{"commit":"432e14c72afc430dc26562d4764efd304ae95581","subject":"uniform legenda","message":"uniform legenda\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nifname = \"\/tmp\/sql11.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n#set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nplot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nifname = \"\/tmp\/sql11.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n#set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nplot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2322be3c44a0277fe0db7bf5039c0f860a2f58e3","subject":"new benchmark script","message":"new benchmark script\n","repos":"nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura","old_file":"attic\/reference\/plot-benchmark.gnu","new_file":"attic\/reference\/plot-benchmark.gnu","new_contents":"set term postscript enhanced color solid 20\nset out 'result\/benchmark.eps'\nset log x\nset grid\nset xlabel 'Problem Size (NX^2)'\nset ylabel 'Flop\/s'\nset yrange [0:]\nset key left top\nset format y \"%2.1t{\/Symbol \\327}10^{%L}\"\nset format x \"10^{%L}\"\nplot '< grep \"PiTCH-\" result\/benchmark.txt' u ($3**2):8 t 'PiTCH', \\\n '< grep PiTCHOpt result\/benchmark.txt' u ($3**2):8 t 'Optimized PiTCH' , \\\n '< grep NoTB result\/benchmark.txt' u ($3**2):8 t 'No Blocking'\n","old_contents":"set term postscript enhanced color solid 20\nset out 'result\/benchmark.eps'\nset log x\nset grid\nset xlabel 'Problem Size (NX^2)'\nset ylabel 'Flop\/s'\nset yrange [0:4e9]\nset key left top\nset format y \"%2.1t{\/Symbol \\327}10^{%L}\"\nset format x \"10^{%L}\"\nplot '< grep \"PiTCH-\" result\/benchmark.txt' u ($3**2):8 t 'PiTCH', \\\n '< grep PiTCHOpt result\/benchmark.txt' u ($3**2):8 t 'Optimized PiTCH' , \\\n '< grep NoTB result\/benchmark.txt' u ($3**2):8 t 'No Blocking'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d5791de2a29b53d22258a351774c4a10046ce600","subject":"Fix gnuplot file","message":"Fix gnuplot file\n","repos":"lorenzhs\/ssssort","old_file":"speed.plot","new_file":"speed.plot","new_contents":"# IMPORT-DATA stats stats.txt\n\nset terminal pdf size 13.33cm,10cm linewidth 2.0\nset output \"speed.pdf\"\n\nset style line 11 lc rgb \"#333333\" lt 1\nset border 3 back ls 11\nset tics nomirror\n# define grid\nset style line 12 lc rgb \"#333333\" lt 0 lw 1\nset grid back ls 12\n\nset grid xtics ytics\n\nset key top left\n\nset yrange [0:4]\n\nset xlabel 'Item Count [log_2(n)]'\nset ylabel 'Run Time \/ n log_2n [Nanoseconds]'\n\n#SQL DELETE FROM stats WHERE LOG(2, size) < 12\n\nset title 'Super Scalar Sample Sort Test: Random'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"random\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 0 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 1 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 80% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"80pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 2 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 3 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"90pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 4 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 5 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 6 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 7 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99.9% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99.9pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 8 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 9 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted + 10% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail90\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 10 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 11 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted + 1% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail99\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 12 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 13 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"sorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 14 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 15 title \"algo=stdsort\" with linespoints\n\n\n\nset title 'Super Scalar Sample Sort Test: Reverse Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"reverse\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 16 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 17 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: Many duplicates (A[i]=i^{16} mod floor(log_2 n)'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"many-dupes\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 18 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 19 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: Few spikes, lots of noise'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"few-spikes-with-noise\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 20 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 21 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: All Ones'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"ones\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 22 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 23 title \"algo=stdsort\" with linespoints\n","old_contents":"# IMPORT-DATA stats stats.txt\n\nset terminal pdf size 13.33cm,10cm linewidth 2.0\nset output \"speed.pdf\"\n\nset style line 11 lc rgb \"#333333\" lt 1\nset border 3 back ls 11\nset tics nomirror\n# define grid\nset style line 12 lc rgb \"#333333\" lt 0 lw 1\nset grid back ls 12\n\nset grid xtics ytics\n\nset key top left\n\nset yrange [0:4]\n\nset xlabel 'Item Count [log_2(n)]'\nset ylabel 'Run Time \/ n log_2n [Nanoseconds]'\n\n#SQL DELETE FROM stats WHERE LOG(2, size) < 12\n\nset title 'Super Scalar Sample Sort Test: Random'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"random\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 0 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 1 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 80% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"80pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 2 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 3 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"90pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 4 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 5 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 6 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 7 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99.9% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99.9pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 8 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 9 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted + 10% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail90\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 10 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 11 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted + 1% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail99\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 12 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 13 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"sorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 14 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 15 title \"algo=stdsort\" with linespoints\n\n\n\nset title 'Super Scalar Sample Sort Test: Reverse Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"reverse\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 16 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 17 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: Many duplicates (A[i]=i^{16} mod floor(log_2 n)'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"ones\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: All Ones'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"ones\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"408d2533081559262af0f0b733a839c8b795a18c","subject":"smaller range","message":"smaller range\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"testgraph.gp","new_file":"testgraph.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\nset datafile separator ';'\n\n# Title of the plot\nset title \"Test graph\"\n\n# We want a grid\nset grid\n\n# Ignore missing values\n#set datafile missing \"NaN\"\n\n# X-axis label\nset xlabel \"Date\/Time\"\n\n# set X-axis range to current date only\n#set xrange [\"$YESTERDAY\":\"$TODAY\"]\n\n# Y-axis ranges from 0 deg C to 100 deg C, same scale as for humidity\nset yrange [15:20]\n\n# Y2-axis set from 800 to 1200 kPa, used for barometric pressure\nset autoscale y2\n\n# place ticks on second Y2-axis\nset y2tics border\n\n# Title for Y-axis\nset ylabel \"Temperature [degC]\"\n\n# Title for Y2-axis\nset y2label \"Raw values [mV]\"\n\n# Define that data on X-axis should be interpreted as time\nset xdata time\n\n# Time in log-file is given in Unix format\nset timefmt \"%s\"\n\n# Display notation for time\nset format x \"%R\" # Display time in 24 hour notation on the X axis\n\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"--legend--\"\n\n# output into png file\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# read data from file and generate plot\nplot \"\/tmp\/sql.csv\" using 2:4 title \"Temperature [degC]\" with lines \\\n ,\"\" using 2:3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\nset datafile separator ';'\n\n# Title of the plot\nset title \"Test graph\"\n\n# We want a grid\nset grid\n\n# Ignore missing values\n#set datafile missing \"NaN\"\n\n# X-axis label\nset xlabel \"Date\/Time\"\n\n# set X-axis range to current date only\n#set xrange [\"$YESTERDAY\":\"$TODAY\"]\n\n# Y-axis ranges from 0 deg C to 100 deg C, same scale as for humidity\nset yrange [15:25]\n\n# Y2-axis set from 800 to 1200 kPa, used for barometric pressure\nset autoscale y2\n\n# place ticks on second Y2-axis\nset y2tics border\n\n# Title for Y-axis\nset ylabel \"Temperature [degC]\"\n\n# Title for Y2-axis\nset y2label \"Raw values [mV]\"\n\n# Define that data on X-axis should be interpreted as time\nset xdata time\n\n# Time in log-file is given in Unix format\nset timefmt \"%s\"\n\n# Display notation for time\nset format x \"%R\" # Display time in 24 hour notation on the X axis\n\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"--legend--\"\n\n# output into png file\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# read data from file and generate plot\nplot \"\/tmp\/sql.csv\" using 2:4 title \"Temperature [degC]\" with lines \\\n ,\"\" using 2:3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"890181932831a52a7f404cc2aff41c73a5ae0f4a","subject":"Update demo code","message":"Update demo code\n","repos":"PHB-CS123\/graphene,PHB-CS123\/graphene,PHB-CS123\/graphene","old_file":"gp-scripts\/demo.gp","new_file":"gp-scripts\/demo.gp","new_contents":"help\nhelp insert\nhelp create\n\nSHOW TYPES;\nSHOW RELATIONS;\n\nMATCH (p:Person);\nMATCH (p:Person) WHERE id < 15;\nMATCH (p:Person) WHERE id < 15 RETURN name;\nMATCH (p:Person) WHERE id < 15 OR id > 990;\nMATCH (p:Person) WHERE id < 15 AND id > 990;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person);\nMATCH (p1:Person)-[KNOWS]->(p1:Person); \/\/ error\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN p1.name, p2.name;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN name; \/\/ error\nMATCH (p1:Person)-[KNOWS]->(Person)-[KNOWS]->(p2:Person);\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\nUPDATE RELATION Person(id = 12)-KNOWS SET num_years = 42;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\nDELETE RELATION Person(id = 12)-KNOWS;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\nDELETE NODE Person(id = 22);\nMATCH (Person) WHERE id = 22;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\n\nCREATE TYPE T(a: int[]);\nINSERT NODE T(3); \/\/ error\nINSERT NODE T([true, false]); \/\/ error\nINSERT NODE T([true, 5]); \/\/ error\nINSERT NODE T([1,2]), T([]);\nMATCH (T);\nUPDATE NODE T(a=[1,2]) SET a = [1,2,3];\nMATCH (T);\nDELETE NODE T(a=[1,2,3]);\nMATCH (T);\nDROP TYPE T;\nMATCH (T); \/\/ error\n","old_contents":"help\nhelp insert\nhelp create\n\nSHOW TYPES;\nSHOW RELATIONS;\n\nMATCH (p:Person);\nMATCH (p:Person) WHERE id < 15;\nMATCH (p:Person) WHERE id < 15 RETURN name;\nMATCH (p:Person) WHERE id < 15 OR id > 490;\nMATCH (p:Person) WHERE id < 15 AND id > 490;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person);\nMATCH (p1:Person)-[KNOWS]->(p1:Person); \/\/ error\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN p1.name, p2.name;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN name; \/\/ error\nMATCH (p1:Person)-[KNOWS]->(Person)-[KNOWS]->(p2:Person);\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\nUPDATE RELATION Person(id = 12)-KNOWS SET num_years = 42;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\nDELETE RELATION Person(id = 12)-KNOWS;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\nDELETE NODE Person(id = 22);\nMATCH (Person) WHERE id = 22;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\n\nCREATE TYPE T(a: int[]);\nINSERT NODE T(3); \/\/ error\nINSERT NODE T([true, false]); \/\/ error\nINSERT NODE T([true, 5]); \/\/ error\nINSERT NODE T([1,2]), T([]);\nMATCH (T);\nUPDATE NODE T(a=[1,2]) SET a = [1,2,3];\nMATCH (T);\nDELETE NODE T(a=[1,2,3]);\nMATCH (T);\nDROP TYPE T;\nMATCH (T); \/\/ error\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"064555c70eed34bf47035a02b22d415c5dbf409d","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/calc-cost-latency\/tablet-timeline.gnuplot","new_file":"mtdb\/calc-cost-latency\/tablet-timeline.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get the plot range\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nplot \\\nFN_IN u 2:6:2:4:6:($6+$5) w boxxyerrorbars\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\n\nset terminal pdfcairo enhanced size 12in, 4in\nset output FN_OUT\n\nset ylabel \"Size (MB)\" offset 2,0\n\nset border (1 + 2) front lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" ( \\\n\"0\" 0, \\\n\"50\" 50*1024*1024, \\\n\"100\" 100*1024*1024)\nset tics front\n\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nset xrange [X_MIN:X_MAX]\nset yrange [Y_MIN:Y_MAX]\n\nset key top left\n\nset style fill solid 0.15 noborder\n\n# x y xlow xhigh ylow yhigh\nplot \\\nFN_IN u 2:6:2:4:6:($6+$5) w boxxyerrorbars not, \\\n\"\" u 2:6:(0):5 w vectors nohead lc rgb \"red\" t \"Created\", \\\n\"\" u 2:($6+$5\/2.0):1 w labels right offset -0.5,0 font \",10\" not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get the plot range\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nplot \\\nFN_IN u 2:6:2:4:6:($6+$5) w boxxyerrorbars\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\n\nset terminal pdfcairo enhanced size 12in, 4in\nset output FN_OUT\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" (0, \"10 MB\" 10*1024*1024)\n\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nset xrange [X_MIN:X_MAX]\nset yrange [Y_MIN:Y_MAX]\n\nset key top left\n\nset style fill solid 0.15 noborder\n\n# x y xlow xhigh ylow yhigh\nplot \\\nFN_IN u 2:6:2:4:6:($6+$5) w boxxyerrorbars not, \\\n\"\" u 2:6:(0):5 w vectors nohead lc rgb \"red\" t \"Created\", \\\n\"\" u 2:($6+$5\/2.0):1 w labels right offset -0.5,0 font \",10\" not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"945b9d6bf770fd5f79da31bb8387ad765192eb4a","subject":"work around svn problems accessing working copies that have a symbolic link as last path component","message":"work around svn problems accessing working copies that have a symbolic link as last path component\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1452 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# Makefile.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev \n# Copyright (C) 2007-2008 Andreas Beckmann \n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= .\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= common io mng containers algo stream lib utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_PMODE)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_PARALLEL_MODE)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_PARALLEL_MODE)\nendif\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\n# dummy target for initial creation of make.settings.local\nconfig:\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C common tools\n\t$(MAKE) -C utils tools\n\n$(LIBNAME).stamp: build-lib\n\t$(RM) $@ $(LIBNAME).mk.tmp\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_PARALLEL_MODE\t = $(PARALLEL_MODE_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_PARALLEL_MODE\t = $(PARALLEL_MODE_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t = $(WARNINGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_DEBUGFLAGS\t\t = $(DEBUG)'\t>> $(LIBNAME).mk.tmp\n\tcmp -s $(LIBNAME).mk.tmp $(LIBNAME).mk || mv $(LIBNAME).mk.tmp $(LIBNAME).mk\n\t$(RM) $(LIBNAME).mk.tmp\n\ttouch $@\n\nlibrary: $(LIBNAME).stamp\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library\nendif\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nGET_SVNVERSION\t\t?= LC_ALL=POSIX svnversion $(realpath $1)\nGET_SVN_INFO\t\t?= LC_ALL=POSIX svn info $(realpath $1)\nGET_SVN_INFO_SED\t?= sed\nGET_SVN_INFO_DATE\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Date\/{' -e 's\/.*: \/\/' -e 's\/ .*\/\/' -e 's\/-\/\/g' -e 'p' -e '}'\nGET_SVN_INFO_REV\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Rev\/s\/.*: \/\/p'\nGET_SVN_INFO_BRANCH\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/URL\/{' -e 's\/.*\\\/svnroot\\\/stxxl\/\/' -e '\/branches\/s\/\\\/branches\\\/\/\/p' -e '}'\n\nSTXXL_SVN_BRANCH\t:= $(shell $(call GET_SVN_INFO_BRANCH, .))\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, .))\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, .))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, .))\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, $(MCSTL_ROOT)))\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, $(MCSTL_ROOT)))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(LIBNAME).mk $(LIBNAME).mk.tmp\n\n\nifneq (,$(wildcard .svn))\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\t$(RM) -r reltmp\/stxxl-$(REL_VERSION)\/homepage\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not committed:\"\n\t@svn status -q\nendif\n\n\n.PHONY: main config library library-fast tests clean release\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# Makefile.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev \n# Copyright (C) 2007-2008 Andreas Beckmann \n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= .\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= common io mng containers algo stream lib utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_PMODE)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_PARALLEL_MODE)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_PARALLEL_MODE)\nendif\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\n# dummy target for initial creation of make.settings.local\nconfig:\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C common tools\n\t$(MAKE) -C utils tools\n\n$(LIBNAME).stamp: build-lib\n\t$(RM) $@ $(LIBNAME).mk.tmp\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_PARALLEL_MODE\t = $(PARALLEL_MODE_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_PARALLEL_MODE\t = $(PARALLEL_MODE_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t = $(WARNINGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_DEBUGFLAGS\t\t = $(DEBUG)'\t>> $(LIBNAME).mk.tmp\n\tcmp -s $(LIBNAME).mk.tmp $(LIBNAME).mk || mv $(LIBNAME).mk.tmp $(LIBNAME).mk\n\t$(RM) $(LIBNAME).mk.tmp\n\ttouch $@\n\nlibrary: $(LIBNAME).stamp\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library\nendif\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nGET_SVN_INFO\t\t?= LC_ALL=POSIX svn info $1\nGET_SVN_INFO_SED\t?= sed\nGET_SVN_INFO_DATE\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Date\/{' -e 's\/.*: \/\/' -e 's\/ .*\/\/' -e 's\/-\/\/g' -e 'p' -e '}'\nGET_SVN_INFO_REV\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Rev\/s\/.*: \/\/p'\nGET_SVN_INFO_BRANCH\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/URL\/{' -e 's\/.*\\\/svnroot\\\/stxxl\/\/' -e '\/branches\/s\/\\\/branches\\\/\/\/p' -e '}'\n\nSTXXL_SVN_BRANCH\t:= $(shell $(call GET_SVN_INFO_BRANCH, .))\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, .))\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, .))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell svnversion $(MCSTL_ROOT) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, $(MCSTL_ROOT)))\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, $(MCSTL_ROOT)))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell svnversion $(MCSTL_ROOT))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(LIBNAME).mk $(LIBNAME).mk.tmp\n\n\nifneq (,$(wildcard .svn))\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\t$(RM) -r reltmp\/stxxl-$(REL_VERSION)\/homepage\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not committed:\"\n\t@svn status -q\nendif\n\n\n.PHONY: main config library library-fast tests clean release\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8cef49e91788abc139d8a4658cd62b1860feb21b","subject":"Add more UTs for key_conflict","message":"Add more UTs for key_conflict\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/internal\/db_i.plt","new_file":"U-238\/u\/internal\/db_i.plt","new_contents":":- begin_tests(db_i).\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/db_vocab)).\n\ntest(db_next_class_id, [setup(setup)]) :-\n\n\tdb_i:db_next_class_id(db_i_test, Id1),\n\tassertion(Id1 =:= 2),\n\tdb_i:db_next_class_id(db_i_test, Id2),\n\tassertion(Id2 =:= 3),\n\tdb_i:db_next_class_id(db_i_test, Id3),\n\tassertion(Id3 =:= 4).\n\n% test local class id -> db class id conversion\ntest(db_conv_local_db1, [setup(setup)]) :-\n\n\tobj_construct(man_v, [], [], Man1),\n\tobj_rebase((object_v -> db_object_v), Man1, Man),\n\targ(1, Man, Man_Local_Id),\n\n\tdb_i:db_add_class(db_i_test, Man_Local_Id, Man_DB_Id, _),\n\n\tdb_conv_local_db(db_i_test, Man_Local_Id,\n\t\t\t Man_DB_Id1,_),\n\n\tassertion(Man_DB_Id =:= Man_DB_Id1),\n\n\t% object_v\n\tclass_id(Object_Local_Id, object_v), !,\n\tdb_conv_local_db(db_i_test, Object_Local_Id,\n\t\t\t Object_DB_Id, _),\n\n\tassertion(Object_DB_Id =:= 1), % always 1\n\tassertion(Man_DB_Id =\\= Object_DB_Id).\n\n\ntest(db_recorded_int,\n [setup(setup),\n throws(error(no_object_field(Obj0, db_ref), _))]\n ) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, _),\n db_recorded_int(db_i_test, Obj0).\n\ntest(db_recorded_int, [setup(setup)]) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, Obj),\n db_recorded(db_i_test, Obj).\n\ntest(key_conflict, [setup(model_db(Slod1))]) :-\n\n obj_construct(man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n\n arg(1, Man1, Man_V_Re_Id),\n\n findall(C,\n key_conflict(people, Man_V_Re_Id, Man1, C),\n List1),\n assertion(List1 =@= [Slod1]),\n\n obj_construct(man_v, [name], ['Sergei'], Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n\n findall(Name,\n ( key_conflict(people, Man_V_Re_Id, Man2, O),\n obj_field(O, surname, Name)\n ),\n List2),\n assertion(List2 =@= ['Lodyagin', 'Sikorsky'\n %'Sysoev', 'Ivan'\n % (man_v is not desc. of citizen_v)\n ]),\n\n obj_construct(man_v, [], [], Man3_0),\n obj_rebase((object_v -> db_object_v), Man3_0, Man3),\n\n findall(C,\n key_conflict(people, Man_V_Re_Id, Man3, C),\n List3),\n length(List3, N3),\n assertion(N3 =:= 5),\n\n obj_construct(citizen_v, [name, id], ['Sergei', 4], Man4_0),\n obj_rebase((object_v -> db_object_v), Man4_0, Man4),\n\n arg(1, Man4, Citizen_V_Re_Id),\n \n findall(Name,\n ( key_conflict(people, Citizen_V_Re_Id, Man4, O),\n obj_field(O, surname, Name)\n ),\n List4),\n assertion(List4 =@= ['Lodyagin', 'Sikorsky', 'Sysoev']),\n \n obj_construct(citizen_v,\n [name, surname, id],\n ['Igor', 'Litvin', 4], Man5_0),\n obj_rebase((object_v -> db_object_v), Man5_0, Man5),\n\n findall(Name,\n ( key_conflict(people, Citizen_V_Re_Id, Man5, O),\n obj_field(O, surname, Name)\n ),\n List5),\n assertion(List5 =@= ['Sysoev']).\n \n \n\nmodel_db(Slod1) :-\n\n db_clear(people),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Slod1),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']),\n db_construct(people, man_v, [name], ['Ivan']),\n db_construct(people, man_v,\n [name, surname], ['Artemiy', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Artemiy', 'Lebedev']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Sergei', 'Sysoev', 4]),\n db_construct(people, citizen_v,\n [name, surname, id], ['Sergei', 'Ivan', 5]).\n\nsetup :-\n\n\tdb_clear(db_i_test).\n\n:- end_tests(db_i).\n","old_contents":":- begin_tests(db_i).\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/db_vocab)).\n\ntest(db_next_class_id, [setup(setup)]) :-\n\n\tdb_i:db_next_class_id(db_i_test, Id1),\n\tassertion(Id1 =:= 2),\n\tdb_i:db_next_class_id(db_i_test, Id2),\n\tassertion(Id2 =:= 3),\n\tdb_i:db_next_class_id(db_i_test, Id3),\n\tassertion(Id3 =:= 4).\n\n% test local class id -> db class id conversion\ntest(db_conv_local_db1, [setup(setup)]) :-\n\n\tobj_construct(man_v, [], [], Man1),\n\tobj_rebase((object_v -> db_object_v), Man1, Man),\n\targ(1, Man, Man_Local_Id),\n\n\tdb_i:db_add_class(db_i_test, Man_Local_Id, Man_DB_Id, _),\n\n\tdb_conv_local_db(db_i_test, Man_Local_Id,\n\t\t\t Man_DB_Id1,_),\n\n\tassertion(Man_DB_Id =:= Man_DB_Id1),\n\n\t% object_v\n\tclass_id(Object_Local_Id, object_v), !,\n\tdb_conv_local_db(db_i_test, Object_Local_Id,\n\t\t\t Object_DB_Id, _),\n\n\tassertion(Object_DB_Id =:= 1), % always 1\n\tassertion(Man_DB_Id =\\= Object_DB_Id).\n\n\ntest(db_recorded_int,\n [setup(setup),\n throws(error(no_object_field(Obj0, db_ref), _))]\n ) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, _),\n db_recorded_int(db_i_test, Obj0).\n\ntest(db_recorded_int, [setup(setup)]) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, Obj),\n db_recorded(db_i_test, Obj).\n\ntest(key_conflict) :-\n\n db_clear(people),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Slod1),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']),\n db_construct(people, man_v, [name], ['Ivan']),\n db_construct(people, man_v,\n [name, surname], ['Artemiy', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Artemiy', 'Lebedev']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Sergei', 'Sysoev', 4]),\n db_construct(people, citizen_v,\n [name, surname, id], ['Sergei', 'Ivan', 5]),\n\n obj_construct(man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n\n arg(1, Man, Man_V_Re_Id),\n findall(C,\n key_conflict(people, Man_V_Re_Id, Man, C),\n List1),\n assertion(List1 =@= [Slod1]).\n \n\n\nsetup :-\n\n\tdb_clear(db_i_test).\n\n:- end_tests(db_i).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"aa36672c0cf270e64d7952a338729eeefd6273c3","subject":"Add prettier plotting.","message":"Add prettier plotting.\n","repos":"hyPiRion\/genetica,hyPiRion\/genetica","old_file":"plotting.gnu","new_file":"plotting.gnu","new_contents":"set terminal pdf mono font '\/usr\/share\/fonts\/X11\/Type1\/lmbx10.pfb'\nset termoption dash\nset output 'plot.pdf'\nset key inside right bottom box linetype -1 linewidth 1.000\nset samples 50\nset title \"40-bit one max\"\nset yrange [0:45]\nset xlabel \"Generation\"\nset ylabel \"Fitness\"\n\nS = 1\nplot \"data.dat\" u 1:2:3 t \"Average + std.dev\" w yerrorlines lt 1 lc rgb 'blue',\\\n \"data.dat\" u 1:4 t \"Max\" w l lt 1 lc rgb 'web-green', \\\n \"data.dat\" u 1:5 t \"Min\" w l lt 1 lc rgb 'dark-red',\\\n 40 t \"\" w l lc rgb 'gray'\n","old_contents":"set terminal pdf mono font '\/usr\/share\/fonts\/X11\/Type1\/lmbx10.pfb'\nset output 'plot.pdf'\n#set key inside left top box linetype -1 linewidth 1.000\nunset key\nset samples 50\nset title \"40-bit one max\"\nset xlabel \"Generation\"\nset ylabel \"Fitness\"\nS = 1\nplot \"data.dat\" u 1:2:3 t \"Average + std.dev\" w yerrorlines lc rgb 'blue', \\\n \"data.dat\" u 1:4 t \"Max\" w l lc rgb 'web-green', \\\n \"data.dat\" u 1:5 t \"Min\" w l lc rgb 'dark-red'\n","returncode":0,"stderr":"","license":"epl-1.0","lang":"Gnuplot"} {"commit":"78fbc5f07c187b5cab553cf2190308f71f1c15ec","subject":"Update script for visual check of \"SimplexOptimizerTest\" debugging output.","message":"Update script for visual check of \"SimplexOptimizerTest\" debugging output.\n\nAllow displaying negative values of the objective function.\n","repos":"apache\/commons-math,apache\/commons-math,apache\/commons-math,apache\/commons-math","old_file":"commons-math-legacy\/src\/test\/gnuplot\/legacy\/optim\/nonlinear\/scalar\/noderiv\/simplex_2D.gnuplot","new_file":"commons-math-legacy\/src\/test\/gnuplot\/legacy\/optim\/nonlinear\/scalar\/noderiv\/simplex_2D.gnuplot","new_contents":"#\n# Licensed to the Apache Software Foundation (ASF) under one or more\n# contributor license agreements. See the NOTICE file distributed with\n# this work for additional information regarding copyright ownership.\n# The ASF licenses this file to You under the Apache License, Version 2.0\n# (the \"License\"); you may not use this file except in compliance with\n# the License. You may obtain a copy of the License at\n#\n# http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n#\n# Unless required by applicable law or agreed to in writing, software\n# distributed under the License is distributed on an \"AS IS\" BASIS,\n# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n# See the License for the specific language governing permissions and\n# limitations under the License.\n#\n\n#\n# \"Gnuplot\" script to display the behaviour of simplex-based optimizers.\n#\n# Required argument:\n# file -> input file (cf. \"SimplexOptimizerTest\").\n# Optional argument:\n# showSpx -> Number of simplexes to show.\n#\n\nset term x11\n\nshowSpx = exists(\"showSpx\") ? showSpx : 5\n\nstats file nooutput\nnumOptim = STATS_blocks\nevalColIndex = 1\nobjColIndex = 2\nabsObjDiffColIndex = 3\nxColIndex = 4\nyColIndex = 5\n\nset size 1, 1\nset origin 0, 0\n\nlastOptim = numOptim - 1\ndo for [iOptim = 1:lastOptim] {\n\n # Evaluations range.\n stats file u evalColIndex nooutput\n numEval = STATS_max\n\n # Objective function range.\n # Using the absolute value of the difference with the objective function\n # at the optimum in order to be able to display the logarithm even if the\n # objective function can be negative.\n stats file index iOptim u absObjDiffColIndex nooutput\n numSpx = STATS_blank\n minObj = STATS_min\n maxObj = STATS_max\n\n # x-coordinate range.\n stats file index iOptim u xColIndex nooutput\n xMin = STATS_min\n xMax = STATS_max\n\n # y-coordinate range.\n stats file index iOptim u yColIndex nooutput\n yMin = STATS_min\n yMax = STATS_max\n\n lastSpx = numSpx - 1\n do for [iSpx = 0:lastSpx] {\n set multiplot\n\n # Number of evaluations.\n set size 1, 0.2\n set origin 0, 0.8\n unset xtics\n\n set title file . \" - optimization \" . iOptim . \" - iteration \" . iSpx noenhanced\n plot \\\n file index iOptim \\\n every ::0::0 \\\n u 0:1 \\\n w p ps 0.5 lc \"black\" title \"N_{eval}\", \\\n '' index iOptim \\\n every ::0::0:iSpx \\\n u 0:1 \\\n w lp pt 1 lc \"black\" lw 2 notitle\n unset title\n\n # Objective function.\n set size 1, 0.2\n set origin 0, 0.6\n\n plot \\\n file index iOptim \\\n every ::0::2 \\\n u 0:(log($3)) \\\n w l lc \"black\" title \"log_{10}|f(x) - f(optimum)|\", \\\n '' index iOptim \\\n every ::0::2:iSpx \\\n u 0:(log($3)) \\\n w lp pt 1 lc \"black\" lw 2 notitle\n\n # Simplex.\n set size 1, 0.6\n set origin 0, 0\n set xtics\n\n unset log y\n plot [xMin:xMax][yMin:yMax] \\\n file index iOptim \\\n every :::(iSpx - showSpx < 0 ? 0 : iSpx - showSpx)::iSpx \\\n u xColIndex:yColIndex \\\n w l notitle, \\\n '' index \"Optimum\" \\\n u 1:2 ps 2.5 pt 4 title \"Expected\", \\\n '' index iOptim \\\n every :::lastSpx::lastSpx \\\n u xColIndex:yColIndex ps 1.5 pt 6 title \"Found\"\n\n unset multiplot\n pause 0.15\n }\n\n pause 1\n}\n\npause -1\n","old_contents":"#\n# Licensed to the Apache Software Foundation (ASF) under one or more\n# contributor license agreements. See the NOTICE file distributed with\n# this work for additional information regarding copyright ownership.\n# The ASF licenses this file to You under the Apache License, Version 2.0\n# (the \"License\"); you may not use this file except in compliance with\n# the License. You may obtain a copy of the License at\n#\n# http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n#\n# Unless required by applicable law or agreed to in writing, software\n# distributed under the License is distributed on an \"AS IS\" BASIS,\n# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n# See the License for the specific language governing permissions and\n# limitations under the License.\n#\n\n#\n# \"Gnuplot\" script to display the behaviour of simplex-based optimizers.\n#\n# Required argument:\n# file -> input file (cf. \"SimplexOptimizerTest\").\n# Optional argument:\n# showSpx -> Number of simplexes to show.\n#\n\nset term x11\n\nshowSpx = exists(\"showSpx\") ? showSpx : 5\n\nstats file nooutput\nnumOptim = STATS_blocks\nevalColIndex = 1\nobjColIndex = 2\nxColIndex = 3\nyColIndex = 4\n\nset size 1, 1\nset origin 0, 0\n\nlastOptim = numOptim - 1\ndo for [iOptim = 1:lastOptim] {\n\n # Evaluations range.\n stats file u evalColIndex nooutput\n numEval = STATS_max\n\n # Objective function range.\n stats file index iOptim u objColIndex nooutput\n numSpx = STATS_blank\n minObj = STATS_min\n maxObj = STATS_max\n\n # x-coordinate range.\n stats file index iOptim u xColIndex nooutput\n xMin = STATS_min\n xMax = STATS_max\n\n # y-coordinate range.\n stats file index iOptim u yColIndex nooutput\n yMin = STATS_min\n yMax = STATS_max\n\n lastSpx = numSpx - 1\n do for [iSpx = 0:lastSpx] {\n set multiplot\n\n # Number of evaluations.\n set size 1, 0.2\n set origin 0, 0.8\n unset xtics\n\n set title file . \" - optimization \" . iOptim . \" - iteration \" . iSpx noenhanced\n plot \\\n file index iOptim \\\n every ::0::0 \\\n u 0:1 \\\n w p ps 0.5 lc \"black\" title \"N_{eval}\", \\\n '' index iOptim \\\n every ::0::0:iSpx \\\n u 0:1 \\\n w lp pt 1 lc \"black\" lw 2 notitle\n unset title\n\n # Objective function.\n set size 1, 0.2\n set origin 0, 0.6\n\n plot \\\n file index iOptim \\\n every ::0::2 \\\n u 0:(log($2)) \\\n w l lc \"black\" title \"log_{10}f\", \\\n '' index iOptim \\\n every ::0::2:iSpx \\\n u 0:(log($2)) \\\n w lp pt 1 lc \"black\" lw 2 notitle\n\n # Simplex.\n set size 1, 0.6\n set origin 0, 0\n set xtics\n\n unset log y\n plot [xMin:xMax][yMin:yMax] \\\n file index iOptim \\\n every :::(iSpx - showSpx < 0 ? 0 : iSpx - showSpx)::iSpx \\\n u xColIndex:yColIndex \\\n w l notitle, \\\n '' index \"Optimum\" u 1:2 ps 5 pt 4 notitle\n\n unset multiplot\n pause 0.1\n }\n\n pause 1\n}\n\npause -1\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"00465c0b9a4b868481f3559051d3a076c5771a45","subject":"inkdisplay: x tics set hourly","message":"inkdisplay: x tics set hourly\n","repos":"volzotan\/django-howl,volzotan\/django-howl,volzotan\/django-howl","old_file":"howl\/inkdisplay\/generatepng.gnuplot","new_file":"howl\/inkdisplay\/generatepng.gnuplot","new_contents":"set terminal png size 600,370\nset output \"\/tmp\/graphs.png\"\n\nset datafile separator \" \"\n\nset size 1,1\nset origin 0,0\n\nset tmargin 0.5\nset bmargin 0.5\n# set lmargin 3\n# set rmargin 3\n\nset terminal png linewidth 2\nset ytics font \"Fira Mono Bold, 12\"\n\nset xtics format \" \"\nset xtics 3600\n\nset multiplot layout 3,1 columnsfirst scale 1,1\n\nset yrange [0:80]\nset ytics 10,20\nplot \"\/tmp\/plotdata.csv\" using 1:2 with lines title \"luminosity\" lt rgb \"black\" \nset ytics 18,4\nset yrange [16:28]\nplot \"\/tmp\/plotdata.csv\" using 1:3 with lines title \"temperature\" lt rgb \"black\" \nset ytics 30,10\nset yrange [25:65]\nplot \"\/tmp\/plotdata.csv\" using 1:4 with lines title \"humidity\" lt rgb \"black\" \n\nunset multiplot\n","old_contents":"set terminal png size 600,370\nset output \"\/tmp\/graphs.png\"\n\nset datafile separator \" \"\n\nset size 1,1\nset origin 0,0\n\nset tmargin 0.5\nset bmargin 0.5\n# set lmargin 3\n# set rmargin 3\n\nset terminal png linewidth 2\nset ytics font \"Fira Mono Bold, 12\"\n\nset xtics format \" \"\n\nset multiplot layout 3,1 columnsfirst scale 1,1\n\nset yrange [0:80]\nset ytics 10,20\nplot \"\/tmp\/plotdata.csv\" using 1:2 with lines title \"luminosity\" lt rgb \"black\" \nset ytics 18,4\nset yrange [16:28]\nplot \"\/tmp\/plotdata.csv\" using 1:3 with lines title \"temperature\" lt rgb \"black\" \nset ytics 30,10\nset yrange [25:65]\nplot \"\/tmp\/plotdata.csv\" using 1:4 with lines title \"humidity\" lt rgb \"black\" \n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"eb647901c95ee1fe33f35771df74576c77ae723c","subject":"[examples] improve gnuplot file for NE_1DS_1Knee","message":"[examples] improve gnuplot file for NE_1DS_1Knee\n","repos":"siconos\/siconos,radarsat1\/siconos,bremond\/siconos,radarsat1\/siconos,fperignon\/siconos,fperignon\/siconos,radarsat1\/siconos,fperignon\/siconos,fperignon\/siconos,bremond\/siconos,fperignon\/siconos,bremond\/siconos,siconos\/siconos,radarsat1\/siconos,siconos\/siconos,bremond\/siconos,siconos\/siconos,bremond\/siconos,radarsat1\/siconos","old_file":"examples\/Mechanics\/JointsTests\/NE_1DS_1Knee.gp","new_file":"examples\/Mechanics\/JointsTests\/NE_1DS_1Knee.gp","new_contents":"\nresultfile =\"NE_1DS_1Knee_MLCP.dat\"\nresultfile_ref =\"NE_1DS_1Knee_MLCP.ref\"\n#resultfile =\"NE_1DS_1Knee_MLCP_D1MinusLinear.dat\"\n#resultfile_ref =\"NE_1DS_1Knee_MLCP_D1MinusLinear.ref\"\n\n#plot resultfile u 1:2\nresultfile1 =\"NE_1DS_1Knee_MLCP_beam1.dat\"\n#resultfile1 =\"NE_1DS_1Knee_MLCP_D1MinusLinear_beam1.dat\"\n\nset label 1 sprintf(\"Siconos NewtonEulerDS simulation.\") at first 0.5 , first 0.5\ni=0\nset term aqua 0\nplot resultfile1 u 3*i+1:3*i+3 w lp t 'beam1'\nset term aqua 1\nplot resultfile u 1:9 w l t 'norm2(y)'\nset term aqua 2\nplot resultfile u 1:10 w l t 'norm2(ydot)'\nset term aqua 3\nset xrange [.0:0.5]\nplot resultfile u 1:2 w l t 'q[1]',\\\nresultfile_ref every ::1 u 1:2 w l t 'q[1]'\n\nset term gif animate\n\noutputfile=\"animatedonebeam.gif\"\noutputfile=\"animatedonebeam_D1MinusLinear.gif\"\nset label 1 sprintf(\"Siconos NewtonEulerDS simulation.\") at first -0.5 , first 0.5\n\nset xrange [-1.05:1.05]\nset yrange [-2:0.1]\nset size square\nset output outputfile\nn=1000 #n frames\n#n=50\ni=0\nevery=5\n\nload \"animonebeam.gp\"\n","old_contents":"\nresultfile =\"NE_1DS_1Knee_MLCP.dat\"\nresultfile =\"NE_1DS_1Knee_MLCP_D1MinusLinear.dat\"\n\n\n#plot resultfile u 1:2\n#resultfile1 =\"NE_1DS_1Knee_MLCP_beam1.dat\"\n#resultfile1 =\"NE_1DS_1Knee_MLCP_D1MinusLinear_beam1.dat\"\n\nset label 1 sprintf(\"Siconos NewtonEulerDS simulation.\") at first 0.5 , first 0.5\ni=0\nset term aqua 0\n#plot resultfile1 u 3*i+1:3*i+3 w lp t 'beam1'\nset term aqua 1\nplot resultfile u 1:9 w l t 'norm2(y)'\nset term aqua 2\nplot resultfile u 1:10 w l t 'norm2(ydot)'\nset term gif animate\n\noutputfile=\"animatedonebeam.gif\"\noutputfile=\"animatedonebeam_D1MinusLinear.gif\"\nset label 1 sprintf(\"Siconos NewtonEulerDS simulation.\") at first -0.5 , first 0.5\n\nset xrange [-1.05:1.05]\nset yrange [-2:0.1]\nset size square\nset output outputfile\nn=1000 #n frames\n#n=50\ni=0\nevery=5\n\n#load \"animonebeam.gp\"\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"01c579ca06b6cb49df1f4b9e87ea8cb712c13f93","subject":"Add more UT on v","message":"Add more UT on v\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n obj_field(U1, cookie_db_key, Key1),\n obj_field(U2, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_parents2_bug1, [error(use_rebase_to_insert_parents)]) :-\n\n obj_construct(man_v, [], [], M),\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], _).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase2_transitivity) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n obj_parents(M3, P3),\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\n object_v, object_base_v]).\n\ntest(obj_rebase3_transitivity2) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n foreach(obj_field(M3, _, _), true).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n obj_field(HTTP_Citizen, cookie_db_key, Key1),\n obj_field(HTTP_Citizen_Copy, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n obj_field(U1, cookie_db_key, Key1),\n obj_field(U2, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase2_transitivity) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n obj_parents(M3, P3),\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\n object_v, object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n obj_field(HTTP_Citizen, cookie_db_key, Key1),\n obj_field(HTTP_Citizen_Copy, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"fe76305594df3cb53e32cabd2d9279678b1709a7","subject":"Update F4_03someGnuplot.gp: saved with current gnuplot. ","message":"Update F4_03someGnuplot.gp: saved with current gnuplot. ","repos":"Reissner\/maven-latex-plugin,Reissner\/maven-latex-plugin,Reissner\/maven-latex-plugin,Reissner\/maven-latex-plugin,Reissner\/maven-latex-plugin","old_file":"maven-latex-plugin\/src\/site\/tex\/F4_03someGnuplot.gp","new_file":"maven-latex-plugin\/src\/site\/tex\/F4_03someGnuplot.gp","new_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 5.4 patchlevel 0 last modified 2020-07-13 \n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2020\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\n# \n# \tType `load \"all.dem\"` to display a large number of examples.\n# \tThey are located at \/usr\/share\/doc\/packages\/gnuplot\/demo\/*\n# \n# set terminal qt 0 font \"Sans,9\"\n# set output\nunset clip points\nset clip one\nunset clip two\nunset clip radial\nset errorbars front 1.000000 \nset border 31 front lt black linewidth 1.000 dashtype solid\nset zdata \nset ydata \nset xdata \nset y2data \nset x2data \nset boxwidth\nset boxdepth 0\nset style fill empty border\nset style rectangle back fc bgnd fillstyle solid 1.00 border lt -1\nset style circle radius graph 0.02 \nset style ellipse size graph 0.05, 0.03 angle 0 units xy\nset dummy x, y\nset format x \"% h\" \nset format y \"% h\" \nset format x2 \"% h\" \nset format y2 \"% h\" \nset format z \"% h\" \nset format cb \"% h\" \nset format r \"% h\" \nset ttics format \"% h\"\nset timefmt \"%d\/%m\/%y,%H:%M\"\nset angles radians\nset tics back\nunset grid\nunset raxis\nset theta counterclockwise right\nset style parallel front lt black linewidth 2.000 dashtype solid\nset key title \"\" center\nset key inside right top vertical Right noreverse enhanced autotitle nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nset key maxcolumns 0 maxrows 0\nset key noopaque\nunset label\nunset arrow\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title textcolor lt -1\nunset object\nunset walls\nset style textbox transparent margins 1.0, 1.0 border lt -1 linewidth 1.0\nset offsets 0, 0, 0, 0\nset pointsize 1\nset pointintervalbox 1\nset encoding default\nunset polar\nunset parametric\nunset spiderplot\nunset decimalsign\nunset micro\nunset minussign\nset view 60, 30, 1, 1\nset view azimuth 0\nset rgbmax 255\nset samples 500, 500\nset isosamples 10, 10\nset surface \nunset contour\nset cntrlabel format '%8.3g' font '' start 5 interval 20\nset mapping cartesian\nset datafile separator whitespace\nset datafile nocolumnheaders\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels 5\nset cntrparam levels auto\nset cntrparam firstlinetype 0 unsorted\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nunset xzeroaxis\nunset yzeroaxis\nunset zzeroaxis\nunset x2zeroaxis\nunset y2zeroaxis\nset xyplane relative 0.5\nset tics scale 1, 0.5, 1, 1, 1\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset mrtics default\nset nomttics\nset xtics border in scale 1,0.5 mirror norotate autojustify\nset xtics norangelimit autofreq \nset ytics border in scale 1,0.5 mirror norotate autojustify\nset ytics norangelimit autofreq \nset ztics border in scale 1,0.5 nomirror norotate autojustify\nset ztics norangelimit autofreq \nunset x2tics\nunset y2tics\nset cbtics border in scale 1,0.5 mirror norotate autojustify\nset cbtics norangelimit autofreq \nset rtics axis in scale 1,0.5 nomirror norotate autojustify\nset rtics norangelimit autofreq \nunset ttics\nunset paxis 1 tics\nunset paxis 2 tics\nunset paxis 3 tics\nunset paxis 4 tics\nunset paxis 5 tics\nunset paxis 6 tics\nunset paxis 7 tics\nset title \"\" \nset title font \"\" textcolor lt -1 norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp font \"\" textcolor lt -1 norotate\nset trange [ * : * ] noreverse nowriteback\nset urange [ * : * ] noreverse nowriteback\nset vrange [ * : * ] noreverse nowriteback\nset xlabel \"\" \nset xlabel font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse writeback\nset x2range [ * : * ] noreverse writeback\nset ylabel \"\" \nset ylabel font \"\" textcolor lt -1 rotate\nset y2label \"\" \nset y2label font \"\" textcolor lt -1 rotate\nset yrange [ * : * ] noreverse writeback\nset y2range [ * : * ] noreverse writeback\nset zlabel \"\" \nset zlabel font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse writeback\nset cblabel \"\" \nset cblabel font \"\" textcolor lt -1 rotate\nset cbrange [ * : * ] noreverse writeback\nset rlabel \"\" \nset rlabel font \"\" textcolor lt -1 norotate\nset rrange [ * : * ] noreverse writeback\nset paxis 1 range [ * : * ] noextend\nset paxis 2 range [ * : * ] noextend\nset paxis 3 range [ * : * ] noextend\nset paxis 4 range [ * : * ] noextend\nset paxis 5 range [ * : * ] noextend\nset paxis 6 range [ * : * ] noextend\nset paxis 7 range [ * : * ] noextend\nunset logscale\nunset jitter\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"en_US.UTF-8\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles noborder corners2color mean\nset pm3d clip z \nset pm3d nolighting\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2 size screen 0.05, 0.6 front noinvert bdefault\nset style boxplot candles range 1.50 outliers pt 7 separation 1 labels auto unsorted\nset loadpath \nset fontpath\nset psdir\nset fit brief errorvariables nocovariancevariables errorscaling prescale nowrap v5\nf(x)=a*sin(x)\nGNUTERM = \"qt\"\nVoxelDistance = 9.00500479207635e-308\na = 4\nplot f(x)\n# EOF\n","old_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 5.0 patchlevel 0 last modified 2015-01-01 \n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2015\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\n# \n# \tType `load \"all.dem\"` to display a large number of examples.\n# \tThey are located at \/usr\/share\/doc\/packages\/gnuplot\/demo\/*\n# \n# set terminal qt 0 font \"Sans,9\"\n# set output\nunset clip points\nset clip one\nunset clip two\nset bar 1.000000 front\nset border 31 front lt black linewidth 1.000 dashtype solid\nset zdata \nset ydata \nset xdata \nset y2data \nset x2data \nset boxwidth\nset style fill empty border\nset style rectangle back fc bgnd fillstyle solid 1.00 border lt -1\nset style circle radius graph 0.02, first 0.00000, 0.00000 \nset style ellipse size graph 0.05, 0.03, first 0.00000 angle 0 units xy\nset dummy x, y\nset format x \"% h\" \nset format y \"% h\" \nset format x2 \"% h\" \nset format y2 \"% h\" \nset format z \"% h\" \nset format cb \"% h\" \nset format r \"% h\" \nset timefmt \"%d\/%m\/%y,%H:%M\"\nset angles radians\nunset grid\nset raxis\nset style parallel front lt black linewidth 2.000 dashtype solid\nset key title \"\"\nset key inside right top vertical Right noreverse enhanced autotitle nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nset key maxcolumns 0 maxrows 0\nset key noopaque\nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title textcolor lt -1\nunset object\nset style textbox transparent margins 1.0, 1.0 border\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset pointintervalbox 1\nset encoding default\nunset polar\nunset parametric\nunset decimalsign\nset view 60, 30, 1, 1\nset samples 500, 500\nset isosamples 10, 10\nset surface \nunset contour\nset cntrlabel format '%8.3g' font '' start 5 interval 20\nset mapping cartesian\nset datafile separator whitespace\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nunset xzeroaxis\nunset yzeroaxis\nunset zzeroaxis\nunset x2zeroaxis\nunset y2zeroaxis\nset ticslevel 0.5\nset tics scale 1, 0.5, 1, 1, 1\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset mrtics default\nset xtics border in scale 1,0.5 mirror norotate autojustify\nset xtics autofreq norangelimit\nset ytics border in scale 1,0.5 mirror norotate autojustify\nset ytics autofreq norangelimit\nset ztics border in scale 1,0.5 nomirror norotate autojustify\nset ztics autofreq norangelimit\nunset x2tics\nunset y2tics\nset cbtics border in scale 1,0.5 mirror norotate autojustify\nset cbtics autofreq norangelimit\nset rtics axis in scale 1,0.5 nomirror norotate autojustify\nset rtics autofreq norangelimit\nunset paxis 1 tics\nunset paxis 2 tics\nunset paxis 3 tics\nunset paxis 4 tics\nunset paxis 5 tics\nunset paxis 6 tics\nunset paxis 7 tics\nset title \"\" \nset title font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback\nset trange [ * : * ] noreverse nowriteback\nset urange [ * : * ] noreverse nowriteback\nset vrange [ * : * ] noreverse nowriteback\nset xlabel \"\" \nset xlabel font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse nowriteback\nset x2range [ * : * ] noreverse nowriteback\nset ylabel \"\" \nset ylabel font \"\" textcolor lt -1 rotate by -270\nset y2label \"\" \nset y2label font \"\" textcolor lt -1 rotate by -270\nset yrange [ * : * ] noreverse nowriteback\nset y2range [ * : * ] noreverse nowriteback\nset zlabel \"\" \nset zlabel font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback\nset cblabel \"\" \nset cblabel font \"\" textcolor lt -1 rotate by -270\nset cbrange [ * : * ] noreverse nowriteback\nset paxis 1 range [ * : * ] noreverse nowriteback\nset paxis 2 range [ * : * ] noreverse nowriteback\nset paxis 3 range [ * : * ] noreverse nowriteback\nset paxis 4 range [ * : * ] noreverse nowriteback\nset paxis 5 range [ * : * ] noreverse nowriteback\nset paxis 6 range [ * : * ] noreverse nowriteback\nset paxis 7 range [ * : * ] noreverse nowriteback\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"en_US.UTF-8\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles noborder corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front bdefault\nset style boxplot candles range 1.50 outliers pt 7 separation 1 labels auto unsorted\nset loadpath \nset fontpath \nset psdir\nset fit brief errorvariables nocovariancevariables errorscaling prescale nowrap v5\nf(x)=a*sin(x)\nGNUTERM = \"qt\"\nARGC = 0\nARG0 = \"\"\na = 4\n#GPFUN_f = \"f(x)=a*sin(x)\"\nplot f(x)\n# EOF\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"da05e9730da4d6679742ee30994027a6d85c61e9","subject":"fix plot style for waitq","message":"fix plot style for waitq\n","repos":"JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot","old_file":"bin\/radicalpilot-stats.plot","new_file":"bin\/radicalpilot-stats.plot","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"mit","lang":"Gnuplot"} {"commit":"9bad09a0fa84bdd8103a91f535184f9ba0c4dceb","subject":"Converted to ascii.","message":"Converted to ascii.\n\n\ngit-svn-id: ed25c26de1c5325e8eb0deed0b990ab8af8a4def@4101 7c6358e6-4a41-0410-a743-a5b2a554c398\n","repos":"sbliven\/biojava,sbliven\/biojava,sbliven\/biojava","old_file":"tests\/files\/AAX56332.gp","new_file":"tests\/files\/AAX56332.gp","new_contents":"","old_contents":"LOCUS AAX56332 120 aa linear PRI 01-JUN-2005\nDEFINITION anti-CTLA-4 monoclonal antibody immunoglobulin heavy chain [Homo\n sapiens].\nACCESSION AAX56332\nVERSION AAX56332.1 GI:61815557\nDBSOURCE accession AY847516.1\nKEYWORDS .\nSOURCE Homo sapiens (human)\n ORGANISM Homo sapiens\n Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;\n Mammalia; Eutheria; Euarchontoglires; Primates; Haplorrhini;\n Catarrhini; Hominidae; Homo.\nREFERENCE 1 (residues 1 to 120)\n AUTHORS Chin,L.-T., Chu,C., Hsu,S.-C., Chen,H.-M., Liu,H.-H. and Chu,C.-H.\n TITLE Characterization of complete human anti-CTLA-4 IgG4f monoclonal\n antibody derived from site-directed in vitro immunization of\n peripheral lymphocytes\n JOURNAL Unpublished\nREFERENCE 2 (residues 1 to 120)\n AUTHORS Chin,L.-T., Chu,C., Hsu,S.-C., Chen,H.-M., Liu,H.-H. and Chu,C.-H.\n TITLE Direct Submission\n JOURNAL Submitted (06-DEC-2004) Applied Microbiology, National Chiayi\n University, 300 Academy Road, Chiayi, Taiwan 600, Republic of China\nFEATURES Location\/Qualifiers\n source 1..120\n \/organism=\"Homo sapiens\"\n \/db_xref=\"taxon:9606\"\n Protein <1..>120\n \/product=\"anti-CTLA-4 monoclonal antibody immunoglobulin\n heavy chain\"\n \/name=\"IgG4f\"\n Region 10..120\n \/region_name=\"IGv\"\n \/note=\"Immunoglobulin domain variable region (v)\n subfamily; members of the IGv subfamily are components of\n immunoglobulins and T-cell receptors; cd00099\"\n \/db_xref=\"CDD:28982\"\n CDS 1..120\n \/coded_by=\"AY847516.1:<1..>362\"\nORIGIN \n 1 qvnlresggg vvqpgrslrl scaasgftfs sygmhwvrqa pgkglewvai iyydgrkiyy\n 61 adsvkgrfti srdnsentvs lqmnslraed tavyycarah gdygrdgmdv wgqgttvtvs\n\/\/\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"bb1df2321ee95603f4905a182d0d4b6bd22431a6","subject":"removing .plt file","message":"removing .plt file\n","repos":"sww1235\/bike-headlamp","old_file":"bike-headlamp\/bike-headlamp.plt","new_file":"bike-headlamp\/bike-headlamp.plt","new_contents":"","old_contents":"IN;VS40;PU;PA;SP1;\nPU;PA 7111,1767;\nEA 11450,482;\nPU;PA 402,8035;\nEA 11530,402;\nPU;PA 482,7955;\nEA 11450,482;\nPU;PA 2410,7955;\nPD;PA 2410,8035;\nPU;PA 4419,7955;\nPD;PA 4419,8035;\nPU;PA 6428,7955;\nPD;PA 6428,8035;\nPU;PA 8437,7955;\nPD;PA 8437,8035;\nPU;PA 10445,7955;\nPD;PA 10445,8035;\nPU;PA 1446,7971;\nPD;PA 1416,7971;\nPU;PA 1431,7971;\nPD;PA 1431,8023;\nPA 1426,8016;\nPA 1421,8011;\nPA 1416,8009;\nPU;PA 3424,8019;\nPD;PA 3427,8021;\nPA 3432,8023;\nPA 3444,8023;\nPA 3449,8021;\nPA 3451,8019;\nPA 3454,8014;\nPA 3454,8009;\nPA 3451,8002;\nPA 3421,7971;\nPA 3454,7971;\nPU;PA 5431,8023;\nPD;PA 5463,8023;\nPA 5446,8004;\nPA 5453,8004;\nPA 5458,8002;\nPA 5460,7999;\nPA 5463,7994;\nPA 5463,7982;\nPA 5460,7977;\nPA 5458,7975;\nPA 5453,7971;\nPA 5439,7971;\nPA 5434,7975;\nPA 5431,7977;\nPU;PA 7466,8006;\nPD;PA 7466,7971;\nPU;PA 7454,8027;\nPD;PA 7442,7989;\nPA 7473,7989;\nPU;PA 9478,8023;\nPD;PA 9453,8023;\nPA 9451,7999;\nPA 9453,8002;\nPA 9458,8004;\nPA 9470,8004;\nPA 9476,8002;\nPA 9478,7999;\nPA 9481,7994;\nPA 9481,7982;\nPA 9478,7977;\nPA 9476,7975;\nPA 9470,7971;\nPA 9458,7971;\nPA 9453,7975;\nPA 9451,7977;\nPU;PA 11484,8023;\nPD;PA 11473,8023;\nPA 11468,8021;\nPA 11466,8019;\nPA 11461,8011;\nPA 11459,8002;\nPA 11459,7982;\nPA 11461,7977;\nPA 11464,7975;\nPA 11468,7971;\nPA 11479,7971;\nPA 11484,7975;\nPA 11486,7977;\nPA 11489,7982;\nPA 11489,7994;\nPA 11486,7999;\nPA 11484,8002;\nPA 11479,8004;\nPA 11468,8004;\nPA 11464,8002;\nPA 11461,7999;\nPA 11459,7994;\nPU;PA 2410,482;\nPD;PA 2410,402;\nPU;PA 4419,482;\nPD;PA 4419,402;\nPU;PA 6428,482;\nPD;PA 6428,402;\nPU;PA 8437,482;\nPD;PA 8437,402;\nPU;PA 10445,482;\nPD;PA 10445,402;\nPU;PA 1446,418;\nPD;PA 1416,418;\nPU;PA 1431,418;\nPD;PA 1431,470;\nPA 1426,463;\nPA 1421,458;\nPA 1416,456;\nPU;PA 3424,466;\nPD;PA 3427,468;\nPA 3432,470;\nPA 3444,470;\nPA 3449,468;\nPA 3451,466;\nPA 3454,461;\nPA 3454,456;\nPA 3451,449;\nPA 3421,418;\nPA 3454,418;\nPU;PA 5431,470;\nPD;PA 5463,470;\nPA 5446,451;\nPA 5453,451;\nPA 5458,449;\nPA 5460,446;\nPA 5463,441;\nPA 5463,429;\nPA 5460,423;\nPA 5458,421;\nPA 5453,418;\nPA 5439,418;\nPA 5434,421;\nPA 5431,423;\nPU;PA 7466,453;\nPD;PA 7466,418;\nPU;PA 7454,473;\nPD;PA 7442,436;\nPA 7473,436;\nPU;PA 9478,470;\nPD;PA 9453,470;\nPA 9451,446;\nPA 9453,449;\nPA 9458,451;\nPA 9470,451;\nPA 9476,449;\nPA 9478,446;\nPA 9481,441;\nPA 9481,429;\nPA 9478,423;\nPA 9476,421;\nPA 9470,418;\nPA 9458,418;\nPA 9453,421;\nPA 9451,423;\nPU;PA 11484,470;\nPD;PA 11473,470;\nPA 11468,468;\nPA 11466,466;\nPA 11461,458;\nPA 11459,449;\nPA 11459,429;\nPA 11461,423;\nPA 11464,421;\nPA 11468,418;\nPA 11479,418;\nPA 11484,421;\nPA 11486,423;\nPA 11489,429;\nPA 11489,441;\nPA 11486,446;\nPA 11484,449;\nPA 11479,451;\nPA 11468,451;\nPA 11464,449;\nPA 11461,446;\nPA 11459,441;\nPU;PA 402,6027;\nPD;PA 482,6027;\nPU;PA 402,4017;\nPD;PA 482,4017;\nPU;PA 402,2009;\nPD;PA 482,2009;\nPU;PA 430,7022;\nPD;PA 454,7022;\nPU;PA 424,7007;\nPD;PA 442,7059;\nPA 459,7007;\nPU;PA 446,5027;\nPD;PA 453,5024;\nPA 456,5021;\nPA 458,5016;\nPA 458,5009;\nPA 456,5004;\nPA 453,5002;\nPA 449,4999;\nPA 429,4999;\nPA 429,5051;\nPA 446,5051;\nPA 451,5049;\nPA 453,5047;\nPA 456,5042;\nPA 456,5037;\nPA 453,5032;\nPA 451,5030;\nPA 446,5027;\nPA 429,5027;\nPU;PA 458,2995;\nPD;PA 456,2993;\nPA 449,2990;\nPA 444,2990;\nPA 436,2993;\nPA 432,2998;\nPA 429,3003;\nPA 427,3012;\nPA 427,3020;\nPA 429,3030;\nPA 432,3035;\nPA 436,3040;\nPA 444,3042;\nPA 449,3042;\nPA 456,3040;\nPA 458,3038;\nPU;PA 429,982;\nPD;PA 429,1034;\nPA 441,1034;\nPA 449,1032;\nPA 453,1027;\nPA 456,1021;\nPA 458,1012;\nPA 458,1004;\nPA 456,995;\nPA 453,990;\nPA 449,985;\nPA 441,982;\nPA 429,982;\nPU;PA 11530,6027;\nPD;PA 11450,6027;\nPU;PA 11530,4017;\nPD;PA 11450,4017;\nPU;PA 11530,2009;\nPD;PA 11450,2009;\nPU;PA 11478,7022;\nPD;PA 11502,7022;\nPU;PA 11472,7007;\nPD;PA 11490,7059;\nPA 11507,7007;\nPU;PA 11494,5027;\nPD;PA 11501,5024;\nPA 11504,5021;\nPA 11506,5016;\nPA 11506,5009;\nPA 11504,5004;\nPA 11501,5002;\nPA 11497,4999;\nPA 11477,4999;\nPA 11477,5051;\nPA 11494,5051;\nPA 11499,5049;\nPA 11501,5047;\nPA 11504,5042;\nPA 11504,5037;\nPA 11501,5032;\nPA 11499,5030;\nPA 11494,5027;\nPA 11477,5027;\nPU;PA 11506,2995;\nPD;PA 11504,2993;\nPA 11497,2990;\nPA 11492,2990;\nPA 11484,2993;\nPA 11480,2998;\nPA 11477,3003;\nPA 11475,3012;\nPA 11475,3020;\nPA 11477,3030;\nPA 11480,3035;\nPA 11484,3040;\nPA 11492,3042;\nPA 11497,3042;\nPA 11504,3040;\nPA 11506,3038;\nPU;PA 11477,982;\nPD;PA 11477,1034;\nPA 11489,1034;\nPA 11497,1032;\nPA 11501,1027;\nPA 11504,1021;\nPA 11506,1012;\nPA 11506,1004;\nPA 11504,995;\nPA 11501,990;\nPA 11497,985;\nPA 11489,982;\nPA 11477,982;\nPU;PA 8049,652;\nPD;PA 8049,712;\nPA 8063,712;\nPA 8072,709;\nPA 8078,703;\nPA 8081,698;\nPA 8084,687;\nPA 8084,678;\nPA 8081,666;\nPA 8078,660;\nPA 8072,655;\nPA 8063,652;\nPA 8049,652;\nPU;PA 8135,652;\nPD;PA 8135,684;\nPA 8133,689;\nPA 8127,692;\nPA 8115,692;\nPA 8109,689;\nPU;PA 8135,655;\nPD;PA 8130,652;\nPA 8115,652;\nPA 8109,655;\nPA 8106,660;\nPA 8106,666;\nPA 8109,671;\nPA 8115,674;\nPA 8130,674;\nPA 8135,678;\nPU;PA 8155,692;\nPD;PA 8178,692;\nPU;PA 8163,712;\nPD;PA 8163,660;\nPA 8166,655;\nPA 8171,652;\nPA 8178,652;\nPU;PA 8221,655;\nPD;PA 8215,652;\nPA 8204,652;\nPA 8198,655;\nPA 8195,660;\nPA 8195,684;\nPA 8198,689;\nPA 8204,692;\nPA 8215,692;\nPA 8221,689;\nPA 8223,684;\nPA 8223,678;\nPA 8195,671;\nPU;PA 8250,657;\nPD;PA 8253,655;\nPA 8250,652;\nPA 8247,655;\nPA 8250,657;\nPA 8250,652;\nPU;PA 8250,689;\nPD;PA 8253,687;\nPA 8250,684;\nPA 8247,687;\nPA 8250,689;\nPA 8250,684;\nPU;PA 7111,622;\nPD;PA 11450,622;\nPU;PA 7165,540;\nPD;PA 7165,600;\nPU;PA 7200,540;\nPD;PA 7173,574;\nPU;PA 7200,600;\nPD;PA 7165,565;\nPU;PA 7226,540;\nPD;PA 7226,580;\nPU;PA 7226,600;\nPD;PA 7222,597;\nPA 7226,594;\nPA 7229,597;\nPA 7226,600;\nPA 7226,594;\nPU;PA 7289,545;\nPD;PA 7286,543;\nPA 7278,540;\nPA 7271,540;\nPA 7262,543;\nPA 7257,548;\nPA 7254,554;\nPA 7251,565;\nPA 7251,574;\nPA 7254,586;\nPA 7257,591;\nPA 7262,597;\nPA 7271,600;\nPA 7278,600;\nPA 7286,597;\nPA 7289,594;\nPU;PA 7340,540;\nPD;PA 7340,571;\nPA 7338,577;\nPA 7332,580;\nPA 7320,580;\nPA 7314,577;\nPU;PA 7340,543;\nPD;PA 7335,540;\nPA 7320,540;\nPA 7314,543;\nPA 7311,548;\nPA 7311,554;\nPA 7314,559;\nPA 7320,562;\nPA 7335,562;\nPA 7340,565;\nPU;PA 7394,540;\nPD;PA 7394,600;\nPU;PA 7394,543;\nPD;PA 7389,540;\nPA 7377,540;\nPA 7371,543;\nPA 7368,545;\nPA 7365,551;\nPA 7365,568;\nPA 7368,574;\nPA 7371,577;\nPA 7377,580;\nPA 7389,580;\nPA 7394,577;\nPU;PA 7468,571;\nPD;PA 7489,571;\nPU;PA 7497,540;\nPD;PA 7468,540;\nPA 7468,600;\nPA 7497,600;\nPU;PA 7522,545;\nPD;PA 7526,543;\nPA 7522,540;\nPA 7519,543;\nPA 7522,545;\nPA 7522,540;\nPU;PA 7551,540;\nPD;PA 7551,600;\nPA 7565,600;\nPA 7575,597;\nPA 7580,591;\nPA 7583,586;\nPA 7586,574;\nPA 7586,565;\nPA 7583,554;\nPA 7580,548;\nPA 7575,543;\nPA 7565,540;\nPA 7551,540;\nPU;PA 7611,545;\nPD;PA 7614,543;\nPA 7611,540;\nPA 7608,543;\nPA 7611,545;\nPA 7611,540;\nPU;PA 7637,557;\nPD;PA 7665,557;\nPU;PA 7632,540;\nPD;PA 7651,600;\nPA 7671,540;\nPU;PA 7692,545;\nPD;PA 7695,543;\nPA 7692,540;\nPA 7689,543;\nPA 7692,545;\nPA 7692,540;\nPU;PA 7812,540;\nPD;PA 7812,600;\nPU;PA 7818,562;\nPD;PA 7836,540;\nPU;PA 7836,580;\nPD;PA 7812,557;\nPU;PA 7861,540;\nPD;PA 7861,580;\nPU;PA 7861,600;\nPD;PA 7858,597;\nPA 7861,594;\nPA 7864,597;\nPA 7861,600;\nPA 7861,594;\nPU;PA 7915,543;\nPD;PA 7910,540;\nPA 7898,540;\nPA 7893,543;\nPA 7890,545;\nPA 7887,551;\nPA 7887,568;\nPA 7890,574;\nPA 7893,577;\nPA 7898,580;\nPA 7910,580;\nPA 7915,577;\nPU;PA 7967,540;\nPD;PA 7967,571;\nPA 7965,577;\nPA 7959,580;\nPA 7948,580;\nPA 7942,577;\nPU;PA 7967,543;\nPD;PA 7962,540;\nPA 7948,540;\nPA 7942,543;\nPA 7939,548;\nPA 7939,554;\nPA 7942,559;\nPA 7948,562;\nPA 7962,562;\nPA 7967,565;\nPU;PA 8021,540;\nPD;PA 8021,600;\nPU;PA 8021,543;\nPD;PA 8016,540;\nPA 8004,540;\nPA 7999,543;\nPA 7996,545;\nPA 7993,551;\nPA 7993,568;\nPA 7996,574;\nPA 7999,577;\nPA 8004,580;\nPA 8016,580;\nPA 8021,577;\nPU;PA 8121,580;\nPD;PA 8121,540;\nPU;PA 8107,603;\nPD;PA 8093,559;\nPA 8131,559;\nPU;PA 8153,545;\nPD;PA 8156,543;\nPA 8153,540;\nPA 8150,543;\nPA 8153,545;\nPA 8153,540;\nPU;PA 8193,600;\nPD;PA 8199,600;\nPA 8205,597;\nPA 8207,594;\nPA 8210,589;\nPA 8213,577;\nPA 8213,562;\nPA 8210,551;\nPA 8207,545;\nPA 8205,543;\nPA 8199,540;\nPA 8193,540;\nPA 8188,543;\nPA 8185,545;\nPA 8182,551;\nPA 8179,562;\nPA 8179,577;\nPA 8182,589;\nPA 8185,594;\nPA 8188,597;\nPA 8193,600;\nPU;PA 8239,545;\nPD;PA 8242,543;\nPA 8239,540;\nPA 8236,543;\nPA 8239,545;\nPA 8239,540;\nPU;PA 8293,580;\nPD;PA 8293,540;\nPU;PA 8279,603;\nPD;PA 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8622,577;\nPA 8629,580;\nPA 8640,580;\nPA 8646,577;\nPA 8648,571;\nPA 8648,565;\nPA 8619,559;\nPU;PA 7111,743;\nPD;PA 11450,743;\nPU;PA 10614,652;\nPD;PA 10594,681;\nPU;PA 10580,652;\nPD;PA 10580,712;\nPA 10603,712;\nPA 10608,709;\nPA 10611,706;\nPA 10614,701;\nPA 10614,692;\nPA 10611,687;\nPA 10608,684;\nPA 10603,681;\nPA 10580,681;\nPU;PA 10663,655;\nPD;PA 10657,652;\nPA 10646,652;\nPA 10640,655;\nPA 10637,660;\nPA 10637,684;\nPA 10640,689;\nPA 10646,692;\nPA 10657,692;\nPA 10663,689;\nPA 10665,684;\nPA 10665,678;\nPA 10637,671;\nPU;PA 10686,692;\nPD;PA 10700,652;\nPA 10715,692;\nPU;PA 10738,657;\nPD;PA 10741,655;\nPA 10738,652;\nPA 10735,655;\nPA 10738,657;\nPA 10738,652;\nPU;PA 10738,689;\nPD;PA 10741,687;\nPA 10738,684;\nPA 10735,687;\nPA 10738,689;\nPA 10738,684;\nPU;PA 7162,655;\nPD;PA 7171,652;\nPA 7186,652;\nPA 7191,655;\nPA 7194,657;\nPA 7197,663;\nPA 7197,669;\nPA 7194,674;\nPA 7191,678;\nPA 7186,681;\nPA 7173,684;\nPA 7168,687;\nPA 7165,689;\nPA 7162,695;\nPA 7162,701;\nPA 7165,706;\nPA 7168,709;\nPA 7173,712;\nPA 7189,712;\nPA 7197,709;\nPU;PA 7222,652;\nPD;PA 7222,692;\nPU;PA 7222,712;\nPD;PA 7219,709;\nPA 7222,706;\nPA 7226,709;\nPA 7222,712;\nPA 7222,706;\nPU;PA 7245,692;\nPD;PA 7277,692;\nPA 7245,652;\nPA 7277,652;\nPU;PA 7323,655;\nPD;PA 7317,652;\nPA 7306,652;\nPA 7300,655;\nPA 7297,660;\nPA 7297,684;\nPA 7300,689;\nPA 7306,692;\nPA 7317,692;\nPA 7323,689;\nPA 7326,684;\nPA 7326,678;\nPA 7297,671;\nPU;PA 7352,657;\nPD;PA 7355,655;\nPA 7352,652;\nPA 7349,655;\nPA 7352,657;\nPA 7352,652;\nPU;PA 7352,689;\nPD;PA 7355,687;\nPA 7352,684;\nPA 7349,687;\nPA 7352,689;\nPA 7352,684;\nPU;PA 7423,669;\nPD;PA 7452,669;\nPU;PA 7418,652;\nPD;PA 7438,712;\nPA 7458,652;\nPU;PA 7504,692;\nPD;PA 7504,652;\nPU;PA 7490,715;\nPD;PA 7476,671;\nPA 7513,671;\nPU;PA 10580,540;\nPD;PA 10580,600;\nPU;PA 10634,540;\nPD;PA 10634,600;\nPU;PA 10634,543;\nPD;PA 10629,540;\nPA 10616,540;\nPA 10611,543;\nPA 10608,545;\nPA 10605,551;\nPA 10605,568;\nPA 10608,574;\nPA 10611,577;\nPA 10616,580;\nPA 10629,580;\nPA 10634,577;\nPU;PA 10662,545;\nPD;PA 10665,543;\nPA 10662,540;\nPA 10659,543;\nPA 10662,545;\nPA 10662,540;\nPU;PA 10662,577;\nPD;PA 10665,574;\nPA 10662,571;\nPA 10659,574;\nPA 10662,577;\nPA 10662,571;\nPU;PA 10768,540;\nPD;PA 10734,540;\nPU;PA 10751,540;\nPD;PA 10751,600;\nPA 10745,591;\nPA 10740,586;\nPA 10734,583;\nPU;PA 10837,603;\nPD;PA 10786,526;\nPU;PA 10889,540;\nPD;PA 10854,540;\nPU;PA 10871,540;\nPD;PA 10871,600;\nPA 10865,591;\nPA 10860,586;\nPA 10854,583;\nPU;PA 7111,904;\nPD;PA 11450,904;\nPU;PA 7169,877;\nPD;PA 7215,877;\nPU;PA 7183,796;\nPD;PA 7192,877;\nPU;PA 7233,796;\nPD;PA 7239,849;\nPU;PA 7242,877;\nPD;PA 7238,872;\nPA 7241,868;\nPA 7246,872;\nPA 7242,877;\nPA 7241,868;\nPU;PA 7266,849;\nPD;PA 7297,849;\nPU;PA 7281,877;\nPD;PA 7272,807;\nPA 7276,800;\nPA 7283,796;\nPA 7291,796;\nPU;PA 7329,796;\nPD;PA 7321,800;\nPA 7318,807;\nPA 7327,877;\nPU;PA 7390,800;\nPD;PA 7382,796;\nPA 7366,796;\nPA 7359,800;\nPA 7356,807;\nPA 7360,838;\nPA 7365,846;\nPA 7372,849;\nPA 7388,849;\nPA 7396,846;\nPA 7399,838;\nPA 7398,831;\nPA 7358,822;\nPU;PA 7429,803;\nPD;PA 7433,800;\nPA 7429,796;\nPA 7425,800;\nPA 7429,803;\nPA 7429,796;\nPU;PA 7435,846;\nPD;PA 7438,842;\nPA 7434,838;\nPA 7430,842;\nPA 7435,846;\nPA 7434,838;\nPU;PA 7186,982;\nPD;PA 7165,982;\nPU;PA 7165,950;\nPD;PA 7165,1010;\nPA 7194,1010;\nPU;PA 7217,950;\nPD;PA 7217,990;\nPU;PA 7217,1010;\nPD;PA 7214,1007;\nPA 7217,1004;\nPA 7220,1007;\nPA 7217,1010;\nPA 7217,1004;\nPU;PA 7254,950;\nPD;PA 7249,953;\nPA 7246,958;\nPA 7246,1010;\nPU;PA 7301,953;\nPD;PA 7295,950;\nPA 7284,950;\nPA 7278,953;\nPA 7275,958;\nPA 7275,982;\nPA 7278,987;\nPA 7284,990;\nPA 7295,990;\nPA 7301,987;\nPA 7303,982;\nPA 7303,976;\nPA 7275,969;\nPU;PA 7330,955;\nPD;PA 7333,953;\nPA 7330,950;\nPA 7327,953;\nPA 7330,955;\nPA 7330,950;\nPU;PA 7330,987;\nPD;PA 7333,985;\nPA 7330,982;\nPA 7327,985;\nPA 7330,987;\nPA 7330,982;\nPU;PA 7404,950;\nPD;PA 7404,1010;\nPU;PA 7404,987;\nPD;PA 7410,990;\nPA 7421,990;\nPA 7428,987;\nPA 7430,985;\nPA 7433,979;\nPA 7433,961;\nPA 7430,955;\nPA 7428,953;\nPA 7421,950;\nPA 7410,950;\nPA 7404,953;\nPU;PA 7458,950;\nPD;PA 7458,990;\nPU;PA 7458,1010;\nPD;PA 7455,1007;\nPA 7458,1004;\nPA 7461,1007;\nPA 7458,1010;\nPA 7458,1004;\nPU;PA 7487,950;\nPD;PA 7487,1010;\nPU;PA 7493,972;\nPD;PA 7510,950;\nPU;PA 7510,990;\nPD;PA 7487,967;\nPU;PA 7559,953;\nPD;PA 7553,950;\nPA 7542,950;\nPA 7536,953;\nPA 7533,958;\nPA 7533,982;\nPA 7536,987;\nPA 7542,990;\nPA 7553,990;\nPA 7559,987;\nPA 7561,982;\nPA 7561,976;\nPA 7533,969;\nPU;PA 7588,972;\nPD;PA 7634,972;\nPU;PA 7662,950;\nPD;PA 7662,1010;\nPU;PA 7688,950;\nPD;PA 7688,982;\nPA 7686,987;\nPA 7680,990;\nPA 7670,990;\nPA 7665,987;\nPA 7662,985;\nPU;PA 7740,953;\nPD;PA 7734,950;\nPA 7722,950;\nPA 7716,953;\nPA 7713,958;\nPA 7713,982;\nPA 7716,987;\nPA 7722,990;\nPA 7734,990;\nPA 7740,987;\nPA 7742,982;\nPA 7742,976;\nPA 7713,969;\nPU;PA 7794,950;\nPD;PA 7794,982;\nPA 7792,987;\nPA 7786,990;\nPA 7775,990;\nPA 7768,987;\nPU;PA 7794,953;\nPD;PA 7789,950;\nPA 7775,950;\nPA 7768,953;\nPA 7765,958;\nPA 7765,964;\nPA 7768,969;\nPA 7775,972;\nPA 7789,972;\nPA 7794,976;\nPU;PA 7848,950;\nPD;PA 7848,1010;\nPU;PA 7848,953;\nPD;PA 7843,950;\nPA 7831,950;\nPA 7826,953;\nPA 7822,955;\nPA 7819,961;\nPA 7819,979;\nPA 7822,985;\nPA 7826,987;\nPA 7831,990;\nPA 7843,990;\nPA 7848,987;\nPU;PA 7885,950;\nPD;PA 7880,953;\nPA 7877,958;\nPA 7877,1010;\nPU;PA 7934,950;\nPD;PA 7934,982;\nPA 7932,987;\nPA 7926,990;\nPA 7914,990;\nPA 7908,987;\nPU;PA 7934,953;\nPD;PA 7929,950;\nPA 7914,950;\nPA 7908,953;\nPA 7905,958;\nPA 7905,964;\nPA 7908,969;\nPA 7914,972;\nPA 7929,972;\nPA 7934,976;\nPU;PA 7962,950;\nPD;PA 7962,990;\nPU;PA 7962,985;\nPD;PA 7965,987;\nPA 7970,990;\nPA 7980,990;\nPA 7986,987;\nPA 7988,982;\nPA 7988,950;\nPU;PA 7988,982;\nPD;PA 7991,987;\nPA 7997,990;\nPA 8005,990;\nPA 8011,987;\nPA 8014,982;\nPA 8014,950;\nPU;PA 8043,990;\nPD;PA 8043,930;\nPU;PA 8043,987;\nPD;PA 8049,990;\nPA 8060,990;\nPA 8066,987;\nPA 8068,985;\nPA 8071,979;\nPA 8071,961;\nPA 8068,955;\nPA 8066,953;\nPA 8060,950;\nPA 8049,950;\nPA 8043,953;\nPU;PA 8097,955;\nPD;PA 8100,953;\nPA 8097,950;\nPA 8094,953;\nPA 8097,955;\nPA 8097,950;\nPU;PA 8122,953;\nPD;PA 8129,950;\nPA 8140,950;\nPA 8146,953;\nPA 8149,958;\nPA 8149,961;\nPA 8146,967;\nPA 8140,969;\nPA 8132,969;\nPA 8126,972;\nPA 8122,979;\nPA 8122,982;\nPA 8126,987;\nPA 8132,990;\nPA 8140,990;\nPA 8146,987;\nPU;PA 8200,953;\nPD;PA 8195,950;\nPA 8183,950;\nPA 8178,953;\nPA 8175,955;\nPA 8171,961;\nPA 8171,979;\nPA 8175,985;\nPA 8178,987;\nPA 8183,990;\nPA 8195,990;\nPA 8200,987;\nPU;PA 8227,950;\nPD;PA 8227,1010;\nPU;PA 8252,950;\nPD;PA 8252,982;\nPA 8250,987;\nPA 8244,990;\nPA 8235,990;\nPA 8230,987;\nPA 8227,985;\nPU;PA 7111,1145;\nPD;PA 11450,1145;\nPU;PA 7162,1061;\nPD;PA 7171,1058;\nPA 7186,1058;\nPA 7191,1061;\nPA 7194,1063;\nPA 7197,1069;\nPA 7197,1076;\nPA 7194,1081;\nPA 7191,1084;\nPA 7186,1087;\nPA 7173,1090;\nPA 7168,1093;\nPA 7165,1095;\nPA 7162,1101;\nPA 7162,1107;\nPA 7165,1112;\nPA 7168,1115;\nPA 7173,1118;\nPA 7189,1118;\nPA 7197,1115;\nPU;PA 7222,1058;\nPD;PA 7222,1118;\nPU;PA 7248,1058;\nPD;PA 7248,1090;\nPA 7246,1095;\nPA 7240,1098;\nPA 7231,1098;\nPA 7226,1095;\nPA 7222,1093;\nPU;PA 7300,1061;\nPD;PA 7294,1058;\nPA 7283,1058;\nPA 7277,1061;\nPA 7273,1066;\nPA 7273,1090;\nPA 7277,1095;\nPA 7283,1098;\nPA 7294,1098;\nPA 7300,1095;\nPA 7302,1090;\nPA 7302,1084;\nPA 7273,1078;\nPU;PA 7352,1061;\nPD;PA 7346,1058;\nPA 7335,1058;\nPA 7329,1061;\nPA 7326,1066;\nPA 7326,1090;\nPA 7329,1095;\nPA 7335,1098;\nPA 7346,1098;\nPA 7352,1095;\nPA 7354,1090;\nPA 7354,1084;\nPA 7326,1078;\nPU;PA 7372,1098;\nPD;PA 7395,1098;\nPU;PA 7381,1118;\nPD;PA 7381,1066;\nPA 7384,1061;\nPA 7389,1058;\nPA 7395,1058;\nPU;PA 7415,1063;\nPD;PA 7418,1061;\nPA 7415,1058;\nPA 7412,1061;\nPA 7415,1063;\nPA 7415,1058;\nPU;PA 7415,1095;\nPD;PA 7418,1093;\nPA 7415,1090;\nPA 7412,1093;\nPA 7415,1095;\nPA 7415,1090;\nPU;PA 7533,1121;\nPD;PA 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8060,5490;\nPD;PA 8060,5507;\nPU;PA 8088,5514;\nPD;PA 8088,5490;\nPA 8037,5490;\nPA 8037,5514;\nPU;PA 8088,5536;\nPD;PA 8037,5536;\nPA 8037,5548;\nPA 8039,5555;\nPA 8044,5560;\nPA 8049,5562;\nPA 8058,5564;\nPA 8065,5564;\nPA 8076,5562;\nPA 8080,5560;\nPA 8085,5555;\nPA 8088,5548;\nPA 8088,5536;\nPU;PA 8088,5613;\nPD;PA 8088,5585;\nPU;PA 8088,5599;\nPD;PA 8037,5599;\nPA 8044,5594;\nPA 8049,5589;\nPA 8051,5585;\nPU;PA 7908,5126;\nEA 7969,5115;\nPU;PA 7908,5228;\nEA 7969,5217;\nPU;PA 7908,5273;\nEA 8010,5069;\nPU;PA 7908,5222;\nPD;PA 7755,5222;\nPU;PA 7846,5235;\nPD;PA 7817,5235;\nPU;PA 7832,5235;\nPD;PA 7832,5286;\nPA 7827,5279;\nPA 7821,5273;\nPA 7817,5271;\nPU;PA 7908,5120;\nPD;PA 7755,5120;\nPU;PA 7817,5180;\nPD;PA 7819,5182;\nPA 7825,5184;\nPA 7837,5184;\nPA 7841,5182;\nPA 7844,5180;\nPA 7846,5174;\nPA 7846,5169;\nPA 7844,5162;\nPA 7814,5133;\nPA 7846,5133;\nPU;PA 7921,5298;\nPD;PA 7921,5349;\nPA 7941,5349;\nPA 7946,5347;\nPA 7948,5345;\nPA 7950,5340;\nPA 7950,5333;\nPA 7948,5328;\nPA 7946,5326;\nPA 7941,5322;\nPA 7921,5322;\nPU;PA 7994,5333;\nPD;PA 7994,5298;\nPU;PA 7982,5352;\nPD;PA 7970,5315;\nPA 8001,5315;\nPU;PA 8088,5116;\nPD;PA 8088,5092;\nPA 8037,5092;\nPU;PA 8060,5133;\nPD;PA 8060,5150;\nPU;PA 8088,5157;\nPD;PA 8088,5133;\nPA 8037,5133;\nPA 8037,5157;\nPU;PA 8088,5179;\nPD;PA 8037,5179;\nPA 8037,5191;\nPA 8039,5198;\nPA 8044,5203;\nPA 8049,5205;\nPA 8058,5207;\nPA 8065,5207;\nPA 8076,5205;\nPA 8080,5203;\nPA 8085,5198;\nPA 8088,5191;\nPA 8088,5179;\nPU;PA 8041,5228;\nPD;PA 8039,5230;\nPA 8037,5235;\nPA 8037,5247;\nPA 8039,5251;\nPA 8041,5254;\nPA 8046,5256;\nPA 8051,5256;\nPA 8058,5254;\nPA 8088,5224;\nPA 8088,5256;\nPU;PA 4291,4661;\nEA 4281,4600;\nPU;PA 4393,4661;\nEA 4383,4600;\nPU;PA 4495,4661;\nEA 4485,4600;\nPU;PA 4597,4661;\nEA 4587,4600;\nPU;PA 4643,4661;\nEA 4235,4559;\nPU;PA 4592,4661;\nPD;PA 4592,4814;\nPU;PA 4580,4752;\nPD;PA 4580,4723;\nPU;PA 4580,4738;\nPD;PA 4529,4738;\nPA 4536,4733;\nPA 4541,4728;\nPA 4543,4723;\nPU;PA 4490,4661;\nPD;PA 4490,4814;\nPU;PA 4431,4723;\nPD;PA 4429,4726;\nPA 4427,4731;\nPA 4427,4743;\nPA 4429,4747;\nPA 4431,4750;\nPA 4436,4752;\nPA 4441,4752;\nPA 4448,4750;\nPA 4478,4720;\nPA 4478,4752;\nPU;PA 4388,4661;\nPD;PA 4388,4814;\nPU;PA 4324,4720;\nPD;PA 4324,4752;\nPA 4344,4735;\nPA 4344,4743;\nPA 4346,4747;\nPA 4348,4750;\nPA 4353,4752;\nPA 4365,4752;\nPA 4370,4750;\nPA 4372,4747;\nPA 4376,4743;\nPA 4376,4728;\nPA 4372,4723;\nPA 4370,4720;\nPU;PA 4286,4661;\nPD;PA 4286,4814;\nPU;PA 4239,4747;\nPD;PA 4273,4747;\nPU;PA 4219,4735;\nPD;PA 4256,4723;\nPA 4256,4754;\nPU;PA 4713,4572;\nPD;PA 4662,4572;\nPA 4662,4592;\nPA 4664,4597;\nPA 4666,4599;\nPA 4671,4601;\nPA 4679,4601;\nPA 4684,4599;\nPA 4686,4597;\nPA 4689,4592;\nPA 4689,4572;\nPU;PA 4666,4621;\nPD;PA 4664,4623;\nPA 4662,4629;\nPA 4662,4641;\nPA 4664,4645;\nPA 4666,4648;\nPA 4671,4650;\nPA 4677,4650;\nPA 4684,4648;\nPA 4713,4618;\nPA 4713,4650;\nPU;PA 4288,4482;\nPD;PA 4288,4533;\nPU;PA 4288,4509;\nPD;PA 4316,4509;\nPU;PA 4316,4482;\nPD;PA 4316,4533;\nPU;PA 4341,4509;\nPD;PA 4358,4509;\nPU;PA 4365,4482;\nPD;PA 4341,4482;\nPA 4341,4533;\nPA 4365,4533;\nPU;PA 4385,4497;\nPD;PA 4408,4497;\nPU;PA 4380,4482;\nPD;PA 4396,4533;\nPA 4413,4482;\nPU;PA 4431,4482;\nPD;PA 4431,4533;\nPA 4443,4533;\nPA 4450,4531;\nPA 4455,4526;\nPA 4457,4520;\nPA 4459,4511;\nPA 4459,4504;\nPA 4457,4494;\nPA 4455,4490;\nPA 4450,4485;\nPA 4443,4482;\nPA 4431,4482;\nPU;PA 4480,4485;\nPD;PA 4487,4482;\nPA 4499,4482;\nPA 4503,4485;\nPA 4506,4487;\nPA 4508,4492;\nPA 4508,4497;\nPA 4506,4501;\nPA 4503,4504;\nPA 4499,4506;\nPA 4489,4509;\nPA 4484,4511;\nPA 4482,4513;\nPA 4480,4518;\nPA 4480,4523;\nPA 4482,4529;\nPA 4484,4531;\nPA 4489,4533;\nPA 4501,4533;\nPA 4508,4531;\nPU;PA 4531,4509;\nPD;PA 4548,4509;\nPU;PA 4555,4482;\nPD;PA 4531,4482;\nPA 4531,4533;\nPA 4555,4533;\nPU;PA 4569,4533;\nPD;PA 4598,4533;\nPU;PA 4584,4482;\nPD;PA 4584,4533;\nPU;PA 4949,5682;\nEA 5918,5069;\nPU;PA 5918,5580;\nPD;PA 6122,5580;\nPU;PA 5713,5556;\nPD;PA 5689,5556;\nPA 5689,5607;\nPU;PA 5730,5584;\nPD;PA 5747,5584;\nPU;PA 5754,5556;\nPD;PA 5730,5556;\nPA 5730,5607;\nPA 5754,5607;\nPU;PA 5776,5556;\nPD;PA 5776,5607;\nPA 5788,5607;\nPA 5795,5605;\nPA 5800,5600;\nPA 5802,5595;\nPA 5804,5586;\nPA 5804,5579;\nPA 5802,5568;\nPA 5800,5564;\nPA 5795,5559;\nPA 5788,5556;\nPA 5776,5556;\nPU;PA 5827,5576;\nPD;PA 5865,5576;\nPU;PA 5846,5556;\nPD;PA 5846,5595;\nPU;PA 6035,5592;\nPD;PA 6006,5592;\nPU;PA 6020,5592;\nPD;PA 6020,5643;\nPA 6015,5636;\nPA 6010,5631;\nPA 6006,5629;\nPU;PA 5918,5478;\nPD;PA 6122,5478;\nPU;PA 5713,5454;\nPD;PA 5689,5454;\nPA 5689,5505;\nPU;PA 5730,5482;\nPD;PA 5747,5482;\nPU;PA 5754,5454;\nPD;PA 5730,5454;\nPA 5730,5505;\nPA 5754,5505;\nPU;PA 5776,5454;\nPD;PA 5776,5505;\nPA 5788,5505;\nPA 5795,5503;\nPA 5800,5498;\nPA 5802,5493;\nPA 5804,5484;\nPA 5804,5477;\nPA 5802,5466;\nPA 5800,5462;\nPA 5795,5457;\nPA 5788,5454;\nPA 5776,5454;\nPU;PA 5827,5473;\nPD;PA 5865,5473;\nPU;PA 6006,5537;\nPD;PA 6008,5539;\nPA 6013,5541;\nPA 6026,5541;\nPA 6030,5539;\nPA 6033,5537;\nPA 6035,5532;\nPA 6035,5527;\nPA 6033,5519;\nPA 6003,5490;\nPA 6035,5490;\nPU;PA 5918,5171;\nPD;PA 6122,5171;\nPU;PA 5737,5153;\nPD;PA 5735,5151;\nPA 5728,5148;\nPA 5722,5148;\nPA 5715,5151;\nPA 5710,5156;\nPA 5708,5160;\nPA 5706,5170;\nPA 5706,5178;\nPA 5708,5187;\nPA 5710,5192;\nPA 5715,5197;\nPA 5722,5199;\nPA 5728,5199;\nPA 5735,5197;\nPA 5737,5195;\nPU;PA 5752,5199;\nPD;PA 5781,5199;\nPU;PA 5766,5148;\nPD;PA 5766,5199;\nPU;PA 5827,5148;\nPD;PA 5810,5172;\nPU;PA 5798,5148;\nPD;PA 5798,5199;\nPA 5817,5199;\nPA 5822,5197;\nPA 5825,5195;\nPA 5827,5190;\nPA 5827,5183;\nPA 5825,5178;\nPA 5822,5176;\nPA 5817,5172;\nPA 5798,5172;\nPU;PA 5873,5148;\nPD;PA 5849,5148;\nPA 5849,5199;\nPU;PA 6003,5235;\nPD;PA 6035,5235;\nPA 6017,5215;\nPA 6026,5215;\nPA 6030,5213;\nPA 6033,5211;\nPA 6035,5206;\nPA 6035,5194;\nPA 6033,5189;\nPA 6030,5187;\nPA 6026,5184;\nPA 6010,5184;\nPA 6006,5187;\nPA 6003,5189;\nPU;PA 5918,5273;\nPD;PA 6122,5273;\nPU;PA 5621,5250;\nPD;PA 5605,5274;\nPU;PA 5593,5250;\nPD;PA 5593,5301;\nPA 5612,5301;\nPA 5617,5299;\nPA 5619,5297;\nPA 5621,5292;\nPA 5621,5285;\nPA 5619,5280;\nPA 5617,5278;\nPA 5612,5274;\nPA 5593,5274;\nPU;PA 5644,5278;\nPD;PA 5661,5278;\nPU;PA 5668,5250;\nPD;PA 5644,5250;\nPA 5644,5301;\nPA 5668,5301;\nPU;PA 5707,5278;\nPD;PA 5690,5278;\nPU;PA 5690,5250;\nPD;PA 5690,5301;\nPA 5714,5301;\nPU;PA 5734,5269;\nPD;PA 5772,5269;\nPU;PA 5821,5301;\nPD;PA 5797,5301;\nPA 5795,5278;\nPA 5797,5280;\nPA 5802,5282;\nPA 5814,5282;\nPA 5818,5280;\nPA 5821,5278;\nPA 5823,5272;\nPA 5823,5260;\nPA 5821,5255;\nPA 5818,5253;\nPA 5814,5250;\nPA 5802,5250;\nPA 5797,5253;\nPA 5795,5255;\nPU;PA 5839,5301;\nPD;PA 5855,5250;\nPA 5872,5301;\nPU;PA 6030,5320;\nPD;PA 6030,5286;\nPU;PA 6017,5340;\nPD;PA 6006,5303;\nPA 6037,5303;\nPU;PA 4949,5580;\nPD;PA 4745,5580;\nPU;PA 4995,5607;\nPD;PA 5011,5556;\nPA 5029,5607;\nPU;PA 5046,5556;\nPD;PA 5046,5607;\nPU;PA 5070,5556;\nPD;PA 5070,5607;\nPA 5099,5556;\nPA 5099,5607;\nPU;PA 5123,5576;\nPD;PA 5162,5576;\nPU;PA 5143,5556;\nPD;PA 5143,5595;\nPU;PA 4859,5643;\nPD;PA 4835,5643;\nPA 4833,5619;\nPA 4835,5621;\nPA 4840,5623;\nPA 4852,5623;\nPA 4856,5621;\nPA 4859,5619;\nPA 4861,5614;\nPA 4861,5602;\nPA 4859,5597;\nPA 4856,5595;\nPA 4852,5592;\nPA 4840,5592;\nPA 4835,5595;\nPA 4833,5597;\nPU;PA 5408,5069;\nPD;PA 5408,5018;\nPU;PA 5396,5031;\nPD;PA 5420,5006;\nPU;PA 5420,5031;\nPD;PA 5396,5006;\nPU;PA 5432,5122;\nPD;PA 5381,5122;\nPA 5432,5151;\nPA 5381,5151;\nPU;PA 5427,5204;\nPD;PA 5429,5202;\nPA 5432,5195;\nPA 5432,5190;\nPA 5429,5183;\nPA 5423,5178;\nPA 5419,5176;\nPA 5409,5173;\nPA 5402,5173;\nPA 5393,5176;\nPA 5388,5178;\nPA 5383,5183;\nPA 5381,5190;\nPA 5381,5195;\nPA 5383,5202;\nPA 5385,5204;\nPU;PA 5345,5053;\nPD;PA 5345,5044;\nPA 5347,5039;\nPA 5349,5037;\nPA 5357,5032;\nPA 5366,5030;\nPA 5386,5030;\nPA 5391,5032;\nPA 5393,5034;\nPA 5396,5039;\nPA 5396,5049;\nPA 5393,5053;\nPA 5391,5056;\nPA 5386,5058;\nPA 5373,5058;\nPA 5368,5056;\nPA 5366,5053;\nPA 5364,5049;\nPA 5364,5039;\nPA 5366,5034;\nPA 5368,5032;\nPA 5373,5030;\nPU;PA 4949,5478;\nPD;PA 4745,5478;\nPU;PA 4995,5505;\nPD;PA 5011,5454;\nPA 5029,5505;\nPU;PA 5046,5454;\nPD;PA 5046,5505;\nPU;PA 5070,5454;\nPD;PA 5070,5505;\nPA 5099,5454;\nPA 5099,5505;\nPU;PA 5123,5473;\nPD;PA 5162,5473;\nPU;PA 4830,5541;\nPD;PA 4863,5541;\nPA 4842,5490;\nPU;PA 5769,5048;\nPD;PA 5769,4998;\nPA 5772,4993;\nPA 5776,4990;\nPA 5782,4987;\nPA 5793,4987;\nPA 5799,4990;\nPA 5802,4993;\nPA 5805,4998;\nPA 5805,5048;\nPU;PA 5866,4987;\nPD;PA 5831,4987;\nPU;PA 5849,4987;\nPD;PA 5849,5048;\nPA 5843,5039;\nPA 5837,5034;\nPA 5831,5031;\nPU;PA 4783,5733;\nPD;PA 4792,5730;\nPA 4795,5728;\nPA 4798,5721;\nPA 4798,5712;\nPA 4795,5707;\nPA 4792,5704;\nPA 4786,5701;\nPA 4762,5701;\nPA 4762,5762;\nPA 4783,5762;\nPA 4789,5759;\nPA 4792,5756;\nPA 4795,5750;\nPA 4795,5745;\nPA 4792,5739;\nPA 4789,5736;\nPA 4783,5733;\nPA 4762,5733;\nPU;PA 4823,5762;\nPD;PA 4823,5712;\nPA 4827,5707;\nPA 4830,5704;\nPA 4836,5701;\nPA 4847,5701;\nPA 4853,5704;\nPA 4856,5707;\nPA 4859,5712;\nPA 4859,5762;\nPU;PA 4923,5707;\nPD;PA 4920,5704;\nPA 4911,5701;\nPA 4905,5701;\nPA 4897,5704;\nPA 4891,5709;\nPA 4888,5715;\nPA 4885,5728;\nPA 4885,5736;\nPA 4888,5748;\nPA 4891,5753;\nPA 4897,5759;\nPA 4905,5762;\nPA 4911,5762;\nPA 4920,5759;\nPA 4923,5756;\nPU;PA 4949,5701;\nPD;PA 4949,5762;\nPU;PA 4985,5701;\nPD;PA 4958,5736;\nPU;PA 4985,5762;\nPD;PA 4949,5728;\nPU;PA 5010,5701;\nPD;PA 5010,5762;\nPA 5034,5762;\nPA 5040,5759;\nPA 5043,5756;\nPA 5046,5750;\nPA 5046,5742;\nPA 5043,5736;\nPA 5040,5733;\nPA 5034,5730;\nPA 5010,5730;\nPU;PA 5071,5762;\nPD;PA 5071,5712;\nPA 5074,5707;\nPA 5078,5704;\nPA 5084,5701;\nPA 5095,5701;\nPA 5101,5704;\nPA 5104,5707;\nPA 5107,5712;\nPA 5107,5762;\nPU;PA 5171,5707;\nPD;PA 5168,5704;\nPA 5159,5701;\nPA 5153,5701;\nPA 5145,5704;\nPA 5139,5709;\nPA 5136,5715;\nPA 5133,5728;\nPA 5133,5736;\nPA 5136,5748;\nPA 5139,5753;\nPA 5145,5759;\nPA 5153,5762;\nPA 5159,5762;\nPA 5168,5759;\nPA 5171,5756;\nPU;PA 5197,5701;\nPD;PA 5197,5762;\nPU;PA 5233,5701;\nPD;PA 5206,5736;\nPU;PA 5233,5762;\nPD;PA 5197,5728;\nPU;PA 5258,5725;\nPD;PA 5305,5725;\nPU;PA 5329,5762;\nPD;PA 5366,5762;\nPA 5346,5739;\nPA 5354,5739;\nPA 5360,5736;\nPA 5363,5733;\nPA 5366,5728;\nPA 5366,5712;\nPA 5363,5707;\nPA 5360,5704;\nPA 5354,5701;\nPA 5337,5701;\nPA 5331,5704;\nPA 5329,5707;\nPU;PA 5404,5762;\nPD;PA 5409,5762;\nPA 5415,5759;\nPA 5418,5756;\nPA 5421,5750;\nPA 5424,5739;\nPA 5424,5725;\nPA 5421,5712;\nPA 5418,5707;\nPA 5415,5704;\nPA 5409,5701;\nPA 5404,5701;\nPA 5398,5704;\nPA 5395,5707;\nPA 5392,5712;\nPA 5389,5725;\nPA 5389,5739;\nPA 5392,5750;\nPA 5395,5756;\nPA 5398,5759;\nPA 5404,5762;\nPU;PA 5447,5756;\nPD;PA 5450,5759;\nPA 5456,5762;\nPA 5470,5762;\nPA 5477,5759;\nPA 5480,5756;\nPA 5483,5750;\nPA 5483,5745;\nPA 5480,5736;\nPA 5445,5701;\nPA 5483,5701;\nPU;PA 5541,5701;\nPD;PA 5505,5701;\nPU;PA 5523,5701;\nPD;PA 5523,5762;\nPA 5517,5753;\nPA 5511,5748;\nPA 5505,5745;\nPU;PA 5566,5725;\nPD;PA 5613,5725;\nPU;PA 5642,5701;\nPD;PA 5642,5762;\nPA 5657,5762;\nPA 5665,5759;\nPA 5671,5753;\nPA 5675,5748;\nPA 5678,5736;\nPA 5678,5728;\nPA 5675,5715;\nPA 5671,5709;\nPA 5665,5704;\nPA 5657,5701;\nPA 5642,5701;\nPU;PA 5703,5725;\nPD;PA 5750,5725;\nPU;PA 5779,5733;\nPD;PA 5799,5733;\nPU;PA 5808,5701;\nPD;PA 5779,5701;\nPA 5779,5762;\nPA 5808,5762;\nPU;PA 5834,5725;\nPD;PA 5881,5725;\nPU;PA 5904,5762;\nPD;PA 5945,5762;\nPA 5918,5701;\nPU;PA 5980,5762;\nPD;PA 5985,5762;\nPA 5991,5759;\nPA 5994,5756;\nPA 5997,5750;\nPA 6000,5739;\nPA 6000,5725;\nPA 5997,5712;\nPA 5994,5707;\nPA 5991,5704;\nPA 5985,5701;\nPA 5980,5701;\nPA 5973,5704;\nPA 5970,5707;\nPA 5967,5712;\nPA 5964,5725;\nPA 5964,5739;\nPA 5967,5750;\nPA 5970,5756;\nPA 5973,5759;\nPA 5980,5762;\nPU;PA 6038,5762;\nPD;PA 6043,5762;\nPA 6049,5759;\nPA 6052,5756;\nPA 6055,5750;\nPA 6058,5739;\nPA 6058,5725;\nPA 6055,5712;\nPA 6052,5707;\nPA 6049,5704;\nPA 6043,5701;\nPA 6038,5701;\nPA 6032,5704;\nPA 6029,5707;\nPA 6026,5712;\nPA 6022,5725;\nPA 6022,5739;\nPA 6026,5750;\nPA 6029,5756;\nPA 6032,5759;\nPA 6038,5762;\nPU;PA 4745,5580;\nPD;PA 4082,5580;\nPU;PA 4745,5478;\nPD;PA 4082,5478;\nPU;PA 6122,5580;\nPD;PA 6633,5580;\nPU;PA 6122,5478;\nPD;PA 6378,5478;\nPU;PA 6378,5478;\nPD;PA 6531,5478;\nPU;PA 6531,5478;\nPD;PA 7755,5478;\nPU;PA 6633,5580;\nPD;PA 6633,5222;\nPU;PA 6633,5580;\nCI 20.4082;\nPU;PA 6531,5120;\nPD;PA 6633,5120;\nPU;PA 6633,5120;\nPD;PA 7755,5120;\nPU;PA 6531,5120;\nPD;PA 6531,5478;\nPU;PA 6531,5478;\nCI 20.4082;\nPU;PA 3929,5733;\nEA 3827,5018;\nPU;PA 3929,5677;\nEA 3867,5687;\nPU;PA 3929,5574;\nEA 3867,5585;\nPU;PA 3929,5472;\nEA 3867,5483;\nPU;PA 3929,5370;\nEA 3867,5381;\nPU;PA 3929,5268;\nEA 3867,5279;\nPU;PA 3929,5166;\nEA 3867,5177;\nPU;PA 3929,5064;\nEA 3867,5074;\nPU;PA 3929,5069;\nPD;PA 4082,5069;\nPU;PA 4019,5082;\nPD;PA 3991,5082;\nPU;PA 4005,5082;\nPD;PA 4005,5133;\nPA 4000,5126;\nPA 3995,5120;\nPA 3991,5118;\nPU;PA 3929,5171;\nPD;PA 4082,5171;\nPU;PA 3991,5231;\nPD;PA 3993,5233;\nPA 3998,5235;\nPA 4010,5235;\nPA 4014,5233;\nPA 4017,5231;\nPA 4019,5226;\nPA 4019,5220;\nPA 4017,5213;\nPA 3988,5184;\nPA 4019,5184;\nPU;PA 3929,5273;\nPD;PA 4082,5273;\nPU;PA 3988,5337;\nPD;PA 4019,5337;\nPA 4002,5317;\nPA 4010,5317;\nPA 4014,5315;\nPA 4017,5313;\nPA 4019,5308;\nPA 4019,5296;\nPA 4017,5291;\nPA 4014,5289;\nPA 4010,5286;\nPA 3995,5286;\nPA 3991,5289;\nPA 3988,5291;\nPU;PA 3929,5376;\nPD;PA 4082,5376;\nPU;PA 4014,5422;\nPD;PA 4014,5388;\nPU;PA 4002,5442;\nPD;PA 3991,5405;\nPA 4021,5405;\nPU;PA 3929,5478;\nPD;PA 4082,5478;\nPU;PA 4017,5541;\nPD;PA 3993,5541;\nPA 3991,5517;\nPA 3993,5519;\nPA 3998,5521;\nPA 4010,5521;\nPA 4014,5519;\nPA 4017,5517;\nPA 4019,5512;\nPA 4019,5500;\nPA 4017,5495;\nPA 4014,5493;\nPA 4010,5490;\nPA 3998,5490;\nPA 3993,5493;\nPA 3991,5495;\nPU;PA 3929,5580;\nPD;PA 4082,5580;\nPU;PA 4014,5643;\nPD;PA 4005,5643;\nPA 4000,5641;\nPA 3998,5639;\nPA 3993,5631;\nPA 3991,5621;\nPA 3991,5602;\nPA 3993,5597;\nPA 3995,5595;\nPA 4000,5592;\nPA 4010,5592;\nPA 4014,5595;\nPA 4017,5597;\nPA 4019,5602;\nPA 4019,5614;\nPA 4017,5619;\nPA 4014,5621;\nPA 4010,5623;\nPA 4000,5623;\nPA 3995,5621;\nPA 3993,5619;\nPA 3991,5614;\nPU;PA 3929,5682;\nPD;PA 4082,5682;\nPU;PA 3988,5745;\nPD;PA 4021,5745;\nPA 4000,5694;\nPU;PA 3840,4948;\nPD;PA 3840,4999;\nPA 3859,4999;\nPA 3864,4997;\nPA 3866,4995;\nPA 3868,4990;\nPA 3868,4983;\nPA 3866,4978;\nPA 3864,4976;\nPA 3859,4972;\nPA 3840,4972;\nPU;PA 3917,4948;\nPD;PA 3889,4948;\nPU;PA 3903,4948;\nPD;PA 3903,4999;\nPA 3898,4992;\nPA 3893,4987;\nPA 3889,4985;\nPU;PA 3795,5006;\nPD;PA 3744,5006;\nPU;PA 3767,5006;\nPD;PA 3767,5035;\nPU;PA 3795,5035;\nPD;PA 3744,5035;\nPU;PA 3795,5081;\nPD;PA 3767,5081;\nPA 3763,5079;\nPA 3760,5073;\nPA 3760,5064;\nPA 3763,5059;\nPU;PA 3792,5081;\nPD;PA 3795,5077;\nPA 3795,5064;\nPA 3792,5059;\nPA 3787,5057;\nPA 3783,5057;\nPA 3778,5059;\nPA 3776,5064;\nPA 3776,5077;\nPA 3772,5081;\nPU;PA 3795,5105;\nPD;PA 3760,5105;\nPU;PA 3770,5105;\nPD;PA 3765,5107;\nPA 3763,5110;\nPA 3760,5114;\nPA 3760,5119;\nPU;PA 3760,5137;\nPD;PA 3795,5137;\nPU;PA 3765,5137;\nPD;PA 3763,5139;\nPA 3760,5144;\nPA 3760,5151;\nPA 3763,5156;\nPA 3767,5158;\nPA 3795,5158;\nPU;PA 3792,5202;\nPD;PA 3795,5197;\nPA 3795,5188;\nPA 3792,5183;\nPA 3787,5181;\nPA 3767,5181;\nPA 3763,5183;\nPA 3760,5188;\nPA 3760,5197;\nPA 3763,5202;\nPA 3767,5204;\nPA 3772,5204;\nPA 3778,5181;\nPU;PA 3792,5224;\nPD;PA 3795,5229;\nPA 3795,5239;\nPA 3792,5244;\nPA 3787,5246;\nPA 3785,5246;\nPA 3780,5244;\nPA 3778,5239;\nPA 3778,5232;\nPA 3776,5227;\nPA 3770,5224;\nPA 3767,5224;\nPA 3763,5227;\nPA 3760,5232;\nPA 3760,5239;\nPA 3763,5244;\nPU;PA 3792,5265;\nPD;PA 3795,5269;\nPA 3795,5280;\nPA 3792,5285;\nPA 3787,5287;\nPA 3785,5287;\nPA 3780,5285;\nPA 3778,5280;\nPA 3778,5272;\nPA 3776,5267;\nPA 3770,5265;\nPA 3767,5265;\nPA 3763,5267;\nPA 3760,5272;\nPA 3760,5280;\nPA 3763,5285;\nPU;PA 3790,5376;\nPD;PA 3792,5373;\nPA 3795,5366;\nPA 3795,5361;\nPA 3792,5354;\nPA 3787,5349;\nPA 3783,5347;\nPA 3772,5345;\nPA 3765,5345;\nPA 3756,5347;\nPA 3751,5349;\nPA 3746,5354;\nPA 3744,5361;\nPA 3744,5366;\nPA 3746,5373;\nPA 3748,5376;\nPU;PA 3795,5405;\nPD;PA 3792,5400;\nPA 3790,5398;\nPA 3785,5396;\nPA 3770,5396;\nPA 3765,5398;\nPA 3763,5400;\nPA 3760,5405;\nPA 3760,5412;\nPA 3763,5417;\nPA 3765,5419;\nPA 3770,5422;\nPA 3785,5422;\nPA 3790,5419;\nPA 3792,5417;\nPA 3795,5412;\nPA 3795,5405;\nPU;PA 3760,5444;\nPD;PA 3795,5444;\nPU;PA 3765,5444;\nPD;PA 3763,5446;\nPA 3760,5451;\nPA 3760,5458;\nPA 3763,5463;\nPA 3767,5465;\nPA 3795,5465;\nPU;PA 3760,5490;\nPD;PA 3795,5490;\nPU;PA 3765,5490;\nPD;PA 3763,5492;\nPA 3760,5497;\nPA 3760,5504;\nPA 3763,5509;\nPA 3767,5511;\nPA 3795,5511;\nPU;PA 3792,5555;\nPD;PA 3795,5550;\nPA 3795,5541;\nPA 3792,5536;\nPA 3787,5534;\nPA 3767,5534;\nPA 3763,5536;\nPA 3760,5541;\nPA 3760,5550;\nPA 3763,5555;\nPA 3767,5557;\nPA 3772,5557;\nPA 3778,5534;\nPU;PA 3792,5601;\nPD;PA 3795,5597;\nPA 3795,5587;\nPA 3792,5582;\nPA 3790,5580;\nPA 3785,5578;\nPA 3770,5578;\nPA 3765,5580;\nPA 3763,5582;\nPA 3760,5587;\nPA 3760,5597;\nPA 3763,5601;\nPU;PA 3760,5616;\nPD;PA 3760,5636;\nPU;PA 3744,5623;\nPD;PA 3787,5623;\nPA 3792,5626;\nPA 3795,5631;\nPA 3795,5636;\nPU;PA 3795,5653;\nPD;PA 3760,5653;\nPU;PA 3744,5653;\nPD;PA 3746,5651;\nPA 3748,5653;\nPA 3746,5655;\nPA 3744,5653;\nPA 3748,5653;\nPU;PA 3795,5685;\nPD;PA 3792,5680;\nPA 3790,5678;\nPA 3785,5676;\nPA 3770,5676;\nPA 3765,5678;\nPA 3763,5680;\nPA 3760,5685;\nPA 3760,5692;\nPA 3763,5697;\nPA 3765,5699;\nPA 3770,5702;\nPA 3785,5702;\nPA 3790,5699;\nPA 3792,5697;\nPA 3795,5692;\nPA 3795,5685;\nPU;PA 3760,5723;\nPD;PA 3795,5723;\nPU;PA 3765,5723;\nPD;PA 3763,5726;\nPA 3760,5731;\nPA 3760,5738;\nPA 3763,5743;\nPA 3767,5745;\nPA 3795,5745;\nPU;PA 4082,5376;\nPD;PA 4286,5376;\nPU;PA 4286,5376;\nPD;PA 4286,4814;\nPU;PA 4082,5273;\nPD;PA 4388,5273;\nPU;PA 4388,5273;\nPD;PA 4388,4814;\nPU;PA 4082,5171;\nPD;PA 4490,5171;\nPU;PA 4490,5171;\nPD;PA 4490,4814;\nPU;PA 4082,5069;\nPD;PA 4592,5069;\nPU;PA 4592,5069;\nPD;PA 4592,4814;\nPU;PA 4082,5682;\nPD;PA 4286,5682;\nPU;PA 4311,5758;\nPD;PA 4260,5758;\nPU;PA 4291,5784;\nPD;PA 4281,5784;\nPU;PA 4286,5733;\nPD;PA 4286,5682;\nPU;PA 4235,5733;\nPD;PA 4337,5733;\nPU;PA 4177,5864;\nPD;PA 4171,5866;\nPA 4164,5866;\nPA 4157,5864;\nPA 4152,5859;\nPA 4150,5854;\nPA 4148,5845;\nPA 4148,5838;\nPA 4150,5828;\nPA 4152,5823;\nPA 4157,5818;\nPA 4164,5815;\nPA 4169,5815;\nPA 4177,5818;\nPA 4179,5820;\nPA 4179,5838;\nPA 4169,5838;\nPU;PA 4201,5815;\nPD;PA 4201,5866;\nPA 4230,5815;\nPA 4230,5866;\nPU;PA 4254,5815;\nPD;PA 4254,5866;\nPA 4266,5866;\nPA 4273,5864;\nPA 4279,5859;\nPA 4281,5854;\nPA 4283,5845;\nPA 4283,5838;\nPA 4281,5828;\nPA 4279,5823;\nPA 4273,5818;\nPA 4266,5815;\nPA 4254,5815;\nPU;PA 4334,5815;\nPD;PA 4317,5840;\nPU;PA 4305,5815;\nPD;PA 4305,5866;\nPA 4324,5866;\nPA 4330,5864;\nPA 4332,5862;\nPA 4334,5857;\nPA 4334,5850;\nPA 4332,5845;\nPA 4330,5843;\nPA 4324,5840;\nPA 4305,5840;\nPU;PA 4356,5843;\nPD;PA 4373,5843;\nPU;PA 4381,5815;\nPD;PA 4356,5815;\nPA 4356,5866;\nPA 4381,5866;\nPU;PA 4419,5843;\nPD;PA 4402,5843;\nPU;PA 4402,5815;\nPD;PA 4402,5866;\nPA 4427,5866;\nPU;PA 6607,3870;\nPD;PA 6658,3870;\nPU;PA 6628,3845;\nPD;PA 6638,3845;\nPU;PA 6633,3896;\nPD;PA 6633,3947;\nPU;PA 6684,3896;\nPD;PA 6582,3896;\nPU;PA 6523,3816;\nPD;PA 6518,3818;\nPA 6511,3818;\nPA 6504,3816;\nPA 6499,3811;\nPA 6497,3806;\nPA 6495,3797;\nPA 6495,3790;\nPA 6497,3780;\nPA 6499,3776;\nPA 6504,3770;\nPA 6511,3767;\nPA 6516,3767;\nPA 6523,3770;\nPA 6526,3772;\nPA 6526,3790;\nPA 6516,3790;\nPU;PA 6548,3767;\nPD;PA 6548,3818;\nPA 6577,3767;\nPA 6577,3818;\nPU;PA 6601,3767;\nPD;PA 6601,3818;\nPA 6613,3818;\nPA 6620,3816;\nPA 6626,3811;\nPA 6628,3806;\nPA 6630,3797;\nPA 6630,3790;\nPA 6628,3780;\nPA 6626,3776;\nPA 6620,3770;\nPA 6613,3767;\nPA 6601,3767;\nPU;PA 6681,3767;\nPD;PA 6664,3792;\nPU;PA 6652,3767;\nPD;PA 6652,3818;\nPA 6671,3818;\nPA 6677,3816;\nPA 6679,3814;\nPA 6681,3809;\nPA 6681,3802;\nPA 6679,3797;\nPA 6677,3795;\nPA 6671,3792;\nPA 6652,3792;\nPU;PA 6703,3795;\nPD;PA 6720,3795;\nPU;PA 6728,3767;\nPD;PA 6703,3767;\nPA 6703,3818;\nPA 6728,3818;\nPU;PA 6766,3795;\nPD;PA 6749,3795;\nPU;PA 6749,3767;\nPD;PA 6749,3818;\nPA 6773,3818;\nPU;PA 5459,4661;\nEA 6071,4151;\nPU;PA 6071,4406;\nPD;PA 6276,4406;\nPU;PA 5825,4410;\nPD;PA 5832,4407;\nPA 5834,4405;\nPA 5836,4400;\nPA 5836,4393;\nPA 5834,4388;\nPA 5832,4386;\nPA 5827,4383;\nPA 5807,4383;\nPA 5807,4434;\nPA 5825,4434;\nPA 5829,4432;\nPA 5832,4430;\nPA 5834,4424;\nPA 5834,4419;\nPA 5832,4414;\nPA 5829,4412;\nPA 5825,4410;\nPA 5807,4410;\nPU;PA 5856,4398;\nPD;PA 5880,4398;\nPU;PA 5851,4383;\nPD;PA 5867,4434;\nPA 5885,4383;\nPU;PA 5895,4434;\nPD;PA 5923,4434;\nPU;PA 5909,4383;\nPD;PA 5909,4434;\nPU;PA 5934,4434;\nPD;PA 5962,4434;\nPU;PA 5948,4383;\nPD;PA 5948,4434;\nPU;PA 5980,4402;\nPD;PA 6018,4402;\nPU;PA 5999,4383;\nPD;PA 5999,4421;\nPU;PA 6188,4418;\nPD;PA 6159,4418;\nPU;PA 6173,4418;\nPD;PA 6173,4469;\nPA 6168,4462;\nPA 6163,4457;\nPA 6159,4455;\nPU;PA 6071,4202;\nPD;PA 6276,4202;\nPU;PA 5914,4228;\nPD;PA 5909,4230;\nPA 5902,4230;\nPA 5895,4228;\nPA 5890,4222;\nPA 5888,4217;\nPA 5886,4208;\nPA 5886,4201;\nPA 5888,4191;\nPA 5890,4187;\nPA 5895,4182;\nPA 5902,4179;\nPA 5907,4179;\nPA 5914,4182;\nPA 5916,4184;\nPA 5916,4201;\nPA 5907,4201;\nPU;PA 5939,4179;\nPD;PA 5939,4230;\nPA 5967,4179;\nPA 5967,4230;\nPU;PA 5992,4179;\nPD;PA 5992,4230;\nPA 6004,4230;\nPA 6011,4228;\nPA 6016,4222;\nPA 6018,4217;\nPA 6020,4208;\nPA 6020,4201;\nPA 6018,4191;\nPA 6016,4187;\nPA 6011,4182;\nPA 6004,4179;\nPA 5992,4179;\nPU;PA 6159,4261;\nPD;PA 6161,4263;\nPA 6166,4265;\nPA 6179,4265;\nPA 6183,4263;\nPA 6186,4261;\nPA 6188,4256;\nPA 6188,4251;\nPA 6186,4244;\nPA 6156,4214;\nPA 6188,4214;\nPU;PA 5459,4202;\nPD;PA 5255,4202;\nPU;PA 5539,4228;\nPD;PA 5534,4230;\nPA 5527,4230;\nPA 5519,4228;\nPA 5514,4222;\nPA 5512,4217;\nPA 5510,4208;\nPA 5510,4201;\nPA 5512,4191;\nPA 5514,4187;\nPA 5519,4182;\nPA 5527,4179;\nPA 5532,4179;\nPA 5539,4182;\nPA 5541,4184;\nPA 5541,4201;\nPA 5532,4201;\nPU;PA 5563,4179;\nPD;PA 5563,4230;\nPA 5583,4230;\nPA 5588,4228;\nPA 5590,4226;\nPA 5592,4220;\nPA 5592,4213;\nPA 5590,4208;\nPA 5588,4206;\nPA 5583,4203;\nPA 5563,4203;\nPU;PA 5614,4179;\nPD;PA 5614,4230;\nPU;PA 5648,4230;\nPD;PA 5658,4230;\nPA 5663,4228;\nPA 5667,4222;\nPA 5670,4213;\nPA 5670,4196;\nPA 5667,4187;\nPA 5663,4182;\nPA 5658,4179;\nPA 5648,4179;\nPA 5644,4182;\nPA 5639,4187;\nPA 5637,4196;\nPA 5637,4213;\nPA 5639,4222;\nPA 5644,4228;\nPA 5648,4230;\nPU;PA 5713,4213;\nPD;PA 5713,4179;\nPU;PA 5701,4233;\nPD;PA 5690,4196;\nPA 5720,4196;\nPU;PA 5340,4265;\nPD;PA 5371,4265;\nPA 5354,4246;\nPA 5362,4246;\nPA 5366,4244;\nPA 5369,4242;\nPA 5371,4237;\nPA 5371,4224;\nPA 5369,4219;\nPA 5366,4217;\nPA 5362,4214;\nPA 5347,4214;\nPA 5343,4217;\nPA 5340,4219;\nPU;PA 5459,4304;\nPD;PA 5255,4304;\nPU;PA 5539,4330;\nPD;PA 5534,4332;\nPA 5527,4332;\nPA 5519,4330;\nPA 5514,4324;\nPA 5512,4319;\nPA 5510,4310;\nPA 5510,4303;\nPA 5512,4293;\nPA 5514,4289;\nPA 5519,4284;\nPA 5527,4281;\nPA 5532,4281;\nPA 5539,4284;\nPA 5541,4286;\nPA 5541,4303;\nPA 5532,4303;\nPU;PA 5563,4281;\nPD;PA 5563,4332;\nPA 5583,4332;\nPA 5588,4330;\nPA 5590,4328;\nPA 5592,4322;\nPA 5592,4315;\nPA 5590,4310;\nPA 5588,4308;\nPA 5583,4305;\nPA 5563,4305;\nPU;PA 5614,4281;\nPD;PA 5614,4332;\nPU;PA 5648,4332;\nPD;PA 5658,4332;\nPA 5663,4330;\nPA 5667,4324;\nPA 5670,4315;\nPA 5670,4298;\nPA 5667,4289;\nPA 5663,4284;\nPA 5658,4281;\nPA 5648,4281;\nPA 5644,4284;\nPA 5639,4289;\nPA 5637,4298;\nPA 5637,4315;\nPA 5639,4324;\nPA 5644,4330;\nPA 5648,4332;\nPU;PA 5687,4332;\nPD;PA 5718,4332;\nPA 5701,4312;\nPA 5709,4312;\nPA 5713,4310;\nPA 5716,4308;\nPA 5718,4303;\nPA 5718,4291;\nPA 5716,4286;\nPA 5713,4284;\nPA 5709,4281;\nPA 5694,4281;\nPA 5690,4284;\nPA 5687,4286;\nPU;PA 5366,4351;\nPD;PA 5366,4316;\nPU;PA 5354,4370;\nPD;PA 5343,4334;\nPA 5373,4334;\nPU;PA 6071,4304;\nPD;PA 6276,4304;\nPU;PA 5933,4281;\nPD;PA 5916,4305;\nPU;PA 5904,4281;\nPD;PA 5904,4332;\nPA 5923,4332;\nPA 5929,4330;\nPA 5931,4328;\nPA 5933,4322;\nPA 5933,4315;\nPA 5931,4310;\nPA 5929,4308;\nPA 5923,4305;\nPA 5904,4305;\nPU;PA 5953,4284;\nPD;PA 5960,4281;\nPA 5972,4281;\nPA 5977,4284;\nPA 5980,4286;\nPA 5982,4291;\nPA 5982,4296;\nPA 5980,4300;\nPA 5977,4303;\nPA 5972,4305;\nPA 5962,4308;\nPA 5957,4310;\nPA 5955,4312;\nPA 5953,4317;\nPA 5953,4322;\nPA 5955,4328;\nPA 5957,4330;\nPA 5962,4332;\nPA 5975,4332;\nPA 5982,4330;\nPU;PA 5997,4332;\nPD;PA 6026,4332;\nPU;PA 6011,4281;\nPD;PA 6011,4332;\nPU;PA 6186,4367;\nPD;PA 6161,4367;\nPA 6159,4344;\nPA 6161,4346;\nPA 6166,4348;\nPA 6179,4348;\nPA 6183,4346;\nPA 6186,4344;\nPA 6188,4339;\nPA 6188,4327;\nPA 6186,4321;\nPA 6183,4319;\nPA 6179,4316;\nPA 6166,4316;\nPA 6161,4319;\nPA 6159,4321;\nPU;PA 6071,4508;\nPD;PA 6276,4508;\nPU;PA 5975,4536;\nPD;PA 5950,4536;\nPA 5948,4512;\nPA 5950,4514;\nPA 5955,4516;\nPA 5967,4516;\nPA 5971,4514;\nPA 5975,4512;\nPA 5977,4507;\nPA 5977,4495;\nPA 5975,4490;\nPA 5971,4488;\nPA 5967,4485;\nPA 5955,4485;\nPA 5950,4488;\nPA 5948,4490;\nPU;PA 5992,4536;\nPD;PA 6008,4485;\nPA 6026,4536;\nPU;PA 6183,4571;\nPD;PA 6173,4571;\nPA 6168,4569;\nPA 6166,4567;\nPA 6161,4559;\nPA 6159,4550;\nPA 6159,4531;\nPA 6161,4526;\nPA 6163,4523;\nPA 6168,4520;\nPA 6179,4520;\nPA 6183,4523;\nPA 6186,4526;\nPA 6188,4531;\nPA 6188,4543;\nPA 6186,4548;\nPA 6183,4550;\nPA 6179,4552;\nPA 6168,4552;\nPA 6163,4550;\nPA 6161,4548;\nPA 6159,4543;\nPU;PA 5459,4406;\nPD;PA 5255,4406;\nPU;PA 5539,4432;\nPD;PA 5534,4434;\nPA 5527,4434;\nPA 5519,4432;\nPA 5514,4427;\nPA 5512,4421;\nPA 5510,4412;\nPA 5510,4405;\nPA 5512,4395;\nPA 5514,4391;\nPA 5519,4386;\nPA 5527,4383;\nPA 5532,4383;\nPA 5539,4386;\nPA 5541,4388;\nPA 5541,4405;\nPA 5532,4405;\nPU;PA 5563,4383;\nPD;PA 5563,4434;\nPA 5583,4434;\nPA 5588,4432;\nPA 5590,4430;\nPA 5592,4424;\nPA 5592,4417;\nPA 5590,4412;\nPA 5588,4410;\nPA 5583,4407;\nPA 5563,4407;\nPU;PA 5614,4383;\nPD;PA 5614,4434;\nPU;PA 5648,4434;\nPD;PA 5658,4434;\nPA 5663,4432;\nPA 5667,4427;\nPA 5670,4417;\nPA 5670,4400;\nPA 5667,4391;\nPA 5663,4386;\nPA 5658,4383;\nPA 5648,4383;\nPA 5644,4386;\nPA 5639,4391;\nPA 5637,4400;\nPA 5637,4417;\nPA 5639,4427;\nPA 5644,4432;\nPA 5648,4434;\nPU;PA 5690,4430;\nPD;PA 5692,4432;\nPA 5697,4434;\nPA 5709,4434;\nPA 5713,4432;\nPA 5716,4430;\nPA 5718,4424;\nPA 5718,4419;\nPA 5716,4412;\nPA 5687,4383;\nPA 5718,4383;\nPU;PA 5340,4469;\nPD;PA 5373,4469;\nPA 5352,4418;\nPU;PA 5459,4508;\nPD;PA 5255,4508;\nPU;PA 5539,4534;\nPD;PA 5534,4536;\nPA 5527,4536;\nPA 5519,4534;\nPA 5514,4529;\nPA 5512,4523;\nPA 5510,4514;\nPA 5510,4507;\nPA 5512,4497;\nPA 5514,4493;\nPA 5519,4488;\nPA 5527,4485;\nPA 5532,4485;\nPA 5539,4488;\nPA 5541,4490;\nPA 5541,4507;\nPA 5532,4507;\nPU;PA 5563,4485;\nPD;PA 5563,4536;\nPA 5583,4536;\nPA 5588,4534;\nPA 5590,4532;\nPA 5592,4527;\nPA 5592,4519;\nPA 5590,4514;\nPA 5588,4512;\nPA 5583,4509;\nPA 5563,4509;\nPU;PA 5614,4485;\nPD;PA 5614,4536;\nPU;PA 5648,4536;\nPD;PA 5658,4536;\nPA 5663,4534;\nPA 5667,4529;\nPA 5670,4519;\nPA 5670,4502;\nPA 5667,4493;\nPA 5663,4488;\nPA 5658,4485;\nPA 5648,4485;\nPA 5644,4488;\nPA 5639,4493;\nPA 5637,4502;\nPA 5637,4519;\nPA 5639,4529;\nPA 5644,4534;\nPA 5648,4536;\nPU;PA 5718,4485;\nPD;PA 5690,4485;\nPU;PA 5704,4485;\nPD;PA 5704,4536;\nPA 5699,4529;\nPA 5694,4523;\nPA 5690,4521;\nPU;PA 5352,4550;\nPD;PA 5347,4552;\nPA 5345,4555;\nPA 5343,4559;\nPA 5343,4562;\nPA 5345,4567;\nPA 5347,4569;\nPA 5352,4571;\nPA 5362,4571;\nPA 5366,4569;\nPA 5369,4567;\nPA 5371,4562;\nPA 5371,4559;\nPA 5369,4555;\nPA 5366,4552;\nPA 5362,4550;\nPA 5352,4550;\nPA 5347,4548;\nPA 5345,4545;\nPA 5343,4540;\nPA 5343,4531;\nPA 5345,4526;\nPA 5347,4523;\nPA 5352,4520;\nPA 5362,4520;\nPA 5366,4523;\nPA 5369,4526;\nPA 5371,4531;\nPA 5371,4540;\nPA 5369,4545;\nPA 5366,4548;\nPA 5362,4550;\nPU;PA 5459,4610;\nPD;PA 5255,4610;\nPU;PA 5539,4636;\nPD;PA 5534,4638;\nPA 5527,4638;\nPA 5519,4636;\nPA 5514,4631;\nPA 5512,4626;\nPA 5510,4616;\nPA 5510,4609;\nPA 5512,4599;\nPA 5514,4595;\nPA 5519,4590;\nPA 5527,4587;\nPA 5532,4587;\nPA 5539,4590;\nPA 5541,4592;\nPA 5541,4609;\nPA 5532,4609;\nPU;PA 5563,4587;\nPD;PA 5563,4638;\nPA 5583,4638;\nPA 5588,4636;\nPA 5590,4634;\nPA 5592,4629;\nPA 5592,4621;\nPA 5590,4616;\nPA 5588,4614;\nPA 5583,4611;\nPA 5563,4611;\nPU;PA 5614,4587;\nPD;PA 5614,4638;\nPU;PA 5648,4638;\nPD;PA 5658,4638;\nPA 5663,4636;\nPA 5667,4631;\nPA 5670,4621;\nPA 5670,4604;\nPA 5667,4595;\nPA 5663,4590;\nPA 5658,4587;\nPA 5648,4587;\nPA 5644,4590;\nPA 5639,4595;\nPA 5637,4604;\nPA 5637,4621;\nPA 5639,4631;\nPA 5644,4636;\nPA 5648,4638;\nPU;PA 5701,4638;\nPD;PA 5706,4638;\nPA 5711,4636;\nPA 5713,4634;\nPA 5716,4629;\nPA 5718,4618;\nPA 5718,4606;\nPA 5716,4597;\nPA 5713,4592;\nPA 5711,4590;\nPA 5706,4587;\nPA 5701,4587;\nPA 5697,4590;\nPA 5694,4592;\nPA 5692,4597;\nPA 5690,4606;\nPA 5690,4618;\nPA 5692,4629;\nPA 5694,4634;\nPA 5697,4636;\nPA 5701,4638;\nPU;PA 5347,4622;\nPD;PA 5357,4622;\nPA 5362,4626;\nPA 5364,4628;\nPA 5369,4635;\nPA 5371,4645;\nPA 5371,4664;\nPA 5369,4669;\nPA 5366,4671;\nPA 5362,4673;\nPA 5352,4673;\nPA 5347,4671;\nPA 5345,4669;\nPA 5343,4664;\nPA 5343,4652;\nPA 5345,4647;\nPA 5347,4645;\nPA 5352,4642;\nPA 5362,4642;\nPA 5366,4645;\nPA 5369,4647;\nPA 5371,4652;\nPU;PA 6071,4610;\nPD;PA 6276,4610;\nPU;PA 5827,4606;\nPD;PA 5865,4606;\nPU;PA 5846,4587;\nPD;PA 5846,4626;\nPU;PA 5890,4638;\nPD;PA 5890,4597;\nPA 5892,4592;\nPA 5895,4590;\nPA 5899,4587;\nPA 5909,4587;\nPA 5914,4590;\nPA 5916,4592;\nPA 5918,4597;\nPA 5918,4638;\nPU;PA 5941,4590;\nPD;PA 5948,4587;\nPA 5960,4587;\nPA 5964,4590;\nPA 5967,4592;\nPA 5969,4597;\nPA 5969,4602;\nPA 5967,4606;\nPA 5964,4609;\nPA 5960,4611;\nPA 5950,4614;\nPA 5945,4616;\nPA 5943,4618;\nPA 5941,4623;\nPA 5941,4629;\nPA 5943,4634;\nPA 5945,4636;\nPA 5950,4638;\nPA 5962,4638;\nPA 5969,4636;\nPU;PA 6009,4614;\nPD;PA 6016,4611;\nPA 6018,4609;\nPA 6020,4604;\nPA 6020,4597;\nPA 6018,4592;\nPA 6016,4590;\nPA 6011,4587;\nPA 5992,4587;\nPA 5992,4638;\nPA 6009,4638;\nPA 6013,4636;\nPA 6016,4634;\nPA 6018,4629;\nPA 6018,4623;\nPA 6016,4618;\nPA 6013,4616;\nPA 6009,4614;\nPA 5992,4614;\nPU;PA 6163,4622;\nPD;PA 6135,4622;\nPU;PA 6149,4622;\nPD;PA 6149,4673;\nPA 6144,4666;\nPA 6139,4661;\nPA 6135,4659;\nPU;PA 6195,4673;\nPD;PA 6200,4673;\nPA 6205,4671;\nPA 6207,4669;\nPA 6210,4664;\nPA 6212,4654;\nPA 6212,4642;\nPA 6210,4633;\nPA 6207,4628;\nPA 6205,4626;\nPA 6200,4622;\nPA 6195,4622;\nPA 6191,4626;\nPA 6188,4628;\nPA 6186,4633;\nPA 6184,4642;\nPA 6184,4654;\nPA 6186,4664;\nPA 6188,4669;\nPA 6191,4671;\nPA 6195,4673;\nPU;PA 5922,4130;\nPD;PA 5922,4080;\nPA 5926,4074;\nPA 5929,4071;\nPA 5935,4068;\nPA 5946,4068;\nPA 5952,4071;\nPA 5955,4074;\nPA 5958,4080;\nPA 5958,4130;\nPU;PA 5984,4123;\nPD;PA 5987,4127;\nPA 5993,4130;\nPA 6007,4130;\nPA 6013,4127;\nPA 6016,4123;\nPA 6019,4117;\nPA 6019,4112;\nPA 6016,4103;\nPA 5982,4068;\nPA 6019,4068;\nPU;PA 5465,4742;\nPD;PA 5500,4742;\nPU;PA 5483,4681;\nPD;PA 5483,4742;\nPU;PA 5520,4681;\nPD;PA 5520,4721;\nPU;PA 5520,4709;\nPD;PA 5523,4715;\nPA 5527,4718;\nPA 5533,4721;\nPA 5538,4721;\nPU;PA 5558,4681;\nPD;PA 5558,4721;\nPU;PA 5558,4742;\nPD;PA 5555,4739;\nPA 5558,4736;\nPA 5561,4739;\nPA 5558,4742;\nPA 5558,4736;\nPU;PA 5588,4721;\nPD;PA 5588,4681;\nPU;PA 5588,4715;\nPD;PA 5591,4718;\nPA 5597,4721;\nPA 5605,4721;\nPA 5611,4718;\nPA 5614,4712;\nPA 5614,4681;\nPU;PA 5643,4681;\nPD;PA 5643,4742;\nPU;PA 5649,4704;\nPD;PA 5666,4681;\nPU;PA 5666,4721;\nPD;PA 5643,4698;\nPU;PA 5716,4684;\nPD;PA 5710,4681;\nPA 5699,4681;\nPA 5693,4684;\nPA 5690,4689;\nPA 5690,4712;\nPA 5693,4718;\nPA 5699,4721;\nPA 5710,4721;\nPA 5716,4718;\nPA 5719,4712;\nPA 5719,4707;\nPA 5690,4701;\nPU;PA 5737,4721;\nPD;PA 5760,4721;\nPU;PA 5745,4742;\nPD;PA 5745,4689;\nPA 5748,4684;\nPA 5754,4681;\nPA 5760,4681;\nPU;PA 6122,5273;\nPD;PA 6429,5273;\nPU;PA 6429,5273;\nPD;PA 6429,4406;\nPU;PA 6429,4406;\nPD;PA 6276,4406;\nPU;PA 6276,4202;\nPD;PA 6633,4202;\nPU;PA 6633,5120;\nPD;PA 6633,4202;\nPU;PA 6633,4202;\nPD;PA 6633,3947;\nPU;PA 6633,5120;\nCI 20.4082;\nPU;PA 6251,4635;\nPD;PA 6300,4586;\nPU;PA 6300,4635;\nPD;PA 6251,4586;\nPU;PA 6251,4533;\nPD;PA 6300,4484;\nPU;PA 6300,4533;\nPD;PA 6251,4484;\nPU;PA 5231,4329;\nPD;PA 5280,4280;\nPU;PA 5280,4329;\nPD;PA 5231,4280;\nPU;PA 5231,4227;\nPD;PA 5280,4178;\nPU;PA 5280,4227;\nPD;PA 5231,4178;\nPU;PA 4704,4202;\nCI 10.2041;\nPU;PA 4888,4202;\nCI 10.2041;\nPU;PA 4684,4233;\nPD;PA 4908,4233;\nPU;PA 4684,4233;\nPD;PA 4684,4243;\nPA 4908,4243;\nPA 4908,4233;\nPU;PA 4745,4243;\nPD;PA 4755,4263;\nPA 4837,4263;\nPA 4847,4243;\nPU;PA 4694,4202;\nPD;PA 4643,4202;\nPU;PA 4898,4202;\nPD;PA 4949,4202;\nPU;PA 4810,4291;\nPD;PA 4817,4288;\nPA 4830,4288;\nPA 4834,4291;\nPA 4837,4293;\nPA 4839,4298;\nPA 4839,4303;\nPA 4837,4307;\nPA 4834,4310;\nPA 4830,4312;\nPA 4819,4315;\nPA 4814,4317;\nPA 4812,4319;\nPA 4810,4324;\nPA 4810,4330;\nPA 4812,4335;\nPA 4814,4337;\nPA 4819,4339;\nPA 4832,4339;\nPA 4839,4337;\nPU;PA 4856,4339;\nPD;PA 4868,4288;\nPA 4879,4324;\nPA 4888,4288;\nPA 4900,4339;\nPU;PA 4914,4339;\nPD;PA 4946,4339;\nPA 4929,4319;\nPA 4937,4319;\nPA 4941,4317;\nPA 4944,4315;\nPA 4946,4310;\nPA 4946,4298;\nPA 4944,4293;\nPA 4941,4291;\nPA 4937,4288;\nPA 4921,4288;\nPA 4917,4291;\nPA 4914,4293;\nPU;PA 4742,4124;\nPD;PA 4742,4176;\nPA 4754,4176;\nPA 4761,4173;\nPA 4766,4168;\nPA 4768,4163;\nPA 4770,4154;\nPA 4770,4147;\nPA 4768,4137;\nPA 4766,4133;\nPA 4761,4128;\nPA 4754,4124;\nPA 4742,4124;\nPU;PA 4793,4124;\nPD;PA 4793,4176;\nPU;PA 4817,4124;\nPD;PA 4817,4176;\nPA 4835,4140;\nPA 4851,4176;\nPA 4851,4124;\nPU;PA 4861,3848;\nPD;PA 4861,3909;\nPU;PA 4891,3889;\nPD;PA 4891,3848;\nPU;PA 4891,3883;\nPD;PA 4894,3886;\nPA 4900,3889;\nPA 4908,3889;\nPA 4914,3886;\nPA 4917,3880;\nPA 4917,3848;\nPU;PA 4938,3889;\nPD;PA 4961,3889;\nPU;PA 4946,3909;\nPD;PA 4946,3856;\nPA 4949,3851;\nPA 4955,3848;\nPA 4961,3848;\nPU;PA 5004,3851;\nPD;PA 4998,3848;\nPA 4987,3848;\nPA 4981,3851;\nPA 4978,3856;\nPA 4978,3880;\nPA 4981,3886;\nPA 4987,3889;\nPA 4998,3889;\nPA 5004,3886;\nPA 5007,3880;\nPA 5007,3874;\nPA 4978,3868;\nPU;PA 5033,3848;\nPD;PA 5033,3889;\nPU;PA 5033,3877;\nPD;PA 5036,3883;\nPA 5039,3886;\nPA 5045,3889;\nPA 5050,3889;\nPU;PA 5070,3889;\nPD;PA 5070,3848;\nPU;PA 5070,3883;\nPD;PA 5073,3886;\nPA 5080,3889;\nPA 5088,3889;\nPA 5094,3886;\nPA 5097,3880;\nPA 5097,3848;\nPU;PA 5152,3848;\nPD;PA 5152,3880;\nPA 5149,3886;\nPA 5143,3889;\nPA 5132,3889;\nPA 5126,3886;\nPU;PA 5152,3851;\nPD;PA 5146,3848;\nPA 5132,3848;\nPA 5126,3851;\nPA 5122,3856;\nPA 5122,3862;\nPA 5126,3868;\nPA 5132,3871;\nPA 5146,3871;\nPA 5152,3874;\nPU;PA 5190,3848;\nPD;PA 5184,3851;\nPA 5181,3856;\nPA 5181,3909;\nPU;PA 5259,3848;\nPD;PA 5259,3909;\nPA 5283,3909;\nPA 5289,3906;\nPA 5292,3903;\nPA 5295,3897;\nPA 5295,3889;\nPA 5292,3883;\nPA 5289,3880;\nPA 5283,3877;\nPA 5259,3877;\nPU;PA 5347,3889;\nPD;PA 5347,3848;\nPU;PA 5320,3889;\nPD;PA 5320,3856;\nPA 5323,3851;\nPA 5330,3848;\nPA 5338,3848;\nPA 5344,3851;\nPA 5347,3854;\nPU;PA 5385,3848;\nPD;PA 5379,3851;\nPA 5376,3856;\nPA 5376,3909;\nPU;PA 5416,3848;\nPD;PA 5410,3851;\nPA 5407,3856;\nPA 5407,3909;\nPU;PA 5465,3889;\nPD;PA 5465,3848;\nPU;PA 5439,3889;\nPD;PA 5439,3856;\nPA 5442,3851;\nPA 5448,3848;\nPA 5456,3848;\nPA 5462,3851;\nPA 5465,3854;\nPU;PA 5494,3889;\nPD;PA 5494,3828;\nPU;PA 5494,3886;\nPD;PA 5500,3889;\nPA 5511,3889;\nPA 5517,3886;\nPA 5520,3883;\nPA 5523,3877;\nPA 5523,3859;\nPA 5520,3854;\nPA 5517,3851;\nPA 5511,3848;\nPA 5500,3848;\nPA 5494,3851;\nPU;PA 5596,3880;\nPD;PA 5616,3880;\nPU;PA 5626,3848;\nPD;PA 5596,3848;\nPA 5596,3909;\nPA 5626,3909;\nPU;PA 5651,3889;\nPD;PA 5651,3848;\nPU;PA 5651,3883;\nPD;PA 5654,3886;\nPA 5660,3889;\nPA 5668,3889;\nPA 5675,3886;\nPA 5678,3880;\nPA 5678,3848;\nPU;PA 5733,3848;\nPD;PA 5733,3880;\nPA 5730,3886;\nPA 5723,3889;\nPA 5712,3889;\nPA 5706,3886;\nPU;PA 5733,3851;\nPD;PA 5727,3848;\nPA 5712,3848;\nPA 5706,3851;\nPA 5703,3856;\nPA 5703,3862;\nPA 5706,3868;\nPA 5712,3871;\nPA 5727,3871;\nPA 5733,3874;\nPU;PA 5761,3848;\nPD;PA 5761,3909;\nPU;PA 5761,3886;\nPD;PA 5767,3889;\nPA 5779,3889;\nPA 5785,3886;\nPA 5788,3883;\nPA 5791,3877;\nPA 5791,3859;\nPA 5788,3854;\nPA 5785,3851;\nPA 5779,3848;\nPA 5767,3848;\nPA 5761,3851;\nPU;PA 5826,3848;\nPD;PA 5819,3851;\nPA 5816,3856;\nPA 5816,3909;\nPU;PA 5871,3851;\nPD;PA 5865,3848;\nPA 5854,3848;\nPA 5848,3851;\nPA 5845,3856;\nPA 5845,3880;\nPA 5848,3886;\nPA 5854,3889;\nPA 5865,3889;\nPA 5871,3886;\nPA 5875,3880;\nPA 5875,3874;\nPA 5845,3868;\nPU;PA 5927,3848;\nPD;PA 5927,3909;\nPU;PA 5927,3851;\nPD;PA 5920,3848;\nPA 5909,3848;\nPA 5903,3851;\nPA 5900,3854;\nPA 5897,3859;\nPA 5897,3877;\nPA 5900,3883;\nPA 5903,3886;\nPA 5909,3889;\nPA 5920,3889;\nPA 5927,3886;\nPU;PA 6011,3848;\nPD;PA 6005,3851;\nPA 6002,3854;\nPA 5999,3859;\nPA 5999,3877;\nPA 6002,3883;\nPA 6005,3886;\nPA 6011,3889;\nPA 6019,3889;\nPA 6026,3886;\nPA 6029,3883;\nPA 6032,3877;\nPA 6032,3859;\nPA 6029,3854;\nPA 6026,3851;\nPA 6019,3848;\nPA 6011,3848;\nPU;PA 6057,3889;\nPD;PA 6057,3848;\nPU;PA 6057,3883;\nPD;PA 6060,3886;\nPA 6066,3889;\nPA 6075,3889;\nPA 6081,3886;\nPA 6084,3880;\nPA 6084,3848;\nPU;PA 6151,3909;\nPD;PA 6186,3909;\nPU;PA 6168,3848;\nPD;PA 6168,3909;\nPU;PA 6206,3848;\nPD;PA 6206,3889;\nPU;PA 6206,3877;\nPD;PA 6209,3883;\nPA 6212,3886;\nPA 6218,3889;\nPA 6223,3889;\nPU;PA 6244,3848;\nPD;PA 6244,3889;\nPU;PA 6244,3909;\nPD;PA 6241,3906;\nPA 6244,3903;\nPA 6247,3906;\nPA 6244,3909;\nPA 6244,3903;\nPU;PA 6273,3889;\nPD;PA 6273,3848;\nPU;PA 6273,3883;\nPD;PA 6277,3886;\nPA 6283,3889;\nPA 6291,3889;\nPA 6297,3886;\nPA 6300,3880;\nPA 6300,3848;\nPU;PA 6329,3848;\nPD;PA 6329,3909;\nPU;PA 6335,3871;\nPD;PA 6352,3848;\nPU;PA 6352,3889;\nPD;PA 6329,3865;\nPU;PA 6402,3851;\nPD;PA 6396,3848;\nPA 6385,3848;\nPA 6379,3851;\nPA 6376,3856;\nPA 6376,3880;\nPA 6379,3886;\nPA 6385,3889;\nPA 6396,3889;\nPA 6402,3886;\nPA 6405,3880;\nPA 6405,3874;\nPA 6376,3868;\nPU;PA 6422,3889;\nPD;PA 6446,3889;\nPU;PA 6431,3909;\nPD;PA 6431,3856;\nPA 6434,3851;\nPA 6440,3848;\nPA 6446,3848;\nPU;PA 5255,4406;\nPD;PA 5153,4406;\nPU;PA 5153,4406;\nPD;PA 5153,4202;\nPU;PA 5153,4202;\nPD;PA 4949,4202;\nPU;PA 6633,3947;\nPD;PA 4643,3947;\nPU;PA 6633,4202;\nCI 20.4082;\nPU;PA 6251,4329;\nPD;PA 6300,4280;\nPU;PA 6300,4329;\nPD;PA 6251,4280;\nPU;PA 3943,6042;\nPD;PA 3943,6103;\nPA 3979,6042;\nPA 3979,6103;\nPU;PA 4016,6042;\nPD;PA 4010,6045;\nPA 4007,6048;\nPA 4004,6053;\nPA 4004,6070;\nPA 4007,6077;\nPA 4010,6080;\nPA 4016,6083;\nPA 4024,6083;\nPA 4031,6080;\nPA 4034,6077;\nPA 4037,6070;\nPA 4037,6053;\nPA 4034,6048;\nPA 4031,6045;\nPA 4024,6042;\nPA 4016,6042;\nPU;PA 4109,6042;\nPD;PA 4109,6103;\nPU;PA 4109,6080;\nPD;PA 4115,6083;\nPA 4127,6083;\nPA 4133,6080;\nPA 4136,6077;\nPA 4139,6070;\nPA 4139,6053;\nPA 4136,6048;\nPA 4133,6045;\nPA 4127,6042;\nPA 4115,6042;\nPA 4109,6045;\nPU;PA 4173,6042;\nPD;PA 4167,6045;\nPA 4164,6048;\nPA 4161,6053;\nPA 4161,6070;\nPA 4164,6077;\nPA 4167,6080;\nPA 4173,6083;\nPA 4182,6083;\nPA 4188,6080;\nPA 4191,6077;\nPA 4194,6070;\nPA 4194,6053;\nPA 4191,6048;\nPA 4188,6045;\nPA 4182,6042;\nPA 4173,6042;\nPU;PA 4246,6042;\nPD;PA 4246,6073;\nPA 4243,6080;\nPA 4237,6083;\nPA 4226,6083;\nPA 4219,6080;\nPU;PA 4246,6045;\nPD;PA 4240,6042;\nPA 4226,6042;\nPA 4219,6045;\nPA 4216,6050;\nPA 4216,6056;\nPA 4219,6062;\nPA 4226,6065;\nPA 4240,6065;\nPA 4246,6068;\nPU;PA 4274,6042;\nPD;PA 4274,6083;\nPU;PA 4274,6070;\nPD;PA 4278,6077;\nPA 4281,6080;\nPA 4287,6083;\nPA 4292,6083;\nPU;PA 4339,6042;\nPD;PA 4339,6103;\nPU;PA 4339,6045;\nPD;PA 4333,6042;\nPA 4321,6042;\nPA 4315,6045;\nPA 4312,6048;\nPA 4309,6053;\nPA 4309,6070;\nPA 4312,6077;\nPA 4315,6080;\nPA 4321,6083;\nPA 4333,6083;\nPA 4339,6080;\nPU;PA 4370,6045;\nPD;PA 4370,6042;\nPA 4367,6036;\nPA 4364,6033;\nPU;PA 4444,6083;\nPD;PA 4444,6030;\nPA 4441,6025;\nPA 4436,6021;\nPA 4433,6021;\nPU;PA 4444,6103;\nPD;PA 4441,6100;\nPA 4444,6097;\nPA 4447,6100;\nPA 4444,6103;\nPA 4444,6097;\nPU;PA 4500,6083;\nPD;PA 4500,6042;\nPU;PA 4473,6083;\nPD;PA 4473,6050;\nPA 4477,6045;\nPA 4483,6042;\nPA 4491,6042;\nPA 4497,6045;\nPA 4500,6048;\nPU;PA 4526,6045;\nPD;PA 4532,6042;\nPA 4544,6042;\nPA 4549,6045;\nPA 4552,6050;\nPA 4552,6053;\nPA 4549,6059;\nPA 4544,6062;\nPA 4535,6062;\nPA 4529,6065;\nPA 4526,6070;\nPA 4526,6073;\nPA 4529,6080;\nPA 4535,6083;\nPA 4544,6083;\nPA 4549,6080;\nPU;PA 4570,6083;\nPD;PA 4594,6083;\nPU;PA 4579,6103;\nPD;PA 4579,6050;\nPA 4582,6045;\nPA 4588,6042;\nPA 4594,6042;\nPU;PA 4687,6042;\nPD;PA 4687,6103;\nPU;PA 4687,6045;\nPD;PA 4681,6042;\nPA 4669,6042;\nPA 4663,6045;\nPA 4660,6048;\nPA 4657,6053;\nPA 4657,6070;\nPA 4660,6077;\nPA 4663,6080;\nPA 4669,6083;\nPA 4681,6083;\nPA 4687,6080;\nPU;PA 4724,6042;\nPD;PA 4718,6045;\nPA 4715,6048;\nPA 4712,6053;\nPA 4712,6070;\nPA 4715,6077;\nPA 4718,6080;\nPA 4724,6083;\nPA 4733,6083;\nPA 4739,6080;\nPA 4742,6077;\nPA 4745,6070;\nPA 4745,6053;\nPA 4742,6048;\nPA 4739,6045;\nPA 4733,6042;\nPA 4724,6042;\nPU;PA 4844,6042;\nPD;PA 4844,6103;\nPU;PA 4844,6045;\nPD;PA 4838,6042;\nPA 4827,6042;\nPA 4820,6045;\nPA 4817,6048;\nPA 4814,6053;\nPA 4814,6070;\nPA 4817,6077;\nPA 4820,6080;\nPA 4827,6083;\nPA 4838,6083;\nPA 4844,6080;\nPU;PA 4896,6045;\nPD;PA 4890,6042;\nPA 4879,6042;\nPA 4872,6045;\nPA 4869,6050;\nPA 4869,6073;\nPA 4872,6080;\nPA 4879,6083;\nPA 4890,6083;\nPA 4896,6080;\nPA 4899,6073;\nPA 4899,6068;\nPA 4869,6062;\nPU;PA 4951,6042;\nPD;PA 4951,6073;\nPA 4948,6080;\nPA 4942,6083;\nPA 4931,6083;\nPA 4924,6080;\nPU;PA 4951,6045;\nPD;PA 4945,6042;\nPA 4931,6042;\nPA 4924,6045;\nPA 4921,6050;\nPA 4921,6056;\nPA 4924,6062;\nPA 4931,6065;\nPA 4945,6065;\nPA 4951,6068;\nPU;PA 5006,6042;\nPD;PA 5006,6103;\nPU;PA 5006,6045;\nPD;PA 5000,6042;\nPA 4989,6042;\nPA 4983,6045;\nPA 4980,6048;\nPA 4977,6053;\nPA 4977,6070;\nPA 4980,6077;\nPA 4983,6080;\nPA 4989,6083;\nPA 5000,6083;\nPA 5006,6080;\nPU;PA 5082,6042;\nPD;PA 5082,6103;\nPU;PA 5082,6080;\nPD;PA 5088,6083;\nPA 5099,6083;\nPA 5105,6080;\nPA 5108,6077;\nPA 5111,6070;\nPA 5111,6053;\nPA 5108,6048;\nPA 5105,6045;\nPA 5099,6042;\nPA 5088,6042;\nPA 5082,6045;\nPU;PA 5163,6083;\nPD;PA 5163,6042;\nPU;PA 5137,6083;\nPD;PA 5137,6050;\nPA 5140,6045;\nPA 5146,6042;\nPA 5154,6042;\nPA 5160,6045;\nPA 5163,6048;\nPU;PA 5218,6083;\nPD;PA 5218,6033;\nPA 5215,6028;\nPA 5212,6025;\nPA 5207,6021;\nPA 5198,6021;\nPA 5192,6025;\nPU;PA 5218,6045;\nPD;PA 5212,6042;\nPA 5201,6042;\nPA 5195,6045;\nPA 5192,6048;\nPA 5189,6053;\nPA 5189,6070;\nPA 5192,6077;\nPA 5195,6080;\nPA 5201,6083;\nPA 5212,6083;\nPA 5218,6080;\nPU;PA 5289,6083;\nPD;PA 5300,6042;\nPA 5311,6070;\nPA 5323,6042;\nPA 5335,6083;\nPU;PA 5358,6042;\nPD;PA 5358,6083;\nPU;PA 5358,6103;\nPD;PA 5355,6100;\nPA 5358,6097;\nPA 5361,6100;\nPA 5358,6103;\nPA 5358,6097;\nPU;PA 5388,6042;\nPD;PA 5388,6083;\nPU;PA 5388,6070;\nPD;PA 5391,6077;\nPA 5394,6080;\nPA 5400,6083;\nPA 5405,6083;\nPU;PA 5426,6042;\nPD;PA 5426,6083;\nPU;PA 5426,6103;\nPD;PA 5422,6100;\nPA 5426,6097;\nPA 5429,6100;\nPA 5426,6103;\nPA 5426,6097;\nPU;PA 5455,6083;\nPD;PA 5455,6042;\nPU;PA 5455,6077;\nPD;PA 5458,6080;\nPA 5464,6083;\nPA 5472,6083;\nPA 5479,6080;\nPA 5482,6073;\nPA 5482,6042;\nPU;PA 5537,6083;\nPD;PA 5537,6033;\nPA 5534,6028;\nPA 5531,6025;\nPA 5526,6021;\nPA 5516,6021;\nPA 5510,6025;\nPU;PA 5537,6045;\nPD;PA 5531,6042;\nPA 5519,6042;\nPA 5513,6045;\nPA 5510,6048;\nPA 5507,6053;\nPA 5507,6070;\nPA 5510,6077;\nPA 5513,6080;\nPA 5519,6083;\nPA 5531,6083;\nPA 5537,6080;\nPU;PA 5639,6042;\nPD;PA 5639,6073;\nPA 5636,6080;\nPA 5630,6083;\nPA 5618,6083;\nPA 5612,6080;\nPU;PA 5639,6045;\nPD;PA 5633,6042;\nPA 5618,6042;\nPA 5612,6045;\nPA 5609,6050;\nPA 5609,6056;\nPA 5612,6062;\nPA 5618,6065;\nPA 5633,6065;\nPA 5639,6068;\nPU;PA 5667,6083;\nPD;PA 5667,6042;\nPU;PA 5667,6077;\nPD;PA 5670,6080;\nPA 5677,6083;\nPA 5685,6083;\nPA 5691,6080;\nPA 5694,6073;\nPA 5694,6042;\nPU;PA 5749,6042;\nPD;PA 5749,6103;\nPU;PA 5749,6045;\nPD;PA 5743,6042;\nPA 5732,6042;\nPA 5726,6045;\nPA 5722,6048;\nPA 5719,6053;\nPA 5719,6070;\nPA 5722,6077;\nPA 5726,6080;\nPA 5732,6083;\nPA 5743,6083;\nPA 5749,6080;\nPU;PA 5851,6083;\nPD;PA 5851,6042;\nPU;PA 5825,6083;\nPD;PA 5825,6050;\nPA 5828,6045;\nPA 5834,6042;\nPA 5842,6042;\nPA 5848,6045;\nPA 5851,6048;\nPU;PA 5877,6045;\nPD;PA 5883,6042;\nPA 5895,6042;\nPA 5900,6045;\nPA 5903,6050;\nPA 5903,6053;\nPA 5900,6059;\nPA 5895,6062;\nPA 5886,6062;\nPA 5880,6065;\nPA 5877,6070;\nPA 5877,6073;\nPA 5880,6080;\nPA 5886,6083;\nPA 5895,6083;\nPA 5900,6080;\nPU;PA 5953,6045;\nPD;PA 5947,6042;\nPA 5936,6042;\nPA 5930,6045;\nPA 5927,6050;\nPA 5927,6073;\nPA 5930,6080;\nPA 5936,6083;\nPA 5947,6083;\nPA 5953,6080;\nPA 5956,6073;\nPA 5956,6068;\nPA 5927,6062;\nPU;PA 6029,6042;\nPD;PA 6029,6103;\nPU;PA 6029,6080;\nPD;PA 6035,6083;\nPA 6046,6083;\nPA 6052,6080;\nPA 6055,6077;\nPA 6058,6070;\nPA 6058,6053;\nPA 6055,6048;\nPA 6052,6045;\nPA 6046,6042;\nPA 6035,6042;\nPA 6029,6045;\nPU;PA 6110,6083;\nPD;PA 6110,6042;\nPU;PA 6084,6083;\nPD;PA 6084,6050;\nPA 6087,6045;\nPA 6093,6042;\nPA 6101,6042;\nPA 6107,6045;\nPA 6110,6048;\nPU;PA 6165,6045;\nPD;PA 6159,6042;\nPA 6148,6042;\nPA 6142,6045;\nPA 6139,6048;\nPA 6136,6053;\nPA 6136,6070;\nPA 6139,6077;\nPA 6142,6080;\nPA 6148,6083;\nPA 6159,6083;\nPA 6165,6080;\nPU;PA 6191,6042;\nPD;PA 6191,6103;\nPU;PA 6197,6065;\nPD;PA 6214,6042;\nPU;PA 6214,6083;\nPD;PA 6191,6059;\nPU;PA 6241,6083;\nPD;PA 6241,6021;\nPU;PA 6241,6080;\nPD;PA 6247,6083;\nPA 6258,6083;\nPA 6264,6080;\nPA 6267,6077;\nPA 6270,6070;\nPA 6270,6053;\nPA 6267,6048;\nPA 6264,6045;\nPA 6258,6042;\nPA 6247,6042;\nPA 6241,6045;\nPU;PA 6322,6083;\nPD;PA 6322,6042;\nPU;PA 6296,6083;\nPD;PA 6296,6050;\nPA 6299,6045;\nPA 6305,6042;\nPA 6313,6042;\nPA 6319,6045;\nPA 6322,6048;\nPU;PA 6378,6045;\nPD;PA 6371,6042;\nPA 6360,6042;\nPA 6354,6045;\nPA 6351,6048;\nPA 6348,6053;\nPA 6348,6070;\nPA 6351,6077;\nPA 6354,6080;\nPA 6360,6083;\nPA 6371,6083;\nPA 6378,6080;\nPU;PA 6403,6042;\nPD;PA 6403,6103;\nPU;PA 6409,6065;\nPD;PA 6427,6042;\nPU;PA 6427,6083;\nPD;PA 6403,6059;\nPU;PA 6495,6083;\nPD;PA 6506,6042;\nPA 6517,6070;\nPA 6530,6042;\nPA 6541,6083;\nPU;PA 6564,6042;\nPD;PA 6564,6083;\nPU;PA 6564,6103;\nPD;PA 6561,6100;\nPA 6564,6097;\nPA 6567,6100;\nPA 6564,6103;\nPA 6564,6097;\nPU;PA 6594,6042;\nPD;PA 6594,6083;\nPU;PA 6594,6070;\nPD;PA 6597,6077;\nPA 6600,6080;\nPA 6606,6083;\nPA 6611,6083;\nPU;PA 6632,6042;\nPD;PA 6632,6083;\nPU;PA 6632,6103;\nPD;PA 6629,6100;\nPA 6632,6097;\nPA 6635,6100;\nPA 6632,6103;\nPA 6632,6097;\nPU;PA 6661,6083;\nPD;PA 6661,6042;\nPU;PA 6661,6077;\nPD;PA 6664,6080;\nPA 6670,6083;\nPA 6679,6083;\nPA 6685,6080;\nPA 6688,6073;\nPA 6688,6042;\nPU;PA 6743,6083;\nPD;PA 6743,6033;\nPA 6740,6028;\nPA 6737,6025;\nPA 6732,6021;\nPA 6722,6021;\nPA 6716,6025;\nPU;PA 6743,6045;\nPD;PA 6737,6042;\nPA 6726,6042;\nPA 6719,6045;\nPA 6716,6048;\nPA 6713,6053;\nPA 6713,6070;\nPA 6716,6077;\nPA 6719,6080;\nPA 6726,6083;\nPA 6737,6083;\nPA 6743,6080;\nPU;PA 6818,6042;\nPD;PA 6818,6103;\nPU;PA 6845,6042;\nPD;PA 6845,6073;\nPA 6842,6080;\nPA 6836,6083;\nPA 6828,6083;\nPA 6821,6080;\nPA 6818,6077;\nPU;PA 6900,6042;\nPD;PA 6900,6073;\nPA 6897,6080;\nPA 6891,6083;\nPA 6880,6083;\nPA 6873,6080;\nPU;PA 6900,6045;\nPD;PA 6894,6042;\nPA 6880,6042;\nPA 6873,6045;\nPA 6870,6050;\nPA 6870,6056;\nPA 6873,6062;\nPA 6880,6065;\nPA 6894,6065;\nPA 6900,6068;\nPU;PA 6929,6042;\nPD;PA 6929,6083;\nPU;PA 6929,6070;\nPD;PA 6932,6077;\nPA 6935,6080;\nPA 6941,6083;\nPA 6946,6083;\nPU;PA 6966,6083;\nPD;PA 6966,6042;\nPU;PA 6966,6077;\nPD;PA 6969,6080;\nPA 6976,6083;\nPA 6984,6083;\nPA 6990,6080;\nPA 6993,6073;\nPA 6993,6042;\nPU;PA 7045,6045;\nPD;PA 7039,6042;\nPA 7028,6042;\nPA 7021,6045;\nPA 7018,6050;\nPA 7018,6073;\nPA 7021,6080;\nPA 7028,6083;\nPA 7039,6083;\nPA 7045,6080;\nPA 7048,6073;\nPA 7048,6068;\nPA 7018,6062;\nPU;PA 7070,6045;\nPD;PA 7077,6042;\nPA 7089,6042;\nPA 7094,6045;\nPA 7097,6050;\nPA 7097,6053;\nPA 7094,6059;\nPA 7089,6062;\nPA 7080,6062;\nPA 7073,6065;\nPA 7070,6070;\nPA 7070,6073;\nPA 7073,6080;\nPA 7080,6083;\nPA 7089,6083;\nPA 7094,6080;\nPU;PA 7120,6045;\nPD;PA 7127,6042;\nPA 7139,6042;\nPA 7144,6045;\nPA 7147,6050;\nPA 7147,6053;\nPA 7144,6059;\nPA 7139,6062;\nPA 7130,6062;\nPA 7123,6065;\nPA 7120,6070;\nPA 7120,6073;\nPA 7123,6080;\nPA 7130,6083;\nPA 7139,6083;\nPA 7144,6080;\nPU;PA 4643,3947;\nPD;PA 4643,4202;\nPU;PA 6122,5171;\nPD;PA 6225,5171;\nPU;PA 6225,5171;\nPD;PA 6225,4916;\nPU;PA 6225,4916;\nPD;PA 5102,4916;\nPU;PA 5102,4916;\nPD;PA 5102,4508;\nPU;PA 5102,4508;\nPD;PA 5255,4508;\nPU;PA 6990,5580;\nCI 51.0205;\nPU;PA 7296,5580;\nCI 51.0205;\nPU;PA 7041,5580;\nPD;PA 7245,5682;\nPU;PA 6939,5580;\nPD;PA 6633,5580;\nPU;PA 6800,5592;\nPD;PA 6771,5592;\nPU;PA 6786,5592;\nPD;PA 6786,5643;\nPA 6781,5636;\nPA 6776,5631;\nPA 6771,5629;\nPU;PA 7347,5580;\nPD;PA 7653,5580;\nPU;PA 7486,5639;\nPD;PA 7488,5641;\nPA 7493,5643;\nPA 7505,5643;\nPA 7509,5641;\nPA 7512,5639;\nPA 7514,5634;\nPA 7514,5629;\nPA 7512,5621;\nPA 7483,5592;\nPA 7514,5592;\nPU;PA 7076,5658;\nPD;PA 7083,5655;\nPA 7095,5655;\nPA 7099,5658;\nPA 7102,5660;\nPA 7104,5665;\nPA 7104,5670;\nPA 7102,5675;\nPA 7099,5678;\nPA 7095,5680;\nPA 7085,5683;\nPA 7080,5685;\nPA 7078,5687;\nPA 7076,5692;\nPA 7076,5697;\nPA 7078,5702;\nPA 7080,5704;\nPA 7085,5706;\nPA 7097,5706;\nPA 7104,5704;\nPU;PA 7121,5706;\nPD;PA 7134,5655;\nPA 7144,5692;\nPA 7153,5655;\nPA 7165,5706;\nPU;PA 7211,5655;\nPD;PA 7183,5655;\nPU;PA 7197,5655;\nPD;PA 7197,5706;\nPA 7192,5699;\nPA 7187,5694;\nPA 7183,5692;\nPU;PA 7110,5451;\nPD;PA 7094,5476;\nPU;PA 7082,5451;\nPD;PA 7082,5502;\nPA 7101,5502;\nPA 7106,5500;\nPA 7108,5498;\nPA 7110,5493;\nPA 7110,5486;\nPA 7108,5481;\nPA 7106,5479;\nPA 7101,5476;\nPA 7082,5476;\nPU;PA 7133,5479;\nPD;PA 7150,5479;\nPU;PA 7157,5451;\nPD;PA 7133,5451;\nPA 7133,5502;\nPA 7157,5502;\nPU;PA 7179,5451;\nPD;PA 7179,5502;\nPA 7191,5502;\nPA 7198,5500;\nPA 7203,5495;\nPA 7205,5490;\nPA 7207,5481;\nPA 7207,5473;\nPA 7205,5463;\nPA 7203,5459;\nPA 7198,5454;\nPA 7191,5451;\nPA 7179,5451;\nPU;PA 6990,5222;\nCI 51.0205;\nPU;PA 7296,5222;\nCI 51.0205;\nPU;PA 7041,5222;\nPD;PA 7245,5324;\nPU;PA 6939,5222;\nPD;PA 6633,5222;\nPU;PA 6800,5235;\nPD;PA 6771,5235;\nPU;PA 6786,5235;\nPD;PA 6786,5286;\nPA 6781,5279;\nPA 6776,5273;\nPA 6771,5271;\nPU;PA 7347,5222;\nPD;PA 7653,5222;\nPU;PA 7486,5282;\nPD;PA 7488,5284;\nPA 7493,5286;\nPA 7505,5286;\nPA 7509,5284;\nPA 7512,5282;\nPA 7514,5277;\nPA 7514,5271;\nPA 7512,5264;\nPA 7483,5235;\nPA 7514,5235;\nPU;PA 7076,5301;\nPD;PA 7083,5298;\nPA 7095,5298;\nPA 7099,5301;\nPA 7102,5303;\nPA 7104,5308;\nPA 7104,5313;\nPA 7102,5317;\nPA 7099,5320;\nPA 7095,5322;\nPA 7085,5326;\nPA 7080,5328;\nPA 7078,5330;\nPA 7076,5335;\nPA 7076,5340;\nPA 7078,5345;\nPA 7080,5347;\nPA 7085,5349;\nPA 7097,5349;\nPA 7104,5347;\nPU;PA 7121,5349;\nPD;PA 7134,5298;\nPA 7144,5335;\nPA 7153,5298;\nPA 7165,5349;\nPU;PA 7183,5345;\nPD;PA 7185,5347;\nPA 7190,5349;\nPA 7202,5349;\nPA 7206,5347;\nPA 7209,5345;\nPA 7211,5340;\nPA 7211,5335;\nPA 7209,5328;\nPA 7180,5298;\nPA 7211,5298;\nPU;PA 7040,5145;\nPD;PA 7052,5094;\nPA 7062,5131;\nPA 7071,5094;\nPA 7084,5145;\nPU;PA 7103,5094;\nPD;PA 7103,5145;\nPU;PA 7103,5121;\nPD;PA 7132,5121;\nPU;PA 7132,5094;\nPD;PA 7132,5145;\nPU;PA 7156,5094;\nPD;PA 7156,5145;\nPU;PA 7173,5145;\nPD;PA 7202,5145;\nPU;PA 7188,5094;\nPD;PA 7188,5145;\nPU;PA 7219,5121;\nPD;PA 7237,5121;\nPU;PA 7244,5094;\nPD;PA 7219,5094;\nPA 7219,5145;\nPA 7244,5145;\nPU;PA 7653,5580;\nPD;PA 7755,5580;\nPU;PA 7653,5222;\nPD;PA 7755,5222;\nPU;PA 7340,4868;\nPD;PA 7310,4868;\nPA 7310,4930;\nPU;PA 7360,4900;\nPD;PA 7381,4900;\nPU;PA 7390,4868;\nPD;PA 7360,4868;\nPA 7360,4930;\nPA 7390,4930;\nPU;PA 7415,4868;\nPD;PA 7415,4930;\nPA 7431,4930;\nPA 7439,4927;\nPA 7445,4920;\nPA 7448,4915;\nPA 7451,4903;\nPA 7451,4895;\nPA 7448,4883;\nPA 7445,4877;\nPA 7439,4871;\nPA 7431,4868;\nPA 7415,4868;\nPU;PA 7550,4871;\nPD;PA 7544,4868;\nPA 7533,4868;\nPA 7527,4871;\nPA 7523,4874;\nPA 7520,4880;\nPA 7520,4897;\nPA 7523,4903;\nPA 7527,4906;\nPA 7533,4909;\nPA 7544,4909;\nPA 7550,4906;\nPU;PA 7585,4868;\nPD;PA 7579,4871;\nPA 7576,4874;\nPA 7572,4880;\nPA 7572,4897;\nPA 7576,4903;\nPA 7579,4906;\nPA 7585,4909;\nPA 7593,4909;\nPA 7599,4906;\nPA 7602,4903;\nPA 7605,4897;\nPA 7605,4880;\nPA 7602,4874;\nPA 7599,4871;\nPA 7593,4868;\nPA 7585,4868;\nPU;PA 7631,4909;\nPD;PA 7631,4868;\nPU;PA 7631,4903;\nPD;PA 7634,4906;\nPA 7640,4909;\nPA 7648,4909;\nPA 7654,4906;\nPA 7657,4900;\nPA 7657,4868;\nPU;PA 7686,4909;\nPD;PA 7686,4868;\nPU;PA 7686,4903;\nPD;PA 7689,4906;\nPA 7695,4909;\nPA 7703,4909;\nPA 7709,4906;\nPA 7712,4900;\nPA 7712,4868;\nPU;PA 7764,4871;\nPD;PA 7758,4868;\nPA 7747,4868;\nPA 7741,4871;\nPA 7738,4877;\nPA 7738,4900;\nPA 7741,4906;\nPA 7747,4909;\nPA 7758,4909;\nPA 7764,4906;\nPA 7767,4900;\nPA 7767,4895;\nPA 7738,4889;\nPU;PA 7819,4871;\nPD;PA 7813,4868;\nPA 7802,4868;\nPA 7796,4871;\nPA 7793,4874;\nPA 7790,4880;\nPA 7790,4897;\nPA 7793,4903;\nPA 7796,4906;\nPA 7802,4909;\nPA 7813,4909;\nPA 7819,4906;\nPU;PA 7837,4909;\nPD;PA 7860,4909;\nPU;PA 7845,4930;\nPD;PA 7845,4877;\nPA 7848,4871;\nPA 7854,4868;\nPA 7860,4868;\nPU;PA 7889,4868;\nPD;PA 7883,4871;\nPA 7880,4874;\nPA 7877,4880;\nPA 7877,4897;\nPA 7880,4903;\nPA 7883,4906;\nPA 7889,4909;\nPA 7897,4909;\nPA 7903,4906;\nPA 7906,4903;\nPA 7909,4897;\nPA 7909,4880;\nPA 7906,4874;\nPA 7903,4871;\nPA 7897,4868;\nPA 7889,4868;\nPU;PA 7935,4868;\nPD;PA 7935,4909;\nPU;PA 7935,4897;\nPD;PA 7938,4903;\nPA 7941,4906;\nPA 7947,4909;\nPA 7952,4909;\nPU;PA 7969,4871;\nPD;PA 7976,4868;\nPA 7988,4868;\nPA 7993,4871;\nPA 7996,4877;\nPA 7996,4880;\nPA 7993,4886;\nPA 7988,4889;\nPA 7979,4889;\nPA 7972,4892;\nPA 7969,4897;\nPA 7969,4900;\nPA 7972,4906;\nPA 7979,4909;\nPA 7988,4909;\nPA 7993,4906;\nPU;PA 8096,4868;\nPD;PA 8096,4900;\nPA 8093,4906;\nPA 8087,4909;\nPA 8076,4909;\nPA 8069,4906;\nPU;PA 8096,4871;\nPD;PA 8090,4868;\nPA 8076,4868;\nPA 8069,4871;\nPA 8066,4877;\nPA 8066,4883;\nPA 8069,4889;\nPA 8076,4892;\nPA 8090,4892;\nPA 8096,4895;\nPU;PA 8125,4868;\nPD;PA 8125,4909;\nPU;PA 8125,4897;\nPD;PA 8128,4903;\nPA 8131,4906;\nPA 8137,4909;\nPA 8142,4909;\nPU;PA 8186,4871;\nPD;PA 8180,4868;\nPA 8168,4868;\nPA 8162,4871;\nPA 8159,4877;\nPA 8159,4900;\nPA 8162,4906;\nPA 8168,4909;\nPA 8180,4909;\nPA 8186,4906;\nPA 8189,4900;\nPA 8189,4895;\nPA 8159,4889;\nPU;PA 8261,4868;\nPD;PA 8261,4930;\nPU;PA 8261,4906;\nPD;PA 8267,4909;\nPA 8279,4909;\nPA 8285,4906;\nPA 8288,4903;\nPA 8291,4897;\nPA 8291,4880;\nPA 8288,4874;\nPA 8285,4871;\nPA 8279,4868;\nPA 8267,4868;\nPA 8261,4871;\nPU;PA 8343,4868;\nPD;PA 8343,4900;\nPA 8340,4906;\nPA 8334,4909;\nPA 8322,4909;\nPA 8316,4906;\nPU;PA 8343,4871;\nPD;PA 8337,4868;\nPA 8322,4868;\nPA 8316,4871;\nPA 8313,4877;\nPA 8313,4883;\nPA 8316,4889;\nPA 8322,4892;\nPA 8337,4892;\nPA 8343,4895;\nPU;PA 8371,4868;\nPD;PA 8371,4909;\nPU;PA 8371,4897;\nPD;PA 8375,4903;\nPA 8378,4906;\nPA 8384,4909;\nPA 8389,4909;\nPU;PA 8409,4868;\nPD;PA 8409,4909;\nPU;PA 8409,4897;\nPD;PA 8412,4903;\nPA 8415,4906;\nPA 8421,4909;\nPA 8427,4909;\nPU;PA 8470,4871;\nPD;PA 8464,4868;\nPA 8453,4868;\nPA 8447,4871;\nPA 8444,4877;\nPA 8444,4900;\nPA 8447,4906;\nPA 8453,4909;\nPA 8464,4909;\nPA 8470,4906;\nPA 8473,4900;\nPA 8473,4895;\nPA 8444,4889;\nPU;PA 8508,4868;\nPD;PA 8502,4871;\nPA 8499,4877;\nPA 8499,4930;\nPU;PA 8578,4909;\nPD;PA 8578,4856;\nPA 8575,4851;\nPA 8569,4848;\nPA 8566,4848;\nPU;PA 8578,4930;\nPD;PA 8575,4927;\nPA 8578,4923;\nPA 8581,4927;\nPA 8578,4930;\nPA 8578,4923;\nPU;PA 8634,4868;\nPD;PA 8634,4900;\nPA 8631,4906;\nPA 8625,4909;\nPA 8613,4909;\nPA 8607,4906;\nPU;PA 8634,4871;\nPD;PA 8628,4868;\nPA 8613,4868;\nPA 8607,4871;\nPA 8604,4877;\nPA 8604,4883;\nPA 8607,4889;\nPA 8613,4892;\nPA 8628,4892;\nPA 8634,4895;\nPU;PA 8689,4871;\nPD;PA 8683,4868;\nPA 8671,4868;\nPA 8665,4871;\nPA 8662,4874;\nPA 8659,4880;\nPA 8659,4897;\nPA 8662,4903;\nPA 8665,4906;\nPA 8671,4909;\nPA 8683,4909;\nPA 8689,4906;\nPU;PA 8714,4868;\nPD;PA 8714,4930;\nPU;PA 8720,4892;\nPD;PA 8738,4868;\nPU;PA 8738,4909;\nPD;PA 8714,4886;\nPU;PA 8761,4871;\nPD;PA 8767,4868;\nPA 8780,4868;\nPA 8785,4871;\nPA 8788,4877;\nPA 8788,4880;\nPA 8785,4886;\nPA 8780,4889;\nPA 8770,4889;\nPA 8764,4892;\nPA 8761,4897;\nPA 8761,4900;\nPA 8764,4906;\nPA 8770,4909;\nPA 8780,4909;\nPA 8785,4906;\nPU;PA 2470,4848;\nPD;PA 2470,4909;\nPU;PA 2470,4880;\nPD;PA 2506,4880;\nPU;PA 2506,4848;\nPD;PA 2506,4909;\nPU;PA 2558,4851;\nPD;PA 2552,4848;\nPA 2541,4848;\nPA 2535,4851;\nPA 2532,4856;\nPA 2532,4880;\nPA 2535,4886;\nPA 2541,4889;\nPA 2552,4889;\nPA 2558,4886;\nPA 2561,4880;\nPA 2561,4874;\nPA 2532,4868;\nPU;PA 2613,4848;\nPD;PA 2613,4880;\nPA 2610,4886;\nPA 2604,4889;\nPA 2593,4889;\nPA 2587,4886;\nPU;PA 2613,4851;\nPD;PA 2607,4848;\nPA 2593,4848;\nPA 2587,4851;\nPA 2584,4856;\nPA 2584,4862;\nPA 2587,4868;\nPA 2593,4871;\nPA 2607,4871;\nPA 2613,4874;\nPU;PA 2668,4848;\nPD;PA 2668,4909;\nPU;PA 2668,4851;\nPD;PA 2662,4848;\nPA 2651,4848;\nPA 2645,4851;\nPA 2642,4854;\nPA 2639,4859;\nPA 2639,4877;\nPA 2642,4883;\nPA 2645,4886;\nPA 2651,4889;\nPA 2662,4889;\nPA 2668,4886;\nPU;PA 2694,4851;\nPD;PA 2700,4848;\nPA 2712,4848;\nPA 2717,4851;\nPA 2720,4856;\nPA 2720,4859;\nPA 2717,4865;\nPA 2712,4868;\nPA 2703,4868;\nPA 2697,4871;\nPA 2694,4877;\nPA 2694,4880;\nPA 2697,4886;\nPA 2703,4889;\nPA 2712,4889;\nPA 2717,4886;\nPU;PA 2770,4851;\nPD;PA 2764,4848;\nPA 2753,4848;\nPA 2747,4851;\nPA 2744,4856;\nPA 2744,4880;\nPA 2747,4886;\nPA 2753,4889;\nPA 2764,4889;\nPA 2770,4886;\nPA 2773,4880;\nPA 2773,4874;\nPA 2744,4868;\nPU;PA 2791,4889;\nPD;PA 2814,4889;\nPU;PA 2799,4909;\nPD;PA 2799,4856;\nPA 2802,4851;\nPA 2808,4848;\nPA 2814,4848;\nPU;PA 2907,4848;\nPD;PA 2907,4880;\nPA 2904,4886;\nPA 2898,4889;\nPA 2887,4889;\nPA 2881,4886;\nPU;PA 2907,4851;\nPD;PA 2901,4848;\nPA 2887,4848;\nPA 2881,4851;\nPA 2878,4856;\nPA 2878,4862;\nPA 2881,4868;\nPA 2887,4871;\nPA 2901,4871;\nPA 2907,4874;\nPU;PA 2936,4889;\nPD;PA 2936,4848;\nPU;PA 2936,4883;\nPD;PA 2939,4886;\nPA 2945,4889;\nPA 2953,4889;\nPA 2959,4886;\nPA 2962,4880;\nPA 2962,4848;\nPU;PA 3017,4848;\nPD;PA 3017,4909;\nPU;PA 3017,4851;\nPD;PA 3011,4848;\nPA 3000,4848;\nPA 2994,4851;\nPA 2991,4854;\nPA 2988,4859;\nPA 2988,4877;\nPA 2991,4883;\nPA 2994,4886;\nPA 3000,4889;\nPA 3011,4889;\nPA 3017,4886;\nPU;PA 3093,4848;\nPD;PA 3093,4909;\nPU;PA 3119,4848;\nPD;PA 3119,4880;\nPA 3116,4886;\nPA 3110,4889;\nPA 3102,4889;\nPA 3096,4886;\nPA 3093,4883;\nPU;PA 3174,4848;\nPD;PA 3174,4880;\nPA 3171,4886;\nPA 3165,4889;\nPA 3154,4889;\nPA 3148,4886;\nPU;PA 3174,4851;\nPD;PA 3168,4848;\nPA 3154,4848;\nPA 3148,4851;\nPA 3145,4856;\nPA 3145,4862;\nPA 3148,4868;\nPA 3154,4871;\nPA 3168,4871;\nPA 3174,4874;\nPU;PA 3203,4848;\nPD;PA 3203,4889;\nPU;PA 3203,4877;\nPD;PA 3206,4883;\nPA 3209,4886;\nPA 3215,4889;\nPA 3220,4889;\nPU;PA 3241,4889;\nPD;PA 3241,4848;\nPU;PA 3241,4883;\nPD;PA 3244,4886;\nPA 3250,4889;\nPA 3258,4889;\nPA 3264,4886;\nPA 3267,4880;\nPA 3267,4848;\nPU;PA 3296,4889;\nPD;PA 3296,4848;\nPU;PA 3296,4883;\nPD;PA 3299,4886;\nPA 3305,4889;\nPA 3313,4889;\nPA 3319,4886;\nPA 3322,4880;\nPA 3322,4848;\nPU;PA 3374,4851;\nPD;PA 3368,4848;\nPA 3357,4848;\nPA 3351,4851;\nPA 3348,4856;\nPA 3348,4880;\nPA 3351,4886;\nPA 3357,4889;\nPA 3368,4889;\nPA 3374,4886;\nPA 3378,4880;\nPA 3378,4874;\nPA 3348,4868;\nPU;PA 3400,4851;\nPD;PA 3406,4848;\nPA 3418,4848;\nPA 3423,4851;\nPA 3427,4856;\nPA 3427,4859;\nPA 3423,4865;\nPA 3418,4868;\nPA 3409,4868;\nPA 3403,4871;\nPA 3400,4877;\nPA 3400,4880;\nPA 3403,4886;\nPA 3409,4889;\nPA 3418,4889;\nPA 3423,4886;\nPU;PA 3450,4851;\nPD;PA 3456,4848;\nPA 3468,4848;\nPA 3473,4851;\nPA 3477,4856;\nPA 3477,4859;\nPA 3473,4865;\nPA 3468,4868;\nPA 3459,4868;\nPA 3453,4871;\nPA 3450,4877;\nPA 3450,4880;\nPA 3453,4886;\nPA 3459,4889;\nPA 3468,4889;\nPA 3473,4886;\nPU;PA 3577,4851;\nPD;PA 3570,4848;\nPA 3559,4848;\nPA 3553,4851;\nPA 3550,4854;\nPA 3547,4859;\nPA 3547,4877;\nPA 3550,4883;\nPA 3553,4886;\nPA 3559,4889;\nPA 3570,4889;\nPA 3577,4886;\nPU;PA 3611,4848;\nPD;PA 3605,4851;\nPA 3602,4854;\nPA 3599,4859;\nPA 3599,4877;\nPA 3602,4883;\nPA 3605,4886;\nPA 3611,4889;\nPA 3619,4889;\nPA 3626,4886;\nPA 3629,4883;\nPA 3632,4877;\nPA 3632,4859;\nPA 3629,4854;\nPA 3626,4851;\nPA 3619,4848;\nPA 3611,4848;\nPU;PA 3657,4889;\nPD;PA 3657,4848;\nPU;PA 3657,4883;\nPD;PA 3660,4886;\nPA 3666,4889;\nPA 3674,4889;\nPA 3681,4886;\nPA 3684,4880;\nPA 3684,4848;\nPU;PA 3712,4889;\nPD;PA 3712,4848;\nPU;PA 3712,4883;\nPD;PA 3715,4886;\nPA 3721,4889;\nPA 3730,4889;\nPA 3736,4886;\nPA 3739,4880;\nPA 3739,4848;\nPU;PA 3791,4851;\nPD;PA 3785,4848;\nPA 3773,4848;\nPA 3767,4851;\nPA 3764,4856;\nPA 3764,4880;\nPA 3767,4886;\nPA 3773,4889;\nPA 3785,4889;\nPA 3791,4886;\nPA 3794,4880;\nPA 3794,4874;\nPA 3764,4868;\nPU;PA 3846,4851;\nPD;PA 3840,4848;\nPA 3829,4848;\nPA 3822,4851;\nPA 3819,4854;\nPA 3816,4859;\nPA 3816,4877;\nPA 3819,4883;\nPA 3822,4886;\nPA 3829,4889;\nPA 3840,4889;\nPA 3846,4886;\nPU;PA 3863,4889;\nPD;PA 3887,4889;\nPU;PA 3871,4909;\nPD;PA 3871,4856;\nPA 3874,4851;\nPA 3881,4848;\nPA 3887,4848;\nPU;PA 3906,4848;\nPD;PA 3906,4889;\nPU;PA 3906,4909;\nPD;PA 3903,4906;\nPA 3906,4903;\nPA 3909,4906;\nPA 3906,4909;\nPA 3906,4903;\nPU;PA 3945,4848;\nPD;PA 3939,4851;\nPA 3936,4854;\nPA 3933,4859;\nPA 3933,4877;\nPA 3936,4883;\nPA 3939,4886;\nPA 3945,4889;\nPA 3953,4889;\nPA 3959,4886;\nPA 3962,4883;\nPA 3965,4877;\nPA 3965,4859;\nPA 3962,4854;\nPA 3959,4851;\nPA 3953,4848;\nPA 3945,4848;\nPU;PA 3991,4889;\nPD;PA 3991,4848;\nPU;PA 3991,4883;\nPD;PA 3994,4886;\nPA 4000,4889;\nPA 4008,4889;\nPA 4014,4886;\nPA 4017,4880;\nPA 4017,4848;\nPU;PA 4043,4851;\nPD;PA 4049,4848;\nPA 4061,4848;\nPA 4066,4851;\nPA 4069,4856;\nPA 4069,4859;\nPA 4066,4865;\nPA 4061,4868;\nPA 4052,4868;\nPA 4046,4871;\nPA 4043,4877;\nPA 4043,4880;\nPA 4046,4886;\nPA 4052,4889;\nPA 4061,4889;\nPA 4066,4886;\nPU;PA 2560,4756;\nPD;PA 2560,4788;\nPA 2557,4794;\nPA 2551,4797;\nPA 2540,4797;\nPA 2534,4794;\nPU;PA 2560,4759;\nPD;PA 2554,4756;\nPA 2540,4756;\nPA 2534,4759;\nPA 2531,4764;\nPA 2531,4770;\nPA 2534,4777;\nPA 2540,4780;\nPA 2554,4780;\nPA 2560,4783;\nPU;PA 2589,4756;\nPD;PA 2589,4797;\nPU;PA 2589,4785;\nPD;PA 2592,4791;\nPA 2595,4794;\nPA 2601,4797;\nPA 2606,4797;\nPU;PA 2650,4759;\nPD;PA 2644,4756;\nPA 2633,4756;\nPA 2627,4759;\nPA 2623,4764;\nPA 2623,4788;\nPA 2627,4794;\nPA 2633,4797;\nPA 2644,4797;\nPA 2650,4794;\nPA 2653,4788;\nPA 2653,4783;\nPA 2623,4777;\nPU;PA 2722,4773;\nPD;PA 2752,4773;\nPU;PA 2717,4756;\nPD;PA 2738,4817;\nPA 2758,4756;\nPU;PA 2778,4756;\nPD;PA 2778,4797;\nPU;PA 2778,4791;\nPD;PA 2781,4794;\nPA 2787,4797;\nPA 2795,4797;\nPA 2801,4794;\nPA 2804,4788;\nPA 2804,4756;\nPU;PA 2804,4788;\nPD;PA 2807,4794;\nPA 2813,4797;\nPA 2821,4797;\nPA 2828,4794;\nPA 2831,4788;\nPA 2831,4756;\nPU;PA 2859,4797;\nPD;PA 2859,4736;\nPU;PA 2859,4794;\nPD;PA 2865,4797;\nPA 2877,4797;\nPA 2883,4794;\nPA 2886,4791;\nPA 2889,4785;\nPA 2889,4767;\nPA 2886,4762;\nPA 2883,4759;\nPA 2877,4756;\nPA 2865,4756;\nPA 2859,4759;\nPU;PA 2914,4756;\nPD;PA 2914,4817;\nPU;PA 2941,4756;\nPD;PA 2941,4788;\nPA 2938,4794;\nPA 2932,4797;\nPA 2923,4797;\nPA 2917,4794;\nPA 2914,4791;\nPU;PA 2993,4759;\nPD;PA 2987,4756;\nPA 2976,4756;\nPA 2969,4759;\nPA 2966,4764;\nPA 2966,4788;\nPA 2969,4794;\nPA 2976,4797;\nPA 2987,4797;\nPA 2993,4794;\nPA 2996,4788;\nPA 2996,4783;\nPA 2966,4777;\nPU;PA 3021,4797;\nPD;PA 3021,4756;\nPU;PA 3021,4791;\nPD;PA 3024,4794;\nPA 3031,4797;\nPA 3039,4797;\nPA 3045,4794;\nPA 3048,4788;\nPA 3048,4756;\nPU;PA 3086,4756;\nPD;PA 3080,4759;\nPA 3077,4762;\nPA 3073,4767;\nPA 3073,4785;\nPA 3077,4791;\nPA 3080,4794;\nPA 3086,4797;\nPA 3094,4797;\nPA 3100,4794;\nPA 3103,4791;\nPA 3106,4785;\nPA 3106,4767;\nPA 3103,4762;\nPA 3100,4759;\nPA 3094,4756;\nPA 3086,4756;\nPU;PA 3141,4756;\nPD;PA 3135,4759;\nPA 3132,4764;\nPA 3132,4817;\nPU;PA 3205,4817;\nPD;PA 3219,4756;\nPA 3231,4800;\nPA 3243,4756;\nPA 3257,4817;\nPU;PA 3307,4756;\nPD;PA 3307,4788;\nPA 3304,4794;\nPA 3298,4797;\nPA 3287,4797;\nPA 3281,4794;\nPU;PA 3307,4759;\nPD;PA 3301,4756;\nPA 3287,4756;\nPA 3281,4759;\nPA 3278,4764;\nPA 3278,4770;\nPA 3281,4777;\nPA 3287,4780;\nPA 3301,4780;\nPA 3307,4783;\nPU;PA 3328,4797;\nPD;PA 3351,4797;\nPU;PA 3336,4817;\nPD;PA 3336,4764;\nPA 3339,4759;\nPA 3345,4756;\nPA 3351,4756;\nPU;PA 3394,4759;\nPD;PA 3388,4756;\nPA 3377,4756;\nPA 3370,4759;\nPA 3367,4764;\nPA 3367,4788;\nPA 3370,4794;\nPA 3377,4797;\nPA 3388,4797;\nPA 3394,4794;\nPA 3397,4788;\nPA 3397,4783;\nPA 3367,4777;\nPU;PA 3422,4756;\nPD;PA 3422,4797;\nPU;PA 3422,4785;\nPD;PA 3426,4791;\nPA 3429,4794;\nPA 3435,4797;\nPA 3440,4797;\nPU;PA 3460,4797;\nPD;PA 3460,4736;\nPU;PA 3460,4794;\nPD;PA 3466,4797;\nPA 3478,4797;\nPA 3484,4794;\nPA 3487,4791;\nPA 3490,4785;\nPA 3490,4767;\nPA 3487,4762;\nPA 3484,4759;\nPA 3478,4756;\nPA 3466,4756;\nPA 3460,4759;\nPU;PA 3515,4756;\nPD;PA 3515,4797;\nPU;PA 3515,4785;\nPD;PA 3518,4791;\nPA 3521,4794;\nPA 3528,4797;\nPA 3533,4797;\nPU;PA 3562,4756;\nPD;PA 3556,4759;\nPA 3553,4762;\nPA 3550,4767;\nPA 3550,4785;\nPA 3553,4791;\nPA 3556,4794;\nPA 3562,4797;\nPA 3570,4797;\nPA 3577,4794;\nPA 3580,4791;\nPA 3583,4785;\nPA 3583,4767;\nPA 3580,4762;\nPA 3577,4759;\nPA 3570,4756;\nPA 3562,4756;\nPU;PA 3617,4756;\nPD;PA 3611,4759;\nPA 3608,4762;\nPA 3605,4767;\nPA 3605,4785;\nPA 3608,4791;\nPA 3611,4794;\nPA 3617,4797;\nPA 3626,4797;\nPA 3632,4794;\nPA 3635,4791;\nPA 3638,4785;\nPA 3638,4767;\nPA 3635,4762;\nPA 3632,4759;\nPA 3626,4756;\nPA 3617,4756;\nPU;PA 3655,4797;\nPD;PA 3679,4797;\nPU;PA 3663,4756;\nPD;PA 3663,4808;\nPA 3666,4814;\nPA 3672,4817;\nPA 3679,4817;\nPU;PA 3771,4759;\nPD;PA 3765,4756;\nPA 3754,4756;\nPA 3748,4759;\nPA 3745,4762;\nPA 3742,4767;\nPA 3742,4785;\nPA 3745,4791;\nPA 3748,4794;\nPA 3754,4797;\nPA 3765,4797;\nPA 3771,4794;\nPU;PA 3797,4756;\nPD;PA 3797,4797;\nPU;PA 3797,4817;\nPD;PA 3794,4814;\nPA 3797,4811;\nPA 3800,4814;\nPA 3797,4817;\nPA 3797,4811;\nPU;PA 3827,4756;\nPD;PA 3827,4797;\nPU;PA 3827,4785;\nPD;PA 3830,4791;\nPA 3833,4794;\nPA 3839,4797;\nPA 3844,4797;\nPU;PA 3891,4759;\nPD;PA 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include(misc(common)).\n\n:- use_module(bson(bson), []).\n:- use_module(misc(util), []).\n\nup(Conn, Coll) :-\n mongo:new(Conn),\n mongo:get_database(Conn, 'prolongo', Db),\n mongo:get_collection(Db, 'testcoll', Coll).\n\ndown(Conn) :-\n mongo:free(Conn).\n\n:- begin_tests('mongo:upsert\/3').\n\ntest('upsert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:upsert(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:upsert\/3').\n\n:- begin_tests('mongo:update\/3').\n\ntest('update normal', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world]),\n mongo:update(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:update\/3').\n\n:- begin_tests('mongo:update_all\/3').\n\ntest('update multi', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world,num-1]),\n mongo:insert(Coll, [hello-world,num-2]),\n mongo:insert(Coll, [hello-world,num-3]),\n mongo:update_all(Coll, [hello-world], ['$inc'-[num-10]]),\n mongo:find(Coll, [hello-world], [], 0, 3, _Cursor, Docs),\n lists:length(Docs, 3),\n lists:member(Doc1, Docs),\n bson:doc_get(Doc1, num, 11),\n lists:member(Doc2, Docs),\n bson:doc_get(Doc2, num, 12),\n lists:member(Doc3, Docs),\n bson:doc_get(Doc3, num, 13),\n !.\n\n:- end_tests('mongo:update_all\/3').\n\n:- begin_tests('mongo:delete\/2').\n\ntest('delete', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:insert(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor1, [_|_]),\n mongo:delete(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor2, []).\n\n:- end_tests('mongo:delete\/2').\n\n:- begin_tests('mongo:find\/7').\n\ntest('cursor', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, [hello-world,number-1]),\n mongo:insert(Coll, [hello-world,number-2]),\n mongo:insert(Coll, [hello-world,number-3]),\n mongo:insert(Coll, [hello-world,number-4]),\n mongo:insert(Coll, [hello-world,number-5]),\n mongo:insert(Coll, [hello-world,number-6]),\n mongo:insert(Coll, [hello-world,number-7]),\n mongo:insert(Coll, [hello-world,number-8]),\n mongo:insert(Coll, [hello-world,number-9]),\n mongo:find(Coll, [hello-world], [number-1], 3, 3, Cursor0, Docs0),\n Docs0 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor0),\n mongo:get_more(Cursor0, 3, Docs1, Cursor1),\n Docs1 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor1),\n mongo:get_more(Cursor1, 3, Docs2, Cursor2),\n Docs2 =\n [\n ],\n \\+ mongo:has_more(Cursor2).\n\ntest('insert many single, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n insert_n_docs(Coll, 1000),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ninsert_n_docs(_Coll, 0) :- !.\ninsert_n_docs(Coll, N) :-\n mongo:insert(Coll, [hello-world,number-N]),\n N1 is N - 1,\n insert_n_docs(Coll, N1).\n\ntest('insert batch, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ncreate_n_docs(0, []) :- !.\ncreate_n_docs(N, [[hello-world,number-N]|Docs]) :-\n N1 is N - 1,\n create_n_docs(N1, Docs).\n\ntest('insert batch, find_all', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find_all(Coll, [hello-world], [number-1], DocsAll),\n lists:length(DocsAll, 1000).\n\n:- end_tests('mongo:find\/7').\n\n:- begin_tests('mongo:find_one\/3,4').\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world,number-42],\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('return fields selector', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world,number-42],\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, Doc),\n Fields = [number-1],\n mongo:find_one(Coll, Doc, Fields, Doc1),\n bson:doc_get(Doc1, '_id', object_id(_)), % Always returned.\n bson:doc_get(Doc1, number, 42),\n \\+ bson:doc_get(Doc1, hello, world).\n\n:- end_tests('mongo:find_one\/3,4').\n\n:- begin_tests('mongo:insert\/2').\n\ntest('insert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n util:ms_since_epoch(MilliSeconds),\n Doc =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n mongo:delete(Coll, [hello-[\u00e5\u00e4\u00f6,5.05]]),\n mongo:insert(Coll, Doc).\n\n:- end_tests('mongo:insert\/2').\n\n\/*\n:- begin_tests('mongo:command\/3').\n\ntest('list database infos', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_infos(Mongo, DatabaseInfos),\n database(Database),\n bson:doc_get(DatabaseInfos, Database, Info),\n Info \\== +null.\n %bson_format:pp(DatabaseInfos), nl.\n\ntest('list database names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_names(Mongo, DatabaseNames),\n database(Database),\n core:memberchk(Database, DatabaseNames).\n\n% XXX this works now, but I need to fix cursors (only one is shown).\ntest('list collection names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_collection_names(Mongo, Result),\n bson_format:pp(Result).\n\ntest('drop collection',\n[\n setup(up(Mongo)),\n cleanup(down(Mongo))\n]) :-\n collection(Collection),\n mongo:drop_collection(Mongo, Collection, Result),\n write(Result), nl,\n mongo:doc_ok(Result).\n\n% Takes a bit too long when MongoDB reallocates the collection later.\ntest('drop database', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n database(Database),\n mongo:drop_database(Mongo, Database, Result),\n bson:doc_get(Result, ok, 1.0).\n\n:- end_tests('mongo:command\/3').\n*\/\n","old_contents":":- include(misc(common)).\n\n:- use_module(bson(bson), []).\n:- use_module(misc(util), []).\n\nup(Conn, Coll) :-\n mongo:new(Conn),\n mongo:get_database(Conn, 'prolongo', Db),\n mongo:get_collection(Db, 'testcoll', Coll).\n\ndown(Conn) :-\n mongo:free(Conn).\n\n:- begin_tests('mongo:upsert\/3').\n\ntest('upsert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:upsert(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:upsert\/3').\n\n:- begin_tests('mongo:update\/3').\n\ntest('update normal', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world]),\n mongo:update(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:update\/3').\n\n:- begin_tests('mongo:update_all\/3').\n\ntest('update multi', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world,num-1]),\n mongo:insert(Coll, [hello-world,num-2]),\n mongo:insert(Coll, [hello-world,num-3]),\n mongo:update_all(Coll, [hello-world], ['$inc'-[num-10]]),\n mongo:find(Coll, [hello-world], [], 0, 3, _Cursor, Docs),\n lists:length(Docs, 3),\n lists:member(Doc1, Docs),\n bson:doc_get(Doc1, num, 11),\n lists:member(Doc2, Docs),\n bson:doc_get(Doc2, num, 12),\n lists:member(Doc3, Docs),\n bson:doc_get(Doc3, num, 13),\n !.\n\n:- end_tests('mongo:update_all\/3').\n\n:- begin_tests('mongo:delete\/2').\n\ntest('delete', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:insert(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor1, [_|_]),\n mongo:delete(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor2, []).\n\n:- end_tests('mongo:delete\/2').\n\n:- begin_tests('mongo:find\/7').\n\ntest('cursor', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, [hello-world,number-1]),\n mongo:insert(Coll, [hello-world,number-2]),\n mongo:insert(Coll, [hello-world,number-3]),\n mongo:insert(Coll, [hello-world,number-4]),\n mongo:insert(Coll, [hello-world,number-5]),\n mongo:insert(Coll, [hello-world,number-6]),\n mongo:insert(Coll, [hello-world,number-7]),\n mongo:insert(Coll, [hello-world,number-8]),\n mongo:insert(Coll, [hello-world,number-9]),\n mongo:find(Coll, [hello-world], [number-1], 3, 3, Cursor0, Docs0),\n Docs0 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor0),\n mongo:get_more(Cursor0, 3, Docs1, Cursor1),\n Docs1 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor1),\n mongo:get_more(Cursor1, 3, Docs2, Cursor2),\n Docs2 =\n [\n ],\n \\+ mongo:has_more(Cursor2).\n\ntest('insert many single, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n insert_n_docs(Coll, 1000),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ninsert_n_docs(_Coll, 0) :- !.\ninsert_n_docs(Coll, N) :-\n mongo:insert(Coll, [hello-world,number-N]),\n N1 is N - 1,\n insert_n_docs(Coll, N1).\n\ntest('insert batch, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ncreate_n_docs(0, []) :- !.\ncreate_n_docs(N, [[hello-world,number-N]|Docs]) :-\n N1 is N - 1,\n create_n_docs(N1, Docs).\n\ntest('insert batch, find_all', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find_all(Coll, [hello-world], [number-1], DocsAll),\n lists:length(DocsAll, 1000).\n\n:- end_tests('mongo:find\/7').\n\n:- begin_tests('mongo:find_one\/3,4').\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('return fields selector', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n Fields = [number-1],\n mongo:find_one(Coll, Doc, Fields, Doc1),\n bson:doc_get(Doc1, '_id', object_id(_)), % Always returned.\n bson:doc_get(Doc1, number, 42),\n \\+ bson:doc_get(Doc1, hello, world).\n\n:- end_tests('mongo:find_one\/3,4').\n\n:- begin_tests('mongo:insert\/2').\n\ntest('insert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n util:ms_since_epoch(MilliSeconds),\n Doc =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n mongo:insert(Coll, Doc).\n\n:- end_tests('mongo:insert\/2').\n\n\/*\n:- begin_tests('mongo:command\/3').\n\ntest('list database infos', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_infos(Mongo, DatabaseInfos),\n database(Database),\n bson:doc_get(DatabaseInfos, Database, Info),\n Info \\== +null.\n %bson_format:pp(DatabaseInfos), nl.\n\ntest('list database names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_names(Mongo, DatabaseNames),\n database(Database),\n core:memberchk(Database, DatabaseNames).\n\n% XXX this works now, but I need to fix cursors (only one is shown).\ntest('list collection names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_collection_names(Mongo, Result),\n bson_format:pp(Result).\n\ntest('drop collection',\n[\n setup(up(Mongo)),\n cleanup(down(Mongo))\n]) :-\n collection(Collection),\n mongo:drop_collection(Mongo, Collection, Result),\n write(Result), nl,\n mongo:doc_ok(Result).\n\n% Takes a bit too long when MongoDB reallocates the collection later.\ntest('drop database', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n database(Database),\n mongo:drop_database(Mongo, Database, Result),\n bson:doc_get(Result, ok, 1.0).\n\n:- end_tests('mongo:command\/3').\n*\/\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a80656505d47277da20ad035b07502ccdafc676d","subject":"gnuplot script for non-linearity","message":"gnuplot script for non-linearity\n","repos":"sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher","old_file":"oceanoptics\/get\/calibration_scripts\/NL_plot.gnu","new_file":"oceanoptics\/get\/calibration_scripts\/NL_plot.gnu","new_contents":"#!\/usr\/bin\/gnuplot\n\n# plot \"data.dat\" using 1:2:3 with errorbars, \"data.dat\" using 1:4:5 with errorbars, \"data.dat\" using 1:6:7 with errorbars, \"data.dat\" using 1:8:9 with errorbars\n\nset term eps enhanced size 12,6\nset output \"plot.eps\"\n\nset title \"Non-linearity of CCD\"\n\nset xlabel \"Integration Time (ms)\"\nset ylabel \"Intensity (A. U.)\"\n\n# arrays are 1-indexed\narray wv[4] = [ 730.0, 674.06, 666.05, 741.90 ]\n\nplot for [c=1:4] 'data.dat' using 1:c*2:c*2+1 with errorbars title sprintf(\"Wavelength = %d nm\", wv[c])\n","old_contents":"#!\/usr\/bin\/gnuplot\n\nplot \"data.dat\" using 1:2:3 with errorbars, \"data.dat\" using 1:4:5 with errorbars, \"data.dat\" using 1:6:7 with errorbars, \"data.dat\" using 1:8:9 with errorbars\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"c977335bf92532c946ac91f5e931d8f3cbcc99f3","subject":"more test for negative numbers","message":"more test for negative numbers\n","repos":"zmughal\/numberals","old_file":"numberals.plt","new_file":"numberals.plt","new_contents":":- begin_tests(numberals).\n:- consult('numberals.pl').\n\nlogging :- fail.\n\nlog_writef(A, B) :- logging -> writef(A, B); true.\nlog_writef(A) :- log_writef(A, []).\n\ntest_both_ways(Num, Name) :-\n\tground([Num, Name]),\n\tlog_writef( '%q -> %s : ', [Num, Name] ), number_to_name(Num, Test_Name), log_writef( 'Got %s', [Test_Name]), log_writef('\\n'), Name = Test_Name,\n\tlog_writef( '%s -> %q : ', [Name, Num] ), number_to_name(Test_Num, Name), log_writef( 'Got %q', [Test_Num ]), log_writef('\\n'), log_writef('\\n'), Num = Test_Num.\n\ntest_name_fail(Name) :-\n\tlog_writef( 'Testing name %s : ', [Name]),\n\t(\\+ number_to_name(_, Name) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\ntest_num_fail(Num) :-\n\tlog_writef( 'Testing number %q : ', [Num]),\n\t(\\+ number_to_name(Num, _) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\n\ntest_both_ways_test([0], \"zero\").\ntest_both_ways_test(['-',0], \"negative zero\"). % signed zero\n\ntest_both_ways_test([1,0], \"ten\").\ntest_both_ways_test([-,1,0], \"negative ten\").\ntest_both_ways_test([1,4], \"fourteen\").\ntest_both_ways_test([-,1,4], \"negative fourteen\").\n\ntest_both_ways_test([2,0], \"twenty\").\ntest_both_ways_test([-,2,0], \"negative twenty\").\ntest_both_ways_test([2,1], \"twenty-one\").\ntest_both_ways_test([-,2,1], \"negative twenty-one\").\n\ntest_both_ways_test([3,2], \"thirty-two\").\ntest_both_ways_test([-,3,2], \"negative thirty-two\").\ntest_both_ways_test([3,5], \"thirty-five\").\ntest_both_ways_test([-,3,5], \"negative thirty-five\").\n\ntest_both_ways_test([1, 3,5], \"one hundred and thirty-five\").\ntest_both_ways_test([-,1, 3,5], \"negative one hundred and thirty-five\").\ntest_both_ways_test([1,0,0], \"one hundred\").\ntest_both_ways_test([-,1,0,0], \"negative one hundred\").\ntest_both_ways_test([2,0,0], \"two hundred\").\ntest_both_ways_test([-,2,0,0], \"negative two hundred\").\ntest_both_ways_test([2,0,1], \"two hundred and one\").\ntest_both_ways_test([-,2,0,1], \"negative two hundred and one\").\ntest_both_ways_test([2,2,0], \"two hundred and twenty\").\ntest_both_ways_test([-,2,2,0], \"negative two hundred and twenty\").\ntest_both_ways_test([2,2,5], \"two hundred and twenty-five\").\ntest_both_ways_test([-,2,2,5], \"negative two hundred and twenty-five\").\ntest_both_ways_test([3,1,0], \"three hundred and ten\").\ntest_both_ways_test([-,3,1,0], \"negative three hundred and ten\").\ntest_both_ways_test([9,9,9], \"nine hundred and ninety-nine\").\ntest_both_ways_test([-,9,9,9], \"negative nine hundred and ninety-nine\").\n\ntest_both_ways_test([1,0,0,0], \"one thousand\").\ntest_both_ways_test([-,1,0,0,0], \"negative one thousand\").\ntest_both_ways_test([1,0,0,2], \"one thousand two\").\ntest_both_ways_test([-,1,0,0,2], \"negative one thousand two\").\ntest_both_ways_test([1,0,2,2], \"one thousand twenty-two\").\ntest_both_ways_test([-,1,0,2,2], \"negative one thousand twenty-two\").\ntest_both_ways_test([1,9,9,9], \"one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,9,9,9], \"negative one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,9,9,9], \"ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,0,9,9,9], \"negative ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,0,0,0,0,0], \"one million\").\ntest_both_ways_test([-,1,0,0,0,0,0,0], \"negative one million\").\ntest_both_ways_test([2,0,0,0,0,0,0], \"two million\").\ntest_both_ways_test([-,2,0,0,0,0,0,0], \"negative two million\").\ntest_both_ways_test_f([2,0,0,0,9,0,0], \"two million nine hundred\").%_\n%%%---------------------|-----|-----]\ntest_both_ways_test_f([2,0,0,0,0,9,0], \"two million ninety\").%_\n%%%---------------------|-----|-----]\ntest_both_ways_test_f([2,0,0,0,0,0,9], \"two million nine\").%_\n%%%---------------------|-----|-----]\ntest_both_ways_test([1,0,2,0,0,0,0,0,0], \"one hundred and two million\").\ntest_both_ways_test([-,1,0,2,0,0,0,0,0,0], \"negative one hundred and two million\").\ntest_both_ways_test_f([1,0,2,0,0,0,0,0,9], \"one hundred and two million nine\").\ntest_both_ways_test_f([2,0,0,1,0,0,0,1,0,9], \"two billion one million one hundred and nine\").%_\n%%%---------------------|-----|-----|-----]\ntest_both_ways_test([2,0,0,1,1,0,0,1,0,9], \"two billion one million one hundred thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,0,1,0,9], \"two billion one million one hundred and twenty thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,3,1,0,9], \"two billion one million one hundred and twenty-three thousand one hundred and nine\").\ntest_both_ways_test_f([2,0,0,0,0,0,1,0,0,0,1,0,9], \"two trillion one million one hundred and nine\").%_\n%%%---------------------|-----|-----|-----|-----]\n\ntest(test_both_ways, [nondet, forall( test_both_ways_test(Num, Name))]) :-\n\ttest_both_ways(Num, Name).\n\ntest(test_both_ways, [nondet, forall( test_both_ways_test_f(Num, Name))]) :-\n\t\\+ test_both_ways(Num, Name).\n\n%test(test_to_name, [nondet, forall( test_to_name_test(Num, Name) )]) :-\n\t%%number_to_name(Num, Test_Name), Test_Name = Name.\n\t%number_to_name(Num, Test_Name), ( Test_Name = Name -> true; write(Test_Name), nl, writef('%s', [Test_Name]), nl, fail).\n\ntest_name_fail_test(\"zero hundred\").\ntest(test_name_fail, [nondet, forall( test_name_fail_test(Name) )]) :-\n\ttest_name_fail(Name).\n\ntest_num_fail_test([1,-,0]).\ntest_num_fail_test([-,-,0]).\ntest_num_fail_test([-,-,-]).\ntest_num_fail_test([0,0,0]).\ntest_num_fail_test([0,0,0,0]).\ntest_num_fail_test([-,-,-,-]).\ntest(test_num_fail, [nondet, forall( test_num_fail_test(Num) )]) :-\n\ttest_num_fail(Num).\n\n:- end_tests(numberals).\n\n% vim:ft=prolog:fdm=marker\n","old_contents":":- begin_tests(numberals).\n:- consult('numberals.pl').\n\nlogging :- fail.\n\nlog_writef(A, B) :- logging -> writef(A, B); true.\nlog_writef(A) :- log_writef(A, []).\n\ntest_both_ways(Num, Name) :-\n\tground([Num, Name]),\n\tlog_writef( '%q -> %s : ', [Num, Name] ), number_to_name(Num, Test_Name), log_writef( 'Got %s', [Test_Name]), log_writef('\\n'), Name = Test_Name,\n\tlog_writef( '%s -> %q : ', [Name, Num] ), number_to_name(Test_Num, Name), log_writef( 'Got %q', [Test_Num ]), log_writef('\\n'), log_writef('\\n'), Num = Test_Num.\n\ntest_name_fail(Name) :-\n\tlog_writef( 'Testing name %s : ', [Name]),\n\t(\\+ number_to_name(_, Name) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\ntest_num_fail(Num) :-\n\tlog_writef( 'Testing number %q : ', [Num]),\n\t(\\+ number_to_name(Num, _) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\n\ntest_both_ways_test([0], \"zero\").\ntest_both_ways_test(['-',0], \"negative zero\"). % signed zero\n\ntest_both_ways_test([1,0], \"ten\").\ntest_both_ways_test([-,1,0], \"negative ten\").\ntest_both_ways_test([1,4], \"fourteen\").\ntest_both_ways_test([-,1,4], \"negative fourteen\").\n\ntest_both_ways_test([2,0], \"twenty\").\ntest_both_ways_test([-,2,0], \"negative twenty\").\ntest_both_ways_test([2,1], \"twenty-one\").\ntest_both_ways_test([-,2,1], \"negative twenty-one\").\n\ntest_both_ways_test([3,2], \"thirty-two\").\ntest_both_ways_test([-,3,2], \"negative thirty-two\").\ntest_both_ways_test([3,5], \"thirty-five\").\ntest_both_ways_test([-,3,5], \"negative thirty-five\").\n\ntest_both_ways_test([1, 3,5], \"one hundred and thirty-five\").\ntest_both_ways_test([-,1, 3,5], \"negative one hundred and thirty-five\").\ntest_both_ways_test([1,0,0], \"one hundred\").\ntest_both_ways_test([-,1,0,0], \"negative one hundred\").\ntest_both_ways_test([2,0,0], \"two hundred\").\ntest_both_ways_test([-,2,0,0], \"negative two hundred\").\ntest_both_ways_test([2,0,1], \"two hundred and one\").\ntest_both_ways_test([-,2,0,1], \"negative two hundred and one\").\ntest_both_ways_test([2,2,0], \"two hundred and twenty\").\ntest_both_ways_test([-,2,2,0], \"negative two hundred and twenty\").\ntest_both_ways_test([2,2,5], \"two hundred and twenty-five\").\ntest_both_ways_test([-,2,2,5], \"negative two hundred and twenty-five\").\ntest_both_ways_test([3,1,0], \"three hundred and ten\").\ntest_both_ways_test([-,3,1,0], \"negative three hundred and ten\").\ntest_both_ways_test([9,9,9], \"nine hundred and ninety-nine\").\ntest_both_ways_test([-,9,9,9], \"negative nine hundred and ninety-nine\").\n\ntest_both_ways_test([1,0,0,0], \"one thousand\").\ntest_both_ways_test([1,0,0,2], \"one thousand two\").\ntest_both_ways_test([1,0,2,2], \"one thousand twenty-two\").\ntest_both_ways_test([1,9,9,9], \"one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,9,9,9], \"ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,0,9,9,9], \"negative ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,0,0,0,0,0], \"one million\").\ntest_both_ways_test([2,0,0,0,0,0,0], \"two million\").\ntest_both_ways_test_f([2,0,0,0,9,0,0], \"two million nine hundred\").%_\n%%%---------------------|-----|-----]\ntest_both_ways_test_f([2,0,0,0,0,9,0], \"two million ninety\").%_\n%%%---------------------|-----|-----]\ntest_both_ways_test_f([2,0,0,0,0,0,9], \"two million nine\").%_\n%%%---------------------|-----|-----]\ntest_both_ways_test([1,0,2,0,0,0,0,0,0], \"one hundred and two million\").%_\ntest_both_ways_test([-,1,0,2,0,0,0,0,0,0], \"negative one hundred and two million\").%_\ntest_both_ways_test_f([2,0,0,1,0,0,0,1,0,9], \"two billion one million one hundred and nine\").%_\n%%%---------------------|-----|-----|-----]\ntest_both_ways_test([2,0,0,1,1,0,0,1,0,9], \"two billion one million one hundred thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,0,1,0,9], \"two billion one million one hundred and twenty thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,3,1,0,9], \"two billion one million one hundred and twenty-three thousand one hundred and nine\").\ntest_both_ways_test_f([2,0,0,0,0,0,1,0,0,0,1,0,9], \"two trillion one million one hundred and nine\").%_\n%%%---------------------|-----|-----|-----|-----]\n\ntest(test_both_ways, [nondet, forall( test_both_ways_test(Num, Name))]) :-\n\ttest_both_ways(Num, Name).\n\ntest(test_both_ways, [nondet, forall( test_both_ways_test_f(Num, Name))]) :-\n\t\\+ test_both_ways(Num, Name).\n\n%test(test_to_name, [nondet, forall( test_to_name_test(Num, Name) )]) :-\n\t%%number_to_name(Num, Test_Name), Test_Name = Name.\n\t%number_to_name(Num, Test_Name), ( Test_Name = Name -> true; write(Test_Name), nl, writef('%s', [Test_Name]), nl, fail).\n\ntest_name_fail_test(\"zero hundred\").\ntest(test_name_fail, [nondet, forall( test_name_fail_test(Name) )]) :-\n\ttest_name_fail(Name).\n\ntest_num_fail_test([1,-,0]).\ntest_num_fail_test([-,-,0]).\ntest_num_fail_test([-,-,-]).\ntest_num_fail_test([0,0,0]).\ntest_num_fail_test([0,0,0,0]).\ntest_num_fail_test([-,-,-,-]).\ntest(test_num_fail, [nondet, forall( test_num_fail_test(Num) )]) :-\n\ttest_num_fail(Num).\n\n:- end_tests(numberals).\n\n% vim:ft=prolog:fdm=marker\n","returncode":0,"stderr":"","license":"isc","lang":"Gnuplot"} {"commit":"ff08e6cf47be8a4e95fa5f3287c37121b21e81e4","subject":"range change","message":"range change\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".utc_offset.\"-\"\n\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\nset yrange [16:19]\n#set autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with lines \\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with lines \\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".utc_offset.\"-\"\n\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\nset yrange [17:20]\n#set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Raw values [mV]\" # Title for Y2-axis\nset autoscale y2\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with lines \\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with lines \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"49dfcdc215711b316cf1cba15abd323f8ba317e4","subject":"graph update","message":"graph update\n","repos":"Mausy5043\/domod,Mausy5043\/domod,Mausy5043\/domod","old_file":"graph22.gp","new_file":"graph22.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.36\nMRPOS = 0.73\nRMARG = 0.96\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb9\"\n ,'' using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.36\nMRPOS = 0.73\nRMARG = 0.96\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ce0e8261eb803969059b3fddcf32318086efc0e6","subject":"Add obj_field UTs","message":"Add obj_field UTs\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [blocked(todo), Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, Val), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\n% After some time it will always fails (coz it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [birthday], [1986], C), \n obj_field(C, class, Class).\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\n% After some time it will always fails (coz it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [birthday], [1986], C), \n obj_field(C, class, Class).\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"b108d47f0ed3a4be9140d5c23f396b887924839c","subject":"Visually more appareling CDF graph (moved ytics to the right). Rounded \"fair performance result\", geometric mean, and median value to integers.","message":"Visually more appareling CDF graph (moved ytics to the right). Rounded \"fair performance result\", geometric mean, and median value to integers.\n","repos":"maxhutch\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm","old_file":"samples\/cp2k\/smm-test.plt","new_file":"samples\/cp2k\/smm-test.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm-test\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0)\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.0f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.0f\", STATS_median)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset y2label \"GFLOP\/s\"\nset y2tics nomirror\nunset ytics\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x*0.99:x*1.01] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.0f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 2 * x, h(x)\nset label 2 sprintf(\"%.0f GFLOP\/s\", h(x)) at 1.5 * x, h(x) centre offset 0, -1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm-test\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0)\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.1f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.1f\", STATS_median)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset ylabel \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x-10.0:x+10.0] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.1f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 0, h(x)\nset label 2 sprintf(\"%.1f GFLOP\/s\", h(x)) at 0.5 * x, h(x) centre offset 0, 1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"7bc493621284f65f82c4711666867d748d7389ea","subject":"Add unit test on db_iterate\/3, field(X) case","message":"Add unit test on db_iterate\/3, field(X) case\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_iterate8, [setup(model_db)]) :-\n\n findall(Surname, db_iterate(people, surname(Surname), _), SL),\n assertion(SL =@= [_, _, 'Mayakovsky']),\n findall(Surname, db_iterate(people, sex(Surname), _), SL2),\n assertion(SL2 == [man, woman, man]).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"ee12f19aacb6a8c4474aa3d474d0737e62168d79","subject":"Humidity graph improved","message":"Humidity graph improved\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph22.gp","new_file":"graph22.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of DHT22 data\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql22.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Humidity (DHT22)\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset output \"\/tmp\/bonediagd\/plot2.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql22.csv\" using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of DHT22 data\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql22.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"DHT22 measurements\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Humidity [%]\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset output \"\/tmp\/bonediagd\/plot2.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):3 title \" Humidity [%]\" axes x1y2 with points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7cccb2dcdba95522a1064402e8295cc6c1ec0a7c","subject":"Caused the labels on the small plots to be drawn vertically instead of horizontally so they no longer overlap.","message":"Caused the labels on the small plots to be drawn vertically instead of\nhorizontally so they no longer overlap.\n\nThis eye-strain-lessening patch contributed by Vladimir Merzliakov. Thanks!\n\n\ngit-svn-id: 0ff597fd157e6f4fc38580e8d64ab130330d2411@14632 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"chubbymaggie\/asap,apple\/swift-llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,apple\/swift-llvm,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,llvm-mirror\/llvm,dslab-epfl\/asap,apple\/swift-llvm,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,dslab-epfl\/asap,chubbymaggie\/asap,llvm-mirror\/llvm,chubbymaggie\/asap,apple\/swift-llvm,GPUOpen-Drivers\/llvm,apple\/swift-llvm,chubbymaggie\/asap,chubbymaggie\/asap,GPUOpen-Drivers\/llvm,llvm-mirror\/llvm,dslab-epfl\/asap,apple\/swift-llvm,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,apple\/swift-llvm,llvm-mirror\/llvm,apple\/swift-llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap","old_file":"utils\/NightlyTest.gnuplot","new_file":"utils\/NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"d1510c0a38e9d96c1ad09a1fb4e5868a6e61471f","subject":"Added a blank line","message":"Added a blank line\n","repos":"lpabon\/foocsim,lpabon\/foocsim","old_file":"csim\/cplot.gp","new_file":"csim\/cplot.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\nset terminal png\nset datafile separator \",\"\nset output \"cache_readhitrate.png\"\nplot \"cache.data\" using 1:2 every 5 title \"Read Hit Rate\"\n\nset output \"cache_writehitrate.png\"\nplot \"cache.data\" using 1:3 every 5 title \"Write Hit Rate\"\n\nset output \"cache_reads.png\"\nplot \"cache.data\" using 1:7 every 5 title \"Reads\", \\\n\t \"cache.data\" using 1:4 every 5 title \"Read Hits\"\n\nset output \"cache_writes.png\"\nplot \"cache.data\" using 1:8 every 5 title \"Writes\", \\\n \"cache.data\" using 1:5 every 5 title \"Write Hits\"\n\nset output \"cache_deletes.png\"\nplot \"cache.data\" using 1:9 every 5 title \"Deletions\", \\\n \"cache.data\" using 1:6 every 5 title \"Deletion Hits\"\n\nset output \"cache_evictions.png\"\nplot \"cache.data\" using 1:11 every 5 title \"Evictions\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\nset terminal png\nset datafile separator \",\"\nset output \"cache_readhitrate.png\"\nplot \"cache.data\" using 1:2 every 5 title \"Read Hit Rate\"\n\nset output \"cache_writehitrate.png\"\nplot \"cache.data\" using 1:3 every 5 title \"Write Hit Rate\"\n\nset output \"cache_reads.png\"\nplot \"cache.data\" using 1:7 every 5 title \"Reads\", \\\n\t \"cache.data\" using 1:4 every 5 title \"Read Hits\"\n\nset output \"cache_writes.png\"\nplot \"cache.data\" using 1:8 every 5 title \"Writes\", \\\n \"cache.data\" using 1:5 every 5 title \"Write Hits\"\n\nset output \"cache_deletes.png\"\nplot \"cache.data\" using 1:9 every 5 title \"Deletions\", \\\n \"cache.data\" using 1:6 every 5 title \"Deletion Hits\"\n\nset output \"cache_evictions.png\"\nplot \"cache.data\" using 1:11 every 5 title \"Evictions\"","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"e8f018f0093ae52e61b8fd15cff99ab1630b2c2a","subject":"Add more db_put_object UTs","message":"Add more db_put_object UTs\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate4, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n \n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_singleton_v1, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n true.\n\n \n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate4, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], ['Yorik'], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name == 'Yorik'),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_singleton_v1, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n true.\n\n \n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"d9087d56b58b08fe97bdee6e7df6e199aa7c1792","subject":"Broke the plotter.","message":"Broke the plotter.\n","repos":"hickerson\/bbn,hickerson\/bbn,hickerson\/bbn,hickerson\/bbn","old_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.9 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 1.5 #inch height of individual plots\nmpl_width = 2.0 #inch width of individual plots\nmpl_dx = 0.1 #inch inter-plot horizontal spacing\nmpl_dy = 0.1 #inch inter-plot vertical spacing\nmpl_ny = 4 #number of rows\nmpl_nx = 2 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\nset terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 28\nset encoding iso_8859_1\nset tics scale 1.5\n\nset output 'nxm_plot.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [-4:4]\nset xlabel ''\nset format x ''\nset xtics pi\nset mxtics 4\n\n# start plotting\nset multiplot\n\n#-----------------------------------------------\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'left'\n\nset ylabel \"amplitude\"\nset yrange [-1.5:1.5]\nset format y \"%-2.1f\"\nset ytics mirror 1\nset mytics 2\n\nset arrow 1 from graph 0, first 0 rto graph 1,0 nohead lt 1 lw 1 lc 0\nset arrow 2 from first 0, graph 0 rto 0, graph 1 nohead lt 1 lw 1 lc 0\n\nplot \\\nsin(x) \\\naxes x1y1 \\\ntitle '' \\\nwith lines lt 1 lc 1 lw 2\\\n;\n\n#-----------------------------------------------\n# subplot 2-3\n# set horizontal margins for second column\nset lmargin at screen left(2)\nset rmargin at screen right(2)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'right'\n\nset ylabel \"\" # no label here\nset yrange [-1.5:1.5]\nset format y \"\" # no tic labels\nset ytics mirror 1\nset mytics 2\n\nset arrow 1 from graph 0, first 0 rto graph 1,0 nohead lt 1 lw 1 lc 0\nset arrow 2 from first 0, graph 0 rto 0, graph 1 nohead lt 1 lw 1 lc 0\n\nplot \\\ncos(x) \\\naxes x1y1 \\\ntitle '' \\\nwith lines lt 1 lc 2 lw 2\\\n;\n\n#-----------------------------------------------\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for second row (middle)\nset tmargin at screen top(2)\nset bmargin at screen bot(2)\n\nset title ''\n\nset ylabel \"amplitude\"\nset yrange [-1.5:1.5]\nset format y \"%-1.1f\"\nset ytics mirror 1\nset mytics 2\n\nset arrow 1 from graph 0, first 0 rto graph 1,0 nohead lt 1 lw 1 lc 0\nset arrow 2 from first 0, graph 0 rto 0, graph 1 nohead lt 1 lw 1 lc 0\n\nplot \\\n-sin(x) \\\naxes x1y1 \\\ntitle '' \\\nwith lines lt 1 lc 3 lw 2\\\n;\n\n#-----------------------------------------------\n# subplot 2-2\n# set horizontal margins for second column\nset lmargin at screen left(2)\nset rmargin at screen right(2)\n# set horizontal margins for second row (middle)\nset tmargin at screen top(2)\nset bmargin at screen bot(2)\n\nset title ''\n\nset ylabel \"\" # no label here\nset yrange [-1.5:1.5]\nset format y \"\" # no tic labels\nset ytics mirror 1\nset mytics 2\n\nset arrow 1 from graph 0, first 0 rto graph 1,0 nohead lt 1 lw 1 lc 0\nset arrow 2 from first 0, graph 0 rto 0, graph 1 nohead lt 1 lw 1 lc 0\n\nplot \\\n-cos(x) \\\naxes x1y1 \\\ntitle '' \\\nwith lines lt 1 lc 4 lw 2\\\n;\n\n#-----------------------------------------------\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for first row (bottom)\nset tmargin at screen top(1)\nset bmargin at screen bot(1)\n\nset title ''\n\n# now set a label and tic marks for the x-axis\nset xlabel \"phase angle\"\nset xtics add (\"-{\/Symbol p}\" -pi, \"0\" 0, \"{\/Symbol p}\" pi)\n\nset ylabel \"amplitude\"\nset yrange [0:1.5]\nset format y \"%-1.1f\"\nset ytics mirror 1\nset mytics 2\n\nset arrow 1 from graph 0, first 0 rto graph 1,0 nohead lt 1 lw 1 lc 0\nset arrow 2 from first 0, graph 0 rto 0, graph 1 nohead lt 1 lw 1 lc 0\n\nplot \\\n(sin(x))**2 \\\naxes x1y1 \\\ntitle '' \\\nwith lines lt 1 lc 5 lw 2\\\n;\n\n#-----------------------------------------------\n# subplot 2-2\n# set horizontal margins for second column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for first row (bottom)\nset tmargin at screen top(4)\nset bmargin at screen bot(4)\n\nset title ''\n\nset ylabel \"\" # no label here\nset yrange [0:1.5]\nset format y \"\" # no tic labels\nset ytics mirror 1\nset mytics 2\n\nset arrow 1 from graph 0, first 0 rto graph 1,0 nohead lt 1 lw 1 lc 0\nset arrow 2 from first 0, graph 0 rto 0, graph 1 nohead lt 1 lw 1 lc 0\n\nplot \\\n(cos(x))**2 \\\naxes x1y1 \\\ntitle '' \\\nwith lines lt 1 lc 6 lw 2\\\n;\n\n#-----------------------------------------------\n# subplot \n# \n#set terminal pngcairo transparent enhanced font \"arial,10\" fontscale 1.0 size 500, 350 \n# set output 'fillbetween.1.png'\nset style data lines\nset title \"Fill area between two curves\" \nset lmargin at screen left(2)\nset rmargin at screen right(2)\n# set horizontal margins for first row (bottom)\nset tmargin at screen top(4)\nset bmargin at screen bot(4)\n\n#set logscale y 10\nset xrange [ -0.1 : 0.1 ] noreverse nowriteback\nset yrange [ 1e-1 : 0.25 ] noreverse nowriteback\nplot 'fierz-study.dat' u 1:2:3 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:2 lt -1 notitle, '' u 1:3 lt -1 notitle, \\\n 'fierz-study.dat' u 1:4:5 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:4 lt -1 notitle, '' u 1:5 lt -1 notitle, \\\n 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:8 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n;\nunset multiplot\n","old_contents":"# set terminal pngcairo transparent enhanced font \"arial,10\" fontscale 1.0 size 500, 350 \n# set output 'fillbetween.1.png'\nset style data lines\nset title \"Fill area between two curves\" \nset logscale y 10\nset xrange [ -0.2 : 0.2 ] noreverse nowriteback\nset yrange [ 1e-1 : 0.25 ] noreverse nowriteback\nplot 'fierz-study.dat' u 1:2:3 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:2 lt -1 notitle, '' u 1:3 lt -1 notitle, \\\n 'fierz-study.dat' u 1:4:5 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:4 lt -1 notitle, '' u 1:5 lt -1 notitle, \\\n 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:8 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7c2d3fef7958734db2fe4ecb80cce10593be533e","subject":"The -fPIC flag was causing performance regressions, so I backed it out.","message":"The -fPIC flag was causing performance regressions, so I backed it out.\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@19003 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"sungeunchoi\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,hildeth\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,hildeth\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,hildeth\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,hildeth\/chapel,sungeunchoi\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nGEN_CFLAGS = -std=c99\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nGNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nGNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nWARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 -fPIC $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = -fPIC $(CFLAGS)\nGEN_CFLAGS = -std=c99 -fPIC\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nGNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nGNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nWARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"60071fbe39d2b55abac6d3eccb3267e18d74056c","subject":"SNS Scan System: example plot","message":"SNS Scan System: example plot\n","repos":"ESSICS\/cs-studio,ControlSystemStudio\/cs-studio,css-iter\/cs-studio,ESSICS\/cs-studio,ESSICS\/cs-studio,ESSICS\/cs-studio,ControlSystemStudio\/cs-studio,ESSICS\/cs-studio,ControlSystemStudio\/cs-studio,ControlSystemStudio\/cs-studio,css-iter\/cs-studio,css-iter\/cs-studio,css-iter\/cs-studio,ESSICS\/cs-studio,ESSICS\/cs-studio,ControlSystemStudio\/cs-studio,css-iter\/cs-studio,ControlSystemStudio\/cs-studio,css-iter\/cs-studio,css-iter\/cs-studio","old_file":"products\/SNS\/plugins\/org.csstudio.scan\/examples\/simulation.plt","new_file":"products\/SNS\/plugins\/org.csstudio.scan\/examples\/simulation.plt","new_contents":"\n\n true<\/scroll>\n 0.5<\/update_period>\n -1 minutes 0.0 seconds<\/start>\n now<\/end>\n NONE<\/archive_rescale>\n \n \n Motors<\/name>\n \n 21<\/red>\n 21<\/green>\n 196<\/blue>\n <\/color>\n -5.0<\/min>\n 8.0<\/max>\n <\/axis>\n \n Device<\/name>\n \n 63<\/red>\n 213<\/green>\n 20<\/blue>\n <\/color>\n 0.0<\/min>\n 20.0<\/max>\n <\/axis>\n <\/axes>\n \n \n motor_x<\/name>\n motor_x<\/display_name>\n true<\/visible>\n 0<\/axis>\n 2<\/linewidth>\n \n 21<\/red>\n 21<\/green>\n 196<\/blue>\n <\/color>\n AREA<\/trace_type>\n 0.0<\/period>\n 5000<\/ring_size>\n OPTIMIZED<\/request>\n <\/pv>\n \n motor_y<\/name>\n motor_y<\/display_name>\n true<\/visible>\n 0<\/axis>\n 2<\/linewidth>\n \n 242<\/red>\n 26<\/green>\n 26<\/blue>\n <\/color>\n AREA<\/trace_type>\n 0.0<\/period>\n 5000<\/ring_size>\n OPTIMIZED<\/request>\n <\/pv>\n \n setpoint<\/name>\n setpoint<\/display_name>\n true<\/visible>\n 1<\/axis>\n 2<\/linewidth>\n \n 33<\/red>\n 179<\/green>\n 33<\/blue>\n <\/color>\n AREA<\/trace_type>\n 0.0<\/period>\n 5000<\/ring_size>\n OPTIMIZED<\/request>\n <\/pv>\n \n readback<\/name>\n readback<\/display_name>\n true<\/visible>\n 1<\/axis>\n 2<\/linewidth>\n \n 0<\/red>\n 0<\/green>\n 0<\/blue>\n <\/color>\n AREA<\/trace_type>\n 0.0<\/period>\n 5000<\/ring_size>\n OPTIMIZED<\/request>\n <\/pv>\n <\/pvlist>\n<\/databrowser>","old_contents":"\n\n \n <\/title>\n <title_color>\n <red>0<\/red>\n <green>0<\/green>\n <blue>0<\/blue>\n <\/title_color>\n <title_font>1|Lucida Grande|11.0|0|COCOA|1|LucidaGrande<\/title_font>\n <\/XYGraphMemento>\n <scroll>true<\/scroll>\n <update_period>0.5<\/update_period>\n <start>-1 minutes 0.0 seconds<\/start>\n <end>now<\/end>\n <background>\n <red>255<\/red>\n <green>255<\/green>\n <blue>255<\/blue>\n <\/background>\n <archive_rescale>NONE<\/archive_rescale>\n <axes>\n <axis>\n <name>Motors<\/name>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <min>-5.0<\/min>\n <max>8.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>false<\/autoscale>\n <visible>true<\/visible>\n <\/axis>\n <axis>\n <name>Device<\/name>\n <color>\n <red>63<\/red>\n <green>213<\/green>\n <blue>20<\/blue>\n <\/color>\n <min>0.0<\/min>\n <max>20.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>false<\/autoscale>\n <visible>true<\/visible>\n <\/axis>\n <\/axes>\n <annotations>\n <\/annotations>\n <pvlist>\n <pv>\n <name>motor_x<\/name>\n <display_name>motor_x<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>RDB<\/name>\n <url>jdbc:oracle:thin:@(DESCRIPTION=(SOURCE_ROUTE=YES)(ADDRESS_LIST=(LOAD_BALANCE=OFF)(FAILOVER=ON)(ADDRESS=(PROTOCOL=TCP)(HOST=snsapp1a.sns.ornl.gov)(PORT=1610))(ADDRESS=(PROTOCOL=TCP)(HOST=snsapp1b.sns.ornl.gov)(PORT=1610)))(ADDRESS_LIST=(LOAD_BALANCE=OFF)(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.75.138)(PORT=1521))(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.75.141)(PORT=1521))(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.73.93)(PORT=1521)))(CONNECT_DATA=(SERVICE_NAME=ics_prod_lba)))<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>motor_y<\/name>\n <display_name>motor_y<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>242<\/red>\n <green>26<\/green>\n <blue>26<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>RDB<\/name>\n <url>jdbc:oracle:thin:@(DESCRIPTION=(SOURCE_ROUTE=YES)(ADDRESS_LIST=(LOAD_BALANCE=OFF)(FAILOVER=ON)(ADDRESS=(PROTOCOL=TCP)(HOST=snsapp1a.sns.ornl.gov)(PORT=1610))(ADDRESS=(PROTOCOL=TCP)(HOST=snsapp1b.sns.ornl.gov)(PORT=1610)))(ADDRESS_LIST=(LOAD_BALANCE=OFF)(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.75.138)(PORT=1521))(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.75.141)(PORT=1521))(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.73.93)(PORT=1521)))(CONNECT_DATA=(SERVICE_NAME=ics_prod_lba)))<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>setpoint<\/name>\n <display_name>setpoint<\/display_name>\n <visible>true<\/visible>\n <axis>1<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>33<\/red>\n <green>179<\/green>\n <blue>33<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>RDB<\/name>\n <url>jdbc:oracle:thin:@(DESCRIPTION=(SOURCE_ROUTE=YES)(ADDRESS_LIST=(LOAD_BALANCE=OFF)(FAILOVER=ON)(ADDRESS=(PROTOCOL=TCP)(HOST=snsapp1a.sns.ornl.gov)(PORT=1610))(ADDRESS=(PROTOCOL=TCP)(HOST=snsapp1b.sns.ornl.gov)(PORT=1610)))(ADDRESS_LIST=(LOAD_BALANCE=OFF)(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.75.138)(PORT=1521))(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.75.141)(PORT=1521))(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.73.93)(PORT=1521)))(CONNECT_DATA=(SERVICE_NAME=ics_prod_lba)))<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>readback<\/name>\n <display_name>readback<\/display_name>\n <visible>true<\/visible>\n <axis>1<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>0<\/red>\n <green>0<\/green>\n <blue>0<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>RDB<\/name>\n <url>jdbc:oracle:thin:@(DESCRIPTION=(SOURCE_ROUTE=YES)(ADDRESS_LIST=(LOAD_BALANCE=OFF)(FAILOVER=ON)(ADDRESS=(PROTOCOL=TCP)(HOST=snsapp1a.sns.ornl.gov)(PORT=1610))(ADDRESS=(PROTOCOL=TCP)(HOST=snsapp1b.sns.ornl.gov)(PORT=1610)))(ADDRESS_LIST=(LOAD_BALANCE=OFF)(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.75.138)(PORT=1521))(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.75.141)(PORT=1521))(ADDRESS=(PROTOCOL=TCP)(HOST=172.31.73.93)(PORT=1521)))(CONNECT_DATA=(SERVICE_NAME=ics_prod_lba)))<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <\/pvlist>\n<\/databrowser>","returncode":0,"stderr":"","license":"epl-1.0","lang":"Gnuplot"} {"commit":"b34bc2b367da82b0b43247f97bb306563b407928","subject":"Plot script cleanup.","message":"Plot script cleanup.\n","repos":"hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm","old_file":"samples\/smm\/smm-perf.plt","new_file":"samples\/smm\/smm-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 7\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"smm\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset style fill solid 0.4 border -1\nset style data histograms\nset style histogram cluster #gap 2\n#set boxwidth 0.5 relative\nset grid y2tics lc \"grey\"\nset key left #spacing 0.5\nset xtics rotate by -45 scale 0; set bmargin 6\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset yrange [0:*]\nplot BASENAME.\"-inlined.dat\" using FLOPS title \"Inlined\", \\\n BASENAME.\"-blas.dat\" using FLOPS title \"BLAS\", \\\n BASENAME.\"-dispatched.dat\" using FLOPS title \"Dispatched\", \\\n BASENAME.\"-specialized.dat\" using FLOPS:xtic(\"(\".strcol(MPARM).\",\".strcol(NPARM).\",\".strcol(KPARM).\")\") title \"Specialized\"\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 7\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset style fill solid 0.4 border -1\nset style data histograms\nset style histogram cluster #gap 2\n#set boxwidth 0.5 relative\nset grid y2tics lc \"grey\"\nset key left #spacing 0.5\nset xtics rotate by -45 scale 0; set bmargin 6\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset yrange [0:*]\nplot BASENAME.\"-inlined.dat\" using FLOPS title \"Inlined\", \\\n BASENAME.\"-blas.dat\" using FLOPS title \"BLAS\", \\\n BASENAME.\"-dispatched.dat\" using FLOPS title \"Dispatched\", \\\n BASENAME.\"-specialized.dat\" using FLOPS:xtic(\"(\".strcol(MPARM).\",\".strcol(NPARM).\",\".strcol(KPARM).\")\") title \"Specialized\"\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"7052d6b3d1d829f5dd66289c6fd29ce9b64991b4","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/tools\/storage-type-cost-latency\/cost-latency.gnuplot","new_file":"mtdb\/tools\/storage-type-cost-latency\/cost-latency.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 4\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n## Get min and max values\n## GPVAL_DATA_[X|Y]_[MIN|MAX]\n#set terminal unknown\n#plot \\\n#FN_IN u 6:2:($4-$6):(0) with vectors not\n\nset terminal pdfcairo enhanced size 2in, 1.5in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Storage cost ($\/GB\/Month)\" #offset 1.6,0\nset ylabel \"Latency (ms)\" offset 1,0\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" #rotate by -90\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\"\n\n# TODO: legend\n#set style arrow 8 heads back nofilled lc rgb \"#FF0000\" size screen 0.004,90.000,90.000\n\n\nset logscale xy\n\n# with yerrorbars\n# (x, y, ylow, yhigh)\nplot \\\nFN_IN u 5:($2\/1000):($3\/1000):($4\/1000) with yerrorbars pt 7 pointsize 0.2 not\n\n#X_RANGE=GPVAL_DATA_X_MAX-GPVAL_DATA_X_MIN\n#print X_RANGE\n#plot \\\n#FN_IN u (($6-GPVAL_DATA_X_MIN)\/X_RANGE):2:(($4-$6)\/X_RANGE):(0) with vectors arrowstyle 8 not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 4\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n## Get min and max values\n## GPVAL_DATA_[X|Y]_[MIN|MAX]\n#set terminal unknown\n#plot \\\n#FN_IN u 6:2:($4-$6):(0) with vectors not\n\nset terminal pdfcairo enhanced size 2in, 1.5in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Storage cost ($\/GB\/Month)\" #offset 1.6,0\nset ylabel \"Latency (ms)\" #offset 0,0.3\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" #rotate by -90\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\"\n\n# TODO\n#set style arrow 8 heads back nofilled lc rgb \"#FF0000\" size screen 0.004,90.000,90.000\n\n# with yerrorbars\n# (x, y, ylow, yhigh)\n\n#set xrange [0:]\n#set yrange [0:]\n\n#set sample 5000\n\n\nset logscale xy\n\nplot \\\nFN_IN u 5:2:3:4 with yerrorbars not\n\n# TODO: strange end marks. alloying.\n\n#X_RANGE=GPVAL_DATA_X_MAX-GPVAL_DATA_X_MIN\n#print X_RANGE\n#plot \\\n#FN_IN u (($6-GPVAL_DATA_X_MIN)\/X_RANGE):2:(($4-$6)\/X_RANGE):(0) with vectors arrowstyle 8 not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"f0a45c03b77802ff9578f4e77a93ff0a56f5dad6","subject":"added classad assign test","message":"added classad assign test\n","repos":"erikerlandson\/classad_pl","old_file":"test\/classad.plt","new_file":"test\/classad.plt","new_contents":":- use_module('..\/lib\/classad.pl').\n\n:- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n:- use_module(library(date)).\n\n:- begin_tests(classad).\n\ntest('new_classad-1') :-\n new_classad('[classad]'(M)),\n is_assoc(M),\n assoc_to_list(M, []).\n\ntest('is_classad-1') :-\n new_classad(CA),\n is_classad(CA).\n\ntest('is_classad-2') :-\n \\+is_classad(a),\n \\+is_classad('[classad]'(foo)).\n\ntest('classad_assign_native-1') :-\n new_classad(CA0),\n classad_assign_native(vV, \"4+2\", CA0, '[classad]'(M)),\n assoc_to_list(M, [vv-'+'(4,2)]).\n\ntest('classad_assign\/4-1') :-\n new_classad(CA0),\n classad_assign(xX, 0, CA0, '[classad]'(M)),\n assoc_to_list(M, [xx-0]).\n\ntest('classad_assign\/3-1') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([x1 = error,\n x2 = undefined,\n x3 = 42,\n x4 = 3.14,\n x5 = 'A String',\n x6 = ['a', ['list']],\n x7 = true,\n x8 = CAZ\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [x1-error, \n x2-undefined,\n x3-42,\n x4-3.14,\n x5-'[str]'('A String'),\n x6-['[str]'(a),['[str]'(list)]],\n x7-true,\n x8-'[classad]'(MZ)]),\n assoc_to_list(MZ, [z-1]).\n\ntest('classad_assign\/3-time') :-\n new_classad(CA0),\n classad_assign(['AT1' = date(2012,2,24,6,12,31.0,25200,'MST',false),\n 'AT2' = abstime(1330089151.0, 25200),\n 'AT3' = reltime(60)\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [at1-'[abstime]'(1330089151.0, 25200),\n at2-'[abstime]'(1330089151.0, 25200),\n at3-'[reltime]'(60)]).\n\ntest('classad_assign\/3-mixed') :-\n new_classad(CA0),\n classad_assign([x1 = 42,\n [x2, 3.14],\n [x3, true, T3],\n [x4, false, boolean],\n [x5, \"String\", as(string)]],\n CA0, '[classad]'(M)),\n T3 == boolean,\n assoc_to_list(M,\n [x1-42,\n x2-3.14,\n x3-true,\n x4-false,\n x5-'[str]'('String')]).\n\n:- end_tests(classad).\n","old_contents":":- use_module('..\/lib\/classad.pl').\n\n:- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n:- use_module(library(date)).\n\n:- begin_tests(classad).\n\ntest('new_classad-1') :-\n new_classad('[classad]'(M)),\n is_assoc(M),\n assoc_to_list(M, []).\n\ntest('is_classad-1') :-\n new_classad(CA),\n is_classad(CA).\n\ntest('is_classad-2') :-\n \\+is_classad(a),\n \\+is_classad('[classad]'(foo)).\n\ntest('classad_assign_native-1') :-\n new_classad(CA0),\n classad_assign_native(vV, \"4+2\", CA0, '[classad]'(M)),\n assoc_to_list(M, [vv-'+'(4,2)]).\n\ntest('classad_assign\/4-1') :-\n new_classad(CA0),\n classad_assign(xX, 0, CA0, '[classad]'(M)),\n assoc_to_list(M, [xx-0]).\n\ntest('classad_assign\/3-1') :-\n new_classad(CA0),\n classad_assign([x1 = error,\n x2 = undefined,\n x3 = 42,\n x4 = 3.14,\n x5 = 'A String',\n x6 = ['a', ['list']],\n x7 = true\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [x1-error, \n x2-undefined,\n x3-42,\n x4-3.14,\n x5-'[str]'('A String'),\n x6-['[str]'(a),['[str]'(list)]],\n x7-true]).\n\ntest('classad_assign\/3-time') :-\n new_classad(CA0),\n classad_assign(['AT1' = date(2012,2,24,6,12,31.0,25200,'MST',false),\n 'AT2' = abstime(1330089151.0, 25200),\n 'AT3' = reltime(60)\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [at1-'[abstime]'(1330089151.0, 25200),\n at2-'[abstime]'(1330089151.0, 25200),\n at3-'[reltime]'(60)]).\n\ntest('classad_assign\/3-mixed') :-\n new_classad(CA0),\n classad_assign([x1 = 42,\n [x2, 3.14],\n [x3, true, T3],\n [x4, false, boolean],\n [x5, \"String\", as(string)]],\n CA0, '[classad]'(M)),\n T3 == boolean,\n assoc_to_list(M,\n [x1-42,\n x2-3.14,\n x3-true,\n x4-false,\n x5-'[str]'('String')]).\n\n:- end_tests(classad).\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"61066fc846d435a3a0a773c379d1fcb3516214a8","subject":"Fixes.","message":"Fixes.\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\r\n:- use_module(u(v)).\r\n:- use_module(u(internal\/objects_i)).\r\n:- use_module(u(http\/v\/http_user_v)).\r\n:- use_module(u(util\/lambda)).\r\n\r\ntest(class_create1, [setup(reload_classes)]) :-\r\n % test class_create\/3 version\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [id]).\r\n\r\ntest(class_create2, [setup(reload_classes)]) :-\r\n % test class_create\/4 version\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [a, birthday]).\r\n\r\ntest(class_create3,\r\n [error(class_exists(class_create_test_v)),\r\n setup(reload_classes)]\r\n ) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n class_create(class_create_test_v, citizen_v, [d, e]).\r\n\r\ntest(class_create_feature1, [setup(reload_classes)]) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n obj_key(CCTO, Key),\r\n assertion(Key == []).\r\n\r\ntest(class_create_key_inheritance,\r\n [setup(reload_classes)]) :-\r\n\r\n class_create(c1_v, citizen_v, [c1_fld], [id]),\r\n obj_construct(c1_v, [], [], O),\r\n arg(1, O, Clid),\r\n get_keymaster(Clid, Kid),\r\n class_primary_id(citizen_v, Id),\r\n assertion(Kid == Id).\r\n\r\n% test(class_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v]]\r\n% ) :-\r\n\r\n% findall(X, class_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_descendant2, [List == []]) :-\r\n\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\n% test(class_descendant3, [List == []]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\ntest(obj_reinterpret1, L == [man_v]) :-\r\n obj_construct(man_v, [], [], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(obj_reinterpret2, L == [man_v, passport_v]) :-\r\n obj_construct(man_v, [name, surname, sex], ['Sergei', 'Lodyagin', max], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(class_name1) :-\r\n\r\n class_name(man_v).\r\n\r\ntest(class_name2, [fail]) :-\r\n\r\n class_name(man_man_v).\r\n\r\ntest(class_name3) :-\r\n\r\n findall(Class, class_name(Class), Names),\r\n sort(Names, Names2),\r\n length(Names, N1),\r\n length(Names2, N2),\r\n assertion(N1 =:= N2),\r\n assertion(N1 > 10).\r\n\r\n% test(class_same_or_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_same_or_descendant2,\r\n% [List == [callup_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\ntest(class_parent1, [Parent == man_v]) :-\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent1_2, [Parent == man_v]) :-\r\n obj_construct(citizen_v, [], [], Obj1),\r\n obj_rebase((man_v -> http_result_v), Obj1, _),\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent2,\r\n [setup(reload_classes),\r\n L == [callup_v, class_create_test_v]]) :-\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent2_2, [setup(reload_classes), L == [callup_v]]) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent3) :-\r\n findall(p(A, B), class_parent(A, B), L),\r\n length(L, N),\r\n assertion(N > 10).\r\n\r\ntest(class_parent3_2) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(p(A, B), class_parent(A, B), L),\r\n assertion(\\+ memberchk(p(callup_v, http_result_v), L)).\r\n\r\ntest(eval_obj_expr1,\r\n [[E0, E1, E2, E3]\r\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\r\n ) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url], WWW_Addr),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr], HTTP_Result),\r\n obj_construct(man_v,\r\n [name], [HTTP_Result], Man),\r\n eval_obj_expr(Man, E0),\r\n eval_obj_expr(Man\/name, E1),\r\n eval_obj_expr(Man\/name\/www_address, E2),\r\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\r\n E3).\r\n\r\ntest(eval_obj_expr2_list) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n [HTTP_Result1, HTTP_Result2] \/ www_address\r\n \/ http_request_url =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr3_4_ops) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n maplist(\\Name^Obj^\r\n obj_construct(man_v, [name], [Name], Obj),\r\n [HTTP_Result1, HTTP_Result2],\r\n Mans),\r\n Mans \/ name \/ www_address \/ http_request_url\r\n =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr4_compound1,\r\n [error(no_object_field(_, name), _)]) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\r\n\r\ntest(eval_obj_expr4_compound2) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\r\n R1 \/\/ name ^= R2,\r\n R2 \/\/ http_request_url ^= R3,\r\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\r\n assertion(R2 == R1),\r\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\r\n = p('Artemiy', A2))).\r\n\r\ntest(eval_obj_expr5_throw1,\r\n [error(no_object_field(Man, url), _)]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_fail1, [fail]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n eval_obj_expr(Man \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail2, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail3, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr6_list) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], H2),\r\n H2\/name ^= [a, H1\/body],\r\n assertion(H2\/name =^= [a, body]).\r\n\r\ntest(eval_obj_expr6_compound) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], MH),\r\n MH\/name ^= p(a, H1\/body) \/\/ ss,\r\n assertion(MH\/name =^= p(a, body)).\r\n\r\ntest(eval_obj_expr7) :-\r\n\r\n V = [s, l],\r\n obj_construct(man_v, [name, surname], V, Obj),\r\n assertion(Obj \/ [name, surname] =^= V).\r\n\r\ntest(eval_obj_expr8) :-\r\n\r\n obj_construct(http_header_v, [name, body], [connection, x], H1),\r\n obj_construct(http_header_v, [name, body], [date, y], H2),\r\n obj_construct(http_general_headers_v, [connection, date], [H1, H2], O),\r\n assertion(O \/ [date, connection] \/ body =^= [y, x]).\r\n\r\ntest(eval_obj_expr9) :-\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Name = 'Oleg',\r\n obj_construct(www_address_v, [http_request_url], [Url], WWW_Addr),\r\n obj_construct(man_v,\r\n [name, surname],\r\n [Name, WWW_Addr], O),\r\n assertion(O \/ [name, surname \/ http_request_url]\r\n =^= [Name, Url]).\r\n\r\ntest(eval_obj_expr10, [Value =@= _]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ name \/\/ no_such_field123, Value ).\r\n\r\ntest(eval_obj_expr11_1, [fail]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ no_such_field123, fail, _).\r\n\r\ntest(eval_obj_expr11_2, [fail]) :-\r\n eval_obj_expr(_ \/ fld, fail, _).\r\n\r\ntest(obj_construct_with_evals1) :-\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday],\r\n [citizen_v, citizen_v, 1994], O1),\r\n obj_field(O1, class, Class1),\r\n assertion(Class1 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, functor, class],\r\n [1994, citizen_v, citizen_v], O2),\r\n obj_field(O2, class, Class2),\r\n assertion(Class2 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, sex, functor, class],\r\n [1994, man, citizen_v, callup_v], O3),\r\n obj_field(O3, class, Class3),\r\n assertion(Class3 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [citizen_v, callup_v, 1994, man], O4),\r\n obj_field(O4, class, Class4),\r\n assertion(Class4 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [X, Y, 1994, man], O5),\r\n obj_field(O5, class, Class5),\r\n assertion(Class5 == callup_v),\r\n assertion(X = citizen_v),\r\n assertion(Y = callup_v).\r\n\r\n\r\ntest(obj_construct_bug1) :-\r\n\r\n class_fields(man_v, Field_Names),\r\n obj_construct(man_v, Field_Names, Field_Names, Obj),\r\n Obj =.. [man_v, _|Field_Names2],\r\n\r\n assertion(Field_Names == Field_Names2).\r\n\r\ntest(obj_copy1) :-\r\n\r\n obj_construct(man_v, [], [], M1),\r\n obj_copy(M1, M2),\r\n obj_field(M1, name, 'Masha'),\r\n obj_field(M2, name, 'Vitya').\r\n\r\ntest(obj_copy2) :-\r\n\r\n new_http_user(U1),\r\n obj_copy(U1, U2),\r\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(obj_diff1,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\ntest(obj_diff2,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\r\n obj_rebase((object_v -> db_object_v), M1_0, M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year).\r\ntest(obj_downcast1,\r\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_downcast(C0, C1),\r\n arg(1, C1, Class_Id).\r\n\r\n% Downcast of rebased object\r\ntest(obj_downcast_rebased,\r\n [% birthday, country, db_key, db_ref, fit_..., height, id, name, sex, surname, weight\r\n true(C2 =@= callup_v(C2_Class_Id, 1994, _, _, _, _, _, _, _, man, _, _))\r\n ]) :-\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_rebase((object_v -> db_object_v), C0, C1),\r\n obj_downcast(C1, callup_v, C2),\r\n obj_construct(callup_v, [], [], CC),\r\n arg(1, C2, C2_Class_Id), \r\n arg(1, CC, CC_Class_Id),\r\n assertion(C2_Class_Id =\\= CC_Class_Id).\r\n \r\n% Downcast of rebased object\r\ntest(obj_downcast2_rebased,\r\n [% birthday, country, db_key, db_ref, fit_..., height, id, name, sex, surname, weight\r\n true(C2 =@= callup_v(C2_Class_Id, 1994, _, _, _, _, _, _, _, man, _, _))\r\n ]) :-\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_rebase((object_v -> db_object_v), C0, C1),\r\n obj_downcast(C1, C2),\r\n obj_construct(callup_v, [], [], CC),\r\n arg(1, C2, C2_Class_Id), \r\n arg(1, CC, CC_Class_Id),\r\n assertion(C2_Class_Id =\\= CC_Class_Id).\r\n \r\ntest(obj_field1, [Flds == Vals]) :-\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\r\n\r\ntest(obj_field2, [Flds3 == Flds4]) :-\r\n% Each eval field must be evaluable only once\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\r\n sort(Flds2, Flds3),\r\n msort(Flds2, Flds4).\r\n\r\ntest(obj_field3, [Surname == 'Grisha']) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_field(Man, name, Name),\r\n obj_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_field_bug1, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [woman], Obj),\r\n obj_field(Obj, sex, man).\r\n\r\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_is_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_is_descendant2) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_is_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_is_descendant(Man2, db_object_v).\r\n\r\ntest(obj_is_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_construct(object_v, [], [], M),\r\n\tobj_is_descendant(C, M).\r\n\r\ntest(obj_same_or_descendant1, [List == [ man_v, object_base_v, object_v]]) :-\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_same_or_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_same_or_descendant2) :-\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_same_or_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_same_or_descendant(Man2, db_object_v).\r\n\r\ntest(obj_same_or_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_same_or_descendant(C, citizen_v).\r\n\r\n\r\ntest(obj_set_field1, [Surname =@= _]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_set_field(Man, name, Name),\r\n obj_set_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\r\n\r\n obj_construct(man_v, [name, surname], [Name, Name], Man),\r\n obj_set_field(Man, name, 'Grisha'),\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_key1) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\ntest(obj_key2) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\r\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2_0),\r\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\n\r\ntest(obj_list1,\r\n [List =@= [country = ['Soviet Union'],\r\n sex = man,\r\n surname = 'Mayakovsky']]\r\n ) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_list2, [List =@= []]) :-\r\n\r\n obj_construct(citizen_v, [], [], Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_parents1_1,\r\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\r\n\r\n obj_construct(citizen_v, [], [], V),\r\n obj_parents(V, P).\r\n\r\ntest(obj_parents2_1) :-\r\n obj_construct(citizen_v,\r\n [sex, surname, country, birthday],\r\n [man, 'Mayakovsky', ['Soviet Union'], 1994],\r\n Man1),\r\n New_Parents_Order = [citizen_v, tarjan_vertex_v, man_v, object_v, object_base_v],\r\n obj_parents(Man1, New_Parents_Order, Man2),\r\n obj_parents(Man1, P1),\r\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\r\n obj_parents(Man2, P2),\r\n assertion(P2 == New_Parents_Order),\r\n obj_list(Man1, L1),\r\n obj_list(Man2, L2),\r\n assertion(L1 == L2),\r\n obj_field(Man1, class, C1),\r\n obj_field(Man2, class, C2),\r\n obj_field(Man1, functor, F1),\r\n obj_field(Man2, functor, F2),\r\n assertion([F1, F2, C1, C2] == [citizen_v, citizen_v, callup_v, callup_v]).\r\n\r\ntest(obj_parents2_bug1) :-\r\n\r\n obj_construct(man_v, [name, surname], [s, l], M),\r\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\r\n obj_unify(M1, [name, surname], NS),\r\n assertion(NS == [s, l]).\r\n\r\ntest(obj_rebase1) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_parents(V1, P1),\r\n assertion(P1 == [http_request_headers_v, http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_parents(V2, P2),\r\n assertion(P2 == [http_request_headers_v,\r\n http_response_headers_v,http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_request_headers_v ->\r\n http_invalid_mixed_headers_v), V2, V3),\r\n obj_parents(V3, P3),\r\n assertion(P3 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_headers_v,\r\n object_v,object_base_v]).\r\n\r\ntest(obj_rebase2_transitivity,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n obj_parents(M3, P3),\r\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\r\n object_v, object_base_v]).\r\n\r\ntest(obj_rebase3_transitivity2,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n foreach(obj_field(M3, _, _), true).\r\n\r\ntest(obj_rebase4) :-\r\n obj_construct(http_header_v, [], [], H1),\r\n obj_rebase((http_header_v -> http_invalid_header_v), H1, H2),\r\n obj_parents(H2, P2),\r\n assertion(P2 == [http_invalid_header_v, http_header_v, object_v,\r\n object_base_v]).\r\n\r\ntest(obj_rebase_keymaster) :-\r\n obj_construct(citizen_v, [], [], Citizen0),\r\n obj_construct(callup_v, [], [], Callup0),\r\n obj_rebase((object_v -> db_object_v), Citizen0, Citizen),\r\n obj_rebase((object_v -> db_object_v), Callup0, Callup),\r\n arg(1, Citizen, CiId),\r\n arg(1, Callup, CaId),\r\n get_keymaster(CiId, K1_Id),\r\n get_keymaster(CaId, K2_Id),\r\n assertion(K1_Id == K2_Id).\r\n\r\ntest(obj_rebase_cycle, error(cycle_in_parents([tarjan_vertex_v,db_object_v,man_v,object_v,object_base_v],db_object_v,man_v))) :-\r\n obj_construct(tarjan_vertex_v, [], [], O1),\r\n obj_rebase((object_v -> db_object_v), O1, O2),\r\n obj_rebase((object_v -> man_v), O2, _).\r\n\r\ntest(obj_rebase_bug1) :-\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug2) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug3_1) :-\r\n\r\n obj_construct(db_object_v, [], [], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(db_object_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =\\= Class_Id3),\r\n\r\n class_primary_id(object_v, Object_V_Id),\r\n assertion(Obj3 == object_v(Object_V_Id)).\r\n\r\ntest(obj_rebase_bug3_2) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2).\r\n\r\ntest(obj_rebase_bug4,\r\n [throws(error(cant_rebase_to_object_base_v,\r\n context(obj_rebase\/3, _)))]) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug5, [X == 1]) :-\r\n\r\n obj_construct(http_headers_v, [], [], O0),\r\n obj_rebase((http_headers_v\r\n -> http_response_headers_v), O0, O1),\r\n obj_rebase((http_headers_v\r\n -> http_invalid_bulk_headers_v), O1, O2),\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O2, O3),\r\n O3 \/ set_cookie ^= 1,\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O3, O4),\r\n obj_field(O4, set_cookie, X).\r\n\r\ntest(obj_reset_fields1) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\r\n\r\n obj_reset_fields([weight], Man1, Man2),\r\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\r\n\r\n obj_reset_fields([], Man2, Man3),\r\n assertion(Man3 =@= Man2).\r\n\r\ntest(obj_reset_fields2, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height, age], Man0, _).\r\n\r\ntest(obj_reset_fields_weak) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields_weak([name, height, age], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\r\n\r\ntest(obj_reset_fields_with_evals, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], O),\r\n obj_reset_fields([age], O, _).\r\n\r\ntest(obj_rewrite) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name],\r\n [Old_Height, Old_Weight, Name],\r\n [1.44, 69, Name],\r\n Luda2),\r\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\r\n obj_rewrite(Luda2,\r\n [height, weight, name],\r\n Luda2_Pars,\r\n [1.45, 64, _],\r\n Luda3),\r\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\r\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\r\n assertion(Luda3_Pars =@= [1.45, 64, _]).\r\n\r\ntest(obj_rewrite_weak1,\r\n [throws(error(no_object_field(Luda1, country), _))]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak2,\r\n [[Old_Height, Old_Weight, Name, Old_Country]\r\n =@= [1.40, 99, 'Luda', _]]\r\n ) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, weak,\r\n [height, weight, name, country],\r\n [Old_Height, Old_Weight, Name, Old_Country],\r\n [1.44, 69, Name, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak3, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, fail,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [callup_v], _).\r\n\r\ntest(obj_rewrite_with_evals2, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [citizen_v], _).\r\n\r\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [X], _).\r\n\r\ntest(obj_rewrite_with_evals4) :-\r\n% <NB> can't reset eval field, compare with test(obj_rewrite)\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [_], _).\r\n\r\ntest(obj_sort_parents1,\r\n [P4 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n object_v, object_base_v]]\r\n ) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v], V4),\r\n obj_parents(V4, P4),\r\n functor(V4, F4, _),\r\n assertion(F4 == http_invalid_mixed_headers_v).\r\n\r\ntest(obj_sort_parents2,\r\n [throws(error(insufficient_class_order(Order,\r\n Orig_Order), _))]\r\n ) :-\r\n\r\n Order = [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v],\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_parents(V3, Orig_Order),\r\n obj_sort_parents(V3, Order, _).\r\n\r\n\r\ntest(obj_sort_parents_bug1) :-\r\n\r\n new_http_user(HTTP_User),\r\n obj_rebase((object_v -> citizen_v),\r\n HTTP_User, U1),\r\n\r\n class_parents(http_user_v, HTTP_User_Parents),\r\n append([citizen_v, man_v], HTTP_User_Parents,\r\n Parents_Order),\r\n\r\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\r\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\r\n\r\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\r\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(class_fields) :-\r\n\r\n class_fields(object_base_v, Object_Base_V_Fields),\r\n assertion(Object_Base_V_Fields == []),\r\n\r\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\r\n assertion(Object_Base_V_New_Fields == []),\r\n\r\n class_fields(object_v, Object_V_Fields),\r\n assertion(Object_V_Fields == []),\r\n\r\n class_fields_new(object_v, Object_V_New_Fields),\r\n assertion(Object_V_New_Fields == []),\r\n\r\n class_fields(man_v, Man_V_Fields),\r\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\r\n\r\n class_fields_new(man_v, Man_V_New_Fields),\r\n assertion(Man_V_New_Fields == [height, name, sex, surname,\r\n weight]),\r\n\r\n class_fields(citizen_v, Citizen_V_Fields),\r\n assertion(Citizen_V_Fields == [birthday, country, height, id,\r\n name, sex, surname, weight]),\r\n\r\n class_fields_new(citizen_v, Citizen_V_New_Fields),\r\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\r\n\r\n\r\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\r\n\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\r\n catch((obj_construct(numeric_id_v, [], [], Obj1),\r\n obj_rebase((object_v -> citizen_v), Obj1, _)),\r\n E, true),\r\n E = error(EX, _), functor(EX, duplicate_field, _),\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year, see The Uranium Book).\r\ntest(eval_fields1, [Class == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C),\r\n obj_field(C, class, Class).\r\n\r\n\r\ntest(eval_fields2) :-\r\n\r\n % man_v doesn't define class eval, so in this example\r\n % the eval from citizen_v is always used.\r\n\r\n obj_construct(citizen_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_parents(C1,\r\n [man_v, citizen_v, object_v, object_base_v],\r\n C2),\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == callup_v).\r\n\r\ntest(eval_fields3,\r\n [blocked(need_to_see)]\r\n ) :-\r\n\r\n obj_construct(callup_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_rebase((citizen_v -> man_v), C1, C2),\r\n obj_parents(C2, P2),\r\n\r\n % for sure, citizen_v is not present\r\n assertion(P2 ==\r\n [callup_v, man_v, object_v, object_base_v]),\r\n\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == man_v).\r\n\r\ntest(eval_fields4) :-\r\n\r\n obj_construct(adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1, [a, b, c], [3, 11, C]),\r\n assertion(C == 14),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields5) :-\r\n\r\n obj_construct(adder_v, [a, b, c], [3, 11, C], _),\r\n assertion(C == 14),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\n% eval inheritance\r\ntest(eval_fields6) :-\r\n\r\n obj_construct(vector_adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C]),\r\n assertion(C == [12, 14]),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields7) :-\r\n\r\n obj_construct(vector_adder_v,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C],\r\n _),\r\n assertion(C == [12, 14]),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\nreload_classes :-\r\n current_prolog_flag(verbose, Old_Verbose),\r\n set_prolog_flag(verbose, silent),\r\n reload_all_classes,\r\n set_prolog_flag(verbose, Old_Verbose).\r\n\r\n:- end_tests(v).\r\n","old_contents":":- begin_tests(v).\r\n:- use_module(u(v)).\r\n:- use_module(u(internal\/objects_i)).\r\n:- use_module(u(http\/v\/http_user_v)).\r\n:- use_module(u(util\/lambda)).\r\n\r\ntest(class_create1, [setup(reload_classes)]) :-\r\n % test class_create\/3 version\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [id]).\r\n\r\ntest(class_create2, [setup(reload_classes)]) :-\r\n % test class_create\/4 version\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [a, birthday]).\r\n\r\ntest(class_create3,\r\n [error(class_exists(class_create_test_v)),\r\n setup(reload_classes)]\r\n ) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n class_create(class_create_test_v, citizen_v, [d, e]).\r\n\r\ntest(class_create_feature1, [setup(reload_classes)]) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n obj_key(CCTO, Key),\r\n assertion(Key == []).\r\n\r\ntest(class_create_key_inheritance,\r\n [setup(reload_classes)]) :-\r\n\r\n class_create(c1_v, citizen_v, [c1_fld], [id]),\r\n obj_construct(c1_v, [], [], O),\r\n arg(1, O, Clid),\r\n get_keymaster(Clid, Kid),\r\n class_primary_id(citizen_v, Id),\r\n assertion(Kid == Id).\r\n\r\n% test(class_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v]]\r\n% ) :-\r\n\r\n% findall(X, class_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_descendant2, [List == []]) :-\r\n\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\n% test(class_descendant3, [List == []]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\ntest(obj_reinterpret1, L == [man_v]) :-\r\n obj_construct(man_v, [], [], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(obj_reinterpret2, L == [man_v, passport_v]) :-\r\n obj_construct(man_v, [name, surname, sex], ['Sergei', 'Lodyagin', max], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(class_name1) :-\r\n\r\n class_name(man_v).\r\n\r\ntest(class_name2, [fail]) :-\r\n\r\n class_name(man_man_v).\r\n\r\ntest(class_name3) :-\r\n\r\n findall(Class, class_name(Class), Names),\r\n sort(Names, Names2),\r\n length(Names, N1),\r\n length(Names2, N2),\r\n assertion(N1 =:= N2),\r\n assertion(N1 > 10).\r\n\r\n% test(class_same_or_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_same_or_descendant2,\r\n% [List == [callup_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\ntest(class_parent1, [Parent == man_v]) :-\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent1_2, [Parent == man_v]) :-\r\n obj_construct(citizen_v, [], [], Obj1),\r\n obj_rebase((man_v -> http_result_v), Obj1, _),\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent2,\r\n [setup(reload_classes),\r\n L == [callup_v, class_create_test_v]]) :-\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent2_2, [setup(reload_classes), L == [callup_v]]) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent3) :-\r\n findall(p(A, B), class_parent(A, B), L),\r\n length(L, N),\r\n assertion(N > 10).\r\n\r\ntest(class_parent3_2) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(p(A, B), class_parent(A, B), L),\r\n assertion(\\+ memberchk(p(callup_v, http_result_v), L)).\r\n\r\ntest(eval_obj_expr1,\r\n [[E0, E1, E2, E3]\r\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\r\n ) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url], WWW_Addr),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr], HTTP_Result),\r\n obj_construct(man_v,\r\n [name], [HTTP_Result], Man),\r\n eval_obj_expr(Man, E0),\r\n eval_obj_expr(Man\/name, E1),\r\n eval_obj_expr(Man\/name\/www_address, E2),\r\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\r\n E3).\r\n\r\ntest(eval_obj_expr2_list) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n [HTTP_Result1, HTTP_Result2] \/ www_address\r\n \/ http_request_url =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr3_4_ops) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n maplist(\\Name^Obj^\r\n obj_construct(man_v, [name], [Name], Obj),\r\n [HTTP_Result1, HTTP_Result2],\r\n Mans),\r\n Mans \/ name \/ www_address \/ http_request_url\r\n =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr4_compound1,\r\n [error(no_object_field(_, name), _)]) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\r\n\r\ntest(eval_obj_expr4_compound2) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\r\n R1 \/\/ name ^= R2,\r\n R2 \/\/ http_request_url ^= R3,\r\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\r\n assertion(R2 == R1),\r\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\r\n = p('Artemiy', A2))).\r\n\r\ntest(eval_obj_expr5_throw1,\r\n [error(no_object_field(Man, url), _)]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_fail1, [fail]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n eval_obj_expr(Man \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail2, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail3, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr6_list) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], H2),\r\n H2\/name ^= [a, H1\/body],\r\n assertion(H2\/name =^= [a, body]).\r\n\r\ntest(eval_obj_expr6_compound) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], MH),\r\n MH\/name ^= p(a, H1\/body) \/\/ ss,\r\n assertion(MH\/name =^= p(a, body)).\r\n\r\ntest(eval_obj_expr7) :-\r\n\r\n V = [s, l],\r\n obj_construct(man_v, [name, surname], V, Obj),\r\n assertion(Obj \/ [name, surname] =^= V).\r\n\r\ntest(eval_obj_expr8) :-\r\n\r\n obj_construct(http_header_v, [name, body], [connection, x], H1),\r\n obj_construct(http_header_v, [name, body], [date, y], H2),\r\n obj_construct(http_general_headers_v, [connection, date], [H1, H2], O),\r\n assertion(O \/ [date, connection] \/ body =^= [y, x]).\r\n\r\ntest(eval_obj_expr9) :-\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Name = 'Oleg',\r\n obj_construct(www_address_v, [http_request_url], [Url], WWW_Addr),\r\n obj_construct(man_v,\r\n [name, surname],\r\n [Name, WWW_Addr], O),\r\n assertion(O \/ [name, surname \/ http_request_url]\r\n =^= [Name, Url]).\r\n\r\ntest(eval_obj_expr10, [Value =@= _]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ name \/\/ no_such_field123, Value ).\r\n\r\ntest(eval_obj_expr11_1, [fail]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ no_such_field123, fail, _).\r\n\r\ntest(eval_obj_expr11_2, [fail]) :-\r\n eval_obj_expr(_ \/ fld, fail, _).\r\n\r\ntest(obj_construct_with_evals1) :-\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday],\r\n [citizen_v, citizen_v, 1994], O1),\r\n obj_field(O1, class, Class1),\r\n assertion(Class1 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, functor, class],\r\n [1994, citizen_v, citizen_v], O2),\r\n obj_field(O2, class, Class2),\r\n assertion(Class2 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, sex, functor, class],\r\n [1994, man, citizen_v, callup_v], O3),\r\n obj_field(O3, class, Class3),\r\n assertion(Class3 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [citizen_v, callup_v, 1994, man], O4),\r\n obj_field(O4, class, Class4),\r\n assertion(Class4 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [X, Y, 1994, man], O5),\r\n obj_field(O5, class, Class5),\r\n assertion(Class5 == callup_v),\r\n assertion(X = citizen_v),\r\n assertion(Y = callup_v).\r\n\r\n\r\ntest(obj_construct_bug1) :-\r\n\r\n class_fields(man_v, Field_Names),\r\n obj_construct(man_v, Field_Names, Field_Names, Obj),\r\n Obj =.. [man_v, _|Field_Names2],\r\n\r\n assertion(Field_Names == Field_Names2).\r\n\r\ntest(obj_copy1) :-\r\n\r\n obj_construct(man_v, [], [], M1),\r\n obj_copy(M1, M2),\r\n obj_field(M1, name, 'Masha'),\r\n obj_field(M2, name, 'Vitya').\r\n\r\ntest(obj_copy2) :-\r\n\r\n new_http_user(U1),\r\n obj_copy(U1, U2),\r\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(obj_diff1,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\ntest(obj_diff2,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\r\n obj_rebase((object_v -> db_object_v), M1_0, M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year).\r\ntest(obj_downcast1,\r\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_downcast(C0, C1),\r\n arg(1, C1, Class_Id).\r\n\r\n% Downcast of rebased object\r\ntest(obj_downcast_rebased,\r\n [% birthday, country, db_key, db_ref, fit_..., height, id, name, sex, surname, weight\r\n true(C2 =@= callup_v(C2_Class_Id, 1994, _, _, _, _, _, _, _, man, _, _))\r\n ]) :-\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_rebase((object_v -> db_object_v), C0, C1),\r\n obj_downcast(C1, callup_v, C2),\r\n obj_construct(callup_v, [], [], CC),\r\n arg(1, C2, C2_Class_Id), \r\n arg(1, CC, CC_Class_Id),\r\n assertion(C2_Class_Id =\\= CC_Class_Id).\r\n \r\n% Downcast of rebased object\r\ntest(obj_downcast2_rebased,\r\n [% birthday, country, db_key, db_ref, fit_..., height, id, name, sex, surname, weight\r\n true(C2 =@= callup_v(C2_Class_Id, 1994, _, _, _, _, _, _, _, man, _, _))\r\n ]) :-\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_rebase((object_v -> db_object_v), C0, C1),\r\n obj_downcast(C1, C2),\r\n obj_construct(callup_v, [], [], CC),\r\n arg(1, C2, C2_Class_Id), \r\n arg(1, CC, CC_Class_Id),\r\n assertion(C2_Class_Id =\\= CC_Class_Id).\r\n \r\ntest(obj_field1, [Flds == Vals]) :-\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\r\n\r\ntest(obj_field2, [Flds3 == Flds4]) :-\r\n% Each eval field must be evaluable only once\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\r\n sort(Flds2, Flds3),\r\n msort(Flds2, Flds4).\r\n\r\ntest(obj_field3, [Surname == 'Grisha']) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_field(Man, name, Name),\r\n obj_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_field_bug1, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [woman], Obj),\r\n obj_field(Obj, sex, man).\r\n\r\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_is_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_is_descendant2) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_is_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_is_descendant(Man2, db_object_v).\r\n\r\ntest(obj_is_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_construct(object_v, [], [], M),\r\n\tobj_is_descendant(C, M).\r\n\r\ntest(obj_same_or_descendant1, [List == [ man_v, object_base_v, object_v]]) :-\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_same_or_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_same_or_descendant2) :-\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_same_or_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_same_or_descendant(Man2, db_object_v).\r\n\r\ntest(obj_same_or_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_same_or_descendant(C, citizen_v).\r\n\r\n\r\ntest(obj_set_field1, [Surname =@= _]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_set_field(Man, name, Name),\r\n obj_set_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\r\n\r\n obj_construct(man_v, [name, surname], [Name, Name], Man),\r\n obj_set_field(Man, name, 'Grisha'),\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_key1) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\ntest(obj_key2) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\r\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2_0),\r\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\n\r\ntest(obj_list1,\r\n [List =@= [country = ['Soviet Union'],\r\n sex = man,\r\n surname = 'Mayakovsky']]\r\n ) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_list2, [List =@= []]) :-\r\n\r\n obj_construct(citizen_v, [], [], Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_parents1_1,\r\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\r\n\r\n obj_construct(citizen_v, [], [], V),\r\n obj_parents(V, P).\r\n\r\ntest(obj_parents2_1) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country, birthday],\r\n [man, 'Mayakovsky', ['Soviet Union'], 1994],\r\n Man1),\r\n New_Parents_Order = [man_v, tarjan_vertex_v, object_v, object_base_v],\r\n obj_parents(Man1, New_Parents_Order, Man2),\r\n obj_parents(Man1, P1),\r\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\r\n obj_parents(Man2, P2),\r\n assertion(P2 == New_Parents_Order),\r\n obj_list(Man1, L1),\r\n obj_list(Man2, L2),\r\n assertion(L1 == L2),\r\n obj_field(Man1, class, C1),\r\n obj_field(Man2, class, C2),\r\n obj_field(Man1, functor, F1),\r\n obj_field(Man2, functor, F2),\r\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\r\n\r\ntest(obj_parents2_bug1) :-\r\n\r\n obj_construct(man_v, [name, surname], [s, l], M),\r\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\r\n obj_unify(M1, [name, surname], NS),\r\n assertion(NS == [s, l]).\r\n\r\ntest(obj_rebase1) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_parents(V1, P1),\r\n assertion(P1 == [http_request_headers_v, http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_parents(V2, P2),\r\n assertion(P2 == [http_request_headers_v,\r\n http_response_headers_v,http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_request_headers_v ->\r\n http_invalid_mixed_headers_v), V2, V3),\r\n obj_parents(V3, P3),\r\n assertion(P3 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_headers_v,\r\n object_v,object_base_v]).\r\n\r\ntest(obj_rebase2_transitivity,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n obj_parents(M3, P3),\r\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\r\n object_v, object_base_v]).\r\n\r\ntest(obj_rebase3_transitivity2,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n foreach(obj_field(M3, _, _), true).\r\n\r\ntest(obj_rebase4) :-\r\n obj_construct(http_header_v, [], [], H1),\r\n obj_rebase((http_header_v -> http_invalid_header_v), H1, H2),\r\n obj_parents(H2, P2),\r\n assertion(P2 == [http_invalid_header_v, http_header_v, object_v,\r\n object_base_v]).\r\n\r\ntest(obj_rebase_keymaster) :-\r\n obj_construct(citizen_v, [], [], Citizen0),\r\n obj_construct(callup_v, [], [], Callup0),\r\n obj_rebase((object_v -> db_object_v), Citizen0, Citizen),\r\n obj_rebase((object_v -> db_object_v), Callup0, Callup),\r\n arg(1, Citizen, CiId),\r\n arg(1, Callup, CaId),\r\n get_keymaster(CiId, K1_Id),\r\n get_keymaster(CaId, K2_Id),\r\n assertion(K1_Id == K2_Id).\r\n\r\ntest(obj_rebase_cycle, error(cycle_in_parents([man_v,citizen_v,object_v,object_base_v],man_v,citizen_v))) :-\r\n obj_construct(tarjan_vertex_v, [], [], O1),\r\n obj_rebase((object_v -> db_object_v), O1, O2),\r\n obj_rebase((object_v -> man_v), O2, _).\r\n\r\ntest(obj_rebase_bug1) :-\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug2) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug3_1) :-\r\n\r\n obj_construct(db_object_v, [], [], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(db_object_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =\\= Class_Id3),\r\n\r\n class_primary_id(object_v, Object_V_Id),\r\n assertion(Obj3 == object_v(Object_V_Id)).\r\n\r\ntest(obj_rebase_bug3_2) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2).\r\n\r\ntest(obj_rebase_bug4,\r\n [throws(error(cant_rebase_to_object_base_v,\r\n context(obj_rebase\/3, _)))]) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug5, [X == 1]) :-\r\n\r\n obj_construct(http_headers_v, [], [], O0),\r\n obj_rebase((http_headers_v\r\n -> http_response_headers_v), O0, O1),\r\n obj_rebase((http_headers_v\r\n -> http_invalid_bulk_headers_v), O1, O2),\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O2, O3),\r\n O3 \/ set_cookie ^= 1,\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O3, O4),\r\n obj_field(O4, set_cookie, X).\r\n\r\ntest(obj_reset_fields1) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\r\n\r\n obj_reset_fields([weight], Man1, Man2),\r\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\r\n\r\n obj_reset_fields([], Man2, Man3),\r\n assertion(Man3 =@= Man2).\r\n\r\ntest(obj_reset_fields2, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height, age], Man0, _).\r\n\r\ntest(obj_reset_fields_weak) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields_weak([name, height, age], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\r\n\r\ntest(obj_reset_fields_with_evals, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], O),\r\n obj_reset_fields([age], O, _).\r\n\r\ntest(obj_rewrite) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name],\r\n [Old_Height, Old_Weight, Name],\r\n [1.44, 69, Name],\r\n Luda2),\r\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\r\n obj_rewrite(Luda2,\r\n [height, weight, name],\r\n Luda2_Pars,\r\n [1.45, 64, _],\r\n Luda3),\r\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\r\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\r\n assertion(Luda3_Pars =@= [1.45, 64, _]).\r\n\r\ntest(obj_rewrite_weak1,\r\n [throws(error(no_object_field(Luda1, country), _))]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak2,\r\n [[Old_Height, Old_Weight, Name, Old_Country]\r\n =@= [1.40, 99, 'Luda', _]]\r\n ) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, weak,\r\n [height, weight, name, country],\r\n [Old_Height, Old_Weight, Name, Old_Country],\r\n [1.44, 69, Name, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak3, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, fail,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [callup_v], _).\r\n\r\ntest(obj_rewrite_with_evals2, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [citizen_v], _).\r\n\r\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [X], _).\r\n\r\ntest(obj_rewrite_with_evals4) :-\r\n% <NB> can't reset eval field, compare with test(obj_rewrite)\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [_], _).\r\n\r\ntest(obj_sort_parents1,\r\n [P4 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n object_v, object_base_v]]\r\n ) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v], V4),\r\n obj_parents(V4, P4),\r\n functor(V4, F4, _),\r\n assertion(F4 == http_invalid_mixed_headers_v).\r\n\r\ntest(obj_sort_parents2,\r\n [throws(error(insufficient_class_order(Order,\r\n Orig_Order), _))]\r\n ) :-\r\n\r\n Order = [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v],\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_parents(V3, Orig_Order),\r\n obj_sort_parents(V3, Order, _).\r\n\r\n\r\ntest(obj_sort_parents_bug1) :-\r\n\r\n new_http_user(HTTP_User),\r\n obj_rebase((object_v -> citizen_v),\r\n HTTP_User, U1),\r\n\r\n class_parents(http_user_v, HTTP_User_Parents),\r\n append([citizen_v, man_v], HTTP_User_Parents,\r\n Parents_Order),\r\n\r\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\r\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\r\n\r\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\r\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(class_fields) :-\r\n\r\n class_fields(object_base_v, Object_Base_V_Fields),\r\n assertion(Object_Base_V_Fields == []),\r\n\r\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\r\n assertion(Object_Base_V_New_Fields == []),\r\n\r\n class_fields(object_v, Object_V_Fields),\r\n assertion(Object_V_Fields == []),\r\n\r\n class_fields_new(object_v, Object_V_New_Fields),\r\n assertion(Object_V_New_Fields == []),\r\n\r\n class_fields(man_v, Man_V_Fields),\r\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\r\n\r\n class_fields_new(man_v, Man_V_New_Fields),\r\n assertion(Man_V_New_Fields == [height, name, sex, surname,\r\n weight]),\r\n\r\n class_fields(citizen_v, Citizen_V_Fields),\r\n assertion(Citizen_V_Fields == [birthday, country, height, id,\r\n name, sex, surname, weight]),\r\n\r\n class_fields_new(citizen_v, Citizen_V_New_Fields),\r\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\r\n\r\n\r\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\r\n\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\r\n catch((obj_construct(numeric_id_v, [], [], Obj1),\r\n obj_rebase((object_v -> citizen_v), Obj1, _)),\r\n E, true),\r\n E = error(EX, _), functor(EX, duplicate_field, _),\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year, see The Uranium Book).\r\ntest(eval_fields1, [Class == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C),\r\n obj_field(C, class, Class).\r\n\r\n\r\ntest(eval_fields2) :-\r\n\r\n % man_v doesn't define class eval, so in this example\r\n % the eval from citizen_v is always used.\r\n\r\n obj_construct(citizen_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_parents(C1,\r\n [man_v, citizen_v, object_v, object_base_v],\r\n C2),\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == callup_v).\r\n\r\ntest(eval_fields3,\r\n [blocked(need_to_see)]\r\n ) :-\r\n\r\n obj_construct(callup_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_rebase((citizen_v -> man_v), C1, C2),\r\n obj_parents(C2, P2),\r\n\r\n % for sure, citizen_v is not present\r\n assertion(P2 ==\r\n [callup_v, man_v, object_v, object_base_v]),\r\n\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == man_v).\r\n\r\ntest(eval_fields4) :-\r\n\r\n obj_construct(adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1, [a, b, c], [3, 11, C]),\r\n assertion(C == 14),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields5) :-\r\n\r\n obj_construct(adder_v, [a, b, c], [3, 11, C], _),\r\n assertion(C == 14),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\n% eval inheritance\r\ntest(eval_fields6) :-\r\n\r\n obj_construct(vector_adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C]),\r\n assertion(C == [12, 14]),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields7) :-\r\n\r\n obj_construct(vector_adder_v,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C],\r\n _),\r\n assertion(C == [12, 14]),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\nreload_classes :-\r\n current_prolog_flag(verbose, Old_Verbose),\r\n set_prolog_flag(verbose, silent),\r\n reload_all_classes,\r\n set_prolog_flag(verbose, Old_Verbose).\r\n\r\n:- end_tests(v).\r\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"01e78f769351984e41eea9d83382e6ebace33d1e","subject":"set legend position in plot","message":"set legend position in plot\n","repos":"zommerfelds\/threes-brain","old_file":"evolution.gnuplot","new_file":"evolution.gnuplot","new_contents":"set datafile separator \",\"\n#set terminal png\n#set output 'plot.png'\nset key right bottom\nplot for [filename in filenames] filename every ::1 using 1:4 with line title filename\npause -1\n","old_contents":"set datafile separator \",\"\n#set terminal png\n#set output 'plot.png'\nplot for [filename in filenames] filename every ::1 using 1:4 with line title filename\npause -1\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"56f16d6b77c0a518cfa7dd0c8394fff627c06221","subject":"testing graph","message":"testing graph\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastday.gp","new_file":"graphs\/pastday.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nprint datafile\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ','\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\n# limit yrange to =< 1500\nYmax = min(1500, Ymax)\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot datafile using 1:2\n#plot ifnamew \\\n# using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\n#plot ifnamed \\\n# using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\n#plot ifnameh \\\n# using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nprint datafile\n\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd2.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw2.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\n# limit yrange to =< 1500\nYmax = min(1500, Ymax)\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"94ad67782c817d785770805a01dc241b6b25eea6","subject":"Cleanup gnuplit script.","message":"Cleanup gnuplit script.\n","repos":"jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics","old_file":"org.jenetics\/src\/test\/scripts\/diagram\/steady_fitness_termination.gp","new_file":"org.jenetics\/src\/test\/scripts\/diagram\/steady_fitness_termination.gp","new_contents":"#!\/usr\/bin\/gnuplot -p\n\ndata = \"steady_fitness_termination.dat\"\n\nset terminal svg size 700,500 enhanced fname \"Times Roman\" fsize 12\nset output \"SteadyFitnessTermination.svg\"\n\nset grid\nset logscale x\nset logscale y\nset yrange[1:]\nset format y \" 10^{%L}\"\nset key right bottom\nset style fill empty\n\nset multiplot\nset size 1, 0.67\nset origin 0, 0.33\nset bmargin 0.1\nset format x \"\"\nset ylabel \"Total generation\" font \",12\"\n\nset lmargin 12\nset rmargin 4\n\n#f(x) = a*x + b\n#fit f(x) data using 1:9 via a, b\n#title_f(a,b) = sprintf('f(x) = %.2fx + %.2f', a, b)\n\nplot data using 1:7:9:10:8 with candlesticks lt rgb \"red\" notitle axes x1y1 whiskerbars, \\\n data using 1:6:6:6:6 with candlesticks lt rgb \"red\" lw 2 notitle axes x1y1, \\\n data using 1:2 with lines notitle lt rgb \"red\" axes x1y1 #, \\\n #f(x) title title_f(a, b)\n\nunset title\nunset logscale y\nset autoscale y\nset ylabel \"Fitness\"\nset xlabel \"Steady generation\" font \",12\"\nset bmargin\nset format x \"10^{%L}\"\nset size 1.0, 0.33\nset origin 0.0, 0.0\nset tmargin 1\nset format y \" %2.1f\"\n\nplot data using 1:(0.001*$11) with lines lt rgb \"blue\" notitle axes x1y1\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/gnuplot -p\n\ndata = \"steady_fitness_termination.dat\"\n\nset terminal svg size 700,500 enhanced fname \"Times Roman\" fsize 12\nset output \"SteadyFitnessTermination.svg\"\n\n#set title \"Steady fitness termination\" font \",16\"\nset grid\n\nset logscale x\nset logscale y\nset yrange[1:]\nset format y \" 10^{%L}\"\nset key right bottom\nset style fill empty\n\nset multiplot\nset size 1, 0.67\nset origin 0, 0.33\nset bmargin 0.1\nset format x \"\"\nset ylabel \"Total generation\" font \",12\"\n\nset lmargin 12\nset rmargin 4\n\n#f(x) = a*x + b\n#fit f(x) data using 1:9 via a, b\n#title_f(a,b) = sprintf('f(x) = %.2fx + %.2f', a, b)\n\nplot data using 1:7:9:10:8 with candlesticks lt rgb \"red\" notitle axes x1y1 whiskerbars, \\\n data using 1:6:6:6:6 with candlesticks lt rgb \"red\" lw 2 notitle axes x1y1, \\\n data using 1:2 with lines notitle lt rgb \"red\" axes x1y1 #, \\\n #f(x) title title_f(a, b)\n\nunset title\nunset logscale y\nset autoscale y\nset ylabel \"Fitness\"\nset xlabel \"Steady generation\" font \",12\"\nset bmargin\nset format x \"10^{%L}\"\nset size 1.0, 0.33\nset origin 0.0, 0.0\nset tmargin 1\nset format y \" %2.1f\"\n\nplot data using 1:(0.001*$11) with lines lt rgb \"blue\" notitle axes x1y1\n\nunset multiplot\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"f27cd587b9f4ce5f557a9e956d7a5e7505978861","subject":"Tweaked the plot origin and label positions.","message":"Tweaked the plot origin and label positions.\n","repos":"egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm","old_file":"samples\/cp2k\/smm-test.plt","new_file":"samples\/cp2k\/smm-test.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nMSIZE = 7\nFLOPS = 8\n\n# GEN =-1: multiple files; no titles\n# GEN = 0: multiple files with titles\n# GEN = 1: single file with titles\nGEN = 1\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nFILECOUNT = 0\nBASENAME = \"smm-test\"\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0)\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.1f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.1f\", STATS_median)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\nif (GEN==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (GEN<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (GEN>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set xrange [*:MNK] }\nif (0>HIK) { set xrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (GEN<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (GEN>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (GEN<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (GEN>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset ylabel \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x-10.0:x+10.0] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.1f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 0, h(x)\nset label 2 sprintf(\"%.1f GFLOP\/s\", h(x)) at 0.5 * x, h(x) centre offset 0, 1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (GEN<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (GEN>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nMSIZE = 7\nFLOPS = 8\n\n# GEN =-1: multiple files; no titles\n# GEN = 0: multiple files with titles\n# GEN = 1: single file with titles\nGEN = 1\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nFILECOUNT = 0\nBASENAME = \"smm-test\"\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0)\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.1f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.1f\", STATS_median)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\nif (GEN==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \"Times-Roman,7\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (GEN<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (GEN>-1) { set title \"Performance\" }\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set xrange [*:MNK] }\nif (0>HIK) { set xrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\"\nset zlabel \"K\"\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.0\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (GEN<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (GEN>-1) { set title \"Performance (K-Average)\" }\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.0\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\n#set offsets 1, 1, 1, 1\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (GEN<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (GEN>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset ylabel \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x-10.0:x+10.0] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.1f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 0, h(x)\nset label 2 sprintf(\"%.1f GFLOP\/s\", h(x)) at 0.5 * x, h(x) centre offset 0, 1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (GEN<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (GEN>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"f2bb12b477ba88162601057b5b93b3ed1c70f595","subject":"graphing script initial","message":"graphing script initial\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastday.gp","new_file":"graphs\/pastday.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nprint kamdata\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ','\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics *****\n# stats to be calculated here of column 1 (hour)\nstats kamdata using 1 name \"X\" nooutput\n\nXh_min = X_min\nXh_max = X_max\n\n\n\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: past hours\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\" # X-axis label\n#set xdata time # Data on X-axis should be interpreted as time\n#set timefmt \"%s\" # Time in log-file is given in Unix format\n#set format x \"%a %d\" # Display time in 24 hour notation on the X axis\n#set xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n#set yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n#set lmargin at screen LMARG\n#set rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot datafile using 1:2\n#plot ifnamew \\\n# using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nprint kamdata\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ','\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\n# limit yrange to =< 1500\nYmax = min(1500, Ymax)\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot datafile using 1:2\n#plot ifnamew \\\n# using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\n#plot ifnamed \\\n# using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\n#plot ifnameh \\\n# using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8e1244d156dba4aefc0c12c96df04bc7897bd7e7","subject":"graph13","message":"graph13\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nBPS = 8. \/ (60. * 3.)\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($3)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($3)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($3)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * BPS\nYmin = 1024 * BPS\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($2)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($2)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($2)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($3) * BPS) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * BPS\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * BPS\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($2) * BPS) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($2) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nBPS = 8. \/ (60. * 3.)\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($7)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * BPS\nYmin = 1024 * BPS\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($6)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($7) * BPS) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($7) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($7) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * BPS\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * BPS\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($6) * BPS) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($6) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($6) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"908659e3eed60b149ee38f40d87adf343fc8ba27","subject":"Add frequency modulated plot","message":"Add frequency modulated plot\n","repos":"sjbarag\/ECE-L303-Reports","old_file":"src\/data\/plots.gp","new_file":"src\/data\/plots.gp","new_contents":"# Gnuplot plot-generating script for ECE-L302 Lab 8\n# Note that this script requires the LUA Gnuplot terminal, which is not\n# distributed in all packages, and the gnuplot-lua-tikz LaTeX package to\n# process it. This can be found here:\n#\n# http:\/\/www.sfr-fresh.com\/unix\/misc\/gnuplot-4.4.2.tar.gz:t\/gnuplot-4.4.2\/share\/LaTeX\/gnuplot-lua-tikz.sty\n#\n# Execute this script with $gnuplot plots.gp\n#\n# Author: Sean Barag <sjb89@drexel.edu>\n\nset terminal tikz color solid size 4.25in,2.25in\n\n# ---- Varying C ----\nset border 15\nset key center right width 1 box height 1\nset log x\nset xrange[0.0001:5]\nset yrange[0:150]\nset ytics 30\nset y2range[0:55]\nset y2tics auto\nset title 'Free-running Oscillator: Varying Capacitor'\nset xlabel 'Capacitance, $C_A$ (\\si{\\micro\\farad})'\nset ylabel 'Output Frequency, $f$ (\\si{\\kilo\\hertz})'\nset y2label 'Output Duty Cycle, (\\si{\\percent})'\nset grid\nset output \"..\/img\/plot\/free_run_c.tex\"\nplot \"free_run_c.txt\" using 1:3 with linespoints axis x1y1 lw 3 pt 8 title '$f$', \\\n \"free_run_c.txt\" using 1:4 with linespoints axis x1y2 lw 3 pt 5 title 'Duty Cycle'\n\n# ---- Varying R ----\nset key top left width 1 box height 1\nunset log x\nset xrange[0:20]\nset xtics 2\nset yrange[0:16]\nset ytics 2\nset y2range[0:80]\nset y2tics auto\nset title 'Free-running Oscillator: Varying Resistor'\nset xlabel 'Resistance, $R_A$ (\\si{\\kilo\\ohm})'\nset ylabel 'Output Frequency, $f$ (\\si{\\kilo\\hertz})'\nset y2label 'Output Duty Cycle, (\\si{\\percent})'\nset grid\nset output \"..\/img\/plot\/free_run_r.tex\"\nplot \"free_run_r.txt\" using 1:3 with linespoints axis x1y1 lw 3 pt 8 title '$f$', \\\n \"free_run_r.txt\" using 1:4 with linespoints axis x1y2 lw 3 pt 5 title 'Duty Cycle'\n\n# ---- DC sweep ----\nunset key\nset xrange[0:8]\nset yrange[0:15]\nset xtics auto\nset ytics 3\nunset y2range\nunset y2tics\nunset y2label\nset grid\nset title 'DC Sweep'\nset xlabel 'Input Voltage, $V+$ (\\si{\\volt})'\nset ylabel 'Output Frequency, $f$ (\\si{\\kilo\\hertz})'\nset grid\nset output \"..\/img\/plot\/dc_sweep.tex\"\nplot \"dc_sweep.txt\" using 1:2 with linespoints lw 3\n\n# ---- freq mod ----\nset key center right width -33 box\nset xrange[0:3]\nset yrange[0:25]\nset xtics auto\nset ytics 5\nunset y2range\nunset y2tics\nunset y2label\nset grid\nset title 'Frequency Modulation'\nset xlabel 'Input Frequency, $f$ (\\si{\\hertz})'\nset ylabel 'Output Period, $\\Delta t$ (\\si{\\micro\\second})'\nset grid\nset output \"..\/img\/plot\/freq_mod.tex\"\nplot \"freq_mod.txt\" index 0 using 1:2 with linespoints pt 8 lw 3 title '$\\SI{1}{\\volt}_\\text{\\footnotesize P-P}$',\\\n\t \"freq_mod.txt\" index 1 using 1:2 with linespoints pt 7 lw 3 title '$\\SI{2}{\\volt}_\\text{\\footnotesize P-P}$',\\\n\t \"freq_mod.txt\" index 2 using 1:2 with linespoints pt 5 lw 3 title '$\\SI{3}{\\volt}_\\text{\\footnotesize P-P}$'\n","old_contents":"# Gnuplot plot-generating script for ECE-L302 Lab 8\n# Note that this script requires the LUA Gnuplot terminal, which is not\n# distributed in all packages, and the gnuplot-lua-tikz LaTeX package to\n# process it. This can be found here:\n#\n# http:\/\/www.sfr-fresh.com\/unix\/misc\/gnuplot-4.4.2.tar.gz:t\/gnuplot-4.4.2\/share\/LaTeX\/gnuplot-lua-tikz.sty\n#\n# Execute this script with $gnuplot plots.gp\n#\n# Author: Sean Barag <sjb89@drexel.edu>\n\nset terminal tikz color solid size 4.25in,2.25in\n\n# --- Voltage Sweep ----\nset border 15\nset key center right width 1 box height 1\nset log x\nset xrange[0.0001:5]\nset yrange[0:150]\nset y2range[0:55]\nset y2tics auto\nset title 'Free-running Oscillator: Varying Capacitor'\nset xlabel 'Capacitance, $C_A$ (\\si{\\micro\\farad})'\nset ylabel 'Output Frequency, $f$ (\\si{\\kilo\\hertz})'\nset y2label 'Output Duty Cycle, (\\si{\\percent})'\nset grid\nset output \"..\/img\/plot\/free_run.tex\"\nplot \"free_run_c.txt\" using 1:3 with linespoints axis x1y1 lw 3 pt 8 title '$f$', \\\n \"free_run_c.txt\" using 1:4 with linespoints axis x1y2 lw 3 pt 5 title 'Duty Cycle'\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"049b55c8c0d29575767a683c63fea735903220b7","subject":"Add commented out boost variables in auto-generated make.settings.local, to simlify things and be closer to docs.","message":"Add commented out boost variables in auto-generated make.settings.local, to simlify things and be closer to docs.\n\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@2422 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2010 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nENABLE_SHARED\t?= no # set 'yes' to build a shared library instead of a static library (EXPERIMENTAL)\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.4.x\nMODEBASE\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nMODEBASE\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\nLIBEXTRA\t?= _boost\nendif\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual -Wundef\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBBASE\t\t?= stxxl\nLIBEXTRA\t?=\nMODEBASE\t?= stxxl\n\nLIBNAME\t\t?= $(LIBBASE)$(LIBEXTRA)\nMODENAME\t?= $(MODEBASE)$(LIBEXTRA)\n\n# Hint: for g++-4.4 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### SHARED LIBRARY ###############################################\n\nifeq ($(strip $(ENABLE_SHARED)),yes)\n\nLIBEXT\t?= so\nLIBGEN\t?= false # see lib\/GNUmakefile\nSTXXL_LIBRARY_SPECIFIC\t+= -fPIC\n\nendif\n\n###################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\n$(shell \/bin\/echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell \/bin\/echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043COMPILER_GCC\t = g++-4.4 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043USE_BOOST\t = no' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043BOOST_ROOT\t = ' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell \/bin\/echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell \/bin\/echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell \/bin\/echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell \/bin\/echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE\n\nSTXXL_LIBRARY_SPECIFIC\t+= -D_IN_LIBSTXXL\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_INCLUDE\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/include)\nBOOST_COMPILER_OPTIONS\t\t+= $(foreach inc,$(BOOST_INCLUDE),-I$(inc))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_PATH\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/lib)\nBOOST_LIB_COMPILER_SUFFIX\t?=\nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t$(foreach lib,$(BOOST_LIB_PATH),-L$(lib)) \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_system$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\nHEADER_FILES_BITS\t+= verbose.h unused.h compat_type_traits.h\nHEADER_FILES_BITS\t+= msvc_compatibility.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h new_alloc.h\nHEADER_FILES_COMMON\t+= mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h exithandler.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= request_queue_impl_1q.h\nHEADER_FILES_IO\t\t+= file.h disk_queued_file.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= bid.h typed_block.h diskallocator.h config.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h read_write_pool.h\nHEADER_FILES_MNG\t+= block_alloc.h block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\n#EADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\n#EADER_FILES_CONTAINERS\t+= pq_losertree.h\nHEADER_FILES_CONTAINERS\t+= queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h sort_helper.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\n# extension of object files\nOBJEXT\t\t?= $(MODENAME).o\n# extension of object files for the library\nLIBOBJEXT\t?= lib$(LIBNAME).o\nIIEXT\t\t?= $(MODENAME).ii\n# static library file extension\nLIBEXT\t\t?= a\n# executable file extension\nEXEEXT\t\t?= $(MODENAME).bin\n# static library generation\nLIBGEN\t\t?= ar cr\n# output file option for the compiler and linker\nOUT\t\t?= -o\n\no\t?= $(strip $(OBJEXT))\nlo\t?= $(strip $(LIBOBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.o=).d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.o=).dT -c $(OUTPUT_OPTION) $< && mv $(@:.o=).dT $(@:.o=).d\nendef\n\nDEPS_MAKEFILES\t\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\nEXTRA_DEPS_COMPILE\t?= $(DEPS_MAKEFILES)\n%.$o: %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(lo): PARALLEL_MODE_CPPFLAGS=\n%.$(lo): MCSTL_CPPFLAGS=\n%.$(lo): STXXL_COMPILER_OPTIONS += $(STXXL_LIBRARY_SPECIFIC)\n%.$(lo): o=$(lo)\n%.$(lo): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(EXTRA_DEPS_COMPILE)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2010 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nENABLE_SHARED\t?= no # set 'yes' to build a shared library instead of a static library (EXPERIMENTAL)\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.4.x\nMODEBASE\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nMODEBASE\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\nLIBEXTRA\t?= _boost\nendif\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual -Wundef\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBBASE\t\t?= stxxl\nLIBEXTRA\t?=\nMODEBASE\t?= stxxl\n\nLIBNAME\t\t?= $(LIBBASE)$(LIBEXTRA)\nMODENAME\t?= $(MODEBASE)$(LIBEXTRA)\n\n# Hint: for g++-4.4 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### SHARED LIBRARY ###############################################\n\nifeq ($(strip $(ENABLE_SHARED)),yes)\n\nLIBEXT\t?= so\nLIBGEN\t?= false # see lib\/GNUmakefile\nSTXXL_LIBRARY_SPECIFIC\t+= -fPIC\n\nendif\n\n###################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\n$(shell \/bin\/echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell \/bin\/echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043COMPILER_GCC\t = g++-4.4 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell \/bin\/echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell \/bin\/echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell \/bin\/echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell \/bin\/echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE\n\nSTXXL_LIBRARY_SPECIFIC\t+= -D_IN_LIBSTXXL\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_INCLUDE\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/include)\nBOOST_COMPILER_OPTIONS\t\t+= $(foreach inc,$(BOOST_INCLUDE),-I$(inc))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_PATH\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/lib)\nBOOST_LIB_COMPILER_SUFFIX\t?=\nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t$(foreach lib,$(BOOST_LIB_PATH),-L$(lib)) \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_system$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\nHEADER_FILES_BITS\t+= verbose.h unused.h compat_type_traits.h\nHEADER_FILES_BITS\t+= msvc_compatibility.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h new_alloc.h\nHEADER_FILES_COMMON\t+= mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h exithandler.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= request_queue_impl_1q.h\nHEADER_FILES_IO\t\t+= file.h disk_queued_file.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= bid.h typed_block.h diskallocator.h config.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h read_write_pool.h\nHEADER_FILES_MNG\t+= block_alloc.h block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\n#EADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\n#EADER_FILES_CONTAINERS\t+= pq_losertree.h\nHEADER_FILES_CONTAINERS\t+= queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h sort_helper.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\n# extension of object files\nOBJEXT\t\t?= $(MODENAME).o\n# extension of object files for the library\nLIBOBJEXT\t?= lib$(LIBNAME).o\nIIEXT\t\t?= $(MODENAME).ii\n# static library file extension\nLIBEXT\t\t?= a\n# executable file extension\nEXEEXT\t\t?= $(MODENAME).bin\n# static library generation\nLIBGEN\t\t?= ar cr\n# output file option for the compiler and linker\nOUT\t\t?= -o\n\no\t?= $(strip $(OBJEXT))\nlo\t?= $(strip $(LIBOBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.o=).d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.o=).dT -c $(OUTPUT_OPTION) $< && mv $(@:.o=).dT $(@:.o=).d\nendef\n\nDEPS_MAKEFILES\t\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\nEXTRA_DEPS_COMPILE\t?= $(DEPS_MAKEFILES)\n%.$o: %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(lo): PARALLEL_MODE_CPPFLAGS=\n%.$(lo): MCSTL_CPPFLAGS=\n%.$(lo): STXXL_COMPILER_OPTIONS += $(STXXL_LIBRARY_SPECIFIC)\n%.$(lo): o=$(lo)\n%.$(lo): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(EXTRA_DEPS_COMPILE)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4480c07a797a645114bc2a1dde6f73fec2bf85d1","subject":"colorchange","message":"colorchange","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastmonth.gp","new_file":"graphs\/pastmonth.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastmonth.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik per dag afgelopen maand \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"dag\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"blue\" \\\n , '' using 3 title \"T2\" lc \"orange\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie per dag afgelopen maand \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [kWh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"blue\" \\\n , '' using 5 title \"T2\" lc \"orange\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastmonth.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik per dag afgelopen maand \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"dag\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 3 title \"T2\" lc \"yellow\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie per dag afgelopen maand \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [kWh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 5 title \"T2\" lc \"yellow\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4eeb1ba0fb03f5382ce4d9a2800c43a7e14815aa","subject":"reduce yrange maximum from 1600","message":"reduce yrange maximum from 1600","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/avgday_u.gp","new_file":"graphs\/avgday_u.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddeld uurverbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\nset yrange [0:1200]\nset ytics 100\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'blue'\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddeld uurverbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\nset yrange [0:1600]\nset ytics 100\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'blue'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8ea4622e63d88a34f386ac1ab8817d79a88e5f64","subject":"typo fix","message":"typo fix\n","repos":"Mausy5043\/domod,Mausy5043\/domod,Mausy5043\/domod","old_file":"graph22.gp","new_file":"graph22.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) -=- \".strftime(\"%Y-%m-%d %H:%M\", time(0))\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%2.1f\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) -=- \".strftime(\"%Y-%m-%d %H:%M\", time(0))\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"``\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%2.1f\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7d600e36e0ff357cabfb6a5f2753dec86e4bf1d9","subject":"get rid of 'echo -e'","message":"get rid of 'echo -e'\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@2430 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2010 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nENABLE_SHARED\t?= no # set 'yes' to build a shared library instead of a static library (EXPERIMENTAL)\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.4.x\nMODEBASE\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nMODEBASE\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\nLIBEXTRA\t?= _boost\nendif\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual -Wundef\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBBASE\t\t?= stxxl\nLIBEXTRA\t?=\nMODEBASE\t?= stxxl\n\nLIBNAME\t\t?= $(LIBBASE)$(LIBEXTRA)\nMODENAME\t?= $(MODEBASE)$(LIBEXTRA)\n\n# Hint: for g++-4.4 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### SHARED LIBRARY ###############################################\n\nifeq ($(strip $(ENABLE_SHARED)),yes)\n\nLIBEXT\t?= so\nLIBGEN\t?= false # see lib\/GNUmakefile\nSTXXL_LIBRARY_SPECIFIC\t+= -fPIC\n\nendif\n\n###################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\ncmt\t= \\#\n$(shell echo '$(cmt)STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '$(cmt)MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)COMPILER_GCC\t = g++-4.4 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)USE_BOOST\t = no' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)BOOST_ROOT\t = ' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo '$(cmt)USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo '$(cmt)USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE\n\nSTXXL_LIBRARY_SPECIFIC\t+= -D_IN_LIBSTXXL\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_INCLUDE\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/include)\nBOOST_COMPILER_OPTIONS\t\t+= $(foreach inc,$(BOOST_INCLUDE),-I$(inc))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_PATH\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/lib)\nBOOST_LIB_COMPILER_SUFFIX\t?=\nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t$(foreach lib,$(BOOST_LIB_PATH),-L$(lib)) \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_system$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\nHEADER_FILES_BITS\t+= verbose.h unused.h compat_type_traits.h\nHEADER_FILES_BITS\t+= msvc_compatibility.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h new_alloc.h\nHEADER_FILES_COMMON\t+= mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h exithandler.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= request_queue_impl_1q.h\nHEADER_FILES_IO\t\t+= file.h disk_queued_file.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= bid.h typed_block.h diskallocator.h config.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h read_write_pool.h\nHEADER_FILES_MNG\t+= block_alloc.h block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\n#EADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\n#EADER_FILES_CONTAINERS\t+= pq_losertree.h\nHEADER_FILES_CONTAINERS\t+= queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h sort_helper.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\n# extension of object files\nOBJEXT\t\t?= $(MODENAME).o\n# extension of object files for the library\nLIBOBJEXT\t?= lib$(LIBNAME).o\nIIEXT\t\t?= $(MODENAME).ii\n# static library file extension\nLIBEXT\t\t?= a\n# executable file extension\nEXEEXT\t\t?= $(MODENAME).bin\n# static library generation\nLIBGEN\t\t?= ar cr\n# output file option for the compiler and linker\nOUT\t\t?= -o\n\no\t?= $(strip $(OBJEXT))\nlo\t?= $(strip $(LIBOBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.o=).d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.o=).dT -c $(OUTPUT_OPTION) $< && mv $(@:.o=).dT $(@:.o=).d\nendef\n\nDEPS_MAKEFILES\t\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\nEXTRA_DEPS_COMPILE\t?= $(DEPS_MAKEFILES)\n%.$o: %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(lo): PARALLEL_MODE_CPPFLAGS=\n%.$(lo): MCSTL_CPPFLAGS=\n%.$(lo): STXXL_COMPILER_OPTIONS += $(STXXL_LIBRARY_SPECIFIC)\n%.$(lo): o=$(lo)\n%.$(lo): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(EXTRA_DEPS_COMPILE)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2010 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nENABLE_SHARED\t?= no # set 'yes' to build a shared library instead of a static library (EXPERIMENTAL)\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.4.x\nMODEBASE\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nMODEBASE\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\nLIBEXTRA\t?= _boost\nendif\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual -Wundef\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBBASE\t\t?= stxxl\nLIBEXTRA\t?=\nMODEBASE\t?= stxxl\n\nLIBNAME\t\t?= $(LIBBASE)$(LIBEXTRA)\nMODENAME\t?= $(MODEBASE)$(LIBEXTRA)\n\n# Hint: for g++-4.4 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### SHARED LIBRARY ###############################################\n\nifeq ($(strip $(ENABLE_SHARED)),yes)\n\nLIBEXT\t?= so\nLIBGEN\t?= false # see lib\/GNUmakefile\nSTXXL_LIBRARY_SPECIFIC\t+= -fPIC\n\nendif\n\n###################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\n$(shell \/bin\/echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell \/bin\/echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043COMPILER_GCC\t = g++-4.4 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043USE_BOOST\t = no' >> $(CURDIR)\/make.settings.local)\n$(shell \/bin\/echo -e '\\043BOOST_ROOT\t = ' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell \/bin\/echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell \/bin\/echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell \/bin\/echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell \/bin\/echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE\n\nSTXXL_LIBRARY_SPECIFIC\t+= -D_IN_LIBSTXXL\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_INCLUDE\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/include)\nBOOST_COMPILER_OPTIONS\t\t+= $(foreach inc,$(BOOST_INCLUDE),-I$(inc))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_PATH\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/lib)\nBOOST_LIB_COMPILER_SUFFIX\t?=\nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t$(foreach lib,$(BOOST_LIB_PATH),-L$(lib)) \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_system$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\nHEADER_FILES_BITS\t+= verbose.h unused.h compat_type_traits.h\nHEADER_FILES_BITS\t+= msvc_compatibility.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h new_alloc.h\nHEADER_FILES_COMMON\t+= mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h exithandler.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= request_queue_impl_1q.h\nHEADER_FILES_IO\t\t+= file.h disk_queued_file.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= bid.h typed_block.h diskallocator.h config.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h read_write_pool.h\nHEADER_FILES_MNG\t+= block_alloc.h block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\n#EADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\n#EADER_FILES_CONTAINERS\t+= pq_losertree.h\nHEADER_FILES_CONTAINERS\t+= queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h sort_helper.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\n# extension of object files\nOBJEXT\t\t?= $(MODENAME).o\n# extension of object files for the library\nLIBOBJEXT\t?= lib$(LIBNAME).o\nIIEXT\t\t?= $(MODENAME).ii\n# static library file extension\nLIBEXT\t\t?= a\n# executable file extension\nEXEEXT\t\t?= $(MODENAME).bin\n# static library generation\nLIBGEN\t\t?= ar cr\n# output file option for the compiler and linker\nOUT\t\t?= -o\n\no\t?= $(strip $(OBJEXT))\nlo\t?= $(strip $(LIBOBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.o=).d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.o=).dT -c $(OUTPUT_OPTION) $< && mv $(@:.o=).dT $(@:.o=).d\nendef\n\nDEPS_MAKEFILES\t\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\nEXTRA_DEPS_COMPILE\t?= $(DEPS_MAKEFILES)\n%.$o: %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(lo): PARALLEL_MODE_CPPFLAGS=\n%.$(lo): MCSTL_CPPFLAGS=\n%.$(lo): STXXL_COMPILER_OPTIONS += $(STXXL_LIBRARY_SPECIFIC)\n%.$(lo): o=$(lo)\n%.$(lo): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(EXTRA_DEPS_COMPILE)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a706c60c8333091f60d52b8b95ab8ea0be5bc592","subject":"Tweaked cavity.plt.","message":"Tweaked cavity.plt.\n","repos":"frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME","old_file":"gnuplot\/cavity.plt","new_file":"gnuplot\/cavity.plt","new_contents":"# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 1;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = \"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = \"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = \"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = \"Multipole41\/CaviMlp_EFocus2_41.txt\";\n# Quadrupole.\nfile5 = \"Multipole41\/CaviMlp_EQuad_41.txt\";\n\n# Tranverse higher order H-field [A\/m] ([A] for dipole) vs. z [mm]\nfile6 = \"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = \"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = \"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = \"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\174\\174} [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus1 & EFocus2\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3, \\\n file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A\/m]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A\/m]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset multiplot;\n\nset size 1.0, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Thin Lens Model: Longitudinal Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_{\/Symbol \\174\\174} [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($4) notitle with impulses ls 1;\n\nset origin 0.0, 0.0;\nset title \"Transverse Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_{\/Symbol \\\\136} [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($6) axis x1y2 notitle with impulses ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","old_contents":"# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 0;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = \"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = \"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = \"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = \"Multipole41\/CaviMlp_EFocus2_41.txt\";\nfile5 = \"Multipole41\/CaviMlp_EQuad_41.txt\";\n\nfile6 = \"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = \"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = \"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = \"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_=? [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity: EFocus1\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus2\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [MV\/m]\";\nplot file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.0;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [kV?]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [kV?]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [kV?]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset multiplot;\n\nset size 1.0, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Thin Lens Model: Longitudinal Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_=? [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($4) notitle with impulses ls 1;\n\nset origin 0.0, 0.0;\nset title \"Transverse Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_=? [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($6) axis x1y2 notitle with impulses ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"79d446069a41cb74c0d5d78be753a498e0956fe6","subject":"Good!","message":"Good!\n","repos":"nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura","old_file":"attic\/xeon\/plot-stream-bench.gnu","new_file":"attic\/xeon\/plot-stream-bench.gnu","new_contents":"#!\/usr\/bin\/env gnuplot\nset term postscript enhanced color 20\n\nset log xy\nse gri\nset out \"benchmark-stream-xeon.eps\"\nset xlabel \"memory footprint(MB)\"\nset ylabel \"load bandwidth (GB\/s)\"\nset arrow from 40,10 to 40,1000 nohead lc 2\nset arrow from 4,10 to 4,1000 nohead lc 2\nset label 1 at first 100,12 \"Memory\"\nset label 3 at first 10,12 \"L3\"\nset label 2 at first 1,12 \"L2\"\nplot 'benchmark-stream-xeon.txt' u (8*$1\/2**20):(2*$4) lw 2 ps 4 t \"\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\nset term postscript enhanced color 20\n\nset log xy\nse gri\nset out \"benchmark-stream-xeon.eps\"\nset xlabel \"memory footprint(MB)\"\nset ylabel \"load bandwidth (GB\/s)\"\nset arrow from 40,10 to 40,1000 nohead lc 2\nset arrow from 4,10 to 4,1000 nohead lc 2\nset label 1 at first 100,12 \"Memory\"\nset label 3 at first 10,12 \"L3\"\nset label 2 at first 1,12 \"L2\"\nplot 'benchmark-stream-xeon.txt' u (4*$1\/2**20):(2*$4) lw 2 ps 4 t \"\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"011168a03f3500317db2f40557fa5dfd9014bd31","subject":"minor detial enegy plt","message":"minor detial enegy plt\n","repos":"luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script","old_file":"plot_scripts\/detail_energy.plt","new_file":"plot_scripts\/detail_energy.plt","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"mit","lang":"Gnuplot"} {"commit":"5dc837d6f5c5eb039f5dfeccbfc43462fd8a9f67","subject":"Adjusting titile","message":"Adjusting titile\n","repos":"izacarias\/mininet,izacarias\/mininet,izacarias\/mininet","old_file":"wifi\/results_10\/init_time.plot","new_file":"wifi\/results_10\/init_time.plot","new_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 5.0 patchlevel 3 last modified 2016-02-21 \n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2016\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\nGNUTERM = \"qt\"\n# set terminal qt 0 size 500, 300 enhanced font \"serif,10\" persist\nset terminal pdfcairo enhanced mono size 3.5in, 2.62in font \"serif, 10\"\nset style line 1 linecolor rgb \"#0060ad\" linewidth 1.500 dashtype solid pointtype 7 pointsize 0.55 pointinterval 0\nset style line 2 linecolor rgb \"#0060ad\" linewidth 0.500 dashtype solid pointtype 7 pointsize 0.55 pointinterval 0\nset xlabel font \"serif,12\"\nset ylabel font \"serif,12\"\nset xtics nomirror\nset ytics nomirror\nset border 3\nset grid x y\nunset logscale\nunset contour\nunset key\nset output \"init_time_graph.pdf\"\n# set title \"Playback Start Time\" \nset title\nset xlabel \"Simultaneous video streams being served\" \nset ylabel \"Video startup time (ms)\" \nset xrange [ 0.750000 : 9.25000 ] noreverse nowriteback\nset yrange [ 0.00000 : 1200.00 ] noreverse nowriteback\nplot \"gnuplot.txt\" using 1:2:3 w yerrorbars ls 2, '' using 1:2 w lines ls 1\n# EOF\n","old_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 5.0 patchlevel 3 last modified 2016-02-21 \n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2016\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\nGNUTERM = \"qt\"\n# set terminal qt 0 size 500, 300 enhanced font \"serif,10\" persist\nset terminal pdfcairo enhanced mono size 3.5in, 2.62in font \"serif, 10\"\nset style line 1 linecolor rgb \"#0060ad\" linewidth 1.500 dashtype solid pointtype 7 pointsize 0.55 pointinterval 0\nset style line 2 linecolor rgb \"#0060ad\" linewidth 0.500 dashtype solid pointtype 7 pointsize 0.55 pointinterval 0\nset xlabel font \"serif,12\"\nset ylabel font \"serif,12\"\nset xtics nomirror\nset ytics nomirror\nset border 3\nset grid x y\nunset logscale\nunset contour\nunset key\nset output \"init_time_graph.pdf\"\n# set title \"Video Startup Time\" \nset title\nset xlabel \"Simultaneous video streams being served\" \nset ylabel \"Video startup time (ms)\" \nset xrange [ 0.750000 : 9.25000 ] noreverse nowriteback\nset yrange [ 0.00000 : 1200.00 ] noreverse nowriteback\nplot \"gnuplot.txt\" using 1:2:3 w yerrorbars ls 2, '' using 1:2 w lines ls 1\n# EOF\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a9989afb333101103cd12be991c0876d201b45b3","subject":"Update plots.","message":"Update plots.\n","repos":"lasp-lang\/evaluation","old_file":"new_transmission.gnuplot","new_file":"new_transmission.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 0.8\n\nset border 3 front linewidth 1.000\nset boxwidth 0.8 absolute\nset style fill solid 1.00 noborder\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault lt 0 linewidth 0.500, lt 0 linewidth 0.500\nset key bmargin center horizontal Left reverse noenhanced autotitle columnhead nobox maxcols 2 maxrows 1\nset style histogram rowstacked title textcolor lt -1 offset character 2, 0.25, 0\nset style data histograms\nset cbtics border in scale 0,0 mirror norotate autojustify\nset rtics axis in scale 0,0 nomirror norotate autojustify\nset title \"Advertisement Impression Counter\" \nset xlabel \"(Client Number)\" \nset xlabel offset character 0, -1, 0 font \"\" textcolor lt -1 norotate\nset ylabel \"GB Transmitted\" \nset yrange [0:*]\nset ytics nomirror\n\n##set yrange [ 0.00000 : 900000. ] noreverse nowriteback\n\nset linetype 1 lc rgb \"#A00000\"\nset linetype 2 lc rgb \"#2c3e50\"\nset linetype 3 lc rgb \"#5060D0\"\nset linetype 4 lc rgb \"#F25900\"\nset datafile separator \",\"\nset output outputname\n# plot newhistogram \"32\", inputname using \"32_s\":xtic(1) t 'State' lc 3, '' u \"32_p\" t 'Protocol' lc 4, \\\n# newhistogram \"64\", '' u \"64_s\":xtic(1) t '' lc 3, '' u \"64_p\" t '' lc 4, \\\n# newhistogram \"128\", '' u \"128_s\":xtic(1) t '' lc 3, '' u \"128_p\" t '' lc 4, \\\n# newhistogram \"256\", '' u \"256_s\":xtic(1) t '' lc 3, '' u \"256_p\" t '' lc 4, \\\n# newhistogram \"512\", '' u \"512_s\":xtic(1) t '' lc 3, '' u \"512_p\" t '' lc 4, \\\n# newhistogram \"1024\", '' u \"1024_s\":xtic(1) t '' lc 3, '' u \"1024_p\" t '' lc 4\nplot newhistogram \"128\", inputname u \"128_s\":xtic(1) t '' lc 3, '' u \"128_p\" t '' lc 4, \\\n newhistogram \"256\", '' u \"256_s\":xtic(1) t '' lc 3, '' u \"256_p\" t '' lc 4, \\\n newhistogram \"512\", '' u \"512_s\":xtic(1) t '' lc 3, '' u \"512_p\" t '' lc 4, \\\n newhistogram \"1024\", '' u \"1024_s\":xtic(1) t '' lc 3, '' u \"1024_p\" t '' lc 4\n# plot newhistogram \"32\", inputname using \"32_s\":xtic(1) t 'State' lc 3, '' u \"32_p\" t 'Protocol' lc 4, \\\n# newhistogram \"64\", '' u \"64_s\":xtic(1) t '' lc 3, '' u \"64_p\" t '' lc 4\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 0.5\n\n\nset border 3 front linewidth 1.000\nset boxwidth 0.8 absolute\nset style fill solid 1.00 noborder\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault lt 0 linewidth 0.500, lt 0 linewidth 0.500\nset key bmargin center horizontal Left reverse noenhanced autotitle columnhead nobox maxcols 2 maxrows 1\nset style histogram rowstacked title textcolor lt -1 offset character 2, 0.25, 0\nset style data histograms\nset cbtics border in scale 0,0 mirror norotate autojustify\nset rtics axis in scale 0,0 nomirror norotate autojustify\nset title \"Advertisement Impression Counter\" \nset xlabel \"(Client Number)\" \nset xlabel offset character 0, -1, 0 font \"\" textcolor lt -1 norotate\nset ylabel \"GB Transmitted\" \nset yrange [0:*]\n##set yrange [ 0.00000 : 900000. ] noreverse nowriteback\n\nset linetype 1 lc rgb \"#A00000\"\nset linetype 2 lc rgb \"#2c3e50\"\nset linetype 3 lc rgb \"#5060D0\"\nset linetype 4 lc rgb \"#F25900\"\nset datafile separator \",\"\nset output outputname\nplot newhistogram \"32\", inputname using \"32_s\":xtic(1) t 'State' lc 3, '' u \"32_p\" t 'Protocol' lc 4, \\\n newhistogram \"64\", '' u \"64_s\":xtic(1) t '' lc 3, '' u \"64_p\" t '' lc 4, \\\n newhistogram \"128\", '' u \"128_s\":xtic(1) t '' lc 3, '' u \"128_p\" t '' lc 4, \\\n newhistogram \"256\", '' u \"256_s\":xtic(1) t '' lc 3, '' u \"256_p\" t '' lc 4\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"2c9074152222a29dc4e9759b38f9a1d2d8c0124a","subject":"added check, not sure if correct","message":"added check, not sure if correct\n","repos":"sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher","old_file":"oceanoptics\/get\/loop.gnu","new_file":"oceanoptics\/get\/loop.gnu","new_contents":"file_notempty(file) = system(\"[ -s '\".file.\"' ] && echo '1' || echo '0'\") + 0\n\nif( file_notempty(\".temp\") ) {\n set xrange [400:1000]\n set yrange [0:600000]\n set xlabel 'Wavelength\/nm'\n set ylabel 'Arbitrary Intensity \/unit'\n pause 0.5\n replot\n reread\n} else {\n pause 0.5\n reread\n}\n","old_contents":"\nset xrange [400:1000]\n\nset yrange [0:600000]\nset xlabel 'Wavelength\/nm'\nset ylabel 'Arbitrary Intensity \/unit'\npause 0.5\nreplot\nreread\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"1dfd5308060a3de10b328b8541536c44f3e3bfb0","subject":"add custom LDFLAGS","message":"add custom LDFLAGS\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@2933 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2010 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nENABLE_SHARED\t?= no # set 'yes' to build a shared library instead of a static library (EXPERIMENTAL)\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.4.x\nMODEBASE\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nMODEBASE\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\nLIBEXTRA\t?= _boost\nendif\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual -Wundef\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBBASE\t\t?= stxxl\nLIBEXTRA\t?=\nMODEBASE\t?= stxxl\n\nLIBNAME\t\t?= $(LIBBASE)$(LIBEXTRA)\nMODENAME\t?= $(MODEBASE)$(LIBEXTRA)\n\n# Hint: for g++-4.4 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### SHARED LIBRARY ###############################################\n\nifeq ($(strip $(ENABLE_SHARED)),yes)\n\nLIBEXT\t?= so\nLIBGEN\t?= false # see lib\/GNUmakefile\nSTXXL_LIBRARY_SPECIFIC\t+= -fPIC\n\nendif\n\n###################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\ncmt\t= \\#\n$(shell echo '$(cmt)STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '$(cmt)MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)COMPILER_GCC\t = g++-4.4 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)USE_BOOST\t = no' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)BOOST_ROOT\t = ' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo '$(cmt)USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo '$(cmt)USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE\n\nSTXXL_LIBRARY_SPECIFIC\t+= -D_IN_LIBSTXXL\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_INCLUDE\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/include)\nBOOST_COMPILER_OPTIONS\t\t+= $(foreach inc,$(BOOST_INCLUDE),-I$(inc))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_PATH\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/lib)\nBOOST_LIB_COMPILER_SUFFIX\t?=\nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t$(foreach lib,$(BOOST_LIB_PATH),-L$(lib)) \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_system$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\nHEADER_FILES_BITS\t+= verbose.h unused.h compat_type_traits.h\nHEADER_FILES_BITS\t+= msvc_compatibility.h deprecated.h libstxxl.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h new_alloc.h\nHEADER_FILES_COMMON\t+= mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h exithandler.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= request_queue_impl_1q.h\nHEADER_FILES_IO\t\t+= file.h disk_queued_file.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\nHEADER_FILES_IO\t\t+= create_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= bid.h typed_block.h diskallocator.h config.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h read_write_pool.h\nHEADER_FILES_MNG\t+= block_alloc.h block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\n#EADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\n#EADER_FILES_CONTAINERS\t+= pq_losertree.h\nHEADER_FILES_CONTAINERS\t+= queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h sort_helper.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\nHEADER_FILES_STREAM\t+= choose.h unique.h\nHEADER_FILES_STREAM\t+= sorted_runs.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\n# extension of object files\nOBJEXT\t\t?= $(MODENAME).o\n# extension of object files for the library\nLIBOBJEXT\t?= lib$(LIBNAME).o\nIIEXT\t\t?= $(MODENAME).ii\n# static library file extension\nLIBEXT\t\t?= a\n# executable file extension\nEXEEXT\t\t?= $(MODENAME).bin\n# static library generation\nLIBGEN\t\t?= ar cr\n# output file option for the compiler and linker\nOUT\t\t?= -o\n\no\t?= $(strip $(OBJEXT))\nlo\t?= $(strip $(LIBOBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.o=).d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.o=).dT -c $(OUTPUT_OPTION) $< && mv $(@:.o=).dT $(@:.o=).d\nendef\n\nDEPS_MAKEFILES\t\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\nEXTRA_DEPS_COMPILE\t?= $(DEPS_MAKEFILES)\n%.$o: %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(lo): PARALLEL_MODE_CPPFLAGS=\n%.$(lo): MCSTL_CPPFLAGS=\n%.$(lo): STXXL_COMPILER_OPTIONS += $(STXXL_LIBRARY_SPECIFIC)\n%.$(lo): o=$(lo)\n%.$(lo): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(EXTRA_DEPS_COMPILE)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(LDFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2010 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nENABLE_SHARED\t?= no # set 'yes' to build a shared library instead of a static library (EXPERIMENTAL)\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.4.x\nMODEBASE\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nMODEBASE\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\nLIBEXTRA\t?= _boost\nendif\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual -Wundef\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBBASE\t\t?= stxxl\nLIBEXTRA\t?=\nMODEBASE\t?= stxxl\n\nLIBNAME\t\t?= $(LIBBASE)$(LIBEXTRA)\nMODENAME\t?= $(MODEBASE)$(LIBEXTRA)\n\n# Hint: for g++-4.4 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### SHARED LIBRARY ###############################################\n\nifeq ($(strip $(ENABLE_SHARED)),yes)\n\nLIBEXT\t?= so\nLIBGEN\t?= false # see lib\/GNUmakefile\nSTXXL_LIBRARY_SPECIFIC\t+= -fPIC\n\nendif\n\n###################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\ncmt\t= \\#\n$(shell echo '$(cmt)STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '$(cmt)MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)COMPILER_GCC\t = g++-4.4 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)USE_BOOST\t = no' >> $(CURDIR)\/make.settings.local)\n$(shell echo '$(cmt)BOOST_ROOT\t = ' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo '$(cmt)USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo '$(cmt)USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE\n\nSTXXL_LIBRARY_SPECIFIC\t+= -D_IN_LIBSTXXL\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_INCLUDE\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/include)\nBOOST_COMPILER_OPTIONS\t\t+= $(foreach inc,$(BOOST_INCLUDE),-I$(inc))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_PATH\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/lib)\nBOOST_LIB_COMPILER_SUFFIX\t?=\nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t$(foreach lib,$(BOOST_LIB_PATH),-L$(lib)) \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_system$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\nHEADER_FILES_BITS\t+= verbose.h unused.h compat_type_traits.h\nHEADER_FILES_BITS\t+= msvc_compatibility.h deprecated.h libstxxl.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h new_alloc.h\nHEADER_FILES_COMMON\t+= mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h exithandler.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= request_queue_impl_1q.h\nHEADER_FILES_IO\t\t+= file.h disk_queued_file.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\nHEADER_FILES_IO\t\t+= create_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= bid.h typed_block.h diskallocator.h config.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h read_write_pool.h\nHEADER_FILES_MNG\t+= block_alloc.h block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\n#EADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\n#EADER_FILES_CONTAINERS\t+= pq_losertree.h\nHEADER_FILES_CONTAINERS\t+= queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h sort_helper.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\nHEADER_FILES_STREAM\t+= choose.h unique.h\nHEADER_FILES_STREAM\t+= sorted_runs.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\n# extension of object files\nOBJEXT\t\t?= $(MODENAME).o\n# extension of object files for the library\nLIBOBJEXT\t?= lib$(LIBNAME).o\nIIEXT\t\t?= $(MODENAME).ii\n# static library file extension\nLIBEXT\t\t?= a\n# executable file extension\nEXEEXT\t\t?= $(MODENAME).bin\n# static library generation\nLIBGEN\t\t?= ar cr\n# output file option for the compiler and linker\nOUT\t\t?= -o\n\no\t?= $(strip $(OBJEXT))\nlo\t?= $(strip $(LIBOBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.o=).d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.o=).dT -c $(OUTPUT_OPTION) $< && mv $(@:.o=).dT $(@:.o=).d\nendef\n\nDEPS_MAKEFILES\t\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\nEXTRA_DEPS_COMPILE\t?= $(DEPS_MAKEFILES)\n%.$o: %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(lo): PARALLEL_MODE_CPPFLAGS=\n%.$(lo): MCSTL_CPPFLAGS=\n%.$(lo): STXXL_COMPILER_OPTIONS += $(STXXL_LIBRARY_SPECIFIC)\n%.$(lo): o=$(lo)\n%.$(lo): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(EXTRA_DEPS_COMPILE)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c8da236e7114a59e20c17510667e151242ab6223","subject":"Added flags","message":"Added flags\n\n -Wdeclaration-after-statement -Wnested-externs\n\nfor developer compiling of runtime sources to catch C++ism and nested\nexterns.\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@8567 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"sungeunchoi\/chapel,sungeunchoi\/chapel,hildeth\/chapel,hildeth\/chapel,sungeunchoi\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,hildeth\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,hildeth\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel","old_file":"make\/Makefile.gnu","new_file":"make\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\n\n#\n# General Flags\n#\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\nifdef DEBUG\nCFLAGS += -g\nendif\n\nifdef OPTIMIZE\nCFLAGS += -O2\nendif\n\nifdef PROFILE\nCFLAGS += -pg\nLDFLAGS += -pg\nendif\n\nifdef CHPL_DEVELOPER\nCFLAGS += -Wall -Werror\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\n\nCOMP_CFLAGS = $(CFLAGS)\nRUNTIME_CFLAGS = $(CFLAGS)\nGEN_CFLAGS = \n\nifdef CHPL_DEVELOPER\nRUNTIME_CFLAGS += -Wmissing-declarations -Wmissing-prototypes -Wstrict-prototypes -Wdeclaration-after-statement -Wnested-externs\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\n\n#\n# General Flags\n#\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\nifdef DEBUG\nCFLAGS += -g\nendif\n\nifdef OPTIMIZE\nCFLAGS += -O2\nendif\n\nifdef PROFILE\nCFLAGS += -pg\nLDFLAGS += -pg\nendif\n\nifdef CHPL_DEVELOPER\nCFLAGS += -Wall -Werror\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\n\nCOMP_CFLAGS = $(CFLAGS)\nRUNTIME_CFLAGS = $(CFLAGS)\nGEN_CFLAGS = \n\nifdef CHPL_DEVELOPER\nRUNTIME_CFLAGS += -Wmissing-declarations -Wmissing-prototypes -Wstrict-prototypes\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"ff60af937c8f6943afb82f0500a1cd0ba9c71db7","subject":"stxxl.mk: '=' alignment","message":"stxxl.mk: '=' alignment\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1557 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# Makefile.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(CURDIR)\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= common io mng containers algo stream lib utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_PMODE)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_PARALLEL_MODE)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_PARALLEL_MODE)\nendif\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\n# dummy target for initial creation of make.settings.local\nconfig:\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C common tools\n\t$(MAKE) -C utils tools\n\n$(LIBNAME).stamp: build-lib\n\t$(RM) $@ $(LIBNAME).mk.tmp\n\techo 'STXXL_CXX\t\t\t = $(COMPILER)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t\t\t = $(stxxl_mk_cppflags)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS\t\t\t = $(stxxl_mk_ldlibs)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t\t = $(STXXL_SPECIFIC)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t\t = $(STXXL_LIBDEPS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_PARALLEL_MODE\t = $(PARALLEL_MODE_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_PARALLEL_MODE\t = $(PARALLEL_MODE_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t\t = $(MCSTL_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t\t = $(MCSTL_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t\t = $(BOOST_LINKER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t\t = $(WARNINGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_DEBUGFLAGS\t\t = $(DEBUG)'\t>> $(LIBNAME).mk.tmp\n\tcmp -s $(LIBNAME).mk.tmp $(LIBNAME).mk || mv $(LIBNAME).mk.tmp $(LIBNAME).mk\n\t$(RM) $(LIBNAME).mk.tmp\n\ttouch $@\n\nlibrary: $(LIBNAME).stamp\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library\nendif\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nGET_SVNVERSION\t\t?= LC_ALL=POSIX svnversion $(realpath $1)\nGET_SVN_INFO\t\t?= LC_ALL=POSIX svn info $(realpath $1)\nGET_SVN_INFO_SED\t?= sed\nGET_SVN_INFO_DATE\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Date\/{' -e 's\/.*: \/\/' -e 's\/ .*\/\/' -e 's\/-\/\/g' -e 'p' -e '}'\nGET_SVN_INFO_REV\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Rev\/s\/.*: \/\/p'\nGET_SVN_INFO_BRANCH\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/URL\/{' -e 's\/.*\\\/svnroot\\\/stxxl\/\/' -e '\/branches\/s\/\\\/branches\\\/\/\/p' -e '}'\n\nSTXXL_SVN_BRANCH\t:= $(shell $(call GET_SVN_INFO_BRANCH, .))\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, .))\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, .))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, .))\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, $(MCSTL_ROOT)))\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, $(MCSTL_ROOT)))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(LIBNAME).mk $(LIBNAME).mk.tmp\n\n\nifneq (,$(wildcard .svn))\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\t$(RM) -r reltmp\/stxxl-$(REL_VERSION)\/homepage\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not committed:\"\n\t@svn status -q\nendif\n\n\n.PHONY: main config library library-fast tests clean release\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# Makefile.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(CURDIR)\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= common io mng containers algo stream lib utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_PMODE)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_PARALLEL_MODE)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_PARALLEL_MODE)\nendif\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\n# dummy target for initial creation of make.settings.local\nconfig:\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C common tools\n\t$(MAKE) -C utils tools\n\n$(LIBNAME).stamp: build-lib\n\t$(RM) $@ $(LIBNAME).mk.tmp\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_PARALLEL_MODE\t = $(PARALLEL_MODE_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_PARALLEL_MODE\t = $(PARALLEL_MODE_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t = $(WARNINGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_DEBUGFLAGS\t\t = $(DEBUG)'\t>> $(LIBNAME).mk.tmp\n\tcmp -s $(LIBNAME).mk.tmp $(LIBNAME).mk || mv $(LIBNAME).mk.tmp $(LIBNAME).mk\n\t$(RM) $(LIBNAME).mk.tmp\n\ttouch $@\n\nlibrary: $(LIBNAME).stamp\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library\nendif\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nGET_SVNVERSION\t\t?= LC_ALL=POSIX svnversion $(realpath $1)\nGET_SVN_INFO\t\t?= LC_ALL=POSIX svn info $(realpath $1)\nGET_SVN_INFO_SED\t?= sed\nGET_SVN_INFO_DATE\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Date\/{' -e 's\/.*: \/\/' -e 's\/ .*\/\/' -e 's\/-\/\/g' -e 'p' -e '}'\nGET_SVN_INFO_REV\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Rev\/s\/.*: \/\/p'\nGET_SVN_INFO_BRANCH\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/URL\/{' -e 's\/.*\\\/svnroot\\\/stxxl\/\/' -e '\/branches\/s\/\\\/branches\\\/\/\/p' -e '}'\n\nSTXXL_SVN_BRANCH\t:= $(shell $(call GET_SVN_INFO_BRANCH, .))\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, .))\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, .))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, .))\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, $(MCSTL_ROOT)))\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, $(MCSTL_ROOT)))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(LIBNAME).mk $(LIBNAME).mk.tmp\n\n\nifneq (,$(wildcard .svn))\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\t$(RM) -r reltmp\/stxxl-$(REL_VERSION)\/homepage\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not committed:\"\n\t@svn status -q\nendif\n\n\n.PHONY: main config library library-fast tests clean release\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"24410a81114bfda49bd5968f06314624aa1d5349","subject":"rrepair, plots: minor improvement, add a description of a missing parameter","message":"rrepair, plots: minor improvement, add a description of a missing parameter\n","repos":"scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris","old_file":"contrib\/rrepair\/eval_data_inc.gp","new_file":"contrib\/rrepair\/eval_data_inc.gp","new_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tsrcFile5 -> source file 5 path (optional)\n#\tsrcFile5_title -> prepend this to titles of lines from srcFile5 (optional unless srcFile5 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n#\tplot_label -> additional label to print at the bottom left of the screen (optional)\n#\tRC_costs_note -> replaces \"phase 1+2\" in the y-axis description of the transfer costs (optional)\n#\tfilename -> defaults to \"all_file\" (no extension, .pdf will be appended)\n#\tsystemSize -> lower system size (upper system size: systemSize * 4**5)\n\nset macro\n\nload colDefFile\n\nplotCount = exists(\"srcFile5\") && strlen(srcFile5) > 0 ? 5 : exists(\"srcFile4\") && strlen(srcFile4) > 0 ? 4 : exists(\"srcFile3\") && strlen(srcFile3) > 0 ? 3 : exists(\"srcFile2\") && strlen(srcFile2) > 0 ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\") . (plotCount >= 5 ? \" \" . srcFile5 : \"\")\nget_file(i) = (i == 5) ? srcFile5 : (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 5) ? srcFile5_title : (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\n\n# http:\/\/colorbrewer2.org\/?type=qualitative&scheme=Set1&n=5\n# (#e41a1c, #377eb8, #4daf4a, #984ea3, #ff7f00)\n# -> a little brighter version:\nset style line 1 lw 1 lt 1 lc rgb '#ff191b' pt 5 # dark red\nset style line 2 lw 1 lt 1 lc rgb '#2d8ede' pt 9 # dark blue\nset style line 3 lw 1 lt 1 lc rgb '#59c955' pt 7 # dark green\nset style line 4 lw 1 lt 1 lc rgb '#b05abd' pt 4 # dark purple\nset style line 5 lw 1 lt 1 lc rgb '#ff7f00' pt 10 # dark orange\n\nset dashtype 11 (8,6,8,6)\nset style line 6 lw 1 lt 1 dt 11 lc rgb \"#777777\" pt 8 # gray (for the naive line)\n\nset style line 101 lw 1 lt 1 lc rgb '#ff191b' pt 0 # dark red\nset style line 102 lw 1 lt 1 lc rgb '#2d8ede' pt 0 # dark blue\nset style line 103 lw 1 lt 1 lc rgb '#59c955' pt 0 # dark green\nset style line 104 lw 1 lt 1 lc rgb '#b05abd' pt 0 # dark purple\nset style line 105 lw 1 lt 1 lc rgb '#ff7f00' pt 0 # dark orange\n\nif (plotCount == 5) {\n plotShift(x, i) = (i == 5) ? (x + (x \/ 1.6)) : (i == 4) ? (x + (x \/ 3.7)) : (i == 3) ? (x) : (i == 2) ? (x - (x \/ 4.6)) : (x - (x \/ 2.6))\n} else {\n if (plotCount == 4) {\n plotShift(x, i) = (i == 4) ? (x + (x \/ 1.9)) : (i == 3) ? (x + (x \/ 6.5)) : (i == 2) ? (x - (x \/ 7.9)) : (x - (x \/ 2.95))\n } else {\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + (x \/ 2.3)) : (i == 2) ? (x) : (x - (x \/ 3.2))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + (x \/ 3)) : (x - (x \/ 4))\n } else {\n plotShift(x, i) = x\n }\n }\n }\n}\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nif (!exists(\"systemSize\")) {\n systemSize = 4000\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nif (!exists(\"filename\")) {\n filename = \"all_file\"\n}\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\nbw_min=1\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n if (STATS_min < bw_min) {bw_min = STATS_min}\n}\n# is naive solution more expensive?\nstats get_file(1) using (kB(column(col_dbsize)\/4*(128+32)\/8)) nooutput\nif (STATS_max > bw_max) {bw_max = STATS_max}\nif (STATS_min < bw_min) {bw_min = STATS_min}\nbw_min = 2.0**floor(log(bw_min) \/ log(2))\n\nkey_width_fun(i) = min(-0.5, (9-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.25)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n# print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset logscale x 2\nset xrange [((systemSize\/1000.0)\/2):((systemSize\/1000.0)*4**5*2)] # TODO: adapt if number of data points changes!\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount >= 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\narrow_di=0 # added to each i in loop - arrows drawn at (i+arrow_di)*arrow_dx\narrow_xpoints=6 # TODO: adapt if number of data points changes!\narrow_dx=1.0\/arrow_xpoints # grid spacing in x\n\nset style line 100 lw 2 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset boxwidth plot_boxwidth relative\nset style fill solid 1 border -1\nsystemSizeScaled = systemSize \/ 1000.0\nset xtics scale 0.1 systemSizeScaled,4\nset ytics scale 0.8\nset grid noxtics nomxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset for [i=1:arrow_xpoints] arrow from graph (i+arrow_di)*arrow_dx,graph 0 to graph (i+arrow_di)*arrow_dx,graph 1 nohead back linetype 0 linewidth 1.000\n\nset o destDir . filename . \".\" . fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = 0.023 + ((plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full)\nred_height = (plotCount > 1) ? 0.170 : 0.174\nred_pos_y = (plotCount > 1) ? bw_height_full - 0.033 : bw_height_full - 0.035\nacc_height_full = (plotCount > 1) ? 0.200 : 0.204\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.007) : (red_pos_y + red_height - 0.025)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nif (acc_upd_max > 0.5 && acc_upd_max <= 1) {\n set ytics 0.2\n} else {\n if (acc_upd_max > 3 && acc_upd_max <= 6) {\n set ytics 1\n } else {\n if (acc_upd_max > 6 && acc_upd_max <= 12) {\n set ytics 2\n } else {\n if (acc_upd_max > 12 && acc_upd_max <= 30) {\n set ytics 5\n } else {\n set ytics autofreq\n }\n }\n }\n}\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nset format y \" %4.1f\"\nif (plotCount > 1) {\n set key at screen 0.500,(acc_pos_y + 0.003) center center vertical Left reverse noopaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-3.2) : plotCount >= 4 ? (key_width+2) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset size all_width_r,acc_height\nif (regenAccInPercent == 1) {\n set y2tics mirror format \"%-3.0f_{\u00a0}%%\" offset 0 scale 0.8\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set y2tics mirror format \"%-4.1f \" scale 0.8\n if (acc_reg_max > 0.5 && acc_reg_max <= 1) {\n set y2tics 0.2\n } else {\n if (acc_reg_max > 3 && acc_reg_max <= 6) {\n set y2tics 1\n } else {\n if (acc_reg_max > 6 && acc_reg_max <= 12) {\n set y2tics 2\n } else {\n if (acc_reg_max > 12 && acc_reg_max <= 30) {\n set y2tics 5\n } else {\n set y2tics autofreq\n }\n }\n }\n }\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (red_max > 0.5 && red_max <= 1) {\n set ytics 0.2\n} else {\n if (red_max > 2 && red_max <= 6) {\n set ytics 1\n } else {\n if (red_max > 6 && red_max <= 12) {\n set ytics 2\n } else {\n set ytics autofreq\n }\n }\n}\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nset format y \"%5.1f\"\nset format y2 \"%-5.1f\"\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) t get_title(i) ls i\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\nif (red_max > 0.5 && red_max <= 1) {\n set y2tics 0.2\n} else {\n if (red_max > 2 && red_max <= 6) {\n set y2tics 1\n } else {\n if (red_max > 6 && red_max <= 12) {\n set y2tics 2\n } else {\n set y2tics autofreq\n }\n }\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics autofreq scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,-0.025\nset xlabel \"n in 10^3 (outdated \u03b4)\" font \",16\"\nset ylabel sprintf(\"Transfer costs (%s) in KiB\",exists(\"RC_costs_note\") ? RC_costs_note : \"phase 1+2\") font \",16\"\nset yrange [bw_min:bw_max*1.2]\nset y2range [bw_min:bw_max*1.2]\nset logscale y 2\nset logscale y2 2\nif (bw_min < 1) {\n if (bw_min < 0.5) {\nset format y \" 2^{%L}\"\n } else {\nset format y \"%4.1f\"\n }\n} else {\nset format y \"%5.0f\"\n}\nset format x\nif (plotCount > 1) {\n set key at screen 0.500,(red_pos_y + 0.0065) center center vertical Left reverse noopaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-3.2) : plotCount >= 4 ? (key_width+2) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nLABELu = \"n \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at systemSizeScaled*1.5,systemSize*66*(128+32)\/8\/1024 LABELu front left font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with lines notitle ls (plotCount > 1 ? (100+i) : 100) lw 2, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)\/4*(128+32)\/8)) with linespoints notitle ls 6 lw 2\n\nset size all_width_r,bw_height\nset origin 0.49,-0.025\nset xlabel \"n in 10^3 (missing \u03b4)\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics autofreq mirror scale 0.8\nif (bw_min < 1) {\n if (bw_min < 0.5) {\nset format y2 \" 2^{%L}\"\n } else {\nset format y2 \"%4.1f\"\n }\n} else {\nset format y2 \"%5.0f\"\n}\n\nunset label 10\nLABELr = \"n \u00d7 (1-\u03b4) \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at systemSizeScaled,128*systemSize*(128+32)\/8\/1024 LABELr front left font \",12\" textcolor rgb \"#777777\"\n\nif (exists(\"plot_label\") && strlen(plot_label) > 0) {\n# label with box: (box width unreliable for enhanced text)\n# set obj 100 rect at char (strlen(plot_label)\/2.0+0.25),char 1 size char strlen(plot_label),char 1\n# set obj 100 fillstyle empty border -1 front\nunset label 100\nset label 100 at char 1,char 1 plot_label front left font \",12\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with lines notitle ls (plotCount > 1 ? (100+i) : 100) lw 2, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)*(1-column(col_failrate)\/100.0)\/4*(128+32)\/8)) with linespoints notitle ls 6 lw 2\n","old_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tsrcFile5 -> source file 5 path (optional)\n#\tsrcFile5_title -> prepend this to titles of lines from srcFile5 (optional unless srcFile5 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n#\tplot_label -> additional label to print at the bottom left of the screen (optional)\n#\tRC_costs_note -> replaces \"phase 1+2\" in the y-axis description of the transfer costs (optional)\n#\tfilename -> defaults to \"all_file\" (no extension, .pdf will be appended)\n\nset macro\n\nload colDefFile\n\nplotCount = exists(\"srcFile5\") && strlen(srcFile5) > 0 ? 5 : exists(\"srcFile4\") && strlen(srcFile4) > 0 ? 4 : exists(\"srcFile3\") && strlen(srcFile3) > 0 ? 3 : exists(\"srcFile2\") && strlen(srcFile2) > 0 ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\") . (plotCount >= 5 ? \" \" . srcFile5 : \"\")\nget_file(i) = (i == 5) ? srcFile5 : (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 5) ? srcFile5_title : (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\n\n# http:\/\/colorbrewer2.org\/?type=qualitative&scheme=Set1&n=5\n# (#e41a1c, #377eb8, #4daf4a, #984ea3, #ff7f00)\n# -> a little brighter version:\nset style line 1 lw 1 lt 1 lc rgb '#ff191b' pt 5 # dark red\nset style line 2 lw 1 lt 1 lc rgb '#2d8ede' pt 9 # dark blue\nset style line 3 lw 1 lt 1 lc rgb '#59c955' pt 7 # dark green\nset style line 4 lw 1 lt 1 lc rgb '#b05abd' pt 4 # dark purple\nset style line 5 lw 1 lt 1 lc rgb '#ff7f00' pt 10 # dark orange\n\nset dashtype 11 (8,6,8,6)\nset style line 6 lw 1 lt 1 dt 11 lc rgb \"#777777\" pt 8 # gray (for the naive line)\n\nset style line 101 lw 1 lt 1 lc rgb '#ff191b' pt 0 # dark red\nset style line 102 lw 1 lt 1 lc rgb '#2d8ede' pt 0 # dark blue\nset style line 103 lw 1 lt 1 lc rgb '#59c955' pt 0 # dark green\nset style line 104 lw 1 lt 1 lc rgb '#b05abd' pt 0 # dark purple\nset style line 105 lw 1 lt 1 lc rgb '#ff7f00' pt 0 # dark orange\n\nif (plotCount == 5) {\n plotShift(x, i) = (i == 5) ? (x + (x \/ 1.6)) : (i == 4) ? (x + (x \/ 3.7)) : (i == 3) ? (x) : (i == 2) ? (x - (x \/ 4.6)) : (x - (x \/ 2.6))\n} else {\n if (plotCount == 4) {\n plotShift(x, i) = (i == 4) ? (x + (x \/ 1.9)) : (i == 3) ? (x + (x \/ 6.5)) : (i == 2) ? (x - (x \/ 7.9)) : (x - (x \/ 2.95))\n } else {\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + (x \/ 2.3)) : (i == 2) ? (x) : (x - (x \/ 3.2))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + (x \/ 3)) : (x - (x \/ 4))\n } else {\n plotShift(x, i) = x\n }\n }\n }\n}\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nif (!exists(\"systemSize\")) {\n systemSize = 4000\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nif (!exists(\"filename\")) {\n filename = \"all_file\"\n}\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\nbw_min=1\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n if (STATS_min < bw_min) {bw_min = STATS_min}\n}\n# is naive solution more expensive?\nstats get_file(1) using (kB(column(col_dbsize)\/4*(128+32)\/8)) nooutput\nif (STATS_max > bw_max) {bw_max = STATS_max}\nif (STATS_min < bw_min) {bw_min = STATS_min}\nbw_min = 2.0**floor(log(bw_min) \/ log(2))\n\nkey_width_fun(i) = min(-0.5, (9-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.25)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n# print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset logscale x 2\nset xrange [((systemSize\/1000.0)\/2):((systemSize\/1000.0)*4**5*2)] # TODO: adapt if number of data points changes!\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount >= 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\narrow_dx=.166666666667 # grid spacing in x\narrow_di=0 # added to each i in loop - arrows drawn at (i+arrow_di)*arrow_dx\narrow_xpoints=6 # TODO: adapt if number of data points changes!\n\nset style line 100 lw 2 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset boxwidth plot_boxwidth relative\nset style fill solid 1 border -1\nsystemSizeScaled = systemSize \/ 1000.0\nset xtics scale 0.1 systemSizeScaled,4\nset ytics scale 0.8\nset grid noxtics nomxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset for [i=1:arrow_xpoints] arrow from graph (i+arrow_di)*arrow_dx,graph 0 to graph (i+arrow_di)*arrow_dx,graph 1 nohead back linetype 0 linewidth 1.000\n\nset o destDir . filename . \".\" . fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = 0.023 + ((plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full)\nred_height = (plotCount > 1) ? 0.170 : 0.174\nred_pos_y = (plotCount > 1) ? bw_height_full - 0.033 : bw_height_full - 0.035\nacc_height_full = (plotCount > 1) ? 0.200 : 0.204\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.007) : (red_pos_y + red_height - 0.025)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nif (acc_upd_max > 0.5 && acc_upd_max <= 1) {\n set ytics 0.2\n} else {\n if (acc_upd_max > 3 && acc_upd_max <= 6) {\n set ytics 1\n } else {\n if (acc_upd_max > 6 && acc_upd_max <= 12) {\n set ytics 2\n } else {\n if (acc_upd_max > 12 && acc_upd_max <= 30) {\n set ytics 5\n } else {\n set ytics autofreq\n }\n }\n }\n}\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nset format y \" %4.1f\"\nif (plotCount > 1) {\n set key at screen 0.500,(acc_pos_y + 0.003) center center vertical Left reverse noopaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-3.2) : plotCount >= 4 ? (key_width+2) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset size all_width_r,acc_height\nif (regenAccInPercent == 1) {\n set y2tics mirror format \"%-3.0f_{\u00a0}%%\" offset 0 scale 0.8\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set y2tics mirror format \"%-4.1f \" scale 0.8\n if (acc_reg_max > 0.5 && acc_reg_max <= 1) {\n set y2tics 0.2\n } else {\n if (acc_reg_max > 3 && acc_reg_max <= 6) {\n set y2tics 1\n } else {\n if (acc_reg_max > 6 && acc_reg_max <= 12) {\n set y2tics 2\n } else {\n if (acc_reg_max > 12 && acc_reg_max <= 30) {\n set y2tics 5\n } else {\n set y2tics autofreq\n }\n }\n }\n }\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (red_max > 0.5 && red_max <= 1) {\n set ytics 0.2\n} else {\n if (red_max > 2 && red_max <= 6) {\n set ytics 1\n } else {\n if (red_max > 6 && red_max <= 12) {\n set ytics 2\n } else {\n set ytics autofreq\n }\n }\n}\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nset format y \"%5.1f\"\nset format y2 \"%-5.1f\"\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) t get_title(i) ls i\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\nif (red_max > 0.5 && red_max <= 1) {\n set y2tics 0.2\n} else {\n if (red_max > 2 && red_max <= 6) {\n set y2tics 1\n } else {\n if (red_max > 6 && red_max <= 12) {\n set y2tics 2\n } else {\n set y2tics autofreq\n }\n }\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics autofreq scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,-0.025\nset xlabel \"n in 10^3 (outdated \u03b4)\" font \",16\"\nset ylabel sprintf(\"Transfer costs (%s) in KiB\",exists(\"RC_costs_note\") ? RC_costs_note : \"phase 1+2\") font \",16\"\nset yrange [bw_min:bw_max*1.2]\nset y2range [bw_min:bw_max*1.2]\nset logscale y 2\nset logscale y2 2\nif (bw_min < 1) {\n if (bw_min < 0.5) {\nset format y \" 2^{%L}\"\n } else {\nset format y \"%4.1f\"\n }\n} else {\nset format y \"%5.0f\"\n}\nset format x\nif (plotCount > 1) {\n set key at screen 0.500,(red_pos_y + 0.0065) center center vertical Left reverse noopaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-3.2) : plotCount >= 4 ? (key_width+2) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nLABELu = \"n \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at systemSizeScaled*1.5,systemSize*66*(128+32)\/8\/1024 LABELu front left font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with lines notitle ls (plotCount > 1 ? (100+i) : 100) lw 2, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)\/4*(128+32)\/8)) with linespoints notitle ls 6 lw 2\n\nset size all_width_r,bw_height\nset origin 0.49,-0.025\nset xlabel \"n in 10^3 (missing \u03b4)\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics autofreq mirror scale 0.8\nif (bw_min < 1) {\n if (bw_min < 0.5) {\nset format y2 \" 2^{%L}\"\n } else {\nset format y2 \"%4.1f\"\n }\n} else {\nset format y2 \"%5.0f\"\n}\n\nunset label 10\nLABELr = \"n \u00d7 (1-\u03b4) \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at systemSizeScaled,128*systemSize*(128+32)\/8\/1024 LABELr front left font \",12\" textcolor rgb \"#777777\"\n\nif (exists(\"plot_label\") && strlen(plot_label) > 0) {\n# label with box: (box width unreliable for enhanced text)\n# set obj 100 rect at char (strlen(plot_label)\/2.0+0.25),char 1 size char strlen(plot_label),char 1\n# set obj 100 fillstyle empty border -1 front\nunset label 100\nset label 100 at char 1,char 1 plot_label front left font \",12\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with lines notitle ls (plotCount > 1 ? (100+i) : 100) lw 2, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)*(1-column(col_failrate)\/100.0)\/4*(128+32)\/8)) with linespoints notitle ls 6 lw 2\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"39bf6ecce89488ad549ae0bfbcb3a14958f19b23","subject":"one too many `fc`","message":"one too many `fc`\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"kamactual.gp","new_file":"kamactual.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 5 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 5 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 5 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):5 title \" Vermogen [W]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 5 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 5 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 5 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):5 title \" Vermogen [W]\" with lines lw 0.1 fc fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):5 with lines lw 0.1 fc fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):5 with lines lw 0.1 fc fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d2ea4ee23b61ed4be8661b36a920bdc5530bf53a","subject":"Fix syntax in v.plt","message":"Fix syntax in v.plt\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\ntest(class_descendant1,\n [List == [callup_v, citizen_v, class_create_test_v]]\n ) :-\n\n findall(X, class_descendant(man_v, X), List0),\n msort(List0, List).\n\ntest(class_descendant2, [List == []]) :-\n\n findall(X, class_descendant(callup_v, X), List).\n\ntest(class_descendant3, [List == []]) :-\n\n obj_construct(tarjan_vertex_v, [], [], V),\n obj_rebase((object_v -> callup_v), V, _),\n findall(X, class_descendant(callup_v, X), List).\n\ntest(class_same_or_descendant1,\n [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n ) :-\n\n findall(X, class_same_or_descendant(man_v, X), List0),\n msort(List0, List).\n\ntest(class_same_or_descendant2,\n [List == [callup_v]]\n ) :-\n\n findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_same_or_descendant3, [List == [callup_v]]) :-\n\n obj_construct(tarjan_vertex_v, [], [], V),\n obj_rebase((object_v -> callup_v), V, _),\n findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_option_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_option_list(Man, List).\n \ntest(obj_option_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_option_list(Man, List).\n \ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\ntest(class_descendant1,\n [List == [callup_v, citizen_v, class_create_test_v]]\n ) :-\n\n findall(X, class_descendant(man_v, X), List0),\n msort(List0, List).\n\ntest(class_descendant2, [List == []]) :-\n\n findall(X, class_descendant(callup_v, X), List).\n\ntest(class_descendant3, [List == []]) :-\n\n obj_construct(tarjan_vertex_v, [], [], V),\n obj_rebase((object_v -> callup_v), V, _),\n findall(X, class_descendant(callup_v, X), List).\n\ntest(class_same_or_descendant1,\n [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n ) :-\n\n findall(X, class_same_or_descendant(man_v, X), List0),\n msort(List0, List).\n\ntest(class_same_or_descendant2,\n [List == [callup_v]]\n ) :-\n\n findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_same_or_descendant3, [List == [callup_v]]) :-\n\n obj_construct(tarjan_vertex_v, [], [], V),\n obj_rebase((object_v -> callup_v), V, _),\n findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_option_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_option_list(Man, List).\n \ntest(obj_option_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_option_list(Man, List).\n \ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"c99c1b90f25086820183bf962958480947ffe016","subject":"All isotopes plot now.","message":"All isotopes plot now.\n","repos":"hickerson\/bbn,hickerson\/bbn,hickerson\/bbn,hickerson\/bbn","old_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.8 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 2.0 #inch height of individual plots\nmpl_width = 3.0 #inch width of individual plots\nmpl_dx = 0.3 #inch inter-plot horizontal spacing\nmpl_dy = 0.3 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\n#set terminal latex\nset terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 14\nset encoding iso_8859_1\nset tics scale 1.5\n\nset output 'bbn-fierz.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [ -0.1 : 0.1 ] noreverse nowriteback\n#set xrange [-4:4]\nset xlabel 'Fierz b'\nset format x ''\nset xtics 1\nset mxtics 10\n\n# start plotting\nset multiplot\n\n\n#-----------------------------------------------\n# Yp\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'BBN from Fierz'\n\nset yrange [ 0.22 : 0.27 ] noreverse nowriteback\n\nset ylabel \"Yp\"\nset format y \"%f\"\nset ytics mirror 1\nset ytics 10\nset mytics 5\n\nplot 'fierz-study.dat' u 1:3:2 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:3 lt -1 notitle, '' u 1:2 lt -1 notitle; \n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:6 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n#-----------------------------------------------\n# D\/H\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(2)\nset bmargin at screen bot(2)\n\nset title 'BBN from Fierz'\n\nset yrange [ 1e-6 : 1e-4 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"He3\/H\\t\\t\\tD\/H\"\nset format y \"%1.E0\"\n#set ytics mirror 1\n#set ytics 1\nset mytics 10\n\nplot 'fierz-study.dat' u 1:5:4 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:5 lt 1 notitle, '' u 1:4 lt 1 notitle;\nplot 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:7 lt 2 notitle, '' u 1:6 lt 2 notitle;\n#plot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n\n#-----------------------------------------------\n# D\/H\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(1)\nset bmargin at screen bot(1)\n\nset title ''\n\nset yrange [ 1e-10 : 1e-9 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"Li7\/H\"\nset format y \"%1.E0\"\n#set ytics mirror 1\n#set ytics 1\nset mytics 100\n\nplot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\nplot 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle;\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\nunset multiplot;\n","old_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.8 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 2.0 #inch height of individual plots\nmpl_width = 3.0 #inch width of individual plots\nmpl_dx = 0.3 #inch inter-plot horizontal spacing\nmpl_dy = 0.3 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\nset terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 14\nset encoding iso_8859_1\nset tics scale 1.5\n\nset output 'bbn-fierz.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [ -0.1 : 0.1 ] noreverse nowriteback\n#set xrange [-4:4]\nset xlabel 'Fierz b'\nset format x ''\nset xtics 1\nset mxtics 10\n\n# start plotting\nset multiplot\n\n#-----------------------------------------------\n# Yp\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'left'\n\nset yrange [ 0.22 : 0.27 ] noreverse nowriteback\n\nset ylabel \"Yp\"\nset format y \"%-2.2f\"\nset ytics mirror 1\nset ytics 10\nset mytics 5\n\nplot 'fierz-study.dat' u 1:3:2 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:3 lt -1 notitle, '' u 1:2 lt -1 notitle; \n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:6 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n#-----------------------------------------------\n# D\/H\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(2)\nset bmargin at screen bot(2)\n\nset title 'left'\n\nset yrange [ 1e-5 : 1e-4 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"D\/H\"\nset format y \"%-2.2f\"\n#set ytics mirror 1\n#set ytics 1\nset mytics 10\n\nplot 'fierz-study.dat' u 1:5:4 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:5 lt -1 notitle, '' u 1:4 lt -1 notitle;\n#plot 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:6 lt -1 notitle, '' u 1:7 lt -1 notitle;\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n\nunset multiplot;\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"595e3a7b4f72fe18ad684f88347eb1f1266d91b9","subject":"Reenabled -Werror under the assumption that disabling it was not meant to be checked in.","message":"Reenabled -Werror under the assumption that disabling it was not meant\nto be checked in.\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@9294 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"chizarlicious\/chapel,hildeth\/chapel,hildeth\/chapel,hildeth\/chapel,sungeunchoi\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,hildeth\/chapel,sungeunchoi\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel","old_file":"make\/Makefile.gnu","new_file":"make\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\n\n#\n# General Flags\n#\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\nifdef DEBUG\nCFLAGS += -g\nendif\n\nifdef OPTIMIZE\nCFLAGS += -O2\nendif\n\nifdef PROFILE\nCFLAGS += -pg\nLDFLAGS += -pg\nendif\n\n#\n# Flags for compiler, runtime, and generated code\n#\n\nCOMP_CFLAGS = $(CFLAGS)\nRUNTIME_CFLAGS = $(CFLAGS)\nGEN_CFLAGS = \n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-declarations -Wmissing-prototypes -Wstrict-prototypes\n\n\nGNU_GCC_MAJOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GCC_MINOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\n\n#\n# this is fragile, but version 3.3.4 doesn't support these flags\n#\nifeq ($(GNU_GCC_MAJOR_VERSION),3)\nifeq ($(GNU_GCC_MINOR_VERSION),4)\nWARN_CFLAGS += -Wdeclaration-after-statement -Wnested-externs \nendif\nendif\n\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\n\n#\n# General Flags\n#\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\nifdef DEBUG\nCFLAGS += -g\nendif\n\nifdef OPTIMIZE\nCFLAGS += -O2\nendif\n\nifdef PROFILE\nCFLAGS += -pg\nLDFLAGS += -pg\nendif\n\n#\n# Flags for compiler, runtime, and generated code\n#\n\nCOMP_CFLAGS = $(CFLAGS)\nRUNTIME_CFLAGS = $(CFLAGS)\nGEN_CFLAGS = \n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall #-Werror\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-declarations -Wmissing-prototypes -Wstrict-prototypes\n\n\nGNU_GCC_MAJOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GCC_MINOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\n\n#\n# this is fragile, but version 3.3.4 doesn't support these flags\n#\nifeq ($(GNU_GCC_MAJOR_VERSION),3)\nifeq ($(GNU_GCC_MINOR_VERSION),4)\nWARN_CFLAGS += -Wdeclaration-after-statement -Wnested-externs \nendif\nendif\n\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"7818a1cde1550a83f49b877b7437117990420c24","subject":"Tweak tests.","message":"Tweak tests.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson.plt","new_file":"src\/bson\/bson.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson:term_bson\/2').\n\ntest('nonvar, nonvar') :-\n Term =\n [\n hello: 256\n ],\n Bson =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0,1,0,0, % Int32 data, 256.\n 0 % End of top doc.\n ],\n bson:term_bson(Term, Bson).\n\ntest('nonvar, var', [true(Got == Expected)]) :-\n Term =\n [\n hello: 256\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0,1,0,0, % Int32 data, 256.\n 0 % End of top doc.\n ],\n bson:term_bson(Term, Got).\n\ntest('var, nonvar', [true(Got == Expected)]) :-\n Expected =\n [\n hello: 256\n ],\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0,1,0,0, % Int32 data, 256.\n 0 % End of top doc.\n ],\n bson:term_bson(Got, Bson).\n\ntest('var, var', [fail]) :-\n bson:term_bson(_, _).\n\n:- end_tests('bson:term_bson\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson:term_bson\/2').\n\ntest('nonvar, nonvar') :-\n Term =\n [\n hello: 32\n ],\n Bson =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Term, Bson).\n\ntest('nonvar, var', [true(Got == Expected)]) :-\n Term =\n [\n hello: 32\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Term, Got).\n\ntest('var, nonvar', [true(Got == Expected)]) :-\n Expected =\n [\n hello: 32\n ],\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Got, Bson).\n\ntest('var, var', [fail]) :-\n bson:term_bson(_, _).\n\n:- end_tests('bson:term_bson\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e3707aa196854148b1a3c6df78fcdfce3451ff39","subject":"Correct capacitor label","message":"Correct capacitor label\n","repos":"sjbarag\/ECE-L303-Reports","old_file":"src\/data\/plots.gp","new_file":"src\/data\/plots.gp","new_contents":"# Gnuplot plot-generating script for ECE-L302 Lab 8\r\n# Note that this script requires the LUA Gnuplot terminal, which is not\r\n# distributed in all packages, and the gnuplot-lua-tikz LaTeX package to\r\n# process it. This can be found here:\r\n#\r\n# http:\/\/www.sfr-fresh.com\/unix\/misc\/gnuplot-4.4.2.tar.gz:t\/gnuplot-4.4.2\/share\/LaTeX\/gnuplot-lua-tikz.sty\r\n#\r\n# Execute this script with $gnuplot plots.gp\r\n#\r\n# Author: Sean Barag <sjb89@drexel.edu>\r\n\r\nset terminal tikz color solid size 4.25in,2.25in\r\n\r\n# ---- Varying C ----\r\nset border 15\r\nset key center right width 1 box height 1\r\nset log x\r\nset xrange[0.0001:5]\r\nset yrange[0:150]\r\nset ytics 30\r\nset y2range[0:55]\r\nset y2tics auto\r\nset title 'Free-running Oscillator: Varying Capacitor'\r\nset xlabel 'Capacitance, $C_T$ (\\si{\\micro\\farad})'\r\nset ylabel 'Output Frequency, $f$ (\\si{\\kilo\\hertz})'\r\nset y2label 'Output Duty Cycle, (\\si{\\percent})'\r\nset grid\r\nset output \"..\/img\/plot\/free_run_c.tex\"\r\nplot \"free_run_c.txt\" using 1:3 with linespoints axis x1y1 lw 3 pt 8 title '$f$', \\\r\n \"free_run_c.txt\" using 1:4 with linespoints axis x1y2 lw 3 pt 5 title 'Duty Cycle'\r\n\r\n# ---- Varying R ----\r\nset key top left width 1 box height 1\r\nunset log x\r\nset xrange[0:20]\r\nset xtics 2\r\nset yrange[0:16]\r\nset ytics 2\r\nset y2range[0:80]\r\nset y2tics auto\r\nset title 'Free-running Oscillator: Varying Resistor'\r\nset xlabel 'Resistance, $R_A$ (\\si{\\kilo\\ohm})'\r\nset ylabel 'Output Frequency, $f$ (\\si{\\kilo\\hertz})'\r\nset y2label 'Output Duty Cycle, (\\si{\\percent})'\r\nset grid\r\nset output \"..\/img\/plot\/free_run_r.tex\"\r\nplot \"free_run_r.txt\" using 1:3 with linespoints axis x1y1 lw 3 pt 8 title '$f$', \\\r\n \"free_run_r.txt\" using 1:4 with linespoints axis x1y2 lw 3 pt 5 title 'Duty Cycle'\r\n\r\n# ---- DC sweep ----\r\nunset key\r\nset xrange[0:8]\r\nset yrange[0:15]\r\nset xtics auto\r\nset ytics 3\r\nunset y2range\r\nunset y2tics\r\nunset y2label\r\nset grid\r\nset title 'DC Sweep'\r\nset xlabel 'Input Voltage, $V+$ (\\si{\\volt})'\r\nset ylabel 'Output Frequency, $f$ (\\si{\\kilo\\hertz})'\r\nset grid\r\nset output \"..\/img\/plot\/dc_sweep.tex\"\r\nplot \"dc_sweep.txt\" using 1:2 with linespoints lw 3\r\n\r\n# ---- freq mod ----\r\nset key center right width -33 box\r\nset xrange[0:3]\r\nset yrange[0:25]\r\nset xtics auto\r\nset ytics 5\r\nunset y2range\r\nunset y2tics\r\nunset y2label\r\nset grid\r\nset title 'Frequency Modulation'\r\nset xlabel 'Input Frequency, $f$ (\\si{\\hertz})'\r\nset ylabel 'Output Period, $\\Delta t$ (\\si{\\micro\\second})'\r\nset grid\r\nset output \"..\/img\/plot\/freq_mod.tex\"\r\nplot \"freq_mod.txt\" index 0 using 1:2 with linespoints pt 8 lw 3 title '$\\SI{1}{\\volt}_\\text{\\footnotesize P-P}$',\\\r\n\t \"freq_mod.txt\" index 1 using 1:2 with linespoints pt 7 lw 3 title '$\\SI{2}{\\volt}_\\text{\\footnotesize P-P}$',\\\r\n\t \"freq_mod.txt\" index 2 using 1:2 with linespoints pt 5 lw 3 title '$\\SI{3}{\\volt}_\\text{\\footnotesize P-P}$'\r\n","old_contents":"# Gnuplot plot-generating script for ECE-L302 Lab 8\n# Note that this script requires the LUA Gnuplot terminal, which is not\n# distributed in all packages, and the gnuplot-lua-tikz LaTeX package to\n# process it. This can be found here:\n#\n# http:\/\/www.sfr-fresh.com\/unix\/misc\/gnuplot-4.4.2.tar.gz:t\/gnuplot-4.4.2\/share\/LaTeX\/gnuplot-lua-tikz.sty\n#\n# Execute this script with $gnuplot plots.gp\n#\n# Author: Sean Barag <sjb89@drexel.edu>\n\nset terminal tikz color solid size 4.25in,2.25in\n\n# ---- Varying C ----\nset border 15\nset key center right width 1 box height 1\nset log x\nset xrange[0.0001:5]\nset yrange[0:150]\nset ytics 30\nset y2range[0:55]\nset y2tics auto\nset title 'Free-running Oscillator: Varying Capacitor'\nset xlabel 'Capacitance, $C_A$ (\\si{\\micro\\farad})'\nset ylabel 'Output Frequency, $f$ (\\si{\\kilo\\hertz})'\nset y2label 'Output Duty Cycle, (\\si{\\percent})'\nset grid\nset output \"..\/img\/plot\/free_run_c.tex\"\nplot \"free_run_c.txt\" using 1:3 with linespoints axis x1y1 lw 3 pt 8 title '$f$', \\\n \"free_run_c.txt\" using 1:4 with linespoints axis x1y2 lw 3 pt 5 title 'Duty Cycle'\n\n# ---- Varying R ----\nset key top left width 1 box height 1\nunset log x\nset xrange[0:20]\nset xtics 2\nset yrange[0:16]\nset ytics 2\nset y2range[0:80]\nset y2tics auto\nset title 'Free-running Oscillator: Varying Resistor'\nset xlabel 'Resistance, $R_A$ (\\si{\\kilo\\ohm})'\nset ylabel 'Output Frequency, $f$ (\\si{\\kilo\\hertz})'\nset y2label 'Output Duty Cycle, (\\si{\\percent})'\nset grid\nset output \"..\/img\/plot\/free_run_r.tex\"\nplot \"free_run_r.txt\" using 1:3 with linespoints axis x1y1 lw 3 pt 8 title '$f$', \\\n \"free_run_r.txt\" using 1:4 with linespoints axis x1y2 lw 3 pt 5 title 'Duty Cycle'\n\n# ---- DC sweep ----\nunset key\nset xrange[0:8]\nset yrange[0:15]\nset xtics auto\nset ytics 3\nunset y2range\nunset y2tics\nunset y2label\nset grid\nset title 'DC Sweep'\nset xlabel 'Input Voltage, $V+$ (\\si{\\volt})'\nset ylabel 'Output Frequency, $f$ (\\si{\\kilo\\hertz})'\nset grid\nset output \"..\/img\/plot\/dc_sweep.tex\"\nplot \"dc_sweep.txt\" using 1:2 with linespoints lw 3\n\n# ---- freq mod ----\nset key center right width -33 box\nset xrange[0:3]\nset yrange[0:25]\nset xtics auto\nset ytics 5\nunset y2range\nunset y2tics\nunset y2label\nset grid\nset title 'Frequency Modulation'\nset xlabel 'Input Frequency, $f$ (\\si{\\hertz})'\nset ylabel 'Output Period, $\\Delta t$ (\\si{\\micro\\second})'\nset grid\nset output \"..\/img\/plot\/freq_mod.tex\"\nplot \"freq_mod.txt\" index 0 using 1:2 with linespoints pt 8 lw 3 title '$\\SI{1}{\\volt}_\\text{\\footnotesize P-P}$',\\\n\t \"freq_mod.txt\" index 1 using 1:2 with linespoints pt 7 lw 3 title '$\\SI{2}{\\volt}_\\text{\\footnotesize P-P}$',\\\n\t \"freq_mod.txt\" index 2 using 1:2 with linespoints pt 5 lw 3 title '$\\SI{3}{\\volt}_\\text{\\footnotesize P-P}$'\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"05003e14b0aa98090802a150fe478f8906461196","subject":"Minor changes in plot.","message":"Minor changes in plot.\n","repos":"snovd\/test-scripts,snovd\/test-scripts","old_file":"termsuite\/termsuite_keyphrase.gnu","new_file":"termsuite\/termsuite_keyphrase.gnu","new_contents":"reset # do not use any previous settings\nset title \"Termsuite - Keyphrase extraction\" # chart title\nset xlabel \"wrlog filter\" # x-axis label\nset ylabel \"Precision\/Recall\/f1-score\" # y-axis label\nset term png size 800, 500 font \"Helvetica\" 9\nset size ratio 0.575\nset output \"termsuite.png\" # name of image file (change to .eps for eps file)\nset xtics 2.0, 0.1, 6.0 rotate by 45 offset -0.8,-0.8 # set increment for x-axis\nset ytics 0.05\nset grid y\nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"termsuite_ann.dat\" using 1:2 title \"precision\", \\\n\"termsuite_ann.dat\" using 1:3 title \"recall\", \\\n\"termsuite_ann.dat\" using 1:4 title \"f1-score\"\n","old_contents":"reset # do not use any previous settings\nset title \"Termsuite - Keyphrase extraction\" # chart title\nset xlabel \"wrlog filter\" # x-axis label\nset ylabel \"Precision\/Recall\/f1-score\" # y-axis label\nset term png size 800, 400\nset size ratio 0.4\nset output \"termsuite.png\" # name of image file (change to .eps for eps file)\nset xtics 2.0, 0.2, 6.0 # set increment for x-axis\nset ytics 0.1 \nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"termsuite_ann.dat\" using 1:2 title \"precision\", \\\n\"termsuite_ann.dat\" using 1:3 title \"recall\", \\\n\"termsuite_ann.dat\" using 1:4 title \"f1-score\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"cb2aa588603fd3ee75d2b898bb37d633443ebad3","subject":"New keymaster rules (db_object_v descendants only)","message":"New keymaster rules (db_object_v descendants only)\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/internal\/db_i.plt","new_file":"U-238\/u\/internal\/db_i.plt","new_contents":":- begin_tests(db_i).\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/db_vocab)).\n\ntest(db_functor_des, [setup(model_db(_))]) :-\n\n findall(F, db_functor_des(people, F, _, _), List1_0),\n msort(List1_0, List1),\n assertion(List1 == [callup_v, citizen_v, db_object_v, man_v]),\n\n findall(F,\n (F = man_v, db_functor_des(people, F, _, _)),\n List2_0),\n msort(List2_0, List2),\n assertion(List2 == [man_v]),\n\n findall(F,\n (F = citizen_v, db_functor_des(people, F, _, _)),\n List3_0),\n msort(List3_0, List3),\n assertion(List3 == [citizen_v]),\n\n findall(F,\n (F = callup_v, db_functor_des(people, F, _, _)),\n List4),\n assertion(List4 == [callup_v]).\n\n\ntest(db_next_class_id, [setup(setup)]) :-\n\n\tdb_i:db_next_class_id(db_i_test, Id1),\n\tassertion(Id1 =:= 2),\n\tdb_i:db_next_class_id(db_i_test, Id2),\n\tassertion(Id2 =:= 3),\n\tdb_i:db_next_class_id(db_i_test, Id3),\n\tassertion(Id3 =:= 4).\n\n% test local class id -> db class id conversion\ntest(db_conv_local_db1, [setup(setup)]) :-\n\tobj_construct(man_v, [], [], Man1),\n\tobj_rebase((object_v -> db_object_v), Man1, Man),\n\targ(1, Man, Man_Local_Id),\n\tdb_i:db_add_class(db_i_test, Man_Local_Id, Man_DB_Id, _),\n\tdb_conv_local_db(db_i_test, Man_Local_Id,\n\t\t\t Man_DB_Id1,_),\n\tassertion(Man_DB_Id =:= Man_DB_Id1).\n\ntest(db_conv_local_db2, [setup(setup), fail]) :-\n % object_v\n\tclass_id(Object_Local_Id, object_v), !,\n\tdb_conv_local_db(db_i_test, Object_Local_Id,\n\t\t\t _, _).\n\ntest(db_conv_local_db3, [setup(setup), fail]) :-\n % not db_object_v descendant\n\tclass_primary_id(man_v, Object_Local_Id), !,\n\tdb_conv_local_db(db_i_test, Object_Local_Id,\n\t\t\t _, _).\n\ntest(db_key_policy, [setup(setup)]) :-\n\n db_key_policy(db_i_test, Old1, New1),\n assertion(Old1 == throw),\n assertion(New1 == throw),\n\n db_key_policy(db_i_test, Old2, overwrite),\n assertion(Old2 == throw),\n\n db_key_policy(db_i_test, _, overwrite),\n db_key_policy(db_i_test, overwrite, _),\n db_key_policy(db_i_test, overwrite, overwrite),\n\n db_key_policy(db_i_test, overwrite, throw),\n\n db_key_policy(db_i_test, Old3, New3),\n assertion(Old3 == throw),\n assertion(New3 == throw). \n \n\ntest(db_recorded_int1,\n [setup(setup),\n error(domain_error(db_object_v_descendant, Obj0))]\n ) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, _),\n db_recorded_int(db_i_test, Obj0).\n\ntest(db_recorded_int2, [setup(setup)]) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, Obj),\n db_recorded(db_i_test, Obj).\n\ntest(db_recorded_int3, [setup(setup)]) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n obj_rebase((object_v -> db_object_v), Obj0, Obj1),\n db_put_object(db_i_test, Obj1, Obj),\n db_recorded(db_i_test, Obj).\n\ntest(db_recorded_int4, [setup(setup)]) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n obj_rebase((object_v -> db_object_v), Obj0, Obj1),\n obj_rebase((object_v -> tarjan_vertex_v), Obj1, Obj2),\n db_put_object(db_i_test, Obj2, Obj),\n db_recorded(db_i_test, Obj),\n db_clear(db_i_test).\n\ntest(key_conflict1, [setup(model_db(Slod1))]) :-\n\n obj_construct(man_v,\n [name, surname], ['Sergei', 'Lodyagin'],\n Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n\n arg(1, Man1, Man_V_Re_Id),\n\n findall(C,\n key_conflict(people, Man_V_Re_Id, Man1, C),\n List1),\n assertion(List1 =@= [Slod1]),\n\n obj_construct(man_v, [name], ['Sergei'], Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n\n findall(Name,\n ( key_conflict(people, Man_V_Re_Id, Man2, O),\n obj_field(O, surname, Name)\n ),\n List2_U),\n msort(List2_U, List2),\n assertion(List2 =@= ['Ivan', 'Lodyagin', 'Sikorsky',\n 'Sysoev']),\n\n obj_construct(man_v, [], [], Man3_0),\n obj_rebase((object_v -> db_object_v), Man3_0, Man3),\n\n findall(C,\n key_conflict(people, Man_V_Re_Id, Man3, C),\n List3),\n length(List3, N3),\n assertion(N3 =:= 8),\n\n obj_construct(citizen_v, [name, id], ['Sergei', 4],\n Man4_0),\n obj_rebase((object_v -> db_object_v), Man4_0, Man4),\n\n arg(1, Man4, Citizen_V_Re_Id),\n \n findall(Name,\n (key_conflict(people, Citizen_V_Re_Id, Man4, O),\n obj_field(O, surname, Name)\n ),\n List4_U),\n sort(List4_U, List4),\n assertion(List4 =@= ['Lodyagin', 'Sikorsky', 'Sysoev']),\n \n obj_construct(citizen_v,\n [name, surname, id],\n ['Igor', 'Litvin', 4], Man5_0),\n obj_rebase((object_v -> db_object_v), Man5_0, Man5),\n\n findall(Name,\n (key_conflict(people, Citizen_V_Re_Id, Man5, O),\n obj_field(O, surname, Name)\n ),\n List5),\n assertion(List5 =@= ['Sysoev']),\n\n obj_construct(callup_v,\n [name, surname, id],\n ['Igor', 'Litvin', 4], Man6_0),\n obj_rebase((object_v -> db_object_v), Man6_0, Man6),\n arg(1, Man6, Callup_V_Re_Id),\n\n findall(Name,\n ( key_conflict(people, Callup_V_Re_Id, Man6, O),\n obj_field(O, surname, Name)\n ),\n List6),\n assertion(List6 =@= ['Sysoev']).\n\ntest(key_conflict2, [setup(model_db2)]) :-\n\n obj_construct(citizen_v,\n [name, surname, id],\n ['Igor', 'Litvin', 4], Man5_0),\n obj_rebase((object_v -> db_object_v), Man5_0, Man5),\n arg(1, Man5, Citizen_V_Re_Id),\n \n findall(Name,\n (key_conflict(people2, Citizen_V_Re_Id, Man5, O),\n obj_field(O, surname, Name)\n ),\n List5),\n assertion(List5 =@= ['Petrenko']).\n \n\nmodel_db(Slod1) :-\n\n db_clear(people),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'],\n Slod1),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']),\n db_construct(people, man_v, [name], ['Ivan']),\n db_construct(people, man_v,\n [name, surname], ['Artemiy', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Artemiy', 'Lebedev']),\n db_construct(people, citizen_v,\n [name, surname, id],\n ['Sergei', 'Sysoev', 4]),\n db_construct(people, citizen_v,\n [name, surname, id],\n ['Sergei', 'Ivan', 5]),\n db_construct(people, citizen_v,\n [name, surname, id],\n ['Igor', 'Ivan', 6]).\n\nmodel_db2 :-\n\n db_clear(people2),\n db_construct(people2, callup_v,\n [id, surname], [4, 'Petrenko']).\n\nsetup :-\n\n\tdb_clear(db_i_test).\n\n:- end_tests(db_i).\n","old_contents":":- begin_tests(db_i).\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/db_vocab)).\n\ntest(db_functor_des, [setup(model_db(_))]) :-\n\n findall(F, db_functor_des(people, F, _, _), List1_0),\n msort(List1_0, List1),\n assertion(List1 == [callup_v, citizen_v, db_object_v, man_v]),\n\n findall(F,\n (F = man_v, db_functor_des(people, F, _, _)),\n List2_0),\n msort(List2_0, List2),\n assertion(List2 == [man_v]),\n\n findall(F,\n (F = citizen_v, db_functor_des(people, F, _, _)),\n List3_0),\n msort(List3_0, List3),\n assertion(List3 == [citizen_v]),\n\n findall(F,\n (F = callup_v, db_functor_des(people, F, _, _)),\n List4),\n assertion(List4 == [callup_v]).\n\n\ntest(db_next_class_id, [setup(setup)]) :-\n\n\tdb_i:db_next_class_id(db_i_test, Id1),\n\tassertion(Id1 =:= 2),\n\tdb_i:db_next_class_id(db_i_test, Id2),\n\tassertion(Id2 =:= 3),\n\tdb_i:db_next_class_id(db_i_test, Id3),\n\tassertion(Id3 =:= 4).\n\n% test local class id -> db class id conversion\ntest(db_conv_local_db1, [setup(setup)]) :-\n\n\tobj_construct(man_v, [], [], Man1),\n\tobj_rebase((object_v -> db_object_v), Man1, Man),\n\targ(1, Man, Man_Local_Id),\n\n\tdb_i:db_add_class(db_i_test, Man_Local_Id, Man_DB_Id, _),\n\n\tdb_conv_local_db(db_i_test, Man_Local_Id,\n\t\t\t Man_DB_Id1,_),\n\n\tassertion(Man_DB_Id =:= Man_DB_Id1),\n\n\t% object_v\n\tclass_id(Object_Local_Id, object_v), !,\n\tdb_conv_local_db(db_i_test, Object_Local_Id,\n\t\t\t Object_DB_Id, _),\n\n\tassertion(Object_DB_Id =:= 1), % always 1\n\tassertion(Man_DB_Id =\\= Object_DB_Id).\n\ntest(db_key_policy, [setup(setup)]) :-\n\n db_key_policy(db_i_test, Old1, New1),\n assertion(Old1 == throw),\n assertion(New1 == throw),\n\n db_key_policy(db_i_test, Old2, overwrite),\n assertion(Old2 == throw),\n\n db_key_policy(db_i_test, _, overwrite),\n db_key_policy(db_i_test, overwrite, _),\n db_key_policy(db_i_test, overwrite, overwrite),\n\n db_key_policy(db_i_test, overwrite, throw),\n\n db_key_policy(db_i_test, Old3, New3),\n assertion(Old3 == throw),\n assertion(New3 == throw). \n \n\ntest(db_recorded_int1,\n [setup(setup),\n error(domain_error(db_object_v_descendant, Obj0))]\n ) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, _),\n db_recorded_int(db_i_test, Obj0).\n\ntest(db_recorded_int2, [setup(setup)]) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, Obj),\n db_recorded(db_i_test, Obj).\n\ntest(db_recorded_int3, [setup(setup)]) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n obj_rebase((object_v -> db_object_v), Obj0, Obj1),\n db_put_object(db_i_test, Obj1, Obj),\n db_recorded(db_i_test, Obj).\n\ntest(db_recorded_int4, [setup(setup)]) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n obj_rebase((object_v -> db_object_v), Obj0, Obj1),\n obj_rebase((object_v -> tarjan_vertex_v), Obj1, Obj2),\n db_put_object(db_i_test, Obj2, Obj),\n db_recorded(db_i_test, Obj),\n db_clear(db_i_test).\n\ntest(key_conflict1, [setup(model_db(Slod1))]) :-\n\n obj_construct(man_v,\n [name, surname], ['Sergei', 'Lodyagin'],\n Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n\n arg(1, Man1, Man_V_Re_Id),\n\n findall(C,\n key_conflict(people, Man_V_Re_Id, Man1, C),\n List1),\n assertion(List1 =@= [Slod1]),\n\n obj_construct(man_v, [name], ['Sergei'], Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n\n findall(Name,\n ( key_conflict(people, Man_V_Re_Id, Man2, O),\n obj_field(O, surname, Name)\n ),\n List2_U),\n msort(List2_U, List2),\n assertion(List2 =@= ['Ivan', 'Lodyagin', 'Sikorsky',\n 'Sysoev']),\n\n obj_construct(man_v, [], [], Man3_0),\n obj_rebase((object_v -> db_object_v), Man3_0, Man3),\n\n findall(C,\n key_conflict(people, Man_V_Re_Id, Man3, C),\n List3),\n length(List3, N3),\n assertion(N3 =:= 8),\n\n obj_construct(citizen_v, [name, id], ['Sergei', 4],\n Man4_0),\n obj_rebase((object_v -> db_object_v), Man4_0, Man4),\n\n arg(1, Man4, Citizen_V_Re_Id),\n \n findall(Name,\n (key_conflict(people, Citizen_V_Re_Id, Man4, O),\n obj_field(O, surname, Name)\n ),\n List4_U),\n sort(List4_U, List4),\n assertion(List4 =@= ['Lodyagin', 'Sikorsky', 'Sysoev']),\n \n obj_construct(citizen_v,\n [name, surname, id],\n ['Igor', 'Litvin', 4], Man5_0),\n obj_rebase((object_v -> db_object_v), Man5_0, Man5),\n\n findall(Name,\n (key_conflict(people, Citizen_V_Re_Id, Man5, O),\n obj_field(O, surname, Name)\n ),\n List5),\n assertion(List5 =@= ['Sysoev']),\n\n obj_construct(callup_v,\n [name, surname, id],\n ['Igor', 'Litvin', 4], Man6_0),\n obj_rebase((object_v -> db_object_v), Man6_0, Man6),\n arg(1, Man6, Callup_V_Re_Id),\n\n findall(Name,\n ( key_conflict(people, Callup_V_Re_Id, Man6, O),\n obj_field(O, surname, Name)\n ),\n List6),\n assertion(List6 =@= ['Sysoev']).\n\ntest(key_conflict2, [setup(model_db2)]) :-\n\n obj_construct(citizen_v,\n [name, surname, id],\n ['Igor', 'Litvin', 4], Man5_0),\n obj_rebase((object_v -> db_object_v), Man5_0, Man5),\n arg(1, Man5, Citizen_V_Re_Id),\n \n findall(Name,\n (key_conflict(people2, Citizen_V_Re_Id, Man5, O),\n obj_field(O, surname, Name)\n ),\n List5),\n assertion(List5 =@= ['Petrenko']).\n \n\nmodel_db(Slod1) :-\n\n db_clear(people),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'],\n Slod1),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']),\n db_construct(people, man_v, [name], ['Ivan']),\n db_construct(people, man_v,\n [name, surname], ['Artemiy', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Artemiy', 'Lebedev']),\n db_construct(people, citizen_v,\n [name, surname, id],\n ['Sergei', 'Sysoev', 4]),\n db_construct(people, citizen_v,\n [name, surname, id],\n ['Sergei', 'Ivan', 5]),\n db_construct(people, citizen_v,\n [name, surname, id],\n ['Igor', 'Ivan', 6]).\n\nmodel_db2 :-\n\n db_clear(people2),\n db_construct(people2, callup_v,\n [id, surname], [4, 'Petrenko']).\n\nsetup :-\n\n\tdb_clear(db_i_test).\n\n:- end_tests(db_i).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"7b4be3100f5a4c52b214d27278f9fb8870ab8775","subject":"Fix Ymin at 8 iso 0","message":"Fix Ymin at 8 iso 0","repos":"Mausy5043\/upsdiagd,Mausy5043\/upsdiagd,Mausy5043\/upsdiagd","old_file":"ups14.gp","new_file":"ups14.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of battery voltage\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups14.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = min(min(Yd_min, Yh_min), Yw_min)\nR10 = (Ymax - Ymin) * 0.1\nYmax = Ymax + R10\n# Ymin = Ymin - R10\nYmin = 8\n\nset multiplot layout 1, 3 title \"Batterij spanning \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Spanning [V]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Spanning [V]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of battery voltage\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups14.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = min(min(Yd_min, Yh_min), Yw_min)\nR10 = (Ymax - Ymin) * 0.1\nYmax = Ymax + R10\n# Ymin = Ymin - R10\nYmin = 0\n\nset multiplot layout 1, 3 title \"Batterij spanning \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Spanning [V]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Spanning [V]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7d5b699e01f0284116dd842178ec6ed2bc0473fe","subject":"Possibly fix issue where gnuplot is too fast","message":"Possibly fix issue where gnuplot is too fast\n\n\nFormer-commit-id: 8d3941ff42bc7e2b64dc5cf29fe2b76bd29e9e29","repos":"valkyrierobotics\/vision2017,valkyrierobotics\/vision2017,valkyrierobotics\/vision2017","old_file":"utilities\/gnuplot_vision_data.plt","new_file":"utilities\/gnuplot_vision_data.plt","new_contents":"if (!exists(\"FILENAME\")) FILENAME='logs\/gnuplot.log'\n\n# Uses line number (uses DATA_NUM last lines in the data file (FILENAME)) as x axis\n# and all of the actual sensor values as the y axis.\n# plot for [i=1:PORT_NUM] '< tail -n '.DATA_NUM.' '.FILENAME using (column(i)) title 'Sensor '.i\n\nif (DIR != '') {\n system (\"rm -rf images\/gnuplot\/\".DIR)\n system (\"mkdir images\/gnuplot\/\".DIR)\n}\n\ntime_tick = 0\nset xrange [0:DATA_NUM + 1]\n# Set the size ratio to be the same in all directions\nset size square\n# set style data linespoints\nset style line 1 lc rgb 'black' pt 3\n\nset title 'Angular Displacement'\nset xlabel 'Time Tick'\nset ylabel 'Angle (deg)'\nset yrange [-80:80]\n\nwhile (1) {\n print \"test\"\n # Automatically update the last data point and replot\n if (DIR != '') {\n set term png size 1500,1500\n set grid\n set output sprintf('images\/gnuplot\/%s\/vision_data%05.0f.png', DIR, time_tick)\n time_tick = time_tick + 1;\n }\n print \"test\"\n plot '< tail -n'.DATA_NUM.' '.FILENAME using 0:3 title 'Euclidean Distance' with linespoints pt 7, \\\n '' using 0:3:(sprintf(\"%.2f\",$3)) with labels nopoint offset char 0,1 font '6' notitle, \\\n '< tail -n'.DATA_NUM.' '.FILENAME using 0:4 title 'Theta' with linespoints pt 7, \\\n '' using 0:4:(sprintf(\"%.2f\",$4)) with labels nopoint offset char 0,1 font '6' notitle\n # plot '< tail -n'.DATA_NUM.' '.FILENAME using 0:2 title 'Phi' with linespoints pt 7, \\\n # '' using 0:2:(sprintf(\"%.2f\",$2)) with labels nopoint offset char 0,1 font '6' notitle, \\\n # '< tail -n'.DATA_NUM.' '.FILENAME using 0:3 title 'Beta' with linespoints pt 7, \\\n # '' using 0:3:(sprintf(\"%.2f\",$3)) with labels nopoint offset char 0,1 font '6' notitle, \\\n\n set term wxt persist size 1500,1500\n set output\n replot\n}\n","old_contents":"if (!exists(\"FILENAME\")) FILENAME='logs\/gnuplot.log'\n\n# Uses line number (uses DATA_NUM last lines in the data file (FILENAME)) as x axis\n# and all of the actual sensor values as the y axis.\n# plot for [i=1:PORT_NUM] '< tail -n '.DATA_NUM.' '.FILENAME using (column(i)) title 'Sensor '.i\n\nif (DIR != '') {\n system (\"rm -rf images\/gnuplot\/\".DIR)\n system (\"mkdir images\/gnuplot\/\".DIR)\n}\n\ntime_tick = 0\nwhile (1) {\n set xrange [0:DATA_NUM + 1]\n # Set the size ratio to be the same in all directions\n set size square\n # set style data linespoints\n set style line 1 lc rgb 'black' pt 3\n\n # Automatically update the last data point and replot\n if (DIR != '') {\n set term png size 1500,1500\n set grid\n set output sprintf('images\/gnuplot\/%s\/vision_data%05.0f.png', DIR, time_tick)\n time_tick = time_tick + 1;\n }\n set title 'Angular Displacement'\n set xlabel 'Time Tick'\n set ylabel 'Angle (deg)'\n set yrange [-80:80]\n plot '< tail -n'.DATA_NUM.' '.FILENAME using 0:3 title 'Euclidean Distance' with linespoints pt 7, \\\n '' using 0:3:(sprintf(\"%.2f\",$3)) with labels nopoint offset char 0,1 font '6' notitle, \\\n '< tail -n'.DATA_NUM.' '.FILENAME using 0:4 title 'Theta' with linespoints pt 7, \\\n '' using 0:4:(sprintf(\"%.2f\",$4)) with labels nopoint offset char 0,1 font '6' notitle\n # plot '< tail -n'.DATA_NUM.' '.FILENAME using 0:2 title 'Phi' with linespoints pt 7, \\\n # '' using 0:2:(sprintf(\"%.2f\",$2)) with labels nopoint offset char 0,1 font '6' notitle, \\\n # '< tail -n'.DATA_NUM.' '.FILENAME using 0:3 title 'Beta' with linespoints pt 7, \\\n # '' using 0:3:(sprintf(\"%.2f\",$3)) with labels nopoint offset char 0,1 font '6' notitle, \\\n\n set term wxt persist size 1500,1500\n set output\n replot\n}\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"c6430520b6eb8bc82027d475dc4c7cd4fd76cf97","subject":"fix scale for line voltage","message":"fix scale for line voltage\n","repos":"Mausy5043\/upsdiagd,Mausy5043\/upsdiagd,Mausy5043\/upsdiagd","old_file":"ups13.gp","new_file":"ups13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of line voltage\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 3 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\n#stats ifnamew using 3 name \"Yw\" nooutput\n\nYmax = 260 # max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = 180 # min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actuele spanning \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Spanning [V]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):3 title \" Spanning [V]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):3 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):3 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of line voltage\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actuele spanning \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Spanning [V]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):3 title \" Spanning [V]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):3 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):3 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"820a38f512d14f069c17365dc0305d32857b4bc5","subject":"Increase x range.","message":"Increase x range.\n","repos":"lasp-lang\/evaluation","old_file":"throughput.gnuplot","new_file":"throughput.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" pt 7\nset style line 2 lc rgb \"#00A000\" pt 7\nset style line 3 lc rgb \"#5060D0\" pt 7\nset style line 4 lc rgb \"#F25900\" pt 7\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 pt 7\nset style line 6 pt 7\nset style line 7 pt 7\nset style line 8 pt 7\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"latency (sec)\"\n\nset key left bottom\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset xrange [0:2000]\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with linespoint ls i + 1 title pretty(word(titles, i + 1))\nreplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with labels offset char 1,0 notitle\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" pt 7\nset style line 2 lc rgb \"#00A000\" pt 7\nset style line 3 lc rgb \"#5060D0\" pt 7\nset style line 4 lc rgb \"#F25900\" pt 7\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 pt 7\nset style line 6 pt 7\nset style line 7 pt 7\nset style line 8 pt 7\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"latency (sec)\"\n\nset key left bottom\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with linespoint ls i + 1 title pretty(word(titles, i + 1))\nreplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with labels offset char 1,0 notitle\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"65ae33650e17ef2e04bd516afece46663307d993","subject":"20160521T0928","message":"20160521T0928\n","repos":"Mausy5043\/domog,Mausy5043\/domog","old_file":"graph22.gp","new_file":"graph22.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Humidity \\\\& Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2min : Y2max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc0000bb\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#cc0000bb\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2min : Y2max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#cc0000bb\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2min : Y2max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#cc0000bb\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Humidity \\\\& Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2min : Y2max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc0000bb\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#cc0000bb\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2min : Y2max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"##ccbb0000\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#cc0000bb\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2min : Y2max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"##ccbb0000\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#cc0000bb\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e129b3825f8daffedcd293eb5d28a5228eb6e6d1","subject":"Y-scaling fix","message":"Y-scaling fix","repos":"Mausy5043\/upsdiagd,Mausy5043\/upsdiagd,Mausy5043\/upsdiagd","old_file":"ups14.gp","new_file":"ups14.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of battery voltage\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups14.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) + 0.5\nYmin = min(min(Yd_min, Yh_min), Yw_min) - 0.5\n\nset multiplot layout 1, 3 title \"Batterij spanning \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Spanning [V]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Spanning [V]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of battery voltage\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups14.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = min(min(Yd_min, Yh_min), Yw_min)\nR10 = (Ymax - Ymin) * 0.1\nYmax = Ymax + R10\n# Ymin = Ymin - R10\nYmin = 8\n\nset multiplot layout 1, 3 title \"Batterij spanning \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Spanning [V]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Spanning [V]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d85774a30a5bf39dc2f614e0f9c91cb77fc807f0","subject":"Adjusted interpolation interval during calculation of \"fair performance value\" (CDF diagram).","message":"Adjusted interpolation interval during calculation of \"fair performance value\" (CDF diagram).\n","repos":"hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F) = NFLOPS(M, N, K) * 1E-9 \/ column(F)\nBW(M, N, K, F, ELEMSIZE) = (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F) * 1024 * 1024 * 1024)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; NSAMPLES = STATS_records; GEOFLOPS = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MEDFLOPS = STATS_median; AVGFLOPS = STATS_mean; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) nooutput; BIN1_FLOPS = STATS_mean; BIN1_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) nooutput; BIN2_FLOPS = STATS_mean; BIN2_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) nooutput; BIN3_FLOPS = STATS_mean; BIN3_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?BW(MPARM,NPARM,KPARM,FLOPS,8):1\/0) nooutput; BIN1_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?BW(MPARM,NPARM,KPARM,FLOPS,8):1\/0) nooutput; BIN2_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?BW(MPARM,NPARM,KPARM,FLOPS,8):1\/0) nooutput; BIN3_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using (log(AI(MPARM,NPARM,KPARM,8))) nooutput; GEOAI = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)) nooutput; MEDAI = STATS_median; AVGAI = STATS_mean; MINAI = STATS_min; MAXAI = STATS_max\nstats BASENAME.\"-perf.dat\" using (log(BW(MPARM,NPARM,KPARM,FLOPS,8))) nooutput; GEOMEMBW = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,8)) nooutput; MEDMEMBW = STATS_median; AVGMEMBW = STATS_mean; MINMEMBW = STATS_min; MAXMEMBW = STATS_max\n\nFORMAT(X) = sprintf(\"%%.%if\", ceil(1.0 \/ MAX(log10(X), 1) - 1.0))\nMAX(A, B) = A < B ? B : A\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Selected Kernels)\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average for \".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset yrange [0:*]\nset autoscale fix\nset label sprintf(\"{\/=9 \".FORMAT(BIN1_FLOPS).\" GFLOP\/s}\", BIN1_FLOPS) at 0.0, BIN1_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN2_FLOPS).\" GFLOP\/s}\", BIN2_FLOPS) at 1.0, BIN2_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN3_FLOPS).\" GFLOP\/s}\", BIN3_FLOPS) at 2.0, BIN3_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN1_MEMBW).\" GB\/s)}\", BIN1_MEMBW) at 0.0, BIN1_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN2_MEMBW).\" GB\/s)}\", BIN2_MEMBW) at 1.0, BIN2_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN3_MEMBW).\" GB\/s)}\", BIN3_MEMBW) at 2.0, BIN3_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 N=%u}\", BIN1_NSAMPLES) at 0.0, 0.0 centre offset 0, 0.5 front\nset label sprintf(\"{\/=9 N=%u}\", BIN2_NSAMPLES) at 1.0, 0.0 centre offset 0, 0.5 front\nset label sprintf(\"{\/=9 N=%u}\", BIN3_NSAMPLES) at 2.0, 0.0 centre offset 0, 0.5 front\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):(BIN1_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(BIN2_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):(BIN3_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Cummulative Performance Distribution (CDF for \".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset xlabel \"Probability\\n\\n{\/=9 Min.: \".sprintf(FORMAT(MINFLOPS), MINFLOPS).\" GFLOP\/s Geo.: \".sprintf(FORMAT(GEOFLOPS), GEOFLOPS).\" GFLOP\/s Med.: \".sprintf(FORMAT(MEDFLOPS), MEDFLOPS).\" GFLOP\/s Avg.: \".sprintf(FORMAT(AVGFLOPS), AVGFLOPS).\" GFLOP\/s Max.: \".sprintf(FORMAT(MAXFLOPS), MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-2.0*dx:x50+2.0*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(FORMAT(h(x50)).\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Arithmetic Intensity (\".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\n#set xlabel \"FLOPS\/Byte\\n\\n{\/=9 \".sprintf(\"N: %u\", NSAMPLES).\" Min.: \".sprintf(\"%.1f\", MINAI).\" Geo.: \".sprintf(\"%.1f\", GEOAI).\" Med.: \".sprintf(\"%.1f\", MEDAI).\" Avg.: \".sprintf(\"%.1f\", AVGAI).\" Max.: \".sprintf(\"%.1f\", MAXAI).\"}\"\nset xlabel \"FLOPS\/Byte (Min.: \".sprintf(\"%.1f\", MINAI).\" Geo.: \".sprintf(\"%.1f\", GEOAI).\" Med.: \".sprintf(\"%.1f\", MEDAI).\" Avg.: \".sprintf(\"%.1f\", AVGAI).\" Max.: \".sprintf(\"%.1f\", MAXAI).\")\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth Consumption (\".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK^{1\/3})\\n\\n{\/=9 Min.: \".sprintf(\"%.0f GB\/s\", MINMEMBW).\" Geo.: \".sprintf(\"%.0f GB\/s\", GEOMEMBW).\" Med.: \".sprintf(\"%.0f GB\/s\", MEDMEMBW).\" Avg.: \".sprintf(\"%.0f GB\/s\", AVGMEMBW).\" Max.: \".sprintf(\"%.0f GB\/s\", MAXMEMBW).\"}\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,8)) notitle smooth unique with points pointtype 7 pointsize 0.2\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F) = NFLOPS(M, N, K) * 1E-9 \/ column(F)\nBW(M, N, K, F, ELEMSIZE) = (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F) * 1024 * 1024 * 1024)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; NSAMPLES = STATS_records; GEOFLOPS = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MEDFLOPS = STATS_median; AVGFLOPS = STATS_mean; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) nooutput; BIN1_FLOPS = STATS_mean; BIN1_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) nooutput; BIN2_FLOPS = STATS_mean; BIN2_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) nooutput; BIN3_FLOPS = STATS_mean; BIN3_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?BW(MPARM,NPARM,KPARM,FLOPS,8):1\/0) nooutput; BIN1_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?BW(MPARM,NPARM,KPARM,FLOPS,8):1\/0) nooutput; BIN2_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?BW(MPARM,NPARM,KPARM,FLOPS,8):1\/0) nooutput; BIN3_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using (log(AI(MPARM,NPARM,KPARM,8))) nooutput; GEOAI = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)) nooutput; MEDAI = STATS_median; AVGAI = STATS_mean; MINAI = STATS_min; MAXAI = STATS_max\nstats BASENAME.\"-perf.dat\" using (log(BW(MPARM,NPARM,KPARM,FLOPS,8))) nooutput; GEOMEMBW = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,8)) nooutput; MEDMEMBW = STATS_median; AVGMEMBW = STATS_mean; MINMEMBW = STATS_min; MAXMEMBW = STATS_max\n\nFORMAT(X) = sprintf(\"%%.%if\", ceil(1.0 \/ MAX(log10(X), 1) - 1.0))\nMAX(A, B) = A < B ? B : A\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Selected Kernels)\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average for \".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset yrange [0:*]\nset autoscale fix\nset label sprintf(\"{\/=9 \".FORMAT(BIN1_FLOPS).\" GFLOP\/s}\", BIN1_FLOPS) at 0.0, BIN1_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN2_FLOPS).\" GFLOP\/s}\", BIN2_FLOPS) at 1.0, BIN2_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN3_FLOPS).\" GFLOP\/s}\", BIN3_FLOPS) at 2.0, BIN3_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN1_MEMBW).\" GB\/s)}\", BIN1_MEMBW) at 0.0, BIN1_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN2_MEMBW).\" GB\/s)}\", BIN2_MEMBW) at 1.0, BIN2_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN3_MEMBW).\" GB\/s)}\", BIN3_MEMBW) at 2.0, BIN3_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 N=%u}\", BIN1_NSAMPLES) at 0.0, 0.0 centre offset 0, 0.5 front\nset label sprintf(\"{\/=9 N=%u}\", BIN2_NSAMPLES) at 1.0, 0.0 centre offset 0, 0.5 front\nset label sprintf(\"{\/=9 N=%u}\", BIN3_NSAMPLES) at 2.0, 0.0 centre offset 0, 0.5 front\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):(BIN1_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(BIN2_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):(BIN3_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Cummulative Performance Distribution (CDF for \".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset xlabel \"Probability\\n\\n{\/=9 Min.: \".sprintf(FORMAT(MINFLOPS), MINFLOPS).\" GFLOP\/s Geo.: \".sprintf(FORMAT(GEOFLOPS), GEOFLOPS).\" GFLOP\/s Med.: \".sprintf(FORMAT(MEDFLOPS), MEDFLOPS).\" GFLOP\/s Avg.: \".sprintf(FORMAT(AVGFLOPS), AVGFLOPS).\" GFLOP\/s Max.: \".sprintf(FORMAT(MAXFLOPS), MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(FORMAT(h(x50)).\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Arithmetic Intensity (\".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\n#set xlabel \"FLOPS\/Byte\\n\\n{\/=9 \".sprintf(\"N: %u\", NSAMPLES).\" Min.: \".sprintf(\"%.1f\", MINAI).\" Geo.: \".sprintf(\"%.1f\", GEOAI).\" Med.: \".sprintf(\"%.1f\", MEDAI).\" Avg.: \".sprintf(\"%.1f\", AVGAI).\" Max.: \".sprintf(\"%.1f\", MAXAI).\"}\"\nset xlabel \"FLOPS\/Byte (Min.: \".sprintf(\"%.1f\", MINAI).\" Geo.: \".sprintf(\"%.1f\", GEOAI).\" Med.: \".sprintf(\"%.1f\", MEDAI).\" Avg.: \".sprintf(\"%.1f\", AVGAI).\" Max.: \".sprintf(\"%.1f\", MAXAI).\")\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth Consumption (\".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK^{1\/3})\\n\\n{\/=9 Min.: \".sprintf(\"%.0f GB\/s\", MINMEMBW).\" Geo.: \".sprintf(\"%.0f GB\/s\", GEOMEMBW).\" Med.: \".sprintf(\"%.0f GB\/s\", MEDMEMBW).\" Avg.: \".sprintf(\"%.0f GB\/s\", AVGMEMBW).\" Max.: \".sprintf(\"%.0f GB\/s\", MAXMEMBW).\"}\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,8)) notitle smooth unique with points pointtype 7 pointsize 0.2\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"fc0c9379066ff42fd5e2e0c4fb1ba77ba40a3bdd","subject":"tests: gnuplot script: improve style","message":"tests: gnuplot script: improve style\n","repos":"autrimpo\/rlite,vmaffione\/rlite,vmaffione\/rlite,vmaffione\/rlite,autrimpo\/rlite,autrimpo\/rlite,vmaffione\/rlite,autrimpo\/rlite","old_file":"tests\/perftests.gnuplot","new_file":"tests\/perftests.gnuplot","new_contents":"if (!exists(\"unrelfile\")) unrelfile='out1.txt'\nif (!exists(\"relfile\")) relfile='out2.txt'\nif (!exists(\"mytitle\")) mytitle='Throughput tests'\n\nset title mytitle\nset xlabel \"Packet size (bytes)\"\nset ylabel \"Throughput (Gbps)\"\nset grid xtics lw 1 lt 0\nset grid ytics lw 1 lt 0\nset xtics 0,100,1500\nset ytics 0,1,13\nset key left top\nplot unrelfile using 1:($7\/1000) title 'Unreliable sender' with linespoints lw 2 ps 1 pt 6 lt rgb \"red\", \\\n unrelfile using 1:($9\/1000) title 'Unreliable receiver' with linespoints lw 2 ps 1 pt 6 lt rgb \"#00AA00\", \\\n relfile using 1:($7\/1000) title 'Reliable sender\/receiver' with linespoints lw 2 ps 1 pt 6 lt rgb \"blue\"\npause -1\n","old_contents":"if (!exists(\"unrelfile\")) unrelfile='out1.txt'\nif (!exists(\"relfile\")) relfile='out2.txt'\n\nset title \"Throughput tests\"\nset xlabel \"Packet size (bytes)\"\nset ylabel \"Throughput (Gbps)\"\nset grid xtics lw 1 lt 0\nset grid ytics lw 1 lt 0\nset xtics 0,100,1500\nset ytics 0,1,13\nset key left top\nplot unrelfile using 1:($7\/1000) title 'Unreliable sender' with linespoints, unrelfile using 1:($9\/1000) title 'Unreliable receiver' with linespoints, relfile using 1:($7\/1000) title 'Reliable sender\/receiver' with linespoints,\npause -1\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"4fac49c810f0169ed5ea95c32ed4d9e59ef7b3a9","subject":"Update concurrency_pipeline.gnu","message":"Update concurrency_pipeline.gnu","repos":"smallnest\/go-web-framework-benchmark,smallnest\/go-web-framework-benchmark","old_file":"testresults\/concurrency_pipeline.gnu","new_file":"testresults\/concurrency_pipeline.gnu","new_contents":"reset\nset title \"Benchmark of concurrency 100, 1000, 5000 (pipelining)\"\nset boxwidth 0.9\nset datafile separator \",\"\nset style data histogram\nset style histogram clustered gap 2\nset style fill solid 0.7 border\nset border lw 0.8\n\nset ylabel \"requests \/ second\"\nset xtics nomirror rotate by -45\nset ytics nomirror\n\nset border 1+2 back \nset boxwidth -2\n\nset grid\n\nset term pngcairo font \"Times Roman,14\" enhanced size 1024,600 background rgb \"gray80\"\nset output \"..\/concurrency-pipeline.png\"\n\nplot 't_concurrency-pipeline.csv' using 2:xticlabels(1) title columnheader(2), '' using 3:xticlabels(1) title columnheader(3), '' using 4:xticlabels(1) title columnheader(4)\n","old_contents":"reset\nset title \"Benchmark of concurrency 100, 1000, 5000 (pipelining)\"\nset boxwidth 0.9\nset datafile separator \",\"\nset style data histogram\nset style histogram clustered gap 2\nset style fill solid 0.7 border\nset border lw 0.8\n\nset ylabel \"millisecond\"\nset xtics nomirror rotate by -45\nset ytics nomirror\n\nset border 1+2 back \nset boxwidth -2\n\nset grid\n\nset term pngcairo font \"Times Roman,14\" enhanced size 1024,600 background rgb \"gray80\"\nset output \"..\/concurrency-pipeline.png\"\n\nplot 't_concurrency-pipeline.csv' using 2:xticlabels(1) title columnheader(2), '' using 3:xticlabels(1) title columnheader(3), '' using 4:xticlabels(1) title columnheader(4)\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"68b1db4093b83e9495ff9f494e717d6e47dbae30","subject":"formatting cleanup","message":"formatting cleanup\n\ngit-svn-id: 69a08f0be502e23ba71eb4e212ee2948ff83149c@340 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t-DSORT_OPT_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -I$(MCSTL_ROOT)\/c++ -I$(MCSTL_ORIGINALS) -D__MCSTL__\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= utils_ledasm.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t-DSORT_OPT_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -I$(MCSTL_ROOT)\/c++ -I$(MCSTL_ORIGINALS) -D__MCSTL__\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_LINKER_OPTIONS = -lboost_thread-gcc-mt \\\n -lboost_date_time-gcc-mt -lboost_iostreams-gcc-mt \\\n -lboost_filesystem-gcc-mt\n\nBOOST_COMPILER_OPTIONS = \\\n -DSTXXL_BOOST_TIMESTAMP \\\n -DSTXXL_BOOST_CONFIG \\\n -DSTXXL_BOOST_FILESYSTEM \\\n -DSTXXL_BOOST_THREADS \\\n -DSTXXL_BOOST_RANDOM \\\n -I$(strip $(BOOST_INCLUDE)) \\\n -pthread\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= utils_ledasm.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n###### MISC #######################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n###### COMPILE\/LINK RULES #########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"acadb9925c87f5f139b438e1522d0ad93026ca7c","subject":"Tweaked analyze_res.plt.","message":"Tweaked analyze_res.plt.\n","repos":"mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb","old_file":"python\/cavity_model\/analyze_res.plt","new_file":"python\/cavity_model\/analyze_res.plt","new_contents":"# terminal 0, PostScript 1, PDF 2.\nterm_type = 2\n\nhome_dir_1 = \"\/home\/johan\/tlm_workspace\/TLM_JB\/\"\nhome_dir_2 = \"\/home\/johan\/git_repos\/jmbgsddb\/build\/src\/\"\nhome_dir_3 = \"\/home\/johan\/git_repos\/jmbgsddb\/python\/cavity_model\/\"\n\nfile_name_1 = home_dir_1.\"MCSModelCenVec.txt\"\nfile_name_2 = home_dir_1.\"MCSModelRf.txt\"\nfile_name_3 = home_dir_1.\"MCSModelRmsVec.txt\"\n\nfile_name_4 = home_dir_2.\"CenofChg.out\"\nfile_name_5 = home_dir_2.\"long_tab.out\"\nfile_name_6 = home_dir_2.\"BeamRMS.out\"\n\nfile_name_7 = home_dir_3.\"analyze_res_1.dat\"\nfile_name_8 = home_dir_3.\"analyze_res_3.dat\"\nfile_name_9 = home_dir_3.\"analyze_res_2.dat\"\n\nif (term_type == 0) set terminal x11\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15\nif (term_type == 2) set terminal pdfcairo enhanced color solid\n\nset grid\n\n# Left align legend.\nset key Left\n\nset style line 1 lw 1 lc rgb \"red\"\nset style line 2 lw 1 lc rgb \"dark-orange\"\nset style line 3 lw 1 lc rgb \"blue\"\nset style line 4 lw 1 lc rgb \"dark-green\"\nset style line 5 lw 1 lc rgb \"purple\"\nset style line 6 lw 1 lc rgb \"cyan\"\nset style line 7 lw 1 lc rgb \"green\"\n\nif (term_type != 0) set output \"Trans_Orbit_TLM.pdf\"\nset title \"Transverse Orbit (TLM)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_1 using 1:2 title \"x [mm]\" with lines ls 3, \\\n file_name_1 using 1:(1e3*$3) title \"x' [mrad]\" with lines ls 6, \\\n file_name_1 using 1:4 title \"y [mm]\" with lines ls 1, \\\n file_name_1 using 1:(1e3*$5) title \"y' [mrad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Orbit_TLM.pdf\"\nset title \"Longitudinal Orbit (TLM)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_1 using 1:6 title \"z [rad]\" with lines ls 4, \\\n file_name_1 using 1:7 title \"z' [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"E_Tot_TLM.pdf\"\nset title \"Total Energy and Phase (TLM)\"\nset xlabel \"s [m]\"; set ylabel \"[MeV\/u]\"; set y2label \"[rad]\"\nset ytics nomirror; set y2tics;\nplot file_name_2 using 1:2 title \"E_tot [MeV\/u]\" with lines ls 3, \\\n file_name_2 using 1:3 axis x1y2 title \"{\/Symbol j} [rad]\" \\\n with lines ls 1\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nset ytics nomirror; unset y2tics; unset y2label\n\nif (term_type != 0) set output \"Trans_Beam_Size_TLM.pdf\"\nset title \"Transverse RMS Beam Size (TLM)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_3 using 1:2 title \"x RMS [mm]\" with lines ls 3, \\\n file_name_3 using 1:(1e3*$3) title \"x' RMS [rad]\" with lines ls 6, \\\n file_name_3 using 1:4 title \"y RMS [mm]\" with lines ls 1, \\\n file_name_3 using 1:(1e3*$5) title \"y' RMS [rad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Beam_Size_TLM.pdf\"\nset title \"Longitudinal RMS Beam Size (TLM)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_3 using 1:6 title \"z RMS [rad]\" with lines ls 4, \\\n file_name_3 using 1:7 title \"z' RMS [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Trans_Orbit_New_Code.pdf\"\nset title \"Transverse Orbit (New Code)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_4 using 1:2 title \"x [mm]\" with lines ls 3, \\\n file_name_4 using 1:(1e3*$3) title \"x' [mrad]\" with lines ls 6, \\\n file_name_4 using 1:4 title \"y [mm]\" with lines ls 1, \\\n file_name_4 using 1:(1e3*$5) title \"y' [mrad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Orbit_New_Code.pdf\"\nset title \"Longitudinal Orbit (New Code)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_4 using 1:6 title \"z [rad]\" with lines ls 4, \\\n file_name_4 using 1:7 title \"z' [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"E_Tot_New_Code.pdf\"\nset title \"Total Energy and Phase (New Code)\"\nset xlabel \"s [m]\"; set ylabel \"[MeV\/u]\"; set y2label \"[rad]\"\nset ytics nomirror; set y2tics;\nplot file_name_5 using 3:4 title \"E_tot [MeV\/u]\" with lines ls 3, \\\n file_name_5 using 3:5 axis x1y2 title \"{\/Symbol j} [rad]\" \\\n with lines ls 1\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nset ytics nomirror; unset y2tics; unset y2label\n\nif (term_type != 0) set output \"Trans_Beam_Size_New_Code.pdf\"\nset title \"Transverse RMS Beam Size (New Code)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_6 using 1:2 title \"x RMS [mm]\" with lines ls 3, \\\n file_name_6 using 1:(1e3*$3) title \"x' RMS [rad]\" with lines ls 6, \\\n file_name_6 using 1:4 title \"y RMS [mm]\" with lines ls 1, \\\n file_name_6 using 1:(1e3*$5) title \"y' RMS [rad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Beam_Size_New_Code.pdf\"\nset title \"Longitudinal RMS Beam Size (New Code)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_6 using 1:6 title \"z RMS [rad]\" with lines ls 4, \\\n file_name_6 using 1:7 title \"z' RMS [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Trans_Orbit_Diff.pdf\"\nset title \"Transverse Orbit Difference Between New Code and TLM\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_7 using 1:2 title \"x [mm]\" with lines ls 3, \\\n file_name_7 using 1:(1e3*$3) title \"x' [mrad]\" with lines ls 6, \\\n file_name_7 using 1:4 title \"y [mm]\" with lines ls 1, \\\n file_name_7 using 1:(1e3*$5) title \"y' [mrad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Orbit_Diff.pdf\"\nset title \"Longitudinal Orbit Difference Between New Code and TLM\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_7 using 1:6 title \"z [rad]\" with lines ls 4, \\\n file_name_7 using 1:7 title \"z' [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"E_Tot_Diff.pdf\"\nset title \"Total Energy and Phase Difference Between New Code and TLM\"\nset xlabel \"s [m]\"; set ylabel \"[MeV\/u]\"; set y2label \"[rad]\";\nset ytics nomirror; set y2tics;\nplot file_name_8 using 1:2 title \"E_tot\" with lines ls 3, \\\n file_name_8 using 1:3 axis x1y2 title \"{\/Symbol j}\" with lines ls 1\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nset ytics nomirror; unset y2tics; unset y2label\n\nif (term_type != 0) set output \"Trans_Beam_Size_Diff.pdf\"\nset title \"Transverse RMS Beam Size Difference Between New Code and TLM\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_9 using 1:2 title \"x RMS [mm]\" with lines ls 3, \\\n file_name_9 using 1:(1e3*$3) title \"x' RMS [mrad]\" with lines ls 6, \\\n file_name_9 using 1:4 title \"y RMS [mm]\" with lines ls 1, \\\n file_name_9 using 1:(1e3*$5) title \"y' RMS [mrad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Beam_Size_Diff.pdf\"\nset title \"Longitudinal RMS Beam Size Difference Between New Code and TLM\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_9 using 1:6 title \"z RMS [rad]\" with lines ls 4, \\\n file_name_9 using 1:7 title \"z' RMS [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n","old_contents":"# terminal 0, PostScript 1, PDF 2.\nterm_type = 2\n\nhome_dir_1 = \"\/home\/johan\/tlm_workspace\/TLM_JB\/\"\nhome_dir_2 = \"\/home\/johan\/git_repos\/jmbgsddb\/build\/src\/\"\nhome_dir_3 = \"\/home\/johan\/git_repos\/jmbgsddb\/python\/cavity_model\/\"\n\nfile_name_1 = home_dir_1.\"MCSModelCenVec.txt\"\nfile_name_2 = home_dir_1.\"MCSModelRf.txt\"\nfile_name_3 = home_dir_1.\"MCSModelRmsVec.txt\"\n\nfile_name_4 = home_dir_2.\"CenofChg.out\"\nfile_name_5 = home_dir_2.\"long_tab.out\"\nfile_name_6 = home_dir_2.\"BeamRMS.out\"\n\nfile_name_7 = home_dir_3.\"analyze_res_1.dat\"\nfile_name_8 = home_dir_3.\"analyze_res_3.dat\"\nfile_name_9 = home_dir_3.\"analyze_res_2.dat\"\n\nif (term_type == 0) set terminal x11\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15\nif (term_type == 2) set terminal pdfcairo enhanced color solid\n\nset grid\n\n# Left align legend.\nset key Left\n\nset style line 1 lw 1 lc rgb \"red\"\nset style line 2 lw 1 lc rgb \"dark-orange\"\nset style line 3 lw 1 lc rgb \"blue\"\nset style line 4 lw 1 lc rgb \"dark-green\"\nset style line 5 lw 1 lc rgb \"purple\"\nset style line 6 lw 1 lc rgb \"cyan\"\nset style line 7 lw 1 lc rgb \"green\"\n\nif (term_type != 0) set output \"Trans_Orbit_TLM.pdf\"\nset title \"Transverse Orbit (TLM)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_1 using 1:2 title \"x [mm]\" with lines ls 3, \\\n file_name_1 using 1:(1e3*$3) title \"x' [mrad]\" with lines ls 6, \\\n file_name_1 using 1:4 title \"y [mm]\" with lines ls 1, \\\n file_name_1 using 1:(1e3*$5) title \"y' [mrad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Orbit_TLM.pdf\"\nset title \"Longitudinal Orbit (TLM)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_1 using 1:6 title \"z [rad]\" with lines ls 4, \\\n file_name_1 using 1:7 title \"z' [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"E_Tot_TLM.pdf\"\nset title \"Total Energy and Phase (TLM)\"\nset xlabel \"s [m]\"; set ylabel \"[MeV\/u]\"; set y2label \"[rad]\"\nset ytics nomirror; set y2tics;\nplot file_name_2 using 1:2 title \"E_tot [MeV\/u]\" with lines ls 3, \\\n file_name_2 using 1:3 axis x1y2 title \"{\/Symbol j} [rad]\" \\\n with lines ls 1\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nset ytics nomirror; unset y2tics; unset y2label\n\nif (term_type != 0) set output \"Trans_Beam_Size_TLM.pdf\"\nset title \"Transverse RMS Beam Size (TLM)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_3 using 1:2 title \"x RMS [mm]\" with lines ls 3, \\\n file_name_3 using 1:(1e3*$3) title \"x' RMS [rad]\" with lines ls 6, \\\n file_name_3 using 1:4 title \"y RMS [mm]\" with lines ls 1, \\\n file_name_3 using 1:(1e3*$5) title \"y' RMS [rad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Beam_Size_TLM.pdf\"\nset title \"Longitudinal RMS Beam Size (TLM)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_3 using 1:6 title \"z RMS [rad]\" with lines ls 4, \\\n file_name_3 using 1:7 title \"z' RMS [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Trans_Orbit_New_Code.pdf\"\nset title \"Transverse Orbit (New Code)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_4 using 1:2 title \"x [mm]\" with lines ls 3, \\\n file_name_4 using 1:(1e3*$3) title \"x' [mrad]\" with lines ls 6, \\\n file_name_4 using 1:4 title \"y [mm]\" with lines ls 1, \\\n file_name_4 using 1:(1e3*$5) title \"y' [mrad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Orbit_New_Code.pdf\"\nset title \"Longitudinal Orbit (New Code)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_4 using 1:6 title \"z [rad]\" with lines ls 4, \\\n file_name_4 using 1:7 title \"z' [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"E_Tot_New_Code.pdf\"\nset title \"Total Energy and Phase (New Code)\"\nset xlabel \"s [m]\"; set ylabel \"[MeV\/u]\"; set y2label \"[rad]\"\nset ytics nomirror; set y2tics;\nplot file_name_5 using 3:4 title \"E_tot [MeV\/u]\" with lines ls 3, \\\n file_name_5 using 3:5 axis x1y2 title \"{\/Symbol j} [rad]\" \\\n with lines ls 1\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nset ytics nomirror; unset y2tics; unset y2label\n\nif (term_type != 0) set output \"Trans_Beam_Size_New_Code.pdf\"\nset title \"Transverse RMS Beam Size (New Code)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_6 using 1:2 title \"x RMS [mm]\" with lines ls 3, \\\n file_name_6 using 1:(1e3*$3) title \"x' RMS [rad]\" with lines ls 6, \\\n file_name_6 using 1:4 title \"y RMS [mm]\" with lines ls 1, \\\n file_name_6 using 1:(1e3*$5) title \"y' RMS [rad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Beam_Size_New_Code.pdf\"\nset title \"Longitudinal RMS Beam Size (New Code)\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_6 using 1:6 title \"z RMS [rad]\" with lines ls 4, \\\n file_name_6 using 1:7 title \"z' RMS [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Trans_Orbit_Diff.pdf\"\nset title \"Transverse Orbit Difference Between New Code and TLM\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_7 using 1:2 title \"x [mm]\" with lines ls 3, \\\n file_name_7 using 1:(1e3*$3) title \"x' [mrad]\" with lines ls 6, \\\n file_name_7 using 1:4 title \"y [mm]\" with lines ls 1, \\\n file_name_7 using 1:(1e3*$5) title \"y' [mrad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Orbit_Diff.pdf\"\nset title \"Longitudinal Orbit Difference Between New Code and TLM\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_7 using 1:6 title \"z [rad]\" with lines ls 4, \\\n file_name_7 using 1:7 title \"z' [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"E_Tot_Diff.pdf\"\nset title \"Total Energy Difference Between New Code and TLM\"\nset xlabel \"s [m]\"; set ylabel \"\"\nset ytics nomirror; set y2tics;\nplot file_name_8 using 1:2 title \"E_tot [MeV\/u]\" with lines ls 3, \\\n file_name_8 using 1:3 axis x1y2 title \"{\/Symbol j} [rad]\" with lines ls 1\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nset ytics nomirror; unset y2tics; unset y2label\n\nif (term_type != 0) set output \"Trans_Beam_Size_Diff.pdf\"\nset title \"Transverse RMS Beam Size Difference Between New Code and TLM\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_9 using 1:2 title \"x RMS [mm]\" with lines ls 3, \\\n file_name_9 using 1:(1e3*$3) title \"x' RMS [mrad]\" with lines ls 6, \\\n file_name_9 using 1:4 title \"y RMS [mm]\" with lines ls 1, \\\n file_name_9 using 1:(1e3*$5) title \"y' RMS [mrad]\" with lines ls 2\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n\nif (term_type != 0) set output \"Long_Beam_Size_Diff.pdf\"\nset title \"Longitudinal RMS Beam Size Difference Between New Code and TLM\"\nset xlabel \"s [m]\"; set ylabel \"\"\nplot file_name_9 using 1:6 title \"z RMS [rad]\" with lines ls 4, \\\n file_name_9 using 1:7 title \"z' RMS [MeV\/u]\" with lines ls 5\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"70ec63867cba7d547acbf6d795ab481b08ec4eef","subject":"Cleanup.","message":"Cleanup.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_decoder.plt","new_file":"src\/bson\/bson_decoder.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson_decoder:bson_to_pairs\/2').\n\ntest('empty doc', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x01, float', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x01, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 51,51,51,51, 51,51,20,64, % Double data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 5.05\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x02, string', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % Tag.\n 0xc3,0xa4, 0, % Ename.\n 6,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n '\u00e4' - '\u00e4\\0\u00e4'\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x02, nuls not allowed in ename', [throws(bson_error(_))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % Tag.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % Ename, INVALID.\n 3,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, % String data.\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_pairs(Bson, _Got).\n\ntest('0x03, embedded doc', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 97, 0, % Ename.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 98, 0, % Ename.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 99, 0, % Ename.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello -\n [\n 'a' - 'awesome',\n 'b' - 5.05,\n 'c' - 1986\n ]\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x03, embedded empty doc', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - []\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x04, embedded array', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x04, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 48, 0, % Ename, index 0.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 49, 0, % Ename, index 1.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 50, 0, % Ename, index 2.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - ['awesome', 5.05, 1986]\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x04, embedded empty array', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x04, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - []\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x00, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, function', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x01, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(function, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, old generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x02, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(old_generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, uuid', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x03, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(uuid, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, md5', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x05, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(md5, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, user defined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x80, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(user_defined, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x06, undefined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x06, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(undefined)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x07, object id', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x07, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - object_id('47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x08, boolean true', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 1, % Boolean data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(true)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x08, boolean false', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0, % Boolean data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(false)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x08, boolean invalid', [throws(bson_error(invalid_boolean))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 2, % Boolean data, INVALID value.\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_pairs(Bson, _Got).\n\ntest('0x09, utc datetime', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x09, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 188,11,99,58,47,1,0,0, % UTC datetime data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - utc(1302354660284) % date(2011, 4, 9, ...)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0A, null', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0A, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(null)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0B, regex', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0B, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 97, 0, % Regex pattern.\n 105, 0, % Regex options.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - regex('a','i')\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0C, db pointer', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0C, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 2,0,0,0, % String's byte length, incl. nul.\n 97, 0, % String data.\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - db_pointer('a', '47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0D, js', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0D, % Tag.\n 106,115, 0, % Ename.\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n js - js('code ...')\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0E, symbol', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0E, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % String's byte length, incl. nul.\n 97,116,111,109, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - symbol(atom)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0F, js with scope', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0F, % Tag.\n 106,115, 0, % Ename.\n xxx_not_impl,0,0,0, % Length of entire JS with scope.\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data.\n xxx_not_impl,0,0,0, % Length of embedded doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n js - js('code ...', ['hello'-32])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x10, int32', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 32\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x11, mongostamp', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x11, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,0,0,0, 0,0,0,0, % Int64 mongostamp data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - mongostamp(0)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x12, int64', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x12, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, 0,0,0,0, % Int64 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 32\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0xFF, min', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0xFF, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(min)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x7F, max', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x7F, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(max)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('invalid bson, missing terminating nul', [throws(bson_error(invalid))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0 % Int32 data.\n % Missing nul at end-of-doc.\n ],\n bson_decoder:bson_to_pairs(Bson, _Got).\n\n:- end_tests('bson_decoder:bson_to_pairs\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_decoder:bson_to_pairs\/2').\n\ntest('empty doc', [true(Got == Expected)]) :-\n Bson =\n [\n 5,0,0,0, % Length of top doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x01, float', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x01, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 51,51,51,51, 51,51,20,64, % Double data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 5.05\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x02, string', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % Tag.\n 0xc3,0xa4, 0, % Ename.\n 6,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n '\u00e4' - '\u00e4\\0\u00e4'\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x02, nuls not allowed in ename', [throws(bson_error(_))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % Tag.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % Ename, INVALID.\n 3,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, % String data.\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_pairs(Bson, _Got).\n\ntest('0x03, embedded doc', [true(Got == Expected)]) :-\n Bson =\n [\n 50,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 97, 0, % Ename.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 98, 0, % Ename.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 99, 0, % Ename.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello -\n [\n 'a' - 'awesome',\n 'b' - 5.05,\n 'c' - 1986\n ]\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x03, embedded empty doc', [true(Got == Expected)]) :-\n Bson =\n [\n 17,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - []\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x04, embedded array', [true(Got == Expected)]) :-\n Bson =\n [\n 50,0,0,0, % Length of top doc.\n 0x04, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 48, 0, % Ename, index 0.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 49, 0, % Ename, index 1.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 50, 0, % Ename, index 2.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - ['awesome', 5.05, 1986]\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x04, embedded empty array', [true(Got == Expected)]) :-\n Bson =\n [\n 17,0,0,0, % Length of top doc.\n 0x04, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - []\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x00, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, function', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x01, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(function, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, old generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x02, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(old_generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, uuid', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x03, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(uuid, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, md5', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x05, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(md5, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x05, binary, user defined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x80, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(user_defined, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x06, undefined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x06, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(undefined)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x07, object id', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x07, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - object_id('47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x08, boolean true', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 1, % Boolean data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(true)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x08, boolean false', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0, % Boolean data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(false)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x08, boolean invalid', [throws(bson_error(invalid_boolean))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 2, % Boolean data, INVALID value.\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_pairs(Bson, _Got).\n\ntest('0x09, utc datetime', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x09, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 188,11,99,58,47,1,0,0, % UTC datetime data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - utc(1302354660284) % date(2011, 4, 9, ...)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0A, null', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0A, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(null)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0B, regex', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0B, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 97, 0, % Regex pattern.\n 105, 0, % Regex options.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - regex('a','i')\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0C, db pointer', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0C, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 2,0,0,0, % String's byte length, incl. nul.\n 97, 0, % String data.\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - db_pointer('a', '47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0D, js', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0D, % Tag.\n 106,115, 0, % Ename.\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n js - js('code ...')\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0E, symbol', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0E, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % String's byte length, incl. nul.\n 97,116,111,109, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - symbol(atom)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x0F, js with scope', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0F, % Tag.\n 106,115, 0, % Ename.\n xxx_not_impl,0,0,0, % Length of entire JS with scope.\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data.\n xxx_not_impl,0,0,0, % Length of embedded doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n js - js('code ...', ['hello'-32])\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x10, int32', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 32\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x11, mongostamp', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x11, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,0,0,0, 0,0,0,0, % Int64 mongostamp data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - mongostamp(0)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x12, int64', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x12, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, 0,0,0,0, % Int64 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 32\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0xFF, min', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0xFF, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(min)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('0x7F, max', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x7F, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - @(max)\n ],\n bson_decoder:bson_to_pairs(Bson, Got).\n\ntest('invalid bson, missing terminating nul', [throws(bson_error(invalid))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0 % Int32 data.\n % Missing nul at end-of-doc.\n ],\n bson_decoder:bson_to_pairs(Bson, _Got).\n\n:- end_tests('bson_decoder:bson_to_pairs\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7f40d3355d10227be40d622b909153b1c36c265e","subject":"Optimize output of chart_perf.sh to show all of the tests","message":"Optimize output of chart_perf.sh to show all of the tests\n\nEnlarges time axis fonts, hides x axis tics, and sets the size to\nvalues large enough that all test labels can fit without overlapping.\n","repos":"ucsd-progsys\/liquidhaskell,ucsd-progsys\/liquidhaskell,ucsd-progsys\/liquidhaskell,ucsd-progsys\/liquidhaskell,ucsd-progsys\/liquidhaskell,ucsd-progsys\/liquidhaskell","old_file":"scripts\/plot-performance\/perf.gnuplot","new_file":"scripts\/plot-performance\/perf.gnuplot","new_contents":"set datafile separator ','\n\n# General config.\nset autoscale\nset bmargin 22 # For some reason using xticlabels adds tons of whitespaces at the end\nset tics font \",4\"\n\n# Y (time) axis config\nset ylabel \"Time (seconds)\"\nset ytics font \",8\"\nset logscale y 10\n\n# Chart shape\nset style histogram clustered\nset boxwidth 0.75 relative\nset style fill transparent solid 0.5 noborder\nset style histogram gap 0.25\n\n# Grid\nset style line 100 lt 1 lc rgb \"grey\" lw 0.5 # linestyle for the grid\nset grid ls 100 # enable grid with specific linestyle\n\n# X axis config\nset xtics scale 0 rotate\n\nset terminal svg enhanced size 8192,1024\nset output 'perf.svg'\nplot csv_2 using 2:xticlabels(1) with boxes lc rgb'red90' axis x1y1 title \"after\", \\\n csv_3 using 2:xticlabels(1) with boxes lc rgb'blue90' axis x1y1 title \"before\", \\\n '' u 0:($2+.1):(sprintf(\"%3.2f\",$4-$2)) with labels rotate left font \",4\" notitle\n","old_contents":"set datafile separator ','\n\n# General config.\nset autoscale\nset bmargin 22 # For some reason using xticlabels adds tons of whitespaces at the end\nset tics font \",4\"\n\n# Y (time) axis config\nset ylabel \"Time\"\nset logscale y 10\n\n# Chart shape\nset style histogram clustered\nset boxwidth 0.75 relative\nset style fill transparent solid 0.5 noborder\nset style histogram gap 0.25\n\n# Grid\nset style line 100 lt 1 lc rgb \"grey\" lw 0.5 # linestyle for the grid\nset grid ls 100 # enable grid with specific linestyle\n\n# X axis config\nset xtics 1 rotate\n\nset terminal svg enhanced size 2048,1024\nset output 'perf.svg'\nplot csv_2 using 2:xticlabels(1) with boxes lc rgb'red90' axis x1y1 title \"after\", \\\n csv_3 using 2:xticlabels(1) with boxes lc rgb'blue90' axis x1y1 title \"before\", \\\n '' u 0:($2+.1):(sprintf(\"%3.2f\",$4-$2)) with labels rotate left font \",4\" notitle\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"36132a38270d3ddc7229b5921b40195f76237e52","subject":"Fix test.","message":"Fix test.\n","repos":"khueue\/prolog-bson","old_file":"src\/mongo\/mongo.plt","new_file":"src\/mongo\/mongo.plt","new_contents":":- include(misc(common)).\n\n:- use_module(bson(bson), []).\n:- use_module(misc(util), []).\n\nup(Conn, Coll) :-\n mongo:new(Conn),\n mongo:get_database(Conn, 'prolongo', Db),\n mongo:get_collection(Db, 'testcoll', Coll).\n\ndown(Conn) :-\n mongo:free(Conn).\n\n:- begin_tests('mongo:upsert\/3').\n\ntest('upsert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:upsert(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:upsert\/3').\n\n:- begin_tests('mongo:update\/3').\n\ntest('update normal', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world]),\n mongo:update(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:update\/3').\n\n:- begin_tests('mongo:update_all\/3').\n\ntest('update multi', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world,num-1]),\n mongo:insert(Coll, [hello-world,num-2]),\n mongo:insert(Coll, [hello-world,num-3]),\n mongo:update_all(Coll, [hello-world], ['$inc'-[num-10]]),\n mongo:find(Coll, [hello-world], [], 0, 3, _Cursor, Docs),\n lists:length(Docs, 3),\n lists:member(Doc1, Docs),\n bson:doc_get(Doc1, num, 11),\n lists:member(Doc2, Docs),\n bson:doc_get(Doc2, num, 12),\n lists:member(Doc3, Docs),\n bson:doc_get(Doc3, num, 13),\n !.\n\n:- end_tests('mongo:update_all\/3').\n\n:- begin_tests('mongo:delete\/2').\n\ntest('delete', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:insert(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor1, [_|_]),\n mongo:delete(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor2, []).\n\n:- end_tests('mongo:delete\/2').\n\n:- begin_tests('mongo:find\/7').\n\ntest('cursor', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, [hello-world,number-1]),\n mongo:insert(Coll, [hello-world,number-2]),\n mongo:insert(Coll, [hello-world,number-3]),\n mongo:insert(Coll, [hello-world,number-4]),\n mongo:insert(Coll, [hello-world,number-5]),\n mongo:insert(Coll, [hello-world,number-6]),\n mongo:insert(Coll, [hello-world,number-7]),\n mongo:insert(Coll, [hello-world,number-8]),\n mongo:insert(Coll, [hello-world,number-9]),\n mongo:find(Coll, [hello-world], [number-1], 3, 3, Cursor0, Docs0),\n Docs0 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor0),\n mongo:get_more(Cursor0, 3, Docs1, Cursor1),\n Docs1 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor1),\n mongo:get_more(Cursor1, 3, Docs2, Cursor2),\n Docs2 =\n [\n ],\n \\+ mongo:has_more(Cursor2).\n\ntest('insert many single, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n insert_n_docs(Coll, 1000),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ninsert_n_docs(_Coll, 0) :- !.\ninsert_n_docs(Coll, N) :-\n mongo:insert(Coll, [hello-world,number-N]),\n N1 is N - 1,\n insert_n_docs(Coll, N1).\n\ntest('insert batch, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ncreate_n_docs(0, []) :- !.\ncreate_n_docs(N, [[hello-world,number-N]|Docs]) :-\n N1 is N - 1,\n create_n_docs(N1, Docs).\n\ntest('insert batch, find_all', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find_all(Coll, [hello-world], [number-1], DocsAll),\n lists:length(DocsAll, 1000).\n\n:- end_tests('mongo:find\/7').\n\n:- begin_tests('mongo:find_one\/3,4').\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('return fields selector', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n Fields = [number-1],\n mongo:find_one(Coll, Doc, Fields, Doc1),\n bson:doc_get(Doc1, '_id', object_id(_)), % Always returned.\n bson:doc_get(Doc1, number, 42),\n \\+ bson:doc_get(Doc1, hello, world).\n\n:- end_tests('mongo:find_one\/3,4').\n\n:- begin_tests('mongo:insert\/2').\n\ntest('insert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n util:ms_since_epoch(MilliSeconds),\n Doc =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n mongo:insert(Coll, Doc).\n\n:- end_tests('mongo:insert\/2').\n\n\/*\n:- begin_tests('mongo:command\/3').\n\ntest('list database infos', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_infos(Mongo, DatabaseInfos),\n database(Database),\n bson:doc_get(DatabaseInfos, Database, Info),\n Info \\== +null.\n %bson_format:pp(DatabaseInfos), nl.\n\ntest('list database names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_names(Mongo, DatabaseNames),\n database(Database),\n core:memberchk(Database, DatabaseNames).\n\n% XXX this works now, but I need to fix cursors (only one is shown).\ntest('list collection names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_collection_names(Mongo, Result),\n bson_format:pp(Result).\n\ntest('drop collection',\n[\n setup(up(Mongo)),\n cleanup(down(Mongo))\n]) :-\n collection(Collection),\n mongo:drop_collection(Mongo, Collection, Result),\n write(Result), nl,\n mongo:doc_ok(Result).\n\n% Takes a bit too long when MongoDB reallocates the collection later.\ntest('drop database', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n database(Database),\n mongo:drop_database(Mongo, Database, Result),\n bson:doc_get(Result, ok, 1.0).\n\n:- end_tests('mongo:command\/3').\n*\/\n","old_contents":":- include(misc(common)).\n\n:- use_module(bson(bson), []).\n:- use_module(misc(util), []).\n\nup(Conn, Coll) :-\n mongo:new(Conn),\n mongo:get_database(Conn, 'prolongo', Db),\n mongo:get_collection(Db, 'testcoll', Coll).\n\ndown(Conn) :-\n mongo:free(Conn).\n\n:- begin_tests('mongo:upsert\/3').\n\ntest('upsert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:upsert(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:upsert\/3').\n\n:- begin_tests('mongo:update\/3').\n\ntest('update normal', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world]),\n mongo:update(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:update\/3').\n\n:- begin_tests('mongo:update_all\/3').\n\ntest('update multi', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world,num-1]),\n mongo:insert(Coll, [hello-world,num-2]),\n mongo:insert(Coll, [hello-world,num-3]),\n mongo:update_all(Coll, [hello-world], ['$inc'-[num-10]]),\n mongo:find(Coll, [hello-world], [], 0, 3, _Cursor, [Doc1,Doc2,Doc3]),\n % XXX Maybe this sort order is not guaranteed?\n bson:doc_get(Doc1, num, 11),\n bson:doc_get(Doc2, num, 12),\n bson:doc_get(Doc3, num, 13).\n\n:- end_tests('mongo:update_all\/3').\n\n:- begin_tests('mongo:delete\/2').\n\ntest('delete', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:insert(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor1, [_|_]),\n mongo:delete(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor2, []).\n\n:- end_tests('mongo:delete\/2').\n\n:- begin_tests('mongo:find\/7').\n\ntest('cursor', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, [hello-world,number-1]),\n mongo:insert(Coll, [hello-world,number-2]),\n mongo:insert(Coll, [hello-world,number-3]),\n mongo:insert(Coll, [hello-world,number-4]),\n mongo:insert(Coll, [hello-world,number-5]),\n mongo:insert(Coll, [hello-world,number-6]),\n mongo:insert(Coll, [hello-world,number-7]),\n mongo:insert(Coll, [hello-world,number-8]),\n mongo:insert(Coll, [hello-world,number-9]),\n mongo:find(Coll, [hello-world], [number-1], 3, 3, Cursor0, Docs0),\n Docs0 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor0),\n mongo:get_more(Cursor0, 3, Docs1, Cursor1),\n Docs1 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor1),\n mongo:get_more(Cursor1, 3, Docs2, Cursor2),\n Docs2 =\n [\n ],\n \\+ mongo:has_more(Cursor2).\n\ntest('insert many single, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n insert_n_docs(Coll, 1000),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ninsert_n_docs(_Coll, 0) :- !.\ninsert_n_docs(Coll, N) :-\n mongo:insert(Coll, [hello-world,number-N]),\n N1 is N - 1,\n insert_n_docs(Coll, N1).\n\ntest('insert batch, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ncreate_n_docs(0, []) :- !.\ncreate_n_docs(N, [[hello-world,number-N]|Docs]) :-\n N1 is N - 1,\n create_n_docs(N1, Docs).\n\ntest('insert batch, find_all', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find_all(Coll, [hello-world], [number-1], DocsAll),\n lists:length(DocsAll, 1000).\n\n:- end_tests('mongo:find\/7').\n\n:- begin_tests('mongo:find_one\/3,4').\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('return fields selector', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n Fields = [number-1],\n mongo:find_one(Coll, Doc, Fields, Doc1),\n bson:doc_get(Doc1, '_id', object_id(_)), % Always returned.\n bson:doc_get(Doc1, number, 42),\n \\+ bson:doc_get(Doc1, hello, world).\n\n:- end_tests('mongo:find_one\/3,4').\n\n:- begin_tests('mongo:insert\/2').\n\ntest('insert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n util:ms_since_epoch(MilliSeconds),\n Doc =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n mongo:insert(Coll, Doc).\n\n:- end_tests('mongo:insert\/2').\n\n\/*\n:- begin_tests('mongo:command\/3').\n\ntest('list database infos', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_infos(Mongo, DatabaseInfos),\n database(Database),\n bson:doc_get(DatabaseInfos, Database, Info),\n Info \\== +null.\n %bson_format:pp(DatabaseInfos), nl.\n\ntest('list database names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_names(Mongo, DatabaseNames),\n database(Database),\n core:memberchk(Database, DatabaseNames).\n\n% XXX this works now, but I need to fix cursors (only one is shown).\ntest('list collection names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_collection_names(Mongo, Result),\n bson_format:pp(Result).\n\ntest('drop collection',\n[\n setup(up(Mongo)),\n cleanup(down(Mongo))\n]) :-\n collection(Collection),\n mongo:drop_collection(Mongo, Collection, Result),\n write(Result), nl,\n mongo:doc_ok(Result).\n\n% Takes a bit too long when MongoDB reallocates the collection later.\ntest('drop database', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n database(Database),\n mongo:drop_database(Mongo, Database, Result),\n bson:doc_get(Result, ok, 1.0).\n\n:- end_tests('mongo:command\/3').\n*\/\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4e49186ba336dea4259f43b8fe269d3cf2806ab5","subject":"Add more regex tests","message":"Add more regex tests\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/regex\/regex.plt","new_file":"U-238\/u\/regex\/regex.plt","new_contents":":- begin_tests(regex).\n:- use_module(u(regex\/regex)).\n\ntest(syntax_positive,\n [forall(\n\t member(Pat,\n\t\t [\"\", \"a\", \"ab\", \"a*\", \"a*a\", \"a|b\", \"a|b|c\",\n\t\t \"(a)\", \"((a))\", \"(((ab)))\",\n\t\t \"b*|b\", \"ab*b\",\n\t\t \"(a|b)\", \"(a*|b)\", \"(ab*|b)\", \"(b*|b*)\",\n\t\t \"(b*|b*)*\", \"(b|a|c)*\", \"b|a|c*\", \"a|ab*|abc*\",\n\t\t \"(a|ab*|abc*)d\", \"(a|ab*|abc*)(a)d\",\n\t\t \"(a|ab*|abc*)(a*)d\", \"(a|ab*|abc*)(a*)(d)\",\n\t\t \"(a|ab*|abc*)(a*)(d)|e*\", \"(a|ab*|abc*)(a*)(d)|e\",\n\t\t \"(a|ab*|abc*)(a*)(d)|(e|d*)\",\n\t\t \"((a|ab*|abc*)(a*)(d)|(e|d*))\",\n\t\t \"(((a|ab*|abc*)(a*)(d)|(e|d*)))\"\n\t\t ])\n\t )\n ]) :-\n\n\tregex_nfa(Pat, _).\n\n\t%findall('.', phrase(regex(_), Pat, []), ['.']).\n\n\ntest(syntax_negative,\n [forall(\n\t member(Pat,\n\t\t [\"*\", \"**\", \"|*\", \"()\", \"(*)\", \"()*\",\n\t\t \"*a\", \"*|b\", \"*|*\", \"|a\", \"|a|b\", \"|a|\",\n\t\t \"b|\", \"a|b|\", \"ab*|\", \"ab|\", \"|ab\", \"|ab|\",\n\t\t \"(a|b\", \"a|b)\", \"(a*|b\", \"a|b*)\", \"(b*|b*)**\",\n\t\t \"*(a|v)\", \"(a|ab*|abc*)()d\",\n\t\t \"(a|ab*|abc*)(a*)(d)|*\"\n\t\t ])\n\t ), fail\n ]) :-\n\n\tregex_nfa(Pat, _).\n\ntest(nfa_1_state,\n [nfa([1], [], 1, [1]) = NFA]\n ) :-\n\n\tregex_nfa(\"\", NFA).\n\ntest(dfa_1_state,\n [dfa([1], [], 1, [1]) = DFA]\n ) :-\n\n\tregex_dfa(\"\", DFA).\n\ntest(nfa_n_states,\n [forall(member((Pat, N_States), [(\"ab*\", 5)]))]\n ) :-\n\n\tregex_nfa(Pat, nfa(States, _, _, _)),\n\tnumlist(1, N_States, States).\n\n\n\n:- end_tests(regex).\n\n\n\n","old_contents":":- begin_tests(regex).\n:- use_module(u(regex\/regex)).\n\ntest(syntax_positive,\n [forall(\n\t member(Pat,\n\t\t [\"\", \"a\", \"ab\", \"a*\", \"a*a\", \"a|b\", \"a|b|c\",\n\t\t \"(a)\", \"((a))\", \"(((ab)))\",\n\t\t \"b*|b\", \"ab*b\",\n\t\t \"(a|b)\", \"(a*|b)\", \"(ab*|b)\", \"(b*|b*)\",\n\t\t \"(b*|b*)*\", \"(b|a|c)*\", \"b|a|c*\", \"a|ab*|abc*\",\n\t\t \"(a|ab*|abc*)d\", \"(a|ab*|abc*)(a)d\",\n\t\t \"(a|ab*|abc*)(a*)d\", \"(a|ab*|abc*)(a*)(d)\",\n\t\t \"(a|ab*|abc*)(a*)(d)|e*\", \"(a|ab*|abc*)(a*)(d)|e\",\n\t\t \"(a|ab*|abc*)(a*)(d)|(e|d*)\",\n\t\t \"((a|ab*|abc*)(a*)(d)|(e|d*))\",\n\t\t \"(((a|ab*|abc*)(a*)(d)|(e|d*)))\"\n\t\t ])\n\t )\n ]) :-\n\n\tregex_nfa(Pat, _).\n\n\t%findall('.', phrase(regex(_), Pat, []), ['.']).\n\n\ntest(syntax_negative,\n [forall(\n\t member(Pat,\n\t\t [\"*\", \"**\", \"|*\", \"()\", \"(*)\", \"()*\",\n\t\t \"*a\", \"*|b\", \"*|*\", \"|a\", \"|a|b\", \"|a|\",\n\t\t \"b|\", \"a|b|\", \"ab*|\", \"ab|\", \"|ab\", \"|ab|\",\n\t\t \"(a|b\", \"a|b)\", \"(a*|b\", \"a|b*)\", \"(b*|b*)**\",\n\t\t \"*(a|v)\", \"(a|ab*|abc*)()d\",\n\t\t \"(a|ab*|abc*)(a*)(d)|*\"\n\t\t ])\n\t ), fail\n ]) :-\n\n\tregex_nfa(Pat, _).\n\ntest(nfa_n_states,\n [forall(member((Pat, N_States), [(\"ab*\", 5)]))]\n ) :-\n\n\tregex_nfa(Pat, nfa(States, _, _, _)),\n\tnumlist(1, N_States, States).\n\n\n\n:- end_tests(regex).\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"109f1980d485f36258753517cbbe7aa4251dbd8c","subject":"plotting all the available columns of the accuracy experiment csv","message":"plotting all the available columns of the accuracy experiment csv\n","repos":"giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler","old_file":"_plots\/exp-accuracy.gnu","new_file":"_plots\/exp-accuracy.gnu","new_contents":"#!\/usr\/bin\/gnuplot\n# mds-stress visualizes the results of the mds util (stress module)\n\nif(!exists(\"inputFile\") || !exists(\"outputFile\")) {\n\tprint(\"The following params must be defined: inputFile, outputFile\");\n\texit(0);\n}\n\n\nif(!exists(\"titleComment\")) {\n\ttitleComment=\"\" \n} else {\n\ttitleComment=\" (\".titleComment.\")\"\n}\n\nset terminal postscript eps size 7,5.0 enhanced color font 'Arial,34'\nset xlabel \"Sampling Rate\"\nset grid\n\nset style line 1 lt 1 pt 7 lc rgb \"#000000\" lw 4 ps 4\nset style line 2 lt 1 pt 2 lc rgb \"#333333\" lw 4 ps 4\nset style line 3 lt 1 pt 4 lc rgb \"#777777\" lw 4 ps 4\nset style line 4 lt 1 pt 10 lc rgb \"#999999\" lw 4 ps 4\nset style line 5 lt 1 pt 13 lc rgb \"#aaaaaa\" lw 4 ps 4\nset style line 6 lt 1 pt 14 lc rgb \"#cccccc\" lw 4 ps 4\nset key top right font \",15\" samplen 1 outside horizontal\n\ncolNames=system(\"head -n 1 \".word(inputFile,1))\ndo for [t=2:words(colNames)] {\n\tcolName=word(colNames,t)\n\tset title colName.\" vs Sampling Rate\".titleComment\n\tset ylabel colName\n\tset output outputFile\n\tif (t%3 == 1) {\n\t\tplot for [i=1:words(inputFile)] word(inputFile,i) u 1:t w lp t system(\"basename \".word(inputFile,i)) ls i\n\t} \n\tif (t%3 == 2) {\n\t\tplot for [i=1:words(inputFile)] word(inputFile,i) u 1:t:t+1 w e t system(\"basename \".word(inputFile,i)) ls i\n\t}\n\tif (t%3 > 0 ) {\n\t\tsystem(\"epstopdf --outfile=\".outputFile.\"-\".colName.\".pdf \".outputFile.\" && rm \".outputFile)\n\t}\n}\n","old_contents":"#!\/usr\/bin\/gnuplot\n# mds-stress visualizes the results of the mds util (stress module)\n\nif(!exists(\"inputFile\") || !exists(\"outputFile\")) {\n\tprint(\"The following params must be defined: inputFile, outputFile\");\n\texit(0);\n}\n\n\nif(!exists(\"titleComment\")) {\n\ttitleComment=\"\" \n} else {\n\ttitleComment=\" (\".titleComment.\")\"\n}\n\nset terminal postscript eps size 7,5.0 enhanced color font 'Arial,34'\nset xlabel \"Sampling Rate\"\nset grid\n\nset style line 1 lt 1 pt 7 lc rgb \"#000000\" lw 4 ps 4\nset style line 2 lt 1 pt 2 lc rgb \"#333333\" lw 4 ps 4\nset style line 3 lt 1 pt 4 lc rgb \"#777777\" lw 4 ps 4\nset style line 4 lt 1 pt 10 lc rgb \"#999999\" lw 4 ps 4\nset style line 5 lt 1 pt 13 lc rgb \"#aaaaaa\" lw 4 ps 4\nset style line 6 lt 1 pt 14 lc rgb \"#cccccc\" lw 4 ps 4\nset key top right font \",15\" samplen 1 outside horizontal\n\ncolNames=system(\"head -n 1 \".word(inputFile,1))\ndo for [t=2:67] {\n\tcolName=word(colNames,t)\n\tset title colName.\" vs Sampling Rate\".titleComment\n\tset ylabel colName\n\tset output outputFile\n\tif (t%3 == 1) {\n\t\tplot for [i=1:words(inputFile)] word(inputFile,i) u 1:t w lp t system(\"basename \".word(inputFile,i)) ls i\n\t} \n\tif (t%3 == 2) {\n\t\tplot for [i=1:words(inputFile)] word(inputFile,i) u 1:t:t+1 w e t system(\"basename \".word(inputFile,i)) ls i\n\t}\n\tif (t%3 > 0 ) {\n\t\tsystem(\"epstopdf --outfile=\".outputFile.\"-\".colName.\".pdf \".outputFile.\" && rm \".outputFile)\n\t}\n}\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"d434722a43a3d683129364885b7fb190223af9f4","subject":"rrepair, eval: update gnuplot column definitions","message":"rrepair, eval: update gnuplot column definitions\n","repos":"scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris","old_file":"contrib\/rrepair\/coldefs_eval_point.gp","new_file":"contrib\/rrepair\/coldefs_eval_point.gp","new_contents":"col_id = 1\ncol_nodes = 2\ncol_dbsize = 3\ncol_failrate = 4\ncol_round = 5\ncol_recon_fr = 6\ncol_merkle_bucket = 7\ncol_merkle_branch = 8\ncol_art_corr_factor = 9\ncol_art_leaf_fpr = 10\ncol_art_inner_fpr = 11\ncol_missing = 12\ncol_regen = 13\ncol_outdated = 14\ncol_updated = 15\ncol_bw_rc_size = 16\ncol_bw_rc_msg = 17\ncol_bw_rc2_size = 18\ncol_bw_rc2_msg = 19\ncol_bw_rs_size = 20\ncol_bw_rs_msg = 21\ncol_bw_rs_kvv = 22\ncol_sd_missing = 23\ncol_sd_regen = 24\ncol_sd_outdated = 25\ncol_sd_updated = 26\ncol_sd_bw_rc_size = 27\ncol_sd_bw_rc_msg = 28\ncol_sd_bw_rc2_size = 29\ncol_sd_bw_rc2_msg = 30\ncol_sd_bw_rs_size = 31\ncol_sd_bw_rs_msg = 32\ncol_sd_bw_rs_kvv = 33\ncol_min_missing = 34\ncol_max_missing = 35\ncol_min_regen = 36\ncol_max_regen = 37\ncol_min_outdated = 38\ncol_max_outdated = 39\ncol_min_updated = 40\ncol_max_updated = 41\ncol_min_bw_rc_size = 42\ncol_max_bw_rc_size = 43\ncol_min_rc_msg = 44\ncol_max_rc_msg = 45\ncol_min_bw_rc2_size = 46\ncol_max_bw_rc2_size = 47\ncol_min_rc2_msg = 48\ncol_max_rc2_msg = 49\ncol_min_bw_rs_size = 50\ncol_max_bw_rs_size = 51\ncol_min_bw_rs_msg = 52\ncol_max_bw_rs_msg = 53\ncol_min_bw_rs_kvv = 54\ncol_max_bw_rs_kvv = 55\ncol_rc_method = 56\ncol_ring_type = 57\ncol_ddist = 58\ncol_ftype = 59\ncol_fdist = 60\ncol_dtype = 61\ncol_tprob = 62\ncol_merkle_num_trees = 63\ncol_fr_p1 = 64\ncol_sd_fr_p1 = 65\ncol_min_fr_p1 = 66\ncol_max_fr_p1 = 67\ncol_fr_p2 = 68\ncol_sd_fr_p2 = 69\ncol_min_fr_p2 = 70\ncol_max_fr_p2 = 71\ncol_fr = 72\ncol_sd_fr = 73\ncol_min_fr = 74\ncol_max_fr = 75\ncol_exp_delta = 76\ncol_merkle_inner = 77\ncol_sd_merkle_inner = 78\ncol_min_merkle_inner = 79\ncol_max_merkle_inner = 80\ncol_merkle_leaf = 81\ncol_sd_merkle_leaf = 82\ncol_min_merkle_leaf = 83\ncol_max_merkle_leaf = 84\ncol_merkle_empty_leaf = 85\ncol_sd_merkle_empty_leaf = 86\ncol_min_merkle_empty_leaf = 87\ncol_max_merkle_empty_leaf = 88\n","old_contents":"col_id = 1\ncol_nodes = 2\ncol_dbsize = 3\ncol_failrate = 4\ncol_round = 5\ncol_recon_fr = 6\ncol_merkle_bucket = 7\ncol_merkle_branch = 8\ncol_art_corr_factor = 9\ncol_art_leaf_fpr = 10\ncol_art_inner_fpr = 11\ncol_missing = 12\ncol_regen = 13\ncol_outdated = 14\ncol_updated = 15\ncol_bw_rc_size = 16\ncol_bw_rc_msg = 17\ncol_bw_rc2_size = 18\ncol_bw_rc2_msg = 19\ncol_bw_rs_size = 20\ncol_bw_rs_msg = 21\ncol_bw_rs_kvv = 22\ncol_sd_missing = 23\ncol_sd_regen = 24\ncol_sd_outdated = 25\ncol_sd_updated = 26\ncol_sd_bw_rc_size = 27\ncol_sd_bw_rc_msg = 28\ncol_sd_bw_rc2_size = 29\ncol_sd_bw_rc2_msg = 30\ncol_sd_bw_rs_size = 31\ncol_sd_bw_rs_msg = 32\ncol_sd_bw_rs_kvv = 33\ncol_min_missing = 34\ncol_max_missing = 35\ncol_min_regen = 36\ncol_max_regen = 37\ncol_min_outdated = 38\ncol_max_outdated = 39\ncol_min_updated = 40\ncol_max_updated = 41\ncol_min_bw_rc_size = 42\ncol_max_bw_rc_size = 43\ncol_min_rc_msg = 44\ncol_max_rc_msg = 45\ncol_min_bw_rc2_size = 46\ncol_max_bw_rc2_size = 47\ncol_min_rc2_msg = 48\ncol_max_rc2_msg = 49\ncol_min_bw_rs_size = 50\ncol_max_bw_rs_size = 51\ncol_min_bw_rs_msg = 52\ncol_max_bw_rs_msg = 53\ncol_min_bw_rs_kvv = 54\ncol_max_bw_rs_kvv = 55\ncol_rc_method = 56\ncol_ring_type = 57\ncol_ddist = 58\ncol_ftype = 59\ncol_fdist = 60\ncol_dtype = 61\ncol_tprob = 62\ncol_merkle_num_trees = 63\ncol_fr_p1 = 64\ncol_sd_fr_p1 = 65\ncol_min_fr_p1 = 66\ncol_max_fr_p1 = 67\ncol_fr_p2 = 68\ncol_sd_fr_p2 = 69\ncol_min_fr_p2 = 70\ncol_max_fr_p2 = 71\ncol_fr = 72\ncol_sd_fr = 73\ncol_min_fr = 74\ncol_max_fr = 75\ncol_exp_delta = 76\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"839f608e77c18ababb5b22b3656acd98ac66730e","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/eval\/cost-by-storage-type\/cost-3way.gnuplot","new_file":"mtdb\/eval\/cost-by-storage-type\/cost-3way.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\ncost_hot = system(\"echo $cost_hot\") + 0\ncost_mutants = system(\"echo $cost_mutants\") + 0\nY_MAX = system(\"echo $Y_MAX\")\nY_TICS_INTERVAL = system(\"echo $Y_TICS_INTERVAL\")\n\nset terminal pdfcairo enhanced size 2in, 1.5in\nset output FN_OUT\n\nset lmargin at screen 0.2\nset rmargin at screen 1.0\nset tmargin at screen 0.98\nset bmargin at screen 0.13\n\nset ylabel \"Storage cost\" offset 1.2,0\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"black\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0, Y_TICS_INTERVAL\n\nset xrange [-0.5 : 2.5]\nset yrange [0 : Y_MAX]\n\nset linetype 1 lc rgb \"blue\"\nset linetype 2 lc rgb \"brown\"\nset linetype 3 lc rgb \"red\"\n\nBOX_WIDTH=0.4\n\nset arrow from (1-BOX_WIDTH\/2),cost_hot to 2,cost_hot nohead lt 0 lw 2\nset arrow from 1,cost_hot to 1,cost_mutants size screen 0.04,25\nset label (sprintf(\"-%.2f%%\", 100.0 * (cost_hot - cost_mutants)\/cost_hot)) at (1-BOX_WIDTH*0.2),(cost_hot+cost_mutants)\/2 right\n\nset style fill solid 0.3 #noborder\n\n# boxxyerrorbars parameters\n# x y xlow xhigh ylow yhigh\n\nplot \\\nFN_IN u 0:(0):($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(0):2:xtic(1) w boxxyerrorbars lc rgb \"red\" not, \\\nFN_IN u ($3 == 0 ? 1\/0 : 0):2 :($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):2 :4 w boxxyerrorbars lc rgb \"blue\" not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\ncost_hot = system(\"echo $cost_hot\") + 0\ncost_mutants = system(\"echo $cost_mutants\") + 0\nY_MAX = system(\"echo $Y_MAX\")\nY_TICS_INTERVAL = system(\"echo $Y_TICS_INTERVAL\")\n\nset terminal pdfcairo enhanced size 2in, 1.5in\nset output FN_OUT\n\nset ylabel \"Storage cost\" offset 1.2,0\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"black\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0, Y_TICS_INTERVAL\n\nset xrange [-0.5 : 2.5]\nset yrange [0 : Y_MAX]\n\nset linetype 1 lc rgb \"blue\"\nset linetype 2 lc rgb \"brown\"\nset linetype 3 lc rgb \"red\"\n\nBOX_WIDTH=0.4\n\nset arrow from (1-BOX_WIDTH\/2),cost_hot to 2,cost_hot nohead lt 0 lw 2\nset arrow from 1,cost_hot to 1,cost_mutants size screen 0.04,25\nset label (sprintf(\"-%.2f%%\", 100.0 * (cost_hot - cost_mutants)\/cost_hot)) at (1-BOX_WIDTH*0.2),(cost_hot+cost_mutants)\/2 right\n\nset style fill solid 0.3 #noborder\n\n# boxxyerrorbars parameters\n# x y xlow xhigh ylow yhigh\n\nplot \\\nFN_IN u 0:(0):($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(0):2:xtic(1) w boxxyerrorbars lc rgb \"red\" not, \\\nFN_IN u ($3 == 0 ? 1\/0 : 0):2 :($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):2 :4 w boxxyerrorbars lc rgb \"blue\" not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"ad314332199308fb129700b5c817d86ebf6e6014","subject":"added pearson plots","message":"added pearson plots\n","repos":"giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler","old_file":"_plots\/exp-ordering.gnu","new_file":"_plots\/exp-ordering.gnu","new_contents":"#!\/usr\/bin\/gnuplot\n# mds-stress visualizes the results of the mds util (stress module)\n\nif(!exists(\"inputFile\") || !exists(\"outputFile\")) {\n\tprint(\"The following params must be defined: inputFile, outputFile\");\n\texit(0);\n}\n\n\nif(!exists(\"titleComment\")) {\n\ttitleComment=\"\" \n} else {\n\ttitleComment=\" (\".titleComment.\")\"\n}\n\nset title \"Kendall {\/Symbol t} vs Sampling Rate\".titleComment\nset terminal postscript eps size 7,5.0 enhanced color font 'Arial,34'\nset output outputFile\nset xlabel \"Sampling Rate\"\nset grid\nset key top right\n\nset style line 1 lt 1 pt 7 lc rgb \"#000000\" lw 4 ps 4\nset style line 2 lt 1 pt 2 lc rgb \"#333333\" lw 4 ps 4\nset style line 3 lt 1 pt 4 lc rgb \"#777777\" lw 4 ps 4\nset style line 4 lt 1 pt 10 lc rgb \"#999999\" lw 4 ps 4\nset style line 5 lt 1 pt 13 lc rgb \"#aaaaaa\" lw 4 ps 4\n\nset ylabel \"Kendall {\/Symbol t}\"\nplot inputFile u 1:2 w lp t system(\"basename \".inputFile) ls 1\nsystem(\"epstopdf --outfile=\".outputFile.\"-tau.pdf \".outputFile.\" && rm \".outputFile)\n\n\nset title \"top-k hits vs Sampling Rate\".titleComment\nset ylabel \"Percentage of top-k hits\"\nset output outputFile\nplot inputFile u 1:8 w lp t \"top-10%\" ls 1, \\\n'' u 1:14 w lp t \"top-25%\" ls 2, \\\n'' u 1:20 w lp t \"top-50%\" ls 3\nsystem(\"epstopdf --outfile=\".outputFile.\"-topk.pdf \".outputFile.\" && rm \".outputFile)\n\n\nset title \"% needed to contain appx % score vs Sampling Rate\".titleComment\nset ylabel \"% of actual list\"\nset output outputFile\nplot inputFile u 1:26 w lp t \"top-2%\" ls 1, \\\n'' u 1:32 w lp t \"top-5%\" ls 2, \\\n'' u 1:38 w lp t \"top-10%\" ls 3\nsystem(\"epstopdf --outfile=\".outputFile.\"-topk-perc.pdf \".outputFile.\" && rm \".outputFile)\n\n\nset ylabel \"Pearson {\/Symbol r}\"\nset title \"Pearson {\/Symbol r} vs Sampling Rate\".titleComment\nset output outputFile\nplot inputFile u 1:56 w lp t system(\"basename \".inputFile) ls 1\nsystem(\"epstopdf --outfile=\".outputFile.\"-rho.pdf \".outputFile.\" && rm \".outputFile)\n","old_contents":"#!\/usr\/bin\/gnuplot\n# mds-stress visualizes the results of the mds util (stress module)\n\nif(!exists(\"inputFile\") || !exists(\"outputFile\")) {\n\tprint(\"The following params must be defined: inputFile, outputFile\");\n\texit(0);\n}\n\n\nif(!exists(\"titleComment\")) {\n\ttitleComment=\"\" \n} else {\n\ttitleComment=\" (\".titleComment.\")\"\n}\n\nset title \"Kendall {\/Symbol t} vs Sampling Rate\".titleComment\nset terminal postscript eps size 7,5.0 enhanced color font 'Arial,34'\nset output outputFile\nset xlabel \"Sampling Rate\"\nset grid\nset key top right\n\nset style line 1 lt 1 pt 7 lc rgb \"#000000\" lw 4 ps 4\nset style line 2 lt 1 pt 2 lc rgb \"#333333\" lw 4 ps 4\nset style line 3 lt 1 pt 4 lc rgb \"#777777\" lw 4 ps 4\nset style line 4 lt 1 pt 10 lc rgb \"#999999\" lw 4 ps 4\nset style line 5 lt 1 pt 13 lc rgb \"#aaaaaa\" lw 4 ps 4\n\nset ylabel \"Kendall {\/Symbol t}\"\nplot inputFile u 1:2 w lp t system(\"basename \".inputFile) ls 1\nsystem(\"epstopdf --outfile=\".outputFile.\"-tau.pdf \".outputFile.\" && rm \".outputFile)\n\n\nset title \"top-k hits vs Sampling Rate\".titleComment\nset ylabel \"Percentage of top-k hits\"\nset output outputFile\nplot inputFile u 1:8 w lp t \"top-10%\" ls 1, \\\n'' u 1:14 w lp t \"top-25%\" ls 2, \\\n'' u 1:20 w lp t \"top-50%\" ls 3\nsystem(\"epstopdf --outfile=\".outputFile.\"-topk.pdf \".outputFile.\" && rm \".outputFile)\n\n\nset title \"% needed to contain appx % score vs Sampling Rate\".titleComment\nset ylabel \"% of actual list\"\nset output outputFile\nplot inputFile u 1:26 w lp t \"top-2%\" ls 1, \\\n'' u 1:32 w lp t \"top-5%\" ls 2, \\\n'' u 1:38 w lp t \"top-10%\" ls 3\nsystem(\"epstopdf --outfile=\".outputFile.\"-topk-perc.pdf \".outputFile.\" && rm \".outputFile)\n\n\nset ylabel \"Pearson {\/Symbol r}\"\nset title \"Pearson {\/Symbol r} vs Sampling Rate\".titleComment\nplot inputFile u 1:56 w lp t system(\"basename \".inputFile) ls 1\nsystem(\"epstopdf --outfile=\".outputFile.\"-rho.pdf \".outputFile.\" && rm \".outputFile)\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"4bd61861eb1ee02839ecf4ce9ba9abbd822e8a43","subject":"load in dots","message":"load in dots\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1040,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with dots fc \"black\" axes x1y2\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1040,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with lines lw 0.1 lc \"black\" axes x1y2\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"0e8611ccb051e46f6bfc3e71311b11a113b68168","subject":"move timestamp to title","message":"move timestamp to title\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature -=- \".strftime(\"%Y-%m-%d %H:%M\", time(0))\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7f917882816464d2fb57ae7a7535eacc09e120c7","subject":"20160514T1335","message":"20160514T1335\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutpu4\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"425ddafbc41ff4b1ab36ef8c573b27a649f296e1","subject":"timestamp test","message":"timestamp test\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph22.gp","new_file":"graph22.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of DHT22 data\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp '%Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql22.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Humidity (DHT22)\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/bonediagd\/RHT.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql22.csv\" using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of DHT22 data\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql22.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Humidity (DHT22)\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/bonediagd\/RHT.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql22.csv\" using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"fee0c99c6807c2da114bc2ebec5f45fc0e9208b7","subject":"graph12","message":"graph12\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n# set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\n#set style data histogram\n#set style histogram columnstacked\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"13\" \\\n , '' using ($2+utc_offset):($10+$11+$12) title \"12\"\\\n , '' using ($2+utc_offset):($10+$11) title \"11\"\\\n , '' using ($2+utc_offset):10 title \"10\"\n# plot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Load [degC]\" axes x1y2 with dots\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n# set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\n#set style data histogram\n#set style histogram columnstacked\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) \\\n , '' using ($2+utc_offset):($10+$11+$12) \\\n , '' using ($2+utc_offset):($10+$11) \\\n , '' using ($2+utc_offset):10\n# plot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Load [degC]\" axes x1y2 with dots\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"3f7aa4f103a309c9f93e585b4c84f0455c2efe3b","subject":"show fractions","message":"show fractions\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n#FIXME: need stats on delta($7)\n#stats ifname using 7 name \"upY\" nooutput\n#Y_max = upY_max * 1.1 * 8\/60\n\n#FIXME: need stats on delta($6)\n#stats ifname using 6 name \"dnY\" nooutput\n#Y_min = dnY_max * -1.1 * 8\/60\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\nset yrange [:100]\nset autoscale y\nset format y \"%4.1s %c\"\n#set yrange [ Y_min : Y_max ]\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill transparent solid 0.05 noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#33bb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#330000bb\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n#FIXME: need stats on delta($7)\n#stats ifname using 7 name \"upY\" nooutput\n#Y_max = upY_max * 1.1 * 8\/60\n\n#FIXME: need stats on delta($6)\n#stats ifname using 6 name \"dnY\" nooutput\n#Y_min = dnY_max * -1.1 * 8\/60\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\nset yrange [:100]\nset autoscale y\nset format y \"%3.0s %c\"\n#set yrange [ Y_min : Y_max ]\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill transparent solid 0.05 noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#33bb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#330000bb\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"5222f36ee2a634c5a7cc30a7f17a5d3736c352e3","subject":"format y-axis labels","message":"format y-axis labels\n","repos":"Mausy5043\/ubundiagd,Mausy5043\/ubundiagd,Mausy5043\/ubundiagd","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Courier\" 10 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"D\" nooutput\n\nD_min = D_min + utc_offset - 946684800\nD_max = D_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ D_min : D_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed []\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\nset format y \"%#\"\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):3 title \"Windspeed []\" with points pt 5 ps 0.2\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Courier\" 10 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"D\" nooutput\n\nD_min = D_min + utc_offset - 946684800\nD_max = D_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ D_min : D_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed []\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):3 title \"Windspeed []\" with points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"fd8202a574ba1e47069c329265b63291aa776a48","subject":"make week data count too","message":"make week data count too\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nBPS = 8. \/ (60. * 3.)\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($3)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($6)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using (delta($6)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * BPS\nYmin = 1024 * BPS\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 4 * BPS\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($2)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($3)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using (delta($3)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($6) * BPS) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($6) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * BPS\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * BPS\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 4 * BPS\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($3) * BPS) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nBPS = 8. \/ (60. * 3.)\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($3)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($6)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($6)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * BPS\nYmin = 1024 * BPS\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 4 * BPS\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($2)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($3)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($3)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($6) * BPS) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($6) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * BPS\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * BPS\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 4 * BPS\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($3) * BPS) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a7496fbb8388f62e03fe99c0ed4dde7e157cbc0d","subject":"kdev: call autoconf\/autoheader on dropbear before configure","message":"kdev: call autoconf\/autoheader on dropbear before configure\n\nSigned-off-by: Erik Hugne <527d9b95423f3946c01de0ba884fdd8bb4a3759d@gmail.com>\n","repos":"Hugne\/kdev","old_file":"src\/dropbear\/configure.gnu","new_file":"src\/dropbear\/configure.gnu","new_contents":"#!\/bin\/bash\n#Hack to append \/rootfs to the prefix path\n#to make dropbear install there, and not the root directly\nargs=()\nfor arg in \"$@\"\ndo\n case \"$arg\" in\n --prefix=*)\n\targ+=\/rootfs\n ;;\n *) ;;\n esac\n args+=$arg\n args+=\" \"\ndone\n\ncd dropbear\nautoconf\nautoheader\n.\/configure $args\n","old_contents":"#!\/bin\/bash\n#Hack to append \/rootfs to the prefix path\n#to make dropbear install there, and not the root directly\nargs=()\nfor arg in \"$@\"\ndo\n case \"$arg\" in\n --prefix=*)\n\targ+=\/rootfs\n ;;\n *) ;;\n esac\n args+=$arg\n args+=\" \"\ndone\n\ncd dropbear && .\/configure $args\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"b49bf7604707798a7f9cc873caa855cbc2af0e26","subject":"Labels and lines","message":"Labels and lines\n","repos":"lasp-lang\/evaluation","old_file":"throughput.gnuplot","new_file":"throughput.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" pt 7\nset style line 2 lc rgb \"#00A000\" pt 7\nset style line 3 lc rgb \"#5060D0\" pt 7\nset style line 4 lc rgb \"#F25900\" pt 7\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 pt 7\nset style line 6 pt 7\nset style line 7 pt 7\nset style line 8 pt 7\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"latency (sec)\"\n\nset key left top\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with linespoint ls i + 1 title pretty(word(titles, i + 1)), '' with labels offset char 1,0\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" pt 7\nset style line 2 lc rgb \"#00A000\" pt 7\nset style line 3 lc rgb \"#5060D0\" pt 7\nset style line 4 lc rgb \"#F25900\" pt 7\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 pt 7\nset style line 6 pt 7\nset style line 7 pt 7\nset style line 8 pt 7\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"latency (sec)\"\n\nset key left top\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with labels point ls i + 1 offset char 1,0 title pretty(word(titles, i + 1))\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"e58abd4bb0a0bf11b942e8d582b859bbd95e33ab","subject":"rrepair, plots: fix eval_fprob debug statement not including the 5th file","message":"rrepair, plots: fix eval_fprob debug statement not including the 5th file\n","repos":"scalaris-team\/scalaris,scalaris-team\/scalaris,jvf\/scalaris,scalaris-team\/scalaris,jvf\/scalaris,scalaris-team\/scalaris,jvf\/scalaris,jvf\/scalaris,jvf\/scalaris,jvf\/scalaris,scalaris-team\/scalaris,jvf\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris","old_file":"contrib\/rrepair\/eval_fprob.gp","new_file":"contrib\/rrepair\/eval_fprob.gp","new_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tsrcFile5 -> source file 5 path (optional)\n#\tsrcFile5_title -> prepend this to titles of lines from srcFile5 (optional unless srcFile5 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n#\tstepSize -> the stepSize parameter used (2 if unset)\n#\tsystemSize -> the number of items being reconciled\n\nset macro\n\nload colDefFile\n\nstep_size = exists(\"stepSize\") ? stepSize : 2\nplotCount = exists(\"srcFile5\") ? 5 : exists(\"srcFile4\") ? 4 : exists(\"srcFile3\") ? 3 : exists(\"srcFile2\") ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\") . (plotCount >= 5 ? \" \" . srcFile5 : \"\")\nget_file(i) = (i == 5) ? srcFile5 : (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 5) ? srcFile5_title : (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\n\n# http:\/\/colorbrewer2.org\/?type=qualitative&scheme=Set1&n=5\n# (#e41a1c, #377eb8, #4daf4a, #984ea3, #ff7f00)\n# -> a little brighter version:\nset style line 1 lw 2 lt 1 lc rgb '#ff191b' pt 5 # dark red\nset style line 2 lw 2 lt 1 lc rgb '#2d8ede' pt 9 # dark blue\nset style line 3 lw 2 lt 1 lc rgb '#59c955' pt 7 # dark green\nset style line 4 lw 2 lt 1 lc rgb '#b05abd' pt 4 # dark purple\nset style line 5 lw 2 lt 1 lc rgb '#ff7f00' pt 10 # dark orange\n\nset style line 101 lw 3 lt 1 lc rgb '#ff191b' pt 0 # dark red\nset style line 102 lw 3 lt 1 lc rgb '#2d8ede' pt 0 # dark blue\nset style line 103 lw 3 lt 1 lc rgb '#59c955' pt 0 # dark green\nset style line 104 lw 3 lt 1 lc rgb '#b05abd' pt 0 # dark purple\nset style line 105 lw 3 lt 1 lc rgb '#ff7f00' pt 0 # dark orange\n\nif (plotCount == 5) {\n plotShift(x, i) = (i == 5) ? (x + 0.7*(0.5*step_size)) : (i == 4) ? (x + 0.35*(0.5*step_size)) : (i == 3) ? (x) : (i == 2) ? (x - 0.35*(0.5*step_size)) : (x - 0.7*(0.5*step_size))\n} else {\n if (plotCount == 4) {\n plotShift(x, i) = (i == 4) ? (x + 0.6*(0.5*step_size)) : (i == 3) ? (x + 0.2*(0.5*step_size)) : (i == 2) ? (x - 0.2*(0.5*step_size)) : (x - 0.6*(0.5*step_size))\n } else {\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + 0.55*(0.5*step_size)) : (i == 2) ? (x) : (x - 0.55*(0.5*step_size))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + 0.4*(0.5*step_size)) : (x - 0.4*(0.5*step_size))\n } else {\n plotShift(x, i) = x\n }\n }\n }\n}\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nfilename = \"file\"\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n}\nif (bw_max > 1) {bw_max=bw_max*1.015}\n\nkey_width_fun(i) = min(-0.5, (6-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.15)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n# print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset xtics 0,step_size,5*step_size\nset format x \"%g %%\"\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount >= 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\n\nset style line 100 lw 2 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset xrange [-(0.5*step_size):(5.5*step_size)]\nset boxwidth plot_boxwidth relative\nset style fill solid 1 border -1\nset xtics scale 0.1\nset ytics scale 0.8\nset mxtics 2\nset grid noxtics mxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\n\nset o destDir. \"all_\" .filename. \".\" .fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = (plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full\nred_height = 0.170\nred_pos_y = bw_height_full - 0.032\nacc_height_full = 0.195\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.006) : (red_pos_y + red_height - 0.02)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nif (bw_max > 1000) {\n set format y \" %2.1f\"\n} else {\n set format y \"%2.1f\"\n}\nif (plotCount > 1) {\n set key at screen 0.512,(acc_pos_y + 0.001) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nif (regenAccInPercent == 1) {\n set y2tics mirror offset 0 scale 0.8\n if (bw_max > 1000) {\n set size (all_width_r + 0.028),acc_height\n set format y2 \"%-2.1f_{\u2008}%%\"\n } else {\n set size (all_width_r + 0.01),acc_height\n set format y2 \"%-2.0f_{\u00a0}%%\"\n }\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set size all_width_r,acc_height\n set y2tics mirror format \"%-1.1f\" scale 0.8\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset ytics autofreq\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nif (bw_max > 1000) {\n set format y \" %2.1f\"\n set format y2 \"%-2.1f \"\n} else {\n set format y \"%2.1f\"\n set format y2 \"%-2.1f\"\n}\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) axes x1y2 with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,0\nset xlabel \"total \u03b4, update\" font \",16\"\nset xtics 0,step_size,5*step_size format \"%g %%\" rotate by -30 offset -1,0\nset ylabel \"RC costs (phase 1+2) in KiB\" font \",16\"\nset yrange [0:bw_max]\nset y2range [0:bw_max]\nset format y \"%3.0f\"\nset mytics 2\nif (plotCount > 1) {\n set key at screen 0.512,(red_pos_y + 0.0065) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n if (srcFile1_title[1:6] eq \"merkle\" || (exists(\"srcFile3_title\") && srcFile3_title[1:6] eq \"merkle\") || (exists(\"srcFile4_title\") && srcFile4_title[1:6] eq \"merkle\")) {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n } else {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n }\n}\n\n# LABEL = \"\u21e1na\u00efve approach: \u2248\" . (systemSize*(128+32)\/8\/1024) . \" KiB\"\n# set obj 10 rect at graph 0.5,0.96 size char (strlen(LABEL)-6), char 1\n# set obj 10 fillstyle solid noborder front\n# set label 10 at graph 0.5,0.96 LABEL front center font \",12\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls 100\n\nset size all_width_r,bw_height\nset origin 0.49,0\nset xlabel \"total \u03b4, regen\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror format \"%-3.0f\" scale 0.8\nset my2tics 2\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls 100\n","old_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tsrcFile5 -> source file 5 path (optional)\n#\tsrcFile5_title -> prepend this to titles of lines from srcFile5 (optional unless srcFile5 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n#\tstepSize -> the stepSize parameter used (2 if unset)\n#\tsystemSize -> the number of items being reconciled\n\nset macro\n\nload colDefFile\n\nstep_size = exists(\"stepSize\") ? stepSize : 2\nplotCount = exists(\"srcFile5\") ? 5 : exists(\"srcFile4\") ? 4 : exists(\"srcFile3\") ? 3 : exists(\"srcFile2\") ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\")\nget_file(i) = (i == 5) ? srcFile5 : (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 5) ? srcFile5_title : (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\n\n# http:\/\/colorbrewer2.org\/?type=qualitative&scheme=Set1&n=5\n# (#e41a1c, #377eb8, #4daf4a, #984ea3, #ff7f00)\n# -> a little brighter version:\nset style line 1 lw 2 lt 1 lc rgb '#ff191b' pt 5 # dark red\nset style line 2 lw 2 lt 1 lc rgb '#2d8ede' pt 9 # dark blue\nset style line 3 lw 2 lt 1 lc rgb '#59c955' pt 7 # dark green\nset style line 4 lw 2 lt 1 lc rgb '#b05abd' pt 4 # dark purple\nset style line 5 lw 2 lt 1 lc rgb '#ff7f00' pt 10 # dark orange\n\nset style line 101 lw 3 lt 1 lc rgb '#ff191b' pt 0 # dark red\nset style line 102 lw 3 lt 1 lc rgb '#2d8ede' pt 0 # dark blue\nset style line 103 lw 3 lt 1 lc rgb '#59c955' pt 0 # dark green\nset style line 104 lw 3 lt 1 lc rgb '#b05abd' pt 0 # dark purple\nset style line 105 lw 3 lt 1 lc rgb '#ff7f00' pt 0 # dark orange\n\nif (plotCount == 5) {\n plotShift(x, i) = (i == 5) ? (x + 0.7*(0.5*step_size)) : (i == 4) ? (x + 0.35*(0.5*step_size)) : (i == 3) ? (x) : (i == 2) ? (x - 0.35*(0.5*step_size)) : (x - 0.7*(0.5*step_size))\n} else {\n if (plotCount == 4) {\n plotShift(x, i) = (i == 4) ? (x + 0.6*(0.5*step_size)) : (i == 3) ? (x + 0.2*(0.5*step_size)) : (i == 2) ? (x - 0.2*(0.5*step_size)) : (x - 0.6*(0.5*step_size))\n } else {\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + 0.55*(0.5*step_size)) : (i == 2) ? (x) : (x - 0.55*(0.5*step_size))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + 0.4*(0.5*step_size)) : (x - 0.4*(0.5*step_size))\n } else {\n plotShift(x, i) = x\n }\n }\n }\n}\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nfilename = \"file\"\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n}\nif (bw_max > 1) {bw_max=bw_max*1.015}\n\nkey_width_fun(i) = min(-0.5, (6-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.15)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n# print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset xtics 0,step_size,5*step_size\nset format x \"%g %%\"\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount >= 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\n\nset style line 100 lw 2 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset xrange [-(0.5*step_size):(5.5*step_size)]\nset boxwidth plot_boxwidth relative\nset style fill solid 1 border -1\nset xtics scale 0.1\nset ytics scale 0.8\nset mxtics 2\nset grid noxtics mxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\n\nset o destDir. \"all_\" .filename. \".\" .fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = (plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full\nred_height = 0.170\nred_pos_y = bw_height_full - 0.032\nacc_height_full = 0.195\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.006) : (red_pos_y + red_height - 0.02)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nif (bw_max > 1000) {\n set format y \" %2.1f\"\n} else {\n set format y \"%2.1f\"\n}\nif (plotCount > 1) {\n set key at screen 0.512,(acc_pos_y + 0.001) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nif (regenAccInPercent == 1) {\n set y2tics mirror offset 0 scale 0.8\n if (bw_max > 1000) {\n set size (all_width_r + 0.028),acc_height\n set format y2 \"%-2.1f_{\u2008}%%\"\n } else {\n set size (all_width_r + 0.01),acc_height\n set format y2 \"%-2.0f_{\u00a0}%%\"\n }\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set size all_width_r,acc_height\n set y2tics mirror format \"%-1.1f\" scale 0.8\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset ytics autofreq\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nif (bw_max > 1000) {\n set format y \" %2.1f\"\n set format y2 \"%-2.1f \"\n} else {\n set format y \"%2.1f\"\n set format y2 \"%-2.1f\"\n}\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) axes x1y2 with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,0\nset xlabel \"total \u03b4, update\" font \",16\"\nset xtics 0,step_size,5*step_size format \"%g %%\" rotate by -30 offset -1,0\nset ylabel \"RC costs (phase 1+2) in KiB\" font \",16\"\nset yrange [0:bw_max]\nset y2range [0:bw_max]\nset format y \"%3.0f\"\nset mytics 2\nif (plotCount > 1) {\n set key at screen 0.512,(red_pos_y + 0.0065) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n if (srcFile1_title[1:6] eq \"merkle\" || (exists(\"srcFile3_title\") && srcFile3_title[1:6] eq \"merkle\") || (exists(\"srcFile4_title\") && srcFile4_title[1:6] eq \"merkle\")) {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n } else {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n }\n}\n\n# LABEL = \"\u21e1na\u00efve approach: \u2248\" . (systemSize*(128+32)\/8\/1024) . \" KiB\"\n# set obj 10 rect at graph 0.5,0.96 size char (strlen(LABEL)-6), char 1\n# set obj 10 fillstyle solid noborder front\n# set label 10 at graph 0.5,0.96 LABEL front center font \",12\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls 100\n\nset size all_width_r,bw_height\nset origin 0.49,0\nset xlabel \"total \u03b4, regen\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror format \"%-3.0f\" scale 0.8\nset my2tics 2\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls 100\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"4dcbfbd19f5abc80336be8301c68b15dba910832","subject":"all.gnuplot: include w_true label","message":"all.gnuplot: include w_true label\n","repos":"aclements\/gogcpacing,aclements\/gogcpacing,aclements\/go-gcpacing,aclements\/go-gcpacing","old_file":"all.gnuplot","new_file":"all.gnuplot","new_contents":"set term wxt size 600,600\n#set term svg size 1000,1000 fsize 16 lw 2\n#set output \"all.svg\"\n\n\nmp_startx=0.18 # Left edge of col 0 plot area\nmp_starty=0.1 # Top of row 0 plot area\nmp_width=0.8 # Total width of plot area\nmp_height=0.8 # Total height of plot area\nmp_colgap=0.04 # Gap between columns\nmp_rowgap=0.04 # Gap between rows\nmp_labelheight=0.03 # Height of row\/col labels\n# The screen coordinate of the left edge of column col\nmp_left(col)=mp_startx + col*((mp_width+mp_colgap)\/real(mp_ncols))\n# The screen coordinate of the top edge of row row\nmp_top(row)=1 - (mp_starty + row*((mp_height+mp_rowgap)\/real(mp_nrows)))\n\n# Set up a multiplot with w columns and h rows\nmpSetup(w,h) = sprintf('\\\n mp_nplot=-1; \\\n mp_ncols=%d; \\\n mp_nrows=%d; \\\n mp_cwidth=mp_left(1)-mp_left(0)-mp_colgap; \\\n mp_cheight=mp_top(1)-mp_top(0)+mp_rowgap; \\\n set multiplot', w, h)\n# XXX mp_cheight is negative\n# Start the next graph in the multiplot\nmpNextTop = '\\\n mp_nplot=mp_nplot+1; \\\n unset label; unset object; \\\n set lmargin at screen mp_left(mp_nplot%mp_ncols); \\\n set rmargin at screen mp_left(mp_nplot%mp_ncols)+mp_cwidth; \\\n set tmargin at screen mp_top(mp_nplot\/mp_ncols); \\\n set bmargin at screen mp_top(mp_nplot\/mp_ncols)+mp_cheight\/2'\nmpNextBot = '\\\n unset label; unset object; \\\n set lmargin at screen mp_left(mp_nplot%mp_ncols); \\\n set rmargin at screen mp_left(mp_nplot%mp_ncols)+mp_cwidth; \\\n set tmargin at screen mp_top(mp_nplot\/mp_ncols)+mp_cheight\/2; \\\n set bmargin at screen mp_top(mp_nplot\/mp_ncols)+mp_cheight'\n\nmpColLabel(lbl) = \\\n sprintf('set object 1 rect center screen mp_left(mp_nplot%%mp_ncols)+mp_cwidth\/2,screen 0.93 size screen mp_cwidth, char 1 back fc rgb \"grey\" lw 0; set label 1 \"%s\" at screen mp_left(mp_nplot%%mp_ncols)+mp_cwidth\/2,screen 0.93 center front',lbl)\nmpRowSpanLabel(depth, row1, row2, lbl) = \\\n sprintf('set object %d rect from screen %g, screen %g to screen %g, screen %g back fc rgb \"grey\" lw 0;', depth+100, mp_labelheight*depth, mp_top(row1), mp_labelheight*(depth+0.9), mp_top(row2)+mp_cheight) . \\\n sprintf('set label %d \"%s\" at screen %g, screen %g center rotate front', depth+100, lbl, mp_labelheight*(depth+0.45), (mp_top(row1)+mp_top(row2)+mp_cheight)\/2)\nmpRowLabel(depth, lbl) = mpRowSpanLabel(depth, mp_nplot\/mp_ncols, mp_nplot\/mp_ncols, lbl)\nmpRowTopLabel(depth, lbl) = mpRowSpanLabel(depth, mp_nplot\/mp_ncols, mp_nplot\/mp_ncols-0.5, lbl)\nmpRowBotLabel(depth, lbl) = mpRowSpanLabel(depth, mp_nplot\/mp_ncols+0.5, mp_nplot\/mp_ncols, lbl)\n\n\n#\n# Plots\n#\n\nGB = 1024*1024*1024\nset style data lines\nset tics nomirror\nset key off\nset offsets 0, 0, graph 0.1, graph 0.1\n\neval mpSetup(3, 3)\nw_true=\"0.0125\"\n#eval mpSetup(3, 9) # Full range of w_true\n#do for [w_true in \"0.00625 0.0125 0.25\"] {\ndo for [pointerScanNS in \"1 10 20\"] {\n do for [allocPeriodNS in \"10 100 1000\"] {\n idx=sprintf(\"h_g=1 w_true=%s pointerScanTime=%sns allocPeriod=%sns\", w_true, pointerScanNS, allocPeriodNS)\n\n eval mpNextTop\n\n # Top labels\n if (mp_nplot < mp_ncols) {\n eval mpColLabel(sprintf(\"allocPeriod %sns\", allocPeriodNS))\n }\n # Left labels\n if (mp_nplot%9 == 0) {\n eval mpRowSpanLabel(0, mp_nplot\/mp_ncols, mp_nplot\/mp_ncols+2, sprintf(\"w_true %s\", w_true))\n }\n if (mp_nplot%mp_ncols == 0) {\n eval mpRowLabel(1, sprintf(\"pointerScan %sns\", pointerScanNS))\n }\n\n set xtics 5 format \"\"\n set xlabel \"\"\n\n # set yrange [0:1*GB]\n # set ytics format \"% g\" (0, \"1GB\" 1*GB, \"2GB\" 2*GB, \"3GB\" 3*GB)\n # if (mp_nplot%mp_ncols != 0) { set ytics format \"\" (0, 1*GB, 2*GB, 3*GB) }\n\n # plot 'all.dat' index idx using 'H_m(n-1)', \\\n # '' index idx using 'H_t', \\\n # '' index idx using 'H_a', \\\n # '' index idx using 'H_g'\n\n if (mp_nplot%mp_ncols == 0) { eval mpRowTopLabel(2, \"heap\") }\n\n set yrange [0:1.3]\n set ytics format \"%.1f\" (0, 1, 2)\n if (mp_nplot%mp_ncols != 0) { set ytics format \"\" (0, 1, 2) }\n\n plot 'all.dat' index idx using (column('H_a')\/column('H_m(n-1)')-1) title \"actual\", \\\n '' index idx using (column('H_g')\/column('H_m(n-1)')-1) title \"goal\", \\\n '' index idx using (column('H_t')\/column('H_m(n-1)')-1) title \"trigger\"\n\n\n eval mpNextBot\n\n if (mp_nplot%mp_ncols == 0) { eval mpRowBotLabel(2, \"CPU\") }\n\n if (mp_nplot\/mp_ncols == mp_nrows-1) { set xtics 5 format \"% g\"; set xlabel \"cycle\" }\n\n set yrange [0:1]\n set ytics format \"% g\" (\"0%%\" 0, \"100%%\" 1)\n if (mp_nplot%mp_ncols != 0) { set ytics format \"\" (0, 1) }\n\n plot 'all.dat' index idx using 'u_a', \\\n '' index idx using 'u_g'\n }\n}\n#}\n\n# null key plot\nunset origin\nunset border\nunset tics\nunset label\nunset arrow\nunset title\nunset object\n\nset lmargin at screen mp_startx\nset rmargin at screen mp_startx+mp_width\nset bmargin at screen 0\nset tmargin at screen 1\nset key on horizontal center top\n\nplot NaN title 'achieved', NaN title 'goal', NaN title 'trigger'\n\nunset multiplot\n","old_contents":"set term wxt size 600,600\n#set term svg size 1000,1000 fsize 16 lw 2\n#set output \"all.svg\"\n\n\nmp_startx=0.15 # Left edge of col 0 plot area\nmp_starty=0.1 # Top of row 0 plot area\nmp_width=0.825 # Total width of plot area\nmp_height=0.8 # Total height of plot area\nmp_colgap=0.04 # Gap between columns\nmp_rowgap=0.04 # Gap between rows\n# The screen coordinate of the left edge of column col\nmp_left(col)=mp_startx + col*((mp_width+mp_colgap)\/real(mp_ncols))\n# The screen coordinate of the top edge of row row\nmp_top(row)=1 - (mp_starty + row*((mp_height+mp_rowgap)\/real(mp_nrows)))\n\n# Set up a multiplot with w columns and h rows\nmpSetup(w,h) = sprintf('\\\n mp_nplot=-1; \\\n mp_ncols=%d; \\\n mp_nrows=%d; \\\n mp_cwidth=mp_left(1)-mp_left(0)-mp_colgap; \\\n mp_cheight=mp_top(1)-mp_top(0)+mp_rowgap; \\\n set multiplot', w, h)\n# XXX mp_cheight is negative\n# Start the next graph in the multiplot\nmpNextTop = '\\\n mp_nplot=mp_nplot+1; \\\n unset label; unset object; \\\n set lmargin at screen mp_left(mp_nplot%mp_ncols); \\\n set rmargin at screen mp_left(mp_nplot%mp_ncols)+mp_cwidth; \\\n set tmargin at screen mp_top(mp_nplot\/mp_ncols); \\\n set bmargin at screen mp_top(mp_nplot\/mp_ncols)+mp_cheight\/2'\nmpNextBot = '\\\n unset label; unset object; \\\n set lmargin at screen mp_left(mp_nplot%mp_ncols); \\\n set rmargin at screen mp_left(mp_nplot%mp_ncols)+mp_cwidth; \\\n set tmargin at screen mp_top(mp_nplot\/mp_ncols)+mp_cheight\/2; \\\n set bmargin at screen mp_top(mp_nplot\/mp_ncols)+mp_cheight'\n\nmpColLabel(lbl) = \\\n sprintf('set object 1 rect center screen mp_left(mp_nplot%%mp_ncols)+mp_cwidth\/2,screen 0.93 size screen mp_cwidth, char 1 back fc rgb \"grey\" lw 0; set label 1 \"%s\" at screen mp_left(mp_nplot%%mp_ncols)+mp_cwidth\/2,screen 0.93 center front',lbl)\nmpRowLabel(lbl) = \\\n sprintf('set object 2 rect center screen 0.02,screen mp_top(mp_nplot\/mp_ncols)+mp_cheight\/2 size char 2, screen -mp_cheight back fc rgb \"grey\" lw 0; set label 2 \"%s\" at screen 0.02,screen mp_top(mp_nplot\/mp_ncols)+mp_cheight\/2 center rotate front',lbl)\nmpRowTopLabel(lbl) = \\\n sprintf('set object 3 rect center screen 0.05,screen mp_top(mp_nplot\/mp_ncols)+mp_cheight\/4 size char 2, screen -mp_cheight*0.48 back fc rgb \"grey\" lw 0; set label 3 \"%s\" at screen 0.05,screen mp_top(mp_nplot\/mp_ncols)+mp_cheight\/4 center rotate front',lbl)\nmpRowBotLabel(lbl) = \\\n sprintf('set object 3 rect center screen 0.05,screen mp_top(mp_nplot\/mp_ncols)+mp_cheight*3\/4 size char 2, screen -mp_cheight*0.48 back fc rgb \"grey\" lw 0; set label 3 \"%s\" at screen 0.05,screen mp_top(mp_nplot\/mp_ncols)+mp_cheight*3\/4 center rotate front',lbl)\n\n\n#\n# Plots\n#\n\nGB = 1024*1024*1024\nset style data lines\nset tics nomirror\nset key off\nset offsets 0, 0, graph 0.1, graph 0.1\n\neval mpSetup(3, 3)\ndo for [pointerScanNS in \"1 10 20\"] {\n do for [allocPeriodNS in \"10 100 1000\"] {\n idx=sprintf(\"h_g=1 w_true=0.0125 pointerScanTime=%sns allocPeriod=%sns\", pointerScanNS, allocPeriodNS)\n\n eval mpNextTop\n\n # Top labels\n if (mp_nplot < mp_ncols) {\n eval mpColLabel(sprintf(\"allocPeriod %sns\", allocPeriodNS))\n }\n # Left labels\n if (mp_nplot%mp_ncols == 0) {\n eval mpRowLabel(sprintf(\"pointerScan %sns\", pointerScanNS))\n }\n\n set xtics 5 format \"\"\n set xlabel \"\"\n\n # set yrange [0:1*GB]\n # set ytics format \"% g\" (0, \"1GB\" 1*GB, \"2GB\" 2*GB, \"3GB\" 3*GB)\n # if (mp_nplot%mp_ncols != 0) { set ytics format \"\" (0, 1*GB, 2*GB, 3*GB) }\n\n # plot 'all.dat' index idx using 'H_m(n-1)', \\\n # '' index idx using 'H_t', \\\n # '' index idx using 'H_a', \\\n # '' index idx using 'H_g'\n\n if (mp_nplot%mp_ncols == 0) { eval mpRowTopLabel(\"heap\") }\n\n set yrange [0:1.3]\n set ytics format \"%.1f\" (0, 1, 2)\n if (mp_nplot%mp_ncols != 0) { set ytics format \"\" (0, 1, 2) }\n\n plot 'all.dat' index idx using (column('H_a')\/column('H_m(n-1)')-1) title \"actual\", \\\n '' index idx using (column('H_g')\/column('H_m(n-1)')-1) title \"goal\", \\\n '' index idx using (column('H_t')\/column('H_m(n-1)')-1) title \"trigger\"\n\n\n eval mpNextBot\n\n if (mp_nplot%mp_ncols == 0) { eval mpRowBotLabel(\"CPU\") }\n\n if (mp_nplot\/mp_ncols == mp_nrows-1) { set xtics 5 format \"% g\"; set xlabel \"cycle\" }\n\n set yrange [0:1]\n set ytics format \"% g\" (\"0%%\" 0, \"100%%\" 1)\n if (mp_nplot%mp_ncols != 0) { set ytics format \"\" (0, 1) }\n\n plot 'all.dat' index idx using 'u_a', \\\n '' index idx using 'u_g'\n }\n}\n\n# null key plot\nunset origin\nunset border\nunset tics\nunset label\nunset arrow\nunset title\nunset object\n\nset lmargin at screen mp_startx\nset rmargin at screen mp_startx+mp_width\nset bmargin at screen 0\nset tmargin at screen 1\nset key on horizontal center top\n\nplot NaN title 'achieved', NaN title 'goal', NaN title 'trigger'\n\nunset multiplot\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"cf1b0328e0cf14631366a85738fce3d4a52ca6b7","subject":"Correct gp file","message":"Correct gp file\n","repos":"siconos\/siconos,bremond\/siconos,fperignon\/siconos,siconos\/siconos-deb,fperignon\/siconos,radarsat1\/siconos,siconos\/siconos,radarsat1\/siconos,siconos\/siconos-deb,fperignon\/siconos,bremond\/siconos,fperignon\/siconos,radarsat1\/siconos,siconos\/siconos,siconos\/siconos-deb,radarsat1\/siconos,bremond\/siconos,siconos\/siconos-deb,siconos\/siconos-deb,bremond\/siconos,siconos\/siconos-deb,siconos\/siconos,bremond\/siconos,radarsat1\/siconos,fperignon\/siconos","old_file":"Examples\/Mechanics\/BouncingBall\/result.gp","new_file":"Examples\/Mechanics\/BouncingBall\/result.gp","new_contents":"#set term X11\n#!tail -n 100000 result.dat > result-gp.dat\nresultfile = \"result.dat\"\n#resultfile = \"BouncingBallSchatzmanPaoliOSI.ref\"\n\nplot \\\nresultfile every ::2 u 1:2 t \"Ball position\" w l,\\\nresultfile every ::2 u 1:3 t \"Ball Velocity\" w l,\\\nresultfile every ::2 u 1:4 t \"Reaction force\" w l\n\n#,\\\n#\"result-gp.dat\" u 1:5 t \"Multiplier\" w l\n \n\n\n","old_contents":"#set term X11\n#!tail -n 100000 result.dat > result-gp.dat\nresultfile = \"result.dat\"\nresultfile = \"BouncingBallSchatzmanPaoliOSI.ref\"\n\nplot \\\nresultfile every 2:: u 1:2 t \"Ball position\" w l,\\\nresultfile every 2:: u 1:3 t \"Ball Velocity\" w l,\\\nresultfile every 2:: u 1:4 t \"Reaction force\" w l\n\n#,\\\n#\"result-gp.dat\" u 1:5 t \"Multiplier\" w l\n \n\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"26dfdda5a439521b0d9219bc4ac14dd2aad74448","subject":"downcast of rebased UT","message":"downcast of rebased UT\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\r\n:- use_module(u(v)).\r\n:- use_module(u(internal\/objects_i)).\r\n:- use_module(u(http\/v\/http_user_v)).\r\n:- use_module(u(util\/lambda)).\r\n\r\ntest(class_create1, [setup(reload_classes)]) :-\r\n % test class_create\/3 version\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [id]).\r\n\r\ntest(class_create2, [setup(reload_classes)]) :-\r\n % test class_create\/4 version\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [a, birthday]).\r\n\r\ntest(class_create3,\r\n [error(class_exists(class_create_test_v)),\r\n setup(reload_classes)]\r\n ) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n class_create(class_create_test_v, citizen_v, [d, e]).\r\n\r\ntest(class_create_feature1, [setup(reload_classes)]) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n obj_key(CCTO, Key),\r\n assertion(Key == []).\r\n\r\ntest(class_create_key_inheritance,\r\n [setup(reload_classes)]) :-\r\n\r\n class_create(c1_v, citizen_v, [c1_fld], [id]),\r\n obj_construct(c1_v, [], [], O),\r\n arg(1, O, Clid),\r\n get_keymaster(Clid, Kid),\r\n class_primary_id(citizen_v, Id),\r\n assertion(Kid == Id).\r\n\r\n% test(class_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v]]\r\n% ) :-\r\n\r\n% findall(X, class_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_descendant2, [List == []]) :-\r\n\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\n% test(class_descendant3, [List == []]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\ntest(obj_reinterpret1, L == [man_v]) :-\r\n obj_construct(man_v, [], [], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(obj_reinterpret2, L == [man_v, passport_v]) :-\r\n obj_construct(man_v, [name, surname, sex], ['Sergei', 'Lodyagin', max], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(class_name1) :-\r\n\r\n class_name(man_v).\r\n\r\ntest(class_name2, [fail]) :-\r\n\r\n class_name(man_man_v).\r\n\r\ntest(class_name3) :-\r\n\r\n findall(Class, class_name(Class), Names),\r\n sort(Names, Names2),\r\n length(Names, N1),\r\n length(Names2, N2),\r\n assertion(N1 =:= N2),\r\n assertion(N1 > 10).\r\n\r\n% test(class_same_or_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_same_or_descendant2,\r\n% [List == [callup_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\ntest(class_parent1, [Parent == man_v]) :-\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent1_2, [Parent == man_v]) :-\r\n obj_construct(citizen_v, [], [], Obj1),\r\n obj_rebase((man_v -> http_result_v), Obj1, _),\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent2,\r\n [setup(reload_classes),\r\n L == [callup_v, class_create_test_v]]) :-\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent2_2, [setup(reload_classes), L == [callup_v]]) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent3) :-\r\n findall(p(A, B), class_parent(A, B), L),\r\n length(L, N),\r\n assertion(N > 10).\r\n\r\ntest(class_parent3_2) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(p(A, B), class_parent(A, B), L),\r\n assertion(\\+ memberchk(p(callup_v, http_result_v), L)).\r\n\r\ntest(eval_obj_expr1,\r\n [[E0, E1, E2, E3]\r\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\r\n ) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url], WWW_Addr),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr], HTTP_Result),\r\n obj_construct(man_v,\r\n [name], [HTTP_Result], Man),\r\n eval_obj_expr(Man, E0),\r\n eval_obj_expr(Man\/name, E1),\r\n eval_obj_expr(Man\/name\/www_address, E2),\r\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\r\n E3).\r\n\r\ntest(eval_obj_expr2_list) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n [HTTP_Result1, HTTP_Result2] \/ www_address\r\n \/ http_request_url =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr3_4_ops) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n maplist(\\Name^Obj^\r\n obj_construct(man_v, [name], [Name], Obj),\r\n [HTTP_Result1, HTTP_Result2],\r\n Mans),\r\n Mans \/ name \/ www_address \/ http_request_url\r\n =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr4_compound1,\r\n [error(no_object_field(_, name), _)]) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\r\n\r\ntest(eval_obj_expr4_compound2) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\r\n R1 \/\/ name ^= R2,\r\n R2 \/\/ http_request_url ^= R3,\r\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\r\n assertion(R2 == R1),\r\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\r\n = p('Artemiy', A2))).\r\n\r\ntest(eval_obj_expr5_throw1,\r\n [error(no_object_field(Man, url), _)]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_fail1, [fail]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n eval_obj_expr(Man \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail2, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail3, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr6_list) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], H2),\r\n H2\/name ^= [a, H1\/body],\r\n assertion(H2\/name =^= [a, body]).\r\n\r\ntest(eval_obj_expr6_compound) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], MH),\r\n MH\/name ^= p(a, H1\/body) \/\/ ss,\r\n assertion(MH\/name =^= p(a, body)).\r\n\r\ntest(eval_obj_expr7) :-\r\n\r\n V = [s, l],\r\n obj_construct(man_v, [name, surname], V, Obj),\r\n assertion(Obj \/ [name, surname] =^= V).\r\n\r\ntest(eval_obj_expr8) :-\r\n\r\n obj_construct(http_header_v, [name, body], [connection, x], H1),\r\n obj_construct(http_header_v, [name, body], [date, y], H2),\r\n obj_construct(http_general_headers_v, [connection, date], [H1, H2], O),\r\n assertion(O \/ [date, connection] \/ body =^= [y, x]).\r\n\r\ntest(eval_obj_expr9) :-\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Name = 'Oleg',\r\n obj_construct(www_address_v, [http_request_url], [Url], WWW_Addr),\r\n obj_construct(man_v,\r\n [name, surname],\r\n [Name, WWW_Addr], O),\r\n assertion(O \/ [name, surname \/ http_request_url]\r\n =^= [Name, Url]).\r\n\r\ntest(eval_obj_expr10, [Value =@= _]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ name \/\/ no_such_field123, Value ).\r\n\r\ntest(eval_obj_expr11_1, [fail]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ no_such_field123, fail, _).\r\n\r\ntest(eval_obj_expr11_2, [fail]) :-\r\n eval_obj_expr(_ \/ fld, fail, _).\r\n\r\ntest(obj_construct_with_evals1) :-\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday],\r\n [citizen_v, citizen_v, 1994], O1),\r\n obj_field(O1, class, Class1),\r\n assertion(Class1 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, functor, class],\r\n [1994, citizen_v, citizen_v], O2),\r\n obj_field(O2, class, Class2),\r\n assertion(Class2 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, sex, functor, class],\r\n [1994, man, citizen_v, callup_v], O3),\r\n obj_field(O3, class, Class3),\r\n assertion(Class3 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [citizen_v, callup_v, 1994, man], O4),\r\n obj_field(O4, class, Class4),\r\n assertion(Class4 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [X, Y, 1994, man], O5),\r\n obj_field(O5, class, Class5),\r\n assertion(Class5 == callup_v),\r\n assertion(X = citizen_v),\r\n assertion(Y = callup_v).\r\n\r\n\r\ntest(obj_construct_bug1) :-\r\n\r\n class_fields(man_v, Field_Names),\r\n obj_construct(man_v, Field_Names, Field_Names, Obj),\r\n Obj =.. [man_v, _|Field_Names2],\r\n\r\n assertion(Field_Names == Field_Names2).\r\n\r\ntest(obj_copy1) :-\r\n\r\n obj_construct(man_v, [], [], M1),\r\n obj_copy(M1, M2),\r\n obj_field(M1, name, 'Masha'),\r\n obj_field(M2, name, 'Vitya').\r\n\r\ntest(obj_copy2) :-\r\n\r\n new_http_user(U1),\r\n obj_copy(U1, U2),\r\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(obj_diff1,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\ntest(obj_diff2,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\r\n obj_rebase((object_v -> db_object_v), M1_0, M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year).\r\ntest(obj_downcast1,\r\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_downcast(C0, C1),\r\n arg(1, C1, Class_Id).\r\n\r\n% Downcast of rebased object\r\ntest(obj_downcast_rebased,\r\n [C2_Class_Id =\/= CC_Class_Id,\r\n % birthday, country, db_key, db_ref, fit_..., height, id, name, sex, surname, weight\r\n C2 =@= callup_v(C2_Class_Id, 1994, _, _, _, _, _, _, _, man, _, _)]) :-\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_rebase((object_v -> db_object_v), C0, C1),\r\n obj_downcast(C1, callup_v, C2),\r\n obj_construct(callup_v, [], [], CC),\r\n arg1(1, C2, C2_Class_Id), \r\n arg1(1, CC, CC_Class_Id).\r\n\r\ntest(obj_field1, [Flds == Vals]) :-\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\r\n\r\ntest(obj_field2, [Flds3 == Flds4]) :-\r\n% Each eval field must be evaluable only once\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\r\n sort(Flds2, Flds3),\r\n msort(Flds2, Flds4).\r\n\r\ntest(obj_field3, [Surname == 'Grisha']) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_field(Man, name, Name),\r\n obj_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_field_bug1, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [woman], Obj),\r\n obj_field(Obj, sex, man).\r\n\r\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_is_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_is_descendant2) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_is_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_is_descendant(Man2, db_object_v).\r\n\r\ntest(obj_is_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_construct(object_v, [], [], M),\r\n\tobj_is_descendant(C, M).\r\n\r\ntest(obj_same_or_descendant1, [List == [ man_v, object_base_v, object_v]]) :-\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_same_or_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_same_or_descendant2) :-\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_same_or_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_same_or_descendant(Man2, db_object_v).\r\n\r\ntest(obj_same_or_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_same_or_descendant(C, citizen_v).\r\n\r\n\r\ntest(obj_set_field1, [Surname =@= _]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_set_field(Man, name, Name),\r\n obj_set_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\r\n\r\n obj_construct(man_v, [name, surname], [Name, Name], Man),\r\n obj_set_field(Man, name, 'Grisha'),\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_key1) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\ntest(obj_key2) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\r\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2_0),\r\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\n\r\ntest(obj_list1,\r\n [List =@= [country = ['Soviet Union'],\r\n sex = man,\r\n surname = 'Mayakovsky']]\r\n ) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_list2, [List =@= []]) :-\r\n\r\n obj_construct(citizen_v, [], [], Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_parents1_1,\r\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\r\n\r\n obj_construct(citizen_v, [], [], V),\r\n obj_parents(V, P).\r\n\r\ntest(obj_parents2_1) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country, birthday],\r\n [man, 'Mayakovsky', ['Soviet Union'], 1994],\r\n Man1),\r\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\r\n obj_parents(Man1, New_Parents_Order, Man2),\r\n obj_parents(Man1, P1),\r\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\r\n obj_parents(Man2, P2),\r\n assertion(P2 == New_Parents_Order),\r\n obj_list(Man1, L1),\r\n obj_list(Man2, L2),\r\n assertion(L1 == L2),\r\n obj_field(Man1, class, C1),\r\n obj_field(Man2, class, C2),\r\n obj_field(Man1, functor, F1),\r\n obj_field(Man2, functor, F2),\r\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\r\n\r\ntest(obj_parents2_bug1) :-\r\n\r\n obj_construct(man_v, [name, surname], [s, l], M),\r\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\r\n obj_unify(M1, [name, surname], NS),\r\n assertion(NS == [s, l]).\r\n\r\ntest(obj_rebase1) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_parents(V1, P1),\r\n assertion(P1 == [http_request_headers_v, http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_parents(V2, P2),\r\n assertion(P2 == [http_request_headers_v,\r\n http_response_headers_v,http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_request_headers_v ->\r\n http_invalid_mixed_headers_v), V2, V3),\r\n obj_parents(V3, P3),\r\n assertion(P3 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_headers_v,\r\n object_v,object_base_v]).\r\n\r\ntest(obj_rebase2_transitivity,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n obj_parents(M3, P3),\r\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\r\n object_v, object_base_v]).\r\n\r\ntest(obj_rebase3_transitivity2,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n foreach(obj_field(M3, _, _), true).\r\n\r\ntest(obj_rebase4) :-\r\n obj_construct(http_header_v, [], [], H1),\r\n obj_rebase((http_header_v -> http_invalid_header_v), H1, H2),\r\n obj_parents(H2, P2),\r\n assertion(P2 == [http_invalid_header_v, http_header_v, object_v,\r\n object_base_v]).\r\n\r\ntest(obj_rebase_keymaster) :-\r\n obj_construct(citizen_v, [], [], Citizen0),\r\n obj_construct(callup_v, [], [], Callup0),\r\n obj_rebase((object_v -> db_object_v), Citizen0, Citizen),\r\n obj_rebase((object_v -> db_object_v), Callup0, Callup),\r\n arg(1, Citizen, CiId),\r\n arg(1, Callup, CaId),\r\n get_keymaster(CiId, K1_Id),\r\n get_keymaster(CaId, K2_Id),\r\n assertion(K1_Id == K2_Id).\r\n\r\ntest(obj_rebase_bug1) :-\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug2) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug3_1) :-\r\n\r\n obj_construct(db_object_v, [], [], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(db_object_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =\\= Class_Id3),\r\n\r\n class_primary_id(object_v, Object_V_Id),\r\n assertion(Obj3 == object_v(Object_V_Id)).\r\n\r\ntest(obj_rebase_bug3_2) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2).\r\n\r\ntest(obj_rebase_bug4,\r\n [throws(error(cant_rebase_to_object_base_v,\r\n context(obj_rebase\/3, _)))]) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug5, [X == 1]) :-\r\n\r\n obj_construct(http_headers_v, [], [], O0),\r\n obj_rebase((http_headers_v\r\n -> http_response_headers_v), O0, O1),\r\n obj_rebase((http_headers_v\r\n -> http_invalid_bulk_headers_v), O1, O2),\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O2, O3),\r\n O3 \/ set_cookie ^= 1,\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O3, O4),\r\n obj_field(O4, set_cookie, X).\r\n\r\ntest(obj_reset_fields1) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\r\n\r\n obj_reset_fields([weight], Man1, Man2),\r\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\r\n\r\n obj_reset_fields([], Man2, Man3),\r\n assertion(Man3 =@= Man2).\r\n\r\ntest(obj_reset_fields2, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height, age], Man0, _).\r\n\r\ntest(obj_reset_fields_weak) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields_weak([name, height, age], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\r\n\r\ntest(obj_reset_fields_with_evals, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], O),\r\n obj_reset_fields([age], O, _).\r\n\r\ntest(obj_rewrite) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name],\r\n [Old_Height, Old_Weight, Name],\r\n [1.44, 69, Name],\r\n Luda2),\r\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\r\n obj_rewrite(Luda2,\r\n [height, weight, name],\r\n Luda2_Pars,\r\n [1.45, 64, _],\r\n Luda3),\r\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\r\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\r\n assertion(Luda3_Pars =@= [1.45, 64, _]).\r\n\r\ntest(obj_rewrite_weak1,\r\n [throws(error(no_object_field(Luda1, country), _))]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak2,\r\n [[Old_Height, Old_Weight, Name, Old_Country]\r\n =@= [1.40, 99, 'Luda', _]]\r\n ) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, weak,\r\n [height, weight, name, country],\r\n [Old_Height, Old_Weight, Name, Old_Country],\r\n [1.44, 69, Name, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak3, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, fail,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [callup_v], _).\r\n\r\ntest(obj_rewrite_with_evals2, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [citizen_v], _).\r\n\r\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [X], _).\r\n\r\ntest(obj_rewrite_with_evals4) :-\r\n% <NB> can't reset eval field, compare with test(obj_rewrite)\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [_], _).\r\n\r\ntest(obj_sort_parents1,\r\n [P4 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n object_v, object_base_v]]\r\n ) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v], V4),\r\n obj_parents(V4, P4),\r\n functor(V4, F4, _),\r\n assertion(F4 == http_invalid_mixed_headers_v).\r\n\r\ntest(obj_sort_parents2,\r\n [throws(error(insufficient_class_order(Order,\r\n Orig_Order), _))]\r\n ) :-\r\n\r\n Order = [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v],\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_parents(V3, Orig_Order),\r\n obj_sort_parents(V3, Order, _).\r\n\r\n\r\ntest(obj_sort_parents_bug1) :-\r\n\r\n new_http_user(HTTP_User),\r\n obj_rebase((object_v -> citizen_v),\r\n HTTP_User, U1),\r\n\r\n class_parents(http_user_v, HTTP_User_Parents),\r\n append([citizen_v, man_v], HTTP_User_Parents,\r\n Parents_Order),\r\n\r\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\r\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\r\n\r\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\r\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(class_fields) :-\r\n\r\n class_fields(object_base_v, Object_Base_V_Fields),\r\n assertion(Object_Base_V_Fields == []),\r\n\r\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\r\n assertion(Object_Base_V_New_Fields == []),\r\n\r\n class_fields(object_v, Object_V_Fields),\r\n assertion(Object_V_Fields == []),\r\n\r\n class_fields_new(object_v, Object_V_New_Fields),\r\n assertion(Object_V_New_Fields == []),\r\n\r\n class_fields(man_v, Man_V_Fields),\r\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\r\n\r\n class_fields_new(man_v, Man_V_New_Fields),\r\n assertion(Man_V_New_Fields == [height, name, sex, surname,\r\n weight]),\r\n\r\n class_fields(citizen_v, Citizen_V_Fields),\r\n assertion(Citizen_V_Fields == [birthday, country, height, id,\r\n name, sex, surname, weight]),\r\n\r\n class_fields_new(citizen_v, Citizen_V_New_Fields),\r\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\r\n\r\n\r\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\r\n\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\r\n catch((obj_construct(numeric_id_v, [], [], Obj1),\r\n obj_rebase((object_v -> citizen_v), Obj1, _)),\r\n E, true),\r\n E = error(EX, _), functor(EX, duplicate_field, _),\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year, see The Uranium Book).\r\ntest(eval_fields1, [Class == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C),\r\n obj_field(C, class, Class).\r\n\r\n\r\ntest(eval_fields2) :-\r\n\r\n % man_v doesn't define class eval, so in this example\r\n % the eval from citizen_v is always used.\r\n\r\n obj_construct(citizen_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_parents(C1,\r\n [man_v, citizen_v, object_v, object_base_v],\r\n C2),\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == callup_v).\r\n\r\ntest(eval_fields3,\r\n [blocked(need_to_see)]\r\n ) :-\r\n\r\n obj_construct(callup_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_rebase((citizen_v -> man_v), C1, C2),\r\n obj_parents(C2, P2),\r\n\r\n % for sure, citizen_v is not present\r\n assertion(P2 ==\r\n [callup_v, man_v, object_v, object_base_v]),\r\n\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == man_v).\r\n\r\ntest(eval_fields4) :-\r\n\r\n obj_construct(adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1, [a, b, c], [3, 11, C]),\r\n assertion(C == 14),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields5) :-\r\n\r\n obj_construct(adder_v, [a, b, c], [3, 11, C], _),\r\n assertion(C == 14),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\n% eval inheritance\r\ntest(eval_fields6) :-\r\n\r\n obj_construct(vector_adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C]),\r\n assertion(C == [12, 14]),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields7) :-\r\n\r\n obj_construct(vector_adder_v,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C],\r\n _),\r\n assertion(C == [12, 14]),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\nreload_classes :-\r\n current_prolog_flag(verbose, Old_Verbose),\r\n set_prolog_flag(verbose, silent),\r\n reload_all_classes,\r\n set_prolog_flag(verbose, Old_Verbose).\r\n\r\n:- end_tests(v).\r\n","old_contents":":- begin_tests(v).\r\n:- use_module(u(v)).\r\n:- use_module(u(internal\/objects_i)).\r\n:- use_module(u(http\/v\/http_user_v)).\r\n:- use_module(u(util\/lambda)).\r\n\r\ntest(class_create1, [setup(reload_classes)]) :-\r\n % test class_create\/3 version\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [id]).\r\n\r\ntest(class_create2, [setup(reload_classes)]) :-\r\n % test class_create\/4 version\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [a, birthday]).\r\n\r\ntest(class_create3,\r\n [error(class_exists(class_create_test_v)),\r\n setup(reload_classes)]\r\n ) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n class_create(class_create_test_v, citizen_v, [d, e]).\r\n\r\ntest(class_create_feature1, [setup(reload_classes)]) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n obj_key(CCTO, Key),\r\n assertion(Key == []).\r\n\r\ntest(class_create_key_inheritance,\r\n [setup(reload_classes)]) :-\r\n\r\n class_create(c1_v, citizen_v, [c1_fld], [id]),\r\n obj_construct(c1_v, [], [], O),\r\n arg(1, O, Clid),\r\n get_keymaster(Clid, Kid),\r\n class_primary_id(citizen_v, Id),\r\n assertion(Kid == Id).\r\n\r\n% test(class_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v]]\r\n% ) :-\r\n\r\n% findall(X, class_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_descendant2, [List == []]) :-\r\n\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\n% test(class_descendant3, [List == []]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\ntest(obj_reinterpret1, L == [man_v]) :-\r\n obj_construct(man_v, [], [], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(obj_reinterpret2, L == [man_v, passport_v]) :-\r\n obj_construct(man_v, [name, surname, sex], ['Sergei', 'Lodyagin', max], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(class_name1) :-\r\n\r\n class_name(man_v).\r\n\r\ntest(class_name2, [fail]) :-\r\n\r\n class_name(man_man_v).\r\n\r\ntest(class_name3) :-\r\n\r\n findall(Class, class_name(Class), Names),\r\n sort(Names, Names2),\r\n length(Names, N1),\r\n length(Names2, N2),\r\n assertion(N1 =:= N2),\r\n assertion(N1 > 10).\r\n\r\n% test(class_same_or_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_same_or_descendant2,\r\n% [List == [callup_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\ntest(class_parent1, [Parent == man_v]) :-\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent1_2, [Parent == man_v]) :-\r\n obj_construct(citizen_v, [], [], Obj1),\r\n obj_rebase((man_v -> http_result_v), Obj1, _),\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent2,\r\n [setup(reload_classes),\r\n L == [callup_v, class_create_test_v]]) :-\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent2_2, [setup(reload_classes), L == [callup_v]]) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent3) :-\r\n findall(p(A, B), class_parent(A, B), L),\r\n length(L, N),\r\n assertion(N > 10).\r\n\r\ntest(class_parent3_2) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(p(A, B), class_parent(A, B), L),\r\n assertion(\\+ memberchk(p(callup_v, http_result_v), L)).\r\n\r\ntest(eval_obj_expr1,\r\n [[E0, E1, E2, E3]\r\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\r\n ) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url], WWW_Addr),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr], HTTP_Result),\r\n obj_construct(man_v,\r\n [name], [HTTP_Result], Man),\r\n eval_obj_expr(Man, E0),\r\n eval_obj_expr(Man\/name, E1),\r\n eval_obj_expr(Man\/name\/www_address, E2),\r\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\r\n E3).\r\n\r\ntest(eval_obj_expr2_list) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n [HTTP_Result1, HTTP_Result2] \/ www_address\r\n \/ http_request_url =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr3_4_ops) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n maplist(\\Name^Obj^\r\n obj_construct(man_v, [name], [Name], Obj),\r\n [HTTP_Result1, HTTP_Result2],\r\n Mans),\r\n Mans \/ name \/ www_address \/ http_request_url\r\n =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr4_compound1,\r\n [error(no_object_field(_, name), _)]) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\r\n\r\ntest(eval_obj_expr4_compound2) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\r\n R1 \/\/ name ^= R2,\r\n R2 \/\/ http_request_url ^= R3,\r\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\r\n assertion(R2 == R1),\r\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\r\n = p('Artemiy', A2))).\r\n\r\ntest(eval_obj_expr5_throw1,\r\n [error(no_object_field(Man, url), _)]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_fail1, [fail]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n eval_obj_expr(Man \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail2, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail3, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr6_list) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], H2),\r\n H2\/name ^= [a, H1\/body],\r\n assertion(H2\/name =^= [a, body]).\r\n\r\ntest(eval_obj_expr6_compound) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], MH),\r\n MH\/name ^= p(a, H1\/body) \/\/ ss,\r\n assertion(MH\/name =^= p(a, body)).\r\n\r\ntest(eval_obj_expr7) :-\r\n\r\n V = [s, l],\r\n obj_construct(man_v, [name, surname], V, Obj),\r\n assertion(Obj \/ [name, surname] =^= V).\r\n\r\ntest(eval_obj_expr8) :-\r\n\r\n obj_construct(http_header_v, [name, body], [connection, x], H1),\r\n obj_construct(http_header_v, [name, body], [date, y], H2),\r\n obj_construct(http_general_headers_v, [connection, date], [H1, H2], O),\r\n assertion(O \/ [date, connection] \/ body =^= [y, x]).\r\n\r\ntest(eval_obj_expr9) :-\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Name = 'Oleg',\r\n obj_construct(www_address_v, [http_request_url], [Url], WWW_Addr),\r\n obj_construct(man_v,\r\n [name, surname],\r\n [Name, WWW_Addr], O),\r\n assertion(O \/ [name, surname \/ http_request_url]\r\n =^= [Name, Url]).\r\n\r\ntest(eval_obj_expr10, [Value =@= _]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ name \/\/ no_such_field123, Value ).\r\n\r\ntest(eval_obj_expr11_1, [fail]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ no_such_field123, fail, _).\r\n\r\ntest(eval_obj_expr11_2, [fail]) :-\r\n eval_obj_expr(_ \/ fld, fail, _).\r\n\r\ntest(obj_construct_with_evals1) :-\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday],\r\n [citizen_v, citizen_v, 1994], O1),\r\n obj_field(O1, class, Class1),\r\n assertion(Class1 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, functor, class],\r\n [1994, citizen_v, citizen_v], O2),\r\n obj_field(O2, class, Class2),\r\n assertion(Class2 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, sex, functor, class],\r\n [1994, man, citizen_v, callup_v], O3),\r\n obj_field(O3, class, Class3),\r\n assertion(Class3 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [citizen_v, callup_v, 1994, man], O4),\r\n obj_field(O4, class, Class4),\r\n assertion(Class4 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [X, Y, 1994, man], O5),\r\n obj_field(O5, class, Class5),\r\n assertion(Class5 == callup_v),\r\n assertion(X = citizen_v),\r\n assertion(Y = callup_v).\r\n\r\n\r\ntest(obj_construct_bug1) :-\r\n\r\n class_fields(man_v, Field_Names),\r\n obj_construct(man_v, Field_Names, Field_Names, Obj),\r\n Obj =.. [man_v, _|Field_Names2],\r\n\r\n assertion(Field_Names == Field_Names2).\r\n\r\ntest(obj_copy1) :-\r\n\r\n obj_construct(man_v, [], [], M1),\r\n obj_copy(M1, M2),\r\n obj_field(M1, name, 'Masha'),\r\n obj_field(M2, name, 'Vitya').\r\n\r\ntest(obj_copy2) :-\r\n\r\n new_http_user(U1),\r\n obj_copy(U1, U2),\r\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(obj_diff1,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\ntest(obj_diff2,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\r\n obj_rebase((object_v -> db_object_v), M1_0, M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year).\r\ntest(obj_downcast1,\r\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_downcast(C0, C1),\r\n arg(1, C1, Class_Id).\r\n\r\ntest(obj_field1, [Flds == Vals]) :-\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\r\n\r\ntest(obj_field2, [Flds3 == Flds4]) :-\r\n% Each eval field must be evaluable only once\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\r\n sort(Flds2, Flds3),\r\n msort(Flds2, Flds4).\r\n\r\ntest(obj_field3, [Surname == 'Grisha']) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_field(Man, name, Name),\r\n obj_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_field_bug1, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [woman], Obj),\r\n obj_field(Obj, sex, man).\r\n\r\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_is_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_is_descendant2) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_is_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_is_descendant(Man2, db_object_v).\r\n\r\ntest(obj_is_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_construct(object_v, [], [], M),\r\n\tobj_is_descendant(C, M).\r\n\r\ntest(obj_same_or_descendant1, [List == [ man_v, object_base_v, object_v]]) :-\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_same_or_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_same_or_descendant2) :-\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_same_or_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_same_or_descendant(Man2, db_object_v).\r\n\r\ntest(obj_same_or_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_same_or_descendant(C, citizen_v).\r\n\r\n\r\ntest(obj_set_field1, [Surname =@= _]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_set_field(Man, name, Name),\r\n obj_set_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\r\n\r\n obj_construct(man_v, [name, surname], [Name, Name], Man),\r\n obj_set_field(Man, name, 'Grisha'),\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_key1) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\ntest(obj_key2) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\r\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2_0),\r\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\n\r\ntest(obj_list1,\r\n [List =@= [country = ['Soviet Union'],\r\n sex = man,\r\n surname = 'Mayakovsky']]\r\n ) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_list2, [List =@= []]) :-\r\n\r\n obj_construct(citizen_v, [], [], Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_parents1_1,\r\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\r\n\r\n obj_construct(citizen_v, [], [], V),\r\n obj_parents(V, P).\r\n\r\ntest(obj_parents2_1) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country, birthday],\r\n [man, 'Mayakovsky', ['Soviet Union'], 1994],\r\n Man1),\r\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\r\n obj_parents(Man1, New_Parents_Order, Man2),\r\n obj_parents(Man1, P1),\r\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\r\n obj_parents(Man2, P2),\r\n assertion(P2 == New_Parents_Order),\r\n obj_list(Man1, L1),\r\n obj_list(Man2, L2),\r\n assertion(L1 == L2),\r\n obj_field(Man1, class, C1),\r\n obj_field(Man2, class, C2),\r\n obj_field(Man1, functor, F1),\r\n obj_field(Man2, functor, F2),\r\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\r\n\r\ntest(obj_parents2_bug1) :-\r\n\r\n obj_construct(man_v, [name, surname], [s, l], M),\r\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\r\n obj_unify(M1, [name, surname], NS),\r\n assertion(NS == [s, l]).\r\n\r\ntest(obj_rebase1) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_parents(V1, P1),\r\n assertion(P1 == [http_request_headers_v, http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_parents(V2, P2),\r\n assertion(P2 == [http_request_headers_v,\r\n http_response_headers_v,http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_request_headers_v ->\r\n http_invalid_mixed_headers_v), V2, V3),\r\n obj_parents(V3, P3),\r\n assertion(P3 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_headers_v,\r\n object_v,object_base_v]).\r\n\r\ntest(obj_rebase2_transitivity,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n obj_parents(M3, P3),\r\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\r\n object_v, object_base_v]).\r\n\r\ntest(obj_rebase3_transitivity2,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n foreach(obj_field(M3, _, _), true).\r\n\r\ntest(obj_rebase4) :-\r\n obj_construct(http_header_v, [], [], H1),\r\n obj_rebase((http_header_v -> http_invalid_header_v), H1, H2),\r\n obj_parents(H2, P2),\r\n assertion(P2 == [http_invalid_header_v, http_header_v, object_v,\r\n object_base_v]).\r\n\r\ntest(obj_rebase_keymaster) :-\r\n obj_construct(citizen_v, [], [], Citizen0),\r\n obj_construct(callup_v, [], [], Callup0),\r\n obj_rebase((object_v -> db_object_v), Citizen0, Citizen),\r\n obj_rebase((object_v -> db_object_v), Callup0, Callup),\r\n arg(1, Citizen, CiId),\r\n arg(1, Callup, CaId),\r\n get_keymaster(CiId, K1_Id),\r\n get_keymaster(CaId, K2_Id),\r\n assertion(K1_Id == K2_Id).\r\n\r\ntest(obj_rebase_bug1) :-\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug2) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug3_1) :-\r\n\r\n obj_construct(db_object_v, [], [], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(db_object_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =\\= Class_Id3),\r\n\r\n class_primary_id(object_v, Object_V_Id),\r\n assertion(Obj3 == object_v(Object_V_Id)).\r\n\r\ntest(obj_rebase_bug3_2) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2).\r\n\r\ntest(obj_rebase_bug4,\r\n [throws(error(cant_rebase_to_object_base_v,\r\n context(obj_rebase\/3, _)))]) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug5, [X == 1]) :-\r\n\r\n obj_construct(http_headers_v, [], [], O0),\r\n obj_rebase((http_headers_v\r\n -> http_response_headers_v), O0, O1),\r\n obj_rebase((http_headers_v\r\n -> http_invalid_bulk_headers_v), O1, O2),\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O2, O3),\r\n O3 \/ set_cookie ^= 1,\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O3, O4),\r\n obj_field(O4, set_cookie, X).\r\n\r\ntest(obj_reset_fields1) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\r\n\r\n obj_reset_fields([weight], Man1, Man2),\r\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\r\n\r\n obj_reset_fields([], Man2, Man3),\r\n assertion(Man3 =@= Man2).\r\n\r\ntest(obj_reset_fields2, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height, age], Man0, _).\r\n\r\ntest(obj_reset_fields_weak) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields_weak([name, height, age], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\r\n\r\ntest(obj_reset_fields_with_evals, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], O),\r\n obj_reset_fields([age], O, _).\r\n\r\ntest(obj_rewrite) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name],\r\n [Old_Height, Old_Weight, Name],\r\n [1.44, 69, Name],\r\n Luda2),\r\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\r\n obj_rewrite(Luda2,\r\n [height, weight, name],\r\n Luda2_Pars,\r\n [1.45, 64, _],\r\n Luda3),\r\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\r\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\r\n assertion(Luda3_Pars =@= [1.45, 64, _]).\r\n\r\ntest(obj_rewrite_weak1,\r\n [throws(error(no_object_field(Luda1, country), _))]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak2,\r\n [[Old_Height, Old_Weight, Name, Old_Country]\r\n =@= [1.40, 99, 'Luda', _]]\r\n ) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, weak,\r\n [height, weight, name, country],\r\n [Old_Height, Old_Weight, Name, Old_Country],\r\n [1.44, 69, Name, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak3, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, fail,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [callup_v], _).\r\n\r\ntest(obj_rewrite_with_evals2, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [citizen_v], _).\r\n\r\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [X], _).\r\n\r\ntest(obj_rewrite_with_evals4) :-\r\n% <NB> can't reset eval field, compare with test(obj_rewrite)\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [_], _).\r\n\r\ntest(obj_sort_parents1,\r\n [P4 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n object_v, object_base_v]]\r\n ) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v], V4),\r\n obj_parents(V4, P4),\r\n functor(V4, F4, _),\r\n assertion(F4 == http_invalid_mixed_headers_v).\r\n\r\ntest(obj_sort_parents2,\r\n [throws(error(insufficient_class_order(Order,\r\n Orig_Order), _))]\r\n ) :-\r\n\r\n Order = [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v],\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_parents(V3, Orig_Order),\r\n obj_sort_parents(V3, Order, _).\r\n\r\n\r\ntest(obj_sort_parents_bug1) :-\r\n\r\n new_http_user(HTTP_User),\r\n obj_rebase((object_v -> citizen_v),\r\n HTTP_User, U1),\r\n\r\n class_parents(http_user_v, HTTP_User_Parents),\r\n append([citizen_v, man_v], HTTP_User_Parents,\r\n Parents_Order),\r\n\r\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\r\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\r\n\r\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\r\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(class_fields) :-\r\n\r\n class_fields(object_base_v, Object_Base_V_Fields),\r\n assertion(Object_Base_V_Fields == []),\r\n\r\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\r\n assertion(Object_Base_V_New_Fields == []),\r\n\r\n class_fields(object_v, Object_V_Fields),\r\n assertion(Object_V_Fields == []),\r\n\r\n class_fields_new(object_v, Object_V_New_Fields),\r\n assertion(Object_V_New_Fields == []),\r\n\r\n class_fields(man_v, Man_V_Fields),\r\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\r\n\r\n class_fields_new(man_v, Man_V_New_Fields),\r\n assertion(Man_V_New_Fields == [height, name, sex, surname,\r\n weight]),\r\n\r\n class_fields(citizen_v, Citizen_V_Fields),\r\n assertion(Citizen_V_Fields == [birthday, country, height, id,\r\n name, sex, surname, weight]),\r\n\r\n class_fields_new(citizen_v, Citizen_V_New_Fields),\r\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\r\n\r\n\r\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\r\n\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\r\n catch((obj_construct(numeric_id_v, [], [], Obj1),\r\n obj_rebase((object_v -> citizen_v), Obj1, _)),\r\n E, true),\r\n E = error(EX, _), functor(EX, duplicate_field, _),\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year, see The Uranium Book).\r\ntest(eval_fields1, [Class == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C),\r\n obj_field(C, class, Class).\r\n\r\n\r\ntest(eval_fields2) :-\r\n\r\n % man_v doesn't define class eval, so in this example\r\n % the eval from citizen_v is always used.\r\n\r\n obj_construct(citizen_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_parents(C1,\r\n [man_v, citizen_v, object_v, object_base_v],\r\n C2),\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == callup_v).\r\n\r\ntest(eval_fields3,\r\n [blocked(need_to_see)]\r\n ) :-\r\n\r\n obj_construct(callup_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_rebase((citizen_v -> man_v), C1, C2),\r\n obj_parents(C2, P2),\r\n\r\n % for sure, citizen_v is not present\r\n assertion(P2 ==\r\n [callup_v, man_v, object_v, object_base_v]),\r\n\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == man_v).\r\n\r\ntest(eval_fields4) :-\r\n\r\n obj_construct(adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1, [a, b, c], [3, 11, C]),\r\n assertion(C == 14),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields5) :-\r\n\r\n obj_construct(adder_v, [a, b, c], [3, 11, C], _),\r\n assertion(C == 14),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\n% eval inheritance\r\ntest(eval_fields6) :-\r\n\r\n obj_construct(vector_adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C]),\r\n assertion(C == [12, 14]),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields7) :-\r\n\r\n obj_construct(vector_adder_v,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C],\r\n _),\r\n assertion(C == [12, 14]),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\nreload_classes :-\r\n current_prolog_flag(verbose, Old_Verbose),\r\n set_prolog_flag(verbose, silent),\r\n reload_all_classes,\r\n set_prolog_flag(verbose, Old_Verbose).\r\n\r\n:- end_tests(v).\r\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"88b18c20c77494fb2dd36cd0dea300dd92517ecd","subject":"initial commit","message":"initial commit\n","repos":"ajholanda\/numsde","old_file":"plot\/linear_eq.gp","new_file":"plot\/linear_eq.gp","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"unlicense","lang":"Gnuplot"} {"commit":"131d938bf5e69ae7b9f19383e4cbcf41c61609a8","subject":"Making use of -Wmissing-declarations more sensitive to gcc version number","message":"Making use of -Wmissing-declarations more sensitive to gcc version number\n\nIt turns out that -Wmissing-declarations is only supported by g++ as\nof version 4.3.x which broke most of our nightly builds since the\ndefault gcc module is 4.2.x. Since this is a fairly recent change\nin g++, I made the Makefile.gnu file query the g++ version number\nand apply the warning to either the C++ or C warning flags list\nbased on whether or not the version is greater than 4.2.\n\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@18199 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"sungeunchoi\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,hildeth\/chapel,hildeth\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,hildeth\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,CoryMcCartan\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nGEN_CFLAGS = -std=c99\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nGNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nGNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nGEN_CFLAGS = -std=c99\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wmissing-declarations\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a25dd2f69496c85f2514498bf714697c9a9c2ce6","subject":"Allow gnuplot to set axis in Landos tests","message":"Allow gnuplot to set axis in Landos tests\n","repos":"eigs\/EVSL,eigs\/EVSL,eigs\/EVSL","old_file":"EVSL_1.0\/TESTS\/Landos\/testerG.gnuplot","new_file":"EVSL_1.0\/TESTS\/Landos\/testerG.gnuplot","new_contents":"set term post enh \t\t # enhanced PostScript, essentially PostScript\n \t\t \t\t # with bounding boxes\nset out 'testerG.eps' # output file\n\nset title \"LanDos Test -- comparison with exact histogram\"\nset xlabel '{\/Symbol l}'\nset ylabel 'Spectral Density (DOS)'\nset parametric\n\nplot 'OUT\/myydosG.txt' lt rgb \"red\" with line title 'Lanczos DOS ~{\/Symbol f}{.4\\~}({\/Symbol l})', \\\n 'OUT\/ExydosG.txt' with line title 'Exact Histogram {\/Symbol f}({\/Symbol l})', \\\n","old_contents":"set term post enh \t\t # enhanced PostScript, essentially PostScript\n \t\t \t\t # with bounding boxes\nset out 'testerG.eps' # output file\n\nset title \"LanDos Test -- comparison with exact histogram\"\nset xlabel '{\/Symbol l}'\nset ylabel 'Spectral Density (DOS)'\nset xrange[0:.05]\nset yrange[0:300]\nset parametric\n\nplot 'OUT\/myydosG.txt' lt rgb \"red\" with line title 'Lanczos DOS ~{\/Symbol f}{.4\\~}({\/Symbol l})', \\\n 'OUT\/ExydosG.txt' with line title 'Exact Histogram {\/Symbol f}({\/Symbol l})', \\\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"f959c33a454a437f3db1573cca8ec0f6fa969c06","subject":"Add new label","message":"Add new label\n\n\ngit-svn-id: 0ff597fd157e6f4fc38580e8d64ab130330d2411@8091 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"apple\/swift-llvm,dslab-epfl\/asap,apple\/swift-llvm,apple\/swift-llvm,GPUOpen-Drivers\/llvm,llvm-mirror\/llvm,dslab-epfl\/asap,dslab-epfl\/asap,dslab-epfl\/asap,chubbymaggie\/asap,dslab-epfl\/asap,llvm-mirror\/llvm,llvm-mirror\/llvm,apple\/swift-llvm,apple\/swift-llvm,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,chubbymaggie\/asap,chubbymaggie\/asap,dslab-epfl\/asap,apple\/swift-llvm,apple\/swift-llvm,chubbymaggie\/asap,GPUOpen-Drivers\/llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,chubbymaggie\/asap,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,llvm-mirror\/llvm,llvm-mirror\/llvm,apple\/swift-llvm","old_file":"utils\/NightlyTest.gnuplot","new_file":"utils\/NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \"TimesRoman,24\"\nset ylabel \"Lines of Code\" \"TimesRoman,24\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \"TimesRoman,24\"\nset ylabel \"Lines of Code\" \"TimesRoman,24\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"e1a383df07ee2680a1e5ac2cb8b36b4a6ca88d00","subject":"Cosmetic","message":"Cosmetic\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [blocked(temporary), setup(model_db), List == []]) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n \n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n \n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n \n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n \n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [blocked(temporary), setup(model_db), List == []]) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n \n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate4, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n \n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n \n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n \n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"5b68c25eea2c3bd4be51481e356e435338ef7657","subject":"Backing out r21993","message":"Backing out r21993\n\nr21993 duplicated the effort of r21987 and was actually the first way\nI tried to fix the issue. It isn't effective because the -Winline\nflag comes from GASNet and GASNet's flags are appended after the\nWARN_GEN_CFLAGS are; and it isn't necessary here because -Wall doesn't\nimply -Winline. So the r21987 approach is better by only overriding\nthe flag when necessary and in the correct position relative to the\nGASNet flags.\n\n\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@21994 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"hildeth\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,hildeth\/chapel,hildeth\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,hildeth\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,hildeth\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,hildeth\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized -Wno-inline\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"eeb5904029df183481acd7701a9444276a9d43a8","subject":"Re-adding -Werror","message":"Re-adding -Werror\n\nDue to a mistake in r20461, -Werror was removed for CHPL_DEVELOPER\ncompiles. I only just noticed this today, so we're going to turn\nit back on to get a few nights of testing with it before the release\ngets branched.\n\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@20616 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"hildeth\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,sungeunchoi\/chapel,hildeth\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nGNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nGNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nGNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nGNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"21592e052de4bb45cfb7d9ffb73e2a6b82007783","subject":"all in one viz","message":"all in one viz\n","repos":"JustgeekDE\/swimdroid","old_file":"dataViz\/orientation.gnuplot","new_file":"dataViz\/orientation.gnuplot","new_contents":"","old_contents":"set datafile separator \",\"\nset terminal png truecolor size 12000,720 background \"#FFFFFF\"\nset output \"orientation.png\"\n\nset xtics 0.5\n\nset arrow from graph 0, first 0 to graph 1, first 0 nohead front ls 63 lw 2\nset arrow from graph 0, first 150 to graph 1, first 150 nohead front ls 63 lw 2\n\n\nlist = system('ls *orientation*.csv')\n\ndo for [file in list] {\n set output sprintf('results\/raw.-.%s.png', file)\n set title sprintf(\"Raw %s\", file)\n plot \\\n file using ($1\/60000):2 with lines, \\\n file using ($1\/60000):3 with lines, \\\n file using ($1\/60000):4 with lines\n\n\n set output sprintf('results\/decay.-.%s.png', file)\n set title sprintf(\"Decay %s\", file)\n sumA = 0\n sumB = 0\n sumC = 0\n countC = 0\n plot \\\n file using ($1\/60000):2 with lines, \\\n file using ($1\/60000):(sumA = (0.995 * sumA) + (0.005 * $2)) with lines, \\\n file using ($1\/60000):(sumB = (0.999 * sumB) + (0.001 * $2)) with lines\n}\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"1197e75eb4490dd5d12a225cff596a3a45ae8502","subject":"Make point size 0","message":"Make point size 0\n","repos":"lasp-lang\/evaluation","old_file":"transmission.gnuplot","new_file":"transmission.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0 \n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 lw 2 pt 7 ps 0.5\nset style line 6 lw 2 pt 7 ps 0.5\nset style line 7 lw 2 pt 7 ps 0.5\nset style line 8 lw 2 pt 7 ps 0.5\n\n#\nset object circle at first convergence_time,0 radius char 0.8 fillcolor rgb \"#ffbf00\" fillstyle solid noborder\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Transmitted\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0.5\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 lw 2 pt 7 ps 0.5\nset style line 6 lw 2 pt 7 ps 0.5\nset style line 7 lw 2 pt 7 ps 0.5\nset style line 8 lw 2 pt 7 ps 0.5\n\n#\nset object circle at first convergence_time,0 radius char 0.8 fillcolor rgb \"#ffbf00\" fillstyle solid noborder\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Transmitted\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"99f0dea9ab022bf3977b43116cd952b91a5576e4","subject":"correction on Y-range","message":"correction on Y-range\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\nRMARG = 0.96\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutpu4\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\nRMARG = 0.96\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"fa7eaa6e12503decfec8448954f44e8916dde2cd","subject":"20160110T1830","message":"20160110T1830\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".tz_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pt 5 ps 0.1\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pointtype 5\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pointtype 5\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"5c791690e6378fb55eba64e91cc78b9b41d5c23a","subject":"fix typos","message":"fix typos\n\nChange-Id: I800fc4e1fcdd1f9e3bbe939beeb6d58379b5fd53\n","repos":"opcm\/pcm,opcm\/pcm,opcm\/pcm,opcm\/pcm","old_file":"scripts\/pcm.plot","new_file":"scripts\/pcm.plot","new_contents":"\nset key autotitle columnhead\nset datafile separator \",\"\n\n# change as needed\n# set xlabel 'sample # (each is 1000ms)'\n\nset ylabel 'metric value'\n\nset terminal pdf\nset output \"pcm.pdf\"\n\n# change below as needed\n# plot metrics 3 .. 37\ndo for [m=3:37] {\n plot \"single_header.pcm.csv\" using m with dots\n}\n\n# plot metrics 84 .. 107\ndo for [m=84:107] {\n plot \"single_header.pcm.csv\" using m with dots\n}\n\n\n","old_contents":"\nset key autotitle columnhead\nset datafile separator \",\"\n\n# change is needed\n# set xlabel 'sample # (each is 1000ms)'\n\nset ylabel 'metric value'\n\nset terminal pdf\nset output \"pcm.pdf\"\n\n# change below is needed\n# plot metrics 3 .. 37\ndo for [m=3:37] {\n plot \"single_header.pcm.csv\" using m with dots\n}\n\n# plot metrics 84 .. 107\ndo for [m=84:107] {\n plot \"single_header.pcm.csv\" using m with dots\n}\n\n\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"a087fe5703a61ca7f7e740c917726599606bfd6a","subject":"compile with -Wundef","message":"compile with -Wundef\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1669 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual -Wundef\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\n$(shell echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.3 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\nHEADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\nHEADER_FILES_CONTAINERS\t+= pq_losertree.h queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.$o=).$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.$o=).$dT -c $(OUTPUT_OPTION) $< && mv $(@:.$o=).$dT $(@:.$o=).$d\nendef\n\nDEPS_MAKEFILES\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(DEPS_MAKEFILES)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\n$(shell echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.3 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\nHEADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\nHEADER_FILES_CONTAINERS\t+= pq_losertree.h queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.$o=).$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.$o=).$dT -c $(OUTPUT_OPTION) $< && mv $(@:.$o=).$dT $(@:.$o=).$d\nendef\n\nDEPS_MAKEFILES\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(DEPS_MAKEFILES)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4a6baaba1c40c2889147f78e6a9792fa139f3057","subject":"Cosmetic","message":"Cosmetic\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n:- use_module(library(aggregate)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_iterate8, [setup(model_db)]) :-\n\n findall(Surname, db_iterate(people, surname(Surname), _), SL),\n assertion(SL =@= [_, _, 'Mayakovsky']),\n findall(Surname, db_iterate(people, sex(Surname), _), SL2),\n assertion(SL2 == [man, woman, man]).\n\ntest(db_iterate9, [setup(model_db), N == 1]) :-\n\n aggregate_all(count, db_iterate(people, surname(+bound), _), N).\n\ntest(db_iterate10, [setup(model_db), N == 2]) :-\n\n aggregate_all(count, db_iterate(people, surname(+free), _), N).\n\ntest(db_iterate11, [setup(model_db)]) :-\n\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+free), _),\n N1),\n assertion(N1 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname('Mayakovsky'), _),\n N2),\n assertion(N2 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname(+bound), _),\n N3),\n assertion(N3 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \\\/ surname(+bound), _),\n N4),\n assertion(N4 == 3),\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+bound), _),\n N5),\n assertion(N5 == 1),\n aggregate_all(count,\n db_iterate(people,\n surname(+bound) \/\\ surname('Mayakovsky'), _),\n N6),\n assertion(N6 == 1).\n\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n:- use_module(library(aggregate)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_iterate8, [setup(model_db)]) :-\n\n findall(Surname, db_iterate(people, surname(Surname), _), SL),\n assertion(SL =@= [_, _, 'Mayakovsky']),\n findall(Surname, db_iterate(people, sex(Surname), _), SL2),\n assertion(SL2 == [man, woman, man]).\n\ntest(db_iterate9, [setup(model_db), N == 1]) :-\n\n findall(Surname, db_iterate(people, surname(+bound), _), L),\n length(L, N).\n\ntest(db_iterate10, [setup(model_db), N == 2]) :-\n\n findall(Surname, db_iterate(people, surname(+free), _), L),\n length(L, N).\n\ntest(db_iterate11, [setup(model_db)]) :-\n\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+free), _),\n N1),\n assertion(N1 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname('Mayakovsky'), _),\n N2),\n assertion(N2 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname(+bound), _),\n N3),\n assertion(N3 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \\\/ surname(+bound), _),\n N4),\n assertion(N4 == 3),\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+bound), _),\n N5),\n assertion(N5 == 1),\n aggregate_all(count,\n db_iterate(people,\n surname(+bound) \/\\ surname('Mayakovsky'), _),\n N6),\n assertion(N6 == 1).\n\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"e9000a2b32530dce766c5d5e5dc807f90fa45c36","subject":"bug fix rmargin","message":"bug fix rmargin\n\n late arrival\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.70\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.70\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"005927b4568dfc5aee1cfb4e76ac30337e46543b","subject":"UT: replace with incorrect db key","message":"UT: replace with incorrect db key\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd, [setup(setup)]).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(util\/lambda)).\n:- use_module(library(aggregate)).\n:- use_module(library(ordsets)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n reload_classes,\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase1, [setup(model_db)]) :-\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_erase2, [setup(db_clear(people))]) :-\n db_construct(people, citizen_v,\n [birthday, sex],\n [1994, man], C1),\n db_size(people, S1),\n assertion(S1 == 1),\n obj_downcast(C1, C2),\n functor(C2, CC, _),\n assertion(CC == callup_v),\n db_erase(C2),\n db_size(people, S2),\n assertion(S2 == 0).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_iterate8, [setup(model_db)]) :-\n\n findall(Surname, db_iterate(people, surname(Surname), _), SL),\n assertion(SL =@= [_, _, 'Mayakovsky']),\n findall(Surname, db_iterate(people, sex(Surname), _), SL2),\n assertion(SL2 == [man, woman, man]).\n\ntest(db_iterate9, [setup(model_db), N == 1]) :-\n\n aggregate_all(count, db_iterate(people, surname(+bound), _), N).\n\ntest(db_iterate10, [setup(model_db), N == 2]) :-\n\n aggregate_all(count, db_iterate(people, surname(+free), _), N).\n\ntest(db_iterate11, [setup(model_db)]) :-\n\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+free), _),\n N1),\n assertion(N1 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname('Mayakovsky'), _),\n N2),\n assertion(N2 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname(+bound), _),\n N3),\n assertion(N3 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \\\/ surname(+bound), _),\n N4),\n assertion(N4 == 3),\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+bound), _),\n N5),\n assertion(N5 == 1),\n aggregate_all(count,\n db_iterate(people,\n surname(+bound) \/\\ surname('Mayakovsky'), _),\n N6),\n assertion(N6 == 1).\n\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\n% replacing rebased\ntest(db_put_object4_1, [setup(model_db), error(class_parents_mismatch(_,_,_,_))]) :-\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n obj_parents(Man1, [man_v, tarjan_vertex_v, db_object_v, object_v, object_base_v], Man2),\n db_put_object(people2, throw, Man2, _, _).\n\n% replacing downcasted\ntest(db_put_object4_2, [setup(db_clear(people2))]) :-\n db_construct(people2, citizen_v,\n [birthday, sex, name, surname, id],\n [1994, man, l, k, 199442]),\n db_recorded(people2, Man1), !,\n obj_downcast(Man1, callup_v, Man2),\n db_put_object(people2, throw, Man2, Man3, Replaced),\n named_args_unify(Man3,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name == l),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n db_size(people2, N),\n assertion(N =:= 1).\n\n% replace with incorrect db_key\ntest(db_put_object4_3,\n [setup((db_clear(people), db_clear(people2))),\n error(_)]) :-\n db_construct(people, man_v, [name, surname], [1,2], M1),\n db_construct(people2, man_v, [name,surname], [1,2]),\n obj_rewrite(M1, [db_key, deb_ref], [_, _], [people2, _], MM1),\n db_put_object(people, throw, MM1, _, _).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\ntest(db_select3,\n [setup((model_db,\n db_construct(people, citizen_v, [id, sex, name, age], [2, man, 'Igor', 19]))),\n Classes == [callup_v]]) :-\n findall(Class, db_select(people, [name, class], ['Igor', Class]), Classes).\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(eval_obj_expr1,\n [setup(model_db),\n List == ['Adam', 'Eva', 'Vladimir']]) :-\n findall(Name, @people \/ name ^= Name, List).\n\ntest(eval_obj_expr2, [setup(model_db)]) :-\n findall(Object, ((@people -> Object) \/ functor ^= citizen_v), Os),\n assertion(Os \/ surname =^= ['Mayakovsky']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\ntest(key_test1) :-\n obj_construct(c4_v, [a, b, c], [1, 2, 3], A),\n obj_construct(c4_v, [a, b, c], [1, 20, 30], B),\n key_test2(A, B, allow).\n\n% nearest_keymaster(A) = nearest_keymaster(B)\ntest(key_test_set1) :-\n\n key_test(c1_v, c2_v).\n\n% nearest_keymaster(A) is_accessor_off nearest_keymaster(B)\ntest(key_test_set2) :-\n\n key_test(c1_v, c3_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, c4_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, c6_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, c7_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nearest_keymaster(A) is_desc_off nearest_keymaster(B)\ntest(key_test_set3) :-\n\n key_test(c4_v, c1_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c3_v, c1_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, c1_v), % key(nk(A)) = key(nk(B))\n key_test(c6_v, c1_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c7_v, c1_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = {}\ntest(key_test_set4_1) :-\n\n key_test(c1_v, d2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, d3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, d4_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, d5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, d6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) \/= {}\ntest(key_test_set4_2) :-\n\n key_test(c5_v, e2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, e3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, e4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, e5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, e6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(A))\ntest(key_test_set4_3) :-\n\n key_test(c5_v, f2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, f3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, f4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, f5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, f6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(B))\ntest(key_test_set4_4) :-\n\n key_test(f3_v, c5_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(f2_v, c5_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(f4_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(f5_v, c5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(f6_v, c5_v). % key(nk(A)) instersect key(nk(B)) = {}\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country, id],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union'], 1]).\n\nsetup :-\n\n db_clear(plunit_vd__key_test),\n reload_classes.\n\nreload_classes :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n key_test_classes.\n\nkey_test_classes :-\n\n class_create(c0_v, object_v, [a, b, c], [a]),\n class_create(c1_v, c0_v, [], [b, c]),\n class_create(c2_v, c1_v, [d]),\n class_create(c3_v, c2_v, [], [c]),\n class_create(c4_v, c3_v, [], [a, b, c]),\n class_create(c5_v, c1_v, [], [b, c]),\n class_create(c6_v, c1_v, [d], [c, d]),\n class_create(c7_v, c1_v, [e], [a, e]),\n\n class_create(d1_v, object_v, [a, b, c], [a]),\n class_create(d2_v, d1_v, [], [b]),\n class_create(d3_v, d1_v, [], [a, b, c]),\n class_create(d4_v, d3_v, [], [b, c]),\n class_create(d5_v, d2_v, [], [a, b]),\n class_create(d6_v, d2_v, [f], [c, f]),\n\n class_create(e1_v, c0_v, [], [b]),\n class_create(e2_v, e1_v, [], [b]),\n class_create(e3_v, e1_v, [], [a, b, c]),\n class_create(e4_v, e3_v, [], [b, c]),\n class_create(e5_v, e2_v, [], [a, b]),\n class_create(e6_v, e2_v, [g], [c, g]),\n\n class_create(f1_v, c1_v, [], [a]),\n class_create(f2_v, f1_v, [], [b]),\n class_create(f3_v, f1_v, [], [a, b, c]),\n class_create(f4_v, f3_v, [], [b, c]),\n class_create(f5_v, f2_v, [], [a, b]),\n class_create(f6_v, f2_v, [h, j], [j, h]).\n\nkey_pattern(patt(Left, Common, Right)) :-\n L = [free, bound],\n member(Left, L),\n member(Common, L),\n member(Right, L).\n\nkey_test(AC, BC) :-\n class_primary_id(AC, Id1),\n class_primary_id(BC, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n forall(\n key_pattern(Patt),\n ( fill_keys(AC, BC, Keymaster_Id, Patt, A, B),\n assertion(key_test2(A, B))\n\t )).\n\n% Calculate the result\nkey_test_result(A, B, allow) :-\n ( obj_key(A, []) ; obj_key(B, [])), !.\nkey_test_result(A, B, conflict) :-\n arg(1, A, Id1),\n arg(1, B, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n get_key(Keymaster_Id, K_Key),\n K_Key \\= [],\n obj_unify(A, K_Key, Value),\n obj_unify(B, K_Key, Value), !.\nkey_test_result(_, _, allow).\n\nkey_test2(A, B) :-\n key_test_result(A, B, Conflict),\n key_test2(A, B, Conflict).\n\nkey_test2(A, B, allow) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n db_put_object(DB, fail, A, _), !.\n\nkey_test2(A, B, conflict) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n \\+ db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n \\+ db_put_object(DB, fail, A, _).\n\nfill_keys(AC, BC, Keymaster_Id, Patt, A, B) :-\n get_key(Keymaster_Id, Common_Key_Part),\n obj_construct(AC, [], [], A),\n obj_construct(BC, [], [], B),\n fill_key(Patt, Common_Key_Part, A, B).\n\nfill_key(patt(A_Patt, Common_Patt, B_Patt), Common_Key, A, B) :-\n obj_key(A, A_Key),\n obj_unify(A, A_Key, A_Key_Value),\n fill_key(A_Patt, A_Key, A_Key_Value),\n obj_unify(A, Common_Key, Common_Key_Value),\n fill_key(Common_Patt, Common_Key, Common_Key_Value),\n obj_key(B, B_Key),\n obj_unify(B, B_Key, B_Key_Value),\n fill_key(B_Patt, B_Key, B_Key_Value).\n\n\nfill_key(bound, Key, Key) :- !.\nfill_key(half_bound, [K|KT], [K|KVT]) :- !,\n same_length(KT, KVT).\nfill_key(free, Key, Key_Value) :-\n same_length(Key, Key_Value).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd, [setup(setup)]).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(util\/lambda)).\n:- use_module(library(aggregate)).\n:- use_module(library(ordsets)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n reload_classes,\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase1, [setup(model_db)]) :-\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_erase2, [setup(db_clear(people))]) :-\n db_construct(people, citizen_v,\n [birthday, sex],\n [1994, man], C1),\n db_size(people, S1),\n assertion(S1 == 1),\n obj_downcast(C1, C2),\n functor(C2, CC, _),\n assertion(CC == callup_v),\n db_erase(C2),\n db_size(people, S2),\n assertion(S2 == 0).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_iterate8, [setup(model_db)]) :-\n\n findall(Surname, db_iterate(people, surname(Surname), _), SL),\n assertion(SL =@= [_, _, 'Mayakovsky']),\n findall(Surname, db_iterate(people, sex(Surname), _), SL2),\n assertion(SL2 == [man, woman, man]).\n\ntest(db_iterate9, [setup(model_db), N == 1]) :-\n\n aggregate_all(count, db_iterate(people, surname(+bound), _), N).\n\ntest(db_iterate10, [setup(model_db), N == 2]) :-\n\n aggregate_all(count, db_iterate(people, surname(+free), _), N).\n\ntest(db_iterate11, [setup(model_db)]) :-\n\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+free), _),\n N1),\n assertion(N1 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname('Mayakovsky'), _),\n N2),\n assertion(N2 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname(+bound), _),\n N3),\n assertion(N3 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \\\/ surname(+bound), _),\n N4),\n assertion(N4 == 3),\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+bound), _),\n N5),\n assertion(N5 == 1),\n aggregate_all(count,\n db_iterate(people,\n surname(+bound) \/\\ surname('Mayakovsky'), _),\n N6),\n assertion(N6 == 1).\n\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\n% replacing rebased\ntest(db_put_object4_1, [setup(model_db), error(class_parents_mismatch(_,_,_,_))]) :-\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n obj_parents(Man1, [man_v, tarjan_vertex_v, db_object_v, object_v, object_base_v], Man2),\n db_put_object(people2, throw, Man2, _, _).\n\n% replacing downcasted\ntest(db_put_object4_2, [setup(db_clear(people2))]) :-\n db_construct(people2, citizen_v,\n [birthday, sex, name, surname, id],\n [1994, man, l, k, 199442]),\n db_recorded(people2, Man1), !,\n obj_downcast(Man1, callup_v, Man2),\n db_put_object(people2, throw, Man2, Man3, Replaced),\n named_args_unify(Man3,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name == l),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\ntest(db_select3,\n [setup((model_db,\n db_construct(people, citizen_v, [id, sex, name, age], [2, man, 'Igor', 19]))),\n Classes == [callup_v]]) :-\n findall(Class, db_select(people, [name, class], ['Igor', Class]), Classes).\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(eval_obj_expr1,\n [setup(model_db),\n List == ['Adam', 'Eva', 'Vladimir']]) :-\n findall(Name, @people \/ name ^= Name, List).\n\ntest(eval_obj_expr2, [setup(model_db)]) :-\n findall(Object, ((@people -> Object) \/ functor ^= citizen_v), Os),\n assertion(Os \/ surname =^= ['Mayakovsky']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\ntest(key_test1) :-\n obj_construct(c4_v, [a, b, c], [1, 2, 3], A),\n obj_construct(c4_v, [a, b, c], [1, 20, 30], B),\n key_test2(A, B, allow).\n\n% nearest_keymaster(A) = nearest_keymaster(B)\ntest(key_test_set1) :-\n\n key_test(c1_v, c2_v).\n\n% nearest_keymaster(A) is_accessor_off nearest_keymaster(B)\ntest(key_test_set2) :-\n\n key_test(c1_v, c3_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, c4_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, c6_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, c7_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nearest_keymaster(A) is_desc_off nearest_keymaster(B)\ntest(key_test_set3) :-\n\n key_test(c4_v, c1_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c3_v, c1_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, c1_v), % key(nk(A)) = key(nk(B))\n key_test(c6_v, c1_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c7_v, c1_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = {}\ntest(key_test_set4_1) :-\n\n key_test(c1_v, d2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, d3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, d4_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, d5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, d6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) \/= {}\ntest(key_test_set4_2) :-\n\n key_test(c5_v, e2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, e3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, e4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, e5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, e6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(A))\ntest(key_test_set4_3) :-\n\n key_test(c5_v, f2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, f3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, f4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, f5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, f6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(B))\ntest(key_test_set4_4) :-\n\n key_test(f3_v, c5_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(f2_v, c5_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(f4_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(f5_v, c5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(f6_v, c5_v). % key(nk(A)) instersect key(nk(B)) = {}\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country, id],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union'], 1]).\n\nsetup :-\n\n db_clear(plunit_vd__key_test),\n reload_classes.\n\nreload_classes :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n key_test_classes.\n\nkey_test_classes :-\n\n class_create(c0_v, object_v, [a, b, c], [a]),\n class_create(c1_v, c0_v, [], [b, c]),\n class_create(c2_v, c1_v, [d]),\n class_create(c3_v, c2_v, [], [c]),\n class_create(c4_v, c3_v, [], [a, b, c]),\n class_create(c5_v, c1_v, [], [b, c]),\n class_create(c6_v, c1_v, [d], [c, d]),\n class_create(c7_v, c1_v, [e], [a, e]),\n\n class_create(d1_v, object_v, [a, b, c], [a]),\n class_create(d2_v, d1_v, [], [b]),\n class_create(d3_v, d1_v, [], [a, b, c]),\n class_create(d4_v, d3_v, [], [b, c]),\n class_create(d5_v, d2_v, [], [a, b]),\n class_create(d6_v, d2_v, [f], [c, f]),\n\n class_create(e1_v, c0_v, [], [b]),\n class_create(e2_v, e1_v, [], [b]),\n class_create(e3_v, e1_v, [], [a, b, c]),\n class_create(e4_v, e3_v, [], [b, c]),\n class_create(e5_v, e2_v, [], [a, b]),\n class_create(e6_v, e2_v, [g], [c, g]),\n\n class_create(f1_v, c1_v, [], [a]),\n class_create(f2_v, f1_v, [], [b]),\n class_create(f3_v, f1_v, [], [a, b, c]),\n class_create(f4_v, f3_v, [], [b, c]),\n class_create(f5_v, f2_v, [], [a, b]),\n class_create(f6_v, f2_v, [h, j], [j, h]).\n\nkey_pattern(patt(Left, Common, Right)) :-\n L = [free, bound],\n member(Left, L),\n member(Common, L),\n member(Right, L).\n\nkey_test(AC, BC) :-\n class_primary_id(AC, Id1),\n class_primary_id(BC, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n forall(\n key_pattern(Patt),\n ( fill_keys(AC, BC, Keymaster_Id, Patt, A, B),\n assertion(key_test2(A, B))\n\t )).\n\n% Calculate the result\nkey_test_result(A, B, allow) :-\n ( obj_key(A, []) ; obj_key(B, [])), !.\nkey_test_result(A, B, conflict) :-\n arg(1, A, Id1),\n arg(1, B, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n get_key(Keymaster_Id, K_Key),\n K_Key \\= [],\n obj_unify(A, K_Key, Value),\n obj_unify(B, K_Key, Value), !.\nkey_test_result(_, _, allow).\n\nkey_test2(A, B) :-\n key_test_result(A, B, Conflict),\n key_test2(A, B, Conflict).\n\nkey_test2(A, B, allow) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n db_put_object(DB, fail, A, _), !.\n\nkey_test2(A, B, conflict) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n \\+ db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n \\+ db_put_object(DB, fail, A, _).\n\nfill_keys(AC, BC, Keymaster_Id, Patt, A, B) :-\n get_key(Keymaster_Id, Common_Key_Part),\n obj_construct(AC, [], [], A),\n obj_construct(BC, [], [], B),\n fill_key(Patt, Common_Key_Part, A, B).\n\nfill_key(patt(A_Patt, Common_Patt, B_Patt), Common_Key, A, B) :-\n obj_key(A, A_Key),\n obj_unify(A, A_Key, A_Key_Value),\n fill_key(A_Patt, A_Key, A_Key_Value),\n obj_unify(A, Common_Key, Common_Key_Value),\n fill_key(Common_Patt, Common_Key, Common_Key_Value),\n obj_key(B, B_Key),\n obj_unify(B, B_Key, B_Key_Value),\n fill_key(B_Patt, B_Key, B_Key_Value).\n\n\nfill_key(bound, Key, Key) :- !.\nfill_key(half_bound, [K|KT], [K|KVT]) :- !,\n same_length(KT, KVT).\nfill_key(free, Key, Key_Value) :-\n same_length(Key, Key_Value).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"88e3c253b62a192aa184213761b9a638e8be1e28","subject":"sometimes, for debugging, preprocessed output may be helpful","message":"sometimes, for debugging, preprocessed output may be helpful\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@806 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"875b3710b151d06b226d5ca3ad6ad3bef74c59de","subject":"plot has changed slightly with Ferret v6.07","message":"plot has changed slightly with Ferret v6.07\n\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@10062 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret","old_file":"bench\/metafile_masters_v602_64\/pattern_plot1.plt","new_file":"bench\/metafile_masters_v602_64\/pattern_plot1.plt","new_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 07\/09\/27 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 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0.53677\n 11 50 2 0.08357 0.53677 0.08357 0.52763\n 11 50 2 0.08357 0.53677 0.08967 0.52763\n 11 50 2 0.08967 0.53677 0.08967 0.52763\n 11 512 23 0.06529 0.62529 0.06486 0.62616 0.06355 0.62660 0.06268 0.62660 0.06137 0.62616 0.06050 0.62486 0.06007 0.62268 0.06007 0.62051 0.06050 0.61876 0.06137 0.61789 0.06268 0.61746 0.06311 0.61746 0.06442 0.61789 0.06529 0.61876 0.06573 0.62007 0.06573 0.62051 0.06529 0.62181 0.06442 0.62268 0.06311 0.62312 0.06268 0.62312 0.06137 0.62268 0.06050 0.62181 0.06007 0.62051\n 11 380 17 0.07095 0.62660 0.06964 0.62616 0.06877 0.62486 0.06834 0.62268 0.06834 0.62138 0.06877 0.61920 0.06964 0.61789 0.07095 0.61746 0.07182 0.61746 0.07313 0.61789 0.07400 0.61920 0.07443 0.62138 0.07443 0.62268 0.07400 0.62486 0.07313 0.62616 0.07182 0.62660 0.07095 0.62660\n 11 292 13 0.07835 0.62660 0.07748 0.62616 0.07704 0.62529 0.07704 0.62442 0.07748 0.62355 0.07835 0.62312 0.07922 0.62312 0.08009 0.62355 0.08053 0.62442 0.08053 0.62529 0.08009 0.62616 0.07922 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0.26685 0.06964 0.26554 0.06921 0.26337 0.06921 0.26206 0.06964 0.25988 0.07051 0.25858 0.07182 0.25814 0.07269 0.25814 0.07400 0.25858 0.07487 0.25988 0.07530 0.26206 0.07530 0.26337 0.07487 0.26554 0.07400 0.26685 0.07269 0.26728 0.07182 0.26728\n 11 292 13 0.07922 0.26728 0.07835 0.26685 0.07791 0.26598 0.07791 0.26511 0.07835 0.26424 0.07922 0.26380 0.08009 0.26380 0.08096 0.26424 0.08140 0.26511 0.08140 0.26598 0.08096 0.26685 0.08009 0.26728 0.07922 0.26728\n 11 446 20 0.09010 0.26598 0.08923 0.26685 0.08793 0.26728 0.08618 0.26728 0.08488 0.26685 0.08401 0.26598 0.08401 0.26511 0.08444 0.26424 0.08488 0.26380 0.08575 0.26337 0.08836 0.26250 0.08923 0.26206 0.08967 0.26163 0.09010 0.26076 0.09010 0.25945 0.08923 0.25858 0.08793 0.25814 0.08618 0.25814 0.08488 0.25858 0.08401 0.25945\n 11 380 17 0.08053 0.35711 0.07922 0.35668 0.07835 0.35537 0.07791 0.35320 0.07791 0.35189 0.07835 0.34971 0.07922 0.34841 0.08053 0.34797 0.08140 0.34797 0.08270 0.34841 0.08357 0.34971 0.08401 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0.08009 0.44651 0.07922 0.44694 0.07835 0.44694\n 11 50 2 0.08357 0.44694 0.08357 0.43780\n 11 50 2 0.08357 0.44694 0.08967 0.43780\n 11 50 2 0.08967 0.44694 0.08967 0.43780\n 11 72 3 0.06399 0.53677 0.05963 0.53068 0.06616 0.53068\n 11 50 2 0.06399 0.53677 0.06399 0.52763\n 11 380 17 0.07095 0.53677 0.06964 0.53634 0.06877 0.53503 0.06834 0.53285 0.06834 0.53155 0.06877 0.52937 0.06964 0.52807 0.07095 0.52763 0.07182 0.52763 0.07313 0.52807 0.07400 0.52937 0.07443 0.53155 0.07443 0.53285 0.07400 0.53503 0.07313 0.53634 0.07182 0.53677 0.07095 0.53677\n 11 292 13 0.07835 0.53677 0.07748 0.53634 0.07704 0.53547 0.07704 0.53459 0.07748 0.53372 0.07835 0.53329 0.07922 0.53329 0.08009 0.53372 0.08053 0.53459 0.08053 0.53547 0.08009 0.53634 0.07922 0.53677 0.07835 0.53677\n 11 50 2 0.08357 0.53677 0.08357 0.52763\n 11 50 2 0.08357 0.53677 0.08967 0.52763\n 11 50 2 0.08967 0.53677 0.08967 0.52763\n 11 512 23 0.06529 0.62529 0.06486 0.62616 0.06355 0.62660 0.06268 0.62660 0.06137 0.62616 0.06050 0.62486 0.06007 0.62268 0.06007 0.62051 0.06050 0.61876 0.06137 0.61789 0.06268 0.61746 0.06311 0.61746 0.06442 0.61789 0.06529 0.61876 0.06573 0.62007 0.06573 0.62051 0.06529 0.62181 0.06442 0.62268 0.06311 0.62312 0.06268 0.62312 0.06137 0.62268 0.06050 0.62181 0.06007 0.62051\n 11 380 17 0.07095 0.62660 0.06964 0.62616 0.06877 0.62486 0.06834 0.62268 0.06834 0.62138 0.06877 0.61920 0.06964 0.61789 0.07095 0.61746 0.07182 0.61746 0.07313 0.61789 0.07400 0.61920 0.07443 0.62138 0.07443 0.62268 0.07400 0.62486 0.07313 0.62616 0.07182 0.62660 0.07095 0.62660\n 11 292 13 0.07835 0.62660 0.07748 0.62616 0.07704 0.62529 0.07704 0.62442 0.07748 0.62355 0.07835 0.62312 0.07922 0.62312 0.08009 0.62355 0.08053 0.62442 0.08053 0.62529 0.08009 0.62616 0.07922 0.62660 0.07835 0.62660\n 11 50 2 0.08357 0.62660 0.08357 0.61746\n 11 50 2 0.08357 0.62660 0.08967 0.61746\n 11 50 2 0.08967 0.62660 0.08967 0.61746\n 11 864 39 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.17289 0.92002 0.17289 0.90859 0.17289 0.90859 0.21780 0.92002 0.21780 0.90859 0.21780 0.90859 0.26271 0.92002 0.26271 0.90859 0.26271 0.90859 0.30763 0.92002 0.30763 0.90859 0.30763 0.90859 0.35254 0.92002 0.35254 0.90859 0.35254 0.90859 0.39746 0.92002 0.39746 0.90859 0.39746 0.90859 0.44237 0.92002 0.44237 0.90859 0.44237 0.90859 0.48729 0.92002 0.48729 0.90859 0.48729 0.90859 0.53220 0.92002 0.53220 0.90859 0.53220 0.90859 0.57711 0.92002 0.57711 0.90859 0.57711 0.90859 0.62203 0.92002 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 864 39 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.17289 0.92002 0.17289 0.90859 0.17289 0.90859 0.21780 0.92002 0.21780 0.90859 0.21780 0.90859 0.26271 0.92002 0.26271 0.90859 0.26271 0.90859 0.30763 0.92002 0.30763 0.90859 0.30763 0.90859 0.35254 0.92002 0.35254 0.90859 0.35254 0.90859 0.39746 0.92002 0.39746 0.90859 0.39746 0.90859 0.44237 0.92002 0.44237 0.90859 0.44237 0.90859 0.48729 0.92002 0.48729 0.90859 0.48729 0.90859 0.53220 0.92002 0.53220 0.90859 0.53220 0.90859 0.57711 0.92002 0.57711 0.90859 0.57711 0.90859 0.62203 0.92002 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.63346 0.10969 0.62203 0.18958 0.62203 0.18958 0.63346 0.18958 0.62203 0.26947 0.62203 0.26947 0.63346 0.26947 0.62203 0.34936 0.62203 0.34936 0.63346 0.34936 0.62203 0.42925 0.62203 0.42925 0.63346 0.42925 0.62203 0.50914 0.62203 0.50914 0.63346 0.50914 0.62203 0.58903 0.62203 0.58903 0.63346 0.58903 0.62203 0.66892 0.62203 0.66892 0.63346 0.66892 0.62203 0.74881 0.62203 0.74881 0.63346 0.74881 0.62203 0.82870 0.62203 0.82870 0.63346 0.82870 0.62203 0.90859 0.62203 0.90859 0.63346 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.63346 0.10969 0.62203 0.18958 0.62203 0.18958 0.63346 0.18958 0.62203 0.26947 0.62203 0.26947 0.63346 0.26947 0.62203 0.34936 0.62203 0.34936 0.63346 0.34936 0.62203 0.42925 0.62203 0.42925 0.63346 0.42925 0.62203 0.50914 0.62203 0.50914 0.63346 0.50914 0.62203 0.58903 0.62203 0.58903 0.63346 0.58903 0.62203 0.66892 0.62203 0.66892 0.63346 0.66892 0.62203 0.74881 0.62203 0.74881 0.63346 0.74881 0.62203 0.82870 0.62203 0.82870 0.63346 0.82870 0.62203 0.90859 0.62203 0.90859 0.63346 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.11654 0.10969 0.12797 0.18958 0.12797 0.18958 0.11654 0.18958 0.12797 0.26947 0.12797 0.26947 0.11654 0.26947 0.12797 0.34936 0.12797 0.34936 0.11654 0.34936 0.12797 0.42925 0.12797 0.42925 0.11654 0.42925 0.12797 0.50914 0.12797 0.50914 0.11654 0.50914 0.12797 0.58903 0.12797 0.58903 0.11654 0.58903 0.12797 0.66892 0.12797 0.66892 0.11654 0.66892 0.12797 0.74881 0.12797 0.74881 0.11654 0.74881 0.12797 0.82870 0.12797 0.82870 0.11654 0.82870 0.12797 0.90859 0.12797 0.90859 0.11654 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.09206 0.10658 0.09293 0.10701 0.09424 0.10832 0.09424 0.09918\n 11 380 17 0.10207 0.10832 0.10077 0.10788 0.09990 0.10658 0.09946 0.10440 0.09946 0.10309 0.09990 0.10092 0.10077 0.09961 0.10207 0.09918 0.10294 0.09918 0.10425 0.09961 0.10512 0.10092 0.10555 0.10309 0.10555 0.10440 0.10512 0.10658 0.10425 0.10788 0.10294 0.10832 0.10207 0.10832\n 11 380 17 0.11078 0.10832 0.10947 0.10788 0.10860 0.10658 0.10817 0.10440 0.10817 0.10309 0.10860 0.10092 0.10947 0.09961 0.11078 0.09918 0.11165 0.09918 0.11295 0.09961 0.11382 0.10092 0.11426 0.10309 0.11426 0.10440 0.11382 0.10658 0.11295 0.10788 0.11165 0.10832 0.11078 0.10832\n 11 292 13 0.11818 0.10832 0.11731 0.10788 0.11687 0.10701 0.11687 0.10614 0.11731 0.10527 0.11818 0.10484 0.11905 0.10484 0.11992 0.10527 0.12035 0.10614 0.12035 0.10701 0.11992 0.10788 0.11905 0.10832 0.11818 0.10832\n 11 50 2 0.12340 0.10832 0.12340 0.09918\n 11 50 2 0.12340 0.10832 0.12906 0.10832\n 11 50 2 0.12340 0.10397 0.12688 0.10397\n 11 50 2 0.12340 0.09918 0.12906 0.09918\n 11 94 4 0.25184 0.10658 0.25271 0.10701 0.25402 0.10832 0.25402 0.09918\n 11 72 3 0.26359 0.10832 0.25924 0.10222 0.26577 0.10222\n 11 50 2 0.26359 0.10832 0.26359 0.09918\n 11 380 17 0.27056 0.10832 0.26925 0.10788 0.26838 0.10658 0.26795 0.10440 0.26795 0.10309 0.26838 0.10092 0.26925 0.09961 0.27056 0.09918 0.27143 0.09918 0.27273 0.09961 0.27360 0.10092 0.27404 0.10309 0.27404 0.10440 0.27360 0.10658 0.27273 0.10788 0.27143 0.10832 0.27056 0.10832\n 11 292 13 0.27796 0.10832 0.27709 0.10788 0.27665 0.10701 0.27665 0.10614 0.27709 0.10527 0.27796 0.10484 0.27883 0.10484 0.27970 0.10527 0.28013 0.10614 0.28013 0.10701 0.27970 0.10788 0.27883 0.10832 0.27796 0.10832\n 11 50 2 0.28318 0.10832 0.28318 0.09918\n 11 50 2 0.28318 0.10832 0.28884 0.10832\n 11 50 2 0.28318 0.10397 0.28666 0.10397\n 11 50 2 0.28318 0.09918 0.28884 0.09918\n 11 94 4 0.41576 0.10658 0.41663 0.10701 0.41793 0.10832 0.41793 0.09918\n 11 644 29 0.42533 0.10832 0.42403 0.10788 0.42359 0.10701 0.42359 0.10614 0.42403 0.10527 0.42490 0.10484 0.42664 0.10440 0.42794 0.10397 0.42882 0.10309 0.42925 0.10222 0.42925 0.10092 0.42882 0.10005 0.42838 0.09961 0.42707 0.09918 0.42533 0.09918 0.42403 0.09961 0.42359 0.10005 0.42316 0.10092 0.42316 0.10222 0.42359 0.10309 0.42446 0.10397 0.42577 0.10440 0.42751 0.10484 0.42838 0.10527 0.42882 0.10614 0.42882 0.10701 0.42838 0.10788 0.42707 0.10832 0.42533 0.10832\n 11 380 17 0.43447 0.10832 0.43317 0.10788 0.43230 0.10658 0.43186 0.10440 0.43186 0.10309 0.43230 0.10092 0.43317 0.09961 0.43447 0.09918 0.43534 0.09918 0.43665 0.09961 0.43752 0.10092 0.43796 0.10309 0.43796 0.10440 0.43752 0.10658 0.43665 0.10788 0.43534 0.10832 0.43447 0.10832\n 11 292 13 0.44187 0.10832 0.44100 0.10788 0.44057 0.10701 0.44057 0.10614 0.44100 0.10527 0.44187 0.10484 0.44274 0.10484 0.44361 0.10527 0.44405 0.10614 0.44405 0.10701 0.44361 0.10788 0.44274 0.10832 0.44187 0.10832\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 798 36 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.11654 0.10969 0.12797 0.18958 0.12797 0.18958 0.11654 0.18958 0.12797 0.26947 0.12797 0.26947 0.11654 0.26947 0.12797 0.34936 0.12797 0.34936 0.11654 0.34936 0.12797 0.42925 0.12797 0.42925 0.11654 0.42925 0.12797 0.50914 0.12797 0.50914 0.11654 0.50914 0.12797 0.58903 0.12797 0.58903 0.11654 0.58903 0.12797 0.66892 0.12797 0.66892 0.11654 0.66892 0.12797 0.74881 0.12797 0.74881 0.11654 0.74881 0.12797 0.82870 0.12797 0.82870 0.11654 0.82870 0.12797 0.90859 0.12797 0.90859 0.11654 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.09206 0.10658 0.09293 0.10701 0.09424 0.10832 0.09424 0.09918\n 11 380 17 0.10207 0.10832 0.10077 0.10788 0.09990 0.10658 0.09946 0.10440 0.09946 0.10309 0.09990 0.10092 0.10077 0.09961 0.10207 0.09918 0.10294 0.09918 0.10425 0.09961 0.10512 0.10092 0.10555 0.10309 0.10555 0.10440 0.10512 0.10658 0.10425 0.10788 0.10294 0.10832 0.10207 0.10832\n 11 380 17 0.11078 0.10832 0.10947 0.10788 0.10860 0.10658 0.10817 0.10440 0.10817 0.10309 0.10860 0.10092 0.10947 0.09961 0.11078 0.09918 0.11165 0.09918 0.11295 0.09961 0.11382 0.10092 0.11426 0.10309 0.11426 0.10440 0.11382 0.10658 0.11295 0.10788 0.11165 0.10832 0.11078 0.10832\n 11 292 13 0.11818 0.10832 0.11731 0.10788 0.11687 0.10701 0.11687 0.10614 0.11731 0.10527 0.11818 0.10484 0.11905 0.10484 0.11992 0.10527 0.12035 0.10614 0.12035 0.10701 0.11992 0.10788 0.11905 0.10832 0.11818 0.10832\n 11 50 2 0.12340 0.10832 0.12340 0.09918\n 11 50 2 0.12340 0.10832 0.12906 0.10832\n 11 50 2 0.12340 0.10397 0.12688 0.10397\n 11 50 2 0.12340 0.09918 0.12906 0.09918\n 11 94 4 0.25184 0.10658 0.25271 0.10701 0.25402 0.10832 0.25402 0.09918\n 11 72 3 0.26359 0.10832 0.25924 0.10222 0.26577 0.10222\n 11 50 2 0.26359 0.10832 0.26359 0.09918\n 11 380 17 0.27056 0.10832 0.26925 0.10788 0.26838 0.10658 0.26795 0.10440 0.26795 0.10309 0.26838 0.10092 0.26925 0.09961 0.27056 0.09918 0.27143 0.09918 0.27273 0.09961 0.27360 0.10092 0.27404 0.10309 0.27404 0.10440 0.27360 0.10658 0.27273 0.10788 0.27143 0.10832 0.27056 0.10832\n 11 292 13 0.27796 0.10832 0.27709 0.10788 0.27665 0.10701 0.27665 0.10614 0.27709 0.10527 0.27796 0.10484 0.27883 0.10484 0.27970 0.10527 0.28013 0.10614 0.28013 0.10701 0.27970 0.10788 0.27883 0.10832 0.27796 0.10832\n 11 50 2 0.28318 0.10832 0.28318 0.09918\n 11 50 2 0.28318 0.10832 0.28884 0.10832\n 11 50 2 0.28318 0.10397 0.28666 0.10397\n 11 50 2 0.28318 0.09918 0.28884 0.09918\n 11 94 4 0.41576 0.10658 0.41663 0.10701 0.41793 0.10832 0.41793 0.09918\n 11 644 29 0.42533 0.10832 0.42403 0.10788 0.42359 0.10701 0.42359 0.10614 0.42403 0.10527 0.42490 0.10484 0.42664 0.10440 0.42794 0.10397 0.42882 0.10309 0.42925 0.10222 0.42925 0.10092 0.42882 0.10005 0.42838 0.09961 0.42707 0.09918 0.42533 0.09918 0.42403 0.09961 0.42359 0.10005 0.42316 0.10092 0.42316 0.10222 0.42359 0.10309 0.42446 0.10397 0.42577 0.10440 0.42751 0.10484 0.42838 0.10527 0.42882 0.10614 0.42882 0.10701 0.42838 0.10788 0.42707 0.10832 0.42533 0.10832\n 11 380 17 0.43447 0.10832 0.43317 0.10788 0.43230 0.10658 0.43186 0.10440 0.43186 0.10309 0.43230 0.10092 0.43317 0.09961 0.43447 0.09918 0.43534 0.09918 0.43665 0.09961 0.43752 0.10092 0.43796 0.10309 0.43796 0.10440 0.43752 0.10658 0.43665 0.10788 0.43534 0.10832 0.43447 0.10832\n 11 292 13 0.44187 0.10832 0.44100 0.10788 0.44057 0.10701 0.44057 0.10614 0.44100 0.10527 0.44187 0.10484 0.44274 0.10484 0.44361 0.10527 0.44405 0.10614 0.44405 0.10701 0.44361 0.10788 0.44274 0.10832 0.44187 0.10832\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 864 39 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.09826 0.12797 0.10969 0.12797 0.10969 0.17289 0.09826 0.17289 0.10969 0.17289 0.10969 0.21780 0.09826 0.21780 0.10969 0.21780 0.10969 0.26271 0.09826 0.26271 0.10969 0.26271 0.10969 0.30763 0.09826 0.30763 0.10969 0.30763 0.10969 0.35254 0.09826 0.35254 0.10969 0.35254 0.10969 0.39746 0.09826 0.39746 0.10969 0.39746 0.10969 0.44237 0.09826 0.44237 0.10969 0.44237 0.10969 0.48729 0.09826 0.48729 0.10969 0.48729 0.10969 0.53220 0.09826 0.53220 0.10969 0.53220 0.10969 0.57711 0.09826 0.57711 0.10969 0.57711 0.10969 0.62203 0.09826 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.06486 0.17746 0.06050 0.17136 0.06703 0.17136\n 11 50 2 0.06486 0.17746 0.06486 0.16831\n 11 380 17 0.07182 0.17746 0.07051 0.17702 0.06964 0.17571 0.06921 0.17354 0.06921 0.17223 0.06964 0.17006 0.07051 0.16875 0.07182 0.16831 0.07269 0.16831 0.07400 0.16875 0.07487 0.17006 0.07530 0.17223 0.07530 0.17354 0.07487 0.17571 0.07400 0.17702 0.07269 0.17746 0.07182 0.17746\n 11 292 13 0.07922 0.17746 0.07835 0.17702 0.07791 0.17615 0.07791 0.17528 0.07835 0.17441 0.07922 0.17397 0.08009 0.17397 0.08096 0.17441 0.08140 0.17528 0.08140 0.17615 0.08096 0.17702 0.08009 0.17746 0.07922 0.17746\n 11 446 20 0.09010 0.17615 0.08923 0.17702 0.08793 0.17746 0.08618 0.17746 0.08488 0.17702 0.08401 0.17615 0.08401 0.17528 0.08444 0.17441 0.08488 0.17397 0.08575 0.17354 0.08836 0.17267 0.08923 0.17223 0.08967 0.17180 0.09010 0.17093 0.09010 0.16962 0.08923 0.16875 0.08793 0.16831 0.08618 0.16831 0.08488 0.16875 0.08401 0.16962\n 11 314 14 0.06094 0.26511 0.06094 0.26554 0.06137 0.26641 0.06181 0.26685 0.06268 0.26728 0.06442 0.26728 0.06529 0.26685 0.06573 0.26641 0.06616 0.26554 0.06616 0.26467 0.06573 0.26380 0.06486 0.26250 0.06050 0.25814 0.06660 0.25814\n 11 380 17 0.07182 0.26728 0.07051 0.26685 0.06964 0.26554 0.06921 0.26337 0.06921 0.26206 0.06964 0.25988 0.07051 0.25858 0.07182 0.25814 0.07269 0.25814 0.07400 0.25858 0.07487 0.25988 0.07530 0.26206 0.07530 0.26337 0.07487 0.26554 0.07400 0.26685 0.07269 0.26728 0.07182 0.26728\n 11 292 13 0.07922 0.26728 0.07835 0.26685 0.07791 0.26598 0.07791 0.26511 0.07835 0.26424 0.07922 0.26380 0.08009 0.26380 0.08096 0.26424 0.08140 0.26511 0.08140 0.26598 0.08096 0.26685 0.08009 0.26728 0.07922 0.26728\n 11 446 20 0.09010 0.26598 0.08923 0.26685 0.08793 0.26728 0.08618 0.26728 0.08488 0.26685 0.08401 0.26598 0.08401 0.26511 0.08444 0.26424 0.08488 0.26380 0.08575 0.26337 0.08836 0.26250 0.08923 0.26206 0.08967 0.26163 0.09010 0.26076 0.09010 0.25945 0.08923 0.25858 0.08793 0.25814 0.08618 0.25814 0.08488 0.25858 0.08401 0.25945\n 11 380 17 0.08053 0.35711 0.07922 0.35668 0.07835 0.35537 0.07791 0.35320 0.07791 0.35189 0.07835 0.34971 0.07922 0.34841 0.08053 0.34797 0.08140 0.34797 0.08270 0.34841 0.08357 0.34971 0.08401 0.35189 0.08401 0.35320 0.08357 0.35537 0.08270 0.35668 0.08140 0.35711 0.08053 0.35711\n 11 292 13 0.08793 0.35711 0.08705 0.35668 0.08662 0.35581 0.08662 0.35494 0.08705 0.35407 0.08793 0.35363 0.08880 0.35363 0.08967 0.35407 0.09010 0.35494 0.09010 0.35581 0.08967 0.35668 0.08880 0.35711 0.08793 0.35711\n 11 314 14 0.06007 0.44477 0.06007 0.44520 0.06050 0.44607 0.06094 0.44651 0.06181 0.44694 0.06355 0.44694 0.06442 0.44651 0.06486 0.44607 0.06529 0.44520 0.06529 0.44433 0.06486 0.44346 0.06399 0.44215 0.05963 0.43780 0.06573 0.43780\n 11 380 17 0.07095 0.44694 0.06964 0.44651 0.06877 0.44520 0.06834 0.44302 0.06834 0.44172 0.06877 0.43954 0.06964 0.43824 0.07095 0.43780 0.07182 0.43780 0.07313 0.43824 0.07400 0.43954 0.07443 0.44172 0.07443 0.44302 0.07400 0.44520 0.07313 0.44651 0.07182 0.44694 0.07095 0.44694\n 11 292 13 0.07835 0.44694 0.07748 0.44651 0.07704 0.44564 0.07704 0.44477 0.07748 0.44390 0.07835 0.44346 0.07922 0.44346 0.08009 0.44390 0.08053 0.44477 0.08053 0.44564 0.08009 0.44651 0.07922 0.44694 0.07835 0.44694\n 11 50 2 0.08357 0.44694 0.08357 0.43780\n 11 50 2 0.08357 0.44694 0.08967 0.43780\n 11 50 2 0.08967 0.44694 0.08967 0.43780\n 11 72 3 0.06399 0.53677 0.05963 0.53068 0.06616 0.53068\n 11 50 2 0.06399 0.53677 0.06399 0.52763\n 11 380 17 0.07095 0.53677 0.06964 0.53634 0.06877 0.53503 0.06834 0.53285 0.06834 0.53155 0.06877 0.52937 0.06964 0.52807 0.07095 0.52763 0.07182 0.52763 0.07313 0.52807 0.07400 0.52937 0.07443 0.53155 0.07443 0.53285 0.07400 0.53503 0.07313 0.53634 0.07182 0.53677 0.07095 0.53677\n 11 292 13 0.07835 0.53677 0.07748 0.53634 0.07704 0.53547 0.07704 0.53459 0.07748 0.53372 0.07835 0.53329 0.07922 0.53329 0.08009 0.53372 0.08053 0.53459 0.08053 0.53547 0.08009 0.53634 0.07922 0.53677 0.07835 0.53677\n 11 50 2 0.08357 0.53677 0.08357 0.52763\n 11 50 2 0.08357 0.53677 0.08967 0.52763\n 11 50 2 0.08967 0.53677 0.08967 0.52763\n 11 512 23 0.06529 0.62529 0.06486 0.62616 0.06355 0.62660 0.06268 0.62660 0.06137 0.62616 0.06050 0.62486 0.06007 0.62268 0.06007 0.62051 0.06050 0.61876 0.06137 0.61789 0.06268 0.61746 0.06311 0.61746 0.06442 0.61789 0.06529 0.61876 0.06573 0.62007 0.06573 0.62051 0.06529 0.62181 0.06442 0.62268 0.06311 0.62312 0.06268 0.62312 0.06137 0.62268 0.06050 0.62181 0.06007 0.62051\n 11 380 17 0.07095 0.62660 0.06964 0.62616 0.06877 0.62486 0.06834 0.62268 0.06834 0.62138 0.06877 0.61920 0.06964 0.61789 0.07095 0.61746 0.07182 0.61746 0.07313 0.61789 0.07400 0.61920 0.07443 0.62138 0.07443 0.62268 0.07400 0.62486 0.07313 0.62616 0.07182 0.62660 0.07095 0.62660\n 11 292 13 0.07835 0.62660 0.07748 0.62616 0.07704 0.62529 0.07704 0.62442 0.07748 0.62355 0.07835 0.62312 0.07922 0.62312 0.08009 0.62355 0.08053 0.62442 0.08053 0.62529 0.08009 0.62616 0.07922 0.62660 0.07835 0.62660\n 11 50 2 0.08357 0.62660 0.08357 0.61746\n 11 50 2 0.08357 0.62660 0.08967 0.61746\n 11 50 2 0.08967 0.62660 0.08967 0.61746\n 11 864 39 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.09826 0.12797 0.10969 0.12797 0.10969 0.17289 0.09826 0.17289 0.10969 0.17289 0.10969 0.21780 0.09826 0.21780 0.10969 0.21780 0.10969 0.26271 0.09826 0.26271 0.10969 0.26271 0.10969 0.30763 0.09826 0.30763 0.10969 0.30763 0.10969 0.35254 0.09826 0.35254 0.10969 0.35254 0.10969 0.39746 0.09826 0.39746 0.10969 0.39746 0.10969 0.44237 0.09826 0.44237 0.10969 0.44237 0.10969 0.48729 0.09826 0.48729 0.10969 0.48729 0.10969 0.53220 0.09826 0.53220 0.10969 0.53220 0.10969 0.57711 0.09826 0.57711 0.10969 0.57711 0.10969 0.62203 0.09826 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.06486 0.17746 0.06050 0.17136 0.06703 0.17136\n 11 50 2 0.06486 0.17746 0.06486 0.16831\n 11 380 17 0.07182 0.17746 0.07051 0.17702 0.06964 0.17571 0.06921 0.17354 0.06921 0.17223 0.06964 0.17006 0.07051 0.16875 0.07182 0.16831 0.07269 0.16831 0.07400 0.16875 0.07487 0.17006 0.07530 0.17223 0.07530 0.17354 0.07487 0.17571 0.07400 0.17702 0.07269 0.17746 0.07182 0.17746\n 11 292 13 0.07922 0.17746 0.07835 0.17702 0.07791 0.17615 0.07791 0.17528 0.07835 0.17441 0.07922 0.17397 0.08009 0.17397 0.08096 0.17441 0.08140 0.17528 0.08140 0.17615 0.08096 0.17702 0.08009 0.17746 0.07922 0.17746\n 11 446 20 0.09010 0.17615 0.08923 0.17702 0.08793 0.17746 0.08618 0.17746 0.08488 0.17702 0.08401 0.17615 0.08401 0.17528 0.08444 0.17441 0.08488 0.17397 0.08575 0.17354 0.08836 0.17267 0.08923 0.17223 0.08967 0.17180 0.09010 0.17093 0.09010 0.16962 0.08923 0.16875 0.08793 0.16831 0.08618 0.16831 0.08488 0.16875 0.08401 0.16962\n 11 314 14 0.06094 0.26511 0.06094 0.26554 0.06137 0.26641 0.06181 0.26685 0.06268 0.26728 0.06442 0.26728 0.06529 0.26685 0.06573 0.26641 0.06616 0.26554 0.06616 0.26467 0.06573 0.26380 0.06486 0.26250 0.06050 0.25814 0.06660 0.25814\n 11 380 17 0.07182 0.26728 0.07051 0.26685 0.06964 0.26554 0.06921 0.26337 0.06921 0.26206 0.06964 0.25988 0.07051 0.25858 0.07182 0.25814 0.07269 0.25814 0.07400 0.25858 0.07487 0.25988 0.07530 0.26206 0.07530 0.26337 0.07487 0.26554 0.07400 0.26685 0.07269 0.26728 0.07182 0.26728\n 11 292 13 0.07922 0.26728 0.07835 0.26685 0.07791 0.26598 0.07791 0.26511 0.07835 0.26424 0.07922 0.26380 0.08009 0.26380 0.08096 0.26424 0.08140 0.26511 0.08140 0.26598 0.08096 0.26685 0.08009 0.26728 0.07922 0.26728\n 11 446 20 0.09010 0.26598 0.08923 0.26685 0.08793 0.26728 0.08618 0.26728 0.08488 0.26685 0.08401 0.26598 0.08401 0.26511 0.08444 0.26424 0.08488 0.26380 0.08575 0.26337 0.08836 0.26250 0.08923 0.26206 0.08967 0.26163 0.09010 0.26076 0.09010 0.25945 0.08923 0.25858 0.08793 0.25814 0.08618 0.25814 0.08488 0.25858 0.08401 0.25945\n 11 380 17 0.08053 0.35711 0.07922 0.35668 0.07835 0.35537 0.07791 0.35320 0.07791 0.35189 0.07835 0.34971 0.07922 0.34841 0.08053 0.34797 0.08140 0.34797 0.08270 0.34841 0.08357 0.34971 0.08401 0.35189 0.08401 0.35320 0.08357 0.35537 0.08270 0.35668 0.08140 0.35711 0.08053 0.35711\n 11 292 13 0.08793 0.35711 0.08705 0.35668 0.08662 0.35581 0.08662 0.35494 0.08705 0.35407 0.08793 0.35363 0.08880 0.35363 0.08967 0.35407 0.09010 0.35494 0.09010 0.35581 0.08967 0.35668 0.08880 0.35711 0.08793 0.35711\n 11 314 14 0.06007 0.44477 0.06007 0.44520 0.06050 0.44607 0.06094 0.44651 0.06181 0.44694 0.06355 0.44694 0.06442 0.44651 0.06486 0.44607 0.06529 0.44520 0.06529 0.44433 0.06486 0.44346 0.06399 0.44215 0.05963 0.43780 0.06573 0.43780\n 11 380 17 0.07095 0.44694 0.06964 0.44651 0.06877 0.44520 0.06834 0.44302 0.06834 0.44172 0.06877 0.43954 0.06964 0.43824 0.07095 0.43780 0.07182 0.43780 0.07313 0.43824 0.07400 0.43954 0.07443 0.44172 0.07443 0.44302 0.07400 0.44520 0.07313 0.44651 0.07182 0.44694 0.07095 0.44694\n 11 292 13 0.07835 0.44694 0.07748 0.44651 0.07704 0.44564 0.07704 0.44477 0.07748 0.44390 0.07835 0.44346 0.07922 0.44346 0.08009 0.44390 0.08053 0.44477 0.08053 0.44564 0.08009 0.44651 0.07922 0.44694 0.07835 0.44694\n 11 50 2 0.08357 0.44694 0.08357 0.43780\n 11 50 2 0.08357 0.44694 0.08967 0.43780\n 11 50 2 0.08967 0.44694 0.08967 0.43780\n 11 72 3 0.06399 0.53677 0.05963 0.53068 0.06616 0.53068\n 11 50 2 0.06399 0.53677 0.06399 0.52763\n 11 380 17 0.07095 0.53677 0.06964 0.53634 0.06877 0.53503 0.06834 0.53285 0.06834 0.53155 0.06877 0.52937 0.06964 0.52807 0.07095 0.52763 0.07182 0.52763 0.07313 0.52807 0.07400 0.52937 0.07443 0.53155 0.07443 0.53285 0.07400 0.53503 0.07313 0.53634 0.07182 0.53677 0.07095 0.53677\n 11 292 13 0.07835 0.53677 0.07748 0.53634 0.07704 0.53547 0.07704 0.53459 0.07748 0.53372 0.07835 0.53329 0.07922 0.53329 0.08009 0.53372 0.08053 0.53459 0.08053 0.53547 0.08009 0.53634 0.07922 0.53677 0.07835 0.53677\n 11 50 2 0.08357 0.53677 0.08357 0.52763\n 11 50 2 0.08357 0.53677 0.08967 0.52763\n 11 50 2 0.08967 0.53677 0.08967 0.52763\n 11 512 23 0.06529 0.62529 0.06486 0.62616 0.06355 0.62660 0.06268 0.62660 0.06137 0.62616 0.06050 0.62486 0.06007 0.62268 0.06007 0.62051 0.06050 0.61876 0.06137 0.61789 0.06268 0.61746 0.06311 0.61746 0.06442 0.61789 0.06529 0.61876 0.06573 0.62007 0.06573 0.62051 0.06529 0.62181 0.06442 0.62268 0.06311 0.62312 0.06268 0.62312 0.06137 0.62268 0.06050 0.62181 0.06007 0.62051\n 11 380 17 0.07095 0.62660 0.06964 0.62616 0.06877 0.62486 0.06834 0.62268 0.06834 0.62138 0.06877 0.61920 0.06964 0.61789 0.07095 0.61746 0.07182 0.61746 0.07313 0.61789 0.07400 0.61920 0.07443 0.62138 0.07443 0.62268 0.07400 0.62486 0.07313 0.62616 0.07182 0.62660 0.07095 0.62660\n 11 292 13 0.07835 0.62660 0.07748 0.62616 0.07704 0.62529 0.07704 0.62442 0.07748 0.62355 0.07835 0.62312 0.07922 0.62312 0.08009 0.62355 0.08053 0.62442 0.08053 0.62529 0.08009 0.62616 0.07922 0.62660 0.07835 0.62660\n 11 50 2 0.08357 0.62660 0.08357 0.61746\n 11 50 2 0.08357 0.62660 0.08967 0.61746\n 11 50 2 0.08967 0.62660 0.08967 0.61746\n 11 864 39 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.17289 0.92002 0.17289 0.90859 0.17289 0.90859 0.21780 0.92002 0.21780 0.90859 0.21780 0.90859 0.26271 0.92002 0.26271 0.90859 0.26271 0.90859 0.30763 0.92002 0.30763 0.90859 0.30763 0.90859 0.35254 0.92002 0.35254 0.90859 0.35254 0.90859 0.39746 0.92002 0.39746 0.90859 0.39746 0.90859 0.44237 0.92002 0.44237 0.90859 0.44237 0.90859 0.48729 0.92002 0.48729 0.90859 0.48729 0.90859 0.53220 0.92002 0.53220 0.90859 0.53220 0.90859 0.57711 0.92002 0.57711 0.90859 0.57711 0.90859 0.62203 0.92002 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 864 39 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.17289 0.92002 0.17289 0.90859 0.17289 0.90859 0.21780 0.92002 0.21780 0.90859 0.21780 0.90859 0.26271 0.92002 0.26271 0.90859 0.26271 0.90859 0.30763 0.92002 0.30763 0.90859 0.30763 0.90859 0.35254 0.92002 0.35254 0.90859 0.35254 0.90859 0.39746 0.92002 0.39746 0.90859 0.39746 0.90859 0.44237 0.92002 0.44237 0.90859 0.44237 0.90859 0.48729 0.92002 0.48729 0.90859 0.48729 0.90859 0.53220 0.92002 0.53220 0.90859 0.53220 0.90859 0.57711 0.92002 0.57711 0.90859 0.57711 0.90859 0.62203 0.92002 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.63346 0.10969 0.62203 0.18958 0.62203 0.18958 0.63346 0.18958 0.62203 0.26947 0.62203 0.26947 0.63346 0.26947 0.62203 0.34936 0.62203 0.34936 0.63346 0.34936 0.62203 0.42925 0.62203 0.42925 0.63346 0.42925 0.62203 0.50914 0.62203 0.50914 0.63346 0.50914 0.62203 0.58903 0.62203 0.58903 0.63346 0.58903 0.62203 0.66892 0.62203 0.66892 0.63346 0.66892 0.62203 0.74881 0.62203 0.74881 0.63346 0.74881 0.62203 0.82870 0.62203 0.82870 0.63346 0.82870 0.62203 0.90859 0.62203 0.90859 0.63346 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.63346 0.10969 0.62203 0.18958 0.62203 0.18958 0.63346 0.18958 0.62203 0.26947 0.62203 0.26947 0.63346 0.26947 0.62203 0.34936 0.62203 0.34936 0.63346 0.34936 0.62203 0.42925 0.62203 0.42925 0.63346 0.42925 0.62203 0.50914 0.62203 0.50914 0.63346 0.50914 0.62203 0.58903 0.62203 0.58903 0.63346 0.58903 0.62203 0.66892 0.62203 0.66892 0.63346 0.66892 0.62203 0.74881 0.62203 0.74881 0.63346 0.74881 0.62203 0.82870 0.62203 0.82870 0.63346 0.82870 0.62203 0.90859 0.62203 0.90859 0.63346 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.11654 0.10969 0.12797 0.18958 0.12797 0.18958 0.11654 0.18958 0.12797 0.26947 0.12797 0.26947 0.11654 0.26947 0.12797 0.34936 0.12797 0.34936 0.11654 0.34936 0.12797 0.42925 0.12797 0.42925 0.11654 0.42925 0.12797 0.50914 0.12797 0.50914 0.11654 0.50914 0.12797 0.58903 0.12797 0.58903 0.11654 0.58903 0.12797 0.66892 0.12797 0.66892 0.11654 0.66892 0.12797 0.74881 0.12797 0.74881 0.11654 0.74881 0.12797 0.82870 0.12797 0.82870 0.11654 0.82870 0.12797 0.90859 0.12797 0.90859 0.11654 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.09206 0.10658 0.09293 0.10701 0.09424 0.10832 0.09424 0.09918\n 11 380 17 0.10207 0.10832 0.10077 0.10788 0.09990 0.10658 0.09946 0.10440 0.09946 0.10309 0.09990 0.10092 0.10077 0.09961 0.10207 0.09918 0.10294 0.09918 0.10425 0.09961 0.10512 0.10092 0.10555 0.10309 0.10555 0.10440 0.10512 0.10658 0.10425 0.10788 0.10294 0.10832 0.10207 0.10832\n 11 380 17 0.11078 0.10832 0.10947 0.10788 0.10860 0.10658 0.10817 0.10440 0.10817 0.10309 0.10860 0.10092 0.10947 0.09961 0.11078 0.09918 0.11165 0.09918 0.11295 0.09961 0.11382 0.10092 0.11426 0.10309 0.11426 0.10440 0.11382 0.10658 0.11295 0.10788 0.11165 0.10832 0.11078 0.10832\n 11 292 13 0.11818 0.10832 0.11731 0.10788 0.11687 0.10701 0.11687 0.10614 0.11731 0.10527 0.11818 0.10484 0.11905 0.10484 0.11992 0.10527 0.12035 0.10614 0.12035 0.10701 0.11992 0.10788 0.11905 0.10832 0.11818 0.10832\n 11 50 2 0.12340 0.10832 0.12340 0.09918\n 11 50 2 0.12340 0.10832 0.12906 0.10832\n 11 50 2 0.12340 0.10397 0.12688 0.10397\n 11 50 2 0.12340 0.09918 0.12906 0.09918\n 11 94 4 0.25184 0.10658 0.25271 0.10701 0.25402 0.10832 0.25402 0.09918\n 11 72 3 0.26359 0.10832 0.25924 0.10222 0.26577 0.10222\n 11 50 2 0.26359 0.10832 0.26359 0.09918\n 11 380 17 0.27056 0.10832 0.26925 0.10788 0.26838 0.10658 0.26795 0.10440 0.26795 0.10309 0.26838 0.10092 0.26925 0.09961 0.27056 0.09918 0.27143 0.09918 0.27273 0.09961 0.27360 0.10092 0.27404 0.10309 0.27404 0.10440 0.27360 0.10658 0.27273 0.10788 0.27143 0.10832 0.27056 0.10832\n 11 292 13 0.27796 0.10832 0.27709 0.10788 0.27665 0.10701 0.27665 0.10614 0.27709 0.10527 0.27796 0.10484 0.27883 0.10484 0.27970 0.10527 0.28013 0.10614 0.28013 0.10701 0.27970 0.10788 0.27883 0.10832 0.27796 0.10832\n 11 50 2 0.28318 0.10832 0.28318 0.09918\n 11 50 2 0.28318 0.10832 0.28884 0.10832\n 11 50 2 0.28318 0.10397 0.28666 0.10397\n 11 50 2 0.28318 0.09918 0.28884 0.09918\n 11 94 4 0.41576 0.10658 0.41663 0.10701 0.41793 0.10832 0.41793 0.09918\n 11 644 29 0.42533 0.10832 0.42403 0.10788 0.42359 0.10701 0.42359 0.10614 0.42403 0.10527 0.42490 0.10484 0.42664 0.10440 0.42794 0.10397 0.42882 0.10309 0.42925 0.10222 0.42925 0.10092 0.42882 0.10005 0.42838 0.09961 0.42707 0.09918 0.42533 0.09918 0.42403 0.09961 0.42359 0.10005 0.42316 0.10092 0.42316 0.10222 0.42359 0.10309 0.42446 0.10397 0.42577 0.10440 0.42751 0.10484 0.42838 0.10527 0.42882 0.10614 0.42882 0.10701 0.42838 0.10788 0.42707 0.10832 0.42533 0.10832\n 11 380 17 0.43447 0.10832 0.43317 0.10788 0.43230 0.10658 0.43186 0.10440 0.43186 0.10309 0.43230 0.10092 0.43317 0.09961 0.43447 0.09918 0.43534 0.09918 0.43665 0.09961 0.43752 0.10092 0.43796 0.10309 0.43796 0.10440 0.43752 0.10658 0.43665 0.10788 0.43534 0.10832 0.43447 0.10832\n 11 292 13 0.44187 0.10832 0.44100 0.10788 0.44057 0.10701 0.44057 0.10614 0.44100 0.10527 0.44187 0.10484 0.44274 0.10484 0.44361 0.10527 0.44405 0.10614 0.44405 0.10701 0.44361 0.10788 0.44274 0.10832 0.44187 0.10832\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 798 36 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.11654 0.10969 0.12797 0.18958 0.12797 0.18958 0.11654 0.18958 0.12797 0.26947 0.12797 0.26947 0.11654 0.26947 0.12797 0.34936 0.12797 0.34936 0.11654 0.34936 0.12797 0.42925 0.12797 0.42925 0.11654 0.42925 0.12797 0.50914 0.12797 0.50914 0.11654 0.50914 0.12797 0.58903 0.12797 0.58903 0.11654 0.58903 0.12797 0.66892 0.12797 0.66892 0.11654 0.66892 0.12797 0.74881 0.12797 0.74881 0.11654 0.74881 0.12797 0.82870 0.12797 0.82870 0.11654 0.82870 0.12797 0.90859 0.12797 0.90859 0.11654 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.09206 0.10658 0.09293 0.10701 0.09424 0.10832 0.09424 0.09918\n 11 380 17 0.10207 0.10832 0.10077 0.10788 0.09990 0.10658 0.09946 0.10440 0.09946 0.10309 0.09990 0.10092 0.10077 0.09961 0.10207 0.09918 0.10294 0.09918 0.10425 0.09961 0.10512 0.10092 0.10555 0.10309 0.10555 0.10440 0.10512 0.10658 0.10425 0.10788 0.10294 0.10832 0.10207 0.10832\n 11 380 17 0.11078 0.10832 0.10947 0.10788 0.10860 0.10658 0.10817 0.10440 0.10817 0.10309 0.10860 0.10092 0.10947 0.09961 0.11078 0.09918 0.11165 0.09918 0.11295 0.09961 0.11382 0.10092 0.11426 0.10309 0.11426 0.10440 0.11382 0.10658 0.11295 0.10788 0.11165 0.10832 0.11078 0.10832\n 11 292 13 0.11818 0.10832 0.11731 0.10788 0.11687 0.10701 0.11687 0.10614 0.11731 0.10527 0.11818 0.10484 0.11905 0.10484 0.11992 0.10527 0.12035 0.10614 0.12035 0.10701 0.11992 0.10788 0.11905 0.10832 0.11818 0.10832\n 11 50 2 0.12340 0.10832 0.12340 0.09918\n 11 50 2 0.12340 0.10832 0.12906 0.10832\n 11 50 2 0.12340 0.10397 0.12688 0.10397\n 11 50 2 0.12340 0.09918 0.12906 0.09918\n 11 94 4 0.25184 0.10658 0.25271 0.10701 0.25402 0.10832 0.25402 0.09918\n 11 72 3 0.26359 0.10832 0.25924 0.10222 0.26577 0.10222\n 11 50 2 0.26359 0.10832 0.26359 0.09918\n 11 380 17 0.27056 0.10832 0.26925 0.10788 0.26838 0.10658 0.26795 0.10440 0.26795 0.10309 0.26838 0.10092 0.26925 0.09961 0.27056 0.09918 0.27143 0.09918 0.27273 0.09961 0.27360 0.10092 0.27404 0.10309 0.27404 0.10440 0.27360 0.10658 0.27273 0.10788 0.27143 0.10832 0.27056 0.10832\n 11 292 13 0.27796 0.10832 0.27709 0.10788 0.27665 0.10701 0.27665 0.10614 0.27709 0.10527 0.27796 0.10484 0.27883 0.10484 0.27970 0.10527 0.28013 0.10614 0.28013 0.10701 0.27970 0.10788 0.27883 0.10832 0.27796 0.10832\n 11 50 2 0.28318 0.10832 0.28318 0.09918\n 11 50 2 0.28318 0.10832 0.28884 0.10832\n 11 50 2 0.28318 0.10397 0.28666 0.10397\n 11 50 2 0.28318 0.09918 0.28884 0.09918\n 11 94 4 0.41576 0.10658 0.41663 0.10701 0.41793 0.10832 0.41793 0.09918\n 11 644 29 0.42533 0.10832 0.42403 0.10788 0.42359 0.10701 0.42359 0.10614 0.42403 0.10527 0.42490 0.10484 0.42664 0.10440 0.42794 0.10397 0.42882 0.10309 0.42925 0.10222 0.42925 0.10092 0.42882 0.10005 0.42838 0.09961 0.42707 0.09918 0.42533 0.09918 0.42403 0.09961 0.42359 0.10005 0.42316 0.10092 0.42316 0.10222 0.42359 0.10309 0.42446 0.10397 0.42577 0.10440 0.42751 0.10484 0.42838 0.10527 0.42882 0.10614 0.42882 0.10701 0.42838 0.10788 0.42707 0.10832 0.42533 0.10832\n 11 380 17 0.43447 0.10832 0.43317 0.10788 0.43230 0.10658 0.43186 0.10440 0.43186 0.10309 0.43230 0.10092 0.43317 0.09961 0.43447 0.09918 0.43534 0.09918 0.43665 0.09961 0.43752 0.10092 0.43796 0.10309 0.43796 0.10440 0.43752 0.10658 0.43665 0.10788 0.43534 0.10832 0.43447 0.10832\n 11 292 13 0.44187 0.10832 0.44100 0.10788 0.44057 0.10701 0.44057 0.10614 0.44100 0.10527 0.44187 0.10484 0.44274 0.10484 0.44361 0.10527 0.44405 0.10614 0.44405 0.10701 0.44361 0.10788 0.44274 0.10832 0.44187 0.10832\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 56 39 8 0.00000 0.00000 0.00000\n 56 39 9 0.00000 0.00000 0.00000\n 56 39 10 0.00000 0.00000 0.00000\n 56 39 7 0.00000 0.00000 0.00000\n 38 6 3\n 40 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00004 0.00004 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.10969 0.90859 0.12797 0.62203\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.24550 0.12797 0.24550 0.13695 0.26148 0.13695 0.26148 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.26947 0.12797 0.26947 0.13695 0.58903 0.13695 0.58903 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.78876 0.12797 0.78876 0.13695 0.79675 0.13695 0.79675 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.81272 0.12797 0.81272 0.13695 0.82071 0.13695 0.82071 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.82870 0.12797 0.82870 0.13695 0.86066 0.13695 0.86066 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.87664 0.12797 0.87664 0.13695 0.90859 0.13695 0.90859 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.15762 0.13695 0.15762 0.14594 0.16561 0.14594 0.16561 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.17360 0.13695 0.17360 0.14594 0.18159 0.14594 0.18159 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.18958 0.13695 0.18958 0.14594 0.60501 0.14594 0.60501 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.70887 0.13695 0.70887 0.14594 0.72484 0.14594 0.72484 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.73283 0.13695 0.73283 0.14594 0.74082 0.14594 0.74082 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.75680 0.13695 0.75680 0.14594 0.76479 0.14594 0.76479 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.77278 0.13695 0.77278 0.14594 0.86066 0.14594 0.86066 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.87664 0.13695 0.87664 0.14594 0.90859 0.14594 0.90859 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.10969 0.14594 0.10969 0.15492 0.37333 0.15492 0.37333 0.14594\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.37333 0.14594 0.37333 0.15492 0.38132 0.15492 0.38132 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.38132 0.14594 0.38132 0.15492 0.44523 0.15492 0.44523 0.14594\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.44523 0.14594 0.44523 0.15492 0.46920 0.15492 0.46920 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.46920 0.14594 0.46920 0.15492 0.72484 0.15492 0.72484 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.73283 0.14594 0.73283 0.15492 0.86066 0.15492 0.86066 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.87664 0.14594 0.87664 0.15492 0.88463 0.15492 0.88463 0.14594\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.88463 0.14594 0.88463 0.15492 0.89261 0.15492 0.89261 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.89261 0.14594 0.89261 0.15492 0.90859 0.15492 0.90859 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.10969 0.15492 0.10969 0.16390 0.28545 0.16390 0.28545 0.15492\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.28545 0.15492 0.28545 0.16390 0.51713 0.16390 0.51713 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.51713 0.15492 0.51713 0.16390 0.52512 0.16390 0.52512 0.15492\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.52512 0.15492 0.52512 0.16390 0.53311 0.16390 0.53311 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.53311 0.15492 0.53311 0.16390 0.64495 0.16390 0.64495 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.65294 0.15492 0.65294 0.16390 0.66093 0.16390 0.66093 0.15492\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.66093 0.15492 0.66093 0.16390 0.66892 0.16390 0.66892 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.67691 0.15492 0.67691 0.16390 0.69289 0.16390 0.69289 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.70088 0.15492 0.70088 0.16390 0.70887 0.16390 0.70887 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.75680 0.15492 0.75680 0.16390 0.86066 0.16390 0.86066 0.15492\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.88463 0.15492 0.88463 0.16390 0.90859 0.16390 0.90859 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.10969 0.16390 0.10969 0.17289 0.24550 0.17289 0.24550 0.16390\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.24550 0.16390 0.24550 0.17289 0.85267 0.17289 0.85267 0.16390\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.85267 0.16390 0.85267 0.17289 0.86066 0.17289 0.86066 0.16390\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.88463 0.16390 0.88463 0.17289 0.90859 0.17289 0.90859 0.16390\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.10969 0.17289 0.10969 0.18187 0.73283 0.18187 0.73283 0.17289\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.76479 0.17289 0.76479 0.18187 0.85267 0.18187 0.85267 0.17289\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.85267 0.17289 0.85267 0.18187 0.86066 0.18187 0.86066 0.17289\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.89261 0.17289 0.89261 0.18187 0.90859 0.18187 0.90859 0.17289\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.10969 0.18187 0.10969 0.19085 0.27746 0.19085 0.27746 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.28545 0.18187 0.28545 0.19085 0.29344 0.19085 0.29344 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.29344 0.18187 0.29344 0.19085 0.30143 0.19085 0.30143 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.30143 0.18187 0.30143 0.19085 0.30941 0.19085 0.30941 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.30941 0.18187 0.30941 0.19085 0.36534 0.19085 0.36534 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.36534 0.18187 0.36534 0.19085 0.37333 0.19085 0.37333 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.37333 0.18187 0.37333 0.19085 0.38132 0.19085 0.38132 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.38132 0.18187 0.38132 0.19085 0.38931 0.19085 0.38931 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.38931 0.18187 0.38931 0.19085 0.39729 0.19085 0.39729 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.39729 0.18187 0.39729 0.19085 0.40528 0.19085 0.40528 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.40528 0.18187 0.40528 0.19085 0.44523 0.19085 0.44523 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.44523 0.18187 0.44523 0.19085 0.66093 0.19085 0.66093 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.66892 0.18187 0.66892 0.19085 0.70887 0.19085 0.70887 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.75680 0.18187 0.75680 0.19085 0.76479 0.19085 0.76479 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.76479 0.18187 0.76479 0.19085 0.85267 0.19085 0.85267 0.18187\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.85267 0.18187 0.85267 0.19085 0.86066 0.19085 0.86066 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.10969 0.19085 0.10969 0.19983 0.15762 0.19983 0.15762 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.15762 0.19085 0.15762 0.19983 0.18159 0.19983 0.18159 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.18159 0.19085 0.18159 0.19983 0.26947 0.19983 0.26947 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.30941 0.19085 0.30941 0.19983 0.51713 0.19983 0.51713 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.51713 0.19085 0.51713 0.19983 0.53311 0.19983 0.53311 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.53311 0.19085 0.53311 0.19983 0.58104 0.19983 0.58104 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.58104 0.19085 0.58104 0.19983 0.59702 0.19983 0.59702 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.59702 0.19085 0.59702 0.19983 0.68490 0.19983 0.68490 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.68490 0.19085 0.68490 0.19983 0.69289 0.19983 0.69289 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.69289 0.19085 0.69289 0.19983 0.72484 0.19983 0.72484 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.74881 0.19085 0.74881 0.19983 0.76479 0.19983 0.76479 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.76479 0.19085 0.76479 0.19983 0.77278 0.19983 0.77278 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.77278 0.19085 0.77278 0.19983 0.78077 0.19983 0.78077 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.78077 0.19085 0.78077 0.19983 0.80473 0.19983 0.80473 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.80473 0.19085 0.80473 0.19983 0.86066 0.19983 0.86066 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.10969 0.19983 0.10969 0.20882 0.14165 0.20882 0.14165 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.14165 0.19983 0.14165 0.20882 0.17360 0.20882 0.17360 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.18159 0.19983 0.18159 0.20882 0.18958 0.20882 0.18958 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.18958 0.19983 0.18958 0.20882 0.19757 0.20882 0.19757 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.19757 0.19983 0.19757 0.20882 0.21355 0.20882 0.21355 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.21355 0.19983 0.21355 0.20882 0.22154 0.20882 0.22154 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.22154 0.19983 0.22154 0.20882 0.22952 0.20882 0.22952 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.22952 0.19983 0.22952 0.20882 0.23751 0.20882 0.23751 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.23751 0.19983 0.23751 0.20882 0.24550 0.20882 0.24550 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.24550 0.19983 0.24550 0.20882 0.26148 0.20882 0.26148 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.26148 0.19983 0.26148 0.20882 0.26947 0.20882 0.26947 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.30941 0.19983 0.30941 0.20882 0.81272 0.20882 0.81272 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.81272 0.19983 0.81272 0.20882 0.86865 0.20882 0.86865 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.20882 0.10969 0.21780 0.17360 0.21780 0.17360 0.20882\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.31740 0.20882 0.31740 0.21780 0.82071 0.21780 0.82071 0.20882\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.82071 0.20882 0.82071 0.21780 0.86865 0.21780 0.86865 0.20882\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.21780 0.10969 0.22678 0.17360 0.22678 0.17360 0.21780\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.31740 0.21780 0.31740 0.22678 0.33338 0.22678 0.33338 0.21780\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.33338 0.21780 0.33338 0.22678 0.83669 0.22678 0.83669 0.21780\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.83669 0.21780 0.83669 0.22678 0.86865 0.22678 0.86865 0.21780\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.22678 0.10969 0.23577 0.17360 0.23577 0.17360 0.22678\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.31740 0.22678 0.31740 0.23577 0.34936 0.23577 0.34936 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.34936 0.22678 0.34936 0.23577 0.53311 0.23577 0.53311 0.22678\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.53311 0.22678 0.53311 0.23577 0.54110 0.23577 0.54110 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.54110 0.22678 0.54110 0.23577 0.55707 0.23577 0.55707 0.22678\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.55707 0.22678 0.55707 0.23577 0.56506 0.23577 0.56506 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.56506 0.22678 0.56506 0.23577 0.57305 0.23577 0.57305 0.22678\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.57305 0.22678 0.57305 0.23577 0.67691 0.23577 0.67691 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.67691 0.22678 0.67691 0.23577 0.68490 0.23577 0.68490 0.22678\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.68490 0.22678 0.68490 0.23577 0.70088 0.23577 0.70088 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.70088 0.22678 0.70088 0.23577 0.84468 0.23577 0.84468 0.22678\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.84468 0.22678 0.84468 0.23577 0.86865 0.23577 0.86865 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.23577 0.10969 0.24475 0.14963 0.24475 0.14963 0.23577\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.14963 0.23577 0.14963 0.24475 0.16561 0.24475 0.16561 0.23577\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.16561 0.23577 0.16561 0.24475 0.17360 0.24475 0.17360 0.23577\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.30941 0.23577 0.30941 0.24475 0.71686 0.24475 0.71686 0.23577\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.71686 0.23577 0.71686 0.24475 0.86066 0.24475 0.86066 0.23577\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.86066 0.23577 0.86066 0.24475 0.86865 0.24475 0.86865 0.23577\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.24475 0.10969 0.25373 0.14165 0.25373 0.14165 0.24475\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.14165 0.24475 0.14165 0.25373 0.17360 0.25373 0.17360 0.24475\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.30143 0.24475 0.30143 0.25373 0.72484 0.25373 0.72484 0.24475\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.72484 0.24475 0.72484 0.25373 0.86865 0.25373 0.86865 0.24475\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.25373 0.10969 0.26271 0.11768 0.26271 0.11768 0.25373\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.11768 0.25373 0.11768 0.26271 0.18958 0.26271 0.18958 0.25373\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.30143 0.25373 0.30143 0.26271 0.73283 0.26271 0.73283 0.25373\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.73283 0.25373 0.73283 0.26271 0.86865 0.26271 0.86865 0.25373\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.26271 0.10969 0.27170 0.19757 0.27170 0.19757 0.26271\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.28545 0.26271 0.28545 0.27170 0.72484 0.27170 0.72484 0.26271\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.72484 0.26271 0.72484 0.27170 0.86865 0.27170 0.86865 0.26271\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.27170 0.10969 0.28068 0.20556 0.28068 0.20556 0.27170\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.28545 0.27170 0.28545 0.28068 0.71686 0.28068 0.71686 0.27170\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.71686 0.27170 0.71686 0.28068 0.86865 0.28068 0.86865 0.27170\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.28068 0.10969 0.28966 0.22154 0.28966 0.22154 0.28068\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.25349 0.28068 0.25349 0.28966 0.26148 0.28966 0.26148 0.28068\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.26947 0.28068 0.26947 0.28966 0.72484 0.28966 0.72484 0.28068\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.72484 0.28068 0.72484 0.28966 0.84468 0.28966 0.84468 0.28068\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.84468 0.28068 0.84468 0.28966 0.85267 0.28966 0.85267 0.28068\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.85267 0.28068 0.85267 0.28966 0.86066 0.28966 0.86066 0.28068\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.28966 0.10969 0.29865 0.22952 0.29865 0.22952 0.28966\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.23751 0.28966 0.23751 0.29865 0.73283 0.29865 0.73283 0.28966\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.73283 0.28966 0.73283 0.29865 0.74082 0.29865 0.74082 0.28966\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.74082 0.28966 0.74082 0.29865 0.74881 0.29865 0.74881 0.28966\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.74881 0.28966 0.74881 0.29865 0.77278 0.29865 0.77278 0.28966\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.77278 0.28966 0.77278 0.29865 0.82870 0.29865 0.82870 0.28966\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82870 0.28966 0.82870 0.29865 0.84468 0.29865 0.84468 0.28966\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.29865 0.10969 0.30763 0.82870 0.30763 0.82870 0.29865\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82870 0.29865 0.82870 0.30763 0.84468 0.30763 0.84468 0.29865\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.30763 0.10969 0.31661 0.82071 0.31661 0.82071 0.30763\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82071 0.30763 0.82071 0.31661 0.83669 0.31661 0.83669 0.30763\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.31661 0.10969 0.32559 0.82071 0.32559 0.82071 0.31661\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82071 0.31661 0.82071 0.32559 0.83669 0.32559 0.83669 0.31661\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.32559 0.10969 0.33458 0.26148 0.33458 0.26148 0.32559\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.28545 0.32559 0.28545 0.33458 0.82071 0.33458 0.82071 0.32559\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82071 0.32559 0.82071 0.33458 0.82870 0.33458 0.82870 0.32559\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.33458 0.10969 0.34356 0.24550 0.34356 0.24550 0.33458\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.25349 0.33458 0.25349 0.34356 0.81272 0.34356 0.81272 0.33458\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.81272 0.33458 0.81272 0.34356 0.82071 0.34356 0.82071 0.33458\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.82071 0.33458 0.82071 0.34356 0.83669 0.34356 0.83669 0.33458\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.34356 0.10969 0.35254 0.15762 0.35254 0.15762 0.34356\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.17360 0.34356 0.17360 0.35254 0.82870 0.35254 0.82870 0.34356\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.35254 0.10969 0.36153 0.15762 0.36153 0.15762 0.35254\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.17360 0.35254 0.17360 0.36153 0.83669 0.36153 0.83669 0.35254\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.36153 0.10969 0.37051 0.16561 0.37051 0.16561 0.36153\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.17360 0.36153 0.17360 0.37051 0.84468 0.37051 0.84468 0.36153\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.37051 0.10969 0.37949 0.84468 0.37949 0.84468 0.37051\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.37949 0.10969 0.38847 0.84468 0.38847 0.84468 0.37949\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.38847 0.10969 0.39746 0.86865 0.39746 0.86865 0.38847\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.89261 0.38847 0.89261 0.39746 0.90859 0.39746 0.90859 0.38847\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.39746 0.10969 0.40644 0.90859 0.40644 0.90859 0.39746\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.40644 0.10969 0.41542 0.12567 0.41542 0.12567 0.40644\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.14165 0.40644 0.14165 0.41542 0.58104 0.41542 0.58104 0.40644\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.58104 0.40644 0.58104 0.41542 0.62099 0.41542 0.62099 0.40644\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.62099 0.40644 0.62099 0.41542 0.80473 0.41542 0.80473 0.40644\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.81272 0.40644 0.81272 0.41542 0.90859 0.41542 0.90859 0.40644\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.14165 0.41542 0.14165 0.42441 0.54909 0.42441 0.54909 0.41542\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.54909 0.41542 0.54909 0.42441 0.63697 0.42441 0.63697 0.41542\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.63697 0.41542 0.63697 0.42441 0.64495 0.42441 0.64495 0.41542\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.64495 0.41542 0.64495 0.42441 0.65294 0.42441 0.65294 0.41542\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.65294 0.41542 0.65294 0.42441 0.90859 0.42441 0.90859 0.41542\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.13366 0.42441 0.13366 0.43339 0.14963 0.43339 0.14963 0.42441\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.14963 0.42441 0.14963 0.43339 0.51713 0.43339 0.51713 0.42441\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.51713 0.42441 0.51713 0.43339 0.69289 0.43339 0.69289 0.42441\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.69289 0.42441 0.69289 0.43339 0.78077 0.43339 0.78077 0.42441\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.78876 0.42441 0.78876 0.43339 0.90859 0.43339 0.90859 0.42441\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.12567 0.43339 0.12567 0.44237 0.18159 0.44237 0.18159 0.43339\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.18159 0.43339 0.18159 0.44237 0.49316 0.44237 0.49316 0.43339\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.49316 0.43339 0.49316 0.44237 0.73283 0.44237 0.73283 0.43339\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.73283 0.43339 0.73283 0.44237 0.74082 0.44237 0.74082 0.43339\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.75680 0.43339 0.75680 0.44237 0.78876 0.44237 0.78876 0.43339\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.78876 0.43339 0.78876 0.44237 0.90859 0.44237 0.90859 0.43339\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.13366 0.44237 0.13366 0.45135 0.14165 0.45135 0.14165 0.44237\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.14165 0.44237 0.14165 0.45135 0.18958 0.45135 0.18958 0.44237\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.18958 0.44237 0.18958 0.45135 0.19757 0.45135 0.19757 0.44237\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.19757 0.44237 0.19757 0.45135 0.24550 0.45135 0.24550 0.44237\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.24550 0.44237 0.24550 0.45135 0.42925 0.45135 0.42925 0.44237\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.42925 0.44237 0.42925 0.45135 0.73283 0.45135 0.73283 0.44237\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.75680 0.44237 0.75680 0.45135 0.78876 0.45135 0.78876 0.44237\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.78876 0.44237 0.78876 0.45135 0.90859 0.45135 0.90859 0.44237\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.15762 0.45135 0.15762 0.46034 0.17360 0.46034 0.17360 0.45135\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.17360 0.45135 0.17360 0.46034 0.18159 0.46034 0.18159 0.45135\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.18159 0.45135 0.18159 0.46034 0.63697 0.46034 0.63697 0.45135\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.63697 0.45135 0.63697 0.46034 0.70088 0.46034 0.70088 0.45135\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.70088 0.45135 0.70088 0.46034 0.73283 0.46034 0.73283 0.45135\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.75680 0.45135 0.75680 0.46034 0.79675 0.46034 0.79675 0.45135\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.79675 0.45135 0.79675 0.46034 0.86066 0.46034 0.86066 0.45135\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.86066 0.45135 0.86066 0.46034 0.90859 0.46034 0.90859 0.45135\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.17360 0.46034 0.17360 0.46932 0.19757 0.46932 0.19757 0.46034\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.19757 0.46034 0.19757 0.46932 0.61300 0.46932 0.61300 0.46034\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.61300 0.46034 0.61300 0.46932 0.70887 0.46932 0.70887 0.46034\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.70887 0.46034 0.70887 0.46932 0.72484 0.46932 0.72484 0.46034\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.75680 0.46034 0.75680 0.46932 0.90859 0.46932 0.90859 0.46034\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.18159 0.46932 0.18159 0.47830 0.20556 0.47830 0.20556 0.46932\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.20556 0.46932 0.20556 0.47830 0.58903 0.47830 0.58903 0.46932\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.58903 0.46932 0.58903 0.47830 0.70887 0.47830 0.70887 0.46932\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.70887 0.46932 0.70887 0.47830 0.71686 0.47830 0.71686 0.46932\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.75680 0.46932 0.75680 0.47830 0.76479 0.47830 0.76479 0.46932\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.76479 0.46932 0.76479 0.47830 0.90859 0.47830 0.90859 0.46932\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.18958 0.47830 0.18958 0.48729 0.20556 0.48729 0.20556 0.47830\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.20556 0.47830 0.20556 0.48729 0.22154 0.48729 0.22154 0.47830\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.22154 0.47830 0.22154 0.48729 0.23751 0.48729 0.23751 0.47830\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.23751 0.47830 0.23751 0.48729 0.70887 0.48729 0.70887 0.47830\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.75680 0.47830 0.75680 0.48729 0.78077 0.48729 0.78077 0.47830\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.78077 0.47830 0.78077 0.48729 0.90859 0.48729 0.90859 0.47830\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.18159 0.48729 0.18159 0.49627 0.18958 0.49627 0.18958 0.48729\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.18958 0.48729 0.18958 0.49627 0.21355 0.49627 0.21355 0.48729\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.21355 0.48729 0.21355 0.49627 0.66093 0.49627 0.66093 0.48729\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.66093 0.48729 0.66093 0.49627 0.67691 0.49627 0.67691 0.48729\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.67691 0.48729 0.67691 0.49627 0.70088 0.49627 0.70088 0.48729\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.78077 0.48729 0.78077 0.49627 0.78876 0.49627 0.78876 0.48729\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.78876 0.48729 0.78876 0.49627 0.81272 0.49627 0.81272 0.48729\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.81272 0.48729 0.81272 0.49627 0.82071 0.49627 0.82071 0.48729\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.82071 0.48729 0.82071 0.49627 0.82870 0.49627 0.82870 0.48729\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82870 0.48729 0.82870 0.49627 0.87664 0.49627 0.87664 0.48729\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.87664 0.48729 0.87664 0.49627 0.90859 0.49627 0.90859 0.48729\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.18159 0.49627 0.18159 0.50525 0.18958 0.50525 0.18958 0.49627\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.20556 0.49627 0.20556 0.50525 0.23751 0.50525 0.23751 0.49627\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.23751 0.49627 0.23751 0.50525 0.63697 0.50525 0.63697 0.49627\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.63697 0.49627 0.63697 0.50525 0.67691 0.50525 0.67691 0.49627\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.67691 0.49627 0.67691 0.50525 0.68490 0.50525 0.68490 0.49627\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.82071 0.49627 0.82071 0.50525 0.82870 0.50525 0.82870 0.49627\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82870 0.49627 0.82870 0.50525 0.86066 0.50525 0.86066 0.49627\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.86066 0.49627 0.86066 0.50525 0.90859 0.50525 0.90859 0.49627\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.21355 0.50525 0.21355 0.51423 0.26148 0.51423 0.26148 0.50525\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.26148 0.50525 0.26148 0.51423 0.42126 0.51423 0.42126 0.50525\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.42126 0.50525 0.42126 0.51423 0.52512 0.51423 0.52512 0.50525\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.52512 0.50525 0.52512 0.51423 0.62099 0.51423 0.62099 0.50525\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.62099 0.50525 0.62099 0.51423 0.67691 0.51423 0.67691 0.50525\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.83669 0.50525 0.83669 0.51423 0.84468 0.51423 0.84468 0.50525\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.84468 0.50525 0.84468 0.51423 0.86066 0.51423 0.86066 0.50525\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.86066 0.50525 0.86066 0.51423 0.90859 0.51423 0.90859 0.50525\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.22154 0.51423 0.22154 0.52322 0.25349 0.52322 0.25349 0.51423\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.26148 0.51423 0.26148 0.52322 0.66892 0.52322 0.66892 0.51423\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.85267 0.51423 0.85267 0.52322 0.90859 0.52322 0.90859 0.51423\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.29344 0.52322 0.29344 0.53220 0.66093 0.53220 0.66093 0.52322\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.86066 0.52322 0.86066 0.53220 0.88463 0.53220 0.88463 0.52322\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.88463 0.52322 0.88463 0.53220 0.90859 0.53220 0.90859 0.52322\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.38931 0.53220 0.38931 0.54118 0.39729 0.54118 0.39729 0.53220\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.41327 0.53220 0.41327 0.54118 0.65294 0.54118 0.65294 0.53220\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.89261 0.53220 0.89261 0.54118 0.90859 0.54118 0.90859 0.53220\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.59702 0.54118 0.59702 0.55017 0.65294 0.55017 0.65294 0.54118\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.65294 0.55017 0.65294 0.55915 0.66093 0.55915 0.66093 0.55017\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.93144 0.12797 0.95521 0.12797 0.95521 0.25149 0.93144 0.25149\n 11 116 5 0.93144 0.12797 0.95521 0.12797 0.95521 0.25149 0.93144 0.25149 0.93144 0.12797\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.93144 0.25149 0.95521 0.25149 0.95521 0.37500 0.93144 0.37500\n 11 116 5 0.93144 0.25149 0.95521 0.25149 0.95521 0.37500 0.93144 0.37500 0.93144 0.25149\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.93144 0.37500 0.95521 0.37500 0.95521 0.49851 0.93144 0.49851\n 11 116 5 0.93144 0.37500 0.95521 0.37500 0.95521 0.49851 0.93144 0.49851 0.93144 0.37500\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.93144 0.49851 0.95521 0.49851 0.95521 0.62203 0.93144 0.62203\n 11 116 5 0.93144 0.49851 0.95521 0.49851 0.95521 0.62203 0.93144 0.62203 0.93144 0.49851\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 94 4 0.96376 0.13080 0.96463 0.13124 0.96594 0.13254 0.96594 0.12340\n 11 380 17 0.97377 0.13254 0.97247 0.13211 0.97160 0.13080 0.97116 0.12862 0.97116 0.12732 0.97160 0.12514 0.97247 0.12384 0.97377 0.12340 0.97465 0.12340 0.97595 0.12384 0.97682 0.12514 0.97726 0.12732 0.97726 0.12862 0.97682 0.13080 0.97595 0.13211 0.97465 0.13254 0.97377 0.13254\n 11 94 4 0.96376 0.25431 0.96463 0.25475 0.96594 0.25606 0.96594 0.24692\n 11 380 17 0.97639 0.25606 0.97203 0.25606 0.97160 0.25214 0.97203 0.25257 0.97334 0.25301 0.97465 0.25301 0.97595 0.25257 0.97682 0.25170 0.97726 0.25040 0.97726 0.24953 0.97682 0.24822 0.97595 0.24735 0.97465 0.24692 0.97334 0.24692 0.97203 0.24735 0.97160 0.24779 0.97116 0.24866\n 11 314 14 0.96289 0.37739 0.96289 0.37783 0.96333 0.37870 0.96376 0.37914 0.96463 0.37957 0.96637 0.37957 0.96725 0.37914 0.96768 0.37870 0.96812 0.37783 0.96812 0.37696 0.96768 0.37609 0.96681 0.37478 0.96246 0.37043 0.96855 0.37043\n 11 380 17 0.97377 0.37957 0.97247 0.37914 0.97160 0.37783 0.97116 0.37565 0.97116 0.37435 0.97160 0.37217 0.97247 0.37086 0.97377 0.37043 0.97465 0.37043 0.97595 0.37086 0.97682 0.37217 0.97726 0.37435 0.97726 0.37565 0.97682 0.37783 0.97595 0.37914 0.97465 0.37957 0.97377 0.37957\n 11 314 14 0.96289 0.50091 0.96289 0.50134 0.96333 0.50221 0.96376 0.50265 0.96463 0.50309 0.96637 0.50309 0.96725 0.50265 0.96768 0.50221 0.96812 0.50134 0.96812 0.50047 0.96768 0.49960 0.96681 0.49830 0.96246 0.49394 0.96855 0.49394\n 11 380 17 0.97639 0.50309 0.97203 0.50309 0.97160 0.49917 0.97203 0.49960 0.97334 0.50004 0.97465 0.50004 0.97595 0.49960 0.97682 0.49873 0.97726 0.49743 0.97726 0.49656 0.97682 0.49525 0.97595 0.49438 0.97465 0.49394 0.97334 0.49394 0.97203 0.49438 0.97160 0.49481 0.97116 0.49569\n 11 336 15 0.96333 0.62660 0.96812 0.62660 0.96550 0.62312 0.96681 0.62312 0.96768 0.62268 0.96812 0.62225 0.96855 0.62094 0.96855 0.62007 0.96812 0.61876 0.96725 0.61789 0.96594 0.61746 0.96463 0.61746 0.96333 0.61789 0.96289 0.61833 0.96246 0.61920\n 11 380 17 0.97377 0.62660 0.97247 0.62616 0.97160 0.62486 0.97116 0.62268 0.97116 0.62138 0.97160 0.61920 0.97247 0.61789 0.97377 0.61746 0.97465 0.61746 0.97595 0.61789 0.97682 0.61920 0.97726 0.62138 0.97726 0.62268 0.97682 0.62486 0.97595 0.62616 0.97465 0.62660 0.97377 0.62660\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.17289 0.10969 0.17289\n 11 94 4 0.10969 0.17289 0.10969 0.17289 0.10969 0.21780 0.10969 0.21780\n 11 94 4 0.10969 0.21780 0.10969 0.21780 0.10969 0.26271 0.10969 0.26271\n 11 94 4 0.10969 0.26271 0.10969 0.26271 0.10969 0.30763 0.10969 0.30763\n 11 94 4 0.10969 0.30763 0.10969 0.30763 0.10969 0.35254 0.10969 0.35254\n 11 94 4 0.10969 0.35254 0.10969 0.35254 0.10969 0.39746 0.10969 0.39746\n 11 94 4 0.10969 0.39746 0.10969 0.39746 0.10969 0.44237 0.10969 0.44237\n 11 94 4 0.10969 0.44237 0.10969 0.44237 0.10969 0.48729 0.10969 0.48729\n 11 94 4 0.10969 0.48729 0.10969 0.48729 0.10969 0.53220 0.10969 0.53220\n 11 94 4 0.10969 0.53220 0.10969 0.53220 0.10969 0.57711 0.10969 0.57711\n 11 94 4 0.10969 0.57711 0.10969 0.57711 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.17289 0.10969 0.17289\n 11 94 4 0.10969 0.17289 0.10969 0.17289 0.10969 0.21780 0.10969 0.21780\n 11 94 4 0.10969 0.21780 0.10969 0.21780 0.10969 0.26271 0.10969 0.26271\n 11 94 4 0.10969 0.26271 0.10969 0.26271 0.10969 0.30763 0.10969 0.30763\n 11 94 4 0.10969 0.30763 0.10969 0.30763 0.10969 0.35254 0.10969 0.35254\n 11 94 4 0.10969 0.35254 0.10969 0.35254 0.10969 0.39746 0.10969 0.39746\n 11 94 4 0.10969 0.39746 0.10969 0.39746 0.10969 0.44237 0.10969 0.44237\n 11 94 4 0.10969 0.44237 0.10969 0.44237 0.10969 0.48729 0.10969 0.48729\n 11 94 4 0.10969 0.48729 0.10969 0.48729 0.10969 0.53220 0.10969 0.53220\n 11 94 4 0.10969 0.53220 0.10969 0.53220 0.10969 0.57711 0.10969 0.57711\n 11 94 4 0.10969 0.57711 0.10969 0.57711 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.17289 0.90859 0.17289\n 11 94 4 0.90859 0.17289 0.90859 0.17289 0.90859 0.21780 0.90859 0.21780\n 11 94 4 0.90859 0.21780 0.90859 0.21780 0.90859 0.26271 0.90859 0.26271\n 11 94 4 0.90859 0.26271 0.90859 0.26271 0.90859 0.30763 0.90859 0.30763\n 11 94 4 0.90859 0.30763 0.90859 0.30763 0.90859 0.35254 0.90859 0.35254\n 11 94 4 0.90859 0.35254 0.90859 0.35254 0.90859 0.39746 0.90859 0.39746\n 11 94 4 0.90859 0.39746 0.90859 0.39746 0.90859 0.44237 0.90859 0.44237\n 11 94 4 0.90859 0.44237 0.90859 0.44237 0.90859 0.48729 0.90859 0.48729\n 11 94 4 0.90859 0.48729 0.90859 0.48729 0.90859 0.53220 0.90859 0.53220\n 11 94 4 0.90859 0.53220 0.90859 0.53220 0.90859 0.57711 0.90859 0.57711\n 11 94 4 0.90859 0.57711 0.90859 0.57711 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.17289 0.90859 0.17289\n 11 94 4 0.90859 0.17289 0.90859 0.17289 0.90859 0.21780 0.90859 0.21780\n 11 94 4 0.90859 0.21780 0.90859 0.21780 0.90859 0.26271 0.90859 0.26271\n 11 94 4 0.90859 0.26271 0.90859 0.26271 0.90859 0.30763 0.90859 0.30763\n 11 94 4 0.90859 0.30763 0.90859 0.30763 0.90859 0.35254 0.90859 0.35254\n 11 94 4 0.90859 0.35254 0.90859 0.35254 0.90859 0.39746 0.90859 0.39746\n 11 94 4 0.90859 0.39746 0.90859 0.39746 0.90859 0.44237 0.90859 0.44237\n 11 94 4 0.90859 0.44237 0.90859 0.44237 0.90859 0.48729 0.90859 0.48729\n 11 94 4 0.90859 0.48729 0.90859 0.48729 0.90859 0.53220 0.90859 0.53220\n 11 94 4 0.90859 0.53220 0.90859 0.53220 0.90859 0.57711 0.90859 0.57711\n 11 94 4 0.90859 0.57711 0.90859 0.57711 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.18958 0.62203 0.18958 0.62203\n 11 94 4 0.18958 0.62203 0.18958 0.62203 0.26947 0.62203 0.26947 0.62203\n 11 94 4 0.26947 0.62203 0.26947 0.62203 0.34936 0.62203 0.34936 0.62203\n 11 94 4 0.34936 0.62203 0.34936 0.62203 0.42925 0.62203 0.42925 0.62203\n 11 94 4 0.42925 0.62203 0.42925 0.62203 0.50914 0.62203 0.50914 0.62203\n 11 94 4 0.50914 0.62203 0.50914 0.62203 0.58903 0.62203 0.58903 0.62203\n 11 94 4 0.58903 0.62203 0.58903 0.62203 0.66892 0.62203 0.66892 0.62203\n 11 94 4 0.66892 0.62203 0.66892 0.62203 0.74881 0.62203 0.74881 0.62203\n 11 94 4 0.74881 0.62203 0.74881 0.62203 0.82870 0.62203 0.82870 0.62203\n 11 94 4 0.82870 0.62203 0.82870 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.18958 0.62203 0.18958 0.62203\n 11 94 4 0.18958 0.62203 0.18958 0.62203 0.26947 0.62203 0.26947 0.62203\n 11 94 4 0.26947 0.62203 0.26947 0.62203 0.34936 0.62203 0.34936 0.62203\n 11 94 4 0.34936 0.62203 0.34936 0.62203 0.42925 0.62203 0.42925 0.62203\n 11 94 4 0.42925 0.62203 0.42925 0.62203 0.50914 0.62203 0.50914 0.62203\n 11 94 4 0.50914 0.62203 0.50914 0.62203 0.58903 0.62203 0.58903 0.62203\n 11 94 4 0.58903 0.62203 0.58903 0.62203 0.66892 0.62203 0.66892 0.62203\n 11 94 4 0.66892 0.62203 0.66892 0.62203 0.74881 0.62203 0.74881 0.62203\n 11 94 4 0.74881 0.62203 0.74881 0.62203 0.82870 0.62203 0.82870 0.62203\n 11 94 4 0.82870 0.62203 0.82870 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.18958 0.12797 0.18958 0.12797\n 11 94 4 0.18958 0.12797 0.18958 0.12797 0.26947 0.12797 0.26947 0.12797\n 11 94 4 0.26947 0.12797 0.26947 0.12797 0.34936 0.12797 0.34936 0.12797\n 11 94 4 0.34936 0.12797 0.34936 0.12797 0.42925 0.12797 0.42925 0.12797\n 11 94 4 0.42925 0.12797 0.42925 0.12797 0.50914 0.12797 0.50914 0.12797\n 11 94 4 0.50914 0.12797 0.50914 0.12797 0.58903 0.12797 0.58903 0.12797\n 11 94 4 0.58903 0.12797 0.58903 0.12797 0.66892 0.12797 0.66892 0.12797\n 11 94 4 0.66892 0.12797 0.66892 0.12797 0.74881 0.12797 0.74881 0.12797\n 11 94 4 0.74881 0.12797 0.74881 0.12797 0.82870 0.12797 0.82870 0.12797\n 11 94 4 0.82870 0.12797 0.82870 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 72 3 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.18958 0.12797 0.18958 0.12797\n 11 94 4 0.18958 0.12797 0.18958 0.12797 0.26947 0.12797 0.26947 0.12797\n 11 94 4 0.26947 0.12797 0.26947 0.12797 0.34936 0.12797 0.34936 0.12797\n 11 94 4 0.34936 0.12797 0.34936 0.12797 0.42925 0.12797 0.42925 0.12797\n 11 94 4 0.42925 0.12797 0.42925 0.12797 0.50914 0.12797 0.50914 0.12797\n 11 94 4 0.50914 0.12797 0.50914 0.12797 0.58903 0.12797 0.58903 0.12797\n 11 94 4 0.58903 0.12797 0.58903 0.12797 0.66892 0.12797 0.66892 0.12797\n 11 94 4 0.66892 0.12797 0.66892 0.12797 0.74881 0.12797 0.74881 0.12797\n 11 94 4 0.74881 0.12797 0.74881 0.12797 0.82870 0.12797 0.82870 0.12797\n 11 94 4 0.82870 0.12797 0.82870 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 72 3 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.17289 0.10969 0.17289\n 11 94 4 0.10969 0.17289 0.10969 0.17289 0.10969 0.21780 0.10969 0.21780\n 11 94 4 0.10969 0.21780 0.10969 0.21780 0.10969 0.26271 0.10969 0.26271\n 11 94 4 0.10969 0.26271 0.10969 0.26271 0.10969 0.30763 0.10969 0.30763\n 11 94 4 0.10969 0.30763 0.10969 0.30763 0.10969 0.35254 0.10969 0.35254\n 11 94 4 0.10969 0.35254 0.10969 0.35254 0.10969 0.39746 0.10969 0.39746\n 11 94 4 0.10969 0.39746 0.10969 0.39746 0.10969 0.44237 0.10969 0.44237\n 11 94 4 0.10969 0.44237 0.10969 0.44237 0.10969 0.48729 0.10969 0.48729\n 11 94 4 0.10969 0.48729 0.10969 0.48729 0.10969 0.53220 0.10969 0.53220\n 11 94 4 0.10969 0.53220 0.10969 0.53220 0.10969 0.57711 0.10969 0.57711\n 11 94 4 0.10969 0.57711 0.10969 0.57711 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.17289 0.10969 0.17289\n 11 94 4 0.10969 0.17289 0.10969 0.17289 0.10969 0.21780 0.10969 0.21780\n 11 94 4 0.10969 0.21780 0.10969 0.21780 0.10969 0.26271 0.10969 0.26271\n 11 94 4 0.10969 0.26271 0.10969 0.26271 0.10969 0.30763 0.10969 0.30763\n 11 94 4 0.10969 0.30763 0.10969 0.30763 0.10969 0.35254 0.10969 0.35254\n 11 94 4 0.10969 0.35254 0.10969 0.35254 0.10969 0.39746 0.10969 0.39746\n 11 94 4 0.10969 0.39746 0.10969 0.39746 0.10969 0.44237 0.10969 0.44237\n 11 94 4 0.10969 0.44237 0.10969 0.44237 0.10969 0.48729 0.10969 0.48729\n 11 94 4 0.10969 0.48729 0.10969 0.48729 0.10969 0.53220 0.10969 0.53220\n 11 94 4 0.10969 0.53220 0.10969 0.53220 0.10969 0.57711 0.10969 0.57711\n 11 94 4 0.10969 0.57711 0.10969 0.57711 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.17289 0.90859 0.17289\n 11 94 4 0.90859 0.17289 0.90859 0.17289 0.90859 0.21780 0.90859 0.21780\n 11 94 4 0.90859 0.21780 0.90859 0.21780 0.90859 0.26271 0.90859 0.26271\n 11 94 4 0.90859 0.26271 0.90859 0.26271 0.90859 0.30763 0.90859 0.30763\n 11 94 4 0.90859 0.30763 0.90859 0.30763 0.90859 0.35254 0.90859 0.35254\n 11 94 4 0.90859 0.35254 0.90859 0.35254 0.90859 0.39746 0.90859 0.39746\n 11 94 4 0.90859 0.39746 0.90859 0.39746 0.90859 0.44237 0.90859 0.44237\n 11 94 4 0.90859 0.44237 0.90859 0.44237 0.90859 0.48729 0.90859 0.48729\n 11 94 4 0.90859 0.48729 0.90859 0.48729 0.90859 0.53220 0.90859 0.53220\n 11 94 4 0.90859 0.53220 0.90859 0.53220 0.90859 0.57711 0.90859 0.57711\n 11 94 4 0.90859 0.57711 0.90859 0.57711 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.17289 0.90859 0.17289\n 11 94 4 0.90859 0.17289 0.90859 0.17289 0.90859 0.21780 0.90859 0.21780\n 11 94 4 0.90859 0.21780 0.90859 0.21780 0.90859 0.26271 0.90859 0.26271\n 11 94 4 0.90859 0.26271 0.90859 0.26271 0.90859 0.30763 0.90859 0.30763\n 11 94 4 0.90859 0.30763 0.90859 0.30763 0.90859 0.35254 0.90859 0.35254\n 11 94 4 0.90859 0.35254 0.90859 0.35254 0.90859 0.39746 0.90859 0.39746\n 11 94 4 0.90859 0.39746 0.90859 0.39746 0.90859 0.44237 0.90859 0.44237\n 11 94 4 0.90859 0.44237 0.90859 0.44237 0.90859 0.48729 0.90859 0.48729\n 11 94 4 0.90859 0.48729 0.90859 0.48729 0.90859 0.53220 0.90859 0.53220\n 11 94 4 0.90859 0.53220 0.90859 0.53220 0.90859 0.57711 0.90859 0.57711\n 11 94 4 0.90859 0.57711 0.90859 0.57711 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.18958 0.62203 0.18958 0.62203\n 11 94 4 0.18958 0.62203 0.18958 0.62203 0.26947 0.62203 0.26947 0.62203\n 11 94 4 0.26947 0.62203 0.26947 0.62203 0.34936 0.62203 0.34936 0.62203\n 11 94 4 0.34936 0.62203 0.34936 0.62203 0.42925 0.62203 0.42925 0.62203\n 11 94 4 0.42925 0.62203 0.42925 0.62203 0.50914 0.62203 0.50914 0.62203\n 11 94 4 0.50914 0.62203 0.50914 0.62203 0.58903 0.62203 0.58903 0.62203\n 11 94 4 0.58903 0.62203 0.58903 0.62203 0.66892 0.62203 0.66892 0.62203\n 11 94 4 0.66892 0.62203 0.66892 0.62203 0.74881 0.62203 0.74881 0.62203\n 11 94 4 0.74881 0.62203 0.74881 0.62203 0.82870 0.62203 0.82870 0.62203\n 11 94 4 0.82870 0.62203 0.82870 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.18958 0.62203 0.18958 0.62203\n 11 94 4 0.18958 0.62203 0.18958 0.62203 0.26947 0.62203 0.26947 0.62203\n 11 94 4 0.26947 0.62203 0.26947 0.62203 0.34936 0.62203 0.34936 0.62203\n 11 94 4 0.34936 0.62203 0.34936 0.62203 0.42925 0.62203 0.42925 0.62203\n 11 94 4 0.42925 0.62203 0.42925 0.62203 0.50914 0.62203 0.50914 0.62203\n 11 94 4 0.50914 0.62203 0.50914 0.62203 0.58903 0.62203 0.58903 0.62203\n 11 94 4 0.58903 0.62203 0.58903 0.62203 0.66892 0.62203 0.66892 0.62203\n 11 94 4 0.66892 0.62203 0.66892 0.62203 0.74881 0.62203 0.74881 0.62203\n 11 94 4 0.74881 0.62203 0.74881 0.62203 0.82870 0.62203 0.82870 0.62203\n 11 94 4 0.82870 0.62203 0.82870 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.18958 0.12797 0.18958 0.12797\n 11 94 4 0.18958 0.12797 0.18958 0.12797 0.26947 0.12797 0.26947 0.12797\n 11 94 4 0.26947 0.12797 0.26947 0.12797 0.34936 0.12797 0.34936 0.12797\n 11 94 4 0.34936 0.12797 0.34936 0.12797 0.42925 0.12797 0.42925 0.12797\n 11 94 4 0.42925 0.12797 0.42925 0.12797 0.50914 0.12797 0.50914 0.12797\n 11 94 4 0.50914 0.12797 0.50914 0.12797 0.58903 0.12797 0.58903 0.12797\n 11 94 4 0.58903 0.12797 0.58903 0.12797 0.66892 0.12797 0.66892 0.12797\n 11 94 4 0.66892 0.12797 0.66892 0.12797 0.74881 0.12797 0.74881 0.12797\n 11 94 4 0.74881 0.12797 0.74881 0.12797 0.82870 0.12797 0.82870 0.12797\n 11 94 4 0.82870 0.12797 0.82870 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 72 3 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.18958 0.12797 0.18958 0.12797\n 11 94 4 0.18958 0.12797 0.18958 0.12797 0.26947 0.12797 0.26947 0.12797\n 11 94 4 0.26947 0.12797 0.26947 0.12797 0.34936 0.12797 0.34936 0.12797\n 11 94 4 0.34936 0.12797 0.34936 0.12797 0.42925 0.12797 0.42925 0.12797\n 11 94 4 0.42925 0.12797 0.42925 0.12797 0.50914 0.12797 0.50914 0.12797\n 11 94 4 0.50914 0.12797 0.50914 0.12797 0.58903 0.12797 0.58903 0.12797\n 11 94 4 0.58903 0.12797 0.58903 0.12797 0.66892 0.12797 0.66892 0.12797\n 11 94 4 0.66892 0.12797 0.66892 0.12797 0.74881 0.12797 0.74881 0.12797\n 11 94 4 0.74881 0.12797 0.74881 0.12797 0.82870 0.12797 0.82870 0.12797\n 11 94 4 0.82870 0.12797 0.82870 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 72 3 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 50 2 0.10969 0.12797 0.10969 0.62203\n 11 50 2 0.90859 0.12797 0.90859 0.62203\n 11 50 2 0.10969 0.62203 0.90859 0.62203\n 11 50 2 0.10969 0.12797 0.90859 0.12797\n 82 0\n 81 6 415\n 82 0\n 81 6 416\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 512 23 0.24784 0.13246 0.24151 0.13625 0.23352 0.13587 0.22553 0.13519 0.21754 0.13691 0.20955 0.13878 0.20156 0.13899 0.19357 0.13919 0.18939 0.14145 0.18558 0.14339 0.18112 0.14145 0.17760 0.14047 0.17006 0.14145 0.16961 0.14158 0.16943 0.14145 0.16162 0.13956 0.15902 0.14145 0.15363 0.14662 0.14564 0.14412 0.13765 0.14525 0.12966 0.14593 0.12167 0.14727 0.11368 0.14716\n 11 1150 52 0.18558 0.50527 0.19114 0.50076 0.19357 0.49784 0.20156 0.49389 0.20597 0.50076 0.20955 0.50433 0.21498 0.50974 0.21754 0.51146 0.22449 0.51873 0.22553 0.52062 0.23352 0.52182 0.24151 0.52050 0.24950 0.52016 0.25566 0.51873 0.25749 0.51859 0.25867 0.51873 0.26548 0.52118 0.27346 0.52370 0.28145 0.52392 0.28944 0.52575 0.29719 0.52771 0.29743 0.52776 0.30542 0.52895 0.31341 0.52928 0.32140 0.52970 0.32939 0.53050 0.33738 0.53099 0.34537 0.53111 0.35335 0.53134 0.36134 0.53085 0.36933 0.53179 0.37732 0.53413 0.38531 0.53475 0.39218 0.53669 0.39330 0.53689 0.39465 0.53669 0.40129 0.53517 0.40928 0.53535 0.41618 0.53669 0.41727 0.53689 0.42526 0.53762 0.43325 0.53777 0.44123 0.53774 0.44922 0.53814 0.45721 0.53838 0.46520 0.53870 0.47319 0.53821 0.48118 0.53840 0.48917 0.53855 0.49716 0.53896 0.50515 0.53828 0.51314 0.53884\n 11 72 3 0.26870 0.13246 0.26548 0.13326 0.26242 0.13246\n 11 1260 57 0.51314 0.15819 0.50515 0.15590 0.49716 0.15578 0.48917 0.15456 0.48118 0.15315 0.47319 0.15312 0.46739 0.15043 0.46520 0.14921 0.45721 0.15017 0.44922 0.15008 0.44842 0.15043 0.44123 0.15213 0.43325 0.15185 0.42526 0.15271 0.41727 0.15463 0.40928 0.15665 0.40129 0.15784 0.39330 0.15505 0.38531 0.15468 0.37776 0.15043 0.37732 0.14980 0.37613 0.15043 0.36933 0.15250 0.36134 0.15608 0.35335 0.15421 0.34537 0.15627 0.33738 0.15540 0.32939 0.15496 0.32140 0.15247 0.31341 0.15368 0.30542 0.15168 0.29743 0.15402 0.28944 0.15782 0.28633 0.15941 0.28145 0.16178 0.27346 0.16143 0.26548 0.16646 0.25749 0.16778 0.24950 0.16788 0.24711 0.16839 0.24151 0.16928 0.23352 0.16981 0.22553 0.17067 0.21754 0.17135 0.20955 0.17088 0.20156 0.17140 0.19357 0.17187 0.18558 0.17216 0.17760 0.17228 0.16961 0.17196 0.16162 0.17368 0.15363 0.17244 0.14564 0.17343 0.13765 0.17477 0.12966 0.17522 0.12167 0.17499 0.11368 0.17578\n 11 72 3 0.18558 0.49540 0.18850 0.49178 0.19256 0.48393\n 11 1040 47 0.51314 0.50842 0.50515 0.50745 0.49716 0.50695 0.48917 0.50673 0.48118 0.50647 0.47319 0.50638 0.46520 0.50737 0.45721 0.50768 0.44922 0.50850 0.44123 0.50858 0.43325 0.50851 0.42526 0.50897 0.42002 0.50974 0.41727 0.51006 0.40928 0.51005 0.40129 0.51036 0.39330 0.51073 0.38531 0.51123 0.37732 0.51099 0.36933 0.51259 0.36134 0.51203 0.35335 0.51178 0.34537 0.51084 0.33738 0.51097 0.32939 0.51257 0.32140 0.51296 0.31341 0.51422 0.30542 0.51445 0.29743 0.51410 0.28944 0.51493 0.28145 0.51487 0.27346 0.51226 0.26548 0.51006 0.26179 0.50974 0.25749 0.50908 0.24950 0.50473 0.24151 0.50555 0.23476 0.50076 0.23352 0.49966 0.22553 0.50066 0.21754 0.49752 0.21648 0.49178 0.20955 0.48514 0.20593 0.48279 0.20156 0.48051 0.19357 0.48061 0.19332 0.48251\n 11 292 13 0.17862 0.19649 0.17917 0.19534 0.17760 0.19469 0.16961 0.19286 0.16162 0.19513 0.16106 0.19534 0.15363 0.20008 0.14564 0.20213 0.13820 0.20433 0.13765 0.20456 0.12966 0.20636 0.12167 0.20675 0.11368 0.20727\n 11 72 3 0.14010 0.44686 0.13765 0.44576 0.13706 0.44619\n 11 72 3 0.19198 0.20433 0.19357 0.20267 0.19470 0.20433\n 11 1106 50 0.51314 0.48106 0.50515 0.48045 0.49716 0.48018 0.48917 0.47973 0.48118 0.47886 0.47319 0.47983 0.46520 0.47830 0.45721 0.47871 0.44922 0.47966 0.44123 0.47973 0.43325 0.47993 0.42526 0.47944 0.41727 0.47949 0.40928 0.47978 0.40129 0.47942 0.39330 0.47972 0.38531 0.48000 0.37732 0.47981 0.36933 0.47939 0.36134 0.47935 0.35335 0.47997 0.34537 0.47974 0.33738 0.47906 0.32939 0.47868 0.32140 0.47833 0.31341 0.47838 0.30542 0.47874 0.29743 0.47911 0.28944 0.47929 0.28145 0.47929 0.27346 0.47871 0.26548 0.47721 0.25749 0.47797 0.24950 0.47769 0.24151 0.48043 0.23966 0.48279 0.23352 0.48648 0.22553 0.48637 0.21836 0.48279 0.21754 0.48231 0.20955 0.47501 0.20656 0.47381 0.20156 0.47160 0.19624 0.46483 0.19357 0.46263 0.18558 0.45800 0.18081 0.45585 0.17760 0.45471 0.17003 0.45585 0.16973 0.45599\n 11 72 3 0.21490 0.20433 0.21754 0.20327 0.22268 0.20433\n 11 72 3 0.22714 0.20433 0.23352 0.20239 0.23712 0.20433\n 11 94 4 0.24771 0.20433 0.24950 0.20350 0.25749 0.20018 0.26018 0.20433\n 11 72 3 0.29752 0.18636 0.29743 0.18633 0.29740 0.18636\n 11 776 35 0.51314 0.19480 0.50515 0.19524 0.49716 0.19474 0.48917 0.19444 0.48118 0.19404 0.47319 0.19245 0.46520 0.19104 0.45721 0.18883 0.44922 0.18772 0.44378 0.18636 0.44123 0.18590 0.43325 0.18352 0.42526 0.18339 0.41727 0.18350 0.40928 0.18429 0.40236 0.18636 0.40129 0.18740 0.39837 0.18636 0.39330 0.18573 0.39107 0.18636 0.38531 0.18874 0.37998 0.18636 0.37732 0.18534 0.37322 0.18636 0.36933 0.18706 0.36746 0.18636 0.36134 0.18435 0.35335 0.18329 0.34537 0.18192 0.33738 0.18218 0.32939 0.18173 0.32140 0.17784 0.31341 0.17821 0.30832 0.18636 0.30709 0.18823\n 11 270 12 0.16961 0.24583 0.16244 0.24026 0.16162 0.23850 0.15363 0.23890 0.15222 0.24026 0.14564 0.24679 0.14144 0.24924 0.13765 0.25159 0.12966 0.25457 0.12167 0.25544 0.11559 0.25822 0.11368 0.25909\n 11 1216 55 0.51314 0.43101 0.50515 0.43419 0.49716 0.43463 0.49123 0.43788 0.48917 0.43844 0.48118 0.43963 0.47319 0.43971 0.46520 0.44090 0.45721 0.44107 0.44922 0.44308 0.44123 0.44468 0.43325 0.44541 0.42908 0.44686 0.42526 0.44785 0.41727 0.44750 0.40928 0.44773 0.40129 0.44857 0.39330 0.44840 0.38531 0.44899 0.37732 0.44961 0.36933 0.45004 0.36134 0.45031 0.35335 0.45067 0.34537 0.45123 0.33738 0.45187 0.32939 0.45242 0.32140 0.45243 0.31341 0.45192 0.30542 0.45083 0.29743 0.44932 0.28944 0.45011 0.28145 0.45047 0.27346 0.44840 0.26548 0.44827 0.25749 0.44733 0.24950 0.44711 0.24701 0.44686 0.24151 0.44600 0.23352 0.44330 0.22553 0.44372 0.21754 0.44368 0.20955 0.44390 0.20156 0.44545 0.19817 0.44686 0.19357 0.45129 0.19030 0.44686 0.18558 0.44237 0.17850 0.43788 0.17760 0.43748 0.16961 0.43459 0.16162 0.43339 0.15363 0.42899 0.15340 0.42890 0.14564 0.42520 0.14386 0.42191\n 11 600 27 0.51314 0.23452 0.50515 0.23329 0.49716 0.23421 0.48917 0.23415 0.48118 0.23359 0.47319 0.23433 0.46520 0.23304 0.45721 0.23203 0.44922 0.23419 0.44123 0.23384 0.43325 0.23245 0.42526 0.23313 0.41727 0.23213 0.40928 0.23505 0.40129 0.23274 0.39330 0.23451 0.38531 0.23635 0.37732 0.23420 0.36933 0.23414 0.36134 0.23274 0.35335 0.23242 0.34920 0.23127 0.34537 0.22934 0.33738 0.22536 0.33601 0.22229 0.32939 0.21508 0.32140 0.21592\n 11 50 2 0.20156 0.27273 0.19765 0.26721\n 11 138 6 0.23979 0.29222 0.23554 0.29415 0.23352 0.29611 0.22996 0.29415 0.22553 0.28544 0.22545 0.28517\n 11 72 3 0.24323 0.29222 0.24950 0.29040 0.25438 0.28517\n 11 116 5 0.24585 0.33907 0.24950 0.34281 0.25339 0.33907 0.24950 0.33480 0.24585 0.33907\n 11 72 3 0.26662 0.28517 0.26548 0.28690 0.26424 0.28517\n 11 490 22 0.65694 0.55649 0.65233 0.55466 0.64895 0.54981 0.64096 0.54694 0.63297 0.54617 0.62498 0.54851 0.61699 0.54941 0.60900 0.54749 0.60101 0.54661 0.59647 0.54567 0.59303 0.54505 0.58504 0.54408 0.57705 0.54298 0.56906 0.54194 0.56107 0.54155 0.55308 0.54110 0.54509 0.54021 0.53710 0.53947 0.52911 0.53940 0.52112 0.53936 0.51314 0.53884 0.50515 0.53828\n 11 50 2 0.72713 0.14337 0.72094 0.14145\n 11 50 2 0.73025 0.14303 0.73674 0.14145\n 11 72 3 0.74764 0.14462 0.74482 0.14337 0.73692 0.14145\n 11 72 3 0.79265 0.13246 0.78476 0.13555 0.77677 0.13884\n 11 94 4 0.80995 0.13246 0.80873 0.13279 0.80074 0.13350 0.79305 0.13246\n 11 72 3 0.82668 0.13246 0.82471 0.13331 0.82078 0.13246\n 11 248 11 0.89661 0.53819 0.89104 0.53669 0.88862 0.53589 0.88063 0.53268 0.87264 0.53120 0.86465 0.53005 0.86082 0.52771 0.85666 0.52560 0.84918 0.51873 0.84867 0.51838 0.84069 0.51680\n 11 490 22 0.64475 0.16367 0.64096 0.16456 0.63297 0.16387 0.62498 0.16298 0.61699 0.16398 0.60900 0.16530 0.60101 0.16408 0.59303 0.16202 0.58504 0.16135 0.57705 0.16016 0.56906 0.16269 0.56107 0.16118 0.55308 0.16092 0.54509 0.16028 0.53710 0.16010 0.53417 0.15941 0.52911 0.15829 0.52532 0.15941 0.52112 0.16068 0.51641 0.15941 0.51314 0.15819 0.50515 0.15590\n 11 644 29 0.68052 0.50119 0.67934 0.50076 0.67307 0.49178 0.67292 0.49172 0.66493 0.49077 0.65985 0.49178 0.65694 0.49267 0.64895 0.49717 0.64096 0.49974 0.63838 0.50076 0.63297 0.50266 0.62498 0.50616 0.61797 0.50974 0.61699 0.51014 0.60900 0.51103 0.60101 0.51188 0.59303 0.51268 0.58504 0.51297 0.57705 0.51304 0.56906 0.51262 0.56107 0.51211 0.55308 0.51167 0.54509 0.51092 0.53710 0.51043 0.52911 0.50997 0.52709 0.50974 0.52112 0.50894 0.51314 0.50842 0.50515 0.50745\n 11 116 5 0.65453 0.16211 0.65694 0.16288 0.66484 0.15941 0.66493 0.15937 0.66496 0.15938\n 11 94 4 0.69271 0.16371 0.68889 0.16382 0.68090 0.16540 0.67742 0.16333\n 11 72 3 0.71062 0.16588 0.70487 0.16584 0.69928 0.16570\n 11 380 17 0.85666 0.19409 0.85348 0.18636 0.85591 0.17738 0.84926 0.16839 0.84867 0.16716 0.84069 0.16034 0.83270 0.16061 0.82471 0.16044 0.81672 0.16013 0.80873 0.16230 0.80074 0.16233 0.79275 0.15962 0.78476 0.16496 0.77677 0.16360 0.76878 0.16298 0.76080 0.16508 0.75474 0.16622\n 11 116 5 0.88067 0.15047 0.88082 0.15043 0.88862 0.14934 0.89227 0.15043 0.89661 0.15188\n 11 226 10 0.89661 0.53109 0.88862 0.52911 0.88204 0.52771 0.88063 0.52727 0.87264 0.52495 0.86465 0.52355 0.85666 0.52007 0.85520 0.51873 0.84867 0.51427 0.84069 0.51142\n 11 556 25 0.66081 0.19071 0.65694 0.19310 0.64895 0.19244 0.64096 0.19432 0.63297 0.19260 0.62498 0.19293 0.61699 0.19356 0.60900 0.19332 0.60101 0.19438 0.59686 0.19534 0.59303 0.19631 0.58504 0.19793 0.57747 0.19534 0.57705 0.19513 0.56906 0.19488 0.56107 0.19510 0.55308 0.19531 0.54509 0.19529 0.53710 0.19523 0.53570 0.19534 0.52911 0.19588 0.52112 0.19548 0.51967 0.19534 0.51314 0.19480 0.50515 0.19524\n 11 732 33 0.71089 0.47603 0.70914 0.47381 0.70952 0.46483 0.70487 0.45729 0.69985 0.45585 0.69688 0.45532 0.68889 0.45493 0.68090 0.45169 0.67292 0.45044 0.66493 0.45221 0.65694 0.45206 0.64895 0.45381 0.64096 0.45470 0.63595 0.45585 0.63297 0.45684 0.62498 0.45822 0.61699 0.46134 0.61188 0.46483 0.60900 0.46639 0.60101 0.46863 0.59303 0.47175 0.58799 0.47381 0.58504 0.47480 0.57705 0.47617 0.56906 0.47935 0.56107 0.48146 0.55308 0.48105 0.54509 0.48148 0.53710 0.48150 0.52911 0.48099 0.52112 0.48135 0.51314 0.48106 0.50515 0.48045\n 11 204 9 0.70734 0.18914 0.70487 0.18933 0.69688 0.18744 0.69206 0.19534 0.68889 0.19819 0.68436 0.19534 0.68090 0.18773 0.67292 0.18990 0.66688 0.19314\n 11 138 6 0.75851 0.18893 0.76080 0.19197 0.76251 0.19534 0.76080 0.19596 0.75281 0.19731 0.74909 0.19952\n 11 512 23 0.86465 0.24216 0.86213 0.24026 0.85666 0.23481 0.84867 0.23283 0.84608 0.23127 0.84069 0.22651 0.83430 0.22229 0.83270 0.22104 0.82471 0.21540 0.82210 0.21331 0.81672 0.20847 0.81243 0.20433 0.80873 0.19958 0.80298 0.19534 0.80074 0.19474 0.79275 0.19290 0.78476 0.19440 0.78290 0.19534 0.77677 0.19760 0.77410 0.19534 0.76878 0.19167 0.76271 0.18636 0.76129 0.18580\n 11 138 6 0.77783 0.48398 0.78417 0.48279 0.77677 0.48008 0.76878 0.47753 0.76162 0.47381 0.76080 0.47306\n 11 116 5 0.79033 0.49178 0.79275 0.48481 0.80074 0.48502 0.80873 0.48493 0.81267 0.49178\n 11 116 5 0.81930 0.49468 0.82373 0.49178 0.82471 0.49048 0.82527 0.49178 0.83263 0.50076\n 11 94 4 0.84408 0.29034 0.84490 0.28517 0.84867 0.28248 0.84958 0.28517\n 11 292 13 0.89661 0.49119 0.88862 0.49140 0.88063 0.49095 0.87452 0.49178 0.87264 0.49214 0.86465 0.49629 0.85811 0.50076 0.85936 0.50974 0.85666 0.51033 0.84867 0.51015 0.84767 0.50974 0.84069 0.50372 0.83278 0.50085\n 11 1656 75 0.82806 0.33385 0.82471 0.33796 0.81981 0.33907 0.81672 0.34080 0.81576 0.33907 0.81672 0.33636 0.81808 0.33009 0.81792 0.32110 0.82221 0.31212 0.82471 0.30600 0.82574 0.30314 0.82546 0.29415 0.82471 0.29314 0.81672 0.28856 0.80873 0.28914 0.80074 0.28584 0.79275 0.29213 0.78476 0.29060 0.77677 0.29204 0.77396 0.29415 0.76878 0.29902 0.76080 0.29734 0.75281 0.29787 0.74533 0.29415 0.74482 0.29381 0.73861 0.29415 0.73683 0.29425 0.73663 0.29415 0.72884 0.28663 0.72723 0.28517 0.72085 0.27790 0.71968 0.27619 0.72085 0.27297 0.72443 0.26721 0.72884 0.26460 0.73159 0.25822 0.72884 0.25425 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0.41081 0.59303 0.40905 0.58504 0.40991 0.58159 0.41093 0.57705 0.41301 0.56906 0.41307 0.56107 0.41544 0.55308 0.41873 0.54894 0.41991 0.54509 0.42093 0.53710 0.42057 0.52911 0.42533 0.52112 0.42641 0.51582 0.42890 0.51314 0.43101 0.50515 0.43419\n 11 116 5 0.78472 0.43784 0.77677 0.43758 0.76878 0.43478 0.76080 0.43746 0.76046 0.43750\n 11 424 19 0.89661 0.45098 0.88862 0.45309 0.88063 0.45451 0.87264 0.45405 0.86465 0.45554 0.86159 0.45585 0.85666 0.45621 0.84867 0.45706 0.84069 0.45819 0.83270 0.46300 0.82471 0.45940 0.81672 0.45806 0.80873 0.46121 0.80074 0.46450 0.79738 0.45585 0.79275 0.45118 0.78867 0.44686 0.78485 0.43788 0.78481 0.43783\n 11 72 3 0.78491 0.49178 0.78476 0.49154 0.78458 0.49158\n 11 72 3 0.85486 0.28517 0.85666 0.28271 0.85886 0.28270\n 82 0\n 81 6 417\n 82 0\n 81 6 418\n 21 6 1\n 25 6 1\n 21 6 7\n 25 6 7\n 21 6 1\n 25 6 1\n 82 0\n 81 6 419\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 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0.06964 0.26554 0.06921 0.26337 0.06921 0.26206 0.06964 0.25988 0.07051 0.25858 0.07182 0.25814 0.07269 0.25814 0.07400 0.25858 0.07487 0.25988 0.07530 0.26206 0.07530 0.26337 0.07487 0.26554 0.07400 0.26685 0.07269 0.26728 0.07182 0.26728\n 11 292 13 0.07922 0.26728 0.07835 0.26685 0.07791 0.26598 0.07791 0.26511 0.07835 0.26424 0.07922 0.26380 0.08009 0.26380 0.08096 0.26424 0.08140 0.26511 0.08140 0.26598 0.08096 0.26685 0.08009 0.26728 0.07922 0.26728\n 11 446 20 0.09010 0.26598 0.08923 0.26685 0.08793 0.26728 0.08618 0.26728 0.08488 0.26685 0.08401 0.26598 0.08401 0.26511 0.08444 0.26424 0.08488 0.26380 0.08575 0.26337 0.08836 0.26250 0.08923 0.26206 0.08967 0.26163 0.09010 0.26076 0.09010 0.25945 0.08923 0.25858 0.08793 0.25814 0.08618 0.25814 0.08488 0.25858 0.08401 0.25945\n 11 380 17 0.08053 0.35711 0.07922 0.35668 0.07835 0.35537 0.07791 0.35320 0.07791 0.35189 0.07835 0.34971 0.07922 0.34841 0.08053 0.34797 0.08140 0.34797 0.08270 0.34841 0.08357 0.34971 0.08401 0.35189 0.08401 0.35320 0.08357 0.35537 0.08270 0.35668 0.08140 0.35711 0.08053 0.35711\n 11 292 13 0.08793 0.35711 0.08705 0.35668 0.08662 0.35581 0.08662 0.35494 0.08705 0.35407 0.08793 0.35363 0.08880 0.35363 0.08967 0.35407 0.09010 0.35494 0.09010 0.35581 0.08967 0.35668 0.08880 0.35711 0.08793 0.35711\n 11 314 14 0.06007 0.44477 0.06007 0.44520 0.06050 0.44607 0.06094 0.44651 0.06181 0.44694 0.06355 0.44694 0.06442 0.44651 0.06486 0.44607 0.06529 0.44520 0.06529 0.44433 0.06486 0.44346 0.06399 0.44215 0.05963 0.43780 0.06573 0.43780\n 11 380 17 0.07095 0.44694 0.06964 0.44651 0.06877 0.44520 0.06834 0.44302 0.06834 0.44172 0.06877 0.43954 0.06964 0.43824 0.07095 0.43780 0.07182 0.43780 0.07313 0.43824 0.07400 0.43954 0.07443 0.44172 0.07443 0.44302 0.07400 0.44520 0.07313 0.44651 0.07182 0.44694 0.07095 0.44694\n 11 292 13 0.07835 0.44694 0.07748 0.44651 0.07704 0.44564 0.07704 0.44477 0.07748 0.44390 0.07835 0.44346 0.07922 0.44346 0.08009 0.44390 0.08053 0.44477 0.08053 0.44564 0.08009 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0.07791 0.17528 0.07835 0.17441 0.07922 0.17397 0.08009 0.17397 0.08096 0.17441 0.08140 0.17528 0.08140 0.17615 0.08096 0.17702 0.08009 0.17746 0.07922 0.17746\n 11 446 20 0.09010 0.17615 0.08923 0.17702 0.08793 0.17746 0.08618 0.17746 0.08488 0.17702 0.08401 0.17615 0.08401 0.17528 0.08444 0.17441 0.08488 0.17397 0.08575 0.17354 0.08836 0.17267 0.08923 0.17223 0.08967 0.17180 0.09010 0.17093 0.09010 0.16962 0.08923 0.16875 0.08793 0.16831 0.08618 0.16831 0.08488 0.16875 0.08401 0.16962\n 11 314 14 0.06094 0.26511 0.06094 0.26554 0.06137 0.26641 0.06181 0.26685 0.06268 0.26728 0.06442 0.26728 0.06529 0.26685 0.06573 0.26641 0.06616 0.26554 0.06616 0.26467 0.06573 0.26380 0.06486 0.26250 0.06050 0.25814 0.06660 0.25814\n 11 380 17 0.07182 0.26728 0.07051 0.26685 0.06964 0.26554 0.06921 0.26337 0.06921 0.26206 0.06964 0.25988 0.07051 0.25858 0.07182 0.25814 0.07269 0.25814 0.07400 0.25858 0.07487 0.25988 0.07530 0.26206 0.07530 0.26337 0.07487 0.26554 0.07400 0.26685 0.07269 0.26728 0.07182 0.26728\n 11 292 13 0.07922 0.26728 0.07835 0.26685 0.07791 0.26598 0.07791 0.26511 0.07835 0.26424 0.07922 0.26380 0.08009 0.26380 0.08096 0.26424 0.08140 0.26511 0.08140 0.26598 0.08096 0.26685 0.08009 0.26728 0.07922 0.26728\n 11 446 20 0.09010 0.26598 0.08923 0.26685 0.08793 0.26728 0.08618 0.26728 0.08488 0.26685 0.08401 0.26598 0.08401 0.26511 0.08444 0.26424 0.08488 0.26380 0.08575 0.26337 0.08836 0.26250 0.08923 0.26206 0.08967 0.26163 0.09010 0.26076 0.09010 0.25945 0.08923 0.25858 0.08793 0.25814 0.08618 0.25814 0.08488 0.25858 0.08401 0.25945\n 11 380 17 0.08053 0.35711 0.07922 0.35668 0.07835 0.35537 0.07791 0.35320 0.07791 0.35189 0.07835 0.34971 0.07922 0.34841 0.08053 0.34797 0.08140 0.34797 0.08270 0.34841 0.08357 0.34971 0.08401 0.35189 0.08401 0.35320 0.08357 0.35537 0.08270 0.35668 0.08140 0.35711 0.08053 0.35711\n 11 292 13 0.08793 0.35711 0.08705 0.35668 0.08662 0.35581 0.08662 0.35494 0.08705 0.35407 0.08793 0.35363 0.08880 0.35363 0.08967 0.35407 0.09010 0.35494 0.09010 0.35581 0.08967 0.35668 0.08880 0.35711 0.08793 0.35711\n 11 314 14 0.06007 0.44477 0.06007 0.44520 0.06050 0.44607 0.06094 0.44651 0.06181 0.44694 0.06355 0.44694 0.06442 0.44651 0.06486 0.44607 0.06529 0.44520 0.06529 0.44433 0.06486 0.44346 0.06399 0.44215 0.05963 0.43780 0.06573 0.43780\n 11 380 17 0.07095 0.44694 0.06964 0.44651 0.06877 0.44520 0.06834 0.44302 0.06834 0.44172 0.06877 0.43954 0.06964 0.43824 0.07095 0.43780 0.07182 0.43780 0.07313 0.43824 0.07400 0.43954 0.07443 0.44172 0.07443 0.44302 0.07400 0.44520 0.07313 0.44651 0.07182 0.44694 0.07095 0.44694\n 11 292 13 0.07835 0.44694 0.07748 0.44651 0.07704 0.44564 0.07704 0.44477 0.07748 0.44390 0.07835 0.44346 0.07922 0.44346 0.08009 0.44390 0.08053 0.44477 0.08053 0.44564 0.08009 0.44651 0.07922 0.44694 0.07835 0.44694\n 11 50 2 0.08357 0.44694 0.08357 0.43780\n 11 50 2 0.08357 0.44694 0.08967 0.43780\n 11 50 2 0.08967 0.44694 0.08967 0.43780\n 11 72 3 0.06399 0.53677 0.05963 0.53068 0.06616 0.53068\n 11 50 2 0.06399 0.53677 0.06399 0.52763\n 11 380 17 0.07095 0.53677 0.06964 0.53634 0.06877 0.53503 0.06834 0.53285 0.06834 0.53155 0.06877 0.52937 0.06964 0.52807 0.07095 0.52763 0.07182 0.52763 0.07313 0.52807 0.07400 0.52937 0.07443 0.53155 0.07443 0.53285 0.07400 0.53503 0.07313 0.53634 0.07182 0.53677 0.07095 0.53677\n 11 292 13 0.07835 0.53677 0.07748 0.53634 0.07704 0.53547 0.07704 0.53459 0.07748 0.53372 0.07835 0.53329 0.07922 0.53329 0.08009 0.53372 0.08053 0.53459 0.08053 0.53547 0.08009 0.53634 0.07922 0.53677 0.07835 0.53677\n 11 50 2 0.08357 0.53677 0.08357 0.52763\n 11 50 2 0.08357 0.53677 0.08967 0.52763\n 11 50 2 0.08967 0.53677 0.08967 0.52763\n 11 512 23 0.06529 0.62529 0.06486 0.62616 0.06355 0.62660 0.06268 0.62660 0.06137 0.62616 0.06050 0.62486 0.06007 0.62268 0.06007 0.62051 0.06050 0.61876 0.06137 0.61789 0.06268 0.61746 0.06311 0.61746 0.06442 0.61789 0.06529 0.61876 0.06573 0.62007 0.06573 0.62051 0.06529 0.62181 0.06442 0.62268 0.06311 0.62312 0.06268 0.62312 0.06137 0.62268 0.06050 0.62181 0.06007 0.62051\n 11 380 17 0.07095 0.62660 0.06964 0.62616 0.06877 0.62486 0.06834 0.62268 0.06834 0.62138 0.06877 0.61920 0.06964 0.61789 0.07095 0.61746 0.07182 0.61746 0.07313 0.61789 0.07400 0.61920 0.07443 0.62138 0.07443 0.62268 0.07400 0.62486 0.07313 0.62616 0.07182 0.62660 0.07095 0.62660\n 11 292 13 0.07835 0.62660 0.07748 0.62616 0.07704 0.62529 0.07704 0.62442 0.07748 0.62355 0.07835 0.62312 0.07922 0.62312 0.08009 0.62355 0.08053 0.62442 0.08053 0.62529 0.08009 0.62616 0.07922 0.62660 0.07835 0.62660\n 11 50 2 0.08357 0.62660 0.08357 0.61746\n 11 50 2 0.08357 0.62660 0.08967 0.61746\n 11 50 2 0.08967 0.62660 0.08967 0.61746\n 11 864 39 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.17289 0.92002 0.17289 0.90859 0.17289 0.90859 0.21780 0.92002 0.21780 0.90859 0.21780 0.90859 0.26271 0.92002 0.26271 0.90859 0.26271 0.90859 0.30763 0.92002 0.30763 0.90859 0.30763 0.90859 0.35254 0.92002 0.35254 0.90859 0.35254 0.90859 0.39746 0.92002 0.39746 0.90859 0.39746 0.90859 0.44237 0.92002 0.44237 0.90859 0.44237 0.90859 0.48729 0.92002 0.48729 0.90859 0.48729 0.90859 0.53220 0.92002 0.53220 0.90859 0.53220 0.90859 0.57711 0.92002 0.57711 0.90859 0.57711 0.90859 0.62203 0.92002 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 864 39 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.17289 0.92002 0.17289 0.90859 0.17289 0.90859 0.21780 0.92002 0.21780 0.90859 0.21780 0.90859 0.26271 0.92002 0.26271 0.90859 0.26271 0.90859 0.30763 0.92002 0.30763 0.90859 0.30763 0.90859 0.35254 0.92002 0.35254 0.90859 0.35254 0.90859 0.39746 0.92002 0.39746 0.90859 0.39746 0.90859 0.44237 0.92002 0.44237 0.90859 0.44237 0.90859 0.48729 0.92002 0.48729 0.90859 0.48729 0.90859 0.53220 0.92002 0.53220 0.90859 0.53220 0.90859 0.57711 0.92002 0.57711 0.90859 0.57711 0.90859 0.62203 0.92002 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.63346 0.10969 0.62203 0.18958 0.62203 0.18958 0.63346 0.18958 0.62203 0.26947 0.62203 0.26947 0.63346 0.26947 0.62203 0.34936 0.62203 0.34936 0.63346 0.34936 0.62203 0.42925 0.62203 0.42925 0.63346 0.42925 0.62203 0.50914 0.62203 0.50914 0.63346 0.50914 0.62203 0.58903 0.62203 0.58903 0.63346 0.58903 0.62203 0.66892 0.62203 0.66892 0.63346 0.66892 0.62203 0.74881 0.62203 0.74881 0.63346 0.74881 0.62203 0.82870 0.62203 0.82870 0.63346 0.82870 0.62203 0.90859 0.62203 0.90859 0.63346 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.63346 0.10969 0.62203 0.18958 0.62203 0.18958 0.63346 0.18958 0.62203 0.26947 0.62203 0.26947 0.63346 0.26947 0.62203 0.34936 0.62203 0.34936 0.63346 0.34936 0.62203 0.42925 0.62203 0.42925 0.63346 0.42925 0.62203 0.50914 0.62203 0.50914 0.63346 0.50914 0.62203 0.58903 0.62203 0.58903 0.63346 0.58903 0.62203 0.66892 0.62203 0.66892 0.63346 0.66892 0.62203 0.74881 0.62203 0.74881 0.63346 0.74881 0.62203 0.82870 0.62203 0.82870 0.63346 0.82870 0.62203 0.90859 0.62203 0.90859 0.63346 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.11654 0.10969 0.12797 0.18958 0.12797 0.18958 0.11654 0.18958 0.12797 0.26947 0.12797 0.26947 0.11654 0.26947 0.12797 0.34936 0.12797 0.34936 0.11654 0.34936 0.12797 0.42925 0.12797 0.42925 0.11654 0.42925 0.12797 0.50914 0.12797 0.50914 0.11654 0.50914 0.12797 0.58903 0.12797 0.58903 0.11654 0.58903 0.12797 0.66892 0.12797 0.66892 0.11654 0.66892 0.12797 0.74881 0.12797 0.74881 0.11654 0.74881 0.12797 0.82870 0.12797 0.82870 0.11654 0.82870 0.12797 0.90859 0.12797 0.90859 0.11654 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.09206 0.10658 0.09293 0.10701 0.09424 0.10832 0.09424 0.09918\n 11 380 17 0.10207 0.10832 0.10077 0.10788 0.09990 0.10658 0.09946 0.10440 0.09946 0.10309 0.09990 0.10092 0.10077 0.09961 0.10207 0.09918 0.10294 0.09918 0.10425 0.09961 0.10512 0.10092 0.10555 0.10309 0.10555 0.10440 0.10512 0.10658 0.10425 0.10788 0.10294 0.10832 0.10207 0.10832\n 11 380 17 0.11078 0.10832 0.10947 0.10788 0.10860 0.10658 0.10817 0.10440 0.10817 0.10309 0.10860 0.10092 0.10947 0.09961 0.11078 0.09918 0.11165 0.09918 0.11295 0.09961 0.11382 0.10092 0.11426 0.10309 0.11426 0.10440 0.11382 0.10658 0.11295 0.10788 0.11165 0.10832 0.11078 0.10832\n 11 292 13 0.11818 0.10832 0.11731 0.10788 0.11687 0.10701 0.11687 0.10614 0.11731 0.10527 0.11818 0.10484 0.11905 0.10484 0.11992 0.10527 0.12035 0.10614 0.12035 0.10701 0.11992 0.10788 0.11905 0.10832 0.11818 0.10832\n 11 50 2 0.12340 0.10832 0.12340 0.09918\n 11 50 2 0.12340 0.10832 0.12906 0.10832\n 11 50 2 0.12340 0.10397 0.12688 0.10397\n 11 50 2 0.12340 0.09918 0.12906 0.09918\n 11 94 4 0.25184 0.10658 0.25271 0.10701 0.25402 0.10832 0.25402 0.09918\n 11 72 3 0.26359 0.10832 0.25924 0.10222 0.26577 0.10222\n 11 50 2 0.26359 0.10832 0.26359 0.09918\n 11 380 17 0.27056 0.10832 0.26925 0.10788 0.26838 0.10658 0.26795 0.10440 0.26795 0.10309 0.26838 0.10092 0.26925 0.09961 0.27056 0.09918 0.27143 0.09918 0.27273 0.09961 0.27360 0.10092 0.27404 0.10309 0.27404 0.10440 0.27360 0.10658 0.27273 0.10788 0.27143 0.10832 0.27056 0.10832\n 11 292 13 0.27796 0.10832 0.27709 0.10788 0.27665 0.10701 0.27665 0.10614 0.27709 0.10527 0.27796 0.10484 0.27883 0.10484 0.27970 0.10527 0.28013 0.10614 0.28013 0.10701 0.27970 0.10788 0.27883 0.10832 0.27796 0.10832\n 11 50 2 0.28318 0.10832 0.28318 0.09918\n 11 50 2 0.28318 0.10832 0.28884 0.10832\n 11 50 2 0.28318 0.10397 0.28666 0.10397\n 11 50 2 0.28318 0.09918 0.28884 0.09918\n 11 94 4 0.41576 0.10658 0.41663 0.10701 0.41793 0.10832 0.41793 0.09918\n 11 644 29 0.42533 0.10832 0.42403 0.10788 0.42359 0.10701 0.42359 0.10614 0.42403 0.10527 0.42490 0.10484 0.42664 0.10440 0.42794 0.10397 0.42882 0.10309 0.42925 0.10222 0.42925 0.10092 0.42882 0.10005 0.42838 0.09961 0.42707 0.09918 0.42533 0.09918 0.42403 0.09961 0.42359 0.10005 0.42316 0.10092 0.42316 0.10222 0.42359 0.10309 0.42446 0.10397 0.42577 0.10440 0.42751 0.10484 0.42838 0.10527 0.42882 0.10614 0.42882 0.10701 0.42838 0.10788 0.42707 0.10832 0.42533 0.10832\n 11 380 17 0.43447 0.10832 0.43317 0.10788 0.43230 0.10658 0.43186 0.10440 0.43186 0.10309 0.43230 0.10092 0.43317 0.09961 0.43447 0.09918 0.43534 0.09918 0.43665 0.09961 0.43752 0.10092 0.43796 0.10309 0.43796 0.10440 0.43752 0.10658 0.43665 0.10788 0.43534 0.10832 0.43447 0.10832\n 11 292 13 0.44187 0.10832 0.44100 0.10788 0.44057 0.10701 0.44057 0.10614 0.44100 0.10527 0.44187 0.10484 0.44274 0.10484 0.44361 0.10527 0.44405 0.10614 0.44405 0.10701 0.44361 0.10788 0.44274 0.10832 0.44187 0.10832\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 798 36 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.11654 0.10969 0.12797 0.18958 0.12797 0.18958 0.11654 0.18958 0.12797 0.26947 0.12797 0.26947 0.11654 0.26947 0.12797 0.34936 0.12797 0.34936 0.11654 0.34936 0.12797 0.42925 0.12797 0.42925 0.11654 0.42925 0.12797 0.50914 0.12797 0.50914 0.11654 0.50914 0.12797 0.58903 0.12797 0.58903 0.11654 0.58903 0.12797 0.66892 0.12797 0.66892 0.11654 0.66892 0.12797 0.74881 0.12797 0.74881 0.11654 0.74881 0.12797 0.82870 0.12797 0.82870 0.11654 0.82870 0.12797 0.90859 0.12797 0.90859 0.11654 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.09206 0.10658 0.09293 0.10701 0.09424 0.10832 0.09424 0.09918\n 11 380 17 0.10207 0.10832 0.10077 0.10788 0.09990 0.10658 0.09946 0.10440 0.09946 0.10309 0.09990 0.10092 0.10077 0.09961 0.10207 0.09918 0.10294 0.09918 0.10425 0.09961 0.10512 0.10092 0.10555 0.10309 0.10555 0.10440 0.10512 0.10658 0.10425 0.10788 0.10294 0.10832 0.10207 0.10832\n 11 380 17 0.11078 0.10832 0.10947 0.10788 0.10860 0.10658 0.10817 0.10440 0.10817 0.10309 0.10860 0.10092 0.10947 0.09961 0.11078 0.09918 0.11165 0.09918 0.11295 0.09961 0.11382 0.10092 0.11426 0.10309 0.11426 0.10440 0.11382 0.10658 0.11295 0.10788 0.11165 0.10832 0.11078 0.10832\n 11 292 13 0.11818 0.10832 0.11731 0.10788 0.11687 0.10701 0.11687 0.10614 0.11731 0.10527 0.11818 0.10484 0.11905 0.10484 0.11992 0.10527 0.12035 0.10614 0.12035 0.10701 0.11992 0.10788 0.11905 0.10832 0.11818 0.10832\n 11 50 2 0.12340 0.10832 0.12340 0.09918\n 11 50 2 0.12340 0.10832 0.12906 0.10832\n 11 50 2 0.12340 0.10397 0.12688 0.10397\n 11 50 2 0.12340 0.09918 0.12906 0.09918\n 11 94 4 0.25184 0.10658 0.25271 0.10701 0.25402 0.10832 0.25402 0.09918\n 11 72 3 0.26359 0.10832 0.25924 0.10222 0.26577 0.10222\n 11 50 2 0.26359 0.10832 0.26359 0.09918\n 11 380 17 0.27056 0.10832 0.26925 0.10788 0.26838 0.10658 0.26795 0.10440 0.26795 0.10309 0.26838 0.10092 0.26925 0.09961 0.27056 0.09918 0.27143 0.09918 0.27273 0.09961 0.27360 0.10092 0.27404 0.10309 0.27404 0.10440 0.27360 0.10658 0.27273 0.10788 0.27143 0.10832 0.27056 0.10832\n 11 292 13 0.27796 0.10832 0.27709 0.10788 0.27665 0.10701 0.27665 0.10614 0.27709 0.10527 0.27796 0.10484 0.27883 0.10484 0.27970 0.10527 0.28013 0.10614 0.28013 0.10701 0.27970 0.10788 0.27883 0.10832 0.27796 0.10832\n 11 50 2 0.28318 0.10832 0.28318 0.09918\n 11 50 2 0.28318 0.10832 0.28884 0.10832\n 11 50 2 0.28318 0.10397 0.28666 0.10397\n 11 50 2 0.28318 0.09918 0.28884 0.09918\n 11 94 4 0.41576 0.10658 0.41663 0.10701 0.41793 0.10832 0.41793 0.09918\n 11 644 29 0.42533 0.10832 0.42403 0.10788 0.42359 0.10701 0.42359 0.10614 0.42403 0.10527 0.42490 0.10484 0.42664 0.10440 0.42794 0.10397 0.42882 0.10309 0.42925 0.10222 0.42925 0.10092 0.42882 0.10005 0.42838 0.09961 0.42707 0.09918 0.42533 0.09918 0.42403 0.09961 0.42359 0.10005 0.42316 0.10092 0.42316 0.10222 0.42359 0.10309 0.42446 0.10397 0.42577 0.10440 0.42751 0.10484 0.42838 0.10527 0.42882 0.10614 0.42882 0.10701 0.42838 0.10788 0.42707 0.10832 0.42533 0.10832\n 11 380 17 0.43447 0.10832 0.43317 0.10788 0.43230 0.10658 0.43186 0.10440 0.43186 0.10309 0.43230 0.10092 0.43317 0.09961 0.43447 0.09918 0.43534 0.09918 0.43665 0.09961 0.43752 0.10092 0.43796 0.10309 0.43796 0.10440 0.43752 0.10658 0.43665 0.10788 0.43534 0.10832 0.43447 0.10832\n 11 292 13 0.44187 0.10832 0.44100 0.10788 0.44057 0.10701 0.44057 0.10614 0.44100 0.10527 0.44187 0.10484 0.44274 0.10484 0.44361 0.10527 0.44405 0.10614 0.44405 0.10701 0.44361 0.10788 0.44274 0.10832 0.44187 0.10832\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 864 39 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.09826 0.12797 0.10969 0.12797 0.10969 0.17289 0.09826 0.17289 0.10969 0.17289 0.10969 0.21780 0.09826 0.21780 0.10969 0.21780 0.10969 0.26271 0.09826 0.26271 0.10969 0.26271 0.10969 0.30763 0.09826 0.30763 0.10969 0.30763 0.10969 0.35254 0.09826 0.35254 0.10969 0.35254 0.10969 0.39746 0.09826 0.39746 0.10969 0.39746 0.10969 0.44237 0.09826 0.44237 0.10969 0.44237 0.10969 0.48729 0.09826 0.48729 0.10969 0.48729 0.10969 0.53220 0.09826 0.53220 0.10969 0.53220 0.10969 0.57711 0.09826 0.57711 0.10969 0.57711 0.10969 0.62203 0.09826 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.06486 0.17746 0.06050 0.17136 0.06703 0.17136\n 11 50 2 0.06486 0.17746 0.06486 0.16831\n 11 380 17 0.07182 0.17746 0.07051 0.17702 0.06964 0.17571 0.06921 0.17354 0.06921 0.17223 0.06964 0.17006 0.07051 0.16875 0.07182 0.16831 0.07269 0.16831 0.07400 0.16875 0.07487 0.17006 0.07530 0.17223 0.07530 0.17354 0.07487 0.17571 0.07400 0.17702 0.07269 0.17746 0.07182 0.17746\n 11 292 13 0.07922 0.17746 0.07835 0.17702 0.07791 0.17615 0.07791 0.17528 0.07835 0.17441 0.07922 0.17397 0.08009 0.17397 0.08096 0.17441 0.08140 0.17528 0.08140 0.17615 0.08096 0.17702 0.08009 0.17746 0.07922 0.17746\n 11 446 20 0.09010 0.17615 0.08923 0.17702 0.08793 0.17746 0.08618 0.17746 0.08488 0.17702 0.08401 0.17615 0.08401 0.17528 0.08444 0.17441 0.08488 0.17397 0.08575 0.17354 0.08836 0.17267 0.08923 0.17223 0.08967 0.17180 0.09010 0.17093 0.09010 0.16962 0.08923 0.16875 0.08793 0.16831 0.08618 0.16831 0.08488 0.16875 0.08401 0.16962\n 11 314 14 0.06094 0.26511 0.06094 0.26554 0.06137 0.26641 0.06181 0.26685 0.06268 0.26728 0.06442 0.26728 0.06529 0.26685 0.06573 0.26641 0.06616 0.26554 0.06616 0.26467 0.06573 0.26380 0.06486 0.26250 0.06050 0.25814 0.06660 0.25814\n 11 380 17 0.07182 0.26728 0.07051 0.26685 0.06964 0.26554 0.06921 0.26337 0.06921 0.26206 0.06964 0.25988 0.07051 0.25858 0.07182 0.25814 0.07269 0.25814 0.07400 0.25858 0.07487 0.25988 0.07530 0.26206 0.07530 0.26337 0.07487 0.26554 0.07400 0.26685 0.07269 0.26728 0.07182 0.26728\n 11 292 13 0.07922 0.26728 0.07835 0.26685 0.07791 0.26598 0.07791 0.26511 0.07835 0.26424 0.07922 0.26380 0.08009 0.26380 0.08096 0.26424 0.08140 0.26511 0.08140 0.26598 0.08096 0.26685 0.08009 0.26728 0.07922 0.26728\n 11 446 20 0.09010 0.26598 0.08923 0.26685 0.08793 0.26728 0.08618 0.26728 0.08488 0.26685 0.08401 0.26598 0.08401 0.26511 0.08444 0.26424 0.08488 0.26380 0.08575 0.26337 0.08836 0.26250 0.08923 0.26206 0.08967 0.26163 0.09010 0.26076 0.09010 0.25945 0.08923 0.25858 0.08793 0.25814 0.08618 0.25814 0.08488 0.25858 0.08401 0.25945\n 11 380 17 0.08053 0.35711 0.07922 0.35668 0.07835 0.35537 0.07791 0.35320 0.07791 0.35189 0.07835 0.34971 0.07922 0.34841 0.08053 0.34797 0.08140 0.34797 0.08270 0.34841 0.08357 0.34971 0.08401 0.35189 0.08401 0.35320 0.08357 0.35537 0.08270 0.35668 0.08140 0.35711 0.08053 0.35711\n 11 292 13 0.08793 0.35711 0.08705 0.35668 0.08662 0.35581 0.08662 0.35494 0.08705 0.35407 0.08793 0.35363 0.08880 0.35363 0.08967 0.35407 0.09010 0.35494 0.09010 0.35581 0.08967 0.35668 0.08880 0.35711 0.08793 0.35711\n 11 314 14 0.06007 0.44477 0.06007 0.44520 0.06050 0.44607 0.06094 0.44651 0.06181 0.44694 0.06355 0.44694 0.06442 0.44651 0.06486 0.44607 0.06529 0.44520 0.06529 0.44433 0.06486 0.44346 0.06399 0.44215 0.05963 0.43780 0.06573 0.43780\n 11 380 17 0.07095 0.44694 0.06964 0.44651 0.06877 0.44520 0.06834 0.44302 0.06834 0.44172 0.06877 0.43954 0.06964 0.43824 0.07095 0.43780 0.07182 0.43780 0.07313 0.43824 0.07400 0.43954 0.07443 0.44172 0.07443 0.44302 0.07400 0.44520 0.07313 0.44651 0.07182 0.44694 0.07095 0.44694\n 11 292 13 0.07835 0.44694 0.07748 0.44651 0.07704 0.44564 0.07704 0.44477 0.07748 0.44390 0.07835 0.44346 0.07922 0.44346 0.08009 0.44390 0.08053 0.44477 0.08053 0.44564 0.08009 0.44651 0.07922 0.44694 0.07835 0.44694\n 11 50 2 0.08357 0.44694 0.08357 0.43780\n 11 50 2 0.08357 0.44694 0.08967 0.43780\n 11 50 2 0.08967 0.44694 0.08967 0.43780\n 11 72 3 0.06399 0.53677 0.05963 0.53068 0.06616 0.53068\n 11 50 2 0.06399 0.53677 0.06399 0.52763\n 11 380 17 0.07095 0.53677 0.06964 0.53634 0.06877 0.53503 0.06834 0.53285 0.06834 0.53155 0.06877 0.52937 0.06964 0.52807 0.07095 0.52763 0.07182 0.52763 0.07313 0.52807 0.07400 0.52937 0.07443 0.53155 0.07443 0.53285 0.07400 0.53503 0.07313 0.53634 0.07182 0.53677 0.07095 0.53677\n 11 292 13 0.07835 0.53677 0.07748 0.53634 0.07704 0.53547 0.07704 0.53459 0.07748 0.53372 0.07835 0.53329 0.07922 0.53329 0.08009 0.53372 0.08053 0.53459 0.08053 0.53547 0.08009 0.53634 0.07922 0.53677 0.07835 0.53677\n 11 50 2 0.08357 0.53677 0.08357 0.52763\n 11 50 2 0.08357 0.53677 0.08967 0.52763\n 11 50 2 0.08967 0.53677 0.08967 0.52763\n 11 512 23 0.06529 0.62529 0.06486 0.62616 0.06355 0.62660 0.06268 0.62660 0.06137 0.62616 0.06050 0.62486 0.06007 0.62268 0.06007 0.62051 0.06050 0.61876 0.06137 0.61789 0.06268 0.61746 0.06311 0.61746 0.06442 0.61789 0.06529 0.61876 0.06573 0.62007 0.06573 0.62051 0.06529 0.62181 0.06442 0.62268 0.06311 0.62312 0.06268 0.62312 0.06137 0.62268 0.06050 0.62181 0.06007 0.62051\n 11 380 17 0.07095 0.62660 0.06964 0.62616 0.06877 0.62486 0.06834 0.62268 0.06834 0.62138 0.06877 0.61920 0.06964 0.61789 0.07095 0.61746 0.07182 0.61746 0.07313 0.61789 0.07400 0.61920 0.07443 0.62138 0.07443 0.62268 0.07400 0.62486 0.07313 0.62616 0.07182 0.62660 0.07095 0.62660\n 11 292 13 0.07835 0.62660 0.07748 0.62616 0.07704 0.62529 0.07704 0.62442 0.07748 0.62355 0.07835 0.62312 0.07922 0.62312 0.08009 0.62355 0.08053 0.62442 0.08053 0.62529 0.08009 0.62616 0.07922 0.62660 0.07835 0.62660\n 11 50 2 0.08357 0.62660 0.08357 0.61746\n 11 50 2 0.08357 0.62660 0.08967 0.61746\n 11 50 2 0.08967 0.62660 0.08967 0.61746\n 11 864 39 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.09826 0.12797 0.10969 0.12797 0.10969 0.17289 0.09826 0.17289 0.10969 0.17289 0.10969 0.21780 0.09826 0.21780 0.10969 0.21780 0.10969 0.26271 0.09826 0.26271 0.10969 0.26271 0.10969 0.30763 0.09826 0.30763 0.10969 0.30763 0.10969 0.35254 0.09826 0.35254 0.10969 0.35254 0.10969 0.39746 0.09826 0.39746 0.10969 0.39746 0.10969 0.44237 0.09826 0.44237 0.10969 0.44237 0.10969 0.48729 0.09826 0.48729 0.10969 0.48729 0.10969 0.53220 0.09826 0.53220 0.10969 0.53220 0.10969 0.57711 0.09826 0.57711 0.10969 0.57711 0.10969 0.62203 0.09826 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.06486 0.17746 0.06050 0.17136 0.06703 0.17136\n 11 50 2 0.06486 0.17746 0.06486 0.16831\n 11 380 17 0.07182 0.17746 0.07051 0.17702 0.06964 0.17571 0.06921 0.17354 0.06921 0.17223 0.06964 0.17006 0.07051 0.16875 0.07182 0.16831 0.07269 0.16831 0.07400 0.16875 0.07487 0.17006 0.07530 0.17223 0.07530 0.17354 0.07487 0.17571 0.07400 0.17702 0.07269 0.17746 0.07182 0.17746\n 11 292 13 0.07922 0.17746 0.07835 0.17702 0.07791 0.17615 0.07791 0.17528 0.07835 0.17441 0.07922 0.17397 0.08009 0.17397 0.08096 0.17441 0.08140 0.17528 0.08140 0.17615 0.08096 0.17702 0.08009 0.17746 0.07922 0.17746\n 11 446 20 0.09010 0.17615 0.08923 0.17702 0.08793 0.17746 0.08618 0.17746 0.08488 0.17702 0.08401 0.17615 0.08401 0.17528 0.08444 0.17441 0.08488 0.17397 0.08575 0.17354 0.08836 0.17267 0.08923 0.17223 0.08967 0.17180 0.09010 0.17093 0.09010 0.16962 0.08923 0.16875 0.08793 0.16831 0.08618 0.16831 0.08488 0.16875 0.08401 0.16962\n 11 314 14 0.06094 0.26511 0.06094 0.26554 0.06137 0.26641 0.06181 0.26685 0.06268 0.26728 0.06442 0.26728 0.06529 0.26685 0.06573 0.26641 0.06616 0.26554 0.06616 0.26467 0.06573 0.26380 0.06486 0.26250 0.06050 0.25814 0.06660 0.25814\n 11 380 17 0.07182 0.26728 0.07051 0.26685 0.06964 0.26554 0.06921 0.26337 0.06921 0.26206 0.06964 0.25988 0.07051 0.25858 0.07182 0.25814 0.07269 0.25814 0.07400 0.25858 0.07487 0.25988 0.07530 0.26206 0.07530 0.26337 0.07487 0.26554 0.07400 0.26685 0.07269 0.26728 0.07182 0.26728\n 11 292 13 0.07922 0.26728 0.07835 0.26685 0.07791 0.26598 0.07791 0.26511 0.07835 0.26424 0.07922 0.26380 0.08009 0.26380 0.08096 0.26424 0.08140 0.26511 0.08140 0.26598 0.08096 0.26685 0.08009 0.26728 0.07922 0.26728\n 11 446 20 0.09010 0.26598 0.08923 0.26685 0.08793 0.26728 0.08618 0.26728 0.08488 0.26685 0.08401 0.26598 0.08401 0.26511 0.08444 0.26424 0.08488 0.26380 0.08575 0.26337 0.08836 0.26250 0.08923 0.26206 0.08967 0.26163 0.09010 0.26076 0.09010 0.25945 0.08923 0.25858 0.08793 0.25814 0.08618 0.25814 0.08488 0.25858 0.08401 0.25945\n 11 380 17 0.08053 0.35711 0.07922 0.35668 0.07835 0.35537 0.07791 0.35320 0.07791 0.35189 0.07835 0.34971 0.07922 0.34841 0.08053 0.34797 0.08140 0.34797 0.08270 0.34841 0.08357 0.34971 0.08401 0.35189 0.08401 0.35320 0.08357 0.35537 0.08270 0.35668 0.08140 0.35711 0.08053 0.35711\n 11 292 13 0.08793 0.35711 0.08705 0.35668 0.08662 0.35581 0.08662 0.35494 0.08705 0.35407 0.08793 0.35363 0.08880 0.35363 0.08967 0.35407 0.09010 0.35494 0.09010 0.35581 0.08967 0.35668 0.08880 0.35711 0.08793 0.35711\n 11 314 14 0.06007 0.44477 0.06007 0.44520 0.06050 0.44607 0.06094 0.44651 0.06181 0.44694 0.06355 0.44694 0.06442 0.44651 0.06486 0.44607 0.06529 0.44520 0.06529 0.44433 0.06486 0.44346 0.06399 0.44215 0.05963 0.43780 0.06573 0.43780\n 11 380 17 0.07095 0.44694 0.06964 0.44651 0.06877 0.44520 0.06834 0.44302 0.06834 0.44172 0.06877 0.43954 0.06964 0.43824 0.07095 0.43780 0.07182 0.43780 0.07313 0.43824 0.07400 0.43954 0.07443 0.44172 0.07443 0.44302 0.07400 0.44520 0.07313 0.44651 0.07182 0.44694 0.07095 0.44694\n 11 292 13 0.07835 0.44694 0.07748 0.44651 0.07704 0.44564 0.07704 0.44477 0.07748 0.44390 0.07835 0.44346 0.07922 0.44346 0.08009 0.44390 0.08053 0.44477 0.08053 0.44564 0.08009 0.44651 0.07922 0.44694 0.07835 0.44694\n 11 50 2 0.08357 0.44694 0.08357 0.43780\n 11 50 2 0.08357 0.44694 0.08967 0.43780\n 11 50 2 0.08967 0.44694 0.08967 0.43780\n 11 72 3 0.06399 0.53677 0.05963 0.53068 0.06616 0.53068\n 11 50 2 0.06399 0.53677 0.06399 0.52763\n 11 380 17 0.07095 0.53677 0.06964 0.53634 0.06877 0.53503 0.06834 0.53285 0.06834 0.53155 0.06877 0.52937 0.06964 0.52807 0.07095 0.52763 0.07182 0.52763 0.07313 0.52807 0.07400 0.52937 0.07443 0.53155 0.07443 0.53285 0.07400 0.53503 0.07313 0.53634 0.07182 0.53677 0.07095 0.53677\n 11 292 13 0.07835 0.53677 0.07748 0.53634 0.07704 0.53547 0.07704 0.53459 0.07748 0.53372 0.07835 0.53329 0.07922 0.53329 0.08009 0.53372 0.08053 0.53459 0.08053 0.53547 0.08009 0.53634 0.07922 0.53677 0.07835 0.53677\n 11 50 2 0.08357 0.53677 0.08357 0.52763\n 11 50 2 0.08357 0.53677 0.08967 0.52763\n 11 50 2 0.08967 0.53677 0.08967 0.52763\n 11 512 23 0.06529 0.62529 0.06486 0.62616 0.06355 0.62660 0.06268 0.62660 0.06137 0.62616 0.06050 0.62486 0.06007 0.62268 0.06007 0.62051 0.06050 0.61876 0.06137 0.61789 0.06268 0.61746 0.06311 0.61746 0.06442 0.61789 0.06529 0.61876 0.06573 0.62007 0.06573 0.62051 0.06529 0.62181 0.06442 0.62268 0.06311 0.62312 0.06268 0.62312 0.06137 0.62268 0.06050 0.62181 0.06007 0.62051\n 11 380 17 0.07095 0.62660 0.06964 0.62616 0.06877 0.62486 0.06834 0.62268 0.06834 0.62138 0.06877 0.61920 0.06964 0.61789 0.07095 0.61746 0.07182 0.61746 0.07313 0.61789 0.07400 0.61920 0.07443 0.62138 0.07443 0.62268 0.07400 0.62486 0.07313 0.62616 0.07182 0.62660 0.07095 0.62660\n 11 292 13 0.07835 0.62660 0.07748 0.62616 0.07704 0.62529 0.07704 0.62442 0.07748 0.62355 0.07835 0.62312 0.07922 0.62312 0.08009 0.62355 0.08053 0.62442 0.08053 0.62529 0.08009 0.62616 0.07922 0.62660 0.07835 0.62660\n 11 50 2 0.08357 0.62660 0.08357 0.61746\n 11 50 2 0.08357 0.62660 0.08967 0.61746\n 11 50 2 0.08967 0.62660 0.08967 0.61746\n 11 864 39 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.17289 0.92002 0.17289 0.90859 0.17289 0.90859 0.21780 0.92002 0.21780 0.90859 0.21780 0.90859 0.26271 0.92002 0.26271 0.90859 0.26271 0.90859 0.30763 0.92002 0.30763 0.90859 0.30763 0.90859 0.35254 0.92002 0.35254 0.90859 0.35254 0.90859 0.39746 0.92002 0.39746 0.90859 0.39746 0.90859 0.44237 0.92002 0.44237 0.90859 0.44237 0.90859 0.48729 0.92002 0.48729 0.90859 0.48729 0.90859 0.53220 0.92002 0.53220 0.90859 0.53220 0.90859 0.57711 0.92002 0.57711 0.90859 0.57711 0.90859 0.62203 0.92002 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 864 39 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.17289 0.92002 0.17289 0.90859 0.17289 0.90859 0.21780 0.92002 0.21780 0.90859 0.21780 0.90859 0.26271 0.92002 0.26271 0.90859 0.26271 0.90859 0.30763 0.92002 0.30763 0.90859 0.30763 0.90859 0.35254 0.92002 0.35254 0.90859 0.35254 0.90859 0.39746 0.92002 0.39746 0.90859 0.39746 0.90859 0.44237 0.92002 0.44237 0.90859 0.44237 0.90859 0.48729 0.92002 0.48729 0.90859 0.48729 0.90859 0.53220 0.92002 0.53220 0.90859 0.53220 0.90859 0.57711 0.92002 0.57711 0.90859 0.57711 0.90859 0.62203 0.92002 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.63346 0.10969 0.62203 0.18958 0.62203 0.18958 0.63346 0.18958 0.62203 0.26947 0.62203 0.26947 0.63346 0.26947 0.62203 0.34936 0.62203 0.34936 0.63346 0.34936 0.62203 0.42925 0.62203 0.42925 0.63346 0.42925 0.62203 0.50914 0.62203 0.50914 0.63346 0.50914 0.62203 0.58903 0.62203 0.58903 0.63346 0.58903 0.62203 0.66892 0.62203 0.66892 0.63346 0.66892 0.62203 0.74881 0.62203 0.74881 0.63346 0.74881 0.62203 0.82870 0.62203 0.82870 0.63346 0.82870 0.62203 0.90859 0.62203 0.90859 0.63346 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.63346 0.10969 0.62203 0.18958 0.62203 0.18958 0.63346 0.18958 0.62203 0.26947 0.62203 0.26947 0.63346 0.26947 0.62203 0.34936 0.62203 0.34936 0.63346 0.34936 0.62203 0.42925 0.62203 0.42925 0.63346 0.42925 0.62203 0.50914 0.62203 0.50914 0.63346 0.50914 0.62203 0.58903 0.62203 0.58903 0.63346 0.58903 0.62203 0.66892 0.62203 0.66892 0.63346 0.66892 0.62203 0.74881 0.62203 0.74881 0.63346 0.74881 0.62203 0.82870 0.62203 0.82870 0.63346 0.82870 0.62203 0.90859 0.62203 0.90859 0.63346 0.90859 0.62203 0.90859 0.62203\n 11 798 36 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.11654 0.10969 0.12797 0.18958 0.12797 0.18958 0.11654 0.18958 0.12797 0.26947 0.12797 0.26947 0.11654 0.26947 0.12797 0.34936 0.12797 0.34936 0.11654 0.34936 0.12797 0.42925 0.12797 0.42925 0.11654 0.42925 0.12797 0.50914 0.12797 0.50914 0.11654 0.50914 0.12797 0.58903 0.12797 0.58903 0.11654 0.58903 0.12797 0.66892 0.12797 0.66892 0.11654 0.66892 0.12797 0.74881 0.12797 0.74881 0.11654 0.74881 0.12797 0.82870 0.12797 0.82870 0.11654 0.82870 0.12797 0.90859 0.12797 0.90859 0.11654 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.09206 0.10658 0.09293 0.10701 0.09424 0.10832 0.09424 0.09918\n 11 380 17 0.10207 0.10832 0.10077 0.10788 0.09990 0.10658 0.09946 0.10440 0.09946 0.10309 0.09990 0.10092 0.10077 0.09961 0.10207 0.09918 0.10294 0.09918 0.10425 0.09961 0.10512 0.10092 0.10555 0.10309 0.10555 0.10440 0.10512 0.10658 0.10425 0.10788 0.10294 0.10832 0.10207 0.10832\n 11 380 17 0.11078 0.10832 0.10947 0.10788 0.10860 0.10658 0.10817 0.10440 0.10817 0.10309 0.10860 0.10092 0.10947 0.09961 0.11078 0.09918 0.11165 0.09918 0.11295 0.09961 0.11382 0.10092 0.11426 0.10309 0.11426 0.10440 0.11382 0.10658 0.11295 0.10788 0.11165 0.10832 0.11078 0.10832\n 11 292 13 0.11818 0.10832 0.11731 0.10788 0.11687 0.10701 0.11687 0.10614 0.11731 0.10527 0.11818 0.10484 0.11905 0.10484 0.11992 0.10527 0.12035 0.10614 0.12035 0.10701 0.11992 0.10788 0.11905 0.10832 0.11818 0.10832\n 11 50 2 0.12340 0.10832 0.12340 0.09918\n 11 50 2 0.12340 0.10832 0.12906 0.10832\n 11 50 2 0.12340 0.10397 0.12688 0.10397\n 11 50 2 0.12340 0.09918 0.12906 0.09918\n 11 94 4 0.25184 0.10658 0.25271 0.10701 0.25402 0.10832 0.25402 0.09918\n 11 72 3 0.26359 0.10832 0.25924 0.10222 0.26577 0.10222\n 11 50 2 0.26359 0.10832 0.26359 0.09918\n 11 380 17 0.27056 0.10832 0.26925 0.10788 0.26838 0.10658 0.26795 0.10440 0.26795 0.10309 0.26838 0.10092 0.26925 0.09961 0.27056 0.09918 0.27143 0.09918 0.27273 0.09961 0.27360 0.10092 0.27404 0.10309 0.27404 0.10440 0.27360 0.10658 0.27273 0.10788 0.27143 0.10832 0.27056 0.10832\n 11 292 13 0.27796 0.10832 0.27709 0.10788 0.27665 0.10701 0.27665 0.10614 0.27709 0.10527 0.27796 0.10484 0.27883 0.10484 0.27970 0.10527 0.28013 0.10614 0.28013 0.10701 0.27970 0.10788 0.27883 0.10832 0.27796 0.10832\n 11 50 2 0.28318 0.10832 0.28318 0.09918\n 11 50 2 0.28318 0.10832 0.28884 0.10832\n 11 50 2 0.28318 0.10397 0.28666 0.10397\n 11 50 2 0.28318 0.09918 0.28884 0.09918\n 11 94 4 0.41576 0.10658 0.41663 0.10701 0.41793 0.10832 0.41793 0.09918\n 11 644 29 0.42533 0.10832 0.42403 0.10788 0.42359 0.10701 0.42359 0.10614 0.42403 0.10527 0.42490 0.10484 0.42664 0.10440 0.42794 0.10397 0.42882 0.10309 0.42925 0.10222 0.42925 0.10092 0.42882 0.10005 0.42838 0.09961 0.42707 0.09918 0.42533 0.09918 0.42403 0.09961 0.42359 0.10005 0.42316 0.10092 0.42316 0.10222 0.42359 0.10309 0.42446 0.10397 0.42577 0.10440 0.42751 0.10484 0.42838 0.10527 0.42882 0.10614 0.42882 0.10701 0.42838 0.10788 0.42707 0.10832 0.42533 0.10832\n 11 380 17 0.43447 0.10832 0.43317 0.10788 0.43230 0.10658 0.43186 0.10440 0.43186 0.10309 0.43230 0.10092 0.43317 0.09961 0.43447 0.09918 0.43534 0.09918 0.43665 0.09961 0.43752 0.10092 0.43796 0.10309 0.43796 0.10440 0.43752 0.10658 0.43665 0.10788 0.43534 0.10832 0.43447 0.10832\n 11 292 13 0.44187 0.10832 0.44100 0.10788 0.44057 0.10701 0.44057 0.10614 0.44100 0.10527 0.44187 0.10484 0.44274 0.10484 0.44361 0.10527 0.44405 0.10614 0.44405 0.10701 0.44361 0.10788 0.44274 0.10832 0.44187 0.10832\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 798 36 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.11654 0.10969 0.12797 0.18958 0.12797 0.18958 0.11654 0.18958 0.12797 0.26947 0.12797 0.26947 0.11654 0.26947 0.12797 0.34936 0.12797 0.34936 0.11654 0.34936 0.12797 0.42925 0.12797 0.42925 0.11654 0.42925 0.12797 0.50914 0.12797 0.50914 0.11654 0.50914 0.12797 0.58903 0.12797 0.58903 0.11654 0.58903 0.12797 0.66892 0.12797 0.66892 0.11654 0.66892 0.12797 0.74881 0.12797 0.74881 0.11654 0.74881 0.12797 0.82870 0.12797 0.82870 0.11654 0.82870 0.12797 0.90859 0.12797 0.90859 0.11654 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.09206 0.10658 0.09293 0.10701 0.09424 0.10832 0.09424 0.09918\n 11 380 17 0.10207 0.10832 0.10077 0.10788 0.09990 0.10658 0.09946 0.10440 0.09946 0.10309 0.09990 0.10092 0.10077 0.09961 0.10207 0.09918 0.10294 0.09918 0.10425 0.09961 0.10512 0.10092 0.10555 0.10309 0.10555 0.10440 0.10512 0.10658 0.10425 0.10788 0.10294 0.10832 0.10207 0.10832\n 11 380 17 0.11078 0.10832 0.10947 0.10788 0.10860 0.10658 0.10817 0.10440 0.10817 0.10309 0.10860 0.10092 0.10947 0.09961 0.11078 0.09918 0.11165 0.09918 0.11295 0.09961 0.11382 0.10092 0.11426 0.10309 0.11426 0.10440 0.11382 0.10658 0.11295 0.10788 0.11165 0.10832 0.11078 0.10832\n 11 292 13 0.11818 0.10832 0.11731 0.10788 0.11687 0.10701 0.11687 0.10614 0.11731 0.10527 0.11818 0.10484 0.11905 0.10484 0.11992 0.10527 0.12035 0.10614 0.12035 0.10701 0.11992 0.10788 0.11905 0.10832 0.11818 0.10832\n 11 50 2 0.12340 0.10832 0.12340 0.09918\n 11 50 2 0.12340 0.10832 0.12906 0.10832\n 11 50 2 0.12340 0.10397 0.12688 0.10397\n 11 50 2 0.12340 0.09918 0.12906 0.09918\n 11 94 4 0.25184 0.10658 0.25271 0.10701 0.25402 0.10832 0.25402 0.09918\n 11 72 3 0.26359 0.10832 0.25924 0.10222 0.26577 0.10222\n 11 50 2 0.26359 0.10832 0.26359 0.09918\n 11 380 17 0.27056 0.10832 0.26925 0.10788 0.26838 0.10658 0.26795 0.10440 0.26795 0.10309 0.26838 0.10092 0.26925 0.09961 0.27056 0.09918 0.27143 0.09918 0.27273 0.09961 0.27360 0.10092 0.27404 0.10309 0.27404 0.10440 0.27360 0.10658 0.27273 0.10788 0.27143 0.10832 0.27056 0.10832\n 11 292 13 0.27796 0.10832 0.27709 0.10788 0.27665 0.10701 0.27665 0.10614 0.27709 0.10527 0.27796 0.10484 0.27883 0.10484 0.27970 0.10527 0.28013 0.10614 0.28013 0.10701 0.27970 0.10788 0.27883 0.10832 0.27796 0.10832\n 11 50 2 0.28318 0.10832 0.28318 0.09918\n 11 50 2 0.28318 0.10832 0.28884 0.10832\n 11 50 2 0.28318 0.10397 0.28666 0.10397\n 11 50 2 0.28318 0.09918 0.28884 0.09918\n 11 94 4 0.41576 0.10658 0.41663 0.10701 0.41793 0.10832 0.41793 0.09918\n 11 644 29 0.42533 0.10832 0.42403 0.10788 0.42359 0.10701 0.42359 0.10614 0.42403 0.10527 0.42490 0.10484 0.42664 0.10440 0.42794 0.10397 0.42882 0.10309 0.42925 0.10222 0.42925 0.10092 0.42882 0.10005 0.42838 0.09961 0.42707 0.09918 0.42533 0.09918 0.42403 0.09961 0.42359 0.10005 0.42316 0.10092 0.42316 0.10222 0.42359 0.10309 0.42446 0.10397 0.42577 0.10440 0.42751 0.10484 0.42838 0.10527 0.42882 0.10614 0.42882 0.10701 0.42838 0.10788 0.42707 0.10832 0.42533 0.10832\n 11 380 17 0.43447 0.10832 0.43317 0.10788 0.43230 0.10658 0.43186 0.10440 0.43186 0.10309 0.43230 0.10092 0.43317 0.09961 0.43447 0.09918 0.43534 0.09918 0.43665 0.09961 0.43752 0.10092 0.43796 0.10309 0.43796 0.10440 0.43752 0.10658 0.43665 0.10788 0.43534 0.10832 0.43447 0.10832\n 11 292 13 0.44187 0.10832 0.44100 0.10788 0.44057 0.10701 0.44057 0.10614 0.44100 0.10527 0.44187 0.10484 0.44274 0.10484 0.44361 0.10527 0.44405 0.10614 0.44405 0.10701 0.44361 0.10788 0.44274 0.10832 0.44187 0.10832\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 56 39 8 0.00000 0.00000 0.00000\n 56 39 9 0.00000 0.00000 0.00000\n 56 39 10 0.00000 0.00000 0.00000\n 56 39 7 0.00000 0.00000 0.00000\n 38 6 3\n 40 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00004 0.00004 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.10969 0.90859 0.12797 0.62203\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.24550 0.12797 0.24550 0.13695 0.26148 0.13695 0.26148 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.26947 0.12797 0.26947 0.13695 0.58903 0.13695 0.58903 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.78876 0.12797 0.78876 0.13695 0.79675 0.13695 0.79675 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.81272 0.12797 0.81272 0.13695 0.82071 0.13695 0.82071 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.82870 0.12797 0.82870 0.13695 0.86066 0.13695 0.86066 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.87664 0.12797 0.87664 0.13695 0.90859 0.13695 0.90859 0.12797\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.15762 0.13695 0.15762 0.14594 0.16561 0.14594 0.16561 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.17360 0.13695 0.17360 0.14594 0.18159 0.14594 0.18159 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.18958 0.13695 0.18958 0.14594 0.60501 0.14594 0.60501 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.70887 0.13695 0.70887 0.14594 0.72484 0.14594 0.72484 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.73283 0.13695 0.73283 0.14594 0.74082 0.14594 0.74082 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.75680 0.13695 0.75680 0.14594 0.76479 0.14594 0.76479 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.77278 0.13695 0.77278 0.14594 0.86066 0.14594 0.86066 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.87664 0.13695 0.87664 0.14594 0.90859 0.14594 0.90859 0.13695\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.10969 0.14594 0.10969 0.15492 0.37333 0.15492 0.37333 0.14594\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.37333 0.14594 0.37333 0.15492 0.38132 0.15492 0.38132 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.38132 0.14594 0.38132 0.15492 0.44523 0.15492 0.44523 0.14594\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.44523 0.14594 0.44523 0.15492 0.46920 0.15492 0.46920 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.46920 0.14594 0.46920 0.15492 0.72484 0.15492 0.72484 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.73283 0.14594 0.73283 0.15492 0.86066 0.15492 0.86066 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.87664 0.14594 0.87664 0.15492 0.88463 0.15492 0.88463 0.14594\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.88463 0.14594 0.88463 0.15492 0.89261 0.15492 0.89261 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.89261 0.14594 0.89261 0.15492 0.90859 0.15492 0.90859 0.14594\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.10969 0.15492 0.10969 0.16390 0.28545 0.16390 0.28545 0.15492\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.28545 0.15492 0.28545 0.16390 0.51713 0.16390 0.51713 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.51713 0.15492 0.51713 0.16390 0.52512 0.16390 0.52512 0.15492\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.52512 0.15492 0.52512 0.16390 0.53311 0.16390 0.53311 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.53311 0.15492 0.53311 0.16390 0.64495 0.16390 0.64495 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.65294 0.15492 0.65294 0.16390 0.66093 0.16390 0.66093 0.15492\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.66093 0.15492 0.66093 0.16390 0.66892 0.16390 0.66892 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.67691 0.15492 0.67691 0.16390 0.69289 0.16390 0.69289 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.70088 0.15492 0.70088 0.16390 0.70887 0.16390 0.70887 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.75680 0.15492 0.75680 0.16390 0.86066 0.16390 0.86066 0.15492\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.88463 0.15492 0.88463 0.16390 0.90859 0.16390 0.90859 0.15492\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.10969 0.16390 0.10969 0.17289 0.24550 0.17289 0.24550 0.16390\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.24550 0.16390 0.24550 0.17289 0.85267 0.17289 0.85267 0.16390\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.85267 0.16390 0.85267 0.17289 0.86066 0.17289 0.86066 0.16390\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.88463 0.16390 0.88463 0.17289 0.90859 0.17289 0.90859 0.16390\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.10969 0.17289 0.10969 0.18187 0.73283 0.18187 0.73283 0.17289\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.76479 0.17289 0.76479 0.18187 0.85267 0.18187 0.85267 0.17289\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.85267 0.17289 0.85267 0.18187 0.86066 0.18187 0.86066 0.17289\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.89261 0.17289 0.89261 0.18187 0.90859 0.18187 0.90859 0.17289\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.10969 0.18187 0.10969 0.19085 0.27746 0.19085 0.27746 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.28545 0.18187 0.28545 0.19085 0.29344 0.19085 0.29344 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.29344 0.18187 0.29344 0.19085 0.30143 0.19085 0.30143 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.30143 0.18187 0.30143 0.19085 0.30941 0.19085 0.30941 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.30941 0.18187 0.30941 0.19085 0.36534 0.19085 0.36534 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.36534 0.18187 0.36534 0.19085 0.37333 0.19085 0.37333 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.37333 0.18187 0.37333 0.19085 0.38132 0.19085 0.38132 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.38132 0.18187 0.38132 0.19085 0.38931 0.19085 0.38931 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.38931 0.18187 0.38931 0.19085 0.39729 0.19085 0.39729 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.39729 0.18187 0.39729 0.19085 0.40528 0.19085 0.40528 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.40528 0.18187 0.40528 0.19085 0.44523 0.19085 0.44523 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.44523 0.18187 0.44523 0.19085 0.66093 0.19085 0.66093 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.66892 0.18187 0.66892 0.19085 0.70887 0.19085 0.70887 0.18187\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.75680 0.18187 0.75680 0.19085 0.76479 0.19085 0.76479 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.76479 0.18187 0.76479 0.19085 0.85267 0.19085 0.85267 0.18187\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.85267 0.18187 0.85267 0.19085 0.86066 0.19085 0.86066 0.18187\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.10969 0.19085 0.10969 0.19983 0.15762 0.19983 0.15762 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.15762 0.19085 0.15762 0.19983 0.18159 0.19983 0.18159 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.18159 0.19085 0.18159 0.19983 0.26947 0.19983 0.26947 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.30941 0.19085 0.30941 0.19983 0.51713 0.19983 0.51713 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.51713 0.19085 0.51713 0.19983 0.53311 0.19983 0.53311 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.53311 0.19085 0.53311 0.19983 0.58104 0.19983 0.58104 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.58104 0.19085 0.58104 0.19983 0.59702 0.19983 0.59702 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.59702 0.19085 0.59702 0.19983 0.68490 0.19983 0.68490 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.68490 0.19085 0.68490 0.19983 0.69289 0.19983 0.69289 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.69289 0.19085 0.69289 0.19983 0.72484 0.19983 0.72484 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.74881 0.19085 0.74881 0.19983 0.76479 0.19983 0.76479 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.76479 0.19085 0.76479 0.19983 0.77278 0.19983 0.77278 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.77278 0.19085 0.77278 0.19983 0.78077 0.19983 0.78077 0.19085\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.78077 0.19085 0.78077 0.19983 0.80473 0.19983 0.80473 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.80473 0.19085 0.80473 0.19983 0.86066 0.19983 0.86066 0.19085\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.10969 0.19983 0.10969 0.20882 0.14165 0.20882 0.14165 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.14165 0.19983 0.14165 0.20882 0.17360 0.20882 0.17360 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.18159 0.19983 0.18159 0.20882 0.18958 0.20882 0.18958 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.18958 0.19983 0.18958 0.20882 0.19757 0.20882 0.19757 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.19757 0.19983 0.19757 0.20882 0.21355 0.20882 0.21355 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.21355 0.19983 0.21355 0.20882 0.22154 0.20882 0.22154 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.22154 0.19983 0.22154 0.20882 0.22952 0.20882 0.22952 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.22952 0.19983 0.22952 0.20882 0.23751 0.20882 0.23751 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.23751 0.19983 0.23751 0.20882 0.24550 0.20882 0.24550 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.24550 0.19983 0.24550 0.20882 0.26148 0.20882 0.26148 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.26148 0.19983 0.26148 0.20882 0.26947 0.20882 0.26947 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.30941 0.19983 0.30941 0.20882 0.81272 0.20882 0.81272 0.19983\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.81272 0.19983 0.81272 0.20882 0.86865 0.20882 0.86865 0.19983\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.20882 0.10969 0.21780 0.17360 0.21780 0.17360 0.20882\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.31740 0.20882 0.31740 0.21780 0.82071 0.21780 0.82071 0.20882\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.82071 0.20882 0.82071 0.21780 0.86865 0.21780 0.86865 0.20882\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.21780 0.10969 0.22678 0.17360 0.22678 0.17360 0.21780\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.31740 0.21780 0.31740 0.22678 0.33338 0.22678 0.33338 0.21780\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.33338 0.21780 0.33338 0.22678 0.83669 0.22678 0.83669 0.21780\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.83669 0.21780 0.83669 0.22678 0.86865 0.22678 0.86865 0.21780\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.22678 0.10969 0.23577 0.17360 0.23577 0.17360 0.22678\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.31740 0.22678 0.31740 0.23577 0.34936 0.23577 0.34936 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.34936 0.22678 0.34936 0.23577 0.53311 0.23577 0.53311 0.22678\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.53311 0.22678 0.53311 0.23577 0.54110 0.23577 0.54110 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.54110 0.22678 0.54110 0.23577 0.55707 0.23577 0.55707 0.22678\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.55707 0.22678 0.55707 0.23577 0.56506 0.23577 0.56506 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.56506 0.22678 0.56506 0.23577 0.57305 0.23577 0.57305 0.22678\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.57305 0.22678 0.57305 0.23577 0.67691 0.23577 0.67691 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.67691 0.22678 0.67691 0.23577 0.68490 0.23577 0.68490 0.22678\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.68490 0.22678 0.68490 0.23577 0.70088 0.23577 0.70088 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.70088 0.22678 0.70088 0.23577 0.84468 0.23577 0.84468 0.22678\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.84468 0.22678 0.84468 0.23577 0.86865 0.23577 0.86865 0.22678\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.23577 0.10969 0.24475 0.14963 0.24475 0.14963 0.23577\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.14963 0.23577 0.14963 0.24475 0.16561 0.24475 0.16561 0.23577\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.16561 0.23577 0.16561 0.24475 0.17360 0.24475 0.17360 0.23577\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.30941 0.23577 0.30941 0.24475 0.71686 0.24475 0.71686 0.23577\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.71686 0.23577 0.71686 0.24475 0.86066 0.24475 0.86066 0.23577\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.86066 0.23577 0.86066 0.24475 0.86865 0.24475 0.86865 0.23577\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.24475 0.10969 0.25373 0.14165 0.25373 0.14165 0.24475\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.14165 0.24475 0.14165 0.25373 0.17360 0.25373 0.17360 0.24475\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.30143 0.24475 0.30143 0.25373 0.72484 0.25373 0.72484 0.24475\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.72484 0.24475 0.72484 0.25373 0.86865 0.25373 0.86865 0.24475\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.10969 0.25373 0.10969 0.26271 0.11768 0.26271 0.11768 0.25373\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.11768 0.25373 0.11768 0.26271 0.18958 0.26271 0.18958 0.25373\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.30143 0.25373 0.30143 0.26271 0.73283 0.26271 0.73283 0.25373\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.73283 0.25373 0.73283 0.26271 0.86865 0.26271 0.86865 0.25373\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.26271 0.10969 0.27170 0.19757 0.27170 0.19757 0.26271\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.28545 0.26271 0.28545 0.27170 0.72484 0.27170 0.72484 0.26271\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.72484 0.26271 0.72484 0.27170 0.86865 0.27170 0.86865 0.26271\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.27170 0.10969 0.28068 0.20556 0.28068 0.20556 0.27170\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.28545 0.27170 0.28545 0.28068 0.71686 0.28068 0.71686 0.27170\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.71686 0.27170 0.71686 0.28068 0.86865 0.28068 0.86865 0.27170\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.28068 0.10969 0.28966 0.22154 0.28966 0.22154 0.28068\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.25349 0.28068 0.25349 0.28966 0.26148 0.28966 0.26148 0.28068\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.26947 0.28068 0.26947 0.28966 0.72484 0.28966 0.72484 0.28068\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.72484 0.28068 0.72484 0.28966 0.84468 0.28966 0.84468 0.28068\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.84468 0.28068 0.84468 0.28966 0.85267 0.28966 0.85267 0.28068\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.85267 0.28068 0.85267 0.28966 0.86066 0.28966 0.86066 0.28068\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.28966 0.10969 0.29865 0.22952 0.29865 0.22952 0.28966\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.23751 0.28966 0.23751 0.29865 0.73283 0.29865 0.73283 0.28966\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.73283 0.28966 0.73283 0.29865 0.74082 0.29865 0.74082 0.28966\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.74082 0.28966 0.74082 0.29865 0.74881 0.29865 0.74881 0.28966\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.74881 0.28966 0.74881 0.29865 0.77278 0.29865 0.77278 0.28966\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.77278 0.28966 0.77278 0.29865 0.82870 0.29865 0.82870 0.28966\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82870 0.28966 0.82870 0.29865 0.84468 0.29865 0.84468 0.28966\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.29865 0.10969 0.30763 0.82870 0.30763 0.82870 0.29865\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82870 0.29865 0.82870 0.30763 0.84468 0.30763 0.84468 0.29865\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.30763 0.10969 0.31661 0.82071 0.31661 0.82071 0.30763\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82071 0.30763 0.82071 0.31661 0.83669 0.31661 0.83669 0.30763\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.31661 0.10969 0.32559 0.82071 0.32559 0.82071 0.31661\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82071 0.31661 0.82071 0.32559 0.83669 0.32559 0.83669 0.31661\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.32559 0.10969 0.33458 0.26148 0.33458 0.26148 0.32559\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.28545 0.32559 0.28545 0.33458 0.82071 0.33458 0.82071 0.32559\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82071 0.32559 0.82071 0.33458 0.82870 0.33458 0.82870 0.32559\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.33458 0.10969 0.34356 0.24550 0.34356 0.24550 0.33458\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.25349 0.33458 0.25349 0.34356 0.81272 0.34356 0.81272 0.33458\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.81272 0.33458 0.81272 0.34356 0.82071 0.34356 0.82071 0.33458\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.82071 0.33458 0.82071 0.34356 0.83669 0.34356 0.83669 0.33458\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.34356 0.10969 0.35254 0.15762 0.35254 0.15762 0.34356\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.17360 0.34356 0.17360 0.35254 0.82870 0.35254 0.82870 0.34356\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.35254 0.10969 0.36153 0.15762 0.36153 0.15762 0.35254\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.17360 0.35254 0.17360 0.36153 0.83669 0.36153 0.83669 0.35254\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.36153 0.10969 0.37051 0.16561 0.37051 0.16561 0.36153\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.17360 0.36153 0.17360 0.37051 0.84468 0.37051 0.84468 0.36153\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.37051 0.10969 0.37949 0.84468 0.37949 0.84468 0.37051\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.37949 0.10969 0.38847 0.84468 0.38847 0.84468 0.37949\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.38847 0.10969 0.39746 0.86865 0.39746 0.86865 0.38847\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.89261 0.38847 0.89261 0.39746 0.90859 0.39746 0.90859 0.38847\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.39746 0.10969 0.40644 0.90859 0.40644 0.90859 0.39746\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.10969 0.40644 0.10969 0.41542 0.12567 0.41542 0.12567 0.40644\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.14165 0.40644 0.14165 0.41542 0.58104 0.41542 0.58104 0.40644\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.58104 0.40644 0.58104 0.41542 0.62099 0.41542 0.62099 0.40644\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.62099 0.40644 0.62099 0.41542 0.80473 0.41542 0.80473 0.40644\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.81272 0.40644 0.81272 0.41542 0.90859 0.41542 0.90859 0.40644\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.14165 0.41542 0.14165 0.42441 0.54909 0.42441 0.54909 0.41542\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.54909 0.41542 0.54909 0.42441 0.63697 0.42441 0.63697 0.41542\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.63697 0.41542 0.63697 0.42441 0.64495 0.42441 0.64495 0.41542\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.64495 0.41542 0.64495 0.42441 0.65294 0.42441 0.65294 0.41542\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.65294 0.41542 0.65294 0.42441 0.90859 0.42441 0.90859 0.41542\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.13366 0.42441 0.13366 0.43339 0.14963 0.43339 0.14963 0.42441\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.14963 0.42441 0.14963 0.43339 0.51713 0.43339 0.51713 0.42441\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.51713 0.42441 0.51713 0.43339 0.69289 0.43339 0.69289 0.42441\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.69289 0.42441 0.69289 0.43339 0.78077 0.43339 0.78077 0.42441\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.78876 0.42441 0.78876 0.43339 0.90859 0.43339 0.90859 0.42441\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.12567 0.43339 0.12567 0.44237 0.18159 0.44237 0.18159 0.43339\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.18159 0.43339 0.18159 0.44237 0.49316 0.44237 0.49316 0.43339\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.49316 0.43339 0.49316 0.44237 0.73283 0.44237 0.73283 0.43339\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.73283 0.43339 0.73283 0.44237 0.74082 0.44237 0.74082 0.43339\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.75680 0.43339 0.75680 0.44237 0.78876 0.44237 0.78876 0.43339\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.78876 0.43339 0.78876 0.44237 0.90859 0.44237 0.90859 0.43339\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.13366 0.44237 0.13366 0.45135 0.14165 0.45135 0.14165 0.44237\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.14165 0.44237 0.14165 0.45135 0.18958 0.45135 0.18958 0.44237\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.18958 0.44237 0.18958 0.45135 0.19757 0.45135 0.19757 0.44237\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.19757 0.44237 0.19757 0.45135 0.24550 0.45135 0.24550 0.44237\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.24550 0.44237 0.24550 0.45135 0.42925 0.45135 0.42925 0.44237\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.42925 0.44237 0.42925 0.45135 0.73283 0.45135 0.73283 0.44237\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.75680 0.44237 0.75680 0.45135 0.78876 0.45135 0.78876 0.44237\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.78876 0.44237 0.78876 0.45135 0.90859 0.45135 0.90859 0.44237\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.15762 0.45135 0.15762 0.46034 0.17360 0.46034 0.17360 0.45135\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.17360 0.45135 0.17360 0.46034 0.18159 0.46034 0.18159 0.45135\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.18159 0.45135 0.18159 0.46034 0.63697 0.46034 0.63697 0.45135\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.63697 0.45135 0.63697 0.46034 0.70088 0.46034 0.70088 0.45135\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.70088 0.45135 0.70088 0.46034 0.73283 0.46034 0.73283 0.45135\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.75680 0.45135 0.75680 0.46034 0.79675 0.46034 0.79675 0.45135\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.79675 0.45135 0.79675 0.46034 0.86066 0.46034 0.86066 0.45135\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.86066 0.45135 0.86066 0.46034 0.90859 0.46034 0.90859 0.45135\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.17360 0.46034 0.17360 0.46932 0.19757 0.46932 0.19757 0.46034\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.19757 0.46034 0.19757 0.46932 0.61300 0.46932 0.61300 0.46034\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.61300 0.46034 0.61300 0.46932 0.70887 0.46932 0.70887 0.46034\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.70887 0.46034 0.70887 0.46932 0.72484 0.46932 0.72484 0.46034\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.75680 0.46034 0.75680 0.46932 0.90859 0.46932 0.90859 0.46034\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.18159 0.46932 0.18159 0.47830 0.20556 0.47830 0.20556 0.46932\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.20556 0.46932 0.20556 0.47830 0.58903 0.47830 0.58903 0.46932\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.58903 0.46932 0.58903 0.47830 0.70887 0.47830 0.70887 0.46932\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.70887 0.46932 0.70887 0.47830 0.71686 0.47830 0.71686 0.46932\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.75680 0.46932 0.75680 0.47830 0.76479 0.47830 0.76479 0.46932\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.76479 0.46932 0.76479 0.47830 0.90859 0.47830 0.90859 0.46932\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.18958 0.47830 0.18958 0.48729 0.20556 0.48729 0.20556 0.47830\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.20556 0.47830 0.20556 0.48729 0.22154 0.48729 0.22154 0.47830\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.22154 0.47830 0.22154 0.48729 0.23751 0.48729 0.23751 0.47830\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.23751 0.47830 0.23751 0.48729 0.70887 0.48729 0.70887 0.47830\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.75680 0.47830 0.75680 0.48729 0.78077 0.48729 0.78077 0.47830\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.78077 0.47830 0.78077 0.48729 0.90859 0.48729 0.90859 0.47830\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.18159 0.48729 0.18159 0.49627 0.18958 0.49627 0.18958 0.48729\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.18958 0.48729 0.18958 0.49627 0.21355 0.49627 0.21355 0.48729\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.21355 0.48729 0.21355 0.49627 0.66093 0.49627 0.66093 0.48729\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.66093 0.48729 0.66093 0.49627 0.67691 0.49627 0.67691 0.48729\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.67691 0.48729 0.67691 0.49627 0.70088 0.49627 0.70088 0.48729\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.78077 0.48729 0.78077 0.49627 0.78876 0.49627 0.78876 0.48729\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.78876 0.48729 0.78876 0.49627 0.81272 0.49627 0.81272 0.48729\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.81272 0.48729 0.81272 0.49627 0.82071 0.49627 0.82071 0.48729\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.82071 0.48729 0.82071 0.49627 0.82870 0.49627 0.82870 0.48729\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82870 0.48729 0.82870 0.49627 0.87664 0.49627 0.87664 0.48729\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.87664 0.48729 0.87664 0.49627 0.90859 0.49627 0.90859 0.48729\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.18159 0.49627 0.18159 0.50525 0.18958 0.50525 0.18958 0.49627\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.20556 0.49627 0.20556 0.50525 0.23751 0.50525 0.23751 0.49627\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.23751 0.49627 0.23751 0.50525 0.63697 0.50525 0.63697 0.49627\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.63697 0.49627 0.63697 0.50525 0.67691 0.50525 0.67691 0.49627\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.67691 0.49627 0.67691 0.50525 0.68490 0.50525 0.68490 0.49627\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.82071 0.49627 0.82071 0.50525 0.82870 0.50525 0.82870 0.49627\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.82870 0.49627 0.82870 0.50525 0.86066 0.50525 0.86066 0.49627\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.86066 0.49627 0.86066 0.50525 0.90859 0.50525 0.90859 0.49627\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.21355 0.50525 0.21355 0.51423 0.26148 0.51423 0.26148 0.50525\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.26148 0.50525 0.26148 0.51423 0.42126 0.51423 0.42126 0.50525\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.42126 0.50525 0.42126 0.51423 0.52512 0.51423 0.52512 0.50525\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.52512 0.50525 0.52512 0.51423 0.62099 0.51423 0.62099 0.50525\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.62099 0.50525 0.62099 0.51423 0.67691 0.51423 0.67691 0.50525\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.83669 0.50525 0.83669 0.51423 0.84468 0.51423 0.84468 0.50525\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.84468 0.50525 0.84468 0.51423 0.86066 0.51423 0.86066 0.50525\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.86066 0.50525 0.86066 0.51423 0.90859 0.51423 0.90859 0.50525\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.22154 0.51423 0.22154 0.52322 0.25349 0.52322 0.25349 0.51423\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.26148 0.51423 0.26148 0.52322 0.66892 0.52322 0.66892 0.51423\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.85267 0.51423 0.85267 0.52322 0.90859 0.52322 0.90859 0.51423\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.29344 0.52322 0.29344 0.53220 0.66093 0.53220 0.66093 0.52322\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.86066 0.52322 0.86066 0.53220 0.88463 0.53220 0.88463 0.52322\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.88463 0.52322 0.88463 0.53220 0.90859 0.53220 0.90859 0.52322\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.38931 0.53220 0.38931 0.54118 0.39729 0.54118 0.39729 0.53220\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.41327 0.53220 0.41327 0.54118 0.65294 0.54118 0.65294 0.53220\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.89261 0.53220 0.89261 0.54118 0.90859 0.54118 0.90859 0.53220\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.59702 0.54118 0.59702 0.55017 0.65294 0.55017 0.65294 0.54118\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.65294 0.55017 0.65294 0.55915 0.66093 0.55915 0.66093 0.55017\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 40 6 7\n 38 6 3\n 39 6 -13\n 14 94 4 0.93144 0.12797 0.95521 0.12797 0.95521 0.25149 0.93144 0.25149\n 11 116 5 0.93144 0.12797 0.95521 0.12797 0.95521 0.25149 0.93144 0.25149 0.93144 0.12797\n 40 6 8\n 38 6 3\n 39 6 -14\n 14 94 4 0.93144 0.25149 0.95521 0.25149 0.95521 0.37500 0.93144 0.37500\n 11 116 5 0.93144 0.25149 0.95521 0.25149 0.95521 0.37500 0.93144 0.37500 0.93144 0.25149\n 40 6 9\n 38 6 3\n 39 6 -6\n 14 94 4 0.93144 0.37500 0.95521 0.37500 0.95521 0.49851 0.93144 0.49851\n 11 116 5 0.93144 0.37500 0.95521 0.37500 0.95521 0.49851 0.93144 0.49851 0.93144 0.37500\n 40 6 10\n 38 6 3\n 39 6 -5\n 14 94 4 0.93144 0.49851 0.95521 0.49851 0.95521 0.62203 0.93144 0.62203\n 11 116 5 0.93144 0.49851 0.95521 0.49851 0.95521 0.62203 0.93144 0.62203 0.93144 0.49851\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 94 4 0.96376 0.13080 0.96463 0.13124 0.96594 0.13254 0.96594 0.12340\n 11 380 17 0.97377 0.13254 0.97247 0.13211 0.97160 0.13080 0.97116 0.12862 0.97116 0.12732 0.97160 0.12514 0.97247 0.12384 0.97377 0.12340 0.97465 0.12340 0.97595 0.12384 0.97682 0.12514 0.97726 0.12732 0.97726 0.12862 0.97682 0.13080 0.97595 0.13211 0.97465 0.13254 0.97377 0.13254\n 11 94 4 0.96376 0.25431 0.96463 0.25475 0.96594 0.25606 0.96594 0.24692\n 11 380 17 0.97639 0.25606 0.97203 0.25606 0.97160 0.25214 0.97203 0.25257 0.97334 0.25301 0.97465 0.25301 0.97595 0.25257 0.97682 0.25170 0.97726 0.25040 0.97726 0.24953 0.97682 0.24822 0.97595 0.24735 0.97465 0.24692 0.97334 0.24692 0.97203 0.24735 0.97160 0.24779 0.97116 0.24866\n 11 314 14 0.96289 0.37739 0.96289 0.37783 0.96333 0.37870 0.96376 0.37914 0.96463 0.37957 0.96637 0.37957 0.96725 0.37914 0.96768 0.37870 0.96812 0.37783 0.96812 0.37696 0.96768 0.37609 0.96681 0.37478 0.96246 0.37043 0.96855 0.37043\n 11 380 17 0.97377 0.37957 0.97247 0.37914 0.97160 0.37783 0.97116 0.37565 0.97116 0.37435 0.97160 0.37217 0.97247 0.37086 0.97377 0.37043 0.97465 0.37043 0.97595 0.37086 0.97682 0.37217 0.97726 0.37435 0.97726 0.37565 0.97682 0.37783 0.97595 0.37914 0.97465 0.37957 0.97377 0.37957\n 11 314 14 0.96289 0.50091 0.96289 0.50134 0.96333 0.50221 0.96376 0.50265 0.96463 0.50309 0.96637 0.50309 0.96725 0.50265 0.96768 0.50221 0.96812 0.50134 0.96812 0.50047 0.96768 0.49960 0.96681 0.49830 0.96246 0.49394 0.96855 0.49394\n 11 380 17 0.97639 0.50309 0.97203 0.50309 0.97160 0.49917 0.97203 0.49960 0.97334 0.50004 0.97465 0.50004 0.97595 0.49960 0.97682 0.49873 0.97726 0.49743 0.97726 0.49656 0.97682 0.49525 0.97595 0.49438 0.97465 0.49394 0.97334 0.49394 0.97203 0.49438 0.97160 0.49481 0.97116 0.49569\n 11 336 15 0.96333 0.62660 0.96812 0.62660 0.96550 0.62312 0.96681 0.62312 0.96768 0.62268 0.96812 0.62225 0.96855 0.62094 0.96855 0.62007 0.96812 0.61876 0.96725 0.61789 0.96594 0.61746 0.96463 0.61746 0.96333 0.61789 0.96289 0.61833 0.96246 0.61920\n 11 380 17 0.97377 0.62660 0.97247 0.62616 0.97160 0.62486 0.97116 0.62268 0.97116 0.62138 0.97160 0.61920 0.97247 0.61789 0.97377 0.61746 0.97465 0.61746 0.97595 0.61789 0.97682 0.61920 0.97726 0.62138 0.97726 0.62268 0.97682 0.62486 0.97595 0.62616 0.97465 0.62660 0.97377 0.62660\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.17289 0.10969 0.17289\n 11 94 4 0.10969 0.17289 0.10969 0.17289 0.10969 0.21780 0.10969 0.21780\n 11 94 4 0.10969 0.21780 0.10969 0.21780 0.10969 0.26271 0.10969 0.26271\n 11 94 4 0.10969 0.26271 0.10969 0.26271 0.10969 0.30763 0.10969 0.30763\n 11 94 4 0.10969 0.30763 0.10969 0.30763 0.10969 0.35254 0.10969 0.35254\n 11 94 4 0.10969 0.35254 0.10969 0.35254 0.10969 0.39746 0.10969 0.39746\n 11 94 4 0.10969 0.39746 0.10969 0.39746 0.10969 0.44237 0.10969 0.44237\n 11 94 4 0.10969 0.44237 0.10969 0.44237 0.10969 0.48729 0.10969 0.48729\n 11 94 4 0.10969 0.48729 0.10969 0.48729 0.10969 0.53220 0.10969 0.53220\n 11 94 4 0.10969 0.53220 0.10969 0.53220 0.10969 0.57711 0.10969 0.57711\n 11 94 4 0.10969 0.57711 0.10969 0.57711 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.17289 0.10969 0.17289\n 11 94 4 0.10969 0.17289 0.10969 0.17289 0.10969 0.21780 0.10969 0.21780\n 11 94 4 0.10969 0.21780 0.10969 0.21780 0.10969 0.26271 0.10969 0.26271\n 11 94 4 0.10969 0.26271 0.10969 0.26271 0.10969 0.30763 0.10969 0.30763\n 11 94 4 0.10969 0.30763 0.10969 0.30763 0.10969 0.35254 0.10969 0.35254\n 11 94 4 0.10969 0.35254 0.10969 0.35254 0.10969 0.39746 0.10969 0.39746\n 11 94 4 0.10969 0.39746 0.10969 0.39746 0.10969 0.44237 0.10969 0.44237\n 11 94 4 0.10969 0.44237 0.10969 0.44237 0.10969 0.48729 0.10969 0.48729\n 11 94 4 0.10969 0.48729 0.10969 0.48729 0.10969 0.53220 0.10969 0.53220\n 11 94 4 0.10969 0.53220 0.10969 0.53220 0.10969 0.57711 0.10969 0.57711\n 11 94 4 0.10969 0.57711 0.10969 0.57711 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.17289 0.90859 0.17289\n 11 94 4 0.90859 0.17289 0.90859 0.17289 0.90859 0.21780 0.90859 0.21780\n 11 94 4 0.90859 0.21780 0.90859 0.21780 0.90859 0.26271 0.90859 0.26271\n 11 94 4 0.90859 0.26271 0.90859 0.26271 0.90859 0.30763 0.90859 0.30763\n 11 94 4 0.90859 0.30763 0.90859 0.30763 0.90859 0.35254 0.90859 0.35254\n 11 94 4 0.90859 0.35254 0.90859 0.35254 0.90859 0.39746 0.90859 0.39746\n 11 94 4 0.90859 0.39746 0.90859 0.39746 0.90859 0.44237 0.90859 0.44237\n 11 94 4 0.90859 0.44237 0.90859 0.44237 0.90859 0.48729 0.90859 0.48729\n 11 94 4 0.90859 0.48729 0.90859 0.48729 0.90859 0.53220 0.90859 0.53220\n 11 94 4 0.90859 0.53220 0.90859 0.53220 0.90859 0.57711 0.90859 0.57711\n 11 94 4 0.90859 0.57711 0.90859 0.57711 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.17289 0.90859 0.17289\n 11 94 4 0.90859 0.17289 0.90859 0.17289 0.90859 0.21780 0.90859 0.21780\n 11 94 4 0.90859 0.21780 0.90859 0.21780 0.90859 0.26271 0.90859 0.26271\n 11 94 4 0.90859 0.26271 0.90859 0.26271 0.90859 0.30763 0.90859 0.30763\n 11 94 4 0.90859 0.30763 0.90859 0.30763 0.90859 0.35254 0.90859 0.35254\n 11 94 4 0.90859 0.35254 0.90859 0.35254 0.90859 0.39746 0.90859 0.39746\n 11 94 4 0.90859 0.39746 0.90859 0.39746 0.90859 0.44237 0.90859 0.44237\n 11 94 4 0.90859 0.44237 0.90859 0.44237 0.90859 0.48729 0.90859 0.48729\n 11 94 4 0.90859 0.48729 0.90859 0.48729 0.90859 0.53220 0.90859 0.53220\n 11 94 4 0.90859 0.53220 0.90859 0.53220 0.90859 0.57711 0.90859 0.57711\n 11 94 4 0.90859 0.57711 0.90859 0.57711 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.18958 0.62203 0.18958 0.62203\n 11 94 4 0.18958 0.62203 0.18958 0.62203 0.26947 0.62203 0.26947 0.62203\n 11 94 4 0.26947 0.62203 0.26947 0.62203 0.34936 0.62203 0.34936 0.62203\n 11 94 4 0.34936 0.62203 0.34936 0.62203 0.42925 0.62203 0.42925 0.62203\n 11 94 4 0.42925 0.62203 0.42925 0.62203 0.50914 0.62203 0.50914 0.62203\n 11 94 4 0.50914 0.62203 0.50914 0.62203 0.58903 0.62203 0.58903 0.62203\n 11 94 4 0.58903 0.62203 0.58903 0.62203 0.66892 0.62203 0.66892 0.62203\n 11 94 4 0.66892 0.62203 0.66892 0.62203 0.74881 0.62203 0.74881 0.62203\n 11 94 4 0.74881 0.62203 0.74881 0.62203 0.82870 0.62203 0.82870 0.62203\n 11 94 4 0.82870 0.62203 0.82870 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.18958 0.62203 0.18958 0.62203\n 11 94 4 0.18958 0.62203 0.18958 0.62203 0.26947 0.62203 0.26947 0.62203\n 11 94 4 0.26947 0.62203 0.26947 0.62203 0.34936 0.62203 0.34936 0.62203\n 11 94 4 0.34936 0.62203 0.34936 0.62203 0.42925 0.62203 0.42925 0.62203\n 11 94 4 0.42925 0.62203 0.42925 0.62203 0.50914 0.62203 0.50914 0.62203\n 11 94 4 0.50914 0.62203 0.50914 0.62203 0.58903 0.62203 0.58903 0.62203\n 11 94 4 0.58903 0.62203 0.58903 0.62203 0.66892 0.62203 0.66892 0.62203\n 11 94 4 0.66892 0.62203 0.66892 0.62203 0.74881 0.62203 0.74881 0.62203\n 11 94 4 0.74881 0.62203 0.74881 0.62203 0.82870 0.62203 0.82870 0.62203\n 11 94 4 0.82870 0.62203 0.82870 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.18958 0.12797 0.18958 0.12797\n 11 94 4 0.18958 0.12797 0.18958 0.12797 0.26947 0.12797 0.26947 0.12797\n 11 94 4 0.26947 0.12797 0.26947 0.12797 0.34936 0.12797 0.34936 0.12797\n 11 94 4 0.34936 0.12797 0.34936 0.12797 0.42925 0.12797 0.42925 0.12797\n 11 94 4 0.42925 0.12797 0.42925 0.12797 0.50914 0.12797 0.50914 0.12797\n 11 94 4 0.50914 0.12797 0.50914 0.12797 0.58903 0.12797 0.58903 0.12797\n 11 94 4 0.58903 0.12797 0.58903 0.12797 0.66892 0.12797 0.66892 0.12797\n 11 94 4 0.66892 0.12797 0.66892 0.12797 0.74881 0.12797 0.74881 0.12797\n 11 94 4 0.74881 0.12797 0.74881 0.12797 0.82870 0.12797 0.82870 0.12797\n 11 94 4 0.82870 0.12797 0.82870 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 72 3 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.18958 0.12797 0.18958 0.12797\n 11 94 4 0.18958 0.12797 0.18958 0.12797 0.26947 0.12797 0.26947 0.12797\n 11 94 4 0.26947 0.12797 0.26947 0.12797 0.34936 0.12797 0.34936 0.12797\n 11 94 4 0.34936 0.12797 0.34936 0.12797 0.42925 0.12797 0.42925 0.12797\n 11 94 4 0.42925 0.12797 0.42925 0.12797 0.50914 0.12797 0.50914 0.12797\n 11 94 4 0.50914 0.12797 0.50914 0.12797 0.58903 0.12797 0.58903 0.12797\n 11 94 4 0.58903 0.12797 0.58903 0.12797 0.66892 0.12797 0.66892 0.12797\n 11 94 4 0.66892 0.12797 0.66892 0.12797 0.74881 0.12797 0.74881 0.12797\n 11 94 4 0.74881 0.12797 0.74881 0.12797 0.82870 0.12797 0.82870 0.12797\n 11 94 4 0.82870 0.12797 0.82870 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 72 3 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.17289 0.10969 0.17289\n 11 94 4 0.10969 0.17289 0.10969 0.17289 0.10969 0.21780 0.10969 0.21780\n 11 94 4 0.10969 0.21780 0.10969 0.21780 0.10969 0.26271 0.10969 0.26271\n 11 94 4 0.10969 0.26271 0.10969 0.26271 0.10969 0.30763 0.10969 0.30763\n 11 94 4 0.10969 0.30763 0.10969 0.30763 0.10969 0.35254 0.10969 0.35254\n 11 94 4 0.10969 0.35254 0.10969 0.35254 0.10969 0.39746 0.10969 0.39746\n 11 94 4 0.10969 0.39746 0.10969 0.39746 0.10969 0.44237 0.10969 0.44237\n 11 94 4 0.10969 0.44237 0.10969 0.44237 0.10969 0.48729 0.10969 0.48729\n 11 94 4 0.10969 0.48729 0.10969 0.48729 0.10969 0.53220 0.10969 0.53220\n 11 94 4 0.10969 0.53220 0.10969 0.53220 0.10969 0.57711 0.10969 0.57711\n 11 94 4 0.10969 0.57711 0.10969 0.57711 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.17289 0.10969 0.17289\n 11 94 4 0.10969 0.17289 0.10969 0.17289 0.10969 0.21780 0.10969 0.21780\n 11 94 4 0.10969 0.21780 0.10969 0.21780 0.10969 0.26271 0.10969 0.26271\n 11 94 4 0.10969 0.26271 0.10969 0.26271 0.10969 0.30763 0.10969 0.30763\n 11 94 4 0.10969 0.30763 0.10969 0.30763 0.10969 0.35254 0.10969 0.35254\n 11 94 4 0.10969 0.35254 0.10969 0.35254 0.10969 0.39746 0.10969 0.39746\n 11 94 4 0.10969 0.39746 0.10969 0.39746 0.10969 0.44237 0.10969 0.44237\n 11 94 4 0.10969 0.44237 0.10969 0.44237 0.10969 0.48729 0.10969 0.48729\n 11 94 4 0.10969 0.48729 0.10969 0.48729 0.10969 0.53220 0.10969 0.53220\n 11 94 4 0.10969 0.53220 0.10969 0.53220 0.10969 0.57711 0.10969 0.57711\n 11 94 4 0.10969 0.57711 0.10969 0.57711 0.10969 0.62203 0.10969 0.62203\n 11 72 3 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.17289 0.90859 0.17289\n 11 94 4 0.90859 0.17289 0.90859 0.17289 0.90859 0.21780 0.90859 0.21780\n 11 94 4 0.90859 0.21780 0.90859 0.21780 0.90859 0.26271 0.90859 0.26271\n 11 94 4 0.90859 0.26271 0.90859 0.26271 0.90859 0.30763 0.90859 0.30763\n 11 94 4 0.90859 0.30763 0.90859 0.30763 0.90859 0.35254 0.90859 0.35254\n 11 94 4 0.90859 0.35254 0.90859 0.35254 0.90859 0.39746 0.90859 0.39746\n 11 94 4 0.90859 0.39746 0.90859 0.39746 0.90859 0.44237 0.90859 0.44237\n 11 94 4 0.90859 0.44237 0.90859 0.44237 0.90859 0.48729 0.90859 0.48729\n 11 94 4 0.90859 0.48729 0.90859 0.48729 0.90859 0.53220 0.90859 0.53220\n 11 94 4 0.90859 0.53220 0.90859 0.53220 0.90859 0.57711 0.90859 0.57711\n 11 94 4 0.90859 0.57711 0.90859 0.57711 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.90859 0.12797 0.90859 0.12797 0.90859 0.17289 0.90859 0.17289\n 11 94 4 0.90859 0.17289 0.90859 0.17289 0.90859 0.21780 0.90859 0.21780\n 11 94 4 0.90859 0.21780 0.90859 0.21780 0.90859 0.26271 0.90859 0.26271\n 11 94 4 0.90859 0.26271 0.90859 0.26271 0.90859 0.30763 0.90859 0.30763\n 11 94 4 0.90859 0.30763 0.90859 0.30763 0.90859 0.35254 0.90859 0.35254\n 11 94 4 0.90859 0.35254 0.90859 0.35254 0.90859 0.39746 0.90859 0.39746\n 11 94 4 0.90859 0.39746 0.90859 0.39746 0.90859 0.44237 0.90859 0.44237\n 11 94 4 0.90859 0.44237 0.90859 0.44237 0.90859 0.48729 0.90859 0.48729\n 11 94 4 0.90859 0.48729 0.90859 0.48729 0.90859 0.53220 0.90859 0.53220\n 11 94 4 0.90859 0.53220 0.90859 0.53220 0.90859 0.57711 0.90859 0.57711\n 11 94 4 0.90859 0.57711 0.90859 0.57711 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.18958 0.62203 0.18958 0.62203\n 11 94 4 0.18958 0.62203 0.18958 0.62203 0.26947 0.62203 0.26947 0.62203\n 11 94 4 0.26947 0.62203 0.26947 0.62203 0.34936 0.62203 0.34936 0.62203\n 11 94 4 0.34936 0.62203 0.34936 0.62203 0.42925 0.62203 0.42925 0.62203\n 11 94 4 0.42925 0.62203 0.42925 0.62203 0.50914 0.62203 0.50914 0.62203\n 11 94 4 0.50914 0.62203 0.50914 0.62203 0.58903 0.62203 0.58903 0.62203\n 11 94 4 0.58903 0.62203 0.58903 0.62203 0.66892 0.62203 0.66892 0.62203\n 11 94 4 0.66892 0.62203 0.66892 0.62203 0.74881 0.62203 0.74881 0.62203\n 11 94 4 0.74881 0.62203 0.74881 0.62203 0.82870 0.62203 0.82870 0.62203\n 11 94 4 0.82870 0.62203 0.82870 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 94 4 0.10969 0.62203 0.10969 0.62203 0.18958 0.62203 0.18958 0.62203\n 11 94 4 0.18958 0.62203 0.18958 0.62203 0.26947 0.62203 0.26947 0.62203\n 11 94 4 0.26947 0.62203 0.26947 0.62203 0.34936 0.62203 0.34936 0.62203\n 11 94 4 0.34936 0.62203 0.34936 0.62203 0.42925 0.62203 0.42925 0.62203\n 11 94 4 0.42925 0.62203 0.42925 0.62203 0.50914 0.62203 0.50914 0.62203\n 11 94 4 0.50914 0.62203 0.50914 0.62203 0.58903 0.62203 0.58903 0.62203\n 11 94 4 0.58903 0.62203 0.58903 0.62203 0.66892 0.62203 0.66892 0.62203\n 11 94 4 0.66892 0.62203 0.66892 0.62203 0.74881 0.62203 0.74881 0.62203\n 11 94 4 0.74881 0.62203 0.74881 0.62203 0.82870 0.62203 0.82870 0.62203\n 11 94 4 0.82870 0.62203 0.82870 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 72 3 0.90859 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.18958 0.12797 0.18958 0.12797\n 11 94 4 0.18958 0.12797 0.18958 0.12797 0.26947 0.12797 0.26947 0.12797\n 11 94 4 0.26947 0.12797 0.26947 0.12797 0.34936 0.12797 0.34936 0.12797\n 11 94 4 0.34936 0.12797 0.34936 0.12797 0.42925 0.12797 0.42925 0.12797\n 11 94 4 0.42925 0.12797 0.42925 0.12797 0.50914 0.12797 0.50914 0.12797\n 11 94 4 0.50914 0.12797 0.50914 0.12797 0.58903 0.12797 0.58903 0.12797\n 11 94 4 0.58903 0.12797 0.58903 0.12797 0.66892 0.12797 0.66892 0.12797\n 11 94 4 0.66892 0.12797 0.66892 0.12797 0.74881 0.12797 0.74881 0.12797\n 11 94 4 0.74881 0.12797 0.74881 0.12797 0.82870 0.12797 0.82870 0.12797\n 11 94 4 0.82870 0.12797 0.82870 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 72 3 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797\n 11 94 4 0.10969 0.12797 0.10969 0.12797 0.18958 0.12797 0.18958 0.12797\n 11 94 4 0.18958 0.12797 0.18958 0.12797 0.26947 0.12797 0.26947 0.12797\n 11 94 4 0.26947 0.12797 0.26947 0.12797 0.34936 0.12797 0.34936 0.12797\n 11 94 4 0.34936 0.12797 0.34936 0.12797 0.42925 0.12797 0.42925 0.12797\n 11 94 4 0.42925 0.12797 0.42925 0.12797 0.50914 0.12797 0.50914 0.12797\n 11 94 4 0.50914 0.12797 0.50914 0.12797 0.58903 0.12797 0.58903 0.12797\n 11 94 4 0.58903 0.12797 0.58903 0.12797 0.66892 0.12797 0.66892 0.12797\n 11 94 4 0.66892 0.12797 0.66892 0.12797 0.74881 0.12797 0.74881 0.12797\n 11 94 4 0.74881 0.12797 0.74881 0.12797 0.82870 0.12797 0.82870 0.12797\n 11 94 4 0.82870 0.12797 0.82870 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 72 3 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.57031 0.10658 0.57118 0.10701 0.57249 0.10832 0.57249 0.09918\n 11 72 3 0.58207 0.10832 0.57771 0.10222 0.58424 0.10222\n 11 50 2 0.58207 0.10832 0.58207 0.09918\n 11 380 17 0.58903 0.10832 0.58773 0.10788 0.58685 0.10658 0.58642 0.10440 0.58642 0.10309 0.58685 0.10092 0.58773 0.09961 0.58903 0.09918 0.58990 0.09918 0.59121 0.09961 0.59208 0.10092 0.59251 0.10309 0.59251 0.10440 0.59208 0.10658 0.59121 0.10788 0.58990 0.10832 0.58903 0.10832\n 11 292 13 0.59643 0.10832 0.59556 0.10788 0.59512 0.10701 0.59512 0.10614 0.59556 0.10527 0.59643 0.10484 0.59730 0.10484 0.59817 0.10527 0.59861 0.10614 0.59861 0.10701 0.59817 0.10788 0.59730 0.10832 0.59643 0.10832\n 11 50 2 0.60078 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60296 0.09918\n 11 50 2 0.60514 0.10832 0.60731 0.09918\n 11 50 2 0.60949 0.10832 0.60731 0.09918\n 11 94 4 0.73009 0.10658 0.73097 0.10701 0.73227 0.10832 0.73227 0.09918\n 11 380 17 0.74011 0.10832 0.73880 0.10788 0.73793 0.10658 0.73749 0.10440 0.73749 0.10309 0.73793 0.10092 0.73880 0.09961 0.74011 0.09918 0.74098 0.09918 0.74228 0.09961 0.74315 0.10092 0.74359 0.10309 0.74359 0.10440 0.74315 0.10658 0.74228 0.10788 0.74098 0.10832 0.74011 0.10832\n 11 380 17 0.74881 0.10832 0.74751 0.10788 0.74664 0.10658 0.74620 0.10440 0.74620 0.10309 0.74664 0.10092 0.74751 0.09961 0.74881 0.09918 0.74968 0.09918 0.75099 0.09961 0.75186 0.10092 0.75229 0.10309 0.75229 0.10440 0.75186 0.10658 0.75099 0.10788 0.74968 0.10832 0.74881 0.10832\n 11 292 13 0.75621 0.10832 0.75534 0.10788 0.75491 0.10701 0.75491 0.10614 0.75534 0.10527 0.75621 0.10484 0.75708 0.10484 0.75795 0.10527 0.75839 0.10614 0.75839 0.10701 0.75795 0.10788 0.75708 0.10832 0.75621 0.10832\n 11 50 2 0.76056 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76274 0.09918\n 11 50 2 0.76492 0.10832 0.76709 0.09918\n 11 50 2 0.76927 0.10832 0.76709 0.09918\n 11 512 23 0.89858 0.10701 0.89815 0.10788 0.89684 0.10832 0.89597 0.10832 0.89466 0.10788 0.89379 0.10658 0.89336 0.10440 0.89336 0.10222 0.89379 0.10048 0.89466 0.09961 0.89597 0.09918 0.89640 0.09918 0.89771 0.09961 0.89858 0.10048 0.89902 0.10179 0.89902 0.10222 0.89858 0.10353 0.89771 0.10440 0.89640 0.10484 0.89597 0.10484 0.89466 0.10440 0.89379 0.10353 0.89336 0.10222\n 11 380 17 0.90424 0.10832 0.90293 0.10788 0.90206 0.10658 0.90163 0.10440 0.90163 0.10309 0.90206 0.10092 0.90293 0.09961 0.90424 0.09918 0.90511 0.09918 0.90642 0.09961 0.90729 0.10092 0.90772 0.10309 0.90772 0.10440 0.90729 0.10658 0.90642 0.10788 0.90511 0.10832 0.90424 0.10832\n 11 292 13 0.91164 0.10832 0.91077 0.10788 0.91033 0.10701 0.91033 0.10614 0.91077 0.10527 0.91164 0.10484 0.91251 0.10484 0.91338 0.10527 0.91382 0.10614 0.91382 0.10701 0.91338 0.10788 0.91251 0.10832 0.91164 0.10832\n 11 50 2 0.91599 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.91817 0.09918\n 11 50 2 0.92034 0.10832 0.92252 0.09918\n 11 50 2 0.92470 0.10832 0.92252 0.09918\n 11 50 2 0.10969 0.12797 0.10969 0.62203\n 11 50 2 0.90859 0.12797 0.90859 0.62203\n 11 50 2 0.10969 0.62203 0.90859 0.62203\n 11 50 2 0.10969 0.12797 0.90859 0.12797\n 82 0\n 81 6 415\n 82 0\n 81 6 416\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 512 23 0.24784 0.13246 0.24151 0.13625 0.23352 0.13587 0.22553 0.13519 0.21754 0.13691 0.20955 0.13878 0.20156 0.13899 0.19357 0.13919 0.18939 0.14145 0.18558 0.14339 0.18112 0.14145 0.17760 0.14047 0.17006 0.14145 0.16961 0.14158 0.16943 0.14145 0.16162 0.13956 0.15902 0.14145 0.15363 0.14662 0.14564 0.14412 0.13765 0.14525 0.12966 0.14593 0.12167 0.14727 0.11368 0.14716\n 11 644 29 0.18558 0.50527 0.19114 0.50076 0.19357 0.49784 0.20156 0.49389 0.20597 0.50076 0.20955 0.50433 0.21498 0.50974 0.21754 0.51146 0.22449 0.51873 0.22553 0.52062 0.23352 0.52182 0.24151 0.52050 0.24950 0.52016 0.25566 0.51873 0.25749 0.51859 0.25867 0.51873 0.26548 0.52118 0.27346 0.52370 0.28145 0.52392 0.28944 0.52575 0.29719 0.52771 0.29743 0.52776 0.30542 0.52895 0.31341 0.52928 0.32140 0.52970 0.32939 0.53050 0.33738 0.53099 0.34537 0.53111 0.35335 0.53134\n 11 94 4 0.35700 0.53402 0.35765 0.53444 0.35858 0.53560 0.35938 0.52833\n 11 380 17 0.36481 0.53629 0.36381 0.53583 0.36323 0.53471 0.36307 0.53294 0.36319 0.53190 0.36373 0.53021 0.36454 0.52925 0.36561 0.52902 0.36630 0.52910 0.36730 0.52956 0.36788 0.53067 0.36803 0.53244 0.36792 0.53348 0.36738 0.53517 0.36657 0.53613 0.36550 0.53636 0.36481 0.53629\n 11 116 5 0.37107 0.53033 0.37076 0.52994 0.37115 0.52963 0.37146 0.53002 0.37107 0.53033\n 11 380 17 0.37519 0.53744 0.37419 0.53698 0.37361 0.53586 0.37346 0.53409 0.37357 0.53306 0.37411 0.53136 0.37492 0.53040 0.37599 0.53017 0.37669 0.53025 0.37769 0.53071 0.37826 0.53182 0.37842 0.53359 0.37830 0.53463 0.37776 0.53632 0.37696 0.53729 0.37588 0.53752 0.37519 0.53744\n 11 468 21 0.38122 0.53443 0.38531 0.53475 0.39218 0.53669 0.39330 0.53689 0.39465 0.53669 0.40129 0.53517 0.40928 0.53535 0.41618 0.53669 0.41727 0.53689 0.42526 0.53762 0.43325 0.53777 0.44123 0.53774 0.44922 0.53814 0.45721 0.53838 0.46520 0.53870 0.47319 0.53821 0.48118 0.53840 0.48917 0.53855 0.49716 0.53896 0.50515 0.53828 0.51314 0.53884\n 11 72 3 0.26870 0.13246 0.26548 0.13326 0.26242 0.13246\n 11 622 28 0.51314 0.15819 0.50515 0.15590 0.49716 0.15578 0.48917 0.15456 0.48118 0.15315 0.47319 0.15312 0.46739 0.15043 0.46520 0.14921 0.45721 0.15017 0.44922 0.15008 0.44842 0.15043 0.44123 0.15213 0.43325 0.15185 0.42526 0.15271 0.41727 0.15463 0.40928 0.15665 0.40129 0.15784 0.39330 0.15505 0.38531 0.15468 0.37776 0.15043 0.37732 0.14980 0.37613 0.15043 0.36933 0.15250 0.36134 0.15608 0.35335 0.15421 0.34537 0.15627 0.33738 0.15540 0.32939 0.15496\n 11 94 4 0.30517 0.15540 0.30584 0.15580 0.30680 0.15692 0.30735 0.14963\n 11 380 17 0.31514 0.15755 0.31166 0.15729 0.31155 0.15414 0.31187 0.15451 0.31289 0.15494 0.31393 0.15501 0.31500 0.15475 0.31575 0.15410 0.31617 0.15309 0.31622 0.15239 0.31596 0.15133 0.31531 0.15058 0.31430 0.15015 0.31326 0.15007 0.31219 0.15034 0.31182 0.15066 0.31142 0.15133\n 11 116 5 0.31911 0.15121 0.31879 0.15084 0.31916 0.15052 0.31948 0.15089 0.31911 0.15121\n 11 380 17 0.32347 0.15818 0.32245 0.15775 0.32184 0.15666 0.32162 0.15490 0.32170 0.15385 0.32218 0.15214 0.32295 0.15116 0.32402 0.15089 0.32472 0.15094 0.32573 0.15137 0.32635 0.15246 0.32656 0.15422 0.32648 0.15526 0.32601 0.15697 0.32523 0.15796 0.32416 0.15823 0.32347 0.15818\n 11 600 27 0.30144 0.15285 0.29743 0.15402 0.28944 0.15782 0.28633 0.15941 0.28145 0.16178 0.27346 0.16143 0.26548 0.16646 0.25749 0.16778 0.24950 0.16788 0.24711 0.16839 0.24151 0.16928 0.23352 0.16981 0.22553 0.17067 0.21754 0.17135 0.20955 0.17088 0.20156 0.17140 0.19357 0.17187 0.18558 0.17216 0.17760 0.17228 0.16961 0.17196 0.16162 0.17368 0.15363 0.17244 0.14564 0.17343 0.13765 0.17477 0.12966 0.17522 0.12167 0.17499 0.11368 0.17578\n 11 72 3 0.18558 0.49540 0.18850 0.49178 0.19256 0.48393\n 11 556 25 0.51314 0.50842 0.50515 0.50745 0.49716 0.50695 0.48917 0.50673 0.48118 0.50647 0.47319 0.50638 0.46520 0.50737 0.45721 0.50768 0.44922 0.50850 0.44123 0.50858 0.43325 0.50851 0.42526 0.50897 0.42002 0.50974 0.41727 0.51006 0.40928 0.51005 0.40129 0.51036 0.39330 0.51073 0.38531 0.51123 0.37732 0.51099 0.36933 0.51259 0.36134 0.51203 0.35335 0.51178 0.34537 0.51084 0.33738 0.51097 0.32939 0.51257\n 11 94 4 0.30546 0.51630 0.30617 0.51660 0.30728 0.51758 0.30683 0.51028\n 11 380 17 0.31562 0.51707 0.31215 0.51728 0.31161 0.51418 0.31198 0.51450 0.31304 0.51479 0.31408 0.51472 0.31510 0.51431 0.31576 0.51357 0.31604 0.51251 0.31600 0.51181 0.31559 0.51079 0.31485 0.51014 0.31378 0.50986 0.31274 0.50992 0.31172 0.51033 0.31139 0.51070 0.31109 0.51142\n 11 116 5 0.31869 0.51025 0.31832 0.50993 0.31865 0.50956 0.31902 0.50989 0.31869 0.51025\n 11 380 17 0.32396 0.51656 0.32290 0.51628 0.32214 0.51528 0.32169 0.51356 0.32162 0.51252 0.32186 0.51076 0.32249 0.50967 0.32352 0.50926 0.32421 0.50922 0.32528 0.50950 0.32603 0.51050 0.32649 0.51222 0.32655 0.51326 0.32631 0.51502 0.32568 0.51611 0.32466 0.51652 0.32396 0.51656\n 11 446 20 0.30141 0.51428 0.29743 0.51410 0.28944 0.51493 0.28145 0.51487 0.27346 0.51226 0.26548 0.51006 0.26179 0.50974 0.25749 0.50908 0.24950 0.50473 0.24151 0.50555 0.23476 0.50076 0.23352 0.49966 0.22553 0.50066 0.21754 0.49752 0.21648 0.49178 0.20955 0.48514 0.20593 0.48279 0.20156 0.48051 0.19357 0.48061 0.19332 0.48251\n 11 292 13 0.17862 0.19649 0.17917 0.19534 0.17760 0.19469 0.16961 0.19286 0.16162 0.19513 0.16106 0.19534 0.15363 0.20008 0.14564 0.20213 0.13820 0.20433 0.13765 0.20456 0.12966 0.20636 0.12167 0.20675 0.11368 0.20727\n 11 72 3 0.14010 0.44686 0.13765 0.44576 0.13706 0.44619\n 11 72 3 0.19198 0.20433 0.19357 0.20267 0.19470 0.20433\n 11 534 24 0.51314 0.48106 0.50515 0.48045 0.49716 0.48018 0.48917 0.47973 0.48118 0.47886 0.47319 0.47983 0.46520 0.47830 0.45721 0.47871 0.44922 0.47966 0.44123 0.47973 0.43325 0.47993 0.42526 0.47944 0.41727 0.47949 0.40928 0.47978 0.40129 0.47942 0.39330 0.47972 0.38531 0.48000 0.37732 0.47981 0.36933 0.47939 0.36134 0.47935 0.35335 0.47997 0.34537 0.47974 0.33738 0.47906 0.32939 0.47868\n 11 314 14 0.30459 0.48082 0.30460 0.48116 0.30495 0.48186 0.30530 0.48220 0.30600 0.48254 0.30740 0.48253 0.30809 0.48218 0.30843 0.48183 0.30878 0.48113 0.30877 0.48043 0.30842 0.47974 0.30771 0.47870 0.30420 0.47525 0.30907 0.47520\n 11 380 17 0.31331 0.48248 0.31227 0.48214 0.31156 0.48110 0.31120 0.47937 0.31119 0.47832 0.31152 0.47658 0.31221 0.47553 0.31325 0.47517 0.31395 0.47516 0.31500 0.47550 0.31570 0.47654 0.31606 0.47828 0.31607 0.47932 0.31574 0.48107 0.31505 0.48212 0.31401 0.48247 0.31331 0.48248\n 11 116 5 0.31883 0.47582 0.31848 0.47547 0.31882 0.47512 0.31917 0.47547 0.31883 0.47582\n 11 380 17 0.32376 0.48239 0.32271 0.48205 0.32201 0.48101 0.32164 0.47927 0.32164 0.47823 0.32197 0.47649 0.32266 0.47543 0.32370 0.47508 0.32439 0.47507 0.32544 0.47541 0.32615 0.47645 0.32651 0.47819 0.32652 0.47923 0.32619 0.48098 0.32550 0.48203 0.32446 0.48238 0.32376 0.48239\n 11 534 24 0.30136 0.47893 0.29743 0.47911 0.28944 0.47929 0.28145 0.47929 0.27346 0.47871 0.26548 0.47721 0.25749 0.47797 0.24950 0.47769 0.24151 0.48043 0.23966 0.48279 0.23352 0.48648 0.22553 0.48637 0.21836 0.48279 0.21754 0.48231 0.20955 0.47501 0.20656 0.47381 0.20156 0.47160 0.19624 0.46483 0.19357 0.46263 0.18558 0.45800 0.18081 0.45585 0.17760 0.45471 0.17003 0.45585 0.16973 0.45599\n 11 72 3 0.21490 0.20433 0.21754 0.20327 0.22268 0.20433\n 11 72 3 0.22714 0.20433 0.23352 0.20239 0.23712 0.20433\n 11 94 4 0.24771 0.20433 0.24950 0.20350 0.25749 0.20018 0.26018 0.20433\n 11 72 3 0.29752 0.18636 0.29743 0.18633 0.29740 0.18636\n 11 314 14 0.51314 0.19480 0.50515 0.19524 0.49716 0.19474 0.48917 0.19444 0.48118 0.19404 0.47319 0.19245 0.46520 0.19104 0.45721 0.18883 0.44922 0.18772 0.44378 0.18636 0.44123 0.18590 0.43325 0.18352 0.42526 0.18339 0.41727 0.18350\n 11 314 14 0.39289 0.18852 0.39294 0.18886 0.39337 0.18951 0.39376 0.18981 0.39450 0.19007 0.39588 0.18990 0.39652 0.18946 0.39683 0.18907 0.39708 0.18834 0.39700 0.18765 0.39656 0.18700 0.39574 0.18605 0.39185 0.18304 0.39668 0.18242\n 11 380 17 0.40175 0.18915 0.40067 0.18894 0.39985 0.18799 0.39928 0.18630 0.39915 0.18527 0.39928 0.18350 0.39984 0.18237 0.40083 0.18190 0.40152 0.18181 0.40260 0.18202 0.40342 0.18297 0.40399 0.18465 0.40412 0.18569 0.40399 0.18746 0.40343 0.18859 0.40244 0.18906 0.40175 0.18915\n 11 116 5 0.40644 0.18189 0.40606 0.18158 0.40636 0.18119 0.40675 0.18150 0.40644 0.18189\n 11 380 17 0.41211 0.18784 0.41103 0.18762 0.41021 0.18667 0.40965 0.18499 0.40951 0.18395 0.40964 0.18218 0.41020 0.18106 0.41119 0.18058 0.41188 0.18049 0.41296 0.18071 0.41379 0.18166 0.41435 0.18334 0.41448 0.18438 0.41436 0.18615 0.41380 0.18727 0.41280 0.18775 0.41211 0.18784\n 11 358 16 0.38946 0.18702 0.38531 0.18874 0.37998 0.18636 0.37732 0.18534 0.37322 0.18636 0.36933 0.18706 0.36746 0.18636 0.36134 0.18435 0.35335 0.18329 0.34537 0.18192 0.33738 0.18218 0.32939 0.18173 0.32140 0.17784 0.31341 0.17821 0.30832 0.18636 0.30709 0.18823\n 11 270 12 0.16961 0.24583 0.16244 0.24026 0.16162 0.23850 0.15363 0.23890 0.15222 0.24026 0.14564 0.24679 0.14144 0.24924 0.13765 0.25159 0.12966 0.25457 0.12167 0.25544 0.11559 0.25822 0.11368 0.25909\n 11 578 26 0.51314 0.43101 0.50515 0.43419 0.49716 0.43463 0.49123 0.43788 0.48917 0.43844 0.48118 0.43963 0.47319 0.43971 0.46520 0.44090 0.45721 0.44107 0.44922 0.44308 0.44123 0.44468 0.43325 0.44541 0.42908 0.44686 0.42526 0.44785 0.41727 0.44750 0.40928 0.44773 0.40129 0.44857 0.39330 0.44840 0.38531 0.44899 0.37732 0.44961 0.36933 0.45004 0.36134 0.45031 0.35335 0.45067 0.34537 0.45123 0.33738 0.45187 0.32939 0.45242\n 11 314 14 0.30450 0.45226 0.30447 0.45260 0.30476 0.45333 0.30508 0.45370 0.30575 0.45411 0.30713 0.45423 0.30786 0.45394 0.30823 0.45362 0.30864 0.45295 0.30870 0.45226 0.30841 0.45154 0.30780 0.45044 0.30462 0.44668 0.30948 0.44708\n 11 380 17 0.31512 0.45489 0.31165 0.45460 0.31156 0.45145 0.31188 0.45183 0.31289 0.45226 0.31393 0.45235 0.31500 0.45209 0.31575 0.45145 0.31619 0.45044 0.31625 0.44975 0.31599 0.44868 0.31535 0.44792 0.31434 0.44749 0.31330 0.44740 0.31223 0.44766 0.31185 0.44798 0.31145 0.44865\n 11 116 5 0.31914 0.44859 0.31882 0.44821 0.31920 0.44790 0.31951 0.44827 0.31914 0.44859\n 11 380 17 0.32344 0.45559 0.32243 0.45516 0.32182 0.45406 0.32162 0.45229 0.32171 0.45125 0.32220 0.44955 0.32298 0.44856 0.32405 0.44830 0.32475 0.44836 0.32576 0.44880 0.32637 0.44989 0.32657 0.45166 0.32648 0.45270 0.32599 0.45441 0.32521 0.45539 0.32414 0.45565 0.32344 0.45559\n 11 600 27 0.30145 0.45008 0.29743 0.44932 0.28944 0.45011 0.28145 0.45047 0.27346 0.44840 0.26548 0.44827 0.25749 0.44733 0.24950 0.44711 0.24701 0.44686 0.24151 0.44600 0.23352 0.44330 0.22553 0.44372 0.21754 0.44368 0.20955 0.44390 0.20156 0.44545 0.19817 0.44686 0.19357 0.45129 0.19030 0.44686 0.18558 0.44237 0.17850 0.43788 0.17760 0.43748 0.16961 0.43459 0.16162 0.43339 0.15363 0.42899 0.15340 0.42890 0.14564 0.42520 0.14386 0.42191\n 11 292 13 0.51314 0.23452 0.50515 0.23329 0.49716 0.23421 0.48917 0.23415 0.48118 0.23359 0.47319 0.23433 0.46520 0.23304 0.45721 0.23203 0.44922 0.23419 0.44123 0.23384 0.43325 0.23245 0.42526 0.23313 0.41727 0.23213\n 11 314 14 0.39285 0.23693 0.39289 0.23728 0.39332 0.23793 0.39370 0.23823 0.39444 0.23850 0.39582 0.23833 0.39647 0.23791 0.39677 0.23752 0.39704 0.23679 0.39696 0.23610 0.39653 0.23545 0.39572 0.23449 0.39185 0.23144 0.39670 0.23087\n 11 380 17 0.40377 0.23740 0.40031 0.23781 0.39960 0.23473 0.39999 0.23504 0.40107 0.23526 0.40211 0.23514 0.40310 0.23467 0.40371 0.23390 0.40394 0.23282 0.40386 0.23213 0.40339 0.23113 0.40262 0.23052 0.40154 0.23030 0.40050 0.23042 0.39950 0.23089 0.39920 0.23128 0.39893 0.23201\n 11 116 5 0.40646 0.23042 0.40607 0.23012 0.40638 0.22973 0.40677 0.23004 0.40646 0.23042\n 11 380 17 0.41207 0.23643 0.41100 0.23620 0.41018 0.23525 0.40963 0.23356 0.40951 0.23252 0.40965 0.23075 0.41022 0.22963 0.41122 0.22916 0.41191 0.22908 0.41299 0.22931 0.41380 0.23026 0.41435 0.23195 0.41447 0.23299 0.41433 0.23476 0.41376 0.23588 0.41276 0.23634 0.41207 0.23643\n 11 270 12 0.38943 0.23540 0.38531 0.23635 0.37732 0.23420 0.36933 0.23414 0.36134 0.23274 0.35335 0.23242 0.34920 0.23127 0.34537 0.22934 0.33738 0.22536 0.33601 0.22229 0.32939 0.21508 0.32140 0.21592\n 11 50 2 0.20156 0.27273 0.19765 0.26721\n 11 138 6 0.23979 0.29222 0.23554 0.29415 0.23352 0.29611 0.22996 0.29415 0.22553 0.28544 0.22545 0.28517\n 11 72 3 0.24323 0.29222 0.24950 0.29040 0.25438 0.28517\n 11 116 5 0.24585 0.33907 0.24950 0.34281 0.25339 0.33907 0.24950 0.33480 0.24585 0.33907\n 11 72 3 0.26662 0.28517 0.26548 0.28690 0.26424 0.28517\n 11 314 14 0.65694 0.55649 0.65233 0.55466 0.64895 0.54981 0.64096 0.54694 0.63297 0.54617 0.62498 0.54851 0.61699 0.54941 0.60900 0.54749 0.60101 0.54661 0.59647 0.54567 0.59303 0.54505 0.58504 0.54408 0.57705 0.54298 0.56906 0.54194\n 11 94 4 0.54484 0.54239 0.54551 0.54279 0.54647 0.54391 0.54702 0.53662\n 11 380 17 0.55272 0.54438 0.55171 0.54395 0.55109 0.54286 0.55088 0.54110 0.55095 0.54006 0.55143 0.53835 0.55220 0.53736 0.55327 0.53709 0.55397 0.53714 0.55498 0.53757 0.55560 0.53866 0.55582 0.54042 0.55574 0.54146 0.55526 0.54317 0.55449 0.54416 0.55342 0.54443 0.55272 0.54438\n 11 116 5 0.55878 0.53820 0.55845 0.53783 0.55883 0.53750 0.55915 0.53788 0.55878 0.53820\n 11 380 17 0.56314 0.54516 0.56213 0.54474 0.56151 0.54364 0.56129 0.54188 0.56137 0.54084 0.56185 0.53913 0.56262 0.53814 0.56369 0.53787 0.56438 0.53792 0.56540 0.53835 0.56602 0.53944 0.56623 0.54120 0.56615 0.54224 0.56568 0.54395 0.56490 0.54494 0.56384 0.54521 0.56314 0.54516\n 11 138 6 0.54111 0.53984 0.53710 0.53947 0.52911 0.53940 0.52112 0.53936 0.51314 0.53884 0.50515 0.53828\n 11 50 2 0.72713 0.14337 0.72094 0.14145\n 11 50 2 0.73025 0.14303 0.73674 0.14145\n 11 72 3 0.74764 0.14462 0.74482 0.14337 0.73692 0.14145\n 11 72 3 0.79265 0.13246 0.78476 0.13555 0.77677 0.13884\n 11 94 4 0.80995 0.13246 0.80873 0.13279 0.80074 0.13350 0.79305 0.13246\n 11 72 3 0.82668 0.13246 0.82471 0.13331 0.82078 0.13246\n 11 248 11 0.89661 0.53819 0.89104 0.53669 0.88862 0.53589 0.88063 0.53268 0.87264 0.53120 0.86465 0.53005 0.86082 0.52771 0.85666 0.52560 0.84918 0.51873 0.84867 0.51838 0.84069 0.51680\n 11 490 22 0.64475 0.16367 0.64096 0.16456 0.63297 0.16387 0.62498 0.16298 0.61699 0.16398 0.60900 0.16530 0.60101 0.16408 0.59303 0.16202 0.58504 0.16135 0.57705 0.16016 0.56906 0.16269 0.56107 0.16118 0.55308 0.16092 0.54509 0.16028 0.53710 0.16010 0.53417 0.15941 0.52911 0.15829 0.52532 0.15941 0.52112 0.16068 0.51641 0.15941 0.51314 0.15819 0.50515 0.15590\n 11 380 17 0.68052 0.50119 0.67934 0.50076 0.67307 0.49178 0.67292 0.49172 0.66493 0.49077 0.65985 0.49178 0.65694 0.49267 0.64895 0.49717 0.64096 0.49974 0.63838 0.50076 0.63297 0.50266 0.62498 0.50616 0.61797 0.50974 0.61699 0.51014 0.60900 0.51103 0.60101 0.51188 0.59303 0.51268\n 11 94 4 0.56889 0.51467 0.56958 0.51502 0.57061 0.51608 0.57070 0.50877\n 11 380 17 0.57897 0.51617 0.57549 0.51613 0.57517 0.51300 0.57552 0.51335 0.57656 0.51371 0.57760 0.51372 0.57865 0.51338 0.57936 0.51270 0.57972 0.51166 0.57973 0.51096 0.57939 0.50991 0.57870 0.50921 0.57766 0.50885 0.57662 0.50883 0.57557 0.50917 0.57521 0.50951 0.57486 0.51021\n 11 116 5 0.58253 0.50960 0.58218 0.50925 0.58253 0.50890 0.58288 0.50925 0.58253 0.50960\n 11 380 17 0.58733 0.51627 0.58628 0.51591 0.58560 0.51486 0.58527 0.51311 0.58528 0.51207 0.58565 0.51033 0.58636 0.50929 0.58741 0.50896 0.58811 0.50897 0.58915 0.50933 0.58983 0.51038 0.59016 0.51212 0.59015 0.51317 0.58978 0.51490 0.58907 0.51594 0.58802 0.51628 0.58733 0.51627\n 11 226 10 0.56500 0.51236 0.56107 0.51211 0.55308 0.51167 0.54509 0.51092 0.53710 0.51043 0.52911 0.50997 0.52709 0.50974 0.52112 0.50894 0.51314 0.50842 0.50515 0.50745\n 11 116 5 0.65453 0.16211 0.65694 0.16288 0.66484 0.15941 0.66493 0.15937 0.66496 0.15938\n 11 94 4 0.69271 0.16371 0.68889 0.16382 0.68090 0.16540 0.67742 0.16333\n 11 72 3 0.71062 0.16588 0.70487 0.16584 0.69928 0.16570\n 11 380 17 0.85666 0.19409 0.85348 0.18636 0.85591 0.17738 0.84926 0.16839 0.84867 0.16716 0.84069 0.16034 0.83270 0.16061 0.82471 0.16044 0.81672 0.16013 0.80873 0.16230 0.80074 0.16233 0.79275 0.15962 0.78476 0.16496 0.77677 0.16360 0.76878 0.16298 0.76080 0.16508 0.75474 0.16622\n 11 116 5 0.88067 0.15047 0.88082 0.15043 0.88862 0.14934 0.89227 0.15043 0.89661 0.15188\n 11 226 10 0.89661 0.53109 0.88862 0.52911 0.88204 0.52771 0.88063 0.52727 0.87264 0.52495 0.86465 0.52355 0.85666 0.52007 0.85520 0.51873 0.84867 0.51427 0.84069 0.51142\n 11 336 15 0.66081 0.19071 0.65694 0.19310 0.64895 0.19244 0.64096 0.19432 0.63297 0.19260 0.62498 0.19293 0.61699 0.19356 0.60900 0.19332 0.60101 0.19438 0.59686 0.19534 0.59303 0.19631 0.58504 0.19793 0.57747 0.19534 0.57705 0.19513 0.56906 0.19488\n 11 314 14 0.54428 0.19713 0.54428 0.19748 0.54464 0.19817 0.54499 0.19851 0.54569 0.19885 0.54708 0.19883 0.54778 0.19848 0.54812 0.19812 0.54846 0.19742 0.54845 0.19673 0.54809 0.19603 0.54738 0.19500 0.54385 0.19156 0.54873 0.19150\n 11 380 17 0.55300 0.19875 0.55195 0.19842 0.55124 0.19739 0.55087 0.19565 0.55086 0.19460 0.55118 0.19286 0.55187 0.19180 0.55291 0.19144 0.55360 0.19143 0.55465 0.19177 0.55536 0.19280 0.55573 0.19454 0.55575 0.19558 0.55542 0.19733 0.55474 0.19838 0.55370 0.19874 0.55300 0.19875\n 11 116 5 0.55849 0.19206 0.55813 0.19172 0.55848 0.19137 0.55883 0.19171 0.55849 0.19206\n 11 380 17 0.56345 0.19861 0.56240 0.19828 0.56169 0.19724 0.56132 0.19551 0.56130 0.19446 0.56163 0.19272 0.56231 0.19166 0.56335 0.19130 0.56405 0.19129 0.56510 0.19163 0.56581 0.19266 0.56618 0.19440 0.56619 0.19544 0.56587 0.19719 0.56519 0.19824 0.56415 0.19860 0.56345 0.19861\n 11 182 8 0.54103 0.19526 0.53710 0.19523 0.53570 0.19534 0.52911 0.19588 0.52112 0.19548 0.51967 0.19534 0.51314 0.19480 0.50515 0.19524\n 11 336 15 0.71089 0.47603 0.70914 0.47381 0.70952 0.46483 0.70487 0.45729 0.69985 0.45585 0.69688 0.45532 0.68889 0.45493 0.68090 0.45169 0.67292 0.45044 0.66493 0.45221 0.65694 0.45206 0.64895 0.45381 0.64096 0.45470 0.63595 0.45585 0.63297 0.45684\n 11 314 14 0.61054 0.46761 0.61067 0.46794 0.61124 0.46846 0.61169 0.46866 0.61247 0.46873 0.61377 0.46823 0.61429 0.46765 0.61449 0.46720 0.61456 0.46642 0.61431 0.46577 0.61373 0.46525 0.61270 0.46453 0.60820 0.46255 0.61274 0.46078\n 11 380 17 0.61928 0.46608 0.61818 0.46614 0.61716 0.46541 0.61620 0.46392 0.61582 0.46294 0.61552 0.46120 0.61579 0.45997 0.61664 0.45927 0.61728 0.45901 0.61838 0.45896 0.61941 0.45968 0.62037 0.46118 0.62075 0.46215 0.62105 0.46390 0.62078 0.46513 0.61993 0.46583 0.61928 0.46608\n 11 116 5 0.62208 0.45790 0.62163 0.45770 0.62183 0.45725 0.62228 0.45745 0.62208 0.45790\n 11 380 17 0.62902 0.46230 0.62792 0.46235 0.62689 0.46163 0.62594 0.46013 0.62556 0.45916 0.62525 0.45741 0.62552 0.45618 0.62637 0.45548 0.62702 0.45523 0.62812 0.45517 0.62915 0.45590 0.63010 0.45739 0.63048 0.45837 0.63079 0.46012 0.63052 0.46134 0.62967 0.46204 0.62902 0.46230\n 11 336 15 0.60684 0.46700 0.60101 0.46863 0.59303 0.47175 0.58799 0.47381 0.58504 0.47480 0.57705 0.47617 0.56906 0.47935 0.56107 0.48146 0.55308 0.48105 0.54509 0.48148 0.53710 0.48150 0.52911 0.48099 0.52112 0.48135 0.51314 0.48106 0.50515 0.48045\n 11 204 9 0.70734 0.18914 0.70487 0.18933 0.69688 0.18744 0.69206 0.19534 0.68889 0.19819 0.68436 0.19534 0.68090 0.18773 0.67292 0.18990 0.66688 0.19314\n 11 138 6 0.75851 0.18893 0.76080 0.19197 0.76251 0.19534 0.76080 0.19596 0.75281 0.19731 0.74909 0.19952\n 11 512 23 0.86465 0.24216 0.86213 0.24026 0.85666 0.23481 0.84867 0.23283 0.84608 0.23127 0.84069 0.22651 0.83430 0.22229 0.83270 0.22104 0.82471 0.21540 0.82210 0.21331 0.81672 0.20847 0.81243 0.20433 0.80873 0.19958 0.80298 0.19534 0.80074 0.19474 0.79275 0.19290 0.78476 0.19440 0.78290 0.19534 0.77677 0.19760 0.77410 0.19534 0.76878 0.19167 0.76271 0.18636 0.76129 0.18580\n 11 138 6 0.77783 0.48398 0.78417 0.48279 0.77677 0.48008 0.76878 0.47753 0.76162 0.47381 0.76080 0.47306\n 11 116 5 0.79033 0.49178 0.79275 0.48481 0.80074 0.48502 0.80873 0.48493 0.81267 0.49178\n 11 116 5 0.81930 0.49468 0.82373 0.49178 0.82471 0.49048 0.82527 0.49178 0.83263 0.50076\n 11 94 4 0.84408 0.29034 0.84490 0.28517 0.84867 0.28248 0.84958 0.28517\n 11 292 13 0.89661 0.49119 0.88862 0.49140 0.88063 0.49095 0.87452 0.49178 0.87264 0.49214 0.86465 0.49629 0.85811 0.50076 0.85936 0.50974 0.85666 0.51033 0.84867 0.51015 0.84767 0.50974 0.84069 0.50372 0.83278 0.50085\n 11 798 36 0.82806 0.33385 0.82471 0.33796 0.81981 0.33907 0.81672 0.34080 0.81576 0.33907 0.81672 0.33636 0.81808 0.33009 0.81792 0.32110 0.82221 0.31212 0.82471 0.30600 0.82574 0.30314 0.82546 0.29415 0.82471 0.29314 0.81672 0.28856 0.80873 0.28914 0.80074 0.28584 0.79275 0.29213 0.78476 0.29060 0.77677 0.29204 0.77396 0.29415 0.76878 0.29902 0.76080 0.29734 0.75281 0.29787 0.74533 0.29415 0.74482 0.29381 0.73861 0.29415 0.73683 0.29425 0.73663 0.29415 0.72884 0.28663 0.72723 0.28517 0.72085 0.27790 0.71968 0.27619 0.72085 0.27297 0.72443 0.26721 0.72884 0.26460 0.73159 0.25822\n 11 314 14 0.71480 0.23985 0.71453 0.24007 0.71420 0.24077 0.71414 0.24126 0.71429 0.24202 0.71515 0.24312 0.71585 0.24345 0.71634 0.24351 0.71710 0.24336 0.71765 0.24293 0.71799 0.24223 0.71838 0.24104 0.71898 0.23615 0.72198 0.23999\n 11 380 17 0.72008 0.24943 0.71794 0.24669 0.72019 0.24448 0.72013 0.24497 0.72050 0.24601 0.72114 0.24683 0.72206 0.24744 0.72304 0.24756 0.72408 0.24719 0.72462 0.24676 0.72523 0.24585 0.72535 0.24487 0.72498 0.24383 0.72434 0.24301 0.72342 0.24240 0.72293 0.24234 0.72217 0.24249\n 11 116 5 0.72744 0.24810 0.72750 0.24761 0.72799 0.24767 0.72793 0.24816 0.72744 0.24810\n 11 380 17 0.72523 0.25602 0.72486 0.25498 0.72525 0.25379 0.72641 0.25244 0.72723 0.25180 0.72882 0.25100 0.73007 0.25090 0.73099 0.25151 0.73142 0.25206 0.73179 0.25310 0.73139 0.25429 0.73023 0.25564 0.72941 0.25628 0.72782 0.25708 0.72657 0.25717 0.72566 0.25656 0.72523 0.25602\n 11 798 36 0.71433 0.23614 0.71286 0.23510 0.70487 0.23687 0.69997 0.23127 0.69688 0.22955 0.68889 0.23109 0.68807 0.23127 0.68090 0.23228 0.67804 0.23127 0.67292 0.22999 0.66493 0.22870 0.65694 0.22698 0.64895 0.22827 0.64096 0.22820 0.63297 0.22656 0.62498 0.22637 0.61699 0.22567 0.60900 0.22685 0.60101 0.22825 0.59303 0.22859 0.58504 0.23021 0.57705 0.23088 0.57456 0.23127 0.56906 0.23177 0.56610 0.23127 0.56107 0.23020 0.55952 0.23127 0.55308 0.23412 0.54509 0.23239 0.53788 0.23127 0.53710 0.23117 0.53501 0.23127 0.52911 0.23192 0.52112 0.23226 0.51314 0.23452 0.50515 0.23329\n 11 864 39 0.73382 0.44126 0.73053 0.43788 0.72884 0.43650 0.72085 0.43349 0.71286 0.43313 0.70487 0.43246 0.69688 0.42988 0.69359 0.42890 0.68889 0.42645 0.68090 0.42414 0.67292 0.42303 0.66493 0.42225 0.65694 0.42098 0.65316 0.41991 0.64895 0.41832 0.64241 0.41991 0.64096 0.42013 0.64017 0.41991 0.63297 0.41568 0.62498 0.41233 0.62172 0.41093 0.61699 0.40899 0.60900 0.40779 0.60101 0.41081 0.59303 0.40905 0.58504 0.40991 0.58159 0.41093 0.57705 0.41301 0.56906 0.41307 0.56107 0.41544 0.55308 0.41873 0.54894 0.41991 0.54509 0.42093 0.53710 0.42057 0.52911 0.42533 0.52112 0.42641 0.51582 0.42890 0.51314 0.43101 0.50515 0.43419\n 11 116 5 0.78472 0.43784 0.77677 0.43758 0.76878 0.43478 0.76080 0.43746 0.76046 0.43750\n 11 424 19 0.89661 0.45098 0.88862 0.45309 0.88063 0.45451 0.87264 0.45405 0.86465 0.45554 0.86159 0.45585 0.85666 0.45621 0.84867 0.45706 0.84069 0.45819 0.83270 0.46300 0.82471 0.45940 0.81672 0.45806 0.80873 0.46121 0.80074 0.46450 0.79738 0.45585 0.79275 0.45118 0.78867 0.44686 0.78485 0.43788 0.78481 0.43783\n 11 72 3 0.78491 0.49178 0.78476 0.49154 0.78458 0.49158\n 11 72 3 0.85486 0.28517 0.85666 0.28271 0.85886 0.28270\n 82 0\n 81 6 417\n 82 0\n 81 6 418\n 21 6 1\n 25 6 1\n 21 6 7\n 25 6 7\n 21 6 1\n 25 6 1\n 82 0\n 81 6 419\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"69bcad6be43d6c09c4784bda5c0abfd539493999","subject":"fix parallel build race condition","message":"fix parallel build race condition\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@516 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\nTHISMAKEFILE\t:= $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)) \n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t = $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t = $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).mk: build-lib\n\t$(RM) $@\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $@\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $@\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $@\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $@\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $@\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $@\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $@\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $@\n\nlibrary: $(LIBNAME).mk\n\nlib\/lib$(LIBNAME).$(LIBEXT): make.settings\n\t$(MAKE) -f $(THISMAKEFILE) library\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nVERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nVERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nVERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nVERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\n\ntests-in-%: lib\/lib$(LIBNAME).$(LIBEXT)\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).mk\n\n.PHONY: main library tests clean\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\nTHISMAKEFILE\t:= $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)) \n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t = $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t = $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).mk: build-lib\n\t$(RM) $@\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $@\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $@\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $@\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $@\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $@\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $@\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $@\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $@\n\nlibrary: $(LIBNAME).mk\n\nlib\/lib$(LIBNAME).$(LIBEXT): make.settings\n\t$(MAKE) -f $(THISMAKEFILE) library\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nVERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nVERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nVERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nVERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(VERSION_DATE)\"' >> $@.tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(VERSION_SVN_REV)\"' >> $@.tmp\n\tcmp -s $@ $@.tmp || mv $@.tmp $@\n\t$(RM) $@.tmp\nendif\n\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\n\ntests-in-%: lib\/lib$(LIBNAME).$(LIBEXT)\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).mk\n\n.PHONY: main library tests clean\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"91abe216e5413103be791760f1675923552a5258","subject":"don't forget to export STXXL_LDFLAGS to stxxl.mk","message":"don't forget to export STXXL_LDFLAGS to stxxl.mk\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@503 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\nTHISMAKEFILE\t:= $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)) \n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t = $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t = $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).mk: build-lib\n\techo 'STXXL_CXX\t = $(COMPILER)'\t> $@\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $@\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $@\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $@\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $@\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $@\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $@\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $@\n\nlibrary: $(LIBNAME).mk\n\nlib\/lib$(LIBNAME).$(LIBEXT): make.settings\n\t$(MAKE) -f $(THISMAKEFILE) library\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nVERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nVERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nVERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nVERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\techo '#define STXXL_VERSION_STRING_DATE \"$(VERSION_DATE)\"' > $@.tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(VERSION_SVN_REV)\"' >> $@.tmp\n\tcmp -s $@ $@.tmp || mv $@.tmp $@\n\t$(RM) $@.tmp\nendif\n\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\n\ntests-in-%: lib\/lib$(LIBNAME).$(LIBEXT)\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).mk\n\n.PHONY: main library tests clean\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\nTHISMAKEFILE\t:= $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)) \n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t = $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t = $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).mk: build-lib\n\techo 'STXXL_CXX\t = $(COMPILER)'\t> $@\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $@\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $@\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $@\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDLIBS)'\t>> $@\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $@\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $@\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $@\n\nlibrary: $(LIBNAME).mk\n\nlib\/lib$(LIBNAME).$(LIBEXT): make.settings\n\t$(MAKE) -f $(THISMAKEFILE) library\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nVERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nVERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nVERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nVERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\techo '#define STXXL_VERSION_STRING_DATE \"$(VERSION_DATE)\"' > $@.tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(VERSION_SVN_REV)\"' >> $@.tmp\n\tcmp -s $@ $@.tmp || mv $@.tmp $@\n\t$(RM) $@.tmp\nendif\n\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\n\ntests-in-%: lib\/lib$(LIBNAME).$(LIBEXT)\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).mk\n\n.PHONY: main library tests clean\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"eded7e28df4b994e18101d27e1065ac6aba8636d","subject":"Enable -fno-strict-overflow flag only for GCC versions 4.2 and greater.","message":"Enable -fno-strict-overflow flag only for GCC versions 4.2 and greater.\n\nThe -fstrict-overflow flag was introduced in GCC version 4.2.\nIt is on by default when optimizations (-O2) are enabled.\nIt allows the compiler to assume that integer sums will not overflow.\nWe use -fno-strict-overflow currently, because the index and endpoint\ncalculations in range traversal (rangeBase.these) is expected to overflow when\ntraversing a maximal range. See r22290.\n\n[tested with hello.chpl on darwin and linux64]\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@22293 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"chizarlicious\/chapel,sungeunchoi\/chapel,hildeth\/chapel,hildeth\/chapel,hildeth\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,hildeth\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,hildeth\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\nifndef GNU_GPP_SUPPORTS_STRICT_OVERFLOW\nexport GNU_GPP_SUPPORTS_STRICT_OVERFLOW = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\nifeq ($(GNU_GPP_SUPPORTS_STRICT_OVERFLOW),1)\n# -fno-strict-overflow is needed only because the way we code range iteration\n# (ChapelRangeBase.chpl:793) generates code which can overflow. \nGEN_CFLAGS += -fno-strict-overflow\n# -fstrict-overflow was introduced in GCC 4.2 and is on by default. When on,\n# it allows the compiler to assume that integer sums will not overflow.\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\n\n# -fno-strict-overflow is needed only because the way we code range iteration\n# (ChapelRangeBase.chpl:793) generates code which can overflow. \nGEN_CFLAGS += -fno-strict-overflow\n\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"634401765d6c893c06599e3b9c87969e07036c21","subject":"add support for mcstl from libstdc++ branch","message":"add support for mcstl from libstdc++ branch\n\ngit-svn-id: 69a08f0be502e23ba71eb4e212ee2948ff83149c@355 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t-DSORT_OPT_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nendif # not from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t-DSORT_OPT_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -I$(MCSTL_ROOT)\/c++ -I$(MCSTL_ORIGINALS) -D__MCSTL__\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"09404603ee3cad59e340550b56d0390b046ca763","subject":"Added curve to timings plot.","message":"Added curve to timings plot.\n","repos":"FreeON\/spammpack,FreeON\/spammpack,FreeON\/spammpack,FreeON\/spammpack,FreeON\/spammpack","old_file":"spammpack-C\/spammpack\/prototype\/charm\/strassen\/charm\/timing.gnuplot","new_file":"spammpack-C\/spammpack\/prototype\/charm\/strassen\/charm\/timing.gnuplot","new_contents":"#!\/usr\/bin\/gnuplot\n\nset terminal postscript color\nset output 'timing.ps'\n\nset title 'Futures based multiply'\n\nset logscale xy\n\nset xlabel '# cores'\nset ylabel 'walltime [s]'\n\nfull_2048_128_t1 = 40.368775\nfull_1024_64_t1 = 22.848918\nfull_1024_64_t2 = 3.197707\ncharm_1024_64_t1 = 0.371398\ncharm_2048_128_t1 = 1.320883\n\nset datafile missing '-'\n\nset xrange [1:48]\nset xtics ( \"1\" 1, \"2\" 2, \"4\" 4, \"8\" 8, \"16\" 16, \"32\" 32, \"48\" 48 )\n\nplot for [COL=2:3] 'timing.dat' using 1:COL with linespoints title columnheader, \\\n '' using 1:($2-$3) with linespoints title 'work', \\\n '' using 1:(full_2048_128_t1\/$1) with lines linecolor 0 notitle, \\\n '' using 1:(charm_2048_128_t1\/$1) with lines linecolor 0 notitle\n\n #'' using 1:(full_1024_64_t1\/$1) with lines title 'ideal - 1024x64', \\\n #'' using 1:(full_1024_64_t2\/$1) with lines title 'ideal cpuaffinity - 1024x64'\n #'' using 1:(charm_1024_64_t1\/$1) with lines title 'charm - 1024x64'\n","old_contents":"#!\/usr\/bin\/gnuplot\n\nset terminal postscript color\nset output 'timing.ps'\n\nset title 'Futures based multiply'\n\nset logscale xy\n\nset xlabel '# cores'\nset ylabel 'walltime [s]'\n\nfull_2048_128_t1 = 40.368775\nfull_1024_64_t1 = 22.848918\nfull_1024_64_t2 = 3.197707\ncharm_1024_64_t1 = 0.371398\ncharm_2048_128_t1 = 1.320883\n\nset datafile missing '-'\n\nset xrange [1:48]\nset xtics ( \"1\" 1, \"2\" 2, \"4\" 4, \"8\" 8, \"16\" 16, \"32\" 32, \"48\" 48 )\n\nplot for [COL=2:3] 'timing.dat' using 1:COL with linespoints title columnheader, \\\n '' using 1:(full_2048_128_t1\/$1) with lines linecolor 0 notitle, \\\n '' using 1:(charm_2048_128_t1\/$1) with lines linecolor 0 notitle\n\n #'' using 1:(full_1024_64_t1\/$1) with lines title 'ideal - 1024x64', \\\n #'' using 1:(full_1024_64_t2\/$1) with lines title 'ideal cpuaffinity - 1024x64'\n #'' using 1:(charm_1024_64_t1\/$1) with lines title 'charm - 1024x64'\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"6dcd7ee462a3347c73d9ca1cd7b2b1a4691becf0","subject":"Tidied up the chart style to make it easier to read.","message":"Tidied up the chart style to make it easier to read.\n","repos":"jkomoros\/sudoku,jkomoros\/sudoku,jkomoros\/sudoku","old_file":"analysis\/graph.plt","new_file":"analysis\/graph.plt","new_contents":"#Expects data to be in data.csv\n# Unfortunately, we can't read from the pipe becuase we need to read from the file twice :-(\nset datafile separator \",\"\n\nset logscale y\n\n#0 is a special column that starts from 0 and increments by 1 for each row.\nplot 'data.csv' using 0:3title \"Markov Difficulties\" with lines, \\\n'data.csv' using 0:2 title \"Official Difficulties\" axes x1y2 with lines","old_contents":"#Expects data to be in data.csv\n# Unfortunately, we can't read from the pipe becuase we need to read from the file twice :-(\nset datafile separator \",\"\n\nset logscale y\n\n#0 is a special column that starts from 0 and increments by 1 for each row.\nplot 'data.csv' using 0:3title \"Markov Difficulties\" with boxes, \\\n'data.csv' using 0:2 title \"QQWing Difficulties\" axes x1y2 with lines","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"274ffbd6ea6eeede128eb6fbf950f68c6ff79237","subject":"reduce yrange maximum from 1600","message":"reduce yrange maximum from 1600","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/avgday_p.gp","new_file":"graphs\/avgday_p.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_p.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddelde uuropbrengst \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\nset yrange [0:1200]\nset ytics 100\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'green'\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_p.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddelde uuropbrengst \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\nset yrange [0:1600]\nset ytics 100\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'green'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b83a9620a3b1b257bc7c2df3182aa7cea576bc61","subject":"minor update","message":"minor update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/calc-cost-latency\/tablet-sizes-timeline.gnuplot","new_file":"mtdb\/calc-cost-latency\/tablet-sizes-timeline.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\n# Tablet created\/deleted events\nFN_IN_CD = system(\"echo $FN_IN_CD\")\n# Tablet access counts\nFN_IN_AC = system(\"echo $FN_IN_AC\")\nFN_OUT = system(\"echo $FN_OUT\")\nDESC = system(\"echo $DESC\")\n\nload \"..\/conf\/colorscheme.gnuplot\"\n\n# Get the plot range\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6) w boxxyerrorbars\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\n\n# Get AC_MAX, access count max\nset terminal unknown\nplot \\\nFN_IN_AC u 3:6 w points\nAC_MAX=GPVAL_DATA_Y_MAX\nset print \"-\"\nprint sprintf(\"Max access count of all tablets: %d\", AC_MAX)\n\nset terminal pdfcairo enhanced rounded size 6, 3in\nset output FN_OUT\n\nset border (1) front lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,(365.25*24*3600)\nunset ytics\n\nset format x \"'%y\"\n\n# Give some margin on the left and at the bottom\nx0=X_MIN-(365.25\/12*1.3*24*3600)\nx1=X_MAX+(365.25\/12*0.5*24*3600)\ny0=Y_MIN-(5*1024*1024)\ny1=Y_MAX\n\nset xrange [x0:x1]\nset yrange [y0:y1]\n\nset key top left\n\nx1p = (X_MAX - X_MIN) \/ 100\ny1p = (Y_MAX - Y_MIN) \/ 100\n\n# Desc\nx0 = X_MIN\ny0 = Y_MAX - 3*y1p\nset label DESC at x0, y0 left tc rgb \"black\" font \",7\"\n\nTRANSP0=0.06\n\n# Legend\nx1 = X_MIN + 11.5*x1p\nx2 = x1 + 7*x1p\ny2 = y0 - 15*y1p\ny1 = y2 - 10*y1p\nset object rect from x1, y1 to x2, y2 fc rgb \"black\" fs transparent solid TRANSP0 noborder\nset arrow from x1, y1 to x1, y2 lc rgb \"black\" nohead\n\ny3 = (y2 + y1) \/ 2\ny4 = y3 + 1.5*y1p\nset label \"sst\\ngen\" at x1, y4 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx3 = x1 - 5*x1p\nset arrow from x3, y1 to x3, y2 lc rgb \"black\" nohead\n\nset arrow from x3 - 0.2*x1p, y2 to x3 + 0.2*x1p, y2 lc rgb \"black\" nohead\nset arrow from x3 - 0.2*x1p, y1 to x3 + 0.2*x1p, y1 lc rgb \"black\" nohead\n\nset label (sprintf(\"%.1f MB\", (y2 - y1)\/1024\/1024)) at x3, y2 right offset -0.5, 0 tc rgb \"black\" font \",8\"\nset label \"0\" at x3, y1 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx4 = x3 - 7*x1p\nset label \"Tablet size\" at x4, y3 center rotate by 90 tc rgb \"black\" font \",8\"\n\ny4 = y1 - 4*y1p\nset arrow from x1, y1 to x1, y4 lt 0 lc rgb \"black\" nohead\nset arrow from x2, y1 to x2, y4 lt 0 lc rgb \"black\" nohead\n\ny5 = y4 - 2*y1p\nset label \"created\" at x1, y5 center tc rgb \"black\" font \",8\"\nset label \"deleted\" at x2, y5 center tc rgb \"black\" font \",8\"\n\n\nlegendAccesses(x) = (x1 < x) && (x < x2) && (sin(x \/ (x2 - x1) * pi * 150) > 0) ? \\\n\t\t\t\t\t\t\t\t\t\ty1 + (y2 - y1) * cos((x - x1) \/ (x2 - x1) * pi \/ 2) + sin(x \/ (x2 - x1) * pi * 20) * 0.5*y1p \\\n\t\t\t\t\t\t\t\t\t\t: 1 \/ 0\n\nx5 = x1 + 5.5*x1p\nx6 = x2 + 2*x1p\nset arrow from x5, y3 to x6, y3 lt 0 lc rgb \"black\" nohead\n\nx7 = x6 + x1p\ny6 = y3 + 2*y1p\nset label \"# of accesses\\nper day\" at x7, y6 left tc rgb \"black\" font \",8\"\n\n# Log scale\n# value range\n# x : [0, AC_MAX]\n# +1 : [1, AC_MAX+1]\n# log(above) : [0(=log(1)), log(AC_MAX+1)]\n# \/ log(AC_MAX+1) : [0, 1]\nAccessCountHeight(x) = x == 0 ? \\\n\t\t\t\t\t\t\t\t\t\t\t 1\/0 \\\n\t\t\t\t\t\t\t\t\t\t\t : (log(x+1)\/log(AC_MAX+1))*10000000\n\nx8 = x7 + 11*x1p\ny7 = y3 - AccessCountHeight(AC_MAX) \/ 2.0\ny8 = y3 + AccessCountHeight(AC_MAX) \/ 2.0\nset arrow from x8, y7 to x8, y8 lc rgb \"black\" nohead\nset arrow from x8 - 0.2*x1p, y7 to x8 + 0.2*x1p, y7 lc rgb \"black\" nohead\nset arrow from x8 - 0.2*x1p, y8 to x8 + 0.2*x1p, y8 lc rgb \"black\" nohead\nset label (sprintf(\"%d\", AC_MAX)) at x8, y8 left offset 0.4, 0.1 tc rgb \"black\" font \",7\"\nset label \"0\" at x8, y7 left offset 0.4,-0.1 tc rgb \"black\" font \",7\"\n\nset samples 5000\n\n# gnuplot doesn't have a mod function\n# http:\/\/www.macs.hw.ac.uk\/~ml355\/lore\/gnuplot.htm\nmod(a, b) = a - floor(a\/b) * b\n\ncolor(a) = mod(a, 6)\n\nset style fill solid TRANSP0 noborder\n\n# x y xlow xhigh ylow yhigh\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6):(color($1)) w boxxyerrorbars lc variable not, \\\nFN_IN_AC u 3:($2 + AccessCountHeight($6)):(color($1)) w points pointsize 0.01 lc variable not, \\\nFN_IN_CD u 2:7:(0):6:(color($1)) w vectors nohead lt 1 lc variable not, \\\nFN_IN_CD u 2:($7+$6\/2.0):1:(color($1)) w labels right offset -0.5,0 font \",8\" tc variable not, \\\nlegendAccesses(x) w lines lc rgb \"black\" not\n\n# dotted line doesn't work with lc variable\n#FN_IN_CD u 4:7:(0):6:(color($1)) w vectors nohead lw 2 lt 0 lc variable not, \\\n\n# steps doesn't work with lc variable\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)):(color($1)) w steps lc variable not, \\\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6)):(color($1)) w filledcurves lc variable not, \\\n\n# This doesn't fill the exact same area as the steps, but was the closest thing\n# that I can find.\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6)) w filledcurves lc rgb \"red\" not, \\\n\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)) w linespoints pt 7 pointsize 0.1 lc rgb \"black\" not, \\\n\n# no base y option, like y0\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)) w fillsteps lc rgb \"red\" not, \\\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\n# Tablet created\/deleted events\nFN_IN_CD = system(\"echo $FN_IN_CD\")\n# Tablet access counts\nFN_IN_AC = system(\"echo $FN_IN_AC\")\nFN_OUT = system(\"echo $FN_OUT\")\nDESC = system(\"echo $DESC\")\n\nload \"..\/conf\/colorscheme.gnuplot\"\n\n# Get the plot range\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6) w boxxyerrorbars\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\n\n# Get AC_MAX, access count max\nset terminal unknown\nplot \\\nFN_IN_AC u 3:6 w points\nAC_MAX=GPVAL_DATA_Y_MAX\nset print \"-\"\nprint sprintf(\"Max access count of all tablets: %d\", AC_MAX)\n\nset terminal pdfcairo enhanced rounded size 6, 3in\nset output FN_OUT\n\nset border (1) front lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,(365.25*24*3600)\nunset ytics\n\nset format x \"'%y\"\n\n# Give some margin on the left and at the bottom\nx0=X_MIN-(365.25\/12*1.3*24*3600)\nx1=X_MAX+(365.25\/12*0.5*24*3600)\ny0=Y_MIN-(5*1024*1024)\ny1=Y_MAX\n\nset xrange [x0:x1]\nset yrange [y0:y1]\n\nset key top left\n\nx1p = (X_MAX - X_MIN) \/ 100\ny1p = (Y_MAX - Y_MIN) \/ 100\n\n# Desc\nx0 = X_MIN\ny0 = Y_MAX - 3*y1p\nset label DESC at x0, y0 left tc rgb \"black\" font \",7\"\n\nTRANSP0=0.06\n\n# Legend\nx1 = X_MIN + 11.5*x1p\nx2 = x1 + 7*x1p\ny2 = y0 - 15*y1p\ny1 = y2 - 10*y1p\nset object rect from x1, y1 to x2, y2 fc rgb \"black\" fs transparent solid TRANSP0 noborder\nset arrow from x1, y1 to x1, y2 lc rgb \"black\" nohead\n\ny3 = (y2 + y1) \/ 2\ny4 = y3 + 1.5*y1p\nset label \"sst\\ngen\" at x1, y4 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx3 = x1 - 5*x1p\nset arrow from x3, y1 to x3, y2 lc rgb \"black\" nohead\n\nset arrow from x3 - 0.2*x1p, y2 to x3 + 0.2*x1p, y2 lc rgb \"black\" nohead\nset arrow from x3 - 0.2*x1p, y1 to x3 + 0.2*x1p, y1 lc rgb \"black\" nohead\n\nset label (sprintf(\"%d MB\", (y2 - y1)\/1024\/1024)) at x3, y2 right offset -0.5, 0 tc rgb \"black\" font \",8\"\nset label \"0\" at x3, y1 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx4 = x3 - 6.5*x1p\nset label \"Tablet size\" at x4, y3 center rotate by 90 tc rgb \"black\" font \",8\"\n\ny4 = y1 - 4*y1p\nset arrow from x1, y1 to x1, y4 lt 0 lc rgb \"black\" nohead\nset arrow from x2, y1 to x2, y4 lt 0 lc rgb \"black\" nohead\n\ny5 = y4 - 2*y1p\nset label \"created\" at x1, y5 center tc rgb \"black\" font \",8\"\nset label \"deleted\" at x2, y5 center tc rgb \"black\" font \",8\"\n\n\nlegendAccesses(x) = (x1 < x) && (x < x2) && (sin(x \/ (x2 - x1) * pi * 150) > 0) ? \\\n\t\t\t\t\t\t\t\t\t\ty1 + (y2 - y1) * cos((x - x1) \/ (x2 - x1) * pi \/ 2) + sin(x \/ (x2 - x1) * pi * 20) * 0.5*y1p \\\n\t\t\t\t\t\t\t\t\t\t: 1 \/ 0\n\nx5 = x1 + 5.5*x1p\nx6 = x2 + 2*x1p\nset arrow from x5, y3 to x6, y3 lt 0 lc rgb \"black\" nohead\n\nx7 = x6 + x1p\ny6 = y3 + 2*y1p\nset label \"# of accesses\\nper day\" at x7, y6 left tc rgb \"black\" font \",8\"\n\n# Log scale\n# value range\n# x : [0, AC_MAX]\n# +1 : [1, AC_MAX+1]\n# log(above) : [0(=log(1)), log(AC_MAX+1)]\n# \/ log(AC_MAX+1) : [0, 1]\nAccessCountHeight(x) = x == 0 ? \\\n\t\t\t\t\t\t\t\t\t\t\t 1\/0 \\\n\t\t\t\t\t\t\t\t\t\t\t : (log(x+1)\/log(AC_MAX+1))*10000000\n\nx8 = x7 + 11*x1p\ny7 = y3 - AccessCountHeight(AC_MAX) \/ 2.0\ny8 = y3 + AccessCountHeight(AC_MAX) \/ 2.0\nset arrow from x8, y7 to x8, y8 lc rgb \"black\" nohead\nset arrow from x8 - 0.2*x1p, y7 to x8 + 0.2*x1p, y7 lc rgb \"black\" nohead\nset arrow from x8 - 0.2*x1p, y8 to x8 + 0.2*x1p, y8 lc rgb \"black\" nohead\nset label (sprintf(\"%d\", AC_MAX)) at x8, y8 left offset 0.4, 0.1 tc rgb \"black\" font \",7\"\nset label \"0\" at x8, y7 left offset 0.4,-0.1 tc rgb \"black\" font \",7\"\n\nset samples 5000\n\n# gnuplot doesn't have a mod function\n# http:\/\/www.macs.hw.ac.uk\/~ml355\/lore\/gnuplot.htm\nmod(a, b) = a - floor(a\/b) * b\n\ncolor(a) = mod(a, 6)\n\nset style fill solid TRANSP0 noborder\n\n# x y xlow xhigh ylow yhigh\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6):(color($1)) w boxxyerrorbars lc variable not, \\\nFN_IN_AC u 3:($2 + AccessCountHeight($6)):(color($1)) w points pointsize 0.01 lc variable not, \\\nFN_IN_CD u 2:7:(0):6:(color($1)) w vectors nohead lt 1 lc variable not, \\\nFN_IN_CD u 2:($7+$6\/2.0):1:(color($1)) w labels right offset -0.5,0 font \",8\" tc variable not, \\\nlegendAccesses(x) w lines lc rgb \"black\" not\n\n# dotted line doesn't work with lc variable\n#FN_IN_CD u 4:7:(0):6:(color($1)) w vectors nohead lw 2 lt 0 lc variable not, \\\n\n# steps doesn't work with lc variable\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)):(color($1)) w steps lc variable not, \\\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6)):(color($1)) w filledcurves lc variable not, \\\n\n# This doesn't fill the exact same area as the steps, but was the closest thing\n# that I can find.\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6)) w filledcurves lc rgb \"red\" not, \\\n\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)) w linespoints pt 7 pointsize 0.1 lc rgb \"black\" not, \\\n\n# no base y option, like y0\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)) w fillsteps lc rgb \"red\" not, \\\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"cf70316842c024f24c18280b9078ca0240fda614","subject":"Cleanup.","message":"Cleanup.","repos":"nintaitrading-eu\/ledgerplot","old_file":"test\/hist.gnu","new_file":"test\/hist.gnu","new_contents":"####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n####################################################################################\n\n### plot setup\n#set terminal pngcairo transparent enhanced font \"inconsolata,10\" fontscale 1.0 size 500, 350 \nset terminal pngcairo size 800,600 enhanced font 'Liberation Mono,10' background \"#002b36\"\nset output 'test.png'\nCOLORS = \"red green gray\"\nSTARTCOL=2\nENDCOL=4\nGAPSIZE=5\n\nNCOL=ENDCOL-STARTCOL+1\nBOXWIDTH=1.\/(GAPSIZE+NCOL)\n\n### legend\nset key bmargin center horizontal Left reverse noenhanced autotitles columnhead nobox\n\n### barchart layout - axis + grid\n#set border 3 front linetype -1 linewidth 1.000\nset boxwidth BOXWIDTH absolute\nset style fill solid 1.00 border lt -1\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset xzeroaxis linetype 0 linewidth 1.000\nset yzeroaxis linetype 0 linewidth 1.000\nset zzeroaxis linetype 0 linewidth 1.000\n\n### Set tics and histograms\nset style histogram clustered gap 4 title offset character 2, 0.25, 0\nset datafile missing '-'\nset style data histograms\nset xtics border in scale 0,0 nomirror rotate by -45 offset character 0, 0, 0 autojustify\nset xtics norangelimit font \",8\"\nset xtics ()\nset ytics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset ztics border in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\nset cbtics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset rtics axis in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\n\n### titles and labels\nset title \"income\\_vs\\_expenses\\n(Extra info here?)\" \n#set xlabel \"(Note: )\" \nset xlabel offset character 0, -2, 0 font \"\" textcolor lt -1 norotate\nset ylabel \"Value (EUR)\" \n\n#x = 0.0\n#i = 23\n### plotting\nplot for [COL=STARTCOL:ENDCOL] 'test.dat' u COL:xtic(1) w histogram title columnheader(COL) lc rgb word(COLORS, COL), \\\n for [COL=STARTCOL:ENDCOL] 'test.dat' u (column(0)+BOXWIDTH*(COL-STARTCOL+GAPSIZE\/2+1)-0.5):COL:COL notitle w labels\n","old_contents":"### TODO: 2014_income_vs_expenses.dat -> 2014 \/ income_vs_expenses = year for a group of\n### histograms \/ plottitle\n### plot setup\n#set terminal pngcairo transparent enhanced font \"inconsolata,10\" fontscale 1.0 size 500, 350 \nset terminal pngcairo size 800,600 enhanced font 'Liberation Mono,10' background \"#002b36\"\nset output 'test.png'\n\nSTARTCOL=2\nENDCOL=4\nGAPSIZE=5\nNCOL=ENDCOL-STARTCOL+1\nBOXWIDTH=1.\/(GAPSIZE+NCOL)\nCOLORS = \"red green gray\"\n\n#set border 3 front linetype -1 linewidth 1.000\nset boxwidth BOXWIDTH absolute\nset style fill solid 1.00 border lt -1\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset xzeroaxis linetype 0 linewidth 1.000\nset yzeroaxis linetype 0 linewidth 1.000\nset zzeroaxis linetype 0 linewidth 1.000\n\n### legend\nset key bmargin center horizontal Left reverse noenhanced autotitles columnhead nobox\n\n### Set tics and histograms\nset style histogram clustered gap 4 title offset character 2, 0.25, 0\nset datafile missing '-'\nset style data histograms\nset xtics border in scale 0,0 nomirror rotate by -45 offset character 0, 0, 0 autojustify\nset xtics norangelimit font \",8\"\nset xtics ()\nset ytics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset ztics border in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\nset cbtics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset rtics axis in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\n\n# TODO: the below text is variable\nset title \"income\\_vs\\_expenses\\n(Extra info here?)\" \n# TODO: the below text is variable\n#set xlabel \"(Note: )\" \nset xlabel offset character 0, -2, 0 font \"\" textcolor lt -1 norotate\n# TODO: the below text is variable\nset ylabel \"Value (EUR)\" \nx = 0.0\ni = 23\n### the plot\n## Last datafile plotted: \"data.dat\"\n#plot newhistogram \"Northern Europe\", 'data.dat' using \"Sweden\":xtic(1) t col, '' u \"Denmark\" t col, '' u \"Norway\" t col, newhistogram \"Southern Europe\", '' u \"Greece\":xtic(1) t col, '' u \"Romania\" t col, '' u \"Yugoslavia\" t col, newhistogram \"British Isles\", '' u \"Ireland\":xtic(1) t col, '' u \"United_Kingdom\" t col\n# TODO: the below texts and colors are variable\n#plot 'test.dat' using \"income\":xtic(1) t col lc \"#586e75\", '' u \"expenses\" t col lc \"#cb4b16\", '' u \"difference\" t col lc \"#93a1a1\"\n#plot 'test.dat' using \"income\":xtic(1) t col lc \"green\", '' u \"expenses\" t col lc \"red\", '' u \"difference\" t col lc \"gray\"\n#plot for [COL=STARTCOL:ENDCOL] 'test.dat' using COL:xtic(1) t col lc \"green\", '' u t col lc \"red\", '' u \"difference\" t col lc \"gray\"\nplot for [COL=STARTCOL:ENDCOL] 'test.dat' u COL:xtic(1) w histogram title columnheader(COL) lc rgb word(COLORS, COL), \\\n for [COL=STARTCOL:ENDCOL] 'test.dat' u (column(0)+BOXWIDTH*(COL-STARTCOL+GAPSIZE\/2+1)-0.5):COL:COL notitle w labels\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"c5d4366ac71c7967b1b264b7b19ee57700a62baf","subject":"plot cleanup","message":"plot cleanup\n","repos":"aure\/Soundpipe,aure\/Soundpipe,narner\/Soundpipe,aure\/Soundpipe,narner\/Soundpipe,narner\/Soundpipe,aure\/Soundpipe,narner\/Soundpipe","old_file":"test\/plot.plt","new_file":"test\/plot.plt","new_contents":"set terminal png size 900,400 font ',10'\nset bmargin 10 \nset output \"demo.png\"\nset nokey\nset style data histogram\nunset border\nset xtics rotate \nset xtics axis\n\nplot 'time.log' using 2:xtic(1) with boxes\n\n","old_contents":"set terminal png size 900,400 font ',10'\nset bmargin 10 \nset output \"demo.png\"\n#set yrange [0:]\nset nokey\nset style data histogram\nunset border\n# unset xtics\n# set xtics format \"\"\nset xtics rotate \n# set xtics offset 0, graph 0.5\nset xtics axis\n\n# plot 'time.log' using 1:xtic(2), \\\n# 'time.log' using 3 with boxes\n\nplot 'time.log' using 2:xtic(1) with boxes\n\n\n# reset\n# set terminal png size \"1000x1000\"\n# set output \"test.png\"\n# set key at graph 0.24, 0.85 horizontal samplen 0.1\n# set style data histogram\n# set style histogram cluster gap 1\n# set style fill solid border -1\n# set boxwidth 0.8\n# set xtic rotate by 90 scale 0\n# unset ytics\n# set y2tics rotate by 90\n# set yrange [0:0.35]; set xrange [-0.5:6.5]\n# set y2label 'Output' offset -2.5\n# set xlabel ' '\n# set size 0.6, 1\n# set label 1 'Year' at graph 0.5, -0.1 centre rotate by 180\n# set label 2 'Nowhere' at graph 0.09, 0.85 left rotate by 90\n# set label 3 'Everywhere' at graph 0.2, 0.85 left rotate by 90\n# p 'foo.log' u 2 title ' ', '' u ($2\/2.0+rand(0)\/10.0) title ' ', '' u 0:(0):xticlabel(1) w l title ''\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"93618952cb3d72022d39ebf650dac31f2ad22e41","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/calc-cost-latency\/storage-size-by-time.gnuplot","new_file":"mtdb\/calc-cost-latency\/storage-size-by-time.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get min and max values\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nplot FN_IN u 1:($2\/1000000) w fsteps, \\\nFN_IN u 1:($4+$5) w lines axes x1y2\n\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\nY2_MIN=GPVAL_DATA_Y2_MIN\nY2_MAX=GPVAL_DATA_Y2_MAX\n\n#set print \"-\"\n#print (sprintf(\"Y_MAX: %f\", Y_MAX))\n#print (sprintf(\"Y2_MAX: %f\", Y2_MAX))\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Time\" offset 0,0.3\nset ylabel \"Storage size (MB)\" offset 1.3,0\nset y2label \"Storage cost ($)\"\n\nset border (1 + 2 + 8) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,(365.25*24*3600)\n\n# Not sure if this is what I wanted. Not important.\nx1(a)=(10**floor(log10(a)))\nx2(a)=floor(a\/x1(a)\/2)*x1(a)*2\nyTicsStep(a, b)=x2(a\/b)\n\n#print (sprintf(\"yTicsStep(Y_MAX, 2)=%f\", yTicsStep(Y_MAX, 2)))\n#print (sprintf(\"yTicsStep(Y2_MAX, 2)=%f\", yTicsStep(Y2_MAX, 2)))\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y_MAX, 2)\nset y2tics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y2_MAX, 2)\nset tics front\n\nset xrange [X_MIN:X_MAX]\nset yrange [Y_MIN:Y_MAX]\nset y2range [Y2_MIN:Y2_MAX]\n\nset key top left\n\nset pointsize 0.1\n\nplot \\\nFN_IN u 1:($2\/1000000) w steps lc rgb \"red\" t \"Hot\", \\\nFN_IN u 1:($3\/1000000) w steps lc rgb \"blue\" t \"Cold\", \\\nFN_IN u 1:4 w linespoints axes x1y2 pt 7 lc rgb \"red\" not, \\\nFN_IN u 1:5 w linespoints axes x1y2 pt 7 lc rgb \"blue\" not, \\\nFN_IN u 1:($4+$5) w linespoints axes x1y2 pt 7 lc rgb \"black\" not\n\n#FN_IN u 1:($2\/1000000) w fillsteps fs solid 0.15 noborder not, \\\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get min and max values\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nplot FN_IN u 1:($2\/1000000) w fsteps, \\\nFN_IN u 1:($4+$5) w lines axes x1y2\n\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\nY2_MIN=GPVAL_DATA_Y2_MIN\nY2_MAX=GPVAL_DATA_Y2_MAX\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Time\" offset 0,0.3\nset ylabel \"Storage size (MB)\" offset 1.3,0\nset y2label \"Storage cost ($)\"\n\nset border (1 + 2 + 8) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,(365.25*24*3600)\n\nOneMagSmaller(x)=10**floor(log10(x))\nyTicsStep(a, b)=floor(floor(a \/ b) \/ OneMagSmaller(a)) * OneMagSmaller(a)\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y_MAX, 2)\nset y2tics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y2_MAX, 2)\nset tics front\n\nset xrange [X_MIN:X_MAX]\nset yrange [Y_MIN:Y_MAX]\nset y2range [Y2_MIN:Y2_MAX]\n\nset key top left\n\nset pointsize 0.1\n\nplot \\\nFN_IN u 1:($2\/1000000) w steps lc rgb \"red\" t \"Hot\", \\\nFN_IN u 1:($3\/1000000) w steps lc rgb \"blue\" t \"Cold\", \\\nFN_IN u 1:4 w linespoints axes x1y2 pt 7 lc rgb \"red\" not, \\\nFN_IN u 1:5 w linespoints axes x1y2 pt 7 lc rgb \"blue\" not, \\\nFN_IN u 1:($4+$5) w linespoints axes x1y2 pt 7 lc rgb \"black\" not\n\n#FN_IN u 1:($2\/1000000) w fillsteps fs solid 0.15 noborder not, \\\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"45d81a627f2abe039e308fd3161bf25dc984c82a","subject":"Uses a new color scheme for graphs.","message":"Uses a new color scheme for graphs.\n","repos":"amadvance\/tommyds,amadvance\/tommyds,amadvance\/tommyds,amadvance\/tommyds","old_file":"benchmark\/gr_common.gnu","new_file":"benchmark\/gr_common.gnu","new_contents":";set term svg enhanced font 'arial,10' size 800,800\n;bext = \".svg\"\nset terminal png nocrop enhanced font arial 10 size 800,800\nbext = \".png\"\nset xtics nomirror rotate by -45 font \"arial,8\"\nset key below\nset style data linespoints\nset datafile missing \"0\"\nset xlabel \"Number of elements in logarithmic scale\"\nset ylabel \"Time for element in nanosecond in logarithmic scale\\nLower is better\"\nset xrange [1000:100000000]\nset yrange [6:1000]\nset logscale y\nset logscale x\nset format y \"%.0fns\"\nset format x \"%.0s%c\"\nbdir = \"data\/\"\n\n# for some colors see: http:\/\/www.uni-hamburg.de\/Wiss\/FB\/15\/Sustainability\/schneider\/gnuplot\/colors.htm\nset style line 1 lc 1 lt 1 # hashtable\nset style line 2 lc 2 lt 2 # hashdyn\nset style line 3 lc 3 lt 3 # hashlin\nset style line 4 lc 4 lt 4 # trie\nset style line 5 lc 5 lt 5 # trie-inplace\nset style line 6 lc 6 lt 6 # rbtre\nset style line 7 lc 7 lt 7 # nedtrie\nset style line 8 lc 8 lt 8 # khash\nset style line 9 lc 9 lt 8 # uthash\nset style line 10 lc 10 lt 10 # judy\nset style line 11 lc 11 lt 11 # judyarray\nset style line 12 lc 12 lt 12 # googledensehash\nset style line 13 lc rgb \"#FF69B4\" lt 13 # googlebtree\nset style line 14 lc 14 lt 14 # stxbtree\nset style line 15 lc 15 lt 15 # c++unorderedmap\nset style line 16 lc 16 lt 16 # c++map\nset style line 17 lc 17 lt 17 # tesseract\nset style line 18 lc rgb \"#FF69B4\" lt 18 # googlelibchash\nset style line 19 lc rgb \"#1E90FF\" lt 19 # concurrencykit\n\n","old_contents":";set term svg enhanced font 'arial,10' size 800,800\n;bext = \".svg\"\nset terminal png nocrop enhanced font arial 10 size 800,800\nbext = \".png\"\nset xtics nomirror rotate by -45 font \"arial,8\"\nset key below\nset style data linespoints\nset datafile missing \"0\"\nset xlabel \"Number of elements in logarithmic scale\"\nset ylabel \"Time for element in nanosecond in logarithmic scale\\nLower is better\"\nset xrange [1000:100000000]\nset yrange [6:1000]\nset logscale y\nset logscale x\nset format y \"%.0fns\"\nset format x \"%.0s%c\"\nbdir = \"data\/\"\n\n# for some colors see: http:\/\/www.uni-hamburg.de\/Wiss\/FB\/15\/Sustainability\/schneider\/gnuplot\/colors.htm\nset style line 1 lc 1 lt 1\nset style line 2 lc 2 lt 2\nset style line 3 lc 3 lt 3\nset style line 4 lc 4 lt 4\nset style line 5 lc 5 lt 5\nset style line 6 lc 6 lt 6\nset style line 7 lc 7 lt 7\nset style line 8 lc 8 lt 8\nset style line 9 lc 9 lt 9\nset style line 10 lc 10 lt 10\nset style line 11 lc 11 lt 11\nset style line 12 lc 12 lt 12\nset style line 13 lc 13 lt 13\nset style line 14 lc 14 lt 14\nset style line 15 lc 15 lt 15\nset style line 16 lc rgb \"#DC143C\" lt 16\nset style line 17 lc 17 lt 17\nset style line 18 lc rgb \"brown\" lt 18\nset style line 19 lc rgb \"#DAA520\" lt 19\nset style line 20 lc 20 lt 20\n\n\n\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"146369c74df51de87e2debeec87ad104f922e523","subject":"line style update","message":"line style update\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1024 * 8 \/ 60.\nYdn_max = (Ydn_max * 1.1) * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1024 * 8 \/ 60.\nYup_max = (Yup_max * 1.1) * 8 \/ 60.\n\n# ***************************************************************** Legend *****\nset key inside top left nobox\nset key samplen .5\nset key reverse Left\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\n#set logscale y 10\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" with lines lc rgb \"#0000bb\" lw 1\\\n\nunset object 1\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set logscale y 10\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" with lines lc rgb \"#bb0000\" lw 1 \\\n\nunset object 2\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1024 * 8 \/ 60.\nYdn_max = (Ydn_max * 1.1) * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1024 * 8 \/ 60.\nYup_max = (Yup_max * 1.1) * 8 \/ 60.\n\n# ***************************************************************** Legend *****\nset key inside top left nobox\nset key samplen .5\nset key reverse Left\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\n#set logscale y 10\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" with lines lw 1\\\n\nunset object 1\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set logscale y 10\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" with lines lw 1 \\\n\nunset object 2\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a9909160f3bd44070453185f9dce3a579bc8758b","subject":"always add the -pthread option","message":"always add the -pthread option\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@495 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nICPC_MCSTL_CPPFLAGS\t?= -gcc-version=420 -cxxlib=$(FAKEGCC)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL hasn't been configured correctly) #'\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nifeq ($(strip $(USE_ICPC)),yes)\nMCSTL_CPPFLAGS\t\t+= $(ICPC_MCSTL_CPPFLAGS)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\nifneq (,$(strip $(wildcard $(MCSTL_ROOT)\/originals)))\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_ROOT)\nendif\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_BASE)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_ORIG_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_ORIG_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_INCLUDE)),-I$(strip $(BOOST_INCLUDE)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nICPC_MCSTL_CPPFLAGS\t?= -gcc-version=420 -cxxlib=$(FAKEGCC)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL hasn't been configured correctly)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nSTXXL_SPECIFIC\t+= \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nifeq ($(strip $(USE_ICPC)),yes)\nMCSTL_CPPFLAGS\t\t+= $(ICPC_MCSTL_CPPFLAGS)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\nifneq (,$(strip $(wildcard $(MCSTL_ROOT)\/originals)))\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_ROOT)\nendif\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_BASE)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_ORIG_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_ORIG_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2d7f4b5635d152f11d057f321f3de63e3c1f4c68","subject":"Modify figure","message":"Modify figure\n","repos":"FrustratedGameDev\/txts","old_file":"plot\/plot1.plt","new_file":"plot\/plot1.plt","new_contents":"set terminal png transparent enhanced fontscale 1.0 size 500, 350 \n# set output 'contours.17.png'\nset view 60, 30, 0.85, 1.1\nset samples 25, 25\nset isosamples 26, 26\nset contour base\nset cntrparam bspline\nset title \"3D gnuplot demo - contour of Sinc function\" \nset xlabel \"Xx axis\" \nset ylabel \"Yy axis\" \nset zlabel \"Z axis\" \nset zlabel offset character 1, 0, 0 font \"\" textcolor lt -1 norotate\nsplot [-5:5.01] [-5:5.01] sin(sqrt(x)) \/ sqrt(x**2+y**2)\n\n","old_contents":"set terminal png transparent enhanced fontscale 1.0 size 500, 350 \n# set output 'contours.17.png'\nset view 60, 30, 0.85, 1.1\nset samples 25, 25\nset isosamples 26, 26\nset contour base\nset cntrparam bspline\nset title \"3D gnuplot demo - contour of Sinc function\" \nset xlabel \"Xx axis\" \nset ylabel \"Yy axis\" \nset zlabel \"Z axis\" \nset zlabel offset character 1, 0, 0 font \"\" textcolor lt -1 norotate\nsplot [-5:5.01] [-5:5.01] sin(sqrt(x**2+y**2)) \/ sqrt(x**2+y**2)\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"79cd18cb3d85fca9f19a1bcb28fd5f5de6d82b19","subject":"add unit test for same_or_descendant","message":"add unit test for same_or_descendant\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/internal\/objects_i.plt","new_file":"U-238\/u\/internal\/objects_i.plt","new_contents":":- use_module(u(internal\/objects_i)).\n:- use_module(u(v)).\n:- use_module(library(aggregate)).\n\n:- begin_tests(objects_i, [setup(objects_i_test_v)]).\n\ntest(class_fields) :-\n\n class_id(Id, citizen_v), !,\n\n class_fields(_:_, Id, false, false, F1),\n assertion(F1 = [height:_, name:_, sex:_, surname:_, weight:_]),\n\n class_fields(_:_, Id, false, true, F2),\n assertion(F2 = [class:_, functor:_]),\n\n class_fields(_:_, Id, true, false, F3),\n assertion(F3 = [birthday:_, country:_, id:_]),\n\n class_fields(_:_, Id, true, true, F4),\n assertion(F4 = [age:_]),\n\n class_fields(_:_, Id, false, _, F5),\n assertion(F5 = [class:_, functor:_, height:_, name:_, sex:_,\n surname:_, weight:_]),\n\n class_fields(_:_, Id, true, _, F6),\n assertion(F6 = [age:_, birthday:_, country:_, id:_]),\n\n class_fields(_:_, Id, _, false, F7),\n assertion(F7 = [birthday:_, country:_, height:_, id:_, name:_,\n sex:_, surname:_, weight:_]),\n\n class_fields(_:_, Id, _, true, F8),\n assertion(F8 = [age:_, class:_, functor:_]),\n\n class_fields(_:_, Id, _, _, F9),\n assertion(F9 = [age:_, birthday:_, class:_, country:_,\n functor:_, height:_, id:_, name:_, sex:_,\n surname:_,weight:_]).\n\ntest(list_inheritance_names1) :-\n\n class_primary_id(callup_v, Id),\n list_inheritance_names(Id, List),\n assertion(List == [object_base_v, object_v, man_v, citizen_v,\n callup_v]).\n\ntest(list_inheritance_names2) :-\n\n class_primary_id(object_base_v, Id),\n list_inheritance_names(Id, List),\n assertion(List == [object_base_v]).\n\ntest(list_inheritance_names3) :-\n\n class_primary_id(man_v, Id1),\n class_primary_id(citizen_v, Id2),\n list_inheritance_names(Id1, Id2, List),\n assertion(List == [man_v, citizen_v]).\n\ntest(obj_unify_int_with_evals) :-\n\n class_primary_id(citizen_v, Class_Id),\n obj_construct(citizen_v, [], [], O),\n obj_unify_int(Class_Id,\n [functor, class, birthday], throw,\n O,\n [citizen_v, citizen_v, 1994], _),\n obj_field(O, class, Class1),\n assertion(Class1 == citizen_v),\n\n obj_unify_int(Class_Id,\n [functor, class, sex], throw,\n O,\n [citizen_v, callup_v, man], _),\n obj_field(O, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_unify_int(Class_Id,\n [functor, class, birthday, sex], throw,\n O,\n [X, Y, 1994, man], _),\n obj_field(O, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\ntest(obj_unify_int_with_evals_rebased) :-\n\n obj_construct(citizen_v, [], [], O0),\n obj_rebase((object_v -> db_object_v), O0, O),\n arg(1, O, Class_Id),\n obj_unify_int(Class_Id,\n [functor, class, birthday], throw,\n O,\n [citizen_v, citizen_v, 1994], _),\n obj_field(O, class, Class1),\n assertion(Class1 == citizen_v),\n\n obj_unify_int(Class_Id,\n [functor, class, sex], throw,\n O,\n [citizen_v, callup_v, man], _),\n obj_field(O, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_unify_int(Class_Id,\n [functor, class, birthday, sex], throw,\n O,\n [X, Y, 1994, man], _),\n obj_field(O, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n\ntest(obj_unify_int_combinatoric_feature1,\n [N =:= N_Flds ** N_Flds]) :-\n\n obj_construct(objects_i_test_v, [], [], O),\n arg(1, O, Class_Id),\n class_fields(_, Class_Id, _, false, Flds),\n length(Flds, N_Flds),\n length(U_Flds, N_Flds),\n aggregate_all(count,\n obj_unify_int(Class_Id, U_Flds, throw, O, U_Flds,\n _),\n N).\n\ntest(obj_unify_int_combinatoric_feature1_rebased,\n [N =:= N_Flds ** N_Flds]) :-\n\n obj_construct(objects_i_test_v, [], [], O0),\n obj_rebase((object_v -> db_object_v), O0, O),\n arg(1, O, Class_Id),\n class_fields(_, Class_Id, _, false, Flds),\n length(Flds, N_Flds),\n length(U_Flds, N_Flds),\n aggregate_all(count,\n obj_unify_int(Class_Id, U_Flds, throw, O, U_Flds,\n _),\n N).\n\ntest(obj_unify_int_combinatoric_feature2,\n [N =:= N_Noneval_Flds ** N_Flds]) :-\n\n obj_construct(objects_i_test_v, [], [], O),\n arg(1, O, Class_Id),\n class_fields(_, Class_Id, _, _, Flds),\n class_fields(_, Class_Id, _, false, Noneval_Flds),\n length(Flds, N_Flds),\n length(U_Flds, N_Flds),\n aggregate_all(count,\n obj_unify_int(Class_Id, U_Flds, throw, O, U_Flds,\n _),\n N),\n length(Noneval_Flds, N_Noneval_Flds).\n\ntest(obj_unify_int_combinatoric_feature2_rebased,\n [N =:= N_Noneval_Flds ** N_Flds]) :-\n\n obj_construct(objects_i_test_v, [], [], O0),\n obj_rebase((object_v -> db_object_v), O0, O),\n arg(1, O, Class_Id),\n class_fields(_, Class_Id, _, _, Flds),\n class_fields(_, Class_Id, _, false, Noneval_Flds),\n length(Flds, N_Flds),\n length(U_Flds, N_Flds),\n aggregate_all(count,\n obj_unify_int(Class_Id, U_Flds, throw, O, U_Flds,\n _),\n N),\n length(Noneval_Flds, N_Noneval_Flds).\n\ntest(same_class) :-\n\n obj_construct(man_v, [], [], Obj1),\n obj_rebase((object_v -> db_object_v), Obj1, Obj2),\n obj_rebase((object_v -> tarjan_vertex_v), Obj2, Obj3),\n arg(1, Obj1, Id1),\n arg(1, Obj2, Id2),\n arg(1, Obj3, Id3),\n same_class(Id1, true, man_v),\n same_class(Id1, true, Class1),\n assertion(Class1 == man_v),\n \\+ same_class(Id1, false, man_v),\n \\+ same_class(Id1, false, _),\n same_class(Id2, false, man_v),\n same_class(Id2, false, Class2),\n assertion(Class2 == man_v),\n \\+ same_class(Id2, true, man_v),\n \\+ same_class(Id2, true, _),\n\n findall([NR, Class], same_class(Id1, NR, Class), L1),\n findall([NR, Class], same_class(Id3, NR, Class), L3),\n\n assertion(L1 == [[true, man_v]]),\n assertion(L3 == [[false, man_v]]).\n\ntest(descendant_class1) :-\n\n obj_construct(callup_v, [], [], Obj1),\n obj_rebase((object_v -> db_object_v), Obj1, Obj2),\n obj_rebase((object_v -> tarjan_vertex_v), Obj2, Obj3),\n arg(1, Obj1, Id1),\n arg(1, Obj3, Id3),\n descendant_class(Id1, true, man_v),\n findall(Class, descendant_class(Id1, true, Class), L1U),\n msort(L1U, L1),\n assertion(L1 = [citizen_v, man_v, object_base_v, object_v]),\n\n \\+ descendant_class(Id1, false, man_v),\n \\+ descendant_class(Id1, false, _),\n\n descendant_class(Id3, false, man_v),\n findall(Class, descendant_class(Id3, false, Class), L2U),\n msort(L2U, L2),\n assertion(L2 = [citizen_v, db_object_v, man_v,\n object_base_v, object_v, tarjan_vertex_v]),\n\n\n \\+ descendant_class(Id3, true, man_v),\n \\+ descendant_class(Id3, true, _),\n\n findall(p(NR, Class), descendant_class(Id1, NR, Class), PL4),\n findall(p(NR, Class), descendant_class(Id3, NR, Class), PL5),\n\n maplist(arg(1), PL4, BL4U), sort(BL4U, B4),\n maplist(arg(2), PL4, L4U), msort(L4U, L4),\n maplist(arg(1), PL5, BL5U), sort(BL5U, B5),\n maplist(arg(2), PL5, L5U), msort(L5U, L5),\n\n assertion(B4 == [true]),\n assertion(L4 == L1),\n assertion(B5 == [false]),\n assertion(L5 == L2).\n\ntest(descendant_class2_1) :-\n class_primary_id(man_v, Man_Id),\n findall(Desc,\n ( descendant_class(Desc_Id, Man_Id),\n class_id(Desc_Id, Desc)\n ),\n Descendants),\n assertion(Descendants = [citizen_v, callup_v]).\n\ntest(descendant_class2_2) :-\n class_primary_id(man_v, Man_Id),\n findall(Anc,\n ( descendant_class(Man_Id, Anc_Id),\n class_id(Anc_Id, Anc)\n ),\n Ancestors),\n assertion(Ancestors = [object_v, object_base_v]).\n\ntest(same_or_descendant1) :-\n\n obj_construct(callup_v, [], [], Obj1),\n obj_rebase((object_v -> db_object_v), Obj1, Obj2),\n obj_rebase((object_v -> tarjan_vertex_v), Obj2, Obj3),\n arg(1, Obj1, Id1),\n arg(1, Obj3, Id3),\n same_or_descendant(Id1, true, man_v),\n same_or_descendant(Id1, true, callup_v),\n \\+ same_or_descendant(Id1, true, db_object_v),\n findall(Class, same_or_descendant(Id1, true, Class), L1U),\n msort(L1U, L1),\n assertion(L1 = [callup_v, citizen_v, man_v, object_base_v, object_v]),\n\n \\+ same_or_descendant(Id1, false, object_base_v),\n \\+ same_or_descendant(Id1, false, callup_v),\n \\+ same_or_descendant(Id1, false, _),\n\n same_or_descendant(Id3, false, object_base_v),\n same_or_descendant(Id3, false, db_object_v),\n same_or_descendant(Id3, false, tarjan_vertex_v),\n same_or_descendant(Id3, false, callup_v),\n findall(Class, same_or_descendant(Id3, false, Class), L2U),\n msort(L2U, L2),\n assertion(L2 = [callup_v, citizen_v, db_object_v, man_v,\n object_base_v, object_v, tarjan_vertex_v]),\n\n\n \\+ same_or_descendant(Id3, true, callup_v),\n \\+ same_or_descendant(Id3, true, man_v),\n \\+ same_or_descendant(Id3, true, _),\n\n findall(p(NR, Class), same_or_descendant(Id1, NR, Class), PL4),\n findall(p(NR, Class), same_or_descendant(Id3, NR, Class), PL5),\n\n maplist(arg(1), PL4, BL4U), sort(BL4U, B4),\n maplist(arg(2), PL4, L4U), msort(L4U, L4),\n maplist(arg(1), PL5, BL5U), sort(BL5U, B5),\n maplist(arg(2), PL5, L5U), msort(L5U, L5),\n\n assertion(B4 == [true]),\n assertion(L4 == L1),\n assertion(B5 == [false]),\n assertion(L5 == L2).\n\ntest(same_or_descendant2_1) :-\n class_primary_id(man_v, Man_Id),\n findall(Desc,\n ( same_or_descendant(Desc_Id, Man_Id),\n class_id(Desc_Id, Desc)\n ),\n Descendants),\n assertion(Descendants = [man_v, citizen_v, callup_v]).\n\ntest(same_or_descendant2_2) :-\n class_primary_id(man_v, Man_Id),\n findall(Anc,\n ( same_or_descendant(Man_Id, Anc_Id),\n class_id(Anc_Id, Anc)\n ),\n Ancestors),\n assertion(Ancestors = [object_v, object_base_v, man_v]).\n\ntest(same_or_descendant2_3) :-\n Class_id = 1,\n same_or_descendant(Class_id, Class_id).\n\nobjects_i_test_v :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(objects_i_test_v, object_v, [a, b, c]).\n\n\n:- end_tests(objects_i).\n","old_contents":":- use_module(u(internal\/objects_i)).\n:- use_module(u(v)).\n:- use_module(library(aggregate)).\n\n:- begin_tests(objects_i, [setup(objects_i_test_v)]).\n\ntest(class_fields) :-\n\n class_id(Id, citizen_v), !,\n \n class_fields(_:_, Id, false, false, F1),\n assertion(F1 = [height:_, name:_, sex:_, surname:_, weight:_]),\n\n class_fields(_:_, Id, false, true, F2),\n assertion(F2 = [class:_, functor:_]),\n\n class_fields(_:_, Id, true, false, F3),\n assertion(F3 = [birthday:_, country:_, id:_]),\n\n class_fields(_:_, Id, true, true, F4),\n assertion(F4 = [age:_]),\n\n class_fields(_:_, Id, false, _, F5),\n assertion(F5 = [class:_, functor:_, height:_, name:_, sex:_,\n surname:_, weight:_]),\n\n class_fields(_:_, Id, true, _, F6),\n assertion(F6 = [age:_, birthday:_, country:_, id:_]),\n\n class_fields(_:_, Id, _, false, F7),\n assertion(F7 = [birthday:_, country:_, height:_, id:_, name:_,\n sex:_, surname:_, weight:_]),\n\n class_fields(_:_, Id, _, true, F8),\n assertion(F8 = [age:_, class:_, functor:_]),\n\n class_fields(_:_, Id, _, _, F9),\n assertion(F9 = [age:_, birthday:_, class:_, country:_,\n functor:_, height:_, id:_, name:_, sex:_,\n surname:_,weight:_]). \n\ntest(list_inheritance_names1) :-\n\n class_primary_id(callup_v, Id),\n list_inheritance_names(Id, List),\n assertion(List == [object_base_v, object_v, man_v, citizen_v,\n callup_v]).\n\ntest(list_inheritance_names2) :-\n\n class_primary_id(object_base_v, Id),\n list_inheritance_names(Id, List),\n assertion(List == [object_base_v]).\n\ntest(list_inheritance_names3) :-\n\n class_primary_id(man_v, Id1),\n class_primary_id(citizen_v, Id2),\n list_inheritance_names(Id1, Id2, List),\n assertion(List == [man_v, citizen_v]).\n\ntest(obj_unify_int_with_evals) :-\n\n class_primary_id(citizen_v, Class_Id),\n obj_construct(citizen_v, [], [], O),\n obj_unify_int(Class_Id, \n [functor, class, birthday], throw,\n O,\n [citizen_v, citizen_v, 1994], _),\n obj_field(O, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_unify_int(Class_Id,\n [functor, class, sex], throw,\n O,\n [citizen_v, callup_v, man], _),\n obj_field(O, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_unify_int(Class_Id,\n [functor, class, birthday, sex], throw,\n O,\n [X, Y, 1994, man], _),\n obj_field(O, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\ntest(obj_unify_int_with_evals_rebased) :-\n\n obj_construct(citizen_v, [], [], O0),\n obj_rebase((object_v -> db_object_v), O0, O),\n arg(1, O, Class_Id),\n obj_unify_int(Class_Id, \n [functor, class, birthday], throw,\n O,\n [citizen_v, citizen_v, 1994], _),\n obj_field(O, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_unify_int(Class_Id,\n [functor, class, sex], throw,\n O,\n [citizen_v, callup_v, man], _),\n obj_field(O, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_unify_int(Class_Id,\n [functor, class, birthday, sex], throw,\n O,\n [X, Y, 1994, man], _),\n obj_field(O, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n\ntest(obj_unify_int_combinatoric_feature1,\n [N =:= N_Flds ** N_Flds]) :-\n\n obj_construct(objects_i_test_v, [], [], O),\n arg(1, O, Class_Id),\n class_fields(_, Class_Id, _, false, Flds),\n length(Flds, N_Flds),\n length(U_Flds, N_Flds),\n aggregate_all(count,\n obj_unify_int(Class_Id, U_Flds, throw, O, U_Flds,\n _),\n N).\n\ntest(obj_unify_int_combinatoric_feature1_rebased,\n [N =:= N_Flds ** N_Flds]) :-\n\n obj_construct(objects_i_test_v, [], [], O0),\n obj_rebase((object_v -> db_object_v), O0, O),\n arg(1, O, Class_Id),\n class_fields(_, Class_Id, _, false, Flds),\n length(Flds, N_Flds),\n length(U_Flds, N_Flds),\n aggregate_all(count,\n obj_unify_int(Class_Id, U_Flds, throw, O, U_Flds,\n _),\n N).\n\ntest(obj_unify_int_combinatoric_feature2,\n [N =:= N_Noneval_Flds ** N_Flds]) :-\n\n obj_construct(objects_i_test_v, [], [], O),\n arg(1, O, Class_Id),\n class_fields(_, Class_Id, _, _, Flds),\n class_fields(_, Class_Id, _, false, Noneval_Flds),\n length(Flds, N_Flds),\n length(U_Flds, N_Flds),\n aggregate_all(count,\n obj_unify_int(Class_Id, U_Flds, throw, O, U_Flds,\n _),\n N),\n length(Noneval_Flds, N_Noneval_Flds).\n\ntest(obj_unify_int_combinatoric_feature2_rebased,\n [N =:= N_Noneval_Flds ** N_Flds]) :-\n\n obj_construct(objects_i_test_v, [], [], O0),\n obj_rebase((object_v -> db_object_v), O0, O),\n arg(1, O, Class_Id),\n class_fields(_, Class_Id, _, _, Flds),\n class_fields(_, Class_Id, _, false, Noneval_Flds),\n length(Flds, N_Flds),\n length(U_Flds, N_Flds),\n aggregate_all(count,\n obj_unify_int(Class_Id, U_Flds, throw, O, U_Flds,\n _),\n N),\n length(Noneval_Flds, N_Noneval_Flds).\n\ntest(same_class) :-\n\n obj_construct(man_v, [], [], Obj1),\n obj_rebase((object_v -> db_object_v), Obj1, Obj2),\n obj_rebase((object_v -> tarjan_vertex_v), Obj2, Obj3),\n arg(1, Obj1, Id1),\n arg(1, Obj2, Id2),\n arg(1, Obj3, Id3),\n same_class(Id1, true, man_v),\n same_class(Id1, true, Class1),\n assertion(Class1 == man_v),\n \\+ same_class(Id1, false, man_v),\n \\+ same_class(Id1, false, _),\n same_class(Id2, false, man_v),\n same_class(Id2, false, Class2),\n assertion(Class2 == man_v),\n \\+ same_class(Id2, true, man_v),\n \\+ same_class(Id2, true, _),\n \n findall([NR, Class], same_class(Id1, NR, Class), L1),\n findall([NR, Class], same_class(Id3, NR, Class), L3),\n\n assertion(L1 == [[true, man_v]]),\n assertion(L3 == [[false, man_v]]).\n \ntest(descendant_class1) :-\n\n obj_construct(callup_v, [], [], Obj1),\n obj_rebase((object_v -> db_object_v), Obj1, Obj2),\n obj_rebase((object_v -> tarjan_vertex_v), Obj2, Obj3),\n arg(1, Obj1, Id1),\n arg(1, Obj3, Id3),\n descendant_class(Id1, true, man_v),\n findall(Class, descendant_class(Id1, true, Class), L1U),\n msort(L1U, L1),\n assertion(L1 = [citizen_v, man_v, object_base_v, object_v]),\n \n \\+ descendant_class(Id1, false, man_v),\n \\+ descendant_class(Id1, false, _),\n \n descendant_class(Id3, false, man_v),\n findall(Class, descendant_class(Id3, false, Class), L2U),\n msort(L2U, L2),\n assertion(L2 = [citizen_v, db_object_v, man_v,\n object_base_v, object_v, tarjan_vertex_v]),\n\n\n \\+ descendant_class(Id3, true, man_v),\n \\+ descendant_class(Id3, true, _),\n \n findall(p(NR, Class), descendant_class(Id1, NR, Class), PL4),\n findall(p(NR, Class), descendant_class(Id3, NR, Class), PL5),\n\n maplist(arg(1), PL4, BL4U), sort(BL4U, B4),\n maplist(arg(2), PL4, L4U), msort(L4U, L4),\n maplist(arg(1), PL5, BL5U), sort(BL5U, B5),\n maplist(arg(2), PL5, L5U), msort(L5U, L5),\n \n assertion(B4 == [true]),\n assertion(L4 == L1),\n assertion(B5 == [false]),\n assertion(L5 == L2).\n\ntest(descendant_class2_1) :-\n class_primary_id(man_v, Man_Id),\n findall(Desc,\n ( descendant_class(Desc_Id, Man_Id),\n class_id(Desc_Id, Desc)\n ),\n Descendants),\n assertion(Descendants = [citizen_v, callup_v]).\n\ntest(descendant_class2_2) :-\n class_primary_id(man_v, Man_Id),\n findall(Anc,\n ( descendant_class(Man_Id, Anc_Id),\n class_id(Anc_Id, Anc)\n ),\n Ancestors),\n assertion(Ancestors = [object_v, object_base_v]).\n\ntest(same_or_descendant1) :-\n\n obj_construct(callup_v, [], [], Obj1),\n obj_rebase((object_v -> db_object_v), Obj1, Obj2),\n obj_rebase((object_v -> tarjan_vertex_v), Obj2, Obj3),\n arg(1, Obj1, Id1),\n arg(1, Obj3, Id3),\n same_or_descendant(Id1, true, man_v),\n same_or_descendant(Id1, true, callup_v),\n \\+ same_or_descendant(Id1, true, db_object_v),\n findall(Class, same_or_descendant(Id1, true, Class), L1U),\n msort(L1U, L1),\n assertion(L1 = [callup_v, citizen_v, man_v, object_base_v, object_v]),\n \n \\+ same_or_descendant(Id1, false, object_base_v),\n \\+ same_or_descendant(Id1, false, callup_v),\n \\+ same_or_descendant(Id1, false, _),\n \n same_or_descendant(Id3, false, object_base_v),\n same_or_descendant(Id3, false, db_object_v),\n same_or_descendant(Id3, false, tarjan_vertex_v),\n same_or_descendant(Id3, false, callup_v),\n findall(Class, same_or_descendant(Id3, false, Class), L2U),\n msort(L2U, L2),\n assertion(L2 = [callup_v, citizen_v, db_object_v, man_v,\n object_base_v, object_v, tarjan_vertex_v]),\n\n\n \\+ same_or_descendant(Id3, true, callup_v),\n \\+ same_or_descendant(Id3, true, man_v),\n \\+ same_or_descendant(Id3, true, _),\n \n findall(p(NR, Class), same_or_descendant(Id1, NR, Class), PL4),\n findall(p(NR, Class), same_or_descendant(Id3, NR, Class), PL5),\n\n maplist(arg(1), PL4, BL4U), sort(BL4U, B4),\n maplist(arg(2), PL4, L4U), msort(L4U, L4),\n maplist(arg(1), PL5, BL5U), sort(BL5U, B5),\n maplist(arg(2), PL5, L5U), msort(L5U, L5),\n \n assertion(B4 == [true]),\n assertion(L4 == L1),\n assertion(B5 == [false]),\n assertion(L5 == L2).\n \ntest(same_or_descendant2_1) :-\n class_primary_id(man_v, Man_Id),\n findall(Desc,\n ( same_or_descendant(Desc_Id, Man_Id),\n class_id(Desc_Id, Desc)\n ),\n Descendants),\n assertion(Descendants = [man_v, citizen_v, callup_v]).\n\ntest(same_or_descendant2_2) :-\n class_primary_id(man_v, Man_Id),\n findall(Anc,\n ( same_or_descendant(Man_Id, Anc_Id),\n class_id(Anc_Id, Anc)\n ),\n Ancestors),\n assertion(Ancestors = [object_v, object_base_v, man_v]).\n\nobjects_i_test_v :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(objects_i_test_v, object_v, [a, b, c]).\n \n\n:- end_tests(objects_i).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"e4cd9de73732383ac26b5280ad6b8cbf75c6256b","subject":"Y-scaling fix","message":"Y-scaling fix","repos":"Mausy5043\/upsdiagd,Mausy5043\/upsdiagd,Mausy5043\/upsdiagd","old_file":"ups15.gp","new_file":"ups15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of battery charge level\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups15.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 5 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 5 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 5 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) + 1.0\nYmin = min(min(Yd_min, Yh_min), Yw_min) - 1.0\n\nset multiplot layout 1, 3 title \"Batterij lading \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lading [%]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):5 title \" Lading [%]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of battery charge level\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups15.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 5 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 5 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 5 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = min(min(Yd_min, Yh_min), Yw_min)\nR10 = (Ymax - Ymin) * 0.1\nYmax = Ymax + R10\nYmin = Ymin - R10\n\nset multiplot layout 1, 3 title \"Batterij lading \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lading [%]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):5 title \" Lading [%]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"fe3d96c1bf7d0fe0290a2adf8a7325f5cfb26e61","subject":"fixing a minor issue in naming files for daily monitoring","message":"fixing a minor issue in naming files for daily monitoring\n","repos":"SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk","old_file":"boinc_software\/monitor-boinc-server\/submissions\/plotData.gnu","new_file":"boinc_software\/monitor-boinc-server\/submissions\/plotData.gnu","new_contents":"# today=system(\"date +%F\")\ntoday='2019-04-30'\niFileName='submitAll_'.today.'.dat'\niFileNameAssimilated='assimilateAll_'.today.'.dat'\noFileName='submitAll_'.today.'.ps'\n\nset terminal postscript enhanced 'Times-Roman, 16'\nset output oFileName\n\ntStep=3600\nset xdata time\nset timefmt '%Y-%m-%dT%H:%M:%S'\nset format x '%H:%M:%S'\nset xlabel 'time'\nset xtics rotate by 90 tStep\n\nset grid\n\nset key outside horizontal\nset ylabel 'submitted WUs [10^3]'\nset title 'date: '.today\nprint \"< awk '{if ($6==\\\"fvanderv\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName\nplot \\\n \"< awk '{if ($6==\\\"mcrouch\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'black' title 'mcrouch',\\\n \"< awk '{if ($6==\\\"ynosochk\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'dark-green' title 'ynosochk',\\\n \"< awk '{if ($6==\\\"emaclean\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'green' title 'emaclean',\\\n \"< awk '{if ($6==\\\"fvanderv\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'blue' title 'fvanderv',\\\n \"< awk '{if ($6==\\\"kaltchev\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'magenta' title 'kaltchev',\\\n \"< awk '{if ($6==\\\"phermes\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'cyan' title 'phermes',\\\n \"< awk '{if ($6==\\\"nkarast\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'orange' title 'nkarast',\\\n \"< awk '{if ($6==\\\"dpellegr\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'pink' title 'dpellegr',\\\n \"< awk '{if ($6==\\\"ecruzala\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'navy' title 'ecruzala',\\\n \"< awk '{if ($6==\\\"amereghe\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'purple' title 'amereghe',\\\n \"< awk '{if ($6==\\\"rdemaria\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'yellow' title 'rdemaria',\\\n \"< awk '{if ($6==\\\"jbarranc\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'dark-blue' title 'jbarranc',\\\n \"< awk '{if ($6==\\\"giovanno\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'gold' title 'giovanno',\\\n \"< awk '{if ($6==\\\"mcintosh\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'violet' title 'mcintosh',\\\n \"< awk '{if ($6==\\\"skostogl\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'dark-red' title 'skostogl',\\\n \"< awk '{if ($6==\\\"lcoyle\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'salmon' title 'lcoyle',\\\n \"< awk '{if ($6==\\\"mihofer\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'turquoise' title 'mihofer',\\\n \"< awk '{if ($6==\\\"xiaohan\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'skyblue' title 'xiaohan',\\\n \"< awk '{if ($6==\\\"-\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'red' title '-'\n\nset ylabel 'WUs [10^3]'\nplot \\\n \"< awk '{tot+=$4; print ($1,tot)}' \".iFileName index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'red' title 'submitted',\\\n \"< awk '{tot+=$4; print ($1\\\"T\\\"$2,tot)}' \".iFileNameAssimilated index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'blue' title 'assimilated'\n","old_contents":"# today=system(\"date +%F\")\ntoday='2019-04-29'\niFileName='submitAll_'.today.'.dat'\niFileNameAssimilated='assimilateAll_'.today.'.dat'\n\nset terminal postscript enhanced 'Times-Roman, 16'\nset output iFileName.'.ps'\n\ntStep=3600\nset xdata time\nset timefmt '%Y-%m-%dT%H:%M:%S'\nset format x '%H:%M:%S'\nset xlabel 'time'\nset xtics rotate by 90 tStep\n\nset grid\n\nset key outside horizontal\nset ylabel 'submitted WUs [10^3]'\nset title 'date: '.today\nprint \"< awk '{if ($6==\\\"fvanderv\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName\nplot \\\n \"< awk '{if ($6==\\\"mcrouch\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'black' title 'mcrouch',\\\n \"< awk '{if ($6==\\\"ynosochk\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'dark-green' title 'ynosochk',\\\n \"< awk '{if ($6==\\\"emaclean\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'green' title 'emaclean',\\\n \"< awk '{if ($6==\\\"fvanderv\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'blue' title 'fvanderv',\\\n \"< awk '{if ($6==\\\"kaltchev\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'magenta' title 'kaltchev',\\\n \"< awk '{if ($6==\\\"phermes\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'cyan' title 'phermes',\\\n \"< awk '{if ($6==\\\"nkarast\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'orange' title 'nkarast',\\\n \"< awk '{if ($6==\\\"dpellegr\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'pink' title 'dpellegr',\\\n \"< awk '{if ($6==\\\"ecruzala\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'navy' title 'ecruzala',\\\n \"< awk '{if ($6==\\\"amereghe\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'purple' title 'amereghe',\\\n \"< awk '{if ($6==\\\"rdemaria\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'yellow' title 'rdemaria',\\\n \"< awk '{if ($6==\\\"jbarranc\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'dark-blue' title 'jbarranc',\\\n \"< awk '{if ($6==\\\"giovanno\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'gold' title 'giovanno',\\\n \"< awk '{if ($6==\\\"mcintosh\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'violet' title 'mcintosh',\\\n \"< awk '{if ($6==\\\"skostogl\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'dark-red' title 'skostogl',\\\n \"< awk '{if ($6==\\\"lcoyle\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'salmon' title 'lcoyle',\\\n \"< awk '{if ($6==\\\"mihofer\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'turquoise' title 'mihofer',\\\n \"< awk '{if ($6==\\\"xiaohan\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'skyblue' title 'xiaohan',\\\n \"< awk '{if ($6==\\\"-\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1E6) with steps lt 1 lw 3 lc rgb 'red' title '-'\n\nset ylabel 'WUs [10^3]'\nplot \\\n \"< awk '{tot+=$4; print ($1,tot)}' \".iFileName index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'red' title 'submitted',\\\n \"< awk '{tot+=$4; print ($1\\\"T\\\"$2,tot)}' \".iFileNameAssimilated index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'blue' title 'assimilated'\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"cfb4e62e36473ada869cbc14edb538c5fdd9a859","subject":"trying clustered histogram","message":"trying clustered histogram\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/vsmonth_u.gp","new_file":"graphs\/vsmonth_u.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_vs_month_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Maandverbruik afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"jaar-maand\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram clustered\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title columnheader(1), \\\n for [i=3:6] '' using i title columnheader(i)\n\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_vs_month_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Maandverbruik afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"jaar-maand\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) lc \"cyan\"\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"6a88a812a1c249b3de608a9d3483221804ef124f","subject":"Delete command.gp","message":"Delete command.gp","repos":"alainlebret\/os,alainlebret\/os,alainlebret\/os","old_file":"exemplier\/1_process\/process\/command.gp","new_file":"exemplier\/1_process\/process\/command.gp","new_contents":"","old_contents":"plot sin(x)\/x","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"7ba59459b2772cb86a3259d0415686f7d749a1dc","subject":"secs since the UINX epoch. other updates.","message":"secs since the UINX epoch. other updates.\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/loadgen\/plot\/write-reads-by-time\/_WRs-by-time.gnuplot","new_file":"mtdb\/loadgen\/plot\/write-reads-by-time\/_WRs-by-time.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\nset xlabel \"Time\"\nset ylabel \"Primary key\" offset 1.5,0\n\nset border (1 + 2) lc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,10\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" format \"%Y\" rotate by -30\n\nset xdata time\n# seconds since the UNIX epoch\nset timefmt \"%s\"\n\n#set key box lc rgb \"#808080\" opaque\nset nokey\n\n# Plot reads first so that writes are on top\nplot \\\nFN_IN u 3:((strcol(2) eq \"R\") ? $1 : 1\/0) w points pt 7 ps 0.15 lc rgb \"#0000FF\" t \"Read\", \\\nFN_IN u 3:((strcol(2) eq \"W\") ? $1 : 1\/0) w points pt 7 ps 0.2 lc rgb \"#FF0000\" t \"Write\"\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\nset xlabel \"Time\"\nset ylabel \"Primary key\"\n\n# TODO: get R times right\n# TODO: dep file doesn't have to be built everytime. compare with .jar file!\n\nset border (1 + 2) lc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\"\n#set xtics nomirror scale 0.5,0 tc rgb \"#808080\" ( \\\n#\t\t\"1h\" 3600 \\\n#\t\t, \"1d\" 24*3600 \\\n#\t\t, \"1m\" 365.0\/12*24*3600 \\\n#\t\t, \"1y\" 365.0*24*3600 \\\n#\t\t, \"XX\" 30*365.0*24*3600 \\\n#\t\t)\n\nset pointsize 0.2\n\nset key box lc rgb \"#808080\" opaque\n\nplot \\\nFN_IN u 3:((strcol(2) eq \"W\") ? $1 : 1\/0) w points pt 7 lc rgb \"#FF0000\" t \"Write\", \\\nFN_IN u 3:((strcol(2) eq \"R\") ? $1 : 1\/0) w points pt 7 lc rgb \"#0000FF\" t \"Read\"\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"f3d4ad3c8db84a92dac9820c2c2c8fa5df4b0564","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/process-log\/calc-cost-latency-plot-tablet-timeline\/storage-size-by-time.gnuplot","new_file":"mtdb\/process-log\/calc-cost-latency-plot-tablet-timeline\/storage-size-by-time.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get min and max values\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nplot FN_IN u 1:($2\/1000000) w fsteps, \\\nFN_IN u 1:($4+$5) w lines axes x1y2\n\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\nY2_MIN=GPVAL_DATA_Y2_MIN\nY2_MAX=GPVAL_DATA_Y2_MAX\n\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Time\" offset 0,0.3\nset ylabel \"Storage size (MB)\" offset 1.3,0\nset y2label \"Storage cost ($)\"\n\nset border (1 + 2 + 8) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,(365.25*24*3600)\n\n# Not sure if this is what I wanted. Not important.\nx1(a)=(10**floor(log10(a)))\nx2(a)=floor(a\/x1(a))*x1(a)\nx3(a)=floor(a\/x1(a)\/2)*x1(a)*2\nstartsWith1(a)=(a == x1(a))\nyTicsStep(a, b)=(startsWith1(x2(a\/b)) ? x2(a\/b) : x3(a\/b))\n\nset print \"-\"\nprint (sprintf(\"Y_MAX: %f\", Y_MAX))\nprint (sprintf(\"Y2_MAX: %f\", Y2_MAX))\nprint (sprintf(\"yTicsStep(Y_MAX, 2)=%f\", yTicsStep(Y_MAX, 2)))\nprint (sprintf(\"yTicsStep(Y2_MAX, 2)=%f\", yTicsStep(Y2_MAX, 2)))\n\n# TODO: disabled for \"generates increment must be positive\"\n# 160226-140338\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,yTicsStep(Y_MAX, 2)\nset y2tics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,yTicsStep(Y2_MAX, 2)\nset tics front\n\nset xrange [X_MIN:X_MAX]\nset yrange [Y_MIN:Y_MAX]\nset y2range [Y2_MIN:Y2_MAX]\n\nset key top left\n\nset pointsize 0.1\n\nplot \\\nFN_IN u 1:($2\/1000000) w steps lc rgb \"red\" t \"Hot\", \\\nFN_IN u 1:($3\/1000000) w steps lc rgb \"blue\" t \"Cold\", \\\nFN_IN u 1:4 w linespoints axes x1y2 pt 7 lc rgb \"red\" not, \\\nFN_IN u 1:5 w linespoints axes x1y2 pt 7 lc rgb \"blue\" not, \\\nFN_IN u 1:($4+$5) w linespoints axes x1y2 pt 7 lc rgb \"black\" not\n\n#FN_IN u 1:($2\/1000000) w fillsteps fs solid 0.15 noborder not, \\\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get min and max values\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nplot FN_IN u 1:($2\/1000000) w fsteps, \\\nFN_IN u 1:($4+$5) w lines axes x1y2\n\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\nY2_MIN=GPVAL_DATA_Y2_MIN\nY2_MAX=GPVAL_DATA_Y2_MAX\n\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Time\" offset 0,0.3\nset ylabel \"Storage size (MB)\" offset 1.3,0\nset y2label \"Storage cost ($)\"\n\nset border (1 + 2 + 8) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,(365.25*24*3600)\n\n# Not sure if this is what I wanted. Not important.\nx1(a)=(10**floor(log10(a)))\nx2(a)=floor(a\/x1(a))*x1(a)\nx3(a)=floor(a\/x1(a)\/2)*x1(a)*2\nstartsWith1(a)=(a == x1(a))\nyTicsStep(a, b)=(startsWith1(x2(a\/b)) ? x2(a\/b) : x3(a\/b))\n\nset print \"-\"\nprint (sprintf(\"Y_MAX: %f\", Y_MAX))\nprint (sprintf(\"Y2_MAX: %f\", Y2_MAX))\nprint (sprintf(\"yTicsStep(Y_MAX, 2)=%f\", yTicsStep(Y_MAX, 2)))\nprint (sprintf(\"yTicsStep(Y2_MAX, 2)=%f\", yTicsStep(Y2_MAX, 2)))\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y_MAX, 2)\nset y2tics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y2_MAX, 2)\nset tics front\n\nset xrange [X_MIN:X_MAX]\nset yrange [Y_MIN:Y_MAX]\nset y2range [Y2_MIN:Y2_MAX]\n\nset key top left\n\nset pointsize 0.1\n\nplot \\\nFN_IN u 1:($2\/1000000) w steps lc rgb \"red\" t \"Hot\", \\\nFN_IN u 1:($3\/1000000) w steps lc rgb \"blue\" t \"Cold\", \\\nFN_IN u 1:4 w linespoints axes x1y2 pt 7 lc rgb \"red\" not, \\\nFN_IN u 1:5 w linespoints axes x1y2 pt 7 lc rgb \"blue\" not, \\\nFN_IN u 1:($4+$5) w linespoints axes x1y2 pt 7 lc rgb \"black\" not\n\n#FN_IN u 1:($2\/1000000) w fillsteps fs solid 0.15 noborder not, \\\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a8a9f4db89a60fb3371a30d672047064883e3059","subject":"Update plot.","message":"Update plot.","repos":"ergl\/lasp,lasp-lang\/lasp,ergl\/lasp,lasp-lang\/lasp,lasp-lang\/lasp,ergl\/lasp,ergl\/lasp,lasp-lang\/lasp","old_file":"apps\/lasp\/priv\/plots\/advertisement_counter-transmission.gnuplot","new_file":"apps\/lasp\/priv\/plots\/advertisement_counter-transmission.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,9\" linewidth 2 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lt rgb \"#A00000\" lw 2 pt 1\n# set style line 2 lt rgb \"#00A000\" lw 2 pt 6\n# set style line 3 lt rgb \"#5060D0\" lw 2 pt 2\n# set style line 4 lt rgb \"#F25900\" lw 2 pt 9\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB\/client Transmitted\"\n\nset key top left\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot inputfile1 using 1:3 title \"Client-to-Server\" with linespoints #, \\\n# inputfile2 using 1:3 title \"Server-to-Server\" with linespoints\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\nset terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\nset xtics nomirror\nset ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lt rgb \"#A00000\" lw 2 pt 1\nset style line 2 lt rgb \"#00A000\" lw 2 pt 6\nset style line 3 lt rgb \"#5060D0\" lw 2 pt 2\nset style line 4 lt rgb \"#F25900\" lw 2 pt 9\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB\/client Transmitted\"\n\nset key top left\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\nset mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot inputfile1 using 1:3 title \"Client-to-Server\" with linespoints, \\\n inputfile2 using 1:3 title \"Server-to-Server\" with linespoints\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"25f6778ca7ec9eace450e314dc49ee41f2259404","subject":"turning graph upside-down puts more emphasis on higer priorites (<)","message":"turning graph upside-down puts more emphasis on higer priorites (<)\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph15.gp","new_file":"graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of count of loglines\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8)) title \"p4\" fc \"gold\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7)) title \"p3\" fc \"orange\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6)) title \"p2\" fc \"red\" \\\n ,'' using ($2+utc_offset):(delta($4+$5)) title \"p1\" fc \"blue\" \\\n ,'' using ($2+utc_offset):(delta($4)) title \"p0\" fc \"black\" \\\n # using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"p0\" fc \"black\"\\\n #,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"p1\" fc \"blue\"\\\n #,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"p2\" fc \"red\"\\\n #,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"p3\" fc \"orange\"\\\n #,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"p4\" fc \"gold\"\\\n #,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"p5\" fc \"yellow\"\\\n #,'' using ($2+utc_offset):(delta($10+$11)) title \"p6\" fc \"green\" \\\n #,'' using ($2+utc_offset):(delta($11)) title \"p7\" fc \"grey\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of count of loglines\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"p0\" fc \"black\"\\\n ,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"p1\" fc \"blue\"\\\n ,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"p2\" fc \"red\"\\\n ,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"p3\" fc \"orange\"\\\n ,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"p4\" fc \"gold\"\\\n #,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"p5\" fc \"yellow\"\\\n #,'' using ($2+utc_offset):(delta($10+$11)) title \"p6\" fc \"green\" \\\n #,'' using ($2+utc_offset):(delta($11)) title \"p7\" fc \"grey\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"3d7d8fdd99497dc9c84ee7492db5ac6ad0217bec","subject":"gnuplot","message":"gnuplot\n","repos":"clasp-developers\/SICL,clasp-developers\/SICL,clasp-developers\/SICL,vtomole\/SICL,clasp-developers\/SICL,vtomole\/SICL,vtomole\/SICL,vtomole\/SICL","old_file":"Papers\/Reverse-order\/2-curves.gp","new_file":"Papers\/Reverse-order\/2-curves.gp","new_contents":"set term post eps\nset output \"2-curves.eps\"\nset title \"Comparison between two reverse-count functions\"\nset xlabel \"List length\"\nset ylabel \"Time\"\nplot '2-curves.dat' using 1:2 with lines linecolor rgb \"blue\", \\\n '2-curves.dat' using 1:3 with lines linecolor rgb \"red\"\n","old_contents":"set term post eps\nset output \"coloring.eps\"\nset title \"Coloring on rectangular grids 6 x N\"\nset xlabel \"N\"\nset ylabel \"Time\"\nplot 'coloring.dat' using 1:2 with lines linecolor rgb \"red\"\n\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"395dae59900f4d42d9b3c1261b33dabe8dd6a281","subject":"don't embed '#' in strings, some make versions treat it as a begin-of-comment causing syntax errors, use echo -e and the octal escape instead","message":"don't embed '#' in strings, some make versions treat it as a begin-of-comment causing syntax errors, use echo -e and the octal escape instead\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@957 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo '#USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f78154dee9d37756df2d67ed798f74a863400f93","subject":"More benchmarking.","message":"More benchmarking.\n","repos":"mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star","old_file":"tests\/benchmark\/metaplots.plt","new_file":"tests\/benchmark\/metaplots.plt","new_contents":"set terminal svg size 1000, 500\r\nset datafile separator \",\"\r\nset datafile commentschars \"\/\/\"\r\nset xtics norotate\r\nset style fill solid\r\nset yrange[0:]\r\nset key off\r\nset boxwidth 0.8\r\nset style histogram clustered gap 3 title\r\nset style data histograms\r\nset bmargin 3\r\n\r\n\r\nset key right outside\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nset yrange [0:16]\r\n\r\nset title \"EverCrypt Hash Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_hash_evercrypt.svg'\r\nplot \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\nset title \"OpenSSL Hash Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_hash_openssl.svg'\r\nplot \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset key right outside\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nset yrange [0:2]\r\n\r\nset title \"EverCrypt AEAD Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_aead_evercrypt.svg'\r\nplot \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\nset title \"OpenSSL AEAD Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_aead_openssl.svg'\r\nplot \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nunset yrange\r\n\r\nset title \"Ed25519 Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_ed25519.svg'\r\nplot \\\r\n 'evercrypt-openssl-default-gcc-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n 'evercrypt-openssl-no-asm-gcc-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n 'evercrypt-openssl-default-gcc-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n 'evercrypt-openssl-no-asm-gcc-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n 'evercrypt-openssl-default-clang-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n 'evercrypt-openssl-no-asm-clang-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n 'evercrypt-openssl-default-clang-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n 'evercrypt-openssl-no-asm-clang-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset ylabel \"Avg. performance [cycles\/derivation]\"\r\nunset yrange\r\n\r\nset title \"Curve25519 Performance\"\r\nset output 'bench_meta_curve25519.svg'\r\nplot \\\r\n 'evercrypt-openssl-default-gcc-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n 'evercrypt-openssl-no-asm-gcc-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n 'evercrypt-openssl-default-gcc-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n 'evercrypt-openssl-no-asm-gcc-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n 'evercrypt-openssl-default-clang-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n 'evercrypt-openssl-no-asm-clang-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n 'evercrypt-openssl-default-clang-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n 'evercrypt-openssl-no-asm-clang-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n","old_contents":"set terminal svg size 1000, 500\r\nset datafile separator \",\"\r\nset datafile commentschars \"\/\/\"\r\nset xtics norotate\r\nset style fill solid\r\nset yrange[0:]\r\nset key off\r\nset boxwidth 0.8\r\nset style histogram clustered gap 3 title\r\nset style data histograms\r\nset bmargin 3\r\n\r\n\r\nset key right outside\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nset yrange [0:16]\r\n\r\nset title \"EverCrypt Hash Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_hash_evercrypt.svg'\r\nplot \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\nset title \"OpenSSL Hash Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_hash_openssl.svg'\r\nplot \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset key right outside\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nset yrange [0:30]\r\n\r\nset title \"EverCrypt AEAD Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_aead_evercrypt.svg'\r\nplot \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\nset title \"OpenSSL AEAD Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_aead_openssl.svg'\r\nplot \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nunset yrange\r\n\r\nset title \"Ed25519 Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_ed25519.svg'\r\nplot \\\r\n 'evercrypt-openssl-default-gcc-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n 'evercrypt-openssl-no-asm-gcc-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n 'evercrypt-openssl-default-gcc-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n 'evercrypt-openssl-no-asm-gcc-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n 'evercrypt-openssl-default-clang-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n 'evercrypt-openssl-no-asm-clang-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n 'evercrypt-openssl-default-clang-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n 'evercrypt-openssl-no-asm-clang-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset ylabel \"Avg. performance [cycles\/derivation]\"\r\nunset yrange\r\n\r\nset title \"Curve25519 Performance\"\r\nset output 'bench_meta_curve25519.svg'\r\nplot \\\r\n 'evercrypt-openssl-default-gcc-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n 'evercrypt-openssl-no-asm-gcc-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n 'evercrypt-openssl-default-gcc-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n 'evercrypt-openssl-no-asm-gcc-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n 'evercrypt-openssl-default-clang-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n 'evercrypt-openssl-no-asm-clang-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n 'evercrypt-openssl-default-clang-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n 'evercrypt-openssl-no-asm-clang-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"3bb0ce4c0cd9dcc67d94fb2b9e6c66d99ab17fd1","subject":"Plot file cleanup.","message":"Plot file cleanup.\n","repos":"maxhutch\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm","old_file":"samples\/cp2k\/smm-test.plt","new_file":"samples\/cp2k\/smm-test.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm-test\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0)\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.1f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.1f\", STATS_median)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set xrange [*:MNK] }\nif (0>HIK) { set xrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset ylabel \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x-10.0:x+10.0] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.1f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 0, h(x)\nset label 2 sprintf(\"%.1f GFLOP\/s\", h(x)) at 0.5 * x, h(x) centre offset 0, 1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nMSIZE = 7\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm-test\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0)\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.1f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.1f\", STATS_median)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set xrange [*:MNK] }\nif (0>HIK) { set xrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset ylabel \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x-10.0:x+10.0] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.1f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 0, h(x)\nset label 2 sprintf(\"%.1f GFLOP\/s\", h(x)) at 0.5 * x, h(x) centre offset 0, 1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"3a6c0381cdbd264f9a066beb3273e40a0940f627","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/eval\/perf-by-storate-types\/3way.num-reqs-vs-dev-metric.gnuplot","new_file":"mtdb\/eval\/perf-by-storate-types\/3way.num-reqs-vs-dev-metric.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nset print \"-\"\nFN_IN = system(\"echo $FN_IN\")\nCOL_IDX_0 = system(\"echo $COL_IDX_0\")\nCOL_IDX_1 = system(\"echo $COL_IDX_1\")\nFN_OUT = system(\"echo $FN_OUT\")\nLEGEND_LABELS = system(\"echo $LEGEND_LABELS\")\nLABEL_Y_0 = system(\"echo $LABEL_Y_0\")\nLABEL_Y_1 = system(\"echo $LABEL_Y_1\")\nY_MAX = system(\"echo $Y_MAX\")\nY_TICS_INTERVAL = system(\"echo $Y_TICS_INTERVAL\")\n\n#print (sprintf(\"c_lat: %s\", c_lat))\n# Convert string to int\n# http:\/\/stackoverflow.com\/questions\/9739315\/how-to-convert-string-to-number-in-gnuplot\n#c_lat=c_lat+0\n\nc_x = 0 # column(c_x)\/1000.0, when c_x=5 is throughput\nCOL_IDX_0 = COL_IDX_0 + 0\t# Convert string to int\nCOL_IDX_1 = COL_IDX_1 + 0\t# Convert string to int\nc_sat = 12 # Saturated (overloaded)\n\n# Get min and max values\n#set terminal unknown\n#X_MIN=GPVAL_DATA_X_MIN\n\nterminal_size_x=3.5\nterminal_size_y=0.5 * terminal_size_x\nset terminal pdfcairo enhanced size (terminal_size_x)in, (terminal_size_y)in\nset output FN_OUT\n\nset multiplot layout 1,2 title \"Disk utilization (%)\" offset 0,-0.15\n\n#set tmargin at screen 0.60\nset bmargin at screen 0.240\n#set lmargin at screen 0.2290\n#set rmargin at screen 0.990\n\nset xlabel \"Req rate (x 10000 W reqs \/ simulation time min)\" offset 10.7,0\nset ylabel LABEL_Y_0 offset 1,0\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,2\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,Y_TICS_INTERVAL\n\ncolors=\"#FF0000 #0000FF #00BB00 #DD00DD #00A0A0 #606060 #8A2BE2 #DAA520 #000000\"\n\nset xrange [0:11]\nset yrange [0:Y_MAX]\n\n# Legend\ny1=125\ny2=y1+10\n\nx0=14\nx2=9\nlegend_label_x(i) = \\\n(i==1 ? x0-x2 : \\\n(i==2 ? x0 : \\\nx0+x2 \\\n))\n\nlegend_arrow_len_half = 1.5\nlegend_arrow_dot_height_half = 0.5\n\nlegend_label2(w) = \\\n(w eq \"ES\" ? \"EBS SSD only\" : \\\n(w eq \"EM\" ? \"EBS Magnetic only\" : \\\n(w eq \"LS\" ? \"Local SSD only\" : \\\n(w eq \"LSES\" ? \"LS + ES\" : \\\n(w eq \"LSEM\" ? \"LS + EM\" : \\\n\"unexpected\" \\\n)))))\nlegend_label1(i) = legend_label2(word(LEGEND_LABELS, i))\n\ndo for [i=1:3] {\nset label legend_label1(i) at legend_label_x(i), y1 center font \",10\" tc rgb word(colors, i)\nset arrow from legend_label_x(i)-legend_arrow_len_half,y2 to legend_label_x(i)+legend_arrow_len_half,y2 nohead lc rgb word(colors, i)\n# This doesn't work. Because it is out of the plot range?\n#set obj circle at legend_label_x(i),y2 size 4 fc rgb word(colors, i) fs solid 1.0 front;\nset arrow from legend_label_x(i),y2+legend_arrow_dot_height_half to legend_label_x(i),y2-legend_arrow_dot_height_half nohead lw 3 lc rgb word(colors, i)\n}\n\nlw1=2\n\nplot \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) <= 1 ? column(COL_IDX_0) : 1\/0) w lp pt 7 ps 0.15 lc rgb word(colors, i) not, \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) >= 1 ? column(COL_IDX_0) : 1\/0) w l lc rgb word(colors, i) lt 0 lw lw1 not, \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) >= 1 ? column(COL_IDX_0) : 1\/0) w p pt 6 ps 0.2 lc rgb word(colors, i) not\n\nunset label\nunset arrow\nunset obj\nset ylabel LABEL_Y_1 offset 1,0\n\nplot \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) <= 1 ? column(COL_IDX_1) : 1\/0) w lp pt 7 ps 0.15 lc rgb word(colors, i) not, \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) >= 1 ? column(COL_IDX_1) : 1\/0) w l lc rgb word(colors, i) lt 0 lw lw1 not, \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) >= 1 ? column(COL_IDX_1) : 1\/0) w p pt 6 ps 0.2 lc rgb word(colors, i) not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nset print \"-\"\nFN_IN = system(\"echo $FN_IN\")\nCOL_IDX_0 = system(\"echo $COL_IDX_0\")\nCOL_IDX_1 = system(\"echo $COL_IDX_1\")\nFN_OUT = system(\"echo $FN_OUT\")\nLEGEND_LABELS = system(\"echo $LEGEND_LABELS\")\nLABEL_Y_0 = system(\"echo $LABEL_Y_0\")\nLABEL_Y_1 = system(\"echo $LABEL_Y_1\")\nY_MAX = system(\"echo $Y_MAX\")\nY_TICS_INTERVAL = system(\"echo $Y_TICS_INTERVAL\")\n\n#print (sprintf(\"c_lat: %s\", c_lat))\n# Convert string to int\n# http:\/\/stackoverflow.com\/questions\/9739315\/how-to-convert-string-to-number-in-gnuplot\n#c_lat=c_lat+0\n\nc_x = 0 # column(c_x)\/1000.0, when c_x=5 is throughput\nCOL_IDX_0 = COL_IDX_0 + 0\t# Convert string to int\nCOL_IDX_1 = COL_IDX_1 + 0\t# Convert string to int\nc_sat = 12 # Saturated (overloaded)\n\n# Get min and max values\n#set terminal unknown\n#X_MIN=GPVAL_DATA_X_MIN\n\nterminal_size_x=3.5\nterminal_size_y=0.5 * terminal_size_x\nset terminal pdfcairo enhanced size (terminal_size_x)in, (terminal_size_y)in\nset output FN_OUT\n\nset multiplot layout 1,2 title \"Disk utilization (%)\" offset 0,-0.15\n\n#set tmargin at screen 0.60\nset bmargin at screen 0.240\n#set lmargin at screen 0.2290\n#set rmargin at screen 0.990\n\nset xlabel \"Req rate (x 10000 W reqs \/ simulation time min)\" offset 10.7,0\nset ylabel LABEL_Y_0 offset 1,0\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,2\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,Y_TICS_INTERVAL\n\ncolors=\"#FF0000 #0000FF #00BB00 #DD00DD #00A0A0 #606060 #8A2BE2 #DAA520 #000000\"\n\nset xrange [0:11]\nset yrange [0:Y_MAX]\n\n# Legend\nx4=14\nx5=8\n\ny1=125\ny2=y1+10\n\nlegend_label_x(i) = \\\n(i==1 ? x4-x5 : \\\n(i==2 ? x4 : \\\nx4+x5 \\\n))\n\nlegend_arrow_len_half = 1.5\nlegend_arrow_dot_height_half = 0.5\n\nlegend_label2(w) = \\\n(w eq \"ES\" ? \"EBS SSD only\" : \\\n(w eq \"EM\" ? \"EBS Magnetic only\" : \\\n(w eq \"LS\" ? \"Local SSD only\" : \\\n(w eq \"LSES\" ? \"LS + ES\" : \\\n(w eq \"LSEM\" ? \"LS + EM\" : \\\n\"unexpected\" \\\n)))))\nlegend_label1(i) = legend_label2(word(LEGEND_LABELS, i))\n\n#set label word(LEGEND_LABELS, i) at legend_label_x(i), y1 center font \",10\" tc rgb word(colors, i);\n\ndo for [i=1:3] {\nset label legend_label1(i) at legend_label_x(i), y1 center font \",10\" tc rgb word(colors, i)\nset arrow from legend_label_x(i)-legend_arrow_len_half,y2 to legend_label_x(i)+legend_arrow_len_half,y2 nohead lc rgb word(colors, i)\n# This doesn't work. Because it is out of the plot range?\n#set obj circle at legend_label_x(i),y2 size 4 fc rgb word(colors, i) fs solid 1.0 front;\nset arrow from legend_label_x(i),y2+legend_arrow_dot_height_half to legend_label_x(i),y2-legend_arrow_dot_height_half nohead lw 3 lc rgb word(colors, i)\n}\n\nlw1=2\n\nplot \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) <= 1 ? column(COL_IDX_0) : 1\/0) w lp pt 7 ps 0.15 lc rgb word(colors, i) not, \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) >= 1 ? column(COL_IDX_0) : 1\/0) w l lc rgb word(colors, i) lt 0 lw lw1 not, \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) >= 1 ? column(COL_IDX_0) : 1\/0) w p pt 6 ps 0.2 lc rgb word(colors, i) not\n\nunset label\nunset arrow\nunset obj\nset ylabel LABEL_Y_1 offset 1,0\n\nplot \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) <= 1 ? column(COL_IDX_1) : 1\/0) w lp pt 7 ps 0.15 lc rgb word(colors, i) not, \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) >= 1 ? column(COL_IDX_1) : 1\/0) w l lc rgb word(colors, i) lt 0 lw lw1 not, \\\nfor [i=1:words(FN_IN)] word(FN_IN, i) u (column(c_x)):(column(c_sat) >= 1 ? column(COL_IDX_1) : 1\/0) w p pt 6 ps 0.2 lc rgb word(colors, i) not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a1892a8e52c320fd5772d5ef73b6c65efd5b4b85","subject":"Update http_headers_v.plt","message":"Update http_headers_v.plt\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/http\/v\/http_headers_v.plt","new_file":"U-238\/u\/http\/v\/http_headers_v.plt","new_contents":":- begin_tests(http_headers_v).\n:- use_module(http_headers_v).\n\ntest(http_headers_list_obj_bug1) :-\n\n List = [ 'Location' = 'http : \/\/www . facebook . com\/unsupportedbrowser',\n 'P3P' = 'CP= \" Facebook does not have a P3P policy . Learn why here : http : \/\/fb . me\/p3p \"',\n 'X-Content-Type-Options' = nosniff,\n 'X-Frame-Options' = 'DENY',\n 'Set-Cookie' = 'datr=KEqyTzuMCfz1GhP8w26-BZg7 ; expires=Thu , 15-May-2014 12 : 20 : 56 GMT ; path=\/ ; domain= . facebook . com ; httponly',\n 'Set-Cookie' = 'lsd=AVqm9Avf ; path=\/ ; domain= . facebook . com',\n 'Content-Type' = 'text\/html ; charset=utf-8',\n 'X-FB-Debug' = 'f+bKUUtzin\/3WCNVE3tWLoNB0ksWI1iaPqSmhhrIdpk=',\n 'Date' = 'Tue , 15 May 2012 12 : 20 : 56 GMT',\n 'Content-Length' = '0',\n 'Connection' = close\n ],\n http_headers_list_obj(List, _).\n\ntest(list_to_http_headers_v1) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n transfer_encoding = chunked],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v2) :-\n\n Headers = ['DatE' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v_functor_form) :-\n\n Headers = [date('Tue, 03 Apr 2012 19:32:50 GMT'),\n transfer_encoding(chunked)],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v_functor_form2) :-\n\n Headers = ['DatE'('Tue, 03 Apr 2012 19:32:50 GMT'),\n 'Transfer-Encoding'(chunked)],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_request_headers_v1) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_request_headers_v2) :-\n\n Headers = [accept = 'text\/html',\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Accept' = 'text\/html',\n 'Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_response_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n location = 'http:\/\/kogorta.dp.ua\/'\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Location' = 'http:\/\/kogorta.dp.ua\/'\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_response_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_mixed_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_bulk_headers_v1) :-\n\n Headers = [bulk1 = 1, '' = 3],\n Headers_Ref = ['Bulk1' = 1, '' = 3],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk \/\/ body =^= Headers).\n\ntest(list_to_http_invalid_bulk_headers_v2) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n transfer_encoding = chunked],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk1' = 1,\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk \/\/ body =^= [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v3) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked,\n bulk1 = 1\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked,\n 'Bulk1' = 1\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk \/\/ body =^= [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v4) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Bulk1' = 1,\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk \/\/ body =^= [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v5) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = ['Bulk1' = 1,\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk2' = 2,\n 'Host' = 'kogorta.dp.ua',\n 'Bulk3' = 3,\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk \/\/ body =^=\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v6) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk1' = 1,\n 'Bulk2' = 2,\n 'Host' = 'kogorta.dp.ua',\n 'Bulk3' = 3,\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk \/\/ body =^=\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v7) :-\n\n Headers = [\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk1 = 1,\n bulk2 = 2,\n bulk3 = 3,\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = [\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk1' = 1,\n 'Bulk2' = 2,\n 'Bulk3' = 3,\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk \/\/ body =^=\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(repeated_headers1) :-\n\n Headers = [accept_language = en,\n accept_language = ru\n ],\n Headers_Ref = ['Accept-Language' = en,\n 'Accept-Language' = ru\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(repeated_headers2) :-\n\n Headers = [accept_language = 'en, ru'],\n Headers_Ref = ['Accept-Language' = 'en, ru'],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(repeated_headers3) :-\n\n Headers = [accept_language = [en, ru]],\n Headers_Ref = ['Accept-Language' = [en, ru]],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\n:- end_tests(http_headers_v).\n","old_contents":":- begin_tests(http_headers_v).\n:- use_module(http_headers_v).\n\ntest(http_headers_list_obj_bug1) :-\n\n List = [ 'Location' = 'http : \/\/www . facebook . com\/unsupportedbrowser',\n 'P3P' = 'CP= \" Facebook does not have a P3P policy . Learn why here : http : \/\/fb . me\/p3p \"',\n 'X-Content-Type-Options' = nosniff,\n 'X-Frame-Options' = 'DENY',\n 'Set-Cookie' = 'datr=KEqyTzuMCfz1GhP8w26-BZg7 ; expires=Thu , 15-May-2014 12 : 20 : 56 GMT ; path=\/ ; domain= . facebook . com ; httponly',\n 'Set-Cookie' = 'lsd=AVqm9Avf ; path=\/ ; domain= . facebook . com',\n 'Content-Type' = 'text\/html ; charset=utf-8',\n 'X-FB-Debug' = 'f+bKUUtzin\/3WCNVE3tWLoNB0ksWI1iaPqSmhhrIdpk=',\n 'Date' = 'Tue , 15 May 2012 12 : 20 : 56 GMT',\n 'Content-Length' = '0',\n 'Connection' = close\n ],\n http_headers_list_obj(List, _).\n\ntest(list_to_http_headers_v1) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n transfer_encoding = chunked],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v2) :-\n\n Headers = ['DatE' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v_functor_form) :-\n\n Headers = [date('Tue, 03 Apr 2012 19:32:50 GMT'),\n transfer_encoding(chunked)],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v_functor_form2) :-\n\n Headers = ['DatE'('Tue, 03 Apr 2012 19:32:50 GMT'),\n 'Transfer-Encoding'(chunked)],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_request_headers_v1) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_request_headers_v2) :-\n\n Headers = [accept = 'text\/html',\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Accept' = 'text\/html',\n 'Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_response_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n location = 'http:\/\/kogorta.dp.ua\/'\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Location' = 'http:\/\/kogorta.dp.ua\/'\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_response_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_mixed_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_bulk_headers_v1) :-\n\n Headers = [bulk1 = 1, '' = 3],\n Headers_Ref = ['Bulk1' = 1, '' = 3],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == Headers).\n\ntest(list_to_http_invalid_bulk_headers_v2) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n transfer_encoding = chunked],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk1' = 1,\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v3) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked,\n bulk1 = 1\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked,\n 'Bulk1' = 1\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v4) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Bulk1' = 1,\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v5) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = ['Bulk1' = 1,\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk2' = 2,\n 'Host' = 'kogorta.dp.ua',\n 'Bulk3' = 3,\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v6) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk1' = 1,\n 'Bulk2' = 2,\n 'Host' = 'kogorta.dp.ua',\n 'Bulk3' = 3,\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v7) :-\n\n Headers = [\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk1 = 1,\n bulk2 = 2,\n bulk3 = 3,\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = [\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk1' = 1,\n 'Bulk2' = 2,\n 'Bulk3' = 3,\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(repeated_headers1) :-\n\n Headers = [accept_language = en,\n accept_language = ru\n ],\n Headers_Ref = ['Accept-Language' = en,\n 'Accept-Language' = ru\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(repeated_headers2) :-\n\n Headers = [accept_language = 'en, ru'],\n Headers_Ref = ['Accept-Language' = 'en, ru'],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(repeated_headers3) :-\n\n Headers = [accept_language = [en, ru]],\n Headers_Ref = ['Accept-Language' = [en, ru]],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\n:- end_tests(http_headers_v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"33a978a3eb004609a4dfb1059dd7aea9e202d50f","subject":"ranging","message":"ranging\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\nstats ifname using 7 name \"upY\" nooutput\nY_max = upY_max * 1.1\n\nstats ifname using 6 name \"dnY\" nooutput\nY_min = dnY_max * -1.1\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\nset yrange [:100]\nset autoscale y\nset format y \"%3.0s %c\"\nset yrange [ Y_min : Y_max ]\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill transparent solid 0.05 noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#33bb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#330000bb\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\nstats ifname using 7 name \"upY\" nooutput\nY_max = upY_max * 1.1\n\nstats ifname using 8 name \"dnY\" nooutput\nY_min = dnY_max * -1.1\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ Y_min : Y_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\nset yrange [:100]\nset autoscale y\nset format y \"%3.0s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill transparent solid 0.05 noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#33bb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#330000bb\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"1def47ee5c25133430e463b67dfe8a73c921e963","subject":"optimisation","message":"optimisation\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/avgday_u.gp","new_file":"graphs\/avgday_u.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 640,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddeld uurverbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\nset yrange [:2000]\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers # pointtype 7\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'blue'\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 640,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddeld uurverbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [-1:24]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot outliers pointtype 7\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:8] kamdata using (i):i\n#plot kamdata using (1):1 title columnheader(1), \\\n# for [i=2:23] '' using (i):i title columnheader(i)\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"562df2040a9a47e821086fa0299d616ed3e298f7","subject":"debug scaling","message":"debug scaling\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph14.gp","new_file":"graphs\/graph14.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day14.png\"\n\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * -1\n\nset multiplot layout 1, 3 title \"Memory Usage \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ Ymax : ]\nset format y \"%4.0s%c\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($1+utc_offset):($2+$3+$4+$5) title \"free\" fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($2+$3+$4) title \"cached\" fc \"yellow\" \\\n ,'' using ($1+utc_offset):($2+$3) title \"buffers\" fc \"blue\" \\\n ,'' using ($1+utc_offset):2 title \"used\" fc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):($6*-1) title \"swap\" fc rgb \"#ee0000\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($2+$3+$4+$5) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($2+$3+$4) fc \"yellow\" \\\n ,'' using ($1+utc_offset):($2+$3) fc \"blue\" \\\n ,'' using ($1+utc_offset):2 fc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):($6*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($2+$3+$4+$5) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($2+$3+$4) fc \"yellow\" \\\n ,'' using ($1+utc_offset):($2+$3) fc \"blue\" \\\n ,'' using ($1+utc_offset):2 fc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):($6*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day14.png\"\n\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 6 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 6 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * -1\n\nset multiplot layout 1, 3 title \"Memory Usage \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ Ymax : ]\nset format y \"%4.0s%c\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($1+utc_offset):($2+$3+$4+$5) title \"free\" fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($2+$3+$4) title \"cached\" fc \"yellow\" \\\n ,'' using ($1+utc_offset):($2+$3) title \"buffers\" fc \"blue\" \\\n ,'' using ($1+utc_offset):2 title \"used\" fc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):($6*-1) title \"swap\" fc rgb \"#ee0000\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($2+$3+$4+$5) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($2+$3+$4) fc \"yellow\" \\\n ,'' using ($1+utc_offset):($2+$3) fc \"blue\" \\\n ,'' using ($1+utc_offset):2 fc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):($6*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($2+$3+$4+$5) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($2+$3+$4) fc \"yellow\" \\\n ,'' using ($1+utc_offset):($2+$3) fc \"blue\" \\\n ,'' using ($1+utc_offset):2 fc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):($6*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d120a6edf5e5fdd243cac3e5d940adf4d724e38e","subject":"bump default compiler for parallel mode to g++-4.4.x","message":"bump default compiler for parallel mode to g++-4.4.x\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1992 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.4.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual -Wundef\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\n$(shell echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.3 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_INCLUDE\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/include)\nBOOST_COMPILER_OPTIONS\t\t+= $(foreach inc,$(BOOST_INCLUDE),-I$(inc))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_PATH\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/lib)\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t$(foreach lib,$(BOOST_LIB_PATH),-L$(lib)) \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_system$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\nHEADER_FILES_BITS\t+= verbose.h\nHEADER_FILES_BITS\t+= msvc_compatibility.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h new_alloc.h\nHEADER_FILES_COMMON\t+= mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h exithandler.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= bid.h typed_block.h diskallocator.h config.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h read_write_pool.h\nHEADER_FILES_MNG\t+= block_alloc.h block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\n#EADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\n#EADER_FILES_CONTAINERS\t+= pq_losertree.h\nHEADER_FILES_CONTAINERS\t+= queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.$o=).$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.$o=).$dT -c $(OUTPUT_OPTION) $< && mv $(@:.$o=).$dT $(@:.$o=).$d\nendef\n\nDEPS_MAKEFILES\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(DEPS_MAKEFILES)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual -Wundef\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\n$(shell echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.3 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_INCLUDE\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/include)\nBOOST_COMPILER_OPTIONS\t\t+= $(foreach inc,$(BOOST_INCLUDE),-I$(inc))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_PATH\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/lib)\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t$(foreach lib,$(BOOST_LIB_PATH),-L$(lib)) \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_system$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\nHEADER_FILES_BITS\t+= verbose.h\nHEADER_FILES_BITS\t+= msvc_compatibility.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h new_alloc.h\nHEADER_FILES_COMMON\t+= mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h exithandler.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= bid.h typed_block.h diskallocator.h config.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h read_write_pool.h\nHEADER_FILES_MNG\t+= block_alloc.h block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\n#EADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\n#EADER_FILES_CONTAINERS\t+= pq_losertree.h\nHEADER_FILES_CONTAINERS\t+= queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.$o=).$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.$o=).$dT -c $(OUTPUT_OPTION) $< && mv $(@:.$o=).$dT $(@:.$o=).$d\nendef\n\nDEPS_MAKEFILES\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(DEPS_MAKEFILES)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"89439c462b88163db5c58641ccb61c087f989905","subject":"Shift legend.","message":"Shift legend.\n","repos":"lasp-lang\/evaluation","old_file":"throughput.gnuplot","new_file":"throughput.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" pt 7\nset style line 2 lc rgb \"#00A000\" pt 7\nset style line 3 lc rgb \"#5060D0\" pt 7\nset style line 4 lc rgb \"#F25900\" pt 7\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 pt 7\nset style line 6 pt 7\nset style line 7 pt 7\nset style line 8 pt 7\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"latency (sec)\"\n\nset key left bottom\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with linespoint ls i + 1 title pretty(word(titles, i + 1))\nreplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with labels offset char 1,0 notitle\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" pt 7\nset style line 2 lc rgb \"#00A000\" pt 7\nset style line 3 lc rgb \"#5060D0\" pt 7\nset style line 4 lc rgb \"#F25900\" pt 7\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 pt 7\nset style line 6 pt 7\nset style line 7 pt 7\nset style line 8 pt 7\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"latency (sec)\"\n\nset key left top\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with linespoint ls i + 1 title pretty(word(titles, i + 1))\nreplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with labels offset char 1,0 notitle\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"223374cb136fa0ef69fb2751d17146aa31028c5c","subject":"Fix indexing and add missing 'uuid'","message":"Fix indexing and add missing 'uuid'\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson.plt","new_file":"src\/bson\/bson.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson:docs_bytes\/2').\n\ntest('no docs', [true(Got == Expected)]) :-\n Expected = [],\n Bytes = [],\n bson:docs_bytes(Expected, Bytes),\n bson:docs_bytes(Got, Bytes).\n\ntest('complex doc back-and-forth', [true(Got == Expected)]) :-\n Doc =\n [\n k01 - -5.05,\n k02 - \u00e5\u00e4\u00f6_string, % Atoms only (no code lists).\n k03 - [],\n k04 - [k1-v1, k2-v2],\n k05 - [v1,v2,v3],\n k06 - binary(generic,[1,2,3]),\n k07 - binary(function,[1,2,3]),\n k08 - binary(old_generic,[1,2,3]),\n k09 - binary(uuid_old,[1,2,3]),\n k10 - binary(uuid,[1,2,3]),\n k11 - binary(md5,[1,2,3]),\n k12 - binary(user_defined,[1,2,3]),\n k13 - +undefined,\n k14 - object_id('47cc67093475061e3d95369d'),\n k15 - +false,\n k16 - +true,\n k17 - utc(1302354660284),\n k18 - +null,\n k19 - regex('pattern','options'),\n k20 - db_pointer('string','47cc67093475061e3d95369d'),\n k21 - js('code'),\n k22 - symbol(\u00e5\u00e4\u00f6_string), % Just like atoms.\n k23 - js('code',[mappings-doc]),\n k24 - 32,\n k25 - mongostamp(0),\n k26 - 9223372036854775807,\n k27 - +min,\n k28 - +max\n ],\n Expected =\n [\n Doc,\n Doc\n ],\n bson:docs_bytes(Expected, Bytes),\n bson:docs_bytes(Got, Bytes).\n\n:- end_tests('bson:docs_bytes\/2').\n\n:- begin_tests('bson:doc_bytes\/2').\n\ntest('nonvar, nonvar') :-\n Doc =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Bytes).\n\ntest('nonvar, var', [true(Got == Expected)]) :-\n Doc =\n [\n hello - 256\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Got).\n\ntest('var, nonvar', [true(Got == Expected)]) :-\n Expected =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Got, Bytes).\n\ntest('var, var', [throws(bson_error(_))]) :-\n bson:doc_bytes(_, _).\n\ntest('complex doc back-and-forth', [true(Got == Expected)]) :-\n Expected =\n [\n k01 - -5.05,\n k02 - \u00e5\u00e4\u00f6_string, % Atoms only (no code lists).\n k03 - [],\n k04 - [k1-v1, k2-v2],\n k05 - [v1,v2,v3],\n k06 - binary(generic,[1,2,3]),\n k07 - binary(function,[1,2,3]),\n k08 - binary(old_generic,[1,2,3]),\n k09 - binary(uuid_old,[1,2,3]),\n k10 - binary(uuid,[1,2,3]),\n k11 - binary(md5,[1,2,3]),\n k12 - binary(user_defined,[1,2,3]),\n k13 - +undefined,\n k14 - object_id('47cc67093475061e3d95369d'),\n k15 - +false,\n k16 - +true,\n k17 - utc(1302354660284),\n k18 - +null,\n k19 - regex('pattern','options'),\n k20 - db_pointer('string','47cc67093475061e3d95369d'),\n k21 - js('code'),\n k22 - symbol(\u00e5\u00e4\u00f6_string), % Just like atoms.\n k23 - js('code',[mappings-doc]),\n k24 - 32,\n k25 - mongostamp(0),\n k26 - 9223372036854775807,\n k27 - +min,\n k28 - +max\n ],\n bson:doc_bytes(Expected, Bytes),\n bson:doc_bytes(Got, Bytes).\n\n:- end_tests('bson:doc_bytes\/2').\n\n:- begin_tests('bson:doc_is_valid\/1').\n\ntest('valid') :-\n Doc =\n [\n a - +null\n ],\n bson:doc_is_valid(Doc).\n\ntest('invalid', [fail]) :-\n Doc =\n [\n a - +nul % Unknown constant.\n ],\n bson:doc_is_valid(Doc).\n\n:- end_tests('bson:doc_is_valid\/1').\n\n:- begin_tests('bson:doc_empty\/1').\n\ntest('empty') :-\n bson:doc_empty(Doc),\n bson:doc_empty(Doc).\n\ntest('non-empty', [fail]) :-\n bson:doc_empty(Doc),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_empty(Doc1).\n\ntest('fill and empty') :-\n bson:doc_empty(Doc),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_delete(Doc1, key, Doc2),\n bson:doc_empty(Doc2).\n\n:- end_tests('bson:doc_empty\/1').\n\n:- begin_tests('bson:doc_get\/3').\n\ntest('not found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_get(Doc, notfoundkey, +null).\n\ntest('not found in empty doc') :-\n Doc = [],\n bson:doc_get(Doc, notfoundkey, +null).\n\ntest('found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_get(Doc, key, value).\n\ntest('found null') :-\n Doc =\n [\n key - +null\n ],\n bson:doc_get(Doc, key, +null).\n\n:- end_tests('bson:doc_get\/3').\n\n:- begin_tests('bson:doc_get_strict\/3').\n\ntest('not found') :-\n Doc =\n [\n key - value\n ],\n \\+ bson:doc_get_strict(Doc, notfoundkey, _).\n\ntest('found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_get_strict(Doc, key, value).\n\ntest('found null') :-\n Doc =\n [\n key - +null\n ],\n bson:doc_get_strict(Doc, key, +null).\n\n:- end_tests('bson:doc_get_strict\/3').\n\n:- begin_tests('bson:doc_put\/4').\n\ntest('put in empty') :-\n Doc = [],\n bson:doc_get(Doc, key, +null),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_get(Doc1, key, value).\n\ntest('put in non-empty') :-\n Doc =\n [\n keyold - valueold\n ],\n bson:doc_get(Doc, keyold, valueold),\n bson:doc_get(Doc, keynew, +null),\n bson:doc_put(Doc, keynew, valuenew, Doc1),\n bson:doc_get(Doc1, keyold, valueold),\n bson:doc_get(Doc1, keynew, +null).\n\n:- end_tests('bson:doc_put\/4').\n\n:- begin_tests('bson:doc_delete\/3').\n\ntest('delete from empty') :-\n Doc = [],\n bson:doc_delete(Doc, notfoundkey, Doc).\n\ntest('delete not found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_delete(Doc, notfoundkey, Doc).\n\ntest('delete only key') :-\n Doc =\n [\n key - value\n ],\n bson:doc_delete(Doc, key, Doc1),\n bson:doc_get(Doc1, key, +null).\n\ntest('delete one key') :-\n Doc =\n [\n key1 - value1,\n key2 - value2\n ],\n bson:doc_delete(Doc, key2, Doc1),\n bson:doc_get(Doc1, key1, value1),\n bson:doc_get(Doc1, key2, +null).\n\n:- end_tests('bson:doc_delete\/3').\n\n:- begin_tests('bson:doc_keys\/2').\n\ntest('doc_keys 1', [true(Got == Expected)]) :-\n Doc =\n [\n a - 1,\n b - 2,\n c - 3\n ],\n Expected = [a,b,c],\n bson:doc_keys(Doc, Got).\n\n:- end_tests('bson:doc_keys\/2').\n\n:- begin_tests('bson:doc_values\/2').\n\ntest('doc_values 1', [true(Got == Expected)]) :-\n Doc =\n [\n a - 1,\n b - 2,\n c - 3\n ],\n Expected = [1,2,3],\n bson:doc_values(Doc, Got).\n\n:- end_tests('bson:doc_values\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson:docs_bytes\/2').\n\ntest('no docs', [true(Got == Expected)]) :-\n Expected = [],\n Bytes = [],\n bson:docs_bytes(Expected, Bytes),\n bson:docs_bytes(Got, Bytes).\n\ntest('complex doc back-and-forth', [true(Got == Expected)]) :-\n Doc =\n [\n k01 - -5.05,\n k02 - \u00e5\u00e4\u00f6_string, % Atoms only (no code lists).\n k03 - [],\n k04 - [k1-v1, k2-v2],\n k05 - [v1,v2,v3],\n k06 - binary(generic,[1,2,3]),\n k07 - binary(function,[1,2,3]),\n k08 - binary(old_generic,[1,2,3]),\n k09 - binary(uuid_old,[1,2,3]),\n k09 - binary(uuid,[1,2,3]),\n k10 - binary(md5,[1,2,3]),\n k11 - binary(user_defined,[1,2,3]),\n k12 - +undefined,\n k13 - object_id('47cc67093475061e3d95369d'),\n k14 - +false,\n k15 - +true,\n k16 - utc(1302354660284),\n k17 - +null,\n k18 - regex('pattern','options'),\n k19 - db_pointer('string','47cc67093475061e3d95369d'),\n k20 - js('code'),\n k21 - symbol(\u00e5\u00e4\u00f6_string), % Just like atoms.\n k22 - js('code',[mappings-doc]),\n k23 - 32,\n k24 - mongostamp(0),\n k25 - 9223372036854775807,\n k26 - +min,\n k27 - +max\n ],\n Expected =\n [\n Doc,\n Doc\n ],\n bson:docs_bytes(Expected, Bytes),\n bson:docs_bytes(Got, Bytes).\n\n:- end_tests('bson:docs_bytes\/2').\n\n:- begin_tests('bson:doc_bytes\/2').\n\ntest('nonvar, nonvar') :-\n Doc =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Bytes).\n\ntest('nonvar, var', [true(Got == Expected)]) :-\n Doc =\n [\n hello - 256\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Got).\n\ntest('var, nonvar', [true(Got == Expected)]) :-\n Expected =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Got, Bytes).\n\ntest('var, var', [throws(bson_error(_))]) :-\n bson:doc_bytes(_, _).\n\ntest('complex doc back-and-forth', [true(Got == Expected)]) :-\n Expected =\n [\n k01 - -5.05,\n k02 - \u00e5\u00e4\u00f6_string, % Atoms only (no code lists).\n k03 - [],\n k04 - [k1-v1, k2-v2],\n k05 - [v1,v2,v3],\n k06 - binary(generic,[1,2,3]),\n k07 - binary(function,[1,2,3]),\n k08 - binary(old_generic,[1,2,3]),\n k09 - binary(uuid_old,[1,2,3]),\n k10 - binary(md5,[1,2,3]),\n k11 - binary(user_defined,[1,2,3]),\n k12 - +undefined,\n k13 - object_id('47cc67093475061e3d95369d'),\n k14 - +false,\n k15 - +true,\n k16 - utc(1302354660284),\n k17 - +null,\n k18 - regex('pattern','options'),\n k19 - db_pointer('string','47cc67093475061e3d95369d'),\n k20 - js('code'),\n k21 - symbol(\u00e5\u00e4\u00f6_string), % Just like atoms.\n k22 - js('code',[mappings-doc]),\n k23 - 32,\n k24 - mongostamp(0),\n k25 - 9223372036854775807,\n k26 - +min,\n k27 - +max\n ],\n bson:doc_bytes(Expected, Bytes),\n bson:doc_bytes(Got, Bytes).\n\n:- end_tests('bson:doc_bytes\/2').\n\n:- begin_tests('bson:doc_is_valid\/1').\n\ntest('valid') :-\n Doc =\n [\n a - +null\n ],\n bson:doc_is_valid(Doc).\n\ntest('invalid', [fail]) :-\n Doc =\n [\n a - +nul % Unknown constant.\n ],\n bson:doc_is_valid(Doc).\n\n:- end_tests('bson:doc_is_valid\/1').\n\n:- begin_tests('bson:doc_empty\/1').\n\ntest('empty') :-\n bson:doc_empty(Doc),\n bson:doc_empty(Doc).\n\ntest('non-empty', [fail]) :-\n bson:doc_empty(Doc),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_empty(Doc1).\n\ntest('fill and empty') :-\n bson:doc_empty(Doc),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_delete(Doc1, key, Doc2),\n bson:doc_empty(Doc2).\n\n:- end_tests('bson:doc_empty\/1').\n\n:- begin_tests('bson:doc_get\/3').\n\ntest('not found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_get(Doc, notfoundkey, +null).\n\ntest('not found in empty doc') :-\n Doc = [],\n bson:doc_get(Doc, notfoundkey, +null).\n\ntest('found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_get(Doc, key, value).\n\ntest('found null') :-\n Doc =\n [\n key - +null\n ],\n bson:doc_get(Doc, key, +null).\n\n:- end_tests('bson:doc_get\/3').\n\n:- begin_tests('bson:doc_get_strict\/3').\n\ntest('not found') :-\n Doc =\n [\n key - value\n ],\n \\+ bson:doc_get_strict(Doc, notfoundkey, _).\n\ntest('found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_get_strict(Doc, key, value).\n\ntest('found null') :-\n Doc =\n [\n key - +null\n ],\n bson:doc_get_strict(Doc, key, +null).\n\n:- end_tests('bson:doc_get_strict\/3').\n\n:- begin_tests('bson:doc_put\/4').\n\ntest('put in empty') :-\n Doc = [],\n bson:doc_get(Doc, key, +null),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_get(Doc1, key, value).\n\ntest('put in non-empty') :-\n Doc =\n [\n keyold - valueold\n ],\n bson:doc_get(Doc, keyold, valueold),\n bson:doc_get(Doc, keynew, +null),\n bson:doc_put(Doc, keynew, valuenew, Doc1),\n bson:doc_get(Doc1, keyold, valueold),\n bson:doc_get(Doc1, keynew, +null).\n\n:- end_tests('bson:doc_put\/4').\n\n:- begin_tests('bson:doc_delete\/3').\n\ntest('delete from empty') :-\n Doc = [],\n bson:doc_delete(Doc, notfoundkey, Doc).\n\ntest('delete not found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_delete(Doc, notfoundkey, Doc).\n\ntest('delete only key') :-\n Doc =\n [\n key - value\n ],\n bson:doc_delete(Doc, key, Doc1),\n bson:doc_get(Doc1, key, +null).\n\ntest('delete one key') :-\n Doc =\n [\n key1 - value1,\n key2 - value2\n ],\n bson:doc_delete(Doc, key2, Doc1),\n bson:doc_get(Doc1, key1, value1),\n bson:doc_get(Doc1, key2, +null).\n\n:- end_tests('bson:doc_delete\/3').\n\n:- begin_tests('bson:doc_keys\/2').\n\ntest('doc_keys 1', [true(Got == Expected)]) :-\n Doc =\n [\n a - 1,\n b - 2,\n c - 3\n ],\n Expected = [a,b,c],\n bson:doc_keys(Doc, Got).\n\n:- end_tests('bson:doc_keys\/2').\n\n:- begin_tests('bson:doc_values\/2').\n\ntest('doc_values 1', [true(Got == Expected)]) :-\n Doc =\n [\n a - 1,\n b - 2,\n c - 3\n ],\n Expected = [1,2,3],\n bson:doc_values(Doc, Got).\n\n:- end_tests('bson:doc_values\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e2d9b0afe334933e756670bfe1d37e3cdcd2f460","subject":"Create multiple plots in one script","message":"Create multiple plots in one script\n","repos":"fifth-postulate\/finding-the-planets,fifth-postulate\/finding-the-planets,fifth-postulate\/finding-the-planets","old_file":"rust-showcase\/plots\/brightness.gp","new_file":"rust-showcase\/plots\/brightness.gp","new_contents":"set datafile separator ','\nset key top left\nset terminal pngcairo size 750,560\n\nbg_color = \"dark-violet\"\nnobg_color = \"forest-green\"\n\nset output \"..\/assets\/brightness-both.png\"\nplot [2905:2985] \"..\/assets\/brightness.csv\" using 1:2 title \"Background\" linecolor bg_color, \"..\/assets\/brightness.csv\" using 1:3 title \"No background\" linecolor nobg_color \n\nset output \"..\/assets\/brightness-background.png\"\nplot [2905:2985] \"..\/assets\/brightness.csv\" using 1:2 title \"Background\" linecolor bg_color \n\nset output \"..\/assets\/brightness-nobackground.png\"\nplot [2905:2985] \"..\/assets\/brightness.csv\" using 1:3 title \"No background\" linecolor nobg_color \n\n\n","old_contents":"set datafile separator ','\nset key top left\nset terminal pngcairo size 750,560\nset output \"..\/assets\/brightness.png\"\n\nplot [2905:2985] \"..\/assets\/brightness.csv\" using 1:2 title \"Background\", \"..\/assets\/brightness.csv\" using 1:3 title \"No background\"","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4f6a0828161c48df884433281591120490682918","subject":"allow optimization overrides to be used for library compilation, too","message":"allow optimization overrides to be used for library compilation, too\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1462 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.subdir.gnu","new_file":"Makefile.subdir.gnu","new_contents":"############################################################################\n# Makefile.subdir.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2007 Andreas Beckmann <beckmann@mpi-inf.mpg.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\ninclude $(TOPDIR)\/make.settings\n\nTEST_BINARIES\t\t = $(TESTS) $(TESTS-yes) $(TESTS-yesyes)\nSKIPPED_TEST_BINARIES\t = $(TESTS-) $(TESTS-no) $(TESTS-yesno) $(TESTS-noyes) $(TESTS-nono)\n\ntests: $(TEST_BINARIES:=.$(bin))\n\nlib: $(LIB_SRC:.cpp=.$o)\n\nclean::\n\t$(RM) *.$o\n\t$(RM) *.$d *.dT\n\t$(RM) $(TEST_BINARIES:=.$(bin))\n\t$(RM) $(SKIPPED_TEST_BINARIES:=.$(bin))\n\n-include *.d\n\n\n# Work around compiler bugs:\ncompiler_version\t:= $(shell $(COMPILER) -v 2>&1 | tr ' ' '_')\nbitness\t\t\t:= $(shell file ..\/common\/version.$(o) 2>\/dev\/null)\n# usage: e.g. $(call needs_override,gcc_version_4.2,32-bit,3,[-g|any|none])\nneeds_override\t\t?= $(and $(findstring $1,$(compiler_version)),\\\n\t\t\t\t$(or $(filter any,$2),$(filter $2,$(bitness))),\\\n\t\t\t\t$(filter $3,$(OPT_LEVEL)),\\\n\t\t\t\t$(or $(filter any,$4),$(if $(filter none,$4),$(if $(DEBUG),,empty)),$(filter $4,$(DEBUG))))\n# usage: $(call reduce_optimization,from,to,target,compiler,bits,debug[,type])\nreduce_optimization\t?= $(if $(call needs_override,$4,$5,$1,$6),$3.$($(or $(strip $7),bin)): OPT_LEVEL=$2)\n\n\n.SECONDARY:\n\n.PHONY: tests lib clean\n","old_contents":"############################################################################\n# Makefile.subdir.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2007 Andreas Beckmann <beckmann@mpi-inf.mpg.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\ninclude $(TOPDIR)\/make.settings\n\nTEST_BINARIES\t\t = $(TESTS) $(TESTS-yes) $(TESTS-yesyes)\nSKIPPED_TEST_BINARIES\t = $(TESTS-) $(TESTS-no) $(TESTS-yesno) $(TESTS-noyes) $(TESTS-nono)\n\ntests: $(TEST_BINARIES:=.$(bin))\n\nlib: $(LIB_SRC:.cpp=.$o)\n\nclean::\n\t$(RM) *.$o\n\t$(RM) *.$d *.dT\n\t$(RM) $(TEST_BINARIES:=.$(bin))\n\t$(RM) $(SKIPPED_TEST_BINARIES:=.$(bin))\n\n-include *.d\n\n\n# Work around compiler bugs:\ncompiler_version\t:= $(shell $(COMPILER) -v 2>&1 | tr ' ' '_')\nbitness\t\t\t:= $(shell file ..\/common\/stxxl_info.$(bin) 2>\/dev\/null)\n# usage: e.g. $(call needs_override,gcc_version_4.2,32-bit,3,[-g|any|none])\nneeds_override\t\t?= $(and $(findstring $1,$(compiler_version)),\\\n\t\t\t\t$(or $(filter any,$2),$(filter $2,$(bitness))),\\\n\t\t\t\t$(filter $3,$(OPT_LEVEL)),\\\n\t\t\t\t$(or $(filter any,$4),$(if $(filter none,$4),$(if $(DEBUG),,empty)),$(filter $4,$(DEBUG))))\n# usage: $(call reduce_optimization,from,to,target,compiler,bits,debug)\nreduce_optimization\t?= $(if $(call needs_override,$4,$5,$1,$6),$3.$(bin): OPT_LEVEL=$2)\n\n\n.SECONDARY:\n\n.PHONY: tests lib clean\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"9499a8e987802d655e0adcb6fb026bfb80f9f991","subject":"adjusting title\/legend in some monitoring plots","message":"adjusting title\/legend in some monitoring plots\n","repos":"SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk","old_file":"boinc_software\/monitor-boinc-server\/general-activity\/archive\/plotData_restart.gnu","new_file":"boinc_software\/monitor-boinc-server\/general-activity\/archive\/plotData_restart.gnu","new_contents":"reset\n\n# changes in status page:\n# - 2018-02-26: old server actually switched off on 2018-02-06;\n# -> new status page has slightly different order of table lines;\n# -> swapping $10 and $11, and $13 and $14;\n\nrestartFile='\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/general-activity\/restart.txt'\nstuckFile='..\/assimilatorStuck.txt'\nrestaFile='..\/assimilatorRestart.txt'\n\nset xdata time\nset timefmt '%Y-%m-%d %H:%M:%S'\n# set format x '%b %Y'\nset format x '%Y-%m-%d'\n# set format x '%Y-%m-%d %H:%M'\n# set xtics 365.2425 \/ 12 * 24 * 3600 rotate by 90 right\nset xtics 3600*24 rotate by 90 right\nset grid xtics lt 0 lw 1\n# tMin=strptime(\"%Y-%m-%d %H:%M:%S\",\"2019-06-01 00:00:00\")\n# tMax=strptime(\"%Y-%m-%d %H:%M:%S\",\"2019-08-01 00:00:00\")\n# use bash's date command, since gnuplot's time(0.0) returns UTC time stamps,\n# and logging is in GVA local time\ntNow=strptime(\"%Y-%m-%d %H:%M:%S\",system('date +\"%F %T\"'))\ntMax=tNow+1*24*3600\ntMin=tNow-45*24*3600\nset xrange [tMin:tMax]\nybar=300\nM=0.1\n# typical enlarged window size: 1900,400\n# trigger use of png or interactive windows: 0: png, 1: interactive\nlinteractive=0\nlprintDate=0 # 0: no date\/time in png name; 1: date\/time in png name\nxSizeWdw=1600#regular: 1000\nySizeWdw=600#regular: 400\n\nif ( lprintDate==0 ) {\nrightNowPNG=''\n} else {\nrightNowPNG=system('date +\"_%F_%H-%M-%S\"')\n}\n\n# ------------------------------------------------------------------------------\n# general overview of server status\n# ------------------------------------------------------------------------------\ncurrTitle='server overview'\nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/serverOverview'.rightNowPNG.'.png'\n} else {\nset term qt 0 title currTitle size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/ready to send [10^3]'\nset ytics nomirror\nset y2label 'tasks waiting for assimilation' tc rgb 'blue'\nset y2tics tc rgb 'blue'\n# set y2range [0:*]\nnLines=system(\"wc -l \".restaFile.\" | awk '{print ($1)}'\")\nplot \\\n '< cat ????-??\/server_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x%.1f)',1.0\/M),\\\n '' index 0 using 1:6 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle,\\\n restartFile index 0 using 1:(ybar) with impulses lt -1 lw 2 notitle,\\\n '< paste '.stuckFile.' '.restaFile.' | head -n'.nLines index 0 using 1:(0.5*ybar):1:3 with xerrorbars lt -1 lw 1 notitle\n \nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n# set y2range [*:*]\n\n# credit\ncurrTitle='credit'\nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/creditOverview'.rightNowPNG.'.png'\n} else {\nset term qt 1 title currTitle size xSizeWdw,2*ySizeWdw\n}\nset title currTitle\nset key inside horizontal bottom center\nset ylabel 'with recent credit [10^3]' tc rgb 'red'\nset ytics nomirror tc rgb 'red'\nset y2label 'with credit [10^3]' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\nset multiplot layout 2,1\nfact=1E3\n#\nset title 'users'\n# set yrange [7.5E3\/fact:10E3\/fact]\n# set y2range [158E3\/fact:165E3\/fact]\nplot \\\n '< cat ????-??\/server_status_????-??.dat' index 0 using 1:($11\/fact) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'users with recent credit',\\\n '' index 0 using 1:($10\/fact) with linespoints axis x1y2 pt 7 ps 1 lt 1 lw 1 lc rgb 'blue' title 'users with credit'\nset title 'computers'\n# set yrange [21E3\/fact:25E3\/fact]\n# set y2range [450E3\/fact:470E3\/fact]\nplot \\\n '< cat ????-??\/server_status_????-??.dat' index 0 using 1:($14\/fact) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'hosts with recent credit',\\\n '' index 0 using 1:($13\/fact) with linespoints axis x1y2 pt 7 ps 1 lt 1 lw 1 lc rgb 'blue' title 'hosts with credit'\n# set yrange [*:*]\n# set y2range [*:*]\nunset multiplot\nset key inside horizontal top center\n\n# gigaflops\ncurrTitle='TeraFLOPs' \nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/teraFLOPsOverview'.rightNowPNG.'.png'\n} else {\nset term qt 2 title currTitle size xSizeWdw,ySizeWdw\n}\nset title currTitle\nset key outside horizontal\nset ylabel 'TeraFLOPs []' tc rgb 'black'\nset ytics mirror tc rgb 'black'\nunset y2label\nunset y2tics\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\n# set yrange [70:155]\nplot \\\n '< cat ????-??\/server_status_????-??.dat' index 0 using 1:($16\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' notitle\n# set yrange [*:*]\nunset title\n\n# WUs waiting for validation\ncurrTitle='Validation' \nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/validationOverview'.rightNowPNG.'.png'\n} else {\nset term qt 3 title currTitle size xSizeWdw,ySizeWdw\n}\nset title currTitle\nset key outside horizontal\nset ylabel 'WUs waiting for validation []' tc rgb 'black'\nset ytics mirror tc rgb 'black'\nunset y2label\nunset y2tics\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\nplot \\\n '< cat ????-??\/server_status_????-??.dat' index 0 using 1:5 with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' notitle\nunset title\n\n# ------------------------------------------------------------------------------\n# sixtrack\n# ------------------------------------------------------------------------------\ncurrTitle='SixTrack app'\nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/sixtrackOverview'.rightNowPNG.'.png'\n} else {\nset term qt 4 title currTitle size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/unsent [10^3]'\nset ytics nomirror\nset y2label 'users in last 24h' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nset xtics rotate by 90 right\nset grid xtics lt 0 lw 1\nplot \\\n '< cat ????-??\/SixTrack_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x%.1f)',1.0\/M),\\\n '' index 0 using 1:5 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle\nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n\n# ------------------------------------------------------------------------------\n# sixtracktest\n# ------------------------------------------------------------------------------\ncurrTitle='sixtracktest app'\nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/sixtracktestOverview'.rightNowPNG.'.png'\n} else {\nset term qt 5 title currTitle size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/unsent [10^3]'\nset ytics nomirror\nset y2label 'users in last 24h' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nset xtics rotate by 90 right\nset grid xtics lt 0 lw 1\nplot \\\n '< cat ????-??\/sixtracktest_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x%.1f)',1.0\/M),\\\n '' index 0 using 1:5 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle\nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n","old_contents":"reset\n\n# changes in status page:\n# - 2018-02-26: old server actually switched off on 2018-02-06;\n# -> new status page has slightly different order of table lines;\n# -> swapping $10 and $11, and $13 and $14;\n\nrestartFile='\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/general-activity\/restart.txt'\nstuckFile='..\/assimilatorStuck.txt'\nrestaFile='..\/assimilatorRestart.txt'\n\nset xdata time\nset timefmt '%Y-%m-%d %H:%M:%S'\n# set format x '%b %Y'\nset format x '%Y-%m-%d'\n# set format x '%Y-%m-%d %H:%M'\n# set xtics 365.2425 \/ 12 * 24 * 3600 rotate by 90 right\nset xtics 3600*24 rotate by 90 right\nset grid xtics lt 0 lw 1\n# tMin=strptime(\"%Y-%m-%d %H:%M:%S\",\"2019-06-01 00:00:00\")\n# tMax=strptime(\"%Y-%m-%d %H:%M:%S\",\"2019-08-01 00:00:00\")\n# use bash's date command, since gnuplot's time(0.0) returns UTC time stamps,\n# and logging is in GVA local time\ntNow=strptime(\"%Y-%m-%d %H:%M:%S\",system('date +\"%F %T\"'))\ntMax=tNow+1*24*3600\ntMin=tNow-45*24*3600\nset xrange [tMin:tMax]\nybar=300\nM=0.1\n# typical enlarged window size: 1900,400\n# trigger use of png or interactive windows: 0: png, 1: interactive\nlinteractive=0\nlprintDate=0 # 0: no date\/time in png name; 1: date\/time in png name\nxSizeWdw=1600#regular: 1000\nySizeWdw=600#regular: 400\n\nif ( lprintDate==0 ) {\nrightNowPNG=''\n} else {\nrightNowPNG=system('date +\"_%F_%H-%M-%S\"')\n}\n\n# ------------------------------------------------------------------------------\n# general overview of server status\n# ------------------------------------------------------------------------------\ncurrTitle='server overview'\nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/serverOverview'.rightNowPNG.'.png'\n} else {\nset term qt 0 title currTitle size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/ready to send [10^3]'\nset ytics nomirror\nset y2label 'tasks waiting for assimilation' tc rgb 'blue'\nset y2tics tc rgb 'blue'\n# set y2range [0:*]\nnLines=system(\"wc -l \".restaFile.\" | awk '{print ($1)}'\")\nplot \\\n '< cat ????-??\/server_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x%.1f)',1.0\/M),\\\n '' index 0 using 1:6 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle,\\\n restartFile index 0 using 1:(ybar) with impulses lt -1 lw 2 notitle,\\\n '< paste '.stuckFile.' '.restaFile.' | head -n'.nLines index 0 using 1:(0.5*ybar):1:3 with xerrorbars lt -1 lw 1 notitle\n \nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n# set y2range [*:*]\n\n# credit\ncurrTitle='credit'\nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/creditOverview'.rightNowPNG.'.png'\n} else {\nset term qt 1 title currTitle size xSizeWdw,2*ySizeWdw\n}\nset title currTitle\nset key inside horizontal top center\nset ylabel 'recent credit [10^3]' tc rgb 'red'\nset ytics nomirror tc rgb 'red'\nset y2label 'total credit [10^3]' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\nset multiplot layout 2,1\nfact=1E3\n#\nset title 'users'\n# set yrange [7.5E3\/fact:10E3\/fact]\n# set y2range [158E3\/fact:165E3\/fact]\nplot \\\n '< cat ????-??\/server_status_????-??.dat' index 0 using 1:($11\/fact) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'with recent credit',\\\n '' index 0 using 1:($10\/fact) with linespoints axis x1y2 pt 7 ps 1 lt 1 lw 1 lc rgb 'blue' title 'with credit'\nset title 'computers'\n# set yrange [21E3\/fact:25E3\/fact]\n# set y2range [450E3\/fact:470E3\/fact]\nplot \\\n '< cat ????-??\/server_status_????-??.dat' index 0 using 1:($14\/fact) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'with recent credit',\\\n '' index 0 using 1:($13\/fact) with linespoints axis x1y2 pt 7 ps 1 lt 1 lw 1 lc rgb 'blue' title 'with credit'\n# set yrange [*:*]\n# set y2range [*:*]\nunset multiplot\n\n# gigaflops\ncurrTitle='TeraFLOPs' \nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/teraFLOPsOverview'.rightNowPNG.'.png'\n} else {\nset term qt 2 title currTitle size xSizeWdw,ySizeWdw\n}\nset title currTitle\nset key outside horizontal\nset ylabel 'TeraFLOPs []' tc rgb 'black'\nset ytics mirror tc rgb 'black'\nunset y2label\nunset y2tics\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\n# set yrange [70:155]\nplot \\\n '< cat ????-??\/server_status_????-??.dat' index 0 using 1:($16\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' notitle\n# set yrange [*:*]\nunset title\n\n# WUs waiting for validation\ncurrTitle='Validation' \nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/validationOverview'.rightNowPNG.'.png'\n} else {\nset term qt 3 title currTitle size xSizeWdw,ySizeWdw\n}\nset title currTitle\nset key outside horizontal\nset ylabel 'WUs waiting for validation []' tc rgb 'black'\nset ytics mirror tc rgb 'black'\nunset y2label\nunset y2tics\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\nplot \\\n '< cat ????-??\/server_status_????-??.dat' index 0 using 1:5 with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' notitle\nunset title\n\n# ------------------------------------------------------------------------------\n# sixtrack\n# ------------------------------------------------------------------------------\ncurrTitle='SixTrack app'\nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/sixtrackOverview'.rightNowPNG.'.png'\n} else {\nset term qt 4 title currTitle size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/unsent [10^3]'\nset ytics nomirror\nset y2label 'users in last 24h' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nset xtics rotate by 90 right\nset grid xtics lt 0 lw 1\nplot \\\n '< cat ????-??\/SixTrack_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x%.1f)',1.0\/M),\\\n '' index 0 using 1:5 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle\nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n\n# ------------------------------------------------------------------------------\n# sixtracktest\n# ------------------------------------------------------------------------------\ncurrTitle='sixtracktest app'\nif ( linteractive==0 ) {\nset term png size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/afs\/cern.ch\/work\/s\/sixtadm\/public\/monitor_activity\/boinc_software\/monitor-boinc-server\/boincStatus\/sixtracktestOverview'.rightNowPNG.'.png'\n} else {\nset term qt 5 title currTitle size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/unsent [10^3]'\nset ytics nomirror\nset y2label 'users in last 24h' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nset xtics rotate by 90 right\nset grid xtics lt 0 lw 1\nplot \\\n '< cat ????-??\/sixtracktest_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x%.1f)',1.0\/M),\\\n '' index 0 using 1:5 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle\nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"44180b5d214061e7e7a78710a2db190f466163d0","subject":"consider various multiplot formats for visualisation","message":"consider various multiplot formats for visualisation\n","repos":"sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher","old_file":"teaspoon\/plot.gnu","new_file":"teaspoon\/plot.gnu","new_contents":"set term epscairo enhanced truecolor font \"Helvetica,14\" size 8.6cm,6cm\n\nset output outfile\n\nset multiplot title titletext\n\nset style line 1 lc rgb \"red\" pt 7 ps 0.2\nset style line 2 lc rgb \"blue\" pt 7 ps 0.2\nset style line 3 lc rgb \"black\" pt 7 ps 0.2\n\n#set xl \"Time\/s\"\nset yl \"Temperature\/{\/Symbol \\260}C\"\n\nset xl offset 0,0.3 font \",10\"\nset yl offset 1.2,0 font \",10\"\n\nset xtics font \",8\"\nset ytics font \",8\"\n\nset size 1,0.5\nset origin 0,0.45\n\nset key font \",8\"\nplot filename u 1:2 ls 1 title \"onboard\", filename u 1:4 ls 2 title \"external probe\"\n\nset size 1,0.5\nset origin 0,0\nset xl \"Time\/s\"\nset yl \"Relative Humidity\/%\"\nplot filename u 1:3 ls 3 notitle\n","old_contents":"set term epscairo enhanced truecolor font \"Helvetica,14\" size 8.6cm,6cm\n\nset output outfile\n\nset multiplot title titletext\n\nset style line 1 lc rgb \"red\" pt 7 ps 0.2\nset style line 2 lc rgb \"blue\" pt 7 ps 0.2\nset style line 3 lc rgb \"black\" pt 7 ps 0.2\n\n#set xl \"Time\/s\"\nset yl \"Temperature\/{\/Symbol \\260}C\"\n\nset xl offset 0,0.3 font \",10\"\nset yl offset 1.2,0 font \",10\"\n\nset xtics font \",8\"\nset ytics font \",8\"\n\nset size 1,0.5\nset origin 0,0.45\n\nplot filename u 1:2 ls 1 notitle, filename u 1:4 ls 2 notitle\n\nset size 1,0.5\nset origin 0,0\nset xl \"Time\/s\"\nset yl \"Relative Humidity\/%\"\nplot filename u 1:3 ls 3 notitle\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"1fec1b556d061d8b3f7d6230251b7e7cf0203d65","subject":"Add second point to reveal secret curve.","message":"Add second point to reveal secret curve.\n","repos":"eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing","old_file":"figures\/gnuplot\/linear-2.gp","new_file":"figures\/gnuplot\/linear-2.gp","new_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"linear-2.png\"\nset encoding utf8\n\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [-20:-14]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\nset label 2 \"f(x) = 4x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\nset label 3 \"f(x) = \u03b1(x + 17) - 26\" at screen 0.21,0.830 left font \"times.ttf,30\"\nset title \"Linear polynomials passing through point (-17,-26)\" font \"lucon.ttf,30\"\n\n# Greek \u03b1 symbol is U03B1\nf(x) = 4.0*x + 42\nx1 = -17\nx2 = -15\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot \\\n (-89.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-55.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-34.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-21.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-13.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (13.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (21.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (34.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (55.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (89.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n f(x) axes x1y1 not with lines linestyle 106, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('(%.1d,%.1d)', x1, f(x1))) \\\n with labels offset char -3,2 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x2 : NaN):(f(x2)):(sprintf('(%.1d,%.1d)', x2, f(x2))) \\\n with labels offset char 1,-1.2 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n\n","old_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"linear-2.png\"\nset encoding utf8\n\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [-20:-14]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\nset label 2 \"f(x) = 4x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\nset label 3 \"f(x) = \u03b1(x + 17) - 26\" at screen 0.21,0.830 left font \"times.ttf,30\"\nset title \"Linear polynomials passing through point (-17,-26)\" font \"lucon.ttf,30\"\n\n# Greek \u03b1 symbol is U03B1\nf(x) = 4.0*x + 42\nx1 = -17\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot \\\n (-89.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-55.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-34.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-21.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-13.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (13.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (21.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (34.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (55.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (89.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n f(x) axes x1y1 not with lines linestyle 106, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('(%.1d,%.1d)', x1, f(x1))) \\\n with labels offset char -2,2.5 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"595d40a38c00f240032f35d9030e47951b8331ea","subject":"Bump font size of traffic graphs","message":"Bump font size of traffic graphs\n","repos":"laarc\/laarc,laarc\/laarc,laarc\/laarc,laarc\/laarc","old_file":"bin\/traffic.gp","new_file":"bin\/traffic.gp","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"mit","lang":"Gnuplot"} {"commit":"82575d7ecdedce3173d97b9318a735bc14c364eb","subject":"cli arg removed","message":"cli arg removed\n","repos":"rigdenlab\/conkit,fsimkovic\/conkit","old_file":"scripts\/conkit.plot","new_file":"scripts\/conkit.plot","new_contents":"#!\/usr\/bin\/env python\n\n__author__ = \"Felix Simkovic\"\n__date__ = \"08 Feb 2017\"\n__version__ = 0.1\n\nimport argparse\nimport conkit\nimport inspect\nimport logging\nimport sys\n\nlogging.basicConfig(format='%(message)s', level=logging.INFO)\n\n# Note:\n# New subparsers can be added automatically as long as the convention is followed.\n# I.e., To add a new function automatically, call it add_*_args and it will be\n# picked up here.\n\ndef _add_default_args(parser):\n \"\"\"Define default arguments\"\"\"\n parser.add_argument('-dpi', dest='dpi', default=300, type=int,\n help=\"the resolution in DPI [default: 300]\")\n parser.add_argument('-o', dest='output', default=None, type=str,\n help=\"the figure file. Note, the format is determined by the suffix\")\n\n\ndef add_contact_map_args(subparsers):\n description = u\"\"\"\nThis command will plot a contact map using the provided contacts\nalongside any additional information.\n\nIf you provide a reference structure, the true positive contacts\nare identified by a distance of <8\\u212B between C\\u03B2-C\\u03B2 atoms.\n\n!!! IMPORTANT\n=============\nIf contacts cannot be matched between your prediction and the\nreference structure, they will not be plotted.\n\n\"\"\"\n contact_map_subparser = subparsers.add_parser('cmap', help=\"Plot a contact map\", description=description,\n formatter_class=argparse.RawDescriptionHelpFormatter)\n _add_default_args(contact_map_subparser)\n contact_map_subparser.add_argument('-c', dest='pdbchain', default=None,\n help='PDB chain to use [default: first in file]. Inter-molecular predictions '\n 'use two letter convention, i.e AD for contacts between A and D.')\n contact_map_subparser.add_argument('-d', dest='dtn', default=5, type=int,\n help='Minimum sequence separation [default: 5]')\n contact_map_subparser.add_argument('-e', dest='otherfile', default=None,\n help='a second contact map to plot for comparison')\n contact_map_subparser.add_argument('-ef', dest='otherformat', default=None,\n help='the format of the second contact map')\n contact_map_subparser.add_argument('-f', dest='dfactor', default=1.0, type=float,\n help='number of contacts to include relative to sequence length [default: 1.0]')\n contact_map_subparser.add_argument('-p', dest='pdbfile', default=None, type=str,\n help=\"A reference PDB file\")\n contact_map_subparser.add_argument('-pf', dest='pdbformat', default='pdb', type=str,\n help=\"A reference PDB file\")\n contact_map_subparser.add_argument('--confidence', action=\"store_true\", default=False,\n help='Plot the confidence scores')\n contact_map_subparser.add_argument('--interchain', action=\"store_true\", default=False,\n help='Plot inter-chain contacts')\n contact_map_subparser.add_argument('seqfile',\n help=\"Path to the sequence file\")\n contact_map_subparser.add_argument('seqformat',\n help=\"Format of the sequence file\")\n contact_map_subparser.add_argument('confile',\n help=\"Path to the contact file\")\n contact_map_subparser.add_argument('conformat',\n help=\"Format of the contact file\")\n contact_map_subparser.set_defaults(which='contact_map')\n\n\ndef add_contact_map_chord_args(subparsers):\n description = u\"\"\"\nThis command will plot a contact map using the provided contacts\nin a Chord diagram. This will illustrate your sequence in circular\nstyle with residues being connected by their contacts\n\"\"\"\n contact_map_chord_subparser = subparsers.add_parser('chord', help=\"Plot a contact map chord diagram\",\n description=description,\n formatter_class=argparse.RawDescriptionHelpFormatter)\n _add_default_args(contact_map_chord_subparser)\n contact_map_chord_subparser.add_argument('-d', dest='dtn', default=5, type=int,\n help='Minimum sequence separation [default: 5]')\n contact_map_chord_subparser.add_argument('-f', dest='dfactor', default=1.0, type=float,\n help='number of contacts to include relative to sequence length [default: 1.0]')\n contact_map_chord_subparser.add_argument('seqfile',\n help=\"Path to the sequence file\")\n contact_map_chord_subparser.add_argument('seqformat',\n help=\"Format of the sequence file\")\n contact_map_chord_subparser.add_argument('confile',\n help=\"Path to the contact file\")\n contact_map_chord_subparser.add_argument('conformat',\n help=\"Format of the contact file\")\n contact_map_chord_subparser.set_defaults(which='contact_map_chord')\n\n\ndef add_precision_evaluation_args(subparsers):\n description = u\"\"\"\nThis command will plot an evaluation plot illustrating the precision score of\nthe provided contact prediction compared against a protein structure at different\ncutoff thresholds.\n\n\"\"\"\n precision_evaluation_subparser = subparsers.add_parser('peval', help=\"Plot the precision evaluation plot\",\n description=description,\n formatter_class=argparse.RawDescriptionHelpFormatter)\n _add_default_args(precision_evaluation_subparser)\n precision_evaluation_subparser.add_argument('-c', dest='pdbchain', default=None,\n help='PDB chain to use [default: first in file]. Inter-molecular '\n 'predictions use two letter convention, i.e AD for contacts '\n 'between A and D.')\n precision_evaluation_subparser.add_argument('-d', dest='dtn', default=5, type=int,\n help='Minimum sequence separation [default: 5]')\n precision_evaluation_subparser.add_argument('-j', dest='cutoff_step', default=0.2, type=float,\n help='The cutoff step for contact selection [default: 0.2]')\n precision_evaluation_subparser.add_argument('-min', dest='min_cutoff', default=0.0, type=float,\n help='The minimum factor for contact selection [default: 0.0]')\n precision_evaluation_subparser.add_argument('-max', dest='max_cutoff', default=100.0, type=float,\n help='The maximum factor for contact selection [default: 100.0]')\n precision_evaluation_subparser.add_argument('--interchain', action=\"store_true\", default=False,\n help='Plot inter-chain contacts')\n precision_evaluation_subparser.add_argument('pdbfile',\n help=\"A reference PDB file\")\n precision_evaluation_subparser.add_argument('pdbformat',\n help=\"A reference PDB file\")\n precision_evaluation_subparser.add_argument('seqfile',\n help=\"Path to the sequence file\")\n precision_evaluation_subparser.add_argument('seqformat',\n help=\"Format of the sequence file\")\n precision_evaluation_subparser.add_argument('confile',\n help=\"Path to the contact file\")\n precision_evaluation_subparser.add_argument('conformat',\n help=\"Format of the contact file\")\n precision_evaluation_subparser.set_defaults(which='precision_evaluation')\n\n\ndef add_sequence_coverage_args(subparsers):\n description = u\"\"\"\nThis command will plot a coverage plot for every position in your alignment.\n\n\"\"\"\n sequence_coverage_subparser = subparsers.add_parser('scov', help=\"Plot the sequence coverage\",\n description=description,\n formatter_class=argparse.RawDescriptionHelpFormatter)\n _add_default_args(sequence_coverage_subparser)\n sequence_coverage_subparser.add_argument('-id', dest='identity', default=0.7, type=float,\n help='sequence identity [default: 0.7]')\n sequence_coverage_subparser.add_argument('msafile',\n help='Multiple Sequence Alignment file')\n sequence_coverage_subparser.add_argument('msaformat',\n help='Multiple Sequence Alignment format')\n sequence_coverage_subparser.set_defaults(which='sequence_coverage')\n\n\ndef main():\n\n description = u\"\"\"\nThis script provides a command-line interface to ConKit's plotting functionality.\nYou are provided with a single access point to many different kinds of plots.\n\nFor more specific descriptions, call each subcommand's help menu directly.\n\n\"\"\"\n parser = argparse.ArgumentParser(description=description, formatter_class=argparse.RawDescriptionHelpFormatter)\n subparsers = parser.add_subparsers()\n\n # Add the subparsers\n #\n # Note:\n # New subparsers can be added automatically as long as the convention is followed.\n # I.e., To add a new function automatically, call it add_*_args and it will be\n # picked up here.\n functions = [k for k in globals() if k.startswith(\"add\") and k.endswith(\"args\")\n and (inspect.ismethod(globals()[k]) or inspect.isfunction(globals()[k]))]\n for f_name in functions:\n globals()[f_name](subparsers)\n\n # Parse all arguments\n args = parser.parse_args()\n\n if args.which == 'contact_map':\n if args.interchain:\n logging.info('This script is experimental for inter-chain contact plotting')\n\n logging.info('Distance to neighbors: {0}'.format(args.dtn))\n logging.info('Contact list cutoff factor: {0}'.format(args.dfactor))\n\n seq = conkit.io.read(args.seqfile, args.seqformat)[0]\n con = conkit.io.read(args.confile, args.conformat)[0]\n\n con.sequence = seq\n con.assign_sequence_register()\n con.remove_neighbors(min_distance=args.dtn, inplace=True)\n ncontacts = int(seq.seq_len * args.dfactor)\n con.sort('raw_score', reverse=True, inplace=True)\n con_sliced = con[:ncontacts]\n\n if args.otherfile:\n other = conkit.io.read(args.otherfile, args.otherformat)[0]\n other.sequence = seq\n other.assign_sequence_register()\n other.remove_neighbors(min_distance=args.dtn, inplace=True)\n other.sort('raw_score', reverse=True, inplace=True)\n other_sliced = other[:ncontacts]\n else:\n other_sliced = None\n\n if args.pdbfile:\n if args.pdbchain:\n pdb = conkit.io.read(args.pdbfile, 'pdb')[args.pdbchain]\n elif args.pdbfile:\n pdb = conkit.io.read(args.pdbfile, 'pdb')[0]\n reference = pdb\n con_matched = con_sliced.match(pdb, renumber=True, remove_unmatched=True)\n if other_sliced:\n other_matched = other_sliced.match(pdb, renumber=True, remove_unmatched=True)\n else:\n other_matched = other_sliced\n else:\n reference = None\n con_matched = con_sliced\n other_matched = other_sliced\n\n def altloc_remove(map):\n \"\"\"Remove alternative locations\"\"\"\n altloc = False\n for contact in map.copy():\n if contact.res1_chain != contact.res2_chain:\n altloc = True\n break\n if contact.res1_chain == contact.res2_chain and args.interchain:\n map.remove(contact.id)\n elif contact.res1_chain != contact.res2_chain and not args.interchain:\n map.remove(contact.id)\n return altloc\n\n altloc = altloc_remove(con_matched)\n if other_matched:\n altloc = altloc_remove(other_matched)\n\n outformat = 'png'\n outfile = args.output if args.output else args.confile.rsplit('.', 1)[0] + '.' + outformat\n plot = conkit.plot.ContactMapFigure(con_matched, other=other_matched, reference=reference,\n file_name=outfile, altloc=altloc, use_conf=args.confidence,\n dpi=args.dpi)\n\n elif args.which == 'contact_map_chord':\n logging.info('Distance to neighbors: {0}'.format(args.dtn))\n logging.info('Contact list cutoff factor: {0}'.format(args.dfactor))\n\n seq = conkit.io.read(args.seqfile, args.seqformat)[0]\n con = conkit.io.read(args.confile, args.conformat)[0]\n\n con.sequence = seq\n con.assign_sequence_register()\n con.remove_neighbors(min_distance=args.dtn, inplace=True)\n con.sort('raw_score', reverse=True, inplace=True)\n ncontacts = int(seq.seq_len * args.dfactor)\n con_sliced = con[:ncontacts]\n outformat = 'png'\n outfile = args.output if args.output else args.confile.rsplit('.', 1)[0] + '.' + outformat\n plot = conkit.plot.ContactMapChordFigure(con_sliced, file_name=outfile, dpi=args.dpi)\n\n elif args.which == 'precision_evaluation':\n if args.interchain:\n logging.info('This script is experimental for inter-chain contact plotting')\n\n logging.info('Distance to neighbors: {0}'.format(args.dtn))\n logging.info('Contact list cutoff factor step: {0}'.format(args.cutoff_step))\n\n seq = conkit.io.read(args.seqfile, args.seqformat)[0]\n con = conkit.io.read(args.confile, args.conformat)[0]\n\n con.sequence = seq\n con.assign_sequence_register()\n con.remove_neighbors(min_distance=args.dtn, inplace=True)\n con.sort('raw_score', reverse=True, inplace=True)\n\n if args.pdbchain:\n pdb = conkit.io.read(args.pdbfile, 'pdb')[args.pdbchain]\n else:\n pdb = conkit.io.read(args.pdbfile, 'pdb')[0]\n con_matched = con.match(pdb, renumber=True, remove_unmatched=True)\n\n outformat = 'png'\n outfile = args.output if args.output else args.confile.rsplit('.', 1)[0] + '.' + outformat\n plot = conkit.plot.PrecisionEvaluationFigure(con_matched, cutoff_step=args.cutoff_step, file_name=outfile,\n min_cutoff=args.min_cutoff, max_cutoff=args.max_cutoff,\n dpi=args.dpi)\n\n elif args.which == 'sequence_coverage':\n hierarchy = conkit.io.read(args.msafile, args.msaformat)\n outformat = 'png'\n outfile = args.output if args.output else args.msafile.rsplit('.', 1)[0] + '.' + outformat\n plot = conkit.plot.SequenceCoverageFigure(hierarchy, file_name=outfile, dpi=args.dpi)\n\n logging.info('Final plot written in {0} format to: {1}'.format(plot.format.upper(), plot.file_name))\n return 0\n\n\nif __name__ == \"__main__\":\n sys.exit(main())\n","old_contents":"#!\/usr\/bin\/env python\n\n__author__ = \"Felix Simkovic\"\n__date__ = \"08 Feb 2017\"\n__version__ = 0.1\n\nimport argparse\nimport conkit\nimport inspect\nimport logging\nimport sys\n\nlogging.basicConfig(format='%(message)s', level=logging.INFO)\n\n# Note:\n# New subparsers can be added automatically as long as the convention is followed.\n# I.e., To add a new function automatically, call it add_*_args and it will be\n# picked up here.\n\ndef _add_default_args(parser):\n \"\"\"Define default arguments\"\"\"\n parser.add_argument('-dpi', dest='dpi', default=300, type=int,\n help=\"the resolution in DPI [default: 300]\")\n parser.add_argument('-o', dest='output', default=None, type=str,\n help=\"the figure file. Note, the format is determined by the suffix\")\n\n\ndef add_contact_map_args(subparsers):\n description = u\"\"\"\nThis command will plot a contact map using the provided contacts\nalongside any additional information.\n\nIf you provide a reference structure, the true positive contacts\nare identified by a distance of <8\\u212B between C\\u03B2-C\\u03B2 atoms.\n\n!!! IMPORTANT\n=============\nIf contacts cannot be matched between your prediction and the\nreference structure, they will not be plotted.\n\n\"\"\"\n contact_map_subparser = subparsers.add_parser('cmap', help=\"Plot a contact map\", description=description,\n formatter_class=argparse.RawDescriptionHelpFormatter)\n _add_default_args(contact_map_subparser)\n contact_map_subparser.add_argument('-c', dest='pdbchain', default=None,\n help='PDB chain to use [default: first in file]. Inter-molecular predictions '\n 'use two letter convention, i.e AD for contacts between A and D.')\n contact_map_subparser.add_argument('-d', dest='dtn', default=5, type=int,\n help='Minimum sequence separation [default: 5]')\n contact_map_subparser.add_argument('-e', dest='otherfile', default=None,\n help='a second contact map to plot for comparison')\n contact_map_subparser.add_argument('-ef', dest='otherformat', default=None,\n help='the format of the second contact map')\n contact_map_subparser.add_argument('-f', dest='dfactor', default=1.0, type=float,\n help='number of contacts to include relative to sequence length [default: 1.0]')\n contact_map_subparser.add_argument('-p', dest='pdbfile', default=None, type=str,\n help=\"A reference PDB file\")\n contact_map_subparser.add_argument('-pf', dest='pdbformat', default='pdb', type=str,\n help=\"A reference PDB file\")\n contact_map_subparser.add_argument('--confidence', action=\"store_true\", default=False,\n help='Plot the confidence scores')\n contact_map_subparser.add_argument('--interchain', action=\"store_true\", default=False,\n help='Plot inter-chain contacts')\n contact_map_subparser.add_argument('seqfile',\n help=\"Path to the sequence file\")\n contact_map_subparser.add_argument('seqformat',\n help=\"Format of the sequence file\")\n contact_map_subparser.add_argument('confile',\n help=\"Path to the contact file\")\n contact_map_subparser.add_argument('conformat',\n help=\"Format of the contact file\")\n contact_map_subparser.set_defaults(which='contact_map')\n\n\ndef add_contact_map_chord_args(subparsers):\n description = u\"\"\"\nThis command will plot a contact map using the provided contacts\nin a Chord diagram. This will illustrate your sequence in circular\nstyle with residues being connected by their contacts\n\"\"\"\n contact_map_chord_subparser = subparsers.add_parser('chord', help=\"Plot a contact map chord diagram\",\n description=description,\n formatter_class=argparse.RawDescriptionHelpFormatter)\n _add_default_args(contact_map_chord_subparser)\n contact_map_chord_subparser.add_argument('-d', dest='dtn', default=5, type=int,\n help='Minimum sequence separation [default: 5]')\n contact_map_chord_subparser.add_argument('-f', dest='dfactor', default=1.0, type=float,\n help='number of contacts to include relative to sequence length [default: 1.0]')\n contact_map_chord_subparser.add_argument('--confidence', action=\"store_true\", default=False,\n help='Plot the confidence scores')\n contact_map_chord_subparser.add_argument('seqfile',\n help=\"Path to the sequence file\")\n contact_map_chord_subparser.add_argument('seqformat',\n help=\"Format of the sequence file\")\n contact_map_chord_subparser.add_argument('confile',\n help=\"Path to the contact file\")\n contact_map_chord_subparser.add_argument('conformat',\n help=\"Format of the contact file\")\n contact_map_chord_subparser.set_defaults(which='contact_map_chord')\n\n\ndef add_precision_evaluation_args(subparsers):\n description = u\"\"\"\nThis command will plot an evaluation plot illustrating the precision score of\nthe provided contact prediction compared against a protein structure at different\ncutoff thresholds.\n\n\"\"\"\n precision_evaluation_subparser = subparsers.add_parser('peval', help=\"Plot the precision evaluation plot\",\n description=description,\n formatter_class=argparse.RawDescriptionHelpFormatter)\n _add_default_args(precision_evaluation_subparser)\n precision_evaluation_subparser.add_argument('-c', dest='pdbchain', default=None,\n help='PDB chain to use [default: first in file]. Inter-molecular '\n 'predictions use two letter convention, i.e AD for contacts '\n 'between A and D.')\n precision_evaluation_subparser.add_argument('-d', dest='dtn', default=5, type=int,\n help='Minimum sequence separation [default: 5]')\n precision_evaluation_subparser.add_argument('-j', dest='cutoff_step', default=0.2, type=float,\n help='The cutoff step for contact selection [default: 0.2]')\n precision_evaluation_subparser.add_argument('-min', dest='min_cutoff', default=0.0, type=float,\n help='The minimum factor for contact selection [default: 0.0]')\n precision_evaluation_subparser.add_argument('-max', dest='max_cutoff', default=100.0, type=float,\n help='The maximum factor for contact selection [default: 100.0]')\n precision_evaluation_subparser.add_argument('--interchain', action=\"store_true\", default=False,\n help='Plot inter-chain contacts')\n precision_evaluation_subparser.add_argument('pdbfile',\n help=\"A reference PDB file\")\n precision_evaluation_subparser.add_argument('pdbformat',\n help=\"A reference PDB file\")\n precision_evaluation_subparser.add_argument('seqfile',\n help=\"Path to the sequence file\")\n precision_evaluation_subparser.add_argument('seqformat',\n help=\"Format of the sequence file\")\n precision_evaluation_subparser.add_argument('confile',\n help=\"Path to the contact file\")\n precision_evaluation_subparser.add_argument('conformat',\n help=\"Format of the contact file\")\n precision_evaluation_subparser.set_defaults(which='precision_evaluation')\n\n\ndef add_sequence_coverage_args(subparsers):\n description = u\"\"\"\nThis command will plot a coverage plot for every position in your alignment.\n\n\"\"\"\n sequence_coverage_subparser = subparsers.add_parser('scov', help=\"Plot the sequence coverage\",\n description=description,\n formatter_class=argparse.RawDescriptionHelpFormatter)\n _add_default_args(sequence_coverage_subparser)\n sequence_coverage_subparser.add_argument('-id', dest='identity', default=0.7, type=float,\n help='sequence identity [default: 0.7]')\n sequence_coverage_subparser.add_argument('msafile',\n help='Multiple Sequence Alignment file')\n sequence_coverage_subparser.add_argument('msaformat',\n help='Multiple Sequence Alignment format')\n sequence_coverage_subparser.set_defaults(which='sequence_coverage')\n\n\ndef main():\n\n description = u\"\"\"\nThis script provides a command-line interface to ConKit's plotting functionality.\nYou are provided with a single access point to many different kinds of plots.\n\nFor more specific descriptions, call each subcommand's help menu directly.\n\n\"\"\"\n parser = argparse.ArgumentParser(description=description, formatter_class=argparse.RawDescriptionHelpFormatter)\n subparsers = parser.add_subparsers()\n\n # Add the subparsers\n #\n # Note:\n # New subparsers can be added automatically as long as the convention is followed.\n # I.e., To add a new function automatically, call it add_*_args and it will be\n # picked up here.\n functions = [k for k in globals() if k.startswith(\"add\") and k.endswith(\"args\")\n and (inspect.ismethod(globals()[k]) or inspect.isfunction(globals()[k]))]\n for f_name in functions:\n globals()[f_name](subparsers)\n\n # Parse all arguments\n args = parser.parse_args()\n\n if args.which == 'contact_map':\n if args.interchain:\n logging.info('This script is experimental for inter-chain contact plotting')\n\n logging.info('Distance to neighbors: {0}'.format(args.dtn))\n logging.info('Contact list cutoff factor: {0}'.format(args.dfactor))\n\n seq = conkit.io.read(args.seqfile, args.seqformat)[0]\n con = conkit.io.read(args.confile, args.conformat)[0]\n\n con.sequence = seq\n con.assign_sequence_register()\n con.remove_neighbors(min_distance=args.dtn, inplace=True)\n ncontacts = int(seq.seq_len * args.dfactor)\n con.sort('raw_score', reverse=True, inplace=True)\n con_sliced = con[:ncontacts]\n\n if args.otherfile:\n other = conkit.io.read(args.otherfile, args.otherformat)[0]\n other.sequence = seq\n other.assign_sequence_register()\n other.remove_neighbors(min_distance=args.dtn, inplace=True)\n other.sort('raw_score', reverse=True, inplace=True)\n other_sliced = other[:ncontacts]\n else:\n other_sliced = None\n\n if args.pdbfile:\n if args.pdbchain:\n pdb = conkit.io.read(args.pdbfile, 'pdb')[args.pdbchain]\n elif args.pdbfile:\n pdb = conkit.io.read(args.pdbfile, 'pdb')[0]\n reference = pdb\n con_matched = con_sliced.match(pdb, renumber=True, remove_unmatched=True)\n if other_sliced:\n other_matched = other_sliced.match(pdb, renumber=True, remove_unmatched=True)\n else:\n other_matched = other_sliced\n else:\n reference = None\n con_matched = con_sliced\n other_matched = other_sliced\n\n def altloc_remove(map):\n \"\"\"Remove alternative locations\"\"\"\n altloc = False\n for contact in map.copy():\n if contact.res1_chain != contact.res2_chain:\n altloc = True\n break\n if contact.res1_chain == contact.res2_chain and args.interchain:\n map.remove(contact.id)\n elif contact.res1_chain != contact.res2_chain and not args.interchain:\n map.remove(contact.id)\n return altloc\n\n altloc = altloc_remove(con_matched)\n if other_matched:\n altloc = altloc_remove(other_matched)\n\n outformat = 'png'\n outfile = args.output if args.output else args.confile.rsplit('.', 1)[0] + '.' + outformat\n plot = conkit.plot.ContactMapFigure(con_matched, other=other_matched, reference=reference,\n file_name=outfile, altloc=altloc, use_conf=args.confidence,\n dpi=args.dpi)\n\n elif args.which == 'contact_map_chord':\n logging.info('Distance to neighbors: {0}'.format(args.dtn))\n logging.info('Contact list cutoff factor: {0}'.format(args.dfactor))\n\n seq = conkit.io.read(args.seqfile, args.seqformat)[0]\n con = conkit.io.read(args.confile, args.conformat)[0]\n\n con.sequence = seq\n con.assign_sequence_register()\n con.remove_neighbors(min_distance=args.dtn, inplace=True)\n con.sort('raw_score', reverse=True, inplace=True)\n ncontacts = int(seq.seq_len * args.dfactor)\n con_sliced = con[:ncontacts]\n outformat = 'png'\n outfile = args.output if args.output else args.confile.rsplit('.', 1)[0] + '.' + outformat\n plot = conkit.plot.ContactMapChordFigure(con_sliced, use_conf=args.confidence, file_name=outfile, dpi=args.dpi)\n\n elif args.which == 'precision_evaluation':\n if args.interchain:\n logging.info('This script is experimental for inter-chain contact plotting')\n\n logging.info('Distance to neighbors: {0}'.format(args.dtn))\n logging.info('Contact list cutoff factor step: {0}'.format(args.cutoff_step))\n\n seq = conkit.io.read(args.seqfile, args.seqformat)[0]\n con = conkit.io.read(args.confile, args.conformat)[0]\n\n con.sequence = seq\n con.assign_sequence_register()\n con.remove_neighbors(min_distance=args.dtn, inplace=True)\n con.sort('raw_score', reverse=True, inplace=True)\n\n if args.pdbchain:\n pdb = conkit.io.read(args.pdbfile, 'pdb')[args.pdbchain]\n else:\n pdb = conkit.io.read(args.pdbfile, 'pdb')[0]\n con_matched = con.match(pdb, renumber=True, remove_unmatched=True)\n\n outformat = 'png'\n outfile = args.output if args.output else args.confile.rsplit('.', 1)[0] + '.' + outformat\n plot = conkit.plot.PrecisionEvaluationFigure(con_matched, cutoff_step=args.cutoff_step, file_name=outfile,\n min_cutoff=args.min_cutoff, max_cutoff=args.max_cutoff,\n dpi=args.dpi)\n\n elif args.which == 'sequence_coverage':\n hierarchy = conkit.io.read(args.msafile, args.msaformat)\n outformat = 'png'\n outfile = args.output if args.output else args.msafile.rsplit('.', 1)[0] + '.' + outformat\n plot = conkit.plot.SequenceCoverageFigure(hierarchy, file_name=outfile, dpi=args.dpi)\n\n logging.info('Final plot written in {0} format to: {1}'.format(plot.format.upper(), plot.file_name))\n return 0\n\n\nif __name__ == \"__main__\":\n sys.exit(main())\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"e687506b668de3a9ca41e2dbf33af43f18e6e395","subject":"add year graph","message":"add year graph\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph15.gp","new_file":"graphs\/graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of system log\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql15h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql15d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql15w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql15y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# ************************************************************* Functions ******\n# determine delta data\n#delta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n#old_x = NaN\n\nnonull(x) = (x <=0 ? 0.1 : x)\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\n# ****************************************************************** Title *****\nset multiplot layout 2, 3 title \"System Logging Linecounts \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0) + utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nunset xlabel # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Count [#]\"\nset format y \"%4.0s%c\"\nset logscale y 10\nset yrange [ 0.1 : ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 6\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamey \\\n using ($1+utc_offset):(nonull($2+$3+$4+$5+$6+$7)) title \"p5\" fc \"green\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5+$6)) title \"p4\" fc \"cyan\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5)) title \"p3\" fc \"blue\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4)) title \"p2\" fc \"orange\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3)) title \"p1\" fc \"red\" \\\n ,'' using ($1+utc_offset):(nonull($2)) title \"p0\" fc \"black\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Count [#]\"\nset format y \"%4.0s%c\"\nset logscale y 10\nset yrange [ 0.5 : 1000 ]\n\n# ***************************************************************** Legend *****\nunset key\n#set key opaque box inside top left\n#set key samplen 0.1\n#set key reverse horizontal Left\n#set key maxcols 6\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($1+utc_offset):(nonull($2+$3+$4+$5+$6+$7)) title \"p5\" fc \"green\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5+$6)) title \"p4\" fc \"cyan\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5)) title \"p3\" fc \"blue\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4)) title \"p2\" fc \"orange\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3)) title \"p1\" fc \"red\" \\\n ,'' using ($1+utc_offset):(nonull($2)) title \"p0\" fc \"black\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset logscale y 10\nset yrange [ 0.5 : 1000 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(nonull($2+$3+$4+$5+$6+$7)) fc \"green\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5+$6)) fc \"cyan\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5)) fc \"blue\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4)) fc \"orange\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3)) fc \"red\" \\\n ,'' using ($1+utc_offset):(nonull($2)) fc \"black\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset logscale y 10\nset yrange [ 0.5 : 1000 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(nonull($2+$3+$4+$5+$6+$7)) fc \"green\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5+$6)) fc \"cyan\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5)) fc \"blue\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4)) fc \"orange\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3)) fc \"red\" \\\n ,'' using ($1+utc_offset):(nonull($2)) fc \"black\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of system log\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql15h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql15d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql15w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql15y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# ************************************************************* Functions ******\n# determine delta data\n#delta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n#old_x = NaN\n\nnonull(x) = (x <=0 ? 0.1 : x)\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# ****************************************************************** Title *****\nset multiplot layout 1, 3 title \"System Logging Linecounts \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0) + utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Count [#]\"\nset format y \"%4.0s%c\"\nset logscale y 10\nset yrange [ 0.5 : 1000 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 6\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($1+utc_offset):(nonull($2+$3+$4+$5+$6+$7)) title \"p5\" fc \"green\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5+$6)) title \"p4\" fc \"cyan\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5)) title \"p3\" fc \"blue\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4)) title \"p2\" fc \"orange\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3)) title \"p1\" fc \"red\" \\\n ,'' using ($1+utc_offset):(nonull($2)) title \"p0\" fc \"black\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset logscale y 10\nset yrange [ 0.5 : 1000 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(nonull($2+$3+$4+$5+$6+$7)) fc \"green\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5+$6)) fc \"cyan\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5)) fc \"blue\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4)) fc \"orange\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3)) fc \"red\" \\\n ,'' using ($1+utc_offset):(nonull($2)) fc \"black\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset logscale y 10\nset yrange [ 0.5 : 1000 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(nonull($2+$3+$4+$5+$6+$7)) fc \"green\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5+$6)) fc \"cyan\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4+$5)) fc \"blue\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3+$4)) fc \"orange\" \\\n ,'' using ($1+utc_offset):(nonull($2+$3)) fc \"red\" \\\n ,'' using ($1+utc_offset):(nonull($2)) fc \"black\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8ce075471463d808358bff2d86c1c5f5127b4edc","subject":"compile with -Woverloaded-virtual to detect such 'mistakes' (overlooked api-change in other branch) earlier","message":"compile with -Woverloaded-virtual to detect such 'mistakes' (overlooked api-change in other branch) earlier\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1494 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"36e0503e8e99b8767bf2754a5e84bc5e13ff725e","subject":"colorchange","message":"colorchange","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/vsyear.gp","new_file":"graphs\/vsyear.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_vs_year.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik per jaar afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"jaar\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"blue\" \\\n , '' using 3 title \"T2\" lc \"orange\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie per jaar afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [kWh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"blue\" \\\n , '' using 5 title \"T2\" lc \"orange\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_vs_year.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik per jaar afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"jaar\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 3 title \"T2\" lc \"yellow\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie per jaar afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [kWh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 5 title \"T2\" lc \"yellow\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ecde325cd0043bc46184f9faa7249a663a12b375","subject":"add reference in test\/simple","message":"add reference in test\/simple\n","repos":"mfittere\/SixDeskDB,mfittere\/SixDeskDB","old_file":"test\/simple\/job_hllhc10_test8_reference\/DAres.job_hllhc10_test8.62.31_60.32.5.plot","new_file":"test\/simple\/job_hllhc10_test8_reference\/DAres.job_hllhc10_test8.62.31_60.32.5.plot","new_contents":"DAres.job_hllhc10_test8.62.31_60.32.5 1 -8.00 15.77 17.45 1 8.00 12.00 1.22\nDAres.job_hllhc10_test8.62.31_60.32.5 2 -8.00 15.92 17.21 0 8.00 12.00 1.27\nDAres.job_hllhc10_test8.62.31_60.32.5 3 -8.00 16.16 18.45 1 8.00 12.00 1.23\nDAres.job_hllhc10_test8.62.31_60.32.5 4 -8.00 15.74 16.65 0 8.00 12.00 0.93\nDAres.job_hllhc10_test8.62.31_60.32.5 5 -8.00 15.92 17.04 0 8.00 12.00 0.79\nDAres.job_hllhc10_test8.62.31_60.32.5 6 -8.00 15.87 16.48 0 8.00 12.00 0.61\nDAres.job_hllhc10_test8.62.31_60.32.5 7 -8.00 15.70 16.95 0 8.00 12.00 1.40\nDAres.job_hllhc10_test8.62.31_60.32.5 8 -8.00 14.92 16.64 1 8.00 12.00 1.35\nDAres.job_hllhc10_test8.62.31_60.32.5 9 -8.00 15.12 17.00 0 8.00 12.00 1.30\nDAres.job_hllhc10_test8.62.31_60.32.5 10 -8.00 14.46 16.00 1 8.00 12.00 0.60\nDAres.job_hllhc10_test8.62.31_60.32.5 11 -8.00 15.51 20.85 1 8.00 12.00 2.08\nDAres.job_hllhc10_test8.62.31_60.32.5 12 -8.00 14.02 14.76 0 8.00 12.00 0.60\nDAres.job_hllhc10_test8.62.31_60.32.5 13 -8.00 13.88 14.91 0 8.00 12.00 0.83\nDAres.job_hllhc10_test8.62.31_60.32.5 14 -8.00 13.39 15.17 0 8.00 12.00 0.89\nDAres.job_hllhc10_test8.62.31_60.32.5 15 -8.00 13.81 16.71 0 8.00 12.00 1.51\nDAres.job_hllhc10_test8.62.31_60.32.5 16 -8.00 13.76 16.28 0 8.00 12.00 1.49\nDAres.job_hllhc10_test8.62.31_60.32.5 17 -8.00 13.97 16.69 0 8.00 12.00 1.56\n","old_contents":"DAres.job_hllhc10_test8.62.31_60.32.5 1 -8.00 15.77 17.45 1 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 2 -8.00 15.92 17.21 0 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 3 -8.00 16.16 18.45 1 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 4 -8.00 15.74 16.65 0 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 5 -8.00 15.92 17.04 0 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 6 -8.00 15.87 16.48 0 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 7 -8.00 15.70 16.95 0 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 8 -8.00 14.92 16.64 1 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 9 -8.00 15.12 17.00 0 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 10 -8.00 14.46 16.00 1 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 11 -8.00 15.51 20.85 1 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 12 -8.00 14.02 14.76 0 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 13 -8.00 13.88 14.91 0 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 14 -8.00 13.39 15.17 0 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 15 -8.00 13.81 16.71 0 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 16 -8.00 13.76 16.28 0 8.00 12.00\nDAres.job_hllhc10_test8.62.31_60.32.5 17 -8.00 13.97 16.69 0 8.00 12.00\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"b04830d0eeb6bdb611fa85d24fc2284eb430b77f","subject":"Removed helper script","message":"Removed helper script\n","repos":"Zahl\/mcmap,Zahl\/mcmap,Zahl\/mcmap","old_file":"scripts\/plot.gnuplot","new_file":"scripts\/plot.gnuplot","new_contents":"","old_contents":"# run with:\n# gnuplot -e \"filename='<path to profile>'\" plot.gnuplot\n\nset datafile separator '\\t'\n\nset xlabel 'Time (s)'\nset xtics rotate\n\nset ylabel 'Memory (kB)'\n\nset grid\n\nset key autotitle columnhead\nset key right bottom\n\nset terminal qt persist\n\nplot filename using 1:2 with lines, '' using 1:3 with lines, '' using 1:4 with lines, '' using 1:5 with lines\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"142ab2eac76a61ba95886f5317d40302fb26b0c2","subject":"use awk to extract the version number parts and build a string out of them","message":"use awk to extract the version number parts and build a string out of them\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@3193 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# Makefile.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2007-2010 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(CURDIR)\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= common io mng containers algo stream lib utils contrib\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_PMODE)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_PARALLEL_MODE)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_PARALLEL_MODE)\nendif\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\n# dummy target for initial creation of make.settings.local\nconfig:\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(RM) $(LIBNAME).stamp\n\t$(MAKE) -C lib\n\ttouch $(LIBNAME).stamp\n\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\n$(LIBNAME).stamp: build-lib\nelse\n$(LIBNAME).stamp:\n\t$(MAKE) -f Makefile.gnu build-lib\nendif\n\nbuild-lib-utils: $(LIBNAME).stamp\n\t$(MAKE) -C common tools\n\t$(MAKE) -C utils tools\n\t$(MAKE) -C io tools\n\n$(MODENAME).mk:\n\t$(RM) $(MODENAME).mk.tmp\n\techo 'STXXL_CXX\t\t\t = $(COMPILER)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t\t\t = $(stxxl_mk_cppflags)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS\t\t\t = $(stxxl_mk_ldlibs)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t\t = $(STXXL_SPECIFIC)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t\t = $(STXXL_LIBDEPS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_PARALLEL_MODE\t = $(PARALLEL_MODE_CPPFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_PARALLEL_MODE\t = $(PARALLEL_MODE_LDFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t\t = $(MCSTL_CPPFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t\t = $(MCSTL_LDFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t\t = $(BOOST_LINKER_OPTIONS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t\t = $(WARNINGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_DEBUGFLAGS\t\t = $(DEBUG)'\t>> $(MODENAME).mk.tmp\n\tcmp -s $(MODENAME).mk.tmp $(MODENAME).mk || mv $(MODENAME).mk.tmp $(MODENAME).mk\n\t$(RM) $(MODENAME).mk.tmp\n\n.PHONY: $(MODENAME).mk\n\nlibrary: build-lib\nlibrary_utils: $(LIBNAME).stamp build-lib-utils $(MODENAME).mk\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library_utils\nendif\n\n_have_svn_repo\t:= $(wildcard .svn)\n_have_git_repo\t:= $(wildcard .git)\n\nifneq (,$(_have_svn_repo)$(_have_git_repo))\nlib-in-common: common\/version_svn.defs\n\nGET_SVNVERSION\t\t?= LC_ALL=POSIX svnversion $(realpath $1)\nGET_SVN_INFO\t\t?= LC_ALL=POSIX svn info $(realpath $1)\nGET_SVN_INFO_SED\t?= sed\nGET_SVN_INFO_DATE\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Date\/{' -e 's\/.*: \/\/' -e 's\/ .*\/\/' -e 's\/-\/\/g' -e 'p' -e '}'\nGET_SVN_INFO_REV\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Rev\/s\/.*: \/\/p'\nGET_SVN_INFO_BRANCH\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/URL\/{' -e 's\/.*\\\/svnroot\\\/stxxl\/\/' -e '\/branches\/s\/\\\/branches\\\/\/\/p' -e '}'\n\nifneq (,$(_have_svn_repo))\n\nSTXXL_SVN_BRANCH\t:= $(shell $(call GET_SVN_INFO_BRANCH, .))\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, .))\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, .))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, .))\nendif\n\nelse # git\n\nSTXXL_VERSION_GIT_REV\t:= $(shell git describe --all --always --dirty --long)\nSTXXL_VERSION_DATE\t:= $(shell $(if $(findstring dirty,$(STXXL_VERSION_GIT_REV)),date \"+%Y%m%d\",git log -1 --date=short | awk '\/^Date\/ { gsub(\"-\",\"\"); print $$2 }'))\n\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, $(MCSTL_ROOT)))\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, $(MCSTL_ROOT)))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_VERSION_SVN_REV),echo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(STXXL_VERSION_GIT_REV),echo '#define STXXL_VERSION_STRING_GIT_REVISION \"$(STXXL_VERSION_GIT_REV)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(MODENAME).stamp $(MODENAME).mk $(MODENAME).mk.tmp\n\n\ngetmodesuffix:\n\t@echo \"$(LIBEXTRA)\"\n\n\ndefine awkprog-get-stxxl-version\n\/define STXXL_VERSION_MAJOR\/ { a = $$3 }\n\/define STXXL_VERSION_MINOR\/ { b = $$3 }\n\/define STXXL_VERSION_PATCHLEVEL\/ { c = $$3 }\nEND { print a \".\" b \".\" c }\nendef\n\nifneq (,$(_have_svn_repo)$(_have_git_repo))\nVERSION\t\t?= $(shell awk '$(awkprog-get-stxxl-version)' include\/stxxl\/bits\/version.h)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\nifneq (,$(_have_svn_repo))\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\nelse\n\tgit archive --prefix=stxxl-$(REL_VERSION)\/ HEAD | tar xf - -C reltmp\nendif\n\t$(RM) -r reltmp\/stxxl-$(REL_VERSION)\/homepage\n\tfind reltmp -name .gitignore -exec rm {} +\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not committed:\"\nifneq (,$(_have_svn_repo))\n\t@svn status -q\nelse\n\t@git status -s\nendif\nendif\n\n\n.PHONY: main config library library-fast tests clean release\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# Makefile.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2007-2010 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(CURDIR)\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= common io mng containers algo stream lib utils contrib\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_PMODE)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_PARALLEL_MODE)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_PARALLEL_MODE)\nendif\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\n# dummy target for initial creation of make.settings.local\nconfig:\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(RM) $(LIBNAME).stamp\n\t$(MAKE) -C lib\n\ttouch $(LIBNAME).stamp\n\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\n$(LIBNAME).stamp: build-lib\nelse\n$(LIBNAME).stamp:\n\t$(MAKE) -f Makefile.gnu build-lib\nendif\n\nbuild-lib-utils: $(LIBNAME).stamp\n\t$(MAKE) -C common tools\n\t$(MAKE) -C utils tools\n\t$(MAKE) -C io tools\n\n$(MODENAME).mk:\n\t$(RM) $(MODENAME).mk.tmp\n\techo 'STXXL_CXX\t\t\t = $(COMPILER)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t\t\t = $(stxxl_mk_cppflags)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS\t\t\t = $(stxxl_mk_ldlibs)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t\t = $(STXXL_SPECIFIC)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t\t = $(STXXL_LIBDEPS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_PARALLEL_MODE\t = $(PARALLEL_MODE_CPPFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_PARALLEL_MODE\t = $(PARALLEL_MODE_LDFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t\t = $(MCSTL_CPPFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t\t = $(MCSTL_LDFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t\t = $(BOOST_LINKER_OPTIONS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t\t = $(WARNINGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_DEBUGFLAGS\t\t = $(DEBUG)'\t>> $(MODENAME).mk.tmp\n\tcmp -s $(MODENAME).mk.tmp $(MODENAME).mk || mv $(MODENAME).mk.tmp $(MODENAME).mk\n\t$(RM) $(MODENAME).mk.tmp\n\n.PHONY: $(MODENAME).mk\n\nlibrary: build-lib\nlibrary_utils: $(LIBNAME).stamp build-lib-utils $(MODENAME).mk\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library_utils\nendif\n\n_have_svn_repo\t:= $(wildcard .svn)\n_have_git_repo\t:= $(wildcard .git)\n\nifneq (,$(_have_svn_repo)$(_have_git_repo))\nlib-in-common: common\/version_svn.defs\n\nGET_SVNVERSION\t\t?= LC_ALL=POSIX svnversion $(realpath $1)\nGET_SVN_INFO\t\t?= LC_ALL=POSIX svn info $(realpath $1)\nGET_SVN_INFO_SED\t?= sed\nGET_SVN_INFO_DATE\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Date\/{' -e 's\/.*: \/\/' -e 's\/ .*\/\/' -e 's\/-\/\/g' -e 'p' -e '}'\nGET_SVN_INFO_REV\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Rev\/s\/.*: \/\/p'\nGET_SVN_INFO_BRANCH\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/URL\/{' -e 's\/.*\\\/svnroot\\\/stxxl\/\/' -e '\/branches\/s\/\\\/branches\\\/\/\/p' -e '}'\n\nifneq (,$(_have_svn_repo))\n\nSTXXL_SVN_BRANCH\t:= $(shell $(call GET_SVN_INFO_BRANCH, .))\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, .))\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, .))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, .))\nendif\n\nelse # git\n\nSTXXL_VERSION_GIT_REV\t:= $(shell git describe --all --always --dirty --long)\nSTXXL_VERSION_DATE\t:= $(shell $(if $(findstring dirty,$(STXXL_VERSION_GIT_REV)),date \"+%Y%m%d\",git log -1 --date=short | awk '\/^Date\/ { gsub(\"-\",\"\"); print $$2 }'))\n\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, $(MCSTL_ROOT)))\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, $(MCSTL_ROOT)))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_VERSION_SVN_REV),echo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(STXXL_VERSION_GIT_REV),echo '#define STXXL_VERSION_STRING_GIT_REVISION \"$(STXXL_VERSION_GIT_REV)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(MODENAME).stamp $(MODENAME).mk $(MODENAME).mk.tmp\n\n\ngetmodesuffix:\n\t@echo \"$(LIBEXTRA)\"\n\n\nifneq (,$(_have_svn_repo)$(_have_git_repo))\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\nifneq (,$(_have_svn_repo))\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\nelse\n\tgit archive --prefix=stxxl-$(REL_VERSION)\/ HEAD | tar xf - -C reltmp\nendif\n\t$(RM) -r reltmp\/stxxl-$(REL_VERSION)\/homepage\n\tfind reltmp -name .gitignore -exec rm {} +\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not committed:\"\nifneq (,$(_have_svn_repo))\n\t@svn status -q\nelse\n\t@git status -s\nendif\nendif\n\n\n.PHONY: main config library library-fast tests clean release\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"87060ee9449d113cc0ca968880e7ee4841323ca0","subject":"Nothing.","message":"Nothing.\n","repos":"khueue\/prolog-bson","old_file":"src\/mongo\/mongo.plt","new_file":"src\/mongo\/mongo.plt","new_contents":":- include(misc(common)).\n\n:- use_module(bson(bson), []).\n:- use_module(misc(util), []).\n\nup(Conn, Coll) :-\n mongo:new_connection(Conn),\n mongo:get_database(Conn, 'prolongo', Db),\n mongo:get_collection(Db, 'testcoll', Coll).\n\ndown(Conn) :-\n mongo:free_connection(Conn).\n\ncreate_n_docs(0, []) :- !.\ncreate_n_docs(N, [[hello-world,number-N]|Docs]) :-\n N1 is N - 1,\n create_n_docs(N1, Docs).\n\n:- begin_tests('mongo:upsert\/3').\n\ntest('upsert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:upsert(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:upsert\/3').\n\n:- begin_tests('mongo:update\/3').\n\ntest('update normal', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world]),\n mongo:update(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:update\/3').\n\n:- begin_tests('mongo:update_all\/3').\n\ntest('update multi', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world,num-1]),\n mongo:insert(Coll, [hello-world,num-2]),\n mongo:insert(Coll, [hello-world,num-3]),\n mongo:update_all(Coll, [hello-world], ['$inc'-[num-100]]),\n mongo:find(Coll, [hello-world], [], 0, 3, _Cursor, Docs),\n lists:length(Docs, 3),\n lists:member(Doc1, Docs),\n bson:doc_get(Doc1, num, 101),\n lists:member(Doc2, Docs),\n bson:doc_get(Doc2, num, 102),\n lists:member(Doc3, Docs),\n bson:doc_get(Doc3, num, 103),\n !. % Not interested in member choices.\n\n:- end_tests('mongo:update_all\/3').\n\n:- begin_tests('mongo:delete\/2').\n\ntest('delete', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:insert(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor1, [_|_]),\n mongo:delete(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor2, []).\n\n:- end_tests('mongo:delete\/2').\n\n:- begin_tests('mongo:find\/7').\n\ntest('cursor', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, [hello-world,number-1]),\n mongo:insert(Coll, [hello-world,number-2]),\n mongo:insert(Coll, [hello-world,number-3]),\n mongo:insert(Coll, [hello-world,number-4]),\n mongo:insert(Coll, [hello-world,number-5]),\n mongo:insert(Coll, [hello-world,number-6]),\n mongo:insert(Coll, [hello-world,number-7]),\n mongo:insert(Coll, [hello-world,number-8]),\n mongo:insert(Coll, [hello-world,number-9]),\n mongo:find(Coll, [hello-world], [number-1], 3, 3, Cursor0, Docs0),\n Docs0 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor0),\n mongo:get_more(Cursor0, 3, Docs1, Cursor1),\n Docs1 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor1), % XXX Why still more, yet empty?\n mongo:get_more(Cursor1, 3, Docs2, Cursor2),\n Docs2 =\n [\n ],\n \\+ mongo:has_more(Cursor2).\n\ntest('insert many single, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n insert_n_docs(Coll, 1000),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ninsert_n_docs(_Coll, 0) :- !.\ninsert_n_docs(Coll, N) :-\n mongo:insert(Coll, [hello-world,number-N]),\n N1 is N - 1,\n insert_n_docs(Coll, N1).\n\ntest('insert batch, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ntest('insert batch, find_all', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find_all(Coll, [hello-world], [number-1], DocsAll),\n lists:length(DocsAll, 1000).\n\n:- end_tests('mongo:find\/7').\n\n:- begin_tests('mongo:kill\/1'). % xxx name?\n\ntest('cursor kill', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(20, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [], 0, 10, Cursor, _NotAllDocs),\n mongo:kill(Cursor),\n mongo:get_more(Cursor, 10, [], _Cursor1).\n\n:- end_tests('mongo:kill\/1').\n\n:- begin_tests('mongo:kill_batch\/1'). % xxx name?\n\ntest('cursor kill batch', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(20, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [], 0, 10, Cursor1, _NotAllDocs1),\n mongo:find(Coll, [hello-world], [], 0, 10, Cursor2, _NotAllDocs2),\n mongo:kill_batch([Cursor1,Cursor2]),\n mongo:get_more(Cursor1, 10, [], _Cursor11),\n mongo:get_more(Cursor2, 10, [], _Cursor22).\n\n:- end_tests('mongo:kill_batch\/1').\n\n:- begin_tests('mongo:find_one\/3,4').\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world,number-42],\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('return fields selector', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world,number-42],\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, Doc),\n Fields = [number-1],\n mongo:find_one(Coll, Doc, Fields, Doc1),\n bson:doc_get(Doc1, '_id', object_id(_)), % Always returned.\n bson:doc_get(Doc1, number, 42),\n \\+ bson:doc_get(Doc1, hello, world).\n\n:- end_tests('mongo:find_one\/3,4').\n\n:- begin_tests('mongo:insert\/2').\n\ntest('insert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n util:ms_since_epoch(MilliSeconds),\n Doc =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n mongo:delete(Coll, [hello-[\u00e5\u00e4\u00f6,5.05]]),\n mongo:insert(Coll, Doc).\n\n:- end_tests('mongo:insert\/2').\n\n:- begin_tests('mongo commands').\n\ntest('list commands', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:collection_database(Coll, Database),\n mongo:list_commands(Database, Doc),\n bson:doc_get_strict(Doc, commands, _).\n\ntest('list collection names', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:collection_database(Coll, Database),\n mongo:list_collection_names(Database, Names),\n lists:member('system.indexes', Names),\n lists:member('testcoll', Names),\n !. % Not interested in member choices.\n\ntest('list database infos', [setup(up(Conn,_Coll)),cleanup(down(Conn))]) :-\n mongo:list_database_infos(Conn, Infos),\n bson:doc_get_strict(Infos, 'prolongo', _).\n\ntest('list database names', [setup(up(Conn,_Coll)),cleanup(down(Conn))]) :-\n mongo:list_database_names(Conn, Names),\n lists:member('prolongo', Names),\n !. % Not interested in member choices.\n\ntest('drop collection', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:drop_collection(Coll).\n\ntest('drop database', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:collection_database(Coll, Database),\n mongo:drop_database(Database).\n\n:- end_tests('mongo commands').\n","old_contents":":- include(misc(common)).\n\n:- use_module(bson(bson), []).\n:- use_module(misc(util), []).\n\nup(Conn, Coll) :-\n mongo:new_connection(Conn),\n mongo:get_database(Conn, 'prolongo', Db),\n mongo:get_collection(Db, 'testcoll', Coll).\n\ndown(Conn) :-\n mongo:free_connection(Conn).\n\ncreate_n_docs(0, []) :- !.\ncreate_n_docs(N, [[hello-world,number-N]|Docs]) :-\n N1 is N - 1,\n create_n_docs(N1, Docs).\n\n:- begin_tests('mongo:upsert\/3').\n\ntest('upsert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:upsert(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:upsert\/3').\n\n:- begin_tests('mongo:update\/3').\n\ntest('update normal', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world]),\n mongo:update(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:update\/3').\n\n:- begin_tests('mongo:update_all\/3').\n\ntest('update multi', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world,num-1]),\n mongo:insert(Coll, [hello-world,num-2]),\n mongo:insert(Coll, [hello-world,num-3]),\n mongo:update_all(Coll, [hello-world], ['$inc'-[num-100]]),\n mongo:find(Coll, [hello-world], [], 0, 3, _Cursor, Docs),\n lists:length(Docs, 3),\n lists:member(Doc1, Docs),\n bson:doc_get(Doc1, num, 101),\n lists:member(Doc2, Docs),\n bson:doc_get(Doc2, num, 102),\n lists:member(Doc3, Docs),\n bson:doc_get(Doc3, num, 103),\n !. % Not interested in member choices.\n\n:- end_tests('mongo:update_all\/3').\n\n:- begin_tests('mongo:delete\/2').\n\ntest('delete', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:insert(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor1, [_|_]),\n mongo:delete(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor2, []).\n\n:- end_tests('mongo:delete\/2').\n\n:- begin_tests('mongo:find\/7').\n\ntest('cursor', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, [hello-world,number-1]),\n mongo:insert(Coll, [hello-world,number-2]),\n mongo:insert(Coll, [hello-world,number-3]),\n mongo:insert(Coll, [hello-world,number-4]),\n mongo:insert(Coll, [hello-world,number-5]),\n mongo:insert(Coll, [hello-world,number-6]),\n mongo:insert(Coll, [hello-world,number-7]),\n mongo:insert(Coll, [hello-world,number-8]),\n mongo:insert(Coll, [hello-world,number-9]),\n mongo:find(Coll, [hello-world], [number-1], 3, 3, Cursor0, Docs0),\n Docs0 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor0),\n mongo:get_more(Cursor0, 3, Docs1, Cursor1),\n Docs1 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor1), % XXX Why still more, yet empty?\n mongo:get_more(Cursor1, 3, Docs2, Cursor2),\n Docs2 =\n [\n ],\n \\+ mongo:has_more(Cursor2).\n\ntest('insert many single, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n insert_n_docs(Coll, 1000),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ninsert_n_docs(_Coll, 0) :- !.\ninsert_n_docs(Coll, N) :-\n mongo:insert(Coll, [hello-world,number-N]),\n N1 is N - 1,\n insert_n_docs(Coll, N1).\n\ntest('insert batch, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ntest('insert batch, find_all', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find_all(Coll, [hello-world], [number-1], DocsAll),\n lists:length(DocsAll, 1000).\n\n:- end_tests('mongo:find\/7').\n\n:- begin_tests('mongo:kill\/1'). % xxx name?\n\ntest('cursor kill', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(20, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [], 0, 10, Cursor, _NotAllDocs),\n mongo:kill(Cursor),\n mongo:get_more(Cursor, 10, [], _Cursor1).\n\n:- end_tests('mongo:kill\/1').\n\n:- begin_tests('mongo:kill_batch\/1'). % xxx name?\n\ntest('cursor kill batch', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(20, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [], 0, 10, Cursor1, _NotAllDocs1),\n mongo:find(Coll, [hello-world], [], 0, 10, Cursor2, _NotAllDocs2),\n mongo:kill_batch([Cursor1,Cursor2]),\n mongo:get_more(Cursor1, 10, [], _Cursor11),\n mongo:get_more(Cursor2, 10, [], _Cursor22).\n\n:- end_tests('mongo:kill_batch\/1').\n\n:- begin_tests('mongo:find_one\/3,4').\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world,number-42],\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('return fields selector', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world,number-42],\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, Doc),\n Fields = [number-1],\n mongo:find_one(Coll, Doc, Fields, Doc1),\n bson:doc_get(Doc1, '_id', object_id(_)), % Always returned.\n bson:doc_get(Doc1, number, 42),\n \\+ bson:doc_get(Doc1, hello, world).\n\n:- end_tests('mongo:find_one\/3,4').\n\n:- begin_tests('mongo:insert\/2').\n\ntest('insert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n util:ms_since_epoch(MilliSeconds),\n Doc =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n mongo:delete(Coll, [hello-[\u00e5\u00e4\u00f6,5.05]]),\n mongo:insert(Coll, Doc).\n\n:- end_tests('mongo:insert\/2').\n\n:- begin_tests('mongo:command\/3').\n\ntest('list commands', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:collection_database(Coll, Database),\n mongo:list_commands(Database, Doc),\n bson:doc_get_strict(Doc, commands, _).\n\ntest('list collection names', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:collection_database(Coll, Database),\n mongo:list_collection_names(Database, Names),\n lists:member('system.indexes', Names),\n lists:member('testcoll', Names),\n !. % Not interested in member choices.\n\ntest('list database infos', [setup(up(Conn,_Coll)),cleanup(down(Conn))]) :-\n mongo:list_database_infos(Conn, Infos),\n bson:doc_get_strict(Infos, 'prolongo', _).\n\ntest('list database names', [setup(up(Conn,_Coll)),cleanup(down(Conn))]) :-\n mongo:list_database_names(Conn, Names),\n lists:member('prolongo', Names),\n !. % Not interested in member choices.\n\ntest('drop collection', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:drop_collection(Coll).\n\ntest('drop database', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:collection_database(Coll, Database),\n mongo:drop_database(Database).\n\n:- end_tests('mongo:command\/3').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"319759049feaeae69bd4a6421dd5b1bb03183e39","subject":"Updated gnuplot loudspeaker plotting routine","message":"Updated gnuplot loudspeaker plotting routine\n\n--HG--\nextra : convert_revision : svn%3Ae730da3b-c3e2-4fc5-b1ca-054ac94edddb\/trunk%40312\n","repos":"sfstoolbox\/sfs,sfstoolbox\/sfs-matlab","old_file":"SFS_plotting\/gp_draw_loudspeakers.gnu","new_file":"SFS_plotting\/gp_draw_loudspeakers.gnu","new_contents":"#!\/usr\/bin\/gnuplot\n#\n#\n# AUTHOR: Hagen Wierstorf\nset macros\nfile = '\"$0\"'\n\n# Set the output of the following plot to a table in order to achieve that is it\n# not shown in the current terminal\nset table '\/dev\/null'\n\n# Function to create the right call function\nadd_loudspeaker(u,v,w,x) = \\\n sprintf('call \"gp_set_loudspeakers.gnu\" \"%f\" \"%f\" \"%f\" \"%f\";',u,v,w,x);\n# Initialize command string\nCMD = ''\n# Do a dummy plot to read the loudspeaker position data\nplot @file u 1:(CMD = CMD.add_loudspeaker($$0+1,$$1,$$2,$$3))\n# Execute the loudspeaker drawing command\neval(CMD)\n\n# Restore the terminal\nunset table\n","old_contents":"#!\/usr\/bin\/gnuplot\n#\n#\n# AUTHOR: Hagen Wierstorf\nset macros\nfile = '\"$0\"'\n\n# Store current terminal and choose a dummy terminal\nset term push\nset term dumb\n#set output '\/dev\/null'\n\n# Function to create the right call function\nadd_loudspeaker(u,v,w,x) = \\\n sprintf('call \"gp_set_loudspeakers.gnu\" \"%f\" \"%f\" \"%f\" \"%f\";',u,v,w,x);\n# Initialize command string\nCMD = ''\n# Do a dummy plot to read the loudspeaker position data\nplot @file u 1:(CMD = CMD.add_loudspeaker($$0+1,$$1,$$2,$$3))\n# Execute the loudspeaker drawing command\neval(CMD)\n\n# Restore the terminal\nset term pop\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f1e7b50f16196861a3af3ba7380a120eb0039c1a","subject":"Use a logscale for the markov difficulties, to correct for their natural exponential nature.","message":"Use a logscale for the markov difficulties, to correct for their natural exponential nature.\n","repos":"jkomoros\/sudoku,jkomoros\/sudoku,jkomoros\/sudoku","old_file":"analysis\/graph.plt","new_file":"analysis\/graph.plt","new_contents":"#Expects data to be in data.csv\n# Unfortunately, we can't read from the pipe becuase we need to read from the file twice :-(\nset datafile separator \",\"\n\nset logscale y\n\n#0 is a special column that starts from 0 and increments by 1 for each row.\nplot 'data.csv' using 0:3title \"Markov Difficulties\" with boxes, \\\n'data.csv' using 0:2 title \"QQWing Difficulties\" axes x1y2 with lines","old_contents":"#Expects data to be in data.csv\n# Unfortunately, we can't read from the pipe becuase we need to read from the file twice :-(\nset datafile separator \",\"\n\n#0 is a special column that starts from 0 and increments by 1 for each row.\nplot 'data.csv' using 0:3 title \"Markov Difficulties\" with boxes, \\\n'data.csv' using 0:2 title \"QQWing Difficulties\" axes x1y2 with lines","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"959e19a10a2df46fc0916a5a8c68c575002a6173","subject":"Add UT on db rebase collision","message":"Add UT on db rebase collision\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate4, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n \n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_singleton_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_singleton_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_singleton_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_singleton_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n \n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74]),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]).\n\n\ntest(rebase_collision_bug1, [blocked(till_future_version)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate4, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n \n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_singleton_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_singleton_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_singleton_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_singleton_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n \n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74]),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]).\n \n \n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"003566cb1f95dc8a479af581d20b4d6415bc80ee","subject":"changed order most severe on top","message":"changed order most severe on top\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph15.gp","new_file":"graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):($4+$5+$6+$7+$8+$9+$10+$11) title \"04\" \\\n ,'' using ($2+utc_offset):($5+$6+$7+$8+$9+$10+$11) title \"05\" \\\n ,'' using ($2+utc_offset):($6+$7+$8+$9+$10+$11) title \"06\" \\\n ,'' using ($2+utc_offset):($7+$8+$9+$10+$11) title \"07\" \\\n ,'' using ($2+utc_offset):($8+$9+$10+$11) title \"08\" \\\n ,'' using ($2+utc_offset):($9+$10+$11) title \"09\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"10\" \\\n ,'' using ($2+utc_offset):($11) title \"11\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):($4+$5+$6+$7+$8+$9+$10+$11) \\\n ,'' using ($2+utc_offset):($4+$5+$6+$7+$8+$9+$10) \\\n ,'' using ($2+utc_offset):($4+$5+$6+$7+$8+$9) \\\n ,'' using ($2+utc_offset):($4+$5+$6+$7+$8) \\\n ,'' using ($2+utc_offset):($4+$5+$6+$7) \\\n ,'' using ($2+utc_offset):($4+$5+$6) \\\n ,'' using ($2+utc_offset):($4+$5) \\\n ,'' using ($2+utc_offset):($4) \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"06fcd478667c1a61c69a413fdc68542a60a83b17","subject":"minor changes to plot output","message":"minor changes to plot output\n\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@10405 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0.17555 0.03661 0.17496 0.03622 0.17457 0.03563 0.17437 0.03504 0.17437 0.03445 0.17457 0.03425 0.17477 0.03405 0.17516\n 11 380 17 0.04035 0.17851 0.03838 0.17851 0.03819 0.17674 0.03838 0.17693 0.03897 0.17713 0.03957 0.17713 0.04016 0.17693 0.04055 0.17654 0.04075 0.17595 0.04075 0.17555 0.04055 0.17496 0.04016 0.17457 0.03957 0.17437 0.03897 0.17437 0.03838 0.17457 0.03819 0.17477 0.03799 0.17516\n 11 72 3 0.03602 0.21287 0.03405 0.21012 0.03701 0.21012\n 11 50 2 0.03602 0.21287 0.03602 0.20874\n 11 380 17 0.04035 0.21287 0.03838 0.21287 0.03819 0.21110 0.03838 0.21130 0.03897 0.21150 0.03957 0.21150 0.04016 0.21130 0.04055 0.21091 0.04075 0.21032 0.04075 0.20992 0.04055 0.20933 0.04016 0.20894 0.03957 0.20874 0.03897 0.20874 0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.04960 0.07334 0.04960 0.05787 0.04960 0.07334 0.04444 0.07334 0.04960 0.07334 0.04960 0.09052 0.04444 0.09052 0.04960 0.09052 0.04960 0.10770 0.04444 0.10770 0.04960 0.10770 0.04960 0.12489 0.04444 0.12489 0.04960 0.12489 0.04960 0.14207 0.04444 0.14207 0.04960 0.14207 0.04960 0.15926 0.04444 0.15926 0.04960 0.15926 0.04960 0.17644 0.04444 0.17644 0.04960 0.17644 0.04960 0.19362 0.04444 0.19362 0.04960 0.19362 0.04960 0.21081 0.04444 0.21081 0.04960 0.21081 0.04960 0.22799 0.04444 0.22799 0.04960 0.22799 0.04960 0.22971\n 11 380 17 0.04035 0.07540 0.03838 0.07540 0.03819 0.07363 0.03838 0.07383 0.03897 0.07403 0.03957 0.07403 0.04016 0.07383 0.04055 0.07344 0.04075 0.07285 0.04075 0.07245 0.04055 0.07186 0.04016 0.07147 0.03957 0.07127 0.03897 0.07127 0.03838 0.07147 0.03819 0.07166 0.03799 0.07206\n 11 94 4 0.03464 0.10898 0.03504 0.10918 0.03563 0.10977 0.03563 0.10564\n 11 380 17 0.04035 0.10977 0.03838 0.10977 0.03819 0.10800 0.03838 0.10820 0.03897 0.10839 0.03957 0.10839 0.04016 0.10820 0.04055 0.10780 0.04075 0.10721 0.04075 0.10682 0.04055 0.10623 0.04016 0.10583 0.03957 0.10564 0.03897 0.10564 0.03838 0.10583 0.03819 0.10603 0.03799 0.10643\n 11 314 14 0.03425 0.14315 0.03425 0.14335 0.03445 0.14375 0.03464 0.14394 0.03504 0.14414 0.03583 0.14414 0.03622 0.14394 0.03642 0.14375 0.03661 0.14335 0.03661 0.14296 0.03642 0.14256 0.03602 0.14197 0.03405 0.14001 0.03681 0.14001\n 11 380 17 0.04035 0.14414 0.03838 0.14414 0.03819 0.14237 0.03838 0.14256 0.03897 0.14276 0.03957 0.14276 0.04016 0.14256 0.04055 0.14217 0.04075 0.14158 0.04075 0.14119 0.04055 0.14060 0.04016 0.14020 0.03957 0.14001 0.03897 0.14001 0.03838 0.14020 0.03819 0.14040 0.03799 0.14079\n 11 336 15 0.03445 0.17851 0.03661 0.17851 0.03543 0.17693 0.03602 0.17693 0.03642 0.17674 0.03661 0.17654 0.03681 0.17595 0.03681 0.17555 0.03661 0.17496 0.03622 0.17457 0.03563 0.17437 0.03504 0.17437 0.03445 0.17457 0.03425 0.17477 0.03405 0.17516\n 11 380 17 0.04035 0.17851 0.03838 0.17851 0.03819 0.17674 0.03838 0.17693 0.03897 0.17713 0.03957 0.17713 0.04016 0.17693 0.04055 0.17654 0.04075 0.17595 0.04075 0.17555 0.04055 0.17496 0.04016 0.17457 0.03957 0.17437 0.03897 0.17437 0.03838 0.17457 0.03819 0.17477 0.03799 0.17516\n 11 72 3 0.03602 0.21287 0.03405 0.21012 0.03701 0.21012\n 11 50 2 0.03602 0.21287 0.03602 0.20874\n 11 380 17 0.04035 0.21287 0.03838 0.21287 0.03819 0.21110 0.03838 0.21130 0.03897 0.21150 0.03957 0.21150 0.04016 0.21130 0.04055 0.21091 0.04075 0.21032 0.04075 0.20992 0.04055 0.20933 0.04016 0.20894 0.03957 0.20874 0.03897 0.20874 0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.29167 0.07334 0.29167 0.05787 0.29167 0.07334 0.29684 0.07334 0.29167 0.07334 0.29167 0.09052 0.29684 0.09052 0.29167 0.09052 0.29167 0.10770 0.29684 0.10770 0.29167 0.10770 0.29167 0.12489 0.29684 0.12489 0.29167 0.12489 0.29167 0.14207 0.29684 0.14207 0.29167 0.14207 0.29167 0.15926 0.29684 0.15926 0.29167 0.15926 0.29167 0.17644 0.29684 0.17644 0.29167 0.17644 0.29167 0.19362 0.29684 0.19362 0.29167 0.19362 0.29167 0.21081 0.29684 0.21081 0.29167 0.21081 0.29167 0.22799 0.29684 0.22799 0.29167 0.22799 0.29167 0.22971\n 11 732 33 0.29167 0.07334 0.29167 0.05787 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0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 11 732 33 0.07139 0.05787 0.04960 0.05787 0.07139 0.05787 0.07139 0.05270 0.07139 0.05787 0.09560 0.05787 0.09560 0.05270 0.09560 0.05787 0.11980 0.05787 0.11980 0.05270 0.11980 0.05787 0.14401 0.05787 0.14401 0.05270 0.14401 0.05787 0.16822 0.05787 0.16822 0.05270 0.16822 0.05787 0.19243 0.05787 0.19243 0.05270 0.19243 0.05787 0.21663 0.05787 0.21663 0.05270 0.21663 0.05787 0.24084 0.05787 0.24084 0.05270 0.24084 0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 11 732 33 0.04960 0.07334 0.04960 0.05787 0.04960 0.07334 0.04444 0.07334 0.04960 0.07334 0.04960 0.09052 0.04444 0.09052 0.04960 0.09052 0.04960 0.10770 0.04444 0.10770 0.04960 0.10770 0.04960 0.12489 0.04444 0.12489 0.04960 0.12489 0.04960 0.14207 0.04444 0.14207 0.04960 0.14207 0.04960 0.15926 0.04444 0.15926 0.04960 0.15926 0.04960 0.17644 0.04444 0.17644 0.04960 0.17644 0.04960 0.19362 0.04444 0.19362 0.04960 0.19362 0.04960 0.21081 0.04444 0.21081 0.04960 0.21081 0.04960 0.22799 0.04444 0.22799 0.04960 0.22799 0.04960 0.22971\n 11 380 17 0.04035 0.07540 0.03838 0.07540 0.03819 0.07363 0.03838 0.07383 0.03897 0.07403 0.03957 0.07403 0.04016 0.07383 0.04055 0.07344 0.04075 0.07285 0.04075 0.07245 0.04055 0.07186 0.04016 0.07147 0.03957 0.07127 0.03897 0.07127 0.03838 0.07147 0.03819 0.07166 0.03799 0.07206\n 11 94 4 0.03464 0.10898 0.03504 0.10918 0.03563 0.10977 0.03563 0.10564\n 11 380 17 0.04035 0.10977 0.03838 0.10977 0.03819 0.10800 0.03838 0.10820 0.03897 0.10839 0.03957 0.10839 0.04016 0.10820 0.04055 0.10780 0.04075 0.10721 0.04075 0.10682 0.04055 0.10623 0.04016 0.10583 0.03957 0.10564 0.03897 0.10564 0.03838 0.10583 0.03819 0.10603 0.03799 0.10643\n 11 314 14 0.03425 0.14315 0.03425 0.14335 0.03445 0.14375 0.03464 0.14394 0.03504 0.14414 0.03583 0.14414 0.03622 0.14394 0.03642 0.14375 0.03661 0.14335 0.03661 0.14296 0.03642 0.14256 0.03602 0.14197 0.03405 0.14001 0.03681 0.14001\n 11 380 17 0.04035 0.14414 0.03838 0.14414 0.03819 0.14237 0.03838 0.14256 0.03897 0.14276 0.03957 0.14276 0.04016 0.14256 0.04055 0.14217 0.04075 0.14158 0.04075 0.14119 0.04055 0.14060 0.04016 0.14020 0.03957 0.14001 0.03897 0.14001 0.03838 0.14020 0.03819 0.14040 0.03799 0.14079\n 11 336 15 0.03445 0.17851 0.03661 0.17851 0.03543 0.17693 0.03602 0.17693 0.03642 0.17674 0.03661 0.17654 0.03681 0.17595 0.03681 0.17555 0.03661 0.17496 0.03622 0.17457 0.03563 0.17437 0.03504 0.17437 0.03445 0.17457 0.03425 0.17477 0.03405 0.17516\n 11 380 17 0.04035 0.17851 0.03838 0.17851 0.03819 0.17674 0.03838 0.17693 0.03897 0.17713 0.03957 0.17713 0.04016 0.17693 0.04055 0.17654 0.04075 0.17595 0.04075 0.17555 0.04055 0.17496 0.04016 0.17457 0.03957 0.17437 0.03897 0.17437 0.03838 0.17457 0.03819 0.17477 0.03799 0.17516\n 11 72 3 0.03602 0.21287 0.03405 0.21012 0.03701 0.21012\n 11 50 2 0.03602 0.21287 0.03602 0.20874\n 11 380 17 0.04035 0.21287 0.03838 0.21287 0.03819 0.21110 0.03838 0.21130 0.03897 0.21150 0.03957 0.21150 0.04016 0.21130 0.04055 0.21091 0.04075 0.21032 0.04075 0.20992 0.04055 0.20933 0.04016 0.20894 0.03957 0.20874 0.03897 0.20874 0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.04960 0.07334 0.04960 0.05787 0.04960 0.07334 0.04444 0.07334 0.04960 0.07334 0.04960 0.09052 0.04444 0.09052 0.04960 0.09052 0.04960 0.10770 0.04444 0.10770 0.04960 0.10770 0.04960 0.12489 0.04444 0.12489 0.04960 0.12489 0.04960 0.14207 0.04444 0.14207 0.04960 0.14207 0.04960 0.15926 0.04444 0.15926 0.04960 0.15926 0.04960 0.17644 0.04444 0.17644 0.04960 0.17644 0.04960 0.19362 0.04444 0.19362 0.04960 0.19362 0.04960 0.21081 0.04444 0.21081 0.04960 0.21081 0.04960 0.22799 0.04444 0.22799 0.04960 0.22799 0.04960 0.22971\n 11 380 17 0.04035 0.07540 0.03838 0.07540 0.03819 0.07363 0.03838 0.07383 0.03897 0.07403 0.03957 0.07403 0.04016 0.07383 0.04055 0.07344 0.04075 0.07285 0.04075 0.07245 0.04055 0.07186 0.04016 0.07147 0.03957 0.07127 0.03897 0.07127 0.03838 0.07147 0.03819 0.07166 0.03799 0.07206\n 11 94 4 0.03464 0.10898 0.03504 0.10918 0.03563 0.10977 0.03563 0.10564\n 11 380 17 0.04035 0.10977 0.03838 0.10977 0.03819 0.10800 0.03838 0.10820 0.03897 0.10839 0.03957 0.10839 0.04016 0.10820 0.04055 0.10780 0.04075 0.10721 0.04075 0.10682 0.04055 0.10623 0.04016 0.10583 0.03957 0.10564 0.03897 0.10564 0.03838 0.10583 0.03819 0.10603 0.03799 0.10643\n 11 314 14 0.03425 0.14315 0.03425 0.14335 0.03445 0.14375 0.03464 0.14394 0.03504 0.14414 0.03583 0.14414 0.03622 0.14394 0.03642 0.14375 0.03661 0.14335 0.03661 0.14296 0.03642 0.14256 0.03602 0.14197 0.03405 0.14001 0.03681 0.14001\n 11 380 17 0.04035 0.14414 0.03838 0.14414 0.03819 0.14237 0.03838 0.14256 0.03897 0.14276 0.03957 0.14276 0.04016 0.14256 0.04055 0.14217 0.04075 0.14158 0.04075 0.14119 0.04055 0.14060 0.04016 0.14020 0.03957 0.14001 0.03897 0.14001 0.03838 0.14020 0.03819 0.14040 0.03799 0.14079\n 11 336 15 0.03445 0.17851 0.03661 0.17851 0.03543 0.17693 0.03602 0.17693 0.03642 0.17674 0.03661 0.17654 0.03681 0.17595 0.03681 0.17555 0.03661 0.17496 0.03622 0.17457 0.03563 0.17437 0.03504 0.17437 0.03445 0.17457 0.03425 0.17477 0.03405 0.17516\n 11 380 17 0.04035 0.17851 0.03838 0.17851 0.03819 0.17674 0.03838 0.17693 0.03897 0.17713 0.03957 0.17713 0.04016 0.17693 0.04055 0.17654 0.04075 0.17595 0.04075 0.17555 0.04055 0.17496 0.04016 0.17457 0.03957 0.17437 0.03897 0.17437 0.03838 0.17457 0.03819 0.17477 0.03799 0.17516\n 11 72 3 0.03602 0.21287 0.03405 0.21012 0.03701 0.21012\n 11 50 2 0.03602 0.21287 0.03602 0.20874\n 11 380 17 0.04035 0.21287 0.03838 0.21287 0.03819 0.21110 0.03838 0.21130 0.03897 0.21150 0.03957 0.21150 0.04016 0.21130 0.04055 0.21091 0.04075 0.21032 0.04075 0.20992 0.04055 0.20933 0.04016 0.20894 0.03957 0.20874 0.03897 0.20874 0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.29167 0.07334 0.29167 0.05787 0.29167 0.07334 0.29684 0.07334 0.29167 0.07334 0.29167 0.09052 0.29684 0.09052 0.29167 0.09052 0.29167 0.10770 0.29684 0.10770 0.29167 0.10770 0.29167 0.12489 0.29684 0.12489 0.29167 0.12489 0.29167 0.14207 0.29684 0.14207 0.29167 0.14207 0.29167 0.15926 0.29684 0.15926 0.29167 0.15926 0.29167 0.17644 0.29684 0.17644 0.29167 0.17644 0.29167 0.19362 0.29684 0.19362 0.29167 0.19362 0.29167 0.21081 0.29684 0.21081 0.29167 0.21081 0.29167 0.22799 0.29684 0.22799 0.29167 0.22799 0.29167 0.22971\n 11 732 33 0.29167 0.07334 0.29167 0.05787 0.29167 0.07334 0.29684 0.07334 0.29167 0.07334 0.29167 0.09052 0.29684 0.09052 0.29167 0.09052 0.29167 0.10770 0.29684 0.10770 0.29167 0.10770 0.29167 0.12489 0.29684 0.12489 0.29167 0.12489 0.29167 0.14207 0.29684 0.14207 0.29167 0.14207 0.29167 0.15926 0.29684 0.15926 0.29167 0.15926 0.29167 0.17644 0.29684 0.17644 0.29167 0.17644 0.29167 0.19362 0.29684 0.19362 0.29167 0.19362 0.29167 0.21081 0.29684 0.21081 0.29167 0.21081 0.29167 0.22799 0.29684 0.22799 0.29167 0.22799 0.29167 0.22971\n 11 732 33 0.07139 0.22971 0.04960 0.22971 0.07139 0.22971 0.07139 0.23488 0.07139 0.22971 0.09560 0.22971 0.09560 0.23488 0.09560 0.22971 0.11980 0.22971 0.11980 0.23488 0.11980 0.22971 0.14401 0.22971 0.14401 0.23488 0.14401 0.22971 0.16822 0.22971 0.16822 0.23488 0.16822 0.22971 0.19243 0.22971 0.19243 0.23488 0.19243 0.22971 0.21663 0.22971 0.21663 0.23488 0.21663 0.22971 0.24084 0.22971 0.24084 0.23488 0.24084 0.22971 0.26505 0.22971 0.26505 0.23488 0.26505 0.22971 0.28925 0.22971 0.28925 0.23488 0.28925 0.22971 0.29167 0.22971\n 11 732 33 0.07139 0.22971 0.04960 0.22971 0.07139 0.22971 0.07139 0.23488 0.07139 0.22971 0.09560 0.22971 0.09560 0.23488 0.09560 0.22971 0.11980 0.22971 0.11980 0.23488 0.11980 0.22971 0.14401 0.22971 0.14401 0.23488 0.14401 0.22971 0.16822 0.22971 0.16822 0.23488 0.16822 0.22971 0.19243 0.22971 0.19243 0.23488 0.19243 0.22971 0.21663 0.22971 0.21663 0.23488 0.21663 0.22971 0.24084 0.22971 0.24084 0.23488 0.24084 0.22971 0.26505 0.22971 0.26505 0.23488 0.26505 0.22971 0.28925 0.22971 0.28925 0.23488 0.28925 0.22971 0.29167 0.22971\n 11 732 33 0.07139 0.05787 0.04960 0.05787 0.07139 0.05787 0.07139 0.05270 0.07139 0.05787 0.09560 0.05787 0.09560 0.05270 0.09560 0.05787 0.11980 0.05787 0.11980 0.05270 0.11980 0.05787 0.14401 0.05787 0.14401 0.05270 0.14401 0.05787 0.16822 0.05787 0.16822 0.05270 0.16822 0.05787 0.19243 0.05787 0.19243 0.05270 0.19243 0.05787 0.21663 0.05787 0.21663 0.05270 0.21663 0.05787 0.24084 0.05787 0.24084 0.05270 0.24084 0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 11 732 33 0.07139 0.05787 0.04960 0.05787 0.07139 0.05787 0.07139 0.05270 0.07139 0.05787 0.09560 0.05787 0.09560 0.05270 0.09560 0.05787 0.11980 0.05787 0.11980 0.05270 0.11980 0.05787 0.14401 0.05787 0.14401 0.05270 0.14401 0.05787 0.16822 0.05787 0.16822 0.05270 0.16822 0.05787 0.19243 0.05787 0.19243 0.05270 0.19243 0.05787 0.21663 0.05787 0.21663 0.05270 0.21663 0.05787 0.24084 0.05787 0.24084 0.05270 0.24084 0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 21 6 1\n 25 6 1\n 11 666 30 0.13191 0.22799 0.13070 0.22455 0.12949 0.22155 0.12932 0.22112 0.12828 0.21768 0.12707 0.21424 0.12586 0.21081 0.12465 0.20778 0.12449 0.20737 0.12344 0.20393 0.12223 0.20050 0.12101 0.19706 0.11980 0.19401 0.11966 0.19362 0.11859 0.19019 0.11738 0.18675 0.11617 0.18331 0.11496 0.18024 0.11483 0.17988 0.11375 0.17644 0.11254 0.17300 0.11133 0.16957 0.11012 0.16647 0.10999 0.16613 0.10891 0.16269 0.10770 0.15926 0.10649 0.15582 0.10528 0.15270 0.10516 0.15238 0.10407 0.14895\n 11 380 17 0.09901 0.13968 0.09899 0.13918 0.09933 0.13872 0.10002 0.13831 0.10047 0.13815 0.10126 0.13803 0.10181 0.13817 0.10212 0.13856 0.10223 0.13886 0.10224 0.13936 0.10190 0.13981 0.10121 0.14023 0.10076 0.14039 0.09997 0.14050 0.09942 0.14036 0.09911 0.13997 0.09901 0.13968\n 11 116 5 0.10267 0.14104 0.10277 0.14084 0.10297 0.14094 0.10287 0.14114 0.10267 0.14104\n 11 314 14 0.10107 0.14312 0.10092 0.14317 0.10068 0.14343 0.10058 0.14363 0.10054 0.14398 0.10075 0.14457 0.10101 0.14481 0.10121 0.14491 0.10156 0.14495 0.10185 0.14485 0.10210 0.14459 0.10244 0.14414 0.10339 0.14212 0.10413 0.14420\n 11 380 17 0.10197 0.14798 0.10144 0.14650 0.10272 0.14587 0.10263 0.14607 0.10264 0.14657 0.10280 0.14702 0.10310 0.14741 0.10351 0.14760 0.10400 0.14759 0.10430 0.14748 0.10469 0.14718 0.10488 0.14677 0.10487 0.14628 0.10471 0.14583 0.10441 0.14544 0.10421 0.14534 0.10386 0.14530\n 11 644 29 0.09981 0.13701 0.09923 0.13520 0.09802 0.13176 0.09681 0.12833 0.09560 0.12516 0.09550 0.12489 0.09439 0.12145 0.09318 0.11801 0.09197 0.11458 0.09076 0.11139 0.09067 0.11114 0.08955 0.10770 0.08834 0.10427 0.08713 0.10083 0.08591 0.09762 0.08584 0.09739 0.08470 0.09396 0.08349 0.09052 0.08228 0.08708 0.08107 0.08384 0.08100 0.08365 0.07986 0.08021 0.07865 0.07677 0.07744 0.07334 0.07623 0.07007 0.07617 0.06990 0.07502 0.06646 0.07381 0.06303 0.07260 0.05959\n 11 666 30 0.21646 0.22799 0.21421 0.22455 0.21179 0.22135 0.21163 0.22112 0.20937 0.21768 0.20695 0.21447 0.20679 0.21424 0.20453 0.21081 0.20211 0.20759 0.20195 0.20737 0.19969 0.20393 0.19727 0.20071 0.19712 0.20050 0.19485 0.19706 0.19243 0.19383 0.19228 0.19362 0.19000 0.19019 0.18758 0.18695 0.18744 0.18675 0.18516 0.18331 0.18274 0.18007 0.18261 0.17988 0.18032 0.17644 0.17790 0.17319 0.17777 0.17300 0.17548 0.16957 0.17306 0.16631 0.17293 0.16613 0.17064 0.16269 0.16822 0.15943\n 11 380 17 0.16092 0.15180 0.16078 0.15132 0.16099 0.15079 0.16154 0.15021 0.16193 0.14994 0.16267 0.14962 0.16324 0.14961 0.16364 0.14991 0.16382 0.15017 0.16395 0.15065 0.16375 0.15118 0.16319 0.15175 0.16280 0.15202 0.16206 0.15234 0.16150 0.15235 0.16110 0.15205 0.16092 0.15180\n 11 116 5 0.16481 0.15216 0.16485 0.15194 0.16507 0.15198 0.16503 0.15220 0.16481 0.15216\n 11 380 17 0.16415 0.15646 0.16325 0.15516 0.16432 0.15422 0.16428 0.15444 0.16442 0.15492 0.16469 0.15531 0.16509 0.15561 0.16553 0.15569 0.16601 0.15555 0.16627 0.15537 0.16657 0.15497 0.16665 0.15453 0.16651 0.15405 0.16624 0.15367 0.16584 0.15337 0.16562 0.15333 0.16527 0.15338\n 11 380 17 0.16540 0.15827 0.16526 0.15779 0.16547 0.15726 0.16603 0.15668 0.16642 0.15641 0.16715 0.15610 0.16772 0.15609 0.16812 0.15638 0.16830 0.15664 0.16844 0.15712 0.16823 0.15765 0.16767 0.15823 0.16728 0.15850 0.16655 0.15881 0.16598 0.15883 0.16558 0.15853 0.16540 0.15827\n 11 908 41 0.16100 0.14901 0.16096 0.14895 0.15854 0.14567 0.15842 0.14551 0.15611 0.14207 0.15369 0.13879 0.15359 0.13864 0.15127 0.13520 0.14885 0.13191 0.14875 0.13176 0.14643 0.12833 0.14401 0.12503 0.14391 0.12489 0.14159 0.12145 0.13917 0.11815 0.13908 0.11801 0.13675 0.11458 0.13433 0.11127 0.13424 0.11114 0.13191 0.10770 0.12949 0.10439 0.12940 0.10427 0.12707 0.10083 0.12465 0.09751 0.12457 0.09739 0.12223 0.09396 0.11980 0.09063 0.11973 0.09052 0.11738 0.08708 0.11496 0.08375 0.11489 0.08365 0.11254 0.08021 0.11012 0.07687 0.11006 0.07677 0.10770 0.07334 0.10528 0.06999 0.10522 0.06990 0.10286 0.06646 0.10044 0.06311 0.10038 0.06303 0.09802 0.05959\n 11 996 45 0.28925 0.21655 0.28683 0.21424 0.28441 0.21196 0.28320 0.21081 0.27957 0.20752 0.27941 0.20737 0.27594 0.20393 0.27473 0.20280 0.27231 0.20050 0.26989 0.19822 0.26868 0.19706 0.26505 0.19376 0.26490 0.19362 0.26141 0.19019 0.26020 0.18905 0.25778 0.18675 0.25536 0.18447 0.25415 0.18331 0.25052 0.18001 0.25038 0.17988 0.24689 0.17644 0.24568 0.17531 0.24326 0.17300 0.24084 0.17073 0.23963 0.16957 0.23600 0.16625 0.23587 0.16613 0.23237 0.16269 0.23116 0.16156 0.22874 0.15926 0.22631 0.15698 0.22510 0.15582 0.22147 0.15250 0.22136 0.15238 0.21784 0.14895 0.21663 0.14782 0.21421 0.14551 0.21179 0.14323 0.21058 0.14207 0.20695 0.13874 0.20684 0.13864 0.20332 0.13520 0.20211 0.13407 0.19969 0.13176 0.19727 0.12949\n 11 380 17 0.18856 0.12352 0.18832 0.12308 0.18842 0.12252 0.18884 0.12184 0.18917 0.12149 0.18982 0.12103 0.19038 0.12090 0.19083 0.12111 0.19106 0.12133 0.19129 0.12177 0.19120 0.12233 0.19077 0.12301 0.19044 0.12335 0.18979 0.12382 0.18924 0.12394 0.18878 0.12373 0.18856 0.12352\n 11 116 5 0.19244 0.12308 0.19244 0.12285 0.19266 0.12285 0.19266 0.12307 0.19244 0.12308\n 11 50 2 0.19290 0.12763 0.19403 0.12415\n 11 50 2 0.19130 0.12611 0.19290 0.12763\n 11 380 17 0.19496 0.12958 0.19381 0.12850 0.19467 0.12736 0.19468 0.12758 0.19492 0.12802 0.19526 0.12835 0.19571 0.12856 0.19615 0.12854 0.19659 0.12831 0.19681 0.12808 0.19702 0.12763 0.19701 0.12718 0.19677 0.12675 0.19643 0.12642 0.19598 0.12621 0.19576 0.12622 0.19543 0.12634\n 11 732 33 0.18806 0.12077 0.18758 0.12033 0.18516 0.11801 0.18274 0.11574 0.18153 0.11458 0.17790 0.11123 0.17781 0.11114 0.17427 0.10770 0.17306 0.10658 0.17064 0.10427 0.16822 0.10200 0.16701 0.10083 0.16338 0.09747 0.16330 0.09739 0.15975 0.09396 0.15854 0.09284 0.15611 0.09052 0.15369 0.08826 0.15248 0.08708 0.14885 0.08372 0.14878 0.08365 0.14522 0.08021 0.14401 0.07909 0.14159 0.07677 0.13917 0.07451 0.13796 0.07334 0.13433 0.06996 0.13427 0.06990 0.13070 0.06646 0.12949 0.06535 0.12707 0.06303 0.12465 0.06077 0.12344 0.05959\n 11 644 29 0.28925 0.15934 0.28913 0.15926 0.28441 0.15591 0.28429 0.15582 0.27957 0.15247 0.27945 0.15238 0.27473 0.14903 0.27461 0.14895 0.26989 0.14559 0.26977 0.14551 0.26505 0.14215 0.26494 0.14207 0.26020 0.13871 0.26010 0.13864 0.25536 0.13528 0.25526 0.13520 0.25052 0.13184 0.25042 0.13176 0.24568 0.12840 0.24558 0.12833 0.24084 0.12496 0.24074 0.12489 0.23600 0.12152 0.23590 0.12145 0.23116 0.11808 0.23106 0.11801 0.22631 0.11464 0.22622 0.11458 0.22147 0.11121\n 11 94 4 0.21199 0.10573 0.21216 0.10604 0.21227 0.10670 0.21418 0.10400\n 11 116 5 0.21580 0.10553 0.21576 0.10531 0.21598 0.10528 0.21602 0.10550 0.21580 0.10553\n 11 380 17 0.21586 0.10925 0.21557 0.10885 0.21559 0.10828 0.21591 0.10755 0.21619 0.10716 0.21677 0.10661 0.21730 0.10641 0.21778 0.10655 0.21803 0.10673 0.21833 0.10714 0.21831 0.10770 0.21798 0.10844 0.21771 0.10882 0.21713 0.10937 0.21660 0.10958 0.21612 0.10943 0.21586 0.10925\n 11 380 17 0.21843 0.11107 0.21814 0.11067 0.21815 0.11010 0.21848 0.10937 0.21875 0.10898 0.21934 0.10843 0.21987 0.10823 0.22034 0.10838 0.22060 0.10856 0.22090 0.10896 0.22088 0.10953 0.22055 0.11026 0.22028 0.11065 0.21969 0.11120 0.21916 0.11140 0.21869 0.11125 0.21843 0.11107\n 11 600 27 0.21114 0.10387 0.20695 0.10089 0.20687 0.10083 0.20211 0.09745 0.20203 0.09739 0.19727 0.09401 0.19719 0.09396 0.19243 0.09058 0.19235 0.09052 0.18758 0.08714 0.18751 0.08708 0.18274 0.08370 0.18267 0.08365 0.17790 0.08026 0.17783 0.08021 0.17306 0.07682 0.17299 0.07677 0.16822 0.07338 0.16816 0.07334 0.16338 0.06994 0.16332 0.06990 0.15854 0.06651 0.15848 0.06646 0.15369 0.06307 0.15364 0.06303 0.14885 0.05963 0.14880 0.05959\n 11 622 28 0.28925 0.12495 0.28915 0.12489 0.28441 0.12215 0.28320 0.12145 0.27957 0.11941 0.27715 0.11801 0.27473 0.11666 0.27110 0.11458 0.26989 0.11391 0.26505 0.11119 0.26496 0.11114 0.26020 0.10841 0.25899 0.10770 0.25536 0.10567 0.25294 0.10427 0.25052 0.10292 0.24689 0.10083 0.24568 0.10016 0.24084 0.09744 0.24076 0.09739 0.23600 0.09466 0.23479 0.09396 0.23116 0.09192 0.22874 0.09052 0.22631 0.08917 0.22268 0.08708 0.22147 0.08642 0.21663 0.08369\n 11 94 4 0.20665 0.07917 0.20685 0.07947 0.20702 0.08011 0.20866 0.07724\n 11 116 5 0.21042 0.07861 0.21036 0.07839 0.21058 0.07833 0.21064 0.07855 0.21042 0.07861\n 11 314 14 0.21056 0.08122 0.21048 0.08136 0.21046 0.08171 0.21052 0.08193 0.21072 0.08222 0.21126 0.08253 0.21162 0.08255 0.21183 0.08249 0.21212 0.08230 0.21228 0.08202 0.21230 0.08167 0.21226 0.08110 0.21167 0.07896 0.21359 0.08005\n 11 380 17 0.21441 0.08433 0.21304 0.08354 0.21361 0.08224 0.21367 0.08245 0.21400 0.08282 0.21441 0.08306 0.21490 0.08315 0.21533 0.08304 0.21570 0.08270 0.21585 0.08243 0.21595 0.08194 0.21583 0.08151 0.21550 0.08114 0.21509 0.08091 0.21460 0.08081 0.21439 0.08087 0.21410 0.08106\n 11 292 13 0.20562 0.07741 0.20453 0.07677 0.20211 0.07543 0.19848 0.07334 0.19727 0.07267 0.19243 0.06994 0.19237 0.06990 0.18758 0.06717 0.18637 0.06646 0.18274 0.06444 0.18032 0.06303 0.17790 0.06169 0.17427 0.05959\n 11 314 14 0.28925 0.10200 0.28683 0.10083 0.28441 0.09971 0.27957 0.09743 0.27949 0.09739 0.27473 0.09513 0.27231 0.09396 0.26989 0.09284 0.26505 0.09056 0.26497 0.09052 0.26020 0.08826 0.25778 0.08708 0.25536 0.08597 0.25052 0.08368\n 11 94 4 0.24023 0.07994 0.24045 0.08022 0.24067 0.08085 0.24209 0.07786\n 11 116 5 0.24394 0.07908 0.24387 0.07888 0.24408 0.07880 0.24415 0.07901 0.24394 0.07908\n 11 380 17 0.24551 0.08314 0.24409 0.08246 0.24455 0.08111 0.24463 0.08132 0.24498 0.08167 0.24541 0.08187 0.24591 0.08193 0.24633 0.08178 0.24667 0.08142 0.24680 0.08114 0.24686 0.08064 0.24671 0.08022 0.24636 0.07988 0.24593 0.07968 0.24543 0.07962 0.24522 0.07969 0.24495 0.07991\n 11 380 17 0.24750 0.08408 0.24714 0.08374 0.24706 0.08317 0.24725 0.08240 0.24746 0.08197 0.24794 0.08132 0.24842 0.08103 0.24892 0.08109 0.24920 0.08123 0.24956 0.08157 0.24964 0.08213 0.24945 0.08291 0.24925 0.08334 0.24877 0.08398 0.24828 0.08428 0.24779 0.08422 0.24750 0.08408\n 11 336 15 0.23907 0.07826 0.23600 0.07681 0.23593 0.07677 0.23116 0.07451 0.22874 0.07334 0.22631 0.07222 0.22147 0.06993 0.22141 0.06990 0.21663 0.06764 0.21421 0.06646 0.21179 0.06535 0.20695 0.06305 0.20689 0.06303 0.20211 0.06077 0.19969 0.05959\n 11 292 13 0.28925 0.08564 0.28441 0.08368 0.28434 0.08365 0.27957 0.08171 0.27594 0.08021 0.27473 0.07974 0.26989 0.07778 0.26747 0.07677 0.26505 0.07582 0.26020 0.07384 0.25899 0.07334 0.25536 0.07190 0.25052 0.06993\n 11 94 4 0.24003 0.06677 0.24026 0.06704 0.24052 0.06765 0.24177 0.06459\n 11 116 5 0.24369 0.06571 0.24361 0.06551 0.24381 0.06542 0.24390 0.06562 0.24369 0.06571\n 11 50 2 0.24578 0.06979 0.24556 0.06613\n 11 50 2 0.24374 0.06896 0.24578 0.06979\n 11 380 17 0.24840 0.07085 0.24695 0.07026 0.24733 0.06889 0.24742 0.06909 0.24780 0.06942 0.24824 0.06959 0.24873 0.06962 0.24914 0.06945 0.24947 0.06907 0.24958 0.06878 0.24962 0.06828 0.24944 0.06787 0.24906 0.06755 0.24863 0.06737 0.24813 0.06734 0.24792 0.06743 0.24766 0.06766\n 11 138 6 0.23878 0.06516 0.23600 0.06404 0.23358 0.06303 0.23116 0.06208 0.22631 0.06010 0.22510 0.05959\n 11 314 14 0.28925 0.07336 0.28919 0.07334 0.28441 0.07165 0.27957 0.06992 0.27951 0.06990 0.27473 0.06822 0.26989 0.06648 0.26983 0.06646 0.26505 0.06478 0.26020 0.06305 0.26015 0.06303 0.25536 0.06135 0.25052 0.05961 0.25047 0.05959\n 11 116 5 0.28925 0.06382 0.28683 0.06303 0.28441 0.06229 0.27957 0.06077 0.27594 0.05959\n 82 0\n 81 6 20\n 82 0\n 81 6 21\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 204 9 0.07623 0.07334 0.10528 0.06475 0.13433 0.06188 0.16338 0.06045 0.19243 0.05959 0.22147 0.05902 0.25052 0.05861 0.27957 0.05830 0.29167 0.05820\n 11 402 18 0.29167 0.08508 0.06171 0.09052 0.07623 0.07334 0.09076 0.06761 0.10528 0.06475 0.11980 0.06303 0.13433 0.06188 0.14885 0.06106 0.16338 0.06045 0.17790 0.05997 0.19243 0.05959 0.20695 0.05928 0.22147 0.05902 0.23600 0.05880 0.25052 0.05861 0.26505 0.05844 0.27957 0.05830 0.29167 0.05820\n 11 600 27 0.29167 0.09104 0.05687 0.10770 0.06655 0.08193 0.07623 0.07334 0.08591 0.06904 0.09560 0.06646 0.10528 0.06475 0.11496 0.06352 0.12465 0.06260 0.13433 0.06188 0.14401 0.06131 0.15369 0.06084 0.16338 0.06045 0.17306 0.06012 0.18274 0.05984 0.19243 0.05959 0.20211 0.05938 0.21179 0.05919 0.22147 0.05902 0.23116 0.05887 0.24084 0.05873 0.25052 0.05861 0.26020 0.05850 0.26989 0.05839 0.27957 0.05830 0.28925 0.05822 0.29167 0.05820\n 11 776 35 0.29167 0.09121 0.05445 0.12489 0.06171 0.09052 0.06897 0.07907 0.07623 0.07334 0.08349 0.06990 0.09076 0.06761 0.09802 0.06597 0.10528 0.06475 0.11254 0.06379 0.11980 0.06303 0.12707 0.06240 0.13433 0.06188 0.14159 0.06144 0.14885 0.06106 0.15611 0.06074 0.16338 0.06045 0.17064 0.06020 0.17790 0.05997 0.18516 0.05977 0.19243 0.05959 0.19969 0.05943 0.20695 0.05928 0.21421 0.05914 0.22147 0.05902 0.22874 0.05890 0.23600 0.05880 0.24326 0.05870 0.25052 0.05861 0.25778 0.05852 0.26505 0.05844 0.27231 0.05837 0.27957 0.05830 0.28683 0.05824 0.29167 0.05820\n 11 974 44 0.29167 0.08559 0.05299 0.14207 0.05880 0.09911 0.06461 0.08479 0.07042 0.07763 0.07623 0.07334 0.08204 0.07047 0.08785 0.06843 0.09366 0.06689 0.09947 0.06570 0.10528 0.06475 0.11109 0.06396 0.11690 0.06331 0.12271 0.06276 0.12852 0.06229 0.13433 0.06188 0.14014 0.06152 0.14595 0.06121 0.15176 0.06093 0.15757 0.06068 0.16338 0.06045 0.16919 0.06024 0.17500 0.06006 0.18081 0.05989 0.18662 0.05973 0.19243 0.05959 0.19823 0.05946 0.20404 0.05934 0.20985 0.05922 0.21566 0.05912 0.22147 0.05902 0.22728 0.05892 0.23309 0.05884 0.23890 0.05876 0.24471 0.05868 0.25052 0.05861 0.25633 0.05854 0.26214 0.05848 0.26795 0.05841 0.27376 0.05836 0.27957 0.05830 0.28538 0.05825 0.29119 0.05820 0.29167 0.05820\n 11 2206 100 0.29167 0.07420 0.05203 0.15926 0.05687 0.10770 0.06171 0.09052 0.06655 0.08193 0.07139 0.07677 0.07623 0.07334 0.08107 0.07088 0.08591 0.06904 0.09076 0.06761 0.09560 0.06646 0.10044 0.06553 0.10528 0.06475 0.11012 0.06408 0.11496 0.06352 0.11980 0.06303 0.12465 0.06260 0.12949 0.06222 0.13433 0.06188 0.13917 0.06158 0.14401 0.06131 0.14885 0.06106 0.15369 0.06084 0.15854 0.06064 0.16338 0.06045 0.16822 0.06028 0.17306 0.06012 0.17790 0.05997 0.18274 0.05984 0.18758 0.05971 0.19243 0.05959 0.19727 0.05948 0.20211 0.05938 0.20695 0.05928 0.21179 0.05919 0.21663 0.05910 0.22147 0.05902 0.22631 0.05894 0.23116 0.05887 0.23600 0.05880 0.24084 0.05873 0.24568 0.05867 0.25052 0.05861 0.25536 0.05855 0.26020 0.05850 0.26505 0.05844 0.26989 0.05839 0.27473 0.05835 0.27957 0.05830 0.28441 0.05826 0.28925 0.05822 0.05133 0.17644 0.05548 0.11630 0.05963 0.09625 0.06378 0.08622 0.06793 0.08021 0.07208 0.07620 0.07623 0.07334 0.08038 0.07119 0.08453 0.06952 0.08868 0.06818 0.09283 0.06709 0.09698 0.06618 0.10113 0.06541 0.10528 0.06475 0.10943 0.06417 0.11358 0.06367 0.11773 0.06323 0.12188 0.06284 0.12603 0.06248 0.13018 0.06217 0.13433 0.06188 0.13848 0.06162 0.14263 0.06138 0.14678 0.06117 0.15093 0.06096 0.15508 0.06078 0.15923 0.06061 0.16338 0.06045 0.16753 0.06030 0.17168 0.06016 0.17583 0.06003 0.17998 0.05991 0.18413 0.05980 0.18828 0.05969 0.19243 0.05959 0.19657 0.05949 0.20072 0.05940 0.20487 0.05932 0.20902 0.05924 0.21317 0.05916 0.21732 0.05909 0.22147 0.05902 0.22562 0.05895 0.22977 0.05889 0.23392 0.05883 0.23807 0.05877 0.24222 0.05871 0.24637 0.05866 0.25052 0.05861\n 11 2206 100 0.25052 0.05861 0.25467 0.05856 0.05081 0.19362 0.05445 0.12489 0.05808 0.10198 0.06171 0.09052 0.06534 0.08365 0.06897 0.07907 0.07260 0.07579 0.07623 0.07334 0.07986 0.07143 0.08349 0.06990 0.08713 0.06865 0.09076 0.06761 0.09439 0.06673 0.09802 0.06597 0.10165 0.06532 0.10528 0.06475 0.10891 0.06424 0.11254 0.06379 0.11617 0.06339 0.11980 0.06303 0.12344 0.06270 0.12707 0.06240 0.13070 0.06213 0.13433 0.06188 0.13796 0.06165 0.14159 0.06144 0.14522 0.06124 0.14885 0.06106 0.15248 0.06089 0.15611 0.06074 0.15975 0.06059 0.16338 0.06045 0.16701 0.06032 0.17064 0.06020 0.17427 0.06008 0.17790 0.05997 0.18153 0.05987 0.18516 0.05977 0.18879 0.05968 0.19243 0.05959 0.19606 0.05951 0.19969 0.05943 0.20332 0.05935 0.20695 0.05928 0.21058 0.05921 0.21421 0.05914 0.21784 0.05908 0.22147 0.05902 0.22510 0.05896 0.22874 0.05890 0.05041 0.21081 0.05364 0.13348 0.05687 0.10770 0.06009 0.09482 0.06332 0.08708 0.06655 0.08193 0.06978 0.07825 0.07300 0.07549 0.07623 0.07334 0.07946 0.07162 0.08269 0.07021 0.08591 0.06904 0.08914 0.06805 0.09237 0.06720 0.09560 0.06646 0.09883 0.06582 0.10205 0.06525 0.10528 0.06475 0.10851 0.06429 0.11174 0.06389 0.11496 0.06352 0.11819 0.06318 0.12142 0.06288 0.12465 0.06260 0.12787 0.06234 0.13110 0.06210 0.13433 0.06188 0.13756 0.06168 0.14078 0.06149 0.14401 0.06131 0.14724 0.06114 0.15047 0.06099 0.15369 0.06084 0.15692 0.06070 0.16015 0.06057 0.16338 0.06045 0.16660 0.06033 0.16983 0.06022 0.17306 0.06012 0.17629 0.06002 0.17951 0.05993 0.18274 0.05984 0.18597 0.05975 0.18920 0.05967 0.19243 0.05959 0.19565 0.05952 0.19888 0.05944 0.20211 0.05938\n 11 1194 54 0.20211 0.05938 0.20534 0.05931 0.20856 0.05925 0.05009 0.22799 0.05299 0.14207 0.05590 0.11343 0.05880 0.09911 0.06171 0.09052 0.06461 0.08479 0.06752 0.08070 0.07042 0.07763 0.07333 0.07525 0.07623 0.07334 0.07914 0.07177 0.08204 0.07047 0.08495 0.06937 0.08785 0.06843 0.09076 0.06761 0.09366 0.06689 0.09657 0.06626 0.09947 0.06570 0.10238 0.06520 0.10528 0.06475 0.10819 0.06434 0.11109 0.06396 0.11399 0.06362 0.11690 0.06331 0.11980 0.06303 0.12271 0.06276 0.12561 0.06252 0.12852 0.06229 0.13142 0.06208 0.13433 0.06188 0.13723 0.06170 0.14014 0.06152 0.14304 0.06136 0.14595 0.06121 0.14885 0.06106 0.15176 0.06093 0.15466 0.06080 0.15757 0.06068 0.16047 0.06056 0.16338 0.06045 0.16628 0.06034 0.16919 0.06024 0.17209 0.06015 0.17500 0.06006 0.17790 0.05997 0.18081 0.05989 0.18371 0.05981 0.18662 0.05973 0.18952 0.05966 0.19243 0.05959 0.06171 0.22971\n 11 1128 51 0.05026 0.22971 0.05247 0.15066 0.05511 0.11916 0.05775 0.10341 0.06039 0.09396 0.06303 0.08766 0.06567 0.08316 0.06831 0.07978 0.07095 0.07716 0.07359 0.07506 0.07623 0.07334 0.07887 0.07191 0.08151 0.07069 0.08415 0.06965 0.08679 0.06875 0.08944 0.06797 0.09208 0.06727 0.09472 0.06665 0.09736 0.06610 0.10000 0.06560 0.10264 0.06515 0.10528 0.06475 0.10792 0.06437 0.11056 0.06403 0.11320 0.06371 0.11584 0.06342 0.11848 0.06315 0.12112 0.06290 0.12377 0.06267 0.12641 0.06245 0.12905 0.06225 0.13169 0.06206 0.13433 0.06188 0.13697 0.06171 0.13961 0.06155 0.14225 0.06140 0.14489 0.06126 0.14753 0.06113 0.15017 0.06100 0.15281 0.06088 0.15545 0.06076 0.15810 0.06065 0.16074 0.06055 0.16338 0.06045 0.16602 0.06035 0.16866 0.06026 0.17130 0.06018 0.17394 0.06009 0.17658 0.06001 0.17922 0.05993 0.07051 0.22971\n 11 1128 51 0.05037 0.22971 0.05203 0.15926 0.05445 0.12489 0.05687 0.10770 0.05929 0.09739 0.06171 0.09052 0.06413 0.08561 0.06655 0.08193 0.06897 0.07907 0.07139 0.07677 0.07381 0.07490 0.07623 0.07334 0.07865 0.07202 0.08107 0.07088 0.08349 0.06990 0.08591 0.06904 0.08834 0.06828 0.09076 0.06761 0.09318 0.06701 0.09560 0.06646 0.09802 0.06597 0.10044 0.06553 0.10286 0.06512 0.10528 0.06475 0.10770 0.06440 0.11012 0.06408 0.11254 0.06379 0.11496 0.06352 0.11738 0.06326 0.11980 0.06303 0.12223 0.06281 0.12465 0.06260 0.12707 0.06240 0.12949 0.06222 0.13191 0.06204 0.13433 0.06188 0.13675 0.06173 0.13917 0.06158 0.14159 0.06144 0.14401 0.06131 0.14643 0.06118 0.14885 0.06106 0.15127 0.06095 0.15369 0.06084 0.15611 0.06074 0.15854 0.06064 0.16096 0.06054 0.16338 0.06045 0.16580 0.06036 0.16822 0.06028 0.07642 0.22971\n 11 1128 51 0.05042 0.22971 0.05165 0.16785 0.05389 0.13062 0.05612 0.11200 0.05836 0.10083 0.06059 0.09338 0.06283 0.08807 0.06506 0.08408 0.06729 0.08097 0.06953 0.07849 0.07176 0.07646 0.07400 0.07477 0.07623 0.07334 0.07847 0.07211 0.08070 0.07105 0.08294 0.07012 0.08517 0.06929 0.08740 0.06856 0.08964 0.06791 0.09187 0.06732 0.09411 0.06679 0.09634 0.06631 0.09858 0.06587 0.10081 0.06546 0.10305 0.06509 0.10528 0.06475 0.10751 0.06443 0.10975 0.06413 0.11198 0.06386 0.11422 0.06360 0.11645 0.06336 0.11869 0.06313 0.12092 0.06292 0.12316 0.06272 0.12539 0.06254 0.12763 0.06236 0.12986 0.06219 0.13209 0.06203 0.13433 0.06188 0.13656 0.06174 0.13880 0.06160 0.14103 0.06147 0.14327 0.06135 0.14550 0.06123 0.14774 0.06112 0.14997 0.06101 0.15220 0.06091 0.15444 0.06081 0.15667 0.06071 0.15891 0.06062 0.08038 0.22971\n 11 1128 51 0.05041 0.22971 0.05133 0.17644 0.05341 0.13634 0.05548 0.11630 0.05756 0.10427 0.05963 0.09625 0.06171 0.09052 0.06378 0.08622 0.06586 0.08288 0.06793 0.08021 0.07001 0.07802 0.07208 0.07620 0.07416 0.07466 0.07623 0.07334 0.07831 0.07219 0.08038 0.07119 0.08246 0.07030 0.08453 0.06952 0.08661 0.06882 0.08868 0.06818 0.09076 0.06761 0.09283 0.06709 0.09491 0.06661 0.09698 0.06618 0.09906 0.06578 0.10113 0.06541 0.10321 0.06506 0.10528 0.06475 0.10736 0.06445 0.10943 0.06417 0.11150 0.06391 0.11358 0.06367 0.11565 0.06344 0.11773 0.06323 0.11980 0.06303 0.12188 0.06284 0.12395 0.06266 0.12603 0.06248 0.12810 0.06232 0.13018 0.06217 0.13225 0.06202 0.13433 0.06188 0.13640 0.06175 0.13848 0.06162 0.14055 0.06150 0.14263 0.06138 0.14470 0.06127 0.14678 0.06117 0.14885 0.06106 0.15093 0.06096 0.08301 0.22971\n 11 1128 51 0.05039 0.22971 0.05106 0.18503 0.05299 0.14207 0.05493 0.12059 0.05687 0.10770 0.05880 0.09911 0.06074 0.09298 0.06268 0.08837 0.06461 0.08479 0.06655 0.08193 0.06849 0.07959 0.07042 0.07763 0.07236 0.07598 0.07430 0.07456 0.07623 0.07334 0.07817 0.07226 0.08011 0.07132 0.08204 0.07047 0.08398 0.06972 0.08591 0.06904 0.08785 0.06843 0.08979 0.06787 0.09172 0.06736 0.09366 0.06689 0.09560 0.06646 0.09753 0.06607 0.09947 0.06570 0.10141 0.06536 0.10334 0.06504 0.10528 0.06475 0.10722 0.06447 0.10915 0.06421 0.11109 0.06396 0.11303 0.06373 0.11496 0.06352 0.11690 0.06331 0.11884 0.06312 0.12077 0.06294 0.12271 0.06276 0.12465 0.06260 0.12658 0.06244 0.12852 0.06229 0.13046 0.06215 0.13239 0.06201 0.13433 0.06188 0.13627 0.06176 0.13820 0.06164 0.14014 0.06152 0.14207 0.06141 0.14401 0.06131 0.08470 0.22971\n 11 1128 51 0.05034 0.22971 0.05081 0.19362 0.05263 0.14780 0.05445 0.12489 0.05626 0.11114 0.05808 0.10198 0.05989 0.09543 0.06171 0.09052 0.06352 0.08670 0.06534 0.08365 0.06715 0.08115 0.06897 0.07907 0.07079 0.07730 0.07260 0.07579 0.07442 0.07448 0.07623 0.07334 0.07805 0.07233 0.07986 0.07143 0.08168 0.07062 0.08349 0.06990 0.08531 0.06925 0.08713 0.06865 0.08894 0.06811 0.09076 0.06761 0.09257 0.06715 0.09439 0.06673 0.09620 0.06634 0.09802 0.06597 0.09983 0.06563 0.10165 0.06532 0.10346 0.06502 0.10528 0.06475 0.10710 0.06448 0.10891 0.06424 0.11073 0.06401 0.11254 0.06379 0.11436 0.06358 0.11617 0.06339 0.11799 0.06320 0.11980 0.06303 0.12162 0.06286 0.12344 0.06270 0.12525 0.06255 0.12707 0.06240 0.12888 0.06226 0.13070 0.06213 0.13251 0.06200 0.13433 0.06188 0.13614 0.06176 0.13796 0.06165 0.08574 0.22971\n 11 1128 51 0.05028 0.22971 0.05060 0.20222 0.05231 0.15353 0.05402 0.12918 0.05573 0.11458 0.05744 0.10484 0.05914 0.09789 0.06085 0.09267 0.06256 0.08861 0.06427 0.08537 0.06598 0.08271 0.06769 0.08050 0.06940 0.07862 0.07111 0.07702 0.07281 0.07563 0.07452 0.07441 0.07623 0.07334 0.07794 0.07238 0.07965 0.07153 0.08136 0.07076 0.08307 0.07006 0.08478 0.06943 0.08648 0.06885 0.08819 0.06833 0.08990 0.06784 0.09161 0.06739 0.09332 0.06697 0.09503 0.06659 0.09674 0.06623 0.09845 0.06589 0.10015 0.06558 0.10186 0.06528 0.10357 0.06501 0.10528 0.06475 0.10699 0.06450 0.10870 0.06427 0.11041 0.06405 0.11212 0.06384 0.11382 0.06364 0.11553 0.06346 0.11724 0.06328 0.11895 0.06311 0.12066 0.06295 0.12237 0.06279 0.12408 0.06265 0.12578 0.06250 0.12749 0.06237 0.12920 0.06224 0.13091 0.06212 0.13262 0.06200 0.08629 0.22971\n 11 1128 51 0.05021 0.22971 0.05041 0.21081 0.05203 0.15926 0.05364 0.13348 0.05525 0.11801 0.05687 0.10770 0.05848 0.10034 0.06009 0.09482 0.06171 0.09052 0.06332 0.08708 0.06494 0.08427 0.06655 0.08193 0.06816 0.07995 0.06978 0.07825 0.07139 0.07677 0.07300 0.07549 0.07462 0.07435 0.07623 0.07334 0.07785 0.07243 0.07946 0.07162 0.08107 0.07088 0.08269 0.07021 0.08430 0.06960 0.08591 0.06904 0.08753 0.06853 0.08914 0.06805 0.09076 0.06761 0.09237 0.06720 0.09398 0.06682 0.09560 0.06646 0.09721 0.06613 0.09883 0.06582 0.10044 0.06553 0.10205 0.06525 0.10367 0.06499 0.10528 0.06475 0.10689 0.06451 0.10851 0.06429 0.11012 0.06408 0.11174 0.06389 0.11335 0.06370 0.11496 0.06352 0.11658 0.06335 0.11819 0.06318 0.11980 0.06303 0.12142 0.06288 0.12303 0.06273 0.12465 0.06260 0.12626 0.06247 0.12787 0.06234 0.08651 0.22971\n 11 1128 51 0.05014 0.22971 0.05024 0.21940 0.05177 0.16498 0.05330 0.13778 0.05483 0.12145 0.05636 0.11057 0.05789 0.10280 0.05941 0.09696 0.06094 0.09243 0.06247 0.08880 0.06400 0.08583 0.06553 0.08336 0.06706 0.08127 0.06859 0.07947 0.07012 0.07792 0.07165 0.07656 0.07317 0.07536 0.07470 0.07429 0.07623 0.07334 0.07776 0.07248 0.07929 0.07170 0.08082 0.07099 0.08235 0.07035 0.08388 0.06976 0.08541 0.06921 0.08693 0.06871 0.08846 0.06825 0.08999 0.06781 0.09152 0.06741 0.09305 0.06704 0.09458 0.06669 0.09611 0.06636 0.09764 0.06605 0.09916 0.06576 0.10069 0.06548 0.10222 0.06522 0.10375 0.06498 0.10528 0.06475 0.10681 0.06452 0.10834 0.06432 0.10987 0.06412 0.11140 0.06393 0.11292 0.06375 0.11445 0.06357 0.11598 0.06341 0.11751 0.06325 0.11904 0.06310 0.12057 0.06296 0.12210 0.06282 0.12363 0.06268 0.08648 0.22971\n 11 1128 51 0.05007 0.22971 0.05009 0.22799 0.05154 0.17071 0.05299 0.14207 0.05445 0.12489 0.05590 0.11343 0.05735 0.10525 0.05880 0.09911 0.06026 0.09434 0.06171 0.09052 0.06316 0.08740 0.06461 0.08479 0.06607 0.08259 0.06752 0.08070 0.06897 0.07907 0.07042 0.07763 0.07187 0.07637 0.07333 0.07525 0.07478 0.07424 0.07623 0.07334 0.07768 0.07252 0.07914 0.07177 0.08059 0.07110 0.08204 0.07047 0.08349 0.06990 0.08495 0.06937 0.08640 0.06888 0.08785 0.06843 0.08930 0.06800 0.09076 0.06761 0.09221 0.06724 0.09366 0.06689 0.09511 0.06657 0.09657 0.06626 0.09802 0.06597 0.09947 0.06570 0.10092 0.06544 0.10238 0.06520 0.10383 0.06497 0.10528 0.06475 0.10673 0.06454 0.10819 0.06434 0.10964 0.06415 0.11109 0.06396 0.11254 0.06379 0.11399 0.06362 0.11545 0.06347 0.11690 0.06331 0.11835 0.06317 0.11980 0.06303 0.08626 0.22971\n 11 1106 50 0.05011 0.22971 0.05133 0.17644 0.05272 0.14637 0.05410 0.12833 0.05548 0.11630 0.05687 0.10770 0.05825 0.10126 0.05963 0.09625 0.06102 0.09224 0.06240 0.08896 0.06378 0.08622 0.06517 0.08391 0.06655 0.08193 0.06793 0.08021 0.06932 0.07871 0.07070 0.07738 0.07208 0.07620 0.07347 0.07515 0.07485 0.07420 0.07623 0.07334 0.07762 0.07256 0.07900 0.07184 0.08038 0.07119 0.08176 0.07059 0.08315 0.07003 0.08453 0.06952 0.08591 0.06904 0.08730 0.06860 0.08868 0.06818 0.09006 0.06779 0.09145 0.06743 0.09283 0.06709 0.09421 0.06677 0.09560 0.06646 0.09698 0.06618 0.09836 0.06591 0.09975 0.06565 0.10113 0.06541 0.10251 0.06517 0.10390 0.06495 0.10528 0.06475 0.10666 0.06455 0.10805 0.06435 0.10943 0.06417 0.11081 0.06400 0.11220 0.06383 0.11358 0.06367 0.11496 0.06352 0.11635 0.06337 0.08591 0.22971\n 11 1106 50 0.05015 0.22971 0.05114 0.18217 0.05247 0.15066 0.05379 0.13176 0.05511 0.11916 0.05643 0.11016 0.05775 0.10341 0.05907 0.09816 0.06039 0.09396 0.06171 0.09052 0.06303 0.08766 0.06435 0.08523 0.06567 0.08316 0.06699 0.08136 0.06831 0.07978 0.06963 0.07839 0.07095 0.07716 0.07227 0.07605 0.07359 0.07506 0.07491 0.07416 0.07623 0.07334 0.07755 0.07259 0.07887 0.07191 0.08019 0.07128 0.08151 0.07069 0.08283 0.07015 0.08415 0.06965 0.08547 0.06919 0.08679 0.06875 0.08812 0.06835 0.08944 0.06797 0.09076 0.06761 0.09208 0.06727 0.09340 0.06695 0.09472 0.06665 0.09604 0.06637 0.09736 0.06610 0.09868 0.06585 0.10000 0.06560 0.10132 0.06537 0.10264 0.06515 0.10396 0.06495 0.10528 0.06475 0.10660 0.06455 0.10792 0.06437 0.10924 0.06420 0.11056 0.06403 0.11188 0.06387 0.11320 0.06371 0.08547 0.22971\n 11 1106 50 0.05017 0.22971 0.05097 0.18790 0.05224 0.15496 0.05350 0.13520 0.05476 0.12202 0.05602 0.11261 0.05729 0.10556 0.05855 0.10007 0.05981 0.09568 0.06108 0.09208 0.06234 0.08909 0.06360 0.08656 0.06487 0.08438 0.06613 0.08250 0.06739 0.08086 0.06865 0.07940 0.06992 0.07811 0.07118 0.07695 0.07244 0.07591 0.07371 0.07497 0.07497 0.07412 0.07623 0.07334 0.07749 0.07262 0.07876 0.07196 0.08002 0.07135 0.08128 0.07079 0.08255 0.07027 0.08381 0.06978 0.08507 0.06933 0.08634 0.06890 0.08760 0.06850 0.08886 0.06813 0.09012 0.06778 0.09139 0.06745 0.09265 0.06713 0.09391 0.06684 0.09518 0.06655 0.09644 0.06629 0.09770 0.06603 0.09897 0.06579 0.10023 0.06556 0.10149 0.06534 0.10275 0.06514 0.10402 0.06494 0.10528 0.06475 0.10654 0.06456 0.10781 0.06439 0.10907 0.06422 0.11033 0.06406 0.08497 0.22971\n 11 1106 50 0.05018 0.22971 0.05081 0.19362 0.05203 0.15926 0.05324 0.13864 0.05445 0.12489 0.05566 0.11507 0.05687 0.10770 0.05808 0.10198 0.05929 0.09739 0.06050 0.09365 0.06171 0.09052 0.06292 0.08788 0.06413 0.08561 0.06534 0.08365 0.06655 0.08193 0.06776 0.08041 0.06897 0.07907 0.07018 0.07786 0.07139 0.07677 0.07260 0.07579 0.07381 0.07490 0.07502 0.07408 0.07623 0.07334 0.07744 0.07265 0.07865 0.07202 0.07986 0.07143 0.08107 0.07088 0.08228 0.07037 0.08349 0.06990 0.08470 0.06946 0.08591 0.06904 0.08713 0.06865 0.08834 0.06828 0.08955 0.06794 0.09076 0.06761 0.09197 0.06730 0.09318 0.06701 0.09439 0.06673 0.09560 0.06646 0.09681 0.06621 0.09802 0.06597 0.09923 0.06574 0.10044 0.06553 0.10165 0.06532 0.10286 0.06512 0.10407 0.06493 0.10528 0.06475 0.10649 0.06457 0.10770 0.06440 0.08441 0.22971\n 11 1106 50 0.05018 0.22971 0.05067 0.19935 0.05183 0.16355 0.05299 0.14207 0.05416 0.12775 0.05532 0.11752 0.05648 0.10985 0.05764 0.10389 0.05880 0.09911 0.05996 0.09521 0.06113 0.09195 0.06229 0.08920 0.06345 0.08684 0.06461 0.08479 0.06577 0.08300 0.06694 0.08142 0.06810 0.08002 0.06926 0.07876 0.07042 0.07763 0.07158 0.07661 0.07275 0.07568 0.07391 0.07483 0.07507 0.07405 0.07623 0.07334 0.07739 0.07268 0.07856 0.07206 0.07972 0.07150 0.08088 0.07097 0.08204 0.07047 0.08320 0.07001 0.08437 0.06958 0.08553 0.06917 0.08669 0.06879 0.08785 0.06843 0.08901 0.06809 0.09018 0.06776 0.09134 0.06746 0.09250 0.06717 0.09366 0.06689 0.09482 0.06663 0.09598 0.06638 0.09715 0.06614 0.09831 0.06592 0.09947 0.06570 0.10063 0.06549 0.10179 0.06529 0.10296 0.06510 0.10412 0.06492 0.10528 0.06475 0.08383 0.22971\n 11 1106 50 0.05017 0.22971 0.05054 0.20508 0.05165 0.16785 0.05277 0.14551 0.05389 0.13062 0.05500 0.11998 0.05612 0.11200 0.05724 0.10580 0.05836 0.10083 0.05947 0.09677 0.06059 0.09338 0.06171 0.09052 0.06283 0.08807 0.06394 0.08594 0.06506 0.08408 0.06618 0.08243 0.06729 0.08097 0.06841 0.07967 0.06953 0.07849 0.07065 0.07743 0.07176 0.07646 0.07288 0.07558 0.07400 0.07477 0.07511 0.07402 0.07623 0.07334 0.07735 0.07270 0.07847 0.07211 0.07958 0.07156 0.08070 0.07105 0.08182 0.07057 0.08294 0.07012 0.08405 0.06969 0.08517 0.06929 0.08629 0.06892 0.08740 0.06856 0.08852 0.06823 0.08964 0.06791 0.09076 0.06761 0.09187 0.06732 0.09299 0.06705 0.09411 0.06679 0.09523 0.06654 0.09634 0.06631 0.09746 0.06608 0.09858 0.06587 0.09969 0.06566 0.10081 0.06546 0.10193 0.06527 0.10305 0.06509 0.08323 0.22971\n 11 1106 50 0.05015 0.22971 0.05041 0.21081 0.05149 0.17214 0.05256 0.14895 0.05364 0.13348 0.05471 0.12243 0.05579 0.11415 0.05687 0.10770 0.05794 0.10255 0.05902 0.09833 0.06009 0.09482 0.06117 0.09184 0.06225 0.08929 0.06332 0.08708 0.06440 0.08515 0.06547 0.08345 0.06655 0.08193 0.06763 0.08057 0.06870 0.07935 0.06978 0.07825 0.07085 0.07724 0.07193 0.07633 0.07300 0.07549 0.07408 0.07471 0.07516 0.07400 0.07623 0.07334 0.07731 0.07272 0.07838 0.07215 0.07946 0.07162 0.08054 0.07112 0.08161 0.07065 0.08269 0.07021 0.08376 0.06980 0.08484 0.06941 0.08591 0.06904 0.08699 0.06869 0.08807 0.06836 0.08914 0.06805 0.09022 0.06775 0.09129 0.06747 0.09237 0.06720 0.09345 0.06694 0.09452 0.06670 0.09560 0.06646 0.09667 0.06624 0.09775 0.06602 0.09883 0.06582 0.09990 0.06562 0.10098 0.06543 0.08261 0.22971\n 11 1106 50 0.05013 0.22971 0.05030 0.21654 0.05133 0.17644 0.05237 0.15238 0.05341 0.13634 0.05445 0.12489 0.05548 0.11630 0.05652 0.10961 0.05756 0.10427 0.05860 0.09989 0.05963 0.09625 0.06067 0.09316 0.06171 0.09052 0.06275 0.08823 0.06378 0.08622 0.06482 0.08446 0.06586 0.08288 0.06690 0.08148 0.06793 0.08021 0.06897 0.07907 0.07001 0.07802 0.07104 0.07707 0.07208 0.07620 0.07312 0.07540 0.07416 0.07466 0.07519 0.07397 0.07623 0.07334 0.07727 0.07274 0.07831 0.07219 0.07934 0.07167 0.08038 0.07119 0.08142 0.07073 0.08246 0.07030 0.08349 0.06990 0.08453 0.06952 0.08557 0.06916 0.08661 0.06882 0.08764 0.06849 0.08868 0.06818 0.08972 0.06789 0.09076 0.06761 0.09179 0.06734 0.09283 0.06709 0.09387 0.06685 0.09491 0.06661 0.09594 0.06639 0.09698 0.06618 0.09802 0.06597 0.09906 0.06578 0.08199 0.22971\n 11 1106 50 0.05010 0.22971 0.05019 0.22226 0.05119 0.18074 0.05219 0.15582 0.05319 0.13921 0.05420 0.12734 0.05520 0.11844 0.05620 0.11152 0.05720 0.10599 0.05820 0.10146 0.05920 0.09768 0.06021 0.09449 0.06121 0.09175 0.06221 0.08938 0.06321 0.08730 0.06421 0.08547 0.06521 0.08384 0.06622 0.08238 0.06722 0.08107 0.06822 0.07988 0.06922 0.07880 0.07022 0.07782 0.07122 0.07692 0.07223 0.07609 0.07323 0.07532 0.07423 0.07461 0.07523 0.07395 0.07623 0.07334 0.07723 0.07276 0.07824 0.07223 0.07924 0.07173 0.08024 0.07125 0.08124 0.07081 0.08224 0.07039 0.08324 0.07000 0.08425 0.06962 0.08525 0.06927 0.08625 0.06893 0.08725 0.06861 0.08825 0.06831 0.08925 0.06802 0.09026 0.06774 0.09126 0.06748 0.09226 0.06723 0.09326 0.06699 0.09426 0.06676 0.09526 0.06654 0.09627 0.06632 0.09727 0.06612 0.08137 0.22971\n 11 1106 50 0.05007 0.22971 0.05009 0.22799 0.05106 0.18503 0.05203 0.15926 0.05299 0.14207 0.05396 0.12980 0.05493 0.12059 0.05590 0.11343 0.05687 0.10770 0.05783 0.10302 0.05880 0.09911 0.05977 0.09581 0.06074 0.09298 0.06171 0.09052 0.06268 0.08837 0.06364 0.08648 0.06461 0.08479 0.06558 0.08329 0.06655 0.08193 0.06752 0.08070 0.06849 0.07959 0.06945 0.07857 0.07042 0.07763 0.07139 0.07677 0.07236 0.07598 0.07333 0.07525 0.07430 0.07456 0.07526 0.07393 0.07623 0.07334 0.07720 0.07278 0.07817 0.07226 0.07914 0.07177 0.08011 0.07132 0.08107 0.07088 0.08204 0.07047 0.08301 0.07009 0.08398 0.06972 0.08495 0.06937 0.08591 0.06904 0.08688 0.06873 0.08785 0.06843 0.08882 0.06814 0.08979 0.06787 0.09076 0.06761 0.09172 0.06736 0.09269 0.06712 0.09366 0.06689 0.09463 0.06667 0.09560 0.06646 0.08076 0.22971\n 11 1084 49 0.05008 0.22971 0.05093 0.18933 0.05187 0.16269 0.05281 0.14494 0.05374 0.13225 0.05468 0.12274 0.05562 0.11534 0.05655 0.10942 0.05749 0.10458 0.05843 0.10054 0.05937 0.09713 0.06030 0.09420 0.06124 0.09167 0.06218 0.08945 0.06311 0.08749 0.06405 0.08575 0.06499 0.08419 0.06592 0.08279 0.06686 0.08152 0.06780 0.08037 0.06874 0.07931 0.06967 0.07835 0.07061 0.07746 0.07155 0.07664 0.07248 0.07588 0.07342 0.07518 0.07436 0.07452 0.07529 0.07391 0.07623 0.07334 0.07717 0.07280 0.07811 0.07230 0.07904 0.07182 0.07998 0.07137 0.08092 0.07095 0.08185 0.07055 0.08279 0.07017 0.08373 0.06981 0.08467 0.06947 0.08560 0.06915 0.08654 0.06884 0.08748 0.06854 0.08841 0.06826 0.08935 0.06799 0.09029 0.06773 0.09122 0.06749 0.09216 0.06725 0.09310 0.06702 0.09404 0.06681 0.08016 0.22971\n 11 1084 49 0.05010 0.22971 0.05081 0.19362 0.05172 0.16613 0.05263 0.14780 0.05354 0.13471 0.05445 0.12489 0.05535 0.11725 0.05626 0.11114 0.05717 0.10614 0.05808 0.10198 0.05898 0.09845 0.05989 0.09543 0.06080 0.09281 0.06171 0.09052 0.06262 0.08850 0.06352 0.08670 0.06443 0.08509 0.06534 0.08365 0.06625 0.08234 0.06715 0.08115 0.06806 0.08006 0.06897 0.07907 0.06988 0.07815 0.07079 0.07730 0.07169 0.07652 0.07260 0.07579 0.07351 0.07511 0.07442 0.07448 0.07532 0.07389 0.07623 0.07334 0.07714 0.07282 0.07805 0.07233 0.07896 0.07186 0.07986 0.07143 0.08077 0.07102 0.08168 0.07062 0.08259 0.07025 0.08349 0.06990 0.08440 0.06957 0.08531 0.06925 0.08622 0.06894 0.08713 0.06865 0.08803 0.06837 0.08894 0.06811 0.08985 0.06785 0.09076 0.06761 0.09166 0.06738 0.09257 0.06715 0.07956 0.22971\n 11 1084 49 0.05011 0.22971 0.05070 0.19792 0.05158 0.16957 0.05247 0.15066 0.05335 0.13716 0.05423 0.12704 0.05511 0.11916 0.05599 0.11286 0.05687 0.10770 0.05775 0.10341 0.05863 0.09977 0.05951 0.09666 0.06039 0.09396 0.06127 0.09159 0.06215 0.08951 0.06303 0.08766 0.06391 0.08600 0.06479 0.08451 0.06567 0.08316 0.06655 0.08193 0.06743 0.08081 0.06831 0.07978 0.06919 0.07884 0.07007 0.07796 0.07095 0.07716 0.07183 0.07641 0.07271 0.07571 0.07359 0.07506 0.07447 0.07445 0.07535 0.07387 0.07623 0.07334 0.07711 0.07283 0.07799 0.07236 0.07887 0.07191 0.07975 0.07148 0.08063 0.07108 0.08151 0.07069 0.08239 0.07033 0.08327 0.06998 0.08415 0.06965 0.08503 0.06934 0.08591 0.06904 0.08679 0.06875 0.08768 0.06848 0.08856 0.06822 0.08944 0.06797 0.09032 0.06773 0.09120 0.06749 0.07898 0.22971\n 11 1084 49 0.05012 0.22971 0.05060 0.20222 0.05146 0.17300 0.05231 0.15353 0.05316 0.13962 0.05402 0.12918 0.05487 0.12107 0.05573 0.11458 0.05658 0.10927 0.05744 0.10484 0.05829 0.10110 0.05914 0.09789 0.06000 0.09510 0.06085 0.09267 0.06171 0.09052 0.06256 0.08861 0.06342 0.08690 0.06427 0.08537 0.06513 0.08397 0.06598 0.08271 0.06683 0.08156 0.06769 0.08050 0.06854 0.07952 0.06940 0.07862 0.07025 0.07779 0.07111 0.07702 0.07196 0.07630 0.07281 0.07563 0.07367 0.07500 0.07452 0.07441 0.07538 0.07386 0.07623 0.07334 0.07709 0.07285 0.07794 0.07238 0.07880 0.07194 0.07965 0.07153 0.08050 0.07113 0.08136 0.07076 0.08221 0.07040 0.08307 0.07006 0.08392 0.06974 0.08478 0.06943 0.08563 0.06914 0.08648 0.06885 0.08734 0.06858 0.08819 0.06833 0.08905 0.06808 0.08990 0.06784 0.07840 0.22971\n 11 1084 49 0.05012 0.22971 0.05050 0.20651 0.05133 0.17644 0.05216 0.15639 0.05299 0.14207 0.05382 0.13133 0.05465 0.12298 0.05548 0.11630 0.05631 0.11083 0.05714 0.10627 0.05797 0.10242 0.05880 0.09911 0.05963 0.09625 0.06046 0.09374 0.06129 0.09153 0.06212 0.08957 0.06295 0.08781 0.06378 0.08622 0.06461 0.08479 0.06544 0.08349 0.06627 0.08230 0.06710 0.08121 0.06793 0.08021 0.06876 0.07929 0.06959 0.07843 0.07042 0.07763 0.07125 0.07689 0.07208 0.07620 0.07291 0.07555 0.07374 0.07495 0.07457 0.07438 0.07540 0.07384 0.07623 0.07334 0.07706 0.07286 0.07789 0.07241 0.07872 0.07198 0.07955 0.07157 0.08038 0.07119 0.08121 0.07082 0.08204 0.07047 0.08287 0.07014 0.08370 0.06982 0.08453 0.06952 0.08536 0.06923 0.08619 0.06895 0.08702 0.06868 0.08785 0.06843 0.08868 0.06818 0.07785 0.22971\n 11 1084 49 0.05012 0.22971 0.05041 0.21081 0.05122 0.17988 0.05203 0.15926 0.05283 0.14453 0.05364 0.13348 0.05445 0.12489 0.05525 0.11801 0.05606 0.11239 0.05687 0.10770 0.05767 0.10374 0.05848 0.10034 0.05929 0.09739 0.06009 0.09482 0.06090 0.09254 0.06171 0.09052 0.06251 0.08871 0.06332 0.08708 0.06413 0.08561 0.06494 0.08427 0.06574 0.08305 0.06655 0.08193 0.06736 0.08090 0.06816 0.07995 0.06897 0.07907 0.06978 0.07825 0.07058 0.07748 0.07139 0.07677 0.07220 0.07611 0.07300 0.07549 0.07381 0.07490 0.07462 0.07435 0.07543 0.07383 0.07623 0.07334 0.07704 0.07287 0.07785 0.07243 0.07865 0.07202 0.07946 0.07162 0.08027 0.07124 0.08107 0.07088 0.08188 0.07054 0.08269 0.07021 0.08349 0.06990 0.08430 0.06960 0.08511 0.06932 0.08591 0.06904 0.08672 0.06878 0.08753 0.06853 0.07730 0.22971\n 11 1084 49 0.05011 0.22971 0.05032 0.21510 0.05111 0.18331 0.05189 0.16212 0.05268 0.14698 0.05346 0.13563 0.05425 0.12680 0.05503 0.11973 0.05582 0.11395 0.05660 0.10914 0.05739 0.10506 0.05817 0.10157 0.05896 0.09854 0.05975 0.09589 0.06053 0.09355 0.06132 0.09148 0.06210 0.08962 0.06289 0.08794 0.06367 0.08643 0.06446 0.08505 0.06524 0.08380 0.06603 0.08265 0.06681 0.08159 0.06760 0.08061 0.06838 0.07970 0.06917 0.07886 0.06995 0.07808 0.07074 0.07735 0.07152 0.07666 0.07231 0.07602 0.07309 0.07542 0.07388 0.07485 0.07466 0.07432 0.07545 0.07381 0.07623 0.07334 0.07702 0.07288 0.07780 0.07246 0.07859 0.07205 0.07937 0.07166 0.08016 0.07129 0.08094 0.07094 0.08173 0.07060 0.08251 0.07028 0.08330 0.06998 0.08408 0.06968 0.08487 0.06940 0.08565 0.06913 0.08644 0.06887 0.07677 0.22971\n 11 1084 49 0.05010 0.22971 0.05024 0.21940 0.05101 0.18675 0.05177 0.16498 0.05253 0.14944 0.05330 0.13778 0.05406 0.12871 0.05483 0.12145 0.05559 0.11552 0.05636 0.11057 0.05712 0.10638 0.05789 0.10280 0.05865 0.09969 0.05941 0.09696 0.06018 0.09456 0.06094 0.09243 0.06171 0.09052 0.06247 0.08880 0.06324 0.08725 0.06400 0.08583 0.06477 0.08454 0.06553 0.08336 0.06629 0.08227 0.06706 0.08127 0.06782 0.08034 0.06859 0.07947 0.06935 0.07867 0.07012 0.07792 0.07088 0.07722 0.07165 0.07656 0.07241 0.07594 0.07317 0.07536 0.07394 0.07481 0.07470 0.07429 0.07547 0.07380 0.07623 0.07334 0.07700 0.07290 0.07776 0.07248 0.07853 0.07208 0.07929 0.07170 0.08005 0.07134 0.08082 0.07099 0.08158 0.07066 0.08235 0.07035 0.08311 0.07005 0.08388 0.06976 0.08464 0.06948 0.08541 0.06921 0.07625 0.22971\n 11 1084 49 0.05008 0.22971 0.05016 0.22370 0.05091 0.19019 0.05165 0.16785 0.05240 0.15189 0.05314 0.13992 0.05389 0.13062 0.05463 0.12317 0.05538 0.11708 0.05612 0.11200 0.05687 0.10770 0.05761 0.10402 0.05836 0.10083 0.05910 0.09804 0.05985 0.09557 0.06059 0.09338 0.06134 0.09143 0.06208 0.08966 0.06283 0.08807 0.06357 0.08662 0.06431 0.08529 0.06506 0.08408 0.06580 0.08296 0.06655 0.08193 0.06729 0.08097 0.06804 0.08009 0.06878 0.07926 0.06953 0.07849 0.07027 0.07777 0.07102 0.07710 0.07176 0.07646 0.07251 0.07586 0.07325 0.07530 0.07400 0.07477 0.07474 0.07427 0.07549 0.07379 0.07623 0.07334 0.07698 0.07291 0.07772 0.07250 0.07847 0.07211 0.07921 0.07174 0.07996 0.07138 0.08070 0.07105 0.08145 0.07072 0.08219 0.07041 0.08294 0.07012 0.08368 0.06983 0.08443 0.06956 0.07575 0.22971\n 11 1084 49 0.05007 0.22971 0.05009 0.22799 0.05081 0.19362 0.05154 0.17071 0.05227 0.15435 0.05299 0.14207 0.05372 0.13253 0.05445 0.12489 0.05517 0.11864 0.05590 0.11343 0.05662 0.10903 0.05735 0.10525 0.05808 0.10198 0.05880 0.09911 0.05953 0.09659 0.06026 0.09434 0.06098 0.09233 0.06171 0.09052 0.06243 0.08888 0.06316 0.08740 0.06389 0.08604 0.06461 0.08479 0.06534 0.08365 0.06607 0.08259 0.06679 0.08161 0.06752 0.08070 0.06824 0.07986 0.06897 0.07907 0.06970 0.07833 0.07042 0.07763 0.07115 0.07698 0.07187 0.07637 0.07260 0.07579 0.07333 0.07525 0.07405 0.07473 0.07478 0.07424 0.07551 0.07378 0.07623 0.07334 0.07696 0.07292 0.07768 0.07252 0.07841 0.07214 0.07914 0.07177 0.07986 0.07143 0.08059 0.07110 0.08132 0.07078 0.08204 0.07047 0.08277 0.07018 0.08349 0.06990 0.07526 0.22971\n 11 1062 48 0.05007 0.22971 0.05073 0.19706 0.05143 0.17358 0.05214 0.15680 0.05285 0.14422 0.05356 0.13444 0.05427 0.12661 0.05498 0.12020 0.05569 0.11486 0.05639 0.11035 0.05710 0.10648 0.05781 0.10312 0.05852 0.10019 0.05923 0.09760 0.05994 0.09529 0.06065 0.09323 0.06135 0.09138 0.06206 0.08970 0.06277 0.08818 0.06348 0.08679 0.06419 0.08551 0.06490 0.08433 0.06560 0.08325 0.06631 0.08225 0.06702 0.08132 0.06773 0.08045 0.06844 0.07964 0.06915 0.07888 0.06986 0.07817 0.07056 0.07750 0.07127 0.07687 0.07198 0.07628 0.07269 0.07572 0.07340 0.07519 0.07411 0.07469 0.07481 0.07422 0.07552 0.07377 0.07623 0.07334 0.07694 0.07293 0.07765 0.07254 0.07836 0.07217 0.07907 0.07181 0.07977 0.07147 0.08048 0.07114 0.08119 0.07083 0.08190 0.07053 0.08261 0.07024 0.07478 0.22971\n 11 1062 48 0.05008 0.22971 0.05064 0.20050 0.05133 0.17644 0.05203 0.15926 0.05272 0.14637 0.05341 0.13634 0.05410 0.12833 0.05479 0.12176 0.05548 0.11630 0.05617 0.11167 0.05687 0.10770 0.05756 0.10427 0.05825 0.10126 0.05894 0.09861 0.05963 0.09625 0.06032 0.09414 0.06102 0.09224 0.06171 0.09052 0.06240 0.08896 0.06309 0.08753 0.06378 0.08622 0.06447 0.08502 0.06517 0.08391 0.06586 0.08288 0.06655 0.08193 0.06724 0.08104 0.06793 0.08021 0.06862 0.07943 0.06932 0.07871 0.07001 0.07802 0.07070 0.07738 0.07139 0.07677 0.07208 0.07620 0.07277 0.07566 0.07347 0.07515 0.07416 0.07466 0.07485 0.07420 0.07554 0.07376 0.07623 0.07334 0.07692 0.07294 0.07762 0.07256 0.07831 0.07219 0.07900 0.07184 0.07969 0.07151 0.08038 0.07119 0.08107 0.07088 0.08176 0.07059 0.07432 0.22971\n 11 1062 48 0.05009 0.22971 0.05056 0.20393 0.05124 0.17930 0.05191 0.16171 0.05259 0.14852 0.05326 0.13825 0.05394 0.13004 0.05461 0.12333 0.05529 0.11773 0.05597 0.11299 0.05664 0.10893 0.05732 0.10541 0.05799 0.10233 0.05867 0.09962 0.05934 0.09720 0.06002 0.09504 0.06069 0.09310 0.06137 0.09134 0.06205 0.08974 0.06272 0.08828 0.06340 0.08694 0.06407 0.08571 0.06475 0.08457 0.06542 0.08352 0.06610 0.08254 0.06677 0.08163 0.06745 0.08078 0.06813 0.07999 0.06880 0.07924 0.06948 0.07854 0.07015 0.07789 0.07083 0.07726 0.07150 0.07668 0.07218 0.07612 0.07285 0.07560 0.07353 0.07510 0.07421 0.07463 0.07488 0.07418 0.07556 0.07375 0.07623 0.07334 0.07691 0.07295 0.07758 0.07257 0.07826 0.07222 0.07893 0.07187 0.07961 0.07155 0.08029 0.07123 0.08096 0.07093 0.07387 0.22971\n 11 1062 48 0.05009 0.22971 0.05048 0.20737 0.05114 0.18217 0.05180 0.16417 0.05247 0.15066 0.05313 0.14016 0.05379 0.13176 0.05445 0.12489 0.05511 0.11916 0.05577 0.11431 0.05643 0.11016 0.05709 0.10656 0.05775 0.10341 0.05841 0.10063 0.05907 0.09816 0.05973 0.09595 0.06039 0.09396 0.06105 0.09216 0.06171 0.09052 0.06237 0.08903 0.06303 0.08766 0.06369 0.08640 0.06435 0.08523 0.06501 0.08416 0.06567 0.08316 0.06633 0.08223 0.06699 0.08136 0.06765 0.08054 0.06831 0.07978 0.06897 0.07907 0.06963 0.07839 0.07029 0.07776 0.07095 0.07716 0.07161 0.07659 0.07227 0.07605 0.07293 0.07554 0.07359 0.07506 0.07425 0.07459 0.07491 0.07416 0.07557 0.07374 0.07623 0.07334 0.07689 0.07296 0.07755 0.07259 0.07821 0.07224 0.07887 0.07191 0.07953 0.07158 0.08019 0.07128 0.07343 0.22971\n 11 1062 48 0.05010 0.22971 0.05041 0.21081 0.05106 0.18503 0.05170 0.16662 0.05235 0.15281 0.05299 0.14207 0.05364 0.13348 0.05428 0.12645 0.05493 0.12059 0.05558 0.11564 0.05622 0.11139 0.05687 0.10770 0.05751 0.10448 0.05816 0.10164 0.05880 0.09911 0.05945 0.09685 0.06009 0.09482 0.06074 0.09298 0.06139 0.09130 0.06203 0.08977 0.06268 0.08837 0.06332 0.08708 0.06397 0.08589 0.06461 0.08479 0.06526 0.08377 0.06590 0.08282 0.06655 0.08193 0.06719 0.08110 0.06784 0.08032 0.06849 0.07959 0.06913 0.07890 0.06978 0.07825 0.07042 0.07763 0.07107 0.07705 0.07171 0.07650 0.07236 0.07598 0.07300 0.07549 0.07365 0.07501 0.07430 0.07456 0.07494 0.07414 0.07559 0.07373 0.07623 0.07334 0.07688 0.07296 0.07752 0.07261 0.07817 0.07226 0.07881 0.07193 0.07946 0.07162 0.07300 0.22971\n 11 1062 48 0.05009 0.22971 0.05034 0.21424 0.05097 0.18790 0.05160 0.16908 0.05224 0.15496 0.05287 0.14398 0.05350 0.13520 0.05413 0.12801 0.05476 0.12202 0.05539 0.11696 0.05602 0.11261 0.05666 0.10885 0.05729 0.10556 0.05792 0.10265 0.05855 0.10007 0.05918 0.09776 0.05981 0.09568 0.06044 0.09379 0.06108 0.09208 0.06171 0.09052 0.06234 0.08909 0.06297 0.08777 0.06360 0.08656 0.06423 0.08543 0.06487 0.08438 0.06550 0.08341 0.06613 0.08250 0.06676 0.08165 0.06739 0.08086 0.06802 0.08011 0.06865 0.07940 0.06929 0.07874 0.06992 0.07811 0.07055 0.07752 0.07118 0.07695 0.07181 0.07642 0.07244 0.07591 0.07307 0.07543 0.07371 0.07497 0.07434 0.07454 0.07497 0.07412 0.07560 0.07372 0.07623 0.07334 0.07686 0.07297 0.07749 0.07262 0.07813 0.07229 0.07876 0.07196 0.07259 0.22971\n 11 1062 48 0.05009 0.22971 0.05027 0.21768 0.05089 0.19076 0.05151 0.17153 0.05213 0.15711 0.05275 0.14589 0.05336 0.13692 0.05398 0.12957 0.05460 0.12346 0.05522 0.11828 0.05584 0.11384 0.05645 0.11000 0.05707 0.10663 0.05769 0.10366 0.05831 0.10102 0.05893 0.09866 0.05954 0.09654 0.06016 0.09461 0.06078 0.09286 0.06140 0.09127 0.06202 0.08980 0.06263 0.08846 0.06325 0.08722 0.06387 0.08607 0.06449 0.08500 0.06511 0.08400 0.06573 0.08307 0.06634 0.08221 0.06696 0.08139 0.06758 0.08063 0.06820 0.07991 0.06882 0.07923 0.06943 0.07859 0.07005 0.07798 0.07067 0.07741 0.07129 0.07686 0.07191 0.07634 0.07252 0.07585 0.07314 0.07538 0.07376 0.07494 0.07438 0.07451 0.07500 0.07410 0.07561 0.07371 0.07623 0.07334 0.07685 0.07298 0.07747 0.07264 0.07809 0.07231 0.07219 0.22971\n 11 1062 48 0.05008 0.22971 0.05021 0.22112 0.05081 0.19362 0.05142 0.17398 0.05203 0.15926 0.05263 0.14780 0.05324 0.13864 0.05384 0.13114 0.05445 0.12489 0.05505 0.11960 0.05566 0.11507 0.05626 0.11114 0.05687 0.10770 0.05747 0.10467 0.05808 0.10198 0.05868 0.09957 0.05929 0.09739 0.05989 0.09543 0.06050 0.09365 0.06110 0.09202 0.06171 0.09052 0.06231 0.08915 0.06292 0.08788 0.06352 0.08670 0.06413 0.08561 0.06473 0.08460 0.06534 0.08365 0.06594 0.08276 0.06655 0.08193 0.06715 0.08115 0.06776 0.08041 0.06836 0.07972 0.06897 0.07907 0.06958 0.07845 0.07018 0.07786 0.07079 0.07730 0.07139 0.07677 0.07200 0.07627 0.07260 0.07579 0.07321 0.07534 0.07381 0.07490 0.07442 0.07448 0.07502 0.07408 0.07563 0.07370 0.07623 0.07334 0.07684 0.07299 0.07744 0.07265 0.07180 0.22971\n 11 1062 48 0.05008 0.22971 0.05015 0.22455 0.05074 0.19649 0.05133 0.17644 0.05193 0.16140 0.05252 0.14971 0.05311 0.14035 0.05370 0.13270 0.05430 0.12632 0.05489 0.12092 0.05548 0.11630 0.05608 0.11229 0.05667 0.10878 0.05726 0.10568 0.05785 0.10293 0.05845 0.10047 0.05904 0.09825 0.05963 0.09625 0.06023 0.09443 0.06082 0.09276 0.06141 0.09124 0.06200 0.08983 0.06260 0.08854 0.06319 0.08734 0.06378 0.08622 0.06438 0.08519 0.06497 0.08422 0.06556 0.08331 0.06615 0.08247 0.06675 0.08167 0.06734 0.08092 0.06793 0.08021 0.06853 0.07954 0.06912 0.07891 0.06971 0.07831 0.07030 0.07774 0.07090 0.07720 0.07149 0.07669 0.07208 0.07620 0.07268 0.07573 0.07327 0.07529 0.07386 0.07486 0.07445 0.07446 0.07505 0.07407 0.07564 0.07370 0.07623 0.07334 0.07682 0.07299 0.07142 0.22971\n 11 1040 47 0.05007 0.22971 0.05009 0.22799 0.05067 0.19935 0.05125 0.17889 0.05183 0.16355 0.05241 0.15162 0.05299 0.14207 0.05357 0.13426 0.05416 0.12775 0.05474 0.12224 0.05532 0.11752 0.05590 0.11343 0.05648 0.10985 0.05706 0.10669 0.05764 0.10389 0.05822 0.10137 0.05880 0.09911 0.05938 0.09707 0.05996 0.09521 0.06055 0.09351 0.06113 0.09195 0.06171 0.09052 0.06229 0.08920 0.06287 0.08798 0.06345 0.08684 0.06403 0.08578 0.06461 0.08479 0.06519 0.08387 0.06577 0.08300 0.06636 0.08219 0.06694 0.08142 0.06752 0.08070 0.06810 0.08002 0.06868 0.07937 0.06926 0.07876 0.06984 0.07818 0.07042 0.07763 0.07100 0.07711 0.07158 0.07661 0.07217 0.07613 0.07275 0.07568 0.07333 0.07525 0.07391 0.07483 0.07449 0.07443 0.07507 0.07405 0.07565 0.07369 0.07623 0.07334\n 21 6 1\n 25 6 1\n 82 0\n 81 6 22\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 23\n 21 6 1\n 25 6 1\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 21 6 1\n 25 6 1\n 11 50 2 0.03605 0.32850 0.03776 0.33056\n 11 50 2 0.03508 0.33523 0.03776 0.33879\n 11 50 2 0.03508 0.34308 0.03776 0.34702\n 11 50 2 0.03508 0.35086 0.03776 0.35525\n 11 50 2 0.03552 0.35789 0.03508 0.35749\n 11 50 2 0.03508 0.35854 0.03776 0.36348\n 11 50 2 0.03600 0.36648 0.03508 0.36553\n 11 50 2 0.03508 0.36601 0.03776 0.37171\n 11 116 5 0.03649 0.37511 0.03535 0.37378 0.03541 0.37553 0.03535 0.37378 0.03776 0.37994\n 11 116 5 0.03699 0.38378 0.03607 0.38251 0.03600 0.38407 0.03607 0.38251 0.03776 0.38817\n 11 116 5 0.03750 0.39246 0.03681 0.39126 0.03660 0.39263 0.03681 0.39126 0.03776 0.39640\n 11 116 5 0.03802 0.40116 0.03757 0.40002 0.03722 0.40119 0.03757 0.40002 0.03776 0.40463\n 11 116 5 0.03855 0.40986 0.03833 0.40880 0.03783 0.40976 0.03833 0.40880 0.03776 0.41286\n 11 116 5 0.03905 0.41857 0.03906 0.41757 0.03843 0.41834 0.03906 0.41757 0.03776 0.42109\n 11 116 5 0.03950 0.42724 0.03973 0.42631 0.03897 0.42689 0.03973 0.42631 0.03776 0.42932\n 11 116 5 0.03991 0.43582 0.04032 0.43495 0.03945 0.43538 0.04032 0.43495 0.03776 0.43755\n 11 116 5 0.04030 0.44431 0.04087 0.44345 0.03989 0.44376 0.04087 0.44345 0.03776 0.44578\n 11 116 5 0.04070 0.45268 0.04142 0.45181 0.04032 0.45204 0.04142 0.45181 0.03776 0.45401\n 11 116 5 0.04113 0.46097 0.04199 0.46005 0.04074 0.46023 0.04199 0.46005 0.03776 0.46224\n 11 116 5 0.04158 0.46917 0.04258 0.46818 0.04117 0.46833 0.04258 0.46818 0.03776 0.47047\n 11 116 5 0.04205 0.47730 0.04318 0.47620 0.04161 0.47635 0.04318 0.47620 0.03776 0.47870\n 11 116 5 0.04254 0.48537 0.04380 0.48414 0.04205 0.48431 0.04380 0.48414 0.03776 0.48693\n 11 116 5 0.04305 0.49338 0.04444 0.49201 0.04249 0.49221 0.04444 0.49201 0.03776 0.49516\n 11 116 5 0.04357 0.50135 0.04508 0.49981 0.04294 0.50007 0.04508 0.49981 0.03776 0.50339\n 11 116 5 0.04410 0.50928 0.04574 0.50757 0.04339 0.50789 0.04574 0.50757 0.03776 0.51162\n 11 116 5 0.04463 0.51720 0.04639 0.51531 0.04384 0.51569 0.04639 0.51531 0.03776 0.51985\n 11 116 5 0.04517 0.52512 0.04705 0.52305 0.04429 0.52349 0.04705 0.52305 0.03776 0.52808\n 11 50 2 0.04677 0.32850 0.04851 0.33056\n 11 116 5 0.04505 0.33295 0.04306 0.33164 0.04380 0.33391 0.04306 0.33164 0.04851 0.33879\n 11 116 5 0.04552 0.34134 0.04371 0.34000 0.04429 0.34218 0.04371 0.34000 0.04851 0.34702\n 11 116 5 0.04600 0.34980 0.04437 0.34846 0.04481 0.35052 0.04437 0.34846 0.04851 0.35525\n 11 116 5 0.04648 0.35833 0.04505 0.35701 0.04535 0.35893 0.04505 0.35701 0.04851 0.36348\n 11 116 5 0.04697 0.36692 0.04575 0.36564 0.04591 0.36740 0.04575 0.36564 0.04851 0.37171\n 11 116 5 0.04746 0.37555 0.04646 0.37433 0.04648 0.37591 0.04646 0.37433 0.04851 0.37994\n 11 116 5 0.04797 0.38422 0.04719 0.38306 0.04707 0.38445 0.04719 0.38306 0.04851 0.38817\n 11 116 5 0.04848 0.39292 0.04794 0.39182 0.04768 0.39302 0.04794 0.39182 0.04851 0.39640\n 11 116 5 0.04900 0.40163 0.04870 0.40061 0.04830 0.40160 0.04870 0.40061 0.04851 0.40463\n 11 116 5 0.04952 0.41036 0.04945 0.40942 0.04891 0.41020 0.04945 0.40942 0.04851 0.41286\n 11 116 5 0.04998 0.41908 0.05014 0.41822 0.04948 0.41880 0.05014 0.41822 0.04851 0.42109\n 11 116 5 0.05039 0.42775 0.05074 0.42696 0.04997 0.42736 0.05074 0.42696 0.04851 0.42932\n 11 116 5 0.05076 0.43630 0.05128 0.43557 0.05041 0.43582 0.05128 0.43557 0.04851 0.43755\n 11 116 5 0.05114 0.44475 0.05181 0.44403 0.05083 0.44418 0.05181 0.44403 0.04851 0.44578\n 11 116 5 0.05154 0.45311 0.05236 0.45236 0.05125 0.45243 0.05236 0.45236 0.04851 0.45401\n 11 116 5 0.05197 0.46138 0.05293 0.46058 0.05168 0.46061 0.05293 0.46058 0.04851 0.46224\n 11 116 5 0.05242 0.46958 0.05352 0.46869 0.05211 0.46870 0.05352 0.46869 0.04851 0.47047\n 11 116 5 0.05289 0.47771 0.05412 0.47672 0.05255 0.47672 0.05412 0.47672 0.04851 0.47870\n 11 116 5 0.05338 0.48577 0.05474 0.48466 0.05299 0.48468 0.05474 0.48466 0.04851 0.48693\n 11 116 5 0.05389 0.49379 0.05538 0.49253 0.05343 0.49259 0.05538 0.49253 0.04851 0.49516\n 11 116 5 0.05441 0.50176 0.05602 0.50034 0.05388 0.50044 0.05602 0.50034 0.04851 0.50339\n 11 116 5 0.05494 0.50970 0.05667 0.50811 0.05432 0.50827 0.05667 0.50811 0.04851 0.51162\n 11 116 5 0.05547 0.51762 0.05733 0.51585 0.05477 0.51608 0.05733 0.51585 0.04851 0.51985\n 11 116 5 0.05601 0.52554 0.05798 0.52359 0.05522 0.52388 0.05798 0.52359 0.04851 0.52808\n 11 50 2 0.05748 0.32850 0.05926 0.33056\n 11 116 5 0.05601 0.33340 0.05416 0.33219 0.05486 0.33429 0.05416 0.33219 0.05926 0.33879\n 11 116 5 0.05649 0.34178 0.05481 0.34055 0.05535 0.34256 0.05481 0.34055 0.05926 0.34702\n 11 116 5 0.05696 0.35024 0.05547 0.34901 0.05587 0.35090 0.05547 0.34901 0.05926 0.35525\n 11 116 5 0.05745 0.35877 0.05615 0.35756 0.05641 0.35931 0.05615 0.35756 0.05926 0.36348\n 11 116 5 0.05794 0.36736 0.05685 0.36619 0.05697 0.36778 0.05685 0.36619 0.05926 0.37171\n 11 116 5 0.05843 0.37600 0.05757 0.37488 0.05755 0.37629 0.05757 0.37488 0.05926 0.37994\n 11 116 5 0.05894 0.38467 0.05830 0.38362 0.05814 0.38484 0.05830 0.38362 0.05926 0.38817\n 11 116 5 0.05946 0.39338 0.05906 0.39239 0.05876 0.39341 0.05906 0.39239 0.05926 0.39640\n 11 116 5 0.05998 0.40211 0.05982 0.40121 0.05938 0.40202 0.05982 0.40121 0.05926 0.40463\n 11 116 5 0.06046 0.41087 0.06054 0.41006 0.05997 0.41065 0.06054 0.41006 0.05926 0.41286\n 11 116 5 0.06088 0.41960 0.06116 0.41888 0.06049 0.41926 0.06116 0.41888 0.05926 0.42109\n 11 116 5 0.06124 0.42823 0.06169 0.42758 0.06093 0.42780 0.06169 0.42758 0.05926 0.42932\n 11 116 5 0.06159 0.43674 0.06221 0.43613 0.06135 0.43623 0.06221 0.43613 0.05926 0.43755\n 11 116 5 0.06198 0.44516 0.06274 0.44455 0.06176 0.44455 0.06274 0.44455 0.05926 0.44578\n 11 116 5 0.06239 0.45350 0.06330 0.45286 0.06219 0.45279 0.06330 0.45286 0.05926 0.45401\n 11 116 5 0.06283 0.46176 0.06388 0.46107 0.06262 0.46096 0.06388 0.46107 0.05926 0.46224\n 11 116 5 0.06328 0.46996 0.06447 0.46918 0.06305 0.46905 0.06447 0.46918 0.05926 0.47047\n 11 116 5 0.06375 0.47809 0.06507 0.47721 0.06349 0.47707 0.06507 0.47721 0.05926 0.47870\n 11 116 5 0.06424 0.48616 0.06569 0.48515 0.06393 0.48503 0.06569 0.48515 0.05926 0.48693\n 11 116 5 0.06474 0.49418 0.06632 0.49303 0.06437 0.49294 0.06632 0.49303 0.05926 0.49516\n 11 116 5 0.06526 0.50215 0.06696 0.50084 0.06481 0.50081 0.06696 0.50084 0.05926 0.50339\n 11 116 5 0.06578 0.51010 0.06761 0.50862 0.06526 0.50864 0.06761 0.50862 0.05926 0.51162\n 11 116 5 0.06631 0.51803 0.06826 0.51637 0.06571 0.51645 0.06826 0.51637 0.05926 0.51985\n 11 116 5 0.06685 0.52595 0.06892 0.52412 0.06615 0.52426 0.06892 0.52412 0.05926 0.52808\n 11 50 2 0.06818 0.32850 0.07001 0.33056\n 11 116 5 0.06697 0.33384 0.06525 0.33274 0.06591 0.33467 0.06525 0.33274 0.07001 0.33879\n 11 116 5 0.06744 0.34222 0.06590 0.34110 0.06641 0.34294 0.06590 0.34110 0.07001 0.34702\n 11 116 5 0.06792 0.35068 0.06656 0.34956 0.06693 0.35128 0.06656 0.34956 0.07001 0.35525\n 11 116 5 0.06841 0.35921 0.06725 0.35811 0.06747 0.35970 0.06725 0.35811 0.07001 0.36348\n 11 116 5 0.06890 0.36780 0.06795 0.36674 0.06803 0.36816 0.06795 0.36674 0.07001 0.37171\n 11 116 5 0.06940 0.37644 0.06867 0.37544 0.06861 0.37668 0.06867 0.37544 0.07001 0.37994\n 11 116 5 0.06991 0.38513 0.06941 0.38418 0.06921 0.38523 0.06941 0.38418 0.07001 0.38817\n 11 116 5 0.07043 0.39385 0.07017 0.39298 0.06983 0.39382 0.07017 0.39298 0.07001 0.39640\n 11 116 5 0.07093 0.40261 0.07092 0.40183 0.07044 0.40245 0.07092 0.40183 0.07001 0.40463\n 11 116 5 0.07135 0.41145 0.07157 0.41071 0.07094 0.41115 0.07157 0.41071 0.07001 0.41286\n 11 116 5 0.07168 0.42014 0.07211 0.41950 0.07138 0.41974 0.07211 0.41950 0.07001 0.42109\n 11 116 5 0.07206 0.42867 0.07262 0.42814 0.07184 0.42821 0.07262 0.42814 0.07001 0.42932\n 11 116 5 0.07244 0.43714 0.07314 0.43664 0.07228 0.43659 0.07314 0.43664 0.07001 0.43755\n 11 116 5 0.07284 0.44554 0.07369 0.44503 0.07270 0.44490 0.07369 0.44503 0.07001 0.44578\n 11 116 5 0.07326 0.45387 0.07426 0.45333 0.07314 0.45313 0.07426 0.45333 0.07001 0.45401\n 11 116 5 0.07370 0.46213 0.07484 0.46153 0.07357 0.46129 0.07484 0.46153 0.07001 0.46224\n 11 116 5 0.07415 0.47033 0.07544 0.46965 0.07401 0.46938 0.07544 0.46965 0.07001 0.47047\n 11 116 5 0.07462 0.47846 0.07604 0.47768 0.07444 0.47741 0.07604 0.47768 0.07001 0.47870\n 11 116 5 0.07510 0.48653 0.07665 0.48563 0.07487 0.48537 0.07665 0.48563 0.07001 0.48693\n 11 116 5 0.07560 0.49456 0.07727 0.49351 0.07531 0.49328 0.07727 0.49351 0.07001 0.49516\n 11 116 5 0.07611 0.50254 0.07790 0.50133 0.07575 0.50115 0.07790 0.50133 0.07001 0.50339\n 11 116 5 0.07663 0.51049 0.07855 0.50911 0.07619 0.50899 0.07855 0.50911 0.07001 0.51162\n 11 116 5 0.07716 0.51842 0.07920 0.51687 0.07664 0.51681 0.07920 0.51687 0.07001 0.51985\n 11 116 5 0.07769 0.52635 0.07985 0.52463 0.07708 0.52463 0.07985 0.52463 0.07001 0.52808\n 11 50 2 0.07888 0.32850 0.08076 0.33056\n 11 116 5 0.07792 0.33428 0.07634 0.33329 0.07696 0.33505 0.07634 0.33329 0.08076 0.33879\n 11 116 5 0.07839 0.34266 0.07698 0.34165 0.07745 0.34332 0.07698 0.34165 0.08076 0.34702\n 11 116 5 0.07887 0.35112 0.07764 0.35011 0.07797 0.35167 0.07764 0.35011 0.08076 0.35525\n 11 116 5 0.07936 0.35966 0.07833 0.35866 0.07851 0.36008 0.07833 0.35866 0.08076 0.36348\n 11 116 5 0.07985 0.36825 0.07903 0.36730 0.07908 0.36855 0.07903 0.36730 0.08076 0.37171\n 11 116 5 0.08035 0.37689 0.07976 0.37599 0.07966 0.37707 0.07976 0.37599 0.08076 0.37994\n 11 116 5 0.08087 0.38558 0.08051 0.38475 0.08027 0.38563 0.08051 0.38475 0.08076 0.38817\n 11 116 5 0.08139 0.39434 0.08127 0.39358 0.08089 0.39425 0.08127 0.39358 0.08076 0.39640\n 11 116 5 0.08183 0.40324 0.08197 0.40248 0.08139 0.40299 0.08197 0.40248 0.08076 0.40463\n 11 116 5 0.08215 0.41201 0.08254 0.41134 0.08181 0.41162 0.08254 0.41134 0.08076 0.41286\n 11 116 5 0.08247 0.42060 0.08303 0.42006 0.08226 0.42013 0.08303 0.42006 0.08076 0.42109\n 11 116 5 0.08289 0.42906 0.08354 0.42864 0.08277 0.42856 0.08354 0.42864 0.08076 0.42932\n 11 116 5 0.08330 0.43751 0.08409 0.43711 0.08322 0.43693 0.08409 0.43711 0.08076 0.43755\n 11 116 5 0.08371 0.44590 0.08467 0.44549 0.08366 0.44522 0.08467 0.44549 0.08076 0.44578\n 11 116 5 0.08414 0.45423 0.08525 0.45378 0.08410 0.45345 0.08525 0.45378 0.08076 0.45401\n 11 116 5 0.08458 0.46249 0.08583 0.46199 0.08454 0.46161 0.08583 0.46199 0.08076 0.46224\n 11 116 5 0.08504 0.47069 0.08642 0.47010 0.08497 0.46970 0.08642 0.47010 0.08076 0.47047\n 11 116 5 0.08550 0.47882 0.08701 0.47813 0.08540 0.47773 0.08701 0.47813 0.08076 0.47870\n 11 116 5 0.08598 0.48690 0.08762 0.48609 0.08583 0.48570 0.08762 0.48609 0.08076 0.48693\n 11 116 5 0.08646 0.49492 0.08823 0.49397 0.08626 0.49362 0.08823 0.49397 0.08076 0.49516\n 11 116 5 0.08697 0.50291 0.08885 0.50180 0.08669 0.50149 0.08885 0.50180 0.08076 0.50339\n 11 116 5 0.08748 0.51086 0.08949 0.50959 0.08713 0.50934 0.08949 0.50959 0.08076 0.51162\n 11 116 5 0.08800 0.51880 0.09013 0.51736 0.08757 0.51716 0.09013 0.51736 0.08076 0.51985\n 11 116 5 0.08853 0.52674 0.09078 0.52512 0.08801 0.52498 0.09078 0.52512 0.08076 0.52808\n 11 50 2 0.08955 0.32850 0.09150 0.33056\n 11 116 5 0.08886 0.33472 0.08741 0.33385 0.08800 0.33544 0.08741 0.33385 0.09150 0.33879\n 11 116 5 0.08933 0.34311 0.08805 0.34220 0.08849 0.34371 0.08805 0.34220 0.09150 0.34702\n 11 116 5 0.08981 0.35157 0.08871 0.35067 0.08901 0.35206 0.08871 0.35067 0.09150 0.35525\n 11 116 5 0.09029 0.36010 0.08939 0.35922 0.08955 0.36047 0.08939 0.35922 0.09150 0.36348\n 11 116 5 0.09079 0.36869 0.09010 0.36785 0.09011 0.36894 0.09010 0.36785 0.09150 0.37171\n 11 116 5 0.09130 0.37734 0.09083 0.37655 0.09070 0.37746 0.09083 0.37655 0.09150 0.37994\n 11 116 5 0.09182 0.38607 0.09159 0.38533 0.09131 0.38606 0.09159 0.38533 0.09150 0.38817\n 11 116 5 0.09231 0.39498 0.09233 0.39420 0.09184 0.39480 0.09233 0.39420 0.09150 0.39640\n 11 116 5 0.09263 0.40382 0.09295 0.40312 0.09226 0.40347 0.09295 0.40312 0.09150 0.40463\n 11 116 5 0.09290 0.41247 0.09344 0.41192 0.09267 0.41201 0.09344 0.41192 0.09150 0.41286\n 11 116 5 0.09329 0.42096 0.09395 0.42056 0.09318 0.42046 0.09395 0.42056 0.09150 0.42109\n 11 116 5 0.09377 0.42942 0.09450 0.42910 0.09373 0.42889 0.09450 0.42910 0.09150 0.42932\n 11 116 5 0.09418 0.43787 0.09508 0.43756 0.09419 0.43724 0.09508 0.43756 0.09150 0.43755\n 11 116 5 0.09461 0.44626 0.09566 0.44594 0.09464 0.44553 0.09566 0.44594 0.09150 0.44578\n 11 116 5 0.09504 0.45459 0.09625 0.45423 0.09508 0.45376 0.09625 0.45423 0.09150 0.45401\n 11 116 5 0.09548 0.46285 0.09683 0.46243 0.09552 0.46192 0.09683 0.46243 0.09150 0.46224\n 11 116 5 0.09593 0.47105 0.09742 0.47055 0.09595 0.47001 0.09742 0.47055 0.09150 0.47047\n 11 116 5 0.09639 0.47918 0.09800 0.47858 0.09637 0.47804 0.09800 0.47858 0.09150 0.47870\n 11 116 5 0.09686 0.48726 0.09859 0.48654 0.09679 0.48602 0.09859 0.48654 0.09150 0.48693\n 11 116 5 0.09734 0.49528 0.09919 0.49443 0.09721 0.49394 0.09919 0.49443 0.09150 0.49516\n 11 116 5 0.09783 0.50327 0.09981 0.50226 0.09763 0.50182 0.09981 0.50226 0.09150 0.50339\n 11 116 5 0.09834 0.51123 0.10043 0.51006 0.09806 0.50967 0.10043 0.51006 0.09150 0.51162\n 11 116 5 0.09885 0.51917 0.10106 0.51783 0.09850 0.51750 0.10106 0.51783 0.09150 0.51985\n 11 116 5 0.09937 0.52711 0.10170 0.52560 0.09894 0.52533 0.10170 0.52560 0.09150 0.52808\n 11 50 2 0.10020 0.32850 0.10225 0.33056\n 11 116 5 0.09979 0.33517 0.09846 0.33440 0.09902 0.33583 0.09846 0.33440 0.10225 0.33879\n 11 116 5 0.10026 0.34355 0.09910 0.34276 0.09951 0.34410 0.09910 0.34276 0.10225 0.34702\n 11 116 5 0.10073 0.35201 0.09976 0.35122 0.10003 0.35245 0.09976 0.35122 0.10225 0.35525\n 11 116 5 0.10122 0.36054 0.10044 0.35977 0.10057 0.36086 0.10044 0.35977 0.10225 0.36348\n 11 116 5 0.10172 0.36914 0.10115 0.36841 0.10114 0.36933 0.10115 0.36841 0.10225 0.37171\n 11 116 5 0.10224 0.37781 0.10189 0.37712 0.10173 0.37788 0.10189 0.37712 0.10225 0.37994\n 11 116 5 0.10278 0.38670 0.10265 0.38593 0.10227 0.38661 0.10265 0.38593 0.10225 0.38817\n 11 116 5 0.10313 0.39559 0.10334 0.39485 0.10271 0.39530 0.10334 0.39485 0.10225 0.39640\n 11 116 5 0.10334 0.40430 0.10385 0.40372 0.10309 0.40386 0.10385 0.40372 0.10225 0.40463\n 11 116 5 0.10368 0.41282 0.10434 0.41242 0.10358 0.41232 0.10434 0.41242 0.10225 0.41286\n 11 116 5 0.10418 0.42129 0.10490 0.42101 0.10416 0.42078 0.10490 0.42101 0.10225 0.42109\n 11 116 5 0.10466 0.42977 0.10549 0.42955 0.10470 0.42921 0.10549 0.42955 0.10225 0.42932\n 11 116 5 0.10509 0.43823 0.10609 0.43801 0.10517 0.43756 0.10609 0.43801 0.10225 0.43755\n 11 116 5 0.10552 0.44662 0.10668 0.44639 0.10563 0.44585 0.10668 0.44639 0.10225 0.44578\n 11 116 5 0.10596 0.45495 0.10727 0.45468 0.10607 0.45408 0.10727 0.45468 0.10225 0.45401\n 11 116 5 0.10639 0.46321 0.10785 0.46289 0.10651 0.46223 0.10785 0.46289 0.10225 0.46224\n 11 116 5 0.10683 0.47141 0.10842 0.47100 0.10693 0.47033 0.10842 0.47100 0.10225 0.47047\n 11 116 5 0.10728 0.47954 0.10900 0.47903 0.10734 0.47836 0.10900 0.47903 0.10225 0.47870\n 11 116 5 0.10774 0.48761 0.10958 0.48699 0.10775 0.48633 0.10958 0.48699 0.10225 0.48693\n 11 116 5 0.10821 0.49564 0.11016 0.49488 0.10816 0.49426 0.11016 0.49488 0.10225 0.49516\n 11 116 5 0.10869 0.50363 0.11076 0.50272 0.10858 0.50214 0.11076 0.50272 0.10225 0.50339\n 11 116 5 0.10919 0.51159 0.11137 0.51052 0.10900 0.50999 0.11137 0.51052 0.10225 0.51162\n 11 116 5 0.10970 0.51954 0.11200 0.51830 0.10943 0.51783 0.11200 0.51830 0.10225 0.51985\n 11 116 5 0.11021 0.52748 0.11263 0.52607 0.10986 0.52566 0.11263 0.52607 0.10225 0.52808\n 11 50 2 0.11081 0.32850 0.11300 0.33056\n 11 116 5 0.11071 0.33561 0.10950 0.33496 0.11004 0.33622 0.10950 0.33496 0.11300 0.33879\n 11 116 5 0.11117 0.34399 0.11013 0.34332 0.11052 0.34450 0.11013 0.34332 0.11300 0.34702\n 11 116 5 0.11164 0.35246 0.11079 0.35178 0.11104 0.35284 0.11079 0.35178 0.11300 0.35525\n 11 116 5 0.11213 0.36099 0.11147 0.36033 0.11158 0.36126 0.11147 0.36033 0.11300 0.36348\n 11 116 5 0.11264 0.36960 0.11218 0.36897 0.11215 0.36974 0.11218 0.36897 0.11300 0.37171\n 11 116 5 0.11321 0.37842 0.11293 0.37770 0.11270 0.37844 0.11293 0.37770 0.11300 0.37994\n 11 116 5 0.11363 0.38733 0.11367 0.38655 0.11316 0.38713 0.11367 0.38655 0.11300 0.38817\n 11 116 5 0.11382 0.39611 0.11425 0.39547 0.11351 0.39570 0.11425 0.39547 0.11300 0.39640\n 11 116 5 0.11408 0.40464 0.11473 0.40423 0.11396 0.40414 0.11473 0.40423 0.11300 0.40463\n 11 116 5 0.11455 0.41312 0.11529 0.41287 0.11456 0.41261 0.11529 0.41287 0.11300 0.41286\n 11 116 5 0.11513 0.42162 0.11589 0.42146 0.11520 0.42112 0.11589 0.42146 0.11300 0.42109\n 11 116 5 0.11556 0.43014 0.11650 0.43000 0.11568 0.42953 0.11650 0.43000 0.11300 0.42932\n 11 116 5 0.11600 0.43860 0.11711 0.43847 0.11616 0.43788 0.11711 0.43847 0.11300 0.43755\n 11 116 5 0.11643 0.44699 0.11770 0.44685 0.11662 0.44617 0.11770 0.44685 0.11300 0.44578\n 11 116 5 0.11687 0.45532 0.11829 0.45514 0.11707 0.45440 0.11829 0.45514 0.11300 0.45401\n 11 116 5 0.11730 0.46358 0.11886 0.46334 0.11749 0.46255 0.11886 0.46334 0.11300 0.46224\n 11 116 5 0.11774 0.47177 0.11943 0.47145 0.11791 0.47065 0.11943 0.47145 0.11300 0.47047\n 11 116 5 0.11818 0.47990 0.11999 0.47948 0.11831 0.47867 0.11999 0.47948 0.11300 0.47870\n 11 116 5 0.11863 0.48797 0.12056 0.48744 0.11871 0.48665 0.12056 0.48744 0.11300 0.48693\n 11 116 5 0.11909 0.49600 0.12113 0.49533 0.11911 0.49457 0.12113 0.49533 0.11300 0.49516\n 11 116 5 0.11956 0.50398 0.12172 0.50317 0.11952 0.50246 0.12172 0.50317 0.11300 0.50339\n 11 116 5 0.12004 0.51195 0.12232 0.51097 0.11993 0.51032 0.12232 0.51097 0.11300 0.51162\n 11 116 5 0.12054 0.51990 0.12293 0.51875 0.12035 0.51816 0.12293 0.51875 0.11300 0.51985\n 11 116 5 0.12105 0.52784 0.12355 0.52653 0.12078 0.52599 0.12355 0.52653 0.11300 0.52808\n 11 50 2 0.12137 0.32850 0.12375 0.33056\n 11 116 5 0.12161 0.33605 0.12052 0.33552 0.12104 0.33662 0.12052 0.33552 0.12375 0.33879\n 11 116 5 0.12207 0.34444 0.12114 0.34388 0.12152 0.34489 0.12114 0.34388 0.12375 0.34702\n 11 116 5 0.12254 0.35290 0.12179 0.35235 0.12203 0.35324 0.12179 0.35235 0.12375 0.35525\n 11 116 5 0.12303 0.36144 0.12247 0.36090 0.12257 0.36167 0.12247 0.36090 0.12375 0.36348\n 11 116 5 0.12362 0.37018 0.12319 0.36954 0.12312 0.37031 0.12319 0.36954 0.12375 0.37171\n 11 116 5 0.12411 0.37904 0.12394 0.37829 0.12360 0.37898 0.12394 0.37829 0.12375 0.37994\n 11 116 5 0.12432 0.38791 0.12462 0.38719 0.12394 0.38757 0.12462 0.38719 0.12375 0.38817\n 11 116 5 0.12447 0.39646 0.12510 0.39601 0.12433 0.39596 0.12510 0.39601 0.12375 0.39640\n 11 116 5 0.12492 0.40492 0.12565 0.40468 0.12493 0.40441 0.12565 0.40468 0.12375 0.40463\n 11 116 5 0.12550 0.41344 0.12627 0.41332 0.12559 0.41294 0.12627 0.41332 0.12375 0.41286\n 11 116 5 0.12603 0.42199 0.12689 0.42193 0.12618 0.42144 0.12689 0.42193 0.12375 0.42109\n 11 116 5 0.12647 0.43052 0.12752 0.43047 0.12668 0.42986 0.12752 0.43047 0.12375 0.42932\n 11 116 5 0.12691 0.43898 0.12813 0.43894 0.12715 0.43821 0.12813 0.43894 0.12375 0.43755\n 11 116 5 0.12734 0.44738 0.12872 0.44733 0.12762 0.44650 0.12872 0.44733 0.12375 0.44578\n 11 116 5 0.12778 0.45570 0.12931 0.45562 0.12806 0.45473 0.12931 0.45562 0.12375 0.45401\n 11 116 5 0.12821 0.46395 0.12987 0.46381 0.12848 0.46288 0.12987 0.46381 0.12375 0.46224\n 11 116 5 0.12864 0.47214 0.13043 0.47192 0.12889 0.47097 0.13043 0.47192 0.12375 0.47047\n 11 116 5 0.12907 0.48026 0.13099 0.47994 0.12929 0.47899 0.13099 0.47994 0.12375 0.47870\n 11 116 5 0.12951 0.48833 0.13154 0.48789 0.12968 0.48697 0.13154 0.48789 0.12375 0.48693\n 11 116 5 0.12996 0.49635 0.13210 0.49577 0.13007 0.49489 0.13210 0.49577 0.12375 0.49516\n 11 116 5 0.13042 0.50434 0.13267 0.50361 0.13046 0.50278 0.13267 0.50361 0.12375 0.50339\n 11 116 5 0.13090 0.51230 0.13325 0.51142 0.13086 0.51064 0.13325 0.51142 0.12375 0.51162\n 11 116 5 0.13138 0.52025 0.13385 0.51920 0.13127 0.51848 0.13385 0.51920 0.12375 0.51985\n 11 116 5 0.13188 0.52820 0.13446 0.52699 0.13169 0.52632 0.13446 0.52699 0.12375 0.52808\n 11 72 3 0.13138 0.32850 0.13158 0.32881 0.13138 0.32850\n 11 50 2 0.13183 0.32850 0.13450 0.33056\n 11 116 5 0.13250 0.33649 0.13152 0.33608 0.13203 0.33702 0.13152 0.33608 0.13450 0.33879\n 11 116 5 0.13295 0.34488 0.13214 0.34445 0.13250 0.34530 0.13214 0.34445 0.13450 0.34702\n 11 116 5 0.13342 0.35335 0.13278 0.35291 0.13301 0.35365 0.13278 0.35291 0.13450 0.35525\n 11 116 5 0.13402 0.36200 0.13345 0.36147 0.13356 0.36223 0.13345 0.36147 0.13450 0.36348\n 11 116 5 0.13457 0.37077 0.13417 0.37011 0.13407 0.37087 0.13417 0.37011 0.13450 0.37171\n 11 116 5 0.13488 0.37967 0.13492 0.37890 0.13441 0.37948 0.13492 0.37890 0.13450 0.37994\n 11 116 5 0.13488 0.38829 0.13546 0.38777 0.13469 0.38781 0.13546 0.38777 0.13450 0.38817\n 11 116 5 0.13526 0.39669 0.13600 0.39646 0.13528 0.39618 0.13600 0.39646 0.13450 0.39640\n 11 116 5 0.13585 0.40522 0.13662 0.40514 0.13597 0.40472 0.13662 0.40514 0.13450 0.40463\n 11 116 5 0.13649 0.41381 0.13726 0.41380 0.13665 0.41332 0.13726 0.41380 0.13450 0.41286\n 11 116 5 0.13693 0.42238 0.13790 0.42241 0.13717 0.42179 0.13790 0.42241 0.13450 0.42109\n 11 116 5 0.13737 0.43091 0.13853 0.43097 0.13766 0.43020 0.13853 0.43097 0.13450 0.42932\n 11 116 5 0.13781 0.43937 0.13914 0.43944 0.13814 0.43856 0.13914 0.43944 0.13450 0.43755\n 11 116 5 0.13825 0.44777 0.13973 0.44782 0.13860 0.44685 0.13973 0.44782 0.13450 0.44578\n 11 116 5 0.13868 0.45609 0.14031 0.45610 0.13904 0.45507 0.14031 0.45610 0.13450 0.45401\n 11 116 5 0.13910 0.46434 0.14088 0.46429 0.13946 0.46322 0.14088 0.46429 0.13450 0.46224\n 11 116 5 0.13953 0.47251 0.14143 0.47239 0.13986 0.47130 0.14143 0.47239 0.13450 0.47047\n 11 116 5 0.13995 0.48063 0.14197 0.48040 0.14025 0.47932 0.14197 0.48040 0.13450 0.47870\n 11 116 5 0.14039 0.48869 0.14251 0.48834 0.14063 0.48729 0.14251 0.48834 0.13450 0.48693\n 11 116 5 0.14083 0.49671 0.14306 0.49623 0.14101 0.49521 0.14306 0.49623 0.13450 0.49516\n 11 116 5 0.14128 0.50469 0.14362 0.50406 0.14140 0.50310 0.14362 0.50406 0.13450 0.50339\n 11 116 5 0.14174 0.51265 0.14418 0.51187 0.14178 0.51096 0.14418 0.51187 0.13450 0.51162\n 11 116 5 0.14222 0.52060 0.14477 0.51965 0.14218 0.51880 0.14477 0.51965 0.13450 0.51985\n 11 116 5 0.14270 0.52855 0.14537 0.52744 0.14259 0.52665 0.14537 0.52744 0.13450 0.52808\n 11 50 2 0.14294 0.32861 0.14251 0.32850\n 11 72 3 0.14203 0.32850 0.14256 0.32920 0.14203 0.32850\n 11 50 2 0.14215 0.32850 0.14525 0.33056\n 11 116 5 0.14338 0.33693 0.14250 0.33663 0.14300 0.33741 0.14250 0.33663 0.14525 0.33879\n 11 116 5 0.14382 0.34533 0.14311 0.34501 0.14347 0.34570 0.14311 0.34501 0.14525 0.34702\n 11 116 5 0.14441 0.35387 0.14374 0.35348 0.14402 0.35421 0.14374 0.35348 0.14525 0.35525\n 11 116 5 0.14499 0.36254 0.14441 0.36204 0.14455 0.36280 0.14441 0.36204 0.14525 0.36348\n 11 116 5 0.14546 0.37137 0.14512 0.37068 0.14496 0.37144 0.14512 0.37068 0.14525 0.37171\n 11 116 5 0.14537 0.38017 0.14580 0.37952 0.14506 0.37976 0.14580 0.37952 0.14525 0.37994\n 11 116 5 0.14558 0.38845 0.14632 0.38824 0.14561 0.38794 0.14632 0.38824 0.14525 0.38817\n 11 116 5 0.14618 0.39696 0.14695 0.39693 0.14633 0.39647 0.14695 0.39693 0.14525 0.39640\n 11 116 5 0.14683 0.40558 0.14761 0.40563 0.14703 0.40511 0.14761 0.40563 0.14525 0.40463\n 11 116 5 0.14738 0.41420 0.14825 0.41430 0.14763 0.41368 0.14825 0.41430 0.14525 0.41286\n 11 116 5 0.14782 0.42278 0.14889 0.42292 0.14814 0.42215 0.14889 0.42292 0.14525 0.42109\n 11 116 5 0.14826 0.43131 0.14952 0.43148 0.14864 0.43056 0.14952 0.43148 0.14525 0.42932\n 11 116 5 0.14870 0.43977 0.15013 0.43995 0.14912 0.43892 0.15013 0.43995 0.14525 0.43755\n 11 116 5 0.14913 0.44817 0.15073 0.44832 0.14958 0.44721 0.15073 0.44832 0.14525 0.44578\n 11 116 5 0.14956 0.45648 0.15130 0.45660 0.15001 0.45542 0.15130 0.45660 0.14525 0.45401\n 11 116 5 0.14999 0.46472 0.15186 0.46478 0.15043 0.46357 0.15186 0.46478 0.14525 0.46224\n 11 116 5 0.15041 0.47290 0.15241 0.47287 0.15083 0.47164 0.15241 0.47287 0.14525 0.47047\n 11 116 5 0.15083 0.48100 0.15294 0.48088 0.15121 0.47966 0.15294 0.48088 0.14525 0.47870\n 11 116 5 0.15125 0.48906 0.15348 0.48881 0.15158 0.48762 0.15348 0.48881 0.14525 0.48693\n 11 116 5 0.15168 0.49707 0.15401 0.49668 0.15195 0.49554 0.15401 0.49668 0.14525 0.49516\n 11 116 5 0.15213 0.50505 0.15455 0.50452 0.15232 0.50342 0.15455 0.50452 0.14525 0.50339\n 11 116 5 0.15258 0.51300 0.15511 0.51232 0.15270 0.51128 0.15511 0.51232 0.14525 0.51162\n 11 116 5 0.15305 0.52095 0.15568 0.52010 0.15309 0.51912 0.15568 0.52010 0.14525 0.51985\n 11 116 5 0.15352 0.52890 0.15626 0.52788 0.15349 0.52697 0.15626 0.52788 0.14525 0.52808\n 11 116 5 0.15381 0.32903 0.15289 0.32889 0.15352 0.32958 0.15289 0.32889 0.15599 0.33056\n 11 116 5 0.15424 0.33736 0.15347 0.33718 0.15396 0.33780 0.15347 0.33718 0.15599 0.33879\n 11 116 5 0.15481 0.34581 0.15407 0.34557 0.15450 0.34622 0.15407 0.34557 0.15599 0.34702\n 11 116 5 0.15540 0.35436 0.15469 0.35405 0.15506 0.35474 0.15469 0.35405 0.15599 0.35525\n 11 116 5 0.15598 0.36304 0.15534 0.36261 0.15557 0.36335 0.15534 0.36261 0.15599 0.36348\n 11 116 5 0.15622 0.37202 0.15604 0.37126 0.15571 0.37196 0.15604 0.37126 0.15599 0.37171\n 11 116 5 0.15586 0.38018 0.15662 0.38001 0.15592 0.37967 0.15662 0.38001 0.15599 0.37994\n 11 116 5 0.15649 0.38866 0.15726 0.38871 0.15669 0.38819 0.15726 0.38871 0.15599 0.38817\n 11 116 5 0.15716 0.39731 0.15792 0.39743 0.15740 0.39686 0.15792 0.39743 0.15599 0.39640\n 11 116 5 0.15780 0.40599 0.15858 0.40615 0.15806 0.40554 0.15858 0.40615 0.15599 0.40463\n 11 116 5 0.15824 0.41462 0.15922 0.41483 0.15859 0.41405 0.15922 0.41483 0.15599 0.41286\n 11 116 5 0.15869 0.42320 0.15986 0.42345 0.15910 0.42252 0.15986 0.42345 0.15599 0.42109\n 11 116 5 0.15913 0.43173 0.16049 0.43200 0.15960 0.43094 0.16049 0.43200 0.15599 0.42932\n 11 116 5 0.15957 0.44019 0.16110 0.44047 0.16008 0.43929 0.16110 0.44047 0.15599 0.43755\n 11 116 5 0.16000 0.44857 0.16170 0.44884 0.16054 0.44758 0.16170 0.44884 0.15599 0.44578\n 11 116 5 0.16043 0.45689 0.16227 0.45711 0.16097 0.45579 0.16227 0.45711 0.15599 0.45401\n 11 116 5 0.16085 0.46512 0.16283 0.46528 0.16139 0.46392 0.16283 0.46528 0.15599 0.46224\n 11 116 5 0.16127 0.47329 0.16337 0.47336 0.16178 0.47199 0.16337 0.47336 0.15599 0.47047\n 11 116 5 0.16169 0.48139 0.16390 0.48136 0.16216 0.48000 0.16390 0.48136 0.15599 0.47870\n 11 116 5 0.16211 0.48943 0.16442 0.48928 0.16252 0.48796 0.16442 0.48928 0.15599 0.48693\n 11 116 5 0.16253 0.49743 0.16495 0.49715 0.16288 0.49587 0.16495 0.49715 0.15599 0.49516\n 11 116 5 0.16297 0.50541 0.16547 0.50497 0.16324 0.50375 0.16547 0.50497 0.15599 0.50339\n 11 116 5 0.16341 0.51336 0.16602 0.51277 0.16361 0.51160 0.16602 0.51277 0.15599 0.51162\n 11 116 5 0.16387 0.52130 0.16657 0.52055 0.16399 0.51945 0.16657 0.52055 0.15599 0.51985\n 11 116 5 0.16433 0.52924 0.16714 0.52833 0.16438 0.52729 0.16714 0.52833 0.15599 0.52808\n 11 116 5 0.16466 0.32944 0.16383 0.32940 0.16446 0.32995 0.16383 0.32940 0.16674 0.33056\n 11 116 5 0.16518 0.33779 0.16441 0.33771 0.16497 0.33825 0.16441 0.33771 0.16674 0.33879\n 11 116 5 0.16578 0.34623 0.16501 0.34611 0.16554 0.34668 0.16501 0.34611 0.16674 0.34702\n 11 116 5 0.16639 0.35475 0.16563 0.35461 0.16613 0.35519 0.16563 0.35461 0.16674 0.35525\n 11 116 5 0.16702 0.36335 0.16626 0.36318 0.16675 0.36378 0.16626 0.36318 0.16674 0.36348\n 11 50 2 0.16674 0.37171 0.16674 0.37171\n 11 116 5 0.16681 0.38030 0.16755 0.38052 0.16711 0.37989 0.16755 0.38052 0.16674 0.37994\n 11 116 5 0.16747 0.38902 0.16821 0.38924 0.16777 0.38860 0.16821 0.38924 0.16674 0.38817\n 11 116 5 0.16812 0.39774 0.16886 0.39797 0.16843 0.39733 0.16886 0.39797 0.16674 0.39640\n 11 116 5 0.16864 0.40642 0.16952 0.40669 0.16900 0.40593 0.16952 0.40669 0.16674 0.40463\n 11 116 5 0.16909 0.41504 0.17017 0.41537 0.16953 0.41444 0.17017 0.41537 0.16674 0.41286\n 11 116 5 0.16954 0.42362 0.17081 0.42399 0.17004 0.42291 0.17081 0.42399 0.16674 0.42109\n 11 116 5 0.16998 0.43215 0.17143 0.43254 0.17054 0.43133 0.17143 0.43254 0.16674 0.42932\n 11 116 5 0.17042 0.44061 0.17205 0.44101 0.17102 0.43968 0.17205 0.44101 0.16674 0.43755\n 11 116 5 0.17085 0.44899 0.17264 0.44937 0.17148 0.44796 0.17264 0.44937 0.16674 0.44578\n 11 116 5 0.17128 0.45730 0.17322 0.45764 0.17192 0.45616 0.17322 0.45764 0.16674 0.45401\n 11 116 5 0.17170 0.46552 0.17377 0.46580 0.17233 0.46429 0.17377 0.46580 0.16674 0.46224\n 11 116 5 0.17212 0.47368 0.17431 0.47387 0.17272 0.47236 0.17431 0.47387 0.16674 0.47047\n 11 116 5 0.17254 0.48177 0.17484 0.48185 0.17309 0.48036 0.17484 0.48185 0.16674 0.47870\n 11 116 5 0.17295 0.48981 0.17535 0.48977 0.17345 0.48830 0.17535 0.48977 0.16674 0.48693\n 11 116 5 0.17337 0.49780 0.17587 0.49762 0.17380 0.49621 0.17587 0.49762 0.16674 0.49516\n 11 116 5 0.17379 0.50577 0.17638 0.50544 0.17415 0.50408 0.17638 0.50544 0.16674 0.50339\n 11 116 5 0.17423 0.51371 0.17691 0.51322 0.17451 0.51193 0.17691 0.51322 0.16674 0.51162\n 11 116 5 0.17467 0.52165 0.17745 0.52100 0.17487 0.51977 0.17745 0.52100 0.16674 0.51985\n 11 116 5 0.17513 0.52959 0.17801 0.52878 0.17525 0.52762 0.17801 0.52878 0.16674 0.52808\n 11 116 5 0.17551 0.32981 0.17474 0.32989 0.17539 0.33031 0.17474 0.32989 0.17749 0.33056\n 11 116 5 0.17610 0.33815 0.17532 0.33821 0.17596 0.33864 0.17532 0.33821 0.17749 0.33879\n 11 116 5 0.17670 0.34655 0.17592 0.34661 0.17657 0.34705 0.17592 0.34661 0.17749 0.34702\n 11 116 5 0.17730 0.35496 0.17654 0.35510 0.17722 0.35547 0.17654 0.35510 0.17749 0.35525\n 11 116 5 0.17765 0.36312 0.17710 0.36367 0.17787 0.36358 0.17710 0.36367 0.17749 0.36348\n 11 116 5 0.17726 0.37183 0.17777 0.37241 0.17774 0.37164 0.17777 0.37241 0.17749 0.37171\n 11 116 5 0.17779 0.38069 0.17845 0.38109 0.17818 0.38037 0.17845 0.38109 0.17749 0.37994\n 11 116 5 0.17842 0.38947 0.17911 0.38981 0.17878 0.38911 0.17911 0.38981 0.17749 0.38817\n 11 116 5 0.17901 0.39820 0.17977 0.39854 0.17939 0.39781 0.17977 0.39854 0.17749 0.39640\n 11 116 5 0.17946 0.40686 0.18042 0.40725 0.17992 0.40634 0.18042 0.40725 0.17749 0.40463\n 11 116 5 0.17991 0.41548 0.18107 0.41593 0.18045 0.41485 0.18107 0.41593 0.17749 0.41286\n 11 116 5 0.18036 0.42406 0.18172 0.42455 0.18096 0.42332 0.18172 0.42455 0.17749 0.42109\n 11 116 5 0.18080 0.43258 0.18235 0.43310 0.18146 0.43173 0.18235 0.43310 0.17749 0.42932\n 11 116 5 0.18124 0.44103 0.18296 0.44156 0.18194 0.44008 0.18296 0.44156 0.17749 0.43755\n 11 116 5 0.18168 0.44941 0.18356 0.44992 0.18240 0.44835 0.18356 0.44992 0.17749 0.44578\n 11 116 5 0.18211 0.45771 0.18413 0.45817 0.18284 0.45655 0.18413 0.45817 0.17749 0.45401\n 11 116 5 0.18253 0.46594 0.18469 0.46633 0.18325 0.46468 0.18469 0.46633 0.17749 0.46224\n 11 116 5 0.18295 0.47408 0.18523 0.47439 0.18364 0.47273 0.18523 0.47439 0.17749 0.47047\n 11 116 5 0.18337 0.48217 0.18575 0.48236 0.18401 0.48072 0.18575 0.48236 0.17749 0.47870\n 11 116 5 0.18378 0.49019 0.18626 0.49026 0.18436 0.48866 0.18626 0.49026 0.17749 0.48693\n 11 116 5 0.18419 0.49818 0.18677 0.49810 0.18471 0.49655 0.18677 0.49810 0.17749 0.49516\n 11 116 5 0.18461 0.50613 0.18727 0.50591 0.18505 0.50442 0.18727 0.50591 0.17749 0.50339\n 11 116 5 0.18503 0.51407 0.18779 0.51368 0.18539 0.51227 0.18779 0.51368 0.17749 0.51162\n 11 116 5 0.18547 0.52200 0.18832 0.52145 0.18575 0.52011 0.18832 0.52145 0.17749 0.51985\n 11 116 5 0.18592 0.52994 0.18886 0.52923 0.18612 0.52795 0.18886 0.52923 0.17749 0.52808\n 11 116 5 0.18633 0.33015 0.18558 0.33035 0.18629 0.33066 0.18558 0.33035 0.18824 0.33056\n 11 116 5 0.18691 0.33845 0.18617 0.33867 0.18688 0.33897 0.18617 0.33867 0.18824 0.33879\n 11 116 5 0.18748 0.34679 0.18676 0.34707 0.18749 0.34730 0.18676 0.34707 0.18824 0.34702\n 11 116 5 0.18792 0.35509 0.18731 0.35556 0.18808 0.35557 0.18731 0.35556 0.18824 0.35525\n 11 116 5 0.18795 0.36349 0.18785 0.36426 0.18840 0.36372 0.18785 0.36426 0.18824 0.36348\n 11 116 5 0.18815 0.37236 0.18859 0.37300 0.18864 0.37222 0.18859 0.37300 0.18824 0.37171\n 11 116 5 0.18870 0.38119 0.18929 0.38168 0.18913 0.38093 0.18929 0.38168 0.18824 0.37994\n 11 116 5 0.18932 0.38998 0.18997 0.39040 0.18972 0.38966 0.18997 0.39040 0.18824 0.38817\n 11 116 5 0.18980 0.39865 0.19063 0.39912 0.19027 0.39823 0.19063 0.39912 0.18824 0.39640\n 11 116 5 0.19025 0.40730 0.19129 0.40783 0.19081 0.40677 0.19129 0.40783 0.18824 0.40463\n 11 116 5 0.19070 0.41592 0.19195 0.41651 0.19134 0.41527 0.19195 0.41651 0.18824 0.41286\n 11 116 5 0.19115 0.42450 0.19259 0.42513 0.19186 0.42374 0.19259 0.42513 0.18824 0.42109\n 11 116 5 0.19160 0.43302 0.19322 0.43367 0.19236 0.43215 0.19322 0.43367 0.18824 0.42932\n 11 116 5 0.19204 0.44147 0.19384 0.44212 0.19284 0.44049 0.19384 0.44212 0.18824 0.43755\n 11 116 5 0.19248 0.44984 0.19444 0.45047 0.19330 0.44876 0.19444 0.45047 0.18824 0.44578\n 11 116 5 0.19291 0.45814 0.19502 0.45872 0.19374 0.45695 0.19502 0.45872 0.18824 0.45401\n 11 116 5 0.19334 0.46635 0.19558 0.46687 0.19415 0.46507 0.19558 0.46687 0.18824 0.46224\n 11 116 5 0.19376 0.47449 0.19612 0.47492 0.19454 0.47311 0.19612 0.47492 0.18824 0.47047\n 11 116 5 0.19418 0.48257 0.19664 0.48288 0.19491 0.48110 0.19664 0.48288 0.18824 0.47870\n 11 116 5 0.19459 0.49058 0.19715 0.49076 0.19526 0.48902 0.19715 0.49076 0.18824 0.48693\n 11 116 5 0.19499 0.49856 0.19765 0.49859 0.19560 0.49691 0.19765 0.49859 0.18824 0.49516\n 11 116 5 0.19541 0.50650 0.19814 0.50638 0.19593 0.50477 0.19814 0.50638 0.18824 0.50339\n 11 116 5 0.19582 0.51443 0.19865 0.51415 0.19627 0.51261 0.19865 0.51415 0.18824 0.51162\n 11 116 5 0.19625 0.52235 0.19916 0.52192 0.19661 0.52044 0.19916 0.52192 0.18824 0.51985\n 11 116 5 0.19669 0.53029 0.19969 0.52969 0.19697 0.52828 0.19969 0.52969 0.18824 0.52808\n 11 116 5 0.19705 0.33048 0.19635 0.33080 0.19710 0.33099 0.19635 0.33080 0.19899 0.33056\n 11 116 5 0.19761 0.33875 0.19692 0.33912 0.19769 0.33926 0.19692 0.33912 0.19899 0.33879\n 11 116 5 0.19808 0.34706 0.19747 0.34754 0.19825 0.34754 0.19747 0.34754 0.19899 0.34702\n 11 116 5 0.19838 0.35544 0.19799 0.35610 0.19871 0.35582 0.19799 0.35610 0.19899 0.35525\n 11 116 5 0.19856 0.36409 0.19861 0.36486 0.19905 0.36422 0.19861 0.36486 0.19899 0.36348\n 11 116 5 0.19897 0.37292 0.19937 0.37358 0.19947 0.37282 0.19937 0.37358 0.19899 0.37171\n 11 116 5 0.19955 0.38173 0.20009 0.38228 0.20001 0.38151 0.20009 0.38228 0.19899 0.37994\n 11 116 5 0.20008 0.39044 0.20078 0.39099 0.20058 0.39013 0.20078 0.39099 0.19899 0.38817\n 11 116 5 0.20055 0.39910 0.20145 0.39972 0.20113 0.39867 0.20145 0.39972 0.19899 0.39640\n 11 116 5 0.20101 0.40775 0.20212 0.40843 0.20167 0.40720 0.20212 0.40843 0.19899 0.40463\n 11 116 5 0.20146 0.41637 0.20278 0.41710 0.20220 0.41571 0.20278 0.41710 0.19899 0.41286\n 11 116 5 0.20191 0.42494 0.20343 0.42571 0.20272 0.42417 0.20343 0.42571 0.19899 0.42109\n 11 116 5 0.20237 0.43346 0.20407 0.43425 0.20323 0.43257 0.20407 0.43425 0.19899 0.42932\n 11 116 5 0.20281 0.44191 0.20469 0.44270 0.20371 0.44091 0.20469 0.44270 0.19899 0.43755\n 11 116 5 0.20326 0.45028 0.20529 0.45104 0.20418 0.44918 0.20529 0.45104 0.19899 0.44578\n 11 116 5 0.20369 0.45857 0.20588 0.45928 0.20462 0.45736 0.20588 0.45928 0.19899 0.45401\n 11 116 5 0.20413 0.46678 0.20644 0.46742 0.20503 0.46547 0.20644 0.46742 0.19899 0.46224\n 11 116 5 0.20455 0.47491 0.20698 0.47546 0.20542 0.47351 0.20698 0.47546 0.19899 0.47047\n 11 116 5 0.20496 0.48297 0.20751 0.48340 0.20579 0.48148 0.20751 0.48340 0.19899 0.47870\n 11 116 5 0.20537 0.49098 0.20801 0.49128 0.20613 0.48940 0.20801 0.49128 0.19899 0.48693\n 11 116 5 0.20578 0.49894 0.20850 0.49910 0.20647 0.49728 0.20850 0.49910 0.19899 0.49516\n 11 116 5 0.20619 0.50688 0.20899 0.50687 0.20680 0.50513 0.20899 0.50687 0.19899 0.50339\n 11 116 5 0.20660 0.51480 0.20949 0.51463 0.20713 0.51296 0.20949 0.51463 0.19899 0.51162\n 11 116 5 0.20702 0.52271 0.20999 0.52238 0.20746 0.52079 0.20999 0.52238 0.19899 0.51985\n 11 116 5 0.20745 0.53064 0.21051 0.53015 0.20781 0.52862 0.21051 0.53015 0.19899 0.52808\n 11 116 5 0.20768 0.33083 0.20704 0.33126 0.20781 0.33132 0.20704 0.33126 0.20974 0.33056\n 11 116 5 0.20819 0.33910 0.20759 0.33959 0.20837 0.33958 0.20759 0.33959 0.20974 0.33879\n 11 116 5 0.20860 0.34745 0.20812 0.34806 0.20887 0.34788 0.20812 0.34806 0.20974 0.34702\n 11 116 5 0.20890 0.35596 0.20867 0.35670 0.20931 0.35626 0.20867 0.35670 0.20974 0.35525\n 11 116 5 0.20924 0.36468 0.20935 0.36545 0.20974 0.36478 0.20935 0.36545 0.20974 0.36348\n 11 116 5 0.20974 0.37349 0.21010 0.37417 0.21025 0.37341 0.21010 0.37417 0.20974 0.37171\n 11 116 5 0.21031 0.38224 0.21084 0.38288 0.21082 0.38205 0.21084 0.38288 0.20974 0.37994\n 11 116 5 0.21079 0.39090 0.21155 0.39160 0.21139 0.39058 0.21155 0.39160 0.20974 0.38817\n 11 116 5 0.21127 0.39956 0.21223 0.40032 0.21195 0.39912 0.21223 0.40032 0.20974 0.39640\n 11 116 5 0.21173 0.40820 0.21291 0.40903 0.21250 0.40765 0.21291 0.40903 0.20974 0.40463\n 11 116 5 0.21219 0.41682 0.21357 0.41770 0.21304 0.41615 0.21357 0.41770 0.20974 0.41286\n 11 116 5 0.21265 0.42540 0.21423 0.42631 0.21356 0.42461 0.21423 0.42631 0.20974 0.42109\n 11 116 5 0.21311 0.43391 0.21487 0.43484 0.21407 0.43301 0.21487 0.43484 0.20974 0.42932\n 11 116 5 0.21356 0.44235 0.21550 0.44328 0.21456 0.44135 0.21550 0.44328 0.20974 0.43755\n 11 116 5 0.21401 0.45072 0.21611 0.45162 0.21503 0.44960 0.21611 0.45162 0.20974 0.44578\n 11 116 5 0.21445 0.45900 0.21670 0.45986 0.21547 0.45779 0.21670 0.45986 0.20974 0.45401\n 11 116 5 0.21488 0.46721 0.21727 0.46798 0.21589 0.46589 0.21727 0.46798 0.20974 0.46224\n 11 116 5 0.21531 0.47533 0.21782 0.47601 0.21628 0.47392 0.21782 0.47601 0.20974 0.47047\n 11 116 5 0.21573 0.48339 0.21834 0.48395 0.21665 0.48188 0.21834 0.48395 0.20974 0.47870\n 11 116 5 0.21614 0.49138 0.21884 0.49181 0.21699 0.48979 0.21884 0.49181 0.20974 0.48693\n 11 116 5 0.21655 0.49934 0.21934 0.49961 0.21733 0.49766 0.21934 0.49961 0.20974 0.49516\n 11 116 5 0.21695 0.50726 0.21982 0.50737 0.21765 0.50549 0.21982 0.50737 0.20974 0.50339\n 11 116 5 0.21736 0.51517 0.22031 0.51512 0.21797 0.51332 0.22031 0.51512 0.20974 0.51162\n 11 116 5 0.21777 0.52307 0.22080 0.52286 0.21830 0.52114 0.22080 0.52286 0.20974 0.51985\n 11 116 5 0.21819 0.53099 0.22131 0.53061 0.21864 0.52896 0.22131 0.53061 0.20974 0.52808\n 11 116 5 0.21827 0.33121 0.21767 0.33175 0.21848 0.33170 0.21767 0.33175 0.22048 0.33056\n 11 116 5 0.21871 0.33953 0.21821 0.34011 0.21897 0.33997 0.21821 0.34011 0.22048 0.33879\n 11 116 5 0.21911 0.34794 0.21875 0.34862 0.21946 0.34832 0.21875 0.34862 0.22048 0.34702\n 11 116 5 0.21947 0.35653 0.21934 0.35729 0.21992 0.35678 0.21934 0.35729 0.22048 0.35525\n 11 116 5 0.21992 0.36527 0.22004 0.36603 0.22042 0.36536 0.22004 0.36603 0.22048 0.36348\n 11 116 5 0.22046 0.37403 0.22080 0.37476 0.22099 0.37397 0.22080 0.37476 0.22048 0.37171\n 11 116 5 0.22097 0.38269 0.22155 0.38348 0.22159 0.38250 0.22155 0.38348 0.22048 0.37994\n 11 116 5 0.22147 0.39135 0.22227 0.39220 0.22218 0.39104 0.22227 0.39220 0.22048 0.38817\n 11 116 5 0.22195 0.40001 0.22297 0.40093 0.22274 0.39958 0.22297 0.40093 0.22048 0.39640\n 11 116 5 0.22242 0.40866 0.22365 0.40963 0.22330 0.40811 0.22365 0.40963 0.22048 0.40463\n 11 116 5 0.22289 0.41728 0.22433 0.41830 0.22384 0.41660 0.22433 0.41830 0.22048 0.41286\n 11 116 5 0.22335 0.42585 0.22499 0.42691 0.22437 0.42506 0.22499 0.42691 0.22048 0.42109\n 11 116 5 0.22382 0.43436 0.22564 0.43544 0.22489 0.43346 0.22564 0.43544 0.22048 0.42932\n 11 116 5 0.22427 0.44280 0.22628 0.44388 0.22538 0.44179 0.22628 0.44388 0.22048 0.43755\n 11 116 5 0.22473 0.45117 0.22689 0.45222 0.22585 0.45005 0.22689 0.45222 0.22048 0.44578\n 11 116 5 0.22518 0.45945 0.22749 0.46044 0.22630 0.45822 0.22749 0.46044 0.22048 0.45401\n 11 116 5 0.22562 0.46764 0.22807 0.46856 0.22672 0.46632 0.22807 0.46856 0.22048 0.46224\n 11 116 5 0.22605 0.47576 0.22862 0.47658 0.22712 0.47434 0.22862 0.47658 0.22048 0.47047\n 11 116 5 0.22647 0.48381 0.22914 0.48450 0.22749 0.48229 0.22914 0.48450 0.22048 0.47870\n 11 116 5 0.22689 0.49179 0.22965 0.49235 0.22783 0.49019 0.22965 0.49235 0.22048 0.48693\n 11 116 5 0.22729 0.49974 0.23014 0.50013 0.22816 0.49805 0.23014 0.50013 0.22048 0.49516\n 11 116 5 0.22770 0.50765 0.23062 0.50788 0.22848 0.50587 0.23062 0.50788 0.22048 0.50339\n 11 116 5 0.22810 0.51554 0.23110 0.51561 0.22880 0.51368 0.23110 0.51561 0.22048 0.51162\n 11 116 5 0.22851 0.52344 0.23159 0.52334 0.22912 0.52149 0.23159 0.52334 0.22048 0.51985\n 11 116 5 0.22892 0.53135 0.23209 0.53108 0.22945 0.52932 0.23209 0.53108 0.22048 0.52808\n 11 116 5 0.22885 0.33158 0.22826 0.33227 0.22915 0.33210 0.22826 0.33227 0.23123 0.33056\n 11 116 5 0.22925 0.33998 0.22881 0.34066 0.22958 0.34041 0.22881 0.34066 0.23123 0.33879\n 11 116 5 0.22965 0.34848 0.22936 0.34920 0.23003 0.34882 0.22936 0.34920 0.23123 0.34702\n 11 116 5 0.23007 0.35711 0.22999 0.35788 0.23053 0.35733 0.22999 0.35788 0.23123 0.35525\n 11 116 5 0.23056 0.36578 0.23071 0.36661 0.23111 0.36588 0.23071 0.36661 0.23123 0.36348\n 11 116 5 0.23109 0.37446 0.23147 0.37535 0.23173 0.37442 0.23147 0.37535 0.23123 0.37171\n 11 116 5 0.23161 0.38313 0.23222 0.38408 0.23233 0.38296 0.23222 0.38408 0.23123 0.37994\n 11 116 5 0.23211 0.39180 0.23295 0.39281 0.23293 0.39150 0.23295 0.39281 0.23123 0.38817\n 11 116 5 0.23260 0.40047 0.23366 0.40154 0.23350 0.40004 0.23366 0.40154 0.23123 0.39640\n 11 116 5 0.23308 0.40912 0.23436 0.41025 0.23407 0.40857 0.23436 0.41025 0.23123 0.40463\n 11 116 5 0.23356 0.41773 0.23504 0.41892 0.23462 0.41707 0.23504 0.41892 0.23123 0.41286\n 11 116 5 0.23403 0.42631 0.23571 0.42752 0.23515 0.42552 0.23571 0.42752 0.23123 0.42109\n 11 116 5 0.23450 0.43482 0.23637 0.43605 0.23567 0.43392 0.23637 0.43605 0.23123 0.42932\n 11 116 5 0.23496 0.44326 0.23701 0.44449 0.23617 0.44225 0.23701 0.44449 0.23123 0.43755\n 11 116 5 0.23542 0.45162 0.23764 0.45282 0.23665 0.45050 0.23764 0.45282 0.23123 0.44578\n 11 116 5 0.23588 0.45989 0.23824 0.46104 0.23711 0.45867 0.23824 0.46104 0.23123 0.45401\n 11 116 5 0.23632 0.46809 0.23883 0.46915 0.23753 0.46676 0.23883 0.46915 0.23123 0.46224\n 11 116 5 0.23676 0.47620 0.23938 0.47715 0.23793 0.47477 0.23938 0.47715 0.23123 0.47047\n 11 116 5 0.23719 0.48423 0.23992 0.48507 0.23830 0.48271 0.23992 0.48507 0.23123 0.47870\n 11 116 5 0.23761 0.49221 0.24043 0.49290 0.23865 0.49060 0.24043 0.49290 0.23123 0.48693\n 11 116 5 0.23802 0.50014 0.24092 0.50067 0.23898 0.49845 0.24092 0.50067 0.23123 0.49516\n 11 116 5 0.23842 0.50804 0.24140 0.50840 0.23930 0.50626 0.24140 0.50840 0.23123 0.50339\n 11 116 5 0.23882 0.51592 0.24188 0.51612 0.23961 0.51406 0.24188 0.51612 0.23123 0.51162\n 11 116 5 0.23923 0.52381 0.24236 0.52383 0.23992 0.52186 0.24236 0.52383 0.23123 0.51985\n 11 116 5 0.23964 0.53171 0.24284 0.53156 0.24025 0.52968 0.24284 0.53156 0.23123 0.52808\n 11 116 5 0.23942 0.33197 0.23882 0.33281 0.23981 0.33253 0.23882 0.33281 0.24198 0.33056\n 11 116 5 0.23982 0.34039 0.23938 0.34123 0.24024 0.34085 0.23938 0.34123 0.24198 0.33879\n 11 116 5 0.24023 0.34892 0.23996 0.34979 0.24071 0.34927 0.23996 0.34979 0.24198 0.34702\n 11 116 5 0.24067 0.35754 0.24061 0.35846 0.24123 0.35778 0.24061 0.35846 0.24198 0.35525\n 11 116 5 0.24117 0.36621 0.24133 0.36719 0.24182 0.36632 0.24133 0.36719 0.24198 0.36348\n 11 116 5 0.24169 0.37489 0.24209 0.37594 0.24243 0.37487 0.24209 0.37594 0.24198 0.37171\n 11 116 5 0.24222 0.38357 0.24285 0.38468 0.24305 0.38342 0.24285 0.38468 0.24198 0.37994\n 11 116 5 0.24273 0.39225 0.24359 0.39342 0.24365 0.39197 0.24359 0.39342 0.24198 0.38817\n 11 116 5 0.24322 0.40092 0.24431 0.40215 0.24423 0.40051 0.24431 0.40215 0.24198 0.39640\n 11 116 5 0.24371 0.40957 0.24502 0.41087 0.24480 0.40904 0.24502 0.41087 0.24198 0.40463\n 11 116 5 0.24419 0.41819 0.24571 0.41953 0.24536 0.41754 0.24571 0.41953 0.24198 0.41286\n 11 116 5 0.24467 0.42676 0.24639 0.42814 0.24591 0.42599 0.24639 0.42814 0.24198 0.42109\n 11 116 5 0.24515 0.43528 0.24706 0.43667 0.24643 0.43439 0.24706 0.43667 0.24198 0.42932\n 11 116 5 0.24562 0.44371 0.24771 0.44510 0.24694 0.44271 0.24771 0.44510 0.24198 0.43755\n 11 116 5 0.24608 0.45207 0.24834 0.45343 0.24742 0.45096 0.24834 0.45343 0.24198 0.44578\n 11 116 5 0.24655 0.46035 0.24896 0.46164 0.24788 0.45912 0.24896 0.46164 0.24198 0.45401\n 11 116 5 0.24700 0.46853 0.24955 0.46975 0.24832 0.46721 0.24955 0.46975 0.24198 0.46224\n 11 116 5 0.24745 0.47664 0.25012 0.47774 0.24872 0.47521 0.25012 0.47774 0.24198 0.47047\n 11 116 5 0.24788 0.48467 0.25066 0.48565 0.24910 0.48315 0.25066 0.48565 0.24198 0.47870\n 11 116 5 0.24831 0.49264 0.25118 0.49346 0.24945 0.49103 0.25118 0.49346 0.24198 0.48693\n 11 116 5 0.24872 0.50055 0.25167 0.50122 0.24978 0.49886 0.25167 0.50122 0.24198 0.49516\n 11 116 5 0.24913 0.50844 0.25215 0.50894 0.25010 0.50666 0.25215 0.50894 0.24198 0.50339\n 11 116 5 0.24953 0.51631 0.25263 0.51664 0.25040 0.51445 0.25263 0.51664 0.24198 0.51162\n 11 116 5 0.24993 0.52419 0.25310 0.52433 0.25071 0.52224 0.25310 0.52433 0.24198 0.51985\n 11 116 5 0.25033 0.53207 0.25358 0.53205 0.25103 0.53004 0.25358 0.53205 0.24198 0.52808\n 11 116 5 0.24996 0.33237 0.24937 0.33337 0.25045 0.33296 0.24937 0.33337 0.25273 0.33056\n 11 116 5 0.25037 0.34080 0.24994 0.34180 0.25090 0.34129 0.24994 0.34180 0.25273 0.33879\n 11 116 5 0.25079 0.34934 0.25054 0.35036 0.25138 0.34972 0.25054 0.35036 0.25273 0.34702\n 11 116 5 0.25125 0.35796 0.25120 0.35904 0.25191 0.35823 0.25120 0.35904 0.25273 0.35525\n 11 116 5 0.25175 0.36663 0.25192 0.36777 0.25250 0.36677 0.25192 0.36777 0.25273 0.36348\n 11 116 5 0.25227 0.37532 0.25268 0.37652 0.25311 0.37532 0.25268 0.37652 0.25273 0.37171\n 11 116 5 0.25280 0.38401 0.25344 0.38528 0.25373 0.38388 0.25344 0.38528 0.25273 0.37994\n 11 116 5 0.25331 0.39269 0.25419 0.39403 0.25434 0.39244 0.25419 0.39403 0.25273 0.38817\n 11 116 5 0.25382 0.40137 0.25492 0.40277 0.25493 0.40099 0.25492 0.40277 0.25273 0.39640\n 11 116 5 0.25431 0.41003 0.25564 0.41149 0.25551 0.40952 0.25564 0.41149 0.25273 0.40463\n 11 116 5 0.25480 0.41865 0.25634 0.42016 0.25608 0.41802 0.25634 0.42016 0.25273 0.41286\n 11 116 5 0.25528 0.42722 0.25703 0.42876 0.25663 0.42647 0.25703 0.42876 0.25273 0.42109\n 11 116 5 0.25577 0.43573 0.25771 0.43729 0.25716 0.43486 0.25771 0.43729 0.25273 0.42932\n 11 116 5 0.25624 0.44417 0.25837 0.44572 0.25767 0.44319 0.25837 0.44572 0.25273 0.43755\n 11 116 5 0.25672 0.45253 0.25901 0.45405 0.25817 0.45143 0.25901 0.45405 0.25273 0.44578\n 11 116 5 0.25719 0.46080 0.25964 0.46226 0.25863 0.45959 0.25964 0.46226 0.25273 0.45401\n 11 116 5 0.25765 0.46898 0.26024 0.47036 0.25907 0.46767 0.26024 0.47036 0.25273 0.46224\n 11 116 5 0.25811 0.47708 0.26082 0.47835 0.25948 0.47567 0.26082 0.47835 0.25273 0.47047\n 11 116 5 0.25855 0.48511 0.26137 0.48624 0.25987 0.48360 0.26137 0.48624 0.25273 0.47870\n 11 116 5 0.25898 0.49307 0.26189 0.49404 0.26023 0.49146 0.26189 0.49404 0.25273 0.48693\n 11 116 5 0.25940 0.50098 0.26240 0.50179 0.26056 0.49928 0.26240 0.50179 0.25273 0.49516\n 11 116 5 0.25981 0.50885 0.26288 0.50949 0.26088 0.50707 0.26288 0.50949 0.25273 0.50339\n 11 116 5 0.26021 0.51671 0.26335 0.51717 0.26118 0.51485 0.26335 0.51717 0.25273 0.51162\n 11 116 5 0.26061 0.52457 0.26382 0.52485 0.26149 0.52263 0.26382 0.52485 0.25273 0.51985\n 11 116 5 0.26101 0.53245 0.26430 0.53255 0.26180 0.53042 0.26430 0.53255 0.25273 0.52808\n 11 116 5 0.26049 0.33277 0.25989 0.33393 0.26108 0.33340 0.25989 0.33393 0.26348 0.33056\n 11 116 5 0.26091 0.34121 0.26048 0.34237 0.26154 0.34174 0.26048 0.34237 0.26348 0.33879\n 11 116 5 0.26135 0.34975 0.26109 0.35094 0.26203 0.35017 0.26109 0.35094 0.26348 0.34702\n 11 116 5 0.26181 0.35837 0.26176 0.35961 0.26257 0.35867 0.26176 0.35961 0.26348 0.35525\n 11 116 5 0.26230 0.36704 0.26248 0.36835 0.26316 0.36722 0.26248 0.36835 0.26348 0.36348\n 11 116 5 0.26282 0.37574 0.26324 0.37710 0.26377 0.37578 0.26324 0.37710 0.26348 0.37171\n 11 116 5 0.26335 0.38443 0.26400 0.38587 0.26439 0.38434 0.26400 0.38587 0.26348 0.37994\n 11 116 5 0.26387 0.39313 0.26475 0.39464 0.26500 0.39291 0.26475 0.39464 0.26348 0.38817\n 11 116 5 0.26438 0.40182 0.26549 0.40339 0.26560 0.40146 0.26549 0.40339 0.26348 0.39640\n 11 116 5 0.26488 0.41048 0.26622 0.41211 0.26619 0.41000 0.26622 0.41211 0.26348 0.40463\n 11 116 5 0.26538 0.41910 0.26693 0.42078 0.26676 0.41850 0.26693 0.42078 0.26348 0.41286\n 11 116 5 0.26587 0.42768 0.26763 0.42939 0.26732 0.42695 0.26763 0.42939 0.26348 0.42109\n 11 116 5 0.26636 0.43619 0.26832 0.43792 0.26786 0.43535 0.26832 0.43792 0.26348 0.42932\n 11 116 5 0.26684 0.44463 0.26899 0.44635 0.26838 0.44367 0.26899 0.44635 0.26348 0.43755\n 11 116 5 0.26733 0.45299 0.26965 0.45467 0.26888 0.45191 0.26965 0.45467 0.26348 0.44578\n 11 116 5 0.26780 0.46126 0.27028 0.46288 0.26936 0.46007 0.27028 0.46288 0.26348 0.45401\n 11 116 5 0.26828 0.46944 0.27089 0.47098 0.26980 0.46814 0.27089 0.47098 0.26348 0.46224\n 11 116 5 0.26874 0.47754 0.27148 0.47896 0.27022 0.47614 0.27148 0.47896 0.26348 0.47047\n 11 116 5 0.26919 0.48555 0.27204 0.48684 0.27062 0.48405 0.27204 0.48684 0.26348 0.47870\n 11 116 5 0.26963 0.49350 0.27258 0.49463 0.27098 0.49191 0.27258 0.49463 0.26348 0.48693\n 11 116 5 0.27006 0.50140 0.27309 0.50236 0.27132 0.49972 0.27309 0.50236 0.26348 0.49516\n 11 116 5 0.27047 0.50927 0.27358 0.51005 0.27164 0.50750 0.27358 0.51005 0.26348 0.50339\n 11 116 5 0.27088 0.51711 0.27405 0.51771 0.27194 0.51526 0.27405 0.51771 0.26348 0.51162\n 11 116 5 0.27128 0.52496 0.27452 0.52538 0.27225 0.52303 0.27452 0.52538 0.26348 0.51985\n 11 116 5 0.27168 0.53283 0.27499 0.53307 0.27255 0.53081 0.27499 0.53307 0.26348 0.52808\n 11 116 5 0.27101 0.33317 0.27040 0.33449 0.27170 0.33384 0.27040 0.33449 0.27423 0.33056\n 11 116 5 0.27144 0.34162 0.27099 0.34294 0.27216 0.34218 0.27099 0.34294 0.27423 0.33879\n 11 116 5 0.27188 0.35016 0.27162 0.35151 0.27266 0.35061 0.27162 0.35151 0.27423 0.34702\n 11 116 5 0.27234 0.35878 0.27229 0.36018 0.27320 0.35912 0.27229 0.36018 0.27423 0.35525\n 11 116 5 0.27284 0.36745 0.27301 0.36892 0.27379 0.36766 0.27301 0.36892 0.27423 0.36348\n 11 116 5 0.27335 0.37615 0.27376 0.37768 0.27440 0.37623 0.27376 0.37768 0.27423 0.37171\n 11 116 5 0.27388 0.38486 0.27452 0.38646 0.27502 0.38481 0.27452 0.38646 0.27423 0.37994\n 11 116 5 0.27440 0.39356 0.27528 0.39524 0.27564 0.39338 0.27528 0.39524 0.27423 0.38817\n 11 116 5 0.27491 0.40226 0.27603 0.40400 0.27624 0.40194 0.27603 0.40400 0.27423 0.39640\n 11 116 5 0.27542 0.41093 0.27677 0.41273 0.27684 0.41048 0.27677 0.41273 0.27423 0.40463\n 11 116 5 0.27592 0.41956 0.27749 0.42141 0.27742 0.41899 0.27749 0.42141 0.27423 0.41286\n 11 116 5 0.27642 0.42814 0.27820 0.43002 0.27799 0.42744 0.27820 0.43002 0.27423 0.42109\n 11 116 5 0.27692 0.43665 0.27889 0.43855 0.27854 0.43584 0.27889 0.43855 0.27423 0.42932\n 11 116 5 0.27741 0.44509 0.27958 0.44699 0.27906 0.44416 0.27958 0.44699 0.27423 0.43755\n 11 116 5 0.27790 0.45345 0.28024 0.45531 0.27957 0.45240 0.28024 0.45531 0.27423 0.44578\n 11 116 5 0.27839 0.46172 0.28089 0.46351 0.28005 0.46056 0.28089 0.46351 0.27423 0.45401\n 11 116 5 0.27887 0.46990 0.28151 0.47160 0.28051 0.46862 0.28151 0.47160 0.27423 0.46224\n 11 116 5 0.27934 0.47799 0.28211 0.47958 0.28094 0.47661 0.28211 0.47958 0.27423 0.47047\n 11 116 5 0.27981 0.48600 0.28269 0.48745 0.28134 0.48452 0.28269 0.48745 0.27423 0.47870\n 11 116 5 0.28026 0.49395 0.28323 0.49524 0.28171 0.49237 0.28323 0.49524 0.27423 0.48693\n 11 116 5 0.28069 0.50184 0.28375 0.50295 0.28205 0.50017 0.28375 0.50295 0.27423 0.49516\n 11 116 5 0.28111 0.50969 0.28425 0.51062 0.28238 0.50794 0.28425 0.51062 0.27423 0.50339\n 11 116 5 0.28152 0.51753 0.28473 0.51827 0.28269 0.51569 0.28473 0.51827 0.27423 0.51162\n 11 116 5 0.28193 0.52536 0.28520 0.52592 0.28299 0.52344 0.28520 0.52592 0.27423 0.51985\n 11 116 5 0.28233 0.53321 0.28567 0.53359 0.28329 0.53121 0.28567 0.53359 0.27423 0.52808\n 11 116 5 0.28151 0.33357 0.28088 0.33505 0.28230 0.33429 0.28088 0.33505 0.28497 0.33056\n 11 116 5 0.28195 0.34202 0.28149 0.34350 0.28277 0.34263 0.28149 0.34350 0.28497 0.33879\n 11 116 5 0.28239 0.35056 0.28212 0.35207 0.28327 0.35106 0.28212 0.35207 0.28497 0.34702\n 11 116 5 0.28286 0.35918 0.28279 0.36075 0.28382 0.35956 0.28279 0.36075 0.28497 0.35525\n 11 116 5 0.28335 0.36786 0.28351 0.36948 0.28440 0.36811 0.28351 0.36948 0.28497 0.36348\n 11 116 5 0.28386 0.37656 0.28426 0.37826 0.28501 0.37669 0.28426 0.37826 0.28497 0.37171\n 11 116 5 0.28438 0.38528 0.28502 0.38705 0.28563 0.38527 0.28502 0.38705 0.28497 0.37994\n 11 116 5 0.28491 0.39399 0.28578 0.39584 0.28625 0.39385 0.28578 0.39584 0.28497 0.38817\n 11 116 5 0.28543 0.40269 0.28653 0.40461 0.28686 0.40242 0.28653 0.40461 0.28497 0.39640\n 11 116 5 0.28594 0.41137 0.28728 0.41335 0.28746 0.41097 0.28728 0.41335 0.28497 0.40463\n 11 116 5 0.28645 0.42001 0.28801 0.42203 0.28805 0.41948 0.28801 0.42203 0.28497 0.41286\n 11 116 5 0.28695 0.42859 0.28873 0.43065 0.28863 0.42793 0.28873 0.43065 0.28497 0.42109\n 11 116 5 0.28746 0.43711 0.28943 0.43919 0.28918 0.43633 0.28943 0.43919 0.28497 0.42932\n 11 116 5 0.28796 0.44555 0.29013 0.44762 0.28972 0.44465 0.29013 0.44762 0.28497 0.43755\n 11 116 5 0.28846 0.45391 0.29080 0.45595 0.29024 0.45289 0.29080 0.45595 0.28497 0.44578\n 11 116 5 0.28895 0.46218 0.29146 0.46415 0.29073 0.46105 0.29146 0.46415 0.28497 0.45401\n 11 116 5 0.28944 0.47036 0.29210 0.47224 0.29119 0.46912 0.29210 0.47224 0.28497 0.46224\n 11 116 5 0.28992 0.47845 0.29271 0.48021 0.29163 0.47710 0.29271 0.48021 0.28497 0.47047\n 11 116 5 0.29040 0.48646 0.29330 0.48808 0.29204 0.48500 0.29330 0.48808 0.28497 0.47870\n 11 116 5 0.29086 0.49440 0.29386 0.49585 0.29242 0.49284 0.29386 0.49585 0.28497 0.48693\n 11 116 5 0.29130 0.50228 0.29439 0.50356 0.29277 0.50063 0.29439 0.50356 0.28497 0.49516\n 11 116 5 0.29173 0.51012 0.29490 0.51121 0.29310 0.50839 0.29490 0.51121 0.28497 0.50339\n 11 116 5 0.29215 0.51795 0.29538 0.51884 0.29341 0.51613 0.29538 0.51884 0.28497 0.51162\n 11 116 5 0.29256 0.52577 0.29586 0.52647 0.29371 0.52386 0.29586 0.52647 0.28497 0.51985\n 11 116 5 0.29296 0.53361 0.29632 0.53413 0.29402 0.53162 0.29632 0.53413 0.28497 0.52808\n 11 116 5 0.29200 0.33397 0.29135 0.33561 0.29289 0.33473 0.29135 0.33561 0.29572 0.33056\n 11 116 5 0.29244 0.34242 0.29196 0.34406 0.29336 0.34307 0.29196 0.34406 0.29572 0.33879\n 11 116 5 0.29289 0.35096 0.29260 0.35264 0.29387 0.35151 0.29260 0.35264 0.29572 0.34702\n 11 116 5 0.29335 0.35958 0.29327 0.36131 0.29441 0.36001 0.29327 0.36131 0.29572 0.35525\n 11 116 5 0.29384 0.36825 0.29398 0.37005 0.29499 0.36856 0.29398 0.37005 0.29572 0.36348\n 11 116 5 0.29435 0.37696 0.29473 0.37883 0.29560 0.37714 0.29473 0.37883 0.29572 0.37171\n 11 116 5 0.29487 0.38569 0.29548 0.38763 0.29622 0.38573 0.29548 0.38763 0.29572 0.37994\n 11 116 5 0.29539 0.39441 0.29625 0.39643 0.29684 0.39432 0.29625 0.39643 0.29572 0.38817\n 11 116 5 0.29591 0.40312 0.29701 0.40521 0.29746 0.40290 0.29701 0.40521 0.29572 0.39640\n 11 116 5 0.29643 0.41181 0.29776 0.41396 0.29806 0.41145 0.29776 0.41396 0.29572 0.40463\n 11 116 5 0.29694 0.42045 0.29850 0.42266 0.29866 0.41997 0.29850 0.42266 0.29572 0.41286\n 11 116 5 0.29746 0.42904 0.29922 0.43128 0.29924 0.42843 0.29922 0.43128 0.29572 0.42109\n 11 116 5 0.29797 0.43757 0.29994 0.43982 0.29980 0.43683 0.29994 0.43982 0.29572 0.42932\n 11 116 5 0.29847 0.44601 0.30064 0.44826 0.30035 0.44515 0.30064 0.44826 0.29572 0.43755\n 11 116 5 0.29898 0.45438 0.30133 0.45659 0.30087 0.45339 0.30133 0.45659 0.29572 0.44578\n 11 116 5 0.29949 0.46265 0.30200 0.46479 0.30137 0.46155 0.30200 0.46479 0.29572 0.45401\n 11 116 5 0.29999 0.47083 0.30265 0.47288 0.30185 0.46961 0.30265 0.47288 0.29572 0.46224\n 11 116 5 0.30048 0.47891 0.30328 0.48085 0.30230 0.47759 0.30328 0.48085 0.29572 0.47047\n 11 50 2 0.30096 0.48692 0.30378 0.48865\n 11 72 3 0.30378 0.48845 0.30271 0.48549 0.30378 0.48845\n 11 50 2 0.30378 0.48860 0.29572 0.47870\n 11 50 2 0.30143 0.49485 0.30378 0.49612\n 11 72 3 0.30378 0.49492 0.30310 0.49333 0.30378 0.49492\n 11 50 2 0.30378 0.49575 0.29572 0.48693\n 11 50 2 0.30189 0.50273 0.30378 0.50361\n 11 72 3 0.30378 0.50174 0.30347 0.50111 0.30378 0.50174\n 11 50 2 0.30378 0.50299 0.29572 0.49516\n 11 50 2 0.30233 0.51056 0.30378 0.51113\n 11 50 2 0.30378 0.51032 0.29572 0.50339\n 11 50 2 0.30275 0.51838 0.30378 0.51871\n 11 50 2 0.30378 0.51774 0.29572 0.51162\n 11 50 2 0.30317 0.52619 0.30378 0.52634\n 11 50 2 0.30378 0.52523 0.29572 0.51985\n 11 50 2 0.30357 0.53401 0.30378 0.53405\n 12 50 2 0.16674 0.37171 0.16674 0.37171\n 11 50 2 0.30378 0.53281 0.29572 0.52808\n 21 6 1\n 25 6 1\n 82 0\n 81 6 24\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 25\n 21 6 1\n 25 6 1\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 56 39 8 0.38333 0.16667 1.00000\n 56 39 9 0.21304 0.31594 0.79710\n 56 39 10 0.10435 0.46087 0.54348\n 56 39 11 0.01010 0.60404 0.29697\n 56 39 12 0.26263 0.70505 0.22121\n 56 39 13 0.51515 0.80606 0.14545\n 56 39 14 0.76768 0.90707 0.06970\n 56 39 15 1.00000 0.97222 0.00000\n 56 39 16 1.00000 0.62500 0.00000\n 56 39 17 1.00000 0.27778 0.00000\n 56 39 18 0.93333 0.00000 0.00000\n 56 39 19 0.60000 0.00000 0.00000\n 56 39 7 0.80000 0.00000 1.00000\n 38 6 3\n 40 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00005 0.00006 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.35780 0.64532 0.02894 0.25865\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.02894 0.35780 0.03353 0.38080 0.03353 0.38080 0.02894\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.02894 0.38080 0.03353 0.40381 0.03353 0.40381 0.02894\n 40 6 9\n 38 6 1\n 14 94 4 0.40381 0.02894 0.40381 0.03353 0.42681 0.03353 0.42681 0.02894\n 40 6 10\n 38 6 1\n 14 94 4 0.42681 0.02894 0.42681 0.03353 0.44981 0.03353 0.44981 0.02894\n 40 6 11\n 38 6 1\n 14 94 4 0.44981 0.02894 0.44981 0.03353 0.47281 0.03353 0.47281 0.02894\n 40 6 12\n 38 6 1\n 14 94 4 0.47281 0.02894 0.47281 0.03353 0.50156 0.03353 0.50156 0.02894\n 40 6 13\n 38 6 1\n 14 94 4 0.50156 0.02894 0.50156 0.03353 0.52456 0.03353 0.52456 0.02894\n 40 6 14\n 38 6 1\n 14 94 4 0.52456 0.02894 0.52456 0.03353 0.54756 0.03353 0.54756 0.02894\n 40 6 15\n 38 6 1\n 14 94 4 0.54756 0.02894 0.54756 0.03353 0.57057 0.03353 0.57057 0.02894\n 40 6 16\n 38 6 1\n 14 94 4 0.57057 0.02894 0.57057 0.03353 0.59357 0.03353 0.59357 0.02894\n 40 6 17\n 38 6 1\n 14 94 4 0.59357 0.02894 0.59357 0.03353 0.62232 0.03353 0.62232 0.02894\n 40 6 18\n 38 6 1\n 14 94 4 0.62232 0.02894 0.62232 0.03353 0.64532 0.03353 0.64532 0.02894\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.03353 0.35780 0.03812 0.38080 0.03812 0.38080 0.03353\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.03353 0.38080 0.03812 0.40381 0.03812 0.40381 0.03353\n 40 6 9\n 38 6 1\n 14 94 4 0.40381 0.03353 0.40381 0.03812 0.43256 0.03812 0.43256 0.03353\n 40 6 10\n 38 6 1\n 14 94 4 0.43256 0.03353 0.43256 0.03812 0.45556 0.03812 0.45556 0.03353\n 40 6 11\n 38 6 1\n 14 94 4 0.45556 0.03353 0.45556 0.03812 0.47856 0.03812 0.47856 0.03353\n 40 6 12\n 38 6 1\n 14 94 4 0.47856 0.03353 0.47856 0.03812 0.50731 0.03812 0.50731 0.03353\n 40 6 13\n 38 6 1\n 14 94 4 0.50731 0.03353 0.50731 0.03812 0.53031 0.03812 0.53031 0.03353\n 40 6 14\n 38 6 1\n 14 94 4 0.53031 0.03353 0.53031 0.03812 0.55907 0.03812 0.55907 0.03353\n 40 6 15\n 38 6 1\n 14 94 4 0.55907 0.03353 0.55907 0.03812 0.58207 0.03812 0.58207 0.03353\n 40 6 16\n 38 6 1\n 14 94 4 0.58207 0.03353 0.58207 0.03812 0.60507 0.03812 0.60507 0.03353\n 40 6 17\n 38 6 1\n 14 94 4 0.60507 0.03353 0.60507 0.03812 0.63382 0.03812 0.63382 0.03353\n 40 6 18\n 38 6 1\n 14 94 4 0.63382 0.03353 0.63382 0.03812 0.64532 0.03812 0.64532 0.03353\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.03812 0.35780 0.04272 0.38080 0.04272 0.38080 0.03812\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.03812 0.38080 0.04272 0.40956 0.04272 0.40956 0.03812\n 40 6 9\n 38 6 1\n 14 94 4 0.40956 0.03812 0.40956 0.04272 0.43256 0.04272 0.43256 0.03812\n 40 6 10\n 38 6 1\n 14 94 4 0.43256 0.03812 0.43256 0.04272 0.46131 0.04272 0.46131 0.03812\n 40 6 11\n 38 6 1\n 14 94 4 0.46131 0.03812 0.46131 0.04272 0.48431 0.04272 0.48431 0.03812\n 40 6 12\n 38 6 1\n 14 94 4 0.48431 0.03812 0.48431 0.04272 0.51306 0.04272 0.51306 0.03812\n 40 6 13\n 38 6 1\n 14 94 4 0.51306 0.03812 0.51306 0.04272 0.54181 0.04272 0.54181 0.03812\n 40 6 14\n 38 6 1\n 14 94 4 0.54181 0.03812 0.54181 0.04272 0.56482 0.04272 0.56482 0.03812\n 40 6 15\n 38 6 1\n 14 94 4 0.56482 0.03812 0.56482 0.04272 0.59357 0.04272 0.59357 0.03812\n 40 6 16\n 38 6 1\n 14 94 4 0.59357 0.03812 0.59357 0.04272 0.61657 0.04272 0.61657 0.03812\n 40 6 17\n 38 6 1\n 14 94 4 0.61657 0.03812 0.61657 0.04272 0.64532 0.04272 0.64532 0.03812\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.04272 0.35780 0.04731 0.38080 0.04731 0.38080 0.04272\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.04272 0.38080 0.04731 0.40956 0.04731 0.40956 0.04272\n 40 6 9\n 38 6 1\n 14 94 4 0.40956 0.04272 0.40956 0.04731 0.43831 0.04731 0.43831 0.04272\n 40 6 10\n 38 6 1\n 14 94 4 0.43831 0.04272 0.43831 0.04731 0.46706 0.04731 0.46706 0.04272\n 40 6 11\n 38 6 1\n 14 94 4 0.46706 0.04272 0.46706 0.04731 0.49006 0.04731 0.49006 0.04272\n 40 6 12\n 38 6 1\n 14 94 4 0.49006 0.04272 0.49006 0.04731 0.51881 0.04731 0.51881 0.04272\n 40 6 13\n 38 6 1\n 14 94 4 0.51881 0.04272 0.51881 0.04731 0.54756 0.04731 0.54756 0.04272\n 40 6 14\n 38 6 1\n 14 94 4 0.54756 0.04272 0.54756 0.04731 0.57632 0.04731 0.57632 0.04272\n 40 6 15\n 38 6 1\n 14 94 4 0.57632 0.04272 0.57632 0.04731 0.60507 0.04731 0.60507 0.04272\n 40 6 16\n 38 6 1\n 14 94 4 0.60507 0.04272 0.60507 0.04731 0.62807 0.04731 0.62807 0.04272\n 40 6 17\n 38 6 1\n 14 94 4 0.62807 0.04272 0.62807 0.04731 0.64532 0.04731 0.64532 0.04272\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.04731 0.35780 0.05191 0.38080 0.05191 0.38080 0.04731\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.04731 0.38080 0.05191 0.40956 0.05191 0.40956 0.04731\n 40 6 9\n 38 6 1\n 14 94 4 0.40956 0.04731 0.40956 0.05191 0.43831 0.05191 0.43831 0.04731\n 40 6 10\n 38 6 1\n 14 94 4 0.43831 0.04731 0.43831 0.05191 0.46706 0.05191 0.46706 0.04731\n 40 6 11\n 38 6 1\n 14 94 4 0.46706 0.04731 0.46706 0.05191 0.49581 0.05191 0.49581 0.04731\n 40 6 12\n 38 6 1\n 14 94 4 0.49581 0.04731 0.49581 0.05191 0.52456 0.05191 0.52456 0.04731\n 40 6 13\n 38 6 1\n 14 94 4 0.52456 0.04731 0.52456 0.05191 0.55332 0.05191 0.55332 0.04731\n 40 6 14\n 38 6 1\n 14 94 4 0.55332 0.04731 0.55332 0.05191 0.58207 0.05191 0.58207 0.04731\n 40 6 15\n 38 6 1\n 14 94 4 0.58207 0.04731 0.58207 0.05191 0.61657 0.05191 0.61657 0.04731\n 40 6 16\n 38 6 1\n 14 94 4 0.61657 0.04731 0.61657 0.05191 0.63957 0.05191 0.63957 0.04731\n 40 6 17\n 38 6 1\n 14 94 4 0.63957 0.04731 0.63957 0.05191 0.64532 0.05191 0.64532 0.04731\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.05191 0.35780 0.05650 0.38655 0.05650 0.38655 0.05191\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.05191 0.38655 0.05650 0.41531 0.05650 0.41531 0.05191\n 40 6 9\n 38 6 1\n 14 94 4 0.41531 0.05191 0.41531 0.05650 0.44406 0.05650 0.44406 0.05191\n 40 6 10\n 38 6 1\n 14 94 4 0.44406 0.05191 0.44406 0.05650 0.47281 0.05650 0.47281 0.05191\n 40 6 11\n 38 6 1\n 14 94 4 0.47281 0.05191 0.47281 0.05650 0.50156 0.05650 0.50156 0.05191\n 40 6 12\n 38 6 1\n 14 94 4 0.50156 0.05191 0.50156 0.05650 0.53606 0.05650 0.53606 0.05191\n 40 6 13\n 38 6 1\n 14 94 4 0.53606 0.05191 0.53606 0.05650 0.56482 0.05650 0.56482 0.05191\n 40 6 14\n 38 6 1\n 14 94 4 0.56482 0.05191 0.56482 0.05650 0.59357 0.05650 0.59357 0.05191\n 40 6 15\n 38 6 1\n 14 94 4 0.59357 0.05191 0.59357 0.05650 0.62232 0.05650 0.62232 0.05191\n 40 6 16\n 38 6 1\n 14 94 4 0.62232 0.05191 0.62232 0.05650 0.64532 0.05650 0.64532 0.05191\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.05650 0.35780 0.06110 0.38655 0.06110 0.38655 0.05650\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.05650 0.38655 0.06110 0.41531 0.06110 0.41531 0.05650\n 40 6 9\n 38 6 1\n 14 94 4 0.41531 0.05650 0.41531 0.06110 0.44981 0.06110 0.44981 0.05650\n 40 6 10\n 38 6 1\n 14 94 4 0.44981 0.05650 0.44981 0.06110 0.47856 0.06110 0.47856 0.05650\n 40 6 11\n 38 6 1\n 14 94 4 0.47856 0.05650 0.47856 0.06110 0.50731 0.06110 0.50731 0.05650\n 40 6 12\n 38 6 1\n 14 94 4 0.50731 0.05650 0.50731 0.06110 0.54181 0.06110 0.54181 0.05650\n 40 6 13\n 38 6 1\n 14 94 4 0.54181 0.05650 0.54181 0.06110 0.57057 0.06110 0.57057 0.05650\n 40 6 14\n 38 6 1\n 14 94 4 0.57057 0.05650 0.57057 0.06110 0.60507 0.06110 0.60507 0.05650\n 40 6 15\n 38 6 1\n 14 94 4 0.60507 0.05650 0.60507 0.06110 0.63382 0.06110 0.63382 0.05650\n 40 6 16\n 38 6 1\n 14 94 4 0.63382 0.05650 0.63382 0.06110 0.64532 0.06110 0.64532 0.05650\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.06110 0.35780 0.06569 0.38655 0.06569 0.38655 0.06110\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.06110 0.38655 0.06569 0.42106 0.06569 0.42106 0.06110\n 40 6 9\n 38 6 1\n 14 94 4 0.42106 0.06110 0.42106 0.06569 0.44981 0.06569 0.44981 0.06110\n 40 6 10\n 38 6 1\n 14 94 4 0.44981 0.06110 0.44981 0.06569 0.48431 0.06569 0.48431 0.06110\n 40 6 11\n 38 6 1\n 14 94 4 0.48431 0.06110 0.48431 0.06569 0.51306 0.06569 0.51306 0.06110\n 40 6 12\n 38 6 1\n 14 94 4 0.51306 0.06110 0.51306 0.06569 0.54756 0.06569 0.54756 0.06110\n 40 6 13\n 38 6 1\n 14 94 4 0.54756 0.06110 0.54756 0.06569 0.58207 0.06569 0.58207 0.06110\n 40 6 14\n 38 6 1\n 14 94 4 0.58207 0.06110 0.58207 0.06569 0.61082 0.06569 0.61082 0.06110\n 40 6 15\n 38 6 1\n 14 94 4 0.61082 0.06110 0.61082 0.06569 0.64532 0.06569 0.64532 0.06110\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.06569 0.35780 0.07028 0.38655 0.07028 0.38655 0.06569\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.06569 0.38655 0.07028 0.42106 0.07028 0.42106 0.06569\n 40 6 9\n 38 6 1\n 14 94 4 0.42106 0.06569 0.42106 0.07028 0.45556 0.07028 0.45556 0.06569\n 40 6 10\n 38 6 1\n 14 94 4 0.45556 0.06569 0.45556 0.07028 0.49006 0.07028 0.49006 0.06569\n 40 6 11\n 38 6 1\n 14 94 4 0.49006 0.06569 0.49006 0.07028 0.51881 0.07028 0.51881 0.06569\n 40 6 12\n 38 6 1\n 14 94 4 0.51881 0.06569 0.51881 0.07028 0.55332 0.07028 0.55332 0.06569\n 40 6 13\n 38 6 1\n 14 94 4 0.55332 0.06569 0.55332 0.07028 0.58782 0.07028 0.58782 0.06569\n 40 6 14\n 38 6 1\n 14 94 4 0.58782 0.06569 0.58782 0.07028 0.62232 0.07028 0.62232 0.06569\n 40 6 15\n 38 6 1\n 14 94 4 0.62232 0.06569 0.62232 0.07028 0.64532 0.07028 0.64532 0.06569\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.07028 0.35780 0.07488 0.38655 0.07488 0.38655 0.07028\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.07028 0.38655 0.07488 0.42106 0.07488 0.42106 0.07028\n 40 6 9\n 38 6 1\n 14 94 4 0.42106 0.07028 0.42106 0.07488 0.45556 0.07488 0.45556 0.07028\n 40 6 10\n 38 6 1\n 14 94 4 0.45556 0.07028 0.45556 0.07488 0.49006 0.07488 0.49006 0.07028\n 40 6 11\n 38 6 1\n 14 94 4 0.49006 0.07028 0.49006 0.07488 0.52456 0.07488 0.52456 0.07028\n 40 6 12\n 38 6 1\n 14 94 4 0.52456 0.07028 0.52456 0.07488 0.55907 0.07488 0.55907 0.07028\n 40 6 13\n 38 6 1\n 14 94 4 0.55907 0.07028 0.55907 0.07488 0.59357 0.07488 0.59357 0.07028\n 40 6 14\n 38 6 1\n 14 94 4 0.59357 0.07028 0.59357 0.07488 0.62807 0.07488 0.62807 0.07028\n 40 6 15\n 38 6 1\n 14 94 4 0.62807 0.07028 0.62807 0.07488 0.64532 0.07488 0.64532 0.07028\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.07488 0.35780 0.07947 0.39230 0.07947 0.39230 0.07488\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.07488 0.39230 0.07947 0.42681 0.07947 0.42681 0.07488\n 40 6 9\n 38 6 1\n 14 94 4 0.42681 0.07488 0.42681 0.07947 0.46131 0.07947 0.46131 0.07488\n 40 6 10\n 38 6 1\n 14 94 4 0.46131 0.07488 0.46131 0.07947 0.49581 0.07947 0.49581 0.07488\n 40 6 11\n 38 6 1\n 14 94 4 0.49581 0.07488 0.49581 0.07947 0.53031 0.07947 0.53031 0.07488\n 40 6 12\n 38 6 1\n 14 94 4 0.53031 0.07488 0.53031 0.07947 0.57057 0.07947 0.57057 0.07488\n 40 6 13\n 38 6 1\n 14 94 4 0.57057 0.07488 0.57057 0.07947 0.60507 0.07947 0.60507 0.07488\n 40 6 14\n 38 6 1\n 14 94 4 0.60507 0.07488 0.60507 0.07947 0.63957 0.07947 0.63957 0.07488\n 40 6 15\n 38 6 1\n 14 94 4 0.63957 0.07488 0.63957 0.07947 0.64532 0.07947 0.64532 0.07488\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.07947 0.35780 0.08407 0.39230 0.08407 0.39230 0.07947\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.07947 0.39230 0.08407 0.42681 0.08407 0.42681 0.07947\n 40 6 9\n 38 6 1\n 14 94 4 0.42681 0.07947 0.42681 0.08407 0.46706 0.08407 0.46706 0.07947\n 40 6 10\n 38 6 1\n 14 94 4 0.46706 0.07947 0.46706 0.08407 0.50156 0.08407 0.50156 0.07947\n 40 6 11\n 38 6 1\n 14 94 4 0.50156 0.07947 0.50156 0.08407 0.53606 0.08407 0.53606 0.07947\n 40 6 12\n 38 6 1\n 14 94 4 0.53606 0.07947 0.53606 0.08407 0.57632 0.08407 0.57632 0.07947\n 40 6 13\n 38 6 1\n 14 94 4 0.57632 0.07947 0.57632 0.08407 0.61082 0.08407 0.61082 0.07947\n 40 6 14\n 38 6 1\n 14 94 4 0.61082 0.07947 0.61082 0.08407 0.64532 0.08407 0.64532 0.07947\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.08407 0.35780 0.08866 0.39230 0.08866 0.39230 0.08407\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.08407 0.39230 0.08866 0.43256 0.08866 0.43256 0.08407\n 40 6 9\n 38 6 1\n 14 94 4 0.43256 0.08407 0.43256 0.08866 0.46706 0.08866 0.46706 0.08407\n 40 6 10\n 38 6 1\n 14 94 4 0.46706 0.08407 0.46706 0.08866 0.50731 0.08866 0.50731 0.08407\n 40 6 11\n 38 6 1\n 14 94 4 0.50731 0.08407 0.50731 0.08866 0.54181 0.08866 0.54181 0.08407\n 40 6 12\n 38 6 1\n 14 94 4 0.54181 0.08407 0.54181 0.08866 0.58207 0.08866 0.58207 0.08407\n 40 6 13\n 38 6 1\n 14 94 4 0.58207 0.08407 0.58207 0.08866 0.62232 0.08866 0.62232 0.08407\n 40 6 14\n 38 6 1\n 14 94 4 0.62232 0.08407 0.62232 0.08866 0.64532 0.08866 0.64532 0.08407\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.08866 0.35780 0.09325 0.39230 0.09325 0.39230 0.08866\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.08866 0.39230 0.09325 0.43256 0.09325 0.43256 0.08866\n 40 6 9\n 38 6 1\n 14 94 4 0.43256 0.08866 0.43256 0.09325 0.47281 0.09325 0.47281 0.08866\n 40 6 10\n 38 6 1\n 14 94 4 0.47281 0.08866 0.47281 0.09325 0.51306 0.09325 0.51306 0.08866\n 40 6 11\n 38 6 1\n 14 94 4 0.51306 0.08866 0.51306 0.09325 0.54756 0.09325 0.54756 0.08866\n 40 6 12\n 38 6 1\n 14 94 4 0.54756 0.08866 0.54756 0.09325 0.58782 0.09325 0.58782 0.08866\n 40 6 13\n 38 6 1\n 14 94 4 0.58782 0.08866 0.58782 0.09325 0.62807 0.09325 0.62807 0.08866\n 40 6 14\n 38 6 1\n 14 94 4 0.62807 0.08866 0.62807 0.09325 0.64532 0.09325 0.64532 0.08866\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.09325 0.35780 0.09785 0.39230 0.09785 0.39230 0.09325\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.09325 0.39230 0.09785 0.43256 0.09785 0.43256 0.09325\n 40 6 9\n 38 6 1\n 14 94 4 0.43256 0.09325 0.43256 0.09785 0.47281 0.09785 0.47281 0.09325\n 40 6 10\n 38 6 1\n 14 94 4 0.47281 0.09325 0.47281 0.09785 0.51306 0.09785 0.51306 0.09325\n 40 6 11\n 38 6 1\n 14 94 4 0.51306 0.09325 0.51306 0.09785 0.55332 0.09785 0.55332 0.09325\n 40 6 12\n 38 6 1\n 14 94 4 0.55332 0.09325 0.55332 0.09785 0.59357 0.09785 0.59357 0.09325\n 40 6 13\n 38 6 1\n 14 94 4 0.59357 0.09325 0.59357 0.09785 0.63382 0.09785 0.63382 0.09325\n 40 6 14\n 38 6 1\n 14 94 4 0.63382 0.09325 0.63382 0.09785 0.64532 0.09785 0.64532 0.09325\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.09785 0.35780 0.10244 0.39805 0.10244 0.39805 0.09785\n 40 6 8\n 38 6 1\n 14 94 4 0.39805 0.09785 0.39805 0.10244 0.43831 0.10244 0.43831 0.09785\n 40 6 9\n 38 6 1\n 14 94 4 0.43831 0.09785 0.43831 0.10244 0.47856 0.10244 0.47856 0.09785\n 40 6 10\n 38 6 1\n 14 94 4 0.47856 0.09785 0.47856 0.10244 0.51881 0.10244 0.51881 0.09785\n 40 6 11\n 38 6 1\n 14 94 4 0.51881 0.09785 0.51881 0.10244 0.55907 0.10244 0.55907 0.09785\n 40 6 12\n 38 6 1\n 14 94 4 0.55907 0.09785 0.55907 0.10244 0.60507 0.10244 0.60507 0.09785\n 40 6 13\n 38 6 1\n 14 94 4 0.60507 0.09785 0.60507 0.10244 0.64532 0.10244 0.64532 0.09785\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.10244 0.35780 0.10704 0.39805 0.10704 0.39805 0.10244\n 40 6 8\n 38 6 1\n 14 94 4 0.39805 0.10244 0.39805 0.10704 0.43831 0.10704 0.43831 0.10244\n 40 6 9\n 38 6 1\n 14 94 4 0.43831 0.10244 0.43831 0.10704 0.48431 0.10704 0.48431 0.10244\n 40 6 10\n 38 6 1\n 14 94 4 0.48431 0.10244 0.48431 0.10704 0.52456 0.10704 0.52456 0.10244\n 40 6 11\n 38 6 1\n 14 94 4 0.52456 0.10244 0.52456 0.10704 0.56482 0.10704 0.56482 0.10244\n 40 6 12\n 38 6 1\n 14 94 4 0.56482 0.10244 0.56482 0.10704 0.61082 0.10704 0.61082 0.10244\n 40 6 13\n 38 6 1\n 14 94 4 0.61082 0.10244 0.61082 0.10704 0.64532 0.10704 0.64532 0.10244\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.10704 0.35780 0.11163 0.39805 0.11163 0.39805 0.10704\n 40 6 8\n 38 6 1\n 14 94 4 0.39805 0.10704 0.39805 0.11163 0.44406 0.11163 0.44406 0.10704\n 40 6 9\n 38 6 1\n 14 94 4 0.44406 0.10704 0.44406 0.11163 0.48431 0.11163 0.48431 0.10704\n 40 6 10\n 38 6 1\n 14 94 4 0.48431 0.10704 0.48431 0.11163 0.53031 0.11163 0.53031 0.10704\n 40 6 11\n 38 6 1\n 14 94 4 0.53031 0.10704 0.53031 0.11163 0.57057 0.11163 0.57057 0.10704\n 40 6 12\n 38 6 1\n 14 94 4 0.57057 0.10704 0.57057 0.11163 0.61657 0.11163 0.61657 0.10704\n 40 6 13\n 38 6 1\n 14 94 4 0.61657 0.10704 0.61657 0.11163 0.64532 0.11163 0.64532 0.10704\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.11163 0.35780 0.11623 0.39805 0.11623 0.39805 0.11163\n 40 6 8\n 38 6 1\n 14 94 4 0.39805 0.11163 0.39805 0.11623 0.44406 0.11623 0.44406 0.11163\n 40 6 9\n 38 6 1\n 14 94 4 0.44406 0.11163 0.44406 0.11623 0.49006 0.11623 0.49006 0.11163\n 40 6 10\n 38 6 1\n 14 94 4 0.49006 0.11163 0.49006 0.11623 0.53606 0.11623 0.53606 0.11163\n 40 6 11\n 38 6 1\n 14 94 4 0.53606 0.11163 0.53606 0.11623 0.57632 0.11623 0.57632 0.11163\n 40 6 12\n 38 6 1\n 14 94 4 0.57632 0.11163 0.57632 0.11623 0.62232 0.11623 0.62232 0.11163\n 40 6 13\n 38 6 1\n 14 94 4 0.62232 0.11163 0.62232 0.11623 0.64532 0.11623 0.64532 0.11163\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.11623 0.35780 0.12082 0.39805 0.12082 0.39805 0.11623\n 40 6 8\n 38 6 1\n 14 94 4 0.39805 0.11623 0.39805 0.12082 0.44406 0.12082 0.44406 0.11623\n 40 6 9\n 38 6 1\n 14 94 4 0.44406 0.11623 0.44406 0.12082 0.49006 0.12082 0.49006 0.11623\n 40 6 10\n 38 6 1\n 14 94 4 0.49006 0.11623 0.49006 0.12082 0.53606 0.12082 0.53606 0.11623\n 40 6 11\n 38 6 1\n 14 94 4 0.53606 0.11623 0.53606 0.12082 0.58207 0.12082 0.58207 0.11623\n 40 6 12\n 38 6 1\n 14 94 4 0.58207 0.11623 0.58207 0.12082 0.62807 0.12082 0.62807 0.11623\n 40 6 13\n 38 6 1\n 14 94 4 0.62807 0.11623 0.62807 0.12082 0.64532 0.12082 0.64532 0.11623\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.12082 0.35780 0.12541 0.40381 0.12541 0.40381 0.12082\n 40 6 8\n 38 6 1\n 14 94 4 0.40381 0.12082 0.40381 0.12541 0.44981 0.12541 0.44981 0.12082\n 40 6 9\n 38 6 1\n 14 94 4 0.44981 0.12082 0.44981 0.12541 0.49581 0.12541 0.49581 0.12082\n 40 6 10\n 38 6 1\n 14 94 4 0.49581 0.12082 0.49581 0.12541 0.54181 0.12541 0.54181 0.12082\n 40 6 11\n 38 6 1\n 14 94 4 0.54181 0.12082 0.54181 0.12541 0.58782 0.12541 0.58782 0.12082\n 40 6 12\n 38 6 1\n 14 94 4 0.58782 0.12082 0.58782 0.12541 0.63957 0.12541 0.63957 0.12082\n 40 6 13\n 38 6 1\n 14 94 4 0.63957 0.12082 0.63957 0.12541 0.64532 0.12541 0.64532 0.12082\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.12541 0.35780 0.13001 0.40381 0.13001 0.40381 0.12541\n 40 6 8\n 38 6 1\n 14 94 4 0.40381 0.12541 0.40381 0.13001 0.44981 0.13001 0.44981 0.12541\n 40 6 9\n 38 6 1\n 14 94 4 0.44981 0.12541 0.44981 0.13001 0.50156 0.13001 0.50156 0.12541\n 40 6 10\n 38 6 1\n 14 94 4 0.50156 0.12541 0.50156 0.13001 0.54756 0.13001 0.54756 0.12541\n 40 6 11\n 38 6 1\n 14 94 4 0.54756 0.12541 0.54756 0.13001 0.59357 0.13001 0.59357 0.12541\n 40 6 12\n 38 6 1\n 14 94 4 0.59357 0.12541 0.59357 0.13001 0.64532 0.13001 0.64532 0.12541\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.13001 0.35780 0.13460 0.40381 0.13460 0.40381 0.13001\n 40 6 8\n 38 6 1\n 14 94 4 0.40381 0.13001 0.40381 0.13460 0.45556 0.13460 0.45556 0.13001\n 40 6 9\n 38 6 1\n 14 94 4 0.45556 0.13001 0.45556 0.13460 0.50156 0.13460 0.50156 0.13001\n 40 6 10\n 38 6 1\n 14 94 4 0.50156 0.13001 0.50156 0.13460 0.55332 0.13460 0.55332 0.13001\n 40 6 11\n 38 6 1\n 14 94 4 0.55332 0.13001 0.55332 0.13460 0.59932 0.13460 0.59932 0.13001\n 40 6 12\n 38 6 1\n 14 94 4 0.59932 0.13001 0.59932 0.13460 0.64532 0.13460 0.64532 0.13001\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.13460 0.35780 0.13920 0.40381 0.13920 0.40381 0.13460\n 40 6 8\n 38 6 1\n 14 94 4 0.40381 0.13460 0.40381 0.13920 0.45556 0.13920 0.45556 0.13460\n 40 6 9\n 38 6 1\n 14 94 4 0.45556 0.13460 0.45556 0.13920 0.50731 0.13920 0.50731 0.13460\n 40 6 10\n 38 6 1\n 14 94 4 0.50731 0.13460 0.50731 0.13920 0.55907 0.13920 0.55907 0.13460\n 40 6 11\n 38 6 1\n 14 94 4 0.55907 0.13460 0.55907 0.13920 0.60507 0.13920 0.60507 0.13460\n 40 6 12\n 38 6 1\n 14 94 4 0.60507 0.13460 0.60507 0.13920 0.64532 0.13920 0.64532 0.13460\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.13920 0.35780 0.14379 0.40381 0.14379 0.40381 0.13920\n 40 6 8\n 38 6 1\n 14 94 4 0.40381 0.13920 0.40381 0.14379 0.45556 0.14379 0.45556 0.13920\n 40 6 9\n 38 6 1\n 14 94 4 0.45556 0.13920 0.45556 0.14379 0.50731 0.14379 0.50731 0.13920\n 40 6 10\n 38 6 1\n 14 94 4 0.50731 0.13920 0.50731 0.14379 0.55907 0.14379 0.55907 0.13920\n 40 6 11\n 38 6 1\n 14 94 4 0.55907 0.13920 0.55907 0.14379 0.61082 0.14379 0.61082 0.13920\n 40 6 12\n 38 6 1\n 14 94 4 0.61082 0.13920 0.61082 0.14379 0.64532 0.14379 0.64532 0.13920\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.14379 0.35780 0.14838 0.40956 0.14838 0.40956 0.14379\n 40 6 8\n 38 6 1\n 14 94 4 0.40956 0.14379 0.40956 0.14838 0.46131 0.14838 0.46131 0.14379\n 40 6 9\n 38 6 1\n 14 94 4 0.46131 0.14379 0.46131 0.14838 0.51306 0.14838 0.51306 0.14379\n 40 6 10\n 38 6 1\n 14 94 4 0.51306 0.14379 0.51306 0.14838 0.56482 0.14838 0.56482 0.14379\n 40 6 11\n 38 6 1\n 14 94 4 0.56482 0.14379 0.56482 0.14838 0.61657 0.14838 0.61657 0.14379\n 40 6 12\n 38 6 1\n 14 94 4 0.61657 0.14379 0.61657 0.14838 0.64532 0.14838 0.64532 0.14379\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.14838 0.35780 0.15298 0.40956 0.15298 0.40956 0.14838\n 40 6 8\n 38 6 1\n 14 94 4 0.40956 0.14838 0.40956 0.15298 0.46131 0.15298 0.46131 0.14838\n 40 6 9\n 38 6 1\n 14 94 4 0.46131 0.14838 0.46131 0.15298 0.51881 0.15298 0.51881 0.14838\n 40 6 10\n 38 6 1\n 14 94 4 0.51881 0.14838 0.51881 0.15298 0.57057 0.15298 0.57057 0.14838\n 40 6 11\n 38 6 1\n 14 94 4 0.57057 0.14838 0.57057 0.15298 0.62232 0.15298 0.62232 0.14838\n 40 6 12\n 38 6 1\n 14 94 4 0.62232 0.14838 0.62232 0.15298 0.64532 0.15298 0.64532 0.14838\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.15298 0.35780 0.15757 0.40956 0.15757 0.40956 0.15298\n 40 6 8\n 38 6 1\n 14 94 4 0.40956 0.15298 0.40956 0.15757 0.46706 0.15757 0.46706 0.15298\n 40 6 9\n 38 6 1\n 14 94 4 0.46706 0.15298 0.46706 0.15757 0.51881 0.15757 0.51881 0.15298\n 40 6 10\n 38 6 1\n 14 94 4 0.51881 0.15298 0.51881 0.15757 0.57632 0.15757 0.57632 0.15298\n 40 6 11\n 38 6 1\n 14 94 4 0.57632 0.15298 0.57632 0.15757 0.62807 0.15757 0.62807 0.15298\n 40 6 12\n 38 6 1\n 14 94 4 0.62807 0.15298 0.62807 0.15757 0.64532 0.15757 0.64532 0.15298\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.15757 0.35780 0.16217 0.40956 0.16217 0.40956 0.15757\n 40 6 8\n 38 6 1\n 14 94 4 0.40956 0.15757 0.40956 0.16217 0.46706 0.16217 0.46706 0.15757\n 40 6 9\n 38 6 1\n 14 94 4 0.46706 0.15757 0.46706 0.16217 0.52456 0.16217 0.52456 0.15757\n 40 6 10\n 38 6 1\n 14 94 4 0.52456 0.15757 0.52456 0.16217 0.58207 0.16217 0.58207 0.15757\n 40 6 11\n 38 6 1\n 14 94 4 0.58207 0.15757 0.58207 0.16217 0.63382 0.16217 0.63382 0.15757\n 40 6 12\n 38 6 1\n 14 94 4 0.63382 0.15757 0.63382 0.16217 0.64532 0.16217 0.64532 0.15757\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.16217 0.35780 0.16676 0.40956 0.16676 0.40956 0.16217\n 40 6 8\n 38 6 1\n 14 94 4 0.40956 0.16217 0.40956 0.16676 0.46706 0.16676 0.46706 0.16217\n 40 6 9\n 38 6 1\n 14 94 4 0.46706 0.16217 0.46706 0.16676 0.52456 0.16676 0.52456 0.16217\n 40 6 10\n 38 6 1\n 14 94 4 0.52456 0.16217 0.52456 0.16676 0.58207 0.16676 0.58207 0.16217\n 40 6 11\n 38 6 1\n 14 94 4 0.58207 0.16217 0.58207 0.16676 0.63957 0.16676 0.63957 0.16217\n 40 6 12\n 38 6 1\n 14 94 4 0.63957 0.16217 0.63957 0.16676 0.64532 0.16676 0.64532 0.16217\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.16676 0.35780 0.17136 0.41531 0.17136 0.41531 0.16676\n 40 6 8\n 38 6 1\n 14 94 4 0.41531 0.16676 0.41531 0.17136 0.47281 0.17136 0.47281 0.16676\n 40 6 9\n 38 6 1\n 14 94 4 0.47281 0.16676 0.47281 0.17136 0.53031 0.17136 0.53031 0.16676\n 40 6 10\n 38 6 1\n 14 94 4 0.53031 0.16676 0.53031 0.17136 0.58782 0.17136 0.58782 0.16676\n 40 6 11\n 38 6 1\n 14 94 4 0.58782 0.16676 0.58782 0.17136 0.64532 0.17136 0.64532 0.16676\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.17136 0.35780 0.17595 0.41531 0.17595 0.41531 0.17136\n 40 6 8\n 38 6 1\n 14 94 4 0.41531 0.17136 0.41531 0.17595 0.47281 0.17595 0.47281 0.17136\n 40 6 9\n 38 6 1\n 14 94 4 0.47281 0.17136 0.47281 0.17595 0.53606 0.17595 0.53606 0.17136\n 40 6 10\n 38 6 1\n 14 94 4 0.53606 0.17136 0.53606 0.17595 0.59357 0.17595 0.59357 0.17136\n 40 6 11\n 38 6 1\n 14 94 4 0.59357 0.17136 0.59357 0.17595 0.64532 0.17595 0.64532 0.17136\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.17595 0.35780 0.18054 0.41531 0.18054 0.41531 0.17595\n 40 6 8\n 38 6 1\n 14 94 4 0.41531 0.17595 0.41531 0.18054 0.47856 0.18054 0.47856 0.17595\n 40 6 9\n 38 6 1\n 14 94 4 0.47856 0.17595 0.47856 0.18054 0.53606 0.18054 0.53606 0.17595\n 40 6 10\n 38 6 1\n 14 94 4 0.53606 0.17595 0.53606 0.18054 0.59932 0.18054 0.59932 0.17595\n 40 6 11\n 38 6 1\n 14 94 4 0.59932 0.17595 0.59932 0.18054 0.64532 0.18054 0.64532 0.17595\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.18054 0.35780 0.18514 0.41531 0.18514 0.41531 0.18054\n 40 6 8\n 38 6 1\n 14 94 4 0.41531 0.18054 0.41531 0.18514 0.47856 0.18514 0.47856 0.18054\n 40 6 9\n 38 6 1\n 14 94 4 0.47856 0.18054 0.47856 0.18514 0.54181 0.18514 0.54181 0.18054\n 40 6 10\n 38 6 1\n 14 94 4 0.54181 0.18054 0.54181 0.18514 0.60507 0.18514 0.60507 0.18054\n 40 6 11\n 38 6 1\n 14 94 4 0.60507 0.18054 0.60507 0.18514 0.64532 0.18514 0.64532 0.18054\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.18514 0.35780 0.18973 0.41531 0.18973 0.41531 0.18514\n 40 6 8\n 38 6 1\n 14 94 4 0.41531 0.18514 0.41531 0.18973 0.47856 0.18973 0.47856 0.18514\n 40 6 9\n 38 6 1\n 14 94 4 0.47856 0.18514 0.47856 0.18973 0.54181 0.18973 0.54181 0.18514\n 40 6 10\n 38 6 1\n 14 94 4 0.54181 0.18514 0.54181 0.18973 0.60507 0.18973 0.60507 0.18514\n 40 6 11\n 38 6 1\n 14 94 4 0.60507 0.18514 0.60507 0.18973 0.64532 0.18973 0.64532 0.18514\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.18973 0.35780 0.19433 0.42106 0.19433 0.42106 0.18973\n 40 6 8\n 38 6 1\n 14 94 4 0.42106 0.18973 0.42106 0.19433 0.48431 0.19433 0.48431 0.18973\n 40 6 9\n 38 6 1\n 14 94 4 0.48431 0.18973 0.48431 0.19433 0.54756 0.19433 0.54756 0.18973\n 40 6 10\n 38 6 1\n 14 94 4 0.54756 0.18973 0.54756 0.19433 0.61082 0.19433 0.61082 0.18973\n 40 6 11\n 38 6 1\n 14 94 4 0.61082 0.18973 0.61082 0.19433 0.64532 0.19433 0.64532 0.18973\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.19433 0.35780 0.19892 0.42106 0.19892 0.42106 0.19433\n 40 6 8\n 38 6 1\n 14 94 4 0.42106 0.19433 0.42106 0.19892 0.48431 0.19892 0.48431 0.19433\n 40 6 9\n 38 6 1\n 14 94 4 0.48431 0.19433 0.48431 0.19892 0.55332 0.19892 0.55332 0.19433\n 40 6 10\n 38 6 1\n 14 94 4 0.55332 0.19433 0.55332 0.19892 0.61657 0.19892 0.61657 0.19433\n 40 6 11\n 38 6 1\n 14 94 4 0.61657 0.19433 0.61657 0.19892 0.64532 0.19892 0.64532 0.19433\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.19892 0.35780 0.20352 0.42106 0.20352 0.42106 0.19892\n 40 6 8\n 38 6 1\n 14 94 4 0.42106 0.19892 0.42106 0.20352 0.49006 0.20352 0.49006 0.19892\n 40 6 9\n 38 6 1\n 14 94 4 0.49006 0.19892 0.49006 0.20352 0.55332 0.20352 0.55332 0.19892\n 40 6 10\n 38 6 1\n 14 94 4 0.55332 0.19892 0.55332 0.20352 0.62232 0.20352 0.62232 0.19892\n 40 6 11\n 38 6 1\n 14 94 4 0.62232 0.19892 0.62232 0.20352 0.64532 0.20352 0.64532 0.19892\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.20352 0.35780 0.20811 0.42106 0.20811 0.42106 0.20352\n 40 6 8\n 38 6 1\n 14 94 4 0.42106 0.20352 0.42106 0.20811 0.49006 0.20811 0.49006 0.20352\n 40 6 9\n 38 6 1\n 14 94 4 0.49006 0.20352 0.49006 0.20811 0.55907 0.20811 0.55907 0.20352\n 40 6 10\n 38 6 1\n 14 94 4 0.55907 0.20352 0.55907 0.20811 0.62807 0.20811 0.62807 0.20352\n 40 6 11\n 38 6 1\n 14 94 4 0.62807 0.20352 0.62807 0.20811 0.64532 0.20811 0.64532 0.20352\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.20811 0.35780 0.21270 0.42106 0.21270 0.42106 0.20811\n 40 6 8\n 38 6 1\n 14 94 4 0.42106 0.20811 0.42106 0.21270 0.49006 0.21270 0.49006 0.20811\n 40 6 9\n 38 6 1\n 14 94 4 0.49006 0.20811 0.49006 0.21270 0.55907 0.21270 0.55907 0.20811\n 40 6 10\n 38 6 1\n 14 94 4 0.55907 0.20811 0.55907 0.21270 0.62807 0.21270 0.62807 0.20811\n 40 6 11\n 38 6 1\n 14 94 4 0.62807 0.20811 0.62807 0.21270 0.64532 0.21270 0.64532 0.20811\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.21270 0.35780 0.21730 0.42681 0.21730 0.42681 0.21270\n 40 6 8\n 38 6 1\n 14 94 4 0.42681 0.21270 0.42681 0.21730 0.49581 0.21730 0.49581 0.21270\n 40 6 9\n 38 6 1\n 14 94 4 0.49581 0.21270 0.49581 0.21730 0.56482 0.21730 0.56482 0.21270\n 40 6 10\n 38 6 1\n 14 94 4 0.56482 0.21270 0.56482 0.21730 0.63382 0.21730 0.63382 0.21270\n 40 6 11\n 38 6 1\n 14 94 4 0.63382 0.21270 0.63382 0.21730 0.64532 0.21730 0.64532 0.21270\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.21730 0.35780 0.22189 0.42681 0.22189 0.42681 0.21730\n 40 6 8\n 38 6 1\n 14 94 4 0.42681 0.21730 0.42681 0.22189 0.49581 0.22189 0.49581 0.21730\n 40 6 9\n 38 6 1\n 14 94 4 0.49581 0.21730 0.49581 0.22189 0.57057 0.22189 0.57057 0.21730\n 40 6 10\n 38 6 1\n 14 94 4 0.57057 0.21730 0.57057 0.22189 0.63957 0.22189 0.63957 0.21730\n 40 6 11\n 38 6 1\n 14 94 4 0.63957 0.21730 0.63957 0.22189 0.64532 0.22189 0.64532 0.21730\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.22189 0.35780 0.22649 0.42681 0.22649 0.42681 0.22189\n 40 6 8\n 38 6 1\n 14 94 4 0.42681 0.22189 0.42681 0.22649 0.50156 0.22649 0.50156 0.22189\n 40 6 9\n 38 6 1\n 14 94 4 0.50156 0.22189 0.50156 0.22649 0.57057 0.22649 0.57057 0.22189\n 40 6 10\n 38 6 1\n 14 94 4 0.57057 0.22189 0.57057 0.22649 0.64532 0.22649 0.64532 0.22189\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.22649 0.35780 0.23108 0.42681 0.23108 0.42681 0.22649\n 40 6 8\n 38 6 1\n 14 94 4 0.42681 0.22649 0.42681 0.23108 0.50156 0.23108 0.50156 0.22649\n 40 6 9\n 38 6 1\n 14 94 4 0.50156 0.22649 0.50156 0.23108 0.57632 0.23108 0.57632 0.22649\n 40 6 10\n 38 6 1\n 14 94 4 0.57632 0.22649 0.57632 0.23108 0.64532 0.23108 0.64532 0.22649\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.23108 0.35780 0.23567 0.42681 0.23567 0.42681 0.23108\n 40 6 8\n 38 6 1\n 14 94 4 0.42681 0.23108 0.42681 0.23567 0.50156 0.23567 0.50156 0.23108\n 40 6 9\n 38 6 1\n 14 94 4 0.50156 0.23108 0.50156 0.23567 0.57632 0.23567 0.57632 0.23108\n 40 6 10\n 38 6 1\n 14 94 4 0.57632 0.23108 0.57632 0.23567 0.64532 0.23567 0.64532 0.23108\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.23567 0.35780 0.24027 0.43256 0.24027 0.43256 0.23567\n 40 6 8\n 38 6 1\n 14 94 4 0.43256 0.23567 0.43256 0.24027 0.50731 0.24027 0.50731 0.23567\n 40 6 9\n 38 6 1\n 14 94 4 0.50731 0.23567 0.50731 0.24027 0.58207 0.24027 0.58207 0.23567\n 40 6 10\n 38 6 1\n 14 94 4 0.58207 0.23567 0.58207 0.24027 0.64532 0.24027 0.64532 0.23567\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.24027 0.35780 0.24486 0.43256 0.24486 0.43256 0.24027\n 40 6 8\n 38 6 1\n 14 94 4 0.43256 0.24027 0.43256 0.24486 0.50731 0.24486 0.50731 0.24027\n 40 6 9\n 38 6 1\n 14 94 4 0.50731 0.24027 0.50731 0.24486 0.58782 0.24486 0.58782 0.24027\n 40 6 10\n 38 6 1\n 14 94 4 0.58782 0.24027 0.58782 0.24486 0.64532 0.24486 0.64532 0.24027\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.24486 0.35780 0.24946 0.43256 0.24946 0.43256 0.24486\n 40 6 8\n 38 6 1\n 14 94 4 0.43256 0.24486 0.43256 0.24946 0.51306 0.24946 0.51306 0.24486\n 40 6 9\n 38 6 1\n 14 94 4 0.51306 0.24486 0.51306 0.24946 0.58782 0.24946 0.58782 0.24486\n 40 6 10\n 38 6 1\n 14 94 4 0.58782 0.24486 0.58782 0.24946 0.64532 0.24946 0.64532 0.24486\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.24946 0.35780 0.25405 0.43256 0.25405 0.43256 0.24946\n 40 6 8\n 38 6 1\n 14 94 4 0.43256 0.24946 0.43256 0.25405 0.51306 0.25405 0.51306 0.24946\n 40 6 9\n 38 6 1\n 14 94 4 0.51306 0.24946 0.51306 0.25405 0.59357 0.25405 0.59357 0.24946\n 40 6 10\n 38 6 1\n 14 94 4 0.59357 0.24946 0.59357 0.25405 0.64532 0.25405 0.64532 0.24946\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.25405 0.35780 0.25865 0.43256 0.25865 0.43256 0.25405\n 40 6 8\n 38 6 1\n 14 94 4 0.43256 0.25405 0.43256 0.25865 0.51306 0.25865 0.51306 0.25405\n 40 6 9\n 38 6 1\n 14 94 4 0.51306 0.25405 0.51306 0.25865 0.59357 0.25865 0.59357 0.25405\n 40 6 10\n 38 6 1\n 14 94 4 0.59357 0.25405 0.59357 0.25865 0.64532 0.25865 0.64532 0.25405\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 40 6 7\n 38 6 1\n 14 94 4 0.65049 0.02894 0.65587 0.02894 0.65587 0.04661 0.65049 0.04661\n 11 116 5 0.65049 0.02894 0.65587 0.02894 0.65587 0.04661 0.65049 0.04661 0.65049 0.02894\n 40 6 8\n 38 6 1\n 14 94 4 0.65049 0.04661 0.65587 0.04661 0.65587 0.06428 0.65049 0.06428\n 11 116 5 0.65049 0.04661 0.65587 0.04661 0.65587 0.06428 0.65049 0.06428 0.65049 0.04661\n 40 6 9\n 38 6 1\n 14 94 4 0.65049 0.06428 0.65587 0.06428 0.65587 0.08195 0.65049 0.08195\n 11 116 5 0.65049 0.06428 0.65587 0.06428 0.65587 0.08195 0.65049 0.08195 0.65049 0.06428\n 40 6 10\n 38 6 1\n 14 94 4 0.65049 0.08195 0.65587 0.08195 0.65587 0.09962 0.65049 0.09962\n 11 116 5 0.65049 0.08195 0.65587 0.08195 0.65587 0.09962 0.65049 0.09962 0.65049 0.08195\n 40 6 11\n 38 6 1\n 14 94 4 0.65049 0.09962 0.65587 0.09962 0.65587 0.11729 0.65049 0.11729\n 11 116 5 0.65049 0.09962 0.65587 0.09962 0.65587 0.11729 0.65049 0.11729 0.65049 0.09962\n 40 6 12\n 38 6 1\n 14 94 4 0.65049 0.11729 0.65587 0.11729 0.65587 0.13496 0.65049 0.13496\n 11 116 5 0.65049 0.11729 0.65587 0.11729 0.65587 0.13496 0.65049 0.13496 0.65049 0.11729\n 40 6 13\n 38 6 1\n 14 94 4 0.65049 0.13496 0.65587 0.13496 0.65587 0.15263 0.65049 0.15263\n 11 116 5 0.65049 0.13496 0.65587 0.13496 0.65587 0.15263 0.65049 0.15263 0.65049 0.13496\n 40 6 14\n 38 6 1\n 14 94 4 0.65049 0.15263 0.65587 0.15263 0.65587 0.17030 0.65049 0.17030\n 11 116 5 0.65049 0.15263 0.65587 0.15263 0.65587 0.17030 0.65049 0.17030 0.65049 0.15263\n 40 6 15\n 38 6 1\n 14 94 4 0.65049 0.17030 0.65587 0.17030 0.65587 0.18797 0.65049 0.18797\n 11 116 5 0.65049 0.17030 0.65587 0.17030 0.65587 0.18797 0.65049 0.18797 0.65049 0.17030\n 40 6 16\n 38 6 1\n 14 94 4 0.65049 0.18797 0.65587 0.18797 0.65587 0.20564 0.65049 0.20564\n 11 116 5 0.65049 0.18797 0.65587 0.18797 0.65587 0.20564 0.65049 0.20564 0.65049 0.18797\n 40 6 17\n 38 6 1\n 14 94 4 0.65049 0.20564 0.65587 0.20564 0.65587 0.22331 0.65049 0.22331\n 11 116 5 0.65049 0.20564 0.65587 0.20564 0.65587 0.22331 0.65049 0.22331 0.65049 0.20564\n 40 6 18\n 38 6 1\n 14 94 4 0.65049 0.22331 0.65587 0.22331 0.65587 0.24098 0.65049 0.24098\n 11 116 5 0.65049 0.22331 0.65587 0.22331 0.65587 0.24098 0.65049 0.24098 0.65049 0.22331\n 40 6 19\n 38 6 1\n 14 94 4 0.65049 0.24098 0.65587 0.24098 0.65587 0.25865 0.65049 0.25865\n 11 116 5 0.65049 0.24098 0.65587 0.24098 0.65587 0.25865 0.65049 0.25865 0.65049 0.24098\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 380 17 0.65810 0.02997 0.65780 0.02987 0.65761 0.02958 0.65751 0.02908 0.65751 0.02879 0.65761 0.02830 0.65780 0.02800 0.65810 0.02790 0.65829 0.02790 0.65859 0.02800 0.65879 0.02830 0.65888 0.02879 0.65888 0.02908 0.65879 0.02958 0.65859 0.02987 0.65829 0.02997 0.65810 0.02997\n 11 380 17 0.65810 0.04764 0.65780 0.04754 0.65761 0.04725 0.65751 0.04675 0.65751 0.04646 0.65761 0.04597 0.65780 0.04567 0.65810 0.04557 0.65829 0.04557 0.65859 0.04567 0.65879 0.04597 0.65888 0.04646 0.65888 0.04675 0.65879 0.04725 0.65859 0.04754 0.65829 0.04764 0.65810 0.04764\n 11 116 5 0.65967 0.04577 0.65957 0.04567 0.65967 0.04557 0.65977 0.04567 0.65967 0.04577\n 11 314 14 0.66056 0.04715 0.66056 0.04725 0.66066 0.04744 0.66075 0.04754 0.66095 0.04764 0.66135 0.04764 0.66154 0.04754 0.66164 0.04744 0.66174 0.04725 0.66174 0.04705 0.66164 0.04685 0.66144 0.04656 0.66046 0.04557 0.66184 0.04557\n 11 380 17 0.65810 0.06531 0.65780 0.06521 0.65761 0.06492 0.65751 0.06442 0.65751 0.06413 0.65761 0.06364 0.65780 0.06334 0.65810 0.06324 0.65829 0.06324 0.65859 0.06334 0.65879 0.06364 0.65888 0.06413 0.65888 0.06442 0.65879 0.06492 0.65859 0.06521 0.65829 0.06531 0.65810 0.06531\n 11 116 5 0.65967 0.06344 0.65957 0.06334 0.65967 0.06324 0.65977 0.06334 0.65967 0.06344\n 11 72 3 0.66144 0.06531 0.66046 0.06393 0.66194 0.06393\n 11 50 2 0.66144 0.06531 0.66144 0.06324\n 11 380 17 0.65810 0.08298 0.65780 0.08288 0.65761 0.08259 0.65751 0.08209 0.65751 0.08180 0.65761 0.08131 0.65780 0.08101 0.65810 0.08091 0.65829 0.08091 0.65859 0.08101 0.65879 0.08131 0.65888 0.08180 0.65888 0.08209 0.65879 0.08259 0.65859 0.08288 0.65829 0.08298 0.65810 0.08298\n 11 116 5 0.65967 0.08111 0.65957 0.08101 0.65967 0.08091 0.65977 0.08101 0.65967 0.08111\n 11 512 23 0.66174 0.08268 0.66164 0.08288 0.66135 0.08298 0.66115 0.08298 0.66085 0.08288 0.66066 0.08259 0.66056 0.08209 0.66056 0.08160 0.66066 0.08121 0.66085 0.08101 0.66115 0.08091 0.66125 0.08091 0.66154 0.08101 0.66174 0.08121 0.66184 0.08150 0.66184 0.08160 0.66174 0.08190 0.66154 0.08209 0.66125 0.08219 0.66115 0.08219 0.66085 0.08209 0.66066 0.08190 0.66056 0.08160\n 11 380 17 0.65810 0.10065 0.65780 0.10055 0.65761 0.10026 0.65751 0.09976 0.65751 0.09947 0.65761 0.09898 0.65780 0.09868 0.65810 0.09858 0.65829 0.09858 0.65859 0.09868 0.65879 0.09898 0.65888 0.09947 0.65888 0.09976 0.65879 0.10026 0.65859 0.10055 0.65829 0.10065 0.65810 0.10065\n 11 116 5 0.65967 0.09878 0.65957 0.09868 0.65967 0.09858 0.65977 0.09868 0.65967 0.09878\n 11 644 29 0.66095 0.10065 0.66066 0.10055 0.66056 0.10035 0.66056 0.10016 0.66066 0.09996 0.66085 0.09986 0.66125 0.09976 0.66154 0.09966 0.66174 0.09947 0.66184 0.09927 0.66184 0.09898 0.66174 0.09878 0.66164 0.09868 0.66135 0.09858 0.66095 0.09858 0.66066 0.09868 0.66056 0.09878 0.66046 0.09898 0.66046 0.09927 0.66056 0.09947 0.66075 0.09966 0.66105 0.09976 0.66144 0.09986 0.66164 0.09996 0.66174 0.10016 0.66174 0.10035 0.66164 0.10055 0.66135 0.10065 0.66095 0.10065\n 11 94 4 0.65780 0.11793 0.65800 0.11802 0.65829 0.11832 0.65829 0.11625\n 11 94 4 0.65780 0.13560 0.65800 0.13569 0.65829 0.13599 0.65829 0.13392\n 11 116 5 0.65967 0.13412 0.65957 0.13402 0.65967 0.13392 0.65977 0.13402 0.65967 0.13412\n 11 314 14 0.66056 0.13550 0.66056 0.13560 0.66066 0.13579 0.66075 0.13589 0.66095 0.13599 0.66135 0.13599 0.66154 0.13589 0.66164 0.13579 0.66174 0.13560 0.66174 0.13540 0.66164 0.13520 0.66144 0.13491 0.66046 0.13392 0.66184 0.13392\n 11 94 4 0.65780 0.15327 0.65800 0.15336 0.65829 0.15366 0.65829 0.15159\n 11 116 5 0.65967 0.15179 0.65957 0.15169 0.65967 0.15159 0.65977 0.15169 0.65967 0.15179\n 11 72 3 0.66144 0.15366 0.66046 0.15228 0.66194 0.15228\n 11 50 2 0.66144 0.15366 0.66144 0.15159\n 11 94 4 0.65780 0.17094 0.65800 0.17103 0.65829 0.17133 0.65829 0.16926\n 11 116 5 0.65967 0.16946 0.65957 0.16936 0.65967 0.16926 0.65977 0.16936 0.65967 0.16946\n 11 512 23 0.66174 0.17103 0.66164 0.17123 0.66135 0.17133 0.66115 0.17133 0.66085 0.17123 0.66066 0.17094 0.66056 0.17044 0.66056 0.16995 0.66066 0.16956 0.66085 0.16936 0.66115 0.16926 0.66125 0.16926 0.66154 0.16936 0.66174 0.16956 0.66184 0.16985 0.66184 0.16995 0.66174 0.17025 0.66154 0.17044 0.66125 0.17054 0.66115 0.17054 0.66085 0.17044 0.66066 0.17025 0.66056 0.16995\n 11 94 4 0.65780 0.18861 0.65800 0.18870 0.65829 0.18900 0.65829 0.18693\n 11 116 5 0.65967 0.18713 0.65957 0.18703 0.65967 0.18693 0.65977 0.18703 0.65967 0.18713\n 11 644 29 0.66095 0.18900 0.66066 0.18890 0.66056 0.18870 0.66056 0.18851 0.66066 0.18831 0.66085 0.18821 0.66125 0.18811 0.66154 0.18801 0.66174 0.18782 0.66184 0.18762 0.66184 0.18733 0.66174 0.18713 0.66164 0.18703 0.66135 0.18693 0.66095 0.18693 0.66066 0.18703 0.66056 0.18713 0.66046 0.18733 0.66046 0.18762 0.66056 0.18782 0.66075 0.18801 0.66105 0.18811 0.66144 0.18821 0.66164 0.18831 0.66174 0.18851 0.66174 0.18870 0.66164 0.18890 0.66135 0.18900 0.66095 0.18900\n 11 314 14 0.65761 0.20618 0.65761 0.20628 0.65770 0.20647 0.65780 0.20657 0.65800 0.20667 0.65839 0.20667 0.65859 0.20657 0.65869 0.20647 0.65879 0.20628 0.65879 0.20608 0.65869 0.20588 0.65849 0.20559 0.65751 0.20460 0.65888 0.20460\n 11 314 14 0.65761 0.22385 0.65761 0.22395 0.65770 0.22414 0.65780 0.22424 0.65800 0.22434 0.65839 0.22434 0.65859 0.22424 0.65869 0.22414 0.65879 0.22395 0.65879 0.22375 0.65869 0.22355 0.65849 0.22326 0.65751 0.22227 0.65888 0.22227\n 11 116 5 0.65967 0.22247 0.65957 0.22237 0.65967 0.22227 0.65977 0.22237 0.65967 0.22247\n 11 314 14 0.66056 0.22385 0.66056 0.22395 0.66066 0.22414 0.66075 0.22424 0.66095 0.22434 0.66135 0.22434 0.66154 0.22424 0.66164 0.22414 0.66174 0.22395 0.66174 0.22375 0.66164 0.22355 0.66144 0.22326 0.66046 0.22227 0.66184 0.22227\n 11 314 14 0.65761 0.24152 0.65761 0.24162 0.65770 0.24181 0.65780 0.24191 0.65800 0.24201 0.65839 0.24201 0.65859 0.24191 0.65869 0.24181 0.65879 0.24162 0.65879 0.24142 0.65869 0.24122 0.65849 0.24093 0.65751 0.23994 0.65888 0.23994\n 11 116 5 0.65967 0.24014 0.65957 0.24004 0.65967 0.23994 0.65977 0.24004 0.65967 0.24014\n 11 72 3 0.66144 0.24201 0.66046 0.24063 0.66194 0.24063\n 11 50 2 0.66144 0.24201 0.66144 0.23994\n 11 314 14 0.65761 0.25919 0.65761 0.25929 0.65770 0.25948 0.65780 0.25958 0.65800 0.25968 0.65839 0.25968 0.65859 0.25958 0.65869 0.25948 0.65879 0.25929 0.65879 0.25909 0.65869 0.25889 0.65849 0.25860 0.65751 0.25761 0.65888 0.25761\n 11 116 5 0.65967 0.25781 0.65957 0.25771 0.65967 0.25761 0.65977 0.25771 0.65967 0.25781\n 11 512 23 0.66174 0.25938 0.66164 0.25958 0.66135 0.25968 0.66115 0.25968 0.66085 0.25958 0.66066 0.25929 0.66056 0.25879 0.66056 0.25830 0.66066 0.25791 0.66085 0.25771 0.66115 0.25761 0.66125 0.25761 0.66154 0.25771 0.66174 0.25791 0.66184 0.25820 0.66184 0.25830 0.66174 0.25860 0.66154 0.25879 0.66125 0.25889 0.66115 0.25889 0.66085 0.25879 0.66066 0.25860 0.66056 0.25830\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 50 2 0.35780 0.02894 0.35780 0.25865\n 11 50 2 0.64532 0.02894 0.64532 0.25865\n 11 50 2 0.35780 0.25865 0.64532 0.25865\n 11 50 2 0.35780 0.02894 0.64532 0.02894\n 82 0\n 81 6 26\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 27\n 21 6 1\n 25 6 1\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 56 39 21 0.59167 0.08333 1.00000\n 56 39 22 0.38333 0.16667 1.00000\n 56 39 23 0.26739 0.24348 0.92391\n 56 39 24 0.21304 0.31594 0.79710\n 56 39 25 0.15870 0.38841 0.67029\n 56 39 26 0.10435 0.46087 0.54348\n 56 39 27 0.05000 0.53333 0.41667\n 56 39 28 0.01010 0.60404 0.29697\n 56 39 29 0.13636 0.65455 0.25909\n 56 39 30 0.26263 0.70505 0.22121\n 56 39 31 0.38889 0.75556 0.18333\n 56 39 32 0.51515 0.80606 0.14545\n 56 39 33 0.64141 0.85657 0.10758\n 56 39 34 0.76768 0.90707 0.06970\n 56 39 35 0.89394 0.95758 0.03182\n 56 39 36 1.00000 0.97222 0.00000\n 56 39 37 1.00000 0.79861 0.00000\n 56 39 38 1.00000 0.62500 0.00000\n 56 39 39 1.00000 0.45139 0.00000\n 56 39 40 1.00000 0.27778 0.00000\n 56 39 41 1.00000 0.10417 0.00000\n 56 39 42 0.93333 0.00000 0.00000\n 56 39 43 0.76667 0.00000 0.00000\n 56 39 44 0.60000 0.00000 0.00000\n 56 39 20 0.80000 0.00000 1.00000\n 38 6 3\n 40 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00001 0.00003 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.76206 0.91991 0.11207 0.17555\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11207 0.76206 0.11334 0.76837 0.11334 0.76837 0.11207\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11207 0.76837 0.11334 0.77469 0.11334 0.77469 0.11207\n 40 6 22\n 38 6 1\n 14 94 4 0.77469 0.11207 0.77469 0.11334 0.78100 0.11334 0.78100 0.11207\n 40 6 23\n 38 6 1\n 14 94 4 0.78100 0.11207 0.78100 0.11334 0.78732 0.11334 0.78732 0.11207\n 40 6 24\n 38 6 1\n 14 94 4 0.78732 0.11207 0.78732 0.11334 0.79363 0.11334 0.79363 0.11207\n 40 6 25\n 38 6 1\n 14 94 4 0.79363 0.11207 0.79363 0.11334 0.79994 0.11334 0.79994 0.11207\n 40 6 26\n 38 6 1\n 14 94 4 0.79994 0.11207 0.79994 0.11334 0.80626 0.11334 0.80626 0.11207\n 40 6 27\n 38 6 1\n 14 94 4 0.80626 0.11207 0.80626 0.11334 0.81257 0.11334 0.81257 0.11207\n 40 6 28\n 38 6 1\n 14 94 4 0.81257 0.11207 0.81257 0.11334 0.81889 0.11334 0.81889 0.11207\n 40 6 29\n 38 6 1\n 14 94 4 0.81889 0.11207 0.81889 0.11334 0.82520 0.11334 0.82520 0.11207\n 40 6 30\n 38 6 1\n 14 94 4 0.82520 0.11207 0.82520 0.11334 0.83467 0.11334 0.83467 0.11207\n 40 6 31\n 38 6 1\n 14 94 4 0.83467 0.11207 0.83467 0.11334 0.84099 0.11334 0.84099 0.11207\n 40 6 32\n 38 6 1\n 14 94 4 0.84099 0.11207 0.84099 0.11334 0.84730 0.11334 0.84730 0.11207\n 40 6 33\n 38 6 1\n 14 94 4 0.84730 0.11207 0.84730 0.11334 0.85361 0.11334 0.85361 0.11207\n 40 6 34\n 38 6 1\n 14 94 4 0.85361 0.11207 0.85361 0.11334 0.85993 0.11334 0.85993 0.11207\n 40 6 35\n 38 6 1\n 14 94 4 0.85993 0.11207 0.85993 0.11334 0.86624 0.11334 0.86624 0.11207\n 40 6 36\n 38 6 1\n 14 94 4 0.86624 0.11207 0.86624 0.11334 0.87256 0.11334 0.87256 0.11207\n 40 6 37\n 38 6 1\n 14 94 4 0.87256 0.11207 0.87256 0.11334 0.87887 0.11334 0.87887 0.11207\n 40 6 38\n 38 6 1\n 14 94 4 0.87887 0.11207 0.87887 0.11334 0.88519 0.11334 0.88519 0.11207\n 40 6 39\n 38 6 1\n 14 94 4 0.88519 0.11207 0.88519 0.11334 0.89150 0.11334 0.89150 0.11207\n 40 6 40\n 38 6 1\n 14 94 4 0.89150 0.11207 0.89150 0.11334 0.90097 0.11334 0.90097 0.11207\n 40 6 41\n 38 6 1\n 14 94 4 0.90097 0.11207 0.90097 0.11334 0.90729 0.11334 0.90729 0.11207\n 40 6 42\n 38 6 1\n 14 94 4 0.90729 0.11207 0.90729 0.11334 0.91360 0.11334 0.91360 0.11207\n 40 6 43\n 38 6 1\n 14 94 4 0.91360 0.11207 0.91360 0.11334 0.91991 0.11334 0.91991 0.11207\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11334 0.76206 0.11461 0.76837 0.11461 0.76837 0.11334\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11334 0.76837 0.11461 0.77469 0.11461 0.77469 0.11334\n 40 6 22\n 38 6 1\n 14 94 4 0.77469 0.11334 0.77469 0.11461 0.78100 0.11461 0.78100 0.11334\n 40 6 23\n 38 6 1\n 14 94 4 0.78100 0.11334 0.78100 0.11461 0.78732 0.11461 0.78732 0.11334\n 40 6 24\n 38 6 1\n 14 94 4 0.78732 0.11334 0.78732 0.11461 0.79363 0.11461 0.79363 0.11334\n 40 6 25\n 38 6 1\n 14 94 4 0.79363 0.11334 0.79363 0.11461 0.80310 0.11461 0.80310 0.11334\n 40 6 26\n 38 6 1\n 14 94 4 0.80310 0.11334 0.80310 0.11461 0.80942 0.11461 0.80942 0.11334\n 40 6 27\n 38 6 1\n 14 94 4 0.80942 0.11334 0.80942 0.11461 0.81573 0.11461 0.81573 0.11334\n 40 6 28\n 38 6 1\n 14 94 4 0.81573 0.11334 0.81573 0.11461 0.82204 0.11461 0.82204 0.11334\n 40 6 29\n 38 6 1\n 14 94 4 0.82204 0.11334 0.82204 0.11461 0.82836 0.11461 0.82836 0.11334\n 40 6 30\n 38 6 1\n 14 94 4 0.82836 0.11334 0.82836 0.11461 0.83783 0.11461 0.83783 0.11334\n 40 6 31\n 38 6 1\n 14 94 4 0.83783 0.11334 0.83783 0.11461 0.84414 0.11461 0.84414 0.11334\n 40 6 32\n 38 6 1\n 14 94 4 0.84414 0.11334 0.84414 0.11461 0.85046 0.11461 0.85046 0.11334\n 40 6 33\n 38 6 1\n 14 94 4 0.85046 0.11334 0.85046 0.11461 0.85677 0.11461 0.85677 0.11334\n 40 6 34\n 38 6 1\n 14 94 4 0.85677 0.11334 0.85677 0.11461 0.86309 0.11461 0.86309 0.11334\n 40 6 35\n 38 6 1\n 14 94 4 0.86309 0.11334 0.86309 0.11461 0.87256 0.11461 0.87256 0.11334\n 40 6 36\n 38 6 1\n 14 94 4 0.87256 0.11334 0.87256 0.11461 0.87887 0.11461 0.87887 0.11334\n 40 6 37\n 38 6 1\n 14 94 4 0.87887 0.11334 0.87887 0.11461 0.88519 0.11461 0.88519 0.11334\n 40 6 38\n 38 6 1\n 14 94 4 0.88519 0.11334 0.88519 0.11461 0.89150 0.11461 0.89150 0.11334\n 40 6 39\n 38 6 1\n 14 94 4 0.89150 0.11334 0.89150 0.11461 0.89781 0.11461 0.89781 0.11334\n 40 6 40\n 38 6 1\n 14 94 4 0.89781 0.11334 0.89781 0.11461 0.90729 0.11461 0.90729 0.11334\n 40 6 41\n 38 6 1\n 14 94 4 0.90729 0.11334 0.90729 0.11461 0.91360 0.11461 0.91360 0.11334\n 40 6 42\n 38 6 1\n 14 94 4 0.91360 0.11334 0.91360 0.11461 0.91991 0.11461 0.91991 0.11334\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11461 0.76206 0.11588 0.76837 0.11588 0.76837 0.11461\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11461 0.76837 0.11588 0.77469 0.11588 0.77469 0.11461\n 40 6 22\n 38 6 1\n 14 94 4 0.77469 0.11461 0.77469 0.11588 0.78100 0.11588 0.78100 0.11461\n 40 6 23\n 38 6 1\n 14 94 4 0.78100 0.11461 0.78100 0.11588 0.79047 0.11588 0.79047 0.11461\n 40 6 24\n 38 6 1\n 14 94 4 0.79047 0.11461 0.79047 0.11588 0.79679 0.11588 0.79679 0.11461\n 40 6 25\n 38 6 1\n 14 94 4 0.79679 0.11461 0.79679 0.11588 0.80310 0.11588 0.80310 0.11461\n 40 6 26\n 38 6 1\n 14 94 4 0.80310 0.11461 0.80310 0.11588 0.81257 0.11588 0.81257 0.11461\n 40 6 27\n 38 6 1\n 14 94 4 0.81257 0.11461 0.81257 0.11588 0.81889 0.11588 0.81889 0.11461\n 40 6 28\n 38 6 1\n 14 94 4 0.81889 0.11461 0.81889 0.11588 0.82520 0.11588 0.82520 0.11461\n 40 6 29\n 38 6 1\n 14 94 4 0.82520 0.11461 0.82520 0.11588 0.83152 0.11588 0.83152 0.11461\n 40 6 30\n 38 6 1\n 14 94 4 0.83152 0.11461 0.83152 0.11588 0.84099 0.11588 0.84099 0.11461\n 40 6 31\n 38 6 1\n 14 94 4 0.84099 0.11461 0.84099 0.11588 0.84730 0.11588 0.84730 0.11461\n 40 6 32\n 38 6 1\n 14 94 4 0.84730 0.11461 0.84730 0.11588 0.85361 0.11588 0.85361 0.11461\n 40 6 33\n 38 6 1\n 14 94 4 0.85361 0.11461 0.85361 0.11588 0.86309 0.11588 0.86309 0.11461\n 40 6 34\n 38 6 1\n 14 94 4 0.86309 0.11461 0.86309 0.11588 0.86940 0.11588 0.86940 0.11461\n 40 6 35\n 38 6 1\n 14 94 4 0.86940 0.11461 0.86940 0.11588 0.87571 0.11588 0.87571 0.11461\n 40 6 36\n 38 6 1\n 14 94 4 0.87571 0.11461 0.87571 0.11588 0.88519 0.11588 0.88519 0.11461\n 40 6 37\n 38 6 1\n 14 94 4 0.88519 0.11461 0.88519 0.11588 0.89150 0.11588 0.89150 0.11461\n 40 6 38\n 38 6 1\n 14 94 4 0.89150 0.11461 0.89150 0.11588 0.89781 0.11588 0.89781 0.11461\n 40 6 39\n 38 6 1\n 14 94 4 0.89781 0.11461 0.89781 0.11588 0.90413 0.11588 0.90413 0.11461\n 40 6 40\n 38 6 1\n 14 94 4 0.90413 0.11461 0.90413 0.11588 0.91360 0.11588 0.91360 0.11461\n 40 6 41\n 38 6 1\n 14 94 4 0.91360 0.11461 0.91360 0.11588 0.91991 0.11588 0.91991 0.11461\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11588 0.76206 0.11715 0.76837 0.11715 0.76837 0.11588\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11588 0.76837 0.11715 0.77469 0.11715 0.77469 0.11588\n 40 6 22\n 38 6 1\n 14 94 4 0.77469 0.11588 0.77469 0.11715 0.78416 0.11715 0.78416 0.11588\n 40 6 23\n 38 6 1\n 14 94 4 0.78416 0.11588 0.78416 0.11715 0.79047 0.11715 0.79047 0.11588\n 40 6 24\n 38 6 1\n 14 94 4 0.79047 0.11588 0.79047 0.11715 0.79679 0.11715 0.79679 0.11588\n 40 6 25\n 38 6 1\n 14 94 4 0.79679 0.11588 0.79679 0.11715 0.80626 0.11715 0.80626 0.11588\n 40 6 26\n 38 6 1\n 14 94 4 0.80626 0.11588 0.80626 0.11715 0.81257 0.11715 0.81257 0.11588\n 40 6 27\n 38 6 1\n 14 94 4 0.81257 0.11588 0.81257 0.11715 0.82204 0.11715 0.82204 0.11588\n 40 6 28\n 38 6 1\n 14 94 4 0.82204 0.11588 0.82204 0.11715 0.82836 0.11715 0.82836 0.11588\n 40 6 29\n 38 6 1\n 14 94 4 0.82836 0.11588 0.82836 0.11715 0.83467 0.11715 0.83467 0.11588\n 40 6 30\n 38 6 1\n 14 94 4 0.83467 0.11588 0.83467 0.11715 0.84414 0.11715 0.84414 0.11588\n 40 6 31\n 38 6 1\n 14 94 4 0.84414 0.11588 0.84414 0.11715 0.85046 0.11715 0.85046 0.11588\n 40 6 32\n 38 6 1\n 14 94 4 0.85046 0.11588 0.85046 0.11715 0.85993 0.11715 0.85993 0.11588\n 40 6 33\n 38 6 1\n 14 94 4 0.85993 0.11588 0.85993 0.11715 0.86624 0.11715 0.86624 0.11588\n 40 6 34\n 38 6 1\n 14 94 4 0.86624 0.11588 0.86624 0.11715 0.87256 0.11715 0.87256 0.11588\n 40 6 35\n 38 6 1\n 14 94 4 0.87256 0.11588 0.87256 0.11715 0.88203 0.11715 0.88203 0.11588\n 40 6 36\n 38 6 1\n 14 94 4 0.88203 0.11588 0.88203 0.11715 0.88834 0.11715 0.88834 0.11588\n 40 6 37\n 38 6 1\n 14 94 4 0.88834 0.11588 0.88834 0.11715 0.89781 0.11715 0.89781 0.11588\n 40 6 38\n 38 6 1\n 14 94 4 0.89781 0.11588 0.89781 0.11715 0.90413 0.11715 0.90413 0.11588\n 40 6 39\n 38 6 1\n 14 94 4 0.90413 0.11588 0.90413 0.11715 0.91044 0.11715 0.91044 0.11588\n 40 6 40\n 38 6 1\n 14 94 4 0.91044 0.11588 0.91044 0.11715 0.91991 0.11715 0.91991 0.11588\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11715 0.76206 0.11842 0.76837 0.11842 0.76837 0.11715\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11715 0.76837 0.11842 0.77469 0.11842 0.77469 0.11715\n 40 6 22\n 38 6 1\n 14 94 4 0.77469 0.11715 0.77469 0.11842 0.78416 0.11842 0.78416 0.11715\n 40 6 23\n 38 6 1\n 14 94 4 0.78416 0.11715 0.78416 0.11842 0.79047 0.11842 0.79047 0.11715\n 40 6 24\n 38 6 1\n 14 94 4 0.79047 0.11715 0.79047 0.11842 0.79994 0.11842 0.79994 0.11715\n 40 6 25\n 38 6 1\n 14 94 4 0.79994 0.11715 0.79994 0.11842 0.80626 0.11842 0.80626 0.11715\n 40 6 26\n 38 6 1\n 14 94 4 0.80626 0.11715 0.80626 0.11842 0.81573 0.11842 0.81573 0.11715\n 40 6 27\n 38 6 1\n 14 94 4 0.81573 0.11715 0.81573 0.11842 0.82204 0.11842 0.82204 0.11715\n 40 6 28\n 38 6 1\n 14 94 4 0.82204 0.11715 0.82204 0.11842 0.83152 0.11842 0.83152 0.11715\n 40 6 29\n 38 6 1\n 14 94 4 0.83152 0.11715 0.83152 0.11842 0.83783 0.11842 0.83783 0.11715\n 40 6 30\n 38 6 1\n 14 94 4 0.83783 0.11715 0.83783 0.11842 0.84730 0.11842 0.84730 0.11715\n 40 6 31\n 38 6 1\n 14 94 4 0.84730 0.11715 0.84730 0.11842 0.85361 0.11842 0.85361 0.11715\n 40 6 32\n 38 6 1\n 14 94 4 0.85361 0.11715 0.85361 0.11842 0.86309 0.11842 0.86309 0.11715\n 40 6 33\n 38 6 1\n 14 94 4 0.86309 0.11715 0.86309 0.11842 0.86940 0.11842 0.86940 0.11715\n 40 6 34\n 38 6 1\n 14 94 4 0.86940 0.11715 0.86940 0.11842 0.87887 0.11842 0.87887 0.11715\n 40 6 35\n 38 6 1\n 14 94 4 0.87887 0.11715 0.87887 0.11842 0.88519 0.11842 0.88519 0.11715\n 40 6 36\n 38 6 1\n 14 94 4 0.88519 0.11715 0.88519 0.11842 0.89466 0.11842 0.89466 0.11715\n 40 6 37\n 38 6 1\n 14 94 4 0.89466 0.11715 0.89466 0.11842 0.90413 0.11842 0.90413 0.11715\n 40 6 38\n 38 6 1\n 14 94 4 0.90413 0.11715 0.90413 0.11842 0.91044 0.11842 0.91044 0.11715\n 40 6 39\n 38 6 1\n 14 94 4 0.91044 0.11715 0.91044 0.11842 0.91676 0.11842 0.91676 0.11715\n 40 6 40\n 38 6 1\n 14 94 4 0.91676 0.11715 0.91676 0.11842 0.91991 0.11842 0.91991 0.11715\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11842 0.76206 0.11969 0.76837 0.11969 0.76837 0.11842\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11842 0.76837 0.11969 0.77784 0.11969 0.77784 0.11842\n 40 6 22\n 38 6 1\n 14 94 4 0.77784 0.11842 0.77784 0.11969 0.78416 0.11969 0.78416 0.11842\n 40 6 23\n 38 6 1\n 14 94 4 0.78416 0.11842 0.78416 0.11969 0.79363 0.11969 0.79363 0.11842\n 40 6 24\n 38 6 1\n 14 94 4 0.79363 0.11842 0.79363 0.11969 0.79994 0.11969 0.79994 0.11842\n 40 6 25\n 38 6 1\n 14 94 4 0.79994 0.11842 0.79994 0.11969 0.80942 0.11969 0.80942 0.11842\n 40 6 26\n 38 6 1\n 14 94 4 0.80942 0.11842 0.80942 0.11969 0.81889 0.11969 0.81889 0.11842\n 40 6 27\n 38 6 1\n 14 94 4 0.81889 0.11842 0.81889 0.11969 0.82520 0.11969 0.82520 0.11842\n 40 6 28\n 38 6 1\n 14 94 4 0.82520 0.11842 0.82520 0.11969 0.83467 0.11969 0.83467 0.11842\n 40 6 29\n 38 6 1\n 14 94 4 0.83467 0.11842 0.83467 0.11969 0.84099 0.11969 0.84099 0.11842\n 40 6 30\n 38 6 1\n 14 94 4 0.84099 0.11842 0.84099 0.11969 0.85046 0.11969 0.85046 0.11842\n 40 6 31\n 38 6 1\n 14 94 4 0.85046 0.11842 0.85046 0.11969 0.85993 0.11969 0.85993 0.11842\n 40 6 32\n 38 6 1\n 14 94 4 0.85993 0.11842 0.85993 0.11969 0.86624 0.11969 0.86624 0.11842\n 40 6 33\n 38 6 1\n 14 94 4 0.86624 0.11842 0.86624 0.11969 0.87571 0.11969 0.87571 0.11842\n 40 6 34\n 38 6 1\n 14 94 4 0.87571 0.11842 0.87571 0.11969 0.88203 0.11969 0.88203 0.11842\n 40 6 35\n 38 6 1\n 14 94 4 0.88203 0.11842 0.88203 0.11969 0.89150 0.11969 0.89150 0.11842\n 40 6 36\n 38 6 1\n 14 94 4 0.89150 0.11842 0.89150 0.11969 0.90097 0.11969 0.90097 0.11842\n 40 6 37\n 38 6 1\n 14 94 4 0.90097 0.11842 0.90097 0.11969 0.90729 0.11969 0.90729 0.11842\n 40 6 38\n 38 6 1\n 14 94 4 0.90729 0.11842 0.90729 0.11969 0.91676 0.11969 0.91676 0.11842\n 40 6 39\n 38 6 1\n 14 94 4 0.91676 0.11842 0.91676 0.11969 0.91991 0.11969 0.91991 0.11842\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11969 0.76206 0.12096 0.76837 0.12096 0.76837 0.11969\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11969 0.76837 0.12096 0.77784 0.12096 0.77784 0.11969\n 40 6 22\n 38 6 1\n 14 94 4 0.77784 0.11969 0.77784 0.12096 0.78732 0.12096 0.78732 0.11969\n 40 6 23\n 38 6 1\n 14 94 4 0.78732 0.11969 0.78732 0.12096 0.79363 0.12096 0.79363 0.11969\n 40 6 24\n 38 6 1\n 14 94 4 0.79363 0.11969 0.79363 0.12096 0.80310 0.12096 0.80310 0.11969\n 40 6 25\n 38 6 1\n 14 94 4 0.80310 0.11969 0.80310 0.12096 0.81257 0.12096 0.81257 0.11969\n 40 6 26\n 38 6 1\n 14 94 4 0.81257 0.11969 0.81257 0.12096 0.81889 0.12096 0.81889 0.11969\n 40 6 27\n 38 6 1\n 14 94 4 0.81889 0.11969 0.81889 0.12096 0.82836 0.12096 0.82836 0.11969\n 40 6 28\n 38 6 1\n 14 94 4 0.82836 0.11969 0.82836 0.12096 0.83783 0.12096 0.83783 0.11969\n 40 6 29\n 38 6 1\n 14 94 4 0.83783 0.11969 0.83783 0.12096 0.84414 0.12096 0.84414 0.11969\n 40 6 30\n 38 6 1\n 14 94 4 0.84414 0.11969 0.84414 0.12096 0.85361 0.12096 0.85361 0.11969\n 40 6 31\n 38 6 1\n 14 94 4 0.85361 0.11969 0.85361 0.12096 0.86309 0.12096 0.86309 0.11969\n 40 6 32\n 38 6 1\n 14 94 4 0.86309 0.11969 0.86309 0.12096 0.87256 0.12096 0.87256 0.11969\n 40 6 33\n 38 6 1\n 14 94 4 0.87256 0.11969 0.87256 0.12096 0.87887 0.12096 0.87887 0.11969\n 40 6 34\n 38 6 1\n 14 94 4 0.87887 0.11969 0.87887 0.12096 0.88834 0.12096 0.88834 0.11969\n 40 6 35\n 38 6 1\n 14 94 4 0.88834 0.11969 0.88834 0.12096 0.89781 0.12096 0.89781 0.11969\n 40 6 36\n 38 6 1\n 14 94 4 0.89781 0.11969 0.89781 0.12096 0.90413 0.12096 0.90413 0.11969\n 40 6 37\n 38 6 1\n 14 94 4 0.90413 0.11969 0.90413 0.12096 0.91360 0.12096 0.91360 0.11969\n 40 6 38\n 38 6 1\n 14 94 4 0.91360 0.11969 0.91360 0.12096 0.91991 0.12096 0.91991 0.11969\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12096 0.76206 0.12222 0.76837 0.12222 0.76837 0.12096\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.12096 0.76837 0.12222 0.77784 0.12222 0.77784 0.12096\n 40 6 22\n 38 6 1\n 14 94 4 0.77784 0.12096 0.77784 0.12222 0.78732 0.12222 0.78732 0.12096\n 40 6 23\n 38 6 1\n 14 94 4 0.78732 0.12096 0.78732 0.12222 0.79679 0.12222 0.79679 0.12096\n 40 6 24\n 38 6 1\n 14 94 4 0.79679 0.12096 0.79679 0.12222 0.80310 0.12222 0.80310 0.12096\n 40 6 25\n 38 6 1\n 14 94 4 0.80310 0.12096 0.80310 0.12222 0.81257 0.12222 0.81257 0.12096\n 40 6 26\n 38 6 1\n 14 94 4 0.81257 0.12096 0.81257 0.12222 0.82204 0.12222 0.82204 0.12096\n 40 6 27\n 38 6 1\n 14 94 4 0.82204 0.12096 0.82204 0.12222 0.83152 0.12222 0.83152 0.12096\n 40 6 28\n 38 6 1\n 14 94 4 0.83152 0.12096 0.83152 0.12222 0.84099 0.12222 0.84099 0.12096\n 40 6 29\n 38 6 1\n 14 94 4 0.84099 0.12096 0.84099 0.12222 0.84730 0.12222 0.84730 0.12096\n 40 6 30\n 38 6 1\n 14 94 4 0.84730 0.12096 0.84730 0.12222 0.85677 0.12222 0.85677 0.12096\n 40 6 31\n 38 6 1\n 14 94 4 0.85677 0.12096 0.85677 0.12222 0.86624 0.12222 0.86624 0.12096\n 40 6 32\n 38 6 1\n 14 94 4 0.86624 0.12096 0.86624 0.12222 0.87571 0.12222 0.87571 0.12096\n 40 6 33\n 38 6 1\n 14 94 4 0.87571 0.12096 0.87571 0.12222 0.88519 0.12222 0.88519 0.12096\n 40 6 34\n 38 6 1\n 14 94 4 0.88519 0.12096 0.88519 0.12222 0.89150 0.12222 0.89150 0.12096\n 40 6 35\n 38 6 1\n 14 94 4 0.89150 0.12096 0.89150 0.12222 0.90097 0.12222 0.90097 0.12096\n 40 6 36\n 38 6 1\n 14 94 4 0.90097 0.12096 0.90097 0.12222 0.91044 0.12222 0.91044 0.12096\n 40 6 37\n 38 6 1\n 14 94 4 0.91044 0.12096 0.91044 0.12222 0.91991 0.12222 0.91991 0.12096\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12222 0.76206 0.12349 0.76837 0.12349 0.76837 0.12222\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.12222 0.76837 0.12349 0.77784 0.12349 0.77784 0.12222\n 40 6 22\n 38 6 1\n 14 94 4 0.77784 0.12222 0.77784 0.12349 0.78732 0.12349 0.78732 0.12222\n 40 6 23\n 38 6 1\n 14 94 4 0.78732 0.12222 0.78732 0.12349 0.79679 0.12349 0.79679 0.12222\n 40 6 24\n 38 6 1\n 14 94 4 0.79679 0.12222 0.79679 0.12349 0.80626 0.12349 0.80626 0.12222\n 40 6 25\n 38 6 1\n 14 94 4 0.80626 0.12222 0.80626 0.12349 0.81573 0.12349 0.81573 0.12222\n 40 6 26\n 38 6 1\n 14 94 4 0.81573 0.12222 0.81573 0.12349 0.82520 0.12349 0.82520 0.12222\n 40 6 27\n 38 6 1\n 14 94 4 0.82520 0.12222 0.82520 0.12349 0.83467 0.12349 0.83467 0.12222\n 40 6 28\n 38 6 1\n 14 94 4 0.83467 0.12222 0.83467 0.12349 0.84414 0.12349 0.84414 0.12222\n 40 6 29\n 38 6 1\n 14 94 4 0.84414 0.12222 0.84414 0.12349 0.85046 0.12349 0.85046 0.12222\n 40 6 30\n 38 6 1\n 14 94 4 0.85046 0.12222 0.85046 0.12349 0.85993 0.12349 0.85993 0.12222\n 40 6 31\n 38 6 1\n 14 94 4 0.85993 0.12222 0.85993 0.12349 0.86940 0.12349 0.86940 0.12222\n 40 6 32\n 38 6 1\n 14 94 4 0.86940 0.12222 0.86940 0.12349 0.87887 0.12349 0.87887 0.12222\n 40 6 33\n 38 6 1\n 14 94 4 0.87887 0.12222 0.87887 0.12349 0.88834 0.12349 0.88834 0.12222\n 40 6 34\n 38 6 1\n 14 94 4 0.88834 0.12222 0.88834 0.12349 0.89781 0.12349 0.89781 0.12222\n 40 6 35\n 38 6 1\n 14 94 4 0.89781 0.12222 0.89781 0.12349 0.90729 0.12349 0.90729 0.12222\n 40 6 36\n 38 6 1\n 14 94 4 0.90729 0.12222 0.90729 0.12349 0.91676 0.12349 0.91676 0.12222\n 40 6 37\n 38 6 1\n 14 94 4 0.91676 0.12222 0.91676 0.12349 0.91991 0.12349 0.91991 0.12222\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12349 0.76206 0.12476 0.76837 0.12476 0.76837 0.12349\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.12349 0.76837 0.12476 0.77784 0.12476 0.77784 0.12349\n 40 6 22\n 38 6 1\n 14 94 4 0.77784 0.12349 0.77784 0.12476 0.78732 0.12476 0.78732 0.12349\n 40 6 23\n 38 6 1\n 14 94 4 0.78732 0.12349 0.78732 0.12476 0.79679 0.12476 0.79679 0.12349\n 40 6 24\n 38 6 1\n 14 94 4 0.79679 0.12349 0.79679 0.12476 0.80626 0.12476 0.80626 0.12349\n 40 6 25\n 38 6 1\n 14 94 4 0.80626 0.12349 0.80626 0.12476 0.81573 0.12476 0.81573 0.12349\n 40 6 26\n 38 6 1\n 14 94 4 0.81573 0.12349 0.81573 0.12476 0.82520 0.12476 0.82520 0.12349\n 40 6 27\n 38 6 1\n 14 94 4 0.82520 0.12349 0.82520 0.12476 0.83467 0.12476 0.83467 0.12349\n 40 6 28\n 38 6 1\n 14 94 4 0.83467 0.12349 0.83467 0.12476 0.84730 0.12476 0.84730 0.12349\n 40 6 29\n 38 6 1\n 14 94 4 0.84730 0.12349 0.84730 0.12476 0.85361 0.12476 0.85361 0.12349\n 40 6 30\n 38 6 1\n 14 94 4 0.85361 0.12349 0.85361 0.12476 0.86309 0.12476 0.86309 0.12349\n 40 6 31\n 38 6 1\n 14 94 4 0.86309 0.12349 0.86309 0.12476 0.87256 0.12476 0.87256 0.12349\n 40 6 32\n 38 6 1\n 14 94 4 0.87256 0.12349 0.87256 0.12476 0.88519 0.12476 0.88519 0.12349\n 40 6 33\n 38 6 1\n 14 94 4 0.88519 0.12349 0.88519 0.12476 0.89150 0.12476 0.89150 0.12349\n 40 6 34\n 38 6 1\n 14 94 4 0.89150 0.12349 0.89150 0.12476 0.90097 0.12476 0.90097 0.12349\n 40 6 35\n 38 6 1\n 14 94 4 0.90097 0.12349 0.90097 0.12476 0.91044 0.12476 0.91044 0.12349\n 40 6 36\n 38 6 1\n 14 94 4 0.91044 0.12349 0.91044 0.12476 0.91991 0.12476 0.91991 0.12349\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12476 0.76206 0.12603 0.77153 0.12603 0.77153 0.12476\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.12476 0.77153 0.12603 0.78100 0.12603 0.78100 0.12476\n 40 6 22\n 38 6 1\n 14 94 4 0.78100 0.12476 0.78100 0.12603 0.79047 0.12603 0.79047 0.12476\n 40 6 23\n 38 6 1\n 14 94 4 0.79047 0.12476 0.79047 0.12603 0.79994 0.12603 0.79994 0.12476\n 40 6 24\n 38 6 1\n 14 94 4 0.79994 0.12476 0.79994 0.12603 0.80942 0.12603 0.80942 0.12476\n 40 6 25\n 38 6 1\n 14 94 4 0.80942 0.12476 0.80942 0.12603 0.81889 0.12603 0.81889 0.12476\n 40 6 26\n 38 6 1\n 14 94 4 0.81889 0.12476 0.81889 0.12603 0.82836 0.12603 0.82836 0.12476\n 40 6 27\n 38 6 1\n 14 94 4 0.82836 0.12476 0.82836 0.12603 0.83783 0.12603 0.83783 0.12476\n 40 6 28\n 38 6 1\n 14 94 4 0.83783 0.12476 0.83783 0.12603 0.84730 0.12603 0.84730 0.12476\n 40 6 29\n 38 6 1\n 14 94 4 0.84730 0.12476 0.84730 0.12603 0.85677 0.12603 0.85677 0.12476\n 40 6 30\n 38 6 1\n 14 94 4 0.85677 0.12476 0.85677 0.12603 0.86940 0.12603 0.86940 0.12476\n 40 6 31\n 38 6 1\n 14 94 4 0.86940 0.12476 0.86940 0.12603 0.87887 0.12603 0.87887 0.12476\n 40 6 32\n 38 6 1\n 14 94 4 0.87887 0.12476 0.87887 0.12603 0.88834 0.12603 0.88834 0.12476\n 40 6 33\n 38 6 1\n 14 94 4 0.88834 0.12476 0.88834 0.12603 0.89781 0.12603 0.89781 0.12476\n 40 6 34\n 38 6 1\n 14 94 4 0.89781 0.12476 0.89781 0.12603 0.90729 0.12603 0.90729 0.12476\n 40 6 35\n 38 6 1\n 14 94 4 0.90729 0.12476 0.90729 0.12603 0.91676 0.12603 0.91676 0.12476\n 40 6 36\n 38 6 1\n 14 94 4 0.91676 0.12476 0.91676 0.12603 0.91991 0.12603 0.91991 0.12476\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12603 0.76206 0.12730 0.77153 0.12730 0.77153 0.12603\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.12603 0.77153 0.12730 0.78100 0.12730 0.78100 0.12603\n 40 6 22\n 38 6 1\n 14 94 4 0.78100 0.12603 0.78100 0.12730 0.79047 0.12730 0.79047 0.12603\n 40 6 23\n 38 6 1\n 14 94 4 0.79047 0.12603 0.79047 0.12730 0.79994 0.12730 0.79994 0.12603\n 40 6 24\n 38 6 1\n 14 94 4 0.79994 0.12603 0.79994 0.12730 0.80942 0.12730 0.80942 0.12603\n 40 6 25\n 38 6 1\n 14 94 4 0.80942 0.12603 0.80942 0.12730 0.82204 0.12730 0.82204 0.12603\n 40 6 26\n 38 6 1\n 14 94 4 0.82204 0.12603 0.82204 0.12730 0.83152 0.12730 0.83152 0.12603\n 40 6 27\n 38 6 1\n 14 94 4 0.83152 0.12603 0.83152 0.12730 0.84099 0.12730 0.84099 0.12603\n 40 6 28\n 38 6 1\n 14 94 4 0.84099 0.12603 0.84099 0.12730 0.85046 0.12730 0.85046 0.12603\n 40 6 29\n 38 6 1\n 14 94 4 0.85046 0.12603 0.85046 0.12730 0.85993 0.12730 0.85993 0.12603\n 40 6 30\n 38 6 1\n 14 94 4 0.85993 0.12603 0.85993 0.12730 0.87256 0.12730 0.87256 0.12603\n 40 6 31\n 38 6 1\n 14 94 4 0.87256 0.12603 0.87256 0.12730 0.88203 0.12730 0.88203 0.12603\n 40 6 32\n 38 6 1\n 14 94 4 0.88203 0.12603 0.88203 0.12730 0.89150 0.12730 0.89150 0.12603\n 40 6 33\n 38 6 1\n 14 94 4 0.89150 0.12603 0.89150 0.12730 0.90097 0.12730 0.90097 0.12603\n 40 6 34\n 38 6 1\n 14 94 4 0.90097 0.12603 0.90097 0.12730 0.91044 0.12730 0.91044 0.12603\n 40 6 35\n 38 6 1\n 14 94 4 0.91044 0.12603 0.91044 0.12730 0.91991 0.12730 0.91991 0.12603\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12730 0.76206 0.12857 0.77153 0.12857 0.77153 0.12730\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.12730 0.77153 0.12857 0.78100 0.12857 0.78100 0.12730\n 40 6 22\n 38 6 1\n 14 94 4 0.78100 0.12730 0.78100 0.12857 0.79047 0.12857 0.79047 0.12730\n 40 6 23\n 38 6 1\n 14 94 4 0.79047 0.12730 0.79047 0.12857 0.80310 0.12857 0.80310 0.12730\n 40 6 24\n 38 6 1\n 14 94 4 0.80310 0.12730 0.80310 0.12857 0.81257 0.12857 0.81257 0.12730\n 40 6 25\n 38 6 1\n 14 94 4 0.81257 0.12730 0.81257 0.12857 0.82204 0.12857 0.82204 0.12730\n 40 6 26\n 38 6 1\n 14 94 4 0.82204 0.12730 0.82204 0.12857 0.83467 0.12857 0.83467 0.12730\n 40 6 27\n 38 6 1\n 14 94 4 0.83467 0.12730 0.83467 0.12857 0.84414 0.12857 0.84414 0.12730\n 40 6 28\n 38 6 1\n 14 94 4 0.84414 0.12730 0.84414 0.12857 0.85361 0.12857 0.85361 0.12730\n 40 6 29\n 38 6 1\n 14 94 4 0.85361 0.12730 0.85361 0.12857 0.86309 0.12857 0.86309 0.12730\n 40 6 30\n 38 6 1\n 14 94 4 0.86309 0.12730 0.86309 0.12857 0.87571 0.12857 0.87571 0.12730\n 40 6 31\n 38 6 1\n 14 94 4 0.87571 0.12730 0.87571 0.12857 0.88519 0.12857 0.88519 0.12730\n 40 6 32\n 38 6 1\n 14 94 4 0.88519 0.12730 0.88519 0.12857 0.89466 0.12857 0.89466 0.12730\n 40 6 33\n 38 6 1\n 14 94 4 0.89466 0.12730 0.89466 0.12857 0.90729 0.12857 0.90729 0.12730\n 40 6 34\n 38 6 1\n 14 94 4 0.90729 0.12730 0.90729 0.12857 0.91676 0.12857 0.91676 0.12730\n 40 6 35\n 38 6 1\n 14 94 4 0.91676 0.12730 0.91676 0.12857 0.91991 0.12857 0.91991 0.12730\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12857 0.76206 0.12984 0.77153 0.12984 0.77153 0.12857\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.12857 0.77153 0.12984 0.78100 0.12984 0.78100 0.12857\n 40 6 22\n 38 6 1\n 14 94 4 0.78100 0.12857 0.78100 0.12984 0.79363 0.12984 0.79363 0.12857\n 40 6 23\n 38 6 1\n 14 94 4 0.79363 0.12857 0.79363 0.12984 0.80310 0.12984 0.80310 0.12857\n 40 6 24\n 38 6 1\n 14 94 4 0.80310 0.12857 0.80310 0.12984 0.81257 0.12984 0.81257 0.12857\n 40 6 25\n 38 6 1\n 14 94 4 0.81257 0.12857 0.81257 0.12984 0.82520 0.12984 0.82520 0.12857\n 40 6 26\n 38 6 1\n 14 94 4 0.82520 0.12857 0.82520 0.12984 0.83467 0.12984 0.83467 0.12857\n 40 6 27\n 38 6 1\n 14 94 4 0.83467 0.12857 0.83467 0.12984 0.84730 0.12984 0.84730 0.12857\n 40 6 28\n 38 6 1\n 14 94 4 0.84730 0.12857 0.84730 0.12984 0.85677 0.12984 0.85677 0.12857\n 40 6 29\n 38 6 1\n 14 94 4 0.85677 0.12857 0.85677 0.12984 0.86624 0.12984 0.86624 0.12857\n 40 6 30\n 38 6 1\n 14 94 4 0.86624 0.12857 0.86624 0.12984 0.87887 0.12984 0.87887 0.12857\n 40 6 31\n 38 6 1\n 14 94 4 0.87887 0.12857 0.87887 0.12984 0.88834 0.12984 0.88834 0.12857\n 40 6 32\n 38 6 1\n 14 94 4 0.88834 0.12857 0.88834 0.12984 0.90097 0.12984 0.90097 0.12857\n 40 6 33\n 38 6 1\n 14 94 4 0.90097 0.12857 0.90097 0.12984 0.91044 0.12984 0.91044 0.12857\n 40 6 34\n 38 6 1\n 14 94 4 0.91044 0.12857 0.91044 0.12984 0.91991 0.12984 0.91991 0.12857\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12984 0.76206 0.13111 0.77153 0.13111 0.77153 0.12984\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.12984 0.77153 0.13111 0.78100 0.13111 0.78100 0.12984\n 40 6 22\n 38 6 1\n 14 94 4 0.78100 0.12984 0.78100 0.13111 0.79363 0.13111 0.79363 0.12984\n 40 6 23\n 38 6 1\n 14 94 4 0.79363 0.12984 0.79363 0.13111 0.80310 0.13111 0.80310 0.12984\n 40 6 24\n 38 6 1\n 14 94 4 0.80310 0.12984 0.80310 0.13111 0.81573 0.13111 0.81573 0.12984\n 40 6 25\n 38 6 1\n 14 94 4 0.81573 0.12984 0.81573 0.13111 0.82520 0.13111 0.82520 0.12984\n 40 6 26\n 38 6 1\n 14 94 4 0.82520 0.12984 0.82520 0.13111 0.83783 0.13111 0.83783 0.12984\n 40 6 27\n 38 6 1\n 14 94 4 0.83783 0.12984 0.83783 0.13111 0.84730 0.13111 0.84730 0.12984\n 40 6 28\n 38 6 1\n 14 94 4 0.84730 0.12984 0.84730 0.13111 0.85993 0.13111 0.85993 0.12984\n 40 6 29\n 38 6 1\n 14 94 4 0.85993 0.12984 0.85993 0.13111 0.86940 0.13111 0.86940 0.12984\n 40 6 30\n 38 6 1\n 14 94 4 0.86940 0.12984 0.86940 0.13111 0.88203 0.13111 0.88203 0.12984\n 40 6 31\n 38 6 1\n 14 94 4 0.88203 0.12984 0.88203 0.13111 0.89150 0.13111 0.89150 0.12984\n 40 6 32\n 38 6 1\n 14 94 4 0.89150 0.12984 0.89150 0.13111 0.90413 0.13111 0.90413 0.12984\n 40 6 33\n 38 6 1\n 14 94 4 0.90413 0.12984 0.90413 0.13111 0.91360 0.13111 0.91360 0.12984\n 40 6 34\n 38 6 1\n 14 94 4 0.91360 0.12984 0.91360 0.13111 0.91991 0.13111 0.91991 0.12984\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13111 0.76206 0.13238 0.77153 0.13238 0.77153 0.13111\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.13111 0.77153 0.13238 0.78416 0.13238 0.78416 0.13111\n 40 6 22\n 38 6 1\n 14 94 4 0.78416 0.13111 0.78416 0.13238 0.79363 0.13238 0.79363 0.13111\n 40 6 23\n 38 6 1\n 14 94 4 0.79363 0.13111 0.79363 0.13238 0.80626 0.13238 0.80626 0.13111\n 40 6 24\n 38 6 1\n 14 94 4 0.80626 0.13111 0.80626 0.13238 0.81573 0.13238 0.81573 0.13111\n 40 6 25\n 38 6 1\n 14 94 4 0.81573 0.13111 0.81573 0.13238 0.82836 0.13238 0.82836 0.13111\n 40 6 26\n 38 6 1\n 14 94 4 0.82836 0.13111 0.82836 0.13238 0.84099 0.13238 0.84099 0.13111\n 40 6 27\n 38 6 1\n 14 94 4 0.84099 0.13111 0.84099 0.13238 0.85046 0.13238 0.85046 0.13111\n 40 6 28\n 38 6 1\n 14 94 4 0.85046 0.13111 0.85046 0.13238 0.86309 0.13238 0.86309 0.13111\n 40 6 29\n 38 6 1\n 14 94 4 0.86309 0.13111 0.86309 0.13238 0.87256 0.13238 0.87256 0.13111\n 40 6 30\n 38 6 1\n 14 94 4 0.87256 0.13111 0.87256 0.13238 0.88519 0.13238 0.88519 0.13111\n 40 6 31\n 38 6 1\n 14 94 4 0.88519 0.13111 0.88519 0.13238 0.89781 0.13238 0.89781 0.13111\n 40 6 32\n 38 6 1\n 14 94 4 0.89781 0.13111 0.89781 0.13238 0.90729 0.13238 0.90729 0.13111\n 40 6 33\n 38 6 1\n 14 94 4 0.90729 0.13111 0.90729 0.13238 0.91991 0.13238 0.91991 0.13111\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13238 0.76206 0.13365 0.77153 0.13365 0.77153 0.13238\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.13238 0.77153 0.13365 0.78416 0.13365 0.78416 0.13238\n 40 6 22\n 38 6 1\n 14 94 4 0.78416 0.13238 0.78416 0.13365 0.79679 0.13365 0.79679 0.13238\n 40 6 23\n 38 6 1\n 14 94 4 0.79679 0.13238 0.79679 0.13365 0.80626 0.13365 0.80626 0.13238\n 40 6 24\n 38 6 1\n 14 94 4 0.80626 0.13238 0.80626 0.13365 0.81889 0.13365 0.81889 0.13238\n 40 6 25\n 38 6 1\n 14 94 4 0.81889 0.13238 0.81889 0.13365 0.83152 0.13365 0.83152 0.13238\n 40 6 26\n 38 6 1\n 14 94 4 0.83152 0.13238 0.83152 0.13365 0.84099 0.13365 0.84099 0.13238\n 40 6 27\n 38 6 1\n 14 94 4 0.84099 0.13238 0.84099 0.13365 0.85361 0.13365 0.85361 0.13238\n 40 6 28\n 38 6 1\n 14 94 4 0.85361 0.13238 0.85361 0.13365 0.86624 0.13365 0.86624 0.13238\n 40 6 29\n 38 6 1\n 14 94 4 0.86624 0.13238 0.86624 0.13365 0.87571 0.13365 0.87571 0.13238\n 40 6 30\n 38 6 1\n 14 94 4 0.87571 0.13238 0.87571 0.13365 0.88834 0.13365 0.88834 0.13238\n 40 6 31\n 38 6 1\n 14 94 4 0.88834 0.13238 0.88834 0.13365 0.90097 0.13365 0.90097 0.13238\n 40 6 32\n 38 6 1\n 14 94 4 0.90097 0.13238 0.90097 0.13365 0.91360 0.13365 0.91360 0.13238\n 40 6 33\n 38 6 1\n 14 94 4 0.91360 0.13238 0.91360 0.13365 0.91991 0.13365 0.91991 0.13238\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13365 0.76206 0.13492 0.77153 0.13492 0.77153 0.13365\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.13365 0.77153 0.13492 0.78416 0.13492 0.78416 0.13365\n 40 6 22\n 38 6 1\n 14 94 4 0.78416 0.13365 0.78416 0.13492 0.79679 0.13492 0.79679 0.13365\n 40 6 23\n 38 6 1\n 14 94 4 0.79679 0.13365 0.79679 0.13492 0.80942 0.13492 0.80942 0.13365\n 40 6 24\n 38 6 1\n 14 94 4 0.80942 0.13365 0.80942 0.13492 0.81889 0.13492 0.81889 0.13365\n 40 6 25\n 38 6 1\n 14 94 4 0.81889 0.13365 0.81889 0.13492 0.83152 0.13492 0.83152 0.13365\n 40 6 26\n 38 6 1\n 14 94 4 0.83152 0.13365 0.83152 0.13492 0.84414 0.13492 0.84414 0.13365\n 40 6 27\n 38 6 1\n 14 94 4 0.84414 0.13365 0.84414 0.13492 0.85677 0.13492 0.85677 0.13365\n 40 6 28\n 38 6 1\n 14 94 4 0.85677 0.13365 0.85677 0.13492 0.86940 0.13492 0.86940 0.13365\n 40 6 29\n 38 6 1\n 14 94 4 0.86940 0.13365 0.86940 0.13492 0.87887 0.13492 0.87887 0.13365\n 40 6 30\n 38 6 1\n 14 94 4 0.87887 0.13365 0.87887 0.13492 0.89150 0.13492 0.89150 0.13365\n 40 6 31\n 38 6 1\n 14 94 4 0.89150 0.13365 0.89150 0.13492 0.90413 0.13492 0.90413 0.13365\n 40 6 32\n 38 6 1\n 14 94 4 0.90413 0.13365 0.90413 0.13492 0.91676 0.13492 0.91676 0.13365\n 40 6 33\n 38 6 1\n 14 94 4 0.91676 0.13365 0.91676 0.13492 0.91991 0.13492 0.91991 0.13365\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13492 0.76206 0.13619 0.77153 0.13619 0.77153 0.13492\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.13492 0.77153 0.13619 0.78416 0.13619 0.78416 0.13492\n 40 6 22\n 38 6 1\n 14 94 4 0.78416 0.13492 0.78416 0.13619 0.79679 0.13619 0.79679 0.13492\n 40 6 23\n 38 6 1\n 14 94 4 0.79679 0.13492 0.79679 0.13619 0.80942 0.13619 0.80942 0.13492\n 40 6 24\n 38 6 1\n 14 94 4 0.80942 0.13492 0.80942 0.13619 0.82204 0.13619 0.82204 0.13492\n 40 6 25\n 38 6 1\n 14 94 4 0.82204 0.13492 0.82204 0.13619 0.83467 0.13619 0.83467 0.13492\n 40 6 26\n 38 6 1\n 14 94 4 0.83467 0.13492 0.83467 0.13619 0.84730 0.13619 0.84730 0.13492\n 40 6 27\n 38 6 1\n 14 94 4 0.84730 0.13492 0.84730 0.13619 0.85993 0.13619 0.85993 0.13492\n 40 6 28\n 38 6 1\n 14 94 4 0.85993 0.13492 0.85993 0.13619 0.87256 0.13619 0.87256 0.13492\n 40 6 29\n 38 6 1\n 14 94 4 0.87256 0.13492 0.87256 0.13619 0.88203 0.13619 0.88203 0.13492\n 40 6 30\n 38 6 1\n 14 94 4 0.88203 0.13492 0.88203 0.13619 0.89466 0.13619 0.89466 0.13492\n 40 6 31\n 38 6 1\n 14 94 4 0.89466 0.13492 0.89466 0.13619 0.90729 0.13619 0.90729 0.13492\n 40 6 32\n 38 6 1\n 14 94 4 0.90729 0.13492 0.90729 0.13619 0.91991 0.13619 0.91991 0.13492\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13619 0.76206 0.13746 0.77153 0.13746 0.77153 0.13619\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.13619 0.77153 0.13746 0.78416 0.13746 0.78416 0.13619\n 40 6 22\n 38 6 1\n 14 94 4 0.78416 0.13619 0.78416 0.13746 0.79679 0.13746 0.79679 0.13619\n 40 6 23\n 38 6 1\n 14 94 4 0.79679 0.13619 0.79679 0.13746 0.80942 0.13746 0.80942 0.13619\n 40 6 24\n 38 6 1\n 14 94 4 0.80942 0.13619 0.80942 0.13746 0.82204 0.13746 0.82204 0.13619\n 40 6 25\n 38 6 1\n 14 94 4 0.82204 0.13619 0.82204 0.13746 0.83467 0.13746 0.83467 0.13619\n 40 6 26\n 38 6 1\n 14 94 4 0.83467 0.13619 0.83467 0.13746 0.84730 0.13746 0.84730 0.13619\n 40 6 27\n 38 6 1\n 14 94 4 0.84730 0.13619 0.84730 0.13746 0.85993 0.13746 0.85993 0.13619\n 40 6 28\n 38 6 1\n 14 94 4 0.85993 0.13619 0.85993 0.13746 0.87571 0.13746 0.87571 0.13619\n 40 6 29\n 38 6 1\n 14 94 4 0.87571 0.13619 0.87571 0.13746 0.88519 0.13746 0.88519 0.13619\n 40 6 30\n 38 6 1\n 14 94 4 0.88519 0.13619 0.88519 0.13746 0.89781 0.13746 0.89781 0.13619\n 40 6 31\n 38 6 1\n 14 94 4 0.89781 0.13619 0.89781 0.13746 0.91044 0.13746 0.91044 0.13619\n 40 6 32\n 38 6 1\n 14 94 4 0.91044 0.13619 0.91044 0.13746 0.91991 0.13746 0.91991 0.13619\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13746 0.76206 0.13873 0.77469 0.13873 0.77469 0.13746\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.13746 0.77469 0.13873 0.78732 0.13873 0.78732 0.13746\n 40 6 22\n 38 6 1\n 14 94 4 0.78732 0.13746 0.78732 0.13873 0.79994 0.13873 0.79994 0.13746\n 40 6 23\n 38 6 1\n 14 94 4 0.79994 0.13746 0.79994 0.13873 0.81257 0.13873 0.81257 0.13746\n 40 6 24\n 38 6 1\n 14 94 4 0.81257 0.13746 0.81257 0.13873 0.82520 0.13873 0.82520 0.13746\n 40 6 25\n 38 6 1\n 14 94 4 0.82520 0.13746 0.82520 0.13873 0.83783 0.13873 0.83783 0.13746\n 40 6 26\n 38 6 1\n 14 94 4 0.83783 0.13746 0.83783 0.13873 0.85046 0.13873 0.85046 0.13746\n 40 6 27\n 38 6 1\n 14 94 4 0.85046 0.13746 0.85046 0.13873 0.86309 0.13873 0.86309 0.13746\n 40 6 28\n 38 6 1\n 14 94 4 0.86309 0.13746 0.86309 0.13873 0.87571 0.13873 0.87571 0.13746\n 40 6 29\n 38 6 1\n 14 94 4 0.87571 0.13746 0.87571 0.13873 0.88834 0.13873 0.88834 0.13746\n 40 6 30\n 38 6 1\n 14 94 4 0.88834 0.13746 0.88834 0.13873 0.90413 0.13873 0.90413 0.13746\n 40 6 31\n 38 6 1\n 14 94 4 0.90413 0.13746 0.90413 0.13873 0.91676 0.13873 0.91676 0.13746\n 40 6 32\n 38 6 1\n 14 94 4 0.91676 0.13746 0.91676 0.13873 0.91991 0.13873 0.91991 0.13746\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13873 0.76206 0.14000 0.77469 0.14000 0.77469 0.13873\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.13873 0.77469 0.14000 0.78732 0.14000 0.78732 0.13873\n 40 6 22\n 38 6 1\n 14 94 4 0.78732 0.13873 0.78732 0.14000 0.79994 0.14000 0.79994 0.13873\n 40 6 23\n 38 6 1\n 14 94 4 0.79994 0.13873 0.79994 0.14000 0.81257 0.14000 0.81257 0.13873\n 40 6 24\n 38 6 1\n 14 94 4 0.81257 0.13873 0.81257 0.14000 0.82520 0.14000 0.82520 0.13873\n 40 6 25\n 38 6 1\n 14 94 4 0.82520 0.13873 0.82520 0.14000 0.84099 0.14000 0.84099 0.13873\n 40 6 26\n 38 6 1\n 14 94 4 0.84099 0.13873 0.84099 0.14000 0.85361 0.14000 0.85361 0.13873\n 40 6 27\n 38 6 1\n 14 94 4 0.85361 0.13873 0.85361 0.14000 0.86624 0.14000 0.86624 0.13873\n 40 6 28\n 38 6 1\n 14 94 4 0.86624 0.13873 0.86624 0.14000 0.87887 0.14000 0.87887 0.13873\n 40 6 29\n 38 6 1\n 14 94 4 0.87887 0.13873 0.87887 0.14000 0.89150 0.14000 0.89150 0.13873\n 40 6 30\n 38 6 1\n 14 94 4 0.89150 0.13873 0.89150 0.14000 0.90729 0.14000 0.90729 0.13873\n 40 6 31\n 38 6 1\n 14 94 4 0.90729 0.13873 0.90729 0.14000 0.91991 0.14000 0.91991 0.13873\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14000 0.76206 0.14127 0.77469 0.14127 0.77469 0.14000\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14000 0.77469 0.14127 0.78732 0.14127 0.78732 0.14000\n 40 6 22\n 38 6 1\n 14 94 4 0.78732 0.14000 0.78732 0.14127 0.79994 0.14127 0.79994 0.14000\n 40 6 23\n 38 6 1\n 14 94 4 0.79994 0.14000 0.79994 0.14127 0.81573 0.14127 0.81573 0.14000\n 40 6 24\n 38 6 1\n 14 94 4 0.81573 0.14000 0.81573 0.14127 0.82836 0.14127 0.82836 0.14000\n 40 6 25\n 38 6 1\n 14 94 4 0.82836 0.14000 0.82836 0.14127 0.84099 0.14127 0.84099 0.14000\n 40 6 26\n 38 6 1\n 14 94 4 0.84099 0.14000 0.84099 0.14127 0.85677 0.14127 0.85677 0.14000\n 40 6 27\n 38 6 1\n 14 94 4 0.85677 0.14000 0.85677 0.14127 0.86940 0.14127 0.86940 0.14000\n 40 6 28\n 38 6 1\n 14 94 4 0.86940 0.14000 0.86940 0.14127 0.88203 0.14127 0.88203 0.14000\n 40 6 29\n 38 6 1\n 14 94 4 0.88203 0.14000 0.88203 0.14127 0.89466 0.14127 0.89466 0.14000\n 40 6 30\n 38 6 1\n 14 94 4 0.89466 0.14000 0.89466 0.14127 0.91044 0.14127 0.91044 0.14000\n 40 6 31\n 38 6 1\n 14 94 4 0.91044 0.14000 0.91044 0.14127 0.91991 0.14127 0.91991 0.14000\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14127 0.76206 0.14254 0.77469 0.14254 0.77469 0.14127\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14127 0.77469 0.14254 0.78732 0.14254 0.78732 0.14127\n 40 6 22\n 38 6 1\n 14 94 4 0.78732 0.14127 0.78732 0.14254 0.80310 0.14254 0.80310 0.14127\n 40 6 23\n 38 6 1\n 14 94 4 0.80310 0.14127 0.80310 0.14254 0.81573 0.14254 0.81573 0.14127\n 40 6 24\n 38 6 1\n 14 94 4 0.81573 0.14127 0.81573 0.14254 0.82836 0.14254 0.82836 0.14127\n 40 6 25\n 38 6 1\n 14 94 4 0.82836 0.14127 0.82836 0.14254 0.84414 0.14254 0.84414 0.14127\n 40 6 26\n 38 6 1\n 14 94 4 0.84414 0.14127 0.84414 0.14254 0.85677 0.14254 0.85677 0.14127\n 40 6 27\n 38 6 1\n 14 94 4 0.85677 0.14127 0.85677 0.14254 0.87256 0.14254 0.87256 0.14127\n 40 6 28\n 38 6 1\n 14 94 4 0.87256 0.14127 0.87256 0.14254 0.88519 0.14254 0.88519 0.14127\n 40 6 29\n 38 6 1\n 14 94 4 0.88519 0.14127 0.88519 0.14254 0.89781 0.14254 0.89781 0.14127\n 40 6 30\n 38 6 1\n 14 94 4 0.89781 0.14127 0.89781 0.14254 0.91360 0.14254 0.91360 0.14127\n 40 6 31\n 38 6 1\n 14 94 4 0.91360 0.14127 0.91360 0.14254 0.91991 0.14254 0.91991 0.14127\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14254 0.76206 0.14381 0.77469 0.14381 0.77469 0.14254\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14254 0.77469 0.14381 0.78732 0.14381 0.78732 0.14254\n 40 6 22\n 38 6 1\n 14 94 4 0.78732 0.14254 0.78732 0.14381 0.80310 0.14381 0.80310 0.14254\n 40 6 23\n 38 6 1\n 14 94 4 0.80310 0.14254 0.80310 0.14381 0.81573 0.14381 0.81573 0.14254\n 40 6 24\n 38 6 1\n 14 94 4 0.81573 0.14254 0.81573 0.14381 0.83152 0.14381 0.83152 0.14254\n 40 6 25\n 38 6 1\n 14 94 4 0.83152 0.14254 0.83152 0.14381 0.84414 0.14381 0.84414 0.14254\n 40 6 26\n 38 6 1\n 14 94 4 0.84414 0.14254 0.84414 0.14381 0.85993 0.14381 0.85993 0.14254\n 40 6 27\n 38 6 1\n 14 94 4 0.85993 0.14254 0.85993 0.14381 0.87256 0.14381 0.87256 0.14254\n 40 6 28\n 38 6 1\n 14 94 4 0.87256 0.14254 0.87256 0.14381 0.88834 0.14381 0.88834 0.14254\n 40 6 29\n 38 6 1\n 14 94 4 0.88834 0.14254 0.88834 0.14381 0.90097 0.14381 0.90097 0.14254\n 40 6 30\n 38 6 1\n 14 94 4 0.90097 0.14254 0.90097 0.14381 0.91676 0.14381 0.91676 0.14254\n 40 6 31\n 38 6 1\n 14 94 4 0.91676 0.14254 0.91676 0.14381 0.91991 0.14381 0.91991 0.14254\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14381 0.76206 0.14508 0.77469 0.14508 0.77469 0.14381\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14381 0.77469 0.14508 0.79047 0.14508 0.79047 0.14381\n 40 6 22\n 38 6 1\n 14 94 4 0.79047 0.14381 0.79047 0.14508 0.80310 0.14508 0.80310 0.14381\n 40 6 23\n 38 6 1\n 14 94 4 0.80310 0.14381 0.80310 0.14508 0.81889 0.14508 0.81889 0.14381\n 40 6 24\n 38 6 1\n 14 94 4 0.81889 0.14381 0.81889 0.14508 0.83152 0.14508 0.83152 0.14381\n 40 6 25\n 38 6 1\n 14 94 4 0.83152 0.14381 0.83152 0.14508 0.84730 0.14508 0.84730 0.14381\n 40 6 26\n 38 6 1\n 14 94 4 0.84730 0.14381 0.84730 0.14508 0.86309 0.14508 0.86309 0.14381\n 40 6 27\n 38 6 1\n 14 94 4 0.86309 0.14381 0.86309 0.14508 0.87571 0.14508 0.87571 0.14381\n 40 6 28\n 38 6 1\n 14 94 4 0.87571 0.14381 0.87571 0.14508 0.89150 0.14508 0.89150 0.14381\n 40 6 29\n 38 6 1\n 14 94 4 0.89150 0.14381 0.89150 0.14508 0.90413 0.14508 0.90413 0.14381\n 40 6 30\n 38 6 1\n 14 94 4 0.90413 0.14381 0.90413 0.14508 0.91991 0.14508 0.91991 0.14381\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14508 0.76206 0.14635 0.77469 0.14635 0.77469 0.14508\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14508 0.77469 0.14635 0.79047 0.14635 0.79047 0.14508\n 40 6 22\n 38 6 1\n 14 94 4 0.79047 0.14508 0.79047 0.14635 0.80626 0.14635 0.80626 0.14508\n 40 6 23\n 38 6 1\n 14 94 4 0.80626 0.14508 0.80626 0.14635 0.81889 0.14635 0.81889 0.14508\n 40 6 24\n 38 6 1\n 14 94 4 0.81889 0.14508 0.81889 0.14635 0.83467 0.14635 0.83467 0.14508\n 40 6 25\n 38 6 1\n 14 94 4 0.83467 0.14508 0.83467 0.14635 0.85046 0.14635 0.85046 0.14508\n 40 6 26\n 38 6 1\n 14 94 4 0.85046 0.14508 0.85046 0.14635 0.86309 0.14635 0.86309 0.14508\n 40 6 27\n 38 6 1\n 14 94 4 0.86309 0.14508 0.86309 0.14635 0.87887 0.14635 0.87887 0.14508\n 40 6 28\n 38 6 1\n 14 94 4 0.87887 0.14508 0.87887 0.14635 0.89466 0.14635 0.89466 0.14508\n 40 6 29\n 38 6 1\n 14 94 4 0.89466 0.14508 0.89466 0.14635 0.90729 0.14635 0.90729 0.14508\n 40 6 30\n 38 6 1\n 14 94 4 0.90729 0.14508 0.90729 0.14635 0.91991 0.14635 0.91991 0.14508\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14635 0.76206 0.14762 0.77469 0.14762 0.77469 0.14635\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14635 0.77469 0.14762 0.79047 0.14762 0.79047 0.14635\n 40 6 22\n 38 6 1\n 14 94 4 0.79047 0.14635 0.79047 0.14762 0.80626 0.14762 0.80626 0.14635\n 40 6 23\n 38 6 1\n 14 94 4 0.80626 0.14635 0.80626 0.14762 0.82204 0.14762 0.82204 0.14635\n 40 6 24\n 38 6 1\n 14 94 4 0.82204 0.14635 0.82204 0.14762 0.83467 0.14762 0.83467 0.14635\n 40 6 25\n 38 6 1\n 14 94 4 0.83467 0.14635 0.83467 0.14762 0.85046 0.14762 0.85046 0.14635\n 40 6 26\n 38 6 1\n 14 94 4 0.85046 0.14635 0.85046 0.14762 0.86624 0.14762 0.86624 0.14635\n 40 6 27\n 38 6 1\n 14 94 4 0.86624 0.14635 0.86624 0.14762 0.88203 0.14762 0.88203 0.14635\n 40 6 28\n 38 6 1\n 14 94 4 0.88203 0.14635 0.88203 0.14762 0.89781 0.14762 0.89781 0.14635\n 40 6 29\n 38 6 1\n 14 94 4 0.89781 0.14635 0.89781 0.14762 0.91044 0.14762 0.91044 0.14635\n 40 6 30\n 38 6 1\n 14 94 4 0.91044 0.14635 0.91044 0.14762 0.91991 0.14762 0.91991 0.14635\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14762 0.76206 0.14889 0.77469 0.14889 0.77469 0.14762\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14762 0.77469 0.14889 0.79047 0.14889 0.79047 0.14762\n 40 6 22\n 38 6 1\n 14 94 4 0.79047 0.14762 0.79047 0.14889 0.80626 0.14889 0.80626 0.14762\n 40 6 23\n 38 6 1\n 14 94 4 0.80626 0.14762 0.80626 0.14889 0.82204 0.14889 0.82204 0.14762\n 40 6 24\n 38 6 1\n 14 94 4 0.82204 0.14762 0.82204 0.14889 0.83783 0.14889 0.83783 0.14762\n 40 6 25\n 38 6 1\n 14 94 4 0.83783 0.14762 0.83783 0.14889 0.85361 0.14889 0.85361 0.14762\n 40 6 26\n 38 6 1\n 14 94 4 0.85361 0.14762 0.85361 0.14889 0.86940 0.14889 0.86940 0.14762\n 40 6 27\n 38 6 1\n 14 94 4 0.86940 0.14762 0.86940 0.14889 0.88519 0.14889 0.88519 0.14762\n 40 6 28\n 38 6 1\n 14 94 4 0.88519 0.14762 0.88519 0.14889 0.90097 0.14889 0.90097 0.14762\n 40 6 29\n 38 6 1\n 14 94 4 0.90097 0.14762 0.90097 0.14889 0.91360 0.14889 0.91360 0.14762\n 40 6 30\n 38 6 1\n 14 94 4 0.91360 0.14762 0.91360 0.14889 0.91991 0.14889 0.91991 0.14762\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14889 0.76206 0.15016 0.77469 0.15016 0.77469 0.14889\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14889 0.77469 0.15016 0.79047 0.15016 0.79047 0.14889\n 40 6 22\n 38 6 1\n 14 94 4 0.79047 0.14889 0.79047 0.15016 0.80626 0.15016 0.80626 0.14889\n 40 6 23\n 38 6 1\n 14 94 4 0.80626 0.14889 0.80626 0.15016 0.82204 0.15016 0.82204 0.14889\n 40 6 24\n 38 6 1\n 14 94 4 0.82204 0.14889 0.82204 0.15016 0.83783 0.15016 0.83783 0.14889\n 40 6 25\n 38 6 1\n 14 94 4 0.83783 0.14889 0.83783 0.15016 0.85361 0.15016 0.85361 0.14889\n 40 6 26\n 38 6 1\n 14 94 4 0.85361 0.14889 0.85361 0.15016 0.86940 0.15016 0.86940 0.14889\n 40 6 27\n 38 6 1\n 14 94 4 0.86940 0.14889 0.86940 0.15016 0.88519 0.15016 0.88519 0.14889\n 40 6 28\n 38 6 1\n 14 94 4 0.88519 0.14889 0.88519 0.15016 0.90413 0.15016 0.90413 0.14889\n 40 6 29\n 38 6 1\n 14 94 4 0.90413 0.14889 0.90413 0.15016 0.91676 0.15016 0.91676 0.14889\n 40 6 30\n 38 6 1\n 14 94 4 0.91676 0.14889 0.91676 0.15016 0.91991 0.15016 0.91991 0.14889\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15016 0.76206 0.15142 0.77784 0.15142 0.77784 0.15016\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15016 0.77784 0.15142 0.79363 0.15142 0.79363 0.15016\n 40 6 22\n 38 6 1\n 14 94 4 0.79363 0.15016 0.79363 0.15142 0.80942 0.15142 0.80942 0.15016\n 40 6 23\n 38 6 1\n 14 94 4 0.80942 0.15016 0.80942 0.15142 0.82520 0.15142 0.82520 0.15016\n 40 6 24\n 38 6 1\n 14 94 4 0.82520 0.15016 0.82520 0.15142 0.84099 0.15142 0.84099 0.15016\n 40 6 25\n 38 6 1\n 14 94 4 0.84099 0.15016 0.84099 0.15142 0.85677 0.15142 0.85677 0.15016\n 40 6 26\n 38 6 1\n 14 94 4 0.85677 0.15016 0.85677 0.15142 0.87256 0.15142 0.87256 0.15016\n 40 6 27\n 38 6 1\n 14 94 4 0.87256 0.15016 0.87256 0.15142 0.88834 0.15142 0.88834 0.15016\n 40 6 28\n 38 6 1\n 14 94 4 0.88834 0.15016 0.88834 0.15142 0.90413 0.15142 0.90413 0.15016\n 40 6 29\n 38 6 1\n 14 94 4 0.90413 0.15016 0.90413 0.15142 0.91991 0.15142 0.91991 0.15016\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15142 0.76206 0.15269 0.77784 0.15269 0.77784 0.15142\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15142 0.77784 0.15269 0.79363 0.15269 0.79363 0.15142\n 40 6 22\n 38 6 1\n 14 94 4 0.79363 0.15142 0.79363 0.15269 0.80942 0.15269 0.80942 0.15142\n 40 6 23\n 38 6 1\n 14 94 4 0.80942 0.15142 0.80942 0.15269 0.82520 0.15269 0.82520 0.15142\n 40 6 24\n 38 6 1\n 14 94 4 0.82520 0.15142 0.82520 0.15269 0.84099 0.15269 0.84099 0.15142\n 40 6 25\n 38 6 1\n 14 94 4 0.84099 0.15142 0.84099 0.15269 0.85993 0.15269 0.85993 0.15142\n 40 6 26\n 38 6 1\n 14 94 4 0.85993 0.15142 0.85993 0.15269 0.87571 0.15269 0.87571 0.15142\n 40 6 27\n 38 6 1\n 14 94 4 0.87571 0.15142 0.87571 0.15269 0.89150 0.15269 0.89150 0.15142\n 40 6 28\n 38 6 1\n 14 94 4 0.89150 0.15142 0.89150 0.15269 0.90729 0.15269 0.90729 0.15142\n 40 6 29\n 38 6 1\n 14 94 4 0.90729 0.15142 0.90729 0.15269 0.91991 0.15269 0.91991 0.15142\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15269 0.76206 0.15396 0.77784 0.15396 0.77784 0.15269\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15269 0.77784 0.15396 0.79363 0.15396 0.79363 0.15269\n 40 6 22\n 38 6 1\n 14 94 4 0.79363 0.15269 0.79363 0.15396 0.80942 0.15396 0.80942 0.15269\n 40 6 23\n 38 6 1\n 14 94 4 0.80942 0.15269 0.80942 0.15396 0.82836 0.15396 0.82836 0.15269\n 40 6 24\n 38 6 1\n 14 94 4 0.82836 0.15269 0.82836 0.15396 0.84414 0.15396 0.84414 0.15269\n 40 6 25\n 38 6 1\n 14 94 4 0.84414 0.15269 0.84414 0.15396 0.85993 0.15396 0.85993 0.15269\n 40 6 26\n 38 6 1\n 14 94 4 0.85993 0.15269 0.85993 0.15396 0.87887 0.15396 0.87887 0.15269\n 40 6 27\n 38 6 1\n 14 94 4 0.87887 0.15269 0.87887 0.15396 0.89466 0.15396 0.89466 0.15269\n 40 6 28\n 38 6 1\n 14 94 4 0.89466 0.15269 0.89466 0.15396 0.91044 0.15396 0.91044 0.15269\n 40 6 29\n 38 6 1\n 14 94 4 0.91044 0.15269 0.91044 0.15396 0.91991 0.15396 0.91991 0.15269\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15396 0.76206 0.15523 0.77784 0.15523 0.77784 0.15396\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15396 0.77784 0.15523 0.79363 0.15523 0.79363 0.15396\n 40 6 22\n 38 6 1\n 14 94 4 0.79363 0.15396 0.79363 0.15523 0.81257 0.15523 0.81257 0.15396\n 40 6 23\n 38 6 1\n 14 94 4 0.81257 0.15396 0.81257 0.15523 0.82836 0.15523 0.82836 0.15396\n 40 6 24\n 38 6 1\n 14 94 4 0.82836 0.15396 0.82836 0.15523 0.84414 0.15523 0.84414 0.15396\n 40 6 25\n 38 6 1\n 14 94 4 0.84414 0.15396 0.84414 0.15523 0.86309 0.15523 0.86309 0.15396\n 40 6 26\n 38 6 1\n 14 94 4 0.86309 0.15396 0.86309 0.15523 0.87887 0.15523 0.87887 0.15396\n 40 6 27\n 38 6 1\n 14 94 4 0.87887 0.15396 0.87887 0.15523 0.89781 0.15523 0.89781 0.15396\n 40 6 28\n 38 6 1\n 14 94 4 0.89781 0.15396 0.89781 0.15523 0.91360 0.15523 0.91360 0.15396\n 40 6 29\n 38 6 1\n 14 94 4 0.91360 0.15396 0.91360 0.15523 0.91991 0.15523 0.91991 0.15396\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15523 0.76206 0.15650 0.77784 0.15650 0.77784 0.15523\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15523 0.77784 0.15650 0.79363 0.15650 0.79363 0.15523\n 40 6 22\n 38 6 1\n 14 94 4 0.79363 0.15523 0.79363 0.15650 0.81257 0.15650 0.81257 0.15523\n 40 6 23\n 38 6 1\n 14 94 4 0.81257 0.15523 0.81257 0.15650 0.82836 0.15650 0.82836 0.15523\n 40 6 24\n 38 6 1\n 14 94 4 0.82836 0.15523 0.82836 0.15650 0.84730 0.15650 0.84730 0.15523\n 40 6 25\n 38 6 1\n 14 94 4 0.84730 0.15523 0.84730 0.15650 0.86309 0.15650 0.86309 0.15523\n 40 6 26\n 38 6 1\n 14 94 4 0.86309 0.15523 0.86309 0.15650 0.88203 0.15650 0.88203 0.15523\n 40 6 27\n 38 6 1\n 14 94 4 0.88203 0.15523 0.88203 0.15650 0.89781 0.15650 0.89781 0.15523\n 40 6 28\n 38 6 1\n 14 94 4 0.89781 0.15523 0.89781 0.15650 0.91676 0.15650 0.91676 0.15523\n 40 6 29\n 38 6 1\n 14 94 4 0.91676 0.15523 0.91676 0.15650 0.91991 0.15650 0.91991 0.15523\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15650 0.76206 0.15777 0.77784 0.15777 0.77784 0.15650\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15650 0.77784 0.15777 0.79679 0.15777 0.79679 0.15650\n 40 6 22\n 38 6 1\n 14 94 4 0.79679 0.15650 0.79679 0.15777 0.81257 0.15777 0.81257 0.15650\n 40 6 23\n 38 6 1\n 14 94 4 0.81257 0.15650 0.81257 0.15777 0.83152 0.15777 0.83152 0.15650\n 40 6 24\n 38 6 1\n 14 94 4 0.83152 0.15650 0.83152 0.15777 0.84730 0.15777 0.84730 0.15650\n 40 6 25\n 38 6 1\n 14 94 4 0.84730 0.15650 0.84730 0.15777 0.86624 0.15777 0.86624 0.15650\n 40 6 26\n 38 6 1\n 14 94 4 0.86624 0.15650 0.86624 0.15777 0.88519 0.15777 0.88519 0.15650\n 40 6 27\n 38 6 1\n 14 94 4 0.88519 0.15650 0.88519 0.15777 0.90097 0.15777 0.90097 0.15650\n 40 6 28\n 38 6 1\n 14 94 4 0.90097 0.15650 0.90097 0.15777 0.91991 0.15777 0.91991 0.15650\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15777 0.76206 0.15904 0.77784 0.15904 0.77784 0.15777\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15777 0.77784 0.15904 0.79679 0.15904 0.79679 0.15777\n 40 6 22\n 38 6 1\n 14 94 4 0.79679 0.15777 0.79679 0.15904 0.81573 0.15904 0.81573 0.15777\n 40 6 23\n 38 6 1\n 14 94 4 0.81573 0.15777 0.81573 0.15904 0.83152 0.15904 0.83152 0.15777\n 40 6 24\n 38 6 1\n 14 94 4 0.83152 0.15777 0.83152 0.15904 0.85046 0.15904 0.85046 0.15777\n 40 6 25\n 38 6 1\n 14 94 4 0.85046 0.15777 0.85046 0.15904 0.86940 0.15904 0.86940 0.15777\n 40 6 26\n 38 6 1\n 14 94 4 0.86940 0.15777 0.86940 0.15904 0.88519 0.15904 0.88519 0.15777\n 40 6 27\n 38 6 1\n 14 94 4 0.88519 0.15777 0.88519 0.15904 0.90413 0.15904 0.90413 0.15777\n 40 6 28\n 38 6 1\n 14 94 4 0.90413 0.15777 0.90413 0.15904 0.91991 0.15904 0.91991 0.15777\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15904 0.76206 0.16031 0.77784 0.16031 0.77784 0.15904\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15904 0.77784 0.16031 0.79679 0.16031 0.79679 0.15904\n 40 6 22\n 38 6 1\n 14 94 4 0.79679 0.15904 0.79679 0.16031 0.81573 0.16031 0.81573 0.15904\n 40 6 23\n 38 6 1\n 14 94 4 0.81573 0.15904 0.81573 0.16031 0.83467 0.16031 0.83467 0.15904\n 40 6 24\n 38 6 1\n 14 94 4 0.83467 0.15904 0.83467 0.16031 0.85046 0.16031 0.85046 0.15904\n 40 6 25\n 38 6 1\n 14 94 4 0.85046 0.15904 0.85046 0.16031 0.86940 0.16031 0.86940 0.15904\n 40 6 26\n 38 6 1\n 14 94 4 0.86940 0.15904 0.86940 0.16031 0.88834 0.16031 0.88834 0.15904\n 40 6 27\n 38 6 1\n 14 94 4 0.88834 0.15904 0.88834 0.16031 0.90729 0.16031 0.90729 0.15904\n 40 6 28\n 38 6 1\n 14 94 4 0.90729 0.15904 0.90729 0.16031 0.91991 0.16031 0.91991 0.15904\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16031 0.76206 0.16158 0.77784 0.16158 0.77784 0.16031\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.16031 0.77784 0.16158 0.79679 0.16158 0.79679 0.16031\n 40 6 22\n 38 6 1\n 14 94 4 0.79679 0.16031 0.79679 0.16158 0.81573 0.16158 0.81573 0.16031\n 40 6 23\n 38 6 1\n 14 94 4 0.81573 0.16031 0.81573 0.16158 0.83467 0.16158 0.83467 0.16031\n 40 6 24\n 38 6 1\n 14 94 4 0.83467 0.16031 0.83467 0.16158 0.85361 0.16158 0.85361 0.16031\n 40 6 25\n 38 6 1\n 14 94 4 0.85361 0.16031 0.85361 0.16158 0.87256 0.16158 0.87256 0.16031\n 40 6 26\n 38 6 1\n 14 94 4 0.87256 0.16031 0.87256 0.16158 0.89150 0.16158 0.89150 0.16031\n 40 6 27\n 38 6 1\n 14 94 4 0.89150 0.16031 0.89150 0.16158 0.91044 0.16158 0.91044 0.16031\n 40 6 28\n 38 6 1\n 14 94 4 0.91044 0.16031 0.91044 0.16158 0.91991 0.16158 0.91991 0.16031\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16158 0.76206 0.16285 0.77784 0.16285 0.77784 0.16158\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.16158 0.77784 0.16285 0.79679 0.16285 0.79679 0.16158\n 40 6 22\n 38 6 1\n 14 94 4 0.79679 0.16158 0.79679 0.16285 0.81573 0.16285 0.81573 0.16158\n 40 6 23\n 38 6 1\n 14 94 4 0.81573 0.16158 0.81573 0.16285 0.83467 0.16285 0.83467 0.16158\n 40 6 24\n 38 6 1\n 14 94 4 0.83467 0.16158 0.83467 0.16285 0.85361 0.16285 0.85361 0.16158\n 40 6 25\n 38 6 1\n 14 94 4 0.85361 0.16158 0.85361 0.16285 0.87256 0.16285 0.87256 0.16158\n 40 6 26\n 38 6 1\n 14 94 4 0.87256 0.16158 0.87256 0.16285 0.89150 0.16285 0.89150 0.16158\n 40 6 27\n 38 6 1\n 14 94 4 0.89150 0.16158 0.89150 0.16285 0.91044 0.16285 0.91044 0.16158\n 40 6 28\n 38 6 1\n 14 94 4 0.91044 0.16158 0.91044 0.16285 0.91991 0.16285 0.91991 0.16158\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16285 0.76206 0.16412 0.78100 0.16412 0.78100 0.16285\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16285 0.78100 0.16412 0.79994 0.16412 0.79994 0.16285\n 40 6 22\n 38 6 1\n 14 94 4 0.79994 0.16285 0.79994 0.16412 0.81889 0.16412 0.81889 0.16285\n 40 6 23\n 38 6 1\n 14 94 4 0.81889 0.16285 0.81889 0.16412 0.83783 0.16412 0.83783 0.16285\n 40 6 24\n 38 6 1\n 14 94 4 0.83783 0.16285 0.83783 0.16412 0.85677 0.16412 0.85677 0.16285\n 40 6 25\n 38 6 1\n 14 94 4 0.85677 0.16285 0.85677 0.16412 0.87571 0.16412 0.87571 0.16285\n 40 6 26\n 38 6 1\n 14 94 4 0.87571 0.16285 0.87571 0.16412 0.89466 0.16412 0.89466 0.16285\n 40 6 27\n 38 6 1\n 14 94 4 0.89466 0.16285 0.89466 0.16412 0.91360 0.16412 0.91360 0.16285\n 40 6 28\n 38 6 1\n 14 94 4 0.91360 0.16285 0.91360 0.16412 0.91991 0.16412 0.91991 0.16285\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16412 0.76206 0.16539 0.78100 0.16539 0.78100 0.16412\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16412 0.78100 0.16539 0.79994 0.16539 0.79994 0.16412\n 40 6 22\n 38 6 1\n 14 94 4 0.79994 0.16412 0.79994 0.16539 0.81889 0.16539 0.81889 0.16412\n 40 6 23\n 38 6 1\n 14 94 4 0.81889 0.16412 0.81889 0.16539 0.83783 0.16539 0.83783 0.16412\n 40 6 24\n 38 6 1\n 14 94 4 0.83783 0.16412 0.83783 0.16539 0.85677 0.16539 0.85677 0.16412\n 40 6 25\n 38 6 1\n 14 94 4 0.85677 0.16412 0.85677 0.16539 0.87887 0.16539 0.87887 0.16412\n 40 6 26\n 38 6 1\n 14 94 4 0.87887 0.16412 0.87887 0.16539 0.89781 0.16539 0.89781 0.16412\n 40 6 27\n 38 6 1\n 14 94 4 0.89781 0.16412 0.89781 0.16539 0.91676 0.16539 0.91676 0.16412\n 40 6 28\n 38 6 1\n 14 94 4 0.91676 0.16412 0.91676 0.16539 0.91991 0.16539 0.91991 0.16412\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16539 0.76206 0.16666 0.78100 0.16666 0.78100 0.16539\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16539 0.78100 0.16666 0.79994 0.16666 0.79994 0.16539\n 40 6 22\n 38 6 1\n 14 94 4 0.79994 0.16539 0.79994 0.16666 0.81889 0.16666 0.81889 0.16539\n 40 6 23\n 38 6 1\n 14 94 4 0.81889 0.16539 0.81889 0.16666 0.84099 0.16666 0.84099 0.16539\n 40 6 24\n 38 6 1\n 14 94 4 0.84099 0.16539 0.84099 0.16666 0.85993 0.16666 0.85993 0.16539\n 40 6 25\n 38 6 1\n 14 94 4 0.85993 0.16539 0.85993 0.16666 0.87887 0.16666 0.87887 0.16539\n 40 6 26\n 38 6 1\n 14 94 4 0.87887 0.16539 0.87887 0.16666 0.90097 0.16666 0.90097 0.16539\n 40 6 27\n 38 6 1\n 14 94 4 0.90097 0.16539 0.90097 0.16666 0.91991 0.16666 0.91991 0.16539\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16666 0.76206 0.16793 0.78100 0.16793 0.78100 0.16666\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16666 0.78100 0.16793 0.79994 0.16793 0.79994 0.16666\n 40 6 22\n 38 6 1\n 14 94 4 0.79994 0.16666 0.79994 0.16793 0.82204 0.16793 0.82204 0.16666\n 40 6 23\n 38 6 1\n 14 94 4 0.82204 0.16666 0.82204 0.16793 0.84099 0.16793 0.84099 0.16666\n 40 6 24\n 38 6 1\n 14 94 4 0.84099 0.16666 0.84099 0.16793 0.85993 0.16793 0.85993 0.16666\n 40 6 25\n 38 6 1\n 14 94 4 0.85993 0.16666 0.85993 0.16793 0.88203 0.16793 0.88203 0.16666\n 40 6 26\n 38 6 1\n 14 94 4 0.88203 0.16666 0.88203 0.16793 0.90097 0.16793 0.90097 0.16666\n 40 6 27\n 38 6 1\n 14 94 4 0.90097 0.16666 0.90097 0.16793 0.91991 0.16793 0.91991 0.16666\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16793 0.76206 0.16920 0.78100 0.16920 0.78100 0.16793\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16793 0.78100 0.16920 0.79994 0.16920 0.79994 0.16793\n 40 6 22\n 38 6 1\n 14 94 4 0.79994 0.16793 0.79994 0.16920 0.82204 0.16920 0.82204 0.16793\n 40 6 23\n 38 6 1\n 14 94 4 0.82204 0.16793 0.82204 0.16920 0.84099 0.16920 0.84099 0.16793\n 40 6 24\n 38 6 1\n 14 94 4 0.84099 0.16793 0.84099 0.16920 0.86309 0.16920 0.86309 0.16793\n 40 6 25\n 38 6 1\n 14 94 4 0.86309 0.16793 0.86309 0.16920 0.88203 0.16920 0.88203 0.16793\n 40 6 26\n 38 6 1\n 14 94 4 0.88203 0.16793 0.88203 0.16920 0.90413 0.16920 0.90413 0.16793\n 40 6 27\n 38 6 1\n 14 94 4 0.90413 0.16793 0.90413 0.16920 0.91991 0.16920 0.91991 0.16793\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16920 0.76206 0.17047 0.78100 0.17047 0.78100 0.16920\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16920 0.78100 0.17047 0.80310 0.17047 0.80310 0.16920\n 40 6 22\n 38 6 1\n 14 94 4 0.80310 0.16920 0.80310 0.17047 0.82204 0.17047 0.82204 0.16920\n 40 6 23\n 38 6 1\n 14 94 4 0.82204 0.16920 0.82204 0.17047 0.84414 0.17047 0.84414 0.16920\n 40 6 24\n 38 6 1\n 14 94 4 0.84414 0.16920 0.84414 0.17047 0.86309 0.17047 0.86309 0.16920\n 40 6 25\n 38 6 1\n 14 94 4 0.86309 0.16920 0.86309 0.17047 0.88519 0.17047 0.88519 0.16920\n 40 6 26\n 38 6 1\n 14 94 4 0.88519 0.16920 0.88519 0.17047 0.90729 0.17047 0.90729 0.16920\n 40 6 27\n 38 6 1\n 14 94 4 0.90729 0.16920 0.90729 0.17047 0.91991 0.17047 0.91991 0.16920\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.17047 0.76206 0.17174 0.78100 0.17174 0.78100 0.17047\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.17047 0.78100 0.17174 0.80310 0.17174 0.80310 0.17047\n 40 6 22\n 38 6 1\n 14 94 4 0.80310 0.17047 0.80310 0.17174 0.82520 0.17174 0.82520 0.17047\n 40 6 23\n 38 6 1\n 14 94 4 0.82520 0.17047 0.82520 0.17174 0.84414 0.17174 0.84414 0.17047\n 40 6 24\n 38 6 1\n 14 94 4 0.84414 0.17047 0.84414 0.17174 0.86624 0.17174 0.86624 0.17047\n 40 6 25\n 38 6 1\n 14 94 4 0.86624 0.17047 0.86624 0.17174 0.88834 0.17174 0.88834 0.17047\n 40 6 26\n 38 6 1\n 14 94 4 0.88834 0.17047 0.88834 0.17174 0.90729 0.17174 0.90729 0.17047\n 40 6 27\n 38 6 1\n 14 94 4 0.90729 0.17047 0.90729 0.17174 0.91991 0.17174 0.91991 0.17047\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.17174 0.76206 0.17301 0.78100 0.17301 0.78100 0.17174\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.17174 0.78100 0.17301 0.80310 0.17301 0.80310 0.17174\n 40 6 22\n 38 6 1\n 14 94 4 0.80310 0.17174 0.80310 0.17301 0.82520 0.17301 0.82520 0.17174\n 40 6 23\n 38 6 1\n 14 94 4 0.82520 0.17174 0.82520 0.17301 0.84730 0.17301 0.84730 0.17174\n 40 6 24\n 38 6 1\n 14 94 4 0.84730 0.17174 0.84730 0.17301 0.86624 0.17301 0.86624 0.17174\n 40 6 25\n 38 6 1\n 14 94 4 0.86624 0.17174 0.86624 0.17301 0.88834 0.17301 0.88834 0.17174\n 40 6 26\n 38 6 1\n 14 94 4 0.88834 0.17174 0.88834 0.17301 0.91044 0.17301 0.91044 0.17174\n 40 6 27\n 38 6 1\n 14 94 4 0.91044 0.17174 0.91044 0.17301 0.91991 0.17301 0.91991 0.17174\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.17301 0.76206 0.17428 0.78100 0.17428 0.78100 0.17301\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.17301 0.78100 0.17428 0.80310 0.17428 0.80310 0.17301\n 40 6 22\n 38 6 1\n 14 94 4 0.80310 0.17301 0.80310 0.17428 0.82520 0.17428 0.82520 0.17301\n 40 6 23\n 38 6 1\n 14 94 4 0.82520 0.17301 0.82520 0.17428 0.84730 0.17428 0.84730 0.17301\n 40 6 24\n 38 6 1\n 14 94 4 0.84730 0.17301 0.84730 0.17428 0.86940 0.17428 0.86940 0.17301\n 40 6 25\n 38 6 1\n 14 94 4 0.86940 0.17301 0.86940 0.17428 0.89150 0.17428 0.89150 0.17301\n 40 6 26\n 38 6 1\n 14 94 4 0.89150 0.17301 0.89150 0.17428 0.91360 0.17428 0.91360 0.17301\n 40 6 27\n 38 6 1\n 14 94 4 0.91360 0.17301 0.91360 0.17428 0.91991 0.17428 0.91991 0.17301\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.17428 0.76206 0.17555 0.78100 0.17555 0.78100 0.17428\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.17428 0.78100 0.17555 0.80310 0.17555 0.80310 0.17428\n 40 6 22\n 38 6 1\n 14 94 4 0.80310 0.17428 0.80310 0.17555 0.82520 0.17555 0.82520 0.17428\n 40 6 23\n 38 6 1\n 14 94 4 0.82520 0.17428 0.82520 0.17555 0.84730 0.17555 0.84730 0.17428\n 40 6 24\n 38 6 1\n 14 94 4 0.84730 0.17428 0.84730 0.17555 0.86940 0.17555 0.86940 0.17428\n 40 6 25\n 38 6 1\n 14 94 4 0.86940 0.17428 0.86940 0.17555 0.89150 0.17555 0.89150 0.17428\n 40 6 26\n 38 6 1\n 14 94 4 0.89150 0.17428 0.89150 0.17555 0.91360 0.17555 0.91360 0.17428\n 40 6 27\n 38 6 1\n 14 94 4 0.91360 0.17428 0.91360 0.17555 0.91991 0.17555 0.91991 0.17428\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 50 2 0.76206 0.11207 0.76206 0.17555\n 11 50 2 0.91991 0.11207 0.91991 0.17555\n 11 50 2 0.76206 0.17555 0.91991 0.17555\n 11 50 2 0.76206 0.11207 0.91991 0.11207\n 82 0\n 81 6 28\n 82 0\n 81 6 29\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 1194 54 0.78247 0.17491 0.78226 0.17364 0.78195 0.17237 0.78163 0.17110 0.78132 0.16983 0.78100 0.16856 0.78069 0.16729 0.78037 0.16602 0.78005 0.16476 0.77974 0.16349 0.77942 0.16252 0.77933 0.16222 0.77911 0.16095 0.77879 0.15968 0.77848 0.15841 0.77816 0.15714 0.77784 0.15587 0.77753 0.15460 0.77721 0.15333 0.77690 0.15206 0.77658 0.15079 0.77627 0.14979 0.77619 0.14952 0.77595 0.14825 0.77563 0.14698 0.77532 0.14571 0.77500 0.14444 0.77469 0.14317 0.77437 0.14190 0.77406 0.14063 0.77374 0.13936 0.77342 0.13809 0.77311 0.13705 0.77304 0.13682 0.77279 0.13556 0.77248 0.13429 0.77216 0.13302 0.77185 0.13175 0.77153 0.13048 0.77121 0.12921 0.77090 0.12794 0.77058 0.12667 0.77027 0.12540 0.76995 0.12431 0.76990 0.12413 0.76964 0.12286 0.76932 0.12159 0.76900 0.12032 0.76869 0.11905 0.76837 0.11778 0.76806 0.11651 0.76774 0.11524 0.76743 0.11397 0.76711 0.11270\n 11 1304 59 0.80457 0.17491 0.80405 0.17364 0.80342 0.17237 0.80279 0.17110 0.80215 0.16983 0.80152 0.16875 0.80142 0.16856 0.80089 0.16729 0.80026 0.16602 0.79963 0.16476 0.79900 0.16349 0.79837 0.16239 0.79827 0.16222 0.79773 0.16095 0.79710 0.15968 0.79647 0.15841 0.79584 0.15714 0.79521 0.15603 0.79512 0.15587 0.79458 0.15460 0.79395 0.15333 0.79331 0.15206 0.79268 0.15079 0.79205 0.14967 0.79197 0.14952 0.79142 0.14825 0.79079 0.14698 0.79016 0.14571 0.78953 0.14444 0.78889 0.14331 0.78882 0.14317 0.78826 0.14190 0.78763 0.14063 0.78700 0.13936 0.78637 0.13809 0.78574 0.13695 0.78567 0.13682 0.78511 0.13556 0.78447 0.13429 0.78384 0.13302 0.78321 0.13175 0.78258 0.13059 0.78252 0.13048 0.78195 0.12921 0.78132 0.12794 0.78069 0.12667 0.78005 0.12540 0.77942 0.12422 0.77937 0.12413 0.77879 0.12286 0.77816 0.12159 0.77753 0.12032 0.77690 0.11905 0.77627 0.11786 0.77622 0.11778 0.77563 0.11651 0.77500 0.11524 0.77437 0.11397 0.77374 0.11270\n 11 1414 64 0.82667 0.17491 0.82583 0.17364 0.82489 0.17237 0.82394 0.17110 0.82362 0.17068 0.82299 0.16983 0.82204 0.16856 0.82110 0.16729 0.82047 0.16645 0.82015 0.16602 0.81920 0.16476 0.81826 0.16349 0.81731 0.16234 0.81721 0.16222 0.81636 0.16095 0.81541 0.15968 0.81447 0.15841 0.81415 0.15799 0.81352 0.15714 0.81257 0.15587 0.81163 0.15460 0.81099 0.15376 0.81068 0.15333 0.80973 0.15206 0.80878 0.15079 0.80784 0.14962 0.80776 0.14952 0.80689 0.14825 0.80594 0.14698 0.80500 0.14571 0.80468 0.14529 0.80405 0.14444 0.80310 0.14317 0.80215 0.14190 0.80152 0.14106 0.80121 0.14063 0.80026 0.13936 0.79931 0.13809 0.79837 0.13691 0.79830 0.13682 0.79742 0.13556 0.79647 0.13429 0.79552 0.13302 0.79521 0.13260 0.79458 0.13175 0.79363 0.13048 0.79268 0.12921 0.79205 0.12837 0.79174 0.12794 0.79079 0.12667 0.78984 0.12540 0.78889 0.12419 0.78885 0.12413 0.78795 0.12286 0.78700 0.12159 0.78605 0.12032 0.78574 0.11991 0.78511 0.11905 0.78416 0.11778 0.78321 0.11651 0.78258 0.11568 0.78226 0.11524 0.78132 0.11397 0.78037 0.11270\n 11 1524 69 0.84877 0.17491 0.84762 0.17364 0.84635 0.17237 0.84572 0.17174 0.84509 0.17110 0.84383 0.16983 0.84257 0.16866 0.84246 0.16856 0.84130 0.16729 0.84004 0.16602 0.83941 0.16540 0.83878 0.16476 0.83751 0.16349 0.83625 0.16231 0.83616 0.16222 0.83499 0.16095 0.83373 0.15968 0.83309 0.15905 0.83246 0.15841 0.83120 0.15714 0.82994 0.15595 0.82985 0.15587 0.82867 0.15460 0.82741 0.15333 0.82678 0.15270 0.82615 0.15206 0.82489 0.15079 0.82362 0.14960 0.82354 0.14952 0.82236 0.14825 0.82110 0.14698 0.82047 0.14635 0.81983 0.14571 0.81857 0.14444 0.81731 0.14324 0.81724 0.14317 0.81605 0.14190 0.81478 0.14063 0.81415 0.14001 0.81352 0.13936 0.81226 0.13809 0.81099 0.13689 0.81093 0.13682 0.80973 0.13556 0.80847 0.13429 0.80784 0.13366 0.80721 0.13302 0.80594 0.13175 0.80468 0.13053 0.80462 0.13048 0.80342 0.12921 0.80215 0.12794 0.80152 0.12731 0.80089 0.12667 0.79963 0.12540 0.79837 0.12418 0.79832 0.12413 0.79710 0.12286 0.79584 0.12159 0.79521 0.12097 0.79458 0.12032 0.79331 0.11905 0.79205 0.11782 0.79201 0.11778 0.79079 0.11651 0.78953 0.11524 0.78889 0.11462 0.78826 0.11397 0.78700 0.11270\n 11 1634 74 0.87087 0.17491 0.86940 0.17364 0.86782 0.17246 0.86771 0.17237 0.86624 0.17110 0.86466 0.16992 0.86456 0.16983 0.86309 0.16856 0.86151 0.16738 0.86141 0.16729 0.85993 0.16602 0.85835 0.16483 0.85825 0.16476 0.85677 0.16349 0.85519 0.16229 0.85510 0.16222 0.85361 0.16095 0.85204 0.15975 0.85194 0.15968 0.85046 0.15841 0.84888 0.15721 0.84879 0.15714 0.84730 0.15587 0.84572 0.15467 0.84564 0.15460 0.84414 0.15333 0.84257 0.15213 0.84248 0.15206 0.84099 0.15079 0.83941 0.14958 0.83933 0.14952 0.83783 0.14825 0.83625 0.14704 0.83617 0.14698 0.83467 0.14571 0.83309 0.14450 0.83302 0.14444 0.83152 0.14317 0.82994 0.14196 0.82987 0.14190 0.82836 0.14063 0.82678 0.13942 0.82671 0.13936 0.82520 0.13809 0.82362 0.13688 0.82356 0.13682 0.82204 0.13556 0.82047 0.13434 0.82040 0.13429 0.81889 0.13302 0.81731 0.13179 0.81725 0.13175 0.81573 0.13048 0.81415 0.12925 0.81410 0.12921 0.81257 0.12794 0.81099 0.12671 0.81094 0.12667 0.80942 0.12540 0.80784 0.12417 0.80779 0.12413 0.80626 0.12286 0.80468 0.12163 0.80463 0.12159 0.80310 0.12032 0.80152 0.11909 0.80148 0.11905 0.79994 0.11778 0.79837 0.11654 0.79833 0.11651 0.79679 0.11524 0.79521 0.11400 0.79517 0.11397 0.79363 0.11270\n 11 1744 79 0.89297 0.17491 0.89118 0.17364 0.88992 0.17280 0.88929 0.17237 0.88740 0.17110 0.88676 0.17068 0.88550 0.16983 0.88361 0.16863 0.88350 0.16856 0.88171 0.16729 0.88045 0.16645 0.87982 0.16602 0.87792 0.16476 0.87729 0.16434 0.87603 0.16349 0.87414 0.16228 0.87404 0.16222 0.87224 0.16095 0.87098 0.16011 0.87035 0.15968 0.86845 0.15841 0.86782 0.15799 0.86656 0.15714 0.86466 0.15593 0.86458 0.15587 0.86277 0.15460 0.86151 0.15376 0.86088 0.15333 0.85898 0.15206 0.85835 0.15164 0.85709 0.15079 0.85519 0.14957 0.85511 0.14952 0.85330 0.14825 0.85204 0.14741 0.85140 0.14698 0.84951 0.14571 0.84888 0.14529 0.84762 0.14444 0.84572 0.14322 0.84565 0.14317 0.84383 0.14190 0.84257 0.14106 0.84193 0.14063 0.84004 0.13936 0.83941 0.13895 0.83815 0.13809 0.83625 0.13687 0.83619 0.13682 0.83436 0.13556 0.83309 0.13472 0.83246 0.13429 0.83057 0.13302 0.82994 0.13260 0.82867 0.13175 0.82678 0.13052 0.82672 0.13048 0.82489 0.12921 0.82362 0.12837 0.82299 0.12794 0.82110 0.12667 0.82047 0.12625 0.81920 0.12540 0.81731 0.12416 0.81726 0.12413 0.81541 0.12286 0.81415 0.12202 0.81352 0.12159 0.81163 0.12032 0.81099 0.11991 0.80973 0.11905 0.80784 0.11781 0.80780 0.11778 0.80594 0.11651 0.80468 0.11568 0.80405 0.11524 0.80215 0.11397 0.80152 0.11356 0.80026 0.11270\n 11 1854 84 0.91507 0.17491 0.91297 0.17364 0.91202 0.17310 0.91076 0.17237 0.90886 0.17129 0.90855 0.17110 0.90634 0.16983 0.90571 0.16947 0.90413 0.16856 0.90255 0.16766 0.90192 0.16729 0.89971 0.16602 0.89939 0.16585 0.89750 0.16476 0.89624 0.16404 0.89529 0.16349 0.89308 0.16227 0.89298 0.16222 0.89087 0.16095 0.88992 0.16041 0.88866 0.15968 0.88676 0.15859 0.88645 0.15841 0.88424 0.15714 0.88361 0.15678 0.88203 0.15587 0.88045 0.15497 0.87982 0.15460 0.87761 0.15333 0.87729 0.15315 0.87540 0.15206 0.87414 0.15134 0.87319 0.15079 0.87098 0.14957 0.87090 0.14952 0.86877 0.14825 0.86782 0.14771 0.86656 0.14698 0.86466 0.14590 0.86435 0.14571 0.86214 0.14444 0.86151 0.14409 0.85993 0.14317 0.85835 0.14227 0.85772 0.14190 0.85551 0.14063 0.85519 0.14046 0.85330 0.13936 0.85204 0.13865 0.85109 0.13809 0.84888 0.13686 0.84881 0.13682 0.84667 0.13556 0.84572 0.13502 0.84446 0.13429 0.84257 0.13320 0.84225 0.13302 0.84004 0.13175 0.83941 0.13139 0.83783 0.13048 0.83625 0.12958 0.83562 0.12921 0.83341 0.12794 0.83309 0.12776 0.83120 0.12667 0.82994 0.12595 0.82899 0.12540 0.82678 0.12416 0.82673 0.12413 0.82457 0.12286 0.82362 0.12233 0.82236 0.12159 0.82047 0.12051 0.82015 0.12032 0.81794 0.11905 0.81731 0.11870 0.81573 0.11778 0.81415 0.11689 0.81352 0.11651 0.81131 0.11524 0.81099 0.11507 0.80910 0.11397 0.80784 0.11326 0.80689 0.11270\n 11 1678 76 0.91834 0.16540 0.91707 0.16476 0.91518 0.16381 0.91455 0.16349 0.91202 0.16226 0.91193 0.16222 0.90950 0.16095 0.90886 0.16063 0.90697 0.15968 0.90571 0.15905 0.90444 0.15841 0.90255 0.15746 0.90192 0.15714 0.89939 0.15591 0.89931 0.15587 0.89687 0.15460 0.89624 0.15429 0.89434 0.15333 0.89308 0.15270 0.89182 0.15206 0.88992 0.15111 0.88929 0.15079 0.88676 0.14956 0.88668 0.14952 0.88424 0.14825 0.88361 0.14794 0.88171 0.14698 0.88045 0.14635 0.87919 0.14571 0.87729 0.14476 0.87666 0.14444 0.87414 0.14321 0.87406 0.14317 0.87161 0.14190 0.87098 0.14159 0.86908 0.14063 0.86782 0.14001 0.86656 0.13936 0.86466 0.13842 0.86403 0.13809 0.86151 0.13686 0.86144 0.13682 0.85898 0.13556 0.85835 0.13524 0.85646 0.13429 0.85519 0.13366 0.85393 0.13302 0.85204 0.13207 0.85140 0.13175 0.84888 0.13051 0.84882 0.13048 0.84635 0.12921 0.84572 0.12890 0.84383 0.12794 0.84257 0.12731 0.84130 0.12667 0.83941 0.12572 0.83878 0.12540 0.83625 0.12415 0.83620 0.12413 0.83373 0.12286 0.83309 0.12255 0.83120 0.12159 0.82994 0.12097 0.82867 0.12032 0.82678 0.11938 0.82615 0.11905 0.82362 0.11780 0.82358 0.11778 0.82110 0.11651 0.82047 0.11620 0.81857 0.11524 0.81731 0.11462 0.81605 0.11397 0.81415 0.11303 0.81352 0.11270\n 11 1480 67 0.91834 0.15658 0.91676 0.15587 0.91518 0.15517 0.91392 0.15460 0.91202 0.15376 0.91107 0.15333 0.90886 0.15235 0.90823 0.15206 0.90571 0.15093 0.90539 0.15079 0.90263 0.14952 0.90255 0.14949 0.89971 0.14825 0.89939 0.14811 0.89687 0.14698 0.89624 0.14670 0.89403 0.14571 0.89308 0.14529 0.89118 0.14444 0.88992 0.14388 0.88834 0.14317 0.88676 0.14247 0.88550 0.14190 0.88361 0.14106 0.88266 0.14063 0.88045 0.13965 0.87982 0.13936 0.87729 0.13824 0.87698 0.13809 0.87420 0.13682 0.87414 0.13680 0.87129 0.13556 0.87098 0.13542 0.86845 0.13429 0.86782 0.13401 0.86561 0.13302 0.86466 0.13260 0.86277 0.13175 0.86151 0.13119 0.85993 0.13048 0.85835 0.12978 0.85709 0.12921 0.85519 0.12837 0.85425 0.12794 0.85204 0.12696 0.85140 0.12667 0.84888 0.12554 0.84856 0.12540 0.84577 0.12413 0.84572 0.12411 0.84288 0.12286 0.84257 0.12272 0.84004 0.12159 0.83941 0.12132 0.83720 0.12032 0.83625 0.11991 0.83436 0.11905 0.83309 0.11850 0.83152 0.11778 0.82994 0.11709 0.82867 0.11651 0.82678 0.11568 0.82583 0.11524 0.82362 0.11426 0.82299 0.11397 0.82047 0.11285 0.82015 0.11270\n 11 1326 60 0.91834 0.14955 0.91826 0.14952 0.91518 0.14828 0.91510 0.14825 0.91202 0.14701 0.91194 0.14698 0.90886 0.14574 0.90879 0.14571 0.90571 0.14447 0.90563 0.14444 0.90255 0.14320 0.90248 0.14317 0.89939 0.14193 0.89932 0.14190 0.89624 0.14066 0.89617 0.14063 0.89308 0.13939 0.89301 0.13936 0.88992 0.13812 0.88986 0.13809 0.88676 0.13685 0.88670 0.13682 0.88361 0.13558 0.88354 0.13556 0.88045 0.13431 0.88039 0.13429 0.87729 0.13304 0.87723 0.13302 0.87414 0.13177 0.87408 0.13175 0.87098 0.13050 0.87092 0.13048 0.86782 0.12923 0.86777 0.12921 0.86466 0.12796 0.86461 0.12794 0.86151 0.12669 0.86146 0.12667 0.85835 0.12542 0.85830 0.12540 0.85519 0.12415 0.85514 0.12413 0.85204 0.12288 0.85199 0.12286 0.84888 0.12161 0.84883 0.12159 0.84572 0.12034 0.84568 0.12032 0.84257 0.11907 0.84252 0.11905 0.83941 0.11780 0.83937 0.11778 0.83625 0.11653 0.83621 0.11651 0.83309 0.11526 0.83306 0.11524 0.82994 0.11399 0.82990 0.11397 0.82678 0.11272 0.82675 0.11270\n 11 1150 52 0.91834 0.14376 0.91676 0.14317 0.91518 0.14260 0.91328 0.14190 0.91202 0.14145 0.90981 0.14063 0.90886 0.14029 0.90634 0.13936 0.90571 0.13914 0.90287 0.13809 0.90255 0.13798 0.89939 0.13685 0.89933 0.13682 0.89624 0.13567 0.89592 0.13556 0.89308 0.13452 0.89245 0.13429 0.88992 0.13337 0.88897 0.13302 0.88676 0.13222 0.88550 0.13175 0.88361 0.13106 0.88203 0.13048 0.88045 0.12991 0.87856 0.12921 0.87729 0.12875 0.87508 0.12794 0.87414 0.12760 0.87161 0.12667 0.87098 0.12644 0.86814 0.12540 0.86782 0.12529 0.86466 0.12415 0.86462 0.12413 0.86151 0.12298 0.86119 0.12286 0.85835 0.12183 0.85772 0.12159 0.85519 0.12068 0.85425 0.12032 0.85204 0.11952 0.85077 0.11905 0.84888 0.11837 0.84730 0.11778 0.84572 0.11722 0.84383 0.11651 0.84257 0.11606 0.84036 0.11524 0.83941 0.11491 0.83688 0.11397 0.83625 0.11375 0.83341 0.11270\n 11 1018 46 0.91834 0.13895 0.91581 0.13809 0.91518 0.13789 0.91202 0.13685 0.91196 0.13682 0.90886 0.13577 0.90823 0.13556 0.90571 0.13472 0.90444 0.13429 0.90255 0.13366 0.90066 0.13302 0.89939 0.13260 0.89687 0.13175 0.89624 0.13154 0.89308 0.13050 0.89302 0.13048 0.88992 0.12942 0.88929 0.12921 0.88676 0.12837 0.88550 0.12794 0.88361 0.12731 0.88171 0.12667 0.88045 0.12625 0.87792 0.12540 0.87729 0.12519 0.87414 0.12415 0.87409 0.12413 0.87098 0.12308 0.87035 0.12286 0.86782 0.12202 0.86656 0.12159 0.86466 0.12097 0.86277 0.12032 0.86151 0.11991 0.85898 0.11905 0.85835 0.11885 0.85519 0.11780 0.85515 0.11778 0.85204 0.11673 0.85140 0.11651 0.84888 0.11568 0.84762 0.11524 0.84572 0.11462 0.84383 0.11397 0.84257 0.11356 0.84004 0.11270\n 11 908 41 0.91834 0.13488 0.91644 0.13429 0.91518 0.13390 0.91234 0.13302 0.91202 0.13292 0.90886 0.13195 0.90823 0.13175 0.90571 0.13097 0.90413 0.13048 0.90255 0.13000 0.90002 0.12921 0.89939 0.12902 0.89624 0.12804 0.89592 0.12794 0.89308 0.12707 0.89182 0.12667 0.88992 0.12609 0.88771 0.12540 0.88676 0.12511 0.88366 0.12413 0.88361 0.12411 0.88045 0.12316 0.87950 0.12286 0.87729 0.12219 0.87540 0.12159 0.87414 0.12121 0.87129 0.12032 0.87098 0.12023 0.86782 0.11925 0.86719 0.11905 0.86466 0.11828 0.86309 0.11778 0.86151 0.11731 0.85898 0.11651 0.85835 0.11632 0.85519 0.11534 0.85488 0.11524 0.85204 0.11438 0.85077 0.11397 0.84888 0.11340 0.84667 0.11270\n 11 798 36 0.91834 0.13139 0.91518 0.13049 0.91512 0.13048 0.91202 0.12958 0.91076 0.12921 0.90886 0.12867 0.90634 0.12794 0.90571 0.12776 0.90255 0.12685 0.90192 0.12667 0.89939 0.12595 0.89750 0.12540 0.89624 0.12504 0.89308 0.12414 0.89303 0.12413 0.88992 0.12323 0.88866 0.12286 0.88676 0.12233 0.88424 0.12159 0.88361 0.12141 0.88045 0.12051 0.87982 0.12032 0.87729 0.11961 0.87540 0.11905 0.87414 0.11870 0.87098 0.11779 0.87094 0.11778 0.86782 0.11689 0.86656 0.11651 0.86466 0.11598 0.86214 0.11524 0.86151 0.11507 0.85835 0.11416 0.85772 0.11397 0.85519 0.11326 0.85330 0.11270\n 11 710 32 0.91834 0.12837 0.91676 0.12794 0.91518 0.12752 0.91202 0.12668 0.91197 0.12667 0.90886 0.12583 0.90729 0.12540 0.90571 0.12498 0.90255 0.12414 0.90250 0.12413 0.89939 0.12329 0.89781 0.12286 0.89624 0.12245 0.89308 0.12160 0.89303 0.12159 0.88992 0.12075 0.88834 0.12032 0.88676 0.11991 0.88361 0.11906 0.88357 0.11905 0.88045 0.11822 0.87887 0.11778 0.87729 0.11737 0.87414 0.11652 0.87410 0.11651 0.87098 0.11568 0.86940 0.11524 0.86782 0.11483 0.86466 0.11398 0.86463 0.11397 0.86151 0.11314 0.85993 0.11270\n 11 622 28 0.91834 0.12572 0.91707 0.12540 0.91518 0.12493 0.91202 0.12414 0.91197 0.12413 0.90886 0.12335 0.90697 0.12286 0.90571 0.12255 0.90255 0.12175 0.90192 0.12159 0.89939 0.12097 0.89687 0.12032 0.89624 0.12017 0.89308 0.11938 0.89182 0.11905 0.88992 0.11859 0.88676 0.11779 0.88672 0.11778 0.88361 0.11700 0.88171 0.11651 0.88045 0.11620 0.87729 0.11541 0.87666 0.11524 0.87414 0.11462 0.87161 0.11397 0.87098 0.11382 0.86782 0.11303 0.86656 0.11270\n 11 534 24 0.91834 0.12339 0.91613 0.12286 0.91518 0.12264 0.91202 0.12190 0.91076 0.12159 0.90886 0.12115 0.90571 0.12040 0.90539 0.12032 0.90255 0.11966 0.90002 0.11905 0.89939 0.11891 0.89624 0.11817 0.89466 0.11778 0.89308 0.11742 0.88992 0.11667 0.88929 0.11651 0.88676 0.11593 0.88392 0.11524 0.88361 0.11517 0.88045 0.11443 0.87856 0.11397 0.87729 0.11368 0.87414 0.11294 0.87319 0.11270\n 11 446 20 0.91834 0.12132 0.91518 0.12061 0.91392 0.12032 0.91202 0.11991 0.90886 0.11920 0.90823 0.11905 0.90571 0.11850 0.90259 0.11778 0.90255 0.11777 0.89939 0.11709 0.89687 0.11651 0.89624 0.11638 0.89308 0.11568 0.89118 0.11524 0.88992 0.11497 0.88676 0.11426 0.88550 0.11397 0.88361 0.11356 0.88045 0.11285 0.87982 0.11270\n 11 380 17 0.91834 0.11946 0.91644 0.11905 0.91518 0.11879 0.91202 0.11813 0.91044 0.11778 0.90886 0.11746 0.90571 0.11679 0.90444 0.11651 0.90255 0.11612 0.89939 0.11545 0.89845 0.11524 0.89624 0.11479 0.89308 0.11411 0.89245 0.11397 0.88992 0.11345 0.88676 0.11277 0.88645 0.11270\n 11 314 14 0.91834 0.11779 0.91830 0.11778 0.91518 0.11716 0.91202 0.11652 0.91198 0.11651 0.90886 0.11589 0.90571 0.11525 0.90567 0.11524 0.90255 0.11462 0.89939 0.11398 0.89936 0.11397 0.89624 0.11335 0.89308 0.11271 0.89304 0.11270\n 11 204 9 0.91834 0.11628 0.91518 0.11568 0.91297 0.11524 0.91202 0.11507 0.90886 0.11447 0.90634 0.11397 0.90571 0.11386 0.90255 0.11326 0.89971 0.11270\n 11 138 6 0.91834 0.11491 0.91518 0.11433 0.91328 0.11397 0.91202 0.11375 0.90886 0.11318 0.90634 0.11270\n 11 72 3 0.91834 0.11365 0.91518 0.11310 0.91297 0.11270\n 82 0\n 81 6 30\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 31\n 21 6 1\n 25 6 1\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 21 6 1\n 25 6 1\n 11 666 30 0.71856 0.41557 0.72210 0.41261 0.72340 0.41161 0.72649 0.40920 0.72824 0.40792 0.73114 0.40578 0.73308 0.40443 0.73598 0.40237 0.73793 0.40106 0.74097 0.39896 0.74277 0.39777 0.74606 0.39555 0.74761 0.39453 0.75120 0.39214 0.75245 0.39132 0.75636 0.38873 0.75729 0.38811 0.76150 0.38531 0.76213 0.38489 0.76659 0.38190 0.76698 0.38164 0.77160 0.37849 0.77182 0.37834 0.77653 0.37508 0.77666 0.37498 0.78135 0.37167 0.78150 0.37156 0.78607 0.36825 0.78634 0.36804 0.79067 0.36484\n 11 314 14 0.79237 0.36464 0.79247 0.36477 0.79279 0.36492 0.79301 0.36495 0.79336 0.36489 0.79386 0.36450 0.79402 0.36418 0.79405 0.36396 0.79398 0.36361 0.79379 0.36335 0.79347 0.36320 0.79293 0.36301 0.79069 0.36272 0.79246 0.36136\n 11 380 17 0.79601 0.36286 0.79554 0.36302 0.79499 0.36283 0.79438 0.36230 0.79409 0.36192 0.79374 0.36119 0.79370 0.36062 0.79398 0.36020 0.79423 0.36001 0.79471 0.35984 0.79525 0.36003 0.79586 0.36056 0.79615 0.36094 0.79651 0.36167 0.79655 0.36225 0.79627 0.36266 0.79601 0.36286\n 11 380 17 0.79854 0.36092 0.79806 0.36108 0.79752 0.36090 0.79691 0.36036 0.79662 0.35998 0.79626 0.35926 0.79623 0.35868 0.79651 0.35827 0.79676 0.35807 0.79724 0.35791 0.79778 0.35809 0.79839 0.35863 0.79868 0.35901 0.79904 0.35974 0.79908 0.36031 0.79879 0.36073 0.79854 0.36092\n 11 182 8 0.79958 0.35802 0.79958 0.35802 0.80087 0.35698 0.80395 0.35461 0.80571 0.35318 0.80831 0.35119 0.81055 0.34941 0.81275 0.34778\n 11 908 41 0.90755 0.34778 0.91056 0.35119 0.91223 0.35375 0.91274 0.35461 0.91399 0.35802 0.91444 0.36143 0.91410 0.36484 0.91299 0.36825 0.91223 0.36966 0.91108 0.37167 0.90843 0.37508 0.90738 0.37615 0.90503 0.37849 0.90254 0.38058 0.90092 0.38190 0.89770 0.38421 0.89614 0.38531 0.89286 0.38738 0.89070 0.38873 0.88802 0.39025 0.88468 0.39214 0.88318 0.39293 0.87833 0.39546 0.87817 0.39555 0.87349 0.39781 0.87113 0.39896 0.86865 0.40011 0.86389 0.40237 0.86381 0.40241 0.85897 0.40451 0.85614 0.40578 0.85413 0.40666 0.84928 0.40878 0.84833 0.40920 0.84444 0.41085 0.84040 0.41261 0.83960 0.41295 0.83476 0.41501 0.83240 0.41602 0.82992 0.41708 0.82508 0.41917\n 11 314 14 0.81646 0.42381 0.81652 0.42396 0.81680 0.42419 0.81701 0.42427 0.81736 0.42429 0.81795 0.42404 0.81818 0.42377 0.81826 0.42356 0.81828 0.42321 0.81815 0.42292 0.81788 0.42269 0.81740 0.42237 0.81531 0.42154 0.81736 0.42066\n 11 380 17 0.82043 0.42298 0.81993 0.42302 0.81945 0.42271 0.81899 0.42204 0.81880 0.42160 0.81863 0.42080 0.81874 0.42024 0.81911 0.41991 0.81941 0.41978 0.81991 0.41974 0.82039 0.42005 0.82085 0.42072 0.82104 0.42116 0.82121 0.42195 0.82110 0.42252 0.82073 0.42285 0.82043 0.42298\n 11 380 17 0.82336 0.42172 0.82286 0.42176 0.82238 0.42145 0.82192 0.42078 0.82173 0.42034 0.82156 0.41955 0.82166 0.41898 0.82204 0.41865 0.82233 0.41852 0.82283 0.41848 0.82332 0.41880 0.82378 0.41946 0.82396 0.41990 0.82413 0.42070 0.82403 0.42126 0.82365 0.42160 0.82336 0.42172\n 11 622 28 0.81476 0.42359 0.81055 0.42540 0.80856 0.42626 0.80571 0.42748 0.80087 0.42958 0.80066 0.42967 0.79603 0.43163 0.79259 0.43308 0.79118 0.43368 0.78634 0.43568 0.78432 0.43649 0.78150 0.43762 0.77666 0.43951 0.77559 0.43990 0.77182 0.44128 0.76698 0.44296 0.76585 0.44332 0.76213 0.44447 0.75729 0.44584 0.75372 0.44673 0.75245 0.44703 0.74761 0.44798 0.74277 0.44873 0.73793 0.44923 0.73308 0.44946 0.72824 0.44935 0.72340 0.44886 0.71856 0.44789\n 11 358 16 0.71856 0.39618 0.71954 0.39555 0.72340 0.39309 0.72487 0.39214 0.72824 0.38998 0.73018 0.38873 0.73308 0.38684 0.73543 0.38531 0.73793 0.38367 0.74059 0.38190 0.74277 0.38043 0.74562 0.37849 0.74761 0.37710 0.75052 0.37508 0.75245 0.37368 0.75524 0.37167\n 11 72 3 0.75857 0.37122 0.75595 0.37042 0.75784 0.36897\n 11 50 2 0.75857 0.37122 0.75653 0.36857\n 11 380 17 0.76059 0.36967 0.76011 0.36984 0.75957 0.36965 0.75896 0.36912 0.75867 0.36874 0.75831 0.36801 0.75827 0.36744 0.75855 0.36702 0.75881 0.36683 0.75928 0.36666 0.75982 0.36685 0.76043 0.36738 0.76073 0.36776 0.76108 0.36849 0.76112 0.36906 0.76084 0.36948 0.76059 0.36967\n 11 380 17 0.76311 0.36774 0.76264 0.36790 0.76209 0.36771 0.76148 0.36718 0.76119 0.36680 0.76083 0.36607 0.76080 0.36550 0.76108 0.36508 0.76133 0.36489 0.76181 0.36473 0.76235 0.36491 0.76296 0.36545 0.76325 0.36582 0.76361 0.36655 0.76365 0.36712 0.76337 0.36754 0.76311 0.36774\n 11 226 10 0.76415 0.36484 0.76698 0.36249 0.76828 0.36143 0.77182 0.35835 0.77221 0.35802 0.77597 0.35461 0.77666 0.35394 0.77956 0.35119 0.78150 0.34921 0.78296 0.34778\n 11 952 43 0.93751 0.34778 0.93958 0.35119 0.94103 0.35461 0.94128 0.35568 0.94179 0.35802 0.94191 0.36143 0.94140 0.36484 0.94128 0.36523 0.94022 0.36825 0.93839 0.37167 0.93643 0.37444 0.93596 0.37508 0.93287 0.37849 0.93159 0.37969 0.92918 0.38190 0.92675 0.38385 0.92489 0.38531 0.92191 0.38743 0.92004 0.38873 0.91707 0.39062 0.91466 0.39214 0.91223 0.39356 0.90880 0.39555 0.90738 0.39632 0.90254 0.39893 0.90248 0.39896 0.89770 0.40142 0.89582 0.40237 0.89286 0.40383 0.88887 0.40578 0.88802 0.40619 0.88318 0.40849 0.88167 0.40920 0.87833 0.41075 0.87436 0.41261 0.87349 0.41301 0.86865 0.41524 0.86696 0.41602 0.86381 0.41747 0.85959 0.41943 0.85897 0.41972 0.85413 0.42197 0.85226 0.42284\n 11 72 3 0.84547 0.42793 0.84307 0.42660 0.84523 0.42557\n 11 50 2 0.84547 0.42793 0.84403 0.42491\n 11 380 17 0.84777 0.42683 0.84727 0.42690 0.84677 0.42660 0.84629 0.42595 0.84608 0.42552 0.84588 0.42473 0.84597 0.42417 0.84633 0.42382 0.84662 0.42368 0.84712 0.42362 0.84761 0.42391 0.84809 0.42456 0.84830 0.42499 0.84850 0.42578 0.84842 0.42635 0.84805 0.42670 0.84777 0.42683\n 11 380 17 0.85064 0.42547 0.85014 0.42553 0.84965 0.42523 0.84916 0.42458 0.84896 0.42415 0.84876 0.42336 0.84884 0.42280 0.84920 0.42245 0.84949 0.42231 0.84999 0.42225 0.85048 0.42254 0.85097 0.42319 0.85117 0.42362 0.85137 0.42441 0.85129 0.42498 0.85093 0.42533 0.85064 0.42547\n 11 864 39 0.84213 0.42767 0.83960 0.42888 0.83797 0.42967 0.83476 0.43125 0.83105 0.43308 0.82992 0.43365 0.82508 0.43608 0.82426 0.43649 0.82023 0.43854 0.81756 0.43990 0.81539 0.44103 0.81095 0.44332 0.81055 0.44353 0.80571 0.44602 0.80430 0.44673 0.80087 0.44848 0.79753 0.45014 0.79603 0.45090 0.79118 0.45324 0.79051 0.45355 0.78634 0.45547 0.78294 0.45696 0.78150 0.45759 0.77666 0.45955 0.77448 0.46038 0.77182 0.46135 0.76698 0.46298 0.76435 0.46379 0.76213 0.46443 0.75729 0.46569 0.75245 0.46679 0.75031 0.46720 0.74761 0.46768 0.74277 0.46839 0.73793 0.46893 0.73308 0.46929 0.72824 0.46948 0.72340 0.46948 0.71856 0.46930\n 11 446 20 0.71856 0.38344 0.72089 0.38190 0.72340 0.38021 0.72595 0.37849 0.72824 0.37689 0.73085 0.37508 0.73308 0.37345 0.73555 0.37167 0.73793 0.36986 0.74005 0.36825 0.74277 0.36607 0.74432 0.36484 0.74761 0.36205 0.74835 0.36143 0.75214 0.35802 0.75245 0.35771 0.75572 0.35461 0.75729 0.35297 0.75904 0.35119 0.76209 0.34778\n 11 930 42 0.95580 0.37611 0.95380 0.37849 0.95096 0.38138 0.95044 0.38190 0.94652 0.38531 0.94612 0.38563 0.94208 0.38873 0.94128 0.38929 0.93717 0.39214 0.93643 0.39261 0.93181 0.39555 0.93159 0.39568 0.92675 0.39854 0.92602 0.39896 0.92191 0.40125 0.91988 0.40237 0.91707 0.40387 0.91345 0.40578 0.91223 0.40642 0.90738 0.40889 0.90678 0.40920 0.90254 0.41131 0.89992 0.41261 0.89770 0.41371 0.89300 0.41602 0.89286 0.41609 0.88802 0.41845 0.88601 0.41943 0.88318 0.42083 0.87908 0.42284 0.87833 0.42322 0.87349 0.42563 0.87222 0.42626 0.86865 0.42807 0.86550 0.42967 0.86381 0.43055 0.85897 0.43305 0.85891 0.43308 0.85413 0.43567 0.85258 0.43649 0.84928 0.43831 0.84639 0.43990\n 11 512 23 0.84018 0.44484 0.84020 0.44519 0.83987 0.44557 0.83959 0.44573 0.83910 0.44583 0.83858 0.44557 0.83805 0.44496 0.83765 0.44427 0.83747 0.44364 0.83759 0.44320 0.83793 0.44283 0.83807 0.44275 0.83856 0.44265 0.83899 0.44277 0.83937 0.44310 0.83945 0.44324 0.83955 0.44373 0.83943 0.44417 0.83909 0.44454 0.83896 0.44462 0.83846 0.44472 0.83803 0.44460 0.83765 0.44427\n 11 380 17 0.84221 0.44422 0.84172 0.44432 0.84121 0.44407 0.84067 0.44345 0.84043 0.44304 0.84018 0.44227 0.84022 0.44170 0.84055 0.44132 0.84083 0.44116 0.84132 0.44107 0.84183 0.44132 0.84237 0.44193 0.84261 0.44235 0.84286 0.44312 0.84282 0.44369 0.84249 0.44406 0.84221 0.44422\n 11 380 17 0.84498 0.44264 0.84448 0.44274 0.84397 0.44248 0.84343 0.44187 0.84320 0.44146 0.84294 0.44069 0.84298 0.44012 0.84331 0.43974 0.84359 0.43958 0.84408 0.43948 0.84460 0.43974 0.84513 0.44035 0.84537 0.44076 0.84563 0.44153 0.84559 0.44211 0.84525 0.44248 0.84498 0.44264\n 11 820 37 0.83665 0.44548 0.83476 0.44658 0.83450 0.44673 0.82992 0.44944 0.82871 0.45014 0.82508 0.45231 0.82295 0.45355 0.82023 0.45517 0.81714 0.45696 0.81539 0.45799 0.81117 0.46038 0.81055 0.46073 0.80571 0.46335 0.80486 0.46379 0.80087 0.46582 0.79801 0.46720 0.79603 0.46813 0.79118 0.47026 0.79033 0.47061 0.78634 0.47218 0.78150 0.47394 0.78126 0.47402 0.77666 0.47548 0.77182 0.47688 0.76967 0.47743 0.76698 0.47809 0.76213 0.47913 0.75729 0.48003 0.75245 0.48080 0.75208 0.48085 0.74761 0.48139 0.74277 0.48185 0.73793 0.48217 0.73308 0.48237 0.72824 0.48244 0.72340 0.48238 0.71856 0.48218\n 11 314 14 0.71856 0.37203 0.71907 0.37167 0.72340 0.36837 0.72355 0.36825 0.72780 0.36484 0.72824 0.36446 0.73180 0.36143 0.73308 0.36025 0.73555 0.35802 0.73793 0.35566 0.73901 0.35461 0.74222 0.35119 0.74277 0.35055 0.74520 0.34778\n 11 952 43 0.95580 0.39208 0.95572 0.39214 0.95096 0.39541 0.95075 0.39555 0.94612 0.39850 0.94539 0.39896 0.94128 0.40144 0.93970 0.40237 0.93643 0.40425 0.93372 0.40578 0.93159 0.40697 0.92752 0.40920 0.92675 0.40962 0.92191 0.41220 0.92114 0.41261 0.91707 0.41475 0.91463 0.41602 0.91223 0.41728 0.90808 0.41943 0.90738 0.41980 0.90254 0.42232 0.90153 0.42284 0.89770 0.42486 0.89504 0.42626 0.89286 0.42743 0.88868 0.42967 0.88802 0.43004 0.88318 0.43269 0.88247 0.43308 0.87833 0.43542 0.87643 0.43649 0.87349 0.43822 0.87060 0.43990 0.86865 0.44109 0.86498 0.44332 0.86381 0.44406 0.85955 0.44673 0.85897 0.44711 0.85429 0.45014 0.85413 0.45025 0.84928 0.45347 0.84916 0.45355 0.84444 0.45674\n 11 644 29 0.83782 0.46322 0.83733 0.46335 0.83702 0.46317 0.83684 0.46291 0.83680 0.46256 0.83697 0.46225 0.83741 0.46176 0.83772 0.46136 0.83781 0.46092 0.83776 0.46057 0.83749 0.46017 0.83718 0.46000 0.83696 0.45995 0.83648 0.46009 0.83595 0.46044 0.83564 0.46084 0.83560 0.46106 0.83564 0.46141 0.83591 0.46181 0.83622 0.46199 0.83666 0.46207 0.83715 0.46194 0.83776 0.46171 0.83812 0.46167 0.83843 0.46184 0.83861 0.46211 0.83865 0.46246 0.83834 0.46286 0.83782 0.46322\n 11 380 17 0.84059 0.46135 0.84010 0.46148 0.83957 0.46127 0.83900 0.46069 0.83873 0.46030 0.83842 0.45955 0.83842 0.45898 0.83872 0.45858 0.83899 0.45840 0.83947 0.45826 0.84000 0.45848 0.84058 0.45905 0.84085 0.45945 0.84116 0.46020 0.84116 0.46077 0.84085 0.46117 0.84059 0.46135\n 11 380 17 0.84323 0.45957 0.84274 0.45971 0.84221 0.45949 0.84164 0.45892 0.84137 0.45852 0.84106 0.45777 0.84106 0.45720 0.84136 0.45680 0.84163 0.45662 0.84211 0.45649 0.84264 0.45671 0.84322 0.45728 0.84349 0.45767 0.84380 0.45842 0.84380 0.45900 0.84349 0.45939 0.84323 0.45957\n 11 776 35 0.83513 0.46301 0.83476 0.46326 0.83394 0.46379 0.82992 0.46639 0.82862 0.46720 0.82508 0.46937 0.82297 0.47061 0.82023 0.47216 0.81679 0.47402 0.81539 0.47474 0.81055 0.47710 0.80983 0.47743 0.80571 0.47923 0.80172 0.48085 0.80087 0.48117 0.79603 0.48289 0.79184 0.48426 0.79118 0.48446 0.78634 0.48582 0.78150 0.48706 0.77889 0.48767 0.77666 0.48815 0.77182 0.48909 0.76698 0.48992 0.76213 0.49064 0.75860 0.49108 0.75729 0.49123 0.75245 0.49170 0.74761 0.49207 0.74277 0.49233 0.73793 0.49249 0.73308 0.49255 0.72824 0.49250 0.72340 0.49235 0.71856 0.49210\n 11 160 7 0.71856 0.36028 0.72103 0.35802 0.72340 0.35565 0.72446 0.35461 0.72761 0.35119 0.72824 0.35044 0.73051 0.34778\n 11 930 42 0.95580 0.40297 0.95119 0.40578 0.95096 0.40592 0.94612 0.40877 0.94539 0.40920 0.94128 0.41156 0.93942 0.41261 0.93643 0.41429 0.93334 0.41602 0.93159 0.41700 0.92721 0.41943 0.92675 0.41969 0.92191 0.42238 0.92106 0.42284 0.91707 0.42509 0.91497 0.42626 0.91223 0.42783 0.90898 0.42967 0.90738 0.43061 0.90314 0.43308 0.90254 0.43344 0.89770 0.43636 0.89748 0.43649 0.89286 0.43938 0.89201 0.43990 0.88802 0.44251 0.88676 0.44332 0.88318 0.44576 0.88173 0.44673 0.87833 0.44915 0.87692 0.45014 0.87349 0.45268 0.87229 0.45355 0.86865 0.45634 0.86782 0.45696 0.86381 0.46010 0.86345 0.46038 0.85912 0.46379 0.85897 0.46391 0.85473 0.46720 0.85413 0.46767 0.85021 0.47061\n 11 94 4 0.84028 0.47847 0.84064 0.47842 0.84130 0.47856 0.83945 0.47578\n 11 380 17 0.84368 0.47697 0.84320 0.47710 0.84267 0.47688 0.84209 0.47631 0.84183 0.47591 0.84152 0.47516 0.84152 0.47458 0.84183 0.47419 0.84209 0.47401 0.84258 0.47388 0.84311 0.47410 0.84368 0.47467 0.84395 0.47507 0.84426 0.47582 0.84426 0.47639 0.84395 0.47679 0.84368 0.47697\n 11 380 17 0.84633 0.47520 0.84585 0.47533 0.84532 0.47511 0.84474 0.47454 0.84448 0.47414 0.84417 0.47339 0.84417 0.47282 0.84448 0.47242 0.84474 0.47224 0.84523 0.47211 0.84576 0.47233 0.84633 0.47291 0.84660 0.47330 0.84691 0.47405 0.84691 0.47463 0.84660 0.47503 0.84633 0.47520\n 11 380 17 0.84898 0.47344 0.84850 0.47357 0.84797 0.47335 0.84739 0.47277 0.84713 0.47238 0.84682 0.47163 0.84682 0.47105 0.84713 0.47065 0.84739 0.47048 0.84788 0.47035 0.84841 0.47057 0.84898 0.47114 0.84925 0.47154 0.84956 0.47229 0.84956 0.47286 0.84925 0.47326 0.84898 0.47344\n 11 710 32 0.83822 0.47860 0.83476 0.48062 0.83435 0.48085 0.82992 0.48314 0.82761 0.48426 0.82508 0.48540 0.82023 0.48744 0.81967 0.48767 0.81539 0.48924 0.81055 0.49090 0.80997 0.49108 0.80571 0.49234 0.80087 0.49367 0.79759 0.49449 0.79603 0.49486 0.79118 0.49591 0.78634 0.49686 0.78150 0.49772 0.78034 0.49791 0.77666 0.49845 0.77182 0.49909 0.76698 0.49965 0.76213 0.50012 0.75729 0.50050 0.75245 0.50080 0.74761 0.50101 0.74277 0.50114 0.73793 0.50118 0.73308 0.50113 0.72824 0.50099 0.72340 0.50077 0.71856 0.50045\n 11 974 44 0.95580 0.41248 0.95558 0.41261 0.95096 0.41538 0.94988 0.41602 0.94612 0.41826 0.94412 0.41943 0.94128 0.42114 0.93838 0.42284 0.93643 0.42402 0.93269 0.42626 0.93159 0.42693 0.92709 0.42967 0.92675 0.42989 0.92191 0.43291 0.92164 0.43308 0.91707 0.43604 0.91635 0.43649 0.91223 0.43928 0.91128 0.43990 0.90738 0.44266 0.90644 0.44332 0.90254 0.44621 0.90184 0.44673 0.89770 0.44997 0.89748 0.45014 0.89334 0.45355 0.89286 0.45398 0.88940 0.45696 0.88802 0.45825 0.88564 0.46038 0.88318 0.46271 0.88200 0.46379 0.87843 0.46720 0.87833 0.46729 0.87482 0.47061 0.87349 0.47186 0.87110 0.47402 0.86865 0.47617 0.86714 0.47743 0.86381 0.48008 0.86280 0.48085 0.85897 0.48354 0.85789 0.48426 0.85413 0.48656\n 11 94 4 0.84324 0.49302 0.84360 0.49302 0.84424 0.49324 0.84277 0.49023\n 11 314 14 0.84575 0.49162 0.84582 0.49176 0.84610 0.49198 0.84631 0.49205 0.84667 0.49205 0.84724 0.49177 0.84746 0.49149 0.84753 0.49128 0.84753 0.49092 0.84739 0.49064 0.84711 0.49042 0.84662 0.49013 0.84449 0.48940 0.84649 0.48842\n 11 380 17 0.84967 0.49059 0.84917 0.49065 0.84868 0.49036 0.84819 0.48972 0.84798 0.48929 0.84777 0.48850 0.84785 0.48794 0.84821 0.48758 0.84849 0.48744 0.84899 0.48738 0.84949 0.48767 0.84998 0.48831 0.85019 0.48874 0.85040 0.48953 0.85032 0.49009 0.84996 0.49045 0.84967 0.49059\n 11 380 17 0.85253 0.48919 0.85204 0.48926 0.85154 0.48897 0.85105 0.48832 0.85084 0.48789 0.85063 0.48711 0.85071 0.48654 0.85107 0.48619 0.85135 0.48605 0.85185 0.48598 0.85235 0.48627 0.85284 0.48692 0.85305 0.48735 0.85326 0.48813 0.85318 0.48870 0.85282 0.48905 0.85253 0.48919\n 11 732 33 0.84118 0.49287 0.83960 0.49353 0.83714 0.49449 0.83476 0.49534 0.82992 0.49696 0.82690 0.49791 0.82508 0.49843 0.82023 0.49974 0.81539 0.50095 0.81384 0.50132 0.81055 0.50203 0.80571 0.50302 0.80087 0.50392 0.79619 0.50473 0.79603 0.50476 0.79118 0.50548 0.78634 0.50613 0.78150 0.50672 0.77666 0.50724 0.77182 0.50770 0.76698 0.50808 0.76602 0.50814 0.76213 0.50838 0.75729 0.50861 0.75245 0.50878 0.74761 0.50887 0.74277 0.50889 0.73793 0.50884 0.73308 0.50872 0.72824 0.50852 0.72340 0.50824 0.72204 0.50814 0.71856 0.50788\n 11 50 2 0.72141 0.51497 0.71856 0.51473\n 11 512 23 0.77842 0.51497 0.78150 0.51473 0.78634 0.51430 0.79118 0.51383 0.79603 0.51330 0.80087 0.51272 0.80571 0.51209 0.80955 0.51155 0.81055 0.51140 0.81539 0.51064 0.82023 0.50982 0.82508 0.50895 0.82928 0.50814 0.82992 0.50801 0.83476 0.50696 0.83960 0.50583 0.84404 0.50473 0.84444 0.50462 0.84928 0.50324 0.85413 0.50175 0.85546 0.50132 0.85897 0.50005 0.86381 0.49815\n 11 94 4 0.86588 0.49823 0.86623 0.49823 0.86688 0.49843 0.86532 0.49547\n 11 72 3 0.86998 0.49680 0.86753 0.49557 0.86964 0.49445\n 11 50 2 0.86998 0.49680 0.86842 0.49384\n 11 380 17 0.87223 0.49561 0.87173 0.49569 0.87123 0.49542 0.87072 0.49479 0.87049 0.49436 0.87026 0.49359 0.87032 0.49302 0.87067 0.49265 0.87095 0.49250 0.87145 0.49242 0.87195 0.49270 0.87247 0.49333 0.87269 0.49375 0.87292 0.49453 0.87286 0.49510 0.87251 0.49546 0.87223 0.49561\n 11 380 17 0.87505 0.49413 0.87455 0.49421 0.87405 0.49393 0.87353 0.49330 0.87331 0.49288 0.87308 0.49210 0.87314 0.49153 0.87349 0.49117 0.87377 0.49102 0.87427 0.49094 0.87477 0.49121 0.87528 0.49184 0.87551 0.49227 0.87574 0.49304 0.87568 0.49362 0.87533 0.49398 0.87505 0.49413\n 11 864 39 0.87656 0.49144 0.87714 0.49108 0.87833 0.49025 0.88176 0.48767 0.88318 0.48648 0.88564 0.48426 0.88802 0.48188 0.88899 0.48085 0.89199 0.47743 0.89286 0.47642 0.89480 0.47402 0.89753 0.47061 0.89770 0.47041 0.90026 0.46720 0.90254 0.46447 0.90309 0.46379 0.90606 0.46038 0.90738 0.45898 0.90922 0.45696 0.91223 0.45396 0.91262 0.45355 0.91626 0.45014 0.91707 0.44945 0.92017 0.44673 0.92191 0.44532 0.92434 0.44332 0.92675 0.44148 0.92877 0.43990 0.93159 0.43786 0.93344 0.43649 0.93643 0.43442 0.93833 0.43308 0.94128 0.43112 0.94340 0.42967 0.94612 0.42791 0.94862 0.42626 0.95096 0.42478 0.95395 0.42284 0.95580 0.42169\n 11 600 27 0.84502 0.51497 0.84928 0.51421 0.85413 0.51330 0.85897 0.51234 0.86272 0.51155 0.86381 0.51130 0.86865 0.51013 0.87349 0.50886 0.87608 0.50814 0.87833 0.50743 0.88318 0.50579 0.88604 0.50473 0.88802 0.50389 0.89286 0.50163 0.89347 0.50132 0.89770 0.49878 0.89902 0.49791 0.90254 0.49510 0.90323 0.49449 0.90649 0.49108 0.90738 0.48997 0.90909 0.48767 0.91125 0.48426 0.91223 0.48257 0.91315 0.48085 0.91491 0.47743 0.91666 0.47402\n 11 94 4 0.91846 0.47301 0.91876 0.47281 0.91942 0.47265 0.91654 0.47095\n 11 512 23 0.92103 0.46898 0.92122 0.46927 0.92111 0.46977 0.92095 0.47004 0.92057 0.47037 0.92000 0.47040 0.91923 0.47013 0.91855 0.46973 0.91808 0.46927 0.91797 0.46883 0.91807 0.46834 0.91816 0.46820 0.91853 0.46787 0.91897 0.46776 0.91946 0.46787 0.91960 0.46795 0.91993 0.46833 0.92004 0.46876 0.91994 0.46926 0.91986 0.46939 0.91948 0.46972 0.91904 0.46984 0.91855 0.46973\n 11 380 17 0.92249 0.46744 0.92211 0.46777 0.92154 0.46780 0.92077 0.46753 0.92036 0.46729 0.91976 0.46675 0.91951 0.46623 0.91961 0.46574 0.91977 0.46546 0.92015 0.46513 0.92073 0.46510 0.92149 0.46537 0.92190 0.46561 0.92251 0.46615 0.92276 0.46667 0.92265 0.46716 0.92249 0.46744\n 11 380 17 0.92411 0.46470 0.92373 0.46503 0.92316 0.46506 0.92239 0.46479 0.92198 0.46455 0.92137 0.46400 0.92112 0.46349 0.92123 0.46300 0.92139 0.46272 0.92177 0.46239 0.92234 0.46236 0.92311 0.46263 0.92352 0.46287 0.92413 0.46341 0.92438 0.46393 0.92427 0.46442 0.92411 0.46470\n 11 380 17 0.92398 0.46162 0.92483 0.46038 0.92675 0.45789 0.92744 0.45696 0.93031 0.45355 0.93159 0.45220 0.93347 0.45014 0.93643 0.44725 0.93695 0.44673 0.94070 0.44332 0.94128 0.44284 0.94473 0.43990 0.94612 0.43882 0.94901 0.43649 0.95096 0.43504 0.95353 0.43308 0.95580 0.43146\n 11 380 17 0.95580 0.44322 0.95570 0.44332 0.95232 0.44673 0.95096 0.44828 0.94927 0.45014 0.94655 0.45355 0.94612 0.45418 0.94413 0.45696 0.94206 0.46038 0.94128 0.46193 0.94030 0.46379 0.93881 0.46720 0.93761 0.47061 0.93663 0.47402 0.93643 0.47488 0.93582 0.47743 0.93512 0.48085\n 11 94 4 0.93312 0.49334 0.93335 0.49307 0.93393 0.49272 0.93068 0.49193\n 11 644 29 0.93458 0.49009 0.93431 0.49052 0.93396 0.49060 0.93365 0.49052 0.93338 0.49029 0.93330 0.48995 0.93330 0.48929 0.93326 0.48879 0.93302 0.48840 0.93275 0.48817 0.93229 0.48806 0.93194 0.48814 0.93175 0.48825 0.93148 0.48868 0.93133 0.48930 0.93137 0.48980 0.93149 0.48999 0.93176 0.49022 0.93222 0.49034 0.93257 0.49026 0.93295 0.49002 0.93322 0.48960 0.93353 0.48902 0.93376 0.48875 0.93411 0.48867 0.93441 0.48874 0.93469 0.48897 0.93473 0.48948 0.93458 0.49009\n 11 380 17 0.93537 0.48685 0.93510 0.48727 0.93456 0.48747 0.93375 0.48743 0.93329 0.48732 0.93255 0.48698 0.93217 0.48655 0.93213 0.48605 0.93220 0.48574 0.93247 0.48532 0.93301 0.48512 0.93382 0.48516 0.93428 0.48527 0.93502 0.48561 0.93541 0.48604 0.93545 0.48654 0.93537 0.48685\n 11 380 17 0.93613 0.48376 0.93586 0.48418 0.93532 0.48438 0.93451 0.48434 0.93405 0.48423 0.93331 0.48388 0.93292 0.48346 0.93288 0.48296 0.93296 0.48265 0.93323 0.48223 0.93377 0.48203 0.93458 0.48207 0.93504 0.48218 0.93578 0.48252 0.93617 0.48295 0.93621 0.48345 0.93613 0.48376\n 11 314 14 0.93169 0.49484 0.93159 0.49506 0.93022 0.49791 0.92788 0.50132 0.92675 0.50253 0.92446 0.50473 0.92191 0.50657 0.91945 0.50814 0.91707 0.50935 0.91223 0.51150 0.91210 0.51155 0.90738 0.51315 0.90254 0.51459 0.90119 0.51497\n 11 116 5 0.94936 0.51497 0.95096 0.51362 0.95308 0.51155 0.95529 0.50814 0.95580 0.50673\n 11 204 9 0.95580 0.48865 0.95566 0.48767 0.95520 0.48426 0.95485 0.48085 0.95468 0.47743 0.95472 0.47402 0.95504 0.47061 0.95565 0.46720 0.95580 0.46668\n 82 0\n 81 6 32\n 82 0\n 81 6 33\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 666 30 0.79403 0.34778 0.79519 0.35119 0.79603 0.35397 0.79611 0.35461 0.79651 0.35802 0.79686 0.36143 0.79716 0.36484 0.79742 0.36825 0.79764 0.37167 0.79781 0.37508 0.79793 0.37849 0.79801 0.38190 0.79805 0.38531 0.79804 0.38873 0.79799 0.39214 0.79790 0.39555 0.79777 0.39896 0.79759 0.40237 0.79737 0.40578 0.79711 0.40920 0.79681 0.41261 0.79647 0.41602 0.79609 0.41943 0.79603 0.41999 0.79527 0.42284 0.79429 0.42626 0.79324 0.42967 0.79211 0.43308 0.79118 0.43570 0.78634 0.43356\n 11 314 14 0.78338 0.42423 0.78323 0.42426 0.78295 0.42448 0.78283 0.42467 0.78274 0.42502 0.78288 0.42564 0.78310 0.42592 0.78329 0.42604 0.78364 0.42613 0.78395 0.42606 0.78423 0.42583 0.78462 0.42542 0.78583 0.42352 0.78632 0.42570\n 11 380 17 0.78346 0.42828 0.78352 0.42778 0.78391 0.42737 0.78466 0.42704 0.78512 0.42694 0.78593 0.42692 0.78647 0.42713 0.78673 0.42756 0.78680 0.42787 0.78674 0.42837 0.78635 0.42879 0.78560 0.42911 0.78514 0.42922 0.78433 0.42923 0.78379 0.42903 0.78353 0.42859 0.78346 0.42828\n 11 380 17 0.78415 0.43139 0.78420 0.43089 0.78460 0.43048 0.78534 0.43015 0.78581 0.43005 0.78662 0.43003 0.78716 0.43024 0.78742 0.43067 0.78748 0.43098 0.78743 0.43148 0.78703 0.43189 0.78629 0.43222 0.78583 0.43233 0.78501 0.43234 0.78448 0.43213 0.78422 0.43170 0.78415 0.43139\n 11 556 25 0.78392 0.42260 0.78336 0.41943 0.78283 0.41602 0.78236 0.41261 0.78197 0.40920 0.78165 0.40578 0.78150 0.40378 0.78144 0.40237 0.78134 0.39896 0.78127 0.39555 0.78124 0.39214 0.78124 0.38873 0.78128 0.38531 0.78135 0.38190 0.78146 0.37849 0.78150 0.37746 0.78168 0.37508 0.78199 0.37167 0.78236 0.36825 0.78279 0.36484 0.78327 0.36143 0.78381 0.35802 0.78441 0.35461 0.78506 0.35119 0.78576 0.34778\n 11 622 28 0.94616 0.34778 0.94677 0.35119 0.94735 0.35461 0.94787 0.35802 0.94835 0.36143 0.94878 0.36484 0.94916 0.36825 0.94948 0.37167 0.94976 0.37508 0.94998 0.37849 0.95015 0.38190 0.95026 0.38531 0.95032 0.38873 0.95032 0.39214 0.95027 0.39555 0.95016 0.39896 0.95000 0.40237 0.94977 0.40578 0.94949 0.40920 0.94914 0.41261 0.94874 0.41602 0.94827 0.41943 0.94774 0.42284 0.94715 0.42626 0.94649 0.42967 0.94612 0.43145 0.94466 0.43308 0.94128 0.43628\n 11 314 14 0.93673 0.42762 0.93658 0.42768 0.93635 0.42795 0.93626 0.42816 0.93623 0.42851 0.93648 0.42910 0.93675 0.42933 0.93696 0.42942 0.93731 0.42944 0.93761 0.42932 0.93784 0.42905 0.93816 0.42857 0.93902 0.42649 0.93987 0.42855\n 11 380 17 0.93752 0.43160 0.93748 0.43110 0.93780 0.43062 0.93847 0.43017 0.93892 0.42998 0.93971 0.42982 0.94027 0.42993 0.94060 0.43031 0.94073 0.43061 0.94076 0.43111 0.94044 0.43159 0.93977 0.43204 0.93933 0.43222 0.93853 0.43238 0.93797 0.43227 0.93764 0.43189 0.93752 0.43160\n 11 380 17 0.93874 0.43454 0.93870 0.43403 0.93902 0.43356 0.93970 0.43310 0.94014 0.43292 0.94093 0.43276 0.94150 0.43287 0.94183 0.43325 0.94195 0.43355 0.94199 0.43405 0.94167 0.43453 0.94099 0.43498 0.94055 0.43516 0.93976 0.43532 0.93919 0.43521 0.93886 0.43483 0.93874 0.43454\n 11 578 26 0.93697 0.42592 0.93643 0.42442 0.93620 0.42284 0.93574 0.41943 0.93533 0.41602 0.93495 0.41261 0.93463 0.40920 0.93434 0.40578 0.93410 0.40237 0.93391 0.39896 0.93376 0.39555 0.93366 0.39214 0.93361 0.38873 0.93360 0.38531 0.93364 0.38190 0.93373 0.37849 0.93387 0.37508 0.93405 0.37167 0.93429 0.36825 0.93458 0.36484 0.93491 0.36143 0.93530 0.35802 0.93574 0.35461 0.93623 0.35119 0.93643 0.34990 0.93737 0.34778\n 11 908 41 0.79964 0.34778 0.80012 0.35119 0.80055 0.35461 0.80087 0.35744 0.80091 0.35802 0.80113 0.36143 0.80132 0.36484 0.80149 0.36825 0.80162 0.37167 0.80172 0.37508 0.80180 0.37849 0.80185 0.38190 0.80186 0.38531 0.80185 0.38873 0.80181 0.39214 0.80174 0.39555 0.80165 0.39896 0.80152 0.40237 0.80137 0.40578 0.80119 0.40920 0.80098 0.41261 0.80087 0.41430 0.80069 0.41602 0.80030 0.41943 0.79987 0.42284 0.79940 0.42626 0.79889 0.42967 0.79834 0.43308 0.79775 0.43649 0.79712 0.43990 0.79646 0.44332 0.79603 0.44543 0.79547 0.44673 0.79393 0.45014 0.79233 0.45355 0.79118 0.45589 0.78634 0.45478 0.78586 0.45355 0.78459 0.45014 0.78341 0.44673 0.78230 0.44332\n 11 72 3 0.77917 0.43543 0.78107 0.43347 0.78150 0.43582\n 11 50 2 0.77917 0.43543 0.78246 0.43483\n 11 380 17 0.77962 0.43794 0.77969 0.43744 0.78011 0.43704 0.78086 0.43674 0.78133 0.43666 0.78214 0.43667 0.78267 0.43690 0.78291 0.43734 0.78297 0.43765 0.78290 0.43815 0.78249 0.43855 0.78173 0.43885 0.78126 0.43893 0.78045 0.43892 0.77992 0.43869 0.77968 0.43825 0.77962 0.43794\n 11 380 17 0.78019 0.44107 0.78026 0.44057 0.78068 0.44017 0.78143 0.43987 0.78190 0.43979 0.78271 0.43980 0.78324 0.44003 0.78348 0.44047 0.78354 0.44078 0.78347 0.44128 0.78306 0.44168 0.78230 0.44198 0.78183 0.44207 0.78102 0.44205 0.78049 0.44183 0.78025 0.44138 0.78019 0.44107\n 11 578 26 0.78029 0.43228 0.77996 0.42967 0.77956 0.42626 0.77921 0.42284 0.77889 0.41943 0.77861 0.41602 0.77837 0.41261 0.77816 0.40920 0.77799 0.40578 0.77786 0.40237 0.77777 0.39896 0.77771 0.39555 0.77769 0.39214 0.77770 0.38873 0.77775 0.38531 0.77783 0.38190 0.77795 0.37849 0.77810 0.37508 0.77829 0.37167 0.77851 0.36825 0.77876 0.36484 0.77905 0.36143 0.77937 0.35802 0.77972 0.35461 0.78010 0.35119 0.78052 0.34778\n 11 886 40 0.95125 0.34778 0.95164 0.35119 0.95200 0.35461 0.95233 0.35802 0.95263 0.36143 0.95289 0.36484 0.95313 0.36825 0.95334 0.37167 0.95351 0.37508 0.95365 0.37849 0.95376 0.38190 0.95384 0.38531 0.95388 0.38873 0.95390 0.39214 0.95388 0.39555 0.95382 0.39896 0.95373 0.40237 0.95361 0.40578 0.95345 0.40920 0.95326 0.41261 0.95304 0.41602 0.95277 0.41943 0.95248 0.42284 0.95215 0.42626 0.95178 0.42967 0.95137 0.43308 0.95096 0.43626 0.95091 0.43649 0.95009 0.43990 0.94919 0.44332 0.94823 0.44673 0.94720 0.45014 0.94612 0.45339 0.94588 0.45355 0.94128 0.45648 0.93952 0.45355 0.93755 0.45014 0.93643 0.44813 0.93610 0.44673 0.93534 0.44332\n 11 72 3 0.93208 0.43548 0.93395 0.43349 0.93442 0.43583\n 11 50 2 0.93208 0.43548 0.93535 0.43483\n 11 380 17 0.93257 0.43798 0.93264 0.43748 0.93304 0.43708 0.93379 0.43677 0.93426 0.43667 0.93507 0.43667 0.93560 0.43689 0.93585 0.43733 0.93591 0.43764 0.93585 0.43814 0.93544 0.43855 0.93469 0.43886 0.93423 0.43895 0.93341 0.43895 0.93288 0.43873 0.93263 0.43829 0.93257 0.43798\n 11 380 17 0.93319 0.44110 0.93326 0.44061 0.93366 0.44020 0.93441 0.43989 0.93488 0.43980 0.93569 0.43980 0.93622 0.44002 0.93647 0.44045 0.93653 0.44077 0.93647 0.44126 0.93606 0.44167 0.93532 0.44198 0.93485 0.44207 0.93404 0.44207 0.93350 0.44185 0.93326 0.44142 0.93319 0.44110\n 11 622 28 0.93315 0.43231 0.93268 0.42967 0.93212 0.42626 0.93163 0.42284 0.93159 0.42257 0.93130 0.41943 0.93102 0.41602 0.93077 0.41261 0.93055 0.40920 0.93036 0.40578 0.93020 0.40237 0.93007 0.39896 0.92997 0.39555 0.92990 0.39214 0.92986 0.38873 0.92984 0.38531 0.92986 0.38190 0.92991 0.37849 0.92999 0.37508 0.93010 0.37167 0.93024 0.36825 0.93042 0.36484 0.93062 0.36143 0.93085 0.35802 0.93112 0.35461 0.93142 0.35119 0.93159 0.34941 0.93185 0.34778\n 11 908 41 0.80298 0.34778 0.80329 0.35119 0.80357 0.35461 0.80381 0.35802 0.80403 0.36143 0.80422 0.36484 0.80437 0.36825 0.80450 0.37167 0.80460 0.37508 0.80467 0.37849 0.80471 0.38190 0.80472 0.38531 0.80471 0.38873 0.80466 0.39214 0.80459 0.39555 0.80449 0.39896 0.80436 0.40237 0.80420 0.40578 0.80402 0.40920 0.80380 0.41261 0.80356 0.41602 0.80330 0.41943 0.80300 0.42284 0.80268 0.42626 0.80233 0.42967 0.80196 0.43308 0.80156 0.43649 0.80113 0.43990 0.80087 0.44188 0.80058 0.44332 0.79987 0.44673 0.79912 0.45014 0.79834 0.45355 0.79751 0.45696 0.79666 0.46038 0.79603 0.46277 0.79548 0.46379 0.79357 0.46720 0.79160 0.47061 0.79118 0.47131 0.78634 0.47073\n 11 512 23 0.78199 0.46410 0.78163 0.46409 0.78129 0.46372 0.78116 0.46343 0.78110 0.46293 0.78141 0.46245 0.78206 0.46197 0.78279 0.46164 0.78343 0.46152 0.78385 0.46167 0.78420 0.46204 0.78426 0.46219 0.78432 0.46269 0.78416 0.46311 0.78379 0.46345 0.78365 0.46352 0.78315 0.46357 0.78273 0.46342 0.78238 0.46305 0.78232 0.46290 0.78226 0.46240 0.78242 0.46198 0.78279 0.46164\n 11 380 17 0.78242 0.46618 0.78236 0.46568 0.78267 0.46519 0.78332 0.46472 0.78376 0.46452 0.78455 0.46433 0.78511 0.46442 0.78546 0.46479 0.78559 0.46508 0.78564 0.46558 0.78534 0.46607 0.78469 0.46654 0.78425 0.46674 0.78346 0.46693 0.78290 0.46684 0.78255 0.46647 0.78242 0.46618\n 11 380 17 0.78375 0.46908 0.78369 0.46858 0.78399 0.46809 0.78465 0.46761 0.78508 0.46741 0.78587 0.46723 0.78644 0.46732 0.78678 0.46768 0.78692 0.46797 0.78697 0.46847 0.78667 0.46896 0.78601 0.46944 0.78558 0.46964 0.78479 0.46982 0.78422 0.46973 0.78388 0.46937 0.78375 0.46908\n 11 842 38 0.78167 0.46053 0.78160 0.46038 0.78150 0.46014 0.78080 0.45696 0.78010 0.45355 0.77943 0.45014 0.77881 0.44673 0.77823 0.44332 0.77768 0.43990 0.77718 0.43649 0.77672 0.43308 0.77666 0.43261 0.77640 0.42967 0.77613 0.42626 0.77588 0.42284 0.77567 0.41943 0.77547 0.41602 0.77531 0.41261 0.77517 0.40920 0.77506 0.40578 0.77497 0.40237 0.77491 0.39896 0.77487 0.39555 0.77486 0.39214 0.77488 0.38873 0.77492 0.38531 0.77498 0.38190 0.77507 0.37849 0.77519 0.37508 0.77533 0.37167 0.77549 0.36825 0.77568 0.36484 0.77589 0.36143 0.77613 0.35802 0.77638 0.35461 0.77666 0.35144 0.77669 0.35119 0.77710 0.34778\n 11 996 45 0.95580 0.42362 0.95555 0.42626 0.95519 0.42967 0.95480 0.43308 0.95437 0.43649 0.95390 0.43990 0.95339 0.44332 0.95285 0.44673 0.95227 0.45014 0.95165 0.45355 0.95099 0.45696 0.95096 0.45712 0.94980 0.46038 0.94851 0.46379 0.94715 0.46720 0.94612 0.46964 0.94403 0.47061 0.94128 0.47182 0.94040 0.47061 0.93799 0.46720 0.93643 0.46492 0.93610 0.46379 0.93512 0.46038 0.93418 0.45696 0.93328 0.45355 0.93242 0.45014 0.93163 0.44673 0.93159 0.44656 0.93109 0.44332 0.93062 0.43990 0.93016 0.43649 0.92974 0.43308 0.92935 0.42967 0.92898 0.42626 0.92864 0.42284 0.92833 0.41943 0.92805 0.41602 0.92779 0.41261 0.92757 0.40920 0.92737 0.40578 0.92721 0.40237 0.92707 0.39896 0.92696 0.39555 0.92688 0.39214 0.92684 0.38873\n 11 512 23 0.92805 0.38535 0.92837 0.38551 0.92852 0.38599 0.92852 0.38631 0.92836 0.38678 0.92788 0.38710 0.92708 0.38725 0.92629 0.38725 0.92565 0.38709 0.92534 0.38677 0.92518 0.38629 0.92518 0.38613 0.92534 0.38565 0.92566 0.38534 0.92614 0.38518 0.92630 0.38518 0.92678 0.38534 0.92709 0.38566 0.92725 0.38614 0.92725 0.38630 0.92709 0.38678 0.92677 0.38709 0.92629 0.38725\n 11 380 17 0.92854 0.38328 0.92838 0.38376 0.92790 0.38408 0.92710 0.38423 0.92662 0.38423 0.92583 0.38406 0.92535 0.38374 0.92519 0.38326 0.92520 0.38295 0.92536 0.38247 0.92584 0.38215 0.92663 0.38200 0.92711 0.38200 0.92791 0.38216 0.92838 0.38249 0.92854 0.38296 0.92854 0.38328\n 11 380 17 0.92855 0.38010 0.92839 0.38058 0.92791 0.38089 0.92712 0.38105 0.92664 0.38104 0.92584 0.38088 0.92537 0.38056 0.92521 0.38008 0.92521 0.37976 0.92538 0.37929 0.92585 0.37897 0.92665 0.37882 0.92713 0.37882 0.92792 0.37898 0.92840 0.37930 0.92856 0.37978 0.92855 0.38010\n 11 226 10 0.92690 0.37750 0.92695 0.37508 0.92705 0.37167 0.92719 0.36825 0.92736 0.36484 0.92755 0.36143 0.92778 0.35802 0.92804 0.35461 0.92834 0.35119 0.92866 0.34778\n 11 116 5 0.95580 0.36076 0.95555 0.35802 0.95522 0.35461 0.95485 0.35119 0.95445 0.34778\n 11 886 40 0.80585 0.34778 0.80609 0.35119 0.80629 0.35461 0.80648 0.35802 0.80664 0.36143 0.80678 0.36484 0.80690 0.36825 0.80700 0.37167 0.80707 0.37508 0.80712 0.37849 0.80715 0.38190 0.80715 0.38531 0.80714 0.38873 0.80710 0.39214 0.80704 0.39555 0.80696 0.39896 0.80686 0.40237 0.80673 0.40578 0.80658 0.40920 0.80642 0.41261 0.80623 0.41602 0.80602 0.41943 0.80579 0.42284 0.80571 0.42389 0.80548 0.42626 0.80513 0.42967 0.80475 0.43308 0.80434 0.43649 0.80391 0.43990 0.80345 0.44332 0.80297 0.44673 0.80246 0.45014 0.80192 0.45355 0.80136 0.45696 0.80087 0.45981 0.80072 0.46038 0.79982 0.46379 0.79888 0.46720 0.79790 0.47061 0.79689 0.47402\n 11 644 29 0.79398 0.48282 0.79362 0.48316 0.79326 0.48315 0.79298 0.48300 0.79278 0.48270 0.79279 0.48235 0.79296 0.48171 0.79305 0.48122 0.79292 0.48079 0.79272 0.48049 0.79230 0.48027 0.79194 0.48025 0.79173 0.48032 0.79136 0.48066 0.79105 0.48122 0.79096 0.48171 0.79103 0.48193 0.79123 0.48222 0.79165 0.48245 0.79200 0.48246 0.79244 0.48234 0.79280 0.48199 0.79325 0.48151 0.79354 0.48131 0.79390 0.48132 0.79418 0.48147 0.79438 0.48177 0.79429 0.48226 0.79398 0.48282\n 11 380 17 0.79559 0.47989 0.79522 0.48023 0.79465 0.48028 0.79387 0.48004 0.79345 0.47981 0.79283 0.47929 0.79257 0.47878 0.79265 0.47828 0.79281 0.47800 0.79318 0.47766 0.79375 0.47761 0.79452 0.47785 0.79494 0.47808 0.79556 0.47860 0.79583 0.47911 0.79574 0.47961 0.79559 0.47989\n 11 380 17 0.79711 0.47709 0.79675 0.47744 0.79617 0.47749 0.79540 0.47724 0.79498 0.47702 0.79436 0.47649 0.79409 0.47599 0.79418 0.47549 0.79433 0.47521 0.79470 0.47487 0.79527 0.47482 0.79605 0.47506 0.79647 0.47529 0.79709 0.47581 0.79736 0.47632 0.79727 0.47681 0.79711 0.47709\n 11 1040 47 0.79151 0.48387 0.79125 0.48426 0.79118 0.48436 0.79005 0.48426 0.78634 0.48390 0.78456 0.48085 0.78267 0.47743 0.78150 0.47523 0.78116 0.47402 0.78026 0.47061 0.77939 0.46720 0.77857 0.46379 0.77779 0.46038 0.77705 0.45696 0.77666 0.45504 0.77645 0.45355 0.77599 0.45014 0.77555 0.44673 0.77515 0.44332 0.77477 0.43990 0.77442 0.43649 0.77410 0.43308 0.77381 0.42967 0.77354 0.42626 0.77330 0.42284 0.77309 0.41943 0.77290 0.41602 0.77274 0.41261 0.77261 0.40920 0.77250 0.40578 0.77242 0.40237 0.77236 0.39896 0.77233 0.39555 0.77233 0.39214 0.77235 0.38873 0.77240 0.38531 0.77247 0.38190 0.77256 0.37849 0.77268 0.37508 0.77283 0.37167 0.77300 0.36825 0.77319 0.36484 0.77341 0.36143 0.77365 0.35802 0.77391 0.35461 0.77420 0.35119 0.77451 0.34778\n 11 1304 59 0.95580 0.44978 0.95574 0.45014 0.95513 0.45355 0.95448 0.45696 0.95380 0.46038 0.95307 0.46379 0.95231 0.46720 0.95150 0.47061 0.95096 0.47281 0.95043 0.47402 0.94887 0.47743 0.94723 0.48085 0.94612 0.48305 0.94277 0.48426 0.94128 0.48477 0.94086 0.48426 0.93813 0.48085 0.93643 0.47867 0.93601 0.47743 0.93487 0.47402 0.93376 0.47061 0.93270 0.46720 0.93167 0.46379 0.93159 0.46353 0.93099 0.46038 0.93037 0.45696 0.92978 0.45355 0.92921 0.45014 0.92868 0.44673 0.92816 0.44332 0.92768 0.43990 0.92722 0.43649 0.92679 0.43308 0.92675 0.43272 0.92648 0.42967 0.92620 0.42626 0.92593 0.42284 0.92569 0.41943 0.92548 0.41602 0.92528 0.41261 0.92511 0.40920 0.92496 0.40578 0.92483 0.40237 0.92472 0.39896 0.92463 0.39555 0.92457 0.39214 0.92453 0.38873 0.92452 0.38531 0.92452 0.38190 0.92455 0.37849 0.92461 0.37508 0.92468 0.37167 0.92478 0.36825 0.92490 0.36484 0.92505 0.36143 0.92522 0.35802 0.92541 0.35461 0.92563 0.35119 0.92587 0.34778\n 11 886 40 0.80809 0.34778 0.80832 0.35119 0.80852 0.35461 0.80871 0.35802 0.80887 0.36143 0.80900 0.36484 0.80912 0.36825 0.80921 0.37167 0.80928 0.37508 0.80933 0.37849 0.80935 0.38190 0.80936 0.38531 0.80934 0.38873 0.80930 0.39214 0.80923 0.39555 0.80915 0.39896 0.80904 0.40237 0.80892 0.40578 0.80877 0.40920 0.80860 0.41261 0.80841 0.41602 0.80819 0.41943 0.80796 0.42284 0.80770 0.42626 0.80743 0.42967 0.80713 0.43308 0.80681 0.43649 0.80647 0.43990 0.80611 0.44332 0.80573 0.44673 0.80571 0.44693 0.80522 0.45014 0.80468 0.45355 0.80412 0.45696 0.80352 0.46038 0.80290 0.46379 0.80226 0.46720 0.80159 0.47061 0.80090 0.47402 0.80087 0.47417\n 11 94 4 0.79795 0.48648 0.79820 0.48623 0.79880 0.48593 0.79562 0.48489\n 11 380 17 0.79969 0.48320 0.79939 0.48361 0.79883 0.48376 0.79803 0.48367 0.79757 0.48352 0.79687 0.48312 0.79651 0.48267 0.79651 0.48217 0.79661 0.48186 0.79691 0.48146 0.79746 0.48130 0.79826 0.48140 0.79872 0.48155 0.79943 0.48194 0.79978 0.48239 0.79978 0.48290 0.79969 0.48320\n 11 380 17 0.80067 0.48017 0.80037 0.48058 0.79982 0.48073 0.79901 0.48064 0.79856 0.48049 0.79785 0.48009 0.79750 0.47964 0.79749 0.47914 0.79759 0.47884 0.79789 0.47843 0.79844 0.47828 0.79925 0.47837 0.79970 0.47852 0.80041 0.47892 0.80077 0.47937 0.80077 0.47987 0.80067 0.48017\n 11 380 17 0.80166 0.47715 0.80136 0.47755 0.80080 0.47771 0.80000 0.47761 0.79954 0.47746 0.79884 0.47707 0.79848 0.47662 0.79848 0.47611 0.79858 0.47581 0.79888 0.47540 0.79943 0.47525 0.80023 0.47534 0.80069 0.47549 0.80140 0.47589 0.80175 0.47634 0.80175 0.47684 0.80166 0.47715\n 11 1194 54 0.79641 0.48787 0.79603 0.48896 0.79454 0.49108 0.79209 0.49449 0.79118 0.49572 0.78634 0.49549 0.78566 0.49449 0.78342 0.49108 0.78150 0.48803 0.78138 0.48767 0.78031 0.48426 0.77928 0.48085 0.77829 0.47743 0.77735 0.47402 0.77666 0.47138 0.77652 0.47061 0.77592 0.46720 0.77535 0.46379 0.77481 0.46038 0.77430 0.45696 0.77381 0.45355 0.77336 0.45014 0.77293 0.44673 0.77253 0.44332 0.77216 0.43990 0.77184 0.43649 0.77182 0.43626 0.77157 0.43308 0.77134 0.42967 0.77113 0.42626 0.77094 0.42284 0.77078 0.41943 0.77063 0.41602 0.77051 0.41261 0.77040 0.40920 0.77032 0.40578 0.77026 0.40237 0.77022 0.39896 0.77020 0.39555 0.77020 0.39214 0.77022 0.38873 0.77026 0.38531 0.77032 0.38190 0.77040 0.37849 0.77050 0.37508 0.77062 0.37167 0.77076 0.36825 0.77092 0.36484 0.77110 0.36143 0.77129 0.35802 0.77151 0.35461 0.77175 0.35119 0.77182 0.35026 0.77205 0.34778\n 11 1304 59 0.95580 0.46733 0.95504 0.47061 0.95420 0.47402 0.95333 0.47743 0.95241 0.48085 0.95146 0.48426 0.95096 0.48596 0.95007 0.48767 0.94822 0.49108 0.94628 0.49449 0.94612 0.49478 0.94128 0.49616 0.93979 0.49449 0.93683 0.49108 0.93643 0.49062 0.93531 0.48767 0.93405 0.48426 0.93282 0.48085 0.93163 0.47743 0.93159 0.47732 0.93086 0.47402 0.93013 0.47061 0.92942 0.46720 0.92874 0.46379 0.92809 0.46038 0.92747 0.45696 0.92687 0.45355 0.92675 0.45286 0.92640 0.45014 0.92599 0.44673 0.92559 0.44332 0.92522 0.43990 0.92487 0.43649 0.92454 0.43308 0.92423 0.42967 0.92395 0.42626 0.92368 0.42284 0.92344 0.41943 0.92322 0.41602 0.92302 0.41261 0.92284 0.40920 0.92269 0.40578 0.92256 0.40237 0.92245 0.39896 0.92236 0.39555 0.92229 0.39214 0.92225 0.38873 0.92223 0.38531 0.92224 0.38190 0.92226 0.37849 0.92231 0.37508 0.92238 0.37167 0.92248 0.36825 0.92260 0.36484 0.92274 0.36143 0.92291 0.35802 0.92310 0.35461 0.92331 0.35119 0.92355 0.34778\n 11 1216 55 0.81032 0.34778 0.81053 0.35119 0.81055 0.35150 0.81072 0.35461 0.81087 0.35802 0.81100 0.36143 0.81111 0.36484 0.81121 0.36825 0.81128 0.37167 0.81134 0.37508 0.81138 0.37849 0.81140 0.38190 0.81140 0.38531 0.81138 0.38873 0.81134 0.39214 0.81129 0.39555 0.81122 0.39896 0.81113 0.40237 0.81102 0.40578 0.81089 0.40920 0.81074 0.41261 0.81058 0.41602 0.81055 0.41654 0.81037 0.41943 0.81013 0.42284 0.80987 0.42626 0.80959 0.42967 0.80929 0.43308 0.80897 0.43649 0.80863 0.43990 0.80827 0.44332 0.80789 0.44673 0.80748 0.45014 0.80706 0.45355 0.80662 0.45696 0.80615 0.46038 0.80571 0.46348 0.80565 0.46379 0.80500 0.46720 0.80433 0.47061 0.80363 0.47402 0.80291 0.47743 0.80216 0.48085 0.80139 0.48426 0.80087 0.48648 0.80046 0.48767 0.79926 0.49108 0.79802 0.49449 0.79675 0.49791 0.79603 0.49980 0.79487 0.50132 0.79223 0.50473 0.79118 0.50604 0.78634 0.50594 0.78542 0.50473\n 11 94 4 0.77879 0.49395 0.77879 0.49430 0.77858 0.49494 0.78156 0.49343\n 11 314 14 0.78023 0.49643 0.78009 0.49650 0.77987 0.49679 0.77980 0.49700 0.77981 0.49736 0.78009 0.49793 0.78038 0.49814 0.78059 0.49821 0.78095 0.49821 0.78123 0.49806 0.78144 0.49778 0.78173 0.49728 0.78243 0.49514 0.78343 0.49712\n 11 380 17 0.78132 0.50034 0.78124 0.49984 0.78152 0.49934 0.78216 0.49884 0.78259 0.49862 0.78337 0.49841 0.78394 0.49847 0.78430 0.49883 0.78444 0.49911 0.78452 0.49961 0.78423 0.50011 0.78360 0.50061 0.78317 0.50083 0.78239 0.50105 0.78182 0.50098 0.78146 0.50062 0.78132 0.50034\n 11 380 17 0.78276 0.50318 0.78268 0.50268 0.78296 0.50218 0.78360 0.50168 0.78403 0.50146 0.78481 0.50125 0.78538 0.50131 0.78574 0.50167 0.78588 0.50195 0.78596 0.50245 0.78567 0.50295 0.78504 0.50345 0.78461 0.50367 0.78383 0.50388 0.78326 0.50382 0.78290 0.50346 0.78276 0.50318\n 11 1018 46 0.77890 0.49188 0.77863 0.49108 0.77752 0.48767 0.77666 0.48489 0.77652 0.48426 0.77581 0.48085 0.77513 0.47743 0.77448 0.47402 0.77386 0.47061 0.77326 0.46720 0.77270 0.46379 0.77217 0.46038 0.77182 0.45803 0.77169 0.45696 0.77131 0.45355 0.77095 0.45014 0.77062 0.44673 0.77030 0.44332 0.77001 0.43990 0.76974 0.43649 0.76949 0.43308 0.76927 0.42967 0.76906 0.42626 0.76888 0.42284 0.76872 0.41943 0.76857 0.41602 0.76845 0.41261 0.76836 0.40920 0.76828 0.40578 0.76822 0.40237 0.76818 0.39896 0.76816 0.39555 0.76817 0.39214 0.76819 0.38873 0.76824 0.38531 0.76830 0.38190 0.76838 0.37849 0.76849 0.37508 0.76861 0.37167 0.76875 0.36825 0.76892 0.36484 0.76910 0.36143 0.76930 0.35802 0.76952 0.35461 0.76976 0.35119 0.77002 0.34778\n 11 1370 62 0.95580 0.48148 0.95503 0.48426 0.95404 0.48767 0.95301 0.49108 0.95194 0.49449 0.95096 0.49751 0.95073 0.49791 0.94866 0.50132 0.94650 0.50473 0.94612 0.50531 0.94128 0.50646 0.93962 0.50473 0.93643 0.50140 0.93640 0.50132 0.93501 0.49791 0.93363 0.49449 0.93228 0.49108 0.93159 0.48929 0.93118 0.48767 0.93034 0.48426 0.92953 0.48085 0.92874 0.47743 0.92798 0.47402 0.92724 0.47061 0.92675 0.46827 0.92658 0.46720 0.92606 0.46379 0.92556 0.46038 0.92507 0.45696 0.92461 0.45355 0.92417 0.45014 0.92376 0.44673 0.92336 0.44332 0.92298 0.43990 0.92263 0.43649 0.92230 0.43308 0.92199 0.42967 0.92191 0.42876 0.92173 0.42626 0.92151 0.42284 0.92131 0.41943 0.92112 0.41602 0.92095 0.41261 0.92080 0.40920 0.92067 0.40578 0.92056 0.40237 0.92047 0.39896 0.92039 0.39555 0.92034 0.39214 0.92030 0.38873 0.92028 0.38531 0.92028 0.38190 0.92030 0.37849 0.92034 0.37508 0.92040 0.37167 0.92048 0.36825 0.92057 0.36484 0.92069 0.36143 0.92082 0.35802 0.92098 0.35461 0.92115 0.35119 0.92134 0.34778\n 11 1216 55 0.78586 0.51497 0.78308 0.51155 0.78150 0.50955 0.78093 0.50814 0.77961 0.50473 0.77832 0.50132 0.77709 0.49791 0.77666 0.49667 0.77613 0.49449 0.77534 0.49108 0.77457 0.48767 0.77384 0.48426 0.77313 0.48085 0.77246 0.47743 0.77182 0.47414 0.77180 0.47402 0.77132 0.47061 0.77086 0.46720 0.77041 0.46379 0.76999 0.46038 0.76959 0.45696 0.76921 0.45355 0.76886 0.45014 0.76853 0.44673 0.76822 0.44332 0.76793 0.43990 0.76766 0.43649 0.76742 0.43308 0.76720 0.42967 0.76700 0.42626 0.76698 0.42588 0.76684 0.42284 0.76670 0.41943 0.76658 0.41602 0.76648 0.41261 0.76640 0.40920 0.76633 0.40578 0.76629 0.40237 0.76626 0.39896 0.76625 0.39555 0.76625 0.39214 0.76628 0.38873 0.76632 0.38531 0.76637 0.38190 0.76645 0.37849 0.76654 0.37508 0.76665 0.37167 0.76678 0.36825 0.76692 0.36484 0.76698 0.36369 0.76710 0.36143 0.76730 0.35802 0.76753 0.35461 0.76777 0.35119 0.76803 0.34778\n 11 1194 54 0.79167 0.51497 0.79450 0.51155 0.79603 0.50969 0.79666 0.50814 0.79804 0.50473 0.79939 0.50132 0.80070 0.49791 0.80087 0.49746 0.80163 0.49449 0.80248 0.49108 0.80331 0.48767 0.80411 0.48426 0.80489 0.48085 0.80564 0.47743 0.80571 0.47710 0.80622 0.47402 0.80677 0.47061 0.80730 0.46720 0.80781 0.46379 0.80829 0.46038 0.80876 0.45696 0.80921 0.45355 0.80963 0.45014 0.81004 0.44673 0.81043 0.44332 0.81055 0.44214 0.81075 0.43990 0.81104 0.43649 0.81132 0.43308 0.81157 0.42967 0.81181 0.42626 0.81203 0.42284 0.81223 0.41943 0.81241 0.41602 0.81258 0.41261 0.81273 0.40920 0.81286 0.40578 0.81297 0.40237 0.81306 0.39896 0.81313 0.39555 0.81319 0.39214 0.81323 0.38873 0.81325 0.38531 0.81325 0.38190 0.81323 0.37849 0.81320 0.37508 0.81314 0.37167 0.81307 0.36825 0.81298 0.36484 0.81287 0.36143 0.81274 0.35802 0.81259 0.35461 0.81242 0.35119 0.81223 0.34778\n 11 1194 54 0.94028 0.51497 0.93688 0.51155 0.93643 0.51110 0.93511 0.50814 0.93361 0.50473 0.93214 0.50132 0.93159 0.50001 0.93101 0.49791 0.93009 0.49449 0.92919 0.49108 0.92832 0.48767 0.92747 0.48426 0.92675 0.48125 0.92668 0.48085 0.92607 0.47743 0.92548 0.47402 0.92491 0.47061 0.92437 0.46720 0.92384 0.46379 0.92334 0.46038 0.92285 0.45696 0.92239 0.45355 0.92195 0.45014 0.92191 0.44985 0.92159 0.44673 0.92126 0.44332 0.92094 0.43990 0.92064 0.43649 0.92036 0.43308 0.92010 0.42967 0.91986 0.42626 0.91963 0.42284 0.91943 0.41943 0.91924 0.41602 0.91907 0.41261 0.91892 0.40920 0.91879 0.40578 0.91867 0.40237 0.91858 0.39896 0.91850 0.39555 0.91844 0.39214 0.91840 0.38873 0.91838 0.38531 0.91838 0.38190 0.91840 0.37849 0.91844 0.37508 0.91849 0.37167 0.91857 0.36825 0.91866 0.36484 0.91878 0.36143 0.91891 0.35802 0.91906 0.35461 0.91923 0.35119 0.91943 0.34778\n 11 204 9 0.94618 0.51497 0.94851 0.51155 0.95081 0.50814 0.95096 0.50792 0.95211 0.50473 0.95330 0.50132 0.95445 0.49791 0.95555 0.49449 0.95580 0.49368\n 11 1172 53 0.77978 0.51497 0.77837 0.51155 0.77700 0.50814 0.77666 0.50725 0.77598 0.50473 0.77510 0.50132 0.77425 0.49791 0.77343 0.49449 0.77264 0.49108 0.77188 0.48767 0.77182 0.48738 0.77129 0.48426 0.77073 0.48085 0.77020 0.47743 0.76969 0.47402 0.76921 0.47061 0.76874 0.46720 0.76830 0.46379 0.76789 0.46038 0.76749 0.45696 0.76712 0.45355 0.76698 0.45217 0.76680 0.45014 0.76651 0.44673 0.76625 0.44332 0.76601 0.43990 0.76578 0.43649 0.76557 0.43308 0.76538 0.42967 0.76521 0.42626 0.76506 0.42284 0.76493 0.41943 0.76481 0.41602 0.76471 0.41261 0.76463 0.40920 0.76457 0.40578 0.76453 0.40237 0.76450 0.39896 0.76449 0.39555 0.76450 0.39214 0.76452 0.38873 0.76457 0.38531 0.76463 0.38190 0.76471 0.37849 0.76480 0.37508 0.76492 0.37167 0.76504 0.36825 0.76519 0.36484 0.76535 0.36143 0.76553 0.35802 0.76573 0.35461 0.76594 0.35119 0.76617 0.34778\n 11 1172 53 0.79771 0.51497 0.79917 0.51155 0.80059 0.50814 0.80087 0.50745 0.80163 0.50473 0.80255 0.50132 0.80346 0.49791 0.80434 0.49449 0.80519 0.49108 0.80571 0.48895 0.80595 0.48767 0.80658 0.48426 0.80719 0.48085 0.80778 0.47743 0.80835 0.47402 0.80890 0.47061 0.80944 0.46720 0.80995 0.46379 0.81044 0.46038 0.81055 0.45954 0.81085 0.45696 0.81123 0.45355 0.81159 0.45014 0.81194 0.44673 0.81227 0.44332 0.81258 0.43990 0.81287 0.43649 0.81314 0.43308 0.81340 0.42967 0.81364 0.42626 0.81386 0.42284 0.81406 0.41943 0.81425 0.41602 0.81442 0.41261 0.81456 0.40920 0.81470 0.40578 0.81481 0.40237 0.81490 0.39896 0.81498 0.39555 0.81504 0.39214 0.81508 0.38873 0.81510 0.38531 0.81510 0.38190 0.81509 0.37849 0.81505 0.37508 0.81500 0.37167 0.81493 0.36825 0.81484 0.36484 0.81473 0.36143 0.81460 0.35802 0.81445 0.35461 0.81429 0.35119 0.81410 0.34778\n 11 1216 55 0.93396 0.51497 0.93238 0.51155 0.93159 0.50980 0.93109 0.50814 0.93009 0.50473 0.92911 0.50132 0.92816 0.49791 0.92724 0.49449 0.92675 0.49266 0.92643 0.49108 0.92576 0.48767 0.92511 0.48426 0.92447 0.48085 0.92386 0.47743 0.92327 0.47402 0.92270 0.47061 0.92215 0.46720 0.92191 0.46563 0.92167 0.46379 0.92125 0.46038 0.92084 0.45696 0.92045 0.45355 0.92008 0.45014 0.91973 0.44673 0.91939 0.44332 0.91907 0.43990 0.91877 0.43649 0.91849 0.43308 0.91823 0.42967 0.91798 0.42626 0.91776 0.42284 0.91755 0.41943 0.91736 0.41602 0.91719 0.41261 0.91707 0.40993 0.91704 0.40920 0.91692 0.40578 0.91682 0.40237 0.91673 0.39896 0.91666 0.39555 0.91661 0.39214 0.91657 0.38873 0.91655 0.38531 0.91655 0.38190 0.91656 0.37849 0.91660 0.37508 0.91664 0.37167 0.91671 0.36825 0.91679 0.36484 0.91689 0.36143 0.91701 0.35802 0.91707 0.35641 0.91715 0.35461 0.91732 0.35119 0.91751 0.34778\n 11 116 5 0.95195 0.51497 0.95326 0.51155 0.95453 0.50814 0.95575 0.50473 0.95580 0.50457\n 11 1150 52 0.77608 0.51497 0.77511 0.51155 0.77417 0.50814 0.77326 0.50473 0.77239 0.50132 0.77182 0.49903 0.77160 0.49791 0.77095 0.49449 0.77033 0.49108 0.76973 0.48767 0.76916 0.48426 0.76861 0.48085 0.76808 0.47743 0.76757 0.47402 0.76709 0.47061 0.76698 0.46976 0.76668 0.46720 0.76630 0.46379 0.76595 0.46038 0.76561 0.45696 0.76529 0.45355 0.76500 0.45014 0.76472 0.44673 0.76446 0.44332 0.76421 0.43990 0.76399 0.43649 0.76379 0.43308 0.76360 0.42967 0.76343 0.42626 0.76328 0.42284 0.76315 0.41943 0.76304 0.41602 0.76294 0.41261 0.76287 0.40920 0.76281 0.40578 0.76276 0.40237 0.76274 0.39896 0.76273 0.39555 0.76275 0.39214 0.76277 0.38873 0.76282 0.38531 0.76288 0.38190 0.76297 0.37849 0.76306 0.37508 0.76318 0.37167 0.76331 0.36825 0.76346 0.36484 0.76363 0.36143 0.76381 0.35802 0.76401 0.35461 0.76422 0.35119 0.76445 0.34778\n 11 1172 53 0.80138 0.51497 0.80238 0.51155 0.80336 0.50814 0.80432 0.50473 0.80525 0.50132 0.80571 0.49959 0.80606 0.49791 0.80675 0.49449 0.80742 0.49108 0.80808 0.48767 0.80871 0.48426 0.80932 0.48085 0.80991 0.47743 0.81049 0.47402 0.81055 0.47362 0.81096 0.47061 0.81142 0.46720 0.81185 0.46379 0.81227 0.46038 0.81266 0.45696 0.81305 0.45355 0.81341 0.45014 0.81376 0.44673 0.81409 0.44332 0.81440 0.43990 0.81469 0.43649 0.81497 0.43308 0.81523 0.42967 0.81539 0.42732 0.81546 0.42626 0.81566 0.42284 0.81584 0.41943 0.81601 0.41602 0.81616 0.41261 0.81630 0.40920 0.81642 0.40578 0.81652 0.40237 0.81660 0.39896 0.81667 0.39555 0.81673 0.39214 0.81676 0.38873 0.81678 0.38531 0.81679 0.38190 0.81678 0.37849 0.81675 0.37508 0.81670 0.37167 0.81664 0.36825 0.81656 0.36484 0.81646 0.36143 0.81635 0.35802 0.81622 0.35461 0.81607 0.35119 0.81591 0.34778\n 11 1172 53 0.93035 0.51497 0.92929 0.51155 0.92826 0.50814 0.92725 0.50473 0.92675 0.50298 0.92638 0.50132 0.92565 0.49791 0.92493 0.49449 0.92424 0.49108 0.92356 0.48767 0.92291 0.48426 0.92227 0.48085 0.92191 0.47883 0.92170 0.47743 0.92120 0.47402 0.92072 0.47061 0.92026 0.46720 0.91982 0.46379 0.91939 0.46038 0.91898 0.45696 0.91859 0.45355 0.91822 0.45014 0.91786 0.44673 0.91753 0.44332 0.91721 0.43990 0.91707 0.43833 0.91692 0.43649 0.91667 0.43308 0.91644 0.42967 0.91622 0.42626 0.91602 0.42284 0.91583 0.41943 0.91566 0.41602 0.91551 0.41261 0.91537 0.40920 0.91525 0.40578 0.91515 0.40237 0.91506 0.39896 0.91499 0.39555 0.91493 0.39214 0.91490 0.38873 0.91487 0.38531 0.91487 0.38190 0.91488 0.37849 0.91491 0.37508 0.91496 0.37167 0.91502 0.36825 0.91510 0.36484 0.91520 0.36143 0.91531 0.35802 0.91545 0.35461 0.91560 0.35119 0.91576 0.34778\n 11 50 2 0.95562 0.51497 0.95580 0.51449\n 11 1194 54 0.77334 0.51497 0.77237 0.51155 0.77182 0.50952 0.77152 0.50814 0.77081 0.50473 0.77012 0.50132 0.76945 0.49791 0.76881 0.49449 0.76819 0.49108 0.76760 0.48767 0.76703 0.48426 0.76698 0.48395 0.76655 0.48085 0.76610 0.47743 0.76567 0.47402 0.76526 0.47061 0.76486 0.46720 0.76449 0.46379 0.76414 0.46038 0.76381 0.45696 0.76349 0.45355 0.76319 0.45014 0.76292 0.44673 0.76266 0.44332 0.76242 0.43990 0.76220 0.43649 0.76213 0.43537 0.76201 0.43308 0.76184 0.42967 0.76169 0.42626 0.76156 0.42284 0.76144 0.41943 0.76134 0.41602 0.76126 0.41261 0.76119 0.40920 0.76114 0.40578 0.76110 0.40237 0.76108 0.39896 0.76108 0.39555 0.76109 0.39214 0.76112 0.38873 0.76117 0.38531 0.76123 0.38190 0.76130 0.37849 0.76140 0.37508 0.76150 0.37167 0.76163 0.36825 0.76176 0.36484 0.76192 0.36143 0.76209 0.35802 0.76213 0.35713 0.76228 0.35461 0.76250 0.35119 0.76274 0.34778\n 11 1172 53 0.80406 0.51497 0.80507 0.51155 0.80571 0.50933 0.80598 0.50814 0.80673 0.50473 0.80746 0.50132 0.80817 0.49791 0.80887 0.49449 0.80954 0.49108 0.81020 0.48767 0.81055 0.48577 0.81079 0.48426 0.81131 0.48085 0.81181 0.47743 0.81230 0.47402 0.81277 0.47061 0.81322 0.46720 0.81366 0.46379 0.81408 0.46038 0.81448 0.45696 0.81486 0.45355 0.81523 0.45014 0.81539 0.44852 0.81556 0.44673 0.81585 0.44332 0.81613 0.43990 0.81640 0.43649 0.81665 0.43308 0.81688 0.42967 0.81710 0.42626 0.81730 0.42284 0.81748 0.41943 0.81765 0.41602 0.81780 0.41261 0.81794 0.40920 0.81806 0.40578 0.81816 0.40237 0.81825 0.39896 0.81832 0.39555 0.81838 0.39214 0.81842 0.38873 0.81844 0.38531 0.81844 0.38190 0.81843 0.37849 0.81840 0.37508 0.81836 0.37167 0.81830 0.36825 0.81822 0.36484 0.81813 0.36143 0.81801 0.35802 0.81789 0.35461 0.81774 0.35119 0.81758 0.34778\n 11 1172 53 0.92753 0.51497 0.92675 0.51247 0.92653 0.51155 0.92573 0.50814 0.92496 0.50473 0.92420 0.50132 0.92346 0.49791 0.92274 0.49449 0.92204 0.49108 0.92191 0.49041 0.92145 0.48767 0.92090 0.48426 0.92037 0.48085 0.91985 0.47743 0.91935 0.47402 0.91887 0.47061 0.91841 0.46720 0.91796 0.46379 0.91754 0.46038 0.91713 0.45696 0.91707 0.45646 0.91677 0.45355 0.91644 0.45014 0.91612 0.44673 0.91582 0.44332 0.91553 0.43990 0.91527 0.43649 0.91501 0.43308 0.91478 0.42967 0.91456 0.42626 0.91435 0.42284 0.91417 0.41943 0.91399 0.41602 0.91384 0.41261 0.91370 0.40920 0.91358 0.40578 0.91347 0.40237 0.91338 0.39896 0.91331 0.39555 0.91326 0.39214 0.91322 0.38873 0.91320 0.38531 0.91319 0.38190 0.91320 0.37849 0.91323 0.37508 0.91327 0.37167 0.91334 0.36825 0.91342 0.36484 0.91351 0.36143 0.91362 0.35802 0.91375 0.35461 0.91390 0.35119 0.91407 0.34778\n 11 1150 52 0.77085 0.51497 0.77009 0.51155 0.76936 0.50814 0.76865 0.50473 0.76796 0.50132 0.76730 0.49791 0.76698 0.49616 0.76671 0.49449 0.76618 0.49108 0.76568 0.48767 0.76519 0.48426 0.76472 0.48085 0.76427 0.47743 0.76385 0.47402 0.76344 0.47061 0.76305 0.46720 0.76268 0.46379 0.76233 0.46038 0.76213 0.45837 0.76201 0.45696 0.76173 0.45355 0.76146 0.45014 0.76121 0.44673 0.76098 0.44332 0.76076 0.43990 0.76057 0.43649 0.76038 0.43308 0.76022 0.42967 0.76007 0.42626 0.75994 0.42284 0.75983 0.41943 0.75973 0.41602 0.75965 0.41261 0.75958 0.40920 0.75953 0.40578 0.75950 0.40237 0.75948 0.39896 0.75948 0.39555 0.75950 0.39214 0.75953 0.38873 0.75957 0.38531 0.75964 0.38190 0.75971 0.37849 0.75981 0.37508 0.75992 0.37167 0.76004 0.36825 0.76018 0.36484 0.76034 0.36143 0.76051 0.35802 0.76070 0.35461 0.76090 0.35119 0.76112 0.34778\n 11 1150 52 0.80652 0.51497 0.80731 0.51155 0.80808 0.50814 0.80884 0.50473 0.80957 0.50132 0.81029 0.49791 0.81055 0.49662 0.81092 0.49449 0.81149 0.49108 0.81205 0.48767 0.81259 0.48426 0.81311 0.48085 0.81362 0.47743 0.81411 0.47402 0.81458 0.47061 0.81503 0.46720 0.81539 0.46438 0.81546 0.46379 0.81584 0.46038 0.81620 0.45696 0.81654 0.45355 0.81687 0.45014 0.81719 0.44673 0.81748 0.44332 0.81777 0.43990 0.81803 0.43649 0.81828 0.43308 0.81852 0.42967 0.81873 0.42626 0.81894 0.42284 0.81912 0.41943 0.81929 0.41602 0.81945 0.41261 0.81958 0.40920 0.81971 0.40578 0.81981 0.40237 0.81990 0.39896 0.81997 0.39555 0.82003 0.39214 0.82007 0.38873 0.82009 0.38531 0.82010 0.38190 0.82009 0.37849 0.82006 0.37508 0.82002 0.37167 0.81996 0.36825 0.81988 0.36484 0.81979 0.36143 0.81968 0.35802 0.81955 0.35461 0.81941 0.35119 0.81925 0.34778\n 11 1194 54 0.92517 0.51497 0.92435 0.51155 0.92355 0.50814 0.92277 0.50473 0.92201 0.50132 0.92191 0.50085 0.92137 0.49791 0.92077 0.49449 0.92018 0.49108 0.91961 0.48767 0.91906 0.48426 0.91853 0.48085 0.91801 0.47743 0.91751 0.47402 0.91707 0.47092 0.91703 0.47061 0.91662 0.46720 0.91622 0.46379 0.91584 0.46038 0.91547 0.45696 0.91512 0.45355 0.91478 0.45014 0.91447 0.44673 0.91416 0.44332 0.91388 0.43990 0.91361 0.43649 0.91335 0.43308 0.91312 0.42967 0.91289 0.42626 0.91269 0.42284 0.91250 0.41943 0.91233 0.41602 0.91223 0.41380 0.91218 0.41261 0.91205 0.40920 0.91193 0.40578 0.91183 0.40237 0.91175 0.39896 0.91168 0.39555 0.91163 0.39214 0.91159 0.38873 0.91157 0.38531 0.91156 0.38190 0.91157 0.37849 0.91159 0.37508 0.91163 0.37167 0.91169 0.36825 0.91176 0.36484 0.91185 0.36143 0.91196 0.35802 0.91207 0.35461 0.91221 0.35119 0.91223 0.35084 0.91237 0.34778\n 82 0\n 81 6 34\n 82 0\n 81 6 35\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 50 2 0.71685 0.34608 0.71856 0.34778\n 11 50 2 0.71614 0.35190 0.71856 0.35461\n 11 50 2 0.71614 0.35836 0.71856 0.36143\n 11 50 2 0.71614 0.36472 0.71856 0.36825\n 11 50 2 0.71614 0.37090 0.71856 0.37508\n 11 50 2 0.71614 0.37679 0.71856 0.38190\n 11 50 2 0.71668 0.38096 0.71614 0.38030\n 11 50 2 0.71614 0.38215 0.71856 0.38873\n 11 50 2 0.71747 0.38788 0.71614 0.38591\n 11 50 2 0.71614 0.38635 0.71856 0.39555\n 11 116 5 0.71825 0.39479 0.71699 0.39245 0.71652 0.39507 0.71699 0.39245 0.71856 0.40237\n 11 116 5 0.71904 0.40171 0.71804 0.39927 0.71730 0.40180 0.71804 0.39927 0.71856 0.40920\n 11 116 5 0.71982 0.40862 0.71908 0.40609 0.71808 0.40853 0.71908 0.40609 0.71856 0.41602\n 11 116 5 0.72060 0.41554 0.72013 0.41292 0.71887 0.41526 0.72013 0.41292 0.71856 0.42284\n 11 116 5 0.72139 0.42245 0.72117 0.41974 0.71965 0.42200 0.72117 0.41974 0.71856 0.42967\n 11 116 5 0.72217 0.42937 0.72222 0.42657 0.72043 0.42873 0.72222 0.42657 0.71856 0.43649\n 11 116 5 0.72295 0.43628 0.72326 0.43339 0.72122 0.43546 0.72326 0.43339 0.71856 0.44332\n 11 116 5 0.72374 0.44320 0.72431 0.44021 0.72200 0.44219 0.72431 0.44021 0.71856 0.45014\n 11 116 5 0.72452 0.45011 0.72535 0.44704 0.72278 0.44892 0.72535 0.44704 0.71856 0.45696\n 11 116 5 0.72530 0.45703 0.72640 0.45386 0.72357 0.45566 0.72640 0.45386 0.71856 0.46379\n 11 116 5 0.72609 0.46394 0.72744 0.46069 0.72435 0.46239 0.72744 0.46069 0.71856 0.47061\n 11 116 5 0.72687 0.47086 0.72848 0.46751 0.72513 0.46912 0.72848 0.46751 0.71856 0.47743\n 11 116 5 0.72766 0.47777 0.72953 0.47433 0.72592 0.47585 0.72953 0.47433 0.71856 0.48426\n 11 116 5 0.72844 0.48469 0.73057 0.48116 0.72670 0.48259 0.73057 0.48116 0.71856 0.49108\n 11 116 5 0.72922 0.49160 0.73162 0.48798 0.72749 0.48932 0.73162 0.48798 0.71856 0.49791\n 11 116 5 0.73001 0.49852 0.73266 0.49480 0.72827 0.49605 0.73266 0.49480 0.71856 0.50473\n 11 116 5 0.73079 0.50544 0.73371 0.50163 0.72905 0.50278 0.73371 0.50163 0.71856 0.51155\n 11 50 2 0.72634 0.34608 0.72824 0.34778\n 11 50 2 0.72236 0.34717 0.72009 0.34608\n 11 72 3 0.71953 0.34608 0.72080 0.34872 0.71953 0.34608\n 11 50 2 0.71971 0.34608 0.72824 0.35461\n 11 116 5 0.72314 0.35408 0.72041 0.35255 0.72159 0.35545 0.72041 0.35255 0.72824 0.36143\n 11 116 5 0.72393 0.36100 0.72145 0.35937 0.72237 0.36219 0.72145 0.35937 0.72824 0.36825\n 11 116 5 0.72471 0.36791 0.72250 0.36620 0.72316 0.36892 0.72250 0.36620 0.72824 0.37508\n 11 116 5 0.72549 0.37483 0.72354 0.37302 0.72394 0.37565 0.72354 0.37302 0.72824 0.38190\n 11 116 5 0.72628 0.38174 0.72459 0.37984 0.72472 0.38238 0.72459 0.37984 0.72824 0.38873\n 11 116 5 0.72706 0.38866 0.72563 0.38667 0.72551 0.38912 0.72563 0.38667 0.72824 0.39555\n 11 116 5 0.72784 0.39558 0.72668 0.39349 0.72629 0.39585 0.72668 0.39349 0.72824 0.40237\n 11 116 5 0.72863 0.40249 0.72772 0.40032 0.72707 0.40258 0.72772 0.40032 0.72824 0.40920\n 11 116 5 0.72941 0.40941 0.72876 0.40714 0.72786 0.40931 0.72876 0.40714 0.72824 0.41602\n 11 116 5 0.73019 0.41632 0.72981 0.41396 0.72864 0.41605 0.72981 0.41396 0.72824 0.42284\n 11 116 5 0.73098 0.42324 0.73085 0.42079 0.72942 0.42278 0.73085 0.42079 0.72824 0.42967\n 11 116 5 0.73176 0.43015 0.73190 0.42761 0.73021 0.42951 0.73190 0.42761 0.72824 0.43649\n 11 116 5 0.73255 0.43707 0.73294 0.43443 0.73099 0.43624 0.73294 0.43443 0.72824 0.44332\n 11 116 5 0.73333 0.44398 0.73399 0.44126 0.73178 0.44298 0.73399 0.44126 0.72824 0.45014\n 11 116 5 0.73411 0.45090 0.73503 0.44808 0.73256 0.44971 0.73503 0.44808 0.72824 0.45696\n 11 116 5 0.73490 0.45781 0.73608 0.45491 0.73334 0.45644 0.73608 0.45491 0.72824 0.46379\n 11 116 5 0.73568 0.46473 0.73712 0.46173 0.73413 0.46317 0.73712 0.46173 0.72824 0.47061\n 11 116 5 0.73646 0.47164 0.73817 0.46855 0.73491 0.46991 0.73817 0.46855 0.72824 0.47743\n 11 116 5 0.73725 0.47856 0.73921 0.47538 0.73569 0.47664 0.73921 0.47538 0.72824 0.48426\n 11 116 5 0.73803 0.48547 0.74026 0.48220 0.73648 0.48337 0.74026 0.48220 0.72824 0.49108\n 11 116 5 0.73881 0.49239 0.74130 0.48903 0.73726 0.49010 0.74130 0.48903 0.72824 0.49791\n 11 116 5 0.73960 0.49930 0.74235 0.49585 0.73804 0.49684 0.74235 0.49585 0.72824 0.50473\n 11 116 5 0.74038 0.50622 0.74339 0.50267 0.73883 0.50357 0.74339 0.50267 0.72824 0.51155\n 11 50 2 0.73576 0.34608 0.73793 0.34778\n 11 116 5 0.73195 0.34795 0.72905 0.34677 0.73058 0.34951 0.72905 0.34677 0.73793 0.35461\n 11 116 5 0.73273 0.35487 0.73009 0.35359 0.73136 0.35624 0.73009 0.35359 0.73793 0.36143\n 11 116 5 0.73352 0.36178 0.73113 0.36042 0.73215 0.36297 0.73113 0.36042 0.73793 0.36825\n 11 116 5 0.73430 0.36870 0.73218 0.36724 0.73293 0.36970 0.73218 0.36724 0.73793 0.37508\n 11 116 5 0.73509 0.37561 0.73322 0.37407 0.73371 0.37644 0.73322 0.37407 0.73793 0.38190\n 11 116 5 0.73587 0.38253 0.73427 0.38089 0.73450 0.38317 0.73427 0.38089 0.73793 0.38873\n 11 116 5 0.73665 0.38944 0.73531 0.38771 0.73528 0.38990 0.73531 0.38771 0.73793 0.39555\n 11 116 5 0.73744 0.39636 0.73636 0.39454 0.73606 0.39663 0.73636 0.39454 0.73793 0.40237\n 11 116 5 0.73822 0.40327 0.73740 0.40136 0.73685 0.40337 0.73740 0.40136 0.73793 0.40920\n 11 116 5 0.73900 0.41019 0.73845 0.40818 0.73763 0.41010 0.73845 0.40818 0.73793 0.41602\n 11 116 5 0.73979 0.41710 0.73949 0.41501 0.73842 0.41683 0.73949 0.41501 0.73793 0.42284\n 11 116 5 0.74057 0.42402 0.74054 0.42183 0.73920 0.42356 0.74054 0.42183 0.73793 0.42967\n 11 116 5 0.74135 0.43093 0.74158 0.42866 0.73998 0.43029 0.74158 0.42866 0.73793 0.43649\n 11 116 5 0.74214 0.43785 0.74263 0.43548 0.74077 0.43703 0.74263 0.43548 0.73793 0.44332\n 11 116 5 0.74292 0.44477 0.74367 0.44230 0.74155 0.44376 0.74367 0.44230 0.73793 0.45014\n 11 116 5 0.74370 0.45168 0.74472 0.44913 0.74233 0.45049 0.74472 0.44913 0.73793 0.45696\n 11 116 5 0.74449 0.45860 0.74576 0.45595 0.74312 0.45722 0.74576 0.45595 0.73793 0.46379\n 11 116 5 0.74527 0.46551 0.74681 0.46277 0.74390 0.46396 0.74681 0.46277 0.73793 0.47061\n 11 116 5 0.74606 0.47243 0.74785 0.46960 0.74468 0.47069 0.74785 0.46960 0.73793 0.47743\n 11 116 5 0.74684 0.47934 0.74890 0.47642 0.74547 0.47742 0.74890 0.47642 0.73793 0.48426\n 11 116 5 0.74762 0.48626 0.74994 0.48325 0.74625 0.48415 0.74994 0.48325 0.73793 0.49108\n 11 116 5 0.74841 0.49317 0.75099 0.49007 0.74704 0.49089 0.75099 0.49007 0.73793 0.49791\n 11 116 5 0.74919 0.50009 0.75203 0.49689 0.74782 0.49762 0.75203 0.49689 0.73793 0.50473\n 11 116 5 0.74997 0.50700 0.75308 0.50372 0.74860 0.50435 0.75308 0.50372 0.73793 0.51155\n 11 50 2 0.74512 0.34608 0.74761 0.34778\n 11 116 5 0.74154 0.34874 0.73873 0.34781 0.74035 0.35029 0.73873 0.34781 0.74761 0.35461\n 11 116 5 0.74233 0.35565 0.73977 0.35464 0.74114 0.35702 0.73977 0.35464 0.74761 0.36143\n 11 116 5 0.74311 0.36257 0.74082 0.36146 0.74192 0.36375 0.74082 0.36146 0.74761 0.36825\n 11 116 5 0.74389 0.36948 0.74186 0.36829 0.74271 0.37049 0.74186 0.36829 0.74761 0.37508\n 11 116 5 0.74468 0.37640 0.74291 0.37511 0.74349 0.37722 0.74291 0.37511 0.74761 0.38190\n 11 116 5 0.74546 0.38331 0.74395 0.38193 0.74427 0.38395 0.74395 0.38193 0.74761 0.38873\n 11 116 5 0.74624 0.39023 0.74500 0.38876 0.74506 0.39068 0.74500 0.38876 0.74761 0.39555\n 11 116 5 0.74703 0.39714 0.74604 0.39558 0.74584 0.39742 0.74604 0.39558 0.74761 0.40237\n 11 116 5 0.74781 0.40406 0.74709 0.40241 0.74662 0.40415 0.74709 0.40241 0.74761 0.40920\n 11 116 5 0.74860 0.41097 0.74813 0.40923 0.74741 0.41088 0.74813 0.40923 0.74761 0.41602\n 11 116 5 0.74938 0.41789 0.74918 0.41605 0.74819 0.41761 0.74918 0.41605 0.74761 0.42284\n 11 116 5 0.75016 0.42480 0.75022 0.42288 0.74897 0.42435 0.75022 0.42288 0.74761 0.42967\n 11 116 5 0.75095 0.43172 0.75127 0.42970 0.74976 0.43108 0.75127 0.42970 0.74761 0.43649\n 11 116 5 0.75173 0.43863 0.75231 0.43652 0.75054 0.43781 0.75231 0.43652 0.74761 0.44332\n 11 116 5 0.75251 0.44555 0.75336 0.44335 0.75132 0.44454 0.75336 0.44335 0.74761 0.45014\n 11 116 5 0.75330 0.45246 0.75440 0.45017 0.75211 0.45128 0.75440 0.45017 0.74761 0.45696\n 11 116 5 0.75408 0.45938 0.75545 0.45700 0.75289 0.45801 0.75545 0.45700 0.74761 0.46379\n 11 116 5 0.75486 0.46629 0.75649 0.46382 0.75368 0.46474 0.75649 0.46382 0.74761 0.47061\n 11 116 5 0.75565 0.47321 0.75753 0.47064 0.75446 0.47147 0.75753 0.47064 0.74761 0.47743\n 11 116 5 0.75643 0.48013 0.75858 0.47747 0.75524 0.47821 0.75858 0.47747 0.74761 0.48426\n 11 116 5 0.75721 0.48704 0.75962 0.48429 0.75603 0.48494 0.75962 0.48429 0.74761 0.49108\n 11 116 5 0.75800 0.49396 0.76067 0.49111 0.75681 0.49167 0.76067 0.49111 0.74761 0.49791\n 11 116 5 0.75878 0.50087 0.76171 0.49794 0.75759 0.49840 0.76171 0.49794 0.74761 0.50473\n 11 116 5 0.75957 0.50779 0.76276 0.50476 0.75838 0.50513 0.76276 0.50476 0.74761 0.51155\n 11 50 2 0.75435 0.34608 0.75729 0.34778\n 11 116 5 0.75113 0.34952 0.74841 0.34886 0.75013 0.35107 0.74841 0.34886 0.75729 0.35461\n 11 116 5 0.75192 0.35643 0.74946 0.35568 0.75091 0.35781 0.74946 0.35568 0.75729 0.36143\n 11 116 5 0.75270 0.36335 0.75050 0.36251 0.75170 0.36454 0.75050 0.36251 0.75729 0.36825\n 11 116 5 0.75349 0.37026 0.75155 0.36933 0.75248 0.37127 0.75155 0.36933 0.75729 0.37508\n 11 116 5 0.75427 0.37718 0.75259 0.37615 0.75326 0.37800 0.75259 0.37615 0.75729 0.38190\n 11 116 5 0.75505 0.38410 0.75364 0.38298 0.75405 0.38474 0.75364 0.38298 0.75729 0.38873\n 11 116 5 0.75584 0.39101 0.75468 0.38980 0.75483 0.39147 0.75468 0.38980 0.75729 0.39555\n 11 116 5 0.75662 0.39793 0.75573 0.39663 0.75561 0.39820 0.75573 0.39663 0.75729 0.40237\n 11 116 5 0.75740 0.40484 0.75677 0.40345 0.75640 0.40493 0.75677 0.40345 0.75729 0.40920\n 11 116 5 0.75819 0.41176 0.75781 0.41027 0.75718 0.41166 0.75781 0.41027 0.75729 0.41602\n 11 116 5 0.75897 0.41867 0.75886 0.41710 0.75797 0.41840 0.75886 0.41710 0.75729 0.42284\n 11 116 5 0.75975 0.42559 0.75990 0.42392 0.75875 0.42513 0.75990 0.42392 0.75729 0.42967\n 11 116 5 0.76054 0.43250 0.76095 0.43075 0.75953 0.43186 0.76095 0.43075 0.75729 0.43649\n 11 116 5 0.76132 0.43942 0.76199 0.43757 0.76032 0.43859 0.76199 0.43757 0.75729 0.44332\n 11 116 5 0.76211 0.44633 0.76304 0.44439 0.76110 0.44533 0.76304 0.44439 0.75729 0.45014\n 11 116 5 0.76289 0.45325 0.76408 0.45122 0.76188 0.45206 0.76408 0.45122 0.75729 0.45696\n 11 116 5 0.76367 0.46016 0.76513 0.45804 0.76267 0.45879 0.76513 0.45804 0.75729 0.46379\n 11 116 5 0.76446 0.46708 0.76617 0.46486 0.76345 0.46552 0.76617 0.46486 0.75729 0.47061\n 11 116 5 0.76524 0.47399 0.76722 0.47169 0.76423 0.47226 0.76722 0.47169 0.75729 0.47743\n 11 116 5 0.76602 0.48091 0.76826 0.47851 0.76502 0.47899 0.76826 0.47851 0.75729 0.48426\n 11 116 5 0.76681 0.48782 0.76931 0.48534 0.76580 0.48572 0.76931 0.48534 0.75729 0.49108\n 11 116 5 0.76759 0.49474 0.77035 0.49216 0.76658 0.49245 0.77035 0.49216 0.75729 0.49791\n 11 116 5 0.76837 0.50165 0.77140 0.49898 0.76737 0.49919 0.77140 0.49898 0.75729 0.50473\n 11 116 5 0.76916 0.50857 0.77244 0.50581 0.76815 0.50592 0.77244 0.50581 0.75729 0.51155\n 11 50 2 0.76337 0.34608 0.76698 0.34778\n 11 116 5 0.76073 0.35030 0.75810 0.34990 0.75990 0.35186 0.75810 0.34990 0.76698 0.35461\n 11 116 5 0.76151 0.35722 0.75914 0.35673 0.76069 0.35859 0.75914 0.35673 0.76698 0.36143\n 11 116 5 0.76229 0.36413 0.76018 0.36355 0.76147 0.36532 0.76018 0.36355 0.76698 0.36825\n 11 116 5 0.76308 0.37105 0.76123 0.37038 0.76225 0.37205 0.76123 0.37038 0.76698 0.37508\n 11 116 5 0.76386 0.37796 0.76227 0.37720 0.76304 0.37879 0.76227 0.37720 0.76698 0.38190\n 11 116 5 0.76464 0.38488 0.76332 0.38402 0.76382 0.38552 0.76332 0.38402 0.76698 0.38873\n 11 116 5 0.76543 0.39179 0.76436 0.39085 0.76461 0.39225 0.76436 0.39085 0.76698 0.39555\n 11 116 5 0.76621 0.39871 0.76541 0.39767 0.76539 0.39898 0.76541 0.39767 0.76698 0.40237\n 11 116 5 0.76700 0.40562 0.76645 0.40449 0.76617 0.40572 0.76645 0.40449 0.76698 0.40920\n 11 116 5 0.76778 0.41254 0.76750 0.41132 0.76696 0.41245 0.76750 0.41132 0.76698 0.41602\n 11 116 5 0.76856 0.41946 0.76854 0.41814 0.76774 0.41918 0.76854 0.41814 0.76698 0.42284\n 11 116 5 0.76935 0.42637 0.76959 0.42497 0.76852 0.42591 0.76959 0.42497 0.76698 0.42967\n 11 116 5 0.77013 0.43329 0.77063 0.43179 0.76931 0.43265 0.77063 0.43179 0.76698 0.43649\n 11 116 5 0.77091 0.44020 0.77168 0.43861 0.77009 0.43938 0.77168 0.43861 0.76698 0.44332\n 11 116 5 0.77170 0.44712 0.77272 0.44544 0.77087 0.44611 0.77272 0.44544 0.76698 0.45014\n 11 116 5 0.77248 0.45403 0.77377 0.45226 0.77166 0.45284 0.77377 0.45226 0.76698 0.45696\n 11 116 5 0.77326 0.46095 0.77481 0.45909 0.77244 0.45958 0.77481 0.45909 0.76698 0.46379\n 11 116 5 0.77405 0.46786 0.77586 0.46591 0.77323 0.46631 0.77586 0.46591 0.76698 0.47061\n 11 116 5 0.77483 0.47478 0.77690 0.47273 0.77401 0.47304 0.77690 0.47273 0.76698 0.47743\n 11 116 5 0.77562 0.48169 0.77795 0.47956 0.77479 0.47977 0.77795 0.47956 0.76698 0.48426\n 11 116 5 0.77640 0.48861 0.77899 0.48638 0.77558 0.48650 0.77899 0.48638 0.76698 0.49108\n 11 116 5 0.77718 0.49552 0.78004 0.49320 0.77636 0.49324 0.78004 0.49320 0.76698 0.49791\n 11 116 5 0.77797 0.50244 0.78108 0.50003 0.77714 0.49997 0.78108 0.50003 0.76698 0.50473\n 11 116 5 0.77875 0.50935 0.78213 0.50685 0.77793 0.50670 0.78213 0.50685 0.76698 0.51155\n 11 50 2 0.77203 0.34608 0.77666 0.34778\n 11 116 5 0.77032 0.35109 0.76778 0.35095 0.76968 0.35264 0.76778 0.35095 0.77666 0.35461\n 11 116 5 0.77110 0.35800 0.76882 0.35777 0.77046 0.35937 0.76882 0.35777 0.77666 0.36143\n 11 116 5 0.77189 0.36492 0.76987 0.36460 0.77125 0.36611 0.76987 0.36460 0.77666 0.36825\n 11 116 5 0.77267 0.37183 0.77091 0.37142 0.77203 0.37284 0.77091 0.37142 0.77666 0.37508\n 11 116 5 0.77345 0.37875 0.77196 0.37824 0.77281 0.37957 0.77196 0.37824 0.77666 0.38190\n 11 116 5 0.77424 0.38566 0.77300 0.38507 0.77360 0.38630 0.77300 0.38507 0.77666 0.38873\n 11 116 5 0.77502 0.39258 0.77405 0.39189 0.77438 0.39303 0.77405 0.39189 0.77666 0.39555\n 11 116 5 0.77584 0.39953 0.77509 0.39872 0.77517 0.39982 0.77509 0.39872 0.77666 0.40237\n 11 116 5 0.77665 0.40652 0.77614 0.40554 0.77592 0.40663 0.77614 0.40554 0.77666 0.40920\n 11 116 5 0.77740 0.41345 0.77718 0.41236 0.77667 0.41335 0.77718 0.41236 0.77666 0.41602\n 11 116 5 0.77815 0.42029 0.77823 0.41919 0.77748 0.42000 0.77823 0.41919 0.77666 0.42284\n 11 116 5 0.77894 0.42715 0.77927 0.42601 0.77830 0.42670 0.77927 0.42601 0.77666 0.42967\n 11 116 5 0.77972 0.43407 0.78032 0.43284 0.77908 0.43343 0.78032 0.43284 0.77666 0.43649\n 11 116 5 0.78051 0.44098 0.78136 0.43966 0.77987 0.44016 0.78136 0.43966 0.77666 0.44332\n 11 116 5 0.78129 0.44790 0.78241 0.44648 0.78065 0.44689 0.78241 0.44648 0.77666 0.45014\n 11 116 5 0.78207 0.45481 0.78345 0.45331 0.78143 0.45363 0.78345 0.45331 0.77666 0.45696\n 11 116 5 0.78286 0.46173 0.78450 0.46013 0.78222 0.46036 0.78450 0.46013 0.77666 0.46379\n 11 116 5 0.78364 0.46865 0.78554 0.46695 0.78300 0.46709 0.78554 0.46695 0.77666 0.47061\n 11 116 5 0.78442 0.47556 0.78658 0.47378 0.78378 0.47382 0.78658 0.47378 0.77666 0.47743\n 11 116 5 0.78521 0.48248 0.78763 0.48060 0.78457 0.48056 0.78763 0.48060 0.77666 0.48426\n 11 116 5 0.78599 0.48939 0.78867 0.48743 0.78535 0.48729 0.78867 0.48743 0.77666 0.49108\n 11 116 5 0.78677 0.49631 0.78972 0.49425 0.78613 0.49402 0.78972 0.49425 0.77666 0.49791\n 11 116 5 0.78756 0.50322 0.79076 0.50107 0.78692 0.50075 0.79076 0.50107 0.77666 0.50473\n 11 116 5 0.78834 0.51014 0.79181 0.50790 0.78770 0.50749 0.79181 0.50790 0.77666 0.51155\n 11 72 3 0.77776 0.34608 0.77867 0.34669 0.77776 0.34608\n 11 50 2 0.77986 0.34608 0.78634 0.34778\n 11 116 5 0.77991 0.35187 0.77746 0.35199 0.77945 0.35342 0.77746 0.35199 0.78634 0.35461\n 11 116 5 0.78069 0.35879 0.77851 0.35882 0.78024 0.36016 0.77851 0.35882 0.78634 0.36143\n 11 116 5 0.78148 0.36570 0.77955 0.36564 0.78102 0.36689 0.77955 0.36564 0.78634 0.36825\n 11 116 5 0.78226 0.37262 0.78060 0.37247 0.78180 0.37362 0.78060 0.37247 0.78634 0.37508\n 11 116 5 0.78304 0.37953 0.78164 0.37929 0.78259 0.38035 0.78164 0.37929 0.78634 0.38190\n 11 116 5 0.78383 0.38645 0.78269 0.38611 0.78337 0.38709 0.78269 0.38611 0.78634 0.38873\n 11 116 5 0.78473 0.39342 0.78373 0.39294 0.78421 0.39393 0.78373 0.39294 0.78634 0.39555\n 11 116 5 0.78563 0.40047 0.78478 0.39976 0.78500 0.40084 0.78478 0.39976 0.78634 0.40237\n 11 116 5 0.78638 0.40754 0.78582 0.40658 0.78567 0.40768 0.78582 0.40658 0.78634 0.40920\n 11 116 5 0.78702 0.41450 0.78686 0.41341 0.78630 0.41436 0.78686 0.41341 0.78634 0.41602\n 11 116 5 0.78769 0.42132 0.78791 0.42023 0.78706 0.42094 0.78791 0.42023 0.78634 0.42284\n 11 116 5 0.78847 0.42805 0.78895 0.42706 0.78796 0.42754 0.78895 0.42706 0.78634 0.42967\n 11 116 5 0.78931 0.43485 0.79000 0.43388 0.78886 0.43421 0.79000 0.43388 0.78634 0.43649\n 11 116 5 0.79010 0.44177 0.79104 0.44070 0.78964 0.44095 0.79104 0.44070 0.78634 0.44332\n 11 116 5 0.79088 0.44868 0.79209 0.44753 0.79042 0.44768 0.79209 0.44753 0.78634 0.45014\n 11 116 5 0.79166 0.45560 0.79313 0.45435 0.79121 0.45441 0.79313 0.45435 0.78634 0.45696\n 11 116 5 0.79245 0.46251 0.79418 0.46118 0.79199 0.46114 0.79418 0.46118 0.78634 0.46379\n 11 116 5 0.79323 0.46943 0.79522 0.46800 0.79277 0.46787 0.79522 0.46800 0.78634 0.47061\n 11 116 5 0.79402 0.47634 0.79627 0.47482 0.79356 0.47461 0.79627 0.47482 0.78634 0.47743\n 11 116 5 0.79480 0.48326 0.79731 0.48165 0.79434 0.48134 0.79731 0.48165 0.78634 0.48426\n 11 116 5 0.79558 0.49017 0.79836 0.48847 0.79513 0.48807 0.79836 0.48847 0.78634 0.49108\n 11 116 5 0.79637 0.49709 0.79940 0.49529 0.79591 0.49480 0.79940 0.49529 0.78634 0.49791\n 11 116 5 0.79715 0.50401 0.80045 0.50212 0.79669 0.50154 0.80045 0.50212 0.78634 0.50473\n 11 116 5 0.79793 0.51092 0.80149 0.50894 0.79748 0.50827 0.80149 0.50894 0.78634 0.51155\n 11 116 5 0.78686 0.34608 0.78610 0.34622 0.78844 0.34748 0.78610 0.34622 0.79603 0.34778\n 11 116 5 0.78950 0.35265 0.78715 0.35304 0.78923 0.35421 0.78715 0.35304 0.79603 0.35461\n 11 116 5 0.79029 0.35957 0.78819 0.35986 0.79001 0.36094 0.78819 0.35986 0.79603 0.36143\n 11 116 5 0.79107 0.36648 0.78923 0.36669 0.79080 0.36767 0.78923 0.36669 0.79603 0.36825\n 11 116 5 0.79185 0.37340 0.79028 0.37351 0.79158 0.37440 0.79028 0.37351 0.79603 0.37508\n 11 116 5 0.79264 0.38031 0.79132 0.38033 0.79236 0.38114 0.79132 0.38033 0.79603 0.38190\n 11 116 5 0.79347 0.38723 0.79237 0.38716 0.79319 0.38791 0.79237 0.38716 0.79603 0.38873\n 11 116 5 0.79450 0.39421 0.79341 0.39398 0.79412 0.39483 0.79341 0.39398 0.79603 0.39555\n 11 116 5 0.79546 0.40129 0.79446 0.40081 0.79494 0.40180 0.79446 0.40081 0.79603 0.40237\n 11 116 5 0.79618 0.40850 0.79550 0.40763 0.79549 0.40874 0.79550 0.40763 0.79603 0.40920\n 11 116 5 0.79656 0.41556 0.79655 0.41445 0.79587 0.41533 0.79655 0.41445 0.79603 0.41602\n 11 116 5 0.79711 0.42227 0.79759 0.42128 0.79660 0.42176 0.79759 0.42128 0.79603 0.42284\n 11 116 5 0.79793 0.42895 0.79864 0.42810 0.79755 0.42832 0.79864 0.42810 0.79603 0.42967\n 11 116 5 0.79887 0.43567 0.79968 0.43492 0.79858 0.43500 0.79968 0.43492 0.79603 0.43649\n 11 116 5 0.79969 0.44255 0.80073 0.44175 0.79942 0.44173 0.80073 0.44175 0.79603 0.44332\n 11 116 5 0.80047 0.44947 0.80177 0.44857 0.80020 0.44846 0.80177 0.44857 0.79603 0.45014\n 11 116 5 0.80126 0.45638 0.80282 0.45540 0.80098 0.45519 0.80282 0.45540 0.79603 0.45696\n 11 116 5 0.80204 0.46330 0.80386 0.46222 0.80177 0.46193 0.80386 0.46222 0.79603 0.46379\n 11 116 5 0.80282 0.47021 0.80491 0.46904 0.80255 0.46866 0.80491 0.46904 0.79603 0.47061\n 11 116 5 0.80361 0.47713 0.80595 0.47587 0.80333 0.47539 0.80595 0.47587 0.79603 0.47743\n 11 116 5 0.80439 0.48404 0.80700 0.48269 0.80412 0.48212 0.80700 0.48269 0.79603 0.48426\n 11 116 5 0.80517 0.49096 0.80804 0.48952 0.80490 0.48886 0.80804 0.48952 0.79603 0.49108\n 11 116 5 0.80596 0.49787 0.80909 0.49634 0.80568 0.49559 0.80909 0.49634 0.79603 0.49791\n 11 116 5 0.80674 0.50479 0.81013 0.50316 0.80647 0.50232 0.81013 0.50316 0.79603 0.50473\n 11 116 5 0.80753 0.51170 0.81118 0.50999 0.80725 0.50905 0.81118 0.50999 0.79603 0.51155\n 11 116 5 0.79831 0.34652 0.79578 0.34726 0.79822 0.34826 0.79578 0.34726 0.80571 0.34778\n 11 116 5 0.79909 0.35344 0.79683 0.35408 0.79900 0.35499 0.79683 0.35408 0.80571 0.35461\n 11 116 5 0.79988 0.36035 0.79787 0.36091 0.79979 0.36172 0.79787 0.36091 0.80571 0.36143\n 11 116 5 0.80066 0.36727 0.79892 0.36773 0.80057 0.36846 0.79892 0.36773 0.80571 0.36825\n 11 116 5 0.80145 0.37418 0.79996 0.37456 0.80135 0.37519 0.79996 0.37456 0.80571 0.37508\n 11 116 5 0.80223 0.38110 0.80101 0.38138 0.80214 0.38192 0.80101 0.38138 0.80571 0.38190\n 11 116 5 0.80314 0.38799 0.80205 0.38820 0.80303 0.38871 0.80205 0.38820 0.80571 0.38873\n 11 116 5 0.80419 0.39487 0.80310 0.39503 0.80405 0.39559 0.80310 0.39503 0.80571 0.39555\n 11 116 5 0.80525 0.40183 0.80414 0.40185 0.80502 0.40253 0.80414 0.40185 0.80571 0.40237\n 11 116 5 0.80618 0.40915 0.80519 0.40867 0.80567 0.40967 0.80519 0.40867 0.80571 0.40920\n 11 116 5 0.80575 0.41650 0.80623 0.41550 0.80523 0.41598 0.80623 0.41550 0.80571 0.41602\n 11 116 5 0.80640 0.42300 0.80728 0.42232 0.80617 0.42231 0.80728 0.42232 0.80571 0.42284\n 11 116 5 0.80737 0.42971 0.80832 0.42915 0.80723 0.42899 0.80832 0.42915 0.80571 0.42967\n 11 116 5 0.80838 0.43648 0.80937 0.43597 0.80828 0.43576 0.80937 0.43597 0.80571 0.43649\n 11 116 5 0.80928 0.44334 0.81041 0.44279 0.80919 0.44251 0.81041 0.44279 0.80571 0.44332\n 11 116 5 0.81006 0.45025 0.81146 0.44962 0.80997 0.44924 0.81146 0.44962 0.80571 0.45014\n 11 116 5 0.81085 0.45717 0.81250 0.45644 0.81076 0.45598 0.81250 0.45644 0.80571 0.45696\n 11 116 5 0.81163 0.46408 0.81355 0.46326 0.81154 0.46271 0.81355 0.46326 0.80571 0.46379\n 11 116 5 0.81242 0.47100 0.81459 0.47009 0.81232 0.46944 0.81459 0.47009 0.80571 0.47061\n 11 116 5 0.81320 0.47791 0.81563 0.47691 0.81311 0.47617 0.81563 0.47691 0.80571 0.47743\n 11 116 5 0.81398 0.48483 0.81668 0.48374 0.81389 0.48291 0.81668 0.48374 0.80571 0.48426\n 11 116 5 0.81477 0.49174 0.81772 0.49056 0.81467 0.48964 0.81772 0.49056 0.80571 0.49108\n 11 116 5 0.81555 0.49866 0.81877 0.49738 0.81546 0.49637 0.81877 0.49738 0.80571 0.49791\n 11 116 5 0.81633 0.50557 0.81981 0.50421 0.81624 0.50310 0.81981 0.50421 0.80571 0.50473\n 11 116 5 0.81712 0.51249 0.82086 0.51103 0.81703 0.50984 0.82086 0.51103 0.80571 0.51155\n 11 116 5 0.80790 0.34731 0.80547 0.34830 0.80799 0.34904 0.80547 0.34830 0.81539 0.34778\n 11 116 5 0.80869 0.35422 0.80651 0.35513 0.80878 0.35577 0.80651 0.35513 0.81539 0.35461\n 11 116 5 0.80947 0.36114 0.80756 0.36195 0.80956 0.36251 0.80756 0.36195 0.81539 0.36143\n 11 116 5 0.81025 0.36805 0.80860 0.36878 0.81035 0.36924 0.80860 0.36878 0.81539 0.36825\n 11 116 5 0.81104 0.37497 0.80965 0.37560 0.81113 0.37597 0.80965 0.37560 0.81539 0.37508\n 11 116 5 0.81182 0.38188 0.81069 0.38242 0.81191 0.38270 0.81069 0.38242 0.81539 0.38190\n 11 116 5 0.81272 0.38874 0.81174 0.38925 0.81282 0.38946 0.81174 0.38925 0.81539 0.38873\n 11 116 5 0.81373 0.39551 0.81278 0.39607 0.81388 0.39622 0.81278 0.39607 0.81539 0.39555\n 11 116 5 0.81470 0.40222 0.81383 0.40290 0.81493 0.40291 0.81383 0.40290 0.81539 0.40237\n 11 116 5 0.81535 0.40872 0.81487 0.40972 0.81587 0.40924 0.81487 0.40972 0.81539 0.40920\n 11 116 5 0.81492 0.41606 0.81592 0.41654 0.81543 0.41555 0.81592 0.41654 0.81539 0.41602\n 11 116 5 0.81585 0.42338 0.81696 0.42337 0.81608 0.42269 0.81696 0.42337 0.81539 0.42284\n 11 116 5 0.81691 0.43034 0.81800 0.43019 0.81705 0.42963 0.81800 0.43019 0.81539 0.42967\n 11 116 5 0.81796 0.43723 0.81905 0.43701 0.81807 0.43650 0.81905 0.43701 0.81539 0.43649\n 11 116 5 0.81887 0.44412 0.82009 0.44384 0.81896 0.44330 0.82009 0.44384 0.81539 0.44332\n 11 116 5 0.81966 0.45103 0.82114 0.45066 0.81975 0.45003 0.82114 0.45066 0.81539 0.45014\n 11 116 5 0.82044 0.45795 0.82218 0.45749 0.82053 0.45676 0.82218 0.45749 0.81539 0.45696\n 11 116 5 0.82122 0.46486 0.82323 0.46431 0.82132 0.46349 0.82323 0.46431 0.81539 0.46379\n 11 116 5 0.82201 0.47178 0.82427 0.47113 0.82210 0.47023 0.82427 0.47113 0.81539 0.47061\n 11 116 5 0.82279 0.47869 0.82532 0.47796 0.82288 0.47696 0.82532 0.47796 0.81539 0.47743\n 11 116 5 0.82357 0.48561 0.82636 0.48478 0.82367 0.48369 0.82636 0.48478 0.81539 0.48426\n 11 116 5 0.82436 0.49253 0.82741 0.49160 0.82445 0.49042 0.82741 0.49160 0.81539 0.49108\n 11 116 5 0.82514 0.49944 0.82845 0.49843 0.82523 0.49716 0.82845 0.49843 0.81539 0.49791\n 11 116 5 0.82593 0.50636 0.82950 0.50525 0.82602 0.50389 0.82950 0.50525 0.81539 0.50473\n 11 116 5 0.82671 0.51327 0.83054 0.51208 0.82680 0.51062 0.83054 0.51208 0.81539 0.51155\n 11 116 5 0.81749 0.34809 0.81515 0.34935 0.81777 0.34983 0.81515 0.34935 0.82508 0.34778\n 11 116 5 0.81828 0.35500 0.81620 0.35617 0.81855 0.35656 0.81620 0.35617 0.82508 0.35461\n 11 116 5 0.81906 0.36192 0.81724 0.36300 0.81934 0.36329 0.81724 0.36300 0.82508 0.36143\n 11 116 5 0.81985 0.36883 0.81828 0.36982 0.82012 0.37002 0.81828 0.36982 0.82508 0.36825\n 11 116 5 0.82063 0.37575 0.81933 0.37664 0.82090 0.37676 0.81933 0.37664 0.82508 0.37508\n 11 116 5 0.82141 0.38267 0.82037 0.38347 0.82169 0.38349 0.82037 0.38347 0.82508 0.38190\n 11 116 5 0.82224 0.38954 0.82142 0.39029 0.82252 0.39022 0.82142 0.39029 0.82508 0.38873\n 11 116 5 0.82317 0.39627 0.82246 0.39712 0.82355 0.39689 0.82246 0.39712 0.82508 0.39555\n 11 116 5 0.82399 0.40294 0.82351 0.40394 0.82451 0.40346 0.82351 0.40394 0.82508 0.40237\n 11 116 5 0.82454 0.40966 0.82455 0.41076 0.82523 0.40989 0.82455 0.41076 0.82508 0.40920\n 11 116 5 0.82492 0.41671 0.82560 0.41759 0.82561 0.41648 0.82560 0.41759 0.82508 0.41602\n 11 116 5 0.82565 0.42393 0.82664 0.42441 0.82616 0.42341 0.82664 0.42441 0.82508 0.42284\n 11 116 5 0.82660 0.43101 0.82769 0.43124 0.82698 0.43038 0.82769 0.43124 0.82508 0.42967\n 11 116 5 0.82763 0.43798 0.82873 0.43806 0.82792 0.43731 0.82873 0.43806 0.82508 0.43649\n 11 116 5 0.82847 0.44490 0.82978 0.44488 0.82874 0.44408 0.82978 0.44488 0.82508 0.44332\n 11 116 5 0.82925 0.45182 0.83082 0.45171 0.82952 0.45081 0.83082 0.45171 0.82508 0.45014\n 11 116 5 0.83003 0.45873 0.83187 0.45853 0.83031 0.45754 0.83187 0.45853 0.82508 0.45696\n 11 116 5 0.83082 0.46565 0.83291 0.46535 0.83109 0.46428 0.83291 0.46535 0.82508 0.46379\n 11 116 5 0.83160 0.47256 0.83396 0.47218 0.83187 0.47101 0.83396 0.47218 0.82508 0.47061\n 11 116 5 0.83238 0.47948 0.83500 0.47900 0.83266 0.47774 0.83500 0.47900 0.82508 0.47743\n 11 116 5 0.83317 0.48639 0.83605 0.48583 0.83344 0.48447 0.83605 0.48583 0.82508 0.48426\n 11 116 5 0.83395 0.49331 0.83709 0.49265 0.83422 0.49121 0.83709 0.49265 0.82508 0.49108\n 11 116 5 0.83473 0.50022 0.83814 0.49947 0.83501 0.49794 0.83814 0.49947 0.82508 0.49791\n 11 116 5 0.83552 0.50714 0.83918 0.50630 0.83579 0.50467 0.83918 0.50630 0.82508 0.50473\n 11 116 5 0.83630 0.51405 0.84023 0.51312 0.83658 0.51140 0.84023 0.51312 0.82508 0.51155\n 11 116 5 0.82709 0.34887 0.82483 0.35039 0.82754 0.35061 0.82483 0.35039 0.83476 0.34778\n 11 116 5 0.82787 0.35579 0.82588 0.35722 0.82833 0.35734 0.82588 0.35722 0.83476 0.35461\n 11 116 5 0.82865 0.36270 0.82692 0.36404 0.82911 0.36407 0.82692 0.36404 0.83476 0.36143\n 11 116 5 0.82944 0.36962 0.82797 0.37087 0.82989 0.37081 0.82797 0.37087 0.83476 0.36825\n 11 116 5 0.83022 0.37653 0.82901 0.37769 0.83068 0.37754 0.82901 0.37769 0.83476 0.37508\n 11 116 5 0.83100 0.38345 0.83006 0.38451 0.83146 0.38427 0.83006 0.38451 0.83476 0.38190\n 11 116 5 0.83179 0.39036 0.83110 0.39134 0.83225 0.39100 0.83110 0.39134 0.83476 0.38873\n 11 116 5 0.83263 0.39716 0.83215 0.39816 0.83314 0.39768 0.83215 0.39816 0.83476 0.39555\n 11 116 5 0.83342 0.40390 0.83319 0.40498 0.83404 0.40428 0.83319 0.40498 0.83476 0.40237\n 11 116 5 0.83408 0.41071 0.83424 0.41181 0.83480 0.41086 0.83424 0.41181 0.83476 0.40920\n 11 116 5 0.83472 0.41768 0.83528 0.41863 0.83544 0.41754 0.83528 0.41863 0.83476 0.41602\n 11 116 5 0.83548 0.42475 0.83633 0.42546 0.83610 0.42437 0.83633 0.42546 0.83476 0.42284\n 11 116 5 0.83637 0.43180 0.83737 0.43228 0.83689 0.43128 0.83737 0.43228 0.83476 0.42967\n 11 116 5 0.83727 0.43877 0.83842 0.43910 0.83773 0.43813 0.83842 0.43910 0.83476 0.43649\n 11 116 5 0.83806 0.44569 0.83946 0.44593 0.83851 0.44486 0.83946 0.44593 0.83476 0.44332\n 11 116 5 0.83884 0.45260 0.84051 0.45275 0.83930 0.45160 0.84051 0.45275 0.83476 0.45014\n 11 116 5 0.83962 0.45952 0.84155 0.45958 0.84008 0.45833 0.84155 0.45958 0.83476 0.45696\n 11 116 5 0.84041 0.46643 0.84260 0.46640 0.84086 0.46506 0.84260 0.46640 0.83476 0.46379\n 11 116 5 0.84119 0.47335 0.84364 0.47322 0.84165 0.47179 0.84364 0.47322 0.83476 0.47061\n 11 116 5 0.84198 0.48026 0.84469 0.48005 0.84243 0.47853 0.84469 0.48005 0.83476 0.47743\n 11 116 5 0.84276 0.48718 0.84573 0.48687 0.84322 0.48526 0.84573 0.48687 0.83476 0.48426\n 11 116 5 0.84354 0.49409 0.84677 0.49369 0.84400 0.49199 0.84677 0.49369 0.83476 0.49108\n 11 116 5 0.84433 0.50101 0.84782 0.50052 0.84478 0.49872 0.84782 0.50052 0.83476 0.49791\n 11 116 5 0.84511 0.50792 0.84886 0.50734 0.84557 0.50545 0.84886 0.50734 0.83476 0.50473\n 11 116 5 0.84589 0.51484 0.84991 0.51417 0.84635 0.51219 0.84991 0.51417 0.83476 0.51155\n 11 116 5 0.83668 0.34966 0.83452 0.35144 0.83732 0.35139 0.83452 0.35144 0.84444 0.34778\n 11 116 5 0.83746 0.35657 0.83556 0.35826 0.83810 0.35813 0.83556 0.35826 0.84444 0.35461\n 11 116 5 0.83825 0.36349 0.83661 0.36509 0.83889 0.36486 0.83661 0.36509 0.84444 0.36143\n 11 116 5 0.83903 0.37040 0.83765 0.37191 0.83967 0.37159 0.83765 0.37191 0.84444 0.36825\n 11 116 5 0.83981 0.37732 0.83870 0.37873 0.84045 0.37832 0.83870 0.37873 0.84444 0.37508\n 11 116 5 0.84060 0.38423 0.83974 0.38556 0.84124 0.38506 0.83974 0.38556 0.84444 0.38190\n 11 116 5 0.84138 0.39115 0.84079 0.39238 0.84202 0.39179 0.84079 0.39238 0.84444 0.38873\n 11 116 5 0.84216 0.39806 0.84183 0.39921 0.84280 0.39852 0.84183 0.39921 0.84444 0.39555\n 11 116 5 0.84295 0.40493 0.84288 0.40603 0.84362 0.40521 0.84288 0.40603 0.84444 0.40237\n 11 116 5 0.84371 0.41177 0.84392 0.41285 0.84443 0.41187 0.84392 0.41285 0.84444 0.40920\n 11 116 5 0.84446 0.41869 0.84497 0.41968 0.84518 0.41859 0.84497 0.41968 0.84444 0.41602\n 11 116 5 0.84526 0.42568 0.84601 0.42650 0.84593 0.42540 0.84601 0.42650 0.84444 0.42284\n 11 116 5 0.84608 0.43264 0.84705 0.43332 0.84672 0.43218 0.84705 0.43332 0.84444 0.42967\n 11 116 5 0.84687 0.43955 0.84810 0.44015 0.84751 0.43891 0.84810 0.44015 0.84444 0.43649\n 11 116 5 0.84765 0.44647 0.84914 0.44697 0.84829 0.44565 0.84914 0.44697 0.84444 0.44332\n 11 116 5 0.84843 0.45338 0.85019 0.45380 0.84907 0.45238 0.85019 0.45380 0.84444 0.45014\n 11 116 5 0.84922 0.46030 0.85123 0.46062 0.84986 0.45911 0.85123 0.46062 0.84444 0.45696\n 11 116 5 0.85000 0.46722 0.85228 0.46744 0.85064 0.46584 0.85228 0.46744 0.84444 0.46379\n 11 116 5 0.85078 0.47413 0.85332 0.47427 0.85142 0.47258 0.85332 0.47427 0.84444 0.47061\n 11 116 5 0.85157 0.48105 0.85437 0.48109 0.85221 0.47931 0.85437 0.48109 0.84444 0.47743\n 11 116 5 0.85235 0.48796 0.85541 0.48792 0.85299 0.48604 0.85541 0.48792 0.84444 0.48426\n 11 116 5 0.85313 0.49488 0.85646 0.49474 0.85377 0.49277 0.85646 0.49474 0.84444 0.49108\n 11 116 5 0.85392 0.50179 0.85750 0.50156 0.85456 0.49951 0.85750 0.50156 0.84444 0.49791\n 11 116 5 0.85470 0.50871 0.85855 0.50839 0.85534 0.50624 0.85855 0.50839 0.84444 0.50473\n 11 116 5 0.85548 0.51562 0.85959 0.51521 0.85612 0.51297 0.85959 0.51521 0.84444 0.51155\n 11 116 5 0.84627 0.35044 0.84420 0.35248 0.84709 0.35218 0.84420 0.35248 0.85413 0.34778\n 11 116 5 0.84705 0.35736 0.84525 0.35931 0.84788 0.35891 0.84525 0.35931 0.85413 0.35461\n 11 116 5 0.84784 0.36427 0.84629 0.36613 0.84866 0.36564 0.84629 0.36613 0.85413 0.36143\n 11 116 5 0.84862 0.37119 0.84733 0.37296 0.84944 0.37237 0.84733 0.37296 0.85413 0.36825\n 11 116 5 0.84940 0.37810 0.84838 0.37978 0.85023 0.37911 0.84838 0.37978 0.85413 0.37508\n 11 116 5 0.85019 0.38502 0.84942 0.38660 0.85101 0.38584 0.84942 0.38660 0.85413 0.38190\n 11 116 5 0.85097 0.39193 0.85047 0.39343 0.85179 0.39257 0.85047 0.39343 0.85413 0.38873\n 11 116 5 0.85176 0.39885 0.85151 0.40025 0.85258 0.39930 0.85151 0.40025 0.85413 0.39555\n 11 116 5 0.85254 0.40576 0.85256 0.40707 0.85336 0.40604 0.85256 0.40707 0.85413 0.40237\n 11 116 5 0.85332 0.41268 0.85360 0.41390 0.85415 0.41277 0.85360 0.41390 0.85413 0.40920\n 11 116 5 0.85411 0.41959 0.85465 0.42072 0.85493 0.41950 0.85465 0.42072 0.85413 0.41602\n 11 116 5 0.85489 0.42651 0.85569 0.42755 0.85571 0.42623 0.85569 0.42755 0.85413 0.42284\n 11 116 5 0.85567 0.43342 0.85674 0.43437 0.85650 0.43297 0.85674 0.43437 0.85413 0.42967\n 11 116 5 0.85646 0.44034 0.85778 0.44119 0.85728 0.43970 0.85778 0.44119 0.85413 0.43649\n 11 116 5 0.85724 0.44725 0.85883 0.44802 0.85806 0.44643 0.85883 0.44802 0.85413 0.44332\n 11 116 5 0.85802 0.45417 0.85987 0.45484 0.85885 0.45316 0.85987 0.45484 0.85413 0.45014\n 11 116 5 0.85881 0.46108 0.86092 0.46166 0.85963 0.45990 0.86092 0.46166 0.85413 0.45696\n 11 116 5 0.85959 0.46800 0.86196 0.46849 0.86041 0.46663 0.86196 0.46849 0.85413 0.46379\n 11 116 5 0.86038 0.47491 0.86301 0.47531 0.86120 0.47336 0.86301 0.47531 0.85413 0.47061\n 11 116 5 0.86116 0.48183 0.86405 0.48214 0.86198 0.48009 0.86405 0.48214 0.85413 0.47743\n 11 116 5 0.86194 0.48874 0.86510 0.48896 0.86277 0.48682 0.86510 0.48896 0.85413 0.48426\n 11 116 5 0.86273 0.49566 0.86614 0.49578 0.86355 0.49356 0.86614 0.49578 0.85413 0.49108\n 11 116 5 0.86351 0.50258 0.86719 0.50261 0.86433 0.50029 0.86719 0.50261 0.85413 0.49791\n 11 116 5 0.86429 0.50949 0.86823 0.50943 0.86512 0.50702 0.86823 0.50943 0.85413 0.50473\n 11 116 5 0.86508 0.51641 0.86928 0.51626 0.86590 0.51375 0.86928 0.51626 0.85413 0.51155\n 11 116 5 0.85586 0.35122 0.85388 0.35353 0.85687 0.35296 0.85388 0.35353 0.86381 0.34778\n 11 116 5 0.85665 0.35814 0.85493 0.36035 0.85765 0.35969 0.85493 0.36035 0.86381 0.35461\n 11 116 5 0.85743 0.36505 0.85597 0.36718 0.85844 0.36643 0.85597 0.36718 0.86381 0.36143\n 11 116 5 0.85821 0.37197 0.85702 0.37400 0.85922 0.37316 0.85702 0.37400 0.86381 0.36825\n 11 116 5 0.85900 0.37888 0.85806 0.38082 0.86000 0.37989 0.85806 0.38082 0.86381 0.37508\n 11 116 5 0.85978 0.38580 0.85911 0.38765 0.86079 0.38662 0.85911 0.38765 0.86381 0.38190\n 11 116 5 0.86056 0.39271 0.86015 0.39447 0.86157 0.39335 0.86015 0.39447 0.86381 0.38873\n 11 116 5 0.86135 0.39963 0.86120 0.40130 0.86235 0.40009 0.86120 0.40130 0.86381 0.39555\n 11 116 5 0.86213 0.40655 0.86224 0.40812 0.86314 0.40682 0.86224 0.40812 0.86381 0.40237\n 11 116 5 0.86291 0.41346 0.86329 0.41494 0.86392 0.41355 0.86329 0.41494 0.86381 0.40920\n 11 116 5 0.86370 0.42038 0.86433 0.42177 0.86470 0.42028 0.86433 0.42177 0.86381 0.41602\n 11 116 5 0.86448 0.42729 0.86538 0.42859 0.86549 0.42702 0.86538 0.42859 0.86381 0.42284\n 11 116 5 0.86527 0.43421 0.86642 0.43541 0.86627 0.43375 0.86642 0.43541 0.86381 0.42967\n 11 116 5 0.86605 0.44112 0.86747 0.44224 0.86705 0.44048 0.86747 0.44224 0.86381 0.43649\n 11 116 5 0.86683 0.44804 0.86851 0.44906 0.86784 0.44721 0.86851 0.44906 0.86381 0.44332\n 11 116 5 0.86762 0.45495 0.86956 0.45589 0.86862 0.45395 0.86956 0.45589 0.86381 0.45014\n 11 116 5 0.86840 0.46187 0.87060 0.46271 0.86941 0.46068 0.87060 0.46271 0.86381 0.45696\n 11 116 5 0.86918 0.46878 0.87165 0.46953 0.87019 0.46741 0.87165 0.46953 0.86381 0.46379\n 11 116 5 0.86997 0.47570 0.87269 0.47636 0.87097 0.47414 0.87269 0.47636 0.86381 0.47061\n 11 116 5 0.87075 0.48261 0.87374 0.48318 0.87176 0.48088 0.87374 0.48318 0.86381 0.47743\n 11 116 5 0.87153 0.48953 0.87478 0.49000 0.87254 0.48761 0.87478 0.49000 0.86381 0.48426\n 11 116 5 0.87232 0.49644 0.87582 0.49683 0.87332 0.49434 0.87582 0.49683 0.86381 0.49108\n 11 116 5 0.87310 0.50336 0.87687 0.50365 0.87411 0.50107 0.87687 0.50365 0.86381 0.49791\n 11 116 5 0.87389 0.51027 0.87791 0.51048 0.87489 0.50781 0.87791 0.51048 0.86381 0.50473\n 11 72 3 0.87821 0.51667 0.87567 0.51454 0.87821 0.51667\n 11 50 2 0.87730 0.51667 0.86381 0.51155\n 11 116 5 0.86545 0.35201 0.86357 0.35457 0.86664 0.35374 0.86357 0.35457 0.87349 0.34778\n 11 116 5 0.86624 0.35892 0.86461 0.36140 0.86743 0.36048 0.86461 0.36140 0.87349 0.35461\n 11 116 5 0.86702 0.36584 0.86566 0.36822 0.86821 0.36721 0.86566 0.36822 0.87349 0.36143\n 11 116 5 0.86781 0.37275 0.86670 0.37504 0.86899 0.37394 0.86670 0.37504 0.87349 0.36825\n 11 116 5 0.86859 0.37967 0.86775 0.38187 0.86978 0.38067 0.86775 0.38187 0.87349 0.37508\n 11 116 5 0.86937 0.38658 0.86879 0.38869 0.87056 0.38741 0.86879 0.38869 0.87349 0.38190\n 11 116 5 0.87016 0.39350 0.86984 0.39552 0.87134 0.39414 0.86984 0.39552 0.87349 0.38873\n 11 116 5 0.87094 0.40041 0.87088 0.40234 0.87213 0.40087 0.87088 0.40234 0.87349 0.39555\n 11 116 5 0.87172 0.40733 0.87193 0.40916 0.87291 0.40760 0.87193 0.40916 0.87349 0.40237\n 11 116 5 0.87251 0.41424 0.87297 0.41599 0.87370 0.41434 0.87297 0.41599 0.87349 0.40920\n 11 116 5 0.87329 0.42116 0.87402 0.42281 0.87448 0.42107 0.87402 0.42281 0.87349 0.41602\n 11 116 5 0.87407 0.42807 0.87506 0.42964 0.87526 0.42780 0.87506 0.42964 0.87349 0.42284\n 11 116 5 0.87486 0.43499 0.87610 0.43646 0.87605 0.43453 0.87610 0.43646 0.87349 0.42967\n 11 116 5 0.87564 0.44191 0.87715 0.44328 0.87683 0.44127 0.87715 0.44328 0.87349 0.43649\n 11 116 5 0.87642 0.44882 0.87819 0.45011 0.87761 0.44800 0.87819 0.45011 0.87349 0.44332\n 11 116 5 0.87721 0.45574 0.87924 0.45693 0.87840 0.45473 0.87924 0.45693 0.87349 0.45014\n 11 116 5 0.87799 0.46265 0.88028 0.46375 0.87918 0.46146 0.88028 0.46375 0.87349 0.45696\n 11 116 5 0.87878 0.46957 0.88133 0.47058 0.87996 0.46819 0.88133 0.47058 0.87349 0.46379\n 11 116 5 0.87956 0.47648 0.88237 0.47740 0.88075 0.47493 0.88237 0.47740 0.87349 0.47061\n 11 116 5 0.88034 0.48340 0.88342 0.48423 0.88153 0.48166 0.88342 0.48423 0.87349 0.47743\n 11 116 5 0.88113 0.49031 0.88446 0.49105 0.88231 0.48839 0.88446 0.49105 0.87349 0.48426\n 11 116 5 0.88191 0.49723 0.88551 0.49787 0.88310 0.49512 0.88551 0.49787 0.87349 0.49108\n 11 116 5 0.88269 0.50414 0.88655 0.50470 0.88388 0.50186 0.88655 0.50470 0.87349 0.49791\n 11 116 5 0.88348 0.51106 0.88760 0.51152 0.88467 0.50859 0.88760 0.51152 0.87349 0.50473\n 11 72 3 0.88688 0.51667 0.88545 0.51532 0.88688 0.51667\n 11 50 2 0.88491 0.51667 0.87349 0.51155\n 11 116 5 0.87505 0.35279 0.87325 0.35562 0.87642 0.35453 0.87325 0.35562 0.88318 0.34778\n 11 116 5 0.87583 0.35971 0.87430 0.36244 0.87720 0.36126 0.87430 0.36244 0.88318 0.35461\n 11 116 5 0.87661 0.36662 0.87534 0.36927 0.87798 0.36799 0.87534 0.36927 0.88318 0.36143\n 11 116 5 0.87740 0.37354 0.87639 0.37609 0.87877 0.37472 0.87639 0.37609 0.88318 0.36825\n 11 116 5 0.87818 0.38045 0.87743 0.38291 0.87955 0.38146 0.87743 0.38291 0.88318 0.37508\n 11 116 5 0.87896 0.38737 0.87847 0.38974 0.88034 0.38819 0.87847 0.38974 0.88318 0.38190\n 11 116 5 0.87975 0.39428 0.87952 0.39656 0.88112 0.39492 0.87952 0.39656 0.88318 0.38873\n 11 116 5 0.88053 0.40120 0.88056 0.40338 0.88190 0.40165 0.88056 0.40338 0.88318 0.39555\n 11 116 5 0.88132 0.40811 0.88161 0.41021 0.88269 0.40839 0.88161 0.41021 0.88318 0.40237\n 11 116 5 0.88210 0.41503 0.88265 0.41703 0.88347 0.41512 0.88265 0.41703 0.88318 0.40920\n 11 116 5 0.88288 0.42194 0.88370 0.42386 0.88425 0.42185 0.88370 0.42386 0.88318 0.41602\n 11 116 5 0.88367 0.42886 0.88474 0.43068 0.88504 0.42858 0.88474 0.43068 0.88318 0.42284\n 11 116 5 0.88445 0.43577 0.88579 0.43750 0.88582 0.43532 0.88579 0.43750 0.88318 0.42967\n 11 116 5 0.88523 0.44269 0.88683 0.44433 0.88660 0.44205 0.88683 0.44433 0.88318 0.43649\n 11 116 5 0.88602 0.44960 0.88788 0.45115 0.88739 0.44878 0.88788 0.45115 0.88318 0.44332\n 11 116 5 0.88680 0.45652 0.88892 0.45798 0.88817 0.45551 0.88892 0.45798 0.88318 0.45014\n 11 116 5 0.88758 0.46343 0.88997 0.46480 0.88896 0.46225 0.88997 0.46480 0.88318 0.45696\n 11 116 5 0.88837 0.47035 0.89101 0.47162 0.88974 0.46898 0.89101 0.47162 0.88318 0.46379\n 11 116 5 0.88915 0.47726 0.89206 0.47845 0.89052 0.47571 0.89206 0.47845 0.88318 0.47061\n 11 116 5 0.88993 0.48418 0.89310 0.48527 0.89131 0.48244 0.89310 0.48527 0.88318 0.47743\n 11 116 5 0.89072 0.49110 0.89415 0.49209 0.89209 0.48918 0.89415 0.49209 0.88318 0.48426\n 11 116 5 0.89150 0.49801 0.89519 0.49892 0.89287 0.49591 0.89519 0.49892 0.88318 0.49108\n 11 116 5 0.89229 0.50493 0.89624 0.50574 0.89366 0.50264 0.89624 0.50574 0.88318 0.49791\n 11 116 5 0.89307 0.51184 0.89728 0.51257 0.89444 0.50937 0.89728 0.51257 0.88318 0.50473\n 11 72 3 0.89576 0.51667 0.89522 0.51611 0.89576 0.51667\n 11 50 2 0.89307 0.51667 0.88318 0.51155\n 11 116 5 0.88464 0.35357 0.88293 0.35666 0.88619 0.35531 0.88293 0.35666 0.89286 0.34778\n 11 116 5 0.88542 0.36049 0.88398 0.36349 0.88698 0.36204 0.88398 0.36349 0.89286 0.35461\n 11 116 5 0.88621 0.36740 0.88502 0.37031 0.88776 0.36878 0.88502 0.37031 0.89286 0.36143\n 11 116 5 0.88699 0.37432 0.88607 0.37713 0.88854 0.37551 0.88607 0.37713 0.89286 0.36825\n 11 116 5 0.88777 0.38124 0.88711 0.38396 0.88933 0.38224 0.88711 0.38396 0.89286 0.37508\n 11 116 5 0.88856 0.38815 0.88816 0.39078 0.89011 0.38897 0.88816 0.39078 0.89286 0.38190\n 11 116 5 0.88934 0.39507 0.88920 0.39761 0.89089 0.39571 0.88920 0.39761 0.89286 0.38873\n 11 116 5 0.89012 0.40198 0.89025 0.40443 0.89168 0.40244 0.89025 0.40443 0.89286 0.39555\n 11 116 5 0.89091 0.40890 0.89129 0.41125 0.89246 0.40917 0.89129 0.41125 0.89286 0.40237\n 11 116 5 0.89169 0.41581 0.89234 0.41808 0.89324 0.41590 0.89234 0.41808 0.89286 0.40920\n 11 116 5 0.89247 0.42273 0.89338 0.42490 0.89403 0.42264 0.89338 0.42490 0.89286 0.41602\n 11 116 5 0.89326 0.42964 0.89443 0.43172 0.89481 0.42937 0.89443 0.43172 0.89286 0.42284\n 11 116 5 0.89404 0.43656 0.89547 0.43855 0.89560 0.43610 0.89547 0.43855 0.89286 0.42967\n 11 116 5 0.89483 0.44347 0.89652 0.44537 0.89638 0.44283 0.89652 0.44537 0.89286 0.43649\n 11 116 5 0.89561 0.45039 0.89756 0.45220 0.89716 0.44956 0.89756 0.45220 0.89286 0.44332\n 11 116 5 0.89639 0.45730 0.89861 0.45902 0.89795 0.45630 0.89861 0.45902 0.89286 0.45014\n 11 116 5 0.89718 0.46422 0.89965 0.46584 0.89873 0.46303 0.89965 0.46584 0.89286 0.45696\n 11 116 5 0.89796 0.47113 0.90070 0.47267 0.89951 0.46976 0.90070 0.47267 0.89286 0.46379\n 11 116 5 0.89874 0.47805 0.90174 0.47949 0.90030 0.47649 0.90174 0.47949 0.89286 0.47061\n 11 116 5 0.89953 0.48496 0.90279 0.48632 0.90108 0.48323 0.90279 0.48632 0.89286 0.47743\n 11 116 5 0.90031 0.49188 0.90383 0.49314 0.90186 0.48996 0.90383 0.49314 0.89286 0.48426\n 11 116 5 0.90109 0.49879 0.90487 0.49996 0.90265 0.49669 0.90487 0.49996 0.89286 0.49108\n 11 116 5 0.90188 0.50571 0.90592 0.50679 0.90343 0.50342 0.90592 0.50679 0.89286 0.49791\n 11 116 5 0.90266 0.51262 0.90696 0.51361 0.90422 0.51016 0.90696 0.51361 0.89286 0.50473\n 11 50 2 0.90159 0.51667 0.89286 0.51155\n 11 116 5 0.89423 0.35436 0.89262 0.35771 0.89597 0.35609 0.89262 0.35771 0.90254 0.34778\n 11 116 5 0.89501 0.36127 0.89366 0.36453 0.89675 0.36283 0.89366 0.36453 0.90254 0.35461\n 11 116 5 0.89580 0.36819 0.89471 0.37136 0.89753 0.36956 0.89471 0.37136 0.90254 0.36143\n 11 116 5 0.89658 0.37510 0.89575 0.37818 0.89832 0.37629 0.89575 0.37818 0.90254 0.36825\n 11 116 5 0.89736 0.38202 0.89680 0.38500 0.89910 0.38302 0.89680 0.38500 0.90254 0.37508\n 11 116 5 0.89815 0.38893 0.89784 0.39183 0.89989 0.38976 0.89784 0.39183 0.90254 0.38190\n 11 116 5 0.89893 0.39585 0.89889 0.39865 0.90067 0.39649 0.89889 0.39865 0.90254 0.38873\n 11 116 5 0.89972 0.40276 0.89993 0.40547 0.90145 0.40322 0.89993 0.40547 0.90254 0.39555\n 11 116 5 0.90050 0.40968 0.90098 0.41230 0.90224 0.40995 0.90098 0.41230 0.90254 0.40237\n 11 116 5 0.90128 0.41660 0.90202 0.41912 0.90302 0.41669 0.90202 0.41912 0.90254 0.40920\n 11 116 5 0.90207 0.42351 0.90307 0.42595 0.90380 0.42342 0.90307 0.42595 0.90254 0.41602\n 11 116 5 0.90285 0.43043 0.90411 0.43277 0.90459 0.43015 0.90411 0.43277 0.90254 0.42284\n 11 116 5 0.90363 0.43734 0.90515 0.43959 0.90537 0.43688 0.90515 0.43959 0.90254 0.42967\n 11 116 5 0.90442 0.44426 0.90620 0.44642 0.90615 0.44362 0.90620 0.44642 0.90254 0.43649\n 11 116 5 0.90520 0.45117 0.90724 0.45324 0.90694 0.45035 0.90724 0.45324 0.90254 0.44332\n 11 116 5 0.90598 0.45809 0.90829 0.46007 0.90772 0.45708 0.90829 0.46007 0.90254 0.45014\n 11 116 5 0.90677 0.46500 0.90933 0.46689 0.90850 0.46381 0.90933 0.46689 0.90254 0.45696\n 11 116 5 0.90755 0.47192 0.91038 0.47371 0.90929 0.47055 0.91038 0.47371 0.90254 0.46379\n 11 116 5 0.90834 0.47883 0.91142 0.48054 0.91007 0.47728 0.91142 0.48054 0.90254 0.47061\n 11 116 5 0.90912 0.48575 0.91247 0.48736 0.91086 0.48401 0.91247 0.48736 0.90254 0.47743\n 11 116 5 0.90990 0.49266 0.91351 0.49418 0.91164 0.49074 0.91351 0.49418 0.90254 0.48426\n 11 116 5 0.91069 0.49958 0.91456 0.50101 0.91242 0.49748 0.91456 0.50101 0.90254 0.49108\n 11 116 5 0.91147 0.50649 0.91560 0.50783 0.91321 0.50421 0.91560 0.50783 0.90254 0.49791\n 11 116 5 0.91225 0.51341 0.91665 0.51466 0.91399 0.51094 0.91665 0.51466 0.90254 0.50473\n 11 50 2 0.91035 0.51667 0.90254 0.51155\n 11 116 5 0.90382 0.35514 0.90230 0.35875 0.90574 0.35688 0.90230 0.35875 0.91223 0.34778\n 11 116 5 0.90461 0.36206 0.90335 0.36558 0.90653 0.36361 0.90335 0.36558 0.91223 0.35461\n 11 116 5 0.90539 0.36897 0.90439 0.37240 0.90731 0.37034 0.90439 0.37240 0.91223 0.36143\n 11 116 5 0.90617 0.37589 0.90544 0.37922 0.90809 0.37708 0.90544 0.37922 0.91223 0.36825\n 11 116 5 0.90696 0.38280 0.90648 0.38605 0.90888 0.38381 0.90648 0.38605 0.91223 0.37508\n 11 116 5 0.90774 0.38972 0.90752 0.39287 0.90966 0.39054 0.90752 0.39287 0.91223 0.38190\n 11 116 5 0.90852 0.39663 0.90857 0.39970 0.91044 0.39727 0.90857 0.39970 0.91223 0.38873\n 11 116 5 0.90931 0.40355 0.90961 0.40652 0.91123 0.40401 0.90961 0.40652 0.91223 0.39555\n 11 116 5 0.91009 0.41046 0.91066 0.41334 0.91201 0.41074 0.91066 0.41334 0.91223 0.40237\n 11 116 5 0.91087 0.41738 0.91170 0.42017 0.91279 0.41747 0.91170 0.42017 0.91223 0.40920\n 11 116 5 0.91166 0.42429 0.91275 0.42699 0.91358 0.42420 0.91275 0.42699 0.91223 0.41602\n 11 116 5 0.91244 0.43121 0.91379 0.43381 0.91436 0.43093 0.91379 0.43381 0.91223 0.42284\n 11 116 5 0.91323 0.43812 0.91484 0.44064 0.91515 0.43767 0.91484 0.44064 0.91223 0.42967\n 11 116 5 0.91401 0.44504 0.91588 0.44746 0.91593 0.44440 0.91588 0.44746 0.91223 0.43649\n 11 116 5 0.91479 0.45195 0.91693 0.45429 0.91671 0.45113 0.91693 0.45429 0.91223 0.44332\n 11 116 5 0.91558 0.45887 0.91797 0.46111 0.91750 0.45786 0.91797 0.46111 0.91223 0.45014\n 11 116 5 0.91636 0.46579 0.91902 0.46793 0.91828 0.46460 0.91902 0.46793 0.91223 0.45696\n 11 116 5 0.91714 0.47270 0.92006 0.47476 0.91906 0.47133 0.92006 0.47476 0.91223 0.46379\n 11 116 5 0.91793 0.47962 0.92111 0.48158 0.91985 0.47806 0.92111 0.48158 0.91223 0.47061\n 11 116 5 0.91871 0.48653 0.92215 0.48841 0.92063 0.48479 0.92215 0.48841 0.91223 0.47743\n 11 116 5 0.91949 0.49345 0.92320 0.49523 0.92141 0.49153 0.92320 0.49523 0.91223 0.48426\n 11 116 5 0.92028 0.50036 0.92424 0.50205 0.92220 0.49826 0.92424 0.50205 0.91223 0.49108\n 11 116 5 0.92106 0.50728 0.92529 0.50888 0.92298 0.50499 0.92529 0.50888 0.91223 0.49791\n 11 116 5 0.92184 0.51419 0.92633 0.51570 0.92376 0.51172 0.92633 0.51570 0.91223 0.50473\n 11 50 2 0.91929 0.51667 0.91223 0.51155\n 11 116 5 0.91341 0.35593 0.91198 0.35980 0.91552 0.35766 0.91198 0.35980 0.92191 0.34778\n 11 116 5 0.91420 0.36284 0.91303 0.36662 0.91630 0.36439 0.91303 0.36662 0.92191 0.35461\n 11 116 5 0.91498 0.36976 0.91407 0.37345 0.91708 0.37113 0.91407 0.37345 0.92191 0.36143\n 11 116 5 0.91576 0.37667 0.91512 0.38027 0.91787 0.37786 0.91512 0.38027 0.92191 0.36825\n 11 116 5 0.91655 0.38359 0.91616 0.38709 0.91865 0.38459 0.91616 0.38709 0.92191 0.37508\n 11 116 5 0.91733 0.39050 0.91721 0.39392 0.91943 0.39132 0.91721 0.39392 0.92191 0.38190\n 11 116 5 0.91812 0.39742 0.91825 0.40074 0.92022 0.39806 0.91825 0.40074 0.92191 0.38873\n 11 116 5 0.91890 0.40433 0.91930 0.40756 0.92100 0.40479 0.91930 0.40756 0.92191 0.39555\n 11 116 5 0.91968 0.41125 0.92034 0.41439 0.92179 0.41152 0.92034 0.41439 0.92191 0.40237\n 11 116 5 0.92047 0.41816 0.92139 0.42121 0.92257 0.41825 0.92139 0.42121 0.92191 0.40920\n 11 116 5 0.92125 0.42508 0.92243 0.42804 0.92335 0.42499 0.92243 0.42804 0.92191 0.41602\n 11 116 5 0.92203 0.43199 0.92348 0.43486 0.92414 0.43172 0.92348 0.43486 0.92191 0.42284\n 11 116 5 0.92282 0.43891 0.92452 0.44168 0.92492 0.43845 0.92452 0.44168 0.92191 0.42967\n 11 116 5 0.92360 0.44582 0.92557 0.44851 0.92570 0.44518 0.92557 0.44851 0.92191 0.43649\n 11 116 5 0.92438 0.45274 0.92661 0.45533 0.92649 0.45192 0.92661 0.45533 0.92191 0.44332\n 11 116 5 0.92517 0.45965 0.92766 0.46215 0.92727 0.45865 0.92766 0.46215 0.92191 0.45014\n 11 116 5 0.92595 0.46657 0.92870 0.46898 0.92805 0.46538 0.92870 0.46898 0.92191 0.45696\n 11 116 5 0.92674 0.47348 0.92975 0.47580 0.92884 0.47211 0.92975 0.47580 0.92191 0.46379\n 11 116 5 0.92752 0.48040 0.93079 0.48263 0.92962 0.47885 0.93079 0.48263 0.92191 0.47061\n 11 116 5 0.92830 0.48731 0.93184 0.48945 0.93041 0.48558 0.93184 0.48945 0.92191 0.47743\n 11 116 5 0.92909 0.49423 0.93288 0.49627 0.93119 0.49231 0.93288 0.49627 0.92191 0.48426\n 11 116 5 0.92987 0.50115 0.93392 0.50310 0.93197 0.49904 0.93392 0.50310 0.92191 0.49108\n 11 116 5 0.93065 0.50806 0.93497 0.50992 0.93276 0.50577 0.93497 0.50992 0.92191 0.49791\n 11 50 2 0.93144 0.51498 0.93582 0.51667\n 11 72 3 0.93597 0.51667 0.93354 0.51251 0.93597 0.51667\n 11 50 2 0.93593 0.51667 0.92191 0.50473\n 11 50 2 0.92836 0.51667 0.92191 0.51155\n 11 116 5 0.92301 0.35671 0.92167 0.36084 0.92529 0.35845 0.92167 0.36084 0.93159 0.34778\n 11 116 5 0.92379 0.36362 0.92271 0.36767 0.92608 0.36518 0.92271 0.36767 0.93159 0.35461\n 11 116 5 0.92457 0.37054 0.92376 0.37449 0.92686 0.37191 0.92376 0.37449 0.93159 0.36143\n 11 116 5 0.92536 0.37745 0.92480 0.38131 0.92764 0.37864 0.92480 0.38131 0.93159 0.36825\n 11 116 5 0.92614 0.38437 0.92585 0.38814 0.92843 0.38538 0.92585 0.38814 0.93159 0.37508\n 11 116 5 0.92692 0.39128 0.92689 0.39496 0.92921 0.39211 0.92689 0.39496 0.93159 0.38190\n 11 116 5 0.92771 0.39820 0.92794 0.40179 0.92999 0.39884 0.92794 0.40179 0.93159 0.38873\n 11 116 5 0.92849 0.40512 0.92898 0.40861 0.93078 0.40557 0.92898 0.40861 0.93159 0.39555\n 11 116 5 0.92927 0.41203 0.93003 0.41543 0.93156 0.41230 0.93003 0.41543 0.93159 0.40237\n 11 116 5 0.93006 0.41895 0.93107 0.42226 0.93234 0.41904 0.93107 0.42226 0.93159 0.40920\n 11 116 5 0.93084 0.42586 0.93212 0.42908 0.93313 0.42577 0.93212 0.42908 0.93159 0.41602\n 11 116 5 0.93163 0.43278 0.93316 0.43590 0.93391 0.43250 0.93316 0.43590 0.93159 0.42284\n 11 116 5 0.93241 0.43969 0.93421 0.44273 0.93469 0.43923 0.93421 0.44273 0.93159 0.42967\n 11 116 5 0.93319 0.44661 0.93525 0.44955 0.93548 0.44597 0.93525 0.44955 0.93159 0.43649\n 11 116 5 0.93398 0.45352 0.93629 0.45638 0.93626 0.45270 0.93629 0.45638 0.93159 0.44332\n 11 116 5 0.93476 0.46044 0.93734 0.46320 0.93705 0.45943 0.93734 0.46320 0.93159 0.45014\n 11 116 5 0.93554 0.46735 0.93838 0.47002 0.93783 0.46616 0.93838 0.47002 0.93159 0.45696\n 11 116 5 0.93633 0.47427 0.93943 0.47685 0.93861 0.47290 0.93943 0.47685 0.93159 0.46379\n 11 116 5 0.93711 0.48118 0.94047 0.48367 0.93940 0.47963 0.94047 0.48367 0.93159 0.47061\n 11 116 5 0.93789 0.48810 0.94152 0.49049 0.94018 0.48636 0.94152 0.49049 0.93159 0.47743\n 11 116 5 0.93868 0.49501 0.94256 0.49732 0.94096 0.49309 0.94256 0.49732 0.93159 0.48426\n 11 116 5 0.93946 0.50193 0.94361 0.50414 0.94175 0.49983 0.94361 0.50414 0.93159 0.49108\n 11 116 5 0.94025 0.50884 0.94465 0.51097 0.94253 0.50656 0.94465 0.51097 0.93159 0.49791\n 11 50 2 0.94103 0.51576 0.94313 0.51667\n 11 72 3 0.94511 0.51667 0.94331 0.51329 0.94511 0.51667\n 11 50 2 0.94449 0.51667 0.93159 0.50473\n 11 50 2 0.93753 0.51667 0.93159 0.51155\n 11 116 5 0.93260 0.35749 0.93135 0.36189 0.93507 0.35923 0.93135 0.36189 0.94128 0.34778\n 11 116 5 0.93338 0.36441 0.93240 0.36871 0.93585 0.36596 0.93240 0.36871 0.94128 0.35461\n 11 116 5 0.93417 0.37132 0.93344 0.37553 0.93663 0.37269 0.93344 0.37553 0.94128 0.36143\n 11 116 5 0.93495 0.37824 0.93449 0.38236 0.93742 0.37943 0.93449 0.38236 0.94128 0.36825\n 11 116 5 0.93573 0.38515 0.93553 0.38918 0.93820 0.38616 0.93553 0.38918 0.94128 0.37508\n 11 116 5 0.93652 0.39207 0.93657 0.39601 0.93898 0.39289 0.93657 0.39601 0.94128 0.38190\n 11 116 5 0.93730 0.39898 0.93762 0.40283 0.93977 0.39962 0.93762 0.40283 0.94128 0.38873\n 11 116 5 0.93808 0.40590 0.93866 0.40965 0.94055 0.40636 0.93866 0.40965 0.94128 0.39555\n 11 116 5 0.93887 0.41281 0.93971 0.41648 0.94134 0.41309 0.93971 0.41648 0.94128 0.40237\n 11 116 5 0.93965 0.41973 0.94075 0.42330 0.94212 0.41982 0.94075 0.42330 0.94128 0.40920\n 11 116 5 0.94043 0.42664 0.94180 0.43013 0.94290 0.42655 0.94180 0.43013 0.94128 0.41602\n 11 116 5 0.94122 0.43356 0.94284 0.43695 0.94369 0.43329 0.94284 0.43695 0.94128 0.42284\n 11 116 5 0.94200 0.44048 0.94389 0.44377 0.94447 0.44002 0.94389 0.44377 0.94128 0.42967\n 11 116 5 0.94278 0.44739 0.94493 0.45060 0.94525 0.44675 0.94493 0.45060 0.94128 0.43649\n 11 116 5 0.94357 0.45431 0.94598 0.45742 0.94604 0.45348 0.94598 0.45742 0.94128 0.44332\n 11 116 5 0.94435 0.46122 0.94702 0.46424 0.94682 0.46022 0.94702 0.46424 0.94128 0.45014\n 11 116 5 0.94514 0.46814 0.94807 0.47107 0.94760 0.46695 0.94807 0.47107 0.94128 0.45696\n 11 116 5 0.94592 0.47505 0.94911 0.47789 0.94839 0.47368 0.94911 0.47789 0.94128 0.46379\n 11 116 5 0.94670 0.48197 0.95016 0.48472 0.94917 0.48041 0.95016 0.48472 0.94128 0.47061\n 11 116 5 0.94749 0.48888 0.95120 0.49154 0.94995 0.48714 0.95120 0.49154 0.94128 0.47743\n 11 116 5 0.94827 0.49580 0.95225 0.49836 0.95074 0.49388 0.95225 0.49836 0.94128 0.48426\n 11 116 5 0.94905 0.50271 0.95329 0.50519 0.95152 0.50061 0.95329 0.50519 0.94128 0.49108\n 11 116 5 0.94984 0.50963 0.95434 0.51201 0.95231 0.50734 0.95434 0.51201 0.94128 0.49791\n 11 50 2 0.95062 0.51654 0.95089 0.51667\n 11 72 3 0.95434 0.51667 0.95309 0.51407 0.95434 0.51667\n 11 50 2 0.95322 0.51667 0.94128 0.50473\n 11 50 2 0.94677 0.51667 0.94128 0.51155\n 11 116 5 0.94219 0.35828 0.94103 0.36293 0.94484 0.36001 0.94103 0.36293 0.95096 0.34778\n 11 116 5 0.94297 0.36519 0.94208 0.36976 0.94562 0.36675 0.94208 0.36976 0.95096 0.35461\n 11 116 5 0.94376 0.37211 0.94312 0.37658 0.94641 0.37348 0.94312 0.37658 0.95096 0.36143\n 11 116 5 0.94454 0.37902 0.94417 0.38340 0.94719 0.38021 0.94417 0.38340 0.95096 0.36825\n 11 116 5 0.94532 0.38594 0.94521 0.39023 0.94798 0.38694 0.94521 0.39023 0.95096 0.37508\n 11 116 5 0.94611 0.39285 0.94626 0.39705 0.94876 0.39367 0.94626 0.39705 0.95096 0.38190\n 11 116 5 0.94689 0.39977 0.94730 0.40387 0.94954 0.40041 0.94730 0.40387 0.95096 0.38873\n 11 116 5 0.94768 0.40668 0.94835 0.41070 0.95033 0.40714 0.94835 0.41070 0.95096 0.39555\n 11 116 5 0.94846 0.41360 0.94939 0.41752 0.95111 0.41387 0.94939 0.41752 0.95096 0.40237\n 11 116 5 0.94924 0.42051 0.95044 0.42435 0.95189 0.42060 0.95044 0.42435 0.95096 0.40920\n 11 116 5 0.95003 0.42743 0.95148 0.43117 0.95268 0.42734 0.95148 0.43117 0.95096 0.41602\n 11 116 5 0.95081 0.43434 0.95253 0.43799 0.95346 0.43407 0.95253 0.43799 0.95096 0.42284\n 11 116 5 0.95159 0.44126 0.95357 0.44482 0.95424 0.44080 0.95357 0.44482 0.95096 0.42967\n 11 116 5 0.95238 0.44817 0.95462 0.45164 0.95503 0.44753 0.95462 0.45164 0.95096 0.43649\n 11 116 5 0.95316 0.45509 0.95566 0.45847 0.95581 0.45427 0.95566 0.45847 0.95096 0.44332\n 11 116 5 0.95394 0.46200 0.95671 0.46529 0.95660 0.46100 0.95671 0.46529 0.95096 0.45014\n 11 116 5 0.95473 0.46892 0.95775 0.47211 0.95738 0.46773 0.95775 0.47211 0.95096 0.45696\n 11 50 2 0.95551 0.47583 0.95822 0.47840\n 11 72 3 0.95822 0.47489 0.95816 0.47446 0.95822 0.47489\n 11 50 2 0.95822 0.47783 0.95096 0.46379\n 11 50 2 0.95629 0.48275 0.95822 0.48439\n 11 50 2 0.95822 0.48300 0.95096 0.47061\n 11 50 2 0.95708 0.48967 0.95822 0.49054\n 11 50 2 0.95822 0.48852 0.95096 0.47743\n 11 50 2 0.95786 0.49658 0.95822 0.49683\n 11 50 2 0.95822 0.49429 0.95096 0.48426\n 11 50 2 0.95822 0.50024 0.95096 0.49108\n 11 50 2 0.95822 0.50633 0.95096 0.49791\n 11 50 2 0.95822 0.51253 0.95096 0.50473\n 11 50 2 0.95608 0.51667 0.95096 0.51155\n 21 6 1\n 25 6 1\n 82 0\n 81 6 36\n 82 0\n 81 6 37\n 21 6 1\n 25 6 1\n 21 6 4\n 25 6 4\n 11 50 2 0.71614 0.35275 0.71856 0.34778\n 11 50 2 0.71614 0.35932 0.71856 0.35461\n 11 50 2 0.71614 0.36589 0.71856 0.36143\n 11 50 2 0.71614 0.37246 0.71856 0.36825\n 11 50 2 0.71614 0.37903 0.71856 0.37508\n 11 50 2 0.71614 0.38560 0.71856 0.38190\n 11 50 2 0.71614 0.39217 0.71856 0.38873\n 11 50 2 0.71614 0.39873 0.71856 0.39555\n 11 50 2 0.71614 0.40530 0.71856 0.40237\n 11 50 2 0.71614 0.41187 0.71856 0.40920\n 11 50 2 0.71614 0.41844 0.71856 0.41602\n 11 50 2 0.71614 0.42501 0.71856 0.42284\n 11 50 2 0.71614 0.43158 0.71856 0.42967\n 11 50 2 0.71614 0.43815 0.71856 0.43649\n 11 50 2 0.71614 0.44472 0.71856 0.44332\n 11 50 2 0.71614 0.45129 0.71856 0.45014\n 11 50 2 0.71614 0.45786 0.71856 0.45696\n 11 50 2 0.71614 0.46442 0.71856 0.46379\n 11 50 2 0.71614 0.47099 0.71856 0.47061\n 11 50 2 0.71614 0.47756 0.71856 0.47743\n 11 50 2 0.71614 0.48413 0.71856 0.48426\n 11 50 2 0.71614 0.49070 0.71856 0.49108\n 11 50 2 0.71614 0.49727 0.71856 0.49791\n 11 50 2 0.71614 0.50384 0.71856 0.50473\n 11 50 2 0.71614 0.51041 0.71856 0.51155\n 11 116 5 0.71977 0.36264 0.71936 0.36816 0.72312 0.36410 0.71936 0.36816 0.72824 0.34778\n 11 116 5 0.71988 0.36843 0.71936 0.37393 0.72320 0.36995 0.71936 0.37393 0.72824 0.35461\n 11 116 5 0.71998 0.37437 0.71936 0.37971 0.72318 0.37592 0.71936 0.37971 0.72824 0.36143\n 11 116 5 0.72007 0.38041 0.71936 0.38549 0.72309 0.38196 0.71936 0.38549 0.72824 0.36825\n 11 116 5 0.72016 0.38645 0.71936 0.39127 0.72300 0.38800 0.71936 0.39127 0.72824 0.37508\n 11 116 5 0.72026 0.39249 0.71936 0.39705 0.72291 0.39404 0.71936 0.39705 0.72824 0.38190\n 11 116 5 0.72035 0.39853 0.71936 0.40283 0.72282 0.40008 0.71936 0.40283 0.72824 0.38873\n 11 116 5 0.72044 0.40457 0.71936 0.40861 0.72272 0.40612 0.71936 0.40861 0.72824 0.39555\n 11 116 5 0.72053 0.41061 0.71936 0.41439 0.72263 0.41216 0.71936 0.41439 0.72824 0.40237\n 11 116 5 0.72062 0.41665 0.71936 0.42017 0.72254 0.41820 0.71936 0.42017 0.72824 0.40920\n 11 116 5 0.72071 0.42269 0.71936 0.42595 0.72245 0.42424 0.71936 0.42595 0.72824 0.41602\n 11 116 5 0.72080 0.42873 0.71936 0.43172 0.72236 0.43028 0.71936 0.43172 0.72824 0.42284\n 11 116 5 0.72090 0.43477 0.71936 0.43750 0.72227 0.43632 0.71936 0.43750 0.72824 0.42967\n 11 116 5 0.72099 0.44081 0.71936 0.44328 0.72218 0.44236 0.71936 0.44328 0.72824 0.43649\n 11 116 5 0.72108 0.44685 0.71936 0.44906 0.72208 0.44840 0.71936 0.44906 0.72824 0.44332\n 11 116 5 0.72117 0.45289 0.71936 0.45484 0.72199 0.45444 0.71936 0.45484 0.72824 0.45014\n 11 116 5 0.72126 0.45893 0.71936 0.46062 0.72190 0.46048 0.71936 0.46062 0.72824 0.45696\n 11 116 5 0.72135 0.46497 0.71936 0.46640 0.72181 0.46652 0.71936 0.46640 0.72824 0.46379\n 11 116 5 0.72144 0.47101 0.71936 0.47218 0.72172 0.47256 0.71936 0.47218 0.72824 0.47061\n 11 116 5 0.72154 0.47705 0.71936 0.47796 0.72163 0.47860 0.71936 0.47796 0.72824 0.47743\n 11 116 5 0.72163 0.48309 0.71936 0.48374 0.72154 0.48464 0.71936 0.48374 0.72824 0.48426\n 11 116 5 0.72172 0.48913 0.71936 0.48952 0.72144 0.49068 0.71936 0.48952 0.72824 0.49108\n 11 116 5 0.72181 0.49517 0.71936 0.49529 0.72135 0.49672 0.71936 0.49529 0.72824 0.49791\n 11 116 5 0.72190 0.50121 0.71936 0.50107 0.72126 0.50276 0.71936 0.50107 0.72824 0.50473\n 11 116 5 0.72199 0.50725 0.71936 0.50685 0.72117 0.50880 0.71936 0.50685 0.72824 0.51155\n 11 116 5 0.73026 0.36263 0.73009 0.36816 0.73367 0.36394 0.73009 0.36816 0.73793 0.34778\n 11 116 5 0.73036 0.36842 0.73009 0.37393 0.73374 0.36979 0.73009 0.37393 0.73793 0.35461\n 11 116 5 0.73045 0.37446 0.73009 0.37971 0.73365 0.37583 0.73009 0.37971 0.73793 0.36143\n 11 116 5 0.73054 0.38050 0.73009 0.38549 0.73356 0.38187 0.73009 0.38549 0.73793 0.36825\n 11 116 5 0.73063 0.38654 0.73009 0.39127 0.73347 0.38791 0.73009 0.39127 0.73793 0.37508\n 11 116 5 0.73072 0.39258 0.73009 0.39705 0.73337 0.39395 0.73009 0.39705 0.73793 0.38190\n 11 116 5 0.73081 0.39862 0.73009 0.40283 0.73328 0.39999 0.73009 0.40283 0.73793 0.38873\n 11 116 5 0.73091 0.40466 0.73009 0.40861 0.73319 0.40603 0.73009 0.40861 0.73793 0.39555\n 11 116 5 0.73100 0.41070 0.73009 0.41439 0.73310 0.41207 0.73009 0.41439 0.73793 0.40237\n 11 116 5 0.73109 0.41674 0.73009 0.42017 0.73301 0.41811 0.73009 0.42017 0.73793 0.40920\n 11 116 5 0.73118 0.42278 0.73009 0.42595 0.73292 0.42415 0.73009 0.42595 0.73793 0.41602\n 11 116 5 0.73127 0.42882 0.73009 0.43172 0.73283 0.43019 0.73009 0.43172 0.73793 0.42284\n 11 116 5 0.73136 0.43486 0.73009 0.43750 0.73273 0.43623 0.73009 0.43750 0.73793 0.42967\n 11 116 5 0.73145 0.44090 0.73009 0.44328 0.73264 0.44227 0.73009 0.44328 0.73793 0.43649\n 11 116 5 0.73155 0.44694 0.73009 0.44906 0.73255 0.44831 0.73009 0.44906 0.73793 0.44332\n 11 116 5 0.73164 0.45298 0.73009 0.45484 0.73246 0.45435 0.73009 0.45484 0.73793 0.45014\n 11 116 5 0.73173 0.45902 0.73009 0.46062 0.73237 0.46039 0.73009 0.46062 0.73793 0.45696\n 11 116 5 0.73182 0.46506 0.73009 0.46640 0.73228 0.46643 0.73009 0.46640 0.73793 0.46379\n 11 116 5 0.73191 0.47110 0.73009 0.47218 0.73219 0.47247 0.73009 0.47218 0.73793 0.47061\n 11 116 5 0.73200 0.47714 0.73009 0.47796 0.73209 0.47851 0.73009 0.47796 0.73793 0.47743\n 11 116 5 0.73209 0.48318 0.73009 0.48374 0.73200 0.48455 0.73009 0.48374 0.73793 0.48426\n 11 116 5 0.73219 0.48922 0.73009 0.48952 0.73191 0.49059 0.73009 0.48952 0.73793 0.49108\n 11 116 5 0.73228 0.49526 0.73009 0.49529 0.73182 0.49663 0.73009 0.49529 0.73793 0.49791\n 11 116 5 0.73237 0.50130 0.73009 0.50107 0.73173 0.50267 0.73009 0.50107 0.73793 0.50473\n 11 116 5 0.73246 0.50734 0.73009 0.50685 0.73164 0.50871 0.73009 0.50685 0.73793 0.51155\n 11 116 5 0.74074 0.36262 0.74082 0.36816 0.74420 0.36378 0.74082 0.36816 0.74761 0.34778\n 11 116 5 0.74082 0.36851 0.74082 0.37393 0.74421 0.36970 0.74082 0.37393 0.74761 0.35461\n 11 116 5 0.74092 0.37455 0.74082 0.37971 0.74412 0.37574 0.74082 0.37971 0.74761 0.36143\n 11 116 5 0.74101 0.38059 0.74082 0.38549 0.74402 0.38178 0.74082 0.38549 0.74761 0.36825\n 11 116 5 0.74110 0.38663 0.74082 0.39127 0.74393 0.38782 0.74082 0.39127 0.74761 0.37508\n 11 116 5 0.74119 0.39267 0.74082 0.39705 0.74384 0.39386 0.74082 0.39705 0.74761 0.38190\n 11 116 5 0.74128 0.39871 0.74082 0.40283 0.74375 0.39990 0.74082 0.40283 0.74761 0.38873\n 11 116 5 0.74137 0.40475 0.74082 0.40861 0.74366 0.40594 0.74082 0.40861 0.74761 0.39555\n 11 116 5 0.74146 0.41079 0.74082 0.41439 0.74357 0.41198 0.74082 0.41439 0.74761 0.40237\n 11 116 5 0.74156 0.41683 0.74082 0.42017 0.74348 0.41802 0.74082 0.42017 0.74761 0.40920\n 11 116 5 0.74165 0.42287 0.74082 0.42595 0.74338 0.42406 0.74082 0.42595 0.74761 0.41602\n 11 116 5 0.74174 0.42891 0.74082 0.43172 0.74329 0.43010 0.74082 0.43172 0.74761 0.42284\n 11 116 5 0.74183 0.43495 0.74082 0.43750 0.74320 0.43614 0.74082 0.43750 0.74761 0.42967\n 11 116 5 0.74192 0.44099 0.74082 0.44328 0.74311 0.44218 0.74082 0.44328 0.74761 0.43649\n 11 116 5 0.74201 0.44703 0.74082 0.44906 0.74302 0.44822 0.74082 0.44906 0.74761 0.44332\n 11 116 5 0.74210 0.45307 0.74082 0.45484 0.74293 0.45426 0.74082 0.45484 0.74761 0.45014\n 11 116 5 0.74220 0.45911 0.74082 0.46062 0.74284 0.46030 0.74082 0.46062 0.74761 0.45696\n 11 116 5 0.74229 0.46515 0.74082 0.46640 0.74274 0.46634 0.74082 0.46640 0.74761 0.46379\n 11 116 5 0.74238 0.47119 0.74082 0.47218 0.74265 0.47238 0.74082 0.47218 0.74761 0.47061\n 11 116 5 0.74247 0.47723 0.74082 0.47796 0.74256 0.47842 0.74082 0.47796 0.74761 0.47743\n 11 116 5 0.74256 0.48327 0.74082 0.48374 0.74247 0.48446 0.74082 0.48374 0.74761 0.48426\n 11 116 5 0.74265 0.48931 0.74082 0.48952 0.74238 0.49050 0.74082 0.48952 0.74761 0.49108\n 11 116 5 0.74274 0.49535 0.74082 0.49529 0.74229 0.49654 0.74082 0.49529 0.74761 0.49791\n 11 116 5 0.74284 0.50139 0.74082 0.50107 0.74220 0.50258 0.74082 0.50107 0.74761 0.50473\n 11 116 5 0.74293 0.50743 0.74082 0.50685 0.74210 0.50862 0.74082 0.50685 0.74761 0.51155\n 11 116 5 0.75120 0.36263 0.75155 0.36816 0.75472 0.36363 0.75155 0.36816 0.75729 0.34778\n 11 116 5 0.75129 0.36860 0.75155 0.37393 0.75467 0.36961 0.75155 0.37393 0.75729 0.35461\n 11 116 5 0.75138 0.37464 0.75155 0.37971 0.75458 0.37565 0.75155 0.37971 0.75729 0.36143\n 11 116 5 0.75147 0.38068 0.75155 0.38549 0.75449 0.38169 0.75155 0.38549 0.75729 0.36825\n 11 116 5 0.75157 0.38672 0.75155 0.39127 0.75440 0.38773 0.75155 0.39127 0.75729 0.37508\n 11 116 5 0.75166 0.39276 0.75155 0.39705 0.75431 0.39377 0.75155 0.39705 0.75729 0.38190\n 11 116 5 0.75175 0.39880 0.75155 0.40283 0.75422 0.39981 0.75155 0.40283 0.75729 0.38873\n 11 116 5 0.75184 0.40484 0.75155 0.40861 0.75413 0.40585 0.75155 0.40861 0.75729 0.39555\n 11 116 5 0.75193 0.41088 0.75155 0.41439 0.75403 0.41189 0.75155 0.41439 0.75729 0.40237\n 11 116 5 0.75202 0.41692 0.75155 0.42017 0.75394 0.41793 0.75155 0.42017 0.75729 0.40920\n 11 116 5 0.75211 0.42296 0.75155 0.42595 0.75385 0.42397 0.75155 0.42595 0.75729 0.41602\n 11 116 5 0.75221 0.42900 0.75155 0.43172 0.75376 0.43001 0.75155 0.43172 0.75729 0.42284\n 11 116 5 0.75230 0.43504 0.75155 0.43750 0.75367 0.43605 0.75155 0.43750 0.75729 0.42967\n 11 116 5 0.75239 0.44108 0.75155 0.44328 0.75358 0.44209 0.75155 0.44328 0.75729 0.43649\n 11 116 5 0.75248 0.44712 0.75155 0.44906 0.75349 0.44813 0.75155 0.44906 0.75729 0.44332\n 11 116 5 0.75257 0.45316 0.75155 0.45484 0.75339 0.45417 0.75155 0.45484 0.75729 0.45014\n 11 116 5 0.75266 0.45920 0.75155 0.46062 0.75330 0.46021 0.75155 0.46062 0.75729 0.45696\n 11 116 5 0.75275 0.46524 0.75155 0.46640 0.75321 0.46625 0.75155 0.46640 0.75729 0.46379\n 11 116 5 0.75285 0.47128 0.75155 0.47218 0.75312 0.47229 0.75155 0.47218 0.75729 0.47061\n 11 116 5 0.75294 0.47732 0.75155 0.47796 0.75303 0.47833 0.75155 0.47796 0.75729 0.47743\n 11 116 5 0.75303 0.48336 0.75155 0.48374 0.75294 0.48437 0.75155 0.48374 0.75729 0.48426\n 11 116 5 0.75312 0.48940 0.75155 0.48952 0.75285 0.49041 0.75155 0.48952 0.75729 0.49108\n 11 116 5 0.75321 0.49544 0.75155 0.49529 0.75275 0.49645 0.75155 0.49529 0.75729 0.49791\n 11 116 5 0.75330 0.50148 0.75155 0.50107 0.75266 0.50249 0.75155 0.50107 0.75729 0.50473\n 11 116 5 0.75339 0.50752 0.75155 0.50685 0.75257 0.50853 0.75155 0.50685 0.75729 0.51155\n 11 116 5 0.76167 0.36266 0.76227 0.36816 0.76523 0.36348 0.76227 0.36816 0.76698 0.34778\n 11 116 5 0.76176 0.36869 0.76227 0.37393 0.76514 0.36951 0.76227 0.37393 0.76698 0.35461\n 11 116 5 0.76185 0.37473 0.76227 0.37971 0.76505 0.37555 0.76227 0.37971 0.76698 0.36143\n 11 116 5 0.76194 0.38077 0.76227 0.38549 0.76496 0.38159 0.76227 0.38549 0.76698 0.36825\n 11 116 5 0.76203 0.38681 0.76227 0.39127 0.76487 0.38763 0.76227 0.39127 0.76698 0.37508\n 11 116 5 0.76212 0.39285 0.76227 0.39705 0.76478 0.39367 0.76227 0.39705 0.76698 0.38190\n 11 116 5 0.76222 0.39889 0.76227 0.40283 0.76468 0.39972 0.76227 0.40283 0.76698 0.38873\n 11 116 5 0.76231 0.40493 0.76227 0.40861 0.76459 0.40576 0.76227 0.40861 0.76698 0.39555\n 11 116 5 0.76240 0.41097 0.76227 0.41439 0.76450 0.41180 0.76227 0.41439 0.76698 0.40237\n 11 116 5 0.76249 0.41701 0.76227 0.42017 0.76441 0.41784 0.76227 0.42017 0.76698 0.40920\n 11 116 5 0.76258 0.42305 0.76227 0.42595 0.76432 0.42388 0.76227 0.42595 0.76698 0.41602\n 11 116 5 0.76267 0.42909 0.76227 0.43172 0.76423 0.42992 0.76227 0.43172 0.76698 0.42284\n 11 116 5 0.76276 0.43513 0.76227 0.43750 0.76414 0.43596 0.76227 0.43750 0.76698 0.42967\n 11 116 5 0.76286 0.44117 0.76227 0.44328 0.76404 0.44200 0.76227 0.44328 0.76698 0.43649\n 11 116 5 0.76295 0.44721 0.76227 0.44906 0.76395 0.44804 0.76227 0.44906 0.76698 0.44332\n 11 116 5 0.76304 0.45325 0.76227 0.45484 0.76386 0.45408 0.76227 0.45484 0.76698 0.45014\n 11 116 5 0.76313 0.45929 0.76227 0.46062 0.76377 0.46012 0.76227 0.46062 0.76698 0.45696\n 11 116 5 0.76322 0.46533 0.76227 0.46640 0.76368 0.46616 0.76227 0.46640 0.76698 0.46379\n 11 116 5 0.76331 0.47137 0.76227 0.47218 0.76359 0.47220 0.76227 0.47218 0.76698 0.47061\n 11 116 5 0.76340 0.47742 0.76227 0.47796 0.76350 0.47824 0.76227 0.47796 0.76698 0.47743\n 11 116 5 0.76350 0.48346 0.76227 0.48374 0.76340 0.48428 0.76227 0.48374 0.76698 0.48426\n 11 116 5 0.76359 0.48950 0.76227 0.48952 0.76331 0.49032 0.76227 0.48952 0.76698 0.49108\n 11 116 5 0.76368 0.49554 0.76227 0.49529 0.76322 0.49636 0.76227 0.49529 0.76698 0.49791\n 11 116 5 0.76377 0.50158 0.76227 0.50107 0.76313 0.50240 0.76227 0.50107 0.76698 0.50473\n 11 116 5 0.76386 0.50762 0.76227 0.50685 0.76304 0.50844 0.76227 0.50685 0.76698 0.51155\n 11 116 5 0.77213 0.36274 0.77300 0.36816 0.77570 0.36338 0.77300 0.36816 0.77666 0.34778\n 11 116 5 0.77223 0.36878 0.77300 0.37393 0.77561 0.36942 0.77300 0.37393 0.77666 0.35461\n 11 116 5 0.77232 0.37482 0.77300 0.37971 0.77552 0.37546 0.77300 0.37971 0.77666 0.36143\n 11 116 5 0.77241 0.38086 0.77300 0.38549 0.77543 0.38150 0.77300 0.38549 0.77666 0.36825\n 11 116 5 0.77250 0.38690 0.77300 0.39127 0.77533 0.38754 0.77300 0.39127 0.77666 0.37508\n 11 116 5 0.77259 0.39294 0.77300 0.39705 0.77524 0.39358 0.77300 0.39705 0.77666 0.38190\n 11 116 5 0.77268 0.39898 0.77300 0.40283 0.77515 0.39962 0.77300 0.40283 0.77666 0.38873\n 11 116 5 0.77277 0.40502 0.77300 0.40861 0.77506 0.40566 0.77300 0.40861 0.77666 0.39555\n 11 116 5 0.77287 0.41106 0.77300 0.41439 0.77497 0.41170 0.77300 0.41439 0.77666 0.40237\n 11 116 5 0.77296 0.41710 0.77300 0.42017 0.77488 0.41774 0.77300 0.42017 0.77666 0.40920\n 11 116 5 0.77305 0.42314 0.77300 0.42595 0.77479 0.42378 0.77300 0.42595 0.77666 0.41602\n 11 116 5 0.77314 0.42918 0.77300 0.43172 0.77469 0.42982 0.77300 0.43172 0.77666 0.42284\n 11 116 5 0.77323 0.43523 0.77300 0.43750 0.77460 0.43586 0.77300 0.43750 0.77666 0.42967\n 11 116 5 0.77332 0.44127 0.77300 0.44328 0.77451 0.44191 0.77300 0.44328 0.77666 0.43649\n 11 116 5 0.77341 0.44731 0.77300 0.44906 0.77442 0.44795 0.77300 0.44906 0.77666 0.44332\n 11 116 5 0.77351 0.45335 0.77300 0.45484 0.77433 0.45399 0.77300 0.45484 0.77666 0.45014\n 11 116 5 0.77360 0.45939 0.77300 0.46062 0.77424 0.46003 0.77300 0.46062 0.77666 0.45696\n 11 116 5 0.77369 0.46543 0.77300 0.46640 0.77415 0.46607 0.77300 0.46640 0.77666 0.46379\n 11 116 5 0.77382 0.47143 0.77300 0.47218 0.77411 0.47210 0.77300 0.47218 0.77666 0.47061\n 11 116 5 0.77398 0.47745 0.77300 0.47796 0.77409 0.47817 0.77300 0.47796 0.77666 0.47743\n 11 116 5 0.77409 0.48352 0.77300 0.48374 0.77398 0.48425 0.77300 0.48374 0.77666 0.48426\n 11 116 5 0.77411 0.48959 0.77300 0.48952 0.77382 0.49026 0.77300 0.48952 0.77666 0.49108\n 11 116 5 0.77415 0.49563 0.77300 0.49529 0.77369 0.49627 0.77300 0.49529 0.77666 0.49791\n 11 116 5 0.77424 0.50167 0.77300 0.50107 0.77360 0.50231 0.77300 0.50107 0.77666 0.50473\n 11 116 5 0.77433 0.50771 0.77300 0.50685 0.77351 0.50835 0.77300 0.50685 0.77666 0.51155\n 11 116 5 0.78260 0.36283 0.78373 0.36816 0.78617 0.36329 0.78373 0.36816 0.78634 0.34778\n 11 116 5 0.78269 0.36887 0.78373 0.37393 0.78607 0.36933 0.78373 0.37393 0.78634 0.35461\n 11 116 5 0.78278 0.37491 0.78373 0.37971 0.78598 0.37537 0.78373 0.37971 0.78634 0.36143\n 11 116 5 0.78288 0.38095 0.78373 0.38549 0.78589 0.38141 0.78373 0.38549 0.78634 0.36825\n 11 116 5 0.78297 0.38699 0.78373 0.39127 0.78580 0.38745 0.78373 0.39127 0.78634 0.37508\n 11 116 5 0.78306 0.39303 0.78373 0.39705 0.78571 0.39349 0.78373 0.39705 0.78634 0.38190\n 11 116 5 0.78315 0.39908 0.78373 0.40283 0.78562 0.39953 0.78373 0.40283 0.78634 0.38873\n 11 116 5 0.78324 0.40512 0.78373 0.40861 0.78553 0.40557 0.78373 0.40861 0.78634 0.39555\n 11 116 5 0.78333 0.41116 0.78373 0.41439 0.78543 0.41161 0.78373 0.41439 0.78634 0.40237\n 11 116 5 0.78342 0.41720 0.78373 0.42017 0.78534 0.41765 0.78373 0.42017 0.78634 0.40920\n 11 116 5 0.78352 0.42324 0.78373 0.42595 0.78525 0.42369 0.78373 0.42595 0.78634 0.41602\n 11 116 5 0.78361 0.42928 0.78373 0.43172 0.78516 0.42973 0.78373 0.43172 0.78634 0.42284\n 11 116 5 0.78370 0.43532 0.78373 0.43750 0.78507 0.43577 0.78373 0.43750 0.78634 0.42967\n 11 116 5 0.78379 0.44136 0.78373 0.44328 0.78498 0.44181 0.78373 0.44328 0.78634 0.43649\n 11 116 5 0.78388 0.44740 0.78373 0.44906 0.78489 0.44785 0.78373 0.44906 0.78634 0.44332\n 11 116 5 0.78397 0.45344 0.78373 0.45484 0.78479 0.45389 0.78373 0.45484 0.78634 0.45014\n 11 116 5 0.78406 0.45948 0.78373 0.46062 0.78470 0.45993 0.78373 0.46062 0.78634 0.45696\n 11 116 5 0.78421 0.46540 0.78373 0.46640 0.78473 0.46592 0.78373 0.46640 0.78634 0.46379\n 11 116 5 0.78444 0.47133 0.78373 0.47218 0.78481 0.47195 0.78373 0.47218 0.78634 0.47061\n 11 116 5 0.78468 0.47739 0.78373 0.47796 0.78483 0.47811 0.78373 0.47796 0.78634 0.47743\n 11 116 5 0.78483 0.48358 0.78373 0.48374 0.78468 0.48430 0.78373 0.48374 0.78634 0.48426\n 11 116 5 0.78481 0.48974 0.78373 0.48952 0.78444 0.49037 0.78373 0.48952 0.78634 0.49108\n 11 116 5 0.78473 0.49577 0.78373 0.49529 0.78421 0.49629 0.78373 0.49529 0.78634 0.49791\n 11 116 5 0.78470 0.50176 0.78373 0.50107 0.78406 0.50222 0.78373 0.50107 0.78634 0.50473\n 11 116 5 0.78479 0.50780 0.78373 0.50685 0.78397 0.50826 0.78373 0.50685 0.78634 0.51155\n 11 116 5 0.79307 0.36293 0.79446 0.36816 0.79663 0.36320 0.79446 0.36816 0.79603 0.34778\n 11 116 5 0.79316 0.36897 0.79446 0.37393 0.79654 0.36924 0.79446 0.37393 0.79603 0.35461\n 11 116 5 0.79325 0.37501 0.79446 0.37971 0.79645 0.37528 0.79446 0.37971 0.79603 0.36143\n 11 116 5 0.79334 0.38105 0.79446 0.38549 0.79636 0.38132 0.79446 0.38549 0.79603 0.36825\n 11 116 5 0.79343 0.38709 0.79446 0.39127 0.79627 0.38736 0.79446 0.39127 0.79603 0.37508\n 11 116 5 0.79352 0.39313 0.79446 0.39705 0.79618 0.39340 0.79446 0.39705 0.79603 0.38190\n 11 116 5 0.79362 0.39917 0.79446 0.40283 0.79608 0.39944 0.79446 0.40283 0.79603 0.38873\n 11 116 5 0.79371 0.40521 0.79446 0.40861 0.79599 0.40548 0.79446 0.40861 0.79603 0.39555\n 11 116 5 0.79380 0.41125 0.79446 0.41439 0.79590 0.41152 0.79446 0.41439 0.79603 0.40237\n 11 116 5 0.79389 0.41729 0.79446 0.42017 0.79581 0.41756 0.79446 0.42017 0.79603 0.40920\n 11 116 5 0.79398 0.42333 0.79446 0.42595 0.79572 0.42360 0.79446 0.42595 0.79603 0.41602\n 11 116 5 0.79407 0.42937 0.79446 0.43172 0.79563 0.42964 0.79446 0.43172 0.79603 0.42284\n 11 116 5 0.79416 0.43541 0.79446 0.43750 0.79554 0.43568 0.79446 0.43750 0.79603 0.42967\n 11 116 5 0.79426 0.44145 0.79446 0.44328 0.79544 0.44172 0.79446 0.44328 0.79603 0.43649\n 11 116 5 0.79435 0.44749 0.79446 0.44906 0.79535 0.44776 0.79446 0.44906 0.79603 0.44332\n 11 116 5 0.79444 0.45353 0.79446 0.45484 0.79526 0.45380 0.79446 0.45484 0.79603 0.45014\n 11 116 5 0.79453 0.45952 0.79446 0.46062 0.79521 0.45980 0.79446 0.46062 0.79603 0.45696\n 11 116 5 0.79468 0.46532 0.79446 0.46640 0.79531 0.46569 0.79446 0.46640 0.79603 0.46379\n 11 116 5 0.79494 0.47118 0.79446 0.47218 0.79546 0.47170 0.79446 0.47218 0.79603 0.47061\n 11 116 5 0.79533 0.47728 0.79446 0.47796 0.79557 0.47797 0.79446 0.47796 0.79603 0.47743\n 11 116 5 0.79557 0.48372 0.79446 0.48374 0.79533 0.48441 0.79446 0.48374 0.79603 0.48426\n 11 116 5 0.79546 0.49000 0.79446 0.48952 0.79494 0.49051 0.79446 0.48952 0.79603 0.49108\n 11 116 5 0.79531 0.49600 0.79446 0.49529 0.79468 0.49638 0.79446 0.49529 0.79603 0.49791\n 11 116 5 0.79521 0.50189 0.79446 0.50107 0.79453 0.50218 0.79446 0.50107 0.79603 0.50473\n 11 116 5 0.79526 0.50789 0.79446 0.50685 0.79444 0.50816 0.79446 0.50685 0.79603 0.51155\n 11 116 5 0.80353 0.36302 0.80519 0.36816 0.80710 0.36311 0.80519 0.36816 0.80571 0.34778\n 11 116 5 0.80363 0.36906 0.80519 0.37393 0.80701 0.36915 0.80519 0.37393 0.80571 0.35461\n 11 116 5 0.80372 0.37510 0.80519 0.37971 0.80692 0.37519 0.80519 0.37971 0.80571 0.36143\n 11 116 5 0.80381 0.38114 0.80519 0.38549 0.80683 0.38123 0.80519 0.38549 0.80571 0.36825\n 11 116 5 0.80390 0.38718 0.80519 0.39127 0.80673 0.38727 0.80519 0.39127 0.80571 0.37508\n 11 116 5 0.80399 0.39322 0.80519 0.39705 0.80664 0.39331 0.80519 0.39705 0.80571 0.38190\n 11 116 5 0.80408 0.39926 0.80519 0.40283 0.80655 0.39935 0.80519 0.40283 0.80571 0.38873\n 11 116 5 0.80417 0.40530 0.80519 0.40861 0.80646 0.40539 0.80519 0.40861 0.80571 0.39555\n 11 116 5 0.80427 0.41134 0.80519 0.41439 0.80637 0.41143 0.80519 0.41439 0.80571 0.40237\n 11 116 5 0.80436 0.41738 0.80519 0.42017 0.80628 0.41747 0.80519 0.42017 0.80571 0.40920\n 11 116 5 0.80445 0.42342 0.80519 0.42595 0.80619 0.42351 0.80519 0.42595 0.80571 0.41602\n 11 116 5 0.80454 0.42946 0.80519 0.43172 0.80609 0.42955 0.80519 0.43172 0.80571 0.42284\n 11 116 5 0.80463 0.43550 0.80519 0.43750 0.80600 0.43559 0.80519 0.43750 0.80571 0.42967\n 11 116 5 0.80472 0.44154 0.80519 0.44328 0.80591 0.44163 0.80519 0.44328 0.80571 0.43649\n 11 116 5 0.80481 0.44758 0.80519 0.44906 0.80582 0.44767 0.80519 0.44906 0.80571 0.44332\n 11 116 5 0.80491 0.45362 0.80519 0.45484 0.80573 0.45371 0.80519 0.45484 0.80571 0.45014\n 11 116 5 0.80497 0.45953 0.80519 0.46062 0.80570 0.45964 0.80519 0.46062 0.80571 0.45696\n 11 116 5 0.80503 0.46530 0.80519 0.46640 0.80575 0.46545 0.80519 0.46640 0.80571 0.46379\n 11 116 5 0.80517 0.47107 0.80519 0.47218 0.80586 0.47130 0.80519 0.47218 0.80571 0.47061\n 11 116 5 0.80567 0.47696 0.80519 0.47796 0.80618 0.47748 0.80519 0.47796 0.80571 0.47743\n 11 116 5 0.80618 0.48422 0.80519 0.48374 0.80567 0.48473 0.80519 0.48374 0.80571 0.48426\n 11 116 5 0.80586 0.49039 0.80519 0.48952 0.80517 0.49062 0.80519 0.48952 0.80571 0.49108\n 11 116 5 0.80575 0.49625 0.80519 0.49529 0.80503 0.49639 0.80519 0.49529 0.80571 0.49791\n 11 116 5 0.80570 0.50206 0.80519 0.50107 0.80497 0.50216 0.80519 0.50107 0.80571 0.50473\n 11 116 5 0.80573 0.50798 0.80519 0.50685 0.80491 0.50807 0.80519 0.50685 0.80571 0.51155\n 11 116 5 0.81400 0.36311 0.81592 0.36816 0.81757 0.36302 0.81592 0.36816 0.81539 0.34778\n 11 116 5 0.81409 0.36915 0.81592 0.37393 0.81748 0.36906 0.81592 0.37393 0.81539 0.35461\n 11 116 5 0.81418 0.37519 0.81592 0.37971 0.81738 0.37510 0.81592 0.37971 0.81539 0.36143\n 11 116 5 0.81428 0.38123 0.81592 0.38549 0.81729 0.38114 0.81592 0.38549 0.81539 0.36825\n 11 116 5 0.81437 0.38727 0.81592 0.39127 0.81720 0.38718 0.81592 0.39127 0.81539 0.37508\n 11 116 5 0.81446 0.39331 0.81592 0.39705 0.81711 0.39322 0.81592 0.39705 0.81539 0.38190\n 11 116 5 0.81455 0.39935 0.81592 0.40283 0.81702 0.39926 0.81592 0.40283 0.81539 0.38873\n 11 116 5 0.81464 0.40539 0.81592 0.40861 0.81693 0.40530 0.81592 0.40861 0.81539 0.39555\n 11 116 5 0.81473 0.41143 0.81592 0.41439 0.81684 0.41134 0.81592 0.41439 0.81539 0.40237\n 11 116 5 0.81482 0.41747 0.81592 0.42017 0.81674 0.41738 0.81592 0.42017 0.81539 0.40920\n 11 116 5 0.81492 0.42351 0.81592 0.42595 0.81665 0.42342 0.81592 0.42595 0.81539 0.41602\n 11 116 5 0.81501 0.42955 0.81592 0.43172 0.81656 0.42946 0.81592 0.43172 0.81539 0.42284\n 11 116 5 0.81510 0.43559 0.81592 0.43750 0.81647 0.43550 0.81592 0.43750 0.81539 0.42967\n 11 116 5 0.81519 0.44163 0.81592 0.44328 0.81638 0.44154 0.81592 0.44328 0.81539 0.43649\n 11 116 5 0.81528 0.44767 0.81592 0.44906 0.81629 0.44758 0.81592 0.44906 0.81539 0.44332\n 11 116 5 0.81537 0.45371 0.81592 0.45484 0.81620 0.45362 0.81592 0.45484 0.81539 0.45014\n 11 116 5 0.81541 0.45964 0.81592 0.46062 0.81613 0.45953 0.81592 0.46062 0.81539 0.45696\n 11 116 5 0.81535 0.46545 0.81592 0.46640 0.81607 0.46530 0.81592 0.46640 0.81539 0.46379\n 11 116 5 0.81524 0.47130 0.81592 0.47218 0.81593 0.47107 0.81592 0.47218 0.81539 0.47061\n 11 116 5 0.81492 0.47748 0.81592 0.47796 0.81543 0.47696 0.81592 0.47796 0.81539 0.47743\n 11 116 5 0.81543 0.48473 0.81592 0.48374 0.81492 0.48422 0.81592 0.48374 0.81539 0.48426\n 11 116 5 0.81593 0.49062 0.81592 0.48952 0.81524 0.49039 0.81592 0.48952 0.81539 0.49108\n 11 116 5 0.81607 0.49639 0.81592 0.49529 0.81535 0.49625 0.81592 0.49529 0.81539 0.49791\n 11 116 5 0.81613 0.50216 0.81592 0.50107 0.81541 0.50206 0.81592 0.50107 0.81539 0.50473\n 11 116 5 0.81620 0.50807 0.81592 0.50685 0.81537 0.50798 0.81592 0.50685 0.81539 0.51155\n 11 116 5 0.82447 0.36320 0.82664 0.36816 0.82803 0.36293 0.82664 0.36816 0.82508 0.34778\n 11 116 5 0.82456 0.36924 0.82664 0.37393 0.82794 0.36897 0.82664 0.37393 0.82508 0.35461\n 11 116 5 0.82465 0.37528 0.82664 0.37971 0.82785 0.37501 0.82664 0.37971 0.82508 0.36143\n 11 116 5 0.82474 0.38132 0.82664 0.38549 0.82776 0.38105 0.82664 0.38549 0.82508 0.36825\n 11 116 5 0.82483 0.38736 0.82664 0.39127 0.82767 0.38709 0.82664 0.39127 0.82508 0.37508\n 11 116 5 0.82493 0.39340 0.82664 0.39705 0.82758 0.39313 0.82664 0.39705 0.82508 0.38190\n 11 116 5 0.82502 0.39944 0.82664 0.40283 0.82749 0.39917 0.82664 0.40283 0.82508 0.38873\n 11 116 5 0.82511 0.40548 0.82664 0.40861 0.82739 0.40521 0.82664 0.40861 0.82508 0.39555\n 11 116 5 0.82520 0.41152 0.82664 0.41439 0.82730 0.41125 0.82664 0.41439 0.82508 0.40237\n 11 116 5 0.82529 0.41756 0.82664 0.42017 0.82721 0.41729 0.82664 0.42017 0.82508 0.40920\n 11 116 5 0.82538 0.42360 0.82664 0.42595 0.82712 0.42333 0.82664 0.42595 0.82508 0.41602\n 11 116 5 0.82547 0.42964 0.82664 0.43172 0.82703 0.42937 0.82664 0.43172 0.82508 0.42284\n 11 116 5 0.82557 0.43568 0.82664 0.43750 0.82694 0.43541 0.82664 0.43750 0.82508 0.42967\n 11 116 5 0.82566 0.44172 0.82664 0.44328 0.82685 0.44145 0.82664 0.44328 0.82508 0.43649\n 11 116 5 0.82575 0.44776 0.82664 0.44906 0.82675 0.44749 0.82664 0.44906 0.82508 0.44332\n 11 116 5 0.82584 0.45380 0.82664 0.45484 0.82666 0.45353 0.82664 0.45484 0.82508 0.45014\n 11 116 5 0.82590 0.45980 0.82664 0.46062 0.82657 0.45952 0.82664 0.46062 0.82508 0.45696\n 11 116 5 0.82579 0.46569 0.82664 0.46640 0.82642 0.46532 0.82664 0.46640 0.82508 0.46379\n 11 116 5 0.82565 0.47170 0.82664 0.47218 0.82616 0.47118 0.82664 0.47218 0.82508 0.47061\n 11 116 5 0.82554 0.47797 0.82664 0.47796 0.82577 0.47728 0.82664 0.47796 0.82508 0.47743\n 11 116 5 0.82577 0.48441 0.82664 0.48374 0.82554 0.48372 0.82664 0.48374 0.82508 0.48426\n 11 116 5 0.82616 0.49051 0.82664 0.48952 0.82565 0.49000 0.82664 0.48952 0.82508 0.49108\n 11 116 5 0.82642 0.49638 0.82664 0.49529 0.82579 0.49600 0.82664 0.49529 0.82508 0.49791\n 11 116 5 0.82657 0.50218 0.82664 0.50107 0.82590 0.50189 0.82664 0.50107 0.82508 0.50473\n 11 116 5 0.82666 0.50816 0.82664 0.50685 0.82584 0.50789 0.82664 0.50685 0.82508 0.51155\n 11 116 5 0.83494 0.36329 0.83737 0.36816 0.83850 0.36283 0.83737 0.36816 0.83476 0.34778\n 11 116 5 0.83503 0.36933 0.83737 0.37393 0.83841 0.36887 0.83737 0.37393 0.83476 0.35461\n 11 116 5 0.83512 0.37537 0.83737 0.37971 0.83832 0.37491 0.83737 0.37971 0.83476 0.36143\n 11 116 5 0.83521 0.38141 0.83737 0.38549 0.83823 0.38095 0.83737 0.38549 0.83476 0.36825\n 11 116 5 0.83530 0.38745 0.83737 0.39127 0.83814 0.38699 0.83737 0.39127 0.83476 0.37508\n 11 116 5 0.83539 0.39349 0.83737 0.39705 0.83804 0.39303 0.83737 0.39705 0.83476 0.38190\n 11 116 5 0.83548 0.39953 0.83737 0.40283 0.83795 0.39908 0.83737 0.40283 0.83476 0.38873\n 11 116 5 0.83558 0.40557 0.83737 0.40861 0.83786 0.40512 0.83737 0.40861 0.83476 0.39555\n 11 116 5 0.83567 0.41161 0.83737 0.41439 0.83777 0.41116 0.83737 0.41439 0.83476 0.40237\n 11 116 5 0.83576 0.41765 0.83737 0.42017 0.83768 0.41720 0.83737 0.42017 0.83476 0.40920\n 11 116 5 0.83585 0.42369 0.83737 0.42595 0.83759 0.42324 0.83737 0.42595 0.83476 0.41602\n 11 116 5 0.83594 0.42973 0.83737 0.43172 0.83750 0.42928 0.83737 0.43172 0.83476 0.42284\n 11 116 5 0.83603 0.43577 0.83737 0.43750 0.83740 0.43532 0.83737 0.43750 0.83476 0.42967\n 11 116 5 0.83612 0.44181 0.83737 0.44328 0.83731 0.44136 0.83737 0.44328 0.83476 0.43649\n 11 116 5 0.83622 0.44785 0.83737 0.44906 0.83722 0.44740 0.83737 0.44906 0.83476 0.44332\n 11 116 5 0.83631 0.45389 0.83737 0.45484 0.83713 0.45344 0.83737 0.45484 0.83476 0.45014\n 11 116 5 0.83640 0.45993 0.83737 0.46062 0.83704 0.45948 0.83737 0.46062 0.83476 0.45696\n 11 116 5 0.83637 0.46592 0.83737 0.46640 0.83689 0.46540 0.83737 0.46640 0.83476 0.46379\n 11 116 5 0.83629 0.47195 0.83737 0.47218 0.83666 0.47133 0.83737 0.47218 0.83476 0.47061\n 11 116 5 0.83628 0.47811 0.83737 0.47796 0.83642 0.47739 0.83737 0.47796 0.83476 0.47743\n 11 116 5 0.83642 0.48430 0.83737 0.48374 0.83628 0.48358 0.83737 0.48374 0.83476 0.48426\n 11 116 5 0.83666 0.49037 0.83737 0.48952 0.83629 0.48974 0.83737 0.48952 0.83476 0.49108\n 11 116 5 0.83689 0.49629 0.83737 0.49529 0.83637 0.49577 0.83737 0.49529 0.83476 0.49791\n 11 116 5 0.83704 0.50222 0.83737 0.50107 0.83640 0.50176 0.83737 0.50107 0.83476 0.50473\n 11 116 5 0.83713 0.50826 0.83737 0.50685 0.83631 0.50780 0.83737 0.50685 0.83476 0.51155\n 11 116 5 0.84540 0.36338 0.84810 0.36816 0.84897 0.36274 0.84810 0.36816 0.84444 0.34778\n 11 116 5 0.84549 0.36942 0.84810 0.37393 0.84888 0.36878 0.84810 0.37393 0.84444 0.35461\n 11 116 5 0.84559 0.37546 0.84810 0.37971 0.84879 0.37482 0.84810 0.37971 0.84444 0.36143\n 11 116 5 0.84568 0.38150 0.84810 0.38549 0.84869 0.38086 0.84810 0.38549 0.84444 0.36825\n 11 116 5 0.84577 0.38754 0.84810 0.39127 0.84860 0.38690 0.84810 0.39127 0.84444 0.37508\n 11 116 5 0.84586 0.39358 0.84810 0.39705 0.84851 0.39294 0.84810 0.39705 0.84444 0.38190\n 11 116 5 0.84595 0.39962 0.84810 0.40283 0.84842 0.39898 0.84810 0.40283 0.84444 0.38873\n 11 116 5 0.84604 0.40566 0.84810 0.40861 0.84833 0.40502 0.84810 0.40861 0.84444 0.39555\n 11 116 5 0.84613 0.41170 0.84810 0.41439 0.84824 0.41106 0.84810 0.41439 0.84444 0.40237\n 11 116 5 0.84623 0.41774 0.84810 0.42017 0.84815 0.41710 0.84810 0.42017 0.84444 0.40920\n 11 116 5 0.84632 0.42378 0.84810 0.42595 0.84805 0.42314 0.84810 0.42595 0.84444 0.41602\n 11 116 5 0.84641 0.42982 0.84810 0.43172 0.84796 0.42918 0.84810 0.43172 0.84444 0.42284\n 11 116 5 0.84650 0.43586 0.84810 0.43750 0.84787 0.43523 0.84810 0.43750 0.84444 0.42967\n 11 116 5 0.84659 0.44191 0.84810 0.44328 0.84778 0.44127 0.84810 0.44328 0.84444 0.43649\n 11 116 5 0.84668 0.44795 0.84810 0.44906 0.84769 0.44731 0.84810 0.44906 0.84444 0.44332\n 11 116 5 0.84677 0.45399 0.84810 0.45484 0.84760 0.45335 0.84810 0.45484 0.84444 0.45014\n 11 116 5 0.84687 0.46003 0.84810 0.46062 0.84751 0.45939 0.84810 0.46062 0.84444 0.45696\n 11 116 5 0.84696 0.46607 0.84810 0.46640 0.84741 0.46543 0.84810 0.46640 0.84444 0.46379\n 11 116 5 0.84700 0.47210 0.84810 0.47218 0.84728 0.47143 0.84810 0.47218 0.84444 0.47061\n 11 116 5 0.84701 0.47817 0.84810 0.47796 0.84712 0.47745 0.84810 0.47796 0.84444 0.47743\n 11 116 5 0.84712 0.48425 0.84810 0.48374 0.84701 0.48352 0.84810 0.48374 0.84444 0.48426\n 11 116 5 0.84728 0.49026 0.84810 0.48952 0.84700 0.48959 0.84810 0.48952 0.84444 0.49108\n 11 116 5 0.84741 0.49627 0.84810 0.49529 0.84696 0.49563 0.84810 0.49529 0.84444 0.49791\n 11 116 5 0.84751 0.50231 0.84810 0.50107 0.84687 0.50167 0.84810 0.50107 0.84444 0.50473\n 11 116 5 0.84760 0.50835 0.84810 0.50685 0.84677 0.50771 0.84810 0.50685 0.84444 0.51155\n 11 116 5 0.85587 0.36348 0.85883 0.36816 0.85943 0.36266 0.85883 0.36816 0.85413 0.34778\n 11 116 5 0.85596 0.36951 0.85883 0.37393 0.85934 0.36869 0.85883 0.37393 0.85413 0.35461\n 11 116 5 0.85605 0.37555 0.85883 0.37971 0.85925 0.37473 0.85883 0.37971 0.85413 0.36143\n 11 116 5 0.85614 0.38159 0.85883 0.38549 0.85916 0.38077 0.85883 0.38549 0.85413 0.36825\n 11 116 5 0.85624 0.38763 0.85883 0.39127 0.85907 0.38681 0.85883 0.39127 0.85413 0.37508\n 11 116 5 0.85633 0.39367 0.85883 0.39705 0.85898 0.39285 0.85883 0.39705 0.85413 0.38190\n 11 116 5 0.85642 0.39972 0.85883 0.40283 0.85889 0.39889 0.85883 0.40283 0.85413 0.38873\n 11 116 5 0.85651 0.40576 0.85883 0.40861 0.85880 0.40493 0.85883 0.40861 0.85413 0.39555\n 11 116 5 0.85660 0.41180 0.85883 0.41439 0.85870 0.41097 0.85883 0.41439 0.85413 0.40237\n 11 116 5 0.85669 0.41784 0.85883 0.42017 0.85861 0.41701 0.85883 0.42017 0.85413 0.40920\n 11 116 5 0.85678 0.42388 0.85883 0.42595 0.85852 0.42305 0.85883 0.42595 0.85413 0.41602\n 11 116 5 0.85688 0.42992 0.85883 0.43172 0.85843 0.42909 0.85883 0.43172 0.85413 0.42284\n 11 116 5 0.85697 0.43596 0.85883 0.43750 0.85834 0.43513 0.85883 0.43750 0.85413 0.42967\n 11 116 5 0.85706 0.44200 0.85883 0.44328 0.85825 0.44117 0.85883 0.44328 0.85413 0.43649\n 11 116 5 0.85715 0.44804 0.85883 0.44906 0.85816 0.44721 0.85883 0.44906 0.85413 0.44332\n 11 116 5 0.85724 0.45408 0.85883 0.45484 0.85806 0.45325 0.85883 0.45484 0.85413 0.45014\n 11 116 5 0.85733 0.46012 0.85883 0.46062 0.85797 0.45929 0.85883 0.46062 0.85413 0.45696\n 11 116 5 0.85742 0.46616 0.85883 0.46640 0.85788 0.46533 0.85883 0.46640 0.85413 0.46379\n 11 116 5 0.85752 0.47220 0.85883 0.47218 0.85779 0.47137 0.85883 0.47218 0.85413 0.47061\n 11 116 5 0.85761 0.47824 0.85883 0.47796 0.85770 0.47742 0.85883 0.47796 0.85413 0.47743\n 11 116 5 0.85770 0.48428 0.85883 0.48374 0.85761 0.48346 0.85883 0.48374 0.85413 0.48426\n 11 116 5 0.85779 0.49032 0.85883 0.48952 0.85752 0.48950 0.85883 0.48952 0.85413 0.49108\n 11 116 5 0.85788 0.49636 0.85883 0.49529 0.85742 0.49554 0.85883 0.49529 0.85413 0.49791\n 11 116 5 0.85797 0.50240 0.85883 0.50107 0.85733 0.50158 0.85883 0.50107 0.85413 0.50473\n 11 116 5 0.85806 0.50844 0.85883 0.50685 0.85724 0.50762 0.85883 0.50685 0.85413 0.51155\n 11 116 5 0.86638 0.36363 0.86956 0.36816 0.86990 0.36263 0.86956 0.36816 0.86381 0.34778\n 11 116 5 0.86643 0.36961 0.86956 0.37393 0.86981 0.36860 0.86956 0.37393 0.86381 0.35461\n 11 116 5 0.86652 0.37565 0.86956 0.37971 0.86972 0.37464 0.86956 0.37971 0.86381 0.36143\n 11 116 5 0.86661 0.38169 0.86956 0.38549 0.86963 0.38068 0.86956 0.38549 0.86381 0.36825\n 11 116 5 0.86670 0.38773 0.86956 0.39127 0.86954 0.38672 0.86956 0.39127 0.86381 0.37508\n 11 116 5 0.86679 0.39377 0.86956 0.39705 0.86944 0.39276 0.86956 0.39705 0.86381 0.38190\n 11 116 5 0.86689 0.39981 0.86956 0.40283 0.86935 0.39880 0.86956 0.40283 0.86381 0.38873\n 11 116 5 0.86698 0.40585 0.86956 0.40861 0.86926 0.40484 0.86956 0.40861 0.86381 0.39555\n 11 116 5 0.86707 0.41189 0.86956 0.41439 0.86917 0.41088 0.86956 0.41439 0.86381 0.40237\n 11 116 5 0.86716 0.41793 0.86956 0.42017 0.86908 0.41692 0.86956 0.42017 0.86381 0.40920\n 11 116 5 0.86725 0.42397 0.86956 0.42595 0.86899 0.42296 0.86956 0.42595 0.86381 0.41602\n 11 116 5 0.86734 0.43001 0.86956 0.43172 0.86890 0.42900 0.86956 0.43172 0.86381 0.42284\n 11 116 5 0.86743 0.43605 0.86956 0.43750 0.86880 0.43504 0.86956 0.43750 0.86381 0.42967\n 11 116 5 0.86753 0.44209 0.86956 0.44328 0.86871 0.44108 0.86956 0.44328 0.86381 0.43649\n 11 116 5 0.86762 0.44813 0.86956 0.44906 0.86862 0.44712 0.86956 0.44906 0.86381 0.44332\n 11 116 5 0.86771 0.45417 0.86956 0.45484 0.86853 0.45316 0.86956 0.45484 0.86381 0.45014\n 11 116 5 0.86780 0.46021 0.86956 0.46062 0.86844 0.45920 0.86956 0.46062 0.86381 0.45696\n 11 116 5 0.86789 0.46625 0.86956 0.46640 0.86835 0.46524 0.86956 0.46640 0.86381 0.46379\n 11 116 5 0.86798 0.47229 0.86956 0.47218 0.86826 0.47128 0.86956 0.47218 0.86381 0.47061\n 11 116 5 0.86807 0.47833 0.86956 0.47796 0.86817 0.47732 0.86956 0.47796 0.86381 0.47743\n 11 116 5 0.86817 0.48437 0.86956 0.48374 0.86807 0.48336 0.86956 0.48374 0.86381 0.48426\n 11 116 5 0.86826 0.49041 0.86956 0.48952 0.86798 0.48940 0.86956 0.48952 0.86381 0.49108\n 11 116 5 0.86835 0.49645 0.86956 0.49529 0.86789 0.49544 0.86956 0.49529 0.86381 0.49791\n 11 116 5 0.86844 0.50249 0.86956 0.50107 0.86780 0.50148 0.86956 0.50107 0.86381 0.50473\n 11 116 5 0.86853 0.50853 0.86956 0.50685 0.86771 0.50752 0.86956 0.50685 0.86381 0.51155\n 11 116 5 0.87690 0.36378 0.88028 0.36816 0.88037 0.36262 0.88028 0.36816 0.87349 0.34778\n 11 116 5 0.87690 0.36970 0.88028 0.37393 0.88028 0.36851 0.88028 0.37393 0.87349 0.35461\n 11 116 5 0.87699 0.37574 0.88028 0.37971 0.88019 0.37455 0.88028 0.37971 0.87349 0.36143\n 11 116 5 0.87708 0.38178 0.88028 0.38549 0.88009 0.38059 0.88028 0.38549 0.87349 0.36825\n 11 116 5 0.87717 0.38782 0.88028 0.39127 0.88000 0.38663 0.88028 0.39127 0.87349 0.37508\n 11 116 5 0.87726 0.39386 0.88028 0.39705 0.87991 0.39267 0.88028 0.39705 0.87349 0.38190\n 11 116 5 0.87735 0.39990 0.88028 0.40283 0.87982 0.39871 0.88028 0.40283 0.87349 0.38873\n 11 116 5 0.87744 0.40594 0.88028 0.40861 0.87973 0.40475 0.88028 0.40861 0.87349 0.39555\n 11 116 5 0.87753 0.41198 0.88028 0.41439 0.87964 0.41079 0.88028 0.41439 0.87349 0.40237\n 11 116 5 0.87763 0.41802 0.88028 0.42017 0.87955 0.41683 0.88028 0.42017 0.87349 0.40920\n 11 116 5 0.87772 0.42406 0.88028 0.42595 0.87945 0.42287 0.88028 0.42595 0.87349 0.41602\n 11 116 5 0.87781 0.43010 0.88028 0.43172 0.87936 0.42891 0.88028 0.43172 0.87349 0.42284\n 11 116 5 0.87790 0.43614 0.88028 0.43750 0.87927 0.43495 0.88028 0.43750 0.87349 0.42967\n 11 116 5 0.87799 0.44218 0.88028 0.44328 0.87918 0.44099 0.88028 0.44328 0.87349 0.43649\n 11 116 5 0.87808 0.44822 0.88028 0.44906 0.87909 0.44703 0.88028 0.44906 0.87349 0.44332\n 11 116 5 0.87817 0.45426 0.88028 0.45484 0.87900 0.45307 0.88028 0.45484 0.87349 0.45014\n 11 116 5 0.87827 0.46030 0.88028 0.46062 0.87891 0.45911 0.88028 0.46062 0.87349 0.45696\n 11 116 5 0.87836 0.46634 0.88028 0.46640 0.87881 0.46515 0.88028 0.46640 0.87349 0.46379\n 11 116 5 0.87845 0.47238 0.88028 0.47218 0.87872 0.47119 0.88028 0.47218 0.87349 0.47061\n 11 116 5 0.87854 0.47842 0.88028 0.47796 0.87863 0.47723 0.88028 0.47796 0.87349 0.47743\n 11 116 5 0.87863 0.48446 0.88028 0.48374 0.87854 0.48327 0.88028 0.48374 0.87349 0.48426\n 11 116 5 0.87872 0.49050 0.88028 0.48952 0.87845 0.48931 0.88028 0.48952 0.87349 0.49108\n 11 116 5 0.87881 0.49654 0.88028 0.49529 0.87836 0.49535 0.88028 0.49529 0.87349 0.49791\n 11 116 5 0.87891 0.50258 0.88028 0.50107 0.87827 0.50139 0.88028 0.50107 0.87349 0.50473\n 11 116 5 0.87900 0.50862 0.88028 0.50685 0.87817 0.50743 0.88028 0.50685 0.87349 0.51155\n 11 116 5 0.88743 0.36394 0.89101 0.36816 0.89084 0.36263 0.89101 0.36816 0.88318 0.34778\n 11 116 5 0.88736 0.36979 0.89101 0.37393 0.89074 0.36842 0.89101 0.37393 0.88318 0.35461\n 11 116 5 0.88745 0.37583 0.89101 0.37971 0.89065 0.37446 0.89101 0.37971 0.88318 0.36143\n 11 116 5 0.88754 0.38187 0.89101 0.38549 0.89056 0.38050 0.89101 0.38549 0.88318 0.36825\n 11 116 5 0.88764 0.38791 0.89101 0.39127 0.89047 0.38654 0.89101 0.39127 0.88318 0.37508\n 11 116 5 0.88773 0.39395 0.89101 0.39705 0.89038 0.39258 0.89101 0.39705 0.88318 0.38190\n 11 116 5 0.88782 0.39999 0.89101 0.40283 0.89029 0.39862 0.89101 0.40283 0.88318 0.38873\n 11 116 5 0.88791 0.40603 0.89101 0.40861 0.89020 0.40466 0.89101 0.40861 0.88318 0.39555\n 11 116 5 0.88800 0.41207 0.89101 0.41439 0.89010 0.41070 0.89101 0.41439 0.88318 0.40237\n 11 116 5 0.88809 0.41811 0.89101 0.42017 0.89001 0.41674 0.89101 0.42017 0.88318 0.40920\n 11 116 5 0.88818 0.42415 0.89101 0.42595 0.88992 0.42278 0.89101 0.42595 0.88318 0.41602\n 11 116 5 0.88828 0.43019 0.89101 0.43172 0.88983 0.42882 0.89101 0.43172 0.88318 0.42284\n 11 116 5 0.88837 0.43623 0.89101 0.43750 0.88974 0.43486 0.89101 0.43750 0.88318 0.42967\n 11 116 5 0.88846 0.44227 0.89101 0.44328 0.88965 0.44090 0.89101 0.44328 0.88318 0.43649\n 11 116 5 0.88855 0.44831 0.89101 0.44906 0.88956 0.44694 0.89101 0.44906 0.88318 0.44332\n 11 116 5 0.88864 0.45435 0.89101 0.45484 0.88946 0.45298 0.89101 0.45484 0.88318 0.45014\n 11 116 5 0.88873 0.46039 0.89101 0.46062 0.88937 0.45902 0.89101 0.46062 0.88318 0.45696\n 11 116 5 0.88882 0.46643 0.89101 0.46640 0.88928 0.46506 0.89101 0.46640 0.88318 0.46379\n 11 116 5 0.88892 0.47247 0.89101 0.47218 0.88919 0.47110 0.89101 0.47218 0.88318 0.47061\n 11 116 5 0.88901 0.47851 0.89101 0.47796 0.88910 0.47714 0.89101 0.47796 0.88318 0.47743\n 11 116 5 0.88910 0.48455 0.89101 0.48374 0.88901 0.48318 0.89101 0.48374 0.88318 0.48426\n 11 116 5 0.88919 0.49059 0.89101 0.48952 0.88892 0.48922 0.89101 0.48952 0.88318 0.49108\n 11 116 5 0.88928 0.49663 0.89101 0.49529 0.88882 0.49526 0.89101 0.49529 0.88318 0.49791\n 11 116 5 0.88937 0.50267 0.89101 0.50107 0.88873 0.50130 0.89101 0.50107 0.88318 0.50473\n 11 116 5 0.88946 0.50871 0.89101 0.50685 0.88864 0.50734 0.89101 0.50685 0.88318 0.51155\n 11 116 5 0.89798 0.36410 0.90174 0.36816 0.90133 0.36264 0.90174 0.36816 0.89286 0.34778\n 11 116 5 0.89790 0.36995 0.90174 0.37393 0.90122 0.36843 0.90174 0.37393 0.89286 0.35461\n 11 116 5 0.89792 0.37592 0.90174 0.37971 0.90112 0.37437 0.90174 0.37971 0.89286 0.36143\n 11 116 5 0.89801 0.38196 0.90174 0.38549 0.90103 0.38041 0.90174 0.38549 0.89286 0.36825\n 11 116 5 0.89810 0.38800 0.90174 0.39127 0.90094 0.38645 0.90174 0.39127 0.89286 0.37508\n 11 116 5 0.89819 0.39404 0.90174 0.39705 0.90085 0.39249 0.90174 0.39705 0.89286 0.38190\n 11 116 5 0.89829 0.40008 0.90174 0.40283 0.90075 0.39853 0.90174 0.40283 0.89286 0.38873\n 11 116 5 0.89838 0.40612 0.90174 0.40861 0.90066 0.40457 0.90174 0.40861 0.89286 0.39555\n 11 116 5 0.89847 0.41216 0.90174 0.41439 0.90057 0.41061 0.90174 0.41439 0.89286 0.40237\n 11 116 5 0.89856 0.41820 0.90174 0.42017 0.90048 0.41665 0.90174 0.42017 0.89286 0.40920\n 11 116 5 0.89865 0.42424 0.90174 0.42595 0.90039 0.42269 0.90174 0.42595 0.89286 0.41602\n 11 116 5 0.89874 0.43028 0.90174 0.43172 0.90030 0.42873 0.90174 0.43172 0.89286 0.42284\n 11 116 5 0.89883 0.43632 0.90174 0.43750 0.90021 0.43477 0.90174 0.43750 0.89286 0.42967\n 11 116 5 0.89893 0.44236 0.90174 0.44328 0.90011 0.44081 0.90174 0.44328 0.89286 0.43649\n 11 116 5 0.89902 0.44840 0.90174 0.44906 0.90002 0.44685 0.90174 0.44906 0.89286 0.44332\n 11 116 5 0.89911 0.45444 0.90174 0.45484 0.89993 0.45289 0.90174 0.45484 0.89286 0.45014\n 11 116 5 0.89920 0.46048 0.90174 0.46062 0.89984 0.45893 0.90174 0.46062 0.89286 0.45696\n 11 116 5 0.89929 0.46652 0.90174 0.46640 0.89975 0.46497 0.90174 0.46640 0.89286 0.46379\n 11 116 5 0.89938 0.47256 0.90174 0.47218 0.89966 0.47101 0.90174 0.47218 0.89286 0.47061\n 11 116 5 0.89947 0.47860 0.90174 0.47796 0.89957 0.47705 0.90174 0.47796 0.89286 0.47743\n 11 116 5 0.89957 0.48464 0.90174 0.48374 0.89947 0.48309 0.90174 0.48374 0.89286 0.48426\n 11 116 5 0.89966 0.49068 0.90174 0.48952 0.89938 0.48913 0.90174 0.48952 0.89286 0.49108\n 11 116 5 0.89975 0.49672 0.90174 0.49529 0.89929 0.49517 0.90174 0.49529 0.89286 0.49791\n 11 116 5 0.89984 0.50276 0.90174 0.50107 0.89920 0.50121 0.90174 0.50107 0.89286 0.50473\n 11 116 5 0.89993 0.50880 0.90174 0.50685 0.89911 0.50725 0.90174 0.50685 0.89286 0.51155\n 11 116 5 0.90854 0.36426 0.91247 0.36816 0.91182 0.36266 0.91247 0.36816 0.90254 0.34778\n 11 116 5 0.90846 0.37012 0.91247 0.37393 0.91171 0.36845 0.91247 0.37393 0.90254 0.35461\n 11 116 5 0.90839 0.37601 0.91247 0.37971 0.91159 0.37427 0.91247 0.37971 0.90254 0.36143\n 11 116 5 0.90848 0.38205 0.91247 0.38549 0.91150 0.38031 0.91247 0.38549 0.90254 0.36825\n 11 116 5 0.90857 0.38809 0.91247 0.39127 0.91140 0.38635 0.91247 0.39127 0.90254 0.37508\n 11 116 5 0.90866 0.39413 0.91247 0.39705 0.91131 0.39239 0.91247 0.39705 0.90254 0.38190\n 11 116 5 0.90875 0.40017 0.91247 0.40283 0.91122 0.39844 0.91247 0.40283 0.90254 0.38873\n 11 116 5 0.90884 0.40621 0.91247 0.40861 0.91113 0.40448 0.91247 0.40861 0.90254 0.39555\n 11 116 5 0.90894 0.41225 0.91247 0.41439 0.91104 0.41052 0.91247 0.41439 0.90254 0.40237\n 11 116 5 0.90903 0.41829 0.91247 0.42017 0.91095 0.41656 0.91247 0.42017 0.90254 0.40920\n 11 116 5 0.90912 0.42433 0.91247 0.42595 0.91086 0.42260 0.91247 0.42595 0.90254 0.41602\n 11 116 5 0.90921 0.43037 0.91247 0.43172 0.91076 0.42864 0.91247 0.43172 0.90254 0.42284\n 11 116 5 0.90930 0.43641 0.91247 0.43750 0.91067 0.43468 0.91247 0.43750 0.90254 0.42967\n 11 116 5 0.90939 0.44245 0.91247 0.44328 0.91058 0.44072 0.91247 0.44328 0.90254 0.43649\n 11 116 5 0.90948 0.44849 0.91247 0.44906 0.91049 0.44676 0.91247 0.44906 0.90254 0.44332\n 11 116 5 0.90958 0.45453 0.91247 0.45484 0.91040 0.45280 0.91247 0.45484 0.90254 0.45014\n 11 116 5 0.90967 0.46057 0.91247 0.46062 0.91031 0.45884 0.91247 0.46062 0.90254 0.45696\n 11 116 5 0.90976 0.46661 0.91247 0.46640 0.91022 0.46488 0.91247 0.46640 0.90254 0.46379\n 11 116 5 0.90985 0.47265 0.91247 0.47218 0.91012 0.47092 0.91247 0.47218 0.90254 0.47061\n 11 116 5 0.90994 0.47869 0.91247 0.47796 0.91003 0.47696 0.91247 0.47796 0.90254 0.47743\n 11 116 5 0.91003 0.48474 0.91247 0.48374 0.90994 0.48300 0.91247 0.48374 0.90254 0.48426\n 11 116 5 0.91012 0.49078 0.91247 0.48952 0.90985 0.48904 0.91247 0.48952 0.90254 0.49108\n 11 116 5 0.91022 0.49682 0.91247 0.49529 0.90976 0.49508 0.91247 0.49529 0.90254 0.49791\n 11 116 5 0.91031 0.50286 0.91247 0.50107 0.90967 0.50112 0.91247 0.50107 0.90254 0.50473\n 11 116 5 0.91040 0.50890 0.91247 0.50685 0.90958 0.50716 0.91247 0.50685 0.90254 0.51155\n 11 116 5 0.91911 0.36442 0.92320 0.36816 0.92233 0.36269 0.92320 0.36816 0.91223 0.34778\n 11 116 5 0.91903 0.37029 0.92320 0.37393 0.92221 0.36849 0.92320 0.37393 0.91223 0.35461\n 11 116 5 0.91894 0.37618 0.92320 0.37971 0.92208 0.37429 0.92320 0.37971 0.91223 0.36143\n 11 116 5 0.91895 0.38214 0.92320 0.38549 0.92196 0.38022 0.92320 0.38549 0.91223 0.36825\n 11 116 5 0.91904 0.38818 0.92320 0.39127 0.92187 0.38626 0.92320 0.39127 0.91223 0.37508\n 11 116 5 0.91913 0.39422 0.92320 0.39705 0.92178 0.39230 0.92320 0.39705 0.91223 0.38190\n 11 116 5 0.91922 0.40026 0.92320 0.40283 0.92169 0.39834 0.92320 0.40283 0.91223 0.38873\n 11 116 5 0.91931 0.40630 0.92320 0.40861 0.92160 0.40438 0.92320 0.40861 0.91223 0.39555\n 11 116 5 0.91940 0.41234 0.92320 0.41439 0.92151 0.41042 0.92320 0.41439 0.91223 0.40237\n 11 116 5 0.91949 0.41838 0.92320 0.42017 0.92141 0.41646 0.92320 0.42017 0.91223 0.40920\n 11 116 5 0.91959 0.42442 0.92320 0.42595 0.92132 0.42250 0.92320 0.42595 0.91223 0.41602\n 11 116 5 0.91968 0.43046 0.92320 0.43172 0.92123 0.42854 0.92320 0.43172 0.91223 0.42284\n 11 116 5 0.91977 0.43650 0.92320 0.43750 0.92114 0.43459 0.92320 0.43750 0.91223 0.42967\n 11 116 5 0.91986 0.44255 0.92320 0.44328 0.92105 0.44063 0.92320 0.44328 0.91223 0.43649\n 11 116 5 0.91995 0.44859 0.92320 0.44906 0.92096 0.44667 0.92320 0.44906 0.91223 0.44332\n 11 116 5 0.92004 0.45463 0.92320 0.45484 0.92087 0.45271 0.92320 0.45484 0.91223 0.45014\n 11 116 5 0.92013 0.46067 0.92320 0.46062 0.92077 0.45875 0.92320 0.46062 0.91223 0.45696\n 11 116 5 0.92023 0.46671 0.92320 0.46640 0.92068 0.46479 0.92320 0.46640 0.91223 0.46379\n 11 116 5 0.92032 0.47275 0.92320 0.47218 0.92059 0.47083 0.92320 0.47218 0.91223 0.47061\n 11 116 5 0.92041 0.47879 0.92320 0.47796 0.92050 0.47687 0.92320 0.47796 0.91223 0.47743\n 11 116 5 0.92050 0.48483 0.92320 0.48374 0.92041 0.48291 0.92320 0.48374 0.91223 0.48426\n 11 116 5 0.92059 0.49087 0.92320 0.48952 0.92032 0.48895 0.92320 0.48952 0.91223 0.49108\n 11 116 5 0.92068 0.49691 0.92320 0.49529 0.92023 0.49499 0.92320 0.49529 0.91223 0.49791\n 11 116 5 0.92077 0.50295 0.92320 0.50107 0.92013 0.50103 0.92320 0.50107 0.91223 0.50473\n 11 116 5 0.92087 0.50899 0.92320 0.50685 0.92004 0.50707 0.92320 0.50685 0.91223 0.51155\n 11 116 5 0.92970 0.36459 0.93392 0.36816 0.93285 0.36273 0.93392 0.36816 0.92191 0.34778\n 11 116 5 0.92962 0.37046 0.93392 0.37393 0.93272 0.36853 0.93392 0.37393 0.92191 0.35461\n 11 116 5 0.92953 0.37635 0.93392 0.37971 0.93258 0.37435 0.93392 0.37971 0.92191 0.36143\n 11 116 5 0.92944 0.38225 0.93392 0.38549 0.93244 0.38016 0.93392 0.38549 0.92191 0.36825\n 11 116 5 0.92950 0.38827 0.93392 0.39127 0.93234 0.38617 0.93392 0.39127 0.92191 0.37508\n 11 116 5 0.92960 0.39431 0.93392 0.39705 0.93225 0.39221 0.93392 0.39705 0.92191 0.38190\n 11 116 5 0.92969 0.40036 0.93392 0.40283 0.93216 0.39825 0.93392 0.40283 0.92191 0.38873\n 11 116 5 0.92978 0.40640 0.93392 0.40861 0.93206 0.40429 0.93392 0.40861 0.92191 0.39555\n 11 116 5 0.92987 0.41244 0.93392 0.41439 0.93197 0.41033 0.93392 0.41439 0.92191 0.40237\n 11 116 5 0.92996 0.41848 0.93392 0.42017 0.93188 0.41637 0.93392 0.42017 0.92191 0.40920\n 11 116 5 0.93005 0.42452 0.93392 0.42595 0.93179 0.42241 0.93392 0.42595 0.92191 0.41602\n 11 116 5 0.93014 0.43056 0.93392 0.43172 0.93170 0.42845 0.93392 0.43172 0.92191 0.42284\n 11 116 5 0.93024 0.43660 0.93392 0.43750 0.93161 0.43449 0.93392 0.43750 0.92191 0.42967\n 11 116 5 0.93033 0.44264 0.93392 0.44328 0.93152 0.44053 0.93392 0.44328 0.92191 0.43649\n 11 116 5 0.93042 0.44868 0.93392 0.44906 0.93142 0.44657 0.93392 0.44906 0.92191 0.44332\n 11 116 5 0.93051 0.45472 0.93392 0.45484 0.93133 0.45261 0.93392 0.45484 0.92191 0.45014\n 11 116 5 0.93060 0.46076 0.93392 0.46062 0.93124 0.45865 0.93392 0.46062 0.92191 0.45696\n 11 116 5 0.93069 0.46680 0.93392 0.46640 0.93115 0.46469 0.93392 0.46640 0.92191 0.46379\n 11 116 5 0.93078 0.47284 0.93392 0.47218 0.93106 0.47073 0.93392 0.47218 0.92191 0.47061\n 11 116 5 0.93088 0.47888 0.93392 0.47796 0.93097 0.47678 0.93392 0.47796 0.92191 0.47743\n 11 116 5 0.93097 0.48492 0.93392 0.48374 0.93088 0.48282 0.93392 0.48374 0.92191 0.48426\n 11 116 5 0.93106 0.49096 0.93392 0.48952 0.93078 0.48886 0.93392 0.48952 0.92191 0.49108\n 11 116 5 0.93115 0.49700 0.93392 0.49529 0.93069 0.49490 0.93392 0.49529 0.92191 0.49791\n 11 116 5 0.93124 0.50304 0.93392 0.50107 0.93060 0.50094 0.93392 0.50107 0.92191 0.50473\n 11 116 5 0.93133 0.50908 0.93392 0.50685 0.93051 0.50698 0.93392 0.50685 0.92191 0.51155\n 11 116 5 0.94030 0.36475 0.94465 0.36816 0.94337 0.36277 0.94465 0.36816 0.93159 0.34778\n 11 116 5 0.94021 0.37063 0.94465 0.37393 0.94324 0.36858 0.94465 0.37393 0.93159 0.35461\n 11 116 5 0.94013 0.37653 0.94465 0.37971 0.94310 0.37440 0.94465 0.37971 0.93159 0.36143\n 11 116 5 0.94004 0.38243 0.94465 0.38549 0.94296 0.38023 0.94465 0.38549 0.93159 0.36825\n 11 116 5 0.93997 0.38837 0.94465 0.39127 0.94281 0.38608 0.94465 0.39127 0.93159 0.37508\n 11 116 5 0.94006 0.39441 0.94465 0.39705 0.94271 0.39212 0.94465 0.39705 0.93159 0.38190\n 11 116 5 0.94015 0.40045 0.94465 0.40283 0.94262 0.39816 0.94465 0.40283 0.93159 0.38873\n 11 116 5 0.94025 0.40649 0.94465 0.40861 0.94253 0.40420 0.94465 0.40861 0.93159 0.39555\n 11 116 5 0.94034 0.41253 0.94465 0.41439 0.94244 0.41024 0.94465 0.41439 0.93159 0.40237\n 11 116 5 0.94043 0.41857 0.94465 0.42017 0.94235 0.41628 0.94465 0.42017 0.93159 0.40920\n 11 116 5 0.94052 0.42461 0.94465 0.42595 0.94226 0.42232 0.94465 0.42595 0.93159 0.41602\n 11 116 5 0.94061 0.43065 0.94465 0.43172 0.94217 0.42836 0.94465 0.43172 0.93159 0.42284\n 11 116 5 0.94070 0.43669 0.94465 0.43750 0.94207 0.43440 0.94465 0.43750 0.93159 0.42967\n 11 116 5 0.94079 0.44273 0.94465 0.44328 0.94198 0.44044 0.94465 0.44328 0.93159 0.43649\n 11 116 5 0.94089 0.44877 0.94465 0.44906 0.94189 0.44648 0.94465 0.44906 0.93159 0.44332\n 11 116 5 0.94098 0.45481 0.94465 0.45484 0.94180 0.45252 0.94465 0.45484 0.93159 0.45014\n 11 116 5 0.94107 0.46085 0.94465 0.46062 0.94171 0.45856 0.94465 0.46062 0.93159 0.45696\n 11 116 5 0.94116 0.46689 0.94465 0.46640 0.94162 0.46460 0.94465 0.46640 0.93159 0.46379\n 11 116 5 0.94125 0.47293 0.94465 0.47218 0.94153 0.47064 0.94465 0.47218 0.93159 0.47061\n 11 116 5 0.94134 0.47897 0.94465 0.47796 0.94143 0.47668 0.94465 0.47796 0.93159 0.47743\n 11 116 5 0.94143 0.48501 0.94465 0.48374 0.94134 0.48272 0.94465 0.48374 0.93159 0.48426\n 11 116 5 0.94153 0.49105 0.94465 0.48952 0.94125 0.48876 0.94465 0.48952 0.93159 0.49108\n 11 116 5 0.94162 0.49709 0.94465 0.49529 0.94116 0.49480 0.94465 0.49529 0.93159 0.49791\n 11 116 5 0.94171 0.50313 0.94465 0.50107 0.94107 0.50084 0.94465 0.50107 0.93159 0.50473\n 11 116 5 0.94180 0.50917 0.94465 0.50685 0.94098 0.50688 0.94465 0.50685 0.93159 0.51155\n 11 116 5 0.95091 0.36490 0.95538 0.36816 0.95391 0.36282 0.95538 0.36816 0.94128 0.34778\n 11 116 5 0.95083 0.37079 0.95538 0.37393 0.95378 0.36864 0.95538 0.37393 0.94128 0.35461\n 11 116 5 0.95074 0.37670 0.95538 0.37971 0.95364 0.37446 0.95538 0.37971 0.94128 0.36143\n 11 116 5 0.95066 0.38261 0.95538 0.38549 0.95349 0.38029 0.95538 0.38549 0.94128 0.36825\n 11 116 5 0.95057 0.38853 0.95538 0.39127 0.95333 0.38613 0.95538 0.39127 0.94128 0.37508\n 11 116 5 0.95053 0.39450 0.95538 0.39705 0.95318 0.39203 0.95538 0.39705 0.94128 0.38190\n 11 116 5 0.95062 0.40054 0.95538 0.40283 0.95309 0.39807 0.95538 0.40283 0.94128 0.38873\n 11 116 5 0.95071 0.40658 0.95538 0.40861 0.95300 0.40411 0.95538 0.40861 0.94128 0.39555\n 11 116 5 0.95080 0.41262 0.95538 0.41439 0.95291 0.41015 0.95538 0.41439 0.94128 0.40237\n 11 116 5 0.95090 0.41866 0.95538 0.42017 0.95281 0.41619 0.95538 0.42017 0.94128 0.40920\n 11 116 5 0.95099 0.42470 0.95538 0.42595 0.95272 0.42223 0.95538 0.42595 0.94128 0.41602\n 11 116 5 0.95108 0.43074 0.95538 0.43172 0.95263 0.42827 0.95538 0.43172 0.94128 0.42284\n 11 116 5 0.95117 0.43678 0.95538 0.43750 0.95254 0.43431 0.95538 0.43750 0.94128 0.42967\n 11 116 5 0.95126 0.44282 0.95538 0.44328 0.95245 0.44035 0.95538 0.44328 0.94128 0.43649\n 11 116 5 0.95135 0.44886 0.95538 0.44906 0.95236 0.44639 0.95538 0.44906 0.94128 0.44332\n 11 116 5 0.95144 0.45490 0.95538 0.45484 0.95227 0.45243 0.95538 0.45484 0.94128 0.45014\n 11 116 5 0.95154 0.46094 0.95538 0.46062 0.95217 0.45847 0.95538 0.46062 0.94128 0.45696\n 11 116 5 0.95163 0.46698 0.95538 0.46640 0.95208 0.46451 0.95538 0.46640 0.94128 0.46379\n 11 116 5 0.95172 0.47302 0.95538 0.47218 0.95199 0.47055 0.95538 0.47218 0.94128 0.47061\n 11 116 5 0.95181 0.47906 0.95538 0.47796 0.95190 0.47659 0.95538 0.47796 0.94128 0.47743\n 11 116 5 0.95190 0.48510 0.95538 0.48374 0.95181 0.48263 0.95538 0.48374 0.94128 0.48426\n 11 116 5 0.95199 0.49114 0.95538 0.48952 0.95172 0.48867 0.95538 0.48952 0.94128 0.49108\n 11 116 5 0.95208 0.49718 0.95538 0.49529 0.95163 0.49471 0.95538 0.49529 0.94128 0.49791\n 11 116 5 0.95217 0.50322 0.95538 0.50107 0.95154 0.50075 0.95538 0.50107 0.94128 0.50473\n 11 116 5 0.95227 0.50926 0.95538 0.50685 0.95144 0.50679 0.95538 0.50685 0.94128 0.51155\n 11 50 2 0.95822 0.35755 0.95096 0.34778\n 11 50 2 0.95822 0.36387 0.95096 0.35461\n 11 50 2 0.95822 0.37020 0.95096 0.36143\n 11 50 2 0.95822 0.37652 0.95096 0.36825\n 11 50 2 0.95822 0.38284 0.95096 0.37508\n 11 50 2 0.95822 0.38916 0.95096 0.38190\n 11 50 2 0.95822 0.39549 0.95096 0.38873\n 11 50 2 0.95822 0.40181 0.95096 0.39555\n 11 50 2 0.95822 0.40813 0.95096 0.40237\n 11 50 2 0.95822 0.41446 0.95096 0.40920\n 11 50 2 0.95822 0.42078 0.95096 0.41602\n 11 50 2 0.95822 0.42710 0.95096 0.42284\n 11 50 2 0.95822 0.43342 0.95096 0.42967\n 11 50 2 0.95822 0.43975 0.95096 0.43649\n 11 50 2 0.95822 0.44607 0.95096 0.44332\n 11 50 2 0.95822 0.45239 0.95096 0.45014\n 11 50 2 0.95822 0.45872 0.95096 0.45696\n 11 50 2 0.95822 0.46504 0.95096 0.46379\n 11 50 2 0.95822 0.47136 0.95096 0.47061\n 11 50 2 0.95822 0.47769 0.95096 0.47743\n 11 50 2 0.95822 0.48401 0.95096 0.48426\n 11 50 2 0.95822 0.49033 0.95096 0.49108\n 11 50 2 0.95822 0.49665 0.95096 0.49791\n 11 50 2 0.95822 0.50298 0.95096 0.50473\n 11 50 2 0.95822 0.50930 0.95096 0.51155\n 21 6 1\n 25 6 1\n 82 0\n 81 6 38\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 39\n 21 6 1\n 25 6 1\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 56 39 46 0.38333 0.16667 1.00000\n 56 39 47 0.21304 0.31594 0.79710\n 56 39 48 0.10435 0.46087 0.54348\n 56 39 49 0.01010 0.60404 0.29697\n 56 39 50 0.26263 0.70505 0.22121\n 56 39 51 0.51515 0.80606 0.14545\n 56 39 52 0.76768 0.90707 0.06970\n 56 39 53 1.00000 0.97222 0.00000\n 56 39 54 1.00000 0.62500 0.00000\n 56 39 55 1.00000 0.27778 0.00000\n 56 39 56 0.93333 0.00000 0.00000\n 56 39 57 0.60000 0.00000 0.00000\n 56 39 45 0.80000 0.00000 1.00000\n 38 6 3\n 40 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00003 0.00004 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.39375 0.61535 0.35846 0.50427\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.35846 0.39375 0.36138 0.41148 0.36138 0.41148 0.35846\n 40 6 46\n 38 6 1\n 14 94 4 0.41148 0.35846 0.41148 0.36138 0.42921 0.36138 0.42921 0.35846\n 40 6 47\n 38 6 1\n 14 94 4 0.42921 0.35846 0.42921 0.36138 0.44694 0.36138 0.44694 0.35846\n 40 6 48\n 38 6 1\n 14 94 4 0.44694 0.35846 0.44694 0.36138 0.46466 0.36138 0.46466 0.35846\n 40 6 49\n 38 6 1\n 14 94 4 0.46466 0.35846 0.46466 0.36138 0.48239 0.36138 0.48239 0.35846\n 40 6 50\n 38 6 1\n 14 94 4 0.48239 0.35846 0.48239 0.36138 0.50455 0.36138 0.50455 0.35846\n 40 6 51\n 38 6 1\n 14 94 4 0.50455 0.35846 0.50455 0.36138 0.52228 0.36138 0.52228 0.35846\n 40 6 52\n 38 6 1\n 14 94 4 0.52228 0.35846 0.52228 0.36138 0.54001 0.36138 0.54001 0.35846\n 40 6 53\n 38 6 1\n 14 94 4 0.54001 0.35846 0.54001 0.36138 0.55773 0.36138 0.55773 0.35846\n 40 6 54\n 38 6 1\n 14 94 4 0.55773 0.35846 0.55773 0.36138 0.57546 0.36138 0.57546 0.35846\n 40 6 55\n 38 6 1\n 14 94 4 0.57546 0.35846 0.57546 0.36138 0.59762 0.36138 0.59762 0.35846\n 40 6 56\n 38 6 1\n 14 94 4 0.59762 0.35846 0.59762 0.36138 0.61535 0.36138 0.61535 0.35846\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.36138 0.39375 0.36429 0.41148 0.36429 0.41148 0.36138\n 40 6 46\n 38 6 1\n 14 94 4 0.41148 0.36138 0.41148 0.36429 0.42921 0.36429 0.42921 0.36138\n 40 6 47\n 38 6 1\n 14 94 4 0.42921 0.36138 0.42921 0.36429 0.45137 0.36429 0.45137 0.36138\n 40 6 48\n 38 6 1\n 14 94 4 0.45137 0.36138 0.45137 0.36429 0.46910 0.36429 0.46910 0.36138\n 40 6 49\n 38 6 1\n 14 94 4 0.46910 0.36138 0.46910 0.36429 0.48682 0.36429 0.48682 0.36138\n 40 6 50\n 38 6 1\n 14 94 4 0.48682 0.36138 0.48682 0.36429 0.50898 0.36429 0.50898 0.36138\n 40 6 51\n 38 6 1\n 14 94 4 0.50898 0.36138 0.50898 0.36429 0.52671 0.36429 0.52671 0.36138\n 40 6 52\n 38 6 1\n 14 94 4 0.52671 0.36138 0.52671 0.36429 0.54887 0.36429 0.54887 0.36138\n 40 6 53\n 38 6 1\n 14 94 4 0.54887 0.36138 0.54887 0.36429 0.56660 0.36429 0.56660 0.36138\n 40 6 54\n 38 6 1\n 14 94 4 0.56660 0.36138 0.56660 0.36429 0.58432 0.36429 0.58432 0.36138\n 40 6 55\n 38 6 1\n 14 94 4 0.58432 0.36138 0.58432 0.36429 0.60648 0.36429 0.60648 0.36138\n 40 6 56\n 38 6 1\n 14 94 4 0.60648 0.36138 0.60648 0.36429 0.61535 0.36429 0.61535 0.36138\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.36429 0.39375 0.36721 0.41148 0.36721 0.41148 0.36429\n 40 6 46\n 38 6 1\n 14 94 4 0.41148 0.36429 0.41148 0.36721 0.43364 0.36721 0.43364 0.36429\n 40 6 47\n 38 6 1\n 14 94 4 0.43364 0.36429 0.43364 0.36721 0.45137 0.36721 0.45137 0.36429\n 40 6 48\n 38 6 1\n 14 94 4 0.45137 0.36429 0.45137 0.36721 0.47353 0.36721 0.47353 0.36429\n 40 6 49\n 38 6 1\n 14 94 4 0.47353 0.36429 0.47353 0.36721 0.49125 0.36721 0.49125 0.36429\n 40 6 50\n 38 6 1\n 14 94 4 0.49125 0.36429 0.49125 0.36721 0.51341 0.36721 0.51341 0.36429\n 40 6 51\n 38 6 1\n 14 94 4 0.51341 0.36429 0.51341 0.36721 0.53557 0.36721 0.53557 0.36429\n 40 6 52\n 38 6 1\n 14 94 4 0.53557 0.36429 0.53557 0.36721 0.55330 0.36721 0.55330 0.36429\n 40 6 53\n 38 6 1\n 14 94 4 0.55330 0.36429 0.55330 0.36721 0.57546 0.36721 0.57546 0.36429\n 40 6 54\n 38 6 1\n 14 94 4 0.57546 0.36429 0.57546 0.36721 0.59319 0.36721 0.59319 0.36429\n 40 6 55\n 38 6 1\n 14 94 4 0.59319 0.36429 0.59319 0.36721 0.61535 0.36721 0.61535 0.36429\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.36721 0.39375 0.37012 0.41148 0.37012 0.41148 0.36721\n 40 6 46\n 38 6 1\n 14 94 4 0.41148 0.36721 0.41148 0.37012 0.43364 0.37012 0.43364 0.36721\n 40 6 47\n 38 6 1\n 14 94 4 0.43364 0.36721 0.43364 0.37012 0.45580 0.37012 0.45580 0.36721\n 40 6 48\n 38 6 1\n 14 94 4 0.45580 0.36721 0.45580 0.37012 0.47796 0.37012 0.47796 0.36721\n 40 6 49\n 38 6 1\n 14 94 4 0.47796 0.36721 0.47796 0.37012 0.49569 0.37012 0.49569 0.36721\n 40 6 50\n 38 6 1\n 14 94 4 0.49569 0.36721 0.49569 0.37012 0.51785 0.37012 0.51785 0.36721\n 40 6 51\n 38 6 1\n 14 94 4 0.51785 0.36721 0.51785 0.37012 0.54001 0.37012 0.54001 0.36721\n 40 6 52\n 38 6 1\n 14 94 4 0.54001 0.36721 0.54001 0.37012 0.56217 0.37012 0.56217 0.36721\n 40 6 53\n 38 6 1\n 14 94 4 0.56217 0.36721 0.56217 0.37012 0.58432 0.37012 0.58432 0.36721\n 40 6 54\n 38 6 1\n 14 94 4 0.58432 0.36721 0.58432 0.37012 0.60205 0.37012 0.60205 0.36721\n 40 6 55\n 38 6 1\n 14 94 4 0.60205 0.36721 0.60205 0.37012 0.61535 0.37012 0.61535 0.36721\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.37012 0.39375 0.37304 0.41148 0.37304 0.41148 0.37012\n 40 6 46\n 38 6 1\n 14 94 4 0.41148 0.37012 0.41148 0.37304 0.43364 0.37304 0.43364 0.37012\n 40 6 47\n 38 6 1\n 14 94 4 0.43364 0.37012 0.43364 0.37304 0.45580 0.37304 0.45580 0.37012\n 40 6 48\n 38 6 1\n 14 94 4 0.45580 0.37012 0.45580 0.37304 0.47796 0.37304 0.47796 0.37012\n 40 6 49\n 38 6 1\n 14 94 4 0.47796 0.37012 0.47796 0.37304 0.50012 0.37304 0.50012 0.37012\n 40 6 50\n 38 6 1\n 14 94 4 0.50012 0.37012 0.50012 0.37304 0.52228 0.37304 0.52228 0.37012\n 40 6 51\n 38 6 1\n 14 94 4 0.52228 0.37012 0.52228 0.37304 0.54444 0.37304 0.54444 0.37012\n 40 6 52\n 38 6 1\n 14 94 4 0.54444 0.37012 0.54444 0.37304 0.56660 0.37304 0.56660 0.37012\n 40 6 53\n 38 6 1\n 14 94 4 0.56660 0.37012 0.56660 0.37304 0.59319 0.37304 0.59319 0.37012\n 40 6 54\n 38 6 1\n 14 94 4 0.59319 0.37012 0.59319 0.37304 0.61092 0.37304 0.61092 0.37012\n 40 6 55\n 38 6 1\n 14 94 4 0.61092 0.37012 0.61092 0.37304 0.61535 0.37304 0.61535 0.37012\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.37304 0.39375 0.37596 0.41591 0.37596 0.41591 0.37304\n 40 6 46\n 38 6 1\n 14 94 4 0.41591 0.37304 0.41591 0.37596 0.43807 0.37596 0.43807 0.37304\n 40 6 47\n 38 6 1\n 14 94 4 0.43807 0.37304 0.43807 0.37596 0.46023 0.37596 0.46023 0.37304\n 40 6 48\n 38 6 1\n 14 94 4 0.46023 0.37304 0.46023 0.37596 0.48239 0.37596 0.48239 0.37304\n 40 6 49\n 38 6 1\n 14 94 4 0.48239 0.37304 0.48239 0.37596 0.50455 0.37596 0.50455 0.37304\n 40 6 50\n 38 6 1\n 14 94 4 0.50455 0.37304 0.50455 0.37596 0.53114 0.37596 0.53114 0.37304\n 40 6 51\n 38 6 1\n 14 94 4 0.53114 0.37304 0.53114 0.37596 0.55330 0.37596 0.55330 0.37304\n 40 6 52\n 38 6 1\n 14 94 4 0.55330 0.37304 0.55330 0.37596 0.57546 0.37596 0.57546 0.37304\n 40 6 53\n 38 6 1\n 14 94 4 0.57546 0.37304 0.57546 0.37596 0.59762 0.37596 0.59762 0.37304\n 40 6 54\n 38 6 1\n 14 94 4 0.59762 0.37304 0.59762 0.37596 0.61535 0.37596 0.61535 0.37304\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.37596 0.39375 0.37887 0.41591 0.37887 0.41591 0.37596\n 40 6 46\n 38 6 1\n 14 94 4 0.41591 0.37596 0.41591 0.37887 0.43807 0.37887 0.43807 0.37596\n 40 6 47\n 38 6 1\n 14 94 4 0.43807 0.37596 0.43807 0.37887 0.46466 0.37887 0.46466 0.37596\n 40 6 48\n 38 6 1\n 14 94 4 0.46466 0.37596 0.46466 0.37887 0.48682 0.37887 0.48682 0.37596\n 40 6 49\n 38 6 1\n 14 94 4 0.48682 0.37596 0.48682 0.37887 0.50898 0.37887 0.50898 0.37596\n 40 6 50\n 38 6 1\n 14 94 4 0.50898 0.37596 0.50898 0.37887 0.53557 0.37887 0.53557 0.37596\n 40 6 51\n 38 6 1\n 14 94 4 0.53557 0.37596 0.53557 0.37887 0.55773 0.37887 0.55773 0.37596\n 40 6 52\n 38 6 1\n 14 94 4 0.55773 0.37596 0.55773 0.37887 0.58432 0.37887 0.58432 0.37596\n 40 6 53\n 38 6 1\n 14 94 4 0.58432 0.37596 0.58432 0.37887 0.60648 0.37887 0.60648 0.37596\n 40 6 54\n 38 6 1\n 14 94 4 0.60648 0.37596 0.60648 0.37887 0.61535 0.37887 0.61535 0.37596\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.37887 0.39375 0.38179 0.41591 0.38179 0.41591 0.37887\n 40 6 46\n 38 6 1\n 14 94 4 0.41591 0.37887 0.41591 0.38179 0.44250 0.38179 0.44250 0.37887\n 40 6 47\n 38 6 1\n 14 94 4 0.44250 0.37887 0.44250 0.38179 0.46466 0.38179 0.46466 0.37887\n 40 6 48\n 38 6 1\n 14 94 4 0.46466 0.37887 0.46466 0.38179 0.49125 0.38179 0.49125 0.37887\n 40 6 49\n 38 6 1\n 14 94 4 0.49125 0.37887 0.49125 0.38179 0.51341 0.38179 0.51341 0.37887\n 40 6 50\n 38 6 1\n 14 94 4 0.51341 0.37887 0.51341 0.38179 0.54001 0.38179 0.54001 0.37887\n 40 6 51\n 38 6 1\n 14 94 4 0.54001 0.37887 0.54001 0.38179 0.56660 0.38179 0.56660 0.37887\n 40 6 52\n 38 6 1\n 14 94 4 0.56660 0.37887 0.56660 0.38179 0.58876 0.38179 0.58876 0.37887\n 40 6 53\n 38 6 1\n 14 94 4 0.58876 0.37887 0.58876 0.38179 0.61535 0.38179 0.61535 0.37887\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.38179 0.39375 0.38471 0.41591 0.38471 0.41591 0.38179\n 40 6 46\n 38 6 1\n 14 94 4 0.41591 0.38179 0.41591 0.38471 0.44250 0.38471 0.44250 0.38179\n 40 6 47\n 38 6 1\n 14 94 4 0.44250 0.38179 0.44250 0.38471 0.46910 0.38471 0.46910 0.38179\n 40 6 48\n 38 6 1\n 14 94 4 0.46910 0.38179 0.46910 0.38471 0.49569 0.38471 0.49569 0.38179\n 40 6 49\n 38 6 1\n 14 94 4 0.49569 0.38179 0.49569 0.38471 0.51785 0.38471 0.51785 0.38179\n 40 6 50\n 38 6 1\n 14 94 4 0.51785 0.38179 0.51785 0.38471 0.54444 0.38471 0.54444 0.38179\n 40 6 51\n 38 6 1\n 14 94 4 0.54444 0.38179 0.54444 0.38471 0.57103 0.38471 0.57103 0.38179\n 40 6 52\n 38 6 1\n 14 94 4 0.57103 0.38179 0.57103 0.38471 0.59762 0.38471 0.59762 0.38179\n 40 6 53\n 38 6 1\n 14 94 4 0.59762 0.38179 0.59762 0.38471 0.61535 0.38471 0.61535 0.38179\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.38471 0.39375 0.38762 0.41591 0.38762 0.41591 0.38471\n 40 6 46\n 38 6 1\n 14 94 4 0.41591 0.38471 0.41591 0.38762 0.44250 0.38762 0.44250 0.38471\n 40 6 47\n 38 6 1\n 14 94 4 0.44250 0.38471 0.44250 0.38762 0.46910 0.38762 0.46910 0.38471\n 40 6 48\n 38 6 1\n 14 94 4 0.46910 0.38471 0.46910 0.38762 0.49569 0.38762 0.49569 0.38471\n 40 6 49\n 38 6 1\n 14 94 4 0.49569 0.38471 0.49569 0.38762 0.52228 0.38762 0.52228 0.38471\n 40 6 50\n 38 6 1\n 14 94 4 0.52228 0.38471 0.52228 0.38762 0.54887 0.38762 0.54887 0.38471\n 40 6 51\n 38 6 1\n 14 94 4 0.54887 0.38471 0.54887 0.38762 0.57546 0.38762 0.57546 0.38471\n 40 6 52\n 38 6 1\n 14 94 4 0.57546 0.38471 0.57546 0.38762 0.60205 0.38762 0.60205 0.38471\n 40 6 53\n 38 6 1\n 14 94 4 0.60205 0.38471 0.60205 0.38762 0.61535 0.38762 0.61535 0.38471\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.38762 0.39375 0.39054 0.42034 0.39054 0.42034 0.38762\n 40 6 46\n 38 6 1\n 14 94 4 0.42034 0.38762 0.42034 0.39054 0.44694 0.39054 0.44694 0.38762\n 40 6 47\n 38 6 1\n 14 94 4 0.44694 0.38762 0.44694 0.39054 0.47353 0.39054 0.47353 0.38762\n 40 6 48\n 38 6 1\n 14 94 4 0.47353 0.38762 0.47353 0.39054 0.50012 0.39054 0.50012 0.38762\n 40 6 49\n 38 6 1\n 14 94 4 0.50012 0.38762 0.50012 0.39054 0.52671 0.39054 0.52671 0.38762\n 40 6 50\n 38 6 1\n 14 94 4 0.52671 0.38762 0.52671 0.39054 0.55773 0.39054 0.55773 0.38762\n 40 6 51\n 38 6 1\n 14 94 4 0.55773 0.38762 0.55773 0.39054 0.58432 0.39054 0.58432 0.38762\n 40 6 52\n 38 6 1\n 14 94 4 0.58432 0.38762 0.58432 0.39054 0.61092 0.39054 0.61092 0.38762\n 40 6 53\n 38 6 1\n 14 94 4 0.61092 0.38762 0.61092 0.39054 0.61535 0.39054 0.61535 0.38762\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.39054 0.39375 0.39345 0.42034 0.39345 0.42034 0.39054\n 40 6 46\n 38 6 1\n 14 94 4 0.42034 0.39054 0.42034 0.39345 0.44694 0.39345 0.44694 0.39054\n 40 6 47\n 38 6 1\n 14 94 4 0.44694 0.39054 0.44694 0.39345 0.47796 0.39345 0.47796 0.39054\n 40 6 48\n 38 6 1\n 14 94 4 0.47796 0.39054 0.47796 0.39345 0.50455 0.39345 0.50455 0.39054\n 40 6 49\n 38 6 1\n 14 94 4 0.50455 0.39054 0.50455 0.39345 0.53114 0.39345 0.53114 0.39054\n 40 6 50\n 38 6 1\n 14 94 4 0.53114 0.39054 0.53114 0.39345 0.56217 0.39345 0.56217 0.39054\n 40 6 51\n 38 6 1\n 14 94 4 0.56217 0.39054 0.56217 0.39345 0.58876 0.39345 0.58876 0.39054\n 40 6 52\n 38 6 1\n 14 94 4 0.58876 0.39054 0.58876 0.39345 0.61535 0.39345 0.61535 0.39054\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.39345 0.39375 0.39637 0.42034 0.39637 0.42034 0.39345\n 40 6 46\n 38 6 1\n 14 94 4 0.42034 0.39345 0.42034 0.39637 0.45137 0.39637 0.45137 0.39345\n 40 6 47\n 38 6 1\n 14 94 4 0.45137 0.39345 0.45137 0.39637 0.47796 0.39637 0.47796 0.39345\n 40 6 48\n 38 6 1\n 14 94 4 0.47796 0.39345 0.47796 0.39637 0.50898 0.39637 0.50898 0.39345\n 40 6 49\n 38 6 1\n 14 94 4 0.50898 0.39345 0.50898 0.39637 0.53557 0.39637 0.53557 0.39345\n 40 6 50\n 38 6 1\n 14 94 4 0.53557 0.39345 0.53557 0.39637 0.56660 0.39637 0.56660 0.39345\n 40 6 51\n 38 6 1\n 14 94 4 0.56660 0.39345 0.56660 0.39637 0.59762 0.39637 0.59762 0.39345\n 40 6 52\n 38 6 1\n 14 94 4 0.59762 0.39345 0.59762 0.39637 0.61535 0.39637 0.61535 0.39345\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.39637 0.39375 0.39929 0.42034 0.39929 0.42034 0.39637\n 40 6 46\n 38 6 1\n 14 94 4 0.42034 0.39637 0.42034 0.39929 0.45137 0.39929 0.45137 0.39637\n 40 6 47\n 38 6 1\n 14 94 4 0.45137 0.39637 0.45137 0.39929 0.48239 0.39929 0.48239 0.39637\n 40 6 48\n 38 6 1\n 14 94 4 0.48239 0.39637 0.48239 0.39929 0.51341 0.39929 0.51341 0.39637\n 40 6 49\n 38 6 1\n 14 94 4 0.51341 0.39637 0.51341 0.39929 0.54001 0.39929 0.54001 0.39637\n 40 6 50\n 38 6 1\n 14 94 4 0.54001 0.39637 0.54001 0.39929 0.57103 0.39929 0.57103 0.39637\n 40 6 51\n 38 6 1\n 14 94 4 0.57103 0.39637 0.57103 0.39929 0.60205 0.39929 0.60205 0.39637\n 40 6 52\n 38 6 1\n 14 94 4 0.60205 0.39637 0.60205 0.39929 0.61535 0.39929 0.61535 0.39637\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.39929 0.39375 0.40220 0.42034 0.40220 0.42034 0.39929\n 40 6 46\n 38 6 1\n 14 94 4 0.42034 0.39929 0.42034 0.40220 0.45137 0.40220 0.45137 0.39929\n 40 6 47\n 38 6 1\n 14 94 4 0.45137 0.39929 0.45137 0.40220 0.48239 0.40220 0.48239 0.39929\n 40 6 48\n 38 6 1\n 14 94 4 0.48239 0.39929 0.48239 0.40220 0.51341 0.40220 0.51341 0.39929\n 40 6 49\n 38 6 1\n 14 94 4 0.51341 0.39929 0.51341 0.40220 0.54444 0.40220 0.54444 0.39929\n 40 6 50\n 38 6 1\n 14 94 4 0.54444 0.39929 0.54444 0.40220 0.57546 0.40220 0.57546 0.39929\n 40 6 51\n 38 6 1\n 14 94 4 0.57546 0.39929 0.57546 0.40220 0.60648 0.40220 0.60648 0.39929\n 40 6 52\n 38 6 1\n 14 94 4 0.60648 0.39929 0.60648 0.40220 0.61535 0.40220 0.61535 0.39929\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.40220 0.39375 0.40512 0.42478 0.40512 0.42478 0.40220\n 40 6 46\n 38 6 1\n 14 94 4 0.42478 0.40220 0.42478 0.40512 0.45580 0.40512 0.45580 0.40220\n 40 6 47\n 38 6 1\n 14 94 4 0.45580 0.40220 0.45580 0.40512 0.48682 0.40512 0.48682 0.40220\n 40 6 48\n 38 6 1\n 14 94 4 0.48682 0.40220 0.48682 0.40512 0.51785 0.40512 0.51785 0.40220\n 40 6 49\n 38 6 1\n 14 94 4 0.51785 0.40220 0.51785 0.40512 0.54887 0.40512 0.54887 0.40220\n 40 6 50\n 38 6 1\n 14 94 4 0.54887 0.40220 0.54887 0.40512 0.58432 0.40512 0.58432 0.40220\n 40 6 51\n 38 6 1\n 14 94 4 0.58432 0.40220 0.58432 0.40512 0.61535 0.40512 0.61535 0.40220\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.40512 0.39375 0.40803 0.42478 0.40803 0.42478 0.40512\n 40 6 46\n 38 6 1\n 14 94 4 0.42478 0.40512 0.42478 0.40803 0.45580 0.40803 0.45580 0.40512\n 40 6 47\n 38 6 1\n 14 94 4 0.45580 0.40512 0.45580 0.40803 0.49125 0.40803 0.49125 0.40512\n 40 6 48\n 38 6 1\n 14 94 4 0.49125 0.40512 0.49125 0.40803 0.52228 0.40803 0.52228 0.40512\n 40 6 49\n 38 6 1\n 14 94 4 0.52228 0.40512 0.52228 0.40803 0.55330 0.40803 0.55330 0.40512\n 40 6 50\n 38 6 1\n 14 94 4 0.55330 0.40512 0.55330 0.40803 0.58876 0.40803 0.58876 0.40512\n 40 6 51\n 38 6 1\n 14 94 4 0.58876 0.40512 0.58876 0.40803 0.61535 0.40803 0.61535 0.40512\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.40803 0.39375 0.41095 0.42478 0.41095 0.42478 0.40803\n 40 6 46\n 38 6 1\n 14 94 4 0.42478 0.40803 0.42478 0.41095 0.46023 0.41095 0.46023 0.40803\n 40 6 47\n 38 6 1\n 14 94 4 0.46023 0.40803 0.46023 0.41095 0.49125 0.41095 0.49125 0.40803\n 40 6 48\n 38 6 1\n 14 94 4 0.49125 0.40803 0.49125 0.41095 0.52671 0.41095 0.52671 0.40803\n 40 6 49\n 38 6 1\n 14 94 4 0.52671 0.40803 0.52671 0.41095 0.55773 0.41095 0.55773 0.40803\n 40 6 50\n 38 6 1\n 14 94 4 0.55773 0.40803 0.55773 0.41095 0.59319 0.41095 0.59319 0.40803\n 40 6 51\n 38 6 1\n 14 94 4 0.59319 0.40803 0.59319 0.41095 0.61535 0.41095 0.61535 0.40803\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.41095 0.39375 0.41387 0.42478 0.41387 0.42478 0.41095\n 40 6 46\n 38 6 1\n 14 94 4 0.42478 0.41095 0.42478 0.41387 0.46023 0.41387 0.46023 0.41095\n 40 6 47\n 38 6 1\n 14 94 4 0.46023 0.41095 0.46023 0.41387 0.49569 0.41387 0.49569 0.41095\n 40 6 48\n 38 6 1\n 14 94 4 0.49569 0.41095 0.49569 0.41387 0.53114 0.41387 0.53114 0.41095\n 40 6 49\n 38 6 1\n 14 94 4 0.53114 0.41095 0.53114 0.41387 0.56217 0.41387 0.56217 0.41095\n 40 6 50\n 38 6 1\n 14 94 4 0.56217 0.41095 0.56217 0.41387 0.59762 0.41387 0.59762 0.41095\n 40 6 51\n 38 6 1\n 14 94 4 0.59762 0.41095 0.59762 0.41387 0.61535 0.41387 0.61535 0.41095\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.41387 0.39375 0.41678 0.42478 0.41678 0.42478 0.41387\n 40 6 46\n 38 6 1\n 14 94 4 0.42478 0.41387 0.42478 0.41678 0.46023 0.41678 0.46023 0.41387\n 40 6 47\n 38 6 1\n 14 94 4 0.46023 0.41387 0.46023 0.41678 0.49569 0.41678 0.49569 0.41387\n 40 6 48\n 38 6 1\n 14 94 4 0.49569 0.41387 0.49569 0.41678 0.53114 0.41678 0.53114 0.41387\n 40 6 49\n 38 6 1\n 14 94 4 0.53114 0.41387 0.53114 0.41678 0.56660 0.41678 0.56660 0.41387\n 40 6 50\n 38 6 1\n 14 94 4 0.56660 0.41387 0.56660 0.41678 0.60205 0.41678 0.60205 0.41387\n 40 6 51\n 38 6 1\n 14 94 4 0.60205 0.41387 0.60205 0.41678 0.61535 0.41678 0.61535 0.41387\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.41678 0.39375 0.41970 0.42921 0.41970 0.42921 0.41678\n 40 6 46\n 38 6 1\n 14 94 4 0.42921 0.41678 0.42921 0.41970 0.46466 0.41970 0.46466 0.41678\n 40 6 47\n 38 6 1\n 14 94 4 0.46466 0.41678 0.46466 0.41970 0.50012 0.41970 0.50012 0.41678\n 40 6 48\n 38 6 1\n 14 94 4 0.50012 0.41678 0.50012 0.41970 0.53557 0.41970 0.53557 0.41678\n 40 6 49\n 38 6 1\n 14 94 4 0.53557 0.41678 0.53557 0.41970 0.57103 0.41970 0.57103 0.41678\n 40 6 50\n 38 6 1\n 14 94 4 0.57103 0.41678 0.57103 0.41970 0.61092 0.41970 0.61092 0.41678\n 40 6 51\n 38 6 1\n 14 94 4 0.61092 0.41678 0.61092 0.41970 0.61535 0.41970 0.61535 0.41678\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.41970 0.39375 0.42261 0.42921 0.42261 0.42921 0.41970\n 40 6 46\n 38 6 1\n 14 94 4 0.42921 0.41970 0.42921 0.42261 0.46466 0.42261 0.46466 0.41970\n 40 6 47\n 38 6 1\n 14 94 4 0.46466 0.41970 0.46466 0.42261 0.50455 0.42261 0.50455 0.41970\n 40 6 48\n 38 6 1\n 14 94 4 0.50455 0.41970 0.50455 0.42261 0.54001 0.42261 0.54001 0.41970\n 40 6 49\n 38 6 1\n 14 94 4 0.54001 0.41970 0.54001 0.42261 0.57546 0.42261 0.57546 0.41970\n 40 6 50\n 38 6 1\n 14 94 4 0.57546 0.41970 0.57546 0.42261 0.61535 0.42261 0.61535 0.41970\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.42261 0.39375 0.42553 0.42921 0.42553 0.42921 0.42261\n 40 6 46\n 38 6 1\n 14 94 4 0.42921 0.42261 0.42921 0.42553 0.46910 0.42553 0.46910 0.42261\n 40 6 47\n 38 6 1\n 14 94 4 0.46910 0.42261 0.46910 0.42553 0.50455 0.42553 0.50455 0.42261\n 40 6 48\n 38 6 1\n 14 94 4 0.50455 0.42261 0.50455 0.42553 0.54444 0.42553 0.54444 0.42261\n 40 6 49\n 38 6 1\n 14 94 4 0.54444 0.42261 0.54444 0.42553 0.57989 0.42553 0.57989 0.42261\n 40 6 50\n 38 6 1\n 14 94 4 0.57989 0.42261 0.57989 0.42553 0.61535 0.42553 0.61535 0.42261\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.42553 0.39375 0.42845 0.42921 0.42845 0.42921 0.42553\n 40 6 46\n 38 6 1\n 14 94 4 0.42921 0.42553 0.42921 0.42845 0.46910 0.42845 0.46910 0.42553\n 40 6 47\n 38 6 1\n 14 94 4 0.46910 0.42553 0.46910 0.42845 0.50898 0.42845 0.50898 0.42553\n 40 6 48\n 38 6 1\n 14 94 4 0.50898 0.42553 0.50898 0.42845 0.54887 0.42845 0.54887 0.42553\n 40 6 49\n 38 6 1\n 14 94 4 0.54887 0.42553 0.54887 0.42845 0.58432 0.42845 0.58432 0.42553\n 40 6 50\n 38 6 1\n 14 94 4 0.58432 0.42553 0.58432 0.42845 0.61535 0.42845 0.61535 0.42553\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.42845 0.39375 0.43136 0.42921 0.43136 0.42921 0.42845\n 40 6 46\n 38 6 1\n 14 94 4 0.42921 0.42845 0.42921 0.43136 0.46910 0.43136 0.46910 0.42845\n 40 6 47\n 38 6 1\n 14 94 4 0.46910 0.42845 0.46910 0.43136 0.50898 0.43136 0.50898 0.42845\n 40 6 48\n 38 6 1\n 14 94 4 0.50898 0.42845 0.50898 0.43136 0.54887 0.43136 0.54887 0.42845\n 40 6 49\n 38 6 1\n 14 94 4 0.54887 0.42845 0.54887 0.43136 0.58876 0.43136 0.58876 0.42845\n 40 6 50\n 38 6 1\n 14 94 4 0.58876 0.42845 0.58876 0.43136 0.61535 0.43136 0.61535 0.42845\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.43136 0.39375 0.43428 0.43364 0.43428 0.43364 0.43136\n 40 6 46\n 38 6 1\n 14 94 4 0.43364 0.43136 0.43364 0.43428 0.47353 0.43428 0.47353 0.43136\n 40 6 47\n 38 6 1\n 14 94 4 0.47353 0.43136 0.47353 0.43428 0.51341 0.43428 0.51341 0.43136\n 40 6 48\n 38 6 1\n 14 94 4 0.51341 0.43136 0.51341 0.43428 0.55330 0.43428 0.55330 0.43136\n 40 6 49\n 38 6 1\n 14 94 4 0.55330 0.43136 0.55330 0.43428 0.59319 0.43428 0.59319 0.43136\n 40 6 50\n 38 6 1\n 14 94 4 0.59319 0.43136 0.59319 0.43428 0.61535 0.43428 0.61535 0.43136\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.43428 0.39375 0.43720 0.43364 0.43720 0.43364 0.43428\n 40 6 46\n 38 6 1\n 14 94 4 0.43364 0.43428 0.43364 0.43720 0.47353 0.43720 0.47353 0.43428\n 40 6 47\n 38 6 1\n 14 94 4 0.47353 0.43428 0.47353 0.43720 0.51785 0.43720 0.51785 0.43428\n 40 6 48\n 38 6 1\n 14 94 4 0.51785 0.43428 0.51785 0.43720 0.55773 0.43720 0.55773 0.43428\n 40 6 49\n 38 6 1\n 14 94 4 0.55773 0.43428 0.55773 0.43720 0.59762 0.43720 0.59762 0.43428\n 40 6 50\n 38 6 1\n 14 94 4 0.59762 0.43428 0.59762 0.43720 0.61535 0.43720 0.61535 0.43428\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.43720 0.39375 0.44011 0.43364 0.44011 0.43364 0.43720\n 40 6 46\n 38 6 1\n 14 94 4 0.43364 0.43720 0.43364 0.44011 0.47796 0.44011 0.47796 0.43720\n 40 6 47\n 38 6 1\n 14 94 4 0.47796 0.43720 0.47796 0.44011 0.51785 0.44011 0.51785 0.43720\n 40 6 48\n 38 6 1\n 14 94 4 0.51785 0.43720 0.51785 0.44011 0.56217 0.44011 0.56217 0.43720\n 40 6 49\n 38 6 1\n 14 94 4 0.56217 0.43720 0.56217 0.44011 0.60205 0.44011 0.60205 0.43720\n 40 6 50\n 38 6 1\n 14 94 4 0.60205 0.43720 0.60205 0.44011 0.61535 0.44011 0.61535 0.43720\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.44011 0.39375 0.44303 0.43364 0.44303 0.43364 0.44011\n 40 6 46\n 38 6 1\n 14 94 4 0.43364 0.44011 0.43364 0.44303 0.47796 0.44303 0.47796 0.44011\n 40 6 47\n 38 6 1\n 14 94 4 0.47796 0.44011 0.47796 0.44303 0.52228 0.44303 0.52228 0.44011\n 40 6 48\n 38 6 1\n 14 94 4 0.52228 0.44011 0.52228 0.44303 0.56660 0.44303 0.56660 0.44011\n 40 6 49\n 38 6 1\n 14 94 4 0.56660 0.44011 0.56660 0.44303 0.60648 0.44303 0.60648 0.44011\n 40 6 50\n 38 6 1\n 14 94 4 0.60648 0.44011 0.60648 0.44303 0.61535 0.44303 0.61535 0.44011\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.44303 0.39375 0.44594 0.43364 0.44594 0.43364 0.44303\n 40 6 46\n 38 6 1\n 14 94 4 0.43364 0.44303 0.43364 0.44594 0.47796 0.44594 0.47796 0.44303\n 40 6 47\n 38 6 1\n 14 94 4 0.47796 0.44303 0.47796 0.44594 0.52228 0.44594 0.52228 0.44303\n 40 6 48\n 38 6 1\n 14 94 4 0.52228 0.44303 0.52228 0.44594 0.56660 0.44594 0.56660 0.44303\n 40 6 49\n 38 6 1\n 14 94 4 0.56660 0.44303 0.56660 0.44594 0.61092 0.44594 0.61092 0.44303\n 40 6 50\n 38 6 1\n 14 94 4 0.61092 0.44303 0.61092 0.44594 0.61535 0.44594 0.61535 0.44303\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.44594 0.39375 0.44886 0.43807 0.44886 0.43807 0.44594\n 40 6 46\n 38 6 1\n 14 94 4 0.43807 0.44594 0.43807 0.44886 0.48239 0.44886 0.48239 0.44594\n 40 6 47\n 38 6 1\n 14 94 4 0.48239 0.44594 0.48239 0.44886 0.52671 0.44886 0.52671 0.44594\n 40 6 48\n 38 6 1\n 14 94 4 0.52671 0.44594 0.52671 0.44886 0.57103 0.44886 0.57103 0.44594\n 40 6 49\n 38 6 1\n 14 94 4 0.57103 0.44594 0.57103 0.44886 0.61535 0.44886 0.61535 0.44594\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.44886 0.39375 0.45178 0.43807 0.45178 0.43807 0.44886\n 40 6 46\n 38 6 1\n 14 94 4 0.43807 0.44886 0.43807 0.45178 0.48239 0.45178 0.48239 0.44886\n 40 6 47\n 38 6 1\n 14 94 4 0.48239 0.44886 0.48239 0.45178 0.53114 0.45178 0.53114 0.44886\n 40 6 48\n 38 6 1\n 14 94 4 0.53114 0.44886 0.53114 0.45178 0.57546 0.45178 0.57546 0.44886\n 40 6 49\n 38 6 1\n 14 94 4 0.57546 0.44886 0.57546 0.45178 0.61535 0.45178 0.61535 0.44886\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.45178 0.39375 0.45469 0.43807 0.45469 0.43807 0.45178\n 40 6 46\n 38 6 1\n 14 94 4 0.43807 0.45178 0.43807 0.45469 0.48682 0.45469 0.48682 0.45178\n 40 6 47\n 38 6 1\n 14 94 4 0.48682 0.45178 0.48682 0.45469 0.53114 0.45469 0.53114 0.45178\n 40 6 48\n 38 6 1\n 14 94 4 0.53114 0.45178 0.53114 0.45469 0.57989 0.45469 0.57989 0.45178\n 40 6 49\n 38 6 1\n 14 94 4 0.57989 0.45178 0.57989 0.45469 0.61535 0.45469 0.61535 0.45178\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.45469 0.39375 0.45761 0.43807 0.45761 0.43807 0.45469\n 40 6 46\n 38 6 1\n 14 94 4 0.43807 0.45469 0.43807 0.45761 0.48682 0.45761 0.48682 0.45469\n 40 6 47\n 38 6 1\n 14 94 4 0.48682 0.45469 0.48682 0.45761 0.53557 0.45761 0.53557 0.45469\n 40 6 48\n 38 6 1\n 14 94 4 0.53557 0.45469 0.53557 0.45761 0.58432 0.45761 0.58432 0.45469\n 40 6 49\n 38 6 1\n 14 94 4 0.58432 0.45469 0.58432 0.45761 0.61535 0.45761 0.61535 0.45469\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.45761 0.39375 0.46052 0.43807 0.46052 0.43807 0.45761\n 40 6 46\n 38 6 1\n 14 94 4 0.43807 0.45761 0.43807 0.46052 0.48682 0.46052 0.48682 0.45761\n 40 6 47\n 38 6 1\n 14 94 4 0.48682 0.45761 0.48682 0.46052 0.53557 0.46052 0.53557 0.45761\n 40 6 48\n 38 6 1\n 14 94 4 0.53557 0.45761 0.53557 0.46052 0.58432 0.46052 0.58432 0.45761\n 40 6 49\n 38 6 1\n 14 94 4 0.58432 0.45761 0.58432 0.46052 0.61535 0.46052 0.61535 0.45761\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.46052 0.39375 0.46344 0.44250 0.46344 0.44250 0.46052\n 40 6 46\n 38 6 1\n 14 94 4 0.44250 0.46052 0.44250 0.46344 0.49125 0.46344 0.49125 0.46052\n 40 6 47\n 38 6 1\n 14 94 4 0.49125 0.46052 0.49125 0.46344 0.54001 0.46344 0.54001 0.46052\n 40 6 48\n 38 6 1\n 14 94 4 0.54001 0.46052 0.54001 0.46344 0.58876 0.46344 0.58876 0.46052\n 40 6 49\n 38 6 1\n 14 94 4 0.58876 0.46052 0.58876 0.46344 0.61535 0.46344 0.61535 0.46052\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.46344 0.39375 0.46636 0.44250 0.46636 0.44250 0.46344\n 40 6 46\n 38 6 1\n 14 94 4 0.44250 0.46344 0.44250 0.46636 0.49125 0.46636 0.49125 0.46344\n 40 6 47\n 38 6 1\n 14 94 4 0.49125 0.46344 0.49125 0.46636 0.54444 0.46636 0.54444 0.46344\n 40 6 48\n 38 6 1\n 14 94 4 0.54444 0.46344 0.54444 0.46636 0.59319 0.46636 0.59319 0.46344\n 40 6 49\n 38 6 1\n 14 94 4 0.59319 0.46344 0.59319 0.46636 0.61535 0.46636 0.61535 0.46344\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.46636 0.39375 0.46927 0.44250 0.46927 0.44250 0.46636\n 40 6 46\n 38 6 1\n 14 94 4 0.44250 0.46636 0.44250 0.46927 0.49569 0.46927 0.49569 0.46636\n 40 6 47\n 38 6 1\n 14 94 4 0.49569 0.46636 0.49569 0.46927 0.54444 0.46927 0.54444 0.46636\n 40 6 48\n 38 6 1\n 14 94 4 0.54444 0.46636 0.54444 0.46927 0.59762 0.46927 0.59762 0.46636\n 40 6 49\n 38 6 1\n 14 94 4 0.59762 0.46636 0.59762 0.46927 0.61535 0.46927 0.61535 0.46636\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.46927 0.39375 0.47219 0.44250 0.47219 0.44250 0.46927\n 40 6 46\n 38 6 1\n 14 94 4 0.44250 0.46927 0.44250 0.47219 0.49569 0.47219 0.49569 0.46927\n 40 6 47\n 38 6 1\n 14 94 4 0.49569 0.46927 0.49569 0.47219 0.54887 0.47219 0.54887 0.46927\n 40 6 48\n 38 6 1\n 14 94 4 0.54887 0.46927 0.54887 0.47219 0.60205 0.47219 0.60205 0.46927\n 40 6 49\n 38 6 1\n 14 94 4 0.60205 0.46927 0.60205 0.47219 0.61535 0.47219 0.61535 0.46927\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.47219 0.39375 0.47510 0.44250 0.47510 0.44250 0.47219\n 40 6 46\n 38 6 1\n 14 94 4 0.44250 0.47219 0.44250 0.47510 0.49569 0.47510 0.49569 0.47219\n 40 6 47\n 38 6 1\n 14 94 4 0.49569 0.47219 0.49569 0.47510 0.54887 0.47510 0.54887 0.47219\n 40 6 48\n 38 6 1\n 14 94 4 0.54887 0.47219 0.54887 0.47510 0.60205 0.47510 0.60205 0.47219\n 40 6 49\n 38 6 1\n 14 94 4 0.60205 0.47219 0.60205 0.47510 0.61535 0.47510 0.61535 0.47219\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.47510 0.39375 0.47802 0.44694 0.47802 0.44694 0.47510\n 40 6 46\n 38 6 1\n 14 94 4 0.44694 0.47510 0.44694 0.47802 0.50012 0.47802 0.50012 0.47510\n 40 6 47\n 38 6 1\n 14 94 4 0.50012 0.47510 0.50012 0.47802 0.55330 0.47802 0.55330 0.47510\n 40 6 48\n 38 6 1\n 14 94 4 0.55330 0.47510 0.55330 0.47802 0.60648 0.47802 0.60648 0.47510\n 40 6 49\n 38 6 1\n 14 94 4 0.60648 0.47510 0.60648 0.47802 0.61535 0.47802 0.61535 0.47510\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.47802 0.39375 0.48094 0.44694 0.48094 0.44694 0.47802\n 40 6 46\n 38 6 1\n 14 94 4 0.44694 0.47802 0.44694 0.48094 0.50012 0.48094 0.50012 0.47802\n 40 6 47\n 38 6 1\n 14 94 4 0.50012 0.47802 0.50012 0.48094 0.55773 0.48094 0.55773 0.47802\n 40 6 48\n 38 6 1\n 14 94 4 0.55773 0.47802 0.55773 0.48094 0.61092 0.48094 0.61092 0.47802\n 40 6 49\n 38 6 1\n 14 94 4 0.61092 0.47802 0.61092 0.48094 0.61535 0.48094 0.61535 0.47802\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.48094 0.39375 0.48385 0.44694 0.48385 0.44694 0.48094\n 40 6 46\n 38 6 1\n 14 94 4 0.44694 0.48094 0.44694 0.48385 0.50455 0.48385 0.50455 0.48094\n 40 6 47\n 38 6 1\n 14 94 4 0.50455 0.48094 0.50455 0.48385 0.55773 0.48385 0.55773 0.48094\n 40 6 48\n 38 6 1\n 14 94 4 0.55773 0.48094 0.55773 0.48385 0.61535 0.48385 0.61535 0.48094\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.48385 0.39375 0.48677 0.44694 0.48677 0.44694 0.48385\n 40 6 46\n 38 6 1\n 14 94 4 0.44694 0.48385 0.44694 0.48677 0.50455 0.48677 0.50455 0.48385\n 40 6 47\n 38 6 1\n 14 94 4 0.50455 0.48385 0.50455 0.48677 0.56217 0.48677 0.56217 0.48385\n 40 6 48\n 38 6 1\n 14 94 4 0.56217 0.48385 0.56217 0.48677 0.61535 0.48677 0.61535 0.48385\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.48677 0.39375 0.48969 0.44694 0.48969 0.44694 0.48677\n 40 6 46\n 38 6 1\n 14 94 4 0.44694 0.48677 0.44694 0.48969 0.50455 0.48969 0.50455 0.48677\n 40 6 47\n 38 6 1\n 14 94 4 0.50455 0.48677 0.50455 0.48969 0.56217 0.48969 0.56217 0.48677\n 40 6 48\n 38 6 1\n 14 94 4 0.56217 0.48677 0.56217 0.48969 0.61535 0.48969 0.61535 0.48677\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.48969 0.39375 0.49260 0.45137 0.49260 0.45137 0.48969\n 40 6 46\n 38 6 1\n 14 94 4 0.45137 0.48969 0.45137 0.49260 0.50898 0.49260 0.50898 0.48969\n 40 6 47\n 38 6 1\n 14 94 4 0.50898 0.48969 0.50898 0.49260 0.56660 0.49260 0.56660 0.48969\n 40 6 48\n 38 6 1\n 14 94 4 0.56660 0.48969 0.56660 0.49260 0.61535 0.49260 0.61535 0.48969\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.49260 0.39375 0.49552 0.45137 0.49552 0.45137 0.49260\n 40 6 46\n 38 6 1\n 14 94 4 0.45137 0.49260 0.45137 0.49552 0.50898 0.49552 0.50898 0.49260\n 40 6 47\n 38 6 1\n 14 94 4 0.50898 0.49260 0.50898 0.49552 0.57103 0.49552 0.57103 0.49260\n 40 6 48\n 38 6 1\n 14 94 4 0.57103 0.49260 0.57103 0.49552 0.61535 0.49552 0.61535 0.49260\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.49552 0.39375 0.49843 0.45137 0.49843 0.45137 0.49552\n 40 6 46\n 38 6 1\n 14 94 4 0.45137 0.49552 0.45137 0.49843 0.51341 0.49843 0.51341 0.49552\n 40 6 47\n 38 6 1\n 14 94 4 0.51341 0.49552 0.51341 0.49843 0.57103 0.49843 0.57103 0.49552\n 40 6 48\n 38 6 1\n 14 94 4 0.57103 0.49552 0.57103 0.49843 0.61535 0.49843 0.61535 0.49552\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.49843 0.39375 0.50135 0.45137 0.50135 0.45137 0.49843\n 40 6 46\n 38 6 1\n 14 94 4 0.45137 0.49843 0.45137 0.50135 0.51341 0.50135 0.51341 0.49843\n 40 6 47\n 38 6 1\n 14 94 4 0.51341 0.49843 0.51341 0.50135 0.57546 0.50135 0.57546 0.49843\n 40 6 48\n 38 6 1\n 14 94 4 0.57546 0.49843 0.57546 0.50135 0.61535 0.50135 0.61535 0.49843\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.50135 0.39375 0.50427 0.45137 0.50427 0.45137 0.50135\n 40 6 46\n 38 6 1\n 14 94 4 0.45137 0.50135 0.45137 0.50427 0.51341 0.50427 0.51341 0.50135\n 40 6 47\n 38 6 1\n 14 94 4 0.51341 0.50135 0.51341 0.50427 0.57546 0.50427 0.57546 0.50135\n 40 6 48\n 38 6 1\n 14 94 4 0.57546 0.50135 0.57546 0.50427 0.61535 0.50427 0.61535 0.50135\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 40 6 45\n 38 6 1\n 14 94 4 0.62801 0.35846 0.64118 0.35846 0.64118 0.36968 0.62801 0.36968\n 11 116 5 0.62801 0.35846 0.64118 0.35846 0.64118 0.36968 0.62801 0.36968 0.62801 0.35846\n 40 6 46\n 38 6 1\n 14 94 4 0.62801 0.36968 0.64118 0.36968 0.64118 0.38089 0.62801 0.38089\n 11 116 5 0.62801 0.36968 0.64118 0.36968 0.64118 0.38089 0.62801 0.38089 0.62801 0.36968\n 40 6 47\n 38 6 1\n 14 94 4 0.62801 0.38089 0.64118 0.38089 0.64118 0.39211 0.62801 0.39211\n 11 116 5 0.62801 0.38089 0.64118 0.38089 0.64118 0.39211 0.62801 0.39211 0.62801 0.38089\n 40 6 48\n 38 6 1\n 14 94 4 0.62801 0.39211 0.64118 0.39211 0.64118 0.40332 0.62801 0.40332\n 11 116 5 0.62801 0.39211 0.64118 0.39211 0.64118 0.40332 0.62801 0.40332 0.62801 0.39211\n 40 6 49\n 38 6 1\n 14 94 4 0.62801 0.40332 0.64118 0.40332 0.64118 0.41454 0.62801 0.41454\n 11 116 5 0.62801 0.40332 0.64118 0.40332 0.64118 0.41454 0.62801 0.41454 0.62801 0.40332\n 40 6 50\n 38 6 1\n 14 94 4 0.62801 0.41454 0.64118 0.41454 0.64118 0.42576 0.62801 0.42576\n 11 116 5 0.62801 0.41454 0.64118 0.41454 0.64118 0.42576 0.62801 0.42576 0.62801 0.41454\n 40 6 51\n 38 6 1\n 14 94 4 0.62801 0.42576 0.64118 0.42576 0.64118 0.43697 0.62801 0.43697\n 11 116 5 0.62801 0.42576 0.64118 0.42576 0.64118 0.43697 0.62801 0.43697 0.62801 0.42576\n 40 6 52\n 38 6 1\n 14 94 4 0.62801 0.43697 0.64118 0.43697 0.64118 0.44819 0.62801 0.44819\n 11 116 5 0.62801 0.43697 0.64118 0.43697 0.64118 0.44819 0.62801 0.44819 0.62801 0.43697\n 40 6 53\n 38 6 1\n 14 94 4 0.62801 0.44819 0.64118 0.44819 0.64118 0.45940 0.62801 0.45940\n 11 116 5 0.62801 0.44819 0.64118 0.44819 0.64118 0.45940 0.62801 0.45940 0.62801 0.44819\n 40 6 54\n 38 6 1\n 14 94 4 0.62801 0.45940 0.64118 0.45940 0.64118 0.47062 0.62801 0.47062\n 11 116 5 0.62801 0.45940 0.64118 0.45940 0.64118 0.47062 0.62801 0.47062 0.62801 0.45940\n 40 6 55\n 38 6 1\n 14 94 4 0.62801 0.47062 0.64118 0.47062 0.64118 0.48183 0.62801 0.48183\n 11 116 5 0.62801 0.47062 0.64118 0.47062 0.64118 0.48183 0.62801 0.48183 0.62801 0.47062\n 40 6 56\n 38 6 1\n 14 94 4 0.62801 0.48183 0.64118 0.48183 0.64118 0.49305 0.62801 0.49305\n 11 116 5 0.62801 0.48183 0.64118 0.48183 0.64118 0.49305 0.62801 0.49305 0.62801 0.48183\n 40 6 57\n 38 6 1\n 14 94 4 0.62801 0.49305 0.64118 0.49305 0.64118 0.50427 0.62801 0.50427\n 11 116 5 0.62801 0.49305 0.64118 0.49305 0.64118 0.50427 0.62801 0.50427 0.62801 0.49305\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 380 17 0.64664 0.36099 0.64592 0.36075 0.64544 0.36003 0.64520 0.35882 0.64520 0.35810 0.64544 0.35689 0.64592 0.35617 0.64664 0.35593 0.64712 0.35593 0.64785 0.35617 0.64833 0.35689 0.64857 0.35810 0.64857 0.35882 0.64833 0.36003 0.64785 0.36075 0.64712 0.36099 0.64664 0.36099\n 11 380 17 0.64664 0.38342 0.64592 0.38318 0.64544 0.38246 0.64520 0.38125 0.64520 0.38053 0.64544 0.37932 0.64592 0.37860 0.64664 0.37836 0.64712 0.37836 0.64785 0.37860 0.64833 0.37932 0.64857 0.38053 0.64857 0.38125 0.64833 0.38246 0.64785 0.38318 0.64712 0.38342 0.64664 0.38342\n 11 116 5 0.65050 0.37884 0.65026 0.37860 0.65050 0.37836 0.65074 0.37860 0.65050 0.37884\n 11 72 3 0.65484 0.38342 0.65243 0.38005 0.65604 0.38005\n 11 50 2 0.65484 0.38342 0.65484 0.37836\n 11 380 17 0.64664 0.40585 0.64592 0.40561 0.64544 0.40489 0.64520 0.40369 0.64520 0.40296 0.64544 0.40176 0.64592 0.40103 0.64664 0.40079 0.64712 0.40079 0.64785 0.40103 0.64833 0.40176 0.64857 0.40296 0.64857 0.40369 0.64833 0.40489 0.64785 0.40561 0.64712 0.40585 0.64664 0.40585\n 11 116 5 0.65050 0.40127 0.65026 0.40103 0.65050 0.40079 0.65074 0.40103 0.65050 0.40127\n 11 644 29 0.65363 0.40585 0.65291 0.40561 0.65267 0.40513 0.65267 0.40465 0.65291 0.40417 0.65339 0.40393 0.65436 0.40369 0.65508 0.40344 0.65556 0.40296 0.65580 0.40248 0.65580 0.40176 0.65556 0.40127 0.65532 0.40103 0.65460 0.40079 0.65363 0.40079 0.65291 0.40103 0.65267 0.40127 0.65243 0.40176 0.65243 0.40248 0.65267 0.40296 0.65315 0.40344 0.65388 0.40369 0.65484 0.40393 0.65532 0.40417 0.65556 0.40465 0.65556 0.40513 0.65532 0.40561 0.65460 0.40585 0.65363 0.40585\n 11 94 4 0.64592 0.42732 0.64640 0.42756 0.64712 0.42829 0.64712 0.42322\n 11 116 5 0.65050 0.42371 0.65026 0.42346 0.65050 0.42322 0.65074 0.42346 0.65050 0.42371\n 11 314 14 0.65267 0.42708 0.65267 0.42732 0.65291 0.42780 0.65315 0.42805 0.65363 0.42829 0.65460 0.42829 0.65508 0.42805 0.65532 0.42780 0.65556 0.42732 0.65556 0.42684 0.65532 0.42636 0.65484 0.42563 0.65243 0.42322 0.65580 0.42322\n 11 94 4 0.64592 0.44975 0.64640 0.45000 0.64712 0.45072 0.64712 0.44566\n 11 116 5 0.65050 0.44614 0.65026 0.44590 0.65050 0.44566 0.65074 0.44590 0.65050 0.44614\n 11 512 23 0.65556 0.45000 0.65532 0.45048 0.65460 0.45072 0.65412 0.45072 0.65339 0.45048 0.65291 0.44975 0.65267 0.44855 0.65267 0.44734 0.65291 0.44638 0.65339 0.44590 0.65412 0.44566 0.65436 0.44566 0.65508 0.44590 0.65556 0.44638 0.65580 0.44710 0.65580 0.44734 0.65556 0.44807 0.65508 0.44855 0.65436 0.44879 0.65412 0.44879 0.65339 0.44855 0.65291 0.44807 0.65267 0.44734\n 11 314 14 0.64544 0.47194 0.64544 0.47219 0.64568 0.47267 0.64592 0.47291 0.64640 0.47315 0.64737 0.47315 0.64785 0.47291 0.64809 0.47267 0.64833 0.47219 0.64833 0.47170 0.64809 0.47122 0.64761 0.47050 0.64520 0.46809 0.64857 0.46809\n 11 314 14 0.64544 0.49438 0.64544 0.49462 0.64568 0.49510 0.64592 0.49534 0.64640 0.49558 0.64737 0.49558 0.64785 0.49534 0.64809 0.49510 0.64833 0.49462 0.64833 0.49414 0.64809 0.49365 0.64761 0.49293 0.64520 0.49052 0.64857 0.49052\n 11 116 5 0.65050 0.49100 0.65026 0.49076 0.65050 0.49052 0.65074 0.49076 0.65050 0.49100\n 11 72 3 0.65484 0.49558 0.65243 0.49221 0.65604 0.49221\n 11 50 2 0.65484 0.49558 0.65484 0.49052\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 50 2 0.39375 0.35846 0.39375 0.50427\n 11 50 2 0.61535 0.35846 0.61535 0.50427\n 11 50 2 0.39375 0.50427 0.61535 0.50427\n 11 50 2 0.39375 0.35846 0.61535 0.35846\n 82 0\n 81 6 40\n 82 0\n 81 6 41\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 1150 52 0.41807 0.40658 0.41699 0.40949 0.41619 0.41241 0.41570 0.41532 0.41555 0.41824 0.41574 0.42116 0.41629 0.42407 0.41720 0.42699 0.41813 0.42907 0.41853 0.42990 0.42035 0.43282 0.42256 0.43565 0.42264 0.43574 0.42554 0.43865 0.42699 0.43990 0.42914 0.44157 0.43142 0.44313 0.43365 0.44449 0.43586 0.44569 0.43940 0.44740 0.44029 0.44779 0.44472 0.44949 0.44727 0.45032 0.44915 0.45088 0.45358 0.45199 0.45802 0.45287 0.46043 0.45323 0.46245 0.45352 0.46688 0.45393 0.47131 0.45415 0.47574 0.45417 0.48017 0.45399 0.48461 0.45362 0.48755 0.45323 0.48904 0.45303 0.49347 0.45220 0.49790 0.45117 0.50092 0.45032 0.50233 0.44989 0.50677 0.44832 0.50905 0.44740 0.51120 0.44647 0.51524 0.44449 0.51563 0.44428 0.52006 0.44167 0.52021 0.44157 0.52435 0.43865 0.52449 0.43854 0.52782 0.43574 0.52893 0.43471 0.53079 0.43282 0.53336 0.42998\n 11 314 14 0.53515 0.42894 0.53532 0.42904 0.53575 0.42906 0.53602 0.42898 0.53637 0.42874 0.53675 0.42807 0.53677 0.42764 0.53669 0.42737 0.53645 0.42702 0.53611 0.42683 0.53568 0.42681 0.53499 0.42686 0.53237 0.42761 0.53368 0.42525\n 11 380 17 0.53835 0.42520 0.53790 0.42562 0.53720 0.42567 0.53627 0.42537 0.53576 0.42509 0.53501 0.42445 0.53470 0.42383 0.53481 0.42323 0.53500 0.42289 0.53545 0.42248 0.53614 0.42243 0.53708 0.42273 0.53758 0.42301 0.53833 0.42365 0.53865 0.42427 0.53853 0.42487 0.53835 0.42520\n 11 380 17 0.54023 0.42184 0.53978 0.42225 0.53908 0.42230 0.53815 0.42200 0.53764 0.42172 0.53689 0.42108 0.53658 0.42046 0.53669 0.41986 0.53688 0.41952 0.53733 0.41911 0.53802 0.41906 0.53896 0.41936 0.53946 0.41964 0.54021 0.42028 0.54053 0.42090 0.54041 0.42150 0.54023 0.42184\n 11 1282 58 0.53999 0.41811 0.54082 0.41532 0.54139 0.41241 0.54167 0.40949 0.54163 0.40658 0.54126 0.40366 0.54056 0.40074 0.53951 0.39783 0.53810 0.39491 0.53779 0.39440 0.53619 0.39200 0.53385 0.38908 0.53336 0.38856 0.53086 0.38616 0.52893 0.38455 0.52719 0.38325 0.52449 0.38146 0.52257 0.38033 0.52006 0.37901 0.51659 0.37741 0.51563 0.37702 0.51120 0.37543 0.50808 0.37450 0.50677 0.37414 0.50233 0.37316 0.49790 0.37242 0.49347 0.37190 0.48904 0.37163 0.48682 0.37158 0.48461 0.37154 0.48352 0.37158 0.48017 0.37171 0.47574 0.37209 0.47131 0.37268 0.46688 0.37347 0.46245 0.37446 0.46230 0.37450 0.45802 0.37575 0.45358 0.37724 0.45313 0.37741 0.44915 0.37905 0.44636 0.38033 0.44472 0.38114 0.44083 0.38325 0.44029 0.38357 0.43622 0.38616 0.43586 0.38642 0.43231 0.38908 0.43142 0.38981 0.42894 0.39200 0.42699 0.39389 0.42601 0.39491 0.42349 0.39783 0.42256 0.39906 0.42136 0.40074 0.41957 0.40366 0.41813 0.40645 0.41807 0.40658\n 11 600 27 0.39597 0.39840 0.39631 0.39783 0.39823 0.39491 0.40035 0.39200 0.40040 0.39194 0.40278 0.38908 0.40483 0.38679 0.40543 0.38616 0.40838 0.38325 0.40926 0.38243 0.41165 0.38033 0.41370 0.37864 0.41525 0.37741 0.41813 0.37528 0.41925 0.37450 0.42256 0.37231 0.42373 0.37158 0.42699 0.36966 0.42879 0.36867 0.43142 0.36728 0.43457 0.36575 0.43586 0.36516 0.44029 0.36326 0.44139 0.36283 0.44472 0.36159 0.44915 0.36010 0.44977 0.35992\n 11 1282 58 0.52313 0.35992 0.52449 0.36035 0.52893 0.36194 0.53116 0.36283 0.53336 0.36377 0.53757 0.36575 0.53779 0.36586 0.54222 0.36831 0.54282 0.36867 0.54665 0.37115 0.54727 0.37158 0.55109 0.37445 0.55114 0.37450 0.55433 0.37741 0.55552 0.37860 0.55713 0.38033 0.55955 0.38325 0.55995 0.38380 0.56156 0.38616 0.56327 0.38908 0.56438 0.39134 0.56468 0.39200 0.56578 0.39491 0.56663 0.39783 0.56723 0.40074 0.56760 0.40366 0.56774 0.40658 0.56765 0.40949 0.56736 0.41241 0.56685 0.41532 0.56614 0.41824 0.56523 0.42116 0.56438 0.42343 0.56413 0.42407 0.56278 0.42699 0.56124 0.42990 0.55995 0.43208 0.55948 0.43282 0.55746 0.43574 0.55552 0.43830 0.55523 0.43865 0.55268 0.44157 0.55109 0.44326 0.54986 0.44449 0.54671 0.44740 0.54665 0.44745 0.54312 0.45032 0.54222 0.45100 0.53909 0.45323 0.53779 0.45410 0.53449 0.45615 0.53336 0.45681 0.52920 0.45907 0.52893 0.45921 0.52449 0.46129 0.52288 0.46198 0.52006 0.46312 0.51563 0.46475\n 11 72 3 0.50645 0.46936 0.50387 0.46727 0.50666 0.46650\n 11 50 2 0.50645 0.46936 0.50538 0.46546\n 11 380 17 0.50942 0.46855 0.50881 0.46851 0.50829 0.46806 0.50785 0.46718 0.50769 0.46662 0.50763 0.46564 0.50785 0.46498 0.50835 0.46464 0.50872 0.46454 0.50933 0.46457 0.50986 0.46503 0.51030 0.46591 0.51045 0.46647 0.51052 0.46745 0.51030 0.46811 0.50979 0.46845 0.50942 0.46855\n 11 380 17 0.51314 0.46753 0.51253 0.46750 0.51201 0.46704 0.51157 0.46616 0.51141 0.46560 0.51135 0.46462 0.51157 0.46396 0.51207 0.46362 0.51244 0.46352 0.51305 0.46355 0.51358 0.46401 0.51402 0.46489 0.51417 0.46545 0.51424 0.46643 0.51402 0.46709 0.51351 0.46743 0.51314 0.46753\n 11 842 38 0.50252 0.46834 0.50233 0.46838 0.49790 0.46923 0.49347 0.46994 0.48904 0.47050 0.48650 0.47073 0.48461 0.47090 0.48017 0.47115 0.47574 0.47126 0.47131 0.47123 0.46688 0.47107 0.46245 0.47077 0.46208 0.47073 0.45802 0.47031 0.45358 0.46970 0.44915 0.46896 0.44472 0.46807 0.44364 0.46781 0.44029 0.46699 0.43586 0.46574 0.43318 0.46490 0.43142 0.46431 0.42699 0.46266 0.42534 0.46198 0.42256 0.46077 0.41899 0.45907 0.41813 0.45862 0.41370 0.45619 0.41363 0.45615 0.40926 0.45328 0.40920 0.45323 0.40538 0.45032 0.40483 0.44986 0.40210 0.44740 0.40040 0.44569 0.39927 0.44449 0.39687 0.44157 0.39597 0.44031\n 11 226 10 0.39597 0.37334 0.39802 0.37158 0.40040 0.36964 0.40165 0.36867 0.40483 0.36629 0.40560 0.36575 0.40926 0.36326 0.40993 0.36283 0.41370 0.36051 0.41471 0.35992\n 11 1348 61 0.55795 0.35992 0.55995 0.36119 0.56237 0.36283 0.56438 0.36429 0.56627 0.36575 0.56881 0.36786 0.56973 0.36867 0.57279 0.37158 0.57324 0.37206 0.57547 0.37450 0.57768 0.37719 0.57785 0.37741 0.57990 0.38033 0.58170 0.38325 0.58211 0.38401 0.58322 0.38616 0.58449 0.38908 0.58555 0.39200 0.58639 0.39491 0.58654 0.39559 0.58701 0.39783 0.58743 0.40074 0.58766 0.40366 0.58771 0.40658 0.58758 0.40949 0.58729 0.41241 0.58683 0.41532 0.58654 0.41667 0.58619 0.41824 0.58539 0.42116 0.58443 0.42407 0.58332 0.42699 0.58211 0.42979 0.58205 0.42990 0.58059 0.43282 0.57897 0.43574 0.57768 0.43788 0.57719 0.43865 0.57519 0.44157 0.57324 0.44420 0.57303 0.44449 0.57061 0.44740 0.56881 0.44943 0.56798 0.45032 0.56509 0.45323 0.56438 0.45391 0.56190 0.45615 0.55995 0.45780 0.55838 0.45907 0.55552 0.46124 0.55449 0.46198 0.55109 0.46429 0.55014 0.46490 0.54665 0.46701 0.54523 0.46781 0.54222 0.46943 0.53963 0.47073 0.53779 0.47161 0.53336 0.47357 0.53316 0.47365 0.52893 0.47529\n 11 512 23 0.52030 0.47951 0.52023 0.47994 0.51973 0.48030 0.51937 0.48041 0.51876 0.48040 0.51821 0.47997 0.51774 0.47910 0.51745 0.47818 0.51741 0.47739 0.51766 0.47691 0.51815 0.47655 0.51834 0.47649 0.51895 0.47650 0.51943 0.47675 0.51979 0.47725 0.51984 0.47743 0.51983 0.47804 0.51958 0.47853 0.51909 0.47888 0.51890 0.47894 0.51829 0.47893 0.51781 0.47868 0.51745 0.47818\n 11 380 17 0.52286 0.47932 0.52225 0.47931 0.52171 0.47887 0.52124 0.47801 0.52106 0.47745 0.52096 0.47648 0.52115 0.47581 0.52165 0.47545 0.52202 0.47534 0.52263 0.47535 0.52317 0.47578 0.52364 0.47665 0.52381 0.47720 0.52392 0.47818 0.52372 0.47884 0.52323 0.47920 0.52286 0.47932\n 11 380 17 0.52654 0.47816 0.52593 0.47815 0.52539 0.47771 0.52492 0.47685 0.52474 0.47630 0.52464 0.47532 0.52483 0.47465 0.52533 0.47430 0.52570 0.47418 0.52631 0.47419 0.52685 0.47463 0.52732 0.47549 0.52749 0.47604 0.52760 0.47702 0.52740 0.47769 0.52691 0.47805 0.52654 0.47816\n 11 842 38 0.51595 0.47936 0.51563 0.47945 0.51552 0.47948 0.51120 0.48050 0.50677 0.48143 0.50233 0.48222 0.50120 0.48240 0.49790 0.48287 0.49347 0.48340 0.48904 0.48381 0.48461 0.48410 0.48017 0.48428 0.47574 0.48434 0.47131 0.48429 0.46688 0.48413 0.46245 0.48385 0.45802 0.48346 0.45358 0.48296 0.44947 0.48240 0.44915 0.48235 0.44472 0.48159 0.44029 0.48072 0.43586 0.47974 0.43481 0.47948 0.43142 0.47860 0.42699 0.47733 0.42457 0.47656 0.42256 0.47590 0.41813 0.47431 0.41641 0.47365 0.41370 0.47254 0.40957 0.47073 0.40926 0.47059 0.40483 0.46840 0.40373 0.46781 0.40040 0.46595 0.39863 0.46490 0.39597 0.46321\n 11 1370 62 0.58069 0.35992 0.58211 0.36111 0.58409 0.36283 0.58654 0.36514 0.58717 0.36575 0.58991 0.36867 0.59097 0.36989 0.59237 0.37158 0.59457 0.37450 0.59540 0.37572 0.59651 0.37741 0.59820 0.38033 0.59970 0.38325 0.59984 0.38357 0.60094 0.38616 0.60199 0.38908 0.60285 0.39200 0.60353 0.39491 0.60404 0.39783 0.60427 0.39985 0.60437 0.40074 0.60452 0.40366 0.60453 0.40658 0.60438 0.40949 0.60427 0.41063 0.60408 0.41241 0.60364 0.41532 0.60305 0.41824 0.60233 0.42116 0.60148 0.42407 0.60050 0.42699 0.59984 0.42875 0.59938 0.42990 0.59812 0.43282 0.59673 0.43574 0.59540 0.43828 0.59520 0.43865 0.59351 0.44157 0.59168 0.44449 0.59097 0.44554 0.58968 0.44740 0.58751 0.45032 0.58654 0.45155 0.58516 0.45323 0.58261 0.45615 0.58211 0.45669 0.57982 0.45907 0.57768 0.46117 0.57681 0.46198 0.57352 0.46490 0.57324 0.46513 0.56989 0.46781 0.56881 0.46864 0.56591 0.47073 0.56438 0.47178 0.56152 0.47365 0.55995 0.47462 0.55662 0.47656 0.55552 0.47718 0.55114 0.47948 0.55109 0.47951 0.54665 0.48158\n 11 644 29 0.53710 0.48747 0.53649 0.48750 0.53617 0.48721 0.53603 0.48685 0.53607 0.48642 0.53636 0.48610 0.53701 0.48564 0.53748 0.48525 0.53770 0.48475 0.53774 0.48432 0.53753 0.48378 0.53721 0.48349 0.53696 0.48338 0.53635 0.48341 0.53563 0.48369 0.53516 0.48408 0.53505 0.48433 0.53501 0.48476 0.53522 0.48530 0.53554 0.48559 0.53604 0.48581 0.53665 0.48578 0.53744 0.48568 0.53787 0.48572 0.53819 0.48601 0.53833 0.48637 0.53829 0.48680 0.53782 0.48719 0.53710 0.48747\n 11 380 17 0.54087 0.48600 0.54026 0.48603 0.53969 0.48563 0.53916 0.48480 0.53895 0.48426 0.53878 0.48329 0.53893 0.48261 0.53940 0.48223 0.53976 0.48209 0.54037 0.48206 0.54094 0.48245 0.54147 0.48328 0.54168 0.48382 0.54185 0.48479 0.54170 0.48547 0.54123 0.48586 0.54087 0.48600\n 11 380 17 0.54447 0.48460 0.54386 0.48463 0.54329 0.48423 0.54276 0.48340 0.54255 0.48286 0.54238 0.48189 0.54253 0.48122 0.54300 0.48083 0.54336 0.48069 0.54397 0.48066 0.54454 0.48106 0.54507 0.48188 0.54528 0.48242 0.54545 0.48339 0.54530 0.48407 0.54483 0.48446 0.54447 0.48460\n 11 930 42 0.53398 0.48651 0.53336 0.48672 0.52893 0.48813 0.52858 0.48823 0.52449 0.48936 0.52006 0.49048 0.51713 0.49114 0.51563 0.49147 0.51120 0.49233 0.50677 0.49308 0.50233 0.49372 0.49955 0.49406 0.49790 0.49425 0.49347 0.49467 0.48904 0.49499 0.48461 0.49521 0.48017 0.49534 0.47574 0.49537 0.47131 0.49530 0.46688 0.49513 0.46245 0.49487 0.45802 0.49451 0.45378 0.49406 0.45358 0.49404 0.44915 0.49349 0.44472 0.49282 0.44029 0.49206 0.43586 0.49120 0.43560 0.49114 0.43142 0.49021 0.42699 0.48911 0.42372 0.48823 0.42256 0.48790 0.41813 0.48655 0.41434 0.48531 0.41370 0.48509 0.40926 0.48347 0.40653 0.48240 0.40483 0.48170 0.40040 0.47978 0.39974 0.47948 0.39597 0.47766\n 11 380 17 0.44567 0.50281 0.44472 0.50268 0.44029 0.50197 0.43586 0.50117 0.43142 0.50029 0.42962 0.49989 0.42699 0.49930 0.42256 0.49820 0.41813 0.49702 0.41798 0.49698 0.41370 0.49570 0.40926 0.49429 0.40859 0.49406 0.40483 0.49274 0.40056 0.49114 0.40040 0.49108 0.39597 0.48926\n 11 1062 48 0.50965 0.50281 0.51120 0.50258 0.51563 0.50185 0.52006 0.50101 0.52449 0.50008 0.52531 0.49989 0.52893 0.49902 0.53336 0.49786 0.53643 0.49698 0.53779 0.49657 0.54222 0.49514 0.54534 0.49406 0.54665 0.49358 0.55109 0.49187 0.55283 0.49114 0.55552 0.48998 0.55933 0.48823 0.55995 0.48793 0.56438 0.48567 0.56504 0.48531 0.56881 0.48318 0.57013 0.48240 0.57324 0.48045 0.57473 0.47948 0.57768 0.47745 0.57890 0.47656 0.58211 0.47412 0.58270 0.47365 0.58619 0.47073 0.58654 0.47042 0.58938 0.46781 0.59097 0.46627 0.59233 0.46490 0.59507 0.46198 0.59540 0.46161 0.59759 0.45907 0.59984 0.45630 0.59995 0.45615 0.60211 0.45323 0.60414 0.45032 0.60427 0.45013 0.60600 0.44740 0.60774 0.44449 0.60870 0.44278 0.60935 0.44157 0.61082 0.43865 0.61219 0.43574 0.61313 0.43356\n 11 248 11 0.61313 0.37866 0.61249 0.37741 0.61080 0.37450 0.60892 0.37158 0.60870 0.37128 0.60678 0.36867 0.60443 0.36575 0.60427 0.36556 0.60180 0.36283 0.59984 0.36082 0.59893 0.35992\n 11 116 5 0.40595 0.50281 0.40483 0.50245 0.40040 0.50094 0.39751 0.49989 0.39597 0.49932\n 11 688 31 0.55014 0.50281 0.55109 0.50249 0.55552 0.50088 0.55810 0.49989 0.55995 0.49915 0.56438 0.49726 0.56502 0.49698 0.56881 0.49520 0.57110 0.49406 0.57324 0.49295 0.57656 0.49114 0.57768 0.49051 0.58148 0.48823 0.58211 0.48783 0.58594 0.48531 0.58654 0.48489 0.59000 0.48240 0.59097 0.48166 0.59373 0.47948 0.59540 0.47809 0.59716 0.47656 0.59984 0.47413 0.60035 0.47365 0.60328 0.47073 0.60427 0.46969 0.60600 0.46781 0.60855 0.46490 0.60870 0.46471 0.61089 0.46198 0.61310 0.45907 0.61313 0.45903\n 11 424 19 0.57506 0.50281 0.57768 0.50156 0.58101 0.49989 0.58211 0.49932 0.58637 0.49698 0.58654 0.49688 0.59097 0.49422 0.59122 0.49406 0.59540 0.49131 0.59565 0.49114 0.59971 0.48823 0.59984 0.48813 0.60343 0.48531 0.60427 0.48462 0.60687 0.48240 0.60870 0.48075 0.61006 0.47948 0.61303 0.47656 0.61313 0.47646\n 11 226 10 0.59480 0.50281 0.59540 0.50246 0.59968 0.49989 0.59984 0.49980 0.60415 0.49698 0.60427 0.49690 0.60825 0.49406 0.60870 0.49373 0.61203 0.49114 0.61313 0.49025\n 11 50 2 0.61160 0.50281 0.61313 0.50177\n 82 0\n 81 6 42\n 82 0\n 81 6 43\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.39451 0.35846 0.39597 0.35992\n 11 50 2 0.39375 0.36327 0.39597 0.36575\n 11 50 2 0.39375 0.36878 0.39597 0.37158\n 11 50 2 0.39375 0.37418 0.39597 0.37741\n 11 50 2 0.39375 0.37942 0.39597 0.38325\n 11 50 2 0.39375 0.38440 0.39597 0.38908\n 11 50 2 0.39375 0.38890 0.39597 0.39491\n 11 50 2 0.39465 0.39145 0.39375 0.39012\n 11 50 2 0.39375 0.39232 0.39597 0.40074\n 11 72 3 0.39560 0.39739 0.39407 0.39455 0.39375 0.39629\n 11 72 3 0.39375 0.39629 0.39407 0.39455 0.39597 0.40658\n 11 116 5 0.39655 0.40333 0.39534 0.40038 0.39444 0.40344 0.39534 0.40038 0.39597 0.41241\n 11 116 5 0.39750 0.40928 0.39660 0.40621 0.39539 0.40916 0.39660 0.40621 0.39597 0.41824\n 11 116 5 0.39845 0.41522 0.39787 0.41205 0.39634 0.41489 0.39787 0.41205 0.39597 0.42407\n 11 116 5 0.39939 0.42116 0.39913 0.41788 0.39729 0.42061 0.39913 0.41788 0.39597 0.42990\n 11 116 5 0.40034 0.42710 0.40040 0.42371 0.39824 0.42633 0.40040 0.42371 0.39597 0.43574\n 11 116 5 0.40129 0.43305 0.40167 0.42954 0.39919 0.43205 0.40167 0.42954 0.39597 0.44157\n 11 116 5 0.40224 0.43899 0.40293 0.43537 0.40014 0.43777 0.40293 0.43537 0.39597 0.44740\n 11 116 5 0.40319 0.44493 0.40420 0.44121 0.40109 0.44349 0.40420 0.44121 0.39597 0.45323\n 11 116 5 0.40414 0.45088 0.40546 0.44704 0.40204 0.44922 0.40546 0.44704 0.39597 0.45907\n 11 116 5 0.40509 0.45682 0.40673 0.45287 0.40299 0.45494 0.40673 0.45287 0.39597 0.46490\n 11 116 5 0.40604 0.46276 0.40800 0.45870 0.40394 0.46066 0.40800 0.45870 0.39597 0.47073\n 11 116 5 0.40699 0.46871 0.40926 0.46454 0.40489 0.46638 0.40926 0.46454 0.39597 0.47656\n 11 116 5 0.40794 0.47465 0.41053 0.47037 0.40584 0.47210 0.41053 0.47037 0.39597 0.48240\n 11 116 5 0.40889 0.48059 0.41179 0.47620 0.40678 0.47782 0.41179 0.47620 0.39597 0.48823\n 11 116 5 0.40984 0.48654 0.41306 0.48203 0.40773 0.48354 0.41306 0.48203 0.39597 0.49406\n 11 116 5 0.41079 0.49248 0.41433 0.48787 0.40868 0.48927 0.41433 0.48787 0.39597 0.49989\n 11 50 2 0.40320 0.35846 0.40483 0.35992\n 11 72 3 0.39574 0.35846 0.39582 0.35862 0.39574 0.35846\n 11 50 2 0.39754 0.35846 0.40483 0.36575\n 11 116 5 0.39865 0.36268 0.39534 0.36082 0.39677 0.36434 0.39534 0.36082 0.40483 0.37158\n 11 116 5 0.39960 0.36862 0.39660 0.36665 0.39772 0.37006 0.39660 0.36665 0.40483 0.37741\n 11 116 5 0.40055 0.37457 0.39787 0.37249 0.39867 0.37579 0.39787 0.37249 0.40483 0.38325\n 11 116 5 0.40150 0.38051 0.39914 0.37832 0.39962 0.38151 0.39914 0.37832 0.40483 0.38908\n 11 116 5 0.40245 0.38645 0.40040 0.38415 0.40057 0.38723 0.40040 0.38415 0.40483 0.39491\n 11 116 5 0.40340 0.39240 0.40167 0.38998 0.40152 0.39295 0.40167 0.38998 0.40483 0.40074\n 11 116 5 0.40435 0.39834 0.40293 0.39582 0.40247 0.39867 0.40293 0.39582 0.40483 0.40658\n 11 116 5 0.40530 0.40428 0.40420 0.40165 0.40342 0.40439 0.40420 0.40165 0.40483 0.41241\n 11 116 5 0.40625 0.41023 0.40547 0.40748 0.40437 0.41011 0.40547 0.40748 0.40483 0.41824\n 11 116 5 0.40720 0.41617 0.40673 0.41331 0.40532 0.41584 0.40673 0.41331 0.40483 0.42407\n 11 116 5 0.40815 0.42211 0.40800 0.41914 0.40626 0.42156 0.40800 0.41914 0.40483 0.42990\n 11 116 5 0.40910 0.42805 0.40926 0.42498 0.40721 0.42728 0.40926 0.42498 0.40483 0.43574\n 11 116 5 0.41005 0.43400 0.41053 0.43081 0.40816 0.43300 0.41053 0.43081 0.40483 0.44157\n 11 116 5 0.41100 0.43994 0.41180 0.43664 0.40911 0.43872 0.41180 0.43664 0.40483 0.44740\n 11 116 5 0.41195 0.44588 0.41306 0.44247 0.41006 0.44444 0.41306 0.44247 0.40483 0.45323\n 11 116 5 0.41290 0.45183 0.41433 0.44831 0.41101 0.45016 0.41433 0.44831 0.40483 0.45907\n 11 116 5 0.41384 0.45777 0.41559 0.45414 0.41196 0.45589 0.41559 0.45414 0.40483 0.46490\n 11 116 5 0.41479 0.46371 0.41686 0.45997 0.41291 0.46161 0.41686 0.45997 0.40483 0.47073\n 11 116 5 0.41574 0.46966 0.41813 0.46580 0.41386 0.46733 0.41813 0.46580 0.40483 0.47656\n 11 116 5 0.41669 0.47560 0.41939 0.47163 0.41481 0.47305 0.41939 0.47163 0.40483 0.48240\n 11 116 5 0.41764 0.48154 0.42066 0.47747 0.41576 0.47877 0.42066 0.47747 0.40483 0.48823\n 11 116 5 0.41859 0.48748 0.42192 0.48330 0.41671 0.48449 0.42192 0.48330 0.40483 0.49406\n 11 116 5 0.41954 0.49343 0.42319 0.48913 0.41766 0.49022 0.42319 0.48913 0.40483 0.49989\n 11 50 2 0.41185 0.35846 0.41370 0.35992\n 11 72 3 0.40417 0.35846 0.40479 0.35957 0.40417 0.35846\n 11 50 2 0.40543 0.35846 0.41370 0.36575\n 11 116 5 0.40741 0.36363 0.40420 0.36209 0.40574 0.36529 0.40420 0.36209 0.41370 0.37158\n 11 116 5 0.40836 0.36957 0.40547 0.36792 0.40669 0.37101 0.40547 0.36792 0.41370 0.37741\n 11 116 5 0.40930 0.37552 0.40673 0.37375 0.40764 0.37674 0.40673 0.37375 0.41370 0.38325\n 11 116 5 0.41025 0.38146 0.40800 0.37958 0.40859 0.38246 0.40800 0.37958 0.41370 0.38908\n 11 116 5 0.41120 0.38740 0.40927 0.38542 0.40954 0.38818 0.40927 0.38542 0.41370 0.39491\n 11 116 5 0.41215 0.39335 0.41053 0.39125 0.41049 0.39390 0.41053 0.39125 0.41370 0.40074\n 11 116 5 0.41310 0.39929 0.41180 0.39708 0.41144 0.39962 0.41180 0.39708 0.41370 0.40658\n 11 116 5 0.41405 0.40523 0.41306 0.40291 0.41239 0.40534 0.41306 0.40291 0.41370 0.41241\n 11 116 5 0.41500 0.41117 0.41433 0.40875 0.41334 0.41106 0.41433 0.40875 0.41370 0.41824\n 11 116 5 0.41595 0.41712 0.41560 0.41458 0.41429 0.41679 0.41560 0.41458 0.41370 0.42407\n 11 116 5 0.41690 0.42306 0.41686 0.42041 0.41524 0.42251 0.41686 0.42041 0.41370 0.42990\n 11 116 5 0.41785 0.42900 0.41813 0.42624 0.41619 0.42823 0.41813 0.42624 0.41370 0.43574\n 11 116 5 0.41880 0.43495 0.41939 0.43207 0.41714 0.43395 0.41939 0.43207 0.41370 0.44157\n 11 116 5 0.41975 0.44089 0.42066 0.43791 0.41809 0.43967 0.42066 0.43791 0.41370 0.44740\n 11 116 5 0.42070 0.44683 0.42193 0.44374 0.41904 0.44539 0.42193 0.44374 0.41370 0.45323\n 11 116 5 0.42165 0.45278 0.42319 0.44957 0.41999 0.45111 0.42319 0.44957 0.41370 0.45907\n 11 116 5 0.42260 0.45872 0.42446 0.45540 0.42094 0.45684 0.42446 0.45540 0.41370 0.46490\n 11 116 5 0.42355 0.46466 0.42572 0.46124 0.42189 0.46256 0.42572 0.46124 0.41370 0.47073\n 11 116 5 0.42450 0.47061 0.42699 0.46707 0.42284 0.46828 0.42699 0.46707 0.41370 0.47656\n 11 116 5 0.42545 0.47655 0.42826 0.47290 0.42378 0.47400 0.42826 0.47290 0.41370 0.48240\n 11 116 5 0.42640 0.48249 0.42952 0.47873 0.42473 0.47972 0.42952 0.47873 0.41370 0.48823\n 11 116 5 0.42735 0.48843 0.43079 0.48456 0.42568 0.48544 0.43079 0.48456 0.41370 0.49406\n 11 116 5 0.42829 0.49438 0.43205 0.49040 0.42663 0.49116 0.43205 0.49040 0.41370 0.49989\n 11 50 2 0.42043 0.35846 0.42256 0.35992\n 11 50 2 0.41521 0.35864 0.41467 0.35846\n 11 72 3 0.41242 0.35846 0.41377 0.36052 0.41242 0.35846\n 11 50 2 0.41303 0.35846 0.42256 0.36575\n 11 116 5 0.41616 0.36458 0.41307 0.36335 0.41472 0.36624 0.41307 0.36335 0.42256 0.37158\n 11 116 5 0.41711 0.37052 0.41433 0.36919 0.41567 0.37196 0.41433 0.36919 0.42256 0.37741\n 11 116 5 0.41806 0.37647 0.41560 0.37502 0.41662 0.37768 0.41560 0.37502 0.42256 0.38325\n 11 116 5 0.41901 0.38241 0.41686 0.38085 0.41757 0.38341 0.41686 0.38085 0.42256 0.38908\n 11 116 5 0.41996 0.38835 0.41813 0.38668 0.41852 0.38913 0.41813 0.38668 0.42256 0.39491\n 11 116 5 0.42091 0.39430 0.41940 0.39251 0.41947 0.39485 0.41940 0.39251 0.42256 0.40074\n 11 116 5 0.42186 0.40024 0.42066 0.39835 0.42042 0.40057 0.42066 0.39835 0.42256 0.40658\n 11 116 5 0.42281 0.40618 0.42193 0.40418 0.42137 0.40629 0.42193 0.40418 0.42256 0.41241\n 11 116 5 0.42375 0.41212 0.42319 0.41001 0.42231 0.41201 0.42319 0.41001 0.42256 0.41824\n 11 116 5 0.42470 0.41807 0.42446 0.41584 0.42326 0.41773 0.42446 0.41584 0.42256 0.42407\n 11 116 5 0.42565 0.42401 0.42573 0.42168 0.42421 0.42346 0.42573 0.42168 0.42256 0.42990\n 11 116 5 0.42660 0.42995 0.42699 0.42751 0.42516 0.42918 0.42699 0.42751 0.42256 0.43574\n 11 116 5 0.42755 0.43590 0.42826 0.43334 0.42611 0.43490 0.42826 0.43334 0.42256 0.44157\n 11 116 5 0.42850 0.44184 0.42952 0.43917 0.42706 0.44062 0.42952 0.43917 0.42256 0.44740\n 11 116 5 0.42945 0.44778 0.43079 0.44501 0.42801 0.44634 0.43079 0.44501 0.42256 0.45323\n 11 116 5 0.43040 0.45373 0.43205 0.45084 0.42896 0.45206 0.43205 0.45084 0.42256 0.45907\n 11 116 5 0.43135 0.45967 0.43332 0.45667 0.42991 0.45779 0.43332 0.45667 0.42256 0.46490\n 11 116 5 0.43230 0.46561 0.43459 0.46250 0.43086 0.46351 0.43459 0.46250 0.42256 0.47073\n 11 116 5 0.43325 0.47155 0.43585 0.46833 0.43181 0.46923 0.43585 0.46833 0.42256 0.47656\n 11 116 5 0.43420 0.47750 0.43712 0.47417 0.43276 0.47495 0.43712 0.47417 0.42256 0.48240\n 11 116 5 0.43515 0.48344 0.43838 0.48000 0.43371 0.48067 0.43838 0.48000 0.42256 0.48823\n 11 116 5 0.43610 0.48938 0.43965 0.48583 0.43466 0.48639 0.43965 0.48583 0.42256 0.49406\n 11 116 5 0.43705 0.49533 0.44092 0.49166 0.43561 0.49211 0.44092 0.49166 0.42256 0.49989\n 11 50 2 0.42891 0.35846 0.43142 0.35992\n 11 116 5 0.42396 0.35959 0.42066 0.35879 0.42274 0.36147 0.42066 0.35879 0.43142 0.36575\n 11 116 5 0.42491 0.36553 0.42193 0.36462 0.42369 0.36719 0.42193 0.36462 0.43142 0.37158\n 11 116 5 0.42586 0.37147 0.42320 0.37045 0.42464 0.37291 0.42320 0.37045 0.43142 0.37741\n 11 116 5 0.42681 0.37742 0.42446 0.37628 0.42559 0.37863 0.42446 0.37628 0.43142 0.38325\n 11 116 5 0.42776 0.38336 0.42573 0.38212 0.42654 0.38436 0.42573 0.38212 0.43142 0.38908\n 11 116 5 0.42871 0.38930 0.42699 0.38795 0.42749 0.39008 0.42699 0.38795 0.43142 0.39491\n 11 116 5 0.42966 0.39524 0.42826 0.39378 0.42844 0.39580 0.42826 0.39378 0.43142 0.40074\n 11 116 5 0.43061 0.40119 0.42952 0.39961 0.42939 0.40152 0.42952 0.39961 0.43142 0.40658\n 11 116 5 0.43156 0.40713 0.43079 0.40545 0.43034 0.40724 0.43079 0.40545 0.43142 0.41241\n 11 116 5 0.43251 0.41307 0.43206 0.41128 0.43129 0.41296 0.43206 0.41128 0.43142 0.41824\n 11 116 5 0.43346 0.41902 0.43332 0.41711 0.43224 0.41868 0.43332 0.41711 0.43142 0.42407\n 11 116 5 0.43441 0.42496 0.43459 0.42294 0.43319 0.42441 0.43459 0.42294 0.43142 0.42990\n 11 116 5 0.43536 0.43090 0.43585 0.42877 0.43414 0.43013 0.43585 0.42877 0.43142 0.43574\n 11 116 5 0.43631 0.43685 0.43712 0.43461 0.43509 0.43585 0.43712 0.43461 0.43142 0.44157\n 11 116 5 0.43726 0.44279 0.43839 0.44044 0.43604 0.44157 0.43839 0.44044 0.43142 0.44740\n 11 116 5 0.43820 0.44873 0.43965 0.44627 0.43699 0.44729 0.43965 0.44627 0.43142 0.45323\n 11 116 5 0.43915 0.45467 0.44092 0.45210 0.43794 0.45301 0.44092 0.45210 0.43142 0.45907\n 11 116 5 0.44010 0.46062 0.44218 0.45794 0.43889 0.45873 0.44218 0.45794 0.43142 0.46490\n 11 116 5 0.44105 0.46656 0.44345 0.46377 0.43983 0.46446 0.44345 0.46377 0.43142 0.47073\n 11 116 5 0.44200 0.47250 0.44472 0.46960 0.44078 0.47018 0.44472 0.46960 0.43142 0.47656\n 11 116 5 0.44295 0.47845 0.44598 0.47543 0.44173 0.47590 0.44598 0.47543 0.43142 0.48240\n 11 116 5 0.44390 0.48439 0.44725 0.48126 0.44268 0.48162 0.44725 0.48126 0.43142 0.48823\n 11 116 5 0.44485 0.49033 0.44851 0.48710 0.44363 0.48734 0.44851 0.48710 0.43142 0.49406\n 11 116 5 0.44580 0.49628 0.44978 0.49293 0.44458 0.49306 0.44978 0.49293 0.43142 0.49989\n 11 50 2 0.43721 0.35846 0.44029 0.35992\n 11 116 5 0.43272 0.36054 0.42953 0.36005 0.43172 0.36242 0.42953 0.36005 0.44029 0.36575\n 11 116 5 0.43367 0.36648 0.43079 0.36589 0.43267 0.36814 0.43079 0.36589 0.44029 0.37158\n 11 116 5 0.43461 0.37242 0.43206 0.37172 0.43362 0.37386 0.43206 0.37172 0.44029 0.37741\n 11 116 5 0.43556 0.37836 0.43332 0.37755 0.43457 0.37958 0.43332 0.37755 0.44029 0.38325\n 11 116 5 0.43651 0.38431 0.43459 0.38338 0.43552 0.38530 0.43459 0.38338 0.44029 0.38908\n 11 116 5 0.43746 0.39025 0.43586 0.38921 0.43647 0.39103 0.43586 0.38921 0.44029 0.39491\n 11 116 5 0.43841 0.39619 0.43712 0.39505 0.43742 0.39675 0.43712 0.39505 0.44029 0.40074\n 11 116 5 0.43936 0.40214 0.43839 0.40088 0.43837 0.40247 0.43839 0.40088 0.44029 0.40658\n 11 116 5 0.44031 0.40808 0.43965 0.40671 0.43931 0.40819 0.43965 0.40671 0.44029 0.41241\n 11 116 5 0.44126 0.41402 0.44092 0.41254 0.44026 0.41391 0.44092 0.41254 0.44029 0.41824\n 11 116 5 0.44221 0.41997 0.44219 0.41838 0.44121 0.41963 0.44219 0.41838 0.44029 0.42407\n 11 116 5 0.44316 0.42591 0.44345 0.42421 0.44216 0.42536 0.44345 0.42421 0.44029 0.42990\n 11 116 5 0.44411 0.43185 0.44472 0.43004 0.44311 0.43108 0.44472 0.43004 0.44029 0.43574\n 11 116 5 0.44506 0.43780 0.44598 0.43587 0.44406 0.43680 0.44598 0.43587 0.44029 0.44157\n 11 116 5 0.44601 0.44374 0.44725 0.44170 0.44501 0.44252 0.44725 0.44170 0.44029 0.44740\n 11 116 5 0.44696 0.44968 0.44852 0.44754 0.44596 0.44824 0.44852 0.44754 0.44029 0.45323\n 11 116 5 0.44791 0.45562 0.44978 0.45337 0.44691 0.45396 0.44978 0.45337 0.44029 0.45907\n 11 116 5 0.44886 0.46157 0.45105 0.45920 0.44786 0.45968 0.45105 0.45920 0.44029 0.46490\n 11 116 5 0.44981 0.46751 0.45231 0.46503 0.44881 0.46541 0.45231 0.46503 0.44029 0.47073\n 11 116 5 0.45076 0.47345 0.45358 0.47087 0.44976 0.47113 0.45358 0.47087 0.44029 0.47656\n 11 116 5 0.45171 0.47940 0.45485 0.47670 0.45071 0.47685 0.45485 0.47670 0.44029 0.48240\n 11 116 5 0.45265 0.48534 0.45611 0.48253 0.45166 0.48257 0.45611 0.48253 0.44029 0.48823\n 11 116 5 0.45360 0.49128 0.45738 0.48836 0.45261 0.48829 0.45738 0.48836 0.44029 0.49406\n 11 116 5 0.45455 0.49723 0.45864 0.49420 0.45356 0.49401 0.45864 0.49420 0.44029 0.49989\n 11 50 2 0.44519 0.35846 0.44915 0.35992\n 11 116 5 0.44147 0.36149 0.43839 0.36132 0.44069 0.36337 0.43839 0.36132 0.44915 0.36575\n 11 116 5 0.44242 0.36743 0.43966 0.36715 0.44164 0.36909 0.43966 0.36715 0.44915 0.37158\n 11 116 5 0.44337 0.37337 0.44092 0.37298 0.44259 0.37481 0.44092 0.37298 0.44915 0.37741\n 11 116 5 0.44432 0.37931 0.44219 0.37882 0.44354 0.38053 0.44219 0.37882 0.44915 0.38325\n 11 116 5 0.44527 0.38526 0.44345 0.38465 0.44449 0.38625 0.44345 0.38465 0.44915 0.38908\n 11 116 5 0.44622 0.39120 0.44472 0.39048 0.44544 0.39198 0.44472 0.39048 0.44915 0.39491\n 11 116 5 0.44717 0.39714 0.44599 0.39631 0.44639 0.39770 0.44599 0.39631 0.44915 0.40074\n 11 116 5 0.44816 0.40313 0.44725 0.40215 0.44734 0.40348 0.44725 0.40215 0.44915 0.40658\n 11 116 5 0.44914 0.40917 0.44852 0.40798 0.44826 0.40929 0.44852 0.40798 0.44915 0.41241\n 11 116 5 0.45004 0.41513 0.44978 0.41381 0.44917 0.41500 0.44978 0.41381 0.44915 0.41824\n 11 116 5 0.45096 0.42098 0.45105 0.41964 0.45014 0.42063 0.45105 0.41964 0.44915 0.42407\n 11 116 5 0.45191 0.42686 0.45232 0.42547 0.45114 0.42630 0.45232 0.42547 0.44915 0.42990\n 11 116 5 0.45286 0.43280 0.45358 0.43131 0.45209 0.43203 0.45358 0.43131 0.44915 0.43574\n 11 116 5 0.45381 0.43874 0.45485 0.43714 0.45304 0.43775 0.45485 0.43714 0.44915 0.44157\n 11 116 5 0.45476 0.44469 0.45611 0.44297 0.45399 0.44347 0.45611 0.44297 0.44915 0.44740\n 11 116 5 0.45571 0.45063 0.45738 0.44880 0.45494 0.44919 0.45738 0.44880 0.44915 0.45323\n 11 116 5 0.45666 0.45657 0.45865 0.45464 0.45588 0.45491 0.45865 0.45464 0.44915 0.45907\n 11 116 5 0.45761 0.46252 0.45991 0.46047 0.45683 0.46063 0.45991 0.46047 0.44915 0.46490\n 11 116 5 0.45856 0.46846 0.46118 0.46630 0.45778 0.46636 0.46118 0.46630 0.44915 0.47073\n 11 116 5 0.45951 0.47440 0.46244 0.47213 0.45873 0.47208 0.46244 0.47213 0.44915 0.47656\n 11 116 5 0.46046 0.48035 0.46371 0.47796 0.45968 0.47780 0.46371 0.47796 0.44915 0.48240\n 11 116 5 0.46141 0.48629 0.46498 0.48380 0.46063 0.48352 0.46498 0.48380 0.44915 0.48823\n 11 116 5 0.46236 0.49223 0.46624 0.48963 0.46158 0.48924 0.46624 0.48963 0.44915 0.49406\n 11 116 5 0.46331 0.49818 0.46751 0.49546 0.46253 0.49496 0.46751 0.49546 0.44915 0.49989\n 11 72 3 0.44852 0.35846 0.44872 0.35860 0.44852 0.35846\n 11 50 2 0.45247 0.35846 0.45802 0.35992\n 11 116 5 0.45022 0.36243 0.44725 0.36259 0.44967 0.36432 0.44725 0.36259 0.45802 0.36575\n 11 116 5 0.45117 0.36838 0.44852 0.36842 0.45062 0.37004 0.44852 0.36842 0.45802 0.37158\n 11 116 5 0.45212 0.37432 0.44979 0.37425 0.45157 0.37576 0.44979 0.37425 0.45802 0.37741\n 11 116 5 0.45307 0.38026 0.45105 0.38008 0.45252 0.38148 0.45105 0.38008 0.45802 0.38325\n 11 116 5 0.45402 0.38621 0.45232 0.38591 0.45347 0.38720 0.45232 0.38591 0.45802 0.38908\n 11 116 5 0.45497 0.39215 0.45358 0.39175 0.45442 0.39293 0.45358 0.39175 0.45802 0.39491\n 11 116 5 0.45606 0.39816 0.45485 0.39758 0.45543 0.39879 0.45485 0.39758 0.45802 0.40074\n 11 116 5 0.45715 0.40427 0.45612 0.40341 0.45639 0.40472 0.45612 0.40341 0.45802 0.40658\n 11 116 5 0.45806 0.41040 0.45738 0.40924 0.45720 0.41057 0.45738 0.40924 0.45802 0.41241\n 11 116 5 0.45883 0.41640 0.45865 0.41508 0.45797 0.41623 0.45865 0.41508 0.45802 0.41824\n 11 116 5 0.45964 0.42222 0.45991 0.42091 0.45888 0.42177 0.45991 0.42091 0.45802 0.42407\n 11 116 5 0.46060 0.42795 0.46118 0.42674 0.45997 0.42732 0.46118 0.42674 0.45802 0.42990\n 11 116 5 0.46162 0.43375 0.46245 0.43257 0.46106 0.43298 0.46245 0.43257 0.45802 0.43574\n 11 116 5 0.46257 0.43969 0.46371 0.43840 0.46201 0.43870 0.46371 0.43840 0.45802 0.44157\n 11 116 5 0.46351 0.44564 0.46498 0.44424 0.46296 0.44442 0.46498 0.44424 0.45802 0.44740\n 11 116 5 0.46446 0.45158 0.46624 0.45007 0.46391 0.45014 0.46624 0.45007 0.45802 0.45323\n 11 116 5 0.46541 0.45752 0.46751 0.45590 0.46486 0.45586 0.46751 0.45590 0.45802 0.45907\n 11 116 5 0.46636 0.46347 0.46878 0.46173 0.46581 0.46158 0.46878 0.46173 0.45802 0.46490\n 11 116 5 0.46731 0.46941 0.47004 0.46757 0.46676 0.46730 0.47004 0.46757 0.45802 0.47073\n 11 116 5 0.46826 0.47535 0.47131 0.47340 0.46771 0.47303 0.47131 0.47340 0.45802 0.47656\n 11 116 5 0.46921 0.48130 0.47257 0.47923 0.46866 0.47875 0.47257 0.47923 0.45802 0.48240\n 11 116 5 0.47016 0.48724 0.47384 0.48506 0.46961 0.48447 0.47384 0.48506 0.45802 0.48823\n 11 116 5 0.47111 0.49318 0.47511 0.49089 0.47056 0.49019 0.47511 0.49089 0.45802 0.49406\n 11 116 5 0.47206 0.49912 0.47637 0.49673 0.47151 0.49591 0.47637 0.49673 0.45802 0.49989\n 11 72 3 0.45567 0.35846 0.45769 0.35955 0.45567 0.35846\n 11 50 2 0.45764 0.35846 0.46688 0.35992\n 11 116 5 0.45897 0.36338 0.45612 0.36385 0.45864 0.36527 0.45612 0.36385 0.46688 0.36575\n 11 116 5 0.45992 0.36933 0.45738 0.36968 0.45959 0.37099 0.45738 0.36968 0.46688 0.37158\n 11 116 5 0.46087 0.37527 0.45865 0.37552 0.46054 0.37671 0.45865 0.37552 0.46688 0.37741\n 11 116 5 0.46182 0.38121 0.45992 0.38135 0.46149 0.38243 0.45992 0.38135 0.46688 0.38325\n 11 116 5 0.46277 0.38716 0.46118 0.38718 0.46244 0.38815 0.46118 0.38718 0.46688 0.38908\n 11 116 5 0.46379 0.39310 0.46245 0.39301 0.46344 0.39392 0.46245 0.39301 0.46688 0.39491\n 11 116 5 0.46503 0.39912 0.46371 0.39884 0.46457 0.39988 0.46371 0.39884 0.46688 0.40074\n 11 116 5 0.46619 0.40526 0.46498 0.40468 0.46556 0.40589 0.46498 0.40468 0.46688 0.40658\n 11 116 5 0.46707 0.41157 0.46625 0.41051 0.46623 0.41185 0.46625 0.41051 0.46688 0.41241\n 11 116 5 0.46753 0.41768 0.46751 0.41634 0.46669 0.41740 0.46751 0.41634 0.46688 0.41824\n 11 116 5 0.46820 0.42338 0.46878 0.42217 0.46757 0.42276 0.46878 0.42217 0.46688 0.42407\n 11 116 5 0.46919 0.42904 0.47004 0.42801 0.46873 0.42828 0.47004 0.42801 0.46688 0.42990\n 11 116 5 0.47032 0.43474 0.47131 0.43384 0.46997 0.43393 0.47131 0.43384 0.46688 0.43574\n 11 116 5 0.47132 0.44064 0.47258 0.43967 0.47099 0.43965 0.47258 0.43967 0.46688 0.44157\n 11 116 5 0.47227 0.44659 0.47384 0.44550 0.47194 0.44537 0.47384 0.44550 0.46688 0.44740\n 11 116 5 0.47322 0.45253 0.47511 0.45134 0.47288 0.45109 0.47511 0.45134 0.46688 0.45323\n 11 116 5 0.47417 0.45847 0.47637 0.45717 0.47383 0.45681 0.47637 0.45717 0.46688 0.45907\n 11 116 5 0.47512 0.46442 0.47764 0.46300 0.47478 0.46253 0.47764 0.46300 0.46688 0.46490\n 11 116 5 0.47607 0.47036 0.47891 0.46883 0.47573 0.46825 0.47891 0.46883 0.46688 0.47073\n 11 116 5 0.47701 0.47630 0.48017 0.47466 0.47668 0.47398 0.48017 0.47466 0.46688 0.47656\n 11 116 5 0.47796 0.48224 0.48144 0.48050 0.47763 0.47970 0.48144 0.48050 0.46688 0.48240\n 11 116 5 0.47891 0.48819 0.48270 0.48633 0.47858 0.48542 0.48270 0.48633 0.46688 0.48823\n 11 116 5 0.47986 0.49413 0.48397 0.49216 0.47953 0.49114 0.48397 0.49216 0.46688 0.49406\n 11 116 5 0.48081 0.50007 0.48524 0.49799 0.48048 0.49686 0.48524 0.49799 0.46688 0.49989\n 11 116 5 0.46654 0.35846 0.46372 0.35928 0.46667 0.36050 0.46372 0.35928 0.47574 0.35992\n 11 116 5 0.46773 0.36433 0.46498 0.36512 0.46762 0.36622 0.46498 0.36512 0.47574 0.36575\n 11 116 5 0.46868 0.37028 0.46625 0.37095 0.46857 0.37194 0.46625 0.37095 0.47574 0.37158\n 11 116 5 0.46963 0.37622 0.46751 0.37678 0.46952 0.37766 0.46751 0.37678 0.47574 0.37741\n 11 116 5 0.47058 0.38216 0.46878 0.38261 0.47047 0.38338 0.46878 0.38261 0.47574 0.38325\n 11 116 5 0.47153 0.38811 0.47005 0.38845 0.47141 0.38910 0.47005 0.38845 0.47574 0.38908\n 11 116 5 0.47263 0.39402 0.47131 0.39428 0.47250 0.39490 0.47131 0.39428 0.47574 0.39491\n 11 116 5 0.47391 0.39992 0.47258 0.40011 0.47373 0.40079 0.47258 0.40011 0.47574 0.40074\n 11 116 5 0.47518 0.40592 0.47384 0.40594 0.47490 0.40676 0.47384 0.40594 0.47574 0.40658\n 11 116 5 0.47632 0.41236 0.47511 0.41178 0.47569 0.41298 0.47511 0.41178 0.47574 0.41241\n 11 116 5 0.47579 0.41882 0.47638 0.41761 0.47517 0.41819 0.47638 0.41761 0.47574 0.41824\n 11 116 5 0.47658 0.42426 0.47764 0.42344 0.47630 0.42342 0.47764 0.42344 0.47574 0.42407\n 11 116 5 0.47775 0.42995 0.47891 0.42927 0.47758 0.42909 0.47891 0.42927 0.47574 0.42990\n 11 116 5 0.47898 0.43572 0.48017 0.43510 0.47886 0.43484 0.48017 0.43510 0.47574 0.43574\n 11 116 5 0.48007 0.44159 0.48144 0.44094 0.47996 0.44060 0.48144 0.44094 0.47574 0.44157\n 11 116 5 0.48102 0.44754 0.48271 0.44677 0.48091 0.44632 0.48271 0.44677 0.47574 0.44740\n 11 116 5 0.48197 0.45348 0.48397 0.45260 0.48186 0.45204 0.48397 0.45260 0.47574 0.45323\n 11 116 5 0.48292 0.45942 0.48524 0.45843 0.48281 0.45776 0.48524 0.45843 0.47574 0.45907\n 11 116 5 0.48387 0.46537 0.48650 0.46427 0.48376 0.46348 0.48650 0.46427 0.47574 0.46490\n 11 116 5 0.48482 0.47131 0.48777 0.47010 0.48471 0.46920 0.48777 0.47010 0.47574 0.47073\n 11 116 5 0.48577 0.47725 0.48904 0.47593 0.48566 0.47493 0.48904 0.47593 0.47574 0.47656\n 11 116 5 0.48672 0.48319 0.49030 0.48176 0.48661 0.48065 0.49030 0.48176 0.47574 0.48240\n 11 116 5 0.48767 0.48914 0.49157 0.48759 0.48756 0.48637 0.49157 0.48759 0.47574 0.48823\n 11 116 5 0.48862 0.49508 0.49283 0.49343 0.48851 0.49209 0.49283 0.49343 0.47574 0.49406\n 11 116 5 0.48957 0.50102 0.49410 0.49926 0.48946 0.49781 0.49410 0.49926 0.47574 0.49989\n 11 116 5 0.47553 0.35934 0.47258 0.36055 0.47564 0.36145 0.47258 0.36055 0.48461 0.35992\n 11 116 5 0.47648 0.36528 0.47385 0.36638 0.47659 0.36717 0.47385 0.36638 0.48461 0.36575\n 11 116 5 0.47743 0.37123 0.47511 0.37222 0.47754 0.37289 0.47511 0.37222 0.48461 0.37158\n 11 116 5 0.47838 0.37717 0.47638 0.37805 0.47849 0.37861 0.47638 0.37805 0.48461 0.37741\n 11 116 5 0.47933 0.38311 0.47764 0.38388 0.47944 0.38433 0.47764 0.38388 0.48461 0.38325\n 11 116 5 0.48028 0.38906 0.47891 0.38971 0.48039 0.39005 0.47891 0.38971 0.48461 0.38908\n 11 116 5 0.48137 0.39493 0.48018 0.39554 0.48149 0.39580 0.48018 0.39554 0.48461 0.39491\n 11 116 5 0.48260 0.40069 0.48144 0.40138 0.48277 0.40156 0.48144 0.40138 0.48461 0.40074\n 11 116 5 0.48377 0.40639 0.48271 0.40721 0.48405 0.40723 0.48271 0.40721 0.48461 0.40658\n 11 116 5 0.48456 0.41183 0.48397 0.41304 0.48518 0.41246 0.48397 0.41304 0.48461 0.41241\n 11 116 5 0.48403 0.41829 0.48524 0.41887 0.48466 0.41767 0.48524 0.41887 0.48461 0.41824\n 11 116 5 0.48516 0.42473 0.48651 0.42471 0.48545 0.42389 0.48651 0.42471 0.48461 0.42407\n 11 116 5 0.48644 0.43072 0.48777 0.43054 0.48662 0.42986 0.48777 0.43054 0.48461 0.42990\n 11 116 5 0.48772 0.43663 0.48904 0.43637 0.48785 0.43575 0.48904 0.43637 0.48461 0.43574\n 11 116 5 0.48882 0.44254 0.49030 0.44220 0.48893 0.44155 0.49030 0.44220 0.48461 0.44157\n 11 116 5 0.48977 0.44849 0.49157 0.44803 0.48988 0.44727 0.49157 0.44803 0.48461 0.44740\n 11 116 5 0.49072 0.45443 0.49284 0.45387 0.49083 0.45299 0.49284 0.45387 0.48461 0.45323\n 11 116 5 0.49167 0.46037 0.49410 0.45970 0.49178 0.45871 0.49410 0.45970 0.48461 0.45907\n 11 116 5 0.49262 0.46631 0.49537 0.46553 0.49273 0.46443 0.49537 0.46553 0.48461 0.46490\n 11 116 5 0.49357 0.47226 0.49663 0.47136 0.49368 0.47015 0.49663 0.47136 0.48461 0.47073\n 11 116 5 0.49452 0.47820 0.49790 0.47720 0.49463 0.47587 0.49790 0.47720 0.48461 0.47656\n 11 116 5 0.49547 0.48414 0.49917 0.48303 0.49558 0.48160 0.49917 0.48303 0.48461 0.48240\n 11 116 5 0.49642 0.49009 0.50043 0.48886 0.49653 0.48732 0.50043 0.48886 0.48461 0.48823\n 11 116 5 0.49737 0.49603 0.50170 0.49469 0.49748 0.49304 0.50170 0.49469 0.48461 0.49406\n 11 116 5 0.49832 0.50197 0.50296 0.50053 0.49843 0.49876 0.50296 0.50053 0.48461 0.49989\n 11 116 5 0.48428 0.36029 0.48144 0.36182 0.48462 0.36239 0.48144 0.36182 0.49347 0.35992\n 11 116 5 0.48523 0.36623 0.48271 0.36765 0.48557 0.36812 0.48271 0.36765 0.49347 0.36575\n 11 116 5 0.48618 0.37218 0.48398 0.37348 0.48652 0.37384 0.48398 0.37348 0.49347 0.37158\n 11 116 5 0.48713 0.37812 0.48524 0.37931 0.48747 0.37956 0.48524 0.37931 0.49347 0.37741\n 11 116 5 0.48808 0.38406 0.48651 0.38515 0.48841 0.38528 0.48651 0.38515 0.49347 0.38325\n 11 116 5 0.48903 0.39000 0.48777 0.39098 0.48936 0.39100 0.48777 0.39098 0.49347 0.38908\n 11 116 5 0.49003 0.39590 0.48904 0.39681 0.49038 0.39672 0.48904 0.39681 0.49347 0.39491\n 11 116 5 0.49116 0.40161 0.49031 0.40264 0.49162 0.40237 0.49031 0.40264 0.49347 0.40074\n 11 116 5 0.49215 0.40727 0.49157 0.40847 0.49278 0.40789 0.49157 0.40847 0.49347 0.40658\n 11 116 5 0.49282 0.41297 0.49284 0.41431 0.49366 0.41325 0.49284 0.41431 0.49347 0.41241\n 11 116 5 0.49328 0.41908 0.49410 0.42014 0.49412 0.41880 0.49410 0.42014 0.49347 0.41824\n 11 116 5 0.49416 0.42539 0.49537 0.42597 0.49479 0.42476 0.49537 0.42597 0.49347 0.42407\n 11 116 5 0.49532 0.43153 0.49664 0.43180 0.49578 0.43077 0.49664 0.43180 0.49347 0.42990\n 11 116 5 0.49656 0.43754 0.49790 0.43764 0.49691 0.43673 0.49790 0.43764 0.49347 0.43574\n 11 116 5 0.49758 0.44349 0.49917 0.44347 0.49791 0.44250 0.49917 0.44347 0.49347 0.44157\n 11 116 5 0.49853 0.44944 0.50043 0.44930 0.49886 0.44822 0.50043 0.44930 0.49347 0.44740\n 11 116 5 0.49948 0.45538 0.50170 0.45513 0.49981 0.45394 0.50170 0.45513 0.49347 0.45323\n 11 116 5 0.50043 0.46132 0.50297 0.46097 0.50076 0.45966 0.50297 0.46097 0.49347 0.45907\n 11 116 5 0.50138 0.46726 0.50423 0.46680 0.50171 0.46538 0.50423 0.46680 0.49347 0.46490\n 11 116 5 0.50232 0.47321 0.50550 0.47263 0.50266 0.47110 0.50550 0.47263 0.49347 0.47073\n 11 116 5 0.50327 0.47915 0.50676 0.47846 0.50361 0.47682 0.50676 0.47846 0.49347 0.47656\n 11 116 5 0.50422 0.48509 0.50803 0.48429 0.50456 0.48255 0.50803 0.48429 0.49347 0.48240\n 11 116 5 0.50517 0.49104 0.50930 0.49013 0.50551 0.48827 0.50930 0.49013 0.49347 0.48823\n 11 116 5 0.50612 0.49698 0.51056 0.49596 0.50645 0.49399 0.51056 0.49596 0.49347 0.49406\n 11 116 5 0.50707 0.50292 0.51183 0.50179 0.50740 0.49971 0.51183 0.50179 0.49347 0.49989\n 11 116 5 0.49304 0.36124 0.49031 0.36308 0.49359 0.36334 0.49031 0.36308 0.50233 0.35992\n 11 116 5 0.49399 0.36718 0.49157 0.36892 0.49454 0.36907 0.49157 0.36892 0.50233 0.36575\n 11 116 5 0.49494 0.37313 0.49284 0.37475 0.49549 0.37479 0.49284 0.37475 0.50233 0.37158\n 11 116 5 0.49589 0.37907 0.49411 0.38058 0.49644 0.38051 0.49411 0.38058 0.50233 0.37741\n 11 116 5 0.49684 0.38501 0.49537 0.38641 0.49739 0.38623 0.49537 0.38641 0.50233 0.38325\n 11 116 5 0.49778 0.39095 0.49664 0.39224 0.49834 0.39195 0.49664 0.39224 0.50233 0.38908\n 11 116 5 0.49873 0.39690 0.49790 0.39808 0.49929 0.39767 0.49790 0.39808 0.50233 0.39491\n 11 116 5 0.49975 0.40270 0.49917 0.40391 0.50038 0.40333 0.49917 0.40391 0.50233 0.40074\n 11 116 5 0.50071 0.40843 0.50044 0.40974 0.50147 0.40888 0.50044 0.40974 0.50233 0.40658\n 11 116 5 0.50152 0.41425 0.50170 0.41557 0.50238 0.41442 0.50170 0.41557 0.50233 0.41241\n 11 116 5 0.50228 0.42025 0.50297 0.42141 0.50315 0.42008 0.50297 0.42141 0.50233 0.41824\n 11 116 5 0.50320 0.42638 0.50423 0.42724 0.50396 0.42592 0.50423 0.42724 0.50233 0.42407\n 11 116 5 0.50429 0.43249 0.50550 0.43307 0.50492 0.43186 0.50550 0.43307 0.50233 0.42990\n 11 116 5 0.50538 0.43850 0.50677 0.43890 0.50593 0.43772 0.50677 0.43890 0.50233 0.43574\n 11 116 5 0.50633 0.44444 0.50803 0.44473 0.50688 0.44344 0.50803 0.44473 0.50233 0.44157\n 11 116 5 0.50728 0.45038 0.50930 0.45057 0.50783 0.44917 0.50930 0.45057 0.50233 0.44740\n 11 116 5 0.50823 0.45633 0.51056 0.45640 0.50878 0.45489 0.51056 0.45640 0.50233 0.45323\n 11 116 5 0.50918 0.46227 0.51183 0.46223 0.50973 0.46061 0.51183 0.46223 0.50233 0.45907\n 11 116 5 0.51013 0.46821 0.51310 0.46806 0.51068 0.46633 0.51310 0.46806 0.50233 0.46490\n 11 116 5 0.51108 0.47416 0.51436 0.47390 0.51163 0.47205 0.51436 0.47390 0.50233 0.47073\n 11 116 5 0.51203 0.48010 0.51563 0.47973 0.51258 0.47777 0.51563 0.47973 0.50233 0.47656\n 11 116 5 0.51298 0.48604 0.51689 0.48556 0.51353 0.48350 0.51689 0.48556 0.50233 0.48240\n 11 116 5 0.51393 0.49199 0.51816 0.49139 0.51448 0.48922 0.51816 0.49139 0.50233 0.48823\n 11 116 5 0.51488 0.49793 0.51943 0.49722 0.51543 0.49494 0.51943 0.49722 0.50233 0.49406\n 11 116 5 0.51583 0.50387 0.52069 0.50306 0.51638 0.50066 0.52069 0.50306 0.50233 0.49989\n 11 116 5 0.50179 0.36219 0.49917 0.36435 0.50257 0.36429 0.49917 0.36435 0.51120 0.35992\n 11 116 5 0.50274 0.36813 0.50044 0.37018 0.50352 0.37001 0.50044 0.37018 0.51120 0.36575\n 11 116 5 0.50369 0.37407 0.50170 0.37601 0.50446 0.37574 0.50170 0.37601 0.51120 0.37158\n 11 116 5 0.50464 0.38002 0.50297 0.38185 0.50541 0.38146 0.50297 0.38185 0.51120 0.37741\n 11 116 5 0.50559 0.38596 0.50424 0.38768 0.50636 0.38718 0.50424 0.38768 0.51120 0.38325\n 11 116 5 0.50654 0.39190 0.50550 0.39351 0.50731 0.39290 0.50550 0.39351 0.51120 0.38908\n 11 116 5 0.50749 0.39785 0.50677 0.39934 0.50826 0.39862 0.50677 0.39934 0.51120 0.39491\n 11 116 5 0.50844 0.40379 0.50803 0.40517 0.50921 0.40434 0.50803 0.40517 0.51120 0.40074\n 11 116 5 0.50939 0.40967 0.50930 0.41101 0.51021 0.41002 0.50930 0.41101 0.51120 0.40658\n 11 116 5 0.51031 0.41552 0.51057 0.41684 0.51118 0.41565 0.51057 0.41684 0.51120 0.41241\n 11 116 5 0.51121 0.42148 0.51183 0.42267 0.51209 0.42136 0.51183 0.42267 0.51120 0.41824\n 11 116 5 0.51219 0.42751 0.51310 0.42850 0.51301 0.42717 0.51310 0.42850 0.51120 0.42407\n 11 116 5 0.51318 0.43351 0.51436 0.43434 0.51396 0.43295 0.51436 0.43434 0.51120 0.42990\n 11 116 5 0.51413 0.43945 0.51563 0.44017 0.51491 0.43867 0.51563 0.44017 0.51120 0.43574\n 11 116 5 0.51508 0.44539 0.51690 0.44600 0.51586 0.44439 0.51690 0.44600 0.51120 0.44157\n 11 116 5 0.51603 0.45133 0.51816 0.45183 0.51681 0.45012 0.51816 0.45183 0.51120 0.44740\n 11 116 5 0.51698 0.45728 0.51943 0.45766 0.51776 0.45584 0.51943 0.45766 0.51120 0.45323\n 11 116 5 0.51793 0.46322 0.52069 0.46350 0.51871 0.46156 0.52069 0.46350 0.51120 0.45907\n 11 116 5 0.51888 0.46916 0.52196 0.46933 0.51966 0.46728 0.52196 0.46933 0.51120 0.46490\n 11 116 5 0.51983 0.47511 0.52323 0.47516 0.52061 0.47300 0.52323 0.47516 0.51120 0.47073\n 11 116 5 0.52078 0.48105 0.52449 0.48099 0.52156 0.47872 0.52449 0.48099 0.51120 0.47656\n 11 116 5 0.52173 0.48699 0.52576 0.48683 0.52251 0.48444 0.52576 0.48683 0.51120 0.48240\n 11 116 5 0.52268 0.49294 0.52702 0.49266 0.52345 0.49017 0.52702 0.49266 0.51120 0.48823\n 11 116 5 0.52363 0.49888 0.52829 0.49849 0.52440 0.49589 0.52829 0.49849 0.51120 0.49406\n 11 72 3 0.52947 0.50427 0.52535 0.50161 0.52947 0.50427\n 11 50 2 0.52932 0.50427 0.51120 0.49989\n 11 116 5 0.51054 0.36314 0.50804 0.36561 0.51154 0.36524 0.50804 0.36561 0.52006 0.35992\n 11 116 5 0.51149 0.36908 0.50930 0.37145 0.51249 0.37096 0.50930 0.37145 0.52006 0.36575\n 11 116 5 0.51244 0.37502 0.51057 0.37728 0.51344 0.37669 0.51057 0.37728 0.52006 0.37158\n 11 116 5 0.51339 0.38097 0.51183 0.38311 0.51439 0.38241 0.51183 0.38311 0.52006 0.37741\n 11 116 5 0.51434 0.38691 0.51310 0.38894 0.51534 0.38813 0.51310 0.38894 0.52006 0.38325\n 11 116 5 0.51529 0.39285 0.51437 0.39478 0.51629 0.39385 0.51437 0.39478 0.52006 0.38908\n 11 116 5 0.51624 0.39880 0.51563 0.40061 0.51724 0.39957 0.51563 0.40061 0.52006 0.39491\n 11 116 5 0.51719 0.40474 0.51690 0.40644 0.51819 0.40529 0.51690 0.40644 0.52006 0.40074\n 11 116 5 0.51814 0.41068 0.51816 0.41227 0.51914 0.41101 0.51816 0.41227 0.52006 0.40658\n 11 116 5 0.51909 0.41663 0.51943 0.41811 0.52009 0.41674 0.51943 0.41811 0.52006 0.41241\n 11 116 5 0.52004 0.42257 0.52070 0.42394 0.52104 0.42246 0.52070 0.42394 0.52006 0.41824\n 11 116 5 0.52099 0.42851 0.52196 0.42977 0.52198 0.42818 0.52196 0.42977 0.52006 0.42407\n 11 116 5 0.52194 0.43445 0.52323 0.43560 0.52293 0.43390 0.52323 0.43560 0.52006 0.42990\n 11 116 5 0.52289 0.44040 0.52449 0.44143 0.52388 0.43962 0.52449 0.44143 0.52006 0.43574\n 11 116 5 0.52384 0.44634 0.52576 0.44727 0.52483 0.44534 0.52576 0.44727 0.52006 0.44157\n 11 116 5 0.52479 0.45228 0.52702 0.45310 0.52578 0.45107 0.52702 0.45310 0.52006 0.44740\n 11 116 5 0.52574 0.45823 0.52829 0.45893 0.52673 0.45679 0.52829 0.45893 0.52006 0.45323\n 11 116 5 0.52668 0.46417 0.52956 0.46476 0.52768 0.46251 0.52956 0.46476 0.52006 0.45907\n 11 116 5 0.52763 0.47011 0.53082 0.47060 0.52863 0.46823 0.53082 0.47060 0.52006 0.46490\n 11 116 5 0.52858 0.47606 0.53209 0.47643 0.52958 0.47395 0.53209 0.47643 0.52006 0.47073\n 11 116 5 0.52953 0.48200 0.53335 0.48226 0.53053 0.47967 0.53335 0.48226 0.52006 0.47656\n 11 116 5 0.53048 0.48794 0.53462 0.48809 0.53148 0.48539 0.53462 0.48809 0.52006 0.48240\n 11 116 5 0.53143 0.49388 0.53589 0.49392 0.53243 0.49112 0.53589 0.49392 0.52006 0.48823\n 11 116 5 0.53238 0.49983 0.53715 0.49976 0.53338 0.49684 0.53715 0.49976 0.52006 0.49406\n 11 72 3 0.53663 0.50427 0.53433 0.50256 0.53663 0.50427\n 11 50 2 0.53416 0.50427 0.52006 0.49989\n 11 116 5 0.51930 0.36409 0.51690 0.36688 0.52052 0.36619 0.51690 0.36688 0.52893 0.35992\n 11 116 5 0.52025 0.37003 0.51816 0.37271 0.52146 0.37191 0.51816 0.37271 0.52893 0.36575\n 11 116 5 0.52120 0.37597 0.51943 0.37855 0.52241 0.37764 0.51943 0.37855 0.52893 0.37158\n 11 116 5 0.52214 0.38192 0.52070 0.38438 0.52336 0.38336 0.52070 0.38438 0.52893 0.37741\n 11 116 5 0.52309 0.38786 0.52196 0.39021 0.52431 0.38908 0.52196 0.39021 0.52893 0.38325\n 11 116 5 0.52404 0.39380 0.52323 0.39604 0.52526 0.39480 0.52323 0.39604 0.52893 0.38908\n 11 116 5 0.52499 0.39975 0.52449 0.40187 0.52621 0.40052 0.52449 0.40187 0.52893 0.39491\n 11 116 5 0.52594 0.40569 0.52576 0.40771 0.52716 0.40624 0.52576 0.40771 0.52893 0.40074\n 11 116 5 0.52689 0.41163 0.52703 0.41354 0.52811 0.41196 0.52703 0.41354 0.52893 0.40658\n 11 116 5 0.52784 0.41758 0.52829 0.41937 0.52906 0.41769 0.52829 0.41937 0.52893 0.41241\n 11 116 5 0.52879 0.42352 0.52956 0.42520 0.53001 0.42341 0.52956 0.42520 0.52893 0.41824\n 11 116 5 0.52974 0.42946 0.53082 0.43104 0.53096 0.42913 0.53082 0.43104 0.52893 0.42407\n 11 116 5 0.53069 0.43540 0.53209 0.43687 0.53191 0.43485 0.53209 0.43687 0.52893 0.42990\n 11 116 5 0.53164 0.44135 0.53336 0.44270 0.53286 0.44057 0.53336 0.44270 0.52893 0.43574\n 11 116 5 0.53259 0.44729 0.53462 0.44853 0.53381 0.44629 0.53462 0.44853 0.52893 0.44157\n 11 116 5 0.53354 0.45323 0.53589 0.45436 0.53476 0.45201 0.53589 0.45436 0.52893 0.44740\n 11 116 5 0.53449 0.45918 0.53715 0.46020 0.53571 0.45774 0.53715 0.46020 0.52893 0.45323\n 11 116 5 0.53544 0.46512 0.53842 0.46603 0.53666 0.46346 0.53842 0.46603 0.52893 0.45907\n 11 116 5 0.53639 0.47106 0.53969 0.47186 0.53761 0.46918 0.53969 0.47186 0.52893 0.46490\n 11 116 5 0.53734 0.47701 0.54095 0.47769 0.53856 0.47490 0.54095 0.47769 0.52893 0.47073\n 11 116 5 0.53829 0.48295 0.54222 0.48353 0.53950 0.48062 0.54222 0.48353 0.52893 0.47656\n 11 116 5 0.53924 0.48889 0.54348 0.48936 0.54045 0.48634 0.54348 0.48936 0.52893 0.48240\n 11 116 5 0.54019 0.49483 0.54475 0.49519 0.54140 0.49207 0.54475 0.49519 0.52893 0.48823\n 11 116 5 0.54113 0.50078 0.54602 0.50102 0.54235 0.49779 0.54602 0.50102 0.52893 0.49406\n 11 72 3 0.54420 0.50427 0.54330 0.50351 0.54420 0.50427\n 11 50 2 0.54046 0.50427 0.52893 0.49989\n 11 116 5 0.52805 0.36504 0.52576 0.36815 0.52949 0.36714 0.52576 0.36815 0.53779 0.35992\n 11 116 5 0.52900 0.37098 0.52703 0.37398 0.53044 0.37286 0.52703 0.37398 0.53779 0.36575\n 11 116 5 0.52995 0.37692 0.52829 0.37981 0.53139 0.37858 0.52829 0.37981 0.53779 0.37158\n 11 116 5 0.53090 0.38287 0.52956 0.38564 0.53234 0.38431 0.52956 0.38564 0.53779 0.37741\n 11 116 5 0.53185 0.38881 0.53083 0.39148 0.53329 0.39003 0.53083 0.39148 0.53779 0.38325\n 11 116 5 0.53280 0.39475 0.53209 0.39731 0.53424 0.39575 0.53209 0.39731 0.53779 0.38908\n 11 116 5 0.53375 0.40070 0.53336 0.40314 0.53519 0.40147 0.53336 0.40314 0.53779 0.39491\n 11 116 5 0.53470 0.40664 0.53462 0.40897 0.53614 0.40719 0.53462 0.40897 0.53779 0.40074\n 11 116 5 0.53565 0.41258 0.53589 0.41480 0.53709 0.41291 0.53589 0.41480 0.53779 0.40658\n 11 116 5 0.53659 0.41852 0.53716 0.42064 0.53803 0.41864 0.53716 0.42064 0.53779 0.41241\n 11 116 5 0.53754 0.42447 0.53842 0.42647 0.53898 0.42436 0.53842 0.42647 0.53779 0.41824\n 11 116 5 0.53849 0.43041 0.53969 0.43230 0.53993 0.43008 0.53969 0.43230 0.53779 0.42407\n 11 116 5 0.53944 0.43635 0.54095 0.43813 0.54088 0.43580 0.54095 0.43813 0.53779 0.42990\n 11 116 5 0.54039 0.44230 0.54222 0.44397 0.54183 0.44152 0.54222 0.44397 0.53779 0.43574\n 11 116 5 0.54134 0.44824 0.54349 0.44980 0.54278 0.44724 0.54349 0.44980 0.53779 0.44157\n 11 116 5 0.54229 0.45418 0.54475 0.45563 0.54373 0.45296 0.54475 0.45563 0.53779 0.44740\n 11 116 5 0.54324 0.46013 0.54602 0.46146 0.54468 0.45869 0.54602 0.46146 0.53779 0.45323\n 11 116 5 0.54419 0.46607 0.54728 0.46730 0.54563 0.46441 0.54728 0.46730 0.53779 0.45907\n 11 116 5 0.54514 0.47201 0.54855 0.47313 0.54658 0.47013 0.54855 0.47313 0.53779 0.46490\n 11 116 5 0.54609 0.47795 0.54982 0.47896 0.54753 0.47585 0.54982 0.47896 0.53779 0.47073\n 11 116 5 0.54704 0.48390 0.55108 0.48479 0.54848 0.48157 0.55108 0.48479 0.53779 0.47656\n 11 116 5 0.54799 0.48984 0.55235 0.49062 0.54943 0.48729 0.55235 0.49062 0.53779 0.48240\n 11 116 5 0.54894 0.49578 0.55361 0.49646 0.55038 0.49301 0.55361 0.49646 0.53779 0.48823\n 11 116 5 0.54989 0.50173 0.55488 0.50229 0.55133 0.49874 0.55488 0.50229 0.53779 0.49406\n 11 50 2 0.54755 0.50427 0.53779 0.49989\n 11 116 5 0.53680 0.36599 0.53463 0.36941 0.53846 0.36809 0.53463 0.36941 0.54665 0.35992\n 11 116 5 0.53775 0.37193 0.53589 0.37525 0.53941 0.37381 0.53589 0.37525 0.54665 0.36575\n 11 116 5 0.53870 0.37787 0.53716 0.38108 0.54036 0.37953 0.53716 0.38108 0.54665 0.37158\n 11 116 5 0.53965 0.38382 0.53842 0.38691 0.54131 0.38526 0.53842 0.38691 0.54665 0.37741\n 11 116 5 0.54060 0.38976 0.53969 0.39274 0.54226 0.39098 0.53969 0.39274 0.54665 0.38325\n 11 116 5 0.54155 0.39570 0.54096 0.39857 0.54321 0.39670 0.54096 0.39857 0.54665 0.38908\n 11 116 5 0.54250 0.40164 0.54222 0.40441 0.54416 0.40242 0.54222 0.40441 0.54665 0.39491\n 11 116 5 0.54345 0.40759 0.54349 0.41024 0.54511 0.40814 0.54349 0.41024 0.54665 0.40074\n 11 116 5 0.54440 0.41353 0.54475 0.41607 0.54606 0.41386 0.54475 0.41607 0.54665 0.40658\n 11 116 5 0.54535 0.41947 0.54602 0.42190 0.54701 0.41958 0.54602 0.42190 0.54665 0.41241\n 11 116 5 0.54630 0.42542 0.54729 0.42774 0.54796 0.42531 0.54729 0.42774 0.54665 0.41824\n 11 116 5 0.54725 0.43136 0.54855 0.43357 0.54891 0.43103 0.54855 0.43357 0.54665 0.42407\n 11 116 5 0.54820 0.43730 0.54982 0.43940 0.54986 0.43675 0.54982 0.43940 0.54665 0.42990\n 11 116 5 0.54915 0.44325 0.55108 0.44523 0.55081 0.44247 0.55108 0.44523 0.54665 0.43574\n 11 116 5 0.55010 0.44919 0.55235 0.45106 0.55176 0.44819 0.55235 0.45106 0.54665 0.44157\n 11 116 5 0.55104 0.45513 0.55362 0.45690 0.55271 0.45391 0.55362 0.45690 0.54665 0.44740\n 11 116 5 0.55199 0.46108 0.55488 0.46273 0.55366 0.45964 0.55488 0.46273 0.54665 0.45323\n 11 116 5 0.55294 0.46702 0.55615 0.46856 0.55461 0.46536 0.55615 0.46856 0.54665 0.45907\n 11 116 5 0.55389 0.47296 0.55741 0.47439 0.55555 0.47108 0.55741 0.47439 0.54665 0.46490\n 11 116 5 0.55484 0.47890 0.55868 0.48023 0.55650 0.47680 0.55868 0.48023 0.54665 0.47073\n 11 116 5 0.55579 0.48485 0.55995 0.48606 0.55745 0.48252 0.55995 0.48606 0.54665 0.47656\n 11 116 5 0.55674 0.49079 0.56121 0.49189 0.55840 0.48824 0.56121 0.49189 0.54665 0.48240\n 11 116 5 0.55769 0.49673 0.56248 0.49772 0.55935 0.49396 0.56248 0.49772 0.54665 0.48823\n 11 116 5 0.55864 0.50268 0.56374 0.50355 0.56030 0.49969 0.56374 0.50355 0.54665 0.49406\n 11 50 2 0.55511 0.50427 0.54665 0.49989\n 11 116 5 0.54556 0.36694 0.54349 0.37068 0.54744 0.36904 0.54349 0.37068 0.55552 0.35992\n 11 116 5 0.54651 0.37288 0.54476 0.37651 0.54839 0.37476 0.54476 0.37651 0.55552 0.36575\n 11 116 5 0.54745 0.37882 0.54602 0.38234 0.54934 0.38048 0.54602 0.38234 0.55552 0.37158\n 11 116 5 0.54840 0.38477 0.54729 0.38818 0.55029 0.38621 0.54729 0.38818 0.55552 0.37741\n 11 116 5 0.54935 0.39071 0.54855 0.39401 0.55124 0.39193 0.54855 0.39401 0.55552 0.38325\n 11 116 5 0.55030 0.39665 0.54982 0.39984 0.55219 0.39765 0.54982 0.39984 0.55552 0.38908\n 11 116 5 0.55125 0.40259 0.55109 0.40567 0.55314 0.40337 0.55109 0.40567 0.55552 0.39491\n 11 116 5 0.55220 0.40854 0.55235 0.41150 0.55409 0.40909 0.55235 0.41150 0.55552 0.40074\n 11 116 5 0.55315 0.41448 0.55362 0.41734 0.55503 0.41481 0.55362 0.41734 0.55552 0.40658\n 11 116 5 0.55410 0.42042 0.55488 0.42317 0.55598 0.42053 0.55488 0.42317 0.55552 0.41241\n 11 116 5 0.55505 0.42637 0.55615 0.42900 0.55693 0.42626 0.55615 0.42900 0.55552 0.41824\n 11 116 5 0.55600 0.43231 0.55742 0.43483 0.55788 0.43198 0.55742 0.43483 0.55552 0.42407\n 11 116 5 0.55695 0.43825 0.55868 0.44067 0.55883 0.43770 0.55868 0.44067 0.55552 0.42990\n 11 116 5 0.55790 0.44420 0.55995 0.44650 0.55978 0.44342 0.55995 0.44650 0.55552 0.43574\n 11 116 5 0.55885 0.45014 0.56121 0.45233 0.56073 0.44914 0.56121 0.45233 0.55552 0.44157\n 11 116 5 0.55980 0.45608 0.56248 0.45816 0.56168 0.45486 0.56248 0.45816 0.55552 0.44740\n 11 116 5 0.56075 0.46202 0.56375 0.46399 0.56263 0.46058 0.56375 0.46399 0.55552 0.45323\n 11 116 5 0.56170 0.46797 0.56501 0.46983 0.56358 0.46631 0.56501 0.46983 0.55552 0.45907\n 11 116 5 0.56265 0.47391 0.56628 0.47566 0.56453 0.47203 0.56628 0.47566 0.55552 0.46490\n 11 116 5 0.56360 0.47985 0.56754 0.48149 0.56548 0.47775 0.56754 0.48149 0.55552 0.47073\n 11 116 5 0.56455 0.48580 0.56881 0.48732 0.56643 0.48347 0.56881 0.48732 0.55552 0.47656\n 11 116 5 0.56549 0.49174 0.57008 0.49316 0.56738 0.48919 0.57008 0.49316 0.55552 0.48240\n 11 116 5 0.56644 0.49768 0.57134 0.49899 0.56833 0.49491 0.57134 0.49899 0.55552 0.48823\n 11 50 2 0.56739 0.50363 0.57019 0.50427\n 11 72 3 0.57217 0.50427 0.56928 0.50064 0.57217 0.50427\n 11 50 2 0.57173 0.50427 0.55552 0.49406\n 11 50 2 0.56298 0.50427 0.55552 0.49989\n 11 116 5 0.55431 0.36789 0.55235 0.37194 0.55641 0.36999 0.55235 0.37194 0.56438 0.35992\n 11 116 5 0.55526 0.37383 0.55362 0.37778 0.55736 0.37571 0.55362 0.37778 0.56438 0.36575\n 11 116 5 0.55621 0.37977 0.55489 0.38361 0.55831 0.38143 0.55489 0.38361 0.56438 0.37158\n 11 116 5 0.55716 0.38571 0.55615 0.38944 0.55926 0.38715 0.55615 0.38944 0.56438 0.37741\n 11 116 5 0.55811 0.39166 0.55742 0.39527 0.56021 0.39288 0.55742 0.39527 0.56438 0.38325\n 11 116 5 0.55906 0.39760 0.55868 0.40111 0.56116 0.39860 0.55868 0.40111 0.56438 0.38908\n 11 116 5 0.56001 0.40354 0.55995 0.40694 0.56211 0.40432 0.55995 0.40694 0.56438 0.39491\n 11 116 5 0.56096 0.40949 0.56122 0.41277 0.56306 0.41004 0.56122 0.41277 0.56438 0.40074\n 11 116 5 0.56190 0.41543 0.56248 0.41860 0.56401 0.41576 0.56248 0.41860 0.56438 0.40658\n 11 116 5 0.56285 0.42137 0.56375 0.42444 0.56496 0.42148 0.56375 0.42444 0.56438 0.41241\n 11 116 5 0.56380 0.42732 0.56501 0.43027 0.56591 0.42721 0.56501 0.43027 0.56438 0.41824\n 11 116 5 0.56475 0.43326 0.56628 0.43610 0.56686 0.43293 0.56628 0.43610 0.56438 0.42407\n 11 116 5 0.56570 0.43920 0.56755 0.44193 0.56781 0.43865 0.56755 0.44193 0.56438 0.42990\n 11 116 5 0.56665 0.44515 0.56881 0.44776 0.56876 0.44437 0.56881 0.44776 0.56438 0.43574\n 11 116 5 0.56760 0.45109 0.57008 0.45360 0.56971 0.45009 0.57008 0.45360 0.56438 0.44157\n 11 116 5 0.56855 0.45703 0.57134 0.45943 0.57066 0.45581 0.57134 0.45943 0.56438 0.44740\n 11 116 5 0.56950 0.46297 0.57261 0.46526 0.57161 0.46153 0.57261 0.46526 0.56438 0.45323\n 11 116 5 0.57045 0.46892 0.57388 0.47109 0.57255 0.46726 0.57388 0.47109 0.56438 0.45907\n 11 116 5 0.57140 0.47486 0.57514 0.47693 0.57350 0.47298 0.57514 0.47693 0.56438 0.46490\n 11 116 5 0.57235 0.48080 0.57641 0.48276 0.57445 0.47870 0.57641 0.48276 0.56438 0.47073\n 11 116 5 0.57330 0.48675 0.57767 0.48859 0.57540 0.48442 0.57767 0.48859 0.56438 0.47656\n 11 116 5 0.57425 0.49269 0.57894 0.49442 0.57635 0.49014 0.57894 0.49442 0.56438 0.48240\n 11 116 5 0.57520 0.49863 0.58021 0.50025 0.57730 0.49586 0.58021 0.50025 0.56438 0.48823\n 11 72 3 0.58017 0.50427 0.57825 0.50158 0.58017 0.50427\n 11 50 2 0.57889 0.50427 0.56438 0.49406\n 11 50 2 0.57106 0.50427 0.56438 0.49989\n 11 116 5 0.56306 0.36884 0.56122 0.37321 0.56539 0.37094 0.56122 0.37321 0.57324 0.35992\n 11 116 5 0.56401 0.37478 0.56248 0.37904 0.56634 0.37666 0.56248 0.37904 0.57324 0.36575\n 11 116 5 0.56496 0.38072 0.56375 0.38488 0.56729 0.38238 0.56375 0.38488 0.57324 0.37158\n 11 116 5 0.56591 0.38666 0.56502 0.39071 0.56824 0.38810 0.56502 0.39071 0.57324 0.37741\n 11 116 5 0.56686 0.39261 0.56628 0.39654 0.56919 0.39383 0.56628 0.39654 0.57324 0.38325\n 11 116 5 0.56781 0.39855 0.56755 0.40237 0.57014 0.39955 0.56755 0.40237 0.57324 0.38908\n 11 116 5 0.56876 0.40449 0.56881 0.40820 0.57108 0.40527 0.56881 0.40820 0.57324 0.39491\n 11 116 5 0.56971 0.41044 0.57008 0.41404 0.57203 0.41099 0.57008 0.41404 0.57324 0.40074\n 11 116 5 0.57066 0.41638 0.57135 0.41987 0.57298 0.41671 0.57135 0.41987 0.57324 0.40658\n 11 116 5 0.57161 0.42232 0.57261 0.42570 0.57393 0.42243 0.57261 0.42570 0.57324 0.41241\n 11 116 5 0.57256 0.42827 0.57388 0.43153 0.57488 0.42815 0.57388 0.43153 0.57324 0.41824\n 11 116 5 0.57351 0.43421 0.57514 0.43737 0.57583 0.43388 0.57514 0.43737 0.57324 0.42407\n 11 116 5 0.57446 0.44015 0.57641 0.44320 0.57678 0.43960 0.57641 0.44320 0.57324 0.42990\n 11 116 5 0.57541 0.44609 0.57768 0.44903 0.57773 0.44532 0.57768 0.44903 0.57324 0.43574\n 11 116 5 0.57635 0.45204 0.57894 0.45486 0.57868 0.45104 0.57894 0.45486 0.57324 0.44157\n 11 116 5 0.57730 0.45798 0.58021 0.46069 0.57963 0.45676 0.58021 0.46069 0.57324 0.44740\n 11 116 5 0.57825 0.46392 0.58147 0.46653 0.58058 0.46248 0.58147 0.46653 0.57324 0.45323\n 11 116 5 0.57920 0.46987 0.58274 0.47236 0.58153 0.46821 0.58274 0.47236 0.57324 0.45907\n 11 116 5 0.58015 0.47581 0.58401 0.47819 0.58248 0.47393 0.58401 0.47819 0.57324 0.46490\n 11 116 5 0.58110 0.48175 0.58527 0.48402 0.58343 0.47965 0.58527 0.48402 0.57324 0.47073\n 11 116 5 0.58205 0.48770 0.58654 0.48986 0.58438 0.48537 0.58654 0.48986 0.57324 0.47656\n 11 116 5 0.58300 0.49364 0.58780 0.49569 0.58533 0.49109 0.58780 0.49569 0.57324 0.48240\n 11 116 5 0.58395 0.49958 0.58907 0.50152 0.58628 0.49681 0.58907 0.50152 0.57324 0.48823\n 11 72 3 0.58834 0.50427 0.58723 0.50253 0.58834 0.50427\n 11 50 2 0.58637 0.50427 0.57324 0.49406\n 11 50 2 0.57929 0.50427 0.57324 0.49989\n 11 116 5 0.57181 0.36978 0.57008 0.37448 0.57436 0.37189 0.57008 0.37448 0.58211 0.35992\n 11 116 5 0.57276 0.37573 0.57135 0.38031 0.57531 0.37761 0.57135 0.38031 0.58211 0.36575\n 11 116 5 0.57371 0.38167 0.57261 0.38614 0.57626 0.38333 0.57261 0.38614 0.58211 0.37158\n 11 116 5 0.57466 0.38761 0.57388 0.39197 0.57721 0.38905 0.57388 0.39197 0.58211 0.37741\n 11 116 5 0.57561 0.39356 0.57515 0.39781 0.57816 0.39478 0.57515 0.39781 0.58211 0.38325\n 11 116 5 0.57656 0.39950 0.57641 0.40364 0.57911 0.40050 0.57641 0.40364 0.58211 0.38908\n 11 116 5 0.57751 0.40544 0.57768 0.40947 0.58006 0.40622 0.57768 0.40947 0.58211 0.39491\n 11 116 5 0.57846 0.41139 0.57894 0.41530 0.58101 0.41194 0.57894 0.41530 0.58211 0.40074\n 11 116 5 0.57941 0.41733 0.58021 0.42113 0.58196 0.41766 0.58021 0.42113 0.58211 0.40658\n 11 116 5 0.58036 0.42327 0.58148 0.42697 0.58291 0.42338 0.58148 0.42697 0.58211 0.41241\n 11 116 5 0.58131 0.42921 0.58274 0.43280 0.58386 0.42910 0.58274 0.43280 0.58211 0.41824\n 11 116 5 0.58226 0.43516 0.58401 0.43863 0.58481 0.43483 0.58401 0.43863 0.58211 0.42407\n 11 116 5 0.58321 0.44110 0.58527 0.44446 0.58576 0.44055 0.58527 0.44446 0.58211 0.42990\n 11 116 5 0.58416 0.44704 0.58654 0.45030 0.58671 0.44627 0.58654 0.45030 0.58211 0.43574\n 11 116 5 0.58511 0.45299 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0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.04960 0.07334 0.04960 0.05787 0.04960 0.07334 0.04444 0.07334 0.04960 0.07334 0.04960 0.09052 0.04444 0.09052 0.04960 0.09052 0.04960 0.10770 0.04444 0.10770 0.04960 0.10770 0.04960 0.12489 0.04444 0.12489 0.04960 0.12489 0.04960 0.14207 0.04444 0.14207 0.04960 0.14207 0.04960 0.15926 0.04444 0.15926 0.04960 0.15926 0.04960 0.17644 0.04444 0.17644 0.04960 0.17644 0.04960 0.19362 0.04444 0.19362 0.04960 0.19362 0.04960 0.21081 0.04444 0.21081 0.04960 0.21081 0.04960 0.22799 0.04444 0.22799 0.04960 0.22799 0.04960 0.22971\n 11 380 17 0.04035 0.07540 0.03838 0.07540 0.03819 0.07363 0.03838 0.07383 0.03897 0.07403 0.03957 0.07403 0.04016 0.07383 0.04055 0.07344 0.04075 0.07285 0.04075 0.07245 0.04055 0.07186 0.04016 0.07147 0.03957 0.07127 0.03897 0.07127 0.03838 0.07147 0.03819 0.07166 0.03799 0.07206\n 11 94 4 0.03464 0.10898 0.03504 0.10918 0.03563 0.10977 0.03563 0.10564\n 11 380 17 0.04035 0.10977 0.03838 0.10977 0.03819 0.10800 0.03838 0.10820 0.03897 0.10839 0.03957 0.10839 0.04016 0.10820 0.04055 0.10780 0.04075 0.10721 0.04075 0.10682 0.04055 0.10623 0.04016 0.10583 0.03957 0.10564 0.03897 0.10564 0.03838 0.10583 0.03819 0.10603 0.03799 0.10643\n 11 314 14 0.03425 0.14315 0.03425 0.14335 0.03445 0.14375 0.03464 0.14394 0.03504 0.14414 0.03583 0.14414 0.03622 0.14394 0.03642 0.14375 0.03661 0.14335 0.03661 0.14296 0.03642 0.14256 0.03602 0.14197 0.03405 0.14001 0.03681 0.14001\n 11 380 17 0.04035 0.14414 0.03838 0.14414 0.03819 0.14237 0.03838 0.14256 0.03897 0.14276 0.03957 0.14276 0.04016 0.14256 0.04055 0.14217 0.04075 0.14158 0.04075 0.14119 0.04055 0.14060 0.04016 0.14020 0.03957 0.14001 0.03897 0.14001 0.03838 0.14020 0.03819 0.14040 0.03799 0.14079\n 11 336 15 0.03445 0.17851 0.03661 0.17851 0.03543 0.17693 0.03602 0.17693 0.03642 0.17674 0.03661 0.17654 0.03681 0.17595 0.03681 0.17555 0.03661 0.17496 0.03622 0.17457 0.03563 0.17437 0.03504 0.17437 0.03445 0.17457 0.03425 0.17477 0.03405 0.17516\n 11 380 17 0.04035 0.17851 0.03838 0.17851 0.03819 0.17674 0.03838 0.17693 0.03897 0.17713 0.03957 0.17713 0.04016 0.17693 0.04055 0.17654 0.04075 0.17595 0.04075 0.17555 0.04055 0.17496 0.04016 0.17457 0.03957 0.17437 0.03897 0.17437 0.03838 0.17457 0.03819 0.17477 0.03799 0.17516\n 11 72 3 0.03602 0.21287 0.03405 0.21012 0.03701 0.21012\n 11 50 2 0.03602 0.21287 0.03602 0.20874\n 11 380 17 0.04035 0.21287 0.03838 0.21287 0.03819 0.21110 0.03838 0.21130 0.03897 0.21150 0.03957 0.21150 0.04016 0.21130 0.04055 0.21091 0.04075 0.21032 0.04075 0.20992 0.04055 0.20933 0.04016 0.20894 0.03957 0.20874 0.03897 0.20874 0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.29167 0.07334 0.29167 0.05787 0.29167 0.07334 0.29684 0.07334 0.29167 0.07334 0.29167 0.09052 0.29684 0.09052 0.29167 0.09052 0.29167 0.10770 0.29684 0.10770 0.29167 0.10770 0.29167 0.12489 0.29684 0.12489 0.29167 0.12489 0.29167 0.14207 0.29684 0.14207 0.29167 0.14207 0.29167 0.15926 0.29684 0.15926 0.29167 0.15926 0.29167 0.17644 0.29684 0.17644 0.29167 0.17644 0.29167 0.19362 0.29684 0.19362 0.29167 0.19362 0.29167 0.21081 0.29684 0.21081 0.29167 0.21081 0.29167 0.22799 0.29684 0.22799 0.29167 0.22799 0.29167 0.22971\n 11 732 33 0.29167 0.07334 0.29167 0.05787 0.29167 0.07334 0.29684 0.07334 0.29167 0.07334 0.29167 0.09052 0.29684 0.09052 0.29167 0.09052 0.29167 0.10770 0.29684 0.10770 0.29167 0.10770 0.29167 0.12489 0.29684 0.12489 0.29167 0.12489 0.29167 0.14207 0.29684 0.14207 0.29167 0.14207 0.29167 0.15926 0.29684 0.15926 0.29167 0.15926 0.29167 0.17644 0.29684 0.17644 0.29167 0.17644 0.29167 0.19362 0.29684 0.19362 0.29167 0.19362 0.29167 0.21081 0.29684 0.21081 0.29167 0.21081 0.29167 0.22799 0.29684 0.22799 0.29167 0.22799 0.29167 0.22971\n 11 732 33 0.07139 0.22971 0.04960 0.22971 0.07139 0.22971 0.07139 0.23488 0.07139 0.22971 0.09560 0.22971 0.09560 0.23488 0.09560 0.22971 0.11980 0.22971 0.11980 0.23488 0.11980 0.22971 0.14401 0.22971 0.14401 0.23488 0.14401 0.22971 0.16822 0.22971 0.16822 0.23488 0.16822 0.22971 0.19243 0.22971 0.19243 0.23488 0.19243 0.22971 0.21663 0.22971 0.21663 0.23488 0.21663 0.22971 0.24084 0.22971 0.24084 0.23488 0.24084 0.22971 0.26505 0.22971 0.26505 0.23488 0.26505 0.22971 0.28925 0.22971 0.28925 0.23488 0.28925 0.22971 0.29167 0.22971\n 11 732 33 0.07139 0.22971 0.04960 0.22971 0.07139 0.22971 0.07139 0.23488 0.07139 0.22971 0.09560 0.22971 0.09560 0.23488 0.09560 0.22971 0.11980 0.22971 0.11980 0.23488 0.11980 0.22971 0.14401 0.22971 0.14401 0.23488 0.14401 0.22971 0.16822 0.22971 0.16822 0.23488 0.16822 0.22971 0.19243 0.22971 0.19243 0.23488 0.19243 0.22971 0.21663 0.22971 0.21663 0.23488 0.21663 0.22971 0.24084 0.22971 0.24084 0.23488 0.24084 0.22971 0.26505 0.22971 0.26505 0.23488 0.26505 0.22971 0.28925 0.22971 0.28925 0.23488 0.28925 0.22971 0.29167 0.22971\n 11 732 33 0.07139 0.05787 0.04960 0.05787 0.07139 0.05787 0.07139 0.05270 0.07139 0.05787 0.09560 0.05787 0.09560 0.05270 0.09560 0.05787 0.11980 0.05787 0.11980 0.05270 0.11980 0.05787 0.14401 0.05787 0.14401 0.05270 0.14401 0.05787 0.16822 0.05787 0.16822 0.05270 0.16822 0.05787 0.19243 0.05787 0.19243 0.05270 0.19243 0.05787 0.21663 0.05787 0.21663 0.05270 0.21663 0.05787 0.24084 0.05787 0.24084 0.05270 0.24084 0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 11 732 33 0.07139 0.05787 0.04960 0.05787 0.07139 0.05787 0.07139 0.05270 0.07139 0.05787 0.09560 0.05787 0.09560 0.05270 0.09560 0.05787 0.11980 0.05787 0.11980 0.05270 0.11980 0.05787 0.14401 0.05787 0.14401 0.05270 0.14401 0.05787 0.16822 0.05787 0.16822 0.05270 0.16822 0.05787 0.19243 0.05787 0.19243 0.05270 0.19243 0.05787 0.21663 0.05787 0.21663 0.05270 0.21663 0.05787 0.24084 0.05787 0.24084 0.05270 0.24084 0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 11 732 33 0.04960 0.07334 0.04960 0.05787 0.04960 0.07334 0.04444 0.07334 0.04960 0.07334 0.04960 0.09052 0.04444 0.09052 0.04960 0.09052 0.04960 0.10770 0.04444 0.10770 0.04960 0.10770 0.04960 0.12489 0.04444 0.12489 0.04960 0.12489 0.04960 0.14207 0.04444 0.14207 0.04960 0.14207 0.04960 0.15926 0.04444 0.15926 0.04960 0.15926 0.04960 0.17644 0.04444 0.17644 0.04960 0.17644 0.04960 0.19362 0.04444 0.19362 0.04960 0.19362 0.04960 0.21081 0.04444 0.21081 0.04960 0.21081 0.04960 0.22799 0.04444 0.22799 0.04960 0.22799 0.04960 0.22971\n 11 380 17 0.04035 0.07540 0.03838 0.07540 0.03819 0.07363 0.03838 0.07383 0.03897 0.07403 0.03957 0.07403 0.04016 0.07383 0.04055 0.07344 0.04075 0.07285 0.04075 0.07245 0.04055 0.07186 0.04016 0.07147 0.03957 0.07127 0.03897 0.07127 0.03838 0.07147 0.03819 0.07166 0.03799 0.07206\n 11 94 4 0.03464 0.10898 0.03504 0.10918 0.03563 0.10977 0.03563 0.10564\n 11 380 17 0.04035 0.10977 0.03838 0.10977 0.03819 0.10800 0.03838 0.10820 0.03897 0.10839 0.03957 0.10839 0.04016 0.10820 0.04055 0.10780 0.04075 0.10721 0.04075 0.10682 0.04055 0.10623 0.04016 0.10583 0.03957 0.10564 0.03897 0.10564 0.03838 0.10583 0.03819 0.10603 0.03799 0.10643\n 11 314 14 0.03425 0.14315 0.03425 0.14335 0.03445 0.14375 0.03464 0.14394 0.03504 0.14414 0.03583 0.14414 0.03622 0.14394 0.03642 0.14375 0.03661 0.14335 0.03661 0.14296 0.03642 0.14256 0.03602 0.14197 0.03405 0.14001 0.03681 0.14001\n 11 380 17 0.04035 0.14414 0.03838 0.14414 0.03819 0.14237 0.03838 0.14256 0.03897 0.14276 0.03957 0.14276 0.04016 0.14256 0.04055 0.14217 0.04075 0.14158 0.04075 0.14119 0.04055 0.14060 0.04016 0.14020 0.03957 0.14001 0.03897 0.14001 0.03838 0.14020 0.03819 0.14040 0.03799 0.14079\n 11 336 15 0.03445 0.17851 0.03661 0.17851 0.03543 0.17693 0.03602 0.17693 0.03642 0.17674 0.03661 0.17654 0.03681 0.17595 0.03681 0.17555 0.03661 0.17496 0.03622 0.17457 0.03563 0.17437 0.03504 0.17437 0.03445 0.17457 0.03425 0.17477 0.03405 0.17516\n 11 380 17 0.04035 0.17851 0.03838 0.17851 0.03819 0.17674 0.03838 0.17693 0.03897 0.17713 0.03957 0.17713 0.04016 0.17693 0.04055 0.17654 0.04075 0.17595 0.04075 0.17555 0.04055 0.17496 0.04016 0.17457 0.03957 0.17437 0.03897 0.17437 0.03838 0.17457 0.03819 0.17477 0.03799 0.17516\n 11 72 3 0.03602 0.21287 0.03405 0.21012 0.03701 0.21012\n 11 50 2 0.03602 0.21287 0.03602 0.20874\n 11 380 17 0.04035 0.21287 0.03838 0.21287 0.03819 0.21110 0.03838 0.21130 0.03897 0.21150 0.03957 0.21150 0.04016 0.21130 0.04055 0.21091 0.04075 0.21032 0.04075 0.20992 0.04055 0.20933 0.04016 0.20894 0.03957 0.20874 0.03897 0.20874 0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.04960 0.07334 0.04960 0.05787 0.04960 0.07334 0.04444 0.07334 0.04960 0.07334 0.04960 0.09052 0.04444 0.09052 0.04960 0.09052 0.04960 0.10770 0.04444 0.10770 0.04960 0.10770 0.04960 0.12489 0.04444 0.12489 0.04960 0.12489 0.04960 0.14207 0.04444 0.14207 0.04960 0.14207 0.04960 0.15926 0.04444 0.15926 0.04960 0.15926 0.04960 0.17644 0.04444 0.17644 0.04960 0.17644 0.04960 0.19362 0.04444 0.19362 0.04960 0.19362 0.04960 0.21081 0.04444 0.21081 0.04960 0.21081 0.04960 0.22799 0.04444 0.22799 0.04960 0.22799 0.04960 0.22971\n 11 380 17 0.04035 0.07540 0.03838 0.07540 0.03819 0.07363 0.03838 0.07383 0.03897 0.07403 0.03957 0.07403 0.04016 0.07383 0.04055 0.07344 0.04075 0.07285 0.04075 0.07245 0.04055 0.07186 0.04016 0.07147 0.03957 0.07127 0.03897 0.07127 0.03838 0.07147 0.03819 0.07166 0.03799 0.07206\n 11 94 4 0.03464 0.10898 0.03504 0.10918 0.03563 0.10977 0.03563 0.10564\n 11 380 17 0.04035 0.10977 0.03838 0.10977 0.03819 0.10800 0.03838 0.10820 0.03897 0.10839 0.03957 0.10839 0.04016 0.10820 0.04055 0.10780 0.04075 0.10721 0.04075 0.10682 0.04055 0.10623 0.04016 0.10583 0.03957 0.10564 0.03897 0.10564 0.03838 0.10583 0.03819 0.10603 0.03799 0.10643\n 11 314 14 0.03425 0.14315 0.03425 0.14335 0.03445 0.14375 0.03464 0.14394 0.03504 0.14414 0.03583 0.14414 0.03622 0.14394 0.03642 0.14375 0.03661 0.14335 0.03661 0.14296 0.03642 0.14256 0.03602 0.14197 0.03405 0.14001 0.03681 0.14001\n 11 380 17 0.04035 0.14414 0.03838 0.14414 0.03819 0.14237 0.03838 0.14256 0.03897 0.14276 0.03957 0.14276 0.04016 0.14256 0.04055 0.14217 0.04075 0.14158 0.04075 0.14119 0.04055 0.14060 0.04016 0.14020 0.03957 0.14001 0.03897 0.14001 0.03838 0.14020 0.03819 0.14040 0.03799 0.14079\n 11 336 15 0.03445 0.17851 0.03661 0.17851 0.03543 0.17693 0.03602 0.17693 0.03642 0.17674 0.03661 0.17654 0.03681 0.17595 0.03681 0.17555 0.03661 0.17496 0.03622 0.17457 0.03563 0.17437 0.03504 0.17437 0.03445 0.17457 0.03425 0.17477 0.03405 0.17516\n 11 380 17 0.04035 0.17851 0.03838 0.17851 0.03819 0.17674 0.03838 0.17693 0.03897 0.17713 0.03957 0.17713 0.04016 0.17693 0.04055 0.17654 0.04075 0.17595 0.04075 0.17555 0.04055 0.17496 0.04016 0.17457 0.03957 0.17437 0.03897 0.17437 0.03838 0.17457 0.03819 0.17477 0.03799 0.17516\n 11 72 3 0.03602 0.21287 0.03405 0.21012 0.03701 0.21012\n 11 50 2 0.03602 0.21287 0.03602 0.20874\n 11 380 17 0.04035 0.21287 0.03838 0.21287 0.03819 0.21110 0.03838 0.21130 0.03897 0.21150 0.03957 0.21150 0.04016 0.21130 0.04055 0.21091 0.04075 0.21032 0.04075 0.20992 0.04055 0.20933 0.04016 0.20894 0.03957 0.20874 0.03897 0.20874 0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.29167 0.07334 0.29167 0.05787 0.29167 0.07334 0.29684 0.07334 0.29167 0.07334 0.29167 0.09052 0.29684 0.09052 0.29167 0.09052 0.29167 0.10770 0.29684 0.10770 0.29167 0.10770 0.29167 0.12489 0.29684 0.12489 0.29167 0.12489 0.29167 0.14207 0.29684 0.14207 0.29167 0.14207 0.29167 0.15926 0.29684 0.15926 0.29167 0.15926 0.29167 0.17644 0.29684 0.17644 0.29167 0.17644 0.29167 0.19362 0.29684 0.19362 0.29167 0.19362 0.29167 0.21081 0.29684 0.21081 0.29167 0.21081 0.29167 0.22799 0.29684 0.22799 0.29167 0.22799 0.29167 0.22971\n 11 732 33 0.29167 0.07334 0.29167 0.05787 0.29167 0.07334 0.29684 0.07334 0.29167 0.07334 0.29167 0.09052 0.29684 0.09052 0.29167 0.09052 0.29167 0.10770 0.29684 0.10770 0.29167 0.10770 0.29167 0.12489 0.29684 0.12489 0.29167 0.12489 0.29167 0.14207 0.29684 0.14207 0.29167 0.14207 0.29167 0.15926 0.29684 0.15926 0.29167 0.15926 0.29167 0.17644 0.29684 0.17644 0.29167 0.17644 0.29167 0.19362 0.29684 0.19362 0.29167 0.19362 0.29167 0.21081 0.29684 0.21081 0.29167 0.21081 0.29167 0.22799 0.29684 0.22799 0.29167 0.22799 0.29167 0.22971\n 11 732 33 0.07139 0.22971 0.04960 0.22971 0.07139 0.22971 0.07139 0.23488 0.07139 0.22971 0.09560 0.22971 0.09560 0.23488 0.09560 0.22971 0.11980 0.22971 0.11980 0.23488 0.11980 0.22971 0.14401 0.22971 0.14401 0.23488 0.14401 0.22971 0.16822 0.22971 0.16822 0.23488 0.16822 0.22971 0.19243 0.22971 0.19243 0.23488 0.19243 0.22971 0.21663 0.22971 0.21663 0.23488 0.21663 0.22971 0.24084 0.22971 0.24084 0.23488 0.24084 0.22971 0.26505 0.22971 0.26505 0.23488 0.26505 0.22971 0.28925 0.22971 0.28925 0.23488 0.28925 0.22971 0.29167 0.22971\n 11 732 33 0.07139 0.22971 0.04960 0.22971 0.07139 0.22971 0.07139 0.23488 0.07139 0.22971 0.09560 0.22971 0.09560 0.23488 0.09560 0.22971 0.11980 0.22971 0.11980 0.23488 0.11980 0.22971 0.14401 0.22971 0.14401 0.23488 0.14401 0.22971 0.16822 0.22971 0.16822 0.23488 0.16822 0.22971 0.19243 0.22971 0.19243 0.23488 0.19243 0.22971 0.21663 0.22971 0.21663 0.23488 0.21663 0.22971 0.24084 0.22971 0.24084 0.23488 0.24084 0.22971 0.26505 0.22971 0.26505 0.23488 0.26505 0.22971 0.28925 0.22971 0.28925 0.23488 0.28925 0.22971 0.29167 0.22971\n 11 732 33 0.07139 0.05787 0.04960 0.05787 0.07139 0.05787 0.07139 0.05270 0.07139 0.05787 0.09560 0.05787 0.09560 0.05270 0.09560 0.05787 0.11980 0.05787 0.11980 0.05270 0.11980 0.05787 0.14401 0.05787 0.14401 0.05270 0.14401 0.05787 0.16822 0.05787 0.16822 0.05270 0.16822 0.05787 0.19243 0.05787 0.19243 0.05270 0.19243 0.05787 0.21663 0.05787 0.21663 0.05270 0.21663 0.05787 0.24084 0.05787 0.24084 0.05270 0.24084 0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 11 732 33 0.07139 0.05787 0.04960 0.05787 0.07139 0.05787 0.07139 0.05270 0.07139 0.05787 0.09560 0.05787 0.09560 0.05270 0.09560 0.05787 0.11980 0.05787 0.11980 0.05270 0.11980 0.05787 0.14401 0.05787 0.14401 0.05270 0.14401 0.05787 0.16822 0.05787 0.16822 0.05270 0.16822 0.05787 0.19243 0.05787 0.19243 0.05270 0.19243 0.05787 0.21663 0.05787 0.21663 0.05270 0.21663 0.05787 0.24084 0.05787 0.24084 0.05270 0.24084 0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 21 6 1\n 25 6 1\n 11 666 30 0.13191 0.22799 0.13070 0.22455 0.12949 0.22155 0.12932 0.22112 0.12828 0.21768 0.12707 0.21424 0.12586 0.21081 0.12465 0.20778 0.12449 0.20737 0.12344 0.20393 0.12223 0.20050 0.12101 0.19706 0.11980 0.19401 0.11966 0.19362 0.11859 0.19019 0.11738 0.18675 0.11617 0.18331 0.11496 0.18024 0.11483 0.17988 0.11375 0.17644 0.11254 0.17300 0.11133 0.16957 0.11012 0.16647 0.10999 0.16613 0.10891 0.16269 0.10770 0.15926 0.10649 0.15582 0.10528 0.15270 0.10516 0.15238 0.10407 0.14895\n 11 380 17 0.09901 0.13968 0.09899 0.13918 0.09933 0.13872 0.10002 0.13831 0.10047 0.13815 0.10126 0.13803 0.10181 0.13817 0.10212 0.13856 0.10223 0.13886 0.10224 0.13936 0.10190 0.13981 0.10121 0.14023 0.10076 0.14039 0.09997 0.14050 0.09942 0.14036 0.09911 0.13997 0.09901 0.13968\n 11 116 5 0.10267 0.14104 0.10277 0.14084 0.10297 0.14094 0.10287 0.14114 0.10267 0.14104\n 11 314 14 0.10107 0.14312 0.10092 0.14317 0.10068 0.14343 0.10058 0.14363 0.10054 0.14398 0.10075 0.14457 0.10101 0.14481 0.10121 0.14491 0.10156 0.14495 0.10185 0.14485 0.10210 0.14459 0.10244 0.14414 0.10339 0.14212 0.10413 0.14420\n 11 380 17 0.10197 0.14798 0.10144 0.14650 0.10272 0.14587 0.10263 0.14607 0.10264 0.14657 0.10280 0.14702 0.10310 0.14741 0.10351 0.14760 0.10400 0.14759 0.10430 0.14748 0.10469 0.14718 0.10488 0.14677 0.10487 0.14628 0.10471 0.14583 0.10441 0.14544 0.10421 0.14534 0.10386 0.14530\n 11 644 29 0.09981 0.13701 0.09923 0.13520 0.09802 0.13176 0.09681 0.12833 0.09560 0.12516 0.09550 0.12489 0.09439 0.12145 0.09318 0.11801 0.09197 0.11458 0.09076 0.11139 0.09067 0.11114 0.08955 0.10770 0.08834 0.10427 0.08713 0.10083 0.08591 0.09762 0.08584 0.09739 0.08470 0.09396 0.08349 0.09052 0.08228 0.08708 0.08107 0.08384 0.08100 0.08365 0.07986 0.08021 0.07865 0.07677 0.07744 0.07334 0.07623 0.07007 0.07617 0.06990 0.07502 0.06646 0.07381 0.06303 0.07260 0.05959\n 11 666 30 0.21646 0.22799 0.21421 0.22455 0.21179 0.22135 0.21163 0.22112 0.20937 0.21768 0.20695 0.21447 0.20679 0.21424 0.20453 0.21081 0.20211 0.20759 0.20195 0.20737 0.19969 0.20393 0.19727 0.20071 0.19712 0.20050 0.19485 0.19706 0.19243 0.19383 0.19228 0.19362 0.19000 0.19019 0.18758 0.18695 0.18744 0.18675 0.18516 0.18331 0.18274 0.18007 0.18261 0.17988 0.18032 0.17644 0.17790 0.17319 0.17777 0.17300 0.17548 0.16957 0.17306 0.16631 0.17293 0.16613 0.17064 0.16269 0.16822 0.15943\n 11 380 17 0.16092 0.15180 0.16078 0.15132 0.16099 0.15079 0.16154 0.15021 0.16193 0.14994 0.16267 0.14962 0.16324 0.14961 0.16364 0.14991 0.16382 0.15017 0.16395 0.15065 0.16375 0.15118 0.16319 0.15175 0.16280 0.15202 0.16206 0.15234 0.16150 0.15235 0.16110 0.15205 0.16092 0.15180\n 11 116 5 0.16481 0.15216 0.16485 0.15194 0.16507 0.15198 0.16503 0.15220 0.16481 0.15216\n 11 380 17 0.16415 0.15646 0.16325 0.15516 0.16432 0.15422 0.16428 0.15444 0.16442 0.15492 0.16469 0.15531 0.16509 0.15561 0.16553 0.15569 0.16601 0.15555 0.16627 0.15537 0.16657 0.15497 0.16665 0.15453 0.16651 0.15405 0.16624 0.15367 0.16584 0.15337 0.16562 0.15333 0.16527 0.15338\n 11 380 17 0.16540 0.15827 0.16526 0.15779 0.16547 0.15726 0.16603 0.15668 0.16642 0.15641 0.16715 0.15610 0.16772 0.15609 0.16812 0.15638 0.16830 0.15664 0.16844 0.15712 0.16823 0.15765 0.16767 0.15823 0.16728 0.15850 0.16655 0.15881 0.16598 0.15883 0.16558 0.15853 0.16540 0.15827\n 11 908 41 0.16100 0.14901 0.16096 0.14895 0.15854 0.14567 0.15842 0.14551 0.15611 0.14207 0.15369 0.13879 0.15359 0.13864 0.15127 0.13520 0.14885 0.13191 0.14875 0.13176 0.14643 0.12833 0.14401 0.12503 0.14391 0.12489 0.14159 0.12145 0.13917 0.11815 0.13908 0.11801 0.13675 0.11458 0.13433 0.11127 0.13424 0.11114 0.13191 0.10770 0.12949 0.10439 0.12940 0.10427 0.12707 0.10083 0.12465 0.09751 0.12457 0.09739 0.12223 0.09396 0.11980 0.09063 0.11973 0.09052 0.11738 0.08708 0.11496 0.08375 0.11489 0.08365 0.11254 0.08021 0.11012 0.07687 0.11006 0.07677 0.10770 0.07334 0.10528 0.06999 0.10522 0.06990 0.10286 0.06646 0.10044 0.06311 0.10038 0.06303 0.09802 0.05959\n 11 996 45 0.28925 0.21655 0.28683 0.21424 0.28441 0.21196 0.28320 0.21081 0.27957 0.20752 0.27941 0.20737 0.27594 0.20393 0.27473 0.20280 0.27231 0.20050 0.26989 0.19822 0.26868 0.19706 0.26505 0.19376 0.26490 0.19362 0.26141 0.19019 0.26020 0.18905 0.25778 0.18675 0.25536 0.18447 0.25415 0.18331 0.25052 0.18001 0.25038 0.17988 0.24689 0.17644 0.24568 0.17531 0.24326 0.17300 0.24084 0.17073 0.23963 0.16957 0.23600 0.16625 0.23587 0.16613 0.23237 0.16269 0.23116 0.16156 0.22874 0.15926 0.22631 0.15698 0.22510 0.15582 0.22147 0.15250 0.22136 0.15238 0.21784 0.14895 0.21663 0.14782 0.21421 0.14551 0.21179 0.14323 0.21058 0.14207 0.20695 0.13874 0.20684 0.13864 0.20332 0.13520 0.20211 0.13407 0.19969 0.13176 0.19727 0.12949\n 11 380 17 0.18856 0.12352 0.18832 0.12308 0.18842 0.12252 0.18884 0.12184 0.18917 0.12149 0.18982 0.12103 0.19038 0.12090 0.19083 0.12111 0.19106 0.12133 0.19129 0.12177 0.19120 0.12233 0.19077 0.12301 0.19044 0.12335 0.18979 0.12382 0.18924 0.12394 0.18878 0.12373 0.18856 0.12352\n 11 116 5 0.19244 0.12308 0.19244 0.12285 0.19266 0.12285 0.19266 0.12307 0.19244 0.12308\n 11 50 2 0.19290 0.12763 0.19403 0.12415\n 11 50 2 0.19130 0.12611 0.19290 0.12763\n 11 380 17 0.19496 0.12958 0.19381 0.12850 0.19467 0.12736 0.19468 0.12758 0.19492 0.12802 0.19526 0.12835 0.19571 0.12856 0.19615 0.12854 0.19659 0.12831 0.19681 0.12808 0.19702 0.12763 0.19701 0.12718 0.19677 0.12675 0.19643 0.12642 0.19598 0.12621 0.19576 0.12622 0.19543 0.12634\n 11 732 33 0.18806 0.12077 0.18758 0.12033 0.18516 0.11801 0.18274 0.11574 0.18153 0.11458 0.17790 0.11123 0.17781 0.11114 0.17427 0.10770 0.17306 0.10658 0.17064 0.10427 0.16822 0.10200 0.16701 0.10083 0.16338 0.09747 0.16330 0.09739 0.15975 0.09396 0.15854 0.09284 0.15611 0.09052 0.15369 0.08826 0.15248 0.08708 0.14885 0.08372 0.14878 0.08365 0.14522 0.08021 0.14401 0.07909 0.14159 0.07677 0.13917 0.07451 0.13796 0.07334 0.13433 0.06996 0.13427 0.06990 0.13070 0.06646 0.12949 0.06535 0.12707 0.06303 0.12465 0.06077 0.12344 0.05959\n 11 644 29 0.28925 0.15934 0.28913 0.15926 0.28441 0.15591 0.28429 0.15582 0.27957 0.15247 0.27945 0.15238 0.27473 0.14903 0.27461 0.14895 0.26989 0.14559 0.26977 0.14551 0.26505 0.14215 0.26494 0.14207 0.26020 0.13871 0.26010 0.13864 0.25536 0.13528 0.25526 0.13520 0.25052 0.13184 0.25042 0.13176 0.24568 0.12840 0.24558 0.12833 0.24084 0.12496 0.24074 0.12489 0.23600 0.12152 0.23590 0.12145 0.23116 0.11808 0.23106 0.11801 0.22631 0.11464 0.22622 0.11458 0.22147 0.11121\n 11 94 4 0.21199 0.10573 0.21216 0.10604 0.21227 0.10670 0.21418 0.10400\n 11 116 5 0.21580 0.10553 0.21576 0.10531 0.21598 0.10528 0.21602 0.10550 0.21580 0.10553\n 11 380 17 0.21586 0.10925 0.21557 0.10885 0.21559 0.10828 0.21591 0.10755 0.21619 0.10716 0.21677 0.10661 0.21730 0.10641 0.21778 0.10655 0.21803 0.10673 0.21833 0.10714 0.21831 0.10770 0.21798 0.10844 0.21771 0.10882 0.21713 0.10937 0.21660 0.10958 0.21612 0.10943 0.21586 0.10925\n 11 380 17 0.21843 0.11107 0.21814 0.11067 0.21815 0.11010 0.21848 0.10937 0.21875 0.10898 0.21934 0.10843 0.21987 0.10823 0.22034 0.10838 0.22060 0.10856 0.22090 0.10896 0.22088 0.10953 0.22055 0.11026 0.22028 0.11065 0.21969 0.11120 0.21916 0.11140 0.21869 0.11125 0.21843 0.11107\n 11 600 27 0.21114 0.10387 0.20695 0.10089 0.20687 0.10083 0.20211 0.09745 0.20203 0.09739 0.19727 0.09401 0.19719 0.09396 0.19243 0.09058 0.19235 0.09052 0.18758 0.08714 0.18751 0.08708 0.18274 0.08370 0.18267 0.08365 0.17790 0.08026 0.17783 0.08021 0.17306 0.07682 0.17299 0.07677 0.16822 0.07338 0.16816 0.07334 0.16338 0.06994 0.16332 0.06990 0.15854 0.06651 0.15848 0.06646 0.15369 0.06307 0.15364 0.06303 0.14885 0.05963 0.14880 0.05959\n 11 622 28 0.28925 0.12495 0.28915 0.12489 0.28441 0.12215 0.28320 0.12145 0.27957 0.11941 0.27715 0.11801 0.27473 0.11666 0.27110 0.11458 0.26989 0.11391 0.26505 0.11119 0.26496 0.11114 0.26020 0.10841 0.25899 0.10770 0.25536 0.10567 0.25294 0.10427 0.25052 0.10292 0.24689 0.10083 0.24568 0.10016 0.24084 0.09744 0.24076 0.09739 0.23600 0.09466 0.23479 0.09396 0.23116 0.09192 0.22874 0.09052 0.22631 0.08917 0.22268 0.08708 0.22147 0.08642 0.21663 0.08369\n 11 94 4 0.20665 0.07917 0.20685 0.07947 0.20702 0.08011 0.20866 0.07724\n 11 116 5 0.21042 0.07861 0.21036 0.07839 0.21058 0.07833 0.21064 0.07855 0.21042 0.07861\n 11 314 14 0.21056 0.08122 0.21048 0.08136 0.21046 0.08171 0.21052 0.08193 0.21072 0.08222 0.21126 0.08253 0.21162 0.08255 0.21183 0.08249 0.21212 0.08230 0.21228 0.08202 0.21230 0.08167 0.21226 0.08110 0.21167 0.07896 0.21359 0.08005\n 11 380 17 0.21441 0.08433 0.21304 0.08354 0.21361 0.08224 0.21367 0.08245 0.21400 0.08282 0.21441 0.08306 0.21490 0.08315 0.21533 0.08304 0.21570 0.08270 0.21585 0.08243 0.21595 0.08194 0.21583 0.08151 0.21550 0.08114 0.21509 0.08091 0.21460 0.08081 0.21439 0.08087 0.21410 0.08106\n 11 292 13 0.20562 0.07741 0.20453 0.07677 0.20211 0.07543 0.19848 0.07334 0.19727 0.07267 0.19243 0.06994 0.19237 0.06990 0.18758 0.06717 0.18637 0.06646 0.18274 0.06444 0.18032 0.06303 0.17790 0.06169 0.17427 0.05959\n 11 314 14 0.28925 0.10200 0.28683 0.10083 0.28441 0.09971 0.27957 0.09743 0.27949 0.09739 0.27473 0.09513 0.27231 0.09396 0.26989 0.09284 0.26505 0.09056 0.26497 0.09052 0.26020 0.08826 0.25778 0.08708 0.25536 0.08597 0.25052 0.08368\n 11 94 4 0.24023 0.07994 0.24045 0.08022 0.24067 0.08085 0.24209 0.07786\n 11 116 5 0.24394 0.07908 0.24387 0.07888 0.24408 0.07880 0.24415 0.07901 0.24394 0.07908\n 11 380 17 0.24551 0.08314 0.24409 0.08246 0.24455 0.08111 0.24463 0.08132 0.24498 0.08167 0.24541 0.08187 0.24591 0.08193 0.24633 0.08178 0.24667 0.08142 0.24680 0.08114 0.24686 0.08064 0.24671 0.08022 0.24636 0.07988 0.24593 0.07968 0.24543 0.07962 0.24522 0.07969 0.24495 0.07991\n 11 380 17 0.24750 0.08408 0.24714 0.08374 0.24706 0.08317 0.24725 0.08240 0.24746 0.08197 0.24794 0.08132 0.24842 0.08103 0.24892 0.08109 0.24920 0.08123 0.24956 0.08157 0.24964 0.08213 0.24945 0.08291 0.24925 0.08334 0.24877 0.08398 0.24828 0.08428 0.24779 0.08422 0.24750 0.08408\n 11 336 15 0.23907 0.07826 0.23600 0.07681 0.23593 0.07677 0.23116 0.07451 0.22874 0.07334 0.22631 0.07222 0.22147 0.06993 0.22141 0.06990 0.21663 0.06764 0.21421 0.06646 0.21179 0.06535 0.20695 0.06305 0.20689 0.06303 0.20211 0.06077 0.19969 0.05959\n 11 292 13 0.28925 0.08564 0.28441 0.08368 0.28434 0.08365 0.27957 0.08171 0.27594 0.08021 0.27473 0.07974 0.26989 0.07778 0.26747 0.07677 0.26505 0.07582 0.26020 0.07384 0.25899 0.07334 0.25536 0.07190 0.25052 0.06993\n 11 94 4 0.24003 0.06677 0.24026 0.06704 0.24052 0.06765 0.24177 0.06459\n 11 116 5 0.24369 0.06571 0.24361 0.06551 0.24381 0.06542 0.24390 0.06562 0.24369 0.06571\n 11 50 2 0.24578 0.06979 0.24556 0.06613\n 11 50 2 0.24374 0.06896 0.24578 0.06979\n 11 380 17 0.24840 0.07085 0.24695 0.07026 0.24733 0.06889 0.24742 0.06909 0.24780 0.06942 0.24824 0.06959 0.24873 0.06962 0.24914 0.06945 0.24947 0.06907 0.24958 0.06878 0.24962 0.06828 0.24944 0.06787 0.24906 0.06755 0.24863 0.06737 0.24813 0.06734 0.24792 0.06743 0.24766 0.06766\n 11 138 6 0.23878 0.06516 0.23600 0.06404 0.23358 0.06303 0.23116 0.06208 0.22631 0.06010 0.22510 0.05959\n 11 314 14 0.28925 0.07336 0.28919 0.07334 0.28441 0.07165 0.27957 0.06992 0.27951 0.06990 0.27473 0.06822 0.26989 0.06648 0.26983 0.06646 0.26505 0.06478 0.26020 0.06305 0.26015 0.06303 0.25536 0.06135 0.25052 0.05961 0.25047 0.05959\n 11 116 5 0.28925 0.06382 0.28683 0.06303 0.28441 0.06229 0.27957 0.06077 0.27594 0.05959\n 82 0\n 81 6 20\n 82 0\n 81 6 21\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 204 9 0.07623 0.07334 0.10528 0.06475 0.13433 0.06188 0.16338 0.06045 0.19243 0.05959 0.22147 0.05902 0.25052 0.05861 0.27957 0.05830 0.29167 0.05820\n 11 402 18 0.29167 0.08508 0.06171 0.09052 0.07623 0.07334 0.09076 0.06761 0.10528 0.06475 0.11980 0.06303 0.13433 0.06188 0.14885 0.06106 0.16338 0.06045 0.17790 0.05997 0.19243 0.05959 0.20695 0.05928 0.22147 0.05902 0.23600 0.05880 0.25052 0.05861 0.26505 0.05844 0.27957 0.05830 0.29167 0.05820\n 11 600 27 0.29167 0.09104 0.05687 0.10770 0.06655 0.08193 0.07623 0.07334 0.08591 0.06904 0.09560 0.06646 0.10528 0.06475 0.11496 0.06352 0.12465 0.06260 0.13433 0.06188 0.14401 0.06131 0.15369 0.06084 0.16338 0.06045 0.17306 0.06012 0.18274 0.05984 0.19243 0.05959 0.20211 0.05938 0.21179 0.05919 0.22147 0.05902 0.23116 0.05887 0.24084 0.05873 0.25052 0.05861 0.26020 0.05850 0.26989 0.05839 0.27957 0.05830 0.28925 0.05822 0.29167 0.05820\n 11 776 35 0.29167 0.09121 0.05445 0.12489 0.06171 0.09052 0.06897 0.07907 0.07623 0.07334 0.08349 0.06990 0.09076 0.06761 0.09802 0.06597 0.10528 0.06475 0.11254 0.06379 0.11980 0.06303 0.12707 0.06240 0.13433 0.06188 0.14159 0.06144 0.14885 0.06106 0.15611 0.06074 0.16338 0.06045 0.17064 0.06020 0.17790 0.05997 0.18516 0.05977 0.19243 0.05959 0.19969 0.05943 0.20695 0.05928 0.21421 0.05914 0.22147 0.05902 0.22874 0.05890 0.23600 0.05880 0.24326 0.05870 0.25052 0.05861 0.25778 0.05852 0.26505 0.05844 0.27231 0.05837 0.27957 0.05830 0.28683 0.05824 0.29167 0.05820\n 11 974 44 0.29167 0.08559 0.05299 0.14207 0.05880 0.09911 0.06461 0.08479 0.07042 0.07763 0.07623 0.07334 0.08204 0.07047 0.08785 0.06843 0.09366 0.06689 0.09947 0.06570 0.10528 0.06475 0.11109 0.06396 0.11690 0.06331 0.12271 0.06276 0.12852 0.06229 0.13433 0.06188 0.14014 0.06152 0.14595 0.06121 0.15176 0.06093 0.15757 0.06068 0.16338 0.06045 0.16919 0.06024 0.17500 0.06006 0.18081 0.05989 0.18662 0.05973 0.19243 0.05959 0.19823 0.05946 0.20404 0.05934 0.20985 0.05922 0.21566 0.05912 0.22147 0.05902 0.22728 0.05892 0.23309 0.05884 0.23890 0.05876 0.24471 0.05868 0.25052 0.05861 0.25633 0.05854 0.26214 0.05848 0.26795 0.05841 0.27376 0.05836 0.27957 0.05830 0.28538 0.05825 0.29119 0.05820 0.29167 0.05820\n 11 2206 100 0.29167 0.07420 0.05203 0.15926 0.05687 0.10770 0.06171 0.09052 0.06655 0.08193 0.07139 0.07677 0.07623 0.07334 0.08107 0.07088 0.08591 0.06904 0.09076 0.06761 0.09560 0.06646 0.10044 0.06553 0.10528 0.06475 0.11012 0.06408 0.11496 0.06352 0.11980 0.06303 0.12465 0.06260 0.12949 0.06222 0.13433 0.06188 0.13917 0.06158 0.14401 0.06131 0.14885 0.06106 0.15369 0.06084 0.15854 0.06064 0.16338 0.06045 0.16822 0.06028 0.17306 0.06012 0.17790 0.05997 0.18274 0.05984 0.18758 0.05971 0.19243 0.05959 0.19727 0.05948 0.20211 0.05938 0.20695 0.05928 0.21179 0.05919 0.21663 0.05910 0.22147 0.05902 0.22631 0.05894 0.23116 0.05887 0.23600 0.05880 0.24084 0.05873 0.24568 0.05867 0.25052 0.05861 0.25536 0.05855 0.26020 0.05850 0.26505 0.05844 0.26989 0.05839 0.27473 0.05835 0.27957 0.05830 0.28441 0.05826 0.28925 0.05822 0.05133 0.17644 0.05548 0.11630 0.05963 0.09625 0.06378 0.08622 0.06793 0.08021 0.07208 0.07620 0.07623 0.07334 0.08038 0.07119 0.08453 0.06952 0.08868 0.06818 0.09283 0.06709 0.09698 0.06618 0.10113 0.06541 0.10528 0.06475 0.10943 0.06417 0.11358 0.06367 0.11773 0.06323 0.12188 0.06284 0.12603 0.06248 0.13018 0.06217 0.13433 0.06188 0.13848 0.06162 0.14263 0.06138 0.14678 0.06117 0.15093 0.06096 0.15508 0.06078 0.15923 0.06061 0.16338 0.06045 0.16753 0.06030 0.17168 0.06016 0.17583 0.06003 0.17998 0.05991 0.18413 0.05980 0.18828 0.05969 0.19243 0.05959 0.19657 0.05949 0.20072 0.05940 0.20487 0.05932 0.20902 0.05924 0.21317 0.05916 0.21732 0.05909 0.22147 0.05902 0.22562 0.05895 0.22977 0.05889 0.23392 0.05883 0.23807 0.05877 0.24222 0.05871 0.24637 0.05866 0.25052 0.05861\n 11 2206 100 0.25052 0.05861 0.25467 0.05856 0.05081 0.19362 0.05445 0.12489 0.05808 0.10198 0.06171 0.09052 0.06534 0.08365 0.06897 0.07907 0.07260 0.07579 0.07623 0.07334 0.07986 0.07143 0.08349 0.06990 0.08713 0.06865 0.09076 0.06761 0.09439 0.06673 0.09802 0.06597 0.10165 0.06532 0.10528 0.06475 0.10891 0.06424 0.11254 0.06379 0.11617 0.06339 0.11980 0.06303 0.12344 0.06270 0.12707 0.06240 0.13070 0.06213 0.13433 0.06188 0.13796 0.06165 0.14159 0.06144 0.14522 0.06124 0.14885 0.06106 0.15248 0.06089 0.15611 0.06074 0.15975 0.06059 0.16338 0.06045 0.16701 0.06032 0.17064 0.06020 0.17427 0.06008 0.17790 0.05997 0.18153 0.05987 0.18516 0.05977 0.18879 0.05968 0.19243 0.05959 0.19606 0.05951 0.19969 0.05943 0.20332 0.05935 0.20695 0.05928 0.21058 0.05921 0.21421 0.05914 0.21784 0.05908 0.22147 0.05902 0.22510 0.05896 0.22874 0.05890 0.05041 0.21081 0.05364 0.13348 0.05687 0.10770 0.06009 0.09482 0.06332 0.08708 0.06655 0.08193 0.06978 0.07825 0.07300 0.07549 0.07623 0.07334 0.07946 0.07162 0.08269 0.07021 0.08591 0.06904 0.08914 0.06805 0.09237 0.06720 0.09560 0.06646 0.09883 0.06582 0.10205 0.06525 0.10528 0.06475 0.10851 0.06429 0.11174 0.06389 0.11496 0.06352 0.11819 0.06318 0.12142 0.06288 0.12465 0.06260 0.12787 0.06234 0.13110 0.06210 0.13433 0.06188 0.13756 0.06168 0.14078 0.06149 0.14401 0.06131 0.14724 0.06114 0.15047 0.06099 0.15369 0.06084 0.15692 0.06070 0.16015 0.06057 0.16338 0.06045 0.16660 0.06033 0.16983 0.06022 0.17306 0.06012 0.17629 0.06002 0.17951 0.05993 0.18274 0.05984 0.18597 0.05975 0.18920 0.05967 0.19243 0.05959 0.19565 0.05952 0.19888 0.05944 0.20211 0.05938\n 11 1194 54 0.20211 0.05938 0.20534 0.05931 0.20856 0.05925 0.05009 0.22799 0.05299 0.14207 0.05590 0.11343 0.05880 0.09911 0.06171 0.09052 0.06461 0.08479 0.06752 0.08070 0.07042 0.07763 0.07333 0.07525 0.07623 0.07334 0.07914 0.07177 0.08204 0.07047 0.08495 0.06937 0.08785 0.06843 0.09076 0.06761 0.09366 0.06689 0.09657 0.06626 0.09947 0.06570 0.10238 0.06520 0.10528 0.06475 0.10819 0.06434 0.11109 0.06396 0.11399 0.06362 0.11690 0.06331 0.11980 0.06303 0.12271 0.06276 0.12561 0.06252 0.12852 0.06229 0.13142 0.06208 0.13433 0.06188 0.13723 0.06170 0.14014 0.06152 0.14304 0.06136 0.14595 0.06121 0.14885 0.06106 0.15176 0.06093 0.15466 0.06080 0.15757 0.06068 0.16047 0.06056 0.16338 0.06045 0.16628 0.06034 0.16919 0.06024 0.17209 0.06015 0.17500 0.06006 0.17790 0.05997 0.18081 0.05989 0.18371 0.05981 0.18662 0.05973 0.18952 0.05966 0.19243 0.05959 0.06171 0.22971\n 11 1128 51 0.05026 0.22971 0.05247 0.15066 0.05511 0.11916 0.05775 0.10341 0.06039 0.09396 0.06303 0.08766 0.06567 0.08316 0.06831 0.07978 0.07095 0.07716 0.07359 0.07506 0.07623 0.07334 0.07887 0.07191 0.08151 0.07069 0.08415 0.06965 0.08679 0.06875 0.08944 0.06797 0.09208 0.06727 0.09472 0.06665 0.09736 0.06610 0.10000 0.06560 0.10264 0.06515 0.10528 0.06475 0.10792 0.06437 0.11056 0.06403 0.11320 0.06371 0.11584 0.06342 0.11848 0.06315 0.12112 0.06290 0.12377 0.06267 0.12641 0.06245 0.12905 0.06225 0.13169 0.06206 0.13433 0.06188 0.13697 0.06171 0.13961 0.06155 0.14225 0.06140 0.14489 0.06126 0.14753 0.06113 0.15017 0.06100 0.15281 0.06088 0.15545 0.06076 0.15810 0.06065 0.16074 0.06055 0.16338 0.06045 0.16602 0.06035 0.16866 0.06026 0.17130 0.06018 0.17394 0.06009 0.17658 0.06001 0.17922 0.05993 0.07051 0.22971\n 11 1128 51 0.05037 0.22971 0.05203 0.15926 0.05445 0.12489 0.05687 0.10770 0.05929 0.09739 0.06171 0.09052 0.06413 0.08561 0.06655 0.08193 0.06897 0.07907 0.07139 0.07677 0.07381 0.07490 0.07623 0.07334 0.07865 0.07202 0.08107 0.07088 0.08349 0.06990 0.08591 0.06904 0.08834 0.06828 0.09076 0.06761 0.09318 0.06701 0.09560 0.06646 0.09802 0.06597 0.10044 0.06553 0.10286 0.06512 0.10528 0.06475 0.10770 0.06440 0.11012 0.06408 0.11254 0.06379 0.11496 0.06352 0.11738 0.06326 0.11980 0.06303 0.12223 0.06281 0.12465 0.06260 0.12707 0.06240 0.12949 0.06222 0.13191 0.06204 0.13433 0.06188 0.13675 0.06173 0.13917 0.06158 0.14159 0.06144 0.14401 0.06131 0.14643 0.06118 0.14885 0.06106 0.15127 0.06095 0.15369 0.06084 0.15611 0.06074 0.15854 0.06064 0.16096 0.06054 0.16338 0.06045 0.16580 0.06036 0.16822 0.06028 0.07642 0.22971\n 11 1128 51 0.05042 0.22971 0.05165 0.16785 0.05389 0.13062 0.05612 0.11200 0.05836 0.10083 0.06059 0.09338 0.06283 0.08807 0.06506 0.08408 0.06729 0.08097 0.06953 0.07849 0.07176 0.07646 0.07400 0.07477 0.07623 0.07334 0.07847 0.07211 0.08070 0.07105 0.08294 0.07012 0.08517 0.06929 0.08740 0.06856 0.08964 0.06791 0.09187 0.06732 0.09411 0.06679 0.09634 0.06631 0.09858 0.06587 0.10081 0.06546 0.10305 0.06509 0.10528 0.06475 0.10751 0.06443 0.10975 0.06413 0.11198 0.06386 0.11422 0.06360 0.11645 0.06336 0.11869 0.06313 0.12092 0.06292 0.12316 0.06272 0.12539 0.06254 0.12763 0.06236 0.12986 0.06219 0.13209 0.06203 0.13433 0.06188 0.13656 0.06174 0.13880 0.06160 0.14103 0.06147 0.14327 0.06135 0.14550 0.06123 0.14774 0.06112 0.14997 0.06101 0.15220 0.06091 0.15444 0.06081 0.15667 0.06071 0.15891 0.06062 0.08038 0.22971\n 11 1128 51 0.05041 0.22971 0.05133 0.17644 0.05341 0.13634 0.05548 0.11630 0.05756 0.10427 0.05963 0.09625 0.06171 0.09052 0.06378 0.08622 0.06586 0.08288 0.06793 0.08021 0.07001 0.07802 0.07208 0.07620 0.07416 0.07466 0.07623 0.07334 0.07831 0.07219 0.08038 0.07119 0.08246 0.07030 0.08453 0.06952 0.08661 0.06882 0.08868 0.06818 0.09076 0.06761 0.09283 0.06709 0.09491 0.06661 0.09698 0.06618 0.09906 0.06578 0.10113 0.06541 0.10321 0.06506 0.10528 0.06475 0.10736 0.06445 0.10943 0.06417 0.11150 0.06391 0.11358 0.06367 0.11565 0.06344 0.11773 0.06323 0.11980 0.06303 0.12188 0.06284 0.12395 0.06266 0.12603 0.06248 0.12810 0.06232 0.13018 0.06217 0.13225 0.06202 0.13433 0.06188 0.13640 0.06175 0.13848 0.06162 0.14055 0.06150 0.14263 0.06138 0.14470 0.06127 0.14678 0.06117 0.14885 0.06106 0.15093 0.06096 0.08301 0.22971\n 11 1128 51 0.05039 0.22971 0.05106 0.18503 0.05299 0.14207 0.05493 0.12059 0.05687 0.10770 0.05880 0.09911 0.06074 0.09298 0.06268 0.08837 0.06461 0.08479 0.06655 0.08193 0.06849 0.07959 0.07042 0.07763 0.07236 0.07598 0.07430 0.07456 0.07623 0.07334 0.07817 0.07226 0.08011 0.07132 0.08204 0.07047 0.08398 0.06972 0.08591 0.06904 0.08785 0.06843 0.08979 0.06787 0.09172 0.06736 0.09366 0.06689 0.09560 0.06646 0.09753 0.06607 0.09947 0.06570 0.10141 0.06536 0.10334 0.06504 0.10528 0.06475 0.10722 0.06447 0.10915 0.06421 0.11109 0.06396 0.11303 0.06373 0.11496 0.06352 0.11690 0.06331 0.11884 0.06312 0.12077 0.06294 0.12271 0.06276 0.12465 0.06260 0.12658 0.06244 0.12852 0.06229 0.13046 0.06215 0.13239 0.06201 0.13433 0.06188 0.13627 0.06176 0.13820 0.06164 0.14014 0.06152 0.14207 0.06141 0.14401 0.06131 0.08470 0.22971\n 11 1128 51 0.05034 0.22971 0.05081 0.19362 0.05263 0.14780 0.05445 0.12489 0.05626 0.11114 0.05808 0.10198 0.05989 0.09543 0.06171 0.09052 0.06352 0.08670 0.06534 0.08365 0.06715 0.08115 0.06897 0.07907 0.07079 0.07730 0.07260 0.07579 0.07442 0.07448 0.07623 0.07334 0.07805 0.07233 0.07986 0.07143 0.08168 0.07062 0.08349 0.06990 0.08531 0.06925 0.08713 0.06865 0.08894 0.06811 0.09076 0.06761 0.09257 0.06715 0.09439 0.06673 0.09620 0.06634 0.09802 0.06597 0.09983 0.06563 0.10165 0.06532 0.10346 0.06502 0.10528 0.06475 0.10710 0.06448 0.10891 0.06424 0.11073 0.06401 0.11254 0.06379 0.11436 0.06358 0.11617 0.06339 0.11799 0.06320 0.11980 0.06303 0.12162 0.06286 0.12344 0.06270 0.12525 0.06255 0.12707 0.06240 0.12888 0.06226 0.13070 0.06213 0.13251 0.06200 0.13433 0.06188 0.13614 0.06176 0.13796 0.06165 0.08574 0.22971\n 11 1128 51 0.05028 0.22971 0.05060 0.20222 0.05231 0.15353 0.05402 0.12918 0.05573 0.11458 0.05744 0.10484 0.05914 0.09789 0.06085 0.09267 0.06256 0.08861 0.06427 0.08537 0.06598 0.08271 0.06769 0.08050 0.06940 0.07862 0.07111 0.07702 0.07281 0.07563 0.07452 0.07441 0.07623 0.07334 0.07794 0.07238 0.07965 0.07153 0.08136 0.07076 0.08307 0.07006 0.08478 0.06943 0.08648 0.06885 0.08819 0.06833 0.08990 0.06784 0.09161 0.06739 0.09332 0.06697 0.09503 0.06659 0.09674 0.06623 0.09845 0.06589 0.10015 0.06558 0.10186 0.06528 0.10357 0.06501 0.10528 0.06475 0.10699 0.06450 0.10870 0.06427 0.11041 0.06405 0.11212 0.06384 0.11382 0.06364 0.11553 0.06346 0.11724 0.06328 0.11895 0.06311 0.12066 0.06295 0.12237 0.06279 0.12408 0.06265 0.12578 0.06250 0.12749 0.06237 0.12920 0.06224 0.13091 0.06212 0.13262 0.06200 0.08629 0.22971\n 11 1128 51 0.05021 0.22971 0.05041 0.21081 0.05203 0.15926 0.05364 0.13348 0.05525 0.11801 0.05687 0.10770 0.05848 0.10034 0.06009 0.09482 0.06171 0.09052 0.06332 0.08708 0.06494 0.08427 0.06655 0.08193 0.06816 0.07995 0.06978 0.07825 0.07139 0.07677 0.07300 0.07549 0.07462 0.07435 0.07623 0.07334 0.07785 0.07243 0.07946 0.07162 0.08107 0.07088 0.08269 0.07021 0.08430 0.06960 0.08591 0.06904 0.08753 0.06853 0.08914 0.06805 0.09076 0.06761 0.09237 0.06720 0.09398 0.06682 0.09560 0.06646 0.09721 0.06613 0.09883 0.06582 0.10044 0.06553 0.10205 0.06525 0.10367 0.06499 0.10528 0.06475 0.10689 0.06451 0.10851 0.06429 0.11012 0.06408 0.11174 0.06389 0.11335 0.06370 0.11496 0.06352 0.11658 0.06335 0.11819 0.06318 0.11980 0.06303 0.12142 0.06288 0.12303 0.06273 0.12465 0.06260 0.12626 0.06247 0.12787 0.06234 0.08651 0.22971\n 11 1128 51 0.05014 0.22971 0.05024 0.21940 0.05177 0.16498 0.05330 0.13778 0.05483 0.12145 0.05636 0.11057 0.05789 0.10280 0.05941 0.09696 0.06094 0.09243 0.06247 0.08880 0.06400 0.08583 0.06553 0.08336 0.06706 0.08127 0.06859 0.07947 0.07012 0.07792 0.07165 0.07656 0.07317 0.07536 0.07470 0.07429 0.07623 0.07334 0.07776 0.07248 0.07929 0.07170 0.08082 0.07099 0.08235 0.07035 0.08388 0.06976 0.08541 0.06921 0.08693 0.06871 0.08846 0.06825 0.08999 0.06781 0.09152 0.06741 0.09305 0.06704 0.09458 0.06669 0.09611 0.06636 0.09764 0.06605 0.09916 0.06576 0.10069 0.06548 0.10222 0.06522 0.10375 0.06498 0.10528 0.06475 0.10681 0.06452 0.10834 0.06432 0.10987 0.06412 0.11140 0.06393 0.11292 0.06375 0.11445 0.06357 0.11598 0.06341 0.11751 0.06325 0.11904 0.06310 0.12057 0.06296 0.12210 0.06282 0.12363 0.06268 0.08648 0.22971\n 11 1128 51 0.05007 0.22971 0.05009 0.22799 0.05154 0.17071 0.05299 0.14207 0.05445 0.12489 0.05590 0.11343 0.05735 0.10525 0.05880 0.09911 0.06026 0.09434 0.06171 0.09052 0.06316 0.08740 0.06461 0.08479 0.06607 0.08259 0.06752 0.08070 0.06897 0.07907 0.07042 0.07763 0.07187 0.07637 0.07333 0.07525 0.07478 0.07424 0.07623 0.07334 0.07768 0.07252 0.07914 0.07177 0.08059 0.07110 0.08204 0.07047 0.08349 0.06990 0.08495 0.06937 0.08640 0.06888 0.08785 0.06843 0.08930 0.06800 0.09076 0.06761 0.09221 0.06724 0.09366 0.06689 0.09511 0.06657 0.09657 0.06626 0.09802 0.06597 0.09947 0.06570 0.10092 0.06544 0.10238 0.06520 0.10383 0.06497 0.10528 0.06475 0.10673 0.06454 0.10819 0.06434 0.10964 0.06415 0.11109 0.06396 0.11254 0.06379 0.11399 0.06362 0.11545 0.06347 0.11690 0.06331 0.11835 0.06317 0.11980 0.06303 0.08626 0.22971\n 11 1106 50 0.05011 0.22971 0.05133 0.17644 0.05272 0.14637 0.05410 0.12833 0.05548 0.11630 0.05687 0.10770 0.05825 0.10126 0.05963 0.09625 0.06102 0.09224 0.06240 0.08896 0.06378 0.08622 0.06517 0.08391 0.06655 0.08193 0.06793 0.08021 0.06932 0.07871 0.07070 0.07738 0.07208 0.07620 0.07347 0.07515 0.07485 0.07420 0.07623 0.07334 0.07762 0.07256 0.07900 0.07184 0.08038 0.07119 0.08176 0.07059 0.08315 0.07003 0.08453 0.06952 0.08591 0.06904 0.08730 0.06860 0.08868 0.06818 0.09006 0.06779 0.09145 0.06743 0.09283 0.06709 0.09421 0.06677 0.09560 0.06646 0.09698 0.06618 0.09836 0.06591 0.09975 0.06565 0.10113 0.06541 0.10251 0.06517 0.10390 0.06495 0.10528 0.06475 0.10666 0.06455 0.10805 0.06435 0.10943 0.06417 0.11081 0.06400 0.11220 0.06383 0.11358 0.06367 0.11496 0.06352 0.11635 0.06337 0.08591 0.22971\n 11 1106 50 0.05015 0.22971 0.05114 0.18217 0.05247 0.15066 0.05379 0.13176 0.05511 0.11916 0.05643 0.11016 0.05775 0.10341 0.05907 0.09816 0.06039 0.09396 0.06171 0.09052 0.06303 0.08766 0.06435 0.08523 0.06567 0.08316 0.06699 0.08136 0.06831 0.07978 0.06963 0.07839 0.07095 0.07716 0.07227 0.07605 0.07359 0.07506 0.07491 0.07416 0.07623 0.07334 0.07755 0.07259 0.07887 0.07191 0.08019 0.07128 0.08151 0.07069 0.08283 0.07015 0.08415 0.06965 0.08547 0.06919 0.08679 0.06875 0.08812 0.06835 0.08944 0.06797 0.09076 0.06761 0.09208 0.06727 0.09340 0.06695 0.09472 0.06665 0.09604 0.06637 0.09736 0.06610 0.09868 0.06585 0.10000 0.06560 0.10132 0.06537 0.10264 0.06515 0.10396 0.06495 0.10528 0.06475 0.10660 0.06455 0.10792 0.06437 0.10924 0.06420 0.11056 0.06403 0.11188 0.06387 0.11320 0.06371 0.08547 0.22971\n 11 1106 50 0.05017 0.22971 0.05097 0.18790 0.05224 0.15496 0.05350 0.13520 0.05476 0.12202 0.05602 0.11261 0.05729 0.10556 0.05855 0.10007 0.05981 0.09568 0.06108 0.09208 0.06234 0.08909 0.06360 0.08656 0.06487 0.08438 0.06613 0.08250 0.06739 0.08086 0.06865 0.07940 0.06992 0.07811 0.07118 0.07695 0.07244 0.07591 0.07371 0.07497 0.07497 0.07412 0.07623 0.07334 0.07749 0.07262 0.07876 0.07196 0.08002 0.07135 0.08128 0.07079 0.08255 0.07027 0.08381 0.06978 0.08507 0.06933 0.08634 0.06890 0.08760 0.06850 0.08886 0.06813 0.09012 0.06778 0.09139 0.06745 0.09265 0.06713 0.09391 0.06684 0.09518 0.06655 0.09644 0.06629 0.09770 0.06603 0.09897 0.06579 0.10023 0.06556 0.10149 0.06534 0.10275 0.06514 0.10402 0.06494 0.10528 0.06475 0.10654 0.06456 0.10781 0.06439 0.10907 0.06422 0.11033 0.06406 0.08497 0.22971\n 11 1106 50 0.05018 0.22971 0.05081 0.19362 0.05203 0.15926 0.05324 0.13864 0.05445 0.12489 0.05566 0.11507 0.05687 0.10770 0.05808 0.10198 0.05929 0.09739 0.06050 0.09365 0.06171 0.09052 0.06292 0.08788 0.06413 0.08561 0.06534 0.08365 0.06655 0.08193 0.06776 0.08041 0.06897 0.07907 0.07018 0.07786 0.07139 0.07677 0.07260 0.07579 0.07381 0.07490 0.07502 0.07408 0.07623 0.07334 0.07744 0.07265 0.07865 0.07202 0.07986 0.07143 0.08107 0.07088 0.08228 0.07037 0.08349 0.06990 0.08470 0.06946 0.08591 0.06904 0.08713 0.06865 0.08834 0.06828 0.08955 0.06794 0.09076 0.06761 0.09197 0.06730 0.09318 0.06701 0.09439 0.06673 0.09560 0.06646 0.09681 0.06621 0.09802 0.06597 0.09923 0.06574 0.10044 0.06553 0.10165 0.06532 0.10286 0.06512 0.10407 0.06493 0.10528 0.06475 0.10649 0.06457 0.10770 0.06440 0.08441 0.22971\n 11 1106 50 0.05018 0.22971 0.05067 0.19935 0.05183 0.16355 0.05299 0.14207 0.05416 0.12775 0.05532 0.11752 0.05648 0.10985 0.05764 0.10389 0.05880 0.09911 0.05996 0.09521 0.06113 0.09195 0.06229 0.08920 0.06345 0.08684 0.06461 0.08479 0.06577 0.08300 0.06694 0.08142 0.06810 0.08002 0.06926 0.07876 0.07042 0.07763 0.07158 0.07661 0.07275 0.07568 0.07391 0.07483 0.07507 0.07405 0.07623 0.07334 0.07739 0.07268 0.07856 0.07206 0.07972 0.07150 0.08088 0.07097 0.08204 0.07047 0.08320 0.07001 0.08437 0.06958 0.08553 0.06917 0.08669 0.06879 0.08785 0.06843 0.08901 0.06809 0.09018 0.06776 0.09134 0.06746 0.09250 0.06717 0.09366 0.06689 0.09482 0.06663 0.09598 0.06638 0.09715 0.06614 0.09831 0.06592 0.09947 0.06570 0.10063 0.06549 0.10179 0.06529 0.10296 0.06510 0.10412 0.06492 0.10528 0.06475 0.08383 0.22971\n 11 1106 50 0.05017 0.22971 0.05054 0.20508 0.05165 0.16785 0.05277 0.14551 0.05389 0.13062 0.05500 0.11998 0.05612 0.11200 0.05724 0.10580 0.05836 0.10083 0.05947 0.09677 0.06059 0.09338 0.06171 0.09052 0.06283 0.08807 0.06394 0.08594 0.06506 0.08408 0.06618 0.08243 0.06729 0.08097 0.06841 0.07967 0.06953 0.07849 0.07065 0.07743 0.07176 0.07646 0.07288 0.07558 0.07400 0.07477 0.07511 0.07402 0.07623 0.07334 0.07735 0.07270 0.07847 0.07211 0.07958 0.07156 0.08070 0.07105 0.08182 0.07057 0.08294 0.07012 0.08405 0.06969 0.08517 0.06929 0.08629 0.06892 0.08740 0.06856 0.08852 0.06823 0.08964 0.06791 0.09076 0.06761 0.09187 0.06732 0.09299 0.06705 0.09411 0.06679 0.09523 0.06654 0.09634 0.06631 0.09746 0.06608 0.09858 0.06587 0.09969 0.06566 0.10081 0.06546 0.10193 0.06527 0.10305 0.06509 0.08323 0.22971\n 11 1106 50 0.05015 0.22971 0.05041 0.21081 0.05149 0.17214 0.05256 0.14895 0.05364 0.13348 0.05471 0.12243 0.05579 0.11415 0.05687 0.10770 0.05794 0.10255 0.05902 0.09833 0.06009 0.09482 0.06117 0.09184 0.06225 0.08929 0.06332 0.08708 0.06440 0.08515 0.06547 0.08345 0.06655 0.08193 0.06763 0.08057 0.06870 0.07935 0.06978 0.07825 0.07085 0.07724 0.07193 0.07633 0.07300 0.07549 0.07408 0.07471 0.07516 0.07400 0.07623 0.07334 0.07731 0.07272 0.07838 0.07215 0.07946 0.07162 0.08054 0.07112 0.08161 0.07065 0.08269 0.07021 0.08376 0.06980 0.08484 0.06941 0.08591 0.06904 0.08699 0.06869 0.08807 0.06836 0.08914 0.06805 0.09022 0.06775 0.09129 0.06747 0.09237 0.06720 0.09345 0.06694 0.09452 0.06670 0.09560 0.06646 0.09667 0.06624 0.09775 0.06602 0.09883 0.06582 0.09990 0.06562 0.10098 0.06543 0.08261 0.22971\n 11 1106 50 0.05013 0.22971 0.05030 0.21654 0.05133 0.17644 0.05237 0.15238 0.05341 0.13634 0.05445 0.12489 0.05548 0.11630 0.05652 0.10961 0.05756 0.10427 0.05860 0.09989 0.05963 0.09625 0.06067 0.09316 0.06171 0.09052 0.06275 0.08823 0.06378 0.08622 0.06482 0.08446 0.06586 0.08288 0.06690 0.08148 0.06793 0.08021 0.06897 0.07907 0.07001 0.07802 0.07104 0.07707 0.07208 0.07620 0.07312 0.07540 0.07416 0.07466 0.07519 0.07397 0.07623 0.07334 0.07727 0.07274 0.07831 0.07219 0.07934 0.07167 0.08038 0.07119 0.08142 0.07073 0.08246 0.07030 0.08349 0.06990 0.08453 0.06952 0.08557 0.06916 0.08661 0.06882 0.08764 0.06849 0.08868 0.06818 0.08972 0.06789 0.09076 0.06761 0.09179 0.06734 0.09283 0.06709 0.09387 0.06685 0.09491 0.06661 0.09594 0.06639 0.09698 0.06618 0.09802 0.06597 0.09906 0.06578 0.08199 0.22971\n 11 1106 50 0.05010 0.22971 0.05019 0.22226 0.05119 0.18074 0.05219 0.15582 0.05319 0.13921 0.05420 0.12734 0.05520 0.11844 0.05620 0.11152 0.05720 0.10599 0.05820 0.10146 0.05920 0.09768 0.06021 0.09449 0.06121 0.09175 0.06221 0.08938 0.06321 0.08730 0.06421 0.08547 0.06521 0.08384 0.06622 0.08238 0.06722 0.08107 0.06822 0.07988 0.06922 0.07880 0.07022 0.07782 0.07122 0.07692 0.07223 0.07609 0.07323 0.07532 0.07423 0.07461 0.07523 0.07395 0.07623 0.07334 0.07723 0.07276 0.07824 0.07223 0.07924 0.07173 0.08024 0.07125 0.08124 0.07081 0.08224 0.07039 0.08324 0.07000 0.08425 0.06962 0.08525 0.06927 0.08625 0.06893 0.08725 0.06861 0.08825 0.06831 0.08925 0.06802 0.09026 0.06774 0.09126 0.06748 0.09226 0.06723 0.09326 0.06699 0.09426 0.06676 0.09526 0.06654 0.09627 0.06632 0.09727 0.06612 0.08137 0.22971\n 11 1106 50 0.05007 0.22971 0.05009 0.22799 0.05106 0.18503 0.05203 0.15926 0.05299 0.14207 0.05396 0.12980 0.05493 0.12059 0.05590 0.11343 0.05687 0.10770 0.05783 0.10302 0.05880 0.09911 0.05977 0.09581 0.06074 0.09298 0.06171 0.09052 0.06268 0.08837 0.06364 0.08648 0.06461 0.08479 0.06558 0.08329 0.06655 0.08193 0.06752 0.08070 0.06849 0.07959 0.06945 0.07857 0.07042 0.07763 0.07139 0.07677 0.07236 0.07598 0.07333 0.07525 0.07430 0.07456 0.07526 0.07393 0.07623 0.07334 0.07720 0.07278 0.07817 0.07226 0.07914 0.07177 0.08011 0.07132 0.08107 0.07088 0.08204 0.07047 0.08301 0.07009 0.08398 0.06972 0.08495 0.06937 0.08591 0.06904 0.08688 0.06873 0.08785 0.06843 0.08882 0.06814 0.08979 0.06787 0.09076 0.06761 0.09172 0.06736 0.09269 0.06712 0.09366 0.06689 0.09463 0.06667 0.09560 0.06646 0.08076 0.22971\n 11 1084 49 0.05008 0.22971 0.05093 0.18933 0.05187 0.16269 0.05281 0.14494 0.05374 0.13225 0.05468 0.12274 0.05562 0.11534 0.05655 0.10942 0.05749 0.10458 0.05843 0.10054 0.05937 0.09713 0.06030 0.09420 0.06124 0.09167 0.06218 0.08945 0.06311 0.08749 0.06405 0.08575 0.06499 0.08419 0.06592 0.08279 0.06686 0.08152 0.06780 0.08037 0.06874 0.07931 0.06967 0.07835 0.07061 0.07746 0.07155 0.07664 0.07248 0.07588 0.07342 0.07518 0.07436 0.07452 0.07529 0.07391 0.07623 0.07334 0.07717 0.07280 0.07811 0.07230 0.07904 0.07182 0.07998 0.07137 0.08092 0.07095 0.08185 0.07055 0.08279 0.07017 0.08373 0.06981 0.08467 0.06947 0.08560 0.06915 0.08654 0.06884 0.08748 0.06854 0.08841 0.06826 0.08935 0.06799 0.09029 0.06773 0.09122 0.06749 0.09216 0.06725 0.09310 0.06702 0.09404 0.06681 0.08016 0.22971\n 11 1084 49 0.05010 0.22971 0.05081 0.19362 0.05172 0.16613 0.05263 0.14780 0.05354 0.13471 0.05445 0.12489 0.05535 0.11725 0.05626 0.11114 0.05717 0.10614 0.05808 0.10198 0.05898 0.09845 0.05989 0.09543 0.06080 0.09281 0.06171 0.09052 0.06262 0.08850 0.06352 0.08670 0.06443 0.08509 0.06534 0.08365 0.06625 0.08234 0.06715 0.08115 0.06806 0.08006 0.06897 0.07907 0.06988 0.07815 0.07079 0.07730 0.07169 0.07652 0.07260 0.07579 0.07351 0.07511 0.07442 0.07448 0.07532 0.07389 0.07623 0.07334 0.07714 0.07282 0.07805 0.07233 0.07896 0.07186 0.07986 0.07143 0.08077 0.07102 0.08168 0.07062 0.08259 0.07025 0.08349 0.06990 0.08440 0.06957 0.08531 0.06925 0.08622 0.06894 0.08713 0.06865 0.08803 0.06837 0.08894 0.06811 0.08985 0.06785 0.09076 0.06761 0.09166 0.06738 0.09257 0.06715 0.07956 0.22971\n 11 1084 49 0.05011 0.22971 0.05070 0.19792 0.05158 0.16957 0.05247 0.15066 0.05335 0.13716 0.05423 0.12704 0.05511 0.11916 0.05599 0.11286 0.05687 0.10770 0.05775 0.10341 0.05863 0.09977 0.05951 0.09666 0.06039 0.09396 0.06127 0.09159 0.06215 0.08951 0.06303 0.08766 0.06391 0.08600 0.06479 0.08451 0.06567 0.08316 0.06655 0.08193 0.06743 0.08081 0.06831 0.07978 0.06919 0.07884 0.07007 0.07796 0.07095 0.07716 0.07183 0.07641 0.07271 0.07571 0.07359 0.07506 0.07447 0.07445 0.07535 0.07387 0.07623 0.07334 0.07711 0.07283 0.07799 0.07236 0.07887 0.07191 0.07975 0.07148 0.08063 0.07108 0.08151 0.07069 0.08239 0.07033 0.08327 0.06998 0.08415 0.06965 0.08503 0.06934 0.08591 0.06904 0.08679 0.06875 0.08768 0.06848 0.08856 0.06822 0.08944 0.06797 0.09032 0.06773 0.09120 0.06749 0.07898 0.22971\n 11 1084 49 0.05012 0.22971 0.05060 0.20222 0.05146 0.17300 0.05231 0.15353 0.05316 0.13962 0.05402 0.12918 0.05487 0.12107 0.05573 0.11458 0.05658 0.10927 0.05744 0.10484 0.05829 0.10110 0.05914 0.09789 0.06000 0.09510 0.06085 0.09267 0.06171 0.09052 0.06256 0.08861 0.06342 0.08690 0.06427 0.08537 0.06513 0.08397 0.06598 0.08271 0.06683 0.08156 0.06769 0.08050 0.06854 0.07952 0.06940 0.07862 0.07025 0.07779 0.07111 0.07702 0.07196 0.07630 0.07281 0.07563 0.07367 0.07500 0.07452 0.07441 0.07538 0.07386 0.07623 0.07334 0.07709 0.07285 0.07794 0.07238 0.07880 0.07194 0.07965 0.07153 0.08050 0.07113 0.08136 0.07076 0.08221 0.07040 0.08307 0.07006 0.08392 0.06974 0.08478 0.06943 0.08563 0.06914 0.08648 0.06885 0.08734 0.06858 0.08819 0.06833 0.08905 0.06808 0.08990 0.06784 0.07840 0.22971\n 11 1084 49 0.05012 0.22971 0.05050 0.20651 0.05133 0.17644 0.05216 0.15639 0.05299 0.14207 0.05382 0.13133 0.05465 0.12298 0.05548 0.11630 0.05631 0.11083 0.05714 0.10627 0.05797 0.10242 0.05880 0.09911 0.05963 0.09625 0.06046 0.09374 0.06129 0.09153 0.06212 0.08957 0.06295 0.08781 0.06378 0.08622 0.06461 0.08479 0.06544 0.08349 0.06627 0.08230 0.06710 0.08121 0.06793 0.08021 0.06876 0.07929 0.06959 0.07843 0.07042 0.07763 0.07125 0.07689 0.07208 0.07620 0.07291 0.07555 0.07374 0.07495 0.07457 0.07438 0.07540 0.07384 0.07623 0.07334 0.07706 0.07286 0.07789 0.07241 0.07872 0.07198 0.07955 0.07157 0.08038 0.07119 0.08121 0.07082 0.08204 0.07047 0.08287 0.07014 0.08370 0.06982 0.08453 0.06952 0.08536 0.06923 0.08619 0.06895 0.08702 0.06868 0.08785 0.06843 0.08868 0.06818 0.07785 0.22971\n 11 1084 49 0.05012 0.22971 0.05041 0.21081 0.05122 0.17988 0.05203 0.15926 0.05283 0.14453 0.05364 0.13348 0.05445 0.12489 0.05525 0.11801 0.05606 0.11239 0.05687 0.10770 0.05767 0.10374 0.05848 0.10034 0.05929 0.09739 0.06009 0.09482 0.06090 0.09254 0.06171 0.09052 0.06251 0.08871 0.06332 0.08708 0.06413 0.08561 0.06494 0.08427 0.06574 0.08305 0.06655 0.08193 0.06736 0.08090 0.06816 0.07995 0.06897 0.07907 0.06978 0.07825 0.07058 0.07748 0.07139 0.07677 0.07220 0.07611 0.07300 0.07549 0.07381 0.07490 0.07462 0.07435 0.07543 0.07383 0.07623 0.07334 0.07704 0.07287 0.07785 0.07243 0.07865 0.07202 0.07946 0.07162 0.08027 0.07124 0.08107 0.07088 0.08188 0.07054 0.08269 0.07021 0.08349 0.06990 0.08430 0.06960 0.08511 0.06932 0.08591 0.06904 0.08672 0.06878 0.08753 0.06853 0.07730 0.22971\n 11 1084 49 0.05011 0.22971 0.05032 0.21510 0.05111 0.18331 0.05189 0.16212 0.05268 0.14698 0.05346 0.13563 0.05425 0.12680 0.05503 0.11973 0.05582 0.11395 0.05660 0.10914 0.05739 0.10506 0.05817 0.10157 0.05896 0.09854 0.05975 0.09589 0.06053 0.09355 0.06132 0.09148 0.06210 0.08962 0.06289 0.08794 0.06367 0.08643 0.06446 0.08505 0.06524 0.08380 0.06603 0.08265 0.06681 0.08159 0.06760 0.08061 0.06838 0.07970 0.06917 0.07886 0.06995 0.07808 0.07074 0.07735 0.07152 0.07666 0.07231 0.07602 0.07309 0.07542 0.07388 0.07485 0.07466 0.07432 0.07545 0.07381 0.07623 0.07334 0.07702 0.07288 0.07780 0.07246 0.07859 0.07205 0.07937 0.07166 0.08016 0.07129 0.08094 0.07094 0.08173 0.07060 0.08251 0.07028 0.08330 0.06998 0.08408 0.06968 0.08487 0.06940 0.08565 0.06913 0.08644 0.06887 0.07677 0.22971\n 11 1084 49 0.05010 0.22971 0.05024 0.21940 0.05101 0.18675 0.05177 0.16498 0.05253 0.14944 0.05330 0.13778 0.05406 0.12871 0.05483 0.12145 0.05559 0.11552 0.05636 0.11057 0.05712 0.10638 0.05789 0.10280 0.05865 0.09969 0.05941 0.09696 0.06018 0.09456 0.06094 0.09243 0.06171 0.09052 0.06247 0.08880 0.06324 0.08725 0.06400 0.08583 0.06477 0.08454 0.06553 0.08336 0.06629 0.08227 0.06706 0.08127 0.06782 0.08034 0.06859 0.07947 0.06935 0.07867 0.07012 0.07792 0.07088 0.07722 0.07165 0.07656 0.07241 0.07594 0.07317 0.07536 0.07394 0.07481 0.07470 0.07429 0.07547 0.07380 0.07623 0.07334 0.07700 0.07290 0.07776 0.07248 0.07853 0.07208 0.07929 0.07170 0.08005 0.07134 0.08082 0.07099 0.08158 0.07066 0.08235 0.07035 0.08311 0.07005 0.08388 0.06976 0.08464 0.06948 0.08541 0.06921 0.07625 0.22971\n 11 1084 49 0.05008 0.22971 0.05016 0.22370 0.05091 0.19019 0.05165 0.16785 0.05240 0.15189 0.05314 0.13992 0.05389 0.13062 0.05463 0.12317 0.05538 0.11708 0.05612 0.11200 0.05687 0.10770 0.05761 0.10402 0.05836 0.10083 0.05910 0.09804 0.05985 0.09557 0.06059 0.09338 0.06134 0.09143 0.06208 0.08966 0.06283 0.08807 0.06357 0.08662 0.06431 0.08529 0.06506 0.08408 0.06580 0.08296 0.06655 0.08193 0.06729 0.08097 0.06804 0.08009 0.06878 0.07926 0.06953 0.07849 0.07027 0.07777 0.07102 0.07710 0.07176 0.07646 0.07251 0.07586 0.07325 0.07530 0.07400 0.07477 0.07474 0.07427 0.07549 0.07379 0.07623 0.07334 0.07698 0.07291 0.07772 0.07250 0.07847 0.07211 0.07921 0.07174 0.07996 0.07138 0.08070 0.07105 0.08145 0.07072 0.08219 0.07041 0.08294 0.07012 0.08368 0.06983 0.08443 0.06956 0.07575 0.22971\n 11 1084 49 0.05007 0.22971 0.05009 0.22799 0.05081 0.19362 0.05154 0.17071 0.05227 0.15435 0.05299 0.14207 0.05372 0.13253 0.05445 0.12489 0.05517 0.11864 0.05590 0.11343 0.05662 0.10903 0.05735 0.10525 0.05808 0.10198 0.05880 0.09911 0.05953 0.09659 0.06026 0.09434 0.06098 0.09233 0.06171 0.09052 0.06243 0.08888 0.06316 0.08740 0.06389 0.08604 0.06461 0.08479 0.06534 0.08365 0.06607 0.08259 0.06679 0.08161 0.06752 0.08070 0.06824 0.07986 0.06897 0.07907 0.06970 0.07833 0.07042 0.07763 0.07115 0.07698 0.07187 0.07637 0.07260 0.07579 0.07333 0.07525 0.07405 0.07473 0.07478 0.07424 0.07551 0.07378 0.07623 0.07334 0.07696 0.07292 0.07768 0.07252 0.07841 0.07214 0.07914 0.07177 0.07986 0.07143 0.08059 0.07110 0.08132 0.07078 0.08204 0.07047 0.08277 0.07018 0.08349 0.06990 0.07526 0.22971\n 11 1062 48 0.05007 0.22971 0.05073 0.19706 0.05143 0.17358 0.05214 0.15680 0.05285 0.14422 0.05356 0.13444 0.05427 0.12661 0.05498 0.12020 0.05569 0.11486 0.05639 0.11035 0.05710 0.10648 0.05781 0.10312 0.05852 0.10019 0.05923 0.09760 0.05994 0.09529 0.06065 0.09323 0.06135 0.09138 0.06206 0.08970 0.06277 0.08818 0.06348 0.08679 0.06419 0.08551 0.06490 0.08433 0.06560 0.08325 0.06631 0.08225 0.06702 0.08132 0.06773 0.08045 0.06844 0.07964 0.06915 0.07888 0.06986 0.07817 0.07056 0.07750 0.07127 0.07687 0.07198 0.07628 0.07269 0.07572 0.07340 0.07519 0.07411 0.07469 0.07481 0.07422 0.07552 0.07377 0.07623 0.07334 0.07694 0.07293 0.07765 0.07254 0.07836 0.07217 0.07907 0.07181 0.07977 0.07147 0.08048 0.07114 0.08119 0.07083 0.08190 0.07053 0.08261 0.07024 0.07478 0.22971\n 11 1062 48 0.05008 0.22971 0.05064 0.20050 0.05133 0.17644 0.05203 0.15926 0.05272 0.14637 0.05341 0.13634 0.05410 0.12833 0.05479 0.12176 0.05548 0.11630 0.05617 0.11167 0.05687 0.10770 0.05756 0.10427 0.05825 0.10126 0.05894 0.09861 0.05963 0.09625 0.06032 0.09414 0.06102 0.09224 0.06171 0.09052 0.06240 0.08896 0.06309 0.08753 0.06378 0.08622 0.06447 0.08502 0.06517 0.08391 0.06586 0.08288 0.06655 0.08193 0.06724 0.08104 0.06793 0.08021 0.06862 0.07943 0.06932 0.07871 0.07001 0.07802 0.07070 0.07738 0.07139 0.07677 0.07208 0.07620 0.07277 0.07566 0.07347 0.07515 0.07416 0.07466 0.07485 0.07420 0.07554 0.07376 0.07623 0.07334 0.07692 0.07294 0.07762 0.07256 0.07831 0.07219 0.07900 0.07184 0.07969 0.07151 0.08038 0.07119 0.08107 0.07088 0.08176 0.07059 0.07432 0.22971\n 11 1062 48 0.05009 0.22971 0.05056 0.20393 0.05124 0.17930 0.05191 0.16171 0.05259 0.14852 0.05326 0.13825 0.05394 0.13004 0.05461 0.12333 0.05529 0.11773 0.05597 0.11299 0.05664 0.10893 0.05732 0.10541 0.05799 0.10233 0.05867 0.09962 0.05934 0.09720 0.06002 0.09504 0.06069 0.09310 0.06137 0.09134 0.06205 0.08974 0.06272 0.08828 0.06340 0.08694 0.06407 0.08571 0.06475 0.08457 0.06542 0.08352 0.06610 0.08254 0.06677 0.08163 0.06745 0.08078 0.06813 0.07999 0.06880 0.07924 0.06948 0.07854 0.07015 0.07789 0.07083 0.07726 0.07150 0.07668 0.07218 0.07612 0.07285 0.07560 0.07353 0.07510 0.07421 0.07463 0.07488 0.07418 0.07556 0.07375 0.07623 0.07334 0.07691 0.07295 0.07758 0.07257 0.07826 0.07222 0.07893 0.07187 0.07961 0.07155 0.08029 0.07123 0.08096 0.07093 0.07387 0.22971\n 11 1062 48 0.05009 0.22971 0.05048 0.20737 0.05114 0.18217 0.05180 0.16417 0.05247 0.15066 0.05313 0.14016 0.05379 0.13176 0.05445 0.12489 0.05511 0.11916 0.05577 0.11431 0.05643 0.11016 0.05709 0.10656 0.05775 0.10341 0.05841 0.10063 0.05907 0.09816 0.05973 0.09595 0.06039 0.09396 0.06105 0.09216 0.06171 0.09052 0.06237 0.08903 0.06303 0.08766 0.06369 0.08640 0.06435 0.08523 0.06501 0.08416 0.06567 0.08316 0.06633 0.08223 0.06699 0.08136 0.06765 0.08054 0.06831 0.07978 0.06897 0.07907 0.06963 0.07839 0.07029 0.07776 0.07095 0.07716 0.07161 0.07659 0.07227 0.07605 0.07293 0.07554 0.07359 0.07506 0.07425 0.07459 0.07491 0.07416 0.07557 0.07374 0.07623 0.07334 0.07689 0.07296 0.07755 0.07259 0.07821 0.07224 0.07887 0.07191 0.07953 0.07158 0.08019 0.07128 0.07343 0.22971\n 11 1062 48 0.05010 0.22971 0.05041 0.21081 0.05106 0.18503 0.05170 0.16662 0.05235 0.15281 0.05299 0.14207 0.05364 0.13348 0.05428 0.12645 0.05493 0.12059 0.05558 0.11564 0.05622 0.11139 0.05687 0.10770 0.05751 0.10448 0.05816 0.10164 0.05880 0.09911 0.05945 0.09685 0.06009 0.09482 0.06074 0.09298 0.06139 0.09130 0.06203 0.08977 0.06268 0.08837 0.06332 0.08708 0.06397 0.08589 0.06461 0.08479 0.06526 0.08377 0.06590 0.08282 0.06655 0.08193 0.06719 0.08110 0.06784 0.08032 0.06849 0.07959 0.06913 0.07890 0.06978 0.07825 0.07042 0.07763 0.07107 0.07705 0.07171 0.07650 0.07236 0.07598 0.07300 0.07549 0.07365 0.07501 0.07430 0.07456 0.07494 0.07414 0.07559 0.07373 0.07623 0.07334 0.07688 0.07296 0.07752 0.07261 0.07817 0.07226 0.07881 0.07193 0.07946 0.07162 0.07300 0.22971\n 11 1062 48 0.05009 0.22971 0.05034 0.21424 0.05097 0.18790 0.05160 0.16908 0.05224 0.15496 0.05287 0.14398 0.05350 0.13520 0.05413 0.12801 0.05476 0.12202 0.05539 0.11696 0.05602 0.11261 0.05666 0.10885 0.05729 0.10556 0.05792 0.10265 0.05855 0.10007 0.05918 0.09776 0.05981 0.09568 0.06044 0.09379 0.06108 0.09208 0.06171 0.09052 0.06234 0.08909 0.06297 0.08777 0.06360 0.08656 0.06423 0.08543 0.06487 0.08438 0.06550 0.08341 0.06613 0.08250 0.06676 0.08165 0.06739 0.08086 0.06802 0.08011 0.06865 0.07940 0.06929 0.07874 0.06992 0.07811 0.07055 0.07752 0.07118 0.07695 0.07181 0.07642 0.07244 0.07591 0.07307 0.07543 0.07371 0.07497 0.07434 0.07454 0.07497 0.07412 0.07560 0.07372 0.07623 0.07334 0.07686 0.07297 0.07749 0.07262 0.07813 0.07229 0.07876 0.07196 0.07259 0.22971\n 11 1062 48 0.05009 0.22971 0.05027 0.21768 0.05089 0.19076 0.05151 0.17153 0.05213 0.15711 0.05275 0.14589 0.05336 0.13692 0.05398 0.12957 0.05460 0.12346 0.05522 0.11828 0.05584 0.11384 0.05645 0.11000 0.05707 0.10663 0.05769 0.10366 0.05831 0.10102 0.05893 0.09866 0.05954 0.09654 0.06016 0.09461 0.06078 0.09286 0.06140 0.09127 0.06202 0.08980 0.06263 0.08846 0.06325 0.08722 0.06387 0.08607 0.06449 0.08500 0.06511 0.08400 0.06573 0.08307 0.06634 0.08221 0.06696 0.08139 0.06758 0.08063 0.06820 0.07991 0.06882 0.07923 0.06943 0.07859 0.07005 0.07798 0.07067 0.07741 0.07129 0.07686 0.07191 0.07634 0.07252 0.07585 0.07314 0.07538 0.07376 0.07494 0.07438 0.07451 0.07500 0.07410 0.07561 0.07371 0.07623 0.07334 0.07685 0.07298 0.07747 0.07264 0.07809 0.07231 0.07219 0.22971\n 11 1062 48 0.05008 0.22971 0.05021 0.22112 0.05081 0.19362 0.05142 0.17398 0.05203 0.15926 0.05263 0.14780 0.05324 0.13864 0.05384 0.13114 0.05445 0.12489 0.05505 0.11960 0.05566 0.11507 0.05626 0.11114 0.05687 0.10770 0.05747 0.10467 0.05808 0.10198 0.05868 0.09957 0.05929 0.09739 0.05989 0.09543 0.06050 0.09365 0.06110 0.09202 0.06171 0.09052 0.06231 0.08915 0.06292 0.08788 0.06352 0.08670 0.06413 0.08561 0.06473 0.08460 0.06534 0.08365 0.06594 0.08276 0.06655 0.08193 0.06715 0.08115 0.06776 0.08041 0.06836 0.07972 0.06897 0.07907 0.06958 0.07845 0.07018 0.07786 0.07079 0.07730 0.07139 0.07677 0.07200 0.07627 0.07260 0.07579 0.07321 0.07534 0.07381 0.07490 0.07442 0.07448 0.07502 0.07408 0.07563 0.07370 0.07623 0.07334 0.07684 0.07299 0.07744 0.07265 0.07180 0.22971\n 11 1062 48 0.05008 0.22971 0.05015 0.22455 0.05074 0.19649 0.05133 0.17644 0.05193 0.16140 0.05252 0.14971 0.05311 0.14035 0.05370 0.13270 0.05430 0.12632 0.05489 0.12092 0.05548 0.11630 0.05608 0.11229 0.05667 0.10878 0.05726 0.10568 0.05785 0.10293 0.05845 0.10047 0.05904 0.09825 0.05963 0.09625 0.06023 0.09443 0.06082 0.09276 0.06141 0.09124 0.06200 0.08983 0.06260 0.08854 0.06319 0.08734 0.06378 0.08622 0.06438 0.08519 0.06497 0.08422 0.06556 0.08331 0.06615 0.08247 0.06675 0.08167 0.06734 0.08092 0.06793 0.08021 0.06853 0.07954 0.06912 0.07891 0.06971 0.07831 0.07030 0.07774 0.07090 0.07720 0.07149 0.07669 0.07208 0.07620 0.07268 0.07573 0.07327 0.07529 0.07386 0.07486 0.07445 0.07446 0.07505 0.07407 0.07564 0.07370 0.07623 0.07334 0.07682 0.07299 0.07142 0.22971\n 11 1040 47 0.05007 0.22971 0.05009 0.22799 0.05067 0.19935 0.05125 0.17889 0.05183 0.16355 0.05241 0.15162 0.05299 0.14207 0.05357 0.13426 0.05416 0.12775 0.05474 0.12224 0.05532 0.11752 0.05590 0.11343 0.05648 0.10985 0.05706 0.10669 0.05764 0.10389 0.05822 0.10137 0.05880 0.09911 0.05938 0.09707 0.05996 0.09521 0.06055 0.09351 0.06113 0.09195 0.06171 0.09052 0.06229 0.08920 0.06287 0.08798 0.06345 0.08684 0.06403 0.08578 0.06461 0.08479 0.06519 0.08387 0.06577 0.08300 0.06636 0.08219 0.06694 0.08142 0.06752 0.08070 0.06810 0.08002 0.06868 0.07937 0.06926 0.07876 0.06984 0.07818 0.07042 0.07763 0.07100 0.07711 0.07158 0.07661 0.07217 0.07613 0.07275 0.07568 0.07333 0.07525 0.07391 0.07483 0.07449 0.07443 0.07507 0.07405 0.07565 0.07369 0.07623 0.07334\n 21 6 1\n 25 6 1\n 82 0\n 81 6 22\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 23\n 21 6 1\n 25 6 1\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 21 6 1\n 25 6 1\n 11 50 2 0.03605 0.32850 0.03776 0.33056\n 11 50 2 0.03508 0.33523 0.03776 0.33879\n 11 50 2 0.03508 0.34308 0.03776 0.34702\n 11 50 2 0.03508 0.35086 0.03776 0.35525\n 11 50 2 0.03552 0.35789 0.03508 0.35749\n 11 50 2 0.03508 0.35854 0.03776 0.36348\n 11 50 2 0.03600 0.36648 0.03508 0.36553\n 11 50 2 0.03508 0.36601 0.03776 0.37171\n 11 116 5 0.03649 0.37511 0.03535 0.37378 0.03541 0.37553 0.03535 0.37378 0.03776 0.37994\n 11 116 5 0.03699 0.38378 0.03607 0.38251 0.03600 0.38407 0.03607 0.38251 0.03776 0.38817\n 11 116 5 0.03750 0.39246 0.03681 0.39126 0.03660 0.39263 0.03681 0.39126 0.03776 0.39640\n 11 116 5 0.03802 0.40116 0.03757 0.40002 0.03722 0.40119 0.03757 0.40002 0.03776 0.40463\n 11 116 5 0.03855 0.40986 0.03833 0.40880 0.03783 0.40976 0.03833 0.40880 0.03776 0.41286\n 11 116 5 0.03905 0.41857 0.03906 0.41757 0.03843 0.41834 0.03906 0.41757 0.03776 0.42109\n 11 116 5 0.03950 0.42724 0.03973 0.42631 0.03897 0.42689 0.03973 0.42631 0.03776 0.42932\n 11 116 5 0.03991 0.43582 0.04032 0.43495 0.03945 0.43538 0.04032 0.43495 0.03776 0.43755\n 11 116 5 0.04030 0.44431 0.04087 0.44345 0.03989 0.44376 0.04087 0.44345 0.03776 0.44578\n 11 116 5 0.04070 0.45268 0.04142 0.45181 0.04032 0.45204 0.04142 0.45181 0.03776 0.45401\n 11 116 5 0.04113 0.46097 0.04199 0.46005 0.04074 0.46023 0.04199 0.46005 0.03776 0.46224\n 11 116 5 0.04158 0.46917 0.04258 0.46818 0.04117 0.46833 0.04258 0.46818 0.03776 0.47047\n 11 116 5 0.04205 0.47730 0.04318 0.47620 0.04161 0.47635 0.04318 0.47620 0.03776 0.47870\n 11 116 5 0.04254 0.48537 0.04380 0.48414 0.04205 0.48431 0.04380 0.48414 0.03776 0.48693\n 11 116 5 0.04305 0.49338 0.04444 0.49201 0.04249 0.49221 0.04444 0.49201 0.03776 0.49516\n 11 116 5 0.04357 0.50135 0.04508 0.49981 0.04294 0.50007 0.04508 0.49981 0.03776 0.50339\n 11 116 5 0.04410 0.50928 0.04574 0.50757 0.04339 0.50789 0.04574 0.50757 0.03776 0.51162\n 11 116 5 0.04463 0.51720 0.04639 0.51531 0.04384 0.51569 0.04639 0.51531 0.03776 0.51985\n 11 116 5 0.04517 0.52512 0.04705 0.52305 0.04429 0.52349 0.04705 0.52305 0.03776 0.52808\n 11 50 2 0.04677 0.32850 0.04851 0.33056\n 11 116 5 0.04505 0.33295 0.04306 0.33164 0.04380 0.33391 0.04306 0.33164 0.04851 0.33879\n 11 116 5 0.04552 0.34134 0.04371 0.34000 0.04429 0.34218 0.04371 0.34000 0.04851 0.34702\n 11 116 5 0.04600 0.34980 0.04437 0.34846 0.04481 0.35052 0.04437 0.34846 0.04851 0.35525\n 11 116 5 0.04648 0.35833 0.04505 0.35701 0.04535 0.35893 0.04505 0.35701 0.04851 0.36348\n 11 116 5 0.04697 0.36692 0.04575 0.36564 0.04591 0.36740 0.04575 0.36564 0.04851 0.37171\n 11 116 5 0.04746 0.37555 0.04646 0.37433 0.04648 0.37591 0.04646 0.37433 0.04851 0.37994\n 11 116 5 0.04797 0.38422 0.04719 0.38306 0.04707 0.38445 0.04719 0.38306 0.04851 0.38817\n 11 116 5 0.04848 0.39292 0.04794 0.39182 0.04768 0.39302 0.04794 0.39182 0.04851 0.39640\n 11 116 5 0.04900 0.40163 0.04870 0.40061 0.04830 0.40160 0.04870 0.40061 0.04851 0.40463\n 11 116 5 0.04952 0.41036 0.04945 0.40942 0.04891 0.41020 0.04945 0.40942 0.04851 0.41286\n 11 116 5 0.04998 0.41908 0.05014 0.41822 0.04948 0.41880 0.05014 0.41822 0.04851 0.42109\n 11 116 5 0.05039 0.42775 0.05074 0.42696 0.04997 0.42736 0.05074 0.42696 0.04851 0.42932\n 11 116 5 0.05076 0.43630 0.05128 0.43557 0.05041 0.43582 0.05128 0.43557 0.04851 0.43755\n 11 116 5 0.05114 0.44475 0.05181 0.44403 0.05083 0.44418 0.05181 0.44403 0.04851 0.44578\n 11 116 5 0.05154 0.45311 0.05236 0.45236 0.05125 0.45243 0.05236 0.45236 0.04851 0.45401\n 11 116 5 0.05197 0.46138 0.05293 0.46058 0.05168 0.46061 0.05293 0.46058 0.04851 0.46224\n 11 116 5 0.05242 0.46958 0.05352 0.46869 0.05211 0.46870 0.05352 0.46869 0.04851 0.47047\n 11 116 5 0.05289 0.47771 0.05412 0.47672 0.05255 0.47672 0.05412 0.47672 0.04851 0.47870\n 11 116 5 0.05338 0.48577 0.05474 0.48466 0.05299 0.48468 0.05474 0.48466 0.04851 0.48693\n 11 116 5 0.05389 0.49379 0.05538 0.49253 0.05343 0.49259 0.05538 0.49253 0.04851 0.49516\n 11 116 5 0.05441 0.50176 0.05602 0.50034 0.05388 0.50044 0.05602 0.50034 0.04851 0.50339\n 11 116 5 0.05494 0.50970 0.05667 0.50811 0.05432 0.50827 0.05667 0.50811 0.04851 0.51162\n 11 116 5 0.05547 0.51762 0.05733 0.51585 0.05477 0.51608 0.05733 0.51585 0.04851 0.51985\n 11 116 5 0.05601 0.52554 0.05798 0.52359 0.05522 0.52388 0.05798 0.52359 0.04851 0.52808\n 11 50 2 0.05748 0.32850 0.05926 0.33056\n 11 116 5 0.05601 0.33340 0.05416 0.33219 0.05486 0.33429 0.05416 0.33219 0.05926 0.33879\n 11 116 5 0.05649 0.34178 0.05481 0.34055 0.05535 0.34256 0.05481 0.34055 0.05926 0.34702\n 11 116 5 0.05696 0.35024 0.05547 0.34901 0.05587 0.35090 0.05547 0.34901 0.05926 0.35525\n 11 116 5 0.05745 0.35877 0.05615 0.35756 0.05641 0.35931 0.05615 0.35756 0.05926 0.36348\n 11 116 5 0.05794 0.36736 0.05685 0.36619 0.05697 0.36778 0.05685 0.36619 0.05926 0.37171\n 11 116 5 0.05843 0.37600 0.05757 0.37488 0.05755 0.37629 0.05757 0.37488 0.05926 0.37994\n 11 116 5 0.05894 0.38467 0.05830 0.38362 0.05814 0.38484 0.05830 0.38362 0.05926 0.38817\n 11 116 5 0.05946 0.39338 0.05906 0.39239 0.05876 0.39341 0.05906 0.39239 0.05926 0.39640\n 11 116 5 0.05998 0.40211 0.05982 0.40121 0.05938 0.40202 0.05982 0.40121 0.05926 0.40463\n 11 116 5 0.06046 0.41087 0.06054 0.41006 0.05997 0.41065 0.06054 0.41006 0.05926 0.41286\n 11 116 5 0.06088 0.41960 0.06116 0.41888 0.06049 0.41926 0.06116 0.41888 0.05926 0.42109\n 11 116 5 0.06124 0.42823 0.06169 0.42758 0.06093 0.42780 0.06169 0.42758 0.05926 0.42932\n 11 116 5 0.06159 0.43674 0.06221 0.43613 0.06135 0.43623 0.06221 0.43613 0.05926 0.43755\n 11 116 5 0.06198 0.44516 0.06274 0.44455 0.06176 0.44455 0.06274 0.44455 0.05926 0.44578\n 11 116 5 0.06239 0.45350 0.06330 0.45286 0.06219 0.45279 0.06330 0.45286 0.05926 0.45401\n 11 116 5 0.06283 0.46176 0.06388 0.46107 0.06262 0.46096 0.06388 0.46107 0.05926 0.46224\n 11 116 5 0.06328 0.46996 0.06447 0.46918 0.06305 0.46905 0.06447 0.46918 0.05926 0.47047\n 11 116 5 0.06375 0.47809 0.06507 0.47721 0.06349 0.47707 0.06507 0.47721 0.05926 0.47870\n 11 116 5 0.06424 0.48616 0.06569 0.48515 0.06393 0.48503 0.06569 0.48515 0.05926 0.48693\n 11 116 5 0.06474 0.49418 0.06632 0.49303 0.06437 0.49294 0.06632 0.49303 0.05926 0.49516\n 11 116 5 0.06526 0.50215 0.06696 0.50084 0.06481 0.50081 0.06696 0.50084 0.05926 0.50339\n 11 116 5 0.06578 0.51010 0.06761 0.50862 0.06526 0.50864 0.06761 0.50862 0.05926 0.51162\n 11 116 5 0.06631 0.51803 0.06826 0.51637 0.06571 0.51645 0.06826 0.51637 0.05926 0.51985\n 11 116 5 0.06685 0.52595 0.06892 0.52412 0.06615 0.52426 0.06892 0.52412 0.05926 0.52808\n 11 50 2 0.06818 0.32850 0.07001 0.33056\n 11 116 5 0.06697 0.33384 0.06525 0.33274 0.06591 0.33467 0.06525 0.33274 0.07001 0.33879\n 11 116 5 0.06744 0.34222 0.06590 0.34110 0.06641 0.34294 0.06590 0.34110 0.07001 0.34702\n 11 116 5 0.06792 0.35068 0.06656 0.34956 0.06693 0.35128 0.06656 0.34956 0.07001 0.35525\n 11 116 5 0.06841 0.35921 0.06725 0.35811 0.06747 0.35970 0.06725 0.35811 0.07001 0.36348\n 11 116 5 0.06890 0.36780 0.06795 0.36674 0.06803 0.36816 0.06795 0.36674 0.07001 0.37171\n 11 116 5 0.06940 0.37644 0.06867 0.37544 0.06861 0.37668 0.06867 0.37544 0.07001 0.37994\n 11 116 5 0.06991 0.38513 0.06941 0.38418 0.06921 0.38523 0.06941 0.38418 0.07001 0.38817\n 11 116 5 0.07043 0.39385 0.07017 0.39298 0.06983 0.39382 0.07017 0.39298 0.07001 0.39640\n 11 116 5 0.07093 0.40261 0.07092 0.40183 0.07044 0.40245 0.07092 0.40183 0.07001 0.40463\n 11 116 5 0.07135 0.41145 0.07157 0.41071 0.07094 0.41115 0.07157 0.41071 0.07001 0.41286\n 11 116 5 0.07168 0.42014 0.07211 0.41950 0.07138 0.41974 0.07211 0.41950 0.07001 0.42109\n 11 116 5 0.07206 0.42867 0.07262 0.42814 0.07184 0.42821 0.07262 0.42814 0.07001 0.42932\n 11 116 5 0.07244 0.43714 0.07314 0.43664 0.07228 0.43659 0.07314 0.43664 0.07001 0.43755\n 11 116 5 0.07284 0.44554 0.07369 0.44503 0.07270 0.44490 0.07369 0.44503 0.07001 0.44578\n 11 116 5 0.07326 0.45387 0.07426 0.45333 0.07314 0.45313 0.07426 0.45333 0.07001 0.45401\n 11 116 5 0.07370 0.46213 0.07484 0.46153 0.07357 0.46129 0.07484 0.46153 0.07001 0.46224\n 11 116 5 0.07415 0.47033 0.07544 0.46965 0.07401 0.46938 0.07544 0.46965 0.07001 0.47047\n 11 116 5 0.07462 0.47846 0.07604 0.47768 0.07444 0.47741 0.07604 0.47768 0.07001 0.47870\n 11 116 5 0.07510 0.48653 0.07665 0.48563 0.07487 0.48537 0.07665 0.48563 0.07001 0.48693\n 11 116 5 0.07560 0.49456 0.07727 0.49351 0.07531 0.49328 0.07727 0.49351 0.07001 0.49516\n 11 116 5 0.07611 0.50254 0.07790 0.50133 0.07575 0.50115 0.07790 0.50133 0.07001 0.50339\n 11 116 5 0.07663 0.51049 0.07855 0.50911 0.07619 0.50899 0.07855 0.50911 0.07001 0.51162\n 11 116 5 0.07716 0.51842 0.07920 0.51687 0.07664 0.51681 0.07920 0.51687 0.07001 0.51985\n 11 116 5 0.07769 0.52635 0.07985 0.52463 0.07708 0.52463 0.07985 0.52463 0.07001 0.52808\n 11 50 2 0.07888 0.32850 0.08076 0.33056\n 11 116 5 0.07792 0.33428 0.07634 0.33329 0.07696 0.33505 0.07634 0.33329 0.08076 0.33879\n 11 116 5 0.07839 0.34266 0.07698 0.34165 0.07745 0.34332 0.07698 0.34165 0.08076 0.34702\n 11 116 5 0.07887 0.35112 0.07764 0.35011 0.07797 0.35167 0.07764 0.35011 0.08076 0.35525\n 11 116 5 0.07936 0.35966 0.07833 0.35866 0.07851 0.36008 0.07833 0.35866 0.08076 0.36348\n 11 116 5 0.07985 0.36825 0.07903 0.36730 0.07908 0.36855 0.07903 0.36730 0.08076 0.37171\n 11 116 5 0.08035 0.37689 0.07976 0.37599 0.07966 0.37707 0.07976 0.37599 0.08076 0.37994\n 11 116 5 0.08087 0.38558 0.08051 0.38475 0.08027 0.38563 0.08051 0.38475 0.08076 0.38817\n 11 116 5 0.08139 0.39434 0.08127 0.39358 0.08089 0.39425 0.08127 0.39358 0.08076 0.39640\n 11 116 5 0.08183 0.40324 0.08197 0.40248 0.08139 0.40299 0.08197 0.40248 0.08076 0.40463\n 11 116 5 0.08215 0.41201 0.08254 0.41134 0.08181 0.41162 0.08254 0.41134 0.08076 0.41286\n 11 116 5 0.08247 0.42060 0.08303 0.42006 0.08226 0.42013 0.08303 0.42006 0.08076 0.42109\n 11 116 5 0.08289 0.42906 0.08354 0.42864 0.08277 0.42856 0.08354 0.42864 0.08076 0.42932\n 11 116 5 0.08330 0.43751 0.08409 0.43711 0.08322 0.43693 0.08409 0.43711 0.08076 0.43755\n 11 116 5 0.08371 0.44590 0.08467 0.44549 0.08366 0.44522 0.08467 0.44549 0.08076 0.44578\n 11 116 5 0.08414 0.45423 0.08525 0.45378 0.08410 0.45345 0.08525 0.45378 0.08076 0.45401\n 11 116 5 0.08458 0.46249 0.08583 0.46199 0.08454 0.46161 0.08583 0.46199 0.08076 0.46224\n 11 116 5 0.08504 0.47069 0.08642 0.47010 0.08497 0.46970 0.08642 0.47010 0.08076 0.47047\n 11 116 5 0.08550 0.47882 0.08701 0.47813 0.08540 0.47773 0.08701 0.47813 0.08076 0.47870\n 11 116 5 0.08598 0.48690 0.08762 0.48609 0.08583 0.48570 0.08762 0.48609 0.08076 0.48693\n 11 116 5 0.08646 0.49492 0.08823 0.49397 0.08626 0.49362 0.08823 0.49397 0.08076 0.49516\n 11 116 5 0.08697 0.50291 0.08885 0.50180 0.08669 0.50149 0.08885 0.50180 0.08076 0.50339\n 11 116 5 0.08748 0.51086 0.08949 0.50959 0.08713 0.50934 0.08949 0.50959 0.08076 0.51162\n 11 116 5 0.08800 0.51880 0.09013 0.51736 0.08757 0.51716 0.09013 0.51736 0.08076 0.51985\n 11 116 5 0.08853 0.52674 0.09078 0.52512 0.08801 0.52498 0.09078 0.52512 0.08076 0.52808\n 11 50 2 0.08955 0.32850 0.09150 0.33056\n 11 116 5 0.08886 0.33472 0.08741 0.33385 0.08800 0.33544 0.08741 0.33385 0.09150 0.33879\n 11 116 5 0.08933 0.34311 0.08805 0.34220 0.08849 0.34371 0.08805 0.34220 0.09150 0.34702\n 11 116 5 0.08981 0.35157 0.08871 0.35067 0.08901 0.35206 0.08871 0.35067 0.09150 0.35525\n 11 116 5 0.09029 0.36010 0.08939 0.35922 0.08955 0.36047 0.08939 0.35922 0.09150 0.36348\n 11 116 5 0.09079 0.36869 0.09010 0.36785 0.09011 0.36894 0.09010 0.36785 0.09150 0.37171\n 11 116 5 0.09130 0.37734 0.09083 0.37655 0.09070 0.37746 0.09083 0.37655 0.09150 0.37994\n 11 116 5 0.09182 0.38607 0.09159 0.38533 0.09131 0.38606 0.09159 0.38533 0.09150 0.38817\n 11 116 5 0.09231 0.39498 0.09233 0.39420 0.09184 0.39480 0.09233 0.39420 0.09150 0.39640\n 11 116 5 0.09263 0.40382 0.09295 0.40312 0.09226 0.40347 0.09295 0.40312 0.09150 0.40463\n 11 116 5 0.09290 0.41247 0.09344 0.41192 0.09267 0.41201 0.09344 0.41192 0.09150 0.41286\n 11 116 5 0.09329 0.42096 0.09395 0.42056 0.09318 0.42046 0.09395 0.42056 0.09150 0.42109\n 11 116 5 0.09377 0.42942 0.09450 0.42910 0.09373 0.42889 0.09450 0.42910 0.09150 0.42932\n 11 116 5 0.09418 0.43787 0.09508 0.43756 0.09419 0.43724 0.09508 0.43756 0.09150 0.43755\n 11 116 5 0.09461 0.44626 0.09566 0.44594 0.09464 0.44553 0.09566 0.44594 0.09150 0.44578\n 11 116 5 0.09504 0.45459 0.09625 0.45423 0.09508 0.45376 0.09625 0.45423 0.09150 0.45401\n 11 116 5 0.09548 0.46285 0.09683 0.46243 0.09552 0.46192 0.09683 0.46243 0.09150 0.46224\n 11 116 5 0.09593 0.47105 0.09742 0.47055 0.09595 0.47001 0.09742 0.47055 0.09150 0.47047\n 11 116 5 0.09639 0.47918 0.09800 0.47858 0.09637 0.47804 0.09800 0.47858 0.09150 0.47870\n 11 116 5 0.09686 0.48726 0.09859 0.48654 0.09679 0.48602 0.09859 0.48654 0.09150 0.48693\n 11 116 5 0.09734 0.49528 0.09919 0.49443 0.09721 0.49394 0.09919 0.49443 0.09150 0.49516\n 11 116 5 0.09783 0.50327 0.09981 0.50226 0.09763 0.50182 0.09981 0.50226 0.09150 0.50339\n 11 116 5 0.09834 0.51123 0.10043 0.51006 0.09806 0.50967 0.10043 0.51006 0.09150 0.51162\n 11 116 5 0.09885 0.51917 0.10106 0.51783 0.09850 0.51750 0.10106 0.51783 0.09150 0.51985\n 11 116 5 0.09937 0.52711 0.10170 0.52560 0.09894 0.52533 0.10170 0.52560 0.09150 0.52808\n 11 50 2 0.10020 0.32850 0.10225 0.33056\n 11 116 5 0.09979 0.33517 0.09846 0.33440 0.09902 0.33583 0.09846 0.33440 0.10225 0.33879\n 11 116 5 0.10026 0.34355 0.09910 0.34276 0.09951 0.34410 0.09910 0.34276 0.10225 0.34702\n 11 116 5 0.10073 0.35201 0.09976 0.35122 0.10003 0.35245 0.09976 0.35122 0.10225 0.35525\n 11 116 5 0.10122 0.36054 0.10044 0.35977 0.10057 0.36086 0.10044 0.35977 0.10225 0.36348\n 11 116 5 0.10172 0.36914 0.10115 0.36841 0.10114 0.36933 0.10115 0.36841 0.10225 0.37171\n 11 116 5 0.10224 0.37781 0.10189 0.37712 0.10173 0.37788 0.10189 0.37712 0.10225 0.37994\n 11 116 5 0.10278 0.38670 0.10265 0.38593 0.10227 0.38661 0.10265 0.38593 0.10225 0.38817\n 11 116 5 0.10313 0.39559 0.10334 0.39485 0.10271 0.39530 0.10334 0.39485 0.10225 0.39640\n 11 116 5 0.10334 0.40430 0.10385 0.40372 0.10309 0.40386 0.10385 0.40372 0.10225 0.40463\n 11 116 5 0.10368 0.41282 0.10434 0.41242 0.10358 0.41232 0.10434 0.41242 0.10225 0.41286\n 11 116 5 0.10418 0.42129 0.10490 0.42101 0.10416 0.42078 0.10490 0.42101 0.10225 0.42109\n 11 116 5 0.10466 0.42977 0.10549 0.42955 0.10470 0.42921 0.10549 0.42955 0.10225 0.42932\n 11 116 5 0.10509 0.43823 0.10609 0.43801 0.10517 0.43756 0.10609 0.43801 0.10225 0.43755\n 11 116 5 0.10552 0.44662 0.10668 0.44639 0.10563 0.44585 0.10668 0.44639 0.10225 0.44578\n 11 116 5 0.10596 0.45495 0.10727 0.45468 0.10607 0.45408 0.10727 0.45468 0.10225 0.45401\n 11 116 5 0.10639 0.46321 0.10785 0.46289 0.10651 0.46223 0.10785 0.46289 0.10225 0.46224\n 11 116 5 0.10683 0.47141 0.10842 0.47100 0.10693 0.47033 0.10842 0.47100 0.10225 0.47047\n 11 116 5 0.10728 0.47954 0.10900 0.47903 0.10734 0.47836 0.10900 0.47903 0.10225 0.47870\n 11 116 5 0.10774 0.48761 0.10958 0.48699 0.10775 0.48633 0.10958 0.48699 0.10225 0.48693\n 11 116 5 0.10821 0.49564 0.11016 0.49488 0.10816 0.49426 0.11016 0.49488 0.10225 0.49516\n 11 116 5 0.10869 0.50363 0.11076 0.50272 0.10858 0.50214 0.11076 0.50272 0.10225 0.50339\n 11 116 5 0.10919 0.51159 0.11137 0.51052 0.10900 0.50999 0.11137 0.51052 0.10225 0.51162\n 11 116 5 0.10970 0.51954 0.11200 0.51830 0.10943 0.51783 0.11200 0.51830 0.10225 0.51985\n 11 116 5 0.11021 0.52748 0.11263 0.52607 0.10986 0.52566 0.11263 0.52607 0.10225 0.52808\n 11 50 2 0.11081 0.32850 0.11300 0.33056\n 11 116 5 0.11071 0.33561 0.10950 0.33496 0.11004 0.33622 0.10950 0.33496 0.11300 0.33879\n 11 116 5 0.11117 0.34399 0.11013 0.34332 0.11052 0.34450 0.11013 0.34332 0.11300 0.34702\n 11 116 5 0.11164 0.35246 0.11079 0.35178 0.11104 0.35284 0.11079 0.35178 0.11300 0.35525\n 11 116 5 0.11213 0.36099 0.11147 0.36033 0.11158 0.36126 0.11147 0.36033 0.11300 0.36348\n 11 116 5 0.11264 0.36960 0.11218 0.36897 0.11215 0.36974 0.11218 0.36897 0.11300 0.37171\n 11 116 5 0.11321 0.37842 0.11293 0.37770 0.11270 0.37844 0.11293 0.37770 0.11300 0.37994\n 11 116 5 0.11363 0.38733 0.11367 0.38655 0.11316 0.38713 0.11367 0.38655 0.11300 0.38817\n 11 116 5 0.11382 0.39611 0.11425 0.39547 0.11351 0.39570 0.11425 0.39547 0.11300 0.39640\n 11 116 5 0.11408 0.40464 0.11473 0.40423 0.11396 0.40414 0.11473 0.40423 0.11300 0.40463\n 11 116 5 0.11455 0.41312 0.11529 0.41287 0.11456 0.41261 0.11529 0.41287 0.11300 0.41286\n 11 116 5 0.11513 0.42162 0.11589 0.42146 0.11520 0.42112 0.11589 0.42146 0.11300 0.42109\n 11 116 5 0.11556 0.43014 0.11650 0.43000 0.11568 0.42953 0.11650 0.43000 0.11300 0.42932\n 11 116 5 0.11600 0.43860 0.11711 0.43847 0.11616 0.43788 0.11711 0.43847 0.11300 0.43755\n 11 116 5 0.11643 0.44699 0.11770 0.44685 0.11662 0.44617 0.11770 0.44685 0.11300 0.44578\n 11 116 5 0.11687 0.45532 0.11829 0.45514 0.11707 0.45440 0.11829 0.45514 0.11300 0.45401\n 11 116 5 0.11730 0.46358 0.11886 0.46334 0.11749 0.46255 0.11886 0.46334 0.11300 0.46224\n 11 116 5 0.11774 0.47177 0.11943 0.47145 0.11791 0.47065 0.11943 0.47145 0.11300 0.47047\n 11 116 5 0.11818 0.47990 0.11999 0.47948 0.11831 0.47867 0.11999 0.47948 0.11300 0.47870\n 11 116 5 0.11863 0.48797 0.12056 0.48744 0.11871 0.48665 0.12056 0.48744 0.11300 0.48693\n 11 116 5 0.11909 0.49600 0.12113 0.49533 0.11911 0.49457 0.12113 0.49533 0.11300 0.49516\n 11 116 5 0.11956 0.50398 0.12172 0.50317 0.11952 0.50246 0.12172 0.50317 0.11300 0.50339\n 11 116 5 0.12004 0.51195 0.12232 0.51097 0.11993 0.51032 0.12232 0.51097 0.11300 0.51162\n 11 116 5 0.12054 0.51990 0.12293 0.51875 0.12035 0.51816 0.12293 0.51875 0.11300 0.51985\n 11 116 5 0.12105 0.52784 0.12355 0.52653 0.12078 0.52599 0.12355 0.52653 0.11300 0.52808\n 11 50 2 0.12137 0.32850 0.12375 0.33056\n 11 116 5 0.12161 0.33605 0.12052 0.33552 0.12104 0.33662 0.12052 0.33552 0.12375 0.33879\n 11 116 5 0.12207 0.34444 0.12114 0.34388 0.12152 0.34489 0.12114 0.34388 0.12375 0.34702\n 11 116 5 0.12254 0.35290 0.12179 0.35235 0.12203 0.35324 0.12179 0.35235 0.12375 0.35525\n 11 116 5 0.12303 0.36144 0.12247 0.36090 0.12257 0.36167 0.12247 0.36090 0.12375 0.36348\n 11 116 5 0.12362 0.37018 0.12319 0.36954 0.12312 0.37031 0.12319 0.36954 0.12375 0.37171\n 11 116 5 0.12411 0.37904 0.12394 0.37829 0.12360 0.37898 0.12394 0.37829 0.12375 0.37994\n 11 116 5 0.12432 0.38791 0.12462 0.38719 0.12394 0.38757 0.12462 0.38719 0.12375 0.38817\n 11 116 5 0.12447 0.39646 0.12510 0.39601 0.12433 0.39596 0.12510 0.39601 0.12375 0.39640\n 11 116 5 0.12492 0.40492 0.12565 0.40468 0.12493 0.40441 0.12565 0.40468 0.12375 0.40463\n 11 116 5 0.12550 0.41344 0.12627 0.41332 0.12559 0.41294 0.12627 0.41332 0.12375 0.41286\n 11 116 5 0.12603 0.42199 0.12689 0.42193 0.12618 0.42144 0.12689 0.42193 0.12375 0.42109\n 11 116 5 0.12647 0.43052 0.12752 0.43047 0.12668 0.42986 0.12752 0.43047 0.12375 0.42932\n 11 116 5 0.12691 0.43898 0.12813 0.43894 0.12715 0.43821 0.12813 0.43894 0.12375 0.43755\n 11 116 5 0.12734 0.44738 0.12872 0.44733 0.12762 0.44650 0.12872 0.44733 0.12375 0.44578\n 11 116 5 0.12778 0.45570 0.12931 0.45562 0.12806 0.45473 0.12931 0.45562 0.12375 0.45401\n 11 116 5 0.12821 0.46395 0.12987 0.46381 0.12848 0.46288 0.12987 0.46381 0.12375 0.46224\n 11 116 5 0.12864 0.47214 0.13043 0.47192 0.12889 0.47097 0.13043 0.47192 0.12375 0.47047\n 11 116 5 0.12907 0.48026 0.13099 0.47994 0.12929 0.47899 0.13099 0.47994 0.12375 0.47870\n 11 116 5 0.12951 0.48833 0.13154 0.48789 0.12968 0.48697 0.13154 0.48789 0.12375 0.48693\n 11 116 5 0.12996 0.49635 0.13210 0.49577 0.13007 0.49489 0.13210 0.49577 0.12375 0.49516\n 11 116 5 0.13042 0.50434 0.13267 0.50361 0.13046 0.50278 0.13267 0.50361 0.12375 0.50339\n 11 116 5 0.13090 0.51230 0.13325 0.51142 0.13086 0.51064 0.13325 0.51142 0.12375 0.51162\n 11 116 5 0.13138 0.52025 0.13385 0.51920 0.13127 0.51848 0.13385 0.51920 0.12375 0.51985\n 11 116 5 0.13188 0.52820 0.13446 0.52699 0.13169 0.52632 0.13446 0.52699 0.12375 0.52808\n 11 72 3 0.13138 0.32850 0.13158 0.32881 0.13138 0.32850\n 11 50 2 0.13183 0.32850 0.13450 0.33056\n 11 116 5 0.13250 0.33649 0.13152 0.33608 0.13203 0.33702 0.13152 0.33608 0.13450 0.33879\n 11 116 5 0.13295 0.34488 0.13214 0.34445 0.13250 0.34530 0.13214 0.34445 0.13450 0.34702\n 11 116 5 0.13342 0.35335 0.13278 0.35291 0.13301 0.35365 0.13278 0.35291 0.13450 0.35525\n 11 116 5 0.13402 0.36200 0.13345 0.36147 0.13356 0.36223 0.13345 0.36147 0.13450 0.36348\n 11 116 5 0.13457 0.37077 0.13417 0.37011 0.13407 0.37087 0.13417 0.37011 0.13450 0.37171\n 11 116 5 0.13488 0.37967 0.13492 0.37890 0.13441 0.37948 0.13492 0.37890 0.13450 0.37994\n 11 116 5 0.13488 0.38829 0.13546 0.38777 0.13469 0.38781 0.13546 0.38777 0.13450 0.38817\n 11 116 5 0.13526 0.39669 0.13600 0.39646 0.13528 0.39618 0.13600 0.39646 0.13450 0.39640\n 11 116 5 0.13585 0.40522 0.13662 0.40514 0.13597 0.40472 0.13662 0.40514 0.13450 0.40463\n 11 116 5 0.13649 0.41381 0.13726 0.41380 0.13665 0.41332 0.13726 0.41380 0.13450 0.41286\n 11 116 5 0.13693 0.42238 0.13790 0.42241 0.13717 0.42179 0.13790 0.42241 0.13450 0.42109\n 11 116 5 0.13737 0.43091 0.13853 0.43097 0.13766 0.43020 0.13853 0.43097 0.13450 0.42932\n 11 116 5 0.13781 0.43937 0.13914 0.43944 0.13814 0.43856 0.13914 0.43944 0.13450 0.43755\n 11 116 5 0.13825 0.44777 0.13973 0.44782 0.13860 0.44685 0.13973 0.44782 0.13450 0.44578\n 11 116 5 0.13868 0.45609 0.14031 0.45610 0.13904 0.45507 0.14031 0.45610 0.13450 0.45401\n 11 116 5 0.13910 0.46434 0.14088 0.46429 0.13946 0.46322 0.14088 0.46429 0.13450 0.46224\n 11 116 5 0.13953 0.47251 0.14143 0.47239 0.13986 0.47130 0.14143 0.47239 0.13450 0.47047\n 11 116 5 0.13995 0.48063 0.14197 0.48040 0.14025 0.47932 0.14197 0.48040 0.13450 0.47870\n 11 116 5 0.14039 0.48869 0.14251 0.48834 0.14063 0.48729 0.14251 0.48834 0.13450 0.48693\n 11 116 5 0.14083 0.49671 0.14306 0.49623 0.14101 0.49521 0.14306 0.49623 0.13450 0.49516\n 11 116 5 0.14128 0.50469 0.14362 0.50406 0.14140 0.50310 0.14362 0.50406 0.13450 0.50339\n 11 116 5 0.14174 0.51265 0.14418 0.51187 0.14178 0.51096 0.14418 0.51187 0.13450 0.51162\n 11 116 5 0.14222 0.52060 0.14477 0.51965 0.14218 0.51880 0.14477 0.51965 0.13450 0.51985\n 11 116 5 0.14270 0.52855 0.14537 0.52744 0.14259 0.52665 0.14537 0.52744 0.13450 0.52808\n 11 50 2 0.14294 0.32861 0.14251 0.32850\n 11 72 3 0.14203 0.32850 0.14256 0.32920 0.14203 0.32850\n 11 50 2 0.14215 0.32850 0.14525 0.33056\n 11 116 5 0.14338 0.33693 0.14250 0.33663 0.14300 0.33741 0.14250 0.33663 0.14525 0.33879\n 11 116 5 0.14382 0.34533 0.14311 0.34501 0.14347 0.34570 0.14311 0.34501 0.14525 0.34702\n 11 116 5 0.14441 0.35387 0.14374 0.35348 0.14402 0.35421 0.14374 0.35348 0.14525 0.35525\n 11 116 5 0.14499 0.36254 0.14441 0.36204 0.14455 0.36280 0.14441 0.36204 0.14525 0.36348\n 11 116 5 0.14546 0.37137 0.14512 0.37068 0.14496 0.37144 0.14512 0.37068 0.14525 0.37171\n 11 116 5 0.14537 0.38017 0.14580 0.37952 0.14506 0.37976 0.14580 0.37952 0.14525 0.37994\n 11 116 5 0.14558 0.38845 0.14632 0.38824 0.14561 0.38794 0.14632 0.38824 0.14525 0.38817\n 11 116 5 0.14618 0.39696 0.14695 0.39693 0.14633 0.39647 0.14695 0.39693 0.14525 0.39640\n 11 116 5 0.14683 0.40558 0.14761 0.40563 0.14703 0.40511 0.14761 0.40563 0.14525 0.40463\n 11 116 5 0.14738 0.41420 0.14825 0.41430 0.14763 0.41368 0.14825 0.41430 0.14525 0.41286\n 11 116 5 0.14782 0.42278 0.14889 0.42292 0.14814 0.42215 0.14889 0.42292 0.14525 0.42109\n 11 116 5 0.14826 0.43131 0.14952 0.43148 0.14864 0.43056 0.14952 0.43148 0.14525 0.42932\n 11 116 5 0.14870 0.43977 0.15013 0.43995 0.14912 0.43892 0.15013 0.43995 0.14525 0.43755\n 11 116 5 0.14913 0.44817 0.15073 0.44832 0.14958 0.44721 0.15073 0.44832 0.14525 0.44578\n 11 116 5 0.14956 0.45648 0.15130 0.45660 0.15001 0.45542 0.15130 0.45660 0.14525 0.45401\n 11 116 5 0.14999 0.46472 0.15186 0.46478 0.15043 0.46357 0.15186 0.46478 0.14525 0.46224\n 11 116 5 0.15041 0.47290 0.15241 0.47287 0.15083 0.47164 0.15241 0.47287 0.14525 0.47047\n 11 116 5 0.15083 0.48100 0.15294 0.48088 0.15121 0.47966 0.15294 0.48088 0.14525 0.47870\n 11 116 5 0.15125 0.48906 0.15348 0.48881 0.15158 0.48762 0.15348 0.48881 0.14525 0.48693\n 11 116 5 0.15168 0.49707 0.15401 0.49668 0.15195 0.49554 0.15401 0.49668 0.14525 0.49516\n 11 116 5 0.15213 0.50505 0.15455 0.50452 0.15232 0.50342 0.15455 0.50452 0.14525 0.50339\n 11 116 5 0.15258 0.51300 0.15511 0.51232 0.15270 0.51128 0.15511 0.51232 0.14525 0.51162\n 11 116 5 0.15305 0.52095 0.15568 0.52010 0.15309 0.51912 0.15568 0.52010 0.14525 0.51985\n 11 116 5 0.15352 0.52890 0.15626 0.52788 0.15349 0.52697 0.15626 0.52788 0.14525 0.52808\n 11 116 5 0.15381 0.32903 0.15289 0.32889 0.15352 0.32958 0.15289 0.32889 0.15599 0.33056\n 11 116 5 0.15424 0.33736 0.15347 0.33718 0.15396 0.33780 0.15347 0.33718 0.15599 0.33879\n 11 116 5 0.15481 0.34581 0.15407 0.34557 0.15450 0.34622 0.15407 0.34557 0.15599 0.34702\n 11 116 5 0.15540 0.35436 0.15469 0.35405 0.15506 0.35474 0.15469 0.35405 0.15599 0.35525\n 11 116 5 0.15598 0.36304 0.15534 0.36261 0.15557 0.36335 0.15534 0.36261 0.15599 0.36348\n 11 116 5 0.15622 0.37202 0.15604 0.37126 0.15571 0.37196 0.15604 0.37126 0.15599 0.37171\n 11 116 5 0.15586 0.38018 0.15662 0.38001 0.15592 0.37967 0.15662 0.38001 0.15599 0.37994\n 11 116 5 0.15649 0.38866 0.15726 0.38871 0.15669 0.38819 0.15726 0.38871 0.15599 0.38817\n 11 116 5 0.15716 0.39731 0.15792 0.39743 0.15740 0.39686 0.15792 0.39743 0.15599 0.39640\n 11 116 5 0.15780 0.40599 0.15858 0.40615 0.15806 0.40554 0.15858 0.40615 0.15599 0.40463\n 11 116 5 0.15824 0.41462 0.15922 0.41483 0.15859 0.41405 0.15922 0.41483 0.15599 0.41286\n 11 116 5 0.15869 0.42320 0.15986 0.42345 0.15910 0.42252 0.15986 0.42345 0.15599 0.42109\n 11 116 5 0.15913 0.43173 0.16049 0.43200 0.15960 0.43094 0.16049 0.43200 0.15599 0.42932\n 11 116 5 0.15957 0.44019 0.16110 0.44047 0.16008 0.43929 0.16110 0.44047 0.15599 0.43755\n 11 116 5 0.16000 0.44857 0.16170 0.44884 0.16054 0.44758 0.16170 0.44884 0.15599 0.44578\n 11 116 5 0.16043 0.45689 0.16227 0.45711 0.16097 0.45579 0.16227 0.45711 0.15599 0.45401\n 11 116 5 0.16085 0.46512 0.16283 0.46528 0.16139 0.46392 0.16283 0.46528 0.15599 0.46224\n 11 116 5 0.16127 0.47329 0.16337 0.47336 0.16178 0.47199 0.16337 0.47336 0.15599 0.47047\n 11 116 5 0.16169 0.48139 0.16390 0.48136 0.16216 0.48000 0.16390 0.48136 0.15599 0.47870\n 11 116 5 0.16211 0.48943 0.16442 0.48928 0.16252 0.48796 0.16442 0.48928 0.15599 0.48693\n 11 116 5 0.16253 0.49743 0.16495 0.49715 0.16288 0.49587 0.16495 0.49715 0.15599 0.49516\n 11 116 5 0.16297 0.50541 0.16547 0.50497 0.16324 0.50375 0.16547 0.50497 0.15599 0.50339\n 11 116 5 0.16341 0.51336 0.16602 0.51277 0.16361 0.51160 0.16602 0.51277 0.15599 0.51162\n 11 116 5 0.16387 0.52130 0.16657 0.52055 0.16399 0.51945 0.16657 0.52055 0.15599 0.51985\n 11 116 5 0.16433 0.52924 0.16714 0.52833 0.16438 0.52729 0.16714 0.52833 0.15599 0.52808\n 11 116 5 0.16466 0.32944 0.16383 0.32940 0.16446 0.32995 0.16383 0.32940 0.16674 0.33056\n 11 116 5 0.16518 0.33779 0.16441 0.33771 0.16497 0.33825 0.16441 0.33771 0.16674 0.33879\n 11 116 5 0.16578 0.34623 0.16501 0.34611 0.16554 0.34668 0.16501 0.34611 0.16674 0.34702\n 11 116 5 0.16639 0.35475 0.16563 0.35461 0.16613 0.35519 0.16563 0.35461 0.16674 0.35525\n 11 116 5 0.16702 0.36335 0.16626 0.36318 0.16675 0.36378 0.16626 0.36318 0.16674 0.36348\n 11 50 2 0.16674 0.37171 0.16674 0.37171\n 11 116 5 0.16681 0.38030 0.16755 0.38052 0.16711 0.37989 0.16755 0.38052 0.16674 0.37994\n 11 116 5 0.16747 0.38902 0.16821 0.38924 0.16777 0.38860 0.16821 0.38924 0.16674 0.38817\n 11 116 5 0.16812 0.39774 0.16886 0.39797 0.16843 0.39733 0.16886 0.39797 0.16674 0.39640\n 11 116 5 0.16864 0.40642 0.16952 0.40669 0.16900 0.40593 0.16952 0.40669 0.16674 0.40463\n 11 116 5 0.16909 0.41504 0.17017 0.41537 0.16953 0.41444 0.17017 0.41537 0.16674 0.41286\n 11 116 5 0.16954 0.42362 0.17081 0.42399 0.17004 0.42291 0.17081 0.42399 0.16674 0.42109\n 11 116 5 0.16998 0.43215 0.17143 0.43254 0.17054 0.43133 0.17143 0.43254 0.16674 0.42932\n 11 116 5 0.17042 0.44061 0.17205 0.44101 0.17102 0.43968 0.17205 0.44101 0.16674 0.43755\n 11 116 5 0.17085 0.44899 0.17264 0.44937 0.17148 0.44796 0.17264 0.44937 0.16674 0.44578\n 11 116 5 0.17128 0.45730 0.17322 0.45764 0.17192 0.45616 0.17322 0.45764 0.16674 0.45401\n 11 116 5 0.17170 0.46552 0.17377 0.46580 0.17233 0.46429 0.17377 0.46580 0.16674 0.46224\n 11 116 5 0.17212 0.47368 0.17431 0.47387 0.17272 0.47236 0.17431 0.47387 0.16674 0.47047\n 11 116 5 0.17254 0.48177 0.17484 0.48185 0.17309 0.48036 0.17484 0.48185 0.16674 0.47870\n 11 116 5 0.17295 0.48981 0.17535 0.48977 0.17345 0.48830 0.17535 0.48977 0.16674 0.48693\n 11 116 5 0.17337 0.49780 0.17587 0.49762 0.17380 0.49621 0.17587 0.49762 0.16674 0.49516\n 11 116 5 0.17379 0.50577 0.17638 0.50544 0.17415 0.50408 0.17638 0.50544 0.16674 0.50339\n 11 116 5 0.17423 0.51371 0.17691 0.51322 0.17451 0.51193 0.17691 0.51322 0.16674 0.51162\n 11 116 5 0.17467 0.52165 0.17745 0.52100 0.17487 0.51977 0.17745 0.52100 0.16674 0.51985\n 11 116 5 0.17513 0.52959 0.17801 0.52878 0.17525 0.52762 0.17801 0.52878 0.16674 0.52808\n 11 116 5 0.17551 0.32981 0.17474 0.32989 0.17539 0.33031 0.17474 0.32989 0.17749 0.33056\n 11 116 5 0.17610 0.33815 0.17532 0.33821 0.17596 0.33864 0.17532 0.33821 0.17749 0.33879\n 11 116 5 0.17670 0.34655 0.17592 0.34661 0.17657 0.34705 0.17592 0.34661 0.17749 0.34702\n 11 116 5 0.17730 0.35496 0.17654 0.35510 0.17722 0.35547 0.17654 0.35510 0.17749 0.35525\n 11 116 5 0.17765 0.36312 0.17710 0.36367 0.17787 0.36358 0.17710 0.36367 0.17749 0.36348\n 11 116 5 0.17726 0.37183 0.17777 0.37241 0.17774 0.37164 0.17777 0.37241 0.17749 0.37171\n 11 116 5 0.17779 0.38069 0.17845 0.38109 0.17818 0.38037 0.17845 0.38109 0.17749 0.37994\n 11 116 5 0.17842 0.38947 0.17911 0.38981 0.17878 0.38911 0.17911 0.38981 0.17749 0.38817\n 11 116 5 0.17901 0.39820 0.17977 0.39854 0.17939 0.39781 0.17977 0.39854 0.17749 0.39640\n 11 116 5 0.17946 0.40686 0.18042 0.40725 0.17992 0.40634 0.18042 0.40725 0.17749 0.40463\n 11 116 5 0.17991 0.41548 0.18107 0.41593 0.18045 0.41485 0.18107 0.41593 0.17749 0.41286\n 11 116 5 0.18036 0.42406 0.18172 0.42455 0.18096 0.42332 0.18172 0.42455 0.17749 0.42109\n 11 116 5 0.18080 0.43258 0.18235 0.43310 0.18146 0.43173 0.18235 0.43310 0.17749 0.42932\n 11 116 5 0.18124 0.44103 0.18296 0.44156 0.18194 0.44008 0.18296 0.44156 0.17749 0.43755\n 11 116 5 0.18168 0.44941 0.18356 0.44992 0.18240 0.44835 0.18356 0.44992 0.17749 0.44578\n 11 116 5 0.18211 0.45771 0.18413 0.45817 0.18284 0.45655 0.18413 0.45817 0.17749 0.45401\n 11 116 5 0.18253 0.46594 0.18469 0.46633 0.18325 0.46468 0.18469 0.46633 0.17749 0.46224\n 11 116 5 0.18295 0.47408 0.18523 0.47439 0.18364 0.47273 0.18523 0.47439 0.17749 0.47047\n 11 116 5 0.18337 0.48217 0.18575 0.48236 0.18401 0.48072 0.18575 0.48236 0.17749 0.47870\n 11 116 5 0.18378 0.49019 0.18626 0.49026 0.18436 0.48866 0.18626 0.49026 0.17749 0.48693\n 11 116 5 0.18419 0.49818 0.18677 0.49810 0.18471 0.49655 0.18677 0.49810 0.17749 0.49516\n 11 116 5 0.18461 0.50613 0.18727 0.50591 0.18505 0.50442 0.18727 0.50591 0.17749 0.50339\n 11 116 5 0.18503 0.51407 0.18779 0.51368 0.18539 0.51227 0.18779 0.51368 0.17749 0.51162\n 11 116 5 0.18547 0.52200 0.18832 0.52145 0.18575 0.52011 0.18832 0.52145 0.17749 0.51985\n 11 116 5 0.18592 0.52994 0.18886 0.52923 0.18612 0.52795 0.18886 0.52923 0.17749 0.52808\n 11 116 5 0.18633 0.33015 0.18558 0.33035 0.18629 0.33066 0.18558 0.33035 0.18824 0.33056\n 11 116 5 0.18691 0.33845 0.18617 0.33867 0.18688 0.33897 0.18617 0.33867 0.18824 0.33879\n 11 116 5 0.18748 0.34679 0.18676 0.34707 0.18749 0.34730 0.18676 0.34707 0.18824 0.34702\n 11 116 5 0.18792 0.35509 0.18731 0.35556 0.18808 0.35557 0.18731 0.35556 0.18824 0.35525\n 11 116 5 0.18795 0.36349 0.18785 0.36426 0.18840 0.36372 0.18785 0.36426 0.18824 0.36348\n 11 116 5 0.18815 0.37236 0.18859 0.37300 0.18864 0.37222 0.18859 0.37300 0.18824 0.37171\n 11 116 5 0.18870 0.38119 0.18929 0.38168 0.18913 0.38093 0.18929 0.38168 0.18824 0.37994\n 11 116 5 0.18932 0.38998 0.18997 0.39040 0.18972 0.38966 0.18997 0.39040 0.18824 0.38817\n 11 116 5 0.18980 0.39865 0.19063 0.39912 0.19027 0.39823 0.19063 0.39912 0.18824 0.39640\n 11 116 5 0.19025 0.40730 0.19129 0.40783 0.19081 0.40677 0.19129 0.40783 0.18824 0.40463\n 11 116 5 0.19070 0.41592 0.19195 0.41651 0.19134 0.41527 0.19195 0.41651 0.18824 0.41286\n 11 116 5 0.19115 0.42450 0.19259 0.42513 0.19186 0.42374 0.19259 0.42513 0.18824 0.42109\n 11 116 5 0.19160 0.43302 0.19322 0.43367 0.19236 0.43215 0.19322 0.43367 0.18824 0.42932\n 11 116 5 0.19204 0.44147 0.19384 0.44212 0.19284 0.44049 0.19384 0.44212 0.18824 0.43755\n 11 116 5 0.19248 0.44984 0.19444 0.45047 0.19330 0.44876 0.19444 0.45047 0.18824 0.44578\n 11 116 5 0.19291 0.45814 0.19502 0.45872 0.19374 0.45695 0.19502 0.45872 0.18824 0.45401\n 11 116 5 0.19334 0.46635 0.19558 0.46687 0.19415 0.46507 0.19558 0.46687 0.18824 0.46224\n 11 116 5 0.19376 0.47449 0.19612 0.47492 0.19454 0.47311 0.19612 0.47492 0.18824 0.47047\n 11 116 5 0.19418 0.48257 0.19664 0.48288 0.19491 0.48110 0.19664 0.48288 0.18824 0.47870\n 11 116 5 0.19459 0.49058 0.19715 0.49076 0.19526 0.48902 0.19715 0.49076 0.18824 0.48693\n 11 116 5 0.19499 0.49856 0.19765 0.49859 0.19560 0.49691 0.19765 0.49859 0.18824 0.49516\n 11 116 5 0.19541 0.50650 0.19814 0.50638 0.19593 0.50477 0.19814 0.50638 0.18824 0.50339\n 11 116 5 0.19582 0.51443 0.19865 0.51415 0.19627 0.51261 0.19865 0.51415 0.18824 0.51162\n 11 116 5 0.19625 0.52235 0.19916 0.52192 0.19661 0.52044 0.19916 0.52192 0.18824 0.51985\n 11 116 5 0.19669 0.53029 0.19969 0.52969 0.19697 0.52828 0.19969 0.52969 0.18824 0.52808\n 11 116 5 0.19705 0.33048 0.19635 0.33080 0.19710 0.33099 0.19635 0.33080 0.19899 0.33056\n 11 116 5 0.19761 0.33875 0.19692 0.33912 0.19769 0.33926 0.19692 0.33912 0.19899 0.33879\n 11 116 5 0.19808 0.34706 0.19747 0.34754 0.19825 0.34754 0.19747 0.34754 0.19899 0.34702\n 11 116 5 0.19838 0.35544 0.19799 0.35610 0.19871 0.35582 0.19799 0.35610 0.19899 0.35525\n 11 116 5 0.19856 0.36409 0.19861 0.36486 0.19905 0.36422 0.19861 0.36486 0.19899 0.36348\n 11 116 5 0.19897 0.37292 0.19937 0.37358 0.19947 0.37282 0.19937 0.37358 0.19899 0.37171\n 11 116 5 0.19955 0.38173 0.20009 0.38228 0.20001 0.38151 0.20009 0.38228 0.19899 0.37994\n 11 116 5 0.20008 0.39044 0.20078 0.39099 0.20058 0.39013 0.20078 0.39099 0.19899 0.38817\n 11 116 5 0.20055 0.39910 0.20145 0.39972 0.20113 0.39867 0.20145 0.39972 0.19899 0.39640\n 11 116 5 0.20101 0.40775 0.20212 0.40843 0.20167 0.40720 0.20212 0.40843 0.19899 0.40463\n 11 116 5 0.20146 0.41637 0.20278 0.41710 0.20220 0.41571 0.20278 0.41710 0.19899 0.41286\n 11 116 5 0.20191 0.42494 0.20343 0.42571 0.20272 0.42417 0.20343 0.42571 0.19899 0.42109\n 11 116 5 0.20237 0.43346 0.20407 0.43425 0.20323 0.43257 0.20407 0.43425 0.19899 0.42932\n 11 116 5 0.20281 0.44191 0.20469 0.44270 0.20371 0.44091 0.20469 0.44270 0.19899 0.43755\n 11 116 5 0.20326 0.45028 0.20529 0.45104 0.20418 0.44918 0.20529 0.45104 0.19899 0.44578\n 11 116 5 0.20369 0.45857 0.20588 0.45928 0.20462 0.45736 0.20588 0.45928 0.19899 0.45401\n 11 116 5 0.20413 0.46678 0.20644 0.46742 0.20503 0.46547 0.20644 0.46742 0.19899 0.46224\n 11 116 5 0.20455 0.47491 0.20698 0.47546 0.20542 0.47351 0.20698 0.47546 0.19899 0.47047\n 11 116 5 0.20496 0.48297 0.20751 0.48340 0.20579 0.48148 0.20751 0.48340 0.19899 0.47870\n 11 116 5 0.20537 0.49098 0.20801 0.49128 0.20613 0.48940 0.20801 0.49128 0.19899 0.48693\n 11 116 5 0.20578 0.49894 0.20850 0.49910 0.20647 0.49728 0.20850 0.49910 0.19899 0.49516\n 11 116 5 0.20619 0.50688 0.20899 0.50687 0.20680 0.50513 0.20899 0.50687 0.19899 0.50339\n 11 116 5 0.20660 0.51480 0.20949 0.51463 0.20713 0.51296 0.20949 0.51463 0.19899 0.51162\n 11 116 5 0.20702 0.52271 0.20999 0.52238 0.20746 0.52079 0.20999 0.52238 0.19899 0.51985\n 11 116 5 0.20745 0.53064 0.21051 0.53015 0.20781 0.52862 0.21051 0.53015 0.19899 0.52808\n 11 116 5 0.20768 0.33083 0.20704 0.33126 0.20781 0.33132 0.20704 0.33126 0.20974 0.33056\n 11 116 5 0.20819 0.33910 0.20759 0.33959 0.20837 0.33958 0.20759 0.33959 0.20974 0.33879\n 11 116 5 0.20860 0.34745 0.20812 0.34806 0.20887 0.34788 0.20812 0.34806 0.20974 0.34702\n 11 116 5 0.20890 0.35596 0.20867 0.35670 0.20931 0.35626 0.20867 0.35670 0.20974 0.35525\n 11 116 5 0.20924 0.36468 0.20935 0.36545 0.20974 0.36478 0.20935 0.36545 0.20974 0.36348\n 11 116 5 0.20974 0.37349 0.21010 0.37417 0.21025 0.37341 0.21010 0.37417 0.20974 0.37171\n 11 116 5 0.21031 0.38224 0.21084 0.38288 0.21082 0.38205 0.21084 0.38288 0.20974 0.37994\n 11 116 5 0.21079 0.39090 0.21155 0.39160 0.21139 0.39058 0.21155 0.39160 0.20974 0.38817\n 11 116 5 0.21127 0.39956 0.21223 0.40032 0.21195 0.39912 0.21223 0.40032 0.20974 0.39640\n 11 116 5 0.21173 0.40820 0.21291 0.40903 0.21250 0.40765 0.21291 0.40903 0.20974 0.40463\n 11 116 5 0.21219 0.41682 0.21357 0.41770 0.21304 0.41615 0.21357 0.41770 0.20974 0.41286\n 11 116 5 0.21265 0.42540 0.21423 0.42631 0.21356 0.42461 0.21423 0.42631 0.20974 0.42109\n 11 116 5 0.21311 0.43391 0.21487 0.43484 0.21407 0.43301 0.21487 0.43484 0.20974 0.42932\n 11 116 5 0.21356 0.44235 0.21550 0.44328 0.21456 0.44135 0.21550 0.44328 0.20974 0.43755\n 11 116 5 0.21401 0.45072 0.21611 0.45162 0.21503 0.44960 0.21611 0.45162 0.20974 0.44578\n 11 116 5 0.21445 0.45900 0.21670 0.45986 0.21547 0.45779 0.21670 0.45986 0.20974 0.45401\n 11 116 5 0.21488 0.46721 0.21727 0.46798 0.21589 0.46589 0.21727 0.46798 0.20974 0.46224\n 11 116 5 0.21531 0.47533 0.21782 0.47601 0.21628 0.47392 0.21782 0.47601 0.20974 0.47047\n 11 116 5 0.21573 0.48339 0.21834 0.48395 0.21665 0.48188 0.21834 0.48395 0.20974 0.47870\n 11 116 5 0.21614 0.49138 0.21884 0.49181 0.21699 0.48979 0.21884 0.49181 0.20974 0.48693\n 11 116 5 0.21655 0.49934 0.21934 0.49961 0.21733 0.49766 0.21934 0.49961 0.20974 0.49516\n 11 116 5 0.21695 0.50726 0.21982 0.50737 0.21765 0.50549 0.21982 0.50737 0.20974 0.50339\n 11 116 5 0.21736 0.51517 0.22031 0.51512 0.21797 0.51332 0.22031 0.51512 0.20974 0.51162\n 11 116 5 0.21777 0.52307 0.22080 0.52286 0.21830 0.52114 0.22080 0.52286 0.20974 0.51985\n 11 116 5 0.21819 0.53099 0.22131 0.53061 0.21864 0.52896 0.22131 0.53061 0.20974 0.52808\n 11 116 5 0.21827 0.33121 0.21767 0.33175 0.21848 0.33170 0.21767 0.33175 0.22048 0.33056\n 11 116 5 0.21871 0.33953 0.21821 0.34011 0.21897 0.33997 0.21821 0.34011 0.22048 0.33879\n 11 116 5 0.21911 0.34794 0.21875 0.34862 0.21946 0.34832 0.21875 0.34862 0.22048 0.34702\n 11 116 5 0.21947 0.35653 0.21934 0.35729 0.21992 0.35678 0.21934 0.35729 0.22048 0.35525\n 11 116 5 0.21992 0.36527 0.22004 0.36603 0.22042 0.36536 0.22004 0.36603 0.22048 0.36348\n 11 116 5 0.22046 0.37403 0.22080 0.37476 0.22099 0.37397 0.22080 0.37476 0.22048 0.37171\n 11 116 5 0.22097 0.38269 0.22155 0.38348 0.22159 0.38250 0.22155 0.38348 0.22048 0.37994\n 11 116 5 0.22147 0.39135 0.22227 0.39220 0.22218 0.39104 0.22227 0.39220 0.22048 0.38817\n 11 116 5 0.22195 0.40001 0.22297 0.40093 0.22274 0.39958 0.22297 0.40093 0.22048 0.39640\n 11 116 5 0.22242 0.40866 0.22365 0.40963 0.22330 0.40811 0.22365 0.40963 0.22048 0.40463\n 11 116 5 0.22289 0.41728 0.22433 0.41830 0.22384 0.41660 0.22433 0.41830 0.22048 0.41286\n 11 116 5 0.22335 0.42585 0.22499 0.42691 0.22437 0.42506 0.22499 0.42691 0.22048 0.42109\n 11 116 5 0.22382 0.43436 0.22564 0.43544 0.22489 0.43346 0.22564 0.43544 0.22048 0.42932\n 11 116 5 0.22427 0.44280 0.22628 0.44388 0.22538 0.44179 0.22628 0.44388 0.22048 0.43755\n 11 116 5 0.22473 0.45117 0.22689 0.45222 0.22585 0.45005 0.22689 0.45222 0.22048 0.44578\n 11 116 5 0.22518 0.45945 0.22749 0.46044 0.22630 0.45822 0.22749 0.46044 0.22048 0.45401\n 11 116 5 0.22562 0.46764 0.22807 0.46856 0.22672 0.46632 0.22807 0.46856 0.22048 0.46224\n 11 116 5 0.22605 0.47576 0.22862 0.47658 0.22712 0.47434 0.22862 0.47658 0.22048 0.47047\n 11 116 5 0.22647 0.48381 0.22914 0.48450 0.22749 0.48229 0.22914 0.48450 0.22048 0.47870\n 11 116 5 0.22689 0.49179 0.22965 0.49235 0.22783 0.49019 0.22965 0.49235 0.22048 0.48693\n 11 116 5 0.22729 0.49974 0.23014 0.50013 0.22816 0.49805 0.23014 0.50013 0.22048 0.49516\n 11 116 5 0.22770 0.50765 0.23062 0.50788 0.22848 0.50587 0.23062 0.50788 0.22048 0.50339\n 11 116 5 0.22810 0.51554 0.23110 0.51561 0.22880 0.51368 0.23110 0.51561 0.22048 0.51162\n 11 116 5 0.22851 0.52344 0.23159 0.52334 0.22912 0.52149 0.23159 0.52334 0.22048 0.51985\n 11 116 5 0.22892 0.53135 0.23209 0.53108 0.22945 0.52932 0.23209 0.53108 0.22048 0.52808\n 11 116 5 0.22885 0.33158 0.22826 0.33227 0.22915 0.33210 0.22826 0.33227 0.23123 0.33056\n 11 116 5 0.22925 0.33998 0.22881 0.34066 0.22958 0.34041 0.22881 0.34066 0.23123 0.33879\n 11 116 5 0.22965 0.34848 0.22936 0.34920 0.23003 0.34882 0.22936 0.34920 0.23123 0.34702\n 11 116 5 0.23007 0.35711 0.22999 0.35788 0.23053 0.35733 0.22999 0.35788 0.23123 0.35525\n 11 116 5 0.23056 0.36578 0.23071 0.36661 0.23111 0.36588 0.23071 0.36661 0.23123 0.36348\n 11 116 5 0.23109 0.37446 0.23147 0.37535 0.23173 0.37442 0.23147 0.37535 0.23123 0.37171\n 11 116 5 0.23161 0.38313 0.23222 0.38408 0.23233 0.38296 0.23222 0.38408 0.23123 0.37994\n 11 116 5 0.23211 0.39180 0.23295 0.39281 0.23293 0.39150 0.23295 0.39281 0.23123 0.38817\n 11 116 5 0.23260 0.40047 0.23366 0.40154 0.23350 0.40004 0.23366 0.40154 0.23123 0.39640\n 11 116 5 0.23308 0.40912 0.23436 0.41025 0.23407 0.40857 0.23436 0.41025 0.23123 0.40463\n 11 116 5 0.23356 0.41773 0.23504 0.41892 0.23462 0.41707 0.23504 0.41892 0.23123 0.41286\n 11 116 5 0.23403 0.42631 0.23571 0.42752 0.23515 0.42552 0.23571 0.42752 0.23123 0.42109\n 11 116 5 0.23450 0.43482 0.23637 0.43605 0.23567 0.43392 0.23637 0.43605 0.23123 0.42932\n 11 116 5 0.23496 0.44326 0.23701 0.44449 0.23617 0.44225 0.23701 0.44449 0.23123 0.43755\n 11 116 5 0.23542 0.45162 0.23764 0.45282 0.23665 0.45050 0.23764 0.45282 0.23123 0.44578\n 11 116 5 0.23588 0.45989 0.23824 0.46104 0.23711 0.45867 0.23824 0.46104 0.23123 0.45401\n 11 116 5 0.23632 0.46809 0.23883 0.46915 0.23753 0.46676 0.23883 0.46915 0.23123 0.46224\n 11 116 5 0.23676 0.47620 0.23938 0.47715 0.23793 0.47477 0.23938 0.47715 0.23123 0.47047\n 11 116 5 0.23719 0.48423 0.23992 0.48507 0.23830 0.48271 0.23992 0.48507 0.23123 0.47870\n 11 116 5 0.23761 0.49221 0.24043 0.49290 0.23865 0.49060 0.24043 0.49290 0.23123 0.48693\n 11 116 5 0.23802 0.50014 0.24092 0.50067 0.23898 0.49845 0.24092 0.50067 0.23123 0.49516\n 11 116 5 0.23842 0.50804 0.24140 0.50840 0.23930 0.50626 0.24140 0.50840 0.23123 0.50339\n 11 116 5 0.23882 0.51592 0.24188 0.51612 0.23961 0.51406 0.24188 0.51612 0.23123 0.51162\n 11 116 5 0.23923 0.52381 0.24236 0.52383 0.23992 0.52186 0.24236 0.52383 0.23123 0.51985\n 11 116 5 0.23964 0.53171 0.24284 0.53156 0.24025 0.52968 0.24284 0.53156 0.23123 0.52808\n 11 116 5 0.23942 0.33197 0.23882 0.33281 0.23981 0.33253 0.23882 0.33281 0.24198 0.33056\n 11 116 5 0.23982 0.34039 0.23938 0.34123 0.24024 0.34085 0.23938 0.34123 0.24198 0.33879\n 11 116 5 0.24023 0.34892 0.23996 0.34979 0.24071 0.34927 0.23996 0.34979 0.24198 0.34702\n 11 116 5 0.24067 0.35754 0.24061 0.35846 0.24123 0.35778 0.24061 0.35846 0.24198 0.35525\n 11 116 5 0.24117 0.36621 0.24133 0.36719 0.24182 0.36632 0.24133 0.36719 0.24198 0.36348\n 11 116 5 0.24169 0.37489 0.24209 0.37594 0.24243 0.37487 0.24209 0.37594 0.24198 0.37171\n 11 116 5 0.24222 0.38357 0.24285 0.38468 0.24305 0.38342 0.24285 0.38468 0.24198 0.37994\n 11 116 5 0.24273 0.39225 0.24359 0.39342 0.24365 0.39197 0.24359 0.39342 0.24198 0.38817\n 11 116 5 0.24322 0.40092 0.24431 0.40215 0.24423 0.40051 0.24431 0.40215 0.24198 0.39640\n 11 116 5 0.24371 0.40957 0.24502 0.41087 0.24480 0.40904 0.24502 0.41087 0.24198 0.40463\n 11 116 5 0.24419 0.41819 0.24571 0.41953 0.24536 0.41754 0.24571 0.41953 0.24198 0.41286\n 11 116 5 0.24467 0.42676 0.24639 0.42814 0.24591 0.42599 0.24639 0.42814 0.24198 0.42109\n 11 116 5 0.24515 0.43528 0.24706 0.43667 0.24643 0.43439 0.24706 0.43667 0.24198 0.42932\n 11 116 5 0.24562 0.44371 0.24771 0.44510 0.24694 0.44271 0.24771 0.44510 0.24198 0.43755\n 11 116 5 0.24608 0.45207 0.24834 0.45343 0.24742 0.45096 0.24834 0.45343 0.24198 0.44578\n 11 116 5 0.24655 0.46035 0.24896 0.46164 0.24788 0.45912 0.24896 0.46164 0.24198 0.45401\n 11 116 5 0.24700 0.46853 0.24955 0.46975 0.24832 0.46721 0.24955 0.46975 0.24198 0.46224\n 11 116 5 0.24745 0.47664 0.25012 0.47774 0.24872 0.47521 0.25012 0.47774 0.24198 0.47047\n 11 116 5 0.24788 0.48467 0.25066 0.48565 0.24910 0.48315 0.25066 0.48565 0.24198 0.47870\n 11 116 5 0.24831 0.49264 0.25118 0.49346 0.24945 0.49103 0.25118 0.49346 0.24198 0.48693\n 11 116 5 0.24872 0.50055 0.25167 0.50122 0.24978 0.49886 0.25167 0.50122 0.24198 0.49516\n 11 116 5 0.24913 0.50844 0.25215 0.50894 0.25010 0.50666 0.25215 0.50894 0.24198 0.50339\n 11 116 5 0.24953 0.51631 0.25263 0.51664 0.25040 0.51445 0.25263 0.51664 0.24198 0.51162\n 11 116 5 0.24993 0.52419 0.25310 0.52433 0.25071 0.52224 0.25310 0.52433 0.24198 0.51985\n 11 116 5 0.25033 0.53207 0.25358 0.53205 0.25103 0.53004 0.25358 0.53205 0.24198 0.52808\n 11 116 5 0.24996 0.33237 0.24937 0.33337 0.25045 0.33296 0.24937 0.33337 0.25273 0.33056\n 11 116 5 0.25037 0.34080 0.24994 0.34180 0.25090 0.34129 0.24994 0.34180 0.25273 0.33879\n 11 116 5 0.25079 0.34934 0.25054 0.35036 0.25138 0.34972 0.25054 0.35036 0.25273 0.34702\n 11 116 5 0.25125 0.35796 0.25120 0.35904 0.25191 0.35823 0.25120 0.35904 0.25273 0.35525\n 11 116 5 0.25175 0.36663 0.25192 0.36777 0.25250 0.36677 0.25192 0.36777 0.25273 0.36348\n 11 116 5 0.25227 0.37532 0.25268 0.37652 0.25311 0.37532 0.25268 0.37652 0.25273 0.37171\n 11 116 5 0.25280 0.38401 0.25344 0.38528 0.25373 0.38388 0.25344 0.38528 0.25273 0.37994\n 11 116 5 0.25331 0.39269 0.25419 0.39403 0.25434 0.39244 0.25419 0.39403 0.25273 0.38817\n 11 116 5 0.25382 0.40137 0.25492 0.40277 0.25493 0.40099 0.25492 0.40277 0.25273 0.39640\n 11 116 5 0.25431 0.41003 0.25564 0.41149 0.25551 0.40952 0.25564 0.41149 0.25273 0.40463\n 11 116 5 0.25480 0.41865 0.25634 0.42016 0.25608 0.41802 0.25634 0.42016 0.25273 0.41286\n 11 116 5 0.25528 0.42722 0.25703 0.42876 0.25663 0.42647 0.25703 0.42876 0.25273 0.42109\n 11 116 5 0.25577 0.43573 0.25771 0.43729 0.25716 0.43486 0.25771 0.43729 0.25273 0.42932\n 11 116 5 0.25624 0.44417 0.25837 0.44572 0.25767 0.44319 0.25837 0.44572 0.25273 0.43755\n 11 116 5 0.25672 0.45253 0.25901 0.45405 0.25817 0.45143 0.25901 0.45405 0.25273 0.44578\n 11 116 5 0.25719 0.46080 0.25964 0.46226 0.25863 0.45959 0.25964 0.46226 0.25273 0.45401\n 11 116 5 0.25765 0.46898 0.26024 0.47036 0.25907 0.46767 0.26024 0.47036 0.25273 0.46224\n 11 116 5 0.25811 0.47708 0.26082 0.47835 0.25948 0.47567 0.26082 0.47835 0.25273 0.47047\n 11 116 5 0.25855 0.48511 0.26137 0.48624 0.25987 0.48360 0.26137 0.48624 0.25273 0.47870\n 11 116 5 0.25898 0.49307 0.26189 0.49404 0.26023 0.49146 0.26189 0.49404 0.25273 0.48693\n 11 116 5 0.25940 0.50098 0.26240 0.50179 0.26056 0.49928 0.26240 0.50179 0.25273 0.49516\n 11 116 5 0.25981 0.50885 0.26288 0.50949 0.26088 0.50707 0.26288 0.50949 0.25273 0.50339\n 11 116 5 0.26021 0.51671 0.26335 0.51717 0.26118 0.51485 0.26335 0.51717 0.25273 0.51162\n 11 116 5 0.26061 0.52457 0.26382 0.52485 0.26149 0.52263 0.26382 0.52485 0.25273 0.51985\n 11 116 5 0.26101 0.53245 0.26430 0.53255 0.26180 0.53042 0.26430 0.53255 0.25273 0.52808\n 11 116 5 0.26049 0.33277 0.25989 0.33393 0.26108 0.33340 0.25989 0.33393 0.26348 0.33056\n 11 116 5 0.26091 0.34121 0.26048 0.34237 0.26154 0.34174 0.26048 0.34237 0.26348 0.33879\n 11 116 5 0.26135 0.34975 0.26109 0.35094 0.26203 0.35017 0.26109 0.35094 0.26348 0.34702\n 11 116 5 0.26181 0.35837 0.26176 0.35961 0.26257 0.35867 0.26176 0.35961 0.26348 0.35525\n 11 116 5 0.26230 0.36704 0.26248 0.36835 0.26316 0.36722 0.26248 0.36835 0.26348 0.36348\n 11 116 5 0.26282 0.37574 0.26324 0.37710 0.26377 0.37578 0.26324 0.37710 0.26348 0.37171\n 11 116 5 0.26335 0.38443 0.26400 0.38587 0.26439 0.38434 0.26400 0.38587 0.26348 0.37994\n 11 116 5 0.26387 0.39313 0.26475 0.39464 0.26500 0.39291 0.26475 0.39464 0.26348 0.38817\n 11 116 5 0.26438 0.40182 0.26549 0.40339 0.26560 0.40146 0.26549 0.40339 0.26348 0.39640\n 11 116 5 0.26488 0.41048 0.26622 0.41211 0.26619 0.41000 0.26622 0.41211 0.26348 0.40463\n 11 116 5 0.26538 0.41910 0.26693 0.42078 0.26676 0.41850 0.26693 0.42078 0.26348 0.41286\n 11 116 5 0.26587 0.42768 0.26763 0.42939 0.26732 0.42695 0.26763 0.42939 0.26348 0.42109\n 11 116 5 0.26636 0.43619 0.26832 0.43792 0.26786 0.43535 0.26832 0.43792 0.26348 0.42932\n 11 116 5 0.26684 0.44463 0.26899 0.44635 0.26838 0.44367 0.26899 0.44635 0.26348 0.43755\n 11 116 5 0.26733 0.45299 0.26965 0.45467 0.26888 0.45191 0.26965 0.45467 0.26348 0.44578\n 11 116 5 0.26780 0.46126 0.27028 0.46288 0.26936 0.46007 0.27028 0.46288 0.26348 0.45401\n 11 116 5 0.26828 0.46944 0.27089 0.47098 0.26980 0.46814 0.27089 0.47098 0.26348 0.46224\n 11 116 5 0.26874 0.47754 0.27148 0.47896 0.27022 0.47614 0.27148 0.47896 0.26348 0.47047\n 11 116 5 0.26919 0.48555 0.27204 0.48684 0.27062 0.48405 0.27204 0.48684 0.26348 0.47870\n 11 116 5 0.26963 0.49350 0.27258 0.49463 0.27098 0.49191 0.27258 0.49463 0.26348 0.48693\n 11 116 5 0.27006 0.50140 0.27309 0.50236 0.27132 0.49972 0.27309 0.50236 0.26348 0.49516\n 11 116 5 0.27047 0.50927 0.27358 0.51005 0.27164 0.50750 0.27358 0.51005 0.26348 0.50339\n 11 116 5 0.27088 0.51711 0.27405 0.51771 0.27194 0.51526 0.27405 0.51771 0.26348 0.51162\n 11 116 5 0.27128 0.52496 0.27452 0.52538 0.27225 0.52303 0.27452 0.52538 0.26348 0.51985\n 11 116 5 0.27168 0.53283 0.27499 0.53307 0.27255 0.53081 0.27499 0.53307 0.26348 0.52808\n 11 116 5 0.27101 0.33317 0.27040 0.33449 0.27170 0.33384 0.27040 0.33449 0.27423 0.33056\n 11 116 5 0.27144 0.34162 0.27099 0.34294 0.27216 0.34218 0.27099 0.34294 0.27423 0.33879\n 11 116 5 0.27188 0.35016 0.27162 0.35151 0.27266 0.35061 0.27162 0.35151 0.27423 0.34702\n 11 116 5 0.27234 0.35878 0.27229 0.36018 0.27320 0.35912 0.27229 0.36018 0.27423 0.35525\n 11 116 5 0.27284 0.36745 0.27301 0.36892 0.27379 0.36766 0.27301 0.36892 0.27423 0.36348\n 11 116 5 0.27335 0.37615 0.27376 0.37768 0.27440 0.37623 0.27376 0.37768 0.27423 0.37171\n 11 116 5 0.27388 0.38486 0.27452 0.38646 0.27502 0.38481 0.27452 0.38646 0.27423 0.37994\n 11 116 5 0.27440 0.39356 0.27528 0.39524 0.27564 0.39338 0.27528 0.39524 0.27423 0.38817\n 11 116 5 0.27491 0.40226 0.27603 0.40400 0.27624 0.40194 0.27603 0.40400 0.27423 0.39640\n 11 116 5 0.27542 0.41093 0.27677 0.41273 0.27684 0.41048 0.27677 0.41273 0.27423 0.40463\n 11 116 5 0.27592 0.41956 0.27749 0.42141 0.27742 0.41899 0.27749 0.42141 0.27423 0.41286\n 11 116 5 0.27642 0.42814 0.27820 0.43002 0.27799 0.42744 0.27820 0.43002 0.27423 0.42109\n 11 116 5 0.27692 0.43665 0.27889 0.43855 0.27854 0.43584 0.27889 0.43855 0.27423 0.42932\n 11 116 5 0.27741 0.44509 0.27958 0.44699 0.27906 0.44416 0.27958 0.44699 0.27423 0.43755\n 11 116 5 0.27790 0.45345 0.28024 0.45531 0.27957 0.45240 0.28024 0.45531 0.27423 0.44578\n 11 116 5 0.27839 0.46172 0.28089 0.46351 0.28005 0.46056 0.28089 0.46351 0.27423 0.45401\n 11 116 5 0.27887 0.46990 0.28151 0.47160 0.28051 0.46862 0.28151 0.47160 0.27423 0.46224\n 11 116 5 0.27934 0.47799 0.28211 0.47958 0.28094 0.47661 0.28211 0.47958 0.27423 0.47047\n 11 116 5 0.27981 0.48600 0.28269 0.48745 0.28134 0.48452 0.28269 0.48745 0.27423 0.47870\n 11 116 5 0.28026 0.49395 0.28323 0.49524 0.28171 0.49237 0.28323 0.49524 0.27423 0.48693\n 11 116 5 0.28069 0.50184 0.28375 0.50295 0.28205 0.50017 0.28375 0.50295 0.27423 0.49516\n 11 116 5 0.28111 0.50969 0.28425 0.51062 0.28238 0.50794 0.28425 0.51062 0.27423 0.50339\n 11 116 5 0.28152 0.51753 0.28473 0.51827 0.28269 0.51569 0.28473 0.51827 0.27423 0.51162\n 11 116 5 0.28193 0.52536 0.28520 0.52592 0.28299 0.52344 0.28520 0.52592 0.27423 0.51985\n 11 116 5 0.28233 0.53321 0.28567 0.53359 0.28329 0.53121 0.28567 0.53359 0.27423 0.52808\n 11 116 5 0.28151 0.33357 0.28088 0.33505 0.28230 0.33429 0.28088 0.33505 0.28497 0.33056\n 11 116 5 0.28195 0.34202 0.28149 0.34350 0.28277 0.34263 0.28149 0.34350 0.28497 0.33879\n 11 116 5 0.28239 0.35056 0.28212 0.35207 0.28327 0.35106 0.28212 0.35207 0.28497 0.34702\n 11 116 5 0.28286 0.35918 0.28279 0.36075 0.28382 0.35956 0.28279 0.36075 0.28497 0.35525\n 11 116 5 0.28335 0.36786 0.28351 0.36948 0.28440 0.36811 0.28351 0.36948 0.28497 0.36348\n 11 116 5 0.28386 0.37656 0.28426 0.37826 0.28501 0.37669 0.28426 0.37826 0.28497 0.37171\n 11 116 5 0.28438 0.38528 0.28502 0.38705 0.28563 0.38527 0.28502 0.38705 0.28497 0.37994\n 11 116 5 0.28491 0.39399 0.28578 0.39584 0.28625 0.39385 0.28578 0.39584 0.28497 0.38817\n 11 116 5 0.28543 0.40269 0.28653 0.40461 0.28686 0.40242 0.28653 0.40461 0.28497 0.39640\n 11 116 5 0.28594 0.41137 0.28728 0.41335 0.28746 0.41097 0.28728 0.41335 0.28497 0.40463\n 11 116 5 0.28645 0.42001 0.28801 0.42203 0.28805 0.41948 0.28801 0.42203 0.28497 0.41286\n 11 116 5 0.28695 0.42859 0.28873 0.43065 0.28863 0.42793 0.28873 0.43065 0.28497 0.42109\n 11 116 5 0.28746 0.43711 0.28943 0.43919 0.28918 0.43633 0.28943 0.43919 0.28497 0.42932\n 11 116 5 0.28796 0.44555 0.29013 0.44762 0.28972 0.44465 0.29013 0.44762 0.28497 0.43755\n 11 116 5 0.28846 0.45391 0.29080 0.45595 0.29024 0.45289 0.29080 0.45595 0.28497 0.44578\n 11 116 5 0.28895 0.46218 0.29146 0.46415 0.29073 0.46105 0.29146 0.46415 0.28497 0.45401\n 11 116 5 0.28944 0.47036 0.29210 0.47224 0.29119 0.46912 0.29210 0.47224 0.28497 0.46224\n 11 116 5 0.28992 0.47845 0.29271 0.48021 0.29163 0.47710 0.29271 0.48021 0.28497 0.47047\n 11 116 5 0.29040 0.48646 0.29330 0.48808 0.29204 0.48500 0.29330 0.48808 0.28497 0.47870\n 11 116 5 0.29086 0.49440 0.29386 0.49585 0.29242 0.49284 0.29386 0.49585 0.28497 0.48693\n 11 116 5 0.29130 0.50228 0.29439 0.50356 0.29277 0.50063 0.29439 0.50356 0.28497 0.49516\n 11 116 5 0.29173 0.51012 0.29490 0.51121 0.29310 0.50839 0.29490 0.51121 0.28497 0.50339\n 11 116 5 0.29215 0.51795 0.29538 0.51884 0.29341 0.51613 0.29538 0.51884 0.28497 0.51162\n 11 116 5 0.29256 0.52577 0.29586 0.52647 0.29371 0.52386 0.29586 0.52647 0.28497 0.51985\n 11 116 5 0.29296 0.53361 0.29632 0.53413 0.29402 0.53162 0.29632 0.53413 0.28497 0.52808\n 11 116 5 0.29200 0.33397 0.29135 0.33561 0.29289 0.33473 0.29135 0.33561 0.29572 0.33056\n 11 116 5 0.29244 0.34242 0.29196 0.34406 0.29336 0.34307 0.29196 0.34406 0.29572 0.33879\n 11 116 5 0.29289 0.35096 0.29260 0.35264 0.29387 0.35151 0.29260 0.35264 0.29572 0.34702\n 11 116 5 0.29335 0.35958 0.29327 0.36131 0.29441 0.36001 0.29327 0.36131 0.29572 0.35525\n 11 116 5 0.29384 0.36825 0.29398 0.37005 0.29499 0.36856 0.29398 0.37005 0.29572 0.36348\n 11 116 5 0.29435 0.37696 0.29473 0.37883 0.29560 0.37714 0.29473 0.37883 0.29572 0.37171\n 11 116 5 0.29487 0.38569 0.29548 0.38763 0.29622 0.38573 0.29548 0.38763 0.29572 0.37994\n 11 116 5 0.29539 0.39441 0.29625 0.39643 0.29684 0.39432 0.29625 0.39643 0.29572 0.38817\n 11 116 5 0.29591 0.40312 0.29701 0.40521 0.29746 0.40290 0.29701 0.40521 0.29572 0.39640\n 11 116 5 0.29643 0.41181 0.29776 0.41396 0.29806 0.41145 0.29776 0.41396 0.29572 0.40463\n 11 116 5 0.29694 0.42045 0.29850 0.42266 0.29866 0.41997 0.29850 0.42266 0.29572 0.41286\n 11 116 5 0.29746 0.42904 0.29922 0.43128 0.29924 0.42843 0.29922 0.43128 0.29572 0.42109\n 11 116 5 0.29797 0.43757 0.29994 0.43982 0.29980 0.43683 0.29994 0.43982 0.29572 0.42932\n 11 116 5 0.29847 0.44601 0.30064 0.44826 0.30035 0.44515 0.30064 0.44826 0.29572 0.43755\n 11 116 5 0.29898 0.45438 0.30133 0.45659 0.30087 0.45339 0.30133 0.45659 0.29572 0.44578\n 11 116 5 0.29949 0.46265 0.30200 0.46479 0.30137 0.46155 0.30200 0.46479 0.29572 0.45401\n 11 116 5 0.29999 0.47083 0.30265 0.47288 0.30185 0.46961 0.30265 0.47288 0.29572 0.46224\n 11 116 5 0.30048 0.47891 0.30328 0.48085 0.30230 0.47759 0.30328 0.48085 0.29572 0.47047\n 11 50 2 0.30096 0.48692 0.30378 0.48865\n 11 72 3 0.30378 0.48845 0.30271 0.48549 0.30378 0.48845\n 11 50 2 0.30378 0.48860 0.29572 0.47870\n 11 50 2 0.30143 0.49485 0.30378 0.49612\n 11 72 3 0.30378 0.49492 0.30310 0.49333 0.30378 0.49492\n 11 50 2 0.30378 0.49575 0.29572 0.48693\n 11 50 2 0.30189 0.50273 0.30378 0.50361\n 11 72 3 0.30378 0.50174 0.30347 0.50111 0.30378 0.50174\n 11 50 2 0.30378 0.50299 0.29572 0.49516\n 11 50 2 0.30233 0.51056 0.30378 0.51113\n 11 50 2 0.30378 0.51032 0.29572 0.50339\n 11 50 2 0.30275 0.51838 0.30378 0.51871\n 11 50 2 0.30378 0.51774 0.29572 0.51162\n 11 50 2 0.30317 0.52619 0.30378 0.52634\n 11 50 2 0.30378 0.52523 0.29572 0.51985\n 11 50 2 0.30357 0.53401 0.30378 0.53405\n 12 50 2 0.16674 0.37171 0.16674 0.37171\n 11 50 2 0.30378 0.53281 0.29572 0.52808\n 21 6 1\n 25 6 1\n 82 0\n 81 6 24\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 25\n 21 6 1\n 25 6 1\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 56 39 8 0.38333 0.16667 1.00000\n 56 39 9 0.21304 0.31594 0.79710\n 56 39 10 0.10435 0.46087 0.54348\n 56 39 11 0.01010 0.60404 0.29697\n 56 39 12 0.26263 0.70505 0.22121\n 56 39 13 0.51515 0.80606 0.14545\n 56 39 14 0.76768 0.90707 0.06970\n 56 39 15 1.00000 0.97222 0.00000\n 56 39 16 1.00000 0.62500 0.00000\n 56 39 17 1.00000 0.27778 0.00000\n 56 39 18 0.93333 0.00000 0.00000\n 56 39 19 0.60000 0.00000 0.00000\n 56 39 7 0.80000 0.00000 1.00000\n 38 6 3\n 40 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00005 0.00006 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.35780 0.64532 0.02894 0.25865\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.02894 0.35780 0.03353 0.38080 0.03353 0.38080 0.02894\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.02894 0.38080 0.03353 0.40381 0.03353 0.40381 0.02894\n 40 6 9\n 38 6 1\n 14 94 4 0.40381 0.02894 0.40381 0.03353 0.42681 0.03353 0.42681 0.02894\n 40 6 10\n 38 6 1\n 14 94 4 0.42681 0.02894 0.42681 0.03353 0.44981 0.03353 0.44981 0.02894\n 40 6 11\n 38 6 1\n 14 94 4 0.44981 0.02894 0.44981 0.03353 0.47281 0.03353 0.47281 0.02894\n 40 6 12\n 38 6 1\n 14 94 4 0.47281 0.02894 0.47281 0.03353 0.50156 0.03353 0.50156 0.02894\n 40 6 13\n 38 6 1\n 14 94 4 0.50156 0.02894 0.50156 0.03353 0.52456 0.03353 0.52456 0.02894\n 40 6 14\n 38 6 1\n 14 94 4 0.52456 0.02894 0.52456 0.03353 0.54756 0.03353 0.54756 0.02894\n 40 6 15\n 38 6 1\n 14 94 4 0.54756 0.02894 0.54756 0.03353 0.57057 0.03353 0.57057 0.02894\n 40 6 16\n 38 6 1\n 14 94 4 0.57057 0.02894 0.57057 0.03353 0.59357 0.03353 0.59357 0.02894\n 40 6 17\n 38 6 1\n 14 94 4 0.59357 0.02894 0.59357 0.03353 0.62232 0.03353 0.62232 0.02894\n 40 6 18\n 38 6 1\n 14 94 4 0.62232 0.02894 0.62232 0.03353 0.64532 0.03353 0.64532 0.02894\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.03353 0.35780 0.03812 0.38080 0.03812 0.38080 0.03353\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.03353 0.38080 0.03812 0.40381 0.03812 0.40381 0.03353\n 40 6 9\n 38 6 1\n 14 94 4 0.40381 0.03353 0.40381 0.03812 0.43256 0.03812 0.43256 0.03353\n 40 6 10\n 38 6 1\n 14 94 4 0.43256 0.03353 0.43256 0.03812 0.45556 0.03812 0.45556 0.03353\n 40 6 11\n 38 6 1\n 14 94 4 0.45556 0.03353 0.45556 0.03812 0.47856 0.03812 0.47856 0.03353\n 40 6 12\n 38 6 1\n 14 94 4 0.47856 0.03353 0.47856 0.03812 0.50731 0.03812 0.50731 0.03353\n 40 6 13\n 38 6 1\n 14 94 4 0.50731 0.03353 0.50731 0.03812 0.53031 0.03812 0.53031 0.03353\n 40 6 14\n 38 6 1\n 14 94 4 0.53031 0.03353 0.53031 0.03812 0.55907 0.03812 0.55907 0.03353\n 40 6 15\n 38 6 1\n 14 94 4 0.55907 0.03353 0.55907 0.03812 0.58207 0.03812 0.58207 0.03353\n 40 6 16\n 38 6 1\n 14 94 4 0.58207 0.03353 0.58207 0.03812 0.60507 0.03812 0.60507 0.03353\n 40 6 17\n 38 6 1\n 14 94 4 0.60507 0.03353 0.60507 0.03812 0.63382 0.03812 0.63382 0.03353\n 40 6 18\n 38 6 1\n 14 94 4 0.63382 0.03353 0.63382 0.03812 0.64532 0.03812 0.64532 0.03353\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.03812 0.35780 0.04272 0.38080 0.04272 0.38080 0.03812\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.03812 0.38080 0.04272 0.40956 0.04272 0.40956 0.03812\n 40 6 9\n 38 6 1\n 14 94 4 0.40956 0.03812 0.40956 0.04272 0.43256 0.04272 0.43256 0.03812\n 40 6 10\n 38 6 1\n 14 94 4 0.43256 0.03812 0.43256 0.04272 0.46131 0.04272 0.46131 0.03812\n 40 6 11\n 38 6 1\n 14 94 4 0.46131 0.03812 0.46131 0.04272 0.48431 0.04272 0.48431 0.03812\n 40 6 12\n 38 6 1\n 14 94 4 0.48431 0.03812 0.48431 0.04272 0.51306 0.04272 0.51306 0.03812\n 40 6 13\n 38 6 1\n 14 94 4 0.51306 0.03812 0.51306 0.04272 0.54181 0.04272 0.54181 0.03812\n 40 6 14\n 38 6 1\n 14 94 4 0.54181 0.03812 0.54181 0.04272 0.56482 0.04272 0.56482 0.03812\n 40 6 15\n 38 6 1\n 14 94 4 0.56482 0.03812 0.56482 0.04272 0.59357 0.04272 0.59357 0.03812\n 40 6 16\n 38 6 1\n 14 94 4 0.59357 0.03812 0.59357 0.04272 0.61657 0.04272 0.61657 0.03812\n 40 6 17\n 38 6 1\n 14 94 4 0.61657 0.03812 0.61657 0.04272 0.64532 0.04272 0.64532 0.03812\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.04272 0.35780 0.04731 0.38080 0.04731 0.38080 0.04272\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.04272 0.38080 0.04731 0.40956 0.04731 0.40956 0.04272\n 40 6 9\n 38 6 1\n 14 94 4 0.40956 0.04272 0.40956 0.04731 0.43831 0.04731 0.43831 0.04272\n 40 6 10\n 38 6 1\n 14 94 4 0.43831 0.04272 0.43831 0.04731 0.46706 0.04731 0.46706 0.04272\n 40 6 11\n 38 6 1\n 14 94 4 0.46706 0.04272 0.46706 0.04731 0.49006 0.04731 0.49006 0.04272\n 40 6 12\n 38 6 1\n 14 94 4 0.49006 0.04272 0.49006 0.04731 0.51881 0.04731 0.51881 0.04272\n 40 6 13\n 38 6 1\n 14 94 4 0.51881 0.04272 0.51881 0.04731 0.54756 0.04731 0.54756 0.04272\n 40 6 14\n 38 6 1\n 14 94 4 0.54756 0.04272 0.54756 0.04731 0.57632 0.04731 0.57632 0.04272\n 40 6 15\n 38 6 1\n 14 94 4 0.57632 0.04272 0.57632 0.04731 0.60507 0.04731 0.60507 0.04272\n 40 6 16\n 38 6 1\n 14 94 4 0.60507 0.04272 0.60507 0.04731 0.62807 0.04731 0.62807 0.04272\n 40 6 17\n 38 6 1\n 14 94 4 0.62807 0.04272 0.62807 0.04731 0.64532 0.04731 0.64532 0.04272\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.04731 0.35780 0.05191 0.38080 0.05191 0.38080 0.04731\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.04731 0.38080 0.05191 0.40956 0.05191 0.40956 0.04731\n 40 6 9\n 38 6 1\n 14 94 4 0.40956 0.04731 0.40956 0.05191 0.43831 0.05191 0.43831 0.04731\n 40 6 10\n 38 6 1\n 14 94 4 0.43831 0.04731 0.43831 0.05191 0.46706 0.05191 0.46706 0.04731\n 40 6 11\n 38 6 1\n 14 94 4 0.46706 0.04731 0.46706 0.05191 0.49581 0.05191 0.49581 0.04731\n 40 6 12\n 38 6 1\n 14 94 4 0.49581 0.04731 0.49581 0.05191 0.52456 0.05191 0.52456 0.04731\n 40 6 13\n 38 6 1\n 14 94 4 0.52456 0.04731 0.52456 0.05191 0.55332 0.05191 0.55332 0.04731\n 40 6 14\n 38 6 1\n 14 94 4 0.55332 0.04731 0.55332 0.05191 0.58207 0.05191 0.58207 0.04731\n 40 6 15\n 38 6 1\n 14 94 4 0.58207 0.04731 0.58207 0.05191 0.61657 0.05191 0.61657 0.04731\n 40 6 16\n 38 6 1\n 14 94 4 0.61657 0.04731 0.61657 0.05191 0.63957 0.05191 0.63957 0.04731\n 40 6 17\n 38 6 1\n 14 94 4 0.63957 0.04731 0.63957 0.05191 0.64532 0.05191 0.64532 0.04731\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.05191 0.35780 0.05650 0.38655 0.05650 0.38655 0.05191\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.05191 0.38655 0.05650 0.41531 0.05650 0.41531 0.05191\n 40 6 9\n 38 6 1\n 14 94 4 0.41531 0.05191 0.41531 0.05650 0.44406 0.05650 0.44406 0.05191\n 40 6 10\n 38 6 1\n 14 94 4 0.44406 0.05191 0.44406 0.05650 0.47281 0.05650 0.47281 0.05191\n 40 6 11\n 38 6 1\n 14 94 4 0.47281 0.05191 0.47281 0.05650 0.50156 0.05650 0.50156 0.05191\n 40 6 12\n 38 6 1\n 14 94 4 0.50156 0.05191 0.50156 0.05650 0.53606 0.05650 0.53606 0.05191\n 40 6 13\n 38 6 1\n 14 94 4 0.53606 0.05191 0.53606 0.05650 0.56482 0.05650 0.56482 0.05191\n 40 6 14\n 38 6 1\n 14 94 4 0.56482 0.05191 0.56482 0.05650 0.59357 0.05650 0.59357 0.05191\n 40 6 15\n 38 6 1\n 14 94 4 0.59357 0.05191 0.59357 0.05650 0.62232 0.05650 0.62232 0.05191\n 40 6 16\n 38 6 1\n 14 94 4 0.62232 0.05191 0.62232 0.05650 0.64532 0.05650 0.64532 0.05191\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.05650 0.35780 0.06110 0.38655 0.06110 0.38655 0.05650\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.05650 0.38655 0.06110 0.41531 0.06110 0.41531 0.05650\n 40 6 9\n 38 6 1\n 14 94 4 0.41531 0.05650 0.41531 0.06110 0.44981 0.06110 0.44981 0.05650\n 40 6 10\n 38 6 1\n 14 94 4 0.44981 0.05650 0.44981 0.06110 0.47856 0.06110 0.47856 0.05650\n 40 6 11\n 38 6 1\n 14 94 4 0.47856 0.05650 0.47856 0.06110 0.50731 0.06110 0.50731 0.05650\n 40 6 12\n 38 6 1\n 14 94 4 0.50731 0.05650 0.50731 0.06110 0.54181 0.06110 0.54181 0.05650\n 40 6 13\n 38 6 1\n 14 94 4 0.54181 0.05650 0.54181 0.06110 0.57057 0.06110 0.57057 0.05650\n 40 6 14\n 38 6 1\n 14 94 4 0.57057 0.05650 0.57057 0.06110 0.60507 0.06110 0.60507 0.05650\n 40 6 15\n 38 6 1\n 14 94 4 0.60507 0.05650 0.60507 0.06110 0.63382 0.06110 0.63382 0.05650\n 40 6 16\n 38 6 1\n 14 94 4 0.63382 0.05650 0.63382 0.06110 0.64532 0.06110 0.64532 0.05650\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.06110 0.35780 0.06569 0.38655 0.06569 0.38655 0.06110\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.06110 0.38655 0.06569 0.42106 0.06569 0.42106 0.06110\n 40 6 9\n 38 6 1\n 14 94 4 0.42106 0.06110 0.42106 0.06569 0.44981 0.06569 0.44981 0.06110\n 40 6 10\n 38 6 1\n 14 94 4 0.44981 0.06110 0.44981 0.06569 0.48431 0.06569 0.48431 0.06110\n 40 6 11\n 38 6 1\n 14 94 4 0.48431 0.06110 0.48431 0.06569 0.51306 0.06569 0.51306 0.06110\n 40 6 12\n 38 6 1\n 14 94 4 0.51306 0.06110 0.51306 0.06569 0.54756 0.06569 0.54756 0.06110\n 40 6 13\n 38 6 1\n 14 94 4 0.54756 0.06110 0.54756 0.06569 0.58207 0.06569 0.58207 0.06110\n 40 6 14\n 38 6 1\n 14 94 4 0.58207 0.06110 0.58207 0.06569 0.61082 0.06569 0.61082 0.06110\n 40 6 15\n 38 6 1\n 14 94 4 0.61082 0.06110 0.61082 0.06569 0.64532 0.06569 0.64532 0.06110\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.06569 0.35780 0.07028 0.38655 0.07028 0.38655 0.06569\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.06569 0.38655 0.07028 0.42106 0.07028 0.42106 0.06569\n 40 6 9\n 38 6 1\n 14 94 4 0.42106 0.06569 0.42106 0.07028 0.45556 0.07028 0.45556 0.06569\n 40 6 10\n 38 6 1\n 14 94 4 0.45556 0.06569 0.45556 0.07028 0.49006 0.07028 0.49006 0.06569\n 40 6 11\n 38 6 1\n 14 94 4 0.49006 0.06569 0.49006 0.07028 0.51881 0.07028 0.51881 0.06569\n 40 6 12\n 38 6 1\n 14 94 4 0.51881 0.06569 0.51881 0.07028 0.55332 0.07028 0.55332 0.06569\n 40 6 13\n 38 6 1\n 14 94 4 0.55332 0.06569 0.55332 0.07028 0.58782 0.07028 0.58782 0.06569\n 40 6 14\n 38 6 1\n 14 94 4 0.58782 0.06569 0.58782 0.07028 0.62232 0.07028 0.62232 0.06569\n 40 6 15\n 38 6 1\n 14 94 4 0.62232 0.06569 0.62232 0.07028 0.64532 0.07028 0.64532 0.06569\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.07028 0.35780 0.07488 0.38655 0.07488 0.38655 0.07028\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.07028 0.38655 0.07488 0.42106 0.07488 0.42106 0.07028\n 40 6 9\n 38 6 1\n 14 94 4 0.42106 0.07028 0.42106 0.07488 0.45556 0.07488 0.45556 0.07028\n 40 6 10\n 38 6 1\n 14 94 4 0.45556 0.07028 0.45556 0.07488 0.49006 0.07488 0.49006 0.07028\n 40 6 11\n 38 6 1\n 14 94 4 0.49006 0.07028 0.49006 0.07488 0.52456 0.07488 0.52456 0.07028\n 40 6 12\n 38 6 1\n 14 94 4 0.52456 0.07028 0.52456 0.07488 0.55907 0.07488 0.55907 0.07028\n 40 6 13\n 38 6 1\n 14 94 4 0.55907 0.07028 0.55907 0.07488 0.59357 0.07488 0.59357 0.07028\n 40 6 14\n 38 6 1\n 14 94 4 0.59357 0.07028 0.59357 0.07488 0.62807 0.07488 0.62807 0.07028\n 40 6 15\n 38 6 1\n 14 94 4 0.62807 0.07028 0.62807 0.07488 0.64532 0.07488 0.64532 0.07028\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.07488 0.35780 0.07947 0.39230 0.07947 0.39230 0.07488\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.07488 0.39230 0.07947 0.42681 0.07947 0.42681 0.07488\n 40 6 9\n 38 6 1\n 14 94 4 0.42681 0.07488 0.42681 0.07947 0.46131 0.07947 0.46131 0.07488\n 40 6 10\n 38 6 1\n 14 94 4 0.46131 0.07488 0.46131 0.07947 0.49581 0.07947 0.49581 0.07488\n 40 6 11\n 38 6 1\n 14 94 4 0.49581 0.07488 0.49581 0.07947 0.53031 0.07947 0.53031 0.07488\n 40 6 12\n 38 6 1\n 14 94 4 0.53031 0.07488 0.53031 0.07947 0.57057 0.07947 0.57057 0.07488\n 40 6 13\n 38 6 1\n 14 94 4 0.57057 0.07488 0.57057 0.07947 0.60507 0.07947 0.60507 0.07488\n 40 6 14\n 38 6 1\n 14 94 4 0.60507 0.07488 0.60507 0.07947 0.63957 0.07947 0.63957 0.07488\n 40 6 15\n 38 6 1\n 14 94 4 0.63957 0.07488 0.63957 0.07947 0.64532 0.07947 0.64532 0.07488\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.07947 0.35780 0.08407 0.39230 0.08407 0.39230 0.07947\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.07947 0.39230 0.08407 0.42681 0.08407 0.42681 0.07947\n 40 6 9\n 38 6 1\n 14 94 4 0.42681 0.07947 0.42681 0.08407 0.46706 0.08407 0.46706 0.07947\n 40 6 10\n 38 6 1\n 14 94 4 0.46706 0.07947 0.46706 0.08407 0.50156 0.08407 0.50156 0.07947\n 40 6 11\n 38 6 1\n 14 94 4 0.50156 0.07947 0.50156 0.08407 0.53606 0.08407 0.53606 0.07947\n 40 6 12\n 38 6 1\n 14 94 4 0.53606 0.07947 0.53606 0.08407 0.57632 0.08407 0.57632 0.07947\n 40 6 13\n 38 6 1\n 14 94 4 0.57632 0.07947 0.57632 0.08407 0.61082 0.08407 0.61082 0.07947\n 40 6 14\n 38 6 1\n 14 94 4 0.61082 0.07947 0.61082 0.08407 0.64532 0.08407 0.64532 0.07947\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.08407 0.35780 0.08866 0.39230 0.08866 0.39230 0.08407\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.08407 0.39230 0.08866 0.43256 0.08866 0.43256 0.08407\n 40 6 9\n 38 6 1\n 14 94 4 0.43256 0.08407 0.43256 0.08866 0.46706 0.08866 0.46706 0.08407\n 40 6 10\n 38 6 1\n 14 94 4 0.46706 0.08407 0.46706 0.08866 0.50731 0.08866 0.50731 0.08407\n 40 6 11\n 38 6 1\n 14 94 4 0.50731 0.08407 0.50731 0.08866 0.54181 0.08866 0.54181 0.08407\n 40 6 12\n 38 6 1\n 14 94 4 0.54181 0.08407 0.54181 0.08866 0.58207 0.08866 0.58207 0.08407\n 40 6 13\n 38 6 1\n 14 94 4 0.58207 0.08407 0.58207 0.08866 0.62232 0.08866 0.62232 0.08407\n 40 6 14\n 38 6 1\n 14 94 4 0.62232 0.08407 0.62232 0.08866 0.64532 0.08866 0.64532 0.08407\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.08866 0.35780 0.09325 0.39230 0.09325 0.39230 0.08866\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.08866 0.39230 0.09325 0.43256 0.09325 0.43256 0.08866\n 40 6 9\n 38 6 1\n 14 94 4 0.43256 0.08866 0.43256 0.09325 0.47281 0.09325 0.47281 0.08866\n 40 6 10\n 38 6 1\n 14 94 4 0.47281 0.08866 0.47281 0.09325 0.51306 0.09325 0.51306 0.08866\n 40 6 11\n 38 6 1\n 14 94 4 0.51306 0.08866 0.51306 0.09325 0.54756 0.09325 0.54756 0.08866\n 40 6 12\n 38 6 1\n 14 94 4 0.54756 0.08866 0.54756 0.09325 0.58782 0.09325 0.58782 0.08866\n 40 6 13\n 38 6 1\n 14 94 4 0.58782 0.08866 0.58782 0.09325 0.62807 0.09325 0.62807 0.08866\n 40 6 14\n 38 6 1\n 14 94 4 0.62807 0.08866 0.62807 0.09325 0.64532 0.09325 0.64532 0.08866\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.09325 0.35780 0.09785 0.39230 0.09785 0.39230 0.09325\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.09325 0.39230 0.09785 0.43256 0.09785 0.43256 0.09325\n 40 6 9\n 38 6 1\n 14 94 4 0.43256 0.09325 0.43256 0.09785 0.47281 0.09785 0.47281 0.09325\n 40 6 10\n 38 6 1\n 14 94 4 0.47281 0.09325 0.47281 0.09785 0.51306 0.09785 0.51306 0.09325\n 40 6 11\n 38 6 1\n 14 94 4 0.51306 0.09325 0.51306 0.09785 0.55332 0.09785 0.55332 0.09325\n 40 6 12\n 38 6 1\n 14 94 4 0.55332 0.09325 0.55332 0.09785 0.59357 0.09785 0.59357 0.09325\n 40 6 13\n 38 6 1\n 14 94 4 0.59357 0.09325 0.59357 0.09785 0.63382 0.09785 0.63382 0.09325\n 40 6 14\n 38 6 1\n 14 94 4 0.63382 0.09325 0.63382 0.09785 0.64532 0.09785 0.64532 0.09325\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.09785 0.35780 0.10244 0.39805 0.10244 0.39805 0.09785\n 40 6 8\n 38 6 1\n 14 94 4 0.39805 0.09785 0.39805 0.10244 0.43831 0.10244 0.43831 0.09785\n 40 6 9\n 38 6 1\n 14 94 4 0.43831 0.09785 0.43831 0.10244 0.47856 0.10244 0.47856 0.09785\n 40 6 10\n 38 6 1\n 14 94 4 0.47856 0.09785 0.47856 0.10244 0.51881 0.10244 0.51881 0.09785\n 40 6 11\n 38 6 1\n 14 94 4 0.51881 0.09785 0.51881 0.10244 0.55907 0.10244 0.55907 0.09785\n 40 6 12\n 38 6 1\n 14 94 4 0.55907 0.09785 0.55907 0.10244 0.60507 0.10244 0.60507 0.09785\n 40 6 13\n 38 6 1\n 14 94 4 0.60507 0.09785 0.60507 0.10244 0.64532 0.10244 0.64532 0.09785\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.10244 0.35780 0.10704 0.39805 0.10704 0.39805 0.10244\n 40 6 8\n 38 6 1\n 14 94 4 0.39805 0.10244 0.39805 0.10704 0.43831 0.10704 0.43831 0.10244\n 40 6 9\n 38 6 1\n 14 94 4 0.43831 0.10244 0.43831 0.10704 0.48431 0.10704 0.48431 0.10244\n 40 6 10\n 38 6 1\n 14 94 4 0.48431 0.10244 0.48431 0.10704 0.52456 0.10704 0.52456 0.10244\n 40 6 11\n 38 6 1\n 14 94 4 0.52456 0.10244 0.52456 0.10704 0.56482 0.10704 0.56482 0.10244\n 40 6 12\n 38 6 1\n 14 94 4 0.56482 0.10244 0.56482 0.10704 0.61082 0.10704 0.61082 0.10244\n 40 6 13\n 38 6 1\n 14 94 4 0.61082 0.10244 0.61082 0.10704 0.64532 0.10704 0.64532 0.10244\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.10704 0.35780 0.11163 0.39805 0.11163 0.39805 0.10704\n 40 6 8\n 38 6 1\n 14 94 4 0.39805 0.10704 0.39805 0.11163 0.44406 0.11163 0.44406 0.10704\n 40 6 9\n 38 6 1\n 14 94 4 0.44406 0.10704 0.44406 0.11163 0.48431 0.11163 0.48431 0.10704\n 40 6 10\n 38 6 1\n 14 94 4 0.48431 0.10704 0.48431 0.11163 0.53031 0.11163 0.53031 0.10704\n 40 6 11\n 38 6 1\n 14 94 4 0.53031 0.10704 0.53031 0.11163 0.57057 0.11163 0.57057 0.10704\n 40 6 12\n 38 6 1\n 14 94 4 0.57057 0.10704 0.57057 0.11163 0.61657 0.11163 0.61657 0.10704\n 40 6 13\n 38 6 1\n 14 94 4 0.61657 0.10704 0.61657 0.11163 0.64532 0.11163 0.64532 0.10704\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.11163 0.35780 0.11623 0.39805 0.11623 0.39805 0.11163\n 40 6 8\n 38 6 1\n 14 94 4 0.39805 0.11163 0.39805 0.11623 0.44406 0.11623 0.44406 0.11163\n 40 6 9\n 38 6 1\n 14 94 4 0.44406 0.11163 0.44406 0.11623 0.49006 0.11623 0.49006 0.11163\n 40 6 10\n 38 6 1\n 14 94 4 0.49006 0.11163 0.49006 0.11623 0.53606 0.11623 0.53606 0.11163\n 40 6 11\n 38 6 1\n 14 94 4 0.53606 0.11163 0.53606 0.11623 0.57632 0.11623 0.57632 0.11163\n 40 6 12\n 38 6 1\n 14 94 4 0.57632 0.11163 0.57632 0.11623 0.62232 0.11623 0.62232 0.11163\n 40 6 13\n 38 6 1\n 14 94 4 0.62232 0.11163 0.62232 0.11623 0.64532 0.11623 0.64532 0.11163\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.11623 0.35780 0.12082 0.39805 0.12082 0.39805 0.11623\n 40 6 8\n 38 6 1\n 14 94 4 0.39805 0.11623 0.39805 0.12082 0.44406 0.12082 0.44406 0.11623\n 40 6 9\n 38 6 1\n 14 94 4 0.44406 0.11623 0.44406 0.12082 0.49006 0.12082 0.49006 0.11623\n 40 6 10\n 38 6 1\n 14 94 4 0.49006 0.11623 0.49006 0.12082 0.53606 0.12082 0.53606 0.11623\n 40 6 11\n 38 6 1\n 14 94 4 0.53606 0.11623 0.53606 0.12082 0.58207 0.12082 0.58207 0.11623\n 40 6 12\n 38 6 1\n 14 94 4 0.58207 0.11623 0.58207 0.12082 0.62807 0.12082 0.62807 0.11623\n 40 6 13\n 38 6 1\n 14 94 4 0.62807 0.11623 0.62807 0.12082 0.64532 0.12082 0.64532 0.11623\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.12082 0.35780 0.12541 0.40381 0.12541 0.40381 0.12082\n 40 6 8\n 38 6 1\n 14 94 4 0.40381 0.12082 0.40381 0.12541 0.44981 0.12541 0.44981 0.12082\n 40 6 9\n 38 6 1\n 14 94 4 0.44981 0.12082 0.44981 0.12541 0.49581 0.12541 0.49581 0.12082\n 40 6 10\n 38 6 1\n 14 94 4 0.49581 0.12082 0.49581 0.12541 0.54181 0.12541 0.54181 0.12082\n 40 6 11\n 38 6 1\n 14 94 4 0.54181 0.12082 0.54181 0.12541 0.58782 0.12541 0.58782 0.12082\n 40 6 12\n 38 6 1\n 14 94 4 0.58782 0.12082 0.58782 0.12541 0.63957 0.12541 0.63957 0.12082\n 40 6 13\n 38 6 1\n 14 94 4 0.63957 0.12082 0.63957 0.12541 0.64532 0.12541 0.64532 0.12082\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.12541 0.35780 0.13001 0.40381 0.13001 0.40381 0.12541\n 40 6 8\n 38 6 1\n 14 94 4 0.40381 0.12541 0.40381 0.13001 0.44981 0.13001 0.44981 0.12541\n 40 6 9\n 38 6 1\n 14 94 4 0.44981 0.12541 0.44981 0.13001 0.50156 0.13001 0.50156 0.12541\n 40 6 10\n 38 6 1\n 14 94 4 0.50156 0.12541 0.50156 0.13001 0.54756 0.13001 0.54756 0.12541\n 40 6 11\n 38 6 1\n 14 94 4 0.54756 0.12541 0.54756 0.13001 0.59357 0.13001 0.59357 0.12541\n 40 6 12\n 38 6 1\n 14 94 4 0.59357 0.12541 0.59357 0.13001 0.64532 0.13001 0.64532 0.12541\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.13001 0.35780 0.13460 0.40381 0.13460 0.40381 0.13001\n 40 6 8\n 38 6 1\n 14 94 4 0.40381 0.13001 0.40381 0.13460 0.45556 0.13460 0.45556 0.13001\n 40 6 9\n 38 6 1\n 14 94 4 0.45556 0.13001 0.45556 0.13460 0.50156 0.13460 0.50156 0.13001\n 40 6 10\n 38 6 1\n 14 94 4 0.50156 0.13001 0.50156 0.13460 0.55332 0.13460 0.55332 0.13001\n 40 6 11\n 38 6 1\n 14 94 4 0.55332 0.13001 0.55332 0.13460 0.59932 0.13460 0.59932 0.13001\n 40 6 12\n 38 6 1\n 14 94 4 0.59932 0.13001 0.59932 0.13460 0.64532 0.13460 0.64532 0.13001\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.13460 0.35780 0.13920 0.40381 0.13920 0.40381 0.13460\n 40 6 8\n 38 6 1\n 14 94 4 0.40381 0.13460 0.40381 0.13920 0.45556 0.13920 0.45556 0.13460\n 40 6 9\n 38 6 1\n 14 94 4 0.45556 0.13460 0.45556 0.13920 0.50731 0.13920 0.50731 0.13460\n 40 6 10\n 38 6 1\n 14 94 4 0.50731 0.13460 0.50731 0.13920 0.55907 0.13920 0.55907 0.13460\n 40 6 11\n 38 6 1\n 14 94 4 0.55907 0.13460 0.55907 0.13920 0.60507 0.13920 0.60507 0.13460\n 40 6 12\n 38 6 1\n 14 94 4 0.60507 0.13460 0.60507 0.13920 0.64532 0.13920 0.64532 0.13460\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.13920 0.35780 0.14379 0.40381 0.14379 0.40381 0.13920\n 40 6 8\n 38 6 1\n 14 94 4 0.40381 0.13920 0.40381 0.14379 0.45556 0.14379 0.45556 0.13920\n 40 6 9\n 38 6 1\n 14 94 4 0.45556 0.13920 0.45556 0.14379 0.50731 0.14379 0.50731 0.13920\n 40 6 10\n 38 6 1\n 14 94 4 0.50731 0.13920 0.50731 0.14379 0.55907 0.14379 0.55907 0.13920\n 40 6 11\n 38 6 1\n 14 94 4 0.55907 0.13920 0.55907 0.14379 0.61082 0.14379 0.61082 0.13920\n 40 6 12\n 38 6 1\n 14 94 4 0.61082 0.13920 0.61082 0.14379 0.64532 0.14379 0.64532 0.13920\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.14379 0.35780 0.14838 0.40956 0.14838 0.40956 0.14379\n 40 6 8\n 38 6 1\n 14 94 4 0.40956 0.14379 0.40956 0.14838 0.46131 0.14838 0.46131 0.14379\n 40 6 9\n 38 6 1\n 14 94 4 0.46131 0.14379 0.46131 0.14838 0.51306 0.14838 0.51306 0.14379\n 40 6 10\n 38 6 1\n 14 94 4 0.51306 0.14379 0.51306 0.14838 0.56482 0.14838 0.56482 0.14379\n 40 6 11\n 38 6 1\n 14 94 4 0.56482 0.14379 0.56482 0.14838 0.61657 0.14838 0.61657 0.14379\n 40 6 12\n 38 6 1\n 14 94 4 0.61657 0.14379 0.61657 0.14838 0.64532 0.14838 0.64532 0.14379\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.14838 0.35780 0.15298 0.40956 0.15298 0.40956 0.14838\n 40 6 8\n 38 6 1\n 14 94 4 0.40956 0.14838 0.40956 0.15298 0.46131 0.15298 0.46131 0.14838\n 40 6 9\n 38 6 1\n 14 94 4 0.46131 0.14838 0.46131 0.15298 0.51881 0.15298 0.51881 0.14838\n 40 6 10\n 38 6 1\n 14 94 4 0.51881 0.14838 0.51881 0.15298 0.57057 0.15298 0.57057 0.14838\n 40 6 11\n 38 6 1\n 14 94 4 0.57057 0.14838 0.57057 0.15298 0.62232 0.15298 0.62232 0.14838\n 40 6 12\n 38 6 1\n 14 94 4 0.62232 0.14838 0.62232 0.15298 0.64532 0.15298 0.64532 0.14838\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.15298 0.35780 0.15757 0.40956 0.15757 0.40956 0.15298\n 40 6 8\n 38 6 1\n 14 94 4 0.40956 0.15298 0.40956 0.15757 0.46706 0.15757 0.46706 0.15298\n 40 6 9\n 38 6 1\n 14 94 4 0.46706 0.15298 0.46706 0.15757 0.51881 0.15757 0.51881 0.15298\n 40 6 10\n 38 6 1\n 14 94 4 0.51881 0.15298 0.51881 0.15757 0.57632 0.15757 0.57632 0.15298\n 40 6 11\n 38 6 1\n 14 94 4 0.57632 0.15298 0.57632 0.15757 0.62807 0.15757 0.62807 0.15298\n 40 6 12\n 38 6 1\n 14 94 4 0.62807 0.15298 0.62807 0.15757 0.64532 0.15757 0.64532 0.15298\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.15757 0.35780 0.16217 0.40956 0.16217 0.40956 0.15757\n 40 6 8\n 38 6 1\n 14 94 4 0.40956 0.15757 0.40956 0.16217 0.46706 0.16217 0.46706 0.15757\n 40 6 9\n 38 6 1\n 14 94 4 0.46706 0.15757 0.46706 0.16217 0.52456 0.16217 0.52456 0.15757\n 40 6 10\n 38 6 1\n 14 94 4 0.52456 0.15757 0.52456 0.16217 0.58207 0.16217 0.58207 0.15757\n 40 6 11\n 38 6 1\n 14 94 4 0.58207 0.15757 0.58207 0.16217 0.63382 0.16217 0.63382 0.15757\n 40 6 12\n 38 6 1\n 14 94 4 0.63382 0.15757 0.63382 0.16217 0.64532 0.16217 0.64532 0.15757\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.16217 0.35780 0.16676 0.40956 0.16676 0.40956 0.16217\n 40 6 8\n 38 6 1\n 14 94 4 0.40956 0.16217 0.40956 0.16676 0.46706 0.16676 0.46706 0.16217\n 40 6 9\n 38 6 1\n 14 94 4 0.46706 0.16217 0.46706 0.16676 0.52456 0.16676 0.52456 0.16217\n 40 6 10\n 38 6 1\n 14 94 4 0.52456 0.16217 0.52456 0.16676 0.58207 0.16676 0.58207 0.16217\n 40 6 11\n 38 6 1\n 14 94 4 0.58207 0.16217 0.58207 0.16676 0.63957 0.16676 0.63957 0.16217\n 40 6 12\n 38 6 1\n 14 94 4 0.63957 0.16217 0.63957 0.16676 0.64532 0.16676 0.64532 0.16217\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.16676 0.35780 0.17136 0.41531 0.17136 0.41531 0.16676\n 40 6 8\n 38 6 1\n 14 94 4 0.41531 0.16676 0.41531 0.17136 0.47281 0.17136 0.47281 0.16676\n 40 6 9\n 38 6 1\n 14 94 4 0.47281 0.16676 0.47281 0.17136 0.53031 0.17136 0.53031 0.16676\n 40 6 10\n 38 6 1\n 14 94 4 0.53031 0.16676 0.53031 0.17136 0.58782 0.17136 0.58782 0.16676\n 40 6 11\n 38 6 1\n 14 94 4 0.58782 0.16676 0.58782 0.17136 0.64532 0.17136 0.64532 0.16676\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.17136 0.35780 0.17595 0.41531 0.17595 0.41531 0.17136\n 40 6 8\n 38 6 1\n 14 94 4 0.41531 0.17136 0.41531 0.17595 0.47281 0.17595 0.47281 0.17136\n 40 6 9\n 38 6 1\n 14 94 4 0.47281 0.17136 0.47281 0.17595 0.53606 0.17595 0.53606 0.17136\n 40 6 10\n 38 6 1\n 14 94 4 0.53606 0.17136 0.53606 0.17595 0.59357 0.17595 0.59357 0.17136\n 40 6 11\n 38 6 1\n 14 94 4 0.59357 0.17136 0.59357 0.17595 0.64532 0.17595 0.64532 0.17136\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.17595 0.35780 0.18054 0.41531 0.18054 0.41531 0.17595\n 40 6 8\n 38 6 1\n 14 94 4 0.41531 0.17595 0.41531 0.18054 0.47856 0.18054 0.47856 0.17595\n 40 6 9\n 38 6 1\n 14 94 4 0.47856 0.17595 0.47856 0.18054 0.53606 0.18054 0.53606 0.17595\n 40 6 10\n 38 6 1\n 14 94 4 0.53606 0.17595 0.53606 0.18054 0.59932 0.18054 0.59932 0.17595\n 40 6 11\n 38 6 1\n 14 94 4 0.59932 0.17595 0.59932 0.18054 0.64532 0.18054 0.64532 0.17595\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.18054 0.35780 0.18514 0.41531 0.18514 0.41531 0.18054\n 40 6 8\n 38 6 1\n 14 94 4 0.41531 0.18054 0.41531 0.18514 0.47856 0.18514 0.47856 0.18054\n 40 6 9\n 38 6 1\n 14 94 4 0.47856 0.18054 0.47856 0.18514 0.54181 0.18514 0.54181 0.18054\n 40 6 10\n 38 6 1\n 14 94 4 0.54181 0.18054 0.54181 0.18514 0.60507 0.18514 0.60507 0.18054\n 40 6 11\n 38 6 1\n 14 94 4 0.60507 0.18054 0.60507 0.18514 0.64532 0.18514 0.64532 0.18054\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.18514 0.35780 0.18973 0.41531 0.18973 0.41531 0.18514\n 40 6 8\n 38 6 1\n 14 94 4 0.41531 0.18514 0.41531 0.18973 0.47856 0.18973 0.47856 0.18514\n 40 6 9\n 38 6 1\n 14 94 4 0.47856 0.18514 0.47856 0.18973 0.54181 0.18973 0.54181 0.18514\n 40 6 10\n 38 6 1\n 14 94 4 0.54181 0.18514 0.54181 0.18973 0.60507 0.18973 0.60507 0.18514\n 40 6 11\n 38 6 1\n 14 94 4 0.60507 0.18514 0.60507 0.18973 0.64532 0.18973 0.64532 0.18514\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.18973 0.35780 0.19433 0.42106 0.19433 0.42106 0.18973\n 40 6 8\n 38 6 1\n 14 94 4 0.42106 0.18973 0.42106 0.19433 0.48431 0.19433 0.48431 0.18973\n 40 6 9\n 38 6 1\n 14 94 4 0.48431 0.18973 0.48431 0.19433 0.54756 0.19433 0.54756 0.18973\n 40 6 10\n 38 6 1\n 14 94 4 0.54756 0.18973 0.54756 0.19433 0.61082 0.19433 0.61082 0.18973\n 40 6 11\n 38 6 1\n 14 94 4 0.61082 0.18973 0.61082 0.19433 0.64532 0.19433 0.64532 0.18973\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.19433 0.35780 0.19892 0.42106 0.19892 0.42106 0.19433\n 40 6 8\n 38 6 1\n 14 94 4 0.42106 0.19433 0.42106 0.19892 0.48431 0.19892 0.48431 0.19433\n 40 6 9\n 38 6 1\n 14 94 4 0.48431 0.19433 0.48431 0.19892 0.55332 0.19892 0.55332 0.19433\n 40 6 10\n 38 6 1\n 14 94 4 0.55332 0.19433 0.55332 0.19892 0.61657 0.19892 0.61657 0.19433\n 40 6 11\n 38 6 1\n 14 94 4 0.61657 0.19433 0.61657 0.19892 0.64532 0.19892 0.64532 0.19433\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.19892 0.35780 0.20352 0.42106 0.20352 0.42106 0.19892\n 40 6 8\n 38 6 1\n 14 94 4 0.42106 0.19892 0.42106 0.20352 0.49006 0.20352 0.49006 0.19892\n 40 6 9\n 38 6 1\n 14 94 4 0.49006 0.19892 0.49006 0.20352 0.55332 0.20352 0.55332 0.19892\n 40 6 10\n 38 6 1\n 14 94 4 0.55332 0.19892 0.55332 0.20352 0.62232 0.20352 0.62232 0.19892\n 40 6 11\n 38 6 1\n 14 94 4 0.62232 0.19892 0.62232 0.20352 0.64532 0.20352 0.64532 0.19892\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.20352 0.35780 0.20811 0.42106 0.20811 0.42106 0.20352\n 40 6 8\n 38 6 1\n 14 94 4 0.42106 0.20352 0.42106 0.20811 0.49006 0.20811 0.49006 0.20352\n 40 6 9\n 38 6 1\n 14 94 4 0.49006 0.20352 0.49006 0.20811 0.55907 0.20811 0.55907 0.20352\n 40 6 10\n 38 6 1\n 14 94 4 0.55907 0.20352 0.55907 0.20811 0.62807 0.20811 0.62807 0.20352\n 40 6 11\n 38 6 1\n 14 94 4 0.62807 0.20352 0.62807 0.20811 0.64532 0.20811 0.64532 0.20352\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.20811 0.35780 0.21270 0.42106 0.21270 0.42106 0.20811\n 40 6 8\n 38 6 1\n 14 94 4 0.42106 0.20811 0.42106 0.21270 0.49006 0.21270 0.49006 0.20811\n 40 6 9\n 38 6 1\n 14 94 4 0.49006 0.20811 0.49006 0.21270 0.55907 0.21270 0.55907 0.20811\n 40 6 10\n 38 6 1\n 14 94 4 0.55907 0.20811 0.55907 0.21270 0.62807 0.21270 0.62807 0.20811\n 40 6 11\n 38 6 1\n 14 94 4 0.62807 0.20811 0.62807 0.21270 0.64532 0.21270 0.64532 0.20811\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.21270 0.35780 0.21730 0.42681 0.21730 0.42681 0.21270\n 40 6 8\n 38 6 1\n 14 94 4 0.42681 0.21270 0.42681 0.21730 0.49581 0.21730 0.49581 0.21270\n 40 6 9\n 38 6 1\n 14 94 4 0.49581 0.21270 0.49581 0.21730 0.56482 0.21730 0.56482 0.21270\n 40 6 10\n 38 6 1\n 14 94 4 0.56482 0.21270 0.56482 0.21730 0.63382 0.21730 0.63382 0.21270\n 40 6 11\n 38 6 1\n 14 94 4 0.63382 0.21270 0.63382 0.21730 0.64532 0.21730 0.64532 0.21270\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.21730 0.35780 0.22189 0.42681 0.22189 0.42681 0.21730\n 40 6 8\n 38 6 1\n 14 94 4 0.42681 0.21730 0.42681 0.22189 0.49581 0.22189 0.49581 0.21730\n 40 6 9\n 38 6 1\n 14 94 4 0.49581 0.21730 0.49581 0.22189 0.57057 0.22189 0.57057 0.21730\n 40 6 10\n 38 6 1\n 14 94 4 0.57057 0.21730 0.57057 0.22189 0.63957 0.22189 0.63957 0.21730\n 40 6 11\n 38 6 1\n 14 94 4 0.63957 0.21730 0.63957 0.22189 0.64532 0.22189 0.64532 0.21730\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.22189 0.35780 0.22649 0.42681 0.22649 0.42681 0.22189\n 40 6 8\n 38 6 1\n 14 94 4 0.42681 0.22189 0.42681 0.22649 0.50156 0.22649 0.50156 0.22189\n 40 6 9\n 38 6 1\n 14 94 4 0.50156 0.22189 0.50156 0.22649 0.57057 0.22649 0.57057 0.22189\n 40 6 10\n 38 6 1\n 14 94 4 0.57057 0.22189 0.57057 0.22649 0.64532 0.22649 0.64532 0.22189\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.22649 0.35780 0.23108 0.42681 0.23108 0.42681 0.22649\n 40 6 8\n 38 6 1\n 14 94 4 0.42681 0.22649 0.42681 0.23108 0.50156 0.23108 0.50156 0.22649\n 40 6 9\n 38 6 1\n 14 94 4 0.50156 0.22649 0.50156 0.23108 0.57632 0.23108 0.57632 0.22649\n 40 6 10\n 38 6 1\n 14 94 4 0.57632 0.22649 0.57632 0.23108 0.64532 0.23108 0.64532 0.22649\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.23108 0.35780 0.23567 0.42681 0.23567 0.42681 0.23108\n 40 6 8\n 38 6 1\n 14 94 4 0.42681 0.23108 0.42681 0.23567 0.50156 0.23567 0.50156 0.23108\n 40 6 9\n 38 6 1\n 14 94 4 0.50156 0.23108 0.50156 0.23567 0.57632 0.23567 0.57632 0.23108\n 40 6 10\n 38 6 1\n 14 94 4 0.57632 0.23108 0.57632 0.23567 0.64532 0.23567 0.64532 0.23108\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.23567 0.35780 0.24027 0.43256 0.24027 0.43256 0.23567\n 40 6 8\n 38 6 1\n 14 94 4 0.43256 0.23567 0.43256 0.24027 0.50731 0.24027 0.50731 0.23567\n 40 6 9\n 38 6 1\n 14 94 4 0.50731 0.23567 0.50731 0.24027 0.58207 0.24027 0.58207 0.23567\n 40 6 10\n 38 6 1\n 14 94 4 0.58207 0.23567 0.58207 0.24027 0.64532 0.24027 0.64532 0.23567\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.24027 0.35780 0.24486 0.43256 0.24486 0.43256 0.24027\n 40 6 8\n 38 6 1\n 14 94 4 0.43256 0.24027 0.43256 0.24486 0.50731 0.24486 0.50731 0.24027\n 40 6 9\n 38 6 1\n 14 94 4 0.50731 0.24027 0.50731 0.24486 0.58782 0.24486 0.58782 0.24027\n 40 6 10\n 38 6 1\n 14 94 4 0.58782 0.24027 0.58782 0.24486 0.64532 0.24486 0.64532 0.24027\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.24486 0.35780 0.24946 0.43256 0.24946 0.43256 0.24486\n 40 6 8\n 38 6 1\n 14 94 4 0.43256 0.24486 0.43256 0.24946 0.51306 0.24946 0.51306 0.24486\n 40 6 9\n 38 6 1\n 14 94 4 0.51306 0.24486 0.51306 0.24946 0.58782 0.24946 0.58782 0.24486\n 40 6 10\n 38 6 1\n 14 94 4 0.58782 0.24486 0.58782 0.24946 0.64532 0.24946 0.64532 0.24486\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.24946 0.35780 0.25405 0.43256 0.25405 0.43256 0.24946\n 40 6 8\n 38 6 1\n 14 94 4 0.43256 0.24946 0.43256 0.25405 0.51306 0.25405 0.51306 0.24946\n 40 6 9\n 38 6 1\n 14 94 4 0.51306 0.24946 0.51306 0.25405 0.59357 0.25405 0.59357 0.24946\n 40 6 10\n 38 6 1\n 14 94 4 0.59357 0.24946 0.59357 0.25405 0.64532 0.25405 0.64532 0.24946\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.25405 0.35780 0.25865 0.43256 0.25865 0.43256 0.25405\n 40 6 8\n 38 6 1\n 14 94 4 0.43256 0.25405 0.43256 0.25865 0.51306 0.25865 0.51306 0.25405\n 40 6 9\n 38 6 1\n 14 94 4 0.51306 0.25405 0.51306 0.25865 0.59357 0.25865 0.59357 0.25405\n 40 6 10\n 38 6 1\n 14 94 4 0.59357 0.25405 0.59357 0.25865 0.64532 0.25865 0.64532 0.25405\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 40 6 7\n 38 6 1\n 14 94 4 0.65049 0.02894 0.65587 0.02894 0.65587 0.04661 0.65049 0.04661\n 11 116 5 0.65049 0.02894 0.65587 0.02894 0.65587 0.04661 0.65049 0.04661 0.65049 0.02894\n 40 6 8\n 38 6 1\n 14 94 4 0.65049 0.04661 0.65587 0.04661 0.65587 0.06428 0.65049 0.06428\n 11 116 5 0.65049 0.04661 0.65587 0.04661 0.65587 0.06428 0.65049 0.06428 0.65049 0.04661\n 40 6 9\n 38 6 1\n 14 94 4 0.65049 0.06428 0.65587 0.06428 0.65587 0.08195 0.65049 0.08195\n 11 116 5 0.65049 0.06428 0.65587 0.06428 0.65587 0.08195 0.65049 0.08195 0.65049 0.06428\n 40 6 10\n 38 6 1\n 14 94 4 0.65049 0.08195 0.65587 0.08195 0.65587 0.09962 0.65049 0.09962\n 11 116 5 0.65049 0.08195 0.65587 0.08195 0.65587 0.09962 0.65049 0.09962 0.65049 0.08195\n 40 6 11\n 38 6 1\n 14 94 4 0.65049 0.09962 0.65587 0.09962 0.65587 0.11729 0.65049 0.11729\n 11 116 5 0.65049 0.09962 0.65587 0.09962 0.65587 0.11729 0.65049 0.11729 0.65049 0.09962\n 40 6 12\n 38 6 1\n 14 94 4 0.65049 0.11729 0.65587 0.11729 0.65587 0.13496 0.65049 0.13496\n 11 116 5 0.65049 0.11729 0.65587 0.11729 0.65587 0.13496 0.65049 0.13496 0.65049 0.11729\n 40 6 13\n 38 6 1\n 14 94 4 0.65049 0.13496 0.65587 0.13496 0.65587 0.15263 0.65049 0.15263\n 11 116 5 0.65049 0.13496 0.65587 0.13496 0.65587 0.15263 0.65049 0.15263 0.65049 0.13496\n 40 6 14\n 38 6 1\n 14 94 4 0.65049 0.15263 0.65587 0.15263 0.65587 0.17030 0.65049 0.17030\n 11 116 5 0.65049 0.15263 0.65587 0.15263 0.65587 0.17030 0.65049 0.17030 0.65049 0.15263\n 40 6 15\n 38 6 1\n 14 94 4 0.65049 0.17030 0.65587 0.17030 0.65587 0.18797 0.65049 0.18797\n 11 116 5 0.65049 0.17030 0.65587 0.17030 0.65587 0.18797 0.65049 0.18797 0.65049 0.17030\n 40 6 16\n 38 6 1\n 14 94 4 0.65049 0.18797 0.65587 0.18797 0.65587 0.20564 0.65049 0.20564\n 11 116 5 0.65049 0.18797 0.65587 0.18797 0.65587 0.20564 0.65049 0.20564 0.65049 0.18797\n 40 6 17\n 38 6 1\n 14 94 4 0.65049 0.20564 0.65587 0.20564 0.65587 0.22331 0.65049 0.22331\n 11 116 5 0.65049 0.20564 0.65587 0.20564 0.65587 0.22331 0.65049 0.22331 0.65049 0.20564\n 40 6 18\n 38 6 1\n 14 94 4 0.65049 0.22331 0.65587 0.22331 0.65587 0.24098 0.65049 0.24098\n 11 116 5 0.65049 0.22331 0.65587 0.22331 0.65587 0.24098 0.65049 0.24098 0.65049 0.22331\n 40 6 19\n 38 6 1\n 14 94 4 0.65049 0.24098 0.65587 0.24098 0.65587 0.25865 0.65049 0.25865\n 11 116 5 0.65049 0.24098 0.65587 0.24098 0.65587 0.25865 0.65049 0.25865 0.65049 0.24098\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 380 17 0.65810 0.02997 0.65780 0.02987 0.65761 0.02958 0.65751 0.02908 0.65751 0.02879 0.65761 0.02830 0.65780 0.02800 0.65810 0.02790 0.65829 0.02790 0.65859 0.02800 0.65879 0.02830 0.65888 0.02879 0.65888 0.02908 0.65879 0.02958 0.65859 0.02987 0.65829 0.02997 0.65810 0.02997\n 11 380 17 0.65810 0.04764 0.65780 0.04754 0.65761 0.04725 0.65751 0.04675 0.65751 0.04646 0.65761 0.04597 0.65780 0.04567 0.65810 0.04557 0.65829 0.04557 0.65859 0.04567 0.65879 0.04597 0.65888 0.04646 0.65888 0.04675 0.65879 0.04725 0.65859 0.04754 0.65829 0.04764 0.65810 0.04764\n 11 116 5 0.65967 0.04577 0.65957 0.04567 0.65967 0.04557 0.65977 0.04567 0.65967 0.04577\n 11 314 14 0.66056 0.04715 0.66056 0.04725 0.66066 0.04744 0.66075 0.04754 0.66095 0.04764 0.66135 0.04764 0.66154 0.04754 0.66164 0.04744 0.66174 0.04725 0.66174 0.04705 0.66164 0.04685 0.66144 0.04656 0.66046 0.04557 0.66184 0.04557\n 11 380 17 0.65810 0.06531 0.65780 0.06521 0.65761 0.06492 0.65751 0.06442 0.65751 0.06413 0.65761 0.06364 0.65780 0.06334 0.65810 0.06324 0.65829 0.06324 0.65859 0.06334 0.65879 0.06364 0.65888 0.06413 0.65888 0.06442 0.65879 0.06492 0.65859 0.06521 0.65829 0.06531 0.65810 0.06531\n 11 116 5 0.65967 0.06344 0.65957 0.06334 0.65967 0.06324 0.65977 0.06334 0.65967 0.06344\n 11 72 3 0.66144 0.06531 0.66046 0.06393 0.66194 0.06393\n 11 50 2 0.66144 0.06531 0.66144 0.06324\n 11 380 17 0.65810 0.08298 0.65780 0.08288 0.65761 0.08259 0.65751 0.08209 0.65751 0.08180 0.65761 0.08131 0.65780 0.08101 0.65810 0.08091 0.65829 0.08091 0.65859 0.08101 0.65879 0.08131 0.65888 0.08180 0.65888 0.08209 0.65879 0.08259 0.65859 0.08288 0.65829 0.08298 0.65810 0.08298\n 11 116 5 0.65967 0.08111 0.65957 0.08101 0.65967 0.08091 0.65977 0.08101 0.65967 0.08111\n 11 512 23 0.66174 0.08268 0.66164 0.08288 0.66135 0.08298 0.66115 0.08298 0.66085 0.08288 0.66066 0.08259 0.66056 0.08209 0.66056 0.08160 0.66066 0.08121 0.66085 0.08101 0.66115 0.08091 0.66125 0.08091 0.66154 0.08101 0.66174 0.08121 0.66184 0.08150 0.66184 0.08160 0.66174 0.08190 0.66154 0.08209 0.66125 0.08219 0.66115 0.08219 0.66085 0.08209 0.66066 0.08190 0.66056 0.08160\n 11 380 17 0.65810 0.10065 0.65780 0.10055 0.65761 0.10026 0.65751 0.09976 0.65751 0.09947 0.65761 0.09898 0.65780 0.09868 0.65810 0.09858 0.65829 0.09858 0.65859 0.09868 0.65879 0.09898 0.65888 0.09947 0.65888 0.09976 0.65879 0.10026 0.65859 0.10055 0.65829 0.10065 0.65810 0.10065\n 11 116 5 0.65967 0.09878 0.65957 0.09868 0.65967 0.09858 0.65977 0.09868 0.65967 0.09878\n 11 644 29 0.66095 0.10065 0.66066 0.10055 0.66056 0.10035 0.66056 0.10016 0.66066 0.09996 0.66085 0.09986 0.66125 0.09976 0.66154 0.09966 0.66174 0.09947 0.66184 0.09927 0.66184 0.09898 0.66174 0.09878 0.66164 0.09868 0.66135 0.09858 0.66095 0.09858 0.66066 0.09868 0.66056 0.09878 0.66046 0.09898 0.66046 0.09927 0.66056 0.09947 0.66075 0.09966 0.66105 0.09976 0.66144 0.09986 0.66164 0.09996 0.66174 0.10016 0.66174 0.10035 0.66164 0.10055 0.66135 0.10065 0.66095 0.10065\n 11 94 4 0.65780 0.11793 0.65800 0.11802 0.65829 0.11832 0.65829 0.11625\n 11 94 4 0.65780 0.13560 0.65800 0.13569 0.65829 0.13599 0.65829 0.13392\n 11 116 5 0.65967 0.13412 0.65957 0.13402 0.65967 0.13392 0.65977 0.13402 0.65967 0.13412\n 11 314 14 0.66056 0.13550 0.66056 0.13560 0.66066 0.13579 0.66075 0.13589 0.66095 0.13599 0.66135 0.13599 0.66154 0.13589 0.66164 0.13579 0.66174 0.13560 0.66174 0.13540 0.66164 0.13520 0.66144 0.13491 0.66046 0.13392 0.66184 0.13392\n 11 94 4 0.65780 0.15327 0.65800 0.15336 0.65829 0.15366 0.65829 0.15159\n 11 116 5 0.65967 0.15179 0.65957 0.15169 0.65967 0.15159 0.65977 0.15169 0.65967 0.15179\n 11 72 3 0.66144 0.15366 0.66046 0.15228 0.66194 0.15228\n 11 50 2 0.66144 0.15366 0.66144 0.15159\n 11 94 4 0.65780 0.17094 0.65800 0.17103 0.65829 0.17133 0.65829 0.16926\n 11 116 5 0.65967 0.16946 0.65957 0.16936 0.65967 0.16926 0.65977 0.16936 0.65967 0.16946\n 11 512 23 0.66174 0.17103 0.66164 0.17123 0.66135 0.17133 0.66115 0.17133 0.66085 0.17123 0.66066 0.17094 0.66056 0.17044 0.66056 0.16995 0.66066 0.16956 0.66085 0.16936 0.66115 0.16926 0.66125 0.16926 0.66154 0.16936 0.66174 0.16956 0.66184 0.16985 0.66184 0.16995 0.66174 0.17025 0.66154 0.17044 0.66125 0.17054 0.66115 0.17054 0.66085 0.17044 0.66066 0.17025 0.66056 0.16995\n 11 94 4 0.65780 0.18861 0.65800 0.18870 0.65829 0.18900 0.65829 0.18693\n 11 116 5 0.65967 0.18713 0.65957 0.18703 0.65967 0.18693 0.65977 0.18703 0.65967 0.18713\n 11 644 29 0.66095 0.18900 0.66066 0.18890 0.66056 0.18870 0.66056 0.18851 0.66066 0.18831 0.66085 0.18821 0.66125 0.18811 0.66154 0.18801 0.66174 0.18782 0.66184 0.18762 0.66184 0.18733 0.66174 0.18713 0.66164 0.18703 0.66135 0.18693 0.66095 0.18693 0.66066 0.18703 0.66056 0.18713 0.66046 0.18733 0.66046 0.18762 0.66056 0.18782 0.66075 0.18801 0.66105 0.18811 0.66144 0.18821 0.66164 0.18831 0.66174 0.18851 0.66174 0.18870 0.66164 0.18890 0.66135 0.18900 0.66095 0.18900\n 11 314 14 0.65761 0.20618 0.65761 0.20628 0.65770 0.20647 0.65780 0.20657 0.65800 0.20667 0.65839 0.20667 0.65859 0.20657 0.65869 0.20647 0.65879 0.20628 0.65879 0.20608 0.65869 0.20588 0.65849 0.20559 0.65751 0.20460 0.65888 0.20460\n 11 314 14 0.65761 0.22385 0.65761 0.22395 0.65770 0.22414 0.65780 0.22424 0.65800 0.22434 0.65839 0.22434 0.65859 0.22424 0.65869 0.22414 0.65879 0.22395 0.65879 0.22375 0.65869 0.22355 0.65849 0.22326 0.65751 0.22227 0.65888 0.22227\n 11 116 5 0.65967 0.22247 0.65957 0.22237 0.65967 0.22227 0.65977 0.22237 0.65967 0.22247\n 11 314 14 0.66056 0.22385 0.66056 0.22395 0.66066 0.22414 0.66075 0.22424 0.66095 0.22434 0.66135 0.22434 0.66154 0.22424 0.66164 0.22414 0.66174 0.22395 0.66174 0.22375 0.66164 0.22355 0.66144 0.22326 0.66046 0.22227 0.66184 0.22227\n 11 314 14 0.65761 0.24152 0.65761 0.24162 0.65770 0.24181 0.65780 0.24191 0.65800 0.24201 0.65839 0.24201 0.65859 0.24191 0.65869 0.24181 0.65879 0.24162 0.65879 0.24142 0.65869 0.24122 0.65849 0.24093 0.65751 0.23994 0.65888 0.23994\n 11 116 5 0.65967 0.24014 0.65957 0.24004 0.65967 0.23994 0.65977 0.24004 0.65967 0.24014\n 11 72 3 0.66144 0.24201 0.66046 0.24063 0.66194 0.24063\n 11 50 2 0.66144 0.24201 0.66144 0.23994\n 11 314 14 0.65761 0.25919 0.65761 0.25929 0.65770 0.25948 0.65780 0.25958 0.65800 0.25968 0.65839 0.25968 0.65859 0.25958 0.65869 0.25948 0.65879 0.25929 0.65879 0.25909 0.65869 0.25889 0.65849 0.25860 0.65751 0.25761 0.65888 0.25761\n 11 116 5 0.65967 0.25781 0.65957 0.25771 0.65967 0.25761 0.65977 0.25771 0.65967 0.25781\n 11 512 23 0.66174 0.25938 0.66164 0.25958 0.66135 0.25968 0.66115 0.25968 0.66085 0.25958 0.66066 0.25929 0.66056 0.25879 0.66056 0.25830 0.66066 0.25791 0.66085 0.25771 0.66115 0.25761 0.66125 0.25761 0.66154 0.25771 0.66174 0.25791 0.66184 0.25820 0.66184 0.25830 0.66174 0.25860 0.66154 0.25879 0.66125 0.25889 0.66115 0.25889 0.66085 0.25879 0.66066 0.25860 0.66056 0.25830\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 50 2 0.35780 0.02894 0.35780 0.25865\n 11 50 2 0.64532 0.02894 0.64532 0.25865\n 11 50 2 0.35780 0.25865 0.64532 0.25865\n 11 50 2 0.35780 0.02894 0.64532 0.02894\n 82 0\n 81 6 26\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 27\n 21 6 1\n 25 6 1\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 56 39 21 0.59167 0.08333 1.00000\n 56 39 22 0.38333 0.16667 1.00000\n 56 39 23 0.26739 0.24348 0.92391\n 56 39 24 0.21304 0.31594 0.79710\n 56 39 25 0.15870 0.38841 0.67029\n 56 39 26 0.10435 0.46087 0.54348\n 56 39 27 0.05000 0.53333 0.41667\n 56 39 28 0.01010 0.60404 0.29697\n 56 39 29 0.13636 0.65455 0.25909\n 56 39 30 0.26263 0.70505 0.22121\n 56 39 31 0.38889 0.75556 0.18333\n 56 39 32 0.51515 0.80606 0.14545\n 56 39 33 0.64141 0.85657 0.10758\n 56 39 34 0.76768 0.90707 0.06970\n 56 39 35 0.89394 0.95758 0.03182\n 56 39 36 1.00000 0.97222 0.00000\n 56 39 37 1.00000 0.79861 0.00000\n 56 39 38 1.00000 0.62500 0.00000\n 56 39 39 1.00000 0.45139 0.00000\n 56 39 40 1.00000 0.27778 0.00000\n 56 39 41 1.00000 0.10417 0.00000\n 56 39 42 0.93333 0.00000 0.00000\n 56 39 43 0.76667 0.00000 0.00000\n 56 39 44 0.60000 0.00000 0.00000\n 56 39 20 0.80000 0.00000 1.00000\n 38 6 3\n 40 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00001 0.00003 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.76206 0.91991 0.11207 0.17555\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11207 0.76206 0.11334 0.76837 0.11334 0.76837 0.11207\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11207 0.76837 0.11334 0.77469 0.11334 0.77469 0.11207\n 40 6 22\n 38 6 1\n 14 94 4 0.77469 0.11207 0.77469 0.11334 0.78100 0.11334 0.78100 0.11207\n 40 6 23\n 38 6 1\n 14 94 4 0.78100 0.11207 0.78100 0.11334 0.78732 0.11334 0.78732 0.11207\n 40 6 24\n 38 6 1\n 14 94 4 0.78732 0.11207 0.78732 0.11334 0.79363 0.11334 0.79363 0.11207\n 40 6 25\n 38 6 1\n 14 94 4 0.79363 0.11207 0.79363 0.11334 0.79994 0.11334 0.79994 0.11207\n 40 6 26\n 38 6 1\n 14 94 4 0.79994 0.11207 0.79994 0.11334 0.80626 0.11334 0.80626 0.11207\n 40 6 27\n 38 6 1\n 14 94 4 0.80626 0.11207 0.80626 0.11334 0.81257 0.11334 0.81257 0.11207\n 40 6 28\n 38 6 1\n 14 94 4 0.81257 0.11207 0.81257 0.11334 0.81889 0.11334 0.81889 0.11207\n 40 6 29\n 38 6 1\n 14 94 4 0.81889 0.11207 0.81889 0.11334 0.82520 0.11334 0.82520 0.11207\n 40 6 30\n 38 6 1\n 14 94 4 0.82520 0.11207 0.82520 0.11334 0.83467 0.11334 0.83467 0.11207\n 40 6 31\n 38 6 1\n 14 94 4 0.83467 0.11207 0.83467 0.11334 0.84099 0.11334 0.84099 0.11207\n 40 6 32\n 38 6 1\n 14 94 4 0.84099 0.11207 0.84099 0.11334 0.84730 0.11334 0.84730 0.11207\n 40 6 33\n 38 6 1\n 14 94 4 0.84730 0.11207 0.84730 0.11334 0.85361 0.11334 0.85361 0.11207\n 40 6 34\n 38 6 1\n 14 94 4 0.85361 0.11207 0.85361 0.11334 0.85993 0.11334 0.85993 0.11207\n 40 6 35\n 38 6 1\n 14 94 4 0.85993 0.11207 0.85993 0.11334 0.86624 0.11334 0.86624 0.11207\n 40 6 36\n 38 6 1\n 14 94 4 0.86624 0.11207 0.86624 0.11334 0.87256 0.11334 0.87256 0.11207\n 40 6 37\n 38 6 1\n 14 94 4 0.87256 0.11207 0.87256 0.11334 0.87887 0.11334 0.87887 0.11207\n 40 6 38\n 38 6 1\n 14 94 4 0.87887 0.11207 0.87887 0.11334 0.88519 0.11334 0.88519 0.11207\n 40 6 39\n 38 6 1\n 14 94 4 0.88519 0.11207 0.88519 0.11334 0.89150 0.11334 0.89150 0.11207\n 40 6 40\n 38 6 1\n 14 94 4 0.89150 0.11207 0.89150 0.11334 0.90097 0.11334 0.90097 0.11207\n 40 6 41\n 38 6 1\n 14 94 4 0.90097 0.11207 0.90097 0.11334 0.90729 0.11334 0.90729 0.11207\n 40 6 42\n 38 6 1\n 14 94 4 0.90729 0.11207 0.90729 0.11334 0.91360 0.11334 0.91360 0.11207\n 40 6 43\n 38 6 1\n 14 94 4 0.91360 0.11207 0.91360 0.11334 0.91991 0.11334 0.91991 0.11207\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11334 0.76206 0.11461 0.76837 0.11461 0.76837 0.11334\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11334 0.76837 0.11461 0.77469 0.11461 0.77469 0.11334\n 40 6 22\n 38 6 1\n 14 94 4 0.77469 0.11334 0.77469 0.11461 0.78100 0.11461 0.78100 0.11334\n 40 6 23\n 38 6 1\n 14 94 4 0.78100 0.11334 0.78100 0.11461 0.78732 0.11461 0.78732 0.11334\n 40 6 24\n 38 6 1\n 14 94 4 0.78732 0.11334 0.78732 0.11461 0.79363 0.11461 0.79363 0.11334\n 40 6 25\n 38 6 1\n 14 94 4 0.79363 0.11334 0.79363 0.11461 0.80310 0.11461 0.80310 0.11334\n 40 6 26\n 38 6 1\n 14 94 4 0.80310 0.11334 0.80310 0.11461 0.80942 0.11461 0.80942 0.11334\n 40 6 27\n 38 6 1\n 14 94 4 0.80942 0.11334 0.80942 0.11461 0.81573 0.11461 0.81573 0.11334\n 40 6 28\n 38 6 1\n 14 94 4 0.81573 0.11334 0.81573 0.11461 0.82204 0.11461 0.82204 0.11334\n 40 6 29\n 38 6 1\n 14 94 4 0.82204 0.11334 0.82204 0.11461 0.82836 0.11461 0.82836 0.11334\n 40 6 30\n 38 6 1\n 14 94 4 0.82836 0.11334 0.82836 0.11461 0.83783 0.11461 0.83783 0.11334\n 40 6 31\n 38 6 1\n 14 94 4 0.83783 0.11334 0.83783 0.11461 0.84414 0.11461 0.84414 0.11334\n 40 6 32\n 38 6 1\n 14 94 4 0.84414 0.11334 0.84414 0.11461 0.85046 0.11461 0.85046 0.11334\n 40 6 33\n 38 6 1\n 14 94 4 0.85046 0.11334 0.85046 0.11461 0.85677 0.11461 0.85677 0.11334\n 40 6 34\n 38 6 1\n 14 94 4 0.85677 0.11334 0.85677 0.11461 0.86309 0.11461 0.86309 0.11334\n 40 6 35\n 38 6 1\n 14 94 4 0.86309 0.11334 0.86309 0.11461 0.87256 0.11461 0.87256 0.11334\n 40 6 36\n 38 6 1\n 14 94 4 0.87256 0.11334 0.87256 0.11461 0.87887 0.11461 0.87887 0.11334\n 40 6 37\n 38 6 1\n 14 94 4 0.87887 0.11334 0.87887 0.11461 0.88519 0.11461 0.88519 0.11334\n 40 6 38\n 38 6 1\n 14 94 4 0.88519 0.11334 0.88519 0.11461 0.89150 0.11461 0.89150 0.11334\n 40 6 39\n 38 6 1\n 14 94 4 0.89150 0.11334 0.89150 0.11461 0.89781 0.11461 0.89781 0.11334\n 40 6 40\n 38 6 1\n 14 94 4 0.89781 0.11334 0.89781 0.11461 0.90729 0.11461 0.90729 0.11334\n 40 6 41\n 38 6 1\n 14 94 4 0.90729 0.11334 0.90729 0.11461 0.91360 0.11461 0.91360 0.11334\n 40 6 42\n 38 6 1\n 14 94 4 0.91360 0.11334 0.91360 0.11461 0.91991 0.11461 0.91991 0.11334\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11461 0.76206 0.11588 0.76837 0.11588 0.76837 0.11461\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11461 0.76837 0.11588 0.77469 0.11588 0.77469 0.11461\n 40 6 22\n 38 6 1\n 14 94 4 0.77469 0.11461 0.77469 0.11588 0.78100 0.11588 0.78100 0.11461\n 40 6 23\n 38 6 1\n 14 94 4 0.78100 0.11461 0.78100 0.11588 0.79047 0.11588 0.79047 0.11461\n 40 6 24\n 38 6 1\n 14 94 4 0.79047 0.11461 0.79047 0.11588 0.79679 0.11588 0.79679 0.11461\n 40 6 25\n 38 6 1\n 14 94 4 0.79679 0.11461 0.79679 0.11588 0.80310 0.11588 0.80310 0.11461\n 40 6 26\n 38 6 1\n 14 94 4 0.80310 0.11461 0.80310 0.11588 0.81257 0.11588 0.81257 0.11461\n 40 6 27\n 38 6 1\n 14 94 4 0.81257 0.11461 0.81257 0.11588 0.81889 0.11588 0.81889 0.11461\n 40 6 28\n 38 6 1\n 14 94 4 0.81889 0.11461 0.81889 0.11588 0.82520 0.11588 0.82520 0.11461\n 40 6 29\n 38 6 1\n 14 94 4 0.82520 0.11461 0.82520 0.11588 0.83152 0.11588 0.83152 0.11461\n 40 6 30\n 38 6 1\n 14 94 4 0.83152 0.11461 0.83152 0.11588 0.84099 0.11588 0.84099 0.11461\n 40 6 31\n 38 6 1\n 14 94 4 0.84099 0.11461 0.84099 0.11588 0.84730 0.11588 0.84730 0.11461\n 40 6 32\n 38 6 1\n 14 94 4 0.84730 0.11461 0.84730 0.11588 0.85361 0.11588 0.85361 0.11461\n 40 6 33\n 38 6 1\n 14 94 4 0.85361 0.11461 0.85361 0.11588 0.86309 0.11588 0.86309 0.11461\n 40 6 34\n 38 6 1\n 14 94 4 0.86309 0.11461 0.86309 0.11588 0.86940 0.11588 0.86940 0.11461\n 40 6 35\n 38 6 1\n 14 94 4 0.86940 0.11461 0.86940 0.11588 0.87571 0.11588 0.87571 0.11461\n 40 6 36\n 38 6 1\n 14 94 4 0.87571 0.11461 0.87571 0.11588 0.88519 0.11588 0.88519 0.11461\n 40 6 37\n 38 6 1\n 14 94 4 0.88519 0.11461 0.88519 0.11588 0.89150 0.11588 0.89150 0.11461\n 40 6 38\n 38 6 1\n 14 94 4 0.89150 0.11461 0.89150 0.11588 0.89781 0.11588 0.89781 0.11461\n 40 6 39\n 38 6 1\n 14 94 4 0.89781 0.11461 0.89781 0.11588 0.90413 0.11588 0.90413 0.11461\n 40 6 40\n 38 6 1\n 14 94 4 0.90413 0.11461 0.90413 0.11588 0.91360 0.11588 0.91360 0.11461\n 40 6 41\n 38 6 1\n 14 94 4 0.91360 0.11461 0.91360 0.11588 0.91991 0.11588 0.91991 0.11461\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11588 0.76206 0.11715 0.76837 0.11715 0.76837 0.11588\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11588 0.76837 0.11715 0.77469 0.11715 0.77469 0.11588\n 40 6 22\n 38 6 1\n 14 94 4 0.77469 0.11588 0.77469 0.11715 0.78416 0.11715 0.78416 0.11588\n 40 6 23\n 38 6 1\n 14 94 4 0.78416 0.11588 0.78416 0.11715 0.79047 0.11715 0.79047 0.11588\n 40 6 24\n 38 6 1\n 14 94 4 0.79047 0.11588 0.79047 0.11715 0.79679 0.11715 0.79679 0.11588\n 40 6 25\n 38 6 1\n 14 94 4 0.79679 0.11588 0.79679 0.11715 0.80626 0.11715 0.80626 0.11588\n 40 6 26\n 38 6 1\n 14 94 4 0.80626 0.11588 0.80626 0.11715 0.81257 0.11715 0.81257 0.11588\n 40 6 27\n 38 6 1\n 14 94 4 0.81257 0.11588 0.81257 0.11715 0.82204 0.11715 0.82204 0.11588\n 40 6 28\n 38 6 1\n 14 94 4 0.82204 0.11588 0.82204 0.11715 0.82836 0.11715 0.82836 0.11588\n 40 6 29\n 38 6 1\n 14 94 4 0.82836 0.11588 0.82836 0.11715 0.83467 0.11715 0.83467 0.11588\n 40 6 30\n 38 6 1\n 14 94 4 0.83467 0.11588 0.83467 0.11715 0.84414 0.11715 0.84414 0.11588\n 40 6 31\n 38 6 1\n 14 94 4 0.84414 0.11588 0.84414 0.11715 0.85046 0.11715 0.85046 0.11588\n 40 6 32\n 38 6 1\n 14 94 4 0.85046 0.11588 0.85046 0.11715 0.85993 0.11715 0.85993 0.11588\n 40 6 33\n 38 6 1\n 14 94 4 0.85993 0.11588 0.85993 0.11715 0.86624 0.11715 0.86624 0.11588\n 40 6 34\n 38 6 1\n 14 94 4 0.86624 0.11588 0.86624 0.11715 0.87256 0.11715 0.87256 0.11588\n 40 6 35\n 38 6 1\n 14 94 4 0.87256 0.11588 0.87256 0.11715 0.88203 0.11715 0.88203 0.11588\n 40 6 36\n 38 6 1\n 14 94 4 0.88203 0.11588 0.88203 0.11715 0.88834 0.11715 0.88834 0.11588\n 40 6 37\n 38 6 1\n 14 94 4 0.88834 0.11588 0.88834 0.11715 0.89781 0.11715 0.89781 0.11588\n 40 6 38\n 38 6 1\n 14 94 4 0.89781 0.11588 0.89781 0.11715 0.90413 0.11715 0.90413 0.11588\n 40 6 39\n 38 6 1\n 14 94 4 0.90413 0.11588 0.90413 0.11715 0.91044 0.11715 0.91044 0.11588\n 40 6 40\n 38 6 1\n 14 94 4 0.91044 0.11588 0.91044 0.11715 0.91991 0.11715 0.91991 0.11588\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11715 0.76206 0.11842 0.76837 0.11842 0.76837 0.11715\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11715 0.76837 0.11842 0.77469 0.11842 0.77469 0.11715\n 40 6 22\n 38 6 1\n 14 94 4 0.77469 0.11715 0.77469 0.11842 0.78416 0.11842 0.78416 0.11715\n 40 6 23\n 38 6 1\n 14 94 4 0.78416 0.11715 0.78416 0.11842 0.79047 0.11842 0.79047 0.11715\n 40 6 24\n 38 6 1\n 14 94 4 0.79047 0.11715 0.79047 0.11842 0.79994 0.11842 0.79994 0.11715\n 40 6 25\n 38 6 1\n 14 94 4 0.79994 0.11715 0.79994 0.11842 0.80626 0.11842 0.80626 0.11715\n 40 6 26\n 38 6 1\n 14 94 4 0.80626 0.11715 0.80626 0.11842 0.81573 0.11842 0.81573 0.11715\n 40 6 27\n 38 6 1\n 14 94 4 0.81573 0.11715 0.81573 0.11842 0.82204 0.11842 0.82204 0.11715\n 40 6 28\n 38 6 1\n 14 94 4 0.82204 0.11715 0.82204 0.11842 0.83152 0.11842 0.83152 0.11715\n 40 6 29\n 38 6 1\n 14 94 4 0.83152 0.11715 0.83152 0.11842 0.83783 0.11842 0.83783 0.11715\n 40 6 30\n 38 6 1\n 14 94 4 0.83783 0.11715 0.83783 0.11842 0.84730 0.11842 0.84730 0.11715\n 40 6 31\n 38 6 1\n 14 94 4 0.84730 0.11715 0.84730 0.11842 0.85361 0.11842 0.85361 0.11715\n 40 6 32\n 38 6 1\n 14 94 4 0.85361 0.11715 0.85361 0.11842 0.86309 0.11842 0.86309 0.11715\n 40 6 33\n 38 6 1\n 14 94 4 0.86309 0.11715 0.86309 0.11842 0.86940 0.11842 0.86940 0.11715\n 40 6 34\n 38 6 1\n 14 94 4 0.86940 0.11715 0.86940 0.11842 0.87887 0.11842 0.87887 0.11715\n 40 6 35\n 38 6 1\n 14 94 4 0.87887 0.11715 0.87887 0.11842 0.88519 0.11842 0.88519 0.11715\n 40 6 36\n 38 6 1\n 14 94 4 0.88519 0.11715 0.88519 0.11842 0.89466 0.11842 0.89466 0.11715\n 40 6 37\n 38 6 1\n 14 94 4 0.89466 0.11715 0.89466 0.11842 0.90413 0.11842 0.90413 0.11715\n 40 6 38\n 38 6 1\n 14 94 4 0.90413 0.11715 0.90413 0.11842 0.91044 0.11842 0.91044 0.11715\n 40 6 39\n 38 6 1\n 14 94 4 0.91044 0.11715 0.91044 0.11842 0.91676 0.11842 0.91676 0.11715\n 40 6 40\n 38 6 1\n 14 94 4 0.91676 0.11715 0.91676 0.11842 0.91991 0.11842 0.91991 0.11715\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11842 0.76206 0.11969 0.76837 0.11969 0.76837 0.11842\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11842 0.76837 0.11969 0.77784 0.11969 0.77784 0.11842\n 40 6 22\n 38 6 1\n 14 94 4 0.77784 0.11842 0.77784 0.11969 0.78416 0.11969 0.78416 0.11842\n 40 6 23\n 38 6 1\n 14 94 4 0.78416 0.11842 0.78416 0.11969 0.79363 0.11969 0.79363 0.11842\n 40 6 24\n 38 6 1\n 14 94 4 0.79363 0.11842 0.79363 0.11969 0.79994 0.11969 0.79994 0.11842\n 40 6 25\n 38 6 1\n 14 94 4 0.79994 0.11842 0.79994 0.11969 0.80942 0.11969 0.80942 0.11842\n 40 6 26\n 38 6 1\n 14 94 4 0.80942 0.11842 0.80942 0.11969 0.81889 0.11969 0.81889 0.11842\n 40 6 27\n 38 6 1\n 14 94 4 0.81889 0.11842 0.81889 0.11969 0.82520 0.11969 0.82520 0.11842\n 40 6 28\n 38 6 1\n 14 94 4 0.82520 0.11842 0.82520 0.11969 0.83467 0.11969 0.83467 0.11842\n 40 6 29\n 38 6 1\n 14 94 4 0.83467 0.11842 0.83467 0.11969 0.84099 0.11969 0.84099 0.11842\n 40 6 30\n 38 6 1\n 14 94 4 0.84099 0.11842 0.84099 0.11969 0.85046 0.11969 0.85046 0.11842\n 40 6 31\n 38 6 1\n 14 94 4 0.85046 0.11842 0.85046 0.11969 0.85993 0.11969 0.85993 0.11842\n 40 6 32\n 38 6 1\n 14 94 4 0.85993 0.11842 0.85993 0.11969 0.86624 0.11969 0.86624 0.11842\n 40 6 33\n 38 6 1\n 14 94 4 0.86624 0.11842 0.86624 0.11969 0.87571 0.11969 0.87571 0.11842\n 40 6 34\n 38 6 1\n 14 94 4 0.87571 0.11842 0.87571 0.11969 0.88203 0.11969 0.88203 0.11842\n 40 6 35\n 38 6 1\n 14 94 4 0.88203 0.11842 0.88203 0.11969 0.89150 0.11969 0.89150 0.11842\n 40 6 36\n 38 6 1\n 14 94 4 0.89150 0.11842 0.89150 0.11969 0.90097 0.11969 0.90097 0.11842\n 40 6 37\n 38 6 1\n 14 94 4 0.90097 0.11842 0.90097 0.11969 0.90729 0.11969 0.90729 0.11842\n 40 6 38\n 38 6 1\n 14 94 4 0.90729 0.11842 0.90729 0.11969 0.91676 0.11969 0.91676 0.11842\n 40 6 39\n 38 6 1\n 14 94 4 0.91676 0.11842 0.91676 0.11969 0.91991 0.11969 0.91991 0.11842\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.11969 0.76206 0.12096 0.76837 0.12096 0.76837 0.11969\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.11969 0.76837 0.12096 0.77784 0.12096 0.77784 0.11969\n 40 6 22\n 38 6 1\n 14 94 4 0.77784 0.11969 0.77784 0.12096 0.78732 0.12096 0.78732 0.11969\n 40 6 23\n 38 6 1\n 14 94 4 0.78732 0.11969 0.78732 0.12096 0.79363 0.12096 0.79363 0.11969\n 40 6 24\n 38 6 1\n 14 94 4 0.79363 0.11969 0.79363 0.12096 0.80310 0.12096 0.80310 0.11969\n 40 6 25\n 38 6 1\n 14 94 4 0.80310 0.11969 0.80310 0.12096 0.81257 0.12096 0.81257 0.11969\n 40 6 26\n 38 6 1\n 14 94 4 0.81257 0.11969 0.81257 0.12096 0.81889 0.12096 0.81889 0.11969\n 40 6 27\n 38 6 1\n 14 94 4 0.81889 0.11969 0.81889 0.12096 0.82836 0.12096 0.82836 0.11969\n 40 6 28\n 38 6 1\n 14 94 4 0.82836 0.11969 0.82836 0.12096 0.83783 0.12096 0.83783 0.11969\n 40 6 29\n 38 6 1\n 14 94 4 0.83783 0.11969 0.83783 0.12096 0.84414 0.12096 0.84414 0.11969\n 40 6 30\n 38 6 1\n 14 94 4 0.84414 0.11969 0.84414 0.12096 0.85361 0.12096 0.85361 0.11969\n 40 6 31\n 38 6 1\n 14 94 4 0.85361 0.11969 0.85361 0.12096 0.86309 0.12096 0.86309 0.11969\n 40 6 32\n 38 6 1\n 14 94 4 0.86309 0.11969 0.86309 0.12096 0.87256 0.12096 0.87256 0.11969\n 40 6 33\n 38 6 1\n 14 94 4 0.87256 0.11969 0.87256 0.12096 0.87887 0.12096 0.87887 0.11969\n 40 6 34\n 38 6 1\n 14 94 4 0.87887 0.11969 0.87887 0.12096 0.88834 0.12096 0.88834 0.11969\n 40 6 35\n 38 6 1\n 14 94 4 0.88834 0.11969 0.88834 0.12096 0.89781 0.12096 0.89781 0.11969\n 40 6 36\n 38 6 1\n 14 94 4 0.89781 0.11969 0.89781 0.12096 0.90413 0.12096 0.90413 0.11969\n 40 6 37\n 38 6 1\n 14 94 4 0.90413 0.11969 0.90413 0.12096 0.91360 0.12096 0.91360 0.11969\n 40 6 38\n 38 6 1\n 14 94 4 0.91360 0.11969 0.91360 0.12096 0.91991 0.12096 0.91991 0.11969\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12096 0.76206 0.12222 0.76837 0.12222 0.76837 0.12096\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.12096 0.76837 0.12222 0.77784 0.12222 0.77784 0.12096\n 40 6 22\n 38 6 1\n 14 94 4 0.77784 0.12096 0.77784 0.12222 0.78732 0.12222 0.78732 0.12096\n 40 6 23\n 38 6 1\n 14 94 4 0.78732 0.12096 0.78732 0.12222 0.79679 0.12222 0.79679 0.12096\n 40 6 24\n 38 6 1\n 14 94 4 0.79679 0.12096 0.79679 0.12222 0.80310 0.12222 0.80310 0.12096\n 40 6 25\n 38 6 1\n 14 94 4 0.80310 0.12096 0.80310 0.12222 0.81257 0.12222 0.81257 0.12096\n 40 6 26\n 38 6 1\n 14 94 4 0.81257 0.12096 0.81257 0.12222 0.82204 0.12222 0.82204 0.12096\n 40 6 27\n 38 6 1\n 14 94 4 0.82204 0.12096 0.82204 0.12222 0.83152 0.12222 0.83152 0.12096\n 40 6 28\n 38 6 1\n 14 94 4 0.83152 0.12096 0.83152 0.12222 0.84099 0.12222 0.84099 0.12096\n 40 6 29\n 38 6 1\n 14 94 4 0.84099 0.12096 0.84099 0.12222 0.84730 0.12222 0.84730 0.12096\n 40 6 30\n 38 6 1\n 14 94 4 0.84730 0.12096 0.84730 0.12222 0.85677 0.12222 0.85677 0.12096\n 40 6 31\n 38 6 1\n 14 94 4 0.85677 0.12096 0.85677 0.12222 0.86624 0.12222 0.86624 0.12096\n 40 6 32\n 38 6 1\n 14 94 4 0.86624 0.12096 0.86624 0.12222 0.87571 0.12222 0.87571 0.12096\n 40 6 33\n 38 6 1\n 14 94 4 0.87571 0.12096 0.87571 0.12222 0.88519 0.12222 0.88519 0.12096\n 40 6 34\n 38 6 1\n 14 94 4 0.88519 0.12096 0.88519 0.12222 0.89150 0.12222 0.89150 0.12096\n 40 6 35\n 38 6 1\n 14 94 4 0.89150 0.12096 0.89150 0.12222 0.90097 0.12222 0.90097 0.12096\n 40 6 36\n 38 6 1\n 14 94 4 0.90097 0.12096 0.90097 0.12222 0.91044 0.12222 0.91044 0.12096\n 40 6 37\n 38 6 1\n 14 94 4 0.91044 0.12096 0.91044 0.12222 0.91991 0.12222 0.91991 0.12096\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12222 0.76206 0.12349 0.76837 0.12349 0.76837 0.12222\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.12222 0.76837 0.12349 0.77784 0.12349 0.77784 0.12222\n 40 6 22\n 38 6 1\n 14 94 4 0.77784 0.12222 0.77784 0.12349 0.78732 0.12349 0.78732 0.12222\n 40 6 23\n 38 6 1\n 14 94 4 0.78732 0.12222 0.78732 0.12349 0.79679 0.12349 0.79679 0.12222\n 40 6 24\n 38 6 1\n 14 94 4 0.79679 0.12222 0.79679 0.12349 0.80626 0.12349 0.80626 0.12222\n 40 6 25\n 38 6 1\n 14 94 4 0.80626 0.12222 0.80626 0.12349 0.81573 0.12349 0.81573 0.12222\n 40 6 26\n 38 6 1\n 14 94 4 0.81573 0.12222 0.81573 0.12349 0.82520 0.12349 0.82520 0.12222\n 40 6 27\n 38 6 1\n 14 94 4 0.82520 0.12222 0.82520 0.12349 0.83467 0.12349 0.83467 0.12222\n 40 6 28\n 38 6 1\n 14 94 4 0.83467 0.12222 0.83467 0.12349 0.84414 0.12349 0.84414 0.12222\n 40 6 29\n 38 6 1\n 14 94 4 0.84414 0.12222 0.84414 0.12349 0.85046 0.12349 0.85046 0.12222\n 40 6 30\n 38 6 1\n 14 94 4 0.85046 0.12222 0.85046 0.12349 0.85993 0.12349 0.85993 0.12222\n 40 6 31\n 38 6 1\n 14 94 4 0.85993 0.12222 0.85993 0.12349 0.86940 0.12349 0.86940 0.12222\n 40 6 32\n 38 6 1\n 14 94 4 0.86940 0.12222 0.86940 0.12349 0.87887 0.12349 0.87887 0.12222\n 40 6 33\n 38 6 1\n 14 94 4 0.87887 0.12222 0.87887 0.12349 0.88834 0.12349 0.88834 0.12222\n 40 6 34\n 38 6 1\n 14 94 4 0.88834 0.12222 0.88834 0.12349 0.89781 0.12349 0.89781 0.12222\n 40 6 35\n 38 6 1\n 14 94 4 0.89781 0.12222 0.89781 0.12349 0.90729 0.12349 0.90729 0.12222\n 40 6 36\n 38 6 1\n 14 94 4 0.90729 0.12222 0.90729 0.12349 0.91676 0.12349 0.91676 0.12222\n 40 6 37\n 38 6 1\n 14 94 4 0.91676 0.12222 0.91676 0.12349 0.91991 0.12349 0.91991 0.12222\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12349 0.76206 0.12476 0.76837 0.12476 0.76837 0.12349\n 40 6 21\n 38 6 1\n 14 94 4 0.76837 0.12349 0.76837 0.12476 0.77784 0.12476 0.77784 0.12349\n 40 6 22\n 38 6 1\n 14 94 4 0.77784 0.12349 0.77784 0.12476 0.78732 0.12476 0.78732 0.12349\n 40 6 23\n 38 6 1\n 14 94 4 0.78732 0.12349 0.78732 0.12476 0.79679 0.12476 0.79679 0.12349\n 40 6 24\n 38 6 1\n 14 94 4 0.79679 0.12349 0.79679 0.12476 0.80626 0.12476 0.80626 0.12349\n 40 6 25\n 38 6 1\n 14 94 4 0.80626 0.12349 0.80626 0.12476 0.81573 0.12476 0.81573 0.12349\n 40 6 26\n 38 6 1\n 14 94 4 0.81573 0.12349 0.81573 0.12476 0.82520 0.12476 0.82520 0.12349\n 40 6 27\n 38 6 1\n 14 94 4 0.82520 0.12349 0.82520 0.12476 0.83467 0.12476 0.83467 0.12349\n 40 6 28\n 38 6 1\n 14 94 4 0.83467 0.12349 0.83467 0.12476 0.84730 0.12476 0.84730 0.12349\n 40 6 29\n 38 6 1\n 14 94 4 0.84730 0.12349 0.84730 0.12476 0.85361 0.12476 0.85361 0.12349\n 40 6 30\n 38 6 1\n 14 94 4 0.85361 0.12349 0.85361 0.12476 0.86309 0.12476 0.86309 0.12349\n 40 6 31\n 38 6 1\n 14 94 4 0.86309 0.12349 0.86309 0.12476 0.87256 0.12476 0.87256 0.12349\n 40 6 32\n 38 6 1\n 14 94 4 0.87256 0.12349 0.87256 0.12476 0.88519 0.12476 0.88519 0.12349\n 40 6 33\n 38 6 1\n 14 94 4 0.88519 0.12349 0.88519 0.12476 0.89150 0.12476 0.89150 0.12349\n 40 6 34\n 38 6 1\n 14 94 4 0.89150 0.12349 0.89150 0.12476 0.90097 0.12476 0.90097 0.12349\n 40 6 35\n 38 6 1\n 14 94 4 0.90097 0.12349 0.90097 0.12476 0.91044 0.12476 0.91044 0.12349\n 40 6 36\n 38 6 1\n 14 94 4 0.91044 0.12349 0.91044 0.12476 0.91991 0.12476 0.91991 0.12349\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12476 0.76206 0.12603 0.77153 0.12603 0.77153 0.12476\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.12476 0.77153 0.12603 0.78100 0.12603 0.78100 0.12476\n 40 6 22\n 38 6 1\n 14 94 4 0.78100 0.12476 0.78100 0.12603 0.79047 0.12603 0.79047 0.12476\n 40 6 23\n 38 6 1\n 14 94 4 0.79047 0.12476 0.79047 0.12603 0.79994 0.12603 0.79994 0.12476\n 40 6 24\n 38 6 1\n 14 94 4 0.79994 0.12476 0.79994 0.12603 0.80942 0.12603 0.80942 0.12476\n 40 6 25\n 38 6 1\n 14 94 4 0.80942 0.12476 0.80942 0.12603 0.81889 0.12603 0.81889 0.12476\n 40 6 26\n 38 6 1\n 14 94 4 0.81889 0.12476 0.81889 0.12603 0.82836 0.12603 0.82836 0.12476\n 40 6 27\n 38 6 1\n 14 94 4 0.82836 0.12476 0.82836 0.12603 0.83783 0.12603 0.83783 0.12476\n 40 6 28\n 38 6 1\n 14 94 4 0.83783 0.12476 0.83783 0.12603 0.84730 0.12603 0.84730 0.12476\n 40 6 29\n 38 6 1\n 14 94 4 0.84730 0.12476 0.84730 0.12603 0.85677 0.12603 0.85677 0.12476\n 40 6 30\n 38 6 1\n 14 94 4 0.85677 0.12476 0.85677 0.12603 0.86940 0.12603 0.86940 0.12476\n 40 6 31\n 38 6 1\n 14 94 4 0.86940 0.12476 0.86940 0.12603 0.87887 0.12603 0.87887 0.12476\n 40 6 32\n 38 6 1\n 14 94 4 0.87887 0.12476 0.87887 0.12603 0.88834 0.12603 0.88834 0.12476\n 40 6 33\n 38 6 1\n 14 94 4 0.88834 0.12476 0.88834 0.12603 0.89781 0.12603 0.89781 0.12476\n 40 6 34\n 38 6 1\n 14 94 4 0.89781 0.12476 0.89781 0.12603 0.90729 0.12603 0.90729 0.12476\n 40 6 35\n 38 6 1\n 14 94 4 0.90729 0.12476 0.90729 0.12603 0.91676 0.12603 0.91676 0.12476\n 40 6 36\n 38 6 1\n 14 94 4 0.91676 0.12476 0.91676 0.12603 0.91991 0.12603 0.91991 0.12476\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12603 0.76206 0.12730 0.77153 0.12730 0.77153 0.12603\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.12603 0.77153 0.12730 0.78100 0.12730 0.78100 0.12603\n 40 6 22\n 38 6 1\n 14 94 4 0.78100 0.12603 0.78100 0.12730 0.79047 0.12730 0.79047 0.12603\n 40 6 23\n 38 6 1\n 14 94 4 0.79047 0.12603 0.79047 0.12730 0.79994 0.12730 0.79994 0.12603\n 40 6 24\n 38 6 1\n 14 94 4 0.79994 0.12603 0.79994 0.12730 0.80942 0.12730 0.80942 0.12603\n 40 6 25\n 38 6 1\n 14 94 4 0.80942 0.12603 0.80942 0.12730 0.82204 0.12730 0.82204 0.12603\n 40 6 26\n 38 6 1\n 14 94 4 0.82204 0.12603 0.82204 0.12730 0.83152 0.12730 0.83152 0.12603\n 40 6 27\n 38 6 1\n 14 94 4 0.83152 0.12603 0.83152 0.12730 0.84099 0.12730 0.84099 0.12603\n 40 6 28\n 38 6 1\n 14 94 4 0.84099 0.12603 0.84099 0.12730 0.85046 0.12730 0.85046 0.12603\n 40 6 29\n 38 6 1\n 14 94 4 0.85046 0.12603 0.85046 0.12730 0.85993 0.12730 0.85993 0.12603\n 40 6 30\n 38 6 1\n 14 94 4 0.85993 0.12603 0.85993 0.12730 0.87256 0.12730 0.87256 0.12603\n 40 6 31\n 38 6 1\n 14 94 4 0.87256 0.12603 0.87256 0.12730 0.88203 0.12730 0.88203 0.12603\n 40 6 32\n 38 6 1\n 14 94 4 0.88203 0.12603 0.88203 0.12730 0.89150 0.12730 0.89150 0.12603\n 40 6 33\n 38 6 1\n 14 94 4 0.89150 0.12603 0.89150 0.12730 0.90097 0.12730 0.90097 0.12603\n 40 6 34\n 38 6 1\n 14 94 4 0.90097 0.12603 0.90097 0.12730 0.91044 0.12730 0.91044 0.12603\n 40 6 35\n 38 6 1\n 14 94 4 0.91044 0.12603 0.91044 0.12730 0.91991 0.12730 0.91991 0.12603\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12730 0.76206 0.12857 0.77153 0.12857 0.77153 0.12730\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.12730 0.77153 0.12857 0.78100 0.12857 0.78100 0.12730\n 40 6 22\n 38 6 1\n 14 94 4 0.78100 0.12730 0.78100 0.12857 0.79047 0.12857 0.79047 0.12730\n 40 6 23\n 38 6 1\n 14 94 4 0.79047 0.12730 0.79047 0.12857 0.80310 0.12857 0.80310 0.12730\n 40 6 24\n 38 6 1\n 14 94 4 0.80310 0.12730 0.80310 0.12857 0.81257 0.12857 0.81257 0.12730\n 40 6 25\n 38 6 1\n 14 94 4 0.81257 0.12730 0.81257 0.12857 0.82204 0.12857 0.82204 0.12730\n 40 6 26\n 38 6 1\n 14 94 4 0.82204 0.12730 0.82204 0.12857 0.83467 0.12857 0.83467 0.12730\n 40 6 27\n 38 6 1\n 14 94 4 0.83467 0.12730 0.83467 0.12857 0.84414 0.12857 0.84414 0.12730\n 40 6 28\n 38 6 1\n 14 94 4 0.84414 0.12730 0.84414 0.12857 0.85361 0.12857 0.85361 0.12730\n 40 6 29\n 38 6 1\n 14 94 4 0.85361 0.12730 0.85361 0.12857 0.86309 0.12857 0.86309 0.12730\n 40 6 30\n 38 6 1\n 14 94 4 0.86309 0.12730 0.86309 0.12857 0.87571 0.12857 0.87571 0.12730\n 40 6 31\n 38 6 1\n 14 94 4 0.87571 0.12730 0.87571 0.12857 0.88519 0.12857 0.88519 0.12730\n 40 6 32\n 38 6 1\n 14 94 4 0.88519 0.12730 0.88519 0.12857 0.89466 0.12857 0.89466 0.12730\n 40 6 33\n 38 6 1\n 14 94 4 0.89466 0.12730 0.89466 0.12857 0.90729 0.12857 0.90729 0.12730\n 40 6 34\n 38 6 1\n 14 94 4 0.90729 0.12730 0.90729 0.12857 0.91676 0.12857 0.91676 0.12730\n 40 6 35\n 38 6 1\n 14 94 4 0.91676 0.12730 0.91676 0.12857 0.91991 0.12857 0.91991 0.12730\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12857 0.76206 0.12984 0.77153 0.12984 0.77153 0.12857\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.12857 0.77153 0.12984 0.78100 0.12984 0.78100 0.12857\n 40 6 22\n 38 6 1\n 14 94 4 0.78100 0.12857 0.78100 0.12984 0.79363 0.12984 0.79363 0.12857\n 40 6 23\n 38 6 1\n 14 94 4 0.79363 0.12857 0.79363 0.12984 0.80310 0.12984 0.80310 0.12857\n 40 6 24\n 38 6 1\n 14 94 4 0.80310 0.12857 0.80310 0.12984 0.81257 0.12984 0.81257 0.12857\n 40 6 25\n 38 6 1\n 14 94 4 0.81257 0.12857 0.81257 0.12984 0.82520 0.12984 0.82520 0.12857\n 40 6 26\n 38 6 1\n 14 94 4 0.82520 0.12857 0.82520 0.12984 0.83467 0.12984 0.83467 0.12857\n 40 6 27\n 38 6 1\n 14 94 4 0.83467 0.12857 0.83467 0.12984 0.84730 0.12984 0.84730 0.12857\n 40 6 28\n 38 6 1\n 14 94 4 0.84730 0.12857 0.84730 0.12984 0.85677 0.12984 0.85677 0.12857\n 40 6 29\n 38 6 1\n 14 94 4 0.85677 0.12857 0.85677 0.12984 0.86624 0.12984 0.86624 0.12857\n 40 6 30\n 38 6 1\n 14 94 4 0.86624 0.12857 0.86624 0.12984 0.87887 0.12984 0.87887 0.12857\n 40 6 31\n 38 6 1\n 14 94 4 0.87887 0.12857 0.87887 0.12984 0.88834 0.12984 0.88834 0.12857\n 40 6 32\n 38 6 1\n 14 94 4 0.88834 0.12857 0.88834 0.12984 0.90097 0.12984 0.90097 0.12857\n 40 6 33\n 38 6 1\n 14 94 4 0.90097 0.12857 0.90097 0.12984 0.91044 0.12984 0.91044 0.12857\n 40 6 34\n 38 6 1\n 14 94 4 0.91044 0.12857 0.91044 0.12984 0.91991 0.12984 0.91991 0.12857\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.12984 0.76206 0.13111 0.77153 0.13111 0.77153 0.12984\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.12984 0.77153 0.13111 0.78100 0.13111 0.78100 0.12984\n 40 6 22\n 38 6 1\n 14 94 4 0.78100 0.12984 0.78100 0.13111 0.79363 0.13111 0.79363 0.12984\n 40 6 23\n 38 6 1\n 14 94 4 0.79363 0.12984 0.79363 0.13111 0.80310 0.13111 0.80310 0.12984\n 40 6 24\n 38 6 1\n 14 94 4 0.80310 0.12984 0.80310 0.13111 0.81573 0.13111 0.81573 0.12984\n 40 6 25\n 38 6 1\n 14 94 4 0.81573 0.12984 0.81573 0.13111 0.82520 0.13111 0.82520 0.12984\n 40 6 26\n 38 6 1\n 14 94 4 0.82520 0.12984 0.82520 0.13111 0.83783 0.13111 0.83783 0.12984\n 40 6 27\n 38 6 1\n 14 94 4 0.83783 0.12984 0.83783 0.13111 0.84730 0.13111 0.84730 0.12984\n 40 6 28\n 38 6 1\n 14 94 4 0.84730 0.12984 0.84730 0.13111 0.85993 0.13111 0.85993 0.12984\n 40 6 29\n 38 6 1\n 14 94 4 0.85993 0.12984 0.85993 0.13111 0.86940 0.13111 0.86940 0.12984\n 40 6 30\n 38 6 1\n 14 94 4 0.86940 0.12984 0.86940 0.13111 0.88203 0.13111 0.88203 0.12984\n 40 6 31\n 38 6 1\n 14 94 4 0.88203 0.12984 0.88203 0.13111 0.89150 0.13111 0.89150 0.12984\n 40 6 32\n 38 6 1\n 14 94 4 0.89150 0.12984 0.89150 0.13111 0.90413 0.13111 0.90413 0.12984\n 40 6 33\n 38 6 1\n 14 94 4 0.90413 0.12984 0.90413 0.13111 0.91360 0.13111 0.91360 0.12984\n 40 6 34\n 38 6 1\n 14 94 4 0.91360 0.12984 0.91360 0.13111 0.91991 0.13111 0.91991 0.12984\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13111 0.76206 0.13238 0.77153 0.13238 0.77153 0.13111\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.13111 0.77153 0.13238 0.78416 0.13238 0.78416 0.13111\n 40 6 22\n 38 6 1\n 14 94 4 0.78416 0.13111 0.78416 0.13238 0.79363 0.13238 0.79363 0.13111\n 40 6 23\n 38 6 1\n 14 94 4 0.79363 0.13111 0.79363 0.13238 0.80626 0.13238 0.80626 0.13111\n 40 6 24\n 38 6 1\n 14 94 4 0.80626 0.13111 0.80626 0.13238 0.81573 0.13238 0.81573 0.13111\n 40 6 25\n 38 6 1\n 14 94 4 0.81573 0.13111 0.81573 0.13238 0.82836 0.13238 0.82836 0.13111\n 40 6 26\n 38 6 1\n 14 94 4 0.82836 0.13111 0.82836 0.13238 0.84099 0.13238 0.84099 0.13111\n 40 6 27\n 38 6 1\n 14 94 4 0.84099 0.13111 0.84099 0.13238 0.85046 0.13238 0.85046 0.13111\n 40 6 28\n 38 6 1\n 14 94 4 0.85046 0.13111 0.85046 0.13238 0.86309 0.13238 0.86309 0.13111\n 40 6 29\n 38 6 1\n 14 94 4 0.86309 0.13111 0.86309 0.13238 0.87256 0.13238 0.87256 0.13111\n 40 6 30\n 38 6 1\n 14 94 4 0.87256 0.13111 0.87256 0.13238 0.88519 0.13238 0.88519 0.13111\n 40 6 31\n 38 6 1\n 14 94 4 0.88519 0.13111 0.88519 0.13238 0.89781 0.13238 0.89781 0.13111\n 40 6 32\n 38 6 1\n 14 94 4 0.89781 0.13111 0.89781 0.13238 0.90729 0.13238 0.90729 0.13111\n 40 6 33\n 38 6 1\n 14 94 4 0.90729 0.13111 0.90729 0.13238 0.91991 0.13238 0.91991 0.13111\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13238 0.76206 0.13365 0.77153 0.13365 0.77153 0.13238\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.13238 0.77153 0.13365 0.78416 0.13365 0.78416 0.13238\n 40 6 22\n 38 6 1\n 14 94 4 0.78416 0.13238 0.78416 0.13365 0.79679 0.13365 0.79679 0.13238\n 40 6 23\n 38 6 1\n 14 94 4 0.79679 0.13238 0.79679 0.13365 0.80626 0.13365 0.80626 0.13238\n 40 6 24\n 38 6 1\n 14 94 4 0.80626 0.13238 0.80626 0.13365 0.81889 0.13365 0.81889 0.13238\n 40 6 25\n 38 6 1\n 14 94 4 0.81889 0.13238 0.81889 0.13365 0.83152 0.13365 0.83152 0.13238\n 40 6 26\n 38 6 1\n 14 94 4 0.83152 0.13238 0.83152 0.13365 0.84099 0.13365 0.84099 0.13238\n 40 6 27\n 38 6 1\n 14 94 4 0.84099 0.13238 0.84099 0.13365 0.85361 0.13365 0.85361 0.13238\n 40 6 28\n 38 6 1\n 14 94 4 0.85361 0.13238 0.85361 0.13365 0.86624 0.13365 0.86624 0.13238\n 40 6 29\n 38 6 1\n 14 94 4 0.86624 0.13238 0.86624 0.13365 0.87571 0.13365 0.87571 0.13238\n 40 6 30\n 38 6 1\n 14 94 4 0.87571 0.13238 0.87571 0.13365 0.88834 0.13365 0.88834 0.13238\n 40 6 31\n 38 6 1\n 14 94 4 0.88834 0.13238 0.88834 0.13365 0.90097 0.13365 0.90097 0.13238\n 40 6 32\n 38 6 1\n 14 94 4 0.90097 0.13238 0.90097 0.13365 0.91360 0.13365 0.91360 0.13238\n 40 6 33\n 38 6 1\n 14 94 4 0.91360 0.13238 0.91360 0.13365 0.91991 0.13365 0.91991 0.13238\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13365 0.76206 0.13492 0.77153 0.13492 0.77153 0.13365\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.13365 0.77153 0.13492 0.78416 0.13492 0.78416 0.13365\n 40 6 22\n 38 6 1\n 14 94 4 0.78416 0.13365 0.78416 0.13492 0.79679 0.13492 0.79679 0.13365\n 40 6 23\n 38 6 1\n 14 94 4 0.79679 0.13365 0.79679 0.13492 0.80942 0.13492 0.80942 0.13365\n 40 6 24\n 38 6 1\n 14 94 4 0.80942 0.13365 0.80942 0.13492 0.81889 0.13492 0.81889 0.13365\n 40 6 25\n 38 6 1\n 14 94 4 0.81889 0.13365 0.81889 0.13492 0.83152 0.13492 0.83152 0.13365\n 40 6 26\n 38 6 1\n 14 94 4 0.83152 0.13365 0.83152 0.13492 0.84414 0.13492 0.84414 0.13365\n 40 6 27\n 38 6 1\n 14 94 4 0.84414 0.13365 0.84414 0.13492 0.85677 0.13492 0.85677 0.13365\n 40 6 28\n 38 6 1\n 14 94 4 0.85677 0.13365 0.85677 0.13492 0.86940 0.13492 0.86940 0.13365\n 40 6 29\n 38 6 1\n 14 94 4 0.86940 0.13365 0.86940 0.13492 0.87887 0.13492 0.87887 0.13365\n 40 6 30\n 38 6 1\n 14 94 4 0.87887 0.13365 0.87887 0.13492 0.89150 0.13492 0.89150 0.13365\n 40 6 31\n 38 6 1\n 14 94 4 0.89150 0.13365 0.89150 0.13492 0.90413 0.13492 0.90413 0.13365\n 40 6 32\n 38 6 1\n 14 94 4 0.90413 0.13365 0.90413 0.13492 0.91676 0.13492 0.91676 0.13365\n 40 6 33\n 38 6 1\n 14 94 4 0.91676 0.13365 0.91676 0.13492 0.91991 0.13492 0.91991 0.13365\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13492 0.76206 0.13619 0.77153 0.13619 0.77153 0.13492\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.13492 0.77153 0.13619 0.78416 0.13619 0.78416 0.13492\n 40 6 22\n 38 6 1\n 14 94 4 0.78416 0.13492 0.78416 0.13619 0.79679 0.13619 0.79679 0.13492\n 40 6 23\n 38 6 1\n 14 94 4 0.79679 0.13492 0.79679 0.13619 0.80942 0.13619 0.80942 0.13492\n 40 6 24\n 38 6 1\n 14 94 4 0.80942 0.13492 0.80942 0.13619 0.82204 0.13619 0.82204 0.13492\n 40 6 25\n 38 6 1\n 14 94 4 0.82204 0.13492 0.82204 0.13619 0.83467 0.13619 0.83467 0.13492\n 40 6 26\n 38 6 1\n 14 94 4 0.83467 0.13492 0.83467 0.13619 0.84730 0.13619 0.84730 0.13492\n 40 6 27\n 38 6 1\n 14 94 4 0.84730 0.13492 0.84730 0.13619 0.85993 0.13619 0.85993 0.13492\n 40 6 28\n 38 6 1\n 14 94 4 0.85993 0.13492 0.85993 0.13619 0.87256 0.13619 0.87256 0.13492\n 40 6 29\n 38 6 1\n 14 94 4 0.87256 0.13492 0.87256 0.13619 0.88203 0.13619 0.88203 0.13492\n 40 6 30\n 38 6 1\n 14 94 4 0.88203 0.13492 0.88203 0.13619 0.89466 0.13619 0.89466 0.13492\n 40 6 31\n 38 6 1\n 14 94 4 0.89466 0.13492 0.89466 0.13619 0.90729 0.13619 0.90729 0.13492\n 40 6 32\n 38 6 1\n 14 94 4 0.90729 0.13492 0.90729 0.13619 0.91991 0.13619 0.91991 0.13492\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13619 0.76206 0.13746 0.77153 0.13746 0.77153 0.13619\n 40 6 21\n 38 6 1\n 14 94 4 0.77153 0.13619 0.77153 0.13746 0.78416 0.13746 0.78416 0.13619\n 40 6 22\n 38 6 1\n 14 94 4 0.78416 0.13619 0.78416 0.13746 0.79679 0.13746 0.79679 0.13619\n 40 6 23\n 38 6 1\n 14 94 4 0.79679 0.13619 0.79679 0.13746 0.80942 0.13746 0.80942 0.13619\n 40 6 24\n 38 6 1\n 14 94 4 0.80942 0.13619 0.80942 0.13746 0.82204 0.13746 0.82204 0.13619\n 40 6 25\n 38 6 1\n 14 94 4 0.82204 0.13619 0.82204 0.13746 0.83467 0.13746 0.83467 0.13619\n 40 6 26\n 38 6 1\n 14 94 4 0.83467 0.13619 0.83467 0.13746 0.84730 0.13746 0.84730 0.13619\n 40 6 27\n 38 6 1\n 14 94 4 0.84730 0.13619 0.84730 0.13746 0.85993 0.13746 0.85993 0.13619\n 40 6 28\n 38 6 1\n 14 94 4 0.85993 0.13619 0.85993 0.13746 0.87571 0.13746 0.87571 0.13619\n 40 6 29\n 38 6 1\n 14 94 4 0.87571 0.13619 0.87571 0.13746 0.88519 0.13746 0.88519 0.13619\n 40 6 30\n 38 6 1\n 14 94 4 0.88519 0.13619 0.88519 0.13746 0.89781 0.13746 0.89781 0.13619\n 40 6 31\n 38 6 1\n 14 94 4 0.89781 0.13619 0.89781 0.13746 0.91044 0.13746 0.91044 0.13619\n 40 6 32\n 38 6 1\n 14 94 4 0.91044 0.13619 0.91044 0.13746 0.91991 0.13746 0.91991 0.13619\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13746 0.76206 0.13873 0.77469 0.13873 0.77469 0.13746\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.13746 0.77469 0.13873 0.78732 0.13873 0.78732 0.13746\n 40 6 22\n 38 6 1\n 14 94 4 0.78732 0.13746 0.78732 0.13873 0.79994 0.13873 0.79994 0.13746\n 40 6 23\n 38 6 1\n 14 94 4 0.79994 0.13746 0.79994 0.13873 0.81257 0.13873 0.81257 0.13746\n 40 6 24\n 38 6 1\n 14 94 4 0.81257 0.13746 0.81257 0.13873 0.82520 0.13873 0.82520 0.13746\n 40 6 25\n 38 6 1\n 14 94 4 0.82520 0.13746 0.82520 0.13873 0.83783 0.13873 0.83783 0.13746\n 40 6 26\n 38 6 1\n 14 94 4 0.83783 0.13746 0.83783 0.13873 0.85046 0.13873 0.85046 0.13746\n 40 6 27\n 38 6 1\n 14 94 4 0.85046 0.13746 0.85046 0.13873 0.86309 0.13873 0.86309 0.13746\n 40 6 28\n 38 6 1\n 14 94 4 0.86309 0.13746 0.86309 0.13873 0.87571 0.13873 0.87571 0.13746\n 40 6 29\n 38 6 1\n 14 94 4 0.87571 0.13746 0.87571 0.13873 0.88834 0.13873 0.88834 0.13746\n 40 6 30\n 38 6 1\n 14 94 4 0.88834 0.13746 0.88834 0.13873 0.90413 0.13873 0.90413 0.13746\n 40 6 31\n 38 6 1\n 14 94 4 0.90413 0.13746 0.90413 0.13873 0.91676 0.13873 0.91676 0.13746\n 40 6 32\n 38 6 1\n 14 94 4 0.91676 0.13746 0.91676 0.13873 0.91991 0.13873 0.91991 0.13746\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.13873 0.76206 0.14000 0.77469 0.14000 0.77469 0.13873\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.13873 0.77469 0.14000 0.78732 0.14000 0.78732 0.13873\n 40 6 22\n 38 6 1\n 14 94 4 0.78732 0.13873 0.78732 0.14000 0.79994 0.14000 0.79994 0.13873\n 40 6 23\n 38 6 1\n 14 94 4 0.79994 0.13873 0.79994 0.14000 0.81257 0.14000 0.81257 0.13873\n 40 6 24\n 38 6 1\n 14 94 4 0.81257 0.13873 0.81257 0.14000 0.82520 0.14000 0.82520 0.13873\n 40 6 25\n 38 6 1\n 14 94 4 0.82520 0.13873 0.82520 0.14000 0.84099 0.14000 0.84099 0.13873\n 40 6 26\n 38 6 1\n 14 94 4 0.84099 0.13873 0.84099 0.14000 0.85361 0.14000 0.85361 0.13873\n 40 6 27\n 38 6 1\n 14 94 4 0.85361 0.13873 0.85361 0.14000 0.86624 0.14000 0.86624 0.13873\n 40 6 28\n 38 6 1\n 14 94 4 0.86624 0.13873 0.86624 0.14000 0.87887 0.14000 0.87887 0.13873\n 40 6 29\n 38 6 1\n 14 94 4 0.87887 0.13873 0.87887 0.14000 0.89150 0.14000 0.89150 0.13873\n 40 6 30\n 38 6 1\n 14 94 4 0.89150 0.13873 0.89150 0.14000 0.90729 0.14000 0.90729 0.13873\n 40 6 31\n 38 6 1\n 14 94 4 0.90729 0.13873 0.90729 0.14000 0.91991 0.14000 0.91991 0.13873\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14000 0.76206 0.14127 0.77469 0.14127 0.77469 0.14000\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14000 0.77469 0.14127 0.78732 0.14127 0.78732 0.14000\n 40 6 22\n 38 6 1\n 14 94 4 0.78732 0.14000 0.78732 0.14127 0.79994 0.14127 0.79994 0.14000\n 40 6 23\n 38 6 1\n 14 94 4 0.79994 0.14000 0.79994 0.14127 0.81573 0.14127 0.81573 0.14000\n 40 6 24\n 38 6 1\n 14 94 4 0.81573 0.14000 0.81573 0.14127 0.82836 0.14127 0.82836 0.14000\n 40 6 25\n 38 6 1\n 14 94 4 0.82836 0.14000 0.82836 0.14127 0.84099 0.14127 0.84099 0.14000\n 40 6 26\n 38 6 1\n 14 94 4 0.84099 0.14000 0.84099 0.14127 0.85677 0.14127 0.85677 0.14000\n 40 6 27\n 38 6 1\n 14 94 4 0.85677 0.14000 0.85677 0.14127 0.86940 0.14127 0.86940 0.14000\n 40 6 28\n 38 6 1\n 14 94 4 0.86940 0.14000 0.86940 0.14127 0.88203 0.14127 0.88203 0.14000\n 40 6 29\n 38 6 1\n 14 94 4 0.88203 0.14000 0.88203 0.14127 0.89466 0.14127 0.89466 0.14000\n 40 6 30\n 38 6 1\n 14 94 4 0.89466 0.14000 0.89466 0.14127 0.91044 0.14127 0.91044 0.14000\n 40 6 31\n 38 6 1\n 14 94 4 0.91044 0.14000 0.91044 0.14127 0.91991 0.14127 0.91991 0.14000\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14127 0.76206 0.14254 0.77469 0.14254 0.77469 0.14127\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14127 0.77469 0.14254 0.78732 0.14254 0.78732 0.14127\n 40 6 22\n 38 6 1\n 14 94 4 0.78732 0.14127 0.78732 0.14254 0.80310 0.14254 0.80310 0.14127\n 40 6 23\n 38 6 1\n 14 94 4 0.80310 0.14127 0.80310 0.14254 0.81573 0.14254 0.81573 0.14127\n 40 6 24\n 38 6 1\n 14 94 4 0.81573 0.14127 0.81573 0.14254 0.82836 0.14254 0.82836 0.14127\n 40 6 25\n 38 6 1\n 14 94 4 0.82836 0.14127 0.82836 0.14254 0.84414 0.14254 0.84414 0.14127\n 40 6 26\n 38 6 1\n 14 94 4 0.84414 0.14127 0.84414 0.14254 0.85677 0.14254 0.85677 0.14127\n 40 6 27\n 38 6 1\n 14 94 4 0.85677 0.14127 0.85677 0.14254 0.87256 0.14254 0.87256 0.14127\n 40 6 28\n 38 6 1\n 14 94 4 0.87256 0.14127 0.87256 0.14254 0.88519 0.14254 0.88519 0.14127\n 40 6 29\n 38 6 1\n 14 94 4 0.88519 0.14127 0.88519 0.14254 0.89781 0.14254 0.89781 0.14127\n 40 6 30\n 38 6 1\n 14 94 4 0.89781 0.14127 0.89781 0.14254 0.91360 0.14254 0.91360 0.14127\n 40 6 31\n 38 6 1\n 14 94 4 0.91360 0.14127 0.91360 0.14254 0.91991 0.14254 0.91991 0.14127\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14254 0.76206 0.14381 0.77469 0.14381 0.77469 0.14254\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14254 0.77469 0.14381 0.78732 0.14381 0.78732 0.14254\n 40 6 22\n 38 6 1\n 14 94 4 0.78732 0.14254 0.78732 0.14381 0.80310 0.14381 0.80310 0.14254\n 40 6 23\n 38 6 1\n 14 94 4 0.80310 0.14254 0.80310 0.14381 0.81573 0.14381 0.81573 0.14254\n 40 6 24\n 38 6 1\n 14 94 4 0.81573 0.14254 0.81573 0.14381 0.83152 0.14381 0.83152 0.14254\n 40 6 25\n 38 6 1\n 14 94 4 0.83152 0.14254 0.83152 0.14381 0.84414 0.14381 0.84414 0.14254\n 40 6 26\n 38 6 1\n 14 94 4 0.84414 0.14254 0.84414 0.14381 0.85993 0.14381 0.85993 0.14254\n 40 6 27\n 38 6 1\n 14 94 4 0.85993 0.14254 0.85993 0.14381 0.87256 0.14381 0.87256 0.14254\n 40 6 28\n 38 6 1\n 14 94 4 0.87256 0.14254 0.87256 0.14381 0.88834 0.14381 0.88834 0.14254\n 40 6 29\n 38 6 1\n 14 94 4 0.88834 0.14254 0.88834 0.14381 0.90097 0.14381 0.90097 0.14254\n 40 6 30\n 38 6 1\n 14 94 4 0.90097 0.14254 0.90097 0.14381 0.91676 0.14381 0.91676 0.14254\n 40 6 31\n 38 6 1\n 14 94 4 0.91676 0.14254 0.91676 0.14381 0.91991 0.14381 0.91991 0.14254\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14381 0.76206 0.14508 0.77469 0.14508 0.77469 0.14381\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14381 0.77469 0.14508 0.79047 0.14508 0.79047 0.14381\n 40 6 22\n 38 6 1\n 14 94 4 0.79047 0.14381 0.79047 0.14508 0.80310 0.14508 0.80310 0.14381\n 40 6 23\n 38 6 1\n 14 94 4 0.80310 0.14381 0.80310 0.14508 0.81889 0.14508 0.81889 0.14381\n 40 6 24\n 38 6 1\n 14 94 4 0.81889 0.14381 0.81889 0.14508 0.83152 0.14508 0.83152 0.14381\n 40 6 25\n 38 6 1\n 14 94 4 0.83152 0.14381 0.83152 0.14508 0.84730 0.14508 0.84730 0.14381\n 40 6 26\n 38 6 1\n 14 94 4 0.84730 0.14381 0.84730 0.14508 0.86309 0.14508 0.86309 0.14381\n 40 6 27\n 38 6 1\n 14 94 4 0.86309 0.14381 0.86309 0.14508 0.87571 0.14508 0.87571 0.14381\n 40 6 28\n 38 6 1\n 14 94 4 0.87571 0.14381 0.87571 0.14508 0.89150 0.14508 0.89150 0.14381\n 40 6 29\n 38 6 1\n 14 94 4 0.89150 0.14381 0.89150 0.14508 0.90413 0.14508 0.90413 0.14381\n 40 6 30\n 38 6 1\n 14 94 4 0.90413 0.14381 0.90413 0.14508 0.91991 0.14508 0.91991 0.14381\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14508 0.76206 0.14635 0.77469 0.14635 0.77469 0.14508\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14508 0.77469 0.14635 0.79047 0.14635 0.79047 0.14508\n 40 6 22\n 38 6 1\n 14 94 4 0.79047 0.14508 0.79047 0.14635 0.80626 0.14635 0.80626 0.14508\n 40 6 23\n 38 6 1\n 14 94 4 0.80626 0.14508 0.80626 0.14635 0.81889 0.14635 0.81889 0.14508\n 40 6 24\n 38 6 1\n 14 94 4 0.81889 0.14508 0.81889 0.14635 0.83467 0.14635 0.83467 0.14508\n 40 6 25\n 38 6 1\n 14 94 4 0.83467 0.14508 0.83467 0.14635 0.85046 0.14635 0.85046 0.14508\n 40 6 26\n 38 6 1\n 14 94 4 0.85046 0.14508 0.85046 0.14635 0.86309 0.14635 0.86309 0.14508\n 40 6 27\n 38 6 1\n 14 94 4 0.86309 0.14508 0.86309 0.14635 0.87887 0.14635 0.87887 0.14508\n 40 6 28\n 38 6 1\n 14 94 4 0.87887 0.14508 0.87887 0.14635 0.89466 0.14635 0.89466 0.14508\n 40 6 29\n 38 6 1\n 14 94 4 0.89466 0.14508 0.89466 0.14635 0.90729 0.14635 0.90729 0.14508\n 40 6 30\n 38 6 1\n 14 94 4 0.90729 0.14508 0.90729 0.14635 0.91991 0.14635 0.91991 0.14508\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14635 0.76206 0.14762 0.77469 0.14762 0.77469 0.14635\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14635 0.77469 0.14762 0.79047 0.14762 0.79047 0.14635\n 40 6 22\n 38 6 1\n 14 94 4 0.79047 0.14635 0.79047 0.14762 0.80626 0.14762 0.80626 0.14635\n 40 6 23\n 38 6 1\n 14 94 4 0.80626 0.14635 0.80626 0.14762 0.82204 0.14762 0.82204 0.14635\n 40 6 24\n 38 6 1\n 14 94 4 0.82204 0.14635 0.82204 0.14762 0.83467 0.14762 0.83467 0.14635\n 40 6 25\n 38 6 1\n 14 94 4 0.83467 0.14635 0.83467 0.14762 0.85046 0.14762 0.85046 0.14635\n 40 6 26\n 38 6 1\n 14 94 4 0.85046 0.14635 0.85046 0.14762 0.86624 0.14762 0.86624 0.14635\n 40 6 27\n 38 6 1\n 14 94 4 0.86624 0.14635 0.86624 0.14762 0.88203 0.14762 0.88203 0.14635\n 40 6 28\n 38 6 1\n 14 94 4 0.88203 0.14635 0.88203 0.14762 0.89781 0.14762 0.89781 0.14635\n 40 6 29\n 38 6 1\n 14 94 4 0.89781 0.14635 0.89781 0.14762 0.91044 0.14762 0.91044 0.14635\n 40 6 30\n 38 6 1\n 14 94 4 0.91044 0.14635 0.91044 0.14762 0.91991 0.14762 0.91991 0.14635\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14762 0.76206 0.14889 0.77469 0.14889 0.77469 0.14762\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14762 0.77469 0.14889 0.79047 0.14889 0.79047 0.14762\n 40 6 22\n 38 6 1\n 14 94 4 0.79047 0.14762 0.79047 0.14889 0.80626 0.14889 0.80626 0.14762\n 40 6 23\n 38 6 1\n 14 94 4 0.80626 0.14762 0.80626 0.14889 0.82204 0.14889 0.82204 0.14762\n 40 6 24\n 38 6 1\n 14 94 4 0.82204 0.14762 0.82204 0.14889 0.83783 0.14889 0.83783 0.14762\n 40 6 25\n 38 6 1\n 14 94 4 0.83783 0.14762 0.83783 0.14889 0.85361 0.14889 0.85361 0.14762\n 40 6 26\n 38 6 1\n 14 94 4 0.85361 0.14762 0.85361 0.14889 0.86940 0.14889 0.86940 0.14762\n 40 6 27\n 38 6 1\n 14 94 4 0.86940 0.14762 0.86940 0.14889 0.88519 0.14889 0.88519 0.14762\n 40 6 28\n 38 6 1\n 14 94 4 0.88519 0.14762 0.88519 0.14889 0.90097 0.14889 0.90097 0.14762\n 40 6 29\n 38 6 1\n 14 94 4 0.90097 0.14762 0.90097 0.14889 0.91360 0.14889 0.91360 0.14762\n 40 6 30\n 38 6 1\n 14 94 4 0.91360 0.14762 0.91360 0.14889 0.91991 0.14889 0.91991 0.14762\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.14889 0.76206 0.15016 0.77469 0.15016 0.77469 0.14889\n 40 6 21\n 38 6 1\n 14 94 4 0.77469 0.14889 0.77469 0.15016 0.79047 0.15016 0.79047 0.14889\n 40 6 22\n 38 6 1\n 14 94 4 0.79047 0.14889 0.79047 0.15016 0.80626 0.15016 0.80626 0.14889\n 40 6 23\n 38 6 1\n 14 94 4 0.80626 0.14889 0.80626 0.15016 0.82204 0.15016 0.82204 0.14889\n 40 6 24\n 38 6 1\n 14 94 4 0.82204 0.14889 0.82204 0.15016 0.83783 0.15016 0.83783 0.14889\n 40 6 25\n 38 6 1\n 14 94 4 0.83783 0.14889 0.83783 0.15016 0.85361 0.15016 0.85361 0.14889\n 40 6 26\n 38 6 1\n 14 94 4 0.85361 0.14889 0.85361 0.15016 0.86940 0.15016 0.86940 0.14889\n 40 6 27\n 38 6 1\n 14 94 4 0.86940 0.14889 0.86940 0.15016 0.88519 0.15016 0.88519 0.14889\n 40 6 28\n 38 6 1\n 14 94 4 0.88519 0.14889 0.88519 0.15016 0.90413 0.15016 0.90413 0.14889\n 40 6 29\n 38 6 1\n 14 94 4 0.90413 0.14889 0.90413 0.15016 0.91676 0.15016 0.91676 0.14889\n 40 6 30\n 38 6 1\n 14 94 4 0.91676 0.14889 0.91676 0.15016 0.91991 0.15016 0.91991 0.14889\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15016 0.76206 0.15142 0.77784 0.15142 0.77784 0.15016\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15016 0.77784 0.15142 0.79363 0.15142 0.79363 0.15016\n 40 6 22\n 38 6 1\n 14 94 4 0.79363 0.15016 0.79363 0.15142 0.80942 0.15142 0.80942 0.15016\n 40 6 23\n 38 6 1\n 14 94 4 0.80942 0.15016 0.80942 0.15142 0.82520 0.15142 0.82520 0.15016\n 40 6 24\n 38 6 1\n 14 94 4 0.82520 0.15016 0.82520 0.15142 0.84099 0.15142 0.84099 0.15016\n 40 6 25\n 38 6 1\n 14 94 4 0.84099 0.15016 0.84099 0.15142 0.85677 0.15142 0.85677 0.15016\n 40 6 26\n 38 6 1\n 14 94 4 0.85677 0.15016 0.85677 0.15142 0.87256 0.15142 0.87256 0.15016\n 40 6 27\n 38 6 1\n 14 94 4 0.87256 0.15016 0.87256 0.15142 0.88834 0.15142 0.88834 0.15016\n 40 6 28\n 38 6 1\n 14 94 4 0.88834 0.15016 0.88834 0.15142 0.90413 0.15142 0.90413 0.15016\n 40 6 29\n 38 6 1\n 14 94 4 0.90413 0.15016 0.90413 0.15142 0.91991 0.15142 0.91991 0.15016\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15142 0.76206 0.15269 0.77784 0.15269 0.77784 0.15142\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15142 0.77784 0.15269 0.79363 0.15269 0.79363 0.15142\n 40 6 22\n 38 6 1\n 14 94 4 0.79363 0.15142 0.79363 0.15269 0.80942 0.15269 0.80942 0.15142\n 40 6 23\n 38 6 1\n 14 94 4 0.80942 0.15142 0.80942 0.15269 0.82520 0.15269 0.82520 0.15142\n 40 6 24\n 38 6 1\n 14 94 4 0.82520 0.15142 0.82520 0.15269 0.84099 0.15269 0.84099 0.15142\n 40 6 25\n 38 6 1\n 14 94 4 0.84099 0.15142 0.84099 0.15269 0.85993 0.15269 0.85993 0.15142\n 40 6 26\n 38 6 1\n 14 94 4 0.85993 0.15142 0.85993 0.15269 0.87571 0.15269 0.87571 0.15142\n 40 6 27\n 38 6 1\n 14 94 4 0.87571 0.15142 0.87571 0.15269 0.89150 0.15269 0.89150 0.15142\n 40 6 28\n 38 6 1\n 14 94 4 0.89150 0.15142 0.89150 0.15269 0.90729 0.15269 0.90729 0.15142\n 40 6 29\n 38 6 1\n 14 94 4 0.90729 0.15142 0.90729 0.15269 0.91991 0.15269 0.91991 0.15142\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15269 0.76206 0.15396 0.77784 0.15396 0.77784 0.15269\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15269 0.77784 0.15396 0.79363 0.15396 0.79363 0.15269\n 40 6 22\n 38 6 1\n 14 94 4 0.79363 0.15269 0.79363 0.15396 0.80942 0.15396 0.80942 0.15269\n 40 6 23\n 38 6 1\n 14 94 4 0.80942 0.15269 0.80942 0.15396 0.82836 0.15396 0.82836 0.15269\n 40 6 24\n 38 6 1\n 14 94 4 0.82836 0.15269 0.82836 0.15396 0.84414 0.15396 0.84414 0.15269\n 40 6 25\n 38 6 1\n 14 94 4 0.84414 0.15269 0.84414 0.15396 0.85993 0.15396 0.85993 0.15269\n 40 6 26\n 38 6 1\n 14 94 4 0.85993 0.15269 0.85993 0.15396 0.87887 0.15396 0.87887 0.15269\n 40 6 27\n 38 6 1\n 14 94 4 0.87887 0.15269 0.87887 0.15396 0.89466 0.15396 0.89466 0.15269\n 40 6 28\n 38 6 1\n 14 94 4 0.89466 0.15269 0.89466 0.15396 0.91044 0.15396 0.91044 0.15269\n 40 6 29\n 38 6 1\n 14 94 4 0.91044 0.15269 0.91044 0.15396 0.91991 0.15396 0.91991 0.15269\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15396 0.76206 0.15523 0.77784 0.15523 0.77784 0.15396\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15396 0.77784 0.15523 0.79363 0.15523 0.79363 0.15396\n 40 6 22\n 38 6 1\n 14 94 4 0.79363 0.15396 0.79363 0.15523 0.81257 0.15523 0.81257 0.15396\n 40 6 23\n 38 6 1\n 14 94 4 0.81257 0.15396 0.81257 0.15523 0.82836 0.15523 0.82836 0.15396\n 40 6 24\n 38 6 1\n 14 94 4 0.82836 0.15396 0.82836 0.15523 0.84414 0.15523 0.84414 0.15396\n 40 6 25\n 38 6 1\n 14 94 4 0.84414 0.15396 0.84414 0.15523 0.86309 0.15523 0.86309 0.15396\n 40 6 26\n 38 6 1\n 14 94 4 0.86309 0.15396 0.86309 0.15523 0.87887 0.15523 0.87887 0.15396\n 40 6 27\n 38 6 1\n 14 94 4 0.87887 0.15396 0.87887 0.15523 0.89781 0.15523 0.89781 0.15396\n 40 6 28\n 38 6 1\n 14 94 4 0.89781 0.15396 0.89781 0.15523 0.91360 0.15523 0.91360 0.15396\n 40 6 29\n 38 6 1\n 14 94 4 0.91360 0.15396 0.91360 0.15523 0.91991 0.15523 0.91991 0.15396\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15523 0.76206 0.15650 0.77784 0.15650 0.77784 0.15523\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15523 0.77784 0.15650 0.79363 0.15650 0.79363 0.15523\n 40 6 22\n 38 6 1\n 14 94 4 0.79363 0.15523 0.79363 0.15650 0.81257 0.15650 0.81257 0.15523\n 40 6 23\n 38 6 1\n 14 94 4 0.81257 0.15523 0.81257 0.15650 0.82836 0.15650 0.82836 0.15523\n 40 6 24\n 38 6 1\n 14 94 4 0.82836 0.15523 0.82836 0.15650 0.84730 0.15650 0.84730 0.15523\n 40 6 25\n 38 6 1\n 14 94 4 0.84730 0.15523 0.84730 0.15650 0.86309 0.15650 0.86309 0.15523\n 40 6 26\n 38 6 1\n 14 94 4 0.86309 0.15523 0.86309 0.15650 0.88203 0.15650 0.88203 0.15523\n 40 6 27\n 38 6 1\n 14 94 4 0.88203 0.15523 0.88203 0.15650 0.89781 0.15650 0.89781 0.15523\n 40 6 28\n 38 6 1\n 14 94 4 0.89781 0.15523 0.89781 0.15650 0.91676 0.15650 0.91676 0.15523\n 40 6 29\n 38 6 1\n 14 94 4 0.91676 0.15523 0.91676 0.15650 0.91991 0.15650 0.91991 0.15523\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15650 0.76206 0.15777 0.77784 0.15777 0.77784 0.15650\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15650 0.77784 0.15777 0.79679 0.15777 0.79679 0.15650\n 40 6 22\n 38 6 1\n 14 94 4 0.79679 0.15650 0.79679 0.15777 0.81257 0.15777 0.81257 0.15650\n 40 6 23\n 38 6 1\n 14 94 4 0.81257 0.15650 0.81257 0.15777 0.83152 0.15777 0.83152 0.15650\n 40 6 24\n 38 6 1\n 14 94 4 0.83152 0.15650 0.83152 0.15777 0.84730 0.15777 0.84730 0.15650\n 40 6 25\n 38 6 1\n 14 94 4 0.84730 0.15650 0.84730 0.15777 0.86624 0.15777 0.86624 0.15650\n 40 6 26\n 38 6 1\n 14 94 4 0.86624 0.15650 0.86624 0.15777 0.88519 0.15777 0.88519 0.15650\n 40 6 27\n 38 6 1\n 14 94 4 0.88519 0.15650 0.88519 0.15777 0.90097 0.15777 0.90097 0.15650\n 40 6 28\n 38 6 1\n 14 94 4 0.90097 0.15650 0.90097 0.15777 0.91991 0.15777 0.91991 0.15650\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15777 0.76206 0.15904 0.77784 0.15904 0.77784 0.15777\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15777 0.77784 0.15904 0.79679 0.15904 0.79679 0.15777\n 40 6 22\n 38 6 1\n 14 94 4 0.79679 0.15777 0.79679 0.15904 0.81573 0.15904 0.81573 0.15777\n 40 6 23\n 38 6 1\n 14 94 4 0.81573 0.15777 0.81573 0.15904 0.83152 0.15904 0.83152 0.15777\n 40 6 24\n 38 6 1\n 14 94 4 0.83152 0.15777 0.83152 0.15904 0.85046 0.15904 0.85046 0.15777\n 40 6 25\n 38 6 1\n 14 94 4 0.85046 0.15777 0.85046 0.15904 0.86940 0.15904 0.86940 0.15777\n 40 6 26\n 38 6 1\n 14 94 4 0.86940 0.15777 0.86940 0.15904 0.88519 0.15904 0.88519 0.15777\n 40 6 27\n 38 6 1\n 14 94 4 0.88519 0.15777 0.88519 0.15904 0.90413 0.15904 0.90413 0.15777\n 40 6 28\n 38 6 1\n 14 94 4 0.90413 0.15777 0.90413 0.15904 0.91991 0.15904 0.91991 0.15777\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.15904 0.76206 0.16031 0.77784 0.16031 0.77784 0.15904\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.15904 0.77784 0.16031 0.79679 0.16031 0.79679 0.15904\n 40 6 22\n 38 6 1\n 14 94 4 0.79679 0.15904 0.79679 0.16031 0.81573 0.16031 0.81573 0.15904\n 40 6 23\n 38 6 1\n 14 94 4 0.81573 0.15904 0.81573 0.16031 0.83467 0.16031 0.83467 0.15904\n 40 6 24\n 38 6 1\n 14 94 4 0.83467 0.15904 0.83467 0.16031 0.85046 0.16031 0.85046 0.15904\n 40 6 25\n 38 6 1\n 14 94 4 0.85046 0.15904 0.85046 0.16031 0.86940 0.16031 0.86940 0.15904\n 40 6 26\n 38 6 1\n 14 94 4 0.86940 0.15904 0.86940 0.16031 0.88834 0.16031 0.88834 0.15904\n 40 6 27\n 38 6 1\n 14 94 4 0.88834 0.15904 0.88834 0.16031 0.90729 0.16031 0.90729 0.15904\n 40 6 28\n 38 6 1\n 14 94 4 0.90729 0.15904 0.90729 0.16031 0.91991 0.16031 0.91991 0.15904\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16031 0.76206 0.16158 0.77784 0.16158 0.77784 0.16031\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.16031 0.77784 0.16158 0.79679 0.16158 0.79679 0.16031\n 40 6 22\n 38 6 1\n 14 94 4 0.79679 0.16031 0.79679 0.16158 0.81573 0.16158 0.81573 0.16031\n 40 6 23\n 38 6 1\n 14 94 4 0.81573 0.16031 0.81573 0.16158 0.83467 0.16158 0.83467 0.16031\n 40 6 24\n 38 6 1\n 14 94 4 0.83467 0.16031 0.83467 0.16158 0.85361 0.16158 0.85361 0.16031\n 40 6 25\n 38 6 1\n 14 94 4 0.85361 0.16031 0.85361 0.16158 0.87256 0.16158 0.87256 0.16031\n 40 6 26\n 38 6 1\n 14 94 4 0.87256 0.16031 0.87256 0.16158 0.89150 0.16158 0.89150 0.16031\n 40 6 27\n 38 6 1\n 14 94 4 0.89150 0.16031 0.89150 0.16158 0.91044 0.16158 0.91044 0.16031\n 40 6 28\n 38 6 1\n 14 94 4 0.91044 0.16031 0.91044 0.16158 0.91991 0.16158 0.91991 0.16031\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16158 0.76206 0.16285 0.77784 0.16285 0.77784 0.16158\n 40 6 21\n 38 6 1\n 14 94 4 0.77784 0.16158 0.77784 0.16285 0.79679 0.16285 0.79679 0.16158\n 40 6 22\n 38 6 1\n 14 94 4 0.79679 0.16158 0.79679 0.16285 0.81573 0.16285 0.81573 0.16158\n 40 6 23\n 38 6 1\n 14 94 4 0.81573 0.16158 0.81573 0.16285 0.83467 0.16285 0.83467 0.16158\n 40 6 24\n 38 6 1\n 14 94 4 0.83467 0.16158 0.83467 0.16285 0.85361 0.16285 0.85361 0.16158\n 40 6 25\n 38 6 1\n 14 94 4 0.85361 0.16158 0.85361 0.16285 0.87256 0.16285 0.87256 0.16158\n 40 6 26\n 38 6 1\n 14 94 4 0.87256 0.16158 0.87256 0.16285 0.89150 0.16285 0.89150 0.16158\n 40 6 27\n 38 6 1\n 14 94 4 0.89150 0.16158 0.89150 0.16285 0.91044 0.16285 0.91044 0.16158\n 40 6 28\n 38 6 1\n 14 94 4 0.91044 0.16158 0.91044 0.16285 0.91991 0.16285 0.91991 0.16158\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16285 0.76206 0.16412 0.78100 0.16412 0.78100 0.16285\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16285 0.78100 0.16412 0.79994 0.16412 0.79994 0.16285\n 40 6 22\n 38 6 1\n 14 94 4 0.79994 0.16285 0.79994 0.16412 0.81889 0.16412 0.81889 0.16285\n 40 6 23\n 38 6 1\n 14 94 4 0.81889 0.16285 0.81889 0.16412 0.83783 0.16412 0.83783 0.16285\n 40 6 24\n 38 6 1\n 14 94 4 0.83783 0.16285 0.83783 0.16412 0.85677 0.16412 0.85677 0.16285\n 40 6 25\n 38 6 1\n 14 94 4 0.85677 0.16285 0.85677 0.16412 0.87571 0.16412 0.87571 0.16285\n 40 6 26\n 38 6 1\n 14 94 4 0.87571 0.16285 0.87571 0.16412 0.89466 0.16412 0.89466 0.16285\n 40 6 27\n 38 6 1\n 14 94 4 0.89466 0.16285 0.89466 0.16412 0.91360 0.16412 0.91360 0.16285\n 40 6 28\n 38 6 1\n 14 94 4 0.91360 0.16285 0.91360 0.16412 0.91991 0.16412 0.91991 0.16285\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16412 0.76206 0.16539 0.78100 0.16539 0.78100 0.16412\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16412 0.78100 0.16539 0.79994 0.16539 0.79994 0.16412\n 40 6 22\n 38 6 1\n 14 94 4 0.79994 0.16412 0.79994 0.16539 0.81889 0.16539 0.81889 0.16412\n 40 6 23\n 38 6 1\n 14 94 4 0.81889 0.16412 0.81889 0.16539 0.83783 0.16539 0.83783 0.16412\n 40 6 24\n 38 6 1\n 14 94 4 0.83783 0.16412 0.83783 0.16539 0.85677 0.16539 0.85677 0.16412\n 40 6 25\n 38 6 1\n 14 94 4 0.85677 0.16412 0.85677 0.16539 0.87887 0.16539 0.87887 0.16412\n 40 6 26\n 38 6 1\n 14 94 4 0.87887 0.16412 0.87887 0.16539 0.89781 0.16539 0.89781 0.16412\n 40 6 27\n 38 6 1\n 14 94 4 0.89781 0.16412 0.89781 0.16539 0.91676 0.16539 0.91676 0.16412\n 40 6 28\n 38 6 1\n 14 94 4 0.91676 0.16412 0.91676 0.16539 0.91991 0.16539 0.91991 0.16412\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16539 0.76206 0.16666 0.78100 0.16666 0.78100 0.16539\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16539 0.78100 0.16666 0.79994 0.16666 0.79994 0.16539\n 40 6 22\n 38 6 1\n 14 94 4 0.79994 0.16539 0.79994 0.16666 0.81889 0.16666 0.81889 0.16539\n 40 6 23\n 38 6 1\n 14 94 4 0.81889 0.16539 0.81889 0.16666 0.84099 0.16666 0.84099 0.16539\n 40 6 24\n 38 6 1\n 14 94 4 0.84099 0.16539 0.84099 0.16666 0.85993 0.16666 0.85993 0.16539\n 40 6 25\n 38 6 1\n 14 94 4 0.85993 0.16539 0.85993 0.16666 0.87887 0.16666 0.87887 0.16539\n 40 6 26\n 38 6 1\n 14 94 4 0.87887 0.16539 0.87887 0.16666 0.90097 0.16666 0.90097 0.16539\n 40 6 27\n 38 6 1\n 14 94 4 0.90097 0.16539 0.90097 0.16666 0.91991 0.16666 0.91991 0.16539\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16666 0.76206 0.16793 0.78100 0.16793 0.78100 0.16666\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16666 0.78100 0.16793 0.79994 0.16793 0.79994 0.16666\n 40 6 22\n 38 6 1\n 14 94 4 0.79994 0.16666 0.79994 0.16793 0.82204 0.16793 0.82204 0.16666\n 40 6 23\n 38 6 1\n 14 94 4 0.82204 0.16666 0.82204 0.16793 0.84099 0.16793 0.84099 0.16666\n 40 6 24\n 38 6 1\n 14 94 4 0.84099 0.16666 0.84099 0.16793 0.85993 0.16793 0.85993 0.16666\n 40 6 25\n 38 6 1\n 14 94 4 0.85993 0.16666 0.85993 0.16793 0.88203 0.16793 0.88203 0.16666\n 40 6 26\n 38 6 1\n 14 94 4 0.88203 0.16666 0.88203 0.16793 0.90097 0.16793 0.90097 0.16666\n 40 6 27\n 38 6 1\n 14 94 4 0.90097 0.16666 0.90097 0.16793 0.91991 0.16793 0.91991 0.16666\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16793 0.76206 0.16920 0.78100 0.16920 0.78100 0.16793\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16793 0.78100 0.16920 0.79994 0.16920 0.79994 0.16793\n 40 6 22\n 38 6 1\n 14 94 4 0.79994 0.16793 0.79994 0.16920 0.82204 0.16920 0.82204 0.16793\n 40 6 23\n 38 6 1\n 14 94 4 0.82204 0.16793 0.82204 0.16920 0.84099 0.16920 0.84099 0.16793\n 40 6 24\n 38 6 1\n 14 94 4 0.84099 0.16793 0.84099 0.16920 0.86309 0.16920 0.86309 0.16793\n 40 6 25\n 38 6 1\n 14 94 4 0.86309 0.16793 0.86309 0.16920 0.88203 0.16920 0.88203 0.16793\n 40 6 26\n 38 6 1\n 14 94 4 0.88203 0.16793 0.88203 0.16920 0.90413 0.16920 0.90413 0.16793\n 40 6 27\n 38 6 1\n 14 94 4 0.90413 0.16793 0.90413 0.16920 0.91991 0.16920 0.91991 0.16793\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.16920 0.76206 0.17047 0.78100 0.17047 0.78100 0.16920\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.16920 0.78100 0.17047 0.80310 0.17047 0.80310 0.16920\n 40 6 22\n 38 6 1\n 14 94 4 0.80310 0.16920 0.80310 0.17047 0.82204 0.17047 0.82204 0.16920\n 40 6 23\n 38 6 1\n 14 94 4 0.82204 0.16920 0.82204 0.17047 0.84414 0.17047 0.84414 0.16920\n 40 6 24\n 38 6 1\n 14 94 4 0.84414 0.16920 0.84414 0.17047 0.86309 0.17047 0.86309 0.16920\n 40 6 25\n 38 6 1\n 14 94 4 0.86309 0.16920 0.86309 0.17047 0.88519 0.17047 0.88519 0.16920\n 40 6 26\n 38 6 1\n 14 94 4 0.88519 0.16920 0.88519 0.17047 0.90729 0.17047 0.90729 0.16920\n 40 6 27\n 38 6 1\n 14 94 4 0.90729 0.16920 0.90729 0.17047 0.91991 0.17047 0.91991 0.16920\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.17047 0.76206 0.17174 0.78100 0.17174 0.78100 0.17047\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.17047 0.78100 0.17174 0.80310 0.17174 0.80310 0.17047\n 40 6 22\n 38 6 1\n 14 94 4 0.80310 0.17047 0.80310 0.17174 0.82520 0.17174 0.82520 0.17047\n 40 6 23\n 38 6 1\n 14 94 4 0.82520 0.17047 0.82520 0.17174 0.84414 0.17174 0.84414 0.17047\n 40 6 24\n 38 6 1\n 14 94 4 0.84414 0.17047 0.84414 0.17174 0.86624 0.17174 0.86624 0.17047\n 40 6 25\n 38 6 1\n 14 94 4 0.86624 0.17047 0.86624 0.17174 0.88834 0.17174 0.88834 0.17047\n 40 6 26\n 38 6 1\n 14 94 4 0.88834 0.17047 0.88834 0.17174 0.90729 0.17174 0.90729 0.17047\n 40 6 27\n 38 6 1\n 14 94 4 0.90729 0.17047 0.90729 0.17174 0.91991 0.17174 0.91991 0.17047\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.17174 0.76206 0.17301 0.78100 0.17301 0.78100 0.17174\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.17174 0.78100 0.17301 0.80310 0.17301 0.80310 0.17174\n 40 6 22\n 38 6 1\n 14 94 4 0.80310 0.17174 0.80310 0.17301 0.82520 0.17301 0.82520 0.17174\n 40 6 23\n 38 6 1\n 14 94 4 0.82520 0.17174 0.82520 0.17301 0.84730 0.17301 0.84730 0.17174\n 40 6 24\n 38 6 1\n 14 94 4 0.84730 0.17174 0.84730 0.17301 0.86624 0.17301 0.86624 0.17174\n 40 6 25\n 38 6 1\n 14 94 4 0.86624 0.17174 0.86624 0.17301 0.88834 0.17301 0.88834 0.17174\n 40 6 26\n 38 6 1\n 14 94 4 0.88834 0.17174 0.88834 0.17301 0.91044 0.17301 0.91044 0.17174\n 40 6 27\n 38 6 1\n 14 94 4 0.91044 0.17174 0.91044 0.17301 0.91991 0.17301 0.91991 0.17174\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.17301 0.76206 0.17428 0.78100 0.17428 0.78100 0.17301\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.17301 0.78100 0.17428 0.80310 0.17428 0.80310 0.17301\n 40 6 22\n 38 6 1\n 14 94 4 0.80310 0.17301 0.80310 0.17428 0.82520 0.17428 0.82520 0.17301\n 40 6 23\n 38 6 1\n 14 94 4 0.82520 0.17301 0.82520 0.17428 0.84730 0.17428 0.84730 0.17301\n 40 6 24\n 38 6 1\n 14 94 4 0.84730 0.17301 0.84730 0.17428 0.86940 0.17428 0.86940 0.17301\n 40 6 25\n 38 6 1\n 14 94 4 0.86940 0.17301 0.86940 0.17428 0.89150 0.17428 0.89150 0.17301\n 40 6 26\n 38 6 1\n 14 94 4 0.89150 0.17301 0.89150 0.17428 0.91360 0.17428 0.91360 0.17301\n 40 6 27\n 38 6 1\n 14 94 4 0.91360 0.17301 0.91360 0.17428 0.91991 0.17428 0.91991 0.17301\n 40 6 20\n 38 6 1\n 14 94 4 0.76206 0.17428 0.76206 0.17555 0.78100 0.17555 0.78100 0.17428\n 40 6 21\n 38 6 1\n 14 94 4 0.78100 0.17428 0.78100 0.17555 0.80310 0.17555 0.80310 0.17428\n 40 6 22\n 38 6 1\n 14 94 4 0.80310 0.17428 0.80310 0.17555 0.82520 0.17555 0.82520 0.17428\n 40 6 23\n 38 6 1\n 14 94 4 0.82520 0.17428 0.82520 0.17555 0.84730 0.17555 0.84730 0.17428\n 40 6 24\n 38 6 1\n 14 94 4 0.84730 0.17428 0.84730 0.17555 0.86940 0.17555 0.86940 0.17428\n 40 6 25\n 38 6 1\n 14 94 4 0.86940 0.17428 0.86940 0.17555 0.89150 0.17555 0.89150 0.17428\n 40 6 26\n 38 6 1\n 14 94 4 0.89150 0.17428 0.89150 0.17555 0.91360 0.17555 0.91360 0.17428\n 40 6 27\n 38 6 1\n 14 94 4 0.91360 0.17428 0.91360 0.17555 0.91991 0.17555 0.91991 0.17428\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 50 2 0.76206 0.11207 0.76206 0.17555\n 11 50 2 0.91991 0.11207 0.91991 0.17555\n 11 50 2 0.76206 0.17555 0.91991 0.17555\n 11 50 2 0.76206 0.11207 0.91991 0.11207\n 82 0\n 81 6 28\n 82 0\n 81 6 29\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 1194 54 0.78247 0.17491 0.78226 0.17364 0.78195 0.17237 0.78163 0.17110 0.78132 0.16983 0.78100 0.16856 0.78069 0.16729 0.78037 0.16602 0.78005 0.16476 0.77974 0.16349 0.77942 0.16252 0.77933 0.16222 0.77911 0.16095 0.77879 0.15968 0.77848 0.15841 0.77816 0.15714 0.77784 0.15587 0.77753 0.15460 0.77721 0.15333 0.77690 0.15206 0.77658 0.15079 0.77627 0.14979 0.77619 0.14952 0.77595 0.14825 0.77563 0.14698 0.77532 0.14571 0.77500 0.14444 0.77469 0.14317 0.77437 0.14190 0.77406 0.14063 0.77374 0.13936 0.77342 0.13809 0.77311 0.13705 0.77304 0.13682 0.77279 0.13556 0.77248 0.13429 0.77216 0.13302 0.77185 0.13175 0.77153 0.13048 0.77121 0.12921 0.77090 0.12794 0.77058 0.12667 0.77027 0.12540 0.76995 0.12431 0.76990 0.12413 0.76964 0.12286 0.76932 0.12159 0.76900 0.12032 0.76869 0.11905 0.76837 0.11778 0.76806 0.11651 0.76774 0.11524 0.76743 0.11397 0.76711 0.11270\n 11 1304 59 0.80457 0.17491 0.80405 0.17364 0.80342 0.17237 0.80279 0.17110 0.80215 0.16983 0.80152 0.16875 0.80142 0.16856 0.80089 0.16729 0.80026 0.16602 0.79963 0.16476 0.79900 0.16349 0.79837 0.16239 0.79827 0.16222 0.79773 0.16095 0.79710 0.15968 0.79647 0.15841 0.79584 0.15714 0.79521 0.15603 0.79512 0.15587 0.79458 0.15460 0.79395 0.15333 0.79331 0.15206 0.79268 0.15079 0.79205 0.14967 0.79197 0.14952 0.79142 0.14825 0.79079 0.14698 0.79016 0.14571 0.78953 0.14444 0.78889 0.14331 0.78882 0.14317 0.78826 0.14190 0.78763 0.14063 0.78700 0.13936 0.78637 0.13809 0.78574 0.13695 0.78567 0.13682 0.78511 0.13556 0.78447 0.13429 0.78384 0.13302 0.78321 0.13175 0.78258 0.13059 0.78252 0.13048 0.78195 0.12921 0.78132 0.12794 0.78069 0.12667 0.78005 0.12540 0.77942 0.12422 0.77937 0.12413 0.77879 0.12286 0.77816 0.12159 0.77753 0.12032 0.77690 0.11905 0.77627 0.11786 0.77622 0.11778 0.77563 0.11651 0.77500 0.11524 0.77437 0.11397 0.77374 0.11270\n 11 1414 64 0.82667 0.17491 0.82583 0.17364 0.82489 0.17237 0.82394 0.17110 0.82362 0.17068 0.82299 0.16983 0.82204 0.16856 0.82110 0.16729 0.82047 0.16645 0.82015 0.16602 0.81920 0.16476 0.81826 0.16349 0.81731 0.16234 0.81721 0.16222 0.81636 0.16095 0.81541 0.15968 0.81447 0.15841 0.81415 0.15799 0.81352 0.15714 0.81257 0.15587 0.81163 0.15460 0.81099 0.15376 0.81068 0.15333 0.80973 0.15206 0.80878 0.15079 0.80784 0.14962 0.80776 0.14952 0.80689 0.14825 0.80594 0.14698 0.80500 0.14571 0.80468 0.14529 0.80405 0.14444 0.80310 0.14317 0.80215 0.14190 0.80152 0.14106 0.80121 0.14063 0.80026 0.13936 0.79931 0.13809 0.79837 0.13691 0.79830 0.13682 0.79742 0.13556 0.79647 0.13429 0.79552 0.13302 0.79521 0.13260 0.79458 0.13175 0.79363 0.13048 0.79268 0.12921 0.79205 0.12837 0.79174 0.12794 0.79079 0.12667 0.78984 0.12540 0.78889 0.12419 0.78885 0.12413 0.78795 0.12286 0.78700 0.12159 0.78605 0.12032 0.78574 0.11991 0.78511 0.11905 0.78416 0.11778 0.78321 0.11651 0.78258 0.11568 0.78226 0.11524 0.78132 0.11397 0.78037 0.11270\n 11 1524 69 0.84877 0.17491 0.84762 0.17364 0.84635 0.17237 0.84572 0.17174 0.84509 0.17110 0.84383 0.16983 0.84257 0.16866 0.84246 0.16856 0.84130 0.16729 0.84004 0.16602 0.83941 0.16540 0.83878 0.16476 0.83751 0.16349 0.83625 0.16231 0.83616 0.16222 0.83499 0.16095 0.83373 0.15968 0.83309 0.15905 0.83246 0.15841 0.83120 0.15714 0.82994 0.15595 0.82985 0.15587 0.82867 0.15460 0.82741 0.15333 0.82678 0.15270 0.82615 0.15206 0.82489 0.15079 0.82362 0.14960 0.82354 0.14952 0.82236 0.14825 0.82110 0.14698 0.82047 0.14635 0.81983 0.14571 0.81857 0.14444 0.81731 0.14324 0.81724 0.14317 0.81605 0.14190 0.81478 0.14063 0.81415 0.14001 0.81352 0.13936 0.81226 0.13809 0.81099 0.13689 0.81093 0.13682 0.80973 0.13556 0.80847 0.13429 0.80784 0.13366 0.80721 0.13302 0.80594 0.13175 0.80468 0.13053 0.80462 0.13048 0.80342 0.12921 0.80215 0.12794 0.80152 0.12731 0.80089 0.12667 0.79963 0.12540 0.79837 0.12418 0.79832 0.12413 0.79710 0.12286 0.79584 0.12159 0.79521 0.12097 0.79458 0.12032 0.79331 0.11905 0.79205 0.11782 0.79201 0.11778 0.79079 0.11651 0.78953 0.11524 0.78889 0.11462 0.78826 0.11397 0.78700 0.11270\n 11 1634 74 0.87087 0.17491 0.86940 0.17364 0.86782 0.17246 0.86771 0.17237 0.86624 0.17110 0.86466 0.16992 0.86456 0.16983 0.86309 0.16856 0.86151 0.16738 0.86141 0.16729 0.85993 0.16602 0.85835 0.16483 0.85825 0.16476 0.85677 0.16349 0.85519 0.16229 0.85510 0.16222 0.85361 0.16095 0.85204 0.15975 0.85194 0.15968 0.85046 0.15841 0.84888 0.15721 0.84879 0.15714 0.84730 0.15587 0.84572 0.15467 0.84564 0.15460 0.84414 0.15333 0.84257 0.15213 0.84248 0.15206 0.84099 0.15079 0.83941 0.14958 0.83933 0.14952 0.83783 0.14825 0.83625 0.14704 0.83617 0.14698 0.83467 0.14571 0.83309 0.14450 0.83302 0.14444 0.83152 0.14317 0.82994 0.14196 0.82987 0.14190 0.82836 0.14063 0.82678 0.13942 0.82671 0.13936 0.82520 0.13809 0.82362 0.13688 0.82356 0.13682 0.82204 0.13556 0.82047 0.13434 0.82040 0.13429 0.81889 0.13302 0.81731 0.13179 0.81725 0.13175 0.81573 0.13048 0.81415 0.12925 0.81410 0.12921 0.81257 0.12794 0.81099 0.12671 0.81094 0.12667 0.80942 0.12540 0.80784 0.12417 0.80779 0.12413 0.80626 0.12286 0.80468 0.12163 0.80463 0.12159 0.80310 0.12032 0.80152 0.11909 0.80148 0.11905 0.79994 0.11778 0.79837 0.11654 0.79833 0.11651 0.79679 0.11524 0.79521 0.11400 0.79517 0.11397 0.79363 0.11270\n 11 1744 79 0.89297 0.17491 0.89118 0.17364 0.88992 0.17280 0.88929 0.17237 0.88740 0.17110 0.88676 0.17068 0.88550 0.16983 0.88361 0.16863 0.88350 0.16856 0.88171 0.16729 0.88045 0.16645 0.87982 0.16602 0.87792 0.16476 0.87729 0.16434 0.87603 0.16349 0.87414 0.16228 0.87404 0.16222 0.87224 0.16095 0.87098 0.16011 0.87035 0.15968 0.86845 0.15841 0.86782 0.15799 0.86656 0.15714 0.86466 0.15593 0.86458 0.15587 0.86277 0.15460 0.86151 0.15376 0.86088 0.15333 0.85898 0.15206 0.85835 0.15164 0.85709 0.15079 0.85519 0.14957 0.85511 0.14952 0.85330 0.14825 0.85204 0.14741 0.85140 0.14698 0.84951 0.14571 0.84888 0.14529 0.84762 0.14444 0.84572 0.14322 0.84565 0.14317 0.84383 0.14190 0.84257 0.14106 0.84193 0.14063 0.84004 0.13936 0.83941 0.13895 0.83815 0.13809 0.83625 0.13687 0.83619 0.13682 0.83436 0.13556 0.83309 0.13472 0.83246 0.13429 0.83057 0.13302 0.82994 0.13260 0.82867 0.13175 0.82678 0.13052 0.82672 0.13048 0.82489 0.12921 0.82362 0.12837 0.82299 0.12794 0.82110 0.12667 0.82047 0.12625 0.81920 0.12540 0.81731 0.12416 0.81726 0.12413 0.81541 0.12286 0.81415 0.12202 0.81352 0.12159 0.81163 0.12032 0.81099 0.11991 0.80973 0.11905 0.80784 0.11781 0.80780 0.11778 0.80594 0.11651 0.80468 0.11568 0.80405 0.11524 0.80215 0.11397 0.80152 0.11356 0.80026 0.11270\n 11 1854 84 0.91507 0.17491 0.91297 0.17364 0.91202 0.17310 0.91076 0.17237 0.90886 0.17129 0.90855 0.17110 0.90634 0.16983 0.90571 0.16947 0.90413 0.16856 0.90255 0.16766 0.90192 0.16729 0.89971 0.16602 0.89939 0.16585 0.89750 0.16476 0.89624 0.16404 0.89529 0.16349 0.89308 0.16227 0.89298 0.16222 0.89087 0.16095 0.88992 0.16041 0.88866 0.15968 0.88676 0.15859 0.88645 0.15841 0.88424 0.15714 0.88361 0.15678 0.88203 0.15587 0.88045 0.15497 0.87982 0.15460 0.87761 0.15333 0.87729 0.15315 0.87540 0.15206 0.87414 0.15134 0.87319 0.15079 0.87098 0.14957 0.87090 0.14952 0.86877 0.14825 0.86782 0.14771 0.86656 0.14698 0.86466 0.14590 0.86435 0.14571 0.86214 0.14444 0.86151 0.14409 0.85993 0.14317 0.85835 0.14227 0.85772 0.14190 0.85551 0.14063 0.85519 0.14046 0.85330 0.13936 0.85204 0.13865 0.85109 0.13809 0.84888 0.13686 0.84881 0.13682 0.84667 0.13556 0.84572 0.13502 0.84446 0.13429 0.84257 0.13320 0.84225 0.13302 0.84004 0.13175 0.83941 0.13139 0.83783 0.13048 0.83625 0.12958 0.83562 0.12921 0.83341 0.12794 0.83309 0.12776 0.83120 0.12667 0.82994 0.12595 0.82899 0.12540 0.82678 0.12416 0.82673 0.12413 0.82457 0.12286 0.82362 0.12233 0.82236 0.12159 0.82047 0.12051 0.82015 0.12032 0.81794 0.11905 0.81731 0.11870 0.81573 0.11778 0.81415 0.11689 0.81352 0.11651 0.81131 0.11524 0.81099 0.11507 0.80910 0.11397 0.80784 0.11326 0.80689 0.11270\n 11 1678 76 0.91834 0.16540 0.91707 0.16476 0.91518 0.16381 0.91455 0.16349 0.91202 0.16226 0.91193 0.16222 0.90950 0.16095 0.90886 0.16063 0.90697 0.15968 0.90571 0.15905 0.90444 0.15841 0.90255 0.15746 0.90192 0.15714 0.89939 0.15591 0.89931 0.15587 0.89687 0.15460 0.89624 0.15429 0.89434 0.15333 0.89308 0.15270 0.89182 0.15206 0.88992 0.15111 0.88929 0.15079 0.88676 0.14956 0.88668 0.14952 0.88424 0.14825 0.88361 0.14794 0.88171 0.14698 0.88045 0.14635 0.87919 0.14571 0.87729 0.14476 0.87666 0.14444 0.87414 0.14321 0.87406 0.14317 0.87161 0.14190 0.87098 0.14159 0.86908 0.14063 0.86782 0.14001 0.86656 0.13936 0.86466 0.13842 0.86403 0.13809 0.86151 0.13686 0.86144 0.13682 0.85898 0.13556 0.85835 0.13524 0.85646 0.13429 0.85519 0.13366 0.85393 0.13302 0.85204 0.13207 0.85140 0.13175 0.84888 0.13051 0.84882 0.13048 0.84635 0.12921 0.84572 0.12890 0.84383 0.12794 0.84257 0.12731 0.84130 0.12667 0.83941 0.12572 0.83878 0.12540 0.83625 0.12415 0.83620 0.12413 0.83373 0.12286 0.83309 0.12255 0.83120 0.12159 0.82994 0.12097 0.82867 0.12032 0.82678 0.11938 0.82615 0.11905 0.82362 0.11780 0.82358 0.11778 0.82110 0.11651 0.82047 0.11620 0.81857 0.11524 0.81731 0.11462 0.81605 0.11397 0.81415 0.11303 0.81352 0.11270\n 11 1480 67 0.91834 0.15658 0.91676 0.15587 0.91518 0.15517 0.91392 0.15460 0.91202 0.15376 0.91107 0.15333 0.90886 0.15235 0.90823 0.15206 0.90571 0.15093 0.90539 0.15079 0.90263 0.14952 0.90255 0.14949 0.89971 0.14825 0.89939 0.14811 0.89687 0.14698 0.89624 0.14670 0.89403 0.14571 0.89308 0.14529 0.89118 0.14444 0.88992 0.14388 0.88834 0.14317 0.88676 0.14247 0.88550 0.14190 0.88361 0.14106 0.88266 0.14063 0.88045 0.13965 0.87982 0.13936 0.87729 0.13824 0.87698 0.13809 0.87420 0.13682 0.87414 0.13680 0.87129 0.13556 0.87098 0.13542 0.86845 0.13429 0.86782 0.13401 0.86561 0.13302 0.86466 0.13260 0.86277 0.13175 0.86151 0.13119 0.85993 0.13048 0.85835 0.12978 0.85709 0.12921 0.85519 0.12837 0.85425 0.12794 0.85204 0.12696 0.85140 0.12667 0.84888 0.12554 0.84856 0.12540 0.84577 0.12413 0.84572 0.12411 0.84288 0.12286 0.84257 0.12272 0.84004 0.12159 0.83941 0.12132 0.83720 0.12032 0.83625 0.11991 0.83436 0.11905 0.83309 0.11850 0.83152 0.11778 0.82994 0.11709 0.82867 0.11651 0.82678 0.11568 0.82583 0.11524 0.82362 0.11426 0.82299 0.11397 0.82047 0.11285 0.82015 0.11270\n 11 1326 60 0.91834 0.14955 0.91826 0.14952 0.91518 0.14828 0.91510 0.14825 0.91202 0.14701 0.91194 0.14698 0.90886 0.14574 0.90879 0.14571 0.90571 0.14447 0.90563 0.14444 0.90255 0.14320 0.90248 0.14317 0.89939 0.14193 0.89932 0.14190 0.89624 0.14066 0.89617 0.14063 0.89308 0.13939 0.89301 0.13936 0.88992 0.13812 0.88986 0.13809 0.88676 0.13685 0.88670 0.13682 0.88361 0.13558 0.88354 0.13556 0.88045 0.13431 0.88039 0.13429 0.87729 0.13304 0.87723 0.13302 0.87414 0.13177 0.87408 0.13175 0.87098 0.13050 0.87092 0.13048 0.86782 0.12923 0.86777 0.12921 0.86466 0.12796 0.86461 0.12794 0.86151 0.12669 0.86146 0.12667 0.85835 0.12542 0.85830 0.12540 0.85519 0.12415 0.85514 0.12413 0.85204 0.12288 0.85199 0.12286 0.84888 0.12161 0.84883 0.12159 0.84572 0.12034 0.84568 0.12032 0.84257 0.11907 0.84252 0.11905 0.83941 0.11780 0.83937 0.11778 0.83625 0.11653 0.83621 0.11651 0.83309 0.11526 0.83306 0.11524 0.82994 0.11399 0.82990 0.11397 0.82678 0.11272 0.82675 0.11270\n 11 1150 52 0.91834 0.14376 0.91676 0.14317 0.91518 0.14260 0.91328 0.14190 0.91202 0.14145 0.90981 0.14063 0.90886 0.14029 0.90634 0.13936 0.90571 0.13914 0.90287 0.13809 0.90255 0.13798 0.89939 0.13685 0.89933 0.13682 0.89624 0.13567 0.89592 0.13556 0.89308 0.13452 0.89245 0.13429 0.88992 0.13337 0.88897 0.13302 0.88676 0.13222 0.88550 0.13175 0.88361 0.13106 0.88203 0.13048 0.88045 0.12991 0.87856 0.12921 0.87729 0.12875 0.87508 0.12794 0.87414 0.12760 0.87161 0.12667 0.87098 0.12644 0.86814 0.12540 0.86782 0.12529 0.86466 0.12415 0.86462 0.12413 0.86151 0.12298 0.86119 0.12286 0.85835 0.12183 0.85772 0.12159 0.85519 0.12068 0.85425 0.12032 0.85204 0.11952 0.85077 0.11905 0.84888 0.11837 0.84730 0.11778 0.84572 0.11722 0.84383 0.11651 0.84257 0.11606 0.84036 0.11524 0.83941 0.11491 0.83688 0.11397 0.83625 0.11375 0.83341 0.11270\n 11 1018 46 0.91834 0.13895 0.91581 0.13809 0.91518 0.13789 0.91202 0.13685 0.91196 0.13682 0.90886 0.13577 0.90823 0.13556 0.90571 0.13472 0.90444 0.13429 0.90255 0.13366 0.90066 0.13302 0.89939 0.13260 0.89687 0.13175 0.89624 0.13154 0.89308 0.13050 0.89302 0.13048 0.88992 0.12942 0.88929 0.12921 0.88676 0.12837 0.88550 0.12794 0.88361 0.12731 0.88171 0.12667 0.88045 0.12625 0.87792 0.12540 0.87729 0.12519 0.87414 0.12415 0.87409 0.12413 0.87098 0.12308 0.87035 0.12286 0.86782 0.12202 0.86656 0.12159 0.86466 0.12097 0.86277 0.12032 0.86151 0.11991 0.85898 0.11905 0.85835 0.11885 0.85519 0.11780 0.85515 0.11778 0.85204 0.11673 0.85140 0.11651 0.84888 0.11568 0.84762 0.11524 0.84572 0.11462 0.84383 0.11397 0.84257 0.11356 0.84004 0.11270\n 11 908 41 0.91834 0.13488 0.91644 0.13429 0.91518 0.13390 0.91234 0.13302 0.91202 0.13292 0.90886 0.13195 0.90823 0.13175 0.90571 0.13097 0.90413 0.13048 0.90255 0.13000 0.90002 0.12921 0.89939 0.12902 0.89624 0.12804 0.89592 0.12794 0.89308 0.12707 0.89182 0.12667 0.88992 0.12609 0.88771 0.12540 0.88676 0.12511 0.88366 0.12413 0.88361 0.12411 0.88045 0.12316 0.87950 0.12286 0.87729 0.12219 0.87540 0.12159 0.87414 0.12121 0.87129 0.12032 0.87098 0.12023 0.86782 0.11925 0.86719 0.11905 0.86466 0.11828 0.86309 0.11778 0.86151 0.11731 0.85898 0.11651 0.85835 0.11632 0.85519 0.11534 0.85488 0.11524 0.85204 0.11438 0.85077 0.11397 0.84888 0.11340 0.84667 0.11270\n 11 798 36 0.91834 0.13139 0.91518 0.13049 0.91512 0.13048 0.91202 0.12958 0.91076 0.12921 0.90886 0.12867 0.90634 0.12794 0.90571 0.12776 0.90255 0.12685 0.90192 0.12667 0.89939 0.12595 0.89750 0.12540 0.89624 0.12504 0.89308 0.12414 0.89303 0.12413 0.88992 0.12323 0.88866 0.12286 0.88676 0.12233 0.88424 0.12159 0.88361 0.12141 0.88045 0.12051 0.87982 0.12032 0.87729 0.11961 0.87540 0.11905 0.87414 0.11870 0.87098 0.11779 0.87094 0.11778 0.86782 0.11689 0.86656 0.11651 0.86466 0.11598 0.86214 0.11524 0.86151 0.11507 0.85835 0.11416 0.85772 0.11397 0.85519 0.11326 0.85330 0.11270\n 11 710 32 0.91834 0.12837 0.91676 0.12794 0.91518 0.12752 0.91202 0.12668 0.91197 0.12667 0.90886 0.12583 0.90729 0.12540 0.90571 0.12498 0.90255 0.12414 0.90250 0.12413 0.89939 0.12329 0.89781 0.12286 0.89624 0.12245 0.89308 0.12160 0.89303 0.12159 0.88992 0.12075 0.88834 0.12032 0.88676 0.11991 0.88361 0.11906 0.88357 0.11905 0.88045 0.11822 0.87887 0.11778 0.87729 0.11737 0.87414 0.11652 0.87410 0.11651 0.87098 0.11568 0.86940 0.11524 0.86782 0.11483 0.86466 0.11398 0.86463 0.11397 0.86151 0.11314 0.85993 0.11270\n 11 622 28 0.91834 0.12572 0.91707 0.12540 0.91518 0.12493 0.91202 0.12414 0.91197 0.12413 0.90886 0.12335 0.90697 0.12286 0.90571 0.12255 0.90255 0.12175 0.90192 0.12159 0.89939 0.12097 0.89687 0.12032 0.89624 0.12017 0.89308 0.11938 0.89182 0.11905 0.88992 0.11859 0.88676 0.11779 0.88672 0.11778 0.88361 0.11700 0.88171 0.11651 0.88045 0.11620 0.87729 0.11541 0.87666 0.11524 0.87414 0.11462 0.87161 0.11397 0.87098 0.11382 0.86782 0.11303 0.86656 0.11270\n 11 534 24 0.91834 0.12339 0.91613 0.12286 0.91518 0.12264 0.91202 0.12190 0.91076 0.12159 0.90886 0.12115 0.90571 0.12040 0.90539 0.12032 0.90255 0.11966 0.90002 0.11905 0.89939 0.11891 0.89624 0.11817 0.89466 0.11778 0.89308 0.11742 0.88992 0.11667 0.88929 0.11651 0.88676 0.11593 0.88392 0.11524 0.88361 0.11517 0.88045 0.11443 0.87856 0.11397 0.87729 0.11368 0.87414 0.11294 0.87319 0.11270\n 11 446 20 0.91834 0.12132 0.91518 0.12061 0.91392 0.12032 0.91202 0.11991 0.90886 0.11920 0.90823 0.11905 0.90571 0.11850 0.90259 0.11778 0.90255 0.11777 0.89939 0.11709 0.89687 0.11651 0.89624 0.11638 0.89308 0.11568 0.89118 0.11524 0.88992 0.11497 0.88676 0.11426 0.88550 0.11397 0.88361 0.11356 0.88045 0.11285 0.87982 0.11270\n 11 380 17 0.91834 0.11946 0.91644 0.11905 0.91518 0.11879 0.91202 0.11813 0.91044 0.11778 0.90886 0.11746 0.90571 0.11679 0.90444 0.11651 0.90255 0.11612 0.89939 0.11545 0.89845 0.11524 0.89624 0.11479 0.89308 0.11411 0.89245 0.11397 0.88992 0.11345 0.88676 0.11277 0.88645 0.11270\n 11 314 14 0.91834 0.11779 0.91830 0.11778 0.91518 0.11716 0.91202 0.11652 0.91198 0.11651 0.90886 0.11589 0.90571 0.11525 0.90567 0.11524 0.90255 0.11462 0.89939 0.11398 0.89936 0.11397 0.89624 0.11335 0.89308 0.11271 0.89304 0.11270\n 11 204 9 0.91834 0.11628 0.91518 0.11568 0.91297 0.11524 0.91202 0.11507 0.90886 0.11447 0.90634 0.11397 0.90571 0.11386 0.90255 0.11326 0.89971 0.11270\n 11 138 6 0.91834 0.11491 0.91518 0.11433 0.91328 0.11397 0.91202 0.11375 0.90886 0.11318 0.90634 0.11270\n 11 72 3 0.91834 0.11365 0.91518 0.11310 0.91297 0.11270\n 82 0\n 81 6 30\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 31\n 21 6 1\n 25 6 1\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 21 6 1\n 25 6 1\n 11 666 30 0.71856 0.41557 0.72210 0.41261 0.72340 0.41161 0.72649 0.40920 0.72824 0.40792 0.73114 0.40578 0.73308 0.40443 0.73598 0.40237 0.73793 0.40106 0.74097 0.39896 0.74277 0.39777 0.74606 0.39555 0.74761 0.39453 0.75120 0.39214 0.75245 0.39132 0.75636 0.38873 0.75729 0.38811 0.76150 0.38531 0.76213 0.38489 0.76659 0.38190 0.76698 0.38164 0.77160 0.37849 0.77182 0.37834 0.77653 0.37508 0.77666 0.37498 0.78135 0.37167 0.78150 0.37156 0.78607 0.36825 0.78634 0.36804 0.79067 0.36484\n 11 314 14 0.79237 0.36464 0.79247 0.36477 0.79279 0.36492 0.79301 0.36495 0.79336 0.36489 0.79386 0.36450 0.79402 0.36418 0.79405 0.36396 0.79398 0.36361 0.79379 0.36335 0.79347 0.36320 0.79293 0.36301 0.79069 0.36272 0.79246 0.36136\n 11 380 17 0.79601 0.36286 0.79554 0.36302 0.79499 0.36283 0.79438 0.36230 0.79409 0.36192 0.79374 0.36119 0.79370 0.36062 0.79398 0.36020 0.79423 0.36001 0.79471 0.35984 0.79525 0.36003 0.79586 0.36056 0.79615 0.36094 0.79651 0.36167 0.79655 0.36225 0.79627 0.36266 0.79601 0.36286\n 11 380 17 0.79854 0.36092 0.79806 0.36108 0.79752 0.36090 0.79691 0.36036 0.79662 0.35998 0.79626 0.35926 0.79623 0.35868 0.79651 0.35827 0.79676 0.35807 0.79724 0.35791 0.79778 0.35809 0.79839 0.35863 0.79868 0.35901 0.79904 0.35974 0.79908 0.36031 0.79879 0.36073 0.79854 0.36092\n 11 182 8 0.79958 0.35802 0.79958 0.35802 0.80087 0.35698 0.80395 0.35461 0.80571 0.35318 0.80831 0.35119 0.81055 0.34941 0.81275 0.34778\n 11 908 41 0.90755 0.34778 0.91056 0.35119 0.91223 0.35375 0.91274 0.35461 0.91399 0.35802 0.91444 0.36143 0.91410 0.36484 0.91299 0.36825 0.91223 0.36966 0.91108 0.37167 0.90843 0.37508 0.90738 0.37615 0.90503 0.37849 0.90254 0.38058 0.90092 0.38190 0.89770 0.38421 0.89614 0.38531 0.89286 0.38738 0.89070 0.38873 0.88802 0.39025 0.88468 0.39214 0.88318 0.39293 0.87833 0.39546 0.87817 0.39555 0.87349 0.39781 0.87113 0.39896 0.86865 0.40011 0.86389 0.40237 0.86381 0.40241 0.85897 0.40451 0.85614 0.40578 0.85413 0.40666 0.84928 0.40878 0.84833 0.40920 0.84444 0.41085 0.84040 0.41261 0.83960 0.41295 0.83476 0.41501 0.83240 0.41602 0.82992 0.41708 0.82508 0.41917\n 11 314 14 0.81646 0.42381 0.81652 0.42396 0.81680 0.42419 0.81701 0.42427 0.81736 0.42429 0.81795 0.42404 0.81818 0.42377 0.81826 0.42356 0.81828 0.42321 0.81815 0.42292 0.81788 0.42269 0.81740 0.42237 0.81531 0.42154 0.81736 0.42066\n 11 380 17 0.82043 0.42298 0.81993 0.42302 0.81945 0.42271 0.81899 0.42204 0.81880 0.42160 0.81863 0.42080 0.81874 0.42024 0.81911 0.41991 0.81941 0.41978 0.81991 0.41974 0.82039 0.42005 0.82085 0.42072 0.82104 0.42116 0.82121 0.42195 0.82110 0.42252 0.82073 0.42285 0.82043 0.42298\n 11 380 17 0.82336 0.42172 0.82286 0.42176 0.82238 0.42145 0.82192 0.42078 0.82173 0.42034 0.82156 0.41955 0.82166 0.41898 0.82204 0.41865 0.82233 0.41852 0.82283 0.41848 0.82332 0.41880 0.82378 0.41946 0.82396 0.41990 0.82413 0.42070 0.82403 0.42126 0.82365 0.42160 0.82336 0.42172\n 11 622 28 0.81476 0.42359 0.81055 0.42540 0.80856 0.42626 0.80571 0.42748 0.80087 0.42958 0.80066 0.42967 0.79603 0.43163 0.79259 0.43308 0.79118 0.43368 0.78634 0.43568 0.78432 0.43649 0.78150 0.43762 0.77666 0.43951 0.77559 0.43990 0.77182 0.44128 0.76698 0.44296 0.76585 0.44332 0.76213 0.44447 0.75729 0.44584 0.75372 0.44673 0.75245 0.44703 0.74761 0.44798 0.74277 0.44873 0.73793 0.44923 0.73308 0.44946 0.72824 0.44935 0.72340 0.44886 0.71856 0.44789\n 11 358 16 0.71856 0.39618 0.71954 0.39555 0.72340 0.39309 0.72487 0.39214 0.72824 0.38998 0.73018 0.38873 0.73308 0.38684 0.73543 0.38531 0.73793 0.38367 0.74059 0.38190 0.74277 0.38043 0.74562 0.37849 0.74761 0.37710 0.75052 0.37508 0.75245 0.37368 0.75524 0.37167\n 11 72 3 0.75857 0.37122 0.75595 0.37042 0.75784 0.36897\n 11 50 2 0.75857 0.37122 0.75653 0.36857\n 11 380 17 0.76059 0.36967 0.76011 0.36984 0.75957 0.36965 0.75896 0.36912 0.75867 0.36874 0.75831 0.36801 0.75827 0.36744 0.75855 0.36702 0.75881 0.36683 0.75928 0.36666 0.75982 0.36685 0.76043 0.36738 0.76073 0.36776 0.76108 0.36849 0.76112 0.36906 0.76084 0.36948 0.76059 0.36967\n 11 380 17 0.76311 0.36774 0.76264 0.36790 0.76209 0.36771 0.76148 0.36718 0.76119 0.36680 0.76083 0.36607 0.76080 0.36550 0.76108 0.36508 0.76133 0.36489 0.76181 0.36473 0.76235 0.36491 0.76296 0.36545 0.76325 0.36582 0.76361 0.36655 0.76365 0.36712 0.76337 0.36754 0.76311 0.36774\n 11 226 10 0.76415 0.36484 0.76698 0.36249 0.76828 0.36143 0.77182 0.35835 0.77221 0.35802 0.77597 0.35461 0.77666 0.35394 0.77956 0.35119 0.78150 0.34921 0.78296 0.34778\n 11 952 43 0.93751 0.34778 0.93958 0.35119 0.94103 0.35461 0.94128 0.35568 0.94179 0.35802 0.94191 0.36143 0.94140 0.36484 0.94128 0.36523 0.94022 0.36825 0.93839 0.37167 0.93643 0.37444 0.93596 0.37508 0.93287 0.37849 0.93159 0.37969 0.92918 0.38190 0.92675 0.38385 0.92489 0.38531 0.92191 0.38743 0.92004 0.38873 0.91707 0.39062 0.91466 0.39214 0.91223 0.39356 0.90880 0.39555 0.90738 0.39632 0.90254 0.39893 0.90248 0.39896 0.89770 0.40142 0.89582 0.40237 0.89286 0.40383 0.88887 0.40578 0.88802 0.40619 0.88318 0.40849 0.88167 0.40920 0.87833 0.41075 0.87436 0.41261 0.87349 0.41301 0.86865 0.41524 0.86696 0.41602 0.86381 0.41747 0.85959 0.41943 0.85897 0.41972 0.85413 0.42197 0.85226 0.42284\n 11 72 3 0.84547 0.42793 0.84307 0.42660 0.84523 0.42557\n 11 50 2 0.84547 0.42793 0.84403 0.42491\n 11 380 17 0.84777 0.42683 0.84727 0.42690 0.84677 0.42660 0.84629 0.42595 0.84608 0.42552 0.84588 0.42473 0.84597 0.42417 0.84633 0.42382 0.84662 0.42368 0.84712 0.42362 0.84761 0.42391 0.84809 0.42456 0.84830 0.42499 0.84850 0.42578 0.84842 0.42635 0.84805 0.42670 0.84777 0.42683\n 11 380 17 0.85064 0.42547 0.85014 0.42553 0.84965 0.42523 0.84916 0.42458 0.84896 0.42415 0.84876 0.42336 0.84884 0.42280 0.84920 0.42245 0.84949 0.42231 0.84999 0.42225 0.85048 0.42254 0.85097 0.42319 0.85117 0.42362 0.85137 0.42441 0.85129 0.42498 0.85093 0.42533 0.85064 0.42547\n 11 864 39 0.84213 0.42767 0.83960 0.42888 0.83797 0.42967 0.83476 0.43125 0.83105 0.43308 0.82992 0.43365 0.82508 0.43608 0.82426 0.43649 0.82023 0.43854 0.81756 0.43990 0.81539 0.44103 0.81095 0.44332 0.81055 0.44353 0.80571 0.44602 0.80430 0.44673 0.80087 0.44848 0.79753 0.45014 0.79603 0.45090 0.79118 0.45324 0.79051 0.45355 0.78634 0.45547 0.78294 0.45696 0.78150 0.45759 0.77666 0.45955 0.77448 0.46038 0.77182 0.46135 0.76698 0.46298 0.76435 0.46379 0.76213 0.46443 0.75729 0.46569 0.75245 0.46679 0.75031 0.46720 0.74761 0.46768 0.74277 0.46839 0.73793 0.46893 0.73308 0.46929 0.72824 0.46948 0.72340 0.46948 0.71856 0.46930\n 11 446 20 0.71856 0.38344 0.72089 0.38190 0.72340 0.38021 0.72595 0.37849 0.72824 0.37689 0.73085 0.37508 0.73308 0.37345 0.73555 0.37167 0.73793 0.36986 0.74005 0.36825 0.74277 0.36607 0.74432 0.36484 0.74761 0.36205 0.74835 0.36143 0.75214 0.35802 0.75245 0.35771 0.75572 0.35461 0.75729 0.35297 0.75904 0.35119 0.76209 0.34778\n 11 930 42 0.95580 0.37611 0.95380 0.37849 0.95096 0.38138 0.95044 0.38190 0.94652 0.38531 0.94612 0.38563 0.94208 0.38873 0.94128 0.38929 0.93717 0.39214 0.93643 0.39261 0.93181 0.39555 0.93159 0.39568 0.92675 0.39854 0.92602 0.39896 0.92191 0.40125 0.91988 0.40237 0.91707 0.40387 0.91345 0.40578 0.91223 0.40642 0.90738 0.40889 0.90678 0.40920 0.90254 0.41131 0.89992 0.41261 0.89770 0.41371 0.89300 0.41602 0.89286 0.41609 0.88802 0.41845 0.88601 0.41943 0.88318 0.42083 0.87908 0.42284 0.87833 0.42322 0.87349 0.42563 0.87222 0.42626 0.86865 0.42807 0.86550 0.42967 0.86381 0.43055 0.85897 0.43305 0.85891 0.43308 0.85413 0.43567 0.85258 0.43649 0.84928 0.43831 0.84639 0.43990\n 11 512 23 0.84018 0.44484 0.84020 0.44519 0.83987 0.44557 0.83959 0.44573 0.83910 0.44583 0.83858 0.44557 0.83805 0.44496 0.83765 0.44427 0.83747 0.44364 0.83759 0.44320 0.83793 0.44283 0.83807 0.44275 0.83856 0.44265 0.83899 0.44277 0.83937 0.44310 0.83945 0.44324 0.83955 0.44373 0.83943 0.44417 0.83909 0.44454 0.83896 0.44462 0.83846 0.44472 0.83803 0.44460 0.83765 0.44427\n 11 380 17 0.84221 0.44422 0.84172 0.44432 0.84121 0.44407 0.84067 0.44345 0.84043 0.44304 0.84018 0.44227 0.84022 0.44170 0.84055 0.44132 0.84083 0.44116 0.84132 0.44107 0.84183 0.44132 0.84237 0.44193 0.84261 0.44235 0.84286 0.44312 0.84282 0.44369 0.84249 0.44406 0.84221 0.44422\n 11 380 17 0.84498 0.44264 0.84448 0.44274 0.84397 0.44248 0.84343 0.44187 0.84320 0.44146 0.84294 0.44069 0.84298 0.44012 0.84331 0.43974 0.84359 0.43958 0.84408 0.43948 0.84460 0.43974 0.84513 0.44035 0.84537 0.44076 0.84563 0.44153 0.84559 0.44211 0.84525 0.44248 0.84498 0.44264\n 11 820 37 0.83665 0.44548 0.83476 0.44658 0.83450 0.44673 0.82992 0.44944 0.82871 0.45014 0.82508 0.45231 0.82295 0.45355 0.82023 0.45517 0.81714 0.45696 0.81539 0.45799 0.81117 0.46038 0.81055 0.46073 0.80571 0.46335 0.80486 0.46379 0.80087 0.46582 0.79801 0.46720 0.79603 0.46813 0.79118 0.47026 0.79033 0.47061 0.78634 0.47218 0.78150 0.47394 0.78126 0.47402 0.77666 0.47548 0.77182 0.47688 0.76967 0.47743 0.76698 0.47809 0.76213 0.47913 0.75729 0.48003 0.75245 0.48080 0.75208 0.48085 0.74761 0.48139 0.74277 0.48185 0.73793 0.48217 0.73308 0.48237 0.72824 0.48244 0.72340 0.48238 0.71856 0.48218\n 11 314 14 0.71856 0.37203 0.71907 0.37167 0.72340 0.36837 0.72355 0.36825 0.72780 0.36484 0.72824 0.36446 0.73180 0.36143 0.73308 0.36025 0.73555 0.35802 0.73793 0.35566 0.73901 0.35461 0.74222 0.35119 0.74277 0.35055 0.74520 0.34778\n 11 952 43 0.95580 0.39208 0.95572 0.39214 0.95096 0.39541 0.95075 0.39555 0.94612 0.39850 0.94539 0.39896 0.94128 0.40144 0.93970 0.40237 0.93643 0.40425 0.93372 0.40578 0.93159 0.40697 0.92752 0.40920 0.92675 0.40962 0.92191 0.41220 0.92114 0.41261 0.91707 0.41475 0.91463 0.41602 0.91223 0.41728 0.90808 0.41943 0.90738 0.41980 0.90254 0.42232 0.90153 0.42284 0.89770 0.42486 0.89504 0.42626 0.89286 0.42743 0.88868 0.42967 0.88802 0.43004 0.88318 0.43269 0.88247 0.43308 0.87833 0.43542 0.87643 0.43649 0.87349 0.43822 0.87060 0.43990 0.86865 0.44109 0.86498 0.44332 0.86381 0.44406 0.85955 0.44673 0.85897 0.44711 0.85429 0.45014 0.85413 0.45025 0.84928 0.45347 0.84916 0.45355 0.84444 0.45674\n 11 644 29 0.83782 0.46322 0.83733 0.46335 0.83702 0.46317 0.83684 0.46291 0.83680 0.46256 0.83697 0.46225 0.83741 0.46176 0.83772 0.46136 0.83781 0.46092 0.83776 0.46057 0.83749 0.46017 0.83718 0.46000 0.83696 0.45995 0.83648 0.46009 0.83595 0.46044 0.83564 0.46084 0.83560 0.46106 0.83564 0.46141 0.83591 0.46181 0.83622 0.46199 0.83666 0.46207 0.83715 0.46194 0.83776 0.46171 0.83812 0.46167 0.83843 0.46184 0.83861 0.46211 0.83865 0.46246 0.83834 0.46286 0.83782 0.46322\n 11 380 17 0.84059 0.46135 0.84010 0.46148 0.83957 0.46127 0.83900 0.46069 0.83873 0.46030 0.83842 0.45955 0.83842 0.45898 0.83872 0.45858 0.83899 0.45840 0.83947 0.45826 0.84000 0.45848 0.84058 0.45905 0.84085 0.45945 0.84116 0.46020 0.84116 0.46077 0.84085 0.46117 0.84059 0.46135\n 11 380 17 0.84323 0.45957 0.84274 0.45971 0.84221 0.45949 0.84164 0.45892 0.84137 0.45852 0.84106 0.45777 0.84106 0.45720 0.84136 0.45680 0.84163 0.45662 0.84211 0.45649 0.84264 0.45671 0.84322 0.45728 0.84349 0.45767 0.84380 0.45842 0.84380 0.45900 0.84349 0.45939 0.84323 0.45957\n 11 776 35 0.83513 0.46301 0.83476 0.46326 0.83394 0.46379 0.82992 0.46639 0.82862 0.46720 0.82508 0.46937 0.82297 0.47061 0.82023 0.47216 0.81679 0.47402 0.81539 0.47474 0.81055 0.47710 0.80983 0.47743 0.80571 0.47923 0.80172 0.48085 0.80087 0.48117 0.79603 0.48289 0.79184 0.48426 0.79118 0.48446 0.78634 0.48582 0.78150 0.48706 0.77889 0.48767 0.77666 0.48815 0.77182 0.48909 0.76698 0.48992 0.76213 0.49064 0.75860 0.49108 0.75729 0.49123 0.75245 0.49170 0.74761 0.49207 0.74277 0.49233 0.73793 0.49249 0.73308 0.49255 0.72824 0.49250 0.72340 0.49235 0.71856 0.49210\n 11 160 7 0.71856 0.36028 0.72103 0.35802 0.72340 0.35565 0.72446 0.35461 0.72761 0.35119 0.72824 0.35044 0.73051 0.34778\n 11 930 42 0.95580 0.40297 0.95119 0.40578 0.95096 0.40592 0.94612 0.40877 0.94539 0.40920 0.94128 0.41156 0.93942 0.41261 0.93643 0.41429 0.93334 0.41602 0.93159 0.41700 0.92721 0.41943 0.92675 0.41969 0.92191 0.42238 0.92106 0.42284 0.91707 0.42509 0.91497 0.42626 0.91223 0.42783 0.90898 0.42967 0.90738 0.43061 0.90314 0.43308 0.90254 0.43344 0.89770 0.43636 0.89748 0.43649 0.89286 0.43938 0.89201 0.43990 0.88802 0.44251 0.88676 0.44332 0.88318 0.44576 0.88173 0.44673 0.87833 0.44915 0.87692 0.45014 0.87349 0.45268 0.87229 0.45355 0.86865 0.45634 0.86782 0.45696 0.86381 0.46010 0.86345 0.46038 0.85912 0.46379 0.85897 0.46391 0.85473 0.46720 0.85413 0.46767 0.85021 0.47061\n 11 94 4 0.84028 0.47847 0.84064 0.47842 0.84130 0.47856 0.83945 0.47578\n 11 380 17 0.84368 0.47697 0.84320 0.47710 0.84267 0.47688 0.84209 0.47631 0.84183 0.47591 0.84152 0.47516 0.84152 0.47458 0.84183 0.47419 0.84209 0.47401 0.84258 0.47388 0.84311 0.47410 0.84368 0.47467 0.84395 0.47507 0.84426 0.47582 0.84426 0.47639 0.84395 0.47679 0.84368 0.47697\n 11 380 17 0.84633 0.47520 0.84585 0.47533 0.84532 0.47511 0.84474 0.47454 0.84448 0.47414 0.84417 0.47339 0.84417 0.47282 0.84448 0.47242 0.84474 0.47224 0.84523 0.47211 0.84576 0.47233 0.84633 0.47291 0.84660 0.47330 0.84691 0.47405 0.84691 0.47463 0.84660 0.47503 0.84633 0.47520\n 11 380 17 0.84898 0.47344 0.84850 0.47357 0.84797 0.47335 0.84739 0.47277 0.84713 0.47238 0.84682 0.47163 0.84682 0.47105 0.84713 0.47065 0.84739 0.47048 0.84788 0.47035 0.84841 0.47057 0.84898 0.47114 0.84925 0.47154 0.84956 0.47229 0.84956 0.47286 0.84925 0.47326 0.84898 0.47344\n 11 710 32 0.83822 0.47860 0.83476 0.48062 0.83435 0.48085 0.82992 0.48314 0.82761 0.48426 0.82508 0.48540 0.82023 0.48744 0.81967 0.48767 0.81539 0.48924 0.81055 0.49090 0.80997 0.49108 0.80571 0.49234 0.80087 0.49367 0.79759 0.49449 0.79603 0.49486 0.79118 0.49591 0.78634 0.49686 0.78150 0.49772 0.78034 0.49791 0.77666 0.49845 0.77182 0.49909 0.76698 0.49965 0.76213 0.50012 0.75729 0.50050 0.75245 0.50080 0.74761 0.50101 0.74277 0.50114 0.73793 0.50118 0.73308 0.50113 0.72824 0.50099 0.72340 0.50077 0.71856 0.50045\n 11 974 44 0.95580 0.41248 0.95558 0.41261 0.95096 0.41538 0.94988 0.41602 0.94612 0.41826 0.94412 0.41943 0.94128 0.42114 0.93838 0.42284 0.93643 0.42402 0.93269 0.42626 0.93159 0.42693 0.92709 0.42967 0.92675 0.42989 0.92191 0.43291 0.92164 0.43308 0.91707 0.43604 0.91635 0.43649 0.91223 0.43928 0.91128 0.43990 0.90738 0.44266 0.90644 0.44332 0.90254 0.44621 0.90184 0.44673 0.89770 0.44997 0.89748 0.45014 0.89334 0.45355 0.89286 0.45398 0.88940 0.45696 0.88802 0.45825 0.88564 0.46038 0.88318 0.46271 0.88200 0.46379 0.87843 0.46720 0.87833 0.46729 0.87482 0.47061 0.87349 0.47186 0.87110 0.47402 0.86865 0.47617 0.86714 0.47743 0.86381 0.48008 0.86280 0.48085 0.85897 0.48354 0.85789 0.48426 0.85413 0.48656\n 11 94 4 0.84324 0.49302 0.84360 0.49302 0.84424 0.49324 0.84277 0.49023\n 11 314 14 0.84575 0.49162 0.84582 0.49176 0.84610 0.49198 0.84631 0.49205 0.84667 0.49205 0.84724 0.49177 0.84746 0.49149 0.84753 0.49128 0.84753 0.49092 0.84739 0.49064 0.84711 0.49042 0.84662 0.49013 0.84449 0.48940 0.84649 0.48842\n 11 380 17 0.84967 0.49059 0.84917 0.49065 0.84868 0.49036 0.84819 0.48972 0.84798 0.48929 0.84777 0.48850 0.84785 0.48794 0.84821 0.48758 0.84849 0.48744 0.84899 0.48738 0.84949 0.48767 0.84998 0.48831 0.85019 0.48874 0.85040 0.48953 0.85032 0.49009 0.84996 0.49045 0.84967 0.49059\n 11 380 17 0.85253 0.48919 0.85204 0.48926 0.85154 0.48897 0.85105 0.48832 0.85084 0.48789 0.85063 0.48711 0.85071 0.48654 0.85107 0.48619 0.85135 0.48605 0.85185 0.48598 0.85235 0.48627 0.85284 0.48692 0.85305 0.48735 0.85326 0.48813 0.85318 0.48870 0.85282 0.48905 0.85253 0.48919\n 11 732 33 0.84118 0.49287 0.83960 0.49353 0.83714 0.49449 0.83476 0.49534 0.82992 0.49696 0.82690 0.49791 0.82508 0.49843 0.82023 0.49974 0.81539 0.50095 0.81384 0.50132 0.81055 0.50203 0.80571 0.50302 0.80087 0.50392 0.79619 0.50473 0.79603 0.50476 0.79118 0.50548 0.78634 0.50613 0.78150 0.50672 0.77666 0.50724 0.77182 0.50770 0.76698 0.50808 0.76602 0.50814 0.76213 0.50838 0.75729 0.50861 0.75245 0.50878 0.74761 0.50887 0.74277 0.50889 0.73793 0.50884 0.73308 0.50872 0.72824 0.50852 0.72340 0.50824 0.72204 0.50814 0.71856 0.50788\n 11 50 2 0.72141 0.51497 0.71856 0.51473\n 11 512 23 0.77842 0.51497 0.78150 0.51473 0.78634 0.51430 0.79118 0.51383 0.79603 0.51330 0.80087 0.51272 0.80571 0.51209 0.80955 0.51155 0.81055 0.51140 0.81539 0.51064 0.82023 0.50982 0.82508 0.50895 0.82928 0.50814 0.82992 0.50801 0.83476 0.50696 0.83960 0.50583 0.84404 0.50473 0.84444 0.50462 0.84928 0.50324 0.85413 0.50175 0.85546 0.50132 0.85897 0.50005 0.86381 0.49815\n 11 94 4 0.86588 0.49823 0.86623 0.49823 0.86688 0.49843 0.86532 0.49547\n 11 72 3 0.86998 0.49680 0.86753 0.49557 0.86964 0.49445\n 11 50 2 0.86998 0.49680 0.86842 0.49384\n 11 380 17 0.87223 0.49561 0.87173 0.49569 0.87123 0.49542 0.87072 0.49479 0.87049 0.49436 0.87026 0.49359 0.87032 0.49302 0.87067 0.49265 0.87095 0.49250 0.87145 0.49242 0.87195 0.49270 0.87247 0.49333 0.87269 0.49375 0.87292 0.49453 0.87286 0.49510 0.87251 0.49546 0.87223 0.49561\n 11 380 17 0.87505 0.49413 0.87455 0.49421 0.87405 0.49393 0.87353 0.49330 0.87331 0.49288 0.87308 0.49210 0.87314 0.49153 0.87349 0.49117 0.87377 0.49102 0.87427 0.49094 0.87477 0.49121 0.87528 0.49184 0.87551 0.49227 0.87574 0.49304 0.87568 0.49362 0.87533 0.49398 0.87505 0.49413\n 11 864 39 0.87656 0.49144 0.87714 0.49108 0.87833 0.49025 0.88176 0.48767 0.88318 0.48648 0.88564 0.48426 0.88802 0.48188 0.88899 0.48085 0.89199 0.47743 0.89286 0.47642 0.89480 0.47402 0.89753 0.47061 0.89770 0.47041 0.90026 0.46720 0.90254 0.46447 0.90309 0.46379 0.90606 0.46038 0.90738 0.45898 0.90922 0.45696 0.91223 0.45396 0.91262 0.45355 0.91626 0.45014 0.91707 0.44945 0.92017 0.44673 0.92191 0.44532 0.92434 0.44332 0.92675 0.44148 0.92877 0.43990 0.93159 0.43786 0.93344 0.43649 0.93643 0.43442 0.93833 0.43308 0.94128 0.43112 0.94340 0.42967 0.94612 0.42791 0.94862 0.42626 0.95096 0.42478 0.95395 0.42284 0.95580 0.42169\n 11 600 27 0.84502 0.51497 0.84928 0.51421 0.85413 0.51330 0.85897 0.51234 0.86272 0.51155 0.86381 0.51130 0.86865 0.51013 0.87349 0.50886 0.87608 0.50814 0.87833 0.50743 0.88318 0.50579 0.88604 0.50473 0.88802 0.50389 0.89286 0.50163 0.89347 0.50132 0.89770 0.49878 0.89902 0.49791 0.90254 0.49510 0.90323 0.49449 0.90649 0.49108 0.90738 0.48997 0.90909 0.48767 0.91125 0.48426 0.91223 0.48257 0.91315 0.48085 0.91491 0.47743 0.91666 0.47402\n 11 94 4 0.91846 0.47301 0.91876 0.47281 0.91942 0.47265 0.91654 0.47095\n 11 512 23 0.92103 0.46898 0.92122 0.46927 0.92111 0.46977 0.92095 0.47004 0.92057 0.47037 0.92000 0.47040 0.91923 0.47013 0.91855 0.46973 0.91808 0.46927 0.91797 0.46883 0.91807 0.46834 0.91816 0.46820 0.91853 0.46787 0.91897 0.46776 0.91946 0.46787 0.91960 0.46795 0.91993 0.46833 0.92004 0.46876 0.91994 0.46926 0.91986 0.46939 0.91948 0.46972 0.91904 0.46984 0.91855 0.46973\n 11 380 17 0.92249 0.46744 0.92211 0.46777 0.92154 0.46780 0.92077 0.46753 0.92036 0.46729 0.91976 0.46675 0.91951 0.46623 0.91961 0.46574 0.91977 0.46546 0.92015 0.46513 0.92073 0.46510 0.92149 0.46537 0.92190 0.46561 0.92251 0.46615 0.92276 0.46667 0.92265 0.46716 0.92249 0.46744\n 11 380 17 0.92411 0.46470 0.92373 0.46503 0.92316 0.46506 0.92239 0.46479 0.92198 0.46455 0.92137 0.46400 0.92112 0.46349 0.92123 0.46300 0.92139 0.46272 0.92177 0.46239 0.92234 0.46236 0.92311 0.46263 0.92352 0.46287 0.92413 0.46341 0.92438 0.46393 0.92427 0.46442 0.92411 0.46470\n 11 380 17 0.92398 0.46162 0.92483 0.46038 0.92675 0.45789 0.92744 0.45696 0.93031 0.45355 0.93159 0.45220 0.93347 0.45014 0.93643 0.44725 0.93695 0.44673 0.94070 0.44332 0.94128 0.44284 0.94473 0.43990 0.94612 0.43882 0.94901 0.43649 0.95096 0.43504 0.95353 0.43308 0.95580 0.43146\n 11 380 17 0.95580 0.44322 0.95570 0.44332 0.95232 0.44673 0.95096 0.44828 0.94927 0.45014 0.94655 0.45355 0.94612 0.45418 0.94413 0.45696 0.94206 0.46038 0.94128 0.46193 0.94030 0.46379 0.93881 0.46720 0.93761 0.47061 0.93663 0.47402 0.93643 0.47488 0.93582 0.47743 0.93512 0.48085\n 11 94 4 0.93312 0.49334 0.93335 0.49307 0.93393 0.49272 0.93068 0.49193\n 11 644 29 0.93458 0.49009 0.93431 0.49052 0.93396 0.49060 0.93365 0.49052 0.93338 0.49029 0.93330 0.48995 0.93330 0.48929 0.93326 0.48879 0.93302 0.48840 0.93275 0.48817 0.93229 0.48806 0.93194 0.48814 0.93175 0.48825 0.93148 0.48868 0.93133 0.48930 0.93137 0.48980 0.93149 0.48999 0.93176 0.49022 0.93222 0.49034 0.93257 0.49026 0.93295 0.49002 0.93322 0.48960 0.93353 0.48902 0.93376 0.48875 0.93411 0.48867 0.93441 0.48874 0.93469 0.48897 0.93473 0.48948 0.93458 0.49009\n 11 380 17 0.93537 0.48685 0.93510 0.48727 0.93456 0.48747 0.93375 0.48743 0.93329 0.48732 0.93255 0.48698 0.93217 0.48655 0.93213 0.48605 0.93220 0.48574 0.93247 0.48532 0.93301 0.48512 0.93382 0.48516 0.93428 0.48527 0.93502 0.48561 0.93541 0.48604 0.93545 0.48654 0.93537 0.48685\n 11 380 17 0.93613 0.48376 0.93586 0.48418 0.93532 0.48438 0.93451 0.48434 0.93405 0.48423 0.93331 0.48388 0.93292 0.48346 0.93288 0.48296 0.93296 0.48265 0.93323 0.48223 0.93377 0.48203 0.93458 0.48207 0.93504 0.48218 0.93578 0.48252 0.93617 0.48295 0.93621 0.48345 0.93613 0.48376\n 11 314 14 0.93169 0.49484 0.93159 0.49506 0.93022 0.49791 0.92788 0.50132 0.92675 0.50253 0.92446 0.50473 0.92191 0.50657 0.91945 0.50814 0.91707 0.50935 0.91223 0.51150 0.91210 0.51155 0.90738 0.51315 0.90254 0.51459 0.90119 0.51497\n 11 116 5 0.94936 0.51497 0.95096 0.51362 0.95308 0.51155 0.95529 0.50814 0.95580 0.50673\n 11 204 9 0.95580 0.48865 0.95566 0.48767 0.95520 0.48426 0.95485 0.48085 0.95468 0.47743 0.95472 0.47402 0.95504 0.47061 0.95565 0.46720 0.95580 0.46668\n 82 0\n 81 6 32\n 82 0\n 81 6 33\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 666 30 0.79403 0.34778 0.79519 0.35119 0.79603 0.35397 0.79611 0.35461 0.79651 0.35802 0.79686 0.36143 0.79716 0.36484 0.79742 0.36825 0.79764 0.37167 0.79781 0.37508 0.79793 0.37849 0.79801 0.38190 0.79805 0.38531 0.79804 0.38873 0.79799 0.39214 0.79790 0.39555 0.79777 0.39896 0.79759 0.40237 0.79737 0.40578 0.79711 0.40920 0.79681 0.41261 0.79647 0.41602 0.79609 0.41943 0.79603 0.41999 0.79527 0.42284 0.79429 0.42626 0.79324 0.42967 0.79211 0.43308 0.79118 0.43570 0.78634 0.43356\n 11 314 14 0.78338 0.42423 0.78323 0.42426 0.78295 0.42448 0.78283 0.42467 0.78274 0.42502 0.78288 0.42564 0.78310 0.42592 0.78329 0.42604 0.78364 0.42613 0.78395 0.42606 0.78423 0.42583 0.78462 0.42542 0.78583 0.42352 0.78632 0.42570\n 11 380 17 0.78346 0.42828 0.78352 0.42778 0.78391 0.42737 0.78466 0.42704 0.78512 0.42694 0.78593 0.42692 0.78647 0.42713 0.78673 0.42756 0.78680 0.42787 0.78674 0.42837 0.78635 0.42879 0.78560 0.42911 0.78514 0.42922 0.78433 0.42923 0.78379 0.42903 0.78353 0.42859 0.78346 0.42828\n 11 380 17 0.78415 0.43139 0.78420 0.43089 0.78460 0.43048 0.78534 0.43015 0.78581 0.43005 0.78662 0.43003 0.78716 0.43024 0.78742 0.43067 0.78748 0.43098 0.78743 0.43148 0.78703 0.43189 0.78629 0.43222 0.78583 0.43233 0.78501 0.43234 0.78448 0.43213 0.78422 0.43170 0.78415 0.43139\n 11 556 25 0.78392 0.42260 0.78336 0.41943 0.78283 0.41602 0.78236 0.41261 0.78197 0.40920 0.78165 0.40578 0.78150 0.40378 0.78144 0.40237 0.78134 0.39896 0.78127 0.39555 0.78124 0.39214 0.78124 0.38873 0.78128 0.38531 0.78135 0.38190 0.78146 0.37849 0.78150 0.37746 0.78168 0.37508 0.78199 0.37167 0.78236 0.36825 0.78279 0.36484 0.78327 0.36143 0.78381 0.35802 0.78441 0.35461 0.78506 0.35119 0.78576 0.34778\n 11 622 28 0.94616 0.34778 0.94677 0.35119 0.94735 0.35461 0.94787 0.35802 0.94835 0.36143 0.94878 0.36484 0.94916 0.36825 0.94948 0.37167 0.94976 0.37508 0.94998 0.37849 0.95015 0.38190 0.95026 0.38531 0.95032 0.38873 0.95032 0.39214 0.95027 0.39555 0.95016 0.39896 0.95000 0.40237 0.94977 0.40578 0.94949 0.40920 0.94914 0.41261 0.94874 0.41602 0.94827 0.41943 0.94774 0.42284 0.94715 0.42626 0.94649 0.42967 0.94612 0.43145 0.94466 0.43308 0.94128 0.43628\n 11 314 14 0.93673 0.42762 0.93658 0.42768 0.93635 0.42795 0.93626 0.42816 0.93623 0.42851 0.93648 0.42910 0.93675 0.42933 0.93696 0.42942 0.93731 0.42944 0.93761 0.42932 0.93784 0.42905 0.93816 0.42857 0.93902 0.42649 0.93987 0.42855\n 11 380 17 0.93752 0.43160 0.93748 0.43110 0.93780 0.43062 0.93847 0.43017 0.93892 0.42998 0.93971 0.42982 0.94027 0.42993 0.94060 0.43031 0.94073 0.43061 0.94076 0.43111 0.94044 0.43159 0.93977 0.43204 0.93933 0.43222 0.93853 0.43238 0.93797 0.43227 0.93764 0.43189 0.93752 0.43160\n 11 380 17 0.93874 0.43454 0.93870 0.43403 0.93902 0.43356 0.93970 0.43310 0.94014 0.43292 0.94093 0.43276 0.94150 0.43287 0.94183 0.43325 0.94195 0.43355 0.94199 0.43405 0.94167 0.43453 0.94099 0.43498 0.94055 0.43516 0.93976 0.43532 0.93919 0.43521 0.93886 0.43483 0.93874 0.43454\n 11 578 26 0.93697 0.42592 0.93643 0.42442 0.93620 0.42284 0.93574 0.41943 0.93533 0.41602 0.93495 0.41261 0.93463 0.40920 0.93434 0.40578 0.93410 0.40237 0.93391 0.39896 0.93376 0.39555 0.93366 0.39214 0.93361 0.38873 0.93360 0.38531 0.93364 0.38190 0.93373 0.37849 0.93387 0.37508 0.93405 0.37167 0.93429 0.36825 0.93458 0.36484 0.93491 0.36143 0.93530 0.35802 0.93574 0.35461 0.93623 0.35119 0.93643 0.34990 0.93737 0.34778\n 11 908 41 0.79964 0.34778 0.80012 0.35119 0.80055 0.35461 0.80087 0.35744 0.80091 0.35802 0.80113 0.36143 0.80132 0.36484 0.80149 0.36825 0.80162 0.37167 0.80172 0.37508 0.80180 0.37849 0.80185 0.38190 0.80186 0.38531 0.80185 0.38873 0.80181 0.39214 0.80174 0.39555 0.80165 0.39896 0.80152 0.40237 0.80137 0.40578 0.80119 0.40920 0.80098 0.41261 0.80087 0.41430 0.80069 0.41602 0.80030 0.41943 0.79987 0.42284 0.79940 0.42626 0.79889 0.42967 0.79834 0.43308 0.79775 0.43649 0.79712 0.43990 0.79646 0.44332 0.79603 0.44543 0.79547 0.44673 0.79393 0.45014 0.79233 0.45355 0.79118 0.45589 0.78634 0.45478 0.78586 0.45355 0.78459 0.45014 0.78341 0.44673 0.78230 0.44332\n 11 72 3 0.77917 0.43543 0.78107 0.43347 0.78150 0.43582\n 11 50 2 0.77917 0.43543 0.78246 0.43483\n 11 380 17 0.77962 0.43794 0.77969 0.43744 0.78011 0.43704 0.78086 0.43674 0.78133 0.43666 0.78214 0.43667 0.78267 0.43690 0.78291 0.43734 0.78297 0.43765 0.78290 0.43815 0.78249 0.43855 0.78173 0.43885 0.78126 0.43893 0.78045 0.43892 0.77992 0.43869 0.77968 0.43825 0.77962 0.43794\n 11 380 17 0.78019 0.44107 0.78026 0.44057 0.78068 0.44017 0.78143 0.43987 0.78190 0.43979 0.78271 0.43980 0.78324 0.44003 0.78348 0.44047 0.78354 0.44078 0.78347 0.44128 0.78306 0.44168 0.78230 0.44198 0.78183 0.44207 0.78102 0.44205 0.78049 0.44183 0.78025 0.44138 0.78019 0.44107\n 11 578 26 0.78029 0.43228 0.77996 0.42967 0.77956 0.42626 0.77921 0.42284 0.77889 0.41943 0.77861 0.41602 0.77837 0.41261 0.77816 0.40920 0.77799 0.40578 0.77786 0.40237 0.77777 0.39896 0.77771 0.39555 0.77769 0.39214 0.77770 0.38873 0.77775 0.38531 0.77783 0.38190 0.77795 0.37849 0.77810 0.37508 0.77829 0.37167 0.77851 0.36825 0.77876 0.36484 0.77905 0.36143 0.77937 0.35802 0.77972 0.35461 0.78010 0.35119 0.78052 0.34778\n 11 886 40 0.95125 0.34778 0.95164 0.35119 0.95200 0.35461 0.95233 0.35802 0.95263 0.36143 0.95289 0.36484 0.95313 0.36825 0.95334 0.37167 0.95351 0.37508 0.95365 0.37849 0.95376 0.38190 0.95384 0.38531 0.95388 0.38873 0.95390 0.39214 0.95388 0.39555 0.95382 0.39896 0.95373 0.40237 0.95361 0.40578 0.95345 0.40920 0.95326 0.41261 0.95304 0.41602 0.95277 0.41943 0.95248 0.42284 0.95215 0.42626 0.95178 0.42967 0.95137 0.43308 0.95096 0.43626 0.95091 0.43649 0.95009 0.43990 0.94919 0.44332 0.94823 0.44673 0.94720 0.45014 0.94612 0.45339 0.94588 0.45355 0.94128 0.45648 0.93952 0.45355 0.93755 0.45014 0.93643 0.44813 0.93610 0.44673 0.93534 0.44332\n 11 72 3 0.93208 0.43548 0.93395 0.43349 0.93442 0.43583\n 11 50 2 0.93208 0.43548 0.93535 0.43483\n 11 380 17 0.93257 0.43798 0.93264 0.43748 0.93304 0.43708 0.93379 0.43677 0.93426 0.43667 0.93507 0.43667 0.93560 0.43689 0.93585 0.43733 0.93591 0.43764 0.93585 0.43814 0.93544 0.43855 0.93469 0.43886 0.93423 0.43895 0.93341 0.43895 0.93288 0.43873 0.93263 0.43829 0.93257 0.43798\n 11 380 17 0.93319 0.44110 0.93326 0.44061 0.93366 0.44020 0.93441 0.43989 0.93488 0.43980 0.93569 0.43980 0.93622 0.44002 0.93647 0.44045 0.93653 0.44077 0.93647 0.44126 0.93606 0.44167 0.93532 0.44198 0.93485 0.44207 0.93404 0.44207 0.93350 0.44185 0.93326 0.44142 0.93319 0.44110\n 11 622 28 0.93315 0.43231 0.93268 0.42967 0.93212 0.42626 0.93163 0.42284 0.93159 0.42257 0.93130 0.41943 0.93102 0.41602 0.93077 0.41261 0.93055 0.40920 0.93036 0.40578 0.93020 0.40237 0.93007 0.39896 0.92997 0.39555 0.92990 0.39214 0.92986 0.38873 0.92984 0.38531 0.92986 0.38190 0.92991 0.37849 0.92999 0.37508 0.93010 0.37167 0.93024 0.36825 0.93042 0.36484 0.93062 0.36143 0.93085 0.35802 0.93112 0.35461 0.93142 0.35119 0.93159 0.34941 0.93185 0.34778\n 11 908 41 0.80298 0.34778 0.80329 0.35119 0.80357 0.35461 0.80381 0.35802 0.80403 0.36143 0.80422 0.36484 0.80437 0.36825 0.80450 0.37167 0.80460 0.37508 0.80467 0.37849 0.80471 0.38190 0.80472 0.38531 0.80471 0.38873 0.80466 0.39214 0.80459 0.39555 0.80449 0.39896 0.80436 0.40237 0.80420 0.40578 0.80402 0.40920 0.80380 0.41261 0.80356 0.41602 0.80330 0.41943 0.80300 0.42284 0.80268 0.42626 0.80233 0.42967 0.80196 0.43308 0.80156 0.43649 0.80113 0.43990 0.80087 0.44188 0.80058 0.44332 0.79987 0.44673 0.79912 0.45014 0.79834 0.45355 0.79751 0.45696 0.79666 0.46038 0.79603 0.46277 0.79548 0.46379 0.79357 0.46720 0.79160 0.47061 0.79118 0.47131 0.78634 0.47073\n 11 512 23 0.78199 0.46410 0.78163 0.46409 0.78129 0.46372 0.78116 0.46343 0.78110 0.46293 0.78141 0.46245 0.78206 0.46197 0.78279 0.46164 0.78343 0.46152 0.78385 0.46167 0.78420 0.46204 0.78426 0.46219 0.78432 0.46269 0.78416 0.46311 0.78379 0.46345 0.78365 0.46352 0.78315 0.46357 0.78273 0.46342 0.78238 0.46305 0.78232 0.46290 0.78226 0.46240 0.78242 0.46198 0.78279 0.46164\n 11 380 17 0.78242 0.46618 0.78236 0.46568 0.78267 0.46519 0.78332 0.46472 0.78376 0.46452 0.78455 0.46433 0.78511 0.46442 0.78546 0.46479 0.78559 0.46508 0.78564 0.46558 0.78534 0.46607 0.78469 0.46654 0.78425 0.46674 0.78346 0.46693 0.78290 0.46684 0.78255 0.46647 0.78242 0.46618\n 11 380 17 0.78375 0.46908 0.78369 0.46858 0.78399 0.46809 0.78465 0.46761 0.78508 0.46741 0.78587 0.46723 0.78644 0.46732 0.78678 0.46768 0.78692 0.46797 0.78697 0.46847 0.78667 0.46896 0.78601 0.46944 0.78558 0.46964 0.78479 0.46982 0.78422 0.46973 0.78388 0.46937 0.78375 0.46908\n 11 842 38 0.78167 0.46053 0.78160 0.46038 0.78150 0.46014 0.78080 0.45696 0.78010 0.45355 0.77943 0.45014 0.77881 0.44673 0.77823 0.44332 0.77768 0.43990 0.77718 0.43649 0.77672 0.43308 0.77666 0.43261 0.77640 0.42967 0.77613 0.42626 0.77588 0.42284 0.77567 0.41943 0.77547 0.41602 0.77531 0.41261 0.77517 0.40920 0.77506 0.40578 0.77497 0.40237 0.77491 0.39896 0.77487 0.39555 0.77486 0.39214 0.77488 0.38873 0.77492 0.38531 0.77498 0.38190 0.77507 0.37849 0.77519 0.37508 0.77533 0.37167 0.77549 0.36825 0.77568 0.36484 0.77589 0.36143 0.77613 0.35802 0.77638 0.35461 0.77666 0.35144 0.77669 0.35119 0.77710 0.34778\n 11 996 45 0.95580 0.42362 0.95555 0.42626 0.95519 0.42967 0.95480 0.43308 0.95437 0.43649 0.95390 0.43990 0.95339 0.44332 0.95285 0.44673 0.95227 0.45014 0.95165 0.45355 0.95099 0.45696 0.95096 0.45712 0.94980 0.46038 0.94851 0.46379 0.94715 0.46720 0.94612 0.46964 0.94403 0.47061 0.94128 0.47182 0.94040 0.47061 0.93799 0.46720 0.93643 0.46492 0.93610 0.46379 0.93512 0.46038 0.93418 0.45696 0.93328 0.45355 0.93242 0.45014 0.93163 0.44673 0.93159 0.44656 0.93109 0.44332 0.93062 0.43990 0.93016 0.43649 0.92974 0.43308 0.92935 0.42967 0.92898 0.42626 0.92864 0.42284 0.92833 0.41943 0.92805 0.41602 0.92779 0.41261 0.92757 0.40920 0.92737 0.40578 0.92721 0.40237 0.92707 0.39896 0.92696 0.39555 0.92688 0.39214 0.92684 0.38873\n 11 512 23 0.92805 0.38535 0.92837 0.38551 0.92852 0.38599 0.92852 0.38631 0.92836 0.38678 0.92788 0.38710 0.92708 0.38725 0.92629 0.38725 0.92565 0.38709 0.92534 0.38677 0.92518 0.38629 0.92518 0.38613 0.92534 0.38565 0.92566 0.38534 0.92614 0.38518 0.92630 0.38518 0.92678 0.38534 0.92709 0.38566 0.92725 0.38614 0.92725 0.38630 0.92709 0.38678 0.92677 0.38709 0.92629 0.38725\n 11 380 17 0.92854 0.38328 0.92838 0.38376 0.92790 0.38408 0.92710 0.38423 0.92662 0.38423 0.92583 0.38406 0.92535 0.38374 0.92519 0.38326 0.92520 0.38295 0.92536 0.38247 0.92584 0.38215 0.92663 0.38200 0.92711 0.38200 0.92791 0.38216 0.92838 0.38249 0.92854 0.38296 0.92854 0.38328\n 11 380 17 0.92855 0.38010 0.92839 0.38058 0.92791 0.38089 0.92712 0.38105 0.92664 0.38104 0.92584 0.38088 0.92537 0.38056 0.92521 0.38008 0.92521 0.37976 0.92538 0.37929 0.92585 0.37897 0.92665 0.37882 0.92713 0.37882 0.92792 0.37898 0.92840 0.37930 0.92856 0.37978 0.92855 0.38010\n 11 226 10 0.92690 0.37750 0.92695 0.37508 0.92705 0.37167 0.92719 0.36825 0.92736 0.36484 0.92755 0.36143 0.92778 0.35802 0.92804 0.35461 0.92834 0.35119 0.92866 0.34778\n 11 116 5 0.95580 0.36076 0.95555 0.35802 0.95522 0.35461 0.95485 0.35119 0.95445 0.34778\n 11 886 40 0.80585 0.34778 0.80609 0.35119 0.80629 0.35461 0.80648 0.35802 0.80664 0.36143 0.80678 0.36484 0.80690 0.36825 0.80700 0.37167 0.80707 0.37508 0.80712 0.37849 0.80715 0.38190 0.80715 0.38531 0.80714 0.38873 0.80710 0.39214 0.80704 0.39555 0.80696 0.39896 0.80686 0.40237 0.80673 0.40578 0.80658 0.40920 0.80642 0.41261 0.80623 0.41602 0.80602 0.41943 0.80579 0.42284 0.80571 0.42389 0.80548 0.42626 0.80513 0.42967 0.80475 0.43308 0.80434 0.43649 0.80391 0.43990 0.80345 0.44332 0.80297 0.44673 0.80246 0.45014 0.80192 0.45355 0.80136 0.45696 0.80087 0.45981 0.80072 0.46038 0.79982 0.46379 0.79888 0.46720 0.79790 0.47061 0.79689 0.47402\n 11 644 29 0.79398 0.48282 0.79362 0.48316 0.79326 0.48315 0.79298 0.48300 0.79278 0.48270 0.79279 0.48235 0.79296 0.48171 0.79305 0.48122 0.79292 0.48079 0.79272 0.48049 0.79230 0.48027 0.79194 0.48025 0.79173 0.48032 0.79136 0.48066 0.79105 0.48122 0.79096 0.48171 0.79103 0.48193 0.79123 0.48222 0.79165 0.48245 0.79200 0.48246 0.79244 0.48234 0.79280 0.48199 0.79325 0.48151 0.79354 0.48131 0.79390 0.48132 0.79418 0.48147 0.79438 0.48177 0.79429 0.48226 0.79398 0.48282\n 11 380 17 0.79559 0.47989 0.79522 0.48023 0.79465 0.48028 0.79387 0.48004 0.79345 0.47981 0.79283 0.47929 0.79257 0.47878 0.79265 0.47828 0.79281 0.47800 0.79318 0.47766 0.79375 0.47761 0.79452 0.47785 0.79494 0.47808 0.79556 0.47860 0.79583 0.47911 0.79574 0.47961 0.79559 0.47989\n 11 380 17 0.79711 0.47709 0.79675 0.47744 0.79617 0.47749 0.79540 0.47724 0.79498 0.47702 0.79436 0.47649 0.79409 0.47599 0.79418 0.47549 0.79433 0.47521 0.79470 0.47487 0.79527 0.47482 0.79605 0.47506 0.79647 0.47529 0.79709 0.47581 0.79736 0.47632 0.79727 0.47681 0.79711 0.47709\n 11 1040 47 0.79151 0.48387 0.79125 0.48426 0.79118 0.48436 0.79005 0.48426 0.78634 0.48390 0.78456 0.48085 0.78267 0.47743 0.78150 0.47523 0.78116 0.47402 0.78026 0.47061 0.77939 0.46720 0.77857 0.46379 0.77779 0.46038 0.77705 0.45696 0.77666 0.45504 0.77645 0.45355 0.77599 0.45014 0.77555 0.44673 0.77515 0.44332 0.77477 0.43990 0.77442 0.43649 0.77410 0.43308 0.77381 0.42967 0.77354 0.42626 0.77330 0.42284 0.77309 0.41943 0.77290 0.41602 0.77274 0.41261 0.77261 0.40920 0.77250 0.40578 0.77242 0.40237 0.77236 0.39896 0.77233 0.39555 0.77233 0.39214 0.77235 0.38873 0.77240 0.38531 0.77247 0.38190 0.77256 0.37849 0.77268 0.37508 0.77283 0.37167 0.77300 0.36825 0.77319 0.36484 0.77341 0.36143 0.77365 0.35802 0.77391 0.35461 0.77420 0.35119 0.77451 0.34778\n 11 1304 59 0.95580 0.44978 0.95574 0.45014 0.95513 0.45355 0.95448 0.45696 0.95380 0.46038 0.95307 0.46379 0.95231 0.46720 0.95150 0.47061 0.95096 0.47281 0.95043 0.47402 0.94887 0.47743 0.94723 0.48085 0.94612 0.48305 0.94277 0.48426 0.94128 0.48477 0.94086 0.48426 0.93813 0.48085 0.93643 0.47867 0.93601 0.47743 0.93487 0.47402 0.93376 0.47061 0.93270 0.46720 0.93167 0.46379 0.93159 0.46353 0.93099 0.46038 0.93037 0.45696 0.92978 0.45355 0.92921 0.45014 0.92868 0.44673 0.92816 0.44332 0.92768 0.43990 0.92722 0.43649 0.92679 0.43308 0.92675 0.43272 0.92648 0.42967 0.92620 0.42626 0.92593 0.42284 0.92569 0.41943 0.92548 0.41602 0.92528 0.41261 0.92511 0.40920 0.92496 0.40578 0.92483 0.40237 0.92472 0.39896 0.92463 0.39555 0.92457 0.39214 0.92453 0.38873 0.92452 0.38531 0.92452 0.38190 0.92455 0.37849 0.92461 0.37508 0.92468 0.37167 0.92478 0.36825 0.92490 0.36484 0.92505 0.36143 0.92522 0.35802 0.92541 0.35461 0.92563 0.35119 0.92587 0.34778\n 11 886 40 0.80809 0.34778 0.80832 0.35119 0.80852 0.35461 0.80871 0.35802 0.80887 0.36143 0.80900 0.36484 0.80912 0.36825 0.80921 0.37167 0.80928 0.37508 0.80933 0.37849 0.80935 0.38190 0.80936 0.38531 0.80934 0.38873 0.80930 0.39214 0.80923 0.39555 0.80915 0.39896 0.80904 0.40237 0.80892 0.40578 0.80877 0.40920 0.80860 0.41261 0.80841 0.41602 0.80819 0.41943 0.80796 0.42284 0.80770 0.42626 0.80743 0.42967 0.80713 0.43308 0.80681 0.43649 0.80647 0.43990 0.80611 0.44332 0.80573 0.44673 0.80571 0.44693 0.80522 0.45014 0.80468 0.45355 0.80412 0.45696 0.80352 0.46038 0.80290 0.46379 0.80226 0.46720 0.80159 0.47061 0.80090 0.47402 0.80087 0.47417\n 11 94 4 0.79795 0.48648 0.79820 0.48623 0.79880 0.48593 0.79562 0.48489\n 11 380 17 0.79969 0.48320 0.79939 0.48361 0.79883 0.48376 0.79803 0.48367 0.79757 0.48352 0.79687 0.48312 0.79651 0.48267 0.79651 0.48217 0.79661 0.48186 0.79691 0.48146 0.79746 0.48130 0.79826 0.48140 0.79872 0.48155 0.79943 0.48194 0.79978 0.48239 0.79978 0.48290 0.79969 0.48320\n 11 380 17 0.80067 0.48017 0.80037 0.48058 0.79982 0.48073 0.79901 0.48064 0.79856 0.48049 0.79785 0.48009 0.79750 0.47964 0.79749 0.47914 0.79759 0.47884 0.79789 0.47843 0.79844 0.47828 0.79925 0.47837 0.79970 0.47852 0.80041 0.47892 0.80077 0.47937 0.80077 0.47987 0.80067 0.48017\n 11 380 17 0.80166 0.47715 0.80136 0.47755 0.80080 0.47771 0.80000 0.47761 0.79954 0.47746 0.79884 0.47707 0.79848 0.47662 0.79848 0.47611 0.79858 0.47581 0.79888 0.47540 0.79943 0.47525 0.80023 0.47534 0.80069 0.47549 0.80140 0.47589 0.80175 0.47634 0.80175 0.47684 0.80166 0.47715\n 11 1194 54 0.79641 0.48787 0.79603 0.48896 0.79454 0.49108 0.79209 0.49449 0.79118 0.49572 0.78634 0.49549 0.78566 0.49449 0.78342 0.49108 0.78150 0.48803 0.78138 0.48767 0.78031 0.48426 0.77928 0.48085 0.77829 0.47743 0.77735 0.47402 0.77666 0.47138 0.77652 0.47061 0.77592 0.46720 0.77535 0.46379 0.77481 0.46038 0.77430 0.45696 0.77381 0.45355 0.77336 0.45014 0.77293 0.44673 0.77253 0.44332 0.77216 0.43990 0.77184 0.43649 0.77182 0.43626 0.77157 0.43308 0.77134 0.42967 0.77113 0.42626 0.77094 0.42284 0.77078 0.41943 0.77063 0.41602 0.77051 0.41261 0.77040 0.40920 0.77032 0.40578 0.77026 0.40237 0.77022 0.39896 0.77020 0.39555 0.77020 0.39214 0.77022 0.38873 0.77026 0.38531 0.77032 0.38190 0.77040 0.37849 0.77050 0.37508 0.77062 0.37167 0.77076 0.36825 0.77092 0.36484 0.77110 0.36143 0.77129 0.35802 0.77151 0.35461 0.77175 0.35119 0.77182 0.35026 0.77205 0.34778\n 11 1304 59 0.95580 0.46733 0.95504 0.47061 0.95420 0.47402 0.95333 0.47743 0.95241 0.48085 0.95146 0.48426 0.95096 0.48596 0.95007 0.48767 0.94822 0.49108 0.94628 0.49449 0.94612 0.49478 0.94128 0.49616 0.93979 0.49449 0.93683 0.49108 0.93643 0.49062 0.93531 0.48767 0.93405 0.48426 0.93282 0.48085 0.93163 0.47743 0.93159 0.47732 0.93086 0.47402 0.93013 0.47061 0.92942 0.46720 0.92874 0.46379 0.92809 0.46038 0.92747 0.45696 0.92687 0.45355 0.92675 0.45286 0.92640 0.45014 0.92599 0.44673 0.92559 0.44332 0.92522 0.43990 0.92487 0.43649 0.92454 0.43308 0.92423 0.42967 0.92395 0.42626 0.92368 0.42284 0.92344 0.41943 0.92322 0.41602 0.92302 0.41261 0.92284 0.40920 0.92269 0.40578 0.92256 0.40237 0.92245 0.39896 0.92236 0.39555 0.92229 0.39214 0.92225 0.38873 0.92223 0.38531 0.92224 0.38190 0.92226 0.37849 0.92231 0.37508 0.92238 0.37167 0.92248 0.36825 0.92260 0.36484 0.92274 0.36143 0.92291 0.35802 0.92310 0.35461 0.92331 0.35119 0.92355 0.34778\n 11 1216 55 0.81032 0.34778 0.81053 0.35119 0.81055 0.35150 0.81072 0.35461 0.81087 0.35802 0.81100 0.36143 0.81111 0.36484 0.81121 0.36825 0.81128 0.37167 0.81134 0.37508 0.81138 0.37849 0.81140 0.38190 0.81140 0.38531 0.81138 0.38873 0.81134 0.39214 0.81129 0.39555 0.81122 0.39896 0.81113 0.40237 0.81102 0.40578 0.81089 0.40920 0.81074 0.41261 0.81058 0.41602 0.81055 0.41654 0.81037 0.41943 0.81013 0.42284 0.80987 0.42626 0.80959 0.42967 0.80929 0.43308 0.80897 0.43649 0.80863 0.43990 0.80827 0.44332 0.80789 0.44673 0.80748 0.45014 0.80706 0.45355 0.80662 0.45696 0.80615 0.46038 0.80571 0.46348 0.80565 0.46379 0.80500 0.46720 0.80433 0.47061 0.80363 0.47402 0.80291 0.47743 0.80216 0.48085 0.80139 0.48426 0.80087 0.48648 0.80046 0.48767 0.79926 0.49108 0.79802 0.49449 0.79675 0.49791 0.79603 0.49980 0.79487 0.50132 0.79223 0.50473 0.79118 0.50604 0.78634 0.50594 0.78542 0.50473\n 11 94 4 0.77879 0.49395 0.77879 0.49430 0.77858 0.49494 0.78156 0.49343\n 11 314 14 0.78023 0.49643 0.78009 0.49650 0.77987 0.49679 0.77980 0.49700 0.77981 0.49736 0.78009 0.49793 0.78038 0.49814 0.78059 0.49821 0.78095 0.49821 0.78123 0.49806 0.78144 0.49778 0.78173 0.49728 0.78243 0.49514 0.78343 0.49712\n 11 380 17 0.78132 0.50034 0.78124 0.49984 0.78152 0.49934 0.78216 0.49884 0.78259 0.49862 0.78337 0.49841 0.78394 0.49847 0.78430 0.49883 0.78444 0.49911 0.78452 0.49961 0.78423 0.50011 0.78360 0.50061 0.78317 0.50083 0.78239 0.50105 0.78182 0.50098 0.78146 0.50062 0.78132 0.50034\n 11 380 17 0.78276 0.50318 0.78268 0.50268 0.78296 0.50218 0.78360 0.50168 0.78403 0.50146 0.78481 0.50125 0.78538 0.50131 0.78574 0.50167 0.78588 0.50195 0.78596 0.50245 0.78567 0.50295 0.78504 0.50345 0.78461 0.50367 0.78383 0.50388 0.78326 0.50382 0.78290 0.50346 0.78276 0.50318\n 11 1018 46 0.77890 0.49188 0.77863 0.49108 0.77752 0.48767 0.77666 0.48489 0.77652 0.48426 0.77581 0.48085 0.77513 0.47743 0.77448 0.47402 0.77386 0.47061 0.77326 0.46720 0.77270 0.46379 0.77217 0.46038 0.77182 0.45803 0.77169 0.45696 0.77131 0.45355 0.77095 0.45014 0.77062 0.44673 0.77030 0.44332 0.77001 0.43990 0.76974 0.43649 0.76949 0.43308 0.76927 0.42967 0.76906 0.42626 0.76888 0.42284 0.76872 0.41943 0.76857 0.41602 0.76845 0.41261 0.76836 0.40920 0.76828 0.40578 0.76822 0.40237 0.76818 0.39896 0.76816 0.39555 0.76817 0.39214 0.76819 0.38873 0.76824 0.38531 0.76830 0.38190 0.76838 0.37849 0.76849 0.37508 0.76861 0.37167 0.76875 0.36825 0.76892 0.36484 0.76910 0.36143 0.76930 0.35802 0.76952 0.35461 0.76976 0.35119 0.77002 0.34778\n 11 1370 62 0.95580 0.48148 0.95503 0.48426 0.95404 0.48767 0.95301 0.49108 0.95194 0.49449 0.95096 0.49751 0.95073 0.49791 0.94866 0.50132 0.94650 0.50473 0.94612 0.50531 0.94128 0.50646 0.93962 0.50473 0.93643 0.50140 0.93640 0.50132 0.93501 0.49791 0.93363 0.49449 0.93228 0.49108 0.93159 0.48929 0.93118 0.48767 0.93034 0.48426 0.92953 0.48085 0.92874 0.47743 0.92798 0.47402 0.92724 0.47061 0.92675 0.46827 0.92658 0.46720 0.92606 0.46379 0.92556 0.46038 0.92507 0.45696 0.92461 0.45355 0.92417 0.45014 0.92376 0.44673 0.92336 0.44332 0.92298 0.43990 0.92263 0.43649 0.92230 0.43308 0.92199 0.42967 0.92191 0.42876 0.92173 0.42626 0.92151 0.42284 0.92131 0.41943 0.92112 0.41602 0.92095 0.41261 0.92080 0.40920 0.92067 0.40578 0.92056 0.40237 0.92047 0.39896 0.92039 0.39555 0.92034 0.39214 0.92030 0.38873 0.92028 0.38531 0.92028 0.38190 0.92030 0.37849 0.92034 0.37508 0.92040 0.37167 0.92048 0.36825 0.92057 0.36484 0.92069 0.36143 0.92082 0.35802 0.92098 0.35461 0.92115 0.35119 0.92134 0.34778\n 11 1216 55 0.78586 0.51497 0.78308 0.51155 0.78150 0.50955 0.78093 0.50814 0.77961 0.50473 0.77832 0.50132 0.77709 0.49791 0.77666 0.49667 0.77613 0.49449 0.77534 0.49108 0.77457 0.48767 0.77384 0.48426 0.77313 0.48085 0.77246 0.47743 0.77182 0.47414 0.77180 0.47402 0.77132 0.47061 0.77086 0.46720 0.77041 0.46379 0.76999 0.46038 0.76959 0.45696 0.76921 0.45355 0.76886 0.45014 0.76853 0.44673 0.76822 0.44332 0.76793 0.43990 0.76766 0.43649 0.76742 0.43308 0.76720 0.42967 0.76700 0.42626 0.76698 0.42588 0.76684 0.42284 0.76670 0.41943 0.76658 0.41602 0.76648 0.41261 0.76640 0.40920 0.76633 0.40578 0.76629 0.40237 0.76626 0.39896 0.76625 0.39555 0.76625 0.39214 0.76628 0.38873 0.76632 0.38531 0.76637 0.38190 0.76645 0.37849 0.76654 0.37508 0.76665 0.37167 0.76678 0.36825 0.76692 0.36484 0.76698 0.36369 0.76710 0.36143 0.76730 0.35802 0.76753 0.35461 0.76777 0.35119 0.76803 0.34778\n 11 1194 54 0.79167 0.51497 0.79450 0.51155 0.79603 0.50969 0.79666 0.50814 0.79804 0.50473 0.79939 0.50132 0.80070 0.49791 0.80087 0.49746 0.80163 0.49449 0.80248 0.49108 0.80331 0.48767 0.80411 0.48426 0.80489 0.48085 0.80564 0.47743 0.80571 0.47710 0.80622 0.47402 0.80677 0.47061 0.80730 0.46720 0.80781 0.46379 0.80829 0.46038 0.80876 0.45696 0.80921 0.45355 0.80963 0.45014 0.81004 0.44673 0.81043 0.44332 0.81055 0.44214 0.81075 0.43990 0.81104 0.43649 0.81132 0.43308 0.81157 0.42967 0.81181 0.42626 0.81203 0.42284 0.81223 0.41943 0.81241 0.41602 0.81258 0.41261 0.81273 0.40920 0.81286 0.40578 0.81297 0.40237 0.81306 0.39896 0.81313 0.39555 0.81319 0.39214 0.81323 0.38873 0.81325 0.38531 0.81325 0.38190 0.81323 0.37849 0.81320 0.37508 0.81314 0.37167 0.81307 0.36825 0.81298 0.36484 0.81287 0.36143 0.81274 0.35802 0.81259 0.35461 0.81242 0.35119 0.81223 0.34778\n 11 1194 54 0.94028 0.51497 0.93688 0.51155 0.93643 0.51110 0.93511 0.50814 0.93361 0.50473 0.93214 0.50132 0.93159 0.50001 0.93101 0.49791 0.93009 0.49449 0.92919 0.49108 0.92832 0.48767 0.92747 0.48426 0.92675 0.48125 0.92668 0.48085 0.92607 0.47743 0.92548 0.47402 0.92491 0.47061 0.92437 0.46720 0.92384 0.46379 0.92334 0.46038 0.92285 0.45696 0.92239 0.45355 0.92195 0.45014 0.92191 0.44985 0.92159 0.44673 0.92126 0.44332 0.92094 0.43990 0.92064 0.43649 0.92036 0.43308 0.92010 0.42967 0.91986 0.42626 0.91963 0.42284 0.91943 0.41943 0.91924 0.41602 0.91907 0.41261 0.91892 0.40920 0.91879 0.40578 0.91867 0.40237 0.91858 0.39896 0.91850 0.39555 0.91844 0.39214 0.91840 0.38873 0.91838 0.38531 0.91838 0.38190 0.91840 0.37849 0.91844 0.37508 0.91849 0.37167 0.91857 0.36825 0.91866 0.36484 0.91878 0.36143 0.91891 0.35802 0.91906 0.35461 0.91923 0.35119 0.91943 0.34778\n 11 204 9 0.94618 0.51497 0.94851 0.51155 0.95081 0.50814 0.95096 0.50792 0.95211 0.50473 0.95330 0.50132 0.95445 0.49791 0.95555 0.49449 0.95580 0.49368\n 11 1172 53 0.77978 0.51497 0.77837 0.51155 0.77700 0.50814 0.77666 0.50725 0.77598 0.50473 0.77510 0.50132 0.77425 0.49791 0.77343 0.49449 0.77264 0.49108 0.77188 0.48767 0.77182 0.48738 0.77129 0.48426 0.77073 0.48085 0.77020 0.47743 0.76969 0.47402 0.76921 0.47061 0.76874 0.46720 0.76830 0.46379 0.76789 0.46038 0.76749 0.45696 0.76712 0.45355 0.76698 0.45217 0.76680 0.45014 0.76651 0.44673 0.76625 0.44332 0.76601 0.43990 0.76578 0.43649 0.76557 0.43308 0.76538 0.42967 0.76521 0.42626 0.76506 0.42284 0.76493 0.41943 0.76481 0.41602 0.76471 0.41261 0.76463 0.40920 0.76457 0.40578 0.76453 0.40237 0.76450 0.39896 0.76449 0.39555 0.76450 0.39214 0.76452 0.38873 0.76457 0.38531 0.76463 0.38190 0.76471 0.37849 0.76480 0.37508 0.76492 0.37167 0.76504 0.36825 0.76519 0.36484 0.76535 0.36143 0.76553 0.35802 0.76573 0.35461 0.76594 0.35119 0.76617 0.34778\n 11 1172 53 0.79771 0.51497 0.79917 0.51155 0.80059 0.50814 0.80087 0.50745 0.80163 0.50473 0.80255 0.50132 0.80346 0.49791 0.80434 0.49449 0.80519 0.49108 0.80571 0.48895 0.80595 0.48767 0.80658 0.48426 0.80719 0.48085 0.80778 0.47743 0.80835 0.47402 0.80890 0.47061 0.80944 0.46720 0.80995 0.46379 0.81044 0.46038 0.81055 0.45954 0.81085 0.45696 0.81123 0.45355 0.81159 0.45014 0.81194 0.44673 0.81227 0.44332 0.81258 0.43990 0.81287 0.43649 0.81314 0.43308 0.81340 0.42967 0.81364 0.42626 0.81386 0.42284 0.81406 0.41943 0.81425 0.41602 0.81442 0.41261 0.81456 0.40920 0.81470 0.40578 0.81481 0.40237 0.81490 0.39896 0.81498 0.39555 0.81504 0.39214 0.81508 0.38873 0.81510 0.38531 0.81510 0.38190 0.81509 0.37849 0.81505 0.37508 0.81500 0.37167 0.81493 0.36825 0.81484 0.36484 0.81473 0.36143 0.81460 0.35802 0.81445 0.35461 0.81429 0.35119 0.81410 0.34778\n 11 1216 55 0.93396 0.51497 0.93238 0.51155 0.93159 0.50980 0.93109 0.50814 0.93009 0.50473 0.92911 0.50132 0.92816 0.49791 0.92724 0.49449 0.92675 0.49266 0.92643 0.49108 0.92576 0.48767 0.92511 0.48426 0.92447 0.48085 0.92386 0.47743 0.92327 0.47402 0.92270 0.47061 0.92215 0.46720 0.92191 0.46563 0.92167 0.46379 0.92125 0.46038 0.92084 0.45696 0.92045 0.45355 0.92008 0.45014 0.91973 0.44673 0.91939 0.44332 0.91907 0.43990 0.91877 0.43649 0.91849 0.43308 0.91823 0.42967 0.91798 0.42626 0.91776 0.42284 0.91755 0.41943 0.91736 0.41602 0.91719 0.41261 0.91707 0.40993 0.91704 0.40920 0.91692 0.40578 0.91682 0.40237 0.91673 0.39896 0.91666 0.39555 0.91661 0.39214 0.91657 0.38873 0.91655 0.38531 0.91655 0.38190 0.91656 0.37849 0.91660 0.37508 0.91664 0.37167 0.91671 0.36825 0.91679 0.36484 0.91689 0.36143 0.91701 0.35802 0.91707 0.35641 0.91715 0.35461 0.91732 0.35119 0.91751 0.34778\n 11 116 5 0.95195 0.51497 0.95326 0.51155 0.95453 0.50814 0.95575 0.50473 0.95580 0.50457\n 11 1150 52 0.77608 0.51497 0.77511 0.51155 0.77417 0.50814 0.77326 0.50473 0.77239 0.50132 0.77182 0.49903 0.77160 0.49791 0.77095 0.49449 0.77033 0.49108 0.76973 0.48767 0.76916 0.48426 0.76861 0.48085 0.76808 0.47743 0.76757 0.47402 0.76709 0.47061 0.76698 0.46976 0.76668 0.46720 0.76630 0.46379 0.76595 0.46038 0.76561 0.45696 0.76529 0.45355 0.76500 0.45014 0.76472 0.44673 0.76446 0.44332 0.76421 0.43990 0.76399 0.43649 0.76379 0.43308 0.76360 0.42967 0.76343 0.42626 0.76328 0.42284 0.76315 0.41943 0.76304 0.41602 0.76294 0.41261 0.76287 0.40920 0.76281 0.40578 0.76276 0.40237 0.76274 0.39896 0.76273 0.39555 0.76275 0.39214 0.76277 0.38873 0.76282 0.38531 0.76288 0.38190 0.76297 0.37849 0.76306 0.37508 0.76318 0.37167 0.76331 0.36825 0.76346 0.36484 0.76363 0.36143 0.76381 0.35802 0.76401 0.35461 0.76422 0.35119 0.76445 0.34778\n 11 1172 53 0.80138 0.51497 0.80238 0.51155 0.80336 0.50814 0.80432 0.50473 0.80525 0.50132 0.80571 0.49959 0.80606 0.49791 0.80675 0.49449 0.80742 0.49108 0.80808 0.48767 0.80871 0.48426 0.80932 0.48085 0.80991 0.47743 0.81049 0.47402 0.81055 0.47362 0.81096 0.47061 0.81142 0.46720 0.81185 0.46379 0.81227 0.46038 0.81266 0.45696 0.81305 0.45355 0.81341 0.45014 0.81376 0.44673 0.81409 0.44332 0.81440 0.43990 0.81469 0.43649 0.81497 0.43308 0.81523 0.42967 0.81539 0.42732 0.81546 0.42626 0.81566 0.42284 0.81584 0.41943 0.81601 0.41602 0.81616 0.41261 0.81630 0.40920 0.81642 0.40578 0.81652 0.40237 0.81660 0.39896 0.81667 0.39555 0.81673 0.39214 0.81676 0.38873 0.81678 0.38531 0.81679 0.38190 0.81678 0.37849 0.81675 0.37508 0.81670 0.37167 0.81664 0.36825 0.81656 0.36484 0.81646 0.36143 0.81635 0.35802 0.81622 0.35461 0.81607 0.35119 0.81591 0.34778\n 11 1172 53 0.93035 0.51497 0.92929 0.51155 0.92826 0.50814 0.92725 0.50473 0.92675 0.50298 0.92638 0.50132 0.92565 0.49791 0.92493 0.49449 0.92424 0.49108 0.92356 0.48767 0.92291 0.48426 0.92227 0.48085 0.92191 0.47883 0.92170 0.47743 0.92120 0.47402 0.92072 0.47061 0.92026 0.46720 0.91982 0.46379 0.91939 0.46038 0.91898 0.45696 0.91859 0.45355 0.91822 0.45014 0.91786 0.44673 0.91753 0.44332 0.91721 0.43990 0.91707 0.43833 0.91692 0.43649 0.91667 0.43308 0.91644 0.42967 0.91622 0.42626 0.91602 0.42284 0.91583 0.41943 0.91566 0.41602 0.91551 0.41261 0.91537 0.40920 0.91525 0.40578 0.91515 0.40237 0.91506 0.39896 0.91499 0.39555 0.91493 0.39214 0.91490 0.38873 0.91487 0.38531 0.91487 0.38190 0.91488 0.37849 0.91491 0.37508 0.91496 0.37167 0.91502 0.36825 0.91510 0.36484 0.91520 0.36143 0.91531 0.35802 0.91545 0.35461 0.91560 0.35119 0.91576 0.34778\n 11 50 2 0.95562 0.51497 0.95580 0.51449\n 11 1194 54 0.77334 0.51497 0.77237 0.51155 0.77182 0.50952 0.77152 0.50814 0.77081 0.50473 0.77012 0.50132 0.76945 0.49791 0.76881 0.49449 0.76819 0.49108 0.76760 0.48767 0.76703 0.48426 0.76698 0.48395 0.76655 0.48085 0.76610 0.47743 0.76567 0.47402 0.76526 0.47061 0.76486 0.46720 0.76449 0.46379 0.76414 0.46038 0.76381 0.45696 0.76349 0.45355 0.76319 0.45014 0.76292 0.44673 0.76266 0.44332 0.76242 0.43990 0.76220 0.43649 0.76213 0.43537 0.76201 0.43308 0.76184 0.42967 0.76169 0.42626 0.76156 0.42284 0.76144 0.41943 0.76134 0.41602 0.76126 0.41261 0.76119 0.40920 0.76114 0.40578 0.76110 0.40237 0.76108 0.39896 0.76108 0.39555 0.76109 0.39214 0.76112 0.38873 0.76117 0.38531 0.76123 0.38190 0.76130 0.37849 0.76140 0.37508 0.76150 0.37167 0.76163 0.36825 0.76176 0.36484 0.76192 0.36143 0.76209 0.35802 0.76213 0.35713 0.76228 0.35461 0.76250 0.35119 0.76274 0.34778\n 11 1172 53 0.80406 0.51497 0.80507 0.51155 0.80571 0.50933 0.80598 0.50814 0.80673 0.50473 0.80746 0.50132 0.80817 0.49791 0.80887 0.49449 0.80954 0.49108 0.81020 0.48767 0.81055 0.48577 0.81079 0.48426 0.81131 0.48085 0.81181 0.47743 0.81230 0.47402 0.81277 0.47061 0.81322 0.46720 0.81366 0.46379 0.81408 0.46038 0.81448 0.45696 0.81486 0.45355 0.81523 0.45014 0.81539 0.44852 0.81556 0.44673 0.81585 0.44332 0.81613 0.43990 0.81640 0.43649 0.81665 0.43308 0.81688 0.42967 0.81710 0.42626 0.81730 0.42284 0.81748 0.41943 0.81765 0.41602 0.81780 0.41261 0.81794 0.40920 0.81806 0.40578 0.81816 0.40237 0.81825 0.39896 0.81832 0.39555 0.81838 0.39214 0.81842 0.38873 0.81844 0.38531 0.81844 0.38190 0.81843 0.37849 0.81840 0.37508 0.81836 0.37167 0.81830 0.36825 0.81822 0.36484 0.81813 0.36143 0.81801 0.35802 0.81789 0.35461 0.81774 0.35119 0.81758 0.34778\n 11 1172 53 0.92753 0.51497 0.92675 0.51247 0.92653 0.51155 0.92573 0.50814 0.92496 0.50473 0.92420 0.50132 0.92346 0.49791 0.92274 0.49449 0.92204 0.49108 0.92191 0.49041 0.92145 0.48767 0.92090 0.48426 0.92037 0.48085 0.91985 0.47743 0.91935 0.47402 0.91887 0.47061 0.91841 0.46720 0.91796 0.46379 0.91754 0.46038 0.91713 0.45696 0.91707 0.45646 0.91677 0.45355 0.91644 0.45014 0.91612 0.44673 0.91582 0.44332 0.91553 0.43990 0.91527 0.43649 0.91501 0.43308 0.91478 0.42967 0.91456 0.42626 0.91435 0.42284 0.91417 0.41943 0.91399 0.41602 0.91384 0.41261 0.91370 0.40920 0.91358 0.40578 0.91347 0.40237 0.91338 0.39896 0.91331 0.39555 0.91326 0.39214 0.91322 0.38873 0.91320 0.38531 0.91319 0.38190 0.91320 0.37849 0.91323 0.37508 0.91327 0.37167 0.91334 0.36825 0.91342 0.36484 0.91351 0.36143 0.91362 0.35802 0.91375 0.35461 0.91390 0.35119 0.91407 0.34778\n 11 1150 52 0.77085 0.51497 0.77009 0.51155 0.76936 0.50814 0.76865 0.50473 0.76796 0.50132 0.76730 0.49791 0.76698 0.49616 0.76671 0.49449 0.76618 0.49108 0.76568 0.48767 0.76519 0.48426 0.76472 0.48085 0.76427 0.47743 0.76385 0.47402 0.76344 0.47061 0.76305 0.46720 0.76268 0.46379 0.76233 0.46038 0.76213 0.45837 0.76201 0.45696 0.76173 0.45355 0.76146 0.45014 0.76121 0.44673 0.76098 0.44332 0.76076 0.43990 0.76057 0.43649 0.76038 0.43308 0.76022 0.42967 0.76007 0.42626 0.75994 0.42284 0.75983 0.41943 0.75973 0.41602 0.75965 0.41261 0.75958 0.40920 0.75953 0.40578 0.75950 0.40237 0.75948 0.39896 0.75948 0.39555 0.75950 0.39214 0.75953 0.38873 0.75957 0.38531 0.75964 0.38190 0.75971 0.37849 0.75981 0.37508 0.75992 0.37167 0.76004 0.36825 0.76018 0.36484 0.76034 0.36143 0.76051 0.35802 0.76070 0.35461 0.76090 0.35119 0.76112 0.34778\n 11 1150 52 0.80652 0.51497 0.80731 0.51155 0.80808 0.50814 0.80884 0.50473 0.80957 0.50132 0.81029 0.49791 0.81055 0.49662 0.81092 0.49449 0.81149 0.49108 0.81205 0.48767 0.81259 0.48426 0.81311 0.48085 0.81362 0.47743 0.81411 0.47402 0.81458 0.47061 0.81503 0.46720 0.81539 0.46438 0.81546 0.46379 0.81584 0.46038 0.81620 0.45696 0.81654 0.45355 0.81687 0.45014 0.81719 0.44673 0.81748 0.44332 0.81777 0.43990 0.81803 0.43649 0.81828 0.43308 0.81852 0.42967 0.81873 0.42626 0.81894 0.42284 0.81912 0.41943 0.81929 0.41602 0.81945 0.41261 0.81958 0.40920 0.81971 0.40578 0.81981 0.40237 0.81990 0.39896 0.81997 0.39555 0.82003 0.39214 0.82007 0.38873 0.82009 0.38531 0.82010 0.38190 0.82009 0.37849 0.82006 0.37508 0.82002 0.37167 0.81996 0.36825 0.81988 0.36484 0.81979 0.36143 0.81968 0.35802 0.81955 0.35461 0.81941 0.35119 0.81925 0.34778\n 11 1194 54 0.92517 0.51497 0.92435 0.51155 0.92355 0.50814 0.92277 0.50473 0.92201 0.50132 0.92191 0.50085 0.92137 0.49791 0.92077 0.49449 0.92018 0.49108 0.91961 0.48767 0.91906 0.48426 0.91853 0.48085 0.91801 0.47743 0.91751 0.47402 0.91707 0.47092 0.91703 0.47061 0.91662 0.46720 0.91622 0.46379 0.91584 0.46038 0.91547 0.45696 0.91512 0.45355 0.91478 0.45014 0.91447 0.44673 0.91416 0.44332 0.91388 0.43990 0.91361 0.43649 0.91335 0.43308 0.91312 0.42967 0.91289 0.42626 0.91269 0.42284 0.91250 0.41943 0.91233 0.41602 0.91223 0.41380 0.91218 0.41261 0.91205 0.40920 0.91193 0.40578 0.91183 0.40237 0.91175 0.39896 0.91168 0.39555 0.91163 0.39214 0.91159 0.38873 0.91157 0.38531 0.91156 0.38190 0.91157 0.37849 0.91159 0.37508 0.91163 0.37167 0.91169 0.36825 0.91176 0.36484 0.91185 0.36143 0.91196 0.35802 0.91207 0.35461 0.91221 0.35119 0.91223 0.35084 0.91237 0.34778\n 82 0\n 81 6 34\n 82 0\n 81 6 35\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 50 2 0.71685 0.34608 0.71856 0.34778\n 11 50 2 0.71614 0.35190 0.71856 0.35461\n 11 50 2 0.71614 0.35836 0.71856 0.36143\n 11 50 2 0.71614 0.36472 0.71856 0.36825\n 11 50 2 0.71614 0.37090 0.71856 0.37508\n 11 50 2 0.71614 0.37679 0.71856 0.38190\n 11 50 2 0.71668 0.38096 0.71614 0.38030\n 11 50 2 0.71614 0.38215 0.71856 0.38873\n 11 50 2 0.71747 0.38788 0.71614 0.38591\n 11 50 2 0.71614 0.38635 0.71856 0.39555\n 11 116 5 0.71825 0.39479 0.71699 0.39245 0.71652 0.39507 0.71699 0.39245 0.71856 0.40237\n 11 116 5 0.71904 0.40171 0.71804 0.39927 0.71730 0.40180 0.71804 0.39927 0.71856 0.40920\n 11 116 5 0.71982 0.40862 0.71908 0.40609 0.71808 0.40853 0.71908 0.40609 0.71856 0.41602\n 11 116 5 0.72060 0.41554 0.72013 0.41292 0.71887 0.41526 0.72013 0.41292 0.71856 0.42284\n 11 116 5 0.72139 0.42245 0.72117 0.41974 0.71965 0.42200 0.72117 0.41974 0.71856 0.42967\n 11 116 5 0.72217 0.42937 0.72222 0.42657 0.72043 0.42873 0.72222 0.42657 0.71856 0.43649\n 11 116 5 0.72295 0.43628 0.72326 0.43339 0.72122 0.43546 0.72326 0.43339 0.71856 0.44332\n 11 116 5 0.72374 0.44320 0.72431 0.44021 0.72200 0.44219 0.72431 0.44021 0.71856 0.45014\n 11 116 5 0.72452 0.45011 0.72535 0.44704 0.72278 0.44892 0.72535 0.44704 0.71856 0.45696\n 11 116 5 0.72530 0.45703 0.72640 0.45386 0.72357 0.45566 0.72640 0.45386 0.71856 0.46379\n 11 116 5 0.72609 0.46394 0.72744 0.46069 0.72435 0.46239 0.72744 0.46069 0.71856 0.47061\n 11 116 5 0.72687 0.47086 0.72848 0.46751 0.72513 0.46912 0.72848 0.46751 0.71856 0.47743\n 11 116 5 0.72766 0.47777 0.72953 0.47433 0.72592 0.47585 0.72953 0.47433 0.71856 0.48426\n 11 116 5 0.72844 0.48469 0.73057 0.48116 0.72670 0.48259 0.73057 0.48116 0.71856 0.49108\n 11 116 5 0.72922 0.49160 0.73162 0.48798 0.72749 0.48932 0.73162 0.48798 0.71856 0.49791\n 11 116 5 0.73001 0.49852 0.73266 0.49480 0.72827 0.49605 0.73266 0.49480 0.71856 0.50473\n 11 116 5 0.73079 0.50544 0.73371 0.50163 0.72905 0.50278 0.73371 0.50163 0.71856 0.51155\n 11 50 2 0.72634 0.34608 0.72824 0.34778\n 11 50 2 0.72236 0.34717 0.72009 0.34608\n 11 72 3 0.71953 0.34608 0.72080 0.34872 0.71953 0.34608\n 11 50 2 0.71971 0.34608 0.72824 0.35461\n 11 116 5 0.72314 0.35408 0.72041 0.35255 0.72159 0.35545 0.72041 0.35255 0.72824 0.36143\n 11 116 5 0.72393 0.36100 0.72145 0.35937 0.72237 0.36219 0.72145 0.35937 0.72824 0.36825\n 11 116 5 0.72471 0.36791 0.72250 0.36620 0.72316 0.36892 0.72250 0.36620 0.72824 0.37508\n 11 116 5 0.72549 0.37483 0.72354 0.37302 0.72394 0.37565 0.72354 0.37302 0.72824 0.38190\n 11 116 5 0.72628 0.38174 0.72459 0.37984 0.72472 0.38238 0.72459 0.37984 0.72824 0.38873\n 11 116 5 0.72706 0.38866 0.72563 0.38667 0.72551 0.38912 0.72563 0.38667 0.72824 0.39555\n 11 116 5 0.72784 0.39558 0.72668 0.39349 0.72629 0.39585 0.72668 0.39349 0.72824 0.40237\n 11 116 5 0.72863 0.40249 0.72772 0.40032 0.72707 0.40258 0.72772 0.40032 0.72824 0.40920\n 11 116 5 0.72941 0.40941 0.72876 0.40714 0.72786 0.40931 0.72876 0.40714 0.72824 0.41602\n 11 116 5 0.73019 0.41632 0.72981 0.41396 0.72864 0.41605 0.72981 0.41396 0.72824 0.42284\n 11 116 5 0.73098 0.42324 0.73085 0.42079 0.72942 0.42278 0.73085 0.42079 0.72824 0.42967\n 11 116 5 0.73176 0.43015 0.73190 0.42761 0.73021 0.42951 0.73190 0.42761 0.72824 0.43649\n 11 116 5 0.73255 0.43707 0.73294 0.43443 0.73099 0.43624 0.73294 0.43443 0.72824 0.44332\n 11 116 5 0.73333 0.44398 0.73399 0.44126 0.73178 0.44298 0.73399 0.44126 0.72824 0.45014\n 11 116 5 0.73411 0.45090 0.73503 0.44808 0.73256 0.44971 0.73503 0.44808 0.72824 0.45696\n 11 116 5 0.73490 0.45781 0.73608 0.45491 0.73334 0.45644 0.73608 0.45491 0.72824 0.46379\n 11 116 5 0.73568 0.46473 0.73712 0.46173 0.73413 0.46317 0.73712 0.46173 0.72824 0.47061\n 11 116 5 0.73646 0.47164 0.73817 0.46855 0.73491 0.46991 0.73817 0.46855 0.72824 0.47743\n 11 116 5 0.73725 0.47856 0.73921 0.47538 0.73569 0.47664 0.73921 0.47538 0.72824 0.48426\n 11 116 5 0.73803 0.48547 0.74026 0.48220 0.73648 0.48337 0.74026 0.48220 0.72824 0.49108\n 11 116 5 0.73881 0.49239 0.74130 0.48903 0.73726 0.49010 0.74130 0.48903 0.72824 0.49791\n 11 116 5 0.73960 0.49930 0.74235 0.49585 0.73804 0.49684 0.74235 0.49585 0.72824 0.50473\n 11 116 5 0.74038 0.50622 0.74339 0.50267 0.73883 0.50357 0.74339 0.50267 0.72824 0.51155\n 11 50 2 0.73576 0.34608 0.73793 0.34778\n 11 116 5 0.73195 0.34795 0.72905 0.34677 0.73058 0.34951 0.72905 0.34677 0.73793 0.35461\n 11 116 5 0.73273 0.35487 0.73009 0.35359 0.73136 0.35624 0.73009 0.35359 0.73793 0.36143\n 11 116 5 0.73352 0.36178 0.73113 0.36042 0.73215 0.36297 0.73113 0.36042 0.73793 0.36825\n 11 116 5 0.73430 0.36870 0.73218 0.36724 0.73293 0.36970 0.73218 0.36724 0.73793 0.37508\n 11 116 5 0.73509 0.37561 0.73322 0.37407 0.73371 0.37644 0.73322 0.37407 0.73793 0.38190\n 11 116 5 0.73587 0.38253 0.73427 0.38089 0.73450 0.38317 0.73427 0.38089 0.73793 0.38873\n 11 116 5 0.73665 0.38944 0.73531 0.38771 0.73528 0.38990 0.73531 0.38771 0.73793 0.39555\n 11 116 5 0.73744 0.39636 0.73636 0.39454 0.73606 0.39663 0.73636 0.39454 0.73793 0.40237\n 11 116 5 0.73822 0.40327 0.73740 0.40136 0.73685 0.40337 0.73740 0.40136 0.73793 0.40920\n 11 116 5 0.73900 0.41019 0.73845 0.40818 0.73763 0.41010 0.73845 0.40818 0.73793 0.41602\n 11 116 5 0.73979 0.41710 0.73949 0.41501 0.73842 0.41683 0.73949 0.41501 0.73793 0.42284\n 11 116 5 0.74057 0.42402 0.74054 0.42183 0.73920 0.42356 0.74054 0.42183 0.73793 0.42967\n 11 116 5 0.74135 0.43093 0.74158 0.42866 0.73998 0.43029 0.74158 0.42866 0.73793 0.43649\n 11 116 5 0.74214 0.43785 0.74263 0.43548 0.74077 0.43703 0.74263 0.43548 0.73793 0.44332\n 11 116 5 0.74292 0.44477 0.74367 0.44230 0.74155 0.44376 0.74367 0.44230 0.73793 0.45014\n 11 116 5 0.74370 0.45168 0.74472 0.44913 0.74233 0.45049 0.74472 0.44913 0.73793 0.45696\n 11 116 5 0.74449 0.45860 0.74576 0.45595 0.74312 0.45722 0.74576 0.45595 0.73793 0.46379\n 11 116 5 0.74527 0.46551 0.74681 0.46277 0.74390 0.46396 0.74681 0.46277 0.73793 0.47061\n 11 116 5 0.74606 0.47243 0.74785 0.46960 0.74468 0.47069 0.74785 0.46960 0.73793 0.47743\n 11 116 5 0.74684 0.47934 0.74890 0.47642 0.74547 0.47742 0.74890 0.47642 0.73793 0.48426\n 11 116 5 0.74762 0.48626 0.74994 0.48325 0.74625 0.48415 0.74994 0.48325 0.73793 0.49108\n 11 116 5 0.74841 0.49317 0.75099 0.49007 0.74704 0.49089 0.75099 0.49007 0.73793 0.49791\n 11 116 5 0.74919 0.50009 0.75203 0.49689 0.74782 0.49762 0.75203 0.49689 0.73793 0.50473\n 11 116 5 0.74997 0.50700 0.75308 0.50372 0.74860 0.50435 0.75308 0.50372 0.73793 0.51155\n 11 50 2 0.74512 0.34608 0.74761 0.34778\n 11 116 5 0.74154 0.34874 0.73873 0.34781 0.74035 0.35029 0.73873 0.34781 0.74761 0.35461\n 11 116 5 0.74233 0.35565 0.73977 0.35464 0.74114 0.35702 0.73977 0.35464 0.74761 0.36143\n 11 116 5 0.74311 0.36257 0.74082 0.36146 0.74192 0.36375 0.74082 0.36146 0.74761 0.36825\n 11 116 5 0.74389 0.36948 0.74186 0.36829 0.74271 0.37049 0.74186 0.36829 0.74761 0.37508\n 11 116 5 0.74468 0.37640 0.74291 0.37511 0.74349 0.37722 0.74291 0.37511 0.74761 0.38190\n 11 116 5 0.74546 0.38331 0.74395 0.38193 0.74427 0.38395 0.74395 0.38193 0.74761 0.38873\n 11 116 5 0.74624 0.39023 0.74500 0.38876 0.74506 0.39068 0.74500 0.38876 0.74761 0.39555\n 11 116 5 0.74703 0.39714 0.74604 0.39558 0.74584 0.39742 0.74604 0.39558 0.74761 0.40237\n 11 116 5 0.74781 0.40406 0.74709 0.40241 0.74662 0.40415 0.74709 0.40241 0.74761 0.40920\n 11 116 5 0.74860 0.41097 0.74813 0.40923 0.74741 0.41088 0.74813 0.40923 0.74761 0.41602\n 11 116 5 0.74938 0.41789 0.74918 0.41605 0.74819 0.41761 0.74918 0.41605 0.74761 0.42284\n 11 116 5 0.75016 0.42480 0.75022 0.42288 0.74897 0.42435 0.75022 0.42288 0.74761 0.42967\n 11 116 5 0.75095 0.43172 0.75127 0.42970 0.74976 0.43108 0.75127 0.42970 0.74761 0.43649\n 11 116 5 0.75173 0.43863 0.75231 0.43652 0.75054 0.43781 0.75231 0.43652 0.74761 0.44332\n 11 116 5 0.75251 0.44555 0.75336 0.44335 0.75132 0.44454 0.75336 0.44335 0.74761 0.45014\n 11 116 5 0.75330 0.45246 0.75440 0.45017 0.75211 0.45128 0.75440 0.45017 0.74761 0.45696\n 11 116 5 0.75408 0.45938 0.75545 0.45700 0.75289 0.45801 0.75545 0.45700 0.74761 0.46379\n 11 116 5 0.75486 0.46629 0.75649 0.46382 0.75368 0.46474 0.75649 0.46382 0.74761 0.47061\n 11 116 5 0.75565 0.47321 0.75753 0.47064 0.75446 0.47147 0.75753 0.47064 0.74761 0.47743\n 11 116 5 0.75643 0.48013 0.75858 0.47747 0.75524 0.47821 0.75858 0.47747 0.74761 0.48426\n 11 116 5 0.75721 0.48704 0.75962 0.48429 0.75603 0.48494 0.75962 0.48429 0.74761 0.49108\n 11 116 5 0.75800 0.49396 0.76067 0.49111 0.75681 0.49167 0.76067 0.49111 0.74761 0.49791\n 11 116 5 0.75878 0.50087 0.76171 0.49794 0.75759 0.49840 0.76171 0.49794 0.74761 0.50473\n 11 116 5 0.75957 0.50779 0.76276 0.50476 0.75838 0.50513 0.76276 0.50476 0.74761 0.51155\n 11 50 2 0.75435 0.34608 0.75729 0.34778\n 11 116 5 0.75113 0.34952 0.74841 0.34886 0.75013 0.35107 0.74841 0.34886 0.75729 0.35461\n 11 116 5 0.75192 0.35643 0.74946 0.35568 0.75091 0.35781 0.74946 0.35568 0.75729 0.36143\n 11 116 5 0.75270 0.36335 0.75050 0.36251 0.75170 0.36454 0.75050 0.36251 0.75729 0.36825\n 11 116 5 0.75349 0.37026 0.75155 0.36933 0.75248 0.37127 0.75155 0.36933 0.75729 0.37508\n 11 116 5 0.75427 0.37718 0.75259 0.37615 0.75326 0.37800 0.75259 0.37615 0.75729 0.38190\n 11 116 5 0.75505 0.38410 0.75364 0.38298 0.75405 0.38474 0.75364 0.38298 0.75729 0.38873\n 11 116 5 0.75584 0.39101 0.75468 0.38980 0.75483 0.39147 0.75468 0.38980 0.75729 0.39555\n 11 116 5 0.75662 0.39793 0.75573 0.39663 0.75561 0.39820 0.75573 0.39663 0.75729 0.40237\n 11 116 5 0.75740 0.40484 0.75677 0.40345 0.75640 0.40493 0.75677 0.40345 0.75729 0.40920\n 11 116 5 0.75819 0.41176 0.75781 0.41027 0.75718 0.41166 0.75781 0.41027 0.75729 0.41602\n 11 116 5 0.75897 0.41867 0.75886 0.41710 0.75797 0.41840 0.75886 0.41710 0.75729 0.42284\n 11 116 5 0.75975 0.42559 0.75990 0.42392 0.75875 0.42513 0.75990 0.42392 0.75729 0.42967\n 11 116 5 0.76054 0.43250 0.76095 0.43075 0.75953 0.43186 0.76095 0.43075 0.75729 0.43649\n 11 116 5 0.76132 0.43942 0.76199 0.43757 0.76032 0.43859 0.76199 0.43757 0.75729 0.44332\n 11 116 5 0.76211 0.44633 0.76304 0.44439 0.76110 0.44533 0.76304 0.44439 0.75729 0.45014\n 11 116 5 0.76289 0.45325 0.76408 0.45122 0.76188 0.45206 0.76408 0.45122 0.75729 0.45696\n 11 116 5 0.76367 0.46016 0.76513 0.45804 0.76267 0.45879 0.76513 0.45804 0.75729 0.46379\n 11 116 5 0.76446 0.46708 0.76617 0.46486 0.76345 0.46552 0.76617 0.46486 0.75729 0.47061\n 11 116 5 0.76524 0.47399 0.76722 0.47169 0.76423 0.47226 0.76722 0.47169 0.75729 0.47743\n 11 116 5 0.76602 0.48091 0.76826 0.47851 0.76502 0.47899 0.76826 0.47851 0.75729 0.48426\n 11 116 5 0.76681 0.48782 0.76931 0.48534 0.76580 0.48572 0.76931 0.48534 0.75729 0.49108\n 11 116 5 0.76759 0.49474 0.77035 0.49216 0.76658 0.49245 0.77035 0.49216 0.75729 0.49791\n 11 116 5 0.76837 0.50165 0.77140 0.49898 0.76737 0.49919 0.77140 0.49898 0.75729 0.50473\n 11 116 5 0.76916 0.50857 0.77244 0.50581 0.76815 0.50592 0.77244 0.50581 0.75729 0.51155\n 11 50 2 0.76337 0.34608 0.76698 0.34778\n 11 116 5 0.76073 0.35030 0.75810 0.34990 0.75990 0.35186 0.75810 0.34990 0.76698 0.35461\n 11 116 5 0.76151 0.35722 0.75914 0.35673 0.76069 0.35859 0.75914 0.35673 0.76698 0.36143\n 11 116 5 0.76229 0.36413 0.76018 0.36355 0.76147 0.36532 0.76018 0.36355 0.76698 0.36825\n 11 116 5 0.76308 0.37105 0.76123 0.37038 0.76225 0.37205 0.76123 0.37038 0.76698 0.37508\n 11 116 5 0.76386 0.37796 0.76227 0.37720 0.76304 0.37879 0.76227 0.37720 0.76698 0.38190\n 11 116 5 0.76464 0.38488 0.76332 0.38402 0.76382 0.38552 0.76332 0.38402 0.76698 0.38873\n 11 116 5 0.76543 0.39179 0.76436 0.39085 0.76461 0.39225 0.76436 0.39085 0.76698 0.39555\n 11 116 5 0.76621 0.39871 0.76541 0.39767 0.76539 0.39898 0.76541 0.39767 0.76698 0.40237\n 11 116 5 0.76700 0.40562 0.76645 0.40449 0.76617 0.40572 0.76645 0.40449 0.76698 0.40920\n 11 116 5 0.76778 0.41254 0.76750 0.41132 0.76696 0.41245 0.76750 0.41132 0.76698 0.41602\n 11 116 5 0.76856 0.41946 0.76854 0.41814 0.76774 0.41918 0.76854 0.41814 0.76698 0.42284\n 11 116 5 0.76935 0.42637 0.76959 0.42497 0.76852 0.42591 0.76959 0.42497 0.76698 0.42967\n 11 116 5 0.77013 0.43329 0.77063 0.43179 0.76931 0.43265 0.77063 0.43179 0.76698 0.43649\n 11 116 5 0.77091 0.44020 0.77168 0.43861 0.77009 0.43938 0.77168 0.43861 0.76698 0.44332\n 11 116 5 0.77170 0.44712 0.77272 0.44544 0.77087 0.44611 0.77272 0.44544 0.76698 0.45014\n 11 116 5 0.77248 0.45403 0.77377 0.45226 0.77166 0.45284 0.77377 0.45226 0.76698 0.45696\n 11 116 5 0.77326 0.46095 0.77481 0.45909 0.77244 0.45958 0.77481 0.45909 0.76698 0.46379\n 11 116 5 0.77405 0.46786 0.77586 0.46591 0.77323 0.46631 0.77586 0.46591 0.76698 0.47061\n 11 116 5 0.77483 0.47478 0.77690 0.47273 0.77401 0.47304 0.77690 0.47273 0.76698 0.47743\n 11 116 5 0.77562 0.48169 0.77795 0.47956 0.77479 0.47977 0.77795 0.47956 0.76698 0.48426\n 11 116 5 0.77640 0.48861 0.77899 0.48638 0.77558 0.48650 0.77899 0.48638 0.76698 0.49108\n 11 116 5 0.77718 0.49552 0.78004 0.49320 0.77636 0.49324 0.78004 0.49320 0.76698 0.49791\n 11 116 5 0.77797 0.50244 0.78108 0.50003 0.77714 0.49997 0.78108 0.50003 0.76698 0.50473\n 11 116 5 0.77875 0.50935 0.78213 0.50685 0.77793 0.50670 0.78213 0.50685 0.76698 0.51155\n 11 50 2 0.77203 0.34608 0.77666 0.34778\n 11 116 5 0.77032 0.35109 0.76778 0.35095 0.76968 0.35264 0.76778 0.35095 0.77666 0.35461\n 11 116 5 0.77110 0.35800 0.76882 0.35777 0.77046 0.35937 0.76882 0.35777 0.77666 0.36143\n 11 116 5 0.77189 0.36492 0.76987 0.36460 0.77125 0.36611 0.76987 0.36460 0.77666 0.36825\n 11 116 5 0.77267 0.37183 0.77091 0.37142 0.77203 0.37284 0.77091 0.37142 0.77666 0.37508\n 11 116 5 0.77345 0.37875 0.77196 0.37824 0.77281 0.37957 0.77196 0.37824 0.77666 0.38190\n 11 116 5 0.77424 0.38566 0.77300 0.38507 0.77360 0.38630 0.77300 0.38507 0.77666 0.38873\n 11 116 5 0.77502 0.39258 0.77405 0.39189 0.77438 0.39303 0.77405 0.39189 0.77666 0.39555\n 11 116 5 0.77584 0.39953 0.77509 0.39872 0.77517 0.39982 0.77509 0.39872 0.77666 0.40237\n 11 116 5 0.77665 0.40652 0.77614 0.40554 0.77592 0.40663 0.77614 0.40554 0.77666 0.40920\n 11 116 5 0.77740 0.41345 0.77718 0.41236 0.77667 0.41335 0.77718 0.41236 0.77666 0.41602\n 11 116 5 0.77815 0.42029 0.77823 0.41919 0.77748 0.42000 0.77823 0.41919 0.77666 0.42284\n 11 116 5 0.77894 0.42715 0.77927 0.42601 0.77830 0.42670 0.77927 0.42601 0.77666 0.42967\n 11 116 5 0.77972 0.43407 0.78032 0.43284 0.77908 0.43343 0.78032 0.43284 0.77666 0.43649\n 11 116 5 0.78051 0.44098 0.78136 0.43966 0.77987 0.44016 0.78136 0.43966 0.77666 0.44332\n 11 116 5 0.78129 0.44790 0.78241 0.44648 0.78065 0.44689 0.78241 0.44648 0.77666 0.45014\n 11 116 5 0.78207 0.45481 0.78345 0.45331 0.78143 0.45363 0.78345 0.45331 0.77666 0.45696\n 11 116 5 0.78286 0.46173 0.78450 0.46013 0.78222 0.46036 0.78450 0.46013 0.77666 0.46379\n 11 116 5 0.78364 0.46865 0.78554 0.46695 0.78300 0.46709 0.78554 0.46695 0.77666 0.47061\n 11 116 5 0.78442 0.47556 0.78658 0.47378 0.78378 0.47382 0.78658 0.47378 0.77666 0.47743\n 11 116 5 0.78521 0.48248 0.78763 0.48060 0.78457 0.48056 0.78763 0.48060 0.77666 0.48426\n 11 116 5 0.78599 0.48939 0.78867 0.48743 0.78535 0.48729 0.78867 0.48743 0.77666 0.49108\n 11 116 5 0.78677 0.49631 0.78972 0.49425 0.78613 0.49402 0.78972 0.49425 0.77666 0.49791\n 11 116 5 0.78756 0.50322 0.79076 0.50107 0.78692 0.50075 0.79076 0.50107 0.77666 0.50473\n 11 116 5 0.78834 0.51014 0.79181 0.50790 0.78770 0.50749 0.79181 0.50790 0.77666 0.51155\n 11 72 3 0.77776 0.34608 0.77867 0.34669 0.77776 0.34608\n 11 50 2 0.77986 0.34608 0.78634 0.34778\n 11 116 5 0.77991 0.35187 0.77746 0.35199 0.77945 0.35342 0.77746 0.35199 0.78634 0.35461\n 11 116 5 0.78069 0.35879 0.77851 0.35882 0.78024 0.36016 0.77851 0.35882 0.78634 0.36143\n 11 116 5 0.78148 0.36570 0.77955 0.36564 0.78102 0.36689 0.77955 0.36564 0.78634 0.36825\n 11 116 5 0.78226 0.37262 0.78060 0.37247 0.78180 0.37362 0.78060 0.37247 0.78634 0.37508\n 11 116 5 0.78304 0.37953 0.78164 0.37929 0.78259 0.38035 0.78164 0.37929 0.78634 0.38190\n 11 116 5 0.78383 0.38645 0.78269 0.38611 0.78337 0.38709 0.78269 0.38611 0.78634 0.38873\n 11 116 5 0.78473 0.39342 0.78373 0.39294 0.78421 0.39393 0.78373 0.39294 0.78634 0.39555\n 11 116 5 0.78563 0.40047 0.78478 0.39976 0.78500 0.40084 0.78478 0.39976 0.78634 0.40237\n 11 116 5 0.78638 0.40754 0.78582 0.40658 0.78567 0.40768 0.78582 0.40658 0.78634 0.40920\n 11 116 5 0.78702 0.41450 0.78686 0.41341 0.78630 0.41436 0.78686 0.41341 0.78634 0.41602\n 11 116 5 0.78769 0.42132 0.78791 0.42023 0.78706 0.42094 0.78791 0.42023 0.78634 0.42284\n 11 116 5 0.78847 0.42805 0.78895 0.42706 0.78796 0.42754 0.78895 0.42706 0.78634 0.42967\n 11 116 5 0.78931 0.43485 0.79000 0.43388 0.78886 0.43421 0.79000 0.43388 0.78634 0.43649\n 11 116 5 0.79010 0.44177 0.79104 0.44070 0.78964 0.44095 0.79104 0.44070 0.78634 0.44332\n 11 116 5 0.79088 0.44868 0.79209 0.44753 0.79042 0.44768 0.79209 0.44753 0.78634 0.45014\n 11 116 5 0.79166 0.45560 0.79313 0.45435 0.79121 0.45441 0.79313 0.45435 0.78634 0.45696\n 11 116 5 0.79245 0.46251 0.79418 0.46118 0.79199 0.46114 0.79418 0.46118 0.78634 0.46379\n 11 116 5 0.79323 0.46943 0.79522 0.46800 0.79277 0.46787 0.79522 0.46800 0.78634 0.47061\n 11 116 5 0.79402 0.47634 0.79627 0.47482 0.79356 0.47461 0.79627 0.47482 0.78634 0.47743\n 11 116 5 0.79480 0.48326 0.79731 0.48165 0.79434 0.48134 0.79731 0.48165 0.78634 0.48426\n 11 116 5 0.79558 0.49017 0.79836 0.48847 0.79513 0.48807 0.79836 0.48847 0.78634 0.49108\n 11 116 5 0.79637 0.49709 0.79940 0.49529 0.79591 0.49480 0.79940 0.49529 0.78634 0.49791\n 11 116 5 0.79715 0.50401 0.80045 0.50212 0.79669 0.50154 0.80045 0.50212 0.78634 0.50473\n 11 116 5 0.79793 0.51092 0.80149 0.50894 0.79748 0.50827 0.80149 0.50894 0.78634 0.51155\n 11 116 5 0.78686 0.34608 0.78610 0.34622 0.78844 0.34748 0.78610 0.34622 0.79603 0.34778\n 11 116 5 0.78950 0.35265 0.78715 0.35304 0.78923 0.35421 0.78715 0.35304 0.79603 0.35461\n 11 116 5 0.79029 0.35957 0.78819 0.35986 0.79001 0.36094 0.78819 0.35986 0.79603 0.36143\n 11 116 5 0.79107 0.36648 0.78923 0.36669 0.79080 0.36767 0.78923 0.36669 0.79603 0.36825\n 11 116 5 0.79185 0.37340 0.79028 0.37351 0.79158 0.37440 0.79028 0.37351 0.79603 0.37508\n 11 116 5 0.79264 0.38031 0.79132 0.38033 0.79236 0.38114 0.79132 0.38033 0.79603 0.38190\n 11 116 5 0.79347 0.38723 0.79237 0.38716 0.79319 0.38791 0.79237 0.38716 0.79603 0.38873\n 11 116 5 0.79450 0.39421 0.79341 0.39398 0.79412 0.39483 0.79341 0.39398 0.79603 0.39555\n 11 116 5 0.79546 0.40129 0.79446 0.40081 0.79494 0.40180 0.79446 0.40081 0.79603 0.40237\n 11 116 5 0.79618 0.40850 0.79550 0.40763 0.79549 0.40874 0.79550 0.40763 0.79603 0.40920\n 11 116 5 0.79656 0.41556 0.79655 0.41445 0.79587 0.41533 0.79655 0.41445 0.79603 0.41602\n 11 116 5 0.79711 0.42227 0.79759 0.42128 0.79660 0.42176 0.79759 0.42128 0.79603 0.42284\n 11 116 5 0.79793 0.42895 0.79864 0.42810 0.79755 0.42832 0.79864 0.42810 0.79603 0.42967\n 11 116 5 0.79887 0.43567 0.79968 0.43492 0.79858 0.43500 0.79968 0.43492 0.79603 0.43649\n 11 116 5 0.79969 0.44255 0.80073 0.44175 0.79942 0.44173 0.80073 0.44175 0.79603 0.44332\n 11 116 5 0.80047 0.44947 0.80177 0.44857 0.80020 0.44846 0.80177 0.44857 0.79603 0.45014\n 11 116 5 0.80126 0.45638 0.80282 0.45540 0.80098 0.45519 0.80282 0.45540 0.79603 0.45696\n 11 116 5 0.80204 0.46330 0.80386 0.46222 0.80177 0.46193 0.80386 0.46222 0.79603 0.46379\n 11 116 5 0.80282 0.47021 0.80491 0.46904 0.80255 0.46866 0.80491 0.46904 0.79603 0.47061\n 11 116 5 0.80361 0.47713 0.80595 0.47587 0.80333 0.47539 0.80595 0.47587 0.79603 0.47743\n 11 116 5 0.80439 0.48404 0.80700 0.48269 0.80412 0.48212 0.80700 0.48269 0.79603 0.48426\n 11 116 5 0.80517 0.49096 0.80804 0.48952 0.80490 0.48886 0.80804 0.48952 0.79603 0.49108\n 11 116 5 0.80596 0.49787 0.80909 0.49634 0.80568 0.49559 0.80909 0.49634 0.79603 0.49791\n 11 116 5 0.80674 0.50479 0.81013 0.50316 0.80647 0.50232 0.81013 0.50316 0.79603 0.50473\n 11 116 5 0.80753 0.51170 0.81118 0.50999 0.80725 0.50905 0.81118 0.50999 0.79603 0.51155\n 11 116 5 0.79831 0.34652 0.79578 0.34726 0.79822 0.34826 0.79578 0.34726 0.80571 0.34778\n 11 116 5 0.79909 0.35344 0.79683 0.35408 0.79900 0.35499 0.79683 0.35408 0.80571 0.35461\n 11 116 5 0.79988 0.36035 0.79787 0.36091 0.79979 0.36172 0.79787 0.36091 0.80571 0.36143\n 11 116 5 0.80066 0.36727 0.79892 0.36773 0.80057 0.36846 0.79892 0.36773 0.80571 0.36825\n 11 116 5 0.80145 0.37418 0.79996 0.37456 0.80135 0.37519 0.79996 0.37456 0.80571 0.37508\n 11 116 5 0.80223 0.38110 0.80101 0.38138 0.80214 0.38192 0.80101 0.38138 0.80571 0.38190\n 11 116 5 0.80314 0.38799 0.80205 0.38820 0.80303 0.38871 0.80205 0.38820 0.80571 0.38873\n 11 116 5 0.80419 0.39487 0.80310 0.39503 0.80405 0.39559 0.80310 0.39503 0.80571 0.39555\n 11 116 5 0.80525 0.40183 0.80414 0.40185 0.80502 0.40253 0.80414 0.40185 0.80571 0.40237\n 11 116 5 0.80618 0.40915 0.80519 0.40867 0.80567 0.40967 0.80519 0.40867 0.80571 0.40920\n 11 116 5 0.80575 0.41650 0.80623 0.41550 0.80523 0.41598 0.80623 0.41550 0.80571 0.41602\n 11 116 5 0.80640 0.42300 0.80728 0.42232 0.80617 0.42231 0.80728 0.42232 0.80571 0.42284\n 11 116 5 0.80737 0.42971 0.80832 0.42915 0.80723 0.42899 0.80832 0.42915 0.80571 0.42967\n 11 116 5 0.80838 0.43648 0.80937 0.43597 0.80828 0.43576 0.80937 0.43597 0.80571 0.43649\n 11 116 5 0.80928 0.44334 0.81041 0.44279 0.80919 0.44251 0.81041 0.44279 0.80571 0.44332\n 11 116 5 0.81006 0.45025 0.81146 0.44962 0.80997 0.44924 0.81146 0.44962 0.80571 0.45014\n 11 116 5 0.81085 0.45717 0.81250 0.45644 0.81076 0.45598 0.81250 0.45644 0.80571 0.45696\n 11 116 5 0.81163 0.46408 0.81355 0.46326 0.81154 0.46271 0.81355 0.46326 0.80571 0.46379\n 11 116 5 0.81242 0.47100 0.81459 0.47009 0.81232 0.46944 0.81459 0.47009 0.80571 0.47061\n 11 116 5 0.81320 0.47791 0.81563 0.47691 0.81311 0.47617 0.81563 0.47691 0.80571 0.47743\n 11 116 5 0.81398 0.48483 0.81668 0.48374 0.81389 0.48291 0.81668 0.48374 0.80571 0.48426\n 11 116 5 0.81477 0.49174 0.81772 0.49056 0.81467 0.48964 0.81772 0.49056 0.80571 0.49108\n 11 116 5 0.81555 0.49866 0.81877 0.49738 0.81546 0.49637 0.81877 0.49738 0.80571 0.49791\n 11 116 5 0.81633 0.50557 0.81981 0.50421 0.81624 0.50310 0.81981 0.50421 0.80571 0.50473\n 11 116 5 0.81712 0.51249 0.82086 0.51103 0.81703 0.50984 0.82086 0.51103 0.80571 0.51155\n 11 116 5 0.80790 0.34731 0.80547 0.34830 0.80799 0.34904 0.80547 0.34830 0.81539 0.34778\n 11 116 5 0.80869 0.35422 0.80651 0.35513 0.80878 0.35577 0.80651 0.35513 0.81539 0.35461\n 11 116 5 0.80947 0.36114 0.80756 0.36195 0.80956 0.36251 0.80756 0.36195 0.81539 0.36143\n 11 116 5 0.81025 0.36805 0.80860 0.36878 0.81035 0.36924 0.80860 0.36878 0.81539 0.36825\n 11 116 5 0.81104 0.37497 0.80965 0.37560 0.81113 0.37597 0.80965 0.37560 0.81539 0.37508\n 11 116 5 0.81182 0.38188 0.81069 0.38242 0.81191 0.38270 0.81069 0.38242 0.81539 0.38190\n 11 116 5 0.81272 0.38874 0.81174 0.38925 0.81282 0.38946 0.81174 0.38925 0.81539 0.38873\n 11 116 5 0.81373 0.39551 0.81278 0.39607 0.81388 0.39622 0.81278 0.39607 0.81539 0.39555\n 11 116 5 0.81470 0.40222 0.81383 0.40290 0.81493 0.40291 0.81383 0.40290 0.81539 0.40237\n 11 116 5 0.81535 0.40872 0.81487 0.40972 0.81587 0.40924 0.81487 0.40972 0.81539 0.40920\n 11 116 5 0.81492 0.41606 0.81592 0.41654 0.81543 0.41555 0.81592 0.41654 0.81539 0.41602\n 11 116 5 0.81585 0.42338 0.81696 0.42337 0.81608 0.42269 0.81696 0.42337 0.81539 0.42284\n 11 116 5 0.81691 0.43034 0.81800 0.43019 0.81705 0.42963 0.81800 0.43019 0.81539 0.42967\n 11 116 5 0.81796 0.43723 0.81905 0.43701 0.81807 0.43650 0.81905 0.43701 0.81539 0.43649\n 11 116 5 0.81887 0.44412 0.82009 0.44384 0.81896 0.44330 0.82009 0.44384 0.81539 0.44332\n 11 116 5 0.81966 0.45103 0.82114 0.45066 0.81975 0.45003 0.82114 0.45066 0.81539 0.45014\n 11 116 5 0.82044 0.45795 0.82218 0.45749 0.82053 0.45676 0.82218 0.45749 0.81539 0.45696\n 11 116 5 0.82122 0.46486 0.82323 0.46431 0.82132 0.46349 0.82323 0.46431 0.81539 0.46379\n 11 116 5 0.82201 0.47178 0.82427 0.47113 0.82210 0.47023 0.82427 0.47113 0.81539 0.47061\n 11 116 5 0.82279 0.47869 0.82532 0.47796 0.82288 0.47696 0.82532 0.47796 0.81539 0.47743\n 11 116 5 0.82357 0.48561 0.82636 0.48478 0.82367 0.48369 0.82636 0.48478 0.81539 0.48426\n 11 116 5 0.82436 0.49253 0.82741 0.49160 0.82445 0.49042 0.82741 0.49160 0.81539 0.49108\n 11 116 5 0.82514 0.49944 0.82845 0.49843 0.82523 0.49716 0.82845 0.49843 0.81539 0.49791\n 11 116 5 0.82593 0.50636 0.82950 0.50525 0.82602 0.50389 0.82950 0.50525 0.81539 0.50473\n 11 116 5 0.82671 0.51327 0.83054 0.51208 0.82680 0.51062 0.83054 0.51208 0.81539 0.51155\n 11 116 5 0.81749 0.34809 0.81515 0.34935 0.81777 0.34983 0.81515 0.34935 0.82508 0.34778\n 11 116 5 0.81828 0.35500 0.81620 0.35617 0.81855 0.35656 0.81620 0.35617 0.82508 0.35461\n 11 116 5 0.81906 0.36192 0.81724 0.36300 0.81934 0.36329 0.81724 0.36300 0.82508 0.36143\n 11 116 5 0.81985 0.36883 0.81828 0.36982 0.82012 0.37002 0.81828 0.36982 0.82508 0.36825\n 11 116 5 0.82063 0.37575 0.81933 0.37664 0.82090 0.37676 0.81933 0.37664 0.82508 0.37508\n 11 116 5 0.82141 0.38267 0.82037 0.38347 0.82169 0.38349 0.82037 0.38347 0.82508 0.38190\n 11 116 5 0.82224 0.38954 0.82142 0.39029 0.82252 0.39022 0.82142 0.39029 0.82508 0.38873\n 11 116 5 0.82317 0.39627 0.82246 0.39712 0.82355 0.39689 0.82246 0.39712 0.82508 0.39555\n 11 116 5 0.82399 0.40294 0.82351 0.40394 0.82451 0.40346 0.82351 0.40394 0.82508 0.40237\n 11 116 5 0.82454 0.40966 0.82455 0.41076 0.82523 0.40989 0.82455 0.41076 0.82508 0.40920\n 11 116 5 0.82492 0.41671 0.82560 0.41759 0.82561 0.41648 0.82560 0.41759 0.82508 0.41602\n 11 116 5 0.82565 0.42393 0.82664 0.42441 0.82616 0.42341 0.82664 0.42441 0.82508 0.42284\n 11 116 5 0.82660 0.43101 0.82769 0.43124 0.82698 0.43038 0.82769 0.43124 0.82508 0.42967\n 11 116 5 0.82763 0.43798 0.82873 0.43806 0.82792 0.43731 0.82873 0.43806 0.82508 0.43649\n 11 116 5 0.82847 0.44490 0.82978 0.44488 0.82874 0.44408 0.82978 0.44488 0.82508 0.44332\n 11 116 5 0.82925 0.45182 0.83082 0.45171 0.82952 0.45081 0.83082 0.45171 0.82508 0.45014\n 11 116 5 0.83003 0.45873 0.83187 0.45853 0.83031 0.45754 0.83187 0.45853 0.82508 0.45696\n 11 116 5 0.83082 0.46565 0.83291 0.46535 0.83109 0.46428 0.83291 0.46535 0.82508 0.46379\n 11 116 5 0.83160 0.47256 0.83396 0.47218 0.83187 0.47101 0.83396 0.47218 0.82508 0.47061\n 11 116 5 0.83238 0.47948 0.83500 0.47900 0.83266 0.47774 0.83500 0.47900 0.82508 0.47743\n 11 116 5 0.83317 0.48639 0.83605 0.48583 0.83344 0.48447 0.83605 0.48583 0.82508 0.48426\n 11 116 5 0.83395 0.49331 0.83709 0.49265 0.83422 0.49121 0.83709 0.49265 0.82508 0.49108\n 11 116 5 0.83473 0.50022 0.83814 0.49947 0.83501 0.49794 0.83814 0.49947 0.82508 0.49791\n 11 116 5 0.83552 0.50714 0.83918 0.50630 0.83579 0.50467 0.83918 0.50630 0.82508 0.50473\n 11 116 5 0.83630 0.51405 0.84023 0.51312 0.83658 0.51140 0.84023 0.51312 0.82508 0.51155\n 11 116 5 0.82709 0.34887 0.82483 0.35039 0.82754 0.35061 0.82483 0.35039 0.83476 0.34778\n 11 116 5 0.82787 0.35579 0.82588 0.35722 0.82833 0.35734 0.82588 0.35722 0.83476 0.35461\n 11 116 5 0.82865 0.36270 0.82692 0.36404 0.82911 0.36407 0.82692 0.36404 0.83476 0.36143\n 11 116 5 0.82944 0.36962 0.82797 0.37087 0.82989 0.37081 0.82797 0.37087 0.83476 0.36825\n 11 116 5 0.83022 0.37653 0.82901 0.37769 0.83068 0.37754 0.82901 0.37769 0.83476 0.37508\n 11 116 5 0.83100 0.38345 0.83006 0.38451 0.83146 0.38427 0.83006 0.38451 0.83476 0.38190\n 11 116 5 0.83179 0.39036 0.83110 0.39134 0.83225 0.39100 0.83110 0.39134 0.83476 0.38873\n 11 116 5 0.83263 0.39716 0.83215 0.39816 0.83314 0.39768 0.83215 0.39816 0.83476 0.39555\n 11 116 5 0.83342 0.40390 0.83319 0.40498 0.83404 0.40428 0.83319 0.40498 0.83476 0.40237\n 11 116 5 0.83408 0.41071 0.83424 0.41181 0.83480 0.41086 0.83424 0.41181 0.83476 0.40920\n 11 116 5 0.83472 0.41768 0.83528 0.41863 0.83544 0.41754 0.83528 0.41863 0.83476 0.41602\n 11 116 5 0.83548 0.42475 0.83633 0.42546 0.83610 0.42437 0.83633 0.42546 0.83476 0.42284\n 11 116 5 0.83637 0.43180 0.83737 0.43228 0.83689 0.43128 0.83737 0.43228 0.83476 0.42967\n 11 116 5 0.83727 0.43877 0.83842 0.43910 0.83773 0.43813 0.83842 0.43910 0.83476 0.43649\n 11 116 5 0.83806 0.44569 0.83946 0.44593 0.83851 0.44486 0.83946 0.44593 0.83476 0.44332\n 11 116 5 0.83884 0.45260 0.84051 0.45275 0.83930 0.45160 0.84051 0.45275 0.83476 0.45014\n 11 116 5 0.83962 0.45952 0.84155 0.45958 0.84008 0.45833 0.84155 0.45958 0.83476 0.45696\n 11 116 5 0.84041 0.46643 0.84260 0.46640 0.84086 0.46506 0.84260 0.46640 0.83476 0.46379\n 11 116 5 0.84119 0.47335 0.84364 0.47322 0.84165 0.47179 0.84364 0.47322 0.83476 0.47061\n 11 116 5 0.84198 0.48026 0.84469 0.48005 0.84243 0.47853 0.84469 0.48005 0.83476 0.47743\n 11 116 5 0.84276 0.48718 0.84573 0.48687 0.84322 0.48526 0.84573 0.48687 0.83476 0.48426\n 11 116 5 0.84354 0.49409 0.84677 0.49369 0.84400 0.49199 0.84677 0.49369 0.83476 0.49108\n 11 116 5 0.84433 0.50101 0.84782 0.50052 0.84478 0.49872 0.84782 0.50052 0.83476 0.49791\n 11 116 5 0.84511 0.50792 0.84886 0.50734 0.84557 0.50545 0.84886 0.50734 0.83476 0.50473\n 11 116 5 0.84589 0.51484 0.84991 0.51417 0.84635 0.51219 0.84991 0.51417 0.83476 0.51155\n 11 116 5 0.83668 0.34966 0.83452 0.35144 0.83732 0.35139 0.83452 0.35144 0.84444 0.34778\n 11 116 5 0.83746 0.35657 0.83556 0.35826 0.83810 0.35813 0.83556 0.35826 0.84444 0.35461\n 11 116 5 0.83825 0.36349 0.83661 0.36509 0.83889 0.36486 0.83661 0.36509 0.84444 0.36143\n 11 116 5 0.83903 0.37040 0.83765 0.37191 0.83967 0.37159 0.83765 0.37191 0.84444 0.36825\n 11 116 5 0.83981 0.37732 0.83870 0.37873 0.84045 0.37832 0.83870 0.37873 0.84444 0.37508\n 11 116 5 0.84060 0.38423 0.83974 0.38556 0.84124 0.38506 0.83974 0.38556 0.84444 0.38190\n 11 116 5 0.84138 0.39115 0.84079 0.39238 0.84202 0.39179 0.84079 0.39238 0.84444 0.38873\n 11 116 5 0.84216 0.39806 0.84183 0.39921 0.84280 0.39852 0.84183 0.39921 0.84444 0.39555\n 11 116 5 0.84295 0.40493 0.84288 0.40603 0.84362 0.40521 0.84288 0.40603 0.84444 0.40237\n 11 116 5 0.84371 0.41177 0.84392 0.41285 0.84443 0.41187 0.84392 0.41285 0.84444 0.40920\n 11 116 5 0.84446 0.41869 0.84497 0.41968 0.84518 0.41859 0.84497 0.41968 0.84444 0.41602\n 11 116 5 0.84526 0.42568 0.84601 0.42650 0.84593 0.42540 0.84601 0.42650 0.84444 0.42284\n 11 116 5 0.84608 0.43264 0.84705 0.43332 0.84672 0.43218 0.84705 0.43332 0.84444 0.42967\n 11 116 5 0.84687 0.43955 0.84810 0.44015 0.84751 0.43891 0.84810 0.44015 0.84444 0.43649\n 11 116 5 0.84765 0.44647 0.84914 0.44697 0.84829 0.44565 0.84914 0.44697 0.84444 0.44332\n 11 116 5 0.84843 0.45338 0.85019 0.45380 0.84907 0.45238 0.85019 0.45380 0.84444 0.45014\n 11 116 5 0.84922 0.46030 0.85123 0.46062 0.84986 0.45911 0.85123 0.46062 0.84444 0.45696\n 11 116 5 0.85000 0.46722 0.85228 0.46744 0.85064 0.46584 0.85228 0.46744 0.84444 0.46379\n 11 116 5 0.85078 0.47413 0.85332 0.47427 0.85142 0.47258 0.85332 0.47427 0.84444 0.47061\n 11 116 5 0.85157 0.48105 0.85437 0.48109 0.85221 0.47931 0.85437 0.48109 0.84444 0.47743\n 11 116 5 0.85235 0.48796 0.85541 0.48792 0.85299 0.48604 0.85541 0.48792 0.84444 0.48426\n 11 116 5 0.85313 0.49488 0.85646 0.49474 0.85377 0.49277 0.85646 0.49474 0.84444 0.49108\n 11 116 5 0.85392 0.50179 0.85750 0.50156 0.85456 0.49951 0.85750 0.50156 0.84444 0.49791\n 11 116 5 0.85470 0.50871 0.85855 0.50839 0.85534 0.50624 0.85855 0.50839 0.84444 0.50473\n 11 116 5 0.85548 0.51562 0.85959 0.51521 0.85612 0.51297 0.85959 0.51521 0.84444 0.51155\n 11 116 5 0.84627 0.35044 0.84420 0.35248 0.84709 0.35218 0.84420 0.35248 0.85413 0.34778\n 11 116 5 0.84705 0.35736 0.84525 0.35931 0.84788 0.35891 0.84525 0.35931 0.85413 0.35461\n 11 116 5 0.84784 0.36427 0.84629 0.36613 0.84866 0.36564 0.84629 0.36613 0.85413 0.36143\n 11 116 5 0.84862 0.37119 0.84733 0.37296 0.84944 0.37237 0.84733 0.37296 0.85413 0.36825\n 11 116 5 0.84940 0.37810 0.84838 0.37978 0.85023 0.37911 0.84838 0.37978 0.85413 0.37508\n 11 116 5 0.85019 0.38502 0.84942 0.38660 0.85101 0.38584 0.84942 0.38660 0.85413 0.38190\n 11 116 5 0.85097 0.39193 0.85047 0.39343 0.85179 0.39257 0.85047 0.39343 0.85413 0.38873\n 11 116 5 0.85176 0.39885 0.85151 0.40025 0.85258 0.39930 0.85151 0.40025 0.85413 0.39555\n 11 116 5 0.85254 0.40576 0.85256 0.40707 0.85336 0.40604 0.85256 0.40707 0.85413 0.40237\n 11 116 5 0.85332 0.41268 0.85360 0.41390 0.85415 0.41277 0.85360 0.41390 0.85413 0.40920\n 11 116 5 0.85411 0.41959 0.85465 0.42072 0.85493 0.41950 0.85465 0.42072 0.85413 0.41602\n 11 116 5 0.85489 0.42651 0.85569 0.42755 0.85571 0.42623 0.85569 0.42755 0.85413 0.42284\n 11 116 5 0.85567 0.43342 0.85674 0.43437 0.85650 0.43297 0.85674 0.43437 0.85413 0.42967\n 11 116 5 0.85646 0.44034 0.85778 0.44119 0.85728 0.43970 0.85778 0.44119 0.85413 0.43649\n 11 116 5 0.85724 0.44725 0.85883 0.44802 0.85806 0.44643 0.85883 0.44802 0.85413 0.44332\n 11 116 5 0.85802 0.45417 0.85987 0.45484 0.85885 0.45316 0.85987 0.45484 0.85413 0.45014\n 11 116 5 0.85881 0.46108 0.86092 0.46166 0.85963 0.45990 0.86092 0.46166 0.85413 0.45696\n 11 116 5 0.85959 0.46800 0.86196 0.46849 0.86041 0.46663 0.86196 0.46849 0.85413 0.46379\n 11 116 5 0.86038 0.47491 0.86301 0.47531 0.86120 0.47336 0.86301 0.47531 0.85413 0.47061\n 11 116 5 0.86116 0.48183 0.86405 0.48214 0.86198 0.48009 0.86405 0.48214 0.85413 0.47743\n 11 116 5 0.86194 0.48874 0.86510 0.48896 0.86277 0.48682 0.86510 0.48896 0.85413 0.48426\n 11 116 5 0.86273 0.49566 0.86614 0.49578 0.86355 0.49356 0.86614 0.49578 0.85413 0.49108\n 11 116 5 0.86351 0.50258 0.86719 0.50261 0.86433 0.50029 0.86719 0.50261 0.85413 0.49791\n 11 116 5 0.86429 0.50949 0.86823 0.50943 0.86512 0.50702 0.86823 0.50943 0.85413 0.50473\n 11 116 5 0.86508 0.51641 0.86928 0.51626 0.86590 0.51375 0.86928 0.51626 0.85413 0.51155\n 11 116 5 0.85586 0.35122 0.85388 0.35353 0.85687 0.35296 0.85388 0.35353 0.86381 0.34778\n 11 116 5 0.85665 0.35814 0.85493 0.36035 0.85765 0.35969 0.85493 0.36035 0.86381 0.35461\n 11 116 5 0.85743 0.36505 0.85597 0.36718 0.85844 0.36643 0.85597 0.36718 0.86381 0.36143\n 11 116 5 0.85821 0.37197 0.85702 0.37400 0.85922 0.37316 0.85702 0.37400 0.86381 0.36825\n 11 116 5 0.85900 0.37888 0.85806 0.38082 0.86000 0.37989 0.85806 0.38082 0.86381 0.37508\n 11 116 5 0.85978 0.38580 0.85911 0.38765 0.86079 0.38662 0.85911 0.38765 0.86381 0.38190\n 11 116 5 0.86056 0.39271 0.86015 0.39447 0.86157 0.39335 0.86015 0.39447 0.86381 0.38873\n 11 116 5 0.86135 0.39963 0.86120 0.40130 0.86235 0.40009 0.86120 0.40130 0.86381 0.39555\n 11 116 5 0.86213 0.40655 0.86224 0.40812 0.86314 0.40682 0.86224 0.40812 0.86381 0.40237\n 11 116 5 0.86291 0.41346 0.86329 0.41494 0.86392 0.41355 0.86329 0.41494 0.86381 0.40920\n 11 116 5 0.86370 0.42038 0.86433 0.42177 0.86470 0.42028 0.86433 0.42177 0.86381 0.41602\n 11 116 5 0.86448 0.42729 0.86538 0.42859 0.86549 0.42702 0.86538 0.42859 0.86381 0.42284\n 11 116 5 0.86527 0.43421 0.86642 0.43541 0.86627 0.43375 0.86642 0.43541 0.86381 0.42967\n 11 116 5 0.86605 0.44112 0.86747 0.44224 0.86705 0.44048 0.86747 0.44224 0.86381 0.43649\n 11 116 5 0.86683 0.44804 0.86851 0.44906 0.86784 0.44721 0.86851 0.44906 0.86381 0.44332\n 11 116 5 0.86762 0.45495 0.86956 0.45589 0.86862 0.45395 0.86956 0.45589 0.86381 0.45014\n 11 116 5 0.86840 0.46187 0.87060 0.46271 0.86941 0.46068 0.87060 0.46271 0.86381 0.45696\n 11 116 5 0.86918 0.46878 0.87165 0.46953 0.87019 0.46741 0.87165 0.46953 0.86381 0.46379\n 11 116 5 0.86997 0.47570 0.87269 0.47636 0.87097 0.47414 0.87269 0.47636 0.86381 0.47061\n 11 116 5 0.87075 0.48261 0.87374 0.48318 0.87176 0.48088 0.87374 0.48318 0.86381 0.47743\n 11 116 5 0.87153 0.48953 0.87478 0.49000 0.87254 0.48761 0.87478 0.49000 0.86381 0.48426\n 11 116 5 0.87232 0.49644 0.87582 0.49683 0.87332 0.49434 0.87582 0.49683 0.86381 0.49108\n 11 116 5 0.87310 0.50336 0.87687 0.50365 0.87411 0.50107 0.87687 0.50365 0.86381 0.49791\n 11 116 5 0.87389 0.51027 0.87791 0.51048 0.87489 0.50781 0.87791 0.51048 0.86381 0.50473\n 11 72 3 0.87821 0.51667 0.87567 0.51454 0.87821 0.51667\n 11 50 2 0.87730 0.51667 0.86381 0.51155\n 11 116 5 0.86545 0.35201 0.86357 0.35457 0.86664 0.35374 0.86357 0.35457 0.87349 0.34778\n 11 116 5 0.86624 0.35892 0.86461 0.36140 0.86743 0.36048 0.86461 0.36140 0.87349 0.35461\n 11 116 5 0.86702 0.36584 0.86566 0.36822 0.86821 0.36721 0.86566 0.36822 0.87349 0.36143\n 11 116 5 0.86781 0.37275 0.86670 0.37504 0.86899 0.37394 0.86670 0.37504 0.87349 0.36825\n 11 116 5 0.86859 0.37967 0.86775 0.38187 0.86978 0.38067 0.86775 0.38187 0.87349 0.37508\n 11 116 5 0.86937 0.38658 0.86879 0.38869 0.87056 0.38741 0.86879 0.38869 0.87349 0.38190\n 11 116 5 0.87016 0.39350 0.86984 0.39552 0.87134 0.39414 0.86984 0.39552 0.87349 0.38873\n 11 116 5 0.87094 0.40041 0.87088 0.40234 0.87213 0.40087 0.87088 0.40234 0.87349 0.39555\n 11 116 5 0.87172 0.40733 0.87193 0.40916 0.87291 0.40760 0.87193 0.40916 0.87349 0.40237\n 11 116 5 0.87251 0.41424 0.87297 0.41599 0.87370 0.41434 0.87297 0.41599 0.87349 0.40920\n 11 116 5 0.87329 0.42116 0.87402 0.42281 0.87448 0.42107 0.87402 0.42281 0.87349 0.41602\n 11 116 5 0.87407 0.42807 0.87506 0.42964 0.87526 0.42780 0.87506 0.42964 0.87349 0.42284\n 11 116 5 0.87486 0.43499 0.87610 0.43646 0.87605 0.43453 0.87610 0.43646 0.87349 0.42967\n 11 116 5 0.87564 0.44191 0.87715 0.44328 0.87683 0.44127 0.87715 0.44328 0.87349 0.43649\n 11 116 5 0.87642 0.44882 0.87819 0.45011 0.87761 0.44800 0.87819 0.45011 0.87349 0.44332\n 11 116 5 0.87721 0.45574 0.87924 0.45693 0.87840 0.45473 0.87924 0.45693 0.87349 0.45014\n 11 116 5 0.87799 0.46265 0.88028 0.46375 0.87918 0.46146 0.88028 0.46375 0.87349 0.45696\n 11 116 5 0.87878 0.46957 0.88133 0.47058 0.87996 0.46819 0.88133 0.47058 0.87349 0.46379\n 11 116 5 0.87956 0.47648 0.88237 0.47740 0.88075 0.47493 0.88237 0.47740 0.87349 0.47061\n 11 116 5 0.88034 0.48340 0.88342 0.48423 0.88153 0.48166 0.88342 0.48423 0.87349 0.47743\n 11 116 5 0.88113 0.49031 0.88446 0.49105 0.88231 0.48839 0.88446 0.49105 0.87349 0.48426\n 11 116 5 0.88191 0.49723 0.88551 0.49787 0.88310 0.49512 0.88551 0.49787 0.87349 0.49108\n 11 116 5 0.88269 0.50414 0.88655 0.50470 0.88388 0.50186 0.88655 0.50470 0.87349 0.49791\n 11 116 5 0.88348 0.51106 0.88760 0.51152 0.88467 0.50859 0.88760 0.51152 0.87349 0.50473\n 11 72 3 0.88688 0.51667 0.88545 0.51532 0.88688 0.51667\n 11 50 2 0.88491 0.51667 0.87349 0.51155\n 11 116 5 0.87505 0.35279 0.87325 0.35562 0.87642 0.35453 0.87325 0.35562 0.88318 0.34778\n 11 116 5 0.87583 0.35971 0.87430 0.36244 0.87720 0.36126 0.87430 0.36244 0.88318 0.35461\n 11 116 5 0.87661 0.36662 0.87534 0.36927 0.87798 0.36799 0.87534 0.36927 0.88318 0.36143\n 11 116 5 0.87740 0.37354 0.87639 0.37609 0.87877 0.37472 0.87639 0.37609 0.88318 0.36825\n 11 116 5 0.87818 0.38045 0.87743 0.38291 0.87955 0.38146 0.87743 0.38291 0.88318 0.37508\n 11 116 5 0.87896 0.38737 0.87847 0.38974 0.88034 0.38819 0.87847 0.38974 0.88318 0.38190\n 11 116 5 0.87975 0.39428 0.87952 0.39656 0.88112 0.39492 0.87952 0.39656 0.88318 0.38873\n 11 116 5 0.88053 0.40120 0.88056 0.40338 0.88190 0.40165 0.88056 0.40338 0.88318 0.39555\n 11 116 5 0.88132 0.40811 0.88161 0.41021 0.88269 0.40839 0.88161 0.41021 0.88318 0.40237\n 11 116 5 0.88210 0.41503 0.88265 0.41703 0.88347 0.41512 0.88265 0.41703 0.88318 0.40920\n 11 116 5 0.88288 0.42194 0.88370 0.42386 0.88425 0.42185 0.88370 0.42386 0.88318 0.41602\n 11 116 5 0.88367 0.42886 0.88474 0.43068 0.88504 0.42858 0.88474 0.43068 0.88318 0.42284\n 11 116 5 0.88445 0.43577 0.88579 0.43750 0.88582 0.43532 0.88579 0.43750 0.88318 0.42967\n 11 116 5 0.88523 0.44269 0.88683 0.44433 0.88660 0.44205 0.88683 0.44433 0.88318 0.43649\n 11 116 5 0.88602 0.44960 0.88788 0.45115 0.88739 0.44878 0.88788 0.45115 0.88318 0.44332\n 11 116 5 0.88680 0.45652 0.88892 0.45798 0.88817 0.45551 0.88892 0.45798 0.88318 0.45014\n 11 116 5 0.88758 0.46343 0.88997 0.46480 0.88896 0.46225 0.88997 0.46480 0.88318 0.45696\n 11 116 5 0.88837 0.47035 0.89101 0.47162 0.88974 0.46898 0.89101 0.47162 0.88318 0.46379\n 11 116 5 0.88915 0.47726 0.89206 0.47845 0.89052 0.47571 0.89206 0.47845 0.88318 0.47061\n 11 116 5 0.88993 0.48418 0.89310 0.48527 0.89131 0.48244 0.89310 0.48527 0.88318 0.47743\n 11 116 5 0.89072 0.49110 0.89415 0.49209 0.89209 0.48918 0.89415 0.49209 0.88318 0.48426\n 11 116 5 0.89150 0.49801 0.89519 0.49892 0.89287 0.49591 0.89519 0.49892 0.88318 0.49108\n 11 116 5 0.89229 0.50493 0.89624 0.50574 0.89366 0.50264 0.89624 0.50574 0.88318 0.49791\n 11 116 5 0.89307 0.51184 0.89728 0.51257 0.89444 0.50937 0.89728 0.51257 0.88318 0.50473\n 11 72 3 0.89576 0.51667 0.89522 0.51611 0.89576 0.51667\n 11 50 2 0.89307 0.51667 0.88318 0.51155\n 11 116 5 0.88464 0.35357 0.88293 0.35666 0.88619 0.35531 0.88293 0.35666 0.89286 0.34778\n 11 116 5 0.88542 0.36049 0.88398 0.36349 0.88698 0.36204 0.88398 0.36349 0.89286 0.35461\n 11 116 5 0.88621 0.36740 0.88502 0.37031 0.88776 0.36878 0.88502 0.37031 0.89286 0.36143\n 11 116 5 0.88699 0.37432 0.88607 0.37713 0.88854 0.37551 0.88607 0.37713 0.89286 0.36825\n 11 116 5 0.88777 0.38124 0.88711 0.38396 0.88933 0.38224 0.88711 0.38396 0.89286 0.37508\n 11 116 5 0.88856 0.38815 0.88816 0.39078 0.89011 0.38897 0.88816 0.39078 0.89286 0.38190\n 11 116 5 0.88934 0.39507 0.88920 0.39761 0.89089 0.39571 0.88920 0.39761 0.89286 0.38873\n 11 116 5 0.89012 0.40198 0.89025 0.40443 0.89168 0.40244 0.89025 0.40443 0.89286 0.39555\n 11 116 5 0.89091 0.40890 0.89129 0.41125 0.89246 0.40917 0.89129 0.41125 0.89286 0.40237\n 11 116 5 0.89169 0.41581 0.89234 0.41808 0.89324 0.41590 0.89234 0.41808 0.89286 0.40920\n 11 116 5 0.89247 0.42273 0.89338 0.42490 0.89403 0.42264 0.89338 0.42490 0.89286 0.41602\n 11 116 5 0.89326 0.42964 0.89443 0.43172 0.89481 0.42937 0.89443 0.43172 0.89286 0.42284\n 11 116 5 0.89404 0.43656 0.89547 0.43855 0.89560 0.43610 0.89547 0.43855 0.89286 0.42967\n 11 116 5 0.89483 0.44347 0.89652 0.44537 0.89638 0.44283 0.89652 0.44537 0.89286 0.43649\n 11 116 5 0.89561 0.45039 0.89756 0.45220 0.89716 0.44956 0.89756 0.45220 0.89286 0.44332\n 11 116 5 0.89639 0.45730 0.89861 0.45902 0.89795 0.45630 0.89861 0.45902 0.89286 0.45014\n 11 116 5 0.89718 0.46422 0.89965 0.46584 0.89873 0.46303 0.89965 0.46584 0.89286 0.45696\n 11 116 5 0.89796 0.47113 0.90070 0.47267 0.89951 0.46976 0.90070 0.47267 0.89286 0.46379\n 11 116 5 0.89874 0.47805 0.90174 0.47949 0.90030 0.47649 0.90174 0.47949 0.89286 0.47061\n 11 116 5 0.89953 0.48496 0.90279 0.48632 0.90108 0.48323 0.90279 0.48632 0.89286 0.47743\n 11 116 5 0.90031 0.49188 0.90383 0.49314 0.90186 0.48996 0.90383 0.49314 0.89286 0.48426\n 11 116 5 0.90109 0.49879 0.90487 0.49996 0.90265 0.49669 0.90487 0.49996 0.89286 0.49108\n 11 116 5 0.90188 0.50571 0.90592 0.50679 0.90343 0.50342 0.90592 0.50679 0.89286 0.49791\n 11 116 5 0.90266 0.51262 0.90696 0.51361 0.90422 0.51016 0.90696 0.51361 0.89286 0.50473\n 11 50 2 0.90159 0.51667 0.89286 0.51155\n 11 116 5 0.89423 0.35436 0.89262 0.35771 0.89597 0.35609 0.89262 0.35771 0.90254 0.34778\n 11 116 5 0.89501 0.36127 0.89366 0.36453 0.89675 0.36283 0.89366 0.36453 0.90254 0.35461\n 11 116 5 0.89580 0.36819 0.89471 0.37136 0.89753 0.36956 0.89471 0.37136 0.90254 0.36143\n 11 116 5 0.89658 0.37510 0.89575 0.37818 0.89832 0.37629 0.89575 0.37818 0.90254 0.36825\n 11 116 5 0.89736 0.38202 0.89680 0.38500 0.89910 0.38302 0.89680 0.38500 0.90254 0.37508\n 11 116 5 0.89815 0.38893 0.89784 0.39183 0.89989 0.38976 0.89784 0.39183 0.90254 0.38190\n 11 116 5 0.89893 0.39585 0.89889 0.39865 0.90067 0.39649 0.89889 0.39865 0.90254 0.38873\n 11 116 5 0.89972 0.40276 0.89993 0.40547 0.90145 0.40322 0.89993 0.40547 0.90254 0.39555\n 11 116 5 0.90050 0.40968 0.90098 0.41230 0.90224 0.40995 0.90098 0.41230 0.90254 0.40237\n 11 116 5 0.90128 0.41660 0.90202 0.41912 0.90302 0.41669 0.90202 0.41912 0.90254 0.40920\n 11 116 5 0.90207 0.42351 0.90307 0.42595 0.90380 0.42342 0.90307 0.42595 0.90254 0.41602\n 11 116 5 0.90285 0.43043 0.90411 0.43277 0.90459 0.43015 0.90411 0.43277 0.90254 0.42284\n 11 116 5 0.90363 0.43734 0.90515 0.43959 0.90537 0.43688 0.90515 0.43959 0.90254 0.42967\n 11 116 5 0.90442 0.44426 0.90620 0.44642 0.90615 0.44362 0.90620 0.44642 0.90254 0.43649\n 11 116 5 0.90520 0.45117 0.90724 0.45324 0.90694 0.45035 0.90724 0.45324 0.90254 0.44332\n 11 116 5 0.90598 0.45809 0.90829 0.46007 0.90772 0.45708 0.90829 0.46007 0.90254 0.45014\n 11 116 5 0.90677 0.46500 0.90933 0.46689 0.90850 0.46381 0.90933 0.46689 0.90254 0.45696\n 11 116 5 0.90755 0.47192 0.91038 0.47371 0.90929 0.47055 0.91038 0.47371 0.90254 0.46379\n 11 116 5 0.90834 0.47883 0.91142 0.48054 0.91007 0.47728 0.91142 0.48054 0.90254 0.47061\n 11 116 5 0.90912 0.48575 0.91247 0.48736 0.91086 0.48401 0.91247 0.48736 0.90254 0.47743\n 11 116 5 0.90990 0.49266 0.91351 0.49418 0.91164 0.49074 0.91351 0.49418 0.90254 0.48426\n 11 116 5 0.91069 0.49958 0.91456 0.50101 0.91242 0.49748 0.91456 0.50101 0.90254 0.49108\n 11 116 5 0.91147 0.50649 0.91560 0.50783 0.91321 0.50421 0.91560 0.50783 0.90254 0.49791\n 11 116 5 0.91225 0.51341 0.91665 0.51466 0.91399 0.51094 0.91665 0.51466 0.90254 0.50473\n 11 50 2 0.91035 0.51667 0.90254 0.51155\n 11 116 5 0.90382 0.35514 0.90230 0.35875 0.90574 0.35688 0.90230 0.35875 0.91223 0.34778\n 11 116 5 0.90461 0.36206 0.90335 0.36558 0.90653 0.36361 0.90335 0.36558 0.91223 0.35461\n 11 116 5 0.90539 0.36897 0.90439 0.37240 0.90731 0.37034 0.90439 0.37240 0.91223 0.36143\n 11 116 5 0.90617 0.37589 0.90544 0.37922 0.90809 0.37708 0.90544 0.37922 0.91223 0.36825\n 11 116 5 0.90696 0.38280 0.90648 0.38605 0.90888 0.38381 0.90648 0.38605 0.91223 0.37508\n 11 116 5 0.90774 0.38972 0.90752 0.39287 0.90966 0.39054 0.90752 0.39287 0.91223 0.38190\n 11 116 5 0.90852 0.39663 0.90857 0.39970 0.91044 0.39727 0.90857 0.39970 0.91223 0.38873\n 11 116 5 0.90931 0.40355 0.90961 0.40652 0.91123 0.40401 0.90961 0.40652 0.91223 0.39555\n 11 116 5 0.91009 0.41046 0.91066 0.41334 0.91201 0.41074 0.91066 0.41334 0.91223 0.40237\n 11 116 5 0.91087 0.41738 0.91170 0.42017 0.91279 0.41747 0.91170 0.42017 0.91223 0.40920\n 11 116 5 0.91166 0.42429 0.91275 0.42699 0.91358 0.42420 0.91275 0.42699 0.91223 0.41602\n 11 116 5 0.91244 0.43121 0.91379 0.43381 0.91436 0.43093 0.91379 0.43381 0.91223 0.42284\n 11 116 5 0.91323 0.43812 0.91484 0.44064 0.91515 0.43767 0.91484 0.44064 0.91223 0.42967\n 11 116 5 0.91401 0.44504 0.91588 0.44746 0.91593 0.44440 0.91588 0.44746 0.91223 0.43649\n 11 116 5 0.91479 0.45195 0.91693 0.45429 0.91671 0.45113 0.91693 0.45429 0.91223 0.44332\n 11 116 5 0.91558 0.45887 0.91797 0.46111 0.91750 0.45786 0.91797 0.46111 0.91223 0.45014\n 11 116 5 0.91636 0.46579 0.91902 0.46793 0.91828 0.46460 0.91902 0.46793 0.91223 0.45696\n 11 116 5 0.91714 0.47270 0.92006 0.47476 0.91906 0.47133 0.92006 0.47476 0.91223 0.46379\n 11 116 5 0.91793 0.47962 0.92111 0.48158 0.91985 0.47806 0.92111 0.48158 0.91223 0.47061\n 11 116 5 0.91871 0.48653 0.92215 0.48841 0.92063 0.48479 0.92215 0.48841 0.91223 0.47743\n 11 116 5 0.91949 0.49345 0.92320 0.49523 0.92141 0.49153 0.92320 0.49523 0.91223 0.48426\n 11 116 5 0.92028 0.50036 0.92424 0.50205 0.92220 0.49826 0.92424 0.50205 0.91223 0.49108\n 11 116 5 0.92106 0.50728 0.92529 0.50888 0.92298 0.50499 0.92529 0.50888 0.91223 0.49791\n 11 116 5 0.92184 0.51419 0.92633 0.51570 0.92376 0.51172 0.92633 0.51570 0.91223 0.50473\n 11 50 2 0.91929 0.51667 0.91223 0.51155\n 11 116 5 0.91341 0.35593 0.91198 0.35980 0.91552 0.35766 0.91198 0.35980 0.92191 0.34778\n 11 116 5 0.91420 0.36284 0.91303 0.36662 0.91630 0.36439 0.91303 0.36662 0.92191 0.35461\n 11 116 5 0.91498 0.36976 0.91407 0.37345 0.91708 0.37113 0.91407 0.37345 0.92191 0.36143\n 11 116 5 0.91576 0.37667 0.91512 0.38027 0.91787 0.37786 0.91512 0.38027 0.92191 0.36825\n 11 116 5 0.91655 0.38359 0.91616 0.38709 0.91865 0.38459 0.91616 0.38709 0.92191 0.37508\n 11 116 5 0.91733 0.39050 0.91721 0.39392 0.91943 0.39132 0.91721 0.39392 0.92191 0.38190\n 11 116 5 0.91812 0.39742 0.91825 0.40074 0.92022 0.39806 0.91825 0.40074 0.92191 0.38873\n 11 116 5 0.91890 0.40433 0.91930 0.40756 0.92100 0.40479 0.91930 0.40756 0.92191 0.39555\n 11 116 5 0.91968 0.41125 0.92034 0.41439 0.92179 0.41152 0.92034 0.41439 0.92191 0.40237\n 11 116 5 0.92047 0.41816 0.92139 0.42121 0.92257 0.41825 0.92139 0.42121 0.92191 0.40920\n 11 116 5 0.92125 0.42508 0.92243 0.42804 0.92335 0.42499 0.92243 0.42804 0.92191 0.41602\n 11 116 5 0.92203 0.43199 0.92348 0.43486 0.92414 0.43172 0.92348 0.43486 0.92191 0.42284\n 11 116 5 0.92282 0.43891 0.92452 0.44168 0.92492 0.43845 0.92452 0.44168 0.92191 0.42967\n 11 116 5 0.92360 0.44582 0.92557 0.44851 0.92570 0.44518 0.92557 0.44851 0.92191 0.43649\n 11 116 5 0.92438 0.45274 0.92661 0.45533 0.92649 0.45192 0.92661 0.45533 0.92191 0.44332\n 11 116 5 0.92517 0.45965 0.92766 0.46215 0.92727 0.45865 0.92766 0.46215 0.92191 0.45014\n 11 116 5 0.92595 0.46657 0.92870 0.46898 0.92805 0.46538 0.92870 0.46898 0.92191 0.45696\n 11 116 5 0.92674 0.47348 0.92975 0.47580 0.92884 0.47211 0.92975 0.47580 0.92191 0.46379\n 11 116 5 0.92752 0.48040 0.93079 0.48263 0.92962 0.47885 0.93079 0.48263 0.92191 0.47061\n 11 116 5 0.92830 0.48731 0.93184 0.48945 0.93041 0.48558 0.93184 0.48945 0.92191 0.47743\n 11 116 5 0.92909 0.49423 0.93288 0.49627 0.93119 0.49231 0.93288 0.49627 0.92191 0.48426\n 11 116 5 0.92987 0.50115 0.93392 0.50310 0.93197 0.49904 0.93392 0.50310 0.92191 0.49108\n 11 116 5 0.93065 0.50806 0.93497 0.50992 0.93276 0.50577 0.93497 0.50992 0.92191 0.49791\n 11 50 2 0.93144 0.51498 0.93582 0.51667\n 11 72 3 0.93597 0.51667 0.93354 0.51251 0.93597 0.51667\n 11 50 2 0.93593 0.51667 0.92191 0.50473\n 11 50 2 0.92836 0.51667 0.92191 0.51155\n 11 116 5 0.92301 0.35671 0.92167 0.36084 0.92529 0.35845 0.92167 0.36084 0.93159 0.34778\n 11 116 5 0.92379 0.36362 0.92271 0.36767 0.92608 0.36518 0.92271 0.36767 0.93159 0.35461\n 11 116 5 0.92457 0.37054 0.92376 0.37449 0.92686 0.37191 0.92376 0.37449 0.93159 0.36143\n 11 116 5 0.92536 0.37745 0.92480 0.38131 0.92764 0.37864 0.92480 0.38131 0.93159 0.36825\n 11 116 5 0.92614 0.38437 0.92585 0.38814 0.92843 0.38538 0.92585 0.38814 0.93159 0.37508\n 11 116 5 0.92692 0.39128 0.92689 0.39496 0.92921 0.39211 0.92689 0.39496 0.93159 0.38190\n 11 116 5 0.92771 0.39820 0.92794 0.40179 0.92999 0.39884 0.92794 0.40179 0.93159 0.38873\n 11 116 5 0.92849 0.40512 0.92898 0.40861 0.93078 0.40557 0.92898 0.40861 0.93159 0.39555\n 11 116 5 0.92927 0.41203 0.93003 0.41543 0.93156 0.41230 0.93003 0.41543 0.93159 0.40237\n 11 116 5 0.93006 0.41895 0.93107 0.42226 0.93234 0.41904 0.93107 0.42226 0.93159 0.40920\n 11 116 5 0.93084 0.42586 0.93212 0.42908 0.93313 0.42577 0.93212 0.42908 0.93159 0.41602\n 11 116 5 0.93163 0.43278 0.93316 0.43590 0.93391 0.43250 0.93316 0.43590 0.93159 0.42284\n 11 116 5 0.93241 0.43969 0.93421 0.44273 0.93469 0.43923 0.93421 0.44273 0.93159 0.42967\n 11 116 5 0.93319 0.44661 0.93525 0.44955 0.93548 0.44597 0.93525 0.44955 0.93159 0.43649\n 11 116 5 0.93398 0.45352 0.93629 0.45638 0.93626 0.45270 0.93629 0.45638 0.93159 0.44332\n 11 116 5 0.93476 0.46044 0.93734 0.46320 0.93705 0.45943 0.93734 0.46320 0.93159 0.45014\n 11 116 5 0.93554 0.46735 0.93838 0.47002 0.93783 0.46616 0.93838 0.47002 0.93159 0.45696\n 11 116 5 0.93633 0.47427 0.93943 0.47685 0.93861 0.47290 0.93943 0.47685 0.93159 0.46379\n 11 116 5 0.93711 0.48118 0.94047 0.48367 0.93940 0.47963 0.94047 0.48367 0.93159 0.47061\n 11 116 5 0.93789 0.48810 0.94152 0.49049 0.94018 0.48636 0.94152 0.49049 0.93159 0.47743\n 11 116 5 0.93868 0.49501 0.94256 0.49732 0.94096 0.49309 0.94256 0.49732 0.93159 0.48426\n 11 116 5 0.93946 0.50193 0.94361 0.50414 0.94175 0.49983 0.94361 0.50414 0.93159 0.49108\n 11 116 5 0.94025 0.50884 0.94465 0.51097 0.94253 0.50656 0.94465 0.51097 0.93159 0.49791\n 11 50 2 0.94103 0.51576 0.94313 0.51667\n 11 72 3 0.94511 0.51667 0.94331 0.51329 0.94511 0.51667\n 11 50 2 0.94449 0.51667 0.93159 0.50473\n 11 50 2 0.93753 0.51667 0.93159 0.51155\n 11 116 5 0.93260 0.35749 0.93135 0.36189 0.93507 0.35923 0.93135 0.36189 0.94128 0.34778\n 11 116 5 0.93338 0.36441 0.93240 0.36871 0.93585 0.36596 0.93240 0.36871 0.94128 0.35461\n 11 116 5 0.93417 0.37132 0.93344 0.37553 0.93663 0.37269 0.93344 0.37553 0.94128 0.36143\n 11 116 5 0.93495 0.37824 0.93449 0.38236 0.93742 0.37943 0.93449 0.38236 0.94128 0.36825\n 11 116 5 0.93573 0.38515 0.93553 0.38918 0.93820 0.38616 0.93553 0.38918 0.94128 0.37508\n 11 116 5 0.93652 0.39207 0.93657 0.39601 0.93898 0.39289 0.93657 0.39601 0.94128 0.38190\n 11 116 5 0.93730 0.39898 0.93762 0.40283 0.93977 0.39962 0.93762 0.40283 0.94128 0.38873\n 11 116 5 0.93808 0.40590 0.93866 0.40965 0.94055 0.40636 0.93866 0.40965 0.94128 0.39555\n 11 116 5 0.93887 0.41281 0.93971 0.41648 0.94134 0.41309 0.93971 0.41648 0.94128 0.40237\n 11 116 5 0.93965 0.41973 0.94075 0.42330 0.94212 0.41982 0.94075 0.42330 0.94128 0.40920\n 11 116 5 0.94043 0.42664 0.94180 0.43013 0.94290 0.42655 0.94180 0.43013 0.94128 0.41602\n 11 116 5 0.94122 0.43356 0.94284 0.43695 0.94369 0.43329 0.94284 0.43695 0.94128 0.42284\n 11 116 5 0.94200 0.44048 0.94389 0.44377 0.94447 0.44002 0.94389 0.44377 0.94128 0.42967\n 11 116 5 0.94278 0.44739 0.94493 0.45060 0.94525 0.44675 0.94493 0.45060 0.94128 0.43649\n 11 116 5 0.94357 0.45431 0.94598 0.45742 0.94604 0.45348 0.94598 0.45742 0.94128 0.44332\n 11 116 5 0.94435 0.46122 0.94702 0.46424 0.94682 0.46022 0.94702 0.46424 0.94128 0.45014\n 11 116 5 0.94514 0.46814 0.94807 0.47107 0.94760 0.46695 0.94807 0.47107 0.94128 0.45696\n 11 116 5 0.94592 0.47505 0.94911 0.47789 0.94839 0.47368 0.94911 0.47789 0.94128 0.46379\n 11 116 5 0.94670 0.48197 0.95016 0.48472 0.94917 0.48041 0.95016 0.48472 0.94128 0.47061\n 11 116 5 0.94749 0.48888 0.95120 0.49154 0.94995 0.48714 0.95120 0.49154 0.94128 0.47743\n 11 116 5 0.94827 0.49580 0.95225 0.49836 0.95074 0.49388 0.95225 0.49836 0.94128 0.48426\n 11 116 5 0.94905 0.50271 0.95329 0.50519 0.95152 0.50061 0.95329 0.50519 0.94128 0.49108\n 11 116 5 0.94984 0.50963 0.95434 0.51201 0.95231 0.50734 0.95434 0.51201 0.94128 0.49791\n 11 50 2 0.95062 0.51654 0.95089 0.51667\n 11 72 3 0.95434 0.51667 0.95309 0.51407 0.95434 0.51667\n 11 50 2 0.95322 0.51667 0.94128 0.50473\n 11 50 2 0.94677 0.51667 0.94128 0.51155\n 11 116 5 0.94219 0.35828 0.94103 0.36293 0.94484 0.36001 0.94103 0.36293 0.95096 0.34778\n 11 116 5 0.94297 0.36519 0.94208 0.36976 0.94562 0.36675 0.94208 0.36976 0.95096 0.35461\n 11 116 5 0.94376 0.37211 0.94312 0.37658 0.94641 0.37348 0.94312 0.37658 0.95096 0.36143\n 11 116 5 0.94454 0.37902 0.94417 0.38340 0.94719 0.38021 0.94417 0.38340 0.95096 0.36825\n 11 116 5 0.94532 0.38594 0.94521 0.39023 0.94798 0.38694 0.94521 0.39023 0.95096 0.37508\n 11 116 5 0.94611 0.39285 0.94626 0.39705 0.94876 0.39367 0.94626 0.39705 0.95096 0.38190\n 11 116 5 0.94689 0.39977 0.94730 0.40387 0.94954 0.40041 0.94730 0.40387 0.95096 0.38873\n 11 116 5 0.94768 0.40668 0.94835 0.41070 0.95033 0.40714 0.94835 0.41070 0.95096 0.39555\n 11 116 5 0.94846 0.41360 0.94939 0.41752 0.95111 0.41387 0.94939 0.41752 0.95096 0.40237\n 11 116 5 0.94924 0.42051 0.95044 0.42435 0.95189 0.42060 0.95044 0.42435 0.95096 0.40920\n 11 116 5 0.95003 0.42743 0.95148 0.43117 0.95268 0.42734 0.95148 0.43117 0.95096 0.41602\n 11 116 5 0.95081 0.43434 0.95253 0.43799 0.95346 0.43407 0.95253 0.43799 0.95096 0.42284\n 11 116 5 0.95159 0.44126 0.95357 0.44482 0.95424 0.44080 0.95357 0.44482 0.95096 0.42967\n 11 116 5 0.95238 0.44817 0.95462 0.45164 0.95503 0.44753 0.95462 0.45164 0.95096 0.43649\n 11 116 5 0.95316 0.45509 0.95566 0.45847 0.95581 0.45427 0.95566 0.45847 0.95096 0.44332\n 11 116 5 0.95394 0.46200 0.95671 0.46529 0.95660 0.46100 0.95671 0.46529 0.95096 0.45014\n 11 116 5 0.95473 0.46892 0.95775 0.47211 0.95738 0.46773 0.95775 0.47211 0.95096 0.45696\n 11 50 2 0.95551 0.47583 0.95822 0.47840\n 11 72 3 0.95822 0.47489 0.95816 0.47446 0.95822 0.47489\n 11 50 2 0.95822 0.47783 0.95096 0.46379\n 11 50 2 0.95629 0.48275 0.95822 0.48439\n 11 50 2 0.95822 0.48300 0.95096 0.47061\n 11 50 2 0.95708 0.48967 0.95822 0.49054\n 11 50 2 0.95822 0.48852 0.95096 0.47743\n 11 50 2 0.95786 0.49658 0.95822 0.49683\n 11 50 2 0.95822 0.49429 0.95096 0.48426\n 11 50 2 0.95822 0.50024 0.95096 0.49108\n 11 50 2 0.95822 0.50633 0.95096 0.49791\n 11 50 2 0.95822 0.51253 0.95096 0.50473\n 11 50 2 0.95608 0.51667 0.95096 0.51155\n 21 6 1\n 25 6 1\n 82 0\n 81 6 36\n 82 0\n 81 6 37\n 21 6 1\n 25 6 1\n 21 6 4\n 25 6 4\n 11 50 2 0.71614 0.35275 0.71856 0.34778\n 11 50 2 0.71614 0.35932 0.71856 0.35461\n 11 50 2 0.71614 0.36589 0.71856 0.36143\n 11 50 2 0.71614 0.37246 0.71856 0.36825\n 11 50 2 0.71614 0.37903 0.71856 0.37508\n 11 50 2 0.71614 0.38560 0.71856 0.38190\n 11 50 2 0.71614 0.39217 0.71856 0.38873\n 11 50 2 0.71614 0.39873 0.71856 0.39555\n 11 50 2 0.71614 0.40530 0.71856 0.40237\n 11 50 2 0.71614 0.41187 0.71856 0.40920\n 11 50 2 0.71614 0.41844 0.71856 0.41602\n 11 50 2 0.71614 0.42501 0.71856 0.42284\n 11 50 2 0.71614 0.43158 0.71856 0.42967\n 11 50 2 0.71614 0.43815 0.71856 0.43649\n 11 50 2 0.71614 0.44472 0.71856 0.44332\n 11 50 2 0.71614 0.45129 0.71856 0.45014\n 11 50 2 0.71614 0.45786 0.71856 0.45696\n 11 50 2 0.71614 0.46442 0.71856 0.46379\n 11 50 2 0.71614 0.47099 0.71856 0.47061\n 11 50 2 0.71614 0.47756 0.71856 0.47743\n 11 50 2 0.71614 0.48413 0.71856 0.48426\n 11 50 2 0.71614 0.49070 0.71856 0.49108\n 11 50 2 0.71614 0.49727 0.71856 0.49791\n 11 50 2 0.71614 0.50384 0.71856 0.50473\n 11 50 2 0.71614 0.51041 0.71856 0.51155\n 11 116 5 0.71977 0.36264 0.71936 0.36816 0.72312 0.36410 0.71936 0.36816 0.72824 0.34778\n 11 116 5 0.71988 0.36843 0.71936 0.37393 0.72320 0.36995 0.71936 0.37393 0.72824 0.35461\n 11 116 5 0.71998 0.37437 0.71936 0.37971 0.72318 0.37592 0.71936 0.37971 0.72824 0.36143\n 11 116 5 0.72007 0.38041 0.71936 0.38549 0.72309 0.38196 0.71936 0.38549 0.72824 0.36825\n 11 116 5 0.72016 0.38645 0.71936 0.39127 0.72300 0.38800 0.71936 0.39127 0.72824 0.37508\n 11 116 5 0.72026 0.39249 0.71936 0.39705 0.72291 0.39404 0.71936 0.39705 0.72824 0.38190\n 11 116 5 0.72035 0.39853 0.71936 0.40283 0.72282 0.40008 0.71936 0.40283 0.72824 0.38873\n 11 116 5 0.72044 0.40457 0.71936 0.40861 0.72272 0.40612 0.71936 0.40861 0.72824 0.39555\n 11 116 5 0.72053 0.41061 0.71936 0.41439 0.72263 0.41216 0.71936 0.41439 0.72824 0.40237\n 11 116 5 0.72062 0.41665 0.71936 0.42017 0.72254 0.41820 0.71936 0.42017 0.72824 0.40920\n 11 116 5 0.72071 0.42269 0.71936 0.42595 0.72245 0.42424 0.71936 0.42595 0.72824 0.41602\n 11 116 5 0.72080 0.42873 0.71936 0.43172 0.72236 0.43028 0.71936 0.43172 0.72824 0.42284\n 11 116 5 0.72090 0.43477 0.71936 0.43750 0.72227 0.43632 0.71936 0.43750 0.72824 0.42967\n 11 116 5 0.72099 0.44081 0.71936 0.44328 0.72218 0.44236 0.71936 0.44328 0.72824 0.43649\n 11 116 5 0.72108 0.44685 0.71936 0.44906 0.72208 0.44840 0.71936 0.44906 0.72824 0.44332\n 11 116 5 0.72117 0.45289 0.71936 0.45484 0.72199 0.45444 0.71936 0.45484 0.72824 0.45014\n 11 116 5 0.72126 0.45893 0.71936 0.46062 0.72190 0.46048 0.71936 0.46062 0.72824 0.45696\n 11 116 5 0.72135 0.46497 0.71936 0.46640 0.72181 0.46652 0.71936 0.46640 0.72824 0.46379\n 11 116 5 0.72144 0.47101 0.71936 0.47218 0.72172 0.47256 0.71936 0.47218 0.72824 0.47061\n 11 116 5 0.72154 0.47705 0.71936 0.47796 0.72163 0.47860 0.71936 0.47796 0.72824 0.47743\n 11 116 5 0.72163 0.48309 0.71936 0.48374 0.72154 0.48464 0.71936 0.48374 0.72824 0.48426\n 11 116 5 0.72172 0.48913 0.71936 0.48952 0.72144 0.49068 0.71936 0.48952 0.72824 0.49108\n 11 116 5 0.72181 0.49517 0.71936 0.49529 0.72135 0.49672 0.71936 0.49529 0.72824 0.49791\n 11 116 5 0.72190 0.50121 0.71936 0.50107 0.72126 0.50276 0.71936 0.50107 0.72824 0.50473\n 11 116 5 0.72199 0.50725 0.71936 0.50685 0.72117 0.50880 0.71936 0.50685 0.72824 0.51155\n 11 116 5 0.73026 0.36263 0.73009 0.36816 0.73367 0.36394 0.73009 0.36816 0.73793 0.34778\n 11 116 5 0.73036 0.36842 0.73009 0.37393 0.73374 0.36979 0.73009 0.37393 0.73793 0.35461\n 11 116 5 0.73045 0.37446 0.73009 0.37971 0.73365 0.37583 0.73009 0.37971 0.73793 0.36143\n 11 116 5 0.73054 0.38050 0.73009 0.38549 0.73356 0.38187 0.73009 0.38549 0.73793 0.36825\n 11 116 5 0.73063 0.38654 0.73009 0.39127 0.73347 0.38791 0.73009 0.39127 0.73793 0.37508\n 11 116 5 0.73072 0.39258 0.73009 0.39705 0.73337 0.39395 0.73009 0.39705 0.73793 0.38190\n 11 116 5 0.73081 0.39862 0.73009 0.40283 0.73328 0.39999 0.73009 0.40283 0.73793 0.38873\n 11 116 5 0.73091 0.40466 0.73009 0.40861 0.73319 0.40603 0.73009 0.40861 0.73793 0.39555\n 11 116 5 0.73100 0.41070 0.73009 0.41439 0.73310 0.41207 0.73009 0.41439 0.73793 0.40237\n 11 116 5 0.73109 0.41674 0.73009 0.42017 0.73301 0.41811 0.73009 0.42017 0.73793 0.40920\n 11 116 5 0.73118 0.42278 0.73009 0.42595 0.73292 0.42415 0.73009 0.42595 0.73793 0.41602\n 11 116 5 0.73127 0.42882 0.73009 0.43172 0.73283 0.43019 0.73009 0.43172 0.73793 0.42284\n 11 116 5 0.73136 0.43486 0.73009 0.43750 0.73273 0.43623 0.73009 0.43750 0.73793 0.42967\n 11 116 5 0.73145 0.44090 0.73009 0.44328 0.73264 0.44227 0.73009 0.44328 0.73793 0.43649\n 11 116 5 0.73155 0.44694 0.73009 0.44906 0.73255 0.44831 0.73009 0.44906 0.73793 0.44332\n 11 116 5 0.73164 0.45298 0.73009 0.45484 0.73246 0.45435 0.73009 0.45484 0.73793 0.45014\n 11 116 5 0.73173 0.45902 0.73009 0.46062 0.73237 0.46039 0.73009 0.46062 0.73793 0.45696\n 11 116 5 0.73182 0.46506 0.73009 0.46640 0.73228 0.46643 0.73009 0.46640 0.73793 0.46379\n 11 116 5 0.73191 0.47110 0.73009 0.47218 0.73219 0.47247 0.73009 0.47218 0.73793 0.47061\n 11 116 5 0.73200 0.47714 0.73009 0.47796 0.73209 0.47851 0.73009 0.47796 0.73793 0.47743\n 11 116 5 0.73209 0.48318 0.73009 0.48374 0.73200 0.48455 0.73009 0.48374 0.73793 0.48426\n 11 116 5 0.73219 0.48922 0.73009 0.48952 0.73191 0.49059 0.73009 0.48952 0.73793 0.49108\n 11 116 5 0.73228 0.49526 0.73009 0.49529 0.73182 0.49663 0.73009 0.49529 0.73793 0.49791\n 11 116 5 0.73237 0.50130 0.73009 0.50107 0.73173 0.50267 0.73009 0.50107 0.73793 0.50473\n 11 116 5 0.73246 0.50734 0.73009 0.50685 0.73164 0.50871 0.73009 0.50685 0.73793 0.51155\n 11 116 5 0.74074 0.36262 0.74082 0.36816 0.74420 0.36378 0.74082 0.36816 0.74761 0.34778\n 11 116 5 0.74082 0.36851 0.74082 0.37393 0.74421 0.36970 0.74082 0.37393 0.74761 0.35461\n 11 116 5 0.74092 0.37455 0.74082 0.37971 0.74412 0.37574 0.74082 0.37971 0.74761 0.36143\n 11 116 5 0.74101 0.38059 0.74082 0.38549 0.74402 0.38178 0.74082 0.38549 0.74761 0.36825\n 11 116 5 0.74110 0.38663 0.74082 0.39127 0.74393 0.38782 0.74082 0.39127 0.74761 0.37508\n 11 116 5 0.74119 0.39267 0.74082 0.39705 0.74384 0.39386 0.74082 0.39705 0.74761 0.38190\n 11 116 5 0.74128 0.39871 0.74082 0.40283 0.74375 0.39990 0.74082 0.40283 0.74761 0.38873\n 11 116 5 0.74137 0.40475 0.74082 0.40861 0.74366 0.40594 0.74082 0.40861 0.74761 0.39555\n 11 116 5 0.74146 0.41079 0.74082 0.41439 0.74357 0.41198 0.74082 0.41439 0.74761 0.40237\n 11 116 5 0.74156 0.41683 0.74082 0.42017 0.74348 0.41802 0.74082 0.42017 0.74761 0.40920\n 11 116 5 0.74165 0.42287 0.74082 0.42595 0.74338 0.42406 0.74082 0.42595 0.74761 0.41602\n 11 116 5 0.74174 0.42891 0.74082 0.43172 0.74329 0.43010 0.74082 0.43172 0.74761 0.42284\n 11 116 5 0.74183 0.43495 0.74082 0.43750 0.74320 0.43614 0.74082 0.43750 0.74761 0.42967\n 11 116 5 0.74192 0.44099 0.74082 0.44328 0.74311 0.44218 0.74082 0.44328 0.74761 0.43649\n 11 116 5 0.74201 0.44703 0.74082 0.44906 0.74302 0.44822 0.74082 0.44906 0.74761 0.44332\n 11 116 5 0.74210 0.45307 0.74082 0.45484 0.74293 0.45426 0.74082 0.45484 0.74761 0.45014\n 11 116 5 0.74220 0.45911 0.74082 0.46062 0.74284 0.46030 0.74082 0.46062 0.74761 0.45696\n 11 116 5 0.74229 0.46515 0.74082 0.46640 0.74274 0.46634 0.74082 0.46640 0.74761 0.46379\n 11 116 5 0.74238 0.47119 0.74082 0.47218 0.74265 0.47238 0.74082 0.47218 0.74761 0.47061\n 11 116 5 0.74247 0.47723 0.74082 0.47796 0.74256 0.47842 0.74082 0.47796 0.74761 0.47743\n 11 116 5 0.74256 0.48327 0.74082 0.48374 0.74247 0.48446 0.74082 0.48374 0.74761 0.48426\n 11 116 5 0.74265 0.48931 0.74082 0.48952 0.74238 0.49050 0.74082 0.48952 0.74761 0.49108\n 11 116 5 0.74274 0.49535 0.74082 0.49529 0.74229 0.49654 0.74082 0.49529 0.74761 0.49791\n 11 116 5 0.74284 0.50139 0.74082 0.50107 0.74220 0.50258 0.74082 0.50107 0.74761 0.50473\n 11 116 5 0.74293 0.50743 0.74082 0.50685 0.74210 0.50862 0.74082 0.50685 0.74761 0.51155\n 11 116 5 0.75120 0.36263 0.75155 0.36816 0.75472 0.36363 0.75155 0.36816 0.75729 0.34778\n 11 116 5 0.75129 0.36860 0.75155 0.37393 0.75467 0.36961 0.75155 0.37393 0.75729 0.35461\n 11 116 5 0.75138 0.37464 0.75155 0.37971 0.75458 0.37565 0.75155 0.37971 0.75729 0.36143\n 11 116 5 0.75147 0.38068 0.75155 0.38549 0.75449 0.38169 0.75155 0.38549 0.75729 0.36825\n 11 116 5 0.75157 0.38672 0.75155 0.39127 0.75440 0.38773 0.75155 0.39127 0.75729 0.37508\n 11 116 5 0.75166 0.39276 0.75155 0.39705 0.75431 0.39377 0.75155 0.39705 0.75729 0.38190\n 11 116 5 0.75175 0.39880 0.75155 0.40283 0.75422 0.39981 0.75155 0.40283 0.75729 0.38873\n 11 116 5 0.75184 0.40484 0.75155 0.40861 0.75413 0.40585 0.75155 0.40861 0.75729 0.39555\n 11 116 5 0.75193 0.41088 0.75155 0.41439 0.75403 0.41189 0.75155 0.41439 0.75729 0.40237\n 11 116 5 0.75202 0.41692 0.75155 0.42017 0.75394 0.41793 0.75155 0.42017 0.75729 0.40920\n 11 116 5 0.75211 0.42296 0.75155 0.42595 0.75385 0.42397 0.75155 0.42595 0.75729 0.41602\n 11 116 5 0.75221 0.42900 0.75155 0.43172 0.75376 0.43001 0.75155 0.43172 0.75729 0.42284\n 11 116 5 0.75230 0.43504 0.75155 0.43750 0.75367 0.43605 0.75155 0.43750 0.75729 0.42967\n 11 116 5 0.75239 0.44108 0.75155 0.44328 0.75358 0.44209 0.75155 0.44328 0.75729 0.43649\n 11 116 5 0.75248 0.44712 0.75155 0.44906 0.75349 0.44813 0.75155 0.44906 0.75729 0.44332\n 11 116 5 0.75257 0.45316 0.75155 0.45484 0.75339 0.45417 0.75155 0.45484 0.75729 0.45014\n 11 116 5 0.75266 0.45920 0.75155 0.46062 0.75330 0.46021 0.75155 0.46062 0.75729 0.45696\n 11 116 5 0.75275 0.46524 0.75155 0.46640 0.75321 0.46625 0.75155 0.46640 0.75729 0.46379\n 11 116 5 0.75285 0.47128 0.75155 0.47218 0.75312 0.47229 0.75155 0.47218 0.75729 0.47061\n 11 116 5 0.75294 0.47732 0.75155 0.47796 0.75303 0.47833 0.75155 0.47796 0.75729 0.47743\n 11 116 5 0.75303 0.48336 0.75155 0.48374 0.75294 0.48437 0.75155 0.48374 0.75729 0.48426\n 11 116 5 0.75312 0.48940 0.75155 0.48952 0.75285 0.49041 0.75155 0.48952 0.75729 0.49108\n 11 116 5 0.75321 0.49544 0.75155 0.49529 0.75275 0.49645 0.75155 0.49529 0.75729 0.49791\n 11 116 5 0.75330 0.50148 0.75155 0.50107 0.75266 0.50249 0.75155 0.50107 0.75729 0.50473\n 11 116 5 0.75339 0.50752 0.75155 0.50685 0.75257 0.50853 0.75155 0.50685 0.75729 0.51155\n 11 116 5 0.76167 0.36266 0.76227 0.36816 0.76523 0.36348 0.76227 0.36816 0.76698 0.34778\n 11 116 5 0.76176 0.36869 0.76227 0.37393 0.76514 0.36951 0.76227 0.37393 0.76698 0.35461\n 11 116 5 0.76185 0.37473 0.76227 0.37971 0.76505 0.37555 0.76227 0.37971 0.76698 0.36143\n 11 116 5 0.76194 0.38077 0.76227 0.38549 0.76496 0.38159 0.76227 0.38549 0.76698 0.36825\n 11 116 5 0.76203 0.38681 0.76227 0.39127 0.76487 0.38763 0.76227 0.39127 0.76698 0.37508\n 11 116 5 0.76212 0.39285 0.76227 0.39705 0.76478 0.39367 0.76227 0.39705 0.76698 0.38190\n 11 116 5 0.76222 0.39889 0.76227 0.40283 0.76468 0.39972 0.76227 0.40283 0.76698 0.38873\n 11 116 5 0.76231 0.40493 0.76227 0.40861 0.76459 0.40576 0.76227 0.40861 0.76698 0.39555\n 11 116 5 0.76240 0.41097 0.76227 0.41439 0.76450 0.41180 0.76227 0.41439 0.76698 0.40237\n 11 116 5 0.76249 0.41701 0.76227 0.42017 0.76441 0.41784 0.76227 0.42017 0.76698 0.40920\n 11 116 5 0.76258 0.42305 0.76227 0.42595 0.76432 0.42388 0.76227 0.42595 0.76698 0.41602\n 11 116 5 0.76267 0.42909 0.76227 0.43172 0.76423 0.42992 0.76227 0.43172 0.76698 0.42284\n 11 116 5 0.76276 0.43513 0.76227 0.43750 0.76414 0.43596 0.76227 0.43750 0.76698 0.42967\n 11 116 5 0.76286 0.44117 0.76227 0.44328 0.76404 0.44200 0.76227 0.44328 0.76698 0.43649\n 11 116 5 0.76295 0.44721 0.76227 0.44906 0.76395 0.44804 0.76227 0.44906 0.76698 0.44332\n 11 116 5 0.76304 0.45325 0.76227 0.45484 0.76386 0.45408 0.76227 0.45484 0.76698 0.45014\n 11 116 5 0.76313 0.45929 0.76227 0.46062 0.76377 0.46012 0.76227 0.46062 0.76698 0.45696\n 11 116 5 0.76322 0.46533 0.76227 0.46640 0.76368 0.46616 0.76227 0.46640 0.76698 0.46379\n 11 116 5 0.76331 0.47137 0.76227 0.47218 0.76359 0.47220 0.76227 0.47218 0.76698 0.47061\n 11 116 5 0.76340 0.47742 0.76227 0.47796 0.76350 0.47824 0.76227 0.47796 0.76698 0.47743\n 11 116 5 0.76350 0.48346 0.76227 0.48374 0.76340 0.48428 0.76227 0.48374 0.76698 0.48426\n 11 116 5 0.76359 0.48950 0.76227 0.48952 0.76331 0.49032 0.76227 0.48952 0.76698 0.49108\n 11 116 5 0.76368 0.49554 0.76227 0.49529 0.76322 0.49636 0.76227 0.49529 0.76698 0.49791\n 11 116 5 0.76377 0.50158 0.76227 0.50107 0.76313 0.50240 0.76227 0.50107 0.76698 0.50473\n 11 116 5 0.76386 0.50762 0.76227 0.50685 0.76304 0.50844 0.76227 0.50685 0.76698 0.51155\n 11 116 5 0.77213 0.36274 0.77300 0.36816 0.77570 0.36338 0.77300 0.36816 0.77666 0.34778\n 11 116 5 0.77223 0.36878 0.77300 0.37393 0.77561 0.36942 0.77300 0.37393 0.77666 0.35461\n 11 116 5 0.77232 0.37482 0.77300 0.37971 0.77552 0.37546 0.77300 0.37971 0.77666 0.36143\n 11 116 5 0.77241 0.38086 0.77300 0.38549 0.77543 0.38150 0.77300 0.38549 0.77666 0.36825\n 11 116 5 0.77250 0.38690 0.77300 0.39127 0.77533 0.38754 0.77300 0.39127 0.77666 0.37508\n 11 116 5 0.77259 0.39294 0.77300 0.39705 0.77524 0.39358 0.77300 0.39705 0.77666 0.38190\n 11 116 5 0.77268 0.39898 0.77300 0.40283 0.77515 0.39962 0.77300 0.40283 0.77666 0.38873\n 11 116 5 0.77277 0.40502 0.77300 0.40861 0.77506 0.40566 0.77300 0.40861 0.77666 0.39555\n 11 116 5 0.77287 0.41106 0.77300 0.41439 0.77497 0.41170 0.77300 0.41439 0.77666 0.40237\n 11 116 5 0.77296 0.41710 0.77300 0.42017 0.77488 0.41774 0.77300 0.42017 0.77666 0.40920\n 11 116 5 0.77305 0.42314 0.77300 0.42595 0.77479 0.42378 0.77300 0.42595 0.77666 0.41602\n 11 116 5 0.77314 0.42918 0.77300 0.43172 0.77469 0.42982 0.77300 0.43172 0.77666 0.42284\n 11 116 5 0.77323 0.43523 0.77300 0.43750 0.77460 0.43586 0.77300 0.43750 0.77666 0.42967\n 11 116 5 0.77332 0.44127 0.77300 0.44328 0.77451 0.44191 0.77300 0.44328 0.77666 0.43649\n 11 116 5 0.77341 0.44731 0.77300 0.44906 0.77442 0.44795 0.77300 0.44906 0.77666 0.44332\n 11 116 5 0.77351 0.45335 0.77300 0.45484 0.77433 0.45399 0.77300 0.45484 0.77666 0.45014\n 11 116 5 0.77360 0.45939 0.77300 0.46062 0.77424 0.46003 0.77300 0.46062 0.77666 0.45696\n 11 116 5 0.77369 0.46543 0.77300 0.46640 0.77415 0.46607 0.77300 0.46640 0.77666 0.46379\n 11 116 5 0.77382 0.47143 0.77300 0.47218 0.77411 0.47210 0.77300 0.47218 0.77666 0.47061\n 11 116 5 0.77398 0.47745 0.77300 0.47796 0.77409 0.47817 0.77300 0.47796 0.77666 0.47743\n 11 116 5 0.77409 0.48352 0.77300 0.48374 0.77398 0.48425 0.77300 0.48374 0.77666 0.48426\n 11 116 5 0.77411 0.48959 0.77300 0.48952 0.77382 0.49026 0.77300 0.48952 0.77666 0.49108\n 11 116 5 0.77415 0.49563 0.77300 0.49529 0.77369 0.49627 0.77300 0.49529 0.77666 0.49791\n 11 116 5 0.77424 0.50167 0.77300 0.50107 0.77360 0.50231 0.77300 0.50107 0.77666 0.50473\n 11 116 5 0.77433 0.50771 0.77300 0.50685 0.77351 0.50835 0.77300 0.50685 0.77666 0.51155\n 11 116 5 0.78260 0.36283 0.78373 0.36816 0.78617 0.36329 0.78373 0.36816 0.78634 0.34778\n 11 116 5 0.78269 0.36887 0.78373 0.37393 0.78607 0.36933 0.78373 0.37393 0.78634 0.35461\n 11 116 5 0.78278 0.37491 0.78373 0.37971 0.78598 0.37537 0.78373 0.37971 0.78634 0.36143\n 11 116 5 0.78288 0.38095 0.78373 0.38549 0.78589 0.38141 0.78373 0.38549 0.78634 0.36825\n 11 116 5 0.78297 0.38699 0.78373 0.39127 0.78580 0.38745 0.78373 0.39127 0.78634 0.37508\n 11 116 5 0.78306 0.39303 0.78373 0.39705 0.78571 0.39349 0.78373 0.39705 0.78634 0.38190\n 11 116 5 0.78315 0.39908 0.78373 0.40283 0.78562 0.39953 0.78373 0.40283 0.78634 0.38873\n 11 116 5 0.78324 0.40512 0.78373 0.40861 0.78553 0.40557 0.78373 0.40861 0.78634 0.39555\n 11 116 5 0.78333 0.41116 0.78373 0.41439 0.78543 0.41161 0.78373 0.41439 0.78634 0.40237\n 11 116 5 0.78342 0.41720 0.78373 0.42017 0.78534 0.41765 0.78373 0.42017 0.78634 0.40920\n 11 116 5 0.78352 0.42324 0.78373 0.42595 0.78525 0.42369 0.78373 0.42595 0.78634 0.41602\n 11 116 5 0.78361 0.42928 0.78373 0.43172 0.78516 0.42973 0.78373 0.43172 0.78634 0.42284\n 11 116 5 0.78370 0.43532 0.78373 0.43750 0.78507 0.43577 0.78373 0.43750 0.78634 0.42967\n 11 116 5 0.78379 0.44136 0.78373 0.44328 0.78498 0.44181 0.78373 0.44328 0.78634 0.43649\n 11 116 5 0.78388 0.44740 0.78373 0.44906 0.78489 0.44785 0.78373 0.44906 0.78634 0.44332\n 11 116 5 0.78397 0.45344 0.78373 0.45484 0.78479 0.45389 0.78373 0.45484 0.78634 0.45014\n 11 116 5 0.78406 0.45948 0.78373 0.46062 0.78470 0.45993 0.78373 0.46062 0.78634 0.45696\n 11 116 5 0.78421 0.46540 0.78373 0.46640 0.78473 0.46592 0.78373 0.46640 0.78634 0.46379\n 11 116 5 0.78444 0.47133 0.78373 0.47218 0.78481 0.47195 0.78373 0.47218 0.78634 0.47061\n 11 116 5 0.78468 0.47739 0.78373 0.47796 0.78483 0.47811 0.78373 0.47796 0.78634 0.47743\n 11 116 5 0.78483 0.48358 0.78373 0.48374 0.78468 0.48430 0.78373 0.48374 0.78634 0.48426\n 11 116 5 0.78481 0.48974 0.78373 0.48952 0.78444 0.49037 0.78373 0.48952 0.78634 0.49108\n 11 116 5 0.78473 0.49577 0.78373 0.49529 0.78421 0.49629 0.78373 0.49529 0.78634 0.49791\n 11 116 5 0.78470 0.50176 0.78373 0.50107 0.78406 0.50222 0.78373 0.50107 0.78634 0.50473\n 11 116 5 0.78479 0.50780 0.78373 0.50685 0.78397 0.50826 0.78373 0.50685 0.78634 0.51155\n 11 116 5 0.79307 0.36293 0.79446 0.36816 0.79663 0.36320 0.79446 0.36816 0.79603 0.34778\n 11 116 5 0.79316 0.36897 0.79446 0.37393 0.79654 0.36924 0.79446 0.37393 0.79603 0.35461\n 11 116 5 0.79325 0.37501 0.79446 0.37971 0.79645 0.37528 0.79446 0.37971 0.79603 0.36143\n 11 116 5 0.79334 0.38105 0.79446 0.38549 0.79636 0.38132 0.79446 0.38549 0.79603 0.36825\n 11 116 5 0.79343 0.38709 0.79446 0.39127 0.79627 0.38736 0.79446 0.39127 0.79603 0.37508\n 11 116 5 0.79352 0.39313 0.79446 0.39705 0.79618 0.39340 0.79446 0.39705 0.79603 0.38190\n 11 116 5 0.79362 0.39917 0.79446 0.40283 0.79608 0.39944 0.79446 0.40283 0.79603 0.38873\n 11 116 5 0.79371 0.40521 0.79446 0.40861 0.79599 0.40548 0.79446 0.40861 0.79603 0.39555\n 11 116 5 0.79380 0.41125 0.79446 0.41439 0.79590 0.41152 0.79446 0.41439 0.79603 0.40237\n 11 116 5 0.79389 0.41729 0.79446 0.42017 0.79581 0.41756 0.79446 0.42017 0.79603 0.40920\n 11 116 5 0.79398 0.42333 0.79446 0.42595 0.79572 0.42360 0.79446 0.42595 0.79603 0.41602\n 11 116 5 0.79407 0.42937 0.79446 0.43172 0.79563 0.42964 0.79446 0.43172 0.79603 0.42284\n 11 116 5 0.79416 0.43541 0.79446 0.43750 0.79554 0.43568 0.79446 0.43750 0.79603 0.42967\n 11 116 5 0.79426 0.44145 0.79446 0.44328 0.79544 0.44172 0.79446 0.44328 0.79603 0.43649\n 11 116 5 0.79435 0.44749 0.79446 0.44906 0.79535 0.44776 0.79446 0.44906 0.79603 0.44332\n 11 116 5 0.79444 0.45353 0.79446 0.45484 0.79526 0.45380 0.79446 0.45484 0.79603 0.45014\n 11 116 5 0.79453 0.45952 0.79446 0.46062 0.79521 0.45980 0.79446 0.46062 0.79603 0.45696\n 11 116 5 0.79468 0.46532 0.79446 0.46640 0.79531 0.46569 0.79446 0.46640 0.79603 0.46379\n 11 116 5 0.79494 0.47118 0.79446 0.47218 0.79546 0.47170 0.79446 0.47218 0.79603 0.47061\n 11 116 5 0.79533 0.47728 0.79446 0.47796 0.79557 0.47797 0.79446 0.47796 0.79603 0.47743\n 11 116 5 0.79557 0.48372 0.79446 0.48374 0.79533 0.48441 0.79446 0.48374 0.79603 0.48426\n 11 116 5 0.79546 0.49000 0.79446 0.48952 0.79494 0.49051 0.79446 0.48952 0.79603 0.49108\n 11 116 5 0.79531 0.49600 0.79446 0.49529 0.79468 0.49638 0.79446 0.49529 0.79603 0.49791\n 11 116 5 0.79521 0.50189 0.79446 0.50107 0.79453 0.50218 0.79446 0.50107 0.79603 0.50473\n 11 116 5 0.79526 0.50789 0.79446 0.50685 0.79444 0.50816 0.79446 0.50685 0.79603 0.51155\n 11 116 5 0.80353 0.36302 0.80519 0.36816 0.80710 0.36311 0.80519 0.36816 0.80571 0.34778\n 11 116 5 0.80363 0.36906 0.80519 0.37393 0.80701 0.36915 0.80519 0.37393 0.80571 0.35461\n 11 116 5 0.80372 0.37510 0.80519 0.37971 0.80692 0.37519 0.80519 0.37971 0.80571 0.36143\n 11 116 5 0.80381 0.38114 0.80519 0.38549 0.80683 0.38123 0.80519 0.38549 0.80571 0.36825\n 11 116 5 0.80390 0.38718 0.80519 0.39127 0.80673 0.38727 0.80519 0.39127 0.80571 0.37508\n 11 116 5 0.80399 0.39322 0.80519 0.39705 0.80664 0.39331 0.80519 0.39705 0.80571 0.38190\n 11 116 5 0.80408 0.39926 0.80519 0.40283 0.80655 0.39935 0.80519 0.40283 0.80571 0.38873\n 11 116 5 0.80417 0.40530 0.80519 0.40861 0.80646 0.40539 0.80519 0.40861 0.80571 0.39555\n 11 116 5 0.80427 0.41134 0.80519 0.41439 0.80637 0.41143 0.80519 0.41439 0.80571 0.40237\n 11 116 5 0.80436 0.41738 0.80519 0.42017 0.80628 0.41747 0.80519 0.42017 0.80571 0.40920\n 11 116 5 0.80445 0.42342 0.80519 0.42595 0.80619 0.42351 0.80519 0.42595 0.80571 0.41602\n 11 116 5 0.80454 0.42946 0.80519 0.43172 0.80609 0.42955 0.80519 0.43172 0.80571 0.42284\n 11 116 5 0.80463 0.43550 0.80519 0.43750 0.80600 0.43559 0.80519 0.43750 0.80571 0.42967\n 11 116 5 0.80472 0.44154 0.80519 0.44328 0.80591 0.44163 0.80519 0.44328 0.80571 0.43649\n 11 116 5 0.80481 0.44758 0.80519 0.44906 0.80582 0.44767 0.80519 0.44906 0.80571 0.44332\n 11 116 5 0.80491 0.45362 0.80519 0.45484 0.80573 0.45371 0.80519 0.45484 0.80571 0.45014\n 11 116 5 0.80497 0.45953 0.80519 0.46062 0.80570 0.45964 0.80519 0.46062 0.80571 0.45696\n 11 116 5 0.80503 0.46530 0.80519 0.46640 0.80575 0.46545 0.80519 0.46640 0.80571 0.46379\n 11 116 5 0.80517 0.47107 0.80519 0.47218 0.80586 0.47130 0.80519 0.47218 0.80571 0.47061\n 11 116 5 0.80567 0.47696 0.80519 0.47796 0.80618 0.47748 0.80519 0.47796 0.80571 0.47743\n 11 116 5 0.80618 0.48422 0.80519 0.48374 0.80567 0.48473 0.80519 0.48374 0.80571 0.48426\n 11 116 5 0.80586 0.49039 0.80519 0.48952 0.80517 0.49062 0.80519 0.48952 0.80571 0.49108\n 11 116 5 0.80575 0.49625 0.80519 0.49529 0.80503 0.49639 0.80519 0.49529 0.80571 0.49791\n 11 116 5 0.80570 0.50206 0.80519 0.50107 0.80497 0.50216 0.80519 0.50107 0.80571 0.50473\n 11 116 5 0.80573 0.50798 0.80519 0.50685 0.80491 0.50807 0.80519 0.50685 0.80571 0.51155\n 11 116 5 0.81400 0.36311 0.81592 0.36816 0.81757 0.36302 0.81592 0.36816 0.81539 0.34778\n 11 116 5 0.81409 0.36915 0.81592 0.37393 0.81748 0.36906 0.81592 0.37393 0.81539 0.35461\n 11 116 5 0.81418 0.37519 0.81592 0.37971 0.81738 0.37510 0.81592 0.37971 0.81539 0.36143\n 11 116 5 0.81428 0.38123 0.81592 0.38549 0.81729 0.38114 0.81592 0.38549 0.81539 0.36825\n 11 116 5 0.81437 0.38727 0.81592 0.39127 0.81720 0.38718 0.81592 0.39127 0.81539 0.37508\n 11 116 5 0.81446 0.39331 0.81592 0.39705 0.81711 0.39322 0.81592 0.39705 0.81539 0.38190\n 11 116 5 0.81455 0.39935 0.81592 0.40283 0.81702 0.39926 0.81592 0.40283 0.81539 0.38873\n 11 116 5 0.81464 0.40539 0.81592 0.40861 0.81693 0.40530 0.81592 0.40861 0.81539 0.39555\n 11 116 5 0.81473 0.41143 0.81592 0.41439 0.81684 0.41134 0.81592 0.41439 0.81539 0.40237\n 11 116 5 0.81482 0.41747 0.81592 0.42017 0.81674 0.41738 0.81592 0.42017 0.81539 0.40920\n 11 116 5 0.81492 0.42351 0.81592 0.42595 0.81665 0.42342 0.81592 0.42595 0.81539 0.41602\n 11 116 5 0.81501 0.42955 0.81592 0.43172 0.81656 0.42946 0.81592 0.43172 0.81539 0.42284\n 11 116 5 0.81510 0.43559 0.81592 0.43750 0.81647 0.43550 0.81592 0.43750 0.81539 0.42967\n 11 116 5 0.81519 0.44163 0.81592 0.44328 0.81638 0.44154 0.81592 0.44328 0.81539 0.43649\n 11 116 5 0.81528 0.44767 0.81592 0.44906 0.81629 0.44758 0.81592 0.44906 0.81539 0.44332\n 11 116 5 0.81537 0.45371 0.81592 0.45484 0.81620 0.45362 0.81592 0.45484 0.81539 0.45014\n 11 116 5 0.81541 0.45964 0.81592 0.46062 0.81613 0.45953 0.81592 0.46062 0.81539 0.45696\n 11 116 5 0.81535 0.46545 0.81592 0.46640 0.81607 0.46530 0.81592 0.46640 0.81539 0.46379\n 11 116 5 0.81524 0.47130 0.81592 0.47218 0.81593 0.47107 0.81592 0.47218 0.81539 0.47061\n 11 116 5 0.81492 0.47748 0.81592 0.47796 0.81543 0.47696 0.81592 0.47796 0.81539 0.47743\n 11 116 5 0.81543 0.48473 0.81592 0.48374 0.81492 0.48422 0.81592 0.48374 0.81539 0.48426\n 11 116 5 0.81593 0.49062 0.81592 0.48952 0.81524 0.49039 0.81592 0.48952 0.81539 0.49108\n 11 116 5 0.81607 0.49639 0.81592 0.49529 0.81535 0.49625 0.81592 0.49529 0.81539 0.49791\n 11 116 5 0.81613 0.50216 0.81592 0.50107 0.81541 0.50206 0.81592 0.50107 0.81539 0.50473\n 11 116 5 0.81620 0.50807 0.81592 0.50685 0.81537 0.50798 0.81592 0.50685 0.81539 0.51155\n 11 116 5 0.82447 0.36320 0.82664 0.36816 0.82803 0.36293 0.82664 0.36816 0.82508 0.34778\n 11 116 5 0.82456 0.36924 0.82664 0.37393 0.82794 0.36897 0.82664 0.37393 0.82508 0.35461\n 11 116 5 0.82465 0.37528 0.82664 0.37971 0.82785 0.37501 0.82664 0.37971 0.82508 0.36143\n 11 116 5 0.82474 0.38132 0.82664 0.38549 0.82776 0.38105 0.82664 0.38549 0.82508 0.36825\n 11 116 5 0.82483 0.38736 0.82664 0.39127 0.82767 0.38709 0.82664 0.39127 0.82508 0.37508\n 11 116 5 0.82493 0.39340 0.82664 0.39705 0.82758 0.39313 0.82664 0.39705 0.82508 0.38190\n 11 116 5 0.82502 0.39944 0.82664 0.40283 0.82749 0.39917 0.82664 0.40283 0.82508 0.38873\n 11 116 5 0.82511 0.40548 0.82664 0.40861 0.82739 0.40521 0.82664 0.40861 0.82508 0.39555\n 11 116 5 0.82520 0.41152 0.82664 0.41439 0.82730 0.41125 0.82664 0.41439 0.82508 0.40237\n 11 116 5 0.82529 0.41756 0.82664 0.42017 0.82721 0.41729 0.82664 0.42017 0.82508 0.40920\n 11 116 5 0.82538 0.42360 0.82664 0.42595 0.82712 0.42333 0.82664 0.42595 0.82508 0.41602\n 11 116 5 0.82547 0.42964 0.82664 0.43172 0.82703 0.42937 0.82664 0.43172 0.82508 0.42284\n 11 116 5 0.82557 0.43568 0.82664 0.43750 0.82694 0.43541 0.82664 0.43750 0.82508 0.42967\n 11 116 5 0.82566 0.44172 0.82664 0.44328 0.82685 0.44145 0.82664 0.44328 0.82508 0.43649\n 11 116 5 0.82575 0.44776 0.82664 0.44906 0.82675 0.44749 0.82664 0.44906 0.82508 0.44332\n 11 116 5 0.82584 0.45380 0.82664 0.45484 0.82666 0.45353 0.82664 0.45484 0.82508 0.45014\n 11 116 5 0.82590 0.45980 0.82664 0.46062 0.82657 0.45952 0.82664 0.46062 0.82508 0.45696\n 11 116 5 0.82579 0.46569 0.82664 0.46640 0.82642 0.46532 0.82664 0.46640 0.82508 0.46379\n 11 116 5 0.82565 0.47170 0.82664 0.47218 0.82616 0.47118 0.82664 0.47218 0.82508 0.47061\n 11 116 5 0.82554 0.47797 0.82664 0.47796 0.82577 0.47728 0.82664 0.47796 0.82508 0.47743\n 11 116 5 0.82577 0.48441 0.82664 0.48374 0.82554 0.48372 0.82664 0.48374 0.82508 0.48426\n 11 116 5 0.82616 0.49051 0.82664 0.48952 0.82565 0.49000 0.82664 0.48952 0.82508 0.49108\n 11 116 5 0.82642 0.49638 0.82664 0.49529 0.82579 0.49600 0.82664 0.49529 0.82508 0.49791\n 11 116 5 0.82657 0.50218 0.82664 0.50107 0.82590 0.50189 0.82664 0.50107 0.82508 0.50473\n 11 116 5 0.82666 0.50816 0.82664 0.50685 0.82584 0.50789 0.82664 0.50685 0.82508 0.51155\n 11 116 5 0.83494 0.36329 0.83737 0.36816 0.83850 0.36283 0.83737 0.36816 0.83476 0.34778\n 11 116 5 0.83503 0.36933 0.83737 0.37393 0.83841 0.36887 0.83737 0.37393 0.83476 0.35461\n 11 116 5 0.83512 0.37537 0.83737 0.37971 0.83832 0.37491 0.83737 0.37971 0.83476 0.36143\n 11 116 5 0.83521 0.38141 0.83737 0.38549 0.83823 0.38095 0.83737 0.38549 0.83476 0.36825\n 11 116 5 0.83530 0.38745 0.83737 0.39127 0.83814 0.38699 0.83737 0.39127 0.83476 0.37508\n 11 116 5 0.83539 0.39349 0.83737 0.39705 0.83804 0.39303 0.83737 0.39705 0.83476 0.38190\n 11 116 5 0.83548 0.39953 0.83737 0.40283 0.83795 0.39908 0.83737 0.40283 0.83476 0.38873\n 11 116 5 0.83558 0.40557 0.83737 0.40861 0.83786 0.40512 0.83737 0.40861 0.83476 0.39555\n 11 116 5 0.83567 0.41161 0.83737 0.41439 0.83777 0.41116 0.83737 0.41439 0.83476 0.40237\n 11 116 5 0.83576 0.41765 0.83737 0.42017 0.83768 0.41720 0.83737 0.42017 0.83476 0.40920\n 11 116 5 0.83585 0.42369 0.83737 0.42595 0.83759 0.42324 0.83737 0.42595 0.83476 0.41602\n 11 116 5 0.83594 0.42973 0.83737 0.43172 0.83750 0.42928 0.83737 0.43172 0.83476 0.42284\n 11 116 5 0.83603 0.43577 0.83737 0.43750 0.83740 0.43532 0.83737 0.43750 0.83476 0.42967\n 11 116 5 0.83612 0.44181 0.83737 0.44328 0.83731 0.44136 0.83737 0.44328 0.83476 0.43649\n 11 116 5 0.83622 0.44785 0.83737 0.44906 0.83722 0.44740 0.83737 0.44906 0.83476 0.44332\n 11 116 5 0.83631 0.45389 0.83737 0.45484 0.83713 0.45344 0.83737 0.45484 0.83476 0.45014\n 11 116 5 0.83640 0.45993 0.83737 0.46062 0.83704 0.45948 0.83737 0.46062 0.83476 0.45696\n 11 116 5 0.83637 0.46592 0.83737 0.46640 0.83689 0.46540 0.83737 0.46640 0.83476 0.46379\n 11 116 5 0.83629 0.47195 0.83737 0.47218 0.83666 0.47133 0.83737 0.47218 0.83476 0.47061\n 11 116 5 0.83628 0.47811 0.83737 0.47796 0.83642 0.47739 0.83737 0.47796 0.83476 0.47743\n 11 116 5 0.83642 0.48430 0.83737 0.48374 0.83628 0.48358 0.83737 0.48374 0.83476 0.48426\n 11 116 5 0.83666 0.49037 0.83737 0.48952 0.83629 0.48974 0.83737 0.48952 0.83476 0.49108\n 11 116 5 0.83689 0.49629 0.83737 0.49529 0.83637 0.49577 0.83737 0.49529 0.83476 0.49791\n 11 116 5 0.83704 0.50222 0.83737 0.50107 0.83640 0.50176 0.83737 0.50107 0.83476 0.50473\n 11 116 5 0.83713 0.50826 0.83737 0.50685 0.83631 0.50780 0.83737 0.50685 0.83476 0.51155\n 11 116 5 0.84540 0.36338 0.84810 0.36816 0.84897 0.36274 0.84810 0.36816 0.84444 0.34778\n 11 116 5 0.84549 0.36942 0.84810 0.37393 0.84888 0.36878 0.84810 0.37393 0.84444 0.35461\n 11 116 5 0.84559 0.37546 0.84810 0.37971 0.84879 0.37482 0.84810 0.37971 0.84444 0.36143\n 11 116 5 0.84568 0.38150 0.84810 0.38549 0.84869 0.38086 0.84810 0.38549 0.84444 0.36825\n 11 116 5 0.84577 0.38754 0.84810 0.39127 0.84860 0.38690 0.84810 0.39127 0.84444 0.37508\n 11 116 5 0.84586 0.39358 0.84810 0.39705 0.84851 0.39294 0.84810 0.39705 0.84444 0.38190\n 11 116 5 0.84595 0.39962 0.84810 0.40283 0.84842 0.39898 0.84810 0.40283 0.84444 0.38873\n 11 116 5 0.84604 0.40566 0.84810 0.40861 0.84833 0.40502 0.84810 0.40861 0.84444 0.39555\n 11 116 5 0.84613 0.41170 0.84810 0.41439 0.84824 0.41106 0.84810 0.41439 0.84444 0.40237\n 11 116 5 0.84623 0.41774 0.84810 0.42017 0.84815 0.41710 0.84810 0.42017 0.84444 0.40920\n 11 116 5 0.84632 0.42378 0.84810 0.42595 0.84805 0.42314 0.84810 0.42595 0.84444 0.41602\n 11 116 5 0.84641 0.42982 0.84810 0.43172 0.84796 0.42918 0.84810 0.43172 0.84444 0.42284\n 11 116 5 0.84650 0.43586 0.84810 0.43750 0.84787 0.43523 0.84810 0.43750 0.84444 0.42967\n 11 116 5 0.84659 0.44191 0.84810 0.44328 0.84778 0.44127 0.84810 0.44328 0.84444 0.43649\n 11 116 5 0.84668 0.44795 0.84810 0.44906 0.84769 0.44731 0.84810 0.44906 0.84444 0.44332\n 11 116 5 0.84677 0.45399 0.84810 0.45484 0.84760 0.45335 0.84810 0.45484 0.84444 0.45014\n 11 116 5 0.84687 0.46003 0.84810 0.46062 0.84751 0.45939 0.84810 0.46062 0.84444 0.45696\n 11 116 5 0.84696 0.46607 0.84810 0.46640 0.84741 0.46543 0.84810 0.46640 0.84444 0.46379\n 11 116 5 0.84700 0.47210 0.84810 0.47218 0.84728 0.47143 0.84810 0.47218 0.84444 0.47061\n 11 116 5 0.84701 0.47817 0.84810 0.47796 0.84712 0.47745 0.84810 0.47796 0.84444 0.47743\n 11 116 5 0.84712 0.48425 0.84810 0.48374 0.84701 0.48352 0.84810 0.48374 0.84444 0.48426\n 11 116 5 0.84728 0.49026 0.84810 0.48952 0.84700 0.48959 0.84810 0.48952 0.84444 0.49108\n 11 116 5 0.84741 0.49627 0.84810 0.49529 0.84696 0.49563 0.84810 0.49529 0.84444 0.49791\n 11 116 5 0.84751 0.50231 0.84810 0.50107 0.84687 0.50167 0.84810 0.50107 0.84444 0.50473\n 11 116 5 0.84760 0.50835 0.84810 0.50685 0.84677 0.50771 0.84810 0.50685 0.84444 0.51155\n 11 116 5 0.85587 0.36348 0.85883 0.36816 0.85943 0.36266 0.85883 0.36816 0.85413 0.34778\n 11 116 5 0.85596 0.36951 0.85883 0.37393 0.85934 0.36869 0.85883 0.37393 0.85413 0.35461\n 11 116 5 0.85605 0.37555 0.85883 0.37971 0.85925 0.37473 0.85883 0.37971 0.85413 0.36143\n 11 116 5 0.85614 0.38159 0.85883 0.38549 0.85916 0.38077 0.85883 0.38549 0.85413 0.36825\n 11 116 5 0.85624 0.38763 0.85883 0.39127 0.85907 0.38681 0.85883 0.39127 0.85413 0.37508\n 11 116 5 0.85633 0.39367 0.85883 0.39705 0.85898 0.39285 0.85883 0.39705 0.85413 0.38190\n 11 116 5 0.85642 0.39972 0.85883 0.40283 0.85889 0.39889 0.85883 0.40283 0.85413 0.38873\n 11 116 5 0.85651 0.40576 0.85883 0.40861 0.85880 0.40493 0.85883 0.40861 0.85413 0.39555\n 11 116 5 0.85660 0.41180 0.85883 0.41439 0.85870 0.41097 0.85883 0.41439 0.85413 0.40237\n 11 116 5 0.85669 0.41784 0.85883 0.42017 0.85861 0.41701 0.85883 0.42017 0.85413 0.40920\n 11 116 5 0.85678 0.42388 0.85883 0.42595 0.85852 0.42305 0.85883 0.42595 0.85413 0.41602\n 11 116 5 0.85688 0.42992 0.85883 0.43172 0.85843 0.42909 0.85883 0.43172 0.85413 0.42284\n 11 116 5 0.85697 0.43596 0.85883 0.43750 0.85834 0.43513 0.85883 0.43750 0.85413 0.42967\n 11 116 5 0.85706 0.44200 0.85883 0.44328 0.85825 0.44117 0.85883 0.44328 0.85413 0.43649\n 11 116 5 0.85715 0.44804 0.85883 0.44906 0.85816 0.44721 0.85883 0.44906 0.85413 0.44332\n 11 116 5 0.85724 0.45408 0.85883 0.45484 0.85806 0.45325 0.85883 0.45484 0.85413 0.45014\n 11 116 5 0.85733 0.46012 0.85883 0.46062 0.85797 0.45929 0.85883 0.46062 0.85413 0.45696\n 11 116 5 0.85742 0.46616 0.85883 0.46640 0.85788 0.46533 0.85883 0.46640 0.85413 0.46379\n 11 116 5 0.85752 0.47220 0.85883 0.47218 0.85779 0.47137 0.85883 0.47218 0.85413 0.47061\n 11 116 5 0.85761 0.47824 0.85883 0.47796 0.85770 0.47742 0.85883 0.47796 0.85413 0.47743\n 11 116 5 0.85770 0.48428 0.85883 0.48374 0.85761 0.48346 0.85883 0.48374 0.85413 0.48426\n 11 116 5 0.85779 0.49032 0.85883 0.48952 0.85752 0.48950 0.85883 0.48952 0.85413 0.49108\n 11 116 5 0.85788 0.49636 0.85883 0.49529 0.85742 0.49554 0.85883 0.49529 0.85413 0.49791\n 11 116 5 0.85797 0.50240 0.85883 0.50107 0.85733 0.50158 0.85883 0.50107 0.85413 0.50473\n 11 116 5 0.85806 0.50844 0.85883 0.50685 0.85724 0.50762 0.85883 0.50685 0.85413 0.51155\n 11 116 5 0.86638 0.36363 0.86956 0.36816 0.86990 0.36263 0.86956 0.36816 0.86381 0.34778\n 11 116 5 0.86643 0.36961 0.86956 0.37393 0.86981 0.36860 0.86956 0.37393 0.86381 0.35461\n 11 116 5 0.86652 0.37565 0.86956 0.37971 0.86972 0.37464 0.86956 0.37971 0.86381 0.36143\n 11 116 5 0.86661 0.38169 0.86956 0.38549 0.86963 0.38068 0.86956 0.38549 0.86381 0.36825\n 11 116 5 0.86670 0.38773 0.86956 0.39127 0.86954 0.38672 0.86956 0.39127 0.86381 0.37508\n 11 116 5 0.86679 0.39377 0.86956 0.39705 0.86944 0.39276 0.86956 0.39705 0.86381 0.38190\n 11 116 5 0.86689 0.39981 0.86956 0.40283 0.86935 0.39880 0.86956 0.40283 0.86381 0.38873\n 11 116 5 0.86698 0.40585 0.86956 0.40861 0.86926 0.40484 0.86956 0.40861 0.86381 0.39555\n 11 116 5 0.86707 0.41189 0.86956 0.41439 0.86917 0.41088 0.86956 0.41439 0.86381 0.40237\n 11 116 5 0.86716 0.41793 0.86956 0.42017 0.86908 0.41692 0.86956 0.42017 0.86381 0.40920\n 11 116 5 0.86725 0.42397 0.86956 0.42595 0.86899 0.42296 0.86956 0.42595 0.86381 0.41602\n 11 116 5 0.86734 0.43001 0.86956 0.43172 0.86890 0.42900 0.86956 0.43172 0.86381 0.42284\n 11 116 5 0.86743 0.43605 0.86956 0.43750 0.86880 0.43504 0.86956 0.43750 0.86381 0.42967\n 11 116 5 0.86753 0.44209 0.86956 0.44328 0.86871 0.44108 0.86956 0.44328 0.86381 0.43649\n 11 116 5 0.86762 0.44813 0.86956 0.44906 0.86862 0.44712 0.86956 0.44906 0.86381 0.44332\n 11 116 5 0.86771 0.45417 0.86956 0.45484 0.86853 0.45316 0.86956 0.45484 0.86381 0.45014\n 11 116 5 0.86780 0.46021 0.86956 0.46062 0.86844 0.45920 0.86956 0.46062 0.86381 0.45696\n 11 116 5 0.86789 0.46625 0.86956 0.46640 0.86835 0.46524 0.86956 0.46640 0.86381 0.46379\n 11 116 5 0.86798 0.47229 0.86956 0.47218 0.86826 0.47128 0.86956 0.47218 0.86381 0.47061\n 11 116 5 0.86807 0.47833 0.86956 0.47796 0.86817 0.47732 0.86956 0.47796 0.86381 0.47743\n 11 116 5 0.86817 0.48437 0.86956 0.48374 0.86807 0.48336 0.86956 0.48374 0.86381 0.48426\n 11 116 5 0.86826 0.49041 0.86956 0.48952 0.86798 0.48940 0.86956 0.48952 0.86381 0.49108\n 11 116 5 0.86835 0.49645 0.86956 0.49529 0.86789 0.49544 0.86956 0.49529 0.86381 0.49791\n 11 116 5 0.86844 0.50249 0.86956 0.50107 0.86780 0.50148 0.86956 0.50107 0.86381 0.50473\n 11 116 5 0.86853 0.50853 0.86956 0.50685 0.86771 0.50752 0.86956 0.50685 0.86381 0.51155\n 11 116 5 0.87690 0.36378 0.88028 0.36816 0.88037 0.36262 0.88028 0.36816 0.87349 0.34778\n 11 116 5 0.87690 0.36970 0.88028 0.37393 0.88028 0.36851 0.88028 0.37393 0.87349 0.35461\n 11 116 5 0.87699 0.37574 0.88028 0.37971 0.88019 0.37455 0.88028 0.37971 0.87349 0.36143\n 11 116 5 0.87708 0.38178 0.88028 0.38549 0.88009 0.38059 0.88028 0.38549 0.87349 0.36825\n 11 116 5 0.87717 0.38782 0.88028 0.39127 0.88000 0.38663 0.88028 0.39127 0.87349 0.37508\n 11 116 5 0.87726 0.39386 0.88028 0.39705 0.87991 0.39267 0.88028 0.39705 0.87349 0.38190\n 11 116 5 0.87735 0.39990 0.88028 0.40283 0.87982 0.39871 0.88028 0.40283 0.87349 0.38873\n 11 116 5 0.87744 0.40594 0.88028 0.40861 0.87973 0.40475 0.88028 0.40861 0.87349 0.39555\n 11 116 5 0.87753 0.41198 0.88028 0.41439 0.87964 0.41079 0.88028 0.41439 0.87349 0.40237\n 11 116 5 0.87763 0.41802 0.88028 0.42017 0.87955 0.41683 0.88028 0.42017 0.87349 0.40920\n 11 116 5 0.87772 0.42406 0.88028 0.42595 0.87945 0.42287 0.88028 0.42595 0.87349 0.41602\n 11 116 5 0.87781 0.43010 0.88028 0.43172 0.87936 0.42891 0.88028 0.43172 0.87349 0.42284\n 11 116 5 0.87790 0.43614 0.88028 0.43750 0.87927 0.43495 0.88028 0.43750 0.87349 0.42967\n 11 116 5 0.87799 0.44218 0.88028 0.44328 0.87918 0.44099 0.88028 0.44328 0.87349 0.43649\n 11 116 5 0.87808 0.44822 0.88028 0.44906 0.87909 0.44703 0.88028 0.44906 0.87349 0.44332\n 11 116 5 0.87817 0.45426 0.88028 0.45484 0.87900 0.45307 0.88028 0.45484 0.87349 0.45014\n 11 116 5 0.87827 0.46030 0.88028 0.46062 0.87891 0.45911 0.88028 0.46062 0.87349 0.45696\n 11 116 5 0.87836 0.46634 0.88028 0.46640 0.87881 0.46515 0.88028 0.46640 0.87349 0.46379\n 11 116 5 0.87845 0.47238 0.88028 0.47218 0.87872 0.47119 0.88028 0.47218 0.87349 0.47061\n 11 116 5 0.87854 0.47842 0.88028 0.47796 0.87863 0.47723 0.88028 0.47796 0.87349 0.47743\n 11 116 5 0.87863 0.48446 0.88028 0.48374 0.87854 0.48327 0.88028 0.48374 0.87349 0.48426\n 11 116 5 0.87872 0.49050 0.88028 0.48952 0.87845 0.48931 0.88028 0.48952 0.87349 0.49108\n 11 116 5 0.87881 0.49654 0.88028 0.49529 0.87836 0.49535 0.88028 0.49529 0.87349 0.49791\n 11 116 5 0.87891 0.50258 0.88028 0.50107 0.87827 0.50139 0.88028 0.50107 0.87349 0.50473\n 11 116 5 0.87900 0.50862 0.88028 0.50685 0.87817 0.50743 0.88028 0.50685 0.87349 0.51155\n 11 116 5 0.88743 0.36394 0.89101 0.36816 0.89084 0.36263 0.89101 0.36816 0.88318 0.34778\n 11 116 5 0.88736 0.36979 0.89101 0.37393 0.89074 0.36842 0.89101 0.37393 0.88318 0.35461\n 11 116 5 0.88745 0.37583 0.89101 0.37971 0.89065 0.37446 0.89101 0.37971 0.88318 0.36143\n 11 116 5 0.88754 0.38187 0.89101 0.38549 0.89056 0.38050 0.89101 0.38549 0.88318 0.36825\n 11 116 5 0.88764 0.38791 0.89101 0.39127 0.89047 0.38654 0.89101 0.39127 0.88318 0.37508\n 11 116 5 0.88773 0.39395 0.89101 0.39705 0.89038 0.39258 0.89101 0.39705 0.88318 0.38190\n 11 116 5 0.88782 0.39999 0.89101 0.40283 0.89029 0.39862 0.89101 0.40283 0.88318 0.38873\n 11 116 5 0.88791 0.40603 0.89101 0.40861 0.89020 0.40466 0.89101 0.40861 0.88318 0.39555\n 11 116 5 0.88800 0.41207 0.89101 0.41439 0.89010 0.41070 0.89101 0.41439 0.88318 0.40237\n 11 116 5 0.88809 0.41811 0.89101 0.42017 0.89001 0.41674 0.89101 0.42017 0.88318 0.40920\n 11 116 5 0.88818 0.42415 0.89101 0.42595 0.88992 0.42278 0.89101 0.42595 0.88318 0.41602\n 11 116 5 0.88828 0.43019 0.89101 0.43172 0.88983 0.42882 0.89101 0.43172 0.88318 0.42284\n 11 116 5 0.88837 0.43623 0.89101 0.43750 0.88974 0.43486 0.89101 0.43750 0.88318 0.42967\n 11 116 5 0.88846 0.44227 0.89101 0.44328 0.88965 0.44090 0.89101 0.44328 0.88318 0.43649\n 11 116 5 0.88855 0.44831 0.89101 0.44906 0.88956 0.44694 0.89101 0.44906 0.88318 0.44332\n 11 116 5 0.88864 0.45435 0.89101 0.45484 0.88946 0.45298 0.89101 0.45484 0.88318 0.45014\n 11 116 5 0.88873 0.46039 0.89101 0.46062 0.88937 0.45902 0.89101 0.46062 0.88318 0.45696\n 11 116 5 0.88882 0.46643 0.89101 0.46640 0.88928 0.46506 0.89101 0.46640 0.88318 0.46379\n 11 116 5 0.88892 0.47247 0.89101 0.47218 0.88919 0.47110 0.89101 0.47218 0.88318 0.47061\n 11 116 5 0.88901 0.47851 0.89101 0.47796 0.88910 0.47714 0.89101 0.47796 0.88318 0.47743\n 11 116 5 0.88910 0.48455 0.89101 0.48374 0.88901 0.48318 0.89101 0.48374 0.88318 0.48426\n 11 116 5 0.88919 0.49059 0.89101 0.48952 0.88892 0.48922 0.89101 0.48952 0.88318 0.49108\n 11 116 5 0.88928 0.49663 0.89101 0.49529 0.88882 0.49526 0.89101 0.49529 0.88318 0.49791\n 11 116 5 0.88937 0.50267 0.89101 0.50107 0.88873 0.50130 0.89101 0.50107 0.88318 0.50473\n 11 116 5 0.88946 0.50871 0.89101 0.50685 0.88864 0.50734 0.89101 0.50685 0.88318 0.51155\n 11 116 5 0.89798 0.36410 0.90174 0.36816 0.90133 0.36264 0.90174 0.36816 0.89286 0.34778\n 11 116 5 0.89790 0.36995 0.90174 0.37393 0.90122 0.36843 0.90174 0.37393 0.89286 0.35461\n 11 116 5 0.89792 0.37592 0.90174 0.37971 0.90112 0.37437 0.90174 0.37971 0.89286 0.36143\n 11 116 5 0.89801 0.38196 0.90174 0.38549 0.90103 0.38041 0.90174 0.38549 0.89286 0.36825\n 11 116 5 0.89810 0.38800 0.90174 0.39127 0.90094 0.38645 0.90174 0.39127 0.89286 0.37508\n 11 116 5 0.89819 0.39404 0.90174 0.39705 0.90085 0.39249 0.90174 0.39705 0.89286 0.38190\n 11 116 5 0.89829 0.40008 0.90174 0.40283 0.90075 0.39853 0.90174 0.40283 0.89286 0.38873\n 11 116 5 0.89838 0.40612 0.90174 0.40861 0.90066 0.40457 0.90174 0.40861 0.89286 0.39555\n 11 116 5 0.89847 0.41216 0.90174 0.41439 0.90057 0.41061 0.90174 0.41439 0.89286 0.40237\n 11 116 5 0.89856 0.41820 0.90174 0.42017 0.90048 0.41665 0.90174 0.42017 0.89286 0.40920\n 11 116 5 0.89865 0.42424 0.90174 0.42595 0.90039 0.42269 0.90174 0.42595 0.89286 0.41602\n 11 116 5 0.89874 0.43028 0.90174 0.43172 0.90030 0.42873 0.90174 0.43172 0.89286 0.42284\n 11 116 5 0.89883 0.43632 0.90174 0.43750 0.90021 0.43477 0.90174 0.43750 0.89286 0.42967\n 11 116 5 0.89893 0.44236 0.90174 0.44328 0.90011 0.44081 0.90174 0.44328 0.89286 0.43649\n 11 116 5 0.89902 0.44840 0.90174 0.44906 0.90002 0.44685 0.90174 0.44906 0.89286 0.44332\n 11 116 5 0.89911 0.45444 0.90174 0.45484 0.89993 0.45289 0.90174 0.45484 0.89286 0.45014\n 11 116 5 0.89920 0.46048 0.90174 0.46062 0.89984 0.45893 0.90174 0.46062 0.89286 0.45696\n 11 116 5 0.89929 0.46652 0.90174 0.46640 0.89975 0.46497 0.90174 0.46640 0.89286 0.46379\n 11 116 5 0.89938 0.47256 0.90174 0.47218 0.89966 0.47101 0.90174 0.47218 0.89286 0.47061\n 11 116 5 0.89947 0.47860 0.90174 0.47796 0.89957 0.47705 0.90174 0.47796 0.89286 0.47743\n 11 116 5 0.89957 0.48464 0.90174 0.48374 0.89947 0.48309 0.90174 0.48374 0.89286 0.48426\n 11 116 5 0.89966 0.49068 0.90174 0.48952 0.89938 0.48913 0.90174 0.48952 0.89286 0.49108\n 11 116 5 0.89975 0.49672 0.90174 0.49529 0.89929 0.49517 0.90174 0.49529 0.89286 0.49791\n 11 116 5 0.89984 0.50276 0.90174 0.50107 0.89920 0.50121 0.90174 0.50107 0.89286 0.50473\n 11 116 5 0.89993 0.50880 0.90174 0.50685 0.89911 0.50725 0.90174 0.50685 0.89286 0.51155\n 11 116 5 0.90854 0.36426 0.91247 0.36816 0.91182 0.36266 0.91247 0.36816 0.90254 0.34778\n 11 116 5 0.90846 0.37012 0.91247 0.37393 0.91171 0.36845 0.91247 0.37393 0.90254 0.35461\n 11 116 5 0.90839 0.37601 0.91247 0.37971 0.91159 0.37427 0.91247 0.37971 0.90254 0.36143\n 11 116 5 0.90848 0.38205 0.91247 0.38549 0.91150 0.38031 0.91247 0.38549 0.90254 0.36825\n 11 116 5 0.90857 0.38809 0.91247 0.39127 0.91140 0.38635 0.91247 0.39127 0.90254 0.37508\n 11 116 5 0.90866 0.39413 0.91247 0.39705 0.91131 0.39239 0.91247 0.39705 0.90254 0.38190\n 11 116 5 0.90875 0.40017 0.91247 0.40283 0.91122 0.39844 0.91247 0.40283 0.90254 0.38873\n 11 116 5 0.90884 0.40621 0.91247 0.40861 0.91113 0.40448 0.91247 0.40861 0.90254 0.39555\n 11 116 5 0.90894 0.41225 0.91247 0.41439 0.91104 0.41052 0.91247 0.41439 0.90254 0.40237\n 11 116 5 0.90903 0.41829 0.91247 0.42017 0.91095 0.41656 0.91247 0.42017 0.90254 0.40920\n 11 116 5 0.90912 0.42433 0.91247 0.42595 0.91086 0.42260 0.91247 0.42595 0.90254 0.41602\n 11 116 5 0.90921 0.43037 0.91247 0.43172 0.91076 0.42864 0.91247 0.43172 0.90254 0.42284\n 11 116 5 0.90930 0.43641 0.91247 0.43750 0.91067 0.43468 0.91247 0.43750 0.90254 0.42967\n 11 116 5 0.90939 0.44245 0.91247 0.44328 0.91058 0.44072 0.91247 0.44328 0.90254 0.43649\n 11 116 5 0.90948 0.44849 0.91247 0.44906 0.91049 0.44676 0.91247 0.44906 0.90254 0.44332\n 11 116 5 0.90958 0.45453 0.91247 0.45484 0.91040 0.45280 0.91247 0.45484 0.90254 0.45014\n 11 116 5 0.90967 0.46057 0.91247 0.46062 0.91031 0.45884 0.91247 0.46062 0.90254 0.45696\n 11 116 5 0.90976 0.46661 0.91247 0.46640 0.91022 0.46488 0.91247 0.46640 0.90254 0.46379\n 11 116 5 0.90985 0.47265 0.91247 0.47218 0.91012 0.47092 0.91247 0.47218 0.90254 0.47061\n 11 116 5 0.90994 0.47869 0.91247 0.47796 0.91003 0.47696 0.91247 0.47796 0.90254 0.47743\n 11 116 5 0.91003 0.48474 0.91247 0.48374 0.90994 0.48300 0.91247 0.48374 0.90254 0.48426\n 11 116 5 0.91012 0.49078 0.91247 0.48952 0.90985 0.48904 0.91247 0.48952 0.90254 0.49108\n 11 116 5 0.91022 0.49682 0.91247 0.49529 0.90976 0.49508 0.91247 0.49529 0.90254 0.49791\n 11 116 5 0.91031 0.50286 0.91247 0.50107 0.90967 0.50112 0.91247 0.50107 0.90254 0.50473\n 11 116 5 0.91040 0.50890 0.91247 0.50685 0.90958 0.50716 0.91247 0.50685 0.90254 0.51155\n 11 116 5 0.91911 0.36442 0.92320 0.36816 0.92233 0.36269 0.92320 0.36816 0.91223 0.34778\n 11 116 5 0.91903 0.37029 0.92320 0.37393 0.92221 0.36849 0.92320 0.37393 0.91223 0.35461\n 11 116 5 0.91894 0.37618 0.92320 0.37971 0.92208 0.37429 0.92320 0.37971 0.91223 0.36143\n 11 116 5 0.91895 0.38214 0.92320 0.38549 0.92196 0.38022 0.92320 0.38549 0.91223 0.36825\n 11 116 5 0.91904 0.38818 0.92320 0.39127 0.92187 0.38626 0.92320 0.39127 0.91223 0.37508\n 11 116 5 0.91913 0.39422 0.92320 0.39705 0.92178 0.39230 0.92320 0.39705 0.91223 0.38190\n 11 116 5 0.91922 0.40026 0.92320 0.40283 0.92169 0.39834 0.92320 0.40283 0.91223 0.38873\n 11 116 5 0.91931 0.40630 0.92320 0.40861 0.92160 0.40438 0.92320 0.40861 0.91223 0.39555\n 11 116 5 0.91940 0.41234 0.92320 0.41439 0.92151 0.41042 0.92320 0.41439 0.91223 0.40237\n 11 116 5 0.91949 0.41838 0.92320 0.42017 0.92141 0.41646 0.92320 0.42017 0.91223 0.40920\n 11 116 5 0.91959 0.42442 0.92320 0.42595 0.92132 0.42250 0.92320 0.42595 0.91223 0.41602\n 11 116 5 0.91968 0.43046 0.92320 0.43172 0.92123 0.42854 0.92320 0.43172 0.91223 0.42284\n 11 116 5 0.91977 0.43650 0.92320 0.43750 0.92114 0.43459 0.92320 0.43750 0.91223 0.42967\n 11 116 5 0.91986 0.44255 0.92320 0.44328 0.92105 0.44063 0.92320 0.44328 0.91223 0.43649\n 11 116 5 0.91995 0.44859 0.92320 0.44906 0.92096 0.44667 0.92320 0.44906 0.91223 0.44332\n 11 116 5 0.92004 0.45463 0.92320 0.45484 0.92087 0.45271 0.92320 0.45484 0.91223 0.45014\n 11 116 5 0.92013 0.46067 0.92320 0.46062 0.92077 0.45875 0.92320 0.46062 0.91223 0.45696\n 11 116 5 0.92023 0.46671 0.92320 0.46640 0.92068 0.46479 0.92320 0.46640 0.91223 0.46379\n 11 116 5 0.92032 0.47275 0.92320 0.47218 0.92059 0.47083 0.92320 0.47218 0.91223 0.47061\n 11 116 5 0.92041 0.47879 0.92320 0.47796 0.92050 0.47687 0.92320 0.47796 0.91223 0.47743\n 11 116 5 0.92050 0.48483 0.92320 0.48374 0.92041 0.48291 0.92320 0.48374 0.91223 0.48426\n 11 116 5 0.92059 0.49087 0.92320 0.48952 0.92032 0.48895 0.92320 0.48952 0.91223 0.49108\n 11 116 5 0.92068 0.49691 0.92320 0.49529 0.92023 0.49499 0.92320 0.49529 0.91223 0.49791\n 11 116 5 0.92077 0.50295 0.92320 0.50107 0.92013 0.50103 0.92320 0.50107 0.91223 0.50473\n 11 116 5 0.92087 0.50899 0.92320 0.50685 0.92004 0.50707 0.92320 0.50685 0.91223 0.51155\n 11 116 5 0.92970 0.36459 0.93392 0.36816 0.93285 0.36273 0.93392 0.36816 0.92191 0.34778\n 11 116 5 0.92962 0.37046 0.93392 0.37393 0.93272 0.36853 0.93392 0.37393 0.92191 0.35461\n 11 116 5 0.92953 0.37635 0.93392 0.37971 0.93258 0.37435 0.93392 0.37971 0.92191 0.36143\n 11 116 5 0.92944 0.38225 0.93392 0.38549 0.93244 0.38016 0.93392 0.38549 0.92191 0.36825\n 11 116 5 0.92950 0.38827 0.93392 0.39127 0.93234 0.38617 0.93392 0.39127 0.92191 0.37508\n 11 116 5 0.92960 0.39431 0.93392 0.39705 0.93225 0.39221 0.93392 0.39705 0.92191 0.38190\n 11 116 5 0.92969 0.40036 0.93392 0.40283 0.93216 0.39825 0.93392 0.40283 0.92191 0.38873\n 11 116 5 0.92978 0.40640 0.93392 0.40861 0.93206 0.40429 0.93392 0.40861 0.92191 0.39555\n 11 116 5 0.92987 0.41244 0.93392 0.41439 0.93197 0.41033 0.93392 0.41439 0.92191 0.40237\n 11 116 5 0.92996 0.41848 0.93392 0.42017 0.93188 0.41637 0.93392 0.42017 0.92191 0.40920\n 11 116 5 0.93005 0.42452 0.93392 0.42595 0.93179 0.42241 0.93392 0.42595 0.92191 0.41602\n 11 116 5 0.93014 0.43056 0.93392 0.43172 0.93170 0.42845 0.93392 0.43172 0.92191 0.42284\n 11 116 5 0.93024 0.43660 0.93392 0.43750 0.93161 0.43449 0.93392 0.43750 0.92191 0.42967\n 11 116 5 0.93033 0.44264 0.93392 0.44328 0.93152 0.44053 0.93392 0.44328 0.92191 0.43649\n 11 116 5 0.93042 0.44868 0.93392 0.44906 0.93142 0.44657 0.93392 0.44906 0.92191 0.44332\n 11 116 5 0.93051 0.45472 0.93392 0.45484 0.93133 0.45261 0.93392 0.45484 0.92191 0.45014\n 11 116 5 0.93060 0.46076 0.93392 0.46062 0.93124 0.45865 0.93392 0.46062 0.92191 0.45696\n 11 116 5 0.93069 0.46680 0.93392 0.46640 0.93115 0.46469 0.93392 0.46640 0.92191 0.46379\n 11 116 5 0.93078 0.47284 0.93392 0.47218 0.93106 0.47073 0.93392 0.47218 0.92191 0.47061\n 11 116 5 0.93088 0.47888 0.93392 0.47796 0.93097 0.47678 0.93392 0.47796 0.92191 0.47743\n 11 116 5 0.93097 0.48492 0.93392 0.48374 0.93088 0.48282 0.93392 0.48374 0.92191 0.48426\n 11 116 5 0.93106 0.49096 0.93392 0.48952 0.93078 0.48886 0.93392 0.48952 0.92191 0.49108\n 11 116 5 0.93115 0.49700 0.93392 0.49529 0.93069 0.49490 0.93392 0.49529 0.92191 0.49791\n 11 116 5 0.93124 0.50304 0.93392 0.50107 0.93060 0.50094 0.93392 0.50107 0.92191 0.50473\n 11 116 5 0.93133 0.50908 0.93392 0.50685 0.93051 0.50698 0.93392 0.50685 0.92191 0.51155\n 11 116 5 0.94030 0.36475 0.94465 0.36816 0.94337 0.36277 0.94465 0.36816 0.93159 0.34778\n 11 116 5 0.94021 0.37063 0.94465 0.37393 0.94324 0.36858 0.94465 0.37393 0.93159 0.35461\n 11 116 5 0.94013 0.37653 0.94465 0.37971 0.94310 0.37440 0.94465 0.37971 0.93159 0.36143\n 11 116 5 0.94004 0.38243 0.94465 0.38549 0.94296 0.38023 0.94465 0.38549 0.93159 0.36825\n 11 116 5 0.93997 0.38837 0.94465 0.39127 0.94281 0.38608 0.94465 0.39127 0.93159 0.37508\n 11 116 5 0.94006 0.39441 0.94465 0.39705 0.94271 0.39212 0.94465 0.39705 0.93159 0.38190\n 11 116 5 0.94015 0.40045 0.94465 0.40283 0.94262 0.39816 0.94465 0.40283 0.93159 0.38873\n 11 116 5 0.94025 0.40649 0.94465 0.40861 0.94253 0.40420 0.94465 0.40861 0.93159 0.39555\n 11 116 5 0.94034 0.41253 0.94465 0.41439 0.94244 0.41024 0.94465 0.41439 0.93159 0.40237\n 11 116 5 0.94043 0.41857 0.94465 0.42017 0.94235 0.41628 0.94465 0.42017 0.93159 0.40920\n 11 116 5 0.94052 0.42461 0.94465 0.42595 0.94226 0.42232 0.94465 0.42595 0.93159 0.41602\n 11 116 5 0.94061 0.43065 0.94465 0.43172 0.94217 0.42836 0.94465 0.43172 0.93159 0.42284\n 11 116 5 0.94070 0.43669 0.94465 0.43750 0.94207 0.43440 0.94465 0.43750 0.93159 0.42967\n 11 116 5 0.94079 0.44273 0.94465 0.44328 0.94198 0.44044 0.94465 0.44328 0.93159 0.43649\n 11 116 5 0.94089 0.44877 0.94465 0.44906 0.94189 0.44648 0.94465 0.44906 0.93159 0.44332\n 11 116 5 0.94098 0.45481 0.94465 0.45484 0.94180 0.45252 0.94465 0.45484 0.93159 0.45014\n 11 116 5 0.94107 0.46085 0.94465 0.46062 0.94171 0.45856 0.94465 0.46062 0.93159 0.45696\n 11 116 5 0.94116 0.46689 0.94465 0.46640 0.94162 0.46460 0.94465 0.46640 0.93159 0.46379\n 11 116 5 0.94125 0.47293 0.94465 0.47218 0.94153 0.47064 0.94465 0.47218 0.93159 0.47061\n 11 116 5 0.94134 0.47897 0.94465 0.47796 0.94143 0.47668 0.94465 0.47796 0.93159 0.47743\n 11 116 5 0.94143 0.48501 0.94465 0.48374 0.94134 0.48272 0.94465 0.48374 0.93159 0.48426\n 11 116 5 0.94153 0.49105 0.94465 0.48952 0.94125 0.48876 0.94465 0.48952 0.93159 0.49108\n 11 116 5 0.94162 0.49709 0.94465 0.49529 0.94116 0.49480 0.94465 0.49529 0.93159 0.49791\n 11 116 5 0.94171 0.50313 0.94465 0.50107 0.94107 0.50084 0.94465 0.50107 0.93159 0.50473\n 11 116 5 0.94180 0.50917 0.94465 0.50685 0.94098 0.50688 0.94465 0.50685 0.93159 0.51155\n 11 116 5 0.95091 0.36490 0.95538 0.36816 0.95391 0.36282 0.95538 0.36816 0.94128 0.34778\n 11 116 5 0.95083 0.37079 0.95538 0.37393 0.95378 0.36864 0.95538 0.37393 0.94128 0.35461\n 11 116 5 0.95074 0.37670 0.95538 0.37971 0.95364 0.37446 0.95538 0.37971 0.94128 0.36143\n 11 116 5 0.95066 0.38261 0.95538 0.38549 0.95349 0.38029 0.95538 0.38549 0.94128 0.36825\n 11 116 5 0.95057 0.38853 0.95538 0.39127 0.95333 0.38613 0.95538 0.39127 0.94128 0.37508\n 11 116 5 0.95053 0.39450 0.95538 0.39705 0.95318 0.39203 0.95538 0.39705 0.94128 0.38190\n 11 116 5 0.95062 0.40054 0.95538 0.40283 0.95309 0.39807 0.95538 0.40283 0.94128 0.38873\n 11 116 5 0.95071 0.40658 0.95538 0.40861 0.95300 0.40411 0.95538 0.40861 0.94128 0.39555\n 11 116 5 0.95080 0.41262 0.95538 0.41439 0.95291 0.41015 0.95538 0.41439 0.94128 0.40237\n 11 116 5 0.95090 0.41866 0.95538 0.42017 0.95281 0.41619 0.95538 0.42017 0.94128 0.40920\n 11 116 5 0.95099 0.42470 0.95538 0.42595 0.95272 0.42223 0.95538 0.42595 0.94128 0.41602\n 11 116 5 0.95108 0.43074 0.95538 0.43172 0.95263 0.42827 0.95538 0.43172 0.94128 0.42284\n 11 116 5 0.95117 0.43678 0.95538 0.43750 0.95254 0.43431 0.95538 0.43750 0.94128 0.42967\n 11 116 5 0.95126 0.44282 0.95538 0.44328 0.95245 0.44035 0.95538 0.44328 0.94128 0.43649\n 11 116 5 0.95135 0.44886 0.95538 0.44906 0.95236 0.44639 0.95538 0.44906 0.94128 0.44332\n 11 116 5 0.95144 0.45490 0.95538 0.45484 0.95227 0.45243 0.95538 0.45484 0.94128 0.45014\n 11 116 5 0.95154 0.46094 0.95538 0.46062 0.95217 0.45847 0.95538 0.46062 0.94128 0.45696\n 11 116 5 0.95163 0.46698 0.95538 0.46640 0.95208 0.46451 0.95538 0.46640 0.94128 0.46379\n 11 116 5 0.95172 0.47302 0.95538 0.47218 0.95199 0.47055 0.95538 0.47218 0.94128 0.47061\n 11 116 5 0.95181 0.47906 0.95538 0.47796 0.95190 0.47659 0.95538 0.47796 0.94128 0.47743\n 11 116 5 0.95190 0.48510 0.95538 0.48374 0.95181 0.48263 0.95538 0.48374 0.94128 0.48426\n 11 116 5 0.95199 0.49114 0.95538 0.48952 0.95172 0.48867 0.95538 0.48952 0.94128 0.49108\n 11 116 5 0.95208 0.49718 0.95538 0.49529 0.95163 0.49471 0.95538 0.49529 0.94128 0.49791\n 11 116 5 0.95217 0.50322 0.95538 0.50107 0.95154 0.50075 0.95538 0.50107 0.94128 0.50473\n 11 116 5 0.95227 0.50926 0.95538 0.50685 0.95144 0.50679 0.95538 0.50685 0.94128 0.51155\n 11 50 2 0.95822 0.35755 0.95096 0.34778\n 11 50 2 0.95822 0.36387 0.95096 0.35461\n 11 50 2 0.95822 0.37020 0.95096 0.36143\n 11 50 2 0.95822 0.37652 0.95096 0.36825\n 11 50 2 0.95822 0.38284 0.95096 0.37508\n 11 50 2 0.95822 0.38916 0.95096 0.38190\n 11 50 2 0.95822 0.39549 0.95096 0.38873\n 11 50 2 0.95822 0.40181 0.95096 0.39555\n 11 50 2 0.95822 0.40813 0.95096 0.40237\n 11 50 2 0.95822 0.41446 0.95096 0.40920\n 11 50 2 0.95822 0.42078 0.95096 0.41602\n 11 50 2 0.95822 0.42710 0.95096 0.42284\n 11 50 2 0.95822 0.43342 0.95096 0.42967\n 11 50 2 0.95822 0.43975 0.95096 0.43649\n 11 50 2 0.95822 0.44607 0.95096 0.44332\n 11 50 2 0.95822 0.45239 0.95096 0.45014\n 11 50 2 0.95822 0.45872 0.95096 0.45696\n 11 50 2 0.95822 0.46504 0.95096 0.46379\n 11 50 2 0.95822 0.47136 0.95096 0.47061\n 11 50 2 0.95822 0.47769 0.95096 0.47743\n 11 50 2 0.95822 0.48401 0.95096 0.48426\n 11 50 2 0.95822 0.49033 0.95096 0.49108\n 11 50 2 0.95822 0.49665 0.95096 0.49791\n 11 50 2 0.95822 0.50298 0.95096 0.50473\n 11 50 2 0.95822 0.50930 0.95096 0.51155\n 21 6 1\n 25 6 1\n 82 0\n 81 6 38\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 39\n 21 6 1\n 25 6 1\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 56 39 46 0.38333 0.16667 1.00000\n 56 39 47 0.21304 0.31594 0.79710\n 56 39 48 0.10435 0.46087 0.54348\n 56 39 49 0.01010 0.60404 0.29697\n 56 39 50 0.26263 0.70505 0.22121\n 56 39 51 0.51515 0.80606 0.14545\n 56 39 52 0.76768 0.90707 0.06970\n 56 39 53 1.00000 0.97222 0.00000\n 56 39 54 1.00000 0.62500 0.00000\n 56 39 55 1.00000 0.27778 0.00000\n 56 39 56 0.93333 0.00000 0.00000\n 56 39 57 0.60000 0.00000 0.00000\n 56 39 45 0.80000 0.00000 1.00000\n 38 6 3\n 40 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00003 0.00004 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.39375 0.61535 0.35846 0.50427\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.35846 0.39375 0.36138 0.41148 0.36138 0.41148 0.35846\n 40 6 46\n 38 6 1\n 14 94 4 0.41148 0.35846 0.41148 0.36138 0.42921 0.36138 0.42921 0.35846\n 40 6 47\n 38 6 1\n 14 94 4 0.42921 0.35846 0.42921 0.36138 0.44694 0.36138 0.44694 0.35846\n 40 6 48\n 38 6 1\n 14 94 4 0.44694 0.35846 0.44694 0.36138 0.46466 0.36138 0.46466 0.35846\n 40 6 49\n 38 6 1\n 14 94 4 0.46466 0.35846 0.46466 0.36138 0.48239 0.36138 0.48239 0.35846\n 40 6 50\n 38 6 1\n 14 94 4 0.48239 0.35846 0.48239 0.36138 0.50455 0.36138 0.50455 0.35846\n 40 6 51\n 38 6 1\n 14 94 4 0.50455 0.35846 0.50455 0.36138 0.52228 0.36138 0.52228 0.35846\n 40 6 52\n 38 6 1\n 14 94 4 0.52228 0.35846 0.52228 0.36138 0.54001 0.36138 0.54001 0.35846\n 40 6 53\n 38 6 1\n 14 94 4 0.54001 0.35846 0.54001 0.36138 0.55773 0.36138 0.55773 0.35846\n 40 6 54\n 38 6 1\n 14 94 4 0.55773 0.35846 0.55773 0.36138 0.57546 0.36138 0.57546 0.35846\n 40 6 55\n 38 6 1\n 14 94 4 0.57546 0.35846 0.57546 0.36138 0.59762 0.36138 0.59762 0.35846\n 40 6 56\n 38 6 1\n 14 94 4 0.59762 0.35846 0.59762 0.36138 0.61535 0.36138 0.61535 0.35846\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.36138 0.39375 0.36429 0.41148 0.36429 0.41148 0.36138\n 40 6 46\n 38 6 1\n 14 94 4 0.41148 0.36138 0.41148 0.36429 0.42921 0.36429 0.42921 0.36138\n 40 6 47\n 38 6 1\n 14 94 4 0.42921 0.36138 0.42921 0.36429 0.45137 0.36429 0.45137 0.36138\n 40 6 48\n 38 6 1\n 14 94 4 0.45137 0.36138 0.45137 0.36429 0.46910 0.36429 0.46910 0.36138\n 40 6 49\n 38 6 1\n 14 94 4 0.46910 0.36138 0.46910 0.36429 0.48682 0.36429 0.48682 0.36138\n 40 6 50\n 38 6 1\n 14 94 4 0.48682 0.36138 0.48682 0.36429 0.50898 0.36429 0.50898 0.36138\n 40 6 51\n 38 6 1\n 14 94 4 0.50898 0.36138 0.50898 0.36429 0.52671 0.36429 0.52671 0.36138\n 40 6 52\n 38 6 1\n 14 94 4 0.52671 0.36138 0.52671 0.36429 0.54887 0.36429 0.54887 0.36138\n 40 6 53\n 38 6 1\n 14 94 4 0.54887 0.36138 0.54887 0.36429 0.56660 0.36429 0.56660 0.36138\n 40 6 54\n 38 6 1\n 14 94 4 0.56660 0.36138 0.56660 0.36429 0.58432 0.36429 0.58432 0.36138\n 40 6 55\n 38 6 1\n 14 94 4 0.58432 0.36138 0.58432 0.36429 0.60648 0.36429 0.60648 0.36138\n 40 6 56\n 38 6 1\n 14 94 4 0.60648 0.36138 0.60648 0.36429 0.61535 0.36429 0.61535 0.36138\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.36429 0.39375 0.36721 0.41148 0.36721 0.41148 0.36429\n 40 6 46\n 38 6 1\n 14 94 4 0.41148 0.36429 0.41148 0.36721 0.43364 0.36721 0.43364 0.36429\n 40 6 47\n 38 6 1\n 14 94 4 0.43364 0.36429 0.43364 0.36721 0.45137 0.36721 0.45137 0.36429\n 40 6 48\n 38 6 1\n 14 94 4 0.45137 0.36429 0.45137 0.36721 0.47353 0.36721 0.47353 0.36429\n 40 6 49\n 38 6 1\n 14 94 4 0.47353 0.36429 0.47353 0.36721 0.49125 0.36721 0.49125 0.36429\n 40 6 50\n 38 6 1\n 14 94 4 0.49125 0.36429 0.49125 0.36721 0.51341 0.36721 0.51341 0.36429\n 40 6 51\n 38 6 1\n 14 94 4 0.51341 0.36429 0.51341 0.36721 0.53557 0.36721 0.53557 0.36429\n 40 6 52\n 38 6 1\n 14 94 4 0.53557 0.36429 0.53557 0.36721 0.55330 0.36721 0.55330 0.36429\n 40 6 53\n 38 6 1\n 14 94 4 0.55330 0.36429 0.55330 0.36721 0.57546 0.36721 0.57546 0.36429\n 40 6 54\n 38 6 1\n 14 94 4 0.57546 0.36429 0.57546 0.36721 0.59319 0.36721 0.59319 0.36429\n 40 6 55\n 38 6 1\n 14 94 4 0.59319 0.36429 0.59319 0.36721 0.61535 0.36721 0.61535 0.36429\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.36721 0.39375 0.37012 0.41148 0.37012 0.41148 0.36721\n 40 6 46\n 38 6 1\n 14 94 4 0.41148 0.36721 0.41148 0.37012 0.43364 0.37012 0.43364 0.36721\n 40 6 47\n 38 6 1\n 14 94 4 0.43364 0.36721 0.43364 0.37012 0.45580 0.37012 0.45580 0.36721\n 40 6 48\n 38 6 1\n 14 94 4 0.45580 0.36721 0.45580 0.37012 0.47796 0.37012 0.47796 0.36721\n 40 6 49\n 38 6 1\n 14 94 4 0.47796 0.36721 0.47796 0.37012 0.49569 0.37012 0.49569 0.36721\n 40 6 50\n 38 6 1\n 14 94 4 0.49569 0.36721 0.49569 0.37012 0.51785 0.37012 0.51785 0.36721\n 40 6 51\n 38 6 1\n 14 94 4 0.51785 0.36721 0.51785 0.37012 0.54001 0.37012 0.54001 0.36721\n 40 6 52\n 38 6 1\n 14 94 4 0.54001 0.36721 0.54001 0.37012 0.56217 0.37012 0.56217 0.36721\n 40 6 53\n 38 6 1\n 14 94 4 0.56217 0.36721 0.56217 0.37012 0.58432 0.37012 0.58432 0.36721\n 40 6 54\n 38 6 1\n 14 94 4 0.58432 0.36721 0.58432 0.37012 0.60205 0.37012 0.60205 0.36721\n 40 6 55\n 38 6 1\n 14 94 4 0.60205 0.36721 0.60205 0.37012 0.61535 0.37012 0.61535 0.36721\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.37012 0.39375 0.37304 0.41148 0.37304 0.41148 0.37012\n 40 6 46\n 38 6 1\n 14 94 4 0.41148 0.37012 0.41148 0.37304 0.43364 0.37304 0.43364 0.37012\n 40 6 47\n 38 6 1\n 14 94 4 0.43364 0.37012 0.43364 0.37304 0.45580 0.37304 0.45580 0.37012\n 40 6 48\n 38 6 1\n 14 94 4 0.45580 0.37012 0.45580 0.37304 0.47796 0.37304 0.47796 0.37012\n 40 6 49\n 38 6 1\n 14 94 4 0.47796 0.37012 0.47796 0.37304 0.50012 0.37304 0.50012 0.37012\n 40 6 50\n 38 6 1\n 14 94 4 0.50012 0.37012 0.50012 0.37304 0.52228 0.37304 0.52228 0.37012\n 40 6 51\n 38 6 1\n 14 94 4 0.52228 0.37012 0.52228 0.37304 0.54444 0.37304 0.54444 0.37012\n 40 6 52\n 38 6 1\n 14 94 4 0.54444 0.37012 0.54444 0.37304 0.56660 0.37304 0.56660 0.37012\n 40 6 53\n 38 6 1\n 14 94 4 0.56660 0.37012 0.56660 0.37304 0.59319 0.37304 0.59319 0.37012\n 40 6 54\n 38 6 1\n 14 94 4 0.59319 0.37012 0.59319 0.37304 0.61092 0.37304 0.61092 0.37012\n 40 6 55\n 38 6 1\n 14 94 4 0.61092 0.37012 0.61092 0.37304 0.61535 0.37304 0.61535 0.37012\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.37304 0.39375 0.37596 0.41591 0.37596 0.41591 0.37304\n 40 6 46\n 38 6 1\n 14 94 4 0.41591 0.37304 0.41591 0.37596 0.43807 0.37596 0.43807 0.37304\n 40 6 47\n 38 6 1\n 14 94 4 0.43807 0.37304 0.43807 0.37596 0.46023 0.37596 0.46023 0.37304\n 40 6 48\n 38 6 1\n 14 94 4 0.46023 0.37304 0.46023 0.37596 0.48239 0.37596 0.48239 0.37304\n 40 6 49\n 38 6 1\n 14 94 4 0.48239 0.37304 0.48239 0.37596 0.50455 0.37596 0.50455 0.37304\n 40 6 50\n 38 6 1\n 14 94 4 0.50455 0.37304 0.50455 0.37596 0.53114 0.37596 0.53114 0.37304\n 40 6 51\n 38 6 1\n 14 94 4 0.53114 0.37304 0.53114 0.37596 0.55330 0.37596 0.55330 0.37304\n 40 6 52\n 38 6 1\n 14 94 4 0.55330 0.37304 0.55330 0.37596 0.57546 0.37596 0.57546 0.37304\n 40 6 53\n 38 6 1\n 14 94 4 0.57546 0.37304 0.57546 0.37596 0.59762 0.37596 0.59762 0.37304\n 40 6 54\n 38 6 1\n 14 94 4 0.59762 0.37304 0.59762 0.37596 0.61535 0.37596 0.61535 0.37304\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.37596 0.39375 0.37887 0.41591 0.37887 0.41591 0.37596\n 40 6 46\n 38 6 1\n 14 94 4 0.41591 0.37596 0.41591 0.37887 0.43807 0.37887 0.43807 0.37596\n 40 6 47\n 38 6 1\n 14 94 4 0.43807 0.37596 0.43807 0.37887 0.46466 0.37887 0.46466 0.37596\n 40 6 48\n 38 6 1\n 14 94 4 0.46466 0.37596 0.46466 0.37887 0.48682 0.37887 0.48682 0.37596\n 40 6 49\n 38 6 1\n 14 94 4 0.48682 0.37596 0.48682 0.37887 0.50898 0.37887 0.50898 0.37596\n 40 6 50\n 38 6 1\n 14 94 4 0.50898 0.37596 0.50898 0.37887 0.53557 0.37887 0.53557 0.37596\n 40 6 51\n 38 6 1\n 14 94 4 0.53557 0.37596 0.53557 0.37887 0.55773 0.37887 0.55773 0.37596\n 40 6 52\n 38 6 1\n 14 94 4 0.55773 0.37596 0.55773 0.37887 0.58432 0.37887 0.58432 0.37596\n 40 6 53\n 38 6 1\n 14 94 4 0.58432 0.37596 0.58432 0.37887 0.60648 0.37887 0.60648 0.37596\n 40 6 54\n 38 6 1\n 14 94 4 0.60648 0.37596 0.60648 0.37887 0.61535 0.37887 0.61535 0.37596\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.37887 0.39375 0.38179 0.41591 0.38179 0.41591 0.37887\n 40 6 46\n 38 6 1\n 14 94 4 0.41591 0.37887 0.41591 0.38179 0.44250 0.38179 0.44250 0.37887\n 40 6 47\n 38 6 1\n 14 94 4 0.44250 0.37887 0.44250 0.38179 0.46466 0.38179 0.46466 0.37887\n 40 6 48\n 38 6 1\n 14 94 4 0.46466 0.37887 0.46466 0.38179 0.49125 0.38179 0.49125 0.37887\n 40 6 49\n 38 6 1\n 14 94 4 0.49125 0.37887 0.49125 0.38179 0.51341 0.38179 0.51341 0.37887\n 40 6 50\n 38 6 1\n 14 94 4 0.51341 0.37887 0.51341 0.38179 0.54001 0.38179 0.54001 0.37887\n 40 6 51\n 38 6 1\n 14 94 4 0.54001 0.37887 0.54001 0.38179 0.56660 0.38179 0.56660 0.37887\n 40 6 52\n 38 6 1\n 14 94 4 0.56660 0.37887 0.56660 0.38179 0.58876 0.38179 0.58876 0.37887\n 40 6 53\n 38 6 1\n 14 94 4 0.58876 0.37887 0.58876 0.38179 0.61535 0.38179 0.61535 0.37887\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.38179 0.39375 0.38471 0.41591 0.38471 0.41591 0.38179\n 40 6 46\n 38 6 1\n 14 94 4 0.41591 0.38179 0.41591 0.38471 0.44250 0.38471 0.44250 0.38179\n 40 6 47\n 38 6 1\n 14 94 4 0.44250 0.38179 0.44250 0.38471 0.46910 0.38471 0.46910 0.38179\n 40 6 48\n 38 6 1\n 14 94 4 0.46910 0.38179 0.46910 0.38471 0.49569 0.38471 0.49569 0.38179\n 40 6 49\n 38 6 1\n 14 94 4 0.49569 0.38179 0.49569 0.38471 0.51785 0.38471 0.51785 0.38179\n 40 6 50\n 38 6 1\n 14 94 4 0.51785 0.38179 0.51785 0.38471 0.54444 0.38471 0.54444 0.38179\n 40 6 51\n 38 6 1\n 14 94 4 0.54444 0.38179 0.54444 0.38471 0.57103 0.38471 0.57103 0.38179\n 40 6 52\n 38 6 1\n 14 94 4 0.57103 0.38179 0.57103 0.38471 0.59762 0.38471 0.59762 0.38179\n 40 6 53\n 38 6 1\n 14 94 4 0.59762 0.38179 0.59762 0.38471 0.61535 0.38471 0.61535 0.38179\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.38471 0.39375 0.38762 0.41591 0.38762 0.41591 0.38471\n 40 6 46\n 38 6 1\n 14 94 4 0.41591 0.38471 0.41591 0.38762 0.44250 0.38762 0.44250 0.38471\n 40 6 47\n 38 6 1\n 14 94 4 0.44250 0.38471 0.44250 0.38762 0.46910 0.38762 0.46910 0.38471\n 40 6 48\n 38 6 1\n 14 94 4 0.46910 0.38471 0.46910 0.38762 0.49569 0.38762 0.49569 0.38471\n 40 6 49\n 38 6 1\n 14 94 4 0.49569 0.38471 0.49569 0.38762 0.52228 0.38762 0.52228 0.38471\n 40 6 50\n 38 6 1\n 14 94 4 0.52228 0.38471 0.52228 0.38762 0.54887 0.38762 0.54887 0.38471\n 40 6 51\n 38 6 1\n 14 94 4 0.54887 0.38471 0.54887 0.38762 0.57546 0.38762 0.57546 0.38471\n 40 6 52\n 38 6 1\n 14 94 4 0.57546 0.38471 0.57546 0.38762 0.60205 0.38762 0.60205 0.38471\n 40 6 53\n 38 6 1\n 14 94 4 0.60205 0.38471 0.60205 0.38762 0.61535 0.38762 0.61535 0.38471\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.38762 0.39375 0.39054 0.42034 0.39054 0.42034 0.38762\n 40 6 46\n 38 6 1\n 14 94 4 0.42034 0.38762 0.42034 0.39054 0.44694 0.39054 0.44694 0.38762\n 40 6 47\n 38 6 1\n 14 94 4 0.44694 0.38762 0.44694 0.39054 0.47353 0.39054 0.47353 0.38762\n 40 6 48\n 38 6 1\n 14 94 4 0.47353 0.38762 0.47353 0.39054 0.50012 0.39054 0.50012 0.38762\n 40 6 49\n 38 6 1\n 14 94 4 0.50012 0.38762 0.50012 0.39054 0.52671 0.39054 0.52671 0.38762\n 40 6 50\n 38 6 1\n 14 94 4 0.52671 0.38762 0.52671 0.39054 0.55773 0.39054 0.55773 0.38762\n 40 6 51\n 38 6 1\n 14 94 4 0.55773 0.38762 0.55773 0.39054 0.58432 0.39054 0.58432 0.38762\n 40 6 52\n 38 6 1\n 14 94 4 0.58432 0.38762 0.58432 0.39054 0.61092 0.39054 0.61092 0.38762\n 40 6 53\n 38 6 1\n 14 94 4 0.61092 0.38762 0.61092 0.39054 0.61535 0.39054 0.61535 0.38762\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.39054 0.39375 0.39345 0.42034 0.39345 0.42034 0.39054\n 40 6 46\n 38 6 1\n 14 94 4 0.42034 0.39054 0.42034 0.39345 0.44694 0.39345 0.44694 0.39054\n 40 6 47\n 38 6 1\n 14 94 4 0.44694 0.39054 0.44694 0.39345 0.47796 0.39345 0.47796 0.39054\n 40 6 48\n 38 6 1\n 14 94 4 0.47796 0.39054 0.47796 0.39345 0.50455 0.39345 0.50455 0.39054\n 40 6 49\n 38 6 1\n 14 94 4 0.50455 0.39054 0.50455 0.39345 0.53114 0.39345 0.53114 0.39054\n 40 6 50\n 38 6 1\n 14 94 4 0.53114 0.39054 0.53114 0.39345 0.56217 0.39345 0.56217 0.39054\n 40 6 51\n 38 6 1\n 14 94 4 0.56217 0.39054 0.56217 0.39345 0.58876 0.39345 0.58876 0.39054\n 40 6 52\n 38 6 1\n 14 94 4 0.58876 0.39054 0.58876 0.39345 0.61535 0.39345 0.61535 0.39054\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.39345 0.39375 0.39637 0.42034 0.39637 0.42034 0.39345\n 40 6 46\n 38 6 1\n 14 94 4 0.42034 0.39345 0.42034 0.39637 0.45137 0.39637 0.45137 0.39345\n 40 6 47\n 38 6 1\n 14 94 4 0.45137 0.39345 0.45137 0.39637 0.47796 0.39637 0.47796 0.39345\n 40 6 48\n 38 6 1\n 14 94 4 0.47796 0.39345 0.47796 0.39637 0.50898 0.39637 0.50898 0.39345\n 40 6 49\n 38 6 1\n 14 94 4 0.50898 0.39345 0.50898 0.39637 0.53557 0.39637 0.53557 0.39345\n 40 6 50\n 38 6 1\n 14 94 4 0.53557 0.39345 0.53557 0.39637 0.56660 0.39637 0.56660 0.39345\n 40 6 51\n 38 6 1\n 14 94 4 0.56660 0.39345 0.56660 0.39637 0.59762 0.39637 0.59762 0.39345\n 40 6 52\n 38 6 1\n 14 94 4 0.59762 0.39345 0.59762 0.39637 0.61535 0.39637 0.61535 0.39345\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.39637 0.39375 0.39929 0.42034 0.39929 0.42034 0.39637\n 40 6 46\n 38 6 1\n 14 94 4 0.42034 0.39637 0.42034 0.39929 0.45137 0.39929 0.45137 0.39637\n 40 6 47\n 38 6 1\n 14 94 4 0.45137 0.39637 0.45137 0.39929 0.48239 0.39929 0.48239 0.39637\n 40 6 48\n 38 6 1\n 14 94 4 0.48239 0.39637 0.48239 0.39929 0.51341 0.39929 0.51341 0.39637\n 40 6 49\n 38 6 1\n 14 94 4 0.51341 0.39637 0.51341 0.39929 0.54001 0.39929 0.54001 0.39637\n 40 6 50\n 38 6 1\n 14 94 4 0.54001 0.39637 0.54001 0.39929 0.57103 0.39929 0.57103 0.39637\n 40 6 51\n 38 6 1\n 14 94 4 0.57103 0.39637 0.57103 0.39929 0.60205 0.39929 0.60205 0.39637\n 40 6 52\n 38 6 1\n 14 94 4 0.60205 0.39637 0.60205 0.39929 0.61535 0.39929 0.61535 0.39637\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.39929 0.39375 0.40220 0.42034 0.40220 0.42034 0.39929\n 40 6 46\n 38 6 1\n 14 94 4 0.42034 0.39929 0.42034 0.40220 0.45137 0.40220 0.45137 0.39929\n 40 6 47\n 38 6 1\n 14 94 4 0.45137 0.39929 0.45137 0.40220 0.48239 0.40220 0.48239 0.39929\n 40 6 48\n 38 6 1\n 14 94 4 0.48239 0.39929 0.48239 0.40220 0.51341 0.40220 0.51341 0.39929\n 40 6 49\n 38 6 1\n 14 94 4 0.51341 0.39929 0.51341 0.40220 0.54444 0.40220 0.54444 0.39929\n 40 6 50\n 38 6 1\n 14 94 4 0.54444 0.39929 0.54444 0.40220 0.57546 0.40220 0.57546 0.39929\n 40 6 51\n 38 6 1\n 14 94 4 0.57546 0.39929 0.57546 0.40220 0.60648 0.40220 0.60648 0.39929\n 40 6 52\n 38 6 1\n 14 94 4 0.60648 0.39929 0.60648 0.40220 0.61535 0.40220 0.61535 0.39929\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.40220 0.39375 0.40512 0.42478 0.40512 0.42478 0.40220\n 40 6 46\n 38 6 1\n 14 94 4 0.42478 0.40220 0.42478 0.40512 0.45580 0.40512 0.45580 0.40220\n 40 6 47\n 38 6 1\n 14 94 4 0.45580 0.40220 0.45580 0.40512 0.48682 0.40512 0.48682 0.40220\n 40 6 48\n 38 6 1\n 14 94 4 0.48682 0.40220 0.48682 0.40512 0.51785 0.40512 0.51785 0.40220\n 40 6 49\n 38 6 1\n 14 94 4 0.51785 0.40220 0.51785 0.40512 0.54887 0.40512 0.54887 0.40220\n 40 6 50\n 38 6 1\n 14 94 4 0.54887 0.40220 0.54887 0.40512 0.58432 0.40512 0.58432 0.40220\n 40 6 51\n 38 6 1\n 14 94 4 0.58432 0.40220 0.58432 0.40512 0.61535 0.40512 0.61535 0.40220\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.40512 0.39375 0.40803 0.42478 0.40803 0.42478 0.40512\n 40 6 46\n 38 6 1\n 14 94 4 0.42478 0.40512 0.42478 0.40803 0.45580 0.40803 0.45580 0.40512\n 40 6 47\n 38 6 1\n 14 94 4 0.45580 0.40512 0.45580 0.40803 0.49125 0.40803 0.49125 0.40512\n 40 6 48\n 38 6 1\n 14 94 4 0.49125 0.40512 0.49125 0.40803 0.52228 0.40803 0.52228 0.40512\n 40 6 49\n 38 6 1\n 14 94 4 0.52228 0.40512 0.52228 0.40803 0.55330 0.40803 0.55330 0.40512\n 40 6 50\n 38 6 1\n 14 94 4 0.55330 0.40512 0.55330 0.40803 0.58876 0.40803 0.58876 0.40512\n 40 6 51\n 38 6 1\n 14 94 4 0.58876 0.40512 0.58876 0.40803 0.61535 0.40803 0.61535 0.40512\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.40803 0.39375 0.41095 0.42478 0.41095 0.42478 0.40803\n 40 6 46\n 38 6 1\n 14 94 4 0.42478 0.40803 0.42478 0.41095 0.46023 0.41095 0.46023 0.40803\n 40 6 47\n 38 6 1\n 14 94 4 0.46023 0.40803 0.46023 0.41095 0.49125 0.41095 0.49125 0.40803\n 40 6 48\n 38 6 1\n 14 94 4 0.49125 0.40803 0.49125 0.41095 0.52671 0.41095 0.52671 0.40803\n 40 6 49\n 38 6 1\n 14 94 4 0.52671 0.40803 0.52671 0.41095 0.55773 0.41095 0.55773 0.40803\n 40 6 50\n 38 6 1\n 14 94 4 0.55773 0.40803 0.55773 0.41095 0.59319 0.41095 0.59319 0.40803\n 40 6 51\n 38 6 1\n 14 94 4 0.59319 0.40803 0.59319 0.41095 0.61535 0.41095 0.61535 0.40803\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.41095 0.39375 0.41387 0.42478 0.41387 0.42478 0.41095\n 40 6 46\n 38 6 1\n 14 94 4 0.42478 0.41095 0.42478 0.41387 0.46023 0.41387 0.46023 0.41095\n 40 6 47\n 38 6 1\n 14 94 4 0.46023 0.41095 0.46023 0.41387 0.49569 0.41387 0.49569 0.41095\n 40 6 48\n 38 6 1\n 14 94 4 0.49569 0.41095 0.49569 0.41387 0.53114 0.41387 0.53114 0.41095\n 40 6 49\n 38 6 1\n 14 94 4 0.53114 0.41095 0.53114 0.41387 0.56217 0.41387 0.56217 0.41095\n 40 6 50\n 38 6 1\n 14 94 4 0.56217 0.41095 0.56217 0.41387 0.59762 0.41387 0.59762 0.41095\n 40 6 51\n 38 6 1\n 14 94 4 0.59762 0.41095 0.59762 0.41387 0.61535 0.41387 0.61535 0.41095\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.41387 0.39375 0.41678 0.42478 0.41678 0.42478 0.41387\n 40 6 46\n 38 6 1\n 14 94 4 0.42478 0.41387 0.42478 0.41678 0.46023 0.41678 0.46023 0.41387\n 40 6 47\n 38 6 1\n 14 94 4 0.46023 0.41387 0.46023 0.41678 0.49569 0.41678 0.49569 0.41387\n 40 6 48\n 38 6 1\n 14 94 4 0.49569 0.41387 0.49569 0.41678 0.53114 0.41678 0.53114 0.41387\n 40 6 49\n 38 6 1\n 14 94 4 0.53114 0.41387 0.53114 0.41678 0.56660 0.41678 0.56660 0.41387\n 40 6 50\n 38 6 1\n 14 94 4 0.56660 0.41387 0.56660 0.41678 0.60205 0.41678 0.60205 0.41387\n 40 6 51\n 38 6 1\n 14 94 4 0.60205 0.41387 0.60205 0.41678 0.61535 0.41678 0.61535 0.41387\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.41678 0.39375 0.41970 0.42921 0.41970 0.42921 0.41678\n 40 6 46\n 38 6 1\n 14 94 4 0.42921 0.41678 0.42921 0.41970 0.46466 0.41970 0.46466 0.41678\n 40 6 47\n 38 6 1\n 14 94 4 0.46466 0.41678 0.46466 0.41970 0.50012 0.41970 0.50012 0.41678\n 40 6 48\n 38 6 1\n 14 94 4 0.50012 0.41678 0.50012 0.41970 0.53557 0.41970 0.53557 0.41678\n 40 6 49\n 38 6 1\n 14 94 4 0.53557 0.41678 0.53557 0.41970 0.57103 0.41970 0.57103 0.41678\n 40 6 50\n 38 6 1\n 14 94 4 0.57103 0.41678 0.57103 0.41970 0.61092 0.41970 0.61092 0.41678\n 40 6 51\n 38 6 1\n 14 94 4 0.61092 0.41678 0.61092 0.41970 0.61535 0.41970 0.61535 0.41678\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.41970 0.39375 0.42261 0.42921 0.42261 0.42921 0.41970\n 40 6 46\n 38 6 1\n 14 94 4 0.42921 0.41970 0.42921 0.42261 0.46466 0.42261 0.46466 0.41970\n 40 6 47\n 38 6 1\n 14 94 4 0.46466 0.41970 0.46466 0.42261 0.50455 0.42261 0.50455 0.41970\n 40 6 48\n 38 6 1\n 14 94 4 0.50455 0.41970 0.50455 0.42261 0.54001 0.42261 0.54001 0.41970\n 40 6 49\n 38 6 1\n 14 94 4 0.54001 0.41970 0.54001 0.42261 0.57546 0.42261 0.57546 0.41970\n 40 6 50\n 38 6 1\n 14 94 4 0.57546 0.41970 0.57546 0.42261 0.61535 0.42261 0.61535 0.41970\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.42261 0.39375 0.42553 0.42921 0.42553 0.42921 0.42261\n 40 6 46\n 38 6 1\n 14 94 4 0.42921 0.42261 0.42921 0.42553 0.46910 0.42553 0.46910 0.42261\n 40 6 47\n 38 6 1\n 14 94 4 0.46910 0.42261 0.46910 0.42553 0.50455 0.42553 0.50455 0.42261\n 40 6 48\n 38 6 1\n 14 94 4 0.50455 0.42261 0.50455 0.42553 0.54444 0.42553 0.54444 0.42261\n 40 6 49\n 38 6 1\n 14 94 4 0.54444 0.42261 0.54444 0.42553 0.57989 0.42553 0.57989 0.42261\n 40 6 50\n 38 6 1\n 14 94 4 0.57989 0.42261 0.57989 0.42553 0.61535 0.42553 0.61535 0.42261\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.42553 0.39375 0.42845 0.42921 0.42845 0.42921 0.42553\n 40 6 46\n 38 6 1\n 14 94 4 0.42921 0.42553 0.42921 0.42845 0.46910 0.42845 0.46910 0.42553\n 40 6 47\n 38 6 1\n 14 94 4 0.46910 0.42553 0.46910 0.42845 0.50898 0.42845 0.50898 0.42553\n 40 6 48\n 38 6 1\n 14 94 4 0.50898 0.42553 0.50898 0.42845 0.54887 0.42845 0.54887 0.42553\n 40 6 49\n 38 6 1\n 14 94 4 0.54887 0.42553 0.54887 0.42845 0.58432 0.42845 0.58432 0.42553\n 40 6 50\n 38 6 1\n 14 94 4 0.58432 0.42553 0.58432 0.42845 0.61535 0.42845 0.61535 0.42553\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.42845 0.39375 0.43136 0.42921 0.43136 0.42921 0.42845\n 40 6 46\n 38 6 1\n 14 94 4 0.42921 0.42845 0.42921 0.43136 0.46910 0.43136 0.46910 0.42845\n 40 6 47\n 38 6 1\n 14 94 4 0.46910 0.42845 0.46910 0.43136 0.50898 0.43136 0.50898 0.42845\n 40 6 48\n 38 6 1\n 14 94 4 0.50898 0.42845 0.50898 0.43136 0.54887 0.43136 0.54887 0.42845\n 40 6 49\n 38 6 1\n 14 94 4 0.54887 0.42845 0.54887 0.43136 0.58876 0.43136 0.58876 0.42845\n 40 6 50\n 38 6 1\n 14 94 4 0.58876 0.42845 0.58876 0.43136 0.61535 0.43136 0.61535 0.42845\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.43136 0.39375 0.43428 0.43364 0.43428 0.43364 0.43136\n 40 6 46\n 38 6 1\n 14 94 4 0.43364 0.43136 0.43364 0.43428 0.47353 0.43428 0.47353 0.43136\n 40 6 47\n 38 6 1\n 14 94 4 0.47353 0.43136 0.47353 0.43428 0.51341 0.43428 0.51341 0.43136\n 40 6 48\n 38 6 1\n 14 94 4 0.51341 0.43136 0.51341 0.43428 0.55330 0.43428 0.55330 0.43136\n 40 6 49\n 38 6 1\n 14 94 4 0.55330 0.43136 0.55330 0.43428 0.59319 0.43428 0.59319 0.43136\n 40 6 50\n 38 6 1\n 14 94 4 0.59319 0.43136 0.59319 0.43428 0.61535 0.43428 0.61535 0.43136\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.43428 0.39375 0.43720 0.43364 0.43720 0.43364 0.43428\n 40 6 46\n 38 6 1\n 14 94 4 0.43364 0.43428 0.43364 0.43720 0.47353 0.43720 0.47353 0.43428\n 40 6 47\n 38 6 1\n 14 94 4 0.47353 0.43428 0.47353 0.43720 0.51785 0.43720 0.51785 0.43428\n 40 6 48\n 38 6 1\n 14 94 4 0.51785 0.43428 0.51785 0.43720 0.55773 0.43720 0.55773 0.43428\n 40 6 49\n 38 6 1\n 14 94 4 0.55773 0.43428 0.55773 0.43720 0.59762 0.43720 0.59762 0.43428\n 40 6 50\n 38 6 1\n 14 94 4 0.59762 0.43428 0.59762 0.43720 0.61535 0.43720 0.61535 0.43428\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.43720 0.39375 0.44011 0.43364 0.44011 0.43364 0.43720\n 40 6 46\n 38 6 1\n 14 94 4 0.43364 0.43720 0.43364 0.44011 0.47796 0.44011 0.47796 0.43720\n 40 6 47\n 38 6 1\n 14 94 4 0.47796 0.43720 0.47796 0.44011 0.51785 0.44011 0.51785 0.43720\n 40 6 48\n 38 6 1\n 14 94 4 0.51785 0.43720 0.51785 0.44011 0.56217 0.44011 0.56217 0.43720\n 40 6 49\n 38 6 1\n 14 94 4 0.56217 0.43720 0.56217 0.44011 0.60205 0.44011 0.60205 0.43720\n 40 6 50\n 38 6 1\n 14 94 4 0.60205 0.43720 0.60205 0.44011 0.61535 0.44011 0.61535 0.43720\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.44011 0.39375 0.44303 0.43364 0.44303 0.43364 0.44011\n 40 6 46\n 38 6 1\n 14 94 4 0.43364 0.44011 0.43364 0.44303 0.47796 0.44303 0.47796 0.44011\n 40 6 47\n 38 6 1\n 14 94 4 0.47796 0.44011 0.47796 0.44303 0.52228 0.44303 0.52228 0.44011\n 40 6 48\n 38 6 1\n 14 94 4 0.52228 0.44011 0.52228 0.44303 0.56660 0.44303 0.56660 0.44011\n 40 6 49\n 38 6 1\n 14 94 4 0.56660 0.44011 0.56660 0.44303 0.60648 0.44303 0.60648 0.44011\n 40 6 50\n 38 6 1\n 14 94 4 0.60648 0.44011 0.60648 0.44303 0.61535 0.44303 0.61535 0.44011\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.44303 0.39375 0.44594 0.43364 0.44594 0.43364 0.44303\n 40 6 46\n 38 6 1\n 14 94 4 0.43364 0.44303 0.43364 0.44594 0.47796 0.44594 0.47796 0.44303\n 40 6 47\n 38 6 1\n 14 94 4 0.47796 0.44303 0.47796 0.44594 0.52228 0.44594 0.52228 0.44303\n 40 6 48\n 38 6 1\n 14 94 4 0.52228 0.44303 0.52228 0.44594 0.56660 0.44594 0.56660 0.44303\n 40 6 49\n 38 6 1\n 14 94 4 0.56660 0.44303 0.56660 0.44594 0.61092 0.44594 0.61092 0.44303\n 40 6 50\n 38 6 1\n 14 94 4 0.61092 0.44303 0.61092 0.44594 0.61535 0.44594 0.61535 0.44303\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.44594 0.39375 0.44886 0.43807 0.44886 0.43807 0.44594\n 40 6 46\n 38 6 1\n 14 94 4 0.43807 0.44594 0.43807 0.44886 0.48239 0.44886 0.48239 0.44594\n 40 6 47\n 38 6 1\n 14 94 4 0.48239 0.44594 0.48239 0.44886 0.52671 0.44886 0.52671 0.44594\n 40 6 48\n 38 6 1\n 14 94 4 0.52671 0.44594 0.52671 0.44886 0.57103 0.44886 0.57103 0.44594\n 40 6 49\n 38 6 1\n 14 94 4 0.57103 0.44594 0.57103 0.44886 0.61535 0.44886 0.61535 0.44594\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.44886 0.39375 0.45178 0.43807 0.45178 0.43807 0.44886\n 40 6 46\n 38 6 1\n 14 94 4 0.43807 0.44886 0.43807 0.45178 0.48239 0.45178 0.48239 0.44886\n 40 6 47\n 38 6 1\n 14 94 4 0.48239 0.44886 0.48239 0.45178 0.53114 0.45178 0.53114 0.44886\n 40 6 48\n 38 6 1\n 14 94 4 0.53114 0.44886 0.53114 0.45178 0.57546 0.45178 0.57546 0.44886\n 40 6 49\n 38 6 1\n 14 94 4 0.57546 0.44886 0.57546 0.45178 0.61535 0.45178 0.61535 0.44886\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.45178 0.39375 0.45469 0.43807 0.45469 0.43807 0.45178\n 40 6 46\n 38 6 1\n 14 94 4 0.43807 0.45178 0.43807 0.45469 0.48682 0.45469 0.48682 0.45178\n 40 6 47\n 38 6 1\n 14 94 4 0.48682 0.45178 0.48682 0.45469 0.53114 0.45469 0.53114 0.45178\n 40 6 48\n 38 6 1\n 14 94 4 0.53114 0.45178 0.53114 0.45469 0.57989 0.45469 0.57989 0.45178\n 40 6 49\n 38 6 1\n 14 94 4 0.57989 0.45178 0.57989 0.45469 0.61535 0.45469 0.61535 0.45178\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.45469 0.39375 0.45761 0.43807 0.45761 0.43807 0.45469\n 40 6 46\n 38 6 1\n 14 94 4 0.43807 0.45469 0.43807 0.45761 0.48682 0.45761 0.48682 0.45469\n 40 6 47\n 38 6 1\n 14 94 4 0.48682 0.45469 0.48682 0.45761 0.53557 0.45761 0.53557 0.45469\n 40 6 48\n 38 6 1\n 14 94 4 0.53557 0.45469 0.53557 0.45761 0.58432 0.45761 0.58432 0.45469\n 40 6 49\n 38 6 1\n 14 94 4 0.58432 0.45469 0.58432 0.45761 0.61535 0.45761 0.61535 0.45469\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.45761 0.39375 0.46052 0.43807 0.46052 0.43807 0.45761\n 40 6 46\n 38 6 1\n 14 94 4 0.43807 0.45761 0.43807 0.46052 0.48682 0.46052 0.48682 0.45761\n 40 6 47\n 38 6 1\n 14 94 4 0.48682 0.45761 0.48682 0.46052 0.53557 0.46052 0.53557 0.45761\n 40 6 48\n 38 6 1\n 14 94 4 0.53557 0.45761 0.53557 0.46052 0.58432 0.46052 0.58432 0.45761\n 40 6 49\n 38 6 1\n 14 94 4 0.58432 0.45761 0.58432 0.46052 0.61535 0.46052 0.61535 0.45761\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.46052 0.39375 0.46344 0.44250 0.46344 0.44250 0.46052\n 40 6 46\n 38 6 1\n 14 94 4 0.44250 0.46052 0.44250 0.46344 0.49125 0.46344 0.49125 0.46052\n 40 6 47\n 38 6 1\n 14 94 4 0.49125 0.46052 0.49125 0.46344 0.54001 0.46344 0.54001 0.46052\n 40 6 48\n 38 6 1\n 14 94 4 0.54001 0.46052 0.54001 0.46344 0.58876 0.46344 0.58876 0.46052\n 40 6 49\n 38 6 1\n 14 94 4 0.58876 0.46052 0.58876 0.46344 0.61535 0.46344 0.61535 0.46052\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.46344 0.39375 0.46636 0.44250 0.46636 0.44250 0.46344\n 40 6 46\n 38 6 1\n 14 94 4 0.44250 0.46344 0.44250 0.46636 0.49125 0.46636 0.49125 0.46344\n 40 6 47\n 38 6 1\n 14 94 4 0.49125 0.46344 0.49125 0.46636 0.54444 0.46636 0.54444 0.46344\n 40 6 48\n 38 6 1\n 14 94 4 0.54444 0.46344 0.54444 0.46636 0.59319 0.46636 0.59319 0.46344\n 40 6 49\n 38 6 1\n 14 94 4 0.59319 0.46344 0.59319 0.46636 0.61535 0.46636 0.61535 0.46344\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.46636 0.39375 0.46927 0.44250 0.46927 0.44250 0.46636\n 40 6 46\n 38 6 1\n 14 94 4 0.44250 0.46636 0.44250 0.46927 0.49569 0.46927 0.49569 0.46636\n 40 6 47\n 38 6 1\n 14 94 4 0.49569 0.46636 0.49569 0.46927 0.54444 0.46927 0.54444 0.46636\n 40 6 48\n 38 6 1\n 14 94 4 0.54444 0.46636 0.54444 0.46927 0.59762 0.46927 0.59762 0.46636\n 40 6 49\n 38 6 1\n 14 94 4 0.59762 0.46636 0.59762 0.46927 0.61535 0.46927 0.61535 0.46636\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.46927 0.39375 0.47219 0.44250 0.47219 0.44250 0.46927\n 40 6 46\n 38 6 1\n 14 94 4 0.44250 0.46927 0.44250 0.47219 0.49569 0.47219 0.49569 0.46927\n 40 6 47\n 38 6 1\n 14 94 4 0.49569 0.46927 0.49569 0.47219 0.54887 0.47219 0.54887 0.46927\n 40 6 48\n 38 6 1\n 14 94 4 0.54887 0.46927 0.54887 0.47219 0.60205 0.47219 0.60205 0.46927\n 40 6 49\n 38 6 1\n 14 94 4 0.60205 0.46927 0.60205 0.47219 0.61535 0.47219 0.61535 0.46927\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.47219 0.39375 0.47510 0.44250 0.47510 0.44250 0.47219\n 40 6 46\n 38 6 1\n 14 94 4 0.44250 0.47219 0.44250 0.47510 0.49569 0.47510 0.49569 0.47219\n 40 6 47\n 38 6 1\n 14 94 4 0.49569 0.47219 0.49569 0.47510 0.54887 0.47510 0.54887 0.47219\n 40 6 48\n 38 6 1\n 14 94 4 0.54887 0.47219 0.54887 0.47510 0.60205 0.47510 0.60205 0.47219\n 40 6 49\n 38 6 1\n 14 94 4 0.60205 0.47219 0.60205 0.47510 0.61535 0.47510 0.61535 0.47219\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.47510 0.39375 0.47802 0.44694 0.47802 0.44694 0.47510\n 40 6 46\n 38 6 1\n 14 94 4 0.44694 0.47510 0.44694 0.47802 0.50012 0.47802 0.50012 0.47510\n 40 6 47\n 38 6 1\n 14 94 4 0.50012 0.47510 0.50012 0.47802 0.55330 0.47802 0.55330 0.47510\n 40 6 48\n 38 6 1\n 14 94 4 0.55330 0.47510 0.55330 0.47802 0.60648 0.47802 0.60648 0.47510\n 40 6 49\n 38 6 1\n 14 94 4 0.60648 0.47510 0.60648 0.47802 0.61535 0.47802 0.61535 0.47510\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.47802 0.39375 0.48094 0.44694 0.48094 0.44694 0.47802\n 40 6 46\n 38 6 1\n 14 94 4 0.44694 0.47802 0.44694 0.48094 0.50012 0.48094 0.50012 0.47802\n 40 6 47\n 38 6 1\n 14 94 4 0.50012 0.47802 0.50012 0.48094 0.55773 0.48094 0.55773 0.47802\n 40 6 48\n 38 6 1\n 14 94 4 0.55773 0.47802 0.55773 0.48094 0.61092 0.48094 0.61092 0.47802\n 40 6 49\n 38 6 1\n 14 94 4 0.61092 0.47802 0.61092 0.48094 0.61535 0.48094 0.61535 0.47802\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.48094 0.39375 0.48385 0.44694 0.48385 0.44694 0.48094\n 40 6 46\n 38 6 1\n 14 94 4 0.44694 0.48094 0.44694 0.48385 0.50455 0.48385 0.50455 0.48094\n 40 6 47\n 38 6 1\n 14 94 4 0.50455 0.48094 0.50455 0.48385 0.55773 0.48385 0.55773 0.48094\n 40 6 48\n 38 6 1\n 14 94 4 0.55773 0.48094 0.55773 0.48385 0.61535 0.48385 0.61535 0.48094\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.48385 0.39375 0.48677 0.44694 0.48677 0.44694 0.48385\n 40 6 46\n 38 6 1\n 14 94 4 0.44694 0.48385 0.44694 0.48677 0.50455 0.48677 0.50455 0.48385\n 40 6 47\n 38 6 1\n 14 94 4 0.50455 0.48385 0.50455 0.48677 0.56217 0.48677 0.56217 0.48385\n 40 6 48\n 38 6 1\n 14 94 4 0.56217 0.48385 0.56217 0.48677 0.61535 0.48677 0.61535 0.48385\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.48677 0.39375 0.48969 0.44694 0.48969 0.44694 0.48677\n 40 6 46\n 38 6 1\n 14 94 4 0.44694 0.48677 0.44694 0.48969 0.50455 0.48969 0.50455 0.48677\n 40 6 47\n 38 6 1\n 14 94 4 0.50455 0.48677 0.50455 0.48969 0.56217 0.48969 0.56217 0.48677\n 40 6 48\n 38 6 1\n 14 94 4 0.56217 0.48677 0.56217 0.48969 0.61535 0.48969 0.61535 0.48677\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.48969 0.39375 0.49260 0.45137 0.49260 0.45137 0.48969\n 40 6 46\n 38 6 1\n 14 94 4 0.45137 0.48969 0.45137 0.49260 0.50898 0.49260 0.50898 0.48969\n 40 6 47\n 38 6 1\n 14 94 4 0.50898 0.48969 0.50898 0.49260 0.56660 0.49260 0.56660 0.48969\n 40 6 48\n 38 6 1\n 14 94 4 0.56660 0.48969 0.56660 0.49260 0.61535 0.49260 0.61535 0.48969\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.49260 0.39375 0.49552 0.45137 0.49552 0.45137 0.49260\n 40 6 46\n 38 6 1\n 14 94 4 0.45137 0.49260 0.45137 0.49552 0.50898 0.49552 0.50898 0.49260\n 40 6 47\n 38 6 1\n 14 94 4 0.50898 0.49260 0.50898 0.49552 0.57103 0.49552 0.57103 0.49260\n 40 6 48\n 38 6 1\n 14 94 4 0.57103 0.49260 0.57103 0.49552 0.61535 0.49552 0.61535 0.49260\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.49552 0.39375 0.49843 0.45137 0.49843 0.45137 0.49552\n 40 6 46\n 38 6 1\n 14 94 4 0.45137 0.49552 0.45137 0.49843 0.51341 0.49843 0.51341 0.49552\n 40 6 47\n 38 6 1\n 14 94 4 0.51341 0.49552 0.51341 0.49843 0.57103 0.49843 0.57103 0.49552\n 40 6 48\n 38 6 1\n 14 94 4 0.57103 0.49552 0.57103 0.49843 0.61535 0.49843 0.61535 0.49552\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.49843 0.39375 0.50135 0.45137 0.50135 0.45137 0.49843\n 40 6 46\n 38 6 1\n 14 94 4 0.45137 0.49843 0.45137 0.50135 0.51341 0.50135 0.51341 0.49843\n 40 6 47\n 38 6 1\n 14 94 4 0.51341 0.49843 0.51341 0.50135 0.57546 0.50135 0.57546 0.49843\n 40 6 48\n 38 6 1\n 14 94 4 0.57546 0.49843 0.57546 0.50135 0.61535 0.50135 0.61535 0.49843\n 40 6 45\n 38 6 1\n 14 94 4 0.39375 0.50135 0.39375 0.50427 0.45137 0.50427 0.45137 0.50135\n 40 6 46\n 38 6 1\n 14 94 4 0.45137 0.50135 0.45137 0.50427 0.51341 0.50427 0.51341 0.50135\n 40 6 47\n 38 6 1\n 14 94 4 0.51341 0.50135 0.51341 0.50427 0.57546 0.50427 0.57546 0.50135\n 40 6 48\n 38 6 1\n 14 94 4 0.57546 0.50135 0.57546 0.50427 0.61535 0.50427 0.61535 0.50135\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 40 6 45\n 38 6 1\n 14 94 4 0.62801 0.35846 0.64118 0.35846 0.64118 0.36968 0.62801 0.36968\n 11 116 5 0.62801 0.35846 0.64118 0.35846 0.64118 0.36968 0.62801 0.36968 0.62801 0.35846\n 40 6 46\n 38 6 1\n 14 94 4 0.62801 0.36968 0.64118 0.36968 0.64118 0.38089 0.62801 0.38089\n 11 116 5 0.62801 0.36968 0.64118 0.36968 0.64118 0.38089 0.62801 0.38089 0.62801 0.36968\n 40 6 47\n 38 6 1\n 14 94 4 0.62801 0.38089 0.64118 0.38089 0.64118 0.39211 0.62801 0.39211\n 11 116 5 0.62801 0.38089 0.64118 0.38089 0.64118 0.39211 0.62801 0.39211 0.62801 0.38089\n 40 6 48\n 38 6 1\n 14 94 4 0.62801 0.39211 0.64118 0.39211 0.64118 0.40332 0.62801 0.40332\n 11 116 5 0.62801 0.39211 0.64118 0.39211 0.64118 0.40332 0.62801 0.40332 0.62801 0.39211\n 40 6 49\n 38 6 1\n 14 94 4 0.62801 0.40332 0.64118 0.40332 0.64118 0.41454 0.62801 0.41454\n 11 116 5 0.62801 0.40332 0.64118 0.40332 0.64118 0.41454 0.62801 0.41454 0.62801 0.40332\n 40 6 50\n 38 6 1\n 14 94 4 0.62801 0.41454 0.64118 0.41454 0.64118 0.42576 0.62801 0.42576\n 11 116 5 0.62801 0.41454 0.64118 0.41454 0.64118 0.42576 0.62801 0.42576 0.62801 0.41454\n 40 6 51\n 38 6 1\n 14 94 4 0.62801 0.42576 0.64118 0.42576 0.64118 0.43697 0.62801 0.43697\n 11 116 5 0.62801 0.42576 0.64118 0.42576 0.64118 0.43697 0.62801 0.43697 0.62801 0.42576\n 40 6 52\n 38 6 1\n 14 94 4 0.62801 0.43697 0.64118 0.43697 0.64118 0.44819 0.62801 0.44819\n 11 116 5 0.62801 0.43697 0.64118 0.43697 0.64118 0.44819 0.62801 0.44819 0.62801 0.43697\n 40 6 53\n 38 6 1\n 14 94 4 0.62801 0.44819 0.64118 0.44819 0.64118 0.45940 0.62801 0.45940\n 11 116 5 0.62801 0.44819 0.64118 0.44819 0.64118 0.45940 0.62801 0.45940 0.62801 0.44819\n 40 6 54\n 38 6 1\n 14 94 4 0.62801 0.45940 0.64118 0.45940 0.64118 0.47062 0.62801 0.47062\n 11 116 5 0.62801 0.45940 0.64118 0.45940 0.64118 0.47062 0.62801 0.47062 0.62801 0.45940\n 40 6 55\n 38 6 1\n 14 94 4 0.62801 0.47062 0.64118 0.47062 0.64118 0.48183 0.62801 0.48183\n 11 116 5 0.62801 0.47062 0.64118 0.47062 0.64118 0.48183 0.62801 0.48183 0.62801 0.47062\n 40 6 56\n 38 6 1\n 14 94 4 0.62801 0.48183 0.64118 0.48183 0.64118 0.49305 0.62801 0.49305\n 11 116 5 0.62801 0.48183 0.64118 0.48183 0.64118 0.49305 0.62801 0.49305 0.62801 0.48183\n 40 6 57\n 38 6 1\n 14 94 4 0.62801 0.49305 0.64118 0.49305 0.64118 0.50427 0.62801 0.50427\n 11 116 5 0.62801 0.49305 0.64118 0.49305 0.64118 0.50427 0.62801 0.50427 0.62801 0.49305\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 380 17 0.64664 0.36099 0.64592 0.36075 0.64544 0.36003 0.64520 0.35882 0.64520 0.35810 0.64544 0.35689 0.64592 0.35617 0.64664 0.35593 0.64712 0.35593 0.64785 0.35617 0.64833 0.35689 0.64857 0.35810 0.64857 0.35882 0.64833 0.36003 0.64785 0.36075 0.64712 0.36099 0.64664 0.36099\n 11 380 17 0.64664 0.38342 0.64592 0.38318 0.64544 0.38246 0.64520 0.38125 0.64520 0.38053 0.64544 0.37932 0.64592 0.37860 0.64664 0.37836 0.64712 0.37836 0.64785 0.37860 0.64833 0.37932 0.64857 0.38053 0.64857 0.38125 0.64833 0.38246 0.64785 0.38318 0.64712 0.38342 0.64664 0.38342\n 11 116 5 0.65050 0.37884 0.65026 0.37860 0.65050 0.37836 0.65074 0.37860 0.65050 0.37884\n 11 72 3 0.65484 0.38342 0.65243 0.38005 0.65604 0.38005\n 11 50 2 0.65484 0.38342 0.65484 0.37836\n 11 380 17 0.64664 0.40585 0.64592 0.40561 0.64544 0.40489 0.64520 0.40369 0.64520 0.40296 0.64544 0.40176 0.64592 0.40103 0.64664 0.40079 0.64712 0.40079 0.64785 0.40103 0.64833 0.40176 0.64857 0.40296 0.64857 0.40369 0.64833 0.40489 0.64785 0.40561 0.64712 0.40585 0.64664 0.40585\n 11 116 5 0.65050 0.40127 0.65026 0.40103 0.65050 0.40079 0.65074 0.40103 0.65050 0.40127\n 11 644 29 0.65363 0.40585 0.65291 0.40561 0.65267 0.40513 0.65267 0.40465 0.65291 0.40417 0.65339 0.40393 0.65436 0.40369 0.65508 0.40344 0.65556 0.40296 0.65580 0.40248 0.65580 0.40176 0.65556 0.40127 0.65532 0.40103 0.65460 0.40079 0.65363 0.40079 0.65291 0.40103 0.65267 0.40127 0.65243 0.40176 0.65243 0.40248 0.65267 0.40296 0.65315 0.40344 0.65388 0.40369 0.65484 0.40393 0.65532 0.40417 0.65556 0.40465 0.65556 0.40513 0.65532 0.40561 0.65460 0.40585 0.65363 0.40585\n 11 94 4 0.64592 0.42732 0.64640 0.42756 0.64712 0.42829 0.64712 0.42322\n 11 116 5 0.65050 0.42371 0.65026 0.42346 0.65050 0.42322 0.65074 0.42346 0.65050 0.42371\n 11 314 14 0.65267 0.42708 0.65267 0.42732 0.65291 0.42780 0.65315 0.42805 0.65363 0.42829 0.65460 0.42829 0.65508 0.42805 0.65532 0.42780 0.65556 0.42732 0.65556 0.42684 0.65532 0.42636 0.65484 0.42563 0.65243 0.42322 0.65580 0.42322\n 11 94 4 0.64592 0.44975 0.64640 0.45000 0.64712 0.45072 0.64712 0.44566\n 11 116 5 0.65050 0.44614 0.65026 0.44590 0.65050 0.44566 0.65074 0.44590 0.65050 0.44614\n 11 512 23 0.65556 0.45000 0.65532 0.45048 0.65460 0.45072 0.65412 0.45072 0.65339 0.45048 0.65291 0.44975 0.65267 0.44855 0.65267 0.44734 0.65291 0.44638 0.65339 0.44590 0.65412 0.44566 0.65436 0.44566 0.65508 0.44590 0.65556 0.44638 0.65580 0.44710 0.65580 0.44734 0.65556 0.44807 0.65508 0.44855 0.65436 0.44879 0.65412 0.44879 0.65339 0.44855 0.65291 0.44807 0.65267 0.44734\n 11 314 14 0.64544 0.47194 0.64544 0.47219 0.64568 0.47267 0.64592 0.47291 0.64640 0.47315 0.64737 0.47315 0.64785 0.47291 0.64809 0.47267 0.64833 0.47219 0.64833 0.47170 0.64809 0.47122 0.64761 0.47050 0.64520 0.46809 0.64857 0.46809\n 11 314 14 0.64544 0.49438 0.64544 0.49462 0.64568 0.49510 0.64592 0.49534 0.64640 0.49558 0.64737 0.49558 0.64785 0.49534 0.64809 0.49510 0.64833 0.49462 0.64833 0.49414 0.64809 0.49365 0.64761 0.49293 0.64520 0.49052 0.64857 0.49052\n 11 116 5 0.65050 0.49100 0.65026 0.49076 0.65050 0.49052 0.65074 0.49076 0.65050 0.49100\n 11 72 3 0.65484 0.49558 0.65243 0.49221 0.65604 0.49221\n 11 50 2 0.65484 0.49558 0.65484 0.49052\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 50 2 0.39375 0.35846 0.39375 0.50427\n 11 50 2 0.61535 0.35846 0.61535 0.50427\n 11 50 2 0.39375 0.50427 0.61535 0.50427\n 11 50 2 0.39375 0.35846 0.61535 0.35846\n 82 0\n 81 6 40\n 82 0\n 81 6 41\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 1150 52 0.41807 0.40658 0.41699 0.40949 0.41619 0.41241 0.41570 0.41532 0.41555 0.41824 0.41574 0.42116 0.41629 0.42407 0.41720 0.42699 0.41813 0.42907 0.41853 0.42990 0.42035 0.43282 0.42256 0.43565 0.42264 0.43574 0.42554 0.43865 0.42699 0.43990 0.42914 0.44157 0.43142 0.44313 0.43365 0.44449 0.43586 0.44569 0.43940 0.44740 0.44029 0.44779 0.44472 0.44949 0.44727 0.45032 0.44915 0.45088 0.45358 0.45199 0.45802 0.45287 0.46043 0.45323 0.46245 0.45352 0.46688 0.45393 0.47131 0.45415 0.47574 0.45417 0.48017 0.45399 0.48461 0.45362 0.48755 0.45323 0.48904 0.45303 0.49347 0.45220 0.49790 0.45117 0.50092 0.45032 0.50233 0.44989 0.50677 0.44832 0.50905 0.44740 0.51120 0.44647 0.51524 0.44449 0.51563 0.44428 0.52006 0.44167 0.52021 0.44157 0.52435 0.43865 0.52449 0.43854 0.52782 0.43574 0.52893 0.43471 0.53079 0.43282 0.53336 0.42998\n 11 314 14 0.53515 0.42894 0.53532 0.42904 0.53575 0.42906 0.53602 0.42898 0.53637 0.42874 0.53675 0.42807 0.53677 0.42764 0.53669 0.42737 0.53645 0.42702 0.53611 0.42683 0.53568 0.42681 0.53499 0.42686 0.53237 0.42761 0.53368 0.42525\n 11 380 17 0.53835 0.42520 0.53790 0.42562 0.53720 0.42567 0.53627 0.42537 0.53576 0.42509 0.53501 0.42445 0.53470 0.42383 0.53481 0.42323 0.53500 0.42289 0.53545 0.42248 0.53614 0.42243 0.53708 0.42273 0.53758 0.42301 0.53833 0.42365 0.53865 0.42427 0.53853 0.42487 0.53835 0.42520\n 11 380 17 0.54023 0.42184 0.53978 0.42225 0.53908 0.42230 0.53815 0.42200 0.53764 0.42172 0.53689 0.42108 0.53658 0.42046 0.53669 0.41986 0.53688 0.41952 0.53733 0.41911 0.53802 0.41906 0.53896 0.41936 0.53946 0.41964 0.54021 0.42028 0.54053 0.42090 0.54041 0.42150 0.54023 0.42184\n 11 1282 58 0.53999 0.41811 0.54082 0.41532 0.54139 0.41241 0.54167 0.40949 0.54163 0.40658 0.54126 0.40366 0.54056 0.40074 0.53951 0.39783 0.53810 0.39491 0.53779 0.39440 0.53619 0.39200 0.53385 0.38908 0.53336 0.38856 0.53086 0.38616 0.52893 0.38455 0.52719 0.38325 0.52449 0.38146 0.52257 0.38033 0.52006 0.37901 0.51659 0.37741 0.51563 0.37702 0.51120 0.37543 0.50808 0.37450 0.50677 0.37414 0.50233 0.37316 0.49790 0.37242 0.49347 0.37190 0.48904 0.37163 0.48682 0.37158 0.48461 0.37154 0.48352 0.37158 0.48017 0.37171 0.47574 0.37209 0.47131 0.37268 0.46688 0.37347 0.46245 0.37446 0.46230 0.37450 0.45802 0.37575 0.45358 0.37724 0.45313 0.37741 0.44915 0.37905 0.44636 0.38033 0.44472 0.38114 0.44083 0.38325 0.44029 0.38357 0.43622 0.38616 0.43586 0.38642 0.43231 0.38908 0.43142 0.38981 0.42894 0.39200 0.42699 0.39389 0.42601 0.39491 0.42349 0.39783 0.42256 0.39906 0.42136 0.40074 0.41957 0.40366 0.41813 0.40645 0.41807 0.40658\n 11 600 27 0.39597 0.39840 0.39631 0.39783 0.39823 0.39491 0.40035 0.39200 0.40040 0.39194 0.40278 0.38908 0.40483 0.38679 0.40543 0.38616 0.40838 0.38325 0.40926 0.38243 0.41165 0.38033 0.41370 0.37864 0.41525 0.37741 0.41813 0.37528 0.41925 0.37450 0.42256 0.37231 0.42373 0.37158 0.42699 0.36966 0.42879 0.36867 0.43142 0.36728 0.43457 0.36575 0.43586 0.36516 0.44029 0.36326 0.44139 0.36283 0.44472 0.36159 0.44915 0.36010 0.44977 0.35992\n 11 1282 58 0.52313 0.35992 0.52449 0.36035 0.52893 0.36194 0.53116 0.36283 0.53336 0.36377 0.53757 0.36575 0.53779 0.36586 0.54222 0.36831 0.54282 0.36867 0.54665 0.37115 0.54727 0.37158 0.55109 0.37445 0.55114 0.37450 0.55433 0.37741 0.55552 0.37860 0.55713 0.38033 0.55955 0.38325 0.55995 0.38380 0.56156 0.38616 0.56327 0.38908 0.56438 0.39134 0.56468 0.39200 0.56578 0.39491 0.56663 0.39783 0.56723 0.40074 0.56760 0.40366 0.56774 0.40658 0.56765 0.40949 0.56736 0.41241 0.56685 0.41532 0.56614 0.41824 0.56523 0.42116 0.56438 0.42343 0.56413 0.42407 0.56278 0.42699 0.56124 0.42990 0.55995 0.43208 0.55948 0.43282 0.55746 0.43574 0.55552 0.43830 0.55523 0.43865 0.55268 0.44157 0.55109 0.44326 0.54986 0.44449 0.54671 0.44740 0.54665 0.44745 0.54312 0.45032 0.54222 0.45100 0.53909 0.45323 0.53779 0.45410 0.53449 0.45615 0.53336 0.45681 0.52920 0.45907 0.52893 0.45921 0.52449 0.46129 0.52288 0.46198 0.52006 0.46312 0.51563 0.46475\n 11 72 3 0.50645 0.46936 0.50387 0.46727 0.50666 0.46650\n 11 50 2 0.50645 0.46936 0.50538 0.46546\n 11 380 17 0.50942 0.46855 0.50881 0.46851 0.50829 0.46806 0.50785 0.46718 0.50769 0.46662 0.50763 0.46564 0.50785 0.46498 0.50835 0.46464 0.50872 0.46454 0.50933 0.46457 0.50986 0.46503 0.51030 0.46591 0.51045 0.46647 0.51052 0.46745 0.51030 0.46811 0.50979 0.46845 0.50942 0.46855\n 11 380 17 0.51314 0.46753 0.51253 0.46750 0.51201 0.46704 0.51157 0.46616 0.51141 0.46560 0.51135 0.46462 0.51157 0.46396 0.51207 0.46362 0.51244 0.46352 0.51305 0.46355 0.51358 0.46401 0.51402 0.46489 0.51417 0.46545 0.51424 0.46643 0.51402 0.46709 0.51351 0.46743 0.51314 0.46753\n 11 842 38 0.50252 0.46834 0.50233 0.46838 0.49790 0.46923 0.49347 0.46994 0.48904 0.47050 0.48650 0.47073 0.48461 0.47090 0.48017 0.47115 0.47574 0.47126 0.47131 0.47123 0.46688 0.47107 0.46245 0.47077 0.46208 0.47073 0.45802 0.47031 0.45358 0.46970 0.44915 0.46896 0.44472 0.46807 0.44364 0.46781 0.44029 0.46699 0.43586 0.46574 0.43318 0.46490 0.43142 0.46431 0.42699 0.46266 0.42534 0.46198 0.42256 0.46077 0.41899 0.45907 0.41813 0.45862 0.41370 0.45619 0.41363 0.45615 0.40926 0.45328 0.40920 0.45323 0.40538 0.45032 0.40483 0.44986 0.40210 0.44740 0.40040 0.44569 0.39927 0.44449 0.39687 0.44157 0.39597 0.44031\n 11 226 10 0.39597 0.37334 0.39802 0.37158 0.40040 0.36964 0.40165 0.36867 0.40483 0.36629 0.40560 0.36575 0.40926 0.36326 0.40993 0.36283 0.41370 0.36051 0.41471 0.35992\n 11 1348 61 0.55795 0.35992 0.55995 0.36119 0.56237 0.36283 0.56438 0.36429 0.56627 0.36575 0.56881 0.36786 0.56973 0.36867 0.57279 0.37158 0.57324 0.37206 0.57547 0.37450 0.57768 0.37719 0.57785 0.37741 0.57990 0.38033 0.58170 0.38325 0.58211 0.38401 0.58322 0.38616 0.58449 0.38908 0.58555 0.39200 0.58639 0.39491 0.58654 0.39559 0.58701 0.39783 0.58743 0.40074 0.58766 0.40366 0.58771 0.40658 0.58758 0.40949 0.58729 0.41241 0.58683 0.41532 0.58654 0.41667 0.58619 0.41824 0.58539 0.42116 0.58443 0.42407 0.58332 0.42699 0.58211 0.42979 0.58205 0.42990 0.58059 0.43282 0.57897 0.43574 0.57768 0.43788 0.57719 0.43865 0.57519 0.44157 0.57324 0.44420 0.57303 0.44449 0.57061 0.44740 0.56881 0.44943 0.56798 0.45032 0.56509 0.45323 0.56438 0.45391 0.56190 0.45615 0.55995 0.45780 0.55838 0.45907 0.55552 0.46124 0.55449 0.46198 0.55109 0.46429 0.55014 0.46490 0.54665 0.46701 0.54523 0.46781 0.54222 0.46943 0.53963 0.47073 0.53779 0.47161 0.53336 0.47357 0.53316 0.47365 0.52893 0.47529\n 11 512 23 0.52030 0.47951 0.52023 0.47994 0.51973 0.48030 0.51937 0.48041 0.51876 0.48040 0.51821 0.47997 0.51774 0.47910 0.51745 0.47818 0.51741 0.47739 0.51766 0.47691 0.51815 0.47655 0.51834 0.47649 0.51895 0.47650 0.51943 0.47675 0.51979 0.47725 0.51984 0.47743 0.51983 0.47804 0.51958 0.47853 0.51909 0.47888 0.51890 0.47894 0.51829 0.47893 0.51781 0.47868 0.51745 0.47818\n 11 380 17 0.52286 0.47932 0.52225 0.47931 0.52171 0.47887 0.52124 0.47801 0.52106 0.47745 0.52096 0.47648 0.52115 0.47581 0.52165 0.47545 0.52202 0.47534 0.52263 0.47535 0.52317 0.47578 0.52364 0.47665 0.52381 0.47720 0.52392 0.47818 0.52372 0.47884 0.52323 0.47920 0.52286 0.47932\n 11 380 17 0.52654 0.47816 0.52593 0.47815 0.52539 0.47771 0.52492 0.47685 0.52474 0.47630 0.52464 0.47532 0.52483 0.47465 0.52533 0.47430 0.52570 0.47418 0.52631 0.47419 0.52685 0.47463 0.52732 0.47549 0.52749 0.47604 0.52760 0.47702 0.52740 0.47769 0.52691 0.47805 0.52654 0.47816\n 11 842 38 0.51595 0.47936 0.51563 0.47945 0.51552 0.47948 0.51120 0.48050 0.50677 0.48143 0.50233 0.48222 0.50120 0.48240 0.49790 0.48287 0.49347 0.48340 0.48904 0.48381 0.48461 0.48410 0.48017 0.48428 0.47574 0.48434 0.47131 0.48429 0.46688 0.48413 0.46245 0.48385 0.45802 0.48346 0.45358 0.48296 0.44947 0.48240 0.44915 0.48235 0.44472 0.48159 0.44029 0.48072 0.43586 0.47974 0.43481 0.47948 0.43142 0.47860 0.42699 0.47733 0.42457 0.47656 0.42256 0.47590 0.41813 0.47431 0.41641 0.47365 0.41370 0.47254 0.40957 0.47073 0.40926 0.47059 0.40483 0.46840 0.40373 0.46781 0.40040 0.46595 0.39863 0.46490 0.39597 0.46321\n 11 1370 62 0.58069 0.35992 0.58211 0.36111 0.58409 0.36283 0.58654 0.36514 0.58717 0.36575 0.58991 0.36867 0.59097 0.36989 0.59237 0.37158 0.59457 0.37450 0.59540 0.37572 0.59651 0.37741 0.59820 0.38033 0.59970 0.38325 0.59984 0.38357 0.60094 0.38616 0.60199 0.38908 0.60285 0.39200 0.60353 0.39491 0.60404 0.39783 0.60427 0.39985 0.60437 0.40074 0.60452 0.40366 0.60453 0.40658 0.60438 0.40949 0.60427 0.41063 0.60408 0.41241 0.60364 0.41532 0.60305 0.41824 0.60233 0.42116 0.60148 0.42407 0.60050 0.42699 0.59984 0.42875 0.59938 0.42990 0.59812 0.43282 0.59673 0.43574 0.59540 0.43828 0.59520 0.43865 0.59351 0.44157 0.59168 0.44449 0.59097 0.44554 0.58968 0.44740 0.58751 0.45032 0.58654 0.45155 0.58516 0.45323 0.58261 0.45615 0.58211 0.45669 0.57982 0.45907 0.57768 0.46117 0.57681 0.46198 0.57352 0.46490 0.57324 0.46513 0.56989 0.46781 0.56881 0.46864 0.56591 0.47073 0.56438 0.47178 0.56152 0.47365 0.55995 0.47462 0.55662 0.47656 0.55552 0.47718 0.55114 0.47948 0.55109 0.47951 0.54665 0.48158\n 11 644 29 0.53710 0.48747 0.53649 0.48750 0.53617 0.48721 0.53603 0.48685 0.53607 0.48642 0.53636 0.48610 0.53701 0.48564 0.53748 0.48525 0.53770 0.48475 0.53774 0.48432 0.53753 0.48378 0.53721 0.48349 0.53696 0.48338 0.53635 0.48341 0.53563 0.48369 0.53516 0.48408 0.53505 0.48433 0.53501 0.48476 0.53522 0.48530 0.53554 0.48559 0.53604 0.48581 0.53665 0.48578 0.53744 0.48568 0.53787 0.48572 0.53819 0.48601 0.53833 0.48637 0.53829 0.48680 0.53782 0.48719 0.53710 0.48747\n 11 380 17 0.54087 0.48600 0.54026 0.48603 0.53969 0.48563 0.53916 0.48480 0.53895 0.48426 0.53878 0.48329 0.53893 0.48261 0.53940 0.48223 0.53976 0.48209 0.54037 0.48206 0.54094 0.48245 0.54147 0.48328 0.54168 0.48382 0.54185 0.48479 0.54170 0.48547 0.54123 0.48586 0.54087 0.48600\n 11 380 17 0.54447 0.48460 0.54386 0.48463 0.54329 0.48423 0.54276 0.48340 0.54255 0.48286 0.54238 0.48189 0.54253 0.48122 0.54300 0.48083 0.54336 0.48069 0.54397 0.48066 0.54454 0.48106 0.54507 0.48188 0.54528 0.48242 0.54545 0.48339 0.54530 0.48407 0.54483 0.48446 0.54447 0.48460\n 11 930 42 0.53398 0.48651 0.53336 0.48672 0.52893 0.48813 0.52858 0.48823 0.52449 0.48936 0.52006 0.49048 0.51713 0.49114 0.51563 0.49147 0.51120 0.49233 0.50677 0.49308 0.50233 0.49372 0.49955 0.49406 0.49790 0.49425 0.49347 0.49467 0.48904 0.49499 0.48461 0.49521 0.48017 0.49534 0.47574 0.49537 0.47131 0.49530 0.46688 0.49513 0.46245 0.49487 0.45802 0.49451 0.45378 0.49406 0.45358 0.49404 0.44915 0.49349 0.44472 0.49282 0.44029 0.49206 0.43586 0.49120 0.43560 0.49114 0.43142 0.49021 0.42699 0.48911 0.42372 0.48823 0.42256 0.48790 0.41813 0.48655 0.41434 0.48531 0.41370 0.48509 0.40926 0.48347 0.40653 0.48240 0.40483 0.48170 0.40040 0.47978 0.39974 0.47948 0.39597 0.47766\n 11 380 17 0.44567 0.50281 0.44472 0.50268 0.44029 0.50197 0.43586 0.50117 0.43142 0.50029 0.42962 0.49989 0.42699 0.49930 0.42256 0.49820 0.41813 0.49702 0.41798 0.49698 0.41370 0.49570 0.40926 0.49429 0.40859 0.49406 0.40483 0.49274 0.40056 0.49114 0.40040 0.49108 0.39597 0.48926\n 11 1062 48 0.50965 0.50281 0.51120 0.50258 0.51563 0.50185 0.52006 0.50101 0.52449 0.50008 0.52531 0.49989 0.52893 0.49902 0.53336 0.49786 0.53643 0.49698 0.53779 0.49657 0.54222 0.49514 0.54534 0.49406 0.54665 0.49358 0.55109 0.49187 0.55283 0.49114 0.55552 0.48998 0.55933 0.48823 0.55995 0.48793 0.56438 0.48567 0.56504 0.48531 0.56881 0.48318 0.57013 0.48240 0.57324 0.48045 0.57473 0.47948 0.57768 0.47745 0.57890 0.47656 0.58211 0.47412 0.58270 0.47365 0.58619 0.47073 0.58654 0.47042 0.58938 0.46781 0.59097 0.46627 0.59233 0.46490 0.59507 0.46198 0.59540 0.46161 0.59759 0.45907 0.59984 0.45630 0.59995 0.45615 0.60211 0.45323 0.60414 0.45032 0.60427 0.45013 0.60600 0.44740 0.60774 0.44449 0.60870 0.44278 0.60935 0.44157 0.61082 0.43865 0.61219 0.43574 0.61313 0.43356\n 11 248 11 0.61313 0.37866 0.61249 0.37741 0.61080 0.37450 0.60892 0.37158 0.60870 0.37128 0.60678 0.36867 0.60443 0.36575 0.60427 0.36556 0.60180 0.36283 0.59984 0.36082 0.59893 0.35992\n 11 116 5 0.40595 0.50281 0.40483 0.50245 0.40040 0.50094 0.39751 0.49989 0.39597 0.49932\n 11 688 31 0.55014 0.50281 0.55109 0.50249 0.55552 0.50088 0.55810 0.49989 0.55995 0.49915 0.56438 0.49726 0.56502 0.49698 0.56881 0.49520 0.57110 0.49406 0.57324 0.49295 0.57656 0.49114 0.57768 0.49051 0.58148 0.48823 0.58211 0.48783 0.58594 0.48531 0.58654 0.48489 0.59000 0.48240 0.59097 0.48166 0.59373 0.47948 0.59540 0.47809 0.59716 0.47656 0.59984 0.47413 0.60035 0.47365 0.60328 0.47073 0.60427 0.46969 0.60600 0.46781 0.60855 0.46490 0.60870 0.46471 0.61089 0.46198 0.61310 0.45907 0.61313 0.45903\n 11 424 19 0.57506 0.50281 0.57768 0.50156 0.58101 0.49989 0.58211 0.49932 0.58637 0.49698 0.58654 0.49688 0.59097 0.49422 0.59122 0.49406 0.59540 0.49131 0.59565 0.49114 0.59971 0.48823 0.59984 0.48813 0.60343 0.48531 0.60427 0.48462 0.60687 0.48240 0.60870 0.48075 0.61006 0.47948 0.61303 0.47656 0.61313 0.47646\n 11 226 10 0.59480 0.50281 0.59540 0.50246 0.59968 0.49989 0.59984 0.49980 0.60415 0.49698 0.60427 0.49690 0.60825 0.49406 0.60870 0.49373 0.61203 0.49114 0.61313 0.49025\n 11 50 2 0.61160 0.50281 0.61313 0.50177\n 82 0\n 81 6 42\n 82 0\n 81 6 43\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.39451 0.35846 0.39597 0.35992\n 11 50 2 0.39375 0.36327 0.39597 0.36575\n 11 50 2 0.39375 0.36878 0.39597 0.37158\n 11 50 2 0.39375 0.37418 0.39597 0.37741\n 11 50 2 0.39375 0.37942 0.39597 0.38325\n 11 50 2 0.39375 0.38440 0.39597 0.38908\n 11 50 2 0.39375 0.38890 0.39597 0.39491\n 11 50 2 0.39465 0.39145 0.39375 0.39012\n 11 50 2 0.39375 0.39232 0.39597 0.40074\n 11 72 3 0.39560 0.39739 0.39407 0.39455 0.39375 0.39629\n 11 72 3 0.39375 0.39629 0.39407 0.39455 0.39597 0.40658\n 11 116 5 0.39655 0.40333 0.39534 0.40038 0.39444 0.40344 0.39534 0.40038 0.39597 0.41241\n 11 116 5 0.39750 0.40928 0.39660 0.40621 0.39539 0.40916 0.39660 0.40621 0.39597 0.41824\n 11 116 5 0.39845 0.41522 0.39787 0.41205 0.39634 0.41489 0.39787 0.41205 0.39597 0.42407\n 11 116 5 0.39939 0.42116 0.39913 0.41788 0.39729 0.42061 0.39913 0.41788 0.39597 0.42990\n 11 116 5 0.40034 0.42710 0.40040 0.42371 0.39824 0.42633 0.40040 0.42371 0.39597 0.43574\n 11 116 5 0.40129 0.43305 0.40167 0.42954 0.39919 0.43205 0.40167 0.42954 0.39597 0.44157\n 11 116 5 0.40224 0.43899 0.40293 0.43537 0.40014 0.43777 0.40293 0.43537 0.39597 0.44740\n 11 116 5 0.40319 0.44493 0.40420 0.44121 0.40109 0.44349 0.40420 0.44121 0.39597 0.45323\n 11 116 5 0.40414 0.45088 0.40546 0.44704 0.40204 0.44922 0.40546 0.44704 0.39597 0.45907\n 11 116 5 0.40509 0.45682 0.40673 0.45287 0.40299 0.45494 0.40673 0.45287 0.39597 0.46490\n 11 116 5 0.40604 0.46276 0.40800 0.45870 0.40394 0.46066 0.40800 0.45870 0.39597 0.47073\n 11 116 5 0.40699 0.46871 0.40926 0.46454 0.40489 0.46638 0.40926 0.46454 0.39597 0.47656\n 11 116 5 0.40794 0.47465 0.41053 0.47037 0.40584 0.47210 0.41053 0.47037 0.39597 0.48240\n 11 116 5 0.40889 0.48059 0.41179 0.47620 0.40678 0.47782 0.41179 0.47620 0.39597 0.48823\n 11 116 5 0.40984 0.48654 0.41306 0.48203 0.40773 0.48354 0.41306 0.48203 0.39597 0.49406\n 11 116 5 0.41079 0.49248 0.41433 0.48787 0.40868 0.48927 0.41433 0.48787 0.39597 0.49989\n 11 50 2 0.40320 0.35846 0.40483 0.35992\n 11 72 3 0.39574 0.35846 0.39582 0.35862 0.39574 0.35846\n 11 50 2 0.39754 0.35846 0.40483 0.36575\n 11 116 5 0.39865 0.36268 0.39534 0.36082 0.39677 0.36434 0.39534 0.36082 0.40483 0.37158\n 11 116 5 0.39960 0.36862 0.39660 0.36665 0.39772 0.37006 0.39660 0.36665 0.40483 0.37741\n 11 116 5 0.40055 0.37457 0.39787 0.37249 0.39867 0.37579 0.39787 0.37249 0.40483 0.38325\n 11 116 5 0.40150 0.38051 0.39914 0.37832 0.39962 0.38151 0.39914 0.37832 0.40483 0.38908\n 11 116 5 0.40245 0.38645 0.40040 0.38415 0.40057 0.38723 0.40040 0.38415 0.40483 0.39491\n 11 116 5 0.40340 0.39240 0.40167 0.38998 0.40152 0.39295 0.40167 0.38998 0.40483 0.40074\n 11 116 5 0.40435 0.39834 0.40293 0.39582 0.40247 0.39867 0.40293 0.39582 0.40483 0.40658\n 11 116 5 0.40530 0.40428 0.40420 0.40165 0.40342 0.40439 0.40420 0.40165 0.40483 0.41241\n 11 116 5 0.40625 0.41023 0.40547 0.40748 0.40437 0.41011 0.40547 0.40748 0.40483 0.41824\n 11 116 5 0.40720 0.41617 0.40673 0.41331 0.40532 0.41584 0.40673 0.41331 0.40483 0.42407\n 11 116 5 0.40815 0.42211 0.40800 0.41914 0.40626 0.42156 0.40800 0.41914 0.40483 0.42990\n 11 116 5 0.40910 0.42805 0.40926 0.42498 0.40721 0.42728 0.40926 0.42498 0.40483 0.43574\n 11 116 5 0.41005 0.43400 0.41053 0.43081 0.40816 0.43300 0.41053 0.43081 0.40483 0.44157\n 11 116 5 0.41100 0.43994 0.41180 0.43664 0.40911 0.43872 0.41180 0.43664 0.40483 0.44740\n 11 116 5 0.41195 0.44588 0.41306 0.44247 0.41006 0.44444 0.41306 0.44247 0.40483 0.45323\n 11 116 5 0.41290 0.45183 0.41433 0.44831 0.41101 0.45016 0.41433 0.44831 0.40483 0.45907\n 11 116 5 0.41384 0.45777 0.41559 0.45414 0.41196 0.45589 0.41559 0.45414 0.40483 0.46490\n 11 116 5 0.41479 0.46371 0.41686 0.45997 0.41291 0.46161 0.41686 0.45997 0.40483 0.47073\n 11 116 5 0.41574 0.46966 0.41813 0.46580 0.41386 0.46733 0.41813 0.46580 0.40483 0.47656\n 11 116 5 0.41669 0.47560 0.41939 0.47163 0.41481 0.47305 0.41939 0.47163 0.40483 0.48240\n 11 116 5 0.41764 0.48154 0.42066 0.47747 0.41576 0.47877 0.42066 0.47747 0.40483 0.48823\n 11 116 5 0.41859 0.48748 0.42192 0.48330 0.41671 0.48449 0.42192 0.48330 0.40483 0.49406\n 11 116 5 0.41954 0.49343 0.42319 0.48913 0.41766 0.49022 0.42319 0.48913 0.40483 0.49989\n 11 50 2 0.41185 0.35846 0.41370 0.35992\n 11 72 3 0.40417 0.35846 0.40479 0.35957 0.40417 0.35846\n 11 50 2 0.40543 0.35846 0.41370 0.36575\n 11 116 5 0.40741 0.36363 0.40420 0.36209 0.40574 0.36529 0.40420 0.36209 0.41370 0.37158\n 11 116 5 0.40836 0.36957 0.40547 0.36792 0.40669 0.37101 0.40547 0.36792 0.41370 0.37741\n 11 116 5 0.40930 0.37552 0.40673 0.37375 0.40764 0.37674 0.40673 0.37375 0.41370 0.38325\n 11 116 5 0.41025 0.38146 0.40800 0.37958 0.40859 0.38246 0.40800 0.37958 0.41370 0.38908\n 11 116 5 0.41120 0.38740 0.40927 0.38542 0.40954 0.38818 0.40927 0.38542 0.41370 0.39491\n 11 116 5 0.41215 0.39335 0.41053 0.39125 0.41049 0.39390 0.41053 0.39125 0.41370 0.40074\n 11 116 5 0.41310 0.39929 0.41180 0.39708 0.41144 0.39962 0.41180 0.39708 0.41370 0.40658\n 11 116 5 0.41405 0.40523 0.41306 0.40291 0.41239 0.40534 0.41306 0.40291 0.41370 0.41241\n 11 116 5 0.41500 0.41117 0.41433 0.40875 0.41334 0.41106 0.41433 0.40875 0.41370 0.41824\n 11 116 5 0.41595 0.41712 0.41560 0.41458 0.41429 0.41679 0.41560 0.41458 0.41370 0.42407\n 11 116 5 0.41690 0.42306 0.41686 0.42041 0.41524 0.42251 0.41686 0.42041 0.41370 0.42990\n 11 116 5 0.41785 0.42900 0.41813 0.42624 0.41619 0.42823 0.41813 0.42624 0.41370 0.43574\n 11 116 5 0.41880 0.43495 0.41939 0.43207 0.41714 0.43395 0.41939 0.43207 0.41370 0.44157\n 11 116 5 0.41975 0.44089 0.42066 0.43791 0.41809 0.43967 0.42066 0.43791 0.41370 0.44740\n 11 116 5 0.42070 0.44683 0.42193 0.44374 0.41904 0.44539 0.42193 0.44374 0.41370 0.45323\n 11 116 5 0.42165 0.45278 0.42319 0.44957 0.41999 0.45111 0.42319 0.44957 0.41370 0.45907\n 11 116 5 0.42260 0.45872 0.42446 0.45540 0.42094 0.45684 0.42446 0.45540 0.41370 0.46490\n 11 116 5 0.42355 0.46466 0.42572 0.46124 0.42189 0.46256 0.42572 0.46124 0.41370 0.47073\n 11 116 5 0.42450 0.47061 0.42699 0.46707 0.42284 0.46828 0.42699 0.46707 0.41370 0.47656\n 11 116 5 0.42545 0.47655 0.42826 0.47290 0.42378 0.47400 0.42826 0.47290 0.41370 0.48240\n 11 116 5 0.42640 0.48249 0.42952 0.47873 0.42473 0.47972 0.42952 0.47873 0.41370 0.48823\n 11 116 5 0.42735 0.48843 0.43079 0.48456 0.42568 0.48544 0.43079 0.48456 0.41370 0.49406\n 11 116 5 0.42829 0.49438 0.43205 0.49040 0.42663 0.49116 0.43205 0.49040 0.41370 0.49989\n 11 50 2 0.42043 0.35846 0.42256 0.35992\n 11 50 2 0.41521 0.35864 0.41467 0.35846\n 11 72 3 0.41242 0.35846 0.41377 0.36052 0.41242 0.35846\n 11 50 2 0.41303 0.35846 0.42256 0.36575\n 11 116 5 0.41616 0.36458 0.41307 0.36335 0.41472 0.36624 0.41307 0.36335 0.42256 0.37158\n 11 116 5 0.41711 0.37052 0.41433 0.36919 0.41567 0.37196 0.41433 0.36919 0.42256 0.37741\n 11 116 5 0.41806 0.37647 0.41560 0.37502 0.41662 0.37768 0.41560 0.37502 0.42256 0.38325\n 11 116 5 0.41901 0.38241 0.41686 0.38085 0.41757 0.38341 0.41686 0.38085 0.42256 0.38908\n 11 116 5 0.41996 0.38835 0.41813 0.38668 0.41852 0.38913 0.41813 0.38668 0.42256 0.39491\n 11 116 5 0.42091 0.39430 0.41940 0.39251 0.41947 0.39485 0.41940 0.39251 0.42256 0.40074\n 11 116 5 0.42186 0.40024 0.42066 0.39835 0.42042 0.40057 0.42066 0.39835 0.42256 0.40658\n 11 116 5 0.42281 0.40618 0.42193 0.40418 0.42137 0.40629 0.42193 0.40418 0.42256 0.41241\n 11 116 5 0.42375 0.41212 0.42319 0.41001 0.42231 0.41201 0.42319 0.41001 0.42256 0.41824\n 11 116 5 0.42470 0.41807 0.42446 0.41584 0.42326 0.41773 0.42446 0.41584 0.42256 0.42407\n 11 116 5 0.42565 0.42401 0.42573 0.42168 0.42421 0.42346 0.42573 0.42168 0.42256 0.42990\n 11 116 5 0.42660 0.42995 0.42699 0.42751 0.42516 0.42918 0.42699 0.42751 0.42256 0.43574\n 11 116 5 0.42755 0.43590 0.42826 0.43334 0.42611 0.43490 0.42826 0.43334 0.42256 0.44157\n 11 116 5 0.42850 0.44184 0.42952 0.43917 0.42706 0.44062 0.42952 0.43917 0.42256 0.44740\n 11 116 5 0.42945 0.44778 0.43079 0.44501 0.42801 0.44634 0.43079 0.44501 0.42256 0.45323\n 11 116 5 0.43040 0.45373 0.43205 0.45084 0.42896 0.45206 0.43205 0.45084 0.42256 0.45907\n 11 116 5 0.43135 0.45967 0.43332 0.45667 0.42991 0.45779 0.43332 0.45667 0.42256 0.46490\n 11 116 5 0.43230 0.46561 0.43459 0.46250 0.43086 0.46351 0.43459 0.46250 0.42256 0.47073\n 11 116 5 0.43325 0.47155 0.43585 0.46833 0.43181 0.46923 0.43585 0.46833 0.42256 0.47656\n 11 116 5 0.43420 0.47750 0.43712 0.47417 0.43276 0.47495 0.43712 0.47417 0.42256 0.48240\n 11 116 5 0.43515 0.48344 0.43838 0.48000 0.43371 0.48067 0.43838 0.48000 0.42256 0.48823\n 11 116 5 0.43610 0.48938 0.43965 0.48583 0.43466 0.48639 0.43965 0.48583 0.42256 0.49406\n 11 116 5 0.43705 0.49533 0.44092 0.49166 0.43561 0.49211 0.44092 0.49166 0.42256 0.49989\n 11 50 2 0.42891 0.35846 0.43142 0.35992\n 11 116 5 0.42396 0.35959 0.42066 0.35879 0.42274 0.36147 0.42066 0.35879 0.43142 0.36575\n 11 116 5 0.42491 0.36553 0.42193 0.36462 0.42369 0.36719 0.42193 0.36462 0.43142 0.37158\n 11 116 5 0.42586 0.37147 0.42320 0.37045 0.42464 0.37291 0.42320 0.37045 0.43142 0.37741\n 11 116 5 0.42681 0.37742 0.42446 0.37628 0.42559 0.37863 0.42446 0.37628 0.43142 0.38325\n 11 116 5 0.42776 0.38336 0.42573 0.38212 0.42654 0.38436 0.42573 0.38212 0.43142 0.38908\n 11 116 5 0.42871 0.38930 0.42699 0.38795 0.42749 0.39008 0.42699 0.38795 0.43142 0.39491\n 11 116 5 0.42966 0.39524 0.42826 0.39378 0.42844 0.39580 0.42826 0.39378 0.43142 0.40074\n 11 116 5 0.43061 0.40119 0.42952 0.39961 0.42939 0.40152 0.42952 0.39961 0.43142 0.40658\n 11 116 5 0.43156 0.40713 0.43079 0.40545 0.43034 0.40724 0.43079 0.40545 0.43142 0.41241\n 11 116 5 0.43251 0.41307 0.43206 0.41128 0.43129 0.41296 0.43206 0.41128 0.43142 0.41824\n 11 116 5 0.43346 0.41902 0.43332 0.41711 0.43224 0.41868 0.43332 0.41711 0.43142 0.42407\n 11 116 5 0.43441 0.42496 0.43459 0.42294 0.43319 0.42441 0.43459 0.42294 0.43142 0.42990\n 11 116 5 0.43536 0.43090 0.43585 0.42877 0.43414 0.43013 0.43585 0.42877 0.43142 0.43574\n 11 116 5 0.43631 0.43685 0.43712 0.43461 0.43509 0.43585 0.43712 0.43461 0.43142 0.44157\n 11 116 5 0.43726 0.44279 0.43839 0.44044 0.43604 0.44157 0.43839 0.44044 0.43142 0.44740\n 11 116 5 0.43820 0.44873 0.43965 0.44627 0.43699 0.44729 0.43965 0.44627 0.43142 0.45323\n 11 116 5 0.43915 0.45467 0.44092 0.45210 0.43794 0.45301 0.44092 0.45210 0.43142 0.45907\n 11 116 5 0.44010 0.46062 0.44218 0.45794 0.43889 0.45873 0.44218 0.45794 0.43142 0.46490\n 11 116 5 0.44105 0.46656 0.44345 0.46377 0.43983 0.46446 0.44345 0.46377 0.43142 0.47073\n 11 116 5 0.44200 0.47250 0.44472 0.46960 0.44078 0.47018 0.44472 0.46960 0.43142 0.47656\n 11 116 5 0.44295 0.47845 0.44598 0.47543 0.44173 0.47590 0.44598 0.47543 0.43142 0.48240\n 11 116 5 0.44390 0.48439 0.44725 0.48126 0.44268 0.48162 0.44725 0.48126 0.43142 0.48823\n 11 116 5 0.44485 0.49033 0.44851 0.48710 0.44363 0.48734 0.44851 0.48710 0.43142 0.49406\n 11 116 5 0.44580 0.49628 0.44978 0.49293 0.44458 0.49306 0.44978 0.49293 0.43142 0.49989\n 11 50 2 0.43721 0.35846 0.44029 0.35992\n 11 116 5 0.43272 0.36054 0.42953 0.36005 0.43172 0.36242 0.42953 0.36005 0.44029 0.36575\n 11 116 5 0.43367 0.36648 0.43079 0.36589 0.43267 0.36814 0.43079 0.36589 0.44029 0.37158\n 11 116 5 0.43461 0.37242 0.43206 0.37172 0.43362 0.37386 0.43206 0.37172 0.44029 0.37741\n 11 116 5 0.43556 0.37836 0.43332 0.37755 0.43457 0.37958 0.43332 0.37755 0.44029 0.38325\n 11 116 5 0.43651 0.38431 0.43459 0.38338 0.43552 0.38530 0.43459 0.38338 0.44029 0.38908\n 11 116 5 0.43746 0.39025 0.43586 0.38921 0.43647 0.39103 0.43586 0.38921 0.44029 0.39491\n 11 116 5 0.43841 0.39619 0.43712 0.39505 0.43742 0.39675 0.43712 0.39505 0.44029 0.40074\n 11 116 5 0.43936 0.40214 0.43839 0.40088 0.43837 0.40247 0.43839 0.40088 0.44029 0.40658\n 11 116 5 0.44031 0.40808 0.43965 0.40671 0.43931 0.40819 0.43965 0.40671 0.44029 0.41241\n 11 116 5 0.44126 0.41402 0.44092 0.41254 0.44026 0.41391 0.44092 0.41254 0.44029 0.41824\n 11 116 5 0.44221 0.41997 0.44219 0.41838 0.44121 0.41963 0.44219 0.41838 0.44029 0.42407\n 11 116 5 0.44316 0.42591 0.44345 0.42421 0.44216 0.42536 0.44345 0.42421 0.44029 0.42990\n 11 116 5 0.44411 0.43185 0.44472 0.43004 0.44311 0.43108 0.44472 0.43004 0.44029 0.43574\n 11 116 5 0.44506 0.43780 0.44598 0.43587 0.44406 0.43680 0.44598 0.43587 0.44029 0.44157\n 11 116 5 0.44601 0.44374 0.44725 0.44170 0.44501 0.44252 0.44725 0.44170 0.44029 0.44740\n 11 116 5 0.44696 0.44968 0.44852 0.44754 0.44596 0.44824 0.44852 0.44754 0.44029 0.45323\n 11 116 5 0.44791 0.45562 0.44978 0.45337 0.44691 0.45396 0.44978 0.45337 0.44029 0.45907\n 11 116 5 0.44886 0.46157 0.45105 0.45920 0.44786 0.45968 0.45105 0.45920 0.44029 0.46490\n 11 116 5 0.44981 0.46751 0.45231 0.46503 0.44881 0.46541 0.45231 0.46503 0.44029 0.47073\n 11 116 5 0.45076 0.47345 0.45358 0.47087 0.44976 0.47113 0.45358 0.47087 0.44029 0.47656\n 11 116 5 0.45171 0.47940 0.45485 0.47670 0.45071 0.47685 0.45485 0.47670 0.44029 0.48240\n 11 116 5 0.45265 0.48534 0.45611 0.48253 0.45166 0.48257 0.45611 0.48253 0.44029 0.48823\n 11 116 5 0.45360 0.49128 0.45738 0.48836 0.45261 0.48829 0.45738 0.48836 0.44029 0.49406\n 11 116 5 0.45455 0.49723 0.45864 0.49420 0.45356 0.49401 0.45864 0.49420 0.44029 0.49989\n 11 50 2 0.44519 0.35846 0.44915 0.35992\n 11 116 5 0.44147 0.36149 0.43839 0.36132 0.44069 0.36337 0.43839 0.36132 0.44915 0.36575\n 11 116 5 0.44242 0.36743 0.43966 0.36715 0.44164 0.36909 0.43966 0.36715 0.44915 0.37158\n 11 116 5 0.44337 0.37337 0.44092 0.37298 0.44259 0.37481 0.44092 0.37298 0.44915 0.37741\n 11 116 5 0.44432 0.37931 0.44219 0.37882 0.44354 0.38053 0.44219 0.37882 0.44915 0.38325\n 11 116 5 0.44527 0.38526 0.44345 0.38465 0.44449 0.38625 0.44345 0.38465 0.44915 0.38908\n 11 116 5 0.44622 0.39120 0.44472 0.39048 0.44544 0.39198 0.44472 0.39048 0.44915 0.39491\n 11 116 5 0.44717 0.39714 0.44599 0.39631 0.44639 0.39770 0.44599 0.39631 0.44915 0.40074\n 11 116 5 0.44816 0.40313 0.44725 0.40215 0.44734 0.40348 0.44725 0.40215 0.44915 0.40658\n 11 116 5 0.44914 0.40917 0.44852 0.40798 0.44826 0.40929 0.44852 0.40798 0.44915 0.41241\n 11 116 5 0.45004 0.41513 0.44978 0.41381 0.44917 0.41500 0.44978 0.41381 0.44915 0.41824\n 11 116 5 0.45096 0.42098 0.45105 0.41964 0.45014 0.42063 0.45105 0.41964 0.44915 0.42407\n 11 116 5 0.45191 0.42686 0.45232 0.42547 0.45114 0.42630 0.45232 0.42547 0.44915 0.42990\n 11 116 5 0.45286 0.43280 0.45358 0.43131 0.45209 0.43203 0.45358 0.43131 0.44915 0.43574\n 11 116 5 0.45381 0.43874 0.45485 0.43714 0.45304 0.43775 0.45485 0.43714 0.44915 0.44157\n 11 116 5 0.45476 0.44469 0.45611 0.44297 0.45399 0.44347 0.45611 0.44297 0.44915 0.44740\n 11 116 5 0.45571 0.45063 0.45738 0.44880 0.45494 0.44919 0.45738 0.44880 0.44915 0.45323\n 11 116 5 0.45666 0.45657 0.45865 0.45464 0.45588 0.45491 0.45865 0.45464 0.44915 0.45907\n 11 116 5 0.45761 0.46252 0.45991 0.46047 0.45683 0.46063 0.45991 0.46047 0.44915 0.46490\n 11 116 5 0.45856 0.46846 0.46118 0.46630 0.45778 0.46636 0.46118 0.46630 0.44915 0.47073\n 11 116 5 0.45951 0.47440 0.46244 0.47213 0.45873 0.47208 0.46244 0.47213 0.44915 0.47656\n 11 116 5 0.46046 0.48035 0.46371 0.47796 0.45968 0.47780 0.46371 0.47796 0.44915 0.48240\n 11 116 5 0.46141 0.48629 0.46498 0.48380 0.46063 0.48352 0.46498 0.48380 0.44915 0.48823\n 11 116 5 0.46236 0.49223 0.46624 0.48963 0.46158 0.48924 0.46624 0.48963 0.44915 0.49406\n 11 116 5 0.46331 0.49818 0.46751 0.49546 0.46253 0.49496 0.46751 0.49546 0.44915 0.49989\n 11 72 3 0.44852 0.35846 0.44872 0.35860 0.44852 0.35846\n 11 50 2 0.45247 0.35846 0.45802 0.35992\n 11 116 5 0.45022 0.36243 0.44725 0.36259 0.44967 0.36432 0.44725 0.36259 0.45802 0.36575\n 11 116 5 0.45117 0.36838 0.44852 0.36842 0.45062 0.37004 0.44852 0.36842 0.45802 0.37158\n 11 116 5 0.45212 0.37432 0.44979 0.37425 0.45157 0.37576 0.44979 0.37425 0.45802 0.37741\n 11 116 5 0.45307 0.38026 0.45105 0.38008 0.45252 0.38148 0.45105 0.38008 0.45802 0.38325\n 11 116 5 0.45402 0.38621 0.45232 0.38591 0.45347 0.38720 0.45232 0.38591 0.45802 0.38908\n 11 116 5 0.45497 0.39215 0.45358 0.39175 0.45442 0.39293 0.45358 0.39175 0.45802 0.39491\n 11 116 5 0.45606 0.39816 0.45485 0.39758 0.45543 0.39879 0.45485 0.39758 0.45802 0.40074\n 11 116 5 0.45715 0.40427 0.45612 0.40341 0.45639 0.40472 0.45612 0.40341 0.45802 0.40658\n 11 116 5 0.45806 0.41040 0.45738 0.40924 0.45720 0.41057 0.45738 0.40924 0.45802 0.41241\n 11 116 5 0.45883 0.41640 0.45865 0.41508 0.45797 0.41623 0.45865 0.41508 0.45802 0.41824\n 11 116 5 0.45964 0.42222 0.45991 0.42091 0.45888 0.42177 0.45991 0.42091 0.45802 0.42407\n 11 116 5 0.46060 0.42795 0.46118 0.42674 0.45997 0.42732 0.46118 0.42674 0.45802 0.42990\n 11 116 5 0.46162 0.43375 0.46245 0.43257 0.46106 0.43298 0.46245 0.43257 0.45802 0.43574\n 11 116 5 0.46257 0.43969 0.46371 0.43840 0.46201 0.43870 0.46371 0.43840 0.45802 0.44157\n 11 116 5 0.46351 0.44564 0.46498 0.44424 0.46296 0.44442 0.46498 0.44424 0.45802 0.44740\n 11 116 5 0.46446 0.45158 0.46624 0.45007 0.46391 0.45014 0.46624 0.45007 0.45802 0.45323\n 11 116 5 0.46541 0.45752 0.46751 0.45590 0.46486 0.45586 0.46751 0.45590 0.45802 0.45907\n 11 116 5 0.46636 0.46347 0.46878 0.46173 0.46581 0.46158 0.46878 0.46173 0.45802 0.46490\n 11 116 5 0.46731 0.46941 0.47004 0.46757 0.46676 0.46730 0.47004 0.46757 0.45802 0.47073\n 11 116 5 0.46826 0.47535 0.47131 0.47340 0.46771 0.47303 0.47131 0.47340 0.45802 0.47656\n 11 116 5 0.46921 0.48130 0.47257 0.47923 0.46866 0.47875 0.47257 0.47923 0.45802 0.48240\n 11 116 5 0.47016 0.48724 0.47384 0.48506 0.46961 0.48447 0.47384 0.48506 0.45802 0.48823\n 11 116 5 0.47111 0.49318 0.47511 0.49089 0.47056 0.49019 0.47511 0.49089 0.45802 0.49406\n 11 116 5 0.47206 0.49912 0.47637 0.49673 0.47151 0.49591 0.47637 0.49673 0.45802 0.49989\n 11 72 3 0.45567 0.35846 0.45769 0.35955 0.45567 0.35846\n 11 50 2 0.45764 0.35846 0.46688 0.35992\n 11 116 5 0.45897 0.36338 0.45612 0.36385 0.45864 0.36527 0.45612 0.36385 0.46688 0.36575\n 11 116 5 0.45992 0.36933 0.45738 0.36968 0.45959 0.37099 0.45738 0.36968 0.46688 0.37158\n 11 116 5 0.46087 0.37527 0.45865 0.37552 0.46054 0.37671 0.45865 0.37552 0.46688 0.37741\n 11 116 5 0.46182 0.38121 0.45992 0.38135 0.46149 0.38243 0.45992 0.38135 0.46688 0.38325\n 11 116 5 0.46277 0.38716 0.46118 0.38718 0.46244 0.38815 0.46118 0.38718 0.46688 0.38908\n 11 116 5 0.46379 0.39310 0.46245 0.39301 0.46344 0.39392 0.46245 0.39301 0.46688 0.39491\n 11 116 5 0.46503 0.39912 0.46371 0.39884 0.46457 0.39988 0.46371 0.39884 0.46688 0.40074\n 11 116 5 0.46619 0.40526 0.46498 0.40468 0.46556 0.40589 0.46498 0.40468 0.46688 0.40658\n 11 116 5 0.46707 0.41157 0.46625 0.41051 0.46623 0.41185 0.46625 0.41051 0.46688 0.41241\n 11 116 5 0.46753 0.41768 0.46751 0.41634 0.46669 0.41740 0.46751 0.41634 0.46688 0.41824\n 11 116 5 0.46820 0.42338 0.46878 0.42217 0.46757 0.42276 0.46878 0.42217 0.46688 0.42407\n 11 116 5 0.46919 0.42904 0.47004 0.42801 0.46873 0.42828 0.47004 0.42801 0.46688 0.42990\n 11 116 5 0.47032 0.43474 0.47131 0.43384 0.46997 0.43393 0.47131 0.43384 0.46688 0.43574\n 11 116 5 0.47132 0.44064 0.47258 0.43967 0.47099 0.43965 0.47258 0.43967 0.46688 0.44157\n 11 116 5 0.47227 0.44659 0.47384 0.44550 0.47194 0.44537 0.47384 0.44550 0.46688 0.44740\n 11 116 5 0.47322 0.45253 0.47511 0.45134 0.47288 0.45109 0.47511 0.45134 0.46688 0.45323\n 11 116 5 0.47417 0.45847 0.47637 0.45717 0.47383 0.45681 0.47637 0.45717 0.46688 0.45907\n 11 116 5 0.47512 0.46442 0.47764 0.46300 0.47478 0.46253 0.47764 0.46300 0.46688 0.46490\n 11 116 5 0.47607 0.47036 0.47891 0.46883 0.47573 0.46825 0.47891 0.46883 0.46688 0.47073\n 11 116 5 0.47701 0.47630 0.48017 0.47466 0.47668 0.47398 0.48017 0.47466 0.46688 0.47656\n 11 116 5 0.47796 0.48224 0.48144 0.48050 0.47763 0.47970 0.48144 0.48050 0.46688 0.48240\n 11 116 5 0.47891 0.48819 0.48270 0.48633 0.47858 0.48542 0.48270 0.48633 0.46688 0.48823\n 11 116 5 0.47986 0.49413 0.48397 0.49216 0.47953 0.49114 0.48397 0.49216 0.46688 0.49406\n 11 116 5 0.48081 0.50007 0.48524 0.49799 0.48048 0.49686 0.48524 0.49799 0.46688 0.49989\n 11 116 5 0.46654 0.35846 0.46372 0.35928 0.46667 0.36050 0.46372 0.35928 0.47574 0.35992\n 11 116 5 0.46773 0.36433 0.46498 0.36512 0.46762 0.36622 0.46498 0.36512 0.47574 0.36575\n 11 116 5 0.46868 0.37028 0.46625 0.37095 0.46857 0.37194 0.46625 0.37095 0.47574 0.37158\n 11 116 5 0.46963 0.37622 0.46751 0.37678 0.46952 0.37766 0.46751 0.37678 0.47574 0.37741\n 11 116 5 0.47058 0.38216 0.46878 0.38261 0.47047 0.38338 0.46878 0.38261 0.47574 0.38325\n 11 116 5 0.47153 0.38811 0.47005 0.38845 0.47141 0.38910 0.47005 0.38845 0.47574 0.38908\n 11 116 5 0.47263 0.39402 0.47131 0.39428 0.47250 0.39490 0.47131 0.39428 0.47574 0.39491\n 11 116 5 0.47391 0.39992 0.47258 0.40011 0.47373 0.40079 0.47258 0.40011 0.47574 0.40074\n 11 116 5 0.47518 0.40592 0.47384 0.40594 0.47490 0.40676 0.47384 0.40594 0.47574 0.40658\n 11 116 5 0.47632 0.41236 0.47511 0.41178 0.47569 0.41298 0.47511 0.41178 0.47574 0.41241\n 11 116 5 0.47579 0.41882 0.47638 0.41761 0.47517 0.41819 0.47638 0.41761 0.47574 0.41824\n 11 116 5 0.47658 0.42426 0.47764 0.42344 0.47630 0.42342 0.47764 0.42344 0.47574 0.42407\n 11 116 5 0.47775 0.42995 0.47891 0.42927 0.47758 0.42909 0.47891 0.42927 0.47574 0.42990\n 11 116 5 0.47898 0.43572 0.48017 0.43510 0.47886 0.43484 0.48017 0.43510 0.47574 0.43574\n 11 116 5 0.48007 0.44159 0.48144 0.44094 0.47996 0.44060 0.48144 0.44094 0.47574 0.44157\n 11 116 5 0.48102 0.44754 0.48271 0.44677 0.48091 0.44632 0.48271 0.44677 0.47574 0.44740\n 11 116 5 0.48197 0.45348 0.48397 0.45260 0.48186 0.45204 0.48397 0.45260 0.47574 0.45323\n 11 116 5 0.48292 0.45942 0.48524 0.45843 0.48281 0.45776 0.48524 0.45843 0.47574 0.45907\n 11 116 5 0.48387 0.46537 0.48650 0.46427 0.48376 0.46348 0.48650 0.46427 0.47574 0.46490\n 11 116 5 0.48482 0.47131 0.48777 0.47010 0.48471 0.46920 0.48777 0.47010 0.47574 0.47073\n 11 116 5 0.48577 0.47725 0.48904 0.47593 0.48566 0.47493 0.48904 0.47593 0.47574 0.47656\n 11 116 5 0.48672 0.48319 0.49030 0.48176 0.48661 0.48065 0.49030 0.48176 0.47574 0.48240\n 11 116 5 0.48767 0.48914 0.49157 0.48759 0.48756 0.48637 0.49157 0.48759 0.47574 0.48823\n 11 116 5 0.48862 0.49508 0.49283 0.49343 0.48851 0.49209 0.49283 0.49343 0.47574 0.49406\n 11 116 5 0.48957 0.50102 0.49410 0.49926 0.48946 0.49781 0.49410 0.49926 0.47574 0.49989\n 11 116 5 0.47553 0.35934 0.47258 0.36055 0.47564 0.36145 0.47258 0.36055 0.48461 0.35992\n 11 116 5 0.47648 0.36528 0.47385 0.36638 0.47659 0.36717 0.47385 0.36638 0.48461 0.36575\n 11 116 5 0.47743 0.37123 0.47511 0.37222 0.47754 0.37289 0.47511 0.37222 0.48461 0.37158\n 11 116 5 0.47838 0.37717 0.47638 0.37805 0.47849 0.37861 0.47638 0.37805 0.48461 0.37741\n 11 116 5 0.47933 0.38311 0.47764 0.38388 0.47944 0.38433 0.47764 0.38388 0.48461 0.38325\n 11 116 5 0.48028 0.38906 0.47891 0.38971 0.48039 0.39005 0.47891 0.38971 0.48461 0.38908\n 11 116 5 0.48137 0.39493 0.48018 0.39554 0.48149 0.39580 0.48018 0.39554 0.48461 0.39491\n 11 116 5 0.48260 0.40069 0.48144 0.40138 0.48277 0.40156 0.48144 0.40138 0.48461 0.40074\n 11 116 5 0.48377 0.40639 0.48271 0.40721 0.48405 0.40723 0.48271 0.40721 0.48461 0.40658\n 11 116 5 0.48456 0.41183 0.48397 0.41304 0.48518 0.41246 0.48397 0.41304 0.48461 0.41241\n 11 116 5 0.48403 0.41829 0.48524 0.41887 0.48466 0.41767 0.48524 0.41887 0.48461 0.41824\n 11 116 5 0.48516 0.42473 0.48651 0.42471 0.48545 0.42389 0.48651 0.42471 0.48461 0.42407\n 11 116 5 0.48644 0.43072 0.48777 0.43054 0.48662 0.42986 0.48777 0.43054 0.48461 0.42990\n 11 116 5 0.48772 0.43663 0.48904 0.43637 0.48785 0.43575 0.48904 0.43637 0.48461 0.43574\n 11 116 5 0.48882 0.44254 0.49030 0.44220 0.48893 0.44155 0.49030 0.44220 0.48461 0.44157\n 11 116 5 0.48977 0.44849 0.49157 0.44803 0.48988 0.44727 0.49157 0.44803 0.48461 0.44740\n 11 116 5 0.49072 0.45443 0.49284 0.45387 0.49083 0.45299 0.49284 0.45387 0.48461 0.45323\n 11 116 5 0.49167 0.46037 0.49410 0.45970 0.49178 0.45871 0.49410 0.45970 0.48461 0.45907\n 11 116 5 0.49262 0.46631 0.49537 0.46553 0.49273 0.46443 0.49537 0.46553 0.48461 0.46490\n 11 116 5 0.49357 0.47226 0.49663 0.47136 0.49368 0.47015 0.49663 0.47136 0.48461 0.47073\n 11 116 5 0.49452 0.47820 0.49790 0.47720 0.49463 0.47587 0.49790 0.47720 0.48461 0.47656\n 11 116 5 0.49547 0.48414 0.49917 0.48303 0.49558 0.48160 0.49917 0.48303 0.48461 0.48240\n 11 116 5 0.49642 0.49009 0.50043 0.48886 0.49653 0.48732 0.50043 0.48886 0.48461 0.48823\n 11 116 5 0.49737 0.49603 0.50170 0.49469 0.49748 0.49304 0.50170 0.49469 0.48461 0.49406\n 11 116 5 0.49832 0.50197 0.50296 0.50053 0.49843 0.49876 0.50296 0.50053 0.48461 0.49989\n 11 116 5 0.48428 0.36029 0.48144 0.36182 0.48462 0.36239 0.48144 0.36182 0.49347 0.35992\n 11 116 5 0.48523 0.36623 0.48271 0.36765 0.48557 0.36812 0.48271 0.36765 0.49347 0.36575\n 11 116 5 0.48618 0.37218 0.48398 0.37348 0.48652 0.37384 0.48398 0.37348 0.49347 0.37158\n 11 116 5 0.48713 0.37812 0.48524 0.37931 0.48747 0.37956 0.48524 0.37931 0.49347 0.37741\n 11 116 5 0.48808 0.38406 0.48651 0.38515 0.48841 0.38528 0.48651 0.38515 0.49347 0.38325\n 11 116 5 0.48903 0.39000 0.48777 0.39098 0.48936 0.39100 0.48777 0.39098 0.49347 0.38908\n 11 116 5 0.49003 0.39590 0.48904 0.39681 0.49038 0.39672 0.48904 0.39681 0.49347 0.39491\n 11 116 5 0.49116 0.40161 0.49031 0.40264 0.49162 0.40237 0.49031 0.40264 0.49347 0.40074\n 11 116 5 0.49215 0.40727 0.49157 0.40847 0.49278 0.40789 0.49157 0.40847 0.49347 0.40658\n 11 116 5 0.49282 0.41297 0.49284 0.41431 0.49366 0.41325 0.49284 0.41431 0.49347 0.41241\n 11 116 5 0.49328 0.41908 0.49410 0.42014 0.49412 0.41880 0.49410 0.42014 0.49347 0.41824\n 11 116 5 0.49416 0.42539 0.49537 0.42597 0.49479 0.42476 0.49537 0.42597 0.49347 0.42407\n 11 116 5 0.49532 0.43153 0.49664 0.43180 0.49578 0.43077 0.49664 0.43180 0.49347 0.42990\n 11 116 5 0.49656 0.43754 0.49790 0.43764 0.49691 0.43673 0.49790 0.43764 0.49347 0.43574\n 11 116 5 0.49758 0.44349 0.49917 0.44347 0.49791 0.44250 0.49917 0.44347 0.49347 0.44157\n 11 116 5 0.49853 0.44944 0.50043 0.44930 0.49886 0.44822 0.50043 0.44930 0.49347 0.44740\n 11 116 5 0.49948 0.45538 0.50170 0.45513 0.49981 0.45394 0.50170 0.45513 0.49347 0.45323\n 11 116 5 0.50043 0.46132 0.50297 0.46097 0.50076 0.45966 0.50297 0.46097 0.49347 0.45907\n 11 116 5 0.50138 0.46726 0.50423 0.46680 0.50171 0.46538 0.50423 0.46680 0.49347 0.46490\n 11 116 5 0.50232 0.47321 0.50550 0.47263 0.50266 0.47110 0.50550 0.47263 0.49347 0.47073\n 11 116 5 0.50327 0.47915 0.50676 0.47846 0.50361 0.47682 0.50676 0.47846 0.49347 0.47656\n 11 116 5 0.50422 0.48509 0.50803 0.48429 0.50456 0.48255 0.50803 0.48429 0.49347 0.48240\n 11 116 5 0.50517 0.49104 0.50930 0.49013 0.50551 0.48827 0.50930 0.49013 0.49347 0.48823\n 11 116 5 0.50612 0.49698 0.51056 0.49596 0.50645 0.49399 0.51056 0.49596 0.49347 0.49406\n 11 116 5 0.50707 0.50292 0.51183 0.50179 0.50740 0.49971 0.51183 0.50179 0.49347 0.49989\n 11 116 5 0.49304 0.36124 0.49031 0.36308 0.49359 0.36334 0.49031 0.36308 0.50233 0.35992\n 11 116 5 0.49399 0.36718 0.49157 0.36892 0.49454 0.36907 0.49157 0.36892 0.50233 0.36575\n 11 116 5 0.49494 0.37313 0.49284 0.37475 0.49549 0.37479 0.49284 0.37475 0.50233 0.37158\n 11 116 5 0.49589 0.37907 0.49411 0.38058 0.49644 0.38051 0.49411 0.38058 0.50233 0.37741\n 11 116 5 0.49684 0.38501 0.49537 0.38641 0.49739 0.38623 0.49537 0.38641 0.50233 0.38325\n 11 116 5 0.49778 0.39095 0.49664 0.39224 0.49834 0.39195 0.49664 0.39224 0.50233 0.38908\n 11 116 5 0.49873 0.39690 0.49790 0.39808 0.49929 0.39767 0.49790 0.39808 0.50233 0.39491\n 11 116 5 0.49975 0.40270 0.49917 0.40391 0.50038 0.40333 0.49917 0.40391 0.50233 0.40074\n 11 116 5 0.50071 0.40843 0.50044 0.40974 0.50147 0.40888 0.50044 0.40974 0.50233 0.40658\n 11 116 5 0.50152 0.41425 0.50170 0.41557 0.50238 0.41442 0.50170 0.41557 0.50233 0.41241\n 11 116 5 0.50228 0.42025 0.50297 0.42141 0.50315 0.42008 0.50297 0.42141 0.50233 0.41824\n 11 116 5 0.50320 0.42638 0.50423 0.42724 0.50396 0.42592 0.50423 0.42724 0.50233 0.42407\n 11 116 5 0.50429 0.43249 0.50550 0.43307 0.50492 0.43186 0.50550 0.43307 0.50233 0.42990\n 11 116 5 0.50538 0.43850 0.50677 0.43890 0.50593 0.43772 0.50677 0.43890 0.50233 0.43574\n 11 116 5 0.50633 0.44444 0.50803 0.44473 0.50688 0.44344 0.50803 0.44473 0.50233 0.44157\n 11 116 5 0.50728 0.45038 0.50930 0.45057 0.50783 0.44917 0.50930 0.45057 0.50233 0.44740\n 11 116 5 0.50823 0.45633 0.51056 0.45640 0.50878 0.45489 0.51056 0.45640 0.50233 0.45323\n 11 116 5 0.50918 0.46227 0.51183 0.46223 0.50973 0.46061 0.51183 0.46223 0.50233 0.45907\n 11 116 5 0.51013 0.46821 0.51310 0.46806 0.51068 0.46633 0.51310 0.46806 0.50233 0.46490\n 11 116 5 0.51108 0.47416 0.51436 0.47390 0.51163 0.47205 0.51436 0.47390 0.50233 0.47073\n 11 116 5 0.51203 0.48010 0.51563 0.47973 0.51258 0.47777 0.51563 0.47973 0.50233 0.47656\n 11 116 5 0.51298 0.48604 0.51689 0.48556 0.51353 0.48350 0.51689 0.48556 0.50233 0.48240\n 11 116 5 0.51393 0.49199 0.51816 0.49139 0.51448 0.48922 0.51816 0.49139 0.50233 0.48823\n 11 116 5 0.51488 0.49793 0.51943 0.49722 0.51543 0.49494 0.51943 0.49722 0.50233 0.49406\n 11 116 5 0.51583 0.50387 0.52069 0.50306 0.51638 0.50066 0.52069 0.50306 0.50233 0.49989\n 11 116 5 0.50179 0.36219 0.49917 0.36435 0.50257 0.36429 0.49917 0.36435 0.51120 0.35992\n 11 116 5 0.50274 0.36813 0.50044 0.37018 0.50352 0.37001 0.50044 0.37018 0.51120 0.36575\n 11 116 5 0.50369 0.37407 0.50170 0.37601 0.50446 0.37574 0.50170 0.37601 0.51120 0.37158\n 11 116 5 0.50464 0.38002 0.50297 0.38185 0.50541 0.38146 0.50297 0.38185 0.51120 0.37741\n 11 116 5 0.50559 0.38596 0.50424 0.38768 0.50636 0.38718 0.50424 0.38768 0.51120 0.38325\n 11 116 5 0.50654 0.39190 0.50550 0.39351 0.50731 0.39290 0.50550 0.39351 0.51120 0.38908\n 11 116 5 0.50749 0.39785 0.50677 0.39934 0.50826 0.39862 0.50677 0.39934 0.51120 0.39491\n 11 116 5 0.50844 0.40379 0.50803 0.40517 0.50921 0.40434 0.50803 0.40517 0.51120 0.40074\n 11 116 5 0.50939 0.40967 0.50930 0.41101 0.51021 0.41002 0.50930 0.41101 0.51120 0.40658\n 11 116 5 0.51031 0.41552 0.51057 0.41684 0.51118 0.41565 0.51057 0.41684 0.51120 0.41241\n 11 116 5 0.51121 0.42148 0.51183 0.42267 0.51209 0.42136 0.51183 0.42267 0.51120 0.41824\n 11 116 5 0.51219 0.42751 0.51310 0.42850 0.51301 0.42717 0.51310 0.42850 0.51120 0.42407\n 11 116 5 0.51318 0.43351 0.51436 0.43434 0.51396 0.43295 0.51436 0.43434 0.51120 0.42990\n 11 116 5 0.51413 0.43945 0.51563 0.44017 0.51491 0.43867 0.51563 0.44017 0.51120 0.43574\n 11 116 5 0.51508 0.44539 0.51690 0.44600 0.51586 0.44439 0.51690 0.44600 0.51120 0.44157\n 11 116 5 0.51603 0.45133 0.51816 0.45183 0.51681 0.45012 0.51816 0.45183 0.51120 0.44740\n 11 116 5 0.51698 0.45728 0.51943 0.45766 0.51776 0.45584 0.51943 0.45766 0.51120 0.45323\n 11 116 5 0.51793 0.46322 0.52069 0.46350 0.51871 0.46156 0.52069 0.46350 0.51120 0.45907\n 11 116 5 0.51888 0.46916 0.52196 0.46933 0.51966 0.46728 0.52196 0.46933 0.51120 0.46490\n 11 116 5 0.51983 0.47511 0.52323 0.47516 0.52061 0.47300 0.52323 0.47516 0.51120 0.47073\n 11 116 5 0.52078 0.48105 0.52449 0.48099 0.52156 0.47872 0.52449 0.48099 0.51120 0.47656\n 11 116 5 0.52173 0.48699 0.52576 0.48683 0.52251 0.48444 0.52576 0.48683 0.51120 0.48240\n 11 116 5 0.52268 0.49294 0.52702 0.49266 0.52345 0.49017 0.52702 0.49266 0.51120 0.48823\n 11 116 5 0.52363 0.49888 0.52829 0.49849 0.52440 0.49589 0.52829 0.49849 0.51120 0.49406\n 11 72 3 0.52947 0.50427 0.52535 0.50161 0.52947 0.50427\n 11 50 2 0.52932 0.50427 0.51120 0.49989\n 11 116 5 0.51054 0.36314 0.50804 0.36561 0.51154 0.36524 0.50804 0.36561 0.52006 0.35992\n 11 116 5 0.51149 0.36908 0.50930 0.37145 0.51249 0.37096 0.50930 0.37145 0.52006 0.36575\n 11 116 5 0.51244 0.37502 0.51057 0.37728 0.51344 0.37669 0.51057 0.37728 0.52006 0.37158\n 11 116 5 0.51339 0.38097 0.51183 0.38311 0.51439 0.38241 0.51183 0.38311 0.52006 0.37741\n 11 116 5 0.51434 0.38691 0.51310 0.38894 0.51534 0.38813 0.51310 0.38894 0.52006 0.38325\n 11 116 5 0.51529 0.39285 0.51437 0.39478 0.51629 0.39385 0.51437 0.39478 0.52006 0.38908\n 11 116 5 0.51624 0.39880 0.51563 0.40061 0.51724 0.39957 0.51563 0.40061 0.52006 0.39491\n 11 116 5 0.51719 0.40474 0.51690 0.40644 0.51819 0.40529 0.51690 0.40644 0.52006 0.40074\n 11 116 5 0.51814 0.41068 0.51816 0.41227 0.51914 0.41101 0.51816 0.41227 0.52006 0.40658\n 11 116 5 0.51909 0.41663 0.51943 0.41811 0.52009 0.41674 0.51943 0.41811 0.52006 0.41241\n 11 116 5 0.52004 0.42257 0.52070 0.42394 0.52104 0.42246 0.52070 0.42394 0.52006 0.41824\n 11 116 5 0.52099 0.42851 0.52196 0.42977 0.52198 0.42818 0.52196 0.42977 0.52006 0.42407\n 11 116 5 0.52194 0.43445 0.52323 0.43560 0.52293 0.43390 0.52323 0.43560 0.52006 0.42990\n 11 116 5 0.52289 0.44040 0.52449 0.44143 0.52388 0.43962 0.52449 0.44143 0.52006 0.43574\n 11 116 5 0.52384 0.44634 0.52576 0.44727 0.52483 0.44534 0.52576 0.44727 0.52006 0.44157\n 11 116 5 0.52479 0.45228 0.52702 0.45310 0.52578 0.45107 0.52702 0.45310 0.52006 0.44740\n 11 116 5 0.52574 0.45823 0.52829 0.45893 0.52673 0.45679 0.52829 0.45893 0.52006 0.45323\n 11 116 5 0.52668 0.46417 0.52956 0.46476 0.52768 0.46251 0.52956 0.46476 0.52006 0.45907\n 11 116 5 0.52763 0.47011 0.53082 0.47060 0.52863 0.46823 0.53082 0.47060 0.52006 0.46490\n 11 116 5 0.52858 0.47606 0.53209 0.47643 0.52958 0.47395 0.53209 0.47643 0.52006 0.47073\n 11 116 5 0.52953 0.48200 0.53335 0.48226 0.53053 0.47967 0.53335 0.48226 0.52006 0.47656\n 11 116 5 0.53048 0.48794 0.53462 0.48809 0.53148 0.48539 0.53462 0.48809 0.52006 0.48240\n 11 116 5 0.53143 0.49388 0.53589 0.49392 0.53243 0.49112 0.53589 0.49392 0.52006 0.48823\n 11 116 5 0.53238 0.49983 0.53715 0.49976 0.53338 0.49684 0.53715 0.49976 0.52006 0.49406\n 11 72 3 0.53663 0.50427 0.53433 0.50256 0.53663 0.50427\n 11 50 2 0.53416 0.50427 0.52006 0.49989\n 11 116 5 0.51930 0.36409 0.51690 0.36688 0.52052 0.36619 0.51690 0.36688 0.52893 0.35992\n 11 116 5 0.52025 0.37003 0.51816 0.37271 0.52146 0.37191 0.51816 0.37271 0.52893 0.36575\n 11 116 5 0.52120 0.37597 0.51943 0.37855 0.52241 0.37764 0.51943 0.37855 0.52893 0.37158\n 11 116 5 0.52214 0.38192 0.52070 0.38438 0.52336 0.38336 0.52070 0.38438 0.52893 0.37741\n 11 116 5 0.52309 0.38786 0.52196 0.39021 0.52431 0.38908 0.52196 0.39021 0.52893 0.38325\n 11 116 5 0.52404 0.39380 0.52323 0.39604 0.52526 0.39480 0.52323 0.39604 0.52893 0.38908\n 11 116 5 0.52499 0.39975 0.52449 0.40187 0.52621 0.40052 0.52449 0.40187 0.52893 0.39491\n 11 116 5 0.52594 0.40569 0.52576 0.40771 0.52716 0.40624 0.52576 0.40771 0.52893 0.40074\n 11 116 5 0.52689 0.41163 0.52703 0.41354 0.52811 0.41196 0.52703 0.41354 0.52893 0.40658\n 11 116 5 0.52784 0.41758 0.52829 0.41937 0.52906 0.41769 0.52829 0.41937 0.52893 0.41241\n 11 116 5 0.52879 0.42352 0.52956 0.42520 0.53001 0.42341 0.52956 0.42520 0.52893 0.41824\n 11 116 5 0.52974 0.42946 0.53082 0.43104 0.53096 0.42913 0.53082 0.43104 0.52893 0.42407\n 11 116 5 0.53069 0.43540 0.53209 0.43687 0.53191 0.43485 0.53209 0.43687 0.52893 0.42990\n 11 116 5 0.53164 0.44135 0.53336 0.44270 0.53286 0.44057 0.53336 0.44270 0.52893 0.43574\n 11 116 5 0.53259 0.44729 0.53462 0.44853 0.53381 0.44629 0.53462 0.44853 0.52893 0.44157\n 11 116 5 0.53354 0.45323 0.53589 0.45436 0.53476 0.45201 0.53589 0.45436 0.52893 0.44740\n 11 116 5 0.53449 0.45918 0.53715 0.46020 0.53571 0.45774 0.53715 0.46020 0.52893 0.45323\n 11 116 5 0.53544 0.46512 0.53842 0.46603 0.53666 0.46346 0.53842 0.46603 0.52893 0.45907\n 11 116 5 0.53639 0.47106 0.53969 0.47186 0.53761 0.46918 0.53969 0.47186 0.52893 0.46490\n 11 116 5 0.53734 0.47701 0.54095 0.47769 0.53856 0.47490 0.54095 0.47769 0.52893 0.47073\n 11 116 5 0.53829 0.48295 0.54222 0.48353 0.53950 0.48062 0.54222 0.48353 0.52893 0.47656\n 11 116 5 0.53924 0.48889 0.54348 0.48936 0.54045 0.48634 0.54348 0.48936 0.52893 0.48240\n 11 116 5 0.54019 0.49483 0.54475 0.49519 0.54140 0.49207 0.54475 0.49519 0.52893 0.48823\n 11 116 5 0.54113 0.50078 0.54602 0.50102 0.54235 0.49779 0.54602 0.50102 0.52893 0.49406\n 11 72 3 0.54420 0.50427 0.54330 0.50351 0.54420 0.50427\n 11 50 2 0.54046 0.50427 0.52893 0.49989\n 11 116 5 0.52805 0.36504 0.52576 0.36815 0.52949 0.36714 0.52576 0.36815 0.53779 0.35992\n 11 116 5 0.52900 0.37098 0.52703 0.37398 0.53044 0.37286 0.52703 0.37398 0.53779 0.36575\n 11 116 5 0.52995 0.37692 0.52829 0.37981 0.53139 0.37858 0.52829 0.37981 0.53779 0.37158\n 11 116 5 0.53090 0.38287 0.52956 0.38564 0.53234 0.38431 0.52956 0.38564 0.53779 0.37741\n 11 116 5 0.53185 0.38881 0.53083 0.39148 0.53329 0.39003 0.53083 0.39148 0.53779 0.38325\n 11 116 5 0.53280 0.39475 0.53209 0.39731 0.53424 0.39575 0.53209 0.39731 0.53779 0.38908\n 11 116 5 0.53375 0.40070 0.53336 0.40314 0.53519 0.40147 0.53336 0.40314 0.53779 0.39491\n 11 116 5 0.53470 0.40664 0.53462 0.40897 0.53614 0.40719 0.53462 0.40897 0.53779 0.40074\n 11 116 5 0.53565 0.41258 0.53589 0.41480 0.53709 0.41291 0.53589 0.41480 0.53779 0.40658\n 11 116 5 0.53659 0.41852 0.53716 0.42064 0.53803 0.41864 0.53716 0.42064 0.53779 0.41241\n 11 116 5 0.53754 0.42447 0.53842 0.42647 0.53898 0.42436 0.53842 0.42647 0.53779 0.41824\n 11 116 5 0.53849 0.43041 0.53969 0.43230 0.53993 0.43008 0.53969 0.43230 0.53779 0.42407\n 11 116 5 0.53944 0.43635 0.54095 0.43813 0.54088 0.43580 0.54095 0.43813 0.53779 0.42990\n 11 116 5 0.54039 0.44230 0.54222 0.44397 0.54183 0.44152 0.54222 0.44397 0.53779 0.43574\n 11 116 5 0.54134 0.44824 0.54349 0.44980 0.54278 0.44724 0.54349 0.44980 0.53779 0.44157\n 11 116 5 0.54229 0.45418 0.54475 0.45563 0.54373 0.45296 0.54475 0.45563 0.53779 0.44740\n 11 116 5 0.54324 0.46013 0.54602 0.46146 0.54468 0.45869 0.54602 0.46146 0.53779 0.45323\n 11 116 5 0.54419 0.46607 0.54728 0.46730 0.54563 0.46441 0.54728 0.46730 0.53779 0.45907\n 11 116 5 0.54514 0.47201 0.54855 0.47313 0.54658 0.47013 0.54855 0.47313 0.53779 0.46490\n 11 116 5 0.54609 0.47795 0.54982 0.47896 0.54753 0.47585 0.54982 0.47896 0.53779 0.47073\n 11 116 5 0.54704 0.48390 0.55108 0.48479 0.54848 0.48157 0.55108 0.48479 0.53779 0.47656\n 11 116 5 0.54799 0.48984 0.55235 0.49062 0.54943 0.48729 0.55235 0.49062 0.53779 0.48240\n 11 116 5 0.54894 0.49578 0.55361 0.49646 0.55038 0.49301 0.55361 0.49646 0.53779 0.48823\n 11 116 5 0.54989 0.50173 0.55488 0.50229 0.55133 0.49874 0.55488 0.50229 0.53779 0.49406\n 11 50 2 0.54755 0.50427 0.53779 0.49989\n 11 116 5 0.53680 0.36599 0.53463 0.36941 0.53846 0.36809 0.53463 0.36941 0.54665 0.35992\n 11 116 5 0.53775 0.37193 0.53589 0.37525 0.53941 0.37381 0.53589 0.37525 0.54665 0.36575\n 11 116 5 0.53870 0.37787 0.53716 0.38108 0.54036 0.37953 0.53716 0.38108 0.54665 0.37158\n 11 116 5 0.53965 0.38382 0.53842 0.38691 0.54131 0.38526 0.53842 0.38691 0.54665 0.37741\n 11 116 5 0.54060 0.38976 0.53969 0.39274 0.54226 0.39098 0.53969 0.39274 0.54665 0.38325\n 11 116 5 0.54155 0.39570 0.54096 0.39857 0.54321 0.39670 0.54096 0.39857 0.54665 0.38908\n 11 116 5 0.54250 0.40164 0.54222 0.40441 0.54416 0.40242 0.54222 0.40441 0.54665 0.39491\n 11 116 5 0.54345 0.40759 0.54349 0.41024 0.54511 0.40814 0.54349 0.41024 0.54665 0.40074\n 11 116 5 0.54440 0.41353 0.54475 0.41607 0.54606 0.41386 0.54475 0.41607 0.54665 0.40658\n 11 116 5 0.54535 0.41947 0.54602 0.42190 0.54701 0.41958 0.54602 0.42190 0.54665 0.41241\n 11 116 5 0.54630 0.42542 0.54729 0.42774 0.54796 0.42531 0.54729 0.42774 0.54665 0.41824\n 11 116 5 0.54725 0.43136 0.54855 0.43357 0.54891 0.43103 0.54855 0.43357 0.54665 0.42407\n 11 116 5 0.54820 0.43730 0.54982 0.43940 0.54986 0.43675 0.54982 0.43940 0.54665 0.42990\n 11 116 5 0.54915 0.44325 0.55108 0.44523 0.55081 0.44247 0.55108 0.44523 0.54665 0.43574\n 11 116 5 0.55010 0.44919 0.55235 0.45106 0.55176 0.44819 0.55235 0.45106 0.54665 0.44157\n 11 116 5 0.55104 0.45513 0.55362 0.45690 0.55271 0.45391 0.55362 0.45690 0.54665 0.44740\n 11 116 5 0.55199 0.46108 0.55488 0.46273 0.55366 0.45964 0.55488 0.46273 0.54665 0.45323\n 11 116 5 0.55294 0.46702 0.55615 0.46856 0.55461 0.46536 0.55615 0.46856 0.54665 0.45907\n 11 116 5 0.55389 0.47296 0.55741 0.47439 0.55555 0.47108 0.55741 0.47439 0.54665 0.46490\n 11 116 5 0.55484 0.47890 0.55868 0.48023 0.55650 0.47680 0.55868 0.48023 0.54665 0.47073\n 11 116 5 0.55579 0.48485 0.55995 0.48606 0.55745 0.48252 0.55995 0.48606 0.54665 0.47656\n 11 116 5 0.55674 0.49079 0.56121 0.49189 0.55840 0.48824 0.56121 0.49189 0.54665 0.48240\n 11 116 5 0.55769 0.49673 0.56248 0.49772 0.55935 0.49396 0.56248 0.49772 0.54665 0.48823\n 11 116 5 0.55864 0.50268 0.56374 0.50355 0.56030 0.49969 0.56374 0.50355 0.54665 0.49406\n 11 50 2 0.55511 0.50427 0.54665 0.49989\n 11 116 5 0.54556 0.36694 0.54349 0.37068 0.54744 0.36904 0.54349 0.37068 0.55552 0.35992\n 11 116 5 0.54651 0.37288 0.54476 0.37651 0.54839 0.37476 0.54476 0.37651 0.55552 0.36575\n 11 116 5 0.54745 0.37882 0.54602 0.38234 0.54934 0.38048 0.54602 0.38234 0.55552 0.37158\n 11 116 5 0.54840 0.38477 0.54729 0.38818 0.55029 0.38621 0.54729 0.38818 0.55552 0.37741\n 11 116 5 0.54935 0.39071 0.54855 0.39401 0.55124 0.39193 0.54855 0.39401 0.55552 0.38325\n 11 116 5 0.55030 0.39665 0.54982 0.39984 0.55219 0.39765 0.54982 0.39984 0.55552 0.38908\n 11 116 5 0.55125 0.40259 0.55109 0.40567 0.55314 0.40337 0.55109 0.40567 0.55552 0.39491\n 11 116 5 0.55220 0.40854 0.55235 0.41150 0.55409 0.40909 0.55235 0.41150 0.55552 0.40074\n 11 116 5 0.55315 0.41448 0.55362 0.41734 0.55503 0.41481 0.55362 0.41734 0.55552 0.40658\n 11 116 5 0.55410 0.42042 0.55488 0.42317 0.55598 0.42053 0.55488 0.42317 0.55552 0.41241\n 11 116 5 0.55505 0.42637 0.55615 0.42900 0.55693 0.42626 0.55615 0.42900 0.55552 0.41824\n 11 116 5 0.55600 0.43231 0.55742 0.43483 0.55788 0.43198 0.55742 0.43483 0.55552 0.42407\n 11 116 5 0.55695 0.43825 0.55868 0.44067 0.55883 0.43770 0.55868 0.44067 0.55552 0.42990\n 11 116 5 0.55790 0.44420 0.55995 0.44650 0.55978 0.44342 0.55995 0.44650 0.55552 0.43574\n 11 116 5 0.55885 0.45014 0.56121 0.45233 0.56073 0.44914 0.56121 0.45233 0.55552 0.44157\n 11 116 5 0.55980 0.45608 0.56248 0.45816 0.56168 0.45486 0.56248 0.45816 0.55552 0.44740\n 11 116 5 0.56075 0.46202 0.56375 0.46399 0.56263 0.46058 0.56375 0.46399 0.55552 0.45323\n 11 116 5 0.56170 0.46797 0.56501 0.46983 0.56358 0.46631 0.56501 0.46983 0.55552 0.45907\n 11 116 5 0.56265 0.47391 0.56628 0.47566 0.56453 0.47203 0.56628 0.47566 0.55552 0.46490\n 11 116 5 0.56360 0.47985 0.56754 0.48149 0.56548 0.47775 0.56754 0.48149 0.55552 0.47073\n 11 116 5 0.56455 0.48580 0.56881 0.48732 0.56643 0.48347 0.56881 0.48732 0.55552 0.47656\n 11 116 5 0.56549 0.49174 0.57008 0.49316 0.56738 0.48919 0.57008 0.49316 0.55552 0.48240\n 11 116 5 0.56644 0.49768 0.57134 0.49899 0.56833 0.49491 0.57134 0.49899 0.55552 0.48823\n 11 50 2 0.56739 0.50363 0.57019 0.50427\n 11 72 3 0.57217 0.50427 0.56928 0.50064 0.57217 0.50427\n 11 50 2 0.57173 0.50427 0.55552 0.49406\n 11 50 2 0.56298 0.50427 0.55552 0.49989\n 11 116 5 0.55431 0.36789 0.55235 0.37194 0.55641 0.36999 0.55235 0.37194 0.56438 0.35992\n 11 116 5 0.55526 0.37383 0.55362 0.37778 0.55736 0.37571 0.55362 0.37778 0.56438 0.36575\n 11 116 5 0.55621 0.37977 0.55489 0.38361 0.55831 0.38143 0.55489 0.38361 0.56438 0.37158\n 11 116 5 0.55716 0.38571 0.55615 0.38944 0.55926 0.38715 0.55615 0.38944 0.56438 0.37741\n 11 116 5 0.55811 0.39166 0.55742 0.39527 0.56021 0.39288 0.55742 0.39527 0.56438 0.38325\n 11 116 5 0.55906 0.39760 0.55868 0.40111 0.56116 0.39860 0.55868 0.40111 0.56438 0.38908\n 11 116 5 0.56001 0.40354 0.55995 0.40694 0.56211 0.40432 0.55995 0.40694 0.56438 0.39491\n 11 116 5 0.56096 0.40949 0.56122 0.41277 0.56306 0.41004 0.56122 0.41277 0.56438 0.40074\n 11 116 5 0.56190 0.41543 0.56248 0.41860 0.56401 0.41576 0.56248 0.41860 0.56438 0.40658\n 11 116 5 0.56285 0.42137 0.56375 0.42444 0.56496 0.42148 0.56375 0.42444 0.56438 0.41241\n 11 116 5 0.56380 0.42732 0.56501 0.43027 0.56591 0.42721 0.56501 0.43027 0.56438 0.41824\n 11 116 5 0.56475 0.43326 0.56628 0.43610 0.56686 0.43293 0.56628 0.43610 0.56438 0.42407\n 11 116 5 0.56570 0.43920 0.56755 0.44193 0.56781 0.43865 0.56755 0.44193 0.56438 0.42990\n 11 116 5 0.56665 0.44515 0.56881 0.44776 0.56876 0.44437 0.56881 0.44776 0.56438 0.43574\n 11 116 5 0.56760 0.45109 0.57008 0.45360 0.56971 0.45009 0.57008 0.45360 0.56438 0.44157\n 11 116 5 0.56855 0.45703 0.57134 0.45943 0.57066 0.45581 0.57134 0.45943 0.56438 0.44740\n 11 116 5 0.56950 0.46297 0.57261 0.46526 0.57161 0.46153 0.57261 0.46526 0.56438 0.45323\n 11 116 5 0.57045 0.46892 0.57388 0.47109 0.57255 0.46726 0.57388 0.47109 0.56438 0.45907\n 11 116 5 0.57140 0.47486 0.57514 0.47693 0.57350 0.47298 0.57514 0.47693 0.56438 0.46490\n 11 116 5 0.57235 0.48080 0.57641 0.48276 0.57445 0.47870 0.57641 0.48276 0.56438 0.47073\n 11 116 5 0.57330 0.48675 0.57767 0.48859 0.57540 0.48442 0.57767 0.48859 0.56438 0.47656\n 11 116 5 0.57425 0.49269 0.57894 0.49442 0.57635 0.49014 0.57894 0.49442 0.56438 0.48240\n 11 116 5 0.57520 0.49863 0.58021 0.50025 0.57730 0.49586 0.58021 0.50025 0.56438 0.48823\n 11 72 3 0.58017 0.50427 0.57825 0.50158 0.58017 0.50427\n 11 50 2 0.57889 0.50427 0.56438 0.49406\n 11 50 2 0.57106 0.50427 0.56438 0.49989\n 11 116 5 0.56306 0.36884 0.56122 0.37321 0.56539 0.37094 0.56122 0.37321 0.57324 0.35992\n 11 116 5 0.56401 0.37478 0.56248 0.37904 0.56634 0.37666 0.56248 0.37904 0.57324 0.36575\n 11 116 5 0.56496 0.38072 0.56375 0.38488 0.56729 0.38238 0.56375 0.38488 0.57324 0.37158\n 11 116 5 0.56591 0.38666 0.56502 0.39071 0.56824 0.38810 0.56502 0.39071 0.57324 0.37741\n 11 116 5 0.56686 0.39261 0.56628 0.39654 0.56919 0.39383 0.56628 0.39654 0.57324 0.38325\n 11 116 5 0.56781 0.39855 0.56755 0.40237 0.57014 0.39955 0.56755 0.40237 0.57324 0.38908\n 11 116 5 0.56876 0.40449 0.56881 0.40820 0.57108 0.40527 0.56881 0.40820 0.57324 0.39491\n 11 116 5 0.56971 0.41044 0.57008 0.41404 0.57203 0.41099 0.57008 0.41404 0.57324 0.40074\n 11 116 5 0.57066 0.41638 0.57135 0.41987 0.57298 0.41671 0.57135 0.41987 0.57324 0.40658\n 11 116 5 0.57161 0.42232 0.57261 0.42570 0.57393 0.42243 0.57261 0.42570 0.57324 0.41241\n 11 116 5 0.57256 0.42827 0.57388 0.43153 0.57488 0.42815 0.57388 0.43153 0.57324 0.41824\n 11 116 5 0.57351 0.43421 0.57514 0.43737 0.57583 0.43388 0.57514 0.43737 0.57324 0.42407\n 11 116 5 0.57446 0.44015 0.57641 0.44320 0.57678 0.43960 0.57641 0.44320 0.57324 0.42990\n 11 116 5 0.57541 0.44609 0.57768 0.44903 0.57773 0.44532 0.57768 0.44903 0.57324 0.43574\n 11 116 5 0.57635 0.45204 0.57894 0.45486 0.57868 0.45104 0.57894 0.45486 0.57324 0.44157\n 11 116 5 0.57730 0.45798 0.58021 0.46069 0.57963 0.45676 0.58021 0.46069 0.57324 0.44740\n 11 116 5 0.57825 0.46392 0.58147 0.46653 0.58058 0.46248 0.58147 0.46653 0.57324 0.45323\n 11 116 5 0.57920 0.46987 0.58274 0.47236 0.58153 0.46821 0.58274 0.47236 0.57324 0.45907\n 11 116 5 0.58015 0.47581 0.58401 0.47819 0.58248 0.47393 0.58401 0.47819 0.57324 0.46490\n 11 116 5 0.58110 0.48175 0.58527 0.48402 0.58343 0.47965 0.58527 0.48402 0.57324 0.47073\n 11 116 5 0.58205 0.48770 0.58654 0.48986 0.58438 0.48537 0.58654 0.48986 0.57324 0.47656\n 11 116 5 0.58300 0.49364 0.58780 0.49569 0.58533 0.49109 0.58780 0.49569 0.57324 0.48240\n 11 116 5 0.58395 0.49958 0.58907 0.50152 0.58628 0.49681 0.58907 0.50152 0.57324 0.48823\n 11 72 3 0.58834 0.50427 0.58723 0.50253 0.58834 0.50427\n 11 50 2 0.58637 0.50427 0.57324 0.49406\n 11 50 2 0.57929 0.50427 0.57324 0.49989\n 11 116 5 0.57181 0.36978 0.57008 0.37448 0.57436 0.37189 0.57008 0.37448 0.58211 0.35992\n 11 116 5 0.57276 0.37573 0.57135 0.38031 0.57531 0.37761 0.57135 0.38031 0.58211 0.36575\n 11 116 5 0.57371 0.38167 0.57261 0.38614 0.57626 0.38333 0.57261 0.38614 0.58211 0.37158\n 11 116 5 0.57466 0.38761 0.57388 0.39197 0.57721 0.38905 0.57388 0.39197 0.58211 0.37741\n 11 116 5 0.57561 0.39356 0.57515 0.39781 0.57816 0.39478 0.57515 0.39781 0.58211 0.38325\n 11 116 5 0.57656 0.39950 0.57641 0.40364 0.57911 0.40050 0.57641 0.40364 0.58211 0.38908\n 11 116 5 0.57751 0.40544 0.57768 0.40947 0.58006 0.40622 0.57768 0.40947 0.58211 0.39491\n 11 116 5 0.57846 0.41139 0.57894 0.41530 0.58101 0.41194 0.57894 0.41530 0.58211 0.40074\n 11 116 5 0.57941 0.41733 0.58021 0.42113 0.58196 0.41766 0.58021 0.42113 0.58211 0.40658\n 11 116 5 0.58036 0.42327 0.58148 0.42697 0.58291 0.42338 0.58148 0.42697 0.58211 0.41241\n 11 116 5 0.58131 0.42921 0.58274 0.43280 0.58386 0.42910 0.58274 0.43280 0.58211 0.41824\n 11 116 5 0.58226 0.43516 0.58401 0.43863 0.58481 0.43483 0.58401 0.43863 0.58211 0.42407\n 11 116 5 0.58321 0.44110 0.58527 0.44446 0.58576 0.44055 0.58527 0.44446 0.58211 0.42990\n 11 116 5 0.58416 0.44704 0.58654 0.45030 0.58671 0.44627 0.58654 0.45030 0.58211 0.43574\n 11 116 5 0.58511 0.45299 0.58781 0.45613 0.58766 0.45199 0.58781 0.45613 0.58211 0.44157\n 11 116 5 0.58606 0.45893 0.58907 0.46196 0.58860 0.45771 0.58907 0.46196 0.58211 0.44740\n 11 116 5 0.58701 0.46487 0.59034 0.46779 0.58955 0.46343 0.59034 0.46779 0.58211 0.45323\n 11 116 5 0.58796 0.47082 0.59160 0.47363 0.59050 0.46915 0.59160 0.47363 0.58211 0.45907\n 11 116 5 0.58891 0.47676 0.59287 0.47946 0.59145 0.47488 0.59287 0.47946 0.58211 0.46490\n 11 116 5 0.58986 0.48270 0.59414 0.48529 0.59240 0.48060 0.59414 0.48529 0.58211 0.47073\n 11 116 5 0.59080 0.48865 0.59540 0.49112 0.59335 0.48632 0.59540 0.49112 0.58211 0.47656\n 11 116 5 0.59175 0.49459 0.59667 0.49695 0.59430 0.49204 0.59667 0.49695 0.58211 0.48240\n 11 116 5 0.59270 0.50053 0.59793 0.50279 0.59525 0.49776 0.59793 0.50279 0.58211 0.48823\n 11 72 3 0.59666 0.50427 0.59620 0.50348 0.59666 0.50427\n 11 50 2 0.59409 0.50427 0.58211 0.49406\n 11 50 2 0.58762 0.50427 0.58211 0.49989\n 11 116 5 0.58057 0.37073 0.57895 0.37574 0.58334 0.37284 0.57895 0.37574 0.59097 0.35992\n 11 116 5 0.58152 0.37668 0.58021 0.38157 0.58429 0.37856 0.58021 0.38157 0.59097 0.36575\n 11 116 5 0.58247 0.38262 0.58148 0.38741 0.58524 0.38428 0.58148 0.38741 0.59097 0.37158\n 11 116 5 0.58342 0.38856 0.58274 0.39324 0.58619 0.39000 0.58274 0.39324 0.59097 0.37741\n 11 116 5 0.58437 0.39451 0.58401 0.39907 0.58714 0.39572 0.58401 0.39907 0.59097 0.38325\n 11 116 5 0.58532 0.40045 0.58528 0.40490 0.58808 0.40145 0.58528 0.40490 0.59097 0.38908\n 11 116 5 0.58626 0.40639 0.58654 0.41074 0.58903 0.40717 0.58654 0.41074 0.59097 0.39491\n 11 116 5 0.58721 0.41234 0.58781 0.41657 0.58998 0.41289 0.58781 0.41657 0.59097 0.40074\n 11 116 5 0.58816 0.41828 0.58907 0.42240 0.59093 0.41861 0.58907 0.42240 0.59097 0.40658\n 11 116 5 0.58911 0.42422 0.59034 0.42823 0.59188 0.42433 0.59034 0.42823 0.59097 0.41241\n 11 116 5 0.59006 0.43016 0.59161 0.43407 0.59283 0.43005 0.59161 0.43407 0.59097 0.41824\n 11 116 5 0.59101 0.43611 0.59287 0.43990 0.59378 0.43578 0.59287 0.43990 0.59097 0.42407\n 11 116 5 0.59196 0.44205 0.59414 0.44573 0.59473 0.44150 0.59414 0.44573 0.59097 0.42990\n 11 116 5 0.59291 0.44799 0.59540 0.45156 0.59568 0.44722 0.59540 0.45156 0.59097 0.43574\n 11 116 5 0.59386 0.45394 0.59667 0.45739 0.59663 0.45294 0.59667 0.45739 0.59097 0.44157\n 11 116 5 0.59481 0.45988 0.59794 0.46323 0.59758 0.45866 0.59794 0.46323 0.59097 0.44740\n 11 116 5 0.59576 0.46582 0.59920 0.46906 0.59853 0.46438 0.59920 0.46906 0.59097 0.45323\n 11 116 5 0.59671 0.47177 0.60047 0.47489 0.59948 0.47010 0.60047 0.47489 0.59097 0.45907\n 11 116 5 0.59766 0.47771 0.60173 0.48072 0.60043 0.47583 0.60173 0.48072 0.59097 0.46490\n 11 116 5 0.59861 0.48365 0.60300 0.48656 0.60138 0.48155 0.60300 0.48656 0.59097 0.47073\n 11 116 5 0.59956 0.48959 0.60427 0.49239 0.60233 0.48727 0.60427 0.49239 0.59097 0.47656\n 11 116 5 0.60051 0.49554 0.60553 0.49822 0.60328 0.49299 0.60553 0.49822 0.59097 0.48240\n 11 116 5 0.60146 0.50148 0.60680 0.50405 0.60423 0.49871 0.60680 0.50405 0.59097 0.48823\n 11 50 2 0.60200 0.50427 0.59097 0.49406\n 11 50 2 0.59605 0.50427 0.59097 0.49989\n 11 116 5 0.58932 0.37168 0.58781 0.37701 0.59231 0.37379 0.58781 0.37701 0.59984 0.35992\n 11 116 5 0.59027 0.37763 0.58908 0.38284 0.59326 0.37951 0.58908 0.38284 0.59984 0.36575\n 11 116 5 0.59122 0.38357 0.59034 0.38867 0.59421 0.38523 0.59034 0.38867 0.59984 0.37158\n 11 116 5 0.59217 0.38951 0.59161 0.39451 0.59516 0.39095 0.59161 0.39451 0.59984 0.37741\n 11 116 5 0.59312 0.39546 0.59287 0.40034 0.59611 0.39667 0.59287 0.40034 0.59984 0.38325\n 11 116 5 0.59407 0.40140 0.59414 0.40617 0.59706 0.40240 0.59414 0.40617 0.59984 0.38908\n 11 116 5 0.59502 0.40734 0.59541 0.41200 0.59801 0.40812 0.59541 0.41200 0.59984 0.39491\n 11 116 5 0.59597 0.41328 0.59667 0.41783 0.59896 0.41384 0.59667 0.41783 0.59984 0.40074\n 11 116 5 0.59692 0.41923 0.59794 0.42367 0.59991 0.41956 0.59794 0.42367 0.59984 0.40658\n 11 116 5 0.59787 0.42517 0.59920 0.42950 0.60086 0.42528 0.59920 0.42950 0.59984 0.41241\n 11 116 5 0.59882 0.43111 0.60047 0.43533 0.60181 0.43100 0.60047 0.43533 0.59984 0.41824\n 11 116 5 0.59977 0.43706 0.60174 0.44116 0.60276 0.43672 0.60174 0.44116 0.59984 0.42407\n 11 116 5 0.60071 0.44300 0.60300 0.44700 0.60371 0.44245 0.60300 0.44700 0.59984 0.42990\n 11 116 5 0.60166 0.44894 0.60427 0.45283 0.60466 0.44817 0.60427 0.45283 0.59984 0.43574\n 11 116 5 0.60261 0.45489 0.60553 0.45866 0.60560 0.45389 0.60553 0.45866 0.59984 0.44157\n 11 116 5 0.60356 0.46083 0.60680 0.46449 0.60655 0.45961 0.60680 0.46449 0.59984 0.44740\n 11 116 5 0.60451 0.46677 0.60807 0.47032 0.60750 0.46533 0.60807 0.47032 0.59984 0.45323\n 11 116 5 0.60546 0.47272 0.60933 0.47616 0.60845 0.47105 0.60933 0.47616 0.59984 0.45907\n 11 116 5 0.60641 0.47866 0.61060 0.48199 0.60940 0.47678 0.61060 0.48199 0.59984 0.46490\n 11 116 5 0.60736 0.48460 0.61186 0.48782 0.61035 0.48250 0.61186 0.48782 0.59984 0.47073\n 11 116 5 0.60831 0.49054 0.61313 0.49365 0.61130 0.48822 0.61313 0.49365 0.59984 0.47656\n 11 116 5 0.60926 0.49649 0.61440 0.49949 0.61225 0.49394 0.61440 0.49949 0.59984 0.48240\n 11 50 2 0.61021 0.50243 0.61368 0.50427\n 11 72 3 0.61520 0.50427 0.61320 0.49966 0.61520 0.50427\n 11 50 2 0.61469 0.50427 0.59984 0.48823\n 11 50 2 0.61004 0.50427 0.59984 0.49406\n 11 50 2 0.60453 0.50427 0.59984 0.49989\n 11 116 5 0.59807 0.37263 0.59667 0.37827 0.60129 0.37474 0.59667 0.37827 0.60870 0.35992\n 11 116 5 0.59902 0.37858 0.59794 0.38411 0.60224 0.38046 0.59794 0.38411 0.60870 0.36575\n 11 116 5 0.59997 0.38452 0.59921 0.38994 0.60319 0.38618 0.59921 0.38994 0.60870 0.37158\n 11 116 5 0.60092 0.39046 0.60047 0.39577 0.60413 0.39190 0.60047 0.39577 0.60870 0.37741\n 11 116 5 0.60187 0.39641 0.60174 0.40160 0.60508 0.39762 0.60174 0.40160 0.60870 0.38325\n 11 116 5 0.60282 0.40235 0.60300 0.40744 0.60603 0.40335 0.60300 0.40744 0.60870 0.38908\n 11 116 5 0.60377 0.40829 0.60427 0.41327 0.60698 0.40907 0.60427 0.41327 0.60870 0.39491\n 11 116 5 0.60472 0.41423 0.60554 0.41910 0.60793 0.41479 0.60554 0.41910 0.60870 0.40074\n 11 116 5 0.60567 0.42018 0.60680 0.42493 0.60888 0.42051 0.60680 0.42493 0.60870 0.40658\n 11 116 5 0.60662 0.42612 0.60807 0.43077 0.60983 0.42623 0.60807 0.43077 0.60870 0.41241\n 11 116 5 0.60757 0.43206 0.60933 0.43660 0.61078 0.43195 0.60933 0.43660 0.60870 0.41824\n 11 116 5 0.60852 0.43801 0.61060 0.44243 0.61173 0.43767 0.61060 0.44243 0.60870 0.42407\n 11 116 5 0.60947 0.44395 0.61187 0.44826 0.61268 0.44340 0.61187 0.44826 0.60870 0.42990\n 11 116 5 0.61042 0.44989 0.61313 0.45409 0.61363 0.44912 0.61313 0.45409 0.60870 0.43574\n 11 116 5 0.61137 0.45584 0.61440 0.45993 0.61458 0.45484 0.61440 0.45993 0.60870 0.44157\n 11 50 2 0.61232 0.46178 0.61535 0.46538\n 11 50 2 0.61535 0.46493 0.60870 0.44740\n 11 50 2 0.61327 0.46772 0.61535 0.46992\n 11 50 2 0.61535 0.46806 0.60870 0.45323\n 11 50 2 0.61422 0.47366 0.61535 0.47473\n 11 50 2 0.61535 0.47192 0.60870 0.45907\n 11 50 2 0.61516 0.47961 0.61535 0.47976\n 11 50 2 0.61535 0.47624 0.60870 0.46490\n 11 50 2 0.61535 0.48088 0.60870 0.47073\n 11 50 2 0.61535 0.48574 0.60870 0.47656\n 11 50 2 0.61535 0.49078 0.60870 0.48240\n 11 50 2 0.61535 0.49594 0.60870 0.48823\n 11 50 2 0.61535 0.50120 0.60870 0.49406\n 11 50 2 0.61307 0.50427 0.60870 0.49989\n 21 6 1\n 25 6 1\n 82 0\n 81 6 44\n 82 0\n 84 6 19\n 84 6 20\n 84 6 21\n 84 6 22\n 84 6 23\n 84 6 24\n 84 6 25\n 84 6 26\n 84 6 39\n 84 6 40\n 84 6 41\n 84 6 42\n 84 6 43\n 84 6 44\n 84 6 27\n 84 6 28\n 84 6 29\n 84 6 30\n 84 6 31\n 84 6 32\n 84 6 33\n 84 6 34\n 84 6 35\n 84 6 36\n 84 6 37\n 84 6 38\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"54c5862253054e5f0b423093556bf4b828a3ec41","subject":"test for googol","message":"test for googol\n","repos":"zmughal\/numberals","old_file":"numberals.plt","new_file":"numberals.plt","new_contents":":- begin_tests(numberals).\n:- consult('numberals.pl').\n\nlogging :- fail.\n\nlog_writef(A, B) :- logging -> writef(A, B); true.\nlog_writef(A) :- log_writef(A, []).\n\ntest_both_ways(Num, Name) :-\n\tground([Num, Name]),\n\tlog_writef( '%q -> %s : ', [Num, Name] ), number_to_name(Num, Test_Name), log_writef( 'Got %s', [Test_Name]), log_writef('\\n'), Name = Test_Name,\n\tlog_writef( '%s -> %q : ', [Name, Num] ), number_to_name(Test_Num, Name), log_writef( 'Got %q', [Test_Num ]), log_writef('\\n'), log_writef('\\n'), Num = Test_Num.\n\ntest_name_fail(Name) :-\n\tlog_writef( 'Testing name %s : ', [Name]),\n\t(\\+ number_to_name(_, Name) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\ntest_num_fail(Num) :-\n\tlog_writef( 'Testing number %q : ', [Num]),\n\t(\\+ number_to_name(Num, _) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\n\ntest_both_ways_test([0], \"zero\").\ntest_both_ways_test(['-',0], \"negative zero\"). % signed zero\n\ntest_both_ways_test([1,0], \"ten\").\ntest_both_ways_test([-,1,0], \"negative ten\").\ntest_both_ways_test([1,4], \"fourteen\").\ntest_both_ways_test([-,1,4], \"negative fourteen\").\n\ntest_both_ways_test([2,0], \"twenty\").\ntest_both_ways_test([-,2,0], \"negative twenty\").\ntest_both_ways_test([2,1], \"twenty-one\").\ntest_both_ways_test([-,2,1], \"negative twenty-one\").\n\ntest_both_ways_test([3,2], \"thirty-two\").\ntest_both_ways_test([-,3,2], \"negative thirty-two\").\ntest_both_ways_test([3,5], \"thirty-five\").\ntest_both_ways_test([-,3,5], \"negative thirty-five\").\n\ntest_both_ways_test([1, 3,5], \"one hundred and thirty-five\").\ntest_both_ways_test([-,1, 3,5], \"negative one hundred and thirty-five\").\ntest_both_ways_test([1,0,0], \"one hundred\").\ntest_both_ways_test([-,1,0,0], \"negative one hundred\").\ntest_both_ways_test([2,0,0], \"two hundred\").\ntest_both_ways_test([-,2,0,0], \"negative two hundred\").\ntest_both_ways_test([2,0,1], \"two hundred and one\").\ntest_both_ways_test([-,2,0,1], \"negative two hundred and one\").\ntest_both_ways_test([2,2,0], \"two hundred and twenty\").\ntest_both_ways_test([-,2,2,0], \"negative two hundred and twenty\").\ntest_both_ways_test([2,2,5], \"two hundred and twenty-five\").\ntest_both_ways_test([-,2,2,5], \"negative two hundred and twenty-five\").\ntest_both_ways_test([3,1,0], \"three hundred and ten\").\ntest_both_ways_test([-,3,1,0], \"negative three hundred and ten\").\ntest_both_ways_test([9,9,9], \"nine hundred and ninety-nine\").\ntest_both_ways_test([-,9,9,9], \"negative nine hundred and ninety-nine\").\n\ntest_both_ways_test([1,0,0,0], \"one thousand\").\ntest_both_ways_test([-,1,0,0,0], \"negative one thousand\").\ntest_both_ways_test([1,0,0,2], \"one thousand two\").\ntest_both_ways_test([-,1,0,0,2], \"negative one thousand two\").\ntest_both_ways_test([1,0,2,2], \"one thousand twenty-two\").\ntest_both_ways_test([-,1,0,2,2], \"negative one thousand twenty-two\").\ntest_both_ways_test([1,9,9,9], \"one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,9,9,9], \"negative one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,9,9,9], \"ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,0,9,9,9], \"negative ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,0,0,0,0,0], \"one million\").\ntest_both_ways_test([-,1,0,0,0,0,0,0], \"negative one million\").\ntest_both_ways_test([2,0,0,0,0,0,0], \"two million\").\ntest_both_ways_test([-,2,0,0,0,0,0,0], \"negative two million\").\ntest_both_ways_test([2,0,0,0,9,0,0], \"two million nine hundred\").\ntest_both_ways_test([2,0,0,0,0,9,0], \"two million ninety\").\ntest_both_ways_test([2,0,0,0,0,0,9], \"two million nine\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,0], \"one hundred and two million\").\ntest_both_ways_test([-,1,0,2,0,0,0,0,0,0], \"negative one hundred and two million\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,9], \"one hundred and two million nine\").\ntest_both_ways_test([2,0,0,1,0,0,0,1,0,9], \"two billion one million one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,0,0,1,0,9], \"two billion one million one hundred thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,0,1,0,9], \"two billion one million one hundred and twenty thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,3,1,0,9], \"two billion one million one hundred and twenty-three thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,0,0,0,1,0,0,0,1,0,9], \"two trillion one million one hundred and nine\").\n\ntest_both_ways_test([2,0,0,0,0,0,1,0,0,0,1,0,9], \"two trillion one million one hundred and nine\").\ntest_both_ways_test([1,0, 0,0,0, 0,0,0, 0,0,0,\n0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0,\n0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0,\n0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0], \"ten duotrigintillion\"). % googol\n\ntest(test_both_ways, [nondet, forall( test_both_ways_test(Num, Name))]) :-\n\ttest_both_ways(Num, Name).\n\n%test(test_both_ways, [nondet, forall( test_both_ways_test_f(Num, Name))]) :-\n\t%\\+ test_both_ways(Num, Name).\n\n%test(test_to_name, [nondet, forall( test_to_name_test(Num, Name) )]) :-\n\t%%number_to_name(Num, Test_Name), Test_Name = Name.\n\t%number_to_name(Num, Test_Name), ( Test_Name = Name -> true; write(Test_Name), nl, writef('%s', [Test_Name]), nl, fail).\n\ntest_name_fail_test(\"zero hundred\").\ntest_name_fail_test(\"zero thousand\").\ntest_name_fail_test(\"zero million\").\ntest_name_fail_test(\"one million \"). % extra space\ntest_name_fail_test(\"zero million zero thousand\").\ntest_name_fail_test(\"zero million zero thousand zero\").\ntest_name_fail_test(\"zero million one thousand\").\ntest_name_fail_test(\"one million zero thousand zero\").\ntest_name_fail_test(\"one million zero thousand one\").\ntest(test_name_fail, [nondet, forall( test_name_fail_test(Name) )]) :-\n\ttest_name_fail(Name).\n\ntest_num_fail_test([1,-,0]).\ntest_num_fail_test([-,-,0]).\ntest_num_fail_test([-,-,-]).\ntest_num_fail_test([0,0,0]).\ntest_num_fail_test([0,0,0,0]).\ntest_num_fail_test([-,-,-,-]).\ntest(test_num_fail, [nondet, forall( test_num_fail_test(Num) )]) :-\n\ttest_num_fail(Num).\n\n:- end_tests(numberals).\n\n% vim:ft=prolog:fdm=marker\n","old_contents":":- begin_tests(numberals).\n:- consult('numberals.pl').\n\nlogging :- fail.\n\nlog_writef(A, B) :- logging -> writef(A, B); true.\nlog_writef(A) :- log_writef(A, []).\n\ntest_both_ways(Num, Name) :-\n\tground([Num, Name]),\n\tlog_writef( '%q -> %s : ', [Num, Name] ), number_to_name(Num, Test_Name), log_writef( 'Got %s', [Test_Name]), log_writef('\\n'), Name = Test_Name,\n\tlog_writef( '%s -> %q : ', [Name, Num] ), number_to_name(Test_Num, Name), log_writef( 'Got %q', [Test_Num ]), log_writef('\\n'), log_writef('\\n'), Num = Test_Num.\n\ntest_name_fail(Name) :-\n\tlog_writef( 'Testing name %s : ', [Name]),\n\t(\\+ number_to_name(_, Name) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\ntest_num_fail(Num) :-\n\tlog_writef( 'Testing number %q : ', [Num]),\n\t(\\+ number_to_name(Num, _) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\n\ntest_both_ways_test([0], \"zero\").\ntest_both_ways_test(['-',0], \"negative zero\"). % signed zero\n\ntest_both_ways_test([1,0], \"ten\").\ntest_both_ways_test([-,1,0], \"negative ten\").\ntest_both_ways_test([1,4], \"fourteen\").\ntest_both_ways_test([-,1,4], \"negative fourteen\").\n\ntest_both_ways_test([2,0], \"twenty\").\ntest_both_ways_test([-,2,0], \"negative twenty\").\ntest_both_ways_test([2,1], \"twenty-one\").\ntest_both_ways_test([-,2,1], \"negative twenty-one\").\n\ntest_both_ways_test([3,2], \"thirty-two\").\ntest_both_ways_test([-,3,2], \"negative thirty-two\").\ntest_both_ways_test([3,5], \"thirty-five\").\ntest_both_ways_test([-,3,5], \"negative thirty-five\").\n\ntest_both_ways_test([1, 3,5], \"one hundred and thirty-five\").\ntest_both_ways_test([-,1, 3,5], \"negative one hundred and thirty-five\").\ntest_both_ways_test([1,0,0], \"one hundred\").\ntest_both_ways_test([-,1,0,0], \"negative one hundred\").\ntest_both_ways_test([2,0,0], \"two hundred\").\ntest_both_ways_test([-,2,0,0], \"negative two hundred\").\ntest_both_ways_test([2,0,1], \"two hundred and one\").\ntest_both_ways_test([-,2,0,1], \"negative two hundred and one\").\ntest_both_ways_test([2,2,0], \"two hundred and twenty\").\ntest_both_ways_test([-,2,2,0], \"negative two hundred and twenty\").\ntest_both_ways_test([2,2,5], \"two hundred and twenty-five\").\ntest_both_ways_test([-,2,2,5], \"negative two hundred and twenty-five\").\ntest_both_ways_test([3,1,0], \"three hundred and ten\").\ntest_both_ways_test([-,3,1,0], \"negative three hundred and ten\").\ntest_both_ways_test([9,9,9], \"nine hundred and ninety-nine\").\ntest_both_ways_test([-,9,9,9], \"negative nine hundred and ninety-nine\").\n\ntest_both_ways_test([1,0,0,0], \"one thousand\").\ntest_both_ways_test([-,1,0,0,0], \"negative one thousand\").\ntest_both_ways_test([1,0,0,2], \"one thousand two\").\ntest_both_ways_test([-,1,0,0,2], \"negative one thousand two\").\ntest_both_ways_test([1,0,2,2], \"one thousand twenty-two\").\ntest_both_ways_test([-,1,0,2,2], \"negative one thousand twenty-two\").\ntest_both_ways_test([1,9,9,9], \"one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,9,9,9], \"negative one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,9,9,9], \"ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,0,9,9,9], \"negative ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,0,0,0,0,0], \"one million\").\ntest_both_ways_test([-,1,0,0,0,0,0,0], \"negative one million\").\ntest_both_ways_test([2,0,0,0,0,0,0], \"two million\").\ntest_both_ways_test([-,2,0,0,0,0,0,0], \"negative two million\").\ntest_both_ways_test([2,0,0,0,9,0,0], \"two million nine hundred\").\ntest_both_ways_test([2,0,0,0,0,9,0], \"two million ninety\").\ntest_both_ways_test([2,0,0,0,0,0,9], \"two million nine\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,0], \"one hundred and two million\").\ntest_both_ways_test([-,1,0,2,0,0,0,0,0,0], \"negative one hundred and two million\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,9], \"one hundred and two million nine\").\ntest_both_ways_test([2,0,0,1,0,0,0,1,0,9], \"two billion one million one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,0,0,1,0,9], \"two billion one million one hundred thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,0,1,0,9], \"two billion one million one hundred and twenty thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,3,1,0,9], \"two billion one million one hundred and twenty-three thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,0,0,0,1,0,0,0,1,0,9], \"two trillion one million one hundred and nine\").\n\ntest(test_both_ways, [nondet, forall( test_both_ways_test(Num, Name))]) :-\n\ttest_both_ways(Num, Name).\n\n%test(test_both_ways, [nondet, forall( test_both_ways_test_f(Num, Name))]) :-\n\t%\\+ test_both_ways(Num, Name).\n\n%test(test_to_name, [nondet, forall( test_to_name_test(Num, Name) )]) :-\n\t%%number_to_name(Num, Test_Name), Test_Name = Name.\n\t%number_to_name(Num, Test_Name), ( Test_Name = Name -> true; write(Test_Name), nl, writef('%s', [Test_Name]), nl, fail).\n\ntest_name_fail_test(\"zero hundred\").\ntest_name_fail_test(\"zero thousand\").\ntest_name_fail_test(\"zero million\").\ntest_name_fail_test(\"one million \"). % extra space\ntest_name_fail_test(\"zero million zero thousand\").\ntest_name_fail_test(\"zero million zero thousand zero\").\ntest_name_fail_test(\"zero million one thousand\").\ntest_name_fail_test(\"one million zero thousand zero\").\ntest_name_fail_test(\"one million zero thousand one\").\ntest(test_name_fail, [nondet, forall( test_name_fail_test(Name) )]) :-\n\ttest_name_fail(Name).\n\ntest_num_fail_test([1,-,0]).\ntest_num_fail_test([-,-,0]).\ntest_num_fail_test([-,-,-]).\ntest_num_fail_test([0,0,0]).\ntest_num_fail_test([0,0,0,0]).\ntest_num_fail_test([-,-,-,-]).\ntest(test_num_fail, [nondet, forall( test_num_fail_test(Num) )]) :-\n\ttest_num_fail(Num).\n\n:- end_tests(numberals).\n\n% vim:ft=prolog:fdm=marker\n","returncode":0,"stderr":"","license":"isc","lang":"Gnuplot"} {"commit":"ad99a10de7bb58602dfc16fdf9021dee263ac2d0","subject":"disable bottom graph","message":"disable bottom graph\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n# yearly data is queried in 1 week intervals (604 800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSy = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\nspeedy(x) = x * BPSy\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(speedd(Yd_max), speedh(Yh_max)), speedw(Yw_max))\nYmin = 1024\n#Ystd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\n#Ymean = max(max(Yd_mean, Yh_mean), Yw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using 3 name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using 3 name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using 3 name \"Ybw\" nooutput\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ : ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n# ***************************************************************** X-axis *****\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ : ] reverse\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nif (0) { # commented out block\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(speedd(Ybd_max), speedh(Ybh_max)), speedw(Ybw_max))\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\n#Ystd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\n#Ymean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n} # end of commented block\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n# yearly data is queried in 1 week intervals (604 800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSy = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\nspeedy(x) = x * BPSy\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(speedd(Yd_max), speedh(Yh_max)), speedw(Yw_max))\nYmin = 1024\n#Ystd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\n#Ymean = max(max(Yd_mean, Yh_mean), Yw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using 3 name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using 3 name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using 3 name \"Ybw\" nooutput\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ : ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n# ***************************************************************** X-axis *****\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ : ] reverse\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(speedd(Ybd_max), speedh(Ybh_max)), speedw(Ybw_max))\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\n#Ystd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\n#Ymean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7aa9e9d744a9dc376e300144ad80f6b55efd109d","subject":"exclude homepage\/ from release","message":"exclude homepage\/ from release\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@692 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= .\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).stamp: build-lib\n\t$(RM) $@ $(LIBNAME).mk.tmp\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t = $(WARNINGS)'\t>> $(LIBNAME).mk.tmp\n\tcmp -s $(LIBNAME).mk.tmp $(LIBNAME).mk || mv $(LIBNAME).mk.tmp $(LIBNAME).mk\n\t$(RM) $(LIBNAME).mk.tmp\n\ttouch $@\n\nlibrary: $(LIBNAME).stamp\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library\nendif\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nSTXXL_SVN_BRANCH\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/URL\/{s\/.*\\\/svnroot\\\/stxxl\/\/;\/branches\/s\/\\\/branches\\\/\/\/p}')\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nSTXXL_VERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell svnversion $(MCSTL_ROOT) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell LC_ALL=POSIX svn info $(MCSTL_ROOT) | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nMCSTL_VERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info $(MCSTL_ROOT) | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell svnversion $(MCSTL_ROOT))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(LIBNAME).mk $(LIBNAME).mk.tmp\n\n\nifneq (,$(wildcard .svn))\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\t$(RM) -r reltmp\/stxxl-$(REL_VERSION)\/homepage\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\nendif\n\n\n.PHONY: main library library-fast tests clean release\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= .\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).stamp: build-lib\n\t$(RM) $@ $(LIBNAME).mk.tmp\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t = $(WARNINGS)'\t>> $(LIBNAME).mk.tmp\n\tcmp -s $(LIBNAME).mk.tmp $(LIBNAME).mk || mv $(LIBNAME).mk.tmp $(LIBNAME).mk\n\t$(RM) $(LIBNAME).mk.tmp\n\ttouch $@\n\nlibrary: $(LIBNAME).stamp\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library\nendif\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nSTXXL_SVN_BRANCH\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/URL\/{s\/.*\\\/svnroot\\\/stxxl\/\/;\/branches\/s\/\\\/branches\\\/\/\/p}')\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nSTXXL_VERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell svnversion $(MCSTL_ROOT) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell LC_ALL=POSIX svn info $(MCSTL_ROOT) | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nMCSTL_VERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info $(MCSTL_ROOT) | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell svnversion $(MCSTL_ROOT))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(LIBNAME).mk $(LIBNAME).mk.tmp\n\n\nifneq (,$(wildcard .svn))\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\nendif\n\n\n.PHONY: main library library-fast tests clean release\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"95426f8fb1b0ade9abc510a629703d88b4a93e73","subject":"y2 axes","message":"y2 axes\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc \"#229922\" \\\n , '' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\" \\\n , '' using ($2+utc_offset):5 title \"load 5min\" with lines lc \"black\" axes x1y2\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc \"#229922\" \\\n , '' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\" \\\n , '' using ($2+utc_offset):5 title \"load 5min\" with lines lc \"black\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"da130bb2a3198b48bf943dd296daa051efe15bbe","subject":"Add tests for bad input.","message":"Add tests for bad input.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_bits.plt","new_file":"src\/bson\/bson_bits.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad_input,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, not a float', [true(Got \\== Expected)]) :-\n Expected = 0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4').\n\ntest('32-bit, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad_input,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n% ------------------------------------\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n% ------------------------------------\n\ntest('64-bit, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad_input,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n% ------------------------------------\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hex to bytes, bad input should throw', [throws(_)]) :-\n Expected = bad_input,\n bson_bits:hex_bytes(Expected, _Bytes).\n\ntest('hex <-> bytes', [true(Got == Expected)]) :-\n Expected = '47cc67093475061e3d95369d',\n bson_bits:hex_bytes(Expected, Bytes),\n bson_bits:hex_bytes(Got, Bytes).\n\ntest('hex to bytes, verify big endian', [true(Got == Expected)]) :-\n Hex = '47cc6709',\n Expected = [0x47,0xcc,0x67,0x09],\n bson_bits:hex_bytes(Hex, Got).\n\ntest('hex to bytes, odd length should fail', [fail]) :-\n HexOddLength = '47c',\n bson_bits:hex_bytes(HexOddLength, _Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad zero', [true(Got \\== Expected)]) :-\n Expected = 0, % Not a float.\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4').\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n% ------------------------------------\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n% ------------------------------------\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n% ------------------------------------\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hex <-> bytes', [true(Got == Expected)]) :-\n Expected = '47cc67093475061e3d95369d',\n bson_bits:hex_bytes(Expected, Bytes),\n bson_bits:hex_bytes(Got, Bytes).\n\ntest('hex to bytes, verify big endian', [true(Got == Expected)]) :-\n Hex = '47cc6709',\n Expected = [0x47,0xcc,0x67,0x09],\n bson_bits:hex_bytes(Hex, Got).\n\ntest('hex to bytes, odd length should fail', [fail]) :-\n HexOddLength = '47c',\n bson_bits:hex_bytes(HexOddLength, _Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"669412308d39a9c4a69186553d518a21f24c5dbd","subject":"Rewrite hex_bytes\/2 tests again.","message":"Rewrite hex_bytes\/2 tests again.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_bits.plt","new_file":"src\/bson\/bson_bits.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad zero', [true(Got \\== Expected)]) :-\n Expected = 0, % Not a float.\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4').\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n% ------------------------------------\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n% ------------------------------------\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n% ------------------------------------\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hex <-> bytes', [true(Got == Expected)]) :-\n Expected = '47cc67093475061e3d95369d',\n bson_bits:hex_bytes(Expected, Bytes),\n bson_bits:hex_bytes(Got, Bytes).\n\ntest('hex to bytes, verify big endian', [true(Got == Expected)]) :-\n Hex = '47cc6709',\n Expected = [0x47,0xcc,0x67,0x09],\n bson_bits:hex_bytes(Hex, Got).\n\ntest('hex to bytes, odd length should fail', [fail]) :-\n HexOddLength = '47c',\n bson_bits:hex_bytes(HexOddLength, _Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad zero', [true(Got \\== Expected)]) :-\n Expected = 0, % Not a float.\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4').\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n% ------------------------------------\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n% ------------------------------------\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n% ------------------------------------\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hex to bytes', [true(Got == Expected)]) :-\n Hex = '47cc6709',\n Expected = [0x47,0xcc,0x67,0x09],\n bson_bits:hex_bytes(Hex, Got).\n\ntest('bytes to hex', [true(Got == Expected)]) :-\n Bytes = [0x47,0xcc,0x67,0x09],\n Expected = '47cc6709',\n bson_bits:hex_bytes(Got, Bytes).\n\ntest('bytes to hex, odd length should fail', [fail]) :-\n HexOddLength = '47c',\n bson_bits:hex_bytes(HexOddLength, _Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"6dfb8031588483912033d14af67d98a4031fe261","subject":"Altered GNUplot formatting","message":"Altered GNUplot formatting\n","repos":"flukiluke\/eris","old_file":"basil_history.gnuplot","new_file":"basil_history.gnuplot","new_contents":"set terminal png size 600,400 enhanced\nset output 'tt.png'\nset xdata time\nset timefmt '%Y-%m-%d %H:%M:%S'\nset format x \"%d\/%m\\n%H:%M\"\nset datafile separator ','\nset ylabel '% Moisture Content'\n# set xtics rotate\nplot '< cat -' using 1:2 notitle w points\n","old_contents":"set terminal png size 400,300 enhanced\nset output '\/dev\/stdout'\nset xdata time\nset timefmt '%Y-%m-%d %H:%M:%S'\nset format x '%d\/%m %H:%M'\nset datafile separator ','\nset xtics rotate\nplot '< cat -' using 1:2 notitle smooth csplines\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c9108ffb81c06d5ca1126a80f235fa23ff38b69c","subject":"add time label in plots","message":"add time label in plots\n","repos":"JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot","old_file":"bin\/radicalpilot-stats.plot","new_file":"bin\/radicalpilot-stats.plot","new_contents":"\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#AA6666'\r\n#\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#66AA66'\r\n#\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#6666AA'\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\nprint 'pilot_num : ' . pilot_num\r\nprint 'pilot_id_list : ' . pilot_id_list\r\nprint 'pilot_name_list : ' . pilot_name_list\r\n\r\npilot_states_dat_list = ''\r\npilot_callbacks_dat_list = ''\r\npilot_slots_dat_list = ''\r\npilot_queue_dat_list = ''\r\nunit_states_dat_list = ''\r\nunit_callbacks_dat_list = ''\r\noffset_list = ''\r\n\r\ncolor_list_1 = \"#FF8855 #88FF55 #8855FF #FF55FF #55FFFF\"\r\ncolor_list_2 = \"#AA8855 #88AA55 #8855AA #AA55AA #55AAAA\"\r\n\r\ndo for [i=1:pilot_num] {\r\n pilot_id = word(pilot_id_list, i)\r\n\r\n print ''\r\n print 'pilot name : ' . word(pilot_name_list, i)\r\n print 'pilot id : ' . pilot_id\r\n\r\n pilot_states_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_id . '.dat'\r\n pilot_callbacks_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_id . '.dat'\r\n pilot_slots_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_id . '.dat'\r\n pilot_queue_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_id . '.dat'\r\n unit_states_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_id . '.dat'\r\n unit_callbacks_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_id . '.dat'\r\n\r\n pilot_states_dat_list = pilot_states_dat_list . pilot_states_dat . ' '\r\n pilot_callbacks_dat_list = pilot_callbacks_dat_list . pilot_callbacks_dat . ' '\r\n pilot_slots_dat_list = pilot_slots_dat_list . pilot_slots_dat . ' '\r\n pilot_queue_dat_list = pilot_queue_dat_list . pilot_queue_dat . ' '\r\n unit_states_dat_list = unit_states_dat_list . unit_states_dat . ' '\r\n unit_callbacks_dat_list = unit_callbacks_dat_list . unit_callbacks_dat . ' '\r\n\r\n}\r\n\r\noffset(i,n) = (i * n) - (pilot_num \/ 2 * n)\r\nhex(i) = \"0123456789ABCDEF\"[i:i]\r\nhexx(i) = hex(i).hex(i)\r\ncolor_1(i) = word(color_list_1,i)\r\ncolor_2(i) = word(color_list_2,i)\r\nget_title(i)= sprintf(\"%s: %-15s (%s cores)\", word(pilot_id_list,i), word(pilot_name_list,i), word(slotnum_list,i))\r\n\r\nprint 'palette '\r\ndo for [i=1:pilot_num] {\r\n print ' ' . color_1(i) . ' ' . color_2(i)\r\n}\r\n\r\nprint 'offsets'\r\ndo for [i=1:pilot_num] {\r\n print ' ' . sprintf (\"%f\", offset (i, 0.2))\r\n print word(slotnum_list,i)+offset(i,0.5)\r\n}\r\n\r\nprint 'pilot_queue_dats'\r\ndo for [i=1:pilot_num] {\r\n print word(pilot_queue_dat_list,i)\r\n}\r\n\r\nterms = 'pdf png'\r\ndo for [term_i=1:words(terms)] {\r\n t = word(terms, term_i)\r\n term_t = t.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (t eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 206 lt 1 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 306 lt 1 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.t \r\n print '.\/'.session.'.'.t\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n # set mxtics mtimetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"STATE_X \" 2, \\\r\n \"PEND. INPUT \" 3, \\\r\n \"TRANSF. INPUT \" 4, \\\r\n \"PEND. EXECUTION\" 5, \\\r\n \"SCHEDULING \" 6, \\\r\n \"EXECUTING \" 7, \\\r\n \"PEND. OUTPUT \" 8, \\\r\n \"TRANSF. OUTPUT \" 9, \\\r\n \"DONE \" 10, \\\r\n \"CANCELED \" 11, \\\r\n \"FAILED \" 12)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(unit_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(unit_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:slotsscale]\r\n set mytics nodesize\r\n set ytics autofreq\r\n set mytics 0\r\n set y2tics autofreq\r\n set y2range [0:queuescale]\r\n set my2tics 0\r\n\r\n set xlabel 'time (in seconds)'\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ queue]\" offset second -11,0\r\n set grid \r\n unset format\r\n\r\n # set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n # set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_slots_dat_list,i) using 1:($2+offset(i,0.1)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*3, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_queue_dat_list,i) using 1:($2+offset(i,0.1)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*2 axes x1y2 , \\\r\n for [i=1:pilot_num] \\\r\n word(slotnum_list,i)+0+offset(i,0.5) title '' with lines lt 2 lc rgb color_1(i) lw term_mult*3\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n\r\n\r\n set key top left reverse maxrows 7\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n plot for [i=1:pilot_num] \\\r\n NaN with lines title get_title(i) lt 1 lc rgb color_1(i) lw term_mult*2\r\n\r\n# plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n# NaN ls 100 t 'pilot\/unit states changes' , \\\r\n# NaN ls 101 t 'pilot\/unit states notifications' , \\\r\n# NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n# NaN ls 105 t 'total number of slots' , \\\r\n# NaN ls 106 t 'unit queue length' , \\\r\n# NaN lw 0 t ' '\r\n# }\r\n\r\n unset multiplot\r\n}\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","old_contents":"\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#AA6666'\r\n#\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#66AA66'\r\n#\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#6666AA'\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\nprint 'pilot_num : ' . pilot_num\r\nprint 'pilot_id_list : ' . pilot_id_list\r\nprint 'pilot_name_list : ' . pilot_name_list\r\n\r\npilot_states_dat_list = ''\r\npilot_callbacks_dat_list = ''\r\npilot_slots_dat_list = ''\r\npilot_queue_dat_list = ''\r\nunit_states_dat_list = ''\r\nunit_callbacks_dat_list = ''\r\noffset_list = ''\r\n\r\ncolor_list_1 = \"#FF8855 #88FF55 #8855FF #FF55FF #55FFFF\"\r\ncolor_list_2 = \"#AA8855 #88AA55 #8855AA #AA55AA #55AAAA\"\r\n\r\ndo for [i=1:pilot_num] {\r\n pilot_id = word(pilot_id_list, i)\r\n\r\n print ''\r\n print 'pilot name : ' . word(pilot_name_list, i)\r\n print 'pilot id : ' . pilot_id\r\n\r\n pilot_states_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_id . '.dat'\r\n pilot_callbacks_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_id . '.dat'\r\n pilot_slots_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_id . '.dat'\r\n pilot_queue_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_id . '.dat'\r\n unit_states_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_id . '.dat'\r\n unit_callbacks_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_id . '.dat'\r\n\r\n pilot_states_dat_list = pilot_states_dat_list . pilot_states_dat . ' '\r\n pilot_callbacks_dat_list = pilot_callbacks_dat_list . pilot_callbacks_dat . ' '\r\n pilot_slots_dat_list = pilot_slots_dat_list . pilot_slots_dat . ' '\r\n pilot_queue_dat_list = pilot_queue_dat_list . pilot_queue_dat . ' '\r\n unit_states_dat_list = unit_states_dat_list . unit_states_dat . ' '\r\n unit_callbacks_dat_list = unit_callbacks_dat_list . unit_callbacks_dat . ' '\r\n\r\n}\r\n\r\noffset(i,n) = (i * n) - (pilot_num \/ 2 * n)\r\nhex(i) = \"0123456789ABCDEF\"[i:i]\r\nhexx(i) = hex(i).hex(i)\r\ncolor_1(i) = word(color_list_1,i)\r\ncolor_2(i) = word(color_list_2,i)\r\nget_title(i)= sprintf(\"%s: %-15s (%s cores)\", word(pilot_id_list,i), word(pilot_name_list,i), word(slotnum_list,i))\r\n\r\nprint 'palette '\r\ndo for [i=1:pilot_num] {\r\n print ' ' . color_1(i) . ' ' . color_2(i)\r\n}\r\n\r\nprint 'offsets'\r\ndo for [i=1:pilot_num] {\r\n print ' ' . sprintf (\"%f\", offset (i, 0.2))\r\n print word(slotnum_list,i)+offset(i,0.5)\r\n}\r\n\r\nprint 'pilot_queue_dats'\r\ndo for [i=1:pilot_num] {\r\n print word(pilot_queue_dat_list,i)\r\n}\r\n\r\nterms = 'pdf png'\r\ndo for [term_i=1:words(terms)] {\r\n t = word(terms, term_i)\r\n term_t = t.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (t eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 206 lt 1 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 306 lt 1 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.t \r\n print '.\/'.session.'.'.t\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n # set mxtics mtimetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"STATE_X \" 2, \\\r\n \"PEND. INPUT \" 3, \\\r\n \"TRANSF. INPUT \" 4, \\\r\n \"PEND. EXECUTION\" 5, \\\r\n \"SCHEDULING \" 6, \\\r\n \"EXECUTING \" 7, \\\r\n \"PEND. OUTPUT \" 8, \\\r\n \"TRANSF. OUTPUT \" 9, \\\r\n \"DONE \" 10, \\\r\n \"CANCELED \" 11, \\\r\n \"FAILED \" 12)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(unit_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(unit_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:slotsscale]\r\n set mytics nodesize\r\n set ytics autofreq\r\n set mytics 0\r\n set y2tics autofreq\r\n set y2range [0:queuescale]\r\n set my2tics 0\r\n\r\n set xlabel ''\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ queue]\" offset second -11,0\r\n set grid \r\n unset format\r\n\r\n # set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n # set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_slots_dat_list,i) using 1:($2+offset(i,0.1)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*3, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_queue_dat_list,i) using 1:($2+offset(i,0.1)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*2 axes x1y2 , \\\r\n for [i=1:pilot_num] \\\r\n word(slotnum_list,i)+0+offset(i,0.5) title '' with lines lt 2 lc rgb color_1(i) lw term_mult*3\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n\r\n\r\n set key top left reverse maxrows 7\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n plot for [i=1:pilot_num] \\\r\n NaN with lines title get_title(i) lt 1 lc rgb color_1(i) lw term_mult*2\r\n\r\n# plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n# NaN ls 100 t 'pilot\/unit states changes' , \\\r\n# NaN ls 101 t 'pilot\/unit states notifications' , \\\r\n# NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n# NaN ls 105 t 'total number of slots' , \\\r\n# NaN ls 106 t 'unit queue length' , \\\r\n# NaN lw 0 t ' '\r\n# }\r\n\r\n unset multiplot\r\n}\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"711a6f82d13e08866653975bac0215641c53904e","subject":"Add a label for the bump when we started counting llvm\/projects","message":"Add a label for the bump when we started counting llvm\/projects\n\n\ngit-svn-id: a4a6f32337ebd29ad4763b423022f00f68d1c7b7@11596 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx","old_file":"NightlyTest.gnuplot","new_file":"NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"2b3971d98285e1b32fd99662893f160f80df31d9","subject":"Make boxplot for benchmark","message":"Make boxplot for benchmark\n","repos":"etcimon\/libasync","old_file":"tests\/http_request_benchmark\/plot_results.gnu","new_file":"tests\/http_request_benchmark\/plot_results.gnu","new_contents":"#! \/usr\/bin\/env gnuplot\n\nset terminal svg\n\nset title 'Runtime comparison for sending series of single HTTP requests'\n\nset object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\nset object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\nset style fill solid 0.25 border -1\nset style boxplot nooutliers pointtype 7\n#set style data boxplot\nset boxwidth 0.5\nset pointsize 0.5\n\nunset key\nset border 2\nset xtics (\"AsyncSocket\" 1, \"AsyncTCPConnection\" 2) scale 0.0\nset ytics nomirror\n\ncd 'results'\nresults = system('ls *\/*.dat')\ndo for [result in results] {\n\tset output sprintf('%s.svg', result[:strlen(result)-4])\n\n\tstats result using 2\n\trange = 1.5 # (this is the default value of the `set style boxplot range` value)\n\tlower_limit = STATS_lo_quartile - range*(STATS_up_quartile - STATS_lo_quartile)\n\tupper_limit = STATS_up_quartile + range*(STATS_up_quartile - STATS_lo_quartile)\n\n\tset table '\/tmp\/gnuplot.dat'\n\tplot result index 0 using 2:($2 > upper_limit || $2 < lower_limit ? 1 : 0) smooth frequency\n\tplot result index 1 using 2:($2 > upper_limit || $2 < lower_limit ? 1 : 0) smooth frequency\n\tunset table\n\n\tplot result index 0 using (1):2 with boxplot,\\\n\t result index 1 using (2):2 with boxplot,\\\n\t '\/tmp\/gnuplot.dat' index 0 using (1):($2 > 0 ? $1 : 1\/0) with points pt 6 lc rgb \"grey\",\\\n\t '\/tmp\/gnuplot.dat' index 1 using (2):($2 > 0 ? $1 : 1\/0) with points pt 6 lc rgb \"grey\"\n}","old_contents":"#! \/usr\/bin\/env gnuplot\n\nset terminal svg\n\nset style line 1 lc rgb '#dd181f' lt 1 lw 0.1 pt 5 ps 0.2 # --- red\nset style line 2 lc rgb '#0060ad' lt 1 lw 0.1 pt 7 ps 0.2 # --- blue\n\nset xlabel 'Index of HTTP request'\nset ylabel 'Time required for completion in nanoseconds'\n\nset yrange [0:300000]\n\ncd 'results'\nresults = system('ls *\/*.dat')\ndo for [result in results] {\n\tset output sprintf('%s.svg', result[:strlen(result)-4])\n\tplot result index 0 t 'AsyncSocket' with linespoints ls 1, \\\n\t result index 1 t 'AsyncTCPConnection' with linespoints ls 2\n}\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ba5c251b454f4aa23551ce6b126da09c61a7e0ea","subject":"update label","message":"update label\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/loadgen\/plot\/obj-age-when-accessed\/_obj-age.gnuplot","new_file":"mtdb\/loadgen\/plot\/obj-age-when-accessed\/_obj-age.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 4\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# To get the y range\nset terminal unknown\nplot FN_IN u 1:0 w lines not\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\nset xlabel \"Obj age when accessed\"\nset ylabel \"CDF\"\n\nset border (1 + 2) lc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" format \"%0.1f\" autofreq 0,0.5,1\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" ( \\\n\t\t \"1m\" 365.2425\/12*24*3600 \\\n\t\t, \"1y\" 365.2425*24*3600 \\\n\t\t, \"2y\" 2*365.2425*24*3600 \\\n\t\t, \"3y\" 3*365.2425*24*3600 \\\n)\n\nplot \\\nFN_IN u 1:($0\/(GPVAL_DATA_Y_MAX - GPVAL_DATA_Y_MIN + 1)) w lines not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 4\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# To get the y range\nset terminal unknown\nplot FN_IN u 1:0 w lines not\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\nset xlabel \"obj age when accessed (in sec)\"\nset ylabel \"CDF\"\n\nset border (1 + 2) lc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" format \"%0.1f\" autofreq 0,0.5,1\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" ( \\\n\t\t \"1m\" 365.2425\/12*24*3600 \\\n\t\t, \"1y\" 365.2425*24*3600 \\\n\t\t, \"2y\" 2*365.2425*24*3600 \\\n\t\t, \"3y\" 3*365.2425*24*3600 \\\n)\n\nplot \\\nFN_IN u 1:($0\/(GPVAL_DATA_Y_MAX - GPVAL_DATA_Y_MIN + 1)) w lines not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"b0b49066f98e358658ad5e522aaca4d63ea4a3a9","subject":"front grid","message":"front grid\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph11.gp","new_file":"graphs\/graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset style fill solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2:4 notitle with filledcurves lc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):3 title \" Temperature [degC]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset style fill solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2:4 notitle with filledcurves lc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):3 title \" Temperature [degC]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c4d4140c80789443b204a82dd9535fb0bbb0d758","subject":"Reenabled tests.","message":"Reenabled tests.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson.plt","new_file":"src\/bson\/bson.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson:term_bson\/2').\n\ntest('nonvar, nonvar') :-\n Term =\n [\n hello: 32\n ],\n Bson =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Term, Bson).\n\ntest('nonvar, var', [true(Got == Expected)]) :-\n Term =\n [\n hello: 32\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Term, Got).\n\ntest('var, nonvar', [true(Got == Expected)]) :-\n Expected =\n [\n hello: 32\n ],\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Got, Bson).\n\ntest('var, var', [fail]) :-\n bson:term_bson(_, _).\n\n:- end_tests('bson:term_bson\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson:term_bson\/2').\n\n\/* xxxxxxxxxxxxx\ntest('nonvar, nonvar') :-\n Term =\n [\n hello: 32\n ],\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Term, Bson).\n*\/\n\n\/* XXX Fix when implemented encoder.\ntest('nonvar, var', [true(Got == Expected)]) :-\n Term =\n [\n hello: 32\n ],\n Expected =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Term, Got).\n*\/\n\ntest('var, nonvar', [true(Got == Expected)]) :-\n Expected =\n [\n hello: 32\n ],\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Got, Bson).\n\ntest('var, var', [fail]) :-\n bson:term_bson(_, _).\n\n:- end_tests('bson:term_bson\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2b6d589b7529d420e01611d210a40cc4f050bc0e","subject":"update for latest mcstl from libstdc++ branch","message":"update for latest mcstl from libstdc++ branch\n\ngit-svn-id: 69a08f0be502e23ba71eb4e212ee2948ff83149c@363 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t-DSORT_OPT_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t-DSORT_OPT_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nendif # not from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4a5feacaf9d7d9cd3114573658fe2ce1c2318c78","subject":"minor changes with gfortran build","message":"minor changes with gfortran build\n\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@11106 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret","old_file":"bench\/metafile_masters_v61_64\/bnplot-4.plt","new_file":"bench\/metafile_masters_v61_64\/bnplot-4.plt","new_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 10\/02\/11 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 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0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 21 6 1\n 25 6 1\n 11 226 10 0.07756 0.46549 0.11732 0.47046 0.15708 0.47544 0.19684 0.48041 0.23659 0.48539 0.27635 0.49037 0.31611 0.49534 0.35587 0.50032 0.39562 0.50529 0.43538 0.51027\n 21 6 1\n 25 6 1\n 82 0\n 81 6 72\n 82 0\n 81 6 73\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.07756 0.46549 0.08015 0.46807\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47118 0.11732 0.47118\n 11 50 2 0.11473 0.46859 0.11991 0.47376\n 11 50 2 0.11473 0.47376 0.11991 0.46859\n 11 50 2 0.15708 0.47717 0.15708 0.47717\n 11 50 2 0.15449 0.47459 0.15966 0.47976\n 11 50 2 0.15449 0.47976 0.15966 0.47459\n 11 50 2 0.19684 0.48337 0.19684 0.48337\n 11 50 2 0.19425 0.48079 0.19942 0.48596\n 11 50 2 0.19425 0.48596 0.19942 0.48079\n 11 50 2 0.23659 0.48973 0.23659 0.48973\n 11 50 2 0.23401 0.48715 0.23918 0.49232\n 11 50 2 0.23401 0.49232 0.23918 0.48715\n 11 50 2 0.27635 0.49622 0.27635 0.49622\n 11 50 2 0.27377 0.49364 0.27894 0.49881\n 11 50 2 0.27377 0.49881 0.27894 0.49364\n 11 50 2 0.31611 0.50282 0.31611 0.50282\n 11 50 2 0.31352 0.50024 0.31869 0.50541\n 11 50 2 0.31352 0.50541 0.31869 0.50024\n 11 50 2 0.35587 0.50952 0.35587 0.50952\n 11 50 2 0.35328 0.50693 0.35845 0.51210\n 11 50 2 0.35328 0.51210 0.35845 0.50693\n 11 50 2 0.39562 0.51629 0.39562 0.51629\n 11 50 2 0.39304 0.51371 0.39821 0.51888\n 11 50 2 0.39304 0.51888 0.39821 0.51371\n 11 50 2 0.43538 0.52315 0.43538 0.52315\n 11 50 2 0.43280 0.52056 0.43538 0.52315\n 11 50 2 0.43280 0.52573 0.43538 0.52315\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.00388 0.42994 0.00905 0.43511\n 11 50 2 0.00388 0.43511 0.00905 0.42994\n 11 50 2 0.00646 0.43253 0.00646 0.43253\n 11 50 2 0.00388 0.42994 0.00905 0.43511\n 11 50 2 0.00388 0.43511 0.00905 0.42994\n 11 50 2 0.02682 0.43253 0.02682 0.43253\n 11 50 2 0.02424 0.42994 0.02941 0.43511\n 11 50 2 0.02424 0.43511 0.02941 0.42994\n 11 50 2 0.04718 0.43253 0.04718 0.43253\n 11 50 2 0.04460 0.42994 0.04977 0.43511\n 11 50 2 0.04460 0.43511 0.04977 0.42994\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.03359 0.42496 0.03359 0.42496\n 82 0\n 81 6 74\n 82 0\n 81 6 75\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.07756 0.46549 0.08144 0.46937\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47194 0.11732 0.47194\n 11 50 2 0.11344 0.46807 0.12120 0.47582\n 11 50 2 0.11344 0.47582 0.12120 0.46807\n 11 50 2 0.15708 0.47911 0.15708 0.47911\n 11 50 2 0.15320 0.47523 0.16096 0.48299\n 11 50 2 0.15320 0.48299 0.16096 0.47523\n 11 50 2 0.19684 0.48677 0.19684 0.48677\n 11 50 2 0.19296 0.48290 0.20071 0.49065\n 11 50 2 0.19296 0.49065 0.20071 0.48290\n 11 50 2 0.23659 0.49484 0.23659 0.49484\n 11 50 2 0.23271 0.49096 0.24047 0.49871\n 11 50 2 0.23271 0.49871 0.24047 0.49096\n 11 50 2 0.27635 0.50323 0.27635 0.50323\n 11 50 2 0.27247 0.49935 0.28023 0.50711\n 11 50 2 0.27247 0.50711 0.28023 0.49935\n 11 50 2 0.31611 0.51191 0.31611 0.51191\n 11 50 2 0.31223 0.50803 0.31999 0.51579\n 11 50 2 0.31223 0.51579 0.31999 0.50803\n 11 50 2 0.35587 0.52084 0.35587 0.52084\n 11 50 2 0.35199 0.51696 0.35974 0.52472\n 11 50 2 0.35199 0.52472 0.35974 0.51696\n 11 50 2 0.39562 0.53000 0.39562 0.53000\n 11 50 2 0.39175 0.52612 0.39950 0.53388\n 11 50 2 0.39175 0.53388 0.39950 0.52612\n 11 50 2 0.43538 0.53937 0.43538 0.53937\n 11 50 2 0.43150 0.53549 0.43538 0.53937\n 11 50 2 0.43150 0.54324 0.43538 0.53937\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.00259 0.41701 0.01034 0.42477\n 11 50 2 0.00259 0.42477 0.01034 0.41701\n 11 50 2 0.00646 0.42089 0.00646 0.42089\n 11 50 2 0.00259 0.41701 0.01034 0.42477\n 11 50 2 0.00259 0.42477 0.01034 0.41701\n 11 50 2 0.02682 0.42089 0.02682 0.42089\n 11 50 2 0.02295 0.41701 0.03070 0.42477\n 11 50 2 0.02295 0.42477 0.03070 0.41701\n 11 50 2 0.04718 0.42089 0.04718 0.42089\n 11 50 2 0.04331 0.41701 0.05106 0.42477\n 11 50 2 0.04331 0.42477 0.05106 0.41701\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.03359 0.41333 0.03359 0.41333\n 82 0\n 81 6 76\n 82 0\n 81 6 77\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.07756 0.46549 0.08015 0.46807\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47276 0.11732 0.47276\n 11 50 2 0.11473 0.47018 0.11991 0.47535\n 11 50 2 0.11473 0.47535 0.11991 0.47018\n 11 50 2 0.15708 0.48127 0.15708 0.48127\n 11 50 2 0.15449 0.47868 0.15966 0.48385\n 11 50 2 0.15449 0.48385 0.15966 0.47868\n 11 50 2 0.19684 0.49068 0.19684 0.49068\n 11 50 2 0.19425 0.48809 0.19942 0.49326\n 11 50 2 0.19425 0.49326 0.19942 0.48809\n 11 50 2 0.23659 0.50083 0.23659 0.50083\n 11 50 2 0.23401 0.49824 0.23918 0.50341\n 11 50 2 0.23401 0.50341 0.23918 0.49824\n 11 50 2 0.27635 0.51161 0.27635 0.51161\n 11 50 2 0.27377 0.50903 0.27894 0.51420\n 11 50 2 0.27377 0.51420 0.27894 0.50903\n 11 50 2 0.31611 0.52295 0.31611 0.52295\n 11 50 2 0.31352 0.52037 0.31869 0.52554\n 11 50 2 0.31352 0.52554 0.31869 0.52037\n 11 50 2 0.35587 0.53479 0.35587 0.53479\n 11 50 2 0.35328 0.53220 0.35845 0.53737\n 11 50 2 0.35328 0.53737 0.35845 0.53220\n 11 50 2 0.39562 0.54708 0.39562 0.54708\n 11 50 2 0.39304 0.54449 0.39821 0.54966\n 11 50 2 0.39304 0.54966 0.39821 0.54449\n 11 50 2 0.43538 0.55978 0.43538 0.55978\n 11 50 2 0.43280 0.55720 0.43538 0.55978\n 11 50 2 0.43280 0.56237 0.43538 0.55978\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.00388 0.40667 0.00905 0.41184\n 11 50 2 0.00388 0.41184 0.00905 0.40667\n 11 50 2 0.00646 0.40926 0.00646 0.40926\n 11 50 2 0.00388 0.40667 0.00905 0.41184\n 11 50 2 0.00388 0.41184 0.00905 0.40667\n 11 50 2 0.02682 0.40926 0.02682 0.40926\n 11 50 2 0.02424 0.40667 0.02941 0.41184\n 11 50 2 0.02424 0.41184 0.02941 0.40667\n 11 50 2 0.04718 0.40926 0.04718 0.40926\n 11 50 2 0.04460 0.40667 0.04977 0.41184\n 11 50 2 0.04460 0.41184 0.04977 0.40667\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.03359 0.40170 0.03359 0.40170\n 82 0\n 81 6 78\n 82 0\n 81 6 79\n 21 6 1\n 25 6 1\n 21 6 11\n 25 6 11\n 11 50 2 0.07756 0.46549 0.09744 0.46549\n 11 50 2 0.09744 0.47364 0.13720 0.47364\n 11 50 2 0.13720 0.48368 0.17696 0.48368\n 11 50 2 0.17696 0.49516 0.21671 0.49516\n 11 50 2 0.21671 0.50787 0.25647 0.50787\n 11 50 2 0.25647 0.52164 0.29623 0.52164\n 11 50 2 0.29623 0.53636 0.33599 0.53636\n 11 50 2 0.33599 0.55195 0.37574 0.55195\n 11 50 2 0.37574 0.56835 0.41550 0.56835\n 11 50 2 0.41550 0.58549 0.43538 0.58549\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 11\n 25 6 11\n 11 72 3 0.00646 0.39762 0.00646 0.39762 0.04718 0.39762\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.03359 0.39006 0.03359 0.39006\n 82 0\n 81 6 80\n 82 0\n 81 6 81\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 446 20 0.07756 0.46549 0.09744 0.46549 0.09744 0.47459 0.13720 0.47459 0.13720 0.48637 0.17696 0.48637 0.17696 0.50032 0.21671 0.50032 0.21671 0.51614 0.25647 0.51614 0.25647 0.53363 0.29623 0.53363 0.29623 0.55266 0.33599 0.55266 0.33599 0.57309 0.37574 0.57309 0.37574 0.59485 0.41550 0.59485 0.41550 0.61784 0.43538 0.61784\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 72 3 0.00646 0.38599 0.00646 0.38599 0.04718 0.38599\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.05463 0.38857 0.05463 0.38340\n 11 72 3 0.05636 0.38513 0.05833 0.38636 0.06030 0.38513\n 11 72 3 0.05636 0.38513 0.05833 0.38611 0.06030 0.38513\n 11 94 4 0.06251 0.38759 0.06300 0.38783 0.06374 0.38857 0.06374 0.38340\n 11 116 5 0.06719 0.38390 0.06694 0.38365 0.06719 0.38340 0.06744 0.38365 0.06719 0.38390\n 11 380 17 0.07211 0.38857 0.06965 0.38857 0.06941 0.38636 0.06965 0.38660 0.07039 0.38685 0.07113 0.38685 0.07187 0.38660 0.07236 0.38611 0.07261 0.38537 0.07261 0.38488 0.07236 0.38414 0.07187 0.38365 0.07113 0.38340 0.07039 0.38340 0.06965 0.38365 0.06941 0.38390 0.06916 0.38439\n 11 50 2 0.03359 0.37843 0.03359 0.37843\n 82 0\n 81 6 82\n 82 0\n 81 6 83\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.07756 0.46775 0.07756 0.46775 0.07869 0.46549\n 11 50 2 0.11732 0.47560 0.11732 0.47560\n 11 94 4 0.11506 0.47333 0.11732 0.47786 0.11958 0.47333 0.11506 0.47333\n 11 50 2 0.15708 0.48937 0.15708 0.48937\n 11 94 4 0.15482 0.48711 0.15708 0.49163 0.15934 0.48711 0.15482 0.48711\n 11 50 2 0.19684 0.50623 0.19684 0.50623\n 11 94 4 0.19457 0.50397 0.19684 0.50850 0.19910 0.50397 0.19457 0.50397\n 11 50 2 0.23659 0.52585 0.23659 0.52585\n 11 94 4 0.23433 0.52359 0.23659 0.52811 0.23886 0.52359 0.23433 0.52359\n 11 50 2 0.27635 0.54798 0.27635 0.54798\n 11 94 4 0.27409 0.54572 0.27635 0.55025 0.27861 0.54572 0.27409 0.54572\n 11 50 2 0.31611 0.57245 0.31611 0.57245\n 11 94 4 0.31385 0.57019 0.31611 0.57471 0.31837 0.57019 0.31385 0.57019\n 11 50 2 0.35587 0.59911 0.35587 0.59911\n 11 94 4 0.35360 0.59685 0.35587 0.60137 0.35813 0.59685 0.35360 0.59685\n 11 50 2 0.39562 0.62785 0.39562 0.62785\n 11 94 4 0.39336 0.62559 0.39562 0.63012 0.39789 0.62559 0.39336 0.62559\n 11 50 2 0.43538 0.65858 0.43538 0.65858\n 11 50 2 0.43312 0.65632 0.43472 0.65952\n 11 50 2 0.43538 0.65632 0.43312 0.65632\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 94 4 0.08176 0.47434 0.08403 0.47887 0.08629 0.47434 0.08176 0.47434\n 11 50 2 0.08403 0.47661 0.08403 0.47661\n 11 94 4 0.08176 0.47434 0.08403 0.47887 0.08629 0.47434 0.08176 0.47434\n 11 50 2 0.10031 0.47661 0.10031 0.47661\n 11 94 4 0.09805 0.47434 0.10031 0.47887 0.10258 0.47434 0.09805 0.47434\n 11 50 2 0.11660 0.47661 0.11660 0.47661\n 11 94 4 0.11434 0.47434 0.11660 0.47887 0.11886 0.47434 0.11434 0.47434\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.05463 0.38857 0.05463 0.38340\n 11 72 3 0.05636 0.38513 0.05833 0.38636 0.06030 0.38513\n 11 72 3 0.05636 0.38513 0.05833 0.38611 0.06030 0.38513\n 11 94 4 0.06251 0.38759 0.06300 0.38783 0.06374 0.38857 0.06374 0.38340\n 11 116 5 0.06719 0.38390 0.06694 0.38365 0.06719 0.38340 0.06744 0.38365 0.06719 0.38390\n 11 380 17 0.07211 0.38857 0.06965 0.38857 0.06941 0.38636 0.06965 0.38660 0.07039 0.38685 0.07113 0.38685 0.07187 0.38660 0.07236 0.38611 0.07261 0.38537 0.07261 0.38488 0.07236 0.38414 0.07187 0.38365 0.07113 0.38340 0.07039 0.38340 0.06965 0.38365 0.06941 0.38390 0.06916 0.38439\n 11 50 2 0.12295 0.47867 0.12295 0.47454\n 11 72 3 0.12433 0.47592 0.12590 0.47690 0.12748 0.47592\n 11 72 3 0.12433 0.47592 0.12590 0.47670 0.12748 0.47592\n 11 94 4 0.12925 0.47789 0.12965 0.47808 0.13024 0.47867 0.13024 0.47454\n 11 116 5 0.13299 0.47493 0.13280 0.47473 0.13299 0.47454 0.13319 0.47473 0.13299 0.47493\n 11 512 23 0.13713 0.47808 0.13693 0.47848 0.13634 0.47867 0.13595 0.47867 0.13536 0.47848 0.13496 0.47789 0.13477 0.47690 0.13477 0.47592 0.13496 0.47513 0.13536 0.47473 0.13595 0.47454 0.13615 0.47454 0.13674 0.47473 0.13713 0.47513 0.13733 0.47572 0.13733 0.47592 0.13713 0.47651 0.13674 0.47690 0.13615 0.47710 0.13595 0.47710 0.13536 0.47690 0.13496 0.47651 0.13477 0.47592\n 11 50 2 0.09816 0.46956 0.09816 0.46956\n 82 0\n 81 6 84\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 85\n 21 6 1\n 25 6 1\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 50 2 0.52861 0.49080 0.53585 0.49080\n 11 226 10 0.52861 0.49080 0.52861 0.49391 0.52896 0.49494 0.52930 0.49529 0.52999 0.49563 0.53068 0.49563 0.53137 0.49529 0.53171 0.49494 0.53206 0.49391 0.53206 0.49080\n 11 50 2 0.53206 0.49322 0.53585 0.49563\n 11 50 2 0.52861 0.49977 0.53585 0.49701\n 11 50 2 0.52861 0.49977 0.53585 0.50252\n 11 50 2 0.53344 0.49804 0.53344 0.50149\n 11 50 2 0.52861 0.50425 0.53585 0.50425\n 11 50 2 0.52861 0.50425 0.53585 0.50907\n 11 50 2 0.52861 0.50907 0.53585 0.50907\n 11 50 2 0.52861 0.51183 0.53585 0.51183\n 11 270 12 0.52861 0.51183 0.52861 0.51425 0.52896 0.51528 0.52965 0.51597 0.53034 0.51631 0.53137 0.51666 0.53309 0.51666 0.53413 0.51631 0.53482 0.51597 0.53551 0.51528 0.53585 0.51425 0.53585 0.51183\n 11 226 10 0.52861 0.51907 0.53378 0.51907 0.53482 0.51942 0.53551 0.52011 0.53585 0.52114 0.53585 0.52183 0.53551 0.52286 0.53482 0.52355 0.53378 0.52390 0.52861 0.52390\n 11 226 10 0.52723 0.52907 0.52792 0.52838 0.52896 0.52769 0.53034 0.52700 0.53206 0.52666 0.53344 0.52666 0.53516 0.52700 0.53654 0.52769 0.53757 0.52838 0.53826 0.52907\n 11 50 2 0.52861 0.53148 0.53585 0.53148\n 11 50 2 0.52723 0.53424 0.53826 0.53424\n 11 50 2 0.52723 0.53458 0.53826 0.53458\n 11 50 2 0.52723 0.53424 0.52723 0.53665\n 11 50 2 0.53826 0.53424 0.53826 0.53665\n 11 50 2 0.52861 0.53907 0.53585 0.53907\n 11 50 2 0.53171 0.54182 0.53171 0.54803\n 11 50 2 0.53378 0.54182 0.53378 0.54803\n 11 94 4 0.52999 0.55148 0.52965 0.55216 0.52861 0.55320 0.53585 0.55320\n 11 116 5 0.53102 0.55802 0.53137 0.55768 0.53171 0.55802 0.53137 0.55837 0.53102 0.55802\n 11 116 5 0.53516 0.55802 0.53551 0.55768 0.53585 0.55802 0.53551 0.55837 0.53516 0.55802\n 11 94 4 0.52999 0.56182 0.52965 0.56251 0.52861 0.56354 0.53585 0.56354\n 11 380 17 0.52861 0.56975 0.52896 0.56871 0.52999 0.56802 0.53171 0.56768 0.53275 0.56768 0.53447 0.56802 0.53551 0.56871 0.53585 0.56975 0.53585 0.57043 0.53551 0.57147 0.53447 0.57216 0.53275 0.57250 0.53171 0.57250 0.52999 0.57216 0.52896 0.57147 0.52861 0.57043 0.52861 0.56975\n 11 50 2 0.52723 0.57664 0.53826 0.57664\n 11 50 2 0.52723 0.57698 0.53826 0.57698\n 11 50 2 0.52723 0.57457 0.52723 0.57698\n 11 50 2 0.53826 0.57457 0.53826 0.57698\n 11 50 2 0.52965 0.58284 0.53585 0.58284\n 11 50 2 0.53275 0.57974 0.53275 0.58595\n 11 94 4 0.52999 0.58939 0.52965 0.59008 0.52861 0.59112 0.53585 0.59112\n 11 380 17 0.52861 0.59732 0.52896 0.59629 0.52999 0.59560 0.53171 0.59525 0.53275 0.59525 0.53447 0.59560 0.53551 0.59629 0.53585 0.59732 0.53585 0.59801 0.53551 0.59905 0.53447 0.59974 0.53275 0.60008 0.53171 0.60008 0.52999 0.59974 0.52896 0.59905 0.52861 0.59801 0.52861 0.59732\n 11 50 2 0.52965 0.60560 0.53585 0.60560\n 11 50 2 0.53275 0.60249 0.53275 0.60870\n 11 50 2 0.52861 0.61146 0.53585 0.61146\n 11 50 2 0.52861 0.61146 0.52861 0.61594\n 11 50 2 0.53206 0.61146 0.53206 0.61421\n 11 50 2 0.53585 0.61146 0.53585 0.61594\n 11 50 2 0.52861 0.61801 0.53585 0.61801\n 11 226 10 0.52861 0.61801 0.52861 0.62111 0.52896 0.62214 0.52930 0.62249 0.52999 0.62283 0.53102 0.62283 0.53171 0.62249 0.53206 0.62214 0.53240 0.62111 0.53240 0.61801\n 11 446 20 0.52965 0.62973 0.52896 0.62904 0.52861 0.62800 0.52861 0.62662 0.52896 0.62559 0.52965 0.62490 0.53034 0.62490 0.53102 0.62525 0.53137 0.62559 0.53171 0.62628 0.53240 0.62835 0.53275 0.62904 0.53309 0.62938 0.53378 0.62973 0.53482 0.62973 0.53551 0.62904 0.53585 0.62800 0.53585 0.62662 0.53551 0.62559 0.53482 0.62490\n 11 226 10 0.52723 0.63179 0.52792 0.63248 0.52896 0.63317 0.53034 0.63386 0.53206 0.63421 0.53344 0.63421 0.53516 0.63386 0.53654 0.63317 0.53757 0.63248 0.53826 0.63179\n 11 50 2 0.69184 0.43737 0.69184 0.42962\n 11 226 10 0.69184 0.43737 0.69516 0.43737 0.69627 0.43700 0.69664 0.43663 0.69701 0.43590 0.69701 0.43516 0.69664 0.43442 0.69627 0.43405 0.69516 0.43368 0.69184 0.43368\n 11 50 2 0.69442 0.43368 0.69701 0.42962\n 11 50 2 0.70144 0.43737 0.69848 0.42962\n 11 50 2 0.70144 0.43737 0.70439 0.42962\n 11 50 2 0.69959 0.43220 0.70329 0.43220\n 11 50 2 0.70624 0.43737 0.70624 0.42962\n 11 50 2 0.70624 0.43737 0.71141 0.42962\n 11 50 2 0.71141 0.43737 0.71141 0.42962\n 11 50 2 0.71437 0.43737 0.71437 0.42962\n 11 270 12 0.71437 0.43737 0.71695 0.43737 0.71806 0.43700 0.71880 0.43626 0.71917 0.43553 0.71954 0.43442 0.71954 0.43257 0.71917 0.43146 0.71880 0.43072 0.71806 0.42999 0.71695 0.42962 0.71437 0.42962\n 11 226 10 0.72212 0.43737 0.72212 0.43183 0.72249 0.43072 0.72323 0.42999 0.72434 0.42962 0.72508 0.42962 0.72619 0.42999 0.72692 0.43072 0.72729 0.43183 0.72729 0.43737\n 11 226 10 0.73283 0.43885 0.73210 0.43811 0.73136 0.43700 0.73062 0.43553 0.73025 0.43368 0.73025 0.43220 0.73062 0.43036 0.73136 0.42888 0.73210 0.42777 0.73283 0.42703\n 11 50 2 0.73542 0.43737 0.73542 0.42962\n 11 50 2 0.73837 0.43885 0.73837 0.42703\n 11 50 2 0.73874 0.43885 0.73874 0.42703\n 11 50 2 0.73837 0.43885 0.74096 0.43885\n 11 50 2 0.73837 0.42703 0.74096 0.42703\n 11 50 2 0.74354 0.43737 0.74354 0.42962\n 11 50 2 0.74650 0.43405 0.75315 0.43405\n 11 50 2 0.74650 0.43183 0.75315 0.43183\n 11 94 4 0.75684 0.43590 0.75758 0.43626 0.75869 0.43737 0.75869 0.42962\n 11 116 5 0.76386 0.43479 0.76349 0.43442 0.76386 0.43405 0.76423 0.43442 0.76386 0.43479\n 11 116 5 0.76386 0.43036 0.76349 0.42999 0.76386 0.42962 0.76423 0.42999 0.76386 0.43036\n 11 94 4 0.76792 0.43590 0.76866 0.43626 0.76977 0.43737 0.76977 0.42962\n 11 380 17 0.77642 0.43737 0.77531 0.43700 0.77457 0.43590 0.77420 0.43405 0.77420 0.43294 0.77457 0.43109 0.77531 0.42999 0.77642 0.42962 0.77715 0.42962 0.77826 0.42999 0.77900 0.43109 0.77937 0.43294 0.77937 0.43405 0.77900 0.43590 0.77826 0.43700 0.77715 0.43737 0.77642 0.43737\n 11 50 2 0.78380 0.43885 0.78380 0.42703\n 11 50 2 0.78417 0.43885 0.78417 0.42703\n 11 50 2 0.78159 0.43885 0.78417 0.43885\n 11 50 2 0.78159 0.42703 0.78417 0.42703\n 11 50 2 0.79045 0.43626 0.79045 0.42962\n 11 50 2 0.78713 0.43294 0.79378 0.43294\n 11 50 2 0.79673 0.43737 0.79673 0.42962\n 11 50 2 0.79673 0.43737 0.80153 0.43737\n 11 50 2 0.79673 0.43368 0.79968 0.43368\n 11 50 2 0.79673 0.42962 0.80153 0.42962\n 11 50 2 0.80375 0.43737 0.80375 0.42962\n 11 226 10 0.80375 0.43737 0.80707 0.43737 0.80818 0.43700 0.80855 0.43663 0.80892 0.43590 0.80892 0.43479 0.80855 0.43405 0.80818 0.43368 0.80707 0.43331 0.80375 0.43331\n 11 446 20 0.81631 0.43626 0.81557 0.43700 0.81446 0.43737 0.81298 0.43737 0.81187 0.43700 0.81113 0.43626 0.81113 0.43553 0.81150 0.43479 0.81187 0.43442 0.81261 0.43405 0.81483 0.43331 0.81557 0.43294 0.81594 0.43257 0.81631 0.43183 0.81631 0.43072 0.81557 0.42999 0.81446 0.42962 0.81298 0.42962 0.81187 0.42999 0.81113 0.43072\n 11 226 10 0.81852 0.43885 0.81926 0.43811 0.82000 0.43700 0.82074 0.43553 0.82111 0.43368 0.82111 0.43220 0.82074 0.43036 0.82000 0.42888 0.81926 0.42777 0.81852 0.42703\n 21 6 1\n 25 6 1\n 11 50 2 0.83280 0.50365 0.83539 0.50624\n 11 50 2 0.83280 0.50624 0.83539 0.50365\n 11 50 2 0.93538 0.65125 0.93538 0.65125\n 11 50 2 0.93409 0.64996 0.93538 0.65125\n 11 50 2 0.93409 0.65255 0.93538 0.65125\n 11 50 2 0.67523 0.54741 0.67523 0.54741\n 11 50 2 0.67394 0.54611 0.67653 0.54870\n 11 50 2 0.67394 0.54870 0.67653 0.54611\n 11 50 2 0.57756 0.60423 0.57756 0.60423\n 11 50 2 0.57756 0.60423 0.57885 0.60553\n 11 50 2 0.57756 0.60423 0.57885 0.60294\n 11 50 2 0.80696 0.50744 0.80696 0.50744\n 11 50 2 0.80567 0.50615 0.80826 0.50873\n 11 50 2 0.80567 0.50873 0.80826 0.50615\n 11 50 2 0.88030 0.60643 0.88030 0.60643\n 11 50 2 0.87901 0.60514 0.88159 0.60773\n 11 50 2 0.87901 0.60773 0.88159 0.60514\n 11 50 2 0.57858 0.60479 0.57858 0.60479\n 11 50 2 0.57756 0.60377 0.57987 0.60608\n 11 50 2 0.57756 0.60580 0.57987 0.60350\n 11 50 2 0.59878 0.59661 0.59878 0.59661\n 11 50 2 0.59749 0.59532 0.60008 0.59790\n 11 50 2 0.59749 0.59790 0.60008 0.59532\n 11 50 2 0.65563 0.64584 0.65563 0.64584\n 11 50 2 0.65434 0.64455 0.65693 0.64714\n 11 50 2 0.65434 0.64714 0.65693 0.64455\n 11 50 2 0.72042 0.47787 0.72042 0.47787\n 11 50 2 0.71913 0.47658 0.72171 0.47916\n 11 50 2 0.71913 0.47916 0.72171 0.47658\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.63278 0.69817 0.63278 0.69817\n 82 0\n 81 6 86\n 82 0\n 81 6 87\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.90359 0.49093 0.90876 0.49610\n 11 50 2 0.90359 0.49610 0.90876 0.49093\n 11 50 2 0.65341 0.52095 0.65341 0.52095\n 11 50 2 0.65083 0.51837 0.65600 0.52354\n 11 50 2 0.65083 0.52354 0.65600 0.51837\n 11 50 2 0.87171 0.63119 0.87171 0.63119\n 11 50 2 0.86912 0.62860 0.87429 0.63378\n 11 50 2 0.86912 0.63378 0.87429 0.62860\n 11 50 2 0.80700 0.54795 0.80700 0.54795\n 11 50 2 0.80441 0.54537 0.80958 0.55054\n 11 50 2 0.80441 0.55054 0.80958 0.54537\n 11 50 2 0.78314 0.61562 0.78314 0.61562\n 11 50 2 0.78056 0.61304 0.78573 0.61821\n 11 50 2 0.78056 0.61821 0.78573 0.61304\n 11 50 2 0.63260 0.62285 0.63260 0.62285\n 11 50 2 0.63002 0.62026 0.63519 0.62543\n 11 50 2 0.63002 0.62543 0.63519 0.62026\n 11 50 2 0.76802 0.49394 0.76802 0.49394\n 11 50 2 0.76544 0.49135 0.77061 0.49652\n 11 50 2 0.76544 0.49652 0.77061 0.49135\n 11 50 2 0.64032 0.49844 0.64032 0.49844\n 11 50 2 0.63774 0.49586 0.64291 0.50103\n 11 50 2 0.63774 0.50103 0.64291 0.49586\n 11 50 2 0.64545 0.49036 0.64545 0.49036\n 11 50 2 0.64286 0.48777 0.64803 0.49294\n 11 50 2 0.64286 0.49294 0.64803 0.48777\n 11 50 2 0.61398 0.51178 0.61398 0.51178\n 11 50 2 0.61140 0.50919 0.61657 0.51436\n 11 50 2 0.61140 0.51436 0.61657 0.50919\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.50388 0.42994 0.50905 0.43511\n 11 50 2 0.50388 0.43511 0.50905 0.42994\n 11 50 2 0.50646 0.43253 0.50646 0.43253\n 11 50 2 0.50388 0.42994 0.50905 0.43511\n 11 50 2 0.50388 0.43511 0.50905 0.42994\n 11 50 2 0.52682 0.43253 0.52682 0.43253\n 11 50 2 0.52424 0.42994 0.52941 0.43511\n 11 50 2 0.52424 0.43511 0.52941 0.42994\n 11 50 2 0.54718 0.43253 0.54718 0.43253\n 11 50 2 0.54460 0.42994 0.54977 0.43511\n 11 50 2 0.54460 0.43511 0.54977 0.42994\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.62278 0.42994 0.62278 0.42994\n 82 0\n 81 6 88\n 82 0\n 81 6 89\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 160 7 0.57756 0.48689 0.78028 0.60625 0.65935 0.49938 0.62760 0.49167 0.75932 0.50821 0.79373 0.63926 0.57756 0.60347\n 11 94 4 0.57756 0.60241 0.68186 0.61587 0.63527 0.55047 0.91638 0.54568\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 72 3 0.50646 0.42089 0.50646 0.42089 0.54718 0.42089\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.62278 0.41831 0.62278 0.41831\n 82 0\n 81 6 90\n 82 0\n 81 6 91\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.72062 0.64059 0.72579 0.64576\n 11 50 2 0.72062 0.64576 0.72579 0.64059\n 11 50 2 0.72321 0.64317 0.87744 0.49161\n 11 50 2 0.87486 0.48903 0.88003 0.49420\n 11 50 2 0.87486 0.49420 0.88003 0.48903\n 11 50 2 0.87744 0.49161 0.77986 0.62322\n 11 50 2 0.77727 0.62064 0.78244 0.62581\n 11 50 2 0.77727 0.62581 0.78244 0.62064\n 11 50 2 0.77986 0.62322 0.72422 0.50542\n 11 50 2 0.72163 0.50284 0.72680 0.50801\n 11 50 2 0.72163 0.50801 0.72680 0.50284\n 11 50 2 0.72422 0.50542 0.57756 0.50160\n 11 50 2 0.57756 0.50382 0.79438 0.52471\n 11 50 2 0.79179 0.52212 0.79697 0.52729\n 11 50 2 0.79179 0.52729 0.79697 0.52212\n 11 50 2 0.79438 0.52471 0.82461 0.65779\n 11 50 2 0.82203 0.65521 0.82635 0.65952\n 11 50 2 0.82288 0.65952 0.82720 0.65521\n 11 50 2 0.82461 0.65779 0.77566 0.49014\n 11 50 2 0.77308 0.48755 0.77825 0.49272\n 11 50 2 0.77308 0.49272 0.77825 0.48755\n 11 50 2 0.77566 0.49014 0.67729 0.58305\n 11 50 2 0.67471 0.58046 0.67988 0.58563\n 11 50 2 0.67471 0.58563 0.67988 0.58046\n 11 50 2 0.67729 0.58305 0.91593 0.52370\n 11 50 2 0.91335 0.52111 0.91852 0.52628\n 11 50 2 0.91335 0.52628 0.91852 0.52111\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.50388 0.40667 0.50905 0.41184\n 11 50 2 0.50388 0.41184 0.50905 0.40667\n 11 50 2 0.50646 0.40926 0.50646 0.40926\n 11 50 2 0.50388 0.40667 0.50905 0.41184\n 11 50 2 0.50388 0.41184 0.50905 0.40667\n 11 50 2 0.50646 0.40926 0.52682 0.40926\n 11 50 2 0.52424 0.40667 0.52941 0.41184\n 11 50 2 0.52424 0.41184 0.52941 0.40667\n 11 50 2 0.52682 0.40926 0.54718 0.40926\n 11 50 2 0.54460 0.40667 0.54977 0.41184\n 11 50 2 0.54460 0.41184 0.54977 0.40667\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.62278 0.40667 0.62278 0.40667\n 82 0\n 81 6 92\n 82 0\n 81 6 93\n 21 6 1\n 25 6 1\n 21 6 7\n 25 6 7\n 11 116 5 0.79400 0.63046 0.79658 0.63046 0.79658 0.63304 0.79400 0.63304 0.79400 0.63046\n 11 50 2 0.59547 0.57691 0.59547 0.57691\n 11 116 5 0.59418 0.57561 0.59676 0.57561 0.59676 0.57820 0.59418 0.57820 0.59418 0.57561\n 11 50 2 0.93093 0.60895 0.93093 0.60895\n 11 116 5 0.92964 0.60766 0.93222 0.60766 0.93222 0.61025 0.92964 0.61025 0.92964 0.60766\n 11 50 2 0.60523 0.54694 0.60523 0.54694\n 11 116 5 0.60393 0.54565 0.60652 0.54565 0.60652 0.54823 0.60393 0.54823 0.60393 0.54565\n 11 50 2 0.81720 0.60756 0.81720 0.60756\n 11 116 5 0.81591 0.60627 0.81849 0.60627 0.81849 0.60886 0.81591 0.60886 0.81591 0.60627\n 11 50 2 0.66711 0.64316 0.66711 0.64316\n 11 116 5 0.66581 0.64186 0.66840 0.64186 0.66840 0.64445 0.66581 0.64445 0.66581 0.64186\n 11 50 2 0.80950 0.55760 0.80950 0.55760\n 11 116 5 0.80821 0.55631 0.81079 0.55631 0.81079 0.55890 0.80821 0.55890 0.80821 0.55631\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 7\n 25 6 7\n 11 116 5 0.50517 0.39633 0.50776 0.39633 0.50776 0.39891 0.50517 0.39891 0.50517 0.39633\n 11 50 2 0.50646 0.39762 0.50646 0.39762\n 11 116 5 0.50517 0.39633 0.50776 0.39633 0.50776 0.39891 0.50517 0.39891 0.50517 0.39633\n 11 50 2 0.52682 0.39762 0.52682 0.39762\n 11 116 5 0.52553 0.39633 0.52812 0.39633 0.52812 0.39891 0.52553 0.39891 0.52553 0.39633\n 11 50 2 0.54718 0.39762 0.54718 0.39762\n 11 116 5 0.54589 0.39633 0.54848 0.39633 0.54848 0.39891 0.54589 0.39891 0.54589 0.39633\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.62278 0.39504 0.62278 0.39504\n 82 0\n 81 6 94\n 82 0\n 81 6 95\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 50 2 0.68801 0.57520 0.68801 0.57520\n 11 94 4 0.68672 0.57390 0.68801 0.57649 0.68930 0.57390 0.68672 0.57390\n 11 50 2 0.64144 0.60845 0.64144 0.60845\n 11 94 4 0.64015 0.60715 0.64144 0.60974 0.64273 0.60715 0.64015 0.60715\n 11 50 2 0.71753 0.50154 0.71753 0.50154\n 11 94 4 0.71624 0.50025 0.71753 0.50284 0.71883 0.50025 0.71624 0.50025\n 11 50 2 0.88121 0.65169 0.88121 0.65169\n 11 94 4 0.87992 0.65039 0.88121 0.65298 0.88250 0.65039 0.87992 0.65039\n 11 50 2 0.91100 0.50939 0.91100 0.50939\n 11 94 4 0.90971 0.50810 0.91100 0.51069 0.91229 0.50810 0.90971 0.50810\n 11 50 2 0.70913 0.48767 0.70913 0.48767\n 11 94 4 0.70784 0.48638 0.70913 0.48897 0.71042 0.48638 0.70784 0.48638\n 11 50 2 0.80905 0.59151 0.80905 0.59151\n 11 94 4 0.80776 0.59022 0.80905 0.59280 0.81035 0.59022 0.80776 0.59022\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 94 4 0.50517 0.38470 0.50646 0.38728 0.50776 0.38470 0.50517 0.38470\n 11 50 2 0.50646 0.38599 0.50646 0.38599\n 11 94 4 0.50517 0.38470 0.50646 0.38728 0.50776 0.38470 0.50517 0.38470\n 11 50 2 0.52682 0.38599 0.52682 0.38599\n 11 94 4 0.52553 0.38470 0.52682 0.38728 0.52812 0.38470 0.52553 0.38470\n 11 50 2 0.54718 0.38599 0.54718 0.38599\n 11 94 4 0.54589 0.38470 0.54718 0.38728 0.54848 0.38470 0.54589 0.38470\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.55463 0.38857 0.55463 0.38340\n 11 226 10 0.55463 0.38857 0.55685 0.38857 0.55759 0.38833 0.55783 0.38808 0.55808 0.38759 0.55808 0.38710 0.55783 0.38660 0.55759 0.38636 0.55685 0.38611 0.55463 0.38611\n 11 50 2 0.55636 0.38611 0.55808 0.38340\n 11 50 2 0.56103 0.38857 0.55906 0.38340\n 11 50 2 0.56103 0.38857 0.56300 0.38340\n 11 50 2 0.55980 0.38513 0.56227 0.38513\n 11 50 2 0.56423 0.38857 0.56423 0.38340\n 11 50 2 0.56423 0.38857 0.56768 0.38340\n 11 50 2 0.56768 0.38857 0.56768 0.38340\n 11 50 2 0.56965 0.38857 0.56965 0.38340\n 11 270 12 0.56965 0.38857 0.57138 0.38857 0.57211 0.38833 0.57261 0.38783 0.57285 0.38734 0.57310 0.38660 0.57310 0.38537 0.57285 0.38463 0.57261 0.38414 0.57211 0.38365 0.57138 0.38340 0.56965 0.38340\n 11 226 10 0.57482 0.38857 0.57482 0.38488 0.57507 0.38414 0.57556 0.38365 0.57630 0.38340 0.57679 0.38340 0.57753 0.38365 0.57802 0.38414 0.57827 0.38488 0.57827 0.38857\n 11 226 10 0.58196 0.38956 0.58147 0.38907 0.58098 0.38833 0.58049 0.38734 0.58024 0.38611 0.58024 0.38513 0.58049 0.38390 0.58098 0.38291 0.58147 0.38217 0.58196 0.38168\n 11 50 2 0.58369 0.38857 0.58369 0.38340\n 11 50 2 0.58566 0.38956 0.58566 0.38168\n 11 50 2 0.58590 0.38956 0.58590 0.38168\n 11 50 2 0.58566 0.38956 0.58738 0.38956\n 11 50 2 0.58566 0.38168 0.58738 0.38168\n 11 50 2 0.58910 0.38857 0.58910 0.38340\n 11 50 2 0.59107 0.38636 0.59551 0.38636\n 11 50 2 0.59107 0.38488 0.59551 0.38488\n 11 94 4 0.59797 0.38759 0.59846 0.38783 0.59920 0.38857 0.59920 0.38340\n 11 116 5 0.60265 0.38685 0.60240 0.38660 0.60265 0.38636 0.60289 0.38660 0.60265 0.38685\n 11 116 5 0.60265 0.38390 0.60240 0.38365 0.60265 0.38340 0.60289 0.38365 0.60265 0.38390\n 11 94 4 0.60536 0.38759 0.60585 0.38783 0.60659 0.38857 0.60659 0.38340\n 11 380 17 0.61102 0.38857 0.61028 0.38833 0.60979 0.38759 0.60954 0.38636 0.60954 0.38562 0.60979 0.38439 0.61028 0.38365 0.61102 0.38340 0.61151 0.38340 0.61225 0.38365 0.61274 0.38439 0.61299 0.38562 0.61299 0.38636 0.61274 0.38759 0.61225 0.38833 0.61151 0.38857 0.61102 0.38857\n 11 50 2 0.61594 0.38956 0.61594 0.38168\n 11 50 2 0.61619 0.38956 0.61619 0.38168\n 11 50 2 0.61447 0.38956 0.61619 0.38956\n 11 50 2 0.61447 0.38168 0.61619 0.38168\n 11 50 2 0.62037 0.38783 0.62037 0.38340\n 11 50 2 0.61816 0.38562 0.62259 0.38562\n 11 94 4 0.62505 0.38759 0.62555 0.38783 0.62628 0.38857 0.62628 0.38340\n 11 380 17 0.63072 0.38857 0.62998 0.38833 0.62949 0.38759 0.62924 0.38636 0.62924 0.38562 0.62949 0.38439 0.62998 0.38365 0.63072 0.38340 0.63121 0.38340 0.63195 0.38365 0.63244 0.38439 0.63269 0.38562 0.63269 0.38636 0.63244 0.38759 0.63195 0.38833 0.63121 0.38857 0.63072 0.38857\n 11 50 2 0.63663 0.38783 0.63663 0.38340\n 11 50 2 0.63441 0.38562 0.63884 0.38562\n 11 50 2 0.64081 0.38857 0.64081 0.38340\n 11 50 2 0.64081 0.38857 0.64401 0.38857\n 11 50 2 0.64081 0.38611 0.64278 0.38611\n 11 50 2 0.64081 0.38340 0.64401 0.38340\n 11 50 2 0.64549 0.38857 0.64549 0.38340\n 11 226 10 0.64549 0.38857 0.64771 0.38857 0.64845 0.38833 0.64869 0.38808 0.64894 0.38759 0.64894 0.38685 0.64869 0.38636 0.64845 0.38611 0.64771 0.38586 0.64549 0.38586\n 11 446 20 0.65386 0.38783 0.65337 0.38833 0.65263 0.38857 0.65165 0.38857 0.65091 0.38833 0.65041 0.38783 0.65041 0.38734 0.65066 0.38685 0.65091 0.38660 0.65140 0.38636 0.65288 0.38586 0.65337 0.38562 0.65362 0.38537 0.65386 0.38488 0.65386 0.38414 0.65337 0.38365 0.65263 0.38340 0.65165 0.38340 0.65091 0.38365 0.65041 0.38414\n 11 226 10 0.65534 0.38956 0.65583 0.38907 0.65632 0.38833 0.65682 0.38734 0.65706 0.38611 0.65706 0.38513 0.65682 0.38390 0.65632 0.38291 0.65583 0.38217 0.65534 0.38168\n 11 50 2 0.62278 0.38340 0.62278 0.38340\n 82 0\n 81 6 96\n 82 0\n 81 6 97\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 50 2 0.61006 0.60663 0.61459 0.61116\n 11 50 2 0.61006 0.61116 0.61459 0.60663\n 11 50 2 0.61233 0.60663 0.61233 0.61116\n 11 50 2 0.61006 0.60890 0.61459 0.60890\n 11 50 2 0.81950 0.53190 0.81950 0.53190\n 11 50 2 0.81724 0.52964 0.82176 0.53416\n 11 50 2 0.81724 0.53416 0.82176 0.52964\n 11 50 2 0.81950 0.52964 0.81950 0.53416\n 11 50 2 0.81724 0.53190 0.82176 0.53190\n 11 50 2 0.88448 0.65898 0.88448 0.65898\n 11 50 2 0.88222 0.65672 0.88503 0.65952\n 11 50 2 0.88394 0.65952 0.88675 0.65672\n 11 50 2 0.88448 0.65672 0.88448 0.65952\n 11 50 2 0.88222 0.65898 0.88675 0.65898\n 11 50 2 0.87088 0.55216 0.87088 0.55216\n 11 50 2 0.86861 0.54990 0.87314 0.55442\n 11 50 2 0.86861 0.55442 0.87314 0.54990\n 11 50 2 0.87088 0.54990 0.87088 0.55442\n 11 50 2 0.86861 0.55216 0.87314 0.55216\n 11 50 2 0.69371 0.60973 0.69371 0.60973\n 11 50 2 0.69145 0.60746 0.69597 0.61199\n 11 50 2 0.69145 0.61199 0.69597 0.60746\n 11 50 2 0.69371 0.60746 0.69371 0.61199\n 11 50 2 0.69145 0.60973 0.69597 0.60973\n 11 50 2 0.70846 0.57395 0.70846 0.57395\n 11 50 2 0.70620 0.57169 0.71072 0.57621\n 11 50 2 0.70620 0.57621 0.71072 0.57169\n 11 50 2 0.70846 0.57169 0.70846 0.57621\n 11 50 2 0.70620 0.57395 0.71072 0.57395\n 11 50 2 0.66182 0.54084 0.66182 0.54084\n 11 50 2 0.65956 0.53857 0.66408 0.54310\n 11 50 2 0.65956 0.54310 0.66408 0.53857\n 11 50 2 0.66182 0.53857 0.66182 0.54310\n 11 50 2 0.65956 0.54084 0.66408 0.54084\n 11 50 2 0.69895 0.54778 0.69895 0.54778\n 11 50 2 0.69669 0.54552 0.70121 0.55005\n 11 50 2 0.69669 0.55005 0.70121 0.54552\n 11 50 2 0.69895 0.54552 0.69895 0.55005\n 11 50 2 0.69669 0.54778 0.70121 0.54778\n 11 50 2 0.70262 0.62542 0.70262 0.62542\n 11 50 2 0.70035 0.62315 0.70488 0.62768\n 11 50 2 0.70035 0.62768 0.70488 0.62315\n 11 50 2 0.70262 0.62315 0.70262 0.62768\n 11 50 2 0.70035 0.62542 0.70488 0.62542\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 50 2 0.58176 0.47434 0.58629 0.47887\n 11 50 2 0.58176 0.47887 0.58629 0.47434\n 11 50 2 0.58403 0.47434 0.58403 0.47887\n 11 50 2 0.58176 0.47661 0.58629 0.47661\n 11 50 2 0.58403 0.47661 0.58403 0.47661\n 11 50 2 0.58176 0.47434 0.58629 0.47887\n 11 50 2 0.58176 0.47887 0.58629 0.47434\n 11 50 2 0.58403 0.47434 0.58403 0.47887\n 11 50 2 0.58176 0.47661 0.58629 0.47661\n 11 50 2 0.60031 0.47661 0.60031 0.47661\n 11 50 2 0.59805 0.47434 0.60258 0.47887\n 11 50 2 0.59805 0.47887 0.60258 0.47434\n 11 50 2 0.60031 0.47434 0.60031 0.47887\n 11 50 2 0.59805 0.47661 0.60258 0.47661\n 11 50 2 0.61660 0.47661 0.61660 0.47661\n 11 50 2 0.61434 0.47434 0.61886 0.47887\n 11 50 2 0.61434 0.47887 0.61886 0.47434\n 11 50 2 0.61660 0.47434 0.61660 0.47887\n 11 50 2 0.61434 0.47661 0.61886 0.47661\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.55463 0.38857 0.55463 0.38340\n 11 226 10 0.55463 0.38857 0.55685 0.38857 0.55759 0.38833 0.55783 0.38808 0.55808 0.38759 0.55808 0.38710 0.55783 0.38660 0.55759 0.38636 0.55685 0.38611 0.55463 0.38611\n 11 50 2 0.55636 0.38611 0.55808 0.38340\n 11 50 2 0.56103 0.38857 0.55906 0.38340\n 11 50 2 0.56103 0.38857 0.56300 0.38340\n 11 50 2 0.55980 0.38513 0.56227 0.38513\n 11 50 2 0.56423 0.38857 0.56423 0.38340\n 11 50 2 0.56423 0.38857 0.56768 0.38340\n 11 50 2 0.56768 0.38857 0.56768 0.38340\n 11 50 2 0.56965 0.38857 0.56965 0.38340\n 11 270 12 0.56965 0.38857 0.57138 0.38857 0.57211 0.38833 0.57261 0.38783 0.57285 0.38734 0.57310 0.38660 0.57310 0.38537 0.57285 0.38463 0.57261 0.38414 0.57211 0.38365 0.57138 0.38340 0.56965 0.38340\n 11 226 10 0.57482 0.38857 0.57482 0.38488 0.57507 0.38414 0.57556 0.38365 0.57630 0.38340 0.57679 0.38340 0.57753 0.38365 0.57802 0.38414 0.57827 0.38488 0.57827 0.38857\n 11 226 10 0.58196 0.38956 0.58147 0.38907 0.58098 0.38833 0.58049 0.38734 0.58024 0.38611 0.58024 0.38513 0.58049 0.38390 0.58098 0.38291 0.58147 0.38217 0.58196 0.38168\n 11 50 2 0.58369 0.38857 0.58369 0.38340\n 11 50 2 0.58566 0.38956 0.58566 0.38168\n 11 50 2 0.58590 0.38956 0.58590 0.38168\n 11 50 2 0.58566 0.38956 0.58738 0.38956\n 11 50 2 0.58566 0.38168 0.58738 0.38168\n 11 50 2 0.58910 0.38857 0.58910 0.38340\n 11 50 2 0.59107 0.38636 0.59551 0.38636\n 11 50 2 0.59107 0.38488 0.59551 0.38488\n 11 94 4 0.59797 0.38759 0.59846 0.38783 0.59920 0.38857 0.59920 0.38340\n 11 116 5 0.60265 0.38685 0.60240 0.38660 0.60265 0.38636 0.60289 0.38660 0.60265 0.38685\n 11 116 5 0.60265 0.38390 0.60240 0.38365 0.60265 0.38340 0.60289 0.38365 0.60265 0.38390\n 11 94 4 0.60536 0.38759 0.60585 0.38783 0.60659 0.38857 0.60659 0.38340\n 11 380 17 0.61102 0.38857 0.61028 0.38833 0.60979 0.38759 0.60954 0.38636 0.60954 0.38562 0.60979 0.38439 0.61028 0.38365 0.61102 0.38340 0.61151 0.38340 0.61225 0.38365 0.61274 0.38439 0.61299 0.38562 0.61299 0.38636 0.61274 0.38759 0.61225 0.38833 0.61151 0.38857 0.61102 0.38857\n 11 50 2 0.61594 0.38956 0.61594 0.38168\n 11 50 2 0.61619 0.38956 0.61619 0.38168\n 11 50 2 0.61447 0.38956 0.61619 0.38956\n 11 50 2 0.61447 0.38168 0.61619 0.38168\n 11 50 2 0.62037 0.38783 0.62037 0.38340\n 11 50 2 0.61816 0.38562 0.62259 0.38562\n 11 94 4 0.62505 0.38759 0.62555 0.38783 0.62628 0.38857 0.62628 0.38340\n 11 380 17 0.63072 0.38857 0.62998 0.38833 0.62949 0.38759 0.62924 0.38636 0.62924 0.38562 0.62949 0.38439 0.62998 0.38365 0.63072 0.38340 0.63121 0.38340 0.63195 0.38365 0.63244 0.38439 0.63269 0.38562 0.63269 0.38636 0.63244 0.38759 0.63195 0.38833 0.63121 0.38857 0.63072 0.38857\n 11 50 2 0.63663 0.38783 0.63663 0.38340\n 11 50 2 0.63441 0.38562 0.63884 0.38562\n 11 50 2 0.64081 0.38857 0.64081 0.38340\n 11 50 2 0.64081 0.38857 0.64401 0.38857\n 11 50 2 0.64081 0.38611 0.64278 0.38611\n 11 50 2 0.64081 0.38340 0.64401 0.38340\n 11 50 2 0.64549 0.38857 0.64549 0.38340\n 11 226 10 0.64549 0.38857 0.64771 0.38857 0.64845 0.38833 0.64869 0.38808 0.64894 0.38759 0.64894 0.38685 0.64869 0.38636 0.64845 0.38611 0.64771 0.38586 0.64549 0.38586\n 11 446 20 0.65386 0.38783 0.65337 0.38833 0.65263 0.38857 0.65165 0.38857 0.65091 0.38833 0.65041 0.38783 0.65041 0.38734 0.65066 0.38685 0.65091 0.38660 0.65140 0.38636 0.65288 0.38586 0.65337 0.38562 0.65362 0.38537 0.65386 0.38488 0.65386 0.38414 0.65337 0.38365 0.65263 0.38340 0.65165 0.38340 0.65091 0.38365 0.65041 0.38414\n 11 226 10 0.65534 0.38956 0.65583 0.38907 0.65632 0.38833 0.65682 0.38734 0.65706 0.38611 0.65706 0.38513 0.65682 0.38390 0.65632 0.38291 0.65583 0.38217 0.65534 0.38168\n 11 50 2 0.62295 0.47867 0.62295 0.47454\n 11 226 10 0.62295 0.47867 0.62472 0.47867 0.62531 0.47848 0.62551 0.47828 0.62571 0.47789 0.62571 0.47749 0.62551 0.47710 0.62531 0.47690 0.62472 0.47670 0.62295 0.47670\n 11 50 2 0.62433 0.47670 0.62571 0.47454\n 11 50 2 0.62807 0.47867 0.62649 0.47454\n 11 50 2 0.62807 0.47867 0.62965 0.47454\n 11 50 2 0.62708 0.47592 0.62905 0.47592\n 11 50 2 0.63063 0.47867 0.63063 0.47454\n 11 50 2 0.63063 0.47867 0.63339 0.47454\n 11 50 2 0.63339 0.47867 0.63339 0.47454\n 11 50 2 0.63496 0.47867 0.63496 0.47454\n 11 270 12 0.63496 0.47867 0.63634 0.47867 0.63693 0.47848 0.63733 0.47808 0.63752 0.47769 0.63772 0.47710 0.63772 0.47611 0.63752 0.47552 0.63733 0.47513 0.63693 0.47473 0.63634 0.47454 0.63496 0.47454\n 11 226 10 0.63910 0.47867 0.63910 0.47572 0.63930 0.47513 0.63969 0.47473 0.64028 0.47454 0.64068 0.47454 0.64127 0.47473 0.64166 0.47513 0.64186 0.47572 0.64186 0.47867\n 11 226 10 0.64481 0.47946 0.64442 0.47907 0.64403 0.47848 0.64363 0.47769 0.64343 0.47670 0.64343 0.47592 0.64363 0.47493 0.64403 0.47414 0.64442 0.47355 0.64481 0.47316\n 11 50 2 0.64619 0.47867 0.64619 0.47454\n 11 50 2 0.64777 0.47946 0.64777 0.47316\n 11 50 2 0.64796 0.47946 0.64796 0.47316\n 11 50 2 0.64777 0.47946 0.64915 0.47946\n 11 50 2 0.64777 0.47316 0.64915 0.47316\n 11 50 2 0.65053 0.47867 0.65053 0.47454\n 11 50 2 0.65210 0.47690 0.65565 0.47690\n 11 50 2 0.65210 0.47572 0.65565 0.47572\n 11 94 4 0.65762 0.47789 0.65801 0.47808 0.65860 0.47867 0.65860 0.47454\n 11 116 5 0.66136 0.47730 0.66116 0.47710 0.66136 0.47690 0.66156 0.47710 0.66136 0.47730\n 11 116 5 0.66136 0.47493 0.66116 0.47473 0.66136 0.47454 0.66156 0.47473 0.66136 0.47493\n 11 94 4 0.66353 0.47789 0.66392 0.47808 0.66451 0.47867 0.66451 0.47454\n 11 380 17 0.66806 0.47867 0.66747 0.47848 0.66707 0.47789 0.66688 0.47690 0.66688 0.47631 0.66707 0.47533 0.66747 0.47473 0.66806 0.47454 0.66845 0.47454 0.66904 0.47473 0.66944 0.47533 0.66963 0.47631 0.66963 0.47690 0.66944 0.47789 0.66904 0.47848 0.66845 0.47867 0.66806 0.47867\n 11 50 2 0.67200 0.47946 0.67200 0.47316\n 11 50 2 0.67219 0.47946 0.67219 0.47316\n 11 50 2 0.67081 0.47946 0.67219 0.47946\n 11 50 2 0.67081 0.47316 0.67219 0.47316\n 11 50 2 0.67554 0.47808 0.67554 0.47454\n 11 50 2 0.67377 0.47631 0.67732 0.47631\n 11 94 4 0.67929 0.47789 0.67968 0.47808 0.68027 0.47867 0.68027 0.47454\n 11 380 17 0.68382 0.47867 0.68322 0.47848 0.68283 0.47789 0.68263 0.47690 0.68263 0.47631 0.68283 0.47533 0.68322 0.47473 0.68382 0.47454 0.68421 0.47454 0.68480 0.47473 0.68519 0.47533 0.68539 0.47631 0.68539 0.47690 0.68519 0.47789 0.68480 0.47848 0.68421 0.47867 0.68382 0.47867\n 11 50 2 0.68854 0.47808 0.68854 0.47454\n 11 50 2 0.68677 0.47631 0.69032 0.47631\n 11 50 2 0.69189 0.47867 0.69189 0.47454\n 11 50 2 0.69189 0.47867 0.69445 0.47867\n 11 50 2 0.69189 0.47670 0.69347 0.47670\n 11 50 2 0.69189 0.47454 0.69445 0.47454\n 11 50 2 0.69563 0.47867 0.69563 0.47454\n 11 226 10 0.69563 0.47867 0.69741 0.47867 0.69800 0.47848 0.69820 0.47828 0.69839 0.47789 0.69839 0.47730 0.69820 0.47690 0.69800 0.47670 0.69741 0.47651 0.69563 0.47651\n 11 446 20 0.70233 0.47808 0.70194 0.47848 0.70135 0.47867 0.70056 0.47867 0.69997 0.47848 0.69957 0.47808 0.69957 0.47769 0.69977 0.47730 0.69997 0.47710 0.70036 0.47690 0.70154 0.47651 0.70194 0.47631 0.70214 0.47611 0.70233 0.47572 0.70233 0.47513 0.70194 0.47473 0.70135 0.47454 0.70056 0.47454 0.69997 0.47473 0.69957 0.47513\n 11 226 10 0.70351 0.47946 0.70391 0.47907 0.70430 0.47848 0.70470 0.47769 0.70489 0.47670 0.70489 0.47592 0.70470 0.47493 0.70430 0.47414 0.70391 0.47355 0.70351 0.47316\n 11 50 2 0.67041 0.47454 0.67041 0.47454\n 82 0\n 81 6 98\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 99\n 21 6 1\n 25 6 1\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 72 3 0.03373 0.18455 0.03743 0.18751 0.04149 0.18751\n 11 50 2 0.03373 0.19046 0.03743 0.18751\n 11 50 2 0.25389 0.06237 0.25906 0.05462\n 11 50 2 0.25906 0.06237 0.25389 0.05462\n 11 50 2 0.10504 0.03523 0.11304 0.02230\n 11 50 2 0.10566 0.03523 0.11366 0.02230\n 11 50 2 0.11366 0.03523 0.10504 0.02230\n 11 50 2 0.10381 0.03523 0.10750 0.03523\n 11 50 2 0.11120 0.03523 0.11489 0.03523\n 11 50 2 0.10381 0.02230 0.10750 0.02230\n 11 50 2 0.11120 0.02230 0.11489 0.02230\n 11 50 2 0.11797 0.03769 0.11797 0.01799\n 11 50 2 0.11858 0.03769 0.11858 0.01799\n 11 50 2 0.11797 0.03769 0.12228 0.03769\n 11 50 2 0.11797 0.01799 0.12228 0.01799\n 11 50 2 0.12597 0.03523 0.13397 0.02230\n 11 50 2 0.12659 0.03523 0.13459 0.02230\n 11 50 2 0.13459 0.03523 0.12597 0.02230\n 11 50 2 0.12474 0.03523 0.12843 0.03523\n 11 50 2 0.13213 0.03523 0.13582 0.03523\n 11 50 2 0.12474 0.02230 0.12843 0.02230\n 11 50 2 0.13213 0.02230 0.13582 0.02230\n 11 50 2 0.13890 0.02969 0.14998 0.02969\n 11 50 2 0.13890 0.02599 0.14998 0.02599\n 11 380 17 0.15798 0.03523 0.15613 0.03461 0.15490 0.03276 0.15429 0.02969 0.15429 0.02784 0.15490 0.02476 0.15613 0.02291 0.15798 0.02230 0.15921 0.02230 0.16106 0.02291 0.16229 0.02476 0.16290 0.02784 0.16290 0.02969 0.16229 0.03276 0.16106 0.03461 0.15921 0.03523 0.15798 0.03523\n 11 226 10 0.15798 0.03523 0.15675 0.03461 0.15613 0.03399 0.15552 0.03276 0.15490 0.02969 0.15490 0.02784 0.15552 0.02476 0.15613 0.02353 0.15675 0.02291 0.15798 0.02230\n 11 226 10 0.15921 0.02230 0.16044 0.02291 0.16106 0.02353 0.16167 0.02476 0.16229 0.02784 0.16229 0.02969 0.16167 0.03276 0.16106 0.03399 0.16044 0.03461 0.15921 0.03523\n 11 116 5 0.16783 0.03092 0.16721 0.03030 0.16783 0.02969 0.16844 0.03030 0.16783 0.03092\n 11 116 5 0.16783 0.02353 0.16721 0.02291 0.16783 0.02230 0.16844 0.02291 0.16783 0.02353\n 11 94 4 0.17460 0.03276 0.17583 0.03338 0.17768 0.03523 0.17768 0.02230\n 11 50 2 0.17706 0.03461 0.17706 0.02230\n 11 50 2 0.17460 0.02230 0.18014 0.02230\n 11 116 5 0.18630 0.03092 0.18568 0.03030 0.18630 0.02969 0.18691 0.03030 0.18630 0.03092\n 11 116 5 0.18630 0.02353 0.18568 0.02291 0.18630 0.02230 0.18691 0.02291 0.18630 0.02353\n 11 116 5 0.19245 0.02353 0.19184 0.02291 0.19245 0.02230 0.19307 0.02291 0.19245 0.02353\n 11 94 4 0.19922 0.03276 0.20045 0.03338 0.20230 0.03523 0.20230 0.02230\n 11 50 2 0.20169 0.03461 0.20169 0.02230\n 11 50 2 0.19922 0.02230 0.20476 0.02230\n 11 50 2 0.21338 0.03769 0.21338 0.01799\n 11 50 2 0.21400 0.03769 0.21400 0.01799\n 11 50 2 0.20969 0.03769 0.21400 0.03769\n 11 50 2 0.20969 0.01799 0.21400 0.01799\n 11 50 2 0.22138 0.03523 0.22138 0.02784\n 11 50 2 0.21831 0.03338 0.22446 0.02969\n 11 50 2 0.22446 0.03338 0.21831 0.02969\n 11 358 16 0.23616 0.03338 0.23677 0.03523 0.23677 0.03153 0.23616 0.03338 0.23493 0.03461 0.23308 0.03523 0.23123 0.03523 0.22939 0.03461 0.22816 0.03338 0.22816 0.03215 0.22877 0.03092 0.22939 0.03030 0.23062 0.02969 0.23431 0.02845 0.23554 0.02784 0.23677 0.02661\n 11 358 16 0.22816 0.03215 0.22939 0.03092 0.23062 0.03030 0.23431 0.02907 0.23554 0.02845 0.23616 0.02784 0.23677 0.02661 0.23677 0.02415 0.23554 0.02291 0.23370 0.02230 0.23185 0.02230 0.23000 0.02291 0.22877 0.02415 0.22816 0.02599 0.22816 0.02230 0.22877 0.02415\n 11 50 2 0.24170 0.03523 0.24170 0.02230\n 11 50 2 0.24231 0.03523 0.24231 0.02230\n 11 50 2 0.23985 0.03523 0.24416 0.03523\n 11 50 2 0.23985 0.02230 0.24416 0.02230\n 11 50 2 0.24847 0.03523 0.24847 0.02230\n 11 50 2 0.24908 0.03523 0.25647 0.02353\n 11 50 2 0.24908 0.03399 0.25647 0.02230\n 11 50 2 0.25647 0.03523 0.25647 0.02230\n 11 50 2 0.24662 0.03523 0.24908 0.03523\n 11 50 2 0.25462 0.03523 0.25832 0.03523\n 11 50 2 0.24662 0.02230 0.25032 0.02230\n 11 226 10 0.26632 0.03769 0.26509 0.03646 0.26386 0.03461 0.26263 0.03215 0.26201 0.02907 0.26201 0.02661 0.26263 0.02353 0.26386 0.02107 0.26509 0.01922 0.26632 0.01799\n 11 182 8 0.26509 0.03646 0.26386 0.03399 0.26324 0.03215 0.26263 0.02907 0.26263 0.02661 0.26324 0.02353 0.26386 0.02168 0.26509 0.01922\n 11 72 3 0.27001 0.03523 0.27432 0.02845 0.27432 0.02230\n 11 72 3 0.27063 0.03523 0.27494 0.02845 0.27494 0.02230\n 11 50 2 0.27925 0.03523 0.27494 0.02845\n 11 50 2 0.26878 0.03523 0.27248 0.03523\n 11 50 2 0.27679 0.03523 0.28048 0.03523\n 11 50 2 0.27248 0.02230 0.27679 0.02230\n 11 50 2 0.28356 0.03769 0.28356 0.01799\n 11 50 2 0.28417 0.03769 0.28417 0.01799\n 11 50 2 0.28356 0.03769 0.28787 0.03769\n 11 50 2 0.28356 0.01799 0.28787 0.01799\n 11 72 3 0.29156 0.03523 0.29587 0.02845 0.29587 0.02230\n 11 72 3 0.29217 0.03523 0.29648 0.02845 0.29648 0.02230\n 11 50 2 0.30079 0.03523 0.29648 0.02845\n 11 50 2 0.29033 0.03523 0.29402 0.03523\n 11 50 2 0.29833 0.03523 0.30202 0.03523\n 11 50 2 0.29402 0.02230 0.29833 0.02230\n 11 50 2 0.30510 0.02969 0.31618 0.02969\n 11 50 2 0.30510 0.02599 0.31618 0.02599\n 11 380 17 0.32418 0.03523 0.32234 0.03461 0.32111 0.03276 0.32049 0.02969 0.32049 0.02784 0.32111 0.02476 0.32234 0.02291 0.32418 0.02230 0.32542 0.02230 0.32726 0.02291 0.32849 0.02476 0.32911 0.02784 0.32911 0.02969 0.32849 0.03276 0.32726 0.03461 0.32542 0.03523 0.32418 0.03523\n 11 226 10 0.32418 0.03523 0.32295 0.03461 0.32234 0.03399 0.32172 0.03276 0.32111 0.02969 0.32111 0.02784 0.32172 0.02476 0.32234 0.02353 0.32295 0.02291 0.32418 0.02230\n 11 226 10 0.32542 0.02230 0.32665 0.02291 0.32726 0.02353 0.32788 0.02476 0.32849 0.02784 0.32849 0.02969 0.32788 0.03276 0.32726 0.03399 0.32665 0.03461 0.32542 0.03523\n 11 116 5 0.33403 0.03092 0.33342 0.03030 0.33403 0.02969 0.33465 0.03030 0.33403 0.03092\n 11 116 5 0.33403 0.02353 0.33342 0.02291 0.33403 0.02230 0.33465 0.02291 0.33403 0.02353\n 11 622 28 0.34635 0.03338 0.34573 0.03276 0.34635 0.03215 0.34696 0.03276 0.34696 0.03338 0.34635 0.03461 0.34511 0.03523 0.34327 0.03523 0.34142 0.03461 0.34019 0.03338 0.33957 0.03215 0.33896 0.02969 0.33896 0.02599 0.33957 0.02415 0.34080 0.02291 0.34265 0.02230 0.34388 0.02230 0.34573 0.02291 0.34696 0.02415 0.34758 0.02599 0.34758 0.02661 0.34696 0.02845 0.34573 0.02969 0.34388 0.03030 0.34327 0.03030 0.34142 0.02969 0.34019 0.02845 0.33957 0.02661\n 11 204 9 0.34327 0.03523 0.34204 0.03461 0.34080 0.03338 0.34019 0.03215 0.33957 0.02969 0.33957 0.02599 0.34019 0.02415 0.34142 0.02291 0.34265 0.02230\n 11 182 8 0.34388 0.02230 0.34511 0.02291 0.34635 0.02415 0.34696 0.02599 0.34696 0.02661 0.34635 0.02845 0.34511 0.02969 0.34388 0.03030\n 11 116 5 0.35250 0.02353 0.35189 0.02291 0.35250 0.02230 0.35312 0.02291 0.35250 0.02353\n 11 336 15 0.35804 0.03276 0.35866 0.03215 0.35804 0.03153 0.35743 0.03215 0.35743 0.03276 0.35804 0.03399 0.35866 0.03461 0.36050 0.03523 0.36297 0.03523 0.36481 0.03461 0.36543 0.03338 0.36543 0.03153 0.36481 0.03030 0.36297 0.02969 0.36112 0.02969\n 11 138 6 0.36297 0.03523 0.36420 0.03461 0.36481 0.03338 0.36481 0.03153 0.36420 0.03030 0.36297 0.02969\n 11 358 16 0.36297 0.02969 0.36420 0.02907 0.36543 0.02784 0.36604 0.02661 0.36604 0.02476 0.36543 0.02353 0.36481 0.02291 0.36297 0.02230 0.36050 0.02230 0.35866 0.02291 0.35804 0.02353 0.35743 0.02476 0.35743 0.02538 0.35804 0.02599 0.35866 0.02538 0.35804 0.02476\n 11 138 6 0.36481 0.02845 0.36543 0.02661 0.36543 0.02476 0.36481 0.02353 0.36420 0.02291 0.36297 0.02230\n 11 116 5 0.37097 0.03092 0.37035 0.03030 0.37097 0.02969 0.37158 0.03030 0.37097 0.03092\n 11 116 5 0.37097 0.02353 0.37035 0.02291 0.37097 0.02230 0.37158 0.02291 0.37097 0.02353\n 11 116 5 0.37712 0.02353 0.37651 0.02291 0.37712 0.02230 0.37774 0.02291 0.37712 0.02353\n 11 446 20 0.38266 0.03276 0.38328 0.03215 0.38266 0.03153 0.38205 0.03215 0.38205 0.03276 0.38266 0.03399 0.38328 0.03461 0.38513 0.03523 0.38759 0.03523 0.38944 0.03461 0.39005 0.03399 0.39067 0.03276 0.39067 0.03153 0.39005 0.03030 0.38820 0.02907 0.38513 0.02784 0.38389 0.02722 0.38266 0.02599 0.38205 0.02415 0.38205 0.02230\n 11 182 8 0.38759 0.03523 0.38882 0.03461 0.38944 0.03399 0.39005 0.03276 0.39005 0.03153 0.38944 0.03030 0.38759 0.02907 0.38513 0.02784\n 11 160 7 0.38205 0.02353 0.38266 0.02415 0.38389 0.02415 0.38697 0.02291 0.38882 0.02291 0.39005 0.02353 0.39067 0.02415\n 11 138 6 0.38389 0.02415 0.38697 0.02230 0.38944 0.02230 0.39005 0.02291 0.39067 0.02415 0.39067 0.02538\n 11 50 2 0.39805 0.03769 0.39805 0.01799\n 11 50 2 0.39867 0.03769 0.39867 0.01799\n 11 50 2 0.39436 0.03769 0.39867 0.03769\n 11 50 2 0.39436 0.01799 0.39867 0.01799\n 11 226 10 0.40298 0.03769 0.40421 0.03646 0.40544 0.03461 0.40667 0.03215 0.40729 0.02907 0.40729 0.02661 0.40667 0.02353 0.40544 0.02107 0.40421 0.01922 0.40298 0.01799\n 11 182 8 0.40421 0.03646 0.40544 0.03399 0.40606 0.03215 0.40667 0.02907 0.40667 0.02661 0.40606 0.02353 0.40544 0.02168 0.40421 0.01922\n 21 6 5\n 25 6 5\n 11 50 2 0.43538 0.25795 0.43410 0.25777\n 11 50 2 0.43154 0.25741 0.42898 0.25705\n 11 50 2 0.42642 0.25670 0.42386 0.25634\n 11 50 2 0.42130 0.25598 0.41874 0.25562\n 11 50 2 0.41618 0.25527 0.41362 0.25491\n 11 50 2 0.41106 0.25455 0.40850 0.25419\n 11 50 2 0.40593 0.25384 0.40337 0.25348\n 11 72 3 0.40083 0.25306 0.39960 0.25278 0.39831 0.25246\n 11 50 2 0.39580 0.25184 0.39329 0.25122\n 11 50 2 0.39078 0.25060 0.38827 0.24998\n 11 50 2 0.38576 0.24936 0.38325 0.24874\n 11 50 2 0.38074 0.24812 0.37823 0.24750\n 11 50 2 0.37576 0.24679 0.37350 0.24552\n 11 50 2 0.37125 0.24426 0.36899 0.24299\n 11 72 3 0.36674 0.24173 0.36492 0.24071 0.36498 0.24021\n 11 50 2 0.36527 0.23764 0.36556 0.23507\n 11 50 2 0.36869 0.23282 0.37498 0.23068\n 11 380 17 0.38096 0.23333 0.37979 0.23333 0.37873 0.23252 0.37779 0.23089 0.37743 0.22985 0.37718 0.22798 0.37753 0.22669 0.37846 0.22598 0.37916 0.22575 0.38032 0.22574 0.38138 0.22655 0.38232 0.22818 0.38268 0.22923 0.38293 0.23109 0.38259 0.23238 0.38166 0.23309 0.38096 0.23333\n 11 116 5 0.38429 0.22478 0.38382 0.22455 0.38405 0.22408 0.38452 0.22431 0.38429 0.22478\n 11 644 29 0.39110 0.22987 0.38993 0.22988 0.38934 0.22930 0.38910 0.22860 0.38921 0.22778 0.38979 0.22719 0.39107 0.22637 0.39200 0.22566 0.39246 0.22472 0.39257 0.22391 0.39222 0.22286 0.39163 0.22228 0.39116 0.22205 0.38999 0.22205 0.38859 0.22253 0.38766 0.22324 0.38743 0.22371 0.38732 0.22452 0.38768 0.22557 0.38827 0.22615 0.38921 0.22661 0.39037 0.22661 0.39189 0.22648 0.39271 0.22659 0.39330 0.22717 0.39354 0.22787 0.39342 0.22869 0.39249 0.22940 0.39110 0.22987\n 11 50 2 0.39588 0.22415 0.39714 0.22386\n 11 50 2 0.39965 0.22327 0.40218 0.22274\n 11 72 3 0.40471 0.22220 0.40600 0.22193 0.40726 0.22176\n 11 50 2 0.40982 0.22142 0.41239 0.22108\n 11 50 2 0.41495 0.22074 0.41751 0.22040\n 11 50 2 0.42007 0.22006 0.42264 0.21972\n 11 50 2 0.42520 0.21938 0.42776 0.21904\n 11 50 2 0.43033 0.21870 0.43289 0.21836\n 11 50 2 0.43538 0.20897 0.43409 0.20906\n 11 50 2 0.43151 0.20922 0.42893 0.20938\n 11 50 2 0.42635 0.20958 0.42378 0.20980\n 11 50 2 0.42120 0.21001 0.41862 0.21022\n 11 50 2 0.41605 0.21043 0.41347 0.21064\n 11 50 2 0.41089 0.21085 0.40832 0.21106\n 11 50 2 0.40574 0.21128 0.40316 0.21149\n 11 72 3 0.40059 0.21170 0.39960 0.21178 0.39801 0.21194\n 11 50 2 0.39544 0.21220 0.39287 0.21246\n 11 50 2 0.39029 0.21272 0.38772 0.21297\n 11 50 2 0.38515 0.21323 0.38258 0.21349\n 11 50 2 0.38000 0.21375 0.37743 0.21401\n 11 50 2 0.37486 0.21427 0.37229 0.21453\n 11 50 2 0.36972 0.21479 0.36714 0.21504\n 11 72 3 0.36457 0.21530 0.36382 0.21538 0.36200 0.21559\n 11 50 2 0.35944 0.21597 0.35689 0.21639\n 11 50 2 0.35434 0.21681 0.35179 0.21723\n 11 50 2 0.34924 0.21765 0.34669 0.21807\n 11 50 2 0.34414 0.21849 0.34159 0.21891\n 11 50 2 0.33904 0.21933 0.33649 0.21975\n 11 50 2 0.33393 0.22017 0.33138 0.22059\n 11 72 3 0.32883 0.22101 0.32804 0.22114 0.32629 0.22148\n 11 50 2 0.32375 0.22197 0.32128 0.22272\n 11 50 2 0.31880 0.22347 0.31633 0.22422\n 11 50 2 0.31385 0.22496 0.31138 0.22571\n 11 50 2 0.30890 0.22646 0.30643 0.22721\n 11 72 3 0.30395 0.22795 0.30317 0.22819 0.30169 0.22916\n 11 50 2 0.29953 0.23058 0.29737 0.23199\n 11 72 3 0.29520 0.23341 0.29362 0.23445 0.29356 0.23514\n 11 50 2 0.29334 0.23771 0.29312 0.24029\n 11 50 2 0.29643 0.24158 0.30252 0.24426\n 11 380 17 0.30513 0.25025 0.30426 0.24946 0.30403 0.24815 0.30444 0.24631 0.30488 0.24530 0.30596 0.24376 0.30709 0.24304 0.30825 0.24315 0.30893 0.24344 0.30979 0.24423 0.31002 0.24554 0.30961 0.24738 0.30917 0.24839 0.30809 0.24993 0.30696 0.25065 0.30580 0.25054 0.30513 0.25025\n 11 116 5 0.31336 0.24620 0.31317 0.24572 0.31366 0.24553 0.31385 0.24601 0.31336 0.24620\n 11 512 23 0.31808 0.25474 0.31744 0.25526 0.31628 0.25515 0.31561 0.25486 0.31474 0.25407 0.31451 0.25276 0.31492 0.25092 0.31566 0.24923 0.31659 0.24803 0.31757 0.24765 0.31873 0.24776 0.31907 0.24791 0.31993 0.24869 0.32031 0.24966 0.32020 0.25083 0.32005 0.25117 0.31927 0.25203 0.31830 0.25241 0.31713 0.25230 0.31680 0.25215 0.31593 0.25137 0.31555 0.25039 0.31566 0.24923\n 11 50 2 0.32232 0.25358 0.32359 0.25383\n 11 72 3 0.32613 0.25433 0.32804 0.25472 0.32866 0.25482\n 11 50 2 0.33121 0.25527 0.33376 0.25571\n 11 50 2 0.33631 0.25616 0.33885 0.25660\n 11 50 2 0.34140 0.25705 0.34395 0.25749\n 11 50 2 0.34649 0.25794 0.34904 0.25838\n 11 50 2 0.35159 0.25882 0.35413 0.25927\n 11 50 2 0.35669 0.25964 0.35926 0.25995\n 11 72 3 0.36183 0.26026 0.36382 0.26049 0.36439 0.26055\n 11 50 2 0.36697 0.26082 0.36954 0.26108\n 11 50 2 0.37211 0.26135 0.37468 0.26161\n 11 50 2 0.37725 0.26188 0.37982 0.26214\n 11 50 2 0.38240 0.26241 0.38497 0.26267\n 11 50 2 0.38754 0.26294 0.39011 0.26320\n 11 50 2 0.39268 0.26347 0.39525 0.26373\n 11 72 3 0.39783 0.26400 0.39960 0.26418 0.40040 0.26425\n 11 50 2 0.40298 0.26447 0.40555 0.26470\n 11 50 2 0.40813 0.26492 0.41070 0.26514\n 11 50 2 0.41328 0.26537 0.41585 0.26559\n 11 50 2 0.41843 0.26580 0.42101 0.26597\n 11 50 2 0.42359 0.26614 0.42617 0.26631\n 11 50 2 0.42875 0.26648 0.43133 0.26665\n 11 50 2 0.43391 0.26682 0.43538 0.26692\n 11 50 2 0.43538 0.27419 0.43409 0.27413\n 11 50 2 0.43151 0.27403 0.42892 0.27392\n 11 50 2 0.42634 0.27381 0.42376 0.27370\n 11 50 2 0.42117 0.27359 0.41859 0.27348\n 11 50 2 0.41601 0.27338 0.41342 0.27327\n 11 50 2 0.41084 0.27316 0.40826 0.27305\n 11 50 2 0.40568 0.27294 0.40309 0.27283\n 11 72 3 0.40051 0.27272 0.39960 0.27269 0.39793 0.27260\n 11 50 2 0.39534 0.27248 0.39276 0.27235\n 11 50 2 0.39018 0.27223 0.38760 0.27210\n 11 50 2 0.38502 0.27197 0.38243 0.27181\n 11 50 2 0.37985 0.27165 0.37727 0.27150\n 11 50 2 0.37469 0.27134 0.37211 0.27118\n 11 50 2 0.36953 0.27102 0.36695 0.27087\n 11 72 3 0.36437 0.27071 0.36382 0.27068 0.36179 0.27052\n 11 50 2 0.35921 0.27033 0.35664 0.27014\n 11 50 2 0.35406 0.26994 0.35148 0.26975\n 11 50 2 0.34890 0.26956 0.34632 0.26936\n 11 50 2 0.34374 0.26917 0.34117 0.26898\n 11 50 2 0.33859 0.26878 0.33601 0.26859\n 11 50 2 0.33343 0.26840 0.33085 0.26820\n 11 72 3 0.32828 0.26801 0.32804 0.26799 0.32570 0.26777\n 11 50 2 0.32313 0.26753 0.32055 0.26728\n 11 50 2 0.31798 0.26704 0.31541 0.26680\n 11 50 2 0.31283 0.26655 0.31026 0.26631\n 11 50 2 0.30768 0.26607 0.30511 0.26582\n 11 50 2 0.30254 0.26552 0.29998 0.26518\n 11 50 2 0.29742 0.26485 0.29485 0.26452\n 11 72 3 0.29229 0.26418 0.29225 0.26418 0.28973 0.26378\n 11 50 2 0.28718 0.26337 0.28463 0.26297\n 11 50 2 0.28207 0.26256 0.27952 0.26215\n 11 50 2 0.27697 0.26175 0.27441 0.26134\n 11 50 2 0.27186 0.26093 0.26931 0.26053\n 11 50 2 0.26676 0.26012 0.26420 0.25971\n 11 50 2 0.26167 0.25922 0.25916 0.25860\n 11 72 3 0.25664 0.25799 0.25647 0.25795 0.25415 0.25730\n 11 50 2 0.25166 0.25660 0.24917 0.25591\n 11 50 2 0.24668 0.25521 0.24419 0.25452\n 11 72 3 0.24170 0.25382 0.23957 0.25323 0.23924 0.25306\n 11 50 2 0.23692 0.25192 0.23459 0.25078\n 11 50 2 0.23227 0.24965 0.22995 0.24851\n 11 72 3 0.22763 0.24737 0.22682 0.24697 0.22570 0.24571\n 11 50 2 0.22398 0.24378 0.22226 0.24185\n 11 50 2 0.22130 0.23966 0.22145 0.23708\n 11 50 2 0.22160 0.23450 0.22160 0.23445\n 11 50 2 0.22438 0.23239 0.23028 0.22933\n 11 380 17 0.23658 0.23106 0.23543 0.23124 0.23426 0.23059 0.23309 0.22912 0.23258 0.22814 0.23205 0.22633 0.23220 0.22501 0.23302 0.22417 0.23367 0.22383 0.23482 0.22365 0.23599 0.22429 0.23717 0.22576 0.23768 0.22675 0.23820 0.22856 0.23805 0.22988 0.23724 0.23072 0.23658 0.23106\n 11 116 5 0.23860 0.22211 0.23810 0.22195 0.23826 0.22145 0.23876 0.22161 0.23860 0.22211\n 11 72 3 0.24773 0.22528 0.24208 0.22239 0.24699 0.21984\n 11 50 2 0.24773 0.22528 0.24417 0.21839\n 11 50 2 0.24997 0.21976 0.25122 0.21942\n 11 50 2 0.25372 0.21876 0.25621 0.21810\n 11 50 2 0.25873 0.21751 0.26125 0.21693\n 11 50 2 0.26377 0.21634 0.26629 0.21576\n 11 50 2 0.26884 0.21534 0.27139 0.21496\n 11 50 2 0.27395 0.21457 0.27651 0.21418\n 11 50 2 0.27906 0.21379 0.28162 0.21340\n 11 50 2 0.28417 0.21301 0.28673 0.21262\n 11 50 2 0.28929 0.21223 0.29184 0.21184\n 11 50 2 0.29441 0.21151 0.29697 0.21120\n 11 50 2 0.29954 0.21088 0.30211 0.21057\n 11 50 2 0.30467 0.21025 0.30724 0.20994\n 11 72 3 0.30980 0.20962 0.31149 0.20941 0.31237 0.20933\n 11 50 2 0.31495 0.20910 0.31752 0.20887\n 11 50 2 0.32010 0.20864 0.32267 0.20840\n 11 50 2 0.32525 0.20817 0.32782 0.20794\n 11 50 2 0.33040 0.20774 0.33298 0.20755\n 11 50 2 0.33556 0.20736 0.33813 0.20717\n 11 50 2 0.34071 0.20698 0.34329 0.20679\n 11 50 2 0.34587 0.20660 0.34845 0.20641\n 11 50 2 0.35103 0.20622 0.35361 0.20603\n 11 50 2 0.35618 0.20584 0.35876 0.20565\n 11 72 3 0.36134 0.20546 0.36382 0.20528 0.36392 0.20527\n 11 50 2 0.36650 0.20512 0.36908 0.20498\n 11 50 2 0.37166 0.20483 0.37424 0.20468\n 11 50 2 0.37682 0.20453 0.37941 0.20438\n 11 50 2 0.38199 0.20424 0.38457 0.20409\n 11 50 2 0.38715 0.20394 0.38973 0.20379\n 11 50 2 0.39231 0.20364 0.39489 0.20350\n 11 72 3 0.39747 0.20335 0.39960 0.20323 0.40006 0.20320\n 11 50 2 0.40264 0.20309 0.40522 0.20298\n 11 50 2 0.40780 0.20287 0.41039 0.20277\n 11 50 2 0.41297 0.20266 0.41555 0.20255\n 11 50 2 0.41814 0.20244 0.42072 0.20234\n 11 50 2 0.42330 0.20223 0.42589 0.20212\n 11 50 2 0.42847 0.20202 0.43105 0.20191\n 11 50 2 0.43364 0.20180 0.43538 0.20173\n 11 50 2 0.43538 0.28080 0.43409 0.28077\n 11 50 2 0.43150 0.28072 0.42892 0.28067\n 11 50 2 0.42633 0.28062 0.42375 0.28057\n 11 50 2 0.42116 0.28051 0.41858 0.28046\n 11 50 2 0.41599 0.28041 0.41341 0.28036\n 11 50 2 0.41082 0.28031 0.40824 0.28026\n 11 50 2 0.40565 0.28021 0.40307 0.28016\n 11 72 3 0.40049 0.28011 0.39960 0.28009 0.39790 0.28005\n 11 50 2 0.39532 0.27998 0.39273 0.27992\n 11 50 2 0.39015 0.27985 0.38756 0.27979\n 11 50 2 0.38498 0.27973 0.38239 0.27966\n 11 50 2 0.37981 0.27960 0.37722 0.27953\n 11 50 2 0.37464 0.27947 0.37205 0.27941\n 11 50 2 0.36947 0.27934 0.36689 0.27928\n 11 72 3 0.36430 0.27921 0.36382 0.27920 0.36172 0.27914\n 11 50 2 0.35913 0.27906 0.35655 0.27898\n 11 50 2 0.35396 0.27890 0.35138 0.27881\n 11 50 2 0.34880 0.27873 0.34621 0.27865\n 11 50 2 0.34363 0.27857 0.34104 0.27849\n 11 50 2 0.33846 0.27841 0.33588 0.27833\n 11 50 2 0.33329 0.27825 0.33071 0.27815\n 11 72 3 0.32812 0.27805 0.32804 0.27805 0.32554 0.27794\n 11 50 2 0.32296 0.27782 0.32038 0.27771\n 11 50 2 0.31779 0.27759 0.31521 0.27747\n 11 50 2 0.31263 0.27736 0.31004 0.27724\n 11 50 2 0.30746 0.27713 0.30488 0.27701\n 11 50 2 0.30230 0.27689 0.29971 0.27678\n 11 50 2 0.29713 0.27666 0.29455 0.27654\n 11 50 2 0.29197 0.27642 0.28938 0.27626\n 11 50 2 0.28680 0.27610 0.28422 0.27594\n 11 50 2 0.28164 0.27577 0.27906 0.27561\n 11 50 2 0.27648 0.27545 0.27390 0.27529\n 11 50 2 0.27132 0.27512 0.26874 0.27496\n 11 50 2 0.26616 0.27480 0.26358 0.27464\n 11 50 2 0.26100 0.27447 0.25842 0.27431\n 11 50 2 0.25584 0.27413 0.25327 0.27391\n 11 50 2 0.25069 0.27368 0.24812 0.27345\n 11 50 2 0.24554 0.27323 0.24296 0.27300\n 11 50 2 0.24039 0.27278 0.23781 0.27255\n 11 50 2 0.23524 0.27232 0.23266 0.27210\n 11 50 2 0.23009 0.27182 0.22753 0.27151\n 11 50 2 0.22496 0.27120 0.22239 0.27088\n 11 50 2 0.21983 0.27053 0.21728 0.27011\n 11 50 2 0.21473 0.26969 0.21218 0.26927\n 11 50 2 0.20963 0.26884 0.20708 0.26842\n 11 50 2 0.20453 0.26800 0.20198 0.26758\n 11 50 2 0.19943 0.26715 0.19688 0.26673\n 11 50 2 0.19433 0.26631 0.19178 0.26589\n 11 50 2 0.18926 0.26531 0.18675 0.26466\n 11 50 2 0.18426 0.26397 0.18180 0.26319\n 11 50 2 0.17934 0.26241 0.17687 0.26162\n 11 50 2 0.17441 0.26084 0.17195 0.26005\n 11 50 2 0.16953 0.25914 0.16726 0.25792\n 11 50 2 0.16498 0.25669 0.16271 0.25546\n 11 72 3 0.16043 0.25423 0.15857 0.25323 0.15823 0.25290\n 11 50 2 0.15639 0.25109 0.15454 0.24928\n 11 72 3 0.15270 0.24747 0.15219 0.24697 0.15143 0.24526\n 11 72 3 0.15038 0.24290 0.14940 0.24071 0.14941 0.24052\n 11 50 2 0.14948 0.23793 0.14955 0.23535\n 11 50 2 0.15194 0.23192 0.15719 0.22784\n 11 380 17 0.16370 0.22839 0.16260 0.22878 0.16134 0.22836 0.15991 0.22713 0.15923 0.22625 0.15839 0.22457 0.15829 0.22324 0.15894 0.22227 0.15953 0.22182 0.16063 0.22143 0.16189 0.22185 0.16332 0.22308 0.16399 0.22396 0.16484 0.22564 0.16493 0.22697 0.16428 0.22794 0.16370 0.22839\n 11 116 5 0.16406 0.21923 0.16354 0.21916 0.16361 0.21864 0.16413 0.21871 0.16406 0.21923\n 11 314 14 0.16986 0.22127 0.17009 0.22156 0.17083 0.22192 0.17135 0.22199 0.17216 0.22182 0.17333 0.22092 0.17368 0.22017 0.17375 0.21966 0.17359 0.21885 0.17313 0.21826 0.17239 0.21790 0.17113 0.21748 0.16594 0.21683 0.17003 0.21366\n 11 50 2 0.17481 0.21485 0.17605 0.21448\n 11 50 2 0.17852 0.21372 0.18100 0.21297\n 11 72 3 0.18347 0.21222 0.18491 0.21178 0.18596 0.21152\n 11 50 2 0.18847 0.21090 0.19098 0.21029\n 11 72 3 0.19349 0.20967 0.19452 0.20941 0.19603 0.20918\n 11 50 2 0.19858 0.20877 0.20113 0.20837\n 11 50 2 0.20369 0.20797 0.20624 0.20756\n 11 50 2 0.20879 0.20716 0.21135 0.20675\n 11 50 2 0.21390 0.20635 0.21645 0.20595\n 11 72 3 0.21901 0.20554 0.22069 0.20528 0.22157 0.20518\n 11 50 2 0.22414 0.20488 0.22670 0.20459\n 11 50 2 0.22927 0.20430 0.23184 0.20400\n 11 50 2 0.23441 0.20371 0.23698 0.20342\n 11 50 2 0.23955 0.20313 0.24213 0.20292\n 11 50 2 0.24470 0.20271 0.24728 0.20249\n 11 50 2 0.24986 0.20228 0.25243 0.20207\n 11 72 3 0.25501 0.20185 0.25647 0.20173 0.25759 0.20166\n 11 50 2 0.26017 0.20150 0.26275 0.20134\n 11 50 2 0.26533 0.20118 0.26791 0.20102\n 11 50 2 0.27049 0.20086 0.27307 0.20070\n 11 50 2 0.27565 0.20053 0.27823 0.20037\n 11 50 2 0.28081 0.20021 0.28339 0.20005\n 11 50 2 0.28597 0.19989 0.28855 0.19973\n 11 72 3 0.29113 0.19957 0.29225 0.19950 0.29371 0.19943\n 11 50 2 0.29630 0.19932 0.29888 0.19920\n 11 50 2 0.30146 0.19909 0.30404 0.19897\n 11 50 2 0.30663 0.19886 0.30921 0.19874\n 11 50 2 0.31179 0.19863 0.31438 0.19851\n 11 50 2 0.31696 0.19840 0.31954 0.19828\n 11 50 2 0.32212 0.19817 0.32471 0.19805\n 11 72 3 0.32729 0.19794 0.32804 0.19790 0.32987 0.19784\n 11 50 2 0.33246 0.19775 0.33504 0.19767\n 11 50 2 0.33763 0.19758 0.34021 0.19749\n 11 50 2 0.34279 0.19740 0.34538 0.19731\n 11 50 2 0.34796 0.19722 0.35055 0.19714\n 11 50 2 0.35313 0.19705 0.35571 0.19696\n 11 50 2 0.35830 0.19688 0.36088 0.19680\n 11 72 3 0.36347 0.19673 0.36382 0.19672 0.36605 0.19666\n 11 50 2 0.36863 0.19660 0.37122 0.19654\n 11 50 2 0.37380 0.19647 0.37639 0.19641\n 11 50 2 0.37897 0.19635 0.38156 0.19628\n 11 50 2 0.38414 0.19622 0.38673 0.19615\n 11 50 2 0.38931 0.19609 0.39190 0.19603\n 11 50 2 0.39448 0.19596 0.39707 0.19590\n 11 50 2 0.39965 0.19584 0.40224 0.19579\n 11 50 2 0.40482 0.19573 0.40741 0.19568\n 11 50 2 0.40999 0.19563 0.41257 0.19558\n 11 50 2 0.41516 0.19553 0.41774 0.19548\n 11 50 2 0.42033 0.19543 0.42291 0.19538\n 11 50 2 0.42550 0.19533 0.42808 0.19528\n 11 50 2 0.43067 0.19522 0.43325 0.19517\n 11 820 37 0.43538 0.18880 0.39960 0.18880 0.39960 0.18945 0.43538 0.18945 0.43538 0.18816 0.39960 0.18816 0.39960 0.18880 0.36382 0.18880 0.36382 0.18945 0.39960 0.18945 0.39960 0.18816 0.36382 0.18816 0.36382 0.18880 0.32804 0.18880 0.32804 0.18945 0.36382 0.18945 0.36382 0.18816 0.32804 0.18816 0.32804 0.18880 0.29225 0.18880 0.29225 0.18945 0.32804 0.18945 0.32804 0.18816 0.29225 0.18816 0.29225 0.18880 0.25647 0.18880 0.25647 0.18945 0.29225 0.18945 0.29225 0.18816 0.25647 0.18816 0.25647 0.18880 0.22069 0.18880 0.22069 0.18945 0.25647 0.18945 0.25647 0.18816 0.22069 0.18816 0.22069 0.18880\n 11 380 17 0.21469 0.19268 0.21358 0.19231 0.21284 0.19120 0.21247 0.18936 0.21247 0.18825 0.21284 0.18640 0.21358 0.18530 0.21469 0.18493 0.21543 0.18493 0.21653 0.18530 0.21727 0.18640 0.21764 0.18825 0.21764 0.18936 0.21727 0.19120 0.21653 0.19231 0.21543 0.19268 0.21469 0.19268\n 11 468 21 0.20942 0.18880 0.18491 0.18880 0.18491 0.18945 0.20942 0.18945 0.20942 0.18816 0.18491 0.18816 0.18491 0.18880 0.14913 0.18880 0.14913 0.18945 0.18491 0.18945 0.18491 0.18816 0.14913 0.18816 0.14913 0.18880 0.11334 0.18880 0.11334 0.18945 0.14913 0.18945 0.14913 0.18816 0.11334 0.18816 0.11334 0.18880 0.07756 0.18751 0.07756 0.18751\n 11 116 5 0.07756 0.18815 0.11332 0.18945 0.11337 0.18816 0.07759 0.18686 0.07756 0.18751\n 11 270 12 0.43538 0.18248 0.39960 0.18176 0.36382 0.18086 0.32804 0.17971 0.29225 0.17817 0.29119 0.17812 0.25647 0.17586 0.22069 0.17240 0.21639 0.17186 0.18491 0.16594 0.18351 0.16560 0.16608 0.15934\n 11 380 17 0.15118 0.15012 0.15065 0.14908 0.15091 0.14777 0.15194 0.14619 0.15272 0.14540 0.15427 0.14435 0.15558 0.14408 0.15663 0.14459 0.15715 0.14511 0.15768 0.14615 0.15743 0.14746 0.15640 0.14903 0.15562 0.14982 0.15406 0.15088 0.15276 0.15115 0.15171 0.15063 0.15118 0.15012\n 11 116 5 0.16032 0.14926 0.16032 0.14874 0.16084 0.14874 0.16084 0.14926 0.16032 0.14926\n 11 314 14 0.15906 0.15528 0.15880 0.15554 0.15855 0.15633 0.15855 0.15685 0.15882 0.15763 0.15987 0.15867 0.16065 0.15892 0.16118 0.15892 0.16196 0.15865 0.16248 0.15813 0.16273 0.15734 0.16298 0.15603 0.16294 0.15081 0.16663 0.15444\n 11 358 16 0.15016 0.14366 0.14928 0.14056 0.15018 0.13430 0.15434 0.12804 0.16261 0.12178 0.17732 0.11553 0.18491 0.11345 0.20430 0.10927 0.22069 0.10696 0.25647 0.10339 0.26133 0.10301 0.29225 0.10117 0.32804 0.09960 0.36382 0.09843 0.39960 0.09752 0.43538 0.09679\n 11 292 13 0.43538 0.17586 0.39960 0.17432 0.36382 0.17240 0.35521 0.17186 0.32804 0.16967 0.29225 0.16594 0.28946 0.16560 0.25647 0.15974 0.25459 0.15934 0.23497 0.15308 0.22453 0.14682 0.22085 0.14056 0.22280 0.13430\n 11 380 17 0.22927 0.13523 0.22812 0.13543 0.22695 0.13480 0.22575 0.13335 0.22523 0.13237 0.22468 0.13057 0.22481 0.12925 0.22561 0.12840 0.22626 0.12805 0.22741 0.12785 0.22858 0.12848 0.22978 0.12993 0.23031 0.13091 0.23085 0.13271 0.23073 0.13403 0.22993 0.13488 0.22927 0.13523\n 11 116 5 0.23116 0.12625 0.23066 0.12610 0.23081 0.12560 0.23131 0.12575 0.23116 0.12625\n 11 72 3 0.24034 0.12930 0.23464 0.12649 0.23952 0.12387\n 11 50 2 0.24034 0.12930 0.23667 0.12246\n 11 226 10 0.24249 0.12374 0.24765 0.12178 0.25647 0.11969 0.27708 0.11553 0.29225 0.11345 0.32804 0.10954 0.33105 0.10927 0.36382 0.10696 0.39960 0.10497 0.43538 0.10339\n 11 204 9 0.43538 0.16855 0.39960 0.16594 0.39541 0.16560 0.36382 0.16209 0.34311 0.15934 0.32804 0.15632 0.31367 0.15308 0.29802 0.14682 0.29241 0.14056\n 11 380 17 0.29895 0.14059 0.29784 0.14095 0.29659 0.14049 0.29520 0.13921 0.29454 0.13832 0.29375 0.13661 0.29370 0.13528 0.29438 0.13433 0.29497 0.13389 0.29608 0.13354 0.29733 0.13400 0.29872 0.13527 0.29937 0.13616 0.30017 0.13787 0.30022 0.13920 0.29954 0.14016 0.29895 0.14059\n 11 116 5 0.29958 0.13144 0.29907 0.13136 0.29915 0.13084 0.29966 0.13092 0.29958 0.13144\n 11 512 23 0.30933 0.13164 0.30947 0.13245 0.30879 0.13341 0.30820 0.13384 0.30708 0.13420 0.30583 0.13374 0.30445 0.13246 0.30336 0.13097 0.30278 0.12956 0.30295 0.12853 0.30362 0.12758 0.30392 0.12736 0.30503 0.12700 0.30607 0.12716 0.30702 0.12784 0.30724 0.12814 0.30759 0.12925 0.30743 0.13029 0.30675 0.13124 0.30645 0.13145 0.30534 0.13181 0.30431 0.13165 0.30336 0.13097\n 11 160 7 0.31046 0.12739 0.32804 0.12287 0.33270 0.12178 0.36382 0.11717 0.37684 0.11553 0.39960 0.11345 0.43538 0.11072\n 11 138 6 0.43538 0.15974 0.43162 0.15934 0.39960 0.15435 0.39237 0.15308 0.37150 0.14682 0.36397 0.14056\n 11 380 17 0.37049 0.14106 0.36936 0.14133 0.36814 0.14079 0.36685 0.13942 0.36626 0.13848 0.36560 0.13672 0.36564 0.13538 0.36638 0.13448 0.36701 0.13409 0.36814 0.13382 0.36935 0.13436 0.37065 0.13573 0.37123 0.13667 0.37190 0.13843 0.37186 0.13977 0.37112 0.14067 0.37049 0.14106\n 11 116 5 0.37178 0.13197 0.37127 0.13186 0.37139 0.13135 0.37190 0.13147 0.37178 0.13197\n 11 644 29 0.37957 0.13538 0.37844 0.13565 0.37773 0.13522 0.37734 0.13460 0.37726 0.13377 0.37769 0.13307 0.37875 0.13197 0.37949 0.13107 0.37973 0.13005 0.37965 0.12923 0.37906 0.12829 0.37836 0.12786 0.37785 0.12774 0.37671 0.12802 0.37546 0.12880 0.37472 0.12970 0.37460 0.13021 0.37468 0.13103 0.37527 0.13197 0.37597 0.13240 0.37699 0.13264 0.37812 0.13236 0.37957 0.13189 0.38039 0.13181 0.38110 0.13224 0.38149 0.13287 0.38157 0.13369 0.38083 0.13459 0.37957 0.13538\n 11 116 5 0.38292 0.12871 0.38469 0.12804 0.39960 0.12506 0.41775 0.12178 0.43538 0.11969\n 21 6 1\n 25 6 1\n 82 0\n 81 6 100\n 82 0\n 81 6 101\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 50 2 0.07756 0.09049 0.07756 0.09049\n 11 50 2 0.07756 0.10301 0.07756 0.10301\n 11 50 2 0.07756 0.11553 0.07756 0.11553\n 11 50 2 0.07756 0.12804 0.07756 0.12804\n 11 50 2 0.07756 0.14056 0.07756 0.14056\n 11 50 2 0.07756 0.15308 0.07756 0.15308\n 11 50 2 0.07756 0.16560 0.07756 0.16560\n 11 50 2 0.07756 0.17812 0.07756 0.17812\n 11 50 2 0.07756 0.19064 0.07756 0.19064\n 11 50 2 0.07756 0.20315 0.07756 0.20315\n 11 50 2 0.07756 0.21567 0.07756 0.21567\n 11 50 2 0.07756 0.22819 0.07756 0.22819\n 11 50 2 0.07756 0.24071 0.07756 0.24071\n 11 50 2 0.07756 0.25323 0.07756 0.25323\n 11 50 2 0.07756 0.26575 0.07756 0.26575\n 11 50 2 0.07756 0.27826 0.07756 0.27826\n 11 116 5 0.11278 0.09210 0.11334 0.09372 0.11391 0.09210 0.11334 0.09372 0.11334 0.09049\n 11 116 5 0.11345 0.10472 0.11460 0.10598 0.11449 0.10428 0.11460 0.10598 0.11334 0.10301\n 11 116 5 0.11411 0.11706 0.11566 0.11778 0.11490 0.11625 0.11566 0.11778 0.11334 0.11553\n 11 116 5 0.11465 0.12916 0.11636 0.12922 0.11505 0.12810 0.11636 0.12922 0.11334 0.12804\n 11 116 5 0.11498 0.14108 0.11657 0.14047 0.11494 0.13995 0.11657 0.14047 0.11334 0.14056\n 11 116 5 0.11505 0.15292 0.11628 0.15174 0.11458 0.15189 0.11628 0.15174 0.11334 0.15308\n 11 116 5 0.11485 0.16479 0.11553 0.16322 0.11402 0.16403 0.11553 0.16322 0.11334 0.16560\n 11 116 5 0.11442 0.17678 0.11443 0.17507 0.11335 0.17641 0.11443 0.17507 0.11334 0.17812\n 11 116 5 0.11381 0.18899 0.11316 0.18741 0.11268 0.18906 0.11316 0.18741 0.11334 0.19064\n 11 116 5 0.11314 0.20145 0.11191 0.20026 0.11212 0.20196 0.11191 0.20026 0.11334 0.20315\n 11 116 5 0.11249 0.21419 0.11090 0.21356 0.11175 0.21504 0.11090 0.21356 0.11334 0.21567\n 11 116 5 0.11198 0.22716 0.11027 0.22720 0.11163 0.22823 0.11027 0.22720 0.11334 0.22819\n 11 116 5 0.11168 0.24029 0.11012 0.24099 0.11178 0.24141 0.11012 0.24099 0.11334 0.24071\n 11 116 5 0.11165 0.25348 0.11049 0.25474 0.11218 0.25448 0.11049 0.25474 0.11334 0.25323\n 11 116 5 0.11189 0.26664 0.11130 0.26825 0.11276 0.26736 0.11130 0.26825 0.11334 0.26575\n 11 116 5 0.11235 0.27966 0.11244 0.28137 0.11344 0.27997 0.11244 0.28137 0.11334 0.27826\n 11 116 5 0.14856 0.09534 0.14913 0.09695 0.14969 0.09534 0.14913 0.09695 0.14913 0.09049\n 11 116 5 0.15049 0.10769 0.15164 0.10896 0.15153 0.10725 0.15164 0.10896 0.14913 0.10301\n 11 116 5 0.15221 0.11931 0.15376 0.12003 0.15300 0.11850 0.15376 0.12003 0.14913 0.11553\n 11 116 5 0.15344 0.13033 0.15515 0.13039 0.15385 0.12927 0.15515 0.13039 0.14913 0.12804\n 11 116 5 0.15399 0.14099 0.15559 0.14037 0.15395 0.13986 0.15559 0.14037 0.14913 0.14056\n 11 116 5 0.15377 0.15158 0.15500 0.15039 0.15330 0.15055 0.15500 0.15039 0.14913 0.15308\n 11 116 5 0.15282 0.16241 0.15349 0.16083 0.15198 0.16164 0.15349 0.16083 0.14913 0.16560\n 11 116 5 0.15128 0.17374 0.15129 0.17203 0.15022 0.17336 0.15129 0.17203 0.14913 0.17812\n 11 116 5 0.14941 0.18576 0.14875 0.18418 0.14828 0.18583 0.14875 0.18418 0.14913 0.19064\n 11 116 5 0.14749 0.19856 0.14627 0.19736 0.14647 0.19906 0.14627 0.19736 0.14913 0.20315\n 11 116 5 0.14583 0.21208 0.14423 0.21145 0.14509 0.21293 0.14423 0.21145 0.14913 0.21567\n 11 116 5 0.14469 0.22616 0.14298 0.22620 0.14434 0.22724 0.14298 0.22620 0.14913 0.22819\n 11 116 5 0.14425 0.24057 0.14269 0.24127 0.14435 0.24170 0.14269 0.24127 0.14913 0.24071\n 11 116 5 0.14458 0.25500 0.14342 0.25626 0.14511 0.25600 0.14342 0.25626 0.14913 0.25323\n 11 116 5 0.14563 0.26915 0.14505 0.27076 0.14650 0.26986 0.14505 0.27076 0.14913 0.26575\n 11 116 5 0.14723 0.28276 0.14732 0.28447 0.14831 0.28308 0.14732 0.28447 0.14913 0.27826\n 11 116 5 0.18406 0.09776 0.18491 0.10018 0.18576 0.09776 0.18491 0.10018 0.18491 0.09049\n 11 116 5 0.18696 0.11004 0.18868 0.11194 0.18852 0.10937 0.18868 0.11194 0.18491 0.10301\n 11 116 5 0.18953 0.12120 0.19186 0.12228 0.19072 0.11998 0.19186 0.12228 0.18491 0.11553\n 11 116 5 0.19138 0.13147 0.19394 0.13156 0.19199 0.12989 0.19394 0.13156 0.18491 0.12804\n 11 116 5 0.19220 0.14120 0.19460 0.14028 0.19215 0.13950 0.19460 0.14028 0.18491 0.14056\n 11 116 5 0.19187 0.15083 0.19372 0.14905 0.19117 0.14928 0.19372 0.14905 0.18491 0.15308\n 11 116 5 0.19044 0.16081 0.19146 0.15845 0.18919 0.15966 0.19146 0.15845 0.18491 0.16560\n 11 116 5 0.18814 0.17155 0.18816 0.16898 0.18654 0.17098 0.18816 0.16898 0.18491 0.17812\n 11 116 5 0.18533 0.18333 0.18434 0.18096 0.18364 0.18343 0.18434 0.18096 0.18491 0.19064\n 11 116 5 0.18245 0.19626 0.18062 0.19446 0.18093 0.19701 0.18062 0.19446 0.18491 0.20315\n 11 116 5 0.17996 0.21028 0.17757 0.20934 0.17885 0.21156 0.17757 0.20934 0.18491 0.21567\n 11 116 5 0.17825 0.22515 0.17568 0.22521 0.17773 0.22676 0.17568 0.22521 0.18491 0.22819\n 11 116 5 0.17759 0.24050 0.17525 0.24156 0.17774 0.24219 0.17525 0.24156 0.18491 0.24071\n 11 116 5 0.17809 0.25588 0.17634 0.25777 0.17888 0.25738 0.17634 0.25777 0.18491 0.25323\n 11 116 5 0.17966 0.27085 0.17879 0.27327 0.18098 0.27192 0.17879 0.27327 0.18491 0.26575\n 11 50 2 0.18309 0.28452 0.18491 0.27826\n 11 116 5 0.21956 0.10018 0.22069 0.10342 0.22182 0.10018 0.22069 0.10342 0.22069 0.09049\n 11 116 5 0.22342 0.11238 0.22572 0.11491 0.22551 0.11150 0.22572 0.11491 0.22069 0.10301\n 11 116 5 0.22686 0.12309 0.22996 0.12453 0.22843 0.12147 0.22996 0.12453 0.22069 0.11553\n 11 116 5 0.22932 0.13261 0.23274 0.13273 0.23014 0.13050 0.23274 0.13273 0.22069 0.12804\n 11 116 5 0.23041 0.14141 0.23361 0.14018 0.23035 0.13915 0.23361 0.14018 0.22069 0.14056\n 11 116 5 0.22998 0.15007 0.23244 0.14770 0.22903 0.14802 0.23244 0.14770 0.22069 0.15308\n 11 116 5 0.22807 0.15921 0.22942 0.15607 0.22640 0.15769 0.22942 0.15607 0.22069 0.16560\n 11 116 5 0.22500 0.16936 0.22502 0.16594 0.22287 0.16860 0.22502 0.16594 0.22069 0.17812\n 11 116 5 0.22125 0.18089 0.21994 0.17773 0.21899 0.18102 0.21994 0.17773 0.22069 0.19064\n 11 116 5 0.21741 0.19396 0.21497 0.19156 0.21539 0.19496 0.21497 0.19156 0.22069 0.20315\n 11 116 5 0.21409 0.20848 0.21091 0.20722 0.21261 0.21019 0.21091 0.20722 0.22069 0.21567\n 11 116 5 0.21181 0.22413 0.20839 0.22422 0.21112 0.22629 0.20839 0.22422 0.22069 0.22819\n 11 116 5 0.21093 0.24043 0.20781 0.24184 0.21113 0.24268 0.20781 0.24184 0.22069 0.24071\n 11 116 5 0.21159 0.25677 0.20927 0.25928 0.21265 0.25877 0.20927 0.25928 0.22069 0.25323\n 11 116 5 0.21369 0.27255 0.21253 0.27577 0.21545 0.27398 0.21253 0.27577 0.22069 0.26575\n 11 50 2 0.21887 0.28452 0.22069 0.27826\n 11 116 5 0.25506 0.10261 0.25647 0.10665 0.25789 0.10261 0.25647 0.10665 0.25647 0.09049\n 11 116 5 0.25989 0.11472 0.26276 0.11789 0.26249 0.11362 0.26276 0.11789 0.25647 0.10301\n 11 116 5 0.26418 0.12498 0.26806 0.12678 0.26615 0.12295 0.26806 0.12678 0.25647 0.11553\n 11 116 5 0.26725 0.13375 0.27153 0.13390 0.26828 0.13112 0.27153 0.13390 0.25647 0.12804\n 11 116 5 0.26863 0.14162 0.27262 0.14009 0.26854 0.13880 0.27262 0.14009 0.25647 0.14056\n 11 116 5 0.26808 0.14932 0.27116 0.14636 0.26690 0.14675 0.27116 0.14636 0.25647 0.15308\n 11 116 5 0.26570 0.15762 0.26739 0.15368 0.26362 0.15571 0.26739 0.15368 0.25647 0.16560\n 11 116 5 0.26186 0.16717 0.26188 0.16289 0.25920 0.16622 0.26188 0.16289 0.25647 0.17812\n 11 116 5 0.25718 0.17845 0.25553 0.17450 0.25435 0.17862 0.25553 0.17450 0.25647 0.19064\n 11 116 5 0.25238 0.19166 0.24932 0.18866 0.24984 0.19291 0.24932 0.18866 0.25647 0.20315\n 11 116 5 0.24822 0.20668 0.24424 0.20511 0.24638 0.20882 0.24424 0.20511 0.25647 0.21567\n 11 116 5 0.24537 0.22312 0.24109 0.22322 0.24450 0.22581 0.24109 0.22322 0.25647 0.22819\n 11 116 5 0.24428 0.24036 0.24037 0.24212 0.24452 0.24318 0.24037 0.24212 0.25647 0.24071\n 11 116 5 0.24510 0.25766 0.24220 0.26080 0.24643 0.26015 0.24220 0.26080 0.25647 0.25323\n 11 116 5 0.24772 0.27425 0.24627 0.27828 0.24992 0.27604 0.24627 0.27828 0.25647 0.26575\n 11 50 2 0.25465 0.28452 0.25647 0.27826\n 11 116 5 0.29056 0.10503 0.29225 0.10988 0.29395 0.10503 0.29225 0.10988 0.29225 0.09049\n 11 116 5 0.29635 0.11706 0.29980 0.12087 0.29948 0.11574 0.29980 0.12087 0.29225 0.10301\n 11 116 5 0.30150 0.12687 0.30616 0.12904 0.30387 0.12444 0.30616 0.12904 0.29225 0.11553\n 11 116 5 0.30519 0.13490 0.31033 0.13507 0.30642 0.13173 0.31033 0.13507 0.29225 0.12804\n 11 116 5 0.30684 0.14183 0.31164 0.14000 0.30674 0.13844 0.31164 0.14000 0.29225 0.14056\n 11 116 5 0.30618 0.14857 0.30989 0.14501 0.30477 0.14549 0.30989 0.14501 0.29225 0.15308\n 11 116 5 0.30333 0.15602 0.30535 0.15130 0.30083 0.15373 0.30535 0.15130 0.29225 0.16560\n 11 116 5 0.29872 0.16498 0.29875 0.15985 0.29553 0.16385 0.29875 0.15985 0.29225 0.17812\n 11 116 5 0.29310 0.17602 0.29112 0.17128 0.28971 0.17622 0.29112 0.17128 0.29225 0.19064\n 11 116 5 0.28734 0.18936 0.28367 0.18577 0.28430 0.19086 0.28367 0.18577 0.29225 0.20315\n 11 116 5 0.28236 0.20488 0.27758 0.20300 0.28014 0.20745 0.27758 0.20300 0.29225 0.21567\n 11 116 5 0.27894 0.22211 0.27380 0.22223 0.27789 0.22534 0.27380 0.22223 0.29225 0.22819\n 11 116 5 0.27762 0.24029 0.27294 0.24241 0.27791 0.24367 0.27294 0.24241 0.29225 0.24071\n 11 116 5 0.27861 0.25854 0.27512 0.26231 0.28020 0.26154 0.27512 0.26231 0.29225 0.25323\n 11 116 5 0.28176 0.27595 0.28001 0.28078 0.28439 0.27810 0.28001 0.28078 0.29225 0.26575\n 11 50 2 0.29043 0.28452 0.29225 0.27826\n 11 116 5 0.32606 0.10746 0.32804 0.11311 0.33001 0.10746 0.32804 0.11311 0.32804 0.09049\n 11 116 5 0.33282 0.11941 0.33684 0.12384 0.33647 0.11786 0.33684 0.12384 0.32804 0.10301\n 11 116 5 0.33883 0.12877 0.34426 0.13129 0.34159 0.12593 0.34426 0.13129 0.32804 0.11553\n 11 116 5 0.34313 0.13604 0.34912 0.13624 0.34457 0.13235 0.34912 0.13624 0.32804 0.12804\n 11 116 5 0.34505 0.14205 0.35065 0.13990 0.34494 0.13809 0.35065 0.13990 0.32804 0.14056\n 11 116 5 0.34429 0.14782 0.34861 0.14367 0.34264 0.14422 0.34861 0.14367 0.32804 0.15308\n 11 116 5 0.34096 0.15442 0.34332 0.14892 0.33804 0.15175 0.34332 0.14892 0.32804 0.16560\n 11 116 5 0.33558 0.16279 0.33561 0.15680 0.33185 0.16147 0.33561 0.15680 0.32804 0.17812\n 11 116 5 0.32902 0.17358 0.32671 0.16805 0.32507 0.17381 0.32671 0.16805 0.32804 0.19064\n 11 116 5 0.32230 0.18706 0.31802 0.18287 0.31875 0.18881 0.31802 0.18287 0.32804 0.20315\n 11 116 5 0.31649 0.20308 0.31091 0.20089 0.31390 0.20608 0.31091 0.20089 0.32804 0.21567\n 11 116 5 0.31250 0.22109 0.30651 0.22124 0.31128 0.22486 0.30651 0.22124 0.32804 0.22819\n 11 116 5 0.31096 0.24022 0.30550 0.24269 0.31131 0.24417 0.30550 0.24269 0.32804 0.24071\n 11 116 5 0.31212 0.25943 0.30805 0.26383 0.31397 0.26293 0.30805 0.26383 0.32804 0.25323\n 11 116 5 0.31579 0.27765 0.31375 0.28329 0.31886 0.28015 0.31375 0.28329 0.32804 0.26575\n 11 50 2 0.32621 0.28452 0.32804 0.27826\n 11 116 5 0.36156 0.10988 0.36382 0.11634 0.36608 0.10988 0.36382 0.11634 0.36382 0.09049\n 11 116 5 0.36928 0.12175 0.37389 0.12682 0.37345 0.11999 0.37389 0.12682 0.36382 0.10301\n 11 116 5 0.37615 0.13066 0.38236 0.13354 0.37930 0.12741 0.38236 0.13354 0.36382 0.11553\n 11 116 5 0.38107 0.13718 0.38791 0.13741 0.38271 0.13296 0.38791 0.13741 0.36382 0.12804\n 11 116 5 0.38327 0.14226 0.38966 0.13981 0.38313 0.13773 0.38966 0.13981 0.36382 0.14056\n 11 116 5 0.38239 0.14707 0.38733 0.14232 0.38051 0.14295 0.38733 0.14232 0.36382 0.15308\n 11 116 5 0.37858 0.15283 0.38128 0.14653 0.37525 0.14977 0.38128 0.14653 0.36382 0.16560\n 11 116 5 0.37244 0.16060 0.37248 0.15376 0.36818 0.15909 0.37248 0.15376 0.36382 0.17812\n 11 116 5 0.36494 0.17115 0.36231 0.16483 0.36043 0.17141 0.36231 0.16483 0.36382 0.19064\n 11 116 5 0.35727 0.18476 0.35238 0.17997 0.35321 0.18677 0.35238 0.17997 0.36382 0.20315\n 11 116 5 0.35062 0.20129 0.34425 0.19877 0.34766 0.20471 0.34425 0.19877 0.36382 0.21567\n 11 116 5 0.34606 0.22008 0.33921 0.22024 0.34467 0.22438 0.33921 0.22024 0.36382 0.22819\n 11 116 5 0.34430 0.24015 0.33806 0.24297 0.34470 0.24466 0.33806 0.24297 0.36382 0.24071\n 11 116 5 0.34563 0.26031 0.34098 0.26534 0.34775 0.26431 0.34098 0.26534 0.36382 0.25323\n 11 50 2 0.34982 0.27936 0.34796 0.28452\n 11 72 3 0.34957 0.28452 0.35333 0.28221 0.34957 0.28452\n 11 50 2 0.34853 0.28452 0.36382 0.26575\n 11 50 2 0.36200 0.28452 0.36382 0.27826\n 11 116 5 0.39705 0.11230 0.39960 0.11957 0.40214 0.11230 0.39960 0.11957 0.39960 0.09049\n 11 116 5 0.40575 0.12409 0.41093 0.12980 0.41044 0.12211 0.41093 0.12980 0.39960 0.10301\n 11 116 5 0.41347 0.13255 0.42046 0.13579 0.41702 0.12890 0.42046 0.13579 0.39960 0.11553\n 11 116 5 0.41901 0.13832 0.42671 0.13858 0.42085 0.13358 0.42671 0.13858 0.39960 0.12804\n 11 116 5 0.42148 0.14247 0.42867 0.13971 0.42133 0.13738 0.42867 0.13971 0.39960 0.14056\n 11 116 5 0.42049 0.14632 0.42605 0.14098 0.41838 0.14169 0.42605 0.14098 0.39960 0.15308\n 11 116 5 0.41621 0.15123 0.41925 0.14415 0.41246 0.14779 0.41925 0.14415 0.39960 0.16560\n 11 116 5 0.40930 0.15842 0.40934 0.15071 0.40451 0.15671 0.40934 0.15071 0.39960 0.17812\n 11 116 5 0.40087 0.16871 0.39790 0.16160 0.39579 0.16901 0.39790 0.16160 0.39960 0.19064\n 11 116 5 0.39223 0.18247 0.38673 0.17707 0.38766 0.18472 0.38673 0.17707 0.39960 0.20315\n 11 116 5 0.38475 0.19949 0.37759 0.19666 0.38143 0.20334 0.37759 0.19666 0.39960 0.21567\n 11 116 5 0.37962 0.21906 0.37192 0.21925 0.37806 0.22391 0.37192 0.21925 0.39960 0.22819\n 11 116 5 0.37765 0.24008 0.37063 0.24325 0.37809 0.24515 0.37063 0.24325 0.39960 0.24071\n 11 116 5 0.37914 0.26120 0.37390 0.26685 0.38152 0.26570 0.37390 0.26685 0.39960 0.25323\n 11 50 2 0.38385 0.28106 0.38260 0.28452\n 11 72 3 0.38739 0.28452 0.38780 0.28427 0.38739 0.28452\n 11 50 2 0.38432 0.28452 0.39960 0.26575\n 11 50 2 0.39778 0.28452 0.39960 0.27826\n 11 72 3 0.43255 0.11473 0.43538 0.12281 0.43538 0.12281\n 11 72 3 0.43538 0.12281 0.43538 0.12281 0.43538 0.09049\n 11 50 2 0.43538 0.10301 0.43538 0.10301\n 11 50 2 0.43538 0.11553 0.43538 0.11553\n 11 50 2 0.43538 0.12804 0.43538 0.12804\n 11 50 2 0.43538 0.14056 0.43538 0.14056\n 11 50 2 0.43538 0.15308 0.43538 0.15308\n 11 50 2 0.43538 0.16560 0.43538 0.16560\n 11 50 2 0.43538 0.17812 0.43538 0.17812\n 11 116 5 0.43538 0.16290 0.43349 0.15837 0.43114 0.16660 0.43349 0.15837 0.43538 0.19064\n 11 116 5 0.42719 0.18017 0.42108 0.17417 0.42212 0.18267 0.42108 0.17417 0.43538 0.20315\n 11 116 5 0.41889 0.19769 0.41092 0.19455 0.41519 0.20197 0.41092 0.19455 0.43538 0.21567\n 11 116 5 0.41319 0.21805 0.40463 0.21826 0.41145 0.22343 0.40463 0.21826 0.43538 0.22819\n 11 116 5 0.41099 0.24001 0.40319 0.24354 0.41148 0.24565 0.40319 0.24354 0.43538 0.24071\n 11 116 5 0.41264 0.26209 0.40683 0.26837 0.41529 0.26708 0.40683 0.26837 0.43538 0.25323\n 11 50 2 0.41789 0.28276 0.41725 0.28452\n 11 50 2 0.42010 0.28452 0.43538 0.26575\n 12 358 16 0.07756 0.09049 0.07756 0.10301 0.07756 0.11553 0.07756 0.12804 0.07756 0.14056 0.07756 0.15308 0.07756 0.16560 0.07756 0.17812 0.07756 0.19064 0.07756 0.20315 0.07756 0.21567 0.07756 0.22819 0.07756 0.24071 0.07756 0.25323 0.07756 0.26575 0.07756 0.27826\n 11 50 2 0.43356 0.28452 0.43538 0.27826\n 11 116 5 0.12765 0.06100 0.13573 0.05817 0.12765 0.05534 0.13573 0.05817 0.10342 0.05817\n 21 6 1\n 25 6 1\n 11 94 4 0.15785 0.06057 0.15859 0.06094 0.15969 0.06205 0.15969 0.05429\n 11 116 5 0.16487 0.05503 0.16450 0.05466 0.16487 0.05429 0.16523 0.05466 0.16487 0.05503\n 11 380 17 0.17004 0.06205 0.16893 0.06168 0.16819 0.06057 0.16782 0.05873 0.16782 0.05762 0.16819 0.05577 0.16893 0.05466 0.17004 0.05429 0.17077 0.05429 0.17188 0.05466 0.17262 0.05577 0.17299 0.05762 0.17299 0.05873 0.17262 0.06057 0.17188 0.06168 0.17077 0.06205 0.17004 0.06205\n 11 380 17 0.17742 0.06205 0.17632 0.06168 0.17558 0.06057 0.17521 0.05873 0.17521 0.05762 0.17558 0.05577 0.17632 0.05466 0.17742 0.05429 0.17816 0.05429 0.17927 0.05466 0.18001 0.05577 0.18038 0.05762 0.18038 0.05873 0.18001 0.06057 0.17927 0.06168 0.17816 0.06205 0.17742 0.06205\n 11 50 2 0.01183 0.06121 0.01428 0.05753\n 11 50 2 0.01428 0.06121 0.01183 0.05753\n 11 50 2 0.01551 0.06191 0.01551 0.05630\n 11 50 2 0.01569 0.06191 0.01569 0.05630\n 11 50 2 0.01551 0.06191 0.01674 0.06191\n 11 50 2 0.01551 0.05630 0.01674 0.05630\n 11 50 2 0.01779 0.06121 0.02025 0.05753\n 11 50 2 0.02025 0.06121 0.01779 0.05753\n 11 50 2 0.02148 0.05963 0.02464 0.05963\n 11 50 2 0.02148 0.05858 0.02464 0.05858\n 11 380 17 0.02692 0.06121 0.02639 0.06103 0.02604 0.06051 0.02586 0.05963 0.02586 0.05910 0.02604 0.05823 0.02639 0.05770 0.02692 0.05753 0.02727 0.05753 0.02779 0.05770 0.02814 0.05823 0.02832 0.05910 0.02832 0.05963 0.02814 0.06051 0.02779 0.06103 0.02727 0.06121 0.02692 0.06121\n 11 116 5 0.02972 0.05998 0.02955 0.05981 0.02972 0.05963 0.02990 0.05981 0.02972 0.05998\n 11 116 5 0.02972 0.05788 0.02955 0.05770 0.02972 0.05753 0.02990 0.05770 0.02972 0.05788\n 11 94 4 0.03165 0.06051 0.03200 0.06068 0.03253 0.06121 0.03253 0.05753\n 11 116 5 0.03499 0.05998 0.03481 0.05981 0.03499 0.05963 0.03516 0.05981 0.03499 0.05998\n 11 116 5 0.03499 0.05788 0.03481 0.05770 0.03499 0.05753 0.03516 0.05770 0.03499 0.05788\n 11 116 5 0.03674 0.05788 0.03656 0.05770 0.03674 0.05753 0.03692 0.05770 0.03674 0.05788\n 11 94 4 0.03867 0.06051 0.03902 0.06068 0.03955 0.06121 0.03955 0.05753\n 11 50 2 0.04271 0.06191 0.04271 0.05630\n 11 50 2 0.04288 0.06191 0.04288 0.05630\n 11 50 2 0.04165 0.06191 0.04288 0.06191\n 11 50 2 0.04165 0.05630 0.04288 0.05630\n 11 50 2 0.04499 0.06016 0.04499 0.05805\n 11 50 2 0.04411 0.05963 0.04586 0.05858\n 11 50 2 0.04586 0.05963 0.04411 0.05858\n 11 446 20 0.04937 0.06068 0.04902 0.06103 0.04849 0.06121 0.04779 0.06121 0.04727 0.06103 0.04692 0.06068 0.04692 0.06033 0.04709 0.05998 0.04727 0.05981 0.04762 0.05963 0.04867 0.05928 0.04902 0.05910 0.04920 0.05893 0.04937 0.05858 0.04937 0.05805 0.04902 0.05770 0.04849 0.05753 0.04779 0.05753 0.04727 0.05770 0.04692 0.05805\n 11 50 2 0.05060 0.06121 0.05060 0.05753\n 11 50 2 0.05200 0.06121 0.05200 0.05753\n 11 50 2 0.05200 0.06121 0.05446 0.05753\n 11 50 2 0.05446 0.06121 0.05446 0.05753\n 11 226 10 0.05709 0.06191 0.05674 0.06156 0.05639 0.06103 0.05604 0.06033 0.05586 0.05945 0.05586 0.05875 0.05604 0.05788 0.05639 0.05717 0.05674 0.05665 0.05709 0.05630\n 11 72 3 0.05779 0.06121 0.05920 0.05945 0.05920 0.05753\n 11 50 2 0.06060 0.06121 0.05920 0.05945\n 11 50 2 0.06148 0.06191 0.06148 0.05630\n 11 50 2 0.06165 0.06191 0.06165 0.05630\n 11 50 2 0.06148 0.06191 0.06271 0.06191\n 11 50 2 0.06148 0.05630 0.06271 0.05630\n 11 72 3 0.06341 0.06121 0.06481 0.05945 0.06481 0.05753\n 11 50 2 0.06621 0.06121 0.06481 0.05945\n 11 50 2 0.06709 0.05963 0.07025 0.05963\n 11 50 2 0.06709 0.05858 0.07025 0.05858\n 11 380 17 0.07253 0.06121 0.07200 0.06103 0.07165 0.06051 0.07148 0.05963 0.07148 0.05910 0.07165 0.05823 0.07200 0.05770 0.07253 0.05753 0.07288 0.05753 0.07341 0.05770 0.07376 0.05823 0.07393 0.05910 0.07393 0.05963 0.07376 0.06051 0.07341 0.06103 0.07288 0.06121 0.07253 0.06121\n 11 116 5 0.07534 0.05998 0.07516 0.05981 0.07534 0.05963 0.07551 0.05981 0.07534 0.05998\n 11 116 5 0.07534 0.05788 0.07516 0.05770 0.07534 0.05753 0.07551 0.05770 0.07534 0.05788\n 11 512 23 0.07902 0.06068 0.07885 0.06103 0.07832 0.06121 0.07797 0.06121 0.07744 0.06103 0.07709 0.06051 0.07692 0.05963 0.07692 0.05875 0.07709 0.05805 0.07744 0.05770 0.07797 0.05753 0.07814 0.05753 0.07867 0.05770 0.07902 0.05805 0.07920 0.05858 0.07920 0.05875 0.07902 0.05928 0.07867 0.05963 0.07814 0.05981 0.07797 0.05981 0.07744 0.05963 0.07709 0.05928 0.07692 0.05875\n 11 116 5 0.08060 0.05788 0.08042 0.05770 0.08060 0.05753 0.08078 0.05770 0.08060 0.05788\n 11 336 15 0.08235 0.06121 0.08428 0.06121 0.08323 0.05981 0.08376 0.05981 0.08411 0.05963 0.08428 0.05945 0.08446 0.05893 0.08446 0.05858 0.08428 0.05805 0.08393 0.05770 0.08341 0.05753 0.08288 0.05753 0.08235 0.05770 0.08218 0.05788 0.08200 0.05823\n 11 116 5 0.08586 0.05998 0.08569 0.05981 0.08586 0.05963 0.08604 0.05981 0.08586 0.05998\n 11 116 5 0.08586 0.05788 0.08569 0.05770 0.08586 0.05753 0.08604 0.05770 0.08586 0.05788\n 11 116 5 0.08762 0.05788 0.08744 0.05770 0.08762 0.05753 0.08779 0.05770 0.08762 0.05788\n 11 314 14 0.08920 0.06033 0.08920 0.06051 0.08937 0.06086 0.08955 0.06103 0.08990 0.06121 0.09060 0.06121 0.09095 0.06103 0.09113 0.06086 0.09130 0.06051 0.09130 0.06016 0.09113 0.05981 0.09078 0.05928 0.08902 0.05753 0.09148 0.05753\n 11 50 2 0.09358 0.06191 0.09358 0.05630\n 11 50 2 0.09376 0.06191 0.09376 0.05630\n 11 50 2 0.09253 0.06191 0.09376 0.06191\n 11 50 2 0.09253 0.05630 0.09376 0.05630\n 11 226 10 0.09499 0.06191 0.09534 0.06156 0.09569 0.06103 0.09604 0.06033 0.09621 0.05945 0.09621 0.05875 0.09604 0.05788 0.09569 0.05717 0.09534 0.05665 0.09499 0.05630\n 11 182 8 0.10078 0.05770 0.10060 0.05753 0.10042 0.05770 0.10060 0.05788 0.10078 0.05770 0.10078 0.05735 0.10060 0.05700 0.10042 0.05682\n 11 50 2 0.01411 0.05539 0.01657 0.05171\n 11 50 2 0.01657 0.05539 0.01411 0.05171\n 11 50 2 0.01779 0.05609 0.01779 0.05048\n 11 50 2 0.01797 0.05609 0.01797 0.05048\n 11 50 2 0.01779 0.05609 0.01902 0.05609\n 11 50 2 0.01779 0.05048 0.01902 0.05048\n 11 50 2 0.02007 0.05539 0.02253 0.05171\n 11 50 2 0.02253 0.05539 0.02007 0.05171\n 11 50 2 0.02376 0.05381 0.02692 0.05381\n 11 50 2 0.02376 0.05276 0.02692 0.05276\n 11 380 17 0.02920 0.05539 0.02867 0.05522 0.02832 0.05469 0.02814 0.05381 0.02814 0.05329 0.02832 0.05241 0.02867 0.05188 0.02920 0.05171 0.02955 0.05171 0.03007 0.05188 0.03042 0.05241 0.03060 0.05329 0.03060 0.05381 0.03042 0.05469 0.03007 0.05522 0.02955 0.05539 0.02920 0.05539\n 11 116 5 0.03200 0.05416 0.03183 0.05399 0.03200 0.05381 0.03218 0.05399 0.03200 0.05416\n 11 116 5 0.03200 0.05206 0.03183 0.05188 0.03200 0.05171 0.03218 0.05188 0.03200 0.05206\n 11 94 4 0.03393 0.05469 0.03428 0.05487 0.03481 0.05539 0.03481 0.05171\n 11 116 5 0.03727 0.05416 0.03709 0.05399 0.03727 0.05381 0.03744 0.05399 0.03727 0.05416\n 11 116 5 0.03727 0.05206 0.03709 0.05188 0.03727 0.05171 0.03744 0.05188 0.03727 0.05206\n 11 116 5 0.03902 0.05206 0.03885 0.05188 0.03902 0.05171 0.03920 0.05188 0.03902 0.05206\n 11 94 4 0.04095 0.05469 0.04130 0.05487 0.04183 0.05539 0.04183 0.05171\n 11 50 2 0.04499 0.05609 0.04499 0.05048\n 11 50 2 0.04516 0.05609 0.04516 0.05048\n 11 50 2 0.04393 0.05609 0.04516 0.05609\n 11 50 2 0.04393 0.05048 0.04516 0.05048\n 11 50 2 0.04727 0.05434 0.04727 0.05223\n 11 50 2 0.04639 0.05381 0.04814 0.05276\n 11 50 2 0.04814 0.05381 0.04639 0.05276\n 11 402 18 0.05183 0.05451 0.05165 0.05487 0.05130 0.05522 0.05095 0.05539 0.05025 0.05539 0.04990 0.05522 0.04955 0.05487 0.04937 0.05451 0.04920 0.05399 0.04920 0.05311 0.04937 0.05259 0.04955 0.05223 0.04990 0.05188 0.05025 0.05171 0.05095 0.05171 0.05130 0.05188 0.05165 0.05223 0.05183 0.05259\n 11 468 21 0.05393 0.05539 0.05358 0.05522 0.05323 0.05487 0.05306 0.05451 0.05288 0.05399 0.05288 0.05311 0.05306 0.05259 0.05323 0.05223 0.05358 0.05188 0.05393 0.05171 0.05464 0.05171 0.05499 0.05188 0.05534 0.05223 0.05551 0.05259 0.05569 0.05311 0.05569 0.05399 0.05551 0.05451 0.05534 0.05487 0.05499 0.05522 0.05464 0.05539 0.05393 0.05539\n 11 446 20 0.05920 0.05487 0.05885 0.05522 0.05832 0.05539 0.05762 0.05539 0.05709 0.05522 0.05674 0.05487 0.05674 0.05451 0.05692 0.05416 0.05709 0.05399 0.05744 0.05381 0.05849 0.05346 0.05885 0.05329 0.05902 0.05311 0.05920 0.05276 0.05920 0.05223 0.05885 0.05188 0.05832 0.05171 0.05762 0.05171 0.05709 0.05188 0.05674 0.05223\n 11 226 10 0.06165 0.05609 0.06130 0.05574 0.06095 0.05522 0.06060 0.05451 0.06042 0.05364 0.06042 0.05294 0.06060 0.05206 0.06095 0.05136 0.06130 0.05083 0.06165 0.05048\n 11 72 3 0.06235 0.05539 0.06376 0.05364 0.06376 0.05171\n 11 50 2 0.06516 0.05539 0.06376 0.05364\n 11 50 2 0.06604 0.05609 0.06604 0.05048\n 11 50 2 0.06621 0.05609 0.06621 0.05048\n 11 50 2 0.06604 0.05609 0.06727 0.05609\n 11 50 2 0.06604 0.05048 0.06727 0.05048\n 11 72 3 0.06797 0.05539 0.06937 0.05364 0.06937 0.05171\n 11 50 2 0.07078 0.05539 0.06937 0.05364\n 11 50 2 0.07165 0.05381 0.07481 0.05381\n 11 50 2 0.07165 0.05276 0.07481 0.05276\n 11 380 17 0.07709 0.05539 0.07656 0.05522 0.07621 0.05469 0.07604 0.05381 0.07604 0.05329 0.07621 0.05241 0.07656 0.05188 0.07709 0.05171 0.07744 0.05171 0.07797 0.05188 0.07832 0.05241 0.07849 0.05329 0.07849 0.05381 0.07832 0.05469 0.07797 0.05522 0.07744 0.05539 0.07709 0.05539\n 11 116 5 0.07990 0.05416 0.07972 0.05399 0.07990 0.05381 0.08007 0.05399 0.07990 0.05416\n 11 116 5 0.07990 0.05206 0.07972 0.05188 0.07990 0.05171 0.08007 0.05188 0.07990 0.05206\n 11 512 23 0.08358 0.05487 0.08341 0.05522 0.08288 0.05539 0.08253 0.05539 0.08200 0.05522 0.08165 0.05469 0.08148 0.05381 0.08148 0.05294 0.08165 0.05223 0.08200 0.05188 0.08253 0.05171 0.08271 0.05171 0.08323 0.05188 0.08358 0.05223 0.08376 0.05276 0.08376 0.05294 0.08358 0.05346 0.08323 0.05381 0.08271 0.05399 0.08253 0.05399 0.08200 0.05381 0.08165 0.05346 0.08148 0.05294\n 11 116 5 0.08516 0.05206 0.08499 0.05188 0.08516 0.05171 0.08534 0.05188 0.08516 0.05206\n 11 336 15 0.08692 0.05539 0.08885 0.05539 0.08779 0.05399 0.08832 0.05399 0.08867 0.05381 0.08885 0.05364 0.08902 0.05311 0.08902 0.05276 0.08885 0.05223 0.08849 0.05188 0.08797 0.05171 0.08744 0.05171 0.08692 0.05188 0.08674 0.05206 0.08656 0.05241\n 11 116 5 0.09042 0.05416 0.09025 0.05399 0.09042 0.05381 0.09060 0.05399 0.09042 0.05416\n 11 116 5 0.09042 0.05206 0.09025 0.05188 0.09042 0.05171 0.09060 0.05188 0.09042 0.05206\n 11 116 5 0.09218 0.05206 0.09200 0.05188 0.09218 0.05171 0.09235 0.05188 0.09218 0.05206\n 11 314 14 0.09376 0.05451 0.09376 0.05469 0.09393 0.05504 0.09411 0.05522 0.09446 0.05539 0.09516 0.05539 0.09551 0.05522 0.09569 0.05504 0.09586 0.05469 0.09586 0.05434 0.09569 0.05399 0.09534 0.05346 0.09358 0.05171 0.09604 0.05171\n 11 50 2 0.09814 0.05609 0.09814 0.05048\n 11 50 2 0.09832 0.05609 0.09832 0.05048\n 11 50 2 0.09709 0.05609 0.09832 0.05609\n 11 50 2 0.09709 0.05048 0.09832 0.05048\n 11 226 10 0.09955 0.05609 0.09990 0.05574 0.10025 0.05522 0.10060 0.05451 0.10078 0.05364 0.10078 0.05294 0.10060 0.05206 0.10025 0.05136 0.09990 0.05083 0.09955 0.05048\n 11 50 2 0.10148 0.05171 0.10148 0.05171\n 82 0\n 81 6 102\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 103\n 21 6 1\n 25 6 1\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 336 15 0.52610 0.16535 0.52721 0.16424 0.52832 0.16387 0.52905 0.16387 0.53016 0.16424 0.53090 0.16498 0.53127 0.16498 0.53201 0.16350 0.53275 0.16498 0.53312 0.16498 0.53386 0.16424 0.53496 0.16387 0.53570 0.16387 0.53681 0.16424 0.53792 0.16535\n 11 94 4 0.52684 0.16461 0.52795 0.16424 0.52942 0.16424 0.53053 0.16461\n 11 94 4 0.53349 0.16461 0.53460 0.16424 0.53607 0.16424 0.53718 0.16461\n 11 314 14 0.52942 0.16867 0.52905 0.16867 0.52832 0.16904 0.52795 0.16941 0.52758 0.17015 0.52758 0.17162 0.52795 0.17236 0.52832 0.17273 0.52905 0.17310 0.52979 0.17310 0.53053 0.17273 0.53164 0.17199 0.53533 0.16830 0.53533 0.17347\n 11 182 8 0.53496 0.17680 0.53533 0.17643 0.53496 0.17606 0.53460 0.17643 0.53496 0.17680 0.53570 0.17680 0.53644 0.17643 0.53681 0.17606\n 11 94 4 0.52905 0.18049 0.52869 0.18123 0.52758 0.18234 0.53533 0.18234\n 11 182 8 0.53496 0.18788 0.53533 0.18751 0.53496 0.18714 0.53460 0.18751 0.53496 0.18788 0.53570 0.18788 0.53644 0.18751 0.53681 0.18714\n 11 380 17 0.52758 0.19268 0.52795 0.19157 0.52905 0.19083 0.53090 0.19046 0.53201 0.19046 0.53386 0.19083 0.53496 0.19157 0.53533 0.19268 0.53533 0.19342 0.53496 0.19452 0.53386 0.19526 0.53201 0.19563 0.53090 0.19563 0.52905 0.19526 0.52795 0.19452 0.52758 0.19342 0.52758 0.19268\n 11 116 5 0.53460 0.19859 0.53496 0.19822 0.53533 0.19859 0.53496 0.19896 0.53460 0.19859\n 11 380 17 0.52758 0.20597 0.52758 0.20228 0.53090 0.20191 0.53053 0.20228 0.53016 0.20339 0.53016 0.20450 0.53053 0.20560 0.53127 0.20634 0.53238 0.20671 0.53312 0.20671 0.53423 0.20634 0.53496 0.20560 0.53533 0.20450 0.53533 0.20339 0.53496 0.20228 0.53460 0.20191 0.53386 0.20154\n 11 336 15 0.52610 0.20967 0.52721 0.21077 0.52832 0.21114 0.52905 0.21114 0.53016 0.21077 0.53090 0.21004 0.53127 0.21004 0.53201 0.21151 0.53275 0.21004 0.53312 0.21004 0.53386 0.21077 0.53496 0.21114 0.53570 0.21114 0.53681 0.21077 0.53792 0.20967\n 11 94 4 0.52684 0.21041 0.52795 0.21077 0.52942 0.21077 0.53053 0.21041\n 11 94 4 0.53349 0.21041 0.53460 0.21077 0.53607 0.21077 0.53718 0.21041\n 11 336 15 0.73985 0.06385 0.73874 0.06274 0.73837 0.06163 0.73837 0.06090 0.73874 0.05979 0.73948 0.05905 0.73948 0.05868 0.73800 0.05794 0.73948 0.05720 0.73948 0.05683 0.73874 0.05609 0.73837 0.05499 0.73837 0.05425 0.73874 0.05314 0.73985 0.05203\n 11 94 4 0.73911 0.06311 0.73874 0.06200 0.73874 0.06053 0.73911 0.05942\n 11 94 4 0.73911 0.05646 0.73874 0.05536 0.73874 0.05388 0.73911 0.05277\n 11 94 4 0.74391 0.06090 0.74465 0.06126 0.74576 0.06237 0.74576 0.05462\n 11 182 8 0.75130 0.05499 0.75093 0.05462 0.75056 0.05499 0.75093 0.05536 0.75130 0.05499 0.75130 0.05425 0.75093 0.05351 0.75056 0.05314\n 11 314 14 0.75426 0.06053 0.75426 0.06090 0.75462 0.06163 0.75499 0.06200 0.75573 0.06237 0.75721 0.06237 0.75795 0.06200 0.75832 0.06163 0.75869 0.06090 0.75869 0.06016 0.75832 0.05942 0.75758 0.05831 0.75389 0.05462 0.75906 0.05462\n 11 182 8 0.76238 0.05499 0.76201 0.05462 0.76164 0.05499 0.76201 0.05536 0.76238 0.05499 0.76238 0.05425 0.76201 0.05351 0.76164 0.05314\n 11 94 4 0.76607 0.06090 0.76681 0.06126 0.76792 0.06237 0.76792 0.05462\n 11 336 15 0.77309 0.06385 0.77420 0.06274 0.77457 0.06163 0.77457 0.06090 0.77420 0.05979 0.77346 0.05905 0.77346 0.05868 0.77494 0.05794 0.77346 0.05720 0.77346 0.05683 0.77420 0.05609 0.77457 0.05499 0.77457 0.05425 0.77420 0.05314 0.77309 0.05203\n 11 94 4 0.77383 0.06311 0.77420 0.06200 0.77420 0.06053 0.77383 0.05942\n 11 94 4 0.77383 0.05646 0.77420 0.05536 0.77420 0.05388 0.77383 0.05277\n 11 402 18 0.71954 0.02907 0.71892 0.02845 0.71954 0.02784 0.72015 0.02845 0.72015 0.02907 0.71892 0.03030 0.71769 0.03092 0.71584 0.03092 0.71400 0.03030 0.71277 0.02907 0.71215 0.02722 0.71215 0.02599 0.71277 0.02415 0.71400 0.02291 0.71584 0.02230 0.71708 0.02230 0.71892 0.02291 0.72015 0.02415\n 11 182 8 0.71584 0.03092 0.71461 0.03030 0.71338 0.02907 0.71277 0.02722 0.71277 0.02599 0.71338 0.02415 0.71461 0.02291 0.71584 0.02230\n 11 380 17 0.72754 0.03092 0.72569 0.03030 0.72446 0.02907 0.72385 0.02722 0.72385 0.02599 0.72446 0.02415 0.72569 0.02291 0.72754 0.02230 0.72877 0.02230 0.73062 0.02291 0.73185 0.02415 0.73246 0.02599 0.73246 0.02722 0.73185 0.02907 0.73062 0.03030 0.72877 0.03092 0.72754 0.03092\n 11 182 8 0.72754 0.03092 0.72631 0.03030 0.72508 0.02907 0.72446 0.02722 0.72446 0.02599 0.72508 0.02415 0.72631 0.02291 0.72754 0.02230\n 11 182 8 0.72877 0.02230 0.73000 0.02291 0.73123 0.02415 0.73185 0.02599 0.73185 0.02722 0.73123 0.02907 0.73000 0.03030 0.72877 0.03092\n 11 50 2 0.73739 0.03092 0.73739 0.02230\n 11 50 2 0.73800 0.03092 0.73800 0.02230\n 11 160 7 0.73800 0.02907 0.73924 0.03030 0.74108 0.03092 0.74231 0.03092 0.74416 0.03030 0.74478 0.02907 0.74478 0.02230\n 11 94 4 0.74231 0.03092 0.74354 0.03030 0.74416 0.02907 0.74416 0.02230\n 11 50 2 0.73554 0.03092 0.73800 0.03092\n 11 50 2 0.73554 0.02230 0.73985 0.02230\n 11 50 2 0.74231 0.02230 0.74662 0.02230\n 11 336 15 0.75586 0.02969 0.75647 0.03092 0.75647 0.02845 0.75586 0.02969 0.75524 0.03030 0.75401 0.03092 0.75155 0.03092 0.75032 0.03030 0.74970 0.02969 0.74970 0.02845 0.75032 0.02784 0.75155 0.02722 0.75462 0.02599 0.75586 0.02538 0.75647 0.02476\n 11 336 15 0.74970 0.02907 0.75032 0.02845 0.75155 0.02784 0.75462 0.02661 0.75586 0.02599 0.75647 0.02538 0.75647 0.02353 0.75586 0.02291 0.75462 0.02230 0.75216 0.02230 0.75093 0.02291 0.75032 0.02353 0.74970 0.02476 0.74970 0.02230 0.75032 0.02353\n 11 160 7 0.76140 0.03523 0.76140 0.02476 0.76201 0.02291 0.76324 0.02230 0.76447 0.02230 0.76571 0.02291 0.76632 0.02415\n 11 94 4 0.76201 0.03523 0.76201 0.02476 0.76263 0.02291 0.76324 0.02230\n 11 50 2 0.75955 0.03092 0.76447 0.03092\n 11 292 13 0.77063 0.02969 0.77063 0.02907 0.77001 0.02907 0.77001 0.02969 0.77063 0.03030 0.77186 0.03092 0.77432 0.03092 0.77555 0.03030 0.77617 0.02969 0.77679 0.02845 0.77679 0.02415 0.77740 0.02291 0.77802 0.02230\n 11 116 5 0.77617 0.02969 0.77617 0.02415 0.77679 0.02291 0.77802 0.02230 0.77863 0.02230\n 11 248 11 0.77617 0.02845 0.77555 0.02784 0.77186 0.02722 0.77001 0.02661 0.76940 0.02538 0.76940 0.02415 0.77001 0.02291 0.77186 0.02230 0.77371 0.02230 0.77494 0.02291 0.77617 0.02415\n 11 138 6 0.77186 0.02722 0.77063 0.02661 0.77001 0.02538 0.77001 0.02415 0.77063 0.02291 0.77186 0.02230\n 11 50 2 0.78294 0.03092 0.78294 0.02230\n 11 50 2 0.78356 0.03092 0.78356 0.02230\n 11 160 7 0.78356 0.02907 0.78479 0.03030 0.78663 0.03092 0.78787 0.03092 0.78971 0.03030 0.79033 0.02907 0.79033 0.02230\n 11 94 4 0.78787 0.03092 0.78910 0.03030 0.78971 0.02907 0.78971 0.02230\n 11 50 2 0.78109 0.03092 0.78356 0.03092\n 11 50 2 0.78109 0.02230 0.78540 0.02230\n 11 50 2 0.78787 0.02230 0.79217 0.02230\n 11 160 7 0.79648 0.03523 0.79648 0.02476 0.79710 0.02291 0.79833 0.02230 0.79956 0.02230 0.80079 0.02291 0.80141 0.02415\n 11 94 4 0.79710 0.03523 0.79710 0.02476 0.79771 0.02291 0.79833 0.02230\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00129 0.00358 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.57756 0.93538 0.09049 0.28452\n 56 39 7 0.00000 0.00000 1.00000\n 11 50 2 1631.33057 61.90117 1658.59314 61.90117\n 21 6 8\n 25 6 8\n 40 6 7\n 38 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00129 0.00358 0.00000\n 61 44 0.57756 0.93538 0.09049 0.28452\n 14 72 3 0.57756 0.28452 0.93538 0.15517 0.57756 0.09049\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.50000 1.00000 0.00000 0.37500\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 94 4 0.57756 0.28452 0.93538 0.15517 0.57756 0.09049 0.57756 0.28452\n 21 6 1\n 25 6 1\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 336 15 0.52610 0.16535 0.52721 0.16424 0.52832 0.16387 0.52905 0.16387 0.53016 0.16424 0.53090 0.16498 0.53127 0.16498 0.53201 0.16350 0.53275 0.16498 0.53312 0.16498 0.53386 0.16424 0.53496 0.16387 0.53570 0.16387 0.53681 0.16424 0.53792 0.16535\n 11 94 4 0.52684 0.16461 0.52795 0.16424 0.52942 0.16424 0.53053 0.16461\n 11 94 4 0.53349 0.16461 0.53460 0.16424 0.53607 0.16424 0.53718 0.16461\n 11 314 14 0.52942 0.16867 0.52905 0.16867 0.52832 0.16904 0.52795 0.16941 0.52758 0.17015 0.52758 0.17162 0.52795 0.17236 0.52832 0.17273 0.52905 0.17310 0.52979 0.17310 0.53053 0.17273 0.53164 0.17199 0.53533 0.16830 0.53533 0.17347\n 11 182 8 0.53496 0.17680 0.53533 0.17643 0.53496 0.17606 0.53460 0.17643 0.53496 0.17680 0.53570 0.17680 0.53644 0.17643 0.53681 0.17606\n 11 94 4 0.52905 0.18049 0.52869 0.18123 0.52758 0.18234 0.53533 0.18234\n 11 182 8 0.53496 0.18788 0.53533 0.18751 0.53496 0.18714 0.53460 0.18751 0.53496 0.18788 0.53570 0.18788 0.53644 0.18751 0.53681 0.18714\n 11 380 17 0.52758 0.19268 0.52795 0.19157 0.52905 0.19083 0.53090 0.19046 0.53201 0.19046 0.53386 0.19083 0.53496 0.19157 0.53533 0.19268 0.53533 0.19342 0.53496 0.19452 0.53386 0.19526 0.53201 0.19563 0.53090 0.19563 0.52905 0.19526 0.52795 0.19452 0.52758 0.19342 0.52758 0.19268\n 11 116 5 0.53460 0.19859 0.53496 0.19822 0.53533 0.19859 0.53496 0.19896 0.53460 0.19859\n 11 380 17 0.52758 0.20597 0.52758 0.20228 0.53090 0.20191 0.53053 0.20228 0.53016 0.20339 0.53016 0.20450 0.53053 0.20560 0.53127 0.20634 0.53238 0.20671 0.53312 0.20671 0.53423 0.20634 0.53496 0.20560 0.53533 0.20450 0.53533 0.20339 0.53496 0.20228 0.53460 0.20191 0.53386 0.20154\n 11 336 15 0.52610 0.20967 0.52721 0.21077 0.52832 0.21114 0.52905 0.21114 0.53016 0.21077 0.53090 0.21004 0.53127 0.21004 0.53201 0.21151 0.53275 0.21004 0.53312 0.21004 0.53386 0.21077 0.53496 0.21114 0.53570 0.21114 0.53681 0.21077 0.53792 0.20967\n 11 94 4 0.52684 0.21041 0.52795 0.21077 0.52942 0.21077 0.53053 0.21041\n 11 94 4 0.53349 0.21041 0.53460 0.21077 0.53607 0.21077 0.53718 0.21041\n 11 336 15 0.73985 0.06385 0.73874 0.06274 0.73837 0.06163 0.73837 0.06090 0.73874 0.05979 0.73948 0.05905 0.73948 0.05868 0.73800 0.05794 0.73948 0.05720 0.73948 0.05683 0.73874 0.05609 0.73837 0.05499 0.73837 0.05425 0.73874 0.05314 0.73985 0.05203\n 11 94 4 0.73911 0.06311 0.73874 0.06200 0.73874 0.06053 0.73911 0.05942\n 11 94 4 0.73911 0.05646 0.73874 0.05536 0.73874 0.05388 0.73911 0.05277\n 11 94 4 0.74391 0.06090 0.74465 0.06126 0.74576 0.06237 0.74576 0.05462\n 11 182 8 0.75130 0.05499 0.75093 0.05462 0.75056 0.05499 0.75093 0.05536 0.75130 0.05499 0.75130 0.05425 0.75093 0.05351 0.75056 0.05314\n 11 314 14 0.75426 0.06053 0.75426 0.06090 0.75462 0.06163 0.75499 0.06200 0.75573 0.06237 0.75721 0.06237 0.75795 0.06200 0.75832 0.06163 0.75869 0.06090 0.75869 0.06016 0.75832 0.05942 0.75758 0.05831 0.75389 0.05462 0.75906 0.05462\n 11 182 8 0.76238 0.05499 0.76201 0.05462 0.76164 0.05499 0.76201 0.05536 0.76238 0.05499 0.76238 0.05425 0.76201 0.05351 0.76164 0.05314\n 11 94 4 0.76607 0.06090 0.76681 0.06126 0.76792 0.06237 0.76792 0.05462\n 11 336 15 0.77309 0.06385 0.77420 0.06274 0.77457 0.06163 0.77457 0.06090 0.77420 0.05979 0.77346 0.05905 0.77346 0.05868 0.77494 0.05794 0.77346 0.05720 0.77346 0.05683 0.77420 0.05609 0.77457 0.05499 0.77457 0.05425 0.77420 0.05314 0.77309 0.05203\n 11 94 4 0.77383 0.06311 0.77420 0.06200 0.77420 0.06053 0.77383 0.05942\n 11 94 4 0.77383 0.05646 0.77420 0.05536 0.77420 0.05388 0.77383 0.05277\n 11 402 18 0.71954 0.02907 0.71892 0.02845 0.71954 0.02784 0.72015 0.02845 0.72015 0.02907 0.71892 0.03030 0.71769 0.03092 0.71584 0.03092 0.71400 0.03030 0.71277 0.02907 0.71215 0.02722 0.71215 0.02599 0.71277 0.02415 0.71400 0.02291 0.71584 0.02230 0.71708 0.02230 0.71892 0.02291 0.72015 0.02415\n 11 182 8 0.71584 0.03092 0.71461 0.03030 0.71338 0.02907 0.71277 0.02722 0.71277 0.02599 0.71338 0.02415 0.71461 0.02291 0.71584 0.02230\n 11 380 17 0.72754 0.03092 0.72569 0.03030 0.72446 0.02907 0.72385 0.02722 0.72385 0.02599 0.72446 0.02415 0.72569 0.02291 0.72754 0.02230 0.72877 0.02230 0.73062 0.02291 0.73185 0.02415 0.73246 0.02599 0.73246 0.02722 0.73185 0.02907 0.73062 0.03030 0.72877 0.03092 0.72754 0.03092\n 11 182 8 0.72754 0.03092 0.72631 0.03030 0.72508 0.02907 0.72446 0.02722 0.72446 0.02599 0.72508 0.02415 0.72631 0.02291 0.72754 0.02230\n 11 182 8 0.72877 0.02230 0.73000 0.02291 0.73123 0.02415 0.73185 0.02599 0.73185 0.02722 0.73123 0.02907 0.73000 0.03030 0.72877 0.03092\n 11 50 2 0.73739 0.03092 0.73739 0.02230\n 11 50 2 0.73800 0.03092 0.73800 0.02230\n 11 160 7 0.73800 0.02907 0.73924 0.03030 0.74108 0.03092 0.74231 0.03092 0.74416 0.03030 0.74478 0.02907 0.74478 0.02230\n 11 94 4 0.74231 0.03092 0.74354 0.03030 0.74416 0.02907 0.74416 0.02230\n 11 50 2 0.73554 0.03092 0.73800 0.03092\n 11 50 2 0.73554 0.02230 0.73985 0.02230\n 11 50 2 0.74231 0.02230 0.74662 0.02230\n 11 336 15 0.75586 0.02969 0.75647 0.03092 0.75647 0.02845 0.75586 0.02969 0.75524 0.03030 0.75401 0.03092 0.75155 0.03092 0.75032 0.03030 0.74970 0.02969 0.74970 0.02845 0.75032 0.02784 0.75155 0.02722 0.75462 0.02599 0.75586 0.02538 0.75647 0.02476\n 11 336 15 0.74970 0.02907 0.75032 0.02845 0.75155 0.02784 0.75462 0.02661 0.75586 0.02599 0.75647 0.02538 0.75647 0.02353 0.75586 0.02291 0.75462 0.02230 0.75216 0.02230 0.75093 0.02291 0.75032 0.02353 0.74970 0.02476 0.74970 0.02230 0.75032 0.02353\n 11 160 7 0.76140 0.03523 0.76140 0.02476 0.76201 0.02291 0.76324 0.02230 0.76447 0.02230 0.76571 0.02291 0.76632 0.02415\n 11 94 4 0.76201 0.03523 0.76201 0.02476 0.76263 0.02291 0.76324 0.02230\n 11 50 2 0.75955 0.03092 0.76447 0.03092\n 11 292 13 0.77063 0.02969 0.77063 0.02907 0.77001 0.02907 0.77001 0.02969 0.77063 0.03030 0.77186 0.03092 0.77432 0.03092 0.77555 0.03030 0.77617 0.02969 0.77679 0.02845 0.77679 0.02415 0.77740 0.02291 0.77802 0.02230\n 11 116 5 0.77617 0.02969 0.77617 0.02415 0.77679 0.02291 0.77802 0.02230 0.77863 0.02230\n 11 248 11 0.77617 0.02845 0.77555 0.02784 0.77186 0.02722 0.77001 0.02661 0.76940 0.02538 0.76940 0.02415 0.77001 0.02291 0.77186 0.02230 0.77371 0.02230 0.77494 0.02291 0.77617 0.02415\n 11 138 6 0.77186 0.02722 0.77063 0.02661 0.77001 0.02538 0.77001 0.02415 0.77063 0.02291 0.77186 0.02230\n 11 50 2 0.78294 0.03092 0.78294 0.02230\n 11 50 2 0.78356 0.03092 0.78356 0.02230\n 11 160 7 0.78356 0.02907 0.78479 0.03030 0.78663 0.03092 0.78787 0.03092 0.78971 0.03030 0.79033 0.02907 0.79033 0.02230\n 11 94 4 0.78787 0.03092 0.78910 0.03030 0.78971 0.02907 0.78971 0.02230\n 11 50 2 0.78109 0.03092 0.78356 0.03092\n 11 50 2 0.78109 0.02230 0.78540 0.02230\n 11 50 2 0.78787 0.02230 0.79217 0.02230\n 11 160 7 0.79648 0.03523 0.79648 0.02476 0.79710 0.02291 0.79833 0.02230 0.79956 0.02230 0.80079 0.02291 0.80141 0.02415\n 11 94 4 0.79710 0.03523 0.79710 0.02476 0.79771 0.02291 0.79833 0.02230\n 11 50 2 0.79464 0.03092 0.79956 0.03092\n 11 50 2 0.57756 0.09049 0.57756 0.28452\n 11 50 2 0.93538 0.09049 0.93538 0.28452\n 11 50 2 0.57756 0.28452 0.93538 0.28452\n 11 50 2 0.57756 0.09049 0.93538 0.09049\n 11 50 2 0.57867 0.33093 0.58384 0.32317\n 11 50 2 0.58384 0.33093 0.57867 0.32317\n 11 116 5 0.59271 0.32835 0.59234 0.32798 0.59271 0.32761 0.59307 0.32798 0.59271 0.32835\n 11 116 5 0.59271 0.32391 0.59234 0.32354 0.59271 0.32317 0.59307 0.32354 0.59271 0.32391\n 11 380 17 0.60379 0.33093 0.60268 0.33056 0.60194 0.32945 0.60157 0.32761 0.60157 0.32650 0.60194 0.32465 0.60268 0.32354 0.60379 0.32317 0.60452 0.32317 0.60563 0.32354 0.60637 0.32465 0.60674 0.32650 0.60674 0.32761 0.60637 0.32945 0.60563 0.33056 0.60452 0.33093 0.60379 0.33093\n 11 116 5 0.60969 0.32391 0.60933 0.32354 0.60969 0.32317 0.61006 0.32354 0.60969 0.32391\n 11 380 17 0.61708 0.33093 0.61339 0.33093 0.61302 0.32761 0.61339 0.32798 0.61450 0.32835 0.61560 0.32835 0.61671 0.32798 0.61745 0.32724 0.61782 0.32613 0.61782 0.32539 0.61745 0.32428 0.61671 0.32354 0.61560 0.32317 0.61450 0.32317 0.61339 0.32354 0.61302 0.32391 0.61265 0.32465\n 11 116 5 0.62668 0.33093 0.62668 0.32465 0.62705 0.32354 0.62779 0.32317 0.62853 0.32317\n 11 50 2 0.62558 0.32835 0.62816 0.32835\n 11 380 17 0.63222 0.32835 0.63149 0.32798 0.63075 0.32724 0.63038 0.32613 0.63038 0.32539 0.63075 0.32428 0.63149 0.32354 0.63222 0.32317 0.63333 0.32317 0.63407 0.32354 0.63481 0.32428 0.63518 0.32539 0.63518 0.32613 0.63481 0.32724 0.63407 0.32798 0.63333 0.32835 0.63222 0.32835\n 11 336 15 0.64404 0.33093 0.64811 0.33093 0.64589 0.32798 0.64700 0.32798 0.64774 0.32761 0.64811 0.32724 0.64848 0.32613 0.64848 0.32539 0.64811 0.32428 0.64737 0.32354 0.64626 0.32317 0.64515 0.32317 0.64404 0.32354 0.64367 0.32391 0.64331 0.32465\n 11 116 5 0.65143 0.32391 0.65106 0.32354 0.65143 0.32317 0.65180 0.32354 0.65143 0.32391\n 11 380 17 0.65882 0.33093 0.65512 0.33093 0.65475 0.32761 0.65512 0.32798 0.65623 0.32835 0.65734 0.32835 0.65845 0.32798 0.65919 0.32724 0.65956 0.32613 0.65956 0.32539 0.65919 0.32428 0.65845 0.32354 0.65734 0.32317 0.65623 0.32317 0.65512 0.32354 0.65475 0.32391 0.65439 0.32465\n 11 50 2 0.30284 0.25850 0.30284 0.25850\n 82 0\n 81 6 104\n 82 0\n 84 6 99\n 84 6 100\n 84 6 101\n 84 6 102\n 84 6 103\n 84 6 104\n 84 6 71\n 84 6 72\n 84 6 73\n 84 6 74\n 84 6 75\n 84 6 76\n 84 6 77\n 84 6 78\n 84 6 79\n 84 6 80\n 84 6 81\n 84 6 82\n 84 6 83\n 84 6 84\n 84 6 85\n 84 6 86\n 84 6 87\n 84 6 88\n 84 6 89\n 84 6 90\n 84 6 91\n 84 6 92\n 84 6 93\n 84 6 94\n 84 6 95\n 84 6 96\n 84 6 97\n 84 6 98\n 0 0\n","old_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 09\/07\/10 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 9 1 1.00000 3\n 51 29 9 1 2.00000 3\n 52 29 15 1 1.00000 3\n 51 29 15 1 3.00000 3\n 52 29 4 1 1.00000 4\n 51 29 4 1 1.00000 4\n 52 29 10 1 1.00000 4\n 51 29 10 1 2.00000 4\n 52 29 16 1 1.00000 4\n 51 29 16 1 3.00000 4\n 52 29 5 1 1.00000 5\n 51 29 5 1 1.00000 5\n 52 29 11 1 1.00000 5\n 51 29 11 1 2.00000 5\n 52 29 17 1 1.00000 5\n 51 29 17 1 3.00000 5\n 52 29 6 1 1.00000 6\n 51 29 6 1 1.00000 6\n 52 29 12 1 1.00000 6\n 51 29 12 1 2.00000 6\n 52 29 18 1 1.00000 6\n 51 29 18 1 3.00000 6\n 56 39 1 0.00000 0.00000 0.00000\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 22 6 1\n 23 11 1.00000\n 24 6 1\n 25 6 1\n 26 6 3\n 27 11 1.00000\n 28 6 1\n 29 6 1\n 30 12 1 0\n 31 11 1.00000\n 32 11 0.00000\n 33 6 1\n 35 6 0\n 36 12 0 0\n 34 44 0.00000 0.00000 0.00000 0.00000\n 37 6 1\n 38 6 1\n 39 6 1\n 40 6 79\n 41 44 1.00000 0.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 43 78 0 0 0 0 0 0 1 1 1 1 1 1 1\n 44 6 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 71\n 21 6 1\n 25 6 1\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 21 6 1\n 25 6 1\n 11 226 10 0.07756 0.46549 0.11732 0.47046 0.15708 0.47544 0.19684 0.48041 0.23659 0.48539 0.27635 0.49037 0.31611 0.49534 0.35587 0.50032 0.39562 0.50529 0.43538 0.51027\n 21 6 1\n 25 6 1\n 82 0\n 81 6 72\n 82 0\n 81 6 73\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.07756 0.46549 0.08015 0.46807\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47118 0.11732 0.47118\n 11 50 2 0.11473 0.46859 0.11991 0.47376\n 11 50 2 0.11473 0.47376 0.11991 0.46859\n 11 50 2 0.15708 0.47717 0.15708 0.47717\n 11 50 2 0.15449 0.47459 0.15966 0.47976\n 11 50 2 0.15449 0.47976 0.15966 0.47459\n 11 50 2 0.19684 0.48337 0.19684 0.48337\n 11 50 2 0.19425 0.48079 0.19942 0.48596\n 11 50 2 0.19425 0.48596 0.19942 0.48079\n 11 50 2 0.23659 0.48973 0.23659 0.48973\n 11 50 2 0.23401 0.48715 0.23918 0.49232\n 11 50 2 0.23401 0.49232 0.23918 0.48715\n 11 50 2 0.27635 0.49622 0.27635 0.49622\n 11 50 2 0.27377 0.49364 0.27894 0.49881\n 11 50 2 0.27377 0.49881 0.27894 0.49364\n 11 50 2 0.31611 0.50282 0.31611 0.50282\n 11 50 2 0.31352 0.50024 0.31869 0.50541\n 11 50 2 0.31352 0.50541 0.31869 0.50024\n 11 50 2 0.35587 0.50952 0.35587 0.50952\n 11 50 2 0.35328 0.50693 0.35845 0.51210\n 11 50 2 0.35328 0.51210 0.35845 0.50693\n 11 50 2 0.39562 0.51629 0.39562 0.51629\n 11 50 2 0.39304 0.51371 0.39821 0.51888\n 11 50 2 0.39304 0.51888 0.39821 0.51371\n 11 50 2 0.43538 0.52315 0.43538 0.52315\n 11 50 2 0.43280 0.52056 0.43538 0.52315\n 11 50 2 0.43280 0.52573 0.43538 0.52315\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.00388 0.42994 0.00905 0.43511\n 11 50 2 0.00388 0.43511 0.00905 0.42994\n 11 50 2 0.00646 0.43253 0.00646 0.43253\n 11 50 2 0.00388 0.42994 0.00905 0.43511\n 11 50 2 0.00388 0.43511 0.00905 0.42994\n 11 50 2 0.02682 0.43253 0.02682 0.43253\n 11 50 2 0.02424 0.42994 0.02941 0.43511\n 11 50 2 0.02424 0.43511 0.02941 0.42994\n 11 50 2 0.04718 0.43253 0.04718 0.43253\n 11 50 2 0.04460 0.42994 0.04977 0.43511\n 11 50 2 0.04460 0.43511 0.04977 0.42994\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.03359 0.42496 0.03359 0.42496\n 82 0\n 81 6 74\n 82 0\n 81 6 75\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.07756 0.46549 0.08144 0.46937\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47194 0.11732 0.47194\n 11 50 2 0.11344 0.46807 0.12120 0.47582\n 11 50 2 0.11344 0.47582 0.12120 0.46807\n 11 50 2 0.15708 0.47911 0.15708 0.47911\n 11 50 2 0.15320 0.47523 0.16096 0.48299\n 11 50 2 0.15320 0.48299 0.16096 0.47523\n 11 50 2 0.19684 0.48677 0.19684 0.48677\n 11 50 2 0.19296 0.48290 0.20071 0.49065\n 11 50 2 0.19296 0.49065 0.20071 0.48290\n 11 50 2 0.23659 0.49484 0.23659 0.49484\n 11 50 2 0.23271 0.49096 0.24047 0.49871\n 11 50 2 0.23271 0.49871 0.24047 0.49096\n 11 50 2 0.27635 0.50323 0.27635 0.50323\n 11 50 2 0.27247 0.49935 0.28023 0.50711\n 11 50 2 0.27247 0.50711 0.28023 0.49935\n 11 50 2 0.31611 0.51191 0.31611 0.51191\n 11 50 2 0.31223 0.50803 0.31999 0.51579\n 11 50 2 0.31223 0.51579 0.31999 0.50803\n 11 50 2 0.35587 0.52084 0.35587 0.52084\n 11 50 2 0.35199 0.51696 0.35974 0.52472\n 11 50 2 0.35199 0.52472 0.35974 0.51696\n 11 50 2 0.39562 0.53000 0.39562 0.53000\n 11 50 2 0.39175 0.52612 0.39950 0.53388\n 11 50 2 0.39175 0.53388 0.39950 0.52612\n 11 50 2 0.43538 0.53937 0.43538 0.53937\n 11 50 2 0.43150 0.53549 0.43538 0.53937\n 11 50 2 0.43150 0.54324 0.43538 0.53937\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.00259 0.41701 0.01034 0.42477\n 11 50 2 0.00259 0.42477 0.01034 0.41701\n 11 50 2 0.00646 0.42089 0.00646 0.42089\n 11 50 2 0.00259 0.41701 0.01034 0.42477\n 11 50 2 0.00259 0.42477 0.01034 0.41701\n 11 50 2 0.02682 0.42089 0.02682 0.42089\n 11 50 2 0.02295 0.41701 0.03070 0.42477\n 11 50 2 0.02295 0.42477 0.03070 0.41701\n 11 50 2 0.04718 0.42089 0.04718 0.42089\n 11 50 2 0.04331 0.41701 0.05106 0.42477\n 11 50 2 0.04331 0.42477 0.05106 0.41701\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.03359 0.41333 0.03359 0.41333\n 82 0\n 81 6 76\n 82 0\n 81 6 77\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.07756 0.46549 0.08015 0.46807\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47276 0.11732 0.47276\n 11 50 2 0.11473 0.47018 0.11991 0.47535\n 11 50 2 0.11473 0.47535 0.11991 0.47018\n 11 50 2 0.15708 0.48127 0.15708 0.48127\n 11 50 2 0.15449 0.47868 0.15966 0.48385\n 11 50 2 0.15449 0.48385 0.15966 0.47868\n 11 50 2 0.19684 0.49068 0.19684 0.49068\n 11 50 2 0.19425 0.48809 0.19942 0.49326\n 11 50 2 0.19425 0.49326 0.19942 0.48809\n 11 50 2 0.23659 0.50083 0.23659 0.50083\n 11 50 2 0.23401 0.49824 0.23918 0.50341\n 11 50 2 0.23401 0.50341 0.23918 0.49824\n 11 50 2 0.27635 0.51161 0.27635 0.51161\n 11 50 2 0.27377 0.50903 0.27894 0.51420\n 11 50 2 0.27377 0.51420 0.27894 0.50903\n 11 50 2 0.31611 0.52295 0.31611 0.52295\n 11 50 2 0.31352 0.52037 0.31869 0.52554\n 11 50 2 0.31352 0.52554 0.31869 0.52037\n 11 50 2 0.35587 0.53479 0.35587 0.53479\n 11 50 2 0.35328 0.53220 0.35845 0.53737\n 11 50 2 0.35328 0.53737 0.35845 0.53220\n 11 50 2 0.39562 0.54708 0.39562 0.54708\n 11 50 2 0.39304 0.54449 0.39821 0.54966\n 11 50 2 0.39304 0.54966 0.39821 0.54449\n 11 50 2 0.43538 0.55978 0.43538 0.55978\n 11 50 2 0.43280 0.55720 0.43538 0.55978\n 11 50 2 0.43280 0.56237 0.43538 0.55978\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.00388 0.40667 0.00905 0.41184\n 11 50 2 0.00388 0.41184 0.00905 0.40667\n 11 50 2 0.00646 0.40926 0.00646 0.40926\n 11 50 2 0.00388 0.40667 0.00905 0.41184\n 11 50 2 0.00388 0.41184 0.00905 0.40667\n 11 50 2 0.02682 0.40926 0.02682 0.40926\n 11 50 2 0.02424 0.40667 0.02941 0.41184\n 11 50 2 0.02424 0.41184 0.02941 0.40667\n 11 50 2 0.04718 0.40926 0.04718 0.40926\n 11 50 2 0.04460 0.40667 0.04977 0.41184\n 11 50 2 0.04460 0.41184 0.04977 0.40667\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.03359 0.40170 0.03359 0.40170\n 82 0\n 81 6 78\n 82 0\n 81 6 79\n 21 6 1\n 25 6 1\n 21 6 11\n 25 6 11\n 11 50 2 0.07756 0.46549 0.09744 0.46549\n 11 50 2 0.09744 0.47364 0.13720 0.47364\n 11 50 2 0.13720 0.48368 0.17696 0.48368\n 11 50 2 0.17696 0.49516 0.21671 0.49516\n 11 50 2 0.21671 0.50787 0.25647 0.50787\n 11 50 2 0.25647 0.52164 0.29623 0.52164\n 11 50 2 0.29623 0.53636 0.33599 0.53636\n 11 50 2 0.33599 0.55195 0.37574 0.55195\n 11 50 2 0.37574 0.56835 0.41550 0.56835\n 11 50 2 0.41550 0.58549 0.43538 0.58549\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 11\n 25 6 11\n 11 72 3 0.00646 0.39762 0.00646 0.39762 0.04718 0.39762\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.03359 0.39006 0.03359 0.39006\n 82 0\n 81 6 80\n 82 0\n 81 6 81\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 446 20 0.07756 0.46549 0.09744 0.46549 0.09744 0.47459 0.13720 0.47459 0.13720 0.48637 0.17696 0.48637 0.17696 0.50032 0.21671 0.50032 0.21671 0.51614 0.25647 0.51614 0.25647 0.53363 0.29623 0.53363 0.29623 0.55266 0.33599 0.55266 0.33599 0.57309 0.37574 0.57309 0.37574 0.59485 0.41550 0.59485 0.41550 0.61784 0.43538 0.61784\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 72 3 0.00646 0.38599 0.00646 0.38599 0.04718 0.38599\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.05463 0.38857 0.05463 0.38340\n 11 72 3 0.05636 0.38513 0.05833 0.38636 0.06030 0.38513\n 11 72 3 0.05636 0.38513 0.05833 0.38611 0.06030 0.38513\n 11 94 4 0.06251 0.38759 0.06300 0.38783 0.06374 0.38857 0.06374 0.38340\n 11 116 5 0.06719 0.38390 0.06694 0.38365 0.06719 0.38340 0.06744 0.38365 0.06719 0.38390\n 11 380 17 0.07211 0.38857 0.06965 0.38857 0.06941 0.38636 0.06965 0.38660 0.07039 0.38685 0.07113 0.38685 0.07187 0.38660 0.07236 0.38611 0.07261 0.38537 0.07261 0.38488 0.07236 0.38414 0.07187 0.38365 0.07113 0.38340 0.07039 0.38340 0.06965 0.38365 0.06941 0.38390 0.06916 0.38439\n 11 50 2 0.03359 0.37843 0.03359 0.37843\n 82 0\n 81 6 82\n 82 0\n 81 6 83\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.07756 0.46775 0.07756 0.46775 0.07869 0.46549\n 11 50 2 0.11732 0.47560 0.11732 0.47560\n 11 94 4 0.11506 0.47333 0.11732 0.47786 0.11958 0.47333 0.11506 0.47333\n 11 50 2 0.15708 0.48937 0.15708 0.48937\n 11 94 4 0.15482 0.48711 0.15708 0.49163 0.15934 0.48711 0.15482 0.48711\n 11 50 2 0.19684 0.50623 0.19684 0.50623\n 11 94 4 0.19457 0.50397 0.19684 0.50850 0.19910 0.50397 0.19457 0.50397\n 11 50 2 0.23659 0.52585 0.23659 0.52585\n 11 94 4 0.23433 0.52359 0.23659 0.52811 0.23886 0.52359 0.23433 0.52359\n 11 50 2 0.27635 0.54798 0.27635 0.54798\n 11 94 4 0.27409 0.54572 0.27635 0.55025 0.27861 0.54572 0.27409 0.54572\n 11 50 2 0.31611 0.57245 0.31611 0.57245\n 11 94 4 0.31385 0.57019 0.31611 0.57471 0.31837 0.57019 0.31385 0.57019\n 11 50 2 0.35587 0.59911 0.35587 0.59911\n 11 94 4 0.35360 0.59685 0.35587 0.60137 0.35813 0.59685 0.35360 0.59685\n 11 50 2 0.39562 0.62785 0.39562 0.62785\n 11 94 4 0.39336 0.62559 0.39562 0.63012 0.39789 0.62559 0.39336 0.62559\n 11 50 2 0.43538 0.65858 0.43538 0.65858\n 11 50 2 0.43312 0.65632 0.43472 0.65952\n 11 50 2 0.43538 0.65632 0.43312 0.65632\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 94 4 0.08176 0.47434 0.08403 0.47887 0.08629 0.47434 0.08176 0.47434\n 11 50 2 0.08403 0.47661 0.08403 0.47661\n 11 94 4 0.08176 0.47434 0.08403 0.47887 0.08629 0.47434 0.08176 0.47434\n 11 50 2 0.10031 0.47661 0.10031 0.47661\n 11 94 4 0.09805 0.47434 0.10031 0.47887 0.10258 0.47434 0.09805 0.47434\n 11 50 2 0.11660 0.47661 0.11660 0.47661\n 11 94 4 0.11434 0.47434 0.11660 0.47887 0.11886 0.47434 0.11434 0.47434\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.05463 0.38857 0.05463 0.38340\n 11 72 3 0.05636 0.38513 0.05833 0.38636 0.06030 0.38513\n 11 72 3 0.05636 0.38513 0.05833 0.38611 0.06030 0.38513\n 11 94 4 0.06251 0.38759 0.06300 0.38783 0.06374 0.38857 0.06374 0.38340\n 11 116 5 0.06719 0.38390 0.06694 0.38365 0.06719 0.38340 0.06744 0.38365 0.06719 0.38390\n 11 380 17 0.07211 0.38857 0.06965 0.38857 0.06941 0.38636 0.06965 0.38660 0.07039 0.38685 0.07113 0.38685 0.07187 0.38660 0.07236 0.38611 0.07261 0.38537 0.07261 0.38488 0.07236 0.38414 0.07187 0.38365 0.07113 0.38340 0.07039 0.38340 0.06965 0.38365 0.06941 0.38390 0.06916 0.38439\n 11 50 2 0.12295 0.47867 0.12295 0.47454\n 11 72 3 0.12433 0.47592 0.12590 0.47690 0.12748 0.47592\n 11 72 3 0.12433 0.47592 0.12590 0.47670 0.12748 0.47592\n 11 94 4 0.12925 0.47789 0.12965 0.47808 0.13024 0.47867 0.13024 0.47454\n 11 116 5 0.13299 0.47493 0.13280 0.47473 0.13299 0.47454 0.13319 0.47473 0.13299 0.47493\n 11 512 23 0.13713 0.47808 0.13693 0.47848 0.13634 0.47867 0.13595 0.47867 0.13536 0.47848 0.13496 0.47789 0.13477 0.47690 0.13477 0.47592 0.13496 0.47513 0.13536 0.47473 0.13595 0.47454 0.13615 0.47454 0.13674 0.47473 0.13713 0.47513 0.13733 0.47572 0.13733 0.47592 0.13713 0.47651 0.13674 0.47690 0.13615 0.47710 0.13595 0.47710 0.13536 0.47690 0.13496 0.47651 0.13477 0.47592\n 11 50 2 0.09816 0.46956 0.09816 0.46956\n 82 0\n 81 6 84\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 85\n 21 6 1\n 25 6 1\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 50 2 0.52861 0.49080 0.53585 0.49080\n 11 226 10 0.52861 0.49080 0.52861 0.49391 0.52896 0.49494 0.52930 0.49529 0.52999 0.49563 0.53068 0.49563 0.53137 0.49529 0.53171 0.49494 0.53206 0.49391 0.53206 0.49080\n 11 50 2 0.53206 0.49322 0.53585 0.49563\n 11 50 2 0.52861 0.49977 0.53585 0.49701\n 11 50 2 0.52861 0.49977 0.53585 0.50252\n 11 50 2 0.53344 0.49804 0.53344 0.50149\n 11 50 2 0.52861 0.50425 0.53585 0.50425\n 11 50 2 0.52861 0.50425 0.53585 0.50907\n 11 50 2 0.52861 0.50907 0.53585 0.50907\n 11 50 2 0.52861 0.51183 0.53585 0.51183\n 11 270 12 0.52861 0.51183 0.52861 0.51425 0.52896 0.51528 0.52965 0.51597 0.53034 0.51631 0.53137 0.51666 0.53309 0.51666 0.53413 0.51631 0.53482 0.51597 0.53551 0.51528 0.53585 0.51425 0.53585 0.51183\n 11 226 10 0.52861 0.51907 0.53378 0.51907 0.53482 0.51942 0.53551 0.52011 0.53585 0.52114 0.53585 0.52183 0.53551 0.52286 0.53482 0.52355 0.53378 0.52390 0.52861 0.52390\n 11 226 10 0.52723 0.52907 0.52792 0.52838 0.52896 0.52769 0.53034 0.52700 0.53206 0.52666 0.53344 0.52666 0.53516 0.52700 0.53654 0.52769 0.53757 0.52838 0.53826 0.52907\n 11 50 2 0.52861 0.53148 0.53585 0.53148\n 11 50 2 0.52723 0.53424 0.53826 0.53424\n 11 50 2 0.52723 0.53458 0.53826 0.53458\n 11 50 2 0.52723 0.53424 0.52723 0.53665\n 11 50 2 0.53826 0.53424 0.53826 0.53665\n 11 50 2 0.52861 0.53907 0.53585 0.53907\n 11 50 2 0.53171 0.54182 0.53171 0.54803\n 11 50 2 0.53378 0.54182 0.53378 0.54803\n 11 94 4 0.52999 0.55148 0.52965 0.55216 0.52861 0.55320 0.53585 0.55320\n 11 116 5 0.53102 0.55802 0.53137 0.55768 0.53171 0.55802 0.53137 0.55837 0.53102 0.55802\n 11 116 5 0.53516 0.55802 0.53551 0.55768 0.53585 0.55802 0.53551 0.55837 0.53516 0.55802\n 11 94 4 0.52999 0.56182 0.52965 0.56251 0.52861 0.56354 0.53585 0.56354\n 11 380 17 0.52861 0.56975 0.52896 0.56871 0.52999 0.56802 0.53171 0.56768 0.53275 0.56768 0.53447 0.56802 0.53551 0.56871 0.53585 0.56975 0.53585 0.57043 0.53551 0.57147 0.53447 0.57216 0.53275 0.57250 0.53171 0.57250 0.52999 0.57216 0.52896 0.57147 0.52861 0.57043 0.52861 0.56975\n 11 50 2 0.52723 0.57664 0.53826 0.57664\n 11 50 2 0.52723 0.57698 0.53826 0.57698\n 11 50 2 0.52723 0.57457 0.52723 0.57698\n 11 50 2 0.53826 0.57457 0.53826 0.57698\n 11 50 2 0.52965 0.58284 0.53585 0.58284\n 11 50 2 0.53275 0.57974 0.53275 0.58595\n 11 94 4 0.52999 0.58939 0.52965 0.59008 0.52861 0.59112 0.53585 0.59112\n 11 380 17 0.52861 0.59732 0.52896 0.59629 0.52999 0.59560 0.53171 0.59525 0.53275 0.59525 0.53447 0.59560 0.53551 0.59629 0.53585 0.59732 0.53585 0.59801 0.53551 0.59905 0.53447 0.59974 0.53275 0.60008 0.53171 0.60008 0.52999 0.59974 0.52896 0.59905 0.52861 0.59801 0.52861 0.59732\n 11 50 2 0.52965 0.60560 0.53585 0.60560\n 11 50 2 0.53275 0.60249 0.53275 0.60870\n 11 50 2 0.52861 0.61146 0.53585 0.61146\n 11 50 2 0.52861 0.61146 0.52861 0.61594\n 11 50 2 0.53206 0.61146 0.53206 0.61421\n 11 50 2 0.53585 0.61146 0.53585 0.61594\n 11 50 2 0.52861 0.61801 0.53585 0.61801\n 11 226 10 0.52861 0.61801 0.52861 0.62111 0.52896 0.62214 0.52930 0.62249 0.52999 0.62283 0.53102 0.62283 0.53171 0.62249 0.53206 0.62214 0.53240 0.62111 0.53240 0.61801\n 11 446 20 0.52965 0.62973 0.52896 0.62904 0.52861 0.62800 0.52861 0.62662 0.52896 0.62559 0.52965 0.62490 0.53034 0.62490 0.53102 0.62525 0.53137 0.62559 0.53171 0.62628 0.53240 0.62835 0.53275 0.62904 0.53309 0.62938 0.53378 0.62973 0.53482 0.62973 0.53551 0.62904 0.53585 0.62800 0.53585 0.62662 0.53551 0.62559 0.53482 0.62490\n 11 226 10 0.52723 0.63179 0.52792 0.63248 0.52896 0.63317 0.53034 0.63386 0.53206 0.63421 0.53344 0.63421 0.53516 0.63386 0.53654 0.63317 0.53757 0.63248 0.53826 0.63179\n 11 50 2 0.69184 0.43737 0.69184 0.42962\n 11 226 10 0.69184 0.43737 0.69516 0.43737 0.69627 0.43700 0.69664 0.43663 0.69701 0.43590 0.69701 0.43516 0.69664 0.43442 0.69627 0.43405 0.69516 0.43368 0.69184 0.43368\n 11 50 2 0.69442 0.43368 0.69701 0.42962\n 11 50 2 0.70144 0.43737 0.69848 0.42962\n 11 50 2 0.70144 0.43737 0.70439 0.42962\n 11 50 2 0.69959 0.43220 0.70329 0.43220\n 11 50 2 0.70624 0.43737 0.70624 0.42962\n 11 50 2 0.70624 0.43737 0.71141 0.42962\n 11 50 2 0.71141 0.43737 0.71141 0.42962\n 11 50 2 0.71437 0.43737 0.71437 0.42962\n 11 270 12 0.71437 0.43737 0.71695 0.43737 0.71806 0.43700 0.71880 0.43626 0.71917 0.43553 0.71954 0.43442 0.71954 0.43257 0.71917 0.43146 0.71880 0.43072 0.71806 0.42999 0.71695 0.42962 0.71437 0.42962\n 11 226 10 0.72212 0.43737 0.72212 0.43183 0.72249 0.43072 0.72323 0.42999 0.72434 0.42962 0.72508 0.42962 0.72619 0.42999 0.72692 0.43072 0.72729 0.43183 0.72729 0.43737\n 11 226 10 0.73283 0.43885 0.73210 0.43811 0.73136 0.43700 0.73062 0.43553 0.73025 0.43368 0.73025 0.43220 0.73062 0.43036 0.73136 0.42888 0.73210 0.42777 0.73283 0.42703\n 11 50 2 0.73542 0.43737 0.73542 0.42962\n 11 50 2 0.73837 0.43885 0.73837 0.42703\n 11 50 2 0.73874 0.43885 0.73874 0.42703\n 11 50 2 0.73837 0.43885 0.74096 0.43885\n 11 50 2 0.73837 0.42703 0.74096 0.42703\n 11 50 2 0.74354 0.43737 0.74354 0.42962\n 11 50 2 0.74650 0.43405 0.75315 0.43405\n 11 50 2 0.74650 0.43183 0.75315 0.43183\n 11 94 4 0.75684 0.43590 0.75758 0.43626 0.75869 0.43737 0.75869 0.42962\n 11 116 5 0.76386 0.43479 0.76349 0.43442 0.76386 0.43405 0.76423 0.43442 0.76386 0.43479\n 11 116 5 0.76386 0.43036 0.76349 0.42999 0.76386 0.42962 0.76423 0.42999 0.76386 0.43036\n 11 94 4 0.76792 0.43590 0.76866 0.43626 0.76977 0.43737 0.76977 0.42962\n 11 380 17 0.77642 0.43737 0.77531 0.43700 0.77457 0.43590 0.77420 0.43405 0.77420 0.43294 0.77457 0.43109 0.77531 0.42999 0.77642 0.42962 0.77715 0.42962 0.77826 0.42999 0.77900 0.43109 0.77937 0.43294 0.77937 0.43405 0.77900 0.43590 0.77826 0.43700 0.77715 0.43737 0.77642 0.43737\n 11 50 2 0.78380 0.43885 0.78380 0.42703\n 11 50 2 0.78417 0.43885 0.78417 0.42703\n 11 50 2 0.78159 0.43885 0.78417 0.43885\n 11 50 2 0.78159 0.42703 0.78417 0.42703\n 11 50 2 0.79045 0.43626 0.79045 0.42962\n 11 50 2 0.78713 0.43294 0.79378 0.43294\n 11 50 2 0.79673 0.43737 0.79673 0.42962\n 11 50 2 0.79673 0.43737 0.80153 0.43737\n 11 50 2 0.79673 0.43368 0.79968 0.43368\n 11 50 2 0.79673 0.42962 0.80153 0.42962\n 11 50 2 0.80375 0.43737 0.80375 0.42962\n 11 226 10 0.80375 0.43737 0.80707 0.43737 0.80818 0.43700 0.80855 0.43663 0.80892 0.43590 0.80892 0.43479 0.80855 0.43405 0.80818 0.43368 0.80707 0.43331 0.80375 0.43331\n 11 446 20 0.81631 0.43626 0.81557 0.43700 0.81446 0.43737 0.81298 0.43737 0.81187 0.43700 0.81113 0.43626 0.81113 0.43553 0.81150 0.43479 0.81187 0.43442 0.81261 0.43405 0.81483 0.43331 0.81557 0.43294 0.81594 0.43257 0.81631 0.43183 0.81631 0.43072 0.81557 0.42999 0.81446 0.42962 0.81298 0.42962 0.81187 0.42999 0.81113 0.43072\n 11 226 10 0.81852 0.43885 0.81926 0.43811 0.82000 0.43700 0.82074 0.43553 0.82111 0.43368 0.82111 0.43220 0.82074 0.43036 0.82000 0.42888 0.81926 0.42777 0.81852 0.42703\n 21 6 1\n 25 6 1\n 11 50 2 0.83280 0.50365 0.83539 0.50624\n 11 50 2 0.83280 0.50624 0.83539 0.50365\n 11 50 2 0.93538 0.65125 0.93538 0.65125\n 11 50 2 0.93409 0.64996 0.93538 0.65125\n 11 50 2 0.93409 0.65255 0.93538 0.65125\n 11 50 2 0.67523 0.54741 0.67523 0.54741\n 11 50 2 0.67394 0.54611 0.67653 0.54870\n 11 50 2 0.67394 0.54870 0.67653 0.54611\n 11 50 2 0.57756 0.60423 0.57756 0.60423\n 11 50 2 0.57756 0.60423 0.57885 0.60553\n 11 50 2 0.57756 0.60423 0.57885 0.60294\n 11 50 2 0.80696 0.50744 0.80696 0.50744\n 11 50 2 0.80567 0.50615 0.80826 0.50873\n 11 50 2 0.80567 0.50873 0.80826 0.50615\n 11 50 2 0.88030 0.60643 0.88030 0.60643\n 11 50 2 0.87901 0.60514 0.88159 0.60773\n 11 50 2 0.87901 0.60773 0.88159 0.60514\n 11 50 2 0.57858 0.60479 0.57858 0.60479\n 11 50 2 0.57756 0.60377 0.57987 0.60608\n 11 50 2 0.57756 0.60580 0.57987 0.60350\n 11 50 2 0.59878 0.59661 0.59878 0.59661\n 11 50 2 0.59749 0.59532 0.60008 0.59790\n 11 50 2 0.59749 0.59790 0.60008 0.59532\n 11 50 2 0.65563 0.64584 0.65563 0.64584\n 11 50 2 0.65434 0.64455 0.65693 0.64714\n 11 50 2 0.65434 0.64714 0.65693 0.64455\n 11 50 2 0.72042 0.47787 0.72042 0.47787\n 11 50 2 0.71913 0.47658 0.72171 0.47916\n 11 50 2 0.71913 0.47916 0.72171 0.47658\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.63278 0.69817 0.63278 0.69817\n 82 0\n 81 6 86\n 82 0\n 81 6 87\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.90359 0.49093 0.90876 0.49610\n 11 50 2 0.90359 0.49610 0.90876 0.49093\n 11 50 2 0.65341 0.52095 0.65341 0.52095\n 11 50 2 0.65083 0.51837 0.65600 0.52354\n 11 50 2 0.65083 0.52354 0.65600 0.51837\n 11 50 2 0.87171 0.63119 0.87171 0.63119\n 11 50 2 0.86912 0.62860 0.87429 0.63378\n 11 50 2 0.86912 0.63378 0.87429 0.62860\n 11 50 2 0.80700 0.54795 0.80700 0.54795\n 11 50 2 0.80441 0.54537 0.80958 0.55054\n 11 50 2 0.80441 0.55054 0.80958 0.54537\n 11 50 2 0.78314 0.61562 0.78314 0.61562\n 11 50 2 0.78056 0.61304 0.78573 0.61821\n 11 50 2 0.78056 0.61821 0.78573 0.61304\n 11 50 2 0.63260 0.62285 0.63260 0.62285\n 11 50 2 0.63002 0.62026 0.63519 0.62543\n 11 50 2 0.63002 0.62543 0.63519 0.62026\n 11 50 2 0.76802 0.49394 0.76802 0.49394\n 11 50 2 0.76544 0.49135 0.77061 0.49652\n 11 50 2 0.76544 0.49652 0.77061 0.49135\n 11 50 2 0.64032 0.49844 0.64032 0.49844\n 11 50 2 0.63774 0.49586 0.64291 0.50103\n 11 50 2 0.63774 0.50103 0.64291 0.49586\n 11 50 2 0.64545 0.49036 0.64545 0.49036\n 11 50 2 0.64286 0.48777 0.64803 0.49294\n 11 50 2 0.64286 0.49294 0.64803 0.48777\n 11 50 2 0.61398 0.51178 0.61398 0.51178\n 11 50 2 0.61140 0.50919 0.61657 0.51436\n 11 50 2 0.61140 0.51436 0.61657 0.50919\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.50388 0.42994 0.50905 0.43511\n 11 50 2 0.50388 0.43511 0.50905 0.42994\n 11 50 2 0.50646 0.43253 0.50646 0.43253\n 11 50 2 0.50388 0.42994 0.50905 0.43511\n 11 50 2 0.50388 0.43511 0.50905 0.42994\n 11 50 2 0.52682 0.43253 0.52682 0.43253\n 11 50 2 0.52424 0.42994 0.52941 0.43511\n 11 50 2 0.52424 0.43511 0.52941 0.42994\n 11 50 2 0.54718 0.43253 0.54718 0.43253\n 11 50 2 0.54460 0.42994 0.54977 0.43511\n 11 50 2 0.54460 0.43511 0.54977 0.42994\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.62278 0.42994 0.62278 0.42994\n 82 0\n 81 6 88\n 82 0\n 81 6 89\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 160 7 0.57756 0.48689 0.78028 0.60625 0.65935 0.49938 0.62760 0.49167 0.75932 0.50821 0.79373 0.63926 0.57756 0.60347\n 11 94 4 0.57756 0.60241 0.68186 0.61587 0.63527 0.55047 0.91638 0.54568\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 72 3 0.50646 0.42089 0.50646 0.42089 0.54718 0.42089\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.62278 0.41831 0.62278 0.41831\n 82 0\n 81 6 90\n 82 0\n 81 6 91\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.72062 0.64059 0.72579 0.64576\n 11 50 2 0.72062 0.64576 0.72579 0.64059\n 11 50 2 0.72321 0.64317 0.87744 0.49161\n 11 50 2 0.87486 0.48903 0.88003 0.49420\n 11 50 2 0.87486 0.49420 0.88003 0.48903\n 11 50 2 0.87744 0.49161 0.77986 0.62322\n 11 50 2 0.77727 0.62064 0.78244 0.62581\n 11 50 2 0.77727 0.62581 0.78244 0.62064\n 11 50 2 0.77986 0.62322 0.72422 0.50542\n 11 50 2 0.72163 0.50284 0.72680 0.50801\n 11 50 2 0.72163 0.50801 0.72680 0.50284\n 11 50 2 0.72422 0.50542 0.57756 0.50160\n 11 50 2 0.57756 0.50382 0.79438 0.52471\n 11 50 2 0.79179 0.52212 0.79697 0.52729\n 11 50 2 0.79179 0.52729 0.79697 0.52212\n 11 50 2 0.79438 0.52471 0.82461 0.65779\n 11 50 2 0.82203 0.65521 0.82635 0.65952\n 11 50 2 0.82288 0.65952 0.82720 0.65521\n 11 50 2 0.82461 0.65779 0.77566 0.49014\n 11 50 2 0.77308 0.48755 0.77825 0.49272\n 11 50 2 0.77308 0.49272 0.77825 0.48755\n 11 50 2 0.77566 0.49014 0.67729 0.58305\n 11 50 2 0.67471 0.58046 0.67988 0.58563\n 11 50 2 0.67471 0.58563 0.67988 0.58046\n 11 50 2 0.67729 0.58305 0.91593 0.52370\n 11 50 2 0.91335 0.52111 0.91852 0.52628\n 11 50 2 0.91335 0.52628 0.91852 0.52111\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.50388 0.40667 0.50905 0.41184\n 11 50 2 0.50388 0.41184 0.50905 0.40667\n 11 50 2 0.50646 0.40926 0.50646 0.40926\n 11 50 2 0.50388 0.40667 0.50905 0.41184\n 11 50 2 0.50388 0.41184 0.50905 0.40667\n 11 50 2 0.50646 0.40926 0.52682 0.40926\n 11 50 2 0.52424 0.40667 0.52941 0.41184\n 11 50 2 0.52424 0.41184 0.52941 0.40667\n 11 50 2 0.52682 0.40926 0.54718 0.40926\n 11 50 2 0.54460 0.40667 0.54977 0.41184\n 11 50 2 0.54460 0.41184 0.54977 0.40667\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.62278 0.40667 0.62278 0.40667\n 82 0\n 81 6 92\n 82 0\n 81 6 93\n 21 6 1\n 25 6 1\n 21 6 7\n 25 6 7\n 11 116 5 0.79400 0.63046 0.79658 0.63046 0.79658 0.63304 0.79400 0.63304 0.79400 0.63046\n 11 50 2 0.59547 0.57691 0.59547 0.57691\n 11 116 5 0.59418 0.57561 0.59676 0.57561 0.59676 0.57820 0.59418 0.57820 0.59418 0.57561\n 11 50 2 0.93093 0.60895 0.93093 0.60895\n 11 116 5 0.92964 0.60766 0.93222 0.60766 0.93222 0.61025 0.92964 0.61025 0.92964 0.60766\n 11 50 2 0.60523 0.54694 0.60523 0.54694\n 11 116 5 0.60393 0.54565 0.60652 0.54565 0.60652 0.54823 0.60393 0.54823 0.60393 0.54565\n 11 50 2 0.81720 0.60756 0.81720 0.60756\n 11 116 5 0.81591 0.60627 0.81849 0.60627 0.81849 0.60886 0.81591 0.60886 0.81591 0.60627\n 11 50 2 0.66711 0.64316 0.66711 0.64316\n 11 116 5 0.66581 0.64186 0.66840 0.64186 0.66840 0.64445 0.66581 0.64445 0.66581 0.64186\n 11 50 2 0.80950 0.55760 0.80950 0.55760\n 11 116 5 0.80821 0.55631 0.81079 0.55631 0.81079 0.55890 0.80821 0.55890 0.80821 0.55631\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 7\n 25 6 7\n 11 116 5 0.50517 0.39633 0.50776 0.39633 0.50776 0.39891 0.50517 0.39891 0.50517 0.39633\n 11 50 2 0.50646 0.39762 0.50646 0.39762\n 11 116 5 0.50517 0.39633 0.50776 0.39633 0.50776 0.39891 0.50517 0.39891 0.50517 0.39633\n 11 50 2 0.52682 0.39762 0.52682 0.39762\n 11 116 5 0.52553 0.39633 0.52812 0.39633 0.52812 0.39891 0.52553 0.39891 0.52553 0.39633\n 11 50 2 0.54718 0.39762 0.54718 0.39762\n 11 116 5 0.54589 0.39633 0.54848 0.39633 0.54848 0.39891 0.54589 0.39891 0.54589 0.39633\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.62278 0.39504 0.62278 0.39504\n 82 0\n 81 6 94\n 82 0\n 81 6 95\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 50 2 0.68801 0.57520 0.68801 0.57520\n 11 94 4 0.68672 0.57390 0.68801 0.57649 0.68930 0.57390 0.68672 0.57390\n 11 50 2 0.64144 0.60845 0.64144 0.60845\n 11 94 4 0.64015 0.60715 0.64144 0.60974 0.64273 0.60715 0.64015 0.60715\n 11 50 2 0.71753 0.50154 0.71753 0.50154\n 11 94 4 0.71624 0.50025 0.71753 0.50284 0.71883 0.50025 0.71624 0.50025\n 11 50 2 0.88121 0.65169 0.88121 0.65169\n 11 94 4 0.87992 0.65039 0.88121 0.65298 0.88250 0.65039 0.87992 0.65039\n 11 50 2 0.91100 0.50939 0.91100 0.50939\n 11 94 4 0.90971 0.50810 0.91100 0.51069 0.91229 0.50810 0.90971 0.50810\n 11 50 2 0.70913 0.48767 0.70913 0.48767\n 11 94 4 0.70784 0.48638 0.70913 0.48897 0.71042 0.48638 0.70784 0.48638\n 11 50 2 0.80905 0.59151 0.80905 0.59151\n 11 94 4 0.80776 0.59022 0.80905 0.59280 0.81035 0.59022 0.80776 0.59022\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 94 4 0.50517 0.38470 0.50646 0.38728 0.50776 0.38470 0.50517 0.38470\n 11 50 2 0.50646 0.38599 0.50646 0.38599\n 11 94 4 0.50517 0.38470 0.50646 0.38728 0.50776 0.38470 0.50517 0.38470\n 11 50 2 0.52682 0.38599 0.52682 0.38599\n 11 94 4 0.52553 0.38470 0.52682 0.38728 0.52812 0.38470 0.52553 0.38470\n 11 50 2 0.54718 0.38599 0.54718 0.38599\n 11 94 4 0.54589 0.38470 0.54718 0.38728 0.54848 0.38470 0.54589 0.38470\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.55463 0.38857 0.55463 0.38340\n 11 226 10 0.55463 0.38857 0.55685 0.38857 0.55759 0.38833 0.55783 0.38808 0.55808 0.38759 0.55808 0.38710 0.55783 0.38660 0.55759 0.38636 0.55685 0.38611 0.55463 0.38611\n 11 50 2 0.55636 0.38611 0.55808 0.38340\n 11 50 2 0.56103 0.38857 0.55906 0.38340\n 11 50 2 0.56103 0.38857 0.56300 0.38340\n 11 50 2 0.55980 0.38513 0.56227 0.38513\n 11 50 2 0.56423 0.38857 0.56423 0.38340\n 11 50 2 0.56423 0.38857 0.56768 0.38340\n 11 50 2 0.56768 0.38857 0.56768 0.38340\n 11 50 2 0.56965 0.38857 0.56965 0.38340\n 11 270 12 0.56965 0.38857 0.57138 0.38857 0.57211 0.38833 0.57261 0.38783 0.57285 0.38734 0.57310 0.38660 0.57310 0.38537 0.57285 0.38463 0.57261 0.38414 0.57211 0.38365 0.57138 0.38340 0.56965 0.38340\n 11 226 10 0.57482 0.38857 0.57482 0.38488 0.57507 0.38414 0.57556 0.38365 0.57630 0.38340 0.57679 0.38340 0.57753 0.38365 0.57802 0.38414 0.57827 0.38488 0.57827 0.38857\n 11 226 10 0.58196 0.38956 0.58147 0.38907 0.58098 0.38833 0.58049 0.38734 0.58024 0.38611 0.58024 0.38513 0.58049 0.38390 0.58098 0.38291 0.58147 0.38217 0.58196 0.38168\n 11 50 2 0.58369 0.38857 0.58369 0.38340\n 11 50 2 0.58566 0.38956 0.58566 0.38168\n 11 50 2 0.58590 0.38956 0.58590 0.38168\n 11 50 2 0.58566 0.38956 0.58738 0.38956\n 11 50 2 0.58566 0.38168 0.58738 0.38168\n 11 50 2 0.58910 0.38857 0.58910 0.38340\n 11 50 2 0.59107 0.38636 0.59551 0.38636\n 11 50 2 0.59107 0.38488 0.59551 0.38488\n 11 94 4 0.59797 0.38759 0.59846 0.38783 0.59920 0.38857 0.59920 0.38340\n 11 116 5 0.60265 0.38685 0.60240 0.38660 0.60265 0.38636 0.60289 0.38660 0.60265 0.38685\n 11 116 5 0.60265 0.38390 0.60240 0.38365 0.60265 0.38340 0.60289 0.38365 0.60265 0.38390\n 11 94 4 0.60536 0.38759 0.60585 0.38783 0.60659 0.38857 0.60659 0.38340\n 11 380 17 0.61102 0.38857 0.61028 0.38833 0.60979 0.38759 0.60954 0.38636 0.60954 0.38562 0.60979 0.38439 0.61028 0.38365 0.61102 0.38340 0.61151 0.38340 0.61225 0.38365 0.61274 0.38439 0.61299 0.38562 0.61299 0.38636 0.61274 0.38759 0.61225 0.38833 0.61151 0.38857 0.61102 0.38857\n 11 50 2 0.61594 0.38956 0.61594 0.38168\n 11 50 2 0.61619 0.38956 0.61619 0.38168\n 11 50 2 0.61447 0.38956 0.61619 0.38956\n 11 50 2 0.61447 0.38168 0.61619 0.38168\n 11 50 2 0.62037 0.38783 0.62037 0.38340\n 11 50 2 0.61816 0.38562 0.62259 0.38562\n 11 94 4 0.62505 0.38759 0.62555 0.38783 0.62628 0.38857 0.62628 0.38340\n 11 380 17 0.63072 0.38857 0.62998 0.38833 0.62949 0.38759 0.62924 0.38636 0.62924 0.38562 0.62949 0.38439 0.62998 0.38365 0.63072 0.38340 0.63121 0.38340 0.63195 0.38365 0.63244 0.38439 0.63269 0.38562 0.63269 0.38636 0.63244 0.38759 0.63195 0.38833 0.63121 0.38857 0.63072 0.38857\n 11 50 2 0.63663 0.38783 0.63663 0.38340\n 11 50 2 0.63441 0.38562 0.63884 0.38562\n 11 50 2 0.64081 0.38857 0.64081 0.38340\n 11 50 2 0.64081 0.38857 0.64401 0.38857\n 11 50 2 0.64081 0.38611 0.64278 0.38611\n 11 50 2 0.64081 0.38340 0.64401 0.38340\n 11 50 2 0.64549 0.38857 0.64549 0.38340\n 11 226 10 0.64549 0.38857 0.64771 0.38857 0.64845 0.38833 0.64869 0.38808 0.64894 0.38759 0.64894 0.38685 0.64869 0.38636 0.64845 0.38611 0.64771 0.38586 0.64549 0.38586\n 11 446 20 0.65386 0.38783 0.65337 0.38833 0.65263 0.38857 0.65165 0.38857 0.65091 0.38833 0.65041 0.38783 0.65041 0.38734 0.65066 0.38685 0.65091 0.38660 0.65140 0.38636 0.65288 0.38586 0.65337 0.38562 0.65362 0.38537 0.65386 0.38488 0.65386 0.38414 0.65337 0.38365 0.65263 0.38340 0.65165 0.38340 0.65091 0.38365 0.65041 0.38414\n 11 226 10 0.65534 0.38956 0.65583 0.38907 0.65632 0.38833 0.65682 0.38734 0.65706 0.38611 0.65706 0.38513 0.65682 0.38390 0.65632 0.38291 0.65583 0.38217 0.65534 0.38168\n 11 50 2 0.62278 0.38340 0.62278 0.38340\n 82 0\n 81 6 96\n 82 0\n 81 6 97\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 50 2 0.61006 0.60663 0.61459 0.61116\n 11 50 2 0.61006 0.61116 0.61459 0.60663\n 11 50 2 0.61233 0.60663 0.61233 0.61116\n 11 50 2 0.61006 0.60890 0.61459 0.60890\n 11 50 2 0.81950 0.53190 0.81950 0.53190\n 11 50 2 0.81724 0.52964 0.82176 0.53416\n 11 50 2 0.81724 0.53416 0.82176 0.52964\n 11 50 2 0.81950 0.52964 0.81950 0.53416\n 11 50 2 0.81724 0.53190 0.82176 0.53190\n 11 50 2 0.88448 0.65898 0.88448 0.65898\n 11 50 2 0.88222 0.65672 0.88503 0.65952\n 11 50 2 0.88394 0.65952 0.88675 0.65672\n 11 50 2 0.88448 0.65672 0.88448 0.65952\n 11 50 2 0.88222 0.65898 0.88675 0.65898\n 11 50 2 0.87088 0.55216 0.87088 0.55216\n 11 50 2 0.86861 0.54990 0.87314 0.55442\n 11 50 2 0.86861 0.55442 0.87314 0.54990\n 11 50 2 0.87088 0.54990 0.87088 0.55442\n 11 50 2 0.86861 0.55216 0.87314 0.55216\n 11 50 2 0.69371 0.60973 0.69371 0.60973\n 11 50 2 0.69145 0.60746 0.69597 0.61199\n 11 50 2 0.69145 0.61199 0.69597 0.60746\n 11 50 2 0.69371 0.60746 0.69371 0.61199\n 11 50 2 0.69145 0.60973 0.69597 0.60973\n 11 50 2 0.70846 0.57395 0.70846 0.57395\n 11 50 2 0.70620 0.57169 0.71072 0.57621\n 11 50 2 0.70620 0.57621 0.71072 0.57169\n 11 50 2 0.70846 0.57169 0.70846 0.57621\n 11 50 2 0.70620 0.57395 0.71072 0.57395\n 11 50 2 0.66182 0.54084 0.66182 0.54084\n 11 50 2 0.65956 0.53857 0.66408 0.54310\n 11 50 2 0.65956 0.54310 0.66408 0.53857\n 11 50 2 0.66182 0.53857 0.66182 0.54310\n 11 50 2 0.65956 0.54084 0.66408 0.54084\n 11 50 2 0.69895 0.54778 0.69895 0.54778\n 11 50 2 0.69669 0.54552 0.70121 0.55005\n 11 50 2 0.69669 0.55005 0.70121 0.54552\n 11 50 2 0.69895 0.54552 0.69895 0.55005\n 11 50 2 0.69669 0.54778 0.70121 0.54778\n 11 50 2 0.70262 0.62542 0.70262 0.62542\n 11 50 2 0.70035 0.62315 0.70488 0.62768\n 11 50 2 0.70035 0.62768 0.70488 0.62315\n 11 50 2 0.70262 0.62315 0.70262 0.62768\n 11 50 2 0.70035 0.62542 0.70488 0.62542\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 50 2 0.58176 0.47434 0.58629 0.47887\n 11 50 2 0.58176 0.47887 0.58629 0.47434\n 11 50 2 0.58403 0.47434 0.58403 0.47887\n 11 50 2 0.58176 0.47661 0.58629 0.47661\n 11 50 2 0.58403 0.47661 0.58403 0.47661\n 11 50 2 0.58176 0.47434 0.58629 0.47887\n 11 50 2 0.58176 0.47887 0.58629 0.47434\n 11 50 2 0.58403 0.47434 0.58403 0.47887\n 11 50 2 0.58176 0.47661 0.58629 0.47661\n 11 50 2 0.60031 0.47661 0.60031 0.47661\n 11 50 2 0.59805 0.47434 0.60258 0.47887\n 11 50 2 0.59805 0.47887 0.60258 0.47434\n 11 50 2 0.60031 0.47434 0.60031 0.47887\n 11 50 2 0.59805 0.47661 0.60258 0.47661\n 11 50 2 0.61660 0.47661 0.61660 0.47661\n 11 50 2 0.61434 0.47434 0.61886 0.47887\n 11 50 2 0.61434 0.47887 0.61886 0.47434\n 11 50 2 0.61660 0.47434 0.61660 0.47887\n 11 50 2 0.61434 0.47661 0.61886 0.47661\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.55463 0.38857 0.55463 0.38340\n 11 226 10 0.55463 0.38857 0.55685 0.38857 0.55759 0.38833 0.55783 0.38808 0.55808 0.38759 0.55808 0.38710 0.55783 0.38660 0.55759 0.38636 0.55685 0.38611 0.55463 0.38611\n 11 50 2 0.55636 0.38611 0.55808 0.38340\n 11 50 2 0.56103 0.38857 0.55906 0.38340\n 11 50 2 0.56103 0.38857 0.56300 0.38340\n 11 50 2 0.55980 0.38513 0.56227 0.38513\n 11 50 2 0.56423 0.38857 0.56423 0.38340\n 11 50 2 0.56423 0.38857 0.56768 0.38340\n 11 50 2 0.56768 0.38857 0.56768 0.38340\n 11 50 2 0.56965 0.38857 0.56965 0.38340\n 11 270 12 0.56965 0.38857 0.57138 0.38857 0.57211 0.38833 0.57261 0.38783 0.57285 0.38734 0.57310 0.38660 0.57310 0.38537 0.57285 0.38463 0.57261 0.38414 0.57211 0.38365 0.57138 0.38340 0.56965 0.38340\n 11 226 10 0.57482 0.38857 0.57482 0.38488 0.57507 0.38414 0.57556 0.38365 0.57630 0.38340 0.57679 0.38340 0.57753 0.38365 0.57802 0.38414 0.57827 0.38488 0.57827 0.38857\n 11 226 10 0.58196 0.38956 0.58147 0.38907 0.58098 0.38833 0.58049 0.38734 0.58024 0.38611 0.58024 0.38513 0.58049 0.38390 0.58098 0.38291 0.58147 0.38217 0.58196 0.38168\n 11 50 2 0.58369 0.38857 0.58369 0.38340\n 11 50 2 0.58566 0.38956 0.58566 0.38168\n 11 50 2 0.58590 0.38956 0.58590 0.38168\n 11 50 2 0.58566 0.38956 0.58738 0.38956\n 11 50 2 0.58566 0.38168 0.58738 0.38168\n 11 50 2 0.58910 0.38857 0.58910 0.38340\n 11 50 2 0.59107 0.38636 0.59551 0.38636\n 11 50 2 0.59107 0.38488 0.59551 0.38488\n 11 94 4 0.59797 0.38759 0.59846 0.38783 0.59920 0.38857 0.59920 0.38340\n 11 116 5 0.60265 0.38685 0.60240 0.38660 0.60265 0.38636 0.60289 0.38660 0.60265 0.38685\n 11 116 5 0.60265 0.38390 0.60240 0.38365 0.60265 0.38340 0.60289 0.38365 0.60265 0.38390\n 11 94 4 0.60536 0.38759 0.60585 0.38783 0.60659 0.38857 0.60659 0.38340\n 11 380 17 0.61102 0.38857 0.61028 0.38833 0.60979 0.38759 0.60954 0.38636 0.60954 0.38562 0.60979 0.38439 0.61028 0.38365 0.61102 0.38340 0.61151 0.38340 0.61225 0.38365 0.61274 0.38439 0.61299 0.38562 0.61299 0.38636 0.61274 0.38759 0.61225 0.38833 0.61151 0.38857 0.61102 0.38857\n 11 50 2 0.61594 0.38956 0.61594 0.38168\n 11 50 2 0.61619 0.38956 0.61619 0.38168\n 11 50 2 0.61447 0.38956 0.61619 0.38956\n 11 50 2 0.61447 0.38168 0.61619 0.38168\n 11 50 2 0.62037 0.38783 0.62037 0.38340\n 11 50 2 0.61816 0.38562 0.62259 0.38562\n 11 94 4 0.62505 0.38759 0.62555 0.38783 0.62628 0.38857 0.62628 0.38340\n 11 380 17 0.63072 0.38857 0.62998 0.38833 0.62949 0.38759 0.62924 0.38636 0.62924 0.38562 0.62949 0.38439 0.62998 0.38365 0.63072 0.38340 0.63121 0.38340 0.63195 0.38365 0.63244 0.38439 0.63269 0.38562 0.63269 0.38636 0.63244 0.38759 0.63195 0.38833 0.63121 0.38857 0.63072 0.38857\n 11 50 2 0.63663 0.38783 0.63663 0.38340\n 11 50 2 0.63441 0.38562 0.63884 0.38562\n 11 50 2 0.64081 0.38857 0.64081 0.38340\n 11 50 2 0.64081 0.38857 0.64401 0.38857\n 11 50 2 0.64081 0.38611 0.64278 0.38611\n 11 50 2 0.64081 0.38340 0.64401 0.38340\n 11 50 2 0.64549 0.38857 0.64549 0.38340\n 11 226 10 0.64549 0.38857 0.64771 0.38857 0.64845 0.38833 0.64869 0.38808 0.64894 0.38759 0.64894 0.38685 0.64869 0.38636 0.64845 0.38611 0.64771 0.38586 0.64549 0.38586\n 11 446 20 0.65386 0.38783 0.65337 0.38833 0.65263 0.38857 0.65165 0.38857 0.65091 0.38833 0.65041 0.38783 0.65041 0.38734 0.65066 0.38685 0.65091 0.38660 0.65140 0.38636 0.65288 0.38586 0.65337 0.38562 0.65362 0.38537 0.65386 0.38488 0.65386 0.38414 0.65337 0.38365 0.65263 0.38340 0.65165 0.38340 0.65091 0.38365 0.65041 0.38414\n 11 226 10 0.65534 0.38956 0.65583 0.38907 0.65632 0.38833 0.65682 0.38734 0.65706 0.38611 0.65706 0.38513 0.65682 0.38390 0.65632 0.38291 0.65583 0.38217 0.65534 0.38168\n 11 50 2 0.62295 0.47867 0.62295 0.47454\n 11 226 10 0.62295 0.47867 0.62472 0.47867 0.62531 0.47848 0.62551 0.47828 0.62571 0.47789 0.62571 0.47749 0.62551 0.47710 0.62531 0.47690 0.62472 0.47670 0.62295 0.47670\n 11 50 2 0.62433 0.47670 0.62571 0.47454\n 11 50 2 0.62807 0.47867 0.62649 0.47454\n 11 50 2 0.62807 0.47867 0.62965 0.47454\n 11 50 2 0.62708 0.47592 0.62905 0.47592\n 11 50 2 0.63063 0.47867 0.63063 0.47454\n 11 50 2 0.63063 0.47867 0.63339 0.47454\n 11 50 2 0.63339 0.47867 0.63339 0.47454\n 11 50 2 0.63496 0.47867 0.63496 0.47454\n 11 270 12 0.63496 0.47867 0.63634 0.47867 0.63693 0.47848 0.63733 0.47808 0.63752 0.47769 0.63772 0.47710 0.63772 0.47611 0.63752 0.47552 0.63733 0.47513 0.63693 0.47473 0.63634 0.47454 0.63496 0.47454\n 11 226 10 0.63910 0.47867 0.63910 0.47572 0.63930 0.47513 0.63969 0.47473 0.64028 0.47454 0.64068 0.47454 0.64127 0.47473 0.64166 0.47513 0.64186 0.47572 0.64186 0.47867\n 11 226 10 0.64481 0.47946 0.64442 0.47907 0.64403 0.47848 0.64363 0.47769 0.64343 0.47670 0.64343 0.47592 0.64363 0.47493 0.64403 0.47414 0.64442 0.47355 0.64481 0.47316\n 11 50 2 0.64619 0.47867 0.64619 0.47454\n 11 50 2 0.64777 0.47946 0.64777 0.47316\n 11 50 2 0.64796 0.47946 0.64796 0.47316\n 11 50 2 0.64777 0.47946 0.64915 0.47946\n 11 50 2 0.64777 0.47316 0.64915 0.47316\n 11 50 2 0.65053 0.47867 0.65053 0.47454\n 11 50 2 0.65210 0.47690 0.65565 0.47690\n 11 50 2 0.65210 0.47572 0.65565 0.47572\n 11 94 4 0.65762 0.47789 0.65801 0.47808 0.65860 0.47867 0.65860 0.47454\n 11 116 5 0.66136 0.47730 0.66116 0.47710 0.66136 0.47690 0.66156 0.47710 0.66136 0.47730\n 11 116 5 0.66136 0.47493 0.66116 0.47473 0.66136 0.47454 0.66156 0.47473 0.66136 0.47493\n 11 94 4 0.66353 0.47789 0.66392 0.47808 0.66451 0.47867 0.66451 0.47454\n 11 380 17 0.66806 0.47867 0.66747 0.47848 0.66707 0.47789 0.66688 0.47690 0.66688 0.47631 0.66707 0.47533 0.66747 0.47473 0.66806 0.47454 0.66845 0.47454 0.66904 0.47473 0.66944 0.47533 0.66963 0.47631 0.66963 0.47690 0.66944 0.47789 0.66904 0.47848 0.66845 0.47867 0.66806 0.47867\n 11 50 2 0.67200 0.47946 0.67200 0.47316\n 11 50 2 0.67219 0.47946 0.67219 0.47316\n 11 50 2 0.67081 0.47946 0.67219 0.47946\n 11 50 2 0.67081 0.47316 0.67219 0.47316\n 11 50 2 0.67554 0.47808 0.67554 0.47454\n 11 50 2 0.67377 0.47631 0.67732 0.47631\n 11 94 4 0.67929 0.47789 0.67968 0.47808 0.68027 0.47867 0.68027 0.47454\n 11 380 17 0.68382 0.47867 0.68322 0.47848 0.68283 0.47789 0.68263 0.47690 0.68263 0.47631 0.68283 0.47533 0.68322 0.47473 0.68382 0.47454 0.68421 0.47454 0.68480 0.47473 0.68519 0.47533 0.68539 0.47631 0.68539 0.47690 0.68519 0.47789 0.68480 0.47848 0.68421 0.47867 0.68382 0.47867\n 11 50 2 0.68854 0.47808 0.68854 0.47454\n 11 50 2 0.68677 0.47631 0.69032 0.47631\n 11 50 2 0.69189 0.47867 0.69189 0.47454\n 11 50 2 0.69189 0.47867 0.69445 0.47867\n 11 50 2 0.69189 0.47670 0.69347 0.47670\n 11 50 2 0.69189 0.47454 0.69445 0.47454\n 11 50 2 0.69563 0.47867 0.69563 0.47454\n 11 226 10 0.69563 0.47867 0.69741 0.47867 0.69800 0.47848 0.69820 0.47828 0.69839 0.47789 0.69839 0.47730 0.69820 0.47690 0.69800 0.47670 0.69741 0.47651 0.69563 0.47651\n 11 446 20 0.70233 0.47808 0.70194 0.47848 0.70135 0.47867 0.70056 0.47867 0.69997 0.47848 0.69957 0.47808 0.69957 0.47769 0.69977 0.47730 0.69997 0.47710 0.70036 0.47690 0.70154 0.47651 0.70194 0.47631 0.70214 0.47611 0.70233 0.47572 0.70233 0.47513 0.70194 0.47473 0.70135 0.47454 0.70056 0.47454 0.69997 0.47473 0.69957 0.47513\n 11 226 10 0.70351 0.47946 0.70391 0.47907 0.70430 0.47848 0.70470 0.47769 0.70489 0.47670 0.70489 0.47592 0.70470 0.47493 0.70430 0.47414 0.70391 0.47355 0.70351 0.47316\n 11 50 2 0.67041 0.47454 0.67041 0.47454\n 82 0\n 81 6 98\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 99\n 21 6 1\n 25 6 1\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 72 3 0.03373 0.18455 0.03743 0.18751 0.04149 0.18751\n 11 50 2 0.03373 0.19046 0.03743 0.18751\n 11 50 2 0.25389 0.06237 0.25906 0.05462\n 11 50 2 0.25906 0.06237 0.25389 0.05462\n 11 50 2 0.10504 0.03523 0.11304 0.02230\n 11 50 2 0.10566 0.03523 0.11366 0.02230\n 11 50 2 0.11366 0.03523 0.10504 0.02230\n 11 50 2 0.10381 0.03523 0.10750 0.03523\n 11 50 2 0.11120 0.03523 0.11489 0.03523\n 11 50 2 0.10381 0.02230 0.10750 0.02230\n 11 50 2 0.11120 0.02230 0.11489 0.02230\n 11 50 2 0.11797 0.03769 0.11797 0.01799\n 11 50 2 0.11858 0.03769 0.11858 0.01799\n 11 50 2 0.11797 0.03769 0.12228 0.03769\n 11 50 2 0.11797 0.01799 0.12228 0.01799\n 11 50 2 0.12597 0.03523 0.13397 0.02230\n 11 50 2 0.12659 0.03523 0.13459 0.02230\n 11 50 2 0.13459 0.03523 0.12597 0.02230\n 11 50 2 0.12474 0.03523 0.12843 0.03523\n 11 50 2 0.13213 0.03523 0.13582 0.03523\n 11 50 2 0.12474 0.02230 0.12843 0.02230\n 11 50 2 0.13213 0.02230 0.13582 0.02230\n 11 50 2 0.13890 0.02969 0.14998 0.02969\n 11 50 2 0.13890 0.02599 0.14998 0.02599\n 11 380 17 0.15798 0.03523 0.15613 0.03461 0.15490 0.03276 0.15429 0.02969 0.15429 0.02784 0.15490 0.02476 0.15613 0.02291 0.15798 0.02230 0.15921 0.02230 0.16106 0.02291 0.16229 0.02476 0.16290 0.02784 0.16290 0.02969 0.16229 0.03276 0.16106 0.03461 0.15921 0.03523 0.15798 0.03523\n 11 226 10 0.15798 0.03523 0.15675 0.03461 0.15613 0.03399 0.15552 0.03276 0.15490 0.02969 0.15490 0.02784 0.15552 0.02476 0.15613 0.02353 0.15675 0.02291 0.15798 0.02230\n 11 226 10 0.15921 0.02230 0.16044 0.02291 0.16106 0.02353 0.16167 0.02476 0.16229 0.02784 0.16229 0.02969 0.16167 0.03276 0.16106 0.03399 0.16044 0.03461 0.15921 0.03523\n 11 116 5 0.16783 0.03092 0.16721 0.03030 0.16783 0.02969 0.16844 0.03030 0.16783 0.03092\n 11 116 5 0.16783 0.02353 0.16721 0.02291 0.16783 0.02230 0.16844 0.02291 0.16783 0.02353\n 11 94 4 0.17460 0.03276 0.17583 0.03338 0.17768 0.03523 0.17768 0.02230\n 11 50 2 0.17706 0.03461 0.17706 0.02230\n 11 50 2 0.17460 0.02230 0.18014 0.02230\n 11 116 5 0.18630 0.03092 0.18568 0.03030 0.18630 0.02969 0.18691 0.03030 0.18630 0.03092\n 11 116 5 0.18630 0.02353 0.18568 0.02291 0.18630 0.02230 0.18691 0.02291 0.18630 0.02353\n 11 116 5 0.19245 0.02353 0.19184 0.02291 0.19245 0.02230 0.19307 0.02291 0.19245 0.02353\n 11 94 4 0.19922 0.03276 0.20045 0.03338 0.20230 0.03523 0.20230 0.02230\n 11 50 2 0.20169 0.03461 0.20169 0.02230\n 11 50 2 0.19922 0.02230 0.20476 0.02230\n 11 50 2 0.21338 0.03769 0.21338 0.01799\n 11 50 2 0.21400 0.03769 0.21400 0.01799\n 11 50 2 0.20969 0.03769 0.21400 0.03769\n 11 50 2 0.20969 0.01799 0.21400 0.01799\n 11 50 2 0.22138 0.03523 0.22138 0.02784\n 11 50 2 0.21831 0.03338 0.22446 0.02969\n 11 50 2 0.22446 0.03338 0.21831 0.02969\n 11 358 16 0.23616 0.03338 0.23677 0.03523 0.23677 0.03153 0.23616 0.03338 0.23493 0.03461 0.23308 0.03523 0.23123 0.03523 0.22939 0.03461 0.22816 0.03338 0.22816 0.03215 0.22877 0.03092 0.22939 0.03030 0.23062 0.02969 0.23431 0.02845 0.23554 0.02784 0.23677 0.02661\n 11 358 16 0.22816 0.03215 0.22939 0.03092 0.23062 0.03030 0.23431 0.02907 0.23554 0.02845 0.23616 0.02784 0.23677 0.02661 0.23677 0.02415 0.23554 0.02291 0.23370 0.02230 0.23185 0.02230 0.23000 0.02291 0.22877 0.02415 0.22816 0.02599 0.22816 0.02230 0.22877 0.02415\n 11 50 2 0.24170 0.03523 0.24170 0.02230\n 11 50 2 0.24231 0.03523 0.24231 0.02230\n 11 50 2 0.23985 0.03523 0.24416 0.03523\n 11 50 2 0.23985 0.02230 0.24416 0.02230\n 11 50 2 0.24847 0.03523 0.24847 0.02230\n 11 50 2 0.24908 0.03523 0.25647 0.02353\n 11 50 2 0.24908 0.03399 0.25647 0.02230\n 11 50 2 0.25647 0.03523 0.25647 0.02230\n 11 50 2 0.24662 0.03523 0.24908 0.03523\n 11 50 2 0.25462 0.03523 0.25832 0.03523\n 11 50 2 0.24662 0.02230 0.25032 0.02230\n 11 226 10 0.26632 0.03769 0.26509 0.03646 0.26386 0.03461 0.26263 0.03215 0.26201 0.02907 0.26201 0.02661 0.26263 0.02353 0.26386 0.02107 0.26509 0.01922 0.26632 0.01799\n 11 182 8 0.26509 0.03646 0.26386 0.03399 0.26324 0.03215 0.26263 0.02907 0.26263 0.02661 0.26324 0.02353 0.26386 0.02168 0.26509 0.01922\n 11 72 3 0.27001 0.03523 0.27432 0.02845 0.27432 0.02230\n 11 72 3 0.27063 0.03523 0.27494 0.02845 0.27494 0.02230\n 11 50 2 0.27925 0.03523 0.27494 0.02845\n 11 50 2 0.26878 0.03523 0.27248 0.03523\n 11 50 2 0.27679 0.03523 0.28048 0.03523\n 11 50 2 0.27248 0.02230 0.27679 0.02230\n 11 50 2 0.28356 0.03769 0.28356 0.01799\n 11 50 2 0.28417 0.03769 0.28417 0.01799\n 11 50 2 0.28356 0.03769 0.28787 0.03769\n 11 50 2 0.28356 0.01799 0.28787 0.01799\n 11 72 3 0.29156 0.03523 0.29587 0.02845 0.29587 0.02230\n 11 72 3 0.29217 0.03523 0.29648 0.02845 0.29648 0.02230\n 11 50 2 0.30079 0.03523 0.29648 0.02845\n 11 50 2 0.29033 0.03523 0.29402 0.03523\n 11 50 2 0.29833 0.03523 0.30202 0.03523\n 11 50 2 0.29402 0.02230 0.29833 0.02230\n 11 50 2 0.30510 0.02969 0.31618 0.02969\n 11 50 2 0.30510 0.02599 0.31618 0.02599\n 11 380 17 0.32418 0.03523 0.32234 0.03461 0.32111 0.03276 0.32049 0.02969 0.32049 0.02784 0.32111 0.02476 0.32234 0.02291 0.32418 0.02230 0.32542 0.02230 0.32726 0.02291 0.32849 0.02476 0.32911 0.02784 0.32911 0.02969 0.32849 0.03276 0.32726 0.03461 0.32542 0.03523 0.32418 0.03523\n 11 226 10 0.32418 0.03523 0.32295 0.03461 0.32234 0.03399 0.32172 0.03276 0.32111 0.02969 0.32111 0.02784 0.32172 0.02476 0.32234 0.02353 0.32295 0.02291 0.32418 0.02230\n 11 226 10 0.32542 0.02230 0.32665 0.02291 0.32726 0.02353 0.32788 0.02476 0.32849 0.02784 0.32849 0.02969 0.32788 0.03276 0.32726 0.03399 0.32665 0.03461 0.32542 0.03523\n 11 116 5 0.33403 0.03092 0.33342 0.03030 0.33403 0.02969 0.33465 0.03030 0.33403 0.03092\n 11 116 5 0.33403 0.02353 0.33342 0.02291 0.33403 0.02230 0.33465 0.02291 0.33403 0.02353\n 11 622 28 0.34635 0.03338 0.34573 0.03276 0.34635 0.03215 0.34696 0.03276 0.34696 0.03338 0.34635 0.03461 0.34511 0.03523 0.34327 0.03523 0.34142 0.03461 0.34019 0.03338 0.33957 0.03215 0.33896 0.02969 0.33896 0.02599 0.33957 0.02415 0.34080 0.02291 0.34265 0.02230 0.34388 0.02230 0.34573 0.02291 0.34696 0.02415 0.34758 0.02599 0.34758 0.02661 0.34696 0.02845 0.34573 0.02969 0.34388 0.03030 0.34327 0.03030 0.34142 0.02969 0.34019 0.02845 0.33957 0.02661\n 11 204 9 0.34327 0.03523 0.34204 0.03461 0.34080 0.03338 0.34019 0.03215 0.33957 0.02969 0.33957 0.02599 0.34019 0.02415 0.34142 0.02291 0.34265 0.02230\n 11 182 8 0.34388 0.02230 0.34511 0.02291 0.34635 0.02415 0.34696 0.02599 0.34696 0.02661 0.34635 0.02845 0.34511 0.02969 0.34388 0.03030\n 11 116 5 0.35250 0.02353 0.35189 0.02291 0.35250 0.02230 0.35312 0.02291 0.35250 0.02353\n 11 336 15 0.35804 0.03276 0.35866 0.03215 0.35804 0.03153 0.35743 0.03215 0.35743 0.03276 0.35804 0.03399 0.35866 0.03461 0.36050 0.03523 0.36297 0.03523 0.36481 0.03461 0.36543 0.03338 0.36543 0.03153 0.36481 0.03030 0.36297 0.02969 0.36112 0.02969\n 11 138 6 0.36297 0.03523 0.36420 0.03461 0.36481 0.03338 0.36481 0.03153 0.36420 0.03030 0.36297 0.02969\n 11 358 16 0.36297 0.02969 0.36420 0.02907 0.36543 0.02784 0.36604 0.02661 0.36604 0.02476 0.36543 0.02353 0.36481 0.02291 0.36297 0.02230 0.36050 0.02230 0.35866 0.02291 0.35804 0.02353 0.35743 0.02476 0.35743 0.02538 0.35804 0.02599 0.35866 0.02538 0.35804 0.02476\n 11 138 6 0.36481 0.02845 0.36543 0.02661 0.36543 0.02476 0.36481 0.02353 0.36420 0.02291 0.36297 0.02230\n 11 116 5 0.37097 0.03092 0.37035 0.03030 0.37097 0.02969 0.37158 0.03030 0.37097 0.03092\n 11 116 5 0.37097 0.02353 0.37035 0.02291 0.37097 0.02230 0.37158 0.02291 0.37097 0.02353\n 11 116 5 0.37712 0.02353 0.37651 0.02291 0.37712 0.02230 0.37774 0.02291 0.37712 0.02353\n 11 446 20 0.38266 0.03276 0.38328 0.03215 0.38266 0.03153 0.38205 0.03215 0.38205 0.03276 0.38266 0.03399 0.38328 0.03461 0.38513 0.03523 0.38759 0.03523 0.38944 0.03461 0.39005 0.03399 0.39067 0.03276 0.39067 0.03153 0.39005 0.03030 0.38820 0.02907 0.38513 0.02784 0.38389 0.02722 0.38266 0.02599 0.38205 0.02415 0.38205 0.02230\n 11 182 8 0.38759 0.03523 0.38882 0.03461 0.38944 0.03399 0.39005 0.03276 0.39005 0.03153 0.38944 0.03030 0.38759 0.02907 0.38513 0.02784\n 11 160 7 0.38205 0.02353 0.38266 0.02415 0.38389 0.02415 0.38697 0.02291 0.38882 0.02291 0.39005 0.02353 0.39067 0.02415\n 11 138 6 0.38389 0.02415 0.38697 0.02230 0.38944 0.02230 0.39005 0.02291 0.39067 0.02415 0.39067 0.02538\n 11 50 2 0.39805 0.03769 0.39805 0.01799\n 11 50 2 0.39867 0.03769 0.39867 0.01799\n 11 50 2 0.39436 0.03769 0.39867 0.03769\n 11 50 2 0.39436 0.01799 0.39867 0.01799\n 11 226 10 0.40298 0.03769 0.40421 0.03646 0.40544 0.03461 0.40667 0.03215 0.40729 0.02907 0.40729 0.02661 0.40667 0.02353 0.40544 0.02107 0.40421 0.01922 0.40298 0.01799\n 11 182 8 0.40421 0.03646 0.40544 0.03399 0.40606 0.03215 0.40667 0.02907 0.40667 0.02661 0.40606 0.02353 0.40544 0.02168 0.40421 0.01922\n 21 6 5\n 25 6 5\n 11 50 2 0.43538 0.25795 0.43410 0.25777\n 11 50 2 0.43154 0.25741 0.42898 0.25705\n 11 50 2 0.42642 0.25670 0.42386 0.25634\n 11 50 2 0.42130 0.25598 0.41874 0.25562\n 11 50 2 0.41618 0.25527 0.41362 0.25491\n 11 50 2 0.41106 0.25455 0.40850 0.25419\n 11 50 2 0.40593 0.25384 0.40337 0.25348\n 11 72 3 0.40083 0.25306 0.39960 0.25278 0.39831 0.25246\n 11 50 2 0.39580 0.25184 0.39329 0.25122\n 11 50 2 0.39078 0.25060 0.38827 0.24998\n 11 50 2 0.38576 0.24936 0.38325 0.24874\n 11 50 2 0.38074 0.24812 0.37823 0.24750\n 11 50 2 0.37576 0.24679 0.37350 0.24552\n 11 50 2 0.37125 0.24426 0.36899 0.24299\n 11 72 3 0.36674 0.24173 0.36492 0.24071 0.36498 0.24021\n 11 50 2 0.36527 0.23764 0.36556 0.23507\n 11 50 2 0.36869 0.23282 0.37498 0.23068\n 11 380 17 0.38096 0.23333 0.37979 0.23333 0.37873 0.23252 0.37779 0.23089 0.37743 0.22985 0.37718 0.22798 0.37753 0.22669 0.37846 0.22598 0.37916 0.22575 0.38032 0.22574 0.38138 0.22655 0.38232 0.22818 0.38268 0.22923 0.38293 0.23109 0.38259 0.23238 0.38166 0.23309 0.38096 0.23333\n 11 116 5 0.38429 0.22478 0.38382 0.22455 0.38405 0.22408 0.38452 0.22431 0.38429 0.22478\n 11 644 29 0.39110 0.22987 0.38993 0.22988 0.38934 0.22930 0.38910 0.22860 0.38921 0.22778 0.38979 0.22719 0.39107 0.22637 0.39200 0.22566 0.39246 0.22472 0.39257 0.22391 0.39222 0.22286 0.39163 0.22228 0.39116 0.22205 0.38999 0.22205 0.38859 0.22253 0.38766 0.22324 0.38743 0.22371 0.38732 0.22452 0.38768 0.22557 0.38827 0.22615 0.38921 0.22661 0.39037 0.22661 0.39189 0.22648 0.39271 0.22659 0.39330 0.22717 0.39354 0.22787 0.39342 0.22869 0.39249 0.22940 0.39110 0.22987\n 11 50 2 0.39588 0.22415 0.39714 0.22386\n 11 50 2 0.39965 0.22327 0.40218 0.22274\n 11 72 3 0.40471 0.22220 0.40600 0.22193 0.40726 0.22176\n 11 50 2 0.40982 0.22142 0.41239 0.22108\n 11 50 2 0.41495 0.22074 0.41751 0.22040\n 11 50 2 0.42007 0.22006 0.42264 0.21972\n 11 50 2 0.42520 0.21938 0.42776 0.21904\n 11 50 2 0.43033 0.21870 0.43289 0.21836\n 11 50 2 0.43538 0.20897 0.43409 0.20906\n 11 50 2 0.43151 0.20922 0.42893 0.20938\n 11 50 2 0.42635 0.20958 0.42378 0.20980\n 11 50 2 0.42120 0.21001 0.41862 0.21022\n 11 50 2 0.41605 0.21043 0.41347 0.21064\n 11 50 2 0.41089 0.21085 0.40832 0.21106\n 11 50 2 0.40574 0.21128 0.40316 0.21149\n 11 72 3 0.40059 0.21170 0.39960 0.21178 0.39801 0.21194\n 11 50 2 0.39544 0.21220 0.39287 0.21246\n 11 50 2 0.39029 0.21272 0.38772 0.21297\n 11 50 2 0.38515 0.21323 0.38258 0.21349\n 11 50 2 0.38000 0.21375 0.37743 0.21401\n 11 50 2 0.37486 0.21427 0.37229 0.21453\n 11 50 2 0.36972 0.21479 0.36714 0.21504\n 11 72 3 0.36457 0.21530 0.36382 0.21538 0.36200 0.21559\n 11 50 2 0.35944 0.21597 0.35689 0.21639\n 11 50 2 0.35434 0.21681 0.35179 0.21723\n 11 50 2 0.34924 0.21765 0.34669 0.21807\n 11 50 2 0.34414 0.21849 0.34159 0.21891\n 11 50 2 0.33904 0.21933 0.33649 0.21975\n 11 50 2 0.33393 0.22017 0.33138 0.22059\n 11 72 3 0.32883 0.22101 0.32804 0.22114 0.32629 0.22148\n 11 50 2 0.32375 0.22197 0.32128 0.22272\n 11 50 2 0.31880 0.22347 0.31633 0.22422\n 11 50 2 0.31385 0.22496 0.31138 0.22571\n 11 50 2 0.30890 0.22646 0.30643 0.22721\n 11 72 3 0.30395 0.22795 0.30317 0.22819 0.30169 0.22916\n 11 50 2 0.29953 0.23058 0.29737 0.23199\n 11 72 3 0.29520 0.23341 0.29362 0.23445 0.29356 0.23514\n 11 50 2 0.29334 0.23771 0.29312 0.24029\n 11 50 2 0.29643 0.24158 0.30252 0.24426\n 11 380 17 0.30513 0.25025 0.30426 0.24946 0.30403 0.24815 0.30444 0.24631 0.30488 0.24530 0.30596 0.24376 0.30709 0.24304 0.30825 0.24315 0.30893 0.24344 0.30979 0.24423 0.31002 0.24554 0.30961 0.24738 0.30917 0.24839 0.30809 0.24993 0.30696 0.25065 0.30580 0.25054 0.30513 0.25025\n 11 116 5 0.31336 0.24620 0.31317 0.24572 0.31366 0.24553 0.31385 0.24601 0.31336 0.24620\n 11 512 23 0.31808 0.25474 0.31744 0.25526 0.31628 0.25515 0.31561 0.25486 0.31474 0.25407 0.31451 0.25276 0.31492 0.25092 0.31566 0.24923 0.31659 0.24803 0.31757 0.24765 0.31873 0.24776 0.31907 0.24791 0.31993 0.24869 0.32031 0.24966 0.32020 0.25083 0.32005 0.25117 0.31927 0.25203 0.31830 0.25241 0.31713 0.25230 0.31680 0.25215 0.31593 0.25137 0.31555 0.25039 0.31566 0.24923\n 11 50 2 0.32232 0.25358 0.32359 0.25383\n 11 72 3 0.32613 0.25433 0.32804 0.25472 0.32866 0.25482\n 11 50 2 0.33121 0.25527 0.33376 0.25571\n 11 50 2 0.33631 0.25616 0.33885 0.25660\n 11 50 2 0.34140 0.25705 0.34395 0.25749\n 11 50 2 0.34649 0.25794 0.34904 0.25838\n 11 50 2 0.35159 0.25882 0.35413 0.25927\n 11 50 2 0.35669 0.25964 0.35926 0.25995\n 11 72 3 0.36183 0.26026 0.36382 0.26049 0.36439 0.26055\n 11 50 2 0.36697 0.26082 0.36954 0.26108\n 11 50 2 0.37211 0.26135 0.37468 0.26161\n 11 50 2 0.37725 0.26188 0.37982 0.26214\n 11 50 2 0.38240 0.26241 0.38497 0.26267\n 11 50 2 0.38754 0.26294 0.39011 0.26320\n 11 50 2 0.39268 0.26347 0.39525 0.26373\n 11 72 3 0.39783 0.26400 0.39960 0.26418 0.40040 0.26425\n 11 50 2 0.40298 0.26447 0.40555 0.26470\n 11 50 2 0.40813 0.26492 0.41070 0.26514\n 11 50 2 0.41328 0.26537 0.41585 0.26559\n 11 50 2 0.41843 0.26580 0.42101 0.26597\n 11 50 2 0.42359 0.26614 0.42617 0.26631\n 11 50 2 0.42875 0.26648 0.43133 0.26665\n 11 50 2 0.43391 0.26682 0.43538 0.26692\n 11 50 2 0.43538 0.27419 0.43409 0.27413\n 11 50 2 0.43151 0.27403 0.42892 0.27392\n 11 50 2 0.42634 0.27381 0.42376 0.27370\n 11 50 2 0.42117 0.27359 0.41859 0.27348\n 11 50 2 0.41601 0.27338 0.41342 0.27327\n 11 50 2 0.41084 0.27316 0.40826 0.27305\n 11 50 2 0.40568 0.27294 0.40309 0.27283\n 11 72 3 0.40051 0.27272 0.39960 0.27269 0.39793 0.27260\n 11 50 2 0.39534 0.27248 0.39276 0.27235\n 11 50 2 0.39018 0.27223 0.38760 0.27210\n 11 50 2 0.38502 0.27197 0.38243 0.27181\n 11 50 2 0.37985 0.27165 0.37727 0.27150\n 11 50 2 0.37469 0.27134 0.37211 0.27118\n 11 50 2 0.36953 0.27102 0.36695 0.27087\n 11 72 3 0.36437 0.27071 0.36382 0.27068 0.36179 0.27052\n 11 50 2 0.35921 0.27033 0.35664 0.27014\n 11 50 2 0.35406 0.26994 0.35148 0.26975\n 11 50 2 0.34890 0.26956 0.34632 0.26936\n 11 50 2 0.34374 0.26917 0.34117 0.26898\n 11 50 2 0.33859 0.26878 0.33601 0.26859\n 11 50 2 0.33343 0.26840 0.33085 0.26820\n 11 72 3 0.32828 0.26801 0.32804 0.26799 0.32570 0.26777\n 11 50 2 0.32313 0.26753 0.32055 0.26728\n 11 50 2 0.31798 0.26704 0.31541 0.26680\n 11 50 2 0.31283 0.26655 0.31026 0.26631\n 11 50 2 0.30768 0.26607 0.30511 0.26582\n 11 50 2 0.30254 0.26552 0.29998 0.26518\n 11 50 2 0.29742 0.26485 0.29485 0.26452\n 11 72 3 0.29229 0.26418 0.29225 0.26418 0.28973 0.26378\n 11 50 2 0.28718 0.26337 0.28463 0.26297\n 11 50 2 0.28207 0.26256 0.27952 0.26215\n 11 50 2 0.27697 0.26175 0.27441 0.26134\n 11 50 2 0.27186 0.26093 0.26931 0.26053\n 11 50 2 0.26676 0.26012 0.26420 0.25971\n 11 50 2 0.26167 0.25922 0.25916 0.25860\n 11 72 3 0.25664 0.25799 0.25647 0.25795 0.25415 0.25730\n 11 50 2 0.25166 0.25660 0.24917 0.25591\n 11 50 2 0.24668 0.25521 0.24419 0.25452\n 11 72 3 0.24170 0.25382 0.23957 0.25323 0.23924 0.25306\n 11 50 2 0.23692 0.25192 0.23459 0.25078\n 11 50 2 0.23227 0.24965 0.22995 0.24851\n 11 72 3 0.22763 0.24737 0.22682 0.24697 0.22570 0.24571\n 11 50 2 0.22398 0.24378 0.22226 0.24185\n 11 50 2 0.22130 0.23966 0.22145 0.23708\n 11 50 2 0.22160 0.23450 0.22160 0.23445\n 11 50 2 0.22438 0.23239 0.23028 0.22933\n 11 380 17 0.23658 0.23106 0.23543 0.23124 0.23426 0.23059 0.23309 0.22912 0.23258 0.22814 0.23205 0.22633 0.23220 0.22501 0.23302 0.22417 0.23367 0.22383 0.23482 0.22365 0.23599 0.22429 0.23717 0.22576 0.23768 0.22675 0.23820 0.22856 0.23805 0.22988 0.23724 0.23072 0.23658 0.23106\n 11 116 5 0.23860 0.22211 0.23810 0.22195 0.23826 0.22145 0.23876 0.22161 0.23860 0.22211\n 11 72 3 0.24773 0.22528 0.24208 0.22239 0.24699 0.21984\n 11 50 2 0.24773 0.22528 0.24417 0.21839\n 11 50 2 0.24997 0.21976 0.25122 0.21942\n 11 50 2 0.25372 0.21876 0.25621 0.21810\n 11 50 2 0.25873 0.21751 0.26125 0.21693\n 11 50 2 0.26377 0.21634 0.26629 0.21576\n 11 50 2 0.26884 0.21534 0.27139 0.21496\n 11 50 2 0.27395 0.21457 0.27651 0.21418\n 11 50 2 0.27906 0.21379 0.28162 0.21340\n 11 50 2 0.28417 0.21301 0.28673 0.21262\n 11 50 2 0.28929 0.21223 0.29184 0.21184\n 11 50 2 0.29441 0.21151 0.29697 0.21120\n 11 50 2 0.29954 0.21088 0.30211 0.21057\n 11 50 2 0.30467 0.21025 0.30724 0.20994\n 11 72 3 0.30980 0.20962 0.31149 0.20941 0.31237 0.20933\n 11 50 2 0.31495 0.20910 0.31752 0.20887\n 11 50 2 0.32010 0.20864 0.32267 0.20840\n 11 50 2 0.32525 0.20817 0.32782 0.20794\n 11 50 2 0.33040 0.20774 0.33298 0.20755\n 11 50 2 0.33556 0.20736 0.33813 0.20717\n 11 50 2 0.34071 0.20698 0.34329 0.20679\n 11 50 2 0.34587 0.20660 0.34845 0.20641\n 11 50 2 0.35103 0.20622 0.35361 0.20603\n 11 50 2 0.35618 0.20584 0.35876 0.20565\n 11 72 3 0.36134 0.20546 0.36382 0.20528 0.36392 0.20527\n 11 50 2 0.36650 0.20512 0.36908 0.20498\n 11 50 2 0.37166 0.20483 0.37424 0.20468\n 11 50 2 0.37682 0.20453 0.37941 0.20438\n 11 50 2 0.38199 0.20424 0.38457 0.20409\n 11 50 2 0.38715 0.20394 0.38973 0.20379\n 11 50 2 0.39231 0.20364 0.39489 0.20350\n 11 72 3 0.39747 0.20335 0.39960 0.20323 0.40006 0.20320\n 11 50 2 0.40264 0.20309 0.40522 0.20298\n 11 50 2 0.40780 0.20287 0.41039 0.20277\n 11 50 2 0.41297 0.20266 0.41555 0.20255\n 11 50 2 0.41814 0.20244 0.42072 0.20234\n 11 50 2 0.42330 0.20223 0.42589 0.20212\n 11 50 2 0.42847 0.20202 0.43105 0.20191\n 11 50 2 0.43364 0.20180 0.43538 0.20173\n 11 50 2 0.43538 0.28080 0.43409 0.28077\n 11 50 2 0.43150 0.28072 0.42892 0.28067\n 11 50 2 0.42633 0.28062 0.42375 0.28057\n 11 50 2 0.42116 0.28051 0.41858 0.28046\n 11 50 2 0.41599 0.28041 0.41341 0.28036\n 11 50 2 0.41082 0.28031 0.40824 0.28026\n 11 50 2 0.40565 0.28021 0.40307 0.28016\n 11 72 3 0.40049 0.28011 0.39960 0.28009 0.39790 0.28005\n 11 50 2 0.39532 0.27998 0.39273 0.27992\n 11 50 2 0.39015 0.27985 0.38756 0.27979\n 11 50 2 0.38498 0.27973 0.38239 0.27966\n 11 50 2 0.37981 0.27960 0.37722 0.27953\n 11 50 2 0.37464 0.27947 0.37205 0.27941\n 11 50 2 0.36947 0.27934 0.36689 0.27928\n 11 72 3 0.36430 0.27921 0.36382 0.27920 0.36172 0.27914\n 11 50 2 0.35913 0.27906 0.35655 0.27898\n 11 50 2 0.35396 0.27890 0.35138 0.27881\n 11 50 2 0.34880 0.27873 0.34621 0.27865\n 11 50 2 0.34363 0.27857 0.34104 0.27849\n 11 50 2 0.33846 0.27841 0.33588 0.27833\n 11 50 2 0.33329 0.27825 0.33071 0.27815\n 11 72 3 0.32812 0.27805 0.32804 0.27805 0.32554 0.27794\n 11 50 2 0.32296 0.27782 0.32038 0.27771\n 11 50 2 0.31779 0.27759 0.31521 0.27747\n 11 50 2 0.31263 0.27736 0.31004 0.27724\n 11 50 2 0.30746 0.27713 0.30488 0.27701\n 11 50 2 0.30230 0.27689 0.29971 0.27678\n 11 50 2 0.29713 0.27666 0.29455 0.27654\n 11 50 2 0.29197 0.27642 0.28938 0.27626\n 11 50 2 0.28680 0.27610 0.28422 0.27594\n 11 50 2 0.28164 0.27577 0.27906 0.27561\n 11 50 2 0.27648 0.27545 0.27390 0.27529\n 11 50 2 0.27132 0.27512 0.26874 0.27496\n 11 50 2 0.26616 0.27480 0.26358 0.27464\n 11 50 2 0.26100 0.27447 0.25842 0.27431\n 11 50 2 0.25584 0.27413 0.25327 0.27391\n 11 50 2 0.25069 0.27368 0.24812 0.27345\n 11 50 2 0.24554 0.27323 0.24296 0.27300\n 11 50 2 0.24039 0.27278 0.23781 0.27255\n 11 50 2 0.23524 0.27232 0.23266 0.27210\n 11 50 2 0.23009 0.27182 0.22753 0.27151\n 11 50 2 0.22496 0.27120 0.22239 0.27088\n 11 50 2 0.21983 0.27053 0.21728 0.27011\n 11 50 2 0.21473 0.26969 0.21218 0.26927\n 11 50 2 0.20963 0.26884 0.20708 0.26842\n 11 50 2 0.20453 0.26800 0.20198 0.26758\n 11 50 2 0.19943 0.26715 0.19688 0.26673\n 11 50 2 0.19433 0.26631 0.19178 0.26589\n 11 50 2 0.18926 0.26531 0.18675 0.26466\n 11 50 2 0.18426 0.26397 0.18180 0.26319\n 11 50 2 0.17934 0.26241 0.17687 0.26162\n 11 50 2 0.17441 0.26084 0.17195 0.26005\n 11 50 2 0.16953 0.25914 0.16726 0.25792\n 11 50 2 0.16498 0.25669 0.16271 0.25546\n 11 72 3 0.16043 0.25423 0.15857 0.25323 0.15823 0.25290\n 11 50 2 0.15639 0.25109 0.15454 0.24928\n 11 72 3 0.15270 0.24747 0.15219 0.24697 0.15143 0.24526\n 11 72 3 0.15038 0.24290 0.14940 0.24071 0.14941 0.24052\n 11 50 2 0.14948 0.23793 0.14955 0.23535\n 11 50 2 0.15194 0.23192 0.15719 0.22784\n 11 380 17 0.16370 0.22839 0.16260 0.22878 0.16134 0.22836 0.15991 0.22713 0.15923 0.22625 0.15839 0.22457 0.15829 0.22324 0.15894 0.22227 0.15953 0.22182 0.16063 0.22143 0.16189 0.22185 0.16332 0.22308 0.16399 0.22396 0.16484 0.22564 0.16493 0.22697 0.16428 0.22794 0.16370 0.22839\n 11 116 5 0.16406 0.21923 0.16354 0.21916 0.16361 0.21864 0.16413 0.21871 0.16406 0.21923\n 11 314 14 0.16986 0.22127 0.17009 0.22156 0.17083 0.22192 0.17135 0.22199 0.17216 0.22182 0.17333 0.22092 0.17368 0.22017 0.17375 0.21966 0.17359 0.21885 0.17313 0.21826 0.17239 0.21790 0.17113 0.21748 0.16594 0.21683 0.17003 0.21366\n 11 50 2 0.17481 0.21485 0.17605 0.21448\n 11 50 2 0.17852 0.21372 0.18100 0.21297\n 11 72 3 0.18347 0.21222 0.18491 0.21178 0.18596 0.21152\n 11 50 2 0.18847 0.21090 0.19098 0.21029\n 11 72 3 0.19349 0.20967 0.19452 0.20941 0.19603 0.20918\n 11 50 2 0.19858 0.20877 0.20113 0.20837\n 11 50 2 0.20369 0.20797 0.20624 0.20756\n 11 50 2 0.20879 0.20716 0.21135 0.20675\n 11 50 2 0.21390 0.20635 0.21645 0.20595\n 11 72 3 0.21901 0.20554 0.22069 0.20528 0.22157 0.20518\n 11 50 2 0.22414 0.20488 0.22670 0.20459\n 11 50 2 0.22927 0.20430 0.23184 0.20400\n 11 50 2 0.23441 0.20371 0.23698 0.20342\n 11 50 2 0.23955 0.20313 0.24213 0.20292\n 11 50 2 0.24470 0.20271 0.24728 0.20249\n 11 50 2 0.24986 0.20228 0.25243 0.20207\n 11 72 3 0.25501 0.20185 0.25647 0.20173 0.25759 0.20166\n 11 50 2 0.26017 0.20150 0.26275 0.20134\n 11 50 2 0.26533 0.20118 0.26791 0.20102\n 11 50 2 0.27049 0.20086 0.27307 0.20070\n 11 50 2 0.27565 0.20053 0.27823 0.20037\n 11 50 2 0.28081 0.20021 0.28339 0.20005\n 11 50 2 0.28597 0.19989 0.28855 0.19973\n 11 72 3 0.29113 0.19957 0.29225 0.19950 0.29371 0.19943\n 11 50 2 0.29630 0.19932 0.29888 0.19920\n 11 50 2 0.30146 0.19909 0.30404 0.19897\n 11 50 2 0.30663 0.19886 0.30921 0.19874\n 11 50 2 0.31179 0.19863 0.31438 0.19851\n 11 50 2 0.31696 0.19840 0.31954 0.19828\n 11 50 2 0.32212 0.19817 0.32471 0.19805\n 11 72 3 0.32729 0.19794 0.32804 0.19790 0.32987 0.19784\n 11 50 2 0.33246 0.19775 0.33504 0.19767\n 11 50 2 0.33763 0.19758 0.34021 0.19749\n 11 50 2 0.34279 0.19740 0.34538 0.19731\n 11 50 2 0.34796 0.19722 0.35055 0.19714\n 11 50 2 0.35313 0.19705 0.35571 0.19696\n 11 50 2 0.35830 0.19688 0.36088 0.19680\n 11 72 3 0.36347 0.19673 0.36382 0.19672 0.36605 0.19666\n 11 50 2 0.36863 0.19660 0.37122 0.19654\n 11 50 2 0.37380 0.19647 0.37639 0.19641\n 11 50 2 0.37897 0.19635 0.38156 0.19628\n 11 50 2 0.38414 0.19622 0.38673 0.19615\n 11 50 2 0.38931 0.19609 0.39190 0.19603\n 11 50 2 0.39448 0.19596 0.39707 0.19590\n 11 50 2 0.39965 0.19584 0.40224 0.19579\n 11 50 2 0.40482 0.19573 0.40741 0.19568\n 11 50 2 0.40999 0.19563 0.41257 0.19558\n 11 50 2 0.41516 0.19553 0.41774 0.19548\n 11 50 2 0.42033 0.19543 0.42291 0.19538\n 11 50 2 0.42550 0.19533 0.42808 0.19528\n 11 50 2 0.43067 0.19522 0.43325 0.19517\n 11 72 3 0.07936 0.28452 0.07812 0.27826 0.07756 0.27837\n 11 50 2 0.07756 0.27876 0.07871 0.28452\n 11 138 6 0.07936 0.28452 0.07999 0.28440 0.07874 0.27814 0.07812 0.27826 0.07790 0.27200 0.07756 0.27202\n 11 138 6 0.07756 0.27828 0.07875 0.27824 0.07854 0.27198 0.07790 0.27200 0.07781 0.26575 0.07756 0.26575\n 11 138 6 0.07756 0.27201 0.07854 0.27200 0.07845 0.26574 0.07781 0.26575 0.07776 0.25949 0.07756 0.25949\n 11 138 6 0.07756 0.26575 0.07845 0.26574 0.07840 0.25948 0.07776 0.25949 0.07774 0.25323 0.07756 0.25323\n 11 138 6 0.07756 0.25949 0.07840 0.25948 0.07838 0.25322 0.07774 0.25323 0.07773 0.24697 0.07756 0.24697\n 11 138 6 0.07756 0.25323 0.07838 0.25323 0.07836 0.24697 0.07773 0.24697 0.07772 0.24071 0.07756 0.24071\n 11 138 6 0.07756 0.24697 0.07836 0.24697 0.07836 0.24071 0.07772 0.24071 0.07772 0.23445 0.07756 0.23445\n 11 138 6 0.07756 0.24071 0.07836 0.24071 0.07836 0.23445 0.07772 0.23445 0.07773 0.22819 0.07756 0.22819\n 11 138 6 0.07756 0.23445 0.07836 0.23445 0.07837 0.22819 0.07773 0.22819 0.07774 0.22193 0.07756 0.22193\n 11 138 6 0.07756 0.22819 0.07837 0.22819 0.07838 0.22193 0.07774 0.22193 0.07777 0.21567 0.07756 0.21567\n 11 138 6 0.07756 0.22193 0.07838 0.22193 0.07841 0.21568 0.07777 0.21567 0.07782 0.20941 0.07756 0.20941\n 11 138 6 0.07756 0.21567 0.07841 0.21568 0.07846 0.20942 0.07782 0.20941 0.07791 0.20315 0.07756 0.20315\n 11 138 6 0.07756 0.20941 0.07846 0.20942 0.07855 0.20316 0.07791 0.20315 0.07817 0.19689 0.07756 0.19687\n 11 160 7 0.07756 0.20314 0.07855 0.20318 0.07881 0.19692 0.07817 0.19689 0.08007 0.19064 0.07945 0.19045 0.07756 0.19668\n 11 490 22 0.07756 0.19671 0.07878 0.19708 0.08068 0.19082 0.08007 0.19064 0.11334 0.18880 0.11331 0.18816 0.08003 0.18999 0.08010 0.19128 0.11338 0.18945 0.11334 0.18880 0.14913 0.18880 0.14913 0.18816 0.11334 0.18816 0.11334 0.18945 0.14913 0.18945 0.14913 0.18880 0.18491 0.18880 0.18491 0.18816 0.14913 0.18816 0.14913 0.18945 0.18491 0.18945 0.18491 0.18880\n 11 380 17 0.19017 0.19268 0.18906 0.19231 0.18832 0.19120 0.18795 0.18936 0.18795 0.18825 0.18832 0.18640 0.18906 0.18530 0.19017 0.18493 0.19091 0.18493 0.19202 0.18530 0.19276 0.18640 0.19313 0.18825 0.19313 0.18936 0.19276 0.19120 0.19202 0.19231 0.19091 0.19268 0.19017 0.19268\n 11 952 43 0.19617 0.18880 0.22069 0.18880 0.22069 0.18816 0.19617 0.18816 0.19617 0.18945 0.22069 0.18945 0.22069 0.18880 0.25647 0.18880 0.25647 0.18816 0.22069 0.18816 0.22069 0.18945 0.25647 0.18945 0.25647 0.18880 0.29225 0.18880 0.29225 0.18816 0.25647 0.18816 0.25647 0.18945 0.29225 0.18945 0.29225 0.18880 0.32804 0.18880 0.32804 0.18816 0.29225 0.18816 0.29225 0.18945 0.32804 0.18945 0.32804 0.18880 0.36382 0.18880 0.36382 0.18816 0.32804 0.18816 0.32804 0.18945 0.36382 0.18945 0.36382 0.18880 0.39960 0.18880 0.39960 0.18816 0.36382 0.18816 0.36382 0.18945 0.39960 0.18945 0.39960 0.18880 0.43538 0.18880 0.43538 0.18816 0.39960 0.18816 0.39960 0.18945 0.43538 0.18945 0.43538 0.18880\n 11 270 12 0.43538 0.18248 0.39960 0.18176 0.36382 0.18086 0.32804 0.17971 0.29225 0.17817 0.29119 0.17812 0.25647 0.17586 0.22069 0.17240 0.21639 0.17186 0.18491 0.16594 0.18351 0.16560 0.16608 0.15934\n 11 380 17 0.15118 0.15012 0.15065 0.14908 0.15091 0.14777 0.15194 0.14619 0.15272 0.14540 0.15427 0.14435 0.15558 0.14408 0.15663 0.14459 0.15715 0.14511 0.15768 0.14615 0.15743 0.14746 0.15640 0.14903 0.15562 0.14982 0.15406 0.15088 0.15276 0.15115 0.15171 0.15063 0.15118 0.15012\n 11 116 5 0.16032 0.14926 0.16032 0.14874 0.16084 0.14874 0.16084 0.14926 0.16032 0.14926\n 11 314 14 0.15906 0.15528 0.15880 0.15554 0.15855 0.15633 0.15855 0.15685 0.15882 0.15763 0.15987 0.15867 0.16065 0.15892 0.16118 0.15892 0.16196 0.15865 0.16248 0.15813 0.16273 0.15734 0.16298 0.15603 0.16294 0.15081 0.16663 0.15444\n 11 358 16 0.15016 0.14366 0.14928 0.14056 0.15018 0.13430 0.15434 0.12804 0.16261 0.12178 0.17732 0.11553 0.18491 0.11345 0.20430 0.10927 0.22069 0.10696 0.25647 0.10339 0.26133 0.10301 0.29225 0.10117 0.32804 0.09960 0.36382 0.09843 0.39960 0.09752 0.43538 0.09679\n 11 292 13 0.43538 0.17586 0.39960 0.17432 0.36382 0.17240 0.35521 0.17186 0.32804 0.16967 0.29225 0.16594 0.28946 0.16560 0.25647 0.15974 0.25459 0.15934 0.23497 0.15308 0.22453 0.14682 0.22085 0.14056 0.22280 0.13430\n 11 380 17 0.22927 0.13523 0.22812 0.13543 0.22695 0.13480 0.22575 0.13335 0.22523 0.13237 0.22468 0.13057 0.22481 0.12925 0.22561 0.12840 0.22626 0.12805 0.22741 0.12785 0.22858 0.12848 0.22978 0.12993 0.23031 0.13091 0.23085 0.13271 0.23073 0.13403 0.22993 0.13488 0.22927 0.13523\n 11 116 5 0.23116 0.12625 0.23066 0.12610 0.23081 0.12560 0.23131 0.12575 0.23116 0.12625\n 11 72 3 0.24034 0.12930 0.23464 0.12649 0.23952 0.12387\n 11 50 2 0.24034 0.12930 0.23667 0.12246\n 11 226 10 0.24249 0.12374 0.24765 0.12178 0.25647 0.11969 0.27708 0.11553 0.29225 0.11345 0.32804 0.10954 0.33105 0.10927 0.36382 0.10696 0.39960 0.10497 0.43538 0.10339\n 11 204 9 0.43538 0.16855 0.39960 0.16594 0.39541 0.16560 0.36382 0.16209 0.34311 0.15934 0.32804 0.15632 0.31367 0.15308 0.29802 0.14682 0.29241 0.14056\n 11 380 17 0.29895 0.14059 0.29784 0.14095 0.29659 0.14049 0.29520 0.13921 0.29454 0.13832 0.29375 0.13661 0.29370 0.13528 0.29438 0.13433 0.29497 0.13389 0.29608 0.13354 0.29733 0.13400 0.29872 0.13527 0.29937 0.13616 0.30017 0.13787 0.30022 0.13920 0.29954 0.14016 0.29895 0.14059\n 11 116 5 0.29958 0.13144 0.29907 0.13136 0.29915 0.13084 0.29966 0.13092 0.29958 0.13144\n 11 512 23 0.30933 0.13164 0.30947 0.13245 0.30879 0.13341 0.30820 0.13384 0.30708 0.13420 0.30583 0.13374 0.30445 0.13246 0.30336 0.13097 0.30278 0.12956 0.30295 0.12853 0.30362 0.12758 0.30392 0.12736 0.30503 0.12700 0.30607 0.12716 0.30702 0.12784 0.30724 0.12814 0.30759 0.12925 0.30743 0.13029 0.30675 0.13124 0.30645 0.13145 0.30534 0.13181 0.30431 0.13165 0.30336 0.13097\n 11 160 7 0.31046 0.12739 0.32804 0.12287 0.33270 0.12178 0.36382 0.11717 0.37684 0.11553 0.39960 0.11345 0.43538 0.11072\n 11 138 6 0.43538 0.15974 0.43162 0.15934 0.39960 0.15435 0.39237 0.15308 0.37150 0.14682 0.36397 0.14056\n 11 380 17 0.37049 0.14106 0.36936 0.14133 0.36814 0.14079 0.36685 0.13942 0.36626 0.13848 0.36560 0.13672 0.36564 0.13538 0.36638 0.13448 0.36701 0.13409 0.36814 0.13382 0.36935 0.13436 0.37065 0.13573 0.37123 0.13667 0.37190 0.13843 0.37186 0.13977 0.37112 0.14067 0.37049 0.14106\n 11 116 5 0.37178 0.13197 0.37127 0.13186 0.37139 0.13135 0.37190 0.13147 0.37178 0.13197\n 11 644 29 0.37957 0.13538 0.37844 0.13565 0.37773 0.13522 0.37734 0.13460 0.37726 0.13377 0.37769 0.13307 0.37875 0.13197 0.37949 0.13107 0.37973 0.13005 0.37965 0.12923 0.37906 0.12829 0.37836 0.12786 0.37785 0.12774 0.37671 0.12802 0.37546 0.12880 0.37472 0.12970 0.37460 0.13021 0.37468 0.13103 0.37527 0.13197 0.37597 0.13240 0.37699 0.13264 0.37812 0.13236 0.37957 0.13189 0.38039 0.13181 0.38110 0.13224 0.38149 0.13287 0.38157 0.13369 0.38083 0.13459 0.37957 0.13538\n 11 116 5 0.38292 0.12871 0.38469 0.12804 0.39960 0.12506 0.41775 0.12178 0.43538 0.11969\n 21 6 1\n 25 6 1\n 82 0\n 81 6 100\n 82 0\n 81 6 101\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 50 2 0.07756 0.09049 0.07756 0.09049\n 11 50 2 0.07756 0.10301 0.07756 0.10301\n 11 50 2 0.07756 0.11553 0.07756 0.11553\n 11 50 2 0.07756 0.12804 0.07756 0.12804\n 11 50 2 0.07756 0.14056 0.07756 0.14056\n 11 50 2 0.07756 0.15308 0.07756 0.15308\n 11 50 2 0.07756 0.16560 0.07756 0.16560\n 11 50 2 0.07756 0.17812 0.07756 0.17812\n 11 50 2 0.07756 0.19064 0.07756 0.19064\n 11 50 2 0.07756 0.20315 0.07756 0.20315\n 11 50 2 0.07756 0.21567 0.07756 0.21567\n 11 50 2 0.07756 0.22819 0.07756 0.22819\n 11 50 2 0.07756 0.24071 0.07756 0.24071\n 11 50 2 0.07756 0.25323 0.07756 0.25323\n 11 50 2 0.07756 0.26575 0.07756 0.26575\n 11 50 2 0.07756 0.27826 0.07756 0.27826\n 11 116 5 0.11278 0.09210 0.11334 0.09372 0.11391 0.09210 0.11334 0.09372 0.11334 0.09049\n 11 116 5 0.11345 0.10472 0.11460 0.10598 0.11449 0.10428 0.11460 0.10598 0.11334 0.10301\n 11 116 5 0.11411 0.11706 0.11566 0.11778 0.11490 0.11625 0.11566 0.11778 0.11334 0.11553\n 11 116 5 0.11465 0.12916 0.11636 0.12922 0.11505 0.12810 0.11636 0.12922 0.11334 0.12804\n 11 116 5 0.11498 0.14108 0.11657 0.14047 0.11494 0.13995 0.11657 0.14047 0.11334 0.14056\n 11 116 5 0.11505 0.15292 0.11628 0.15174 0.11458 0.15189 0.11628 0.15174 0.11334 0.15308\n 11 116 5 0.11485 0.16479 0.11553 0.16322 0.11402 0.16403 0.11553 0.16322 0.11334 0.16560\n 11 116 5 0.11442 0.17678 0.11443 0.17507 0.11335 0.17641 0.11443 0.17507 0.11334 0.17812\n 11 116 5 0.11381 0.18899 0.11316 0.18741 0.11268 0.18906 0.11316 0.18741 0.11334 0.19064\n 11 116 5 0.11314 0.20145 0.11191 0.20026 0.11212 0.20196 0.11191 0.20026 0.11334 0.20315\n 11 116 5 0.11249 0.21419 0.11090 0.21356 0.11175 0.21504 0.11090 0.21356 0.11334 0.21567\n 11 116 5 0.11198 0.22716 0.11027 0.22720 0.11163 0.22823 0.11027 0.22720 0.11334 0.22819\n 11 116 5 0.11168 0.24029 0.11012 0.24099 0.11178 0.24141 0.11012 0.24099 0.11334 0.24071\n 11 116 5 0.11165 0.25348 0.11049 0.25474 0.11218 0.25448 0.11049 0.25474 0.11334 0.25323\n 11 116 5 0.11189 0.26664 0.11130 0.26825 0.11276 0.26736 0.11130 0.26825 0.11334 0.26575\n 11 116 5 0.11235 0.27966 0.11244 0.28137 0.11344 0.27997 0.11244 0.28137 0.11334 0.27826\n 11 116 5 0.14856 0.09534 0.14913 0.09695 0.14969 0.09534 0.14913 0.09695 0.14913 0.09049\n 11 116 5 0.15049 0.10769 0.15164 0.10896 0.15153 0.10725 0.15164 0.10896 0.14913 0.10301\n 11 116 5 0.15221 0.11931 0.15376 0.12003 0.15300 0.11850 0.15376 0.12003 0.14913 0.11553\n 11 116 5 0.15344 0.13033 0.15515 0.13039 0.15385 0.12927 0.15515 0.13039 0.14913 0.12804\n 11 116 5 0.15399 0.14099 0.15559 0.14037 0.15395 0.13986 0.15559 0.14037 0.14913 0.14056\n 11 116 5 0.15377 0.15158 0.15500 0.15039 0.15330 0.15055 0.15500 0.15039 0.14913 0.15308\n 11 116 5 0.15282 0.16241 0.15349 0.16083 0.15198 0.16164 0.15349 0.16083 0.14913 0.16560\n 11 116 5 0.15128 0.17374 0.15129 0.17203 0.15022 0.17336 0.15129 0.17203 0.14913 0.17812\n 11 116 5 0.14941 0.18576 0.14875 0.18418 0.14828 0.18583 0.14875 0.18418 0.14913 0.19064\n 11 116 5 0.14749 0.19856 0.14627 0.19736 0.14647 0.19906 0.14627 0.19736 0.14913 0.20315\n 11 116 5 0.14583 0.21208 0.14423 0.21145 0.14509 0.21293 0.14423 0.21145 0.14913 0.21567\n 11 116 5 0.14469 0.22616 0.14298 0.22620 0.14434 0.22724 0.14298 0.22620 0.14913 0.22819\n 11 116 5 0.14425 0.24057 0.14269 0.24127 0.14435 0.24170 0.14269 0.24127 0.14913 0.24071\n 11 116 5 0.14458 0.25500 0.14342 0.25626 0.14511 0.25600 0.14342 0.25626 0.14913 0.25323\n 11 116 5 0.14563 0.26915 0.14505 0.27076 0.14650 0.26986 0.14505 0.27076 0.14913 0.26575\n 11 116 5 0.14723 0.28276 0.14732 0.28447 0.14831 0.28308 0.14732 0.28447 0.14913 0.27826\n 11 116 5 0.18406 0.09776 0.18491 0.10018 0.18576 0.09776 0.18491 0.10018 0.18491 0.09049\n 11 116 5 0.18696 0.11004 0.18868 0.11194 0.18852 0.10937 0.18868 0.11194 0.18491 0.10301\n 11 116 5 0.18953 0.12120 0.19186 0.12228 0.19072 0.11998 0.19186 0.12228 0.18491 0.11553\n 11 116 5 0.19138 0.13147 0.19394 0.13156 0.19199 0.12989 0.19394 0.13156 0.18491 0.12804\n 11 116 5 0.19220 0.14120 0.19460 0.14028 0.19215 0.13950 0.19460 0.14028 0.18491 0.14056\n 11 116 5 0.19187 0.15083 0.19372 0.14905 0.19117 0.14928 0.19372 0.14905 0.18491 0.15308\n 11 116 5 0.19044 0.16081 0.19146 0.15845 0.18919 0.15966 0.19146 0.15845 0.18491 0.16560\n 11 116 5 0.18814 0.17155 0.18816 0.16898 0.18654 0.17098 0.18816 0.16898 0.18491 0.17812\n 11 116 5 0.18533 0.18333 0.18434 0.18096 0.18364 0.18343 0.18434 0.18096 0.18491 0.19064\n 11 116 5 0.18245 0.19626 0.18062 0.19446 0.18093 0.19701 0.18062 0.19446 0.18491 0.20315\n 11 116 5 0.17996 0.21028 0.17757 0.20934 0.17885 0.21156 0.17757 0.20934 0.18491 0.21567\n 11 116 5 0.17825 0.22515 0.17568 0.22521 0.17773 0.22676 0.17568 0.22521 0.18491 0.22819\n 11 116 5 0.17759 0.24050 0.17525 0.24156 0.17774 0.24219 0.17525 0.24156 0.18491 0.24071\n 11 116 5 0.17809 0.25588 0.17634 0.25777 0.17888 0.25738 0.17634 0.25777 0.18491 0.25323\n 11 116 5 0.17966 0.27085 0.17879 0.27327 0.18098 0.27192 0.17879 0.27327 0.18491 0.26575\n 11 50 2 0.18309 0.28452 0.18491 0.27826\n 11 116 5 0.21956 0.10018 0.22069 0.10342 0.22182 0.10018 0.22069 0.10342 0.22069 0.09049\n 11 116 5 0.22342 0.11238 0.22572 0.11491 0.22551 0.11150 0.22572 0.11491 0.22069 0.10301\n 11 116 5 0.22686 0.12309 0.22996 0.12453 0.22843 0.12147 0.22996 0.12453 0.22069 0.11553\n 11 116 5 0.22932 0.13261 0.23274 0.13273 0.23014 0.13050 0.23274 0.13273 0.22069 0.12804\n 11 116 5 0.23041 0.14141 0.23361 0.14018 0.23035 0.13915 0.23361 0.14018 0.22069 0.14056\n 11 116 5 0.22998 0.15007 0.23244 0.14770 0.22903 0.14802 0.23244 0.14770 0.22069 0.15308\n 11 116 5 0.22807 0.15921 0.22942 0.15607 0.22640 0.15769 0.22942 0.15607 0.22069 0.16560\n 11 116 5 0.22500 0.16936 0.22502 0.16594 0.22287 0.16860 0.22502 0.16594 0.22069 0.17812\n 11 116 5 0.22125 0.18089 0.21994 0.17773 0.21899 0.18102 0.21994 0.17773 0.22069 0.19064\n 11 116 5 0.21741 0.19396 0.21497 0.19156 0.21539 0.19496 0.21497 0.19156 0.22069 0.20315\n 11 116 5 0.21409 0.20848 0.21091 0.20722 0.21261 0.21019 0.21091 0.20722 0.22069 0.21567\n 11 116 5 0.21181 0.22413 0.20839 0.22422 0.21112 0.22629 0.20839 0.22422 0.22069 0.22819\n 11 116 5 0.21093 0.24043 0.20781 0.24184 0.21113 0.24268 0.20781 0.24184 0.22069 0.24071\n 11 116 5 0.21159 0.25677 0.20927 0.25928 0.21265 0.25877 0.20927 0.25928 0.22069 0.25323\n 11 116 5 0.21369 0.27255 0.21253 0.27577 0.21545 0.27398 0.21253 0.27577 0.22069 0.26575\n 11 50 2 0.21887 0.28452 0.22069 0.27826\n 11 116 5 0.25506 0.10261 0.25647 0.10665 0.25789 0.10261 0.25647 0.10665 0.25647 0.09049\n 11 116 5 0.25989 0.11472 0.26276 0.11789 0.26249 0.11362 0.26276 0.11789 0.25647 0.10301\n 11 116 5 0.26418 0.12498 0.26806 0.12678 0.26615 0.12295 0.26806 0.12678 0.25647 0.11553\n 11 116 5 0.26725 0.13375 0.27153 0.13390 0.26828 0.13112 0.27153 0.13390 0.25647 0.12804\n 11 116 5 0.26863 0.14162 0.27262 0.14009 0.26854 0.13880 0.27262 0.14009 0.25647 0.14056\n 11 116 5 0.26808 0.14932 0.27116 0.14636 0.26690 0.14675 0.27116 0.14636 0.25647 0.15308\n 11 116 5 0.26570 0.15762 0.26739 0.15368 0.26362 0.15571 0.26739 0.15368 0.25647 0.16560\n 11 116 5 0.26186 0.16717 0.26188 0.16289 0.25920 0.16622 0.26188 0.16289 0.25647 0.17812\n 11 116 5 0.25718 0.17845 0.25553 0.17450 0.25435 0.17862 0.25553 0.17450 0.25647 0.19064\n 11 116 5 0.25238 0.19166 0.24932 0.18866 0.24984 0.19291 0.24932 0.18866 0.25647 0.20315\n 11 116 5 0.24822 0.20668 0.24424 0.20511 0.24638 0.20882 0.24424 0.20511 0.25647 0.21567\n 11 116 5 0.24537 0.22312 0.24109 0.22322 0.24450 0.22581 0.24109 0.22322 0.25647 0.22819\n 11 116 5 0.24428 0.24036 0.24037 0.24212 0.24452 0.24318 0.24037 0.24212 0.25647 0.24071\n 11 116 5 0.24510 0.25766 0.24220 0.26080 0.24643 0.26015 0.24220 0.26080 0.25647 0.25323\n 11 116 5 0.24772 0.27425 0.24627 0.27828 0.24992 0.27604 0.24627 0.27828 0.25647 0.26575\n 11 50 2 0.25465 0.28452 0.25647 0.27826\n 11 116 5 0.29056 0.10503 0.29225 0.10988 0.29395 0.10503 0.29225 0.10988 0.29225 0.09049\n 11 116 5 0.29635 0.11706 0.29980 0.12087 0.29948 0.11574 0.29980 0.12087 0.29225 0.10301\n 11 116 5 0.30150 0.12687 0.30616 0.12904 0.30387 0.12444 0.30616 0.12904 0.29225 0.11553\n 11 116 5 0.30519 0.13490 0.31033 0.13507 0.30642 0.13173 0.31033 0.13507 0.29225 0.12804\n 11 116 5 0.30684 0.14183 0.31164 0.14000 0.30674 0.13844 0.31164 0.14000 0.29225 0.14056\n 11 116 5 0.30618 0.14857 0.30989 0.14501 0.30477 0.14549 0.30989 0.14501 0.29225 0.15308\n 11 116 5 0.30333 0.15602 0.30535 0.15130 0.30083 0.15373 0.30535 0.15130 0.29225 0.16560\n 11 116 5 0.29872 0.16498 0.29875 0.15985 0.29553 0.16385 0.29875 0.15985 0.29225 0.17812\n 11 116 5 0.29310 0.17602 0.29112 0.17128 0.28971 0.17622 0.29112 0.17128 0.29225 0.19064\n 11 116 5 0.28734 0.18936 0.28367 0.18577 0.28430 0.19086 0.28367 0.18577 0.29225 0.20315\n 11 116 5 0.28236 0.20488 0.27758 0.20300 0.28014 0.20745 0.27758 0.20300 0.29225 0.21567\n 11 116 5 0.27894 0.22211 0.27380 0.22223 0.27789 0.22534 0.27380 0.22223 0.29225 0.22819\n 11 116 5 0.27762 0.24029 0.27294 0.24241 0.27791 0.24367 0.27294 0.24241 0.29225 0.24071\n 11 116 5 0.27861 0.25854 0.27512 0.26231 0.28020 0.26154 0.27512 0.26231 0.29225 0.25323\n 11 116 5 0.28176 0.27595 0.28001 0.28078 0.28439 0.27810 0.28001 0.28078 0.29225 0.26575\n 11 50 2 0.29043 0.28452 0.29225 0.27826\n 11 116 5 0.32606 0.10746 0.32804 0.11311 0.33001 0.10746 0.32804 0.11311 0.32804 0.09049\n 11 116 5 0.33282 0.11941 0.33684 0.12384 0.33647 0.11786 0.33684 0.12384 0.32804 0.10301\n 11 116 5 0.33883 0.12877 0.34426 0.13129 0.34159 0.12593 0.34426 0.13129 0.32804 0.11553\n 11 116 5 0.34313 0.13604 0.34912 0.13624 0.34457 0.13235 0.34912 0.13624 0.32804 0.12804\n 11 116 5 0.34505 0.14205 0.35065 0.13990 0.34494 0.13809 0.35065 0.13990 0.32804 0.14056\n 11 116 5 0.34429 0.14782 0.34861 0.14367 0.34264 0.14422 0.34861 0.14367 0.32804 0.15308\n 11 116 5 0.34096 0.15442 0.34332 0.14892 0.33804 0.15175 0.34332 0.14892 0.32804 0.16560\n 11 116 5 0.33558 0.16279 0.33561 0.15680 0.33185 0.16147 0.33561 0.15680 0.32804 0.17812\n 11 116 5 0.32902 0.17358 0.32671 0.16805 0.32507 0.17381 0.32671 0.16805 0.32804 0.19064\n 11 116 5 0.32230 0.18706 0.31802 0.18287 0.31875 0.18881 0.31802 0.18287 0.32804 0.20315\n 11 116 5 0.31649 0.20308 0.31091 0.20089 0.31390 0.20608 0.31091 0.20089 0.32804 0.21567\n 11 116 5 0.31250 0.22109 0.30651 0.22124 0.31128 0.22486 0.30651 0.22124 0.32804 0.22819\n 11 116 5 0.31096 0.24022 0.30550 0.24269 0.31131 0.24417 0.30550 0.24269 0.32804 0.24071\n 11 116 5 0.31212 0.25943 0.30805 0.26383 0.31397 0.26293 0.30805 0.26383 0.32804 0.25323\n 11 116 5 0.31579 0.27765 0.31375 0.28329 0.31886 0.28015 0.31375 0.28329 0.32804 0.26575\n 11 50 2 0.32621 0.28452 0.32804 0.27826\n 11 116 5 0.36156 0.10988 0.36382 0.11634 0.36608 0.10988 0.36382 0.11634 0.36382 0.09049\n 11 116 5 0.36928 0.12175 0.37389 0.12682 0.37345 0.11999 0.37389 0.12682 0.36382 0.10301\n 11 116 5 0.37615 0.13066 0.38236 0.13354 0.37930 0.12741 0.38236 0.13354 0.36382 0.11553\n 11 116 5 0.38107 0.13718 0.38791 0.13741 0.38271 0.13296 0.38791 0.13741 0.36382 0.12804\n 11 116 5 0.38327 0.14226 0.38966 0.13981 0.38313 0.13773 0.38966 0.13981 0.36382 0.14056\n 11 116 5 0.38239 0.14707 0.38733 0.14232 0.38051 0.14295 0.38733 0.14232 0.36382 0.15308\n 11 116 5 0.37858 0.15283 0.38128 0.14653 0.37525 0.14977 0.38128 0.14653 0.36382 0.16560\n 11 116 5 0.37244 0.16060 0.37248 0.15376 0.36818 0.15909 0.37248 0.15376 0.36382 0.17812\n 11 116 5 0.36494 0.17115 0.36231 0.16483 0.36043 0.17141 0.36231 0.16483 0.36382 0.19064\n 11 116 5 0.35727 0.18476 0.35238 0.17997 0.35321 0.18677 0.35238 0.17997 0.36382 0.20315\n 11 116 5 0.35062 0.20129 0.34425 0.19877 0.34766 0.20471 0.34425 0.19877 0.36382 0.21567\n 11 116 5 0.34606 0.22008 0.33921 0.22024 0.34467 0.22438 0.33921 0.22024 0.36382 0.22819\n 11 116 5 0.34430 0.24015 0.33806 0.24297 0.34470 0.24466 0.33806 0.24297 0.36382 0.24071\n 11 116 5 0.34563 0.26031 0.34098 0.26534 0.34775 0.26431 0.34098 0.26534 0.36382 0.25323\n 11 50 2 0.34982 0.27936 0.34796 0.28452\n 11 72 3 0.34957 0.28452 0.35333 0.28221 0.34957 0.28452\n 11 50 2 0.34853 0.28452 0.36382 0.26575\n 11 50 2 0.36200 0.28452 0.36382 0.27826\n 11 116 5 0.39705 0.11230 0.39960 0.11957 0.40214 0.11230 0.39960 0.11957 0.39960 0.09049\n 11 116 5 0.40575 0.12409 0.41093 0.12980 0.41044 0.12211 0.41093 0.12980 0.39960 0.10301\n 11 116 5 0.41347 0.13255 0.42046 0.13579 0.41702 0.12890 0.42046 0.13579 0.39960 0.11553\n 11 116 5 0.41901 0.13832 0.42671 0.13858 0.42085 0.13358 0.42671 0.13858 0.39960 0.12804\n 11 116 5 0.42148 0.14247 0.42867 0.13971 0.42133 0.13738 0.42867 0.13971 0.39960 0.14056\n 11 116 5 0.42049 0.14632 0.42605 0.14098 0.41838 0.14169 0.42605 0.14098 0.39960 0.15308\n 11 116 5 0.41621 0.15123 0.41925 0.14415 0.41246 0.14779 0.41925 0.14415 0.39960 0.16560\n 11 116 5 0.40930 0.15842 0.40934 0.15071 0.40451 0.15671 0.40934 0.15071 0.39960 0.17812\n 11 116 5 0.40087 0.16871 0.39790 0.16160 0.39579 0.16901 0.39790 0.16160 0.39960 0.19064\n 11 116 5 0.39223 0.18247 0.38673 0.17707 0.38766 0.18472 0.38673 0.17707 0.39960 0.20315\n 11 116 5 0.38475 0.19949 0.37759 0.19666 0.38143 0.20334 0.37759 0.19666 0.39960 0.21567\n 11 116 5 0.37962 0.21906 0.37192 0.21925 0.37806 0.22391 0.37192 0.21925 0.39960 0.22819\n 11 116 5 0.37765 0.24008 0.37063 0.24325 0.37809 0.24515 0.37063 0.24325 0.39960 0.24071\n 11 116 5 0.37914 0.26120 0.37390 0.26685 0.38152 0.26570 0.37390 0.26685 0.39960 0.25323\n 11 50 2 0.38385 0.28106 0.38260 0.28452\n 11 72 3 0.38739 0.28452 0.38780 0.28427 0.38739 0.28452\n 11 50 2 0.38432 0.28452 0.39960 0.26575\n 11 50 2 0.39778 0.28452 0.39960 0.27826\n 11 72 3 0.43255 0.11473 0.43538 0.12281 0.43538 0.12281\n 11 72 3 0.43538 0.12281 0.43538 0.12281 0.43538 0.09049\n 11 50 2 0.43538 0.10301 0.43538 0.10301\n 11 50 2 0.43538 0.11553 0.43538 0.11553\n 11 50 2 0.43538 0.12804 0.43538 0.12804\n 11 50 2 0.43538 0.14056 0.43538 0.14056\n 11 50 2 0.43538 0.15308 0.43538 0.15308\n 11 50 2 0.43538 0.16560 0.43538 0.16560\n 11 50 2 0.43538 0.17812 0.43538 0.17812\n 11 116 5 0.43538 0.16290 0.43349 0.15837 0.43114 0.16660 0.43349 0.15837 0.43538 0.19064\n 11 116 5 0.42719 0.18017 0.42108 0.17417 0.42212 0.18267 0.42108 0.17417 0.43538 0.20315\n 11 116 5 0.41889 0.19769 0.41092 0.19455 0.41519 0.20197 0.41092 0.19455 0.43538 0.21567\n 11 116 5 0.41319 0.21805 0.40463 0.21826 0.41145 0.22343 0.40463 0.21826 0.43538 0.22819\n 11 116 5 0.41099 0.24001 0.40319 0.24354 0.41148 0.24565 0.40319 0.24354 0.43538 0.24071\n 11 116 5 0.41264 0.26209 0.40683 0.26837 0.41529 0.26708 0.40683 0.26837 0.43538 0.25323\n 11 50 2 0.41789 0.28276 0.41725 0.28452\n 11 50 2 0.42010 0.28452 0.43538 0.26575\n 12 358 16 0.07756 0.09049 0.07756 0.10301 0.07756 0.11553 0.07756 0.12804 0.07756 0.14056 0.07756 0.15308 0.07756 0.16560 0.07756 0.17812 0.07756 0.19064 0.07756 0.20315 0.07756 0.21567 0.07756 0.22819 0.07756 0.24071 0.07756 0.25323 0.07756 0.26575 0.07756 0.27826\n 11 50 2 0.43356 0.28452 0.43538 0.27826\n 11 116 5 0.12765 0.06100 0.13573 0.05817 0.12765 0.05534 0.13573 0.05817 0.10342 0.05817\n 21 6 1\n 25 6 1\n 11 94 4 0.15785 0.06057 0.15859 0.06094 0.15969 0.06205 0.15969 0.05429\n 11 116 5 0.16487 0.05503 0.16450 0.05466 0.16487 0.05429 0.16523 0.05466 0.16487 0.05503\n 11 380 17 0.17004 0.06205 0.16893 0.06168 0.16819 0.06057 0.16782 0.05873 0.16782 0.05762 0.16819 0.05577 0.16893 0.05466 0.17004 0.05429 0.17077 0.05429 0.17188 0.05466 0.17262 0.05577 0.17299 0.05762 0.17299 0.05873 0.17262 0.06057 0.17188 0.06168 0.17077 0.06205 0.17004 0.06205\n 11 380 17 0.17742 0.06205 0.17632 0.06168 0.17558 0.06057 0.17521 0.05873 0.17521 0.05762 0.17558 0.05577 0.17632 0.05466 0.17742 0.05429 0.17816 0.05429 0.17927 0.05466 0.18001 0.05577 0.18038 0.05762 0.18038 0.05873 0.18001 0.06057 0.17927 0.06168 0.17816 0.06205 0.17742 0.06205\n 11 50 2 0.01183 0.06121 0.01428 0.05753\n 11 50 2 0.01428 0.06121 0.01183 0.05753\n 11 50 2 0.01551 0.06191 0.01551 0.05630\n 11 50 2 0.01569 0.06191 0.01569 0.05630\n 11 50 2 0.01551 0.06191 0.01674 0.06191\n 11 50 2 0.01551 0.05630 0.01674 0.05630\n 11 50 2 0.01779 0.06121 0.02025 0.05753\n 11 50 2 0.02025 0.06121 0.01779 0.05753\n 11 50 2 0.02148 0.05963 0.02464 0.05963\n 11 50 2 0.02148 0.05858 0.02464 0.05858\n 11 380 17 0.02692 0.06121 0.02639 0.06103 0.02604 0.06051 0.02586 0.05963 0.02586 0.05910 0.02604 0.05823 0.02639 0.05770 0.02692 0.05753 0.02727 0.05753 0.02779 0.05770 0.02814 0.05823 0.02832 0.05910 0.02832 0.05963 0.02814 0.06051 0.02779 0.06103 0.02727 0.06121 0.02692 0.06121\n 11 116 5 0.02972 0.05998 0.02955 0.05981 0.02972 0.05963 0.02990 0.05981 0.02972 0.05998\n 11 116 5 0.02972 0.05788 0.02955 0.05770 0.02972 0.05753 0.02990 0.05770 0.02972 0.05788\n 11 94 4 0.03165 0.06051 0.03200 0.06068 0.03253 0.06121 0.03253 0.05753\n 11 116 5 0.03499 0.05998 0.03481 0.05981 0.03499 0.05963 0.03516 0.05981 0.03499 0.05998\n 11 116 5 0.03499 0.05788 0.03481 0.05770 0.03499 0.05753 0.03516 0.05770 0.03499 0.05788\n 11 116 5 0.03674 0.05788 0.03656 0.05770 0.03674 0.05753 0.03692 0.05770 0.03674 0.05788\n 11 94 4 0.03867 0.06051 0.03902 0.06068 0.03955 0.06121 0.03955 0.05753\n 11 50 2 0.04271 0.06191 0.04271 0.05630\n 11 50 2 0.04288 0.06191 0.04288 0.05630\n 11 50 2 0.04165 0.06191 0.04288 0.06191\n 11 50 2 0.04165 0.05630 0.04288 0.05630\n 11 50 2 0.04499 0.06016 0.04499 0.05805\n 11 50 2 0.04411 0.05963 0.04586 0.05858\n 11 50 2 0.04586 0.05963 0.04411 0.05858\n 11 446 20 0.04937 0.06068 0.04902 0.06103 0.04849 0.06121 0.04779 0.06121 0.04727 0.06103 0.04692 0.06068 0.04692 0.06033 0.04709 0.05998 0.04727 0.05981 0.04762 0.05963 0.04867 0.05928 0.04902 0.05910 0.04920 0.05893 0.04937 0.05858 0.04937 0.05805 0.04902 0.05770 0.04849 0.05753 0.04779 0.05753 0.04727 0.05770 0.04692 0.05805\n 11 50 2 0.05060 0.06121 0.05060 0.05753\n 11 50 2 0.05200 0.06121 0.05200 0.05753\n 11 50 2 0.05200 0.06121 0.05446 0.05753\n 11 50 2 0.05446 0.06121 0.05446 0.05753\n 11 226 10 0.05709 0.06191 0.05674 0.06156 0.05639 0.06103 0.05604 0.06033 0.05586 0.05945 0.05586 0.05875 0.05604 0.05788 0.05639 0.05717 0.05674 0.05665 0.05709 0.05630\n 11 72 3 0.05779 0.06121 0.05920 0.05945 0.05920 0.05753\n 11 50 2 0.06060 0.06121 0.05920 0.05945\n 11 50 2 0.06148 0.06191 0.06148 0.05630\n 11 50 2 0.06165 0.06191 0.06165 0.05630\n 11 50 2 0.06148 0.06191 0.06271 0.06191\n 11 50 2 0.06148 0.05630 0.06271 0.05630\n 11 72 3 0.06341 0.06121 0.06481 0.05945 0.06481 0.05753\n 11 50 2 0.06621 0.06121 0.06481 0.05945\n 11 50 2 0.06709 0.05963 0.07025 0.05963\n 11 50 2 0.06709 0.05858 0.07025 0.05858\n 11 380 17 0.07253 0.06121 0.07200 0.06103 0.07165 0.06051 0.07148 0.05963 0.07148 0.05910 0.07165 0.05823 0.07200 0.05770 0.07253 0.05753 0.07288 0.05753 0.07341 0.05770 0.07376 0.05823 0.07393 0.05910 0.07393 0.05963 0.07376 0.06051 0.07341 0.06103 0.07288 0.06121 0.07253 0.06121\n 11 116 5 0.07534 0.05998 0.07516 0.05981 0.07534 0.05963 0.07551 0.05981 0.07534 0.05998\n 11 116 5 0.07534 0.05788 0.07516 0.05770 0.07534 0.05753 0.07551 0.05770 0.07534 0.05788\n 11 512 23 0.07902 0.06068 0.07885 0.06103 0.07832 0.06121 0.07797 0.06121 0.07744 0.06103 0.07709 0.06051 0.07692 0.05963 0.07692 0.05875 0.07709 0.05805 0.07744 0.05770 0.07797 0.05753 0.07814 0.05753 0.07867 0.05770 0.07902 0.05805 0.07920 0.05858 0.07920 0.05875 0.07902 0.05928 0.07867 0.05963 0.07814 0.05981 0.07797 0.05981 0.07744 0.05963 0.07709 0.05928 0.07692 0.05875\n 11 116 5 0.08060 0.05788 0.08042 0.05770 0.08060 0.05753 0.08078 0.05770 0.08060 0.05788\n 11 336 15 0.08235 0.06121 0.08428 0.06121 0.08323 0.05981 0.08376 0.05981 0.08411 0.05963 0.08428 0.05945 0.08446 0.05893 0.08446 0.05858 0.08428 0.05805 0.08393 0.05770 0.08341 0.05753 0.08288 0.05753 0.08235 0.05770 0.08218 0.05788 0.08200 0.05823\n 11 116 5 0.08586 0.05998 0.08569 0.05981 0.08586 0.05963 0.08604 0.05981 0.08586 0.05998\n 11 116 5 0.08586 0.05788 0.08569 0.05770 0.08586 0.05753 0.08604 0.05770 0.08586 0.05788\n 11 116 5 0.08762 0.05788 0.08744 0.05770 0.08762 0.05753 0.08779 0.05770 0.08762 0.05788\n 11 314 14 0.08920 0.06033 0.08920 0.06051 0.08937 0.06086 0.08955 0.06103 0.08990 0.06121 0.09060 0.06121 0.09095 0.06103 0.09113 0.06086 0.09130 0.06051 0.09130 0.06016 0.09113 0.05981 0.09078 0.05928 0.08902 0.05753 0.09148 0.05753\n 11 50 2 0.09358 0.06191 0.09358 0.05630\n 11 50 2 0.09376 0.06191 0.09376 0.05630\n 11 50 2 0.09253 0.06191 0.09376 0.06191\n 11 50 2 0.09253 0.05630 0.09376 0.05630\n 11 226 10 0.09499 0.06191 0.09534 0.06156 0.09569 0.06103 0.09604 0.06033 0.09621 0.05945 0.09621 0.05875 0.09604 0.05788 0.09569 0.05717 0.09534 0.05665 0.09499 0.05630\n 11 182 8 0.10078 0.05770 0.10060 0.05753 0.10042 0.05770 0.10060 0.05788 0.10078 0.05770 0.10078 0.05735 0.10060 0.05700 0.10042 0.05682\n 11 50 2 0.01411 0.05539 0.01657 0.05171\n 11 50 2 0.01657 0.05539 0.01411 0.05171\n 11 50 2 0.01779 0.05609 0.01779 0.05048\n 11 50 2 0.01797 0.05609 0.01797 0.05048\n 11 50 2 0.01779 0.05609 0.01902 0.05609\n 11 50 2 0.01779 0.05048 0.01902 0.05048\n 11 50 2 0.02007 0.05539 0.02253 0.05171\n 11 50 2 0.02253 0.05539 0.02007 0.05171\n 11 50 2 0.02376 0.05381 0.02692 0.05381\n 11 50 2 0.02376 0.05276 0.02692 0.05276\n 11 380 17 0.02920 0.05539 0.02867 0.05522 0.02832 0.05469 0.02814 0.05381 0.02814 0.05329 0.02832 0.05241 0.02867 0.05188 0.02920 0.05171 0.02955 0.05171 0.03007 0.05188 0.03042 0.05241 0.03060 0.05329 0.03060 0.05381 0.03042 0.05469 0.03007 0.05522 0.02955 0.05539 0.02920 0.05539\n 11 116 5 0.03200 0.05416 0.03183 0.05399 0.03200 0.05381 0.03218 0.05399 0.03200 0.05416\n 11 116 5 0.03200 0.05206 0.03183 0.05188 0.03200 0.05171 0.03218 0.05188 0.03200 0.05206\n 11 94 4 0.03393 0.05469 0.03428 0.05487 0.03481 0.05539 0.03481 0.05171\n 11 116 5 0.03727 0.05416 0.03709 0.05399 0.03727 0.05381 0.03744 0.05399 0.03727 0.05416\n 11 116 5 0.03727 0.05206 0.03709 0.05188 0.03727 0.05171 0.03744 0.05188 0.03727 0.05206\n 11 116 5 0.03902 0.05206 0.03885 0.05188 0.03902 0.05171 0.03920 0.05188 0.03902 0.05206\n 11 94 4 0.04095 0.05469 0.04130 0.05487 0.04183 0.05539 0.04183 0.05171\n 11 50 2 0.04499 0.05609 0.04499 0.05048\n 11 50 2 0.04516 0.05609 0.04516 0.05048\n 11 50 2 0.04393 0.05609 0.04516 0.05609\n 11 50 2 0.04393 0.05048 0.04516 0.05048\n 11 50 2 0.04727 0.05434 0.04727 0.05223\n 11 50 2 0.04639 0.05381 0.04814 0.05276\n 11 50 2 0.04814 0.05381 0.04639 0.05276\n 11 402 18 0.05183 0.05451 0.05165 0.05487 0.05130 0.05522 0.05095 0.05539 0.05025 0.05539 0.04990 0.05522 0.04955 0.05487 0.04937 0.05451 0.04920 0.05399 0.04920 0.05311 0.04937 0.05259 0.04955 0.05223 0.04990 0.05188 0.05025 0.05171 0.05095 0.05171 0.05130 0.05188 0.05165 0.05223 0.05183 0.05259\n 11 468 21 0.05393 0.05539 0.05358 0.05522 0.05323 0.05487 0.05306 0.05451 0.05288 0.05399 0.05288 0.05311 0.05306 0.05259 0.05323 0.05223 0.05358 0.05188 0.05393 0.05171 0.05464 0.05171 0.05499 0.05188 0.05534 0.05223 0.05551 0.05259 0.05569 0.05311 0.05569 0.05399 0.05551 0.05451 0.05534 0.05487 0.05499 0.05522 0.05464 0.05539 0.05393 0.05539\n 11 446 20 0.05920 0.05487 0.05885 0.05522 0.05832 0.05539 0.05762 0.05539 0.05709 0.05522 0.05674 0.05487 0.05674 0.05451 0.05692 0.05416 0.05709 0.05399 0.05744 0.05381 0.05849 0.05346 0.05885 0.05329 0.05902 0.05311 0.05920 0.05276 0.05920 0.05223 0.05885 0.05188 0.05832 0.05171 0.05762 0.05171 0.05709 0.05188 0.05674 0.05223\n 11 226 10 0.06165 0.05609 0.06130 0.05574 0.06095 0.05522 0.06060 0.05451 0.06042 0.05364 0.06042 0.05294 0.06060 0.05206 0.06095 0.05136 0.06130 0.05083 0.06165 0.05048\n 11 72 3 0.06235 0.05539 0.06376 0.05364 0.06376 0.05171\n 11 50 2 0.06516 0.05539 0.06376 0.05364\n 11 50 2 0.06604 0.05609 0.06604 0.05048\n 11 50 2 0.06621 0.05609 0.06621 0.05048\n 11 50 2 0.06604 0.05609 0.06727 0.05609\n 11 50 2 0.06604 0.05048 0.06727 0.05048\n 11 72 3 0.06797 0.05539 0.06937 0.05364 0.06937 0.05171\n 11 50 2 0.07078 0.05539 0.06937 0.05364\n 11 50 2 0.07165 0.05381 0.07481 0.05381\n 11 50 2 0.07165 0.05276 0.07481 0.05276\n 11 380 17 0.07709 0.05539 0.07656 0.05522 0.07621 0.05469 0.07604 0.05381 0.07604 0.05329 0.07621 0.05241 0.07656 0.05188 0.07709 0.05171 0.07744 0.05171 0.07797 0.05188 0.07832 0.05241 0.07849 0.05329 0.07849 0.05381 0.07832 0.05469 0.07797 0.05522 0.07744 0.05539 0.07709 0.05539\n 11 116 5 0.07990 0.05416 0.07972 0.05399 0.07990 0.05381 0.08007 0.05399 0.07990 0.05416\n 11 116 5 0.07990 0.05206 0.07972 0.05188 0.07990 0.05171 0.08007 0.05188 0.07990 0.05206\n 11 512 23 0.08358 0.05487 0.08341 0.05522 0.08288 0.05539 0.08253 0.05539 0.08200 0.05522 0.08165 0.05469 0.08148 0.05381 0.08148 0.05294 0.08165 0.05223 0.08200 0.05188 0.08253 0.05171 0.08271 0.05171 0.08323 0.05188 0.08358 0.05223 0.08376 0.05276 0.08376 0.05294 0.08358 0.05346 0.08323 0.05381 0.08271 0.05399 0.08253 0.05399 0.08200 0.05381 0.08165 0.05346 0.08148 0.05294\n 11 116 5 0.08516 0.05206 0.08499 0.05188 0.08516 0.05171 0.08534 0.05188 0.08516 0.05206\n 11 336 15 0.08692 0.05539 0.08885 0.05539 0.08779 0.05399 0.08832 0.05399 0.08867 0.05381 0.08885 0.05364 0.08902 0.05311 0.08902 0.05276 0.08885 0.05223 0.08849 0.05188 0.08797 0.05171 0.08744 0.05171 0.08692 0.05188 0.08674 0.05206 0.08656 0.05241\n 11 116 5 0.09042 0.05416 0.09025 0.05399 0.09042 0.05381 0.09060 0.05399 0.09042 0.05416\n 11 116 5 0.09042 0.05206 0.09025 0.05188 0.09042 0.05171 0.09060 0.05188 0.09042 0.05206\n 11 116 5 0.09218 0.05206 0.09200 0.05188 0.09218 0.05171 0.09235 0.05188 0.09218 0.05206\n 11 314 14 0.09376 0.05451 0.09376 0.05469 0.09393 0.05504 0.09411 0.05522 0.09446 0.05539 0.09516 0.05539 0.09551 0.05522 0.09569 0.05504 0.09586 0.05469 0.09586 0.05434 0.09569 0.05399 0.09534 0.05346 0.09358 0.05171 0.09604 0.05171\n 11 50 2 0.09814 0.05609 0.09814 0.05048\n 11 50 2 0.09832 0.05609 0.09832 0.05048\n 11 50 2 0.09709 0.05609 0.09832 0.05609\n 11 50 2 0.09709 0.05048 0.09832 0.05048\n 11 226 10 0.09955 0.05609 0.09990 0.05574 0.10025 0.05522 0.10060 0.05451 0.10078 0.05364 0.10078 0.05294 0.10060 0.05206 0.10025 0.05136 0.09990 0.05083 0.09955 0.05048\n 11 50 2 0.10148 0.05171 0.10148 0.05171\n 82 0\n 81 6 102\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 103\n 21 6 1\n 25 6 1\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 336 15 0.52610 0.16535 0.52721 0.16424 0.52832 0.16387 0.52905 0.16387 0.53016 0.16424 0.53090 0.16498 0.53127 0.16498 0.53201 0.16350 0.53275 0.16498 0.53312 0.16498 0.53386 0.16424 0.53496 0.16387 0.53570 0.16387 0.53681 0.16424 0.53792 0.16535\n 11 94 4 0.52684 0.16461 0.52795 0.16424 0.52942 0.16424 0.53053 0.16461\n 11 94 4 0.53349 0.16461 0.53460 0.16424 0.53607 0.16424 0.53718 0.16461\n 11 314 14 0.52942 0.16867 0.52905 0.16867 0.52832 0.16904 0.52795 0.16941 0.52758 0.17015 0.52758 0.17162 0.52795 0.17236 0.52832 0.17273 0.52905 0.17310 0.52979 0.17310 0.53053 0.17273 0.53164 0.17199 0.53533 0.16830 0.53533 0.17347\n 11 182 8 0.53496 0.17680 0.53533 0.17643 0.53496 0.17606 0.53460 0.17643 0.53496 0.17680 0.53570 0.17680 0.53644 0.17643 0.53681 0.17606\n 11 94 4 0.52905 0.18049 0.52869 0.18123 0.52758 0.18234 0.53533 0.18234\n 11 182 8 0.53496 0.18788 0.53533 0.18751 0.53496 0.18714 0.53460 0.18751 0.53496 0.18788 0.53570 0.18788 0.53644 0.18751 0.53681 0.18714\n 11 380 17 0.52758 0.19268 0.52795 0.19157 0.52905 0.19083 0.53090 0.19046 0.53201 0.19046 0.53386 0.19083 0.53496 0.19157 0.53533 0.19268 0.53533 0.19342 0.53496 0.19452 0.53386 0.19526 0.53201 0.19563 0.53090 0.19563 0.52905 0.19526 0.52795 0.19452 0.52758 0.19342 0.52758 0.19268\n 11 116 5 0.53460 0.19859 0.53496 0.19822 0.53533 0.19859 0.53496 0.19896 0.53460 0.19859\n 11 380 17 0.52758 0.20597 0.52758 0.20228 0.53090 0.20191 0.53053 0.20228 0.53016 0.20339 0.53016 0.20450 0.53053 0.20560 0.53127 0.20634 0.53238 0.20671 0.53312 0.20671 0.53423 0.20634 0.53496 0.20560 0.53533 0.20450 0.53533 0.20339 0.53496 0.20228 0.53460 0.20191 0.53386 0.20154\n 11 336 15 0.52610 0.20967 0.52721 0.21077 0.52832 0.21114 0.52905 0.21114 0.53016 0.21077 0.53090 0.21004 0.53127 0.21004 0.53201 0.21151 0.53275 0.21004 0.53312 0.21004 0.53386 0.21077 0.53496 0.21114 0.53570 0.21114 0.53681 0.21077 0.53792 0.20967\n 11 94 4 0.52684 0.21041 0.52795 0.21077 0.52942 0.21077 0.53053 0.21041\n 11 94 4 0.53349 0.21041 0.53460 0.21077 0.53607 0.21077 0.53718 0.21041\n 11 336 15 0.73985 0.06385 0.73874 0.06274 0.73837 0.06163 0.73837 0.06090 0.73874 0.05979 0.73948 0.05905 0.73948 0.05868 0.73800 0.05794 0.73948 0.05720 0.73948 0.05683 0.73874 0.05609 0.73837 0.05499 0.73837 0.05425 0.73874 0.05314 0.73985 0.05203\n 11 94 4 0.73911 0.06311 0.73874 0.06200 0.73874 0.06053 0.73911 0.05942\n 11 94 4 0.73911 0.05646 0.73874 0.05536 0.73874 0.05388 0.73911 0.05277\n 11 94 4 0.74391 0.06090 0.74465 0.06126 0.74576 0.06237 0.74576 0.05462\n 11 182 8 0.75130 0.05499 0.75093 0.05462 0.75056 0.05499 0.75093 0.05536 0.75130 0.05499 0.75130 0.05425 0.75093 0.05351 0.75056 0.05314\n 11 314 14 0.75426 0.06053 0.75426 0.06090 0.75462 0.06163 0.75499 0.06200 0.75573 0.06237 0.75721 0.06237 0.75795 0.06200 0.75832 0.06163 0.75869 0.06090 0.75869 0.06016 0.75832 0.05942 0.75758 0.05831 0.75389 0.05462 0.75906 0.05462\n 11 182 8 0.76238 0.05499 0.76201 0.05462 0.76164 0.05499 0.76201 0.05536 0.76238 0.05499 0.76238 0.05425 0.76201 0.05351 0.76164 0.05314\n 11 94 4 0.76607 0.06090 0.76681 0.06126 0.76792 0.06237 0.76792 0.05462\n 11 336 15 0.77309 0.06385 0.77420 0.06274 0.77457 0.06163 0.77457 0.06090 0.77420 0.05979 0.77346 0.05905 0.77346 0.05868 0.77494 0.05794 0.77346 0.05720 0.77346 0.05683 0.77420 0.05609 0.77457 0.05499 0.77457 0.05425 0.77420 0.05314 0.77309 0.05203\n 11 94 4 0.77383 0.06311 0.77420 0.06200 0.77420 0.06053 0.77383 0.05942\n 11 94 4 0.77383 0.05646 0.77420 0.05536 0.77420 0.05388 0.77383 0.05277\n 11 402 18 0.71954 0.02907 0.71892 0.02845 0.71954 0.02784 0.72015 0.02845 0.72015 0.02907 0.71892 0.03030 0.71769 0.03092 0.71584 0.03092 0.71400 0.03030 0.71277 0.02907 0.71215 0.02722 0.71215 0.02599 0.71277 0.02415 0.71400 0.02291 0.71584 0.02230 0.71708 0.02230 0.71892 0.02291 0.72015 0.02415\n 11 182 8 0.71584 0.03092 0.71461 0.03030 0.71338 0.02907 0.71277 0.02722 0.71277 0.02599 0.71338 0.02415 0.71461 0.02291 0.71584 0.02230\n 11 380 17 0.72754 0.03092 0.72569 0.03030 0.72446 0.02907 0.72385 0.02722 0.72385 0.02599 0.72446 0.02415 0.72569 0.02291 0.72754 0.02230 0.72877 0.02230 0.73062 0.02291 0.73185 0.02415 0.73246 0.02599 0.73246 0.02722 0.73185 0.02907 0.73062 0.03030 0.72877 0.03092 0.72754 0.03092\n 11 182 8 0.72754 0.03092 0.72631 0.03030 0.72508 0.02907 0.72446 0.02722 0.72446 0.02599 0.72508 0.02415 0.72631 0.02291 0.72754 0.02230\n 11 182 8 0.72877 0.02230 0.73000 0.02291 0.73123 0.02415 0.73185 0.02599 0.73185 0.02722 0.73123 0.02907 0.73000 0.03030 0.72877 0.03092\n 11 50 2 0.73739 0.03092 0.73739 0.02230\n 11 50 2 0.73800 0.03092 0.73800 0.02230\n 11 160 7 0.73800 0.02907 0.73924 0.03030 0.74108 0.03092 0.74231 0.03092 0.74416 0.03030 0.74478 0.02907 0.74478 0.02230\n 11 94 4 0.74231 0.03092 0.74354 0.03030 0.74416 0.02907 0.74416 0.02230\n 11 50 2 0.73554 0.03092 0.73800 0.03092\n 11 50 2 0.73554 0.02230 0.73985 0.02230\n 11 50 2 0.74231 0.02230 0.74662 0.02230\n 11 336 15 0.75586 0.02969 0.75647 0.03092 0.75647 0.02845 0.75586 0.02969 0.75524 0.03030 0.75401 0.03092 0.75155 0.03092 0.75032 0.03030 0.74970 0.02969 0.74970 0.02845 0.75032 0.02784 0.75155 0.02722 0.75462 0.02599 0.75586 0.02538 0.75647 0.02476\n 11 336 15 0.74970 0.02907 0.75032 0.02845 0.75155 0.02784 0.75462 0.02661 0.75586 0.02599 0.75647 0.02538 0.75647 0.02353 0.75586 0.02291 0.75462 0.02230 0.75216 0.02230 0.75093 0.02291 0.75032 0.02353 0.74970 0.02476 0.74970 0.02230 0.75032 0.02353\n 11 160 7 0.76140 0.03523 0.76140 0.02476 0.76201 0.02291 0.76324 0.02230 0.76447 0.02230 0.76571 0.02291 0.76632 0.02415\n 11 94 4 0.76201 0.03523 0.76201 0.02476 0.76263 0.02291 0.76324 0.02230\n 11 50 2 0.75955 0.03092 0.76447 0.03092\n 11 292 13 0.77063 0.02969 0.77063 0.02907 0.77001 0.02907 0.77001 0.02969 0.77063 0.03030 0.77186 0.03092 0.77432 0.03092 0.77555 0.03030 0.77617 0.02969 0.77679 0.02845 0.77679 0.02415 0.77740 0.02291 0.77802 0.02230\n 11 116 5 0.77617 0.02969 0.77617 0.02415 0.77679 0.02291 0.77802 0.02230 0.77863 0.02230\n 11 248 11 0.77617 0.02845 0.77555 0.02784 0.77186 0.02722 0.77001 0.02661 0.76940 0.02538 0.76940 0.02415 0.77001 0.02291 0.77186 0.02230 0.77371 0.02230 0.77494 0.02291 0.77617 0.02415\n 11 138 6 0.77186 0.02722 0.77063 0.02661 0.77001 0.02538 0.77001 0.02415 0.77063 0.02291 0.77186 0.02230\n 11 50 2 0.78294 0.03092 0.78294 0.02230\n 11 50 2 0.78356 0.03092 0.78356 0.02230\n 11 160 7 0.78356 0.02907 0.78479 0.03030 0.78663 0.03092 0.78787 0.03092 0.78971 0.03030 0.79033 0.02907 0.79033 0.02230\n 11 94 4 0.78787 0.03092 0.78910 0.03030 0.78971 0.02907 0.78971 0.02230\n 11 50 2 0.78109 0.03092 0.78356 0.03092\n 11 50 2 0.78109 0.02230 0.78540 0.02230\n 11 50 2 0.78787 0.02230 0.79217 0.02230\n 11 160 7 0.79648 0.03523 0.79648 0.02476 0.79710 0.02291 0.79833 0.02230 0.79956 0.02230 0.80079 0.02291 0.80141 0.02415\n 11 94 4 0.79710 0.03523 0.79710 0.02476 0.79771 0.02291 0.79833 0.02230\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00129 0.00358 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.57756 0.93538 0.09049 0.28452\n 56 39 7 0.00000 0.00000 1.00000\n 11 50 2 1631.33057 61.90117 1658.59314 61.90117\n 21 6 8\n 25 6 8\n 40 6 7\n 38 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00129 0.00358 0.00000\n 61 44 0.57756 0.93538 0.09049 0.28452\n 14 72 3 0.57756 0.28452 0.93538 0.15517 0.57756 0.09049\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.50000 1.00000 0.00000 0.37500\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 94 4 0.57756 0.28452 0.93538 0.15517 0.57756 0.09049 0.57756 0.28452\n 21 6 1\n 25 6 1\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 336 15 0.52610 0.16535 0.52721 0.16424 0.52832 0.16387 0.52905 0.16387 0.53016 0.16424 0.53090 0.16498 0.53127 0.16498 0.53201 0.16350 0.53275 0.16498 0.53312 0.16498 0.53386 0.16424 0.53496 0.16387 0.53570 0.16387 0.53681 0.16424 0.53792 0.16535\n 11 94 4 0.52684 0.16461 0.52795 0.16424 0.52942 0.16424 0.53053 0.16461\n 11 94 4 0.53349 0.16461 0.53460 0.16424 0.53607 0.16424 0.53718 0.16461\n 11 314 14 0.52942 0.16867 0.52905 0.16867 0.52832 0.16904 0.52795 0.16941 0.52758 0.17015 0.52758 0.17162 0.52795 0.17236 0.52832 0.17273 0.52905 0.17310 0.52979 0.17310 0.53053 0.17273 0.53164 0.17199 0.53533 0.16830 0.53533 0.17347\n 11 182 8 0.53496 0.17680 0.53533 0.17643 0.53496 0.17606 0.53460 0.17643 0.53496 0.17680 0.53570 0.17680 0.53644 0.17643 0.53681 0.17606\n 11 94 4 0.52905 0.18049 0.52869 0.18123 0.52758 0.18234 0.53533 0.18234\n 11 182 8 0.53496 0.18788 0.53533 0.18751 0.53496 0.18714 0.53460 0.18751 0.53496 0.18788 0.53570 0.18788 0.53644 0.18751 0.53681 0.18714\n 11 380 17 0.52758 0.19268 0.52795 0.19157 0.52905 0.19083 0.53090 0.19046 0.53201 0.19046 0.53386 0.19083 0.53496 0.19157 0.53533 0.19268 0.53533 0.19342 0.53496 0.19452 0.53386 0.19526 0.53201 0.19563 0.53090 0.19563 0.52905 0.19526 0.52795 0.19452 0.52758 0.19342 0.52758 0.19268\n 11 116 5 0.53460 0.19859 0.53496 0.19822 0.53533 0.19859 0.53496 0.19896 0.53460 0.19859\n 11 380 17 0.52758 0.20597 0.52758 0.20228 0.53090 0.20191 0.53053 0.20228 0.53016 0.20339 0.53016 0.20450 0.53053 0.20560 0.53127 0.20634 0.53238 0.20671 0.53312 0.20671 0.53423 0.20634 0.53496 0.20560 0.53533 0.20450 0.53533 0.20339 0.53496 0.20228 0.53460 0.20191 0.53386 0.20154\n 11 336 15 0.52610 0.20967 0.52721 0.21077 0.52832 0.21114 0.52905 0.21114 0.53016 0.21077 0.53090 0.21004 0.53127 0.21004 0.53201 0.21151 0.53275 0.21004 0.53312 0.21004 0.53386 0.21077 0.53496 0.21114 0.53570 0.21114 0.53681 0.21077 0.53792 0.20967\n 11 94 4 0.52684 0.21041 0.52795 0.21077 0.52942 0.21077 0.53053 0.21041\n 11 94 4 0.53349 0.21041 0.53460 0.21077 0.53607 0.21077 0.53718 0.21041\n 11 336 15 0.73985 0.06385 0.73874 0.06274 0.73837 0.06163 0.73837 0.06090 0.73874 0.05979 0.73948 0.05905 0.73948 0.05868 0.73800 0.05794 0.73948 0.05720 0.73948 0.05683 0.73874 0.05609 0.73837 0.05499 0.73837 0.05425 0.73874 0.05314 0.73985 0.05203\n 11 94 4 0.73911 0.06311 0.73874 0.06200 0.73874 0.06053 0.73911 0.05942\n 11 94 4 0.73911 0.05646 0.73874 0.05536 0.73874 0.05388 0.73911 0.05277\n 11 94 4 0.74391 0.06090 0.74465 0.06126 0.74576 0.06237 0.74576 0.05462\n 11 182 8 0.75130 0.05499 0.75093 0.05462 0.75056 0.05499 0.75093 0.05536 0.75130 0.05499 0.75130 0.05425 0.75093 0.05351 0.75056 0.05314\n 11 314 14 0.75426 0.06053 0.75426 0.06090 0.75462 0.06163 0.75499 0.06200 0.75573 0.06237 0.75721 0.06237 0.75795 0.06200 0.75832 0.06163 0.75869 0.06090 0.75869 0.06016 0.75832 0.05942 0.75758 0.05831 0.75389 0.05462 0.75906 0.05462\n 11 182 8 0.76238 0.05499 0.76201 0.05462 0.76164 0.05499 0.76201 0.05536 0.76238 0.05499 0.76238 0.05425 0.76201 0.05351 0.76164 0.05314\n 11 94 4 0.76607 0.06090 0.76681 0.06126 0.76792 0.06237 0.76792 0.05462\n 11 336 15 0.77309 0.06385 0.77420 0.06274 0.77457 0.06163 0.77457 0.06090 0.77420 0.05979 0.77346 0.05905 0.77346 0.05868 0.77494 0.05794 0.77346 0.05720 0.77346 0.05683 0.77420 0.05609 0.77457 0.05499 0.77457 0.05425 0.77420 0.05314 0.77309 0.05203\n 11 94 4 0.77383 0.06311 0.77420 0.06200 0.77420 0.06053 0.77383 0.05942\n 11 94 4 0.77383 0.05646 0.77420 0.05536 0.77420 0.05388 0.77383 0.05277\n 11 402 18 0.71954 0.02907 0.71892 0.02845 0.71954 0.02784 0.72015 0.02845 0.72015 0.02907 0.71892 0.03030 0.71769 0.03092 0.71584 0.03092 0.71400 0.03030 0.71277 0.02907 0.71215 0.02722 0.71215 0.02599 0.71277 0.02415 0.71400 0.02291 0.71584 0.02230 0.71708 0.02230 0.71892 0.02291 0.72015 0.02415\n 11 182 8 0.71584 0.03092 0.71461 0.03030 0.71338 0.02907 0.71277 0.02722 0.71277 0.02599 0.71338 0.02415 0.71461 0.02291 0.71584 0.02230\n 11 380 17 0.72754 0.03092 0.72569 0.03030 0.72446 0.02907 0.72385 0.02722 0.72385 0.02599 0.72446 0.02415 0.72569 0.02291 0.72754 0.02230 0.72877 0.02230 0.73062 0.02291 0.73185 0.02415 0.73246 0.02599 0.73246 0.02722 0.73185 0.02907 0.73062 0.03030 0.72877 0.03092 0.72754 0.03092\n 11 182 8 0.72754 0.03092 0.72631 0.03030 0.72508 0.02907 0.72446 0.02722 0.72446 0.02599 0.72508 0.02415 0.72631 0.02291 0.72754 0.02230\n 11 182 8 0.72877 0.02230 0.73000 0.02291 0.73123 0.02415 0.73185 0.02599 0.73185 0.02722 0.73123 0.02907 0.73000 0.03030 0.72877 0.03092\n 11 50 2 0.73739 0.03092 0.73739 0.02230\n 11 50 2 0.73800 0.03092 0.73800 0.02230\n 11 160 7 0.73800 0.02907 0.73924 0.03030 0.74108 0.03092 0.74231 0.03092 0.74416 0.03030 0.74478 0.02907 0.74478 0.02230\n 11 94 4 0.74231 0.03092 0.74354 0.03030 0.74416 0.02907 0.74416 0.02230\n 11 50 2 0.73554 0.03092 0.73800 0.03092\n 11 50 2 0.73554 0.02230 0.73985 0.02230\n 11 50 2 0.74231 0.02230 0.74662 0.02230\n 11 336 15 0.75586 0.02969 0.75647 0.03092 0.75647 0.02845 0.75586 0.02969 0.75524 0.03030 0.75401 0.03092 0.75155 0.03092 0.75032 0.03030 0.74970 0.02969 0.74970 0.02845 0.75032 0.02784 0.75155 0.02722 0.75462 0.02599 0.75586 0.02538 0.75647 0.02476\n 11 336 15 0.74970 0.02907 0.75032 0.02845 0.75155 0.02784 0.75462 0.02661 0.75586 0.02599 0.75647 0.02538 0.75647 0.02353 0.75586 0.02291 0.75462 0.02230 0.75216 0.02230 0.75093 0.02291 0.75032 0.02353 0.74970 0.02476 0.74970 0.02230 0.75032 0.02353\n 11 160 7 0.76140 0.03523 0.76140 0.02476 0.76201 0.02291 0.76324 0.02230 0.76447 0.02230 0.76571 0.02291 0.76632 0.02415\n 11 94 4 0.76201 0.03523 0.76201 0.02476 0.76263 0.02291 0.76324 0.02230\n 11 50 2 0.75955 0.03092 0.76447 0.03092\n 11 292 13 0.77063 0.02969 0.77063 0.02907 0.77001 0.02907 0.77001 0.02969 0.77063 0.03030 0.77186 0.03092 0.77432 0.03092 0.77555 0.03030 0.77617 0.02969 0.77679 0.02845 0.77679 0.02415 0.77740 0.02291 0.77802 0.02230\n 11 116 5 0.77617 0.02969 0.77617 0.02415 0.77679 0.02291 0.77802 0.02230 0.77863 0.02230\n 11 248 11 0.77617 0.02845 0.77555 0.02784 0.77186 0.02722 0.77001 0.02661 0.76940 0.02538 0.76940 0.02415 0.77001 0.02291 0.77186 0.02230 0.77371 0.02230 0.77494 0.02291 0.77617 0.02415\n 11 138 6 0.77186 0.02722 0.77063 0.02661 0.77001 0.02538 0.77001 0.02415 0.77063 0.02291 0.77186 0.02230\n 11 50 2 0.78294 0.03092 0.78294 0.02230\n 11 50 2 0.78356 0.03092 0.78356 0.02230\n 11 160 7 0.78356 0.02907 0.78479 0.03030 0.78663 0.03092 0.78787 0.03092 0.78971 0.03030 0.79033 0.02907 0.79033 0.02230\n 11 94 4 0.78787 0.03092 0.78910 0.03030 0.78971 0.02907 0.78971 0.02230\n 11 50 2 0.78109 0.03092 0.78356 0.03092\n 11 50 2 0.78109 0.02230 0.78540 0.02230\n 11 50 2 0.78787 0.02230 0.79217 0.02230\n 11 160 7 0.79648 0.03523 0.79648 0.02476 0.79710 0.02291 0.79833 0.02230 0.79956 0.02230 0.80079 0.02291 0.80141 0.02415\n 11 94 4 0.79710 0.03523 0.79710 0.02476 0.79771 0.02291 0.79833 0.02230\n 11 50 2 0.79464 0.03092 0.79956 0.03092\n 11 50 2 0.57756 0.09049 0.57756 0.28452\n 11 50 2 0.93538 0.09049 0.93538 0.28452\n 11 50 2 0.57756 0.28452 0.93538 0.28452\n 11 50 2 0.57756 0.09049 0.93538 0.09049\n 11 50 2 0.57867 0.33093 0.58384 0.32317\n 11 50 2 0.58384 0.33093 0.57867 0.32317\n 11 116 5 0.59271 0.32835 0.59234 0.32798 0.59271 0.32761 0.59307 0.32798 0.59271 0.32835\n 11 116 5 0.59271 0.32391 0.59234 0.32354 0.59271 0.32317 0.59307 0.32354 0.59271 0.32391\n 11 380 17 0.60379 0.33093 0.60268 0.33056 0.60194 0.32945 0.60157 0.32761 0.60157 0.32650 0.60194 0.32465 0.60268 0.32354 0.60379 0.32317 0.60452 0.32317 0.60563 0.32354 0.60637 0.32465 0.60674 0.32650 0.60674 0.32761 0.60637 0.32945 0.60563 0.33056 0.60452 0.33093 0.60379 0.33093\n 11 116 5 0.60969 0.32391 0.60933 0.32354 0.60969 0.32317 0.61006 0.32354 0.60969 0.32391\n 11 380 17 0.61708 0.33093 0.61339 0.33093 0.61302 0.32761 0.61339 0.32798 0.61450 0.32835 0.61560 0.32835 0.61671 0.32798 0.61745 0.32724 0.61782 0.32613 0.61782 0.32539 0.61745 0.32428 0.61671 0.32354 0.61560 0.32317 0.61450 0.32317 0.61339 0.32354 0.61302 0.32391 0.61265 0.32465\n 11 116 5 0.62668 0.33093 0.62668 0.32465 0.62705 0.32354 0.62779 0.32317 0.62853 0.32317\n 11 50 2 0.62558 0.32835 0.62816 0.32835\n 11 380 17 0.63222 0.32835 0.63149 0.32798 0.63075 0.32724 0.63038 0.32613 0.63038 0.32539 0.63075 0.32428 0.63149 0.32354 0.63222 0.32317 0.63333 0.32317 0.63407 0.32354 0.63481 0.32428 0.63518 0.32539 0.63518 0.32613 0.63481 0.32724 0.63407 0.32798 0.63333 0.32835 0.63222 0.32835\n 11 336 15 0.64404 0.33093 0.64811 0.33093 0.64589 0.32798 0.64700 0.32798 0.64774 0.32761 0.64811 0.32724 0.64848 0.32613 0.64848 0.32539 0.64811 0.32428 0.64737 0.32354 0.64626 0.32317 0.64515 0.32317 0.64404 0.32354 0.64367 0.32391 0.64331 0.32465\n 11 116 5 0.65143 0.32391 0.65106 0.32354 0.65143 0.32317 0.65180 0.32354 0.65143 0.32391\n 11 380 17 0.65882 0.33093 0.65512 0.33093 0.65475 0.32761 0.65512 0.32798 0.65623 0.32835 0.65734 0.32835 0.65845 0.32798 0.65919 0.32724 0.65956 0.32613 0.65956 0.32539 0.65919 0.32428 0.65845 0.32354 0.65734 0.32317 0.65623 0.32317 0.65512 0.32354 0.65475 0.32391 0.65439 0.32465\n 11 50 2 0.30284 0.25850 0.30284 0.25850\n 82 0\n 81 6 104\n 82 0\n 84 6 99\n 84 6 100\n 84 6 101\n 84 6 102\n 84 6 103\n 84 6 104\n 84 6 71\n 84 6 72\n 84 6 73\n 84 6 74\n 84 6 75\n 84 6 76\n 84 6 77\n 84 6 78\n 84 6 79\n 84 6 80\n 84 6 81\n 84 6 82\n 84 6 83\n 84 6 84\n 84 6 85\n 84 6 86\n 84 6 87\n 84 6 88\n 84 6 89\n 84 6 90\n 84 6 91\n 84 6 92\n 84 6 93\n 84 6 94\n 84 6 95\n 84 6 96\n 84 6 97\n 84 6 98\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"60aa776ac20dae0ddd02dd39409045a3ed048cf9","subject":"Smooth curves","message":"Smooth curves\n","repos":"lasp-lang\/evaluation","old_file":"memory.gnuplot","new_file":"memory.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0 \n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 lw 2 pt 7 ps 0\nset style line 6 lw 2 pt 7 ps 0\nset style line 7 lw 2 pt 7 ps 0\nset style line 8 lw 2 pt 7 ps 0\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Stored\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [98:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1 smooth bezier\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0 \n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 lw 2 pt 7 ps 0\nset style line 6 lw 2 pt 7 ps 0\nset style line 7 lw 2 pt 7 ps 0\nset style line 8 lw 2 pt 7 ps 0\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Stored\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"ce52119e5286af08a09dc02be3710f76af7872d2","subject":"Converte mb to gb","message":"Converte mb to gb\n","repos":"lasp-lang\/evaluation","old_file":"new_transmission.gnuplot","new_file":"new_transmission.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 0.5\n\n\nset border 3 front linewidth 1.000\nset boxwidth 0.8 absolute\nset style fill solid 1.00 noborder\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault lt 0 linewidth 0.500, lt 0 linewidth 0.500\nset key bmargin center horizontal Left reverse noenhanced autotitle columnhead nobox maxcols 2 maxrows 1\nset style histogram rowstacked title textcolor lt -1 offset character 2, 0.25, 0\nset style data histograms\nset cbtics border in scale 0,0 mirror norotate autojustify\nset rtics axis in scale 0,0 nomirror norotate autojustify\nset title \"Advertisement Impression Counter\" \nset xlabel \"(Client Number)\" \nset xlabel offset character 0, -1, 0 font \"\" textcolor lt -1 norotate\nset ylabel \"GB Transmitted\" \nset yrange [0:*]\n##set yrange [ 0.00000 : 900000. ] noreverse nowriteback\n\nset linetype 1 lc rgb \"#A00000\"\nset linetype 2 lc rgb \"#00A000\"\nset linetype 3 lc rgb \"#5060D0\"\nset linetype 4 lc rgb \"#F25900\"\nset datafile separator \",\"\nset output outputname\nplot newhistogram \"32\", inputname using \"32_s\":xtic(1) t 'State' lc 3, '' u \"32_c\" t 'Protocol' lc 4, \\\n newhistogram \"64\", '' u \"64_s\":xtic(1) t '' lc 3, '' u \"64_c\" t '' lc 4, \\\n newhistogram \"128\", '' u \"128_s\":xtic(1) t '' lc 3, '' u \"128_c\" t '' lc 4, \\\n newhistogram \"256\", '' u \"256_s\":xtic(1) t '' lc 3, '' u \"256_c\" t '' lc 4, \\\n newhistogram \"512\", '' u \"512_s\":xtic(1) t '' lc 3, '' u \"512_c\" t '' lc 4, \\\n newhistogram \"1024\", '' u \"1024_s\":xtic(1) t '' lc 3, '' u \"1024_c\" t '' lc 4\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 0.5\n\n\nset border 3 front linewidth 1.000\nset boxwidth 0.8 absolute\nset style fill solid 1.00 noborder\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault lt 0 linewidth 0.500, lt 0 linewidth 0.500\nset key bmargin center horizontal Left reverse noenhanced autotitle columnhead nobox maxcols 2 maxrows 1\nset style histogram rowstacked title textcolor lt -1 offset character 2, 0.25, 0\nset style data histograms\nset cbtics border in scale 0,0 mirror norotate autojustify\nset rtics axis in scale 0,0 nomirror norotate autojustify\nset title \"Advertisement Impression Counter\" \nset xlabel \"(Client Number)\" \nset xlabel offset character 0, -1, 0 font \"\" textcolor lt -1 norotate\nset ylabel \"MB Transmitted\" \nset yrange [0:*]\n##set yrange [ 0.00000 : 900000. ] noreverse nowriteback\n\nset linetype 1 lc rgb \"#A00000\"\nset linetype 2 lc rgb \"#00A000\"\nset linetype 3 lc rgb \"#5060D0\"\nset linetype 4 lc rgb \"#F25900\"\nset datafile separator \",\"\nset output outputname\nplot newhistogram \"32\", inputname using \"32_s\":xtic(1) t 'State' lc 3, '' u \"32_c\" t 'Protocol' lc 4, \\\n newhistogram \"64\", '' u \"64_s\":xtic(1) t '' lc 3, '' u \"64_c\" t '' lc 4, \\\n newhistogram \"128\", '' u \"128_s\":xtic(1) t '' lc 3, '' u \"128_c\" t '' lc 4, \\\n newhistogram \"256\", '' u \"256_s\":xtic(1) t '' lc 3, '' u \"256_c\" t '' lc 4, \\\n newhistogram \"512\", '' u \"512_s\":xtic(1) t '' lc 3, '' u \"512_c\" t '' lc 4, \\\n newhistogram \"1024\", '' u \"1024_s\":xtic(1) t '' lc 3, '' u \"1024_c\" t '' lc 4\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"724e5c7222f218260c97d94d7364218cff4ab30a","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/eval\/baseline\/cost-by-storage-type\/storage-cost-by-types.gnuplot","new_file":"mtdb\/eval\/baseline\/cost-by-storage-type\/storage-cost-by-types.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n## Get min and max values\n## GPVAL_DATA_[X|Y]_[MIN|MAX]\n#set terminal unknown\n#set xdata time\n#set timefmt \"%Y-%m-%d-%H:%M:%S\"\n#plot \\\n#FN_IN u 2:3 w points not\n\nset terminal pdfcairo enhanced size 2.4in, 1.5in\nset output FN_OUT\n\nset tmargin at screen 0.995\nset bmargin at screen 0.205\nset lmargin at screen 0.192\nset rmargin at screen 0.945\n\n#set xlabel \"SStable gen ID\" #offset 0,0.3\nset ylabel \"Cost ($\/Month)\" offset 1.2,0\n\nCOST_OTHER=401.3691667\n\nset border (2) back lc rgb \"#808080\"\n#set xtics nomirror scale 0.5,0 tc rgb \"black\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" format \"%.0f\" (0, COST_OTHER, 800, 1200)\nset tics front\nset noxtics\n\nset xrange [-0.5:3.8]\nset yrange [0:]\n\nset style fill solid 0.6 #noborder\n\nset linetype 1 lc rgb \"blue\"\nset linetype 2 lc rgb \"#a52a2a\"\nset linetype 3 lc rgb \"red\"\n\n# X axis\nset arrow from -0.5,0 to 2.5, 0 nohead front lc rgb \"#808080\"\n\n# Other cost line\nset arrow from -0.5,COST_OTHER to 2.5,COST_OTHER nohead front lt 0\n\nCOST_LOCAL_SSD=844.1333333\n\nx0=2.9\ny0=COST_OTHER + COST_LOCAL_SSD\nset arrow from x0,0 to x0,y0 nohead front lc rgb \"#808080\"\n\nx1=x0-0.05\nx2=x0+0.05\nset arrow from x1, 0 to x2, 0 nohead front lc rgb \"#808080\"\nset arrow from x1,COST_OTHER to x2,COST_OTHER nohead front lc rgb \"#808080\"\nset arrow from x1, y0 to x2, y0 nohead front lc rgb \"#808080\"\n\nx3=x0+0.1\ny1 = COST_OTHER \/ 2 + 60\nset label \"CPU +\\nMemory\" at x3, y1\ny2 = COST_OTHER + (COST_LOCAL_SSD \/ 2)\nset label \"Storage\" at x3, y2\n\nset label \"EBS\\nMag\" at 0, 0 center offset 0,-0.8 tc rgb \"blue\"\nset label \"EBS\\nSSD\" at 1, 0 center offset 0,-0.8 tc rgb \"#a52a2a\"\nset label \"Local\\nSSD\" at 2, 0 center offset 0,-0.8 tc rgb \"red\"\n\n# boxxyerrorbars parameters\n# x y xlow xhigh ylow yhigh\nBOX_WIDTH=0.4\n\nplot \\\nFN_IN u 0:(COST_OTHER):($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(COST_OTHER):($2+COST_OTHER):($0+1) w boxxyerrorbars lc variable not, \\\nFN_IN u 0:(0) :($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(0) :(COST_OTHER) w boxxyerrorbars lc \"#A0A0A0\" not\n\n#FN_IN u 0:2:2:($0+1) w labels offset 0,0.5 tc variable not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n## Get min and max values\n## GPVAL_DATA_[X|Y]_[MIN|MAX]\n#set terminal unknown\n#set xdata time\n#set timefmt \"%Y-%m-%d-%H:%M:%S\"\n#plot \\\n#FN_IN u 2:3 w points not\n\nset terminal pdfcairo enhanced size 2.4in, 1.5in\nset output FN_OUT\n\nset tmargin at screen 0.995\nset bmargin at screen 0.205\nset lmargin at screen 0.192\nset rmargin at screen 0.960\n\n#set xlabel \"SStable gen ID\" #offset 0,0.3\nset ylabel \"Cost ($\/Month)\" offset 1.2,0\n\nCOST_OTHER=401.3691667\n\nset border (2) back lc rgb \"#808080\"\n#set xtics nomirror scale 0.5,0 tc rgb \"black\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" format \"%.0f\" (0, COST_OTHER, 800, 1200)\nset tics front\nset noxtics\n\nset xrange [-0.5:3.8]\nset yrange [0:]\n\nset style fill solid 0.6 #noborder\n\nset linetype 1 lc rgb \"blue\"\nset linetype 2 lc rgb \"#a52a2a\"\nset linetype 3 lc rgb \"red\"\n\n# X axis\nset arrow from -0.5,0 to 2.5, 0 nohead front lc rgb \"#808080\"\n\n# Other cost line\nset arrow from -0.5,COST_OTHER to 2.5,COST_OTHER nohead front lt 0\n\nCOST_LOCAL_SSD=844.1333333\n\nx0=2.9\ny0=COST_OTHER + COST_LOCAL_SSD\nset arrow from x0,0 to x0,y0 nohead front lc rgb \"#808080\"\n\nx1=x0-0.05\nx2=x0+0.05\nset arrow from x1, 0 to x2, 0 nohead front lc rgb \"#808080\"\nset arrow from x1,COST_OTHER to x2,COST_OTHER nohead front lc rgb \"#808080\"\nset arrow from x1, y0 to x2, y0 nohead front lc rgb \"#808080\"\n\nx3=x0+0.1\ny1 = COST_OTHER \/ 2\nset label \"Others\" at x3, y1\ny2 = COST_OTHER + (COST_LOCAL_SSD \/ 2)\nset label \"Storage\" at x3, y2\n\n\n\nset label \"EBS\\nMag\" at 0, 0 center offset 0,-0.8 tc rgb \"blue\"\nset label \"EBS\\nSSD\" at 1, 0 center offset 0,-0.8 tc rgb \"#a52a2a\"\nset label \"Local\\nSSD\" at 2, 0 center offset 0,-0.8 tc rgb \"red\"\n\n# boxxyerrorbars parameters\n# x y xlow xhigh ylow yhigh\nBOX_WIDTH=0.4\n\nplot \\\nFN_IN u 0:(COST_OTHER):($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(COST_OTHER):($2+COST_OTHER):($0+1) w boxxyerrorbars lc variable not, \\\nFN_IN u 0:(0) :($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(0) :(COST_OTHER) w boxxyerrorbars lc \"#A0A0A0\" not\n\n#FN_IN u 0:2:2:($0+1) w labels offset 0,0.5 tc variable not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"2586822368ae5b4f1f2ee22fcf9b629822319d21","subject":"some plotting layout fixes","message":"some plotting layout fixes\n","repos":"JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot","old_file":"bin\/radicalpilot-stats.plot","new_file":"bin\/radicalpilot-stats.plot","new_contents":"\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#AA6666'\r\n#\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#66AA66'\r\n#\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#6666AA'\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\nprint 'pilot_num : ' . pilot_num\r\nprint 'pilot_id_list : ' . pilot_id_list\r\nprint 'pilot_name_list : ' . pilot_name_list\r\n\r\npilot_states_dat_list = ''\r\npilot_callbacks_dat_list = ''\r\npilot_slots_dat_list = ''\r\npilot_queue_dat_list = ''\r\nunit_states_dat_list = ''\r\nunit_callbacks_dat_list = ''\r\noffset_list = ''\r\n\r\ncolor_list_1 = \"#FF8855 #88FF55 #8855FF #FF55FF #55FFFF\"\r\ncolor_list_2 = \"#AA8855 #88AA55 #8855AA #AA55AA #55AAAA\"\r\n\r\ndo for [i=1:pilot_num] {\r\n pilot_id = word(pilot_id_list, i)\r\n\r\n print ''\r\n print 'pilot name : ' . word(pilot_name_list, i)\r\n print 'pilot id : ' . pilot_id\r\n\r\n pilot_states_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_id . '.dat'\r\n pilot_callbacks_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_id . '.dat'\r\n pilot_slots_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_id . '.dat'\r\n pilot_queue_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_id . '.dat'\r\n unit_states_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_id . '.dat'\r\n unit_callbacks_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_id . '.dat'\r\n\r\n pilot_states_dat_list = pilot_states_dat_list . pilot_states_dat . ' '\r\n pilot_callbacks_dat_list = pilot_callbacks_dat_list . pilot_callbacks_dat . ' '\r\n pilot_slots_dat_list = pilot_slots_dat_list . pilot_slots_dat . ' '\r\n pilot_queue_dat_list = pilot_queue_dat_list . pilot_queue_dat . ' '\r\n unit_states_dat_list = unit_states_dat_list . unit_states_dat . ' '\r\n unit_callbacks_dat_list = unit_callbacks_dat_list . unit_callbacks_dat . ' '\r\n\r\n}\r\n\r\noffset(i,n) = (i * n) - (pilot_num \/ 2 * n)\r\nhex(i) = \"0123456789ABCDEF\"[i:i]\r\nhexx(i) = hex(i).hex(i)\r\ncolor_1(i) = word(color_list_1,i)\r\ncolor_2(i) = word(color_list_2,i)\r\nget_title(i)= sprintf(\"%s: %-15s (%s cores)\", word(pilot_id_list,i), word(pilot_name_list,i), word(slotnum_list,i))\r\n\r\n# print 'palette '\r\n# do for [i=1:pilot_num] {\r\n# print ' ' . color_1(i) . ' ' . color_2(i)\r\n# }\r\n# \r\n# print 'offsets'\r\n# do for [i=1:pilot_num] {\r\n# print ' ' . sprintf (\"%f\", offset (i, 0.2))\r\n# print word(slotnum_list,i)+offset(i,0.5)\r\n# }\r\n# \r\n# print 'pilot_queue_dats'\r\n# do for [i=1:pilot_num] {\r\n# print word(pilot_queue_dat_list,i)\r\n# }\r\n\r\nterms = 'pdf png'\r\ndo for [term_i=1:words(terms)] {\r\n term = word(terms, term_i)\r\n term_t = term.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (term eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 206 lt 1 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 306 lt 1 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.term \r\n print '.\/'.session.'.'.term\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n # set mxtics mtimetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"STATE_X \" 2, \\\r\n \"PEND. INPUT \" 3, \\\r\n \"TRANSF. INPUT \" 4, \\\r\n \"PEND. EXECUTION\" 5, \\\r\n \"SCHEDULING \" 6, \\\r\n \"EXECUTING \" 7, \\\r\n \"PEND. OUTPUT \" 8, \\\r\n \"TRANSF. OUTPUT \" 9, \\\r\n \"DONE \" 10, \\\r\n \"CANCELED \" 11, \\\r\n \"FAILED \" 12)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(unit_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(unit_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:slotsscale]\r\n set mytics nodesize\r\n set ytics autofreq nomirror\r\n set mytics 0\r\n set y2tics autofreq\r\n set y2range [0:queuescale]\r\n set my2tics 0\r\n\r\n set xlabel 'time (in seconds)'\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ queue]\" offset second -11,0\r\n set y2label \"UNIT WAIT QUEUE SIZE\" offset second -00,0\r\n set grid \r\n unset format\r\n\r\n # set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n # set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_slots_dat_list,i) using 1:($2+offset(i,0.1)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*3, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_queue_dat_list,i) using 1:($2+offset(i,0.1)+0.05) title '' with lines lt 1 lc rgb color_2(i) lw term_mult*2 axes x1y2 , \\\r\n for [i=1:pilot_num] \\\r\n word(slotnum_list,i)+0+offset(i,0.5) title '' with lines lt 2 lc rgb color_1(i) lw term_mult*3\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n\r\n\r\n set key top left reverse maxrows 7\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n plot for [i=1:pilot_num] \\\r\n NaN with lines title get_title(i) lt 1 lc rgb color_1(i) lw term_mult*2\r\n\r\n# plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n# NaN ls 100 t 'pilot\/unit states changes' , \\\r\n# NaN ls 101 t 'pilot\/unit states notifications' , \\\r\n# NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n# NaN ls 105 t 'total number of slots' , \\\r\n# NaN ls 106 t 'unit queue length' , \\\r\n# NaN lw 0 t ' '\r\n# }\r\n\r\n unset multiplot\r\n}\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","old_contents":"\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#AA6666'\r\n#\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#66AA66'\r\n#\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#6666AA'\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\nprint 'pilot_num : ' . pilot_num\r\nprint 'pilot_id_list : ' . pilot_id_list\r\nprint 'pilot_name_list : ' . pilot_name_list\r\n\r\npilot_states_dat_list = ''\r\npilot_callbacks_dat_list = ''\r\npilot_slots_dat_list = ''\r\npilot_queue_dat_list = ''\r\nunit_states_dat_list = ''\r\nunit_callbacks_dat_list = ''\r\noffset_list = ''\r\n\r\ncolor_list_1 = \"#FF8855 #88FF55 #8855FF #FF55FF #55FFFF\"\r\ncolor_list_2 = \"#AA8855 #88AA55 #8855AA #AA55AA #55AAAA\"\r\n\r\ndo for [i=1:pilot_num] {\r\n pilot_id = word(pilot_id_list, i)\r\n\r\n print ''\r\n print 'pilot name : ' . word(pilot_name_list, i)\r\n print 'pilot id : ' . pilot_id\r\n\r\n pilot_states_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_id . '.dat'\r\n pilot_callbacks_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_id . '.dat'\r\n pilot_slots_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_id . '.dat'\r\n pilot_queue_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_id . '.dat'\r\n unit_states_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_id . '.dat'\r\n unit_callbacks_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_id . '.dat'\r\n\r\n pilot_states_dat_list = pilot_states_dat_list . pilot_states_dat . ' '\r\n pilot_callbacks_dat_list = pilot_callbacks_dat_list . pilot_callbacks_dat . ' '\r\n pilot_slots_dat_list = pilot_slots_dat_list . pilot_slots_dat . ' '\r\n pilot_queue_dat_list = pilot_queue_dat_list . pilot_queue_dat . ' '\r\n unit_states_dat_list = unit_states_dat_list . unit_states_dat . ' '\r\n unit_callbacks_dat_list = unit_callbacks_dat_list . unit_callbacks_dat . ' '\r\n\r\n}\r\n\r\noffset(i,n) = (i * n) - (pilot_num \/ 2 * n)\r\nhex(i) = \"0123456789ABCDEF\"[i:i]\r\nhexx(i) = hex(i).hex(i)\r\ncolor_1(i) = word(color_list_1,i)\r\ncolor_2(i) = word(color_list_2,i)\r\nget_title(i)= sprintf(\"%s: %-15s (%s cores)\", word(pilot_id_list,i), word(pilot_name_list,i), word(slotnum_list,i))\r\n\r\nprint 'palette '\r\ndo for [i=1:pilot_num] {\r\n print ' ' . color_1(i) . ' ' . color_2(i)\r\n}\r\n\r\nprint 'offsets'\r\ndo for [i=1:pilot_num] {\r\n print ' ' . sprintf (\"%f\", offset (i, 0.2))\r\n print word(slotnum_list,i)+offset(i,0.5)\r\n}\r\n\r\nprint 'pilot_queue_dats'\r\ndo for [i=1:pilot_num] {\r\n print word(pilot_queue_dat_list,i)\r\n}\r\n\r\nterms = 'pdf png'\r\ndo for [term_i=1:words(terms)] {\r\n t = word(terms, term_i)\r\n term_t = t.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (t eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 206 lt 1 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 306 lt 1 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.t \r\n print '.\/'.session.'.'.t\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n # set mxtics mtimetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"STATE_X \" 2, \\\r\n \"PEND. INPUT \" 3, \\\r\n \"TRANSF. INPUT \" 4, \\\r\n \"PEND. EXECUTION\" 5, \\\r\n \"SCHEDULING \" 6, \\\r\n \"EXECUTING \" 7, \\\r\n \"PEND. OUTPUT \" 8, \\\r\n \"TRANSF. OUTPUT \" 9, \\\r\n \"DONE \" 10, \\\r\n \"CANCELED \" 11, \\\r\n \"FAILED \" 12)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(unit_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(unit_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:slotsscale]\r\n set mytics nodesize\r\n set ytics autofreq\r\n set mytics 0\r\n set y2tics autofreq\r\n set y2range [0:queuescale]\r\n set my2tics 0\r\n\r\n set xlabel 'time (in seconds)'\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ queue]\" offset second -11,0\r\n set grid \r\n unset format\r\n\r\n # set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n # set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_slots_dat_list,i) using 1:($2+offset(i,0.1)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*3, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_queue_dat_list,i) using 1:($2+offset(i,0.1)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*2 axes x1y2 , \\\r\n for [i=1:pilot_num] \\\r\n word(slotnum_list,i)+0+offset(i,0.5) title '' with lines lt 2 lc rgb color_1(i) lw term_mult*3\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n\r\n\r\n set key top left reverse maxrows 7\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n plot for [i=1:pilot_num] \\\r\n NaN with lines title get_title(i) lt 1 lc rgb color_1(i) lw term_mult*2\r\n\r\n# plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n# NaN ls 100 t 'pilot\/unit states changes' , \\\r\n# NaN ls 101 t 'pilot\/unit states notifications' , \\\r\n# NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n# NaN ls 105 t 'total number of slots' , \\\r\n# NaN ls 106 t 'unit queue length' , \\\r\n# NaN lw 0 t ' '\r\n# }\r\n\r\n unset multiplot\r\n}\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"079ef3466ea4adca7656aa2eb88dc1abe69497c1","subject":"fix scale for testing","message":"fix scale for testing\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nprint tz_gap\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".tz_gap.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\nset yrange [15:20]\n#set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Raw values [mV]\" # Title for Y2-axis\nset autoscale y2\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql.csv\" using ($2+tz_gap):4 title \"Temperature [degC]\" with lines \\\n ,\"\" using ($2+tz_gap):3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nprint tz_gap\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".tz_gap.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [15:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Raw values [mV]\" # Title for Y2-axis\nset autoscale y2\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql.csv\" using ($2+tz_gap):4 title \"Temperature [degC]\" with lines \\\n ,\"\" using ($2+tz_gap):3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4ac9e655431362f196cb583899a156483572e8fc","subject":"perms set","message":"perms set\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamwr.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 5 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 5 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 5 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):5 title \" Vermogen [W]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamwr.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 5 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 5 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 5 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):5 title \" Vermogen [W]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"3c97d890d9f569d857e535062480004328e324af","subject":"colors","message":"colors\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph15.gp","new_file":"graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"p0\" fc \"black\"\\\n ,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"p1\" fc \"blue\"\\\n ,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"p2\" fc \"red\"\\\n ,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"p3\" fc \"orange\"\\\n ,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"p4\" fc \"gold\"\\\n ,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"p5\" fc \"yellow\"\\\n ,'' using ($2+utc_offset):(delta($10+$11)) title \"p6\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($11)) title \"p7\" fc \"grey\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"04\" \\\n ,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"05\" \\\n ,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"06\" \\\n ,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"07\" \\\n ,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"08\" \\\n ,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"09\" \\\n ,'' using ($2+utc_offset):(delta($10+$11)) title \"10\" \\\n ,'' using ($2+utc_offset):(delta($11)) title \"11\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"655089505fbd17c7857d0bdc48c0ee421dba4c03","subject":"remove intermediate red y-axis","message":"remove intermediate red y-axis\n","repos":"Mausy5043\/domod,Mausy5043\/domod,Mausy5043\/domod","old_file":"graph22.gp","new_file":"graph22.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b83c709693cd31ae356a297bb9bbe12b846ec09d","subject":"hide p6 and p7","message":"hide p6 and p7\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph15.gp","new_file":"graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"p0\" fc \"black\"\\\n ,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"p1\" fc \"blue\"\\\n ,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"p2\" fc \"red\"\\\n ,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"p3\" fc \"orange\"\\\n ,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"p4\" fc \"gold\"\\\n ,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"p5\" fc \"yellow\"\\\n #,'' using ($2+utc_offset):(delta($10+$11)) title \"p6\" fc \"green\" \\\n #,'' using ($2+utc_offset):(delta($11)) title \"p7\" fc \"grey\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"p0\" fc \"black\"\\\n ,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"p1\" fc \"blue\"\\\n ,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"p2\" fc \"red\"\\\n ,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"p3\" fc \"orange\"\\\n ,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"p4\" fc \"gold\"\\\n ,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"p5\" fc \"yellow\"\\\n ,'' using ($2+utc_offset):(delta($10+$11)) title \"p6\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($11)) title \"p7\" fc \"grey\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"bf9a24ddfb5cdfa1b552ded3b16e6f9b2e67f8e5","subject":"graph15","message":"graph15\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph15.gp","new_file":"graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of count of loglines\n\n# datafile\nifname = \"\/tmp\/lnxdiagd\/mysql\/sql15w.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.0s%c\"\nset logscale y 10\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\n\n# ***************************************************************** Output *****\n\n# ***** PLOT *****\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9)) title \"p5\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7+$8)) title \"p4\" fc \"gold\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7)) title \"p3\" fc \"orange\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6)) title \"p2\" fc \"red\" \\\n ,'' using ($2+utc_offset):(delta($4+$5)) title \"p1\" fc \"blue\" \\\n ,'' using ($2+utc_offset):(delta($4)) title \"p0\" fc \"black\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of count of loglines\n\n# datafile\nifname = \"\/tmp\/lnxdiagd\/mysql\/sql15d.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9)) title \"p5\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7+$8)) title \"p4\" fc \"gold\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7)) title \"p3\" fc \"orange\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6)) title \"p2\" fc \"red\" \\\n ,'' using ($2+utc_offset):(delta($4+$5)) title \"p1\" fc \"blue\" \\\n ,'' using ($2+utc_offset):(delta($4)) title \"p0\" fc \"black\" \\\n\n\n# using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"p0\" fc \"black\"\\\n#,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"p1\" fc \"blue\"\\\n#,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"p2\" fc \"red\"\\\n#,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"p3\" fc \"orange\"\\\n#,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"p4\" fc \"gold\"\\\n#,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"p5\" fc \"yellow\"\\\n#,'' using ($2+utc_offset):(delta($10+$11)) title \"p6\" fc \"green\" \\\n#,'' using ($2+utc_offset):(delta($11)) title \"p7\" fc \"grey\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"102535156be4b47229c55195b3177df7dc1e7aa6","subject":"Add colored points","message":"Add colored points\n","repos":"lasp-lang\/evaluation","old_file":"throughput.gnuplot","new_file":"throughput.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" pt 7\nset style line 2 lc rgb \"#00A000\" pt 7\nset style line 3 lc rgb \"#5060D0\" pt 7\nset style line 4 lc rgb \"#F25900\" pt 7\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 pt 7\nset style line 6 pt 7\nset style line 7 pt 7\nset style line 8 pt 7\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"latency (sec)\"\n\nset key left top\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with labels point ls i + 1 offset char 1,0 title pretty(word(titles, i + 1))\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0 \n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 lw 2 pt 7 ps 0\nset style line 6 lw 2 pt 7 ps 0\nset style line 7 lw 2 pt 7 ps 0\nset style line 8 lw 2 pt 7 ps 0\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"latency (sec)\"\n\nset key left top\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with labels point pt 7 offset char 1,0 title pretty(word(titles, i + 1))\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"c251d8943049ff755705eea1c37288427e736dae","subject":"Change formats, as suggested by Duraid","message":"Change formats, as suggested by Duraid\n\n\ngit-svn-id: a4a6f32337ebd29ad4763b423022f00f68d1c7b7@18150 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx","old_file":"NightlyTest.gnuplot","new_file":"NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d-%H:%M:%S:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"5e67574bc89ea8a9f750117e5d03fbd8f5f09088","subject":"output dir","message":"output dir\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nfname = \"\/tmp\/sql11.csv\"\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats fname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ***** PLOT *****\nplot fname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nfname = \"\/tmp\/sql11.csv\"\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats fname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/lnxdiagd\/site\/day11.png\"\n\n# ***** PLOT *****\nplot fname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"26c9924465f060c7d5adf209a2e2b5c80cfee5ef","subject":"color update","message":"color update\n","repos":"Mausy5043\/domod,Mausy5043\/domod,Mausy5043\/domod","old_file":"graph22.gp","new_file":"graph22.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.36\nMRPOS = 0.73\nRMARG = 0.96\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.36\nMRPOS = 0.73\nRMARG = 0.96\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb9\" \\\n ,'' using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"5bcc2ee512a853d1ccdb9431732e31111c062fda","subject":"Added grid lines to the plot.","message":"Added grid lines to the plot.\n","repos":"hfp\/libxstream,hfp\/libxstream,mjklemm\/libxstream,mjklemm\/libxstream","old_file":"samples\/multi-dgemm\/plot.plt","new_file":"samples\/multi-dgemm\/plot.plt","new_contents":"set terminal png\nset output \"plot.png\"\nset grid xtics lc \"grey\"\nset grid ytics lc \"grey\"\nset xlabel \"batch size\"\nset ylabel \"GFLOP\/s\"\nset autoscale fix\nset mytics 2\n\nplot \"plot.txt\" using 2:3 notitle smooth sbezier lc \"grey\", \\\n \"\" using 2:3 notitle with points pt 7\n","old_contents":"set terminal png\nset output \"plot.png\"\nset xlabel \"batch size\"\nset ylabel \"GFLOP\/s\"\nset autoscale fix\nset mytics 2\n\nplot \"plot.txt\" using 2:3 notitle smooth sbezier lc \"grey\", \\\n \"\" using 2:3 notitle with points pt 7\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"75ae6d3527702880e5fda9a195afd55e8cd6cba6","subject":"fixed cilk Makefile.gnu","message":"fixed cilk Makefile.gnu\n","repos":"jaak-s\/parallel-benchmark,jaak-s\/parallel-benchmark,jaak-s\/parallel-benchmark,jaak-s\/parallel-benchmark","old_file":"cilk\/Makefile.gnu","new_file":"cilk\/Makefile.gnu","new_contents":"#\nBHOME\t=$(PWD)\n#\nCC\t= g++-5\n#\n#\nCOMP\t= -fcilkplus -lm\nCOPTS\t= -O3 -fstrict-aliasing\n#\n#\nNOLINK= -c\n#\n\nall: sum dot normsq\n\nsum: sum.o\n\t$(CC) $(COMP) -o sum sum.o\n\nnormsq: normsq.o\n\t$(CC) $(COMP) -o normsq normsq.o\n\ndot: dot.o\n\t$(CC) $(COMP) -o dot dot.o\n\n%.o: %.cpp\n\t$(CC) $(COPTS) $(COMP) $(NOLINK) $<\n\nclean:\n\trm -f *.o sum dot normsq\n\n","old_contents":"#\nBHOME\t=$(PWD)\n#\nCC\t= g++-5\n#\n#\nCOMP\t= -fcilkplus -lm\nCOPTS\t= -O3 -fno-inline -fstrict-aliasing\n#\n#\nNOLINK= -c\n#\n\nall: sum dot normsq\n\nsum: sum.o\n\t$(CC) $(COMP) -o sum sum.o\n\nnormsq: normsq.o\n\t$(CC) $(COMP) -o normsq normsq.o\n\ndot: dot.o\n\t$(CC) $(COMP) -o dot dot.o\n\n%.o: %.cpp\n\t$(CC) $(COPTS) $(COMP) $(NOLINK) $<\n\nclean:\n\trm -f *.o sum dot normsq\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"75a6fb2fee8bbb34fdb176c8ae8fe93022a93475","subject":"Better tests.","message":"Better tests.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_unicode.plt","new_file":"src\/bson\/bson_unicode.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson_unicode:utf8_bytes\/2').\n\ntest('empty text', [true(Got == Expected)]) :-\n Utf8 = '',\n Expected = [],\n bson_unicode:utf8_bytes(Utf8, Got).\n\ntest('empty bytes', [true(Got == Expected)]) :-\n Bytes = [],\n Expected = '',\n bson_unicode:utf8_bytes(Got, Bytes).\n\ntest('both nonvar') :-\n bson_unicode:utf8_bytes('', []).\n\ntest('atom to bytes', [true(Got == Expected)]) :-\n Utf8 = '\u00e4\\0\u00e4',\n Expected = [0xc3,0xa4, 0, 0xc3,0xa4],\n bson_unicode:utf8_bytes(Utf8, Got).\n\ntest('bytes to atom', [true(Got == Expected)]) :-\n Expected = '\u00e4\\0\u00e4',\n Bytes = [0xc3,0xa4, 0, 0xc3,0xa4],\n bson_unicode:utf8_bytes(Got, Bytes).\n\n:- end_tests('bson_unicode:utf8_bytes\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_unicode:utf8_bytes\/2').\n\ntest('empty text', [true(Got == Expected)]) :-\n Utf8 = '',\n Expected = [],\n bson_unicode:utf8_bytes(Utf8, Got).\n\ntest('empty bytes', [true(Got == Expected)]) :-\n Bytes = [],\n Expected = '',\n bson_unicode:utf8_bytes(Got, Bytes).\n\ntest('both nonvar') :-\n bson_unicode:utf8_bytes('', []).\n\ntest('atom to bytes', [true(Got == Expected)]) :-\n Utf8 = '\u00e4',\n Expected = [0xc3,0xa4],\n bson_unicode:utf8_bytes(Utf8, Got).\n\ntest('bytes to atom', [true(Got == Expected)]) :-\n Expected = '\u00e4',\n Bytes = [0xc3,0xa4],\n bson_unicode:utf8_bytes(Got, Bytes).\n\n:- end_tests('bson_unicode:utf8_bytes\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a1d590269a4f145ac9282ff8ce746c7fe131c18f","subject":"20160405T2136","message":"20160405T2136\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n# set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\n#set style data histogram\n#set style histogram columnstacked\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) \\\n , '' using ($2+utc_offset):($10+$11+$12) \\\n , '' using ($2+utc_offset):($10+$11) \\\n , '' using ($2+utc_offset):10\n# plot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Load [degC]\" axes x1y2 with dots\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n# set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\n#set style data histogram\n#set style histogram columnstacked\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):10 \\\n , '' using ($2+utc_offset):11 \\\n , '' using ($2+utc_offset):12 \\\n , '' using ($2+utc_offset):13\n# plot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Load [degC]\" axes x1y2 with dots\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2ebfc877ca67bf652341b6c2c1b6d485eaab026a","subject":"logscale","message":"logscale\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph15.gp","new_file":"graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"04\" \\\n ,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"05\" \\\n ,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"06\" \\\n ,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"07\" \\\n ,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"08\" \\\n ,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"09\" \\\n ,'' using ($2+utc_offset):(delta($10+$11)) title \"10\" \\\n ,'' using ($2+utc_offset):(delta($11)) title \"11\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"04\" \\\n ,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"05\" \\\n ,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"06\" \\\n ,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"07\" \\\n ,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"08\" \\\n ,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"09\" \\\n ,'' using ($2+utc_offset):(delta($10+$11)) title \"10\" \\\n ,'' using ($2+utc_offset):(delta($11)) title \"11\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"1f0cc9114e1e6db644692d6134762fb2b9f701df","subject":"20160116T1431","message":"20160116T1431\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 5 ps 0.15\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pt 5 ps 0.1\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 5 ps 0.15\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pt 5 ps 0.1\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 5 ps 0.15\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):3 title \"Humidity [%]\" axes x1y2 with points pt 5 ps 0.1\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ecc0709060c481fb95eba53ce52082ca14eac1d1","subject":"using faster queries","message":"using faster queries\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd2.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw2.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamwr.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 5 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 5 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 5 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):5 title \" Vermogen [W]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):5 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"116b93e9ea3fcfc13f53be86669763b37c800b99","subject":"swap T1 and T2 colors","message":"swap T1 and T2 colors\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 2 title \"Actueel Verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh\/min]\"\nset yrange [ 0 : 0.06 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamed \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 2 title \"Actueel Verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh\/min]\"\nset yrange [ 0 : 0.06 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamed \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc rgb \"green\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc rgb \"green\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"1f008f1ac15431c320e3cfcd5646feda892748a5","subject":"yrange low limit fixed","message":"yrange low limit fixed\n","repos":"Mausy5043\/ubundiagd,Mausy5043\/ubundiagd,Mausy5043\/ubundiagd","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Wind Speed (Gilze-Rijen)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed [km\/h]\" # Title for Y-axis\nset yrange [0:]\nset autoscale y\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):(kmh($3)) title \"Windspeed [km\/h]\" with impulses\\\n\n#points pt 5 ps 0.2\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Wind Speed (Gilze-Rijen)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed [km\/h]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):(kmh($3)) title \"Windspeed [km\/h]\" with impulses\\\n\n#points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"de473789bd40f2d5f2de0ab7a13972e7e4024e1a","subject":"last of the new plot scripts","message":"last of the new plot scripts\n","repos":"zingale\/hydro1d","old_file":"sod\/exact\/test3.gp","new_file":"sod\/exact\/test3.gp","new_contents":"# plot the Sod results. Here we assume that we have a file\n# called sodx.out\n\n#set term pngcairo size 600,800\n#set output 'test3.png'\n\nset term epscairo size 6in, 8.5in fontscale 0.75\nset output 'test3.eps'\n\nset multiplot;\n\nset size 1, 0.32;\n\nset xlabel \"x\";\n\nset style line 1 lw 1 lc 3\n\nset origin 0.0, 0.666;\nset ylabel \"density\";\nplot 'test3_000103' using 1:2 title 'original ppm' with points lc 1,\\\n 'test3_ppmT_000104' using 1:2 title 'ppm-T' with points lc 2,\\\n 'test3-exact.out' using 1:2 notitle with lines ls 1 lc 0;\n\nset origin 0.0, 0.333;\nset ylabel \"velocity\";\nplot 'test3_000103' using 1:5 title 'original ppm' with points lc 1,\\\n 'test3_ppmT_000104' using 1:5 title 'ppm-T' with points lc 2,\\\n 'test3-exact.out' using 1:3 notitle with lines ls 1 lc 0;\n\nset origin 0.0, 0.0;\nset ylabel \"pressure\";\nplot 'test3_000103' using 1:6 title 'original ppm' with points lc 1,\\\n 'test3_ppmT_000104' using 1:6 title 'ppm-T' with points lc 2,\\\n 'test3-exact.out' using 1:4 notitle with lines ls 1 lc 0;\n\nunset multiplot;\nset term x11;\n","old_contents":"# plot the Sod results. Here we assume that we have a file\n# called sodx.out\n\nset term pngcairo size 600,800\nset output 'test3.png'\n\nset multiplot;\n\nset size 1, 0.32;\n\nset xlabel \"x\";\n\nset style line 1 lw 1 lc 3\n\nset origin 0.0, 0.666;\nset ylabel \"density\";\nplot 'test3_0103' using 1:2 notitle with points lc 1,\\\n 'test3-exact.out' using 1:2 notitle with lines ls 1;\n\nset origin 0.0, 0.333;\nset ylabel \"velocity\";\nplot 'test3_0103' using 1:5 notitle with points lc 1,\\\n 'test3-exact.out' using 1:3 notitle with lines ls 1;\n\nset origin 0.0, 0.0;\nset ylabel \"pressure\";\nplot 'test3_0103' using 1:6 notitle with points lc 1,\\\n 'test3-exact.out' using 1:4 notitle with lines ls 1;\n\nunset multiplot;\nset term x11;\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"3814f87a030ea20958fa094000ba5f0f98845eb5","subject":"PDF output and layout","message":"PDF output and layout\n","repos":"cpieloth\/GPGPU-on-Hadoop,cpieloth\/GPGPU-on-Hadoop,cpieloth\/GPGPU-on-Hadoop,cpieloth\/GPGPU-on-Hadoop,cpieloth\/GPGPU-on-Hadoop","old_file":"hadoop_ocl_link_test\/runTime\/maxTemp_time.gnu","new_file":"hadoop_ocl_link_test\/runTime\/maxTemp_time.gnu","new_contents":"set terminal pdf\nset key outside right top nobox\n\nset title \"MaxTemperature mit Hadoop & OpenCL\"\nset output \"maxTemp.pdf\"\nset ylabel \"Laufzeit [s]\"\nset xlabel \"Daten [MB]\"\n\nset boxwidth 0.9 absolute\n\nset style fill solid 1.00 border -1\nset style data histogram\nset style histogram cluster gap 2\n\nset mxtics 0\nset mytics 2\nset ytics 10 nomirror\nset xtics 0 nomirror\nset grid y\n\nset xrange[-0.5:2.6]\nset yrange[0:*]\n\nplot \\\n'hadoop.dat' u 2:xtic(1) t \"Hadoop\", \\\n'javacl.dat' u 2 t \"JavaCL\", \\\n'jocl.dat' u 2 t \"JOCL\", \\\n'streaming.dat' u 2 t \"Streaming\", \\\n'pipes.dat' u 2 t \"Pipes\"\n","old_contents":"set terminal postscript eps color\nset key left top box\n\nset title \"MaxTemperature mit Hadoop & OpenCL\"\nset output \"maxTemp.eps\"\nset ylabel \"Laufzeit [s]\"\nset xlabel \"Daten [MB]\"\n\nset boxwidth 1.00 absolute\n\nset style fill solid 1.00 border -1\nset style data histogram\nset style histogram cluster gap 2\n\nset mxtics 1\nset mytics 1\nset ytics 5 nomirror\nset xtics 1 nomirror\n\n#set xrange[32:*]\n#set yrange[0:30]\n\nplot \\\n'hadoop.dat' using 2:xtic(1) t \"Hadoop\", \\\n'javacl.dat' using 2 t \"JavaCL\", \\\n'jocl.dat' using 2 t \"JOCL\", \\\n'streaming.dat' using 2 t \"Streaming\", \\\n'pipes.dat' using 2 t \"Pipes\"\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"4fa5fa8f61a9fe00c8b0880087d305736e207c47","subject":"Change formats, as suggested by Duraid","message":"Change formats, as suggested by Duraid\n\n\ngit-svn-id: 0ff597fd157e6f4fc38580e8d64ab130330d2411@18150 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,dslab-epfl\/asap,apple\/swift-llvm,apple\/swift-llvm,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,apple\/swift-llvm,llvm-mirror\/llvm,apple\/swift-llvm,chubbymaggie\/asap,dslab-epfl\/asap,llvm-mirror\/llvm,dslab-epfl\/asap,apple\/swift-llvm,llvm-mirror\/llvm,dslab-epfl\/asap,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,apple\/swift-llvm,apple\/swift-llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,chubbymaggie\/asap,chubbymaggie\/asap,apple\/swift-llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,llvm-mirror\/llvm,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,dslab-epfl\/asap","old_file":"utils\/NightlyTest.gnuplot","new_file":"utils\/NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d-%H:%M:%S:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"688d093c5b1468e780c612d8fe7b3761c8cb0a23","subject":"Include maximum value into CDF plot.","message":"Include maximum value into CDF plot.\n","repos":"egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k-perf\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = STATS_max\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.0f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.0f\", STATS_median); MAXFLOPS = sprintf(\"%.0f\", STATS_max)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Binned by Problem Size)\" }\nset style fill solid 0.4 border -1\nset boxwidth 0.5\nset grid y2tics lc \"grey\"\nunset key\nunset xtics\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xrange [-0.5:2.5]\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nplot BASENAME.\".dat\" \\\n using (0.0):((((0.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK*1.0\/3.0)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n \"\" using (1.0):((((MAXMNK*1.0\/3.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK*2.0\/3.0)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n \"\" using (2.0):((((MAXMNK*2.0\/3.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK)))?column(FLOPS):1\/0) notitle smooth unique with boxes\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s Maximum: \".MAXFLOPS.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset y2label \"GFLOP\/s\"\nset y2tics nomirror\nunset ytics\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x*0.95:x*1.05] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.0f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 2 * x, h(x)\nset label 2 sprintf(\"%.0f GFLOP\/s\", h(x)) at 1.5 * x, h(x) centre offset 0, -1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k-perf\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = STATS_max\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.0f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.0f\", STATS_median)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Binned by Problem Size)\" }\nset style fill solid 0.4 border -1\nset boxwidth 0.5\nset grid y2tics lc \"grey\"\nunset key\nunset xtics\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xrange [-0.5:2.5]\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nplot BASENAME.\".dat\" \\\n using (0.0):((((0.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK*1.0\/3.0)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n \"\" using (1.0):((((MAXMNK*1.0\/3.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK*2.0\/3.0)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n \"\" using (2.0):((((MAXMNK*2.0\/3.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK)))?column(FLOPS):1\/0) notitle smooth unique with boxes\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset y2label \"GFLOP\/s\"\nset y2tics nomirror\nunset ytics\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x*0.95:x*1.05] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.0f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 2 * x, h(x)\nset label 2 sprintf(\"%.0f GFLOP\/s\", h(x)) at 1.5 * x, h(x) centre offset 0, -1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"f00770be8269167d436e492fb83a88508b981c60","subject":"[intr] plot01 done","message":"[intr] plot01 done\n","repos":"mliszcz\/uj-2pf","old_file":"00-tutorial\/plot01.gnuplot","new_file":"00-tutorial\/plot01.gnuplot","new_contents":"\nset encoding utf8\nset decimalsign locale \"pl_PL.UTF-8\"\n\ninput_data = \"wykres_01_06.txt\"\n\ng1_excl_start = 2.0\ng1_excl_end = 5.5\n\ng2_excl_start = 4.5\ng2_excl_end = 8.5\n\ngauss1(x)=A1\/(sig*sqrt(2.*pi))*exp(-(x-u1)**2\/(2.*sig**2)) + b1*x\ngauss2(x)=A2\/(sig*sqrt(2.*pi))*exp(-(x-u2)**2\/(2.*sig**2)) + b2*x\n\nset fit errorvariables\n\nfit gauss1(x) input_data every ::2 \\\n using 1:($1<g1_excl_start || $1>g1_excl_end ? $2 : 1\/0) \\\n via A1, u1, sig, b1\n\nfit gauss2(x) input_data every ::2 \\\n using 1:($1<g2_excl_start || $1>g2_excl_end ? $2 : 1\/0) \\\n via A2, u2, b2\n\nfits_label = \"Dopasowane funkcje:\\nf(x) = A\/(\u03c3\u221a(2\u03c0)) exp(-\u00bd((x-\u03bc)\/\u03c3)\u00b2) + bx\"\nfits_fmt_A = \"A=%.3f(%d) \u2a09 10 mW\/m\"\nfits_fmt_u = \"\u03bc=%.3f(%d) mm\"\nfits_fmt_o = \"\u03c3=%.3f(%d) mm\"\nfits_fmt_b = \"b=%.4f(%2d) \u2a09 0.1 mW\/m\u00b3\"\nfits_format = \"gauss%d(x):\\n\".fits_fmt_A.\"\\n\".fits_fmt_u.\"\\n\".fits_fmt_o.\"\\n\".fits_fmt_b\nfits_g1 = sprintf(fits_format, 1, A1, A1_err*1000, u1, u1_err*1000, sig, sig_err*1000, b1, b1_err*10000)\nfits_g2 = sprintf(fits_format, 2, A2, A2_err*1000, u2, u2_err*1000, sig, sig_err*1000, b2, b2_err*10000)\n\nset terminal svg size 800,600 fname 'Verdana' fsize 10\nset output sprintf(\"output\/%s.svg\", input_data)\n\nset multiplot\n\nset title sprintf(\"Profil nat\u0119\u017cenia wi\u0105zki laserowej (%s)\", input_data)\nset xlabel \"po\u0142o\u017cenie detektora [mm]\"\nset ylabel \"nat\u0119\u017cenie \u015bwiat\u0142a [mW\/cm\u00b2]\"\n\nset label 10 at 6.0,0.25 fits_label front left\nset label 11 at 7.2,2.2 fits_g1 front left\nset label 12 at 0.4,1.2 fits_g2 front left\n\nset obj 5 rect from 5.45,2.8 to 6.85,2.2\nset arrow from 5.35,2.5 to 4.0,2.5 lw 1 back filled\n\nplot input_data using 1:2 title input_data linestyle 1 pointsize 1.4, \\\n gauss1(x) linestyle 2, \\\n gauss2(x) linestyle 3\n\nunset title\nunset xlabel\nunset ylabel\n\nunset label\nunset obj\nunset arrow\n\nunset key\n\nset size 0.35,0.35\nset origin 0.1,0.55\n\nset xrange [5.45:6.85]\nset yrange [2.2:2.8]\n\nset grid\n\nplot input_data using 1:2 title input_data linestyle 1 pointsize 1.4, \\\n gauss1(x) linestyle 2\n\nunset multiplot\n","old_contents":"\nset decimalsign locale \"pl_PL.UTF-8\"\n\ninput_data = \"wykres_01_06.txt\"\n\ng1_excl_start = 2.0\ng1_excl_end = 5.5\n\ng2_excl_start = 4.5\ng2_excl_end = 8.5\n\ngauss1(x)=A1\/(sig*sqrt(2.*pi))*exp(-(x-u1)**2\/(2.*sig**2)) + b1*x\ngauss2(x)=A2\/(sig*sqrt(2.*pi))*exp(-(x-u2)**2\/(2.*sig**2)) + b2*x\n\nfit gauss1(x) input_data every ::2 \\\n using 1:($1<g1_excl_start || $1>g1_excl_end ? $2 : 1\/0) \\\n via A1, u1, sig, b1\n\nfit gauss2(x) input_data every ::2 \\\n using 1:($1<g2_excl_start || $1>g2_excl_end ? $2 : 1\/0) \\\n via A2, u2, b2\n\nset terminal png\nset output sprintf(\"output\/%s.png\", input_data)\n\nset xlabel \"po\u0142o\u017cenie detektora [mm]\"\nset ylabel \"nat\u0119\u017cenie \u015bwiat\u0142a [mW\/cm^2]\"\n\nset title sprintf(\"Profil nat\u0119\u017cenia wi\u0105zki laserowej (%s)\", input_data)\n\nplot input_data using 1:2 title input_data linestyle 2, \\\n gauss1(x) linestyle 3, \\\n gauss2(x) linestyle 4\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"bdb84d93f568e328083f0eb601b74353f0229c93","subject":"ENH: updating template file to avoid etsproxy import","message":"ENH: updating template file to avoid etsproxy import\n","repos":"burnpanck\/chaco,ContinuumIO\/chaco,ContinuumIO\/chaco,tommy-u\/chaco,ContinuumIO\/chaco,tommy-u\/chaco,tommy-u\/chaco,burnpanck\/chaco,ContinuumIO\/chaco,burnpanck\/chaco","old_file":"chaco\/tests\/sample_template.plt","new_file":"chaco\/tests\/sample_template.plt","new_contents":"# \n# Sample Chaco template\n# \n# Chaco templates are just python modules. They generally consist of a series\n# of top-level functions, each of which build out a plot component in the\n# plot hierarchy.\n#\n# They must define a special symbol __plot_metadata__ which is an instance of\n# TemplateMetadata.\n\n\nfrom chaco.api import TemplateMetadata\n\n__plot_metadata__ = TemplateMetadata(version = \"1.0\",\n pkg_name = \"enthought.chaco\",\n root_name = \"top_frame\",\n template_vars = { \"left_slot\": \"VPlotContainer\",\n \"center_slot\": \"OverlayPlotContainer\",\n \"bottom_data\": \"ArrayDataSource\" }\n )\n\n\n","old_contents":"# \n# Sample Chaco template\n# \n# Chaco templates are just python modules. They generally consist of a series\n# of top-level functions, each of which build out a plot component in the\n# plot hierarchy.\n#\n# They must define a special symbol __plot_metadata__ which is an instance of\n# TemplateMetadata.\n\n\nfrom enthought.chaco.api import TemplateMetadata\n\n__plot_metadata__ = TemplateMetadata(version = \"1.0\",\n pkg_name = \"enthought.chaco\",\n root_name = \"top_frame\",\n template_vars = { \"left_slot\": \"VPlotContainer\",\n \"center_slot\": \"OverlayPlotContainer\",\n \"bottom_data\": \"ArrayDataSource\" }\n )\n\n\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"460aee910b09f7fcd50031d0ffa1d00c8f1f469c","subject":"Add test for mongo:insert_batch\/3.","message":"Add test for mongo:insert_batch\/3.\n","repos":"khueue\/prolog-bson","old_file":"src\/mongo\/mongo_insert.plt","new_file":"src\/mongo\/mongo_insert.plt","new_contents":":- include(misc(common)).\n\n:- use_module(mongo_test_helper, []).\n:- use_module(bson(bson), []).\n:- use_module(misc(util), []).\n\n:- begin_tests('mongo:insert\/2').\n\ntest('insert', [\n setup(mongo_test_helper:up(Conn,Coll)),\n cleanup(mongo_test_helper:down(Conn))\n ]) :-\n util:ms_since_epoch(MilliSeconds),\n Doc =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n mongo:delete(Coll, [hello-[\u00e5\u00e4\u00f6,5.05]]),\n mongo:insert(Coll, Doc).\n\n:- end_tests('mongo:insert\/2').\n\n:- begin_tests('mongo:insert_batch\/3').\n\ntest('insert', [\n setup(mongo_test_helper:up(Conn,Coll)),\n cleanup(mongo_test_helper:down(Conn))\n ]) :-\n util:ms_since_epoch(MilliSeconds),\n Doc =\n [\n hello - world,\n now - utc(MilliSeconds)\n ],\n mongo:delete(Coll, [hello-world]),\n mongo:insert_batch(Coll, [], [Doc,Doc,Doc]),\n mongo:find(Coll, [hello-world], [now-1], 0, 0, _Cursor, Docs),\n lists:length(Docs, 3).\n\n:- end_tests('mongo:insert_batch\/3').\n","old_contents":":- include(misc(common)).\n\n:- use_module(mongo_test_helper, []).\n:- use_module(bson(bson), []).\n:- use_module(misc(util), []).\n\n:- begin_tests('mongo:insert\/2').\n\ntest('insert', [\n setup(mongo_test_helper:up(Conn,Coll)),\n cleanup(mongo_test_helper:down(Conn))\n ]) :-\n util:ms_since_epoch(MilliSeconds),\n Doc =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n mongo:delete(Coll, [hello-[\u00e5\u00e4\u00f6,5.05]]),\n mongo:insert(Coll, Doc).\n\n:- end_tests('mongo:insert\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e576023ace6b211272d62a3754fe7d1342311405","subject":"angepasste Pfade","message":"angepasste Pfade\n","repos":"likesmusik\/HPC,likesmusik\/HPC,likesmusik\/HPC,likesmusik\/HPC","old_file":"Blatt10\/gnuplot\/strong_scaling_ja.plt","new_file":"Blatt10\/gnuplot\/strong_scaling_ja.plt","new_contents":"set title \"Strong scaling: Total runtime of partdiff-par with the jacobi algorithm\"\r\nset xlabel \"Number of nodes\"\r\nset ylabel \"Runtime in seconds [t]\"\r\nset grid xtics lt 0 lw 1 lc rgb \"#bbbbbb\"\r\nset grid ytics lt 0 lw 1 lc rgb \"#bbbbbb\"\r\nunset key\r\nplot 'STRONG_SCALING_JA.dat' using 1:4 with points pt 7 #, 'STRONG_SCALING_GS.dat' using 1:4 with points pt 7 \r\n","old_contents":"set title \"Strong scaling: Total runtime of partdiff-par with the jacobi algorithm\"\r\nset xlabel \"Number of nodes\"\r\nset ylabel \"Runtime in seconds [t]\"\r\nset grid xtics lt 0 lw 1 lc rgb \"#bbbbbb\"\r\nset grid ytics lt 0 lw 1 lc rgb \"#bbbbbb\"\r\nunset key\r\nplot 'WEAK_SCALING_JA.dat' using 1:4 with points pt 7 #, 'WEAK_SCALING_GA.dat' using 1:4 with points pt 7 ","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f028396223da69e1aea5f405ba34cbfdd69fb8d8","subject":"PMODE typo","message":"PMODE typo\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1401 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# Makefile.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= .\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= common io mng containers algo stream lib utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_PMODE)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_PARALLEL_MODE)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_PARALLEL_MODE)\nendif\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\n# dummy target for initial creation of make.settings.local\nconfig:\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C common tools\n\t$(MAKE) -C utils tools\n\n$(LIBNAME).stamp: build-lib\n\t$(RM) $@ $(LIBNAME).mk.tmp\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_PARALLEL_MODE\t = $(PARALLEL_MODE_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_PARALLEL_MODE\t = $(PARALLEL_MODE_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t = $(WARNINGS)'\t>> $(LIBNAME).mk.tmp\n\tcmp -s $(LIBNAME).mk.tmp $(LIBNAME).mk || mv $(LIBNAME).mk.tmp $(LIBNAME).mk\n\t$(RM) $(LIBNAME).mk.tmp\n\ttouch $@\n\nlibrary: $(LIBNAME).stamp\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library\nendif\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nGET_SVN_INFO\t\t?= LC_ALL=POSIX svn info $1\nGET_SVN_INFO_SED\t?= sed\nGET_SVN_INFO_DATE\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Date\/{' -e 's\/.*: \/\/' -e 's\/ .*\/\/' -e 's\/-\/\/g' -e 'p' -e '}'\nGET_SVN_INFO_REV\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Rev\/s\/.*: \/\/p'\nGET_SVN_INFO_BRANCH\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/URL\/{' -e 's\/.*\\\/svnroot\\\/stxxl\/\/' -e '\/branches\/s\/\\\/branches\\\/\/\/p' -e '}'\n\nSTXXL_SVN_BRANCH\t:= $(shell $(call GET_SVN_INFO_BRANCH, .))\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, .))\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, .))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell svnversion $(MCSTL_ROOT) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, $(MCSTL_ROOT)))\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, $(MCSTL_ROOT)))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell svnversion $(MCSTL_ROOT))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(LIBNAME).mk $(LIBNAME).mk.tmp\n\n\nifneq (,$(wildcard .svn))\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\t$(RM) -r reltmp\/stxxl-$(REL_VERSION)\/homepage\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not committed:\"\n\t@svn status -q\nendif\n\n\n.PHONY: main config library library-fast tests clean release\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# Makefile.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= .\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= common io mng containers algo stream lib utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_PARALLEL_MODE)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_PARALLEL_MODE)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_PARALLEL_MODE)\nendif\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\n# dummy target for initial creation of make.settings.local\nconfig:\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C common tools\n\t$(MAKE) -C utils tools\n\n$(LIBNAME).stamp: build-lib\n\t$(RM) $@ $(LIBNAME).mk.tmp\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_PARALLEL_MODE\t = $(PARALLEL_MODE_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_PARALLEL_MODE\t = $(PARALLEL_MODE_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $(LIBNAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t = $(WARNINGS)'\t>> $(LIBNAME).mk.tmp\n\tcmp -s $(LIBNAME).mk.tmp $(LIBNAME).mk || mv $(LIBNAME).mk.tmp $(LIBNAME).mk\n\t$(RM) $(LIBNAME).mk.tmp\n\ttouch $@\n\nlibrary: $(LIBNAME).stamp\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library\nendif\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nGET_SVN_INFO\t\t?= LC_ALL=POSIX svn info $1\nGET_SVN_INFO_SED\t?= sed\nGET_SVN_INFO_DATE\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Date\/{' -e 's\/.*: \/\/' -e 's\/ .*\/\/' -e 's\/-\/\/g' -e 'p' -e '}'\nGET_SVN_INFO_REV\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Rev\/s\/.*: \/\/p'\nGET_SVN_INFO_BRANCH\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/URL\/{' -e 's\/.*\\\/svnroot\\\/stxxl\/\/' -e '\/branches\/s\/\\\/branches\\\/\/\/p' -e '}'\n\nSTXXL_SVN_BRANCH\t:= $(shell $(call GET_SVN_INFO_BRANCH, .))\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, .))\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, .))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell svnversion $(MCSTL_ROOT) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, $(MCSTL_ROOT)))\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, $(MCSTL_ROOT)))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell svnversion $(MCSTL_ROOT))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(LIBNAME).mk $(LIBNAME).mk.tmp\n\n\nifneq (,$(wildcard .svn))\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\t$(RM) -r reltmp\/stxxl-$(REL_VERSION)\/homepage\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not committed:\"\n\t@svn status -q\nendif\n\n\n.PHONY: main config library library-fast tests clean release\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"35fba60efb7d2582aa46273b1f16bbdfb99ec219","subject":"remove temp files before echoing into them","message":"remove temp files before echoing into them\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@505 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\nTHISMAKEFILE\t:= $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)) \n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t = $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t = $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).mk: build-lib\n\t$(RM) $@\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $@\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $@\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $@\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $@\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $@\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $@\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $@\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $@\n\nlibrary: $(LIBNAME).mk\n\nlib\/lib$(LIBNAME).$(LIBEXT): make.settings\n\t$(MAKE) -f $(THISMAKEFILE) library\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nVERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nVERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nVERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nVERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(VERSION_DATE)\"' >> $@.tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(VERSION_SVN_REV)\"' >> $@.tmp\n\tcmp -s $@ $@.tmp || mv $@.tmp $@\n\t$(RM) $@.tmp\nendif\n\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\n\ntests-in-%: lib\/lib$(LIBNAME).$(LIBEXT)\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).mk\n\n.PHONY: main library tests clean\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\nTHISMAKEFILE\t:= $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)) \n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t = $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t = $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).mk: build-lib\n\techo 'STXXL_CXX\t = $(COMPILER)'\t> $@\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $@\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $@\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $@\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $@\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $@\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $@\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $@\n\nlibrary: $(LIBNAME).mk\n\nlib\/lib$(LIBNAME).$(LIBEXT): make.settings\n\t$(MAKE) -f $(THISMAKEFILE) library\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nVERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nVERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nVERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nVERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\techo '#define STXXL_VERSION_STRING_DATE \"$(VERSION_DATE)\"' > $@.tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(VERSION_SVN_REV)\"' >> $@.tmp\n\tcmp -s $@ $@.tmp || mv $@.tmp $@\n\t$(RM) $@.tmp\nendif\n\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\n\ntests-in-%: lib\/lib$(LIBNAME).$(LIBEXT)\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).mk\n\n.PHONY: main library tests clean\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"3d92b40cab10ac603360e1b0533e63f5d77dfa68","subject":"moved to correct location","message":"moved to correct location\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"#ccbb0000\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\nset xtics textcolor rgb \"ccbb0000\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"0ec81c18a6fac967b4ebc3d74bdbe0a0ce7c9532","subject":"rrepair, eval: more flexibility in the scale plots","message":"rrepair, eval: more flexibility in the scale plots\n","repos":"scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris","old_file":"contrib\/rrepair\/eval_data_inc.gp","new_file":"contrib\/rrepair\/eval_data_inc.gp","new_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tsrcFile5 -> source file 5 path (optional)\n#\tsrcFile5_title -> prepend this to titles of lines from srcFile5 (optional unless srcFile5 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n\nset macro\n\nload colDefFile\n\nplotCount = exists(\"srcFile5\") ? 5 : exists(\"srcFile4\") ? 4 : exists(\"srcFile3\") ? 3 : exists(\"srcFile2\") ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\") . (plotCount >= 5 ? \" \" . srcFile5 : \"\")\nget_file(i) = (i == 5) ? srcFile5 : (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 5) ? srcFile5_title : (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\n\n# http:\/\/colorbrewer2.org\/?type=qualitative&scheme=Set1&n=5\n# (#e41a1c, #377eb8, #4daf4a, #984ea3, #ff7f00)\n# -> a little brighter version:\nset style line 1 lw 2 lt 1 lc rgb '#ff191b' pt 5 # dark red\nset style line 2 lw 2 lt 1 lc rgb '#2d8ede' pt 9 # dark blue\nset style line 3 lw 2 lt 1 lc rgb '#59c955' pt 7 # dark green\nset style line 4 lw 2 lt 1 lc rgb '#b05abd' pt 4 # dark purple\nset style line 5 lw 2 lt 1 lc rgb '#ff7f00' pt 10 # dark orange\nset style line 6 lw 3 lc rgb \"#777777\" pt 8 lt 3 # gray (for the naive line)\n\nset style line 101 lw 3 lt 1 lc rgb '#ff191b' pt 0 # dark red\nset style line 102 lw 3 lt 1 lc rgb '#2d8ede' pt 0 # dark blue\nset style line 103 lw 3 lt 1 lc rgb '#59c955' pt 0 # dark green\nset style line 104 lw 3 lt 1 lc rgb '#b05abd' pt 0 # dark purple\nset style line 105 lw 3 lt 1 lc rgb '#ff7f00' pt 0 # dark orange\n\nif (plotCount == 5) {\n plotShift(x, i) = (i == 5) ? (x + (x \/ 1.6)) : (i == 4) ? (x + (x \/ 3.7)) : (i == 3) ? (x) : (i == 2) ? (x - (x \/ 4.6)) : (x - (x \/ 2.6))\n} else {\n if (plotCount == 4) {\n plotShift(x, i) = (i == 4) ? (x + (x \/ 1.9)) : (i == 3) ? (x + (x \/ 6.5)) : (i == 2) ? (x - (x \/ 7.9)) : (x - (x \/ 2.95))\n } else {\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + (x \/ 2.3)) : (i == 2) ? (x) : (x - (x \/ 3.2))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + (x \/ 3)) : (x - (x \/ 4))\n } else {\n plotShift(x, i) = x\n }\n }\n }\n}\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nif (!exists(\"systemSize\")) {\n systemSize = 4000\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nfilename = \"file\"\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\nbw_min=1\ndo for [i=1:plotCount] {\n stats get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n if (STATS_min < bw_min) {bw_min = STATS_min}\n}\n# is naive solution more expensive?\nstats get_file(1) using (kB(column(col_dbsize)\/4*(128+32)\/8)) nooutput\nif (STATS_max > bw_max) {bw_max = STATS_max}\nif (STATS_min < bw_min) {bw_min = STATS_min}\nbw_min = 2.0**floor(log(bw_min) \/ log(2))\n\nkey_width_fun(i) = min(-0.5, (6-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.15)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n#print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset logscale x 2\nset xrange [((systemSize\/1000.0)\/2):((systemSize\/1000.0)*4**5*2)] # TODO: adapt if number of data points changes!\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount >= 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\narrow_dx=.166666666667 # grid spacing in x\narrow_di=0 # added to each i in loop - arrows drawn at (i+arrow_di)*arrow_dx\narrow_xpoints=6 # TODO: adapt if number of data points changes!\n\nset style line 100 lw 2 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset boxwidth plot_boxwidth relative\nset style fill solid 1 border -1\nsystemSizeScaled = systemSize \/ 1000.0\nset xtics scale 0.1 systemSizeScaled,4\nset ytics scale 0.8\nset grid noxtics nomxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset for [i=1:arrow_xpoints] arrow from graph (i+arrow_di)*arrow_dx,graph 0 to graph (i+arrow_di)*arrow_dx,graph 1 nohead back linetype 0 linewidth 1.000\n\nset o destDir. \"all_\" .filename. \".\" .fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = 0.023 + ((plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full)\nred_height = (plotCount > 1) ? 0.170 : 0.174\nred_pos_y = (plotCount > 1) ? bw_height_full - 0.033 : bw_height_full - 0.035\nacc_height_full = (plotCount > 1) ? 0.200 : 0.204\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.007) : (red_pos_y + red_height - 0.025)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nset format y \" %4.1f\"\nif (plotCount > 1) {\n set key at screen 0.512,(acc_pos_y + 0.001) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset size all_width_r,acc_height\nif (regenAccInPercent == 1) {\n set y2tics mirror format \"%-3.0f_{\u00a0}%%\" offset 0 scale 0.8\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set y2tics mirror format \"%-4.1f \" scale 0.8\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset ytics autofreq\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nif (red_max > 10) {\n set format y \" %3.0f\"\n set format y2 \"%-3.0f \"\n} else {\n set format y \" %4.1f\"\n set format y2 \"%-4.1f \"\n}\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,-0.025\nset xlabel \"n in 10^3, update\" font \",16\"\nset ylabel \"RC costs (phase 1+2) in KiB\" font \",16\"\nset yrange [bw_min:bw_max*1.2]\nset y2range [bw_min:bw_max*1.2]\nset logscale y 2\nset logscale y2 2\nif (bw_min < 1) {\n if (bw_min < 0.5) {\nset format y \" 2^{%L}\"\n } else {\nset format y \"%4.1f\"\n }\n} else {\nset format y \"%5.0f\"\n}\nset format x\nif (plotCount > 1) {\n set key at screen 0.512,(red_pos_y + 0.0065) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nLABELu = \"n \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at systemSizeScaled*1.5,systemSize*66*(128+32)\/8\/1024 LABELu front left font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)\/4*(128+32)\/8)) with linespoints notitle ls 6\n\nset size all_width_r,bw_height\nset origin 0.49,-0.025\nset xlabel \"n in 10^3, regen\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\nif (bw_min < 1) {\n if (bw_min < 0.5) {\nset format y2 \" 2^{%L}\"\n } else {\nset format y2 \"%4.1f\"\n }\n} else {\nset format y2 \"%5.0f\"\n}\n\nunset label 10\nLABELr = \"n \u00d7 (1-\u03b4) \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at systemSizeScaled,128*systemSize*(128+32)\/8\/1024 LABELr front left font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)*(1-column(col_fprob)\/100.0)\/4*(128+32)\/8)) with linespoints notitle ls 6\n","old_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tsrcFile5 -> source file 5 path (optional)\n#\tsrcFile5_title -> prepend this to titles of lines from srcFile5 (optional unless srcFile5 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n\nset macro\n\nload colDefFile\n\nplotCount = exists(\"srcFile5\") ? 5 : exists(\"srcFile4\") ? 4 : exists(\"srcFile3\") ? 3 : exists(\"srcFile2\") ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\") . (plotCount >= 5 ? \" \" . srcFile5 : \"\")\nget_file(i) = (i == 5) ? srcFile5 : (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 5) ? srcFile5_title : (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\n\n# http:\/\/colorbrewer2.org\/?type=qualitative&scheme=Set1&n=5\n# (#e41a1c, #377eb8, #4daf4a, #984ea3, #ff7f00)\n# -> a little brighter version:\nset style line 1 lw 2 lt 1 lc rgb '#ff191b' pt 5 # dark red\nset style line 2 lw 2 lt 1 lc rgb '#2d8ede' pt 9 # dark blue\nset style line 3 lw 2 lt 1 lc rgb '#59c955' pt 7 # dark green\nset style line 4 lw 2 lt 1 lc rgb '#b05abd' pt 4 # dark purple\nset style line 5 lw 2 lt 1 lc rgb '#ff7f00' pt 10 # dark orange\nset style line 6 lw 3 lc rgb \"#777777\" pt 8 lt 3 # gray (for the naive line)\n\nset style line 101 lw 3 lt 1 lc rgb '#ff191b' pt 0 # dark red\nset style line 102 lw 3 lt 1 lc rgb '#2d8ede' pt 0 # dark blue\nset style line 103 lw 3 lt 1 lc rgb '#59c955' pt 0 # dark green\nset style line 104 lw 3 lt 1 lc rgb '#b05abd' pt 0 # dark purple\nset style line 105 lw 3 lt 1 lc rgb '#ff7f00' pt 0 # dark orange\n\nif (plotCount == 5) {\n plotShift(x, i) = (i == 5) ? (x + (x \/ 1.6)) : (i == 4) ? (x + (x \/ 3.7)) : (i == 3) ? (x) : (i == 2) ? (x - (x \/ 4.6)) : (x - (x \/ 2.6))\n} else {\n if (plotCount == 4) {\n plotShift(x, i) = (i == 4) ? (x + (x \/ 1.9)) : (i == 3) ? (x + (x \/ 6.5)) : (i == 2) ? (x - (x \/ 7.9)) : (x - (x \/ 2.95))\n } else {\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + (x \/ 2.3)) : (i == 2) ? (x) : (x - (x \/ 3.2))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + (x \/ 3)) : (x - (x \/ 4))\n } else {\n plotShift(x, i) = x\n }\n }\n }\n}\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nif (!exists(\"systemSize\")) {\n systemSize = 4000\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nfilename = \"file\"\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\ndo for [i=1:plotCount] {\n stats get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n}\n# is naive solution more expensive?\nstats get_file(1) using (kB(column(col_dbsize)\/4*(128+32)\/8)) nooutput\nif (STATS_max > bw_max) {bw_max = STATS_max}\n\nkey_width_fun(i) = min(-0.5, (6-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.15)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n#print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset logscale x 2\nset xrange [((systemSize\/1000.0)\/2):((systemSize\/1000.0)*4**5*2)] # TODO: adapt if number of data points changes!\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount >= 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\narrow_dx=.166666666667 # grid spacing in x\narrow_di=0 # added to each i in loop - arrows drawn at (i+arrow_di)*arrow_dx\narrow_xpoints=6 # TODO: adapt if number of data points changes!\n\nset style line 100 lw 2 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset boxwidth plot_boxwidth relative\nset style fill solid 1 border -1\nsystemSizeScaled = systemSize \/ 1000.0\nset xtics scale 0.1 systemSizeScaled,4\nset ytics scale 0.8\nset grid noxtics nomxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset for [i=1:arrow_xpoints] arrow from graph (i+arrow_di)*arrow_dx,graph 0 to graph (i+arrow_di)*arrow_dx,graph 1 nohead back linetype 0 linewidth 1.000\n\nset o destDir. \"all_\" .filename. \".\" .fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = 0.023 + ((plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full)\nred_height = (plotCount > 1) ? 0.170 : 0.174\nred_pos_y = (plotCount > 1) ? bw_height_full - 0.033 : bw_height_full - 0.035\nacc_height_full = (plotCount > 1) ? 0.200 : 0.204\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.007) : (red_pos_y + red_height - 0.025)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nset format y \" %4.1f\"\nif (plotCount > 1) {\n set key at screen 0.512,(acc_pos_y + 0.001) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset size all_width_r,acc_height\nif (regenAccInPercent == 1) {\n set y2tics mirror format \"%-3.0f_{\u00a0}%%\" offset 0 scale 0.8\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set y2tics mirror format \"%-4.1f \" scale 0.8\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset ytics autofreq\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nif (red_max > 10) {\n set format y \" %3.0f\"\n set format y2 \"%-3.0f \"\n} else {\n set format y \" %4.1f\"\n set format y2 \"%-4.1f \"\n}\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,-0.025\nset xlabel \"n in 10^3, update\" font \",16\"\nset ylabel \"RC costs (phase 1+2) in KiB\" font \",16\"\nset yrange [1:bw_max*1.2]\nset y2range [1:bw_max*1.2]\nset logscale y 2\nset logscale y2 2\nset format y \"%5.0f\"\nset format x\nif (plotCount > 1) {\n set key at screen 0.512,(red_pos_y + 0.0065) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nLABELu = \"n \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at systemSizeScaled*1.5,systemSize*66*(128+32)\/8\/1024 LABELu front left font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)\/4*(128+32)\/8)) with linespoints notitle ls 6\n\nset size all_width_r,bw_height\nset origin 0.49,-0.025\nset xlabel \"n in 10^3, regen\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror format \"%-5.0f\" scale 0.8\n\nunset label 10\nLABELr = \"n \u00d7 (1-\u03b4) \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at systemSizeScaled,128*systemSize*(128+32)\/8\/1024 LABELr front left font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)*(1-column(col_fprob)\/100.0)\/4*(128+32)\/8)) with linespoints notitle ls 6\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"e413fce6d88b5b3e5741dacdec4aaa8ebe050411","subject":"format test","message":"format test\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"testgraph.gp","new_file":"testgraph.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\nset datafile separator ';'\n\n# Title of the plot\nset title \"Test graph\"\n\n# We want a grid\nset grid\n\n# Ignore missing values\n#set datafile missing \"NaN\"\n\n# X-axis label\nset xlabel \"Date\/Time\"\n\n# set X-axis range to current date only\n#set xrange [\"$YESTERDAY\":\"$TODAY\"]\n\n# Y-axis ranges from 0 deg C to 100 deg C, same scale as for humidity\nset yrange [15:20]\n\n# Y2-axis set from 800 to 1200 kPa, used for barometric pressure\nset autoscale y2\n\n# place ticks on second Y2-axis\nset y2tics border\n\n# Title for Y-axis\nset ylabel \"Temperature [degC]\"\n\n# Title for Y2-axis\nset y2label \"Raw values [mV]\"\n\n# Define that data on X-axis should be interpreted as time\nset xdata time\n\n# Time in log-file is given in Unix format\nset timefmt \"%s\"\n\n# Display notation for time\nset format x \"%D\\n%R\" # Display time in 24 hour notation on the X axis\n\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"--legend--\"\n\n# output into png file\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# read data from file and generate plot\nplot \"\/tmp\/sql.csv\" using 2:4 title \"Temperature [degC]\" with lines \\\n ,\"\" using 2:3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\nset datafile separator ';'\n\n# Title of the plot\nset title \"Test graph\"\n\n# We want a grid\nset grid\n\n# Ignore missing values\n#set datafile missing \"NaN\"\n\n# X-axis label\nset xlabel \"Date\/Time\"\n\n# set X-axis range to current date only\n#set xrange [\"$YESTERDAY\":\"$TODAY\"]\n\n# Y-axis ranges from 0 deg C to 100 deg C, same scale as for humidity\nset yrange [15:20]\n\n# Y2-axis set from 800 to 1200 kPa, used for barometric pressure\nset autoscale y2\n\n# place ticks on second Y2-axis\nset y2tics border\n\n# Title for Y-axis\nset ylabel \"Temperature [degC]\"\n\n# Title for Y2-axis\nset y2label \"Raw values [mV]\"\n\n# Define that data on X-axis should be interpreted as time\nset xdata time\n\n# Time in log-file is given in Unix format\nset timefmt \"%s\"\n\n# Display notation for time\nset format x \"%R\" # Display time in 24 hour notation on the X axis\n\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"--legend--\"\n\n# output into png file\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# read data from file and generate plot\nplot \"\/tmp\/sql.csv\" using 2:4 title \"Temperature [degC]\" with lines \\\n ,\"\" using 2:3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f4c10ff3b7c1b89761f1056c4ff5611df87f90b0","subject":"adjust legend location","message":"adjust legend location\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/calc-cost-latency\/tablet-sizes-timeline.gnuplot","new_file":"mtdb\/calc-cost-latency\/tablet-sizes-timeline.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\n# Tablet created\/deleted events\nFN_IN_CD = system(\"echo $FN_IN_CD\")\n# Tablet access counts\nFN_IN_AC = system(\"echo $FN_IN_AC\")\nFN_OUT = system(\"echo $FN_OUT\")\nDESC = system(\"echo $DESC\")\nMIN_TABLET_SIZE = system(\"echo $MIN_TABLET_SIZE\")\nMAX_NEEDTO_READ_DATAFILE_PER_DAY = system(\"echo $MAX_NEEDTO_READ_DATAFILE_PER_DAY\")\n\nload \"..\/conf\/colorscheme.gnuplot\"\n\n# Get the plot range\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6) w boxxyerrorbars\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\n\nset terminal pdfcairo enhanced rounded size 6, 3in\nset output FN_OUT\n\nset border (1) front lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,(365.25*24*3600)\nunset ytics\n\nset format x \"'%y\"\n\nx1p = (X_MAX - X_MIN) \/ 100\ny1p = (Y_MAX - Y_MIN) \/ 100\n\n# Give some margin on the left and at the bottom\nx0=X_MIN-x1p\nx1=X_MAX+x1p\ny0=Y_MIN-y1p\ny1=Y_MAX\n\nset xrange [x0:x1]\nset yrange [y0:y1]\n\nset key top left\n\n# Desc\nx0 = X_MIN\ny0 = Y_MAX - 3*y1p\nset label DESC at x0, y0 left tc rgb \"black\" font \",7\"\n\nTRANSP0=0.06\n\n# Legend\nx1 = X_MIN + 78*x1p\nx2 = x1 + 7*x1p\ny2 = Y_MAX - 8*y1p\ny1 = y2 - 10*y1p\nset object rect from x1, y1 to x2, y2 fc rgb \"black\" fs transparent solid TRANSP0 noborder\nset arrow from x1, y1 to x1, y2 lc rgb \"black\" nohead\n\ny3 = (y2 + y1) \/ 2\ny4 = y3 + 1.5*y1p\nset label \"sst\\ngen\" at x1, y4 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx3 = x1 - 5*x1p\nset arrow from x3, y1 to x3, y2 lc rgb \"black\" nohead\n\nset arrow from x3 - 0.2*x1p, y2 to x3 + 0.2*x1p, y2 lc rgb \"black\" nohead\nset arrow from x3 - 0.2*x1p, y1 to x3 + 0.2*x1p, y1 lc rgb \"black\" nohead\n\nset label (sprintf(\"%.1f MB\", (y2 - y1)\/1024\/1024)) at x3, y2 right offset -0.5, 0 tc rgb \"black\" font \",8\"\nset label \"0\" at x3, y1 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx4 = x3 - 7*x1p\nset label \"Tablet size\" at x4, y3 center rotate by 90 tc rgb \"black\" font \",8\"\n\ny4 = y1 - 4*y1p\nset arrow from x1, y1 to x1, y4 lt 0 lc rgb \"black\" nohead\nset arrow from x2, y1 to x2, y4 lt 0 lc rgb \"black\" nohead\n\ny5 = y4 - 2*y1p\nset label \"created\" at x1, y5 center tc rgb \"black\" font \",8\"\nset label \"deleted\" at x2, y5 center tc rgb \"black\" font \",8\"\n\n\nlegendAccesses(x) = (x1 < x) && (x < x2) && (sin(x \/ (x2 - x1) * pi * 150) > 0) ? \\\n\t\t\t\t\t\t\t\t\t\ty1 + (y2 - y1) * (1 - sin((x - x1) \/ (x2 - x1) * pi \/ 2)) + sin(x \/ (x2 - x1) * pi * 20) * 0.5*y1p \\\n\t\t\t\t\t\t\t\t\t\t: 1 \/ 0\n\nx5 = x1 + 5.5*x1p\nx6 = x2 + 2*x1p\nset arrow from x5, y3 to x6, y3 lt 0 lc rgb \"black\" nohead\n\nx7 = x6 + x1p\ny6 = y3 + 2*y1p\nset label \"# of accesses\\nper day\" at x7, y6 left tc rgb \"black\" font \",8\"\n\n## Log scale\n## value range\n## x : [0, max]\n## +1 : [1, max+1]\n## log(above) : [0(=log(1)), log(max+1)]\n## \/ log(max+1) : [0, 1]\n#AccessCountHeight(x) = x == 0 ? \\\n#\t\t\t\t\t\t\t\t\t\t\t 1\/0 \\\n#\t\t\t\t\t\t\t\t\t\t\t : (log(x+1)\/log(MAX_NEEDTO_READ_DATAFILE_PER_DAY+1)) * MIN_TABLET_SIZE\n\nAccessCountHeight(x) = x == 0 ? \\\n\t\t\t\t\t\t\t\t\t\t\t 1\/0 \\\n\t\t\t\t\t\t\t\t\t\t\t : x \/ MAX_NEEDTO_READ_DATAFILE_PER_DAY * MIN_TABLET_SIZE\n\nx8 = x7 + 11*x1p\ny7 = y3 - AccessCountHeight(MAX_NEEDTO_READ_DATAFILE_PER_DAY) \/ 2.0\ny8 = y3 + AccessCountHeight(MAX_NEEDTO_READ_DATAFILE_PER_DAY) \/ 2.0\nset arrow from x8, y7 to x8, y8 lc rgb \"black\" nohead\nset arrow from x8 - 0.2*x1p, y7 to x8 + 0.2*x1p, y7 lc rgb \"black\" nohead\nset arrow from x8 - 0.2*x1p, y8 to x8 + 0.2*x1p, y8 lc rgb \"black\" nohead\nset label (sprintf(\"%s\", MAX_NEEDTO_READ_DATAFILE_PER_DAY)) at x8, y8 left offset 0.4, 0.1 tc rgb \"black\" font \",7\"\nset label \"0\" at x8, y7 left offset 0.4,-0.1 tc rgb \"black\" font \",7\"\n\nset samples 5000\n\n# gnuplot doesn't have a mod function\n# http:\/\/www.macs.hw.ac.uk\/~ml355\/lore\/gnuplot.htm\nmod(a, b) = a - floor(a\/b) * b\n\ncolor(a) = mod(a, 6)\n\nset style fill transparent solid TRANSP0 noborder\n\n# x y xlow xhigh ylow yhigh\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6):(color($1)) w boxxyerrorbars lc variable not, \\\nFN_IN_AC u 3:($2 + AccessCountHeight($6)):(color($1)) w points pointsize 0.05 lc variable not, \\\nFN_IN_CD u 2:7:(0):6:(color($1)) w vectors nohead lt 1 lc variable not, \\\nFN_IN_CD u 2:($7+$6\/2.0):1:(color($1)) w labels right offset -0.5,0 font \",8\" tc variable not, \\\nlegendAccesses(x) w lines lc rgb \"black\" not\n\n# dotted line doesn't work with lc variable\n#FN_IN_CD u 4:7:(0):6:(color($1)) w vectors nohead lw 2 lt 0 lc variable not, \\\n\n# steps doesn't work with lc variable\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)):(color($1)) w steps lc variable not, \\\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6)):(color($1)) w filledcurves lc variable not, \\\n\n# This doesn't fill the exact same area as the steps, but was the closest thing\n# that I can find.\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6)) w filledcurves lc rgb \"red\" not, \\\n\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)) w linespoints pt 7 pointsize 0.1 lc rgb \"black\" not, \\\n\n# no base y option, like y0\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)) w fillsteps lc rgb \"red\" not, \\\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\n# Tablet created\/deleted events\nFN_IN_CD = system(\"echo $FN_IN_CD\")\n# Tablet access counts\nFN_IN_AC = system(\"echo $FN_IN_AC\")\nFN_OUT = system(\"echo $FN_OUT\")\nDESC = system(\"echo $DESC\")\nMIN_TABLET_SIZE = system(\"echo $MIN_TABLET_SIZE\")\nMAX_NEEDTO_READ_DATAFILE_PER_DAY = system(\"echo $MAX_NEEDTO_READ_DATAFILE_PER_DAY\")\n\nload \"..\/conf\/colorscheme.gnuplot\"\n\n# Get the plot range\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6) w boxxyerrorbars\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\n\nset terminal pdfcairo enhanced rounded size 6, 3in\nset output FN_OUT\n\nset border (1) front lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,(365.25*24*3600)\nunset ytics\n\nset format x \"'%y\"\n\nx1p = (X_MAX - X_MIN) \/ 100\ny1p = (Y_MAX - Y_MIN) \/ 100\n\n# Give some margin on the left and at the bottom\nx0=X_MIN-x1p\nx1=X_MAX+x1p\ny0=Y_MIN-y1p\ny1=Y_MAX\n\nset xrange [x0:x1]\nset yrange [y0:y1]\n\nset key top left\n\n# Desc\nx0 = X_MIN\ny0 = Y_MAX - 3*y1p\nset label DESC at x0, y0 left tc rgb \"black\" font \",7\"\n\nTRANSP0=0.06\n\n# Legend\nx1 = X_MIN + 11.5*x1p\nx2 = x1 + 7*x1p\ny2 = y0 - 15*y1p\ny1 = y2 - 10*y1p\nset object rect from x1, y1 to x2, y2 fc rgb \"black\" fs transparent solid TRANSP0 noborder\nset arrow from x1, y1 to x1, y2 lc rgb \"black\" nohead\n\ny3 = (y2 + y1) \/ 2\ny4 = y3 + 1.5*y1p\nset label \"sst\\ngen\" at x1, y4 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx3 = x1 - 5*x1p\nset arrow from x3, y1 to x3, y2 lc rgb \"black\" nohead\n\nset arrow from x3 - 0.2*x1p, y2 to x3 + 0.2*x1p, y2 lc rgb \"black\" nohead\nset arrow from x3 - 0.2*x1p, y1 to x3 + 0.2*x1p, y1 lc rgb \"black\" nohead\n\nset label (sprintf(\"%.1f MB\", (y2 - y1)\/1024\/1024)) at x3, y2 right offset -0.5, 0 tc rgb \"black\" font \",8\"\nset label \"0\" at x3, y1 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx4 = x3 - 7*x1p\nset label \"Tablet size\" at x4, y3 center rotate by 90 tc rgb \"black\" font \",8\"\n\ny4 = y1 - 4*y1p\nset arrow from x1, y1 to x1, y4 lt 0 lc rgb \"black\" nohead\nset arrow from x2, y1 to x2, y4 lt 0 lc rgb \"black\" nohead\n\ny5 = y4 - 2*y1p\nset label \"created\" at x1, y5 center tc rgb \"black\" font \",8\"\nset label \"deleted\" at x2, y5 center tc rgb \"black\" font \",8\"\n\n\nlegendAccesses(x) = (x1 < x) && (x < x2) && (sin(x \/ (x2 - x1) * pi * 150) > 0) ? \\\n\t\t\t\t\t\t\t\t\t\ty1 + (y2 - y1) * (1 - sin((x - x1) \/ (x2 - x1) * pi \/ 2)) + sin(x \/ (x2 - x1) * pi * 20) * 0.5*y1p \\\n\t\t\t\t\t\t\t\t\t\t: 1 \/ 0\n\nx5 = x1 + 5.5*x1p\nx6 = x2 + 2*x1p\nset arrow from x5, y3 to x6, y3 lt 0 lc rgb \"black\" nohead\n\nx7 = x6 + x1p\ny6 = y3 + 2*y1p\nset label \"# of accesses\\nper day\" at x7, y6 left tc rgb \"black\" font \",8\"\n\n## Log scale\n## value range\n## x : [0, max]\n## +1 : [1, max+1]\n## log(above) : [0(=log(1)), log(max+1)]\n## \/ log(max+1) : [0, 1]\n#AccessCountHeight(x) = x == 0 ? \\\n#\t\t\t\t\t\t\t\t\t\t\t 1\/0 \\\n#\t\t\t\t\t\t\t\t\t\t\t : (log(x+1)\/log(MAX_NEEDTO_READ_DATAFILE_PER_DAY+1)) * MIN_TABLET_SIZE\n\nAccessCountHeight(x) = x == 0 ? \\\n\t\t\t\t\t\t\t\t\t\t\t 1\/0 \\\n\t\t\t\t\t\t\t\t\t\t\t : x \/ MAX_NEEDTO_READ_DATAFILE_PER_DAY * MIN_TABLET_SIZE\n\nx8 = x7 + 11*x1p\ny7 = y3 - AccessCountHeight(MAX_NEEDTO_READ_DATAFILE_PER_DAY) \/ 2.0\ny8 = y3 + AccessCountHeight(MAX_NEEDTO_READ_DATAFILE_PER_DAY) \/ 2.0\nset arrow from x8, y7 to x8, y8 lc rgb \"black\" nohead\nset arrow from x8 - 0.2*x1p, y7 to x8 + 0.2*x1p, y7 lc rgb \"black\" nohead\nset arrow from x8 - 0.2*x1p, y8 to x8 + 0.2*x1p, y8 lc rgb \"black\" nohead\nset label (sprintf(\"%s\", MAX_NEEDTO_READ_DATAFILE_PER_DAY)) at x8, y8 left offset 0.4, 0.1 tc rgb \"black\" font \",7\"\nset label \"0\" at x8, y7 left offset 0.4,-0.1 tc rgb \"black\" font \",7\"\n\nset samples 5000\n\n# gnuplot doesn't have a mod function\n# http:\/\/www.macs.hw.ac.uk\/~ml355\/lore\/gnuplot.htm\nmod(a, b) = a - floor(a\/b) * b\n\ncolor(a) = mod(a, 6)\n\nset style fill transparent solid TRANSP0 noborder\n\n# x y xlow xhigh ylow yhigh\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6):(color($1)) w boxxyerrorbars lc variable not, \\\nFN_IN_AC u 3:($2 + AccessCountHeight($6)):(color($1)) w points pointsize 0.05 lc variable not, \\\nFN_IN_CD u 2:7:(0):6:(color($1)) w vectors nohead lt 1 lc variable not, \\\nFN_IN_CD u 2:($7+$6\/2.0):1:(color($1)) w labels right offset -0.5,0 font \",8\" tc variable not, \\\nlegendAccesses(x) w lines lc rgb \"black\" not\n\n# dotted line doesn't work with lc variable\n#FN_IN_CD u 4:7:(0):6:(color($1)) w vectors nohead lw 2 lt 0 lc variable not, \\\n\n# steps doesn't work with lc variable\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)):(color($1)) w steps lc variable not, \\\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6)):(color($1)) w filledcurves lc variable not, \\\n\n# This doesn't fill the exact same area as the steps, but was the closest thing\n# that I can find.\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6)) w filledcurves lc rgb \"red\" not, \\\n\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)) w linespoints pt 7 pointsize 0.1 lc rgb \"black\" not, \\\n\n# no base y option, like y0\n#FN_IN_AC u 3:($2 + AccessCountHeight($6)) w fillsteps lc rgb \"red\" not, \\\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"31138169de66e071a65033a6ec47604566d24498","subject":"kdev: kconfig options should be prefixed CONFIG_","message":"kdev: kconfig options should be prefixed CONFIG_\n\nSigned-off-by: Erik Hugne <527d9b95423f3946c01de0ba884fdd8bb4a3759d@gmail.com>\n","repos":"Hugne\/kdev","old_file":"src\/linux\/configure.gnu","new_file":"src\/linux\/configure.gnu","new_contents":"#!\/bin\/bash\n#Don't fiddle with users .config if there is one already\nif [ -f .\/linux\/.config ]; then\n\techo \"Using existing kernel config\"\nelse\n\tmake -C .\/linux x86_64_defconfig\n\tsed -i '\/^CONFIG_VIRTIO=\/{h;s\/=.*\/=CONFIG_VIRTIO=m\/};${x;\/^$\/{s\/\/CONFIG_VIRTIO=m\/;H};x}' .\/linux\/.config\n\tsed -i '\/^CONFIG_VIRTIO_NET=\/{h;s\/=.*\/=CONFIG_VIRTIO_NET=m\/};${x;\/^$\/{s\/\/CONFIG_VIRTIO_NET=m\/;H};x}' .\/linux\/.config\n\tsed -i '\/^CONFIG_VIRTIO_PCI=\/{h;s\/=.*\/=CONFIG_VIRTIO_PCI=m\/};${x;\/^$\/{s\/\/CONFIG_VIRTIO_PCI=m\/;H};x}' .\/linux\/.config\nfi\n","old_contents":"#!\/bin\/bash\n#Don't fiddle with users .config if there is one already\nif [ -f .\/linux\/.config ]; then\n\techo \"Using existing kernel config\"\nelse\n\tmake -C .\/linux x86_64_defconfig\n\tsed -i '\/^VIRTIO=\/{h;s\/=.*\/=VIRTIO=y\/};${x;\/^$\/{s\/\/VIRTIO=y\/;H};x}' .\/linux\/.config\t\n\tsed -i '\/^VIRTIO_NET=\/{h;s\/=.*\/=VIRTIO_NET=y\/};${x;\/^$\/{s\/\/VIRTIO_NET=y\/;H};x}' .\/linux\/.config\n\tsed -i '\/^VIRTIO_PCI=\/{h;s\/=.*\/=VIRTIO_PCI=y\/};${x;\/^$\/{s\/\/VIRTIO_PCI=y\/;H};x}' .\/linux\/.config\nfi\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"33acb466153e0cfeebc6162d074c59553563de64","subject":"Adjust position of name label.","message":"Adjust position of name label.\n","repos":"eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing","old_file":"figures\/gnuplot\/settings.gp","new_file":"figures\/gnuplot\/settings.gp","new_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset encoding utf8\n\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nset style line 100 linetype 1 linewidth 1 linecolor rgbcolor '#aaaaaa'\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset format x \"\"\nset format y \"\"\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\nset label 1 \"eigenholser\" at screen 0.99,0.015 right font \"times.ttf,12\"\n","old_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset encoding utf8\n\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nset style line 100 linetype 1 linewidth 1 linecolor rgbcolor '#aaaaaa'\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset format x \"\"\nset format y \"\"\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\nset label 1 \"eigenholser\" at screen 1.0,0.014 right font \"times.ttf,12\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b260c0b35b393a6019825195656c03697ffea11a","subject":"enchanced detial enegy plt","message":"enchanced detial enegy plt\n","repos":"luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script","old_file":"plot_scripts\/detail_energy.plt","new_file":"plot_scripts\/detail_energy.plt","new_contents":"set term pdfcairo\nset output 'detail_energy.pdf'\n#set pointtype 5\nset xlabel \"time\"\nset ylabel \"energy\"\n\n#plot \"energy.dat\" u 1:9 w l,\"energy.dat\" u 1:10 w l ,\"energy.dat\" u 1:11 w l\nset key outside\nplot for [col=1:20] 'energy.dat' using 0:col with lines title columnheader\n","old_contents":"set term pdfcairo\nset output 'detail_energy.pdf'\n#set pointtype 5\nset xlabel \"time\"\nset ylabel \"energy\"\n\nplot \"energy.dat\" u 1:5 w l,\"energy.dat\" u 1:6 w l \n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"64cb48000e5727cca055b963f31f7a602d524f6d","subject":"adding fully functional domain_coloring script for gnuplot","message":"adding fully functional domain_coloring script for gnuplot\n","repos":"leios\/simuleios,leios\/simuleios","old_file":"domain_coloring\/domain_coloring.gp","new_file":"domain_coloring\/domain_coloring.gp","new_contents":"# setting output to file of size 800 x 800\nset terminal pngcairo size 1000, 1000 \nset output 'out.png'\n\n# removes legend\nunset key\n\n# projects image onto 2D plane\nset view map\n\n# sets aspect ratio of plot to be square \nset size square\n\n# setting x and y range\nset xrange[-2:2]\nset yrange[-2:2]\n\n# scaling the x, y, and colorbar tics to zero so they are not seen in the plot\nset xtics border scale 0,0\nset ytics border scale 0,0\nset cbtics border scale 0,0\n\n# setting tics in color bar at 0 and 2pi\nset cbtics (\"0\" -3.14159, \"2pi\" 3.14159)\nset title \"Domain coloring of output\" \n\nset cblabel \"Phase Angle\" \nset cbrange [ -3.14159 : 3.14159 ]\n\n# use hsv for colorbar and set palette to use full hsv space\nset palette model HSV\nset palette defined ( 0 0 1 1, 1 1 1 1 )\n\n# setting isosamples for output grid and samples for input grid\nset isosamples 2000, 2000\nset samples 2000, 2000\n\n# setting functions necessary for domain coloring\n# setting threshold for gridlines. Smaller threashold will make smaller lines\nthresh = 0.1\nf(z) = z**3-1\nHue(x,y) = (pi + atan2(-y,-x)) \/ (2*pi)\nr(x,y) = sqrt(x*x + y*y)\ntheta(x,y) = atan2(x,y)\nz(x,y) = r(x,y)*exp(theta(x,y)*sqrt(-1))\nip(x,y) = imag(z(x,y))\nrp(x,y) = real(z(x,y))\nif(z) = imag(f(z))\nrf(z) = real(f(z))\nval(x,y) = 0.5 + 0.5*(abs(f(z(x,y)))-floor(abs(f(z(x,y)))))\ncolor(x,y) = hsv2rgb(Hue(rf(z(x,y)), if(z(x,y))), abs(f(z(x,y))), val(x,y)*shade(x,y))\n#color(x,y) = hsv2rgb(Hue(rp(x,y), ip(x,y)), abs(z(x,y)), val(x,y)*shade(x,y))\n#shade(x,y) = (abs(sin(rp(x,y)*pi)**thresh) * abs(sin(ip(x,y)*pi))**thresh)\nshade(x,y) = (abs(sin(rf(z(x,y))*pi)**thresh) * abs(sin(if(z(x,y))*pi))**thresh)\nsave_encoding = \"utf8\"\n\n## Last datafile plotted: \"++\"\nsplot '++' using 1:2:(color($1,$2)) with pm3d lc rgb variable nocontour\n","old_contents":"# setting output to file of size 800 x 800\nset terminal pngcairo size 800, 800 \nset output 'out.png'\n\n# removes legend\nunset key\n\n# projects image onto 2D plane\nset view map\n\n# sets aspect ratio of plot to be square \nset size square\n\n# scaling the x, y, and colorbar tics to zero so they are not seen in the plot\nset xtics border scale 0,0\nset ytics border scale 0,0\nset cbtics border scale 0,0\n\n# setting tics in color bar at 0 and 2pi\nset cbtics (\"0\" -3.14159, \"2pi\" 3.14159)\nset title \"Domain coloring of output\" \n\nset cblabel \"Phase Angle\" \nset cbrange [ -3.14159 : 3.14159 ]\n\n# use hsv for colorbar and set palette to use full hsv space\nset palette model HSV\nset palette defined ( 0 0 1 1, 1 1 1 1 )\n\n# setting functions necessary for domain coloring\n# setting threshold for gridlines. Smaller threashold will make smaller lines\nthresh = 0.1\nHue(x,y) = (pi + atan2(-y,-x)) \/ (2*pi)\nr(x,y) = sqrt(x*x + y*y)\ntheta(x,y) = atan2(x,y)\nz(x,y) = r(x,y)*exp(theta(x,y)*sqrt(-1))\nip(x,y) = imag(z(x,y))\nrp(x,y) = real(z(x,y))\nval(x,y) = 0.5 + 0.5*(abs(z(x,y))-floor(abs(z(x,y))))\ncolor(x,y) = hsv2rgb(Hue(rp(x,y), ip(x,y)), abs(z(x,y)), val(x,y)*shade(x,y))\nshade(x,y) = (abs(sin(rp(x,y)*pi)**thresh) * abs(sin(ip(x,y)*pi))**thresh)\nsave_encoding = \"utf8\"\n\n## Last datafile plotted: \"++\"\n#splot 'out.dat' using 1:2:(color($3,$4)) with pm3d lc rgb variable nocontour\nsplot 'out.dat' using 1:2:(color($3,$4)) with pm3d lc rgb variable\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ebca03a7132d0b3f83395f7aaea77280e5ff2e93","subject":"add tikz output in gnuplot file","message":"add tikz output in gnuplot file\n\ngit-svn-id: de9bbed4c30e0eb58fe8e7d66f5c80b71699a07c@3420 bf01a9d7-0df3-0310-8ad4-b1c94d9ae2d5\n","repos":"siconos\/siconos-deb,bremond\/siconos,fperignon\/siconos,siconos\/siconos-deb,fperignon\/siconos,bremond\/siconos,siconos\/siconos-deb,siconos\/siconos,radarsat1\/siconos,fperignon\/siconos,radarsat1\/siconos,bremond\/siconos,fperignon\/siconos,siconos\/siconos-deb,siconos\/siconos,bremond\/siconos,bremond\/siconos,radarsat1\/siconos,siconos\/siconos,siconos\/siconos-deb,siconos\/siconos,siconos\/siconos-deb,fperignon\/siconos,radarsat1\/siconos,radarsat1\/siconos","old_file":"Examples\/Mechanics\/RockingBlock\/RockingBlock.gp","new_file":"Examples\/Mechanics\/RockingBlock\/RockingBlock.gp","new_contents":"set autoscale\nset term X11\n#set term pdf\n#extension= \".pdf\"\n#set term tikz standalone color solid size 5in,3in\nset term tikz standalone monochrome size 5in,3in\nextension=\".tex\"\n\n\n\nl=1;\nL=1.5;\n\n\nset xlabel 'time (s)' \n#set xrange [0.0001:10] \n#set yrange [0.0001:10]\nset grid \n\n#scheme = \"MoreauTSFixed\"\n#scheme = \"ProjectedMoreauTS\"\nscheme = \"CombinedProjectedMoreauTS\"\n\ntimestep= \"150\"\n\nset output scheme.\"-RockingBlock-q-\".timestep.extension\n\nplot 'result.dat' using 1:2 t '$x$' w lines,\\\n 'result.dat' using 1:3 t '$y$' w lines,\\\n 'result.dat' using 1:4 t '$\\theta$' w lines\n\nset output scheme.\"-RockingBlock-v-\".timestep.extension\n\nplot 'result.dat' using 1:5 t '$\\dot x$' w lines,\\\n 'result.dat' using 1:6 t '$\\dot y$' w lines,\\\n 'result.dat' using 1:7 t '$\\dot \\theta$' w lines\n\nset output scheme.\"-RockingBlock-Energy-\".timestep.extension\nplot 'result.dat' using 1:8 t 'Kinetic energy' w lines,\\\n 'result.dat' using 1:9 t 'Potential energy' w lines,\\\n 'result.dat' using ($1):($8+$9) t 'Total energy' w lines\n\nset output scheme.\"-RockingBlock-g-\".timestep.extension\n\nplot 'result.dat' using 1:($3-1\/2.0*(L*cos($4) -l*sin($4) )) t 'g1' w lines,\\\n 'result.dat' using 1:($3-1\/2.0*(L*cos($4) +l*sin($4) )) t 'g2' w lines\n\nset output scheme.\"-RockingBlock-viol-\".timestep.extension\n\n plot 'result.dat' using 1: ( ($3-1\/2.0*(L*cos($4) -l*sin($4) ) < 0 ) ? ($3-1\/2.0*(L*cos($4) -l*sin($4) ) ) : 0.0 ) t 'g1' w lines,\\\n 'result.dat' using 1: ( ($3-1\/2.0*(L*cos($4) +l*sin($4) ) < 0 ) ? ($3-1\/2.0*(L*cos($4) +l*sin($4) ) ) : 0.0 ) t 'g2' w lines\n\n","old_contents":"set autoscale\nset term X11\nset term pdf\n\nl=1;\nL=1.5;\n\n\nset xlabel 'time (s)' \n#set xrange [0.0001:10] \n#set yrange [0.0001:10]\nset grid \n\nscheme = \"MoreauTSFixed\"\n#scheme = \"ProjectedMoreauTS\"\n#scheme = \"CombinedProjectedMoreauTS\"\n\ntimestep= \"150\"\n\nset output scheme.\"-RockingBlock-q-\".timestep.\".pdf\"\n\nplot 'result.dat' using 1:2 t 'x' w lines,\\\n 'result.dat' using 1:3 t 'y' w lines,\\\n 'result.dat' using 1:4 t 'theta' w lines\n\nset output scheme.\"-RockingBlock-v-\".timestep.\".pdf\"\n\nplot 'result.dat' using 1:5 t 'dotx' w lines,\\\n 'result.dat' using 1:6 t 'doty' w lines,\\\n 'result.dat' using 1:7 t 'dottheta' w lines\n\nset output scheme.\"RockingBlock-Energy-\".timestep.\".pdf\"\nplot 'result.dat' using 1:8 t 'Kinetic' w lines,\\\n 'result.dat' using 1:9 t 'Potential' w lines,\\\n 'result.dat' using ($1):($8+$9) t 'Total' w lines\n\nset output scheme.\"-RockingBlock-g-\".timestep.\".pdf\"\n\nplot 'result.dat' using 1:($3-1\/2.0*(L*cos($4) -l*sin($4) )) t 'g1' w lines,\\\n 'result.dat' using 1:($3-1\/2.0*(L*cos($4) +l*sin($4) )) t 'g2' w lines\n\nset output scheme.\"-RockingBlock-viol-\".timestep.\".pdf\"\n\n plot 'result.dat' using 1: ( ($3-1\/2.0*(L*cos($4) -l*sin($4) ) < 0 ) ? ($3-1\/2.0*(L*cos($4) -l*sin($4) ) ) : 0.0 ) t 'g1' w lines,\\\n 'result.dat' using 1: ( ($3-1\/2.0*(L*cos($4) +l*sin($4) ) < 0 ) ? ($3-1\/2.0*(L*cos($4) +l*sin($4) ) ) : 0.0 ) t 'g2' w lines\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"0c15c71d70fa4c1defb2c7355418a91f813ba85a","subject":"startcol starts from place 2....","message":"startcol starts from place 2....\n\nbut the colors array should start from index 0 (red).","repos":"nintaitrading-eu\/ledgerplot","old_file":"test\/hist.gnu","new_file":"test\/hist.gnu","new_contents":"####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n# This part is dynamic and can be altered to influence the look of the graph.\n####################################################################################\n\n### plot setup\n#set terminal pngcairo transparent enhanced font \"inconsolata,10\" fontscale 1.0 size 500, 350 \nset terminal pngcairo size 800,600 enhanced font 'Liberation Mono,10' background \"#002b36\"\nset output 'test.png'\nCOLORS = \"red green gray\"\nSTARTCOL = 2\nENDCOL = 4\nset border 3 front linetype -1 linewidth 1.000 linecolor rgb \"gold\"\n\n### titles and labels\nset title \"income\\_vs\\_expenses\\n(Extra info here?)\" textcolor rgb \"gold\"\nset xlabel \"Year\" \nset xlabel offset character 0, -2, 0 font \"\" textcolor rgb \"gold\" lt -1 norotate\nset ylabel \"Value (EUR)\" \n\n####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n# This part is static and can not be altered.\n####################################################################################\n\n### legend\nset key bmargin center horizontal Left reverse noenhanced autotitles columnhead nobox\n\n### main code\nGAPSIZE = 5\nNCOL = ENDCOL-STARTCOL+1\nBOXWIDTH = 1.\/(GAPSIZE+NCOL)\n\n### barchart layout - axis + grid\nset style fill solid 1.00 border lt -1\nset boxwidth BOXWIDTH absolute\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset xzeroaxis linetype 0 linewidth 1.000\nset yzeroaxis linetype 0 linewidth 1.000\nset zzeroaxis linetype 0 linewidth 1.000\n\n### Set tics and histograms\n# Note: I can not use GAPSIZE below, for some reason... hardcoded 4 is used instead\nset style histogram clustered gap 5 title offset character 2, 0.25, 0\nset datafile missing '-'\nset style data histograms\nset xtics border in scale 0,0 nomirror rotate by -45 offset character 0, 0, 0 autojustify\nset xtics norangelimit font \",8\"\nset xtics ()\nset ytics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset ztics border in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\nset cbtics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset rtics axis in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\n\n#x = 0.0\n#i = 23\n### plotting\nplot for [COL=STARTCOL:ENDCOL] 'test.dat' u COL:xtic(1) w histogram title columnheader(COL) lc rgb word(COLORS, COL-STARTCOL), \\\n for [COL=STARTCOL:ENDCOL] 'test.dat' u (column(0)+BOXWIDTH*(COL-STARTCOL+GAPSIZE\/2+1)-0.5):COL:COL notitle w labels\n","old_contents":"####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n# This part is dynamic and can be altered to influence the look of the graph.\n####################################################################################\n\n### plot setup\n#set terminal pngcairo transparent enhanced font \"inconsolata,10\" fontscale 1.0 size 500, 350 \nset terminal pngcairo size 800,600 enhanced font 'Liberation Mono,10' background \"#002b36\"\nset output 'test.png'\nCOLORS = \"red green gray\"\nSTARTCOL = 2\nENDCOL = 4\nset border 3 front linetype -1 linewidth 1.000 linecolor rgb \"gold\"\n\n### titles and labels\nset title \"income\\_vs\\_expenses\\n(Extra info here?)\" textcolor rgb \"gold\"\nset xlabel \"Year\" \nset xlabel offset character 0, -2, 0 font \"\" textcolor rgb \"gold\" lt -1 norotate\nset ylabel \"Value (EUR)\" \n\n####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n# This part is static and can not be altered.\n####################################################################################\n\n### legend\nset key bmargin center horizontal Left reverse noenhanced autotitles columnhead nobox\n\n### main code\nGAPSIZE = 5\nNCOL = ENDCOL-STARTCOL+1\nBOXWIDTH = 1.\/(GAPSIZE+NCOL)\n\n### barchart layout - axis + grid\nset style fill solid 1.00 border lt -1\nset boxwidth BOXWIDTH absolute\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset xzeroaxis linetype 0 linewidth 1.000\nset yzeroaxis linetype 0 linewidth 1.000\nset zzeroaxis linetype 0 linewidth 1.000\n\n### Set tics and histograms\n# Note: I can not use GAPSIZE below, for some reason... hardcoded 4 is used instead\nset style histogram clustered gap 5 title offset character 2, 0.25, 0\nset datafile missing '-'\nset style data histograms\nset xtics border in scale 0,0 nomirror rotate by -45 offset character 0, 0, 0 autojustify\nset xtics norangelimit font \",8\"\nset xtics ()\nset ytics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset ztics border in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\nset cbtics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset rtics axis in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\n\n#x = 0.0\n#i = 23\n### plotting\nplot for [COL=STARTCOL:ENDCOL] 'test.dat' u COL:xtic(1) w histogram title columnheader(COL) lc rgb word(COLORS, COL), \\\n for [COL=STARTCOL:ENDCOL] 'test.dat' u (column(0)+BOXWIDTH*(COL-STARTCOL+GAPSIZE\/2+1)-0.5):COL:COL notitle w labels\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"141224c7d77e614a3d02f443937f65e40ec7a266","subject":"fix tics","message":"fix tics\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/calc-cost-latency\/storage-size-by-time.gnuplot","new_file":"mtdb\/calc-cost-latency\/storage-size-by-time.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get min and max values\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nplot FN_IN u 1:($2\/1000000) w fsteps, \\\nFN_IN u 1:($4+$5) w lines axes x1y2\n\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\nY2_MIN=GPVAL_DATA_Y2_MIN\nY2_MAX=GPVAL_DATA_Y2_MAX\n\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Time\" offset 0,0.3\nset ylabel \"Storage size (MB)\" offset 1.3,0\nset y2label \"Storage cost ($)\"\n\nset border (1 + 2 + 8) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,(365.25*24*3600)\n\n# Not sure if this is what I wanted. Not important.\nx1(a)=(10**floor(log10(a)))\nx2(a)=floor(a\/x1(a))*x1(a)\nx3(a)=floor(a\/x1(a)\/2)*x1(a)*2\nstartsWith1(a)=(a == x1(a))\nyTicsStep(a, b)=(startsWith1(x2(a\/b)) ? x2(a\/b) : x3(a\/b))\n\nset print \"-\"\nprint (sprintf(\"Y_MAX: %f\", Y_MAX))\nprint (sprintf(\"Y2_MAX: %f\", Y2_MAX))\nprint (sprintf(\"yTicsStep(Y_MAX, 2)=%f\", yTicsStep(Y_MAX, 2)))\nprint (sprintf(\"yTicsStep(Y2_MAX, 2)=%f\", yTicsStep(Y2_MAX, 2)))\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y_MAX, 2)\nset y2tics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y2_MAX, 2)\nset tics front\n\nset xrange [X_MIN:X_MAX]\nset yrange [Y_MIN:Y_MAX]\nset y2range [Y2_MIN:Y2_MAX]\n\nset key top left\n\nset pointsize 0.1\n\nplot \\\nFN_IN u 1:($2\/1000000) w steps lc rgb \"red\" t \"Hot\", \\\nFN_IN u 1:($3\/1000000) w steps lc rgb \"blue\" t \"Cold\", \\\nFN_IN u 1:4 w linespoints axes x1y2 pt 7 lc rgb \"red\" not, \\\nFN_IN u 1:5 w linespoints axes x1y2 pt 7 lc rgb \"blue\" not, \\\nFN_IN u 1:($4+$5) w linespoints axes x1y2 pt 7 lc rgb \"black\" not\n\n#FN_IN u 1:($2\/1000000) w fillsteps fs solid 0.15 noborder not, \\\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get min and max values\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nplot FN_IN u 1:($2\/1000000) w fsteps, \\\nFN_IN u 1:($4+$5) w lines axes x1y2\n\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\nY2_MIN=GPVAL_DATA_Y2_MIN\nY2_MAX=GPVAL_DATA_Y2_MAX\n\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Time\" offset 0,0.3\nset ylabel \"Storage size (MB)\" offset 1.3,0\nset y2label \"Storage cost ($)\"\n\nset border (1 + 2 + 8) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,(365.25*24*3600)\n\n# Not sure if this is what I wanted. Not important.\nx1(a)=(10**floor(log10(a)))\nx2(a)=floor(a\/x1(a))*x1(a)\nx3(a)=floor(a\/x1(a)\/2)*x1(a)*2\nyTicsStep(a, b)=(x2(a\/b) == 1 ? x2(a\/b) : x3(a\/b))\n\nset print \"-\"\nprint (sprintf(\"Y_MAX: %f\", Y_MAX))\nprint (sprintf(\"Y2_MAX: %f\", Y2_MAX))\nprint (sprintf(\"yTicsStep(Y_MAX, 2)=%f\", yTicsStep(Y_MAX, 2)))\nprint (sprintf(\"yTicsStep(Y2_MAX, 2)=%f\", yTicsStep(Y2_MAX, 2)))\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y_MAX, 2)\nset y2tics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y2_MAX, 2)\nset tics front\n\nset xrange [X_MIN:X_MAX]\nset yrange [Y_MIN:Y_MAX]\nset y2range [Y2_MIN:Y2_MAX]\n\nset key top left\n\nset pointsize 0.1\n\nplot \\\nFN_IN u 1:($2\/1000000) w steps lc rgb \"red\" t \"Hot\", \\\nFN_IN u 1:($3\/1000000) w steps lc rgb \"blue\" t \"Cold\", \\\nFN_IN u 1:4 w linespoints axes x1y2 pt 7 lc rgb \"red\" not, \\\nFN_IN u 1:5 w linespoints axes x1y2 pt 7 lc rgb \"blue\" not, \\\nFN_IN u 1:($4+$5) w linespoints axes x1y2 pt 7 lc rgb \"black\" not\n\n#FN_IN u 1:($2\/1000000) w fillsteps fs solid 0.15 noborder not, \\\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"160525ccc7e41b3d89c81b72d3d1df0e091346b0","subject":"Hide reload_all_classes messages","message":"Hide reload_all_classes messages\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n \n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate4, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n \n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_singleton_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_singleton_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_singleton_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_singleton_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n \n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74]),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]).\n\n\ntest(rebase_collision_bug1, [blocked(till_future_version)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n reload_all_classes,\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n \n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate4, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n \n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_singleton_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_singleton_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_singleton_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_singleton_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n \n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74]),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]).\n\n\ntest(rebase_collision_bug1, [blocked(till_future_version)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"a256c299a553cb5c196b6fe11dd4d71c9ac7e5df","subject":"Replot with labels","message":"Replot with labels\n","repos":"lasp-lang\/evaluation","old_file":"throughput.gnuplot","new_file":"throughput.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" pt 7\nset style line 2 lc rgb \"#00A000\" pt 7\nset style line 3 lc rgb \"#5060D0\" pt 7\nset style line 4 lc rgb \"#F25900\" pt 7\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 pt 7\nset style line 6 pt 7\nset style line 7 pt 7\nset style line 8 pt 7\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"latency (sec)\"\n\nset key left top\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with linespoint ls i + 1 title pretty(word(titles, i + 1))\nreplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with labels offset char 1,0 notitle\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" pt 7\nset style line 2 lc rgb \"#00A000\" pt 7\nset style line 3 lc rgb \"#5060D0\" pt 7\nset style line 4 lc rgb \"#F25900\" pt 7\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 pt 7\nset style line 6 pt 7\nset style line 7 pt 7\nset style line 8 pt 7\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"latency (sec)\"\n\nset key left top\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with linespoint ls i + 1 title pretty(word(titles, i + 1)), '' with labels offset char 1,0\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"6d2dace4d40237a267bd653f30159e6592216636","subject":"More benchmarking","message":"More benchmarking\n","repos":"mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star,mitls\/hacl-star","old_file":"tests\/benchmark\/metaplots.plt","new_file":"tests\/benchmark\/metaplots.plt","new_contents":"set terminal svg 1000,500\r\n# set terminal pdfcairo color size 12cm,5cm font \"Arial,6pt\"\r\nset datafile separator \",\"\r\nset datafile commentschars \"\/\/\"\r\nset xtics norotate\r\nset style fill solid\r\nset yrange[0:]\r\nset key off\r\nset boxwidth 0.8\r\nset style histogram clustered gap 3 title\r\nset style data histograms\r\nset bmargin 3\r\n\r\nset key right outside\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nset yrange [0:16]\r\n\r\nset title \"EverCrypt Hash Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_hash_evercrypt.pdf'\r\nplot \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\nset title \"OpenSSL Hash Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_hash_openssl.pdf'\r\nplot \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset key right outside\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nset yrange [0:30]\r\nset xrange[-0.5:2.5]\r\n\r\nset title \"EverCrypt AEAD Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_aead_evercrypt.pdf'\r\nplot \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\nset title \"OpenSSL AEAD Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_aead_openssl.pdf'\r\nplot \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nunset yrange\r\nunset xrange\r\n\r\nset title \"Ed25519 Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_ed25519.pdf'\r\nplot \\\r\n 'evercrypt-openssl-default-gcc-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n 'evercrypt-openssl-no-asm-gcc-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n 'evercrypt-openssl-default-gcc-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n 'evercrypt-openssl-no-asm-gcc-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n 'evercrypt-openssl-default-clang-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n 'evercrypt-openssl-no-asm-clang-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n 'evercrypt-openssl-default-clang-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n 'evercrypt-openssl-no-asm-clang-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset ylabel \"Avg. performance [cycles\/derivation]\"\r\nunset yrange\r\n\r\nset title \"Curve25519 Performance\"\r\nset output 'bench_meta_curve25519.pdf'\r\nplot \\\r\n 'evercrypt-openssl-default-gcc-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n 'evercrypt-openssl-no-asm-gcc-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n 'evercrypt-openssl-default-gcc-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n 'evercrypt-openssl-no-asm-gcc-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n 'evercrypt-openssl-default-clang-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n 'evercrypt-openssl-no-asm-clang-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n 'evercrypt-openssl-default-clang-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n 'evercrypt-openssl-no-asm-clang-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n","old_contents":"set terminal svg size 1000, 500\r\nset datafile separator \",\"\r\nset datafile commentschars \"\/\/\"\r\nset xtics norotate\r\nset style fill solid\r\nset yrange[0:]\r\nset key off\r\nset boxwidth 0.8\r\nset style histogram clustered gap 3 title\r\nset style data histograms\r\nset bmargin 3\r\n\r\n\r\nset key right outside\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nset yrange [0:16]\r\n\r\nset title \"EverCrypt Hash Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_hash_evercrypt.svg'\r\nplot \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\nset title \"OpenSSL Hash Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_hash_openssl.svg'\r\nplot \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_hash_all_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset key right outside\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nset yrange [0:2]\r\n\r\nset title \"EverCrypt AEAD Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_aead_evercrypt.svg'\r\nplot \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"EverCrypt\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\nset title \"OpenSSL AEAD Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_aead_openssl.svg'\r\nplot \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-gcc-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-7\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-default-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n '< grep -e \"^\\\"OpenSSL\" -e \"^\\\"Provider\" evercrypt-openssl-no-asm-clang-8\/bench_aead_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset ylabel \"Avg. performance [cycles\/byte]\"\r\nunset yrange\r\n\r\nset title \"Ed25519 Performance (message size 65536 bytes)\"\r\nset output 'bench_meta_ed25519.svg'\r\nplot \\\r\n 'evercrypt-openssl-default-gcc-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n 'evercrypt-openssl-no-asm-gcc-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n 'evercrypt-openssl-default-gcc-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n 'evercrypt-openssl-no-asm-gcc-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n 'evercrypt-openssl-default-clang-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n 'evercrypt-openssl-no-asm-clang-7\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n 'evercrypt-openssl-default-clang-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n 'evercrypt-openssl-no-asm-clang-8\/bench_ed25519_65536.csv' using 'Avg Cycles\/Byte':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n\r\n\r\nset ylabel \"Avg. performance [cycles\/derivation]\"\r\nunset yrange\r\n\r\nset title \"Curve25519 Performance\"\r\nset output 'bench_meta_curve25519.svg'\r\nplot \\\r\n 'evercrypt-openssl-default-gcc-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-7\", \\\r\n 'evercrypt-openssl-no-asm-gcc-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-7\", \\\r\n 'evercrypt-openssl-default-gcc-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-gcc-8\", \\\r\n 'evercrypt-openssl-no-asm-gcc-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-gcc-8\", \\\r\n 'evercrypt-openssl-default-clang-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-7\", \\\r\n 'evercrypt-openssl-no-asm-clang-7\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-7\", \\\r\n 'evercrypt-openssl-default-clang-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-default-clang-8\", \\\r\n 'evercrypt-openssl-no-asm-clang-8\/bench_curve25519.csv' using 'Avg':xticlabels(strcol('Algorithm')) title \"evercrypt-openssl-no-asm-clang-8\"\r\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"360796a7b30ea382957e597d42cf1fb1380a423d","subject":"Made this script work right","message":"Made this script work right\n\n\ngit-svn-id: b233c5b81dcfbfdfca783093b3213ccfd2356b3a@548 3eb578c0-666c-0410-8428-3510748880ad\n","repos":"AlexSzatmary\/bake","old_file":"gnuplot_scripts\/plotscript.plt","new_file":"gnuplot_scripts\/plotscript.plt","new_contents":"set terminal png\nset yr[0:]\nset output \"..\/planar-axiall6b6.d0g1.d-3DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::33::43\n\nset output \"..\/planar-axiall6b6.d0g1.d-2DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::66::76, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::66::76\n\nset output \"..\/planar-axiall6b6.d0g1.d-1DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::99::108, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::99::108\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-3DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::33::43\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-2DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::66::76, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::66::76\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-1DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::99::108, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::99::108\n","old_contents":"set terminal png\nset yr[0:]\nset output planar-axiall6b6.d0g1.d-3DF.png\nplot \"planar-axiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::33::43\n\nset output planar-axiall6b6.d0g1.d-2DF.png\nplot \"planar-axiall6b6.d0.txt\" using 2:5 every ::66::76, \"analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::66::76\n\nset output planar-axiall6b6.d0g1.d-1DF.png\nplot \"planar-axiall6b6.d0.txt\" using 2:5 every ::99::108, \"analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::99::108\n\nset output planar-biaxiall6b6.d0g1.d-3DF.png\nplot \"planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::33::43\n\nset output planar-biaxiall6b6.d0g1.d-2DF.png\nplot \"planar-biaxiall6b6.d0.txt\" using 2:5 every ::66::76, \"analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::66::76\n\nset output planar-biaxiall6b6.d0g1.d-1DF.png\nplot \"planar-biaxiall6b6.d0.txt\" using 2:5 every ::99::108, \"analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::99::108\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"831102ef10a75fc4d9f73dae0c48971d6a77cc39","subject":"Fix http_headers UTs","message":"Fix http_headers UTs\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/http\/v\/http_headers_v.plt","new_file":"U-238\/u\/http\/v\/http_headers_v.plt","new_contents":":- begin_tests(http_headers_v).\n:- use_module(http_headers_v).\n\ntest(list_to_http_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n transfer_encoding = chunked],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v_functor_form) :-\n\n Headers = [date('Tue, 03 Apr 2012 19:32:50 GMT'),\n transfer_encoding(chunked)],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_request_headers_v1) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_request_headers_v2) :-\n\n Headers = [accept = 'text\/html',\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Accept' = 'text\/html',\n 'Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_response_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n location = 'http:\/\/kogorta.dp.ua\/'\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Location' = 'http:\/\/kogorta.dp.ua\/'\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_response_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_mixed_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_bulk_headers_v1) :-\n\n Headers = [bulk1 = 1, '' = 3],\n Headers_Ref = ['Bulk1' = 1, '' = 3],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == Headers).\n\ntest(list_to_http_invalid_bulk_headers_v2) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n transfer_encoding = chunked],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk1' = 1,\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v3) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked,\n bulk1 = 1\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked,\n 'Bulk1' = 1\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v4) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Bulk1' = 1,\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v5) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = ['Bulk1' = 1,\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk2' = 2,\n 'Host' = 'kogorta.dp.ua',\n 'Bulk3' = 3,\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v6) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk1' = 1,\n 'Bulk2' = 2,\n 'Host' = 'kogorta.dp.ua',\n 'Bulk3' = 3,\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v7) :-\n\n Headers = [\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk1 = 1,\n bulk2 = 2,\n bulk3 = 3,\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = [\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk1' = 1,\n 'Bulk2' = 2,\n 'Bulk3' = 3,\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(repeated_headers1) :-\n\n Headers = [accept_language = en,\n accept_language = ru\n ],\n Headers_Ref = ['Accept-Language' = en,\n 'Accept-Language' = ru\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(repeated_headers2) :-\n\n Headers = [accept_language = 'en, ru'],\n Headers_Ref = ['Accept-Language' = 'en, ru'],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(repeated_headers3) :-\n\n Headers = [accept_language = [en, ru]],\n Headers_Ref = ['Accept-Language' = [en, ru]],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\n:- end_tests(http_headers_v).\n","old_contents":":- begin_tests(http_headers_v).\n:- use_module(http_headers_v).\n\ntest(list_to_http_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n transfer_encoding = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers).\n\ntest(list_to_http_headers_v_functor_form) :-\n\n Headers = [date('Tue, 03 Apr 2012 19:32:50 GMT'),\n transfer_encoding(chunked)],\n Ref_Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n transfer_encoding = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Ref_Headers).\n\ntest(list_to_http_request_headers_v1) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_request_headers_v2) :-\n\n Headers = [accept = 'text\/html',\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_response_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n location = 'http:\/\/kogorta.dp.ua\/'\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_response_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_mixed_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n transfer_encoding = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_bulk_headers_v1) :-\n\n Headers = [bulk1 = 1, '' = 3],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == Headers).\n\ntest(list_to_http_invalid_bulk_headers_v2) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n transfer_encoding = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v3) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked,\n bulk1 = 1\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v4) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v5) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v6) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v7) :-\n\n Headers = [\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk1 = 1,\n bulk2 = 2,\n bulk3 = 3,\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(repeated_headers1) :-\n\n Headers = [accept_language = en,\n accept_language = ru\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers).\n\ntest(repeated_headers2) :-\n\n Headers = [accept_language = 'en, ru'],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers).\n\ntest(repeated_headers3) :-\n\n Headers = [accept_language = [en, ru]],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers).\n\n:- end_tests(http_headers_v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"37d1dcb92c4a33ecad88295ec309105290a9b4d9","subject":"minor changes with v6.19plus","message":"minor changes with v6.19plus\n\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@10528 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret","old_file":"bench\/metafile_masters_v61_64\/polygon_plot.plt","new_file":"bench\/metafile_masters_v61_64\/polygon_plot.plt","new_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 09\/02\/05 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 9 1 1.00000 3\n 51 29 9 1 2.00000 3\n 52 29 15 1 1.00000 3\n 51 29 15 1 3.00000 3\n 52 29 4 1 1.00000 4\n 51 29 4 1 1.00000 4\n 52 29 10 1 1.00000 4\n 51 29 10 1 2.00000 4\n 52 29 16 1 1.00000 4\n 51 29 16 1 3.00000 4\n 52 29 5 1 1.00000 5\n 51 29 5 1 1.00000 5\n 52 29 11 1 1.00000 5\n 51 29 11 1 2.00000 5\n 52 29 17 1 1.00000 5\n 51 29 17 1 3.00000 5\n 52 29 6 1 1.00000 6\n 51 29 6 1 1.00000 6\n 52 29 12 1 1.00000 6\n 51 29 12 1 2.00000 6\n 52 29 18 1 1.00000 6\n 51 29 18 1 3.00000 6\n 56 39 1 0.00000 0.00000 0.00000\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 22 6 1\n 23 11 1.00000\n 24 6 1\n 25 6 1\n 26 6 3\n 27 11 1.00000\n 28 6 1\n 29 6 1\n 30 12 1 0\n 31 11 1.00000\n 32 11 0.00000\n 33 6 1\n 35 6 0\n 36 12 0 0\n 34 44 0.00000 0.00000 0.00000 0.00000\n 37 6 1\n 38 6 3\n 39 6 -14\n 40 6 18\n 41 44 1.00000 0.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 43 78 0 0 0 0 0 0 1 1 1 1 1 1 1\n 44 6 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.40000\n 72 44 0.00000 14.98000 0.00000 5.99200\n 81 6 429\n 21 6 1\n 25 6 1\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 56 39 8 0.30000 0.20000 1.00000\n 56 39 9 0.16957 0.37391 0.69565\n 56 39 10 0.03913 0.54783 0.39130\n 56 39 11 0.21212 0.68485 0.23636\n 56 39 12 0.51515 0.80606 0.14545\n 56 39 13 0.81818 0.92727 0.05455\n 56 39 14 1.00000 0.83333 0.00000\n 56 39 15 1.00000 0.41667 0.00000\n 56 39 16 1.00000 0.00000 0.00000\n 56 39 17 0.60000 0.00000 0.00000\n 56 39 7 0.80000 0.00000 1.00000\n 11 380 17 1078.51147 120.46090 1077.29272 119.97761 1076.48022 118.52774 1076.07397 116.11131 1076.07397 114.66145 1076.48022 112.24502 1077.29272 110.79515 1078.51147 110.31187 1079.32397 110.31187 1080.54272 110.79515 1081.35535 112.24502 1081.76160 114.66145 1081.76160 116.11131 1081.35535 118.52774 1080.54272 119.97761 1079.32397 120.46090 1078.51147 120.46090\n 21 6 1\n 25 6 1\n 40 6 7\n 38 6 1\n 14 94 4 0.08011 0.29590 0.08011 0.30605 0.08864 0.30605 0.08864 0.29590\n 40 6 7\n 38 6 1\n 14 94 4 0.08864 0.29438 0.08864 0.30453 0.09717 0.30453 0.09717 0.29438\n 40 6 7\n 38 6 1\n 14 94 4 0.09717 0.29187 0.09717 0.30202 0.10570 0.30202 0.10570 0.29187\n 40 6 7\n 38 6 1\n 14 94 4 0.10570 0.28840 0.10570 0.29854 0.11423 0.29854 0.11423 0.28840\n 40 6 7\n 38 6 1\n 14 94 4 0.11423 0.28398 0.11423 0.29413 0.12276 0.29413 0.12276 0.28398\n 40 6 7\n 38 6 1\n 14 94 4 0.12276 0.27868 0.12276 0.28883 0.13130 0.28883 0.13130 0.27868\n 40 6 7\n 38 6 1\n 14 94 4 0.13130 0.27254 0.13130 0.28269 0.13983 0.28269 0.13983 0.27254\n 40 6 7\n 38 6 1\n 14 94 4 0.13983 0.26563 0.13983 0.27578 0.14836 0.27578 0.14836 0.26563\n 40 6 7\n 38 6 1\n 14 94 4 0.14836 0.25800 0.14836 0.26815 0.15689 0.26815 0.15689 0.25800\n 40 6 7\n 38 6 1\n 14 94 4 0.15689 0.24975 0.15689 0.25990 0.16542 0.25990 0.16542 0.24975\n 40 6 7\n 38 6 1\n 14 94 4 0.16542 0.24095 0.16542 0.25110 0.17395 0.25110 0.17395 0.24095\n 40 6 7\n 38 6 1\n 14 94 4 0.17395 0.23169 0.17395 0.24184 0.18248 0.24184 0.18248 0.23169\n 40 6 7\n 38 6 1\n 14 94 4 0.18248 0.22207 0.18248 0.23221 0.19101 0.23221 0.19101 0.22207\n 40 6 7\n 38 6 1\n 14 94 4 0.19101 0.21217 0.19101 0.22232 0.19955 0.22232 0.19955 0.21217\n 40 6 7\n 38 6 1\n 14 94 4 0.19955 0.20210 0.19955 0.21225 0.20808 0.21225 0.20808 0.20210\n 40 6 7\n 38 6 1\n 14 94 4 0.20808 0.19195 0.20808 0.20210 0.21661 0.20210 0.21661 0.19195\n 40 6 7\n 38 6 1\n 14 94 4 0.21661 0.18184 0.21661 0.19199 0.22514 0.19199 0.22514 0.18184\n 40 6 7\n 38 6 1\n 14 94 4 0.22514 0.17186 0.22514 0.18201 0.23367 0.18201 0.23367 0.17186\n 40 6 7\n 38 6 1\n 14 94 4 0.23367 0.16211 0.23367 0.17226 0.24220 0.17226 0.24220 0.16211\n 40 6 7\n 38 6 1\n 14 94 4 0.24220 0.15268 0.24220 0.16283 0.25073 0.16283 0.25073 0.15268\n 40 6 7\n 38 6 1\n 14 94 4 0.25073 0.14368 0.25073 0.15383 0.25927 0.15383 0.25927 0.14368\n 40 6 7\n 38 6 1\n 14 94 4 0.25927 0.13519 0.25927 0.14534 0.26780 0.14534 0.26780 0.13519\n 40 6 7\n 38 6 1\n 14 94 4 0.26780 0.12730 0.26780 0.13745 0.27633 0.13745 0.27633 0.12730\n 40 6 7\n 38 6 1\n 14 94 4 0.27633 0.12008 0.27633 0.13023 0.28486 0.13023 0.28486 0.12008\n 40 6 7\n 38 6 1\n 14 94 4 0.28486 0.11361 0.28486 0.12376 0.29339 0.12376 0.29339 0.11361\n 40 6 7\n 38 6 1\n 14 94 4 0.29339 0.10795 0.29339 0.11810 0.30192 0.11810 0.30192 0.10795\n 40 6 7\n 38 6 1\n 14 94 4 0.30192 0.10316 0.30192 0.11331 0.31045 0.11331 0.31045 0.10316\n 40 6 7\n 38 6 1\n 14 94 4 0.31045 0.09929 0.31045 0.10944 0.31899 0.10944 0.31899 0.09929\n 40 6 7\n 38 6 1\n 14 94 4 0.31899 0.09637 0.31899 0.10652 0.32752 0.10652 0.32752 0.09637\n 40 6 7\n 38 6 1\n 14 94 4 0.32752 0.09444 0.32752 0.10459 0.33605 0.10459 0.33605 0.09444\n 40 6 7\n 38 6 1\n 14 94 4 0.33605 0.09351 0.33605 0.10366 0.34458 0.10366 0.34458 0.09351\n 40 6 8\n 38 6 1\n 14 94 4 0.34458 0.09360 0.34458 0.10375 0.35311 0.10375 0.35311 0.09360\n 40 6 8\n 38 6 1\n 14 94 4 0.35311 0.09470 0.35311 0.10485 0.36164 0.10485 0.36164 0.09470\n 40 6 8\n 38 6 1\n 14 94 4 0.36164 0.09680 0.36164 0.10695 0.37017 0.10695 0.37017 0.09680\n 40 6 8\n 38 6 1\n 14 94 4 0.37017 0.09988 0.37017 0.11002 0.37870 0.11002 0.37870 0.09988\n 40 6 8\n 38 6 1\n 14 94 4 0.37870 0.10390 0.37870 0.11405 0.38724 0.11405 0.38724 0.10390\n 40 6 8\n 38 6 1\n 14 94 4 0.38724 0.10884 0.38724 0.11899 0.39577 0.11899 0.39577 0.10884\n 40 6 8\n 38 6 1\n 14 94 4 0.39577 0.11464 0.39577 0.12479 0.40430 0.12479 0.40430 0.11464\n 40 6 8\n 38 6 1\n 14 94 4 0.40430 0.12124 0.40430 0.13139 0.41283 0.13139 0.41283 0.12124\n 40 6 8\n 38 6 1\n 14 94 4 0.41283 0.12858 0.41283 0.13873 0.42136 0.13873 0.42136 0.12858\n 40 6 8\n 38 6 1\n 14 94 4 0.42136 0.13658 0.42136 0.14673 0.42989 0.14673 0.42989 0.13658\n 40 6 8\n 38 6 1\n 14 94 4 0.42989 0.14516 0.42989 0.15531 0.43842 0.15531 0.43842 0.14516\n 40 6 8\n 38 6 1\n 14 94 4 0.43842 0.15424 0.43842 0.16439 0.44696 0.16439 0.44696 0.15424\n 40 6 8\n 38 6 1\n 14 94 4 0.44696 0.16373 0.44696 0.17387 0.45549 0.17387 0.45549 0.16373\n 40 6 9\n 38 6 1\n 14 94 4 0.45549 0.17352 0.45549 0.18367 0.46402 0.18367 0.46402 0.17352\n 40 6 9\n 38 6 1\n 14 94 4 0.46402 0.18353 0.46402 0.19368 0.47255 0.19368 0.47255 0.18353\n 40 6 9\n 38 6 1\n 14 94 4 0.47255 0.19366 0.47255 0.20381 0.48108 0.20381 0.48108 0.19366\n 40 6 9\n 38 6 1\n 14 94 4 0.48108 0.20380 0.48108 0.21395 0.48961 0.21395 0.48961 0.20380\n 40 6 9\n 38 6 1\n 14 94 4 0.48961 0.21385 0.48961 0.22400 0.49814 0.22400 0.49814 0.21385\n 40 6 9\n 38 6 1\n 14 94 4 0.49814 0.22371 0.49814 0.23386 0.50668 0.23386 0.50668 0.22371\n 40 6 9\n 38 6 1\n 14 94 4 0.50668 0.23328 0.50668 0.24343 0.51521 0.24343 0.51521 0.23328\n 40 6 9\n 38 6 1\n 14 94 4 0.51521 0.24247 0.51521 0.25262 0.52374 0.25262 0.52374 0.24247\n 40 6 9\n 38 6 1\n 14 94 4 0.52374 0.25118 0.52374 0.26133 0.53227 0.26133 0.53227 0.25118\n 40 6 9\n 38 6 1\n 14 94 4 0.53227 0.25933 0.53227 0.26948 0.54080 0.26948 0.54080 0.25933\n 40 6 10\n 38 6 1\n 14 94 4 0.54080 0.26684 0.54080 0.27699 0.54933 0.27699 0.54933 0.26684\n 40 6 10\n 38 6 1\n 14 94 4 0.54933 0.27363 0.54933 0.28378 0.55786 0.28378 0.55786 0.27363\n 40 6 10\n 38 6 1\n 14 94 4 0.55786 0.27963 0.55786 0.28978 0.56640 0.28978 0.56640 0.27963\n 40 6 10\n 38 6 1\n 14 94 4 0.56640 0.28479 0.56640 0.29494 0.57493 0.29494 0.57493 0.28479\n 40 6 10\n 38 6 1\n 14 94 4 0.57493 0.28905 0.57493 0.29920 0.58346 0.29920 0.58346 0.28905\n 40 6 10\n 38 6 1\n 14 94 4 0.58346 0.29237 0.58346 0.30251 0.59199 0.30251 0.59199 0.29237\n 40 6 10\n 38 6 1\n 14 94 4 0.59199 0.29471 0.59199 0.30486 0.60052 0.30486 0.60052 0.29471\n 40 6 10\n 38 6 1\n 14 94 4 0.60052 0.29606 0.60052 0.30621 0.60905 0.30621 0.60905 0.29606\n 40 6 10\n 38 6 1\n 14 94 4 0.60905 0.29639 0.60905 0.30654 0.61758 0.30654 0.61758 0.29639\n 40 6 11\n 38 6 1\n 14 94 4 0.61758 0.29572 0.61758 0.30586 0.62611 0.30586 0.62611 0.29572\n 40 6 11\n 38 6 1\n 14 94 4 0.62611 0.29403 0.62611 0.30418 0.63465 0.30418 0.63465 0.29403\n 40 6 11\n 38 6 1\n 14 94 4 0.63465 0.29136 0.63465 0.30151 0.64318 0.30151 0.64318 0.29136\n 40 6 11\n 38 6 1\n 14 94 4 0.64318 0.28772 0.64318 0.29787 0.65171 0.29787 0.65171 0.28772\n 40 6 11\n 38 6 1\n 14 94 4 0.65171 0.28315 0.65171 0.29330 0.66024 0.29330 0.66024 0.28315\n 40 6 11\n 38 6 1\n 14 94 4 0.66024 0.27771 0.66024 0.28785 0.66877 0.28785 0.66877 0.27771\n 40 6 11\n 38 6 1\n 14 94 4 0.66877 0.27143 0.66877 0.28158 0.67730 0.28158 0.67730 0.27143\n 40 6 12\n 38 6 1\n 14 94 4 0.67730 0.26439 0.67730 0.27454 0.68583 0.27454 0.68583 0.26439\n 40 6 12\n 38 6 1\n 14 94 4 0.68583 0.25666 0.68583 0.26681 0.69437 0.26681 0.69437 0.25666\n 40 6 12\n 38 6 1\n 14 94 4 0.69437 0.24831 0.69437 0.25846 0.70290 0.25846 0.70290 0.24831\n 40 6 12\n 38 6 1\n 14 94 4 0.70290 0.23943 0.70290 0.24957 0.71143 0.24957 0.71143 0.23943\n 40 6 12\n 38 6 1\n 14 94 4 0.71143 0.23010 0.71143 0.24025 0.71996 0.24025 0.71996 0.23010\n 40 6 12\n 38 6 1\n 14 94 4 0.71996 0.22042 0.71996 0.23057 0.72849 0.23057 0.72849 0.22042\n 40 6 12\n 38 6 1\n 14 94 4 0.72849 0.21048 0.72849 0.22063 0.73702 0.22063 0.73702 0.21048\n 40 6 13\n 38 6 1\n 14 94 4 0.73702 0.20039 0.73702 0.21054 0.74555 0.21054 0.74555 0.20039\n 40 6 13\n 38 6 1\n 14 94 4 0.74555 0.19025 0.74555 0.20040 0.75409 0.20040 0.75409 0.19025\n 40 6 13\n 38 6 1\n 14 94 4 0.75409 0.18015 0.75409 0.19030 0.76262 0.19030 0.76262 0.18015\n 40 6 13\n 38 6 1\n 14 94 4 0.76262 0.17020 0.76262 0.18035 0.77115 0.18035 0.77115 0.17020\n 40 6 13\n 38 6 1\n 14 94 4 0.77115 0.16050 0.77115 0.17065 0.77968 0.17065 0.77968 0.16050\n 40 6 13\n 38 6 1\n 14 94 4 0.77968 0.15114 0.77968 0.16129 0.78821 0.16129 0.78821 0.15114\n 40 6 14\n 38 6 1\n 14 94 4 0.78821 0.14221 0.78821 0.15236 0.79674 0.15236 0.79674 0.14221\n 40 6 14\n 38 6 1\n 14 94 4 0.79674 0.13382 0.79674 0.14397 0.80527 0.14397 0.80527 0.13382\n 40 6 14\n 38 6 1\n 14 94 4 0.80527 0.12603 0.80527 0.13618 0.81381 0.13618 0.81381 0.12603\n 40 6 14\n 38 6 1\n 14 94 4 0.81381 0.11894 0.81381 0.12909 0.82234 0.12909 0.82234 0.11894\n 40 6 14\n 38 6 1\n 14 94 4 0.82234 0.11260 0.82234 0.12275 0.83087 0.12275 0.83087 0.11260\n 40 6 14\n 38 6 1\n 14 94 4 0.83087 0.10708 0.83087 0.11723 0.83940 0.11723 0.83940 0.10708\n 40 6 15\n 38 6 1\n 14 94 4 0.83940 0.10245 0.83940 0.11260 0.84793 0.11260 0.84793 0.10245\n 40 6 15\n 38 6 1\n 14 94 4 0.84793 0.09873 0.84793 0.10888 0.85646 0.10888 0.85646 0.09873\n 40 6 15\n 38 6 1\n 14 94 4 0.85646 0.09598 0.85646 0.10613 0.86499 0.10613 0.86499 0.09598\n 40 6 15\n 38 6 1\n 14 94 4 0.86499 0.09422 0.86499 0.10436 0.87352 0.10436 0.87352 0.09422\n 40 6 15\n 38 6 1\n 14 94 4 0.87352 0.09346 0.87352 0.10361 0.88206 0.10361 0.88206 0.09346\n 40 6 16\n 38 6 1\n 14 94 4 0.88206 0.09371 0.88206 0.10386 0.89059 0.10386 0.89059 0.09371\n 40 6 16\n 38 6 1\n 14 94 4 0.89059 0.09498 0.89059 0.10513 0.89912 0.10513 0.89912 0.09498\n 40 6 16\n 38 6 1\n 14 94 4 0.89912 0.09725 0.89912 0.10740 0.90765 0.10740 0.90765 0.09725\n 40 6 16\n 38 6 1\n 14 94 4 0.90765 0.10049 0.90765 0.11064 0.91618 0.11064 0.91618 0.10049\n 40 6 16\n 38 6 1\n 14 94 4 0.91618 0.10467 0.91618 0.11482 0.92471 0.11482 0.92471 0.10467\n 40 6 17\n 38 6 1\n 14 94 4 0.92471 0.10976 0.92471 0.11991 0.93324 0.11991 0.93324 0.10976\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 25 6 1\n 40 6 7\n 38 6 1\n 14 94 4 0.94993 0.09346 0.96729 0.09346 0.96729 0.11283 0.94993 0.11283\n 11 116 5 0.94993 0.09346 0.96729 0.09346 0.96729 0.11283 0.94993 0.11283 0.94993 0.09346\n 40 6 8\n 38 6 1\n 14 94 4 0.94993 0.11283 0.96729 0.11283 0.96729 0.13220 0.94993 0.13220\n 11 116 5 0.94993 0.11283 0.96729 0.11283 0.96729 0.13220 0.94993 0.13220 0.94993 0.11283\n 40 6 9\n 38 6 1\n 14 94 4 0.94993 0.13220 0.96729 0.13220 0.96729 0.15157 0.94993 0.15157\n 11 116 5 0.94993 0.13220 0.96729 0.13220 0.96729 0.15157 0.94993 0.15157 0.94993 0.13220\n 40 6 10\n 38 6 1\n 14 94 4 0.94993 0.15157 0.96729 0.15157 0.96729 0.17094 0.94993 0.17094\n 11 116 5 0.94993 0.15157 0.96729 0.15157 0.96729 0.17094 0.94993 0.17094 0.94993 0.15157\n 40 6 11\n 38 6 1\n 14 94 4 0.94993 0.17094 0.96729 0.17094 0.96729 0.19031 0.94993 0.19031\n 11 116 5 0.94993 0.17094 0.96729 0.17094 0.96729 0.19031 0.94993 0.19031 0.94993 0.17094\n 40 6 12\n 38 6 1\n 14 94 4 0.94993 0.19031 0.96729 0.19031 0.96729 0.20969 0.94993 0.20969\n 11 116 5 0.94993 0.19031 0.96729 0.19031 0.96729 0.20969 0.94993 0.20969 0.94993 0.19031\n 40 6 13\n 38 6 1\n 14 94 4 0.94993 0.20969 0.96729 0.20969 0.96729 0.22906 0.94993 0.22906\n 11 116 5 0.94993 0.20969 0.96729 0.20969 0.96729 0.22906 0.94993 0.22906 0.94993 0.20969\n 40 6 14\n 38 6 1\n 14 94 4 0.94993 0.22906 0.96729 0.22906 0.96729 0.24843 0.94993 0.24843\n 11 116 5 0.94993 0.22906 0.96729 0.22906 0.96729 0.24843 0.94993 0.24843 0.94993 0.22906\n 40 6 15\n 38 6 1\n 14 94 4 0.94993 0.24843 0.96729 0.24843 0.96729 0.26780 0.94993 0.26780\n 11 116 5 0.94993 0.24843 0.96729 0.24843 0.96729 0.26780 0.94993 0.26780 0.94993 0.24843\n 40 6 16\n 38 6 1\n 14 94 4 0.94993 0.26780 0.96729 0.26780 0.96729 0.28717 0.94993 0.28717\n 11 116 5 0.94993 0.26780 0.96729 0.26780 0.96729 0.28717 0.94993 0.28717 0.94993 0.26780\n 40 6 17\n 38 6 1\n 14 94 4 0.94993 0.28717 0.96729 0.28717 0.96729 0.30654 0.94993 0.30654\n 11 116 5 0.94993 0.28717 0.96729 0.28717 0.96729 0.30654 0.94993 0.30654 0.94993 0.28717\n 11 380 17 0.98975 0.09680 0.98879 0.09648 0.98816 0.09552 0.98784 0.09393 0.98784 0.09298 0.98816 0.09139 0.98879 0.09044 0.98975 0.09012 0.99038 0.09012 0.99134 0.09044 0.99197 0.09139 0.99229 0.09298 0.99229 0.09393 0.99197 0.09552 0.99134 0.09648 0.99038 0.09680 0.98975 0.09680\n 11 94 4 0.97862 0.11490 0.97926 0.11521 0.98021 0.11617 0.98021 0.10949\n 11 380 17 0.98593 0.11617 0.98498 0.11585 0.98434 0.11490 0.98403 0.11331 0.98403 0.11235 0.98434 0.11076 0.98498 0.10981 0.98593 0.10949 0.98657 0.10949 0.98752 0.10981 0.98816 0.11076 0.98848 0.11235 0.98848 0.11331 0.98816 0.11490 0.98752 0.11585 0.98657 0.11617 0.98593 0.11617\n 11 380 17 0.99229 0.11617 0.99134 0.11585 0.99070 0.11490 0.99038 0.11331 0.99038 0.11235 0.99070 0.11076 0.99134 0.10981 0.99229 0.10949 0.99293 0.10949 0.99388 0.10981 0.99452 0.11076 0.99483 0.11235 0.99483 0.11331 0.99452 0.11490 0.99388 0.11585 0.99293 0.11617 0.99229 0.11617\n 11 314 14 0.97799 0.13395 0.97799 0.13427 0.97830 0.13490 0.97862 0.13522 0.97926 0.13554 0.98053 0.13554 0.98117 0.13522 0.98148 0.13490 0.98180 0.13427 0.98180 0.13363 0.98148 0.13300 0.98085 0.13204 0.97767 0.12886 0.98212 0.12886\n 11 380 17 0.98593 0.13554 0.98498 0.13522 0.98434 0.13427 0.98403 0.13268 0.98403 0.13172 0.98434 0.13013 0.98498 0.12918 0.98593 0.12886 0.98657 0.12886 0.98752 0.12918 0.98816 0.13013 0.98848 0.13172 0.98848 0.13268 0.98816 0.13427 0.98752 0.13522 0.98657 0.13554 0.98593 0.13554\n 11 380 17 0.99229 0.13554 0.99134 0.13522 0.99070 0.13427 0.99038 0.13268 0.99038 0.13172 0.99070 0.13013 0.99134 0.12918 0.99229 0.12886 0.99293 0.12886 0.99388 0.12918 0.99452 0.13013 0.99483 0.13172 0.99483 0.13268 0.99452 0.13427 0.99388 0.13522 0.99293 0.13554 0.99229 0.13554\n 11 336 15 0.97830 0.15491 0.98180 0.15491 0.97989 0.15237 0.98085 0.15237 0.98148 0.15205 0.98180 0.15173 0.98212 0.15078 0.98212 0.15014 0.98180 0.14919 0.98117 0.14855 0.98021 0.14823 0.97926 0.14823 0.97830 0.14855 0.97799 0.14887 0.97767 0.14951\n 11 380 17 0.98593 0.15491 0.98498 0.15459 0.98434 0.15364 0.98403 0.15205 0.98403 0.15109 0.98434 0.14951 0.98498 0.14855 0.98593 0.14823 0.98657 0.14823 0.98752 0.14855 0.98816 0.14951 0.98848 0.15109 0.98848 0.15205 0.98816 0.15364 0.98752 0.15459 0.98657 0.15491 0.98593 0.15491\n 11 380 17 0.99229 0.15491 0.99134 0.15459 0.99070 0.15364 0.99038 0.15205 0.99038 0.15109 0.99070 0.14951 0.99134 0.14855 0.99229 0.14823 0.99293 0.14823 0.99388 0.14855 0.99452 0.14951 0.99483 0.15109 0.99483 0.15205 0.99452 0.15364 0.99388 0.15459 0.99293 0.15491 0.99229 0.15491\n 11 72 3 0.98085 0.17428 0.97767 0.16983 0.98244 0.16983\n 11 50 2 0.98085 0.17428 0.98085 0.16761\n 11 380 17 0.98593 0.17428 0.98498 0.17396 0.98434 0.17301 0.98403 0.17142 0.98403 0.17047 0.98434 0.16888 0.98498 0.16792 0.98593 0.16761 0.98657 0.16761 0.98752 0.16792 0.98816 0.16888 0.98848 0.17047 0.98848 0.17142 0.98816 0.17301 0.98752 0.17396 0.98657 0.17428 0.98593 0.17428\n 11 380 17 0.99229 0.17428 0.99134 0.17396 0.99070 0.17301 0.99038 0.17142 0.99038 0.17047 0.99070 0.16888 0.99134 0.16792 0.99229 0.16761 0.99293 0.16761 0.99388 0.16792 0.99452 0.16888 0.99483 0.17047 0.99483 0.17142 0.99452 0.17301 0.99388 0.17396 0.99293 0.17428 0.99229 0.17428\n 11 380 17 0.98148 0.19365 0.97830 0.19365 0.97799 0.19079 0.97830 0.19111 0.97926 0.19143 0.98021 0.19143 0.98117 0.19111 0.98180 0.19047 0.98212 0.18952 0.98212 0.18888 0.98180 0.18793 0.98117 0.18729 0.98021 0.18698 0.97926 0.18698 0.97830 0.18729 0.97799 0.18761 0.97767 0.18825\n 11 380 17 0.98593 0.19365 0.98498 0.19333 0.98434 0.19238 0.98403 0.19079 0.98403 0.18984 0.98434 0.18825 0.98498 0.18729 0.98593 0.18698 0.98657 0.18698 0.98752 0.18729 0.98816 0.18825 0.98848 0.18984 0.98848 0.19079 0.98816 0.19238 0.98752 0.19333 0.98657 0.19365 0.98593 0.19365\n 11 380 17 0.99229 0.19365 0.99134 0.19333 0.99070 0.19238 0.99038 0.19079 0.99038 0.18984 0.99070 0.18825 0.99134 0.18729 0.99229 0.18698 0.99293 0.18698 0.99388 0.18729 0.99452 0.18825 0.99483 0.18984 0.99483 0.19079 0.99452 0.19238 0.99388 0.19333 0.99293 0.19365 0.99229 0.19365\n 11 512 23 0.98180 0.21207 0.98148 0.21271 0.98053 0.21302 0.97989 0.21302 0.97894 0.21271 0.97830 0.21175 0.97799 0.21016 0.97799 0.20857 0.97830 0.20730 0.97894 0.20667 0.97989 0.20635 0.98021 0.20635 0.98117 0.20667 0.98180 0.20730 0.98212 0.20826 0.98212 0.20857 0.98180 0.20953 0.98117 0.21016 0.98021 0.21048 0.97989 0.21048 0.97894 0.21016 0.97830 0.20953 0.97799 0.20857\n 11 380 17 0.98593 0.21302 0.98498 0.21271 0.98434 0.21175 0.98403 0.21016 0.98403 0.20921 0.98434 0.20762 0.98498 0.20667 0.98593 0.20635 0.98657 0.20635 0.98752 0.20667 0.98816 0.20762 0.98848 0.20921 0.98848 0.21016 0.98816 0.21175 0.98752 0.21271 0.98657 0.21302 0.98593 0.21302\n 11 380 17 0.99229 0.21302 0.99134 0.21271 0.99070 0.21175 0.99038 0.21016 0.99038 0.20921 0.99070 0.20762 0.99134 0.20667 0.99229 0.20635 0.99293 0.20635 0.99388 0.20667 0.99452 0.20762 0.99483 0.20921 0.99483 0.21016 0.99452 0.21175 0.99388 0.21271 0.99293 0.21302 0.99229 0.21302\n 11 50 2 0.98212 0.23239 0.97894 0.22572\n 11 50 2 0.97767 0.23239 0.98212 0.23239\n 11 380 17 0.98593 0.23239 0.98498 0.23208 0.98434 0.23112 0.98403 0.22953 0.98403 0.22858 0.98434 0.22699 0.98498 0.22604 0.98593 0.22572 0.98657 0.22572 0.98752 0.22604 0.98816 0.22699 0.98848 0.22858 0.98848 0.22953 0.98816 0.23112 0.98752 0.23208 0.98657 0.23239 0.98593 0.23239\n 11 380 17 0.99229 0.23239 0.99134 0.23208 0.99070 0.23112 0.99038 0.22953 0.99038 0.22858 0.99070 0.22699 0.99134 0.22604 0.99229 0.22572 0.99293 0.22572 0.99388 0.22604 0.99452 0.22699 0.99483 0.22858 0.99483 0.22953 0.99452 0.23112 0.99388 0.23208 0.99293 0.23239 0.99229 0.23239\n 11 644 29 0.97926 0.25177 0.97830 0.25145 0.97799 0.25081 0.97799 0.25018 0.97830 0.24954 0.97894 0.24922 0.98021 0.24891 0.98117 0.24859 0.98180 0.24795 0.98212 0.24732 0.98212 0.24636 0.98180 0.24573 0.98148 0.24541 0.98053 0.24509 0.97926 0.24509 0.97830 0.24541 0.97799 0.24573 0.97767 0.24636 0.97767 0.24732 0.97799 0.24795 0.97862 0.24859 0.97958 0.24891 0.98085 0.24922 0.98148 0.24954 0.98180 0.25018 0.98180 0.25081 0.98148 0.25145 0.98053 0.25177 0.97926 0.25177\n 11 380 17 0.98593 0.25177 0.98498 0.25145 0.98434 0.25049 0.98403 0.24891 0.98403 0.24795 0.98434 0.24636 0.98498 0.24541 0.98593 0.24509 0.98657 0.24509 0.98752 0.24541 0.98816 0.24636 0.98848 0.24795 0.98848 0.24891 0.98816 0.25049 0.98752 0.25145 0.98657 0.25177 0.98593 0.25177\n 11 380 17 0.99229 0.25177 0.99134 0.25145 0.99070 0.25049 0.99038 0.24891 0.99038 0.24795 0.99070 0.24636 0.99134 0.24541 0.99229 0.24509 0.99293 0.24509 0.99388 0.24541 0.99452 0.24636 0.99483 0.24795 0.99483 0.24891 0.99452 0.25049 0.99388 0.25145 0.99293 0.25177 0.99229 0.25177\n 11 512 23 0.98180 0.26891 0.98148 0.26796 0.98085 0.26732 0.97989 0.26700 0.97958 0.26700 0.97862 0.26732 0.97799 0.26796 0.97767 0.26891 0.97767 0.26923 0.97799 0.27018 0.97862 0.27082 0.97958 0.27114 0.97989 0.27114 0.98085 0.27082 0.98148 0.27018 0.98180 0.26891 0.98180 0.26732 0.98148 0.26573 0.98085 0.26478 0.97989 0.26446 0.97926 0.26446 0.97830 0.26478 0.97799 0.26542\n 11 380 17 0.98593 0.27114 0.98498 0.27082 0.98434 0.26987 0.98403 0.26828 0.98403 0.26732 0.98434 0.26573 0.98498 0.26478 0.98593 0.26446 0.98657 0.26446 0.98752 0.26478 0.98816 0.26573 0.98848 0.26732 0.98848 0.26828 0.98816 0.26987 0.98752 0.27082 0.98657 0.27114 0.98593 0.27114\n 11 380 17 0.99229 0.27114 0.99134 0.27082 0.99070 0.26987 0.99038 0.26828 0.99038 0.26732 0.99070 0.26573 0.99134 0.26478 0.99229 0.26446 0.99293 0.26446 0.99388 0.26478 0.99452 0.26573 0.99483 0.26732 0.99483 0.26828 0.99452 0.26987 0.99388 0.27082 0.99293 0.27114 0.99229 0.27114\n 11 94 4 0.97354 0.28924 0.97417 0.28955 0.97513 0.29051 0.97513 0.28383\n 11 380 17 0.98085 0.29051 0.97989 0.29019 0.97926 0.28924 0.97894 0.28765 0.97894 0.28669 0.97926 0.28510 0.97989 0.28415 0.98085 0.28383 0.98148 0.28383 0.98244 0.28415 0.98307 0.28510 0.98339 0.28669 0.98339 0.28765 0.98307 0.28924 0.98244 0.29019 0.98148 0.29051 0.98085 0.29051\n 11 380 17 0.98721 0.29051 0.98625 0.29019 0.98562 0.28924 0.98530 0.28765 0.98530 0.28669 0.98562 0.28510 0.98625 0.28415 0.98721 0.28383 0.98784 0.28383 0.98879 0.28415 0.98943 0.28510 0.98975 0.28669 0.98975 0.28765 0.98943 0.28924 0.98879 0.29019 0.98784 0.29051 0.98721 0.29051\n 11 380 17 0.99356 0.29051 0.99261 0.29019 0.99197 0.28924 0.99166 0.28765 0.99166 0.28669 0.99197 0.28510 0.99261 0.28415 0.99356 0.28383 0.99420 0.28383 0.99515 0.28415 0.99579 0.28510 0.99611 0.28669 0.99611 0.28765 0.99579 0.28924 0.99515 0.29019 0.99420 0.29051 0.99356 0.29051\n 11 94 4 0.97354 0.30861 0.97417 0.30893 0.97513 0.30988 0.97513 0.30320\n 11 94 4 0.97989 0.30861 0.98053 0.30893 0.98148 0.30988 0.98148 0.30320\n 11 380 17 0.98721 0.30988 0.98625 0.30956 0.98562 0.30861 0.98530 0.30702 0.98530 0.30607 0.98562 0.30448 0.98625 0.30352 0.98721 0.30320 0.98784 0.30320 0.98879 0.30352 0.98943 0.30448 0.98975 0.30607 0.98975 0.30702 0.98943 0.30861 0.98879 0.30956 0.98784 0.30988 0.98721 0.30988\n 11 380 17 0.99356 0.30988 0.99261 0.30956 0.99197 0.30861 0.99166 0.30702 0.99166 0.30607 0.99197 0.30448 0.99261 0.30352 0.99356 0.30320 0.99420 0.30320 0.99515 0.30352 0.99579 0.30448 0.99611 0.30607 0.99611 0.30702 0.99579 0.30861 0.99515 0.30956 0.99420 0.30988 0.99356 0.30988\n 21 6 1\n 25 6 1\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 50 2 0.08011 0.09346 0.08011 0.30654\n 11 50 2 0.93324 0.09346 0.93324 0.30654\n 11 50 2 0.08011 0.30654 0.93324 0.30654\n 11 50 2 0.08011 0.09346 0.93324 0.09346\n 82 0\n 81 6 430\n 82 0\n 81 6 431\n 21 6 1\n 25 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 56 39 19 0.30000 0.20000 1.00000\n 56 39 20 0.16957 0.37391 0.69565\n 56 39 21 0.03913 0.54783 0.39130\n 56 39 22 0.21212 0.68485 0.23636\n 56 39 23 0.51515 0.80606 0.14545\n 56 39 24 0.81818 0.92727 0.05455\n 56 39 25 1.00000 0.83333 0.00000\n 56 39 26 1.00000 0.41667 0.00000\n 56 39 27 1.00000 0.00000 0.00000\n 56 39 28 0.60000 0.00000 0.00000\n 56 39 18 0.80000 0.00000 1.00000\n 21 6 6\n 25 6 6\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.12276 0.29590 0.12276 0.30605 0.13130 0.30605 0.13130 0.29590\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.13130 0.29438 0.13130 0.30453 0.13983 0.30453 0.13983 0.29438\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.12276 0.29590 0.12276 0.30605 0.13130 0.30605 0.13130 0.29590 0.12276 0.29590\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.13983 0.29187 0.13983 0.30202 0.14836 0.30202 0.14836 0.29187\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.13130 0.29438 0.13130 0.30453 0.13983 0.30453 0.13983 0.29438 0.13130 0.29438\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.14836 0.28840 0.14836 0.29854 0.15689 0.29854 0.15689 0.28840\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.13983 0.29187 0.13983 0.30202 0.14836 0.30202 0.14836 0.29187 0.13983 0.29187\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.15689 0.28398 0.15689 0.29413 0.16542 0.29413 0.16542 0.28398\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.14836 0.28840 0.14836 0.29854 0.15689 0.29854 0.15689 0.28840 0.14836 0.28840\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.16542 0.27868 0.16542 0.28883 0.17395 0.28883 0.17395 0.27868\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.15689 0.28398 0.15689 0.29413 0.16542 0.29413 0.16542 0.28398 0.15689 0.28398\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.17395 0.27254 0.17395 0.28269 0.18248 0.28269 0.18248 0.27254\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.16542 0.27868 0.16542 0.28883 0.17395 0.28883 0.17395 0.27868 0.16542 0.27868\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.18248 0.26563 0.18248 0.27578 0.19101 0.27578 0.19101 0.26563\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.17395 0.27254 0.17395 0.28269 0.18248 0.28269 0.18248 0.27254 0.17395 0.27254\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.19101 0.25800 0.19101 0.26815 0.19955 0.26815 0.19955 0.25800\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.18248 0.26563 0.18248 0.27578 0.19101 0.27578 0.19101 0.26563 0.18248 0.26563\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.19955 0.24975 0.19955 0.25990 0.20808 0.25990 0.20808 0.24975\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.19101 0.25800 0.19101 0.26815 0.19955 0.26815 0.19955 0.25800 0.19101 0.25800\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.20808 0.24095 0.20808 0.25110 0.21661 0.25110 0.21661 0.24095\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.19955 0.24975 0.19955 0.25990 0.20808 0.25990 0.20808 0.24975 0.19955 0.24975\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.21661 0.23169 0.21661 0.24184 0.22514 0.24184 0.22514 0.23169\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.20808 0.24095 0.20808 0.25110 0.21661 0.25110 0.21661 0.24095 0.20808 0.24095\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.22514 0.22207 0.22514 0.23221 0.23367 0.23221 0.23367 0.22207\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.21661 0.23169 0.21661 0.24184 0.22514 0.24184 0.22514 0.23169 0.21661 0.23169\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.23367 0.21217 0.23367 0.22232 0.24220 0.22232 0.24220 0.21217\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.22514 0.22207 0.22514 0.23221 0.23367 0.23221 0.23367 0.22207 0.22514 0.22207\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.24220 0.20210 0.24220 0.21225 0.25073 0.21225 0.25073 0.20210\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.23367 0.21217 0.23367 0.22232 0.24220 0.22232 0.24220 0.21217 0.23367 0.21217\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.25073 0.19195 0.25073 0.20210 0.25927 0.20210 0.25927 0.19195\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.24220 0.20210 0.24220 0.21225 0.25073 0.21225 0.25073 0.20210 0.24220 0.20210\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.25927 0.18184 0.25927 0.19199 0.26780 0.19199 0.26780 0.18184\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.25073 0.19195 0.25073 0.20210 0.25927 0.20210 0.25927 0.19195 0.25073 0.19195\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.26780 0.17186 0.26780 0.18201 0.27633 0.18201 0.27633 0.17186\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.25927 0.18184 0.25927 0.19199 0.26780 0.19199 0.26780 0.18184 0.25927 0.18184\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.27633 0.16211 0.27633 0.17226 0.28486 0.17226 0.28486 0.16211\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.26780 0.17186 0.26780 0.18201 0.27633 0.18201 0.27633 0.17186 0.26780 0.17186\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.28486 0.15268 0.28486 0.16283 0.29339 0.16283 0.29339 0.15268\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.27633 0.16211 0.27633 0.17226 0.28486 0.17226 0.28486 0.16211 0.27633 0.16211\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.29339 0.14368 0.29339 0.15383 0.30192 0.15383 0.30192 0.14368\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 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0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.84793 0.12603 0.84793 0.13618 0.85646 0.13618 0.85646 0.12603 0.84793 0.12603\n 40 6 25\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.86499 0.11260 0.86499 0.12275 0.87352 0.12275 0.87352 0.11260\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.85646 0.11894 0.85646 0.12909 0.86499 0.12909 0.86499 0.11894 0.85646 0.11894\n 40 6 25\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.87352 0.10708 0.87352 0.11723 0.88206 0.11723 0.88206 0.10708\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.86499 0.11260 0.86499 0.12275 0.87352 0.12275 0.87352 0.11260 0.86499 0.11260\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.88206 0.10245 0.88206 0.11260 0.89059 0.11260 0.89059 0.10245\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.87352 0.10708 0.87352 0.11723 0.88206 0.11723 0.88206 0.10708 0.87352 0.10708\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.89059 0.09873 0.89059 0.10888 0.89912 0.10888 0.89912 0.09873\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.88206 0.10245 0.88206 0.11260 0.89059 0.11260 0.89059 0.10245 0.88206 0.10245\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.89912 0.09598 0.89912 0.10613 0.90765 0.10613 0.90765 0.09598\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.89059 0.09873 0.89059 0.10888 0.89912 0.10888 0.89912 0.09873 0.89059 0.09873\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.90765 0.09422 0.90765 0.10436 0.91618 0.10436 0.91618 0.09422\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.89912 0.09598 0.89912 0.10613 0.90765 0.10613 0.90765 0.09598 0.89912 0.09598\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.91618 0.09346 0.91618 0.10361 0.92471 0.10361 0.92471 0.09346\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.90765 0.09422 0.90765 0.10436 0.91618 0.10436 0.91618 0.09422 0.90765 0.09422\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.92471 0.09371 0.92471 0.10386 0.93324 0.10386 0.93324 0.09371\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 94 4 0.91618 0.09346 0.91618 0.10361 0.92471 0.10361 0.92471 0.09346\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.93324 0.09498 0.93324 0.10513 0.94178 0.10513 0.94178 0.09498\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.92471 0.09371 0.92471 0.10386 0.93324 0.10386 0.93324 0.09371 0.92471 0.09371\n 11 72 3 0.93324 0.09498 0.93324 0.10513 0.93324 0.10513\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.94178 0.09725 0.94178 0.10740 0.95031 0.10740 0.95031 0.09725\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.95031 0.10049 0.95031 0.11064 0.95884 0.11064 0.95884 0.10049\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.95884 0.10467 0.95884 0.11482 0.96737 0.11482 0.96737 0.10467\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 40 6 28\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.96737 0.10976 0.96737 0.11991 0.97590 0.11991 0.97590 0.10976\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 50 2 0.93324 0.09498 0.93324 0.09498\n 21 6 1\n 25 6 1\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 50 2 0.08011 0.09346 0.08011 0.30654\n 11 50 2 0.93324 0.09346 0.93324 0.30654\n 11 50 2 0.08011 0.30654 0.93324 0.30654\n 11 50 2 0.08011 0.09346 0.93324 0.09346\n 82 0\n 81 6 432\n 82 0\n 81 6 433\n 21 6 1\n 25 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 56 39 30 0.30000 0.20000 1.00000\n 56 39 31 0.16957 0.37391 0.69565\n 56 39 32 0.03913 0.54783 0.39130\n 56 39 33 0.21212 0.68485 0.23636\n 56 39 34 0.51515 0.80606 0.14545\n 56 39 35 0.81818 0.92727 0.05455\n 56 39 36 1.00000 0.83333 0.00000\n 56 39 37 1.00000 0.41667 0.00000\n 56 39 38 1.00000 0.00000 0.00000\n 56 39 39 0.60000 0.00000 0.00000\n 56 39 29 0.80000 0.00000 1.00000\n 21 6 4\n 25 6 4\n 11 116 5 0.08011 0.27053 0.08011 0.28068 0.08864 0.28068 0.08864 0.27053 0.08011 0.27053\n 11 116 5 0.08864 0.26901 0.08864 0.27916 0.09717 0.27916 0.09717 0.26901 0.08864 0.26901\n 11 116 5 0.09717 0.26650 0.09717 0.27665 0.10570 0.27665 0.10570 0.26650 0.09717 0.26650\n 11 116 5 0.10570 0.26302 0.10570 0.27317 0.11423 0.27317 0.11423 0.26302 0.10570 0.26302\n 11 116 5 0.11423 0.25861 0.11423 0.26876 0.12276 0.26876 0.12276 0.25861 0.11423 0.25861\n 11 116 5 0.12276 0.25331 0.12276 0.26346 0.13130 0.26346 0.13130 0.25331 0.12276 0.25331\n 11 116 5 0.13130 0.24717 0.13130 0.25732 0.13983 0.25732 0.13983 0.24717 0.13130 0.24717\n 11 116 5 0.13983 0.24025 0.13983 0.25040 0.14836 0.25040 0.14836 0.24025 0.13983 0.24025\n 11 116 5 0.14836 0.23263 0.14836 0.24278 0.15689 0.24278 0.15689 0.23263 0.14836 0.23263\n 11 116 5 0.15689 0.22438 0.15689 0.23453 0.16542 0.23453 0.16542 0.22438 0.15689 0.22438\n 11 116 5 0.16542 0.21558 0.16542 0.22573 0.17395 0.22573 0.17395 0.21558 0.16542 0.21558\n 11 116 5 0.17395 0.20632 0.17395 0.21647 0.18248 0.21647 0.18248 0.20632 0.17395 0.20632\n 11 116 5 0.18248 0.19669 0.18248 0.20684 0.19101 0.20684 0.19101 0.19669 0.18248 0.19669\n 11 116 5 0.19101 0.18679 0.19101 0.19694 0.19955 0.19694 0.19955 0.18679 0.19101 0.18679\n 11 116 5 0.19955 0.17672 0.19955 0.18687 0.20808 0.18687 0.20808 0.17672 0.19955 0.17672\n 11 116 5 0.20808 0.16658 0.20808 0.17673 0.21661 0.17673 0.21661 0.16658 0.20808 0.16658\n 11 116 5 0.21661 0.15647 0.21661 0.16662 0.22514 0.16662 0.22514 0.15647 0.21661 0.15647\n 11 116 5 0.22514 0.14649 0.22514 0.15663 0.23367 0.15663 0.23367 0.14649 0.22514 0.14649\n 11 116 5 0.23367 0.13673 0.23367 0.14688 0.24220 0.14688 0.24220 0.13673 0.23367 0.13673\n 11 116 5 0.24220 0.12731 0.24220 0.13746 0.25073 0.13746 0.25073 0.12731 0.24220 0.12731\n 11 116 5 0.25073 0.11831 0.25073 0.12846 0.25927 0.12846 0.25927 0.11831 0.25073 0.11831\n 11 116 5 0.25927 0.10982 0.25927 0.11997 0.26780 0.11997 0.26780 0.10982 0.25927 0.10982\n 11 116 5 0.26780 0.10192 0.26780 0.11207 0.27633 0.11207 0.27633 0.10192 0.26780 0.10192\n 11 116 5 0.27633 0.09471 0.27633 0.10486 0.28486 0.10486 0.28486 0.09471 0.27633 0.09471\n 11 94 4 0.28486 0.09346 0.28486 0.09839 0.29339 0.09839 0.29339 0.09346\n 11 94 4 0.38724 0.09346 0.38724 0.09362 0.39577 0.09362 0.39577 0.09346\n 11 94 4 0.39577 0.09346 0.39577 0.09942 0.40430 0.09942 0.40430 0.09346\n 11 116 5 0.40430 0.09587 0.40430 0.10602 0.41283 0.10602 0.41283 0.09587 0.40430 0.09587\n 11 116 5 0.41283 0.10321 0.41283 0.11336 0.42136 0.11336 0.42136 0.10321 0.41283 0.10321\n 11 116 5 0.42136 0.11121 0.42136 0.12135 0.42989 0.12135 0.42989 0.11121 0.42136 0.11121\n 11 116 5 0.42989 0.11979 0.42989 0.12994 0.43842 0.12994 0.43842 0.11979 0.42989 0.11979\n 11 116 5 0.43842 0.12887 0.43842 0.13902 0.44696 0.13902 0.44696 0.12887 0.43842 0.12887\n 11 116 5 0.44696 0.13835 0.44696 0.14850 0.45549 0.14850 0.45549 0.13835 0.44696 0.13835\n 11 116 5 0.45549 0.14815 0.45549 0.15830 0.46402 0.15830 0.46402 0.14815 0.45549 0.14815\n 11 116 5 0.46402 0.15816 0.46402 0.16831 0.47255 0.16831 0.47255 0.15816 0.46402 0.15816\n 11 116 5 0.47255 0.16829 0.47255 0.17844 0.48108 0.17844 0.48108 0.16829 0.47255 0.16829\n 11 116 5 0.48108 0.17842 0.48108 0.18857 0.48961 0.18857 0.48961 0.17842 0.48108 0.17842\n 11 116 5 0.48961 0.18847 0.48961 0.19862 0.49814 0.19862 0.49814 0.18847 0.48961 0.18847\n 11 116 5 0.49814 0.19833 0.49814 0.20848 0.50668 0.20848 0.50668 0.19833 0.49814 0.19833\n 11 116 5 0.50668 0.20791 0.50668 0.21805 0.51521 0.21805 0.51521 0.20791 0.50668 0.20791\n 11 116 5 0.51521 0.21709 0.51521 0.22724 0.52374 0.22724 0.52374 0.21709 0.51521 0.21709\n 11 116 5 0.52374 0.22581 0.52374 0.23596 0.53227 0.23596 0.53227 0.22581 0.52374 0.22581\n 11 116 5 0.53227 0.23396 0.53227 0.24411 0.54080 0.24411 0.54080 0.23396 0.53227 0.23396\n 11 116 5 0.54080 0.24147 0.54080 0.25162 0.54933 0.25162 0.54933 0.24147 0.54080 0.24147\n 11 116 5 0.54933 0.24826 0.54933 0.25841 0.55786 0.25841 0.55786 0.24826 0.54933 0.24826\n 11 116 5 0.55786 0.25426 0.55786 0.26441 0.56640 0.26441 0.56640 0.25426 0.55786 0.25426\n 11 116 5 0.56640 0.25942 0.56640 0.26957 0.57493 0.26957 0.57493 0.25942 0.56640 0.25942\n 11 116 5 0.57493 0.26367 0.57493 0.27382 0.58346 0.27382 0.58346 0.26367 0.57493 0.26367\n 11 116 5 0.58346 0.26699 0.58346 0.27714 0.59199 0.27714 0.59199 0.26699 0.58346 0.26699\n 11 116 5 0.59199 0.26934 0.59199 0.27949 0.60052 0.27949 0.60052 0.26934 0.59199 0.26934\n 11 116 5 0.60052 0.27068 0.60052 0.28083 0.60905 0.28083 0.60905 0.27068 0.60052 0.27068\n 11 116 5 0.60905 0.27102 0.60905 0.28117 0.61758 0.28117 0.61758 0.27102 0.60905 0.27102\n 11 116 5 0.61758 0.27034 0.61758 0.28049 0.62611 0.28049 0.62611 0.27034 0.61758 0.27034\n 11 116 5 0.62611 0.26866 0.62611 0.27881 0.63465 0.27881 0.63465 0.26866 0.62611 0.26866\n 11 116 5 0.63465 0.26598 0.63465 0.27613 0.64318 0.27613 0.64318 0.26598 0.63465 0.26598\n 11 116 5 0.64318 0.26235 0.64318 0.27249 0.65171 0.27249 0.65171 0.26235 0.64318 0.26235\n 11 116 5 0.65171 0.25778 0.65171 0.26793 0.66024 0.26793 0.66024 0.25778 0.65171 0.25778\n 11 116 5 0.66024 0.25233 0.66024 0.26248 0.66877 0.26248 0.66877 0.25233 0.66024 0.25233\n 11 116 5 0.66877 0.24606 0.66877 0.25621 0.67730 0.25621 0.67730 0.24606 0.66877 0.24606\n 11 116 5 0.67730 0.23902 0.67730 0.24917 0.68583 0.24917 0.68583 0.23902 0.67730 0.23902\n 11 116 5 0.68583 0.23129 0.68583 0.24144 0.69437 0.24144 0.69437 0.23129 0.68583 0.23129\n 11 116 5 0.69437 0.22294 0.69437 0.23309 0.70290 0.23309 0.70290 0.22294 0.69437 0.22294\n 11 116 5 0.70290 0.21405 0.70290 0.22420 0.71143 0.22420 0.71143 0.21405 0.70290 0.21405\n 11 116 5 0.71143 0.20472 0.71143 0.21487 0.71996 0.21487 0.71996 0.20472 0.71143 0.20472\n 11 116 5 0.71996 0.19504 0.71996 0.20519 0.72849 0.20519 0.72849 0.19504 0.71996 0.19504\n 11 116 5 0.72849 0.18511 0.72849 0.19526 0.73702 0.19526 0.73702 0.18511 0.72849 0.18511\n 11 116 5 0.73702 0.17502 0.73702 0.18517 0.74555 0.18517 0.74555 0.17502 0.73702 0.17502\n 11 116 5 0.74555 0.16488 0.74555 0.17502 0.75409 0.17502 0.75409 0.16488 0.74555 0.16488\n 11 116 5 0.75409 0.15478 0.75409 0.16493 0.76262 0.16493 0.76262 0.15478 0.75409 0.15478\n 11 116 5 0.76262 0.14483 0.76262 0.15498 0.77115 0.15498 0.77115 0.14483 0.76262 0.14483\n 11 116 5 0.77115 0.13512 0.77115 0.14527 0.77968 0.14527 0.77968 0.13512 0.77115 0.13512\n 11 116 5 0.77968 0.12576 0.77968 0.13591 0.78821 0.13591 0.78821 0.12576 0.77968 0.12576\n 11 116 5 0.78821 0.11684 0.78821 0.12699 0.79674 0.12699 0.79674 0.11684 0.78821 0.11684\n 11 116 5 0.79674 0.10845 0.79674 0.11860 0.80527 0.11860 0.80527 0.10845 0.79674 0.10845\n 11 116 5 0.80527 0.10066 0.80527 0.11081 0.81381 0.11081 0.81381 0.10066 0.80527 0.10066\n 11 116 5 0.81381 0.09356 0.81381 0.10371 0.82234 0.10371 0.82234 0.09356 0.81381 0.09356\n 11 94 4 0.82234 0.09346 0.82234 0.09738 0.83087 0.09738 0.83087 0.09346\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 94 4 0.92471 0.09346 0.92471 0.09454 0.93324 0.09454 0.93324 0.09346\n 21 6 1\n 25 6 1\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 50 2 0.08011 0.09346 0.08011 0.30654\n 11 50 2 0.93324 0.09346 0.93324 0.30654\n 11 50 2 0.08011 0.30654 0.93324 0.30654\n 11 50 2 0.08011 0.09346 0.93324 0.09346\n 82 0\n 81 6 434\n 82 0\n 0 0\n","old_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 09\/01\/20 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 9 1 1.00000 3\n 51 29 9 1 2.00000 3\n 52 29 15 1 1.00000 3\n 51 29 15 1 3.00000 3\n 52 29 4 1 1.00000 4\n 51 29 4 1 1.00000 4\n 52 29 10 1 1.00000 4\n 51 29 10 1 2.00000 4\n 52 29 16 1 1.00000 4\n 51 29 16 1 3.00000 4\n 52 29 5 1 1.00000 5\n 51 29 5 1 1.00000 5\n 52 29 11 1 1.00000 5\n 51 29 11 1 2.00000 5\n 52 29 17 1 1.00000 5\n 51 29 17 1 3.00000 5\n 52 29 6 1 1.00000 6\n 51 29 6 1 1.00000 6\n 52 29 12 1 1.00000 6\n 51 29 12 1 2.00000 6\n 52 29 18 1 1.00000 6\n 51 29 18 1 3.00000 6\n 56 39 1 0.00000 0.00000 0.00000\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 22 6 1\n 23 11 1.00000\n 24 6 1\n 25 6 1\n 26 6 3\n 27 11 1.00000\n 28 6 1\n 29 6 1\n 30 12 1 0\n 31 11 1.00000\n 32 11 0.00000\n 33 6 1\n 35 6 0\n 36 12 0 0\n 34 44 0.00000 0.00000 0.00000 0.00000\n 37 6 1\n 38 6 3\n 39 6 -14\n 40 6 18\n 41 44 1.00000 0.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 43 78 0 0 0 0 0 0 1 1 1 1 1 1 1\n 44 6 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.40000\n 72 44 0.00000 14.98000 0.00000 5.99200\n 81 6 429\n 21 6 1\n 25 6 1\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 56 39 8 0.30000 0.20000 1.00000\n 56 39 9 0.16957 0.37391 0.69565\n 56 39 10 0.03913 0.54783 0.39130\n 56 39 11 0.21212 0.68485 0.23636\n 56 39 12 0.51515 0.80606 0.14545\n 56 39 13 0.81818 0.92727 0.05455\n 56 39 14 1.00000 0.83333 0.00000\n 56 39 15 1.00000 0.41667 0.00000\n 56 39 16 1.00000 0.00000 0.00000\n 56 39 17 0.60000 0.00000 0.00000\n 56 39 7 0.80000 0.00000 1.00000\n 11 380 17 1078.51147 120.46090 1077.29272 119.97761 1076.48022 118.52774 1076.07397 116.11131 1076.07397 114.66145 1076.48022 112.24502 1077.29272 110.79515 1078.51147 110.31187 1079.32397 110.31187 1080.54272 110.79515 1081.35535 112.24502 1081.76160 114.66145 1081.76160 116.11131 1081.35535 118.52774 1080.54272 119.97761 1079.32397 120.46090 1078.51147 120.46090\n 21 6 1\n 25 6 1\n 40 6 7\n 38 6 1\n 14 94 4 0.08011 0.29590 0.08011 0.30605 0.08864 0.30605 0.08864 0.29590\n 40 6 7\n 38 6 1\n 14 94 4 0.08864 0.29438 0.08864 0.30453 0.09717 0.30453 0.09717 0.29438\n 40 6 7\n 38 6 1\n 14 94 4 0.09717 0.29187 0.09717 0.30202 0.10570 0.30202 0.10570 0.29187\n 40 6 7\n 38 6 1\n 14 94 4 0.10570 0.28840 0.10570 0.29854 0.11423 0.29854 0.11423 0.28840\n 40 6 7\n 38 6 1\n 14 94 4 0.11423 0.28398 0.11423 0.29413 0.12276 0.29413 0.12276 0.28398\n 40 6 7\n 38 6 1\n 14 94 4 0.12276 0.27868 0.12276 0.28883 0.13130 0.28883 0.13130 0.27868\n 40 6 7\n 38 6 1\n 14 94 4 0.13130 0.27254 0.13130 0.28269 0.13983 0.28269 0.13983 0.27254\n 40 6 7\n 38 6 1\n 14 94 4 0.13983 0.26563 0.13983 0.27578 0.14836 0.27578 0.14836 0.26563\n 40 6 7\n 38 6 1\n 14 94 4 0.14836 0.25800 0.14836 0.26815 0.15689 0.26815 0.15689 0.25800\n 40 6 7\n 38 6 1\n 14 94 4 0.15689 0.24975 0.15689 0.25990 0.16542 0.25990 0.16542 0.24975\n 40 6 7\n 38 6 1\n 14 94 4 0.16542 0.24095 0.16542 0.25110 0.17395 0.25110 0.17395 0.24095\n 40 6 7\n 38 6 1\n 14 94 4 0.17395 0.23169 0.17395 0.24184 0.18248 0.24184 0.18248 0.23169\n 40 6 7\n 38 6 1\n 14 94 4 0.18248 0.22207 0.18248 0.23221 0.19101 0.23221 0.19101 0.22207\n 40 6 7\n 38 6 1\n 14 94 4 0.19101 0.21217 0.19101 0.22232 0.19955 0.22232 0.19955 0.21217\n 40 6 7\n 38 6 1\n 14 94 4 0.19955 0.20210 0.19955 0.21225 0.20808 0.21225 0.20808 0.20210\n 40 6 7\n 38 6 1\n 14 94 4 0.20808 0.19195 0.20808 0.20210 0.21661 0.20210 0.21661 0.19195\n 40 6 7\n 38 6 1\n 14 94 4 0.21661 0.18184 0.21661 0.19199 0.22514 0.19199 0.22514 0.18184\n 40 6 7\n 38 6 1\n 14 94 4 0.22514 0.17186 0.22514 0.18201 0.23367 0.18201 0.23367 0.17186\n 40 6 7\n 38 6 1\n 14 94 4 0.23367 0.16211 0.23367 0.17226 0.24220 0.17226 0.24220 0.16211\n 40 6 7\n 38 6 1\n 14 94 4 0.24220 0.15268 0.24220 0.16283 0.25073 0.16283 0.25073 0.15268\n 40 6 7\n 38 6 1\n 14 94 4 0.25073 0.14368 0.25073 0.15383 0.25927 0.15383 0.25927 0.14368\n 40 6 7\n 38 6 1\n 14 94 4 0.25927 0.13519 0.25927 0.14534 0.26780 0.14534 0.26780 0.13519\n 40 6 7\n 38 6 1\n 14 94 4 0.26780 0.12730 0.26780 0.13745 0.27633 0.13745 0.27633 0.12730\n 40 6 7\n 38 6 1\n 14 94 4 0.27633 0.12008 0.27633 0.13023 0.28486 0.13023 0.28486 0.12008\n 40 6 7\n 38 6 1\n 14 94 4 0.28486 0.11361 0.28486 0.12376 0.29339 0.12376 0.29339 0.11361\n 40 6 7\n 38 6 1\n 14 94 4 0.29339 0.10795 0.29339 0.11810 0.30192 0.11810 0.30192 0.10795\n 40 6 7\n 38 6 1\n 14 94 4 0.30192 0.10316 0.30192 0.11331 0.31045 0.11331 0.31045 0.10316\n 40 6 7\n 38 6 1\n 14 94 4 0.31045 0.09929 0.31045 0.10944 0.31899 0.10944 0.31899 0.09929\n 40 6 7\n 38 6 1\n 14 94 4 0.31899 0.09637 0.31899 0.10652 0.32752 0.10652 0.32752 0.09637\n 40 6 7\n 38 6 1\n 14 94 4 0.32752 0.09444 0.32752 0.10459 0.33605 0.10459 0.33605 0.09444\n 40 6 7\n 38 6 1\n 14 94 4 0.33605 0.09351 0.33605 0.10366 0.34458 0.10366 0.34458 0.09351\n 40 6 8\n 38 6 1\n 14 94 4 0.34458 0.09360 0.34458 0.10375 0.35311 0.10375 0.35311 0.09360\n 40 6 8\n 38 6 1\n 14 94 4 0.35311 0.09470 0.35311 0.10485 0.36164 0.10485 0.36164 0.09470\n 40 6 8\n 38 6 1\n 14 94 4 0.36164 0.09680 0.36164 0.10695 0.37017 0.10695 0.37017 0.09680\n 40 6 8\n 38 6 1\n 14 94 4 0.37017 0.09988 0.37017 0.11002 0.37870 0.11002 0.37870 0.09988\n 40 6 8\n 38 6 1\n 14 94 4 0.37870 0.10390 0.37870 0.11405 0.38724 0.11405 0.38724 0.10390\n 40 6 8\n 38 6 1\n 14 94 4 0.38724 0.10884 0.38724 0.11899 0.39577 0.11899 0.39577 0.10884\n 40 6 8\n 38 6 1\n 14 94 4 0.39577 0.11464 0.39577 0.12479 0.40430 0.12479 0.40430 0.11464\n 40 6 8\n 38 6 1\n 14 94 4 0.40430 0.12124 0.40430 0.13139 0.41283 0.13139 0.41283 0.12124\n 40 6 8\n 38 6 1\n 14 94 4 0.41283 0.12858 0.41283 0.13873 0.42136 0.13873 0.42136 0.12858\n 40 6 8\n 38 6 1\n 14 94 4 0.42136 0.13658 0.42136 0.14673 0.42989 0.14673 0.42989 0.13658\n 40 6 8\n 38 6 1\n 14 94 4 0.42989 0.14516 0.42989 0.15531 0.43842 0.15531 0.43842 0.14516\n 40 6 8\n 38 6 1\n 14 94 4 0.43842 0.15424 0.43842 0.16439 0.44696 0.16439 0.44696 0.15424\n 40 6 8\n 38 6 1\n 14 94 4 0.44696 0.16373 0.44696 0.17387 0.45549 0.17387 0.45549 0.16373\n 40 6 9\n 38 6 1\n 14 94 4 0.45549 0.17352 0.45549 0.18367 0.46402 0.18367 0.46402 0.17352\n 40 6 9\n 38 6 1\n 14 94 4 0.46402 0.18353 0.46402 0.19368 0.47255 0.19368 0.47255 0.18353\n 40 6 9\n 38 6 1\n 14 94 4 0.47255 0.19366 0.47255 0.20381 0.48108 0.20381 0.48108 0.19366\n 40 6 9\n 38 6 1\n 14 94 4 0.48108 0.20380 0.48108 0.21395 0.48961 0.21395 0.48961 0.20380\n 40 6 9\n 38 6 1\n 14 94 4 0.48961 0.21385 0.48961 0.22400 0.49814 0.22400 0.49814 0.21385\n 40 6 9\n 38 6 1\n 14 94 4 0.49814 0.22371 0.49814 0.23386 0.50668 0.23386 0.50668 0.22371\n 40 6 9\n 38 6 1\n 14 94 4 0.50668 0.23328 0.50668 0.24343 0.51521 0.24343 0.51521 0.23328\n 40 6 9\n 38 6 1\n 14 94 4 0.51521 0.24247 0.51521 0.25262 0.52374 0.25262 0.52374 0.24247\n 40 6 9\n 38 6 1\n 14 94 4 0.52374 0.25118 0.52374 0.26133 0.53227 0.26133 0.53227 0.25118\n 40 6 9\n 38 6 1\n 14 94 4 0.53227 0.25933 0.53227 0.26948 0.54080 0.26948 0.54080 0.25933\n 40 6 10\n 38 6 1\n 14 94 4 0.54080 0.26684 0.54080 0.27699 0.54933 0.27699 0.54933 0.26684\n 40 6 10\n 38 6 1\n 14 94 4 0.54933 0.27363 0.54933 0.28378 0.55786 0.28378 0.55786 0.27363\n 40 6 10\n 38 6 1\n 14 94 4 0.55786 0.27963 0.55786 0.28978 0.56640 0.28978 0.56640 0.27963\n 40 6 10\n 38 6 1\n 14 94 4 0.56640 0.28479 0.56640 0.29494 0.57493 0.29494 0.57493 0.28479\n 40 6 10\n 38 6 1\n 14 94 4 0.57493 0.28905 0.57493 0.29920 0.58346 0.29920 0.58346 0.28905\n 40 6 10\n 38 6 1\n 14 94 4 0.58346 0.29237 0.58346 0.30251 0.59199 0.30251 0.59199 0.29237\n 40 6 10\n 38 6 1\n 14 94 4 0.59199 0.29471 0.59199 0.30486 0.60052 0.30486 0.60052 0.29471\n 40 6 10\n 38 6 1\n 14 94 4 0.60052 0.29606 0.60052 0.30621 0.60905 0.30621 0.60905 0.29606\n 40 6 10\n 38 6 1\n 14 94 4 0.60905 0.29639 0.60905 0.30654 0.61758 0.30654 0.61758 0.29639\n 40 6 11\n 38 6 1\n 14 94 4 0.61758 0.29572 0.61758 0.30586 0.62611 0.30586 0.62611 0.29572\n 40 6 11\n 38 6 1\n 14 94 4 0.62611 0.29403 0.62611 0.30418 0.63465 0.30418 0.63465 0.29403\n 40 6 11\n 38 6 1\n 14 94 4 0.63465 0.29136 0.63465 0.30151 0.64318 0.30151 0.64318 0.29136\n 40 6 11\n 38 6 1\n 14 94 4 0.64318 0.28772 0.64318 0.29787 0.65171 0.29787 0.65171 0.28772\n 40 6 11\n 38 6 1\n 14 94 4 0.65171 0.28315 0.65171 0.29330 0.66024 0.29330 0.66024 0.28315\n 40 6 11\n 38 6 1\n 14 94 4 0.66024 0.27771 0.66024 0.28785 0.66877 0.28785 0.66877 0.27771\n 40 6 11\n 38 6 1\n 14 94 4 0.66877 0.27143 0.66877 0.28158 0.67730 0.28158 0.67730 0.27143\n 40 6 12\n 38 6 1\n 14 94 4 0.67730 0.26439 0.67730 0.27454 0.68583 0.27454 0.68583 0.26439\n 40 6 12\n 38 6 1\n 14 94 4 0.68583 0.25666 0.68583 0.26681 0.69437 0.26681 0.69437 0.25666\n 40 6 12\n 38 6 1\n 14 94 4 0.69437 0.24831 0.69437 0.25846 0.70290 0.25846 0.70290 0.24831\n 40 6 12\n 38 6 1\n 14 94 4 0.70290 0.23943 0.70290 0.24957 0.71143 0.24957 0.71143 0.23943\n 40 6 12\n 38 6 1\n 14 94 4 0.71143 0.23010 0.71143 0.24025 0.71996 0.24025 0.71996 0.23010\n 40 6 12\n 38 6 1\n 14 94 4 0.71996 0.22042 0.71996 0.23057 0.72849 0.23057 0.72849 0.22042\n 40 6 12\n 38 6 1\n 14 94 4 0.72849 0.21048 0.72849 0.22063 0.73702 0.22063 0.73702 0.21048\n 40 6 13\n 38 6 1\n 14 94 4 0.73702 0.20039 0.73702 0.21054 0.74555 0.21054 0.74555 0.20039\n 40 6 13\n 38 6 1\n 14 94 4 0.74555 0.19025 0.74555 0.20040 0.75409 0.20040 0.75409 0.19025\n 40 6 13\n 38 6 1\n 14 94 4 0.75409 0.18015 0.75409 0.19030 0.76262 0.19030 0.76262 0.18015\n 40 6 13\n 38 6 1\n 14 94 4 0.76262 0.17020 0.76262 0.18035 0.77115 0.18035 0.77115 0.17020\n 40 6 13\n 38 6 1\n 14 94 4 0.77115 0.16050 0.77115 0.17065 0.77968 0.17065 0.77968 0.16050\n 40 6 13\n 38 6 1\n 14 94 4 0.77968 0.15114 0.77968 0.16129 0.78821 0.16129 0.78821 0.15114\n 40 6 14\n 38 6 1\n 14 94 4 0.78821 0.14221 0.78821 0.15236 0.79674 0.15236 0.79674 0.14221\n 40 6 14\n 38 6 1\n 14 94 4 0.79674 0.13382 0.79674 0.14397 0.80527 0.14397 0.80527 0.13382\n 40 6 14\n 38 6 1\n 14 94 4 0.80527 0.12603 0.80527 0.13618 0.81381 0.13618 0.81381 0.12603\n 40 6 14\n 38 6 1\n 14 94 4 0.81381 0.11894 0.81381 0.12909 0.82234 0.12909 0.82234 0.11894\n 40 6 14\n 38 6 1\n 14 94 4 0.82234 0.11260 0.82234 0.12275 0.83087 0.12275 0.83087 0.11260\n 40 6 14\n 38 6 1\n 14 94 4 0.83087 0.10708 0.83087 0.11723 0.83940 0.11723 0.83940 0.10708\n 40 6 15\n 38 6 1\n 14 94 4 0.83940 0.10245 0.83940 0.11260 0.84793 0.11260 0.84793 0.10245\n 40 6 15\n 38 6 1\n 14 94 4 0.84793 0.09873 0.84793 0.10888 0.85646 0.10888 0.85646 0.09873\n 40 6 15\n 38 6 1\n 14 94 4 0.85646 0.09598 0.85646 0.10613 0.86499 0.10613 0.86499 0.09598\n 40 6 15\n 38 6 1\n 14 94 4 0.86499 0.09422 0.86499 0.10436 0.87352 0.10436 0.87352 0.09422\n 40 6 15\n 38 6 1\n 14 94 4 0.87352 0.09346 0.87352 0.10361 0.88206 0.10361 0.88206 0.09346\n 40 6 16\n 38 6 1\n 14 94 4 0.88206 0.09371 0.88206 0.10386 0.89059 0.10386 0.89059 0.09371\n 40 6 16\n 38 6 1\n 14 94 4 0.89059 0.09498 0.89059 0.10513 0.89912 0.10513 0.89912 0.09498\n 40 6 16\n 38 6 1\n 14 94 4 0.89912 0.09725 0.89912 0.10740 0.90765 0.10740 0.90765 0.09725\n 40 6 16\n 38 6 1\n 14 94 4 0.90765 0.10049 0.90765 0.11064 0.91618 0.11064 0.91618 0.10049\n 40 6 16\n 38 6 1\n 14 94 4 0.91618 0.10467 0.91618 0.11482 0.92471 0.11482 0.92471 0.10467\n 40 6 17\n 38 6 1\n 14 94 4 0.92471 0.10976 0.92471 0.11991 0.93324 0.11991 0.93324 0.10976\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 25 6 1\n 40 6 7\n 38 6 1\n 14 94 4 0.94993 0.09346 0.96729 0.09346 0.96729 0.11283 0.94993 0.11283\n 11 116 5 0.94993 0.09346 0.96729 0.09346 0.96729 0.11283 0.94993 0.11283 0.94993 0.09346\n 40 6 8\n 38 6 1\n 14 94 4 0.94993 0.11283 0.96729 0.11283 0.96729 0.13220 0.94993 0.13220\n 11 116 5 0.94993 0.11283 0.96729 0.11283 0.96729 0.13220 0.94993 0.13220 0.94993 0.11283\n 40 6 9\n 38 6 1\n 14 94 4 0.94993 0.13220 0.96729 0.13220 0.96729 0.15157 0.94993 0.15157\n 11 116 5 0.94993 0.13220 0.96729 0.13220 0.96729 0.15157 0.94993 0.15157 0.94993 0.13220\n 40 6 10\n 38 6 1\n 14 94 4 0.94993 0.15157 0.96729 0.15157 0.96729 0.17094 0.94993 0.17094\n 11 116 5 0.94993 0.15157 0.96729 0.15157 0.96729 0.17094 0.94993 0.17094 0.94993 0.15157\n 40 6 11\n 38 6 1\n 14 94 4 0.94993 0.17094 0.96729 0.17094 0.96729 0.19031 0.94993 0.19031\n 11 116 5 0.94993 0.17094 0.96729 0.17094 0.96729 0.19031 0.94993 0.19031 0.94993 0.17094\n 40 6 12\n 38 6 1\n 14 94 4 0.94993 0.19031 0.96729 0.19031 0.96729 0.20969 0.94993 0.20969\n 11 116 5 0.94993 0.19031 0.96729 0.19031 0.96729 0.20969 0.94993 0.20969 0.94993 0.19031\n 40 6 13\n 38 6 1\n 14 94 4 0.94993 0.20969 0.96729 0.20969 0.96729 0.22906 0.94993 0.22906\n 11 116 5 0.94993 0.20969 0.96729 0.20969 0.96729 0.22906 0.94993 0.22906 0.94993 0.20969\n 40 6 14\n 38 6 1\n 14 94 4 0.94993 0.22906 0.96729 0.22906 0.96729 0.24843 0.94993 0.24843\n 11 116 5 0.94993 0.22906 0.96729 0.22906 0.96729 0.24843 0.94993 0.24843 0.94993 0.22906\n 40 6 15\n 38 6 1\n 14 94 4 0.94993 0.24843 0.96729 0.24843 0.96729 0.26780 0.94993 0.26780\n 11 116 5 0.94993 0.24843 0.96729 0.24843 0.96729 0.26780 0.94993 0.26780 0.94993 0.24843\n 40 6 16\n 38 6 1\n 14 94 4 0.94993 0.26780 0.96729 0.26780 0.96729 0.28717 0.94993 0.28717\n 11 116 5 0.94993 0.26780 0.96729 0.26780 0.96729 0.28717 0.94993 0.28717 0.94993 0.26780\n 40 6 17\n 38 6 1\n 14 94 4 0.94993 0.28717 0.96729 0.28717 0.96729 0.30654 0.94993 0.30654\n 11 116 5 0.94993 0.28717 0.96729 0.28717 0.96729 0.30654 0.94993 0.30654 0.94993 0.28717\n 11 380 17 0.98975 0.09680 0.98879 0.09648 0.98816 0.09552 0.98784 0.09393 0.98784 0.09298 0.98816 0.09139 0.98879 0.09044 0.98975 0.09012 0.99038 0.09012 0.99134 0.09044 0.99197 0.09139 0.99229 0.09298 0.99229 0.09393 0.99197 0.09552 0.99134 0.09648 0.99038 0.09680 0.98975 0.09680\n 11 94 4 0.97862 0.11490 0.97926 0.11521 0.98021 0.11617 0.98021 0.10949\n 11 380 17 0.98593 0.11617 0.98498 0.11585 0.98434 0.11490 0.98403 0.11331 0.98403 0.11235 0.98434 0.11076 0.98498 0.10981 0.98593 0.10949 0.98657 0.10949 0.98752 0.10981 0.98816 0.11076 0.98848 0.11235 0.98848 0.11331 0.98816 0.11490 0.98752 0.11585 0.98657 0.11617 0.98593 0.11617\n 11 380 17 0.99229 0.11617 0.99134 0.11585 0.99070 0.11490 0.99038 0.11331 0.99038 0.11235 0.99070 0.11076 0.99134 0.10981 0.99229 0.10949 0.99293 0.10949 0.99388 0.10981 0.99452 0.11076 0.99483 0.11235 0.99483 0.11331 0.99452 0.11490 0.99388 0.11585 0.99293 0.11617 0.99229 0.11617\n 11 314 14 0.97799 0.13395 0.97799 0.13427 0.97830 0.13490 0.97862 0.13522 0.97926 0.13554 0.98053 0.13554 0.98117 0.13522 0.98148 0.13490 0.98180 0.13427 0.98180 0.13363 0.98148 0.13300 0.98085 0.13204 0.97767 0.12886 0.98212 0.12886\n 11 380 17 0.98593 0.13554 0.98498 0.13522 0.98434 0.13427 0.98403 0.13268 0.98403 0.13172 0.98434 0.13013 0.98498 0.12918 0.98593 0.12886 0.98657 0.12886 0.98752 0.12918 0.98816 0.13013 0.98848 0.13172 0.98848 0.13268 0.98816 0.13427 0.98752 0.13522 0.98657 0.13554 0.98593 0.13554\n 11 380 17 0.99229 0.13554 0.99134 0.13522 0.99070 0.13427 0.99038 0.13268 0.99038 0.13172 0.99070 0.13013 0.99134 0.12918 0.99229 0.12886 0.99293 0.12886 0.99388 0.12918 0.99452 0.13013 0.99483 0.13172 0.99483 0.13268 0.99452 0.13427 0.99388 0.13522 0.99293 0.13554 0.99229 0.13554\n 11 336 15 0.97830 0.15491 0.98180 0.15491 0.97989 0.15237 0.98085 0.15237 0.98148 0.15205 0.98180 0.15173 0.98212 0.15078 0.98212 0.15014 0.98180 0.14919 0.98117 0.14855 0.98021 0.14823 0.97926 0.14823 0.97830 0.14855 0.97799 0.14887 0.97767 0.14951\n 11 380 17 0.98593 0.15491 0.98498 0.15459 0.98434 0.15364 0.98403 0.15205 0.98403 0.15109 0.98434 0.14951 0.98498 0.14855 0.98593 0.14823 0.98657 0.14823 0.98752 0.14855 0.98816 0.14951 0.98848 0.15109 0.98848 0.15205 0.98816 0.15364 0.98752 0.15459 0.98657 0.15491 0.98593 0.15491\n 11 380 17 0.99229 0.15491 0.99134 0.15459 0.99070 0.15364 0.99038 0.15205 0.99038 0.15109 0.99070 0.14951 0.99134 0.14855 0.99229 0.14823 0.99293 0.14823 0.99388 0.14855 0.99452 0.14951 0.99483 0.15109 0.99483 0.15205 0.99452 0.15364 0.99388 0.15459 0.99293 0.15491 0.99229 0.15491\n 11 72 3 0.98085 0.17428 0.97767 0.16983 0.98244 0.16983\n 11 50 2 0.98085 0.17428 0.98085 0.16761\n 11 380 17 0.98593 0.17428 0.98498 0.17396 0.98434 0.17301 0.98403 0.17142 0.98403 0.17047 0.98434 0.16888 0.98498 0.16792 0.98593 0.16761 0.98657 0.16761 0.98752 0.16792 0.98816 0.16888 0.98848 0.17047 0.98848 0.17142 0.98816 0.17301 0.98752 0.17396 0.98657 0.17428 0.98593 0.17428\n 11 380 17 0.99229 0.17428 0.99134 0.17396 0.99070 0.17301 0.99038 0.17142 0.99038 0.17047 0.99070 0.16888 0.99134 0.16792 0.99229 0.16761 0.99293 0.16761 0.99388 0.16792 0.99452 0.16888 0.99483 0.17047 0.99483 0.17142 0.99452 0.17301 0.99388 0.17396 0.99293 0.17428 0.99229 0.17428\n 11 380 17 0.98148 0.19365 0.97830 0.19365 0.97799 0.19079 0.97830 0.19111 0.97926 0.19143 0.98021 0.19143 0.98117 0.19111 0.98180 0.19047 0.98212 0.18952 0.98212 0.18888 0.98180 0.18793 0.98117 0.18729 0.98021 0.18698 0.97926 0.18698 0.97830 0.18729 0.97799 0.18761 0.97767 0.18825\n 11 380 17 0.98593 0.19365 0.98498 0.19333 0.98434 0.19238 0.98403 0.19079 0.98403 0.18984 0.98434 0.18825 0.98498 0.18729 0.98593 0.18698 0.98657 0.18698 0.98752 0.18729 0.98816 0.18825 0.98848 0.18984 0.98848 0.19079 0.98816 0.19238 0.98752 0.19333 0.98657 0.19365 0.98593 0.19365\n 11 380 17 0.99229 0.19365 0.99134 0.19333 0.99070 0.19238 0.99038 0.19079 0.99038 0.18984 0.99070 0.18825 0.99134 0.18729 0.99229 0.18698 0.99293 0.18698 0.99388 0.18729 0.99452 0.18825 0.99483 0.18984 0.99483 0.19079 0.99452 0.19238 0.99388 0.19333 0.99293 0.19365 0.99229 0.19365\n 11 512 23 0.98180 0.21207 0.98148 0.21271 0.98053 0.21302 0.97989 0.21302 0.97894 0.21271 0.97830 0.21175 0.97799 0.21016 0.97799 0.20857 0.97830 0.20730 0.97894 0.20667 0.97989 0.20635 0.98021 0.20635 0.98117 0.20667 0.98180 0.20730 0.98212 0.20826 0.98212 0.20857 0.98180 0.20953 0.98117 0.21016 0.98021 0.21048 0.97989 0.21048 0.97894 0.21016 0.97830 0.20953 0.97799 0.20857\n 11 380 17 0.98593 0.21302 0.98498 0.21271 0.98434 0.21175 0.98403 0.21016 0.98403 0.20921 0.98434 0.20762 0.98498 0.20667 0.98593 0.20635 0.98657 0.20635 0.98752 0.20667 0.98816 0.20762 0.98848 0.20921 0.98848 0.21016 0.98816 0.21175 0.98752 0.21271 0.98657 0.21302 0.98593 0.21302\n 11 380 17 0.99229 0.21302 0.99134 0.21271 0.99070 0.21175 0.99038 0.21016 0.99038 0.20921 0.99070 0.20762 0.99134 0.20667 0.99229 0.20635 0.99293 0.20635 0.99388 0.20667 0.99452 0.20762 0.99483 0.20921 0.99483 0.21016 0.99452 0.21175 0.99388 0.21271 0.99293 0.21302 0.99229 0.21302\n 11 50 2 0.98212 0.23239 0.97894 0.22572\n 11 50 2 0.97767 0.23239 0.98212 0.23239\n 11 380 17 0.98593 0.23239 0.98498 0.23208 0.98434 0.23112 0.98403 0.22953 0.98403 0.22858 0.98434 0.22699 0.98498 0.22604 0.98593 0.22572 0.98657 0.22572 0.98752 0.22604 0.98816 0.22699 0.98848 0.22858 0.98848 0.22953 0.98816 0.23112 0.98752 0.23208 0.98657 0.23239 0.98593 0.23239\n 11 380 17 0.99229 0.23239 0.99134 0.23208 0.99070 0.23112 0.99038 0.22953 0.99038 0.22858 0.99070 0.22699 0.99134 0.22604 0.99229 0.22572 0.99293 0.22572 0.99388 0.22604 0.99452 0.22699 0.99483 0.22858 0.99483 0.22953 0.99452 0.23112 0.99388 0.23208 0.99293 0.23239 0.99229 0.23239\n 11 644 29 0.97926 0.25177 0.97830 0.25145 0.97799 0.25081 0.97799 0.25018 0.97830 0.24954 0.97894 0.24922 0.98021 0.24891 0.98117 0.24859 0.98180 0.24795 0.98212 0.24732 0.98212 0.24636 0.98180 0.24573 0.98148 0.24541 0.98053 0.24509 0.97926 0.24509 0.97830 0.24541 0.97799 0.24573 0.97767 0.24636 0.97767 0.24732 0.97799 0.24795 0.97862 0.24859 0.97958 0.24891 0.98085 0.24922 0.98148 0.24954 0.98180 0.25018 0.98180 0.25081 0.98148 0.25145 0.98053 0.25177 0.97926 0.25177\n 11 380 17 0.98593 0.25177 0.98498 0.25145 0.98434 0.25049 0.98403 0.24891 0.98403 0.24795 0.98434 0.24636 0.98498 0.24541 0.98593 0.24509 0.98657 0.24509 0.98752 0.24541 0.98816 0.24636 0.98848 0.24795 0.98848 0.24891 0.98816 0.25049 0.98752 0.25145 0.98657 0.25177 0.98593 0.25177\n 11 380 17 0.99229 0.25177 0.99134 0.25145 0.99070 0.25049 0.99038 0.24891 0.99038 0.24795 0.99070 0.24636 0.99134 0.24541 0.99229 0.24509 0.99293 0.24509 0.99388 0.24541 0.99452 0.24636 0.99483 0.24795 0.99483 0.24891 0.99452 0.25049 0.99388 0.25145 0.99293 0.25177 0.99229 0.25177\n 11 512 23 0.98180 0.26891 0.98148 0.26796 0.98085 0.26732 0.97989 0.26700 0.97958 0.26700 0.97862 0.26732 0.97799 0.26796 0.97767 0.26891 0.97767 0.26923 0.97799 0.27018 0.97862 0.27082 0.97958 0.27114 0.97989 0.27114 0.98085 0.27082 0.98148 0.27018 0.98180 0.26891 0.98180 0.26732 0.98148 0.26573 0.98085 0.26478 0.97989 0.26446 0.97926 0.26446 0.97830 0.26478 0.97799 0.26542\n 11 380 17 0.98593 0.27114 0.98498 0.27082 0.98434 0.26987 0.98403 0.26828 0.98403 0.26732 0.98434 0.26573 0.98498 0.26478 0.98593 0.26446 0.98657 0.26446 0.98752 0.26478 0.98816 0.26573 0.98848 0.26732 0.98848 0.26828 0.98816 0.26987 0.98752 0.27082 0.98657 0.27114 0.98593 0.27114\n 11 380 17 0.99229 0.27114 0.99134 0.27082 0.99070 0.26987 0.99038 0.26828 0.99038 0.26732 0.99070 0.26573 0.99134 0.26478 0.99229 0.26446 0.99293 0.26446 0.99388 0.26478 0.99452 0.26573 0.99483 0.26732 0.99483 0.26828 0.99452 0.26987 0.99388 0.27082 0.99293 0.27114 0.99229 0.27114\n 11 94 4 0.97354 0.28924 0.97417 0.28955 0.97513 0.29051 0.97513 0.28383\n 11 380 17 0.98085 0.29051 0.97989 0.29019 0.97926 0.28924 0.97894 0.28765 0.97894 0.28669 0.97926 0.28510 0.97989 0.28415 0.98085 0.28383 0.98148 0.28383 0.98244 0.28415 0.98307 0.28510 0.98339 0.28669 0.98339 0.28765 0.98307 0.28924 0.98244 0.29019 0.98148 0.29051 0.98085 0.29051\n 11 380 17 0.98721 0.29051 0.98625 0.29019 0.98562 0.28924 0.98530 0.28765 0.98530 0.28669 0.98562 0.28510 0.98625 0.28415 0.98721 0.28383 0.98784 0.28383 0.98879 0.28415 0.98943 0.28510 0.98975 0.28669 0.98975 0.28765 0.98943 0.28924 0.98879 0.29019 0.98784 0.29051 0.98721 0.29051\n 11 380 17 0.99356 0.29051 0.99261 0.29019 0.99197 0.28924 0.99166 0.28765 0.99166 0.28669 0.99197 0.28510 0.99261 0.28415 0.99356 0.28383 0.99420 0.28383 0.99515 0.28415 0.99579 0.28510 0.99611 0.28669 0.99611 0.28765 0.99579 0.28924 0.99515 0.29019 0.99420 0.29051 0.99356 0.29051\n 11 94 4 0.97354 0.30861 0.97417 0.30893 0.97513 0.30988 0.97513 0.30320\n 11 94 4 0.97989 0.30861 0.98053 0.30893 0.98148 0.30988 0.98148 0.30320\n 11 380 17 0.98721 0.30988 0.98625 0.30956 0.98562 0.30861 0.98530 0.30702 0.98530 0.30607 0.98562 0.30448 0.98625 0.30352 0.98721 0.30320 0.98784 0.30320 0.98879 0.30352 0.98943 0.30448 0.98975 0.30607 0.98975 0.30702 0.98943 0.30861 0.98879 0.30956 0.98784 0.30988 0.98721 0.30988\n 11 380 17 0.99356 0.30988 0.99261 0.30956 0.99197 0.30861 0.99166 0.30702 0.99166 0.30607 0.99197 0.30448 0.99261 0.30352 0.99356 0.30320 0.99420 0.30320 0.99515 0.30352 0.99579 0.30448 0.99611 0.30607 0.99611 0.30702 0.99579 0.30861 0.99515 0.30956 0.99420 0.30988 0.99356 0.30988\n 21 6 1\n 25 6 1\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 50 2 0.08011 0.09346 0.08011 0.30654\n 11 50 2 0.93324 0.09346 0.93324 0.30654\n 11 50 2 0.08011 0.30654 0.93324 0.30654\n 11 50 2 0.08011 0.09346 0.93324 0.09346\n 82 0\n 81 6 430\n 82 0\n 81 6 431\n 21 6 1\n 25 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 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0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.89059 0.09873 0.89059 0.10888 0.89912 0.10888 0.89912 0.09873 0.89059 0.09873\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.90765 0.09422 0.90765 0.10436 0.91618 0.10436 0.91618 0.09422\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.89912 0.09598 0.89912 0.10613 0.90765 0.10613 0.90765 0.09598 0.89912 0.09598\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.91618 0.09346 0.91618 0.10361 0.92471 0.10361 0.92471 0.09346\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.90765 0.09422 0.90765 0.10436 0.91618 0.10436 0.91618 0.09422 0.90765 0.09422\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.92471 0.09371 0.92471 0.10386 0.93324 0.10386 0.93324 0.09371\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 94 4 0.91618 0.09346 0.91618 0.10361 0.92471 0.10361 0.92471 0.09346\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.93324 0.09498 0.93324 0.10513 0.94178 0.10513 0.94178 0.09498\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.92471 0.09371 0.92471 0.10386 0.93324 0.10386 0.93324 0.09371 0.92471 0.09371\n 11 72 3 0.93324 0.09498 0.93324 0.10513 0.93324 0.10513\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.94178 0.09725 0.94178 0.10740 0.95031 0.10740 0.95031 0.09725\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.95031 0.10049 0.95031 0.11064 0.95884 0.11064 0.95884 0.10049\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.95884 0.10467 0.95884 0.11482 0.96737 0.11482 0.96737 0.10467\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 40 6 28\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.96737 0.10976 0.96737 0.11991 0.97590 0.11991 0.97590 0.10976\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 50 2 0.93324 0.09498 0.93324 0.09498\n 21 6 1\n 25 6 1\n 82 0\n 81 6 432\n 82 0\n 81 6 433\n 21 6 1\n 25 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 56 39 30 0.30000 0.20000 1.00000\n 56 39 31 0.16957 0.37391 0.69565\n 56 39 32 0.03913 0.54783 0.39130\n 56 39 33 0.21212 0.68485 0.23636\n 56 39 34 0.51515 0.80606 0.14545\n 56 39 35 0.81818 0.92727 0.05455\n 56 39 36 1.00000 0.83333 0.00000\n 56 39 37 1.00000 0.41667 0.00000\n 56 39 38 1.00000 0.00000 0.00000\n 56 39 39 0.60000 0.00000 0.00000\n 56 39 29 0.80000 0.00000 1.00000\n 21 6 4\n 25 6 4\n 11 116 5 0.08011 0.27053 0.08011 0.28068 0.08864 0.28068 0.08864 0.27053 0.08011 0.27053\n 11 116 5 0.08864 0.26901 0.08864 0.27916 0.09717 0.27916 0.09717 0.26901 0.08864 0.26901\n 11 116 5 0.09717 0.26650 0.09717 0.27665 0.10570 0.27665 0.10570 0.26650 0.09717 0.26650\n 11 116 5 0.10570 0.26302 0.10570 0.27317 0.11423 0.27317 0.11423 0.26302 0.10570 0.26302\n 11 116 5 0.11423 0.25861 0.11423 0.26876 0.12276 0.26876 0.12276 0.25861 0.11423 0.25861\n 11 116 5 0.12276 0.25331 0.12276 0.26346 0.13130 0.26346 0.13130 0.25331 0.12276 0.25331\n 11 116 5 0.13130 0.24717 0.13130 0.25732 0.13983 0.25732 0.13983 0.24717 0.13130 0.24717\n 11 116 5 0.13983 0.24025 0.13983 0.25040 0.14836 0.25040 0.14836 0.24025 0.13983 0.24025\n 11 116 5 0.14836 0.23263 0.14836 0.24278 0.15689 0.24278 0.15689 0.23263 0.14836 0.23263\n 11 116 5 0.15689 0.22438 0.15689 0.23453 0.16542 0.23453 0.16542 0.22438 0.15689 0.22438\n 11 116 5 0.16542 0.21558 0.16542 0.22573 0.17395 0.22573 0.17395 0.21558 0.16542 0.21558\n 11 116 5 0.17395 0.20632 0.17395 0.21647 0.18248 0.21647 0.18248 0.20632 0.17395 0.20632\n 11 116 5 0.18248 0.19669 0.18248 0.20684 0.19101 0.20684 0.19101 0.19669 0.18248 0.19669\n 11 116 5 0.19101 0.18679 0.19101 0.19694 0.19955 0.19694 0.19955 0.18679 0.19101 0.18679\n 11 116 5 0.19955 0.17672 0.19955 0.18687 0.20808 0.18687 0.20808 0.17672 0.19955 0.17672\n 11 116 5 0.20808 0.16658 0.20808 0.17673 0.21661 0.17673 0.21661 0.16658 0.20808 0.16658\n 11 116 5 0.21661 0.15647 0.21661 0.16662 0.22514 0.16662 0.22514 0.15647 0.21661 0.15647\n 11 116 5 0.22514 0.14649 0.22514 0.15663 0.23367 0.15663 0.23367 0.14649 0.22514 0.14649\n 11 116 5 0.23367 0.13673 0.23367 0.14688 0.24220 0.14688 0.24220 0.13673 0.23367 0.13673\n 11 116 5 0.24220 0.12731 0.24220 0.13746 0.25073 0.13746 0.25073 0.12731 0.24220 0.12731\n 11 116 5 0.25073 0.11831 0.25073 0.12846 0.25927 0.12846 0.25927 0.11831 0.25073 0.11831\n 11 116 5 0.25927 0.10982 0.25927 0.11997 0.26780 0.11997 0.26780 0.10982 0.25927 0.10982\n 11 116 5 0.26780 0.10192 0.26780 0.11207 0.27633 0.11207 0.27633 0.10192 0.26780 0.10192\n 11 116 5 0.27633 0.09471 0.27633 0.10486 0.28486 0.10486 0.28486 0.09471 0.27633 0.09471\n 11 94 4 0.28486 0.09346 0.28486 0.09839 0.29339 0.09839 0.29339 0.09346\n 11 94 4 0.38724 0.09346 0.38724 0.09362 0.39577 0.09362 0.39577 0.09346\n 11 94 4 0.39577 0.09346 0.39577 0.09942 0.40430 0.09942 0.40430 0.09346\n 11 116 5 0.40430 0.09587 0.40430 0.10602 0.41283 0.10602 0.41283 0.09587 0.40430 0.09587\n 11 116 5 0.41283 0.10321 0.41283 0.11336 0.42136 0.11336 0.42136 0.10321 0.41283 0.10321\n 11 116 5 0.42136 0.11121 0.42136 0.12135 0.42989 0.12135 0.42989 0.11121 0.42136 0.11121\n 11 116 5 0.42989 0.11979 0.42989 0.12994 0.43842 0.12994 0.43842 0.11979 0.42989 0.11979\n 11 116 5 0.43842 0.12887 0.43842 0.13902 0.44696 0.13902 0.44696 0.12887 0.43842 0.12887\n 11 116 5 0.44696 0.13835 0.44696 0.14850 0.45549 0.14850 0.45549 0.13835 0.44696 0.13835\n 11 116 5 0.45549 0.14815 0.45549 0.15830 0.46402 0.15830 0.46402 0.14815 0.45549 0.14815\n 11 116 5 0.46402 0.15816 0.46402 0.16831 0.47255 0.16831 0.47255 0.15816 0.46402 0.15816\n 11 116 5 0.47255 0.16829 0.47255 0.17844 0.48108 0.17844 0.48108 0.16829 0.47255 0.16829\n 11 116 5 0.48108 0.17842 0.48108 0.18857 0.48961 0.18857 0.48961 0.17842 0.48108 0.17842\n 11 116 5 0.48961 0.18847 0.48961 0.19862 0.49814 0.19862 0.49814 0.18847 0.48961 0.18847\n 11 116 5 0.49814 0.19833 0.49814 0.20848 0.50668 0.20848 0.50668 0.19833 0.49814 0.19833\n 11 116 5 0.50668 0.20791 0.50668 0.21805 0.51521 0.21805 0.51521 0.20791 0.50668 0.20791\n 11 116 5 0.51521 0.21709 0.51521 0.22724 0.52374 0.22724 0.52374 0.21709 0.51521 0.21709\n 11 116 5 0.52374 0.22581 0.52374 0.23596 0.53227 0.23596 0.53227 0.22581 0.52374 0.22581\n 11 116 5 0.53227 0.23396 0.53227 0.24411 0.54080 0.24411 0.54080 0.23396 0.53227 0.23396\n 11 116 5 0.54080 0.24147 0.54080 0.25162 0.54933 0.25162 0.54933 0.24147 0.54080 0.24147\n 11 116 5 0.54933 0.24826 0.54933 0.25841 0.55786 0.25841 0.55786 0.24826 0.54933 0.24826\n 11 116 5 0.55786 0.25426 0.55786 0.26441 0.56640 0.26441 0.56640 0.25426 0.55786 0.25426\n 11 116 5 0.56640 0.25942 0.56640 0.26957 0.57493 0.26957 0.57493 0.25942 0.56640 0.25942\n 11 116 5 0.57493 0.26367 0.57493 0.27382 0.58346 0.27382 0.58346 0.26367 0.57493 0.26367\n 11 116 5 0.58346 0.26699 0.58346 0.27714 0.59199 0.27714 0.59199 0.26699 0.58346 0.26699\n 11 116 5 0.59199 0.26934 0.59199 0.27949 0.60052 0.27949 0.60052 0.26934 0.59199 0.26934\n 11 116 5 0.60052 0.27068 0.60052 0.28083 0.60905 0.28083 0.60905 0.27068 0.60052 0.27068\n 11 116 5 0.60905 0.27102 0.60905 0.28117 0.61758 0.28117 0.61758 0.27102 0.60905 0.27102\n 11 116 5 0.61758 0.27034 0.61758 0.28049 0.62611 0.28049 0.62611 0.27034 0.61758 0.27034\n 11 116 5 0.62611 0.26866 0.62611 0.27881 0.63465 0.27881 0.63465 0.26866 0.62611 0.26866\n 11 116 5 0.63465 0.26598 0.63465 0.27613 0.64318 0.27613 0.64318 0.26598 0.63465 0.26598\n 11 116 5 0.64318 0.26235 0.64318 0.27249 0.65171 0.27249 0.65171 0.26235 0.64318 0.26235\n 11 116 5 0.65171 0.25778 0.65171 0.26793 0.66024 0.26793 0.66024 0.25778 0.65171 0.25778\n 11 116 5 0.66024 0.25233 0.66024 0.26248 0.66877 0.26248 0.66877 0.25233 0.66024 0.25233\n 11 116 5 0.66877 0.24606 0.66877 0.25621 0.67730 0.25621 0.67730 0.24606 0.66877 0.24606\n 11 116 5 0.67730 0.23902 0.67730 0.24917 0.68583 0.24917 0.68583 0.23902 0.67730 0.23902\n 11 116 5 0.68583 0.23129 0.68583 0.24144 0.69437 0.24144 0.69437 0.23129 0.68583 0.23129\n 11 116 5 0.69437 0.22294 0.69437 0.23309 0.70290 0.23309 0.70290 0.22294 0.69437 0.22294\n 11 116 5 0.70290 0.21405 0.70290 0.22420 0.71143 0.22420 0.71143 0.21405 0.70290 0.21405\n 11 116 5 0.71143 0.20472 0.71143 0.21487 0.71996 0.21487 0.71996 0.20472 0.71143 0.20472\n 11 116 5 0.71996 0.19504 0.71996 0.20519 0.72849 0.20519 0.72849 0.19504 0.71996 0.19504\n 11 116 5 0.72849 0.18511 0.72849 0.19526 0.73702 0.19526 0.73702 0.18511 0.72849 0.18511\n 11 116 5 0.73702 0.17502 0.73702 0.18517 0.74555 0.18517 0.74555 0.17502 0.73702 0.17502\n 11 116 5 0.74555 0.16488 0.74555 0.17502 0.75409 0.17502 0.75409 0.16488 0.74555 0.16488\n 11 116 5 0.75409 0.15478 0.75409 0.16493 0.76262 0.16493 0.76262 0.15478 0.75409 0.15478\n 11 116 5 0.76262 0.14483 0.76262 0.15498 0.77115 0.15498 0.77115 0.14483 0.76262 0.14483\n 11 116 5 0.77115 0.13512 0.77115 0.14527 0.77968 0.14527 0.77968 0.13512 0.77115 0.13512\n 11 116 5 0.77968 0.12576 0.77968 0.13591 0.78821 0.13591 0.78821 0.12576 0.77968 0.12576\n 11 116 5 0.78821 0.11684 0.78821 0.12699 0.79674 0.12699 0.79674 0.11684 0.78821 0.11684\n 11 116 5 0.79674 0.10845 0.79674 0.11860 0.80527 0.11860 0.80527 0.10845 0.79674 0.10845\n 11 116 5 0.80527 0.10066 0.80527 0.11081 0.81381 0.11081 0.81381 0.10066 0.80527 0.10066\n 11 116 5 0.81381 0.09356 0.81381 0.10371 0.82234 0.10371 0.82234 0.09356 0.81381 0.09356\n 11 94 4 0.82234 0.09346 0.82234 0.09738 0.83087 0.09738 0.83087 0.09346\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 94 4 0.92471 0.09346 0.92471 0.09454 0.93324 0.09454 0.93324 0.09346\n 21 6 1\n 25 6 1\n 82 0\n 81 6 434\n 82 0\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"97d93e330a41d47c616fa4018682a6c3051ce387","subject":"plot also number of files","message":"plot also number of files\n","repos":"ykarikos\/linux-statistics","old_file":"linux-statistics.gnuplot","new_file":"linux-statistics.gnuplot","new_contents":"set terminal png medium size 800, 500\nset output \"linux-statistics.png\"\n\nset style data lines\nset y2tics\nset grid x y\nset border\nplot 'linux-statistics.txt' using 2:xticlabels(1) t 'size (M)', \\\n 'linux-statistics.txt' using 3:xticlabels(1) t 'number of files' axes x1y2\n\n","old_contents":"set terminal png medium size 800, 500\nset output \"linux-statistics.png\"\n\nset style data lines\n\nset grid x y\nset border\nplot 'linux-statistics.txt' using 2:xticlabels(1) t 'size (M)'\n# 'linux-statistics.txt' using 1:3 t 'number of files'\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"71b2c932078a2bdf09d70753a63df7256391df30","subject":"Hack gnuplot autoscaling","message":"Hack gnuplot autoscaling\n","repos":"lasp-lang\/evaluation","old_file":"path_contraction.gnuplot","new_file":"path_contraction.gnuplot","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"apache-2.0","lang":"Gnuplot"} {"commit":"aa982ee5b65d796256a718d53c86322d2b859abc","subject":"Match plot-abs colors to plot-rel and put key in better order","message":"Match plot-abs colors to plot-rel and put key in better order\n","repos":"aclements\/gogcpacing,aclements\/gogcpacing,aclements\/go-gcpacing,aclements\/go-gcpacing","old_file":"plot-abs.gnuplot","new_file":"plot-abs.gnuplot","new_contents":"set for [lt=1:10] linetype lt lw 2\nset style fill solid 0.25 noborder\nset multiplot layout 2, 1\nset lmargin at screen 0.15\nset style data lines\nset xlabel ''\nset xtics format ''\nset ylabel 'Heap size'\nplot filename using 1:'H_a' lt 1, \\\n '' using 1:'H_g' lt 2, \\\n '' using 1:'H_T', \\\n '' using 1:'H_m(n-1)', \\\n '' using 1:'W_a', \\\n '' using 1:'W_e'\nset xlabel 'GC cycle'\nset xtics format '% g'\nset ylabel 'CPU'\nset yrange [0:1]\nplot [*:*] filename using 1:(column('u_assist')+column('u_bg')+column('u_idle')) title 'u_idle' w filledcurves y1=0, \\\n '' using 1:(column('u_assist')+column('u_bg')) title 'u_bg' w filledcurves y1=0, \\\n '' using 1:(column('u_assist')) title 'u_assist' w filledcurves y1=0, \\\n '' using 1:'u_a' lt 1, \\\n '' using 1:'u_g' lt 2\nunset multiplot\n","old_contents":"set for [lt=1:10] linetype lt lw 2\nset style fill solid 0.25 noborder\nset multiplot layout 2, 1\nset lmargin at screen 0.15\nset style data lines\nset xlabel ''\nset xtics format ''\nset ylabel 'Heap size'\nplot filename using 1:'H_m(n-1)', \\\n '' using 1:'H_T', \\\n '' using 1:'H_a', \\\n '' using 1:'H_g', \\\n '' using 1:'W_a', \\\n '' using 1:'W_e'\nset xlabel 'GC cycle'\nset xtics format '% g'\nset ylabel 'CPU'\nset yrange [0:1]\nplot [*:*] filename using 1:(column('u_assist')+column('u_bg')+column('u_idle')) title 'u_idle' w filledcurves y1=0, \\\n '' using 1:(column('u_assist')+column('u_bg')) title 'u_bg' w filledcurves y1=0, \\\n '' using 1:(column('u_assist')) title 'u_assist' w filledcurves y1=0, \\\n '' using 1:'u_a' lt 1, \\\n '' using 1:'u_g' lt 2\nunset multiplot\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"4d6c46dd170964a238bbd11029925c99bc49261c","subject":"right margin fix","message":"right margin fix\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\nRMARG = 0.96\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"54c872597632aadba03ef0de33b13656606a7764","subject":"20151231T1940","message":"20151231T1940\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"testgraph.gp","new_file":"testgraph.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\nset datafile separator ';'\n\n# Title of the plot\nset title \"Test graph -`echo $TIMEZONEGAP`-\"\n\n# We want a grid\nset grid\n\n# Ignore missing values\n#set datafile missing \"NaN\"\n\n# X-axis label\nset xlabel \"Date\/Time\"\n\n# set X-axis range to current date only\n#set xrange [\"$YESTERDAY\":\"$TODAY\"]\n\n# Y-axis ranges from 0 deg C to 100 deg C, same scale as for humidity\nset yrange [15:20]\n\n# Y2-axis set from 800 to 1200 kPa, used for barometric pressure\nset autoscale y2\n\n# place ticks on second Y2-axis\nset y2tics border\n\n# Title for Y-axis\nset ylabel \"Temperature [degC]\"\n\n# Title for Y2-axis\nset y2label \"Raw values [mV]\"\n\n# Define that data on X-axis should be interpreted as time\nset xdata time\n\n# Time in log-file is given in Unix format\nset timefmt \"%s\"\n\n# Display notation for time\nset format x \"%D\\n%R\" # Display time in 24 hour notation on the X axis\n\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"--legend--\"\n\n# output into png file\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# read data from file and generate plot\nplot \"\/tmp\/sql.csv\" using ($2+3600):4 title \"Temperature [degC]\" with lines \\\n ,\"\" using ($2+3600):3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\nset datafile separator ';'\n\n# Title of the plot\nset title \"Test graph -`echo $TIMEZONEGAP`-\"\n\n# We want a grid\nset grid\n\n# Ignore missing values\n#set datafile missing \"NaN\"\n\n# X-axis label\nset xlabel \"Date\/Time\"\n\n# set X-axis range to current date only\n#set xrange [\"$YESTERDAY\":\"$TODAY\"]\n\n# Y-axis ranges from 0 deg C to 100 deg C, same scale as for humidity\nset yrange [15:20]\n\n# Y2-axis set from 800 to 1200 kPa, used for barometric pressure\nset autoscale y2\n\n# place ticks on second Y2-axis\nset y2tics border\n\n# Title for Y-axis\nset ylabel \"Temperature [degC]\"\n\n# Title for Y2-axis\nset y2label \"Raw values [mV]\"\n\n# Define that data on X-axis should be interpreted as time\nset xdata time\n\n# Time in log-file is given in Unix format\nset timefmt \"%s\"\n\n# Display notation for time\nset format x \"%D\\n%R\" # Display time in 24 hour notation on the X axis\n\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"--legend--\"\n\n# output into png file\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# read data from file and generate plot\nplot \"\/tmp\/sql.csv\" using 2:4 title \"Temperature [degC]\" with lines \\\n ,\"\" using 2:3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"9f1c632f97248f10650c586235387c75cfd04a85","subject":"better y label","message":"better y label\n","repos":"LucidWorks\/blog-hll-perf,LucidWorks\/blog-hll-perf","old_file":"plot.gnuplot","new_file":"plot.gnuplot","new_contents":"# expects 'fieldtype' variable to be defined on command line\n#\n# example: gnuplot -e 'fieldtype=\"long\"' plot.gnuplot\n\nset terminal png size 800,600 enhanced font \"Helvetica,12\"\nset key top left\n\n# same style for every line, just diff colors\nset style line 1 pointtype 1\nset style line 2 pointtype 1\nset style line 3 pointtype 1\nset style line 4 pointtype 1\nset style line 5 pointtype 1\nset style line 6 pointtype 1\n\nx3(x) = (3 * x)\nrelerr(expected,observed) = abs(expected - observed) \/ expected\ndatafile(base) = \"output\/\".base.\".plotdata.tsv\"\n\n### plot the (real) value counts\n\nset output 'output\/'.fieldtype.'_num_values.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Num Values\"\n\nset title \"Number of Values Found (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):2 title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):2 title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):2 title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):2 title \"cardinality=true (0.3)\" ls 4\n\n### plot the relative error of the value counts\n\nset output 'output\/'.fieldtype.'_rel_error.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Relative Error\"\n\nset title \"Compared to Expected: Relative Error of Value Counts (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):(relerr(x3($1), $2)) title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=true (0.3)\" ls 4\n\n### plot the the timing data\n\nset output 'output\/'.fieldtype.'_timing.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Mean Req Time (sec) w\/stddev error bars\"\n\nset title \"Request Time (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):3:4 with errorbars title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):3:4 with errorbars title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):3:4 with errorbars title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):3:4 with errorbars title \"cardinality=true (0.3)\" ls 4\n\n# crop some of the really noisy data so detail is more clear\nset xrange [20000:]\nset yrange [0:4]\nset output 'output\/'.fieldtype.'_timing_cropped.png'\n\nset title \"Request Time (\".fieldtype.\" field, cropped)\" noenhanced\nreplot\n","old_contents":"# expects 'fieldtype' variable to be defined on command line\n#\n# example: gnuplot -e 'fieldtype=\"long\"' plot.gnuplot\n\nset terminal png size 800,600 enhanced font \"Helvetica,12\"\nset key top left\n\n# same style for every line, just diff colors\nset style line 1 pointtype 1\nset style line 2 pointtype 1\nset style line 3 pointtype 1\nset style line 4 pointtype 1\nset style line 5 pointtype 1\nset style line 6 pointtype 1\n\nx3(x) = (3 * x)\nrelerr(expected,observed) = abs(expected - observed) \/ expected\ndatafile(base) = \"output\/\".base.\".plotdata.tsv\"\n\n### plot the (real) value counts\n\nset output 'output\/'.fieldtype.'_num_values.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Num Values\"\n\nset title \"Number of Values Found (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):2 title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):2 title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):2 title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):2 title \"cardinality=true (0.3)\" ls 4\n\n### plot the relative error of the value counts\n\nset output 'output\/'.fieldtype.'_rel_error.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Relative Error\"\n\nset title \"Compared to Expected: Relative Error of Value Counts (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):(relerr(x3($1), $2)) title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=true (0.3)\" ls 4\n\n### plot the the timing data\n\nset output 'output\/'.fieldtype.'_timing.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Req Time (sec)\"\n\nset title \"Request Time (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):3:4 with errorbars title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):3:4 with errorbars title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):3:4 with errorbars title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):3:4 with errorbars title \"cardinality=true (0.3)\" ls 4\n\n# crop some of the really noisy data so detail is more clear\nset xrange [20000:]\nset yrange [0:4]\nset output 'output\/'.fieldtype.'_timing_cropped.png'\n\nset title \"Request Time (\".fieldtype.\" field, cropped)\" noenhanced\nreplot\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"bb9883e656646c292d52d41b181c73fc2c60ed25","subject":"define fonts","message":"define fonts\n","repos":"aijunbai\/autotest2d,aijunbai\/autotest2d","old_file":"plot.gp","new_file":"plot.gp","new_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 4.2 patchlevel 3 \n# \tlast modified Mar 2008\n# \tSystem: Linux 2.6.25-gentoo-r6\n# \n# \tCopyright (C) 1986 - 1993, 1998, 2004, 2007, 2008\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tType `help` to access the on-line reference manual.\n# \tThe gnuplot FAQ is available from http:\/\/www.gnuplot.info\/faq\/\n# \n# \tSend bug reports and suggestions to <http:\/\/sourceforge.net\/projects\/gnuplot>\n# \nset terminal png medium font '\/usr\/share\/fonts\/truetype\/ttf-dejavu\/DejaVuSansCondensed.ttf,13' size 1280,800\nset output \"result.png\" \nunset clip points\nset clip one\nunset clip two\nset bar 1.000000\nset border 31 front linetype -1 linewidth 1.000\nset xdata\nset ydata\nset zdata\nset x2data\nset y2data\nset timefmt x \"%d\/%m\/%y,%H:%M\"\nset timefmt y \"%d\/%m\/%y,%H:%M\"\nset timefmt z \"%d\/%m\/%y,%H:%M\"\nset timefmt x2 \"%d\/%m\/%y,%H:%M\"\nset timefmt y2 \"%d\/%m\/%y,%H:%M\"\nset timefmt cb \"%d\/%m\/%y,%H:%M\"\nset boxwidth\nset style fill empty border\nset style rectangle back fc lt -3 fillstyle solid 1.00 border -1\nset dummy x,y\nset format x \"% g\"\nset format y \"% g\"\nset format x2 \"% g\"\nset format y2 \"% g\"\nset format z \"% g\"\nset format cb \"% g\"\nset angles radians\nset grid\nset key title \"\"\nset key inside right top vertical Right noreverse enhanced autotitles nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title offset character 0, 0, 0\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset encoding default\nunset polar\nunset parametric\nunset decimalsign\nset view 60, 30, 1, 1\nset samples 100, 100\nset isosamples 10, 10\nset surface\nunset contour\nset clabel '%8.3g'\nset mapping cartesian\nset datafile separator whitespace\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nset xzeroaxis linetype -2 linewidth 1.000\nset yzeroaxis linetype -2 linewidth 1.000\nset zzeroaxis linetype -2 linewidth 1.000\nset x2zeroaxis linetype -2 linewidth 1.000\nset y2zeroaxis linetype -2 linewidth 1.000\nset ticslevel 0.5\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset xtics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset xtics autofreq \nset ytics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset ytics autofreq \nset ztics border in scale 1,0.5 nomirror norotate offset character 0, 0, 0\nset ztics autofreq \nset nox2tics\nset noy2tics\nset cbtics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset cbtics autofreq \nset title \"game count - win rate curve\" \nset title offset character 0, 0, 0 font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp offset character 0, 0, 0 font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback # (currently [0.00000:10.0000] )\nset trange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset urange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset vrange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset xlabel \"game_count\" \nset xlabel offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset x2range [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset ylabel \"rate\" \nset ylabel offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset y2label \"\" \nset y2label offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset yrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset y2range [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset zlabel \"\" \nset zlabel offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset cblabel \"\" \nset cblabel offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset cbrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"C\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles nohidden3d corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front bdefault\nset loadpath \nset fontpath \nset fit noerrorvariables\nshow grid\nplot 'plot' u 1:2 w l title \"win rate\", 'plot' u 1:3 w l title \"expected win rate\"\n# EOF\n","old_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 4.2 patchlevel 3 \n# \tlast modified Mar 2008\n# \tSystem: Linux 2.6.25-gentoo-r6\n# \n# \tCopyright (C) 1986 - 1993, 1998, 2004, 2007, 2008\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tType `help` to access the on-line reference manual.\n# \tThe gnuplot FAQ is available from http:\/\/www.gnuplot.info\/faq\/\n# \n# \tSend bug reports and suggestions to <http:\/\/sourceforge.net\/projects\/gnuplot>\n# \nset terminal png medium size 1280,800\nset output \"result.png\" \nunset clip points\nset clip one\nunset clip two\nset bar 1.000000\nset border 31 front linetype -1 linewidth 1.000\nset xdata\nset ydata\nset zdata\nset x2data\nset y2data\nset timefmt x \"%d\/%m\/%y,%H:%M\"\nset timefmt y \"%d\/%m\/%y,%H:%M\"\nset timefmt z \"%d\/%m\/%y,%H:%M\"\nset timefmt x2 \"%d\/%m\/%y,%H:%M\"\nset timefmt y2 \"%d\/%m\/%y,%H:%M\"\nset timefmt cb \"%d\/%m\/%y,%H:%M\"\nset boxwidth\nset style fill empty border\nset style rectangle back fc lt -3 fillstyle solid 1.00 border -1\nset dummy x,y\nset format x \"% g\"\nset format y \"% g\"\nset format x2 \"% g\"\nset format y2 \"% g\"\nset format z \"% g\"\nset format cb \"% g\"\nset angles radians\nset grid\nset key title \"\"\nset key inside right top vertical Right noreverse enhanced autotitles nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title offset character 0, 0, 0\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset encoding default\nunset polar\nunset parametric\nunset decimalsign\nset view 60, 30, 1, 1\nset samples 100, 100\nset isosamples 10, 10\nset surface\nunset contour\nset clabel '%8.3g'\nset mapping cartesian\nset datafile separator whitespace\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nset xzeroaxis linetype -2 linewidth 1.000\nset yzeroaxis linetype -2 linewidth 1.000\nset zzeroaxis linetype -2 linewidth 1.000\nset x2zeroaxis linetype -2 linewidth 1.000\nset y2zeroaxis linetype -2 linewidth 1.000\nset ticslevel 0.5\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset xtics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset xtics autofreq \nset ytics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset ytics autofreq \nset ztics border in scale 1,0.5 nomirror norotate offset character 0, 0, 0\nset ztics autofreq \nset nox2tics\nset noy2tics\nset cbtics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset cbtics autofreq \nset title \"game count - win rate curve\" \nset title offset character 0, 0, 0 font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp offset character 0, 0, 0 font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback # (currently [0.00000:10.0000] )\nset trange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset urange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset vrange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset xlabel \"game_count\" \nset xlabel offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset x2range [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset ylabel \"rate\" \nset ylabel offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset y2label \"\" \nset y2label offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset yrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset y2range [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset zlabel \"\" \nset zlabel offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset cblabel \"\" \nset cblabel offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset cbrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"C\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles nohidden3d corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front bdefault\nset loadpath \nset fontpath \nset fit noerrorvariables\nshow grid\nplot 'plot' u 1:2 w l title \"win rate\", 'plot' u 1:3 w l title \"expected win rate\"\n# EOF\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"409d32e7b0e7c23c2916663e567f1e3bfde69af7","subject":"re-add Ymin\/Ymax calculation","message":"re-add Ymin\/Ymax calculation\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph11.gp","new_file":"graphs\/graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ : ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2:4 notitle with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 title \" Temperature [degC]\" with lines lw 0.1 fc rgb \"#bb0000\"\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#bb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ : ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2:4 notitle with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 title \" Temperature [degC]\" with lines lw 0.1 fc rgb \"#bb0000\"\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#bb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f88b3ac5b105d3c30be38ec3b4dcbd3a49b98530","subject":"show both graphs","message":"show both graphs\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastday.gp","new_file":"graphs\/pastday.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics *****\n# stats to be calculated here of column 1 (hour)\nstats kamdata using 1 name \"X\" nooutput\n\nXh_min = X_min\nXh_max = X_max\n\n\nset multiplot layout 2,1\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: past hours\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\" # X-axis label\n#set xdata time # Data on X-axis should be interpreted as time\n#set timefmt \"%s\" # Time in log-file is given in Unix format\n#set format x \"%a %d\" # Display time in 24 hour notation on the X axis\n#set xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n#set yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset boxwidth 1 relative\nset style fill solid 1.0 noborder\nset boxwidth 0.75\n\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n#set lmargin at screen LMARG\n#set rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot kamdata using 2:xtic(1) title \"T1\", '' using 3 title \"T2\"\n#plot ifnamew \\\n# using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\nset title \"Productie recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\nset ylabel \"Productie [Wh]\"\nset yrange [ 0 : 10 ]\n\nplot kamdata using 4:xtic(1) title \"T1\", '' using 5 title \"T2\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics *****\n# stats to be calculated here of column 1 (hour)\nstats kamdata using 1 name \"X\" nooutput\n\nXh_min = X_min\nXh_max = X_max\n\n\n\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: past hours\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\" # X-axis label\n#set xdata time # Data on X-axis should be interpreted as time\n#set timefmt \"%s\" # Time in log-file is given in Unix format\n#set format x \"%a %d\" # Display time in 24 hour notation on the X axis\n#set xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n#set yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset boxwidth 1 relative\nset style fill solid 1.0 border -1\nset boxwidth 0.75\n\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n#set lmargin at screen LMARG\n#set rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot kamdata using 2:xtic(1) title \"T1\", '' 3 title \"T2\"\n#plot ifnamew \\\n# using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e55a6dd306f3644943015c0c2cff7546acecfece","subject":"Some more changes to Makefile.gnu","message":"Some more changes to Makefile.gnu\n\n--HG--\nbranch : parser\n","repos":"phorward\/phorward,phorward\/phorward","old_file":"src\/Makefile.gnu","new_file":"src\/Makefile.gnu","new_contents":"# This is a plain Makefile for general Phorward Foundation Toolkit development. \n# It should compile libphorward.a quickly and out of the box without autotools.\n\nCFLAGS += -g -DDEBUG -DUNICODE -DUTF8 -I.\n\nLIBPHORWARD = libphorward.a\nPROTOFILE =\tproto.h\nLIBHEADER = phorward.h\nPATHEXT = PATH=\"..\/run:$(PATH)\"\n\nSRC = \\\n\tbase\/bitset.c \\\n\tbase\/dbg.c \\\n\tbase\/hashtab.c \\\n\tbase\/llist.c \\\n\tbase\/plist.c \\\n\tbase\/memory.c \\\n\tbase\/stack.c \\\n\tccl\/ccl.c \\\n\tregex\/dfa.c \\\n\tregex\/direct.c \\\n\tregex\/misc.c \\\n\tregex\/nfa.c \\\n\tregex\/pattern.c \\\n\tregex\/pregex.c \\\n\tregex\/range.c \\\n\tregex\/ref.c \\\n\tstring\/convert.c \\\n\tstring\/string.c \\\n\tstring\/utf8.c \\\n\tutil\/base64.c \\\n\tutil\/system.c \\\n\tunion\/union.c \\\n\tunion\/union.conv.c \\\n\tunion\/union.get.c \\\n\tunion\/union.set.c \\\n\txml\/xml.c \\\n\t\\\n\tparser\/error.c \\\n\tparser\/grammar.c \\\n\tparser\/nonterm.c \\\n\tparser\/lr.c \\\n\tparser\/parser.c \\\n\tparser\/production.c \\\n\tparser\/symbol.c \\\n\tparser\/terminal.c\n\nHSRC = \\\n\tbase\/bitset.h \\\n\tbase\/dbg.h \\\n\tbase\/hashtab.h \\\n\tbase\/llist.h \\\n\tbase\/plist.h \\\n\tbase\/stack.h \\\n\tccl\/ccl.h \\\n\tphorward.tpl.h \\\n\tregex\/pregex.h \\\n\tstring\/string.h \\\n\tstring\/utf8.h \\\n\tunion\/union.h \\\n\txml\/xml.h \\\n\t$(PROTOFILE)\n\nOBJ = $(patsubst %.c,%.o,$(SRC))\n\nall: $(LIBPHORWARD) ptest\n\nptest: ptest.o $(LIBPHORWARD)\n\t$(CC) -o $@ ptest.o $(LIBPHORWARD)\n\n$(LIBPHORWARD): $(LIBHEADER) $(OBJ)\n\tar rv $@ $(OBJ)\n\nclean:\n\t-rm -f $(OBJ)\n\t-rm -f $(LIBPHORWARD)\n\t-rm -f ptest ptest.o\n\n# Prototypes Files\n$(PROTOFILE): $(SRC)\n\t$(PATHEXT) pproto $(SRC) >$@\n\n# Library Header\n$(LIBHEADER): $(HSRC)\n\t$(PATHEXT) pinclude phorward.tpl.h >$@\n\n# Variant Data Type Modules (generated from definitions in var.h comments)\nunion\/union.get.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_get=1 union\/union.h >$@\n\nunion\/union.set.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_set=1 union\/union.h >$@\n\nunion\/union.conv.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_conv=1 union\/union.h >$@\n\n","old_contents":"# This is a plain Makefile for general Phorward Foundation Toolkit development. \n# It should compile libphorward.a quickly and out of the box without autotools.\n\nCFLAGS += -g -DDEBUG -DUNICODE -DUTF8 -I.\n\nLIBPHORWARD = libphorward.a\nPROTOFILE =\tproto.h\nLIBHEADER = phorward.h\nPATHEXT = PATH=\"..\/run:$(PATH)\"\n\nSRC = \\\n\tbase\/bitset.c \\\n\tbase\/dbg.c \\\n\tbase\/hashtab.c \\\n\tbase\/llist.c \\\n\tbase\/plist.c \\\n\tbase\/memory.c \\\n\tbase\/stack.c \\\n\tccl\/ccl.c \\\n\tregex\/dfa.c \\\n\tregex\/direct.c \\\n\tregex\/misc.c \\\n\tregex\/nfa.c \\\n\tregex\/pattern.c \\\n\tregex\/pregex.c \\\n\tregex\/range.c \\\n\tregex\/ref.c \\\n\tstring\/convert.c \\\n\tstring\/string.c \\\n\tstring\/utf8.c \\\n\tutil\/base64.c \\\n\tutil\/system.c \\\n\tunion\/union.c \\\n\tunion\/union.conv.c \\\n\tunion\/union.get.c \\\n\tunion\/union.set.c \\\n\txml\/xml.c \\\n\t\\\n\tparser\/error.c \\\n\tparser\/grammar.c \\\n\tparser\/nonterm.c \\\n\tparser\/lr.c \\\n\tparser\/parser.c \\\n\tparser\/production.c \\\n\tparser\/symbol.c \\\n\tparser\/terminal.c\n\nHSRC = \\\n\tbase\/bitset.h \\\n\tbase\/dbg.h \\\n\tbase\/hashtab.h \\\n\tbase\/llist.h \\\n\tbase\/plist.h \\\n\tbase\/stack.h \\\n\tccl\/ccl.h \\\n\tphorward.tpl.h \\\n\tregex\/pregex.h \\\n\tstring\/string.h \\\n\tstring\/utf8.h \\\n\tunion\/union.h \\\n\txml\/xml.h \\\n\t$(PROTOFILE)\n\nOBJ = $(patsubst %.c,%.o,$(SRC))\n\n$(LIBPHORWARD): $(LIBHEADER) $(OBJ)\n\tar rv $@ $(OBJ)\n\nclean:\n\t-rm -f $(OBJ)\n\t-rm -f $(LIBPHORWARD)\n\n# Prototypes Files\n$(PROTOFILE): $(SRC)\n\t$(PATHEXT) pproto $(SRC) >$@\n\n# Library Header\n$(LIBHEADER): $(HSRC)\n\t$(PATHEXT) pinclude phorward.tpl.h >$@\n\n# Variant Data Type Modules (generated from definitions in var.h comments)\nunion\/union.get.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_get=1 union\/union.h >$@\n\nunion\/union.set.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_set=1 union\/union.h >$@\n\nunion\/union.conv.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_conv=1 union\/union.h >$@\n\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"d0366f71f9b536d02433f12380ccf236c5f53a1d","subject":"add name -> number failure tests","message":"add name -> number failure tests\n","repos":"zmughal\/numberals","old_file":"numberals.plt","new_file":"numberals.plt","new_contents":":- begin_tests(numberals).\n:- consult('numberals.pl').\n\nlogging :- fail.\n\nlog_writef(A, B) :- logging -> writef(A, B); true.\nlog_writef(A) :- log_writef(A, []).\n\ntest_both_ways(Num, Name) :-\n\tground([Num, Name]),\n\tlog_writef( '%q -> %s : ', [Num, Name] ), number_to_name(Num, Test_Name), log_writef( 'Got %s', [Test_Name]), log_writef('\\n'), Name = Test_Name,\n\tlog_writef( '%s -> %q : ', [Name, Num] ), number_to_name(Test_Num, Name), log_writef( 'Got %q', [Test_Num ]), log_writef('\\n'), log_writef('\\n'), Num = Test_Num.\n\ntest_name_fail(Name) :-\n\tlog_writef( 'Testing name %s : ', [Name]),\n\t(\\+ number_to_name(_, Name) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\ntest_num_fail(Num) :-\n\tlog_writef( 'Testing number %q : ', [Num]),\n\t(\\+ number_to_name(Num, _) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\n\ntest_both_ways_test([0], \"zero\").\ntest_both_ways_test(['-',0], \"negative zero\"). % signed zero\n\ntest_both_ways_test([1,0], \"ten\").\ntest_both_ways_test([-,1,0], \"negative ten\").\ntest_both_ways_test([1,4], \"fourteen\").\ntest_both_ways_test([-,1,4], \"negative fourteen\").\n\ntest_both_ways_test([2,0], \"twenty\").\ntest_both_ways_test([-,2,0], \"negative twenty\").\ntest_both_ways_test([2,1], \"twenty-one\").\ntest_both_ways_test([-,2,1], \"negative twenty-one\").\n\ntest_both_ways_test([3,2], \"thirty-two\").\ntest_both_ways_test([-,3,2], \"negative thirty-two\").\ntest_both_ways_test([3,5], \"thirty-five\").\ntest_both_ways_test([-,3,5], \"negative thirty-five\").\n\ntest_both_ways_test([1, 3,5], \"one hundred and thirty-five\").\ntest_both_ways_test([-,1, 3,5], \"negative one hundred and thirty-five\").\ntest_both_ways_test([1,0,0], \"one hundred\").\ntest_both_ways_test([-,1,0,0], \"negative one hundred\").\ntest_both_ways_test([2,0,0], \"two hundred\").\ntest_both_ways_test([-,2,0,0], \"negative two hundred\").\ntest_both_ways_test([2,0,1], \"two hundred and one\").\ntest_both_ways_test([-,2,0,1], \"negative two hundred and one\").\ntest_both_ways_test([2,2,0], \"two hundred and twenty\").\ntest_both_ways_test([-,2,2,0], \"negative two hundred and twenty\").\ntest_both_ways_test([2,2,5], \"two hundred and twenty-five\").\ntest_both_ways_test([-,2,2,5], \"negative two hundred and twenty-five\").\ntest_both_ways_test([3,1,0], \"three hundred and ten\").\ntest_both_ways_test([-,3,1,0], \"negative three hundred and ten\").\ntest_both_ways_test([9,9,9], \"nine hundred and ninety-nine\").\ntest_both_ways_test([-,9,9,9], \"negative nine hundred and ninety-nine\").\n\ntest_both_ways_test([1,0,0,0], \"one thousand\").\ntest_both_ways_test([-,1,0,0,0], \"negative one thousand\").\ntest_both_ways_test([1,0,0,2], \"one thousand two\").\ntest_both_ways_test([-,1,0,0,2], \"negative one thousand two\").\ntest_both_ways_test([1,0,2,2], \"one thousand twenty-two\").\ntest_both_ways_test([-,1,0,2,2], \"negative one thousand twenty-two\").\ntest_both_ways_test([1,9,9,9], \"one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,9,9,9], \"negative one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,9,9,9], \"ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,0,9,9,9], \"negative ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,0,0,0,0,0], \"one million\").\ntest_both_ways_test([-,1,0,0,0,0,0,0], \"negative one million\").\ntest_both_ways_test([2,0,0,0,0,0,0], \"two million\").\ntest_both_ways_test([-,2,0,0,0,0,0,0], \"negative two million\").\ntest_both_ways_test([2,0,0,0,9,0,0], \"two million nine hundred\").\ntest_both_ways_test([2,0,0,0,0,9,0], \"two million ninety\").\ntest_both_ways_test([2,0,0,0,0,0,9], \"two million nine\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,0], \"one hundred and two million\").\ntest_both_ways_test([-,1,0,2,0,0,0,0,0,0], \"negative one hundred and two million\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,9], \"one hundred and two million nine\").\ntest_both_ways_test([2,0,0,1,0,0,0,1,0,9], \"two billion one million one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,0,0,1,0,9], \"two billion one million one hundred thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,0,1,0,9], \"two billion one million one hundred and twenty thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,3,1,0,9], \"two billion one million one hundred and twenty-three thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,0,0,0,1,0,0,0,1,0,9], \"two trillion one million one hundred and nine\").\n\ntest(test_both_ways, [nondet, forall( test_both_ways_test(Num, Name))]) :-\n\ttest_both_ways(Num, Name).\n\n%test(test_both_ways, [nondet, forall( test_both_ways_test_f(Num, Name))]) :-\n\t%\\+ test_both_ways(Num, Name).\n\n%test(test_to_name, [nondet, forall( test_to_name_test(Num, Name) )]) :-\n\t%%number_to_name(Num, Test_Name), Test_Name = Name.\n\t%number_to_name(Num, Test_Name), ( Test_Name = Name -> true; write(Test_Name), nl, writef('%s', [Test_Name]), nl, fail).\n\ntest_name_fail_test(\"zero hundred\").\ntest_name_fail_test(\"zero thousand\").\ntest_name_fail_test(\"zero million\").\ntest_name_fail_test(\"one million \"). % extra space\ntest_name_fail_test(\"zero million zero thousand\").\ntest_name_fail_test(\"zero million zero thousand zero\").\ntest_name_fail_test(\"zero million one thousand\").\ntest_name_fail_test(\"one million zero thousand zero\").\ntest_name_fail_test(\"one million zero thousand one\").\ntest(test_name_fail, [nondet, forall( test_name_fail_test(Name) )]) :-\n\ttest_name_fail(Name).\n\ntest_num_fail_test([1,-,0]).\ntest_num_fail_test([-,-,0]).\ntest_num_fail_test([-,-,-]).\ntest_num_fail_test([0,0,0]).\ntest_num_fail_test([0,0,0,0]).\ntest_num_fail_test([-,-,-,-]).\ntest(test_num_fail, [nondet, forall( test_num_fail_test(Num) )]) :-\n\ttest_num_fail(Num).\n\n:- end_tests(numberals).\n\n% vim:ft=prolog:fdm=marker\n","old_contents":":- begin_tests(numberals).\n:- consult('numberals.pl').\n\nlogging :- fail.\n\nlog_writef(A, B) :- logging -> writef(A, B); true.\nlog_writef(A) :- log_writef(A, []).\n\ntest_both_ways(Num, Name) :-\n\tground([Num, Name]),\n\tlog_writef( '%q -> %s : ', [Num, Name] ), number_to_name(Num, Test_Name), log_writef( 'Got %s', [Test_Name]), log_writef('\\n'), Name = Test_Name,\n\tlog_writef( '%s -> %q : ', [Name, Num] ), number_to_name(Test_Num, Name), log_writef( 'Got %q', [Test_Num ]), log_writef('\\n'), log_writef('\\n'), Num = Test_Num.\n\ntest_name_fail(Name) :-\n\tlog_writef( 'Testing name %s : ', [Name]),\n\t(\\+ number_to_name(_, Name) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\ntest_num_fail(Num) :-\n\tlog_writef( 'Testing number %q : ', [Num]),\n\t(\\+ number_to_name(Num, _) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\n\ntest_both_ways_test([0], \"zero\").\ntest_both_ways_test(['-',0], \"negative zero\"). % signed zero\n\ntest_both_ways_test([1,0], \"ten\").\ntest_both_ways_test([-,1,0], \"negative ten\").\ntest_both_ways_test([1,4], \"fourteen\").\ntest_both_ways_test([-,1,4], \"negative fourteen\").\n\ntest_both_ways_test([2,0], \"twenty\").\ntest_both_ways_test([-,2,0], \"negative twenty\").\ntest_both_ways_test([2,1], \"twenty-one\").\ntest_both_ways_test([-,2,1], \"negative twenty-one\").\n\ntest_both_ways_test([3,2], \"thirty-two\").\ntest_both_ways_test([-,3,2], \"negative thirty-two\").\ntest_both_ways_test([3,5], \"thirty-five\").\ntest_both_ways_test([-,3,5], \"negative thirty-five\").\n\ntest_both_ways_test([1, 3,5], \"one hundred and thirty-five\").\ntest_both_ways_test([-,1, 3,5], \"negative one hundred and thirty-five\").\ntest_both_ways_test([1,0,0], \"one hundred\").\ntest_both_ways_test([-,1,0,0], \"negative one hundred\").\ntest_both_ways_test([2,0,0], \"two hundred\").\ntest_both_ways_test([-,2,0,0], \"negative two hundred\").\ntest_both_ways_test([2,0,1], \"two hundred and one\").\ntest_both_ways_test([-,2,0,1], \"negative two hundred and one\").\ntest_both_ways_test([2,2,0], \"two hundred and twenty\").\ntest_both_ways_test([-,2,2,0], \"negative two hundred and twenty\").\ntest_both_ways_test([2,2,5], \"two hundred and twenty-five\").\ntest_both_ways_test([-,2,2,5], \"negative two hundred and twenty-five\").\ntest_both_ways_test([3,1,0], \"three hundred and ten\").\ntest_both_ways_test([-,3,1,0], \"negative three hundred and ten\").\ntest_both_ways_test([9,9,9], \"nine hundred and ninety-nine\").\ntest_both_ways_test([-,9,9,9], \"negative nine hundred and ninety-nine\").\n\ntest_both_ways_test([1,0,0,0], \"one thousand\").\ntest_both_ways_test([-,1,0,0,0], \"negative one thousand\").\ntest_both_ways_test([1,0,0,2], \"one thousand two\").\ntest_both_ways_test([-,1,0,0,2], \"negative one thousand two\").\ntest_both_ways_test([1,0,2,2], \"one thousand twenty-two\").\ntest_both_ways_test([-,1,0,2,2], \"negative one thousand twenty-two\").\ntest_both_ways_test([1,9,9,9], \"one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,9,9,9], \"negative one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,9,9,9], \"ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,0,9,9,9], \"negative ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,0,0,0,0,0], \"one million\").\ntest_both_ways_test([-,1,0,0,0,0,0,0], \"negative one million\").\ntest_both_ways_test([2,0,0,0,0,0,0], \"two million\").\ntest_both_ways_test([-,2,0,0,0,0,0,0], \"negative two million\").\ntest_both_ways_test([2,0,0,0,9,0,0], \"two million nine hundred\").\ntest_both_ways_test([2,0,0,0,0,9,0], \"two million ninety\").\ntest_both_ways_test([2,0,0,0,0,0,9], \"two million nine\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,0], \"one hundred and two million\").\ntest_both_ways_test([-,1,0,2,0,0,0,0,0,0], \"negative one hundred and two million\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,9], \"one hundred and two million nine\").\ntest_both_ways_test([2,0,0,1,0,0,0,1,0,9], \"two billion one million one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,0,0,1,0,9], \"two billion one million one hundred thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,0,1,0,9], \"two billion one million one hundred and twenty thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,3,1,0,9], \"two billion one million one hundred and twenty-three thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,0,0,0,1,0,0,0,1,0,9], \"two trillion one million one hundred and nine\").\n\ntest(test_both_ways, [nondet, forall( test_both_ways_test(Num, Name))]) :-\n\ttest_both_ways(Num, Name).\n\n%test(test_both_ways, [nondet, forall( test_both_ways_test_f(Num, Name))]) :-\n\t%\\+ test_both_ways(Num, Name).\n\n%test(test_to_name, [nondet, forall( test_to_name_test(Num, Name) )]) :-\n\t%%number_to_name(Num, Test_Name), Test_Name = Name.\n\t%number_to_name(Num, Test_Name), ( Test_Name = Name -> true; write(Test_Name), nl, writef('%s', [Test_Name]), nl, fail).\n\ntest_name_fail_test(\"zero hundred\").\ntest(test_name_fail, [nondet, forall( test_name_fail_test(Name) )]) :-\n\ttest_name_fail(Name).\n\ntest_num_fail_test([1,-,0]).\ntest_num_fail_test([-,-,0]).\ntest_num_fail_test([-,-,-]).\ntest_num_fail_test([0,0,0]).\ntest_num_fail_test([0,0,0,0]).\ntest_num_fail_test([-,-,-,-]).\ntest(test_num_fail, [nondet, forall( test_num_fail_test(Num) )]) :-\n\ttest_num_fail(Num).\n\n:- end_tests(numberals).\n\n% vim:ft=prolog:fdm=marker\n","returncode":0,"stderr":"","license":"isc","lang":"Gnuplot"} {"commit":"a1d337381507f865c0337259175c943bab05feb5","subject":"Tweaked graph style again","message":"Tweaked graph style again\n","repos":"jkomoros\/sudoku,jkomoros\/sudoku,jkomoros\/sudoku","old_file":"analysis\/graph.plt","new_file":"analysis\/graph.plt","new_contents":"#Expects data to be in data.csv\n# Unfortunately, we can't read from the pipe becuase we need to read from the file twice :-(\nset datafile separator \",\"\n\nset logscale y\n\nset title \"Puzzle provided difficulty vs markov difficulty\"\nset xlabel \"Puzzle index (sorted by markov difficulty)\"\nset ylabel \"Markov Difficulty (log scale)\"\nset y2label \"Provided Difficulty\"\n\nset ytics scale 0.01\nset y2tics scale 1.0\n\n#0 is a special column that starts from 0 and increments by 1 for each row.\nplot 'data.csv' using 0:3title \"Markov Difficulties\" with lines, \\\n'data.csv' using 0:2 title \"Official Difficulties\" axes x1y2 with lines","old_contents":"#Expects data to be in data.csv\n# Unfortunately, we can't read from the pipe becuase we need to read from the file twice :-(\nset datafile separator \",\"\n\nset logscale y\n\nset title \"Puzzle provided difficulty vs markov difficulty\"\nset xlabel \"Puzzles sorted by Markov Difficulty\"\nset ylabel \"Markov Difficulty (log scale)\"\nset y2label \"Provided Difficulty\"\n\nset ytics scale 0.01\nset y2tics scale 1.0\n\n#0 is a special column that starts from 0 and increments by 1 for each row.\nplot 'data.csv' using 0:3title \"Markov Difficulties\" with lines, \\\n'data.csv' using 0:2 title \"Official Difficulties\" axes x1y2 with lines","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"e74bbb7c996ebfcfc1c113e97a97cd4b3fe5054e","subject":"Wait for 5 seconds after plotting","message":"Wait for 5 seconds after plotting\n","repos":"paultcochrane\/beppo,paultcochrane\/beppo","old_file":"plot_commits.gnu","new_file":"plot_commits.gnu","new_contents":"set xdata time\nset timefmt \"%Y-%m-%d\"\nset format x \"%Y-%m-%d\"\nplot \"commits_all_projs.dat\" using 1:2 with steps\npause 5\n","old_contents":"set xdata time\nset timefmt \"%Y-%m-%d\"\nset format x \"%Y-%m-%d\"\nplot \"commits_all_projs.dat\" using 1:2 with steps\n","returncode":0,"stderr":"","license":"artistic-2.0","lang":"Gnuplot"} {"commit":"875dcb97edf0bb168f9e83ce54e4bf8a1d989959","subject":"Plot performance overview (assuming a moderate sized set of cases); the SMM code sample may be used to investigate single-thread performance and scalability tests.","message":"Plot performance overview (assuming a moderate sized set of cases); the SMM code sample may be used to investigate single-thread performance and scalability tests.\n","repos":"egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm","old_file":"samples\/smm\/smm-perf.plt","new_file":"samples\/smm\/smm-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 7\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset style fill solid 0.4 border -1\nset style data histograms\nset style histogram cluster #gap 2\n#set boxwidth 0.5 relative\nset grid y2tics lc \"grey\"\nset key left #spacing 0.5\nset xtics rotate by -45 scale 0; set bmargin 6\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset yrange [0:*]\nplot BASENAME.\"-inlined.dat\" using FLOPS title \"Inlined\", \\\n BASENAME.\"-blas.dat\" using FLOPS title \"BLAS\", \\\n BASENAME.\"-dispatched.dat\" using FLOPS title \"Dispatched\", \\\n BASENAME.\"-specialized.dat\" using FLOPS:xtic(\"(\".strcol(MPARM).\",\".strcol(NPARM).\",\".strcol(KPARM).\")\") title \"Specialized\"\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 7\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nNFLOPS(M, N, K) = 2 * column(M) * column(N) * column(K)\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nstats BASENAME.\".dat\" using (NFLOPS(MPARM,NPARM,KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-specialized.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-specialized.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-specialized.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\"-specialized.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\"-specialized.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset style fill solid 0.4 border -1\nset style data histograms\nset style histogram cluster #gap 2\n#set boxwidth 0.5 relative\nset grid y2tics lc \"grey\"\nset key left #spacing 0.5\nset xtics rotate by -45 scale 0; set bmargin 6\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset yrange [0:*]\nplot BASENAME.\"-inlined.dat\" using FLOPS title \"Inlined\", \\\n BASENAME.\"-blas.dat\" using FLOPS title \"BLAS\", \\\n BASENAME.\"-dispatched.dat\" using FLOPS title \"Dispatched\", \\\n BASENAME.\"-specialized.dat\" using FLOPS:xtic(\"(\".strcol(MPARM).\",\".strcol(NPARM).\",\".strcol(KPARM).\")\") title \"Specialized\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin of Problem Size)\" }\nset style fill solid 0.4 border -1\nset boxwidth 0.5\nset grid y2tics lc \"grey\"\nunset key\nunset xtics\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xrange [-0.5:2.5]\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nplot BASENAME.\"-specialized.dat\" \\\n using (0.0):((((0.0)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=(13*13*13)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n \"\" using (1.0):((((13*13*13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=(23*23*23)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n \"\" using (2.0):((((23*23*23)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=(MAXMNK)))?column(FLOPS):1\/0) notitle smooth unique with boxes\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nMin.: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Max.: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset y2label \"GFLOP\/s\"\nset y2tics nomirror\nunset ytics\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x50, h(x50) to x50, 0\nset label 1 sprintf(\"%.0f%%\", x50) at x50, 0.5 * h(x50) left offset 1\nset arrow 2 from x50, h(x50) to 100, h(x50)\nset label 2 sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), h(x50) centre offset 0, -1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid y2tics lc \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nplot BASENAME.\"-specialized.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\"-specialized.dat\" using (floor(NFLOPS(MPARM,NPARM,KPARM)**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"de4bbe710d9fc3b5226a888a54416cae1df9401c","subject":"Tweaked cavity.plt.","message":"Tweaked cavity.plt.\n","repos":"mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME","old_file":"gnuplot\/cavity.plt","new_file":"gnuplot\/cavity.plt","new_contents":"# Script to plot the cavity multipole field maps.\n#\n# Author: Johan Bengtsson.\n\nhome_dir = '\/home\/bengtsson\/FRIB\/Cavity Model\/';\n\n# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 0;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = home_dir.\"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = home_dir.\"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = home_dir.\"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = home_dir.\"Multipole41\/CaviMlp_EFocus2_41.txt\";\n# Quadrupole.\nfile5 = home_dir.\"Multipole41\/CaviMlp_EQuad_41.txt\";\n\n# Tranverse higher order H-field [A\/m] ([A] for dipole) vs. z [mm]\nfile6 = home_dir.\"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = home_dir.\"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = home_dir.\"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = home_dir.\"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\174\\174} [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus1\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.0;\nset title \"Cavity: EFocus2\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset size 1.0, 1.0; set origin 0.0, 0.0;\nset title \"Cavity Thin Lens Model: {\/Symbol \\\\362}Eds, {\/Symbol \\\\362}Hds\";\nset xlabel \"z [cm]\";\nset ylabel \"[MV, MV\/m, MA, MA\/m]\";\nset yrange [-0.01:];\nplot file9 using (1e-1*($1+$4\/2.0)):6:(1e-1*$4) notitle with boxes ls 3;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","old_contents":"# Script to plot the cavity multipole field maps.\n#\n# Author: Johan Bengtsson.\n\nhome_dir = '\/home\/bengtsson\/FRIB\/Cavity Model\/';\n\n# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 0;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = home_dir.\"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = home_dir.\"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = home_dir.\"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = home_dir.\"Multipole41\/CaviMlp_EFocus2_41.txt\";\n# Quadrupole.\nfile5 = home_dir.\"Multipole41\/CaviMlp_EQuad_41.txt\";\n\n# Tranverse higher order H-field [A\/m] ([A] for dipole) vs. z [mm]\nfile6 = home_dir.\"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = home_dir.\"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = home_dir.\"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = home_dir.\"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\174\\174} [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus1 & EFocus2\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3, \\\n file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset size 1.0, 1.0; set origin 0.0, 0.0;\nset title \"Cavity Thin Lens Model: {\/Symbol \\\\362}Eds, {\/Symbol \\\\362}Hds\";\nset xlabel \"z [cm]\";\nset ylabel \"[MV, MV\/m, MA, MA\/m]\";\nset yrange [-0.01:];\nplot file9 using (1e-1*($1+$4\/2.0)):6:(1e-1*$4) notitle with boxes ls 3;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e494e4b79e06f9ca913385f8ba3ebb70f414bc74","subject":"stats","message":"stats\n","repos":"yaps8\/these,yaps8\/these","old_file":"stats.plot","new_file":"stats.plot","new_contents":"set terminal pdf color\nset xdata time\nset timefmt \"%d\/%m\/%y\"\nset format x \"%d\/%m\"\nset output \"stats.pdf\"\nset y2tics\nFACTOR=0.003\n#set xrange [\"20\/05\/14\":\"30\/12\/14\"]\n#set yrange [17:120]\n#set grid\nset xlabel 'Date'\nset ylabel 'Nombre'\nset key on left box\nplot \"plot.dat\" using 1:2 with lines ti \"Pages\", \"plot.dat\" using 1:3 with lines ti \"Todo\", \"plot.dat\" using 1:(FACTOR*$4) with lines ti \"Mots\" \n\n","old_contents":"set terminal pdf color\nset xdata time\nset timefmt \"%d\/%m\/%y\"\nset output \"stats.pdf\"\nset y2tics\nFACTOR=0.003\n#set xrange [\"20\/05\/14\":\"30\/12\/14\"]\n#set yrange [17:120]\n#set grid\nset xlabel 'Date'\nset ylabel 'Nombre'\nset key on left box\nplot \"plot.dat\" using 1:2 with lines ti \"Pages\", \"plot.dat\" using 1:3 with lines ti \"Todo\", \"plot.dat\" using 1:(FACTOR*$4) with lines ti \"Mots\" \n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7c9d328e36693c12780d8ed33d764d4f32ae1f0a","subject":"Change key location.","message":"Change key location.\n","repos":"lasp-lang\/evaluation","old_file":"divergence.gnuplot","new_file":"divergence.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" pt 7\nset style line 2 lc rgb \"#00A000\" pt 7\nset style line 3 lc rgb \"#5060D0\" pt 7\nset style line 4 lc rgb \"#F25900\" pt 7\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 pt 7\nset style line 6 pt 7\nset style line 7 pt 7\nset style line 8 pt 7\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"epsilon (%)\"\n\nset key right top\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset xrange [0:*]\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with linespoint ls i + 1 title pretty(word(titles, i + 1))\nreplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with labels offset char 1,0 notitle\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log y\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" pt 7\nset style line 2 lc rgb \"#00A000\" pt 7\nset style line 3 lc rgb \"#5060D0\" pt 7\nset style line 4 lc rgb \"#F25900\" pt 7\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 pt 7\nset style line 6 pt 7\nset style line 7 pt 7\nset style line 8 pt 7\n\nset output outputname\nset xlabel \"ops\/sec\"\nset ylabel \"epsilon (%)\"\n\nset key left top\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset xrange [0:*]\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with linespoint ls i + 1 title pretty(word(titles, i + 1))\nreplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2:3 with labels offset char 1,0 notitle\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"2b6d594abf72107d152df5b8a2c21856f0debbf7","subject":"fix plot labels, increased line offset -- #504","message":"fix plot labels, increased line offset -- #504\n","repos":"JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot","old_file":"bin\/radicalpilot-stats.plot","new_file":"bin\/radicalpilot-stats.plot","new_contents":"\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#AA6666'\r\n#\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#66AA66'\r\n#\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#6666AA'\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\nprint 'pilot_num : ' . pilot_num\r\nprint 'pilot_id_list : ' . pilot_id_list\r\nprint 'pilot_name_list : ' . pilot_name_list\r\n\r\npilot_states_dat_list = ''\r\npilot_callbacks_dat_list = ''\r\npilot_slots_dat_list = ''\r\npilot_queue_dat_list = ''\r\nunit_states_dat_list = ''\r\nunit_callbacks_dat_list = ''\r\noffset_list = ''\r\n\r\ncolor_list_1 = \"#FF8855 #88FF55 #8855FF #FF55FF #55FFFF\"\r\ncolor_list_2 = \"#AA8855 #88AA55 #8855AA #AA55AA #55AAAA\"\r\n\r\ndo for [i=1:pilot_num] {\r\n pilot_id = word(pilot_id_list, i)\r\n\r\n print ''\r\n print 'pilot name : ' . word(pilot_name_list, i)\r\n print 'pilot id : ' . pilot_id\r\n\r\n pilot_states_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_id . '.dat'\r\n pilot_callbacks_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_id . '.dat'\r\n pilot_slots_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_id . '.dat'\r\n pilot_queue_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_id . '.dat'\r\n unit_states_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_id . '.dat'\r\n unit_callbacks_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_id . '.dat'\r\n\r\n pilot_states_dat_list = pilot_states_dat_list . pilot_states_dat . ' '\r\n pilot_callbacks_dat_list = pilot_callbacks_dat_list . pilot_callbacks_dat . ' '\r\n pilot_slots_dat_list = pilot_slots_dat_list . pilot_slots_dat . ' '\r\n pilot_queue_dat_list = pilot_queue_dat_list . pilot_queue_dat . ' '\r\n unit_states_dat_list = unit_states_dat_list . unit_states_dat . ' '\r\n unit_callbacks_dat_list = unit_callbacks_dat_list . unit_callbacks_dat . ' '\r\n\r\n}\r\n\r\noffset(i,n) = (i * n) - (pilot_num \/ 2 * n)\r\nhex(i) = \"0123456789ABCDEF\"[i:i]\r\nhexx(i) = hex(i).hex(i)\r\ncolor_1(i) = word(color_list_1,i)\r\ncolor_2(i) = word(color_list_2,i)\r\nget_title(i)= sprintf(\"%s: %-15s (%s cores)\", word(pilot_id_list,i), word(pilot_name_list,i), word(slotnum_list,i))\r\n\r\n# print 'palette '\r\n# do for [i=1:pilot_num] {\r\n# print ' ' . color_1(i) . ' ' . color_2(i)\r\n# }\r\n# \r\n# print 'offsets'\r\n# do for [i=1:pilot_num] {\r\n# print ' ' . sprintf (\"%f\", offset (i, 0.2))\r\n# print word(slotnum_list,i)+offset(i,0.5)\r\n# }\r\n# \r\n# print 'pilot_queue_dats'\r\n# do for [i=1:pilot_num] {\r\n# print word(pilot_queue_dat_list,i)\r\n# }\r\n\r\ndo for [term_i=1:words(terms)] {\r\n term = word(terms, term_i)\r\n term_t = term.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (term eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 206 lt 1 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 306 lt 1 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.sname.'.'.term \r\n print '.\/'.sname.'.'.term\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n unset y2label\r\n unset y2tics\r\n unset y2range\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n # set mxtics mtimetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"SCHEDULING \" 2, \\\r\n \"PEND. INPUT \" 3, \\\r\n \"TRANSF. INPUT \" 4, \\\r\n \"PEND. EXECUTION\" 5, \\\r\n \"ALLOCATING \" 6, \\\r\n \"EXECUTING \" 7, \\\r\n \"PEND. OUTPUT \" 8, \\\r\n \"TRANSF. OUTPUT \" 9, \\\r\n \"DONE \" 10, \\\r\n \"CANCELED \" 11, \\\r\n \"FAILED \" 12)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(unit_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(unit_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:slotsscale]\r\n set mytics nodesize\r\n set ytics autofreq nomirror\r\n set mytics 0\r\n set y2tics autofreq\r\n set y2range [0:queuescale]\r\n set my2tics 0\r\n\r\n set xlabel 'time (in seconds)'\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ queue]\" offset second -00,0\r\n set y2label \"UNIT WAIT QUEUE SIZE\" offset second -00.0,0\r\n set grid \r\n unset format\r\n\r\n # set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n # set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_slots_dat_list,i) using 1:($2+offset(i,0.25)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*3, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_queue_dat_list,i) using 1:($2+offset(i,0.1)+0.25) title '' with steps lt 1 lc rgb color_2(i) lw term_mult*2 axes x1y2 , \\\r\n for [i=1:pilot_num] \\\r\n word(slotnum_list,i)+0+word(slotnum_list,i)*0.25*offset(i,1) title '' with lines lt 2 lc rgb color_1(i) lw term_mult*3\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n unset y2label\r\n unset y2tics\r\n unset y2range\r\n\r\n\r\n set key top left reverse maxrows 7\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n plot for [i=1:pilot_num] \\\r\n NaN with lines title get_title(i) lt 1 lc rgb color_1(i) lw term_mult*2\r\n\r\n# plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n# NaN ls 100 t 'pilot\/unit states changes' , \\\r\n# NaN ls 101 t 'pilot\/unit states notifications' , \\\r\n# NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n# NaN ls 105 t 'total number of slots' , \\\r\n# NaN ls 106 t 'unit queue length' , \\\r\n# NaN lw 0 t ' '\r\n# }\r\n\r\n unset multiplot\r\n}\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","old_contents":"\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#AA6666'\r\n#\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#66AA66'\r\n#\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#6666AA'\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\nprint 'pilot_num : ' . pilot_num\r\nprint 'pilot_id_list : ' . pilot_id_list\r\nprint 'pilot_name_list : ' . pilot_name_list\r\n\r\npilot_states_dat_list = ''\r\npilot_callbacks_dat_list = ''\r\npilot_slots_dat_list = ''\r\npilot_queue_dat_list = ''\r\nunit_states_dat_list = ''\r\nunit_callbacks_dat_list = ''\r\noffset_list = ''\r\n\r\ncolor_list_1 = \"#FF8855 #88FF55 #8855FF #FF55FF #55FFFF\"\r\ncolor_list_2 = \"#AA8855 #88AA55 #8855AA #AA55AA #55AAAA\"\r\n\r\ndo for [i=1:pilot_num] {\r\n pilot_id = word(pilot_id_list, i)\r\n\r\n print ''\r\n print 'pilot name : ' . word(pilot_name_list, i)\r\n print 'pilot id : ' . pilot_id\r\n\r\n pilot_states_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_id . '.dat'\r\n pilot_callbacks_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_id . '.dat'\r\n pilot_slots_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_id . '.dat'\r\n pilot_queue_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_id . '.dat'\r\n unit_states_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_id . '.dat'\r\n unit_callbacks_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_id . '.dat'\r\n\r\n pilot_states_dat_list = pilot_states_dat_list . pilot_states_dat . ' '\r\n pilot_callbacks_dat_list = pilot_callbacks_dat_list . pilot_callbacks_dat . ' '\r\n pilot_slots_dat_list = pilot_slots_dat_list . pilot_slots_dat . ' '\r\n pilot_queue_dat_list = pilot_queue_dat_list . pilot_queue_dat . ' '\r\n unit_states_dat_list = unit_states_dat_list . unit_states_dat . ' '\r\n unit_callbacks_dat_list = unit_callbacks_dat_list . unit_callbacks_dat . ' '\r\n\r\n}\r\n\r\noffset(i,n) = (i * n) - (pilot_num \/ 2 * n)\r\nhex(i) = \"0123456789ABCDEF\"[i:i]\r\nhexx(i) = hex(i).hex(i)\r\ncolor_1(i) = word(color_list_1,i)\r\ncolor_2(i) = word(color_list_2,i)\r\nget_title(i)= sprintf(\"%s: %-15s (%s cores)\", word(pilot_id_list,i), word(pilot_name_list,i), word(slotnum_list,i))\r\n\r\n# print 'palette '\r\n# do for [i=1:pilot_num] {\r\n# print ' ' . color_1(i) . ' ' . color_2(i)\r\n# }\r\n# \r\n# print 'offsets'\r\n# do for [i=1:pilot_num] {\r\n# print ' ' . sprintf (\"%f\", offset (i, 0.2))\r\n# print word(slotnum_list,i)+offset(i,0.5)\r\n# }\r\n# \r\n# print 'pilot_queue_dats'\r\n# do for [i=1:pilot_num] {\r\n# print word(pilot_queue_dat_list,i)\r\n# }\r\n\r\ndo for [term_i=1:words(terms)] {\r\n term = word(terms, term_i)\r\n term_t = term.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (term eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 206 lt 1 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 306 lt 1 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.sname.'.'.term \r\n print '.\/'.sname.'.'.term\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n # set mxtics mtimetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"SCHEDULING \" 2, \\\r\n \"PEND. INPUT \" 3, \\\r\n \"TRANSF. INPUT \" 4, \\\r\n \"PEND. EXECUTION\" 5, \\\r\n \"ALLOCATING \" 6, \\\r\n \"EXECUTING \" 7, \\\r\n \"PEND. OUTPUT \" 8, \\\r\n \"TRANSF. OUTPUT \" 9, \\\r\n \"DONE \" 10, \\\r\n \"CANCELED \" 11, \\\r\n \"FAILED \" 12)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(unit_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(unit_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:slotsscale]\r\n set mytics nodesize\r\n set ytics autofreq nomirror\r\n set mytics 0\r\n set y2tics autofreq\r\n set y2range [0:queuescale]\r\n set my2tics 0\r\n\r\n set xlabel 'time (in seconds)'\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ queue]\" offset second -11,0\r\n set y2label \"UNIT WAIT QUEUE SIZE\" offset second -00,0\r\n set grid \r\n unset format\r\n\r\n # set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n # set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_slots_dat_list,i) using 1:($2+offset(i,0.1)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*3, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_queue_dat_list,i) using 1:($2+offset(i,0.1)+0.05) title '' with steps lt 1 lc rgb color_2(i) lw term_mult*2 axes x1y2 , \\\r\n for [i=1:pilot_num] \\\r\n word(slotnum_list,i)+0+word(slotnum_list,i)*0.05*offset(i,1) title '' with lines lt 2 lc rgb color_1(i) lw term_mult*3\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n\r\n\r\n set key top left reverse maxrows 7\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n plot for [i=1:pilot_num] \\\r\n NaN with lines title get_title(i) lt 1 lc rgb color_1(i) lw term_mult*2\r\n\r\n# plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n# NaN ls 100 t 'pilot\/unit states changes' , \\\r\n# NaN ls 101 t 'pilot\/unit states notifications' , \\\r\n# NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n# NaN ls 105 t 'total number of slots' , \\\r\n# NaN ls 106 t 'unit queue length' , \\\r\n# NaN lw 0 t ' '\r\n# }\r\n\r\n unset multiplot\r\n}\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ad5e5db5d0d34ee814f519596f647b7b011835c7","subject":"another STATE_X fix :\/","message":"another STATE_X fix :\/\n","repos":"JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot","old_file":"bin\/radicalpilot-stats.plot","new_file":"bin\/radicalpilot-stats.plot","new_contents":"\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#AA6666'\r\n#\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#66AA66'\r\n#\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#6666AA'\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\nprint 'pilot_num : ' . pilot_num\r\nprint 'pilot_id_list : ' . pilot_id_list\r\nprint 'pilot_name_list : ' . pilot_name_list\r\n\r\npilot_states_dat_list = ''\r\npilot_callbacks_dat_list = ''\r\npilot_slots_dat_list = ''\r\npilot_queue_dat_list = ''\r\nunit_states_dat_list = ''\r\nunit_callbacks_dat_list = ''\r\noffset_list = ''\r\n\r\ncolor_list_1 = \"#FF8855 #88FF55 #8855FF #FF55FF #55FFFF\"\r\ncolor_list_2 = \"#AA8855 #88AA55 #8855AA #AA55AA #55AAAA\"\r\n\r\ndo for [i=1:pilot_num] {\r\n pilot_id = word(pilot_id_list, i)\r\n\r\n print ''\r\n print 'pilot name : ' . word(pilot_name_list, i)\r\n print 'pilot id : ' . pilot_id\r\n\r\n pilot_states_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_id . '.dat'\r\n pilot_callbacks_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_id . '.dat'\r\n pilot_slots_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_id . '.dat'\r\n pilot_queue_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_id . '.dat'\r\n unit_states_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_id . '.dat'\r\n unit_callbacks_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_id . '.dat'\r\n\r\n pilot_states_dat_list = pilot_states_dat_list . pilot_states_dat . ' '\r\n pilot_callbacks_dat_list = pilot_callbacks_dat_list . pilot_callbacks_dat . ' '\r\n pilot_slots_dat_list = pilot_slots_dat_list . pilot_slots_dat . ' '\r\n pilot_queue_dat_list = pilot_queue_dat_list . pilot_queue_dat . ' '\r\n unit_states_dat_list = unit_states_dat_list . unit_states_dat . ' '\r\n unit_callbacks_dat_list = unit_callbacks_dat_list . unit_callbacks_dat . ' '\r\n\r\n}\r\n\r\noffset(i,n) = (i * n) - (pilot_num \/ 2 * n)\r\nhex(i) = \"0123456789ABCDEF\"[i:i]\r\nhexx(i) = hex(i).hex(i)\r\ncolor_1(i) = word(color_list_1,i)\r\ncolor_2(i) = word(color_list_2,i)\r\nget_title(i)= sprintf(\"%s: %-15s (%s cores)\", word(pilot_id_list,i), word(pilot_name_list,i), word(slotnum_list,i))\r\n\r\n# print 'palette '\r\n# do for [i=1:pilot_num] {\r\n# print ' ' . color_1(i) . ' ' . color_2(i)\r\n# }\r\n# \r\n# print 'offsets'\r\n# do for [i=1:pilot_num] {\r\n# print ' ' . sprintf (\"%f\", offset (i, 0.2))\r\n# print word(slotnum_list,i)+offset(i,0.5)\r\n# }\r\n# \r\n# print 'pilot_queue_dats'\r\n# do for [i=1:pilot_num] {\r\n# print word(pilot_queue_dat_list,i)\r\n# }\r\n\r\ndo for [term_i=1:words(terms)] {\r\n term = word(terms, term_i)\r\n term_t = term.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (term eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 206 lt 1 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 306 lt 1 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.term \r\n print '.\/'.session.'.'.term\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n # set mxtics mtimetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"UNSCHEDULED \" 2, \\\r\n \"PEND. INPUT \" 3, \\\r\n \"TRANSF. INPUT \" 4, \\\r\n \"PEND. EXECUTION\" 5, \\\r\n \"SCHEDULING \" 6, \\\r\n \"EXECUTING \" 7, \\\r\n \"PEND. OUTPUT \" 8, \\\r\n \"TRANSF. OUTPUT \" 9, \\\r\n \"DONE \" 10, \\\r\n \"CANCELED \" 11, \\\r\n \"FAILED \" 12)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(unit_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(unit_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:slotsscale]\r\n set mytics nodesize\r\n set ytics autofreq nomirror\r\n set mytics 0\r\n set y2tics autofreq\r\n set y2range [0:queuescale]\r\n set my2tics 0\r\n\r\n set xlabel 'time (in seconds)'\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ queue]\" offset second -11,0\r\n set y2label \"UNIT WAIT QUEUE SIZE\" offset second -00,0\r\n set grid \r\n unset format\r\n\r\n # set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n # set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_slots_dat_list,i) using 1:($2+offset(i,0.1)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*3, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_queue_dat_list,i) using 1:($2+offset(i,0.1)+0.05) title '' with steps lt 1 lc rgb color_2(i) lw term_mult*2 axes x1y2 , \\\r\n for [i=1:pilot_num] \\\r\n word(slotnum_list,i)+0+offset(i,0.5) title '' with lines lt 2 lc rgb color_1(i) lw term_mult*3\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n\r\n\r\n set key top left reverse maxrows 7\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n plot for [i=1:pilot_num] \\\r\n NaN with lines title get_title(i) lt 1 lc rgb color_1(i) lw term_mult*2\r\n\r\n# plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n# NaN ls 100 t 'pilot\/unit states changes' , \\\r\n# NaN ls 101 t 'pilot\/unit states notifications' , \\\r\n# NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n# NaN ls 105 t 'total number of slots' , \\\r\n# NaN ls 106 t 'unit queue length' , \\\r\n# NaN lw 0 t ' '\r\n# }\r\n\r\n unset multiplot\r\n}\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","old_contents":"\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#FF9944'\r\n# '#AA6666'\r\n# '#AA6666'\r\n#\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#99FF44'\r\n# '#66AA66'\r\n# '#66AA66'\r\n#\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#9944FF'\r\n# '#6666AA'\r\n# '#6666AA'\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\nprint 'pilot_num : ' . pilot_num\r\nprint 'pilot_id_list : ' . pilot_id_list\r\nprint 'pilot_name_list : ' . pilot_name_list\r\n\r\npilot_states_dat_list = ''\r\npilot_callbacks_dat_list = ''\r\npilot_slots_dat_list = ''\r\npilot_queue_dat_list = ''\r\nunit_states_dat_list = ''\r\nunit_callbacks_dat_list = ''\r\noffset_list = ''\r\n\r\ncolor_list_1 = \"#FF8855 #88FF55 #8855FF #FF55FF #55FFFF\"\r\ncolor_list_2 = \"#AA8855 #88AA55 #8855AA #AA55AA #55AAAA\"\r\n\r\ndo for [i=1:pilot_num] {\r\n pilot_id = word(pilot_id_list, i)\r\n\r\n print ''\r\n print 'pilot name : ' . word(pilot_name_list, i)\r\n print 'pilot id : ' . pilot_id\r\n\r\n pilot_states_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_id . '.dat'\r\n pilot_callbacks_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_id . '.dat'\r\n pilot_slots_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_id . '.dat'\r\n pilot_queue_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_id . '.dat'\r\n unit_states_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_id . '.dat'\r\n unit_callbacks_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_id . '.dat'\r\n\r\n pilot_states_dat_list = pilot_states_dat_list . pilot_states_dat . ' '\r\n pilot_callbacks_dat_list = pilot_callbacks_dat_list . pilot_callbacks_dat . ' '\r\n pilot_slots_dat_list = pilot_slots_dat_list . pilot_slots_dat . ' '\r\n pilot_queue_dat_list = pilot_queue_dat_list . pilot_queue_dat . ' '\r\n unit_states_dat_list = unit_states_dat_list . unit_states_dat . ' '\r\n unit_callbacks_dat_list = unit_callbacks_dat_list . unit_callbacks_dat . ' '\r\n\r\n}\r\n\r\noffset(i,n) = (i * n) - (pilot_num \/ 2 * n)\r\nhex(i) = \"0123456789ABCDEF\"[i:i]\r\nhexx(i) = hex(i).hex(i)\r\ncolor_1(i) = word(color_list_1,i)\r\ncolor_2(i) = word(color_list_2,i)\r\nget_title(i)= sprintf(\"%s: %-15s (%s cores)\", word(pilot_id_list,i), word(pilot_name_list,i), word(slotnum_list,i))\r\n\r\n# print 'palette '\r\n# do for [i=1:pilot_num] {\r\n# print ' ' . color_1(i) . ' ' . color_2(i)\r\n# }\r\n# \r\n# print 'offsets'\r\n# do for [i=1:pilot_num] {\r\n# print ' ' . sprintf (\"%f\", offset (i, 0.2))\r\n# print word(slotnum_list,i)+offset(i,0.5)\r\n# }\r\n# \r\n# print 'pilot_queue_dats'\r\n# do for [i=1:pilot_num] {\r\n# print word(pilot_queue_dat_list,i)\r\n# }\r\n\r\ndo for [term_i=1:words(terms)] {\r\n term = word(terms, term_i)\r\n term_t = term.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (term eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 206 lt 1 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 306 lt 1 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.term \r\n print '.\/'.session.'.'.term\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n # set mxtics mtimetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"UNSCHEDULED \" 2, \\\r\n \"STATE_X \" 3, \\\r\n \"PEND. INPUT \" 4, \\\r\n \"TRANSF. INPUT \" 5, \\\r\n \"PEND. EXECUTION\" 6, \\\r\n \"SCHEDULING \" 7, \\\r\n \"EXECUTING \" 8, \\\r\n \"PEND. OUTPUT \" 9, \\\r\n \"TRANSF. OUTPUT \" 10, \\\r\n \"DONE \" 11, \\\r\n \"CANCELED \" 12, \\\r\n \"FAILED \" 13)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n plot for [i=1:pilot_num] \\\r\n word(unit_states_dat_list,i) using 1:($2+offset(i,0.05)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*2, \\\r\n for [i=1:pilot_num] \\\r\n word(unit_callbacks_dat_list,i) using 1:($2+offset(i,0.05)+0.05) title '' with points lt 1 lc rgb color_2(i) lw term_mult*1\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:slotsscale]\r\n set mytics nodesize\r\n set ytics autofreq nomirror\r\n set mytics 0\r\n set y2tics autofreq\r\n set y2range [0:queuescale]\r\n set my2tics 0\r\n\r\n set xlabel 'time (in seconds)'\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ queue]\" offset second -11,0\r\n set y2label \"UNIT WAIT QUEUE SIZE\" offset second -00,0\r\n set grid \r\n unset format\r\n\r\n # set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n # set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n # set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n plot for [i=1:pilot_num] \\\r\n word(pilot_slots_dat_list,i) using 1:($2+offset(i,0.1)) title '' with steps lt 1 lc rgb color_1(i) lw term_mult*3, \\\r\n for [i=1:pilot_num] \\\r\n word(pilot_queue_dat_list,i) using 1:($2+offset(i,0.1)+0.05) title '' with steps lt 1 lc rgb color_2(i) lw term_mult*2 axes x1y2 , \\\r\n for [i=1:pilot_num] \\\r\n word(slotnum_list,i)+0+offset(i,0.5) title '' with lines lt 2 lc rgb color_1(i) lw term_mult*3\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n\r\n\r\n set key top left reverse maxrows 7\r\n\r\n # set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n plot for [i=1:pilot_num] \\\r\n NaN with lines title get_title(i) lt 1 lc rgb color_1(i) lw term_mult*2\r\n\r\n# plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n# NaN ls 100 t 'pilot\/unit states changes' , \\\r\n# NaN ls 101 t 'pilot\/unit states notifications' , \\\r\n# NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n# NaN ls 105 t 'total number of slots' , \\\r\n# NaN ls 106 t 'unit queue length' , \\\r\n# NaN lw 0 t ' '\r\n# }\r\n\r\n unset multiplot\r\n}\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"1a7914df4905dd6d5413397b05e1a3defa0b7eb3","subject":"Starting to plot correctly for Yp but log stalls gnuplot.","message":"Starting to plot correctly for Yp but log stalls gnuplot.\n","repos":"hickerson\/bbn,hickerson\/bbn,hickerson\/bbn,hickerson\/bbn","old_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.9 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 1.5 #inch height of individual plots\nmpl_width = 2.0 #inch width of individual plots\nmpl_dx = 0.1 #inch inter-plot horizontal spacing\nmpl_dy = 0.1 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\n#set terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 28\nset encoding iso_8859_1\nset tics scale 1.5\n\n#set output 'nxm_plot.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [-4:4]\nset xlabel ''\nset format x ''\nset xtics pi\nset mxtics 4\n\n# start plotting\nset multiplot\n\n#-----------------------------------------------\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'left'\n\n#set logscale y 10\nset xrange [ -0.1 : 0.1 ] noreverse nowriteback\nset yrange [ 0.25 : 0.23 ] noreverse nowriteback\n\nset ylabel \"Y_p\"\nset format y \"%-2.1f\"\nset ytics mirror 1\nset mytics 10\n\nplot 'fierz-study.dat' u 1:2:3 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:2 lt -1 notitle, '' u 1:3 lt -1 notitle; #; #, \\\n# 'fierz-study.dat' u 1:4:5 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:5 lt -1 notitle, '' u 1:4 lt -1 notitle; #, \\\n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\nunset multiplot\n","old_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.9 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 1.5 #inch height of individual plots\nmpl_width = 2.0 #inch width of individual plots\nmpl_dx = 0.1 #inch inter-plot horizontal spacing\nmpl_dy = 0.1 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\n#set terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 28\nset encoding iso_8859_1\nset tics scale 1.5\n\n#set output 'nxm_plot.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [-4:4]\nset xlabel ''\nset format x ''\nset xtics pi\nset mxtics 4\n\n# start plotting\nset multiplot\n\n#-----------------------------------------------\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(1)\nset bmargin at screen bot(1)\n\nset title 'left'\n\nset ylabel \"amplitude\"\nset yrange [-1.5:1.5]\nset format y \"%-2.1f\"\nset ytics mirror 1\nset mytics 2\n\n#set logscale y 10\nset xrange [ -0.1 : 0.1 ] noreverse nowriteback\nset yrange [ 1e-1 : 0.25 ] noreverse nowriteback\nplot 'fierz-study.dat' u 1:2:3 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:2 lt -1 notitle, '' u 1:3 lt -1 notitle #; #, \\\n# 'fierz-study.dat' u 1:4:5 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:5 lt -1 notitle, '' u 1:4 lt -1 notitle; #, \\\n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"be533a2dd779a02c080231b729024563e33c3c18","subject":"Made is so this script outputs bounds on the deviation from the fit.","message":"Made is so this script outputs bounds on the deviation from the fit.\n\n\ngit-svn-id: b233c5b81dcfbfdfca783093b3213ccfd2356b3a@604 3eb578c0-666c-0410-8428-3510748880ad\n","repos":"AlexSzatmary\/bake","old_file":"gnuplot_scripts\/fitTaylorDF.raw.plt","new_file":"gnuplot_scripts\/fitTaylorDF.raw.plt","new_contents":"f(x) = DF_Infty*(1-exp(-x\/tau))\nDF_Infty = 37.5*$capillary_no$\ntau = 12.0793*$capillary_no$\nset yr [*:*]\nfit f(x) \".\/$wd$\/TaylorDF__00001.txt\" using ($1\/1000):2 via DF_Infty, tau\nset yrange [*:*] writeback\nplot \".\/$wd$\/TaylorDF__00001.txt\" u ($1\/1000):(($2-f($1\/1000))\/DF_Infty)\nset yrange restore\nshow yrange\n","old_contents":"f(x) = DFinfty*(1-exp(-x\/tau))\nDFinfty = 37.5*$capillary_no$\ntau = 12.0793*$capillary_no$\nfit f(x) \".\/$wd$\/TaylorDF__00001.txt\" using ($1\/1000):2 via DFinfty, tau\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"df4d7b3a50df0b771efec84a18e5338f940043de","subject":"inkdisplay: broader range for humidity values","message":"inkdisplay: broader range for humidity values\n","repos":"volzotan\/django-howl,volzotan\/django-howl,volzotan\/django-howl","old_file":"howl\/inkdisplay\/generatepng.gnuplot","new_file":"howl\/inkdisplay\/generatepng.gnuplot","new_contents":"set terminal png size 600,370\nset output \"\/tmp\/graphs.png\"\n\nset datafile separator \" \"\n\nset size 1,1\nset origin 0,0\n\nset tmargin 0.5\nset bmargin 0.5\n# set lmargin 3\n# set rmargin 3\n\nset terminal png linewidth 2\nset ytics font \"Fira Mono Bold, 12\"\n\nset xtics format \" \"\n\nset multiplot layout 3,1 columnsfirst scale 1,1\n\nset yrange [0:80]\nset ytics 10,20\nplot \"\/tmp\/plotdata.csv\" using 1:2 with lines title \"luminosity\" lt rgb \"black\" \nset ytics 18,4\nset yrange [16:28]\nplot \"\/tmp\/plotdata.csv\" using 1:3 with lines title \"temperature\" lt rgb \"black\" \nset ytics 30,10\nset yrange [25:65]\nplot \"\/tmp\/plotdata.csv\" using 1:4 with lines title \"humidity\" lt rgb \"black\" \n\nunset multiplot\n","old_contents":"set terminal png size 600,370\nset output \"\/tmp\/graphs.png\"\n\nset datafile separator \" \"\n\nset size 1,1\nset origin 0,0\n\nset tmargin 0.5\nset bmargin 0.5\n# set lmargin 3\n# set rmargin 3\n\nset terminal png linewidth 2\nset ytics font \"Fira Mono Bold, 12\"\n\nset xtics format \" \"\n\nset multiplot layout 3,1 columnsfirst scale 1,1\n\nset yrange [0:80]\nset ytics 10,20\nplot \"\/tmp\/plotdata.csv\" using 1:2 with lines title \"luminosity\" lt rgb \"black\" \nset ytics 18,4\nset yrange [16:28]\nplot \"\/tmp\/plotdata.csv\" using 1:3 with lines title \"temperature\" lt rgb \"black\" \nset ytics 20,10\nset yrange [15:45]\nplot \"\/tmp\/plotdata.csv\" using 1:4 with lines title \"humidity\" lt rgb \"black\" \n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"3782bd60285f110a9d52b29ecc55ec9fb22643bd","subject":"more assign testing","message":"more assign testing\n","repos":"erikerlandson\/classad_pl","old_file":"test\/classad.plt","new_file":"test\/classad.plt","new_contents":":- use_module('..\/lib\/classad.pl').\n\n:- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n:- use_module(library(date)).\n\n:- begin_tests(classad).\n\ntest('new_classad-1') :-\n new_classad('[classad]'(M)),\n is_assoc(M),\n assoc_to_list(M, []).\n\ntest('is_classad-1') :-\n new_classad(CA),\n is_classad(CA).\n\ntest('is_classad-2') :-\n \\+is_classad(a),\n \\+is_classad('[classad]'(foo)).\n\ntest('classad_assign_native-1') :-\n new_classad(CA0),\n classad_assign_native(vV, \"4+2\", CA0, '[classad]'(M)),\n assoc_to_list(M, [vv-'+'(4,2)]).\n\ntest('classad_assign\/4-1') :-\n new_classad(CA0),\n classad_assign(xX, 0, CA0, '[classad]'(M)),\n assoc_to_list(M, [xx-0]).\n\ntest('classad_assign\/3-1') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([x1 = error,\n x2 = undefined,\n x3 = 42,\n x4 = 3.14,\n x5 = 'A String',\n x6 = ['a', ['list']],\n x7 = true,\n x8 = CAZ\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [x1-error, \n x2-undefined,\n x3-42,\n x4-3.14,\n x5-'[str]'('A String'),\n x6-['[str]'(a),['[str]'(list)]],\n x7-true,\n x8-'[classad]'(MZ)]),\n assoc_to_list(MZ, [z-1]).\n\ntest('classad_assign\/3-time') :-\n new_classad(CA0),\n classad_assign(['AT1' = date(2012,2,24,6,12,31.0,25200,'MST',false),\n 'AT2' = abstime(1330089151.0, 25200),\n 'AT3' = reltime(60)\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [at1-'[abstime]'(1330089151.0, 25200),\n at2-'[abstime]'(1330089151.0, 25200),\n at3-'[reltime]'(60)]).\n\ntest('classad_assign\/3-mixed') :-\n new_classad(CA0),\n classad_assign([x1 = 42,\n [x2, 3.14],\n [x3, true, T3],\n [x4, false, boolean],\n [x5, \"String\", as(string)]],\n CA0, '[classad]'(M)),\n T3 == boolean,\n assoc_to_list(M,\n [x1-42,\n x2-3.14,\n x3-true,\n x4-false,\n x5-'[str]'('String')]).\n\ntest('classad_assign\/3-qtype') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([[x1, error, T1],\n [x2, undefined, T2],\n [x3, 42, T3],\n [x4, 3.14, T4],\n [x5, 'A String', T5],\n [x6, ['a', ['list']], T6],\n [x7, true, T7],\n [x8, CAZ, T8],\n [x9, abstime(0,0), T9],\n [x10, reltime(0), T10]\n ],\n CA0, _CA),\n T1 == error,\n T2 == undefined,\n T3 == integer,\n T4 == real,\n T5 == string,\n T6 == list,\n T7 == boolean,\n T8 == classad,\n T9 == abstime,\n T10 == reltime.\n\ntest('classad_assign\/3-ftype') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([[x1, error, error],\n [x2, undefined, undefined],\n [x3, 42, integer],\n [x4, 3.14, real],\n [x5, 'A String', string],\n [x6, ['a', ['list']], list],\n [x7, true, boolean],\n [x8, CAZ, classad],\n [x9, abstime(0,0), abstime],\n [x10, reltime(0), reltime]\n ],\n CA0, _CA).\n\ntest('classad_assign\/3-ftype-fail') :-\n new_classad(CA0),\n \\+classad_assign([[x1, 42, list]], CA0, _CA).\n\n:- end_tests(classad).\n","old_contents":":- use_module('..\/lib\/classad.pl').\n\n:- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n:- use_module(library(date)).\n\n:- begin_tests(classad).\n\ntest('new_classad-1') :-\n new_classad('[classad]'(M)),\n is_assoc(M),\n assoc_to_list(M, []).\n\ntest('is_classad-1') :-\n new_classad(CA),\n is_classad(CA).\n\ntest('is_classad-2') :-\n \\+is_classad(a),\n \\+is_classad('[classad]'(foo)).\n\ntest('classad_assign_native-1') :-\n new_classad(CA0),\n classad_assign_native(vV, \"4+2\", CA0, '[classad]'(M)),\n assoc_to_list(M, [vv-'+'(4,2)]).\n\ntest('classad_assign\/4-1') :-\n new_classad(CA0),\n classad_assign(xX, 0, CA0, '[classad]'(M)),\n assoc_to_list(M, [xx-0]).\n\ntest('classad_assign\/3-1') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([x1 = error,\n x2 = undefined,\n x3 = 42,\n x4 = 3.14,\n x5 = 'A String',\n x6 = ['a', ['list']],\n x7 = true,\n x8 = CAZ\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [x1-error, \n x2-undefined,\n x3-42,\n x4-3.14,\n x5-'[str]'('A String'),\n x6-['[str]'(a),['[str]'(list)]],\n x7-true,\n x8-'[classad]'(MZ)]),\n assoc_to_list(MZ, [z-1]).\n\ntest('classad_assign\/3-time') :-\n new_classad(CA0),\n classad_assign(['AT1' = date(2012,2,24,6,12,31.0,25200,'MST',false),\n 'AT2' = abstime(1330089151.0, 25200),\n 'AT3' = reltime(60)\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [at1-'[abstime]'(1330089151.0, 25200),\n at2-'[abstime]'(1330089151.0, 25200),\n at3-'[reltime]'(60)]).\n\ntest('classad_assign\/3-mixed') :-\n new_classad(CA0),\n classad_assign([x1 = 42,\n [x2, 3.14],\n [x3, true, T3],\n [x4, false, boolean],\n [x5, \"String\", as(string)]],\n CA0, '[classad]'(M)),\n T3 == boolean,\n assoc_to_list(M,\n [x1-42,\n x2-3.14,\n x3-true,\n x4-false,\n x5-'[str]'('String')]).\n\n:- end_tests(classad).\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"3c06cd01293659aeddadf2fbc954b04db81fceec","subject":"require GNU make 3.80 or newer","message":"require GNU make 3.80 or newer\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@555 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# make 3.80 or newer is required to compile stxxl\nifneq (,$(filter 3.75 3.76 3.76.1 3.7%, $(MAKE_VERSION)))\n$(error You need GNU make 3.80 or newer to compile stxxl. make $(MAKE_VERSION) is insufficient.)\nOld make versions that do not have $(error) die here\nendif\n\nTHISMAKEFILE\t:= $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)) \n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t = $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t = $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).mk: build-lib\n\t$(RM) $@\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $@\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $@\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $@\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $@\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $@\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $@\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $@\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $@\n\nlibrary: $(LIBNAME).mk\n\nlib\/lib$(LIBNAME).$(LIBEXT): make.settings\n\t$(MAKE) -f $(THISMAKEFILE) library\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nSTXXL_VERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell svnversion $(MCSTL_ROOT) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell LC_ALL=POSIX svn info $(MCSTL_ROOT) | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nMCSTL_VERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info $(MCSTL_ROOT) | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell svnversion $(MCSTL_ROOT))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\n\ntests-in-%: lib\/lib$(LIBNAME).$(LIBEXT)\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).mk\n\n.PHONY: main library tests clean\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\nTHISMAKEFILE\t:= $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)) \n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t = $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t = $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).mk: build-lib\n\t$(RM) $@\n\techo 'STXXL_CXX\t = $(COMPILER)'\t>> $@\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $@\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $@\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $@\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $@\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $@\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $@\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $@\n\nlibrary: $(LIBNAME).mk\n\nlib\/lib$(LIBNAME).$(LIBEXT): make.settings\n\t$(MAKE) -f $(THISMAKEFILE) library\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nSTXXL_VERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell svnversion $(MCSTL_ROOT) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell LC_ALL=POSIX svn info $(MCSTL_ROOT) | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nMCSTL_VERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info $(MCSTL_ROOT) | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell svnversion $(MCSTL_ROOT))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\n\ntests-in-%: lib\/lib$(LIBNAME).$(LIBEXT)\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).mk\n\n.PHONY: main library tests clean\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f4781e62cac28707c3f168532bdb83370f486f61","subject":"Add plot for all-ones test","message":"Add plot for all-ones test\n","repos":"lorenzhs\/ssssort","old_file":"speed.plot","new_file":"speed.plot","new_contents":"# IMPORT-DATA stats stats.txt\n\n\nset terminal pdf size 13.33cm,10cm linewidth 2.0\nset output \"speed.pdf\"\n\nset pointsize 0.5\nset style line 6 lc rgb \"#f0b000\"\nset style line 15 lc rgb \"#f0b000\"\nset style line 24 lc rgb \"#f0b000\"\nset style line 33 lc rgb \"#f0b000\"\nset style line 42 lc rgb \"#f0b000\"\nset style line 51 lc rgb \"#f0b000\"\nset style line 60 lc rgb \"#f0b000\"\nset style increment user\n\nset grid xtics ytics\n\nset key top left\n\nset yrange [0:4]\n\nset xlabel 'Item Count [log_2(n)]'\nset ylabel 'Run Time \/ n log_2n [Nanoseconds]'\n\n#SQL DELETE FROM stats WHERE LOG(2, size) < 12\n\nset title 'Super Scalar Sample Sort Test: Random'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"random\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 0 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 1 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 80% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"80pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 2 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 3 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"90pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 4 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 5 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 6 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 7 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99.9% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99.9pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 8 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 9 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted + 10% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail90\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 10 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 11 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted + 1% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail99\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 12 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 13 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"sorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 14 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 15 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: Reverse Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"reverse\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 16 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 17 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: All Ones'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"ones\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 18 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 19 title \"algo=stdsort\" with linespoints\n","old_contents":"# IMPORT-DATA stats stats.txt\n\n\nset terminal pdf size 13.33cm,10cm linewidth 2.0\nset output \"speed.pdf\"\n\nset pointsize 0.5\nset style line 6 lc rgb \"#f0b000\"\nset style line 15 lc rgb \"#f0b000\"\nset style line 24 lc rgb \"#f0b000\"\nset style line 33 lc rgb \"#f0b000\"\nset style line 42 lc rgb \"#f0b000\"\nset style line 51 lc rgb \"#f0b000\"\nset style line 60 lc rgb \"#f0b000\"\nset style increment user\n\nset grid xtics ytics\n\nset key top left\n\nset yrange [0:4]\n\nset xlabel 'Item Count [log_2(n)]'\nset ylabel 'Run Time \/ n log_2n [Nanoseconds]'\n\n#SQL DELETE FROM stats WHERE LOG(2, size) < 12\n\nset title 'Super Scalar Sample Sort Test: Random'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"random\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 0 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 1 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 80% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"80pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 2 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 3 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"90pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 4 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 5 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 6 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 7 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99.9% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99.9pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 8 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 9 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted + 10% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail90\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 10 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 11 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted + 1% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail99\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 12 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 13 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"sorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 14 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 15 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: Reverse Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ (size * log(2, size)) * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"reverse\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 16 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 17 title \"algo=stdsort\" with linespoints\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2f269ef1833567efdd1e507ac1af7fc422b1b8fb","subject":"Added a clarifying comment to the graph.plt.","message":"Added a clarifying comment to the graph.plt.\n","repos":"jkomoros\/sudoku,jkomoros\/sudoku,jkomoros\/sudoku","old_file":"analysis\/graph.plt","new_file":"analysis\/graph.plt","new_contents":"#Pipe in the CSV you want to use, e.g. `cat out.csv | gnuplot graph.plt`\nset datafile separator \",\"\n\n#0 is a special column that starts from 0 and increments by 1 for each row.\nplot 'out.csv' using 0:3","old_contents":"#Pipe in the CSV you want to use, e.g. `cat out.csv | gnuplot graph.plt`\nset datafile separator \",\"\nplot 'out.csv' using 0:3","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"f314cfbd41caf0e6d586e9d6648770e18ac3ed45","subject":"add FreeBSD support","message":"add FreeBSD support\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1380 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"117b075942b6844619a221888cb557717d26087b","subject":"add support for arch specific CPPFLAGS, e.g. -march=i686","message":"add support for arch specific CPPFLAGS, e.g. -march=i686\n\ngit-svn-id: 69a08f0be502e23ba71eb4e212ee2948ff83149c@364 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPT_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t-DSORT_OPT_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ff0fc4a60ca9f004153324a9d776d9de23105dd7","subject":"upcall-latency-benchmark: fix syntax error","message":"upcall-latency-benchmark: fix syntax error\n","repos":"floodlight\/ivs,vezril\/ivs,floodlight\/ivs,vezril\/ivs,floodlight\/ivs,vezril\/ivs","old_file":"targets\/upcall-latency-benchmark\/plot-latency.gnuplot","new_file":"targets\/upcall-latency-benchmark\/plot-latency.gnuplot","new_contents":"#!\/usr\/bin\/env gnuplot\n################################################################\n#\n# Copyright 2013, Big Switch Networks, Inc.\n#\n# Licensed under the Eclipse Public License, Version 1.0 (the\n# \"License\"); you may not use this file except in compliance\n# with the License. You may obtain a copy of the License at\n#\n# http:\/\/www.eclipse.org\/legal\/epl-v10.html\n#\n# Unless required by applicable law or agreed to in writing,\n# software distributed under the License is distributed on an\n# \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND,\n# either express or implied. See the License for the specific\n# language governing permissions and limitations under the\n# License.\n#\n################################################################\n\n# Set OUTPUT_FILENAME=upcall-latency.data when running upcall-latency-benchmark,\n# then run this script to plot the latencies as a histogram. Any files matching\n# upcall-latency*.data will be graphed.\n\n# Uncomment these (and comment out the pause at the bottom) to render to a file\n#set terminal pngcairo enhanced font \"arial,10\" size 500, 350\n#set output 'upcall-latency-histogram.png'\n\nset title \"Upcall Latency Histogram\"\nset xlabel \"Latency (nanoseconds, bucket size 500ns)\"\nset ylabel \"#\"\n\nset style histogram clustered gap 5\nset style fill solid 1\nset xrange[10000:30000]\nset boxwidth 249\n\nbinwidth=500\nbin(x,width)=width*floor(x\/width) + binwidth\/2.0\n\nfilenames = system(\"echo upcall-latency*.data\")\nplot for [filename in filenames] filename using (bin($1,binwidth)+(binwidth\/2)):(1.0) smooth freq with boxes title filename\npause -1\n","old_contents":"#!\/usr\/bin\/env gnuplot\n################################################################\n#\n# Copyright 2013, Big Switch Networks, Inc.\n#\n# Licensed under the Eclipse Public License, Version 1.0 (the\n# \"License\"); you may not use this file except in compliance\n# with the License. You may obtain a copy of the License at\n#\n# http:\/\/www.eclipse.org\/legal\/epl-v10.html\n#\n# Unless required by applicable law or agreed to in writing,\n# software distributed under the License is distributed on an\n# \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND,\n# either express or implied. See the License for the specific\n# language governing permissions and limitations under the\n# License.\n#\n################################################################\n\n# Set OUTPUT_FILENAME=upcall-latency.data when running upcall-latency-benchmark,\n# then run this script to plot the latencies as a histogram. Any files matching\n# upcall-latency*.data will be graphed.\n\n# Uncomment these (and comment out the pause at the bottom) to render to a file\n#set terminal pngcairo enhanced font \"arial,10\" size 500, 350\n#set output 'upcall-latency-histogram.png'\n\nset title \"Upcall Latency Histogram\"\nset xlabel \"Latency (nanoseconds, bucket size 500ns)\"\nset ylabel \"#\"\n\nset style histogram clustered gap 5\nset style fill solid 1\nset xrange[10000:30000]\nset boxwidth 249\n\nbinwidth=500\nbin(x,width)=width*floor(x\/width) + binwidth\/2.0\n\nfilenames = system(\"echo upcall-latency*.data\")\nplot for [filename in filenames] filename title filename using (bin($1,binwidth)+(binwidth\/2)):(1.0) smooth freq with boxes\npause -1\n","returncode":0,"stderr":"","license":"epl-1.0","lang":"Gnuplot"} {"commit":"2d4ab077cc7c76a87e11468714a1e9f5ddf79cbd","subject":"Fix UT","message":"Fix UT\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n throws(error(domain_error(db_object_v_desc, X), _))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t arg_reorder(member, [2,1], Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n obj_construct(man_v, \n [sex, name], \n [man, 'Adam'], Man1), \n db_put_object(people, Man1, _),\n\n obj_construct(man_v, \n [sex, name], \n [woman, 'Eva'], Man2), \n db_put_object(people, Man2, _),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man3), \n db_put_object(people, Man3, _). \n\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X)),\n L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t arg_reorder(member, [2,1], Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n obj_construct(man_v, \n [sex, name], \n [man, 'Adam'], Man1), \n db_put_object(people, Man1, _),\n\n obj_construct(man_v, \n [sex, name], \n [woman, 'Eva'], Man2), \n db_put_object(people, Man2, _),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man3), \n db_put_object(people, Man3, _). \n\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"44594edf9d07cb8736e8208d735a12b5019300f9","subject":"renamed script","message":"renamed script\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"testgraph.gp","new_file":"testgraph.gp","new_contents":"","old_contents":"#!\/usr\/bin\/gnuplot\n\nset datafile separator ';'\n\n# Title of the plot\nset title \"Test graph -`echo \"$TIMEZONEGAP\"`-\"\n\n# We want a grid\nset grid\n\n# Ignore missing values\n#set datafile missing \"NaN\"\n\n# X-axis label\nset xlabel \"Date\/Time\"\n\n# set X-axis range to current date only\n#set xrange [\"$YESTERDAY\":\"$TODAY\"]\n\n# Y-axis ranges from 0 deg C to 100 deg C, same scale as for humidity\nset yrange [15:20]\n\n# Y2-axis set from 800 to 1200 kPa, used for barometric pressure\nset autoscale y2\n\n# place ticks on second Y2-axis\nset y2tics border\n\n# Title for Y-axis\nset ylabel \"Temperature [degC]\"\n\n# Title for Y2-axis\nset y2label \"Raw values [mV]\"\n\n# Define that data on X-axis should be interpreted as time\nset xdata time\nset xtic rotate by -45\n\n# Time in log-file is given in Unix format\nset timefmt \"%s\"\n\n# Display notation for time\nset format x \"%R\" # Display time in 24 hour notation on the X axis\n\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"--legend--\"\n\n# output into png file\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# read data from file and generate plot\nplot \"\/tmp\/sql.csv\" using ($2+3600):4 title \"Temperature [degC]\" with lines \\\n ,\"\" using ($2+3600):3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"9c895ae1a1a2cfd9c8c6c5ed10df2e3047abf45f","subject":"Use expressions rather than constants.","message":"Use expressions rather than constants.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_bits.plt","new_file":"src\/bson\/bson_bits.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad zero', [true(Got \\== Expected)]) :-\n Expected = 0, % Not a float.\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4').\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n% ------------------------------------\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n% ------------------------------------\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n% ------------------------------------\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hex to bytes', [true(Got == Expected)]) :-\n Hex = '47cc6709',\n Expected = [0x47,0xcc,0x67,0x09],\n bson_bits:hex_bytes(Hex, Got).\n\ntest('bytes to hex', [true(Got == Expected)]) :-\n Bytes = [0x47,0xcc,0x67,0x09],\n Expected = '47cc6709',\n bson_bits:hex_bytes(Got, Bytes).\n\ntest('bytes to hex, odd length should fail', [fail]) :-\n HexOddLength = '47c',\n bson_bits:hex_bytes(HexOddLength, _Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad zero', [true(Got \\== Expected)]) :-\n Expected = 0, % Not a float.\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4').\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected = -2147483648,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -2147483649, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected = 2147483647,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 2147483648, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n% ------------------------------------\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected = -2147483648,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -2147483649, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected = 2147483647,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 2147483648, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n% ------------------------------------\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected = -9223372036854775808,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -9223372036854775809, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected = 9223372036854775807,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 9223372036854775808, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n% ------------------------------------\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected = -9223372036854775808,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -9223372036854775809, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected = 9223372036854775807,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 9223372036854775808, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hex to bytes', [true(Got == Expected)]) :-\n Hex = '47cc6709',\n Expected = [0x47,0xcc,0x67,0x09],\n bson_bits:hex_bytes(Hex, Got).\n\ntest('bytes to hex', [true(Got == Expected)]) :-\n Bytes = [0x47,0xcc,0x67,0x09],\n Expected = '47cc6709',\n bson_bits:hex_bytes(Got, Bytes).\n\ntest('bytes to hex, odd length should fail', [fail]) :-\n HexOddLength = '47c',\n bson_bits:hex_bytes(HexOddLength, _Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4d2b04d634dea34679a72fd071696847bb7cb431","subject":"Add more UTs on eval fields","message":"Add more UTs on eval fields\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n:- use_module(u(util\/lambda)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create3,\n [error(class_exists(class_create_test_v))]\n ) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n class_create(class_create_test_v, citizen_v, [d, e]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\ntest(class_name1) :-\n\n class_name(man_v).\n\ntest(class_name2, [fail]) :-\n\n class_name(man_man_v).\n\ntest(class_name3) :-\n\n findall(Class, class_name(Class), Names),\n sort(Names, Names2),\n length(Names, N1),\n length(Names2, N2),\n assertion(N1 =:= N2),\n assertion(N1 > 10).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_fields1) :-\n\n obj_construct(adder_v, [], [], Adder1),\n\n obj_unify(Adder1, [a, b, c], [3, 11, C]),\n assertion(C == 14),\n\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\n assertion(X == 12).\n\ntest(eval_fields2) :-\n\n obj_construct(adder_v, [a, b, c], [3, 11, C], _),\n assertion(C == 14),\n\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\n assertion(X == 12).\n\ntest(eval_obj_expr1,\n [[E0, E1, E2, E3]\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n obj_construct(man_v,\n [name], [HTTP_Result], Man),\n eval_obj_expr(Man, E0),\n eval_obj_expr(Man\/name, E1),\n eval_obj_expr(Man\/name\/www_address, E2),\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\n E3).\n\ntest(eval_obj_expr2_list) :-\n\n Url1 = 'http:\/\/kogorta.dp.ua',\n Url2 = 'http:\/\/google.com',\n obj_construct(www_address_v,\n [http_request_url], [Url1], WWW_Addr1),\n obj_construct(www_address_v,\n [http_request_url], [Url2], WWW_Addr2),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr1], HTTP_Result1),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr2], HTTP_Result2),\n [HTTP_Result1, HTTP_Result2] \/ www_address\n \/ http_request_url =^= [Url1, Url2].\n\ntest(eval_obj_expr3_4_ops) :-\n\n Url1 = 'http:\/\/kogorta.dp.ua',\n Url2 = 'http:\/\/google.com',\n obj_construct(www_address_v,\n [http_request_url], [Url1], WWW_Addr1),\n obj_construct(www_address_v,\n [http_request_url], [Url2], WWW_Addr2),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr1], HTTP_Result1),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr2], HTTP_Result2),\n maplist(\\Name^Obj^\n obj_construct(man_v, [name], [Name], Obj),\n [HTTP_Result1, HTTP_Result2],\n Mans),\n Mans \/ name \/ www_address \/ http_request_url\n =^= [Url1, Url2].\n\ntest(eval_obj_expr4_compound1,\n [error(no_object_field(_, name), _)]) :-\n\n obj_construct(man_v, [name], ['Sergei'], M1),\n obj_construct(man_v, [name], ['Artemiy'], M2),\n obj_construct(www_address_v, [http_request_url],\n ['http:\/\/kogorta.dp.ua'], A1),\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\n\ntest(eval_obj_expr4_compound2) :-\n\n obj_construct(man_v, [name], ['Sergei'], M1),\n obj_construct(man_v, [name], ['Artemiy'], M2),\n obj_construct(www_address_v, [http_request_url],\n ['http:\/\/kogorta.dp.ua'], A1),\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\n R1 \/\/ name ^= R2,\n R2 \/\/ http_request_url ^= R3,\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\n assertion(R2 == R1),\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\n = p('Artemiy', A2))).\n\ntest(eval_obj_expr5_throw1,\n [error(no_object_field(Man, url), _)]) :-\n\n obj_construct(man_v, [], [], Man),\n Man \/ url ^= _.\n\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/ url ^= _.\n\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/ url \/ url ^= _.\n\ntest(eval_obj_expr5_fail1, [fail]) :-\n\n obj_construct(man_v, [], [], Man),\n eval_obj_expr(Man \/ url, fail, _).\n\ntest(eval_obj_expr5_fail2, [fail]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n eval_obj_expr(Url \/ url, fail, _).\n\ntest(eval_obj_expr5_fail3, [fail]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n eval_obj_expr(Url \/ url \/ url, fail, _).\n\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\n\n obj_construct(man_v, [], [], Man),\n Man \/\/ url ^= Val.\n\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/\/ url ^= Val.\n\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/\/ url \/\/ url ^= Val.\n\ntest(eval_obj_expr6_list) :-\n\n obj_construct(http_header_v, [body], [body], H1),\n obj_construct(http_header_v, [], [], H2),\n H2\/name ^= [a, H1\/body],\n assertion(H2\/name =^= [a, body]).\n\ntest(eval_obj_expr6_compound) :-\n\n obj_construct(http_header_v, [body], [body], H1),\n obj_construct(http_header_v, [], [], MH),\n MH\/name ^= p(a, H1\/body) \/\/ ss,\n assertion(MH\/name =^= p(a, body)).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country, birthday], \n [man, 'Mayakovsky', ['Soviet Union'], 1994],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_parents2_bug1) :-\n\n obj_construct(man_v, [name, surname], [s, l], M),\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\n obj_unify(M1, [name, surname], NS),\n assertion(NS == [s, l]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase2_transitivity,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n obj_parents(M3, P3),\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\n object_v, object_base_v]).\n\ntest(obj_rebase3_transitivity2,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n foreach(obj_field(M3, _, _), true).\n\ntest(obj_rebase4) :-\n obj_construct(http_header_v, [], [], H1),\n obj_rebase((http_header_v -> http_invalid_header_v), H1, H2),\n obj_parents(H2, P2),\n assertion(P2 == [http_invalid_header_v, http_header_v, object_v,\n object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug5, [X == 1]) :-\n\n obj_construct(http_headers_v, [], [], O0),\n obj_rebase((http_headers_v\n -> http_response_headers_v), O0, O1),\n obj_rebase((http_headers_v\n -> http_invalid_bulk_headers_v), O1, O2),\n obj_rebase((http_headers_v\n -> http_response_with_cookies_headers_v),\n O2, O3),\n O3 \/ set_cookie ^= 1,\n obj_rebase((http_headers_v\n -> http_response_with_cookies_headers_v),\n O3, O4),\n obj_field(O4, set_cookie, X).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2,\n [blocked(need_to_see)]\n ) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n:- use_module(u(util\/lambda)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create3,\n [error(class_exists(class_create_test_v))]\n ) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n class_create(class_create_test_v, citizen_v, [d, e]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\ntest(class_name1) :-\n\n class_name(man_v).\n\ntest(class_name2, [fail]) :-\n\n class_name(man_man_v).\n\ntest(class_name3) :-\n\n findall(Class, class_name(Class), Names),\n sort(Names, Names2),\n length(Names, N1),\n length(Names2, N2),\n assertion(N1 =:= N2),\n assertion(N1 > 10).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_fields1) :-\n\n obj_construct(adder_v, [], [], Adder1),\n\n obj_unify(Adder1, [a, b, c], [3, 11, C]),\n assertion(C == 14),\n\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\n assertion(X == 12).\n\n \n\ntest(eval_obj_expr1,\n [[E0, E1, E2, E3]\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n obj_construct(man_v,\n [name], [HTTP_Result], Man),\n eval_obj_expr(Man, E0),\n eval_obj_expr(Man\/name, E1),\n eval_obj_expr(Man\/name\/www_address, E2),\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\n E3).\n\ntest(eval_obj_expr2_list) :-\n\n Url1 = 'http:\/\/kogorta.dp.ua',\n Url2 = 'http:\/\/google.com',\n obj_construct(www_address_v,\n [http_request_url], [Url1], WWW_Addr1),\n obj_construct(www_address_v,\n [http_request_url], [Url2], WWW_Addr2),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr1], HTTP_Result1),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr2], HTTP_Result2),\n [HTTP_Result1, HTTP_Result2] \/ www_address\n \/ http_request_url =^= [Url1, Url2].\n\ntest(eval_obj_expr3_4_ops) :-\n\n Url1 = 'http:\/\/kogorta.dp.ua',\n Url2 = 'http:\/\/google.com',\n obj_construct(www_address_v,\n [http_request_url], [Url1], WWW_Addr1),\n obj_construct(www_address_v,\n [http_request_url], [Url2], WWW_Addr2),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr1], HTTP_Result1),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr2], HTTP_Result2),\n maplist(\\Name^Obj^\n obj_construct(man_v, [name], [Name], Obj),\n [HTTP_Result1, HTTP_Result2],\n Mans),\n Mans \/ name \/ www_address \/ http_request_url\n =^= [Url1, Url2].\n\ntest(eval_obj_expr4_compound1,\n [error(no_object_field(_, name), _)]) :-\n\n obj_construct(man_v, [name], ['Sergei'], M1),\n obj_construct(man_v, [name], ['Artemiy'], M2),\n obj_construct(www_address_v, [http_request_url],\n ['http:\/\/kogorta.dp.ua'], A1),\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\n\ntest(eval_obj_expr4_compound2) :-\n\n obj_construct(man_v, [name], ['Sergei'], M1),\n obj_construct(man_v, [name], ['Artemiy'], M2),\n obj_construct(www_address_v, [http_request_url],\n ['http:\/\/kogorta.dp.ua'], A1),\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\n R1 \/\/ name ^= R2,\n R2 \/\/ http_request_url ^= R3,\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\n assertion(R2 == R1),\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\n = p('Artemiy', A2))).\n\ntest(eval_obj_expr5_throw1,\n [error(no_object_field(Man, url), _)]) :-\n\n obj_construct(man_v, [], [], Man),\n Man \/ url ^= _.\n\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/ url ^= _.\n\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/ url \/ url ^= _.\n\ntest(eval_obj_expr5_fail1, [fail]) :-\n\n obj_construct(man_v, [], [], Man),\n eval_obj_expr(Man \/ url, fail, _).\n\ntest(eval_obj_expr5_fail2, [fail]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n eval_obj_expr(Url \/ url, fail, _).\n\ntest(eval_obj_expr5_fail3, [fail]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n eval_obj_expr(Url \/ url \/ url, fail, _).\n\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\n\n obj_construct(man_v, [], [], Man),\n Man \/\/ url ^= Val.\n\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/\/ url ^= Val.\n\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/\/ url \/\/ url ^= Val.\n\ntest(eval_obj_expr6_list) :-\n\n obj_construct(http_header_v, [body], [body], H1),\n obj_construct(http_header_v, [], [], H2),\n H2\/name ^= [a, H1\/body],\n assertion(H2\/name =^= [a, body]).\n\ntest(eval_obj_expr6_compound) :-\n\n obj_construct(http_header_v, [body], [body], H1),\n obj_construct(http_header_v, [], [], MH),\n MH\/name ^= p(a, H1\/body) \/\/ ss,\n assertion(MH\/name =^= p(a, body)).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country, birthday], \n [man, 'Mayakovsky', ['Soviet Union'], 1994],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_parents2_bug1) :-\n\n obj_construct(man_v, [name, surname], [s, l], M),\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\n obj_unify(M1, [name, surname], NS),\n assertion(NS == [s, l]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase2_transitivity,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n obj_parents(M3, P3),\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\n object_v, object_base_v]).\n\ntest(obj_rebase3_transitivity2,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n foreach(obj_field(M3, _, _), true).\n\ntest(obj_rebase4) :-\n obj_construct(http_header_v, [], [], H1),\n obj_rebase((http_header_v -> http_invalid_header_v), H1, H2),\n obj_parents(H2, P2),\n assertion(P2 == [http_invalid_header_v, http_header_v, object_v,\n object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug5, [X == 1]) :-\n\n obj_construct(http_headers_v, [], [], O0),\n obj_rebase((http_headers_v\n -> http_response_headers_v), O0, O1),\n obj_rebase((http_headers_v\n -> http_invalid_bulk_headers_v), O1, O2),\n obj_rebase((http_headers_v\n -> http_response_with_cookies_headers_v),\n O2, O3),\n O3 \/ set_cookie ^= 1,\n obj_rebase((http_headers_v\n -> http_response_with_cookies_headers_v),\n O3, O4),\n obj_field(O4, set_cookie, X).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2,\n [blocked(need_to_see)]\n ) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"81ba3ed975a4efca61b7ec3d0f056e662a5c3fcc","subject":"limit yrange to =< 1500","message":"limit yrange to =< 1500","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd2.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw2.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\n# limit yrange to =< 1500\nYmax = min(1500, Ymax)\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd2.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw2.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"5f2c32a779f3b119188135f2fe15ceef6fd97857","subject":"modify plot.gp","message":"modify plot.gp\n","repos":"junpeitsuji\/boids.rb","old_file":"plot.gp","new_file":"plot.gp","new_contents":"set datafile separator \",\"\nset xlabel \"longitude\"\nset ylabel \"latitude\"\nset key left top\nplot \"log.csv\" u 3:4 t \"#1\", \"log.csv\" u 9:10 t \"#2\", \"log.csv\" u 15:16 t \"#3\"\npause -1\n","old_contents":"set datafile separator \",\"\nplot \"log.csv\" u 3:4, \"log.csv\" u 9:10, \"log.csv\" u 15:16\npause -1\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"de408d5653f750f1fe3c04ccf27e19746ba7334b","subject":"eliminate whitespace only TESTS, no idea where they come from (make 3.80?)","message":"eliminate whitespace only TESTS, no idea where they come from (make 3.80?)\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@517 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.subdir.gnu","new_file":"Makefile.subdir.gnu","new_contents":"\ninclude ..\/make.settings\n\nTEST_BINARIES\t = $(foreach t, $(TESTS), $t.$(bin))\n\ntests: $(TEST_BINARIES)\n\nlib: $(LIB_SRC:.cpp=.$o)\n\nclean::\n\t$(RM) *.$o\n\t$(RM) *.$d *.dT\n\t$(RM) $(TEST_BINARIES)\n\n-include *.d\n\n.SECONDARY:\n\n.PHONY: tests lib clean\n","old_contents":"\ninclude ..\/make.settings\n\nTEST_BINARIES\t = $(TESTS:=.$(bin))\n\ntests: $(TEST_BINARIES)\n\nlib: $(LIB_SRC:.cpp=.$o)\n\nclean::\n\t$(RM) *.$o\n\t$(RM) *.$d *.dT\n\t$(RM) $(TEST_BINARIES)\n\n-include *.d\n\n.SECONDARY:\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d80cd4088722918ca1bf05fd5b4e73b437561d74","subject":"Small test comments cleanup.","message":"Small test comments cleanup.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_encoder.plt","new_file":"src\/bson\/bson_encoder.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson_encoder:term_to_bson\/2').\n\ntest('empty doc', [true(Got == Expected)]) :-\n Term =\n [\n ],\n Expected =\n [\n 5,0,0,0, % Length of top doc.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('float', [true(Got == Expected)]) :-\n Term =\n [\n hello: 5.05\n ],\n Expected =\n [\n 20,0,0,0, % Length of top doc.\n 0x01, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 51,51,51,51, 51,51,20,64, % Double data.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('string', [true(Got == Expected)]) :-\n Term =\n [\n '\u00e4': '\u00e4\\0\u00e4'\n ],\n Expected =\n [\n 19,0,0,0, % Length of top doc.\n 0x02, % Tag.\n 0xc3,0xa4, 0, % Ename.\n 6,0,0,0, % String length incl. nul.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % String data.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('int32 positive', [true(Got == Expected)]) :-\n Term =\n [\n hello: 32\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('int32 negative', [true(Got == Expected)]) :-\n Term =\n [\n hello: -32\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0xE0,0xFF,0xFF,0xFF, % Int32 data.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('int64 positive', [true(Got == Expected)]) :-\n Term =\n [\n hello: 9223372036854775807\n ],\n Expected =\n [\n 20,0,0,0, % Length of top doc.\n 0x12, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0xFF,0xFF,0xFF,0xFF, 0xFF,0xFF,0xFF,0x7F, % Int64 data.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('int64 negative', [true(Got == Expected)]) :-\n Term =\n [\n hello: -9223372036854775808\n ],\n Expected =\n [\n 20,0,0,0, % Length of top doc.\n 0x12, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,0,0,0, 0,0,0,0x80, % Int64 data.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('embedded doc', [true(Got == Expected)]) :-\n Term =\n [\n 'BSON':\n [\n 'a': 'awesome',\n 'b': 5.05,\n 'c': 1986\n ]\n ],\n Expected =\n [\n 49,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 66,83,79,78, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 97, 0, % Ename.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 98, 0, % Ename.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 99, 0, % Ename.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('embedded array', [true(Got == Expected)]) :-\n Term =\n [\n 'BSON':\n [\n 'awesome',\n 5.05,\n 1986\n ]\n ],\n Expected =\n [\n 49,0,0,0, % Length of top doc.\n 0x04, % Tag.\n 66,83,79,78, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 48, 0, % Ename, index 0.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 49, 0, % Ename, index 1.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 50, 0, % Ename, index 2.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('null', [true(Got == Expected)]) :-\n Term =\n [\n hello: null\n ],\n Expected =\n [\n 12,0,0,0, % Length of top doc.\n 0x0A, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('boolean false', [true(Got == Expected)]) :-\n Term =\n [\n hello: false\n ],\n Expected =\n [\n 13,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0, % Boolean data.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('boolean true', [true(Got == Expected)]) :-\n Term =\n [\n hello: true\n ],\n Expected =\n [\n 13,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 1, % Boolean data.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('undefined', [true(Got == Expected)]) :-\n Term =\n [\n hello: undefined\n ],\n Expected =\n [\n 12,0,0,0, % Length of top doc.\n 0x06, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('min', [true(Got == Expected)]) :-\n Term =\n [\n hello: min\n ],\n Expected =\n [\n 12,0,0,0, % Length of top doc.\n 0xFF, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('max', [true(Got == Expected)]) :-\n Term =\n [\n hello: max\n ],\n Expected =\n [\n 12,0,0,0, % Length of top doc.\n 0x7F, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('invalid', [throws(bson_error(invalid))]) :-\n Term = invalid_bson,\n bson_encoder:term_to_bson(Term, _Got).\n\n:- end_tests('bson_encoder:term_to_bson\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_encoder:term_to_bson\/2').\n\ntest('empty doc', [true(Got == Expected)]) :-\n Term =\n [\n ],\n Expected =\n [\n 5,0,0,0, % Length of top doc.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('float', [true(Got == Expected)]) :-\n Term =\n [\n hello: 5.05\n ],\n Expected =\n [\n 20,0,0,0, % Length of top doc.\n 0x01, % Double tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 51,51,51,51, 51,51,20,64, % Double data, 5.05.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('string', [true(Got == Expected)]) :-\n Term =\n [\n '\u00e4': '\u00e4\\0\u00e4'\n ],\n Expected =\n [\n 19,0,0,0, % Length of top doc.\n 0x02, % String tag.\n 0xc3,0xa4, 0, % Ename, \"\u00e4\\0\".\n 6,0,0,0, % String length incl. nul.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % String data, \"\u00e4\\0\u00e4\\0\".\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('int32 positive', [true(Got == Expected)]) :-\n Term =\n [\n hello: 32\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Int32 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('int32 negative', [true(Got == Expected)]) :-\n Term =\n [\n hello: -32\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Int32 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0xE0,0xFF,0xFF,0xFF, % Int32 data, -32.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('int64 positive', [true(Got == Expected)]) :-\n Term =\n [\n hello: 9223372036854775807\n ],\n Expected =\n [\n 20,0,0,0, % Length of top doc.\n 0x12, % Int32 tag.\n 104,101,108,108,111, 0, % Ename.\n 0xFF,0xFF,0xFF,0xFF, 0xFF,0xFF,0xFF,0x7F, % Int64 data.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('int64 negative', [true(Got == Expected)]) :-\n Term =\n [\n hello: -9223372036854775808\n ],\n Expected =\n [\n 20,0,0,0, % Length of top doc.\n 0x12, % Int64 tag.\n 104,101,108,108,111, 0, % Ename.\n 0,0,0,0, 0,0,0,0x80, % Int64 data.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('embedded doc', [true(Got == Expected)]) :-\n Term =\n [\n 'BSON':\n [\n 'a': 'awesome',\n 'b': 5.05,\n 'c': 1986\n ]\n ],\n Expected =\n [\n 49,0,0,0, % Length of top doc.\n 0x03, % Embedded doc tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 38,0,0,0, % Length of embedded doc (array).\n 0x02, % String tag.\n 97, 0, % Ename (\"a\\0\").\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data, \"awesome\\0\".\n 0x01, % Double tag.\n 98, 0, % Ename (\"b\\0\").\n 51,51,51,51,51,51,20,64, % Double 8-byte data, 5.05.\n 0x10, % Int32 tag.\n 99, 0, % Ename (\"c\\0\").\n 194,7,0,0, % Int32 data, 1986.\n 0, % End of embedded doc (array).\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('embedded array', [true(Got == Expected)]) :-\n Term =\n [\n 'BSON':\n [\n 'awesome',\n 5.05,\n 1986\n ]\n ],\n Expected =\n [\n 49,0,0,0, % Length of top doc.\n 0x04, % Array tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 38,0,0,0, % Length of embedded doc (array).\n 0x02, % String tag.\n 48, 0, % Ename, index 0 (\"0\\0\").\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data, \"awesome\\0\".\n 0x01, % Double tag.\n 49, 0, % Ename, index 1 (\"1\\0\").\n 51,51,51,51,51,51,20,64, % Double 8-byte data, 5.05.\n 0x10, % Int32 tag.\n 50, 0, % Ename, index 2 (\"2\\0\").\n 194,7,0,0, % Int32 data, 1986.\n 0, % End of embedded doc (array).\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('null', [true(Got == Expected)]) :-\n Term =\n [\n hello: null\n ],\n Expected =\n [\n 12,0,0,0, % Length of top doc.\n 0x0A, % Null tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('boolean false', [true(Got == Expected)]) :-\n Term =\n [\n hello: false\n ],\n Expected =\n [\n 13,0,0,0, % Length of top doc.\n 0x08, % Boolean tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0, % Boolean data, false.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('boolean true', [true(Got == Expected)]) :-\n Term =\n [\n hello: true\n ],\n Expected =\n [\n 13,0,0,0, % Length of top doc.\n 0x08, % Boolean tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 1, % Boolean data, true.\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('undefined', [true(Got == Expected)]) :-\n Term =\n [\n hello: undefined\n ],\n Expected =\n [\n 12,0,0,0, % Length of top doc.\n 0x06, % Undefined tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('min', [true(Got == Expected)]) :-\n Term =\n [\n hello: min\n ],\n Expected =\n [\n 12,0,0,0, % Length of top doc.\n 0xFF, % Min tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('max', [true(Got == Expected)]) :-\n Term =\n [\n hello: max\n ],\n Expected =\n [\n 12,0,0,0, % Length of top doc.\n 0x7F, % Max tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n bson_encoder:term_to_bson(Term, Got).\n\ntest('invalid', [throws(bson_error(invalid))]) :-\n Term = invalid,\n bson_encoder:term_to_bson(Term, _Got).\n\n:- end_tests('bson_encoder:term_to_bson\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a5257c375f07870f5e00c7e77e6af24bc86966c6","subject":"forgot a \"p\"","message":"forgot a \"p\"","repos":"sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher","old_file":"oceanoptics\/get\/loop.gnu","new_file":"oceanoptics\/get\/loop.gnu","new_contents":"set origin 0.05,0.05\nset tics font \",18\"\nset xtics 100\nset size 0.9,0.9\n\nset xrange [400:1000]\n\nset xlabel 'Wavelength\/nm'\nset ylabel 'Arbitrary Intensity \/unit'\n\nplot \".temp\" u 1:2 w p ps 0.2 pt 7 lc rgb '#212121' notitle\npause 1\nreread\n","old_contents":"set origin 0.05,0.05\nset tics font \",18\"\nset xtics 100\nset size 0.9,0.9\n\nset xrange [400:1000]\n\nset xlabel 'Wavelength\/nm'\nset ylabel 'Arbitrary Intensity \/unit'\n\nplot \".temp\" u 1:2 w ps 0.2 pt 7 lc rgb '#212121' notitle\npause 1\nreread\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"523753bec550ce239c6225d2450bdfd0cb159852","subject":"Made this script work","message":"Made this script work\n\n\ngit-svn-id: b233c5b81dcfbfdfca783093b3213ccfd2356b3a@553 3eb578c0-666c-0410-8428-3510748880ad\n","repos":"AlexSzatmary\/bake","old_file":"gnuplot_scripts\/plotscriptl5b4.d0.plt","new_file":"gnuplot_scripts\/plotscriptl5b4.d0.plt","new_contents":"set terminal png\nset yr[0:]\nset output \"..\/planar-axiall5b4.d0g1.d-2DF.png\"\nplot \"..\/planar-axiall5b4.d0DF.txt\" using 2:5, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::66::76\n\nset output \"..\/planar-biaxiall5b4.d0g1.d-2DF.png\"\nplot \"..\/planar-biaxiall5b4.d0DF.txt\" using 2:5, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::66::76\n","old_contents":"set terminal png\nset yr[0:]\nset output \"..\/planar-axiall6b6.d0g1.d-3DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::33::43\n\nset output \"..\/planar-axiall6b6.d0g1.d-2DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::66::76, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::66::76\n\nset output \"..\/planar-axiall6b6.d0g1.d-1DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::99::108, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::99::108\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-3DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::33::43\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-2DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::66::76, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::66::76\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-1DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::99::108, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::99::108\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"cf2972e2abefcedc5a813ebaf70240d53ce82bf4","subject":"updating boinc_software\/monitor-boinc-server\/general-activity\/archive\/plotData_restart.gnu to retrieve data from both 2017 and 2018","message":"updating boinc_software\/monitor-boinc-server\/general-activity\/archive\/plotData_restart.gnu to retrieve data from both 2017 and 2018\n","repos":"SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk","old_file":"boinc_software\/monitor-boinc-server\/general-activity\/archive\/plotData_restart.gnu","new_file":"boinc_software\/monitor-boinc-server\/general-activity\/archive\/plotData_restart.gnu","new_contents":"reset\n\nrestartFile='\/home\/amereghe\/Documents\/notebooks\/simulations\/code development\/general notes\/boinc\/monitoring restarts\/restart.txt\/restart.txt'\nstuckFile='..\/assimilatorStuck.txt'\nrestaFile='..\/assimilatorRestart.txt'\n\nset xdata time\nset timefmt '%Y-%m-%d %H:%M:%S'\n# set format x '%Y-%m-%d'\nset format x '%Y-%m-%d %H:%M'\nset xtics 3600*24 rotate by 90 right\nset grid xtics lt 0 lw 1\n# tMin=strptime(\"%Y-%m-%d %H:%M:%S\",\"2017-02-01 00:00:00\")\n# tMin=strptime(\"%Y-%m-%d %H:%M:%S\",\"2017-06-15 00:00:00\")\ntMin=strptime(\"%Y-%m-%d %H:%M:%S\",\"2017-12-10 00:00:00\")\nset xrange [tMin:*]\nybar=300\nM=0.1\n# typical enlarged window size: 1900,400\n# trigger use of png or interactive windows: 0: png, 1: interactive\nlinteractive=0\nlprintDate=0 # 0: no date\/time in png name; 1: date\/time in png name\nxSizeWdw=1600#regular: 1000\nySizeWdw=400#regular: 400\n\nif ( lprintDate==0 ) {\nrightNowPNG=''\n} else {\nrightNowPNG=system('date +\"_%F_%H-%M-%S\"')\n}\n\n# ------------------------------------------------------------------------------\n# general overview of server status\n# ------------------------------------------------------------------------------\ncurrTitle='server overview'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/serverOverview'.rightNowPNG.'.png'\n} else {\nset term qt 0 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/ready to send [10^3]'\nset ytics nomirror\nset y2label 'tasks waiting for assimilation' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nnLines=system(\"wc -l \".restaFile.\" | awk '{print ($1)}'\")\nplot \\\n '< cat 201[7-8]-??\/server_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x%.1f)',1.0\/M),\\\n '' index 0 using 1:6 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle,\\\n restartFile index 0 using 1:(ybar) with impulses lt -1 lw 2 notitle,\\\n '< paste '.stuckFile.' '.restaFile.' | head -n'.nLines index 0 using 1:(0.5*ybar):1:3 with xerrorbars lt -1 lw 1 notitle\n \nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n\n# credit\ncurrTitle='credit'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/creditOverview'.rightNowPNG.'.png'\n} else {\nset term qt 1 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset title currTitle\nset key outside horizontal\nset ylabel 'recent credit (users\/computers) [10^3]' tc rgb 'red'\nset ytics nomirror tc rgb 'red'\nset y2label 'total credit (users\/computers) [10^3]' tc rgb 'magenta'\nset y2tics tc rgb 'magenta'\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\nplot \\\n '< cat 201[7-8]-??\/server_status_????-??.dat' index 0 using 1:($10\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'users',\\\n '' index 0 using 1:($13\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'blue' title 'computers',\\\n '' index 0 using 1:($11\/1000) with linespoints axis x1y2 pt 7 ps 1 lt 1 lw 1 lc rgb 'magenta' notitle,\\\n '' index 0 using 1:($14\/1000) with linespoints axis x1y2 pt 7 ps 1 lt 1 lw 1 lc rgb 'cyan' notitle\n\n# gigaflops\ncurrTitle='TeraFLOPs' \nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/teraFLOPsOverview'.rightNowPNG.'.png'\n} else {\nset term qt 2 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset title currTitle\nset key outside horizontal\nset ylabel 'TeraFLOPs []' tc rgb 'black'\nset ytics mirror tc rgb 'black'\nunset y2label\nunset y2tics\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\nplot \\\n '< cat 201[7-8]-??\/server_status_????-??.dat' index 0 using 1:($16\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' notitle\nunset title\n\n# WUs waiting for validation\ncurrTitle='Validation' \nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/validationOverview'.rightNowPNG.'.png'\n} else {\nset term qt 3 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset title currTitle\nset key outside horizontal\nset ylabel 'WUs waiting for validation []' tc rgb 'black'\nset ytics mirror tc rgb 'black'\nunset y2label\nunset y2tics\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\nplot \\\n '< cat 201[7-8]-??\/server_status_????-??.dat' index 0 using 1:5 with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' notitle\nunset title\n\n# ------------------------------------------------------------------------------\n# sixtrack\n# ------------------------------------------------------------------------------\ncurrTitle='SixTrack app'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/sixtrackOverview'.rightNowPNG.'.png'\n} else {\nset term qt 4 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/unsent [10^3]'\nset ytics nomirror\nset y2label 'users in last 24h' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nset xtics rotate by 90 right\nset grid xtics lt 0 lw 1\nplot \\\n '< cat 201[7-8]-??\/SixTrack_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x%.1f)',1.0\/M),\\\n '' index 0 using 1:5 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle\nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n\n# ------------------------------------------------------------------------------\n# sixtracktest\n# ------------------------------------------------------------------------------\ncurrTitle='sixtracktest app'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/sixtracktestOverview'.rightNowPNG.'.png'\n} else {\nset term qt 5 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/unsent [10^3]'\nset ytics nomirror\nset y2label 'users in last 24h' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nset xtics rotate by 90 right\nset grid xtics lt 0 lw 1\nplot \\\n '< cat 201[7-8]-??\/sixtracktest_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x%.1f)',1.0\/M),\\\n '' index 0 using 1:5 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle\nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n","old_contents":"reset\n\nrestartFile='\/home\/amereghe\/Documents\/notebooks\/simulations\/code development\/general notes\/boinc\/monitoring restarts\/restart.txt\/restart.txt'\nstuckFile='..\/assimilatorStuck.txt'\nrestaFile='..\/assimilatorRestart.txt'\n\nset xdata time\nset timefmt '%Y-%m-%d %H:%M:%S'\nset format x '%Y-%m-%d %H:%M'\nset xtics 3600*24 rotate by 90 right\nset grid xtics lt 0 lw 1\ntMin=strptime(\"%Y-%m-%d %H:%M:%S\",\"2017-06-15 00:00:00\")\nset xrange [tMin:*]\nybar=500\nM=0.1\n# typical enlarged window size: 1900,400\n# trigger use of png or interactive windows: 0: png, 1: interactive\nlinteractive=1\nlprintDate=0 # 0: no date\/time in png name; 1: date\/time in png name\nxSizeWdw=1200#regular: 1000\nySizeWdw=400#regular: 400\n\nif ( lprintDate==0 ) {\nrightNowPNG=''\n} else {\nrightNowPNG=system('date +\"_%F_%H-%M-%S\"')\n}\n\n# ------------------------------------------------------------------------------\n# general overview of server status\n# ------------------------------------------------------------------------------\ncurrTitle='server overview'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/serverOverview'.rightNowPNG.'.png'\n} else {\nset term qt 0 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/ready to send [10^3]'\nset ytics nomirror\nset y2label 'tasks waiting for assimilation' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nnLines=system(\"wc -l \".restaFile.\" | awk '{print ($1)}'\")\nplot \\\n '< cat 2017-??\/server_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x1\/%.1f)',M),\\\n '' index 0 using 1:6 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle,\\\n restartFile index 0 using 1:(ybar) with impulses lt -1 lw 2 notitle,\\\n '< paste '.stuckFile.' '.restaFile.' | head -n'.nLines index 0 using 1:(0.5*ybar):1:3 with xerrorbars lt -1 lw 1 notitle\n \nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n\n# credit\ncurrTitle='credit'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/creditOverview'.rightNowPNG.'.png'\n} else {\nset term qt 1 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset title currTitle\nset key outside horizontal\nset ylabel 'recent credit (users\/computers) [10^3]' tc rgb 'red'\nset ytics nomirror tc rgb 'red'\nset y2label 'total credit (users\/computers) [10^3]' tc rgb 'magenta'\nset y2tics tc rgb 'magenta'\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\nplot \\\n '< cat 2017-??\/server_status_????-??.dat' index 0 using 1:($10\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'users',\\\n '' index 0 using 1:($13\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'blue' title 'computers',\\\n '' index 0 using 1:($11\/1000) with linespoints axis x1y2 pt 7 ps 1 lt 1 lw 1 lc rgb 'magenta' notitle,\\\n '' index 0 using 1:($14\/1000) with linespoints axis x1y2 pt 7 ps 1 lt 1 lw 1 lc rgb 'cyan' notitle\n\n# gigaflops\ncurrTitle='TeraFLOPs' \nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/teraFLOPsOverview'.rightNowPNG.'.png'\n} else {\nset term qt 2 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset title currTitle\nset key outside horizontal\nset ylabel 'TeraFLOPs []' tc rgb 'black'\nset ytics mirror tc rgb 'black'\nunset y2label\nunset y2tics\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\nplot \\\n '< cat 2017-??\/server_status_????-??.dat' index 0 using 1:($16\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' notitle\nunset title\n\n# WUs waiting for validation\ncurrTitle='Validation' \nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/validationOverview'.rightNowPNG.'.png'\n} else {\nset term qt 3 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset title currTitle\nset key outside horizontal\nset ylabel 'WUs waiting for validation []' tc rgb 'black'\nset ytics mirror tc rgb 'black'\nunset y2label\nunset y2tics\nset grid xtics ytics lt 0 lw 1 lc rgb 'black'\nplot \\\n '< cat 2017-??\/server_status_????-??.dat' index 0 using 1:5 with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' notitle\nunset title\n\n# ------------------------------------------------------------------------------\n# sixtrack\n# ------------------------------------------------------------------------------\ncurrTitle='SixTrack app'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/sixtrackOverview'.rightNowPNG.'.png'\n} else {\nset term qt 4 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/unsent [10^3]'\nset ytics nomirror\nset y2label 'users in last 24h' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nset xtics rotate by 90 right\nset grid xtics lt 0 lw 1\nplot \\\n '< cat 2017-??\/SixTrack_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x1\/%.1f)',M),\\\n '' index 0 using 1:5 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle\nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n\n# ------------------------------------------------------------------------------\n# sixtracktest\n# ------------------------------------------------------------------------------\ncurrTitle='sixtracktest app'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/sixtracktestOverview'.rightNowPNG.'.png'\n} else {\nset term qt 5 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset multiplot title currTitle\nset key outside horizontal\nset ylabel 'tasks in progress\/unsent [10^3]'\nset ytics nomirror\nset y2label 'users in last 24h' tc rgb 'blue'\nset y2tics tc rgb 'blue'\nset xtics rotate by 90 right\nset grid xtics lt 0 lw 1\nplot \\\n '< cat 2017-??\/sixtracktest_status_????-??.dat' index 0 using 1:($4\/1000) with linespoints pt 7 ps 1 lt 1 lw 1 lc rgb 'red' title 'in progress',\\\n '' index 0 using 1:($3\/1000*M) with linespoints pt 7 ps 1 lt 2 lw 1 lc rgb 'green' title 'ready to send '.gprintf('(x1\/%.1f)',M),\\\n '' index 0 using 1:5 with linespoints axis x1y2 pt 7 ps 1 lt 2 lw 1 lc rgb 'blue' notitle\nunset grid\nset grid ytics lt 0 lw 1\nreplot\nunset grid\nset grid y2tics lt 0 lw 1 lc rgb 'blue'\nreplot\nunset multiplot\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"fe96a4c9c42f94fe0127fba2c3aae450d13f7107","subject":"make: use gobjcopy if objcopy is not available","message":"make: use gobjcopy if objcopy is not available\n\n","repos":"adjih\/RIOT,cladmi\/RIOT,mtausig\/RIOT,OlegHahm\/RIOT,foss-for-synopsys-dwc-arc-processors\/RIOT,miri64\/RIOT,Ell-i\/RIOT,rfuentess\/RIOT,kerneltask\/RIOT,neiljay\/RIOT,gebart\/RIOT,gautric\/RIOT,gebart\/RIOT,thomaseichinger\/RIOT,LudwigOrtmann\/RIOT,beurdouche\/RIOT,cladmi\/RIOT,miri64\/RIOT,gautric\/RIOT,katezilla\/RIOT,Ell-i\/RIOT,A-Paul\/RIOT,authmillenon\/RIOT,LudwigOrtmann\/RIOT,miri64\/RIOT,ks156\/RIOT,dkm\/RIOT,yogo1212\/RIOT,dkm\/RIOT,backenklee\/RIOT,cladmi\/RIOT,Josar\/RIOT,kb2ma\/RIOT,ant9000\/RIOT,kb2ma\/RIOT,kerneltask\/RIOT,A-Paul\/RIOT,avmelnikoff\/RIOT,aeneby\/RIOT,kaspar030\/RIOT,authmillenon\/RIOT,josephnoir\/RIOT,ks156\/RIOT,foss-for-synopsys-dwc-arc-processors\/RIOT,OlegHahm\/RIOT,plushvoxel\/RIOT,kb2ma\/RIOT,kaleb-himes\/RIOT,kbumsik\/RIOT,rfuentess\/RIOT,toonst\/RIOT,josephnoir\/RIOT,cladmi\/RIOT,yogo1212\/RIOT,mfrey\/RIOT,smlng\/RIOT,Hyungsin\/RIOT-OS,jbeyerstedt\/RIOT-OTA-update,jasonatran\/RIOT,gautric\/RIOT,BytesGalore\/RIOT,hamilton-mote\/RIOT-OS,Josar\/RIOT,RIOT-OS\/RIOT,kYc0o\/RIOT,neumodisch\/RIOT,thomaseichinger\/RIOT,rfuentess\/RIOT,plushvoxel\/RIOT,Ell-i\/RIOT,adjih\/RIOT,basilfx\/RIOT,foss-for-synopsys-dwc-arc-processors\/RIOT,neumodisch\/RIOT,plushvoxel\/RIOT,OTAkeys\/RIOT,ks156\/RIOT,beurdouche\/RIOT,lazytech-org\/RIOT,BytesGalore\/RIOT,basilfx\/RIOT,immesys\/RiSyn,dailab\/RIOT,rfuentess\/RIOT,adrianghc\/RIOT,alignan\/RIOT,plushvoxel\/RIOT,adrianghc\/RIOT,jfischer-phytec-iot\/RIOT,BytesGalore\/RIOT,backenklee\/RIOT,backenklee\/RIOT,A-Paul\/RIOT,yogo1212\/RIOT,adrianghc\/RIOT,biboc\/RIOT,mfrey\/RIOT,kbumsik\/RIOT,biboc\/RIOT,hamilton-mote\/RIOT-OS,thomaseichinger\/RIOT,kbumsik\/RIOT,authmillenon\/RIOT,syin2\/RIOT,jbeyerstedt\/RIOT-OTA-update,LudwigKnuepfer\/RIOT,dkm\/RIOT,Hyungsin\/RIOT-OS,dailab\/RIOT,Ell-i\/RIOT,LudwigKnuepfer\/RIOT,Josar\/RIOT,biboc\/RIOT,A-Paul\/RIOT,BytesGalore\/RIOT,roberthartung\/RIOT,BytesGalore\/RIOT,ant9000\/RIOT,dkm\/RIOT,kYc0o\/RIOT,LudwigKnuepfer\/RIOT,Josar\/RIOT,neumodisch\/RIOT,hamilton-mote\/RIOT-OS,immesys\/RiSyn,kaspar030\/RIOT,kYc0o\/RIOT,jasonatran\/RIOT,alignan\/RIOT,basilfx\/RIOT,gautric\/RIOT,mtausig\/RIOT,Ell-i\/RIOT,smlng\/RIOT,adrianghc\/RIOT,kerneltask\/RIOT,mtausig\/RIOT,yogo1212\/RIOT,avmelnikoff\/RIOT,kYc0o\/RIOT,immesys\/RiSyn,neiljay\/RIOT,aeneby\/RIOT,A-Paul\/RIOT,roberthartung\/RIOT,foss-for-synopsys-dwc-arc-processors\/RIOT,biboc\/RIOT,tfar\/RIOT,lazytech-org\/RIOT,kaspar030\/RIOT,gebart\/RIOT,immesys\/RiSyn,jfischer-phytec-iot\/RIOT,LudwigOrtmann\/RIOT,plushvoxel\/RIOT,roberthartung\/RIOT,LudwigKnuepfer\/RIOT,OTAkeys\/RIOT,dkm\/RIOT,x3ro\/RIOT,tfar\/RIOT,kaspar030\/RIOT,OTAkeys\/RIOT,RIOT-OS\/RIOT,toonst\/RIOT,neumodisch\/RIOT,toonst\/RIOT,LudwigKnuepfer\/RIOT,yogo1212\/RIOT,kb2ma\/RIOT,TobiasFredersdorf\/RIOT,cladmi\/RIOT,kaleb-himes\/RIOT,TobiasFredersdorf\/RIOT,lazytech-org\/RIOT,miri64\/RIOT,aeneby\/RIOT,avmelnikoff\/RIOT,RIOT-OS\/RIOT,aeneby\/RIOT,x3ro\/RIOT,neumodisch\/RIOT,josephnoir\/RIOT,miri64\/RIOT,alignan\/RIOT,Hyungsin\/RIOT-OS,RIOT-OS\/RIOT,beurdouche\/RIOT,beurdouche\/RIOT,katezilla\/RIOT,yogo1212\/RIOT,josephnoir\/RIOT,jasonatran\/RIOT,TobiasFredersdorf\/RIOT,jfischer-phytec-iot\/RIOT,TobiasFredersdorf\/RIOT,biboc\/RIOT,authmillenon\/RIOT,mtausig\/RIOT,neiljay\/RIOT,adjih\/RIOT,alignan\/RIOT,x3ro\/RIOT,ant9000\/RIOT,RIOT-OS\/RIOT,x3ro\/RIOT,adrianghc\/RIOT,thomaseichinger\/RIOT,syin2\/RIOT,kaleb-himes\/RIOT,neiljay\/RIOT,mfrey\/RIOT,x3ro\/RIOT,authmillenon\/RIOT,tfar\/RIOT,avmelnikoff\/RIOT,ant9000\/RIOT,kerneltask\/RIOT,jbeyerstedt\/RIOT-OTA-update,smlng\/RIOT,mfrey\/RIOT,kb2ma\/RIOT,mtausig\/RIOT,LudwigOrtmann\/RIOT,neumodisch\/RIOT,lazytech-org\/RIOT,toonst\/RIOT,toonst\/RIOT,katezilla\/RIOT,kaleb-himes\/RIOT,OlegHahm\/RIOT,syin2\/RIOT,roberthartung\/RIOT,jfischer-phytec-iot\/RIOT,immesys\/RiSyn,gebart\/RIOT,jbeyerstedt\/RIOT-OTA-update,kerneltask\/RIOT,backenklee\/RIOT,Josar\/RIOT,TobiasFredersdorf\/RIOT,ks156\/RIOT,LudwigOrtmann\/RIOT,kbumsik\/RIOT,thomaseichinger\/RIOT,katezilla\/RIOT,jfischer-phytec-iot\/RIOT,dailab\/RIOT,kbumsik\/RIOT,neiljay\/RIOT,jbeyerstedt\/RIOT-OTA-update,OTAkeys\/RIOT,dailab\/RIOT,beurdouche\/RIOT,immesys\/RiSyn,Hyungsin\/RIOT-OS,katezilla\/RIOT,aeneby\/RIOT,OlegHahm\/RIOT,syin2\/RIOT,ks156\/RIOT,gebart\/RIOT,backenklee\/RIOT,authmillenon\/RIOT,kaleb-himes\/RIOT,ant9000\/RIOT,foss-for-synopsys-dwc-arc-processors\/RIOT,roberthartung\/RIOT,basilfx\/RIOT,LudwigOrtmann\/RIOT,tfar\/RIOT,rfuentess\/RIOT,tfar\/RIOT,OlegHahm\/RIOT,basilfx\/RIOT,jasonatran\/RIOT,alignan\/RIOT,adjih\/RIOT,Hyungsin\/RIOT-OS,hamilton-mote\/RIOT-OS,dailab\/RIOT,lazytech-org\/RIOT,kYc0o\/RIOT,syin2\/RIOT,jasonatran\/RIOT,adjih\/RIOT,avmelnikoff\/RIOT,kaspar030\/RIOT,josephnoir\/RIOT,OTAkeys\/RIOT,smlng\/RIOT,hamilton-mote\/RIOT-OS,mfrey\/RIOT,gautric\/RIOT,smlng\/RIOT","old_file":"cpu\/Makefile.include.gnu","new_file":"cpu\/Makefile.include.gnu","new_contents":"export GDBPREFIX ?= $(PREFIX)\nexport CC = $(PREFIX)gcc\nexport CXX = $(PREFIX)g++\nifeq ($(LTO),1)\nexport AR = $(PREFIX)gcc-ar\nelse\nexport AR = $(PREFIX)ar\nendif\nexport AS = $(PREFIX)as\nexport LINK = $(PREFIX)gcc\nexport SIZE = $(PREFIX)size\nexport OBJCOPY = $(shell command -v $(PREFIX)objcopy gobjcopy objcopy | head -n 1)\nifeq ($(OBJCOPY),)\n$(warning objcopy not found. Hex file will not be created.)\nexport OBJCOPY = true\nendif\nexport OBJDUMP = $(PREFIX)objdump\nexport DBG = $(GDBPREFIX)gdb\n","old_contents":"export GDBPREFIX ?= $(PREFIX)\nexport CC = $(PREFIX)gcc\nexport CXX = $(PREFIX)g++\nifeq ($(LTO),1)\nexport AR = $(PREFIX)gcc-ar\nelse\nexport AR = $(PREFIX)ar\nendif\nexport AS = $(PREFIX)as\nexport LINK = $(PREFIX)gcc\nexport SIZE = $(PREFIX)size\nexport OBJCOPY = $(PREFIX)objcopy\nexport OBJDUMP = $(PREFIX)objdump\nexport DBG = $(GDBPREFIX)gdb\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"dad626b402a07ec1d3414e29a7a3cb0e9c4918f7","subject":"graph12 update","message":"graph12 update\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph12.gp","new_file":"graphs\/graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset style fill solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"black\" \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" \\\n ,'' using ($1+utc_offset):5 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"black\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($3+$4+$5+$6) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($3+$4+$5) fc \"blue\" \\\n ,'' using ($1+utc_offset):($3+$4) fc \"yellow\" \\\n ,'' using ($1+utc_offset):3 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):2 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset style fill solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"black\" \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" \\\n ,'' using ($1+utc_offset):5 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"black\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" \\\n ,'' using ($1+utc_offset):5 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"9474d8c66a4c1830f18911b81bb530f2552c7bee","subject":"Roomtemperature not showing","message":"Roomtemperature not showing\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph25.gp","new_file":"graph25.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of various temperature sensors\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql25.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Temperature trends\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\"\n#set autoscale y2\n#set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/bonediagd\/Tdiag.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql25.csv\" using ($2+utc_offset):3 title \"TMP36 [degC]\" with points pt 6 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \"DHT22 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql23.csv\" using ($2+utc_offset):4 title \"BMP183 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql24.csv\" using ($2+utc_offset):3 title \"DS18B20 [degC]\" with points pt 5 ps 0.2\\\n# ,\"\/tmp\/sql21.csv\" using ($2+utc_offset):3 title \"Room [degC]\" with dots\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of various temperature sensors\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql25.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Temperature trends\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\"\n#set autoscale y2\n#set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/bonediagd\/Tdiag.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):3 title \"Room [degC]\" with points pt 6 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \"DHT22 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql23.csv\" using ($2+utc_offset):4 title \"BMP183 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql24.csv\" using ($2+utc_offset):3 title \"DS18B20 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql25.csv\" using ($2+utc_offset):3 title \"TMP36 [degC]\" with dots\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"6a104802830b03a5ba29f23dc0e4eecb1c9bfb19","subject":"Add overcount percentage to overcounting.gnuplot","message":"Add overcount percentage to overcounting.gnuplot\n","repos":"lasp-lang\/evaluation","old_file":"overcounting.gnuplot","new_file":"overcounting.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80\n\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\n\nset output outputname\nset xlabel \"Clients\"\nset ylabel \"Overcounted (%)\"\n\nset key bottom right\n\n# set yrange [0:*]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80\n\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\n\nset output outputname\nset xlabel \"Clients\"\nset ylabel \"Divergence\"\n\nset key bottom right\n\n# set yrange [0:*]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"da8ed23d398d4642aeb9ca5a09233433fcf51feb","subject":"reverse key","message":"reverse key\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box reverse\nset key samplen .2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc \"#229922\" \\\n , '' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\" \\\n , '' using ($2+utc_offset):5 title \"load 5min\" with dots lc \"black\" axes x1y2\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc \"#229922\" \\\n , '' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\" \\\n , '' using ($2+utc_offset):5 title \"load 5min\" with dots lc \"black\" axes x1y2\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"748908d283a3c13d3055c1fc8787f11fce775838","subject":"20160406T2153","message":"20160406T2153\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc \"green\"\\\n , '' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\"\\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\n#set style data histogram\n#set style histogram columnstacked\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"waiting\" fc \"yellow\"\\\n , '' using ($2+utc_offset):($10+$11+$12) title \"idle\" fc \"green\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"blue\"\\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\"\n# plot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Load [degC]\" axes x1y2 with dots\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"234570a33b8733016ad12b5f40d8900de7183532","subject":"load is a thin line","message":"load is a thin line\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc \"#229922\" \\\n , '' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\" \\\n , '' using ($2+utc_offset):5 title \"load 5min\" with lines lw 0.1 lc \"black\" axes x1y2\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc \"#229922\" \\\n , '' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\" \\\n , '' using ($2+utc_offset):5 title \"load 5min\" with dots lc \"black\" axes x1y2\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b846c073576521539d50d9cd3db1eee848bc3a04","subject":"20160110T1600","message":"20160110T1600\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [T2_min+utc_offset:T2_max+utc_offset]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot fname using ($2+utc_offset):4 title \"Temperature [degC]\" with points pointtype 5\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pointtype 5\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".utc_offset.\"-\"\n\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pointtype 5\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pointtype 5\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"3b4a9cb987848006e7b47b3c19c88fc7fd55926e","subject":"Fixed upper bound shown for the largest bin of the \"binned problem size\" diagram.","message":"Fixed upper bound shown for the largest bin of the \"binned problem size\" diagram.\n","repos":"maxhutch\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 <= MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance Distribution (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=9 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth Consumption\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK^{1\/3})\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.2\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance Distribution (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=9 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth Consumption\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK^{1\/3})\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.2\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"0060a0324fd479e57196229f9e6da6e59ebaf1e8","subject":"updated file to plot multiple graphs","message":"updated file to plot multiple graphs\n","repos":"hdznrrd\/helperscripts,hdznrrd\/helperscripts,hdznrrd\/helperscripts","old_file":"gnuplot\/shackspace\/members.plot","new_file":"gnuplot\/shackspace\/members.plot","new_contents":"set xdata time\nset timefmt \"%Y-%m-%d\"\nset terminal png\nset xzeroaxis lt -1\n\n\n\nset output \"membersdelta.png\"\nplot \"membersdelta.dat\" using 1:2\n\n\nset output \"memberscummulative.png\"\nplot \"memberscummulative.dat\" using 1:2 with steps\n\n","old_contents":"set xdata time\nset timefmt \"%Y-%m-%d\"\nset terminal png\nset output \"membersdelta.png\"\nplot \"membersdelta.dat\" using 1:2 with boxes\nset output \"memberscummulative.png\"\nplot \"memberscummulative.dat\" using 1:2 with boxes\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f9aedc5fa0f9b458e232e0fa50f95b97e886348b","subject":"import fix","message":"import fix\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/ur_option.plt","new_file":"U-238\/u\/ur_option.plt","new_contents":":- use_module(u(ur_option)).\n:- use_module(library(assoc)).\n:- use_module(u(v)).\n\n:- begin_tests(ur_option, [setup(setup_options)]).\n\ntest(options_to_assoc1) :-\n options_object(test_pred1, [], O),\n O \/ [options_in, nested] ^= [In, Nested],\n assertion(In == []),\n is_assoc(Nested),\n assoc_to_list(Nested, NL),\n assertion(NL == []).\n\ntest(options_to_assoc2) :-\n options_object(test_pred1, [length(1)], O),\n O \/ nested ^= Nested,\n is_assoc(Nested),\n assoc_to_list(Nested, NL),\n assertion(NL == []).\n\ntest(options_to_assoc3) :-\n options_object(test_pred10, [length(1), empty], O),\n O \/ nested ^= Nested,\n is_assoc(Nested),\n assoc_to_list(Nested, NL),\n assertion(NL == []).\n\ntest(options_to_assoc4) :-\n options_object(test_pred10, [test_pred10_a-[z]], O),\n O \/ nested ^= Nested,\n is_assoc(Nested),\n assoc_to_list(Nested, [test_pred10_a-NO]),\n assertion(NO\/z =^= z).\n\ntest(options_to_assoc5) :-\n options_object(test_pred10, [test_pred10_a-[z], test_pred10_b-[zz]], O),\n O \/ nested ^= Nested,\n is_assoc(Nested),\n get_assoc(test_pred10_a, Nested, NO1),\n get_assoc(test_pred10_b, Nested, NO2),\n assertion(NO1\/z =^= z),\n assertion(NO2\/zz =^= zz).\n\ntest(options_to_assoc6) :-\n options_object(test_pred10, \n mod1:[test_pred10_a-[z], test_pred10_b-[zz]], \n O),\n O \/ [context_module, nested] ^= [Module, Nested],\n assertion(Module == mod1),\n is_assoc(Nested),\n get_assoc(test_pred10_a, Nested, NO1),\n get_assoc(test_pred10_b, Nested, NO2),\n assertion(NO1\/z =^= z),\n assertion(NO2\/zz =^= zz).\n\ntest(options_to_assoc7) :-\n options_object(test_pred10, \n [empty, test_pred10_a-[z], test_pred10_b-[zz]], \n O),\n O \/ [nested, length] ^= [Nested, Length],\n assertion(Length == [empty]),\n is_assoc(Nested),\n get_assoc(test_pred10_a, Nested, NO1),\n get_assoc(test_pred10_b, Nested, NO2),\n assertion(NO1\/z =^= z),\n assertion(NO2\/zz =^= zz).\n\ntest(options_to_assoc8) :-\n options_object(test_pred10, \n [test_pred10_a-[z], length(4), \n test_pred10_b-[zz], length(5)], O),\n O \/ [nested, length] ^= [Nested, Length1],\n msort(Length1, Length),\n assertion(Length == [length(4), length(5)]),\n is_assoc(Nested),\n get_assoc(test_pred10_a, Nested, NO1),\n get_assoc(test_pred10_b, Nested, NO2),\n assertion(NO1\/z =^= z),\n assertion(NO2\/zz =^= zz).\n\ntest(single_option_nonrep, [setup(setup_options)]) :-\n\n options_object(test_pred1, [height(-1), length(3)], Obj),\n assertion(Obj \/ length =^= length(3)),\n assertion(Obj \/ height =^= height(-1)).\n\ntest(single_option_unknown,\n [error(domain_error(valid_option, Option), _)]) :-\n\n Option = width(3),\n options_object(test_pred1, [Option], _).\n\ntest(single_option_no_default, [setup(setup_options)]) :-\n\n options_object(test_pred1, [], Obj),\n Obj \/ length ^= Length,\n assertion(Length =@= _).\n\ntest(single_option_default, [setup(setup_options)]) :-\n\n options_object(test_pred3, [], Obj),\n assertion(Obj \/ length =^= length(4)).\n\ntest(single_option_default_overriden, [setup(setup_options)]) :-\n\n options_object(test_pred3, [length(3)], Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep1,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(_)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep2,\n [error(domain_error(nonrepeating_options, Options),\n _)]) :-\n\n Options = [length(3), length(3)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep3,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(4)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_meta1) :-\n\n\n options_object(test_pred2, [generator(test_pred1)],\n Obj),\n context_module(That),\n assertion(Obj \/ generator\n =^= generator(That:test_pred1)).\n\ntest(single_option_meta2) :-\n\n options_object(test_pred2, [generator(dummy:test_pred1)],\n Obj),\n assertion(Obj \/ generator\n =^= generator(dummy:test_pred1)).\n\ntest(single_option_meta3) :-\n\n options_object(test_pred1, [length(_:test_pred1)],\n Obj),\n assertion(Obj \/ length =^= length(_:test_pred1)).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [meta_option(length\/1), default(len(3))],\n ur_options(test_pred4, [Rule]).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [option(length\/1), default(length(3, 4))],\n ur_options(test_pred5, [Rule]).\n\ntest(single_option_repeated1,\n [error(invalid_option_definition(Options), _)]\n ) :-\n\n Options = [[option(length\/1)],\n [option(width\/1)],\n [option(length\/1)]],\n ur_options(test_pred6, Options).\n\ntest(single_option_repeated2) :-\n\n ur_options(test_pred7, [[option(length\/1)],\n [option(width\/1)],\n [option(length\/3)]]).\n\ntest(group_option_repeated1,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [[group(length),\n option(length\/1), option(length\/3)],\n [option(width\/1)],\n [option(length\/3)]],\n ur_options(test_pred8, O).\n\ntest(group_option1) :-\n options_object(test_pred9,\n [empty, generator(test_pred1)],\n Obj),\n context_module(That),\n assertion(Obj \/ length =^= empty),\n assertion(Obj\/generator=^=generator(That:test_pred1)).\n\ntest(group_option2,\n [error(domain_error(one_option_per_group, _), _)]) :-\n\n options_object(test_pred9,\n [empty, generator(test_pred1),\n length(1)], _).\n\ntest(group_option3) :-\n options_object(test_pred9, [], Obj),\n assertion(Obj \/ length =^= _).\n\ntest(multi_group_option1) :-\n\n OL = [empty, length(5), length(5), length(9)],\n options_object(test_pred10, OL, Obj),\n Obj \/ length ^= OL2,\n msort(OL2, OL3),\n msort(OL, OL4),\n assertion(OL3 == OL4).\n\ntest(multi_group_option2,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [multi_group(length),\n option(empty\/0), option(length\/1),\n option(length\/1)],\n ur_options(test_pred11, [O]).\n\ntest(multi_group_option3,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [multi_group(length),\n option(empty\/0), option(length\/1),\n meta_option(length\/1)],\n ur_options(test_pred12, [O]).\n\ntest(multi_group_option4,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [multi_group(length),\n option(empty\/0), option(length\/1),\n default(empty\/0)],\n ur_options(test_pred13, [O]).\n\ntest(multi_group_option5,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [multi_group(length),\n option(empty\/0), option(length\/1),\n default([length\/1, width\/2])],\n ur_options(test_pred14, [O]).\n\ntest(options_group_list1, [List =@= [length(_)]]) :-\n options_group_list(test_pred1, length, List1),\n msort(List1, List).\n\ntest(options_group_list2, List =@= [generator(_)]) :-\n options_group_list(test_pred2, generator, List1),\n msort(List1, List).\n\ntest(options_group_list3,\n List =@= [empty, length(_), length_pred(_), length(_, _)]) :-\n options_group_list(test_pred9, length, List1),\n msort(List1, List).\n\ntest(options_group_list4,\n List =@= [empty, length(_), length_pred(_), length(_, _)]) :-\n options_group_list(test_pred10, length, List1),\n msort(List1, List).\n\nsetup_options :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n ur_options(test_pred1,\n [[option(length\/1)], [option(height\/1)]]),\n ur_options(test_pred2,\n [[meta_option(generator\/1)]]),\n ur_options(test_pred3,\n [[option(length\/1), default(length(4))]]),\n ur_options(test_pred9,\n [[group(length), option(empty\/0),\n option(length\/1), option(length\/2),\n meta_option(length_pred\/1)],\n [meta_option(generator\/1)]]),\n ur_options(test_pred10,\n [[multi_group(length), option(empty\/0),\n option(length\/1), option(length\/2),\n default([empty, length(1, 80)]),\n meta_option(length_pred\/1)],\n [meta_option(generator\/1)]]),\n ur_options(global:test_pred10_a, [[option(z\/0)]]),\n ur_options(global:test_pred10_b, [[option(zz\/0)]]).\n\ntest_pred1(_).\ntest_pred2(_).\ntest_pred3(_).\ntest_pred4(_).\ntest_pred5(_).\ntest_pred6(_).\ntest_pred7(_).\ntest_pred8(_).\ntest_pred9(_).\ntest_pred10(_).\ntest_pred11(_).\ntest_pred12(_).\ntest_pred13(_).\ntest_pred14(_).\n\n:- end_tests(ur_option).\n","old_contents":":- use_module(ur_option).\n:- use_module(library(assoc)).\n:- use_module(u(v)).\n\n:- begin_tests(ur_option, [setup(setup_options)]).\n\ntest(options_to_assoc1) :-\n options_object(test_pred1, [], O),\n O \/ [options_in, nested] ^= [In, Nested],\n assertion(In == []),\n is_assoc(Nested),\n assoc_to_list(Nested, NL),\n assertion(NL == []).\n\ntest(options_to_assoc2) :-\n options_object(test_pred1, [length(1)], O),\n O \/ nested ^= Nested,\n is_assoc(Nested),\n assoc_to_list(Nested, NL),\n assertion(NL == []).\n\ntest(options_to_assoc3) :-\n options_object(test_pred10, [length(1), empty], O),\n O \/ nested ^= Nested,\n is_assoc(Nested),\n assoc_to_list(Nested, NL),\n assertion(NL == []).\n\ntest(options_to_assoc4) :-\n options_object(test_pred10, [test_pred10_a-[z]], O),\n O \/ nested ^= Nested,\n is_assoc(Nested),\n assoc_to_list(Nested, [test_pred10_a-NO]),\n assertion(NO\/z =^= z).\n\ntest(options_to_assoc5) :-\n options_object(test_pred10, [test_pred10_a-[z], test_pred10_b-[zz]], O),\n O \/ nested ^= Nested,\n is_assoc(Nested),\n get_assoc(test_pred10_a, Nested, NO1),\n get_assoc(test_pred10_b, Nested, NO2),\n assertion(NO1\/z =^= z),\n assertion(NO2\/zz =^= zz).\n\ntest(options_to_assoc6) :-\n options_object(test_pred10, \n mod1:[test_pred10_a-[z], test_pred10_b-[zz]], \n O),\n O \/ [context_module, nested] ^= [Module, Nested],\n assertion(Module == mod1),\n is_assoc(Nested),\n get_assoc(test_pred10_a, Nested, NO1),\n get_assoc(test_pred10_b, Nested, NO2),\n assertion(NO1\/z =^= z),\n assertion(NO2\/zz =^= zz).\n\ntest(options_to_assoc7) :-\n options_object(test_pred10, \n [empty, test_pred10_a-[z], test_pred10_b-[zz]], \n O),\n O \/ [nested, length] ^= [Nested, Length],\n assertion(Length == [empty]),\n is_assoc(Nested),\n get_assoc(test_pred10_a, Nested, NO1),\n get_assoc(test_pred10_b, Nested, NO2),\n assertion(NO1\/z =^= z),\n assertion(NO2\/zz =^= zz).\n\ntest(options_to_assoc8) :-\n options_object(test_pred10, \n [test_pred10_a-[z], length(4), \n test_pred10_b-[zz], length(5)], O),\n O \/ [nested, length] ^= [Nested, Length1],\n msort(Length1, Length),\n assertion(Length == [length(4), length(5)]),\n is_assoc(Nested),\n get_assoc(test_pred10_a, Nested, NO1),\n get_assoc(test_pred10_b, Nested, NO2),\n assertion(NO1\/z =^= z),\n assertion(NO2\/zz =^= zz).\n\ntest(single_option_nonrep, [setup(setup_options)]) :-\n\n options_object(test_pred1, [height(-1), length(3)], Obj),\n assertion(Obj \/ length =^= length(3)),\n assertion(Obj \/ height =^= height(-1)).\n\ntest(single_option_unknown,\n [error(domain_error(valid_option, Option), _)]) :-\n\n Option = width(3),\n options_object(test_pred1, [Option], _).\n\ntest(single_option_no_default, [setup(setup_options)]) :-\n\n options_object(test_pred1, [], Obj),\n Obj \/ length ^= Length,\n assertion(Length =@= _).\n\ntest(single_option_default, [setup(setup_options)]) :-\n\n options_object(test_pred3, [], Obj),\n assertion(Obj \/ length =^= length(4)).\n\ntest(single_option_default_overriden, [setup(setup_options)]) :-\n\n options_object(test_pred3, [length(3)], Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep1,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(_)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep2,\n [error(domain_error(nonrepeating_options, Options),\n _)]) :-\n\n Options = [length(3), length(3)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep3,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(4)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_meta1) :-\n\n\n options_object(test_pred2, [generator(test_pred1)],\n Obj),\n context_module(That),\n assertion(Obj \/ generator\n =^= generator(That:test_pred1)).\n\ntest(single_option_meta2) :-\n\n options_object(test_pred2, [generator(dummy:test_pred1)],\n Obj),\n assertion(Obj \/ generator\n =^= generator(dummy:test_pred1)).\n\ntest(single_option_meta3) :-\n\n options_object(test_pred1, [length(_:test_pred1)],\n Obj),\n assertion(Obj \/ length =^= length(_:test_pred1)).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [meta_option(length\/1), default(len(3))],\n ur_options(test_pred4, [Rule]).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [option(length\/1), default(length(3, 4))],\n ur_options(test_pred5, [Rule]).\n\ntest(single_option_repeated1,\n [error(invalid_option_definition(Options), _)]\n ) :-\n\n Options = [[option(length\/1)],\n [option(width\/1)],\n [option(length\/1)]],\n ur_options(test_pred6, Options).\n\ntest(single_option_repeated2) :-\n\n ur_options(test_pred7, [[option(length\/1)],\n [option(width\/1)],\n [option(length\/3)]]).\n\ntest(group_option_repeated1,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [[group(length),\n option(length\/1), option(length\/3)],\n [option(width\/1)],\n [option(length\/3)]],\n ur_options(test_pred8, O).\n\ntest(group_option1) :-\n options_object(test_pred9,\n [empty, generator(test_pred1)],\n Obj),\n context_module(That),\n assertion(Obj \/ length =^= empty),\n assertion(Obj\/generator=^=generator(That:test_pred1)).\n\ntest(group_option2,\n [error(domain_error(one_option_per_group, _), _)]) :-\n\n options_object(test_pred9,\n [empty, generator(test_pred1),\n length(1)], _).\n\ntest(group_option3) :-\n options_object(test_pred9, [], Obj),\n assertion(Obj \/ length =^= _).\n\ntest(multi_group_option1) :-\n\n OL = [empty, length(5), length(5), length(9)],\n options_object(test_pred10, OL, Obj),\n Obj \/ length ^= OL2,\n msort(OL2, OL3),\n msort(OL, OL4),\n assertion(OL3 == OL4).\n\ntest(multi_group_option2,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [multi_group(length),\n option(empty\/0), option(length\/1),\n option(length\/1)],\n ur_options(test_pred11, [O]).\n\ntest(multi_group_option3,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [multi_group(length),\n option(empty\/0), option(length\/1),\n meta_option(length\/1)],\n ur_options(test_pred12, [O]).\n\ntest(multi_group_option4,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [multi_group(length),\n option(empty\/0), option(length\/1),\n default(empty\/0)],\n ur_options(test_pred13, [O]).\n\ntest(multi_group_option5,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [multi_group(length),\n option(empty\/0), option(length\/1),\n default([length\/1, width\/2])],\n ur_options(test_pred14, [O]).\n\ntest(options_group_list1, [List =@= [length(_)]]) :-\n options_group_list(test_pred1, length, List1),\n msort(List1, List).\n\ntest(options_group_list2, List =@= [generator(_)]) :-\n options_group_list(test_pred2, generator, List1),\n msort(List1, List).\n\ntest(options_group_list3,\n List =@= [empty, length(_), length_pred(_), length(_, _)]) :-\n options_group_list(test_pred9, length, List1),\n msort(List1, List).\n\ntest(options_group_list4,\n List =@= [empty, length(_), length_pred(_), length(_, _)]) :-\n options_group_list(test_pred10, length, List1),\n msort(List1, List).\n\nsetup_options :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n ur_options(test_pred1,\n [[option(length\/1)], [option(height\/1)]]),\n ur_options(test_pred2,\n [[meta_option(generator\/1)]]),\n ur_options(test_pred3,\n [[option(length\/1), default(length(4))]]),\n ur_options(test_pred9,\n [[group(length), option(empty\/0),\n option(length\/1), option(length\/2),\n meta_option(length_pred\/1)],\n [meta_option(generator\/1)]]),\n ur_options(test_pred10,\n [[multi_group(length), option(empty\/0),\n option(length\/1), option(length\/2),\n default([empty, length(1, 80)]),\n meta_option(length_pred\/1)],\n [meta_option(generator\/1)]]),\n ur_options(global:test_pred10_a, [[option(z\/0)]]),\n ur_options(global:test_pred10_b, [[option(zz\/0)]]).\n\ntest_pred1(_).\ntest_pred2(_).\ntest_pred3(_).\ntest_pred4(_).\ntest_pred5(_).\ntest_pred6(_).\ntest_pred7(_).\ntest_pred8(_).\ntest_pred9(_).\ntest_pred10(_).\ntest_pred11(_).\ntest_pred12(_).\ntest_pred13(_).\ntest_pred14(_).\n\n:- end_tests(ur_option).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"9aabb1f8657e3daab9095aa72cca033e01b4b3f4","subject":"Add initial gnuplot data plotting script","message":"Add initial gnuplot data plotting script\n","repos":"paultcochrane\/beppo,paultcochrane\/beppo","old_file":"plot_commits.gnu","new_file":"plot_commits.gnu","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"artistic-2.0","lang":"Gnuplot"} {"commit":"22d2b05b452bb43ad364fc7afd1994980eff6a72","subject":"Add obj_sort_parents_bug1 UT","message":"Add obj_sort_parents_bug1 UT\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n obj_field(HTTP_Citizen, cookie_db_key, Key1),\n obj_field(HTTP_Citizen_Copy, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"ce3783aea97229849102ce9e7fa291804fbf527d","subject":"Tweaked cavity.plt.","message":"Tweaked cavity.plt.\n","repos":"mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,mdavidsaver\/jmbgsddb","old_file":"gnuplot\/cavity.plt","new_file":"gnuplot\/cavity.plt","new_contents":"# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 0;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = \"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = \"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = \"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = \"Multipole41\/CaviMlp_EFocus2_41.txt\";\n# Quadrupole.\nfile5 = \"Multipole41\/CaviMlp_EQuad_41.txt\";\n\n# Tranverse higher order H-field [A\/m] ([A] for dipole) vs. z [mm]\nfile6 = \"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = \"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = \"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = \"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\174\\174} [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus1 & EFocus2\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3, \\\n file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A\/m]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A\/m]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset multiplot;\n\nset size 1.0, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Thin Lens Model: Longitudinal Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_{\/Symbol \\174\\174} [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($4) notitle with impulses ls 1;\n\nset origin 0.0, 0.0;\nset title \"Transverse Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_{\/Symbol \\\\136} [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($6) axis x1y2 notitle with impulses ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","old_contents":"# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 1;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = \"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = \"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = \"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = \"Multipole41\/CaviMlp_EFocus2_41.txt\";\n# Quadrupole.\nfile5 = \"Multipole41\/CaviMlp_EQuad_41.txt\";\n\n# Tranverse higher order H-field [A\/m] ([A] for dipole) vs. z [mm]\nfile6 = \"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = \"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = \"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = \"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\174\\174} [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus1 & EFocus2\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3, \\\n file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A\/m]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A\/m]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset multiplot;\n\nset size 1.0, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Thin Lens Model: Longitudinal Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_{\/Symbol \\174\\174} [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($4) notitle with impulses ls 1;\n\nset origin 0.0, 0.0;\nset title \"Transverse Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_{\/Symbol \\\\136} [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($6) axis x1y2 notitle with impulses ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"39f46ae5ca54c490b010df8be8a9f4a7eeb2aa6c","subject":"fine-tuning","message":"fine-tuning\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph11.gp","new_file":"graphs\/graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,640\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ : ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):2:4 notitle with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#bb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,640\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ : ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2:4 notitle with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 title \" Temperature [degC]\" with lines lw 0.1 fc rgb \"#bb0000\"\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#bb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ce99baf74315388224e65e5fa7df6ec67fc60ef8","subject":"v6.42","message":"v6.42\n\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@11154 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret","old_file":"bench\/metafile_masters_v61_64\/bnplot-4.plt","new_file":"bench\/metafile_masters_v61_64\/bnplot-4.plt","new_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 10\/02\/25 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 9 1 1.00000 3\n 51 29 9 1 2.00000 3\n 52 29 15 1 1.00000 3\n 51 29 15 1 3.00000 3\n 52 29 4 1 1.00000 4\n 51 29 4 1 1.00000 4\n 52 29 10 1 1.00000 4\n 51 29 10 1 2.00000 4\n 52 29 16 1 1.00000 4\n 51 29 16 1 3.00000 4\n 52 29 5 1 1.00000 5\n 51 29 5 1 1.00000 5\n 52 29 11 1 1.00000 5\n 51 29 11 1 2.00000 5\n 52 29 17 1 1.00000 5\n 51 29 17 1 3.00000 5\n 52 29 6 1 1.00000 6\n 51 29 6 1 1.00000 6\n 52 29 12 1 1.00000 6\n 51 29 12 1 2.00000 6\n 52 29 18 1 1.00000 6\n 51 29 18 1 3.00000 6\n 56 39 1 0.00000 0.00000 0.00000\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 22 6 1\n 23 11 1.00000\n 24 6 1\n 25 6 1\n 26 6 3\n 27 11 1.00000\n 28 6 1\n 29 6 1\n 30 12 1 0\n 31 11 1.00000\n 32 11 0.00000\n 33 6 1\n 35 6 0\n 36 12 0 0\n 34 44 0.00000 0.00000 0.00000 0.00000\n 37 6 1\n 38 6 1\n 39 6 1\n 40 6 79\n 41 44 1.00000 0.00000 0.00000 1.00000\n 42 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0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 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336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 21 6 1\n 25 6 1\n 11 226 10 0.07756 0.46549 0.11732 0.47046 0.15708 0.47544 0.19684 0.48041 0.23659 0.48539 0.27635 0.49037 0.31611 0.49534 0.35587 0.50032 0.39562 0.50529 0.43538 0.51027\n 21 6 1\n 25 6 1\n 82 0\n 81 6 72\n 82 0\n 81 6 73\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.07756 0.46549 0.08015 0.46807\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47118 0.11732 0.47118\n 11 50 2 0.11473 0.46859 0.11991 0.47376\n 11 50 2 0.11473 0.47376 0.11991 0.46859\n 11 50 2 0.15708 0.47717 0.15708 0.47717\n 11 50 2 0.15449 0.47459 0.15966 0.47976\n 11 50 2 0.15449 0.47976 0.15966 0.47459\n 11 50 2 0.19684 0.48337 0.19684 0.48337\n 11 50 2 0.19425 0.48079 0.19942 0.48596\n 11 50 2 0.19425 0.48596 0.19942 0.48079\n 11 50 2 0.23659 0.48973 0.23659 0.48973\n 11 50 2 0.23401 0.48715 0.23918 0.49232\n 11 50 2 0.23401 0.49232 0.23918 0.48715\n 11 50 2 0.27635 0.49622 0.27635 0.49622\n 11 50 2 0.27377 0.49364 0.27894 0.49881\n 11 50 2 0.27377 0.49881 0.27894 0.49364\n 11 50 2 0.31611 0.50282 0.31611 0.50282\n 11 50 2 0.31352 0.50024 0.31869 0.50541\n 11 50 2 0.31352 0.50541 0.31869 0.50024\n 11 50 2 0.35587 0.50952 0.35587 0.50952\n 11 50 2 0.35328 0.50693 0.35845 0.51210\n 11 50 2 0.35328 0.51210 0.35845 0.50693\n 11 50 2 0.39562 0.51629 0.39562 0.51629\n 11 50 2 0.39304 0.51371 0.39821 0.51888\n 11 50 2 0.39304 0.51888 0.39821 0.51371\n 11 50 2 0.43538 0.52315 0.43538 0.52315\n 11 50 2 0.43280 0.52056 0.43538 0.52315\n 11 50 2 0.43280 0.52573 0.43538 0.52315\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.00388 0.42994 0.00905 0.43511\n 11 50 2 0.00388 0.43511 0.00905 0.42994\n 11 50 2 0.00646 0.43253 0.00646 0.43253\n 11 50 2 0.00388 0.42994 0.00905 0.43511\n 11 50 2 0.00388 0.43511 0.00905 0.42994\n 11 50 2 0.02682 0.43253 0.02682 0.43253\n 11 50 2 0.02424 0.42994 0.02941 0.43511\n 11 50 2 0.02424 0.43511 0.02941 0.42994\n 11 50 2 0.04718 0.43253 0.04718 0.43253\n 11 50 2 0.04460 0.42994 0.04977 0.43511\n 11 50 2 0.04460 0.43511 0.04977 0.42994\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.03359 0.42496 0.03359 0.42496\n 82 0\n 81 6 74\n 82 0\n 81 6 75\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.07756 0.46549 0.08144 0.46937\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47194 0.11732 0.47194\n 11 50 2 0.11344 0.46807 0.12120 0.47582\n 11 50 2 0.11344 0.47582 0.12120 0.46807\n 11 50 2 0.15708 0.47911 0.15708 0.47911\n 11 50 2 0.15320 0.47523 0.16096 0.48299\n 11 50 2 0.15320 0.48299 0.16096 0.47523\n 11 50 2 0.19684 0.48677 0.19684 0.48677\n 11 50 2 0.19296 0.48290 0.20071 0.49065\n 11 50 2 0.19296 0.49065 0.20071 0.48290\n 11 50 2 0.23659 0.49484 0.23659 0.49484\n 11 50 2 0.23271 0.49096 0.24047 0.49871\n 11 50 2 0.23271 0.49871 0.24047 0.49096\n 11 50 2 0.27635 0.50323 0.27635 0.50323\n 11 50 2 0.27247 0.49935 0.28023 0.50711\n 11 50 2 0.27247 0.50711 0.28023 0.49935\n 11 50 2 0.31611 0.51191 0.31611 0.51191\n 11 50 2 0.31223 0.50803 0.31999 0.51579\n 11 50 2 0.31223 0.51579 0.31999 0.50803\n 11 50 2 0.35587 0.52084 0.35587 0.52084\n 11 50 2 0.35199 0.51696 0.35974 0.52472\n 11 50 2 0.35199 0.52472 0.35974 0.51696\n 11 50 2 0.39562 0.53000 0.39562 0.53000\n 11 50 2 0.39175 0.52612 0.39950 0.53388\n 11 50 2 0.39175 0.53388 0.39950 0.52612\n 11 50 2 0.43538 0.53937 0.43538 0.53937\n 11 50 2 0.43150 0.53549 0.43538 0.53937\n 11 50 2 0.43150 0.54324 0.43538 0.53937\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.00259 0.41701 0.01034 0.42477\n 11 50 2 0.00259 0.42477 0.01034 0.41701\n 11 50 2 0.00646 0.42089 0.00646 0.42089\n 11 50 2 0.00259 0.41701 0.01034 0.42477\n 11 50 2 0.00259 0.42477 0.01034 0.41701\n 11 50 2 0.02682 0.42089 0.02682 0.42089\n 11 50 2 0.02295 0.41701 0.03070 0.42477\n 11 50 2 0.02295 0.42477 0.03070 0.41701\n 11 50 2 0.04718 0.42089 0.04718 0.42089\n 11 50 2 0.04331 0.41701 0.05106 0.42477\n 11 50 2 0.04331 0.42477 0.05106 0.41701\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.03359 0.41333 0.03359 0.41333\n 82 0\n 81 6 76\n 82 0\n 81 6 77\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.07756 0.46549 0.08015 0.46807\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47276 0.11732 0.47276\n 11 50 2 0.11473 0.47018 0.11991 0.47535\n 11 50 2 0.11473 0.47535 0.11991 0.47018\n 11 50 2 0.15708 0.48127 0.15708 0.48127\n 11 50 2 0.15449 0.47868 0.15966 0.48385\n 11 50 2 0.15449 0.48385 0.15966 0.47868\n 11 50 2 0.19684 0.49068 0.19684 0.49068\n 11 50 2 0.19425 0.48809 0.19942 0.49326\n 11 50 2 0.19425 0.49326 0.19942 0.48809\n 11 50 2 0.23659 0.50083 0.23659 0.50083\n 11 50 2 0.23401 0.49824 0.23918 0.50341\n 11 50 2 0.23401 0.50341 0.23918 0.49824\n 11 50 2 0.27635 0.51161 0.27635 0.51161\n 11 50 2 0.27377 0.50903 0.27894 0.51420\n 11 50 2 0.27377 0.51420 0.27894 0.50903\n 11 50 2 0.31611 0.52295 0.31611 0.52295\n 11 50 2 0.31352 0.52037 0.31869 0.52554\n 11 50 2 0.31352 0.52554 0.31869 0.52037\n 11 50 2 0.35587 0.53479 0.35587 0.53479\n 11 50 2 0.35328 0.53220 0.35845 0.53737\n 11 50 2 0.35328 0.53737 0.35845 0.53220\n 11 50 2 0.39562 0.54708 0.39562 0.54708\n 11 50 2 0.39304 0.54449 0.39821 0.54966\n 11 50 2 0.39304 0.54966 0.39821 0.54449\n 11 50 2 0.43538 0.55978 0.43538 0.55978\n 11 50 2 0.43280 0.55720 0.43538 0.55978\n 11 50 2 0.43280 0.56237 0.43538 0.55978\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.00388 0.40667 0.00905 0.41184\n 11 50 2 0.00388 0.41184 0.00905 0.40667\n 11 50 2 0.00646 0.40926 0.00646 0.40926\n 11 50 2 0.00388 0.40667 0.00905 0.41184\n 11 50 2 0.00388 0.41184 0.00905 0.40667\n 11 50 2 0.02682 0.40926 0.02682 0.40926\n 11 50 2 0.02424 0.40667 0.02941 0.41184\n 11 50 2 0.02424 0.41184 0.02941 0.40667\n 11 50 2 0.04718 0.40926 0.04718 0.40926\n 11 50 2 0.04460 0.40667 0.04977 0.41184\n 11 50 2 0.04460 0.41184 0.04977 0.40667\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.03359 0.40170 0.03359 0.40170\n 82 0\n 81 6 78\n 82 0\n 81 6 79\n 21 6 1\n 25 6 1\n 21 6 11\n 25 6 11\n 11 50 2 0.07756 0.46549 0.09744 0.46549\n 11 50 2 0.09744 0.47364 0.13720 0.47364\n 11 50 2 0.13720 0.48368 0.17696 0.48368\n 11 50 2 0.17696 0.49516 0.21671 0.49516\n 11 50 2 0.21671 0.50787 0.25647 0.50787\n 11 50 2 0.25647 0.52164 0.29623 0.52164\n 11 50 2 0.29623 0.53636 0.33599 0.53636\n 11 50 2 0.33599 0.55195 0.37574 0.55195\n 11 50 2 0.37574 0.56835 0.41550 0.56835\n 11 50 2 0.41550 0.58549 0.43538 0.58549\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 11\n 25 6 11\n 11 72 3 0.00646 0.39762 0.00646 0.39762 0.04718 0.39762\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.03359 0.39006 0.03359 0.39006\n 82 0\n 81 6 80\n 82 0\n 81 6 81\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 446 20 0.07756 0.46549 0.09744 0.46549 0.09744 0.47459 0.13720 0.47459 0.13720 0.48637 0.17696 0.48637 0.17696 0.50032 0.21671 0.50032 0.21671 0.51614 0.25647 0.51614 0.25647 0.53363 0.29623 0.53363 0.29623 0.55266 0.33599 0.55266 0.33599 0.57309 0.37574 0.57309 0.37574 0.59485 0.41550 0.59485 0.41550 0.61784 0.43538 0.61784\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 72 3 0.00646 0.38599 0.00646 0.38599 0.04718 0.38599\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.05463 0.38857 0.05463 0.38340\n 11 72 3 0.05636 0.38513 0.05833 0.38636 0.06030 0.38513\n 11 72 3 0.05636 0.38513 0.05833 0.38611 0.06030 0.38513\n 11 94 4 0.06251 0.38759 0.06300 0.38783 0.06374 0.38857 0.06374 0.38340\n 11 116 5 0.06719 0.38390 0.06694 0.38365 0.06719 0.38340 0.06744 0.38365 0.06719 0.38390\n 11 380 17 0.07211 0.38857 0.06965 0.38857 0.06941 0.38636 0.06965 0.38660 0.07039 0.38685 0.07113 0.38685 0.07187 0.38660 0.07236 0.38611 0.07261 0.38537 0.07261 0.38488 0.07236 0.38414 0.07187 0.38365 0.07113 0.38340 0.07039 0.38340 0.06965 0.38365 0.06941 0.38390 0.06916 0.38439\n 11 50 2 0.03359 0.37843 0.03359 0.37843\n 82 0\n 81 6 82\n 82 0\n 81 6 83\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.07756 0.46775 0.07756 0.46775 0.07869 0.46549\n 11 50 2 0.11732 0.47560 0.11732 0.47560\n 11 94 4 0.11506 0.47333 0.11732 0.47786 0.11958 0.47333 0.11506 0.47333\n 11 50 2 0.15708 0.48937 0.15708 0.48937\n 11 94 4 0.15482 0.48711 0.15708 0.49163 0.15934 0.48711 0.15482 0.48711\n 11 50 2 0.19684 0.50623 0.19684 0.50623\n 11 94 4 0.19457 0.50397 0.19684 0.50850 0.19910 0.50397 0.19457 0.50397\n 11 50 2 0.23659 0.52585 0.23659 0.52585\n 11 94 4 0.23433 0.52359 0.23659 0.52811 0.23886 0.52359 0.23433 0.52359\n 11 50 2 0.27635 0.54798 0.27635 0.54798\n 11 94 4 0.27409 0.54572 0.27635 0.55025 0.27861 0.54572 0.27409 0.54572\n 11 50 2 0.31611 0.57245 0.31611 0.57245\n 11 94 4 0.31385 0.57019 0.31611 0.57471 0.31837 0.57019 0.31385 0.57019\n 11 50 2 0.35587 0.59911 0.35587 0.59911\n 11 94 4 0.35360 0.59685 0.35587 0.60137 0.35813 0.59685 0.35360 0.59685\n 11 50 2 0.39562 0.62785 0.39562 0.62785\n 11 94 4 0.39336 0.62559 0.39562 0.63012 0.39789 0.62559 0.39336 0.62559\n 11 50 2 0.43538 0.65858 0.43538 0.65858\n 11 50 2 0.43312 0.65632 0.43472 0.65952\n 11 50 2 0.43538 0.65632 0.43312 0.65632\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 94 4 0.08176 0.47434 0.08403 0.47887 0.08629 0.47434 0.08176 0.47434\n 11 50 2 0.08403 0.47661 0.08403 0.47661\n 11 94 4 0.08176 0.47434 0.08403 0.47887 0.08629 0.47434 0.08176 0.47434\n 11 50 2 0.10031 0.47661 0.10031 0.47661\n 11 94 4 0.09805 0.47434 0.10031 0.47887 0.10258 0.47434 0.09805 0.47434\n 11 50 2 0.11660 0.47661 0.11660 0.47661\n 11 94 4 0.11434 0.47434 0.11660 0.47887 0.11886 0.47434 0.11434 0.47434\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.05463 0.38857 0.05463 0.38340\n 11 72 3 0.05636 0.38513 0.05833 0.38636 0.06030 0.38513\n 11 72 3 0.05636 0.38513 0.05833 0.38611 0.06030 0.38513\n 11 94 4 0.06251 0.38759 0.06300 0.38783 0.06374 0.38857 0.06374 0.38340\n 11 116 5 0.06719 0.38390 0.06694 0.38365 0.06719 0.38340 0.06744 0.38365 0.06719 0.38390\n 11 380 17 0.07211 0.38857 0.06965 0.38857 0.06941 0.38636 0.06965 0.38660 0.07039 0.38685 0.07113 0.38685 0.07187 0.38660 0.07236 0.38611 0.07261 0.38537 0.07261 0.38488 0.07236 0.38414 0.07187 0.38365 0.07113 0.38340 0.07039 0.38340 0.06965 0.38365 0.06941 0.38390 0.06916 0.38439\n 11 50 2 0.12295 0.47867 0.12295 0.47454\n 11 72 3 0.12433 0.47592 0.12590 0.47690 0.12748 0.47592\n 11 72 3 0.12433 0.47592 0.12590 0.47670 0.12748 0.47592\n 11 94 4 0.12925 0.47789 0.12965 0.47808 0.13024 0.47867 0.13024 0.47454\n 11 116 5 0.13299 0.47493 0.13280 0.47473 0.13299 0.47454 0.13319 0.47473 0.13299 0.47493\n 11 512 23 0.13713 0.47808 0.13693 0.47848 0.13634 0.47867 0.13595 0.47867 0.13536 0.47848 0.13496 0.47789 0.13477 0.47690 0.13477 0.47592 0.13496 0.47513 0.13536 0.47473 0.13595 0.47454 0.13615 0.47454 0.13674 0.47473 0.13713 0.47513 0.13733 0.47572 0.13733 0.47592 0.13713 0.47651 0.13674 0.47690 0.13615 0.47710 0.13595 0.47710 0.13536 0.47690 0.13496 0.47651 0.13477 0.47592\n 11 50 2 0.09816 0.46956 0.09816 0.46956\n 82 0\n 81 6 84\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 85\n 21 6 1\n 25 6 1\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 50 2 0.52861 0.49080 0.53585 0.49080\n 11 226 10 0.52861 0.49080 0.52861 0.49391 0.52896 0.49494 0.52930 0.49529 0.52999 0.49563 0.53068 0.49563 0.53137 0.49529 0.53171 0.49494 0.53206 0.49391 0.53206 0.49080\n 11 50 2 0.53206 0.49322 0.53585 0.49563\n 11 50 2 0.52861 0.49977 0.53585 0.49701\n 11 50 2 0.52861 0.49977 0.53585 0.50252\n 11 50 2 0.53344 0.49804 0.53344 0.50149\n 11 50 2 0.52861 0.50425 0.53585 0.50425\n 11 50 2 0.52861 0.50425 0.53585 0.50907\n 11 50 2 0.52861 0.50907 0.53585 0.50907\n 11 50 2 0.52861 0.51183 0.53585 0.51183\n 11 270 12 0.52861 0.51183 0.52861 0.51425 0.52896 0.51528 0.52965 0.51597 0.53034 0.51631 0.53137 0.51666 0.53309 0.51666 0.53413 0.51631 0.53482 0.51597 0.53551 0.51528 0.53585 0.51425 0.53585 0.51183\n 11 226 10 0.52861 0.51907 0.53378 0.51907 0.53482 0.51942 0.53551 0.52011 0.53585 0.52114 0.53585 0.52183 0.53551 0.52286 0.53482 0.52355 0.53378 0.52390 0.52861 0.52390\n 11 226 10 0.52723 0.52907 0.52792 0.52838 0.52896 0.52769 0.53034 0.52700 0.53206 0.52666 0.53344 0.52666 0.53516 0.52700 0.53654 0.52769 0.53757 0.52838 0.53826 0.52907\n 11 50 2 0.52861 0.53148 0.53585 0.53148\n 11 50 2 0.52723 0.53424 0.53826 0.53424\n 11 50 2 0.52723 0.53458 0.53826 0.53458\n 11 50 2 0.52723 0.53424 0.52723 0.53665\n 11 50 2 0.53826 0.53424 0.53826 0.53665\n 11 50 2 0.52861 0.53907 0.53585 0.53907\n 11 50 2 0.53171 0.54182 0.53171 0.54803\n 11 50 2 0.53378 0.54182 0.53378 0.54803\n 11 94 4 0.52999 0.55148 0.52965 0.55216 0.52861 0.55320 0.53585 0.55320\n 11 116 5 0.53102 0.55802 0.53137 0.55768 0.53171 0.55802 0.53137 0.55837 0.53102 0.55802\n 11 116 5 0.53516 0.55802 0.53551 0.55768 0.53585 0.55802 0.53551 0.55837 0.53516 0.55802\n 11 94 4 0.52999 0.56182 0.52965 0.56251 0.52861 0.56354 0.53585 0.56354\n 11 380 17 0.52861 0.56975 0.52896 0.56871 0.52999 0.56802 0.53171 0.56768 0.53275 0.56768 0.53447 0.56802 0.53551 0.56871 0.53585 0.56975 0.53585 0.57043 0.53551 0.57147 0.53447 0.57216 0.53275 0.57250 0.53171 0.57250 0.52999 0.57216 0.52896 0.57147 0.52861 0.57043 0.52861 0.56975\n 11 50 2 0.52723 0.57664 0.53826 0.57664\n 11 50 2 0.52723 0.57698 0.53826 0.57698\n 11 50 2 0.52723 0.57457 0.52723 0.57698\n 11 50 2 0.53826 0.57457 0.53826 0.57698\n 11 50 2 0.52965 0.58284 0.53585 0.58284\n 11 50 2 0.53275 0.57974 0.53275 0.58595\n 11 94 4 0.52999 0.58939 0.52965 0.59008 0.52861 0.59112 0.53585 0.59112\n 11 380 17 0.52861 0.59732 0.52896 0.59629 0.52999 0.59560 0.53171 0.59525 0.53275 0.59525 0.53447 0.59560 0.53551 0.59629 0.53585 0.59732 0.53585 0.59801 0.53551 0.59905 0.53447 0.59974 0.53275 0.60008 0.53171 0.60008 0.52999 0.59974 0.52896 0.59905 0.52861 0.59801 0.52861 0.59732\n 11 50 2 0.52965 0.60560 0.53585 0.60560\n 11 50 2 0.53275 0.60249 0.53275 0.60870\n 11 50 2 0.52861 0.61146 0.53585 0.61146\n 11 50 2 0.52861 0.61146 0.52861 0.61594\n 11 50 2 0.53206 0.61146 0.53206 0.61421\n 11 50 2 0.53585 0.61146 0.53585 0.61594\n 11 50 2 0.52861 0.61801 0.53585 0.61801\n 11 226 10 0.52861 0.61801 0.52861 0.62111 0.52896 0.62214 0.52930 0.62249 0.52999 0.62283 0.53102 0.62283 0.53171 0.62249 0.53206 0.62214 0.53240 0.62111 0.53240 0.61801\n 11 446 20 0.52965 0.62973 0.52896 0.62904 0.52861 0.62800 0.52861 0.62662 0.52896 0.62559 0.52965 0.62490 0.53034 0.62490 0.53102 0.62525 0.53137 0.62559 0.53171 0.62628 0.53240 0.62835 0.53275 0.62904 0.53309 0.62938 0.53378 0.62973 0.53482 0.62973 0.53551 0.62904 0.53585 0.62800 0.53585 0.62662 0.53551 0.62559 0.53482 0.62490\n 11 226 10 0.52723 0.63179 0.52792 0.63248 0.52896 0.63317 0.53034 0.63386 0.53206 0.63421 0.53344 0.63421 0.53516 0.63386 0.53654 0.63317 0.53757 0.63248 0.53826 0.63179\n 11 50 2 0.69184 0.43737 0.69184 0.42962\n 11 226 10 0.69184 0.43737 0.69516 0.43737 0.69627 0.43700 0.69664 0.43663 0.69701 0.43590 0.69701 0.43516 0.69664 0.43442 0.69627 0.43405 0.69516 0.43368 0.69184 0.43368\n 11 50 2 0.69442 0.43368 0.69701 0.42962\n 11 50 2 0.70144 0.43737 0.69848 0.42962\n 11 50 2 0.70144 0.43737 0.70439 0.42962\n 11 50 2 0.69959 0.43220 0.70329 0.43220\n 11 50 2 0.70624 0.43737 0.70624 0.42962\n 11 50 2 0.70624 0.43737 0.71141 0.42962\n 11 50 2 0.71141 0.43737 0.71141 0.42962\n 11 50 2 0.71437 0.43737 0.71437 0.42962\n 11 270 12 0.71437 0.43737 0.71695 0.43737 0.71806 0.43700 0.71880 0.43626 0.71917 0.43553 0.71954 0.43442 0.71954 0.43257 0.71917 0.43146 0.71880 0.43072 0.71806 0.42999 0.71695 0.42962 0.71437 0.42962\n 11 226 10 0.72212 0.43737 0.72212 0.43183 0.72249 0.43072 0.72323 0.42999 0.72434 0.42962 0.72508 0.42962 0.72619 0.42999 0.72692 0.43072 0.72729 0.43183 0.72729 0.43737\n 11 226 10 0.73283 0.43885 0.73210 0.43811 0.73136 0.43700 0.73062 0.43553 0.73025 0.43368 0.73025 0.43220 0.73062 0.43036 0.73136 0.42888 0.73210 0.42777 0.73283 0.42703\n 11 50 2 0.73542 0.43737 0.73542 0.42962\n 11 50 2 0.73837 0.43885 0.73837 0.42703\n 11 50 2 0.73874 0.43885 0.73874 0.42703\n 11 50 2 0.73837 0.43885 0.74096 0.43885\n 11 50 2 0.73837 0.42703 0.74096 0.42703\n 11 50 2 0.74354 0.43737 0.74354 0.42962\n 11 50 2 0.74650 0.43405 0.75315 0.43405\n 11 50 2 0.74650 0.43183 0.75315 0.43183\n 11 94 4 0.75684 0.43590 0.75758 0.43626 0.75869 0.43737 0.75869 0.42962\n 11 116 5 0.76386 0.43479 0.76349 0.43442 0.76386 0.43405 0.76423 0.43442 0.76386 0.43479\n 11 116 5 0.76386 0.43036 0.76349 0.42999 0.76386 0.42962 0.76423 0.42999 0.76386 0.43036\n 11 94 4 0.76792 0.43590 0.76866 0.43626 0.76977 0.43737 0.76977 0.42962\n 11 380 17 0.77642 0.43737 0.77531 0.43700 0.77457 0.43590 0.77420 0.43405 0.77420 0.43294 0.77457 0.43109 0.77531 0.42999 0.77642 0.42962 0.77715 0.42962 0.77826 0.42999 0.77900 0.43109 0.77937 0.43294 0.77937 0.43405 0.77900 0.43590 0.77826 0.43700 0.77715 0.43737 0.77642 0.43737\n 11 50 2 0.78380 0.43885 0.78380 0.42703\n 11 50 2 0.78417 0.43885 0.78417 0.42703\n 11 50 2 0.78159 0.43885 0.78417 0.43885\n 11 50 2 0.78159 0.42703 0.78417 0.42703\n 11 50 2 0.79045 0.43626 0.79045 0.42962\n 11 50 2 0.78713 0.43294 0.79378 0.43294\n 11 50 2 0.79673 0.43737 0.79673 0.42962\n 11 50 2 0.79673 0.43737 0.80153 0.43737\n 11 50 2 0.79673 0.43368 0.79968 0.43368\n 11 50 2 0.79673 0.42962 0.80153 0.42962\n 11 50 2 0.80375 0.43737 0.80375 0.42962\n 11 226 10 0.80375 0.43737 0.80707 0.43737 0.80818 0.43700 0.80855 0.43663 0.80892 0.43590 0.80892 0.43479 0.80855 0.43405 0.80818 0.43368 0.80707 0.43331 0.80375 0.43331\n 11 446 20 0.81631 0.43626 0.81557 0.43700 0.81446 0.43737 0.81298 0.43737 0.81187 0.43700 0.81113 0.43626 0.81113 0.43553 0.81150 0.43479 0.81187 0.43442 0.81261 0.43405 0.81483 0.43331 0.81557 0.43294 0.81594 0.43257 0.81631 0.43183 0.81631 0.43072 0.81557 0.42999 0.81446 0.42962 0.81298 0.42962 0.81187 0.42999 0.81113 0.43072\n 11 226 10 0.81852 0.43885 0.81926 0.43811 0.82000 0.43700 0.82074 0.43553 0.82111 0.43368 0.82111 0.43220 0.82074 0.43036 0.82000 0.42888 0.81926 0.42777 0.81852 0.42703\n 21 6 1\n 25 6 1\n 11 50 2 0.83280 0.50365 0.83539 0.50624\n 11 50 2 0.83280 0.50624 0.83539 0.50365\n 11 50 2 0.93538 0.65125 0.93538 0.65125\n 11 50 2 0.93409 0.64996 0.93538 0.65125\n 11 50 2 0.93409 0.65255 0.93538 0.65125\n 11 50 2 0.67523 0.54741 0.67523 0.54741\n 11 50 2 0.67394 0.54611 0.67653 0.54870\n 11 50 2 0.67394 0.54870 0.67653 0.54611\n 11 50 2 0.57756 0.60423 0.57756 0.60423\n 11 50 2 0.57756 0.60423 0.57885 0.60553\n 11 50 2 0.57756 0.60423 0.57885 0.60294\n 11 50 2 0.80696 0.50744 0.80696 0.50744\n 11 50 2 0.80567 0.50615 0.80826 0.50873\n 11 50 2 0.80567 0.50873 0.80826 0.50615\n 11 50 2 0.88030 0.60643 0.88030 0.60643\n 11 50 2 0.87901 0.60514 0.88159 0.60773\n 11 50 2 0.87901 0.60773 0.88159 0.60514\n 11 50 2 0.57858 0.60479 0.57858 0.60479\n 11 50 2 0.57756 0.60377 0.57987 0.60608\n 11 50 2 0.57756 0.60580 0.57987 0.60350\n 11 50 2 0.59878 0.59661 0.59878 0.59661\n 11 50 2 0.59749 0.59532 0.60008 0.59790\n 11 50 2 0.59749 0.59790 0.60008 0.59532\n 11 50 2 0.65563 0.64584 0.65563 0.64584\n 11 50 2 0.65434 0.64455 0.65693 0.64714\n 11 50 2 0.65434 0.64714 0.65693 0.64455\n 11 50 2 0.72042 0.47787 0.72042 0.47787\n 11 50 2 0.71913 0.47658 0.72171 0.47916\n 11 50 2 0.71913 0.47916 0.72171 0.47658\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.63278 0.69817 0.63278 0.69817\n 82 0\n 81 6 86\n 82 0\n 81 6 87\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.90359 0.49093 0.90876 0.49610\n 11 50 2 0.90359 0.49610 0.90876 0.49093\n 11 50 2 0.65341 0.52095 0.65341 0.52095\n 11 50 2 0.65083 0.51837 0.65600 0.52354\n 11 50 2 0.65083 0.52354 0.65600 0.51837\n 11 50 2 0.87171 0.63119 0.87171 0.63119\n 11 50 2 0.86912 0.62860 0.87429 0.63378\n 11 50 2 0.86912 0.63378 0.87429 0.62860\n 11 50 2 0.80700 0.54795 0.80700 0.54795\n 11 50 2 0.80441 0.54537 0.80958 0.55054\n 11 50 2 0.80441 0.55054 0.80958 0.54537\n 11 50 2 0.78314 0.61562 0.78314 0.61562\n 11 50 2 0.78056 0.61304 0.78573 0.61821\n 11 50 2 0.78056 0.61821 0.78573 0.61304\n 11 50 2 0.63260 0.62285 0.63260 0.62285\n 11 50 2 0.63002 0.62026 0.63519 0.62543\n 11 50 2 0.63002 0.62543 0.63519 0.62026\n 11 50 2 0.76802 0.49394 0.76802 0.49394\n 11 50 2 0.76544 0.49135 0.77061 0.49652\n 11 50 2 0.76544 0.49652 0.77061 0.49135\n 11 50 2 0.64032 0.49844 0.64032 0.49844\n 11 50 2 0.63774 0.49586 0.64291 0.50103\n 11 50 2 0.63774 0.50103 0.64291 0.49586\n 11 50 2 0.64545 0.49036 0.64545 0.49036\n 11 50 2 0.64286 0.48777 0.64803 0.49294\n 11 50 2 0.64286 0.49294 0.64803 0.48777\n 11 50 2 0.61398 0.51178 0.61398 0.51178\n 11 50 2 0.61140 0.50919 0.61657 0.51436\n 11 50 2 0.61140 0.51436 0.61657 0.50919\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.50388 0.42994 0.50905 0.43511\n 11 50 2 0.50388 0.43511 0.50905 0.42994\n 11 50 2 0.50646 0.43253 0.50646 0.43253\n 11 50 2 0.50388 0.42994 0.50905 0.43511\n 11 50 2 0.50388 0.43511 0.50905 0.42994\n 11 50 2 0.52682 0.43253 0.52682 0.43253\n 11 50 2 0.52424 0.42994 0.52941 0.43511\n 11 50 2 0.52424 0.43511 0.52941 0.42994\n 11 50 2 0.54718 0.43253 0.54718 0.43253\n 11 50 2 0.54460 0.42994 0.54977 0.43511\n 11 50 2 0.54460 0.43511 0.54977 0.42994\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.62278 0.42994 0.62278 0.42994\n 82 0\n 81 6 88\n 82 0\n 81 6 89\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 160 7 0.57756 0.48689 0.78028 0.60625 0.65935 0.49938 0.62760 0.49167 0.75932 0.50821 0.79373 0.63926 0.57756 0.60347\n 11 94 4 0.57756 0.60241 0.68186 0.61587 0.63527 0.55047 0.91638 0.54568\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 72 3 0.50646 0.42089 0.50646 0.42089 0.54718 0.42089\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.62278 0.41831 0.62278 0.41831\n 82 0\n 81 6 90\n 82 0\n 81 6 91\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.72062 0.64059 0.72579 0.64576\n 11 50 2 0.72062 0.64576 0.72579 0.64059\n 11 50 2 0.72321 0.64317 0.87744 0.49161\n 11 50 2 0.87486 0.48903 0.88003 0.49420\n 11 50 2 0.87486 0.49420 0.88003 0.48903\n 11 50 2 0.87744 0.49161 0.77986 0.62322\n 11 50 2 0.77727 0.62064 0.78244 0.62581\n 11 50 2 0.77727 0.62581 0.78244 0.62064\n 11 50 2 0.77986 0.62322 0.72422 0.50542\n 11 50 2 0.72163 0.50284 0.72680 0.50801\n 11 50 2 0.72163 0.50801 0.72680 0.50284\n 11 50 2 0.72422 0.50542 0.57756 0.50160\n 11 50 2 0.57756 0.50382 0.79438 0.52471\n 11 50 2 0.79179 0.52212 0.79697 0.52729\n 11 50 2 0.79179 0.52729 0.79697 0.52212\n 11 50 2 0.79438 0.52471 0.82461 0.65779\n 11 50 2 0.82203 0.65521 0.82635 0.65952\n 11 50 2 0.82288 0.65952 0.82720 0.65521\n 11 50 2 0.82461 0.65779 0.77566 0.49014\n 11 50 2 0.77308 0.48755 0.77825 0.49272\n 11 50 2 0.77308 0.49272 0.77825 0.48755\n 11 50 2 0.77566 0.49014 0.67729 0.58305\n 11 50 2 0.67471 0.58046 0.67988 0.58563\n 11 50 2 0.67471 0.58563 0.67988 0.58046\n 11 50 2 0.67729 0.58305 0.91593 0.52370\n 11 50 2 0.91335 0.52111 0.91852 0.52628\n 11 50 2 0.91335 0.52628 0.91852 0.52111\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.50388 0.40667 0.50905 0.41184\n 11 50 2 0.50388 0.41184 0.50905 0.40667\n 11 50 2 0.50646 0.40926 0.50646 0.40926\n 11 50 2 0.50388 0.40667 0.50905 0.41184\n 11 50 2 0.50388 0.41184 0.50905 0.40667\n 11 50 2 0.50646 0.40926 0.52682 0.40926\n 11 50 2 0.52424 0.40667 0.52941 0.41184\n 11 50 2 0.52424 0.41184 0.52941 0.40667\n 11 50 2 0.52682 0.40926 0.54718 0.40926\n 11 50 2 0.54460 0.40667 0.54977 0.41184\n 11 50 2 0.54460 0.41184 0.54977 0.40667\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.62278 0.40667 0.62278 0.40667\n 82 0\n 81 6 92\n 82 0\n 81 6 93\n 21 6 1\n 25 6 1\n 21 6 7\n 25 6 7\n 11 116 5 0.79400 0.63046 0.79658 0.63046 0.79658 0.63304 0.79400 0.63304 0.79400 0.63046\n 11 50 2 0.59547 0.57691 0.59547 0.57691\n 11 116 5 0.59418 0.57561 0.59676 0.57561 0.59676 0.57820 0.59418 0.57820 0.59418 0.57561\n 11 50 2 0.93093 0.60895 0.93093 0.60895\n 11 116 5 0.92964 0.60766 0.93222 0.60766 0.93222 0.61025 0.92964 0.61025 0.92964 0.60766\n 11 50 2 0.60523 0.54694 0.60523 0.54694\n 11 116 5 0.60393 0.54565 0.60652 0.54565 0.60652 0.54823 0.60393 0.54823 0.60393 0.54565\n 11 50 2 0.81720 0.60756 0.81720 0.60756\n 11 116 5 0.81591 0.60627 0.81849 0.60627 0.81849 0.60886 0.81591 0.60886 0.81591 0.60627\n 11 50 2 0.66711 0.64316 0.66711 0.64316\n 11 116 5 0.66581 0.64186 0.66840 0.64186 0.66840 0.64445 0.66581 0.64445 0.66581 0.64186\n 11 50 2 0.80950 0.55760 0.80950 0.55760\n 11 116 5 0.80821 0.55631 0.81079 0.55631 0.81079 0.55890 0.80821 0.55890 0.80821 0.55631\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 7\n 25 6 7\n 11 116 5 0.50517 0.39633 0.50776 0.39633 0.50776 0.39891 0.50517 0.39891 0.50517 0.39633\n 11 50 2 0.50646 0.39762 0.50646 0.39762\n 11 116 5 0.50517 0.39633 0.50776 0.39633 0.50776 0.39891 0.50517 0.39891 0.50517 0.39633\n 11 50 2 0.52682 0.39762 0.52682 0.39762\n 11 116 5 0.52553 0.39633 0.52812 0.39633 0.52812 0.39891 0.52553 0.39891 0.52553 0.39633\n 11 50 2 0.54718 0.39762 0.54718 0.39762\n 11 116 5 0.54589 0.39633 0.54848 0.39633 0.54848 0.39891 0.54589 0.39891 0.54589 0.39633\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.62278 0.39504 0.62278 0.39504\n 82 0\n 81 6 94\n 82 0\n 81 6 95\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 50 2 0.68801 0.57520 0.68801 0.57520\n 11 94 4 0.68672 0.57390 0.68801 0.57649 0.68930 0.57390 0.68672 0.57390\n 11 50 2 0.64144 0.60845 0.64144 0.60845\n 11 94 4 0.64015 0.60715 0.64144 0.60974 0.64273 0.60715 0.64015 0.60715\n 11 50 2 0.71753 0.50154 0.71753 0.50154\n 11 94 4 0.71624 0.50025 0.71753 0.50284 0.71883 0.50025 0.71624 0.50025\n 11 50 2 0.88121 0.65169 0.88121 0.65169\n 11 94 4 0.87992 0.65039 0.88121 0.65298 0.88250 0.65039 0.87992 0.65039\n 11 50 2 0.91100 0.50939 0.91100 0.50939\n 11 94 4 0.90971 0.50810 0.91100 0.51069 0.91229 0.50810 0.90971 0.50810\n 11 50 2 0.70913 0.48767 0.70913 0.48767\n 11 94 4 0.70784 0.48638 0.70913 0.48897 0.71042 0.48638 0.70784 0.48638\n 11 50 2 0.80905 0.59151 0.80905 0.59151\n 11 94 4 0.80776 0.59022 0.80905 0.59280 0.81035 0.59022 0.80776 0.59022\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 94 4 0.50517 0.38470 0.50646 0.38728 0.50776 0.38470 0.50517 0.38470\n 11 50 2 0.50646 0.38599 0.50646 0.38599\n 11 94 4 0.50517 0.38470 0.50646 0.38728 0.50776 0.38470 0.50517 0.38470\n 11 50 2 0.52682 0.38599 0.52682 0.38599\n 11 94 4 0.52553 0.38470 0.52682 0.38728 0.52812 0.38470 0.52553 0.38470\n 11 50 2 0.54718 0.38599 0.54718 0.38599\n 11 94 4 0.54589 0.38470 0.54718 0.38728 0.54848 0.38470 0.54589 0.38470\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.55463 0.38857 0.55463 0.38340\n 11 226 10 0.55463 0.38857 0.55685 0.38857 0.55759 0.38833 0.55783 0.38808 0.55808 0.38759 0.55808 0.38710 0.55783 0.38660 0.55759 0.38636 0.55685 0.38611 0.55463 0.38611\n 11 50 2 0.55636 0.38611 0.55808 0.38340\n 11 50 2 0.56103 0.38857 0.55906 0.38340\n 11 50 2 0.56103 0.38857 0.56300 0.38340\n 11 50 2 0.55980 0.38513 0.56227 0.38513\n 11 50 2 0.56423 0.38857 0.56423 0.38340\n 11 50 2 0.56423 0.38857 0.56768 0.38340\n 11 50 2 0.56768 0.38857 0.56768 0.38340\n 11 50 2 0.56965 0.38857 0.56965 0.38340\n 11 270 12 0.56965 0.38857 0.57138 0.38857 0.57211 0.38833 0.57261 0.38783 0.57285 0.38734 0.57310 0.38660 0.57310 0.38537 0.57285 0.38463 0.57261 0.38414 0.57211 0.38365 0.57138 0.38340 0.56965 0.38340\n 11 226 10 0.57482 0.38857 0.57482 0.38488 0.57507 0.38414 0.57556 0.38365 0.57630 0.38340 0.57679 0.38340 0.57753 0.38365 0.57802 0.38414 0.57827 0.38488 0.57827 0.38857\n 11 226 10 0.58196 0.38956 0.58147 0.38907 0.58098 0.38833 0.58049 0.38734 0.58024 0.38611 0.58024 0.38513 0.58049 0.38390 0.58098 0.38291 0.58147 0.38217 0.58196 0.38168\n 11 50 2 0.58369 0.38857 0.58369 0.38340\n 11 50 2 0.58566 0.38956 0.58566 0.38168\n 11 50 2 0.58590 0.38956 0.58590 0.38168\n 11 50 2 0.58566 0.38956 0.58738 0.38956\n 11 50 2 0.58566 0.38168 0.58738 0.38168\n 11 50 2 0.58910 0.38857 0.58910 0.38340\n 11 50 2 0.59107 0.38636 0.59551 0.38636\n 11 50 2 0.59107 0.38488 0.59551 0.38488\n 11 94 4 0.59797 0.38759 0.59846 0.38783 0.59920 0.38857 0.59920 0.38340\n 11 116 5 0.60265 0.38685 0.60240 0.38660 0.60265 0.38636 0.60289 0.38660 0.60265 0.38685\n 11 116 5 0.60265 0.38390 0.60240 0.38365 0.60265 0.38340 0.60289 0.38365 0.60265 0.38390\n 11 94 4 0.60536 0.38759 0.60585 0.38783 0.60659 0.38857 0.60659 0.38340\n 11 380 17 0.61102 0.38857 0.61028 0.38833 0.60979 0.38759 0.60954 0.38636 0.60954 0.38562 0.60979 0.38439 0.61028 0.38365 0.61102 0.38340 0.61151 0.38340 0.61225 0.38365 0.61274 0.38439 0.61299 0.38562 0.61299 0.38636 0.61274 0.38759 0.61225 0.38833 0.61151 0.38857 0.61102 0.38857\n 11 50 2 0.61594 0.38956 0.61594 0.38168\n 11 50 2 0.61619 0.38956 0.61619 0.38168\n 11 50 2 0.61447 0.38956 0.61619 0.38956\n 11 50 2 0.61447 0.38168 0.61619 0.38168\n 11 50 2 0.62037 0.38783 0.62037 0.38340\n 11 50 2 0.61816 0.38562 0.62259 0.38562\n 11 94 4 0.62505 0.38759 0.62555 0.38783 0.62628 0.38857 0.62628 0.38340\n 11 380 17 0.63072 0.38857 0.62998 0.38833 0.62949 0.38759 0.62924 0.38636 0.62924 0.38562 0.62949 0.38439 0.62998 0.38365 0.63072 0.38340 0.63121 0.38340 0.63195 0.38365 0.63244 0.38439 0.63269 0.38562 0.63269 0.38636 0.63244 0.38759 0.63195 0.38833 0.63121 0.38857 0.63072 0.38857\n 11 50 2 0.63663 0.38783 0.63663 0.38340\n 11 50 2 0.63441 0.38562 0.63884 0.38562\n 11 50 2 0.64081 0.38857 0.64081 0.38340\n 11 50 2 0.64081 0.38857 0.64401 0.38857\n 11 50 2 0.64081 0.38611 0.64278 0.38611\n 11 50 2 0.64081 0.38340 0.64401 0.38340\n 11 50 2 0.64549 0.38857 0.64549 0.38340\n 11 226 10 0.64549 0.38857 0.64771 0.38857 0.64845 0.38833 0.64869 0.38808 0.64894 0.38759 0.64894 0.38685 0.64869 0.38636 0.64845 0.38611 0.64771 0.38586 0.64549 0.38586\n 11 446 20 0.65386 0.38783 0.65337 0.38833 0.65263 0.38857 0.65165 0.38857 0.65091 0.38833 0.65041 0.38783 0.65041 0.38734 0.65066 0.38685 0.65091 0.38660 0.65140 0.38636 0.65288 0.38586 0.65337 0.38562 0.65362 0.38537 0.65386 0.38488 0.65386 0.38414 0.65337 0.38365 0.65263 0.38340 0.65165 0.38340 0.65091 0.38365 0.65041 0.38414\n 11 226 10 0.65534 0.38956 0.65583 0.38907 0.65632 0.38833 0.65682 0.38734 0.65706 0.38611 0.65706 0.38513 0.65682 0.38390 0.65632 0.38291 0.65583 0.38217 0.65534 0.38168\n 11 50 2 0.62278 0.38340 0.62278 0.38340\n 82 0\n 81 6 96\n 82 0\n 81 6 97\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 50 2 0.61006 0.60663 0.61459 0.61116\n 11 50 2 0.61006 0.61116 0.61459 0.60663\n 11 50 2 0.61233 0.60663 0.61233 0.61116\n 11 50 2 0.61006 0.60890 0.61459 0.60890\n 11 50 2 0.81950 0.53190 0.81950 0.53190\n 11 50 2 0.81724 0.52964 0.82176 0.53416\n 11 50 2 0.81724 0.53416 0.82176 0.52964\n 11 50 2 0.81950 0.52964 0.81950 0.53416\n 11 50 2 0.81724 0.53190 0.82176 0.53190\n 11 50 2 0.88448 0.65898 0.88448 0.65898\n 11 50 2 0.88222 0.65672 0.88503 0.65952\n 11 50 2 0.88394 0.65952 0.88675 0.65672\n 11 50 2 0.88448 0.65672 0.88448 0.65952\n 11 50 2 0.88222 0.65898 0.88675 0.65898\n 11 50 2 0.87088 0.55216 0.87088 0.55216\n 11 50 2 0.86861 0.54990 0.87314 0.55442\n 11 50 2 0.86861 0.55442 0.87314 0.54990\n 11 50 2 0.87088 0.54990 0.87088 0.55442\n 11 50 2 0.86861 0.55216 0.87314 0.55216\n 11 50 2 0.69371 0.60973 0.69371 0.60973\n 11 50 2 0.69145 0.60746 0.69597 0.61199\n 11 50 2 0.69145 0.61199 0.69597 0.60746\n 11 50 2 0.69371 0.60746 0.69371 0.61199\n 11 50 2 0.69145 0.60973 0.69597 0.60973\n 11 50 2 0.70846 0.57395 0.70846 0.57395\n 11 50 2 0.70620 0.57169 0.71072 0.57621\n 11 50 2 0.70620 0.57621 0.71072 0.57169\n 11 50 2 0.70846 0.57169 0.70846 0.57621\n 11 50 2 0.70620 0.57395 0.71072 0.57395\n 11 50 2 0.66182 0.54084 0.66182 0.54084\n 11 50 2 0.65956 0.53857 0.66408 0.54310\n 11 50 2 0.65956 0.54310 0.66408 0.53857\n 11 50 2 0.66182 0.53857 0.66182 0.54310\n 11 50 2 0.65956 0.54084 0.66408 0.54084\n 11 50 2 0.69895 0.54778 0.69895 0.54778\n 11 50 2 0.69669 0.54552 0.70121 0.55005\n 11 50 2 0.69669 0.55005 0.70121 0.54552\n 11 50 2 0.69895 0.54552 0.69895 0.55005\n 11 50 2 0.69669 0.54778 0.70121 0.54778\n 11 50 2 0.70262 0.62542 0.70262 0.62542\n 11 50 2 0.70035 0.62315 0.70488 0.62768\n 11 50 2 0.70035 0.62768 0.70488 0.62315\n 11 50 2 0.70262 0.62315 0.70262 0.62768\n 11 50 2 0.70035 0.62542 0.70488 0.62542\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 50 2 0.58176 0.47434 0.58629 0.47887\n 11 50 2 0.58176 0.47887 0.58629 0.47434\n 11 50 2 0.58403 0.47434 0.58403 0.47887\n 11 50 2 0.58176 0.47661 0.58629 0.47661\n 11 50 2 0.58403 0.47661 0.58403 0.47661\n 11 50 2 0.58176 0.47434 0.58629 0.47887\n 11 50 2 0.58176 0.47887 0.58629 0.47434\n 11 50 2 0.58403 0.47434 0.58403 0.47887\n 11 50 2 0.58176 0.47661 0.58629 0.47661\n 11 50 2 0.60031 0.47661 0.60031 0.47661\n 11 50 2 0.59805 0.47434 0.60258 0.47887\n 11 50 2 0.59805 0.47887 0.60258 0.47434\n 11 50 2 0.60031 0.47434 0.60031 0.47887\n 11 50 2 0.59805 0.47661 0.60258 0.47661\n 11 50 2 0.61660 0.47661 0.61660 0.47661\n 11 50 2 0.61434 0.47434 0.61886 0.47887\n 11 50 2 0.61434 0.47887 0.61886 0.47434\n 11 50 2 0.61660 0.47434 0.61660 0.47887\n 11 50 2 0.61434 0.47661 0.61886 0.47661\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.55463 0.38857 0.55463 0.38340\n 11 226 10 0.55463 0.38857 0.55685 0.38857 0.55759 0.38833 0.55783 0.38808 0.55808 0.38759 0.55808 0.38710 0.55783 0.38660 0.55759 0.38636 0.55685 0.38611 0.55463 0.38611\n 11 50 2 0.55636 0.38611 0.55808 0.38340\n 11 50 2 0.56103 0.38857 0.55906 0.38340\n 11 50 2 0.56103 0.38857 0.56300 0.38340\n 11 50 2 0.55980 0.38513 0.56227 0.38513\n 11 50 2 0.56423 0.38857 0.56423 0.38340\n 11 50 2 0.56423 0.38857 0.56768 0.38340\n 11 50 2 0.56768 0.38857 0.56768 0.38340\n 11 50 2 0.56965 0.38857 0.56965 0.38340\n 11 270 12 0.56965 0.38857 0.57138 0.38857 0.57211 0.38833 0.57261 0.38783 0.57285 0.38734 0.57310 0.38660 0.57310 0.38537 0.57285 0.38463 0.57261 0.38414 0.57211 0.38365 0.57138 0.38340 0.56965 0.38340\n 11 226 10 0.57482 0.38857 0.57482 0.38488 0.57507 0.38414 0.57556 0.38365 0.57630 0.38340 0.57679 0.38340 0.57753 0.38365 0.57802 0.38414 0.57827 0.38488 0.57827 0.38857\n 11 226 10 0.58196 0.38956 0.58147 0.38907 0.58098 0.38833 0.58049 0.38734 0.58024 0.38611 0.58024 0.38513 0.58049 0.38390 0.58098 0.38291 0.58147 0.38217 0.58196 0.38168\n 11 50 2 0.58369 0.38857 0.58369 0.38340\n 11 50 2 0.58566 0.38956 0.58566 0.38168\n 11 50 2 0.58590 0.38956 0.58590 0.38168\n 11 50 2 0.58566 0.38956 0.58738 0.38956\n 11 50 2 0.58566 0.38168 0.58738 0.38168\n 11 50 2 0.58910 0.38857 0.58910 0.38340\n 11 50 2 0.59107 0.38636 0.59551 0.38636\n 11 50 2 0.59107 0.38488 0.59551 0.38488\n 11 94 4 0.59797 0.38759 0.59846 0.38783 0.59920 0.38857 0.59920 0.38340\n 11 116 5 0.60265 0.38685 0.60240 0.38660 0.60265 0.38636 0.60289 0.38660 0.60265 0.38685\n 11 116 5 0.60265 0.38390 0.60240 0.38365 0.60265 0.38340 0.60289 0.38365 0.60265 0.38390\n 11 94 4 0.60536 0.38759 0.60585 0.38783 0.60659 0.38857 0.60659 0.38340\n 11 380 17 0.61102 0.38857 0.61028 0.38833 0.60979 0.38759 0.60954 0.38636 0.60954 0.38562 0.60979 0.38439 0.61028 0.38365 0.61102 0.38340 0.61151 0.38340 0.61225 0.38365 0.61274 0.38439 0.61299 0.38562 0.61299 0.38636 0.61274 0.38759 0.61225 0.38833 0.61151 0.38857 0.61102 0.38857\n 11 50 2 0.61594 0.38956 0.61594 0.38168\n 11 50 2 0.61619 0.38956 0.61619 0.38168\n 11 50 2 0.61447 0.38956 0.61619 0.38956\n 11 50 2 0.61447 0.38168 0.61619 0.38168\n 11 50 2 0.62037 0.38783 0.62037 0.38340\n 11 50 2 0.61816 0.38562 0.62259 0.38562\n 11 94 4 0.62505 0.38759 0.62555 0.38783 0.62628 0.38857 0.62628 0.38340\n 11 380 17 0.63072 0.38857 0.62998 0.38833 0.62949 0.38759 0.62924 0.38636 0.62924 0.38562 0.62949 0.38439 0.62998 0.38365 0.63072 0.38340 0.63121 0.38340 0.63195 0.38365 0.63244 0.38439 0.63269 0.38562 0.63269 0.38636 0.63244 0.38759 0.63195 0.38833 0.63121 0.38857 0.63072 0.38857\n 11 50 2 0.63663 0.38783 0.63663 0.38340\n 11 50 2 0.63441 0.38562 0.63884 0.38562\n 11 50 2 0.64081 0.38857 0.64081 0.38340\n 11 50 2 0.64081 0.38857 0.64401 0.38857\n 11 50 2 0.64081 0.38611 0.64278 0.38611\n 11 50 2 0.64081 0.38340 0.64401 0.38340\n 11 50 2 0.64549 0.38857 0.64549 0.38340\n 11 226 10 0.64549 0.38857 0.64771 0.38857 0.64845 0.38833 0.64869 0.38808 0.64894 0.38759 0.64894 0.38685 0.64869 0.38636 0.64845 0.38611 0.64771 0.38586 0.64549 0.38586\n 11 446 20 0.65386 0.38783 0.65337 0.38833 0.65263 0.38857 0.65165 0.38857 0.65091 0.38833 0.65041 0.38783 0.65041 0.38734 0.65066 0.38685 0.65091 0.38660 0.65140 0.38636 0.65288 0.38586 0.65337 0.38562 0.65362 0.38537 0.65386 0.38488 0.65386 0.38414 0.65337 0.38365 0.65263 0.38340 0.65165 0.38340 0.65091 0.38365 0.65041 0.38414\n 11 226 10 0.65534 0.38956 0.65583 0.38907 0.65632 0.38833 0.65682 0.38734 0.65706 0.38611 0.65706 0.38513 0.65682 0.38390 0.65632 0.38291 0.65583 0.38217 0.65534 0.38168\n 11 50 2 0.62295 0.47867 0.62295 0.47454\n 11 226 10 0.62295 0.47867 0.62472 0.47867 0.62531 0.47848 0.62551 0.47828 0.62571 0.47789 0.62571 0.47749 0.62551 0.47710 0.62531 0.47690 0.62472 0.47670 0.62295 0.47670\n 11 50 2 0.62433 0.47670 0.62571 0.47454\n 11 50 2 0.62807 0.47867 0.62649 0.47454\n 11 50 2 0.62807 0.47867 0.62965 0.47454\n 11 50 2 0.62708 0.47592 0.62905 0.47592\n 11 50 2 0.63063 0.47867 0.63063 0.47454\n 11 50 2 0.63063 0.47867 0.63339 0.47454\n 11 50 2 0.63339 0.47867 0.63339 0.47454\n 11 50 2 0.63496 0.47867 0.63496 0.47454\n 11 270 12 0.63496 0.47867 0.63634 0.47867 0.63693 0.47848 0.63733 0.47808 0.63752 0.47769 0.63772 0.47710 0.63772 0.47611 0.63752 0.47552 0.63733 0.47513 0.63693 0.47473 0.63634 0.47454 0.63496 0.47454\n 11 226 10 0.63910 0.47867 0.63910 0.47572 0.63930 0.47513 0.63969 0.47473 0.64028 0.47454 0.64068 0.47454 0.64127 0.47473 0.64166 0.47513 0.64186 0.47572 0.64186 0.47867\n 11 226 10 0.64481 0.47946 0.64442 0.47907 0.64403 0.47848 0.64363 0.47769 0.64343 0.47670 0.64343 0.47592 0.64363 0.47493 0.64403 0.47414 0.64442 0.47355 0.64481 0.47316\n 11 50 2 0.64619 0.47867 0.64619 0.47454\n 11 50 2 0.64777 0.47946 0.64777 0.47316\n 11 50 2 0.64796 0.47946 0.64796 0.47316\n 11 50 2 0.64777 0.47946 0.64915 0.47946\n 11 50 2 0.64777 0.47316 0.64915 0.47316\n 11 50 2 0.65053 0.47867 0.65053 0.47454\n 11 50 2 0.65210 0.47690 0.65565 0.47690\n 11 50 2 0.65210 0.47572 0.65565 0.47572\n 11 94 4 0.65762 0.47789 0.65801 0.47808 0.65860 0.47867 0.65860 0.47454\n 11 116 5 0.66136 0.47730 0.66116 0.47710 0.66136 0.47690 0.66156 0.47710 0.66136 0.47730\n 11 116 5 0.66136 0.47493 0.66116 0.47473 0.66136 0.47454 0.66156 0.47473 0.66136 0.47493\n 11 94 4 0.66353 0.47789 0.66392 0.47808 0.66451 0.47867 0.66451 0.47454\n 11 380 17 0.66806 0.47867 0.66747 0.47848 0.66707 0.47789 0.66688 0.47690 0.66688 0.47631 0.66707 0.47533 0.66747 0.47473 0.66806 0.47454 0.66845 0.47454 0.66904 0.47473 0.66944 0.47533 0.66963 0.47631 0.66963 0.47690 0.66944 0.47789 0.66904 0.47848 0.66845 0.47867 0.66806 0.47867\n 11 50 2 0.67200 0.47946 0.67200 0.47316\n 11 50 2 0.67219 0.47946 0.67219 0.47316\n 11 50 2 0.67081 0.47946 0.67219 0.47946\n 11 50 2 0.67081 0.47316 0.67219 0.47316\n 11 50 2 0.67554 0.47808 0.67554 0.47454\n 11 50 2 0.67377 0.47631 0.67732 0.47631\n 11 94 4 0.67929 0.47789 0.67968 0.47808 0.68027 0.47867 0.68027 0.47454\n 11 380 17 0.68382 0.47867 0.68322 0.47848 0.68283 0.47789 0.68263 0.47690 0.68263 0.47631 0.68283 0.47533 0.68322 0.47473 0.68382 0.47454 0.68421 0.47454 0.68480 0.47473 0.68519 0.47533 0.68539 0.47631 0.68539 0.47690 0.68519 0.47789 0.68480 0.47848 0.68421 0.47867 0.68382 0.47867\n 11 50 2 0.68854 0.47808 0.68854 0.47454\n 11 50 2 0.68677 0.47631 0.69032 0.47631\n 11 50 2 0.69189 0.47867 0.69189 0.47454\n 11 50 2 0.69189 0.47867 0.69445 0.47867\n 11 50 2 0.69189 0.47670 0.69347 0.47670\n 11 50 2 0.69189 0.47454 0.69445 0.47454\n 11 50 2 0.69563 0.47867 0.69563 0.47454\n 11 226 10 0.69563 0.47867 0.69741 0.47867 0.69800 0.47848 0.69820 0.47828 0.69839 0.47789 0.69839 0.47730 0.69820 0.47690 0.69800 0.47670 0.69741 0.47651 0.69563 0.47651\n 11 446 20 0.70233 0.47808 0.70194 0.47848 0.70135 0.47867 0.70056 0.47867 0.69997 0.47848 0.69957 0.47808 0.69957 0.47769 0.69977 0.47730 0.69997 0.47710 0.70036 0.47690 0.70154 0.47651 0.70194 0.47631 0.70214 0.47611 0.70233 0.47572 0.70233 0.47513 0.70194 0.47473 0.70135 0.47454 0.70056 0.47454 0.69997 0.47473 0.69957 0.47513\n 11 226 10 0.70351 0.47946 0.70391 0.47907 0.70430 0.47848 0.70470 0.47769 0.70489 0.47670 0.70489 0.47592 0.70470 0.47493 0.70430 0.47414 0.70391 0.47355 0.70351 0.47316\n 11 50 2 0.67041 0.47454 0.67041 0.47454\n 82 0\n 81 6 98\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 99\n 21 6 1\n 25 6 1\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 72 3 0.03373 0.18455 0.03743 0.18751 0.04149 0.18751\n 11 50 2 0.03373 0.19046 0.03743 0.18751\n 11 50 2 0.25389 0.06237 0.25906 0.05462\n 11 50 2 0.25906 0.06237 0.25389 0.05462\n 11 50 2 0.10504 0.03523 0.11304 0.02230\n 11 50 2 0.10566 0.03523 0.11366 0.02230\n 11 50 2 0.11366 0.03523 0.10504 0.02230\n 11 50 2 0.10381 0.03523 0.10750 0.03523\n 11 50 2 0.11120 0.03523 0.11489 0.03523\n 11 50 2 0.10381 0.02230 0.10750 0.02230\n 11 50 2 0.11120 0.02230 0.11489 0.02230\n 11 50 2 0.11797 0.03769 0.11797 0.01799\n 11 50 2 0.11858 0.03769 0.11858 0.01799\n 11 50 2 0.11797 0.03769 0.12228 0.03769\n 11 50 2 0.11797 0.01799 0.12228 0.01799\n 11 50 2 0.12597 0.03523 0.13397 0.02230\n 11 50 2 0.12659 0.03523 0.13459 0.02230\n 11 50 2 0.13459 0.03523 0.12597 0.02230\n 11 50 2 0.12474 0.03523 0.12843 0.03523\n 11 50 2 0.13213 0.03523 0.13582 0.03523\n 11 50 2 0.12474 0.02230 0.12843 0.02230\n 11 50 2 0.13213 0.02230 0.13582 0.02230\n 11 50 2 0.13890 0.02969 0.14998 0.02969\n 11 50 2 0.13890 0.02599 0.14998 0.02599\n 11 380 17 0.15798 0.03523 0.15613 0.03461 0.15490 0.03276 0.15429 0.02969 0.15429 0.02784 0.15490 0.02476 0.15613 0.02291 0.15798 0.02230 0.15921 0.02230 0.16106 0.02291 0.16229 0.02476 0.16290 0.02784 0.16290 0.02969 0.16229 0.03276 0.16106 0.03461 0.15921 0.03523 0.15798 0.03523\n 11 226 10 0.15798 0.03523 0.15675 0.03461 0.15613 0.03399 0.15552 0.03276 0.15490 0.02969 0.15490 0.02784 0.15552 0.02476 0.15613 0.02353 0.15675 0.02291 0.15798 0.02230\n 11 226 10 0.15921 0.02230 0.16044 0.02291 0.16106 0.02353 0.16167 0.02476 0.16229 0.02784 0.16229 0.02969 0.16167 0.03276 0.16106 0.03399 0.16044 0.03461 0.15921 0.03523\n 11 116 5 0.16783 0.03092 0.16721 0.03030 0.16783 0.02969 0.16844 0.03030 0.16783 0.03092\n 11 116 5 0.16783 0.02353 0.16721 0.02291 0.16783 0.02230 0.16844 0.02291 0.16783 0.02353\n 11 94 4 0.17460 0.03276 0.17583 0.03338 0.17768 0.03523 0.17768 0.02230\n 11 50 2 0.17706 0.03461 0.17706 0.02230\n 11 50 2 0.17460 0.02230 0.18014 0.02230\n 11 116 5 0.18630 0.03092 0.18568 0.03030 0.18630 0.02969 0.18691 0.03030 0.18630 0.03092\n 11 116 5 0.18630 0.02353 0.18568 0.02291 0.18630 0.02230 0.18691 0.02291 0.18630 0.02353\n 11 116 5 0.19245 0.02353 0.19184 0.02291 0.19245 0.02230 0.19307 0.02291 0.19245 0.02353\n 11 94 4 0.19922 0.03276 0.20045 0.03338 0.20230 0.03523 0.20230 0.02230\n 11 50 2 0.20169 0.03461 0.20169 0.02230\n 11 50 2 0.19922 0.02230 0.20476 0.02230\n 11 50 2 0.21338 0.03769 0.21338 0.01799\n 11 50 2 0.21400 0.03769 0.21400 0.01799\n 11 50 2 0.20969 0.03769 0.21400 0.03769\n 11 50 2 0.20969 0.01799 0.21400 0.01799\n 11 50 2 0.22138 0.03523 0.22138 0.02784\n 11 50 2 0.21831 0.03338 0.22446 0.02969\n 11 50 2 0.22446 0.03338 0.21831 0.02969\n 11 358 16 0.23616 0.03338 0.23677 0.03523 0.23677 0.03153 0.23616 0.03338 0.23493 0.03461 0.23308 0.03523 0.23123 0.03523 0.22939 0.03461 0.22816 0.03338 0.22816 0.03215 0.22877 0.03092 0.22939 0.03030 0.23062 0.02969 0.23431 0.02845 0.23554 0.02784 0.23677 0.02661\n 11 358 16 0.22816 0.03215 0.22939 0.03092 0.23062 0.03030 0.23431 0.02907 0.23554 0.02845 0.23616 0.02784 0.23677 0.02661 0.23677 0.02415 0.23554 0.02291 0.23370 0.02230 0.23185 0.02230 0.23000 0.02291 0.22877 0.02415 0.22816 0.02599 0.22816 0.02230 0.22877 0.02415\n 11 50 2 0.24170 0.03523 0.24170 0.02230\n 11 50 2 0.24231 0.03523 0.24231 0.02230\n 11 50 2 0.23985 0.03523 0.24416 0.03523\n 11 50 2 0.23985 0.02230 0.24416 0.02230\n 11 50 2 0.24847 0.03523 0.24847 0.02230\n 11 50 2 0.24908 0.03523 0.25647 0.02353\n 11 50 2 0.24908 0.03399 0.25647 0.02230\n 11 50 2 0.25647 0.03523 0.25647 0.02230\n 11 50 2 0.24662 0.03523 0.24908 0.03523\n 11 50 2 0.25462 0.03523 0.25832 0.03523\n 11 50 2 0.24662 0.02230 0.25032 0.02230\n 11 226 10 0.26632 0.03769 0.26509 0.03646 0.26386 0.03461 0.26263 0.03215 0.26201 0.02907 0.26201 0.02661 0.26263 0.02353 0.26386 0.02107 0.26509 0.01922 0.26632 0.01799\n 11 182 8 0.26509 0.03646 0.26386 0.03399 0.26324 0.03215 0.26263 0.02907 0.26263 0.02661 0.26324 0.02353 0.26386 0.02168 0.26509 0.01922\n 11 72 3 0.27001 0.03523 0.27432 0.02845 0.27432 0.02230\n 11 72 3 0.27063 0.03523 0.27494 0.02845 0.27494 0.02230\n 11 50 2 0.27925 0.03523 0.27494 0.02845\n 11 50 2 0.26878 0.03523 0.27248 0.03523\n 11 50 2 0.27679 0.03523 0.28048 0.03523\n 11 50 2 0.27248 0.02230 0.27679 0.02230\n 11 50 2 0.28356 0.03769 0.28356 0.01799\n 11 50 2 0.28417 0.03769 0.28417 0.01799\n 11 50 2 0.28356 0.03769 0.28787 0.03769\n 11 50 2 0.28356 0.01799 0.28787 0.01799\n 11 72 3 0.29156 0.03523 0.29587 0.02845 0.29587 0.02230\n 11 72 3 0.29217 0.03523 0.29648 0.02845 0.29648 0.02230\n 11 50 2 0.30079 0.03523 0.29648 0.02845\n 11 50 2 0.29033 0.03523 0.29402 0.03523\n 11 50 2 0.29833 0.03523 0.30202 0.03523\n 11 50 2 0.29402 0.02230 0.29833 0.02230\n 11 50 2 0.30510 0.02969 0.31618 0.02969\n 11 50 2 0.30510 0.02599 0.31618 0.02599\n 11 380 17 0.32418 0.03523 0.32234 0.03461 0.32111 0.03276 0.32049 0.02969 0.32049 0.02784 0.32111 0.02476 0.32234 0.02291 0.32418 0.02230 0.32542 0.02230 0.32726 0.02291 0.32849 0.02476 0.32911 0.02784 0.32911 0.02969 0.32849 0.03276 0.32726 0.03461 0.32542 0.03523 0.32418 0.03523\n 11 226 10 0.32418 0.03523 0.32295 0.03461 0.32234 0.03399 0.32172 0.03276 0.32111 0.02969 0.32111 0.02784 0.32172 0.02476 0.32234 0.02353 0.32295 0.02291 0.32418 0.02230\n 11 226 10 0.32542 0.02230 0.32665 0.02291 0.32726 0.02353 0.32788 0.02476 0.32849 0.02784 0.32849 0.02969 0.32788 0.03276 0.32726 0.03399 0.32665 0.03461 0.32542 0.03523\n 11 116 5 0.33403 0.03092 0.33342 0.03030 0.33403 0.02969 0.33465 0.03030 0.33403 0.03092\n 11 116 5 0.33403 0.02353 0.33342 0.02291 0.33403 0.02230 0.33465 0.02291 0.33403 0.02353\n 11 622 28 0.34635 0.03338 0.34573 0.03276 0.34635 0.03215 0.34696 0.03276 0.34696 0.03338 0.34635 0.03461 0.34511 0.03523 0.34327 0.03523 0.34142 0.03461 0.34019 0.03338 0.33957 0.03215 0.33896 0.02969 0.33896 0.02599 0.33957 0.02415 0.34080 0.02291 0.34265 0.02230 0.34388 0.02230 0.34573 0.02291 0.34696 0.02415 0.34758 0.02599 0.34758 0.02661 0.34696 0.02845 0.34573 0.02969 0.34388 0.03030 0.34327 0.03030 0.34142 0.02969 0.34019 0.02845 0.33957 0.02661\n 11 204 9 0.34327 0.03523 0.34204 0.03461 0.34080 0.03338 0.34019 0.03215 0.33957 0.02969 0.33957 0.02599 0.34019 0.02415 0.34142 0.02291 0.34265 0.02230\n 11 182 8 0.34388 0.02230 0.34511 0.02291 0.34635 0.02415 0.34696 0.02599 0.34696 0.02661 0.34635 0.02845 0.34511 0.02969 0.34388 0.03030\n 11 116 5 0.35250 0.02353 0.35189 0.02291 0.35250 0.02230 0.35312 0.02291 0.35250 0.02353\n 11 336 15 0.35804 0.03276 0.35866 0.03215 0.35804 0.03153 0.35743 0.03215 0.35743 0.03276 0.35804 0.03399 0.35866 0.03461 0.36050 0.03523 0.36297 0.03523 0.36481 0.03461 0.36543 0.03338 0.36543 0.03153 0.36481 0.03030 0.36297 0.02969 0.36112 0.02969\n 11 138 6 0.36297 0.03523 0.36420 0.03461 0.36481 0.03338 0.36481 0.03153 0.36420 0.03030 0.36297 0.02969\n 11 358 16 0.36297 0.02969 0.36420 0.02907 0.36543 0.02784 0.36604 0.02661 0.36604 0.02476 0.36543 0.02353 0.36481 0.02291 0.36297 0.02230 0.36050 0.02230 0.35866 0.02291 0.35804 0.02353 0.35743 0.02476 0.35743 0.02538 0.35804 0.02599 0.35866 0.02538 0.35804 0.02476\n 11 138 6 0.36481 0.02845 0.36543 0.02661 0.36543 0.02476 0.36481 0.02353 0.36420 0.02291 0.36297 0.02230\n 11 116 5 0.37097 0.03092 0.37035 0.03030 0.37097 0.02969 0.37158 0.03030 0.37097 0.03092\n 11 116 5 0.37097 0.02353 0.37035 0.02291 0.37097 0.02230 0.37158 0.02291 0.37097 0.02353\n 11 116 5 0.37712 0.02353 0.37651 0.02291 0.37712 0.02230 0.37774 0.02291 0.37712 0.02353\n 11 446 20 0.38266 0.03276 0.38328 0.03215 0.38266 0.03153 0.38205 0.03215 0.38205 0.03276 0.38266 0.03399 0.38328 0.03461 0.38513 0.03523 0.38759 0.03523 0.38944 0.03461 0.39005 0.03399 0.39067 0.03276 0.39067 0.03153 0.39005 0.03030 0.38820 0.02907 0.38513 0.02784 0.38389 0.02722 0.38266 0.02599 0.38205 0.02415 0.38205 0.02230\n 11 182 8 0.38759 0.03523 0.38882 0.03461 0.38944 0.03399 0.39005 0.03276 0.39005 0.03153 0.38944 0.03030 0.38759 0.02907 0.38513 0.02784\n 11 160 7 0.38205 0.02353 0.38266 0.02415 0.38389 0.02415 0.38697 0.02291 0.38882 0.02291 0.39005 0.02353 0.39067 0.02415\n 11 138 6 0.38389 0.02415 0.38697 0.02230 0.38944 0.02230 0.39005 0.02291 0.39067 0.02415 0.39067 0.02538\n 11 50 2 0.39805 0.03769 0.39805 0.01799\n 11 50 2 0.39867 0.03769 0.39867 0.01799\n 11 50 2 0.39436 0.03769 0.39867 0.03769\n 11 50 2 0.39436 0.01799 0.39867 0.01799\n 11 226 10 0.40298 0.03769 0.40421 0.03646 0.40544 0.03461 0.40667 0.03215 0.40729 0.02907 0.40729 0.02661 0.40667 0.02353 0.40544 0.02107 0.40421 0.01922 0.40298 0.01799\n 11 182 8 0.40421 0.03646 0.40544 0.03399 0.40606 0.03215 0.40667 0.02907 0.40667 0.02661 0.40606 0.02353 0.40544 0.02168 0.40421 0.01922\n 21 6 5\n 25 6 5\n 11 50 2 0.43538 0.25795 0.43410 0.25777\n 11 50 2 0.43154 0.25741 0.42898 0.25705\n 11 50 2 0.42642 0.25670 0.42386 0.25634\n 11 50 2 0.42130 0.25598 0.41874 0.25562\n 11 50 2 0.41618 0.25527 0.41362 0.25491\n 11 50 2 0.41106 0.25455 0.40850 0.25419\n 11 50 2 0.40593 0.25384 0.40337 0.25348\n 11 72 3 0.40083 0.25306 0.39960 0.25278 0.39831 0.25246\n 11 50 2 0.39580 0.25184 0.39329 0.25122\n 11 50 2 0.39078 0.25060 0.38827 0.24998\n 11 50 2 0.38576 0.24936 0.38325 0.24874\n 11 50 2 0.38074 0.24812 0.37823 0.24750\n 11 50 2 0.37576 0.24679 0.37350 0.24552\n 11 50 2 0.37125 0.24426 0.36899 0.24299\n 11 72 3 0.36674 0.24173 0.36492 0.24071 0.36498 0.24021\n 11 50 2 0.36527 0.23764 0.36556 0.23507\n 11 50 2 0.36869 0.23282 0.37498 0.23068\n 11 380 17 0.38096 0.23333 0.37979 0.23333 0.37873 0.23252 0.37779 0.23089 0.37743 0.22985 0.37718 0.22798 0.37753 0.22669 0.37846 0.22598 0.37916 0.22575 0.38032 0.22574 0.38138 0.22655 0.38232 0.22818 0.38268 0.22923 0.38293 0.23109 0.38259 0.23238 0.38166 0.23309 0.38096 0.23333\n 11 116 5 0.38429 0.22478 0.38382 0.22455 0.38405 0.22408 0.38452 0.22431 0.38429 0.22478\n 11 644 29 0.39110 0.22987 0.38993 0.22988 0.38934 0.22930 0.38910 0.22860 0.38921 0.22778 0.38979 0.22719 0.39107 0.22637 0.39200 0.22566 0.39246 0.22472 0.39257 0.22391 0.39222 0.22286 0.39163 0.22228 0.39116 0.22205 0.38999 0.22205 0.38859 0.22253 0.38766 0.22324 0.38743 0.22371 0.38732 0.22452 0.38768 0.22557 0.38827 0.22615 0.38921 0.22661 0.39037 0.22661 0.39189 0.22648 0.39271 0.22659 0.39330 0.22717 0.39354 0.22787 0.39342 0.22869 0.39249 0.22940 0.39110 0.22987\n 11 50 2 0.39588 0.22415 0.39714 0.22386\n 11 50 2 0.39965 0.22327 0.40218 0.22274\n 11 72 3 0.40471 0.22220 0.40600 0.22193 0.40726 0.22176\n 11 50 2 0.40982 0.22142 0.41239 0.22108\n 11 50 2 0.41495 0.22074 0.41751 0.22040\n 11 50 2 0.42007 0.22006 0.42264 0.21972\n 11 50 2 0.42520 0.21938 0.42776 0.21904\n 11 50 2 0.43033 0.21870 0.43289 0.21836\n 11 50 2 0.43538 0.20897 0.43409 0.20906\n 11 50 2 0.43151 0.20922 0.42893 0.20938\n 11 50 2 0.42635 0.20958 0.42378 0.20980\n 11 50 2 0.42120 0.21001 0.41862 0.21022\n 11 50 2 0.41605 0.21043 0.41347 0.21064\n 11 50 2 0.41089 0.21085 0.40832 0.21106\n 11 50 2 0.40574 0.21128 0.40316 0.21149\n 11 72 3 0.40059 0.21170 0.39960 0.21178 0.39801 0.21194\n 11 50 2 0.39544 0.21220 0.39287 0.21246\n 11 50 2 0.39029 0.21272 0.38772 0.21297\n 11 50 2 0.38515 0.21323 0.38258 0.21349\n 11 50 2 0.38000 0.21375 0.37743 0.21401\n 11 50 2 0.37486 0.21427 0.37229 0.21453\n 11 50 2 0.36972 0.21479 0.36714 0.21504\n 11 72 3 0.36457 0.21530 0.36382 0.21538 0.36200 0.21559\n 11 50 2 0.35944 0.21597 0.35689 0.21639\n 11 50 2 0.35434 0.21681 0.35179 0.21723\n 11 50 2 0.34924 0.21765 0.34669 0.21807\n 11 50 2 0.34414 0.21849 0.34159 0.21891\n 11 50 2 0.33904 0.21933 0.33649 0.21975\n 11 50 2 0.33393 0.22017 0.33138 0.22059\n 11 72 3 0.32883 0.22101 0.32804 0.22114 0.32629 0.22148\n 11 50 2 0.32375 0.22197 0.32128 0.22272\n 11 50 2 0.31880 0.22347 0.31633 0.22422\n 11 50 2 0.31385 0.22496 0.31138 0.22571\n 11 50 2 0.30890 0.22646 0.30643 0.22721\n 11 72 3 0.30395 0.22795 0.30317 0.22819 0.30169 0.22916\n 11 50 2 0.29953 0.23058 0.29737 0.23199\n 11 72 3 0.29520 0.23341 0.29362 0.23445 0.29356 0.23514\n 11 50 2 0.29334 0.23771 0.29312 0.24029\n 11 50 2 0.29643 0.24158 0.30252 0.24426\n 11 380 17 0.30513 0.25025 0.30426 0.24946 0.30403 0.24815 0.30444 0.24631 0.30488 0.24530 0.30596 0.24376 0.30709 0.24304 0.30825 0.24315 0.30893 0.24344 0.30979 0.24423 0.31002 0.24554 0.30961 0.24738 0.30917 0.24839 0.30809 0.24993 0.30696 0.25065 0.30580 0.25054 0.30513 0.25025\n 11 116 5 0.31336 0.24620 0.31317 0.24572 0.31366 0.24553 0.31385 0.24601 0.31336 0.24620\n 11 512 23 0.31808 0.25474 0.31744 0.25526 0.31628 0.25515 0.31561 0.25486 0.31474 0.25407 0.31451 0.25276 0.31492 0.25092 0.31566 0.24923 0.31659 0.24803 0.31757 0.24765 0.31873 0.24776 0.31907 0.24791 0.31993 0.24869 0.32031 0.24966 0.32020 0.25083 0.32005 0.25117 0.31927 0.25203 0.31830 0.25241 0.31713 0.25230 0.31680 0.25215 0.31593 0.25137 0.31555 0.25039 0.31566 0.24923\n 11 50 2 0.32232 0.25358 0.32359 0.25383\n 11 72 3 0.32613 0.25433 0.32804 0.25472 0.32866 0.25482\n 11 50 2 0.33121 0.25527 0.33376 0.25571\n 11 50 2 0.33631 0.25616 0.33885 0.25660\n 11 50 2 0.34140 0.25705 0.34395 0.25749\n 11 50 2 0.34649 0.25794 0.34904 0.25838\n 11 50 2 0.35159 0.25882 0.35413 0.25927\n 11 50 2 0.35669 0.25964 0.35926 0.25995\n 11 72 3 0.36183 0.26026 0.36382 0.26049 0.36439 0.26055\n 11 50 2 0.36697 0.26082 0.36954 0.26108\n 11 50 2 0.37211 0.26135 0.37468 0.26161\n 11 50 2 0.37725 0.26188 0.37982 0.26214\n 11 50 2 0.38240 0.26241 0.38497 0.26267\n 11 50 2 0.38754 0.26294 0.39011 0.26320\n 11 50 2 0.39268 0.26347 0.39525 0.26373\n 11 72 3 0.39783 0.26400 0.39960 0.26418 0.40040 0.26425\n 11 50 2 0.40298 0.26447 0.40555 0.26470\n 11 50 2 0.40813 0.26492 0.41070 0.26514\n 11 50 2 0.41328 0.26537 0.41585 0.26559\n 11 50 2 0.41843 0.26580 0.42101 0.26597\n 11 50 2 0.42359 0.26614 0.42617 0.26631\n 11 50 2 0.42875 0.26648 0.43133 0.26665\n 11 50 2 0.43391 0.26682 0.43538 0.26692\n 11 50 2 0.43538 0.27419 0.43409 0.27413\n 11 50 2 0.43151 0.27403 0.42892 0.27392\n 11 50 2 0.42634 0.27381 0.42376 0.27370\n 11 50 2 0.42117 0.27359 0.41859 0.27348\n 11 50 2 0.41601 0.27338 0.41342 0.27327\n 11 50 2 0.41084 0.27316 0.40826 0.27305\n 11 50 2 0.40568 0.27294 0.40309 0.27283\n 11 72 3 0.40051 0.27272 0.39960 0.27269 0.39793 0.27260\n 11 50 2 0.39534 0.27248 0.39276 0.27235\n 11 50 2 0.39018 0.27223 0.38760 0.27210\n 11 50 2 0.38502 0.27197 0.38243 0.27181\n 11 50 2 0.37985 0.27165 0.37727 0.27150\n 11 50 2 0.37469 0.27134 0.37211 0.27118\n 11 50 2 0.36953 0.27102 0.36695 0.27087\n 11 72 3 0.36437 0.27071 0.36382 0.27068 0.36179 0.27052\n 11 50 2 0.35921 0.27033 0.35664 0.27014\n 11 50 2 0.35406 0.26994 0.35148 0.26975\n 11 50 2 0.34890 0.26956 0.34632 0.26936\n 11 50 2 0.34374 0.26917 0.34117 0.26898\n 11 50 2 0.33859 0.26878 0.33601 0.26859\n 11 50 2 0.33343 0.26840 0.33085 0.26820\n 11 72 3 0.32828 0.26801 0.32804 0.26799 0.32570 0.26777\n 11 50 2 0.32313 0.26753 0.32055 0.26728\n 11 50 2 0.31798 0.26704 0.31541 0.26680\n 11 50 2 0.31283 0.26655 0.31026 0.26631\n 11 50 2 0.30768 0.26607 0.30511 0.26582\n 11 50 2 0.30254 0.26552 0.29998 0.26518\n 11 50 2 0.29742 0.26485 0.29485 0.26452\n 11 72 3 0.29229 0.26418 0.29225 0.26418 0.28973 0.26378\n 11 50 2 0.28718 0.26337 0.28463 0.26297\n 11 50 2 0.28207 0.26256 0.27952 0.26215\n 11 50 2 0.27697 0.26175 0.27441 0.26134\n 11 50 2 0.27186 0.26093 0.26931 0.26053\n 11 50 2 0.26676 0.26012 0.26420 0.25971\n 11 50 2 0.26167 0.25922 0.25916 0.25860\n 11 72 3 0.25664 0.25799 0.25647 0.25795 0.25415 0.25730\n 11 50 2 0.25166 0.25660 0.24917 0.25591\n 11 50 2 0.24668 0.25521 0.24419 0.25452\n 11 72 3 0.24170 0.25382 0.23957 0.25323 0.23924 0.25306\n 11 50 2 0.23692 0.25192 0.23459 0.25078\n 11 50 2 0.23227 0.24965 0.22995 0.24851\n 11 72 3 0.22763 0.24737 0.22682 0.24697 0.22570 0.24571\n 11 50 2 0.22398 0.24378 0.22226 0.24185\n 11 50 2 0.22130 0.23966 0.22145 0.23708\n 11 50 2 0.22160 0.23450 0.22160 0.23445\n 11 50 2 0.22438 0.23239 0.23028 0.22933\n 11 380 17 0.23658 0.23106 0.23543 0.23124 0.23426 0.23059 0.23309 0.22912 0.23258 0.22814 0.23205 0.22633 0.23220 0.22501 0.23302 0.22417 0.23367 0.22383 0.23482 0.22365 0.23599 0.22429 0.23717 0.22576 0.23768 0.22675 0.23820 0.22856 0.23805 0.22988 0.23724 0.23072 0.23658 0.23106\n 11 116 5 0.23860 0.22211 0.23810 0.22195 0.23826 0.22145 0.23876 0.22161 0.23860 0.22211\n 11 72 3 0.24773 0.22528 0.24208 0.22239 0.24699 0.21984\n 11 50 2 0.24773 0.22528 0.24417 0.21839\n 11 50 2 0.24997 0.21976 0.25122 0.21942\n 11 50 2 0.25372 0.21876 0.25621 0.21810\n 11 50 2 0.25873 0.21751 0.26125 0.21693\n 11 50 2 0.26377 0.21634 0.26629 0.21576\n 11 50 2 0.26884 0.21534 0.27139 0.21496\n 11 50 2 0.27395 0.21457 0.27651 0.21418\n 11 50 2 0.27906 0.21379 0.28162 0.21340\n 11 50 2 0.28417 0.21301 0.28673 0.21262\n 11 50 2 0.28929 0.21223 0.29184 0.21184\n 11 50 2 0.29441 0.21151 0.29697 0.21120\n 11 50 2 0.29954 0.21088 0.30211 0.21057\n 11 50 2 0.30467 0.21025 0.30724 0.20994\n 11 72 3 0.30980 0.20962 0.31149 0.20941 0.31237 0.20933\n 11 50 2 0.31495 0.20910 0.31752 0.20887\n 11 50 2 0.32010 0.20864 0.32267 0.20840\n 11 50 2 0.32525 0.20817 0.32782 0.20794\n 11 50 2 0.33040 0.20774 0.33298 0.20755\n 11 50 2 0.33556 0.20736 0.33813 0.20717\n 11 50 2 0.34071 0.20698 0.34329 0.20679\n 11 50 2 0.34587 0.20660 0.34845 0.20641\n 11 50 2 0.35103 0.20622 0.35361 0.20603\n 11 50 2 0.35618 0.20584 0.35876 0.20565\n 11 72 3 0.36134 0.20546 0.36382 0.20528 0.36392 0.20527\n 11 50 2 0.36650 0.20512 0.36908 0.20498\n 11 50 2 0.37166 0.20483 0.37424 0.20468\n 11 50 2 0.37682 0.20453 0.37941 0.20438\n 11 50 2 0.38199 0.20424 0.38457 0.20409\n 11 50 2 0.38715 0.20394 0.38973 0.20379\n 11 50 2 0.39231 0.20364 0.39489 0.20350\n 11 72 3 0.39747 0.20335 0.39960 0.20323 0.40006 0.20320\n 11 50 2 0.40264 0.20309 0.40522 0.20298\n 11 50 2 0.40780 0.20287 0.41039 0.20277\n 11 50 2 0.41297 0.20266 0.41555 0.20255\n 11 50 2 0.41814 0.20244 0.42072 0.20234\n 11 50 2 0.42330 0.20223 0.42589 0.20212\n 11 50 2 0.42847 0.20202 0.43105 0.20191\n 11 50 2 0.43364 0.20180 0.43538 0.20173\n 11 50 2 0.43538 0.28080 0.43409 0.28077\n 11 50 2 0.43150 0.28072 0.42892 0.28067\n 11 50 2 0.42633 0.28062 0.42375 0.28057\n 11 50 2 0.42116 0.28051 0.41858 0.28046\n 11 50 2 0.41599 0.28041 0.41341 0.28036\n 11 50 2 0.41082 0.28031 0.40824 0.28026\n 11 50 2 0.40565 0.28021 0.40307 0.28016\n 11 72 3 0.40049 0.28011 0.39960 0.28009 0.39790 0.28005\n 11 50 2 0.39532 0.27998 0.39273 0.27992\n 11 50 2 0.39015 0.27985 0.38756 0.27979\n 11 50 2 0.38498 0.27973 0.38239 0.27966\n 11 50 2 0.37981 0.27960 0.37722 0.27953\n 11 50 2 0.37464 0.27947 0.37205 0.27941\n 11 50 2 0.36947 0.27934 0.36689 0.27928\n 11 72 3 0.36430 0.27921 0.36382 0.27920 0.36172 0.27914\n 11 50 2 0.35913 0.27906 0.35655 0.27898\n 11 50 2 0.35396 0.27890 0.35138 0.27881\n 11 50 2 0.34880 0.27873 0.34621 0.27865\n 11 50 2 0.34363 0.27857 0.34104 0.27849\n 11 50 2 0.33846 0.27841 0.33588 0.27833\n 11 50 2 0.33329 0.27825 0.33071 0.27815\n 11 72 3 0.32812 0.27805 0.32804 0.27805 0.32554 0.27794\n 11 50 2 0.32296 0.27782 0.32038 0.27771\n 11 50 2 0.31779 0.27759 0.31521 0.27747\n 11 50 2 0.31263 0.27736 0.31004 0.27724\n 11 50 2 0.30746 0.27713 0.30488 0.27701\n 11 50 2 0.30230 0.27689 0.29971 0.27678\n 11 50 2 0.29713 0.27666 0.29455 0.27654\n 11 50 2 0.29197 0.27642 0.28938 0.27626\n 11 50 2 0.28680 0.27610 0.28422 0.27594\n 11 50 2 0.28164 0.27577 0.27906 0.27561\n 11 50 2 0.27648 0.27545 0.27390 0.27529\n 11 50 2 0.27132 0.27512 0.26874 0.27496\n 11 50 2 0.26616 0.27480 0.26358 0.27464\n 11 50 2 0.26100 0.27447 0.25842 0.27431\n 11 50 2 0.25584 0.27413 0.25327 0.27391\n 11 50 2 0.25069 0.27368 0.24812 0.27345\n 11 50 2 0.24554 0.27323 0.24296 0.27300\n 11 50 2 0.24039 0.27278 0.23781 0.27255\n 11 50 2 0.23524 0.27232 0.23266 0.27210\n 11 50 2 0.23009 0.27182 0.22753 0.27151\n 11 50 2 0.22496 0.27120 0.22239 0.27088\n 11 50 2 0.21983 0.27053 0.21728 0.27011\n 11 50 2 0.21473 0.26969 0.21218 0.26927\n 11 50 2 0.20963 0.26884 0.20708 0.26842\n 11 50 2 0.20453 0.26800 0.20198 0.26758\n 11 50 2 0.19943 0.26715 0.19688 0.26673\n 11 50 2 0.19433 0.26631 0.19178 0.26589\n 11 50 2 0.18926 0.26531 0.18675 0.26466\n 11 50 2 0.18426 0.26397 0.18180 0.26319\n 11 50 2 0.17934 0.26241 0.17687 0.26162\n 11 50 2 0.17441 0.26084 0.17195 0.26005\n 11 50 2 0.16953 0.25914 0.16726 0.25792\n 11 50 2 0.16498 0.25669 0.16271 0.25546\n 11 72 3 0.16043 0.25423 0.15857 0.25323 0.15823 0.25290\n 11 50 2 0.15639 0.25109 0.15454 0.24928\n 11 72 3 0.15270 0.24747 0.15219 0.24697 0.15143 0.24526\n 11 72 3 0.15038 0.24290 0.14940 0.24071 0.14941 0.24052\n 11 50 2 0.14948 0.23793 0.14955 0.23535\n 11 50 2 0.15194 0.23192 0.15719 0.22784\n 11 380 17 0.16370 0.22839 0.16260 0.22878 0.16134 0.22836 0.15991 0.22713 0.15923 0.22625 0.15839 0.22457 0.15829 0.22324 0.15894 0.22227 0.15953 0.22182 0.16063 0.22143 0.16189 0.22185 0.16332 0.22308 0.16399 0.22396 0.16484 0.22564 0.16493 0.22697 0.16428 0.22794 0.16370 0.22839\n 11 116 5 0.16406 0.21923 0.16354 0.21916 0.16361 0.21864 0.16413 0.21871 0.16406 0.21923\n 11 314 14 0.16986 0.22127 0.17009 0.22156 0.17083 0.22192 0.17135 0.22199 0.17216 0.22182 0.17333 0.22092 0.17368 0.22017 0.17375 0.21966 0.17359 0.21885 0.17313 0.21826 0.17239 0.21790 0.17113 0.21748 0.16594 0.21683 0.17003 0.21366\n 11 50 2 0.17481 0.21485 0.17605 0.21448\n 11 50 2 0.17852 0.21372 0.18100 0.21297\n 11 72 3 0.18347 0.21222 0.18491 0.21178 0.18596 0.21152\n 11 50 2 0.18847 0.21090 0.19098 0.21029\n 11 72 3 0.19349 0.20967 0.19452 0.20941 0.19603 0.20918\n 11 50 2 0.19858 0.20877 0.20113 0.20837\n 11 50 2 0.20369 0.20797 0.20624 0.20756\n 11 50 2 0.20879 0.20716 0.21135 0.20675\n 11 50 2 0.21390 0.20635 0.21645 0.20595\n 11 72 3 0.21901 0.20554 0.22069 0.20528 0.22157 0.20518\n 11 50 2 0.22414 0.20488 0.22670 0.20459\n 11 50 2 0.22927 0.20430 0.23184 0.20400\n 11 50 2 0.23441 0.20371 0.23698 0.20342\n 11 50 2 0.23955 0.20313 0.24213 0.20292\n 11 50 2 0.24470 0.20271 0.24728 0.20249\n 11 50 2 0.24986 0.20228 0.25243 0.20207\n 11 72 3 0.25501 0.20185 0.25647 0.20173 0.25759 0.20166\n 11 50 2 0.26017 0.20150 0.26275 0.20134\n 11 50 2 0.26533 0.20118 0.26791 0.20102\n 11 50 2 0.27049 0.20086 0.27307 0.20070\n 11 50 2 0.27565 0.20053 0.27823 0.20037\n 11 50 2 0.28081 0.20021 0.28339 0.20005\n 11 50 2 0.28597 0.19989 0.28855 0.19973\n 11 72 3 0.29113 0.19957 0.29225 0.19950 0.29371 0.19943\n 11 50 2 0.29630 0.19932 0.29888 0.19920\n 11 50 2 0.30146 0.19909 0.30404 0.19897\n 11 50 2 0.30663 0.19886 0.30921 0.19874\n 11 50 2 0.31179 0.19863 0.31438 0.19851\n 11 50 2 0.31696 0.19840 0.31954 0.19828\n 11 50 2 0.32212 0.19817 0.32471 0.19805\n 11 72 3 0.32729 0.19794 0.32804 0.19790 0.32987 0.19784\n 11 50 2 0.33246 0.19775 0.33504 0.19767\n 11 50 2 0.33763 0.19758 0.34021 0.19749\n 11 50 2 0.34279 0.19740 0.34538 0.19731\n 11 50 2 0.34796 0.19722 0.35055 0.19714\n 11 50 2 0.35313 0.19705 0.35571 0.19696\n 11 50 2 0.35830 0.19688 0.36088 0.19680\n 11 72 3 0.36347 0.19673 0.36382 0.19672 0.36605 0.19666\n 11 50 2 0.36863 0.19660 0.37122 0.19654\n 11 50 2 0.37380 0.19647 0.37639 0.19641\n 11 50 2 0.37897 0.19635 0.38156 0.19628\n 11 50 2 0.38414 0.19622 0.38673 0.19615\n 11 50 2 0.38931 0.19609 0.39190 0.19603\n 11 50 2 0.39448 0.19596 0.39707 0.19590\n 11 50 2 0.39965 0.19584 0.40224 0.19579\n 11 50 2 0.40482 0.19573 0.40741 0.19568\n 11 50 2 0.40999 0.19563 0.41257 0.19558\n 11 50 2 0.41516 0.19553 0.41774 0.19548\n 11 50 2 0.42033 0.19543 0.42291 0.19538\n 11 50 2 0.42550 0.19533 0.42808 0.19528\n 11 50 2 0.43067 0.19522 0.43325 0.19517\n 11 72 3 0.07936 0.28452 0.07812 0.27826 0.07756 0.27837\n 11 50 2 0.07756 0.27876 0.07871 0.28452\n 11 138 6 0.07936 0.28452 0.07999 0.28440 0.07874 0.27814 0.07812 0.27826 0.07790 0.27200 0.07756 0.27202\n 11 138 6 0.07756 0.27828 0.07875 0.27824 0.07854 0.27198 0.07790 0.27200 0.07781 0.26575 0.07756 0.26575\n 11 138 6 0.07756 0.27201 0.07854 0.27200 0.07845 0.26574 0.07781 0.26575 0.07776 0.25949 0.07756 0.25949\n 11 138 6 0.07756 0.26575 0.07845 0.26574 0.07840 0.25948 0.07776 0.25949 0.07774 0.25323 0.07756 0.25323\n 11 138 6 0.07756 0.25949 0.07840 0.25948 0.07838 0.25322 0.07774 0.25323 0.07773 0.24697 0.07756 0.24697\n 11 138 6 0.07756 0.25323 0.07838 0.25323 0.07836 0.24697 0.07773 0.24697 0.07772 0.24071 0.07756 0.24071\n 11 138 6 0.07756 0.24697 0.07836 0.24697 0.07836 0.24071 0.07772 0.24071 0.07772 0.23445 0.07756 0.23445\n 11 138 6 0.07756 0.24071 0.07836 0.24071 0.07836 0.23445 0.07772 0.23445 0.07773 0.22819 0.07756 0.22819\n 11 138 6 0.07756 0.23445 0.07836 0.23445 0.07837 0.22819 0.07773 0.22819 0.07774 0.22193 0.07756 0.22193\n 11 138 6 0.07756 0.22819 0.07837 0.22819 0.07838 0.22193 0.07774 0.22193 0.07777 0.21567 0.07756 0.21567\n 11 138 6 0.07756 0.22193 0.07838 0.22193 0.07841 0.21568 0.07777 0.21567 0.07782 0.20941 0.07756 0.20941\n 11 138 6 0.07756 0.21567 0.07841 0.21568 0.07846 0.20942 0.07782 0.20941 0.07791 0.20315 0.07756 0.20315\n 11 138 6 0.07756 0.20941 0.07846 0.20942 0.07855 0.20316 0.07791 0.20315 0.07817 0.19689 0.07756 0.19687\n 11 160 7 0.07756 0.20314 0.07855 0.20318 0.07881 0.19692 0.07817 0.19689 0.08007 0.19064 0.07945 0.19045 0.07756 0.19668\n 11 490 22 0.07756 0.19671 0.07878 0.19708 0.08068 0.19082 0.08007 0.19064 0.11334 0.18880 0.11331 0.18816 0.08003 0.18999 0.08010 0.19128 0.11338 0.18945 0.11334 0.18880 0.14913 0.18880 0.14913 0.18816 0.11334 0.18816 0.11334 0.18945 0.14913 0.18945 0.14913 0.18880 0.18491 0.18880 0.18491 0.18816 0.14913 0.18816 0.14913 0.18945 0.18491 0.18945 0.18491 0.18880\n 11 380 17 0.19017 0.19268 0.18906 0.19231 0.18832 0.19120 0.18795 0.18936 0.18795 0.18825 0.18832 0.18640 0.18906 0.18530 0.19017 0.18493 0.19091 0.18493 0.19202 0.18530 0.19276 0.18640 0.19313 0.18825 0.19313 0.18936 0.19276 0.19120 0.19202 0.19231 0.19091 0.19268 0.19017 0.19268\n 11 952 43 0.19617 0.18880 0.22069 0.18880 0.22069 0.18816 0.19617 0.18816 0.19617 0.18945 0.22069 0.18945 0.22069 0.18880 0.25647 0.18880 0.25647 0.18816 0.22069 0.18816 0.22069 0.18945 0.25647 0.18945 0.25647 0.18880 0.29225 0.18880 0.29225 0.18816 0.25647 0.18816 0.25647 0.18945 0.29225 0.18945 0.29225 0.18880 0.32804 0.18880 0.32804 0.18816 0.29225 0.18816 0.29225 0.18945 0.32804 0.18945 0.32804 0.18880 0.36382 0.18880 0.36382 0.18816 0.32804 0.18816 0.32804 0.18945 0.36382 0.18945 0.36382 0.18880 0.39960 0.18880 0.39960 0.18816 0.36382 0.18816 0.36382 0.18945 0.39960 0.18945 0.39960 0.18880 0.43538 0.18880 0.43538 0.18816 0.39960 0.18816 0.39960 0.18945 0.43538 0.18945 0.43538 0.18880\n 11 270 12 0.43538 0.18248 0.39960 0.18176 0.36382 0.18086 0.32804 0.17971 0.29225 0.17817 0.29119 0.17812 0.25647 0.17586 0.22069 0.17240 0.21639 0.17186 0.18491 0.16594 0.18351 0.16560 0.16608 0.15934\n 11 380 17 0.15118 0.15012 0.15065 0.14908 0.15091 0.14777 0.15194 0.14619 0.15272 0.14540 0.15427 0.14435 0.15558 0.14408 0.15663 0.14459 0.15715 0.14511 0.15768 0.14615 0.15743 0.14746 0.15640 0.14903 0.15562 0.14982 0.15406 0.15088 0.15276 0.15115 0.15171 0.15063 0.15118 0.15012\n 11 116 5 0.16032 0.14926 0.16032 0.14874 0.16084 0.14874 0.16084 0.14926 0.16032 0.14926\n 11 314 14 0.15906 0.15528 0.15880 0.15554 0.15855 0.15633 0.15855 0.15685 0.15882 0.15763 0.15987 0.15867 0.16065 0.15892 0.16118 0.15892 0.16196 0.15865 0.16248 0.15813 0.16273 0.15734 0.16298 0.15603 0.16294 0.15081 0.16663 0.15444\n 11 358 16 0.15016 0.14366 0.14928 0.14056 0.15018 0.13430 0.15434 0.12804 0.16261 0.12178 0.17732 0.11553 0.18491 0.11345 0.20430 0.10927 0.22069 0.10696 0.25647 0.10339 0.26133 0.10301 0.29225 0.10117 0.32804 0.09960 0.36382 0.09843 0.39960 0.09752 0.43538 0.09679\n 11 292 13 0.43538 0.17586 0.39960 0.17432 0.36382 0.17240 0.35521 0.17186 0.32804 0.16967 0.29225 0.16594 0.28946 0.16560 0.25647 0.15974 0.25459 0.15934 0.23497 0.15308 0.22453 0.14682 0.22085 0.14056 0.22280 0.13430\n 11 380 17 0.22927 0.13523 0.22812 0.13543 0.22695 0.13480 0.22575 0.13335 0.22523 0.13237 0.22468 0.13057 0.22481 0.12925 0.22561 0.12840 0.22626 0.12805 0.22741 0.12785 0.22858 0.12848 0.22978 0.12993 0.23031 0.13091 0.23085 0.13271 0.23073 0.13403 0.22993 0.13488 0.22927 0.13523\n 11 116 5 0.23116 0.12625 0.23066 0.12610 0.23081 0.12560 0.23131 0.12575 0.23116 0.12625\n 11 72 3 0.24034 0.12930 0.23464 0.12649 0.23952 0.12387\n 11 50 2 0.24034 0.12930 0.23667 0.12246\n 11 226 10 0.24249 0.12374 0.24765 0.12178 0.25647 0.11969 0.27708 0.11553 0.29225 0.11345 0.32804 0.10954 0.33105 0.10927 0.36382 0.10696 0.39960 0.10497 0.43538 0.10339\n 11 204 9 0.43538 0.16855 0.39960 0.16594 0.39541 0.16560 0.36382 0.16209 0.34311 0.15934 0.32804 0.15632 0.31367 0.15308 0.29802 0.14682 0.29241 0.14056\n 11 380 17 0.29895 0.14059 0.29784 0.14095 0.29659 0.14049 0.29520 0.13921 0.29454 0.13832 0.29375 0.13661 0.29370 0.13528 0.29438 0.13433 0.29497 0.13389 0.29608 0.13354 0.29733 0.13400 0.29872 0.13527 0.29937 0.13616 0.30017 0.13787 0.30022 0.13920 0.29954 0.14016 0.29895 0.14059\n 11 116 5 0.29958 0.13144 0.29907 0.13136 0.29915 0.13084 0.29966 0.13092 0.29958 0.13144\n 11 512 23 0.30933 0.13164 0.30947 0.13245 0.30879 0.13341 0.30820 0.13384 0.30708 0.13420 0.30583 0.13374 0.30445 0.13246 0.30336 0.13097 0.30278 0.12956 0.30295 0.12853 0.30362 0.12758 0.30392 0.12736 0.30503 0.12700 0.30607 0.12716 0.30702 0.12784 0.30724 0.12814 0.30759 0.12925 0.30743 0.13029 0.30675 0.13124 0.30645 0.13145 0.30534 0.13181 0.30431 0.13165 0.30336 0.13097\n 11 160 7 0.31046 0.12739 0.32804 0.12287 0.33270 0.12178 0.36382 0.11717 0.37684 0.11553 0.39960 0.11345 0.43538 0.11072\n 11 138 6 0.43538 0.15974 0.43162 0.15934 0.39960 0.15435 0.39237 0.15308 0.37150 0.14682 0.36397 0.14056\n 11 380 17 0.37049 0.14106 0.36936 0.14133 0.36814 0.14079 0.36685 0.13942 0.36626 0.13848 0.36560 0.13672 0.36564 0.13538 0.36638 0.13448 0.36701 0.13409 0.36814 0.13382 0.36935 0.13436 0.37065 0.13573 0.37123 0.13667 0.37190 0.13843 0.37186 0.13977 0.37112 0.14067 0.37049 0.14106\n 11 116 5 0.37178 0.13197 0.37127 0.13186 0.37139 0.13135 0.37190 0.13147 0.37178 0.13197\n 11 644 29 0.37957 0.13538 0.37844 0.13565 0.37773 0.13522 0.37734 0.13460 0.37726 0.13377 0.37769 0.13307 0.37875 0.13197 0.37949 0.13107 0.37973 0.13005 0.37965 0.12923 0.37906 0.12829 0.37836 0.12786 0.37785 0.12774 0.37671 0.12802 0.37546 0.12880 0.37472 0.12970 0.37460 0.13021 0.37468 0.13103 0.37527 0.13197 0.37597 0.13240 0.37699 0.13264 0.37812 0.13236 0.37957 0.13189 0.38039 0.13181 0.38110 0.13224 0.38149 0.13287 0.38157 0.13369 0.38083 0.13459 0.37957 0.13538\n 11 116 5 0.38292 0.12871 0.38469 0.12804 0.39960 0.12506 0.41775 0.12178 0.43538 0.11969\n 21 6 1\n 25 6 1\n 82 0\n 81 6 100\n 82 0\n 81 6 101\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 50 2 0.07756 0.09049 0.07756 0.09049\n 11 50 2 0.07756 0.10301 0.07756 0.10301\n 11 50 2 0.07756 0.11553 0.07756 0.11553\n 11 50 2 0.07756 0.12804 0.07756 0.12804\n 11 50 2 0.07756 0.14056 0.07756 0.14056\n 11 50 2 0.07756 0.15308 0.07756 0.15308\n 11 50 2 0.07756 0.16560 0.07756 0.16560\n 11 50 2 0.07756 0.17812 0.07756 0.17812\n 11 50 2 0.07756 0.19064 0.07756 0.19064\n 11 50 2 0.07756 0.20315 0.07756 0.20315\n 11 50 2 0.07756 0.21567 0.07756 0.21567\n 11 50 2 0.07756 0.22819 0.07756 0.22819\n 11 50 2 0.07756 0.24071 0.07756 0.24071\n 11 50 2 0.07756 0.25323 0.07756 0.25323\n 11 50 2 0.07756 0.26575 0.07756 0.26575\n 11 50 2 0.07756 0.27826 0.07756 0.27826\n 11 116 5 0.11278 0.09210 0.11334 0.09372 0.11391 0.09210 0.11334 0.09372 0.11334 0.09049\n 11 116 5 0.11345 0.10472 0.11460 0.10598 0.11449 0.10428 0.11460 0.10598 0.11334 0.10301\n 11 116 5 0.11411 0.11706 0.11566 0.11778 0.11490 0.11625 0.11566 0.11778 0.11334 0.11553\n 11 116 5 0.11465 0.12916 0.11636 0.12922 0.11505 0.12810 0.11636 0.12922 0.11334 0.12804\n 11 116 5 0.11498 0.14108 0.11657 0.14047 0.11494 0.13995 0.11657 0.14047 0.11334 0.14056\n 11 116 5 0.11505 0.15292 0.11628 0.15174 0.11458 0.15189 0.11628 0.15174 0.11334 0.15308\n 11 116 5 0.11485 0.16479 0.11553 0.16322 0.11402 0.16403 0.11553 0.16322 0.11334 0.16560\n 11 116 5 0.11442 0.17678 0.11443 0.17507 0.11335 0.17641 0.11443 0.17507 0.11334 0.17812\n 11 116 5 0.11381 0.18899 0.11316 0.18741 0.11268 0.18906 0.11316 0.18741 0.11334 0.19064\n 11 116 5 0.11314 0.20145 0.11191 0.20026 0.11212 0.20196 0.11191 0.20026 0.11334 0.20315\n 11 116 5 0.11249 0.21419 0.11090 0.21356 0.11175 0.21504 0.11090 0.21356 0.11334 0.21567\n 11 116 5 0.11198 0.22716 0.11027 0.22720 0.11163 0.22823 0.11027 0.22720 0.11334 0.22819\n 11 116 5 0.11168 0.24029 0.11012 0.24099 0.11178 0.24141 0.11012 0.24099 0.11334 0.24071\n 11 116 5 0.11165 0.25348 0.11049 0.25474 0.11218 0.25448 0.11049 0.25474 0.11334 0.25323\n 11 116 5 0.11189 0.26664 0.11130 0.26825 0.11276 0.26736 0.11130 0.26825 0.11334 0.26575\n 11 116 5 0.11235 0.27966 0.11244 0.28137 0.11344 0.27997 0.11244 0.28137 0.11334 0.27826\n 11 116 5 0.14856 0.09534 0.14913 0.09695 0.14969 0.09534 0.14913 0.09695 0.14913 0.09049\n 11 116 5 0.15049 0.10769 0.15164 0.10896 0.15153 0.10725 0.15164 0.10896 0.14913 0.10301\n 11 116 5 0.15221 0.11931 0.15376 0.12003 0.15300 0.11850 0.15376 0.12003 0.14913 0.11553\n 11 116 5 0.15344 0.13033 0.15515 0.13039 0.15385 0.12927 0.15515 0.13039 0.14913 0.12804\n 11 116 5 0.15399 0.14099 0.15559 0.14037 0.15395 0.13986 0.15559 0.14037 0.14913 0.14056\n 11 116 5 0.15377 0.15158 0.15500 0.15039 0.15330 0.15055 0.15500 0.15039 0.14913 0.15308\n 11 116 5 0.15282 0.16241 0.15349 0.16083 0.15198 0.16164 0.15349 0.16083 0.14913 0.16560\n 11 116 5 0.15128 0.17374 0.15129 0.17203 0.15022 0.17336 0.15129 0.17203 0.14913 0.17812\n 11 116 5 0.14941 0.18576 0.14875 0.18418 0.14828 0.18583 0.14875 0.18418 0.14913 0.19064\n 11 116 5 0.14749 0.19856 0.14627 0.19736 0.14647 0.19906 0.14627 0.19736 0.14913 0.20315\n 11 116 5 0.14583 0.21208 0.14423 0.21145 0.14509 0.21293 0.14423 0.21145 0.14913 0.21567\n 11 116 5 0.14469 0.22616 0.14298 0.22620 0.14434 0.22724 0.14298 0.22620 0.14913 0.22819\n 11 116 5 0.14425 0.24057 0.14269 0.24127 0.14435 0.24170 0.14269 0.24127 0.14913 0.24071\n 11 116 5 0.14458 0.25500 0.14342 0.25626 0.14511 0.25600 0.14342 0.25626 0.14913 0.25323\n 11 116 5 0.14563 0.26915 0.14505 0.27076 0.14650 0.26986 0.14505 0.27076 0.14913 0.26575\n 11 116 5 0.14723 0.28276 0.14732 0.28447 0.14831 0.28308 0.14732 0.28447 0.14913 0.27826\n 11 116 5 0.18406 0.09776 0.18491 0.10018 0.18576 0.09776 0.18491 0.10018 0.18491 0.09049\n 11 116 5 0.18696 0.11004 0.18868 0.11194 0.18852 0.10937 0.18868 0.11194 0.18491 0.10301\n 11 116 5 0.18953 0.12120 0.19186 0.12228 0.19072 0.11998 0.19186 0.12228 0.18491 0.11553\n 11 116 5 0.19138 0.13147 0.19394 0.13156 0.19199 0.12989 0.19394 0.13156 0.18491 0.12804\n 11 116 5 0.19220 0.14120 0.19460 0.14028 0.19215 0.13950 0.19460 0.14028 0.18491 0.14056\n 11 116 5 0.19187 0.15083 0.19372 0.14905 0.19117 0.14928 0.19372 0.14905 0.18491 0.15308\n 11 116 5 0.19044 0.16081 0.19146 0.15845 0.18919 0.15966 0.19146 0.15845 0.18491 0.16560\n 11 116 5 0.18814 0.17155 0.18816 0.16898 0.18654 0.17098 0.18816 0.16898 0.18491 0.17812\n 11 116 5 0.18533 0.18333 0.18434 0.18096 0.18364 0.18343 0.18434 0.18096 0.18491 0.19064\n 11 116 5 0.18245 0.19626 0.18062 0.19446 0.18093 0.19701 0.18062 0.19446 0.18491 0.20315\n 11 116 5 0.17996 0.21028 0.17757 0.20934 0.17885 0.21156 0.17757 0.20934 0.18491 0.21567\n 11 116 5 0.17825 0.22515 0.17568 0.22521 0.17773 0.22676 0.17568 0.22521 0.18491 0.22819\n 11 116 5 0.17759 0.24050 0.17525 0.24156 0.17774 0.24219 0.17525 0.24156 0.18491 0.24071\n 11 116 5 0.17809 0.25588 0.17634 0.25777 0.17888 0.25738 0.17634 0.25777 0.18491 0.25323\n 11 116 5 0.17966 0.27085 0.17879 0.27327 0.18098 0.27192 0.17879 0.27327 0.18491 0.26575\n 11 50 2 0.18309 0.28452 0.18491 0.27826\n 11 116 5 0.21956 0.10018 0.22069 0.10342 0.22182 0.10018 0.22069 0.10342 0.22069 0.09049\n 11 116 5 0.22342 0.11238 0.22572 0.11491 0.22551 0.11150 0.22572 0.11491 0.22069 0.10301\n 11 116 5 0.22686 0.12309 0.22996 0.12453 0.22843 0.12147 0.22996 0.12453 0.22069 0.11553\n 11 116 5 0.22932 0.13261 0.23274 0.13273 0.23014 0.13050 0.23274 0.13273 0.22069 0.12804\n 11 116 5 0.23041 0.14141 0.23361 0.14018 0.23035 0.13915 0.23361 0.14018 0.22069 0.14056\n 11 116 5 0.22998 0.15007 0.23244 0.14770 0.22903 0.14802 0.23244 0.14770 0.22069 0.15308\n 11 116 5 0.22807 0.15921 0.22942 0.15607 0.22640 0.15769 0.22942 0.15607 0.22069 0.16560\n 11 116 5 0.22500 0.16936 0.22502 0.16594 0.22287 0.16860 0.22502 0.16594 0.22069 0.17812\n 11 116 5 0.22125 0.18089 0.21994 0.17773 0.21899 0.18102 0.21994 0.17773 0.22069 0.19064\n 11 116 5 0.21741 0.19396 0.21497 0.19156 0.21539 0.19496 0.21497 0.19156 0.22069 0.20315\n 11 116 5 0.21409 0.20848 0.21091 0.20722 0.21261 0.21019 0.21091 0.20722 0.22069 0.21567\n 11 116 5 0.21181 0.22413 0.20839 0.22422 0.21112 0.22629 0.20839 0.22422 0.22069 0.22819\n 11 116 5 0.21093 0.24043 0.20781 0.24184 0.21113 0.24268 0.20781 0.24184 0.22069 0.24071\n 11 116 5 0.21159 0.25677 0.20927 0.25928 0.21265 0.25877 0.20927 0.25928 0.22069 0.25323\n 11 116 5 0.21369 0.27255 0.21253 0.27577 0.21545 0.27398 0.21253 0.27577 0.22069 0.26575\n 11 50 2 0.21887 0.28452 0.22069 0.27826\n 11 116 5 0.25506 0.10261 0.25647 0.10665 0.25789 0.10261 0.25647 0.10665 0.25647 0.09049\n 11 116 5 0.25989 0.11472 0.26276 0.11789 0.26249 0.11362 0.26276 0.11789 0.25647 0.10301\n 11 116 5 0.26418 0.12498 0.26806 0.12678 0.26615 0.12295 0.26806 0.12678 0.25647 0.11553\n 11 116 5 0.26725 0.13375 0.27153 0.13390 0.26828 0.13112 0.27153 0.13390 0.25647 0.12804\n 11 116 5 0.26863 0.14162 0.27262 0.14009 0.26854 0.13880 0.27262 0.14009 0.25647 0.14056\n 11 116 5 0.26808 0.14932 0.27116 0.14636 0.26690 0.14675 0.27116 0.14636 0.25647 0.15308\n 11 116 5 0.26570 0.15762 0.26739 0.15368 0.26362 0.15571 0.26739 0.15368 0.25647 0.16560\n 11 116 5 0.26186 0.16717 0.26188 0.16289 0.25920 0.16622 0.26188 0.16289 0.25647 0.17812\n 11 116 5 0.25718 0.17845 0.25553 0.17450 0.25435 0.17862 0.25553 0.17450 0.25647 0.19064\n 11 116 5 0.25238 0.19166 0.24932 0.18866 0.24984 0.19291 0.24932 0.18866 0.25647 0.20315\n 11 116 5 0.24822 0.20668 0.24424 0.20511 0.24638 0.20882 0.24424 0.20511 0.25647 0.21567\n 11 116 5 0.24537 0.22312 0.24109 0.22322 0.24450 0.22581 0.24109 0.22322 0.25647 0.22819\n 11 116 5 0.24428 0.24036 0.24037 0.24212 0.24452 0.24318 0.24037 0.24212 0.25647 0.24071\n 11 116 5 0.24510 0.25766 0.24220 0.26080 0.24643 0.26015 0.24220 0.26080 0.25647 0.25323\n 11 116 5 0.24772 0.27425 0.24627 0.27828 0.24992 0.27604 0.24627 0.27828 0.25647 0.26575\n 11 50 2 0.25465 0.28452 0.25647 0.27826\n 11 116 5 0.29056 0.10503 0.29225 0.10988 0.29395 0.10503 0.29225 0.10988 0.29225 0.09049\n 11 116 5 0.29635 0.11706 0.29980 0.12087 0.29948 0.11574 0.29980 0.12087 0.29225 0.10301\n 11 116 5 0.30150 0.12687 0.30616 0.12904 0.30387 0.12444 0.30616 0.12904 0.29225 0.11553\n 11 116 5 0.30519 0.13490 0.31033 0.13507 0.30642 0.13173 0.31033 0.13507 0.29225 0.12804\n 11 116 5 0.30684 0.14183 0.31164 0.14000 0.30674 0.13844 0.31164 0.14000 0.29225 0.14056\n 11 116 5 0.30618 0.14857 0.30989 0.14501 0.30477 0.14549 0.30989 0.14501 0.29225 0.15308\n 11 116 5 0.30333 0.15602 0.30535 0.15130 0.30083 0.15373 0.30535 0.15130 0.29225 0.16560\n 11 116 5 0.29872 0.16498 0.29875 0.15985 0.29553 0.16385 0.29875 0.15985 0.29225 0.17812\n 11 116 5 0.29310 0.17602 0.29112 0.17128 0.28971 0.17622 0.29112 0.17128 0.29225 0.19064\n 11 116 5 0.28734 0.18936 0.28367 0.18577 0.28430 0.19086 0.28367 0.18577 0.29225 0.20315\n 11 116 5 0.28236 0.20488 0.27758 0.20300 0.28014 0.20745 0.27758 0.20300 0.29225 0.21567\n 11 116 5 0.27894 0.22211 0.27380 0.22223 0.27789 0.22534 0.27380 0.22223 0.29225 0.22819\n 11 116 5 0.27762 0.24029 0.27294 0.24241 0.27791 0.24367 0.27294 0.24241 0.29225 0.24071\n 11 116 5 0.27861 0.25854 0.27512 0.26231 0.28020 0.26154 0.27512 0.26231 0.29225 0.25323\n 11 116 5 0.28176 0.27595 0.28001 0.28078 0.28439 0.27810 0.28001 0.28078 0.29225 0.26575\n 11 50 2 0.29043 0.28452 0.29225 0.27826\n 11 116 5 0.32606 0.10746 0.32804 0.11311 0.33001 0.10746 0.32804 0.11311 0.32804 0.09049\n 11 116 5 0.33282 0.11941 0.33684 0.12384 0.33647 0.11786 0.33684 0.12384 0.32804 0.10301\n 11 116 5 0.33883 0.12877 0.34426 0.13129 0.34159 0.12593 0.34426 0.13129 0.32804 0.11553\n 11 116 5 0.34313 0.13604 0.34912 0.13624 0.34457 0.13235 0.34912 0.13624 0.32804 0.12804\n 11 116 5 0.34505 0.14205 0.35065 0.13990 0.34494 0.13809 0.35065 0.13990 0.32804 0.14056\n 11 116 5 0.34429 0.14782 0.34861 0.14367 0.34264 0.14422 0.34861 0.14367 0.32804 0.15308\n 11 116 5 0.34096 0.15442 0.34332 0.14892 0.33804 0.15175 0.34332 0.14892 0.32804 0.16560\n 11 116 5 0.33558 0.16279 0.33561 0.15680 0.33185 0.16147 0.33561 0.15680 0.32804 0.17812\n 11 116 5 0.32902 0.17358 0.32671 0.16805 0.32507 0.17381 0.32671 0.16805 0.32804 0.19064\n 11 116 5 0.32230 0.18706 0.31802 0.18287 0.31875 0.18881 0.31802 0.18287 0.32804 0.20315\n 11 116 5 0.31649 0.20308 0.31091 0.20089 0.31390 0.20608 0.31091 0.20089 0.32804 0.21567\n 11 116 5 0.31250 0.22109 0.30651 0.22124 0.31128 0.22486 0.30651 0.22124 0.32804 0.22819\n 11 116 5 0.31096 0.24022 0.30550 0.24269 0.31131 0.24417 0.30550 0.24269 0.32804 0.24071\n 11 116 5 0.31212 0.25943 0.30805 0.26383 0.31397 0.26293 0.30805 0.26383 0.32804 0.25323\n 11 116 5 0.31579 0.27765 0.31375 0.28329 0.31886 0.28015 0.31375 0.28329 0.32804 0.26575\n 11 50 2 0.32621 0.28452 0.32804 0.27826\n 11 116 5 0.36156 0.10988 0.36382 0.11634 0.36608 0.10988 0.36382 0.11634 0.36382 0.09049\n 11 116 5 0.36928 0.12175 0.37389 0.12682 0.37345 0.11999 0.37389 0.12682 0.36382 0.10301\n 11 116 5 0.37615 0.13066 0.38236 0.13354 0.37930 0.12741 0.38236 0.13354 0.36382 0.11553\n 11 116 5 0.38107 0.13718 0.38791 0.13741 0.38271 0.13296 0.38791 0.13741 0.36382 0.12804\n 11 116 5 0.38327 0.14226 0.38966 0.13981 0.38313 0.13773 0.38966 0.13981 0.36382 0.14056\n 11 116 5 0.38239 0.14707 0.38733 0.14232 0.38051 0.14295 0.38733 0.14232 0.36382 0.15308\n 11 116 5 0.37858 0.15283 0.38128 0.14653 0.37525 0.14977 0.38128 0.14653 0.36382 0.16560\n 11 116 5 0.37244 0.16060 0.37248 0.15376 0.36818 0.15909 0.37248 0.15376 0.36382 0.17812\n 11 116 5 0.36494 0.17115 0.36231 0.16483 0.36043 0.17141 0.36231 0.16483 0.36382 0.19064\n 11 116 5 0.35727 0.18476 0.35238 0.17997 0.35321 0.18677 0.35238 0.17997 0.36382 0.20315\n 11 116 5 0.35062 0.20129 0.34425 0.19877 0.34766 0.20471 0.34425 0.19877 0.36382 0.21567\n 11 116 5 0.34606 0.22008 0.33921 0.22024 0.34467 0.22438 0.33921 0.22024 0.36382 0.22819\n 11 116 5 0.34430 0.24015 0.33806 0.24297 0.34470 0.24466 0.33806 0.24297 0.36382 0.24071\n 11 116 5 0.34563 0.26031 0.34098 0.26534 0.34775 0.26431 0.34098 0.26534 0.36382 0.25323\n 11 50 2 0.34982 0.27936 0.34796 0.28452\n 11 72 3 0.34957 0.28452 0.35333 0.28221 0.34957 0.28452\n 11 50 2 0.34853 0.28452 0.36382 0.26575\n 11 50 2 0.36200 0.28452 0.36382 0.27826\n 11 116 5 0.39705 0.11230 0.39960 0.11957 0.40214 0.11230 0.39960 0.11957 0.39960 0.09049\n 11 116 5 0.40575 0.12409 0.41093 0.12980 0.41044 0.12211 0.41093 0.12980 0.39960 0.10301\n 11 116 5 0.41347 0.13255 0.42046 0.13579 0.41702 0.12890 0.42046 0.13579 0.39960 0.11553\n 11 116 5 0.41901 0.13832 0.42671 0.13858 0.42085 0.13358 0.42671 0.13858 0.39960 0.12804\n 11 116 5 0.42148 0.14247 0.42867 0.13971 0.42133 0.13738 0.42867 0.13971 0.39960 0.14056\n 11 116 5 0.42049 0.14632 0.42605 0.14098 0.41838 0.14169 0.42605 0.14098 0.39960 0.15308\n 11 116 5 0.41621 0.15123 0.41925 0.14415 0.41246 0.14779 0.41925 0.14415 0.39960 0.16560\n 11 116 5 0.40930 0.15842 0.40934 0.15071 0.40451 0.15671 0.40934 0.15071 0.39960 0.17812\n 11 116 5 0.40087 0.16871 0.39790 0.16160 0.39579 0.16901 0.39790 0.16160 0.39960 0.19064\n 11 116 5 0.39223 0.18247 0.38673 0.17707 0.38766 0.18472 0.38673 0.17707 0.39960 0.20315\n 11 116 5 0.38475 0.19949 0.37759 0.19666 0.38143 0.20334 0.37759 0.19666 0.39960 0.21567\n 11 116 5 0.37962 0.21906 0.37192 0.21925 0.37806 0.22391 0.37192 0.21925 0.39960 0.22819\n 11 116 5 0.37765 0.24008 0.37063 0.24325 0.37809 0.24515 0.37063 0.24325 0.39960 0.24071\n 11 116 5 0.37914 0.26120 0.37390 0.26685 0.38152 0.26570 0.37390 0.26685 0.39960 0.25323\n 11 50 2 0.38385 0.28106 0.38260 0.28452\n 11 72 3 0.38739 0.28452 0.38780 0.28427 0.38739 0.28452\n 11 50 2 0.38432 0.28452 0.39960 0.26575\n 11 50 2 0.39778 0.28452 0.39960 0.27826\n 11 72 3 0.43255 0.11473 0.43538 0.12281 0.43538 0.12281\n 11 72 3 0.43538 0.12281 0.43538 0.12281 0.43538 0.09049\n 11 50 2 0.43538 0.10301 0.43538 0.10301\n 11 50 2 0.43538 0.11553 0.43538 0.11553\n 11 50 2 0.43538 0.12804 0.43538 0.12804\n 11 50 2 0.43538 0.14056 0.43538 0.14056\n 11 50 2 0.43538 0.15308 0.43538 0.15308\n 11 50 2 0.43538 0.16560 0.43538 0.16560\n 11 50 2 0.43538 0.17812 0.43538 0.17812\n 11 116 5 0.43538 0.16290 0.43349 0.15837 0.43114 0.16660 0.43349 0.15837 0.43538 0.19064\n 11 116 5 0.42719 0.18017 0.42108 0.17417 0.42212 0.18267 0.42108 0.17417 0.43538 0.20315\n 11 116 5 0.41889 0.19769 0.41092 0.19455 0.41519 0.20197 0.41092 0.19455 0.43538 0.21567\n 11 116 5 0.41319 0.21805 0.40463 0.21826 0.41145 0.22343 0.40463 0.21826 0.43538 0.22819\n 11 116 5 0.41099 0.24001 0.40319 0.24354 0.41148 0.24565 0.40319 0.24354 0.43538 0.24071\n 11 116 5 0.41264 0.26209 0.40683 0.26837 0.41529 0.26708 0.40683 0.26837 0.43538 0.25323\n 11 50 2 0.41789 0.28276 0.41725 0.28452\n 11 50 2 0.42010 0.28452 0.43538 0.26575\n 12 358 16 0.07756 0.09049 0.07756 0.10301 0.07756 0.11553 0.07756 0.12804 0.07756 0.14056 0.07756 0.15308 0.07756 0.16560 0.07756 0.17812 0.07756 0.19064 0.07756 0.20315 0.07756 0.21567 0.07756 0.22819 0.07756 0.24071 0.07756 0.25323 0.07756 0.26575 0.07756 0.27826\n 11 50 2 0.43356 0.28452 0.43538 0.27826\n 11 116 5 0.12765 0.06100 0.13573 0.05817 0.12765 0.05534 0.13573 0.05817 0.10342 0.05817\n 21 6 1\n 25 6 1\n 11 94 4 0.15785 0.06057 0.15859 0.06094 0.15969 0.06205 0.15969 0.05429\n 11 116 5 0.16487 0.05503 0.16450 0.05466 0.16487 0.05429 0.16523 0.05466 0.16487 0.05503\n 11 380 17 0.17004 0.06205 0.16893 0.06168 0.16819 0.06057 0.16782 0.05873 0.16782 0.05762 0.16819 0.05577 0.16893 0.05466 0.17004 0.05429 0.17077 0.05429 0.17188 0.05466 0.17262 0.05577 0.17299 0.05762 0.17299 0.05873 0.17262 0.06057 0.17188 0.06168 0.17077 0.06205 0.17004 0.06205\n 11 380 17 0.17742 0.06205 0.17632 0.06168 0.17558 0.06057 0.17521 0.05873 0.17521 0.05762 0.17558 0.05577 0.17632 0.05466 0.17742 0.05429 0.17816 0.05429 0.17927 0.05466 0.18001 0.05577 0.18038 0.05762 0.18038 0.05873 0.18001 0.06057 0.17927 0.06168 0.17816 0.06205 0.17742 0.06205\n 11 50 2 0.01183 0.06121 0.01428 0.05753\n 11 50 2 0.01428 0.06121 0.01183 0.05753\n 11 50 2 0.01551 0.06191 0.01551 0.05630\n 11 50 2 0.01569 0.06191 0.01569 0.05630\n 11 50 2 0.01551 0.06191 0.01674 0.06191\n 11 50 2 0.01551 0.05630 0.01674 0.05630\n 11 50 2 0.01779 0.06121 0.02025 0.05753\n 11 50 2 0.02025 0.06121 0.01779 0.05753\n 11 50 2 0.02148 0.05963 0.02464 0.05963\n 11 50 2 0.02148 0.05858 0.02464 0.05858\n 11 380 17 0.02692 0.06121 0.02639 0.06103 0.02604 0.06051 0.02586 0.05963 0.02586 0.05910 0.02604 0.05823 0.02639 0.05770 0.02692 0.05753 0.02727 0.05753 0.02779 0.05770 0.02814 0.05823 0.02832 0.05910 0.02832 0.05963 0.02814 0.06051 0.02779 0.06103 0.02727 0.06121 0.02692 0.06121\n 11 116 5 0.02972 0.05998 0.02955 0.05981 0.02972 0.05963 0.02990 0.05981 0.02972 0.05998\n 11 116 5 0.02972 0.05788 0.02955 0.05770 0.02972 0.05753 0.02990 0.05770 0.02972 0.05788\n 11 94 4 0.03165 0.06051 0.03200 0.06068 0.03253 0.06121 0.03253 0.05753\n 11 116 5 0.03499 0.05998 0.03481 0.05981 0.03499 0.05963 0.03516 0.05981 0.03499 0.05998\n 11 116 5 0.03499 0.05788 0.03481 0.05770 0.03499 0.05753 0.03516 0.05770 0.03499 0.05788\n 11 116 5 0.03674 0.05788 0.03656 0.05770 0.03674 0.05753 0.03692 0.05770 0.03674 0.05788\n 11 94 4 0.03867 0.06051 0.03902 0.06068 0.03955 0.06121 0.03955 0.05753\n 11 50 2 0.04271 0.06191 0.04271 0.05630\n 11 50 2 0.04288 0.06191 0.04288 0.05630\n 11 50 2 0.04165 0.06191 0.04288 0.06191\n 11 50 2 0.04165 0.05630 0.04288 0.05630\n 11 50 2 0.04499 0.06016 0.04499 0.05805\n 11 50 2 0.04411 0.05963 0.04586 0.05858\n 11 50 2 0.04586 0.05963 0.04411 0.05858\n 11 446 20 0.04937 0.06068 0.04902 0.06103 0.04849 0.06121 0.04779 0.06121 0.04727 0.06103 0.04692 0.06068 0.04692 0.06033 0.04709 0.05998 0.04727 0.05981 0.04762 0.05963 0.04867 0.05928 0.04902 0.05910 0.04920 0.05893 0.04937 0.05858 0.04937 0.05805 0.04902 0.05770 0.04849 0.05753 0.04779 0.05753 0.04727 0.05770 0.04692 0.05805\n 11 50 2 0.05060 0.06121 0.05060 0.05753\n 11 50 2 0.05200 0.06121 0.05200 0.05753\n 11 50 2 0.05200 0.06121 0.05446 0.05753\n 11 50 2 0.05446 0.06121 0.05446 0.05753\n 11 226 10 0.05709 0.06191 0.05674 0.06156 0.05639 0.06103 0.05604 0.06033 0.05586 0.05945 0.05586 0.05875 0.05604 0.05788 0.05639 0.05717 0.05674 0.05665 0.05709 0.05630\n 11 72 3 0.05779 0.06121 0.05920 0.05945 0.05920 0.05753\n 11 50 2 0.06060 0.06121 0.05920 0.05945\n 11 50 2 0.06148 0.06191 0.06148 0.05630\n 11 50 2 0.06165 0.06191 0.06165 0.05630\n 11 50 2 0.06148 0.06191 0.06271 0.06191\n 11 50 2 0.06148 0.05630 0.06271 0.05630\n 11 72 3 0.06341 0.06121 0.06481 0.05945 0.06481 0.05753\n 11 50 2 0.06621 0.06121 0.06481 0.05945\n 11 50 2 0.06709 0.05963 0.07025 0.05963\n 11 50 2 0.06709 0.05858 0.07025 0.05858\n 11 380 17 0.07253 0.06121 0.07200 0.06103 0.07165 0.06051 0.07148 0.05963 0.07148 0.05910 0.07165 0.05823 0.07200 0.05770 0.07253 0.05753 0.07288 0.05753 0.07341 0.05770 0.07376 0.05823 0.07393 0.05910 0.07393 0.05963 0.07376 0.06051 0.07341 0.06103 0.07288 0.06121 0.07253 0.06121\n 11 116 5 0.07534 0.05998 0.07516 0.05981 0.07534 0.05963 0.07551 0.05981 0.07534 0.05998\n 11 116 5 0.07534 0.05788 0.07516 0.05770 0.07534 0.05753 0.07551 0.05770 0.07534 0.05788\n 11 512 23 0.07902 0.06068 0.07885 0.06103 0.07832 0.06121 0.07797 0.06121 0.07744 0.06103 0.07709 0.06051 0.07692 0.05963 0.07692 0.05875 0.07709 0.05805 0.07744 0.05770 0.07797 0.05753 0.07814 0.05753 0.07867 0.05770 0.07902 0.05805 0.07920 0.05858 0.07920 0.05875 0.07902 0.05928 0.07867 0.05963 0.07814 0.05981 0.07797 0.05981 0.07744 0.05963 0.07709 0.05928 0.07692 0.05875\n 11 116 5 0.08060 0.05788 0.08042 0.05770 0.08060 0.05753 0.08078 0.05770 0.08060 0.05788\n 11 336 15 0.08235 0.06121 0.08428 0.06121 0.08323 0.05981 0.08376 0.05981 0.08411 0.05963 0.08428 0.05945 0.08446 0.05893 0.08446 0.05858 0.08428 0.05805 0.08393 0.05770 0.08341 0.05753 0.08288 0.05753 0.08235 0.05770 0.08218 0.05788 0.08200 0.05823\n 11 116 5 0.08586 0.05998 0.08569 0.05981 0.08586 0.05963 0.08604 0.05981 0.08586 0.05998\n 11 116 5 0.08586 0.05788 0.08569 0.05770 0.08586 0.05753 0.08604 0.05770 0.08586 0.05788\n 11 116 5 0.08762 0.05788 0.08744 0.05770 0.08762 0.05753 0.08779 0.05770 0.08762 0.05788\n 11 314 14 0.08920 0.06033 0.08920 0.06051 0.08937 0.06086 0.08955 0.06103 0.08990 0.06121 0.09060 0.06121 0.09095 0.06103 0.09113 0.06086 0.09130 0.06051 0.09130 0.06016 0.09113 0.05981 0.09078 0.05928 0.08902 0.05753 0.09148 0.05753\n 11 50 2 0.09358 0.06191 0.09358 0.05630\n 11 50 2 0.09376 0.06191 0.09376 0.05630\n 11 50 2 0.09253 0.06191 0.09376 0.06191\n 11 50 2 0.09253 0.05630 0.09376 0.05630\n 11 226 10 0.09499 0.06191 0.09534 0.06156 0.09569 0.06103 0.09604 0.06033 0.09621 0.05945 0.09621 0.05875 0.09604 0.05788 0.09569 0.05717 0.09534 0.05665 0.09499 0.05630\n 11 182 8 0.10078 0.05770 0.10060 0.05753 0.10042 0.05770 0.10060 0.05788 0.10078 0.05770 0.10078 0.05735 0.10060 0.05700 0.10042 0.05682\n 11 50 2 0.01411 0.05539 0.01657 0.05171\n 11 50 2 0.01657 0.05539 0.01411 0.05171\n 11 50 2 0.01779 0.05609 0.01779 0.05048\n 11 50 2 0.01797 0.05609 0.01797 0.05048\n 11 50 2 0.01779 0.05609 0.01902 0.05609\n 11 50 2 0.01779 0.05048 0.01902 0.05048\n 11 50 2 0.02007 0.05539 0.02253 0.05171\n 11 50 2 0.02253 0.05539 0.02007 0.05171\n 11 50 2 0.02376 0.05381 0.02692 0.05381\n 11 50 2 0.02376 0.05276 0.02692 0.05276\n 11 380 17 0.02920 0.05539 0.02867 0.05522 0.02832 0.05469 0.02814 0.05381 0.02814 0.05329 0.02832 0.05241 0.02867 0.05188 0.02920 0.05171 0.02955 0.05171 0.03007 0.05188 0.03042 0.05241 0.03060 0.05329 0.03060 0.05381 0.03042 0.05469 0.03007 0.05522 0.02955 0.05539 0.02920 0.05539\n 11 116 5 0.03200 0.05416 0.03183 0.05399 0.03200 0.05381 0.03218 0.05399 0.03200 0.05416\n 11 116 5 0.03200 0.05206 0.03183 0.05188 0.03200 0.05171 0.03218 0.05188 0.03200 0.05206\n 11 94 4 0.03393 0.05469 0.03428 0.05487 0.03481 0.05539 0.03481 0.05171\n 11 116 5 0.03727 0.05416 0.03709 0.05399 0.03727 0.05381 0.03744 0.05399 0.03727 0.05416\n 11 116 5 0.03727 0.05206 0.03709 0.05188 0.03727 0.05171 0.03744 0.05188 0.03727 0.05206\n 11 116 5 0.03902 0.05206 0.03885 0.05188 0.03902 0.05171 0.03920 0.05188 0.03902 0.05206\n 11 94 4 0.04095 0.05469 0.04130 0.05487 0.04183 0.05539 0.04183 0.05171\n 11 50 2 0.04499 0.05609 0.04499 0.05048\n 11 50 2 0.04516 0.05609 0.04516 0.05048\n 11 50 2 0.04393 0.05609 0.04516 0.05609\n 11 50 2 0.04393 0.05048 0.04516 0.05048\n 11 50 2 0.04727 0.05434 0.04727 0.05223\n 11 50 2 0.04639 0.05381 0.04814 0.05276\n 11 50 2 0.04814 0.05381 0.04639 0.05276\n 11 402 18 0.05183 0.05451 0.05165 0.05487 0.05130 0.05522 0.05095 0.05539 0.05025 0.05539 0.04990 0.05522 0.04955 0.05487 0.04937 0.05451 0.04920 0.05399 0.04920 0.05311 0.04937 0.05259 0.04955 0.05223 0.04990 0.05188 0.05025 0.05171 0.05095 0.05171 0.05130 0.05188 0.05165 0.05223 0.05183 0.05259\n 11 468 21 0.05393 0.05539 0.05358 0.05522 0.05323 0.05487 0.05306 0.05451 0.05288 0.05399 0.05288 0.05311 0.05306 0.05259 0.05323 0.05223 0.05358 0.05188 0.05393 0.05171 0.05464 0.05171 0.05499 0.05188 0.05534 0.05223 0.05551 0.05259 0.05569 0.05311 0.05569 0.05399 0.05551 0.05451 0.05534 0.05487 0.05499 0.05522 0.05464 0.05539 0.05393 0.05539\n 11 446 20 0.05920 0.05487 0.05885 0.05522 0.05832 0.05539 0.05762 0.05539 0.05709 0.05522 0.05674 0.05487 0.05674 0.05451 0.05692 0.05416 0.05709 0.05399 0.05744 0.05381 0.05849 0.05346 0.05885 0.05329 0.05902 0.05311 0.05920 0.05276 0.05920 0.05223 0.05885 0.05188 0.05832 0.05171 0.05762 0.05171 0.05709 0.05188 0.05674 0.05223\n 11 226 10 0.06165 0.05609 0.06130 0.05574 0.06095 0.05522 0.06060 0.05451 0.06042 0.05364 0.06042 0.05294 0.06060 0.05206 0.06095 0.05136 0.06130 0.05083 0.06165 0.05048\n 11 72 3 0.06235 0.05539 0.06376 0.05364 0.06376 0.05171\n 11 50 2 0.06516 0.05539 0.06376 0.05364\n 11 50 2 0.06604 0.05609 0.06604 0.05048\n 11 50 2 0.06621 0.05609 0.06621 0.05048\n 11 50 2 0.06604 0.05609 0.06727 0.05609\n 11 50 2 0.06604 0.05048 0.06727 0.05048\n 11 72 3 0.06797 0.05539 0.06937 0.05364 0.06937 0.05171\n 11 50 2 0.07078 0.05539 0.06937 0.05364\n 11 50 2 0.07165 0.05381 0.07481 0.05381\n 11 50 2 0.07165 0.05276 0.07481 0.05276\n 11 380 17 0.07709 0.05539 0.07656 0.05522 0.07621 0.05469 0.07604 0.05381 0.07604 0.05329 0.07621 0.05241 0.07656 0.05188 0.07709 0.05171 0.07744 0.05171 0.07797 0.05188 0.07832 0.05241 0.07849 0.05329 0.07849 0.05381 0.07832 0.05469 0.07797 0.05522 0.07744 0.05539 0.07709 0.05539\n 11 116 5 0.07990 0.05416 0.07972 0.05399 0.07990 0.05381 0.08007 0.05399 0.07990 0.05416\n 11 116 5 0.07990 0.05206 0.07972 0.05188 0.07990 0.05171 0.08007 0.05188 0.07990 0.05206\n 11 512 23 0.08358 0.05487 0.08341 0.05522 0.08288 0.05539 0.08253 0.05539 0.08200 0.05522 0.08165 0.05469 0.08148 0.05381 0.08148 0.05294 0.08165 0.05223 0.08200 0.05188 0.08253 0.05171 0.08271 0.05171 0.08323 0.05188 0.08358 0.05223 0.08376 0.05276 0.08376 0.05294 0.08358 0.05346 0.08323 0.05381 0.08271 0.05399 0.08253 0.05399 0.08200 0.05381 0.08165 0.05346 0.08148 0.05294\n 11 116 5 0.08516 0.05206 0.08499 0.05188 0.08516 0.05171 0.08534 0.05188 0.08516 0.05206\n 11 336 15 0.08692 0.05539 0.08885 0.05539 0.08779 0.05399 0.08832 0.05399 0.08867 0.05381 0.08885 0.05364 0.08902 0.05311 0.08902 0.05276 0.08885 0.05223 0.08849 0.05188 0.08797 0.05171 0.08744 0.05171 0.08692 0.05188 0.08674 0.05206 0.08656 0.05241\n 11 116 5 0.09042 0.05416 0.09025 0.05399 0.09042 0.05381 0.09060 0.05399 0.09042 0.05416\n 11 116 5 0.09042 0.05206 0.09025 0.05188 0.09042 0.05171 0.09060 0.05188 0.09042 0.05206\n 11 116 5 0.09218 0.05206 0.09200 0.05188 0.09218 0.05171 0.09235 0.05188 0.09218 0.05206\n 11 314 14 0.09376 0.05451 0.09376 0.05469 0.09393 0.05504 0.09411 0.05522 0.09446 0.05539 0.09516 0.05539 0.09551 0.05522 0.09569 0.05504 0.09586 0.05469 0.09586 0.05434 0.09569 0.05399 0.09534 0.05346 0.09358 0.05171 0.09604 0.05171\n 11 50 2 0.09814 0.05609 0.09814 0.05048\n 11 50 2 0.09832 0.05609 0.09832 0.05048\n 11 50 2 0.09709 0.05609 0.09832 0.05609\n 11 50 2 0.09709 0.05048 0.09832 0.05048\n 11 226 10 0.09955 0.05609 0.09990 0.05574 0.10025 0.05522 0.10060 0.05451 0.10078 0.05364 0.10078 0.05294 0.10060 0.05206 0.10025 0.05136 0.09990 0.05083 0.09955 0.05048\n 11 50 2 0.10148 0.05171 0.10148 0.05171\n 82 0\n 81 6 102\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 103\n 21 6 1\n 25 6 1\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 336 15 0.52610 0.16535 0.52721 0.16424 0.52832 0.16387 0.52905 0.16387 0.53016 0.16424 0.53090 0.16498 0.53127 0.16498 0.53201 0.16350 0.53275 0.16498 0.53312 0.16498 0.53386 0.16424 0.53496 0.16387 0.53570 0.16387 0.53681 0.16424 0.53792 0.16535\n 11 94 4 0.52684 0.16461 0.52795 0.16424 0.52942 0.16424 0.53053 0.16461\n 11 94 4 0.53349 0.16461 0.53460 0.16424 0.53607 0.16424 0.53718 0.16461\n 11 314 14 0.52942 0.16867 0.52905 0.16867 0.52832 0.16904 0.52795 0.16941 0.52758 0.17015 0.52758 0.17162 0.52795 0.17236 0.52832 0.17273 0.52905 0.17310 0.52979 0.17310 0.53053 0.17273 0.53164 0.17199 0.53533 0.16830 0.53533 0.17347\n 11 182 8 0.53496 0.17680 0.53533 0.17643 0.53496 0.17606 0.53460 0.17643 0.53496 0.17680 0.53570 0.17680 0.53644 0.17643 0.53681 0.17606\n 11 94 4 0.52905 0.18049 0.52869 0.18123 0.52758 0.18234 0.53533 0.18234\n 11 182 8 0.53496 0.18788 0.53533 0.18751 0.53496 0.18714 0.53460 0.18751 0.53496 0.18788 0.53570 0.18788 0.53644 0.18751 0.53681 0.18714\n 11 380 17 0.52758 0.19268 0.52795 0.19157 0.52905 0.19083 0.53090 0.19046 0.53201 0.19046 0.53386 0.19083 0.53496 0.19157 0.53533 0.19268 0.53533 0.19342 0.53496 0.19452 0.53386 0.19526 0.53201 0.19563 0.53090 0.19563 0.52905 0.19526 0.52795 0.19452 0.52758 0.19342 0.52758 0.19268\n 11 116 5 0.53460 0.19859 0.53496 0.19822 0.53533 0.19859 0.53496 0.19896 0.53460 0.19859\n 11 380 17 0.52758 0.20597 0.52758 0.20228 0.53090 0.20191 0.53053 0.20228 0.53016 0.20339 0.53016 0.20450 0.53053 0.20560 0.53127 0.20634 0.53238 0.20671 0.53312 0.20671 0.53423 0.20634 0.53496 0.20560 0.53533 0.20450 0.53533 0.20339 0.53496 0.20228 0.53460 0.20191 0.53386 0.20154\n 11 336 15 0.52610 0.20967 0.52721 0.21077 0.52832 0.21114 0.52905 0.21114 0.53016 0.21077 0.53090 0.21004 0.53127 0.21004 0.53201 0.21151 0.53275 0.21004 0.53312 0.21004 0.53386 0.21077 0.53496 0.21114 0.53570 0.21114 0.53681 0.21077 0.53792 0.20967\n 11 94 4 0.52684 0.21041 0.52795 0.21077 0.52942 0.21077 0.53053 0.21041\n 11 94 4 0.53349 0.21041 0.53460 0.21077 0.53607 0.21077 0.53718 0.21041\n 11 336 15 0.73985 0.06385 0.73874 0.06274 0.73837 0.06163 0.73837 0.06090 0.73874 0.05979 0.73948 0.05905 0.73948 0.05868 0.73800 0.05794 0.73948 0.05720 0.73948 0.05683 0.73874 0.05609 0.73837 0.05499 0.73837 0.05425 0.73874 0.05314 0.73985 0.05203\n 11 94 4 0.73911 0.06311 0.73874 0.06200 0.73874 0.06053 0.73911 0.05942\n 11 94 4 0.73911 0.05646 0.73874 0.05536 0.73874 0.05388 0.73911 0.05277\n 11 94 4 0.74391 0.06090 0.74465 0.06126 0.74576 0.06237 0.74576 0.05462\n 11 182 8 0.75130 0.05499 0.75093 0.05462 0.75056 0.05499 0.75093 0.05536 0.75130 0.05499 0.75130 0.05425 0.75093 0.05351 0.75056 0.05314\n 11 314 14 0.75426 0.06053 0.75426 0.06090 0.75462 0.06163 0.75499 0.06200 0.75573 0.06237 0.75721 0.06237 0.75795 0.06200 0.75832 0.06163 0.75869 0.06090 0.75869 0.06016 0.75832 0.05942 0.75758 0.05831 0.75389 0.05462 0.75906 0.05462\n 11 182 8 0.76238 0.05499 0.76201 0.05462 0.76164 0.05499 0.76201 0.05536 0.76238 0.05499 0.76238 0.05425 0.76201 0.05351 0.76164 0.05314\n 11 94 4 0.76607 0.06090 0.76681 0.06126 0.76792 0.06237 0.76792 0.05462\n 11 336 15 0.77309 0.06385 0.77420 0.06274 0.77457 0.06163 0.77457 0.06090 0.77420 0.05979 0.77346 0.05905 0.77346 0.05868 0.77494 0.05794 0.77346 0.05720 0.77346 0.05683 0.77420 0.05609 0.77457 0.05499 0.77457 0.05425 0.77420 0.05314 0.77309 0.05203\n 11 94 4 0.77383 0.06311 0.77420 0.06200 0.77420 0.06053 0.77383 0.05942\n 11 94 4 0.77383 0.05646 0.77420 0.05536 0.77420 0.05388 0.77383 0.05277\n 11 402 18 0.71954 0.02907 0.71892 0.02845 0.71954 0.02784 0.72015 0.02845 0.72015 0.02907 0.71892 0.03030 0.71769 0.03092 0.71584 0.03092 0.71400 0.03030 0.71277 0.02907 0.71215 0.02722 0.71215 0.02599 0.71277 0.02415 0.71400 0.02291 0.71584 0.02230 0.71708 0.02230 0.71892 0.02291 0.72015 0.02415\n 11 182 8 0.71584 0.03092 0.71461 0.03030 0.71338 0.02907 0.71277 0.02722 0.71277 0.02599 0.71338 0.02415 0.71461 0.02291 0.71584 0.02230\n 11 380 17 0.72754 0.03092 0.72569 0.03030 0.72446 0.02907 0.72385 0.02722 0.72385 0.02599 0.72446 0.02415 0.72569 0.02291 0.72754 0.02230 0.72877 0.02230 0.73062 0.02291 0.73185 0.02415 0.73246 0.02599 0.73246 0.02722 0.73185 0.02907 0.73062 0.03030 0.72877 0.03092 0.72754 0.03092\n 11 182 8 0.72754 0.03092 0.72631 0.03030 0.72508 0.02907 0.72446 0.02722 0.72446 0.02599 0.72508 0.02415 0.72631 0.02291 0.72754 0.02230\n 11 182 8 0.72877 0.02230 0.73000 0.02291 0.73123 0.02415 0.73185 0.02599 0.73185 0.02722 0.73123 0.02907 0.73000 0.03030 0.72877 0.03092\n 11 50 2 0.73739 0.03092 0.73739 0.02230\n 11 50 2 0.73800 0.03092 0.73800 0.02230\n 11 160 7 0.73800 0.02907 0.73924 0.03030 0.74108 0.03092 0.74231 0.03092 0.74416 0.03030 0.74478 0.02907 0.74478 0.02230\n 11 94 4 0.74231 0.03092 0.74354 0.03030 0.74416 0.02907 0.74416 0.02230\n 11 50 2 0.73554 0.03092 0.73800 0.03092\n 11 50 2 0.73554 0.02230 0.73985 0.02230\n 11 50 2 0.74231 0.02230 0.74662 0.02230\n 11 336 15 0.75586 0.02969 0.75647 0.03092 0.75647 0.02845 0.75586 0.02969 0.75524 0.03030 0.75401 0.03092 0.75155 0.03092 0.75032 0.03030 0.74970 0.02969 0.74970 0.02845 0.75032 0.02784 0.75155 0.02722 0.75462 0.02599 0.75586 0.02538 0.75647 0.02476\n 11 336 15 0.74970 0.02907 0.75032 0.02845 0.75155 0.02784 0.75462 0.02661 0.75586 0.02599 0.75647 0.02538 0.75647 0.02353 0.75586 0.02291 0.75462 0.02230 0.75216 0.02230 0.75093 0.02291 0.75032 0.02353 0.74970 0.02476 0.74970 0.02230 0.75032 0.02353\n 11 160 7 0.76140 0.03523 0.76140 0.02476 0.76201 0.02291 0.76324 0.02230 0.76447 0.02230 0.76571 0.02291 0.76632 0.02415\n 11 94 4 0.76201 0.03523 0.76201 0.02476 0.76263 0.02291 0.76324 0.02230\n 11 50 2 0.75955 0.03092 0.76447 0.03092\n 11 292 13 0.77063 0.02969 0.77063 0.02907 0.77001 0.02907 0.77001 0.02969 0.77063 0.03030 0.77186 0.03092 0.77432 0.03092 0.77555 0.03030 0.77617 0.02969 0.77679 0.02845 0.77679 0.02415 0.77740 0.02291 0.77802 0.02230\n 11 116 5 0.77617 0.02969 0.77617 0.02415 0.77679 0.02291 0.77802 0.02230 0.77863 0.02230\n 11 248 11 0.77617 0.02845 0.77555 0.02784 0.77186 0.02722 0.77001 0.02661 0.76940 0.02538 0.76940 0.02415 0.77001 0.02291 0.77186 0.02230 0.77371 0.02230 0.77494 0.02291 0.77617 0.02415\n 11 138 6 0.77186 0.02722 0.77063 0.02661 0.77001 0.02538 0.77001 0.02415 0.77063 0.02291 0.77186 0.02230\n 11 50 2 0.78294 0.03092 0.78294 0.02230\n 11 50 2 0.78356 0.03092 0.78356 0.02230\n 11 160 7 0.78356 0.02907 0.78479 0.03030 0.78663 0.03092 0.78787 0.03092 0.78971 0.03030 0.79033 0.02907 0.79033 0.02230\n 11 94 4 0.78787 0.03092 0.78910 0.03030 0.78971 0.02907 0.78971 0.02230\n 11 50 2 0.78109 0.03092 0.78356 0.03092\n 11 50 2 0.78109 0.02230 0.78540 0.02230\n 11 50 2 0.78787 0.02230 0.79217 0.02230\n 11 160 7 0.79648 0.03523 0.79648 0.02476 0.79710 0.02291 0.79833 0.02230 0.79956 0.02230 0.80079 0.02291 0.80141 0.02415\n 11 94 4 0.79710 0.03523 0.79710 0.02476 0.79771 0.02291 0.79833 0.02230\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00129 0.00358 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.57756 0.93538 0.09049 0.28452\n 56 39 7 0.00000 0.00000 1.00000\n 11 50 2 1631.33057 61.90117 1658.59314 61.90117\n 21 6 8\n 25 6 8\n 40 6 7\n 38 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00129 0.00358 0.00000\n 61 44 0.57756 0.93538 0.09049 0.28452\n 14 72 3 0.57756 0.28452 0.93538 0.15517 0.57756 0.09049\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.50000 1.00000 0.00000 0.37500\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 94 4 0.57756 0.28452 0.93538 0.15517 0.57756 0.09049 0.57756 0.28452\n 21 6 1\n 25 6 1\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 336 15 0.52610 0.16535 0.52721 0.16424 0.52832 0.16387 0.52905 0.16387 0.53016 0.16424 0.53090 0.16498 0.53127 0.16498 0.53201 0.16350 0.53275 0.16498 0.53312 0.16498 0.53386 0.16424 0.53496 0.16387 0.53570 0.16387 0.53681 0.16424 0.53792 0.16535\n 11 94 4 0.52684 0.16461 0.52795 0.16424 0.52942 0.16424 0.53053 0.16461\n 11 94 4 0.53349 0.16461 0.53460 0.16424 0.53607 0.16424 0.53718 0.16461\n 11 314 14 0.52942 0.16867 0.52905 0.16867 0.52832 0.16904 0.52795 0.16941 0.52758 0.17015 0.52758 0.17162 0.52795 0.17236 0.52832 0.17273 0.52905 0.17310 0.52979 0.17310 0.53053 0.17273 0.53164 0.17199 0.53533 0.16830 0.53533 0.17347\n 11 182 8 0.53496 0.17680 0.53533 0.17643 0.53496 0.17606 0.53460 0.17643 0.53496 0.17680 0.53570 0.17680 0.53644 0.17643 0.53681 0.17606\n 11 94 4 0.52905 0.18049 0.52869 0.18123 0.52758 0.18234 0.53533 0.18234\n 11 182 8 0.53496 0.18788 0.53533 0.18751 0.53496 0.18714 0.53460 0.18751 0.53496 0.18788 0.53570 0.18788 0.53644 0.18751 0.53681 0.18714\n 11 380 17 0.52758 0.19268 0.52795 0.19157 0.52905 0.19083 0.53090 0.19046 0.53201 0.19046 0.53386 0.19083 0.53496 0.19157 0.53533 0.19268 0.53533 0.19342 0.53496 0.19452 0.53386 0.19526 0.53201 0.19563 0.53090 0.19563 0.52905 0.19526 0.52795 0.19452 0.52758 0.19342 0.52758 0.19268\n 11 116 5 0.53460 0.19859 0.53496 0.19822 0.53533 0.19859 0.53496 0.19896 0.53460 0.19859\n 11 380 17 0.52758 0.20597 0.52758 0.20228 0.53090 0.20191 0.53053 0.20228 0.53016 0.20339 0.53016 0.20450 0.53053 0.20560 0.53127 0.20634 0.53238 0.20671 0.53312 0.20671 0.53423 0.20634 0.53496 0.20560 0.53533 0.20450 0.53533 0.20339 0.53496 0.20228 0.53460 0.20191 0.53386 0.20154\n 11 336 15 0.52610 0.20967 0.52721 0.21077 0.52832 0.21114 0.52905 0.21114 0.53016 0.21077 0.53090 0.21004 0.53127 0.21004 0.53201 0.21151 0.53275 0.21004 0.53312 0.21004 0.53386 0.21077 0.53496 0.21114 0.53570 0.21114 0.53681 0.21077 0.53792 0.20967\n 11 94 4 0.52684 0.21041 0.52795 0.21077 0.52942 0.21077 0.53053 0.21041\n 11 94 4 0.53349 0.21041 0.53460 0.21077 0.53607 0.21077 0.53718 0.21041\n 11 336 15 0.73985 0.06385 0.73874 0.06274 0.73837 0.06163 0.73837 0.06090 0.73874 0.05979 0.73948 0.05905 0.73948 0.05868 0.73800 0.05794 0.73948 0.05720 0.73948 0.05683 0.73874 0.05609 0.73837 0.05499 0.73837 0.05425 0.73874 0.05314 0.73985 0.05203\n 11 94 4 0.73911 0.06311 0.73874 0.06200 0.73874 0.06053 0.73911 0.05942\n 11 94 4 0.73911 0.05646 0.73874 0.05536 0.73874 0.05388 0.73911 0.05277\n 11 94 4 0.74391 0.06090 0.74465 0.06126 0.74576 0.06237 0.74576 0.05462\n 11 182 8 0.75130 0.05499 0.75093 0.05462 0.75056 0.05499 0.75093 0.05536 0.75130 0.05499 0.75130 0.05425 0.75093 0.05351 0.75056 0.05314\n 11 314 14 0.75426 0.06053 0.75426 0.06090 0.75462 0.06163 0.75499 0.06200 0.75573 0.06237 0.75721 0.06237 0.75795 0.06200 0.75832 0.06163 0.75869 0.06090 0.75869 0.06016 0.75832 0.05942 0.75758 0.05831 0.75389 0.05462 0.75906 0.05462\n 11 182 8 0.76238 0.05499 0.76201 0.05462 0.76164 0.05499 0.76201 0.05536 0.76238 0.05499 0.76238 0.05425 0.76201 0.05351 0.76164 0.05314\n 11 94 4 0.76607 0.06090 0.76681 0.06126 0.76792 0.06237 0.76792 0.05462\n 11 336 15 0.77309 0.06385 0.77420 0.06274 0.77457 0.06163 0.77457 0.06090 0.77420 0.05979 0.77346 0.05905 0.77346 0.05868 0.77494 0.05794 0.77346 0.05720 0.77346 0.05683 0.77420 0.05609 0.77457 0.05499 0.77457 0.05425 0.77420 0.05314 0.77309 0.05203\n 11 94 4 0.77383 0.06311 0.77420 0.06200 0.77420 0.06053 0.77383 0.05942\n 11 94 4 0.77383 0.05646 0.77420 0.05536 0.77420 0.05388 0.77383 0.05277\n 11 402 18 0.71954 0.02907 0.71892 0.02845 0.71954 0.02784 0.72015 0.02845 0.72015 0.02907 0.71892 0.03030 0.71769 0.03092 0.71584 0.03092 0.71400 0.03030 0.71277 0.02907 0.71215 0.02722 0.71215 0.02599 0.71277 0.02415 0.71400 0.02291 0.71584 0.02230 0.71708 0.02230 0.71892 0.02291 0.72015 0.02415\n 11 182 8 0.71584 0.03092 0.71461 0.03030 0.71338 0.02907 0.71277 0.02722 0.71277 0.02599 0.71338 0.02415 0.71461 0.02291 0.71584 0.02230\n 11 380 17 0.72754 0.03092 0.72569 0.03030 0.72446 0.02907 0.72385 0.02722 0.72385 0.02599 0.72446 0.02415 0.72569 0.02291 0.72754 0.02230 0.72877 0.02230 0.73062 0.02291 0.73185 0.02415 0.73246 0.02599 0.73246 0.02722 0.73185 0.02907 0.73062 0.03030 0.72877 0.03092 0.72754 0.03092\n 11 182 8 0.72754 0.03092 0.72631 0.03030 0.72508 0.02907 0.72446 0.02722 0.72446 0.02599 0.72508 0.02415 0.72631 0.02291 0.72754 0.02230\n 11 182 8 0.72877 0.02230 0.73000 0.02291 0.73123 0.02415 0.73185 0.02599 0.73185 0.02722 0.73123 0.02907 0.73000 0.03030 0.72877 0.03092\n 11 50 2 0.73739 0.03092 0.73739 0.02230\n 11 50 2 0.73800 0.03092 0.73800 0.02230\n 11 160 7 0.73800 0.02907 0.73924 0.03030 0.74108 0.03092 0.74231 0.03092 0.74416 0.03030 0.74478 0.02907 0.74478 0.02230\n 11 94 4 0.74231 0.03092 0.74354 0.03030 0.74416 0.02907 0.74416 0.02230\n 11 50 2 0.73554 0.03092 0.73800 0.03092\n 11 50 2 0.73554 0.02230 0.73985 0.02230\n 11 50 2 0.74231 0.02230 0.74662 0.02230\n 11 336 15 0.75586 0.02969 0.75647 0.03092 0.75647 0.02845 0.75586 0.02969 0.75524 0.03030 0.75401 0.03092 0.75155 0.03092 0.75032 0.03030 0.74970 0.02969 0.74970 0.02845 0.75032 0.02784 0.75155 0.02722 0.75462 0.02599 0.75586 0.02538 0.75647 0.02476\n 11 336 15 0.74970 0.02907 0.75032 0.02845 0.75155 0.02784 0.75462 0.02661 0.75586 0.02599 0.75647 0.02538 0.75647 0.02353 0.75586 0.02291 0.75462 0.02230 0.75216 0.02230 0.75093 0.02291 0.75032 0.02353 0.74970 0.02476 0.74970 0.02230 0.75032 0.02353\n 11 160 7 0.76140 0.03523 0.76140 0.02476 0.76201 0.02291 0.76324 0.02230 0.76447 0.02230 0.76571 0.02291 0.76632 0.02415\n 11 94 4 0.76201 0.03523 0.76201 0.02476 0.76263 0.02291 0.76324 0.02230\n 11 50 2 0.75955 0.03092 0.76447 0.03092\n 11 292 13 0.77063 0.02969 0.77063 0.02907 0.77001 0.02907 0.77001 0.02969 0.77063 0.03030 0.77186 0.03092 0.77432 0.03092 0.77555 0.03030 0.77617 0.02969 0.77679 0.02845 0.77679 0.02415 0.77740 0.02291 0.77802 0.02230\n 11 116 5 0.77617 0.02969 0.77617 0.02415 0.77679 0.02291 0.77802 0.02230 0.77863 0.02230\n 11 248 11 0.77617 0.02845 0.77555 0.02784 0.77186 0.02722 0.77001 0.02661 0.76940 0.02538 0.76940 0.02415 0.77001 0.02291 0.77186 0.02230 0.77371 0.02230 0.77494 0.02291 0.77617 0.02415\n 11 138 6 0.77186 0.02722 0.77063 0.02661 0.77001 0.02538 0.77001 0.02415 0.77063 0.02291 0.77186 0.02230\n 11 50 2 0.78294 0.03092 0.78294 0.02230\n 11 50 2 0.78356 0.03092 0.78356 0.02230\n 11 160 7 0.78356 0.02907 0.78479 0.03030 0.78663 0.03092 0.78787 0.03092 0.78971 0.03030 0.79033 0.02907 0.79033 0.02230\n 11 94 4 0.78787 0.03092 0.78910 0.03030 0.78971 0.02907 0.78971 0.02230\n 11 50 2 0.78109 0.03092 0.78356 0.03092\n 11 50 2 0.78109 0.02230 0.78540 0.02230\n 11 50 2 0.78787 0.02230 0.79217 0.02230\n 11 160 7 0.79648 0.03523 0.79648 0.02476 0.79710 0.02291 0.79833 0.02230 0.79956 0.02230 0.80079 0.02291 0.80141 0.02415\n 11 94 4 0.79710 0.03523 0.79710 0.02476 0.79771 0.02291 0.79833 0.02230\n 11 50 2 0.79464 0.03092 0.79956 0.03092\n 11 50 2 0.57756 0.09049 0.57756 0.28452\n 11 50 2 0.93538 0.09049 0.93538 0.28452\n 11 50 2 0.57756 0.28452 0.93538 0.28452\n 11 50 2 0.57756 0.09049 0.93538 0.09049\n 11 50 2 0.57867 0.33093 0.58384 0.32317\n 11 50 2 0.58384 0.33093 0.57867 0.32317\n 11 116 5 0.59271 0.32835 0.59234 0.32798 0.59271 0.32761 0.59307 0.32798 0.59271 0.32835\n 11 116 5 0.59271 0.32391 0.59234 0.32354 0.59271 0.32317 0.59307 0.32354 0.59271 0.32391\n 11 380 17 0.60379 0.33093 0.60268 0.33056 0.60194 0.32945 0.60157 0.32761 0.60157 0.32650 0.60194 0.32465 0.60268 0.32354 0.60379 0.32317 0.60452 0.32317 0.60563 0.32354 0.60637 0.32465 0.60674 0.32650 0.60674 0.32761 0.60637 0.32945 0.60563 0.33056 0.60452 0.33093 0.60379 0.33093\n 11 116 5 0.60969 0.32391 0.60933 0.32354 0.60969 0.32317 0.61006 0.32354 0.60969 0.32391\n 11 380 17 0.61708 0.33093 0.61339 0.33093 0.61302 0.32761 0.61339 0.32798 0.61450 0.32835 0.61560 0.32835 0.61671 0.32798 0.61745 0.32724 0.61782 0.32613 0.61782 0.32539 0.61745 0.32428 0.61671 0.32354 0.61560 0.32317 0.61450 0.32317 0.61339 0.32354 0.61302 0.32391 0.61265 0.32465\n 11 116 5 0.62668 0.33093 0.62668 0.32465 0.62705 0.32354 0.62779 0.32317 0.62853 0.32317\n 11 50 2 0.62558 0.32835 0.62816 0.32835\n 11 380 17 0.63222 0.32835 0.63149 0.32798 0.63075 0.32724 0.63038 0.32613 0.63038 0.32539 0.63075 0.32428 0.63149 0.32354 0.63222 0.32317 0.63333 0.32317 0.63407 0.32354 0.63481 0.32428 0.63518 0.32539 0.63518 0.32613 0.63481 0.32724 0.63407 0.32798 0.63333 0.32835 0.63222 0.32835\n 11 336 15 0.64404 0.33093 0.64811 0.33093 0.64589 0.32798 0.64700 0.32798 0.64774 0.32761 0.64811 0.32724 0.64848 0.32613 0.64848 0.32539 0.64811 0.32428 0.64737 0.32354 0.64626 0.32317 0.64515 0.32317 0.64404 0.32354 0.64367 0.32391 0.64331 0.32465\n 11 116 5 0.65143 0.32391 0.65106 0.32354 0.65143 0.32317 0.65180 0.32354 0.65143 0.32391\n 11 380 17 0.65882 0.33093 0.65512 0.33093 0.65475 0.32761 0.65512 0.32798 0.65623 0.32835 0.65734 0.32835 0.65845 0.32798 0.65919 0.32724 0.65956 0.32613 0.65956 0.32539 0.65919 0.32428 0.65845 0.32354 0.65734 0.32317 0.65623 0.32317 0.65512 0.32354 0.65475 0.32391 0.65439 0.32465\n 11 50 2 0.30284 0.25850 0.30284 0.25850\n 82 0\n 81 6 104\n 82 0\n 84 6 99\n 84 6 100\n 84 6 101\n 84 6 102\n 84 6 103\n 84 6 104\n 84 6 71\n 84 6 72\n 84 6 73\n 84 6 74\n 84 6 75\n 84 6 76\n 84 6 77\n 84 6 78\n 84 6 79\n 84 6 80\n 84 6 81\n 84 6 82\n 84 6 83\n 84 6 84\n 84 6 85\n 84 6 86\n 84 6 87\n 84 6 88\n 84 6 89\n 84 6 90\n 84 6 91\n 84 6 92\n 84 6 93\n 84 6 94\n 84 6 95\n 84 6 96\n 84 6 97\n 84 6 98\n 0 0\n","old_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 10\/02\/11 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 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0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.07756 0.48539 0.07756 0.46549 0.07756 0.48539 0.06948 0.48539 0.07756 0.48539 0.07756 0.51027 0.06948 0.51027 0.07756 0.51027 0.07756 0.53514 0.06948 0.53514 0.07756 0.53514 0.07756 0.56002 0.06948 0.56002 0.07756 0.56002 0.07756 0.58489 0.06948 0.58489 0.07756 0.58489 0.07756 0.60977 0.06948 0.60977 0.07756 0.60977 0.07756 0.63465 0.06948 0.63465 0.07756 0.63465 0.07756 0.65952 0.06948 0.65952 0.07756 0.65952 0.07756 0.65952\n 11 380 17 0.06002 0.48862 0.05694 0.48862 0.05663 0.48585 0.05694 0.48616 0.05786 0.48647 0.05879 0.48647 0.05971 0.48616 0.06033 0.48554 0.06063 0.48462 0.06063 0.48400 0.06033 0.48308 0.05971 0.48247 0.05879 0.48216 0.05786 0.48216 0.05694 0.48247 0.05663 0.48277 0.05632 0.48339\n 11 116 5 0.06310 0.48277 0.06279 0.48247 0.06310 0.48216 0.06340 0.48247 0.06310 0.48277\n 11 94 4 0.05109 0.53714 0.05171 0.53745 0.05263 0.53837 0.05263 0.53191\n 11 380 17 0.06002 0.53837 0.05694 0.53837 0.05663 0.53560 0.05694 0.53591 0.05786 0.53622 0.05879 0.53622 0.05971 0.53591 0.06033 0.53530 0.06063 0.53437 0.06063 0.53376 0.06033 0.53283 0.05971 0.53222 0.05879 0.53191 0.05786 0.53191 0.05694 0.53222 0.05663 0.53253 0.05632 0.53314\n 11 116 5 0.06310 0.53253 0.06279 0.53222 0.06310 0.53191 0.06340 0.53222 0.06310 0.53253\n 11 314 14 0.05048 0.58659 0.05048 0.58690 0.05078 0.58751 0.05109 0.58782 0.05171 0.58813 0.05294 0.58813 0.05355 0.58782 0.05386 0.58751 0.05417 0.58690 0.05417 0.58628 0.05386 0.58566 0.05325 0.58474 0.05017 0.58166 0.05448 0.58166\n 11 380 17 0.06002 0.58813 0.05694 0.58813 0.05663 0.58536 0.05694 0.58566 0.05786 0.58597 0.05879 0.58597 0.05971 0.58566 0.06033 0.58505 0.06063 0.58413 0.06063 0.58351 0.06033 0.58259 0.05971 0.58197 0.05879 0.58166 0.05786 0.58166 0.05694 0.58197 0.05663 0.58228 0.05632 0.58289\n 11 116 5 0.06310 0.58228 0.06279 0.58197 0.06310 0.58166 0.06340 0.58197 0.06310 0.58228\n 11 336 15 0.05078 0.63788 0.05417 0.63788 0.05232 0.63542 0.05325 0.63542 0.05386 0.63511 0.05417 0.63480 0.05448 0.63388 0.05448 0.63326 0.05417 0.63234 0.05355 0.63172 0.05263 0.63142 0.05171 0.63142 0.05078 0.63172 0.05048 0.63203 0.05017 0.63265\n 11 380 17 0.06002 0.63788 0.05694 0.63788 0.05663 0.63511 0.05694 0.63542 0.05786 0.63572 0.05879 0.63572 0.05971 0.63542 0.06033 0.63480 0.06063 0.63388 0.06063 0.63326 0.06033 0.63234 0.05971 0.63172 0.05879 0.63142 0.05786 0.63142 0.05694 0.63172 0.05663 0.63203 0.05632 0.63265\n 11 116 5 0.06310 0.63203 0.06279 0.63172 0.06310 0.63142 0.06340 0.63172 0.06310 0.63203\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 600 27 0.43538 0.48539 0.43538 0.46549 0.43538 0.48539 0.44346 0.48539 0.43538 0.48539 0.43538 0.51027 0.44346 0.51027 0.43538 0.51027 0.43538 0.53514 0.44346 0.53514 0.43538 0.53514 0.43538 0.56002 0.44346 0.56002 0.43538 0.56002 0.43538 0.58489 0.44346 0.58489 0.43538 0.58489 0.43538 0.60977 0.44346 0.60977 0.43538 0.60977 0.43538 0.63465 0.44346 0.63465 0.43538 0.63465 0.43538 0.65952 0.44346 0.65952 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.65952 0.07756 0.65952 0.07756 0.65952 0.07756 0.66760 0.07756 0.65952 0.11732 0.65952 0.11732 0.66760 0.11732 0.65952 0.15708 0.65952 0.15708 0.66760 0.15708 0.65952 0.19684 0.65952 0.19684 0.66760 0.19684 0.65952 0.23659 0.65952 0.23659 0.66760 0.23659 0.65952 0.27635 0.65952 0.27635 0.66760 0.27635 0.65952 0.31611 0.65952 0.31611 0.66760 0.31611 0.65952 0.35587 0.65952 0.35587 0.66760 0.35587 0.65952 0.39562 0.65952 0.39562 0.66760 0.39562 0.65952 0.43538 0.65952 0.43538 0.66760 0.43538 0.65952 0.43538 0.65952\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 11 732 33 0.07756 0.46549 0.07756 0.46549 0.07756 0.46549 0.07756 0.45741 0.07756 0.46549 0.11732 0.46549 0.11732 0.45741 0.11732 0.46549 0.15708 0.46549 0.15708 0.45741 0.15708 0.46549 0.19684 0.46549 0.19684 0.45741 0.19684 0.46549 0.23659 0.46549 0.23659 0.45741 0.23659 0.46549 0.27635 0.46549 0.27635 0.45741 0.27635 0.46549 0.31611 0.46549 0.31611 0.45741 0.31611 0.46549 0.35587 0.46549 0.35587 0.45741 0.35587 0.46549 0.39562 0.46549 0.39562 0.45741 0.39562 0.46549 0.43538 0.46549 0.43538 0.45741 0.43538 0.46549 0.43538 0.46549\n 11 94 4 0.07171 0.45036 0.07233 0.45067 0.07325 0.45159 0.07325 0.44513\n 11 116 5 0.07756 0.44574 0.07725 0.44544 0.07756 0.44513 0.07787 0.44544 0.07756 0.44574\n 11 380 17 0.08187 0.45159 0.08095 0.45128 0.08033 0.45036 0.08002 0.44882 0.08002 0.44790 0.08033 0.44636 0.08095 0.44544 0.08187 0.44513 0.08249 0.44513 0.08341 0.44544 0.08403 0.44636 0.08433 0.44790 0.08433 0.44882 0.08403 0.45036 0.08341 0.45128 0.08249 0.45159 0.08187 0.45159\n 11 336 15 0.15092 0.45159 0.15431 0.45159 0.15246 0.44913 0.15338 0.44913 0.15400 0.44882 0.15431 0.44851 0.15462 0.44759 0.15462 0.44698 0.15431 0.44605 0.15369 0.44544 0.15277 0.44513 0.15185 0.44513 0.15092 0.44544 0.15061 0.44574 0.15031 0.44636\n 11 116 5 0.15708 0.44574 0.15677 0.44544 0.15708 0.44513 0.15739 0.44544 0.15708 0.44574\n 11 380 17 0.16139 0.45159 0.16046 0.45128 0.15985 0.45036 0.15954 0.44882 0.15954 0.44790 0.15985 0.44636 0.16046 0.44544 0.16139 0.44513 0.16200 0.44513 0.16293 0.44544 0.16354 0.44636 0.16385 0.44790 0.16385 0.44882 0.16354 0.45036 0.16293 0.45128 0.16200 0.45159 0.16139 0.45159\n 11 380 17 0.23351 0.45159 0.23044 0.45159 0.23013 0.44882 0.23044 0.44913 0.23136 0.44944 0.23228 0.44944 0.23321 0.44913 0.23382 0.44851 0.23413 0.44759 0.23413 0.44698 0.23382 0.44605 0.23321 0.44544 0.23228 0.44513 0.23136 0.44513 0.23044 0.44544 0.23013 0.44574 0.22982 0.44636\n 11 116 5 0.23659 0.44574 0.23629 0.44544 0.23659 0.44513 0.23690 0.44544 0.23659 0.44574\n 11 380 17 0.24090 0.45159 0.23998 0.45128 0.23936 0.45036 0.23906 0.44882 0.23906 0.44790 0.23936 0.44636 0.23998 0.44544 0.24090 0.44513 0.24152 0.44513 0.24244 0.44544 0.24306 0.44636 0.24336 0.44790 0.24336 0.44882 0.24306 0.45036 0.24244 0.45128 0.24152 0.45159 0.24090 0.45159\n 11 50 2 0.31365 0.45159 0.31057 0.44513\n 11 50 2 0.30934 0.45159 0.31365 0.45159\n 11 116 5 0.31611 0.44574 0.31580 0.44544 0.31611 0.44513 0.31642 0.44544 0.31611 0.44574\n 11 380 17 0.32042 0.45159 0.31949 0.45128 0.31888 0.45036 0.31857 0.44882 0.31857 0.44790 0.31888 0.44636 0.31949 0.44544 0.32042 0.44513 0.32103 0.44513 0.32196 0.44544 0.32257 0.44636 0.32288 0.44790 0.32288 0.44882 0.32257 0.45036 0.32196 0.45128 0.32103 0.45159 0.32042 0.45159\n 11 512 23 0.39285 0.44944 0.39255 0.44851 0.39193 0.44790 0.39101 0.44759 0.39070 0.44759 0.38978 0.44790 0.38916 0.44851 0.38885 0.44944 0.38885 0.44975 0.38916 0.45067 0.38978 0.45128 0.39070 0.45159 0.39101 0.45159 0.39193 0.45128 0.39255 0.45067 0.39285 0.44944 0.39285 0.44790 0.39255 0.44636 0.39193 0.44544 0.39101 0.44513 0.39039 0.44513 0.38947 0.44544 0.38916 0.44605\n 11 116 5 0.39562 0.44574 0.39532 0.44544 0.39562 0.44513 0.39593 0.44544 0.39562 0.44574\n 11 380 17 0.39993 0.45159 0.39901 0.45128 0.39839 0.45036 0.39809 0.44882 0.39809 0.44790 0.39839 0.44636 0.39901 0.44544 0.39993 0.44513 0.40055 0.44513 0.40147 0.44544 0.40209 0.44636 0.40239 0.44790 0.40239 0.44882 0.40209 0.45036 0.40147 0.45128 0.40055 0.45159 0.39993 0.45159\n 21 6 1\n 25 6 1\n 11 226 10 0.07756 0.46549 0.11732 0.47046 0.15708 0.47544 0.19684 0.48041 0.23659 0.48539 0.27635 0.49037 0.31611 0.49534 0.35587 0.50032 0.39562 0.50529 0.43538 0.51027\n 21 6 1\n 25 6 1\n 82 0\n 81 6 72\n 82 0\n 81 6 73\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.07756 0.46549 0.08015 0.46807\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47118 0.11732 0.47118\n 11 50 2 0.11473 0.46859 0.11991 0.47376\n 11 50 2 0.11473 0.47376 0.11991 0.46859\n 11 50 2 0.15708 0.47717 0.15708 0.47717\n 11 50 2 0.15449 0.47459 0.15966 0.47976\n 11 50 2 0.15449 0.47976 0.15966 0.47459\n 11 50 2 0.19684 0.48337 0.19684 0.48337\n 11 50 2 0.19425 0.48079 0.19942 0.48596\n 11 50 2 0.19425 0.48596 0.19942 0.48079\n 11 50 2 0.23659 0.48973 0.23659 0.48973\n 11 50 2 0.23401 0.48715 0.23918 0.49232\n 11 50 2 0.23401 0.49232 0.23918 0.48715\n 11 50 2 0.27635 0.49622 0.27635 0.49622\n 11 50 2 0.27377 0.49364 0.27894 0.49881\n 11 50 2 0.27377 0.49881 0.27894 0.49364\n 11 50 2 0.31611 0.50282 0.31611 0.50282\n 11 50 2 0.31352 0.50024 0.31869 0.50541\n 11 50 2 0.31352 0.50541 0.31869 0.50024\n 11 50 2 0.35587 0.50952 0.35587 0.50952\n 11 50 2 0.35328 0.50693 0.35845 0.51210\n 11 50 2 0.35328 0.51210 0.35845 0.50693\n 11 50 2 0.39562 0.51629 0.39562 0.51629\n 11 50 2 0.39304 0.51371 0.39821 0.51888\n 11 50 2 0.39304 0.51888 0.39821 0.51371\n 11 50 2 0.43538 0.52315 0.43538 0.52315\n 11 50 2 0.43280 0.52056 0.43538 0.52315\n 11 50 2 0.43280 0.52573 0.43538 0.52315\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.00388 0.42994 0.00905 0.43511\n 11 50 2 0.00388 0.43511 0.00905 0.42994\n 11 50 2 0.00646 0.43253 0.00646 0.43253\n 11 50 2 0.00388 0.42994 0.00905 0.43511\n 11 50 2 0.00388 0.43511 0.00905 0.42994\n 11 50 2 0.02682 0.43253 0.02682 0.43253\n 11 50 2 0.02424 0.42994 0.02941 0.43511\n 11 50 2 0.02424 0.43511 0.02941 0.42994\n 11 50 2 0.04718 0.43253 0.04718 0.43253\n 11 50 2 0.04460 0.42994 0.04977 0.43511\n 11 50 2 0.04460 0.43511 0.04977 0.42994\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.03359 0.42496 0.03359 0.42496\n 82 0\n 81 6 74\n 82 0\n 81 6 75\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.07756 0.46549 0.08144 0.46937\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47194 0.11732 0.47194\n 11 50 2 0.11344 0.46807 0.12120 0.47582\n 11 50 2 0.11344 0.47582 0.12120 0.46807\n 11 50 2 0.15708 0.47911 0.15708 0.47911\n 11 50 2 0.15320 0.47523 0.16096 0.48299\n 11 50 2 0.15320 0.48299 0.16096 0.47523\n 11 50 2 0.19684 0.48677 0.19684 0.48677\n 11 50 2 0.19296 0.48290 0.20071 0.49065\n 11 50 2 0.19296 0.49065 0.20071 0.48290\n 11 50 2 0.23659 0.49484 0.23659 0.49484\n 11 50 2 0.23271 0.49096 0.24047 0.49871\n 11 50 2 0.23271 0.49871 0.24047 0.49096\n 11 50 2 0.27635 0.50323 0.27635 0.50323\n 11 50 2 0.27247 0.49935 0.28023 0.50711\n 11 50 2 0.27247 0.50711 0.28023 0.49935\n 11 50 2 0.31611 0.51191 0.31611 0.51191\n 11 50 2 0.31223 0.50803 0.31999 0.51579\n 11 50 2 0.31223 0.51579 0.31999 0.50803\n 11 50 2 0.35587 0.52084 0.35587 0.52084\n 11 50 2 0.35199 0.51696 0.35974 0.52472\n 11 50 2 0.35199 0.52472 0.35974 0.51696\n 11 50 2 0.39562 0.53000 0.39562 0.53000\n 11 50 2 0.39175 0.52612 0.39950 0.53388\n 11 50 2 0.39175 0.53388 0.39950 0.52612\n 11 50 2 0.43538 0.53937 0.43538 0.53937\n 11 50 2 0.43150 0.53549 0.43538 0.53937\n 11 50 2 0.43150 0.54324 0.43538 0.53937\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.00259 0.41701 0.01034 0.42477\n 11 50 2 0.00259 0.42477 0.01034 0.41701\n 11 50 2 0.00646 0.42089 0.00646 0.42089\n 11 50 2 0.00259 0.41701 0.01034 0.42477\n 11 50 2 0.00259 0.42477 0.01034 0.41701\n 11 50 2 0.02682 0.42089 0.02682 0.42089\n 11 50 2 0.02295 0.41701 0.03070 0.42477\n 11 50 2 0.02295 0.42477 0.03070 0.41701\n 11 50 2 0.04718 0.42089 0.04718 0.42089\n 11 50 2 0.04331 0.41701 0.05106 0.42477\n 11 50 2 0.04331 0.42477 0.05106 0.41701\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.03359 0.41333 0.03359 0.41333\n 82 0\n 81 6 76\n 82 0\n 81 6 77\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.07756 0.46549 0.08015 0.46807\n 11 50 2 0.07756 0.46549 0.07756 0.46549\n 11 50 2 0.11732 0.47276 0.11732 0.47276\n 11 50 2 0.11473 0.47018 0.11991 0.47535\n 11 50 2 0.11473 0.47535 0.11991 0.47018\n 11 50 2 0.15708 0.48127 0.15708 0.48127\n 11 50 2 0.15449 0.47868 0.15966 0.48385\n 11 50 2 0.15449 0.48385 0.15966 0.47868\n 11 50 2 0.19684 0.49068 0.19684 0.49068\n 11 50 2 0.19425 0.48809 0.19942 0.49326\n 11 50 2 0.19425 0.49326 0.19942 0.48809\n 11 50 2 0.23659 0.50083 0.23659 0.50083\n 11 50 2 0.23401 0.49824 0.23918 0.50341\n 11 50 2 0.23401 0.50341 0.23918 0.49824\n 11 50 2 0.27635 0.51161 0.27635 0.51161\n 11 50 2 0.27377 0.50903 0.27894 0.51420\n 11 50 2 0.27377 0.51420 0.27894 0.50903\n 11 50 2 0.31611 0.52295 0.31611 0.52295\n 11 50 2 0.31352 0.52037 0.31869 0.52554\n 11 50 2 0.31352 0.52554 0.31869 0.52037\n 11 50 2 0.35587 0.53479 0.35587 0.53479\n 11 50 2 0.35328 0.53220 0.35845 0.53737\n 11 50 2 0.35328 0.53737 0.35845 0.53220\n 11 50 2 0.39562 0.54708 0.39562 0.54708\n 11 50 2 0.39304 0.54449 0.39821 0.54966\n 11 50 2 0.39304 0.54966 0.39821 0.54449\n 11 50 2 0.43538 0.55978 0.43538 0.55978\n 11 50 2 0.43280 0.55720 0.43538 0.55978\n 11 50 2 0.43280 0.56237 0.43538 0.55978\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.00388 0.40667 0.00905 0.41184\n 11 50 2 0.00388 0.41184 0.00905 0.40667\n 11 50 2 0.00646 0.40926 0.00646 0.40926\n 11 50 2 0.00388 0.40667 0.00905 0.41184\n 11 50 2 0.00388 0.41184 0.00905 0.40667\n 11 50 2 0.02682 0.40926 0.02682 0.40926\n 11 50 2 0.02424 0.40667 0.02941 0.41184\n 11 50 2 0.02424 0.41184 0.02941 0.40667\n 11 50 2 0.04718 0.40926 0.04718 0.40926\n 11 50 2 0.04460 0.40667 0.04977 0.41184\n 11 50 2 0.04460 0.41184 0.04977 0.40667\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.03359 0.40170 0.03359 0.40170\n 82 0\n 81 6 78\n 82 0\n 81 6 79\n 21 6 1\n 25 6 1\n 21 6 11\n 25 6 11\n 11 50 2 0.07756 0.46549 0.09744 0.46549\n 11 50 2 0.09744 0.47364 0.13720 0.47364\n 11 50 2 0.13720 0.48368 0.17696 0.48368\n 11 50 2 0.17696 0.49516 0.21671 0.49516\n 11 50 2 0.21671 0.50787 0.25647 0.50787\n 11 50 2 0.25647 0.52164 0.29623 0.52164\n 11 50 2 0.29623 0.53636 0.33599 0.53636\n 11 50 2 0.33599 0.55195 0.37574 0.55195\n 11 50 2 0.37574 0.56835 0.41550 0.56835\n 11 50 2 0.41550 0.58549 0.43538 0.58549\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 11\n 25 6 11\n 11 72 3 0.00646 0.39762 0.00646 0.39762 0.04718 0.39762\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.03359 0.39006 0.03359 0.39006\n 82 0\n 81 6 80\n 82 0\n 81 6 81\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 446 20 0.07756 0.46549 0.09744 0.46549 0.09744 0.47459 0.13720 0.47459 0.13720 0.48637 0.17696 0.48637 0.17696 0.50032 0.21671 0.50032 0.21671 0.51614 0.25647 0.51614 0.25647 0.53363 0.29623 0.53363 0.29623 0.55266 0.33599 0.55266 0.33599 0.57309 0.37574 0.57309 0.37574 0.59485 0.41550 0.59485 0.41550 0.61784 0.43538 0.61784\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 72 3 0.00646 0.38599 0.00646 0.38599 0.04718 0.38599\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.05463 0.38857 0.05463 0.38340\n 11 72 3 0.05636 0.38513 0.05833 0.38636 0.06030 0.38513\n 11 72 3 0.05636 0.38513 0.05833 0.38611 0.06030 0.38513\n 11 94 4 0.06251 0.38759 0.06300 0.38783 0.06374 0.38857 0.06374 0.38340\n 11 116 5 0.06719 0.38390 0.06694 0.38365 0.06719 0.38340 0.06744 0.38365 0.06719 0.38390\n 11 380 17 0.07211 0.38857 0.06965 0.38857 0.06941 0.38636 0.06965 0.38660 0.07039 0.38685 0.07113 0.38685 0.07187 0.38660 0.07236 0.38611 0.07261 0.38537 0.07261 0.38488 0.07236 0.38414 0.07187 0.38365 0.07113 0.38340 0.07039 0.38340 0.06965 0.38365 0.06941 0.38390 0.06916 0.38439\n 11 50 2 0.03359 0.37843 0.03359 0.37843\n 82 0\n 81 6 82\n 82 0\n 81 6 83\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.07756 0.46775 0.07756 0.46775 0.07869 0.46549\n 11 50 2 0.11732 0.47560 0.11732 0.47560\n 11 94 4 0.11506 0.47333 0.11732 0.47786 0.11958 0.47333 0.11506 0.47333\n 11 50 2 0.15708 0.48937 0.15708 0.48937\n 11 94 4 0.15482 0.48711 0.15708 0.49163 0.15934 0.48711 0.15482 0.48711\n 11 50 2 0.19684 0.50623 0.19684 0.50623\n 11 94 4 0.19457 0.50397 0.19684 0.50850 0.19910 0.50397 0.19457 0.50397\n 11 50 2 0.23659 0.52585 0.23659 0.52585\n 11 94 4 0.23433 0.52359 0.23659 0.52811 0.23886 0.52359 0.23433 0.52359\n 11 50 2 0.27635 0.54798 0.27635 0.54798\n 11 94 4 0.27409 0.54572 0.27635 0.55025 0.27861 0.54572 0.27409 0.54572\n 11 50 2 0.31611 0.57245 0.31611 0.57245\n 11 94 4 0.31385 0.57019 0.31611 0.57471 0.31837 0.57019 0.31385 0.57019\n 11 50 2 0.35587 0.59911 0.35587 0.59911\n 11 94 4 0.35360 0.59685 0.35587 0.60137 0.35813 0.59685 0.35360 0.59685\n 11 50 2 0.39562 0.62785 0.39562 0.62785\n 11 94 4 0.39336 0.62559 0.39562 0.63012 0.39789 0.62559 0.39336 0.62559\n 11 50 2 0.43538 0.65858 0.43538 0.65858\n 11 50 2 0.43312 0.65632 0.43472 0.65952\n 11 50 2 0.43538 0.65632 0.43312 0.65632\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 94 4 0.08176 0.47434 0.08403 0.47887 0.08629 0.47434 0.08176 0.47434\n 11 50 2 0.08403 0.47661 0.08403 0.47661\n 11 94 4 0.08176 0.47434 0.08403 0.47887 0.08629 0.47434 0.08176 0.47434\n 11 50 2 0.10031 0.47661 0.10031 0.47661\n 11 94 4 0.09805 0.47434 0.10031 0.47887 0.10258 0.47434 0.09805 0.47434\n 11 50 2 0.11660 0.47661 0.11660 0.47661\n 11 94 4 0.11434 0.47434 0.11660 0.47887 0.11886 0.47434 0.11434 0.47434\n 21 6 1\n 25 6 1\n 11 50 2 0.05463 0.43511 0.05463 0.42994\n 11 72 3 0.05636 0.43166 0.05833 0.43289 0.06030 0.43166\n 11 72 3 0.05636 0.43166 0.05833 0.43265 0.06030 0.43166\n 11 94 4 0.06251 0.43413 0.06300 0.43437 0.06374 0.43511 0.06374 0.42994\n 11 116 5 0.06719 0.43043 0.06694 0.43019 0.06719 0.42994 0.06744 0.43019 0.06719 0.43043\n 11 94 4 0.06990 0.43413 0.07039 0.43437 0.07113 0.43511 0.07113 0.42994\n 11 50 2 0.05463 0.42348 0.05463 0.41831\n 11 72 3 0.05636 0.42003 0.05833 0.42126 0.06030 0.42003\n 11 72 3 0.05636 0.42003 0.05833 0.42101 0.06030 0.42003\n 11 94 4 0.06251 0.42249 0.06300 0.42274 0.06374 0.42348 0.06374 0.41831\n 11 116 5 0.06719 0.41880 0.06694 0.41855 0.06719 0.41831 0.06744 0.41855 0.06719 0.41880\n 11 314 14 0.06941 0.42225 0.06941 0.42249 0.06965 0.42298 0.06990 0.42323 0.07039 0.42348 0.07138 0.42348 0.07187 0.42323 0.07211 0.42298 0.07236 0.42249 0.07236 0.42200 0.07211 0.42151 0.07162 0.42077 0.06916 0.41831 0.07261 0.41831\n 11 50 2 0.05463 0.41184 0.05463 0.40667\n 11 72 3 0.05636 0.40839 0.05833 0.40963 0.06030 0.40839\n 11 72 3 0.05636 0.40839 0.05833 0.40938 0.06030 0.40839\n 11 94 4 0.06251 0.41086 0.06300 0.41110 0.06374 0.41184 0.06374 0.40667\n 11 116 5 0.06719 0.40716 0.06694 0.40692 0.06719 0.40667 0.06744 0.40692 0.06719 0.40716\n 11 336 15 0.06965 0.41184 0.07236 0.41184 0.07088 0.40987 0.07162 0.40987 0.07211 0.40963 0.07236 0.40938 0.07261 0.40864 0.07261 0.40815 0.07236 0.40741 0.07187 0.40692 0.07113 0.40667 0.07039 0.40667 0.06965 0.40692 0.06941 0.40716 0.06916 0.40766\n 11 50 2 0.05463 0.40021 0.05463 0.39504\n 11 72 3 0.05636 0.39676 0.05833 0.39799 0.06030 0.39676\n 11 72 3 0.05636 0.39676 0.05833 0.39775 0.06030 0.39676\n 11 94 4 0.06251 0.39922 0.06300 0.39947 0.06374 0.40021 0.06374 0.39504\n 11 116 5 0.06719 0.39553 0.06694 0.39528 0.06719 0.39504 0.06744 0.39528 0.06719 0.39553\n 11 72 3 0.07162 0.40021 0.06916 0.39676 0.07285 0.39676\n 11 50 2 0.07162 0.40021 0.07162 0.39504\n 11 50 2 0.05463 0.38857 0.05463 0.38340\n 11 72 3 0.05636 0.38513 0.05833 0.38636 0.06030 0.38513\n 11 72 3 0.05636 0.38513 0.05833 0.38611 0.06030 0.38513\n 11 94 4 0.06251 0.38759 0.06300 0.38783 0.06374 0.38857 0.06374 0.38340\n 11 116 5 0.06719 0.38390 0.06694 0.38365 0.06719 0.38340 0.06744 0.38365 0.06719 0.38390\n 11 380 17 0.07211 0.38857 0.06965 0.38857 0.06941 0.38636 0.06965 0.38660 0.07039 0.38685 0.07113 0.38685 0.07187 0.38660 0.07236 0.38611 0.07261 0.38537 0.07261 0.38488 0.07236 0.38414 0.07187 0.38365 0.07113 0.38340 0.07039 0.38340 0.06965 0.38365 0.06941 0.38390 0.06916 0.38439\n 11 50 2 0.12295 0.47867 0.12295 0.47454\n 11 72 3 0.12433 0.47592 0.12590 0.47690 0.12748 0.47592\n 11 72 3 0.12433 0.47592 0.12590 0.47670 0.12748 0.47592\n 11 94 4 0.12925 0.47789 0.12965 0.47808 0.13024 0.47867 0.13024 0.47454\n 11 116 5 0.13299 0.47493 0.13280 0.47473 0.13299 0.47454 0.13319 0.47473 0.13299 0.47493\n 11 512 23 0.13713 0.47808 0.13693 0.47848 0.13634 0.47867 0.13595 0.47867 0.13536 0.47848 0.13496 0.47789 0.13477 0.47690 0.13477 0.47592 0.13496 0.47513 0.13536 0.47473 0.13595 0.47454 0.13615 0.47454 0.13674 0.47473 0.13713 0.47513 0.13733 0.47572 0.13733 0.47592 0.13713 0.47651 0.13674 0.47690 0.13615 0.47710 0.13595 0.47710 0.13536 0.47690 0.13496 0.47651 0.13477 0.47592\n 11 50 2 0.09816 0.46956 0.09816 0.46956\n 82 0\n 81 6 84\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 85\n 21 6 1\n 25 6 1\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.57756 0.46549 0.57756 0.46549 0.57756 0.46549 0.56948 0.46549 0.57756 0.46549 0.57756 0.48705 0.56948 0.48705 0.57756 0.48705 0.57756 0.50861 0.56948 0.50861 0.57756 0.50861 0.57756 0.53017 0.56948 0.53017 0.57756 0.53017 0.57756 0.55173 0.56948 0.55173 0.57756 0.55173 0.57756 0.57329 0.56948 0.57329 0.57756 0.57329 0.57756 0.59485 0.56948 0.59485 0.57756 0.59485 0.57756 0.61640 0.56948 0.61640 0.57756 0.61640 0.57756 0.63796 0.56948 0.63796 0.57756 0.63796 0.57756 0.65952 0.56948 0.65952 0.57756 0.65952 0.57756 0.65952\n 11 380 17 0.54586 0.46872 0.54494 0.46841 0.54432 0.46749 0.54401 0.46595 0.54401 0.46503 0.54432 0.46349 0.54494 0.46257 0.54586 0.46226 0.54648 0.46226 0.54740 0.46257 0.54801 0.46349 0.54832 0.46503 0.54832 0.46595 0.54801 0.46749 0.54740 0.46841 0.54648 0.46872 0.54586 0.46872\n 11 116 5 0.55078 0.46287 0.55048 0.46257 0.55078 0.46226 0.55109 0.46257 0.55078 0.46287\n 11 380 17 0.55509 0.46872 0.55417 0.46841 0.55355 0.46749 0.55325 0.46595 0.55325 0.46503 0.55355 0.46349 0.55417 0.46257 0.55509 0.46226 0.55571 0.46226 0.55663 0.46257 0.55725 0.46349 0.55756 0.46503 0.55756 0.46595 0.55725 0.46749 0.55663 0.46841 0.55571 0.46872 0.55509 0.46872\n 11 380 17 0.56125 0.46872 0.56033 0.46841 0.55971 0.46749 0.55940 0.46595 0.55940 0.46503 0.55971 0.46349 0.56033 0.46257 0.56125 0.46226 0.56186 0.46226 0.56279 0.46257 0.56340 0.46349 0.56371 0.46503 0.56371 0.46595 0.56340 0.46749 0.56279 0.46841 0.56186 0.46872 0.56125 0.46872\n 11 380 17 0.54586 0.51184 0.54494 0.51153 0.54432 0.51061 0.54401 0.50907 0.54401 0.50815 0.54432 0.50661 0.54494 0.50568 0.54586 0.50538 0.54648 0.50538 0.54740 0.50568 0.54801 0.50661 0.54832 0.50815 0.54832 0.50907 0.54801 0.51061 0.54740 0.51153 0.54648 0.51184 0.54586 0.51184\n 11 116 5 0.55078 0.50599 0.55048 0.50568 0.55078 0.50538 0.55109 0.50568 0.55078 0.50599\n 11 314 14 0.55355 0.51030 0.55355 0.51061 0.55386 0.51122 0.55417 0.51153 0.55479 0.51184 0.55602 0.51184 0.55663 0.51153 0.55694 0.51122 0.55725 0.51061 0.55725 0.50999 0.55694 0.50938 0.55632 0.50845 0.55325 0.50538 0.55756 0.50538\n 11 380 17 0.56125 0.51184 0.56033 0.51153 0.55971 0.51061 0.55940 0.50907 0.55940 0.50815 0.55971 0.50661 0.56033 0.50568 0.56125 0.50538 0.56186 0.50538 0.56279 0.50568 0.56340 0.50661 0.56371 0.50815 0.56371 0.50907 0.56340 0.51061 0.56279 0.51153 0.56186 0.51184 0.56125 0.51184\n 11 380 17 0.54586 0.55496 0.54494 0.55465 0.54432 0.55373 0.54401 0.55219 0.54401 0.55126 0.54432 0.54973 0.54494 0.54880 0.54586 0.54849 0.54648 0.54849 0.54740 0.54880 0.54801 0.54973 0.54832 0.55126 0.54832 0.55219 0.54801 0.55373 0.54740 0.55465 0.54648 0.55496 0.54586 0.55496\n 11 116 5 0.55078 0.54911 0.55048 0.54880 0.55078 0.54849 0.55109 0.54880 0.55078 0.54911\n 11 72 3 0.55632 0.55496 0.55325 0.55065 0.55786 0.55065\n 11 50 2 0.55632 0.55496 0.55632 0.54849\n 11 380 17 0.56125 0.55496 0.56033 0.55465 0.55971 0.55373 0.55940 0.55219 0.55940 0.55126 0.55971 0.54973 0.56033 0.54880 0.56125 0.54849 0.56186 0.54849 0.56279 0.54880 0.56340 0.54973 0.56371 0.55126 0.56371 0.55219 0.56340 0.55373 0.56279 0.55465 0.56186 0.55496 0.56125 0.55496\n 11 380 17 0.54586 0.59808 0.54494 0.59777 0.54432 0.59685 0.54401 0.59531 0.54401 0.59438 0.54432 0.59284 0.54494 0.59192 0.54586 0.59161 0.54648 0.59161 0.54740 0.59192 0.54801 0.59284 0.54832 0.59438 0.54832 0.59531 0.54801 0.59685 0.54740 0.59777 0.54648 0.59808 0.54586 0.59808\n 11 116 5 0.55078 0.59223 0.55048 0.59192 0.55078 0.59161 0.55109 0.59192 0.55078 0.59223\n 11 512 23 0.55725 0.59715 0.55694 0.59777 0.55602 0.59808 0.55540 0.59808 0.55448 0.59777 0.55386 0.59685 0.55355 0.59531 0.55355 0.59377 0.55386 0.59254 0.55448 0.59192 0.55540 0.59161 0.55571 0.59161 0.55663 0.59192 0.55725 0.59254 0.55756 0.59346 0.55756 0.59377 0.55725 0.59469 0.55663 0.59531 0.55571 0.59561 0.55540 0.59561 0.55448 0.59531 0.55386 0.59469 0.55355 0.59377\n 11 380 17 0.56125 0.59808 0.56033 0.59777 0.55971 0.59685 0.55940 0.59531 0.55940 0.59438 0.55971 0.59284 0.56033 0.59192 0.56125 0.59161 0.56186 0.59161 0.56279 0.59192 0.56340 0.59284 0.56371 0.59438 0.56371 0.59531 0.56340 0.59685 0.56279 0.59777 0.56186 0.59808 0.56125 0.59808\n 11 380 17 0.54586 0.64120 0.54494 0.64089 0.54432 0.63996 0.54401 0.63843 0.54401 0.63750 0.54432 0.63596 0.54494 0.63504 0.54586 0.63473 0.54648 0.63473 0.54740 0.63504 0.54801 0.63596 0.54832 0.63750 0.54832 0.63843 0.54801 0.63996 0.54740 0.64089 0.54648 0.64120 0.54586 0.64120\n 11 116 5 0.55078 0.63535 0.55048 0.63504 0.55078 0.63473 0.55109 0.63504 0.55078 0.63535\n 11 644 29 0.55479 0.64120 0.55386 0.64089 0.55355 0.64027 0.55355 0.63966 0.55386 0.63904 0.55448 0.63873 0.55571 0.63843 0.55663 0.63812 0.55725 0.63750 0.55756 0.63689 0.55756 0.63596 0.55725 0.63535 0.55694 0.63504 0.55602 0.63473 0.55479 0.63473 0.55386 0.63504 0.55355 0.63535 0.55325 0.63596 0.55325 0.63689 0.55355 0.63750 0.55417 0.63812 0.55509 0.63843 0.55632 0.63873 0.55694 0.63904 0.55725 0.63966 0.55725 0.64027 0.55694 0.64089 0.55602 0.64120 0.55479 0.64120\n 11 380 17 0.56125 0.64120 0.56033 0.64089 0.55971 0.63996 0.55940 0.63843 0.55940 0.63750 0.55971 0.63596 0.56033 0.63504 0.56125 0.63473 0.56186 0.63473 0.56279 0.63504 0.56340 0.63596 0.56371 0.63750 0.56371 0.63843 0.56340 0.63996 0.56279 0.64089 0.56186 0.64120 0.56125 0.64120\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 732 33 0.93538 0.46549 0.93538 0.46549 0.93538 0.46549 0.94346 0.46549 0.93538 0.46549 0.93538 0.48705 0.94346 0.48705 0.93538 0.48705 0.93538 0.50861 0.94346 0.50861 0.93538 0.50861 0.93538 0.53017 0.94346 0.53017 0.93538 0.53017 0.93538 0.55173 0.94346 0.55173 0.93538 0.55173 0.93538 0.57329 0.94346 0.57329 0.93538 0.57329 0.93538 0.59485 0.94346 0.59485 0.93538 0.59485 0.93538 0.61640 0.94346 0.61640 0.93538 0.61640 0.93538 0.63796 0.94346 0.63796 0.93538 0.63796 0.93538 0.65952 0.94346 0.65952 0.93538 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.65952 0.57756 0.65952 0.58318 0.65952 0.58318 0.66760 0.58318 0.65952 0.62406 0.65952 0.62406 0.66760 0.62406 0.65952 0.66494 0.65952 0.66494 0.66760 0.66494 0.65952 0.70583 0.65952 0.70583 0.66760 0.70583 0.65952 0.74671 0.65952 0.74671 0.66760 0.74671 0.65952 0.78759 0.65952 0.78759 0.66760 0.78759 0.65952 0.82848 0.65952 0.82848 0.66760 0.82848 0.65952 0.86936 0.65952 0.86936 0.66760 0.86936 0.65952 0.91024 0.65952 0.91024 0.66760 0.91024 0.65952 0.93538 0.65952\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 666 30 0.58318 0.46549 0.57756 0.46549 0.58318 0.46549 0.58318 0.45741 0.58318 0.46549 0.62406 0.46549 0.62406 0.45741 0.62406 0.46549 0.66494 0.46549 0.66494 0.45741 0.66494 0.46549 0.70583 0.46549 0.70583 0.45741 0.70583 0.46549 0.74671 0.46549 0.74671 0.45741 0.74671 0.46549 0.78759 0.46549 0.78759 0.45741 0.78759 0.46549 0.82848 0.46549 0.82848 0.45741 0.82848 0.46549 0.86936 0.46549 0.86936 0.45741 0.86936 0.46549 0.91024 0.46549 0.91024 0.45741 0.91024 0.46549 0.93538 0.46549\n 11 380 17 0.57518 0.45159 0.57425 0.45128 0.57364 0.45036 0.57333 0.44882 0.57333 0.44790 0.57364 0.44636 0.57425 0.44544 0.57518 0.44513 0.57579 0.44513 0.57671 0.44544 0.57733 0.44636 0.57764 0.44790 0.57764 0.44882 0.57733 0.45036 0.57671 0.45128 0.57579 0.45159 0.57518 0.45159\n 11 116 5 0.58010 0.44574 0.57979 0.44544 0.58010 0.44513 0.58041 0.44544 0.58010 0.44574\n 11 94 4 0.58349 0.45036 0.58410 0.45067 0.58502 0.45159 0.58502 0.44513\n 11 380 17 0.59056 0.45159 0.58964 0.45128 0.58903 0.45036 0.58872 0.44882 0.58872 0.44790 0.58903 0.44636 0.58964 0.44544 0.59056 0.44513 0.59118 0.44513 0.59210 0.44544 0.59272 0.44636 0.59303 0.44790 0.59303 0.44882 0.59272 0.45036 0.59210 0.45128 0.59118 0.45159 0.59056 0.45159\n 11 380 17 0.65694 0.45159 0.65602 0.45128 0.65540 0.45036 0.65510 0.44882 0.65510 0.44790 0.65540 0.44636 0.65602 0.44544 0.65694 0.44513 0.65756 0.44513 0.65848 0.44544 0.65910 0.44636 0.65940 0.44790 0.65940 0.44882 0.65910 0.45036 0.65848 0.45128 0.65756 0.45159 0.65694 0.45159\n 11 116 5 0.66187 0.44574 0.66156 0.44544 0.66187 0.44513 0.66217 0.44544 0.66187 0.44574\n 11 336 15 0.66494 0.45159 0.66833 0.45159 0.66648 0.44913 0.66741 0.44913 0.66802 0.44882 0.66833 0.44851 0.66864 0.44759 0.66864 0.44698 0.66833 0.44605 0.66771 0.44544 0.66679 0.44513 0.66587 0.44513 0.66494 0.44544 0.66464 0.44574 0.66433 0.44636\n 11 380 17 0.67233 0.45159 0.67141 0.45128 0.67079 0.45036 0.67048 0.44882 0.67048 0.44790 0.67079 0.44636 0.67141 0.44544 0.67233 0.44513 0.67295 0.44513 0.67387 0.44544 0.67449 0.44636 0.67479 0.44790 0.67479 0.44882 0.67449 0.45036 0.67387 0.45128 0.67295 0.45159 0.67233 0.45159\n 11 380 17 0.73871 0.45159 0.73779 0.45128 0.73717 0.45036 0.73686 0.44882 0.73686 0.44790 0.73717 0.44636 0.73779 0.44544 0.73871 0.44513 0.73932 0.44513 0.74025 0.44544 0.74086 0.44636 0.74117 0.44790 0.74117 0.44882 0.74086 0.45036 0.74025 0.45128 0.73932 0.45159 0.73871 0.45159\n 11 116 5 0.74363 0.44574 0.74333 0.44544 0.74363 0.44513 0.74394 0.44544 0.74363 0.44574\n 11 380 17 0.74979 0.45159 0.74671 0.45159 0.74640 0.44882 0.74671 0.44913 0.74763 0.44944 0.74856 0.44944 0.74948 0.44913 0.75010 0.44851 0.75040 0.44759 0.75040 0.44698 0.75010 0.44605 0.74948 0.44544 0.74856 0.44513 0.74763 0.44513 0.74671 0.44544 0.74640 0.44574 0.74610 0.44636\n 11 380 17 0.75410 0.45159 0.75317 0.45128 0.75256 0.45036 0.75225 0.44882 0.75225 0.44790 0.75256 0.44636 0.75317 0.44544 0.75410 0.44513 0.75471 0.44513 0.75564 0.44544 0.75625 0.44636 0.75656 0.44790 0.75656 0.44882 0.75625 0.45036 0.75564 0.45128 0.75471 0.45159 0.75410 0.45159\n 11 380 17 0.82047 0.45159 0.81955 0.45128 0.81894 0.45036 0.81863 0.44882 0.81863 0.44790 0.81894 0.44636 0.81955 0.44544 0.82047 0.44513 0.82109 0.44513 0.82201 0.44544 0.82263 0.44636 0.82294 0.44790 0.82294 0.44882 0.82263 0.45036 0.82201 0.45128 0.82109 0.45159 0.82047 0.45159\n 11 116 5 0.82540 0.44574 0.82509 0.44544 0.82540 0.44513 0.82571 0.44544 0.82540 0.44574\n 11 50 2 0.83217 0.45159 0.82909 0.44513\n 11 50 2 0.82786 0.45159 0.83217 0.45159\n 11 380 17 0.83586 0.45159 0.83494 0.45128 0.83433 0.45036 0.83402 0.44882 0.83402 0.44790 0.83433 0.44636 0.83494 0.44544 0.83586 0.44513 0.83648 0.44513 0.83740 0.44544 0.83802 0.44636 0.83833 0.44790 0.83833 0.44882 0.83802 0.45036 0.83740 0.45128 0.83648 0.45159 0.83586 0.45159\n 11 380 17 0.90224 0.45159 0.90132 0.45128 0.90070 0.45036 0.90039 0.44882 0.90039 0.44790 0.90070 0.44636 0.90132 0.44544 0.90224 0.44513 0.90286 0.44513 0.90378 0.44544 0.90440 0.44636 0.90470 0.44790 0.90470 0.44882 0.90440 0.45036 0.90378 0.45128 0.90286 0.45159 0.90224 0.45159\n 11 116 5 0.90717 0.44574 0.90686 0.44544 0.90717 0.44513 0.90747 0.44544 0.90717 0.44574\n 11 512 23 0.91363 0.44944 0.91332 0.44851 0.91271 0.44790 0.91178 0.44759 0.91148 0.44759 0.91055 0.44790 0.90994 0.44851 0.90963 0.44944 0.90963 0.44975 0.90994 0.45067 0.91055 0.45128 0.91148 0.45159 0.91178 0.45159 0.91271 0.45128 0.91332 0.45067 0.91363 0.44944 0.91363 0.44790 0.91332 0.44636 0.91271 0.44544 0.91178 0.44513 0.91117 0.44513 0.91024 0.44544 0.90994 0.44605\n 11 380 17 0.91763 0.45159 0.91671 0.45128 0.91609 0.45036 0.91578 0.44882 0.91578 0.44790 0.91609 0.44636 0.91671 0.44544 0.91763 0.44513 0.91825 0.44513 0.91917 0.44544 0.91979 0.44636 0.92009 0.44790 0.92009 0.44882 0.91979 0.45036 0.91917 0.45128 0.91825 0.45159 0.91763 0.45159\n 11 50 2 0.52861 0.49080 0.53585 0.49080\n 11 226 10 0.52861 0.49080 0.52861 0.49391 0.52896 0.49494 0.52930 0.49529 0.52999 0.49563 0.53068 0.49563 0.53137 0.49529 0.53171 0.49494 0.53206 0.49391 0.53206 0.49080\n 11 50 2 0.53206 0.49322 0.53585 0.49563\n 11 50 2 0.52861 0.49977 0.53585 0.49701\n 11 50 2 0.52861 0.49977 0.53585 0.50252\n 11 50 2 0.53344 0.49804 0.53344 0.50149\n 11 50 2 0.52861 0.50425 0.53585 0.50425\n 11 50 2 0.52861 0.50425 0.53585 0.50907\n 11 50 2 0.52861 0.50907 0.53585 0.50907\n 11 50 2 0.52861 0.51183 0.53585 0.51183\n 11 270 12 0.52861 0.51183 0.52861 0.51425 0.52896 0.51528 0.52965 0.51597 0.53034 0.51631 0.53137 0.51666 0.53309 0.51666 0.53413 0.51631 0.53482 0.51597 0.53551 0.51528 0.53585 0.51425 0.53585 0.51183\n 11 226 10 0.52861 0.51907 0.53378 0.51907 0.53482 0.51942 0.53551 0.52011 0.53585 0.52114 0.53585 0.52183 0.53551 0.52286 0.53482 0.52355 0.53378 0.52390 0.52861 0.52390\n 11 226 10 0.52723 0.52907 0.52792 0.52838 0.52896 0.52769 0.53034 0.52700 0.53206 0.52666 0.53344 0.52666 0.53516 0.52700 0.53654 0.52769 0.53757 0.52838 0.53826 0.52907\n 11 50 2 0.52861 0.53148 0.53585 0.53148\n 11 50 2 0.52723 0.53424 0.53826 0.53424\n 11 50 2 0.52723 0.53458 0.53826 0.53458\n 11 50 2 0.52723 0.53424 0.52723 0.53665\n 11 50 2 0.53826 0.53424 0.53826 0.53665\n 11 50 2 0.52861 0.53907 0.53585 0.53907\n 11 50 2 0.53171 0.54182 0.53171 0.54803\n 11 50 2 0.53378 0.54182 0.53378 0.54803\n 11 94 4 0.52999 0.55148 0.52965 0.55216 0.52861 0.55320 0.53585 0.55320\n 11 116 5 0.53102 0.55802 0.53137 0.55768 0.53171 0.55802 0.53137 0.55837 0.53102 0.55802\n 11 116 5 0.53516 0.55802 0.53551 0.55768 0.53585 0.55802 0.53551 0.55837 0.53516 0.55802\n 11 94 4 0.52999 0.56182 0.52965 0.56251 0.52861 0.56354 0.53585 0.56354\n 11 380 17 0.52861 0.56975 0.52896 0.56871 0.52999 0.56802 0.53171 0.56768 0.53275 0.56768 0.53447 0.56802 0.53551 0.56871 0.53585 0.56975 0.53585 0.57043 0.53551 0.57147 0.53447 0.57216 0.53275 0.57250 0.53171 0.57250 0.52999 0.57216 0.52896 0.57147 0.52861 0.57043 0.52861 0.56975\n 11 50 2 0.52723 0.57664 0.53826 0.57664\n 11 50 2 0.52723 0.57698 0.53826 0.57698\n 11 50 2 0.52723 0.57457 0.52723 0.57698\n 11 50 2 0.53826 0.57457 0.53826 0.57698\n 11 50 2 0.52965 0.58284 0.53585 0.58284\n 11 50 2 0.53275 0.57974 0.53275 0.58595\n 11 94 4 0.52999 0.58939 0.52965 0.59008 0.52861 0.59112 0.53585 0.59112\n 11 380 17 0.52861 0.59732 0.52896 0.59629 0.52999 0.59560 0.53171 0.59525 0.53275 0.59525 0.53447 0.59560 0.53551 0.59629 0.53585 0.59732 0.53585 0.59801 0.53551 0.59905 0.53447 0.59974 0.53275 0.60008 0.53171 0.60008 0.52999 0.59974 0.52896 0.59905 0.52861 0.59801 0.52861 0.59732\n 11 50 2 0.52965 0.60560 0.53585 0.60560\n 11 50 2 0.53275 0.60249 0.53275 0.60870\n 11 50 2 0.52861 0.61146 0.53585 0.61146\n 11 50 2 0.52861 0.61146 0.52861 0.61594\n 11 50 2 0.53206 0.61146 0.53206 0.61421\n 11 50 2 0.53585 0.61146 0.53585 0.61594\n 11 50 2 0.52861 0.61801 0.53585 0.61801\n 11 226 10 0.52861 0.61801 0.52861 0.62111 0.52896 0.62214 0.52930 0.62249 0.52999 0.62283 0.53102 0.62283 0.53171 0.62249 0.53206 0.62214 0.53240 0.62111 0.53240 0.61801\n 11 446 20 0.52965 0.62973 0.52896 0.62904 0.52861 0.62800 0.52861 0.62662 0.52896 0.62559 0.52965 0.62490 0.53034 0.62490 0.53102 0.62525 0.53137 0.62559 0.53171 0.62628 0.53240 0.62835 0.53275 0.62904 0.53309 0.62938 0.53378 0.62973 0.53482 0.62973 0.53551 0.62904 0.53585 0.62800 0.53585 0.62662 0.53551 0.62559 0.53482 0.62490\n 11 226 10 0.52723 0.63179 0.52792 0.63248 0.52896 0.63317 0.53034 0.63386 0.53206 0.63421 0.53344 0.63421 0.53516 0.63386 0.53654 0.63317 0.53757 0.63248 0.53826 0.63179\n 11 50 2 0.69184 0.43737 0.69184 0.42962\n 11 226 10 0.69184 0.43737 0.69516 0.43737 0.69627 0.43700 0.69664 0.43663 0.69701 0.43590 0.69701 0.43516 0.69664 0.43442 0.69627 0.43405 0.69516 0.43368 0.69184 0.43368\n 11 50 2 0.69442 0.43368 0.69701 0.42962\n 11 50 2 0.70144 0.43737 0.69848 0.42962\n 11 50 2 0.70144 0.43737 0.70439 0.42962\n 11 50 2 0.69959 0.43220 0.70329 0.43220\n 11 50 2 0.70624 0.43737 0.70624 0.42962\n 11 50 2 0.70624 0.43737 0.71141 0.42962\n 11 50 2 0.71141 0.43737 0.71141 0.42962\n 11 50 2 0.71437 0.43737 0.71437 0.42962\n 11 270 12 0.71437 0.43737 0.71695 0.43737 0.71806 0.43700 0.71880 0.43626 0.71917 0.43553 0.71954 0.43442 0.71954 0.43257 0.71917 0.43146 0.71880 0.43072 0.71806 0.42999 0.71695 0.42962 0.71437 0.42962\n 11 226 10 0.72212 0.43737 0.72212 0.43183 0.72249 0.43072 0.72323 0.42999 0.72434 0.42962 0.72508 0.42962 0.72619 0.42999 0.72692 0.43072 0.72729 0.43183 0.72729 0.43737\n 11 226 10 0.73283 0.43885 0.73210 0.43811 0.73136 0.43700 0.73062 0.43553 0.73025 0.43368 0.73025 0.43220 0.73062 0.43036 0.73136 0.42888 0.73210 0.42777 0.73283 0.42703\n 11 50 2 0.73542 0.43737 0.73542 0.42962\n 11 50 2 0.73837 0.43885 0.73837 0.42703\n 11 50 2 0.73874 0.43885 0.73874 0.42703\n 11 50 2 0.73837 0.43885 0.74096 0.43885\n 11 50 2 0.73837 0.42703 0.74096 0.42703\n 11 50 2 0.74354 0.43737 0.74354 0.42962\n 11 50 2 0.74650 0.43405 0.75315 0.43405\n 11 50 2 0.74650 0.43183 0.75315 0.43183\n 11 94 4 0.75684 0.43590 0.75758 0.43626 0.75869 0.43737 0.75869 0.42962\n 11 116 5 0.76386 0.43479 0.76349 0.43442 0.76386 0.43405 0.76423 0.43442 0.76386 0.43479\n 11 116 5 0.76386 0.43036 0.76349 0.42999 0.76386 0.42962 0.76423 0.42999 0.76386 0.43036\n 11 94 4 0.76792 0.43590 0.76866 0.43626 0.76977 0.43737 0.76977 0.42962\n 11 380 17 0.77642 0.43737 0.77531 0.43700 0.77457 0.43590 0.77420 0.43405 0.77420 0.43294 0.77457 0.43109 0.77531 0.42999 0.77642 0.42962 0.77715 0.42962 0.77826 0.42999 0.77900 0.43109 0.77937 0.43294 0.77937 0.43405 0.77900 0.43590 0.77826 0.43700 0.77715 0.43737 0.77642 0.43737\n 11 50 2 0.78380 0.43885 0.78380 0.42703\n 11 50 2 0.78417 0.43885 0.78417 0.42703\n 11 50 2 0.78159 0.43885 0.78417 0.43885\n 11 50 2 0.78159 0.42703 0.78417 0.42703\n 11 50 2 0.79045 0.43626 0.79045 0.42962\n 11 50 2 0.78713 0.43294 0.79378 0.43294\n 11 50 2 0.79673 0.43737 0.79673 0.42962\n 11 50 2 0.79673 0.43737 0.80153 0.43737\n 11 50 2 0.79673 0.43368 0.79968 0.43368\n 11 50 2 0.79673 0.42962 0.80153 0.42962\n 11 50 2 0.80375 0.43737 0.80375 0.42962\n 11 226 10 0.80375 0.43737 0.80707 0.43737 0.80818 0.43700 0.80855 0.43663 0.80892 0.43590 0.80892 0.43479 0.80855 0.43405 0.80818 0.43368 0.80707 0.43331 0.80375 0.43331\n 11 446 20 0.81631 0.43626 0.81557 0.43700 0.81446 0.43737 0.81298 0.43737 0.81187 0.43700 0.81113 0.43626 0.81113 0.43553 0.81150 0.43479 0.81187 0.43442 0.81261 0.43405 0.81483 0.43331 0.81557 0.43294 0.81594 0.43257 0.81631 0.43183 0.81631 0.43072 0.81557 0.42999 0.81446 0.42962 0.81298 0.42962 0.81187 0.42999 0.81113 0.43072\n 11 226 10 0.81852 0.43885 0.81926 0.43811 0.82000 0.43700 0.82074 0.43553 0.82111 0.43368 0.82111 0.43220 0.82074 0.43036 0.82000 0.42888 0.81926 0.42777 0.81852 0.42703\n 21 6 1\n 25 6 1\n 11 50 2 0.83280 0.50365 0.83539 0.50624\n 11 50 2 0.83280 0.50624 0.83539 0.50365\n 11 50 2 0.93538 0.65125 0.93538 0.65125\n 11 50 2 0.93409 0.64996 0.93538 0.65125\n 11 50 2 0.93409 0.65255 0.93538 0.65125\n 11 50 2 0.67523 0.54741 0.67523 0.54741\n 11 50 2 0.67394 0.54611 0.67653 0.54870\n 11 50 2 0.67394 0.54870 0.67653 0.54611\n 11 50 2 0.57756 0.60423 0.57756 0.60423\n 11 50 2 0.57756 0.60423 0.57885 0.60553\n 11 50 2 0.57756 0.60423 0.57885 0.60294\n 11 50 2 0.80696 0.50744 0.80696 0.50744\n 11 50 2 0.80567 0.50615 0.80826 0.50873\n 11 50 2 0.80567 0.50873 0.80826 0.50615\n 11 50 2 0.88030 0.60643 0.88030 0.60643\n 11 50 2 0.87901 0.60514 0.88159 0.60773\n 11 50 2 0.87901 0.60773 0.88159 0.60514\n 11 50 2 0.57858 0.60479 0.57858 0.60479\n 11 50 2 0.57756 0.60377 0.57987 0.60608\n 11 50 2 0.57756 0.60580 0.57987 0.60350\n 11 50 2 0.59878 0.59661 0.59878 0.59661\n 11 50 2 0.59749 0.59532 0.60008 0.59790\n 11 50 2 0.59749 0.59790 0.60008 0.59532\n 11 50 2 0.65563 0.64584 0.65563 0.64584\n 11 50 2 0.65434 0.64455 0.65693 0.64714\n 11 50 2 0.65434 0.64714 0.65693 0.64455\n 11 50 2 0.72042 0.47787 0.72042 0.47787\n 11 50 2 0.71913 0.47658 0.72171 0.47916\n 11 50 2 0.71913 0.47916 0.72171 0.47658\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.63278 0.69817 0.63278 0.69817\n 82 0\n 81 6 86\n 82 0\n 81 6 87\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.90359 0.49093 0.90876 0.49610\n 11 50 2 0.90359 0.49610 0.90876 0.49093\n 11 50 2 0.65341 0.52095 0.65341 0.52095\n 11 50 2 0.65083 0.51837 0.65600 0.52354\n 11 50 2 0.65083 0.52354 0.65600 0.51837\n 11 50 2 0.87171 0.63119 0.87171 0.63119\n 11 50 2 0.86912 0.62860 0.87429 0.63378\n 11 50 2 0.86912 0.63378 0.87429 0.62860\n 11 50 2 0.80700 0.54795 0.80700 0.54795\n 11 50 2 0.80441 0.54537 0.80958 0.55054\n 11 50 2 0.80441 0.55054 0.80958 0.54537\n 11 50 2 0.78314 0.61562 0.78314 0.61562\n 11 50 2 0.78056 0.61304 0.78573 0.61821\n 11 50 2 0.78056 0.61821 0.78573 0.61304\n 11 50 2 0.63260 0.62285 0.63260 0.62285\n 11 50 2 0.63002 0.62026 0.63519 0.62543\n 11 50 2 0.63002 0.62543 0.63519 0.62026\n 11 50 2 0.76802 0.49394 0.76802 0.49394\n 11 50 2 0.76544 0.49135 0.77061 0.49652\n 11 50 2 0.76544 0.49652 0.77061 0.49135\n 11 50 2 0.64032 0.49844 0.64032 0.49844\n 11 50 2 0.63774 0.49586 0.64291 0.50103\n 11 50 2 0.63774 0.50103 0.64291 0.49586\n 11 50 2 0.64545 0.49036 0.64545 0.49036\n 11 50 2 0.64286 0.48777 0.64803 0.49294\n 11 50 2 0.64286 0.49294 0.64803 0.48777\n 11 50 2 0.61398 0.51178 0.61398 0.51178\n 11 50 2 0.61140 0.50919 0.61657 0.51436\n 11 50 2 0.61140 0.51436 0.61657 0.50919\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 50 2 0.50388 0.42994 0.50905 0.43511\n 11 50 2 0.50388 0.43511 0.50905 0.42994\n 11 50 2 0.50646 0.43253 0.50646 0.43253\n 11 50 2 0.50388 0.42994 0.50905 0.43511\n 11 50 2 0.50388 0.43511 0.50905 0.42994\n 11 50 2 0.52682 0.43253 0.52682 0.43253\n 11 50 2 0.52424 0.42994 0.52941 0.43511\n 11 50 2 0.52424 0.43511 0.52941 0.42994\n 11 50 2 0.54718 0.43253 0.54718 0.43253\n 11 50 2 0.54460 0.42994 0.54977 0.43511\n 11 50 2 0.54460 0.43511 0.54977 0.42994\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.62278 0.42994 0.62278 0.42994\n 82 0\n 81 6 88\n 82 0\n 81 6 89\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 160 7 0.57756 0.48689 0.78028 0.60625 0.65935 0.49938 0.62760 0.49167 0.75932 0.50821 0.79373 0.63926 0.57756 0.60347\n 11 94 4 0.57756 0.60241 0.68186 0.61587 0.63527 0.55047 0.91638 0.54568\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 72 3 0.50646 0.42089 0.50646 0.42089 0.54718 0.42089\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.62278 0.41831 0.62278 0.41831\n 82 0\n 81 6 90\n 82 0\n 81 6 91\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.72062 0.64059 0.72579 0.64576\n 11 50 2 0.72062 0.64576 0.72579 0.64059\n 11 50 2 0.72321 0.64317 0.87744 0.49161\n 11 50 2 0.87486 0.48903 0.88003 0.49420\n 11 50 2 0.87486 0.49420 0.88003 0.48903\n 11 50 2 0.87744 0.49161 0.77986 0.62322\n 11 50 2 0.77727 0.62064 0.78244 0.62581\n 11 50 2 0.77727 0.62581 0.78244 0.62064\n 11 50 2 0.77986 0.62322 0.72422 0.50542\n 11 50 2 0.72163 0.50284 0.72680 0.50801\n 11 50 2 0.72163 0.50801 0.72680 0.50284\n 11 50 2 0.72422 0.50542 0.57756 0.50160\n 11 50 2 0.57756 0.50382 0.79438 0.52471\n 11 50 2 0.79179 0.52212 0.79697 0.52729\n 11 50 2 0.79179 0.52729 0.79697 0.52212\n 11 50 2 0.79438 0.52471 0.82461 0.65779\n 11 50 2 0.82203 0.65521 0.82635 0.65952\n 11 50 2 0.82288 0.65952 0.82720 0.65521\n 11 50 2 0.82461 0.65779 0.77566 0.49014\n 11 50 2 0.77308 0.48755 0.77825 0.49272\n 11 50 2 0.77308 0.49272 0.77825 0.48755\n 11 50 2 0.77566 0.49014 0.67729 0.58305\n 11 50 2 0.67471 0.58046 0.67988 0.58563\n 11 50 2 0.67471 0.58563 0.67988 0.58046\n 11 50 2 0.67729 0.58305 0.91593 0.52370\n 11 50 2 0.91335 0.52111 0.91852 0.52628\n 11 50 2 0.91335 0.52628 0.91852 0.52111\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.50388 0.40667 0.50905 0.41184\n 11 50 2 0.50388 0.41184 0.50905 0.40667\n 11 50 2 0.50646 0.40926 0.50646 0.40926\n 11 50 2 0.50388 0.40667 0.50905 0.41184\n 11 50 2 0.50388 0.41184 0.50905 0.40667\n 11 50 2 0.50646 0.40926 0.52682 0.40926\n 11 50 2 0.52424 0.40667 0.52941 0.41184\n 11 50 2 0.52424 0.41184 0.52941 0.40667\n 11 50 2 0.52682 0.40926 0.54718 0.40926\n 11 50 2 0.54460 0.40667 0.54977 0.41184\n 11 50 2 0.54460 0.41184 0.54977 0.40667\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.62278 0.40667 0.62278 0.40667\n 82 0\n 81 6 92\n 82 0\n 81 6 93\n 21 6 1\n 25 6 1\n 21 6 7\n 25 6 7\n 11 116 5 0.79400 0.63046 0.79658 0.63046 0.79658 0.63304 0.79400 0.63304 0.79400 0.63046\n 11 50 2 0.59547 0.57691 0.59547 0.57691\n 11 116 5 0.59418 0.57561 0.59676 0.57561 0.59676 0.57820 0.59418 0.57820 0.59418 0.57561\n 11 50 2 0.93093 0.60895 0.93093 0.60895\n 11 116 5 0.92964 0.60766 0.93222 0.60766 0.93222 0.61025 0.92964 0.61025 0.92964 0.60766\n 11 50 2 0.60523 0.54694 0.60523 0.54694\n 11 116 5 0.60393 0.54565 0.60652 0.54565 0.60652 0.54823 0.60393 0.54823 0.60393 0.54565\n 11 50 2 0.81720 0.60756 0.81720 0.60756\n 11 116 5 0.81591 0.60627 0.81849 0.60627 0.81849 0.60886 0.81591 0.60886 0.81591 0.60627\n 11 50 2 0.66711 0.64316 0.66711 0.64316\n 11 116 5 0.66581 0.64186 0.66840 0.64186 0.66840 0.64445 0.66581 0.64445 0.66581 0.64186\n 11 50 2 0.80950 0.55760 0.80950 0.55760\n 11 116 5 0.80821 0.55631 0.81079 0.55631 0.81079 0.55890 0.80821 0.55890 0.80821 0.55631\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 7\n 25 6 7\n 11 116 5 0.50517 0.39633 0.50776 0.39633 0.50776 0.39891 0.50517 0.39891 0.50517 0.39633\n 11 50 2 0.50646 0.39762 0.50646 0.39762\n 11 116 5 0.50517 0.39633 0.50776 0.39633 0.50776 0.39891 0.50517 0.39891 0.50517 0.39633\n 11 50 2 0.52682 0.39762 0.52682 0.39762\n 11 116 5 0.52553 0.39633 0.52812 0.39633 0.52812 0.39891 0.52553 0.39891 0.52553 0.39633\n 11 50 2 0.54718 0.39762 0.54718 0.39762\n 11 116 5 0.54589 0.39633 0.54848 0.39633 0.54848 0.39891 0.54589 0.39891 0.54589 0.39633\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.62278 0.39504 0.62278 0.39504\n 82 0\n 81 6 94\n 82 0\n 81 6 95\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 50 2 0.68801 0.57520 0.68801 0.57520\n 11 94 4 0.68672 0.57390 0.68801 0.57649 0.68930 0.57390 0.68672 0.57390\n 11 50 2 0.64144 0.60845 0.64144 0.60845\n 11 94 4 0.64015 0.60715 0.64144 0.60974 0.64273 0.60715 0.64015 0.60715\n 11 50 2 0.71753 0.50154 0.71753 0.50154\n 11 94 4 0.71624 0.50025 0.71753 0.50284 0.71883 0.50025 0.71624 0.50025\n 11 50 2 0.88121 0.65169 0.88121 0.65169\n 11 94 4 0.87992 0.65039 0.88121 0.65298 0.88250 0.65039 0.87992 0.65039\n 11 50 2 0.91100 0.50939 0.91100 0.50939\n 11 94 4 0.90971 0.50810 0.91100 0.51069 0.91229 0.50810 0.90971 0.50810\n 11 50 2 0.70913 0.48767 0.70913 0.48767\n 11 94 4 0.70784 0.48638 0.70913 0.48897 0.71042 0.48638 0.70784 0.48638\n 11 50 2 0.80905 0.59151 0.80905 0.59151\n 11 94 4 0.80776 0.59022 0.80905 0.59280 0.81035 0.59022 0.80776 0.59022\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 94 4 0.50517 0.38470 0.50646 0.38728 0.50776 0.38470 0.50517 0.38470\n 11 50 2 0.50646 0.38599 0.50646 0.38599\n 11 94 4 0.50517 0.38470 0.50646 0.38728 0.50776 0.38470 0.50517 0.38470\n 11 50 2 0.52682 0.38599 0.52682 0.38599\n 11 94 4 0.52553 0.38470 0.52682 0.38728 0.52812 0.38470 0.52553 0.38470\n 11 50 2 0.54718 0.38599 0.54718 0.38599\n 11 94 4 0.54589 0.38470 0.54718 0.38728 0.54848 0.38470 0.54589 0.38470\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.55463 0.38857 0.55463 0.38340\n 11 226 10 0.55463 0.38857 0.55685 0.38857 0.55759 0.38833 0.55783 0.38808 0.55808 0.38759 0.55808 0.38710 0.55783 0.38660 0.55759 0.38636 0.55685 0.38611 0.55463 0.38611\n 11 50 2 0.55636 0.38611 0.55808 0.38340\n 11 50 2 0.56103 0.38857 0.55906 0.38340\n 11 50 2 0.56103 0.38857 0.56300 0.38340\n 11 50 2 0.55980 0.38513 0.56227 0.38513\n 11 50 2 0.56423 0.38857 0.56423 0.38340\n 11 50 2 0.56423 0.38857 0.56768 0.38340\n 11 50 2 0.56768 0.38857 0.56768 0.38340\n 11 50 2 0.56965 0.38857 0.56965 0.38340\n 11 270 12 0.56965 0.38857 0.57138 0.38857 0.57211 0.38833 0.57261 0.38783 0.57285 0.38734 0.57310 0.38660 0.57310 0.38537 0.57285 0.38463 0.57261 0.38414 0.57211 0.38365 0.57138 0.38340 0.56965 0.38340\n 11 226 10 0.57482 0.38857 0.57482 0.38488 0.57507 0.38414 0.57556 0.38365 0.57630 0.38340 0.57679 0.38340 0.57753 0.38365 0.57802 0.38414 0.57827 0.38488 0.57827 0.38857\n 11 226 10 0.58196 0.38956 0.58147 0.38907 0.58098 0.38833 0.58049 0.38734 0.58024 0.38611 0.58024 0.38513 0.58049 0.38390 0.58098 0.38291 0.58147 0.38217 0.58196 0.38168\n 11 50 2 0.58369 0.38857 0.58369 0.38340\n 11 50 2 0.58566 0.38956 0.58566 0.38168\n 11 50 2 0.58590 0.38956 0.58590 0.38168\n 11 50 2 0.58566 0.38956 0.58738 0.38956\n 11 50 2 0.58566 0.38168 0.58738 0.38168\n 11 50 2 0.58910 0.38857 0.58910 0.38340\n 11 50 2 0.59107 0.38636 0.59551 0.38636\n 11 50 2 0.59107 0.38488 0.59551 0.38488\n 11 94 4 0.59797 0.38759 0.59846 0.38783 0.59920 0.38857 0.59920 0.38340\n 11 116 5 0.60265 0.38685 0.60240 0.38660 0.60265 0.38636 0.60289 0.38660 0.60265 0.38685\n 11 116 5 0.60265 0.38390 0.60240 0.38365 0.60265 0.38340 0.60289 0.38365 0.60265 0.38390\n 11 94 4 0.60536 0.38759 0.60585 0.38783 0.60659 0.38857 0.60659 0.38340\n 11 380 17 0.61102 0.38857 0.61028 0.38833 0.60979 0.38759 0.60954 0.38636 0.60954 0.38562 0.60979 0.38439 0.61028 0.38365 0.61102 0.38340 0.61151 0.38340 0.61225 0.38365 0.61274 0.38439 0.61299 0.38562 0.61299 0.38636 0.61274 0.38759 0.61225 0.38833 0.61151 0.38857 0.61102 0.38857\n 11 50 2 0.61594 0.38956 0.61594 0.38168\n 11 50 2 0.61619 0.38956 0.61619 0.38168\n 11 50 2 0.61447 0.38956 0.61619 0.38956\n 11 50 2 0.61447 0.38168 0.61619 0.38168\n 11 50 2 0.62037 0.38783 0.62037 0.38340\n 11 50 2 0.61816 0.38562 0.62259 0.38562\n 11 94 4 0.62505 0.38759 0.62555 0.38783 0.62628 0.38857 0.62628 0.38340\n 11 380 17 0.63072 0.38857 0.62998 0.38833 0.62949 0.38759 0.62924 0.38636 0.62924 0.38562 0.62949 0.38439 0.62998 0.38365 0.63072 0.38340 0.63121 0.38340 0.63195 0.38365 0.63244 0.38439 0.63269 0.38562 0.63269 0.38636 0.63244 0.38759 0.63195 0.38833 0.63121 0.38857 0.63072 0.38857\n 11 50 2 0.63663 0.38783 0.63663 0.38340\n 11 50 2 0.63441 0.38562 0.63884 0.38562\n 11 50 2 0.64081 0.38857 0.64081 0.38340\n 11 50 2 0.64081 0.38857 0.64401 0.38857\n 11 50 2 0.64081 0.38611 0.64278 0.38611\n 11 50 2 0.64081 0.38340 0.64401 0.38340\n 11 50 2 0.64549 0.38857 0.64549 0.38340\n 11 226 10 0.64549 0.38857 0.64771 0.38857 0.64845 0.38833 0.64869 0.38808 0.64894 0.38759 0.64894 0.38685 0.64869 0.38636 0.64845 0.38611 0.64771 0.38586 0.64549 0.38586\n 11 446 20 0.65386 0.38783 0.65337 0.38833 0.65263 0.38857 0.65165 0.38857 0.65091 0.38833 0.65041 0.38783 0.65041 0.38734 0.65066 0.38685 0.65091 0.38660 0.65140 0.38636 0.65288 0.38586 0.65337 0.38562 0.65362 0.38537 0.65386 0.38488 0.65386 0.38414 0.65337 0.38365 0.65263 0.38340 0.65165 0.38340 0.65091 0.38365 0.65041 0.38414\n 11 226 10 0.65534 0.38956 0.65583 0.38907 0.65632 0.38833 0.65682 0.38734 0.65706 0.38611 0.65706 0.38513 0.65682 0.38390 0.65632 0.38291 0.65583 0.38217 0.65534 0.38168\n 11 50 2 0.62278 0.38340 0.62278 0.38340\n 82 0\n 81 6 96\n 82 0\n 81 6 97\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 50 2 0.61006 0.60663 0.61459 0.61116\n 11 50 2 0.61006 0.61116 0.61459 0.60663\n 11 50 2 0.61233 0.60663 0.61233 0.61116\n 11 50 2 0.61006 0.60890 0.61459 0.60890\n 11 50 2 0.81950 0.53190 0.81950 0.53190\n 11 50 2 0.81724 0.52964 0.82176 0.53416\n 11 50 2 0.81724 0.53416 0.82176 0.52964\n 11 50 2 0.81950 0.52964 0.81950 0.53416\n 11 50 2 0.81724 0.53190 0.82176 0.53190\n 11 50 2 0.88448 0.65898 0.88448 0.65898\n 11 50 2 0.88222 0.65672 0.88503 0.65952\n 11 50 2 0.88394 0.65952 0.88675 0.65672\n 11 50 2 0.88448 0.65672 0.88448 0.65952\n 11 50 2 0.88222 0.65898 0.88675 0.65898\n 11 50 2 0.87088 0.55216 0.87088 0.55216\n 11 50 2 0.86861 0.54990 0.87314 0.55442\n 11 50 2 0.86861 0.55442 0.87314 0.54990\n 11 50 2 0.87088 0.54990 0.87088 0.55442\n 11 50 2 0.86861 0.55216 0.87314 0.55216\n 11 50 2 0.69371 0.60973 0.69371 0.60973\n 11 50 2 0.69145 0.60746 0.69597 0.61199\n 11 50 2 0.69145 0.61199 0.69597 0.60746\n 11 50 2 0.69371 0.60746 0.69371 0.61199\n 11 50 2 0.69145 0.60973 0.69597 0.60973\n 11 50 2 0.70846 0.57395 0.70846 0.57395\n 11 50 2 0.70620 0.57169 0.71072 0.57621\n 11 50 2 0.70620 0.57621 0.71072 0.57169\n 11 50 2 0.70846 0.57169 0.70846 0.57621\n 11 50 2 0.70620 0.57395 0.71072 0.57395\n 11 50 2 0.66182 0.54084 0.66182 0.54084\n 11 50 2 0.65956 0.53857 0.66408 0.54310\n 11 50 2 0.65956 0.54310 0.66408 0.53857\n 11 50 2 0.66182 0.53857 0.66182 0.54310\n 11 50 2 0.65956 0.54084 0.66408 0.54084\n 11 50 2 0.69895 0.54778 0.69895 0.54778\n 11 50 2 0.69669 0.54552 0.70121 0.55005\n 11 50 2 0.69669 0.55005 0.70121 0.54552\n 11 50 2 0.69895 0.54552 0.69895 0.55005\n 11 50 2 0.69669 0.54778 0.70121 0.54778\n 11 50 2 0.70262 0.62542 0.70262 0.62542\n 11 50 2 0.70035 0.62315 0.70488 0.62768\n 11 50 2 0.70035 0.62768 0.70488 0.62315\n 11 50 2 0.70262 0.62315 0.70262 0.62768\n 11 50 2 0.70035 0.62542 0.70488 0.62542\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 50 2 0.58176 0.47434 0.58629 0.47887\n 11 50 2 0.58176 0.47887 0.58629 0.47434\n 11 50 2 0.58403 0.47434 0.58403 0.47887\n 11 50 2 0.58176 0.47661 0.58629 0.47661\n 11 50 2 0.58403 0.47661 0.58403 0.47661\n 11 50 2 0.58176 0.47434 0.58629 0.47887\n 11 50 2 0.58176 0.47887 0.58629 0.47434\n 11 50 2 0.58403 0.47434 0.58403 0.47887\n 11 50 2 0.58176 0.47661 0.58629 0.47661\n 11 50 2 0.60031 0.47661 0.60031 0.47661\n 11 50 2 0.59805 0.47434 0.60258 0.47887\n 11 50 2 0.59805 0.47887 0.60258 0.47434\n 11 50 2 0.60031 0.47434 0.60031 0.47887\n 11 50 2 0.59805 0.47661 0.60258 0.47661\n 11 50 2 0.61660 0.47661 0.61660 0.47661\n 11 50 2 0.61434 0.47434 0.61886 0.47887\n 11 50 2 0.61434 0.47887 0.61886 0.47434\n 11 50 2 0.61660 0.47434 0.61660 0.47887\n 11 50 2 0.61434 0.47661 0.61886 0.47661\n 21 6 1\n 25 6 1\n 11 50 2 0.57867 0.70593 0.58384 0.69817\n 11 50 2 0.58384 0.70593 0.57867 0.69817\n 11 116 5 0.59271 0.70335 0.59234 0.70298 0.59271 0.70261 0.59307 0.70298 0.59271 0.70335\n 11 116 5 0.59271 0.69891 0.59234 0.69854 0.59271 0.69817 0.59307 0.69854 0.59271 0.69891\n 11 380 17 0.60379 0.70593 0.60268 0.70556 0.60194 0.70445 0.60157 0.70261 0.60157 0.70150 0.60194 0.69965 0.60268 0.69854 0.60379 0.69817 0.60452 0.69817 0.60563 0.69854 0.60637 0.69965 0.60674 0.70150 0.60674 0.70261 0.60637 0.70445 0.60563 0.70556 0.60452 0.70593 0.60379 0.70593\n 11 116 5 0.60969 0.69891 0.60933 0.69854 0.60969 0.69817 0.61006 0.69854 0.60969 0.69891\n 11 380 17 0.61708 0.70593 0.61339 0.70593 0.61302 0.70261 0.61339 0.70298 0.61450 0.70335 0.61560 0.70335 0.61671 0.70298 0.61745 0.70224 0.61782 0.70113 0.61782 0.70039 0.61745 0.69928 0.61671 0.69854 0.61560 0.69817 0.61450 0.69817 0.61339 0.69854 0.61302 0.69891 0.61265 0.69965\n 11 116 5 0.62668 0.70593 0.62668 0.69965 0.62705 0.69854 0.62779 0.69817 0.62853 0.69817\n 11 50 2 0.62558 0.70335 0.62816 0.70335\n 11 380 17 0.63222 0.70335 0.63149 0.70298 0.63075 0.70224 0.63038 0.70113 0.63038 0.70039 0.63075 0.69928 0.63149 0.69854 0.63222 0.69817 0.63333 0.69817 0.63407 0.69854 0.63481 0.69928 0.63518 0.70039 0.63518 0.70113 0.63481 0.70224 0.63407 0.70298 0.63333 0.70335 0.63222 0.70335\n 11 94 4 0.64441 0.70445 0.64515 0.70482 0.64626 0.70593 0.64626 0.69817\n 11 380 17 0.65291 0.70593 0.65180 0.70556 0.65106 0.70445 0.65069 0.70261 0.65069 0.70150 0.65106 0.69965 0.65180 0.69854 0.65291 0.69817 0.65365 0.69817 0.65475 0.69854 0.65549 0.69965 0.65586 0.70150 0.65586 0.70261 0.65549 0.70445 0.65475 0.70556 0.65365 0.70593 0.65291 0.70593\n 11 116 5 0.65882 0.69891 0.65845 0.69854 0.65882 0.69817 0.65919 0.69854 0.65882 0.69891\n 11 380 17 0.66620 0.70593 0.66251 0.70593 0.66214 0.70261 0.66251 0.70298 0.66362 0.70335 0.66473 0.70335 0.66583 0.70298 0.66657 0.70224 0.66694 0.70113 0.66694 0.70039 0.66657 0.69928 0.66583 0.69854 0.66473 0.69817 0.66362 0.69817 0.66251 0.69854 0.66214 0.69891 0.66177 0.69965\n 11 50 2 0.55463 0.43511 0.55463 0.42994\n 11 226 10 0.55463 0.43511 0.55685 0.43511 0.55759 0.43486 0.55783 0.43462 0.55808 0.43413 0.55808 0.43363 0.55783 0.43314 0.55759 0.43289 0.55685 0.43265 0.55463 0.43265\n 11 50 2 0.55636 0.43265 0.55808 0.42994\n 11 50 2 0.56103 0.43511 0.55906 0.42994\n 11 50 2 0.56103 0.43511 0.56300 0.42994\n 11 50 2 0.55980 0.43166 0.56227 0.43166\n 11 50 2 0.56423 0.43511 0.56423 0.42994\n 11 50 2 0.56423 0.43511 0.56768 0.42994\n 11 50 2 0.56768 0.43511 0.56768 0.42994\n 11 50 2 0.56965 0.43511 0.56965 0.42994\n 11 270 12 0.56965 0.43511 0.57138 0.43511 0.57211 0.43486 0.57261 0.43437 0.57285 0.43388 0.57310 0.43314 0.57310 0.43191 0.57285 0.43117 0.57261 0.43068 0.57211 0.43019 0.57138 0.42994 0.56965 0.42994\n 11 226 10 0.57482 0.43511 0.57482 0.43142 0.57507 0.43068 0.57556 0.43019 0.57630 0.42994 0.57679 0.42994 0.57753 0.43019 0.57802 0.43068 0.57827 0.43142 0.57827 0.43511\n 11 226 10 0.58196 0.43610 0.58147 0.43560 0.58098 0.43486 0.58049 0.43388 0.58024 0.43265 0.58024 0.43166 0.58049 0.43043 0.58098 0.42945 0.58147 0.42871 0.58196 0.42822\n 11 50 2 0.58369 0.43511 0.58369 0.42994\n 11 50 2 0.58566 0.43610 0.58566 0.42822\n 11 50 2 0.58590 0.43610 0.58590 0.42822\n 11 50 2 0.58566 0.43610 0.58738 0.43610\n 11 50 2 0.58566 0.42822 0.58738 0.42822\n 11 50 2 0.58910 0.43511 0.58910 0.42994\n 11 50 2 0.59107 0.43289 0.59551 0.43289\n 11 50 2 0.59107 0.43142 0.59551 0.43142\n 11 94 4 0.59797 0.43413 0.59846 0.43437 0.59920 0.43511 0.59920 0.42994\n 11 116 5 0.60265 0.43339 0.60240 0.43314 0.60265 0.43289 0.60289 0.43314 0.60265 0.43339\n 11 116 5 0.60265 0.43043 0.60240 0.43019 0.60265 0.42994 0.60289 0.43019 0.60265 0.43043\n 11 94 4 0.60536 0.43413 0.60585 0.43437 0.60659 0.43511 0.60659 0.42994\n 11 380 17 0.61102 0.43511 0.61028 0.43486 0.60979 0.43413 0.60954 0.43289 0.60954 0.43216 0.60979 0.43092 0.61028 0.43019 0.61102 0.42994 0.61151 0.42994 0.61225 0.43019 0.61274 0.43092 0.61299 0.43216 0.61299 0.43289 0.61274 0.43413 0.61225 0.43486 0.61151 0.43511 0.61102 0.43511\n 11 50 2 0.61594 0.43610 0.61594 0.42822\n 11 50 2 0.61619 0.43610 0.61619 0.42822\n 11 50 2 0.61447 0.43610 0.61619 0.43610\n 11 50 2 0.61447 0.42822 0.61619 0.42822\n 11 50 2 0.62037 0.43437 0.62037 0.42994\n 11 50 2 0.61816 0.43216 0.62259 0.43216\n 11 94 4 0.62505 0.43413 0.62555 0.43437 0.62628 0.43511 0.62628 0.42994\n 11 380 17 0.63072 0.43511 0.62998 0.43486 0.62949 0.43413 0.62924 0.43289 0.62924 0.43216 0.62949 0.43092 0.62998 0.43019 0.63072 0.42994 0.63121 0.42994 0.63195 0.43019 0.63244 0.43092 0.63269 0.43216 0.63269 0.43289 0.63244 0.43413 0.63195 0.43486 0.63121 0.43511 0.63072 0.43511\n 11 50 2 0.63663 0.43437 0.63663 0.42994\n 11 50 2 0.63441 0.43216 0.63884 0.43216\n 11 50 2 0.64081 0.43511 0.64081 0.42994\n 11 50 2 0.64081 0.43511 0.64401 0.43511\n 11 50 2 0.64081 0.43265 0.64278 0.43265\n 11 50 2 0.64081 0.42994 0.64401 0.42994\n 11 50 2 0.64549 0.43511 0.64549 0.42994\n 11 226 10 0.64549 0.43511 0.64771 0.43511 0.64845 0.43486 0.64869 0.43462 0.64894 0.43413 0.64894 0.43339 0.64869 0.43289 0.64845 0.43265 0.64771 0.43240 0.64549 0.43240\n 11 446 20 0.65386 0.43437 0.65337 0.43486 0.65263 0.43511 0.65165 0.43511 0.65091 0.43486 0.65041 0.43437 0.65041 0.43388 0.65066 0.43339 0.65091 0.43314 0.65140 0.43289 0.65288 0.43240 0.65337 0.43216 0.65362 0.43191 0.65386 0.43142 0.65386 0.43068 0.65337 0.43019 0.65263 0.42994 0.65165 0.42994 0.65091 0.43019 0.65041 0.43068\n 11 226 10 0.65534 0.43610 0.65583 0.43560 0.65632 0.43486 0.65682 0.43388 0.65706 0.43265 0.65706 0.43166 0.65682 0.43043 0.65632 0.42945 0.65583 0.42871 0.65534 0.42822\n 11 50 2 0.55463 0.42348 0.55463 0.41831\n 11 226 10 0.55463 0.42348 0.55685 0.42348 0.55759 0.42323 0.55783 0.42298 0.55808 0.42249 0.55808 0.42200 0.55783 0.42151 0.55759 0.42126 0.55685 0.42101 0.55463 0.42101\n 11 50 2 0.55636 0.42101 0.55808 0.41831\n 11 50 2 0.56103 0.42348 0.55906 0.41831\n 11 50 2 0.56103 0.42348 0.56300 0.41831\n 11 50 2 0.55980 0.42003 0.56227 0.42003\n 11 50 2 0.56423 0.42348 0.56423 0.41831\n 11 50 2 0.56423 0.42348 0.56768 0.41831\n 11 50 2 0.56768 0.42348 0.56768 0.41831\n 11 50 2 0.56965 0.42348 0.56965 0.41831\n 11 270 12 0.56965 0.42348 0.57138 0.42348 0.57211 0.42323 0.57261 0.42274 0.57285 0.42225 0.57310 0.42151 0.57310 0.42028 0.57285 0.41954 0.57261 0.41904 0.57211 0.41855 0.57138 0.41831 0.56965 0.41831\n 11 226 10 0.57482 0.42348 0.57482 0.41978 0.57507 0.41904 0.57556 0.41855 0.57630 0.41831 0.57679 0.41831 0.57753 0.41855 0.57802 0.41904 0.57827 0.41978 0.57827 0.42348\n 11 226 10 0.58196 0.42446 0.58147 0.42397 0.58098 0.42323 0.58049 0.42225 0.58024 0.42101 0.58024 0.42003 0.58049 0.41880 0.58098 0.41781 0.58147 0.41707 0.58196 0.41658\n 11 50 2 0.58369 0.42348 0.58369 0.41831\n 11 50 2 0.58566 0.42446 0.58566 0.41658\n 11 50 2 0.58590 0.42446 0.58590 0.41658\n 11 50 2 0.58566 0.42446 0.58738 0.42446\n 11 50 2 0.58566 0.41658 0.58738 0.41658\n 11 50 2 0.58910 0.42348 0.58910 0.41831\n 11 50 2 0.59107 0.42126 0.59551 0.42126\n 11 50 2 0.59107 0.41978 0.59551 0.41978\n 11 94 4 0.59797 0.42249 0.59846 0.42274 0.59920 0.42348 0.59920 0.41831\n 11 116 5 0.60265 0.42175 0.60240 0.42151 0.60265 0.42126 0.60289 0.42151 0.60265 0.42175\n 11 116 5 0.60265 0.41880 0.60240 0.41855 0.60265 0.41831 0.60289 0.41855 0.60265 0.41880\n 11 94 4 0.60536 0.42249 0.60585 0.42274 0.60659 0.42348 0.60659 0.41831\n 11 380 17 0.61102 0.42348 0.61028 0.42323 0.60979 0.42249 0.60954 0.42126 0.60954 0.42052 0.60979 0.41929 0.61028 0.41855 0.61102 0.41831 0.61151 0.41831 0.61225 0.41855 0.61274 0.41929 0.61299 0.42052 0.61299 0.42126 0.61274 0.42249 0.61225 0.42323 0.61151 0.42348 0.61102 0.42348\n 11 50 2 0.61594 0.42446 0.61594 0.41658\n 11 50 2 0.61619 0.42446 0.61619 0.41658\n 11 50 2 0.61447 0.42446 0.61619 0.42446\n 11 50 2 0.61447 0.41658 0.61619 0.41658\n 11 50 2 0.62037 0.42274 0.62037 0.41831\n 11 50 2 0.61816 0.42052 0.62259 0.42052\n 11 94 4 0.62505 0.42249 0.62555 0.42274 0.62628 0.42348 0.62628 0.41831\n 11 380 17 0.63072 0.42348 0.62998 0.42323 0.62949 0.42249 0.62924 0.42126 0.62924 0.42052 0.62949 0.41929 0.62998 0.41855 0.63072 0.41831 0.63121 0.41831 0.63195 0.41855 0.63244 0.41929 0.63269 0.42052 0.63269 0.42126 0.63244 0.42249 0.63195 0.42323 0.63121 0.42348 0.63072 0.42348\n 11 50 2 0.63663 0.42274 0.63663 0.41831\n 11 50 2 0.63441 0.42052 0.63884 0.42052\n 11 50 2 0.64081 0.42348 0.64081 0.41831\n 11 50 2 0.64081 0.42348 0.64401 0.42348\n 11 50 2 0.64081 0.42101 0.64278 0.42101\n 11 50 2 0.64081 0.41831 0.64401 0.41831\n 11 50 2 0.64549 0.42348 0.64549 0.41831\n 11 226 10 0.64549 0.42348 0.64771 0.42348 0.64845 0.42323 0.64869 0.42298 0.64894 0.42249 0.64894 0.42175 0.64869 0.42126 0.64845 0.42101 0.64771 0.42077 0.64549 0.42077\n 11 446 20 0.65386 0.42274 0.65337 0.42323 0.65263 0.42348 0.65165 0.42348 0.65091 0.42323 0.65041 0.42274 0.65041 0.42225 0.65066 0.42175 0.65091 0.42151 0.65140 0.42126 0.65288 0.42077 0.65337 0.42052 0.65362 0.42028 0.65386 0.41978 0.65386 0.41904 0.65337 0.41855 0.65263 0.41831 0.65165 0.41831 0.65091 0.41855 0.65041 0.41904\n 11 226 10 0.65534 0.42446 0.65583 0.42397 0.65632 0.42323 0.65682 0.42225 0.65706 0.42101 0.65706 0.42003 0.65682 0.41880 0.65632 0.41781 0.65583 0.41707 0.65534 0.41658\n 11 50 2 0.55463 0.41184 0.55463 0.40667\n 11 226 10 0.55463 0.41184 0.55685 0.41184 0.55759 0.41160 0.55783 0.41135 0.55808 0.41086 0.55808 0.41036 0.55783 0.40987 0.55759 0.40963 0.55685 0.40938 0.55463 0.40938\n 11 50 2 0.55636 0.40938 0.55808 0.40667\n 11 50 2 0.56103 0.41184 0.55906 0.40667\n 11 50 2 0.56103 0.41184 0.56300 0.40667\n 11 50 2 0.55980 0.40839 0.56227 0.40839\n 11 50 2 0.56423 0.41184 0.56423 0.40667\n 11 50 2 0.56423 0.41184 0.56768 0.40667\n 11 50 2 0.56768 0.41184 0.56768 0.40667\n 11 50 2 0.56965 0.41184 0.56965 0.40667\n 11 270 12 0.56965 0.41184 0.57138 0.41184 0.57211 0.41160 0.57261 0.41110 0.57285 0.41061 0.57310 0.40987 0.57310 0.40864 0.57285 0.40790 0.57261 0.40741 0.57211 0.40692 0.57138 0.40667 0.56965 0.40667\n 11 226 10 0.57482 0.41184 0.57482 0.40815 0.57507 0.40741 0.57556 0.40692 0.57630 0.40667 0.57679 0.40667 0.57753 0.40692 0.57802 0.40741 0.57827 0.40815 0.57827 0.41184\n 11 226 10 0.58196 0.41283 0.58147 0.41233 0.58098 0.41160 0.58049 0.41061 0.58024 0.40938 0.58024 0.40839 0.58049 0.40716 0.58098 0.40618 0.58147 0.40544 0.58196 0.40495\n 11 50 2 0.58369 0.41184 0.58369 0.40667\n 11 50 2 0.58566 0.41283 0.58566 0.40495\n 11 50 2 0.58590 0.41283 0.58590 0.40495\n 11 50 2 0.58566 0.41283 0.58738 0.41283\n 11 50 2 0.58566 0.40495 0.58738 0.40495\n 11 50 2 0.58910 0.41184 0.58910 0.40667\n 11 50 2 0.59107 0.40963 0.59551 0.40963\n 11 50 2 0.59107 0.40815 0.59551 0.40815\n 11 94 4 0.59797 0.41086 0.59846 0.41110 0.59920 0.41184 0.59920 0.40667\n 11 116 5 0.60265 0.41012 0.60240 0.40987 0.60265 0.40963 0.60289 0.40987 0.60265 0.41012\n 11 116 5 0.60265 0.40716 0.60240 0.40692 0.60265 0.40667 0.60289 0.40692 0.60265 0.40716\n 11 94 4 0.60536 0.41086 0.60585 0.41110 0.60659 0.41184 0.60659 0.40667\n 11 380 17 0.61102 0.41184 0.61028 0.41160 0.60979 0.41086 0.60954 0.40963 0.60954 0.40889 0.60979 0.40766 0.61028 0.40692 0.61102 0.40667 0.61151 0.40667 0.61225 0.40692 0.61274 0.40766 0.61299 0.40889 0.61299 0.40963 0.61274 0.41086 0.61225 0.41160 0.61151 0.41184 0.61102 0.41184\n 11 50 2 0.61594 0.41283 0.61594 0.40495\n 11 50 2 0.61619 0.41283 0.61619 0.40495\n 11 50 2 0.61447 0.41283 0.61619 0.41283\n 11 50 2 0.61447 0.40495 0.61619 0.40495\n 11 50 2 0.62037 0.41110 0.62037 0.40667\n 11 50 2 0.61816 0.40889 0.62259 0.40889\n 11 94 4 0.62505 0.41086 0.62555 0.41110 0.62628 0.41184 0.62628 0.40667\n 11 380 17 0.63072 0.41184 0.62998 0.41160 0.62949 0.41086 0.62924 0.40963 0.62924 0.40889 0.62949 0.40766 0.62998 0.40692 0.63072 0.40667 0.63121 0.40667 0.63195 0.40692 0.63244 0.40766 0.63269 0.40889 0.63269 0.40963 0.63244 0.41086 0.63195 0.41160 0.63121 0.41184 0.63072 0.41184\n 11 50 2 0.63663 0.41110 0.63663 0.40667\n 11 50 2 0.63441 0.40889 0.63884 0.40889\n 11 50 2 0.64081 0.41184 0.64081 0.40667\n 11 50 2 0.64081 0.41184 0.64401 0.41184\n 11 50 2 0.64081 0.40938 0.64278 0.40938\n 11 50 2 0.64081 0.40667 0.64401 0.40667\n 11 50 2 0.64549 0.41184 0.64549 0.40667\n 11 226 10 0.64549 0.41184 0.64771 0.41184 0.64845 0.41160 0.64869 0.41135 0.64894 0.41086 0.64894 0.41012 0.64869 0.40963 0.64845 0.40938 0.64771 0.40913 0.64549 0.40913\n 11 446 20 0.65386 0.41110 0.65337 0.41160 0.65263 0.41184 0.65165 0.41184 0.65091 0.41160 0.65041 0.41110 0.65041 0.41061 0.65066 0.41012 0.65091 0.40987 0.65140 0.40963 0.65288 0.40913 0.65337 0.40889 0.65362 0.40864 0.65386 0.40815 0.65386 0.40741 0.65337 0.40692 0.65263 0.40667 0.65165 0.40667 0.65091 0.40692 0.65041 0.40741\n 11 226 10 0.65534 0.41283 0.65583 0.41233 0.65632 0.41160 0.65682 0.41061 0.65706 0.40938 0.65706 0.40839 0.65682 0.40716 0.65632 0.40618 0.65583 0.40544 0.65534 0.40495\n 11 50 2 0.55463 0.40021 0.55463 0.39504\n 11 226 10 0.55463 0.40021 0.55685 0.40021 0.55759 0.39996 0.55783 0.39972 0.55808 0.39922 0.55808 0.39873 0.55783 0.39824 0.55759 0.39799 0.55685 0.39775 0.55463 0.39775\n 11 50 2 0.55636 0.39775 0.55808 0.39504\n 11 50 2 0.56103 0.40021 0.55906 0.39504\n 11 50 2 0.56103 0.40021 0.56300 0.39504\n 11 50 2 0.55980 0.39676 0.56227 0.39676\n 11 50 2 0.56423 0.40021 0.56423 0.39504\n 11 50 2 0.56423 0.40021 0.56768 0.39504\n 11 50 2 0.56768 0.40021 0.56768 0.39504\n 11 50 2 0.56965 0.40021 0.56965 0.39504\n 11 270 12 0.56965 0.40021 0.57138 0.40021 0.57211 0.39996 0.57261 0.39947 0.57285 0.39898 0.57310 0.39824 0.57310 0.39701 0.57285 0.39627 0.57261 0.39578 0.57211 0.39528 0.57138 0.39504 0.56965 0.39504\n 11 226 10 0.57482 0.40021 0.57482 0.39651 0.57507 0.39578 0.57556 0.39528 0.57630 0.39504 0.57679 0.39504 0.57753 0.39528 0.57802 0.39578 0.57827 0.39651 0.57827 0.40021\n 11 226 10 0.58196 0.40119 0.58147 0.40070 0.58098 0.39996 0.58049 0.39898 0.58024 0.39775 0.58024 0.39676 0.58049 0.39553 0.58098 0.39454 0.58147 0.39381 0.58196 0.39331\n 11 50 2 0.58369 0.40021 0.58369 0.39504\n 11 50 2 0.58566 0.40119 0.58566 0.39331\n 11 50 2 0.58590 0.40119 0.58590 0.39331\n 11 50 2 0.58566 0.40119 0.58738 0.40119\n 11 50 2 0.58566 0.39331 0.58738 0.39331\n 11 50 2 0.58910 0.40021 0.58910 0.39504\n 11 50 2 0.59107 0.39799 0.59551 0.39799\n 11 50 2 0.59107 0.39651 0.59551 0.39651\n 11 94 4 0.59797 0.39922 0.59846 0.39947 0.59920 0.40021 0.59920 0.39504\n 11 116 5 0.60265 0.39848 0.60240 0.39824 0.60265 0.39799 0.60289 0.39824 0.60265 0.39848\n 11 116 5 0.60265 0.39553 0.60240 0.39528 0.60265 0.39504 0.60289 0.39528 0.60265 0.39553\n 11 94 4 0.60536 0.39922 0.60585 0.39947 0.60659 0.40021 0.60659 0.39504\n 11 380 17 0.61102 0.40021 0.61028 0.39996 0.60979 0.39922 0.60954 0.39799 0.60954 0.39725 0.60979 0.39602 0.61028 0.39528 0.61102 0.39504 0.61151 0.39504 0.61225 0.39528 0.61274 0.39602 0.61299 0.39725 0.61299 0.39799 0.61274 0.39922 0.61225 0.39996 0.61151 0.40021 0.61102 0.40021\n 11 50 2 0.61594 0.40119 0.61594 0.39331\n 11 50 2 0.61619 0.40119 0.61619 0.39331\n 11 50 2 0.61447 0.40119 0.61619 0.40119\n 11 50 2 0.61447 0.39331 0.61619 0.39331\n 11 50 2 0.62037 0.39947 0.62037 0.39504\n 11 50 2 0.61816 0.39725 0.62259 0.39725\n 11 94 4 0.62505 0.39922 0.62555 0.39947 0.62628 0.40021 0.62628 0.39504\n 11 380 17 0.63072 0.40021 0.62998 0.39996 0.62949 0.39922 0.62924 0.39799 0.62924 0.39725 0.62949 0.39602 0.62998 0.39528 0.63072 0.39504 0.63121 0.39504 0.63195 0.39528 0.63244 0.39602 0.63269 0.39725 0.63269 0.39799 0.63244 0.39922 0.63195 0.39996 0.63121 0.40021 0.63072 0.40021\n 11 50 2 0.63663 0.39947 0.63663 0.39504\n 11 50 2 0.63441 0.39725 0.63884 0.39725\n 11 50 2 0.64081 0.40021 0.64081 0.39504\n 11 50 2 0.64081 0.40021 0.64401 0.40021\n 11 50 2 0.64081 0.39775 0.64278 0.39775\n 11 50 2 0.64081 0.39504 0.64401 0.39504\n 11 50 2 0.64549 0.40021 0.64549 0.39504\n 11 226 10 0.64549 0.40021 0.64771 0.40021 0.64845 0.39996 0.64869 0.39972 0.64894 0.39922 0.64894 0.39848 0.64869 0.39799 0.64845 0.39775 0.64771 0.39750 0.64549 0.39750\n 11 446 20 0.65386 0.39947 0.65337 0.39996 0.65263 0.40021 0.65165 0.40021 0.65091 0.39996 0.65041 0.39947 0.65041 0.39898 0.65066 0.39848 0.65091 0.39824 0.65140 0.39799 0.65288 0.39750 0.65337 0.39725 0.65362 0.39701 0.65386 0.39651 0.65386 0.39578 0.65337 0.39528 0.65263 0.39504 0.65165 0.39504 0.65091 0.39528 0.65041 0.39578\n 11 226 10 0.65534 0.40119 0.65583 0.40070 0.65632 0.39996 0.65682 0.39898 0.65706 0.39775 0.65706 0.39676 0.65682 0.39553 0.65632 0.39454 0.65583 0.39381 0.65534 0.39331\n 11 50 2 0.55463 0.38857 0.55463 0.38340\n 11 226 10 0.55463 0.38857 0.55685 0.38857 0.55759 0.38833 0.55783 0.38808 0.55808 0.38759 0.55808 0.38710 0.55783 0.38660 0.55759 0.38636 0.55685 0.38611 0.55463 0.38611\n 11 50 2 0.55636 0.38611 0.55808 0.38340\n 11 50 2 0.56103 0.38857 0.55906 0.38340\n 11 50 2 0.56103 0.38857 0.56300 0.38340\n 11 50 2 0.55980 0.38513 0.56227 0.38513\n 11 50 2 0.56423 0.38857 0.56423 0.38340\n 11 50 2 0.56423 0.38857 0.56768 0.38340\n 11 50 2 0.56768 0.38857 0.56768 0.38340\n 11 50 2 0.56965 0.38857 0.56965 0.38340\n 11 270 12 0.56965 0.38857 0.57138 0.38857 0.57211 0.38833 0.57261 0.38783 0.57285 0.38734 0.57310 0.38660 0.57310 0.38537 0.57285 0.38463 0.57261 0.38414 0.57211 0.38365 0.57138 0.38340 0.56965 0.38340\n 11 226 10 0.57482 0.38857 0.57482 0.38488 0.57507 0.38414 0.57556 0.38365 0.57630 0.38340 0.57679 0.38340 0.57753 0.38365 0.57802 0.38414 0.57827 0.38488 0.57827 0.38857\n 11 226 10 0.58196 0.38956 0.58147 0.38907 0.58098 0.38833 0.58049 0.38734 0.58024 0.38611 0.58024 0.38513 0.58049 0.38390 0.58098 0.38291 0.58147 0.38217 0.58196 0.38168\n 11 50 2 0.58369 0.38857 0.58369 0.38340\n 11 50 2 0.58566 0.38956 0.58566 0.38168\n 11 50 2 0.58590 0.38956 0.58590 0.38168\n 11 50 2 0.58566 0.38956 0.58738 0.38956\n 11 50 2 0.58566 0.38168 0.58738 0.38168\n 11 50 2 0.58910 0.38857 0.58910 0.38340\n 11 50 2 0.59107 0.38636 0.59551 0.38636\n 11 50 2 0.59107 0.38488 0.59551 0.38488\n 11 94 4 0.59797 0.38759 0.59846 0.38783 0.59920 0.38857 0.59920 0.38340\n 11 116 5 0.60265 0.38685 0.60240 0.38660 0.60265 0.38636 0.60289 0.38660 0.60265 0.38685\n 11 116 5 0.60265 0.38390 0.60240 0.38365 0.60265 0.38340 0.60289 0.38365 0.60265 0.38390\n 11 94 4 0.60536 0.38759 0.60585 0.38783 0.60659 0.38857 0.60659 0.38340\n 11 380 17 0.61102 0.38857 0.61028 0.38833 0.60979 0.38759 0.60954 0.38636 0.60954 0.38562 0.60979 0.38439 0.61028 0.38365 0.61102 0.38340 0.61151 0.38340 0.61225 0.38365 0.61274 0.38439 0.61299 0.38562 0.61299 0.38636 0.61274 0.38759 0.61225 0.38833 0.61151 0.38857 0.61102 0.38857\n 11 50 2 0.61594 0.38956 0.61594 0.38168\n 11 50 2 0.61619 0.38956 0.61619 0.38168\n 11 50 2 0.61447 0.38956 0.61619 0.38956\n 11 50 2 0.61447 0.38168 0.61619 0.38168\n 11 50 2 0.62037 0.38783 0.62037 0.38340\n 11 50 2 0.61816 0.38562 0.62259 0.38562\n 11 94 4 0.62505 0.38759 0.62555 0.38783 0.62628 0.38857 0.62628 0.38340\n 11 380 17 0.63072 0.38857 0.62998 0.38833 0.62949 0.38759 0.62924 0.38636 0.62924 0.38562 0.62949 0.38439 0.62998 0.38365 0.63072 0.38340 0.63121 0.38340 0.63195 0.38365 0.63244 0.38439 0.63269 0.38562 0.63269 0.38636 0.63244 0.38759 0.63195 0.38833 0.63121 0.38857 0.63072 0.38857\n 11 50 2 0.63663 0.38783 0.63663 0.38340\n 11 50 2 0.63441 0.38562 0.63884 0.38562\n 11 50 2 0.64081 0.38857 0.64081 0.38340\n 11 50 2 0.64081 0.38857 0.64401 0.38857\n 11 50 2 0.64081 0.38611 0.64278 0.38611\n 11 50 2 0.64081 0.38340 0.64401 0.38340\n 11 50 2 0.64549 0.38857 0.64549 0.38340\n 11 226 10 0.64549 0.38857 0.64771 0.38857 0.64845 0.38833 0.64869 0.38808 0.64894 0.38759 0.64894 0.38685 0.64869 0.38636 0.64845 0.38611 0.64771 0.38586 0.64549 0.38586\n 11 446 20 0.65386 0.38783 0.65337 0.38833 0.65263 0.38857 0.65165 0.38857 0.65091 0.38833 0.65041 0.38783 0.65041 0.38734 0.65066 0.38685 0.65091 0.38660 0.65140 0.38636 0.65288 0.38586 0.65337 0.38562 0.65362 0.38537 0.65386 0.38488 0.65386 0.38414 0.65337 0.38365 0.65263 0.38340 0.65165 0.38340 0.65091 0.38365 0.65041 0.38414\n 11 226 10 0.65534 0.38956 0.65583 0.38907 0.65632 0.38833 0.65682 0.38734 0.65706 0.38611 0.65706 0.38513 0.65682 0.38390 0.65632 0.38291 0.65583 0.38217 0.65534 0.38168\n 11 50 2 0.62295 0.47867 0.62295 0.47454\n 11 226 10 0.62295 0.47867 0.62472 0.47867 0.62531 0.47848 0.62551 0.47828 0.62571 0.47789 0.62571 0.47749 0.62551 0.47710 0.62531 0.47690 0.62472 0.47670 0.62295 0.47670\n 11 50 2 0.62433 0.47670 0.62571 0.47454\n 11 50 2 0.62807 0.47867 0.62649 0.47454\n 11 50 2 0.62807 0.47867 0.62965 0.47454\n 11 50 2 0.62708 0.47592 0.62905 0.47592\n 11 50 2 0.63063 0.47867 0.63063 0.47454\n 11 50 2 0.63063 0.47867 0.63339 0.47454\n 11 50 2 0.63339 0.47867 0.63339 0.47454\n 11 50 2 0.63496 0.47867 0.63496 0.47454\n 11 270 12 0.63496 0.47867 0.63634 0.47867 0.63693 0.47848 0.63733 0.47808 0.63752 0.47769 0.63772 0.47710 0.63772 0.47611 0.63752 0.47552 0.63733 0.47513 0.63693 0.47473 0.63634 0.47454 0.63496 0.47454\n 11 226 10 0.63910 0.47867 0.63910 0.47572 0.63930 0.47513 0.63969 0.47473 0.64028 0.47454 0.64068 0.47454 0.64127 0.47473 0.64166 0.47513 0.64186 0.47572 0.64186 0.47867\n 11 226 10 0.64481 0.47946 0.64442 0.47907 0.64403 0.47848 0.64363 0.47769 0.64343 0.47670 0.64343 0.47592 0.64363 0.47493 0.64403 0.47414 0.64442 0.47355 0.64481 0.47316\n 11 50 2 0.64619 0.47867 0.64619 0.47454\n 11 50 2 0.64777 0.47946 0.64777 0.47316\n 11 50 2 0.64796 0.47946 0.64796 0.47316\n 11 50 2 0.64777 0.47946 0.64915 0.47946\n 11 50 2 0.64777 0.47316 0.64915 0.47316\n 11 50 2 0.65053 0.47867 0.65053 0.47454\n 11 50 2 0.65210 0.47690 0.65565 0.47690\n 11 50 2 0.65210 0.47572 0.65565 0.47572\n 11 94 4 0.65762 0.47789 0.65801 0.47808 0.65860 0.47867 0.65860 0.47454\n 11 116 5 0.66136 0.47730 0.66116 0.47710 0.66136 0.47690 0.66156 0.47710 0.66136 0.47730\n 11 116 5 0.66136 0.47493 0.66116 0.47473 0.66136 0.47454 0.66156 0.47473 0.66136 0.47493\n 11 94 4 0.66353 0.47789 0.66392 0.47808 0.66451 0.47867 0.66451 0.47454\n 11 380 17 0.66806 0.47867 0.66747 0.47848 0.66707 0.47789 0.66688 0.47690 0.66688 0.47631 0.66707 0.47533 0.66747 0.47473 0.66806 0.47454 0.66845 0.47454 0.66904 0.47473 0.66944 0.47533 0.66963 0.47631 0.66963 0.47690 0.66944 0.47789 0.66904 0.47848 0.66845 0.47867 0.66806 0.47867\n 11 50 2 0.67200 0.47946 0.67200 0.47316\n 11 50 2 0.67219 0.47946 0.67219 0.47316\n 11 50 2 0.67081 0.47946 0.67219 0.47946\n 11 50 2 0.67081 0.47316 0.67219 0.47316\n 11 50 2 0.67554 0.47808 0.67554 0.47454\n 11 50 2 0.67377 0.47631 0.67732 0.47631\n 11 94 4 0.67929 0.47789 0.67968 0.47808 0.68027 0.47867 0.68027 0.47454\n 11 380 17 0.68382 0.47867 0.68322 0.47848 0.68283 0.47789 0.68263 0.47690 0.68263 0.47631 0.68283 0.47533 0.68322 0.47473 0.68382 0.47454 0.68421 0.47454 0.68480 0.47473 0.68519 0.47533 0.68539 0.47631 0.68539 0.47690 0.68519 0.47789 0.68480 0.47848 0.68421 0.47867 0.68382 0.47867\n 11 50 2 0.68854 0.47808 0.68854 0.47454\n 11 50 2 0.68677 0.47631 0.69032 0.47631\n 11 50 2 0.69189 0.47867 0.69189 0.47454\n 11 50 2 0.69189 0.47867 0.69445 0.47867\n 11 50 2 0.69189 0.47670 0.69347 0.47670\n 11 50 2 0.69189 0.47454 0.69445 0.47454\n 11 50 2 0.69563 0.47867 0.69563 0.47454\n 11 226 10 0.69563 0.47867 0.69741 0.47867 0.69800 0.47848 0.69820 0.47828 0.69839 0.47789 0.69839 0.47730 0.69820 0.47690 0.69800 0.47670 0.69741 0.47651 0.69563 0.47651\n 11 446 20 0.70233 0.47808 0.70194 0.47848 0.70135 0.47867 0.70056 0.47867 0.69997 0.47848 0.69957 0.47808 0.69957 0.47769 0.69977 0.47730 0.69997 0.47710 0.70036 0.47690 0.70154 0.47651 0.70194 0.47631 0.70214 0.47611 0.70233 0.47572 0.70233 0.47513 0.70194 0.47473 0.70135 0.47454 0.70056 0.47454 0.69997 0.47473 0.69957 0.47513\n 11 226 10 0.70351 0.47946 0.70391 0.47907 0.70430 0.47848 0.70470 0.47769 0.70489 0.47670 0.70489 0.47592 0.70470 0.47493 0.70430 0.47414 0.70391 0.47355 0.70351 0.47316\n 11 50 2 0.67041 0.47454 0.67041 0.47454\n 82 0\n 81 6 98\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 99\n 21 6 1\n 25 6 1\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.06948 0.09049 0.07756 0.09049 0.07756 0.10614 0.06948 0.10614 0.07756 0.10614 0.07756 0.12178 0.06948 0.12178 0.07756 0.12178 0.07756 0.13743 0.06948 0.13743 0.07756 0.13743 0.07756 0.15308 0.06948 0.15308 0.07756 0.15308 0.07756 0.16873 0.06948 0.16873 0.07756 0.16873 0.07756 0.18438 0.06948 0.18438 0.07756 0.18438 0.07756 0.20002 0.06948 0.20002 0.07756 0.20002 0.07756 0.21567 0.06948 0.21567 0.07756 0.21567 0.07756 0.23132 0.06948 0.23132 0.07756 0.23132 0.07756 0.24697 0.06948 0.24697 0.07756 0.24697 0.07756 0.26262 0.06948 0.26262 0.07756 0.26262 0.07756 0.27826 0.06948 0.27826 0.07756 0.27826 0.07756 0.28452\n 11 380 17 0.05202 0.09372 0.05109 0.09341 0.05048 0.09249 0.05017 0.09095 0.05017 0.09003 0.05048 0.08849 0.05109 0.08757 0.05202 0.08726 0.05263 0.08726 0.05355 0.08757 0.05417 0.08849 0.05448 0.09003 0.05448 0.09095 0.05417 0.09249 0.05355 0.09341 0.05263 0.09372 0.05202 0.09372\n 11 116 5 0.05694 0.08787 0.05663 0.08757 0.05694 0.08726 0.05725 0.08757 0.05694 0.08787\n 11 380 17 0.06125 0.09372 0.06033 0.09341 0.05971 0.09249 0.05940 0.09095 0.05940 0.09003 0.05971 0.08849 0.06033 0.08757 0.06125 0.08726 0.06186 0.08726 0.06279 0.08757 0.06340 0.08849 0.06371 0.09003 0.06371 0.09095 0.06340 0.09249 0.06279 0.09341 0.06186 0.09372 0.06125 0.09372\n 11 94 4 0.05109 0.12379 0.05171 0.12409 0.05263 0.12502 0.05263 0.11855\n 11 116 5 0.05694 0.11917 0.05663 0.11886 0.05694 0.11855 0.05725 0.11886 0.05694 0.11917\n 11 380 17 0.06125 0.12502 0.06033 0.12471 0.05971 0.12379 0.05940 0.12225 0.05940 0.12132 0.05971 0.11978 0.06033 0.11886 0.06125 0.11855 0.06186 0.11855 0.06279 0.11886 0.06340 0.11978 0.06371 0.12132 0.06371 0.12225 0.06340 0.12379 0.06279 0.12471 0.06186 0.12502 0.06125 0.12502\n 11 314 14 0.05048 0.15477 0.05048 0.15508 0.05078 0.15570 0.05109 0.15600 0.05171 0.15631 0.05294 0.15631 0.05355 0.15600 0.05386 0.15570 0.05417 0.15508 0.05417 0.15447 0.05386 0.15385 0.05325 0.15293 0.05017 0.14985 0.05448 0.14985\n 11 116 5 0.05694 0.15046 0.05663 0.15016 0.05694 0.14985 0.05725 0.15016 0.05694 0.15046\n 11 380 17 0.06125 0.15631 0.06033 0.15600 0.05971 0.15508 0.05940 0.15354 0.05940 0.15262 0.05971 0.15108 0.06033 0.15016 0.06125 0.14985 0.06186 0.14985 0.06279 0.15016 0.06340 0.15108 0.06371 0.15262 0.06371 0.15354 0.06340 0.15508 0.06279 0.15600 0.06186 0.15631 0.06125 0.15631\n 11 336 15 0.05078 0.18761 0.05417 0.18761 0.05232 0.18515 0.05325 0.18515 0.05386 0.18484 0.05417 0.18453 0.05448 0.18361 0.05448 0.18299 0.05417 0.18207 0.05355 0.18145 0.05263 0.18114 0.05171 0.18114 0.05078 0.18145 0.05048 0.18176 0.05017 0.18238\n 11 116 5 0.05694 0.18176 0.05663 0.18145 0.05694 0.18114 0.05725 0.18145 0.05694 0.18176\n 11 380 17 0.06125 0.18761 0.06033 0.18730 0.05971 0.18638 0.05940 0.18484 0.05940 0.18391 0.05971 0.18238 0.06033 0.18145 0.06125 0.18114 0.06186 0.18114 0.06279 0.18145 0.06340 0.18238 0.06371 0.18391 0.06371 0.18484 0.06340 0.18638 0.06279 0.18730 0.06186 0.18761 0.06125 0.18761\n 11 72 3 0.05325 0.21890 0.05017 0.21460 0.05479 0.21460\n 11 50 2 0.05325 0.21890 0.05325 0.21244\n 11 116 5 0.05694 0.21306 0.05663 0.21275 0.05694 0.21244 0.05725 0.21275 0.05694 0.21306\n 11 380 17 0.06125 0.21890 0.06033 0.21860 0.05971 0.21767 0.05940 0.21613 0.05940 0.21521 0.05971 0.21367 0.06033 0.21275 0.06125 0.21244 0.06186 0.21244 0.06279 0.21275 0.06340 0.21367 0.06371 0.21521 0.06371 0.21613 0.06340 0.21767 0.06279 0.21860 0.06186 0.21890 0.06125 0.21890\n 11 380 17 0.05386 0.25020 0.05078 0.25020 0.05048 0.24743 0.05078 0.24774 0.05171 0.24805 0.05263 0.24805 0.05355 0.24774 0.05417 0.24712 0.05448 0.24620 0.05448 0.24558 0.05417 0.24466 0.05355 0.24404 0.05263 0.24374 0.05171 0.24374 0.05078 0.24404 0.05048 0.24435 0.05017 0.24497\n 11 116 5 0.05694 0.24435 0.05663 0.24404 0.05694 0.24374 0.05725 0.24404 0.05694 0.24435\n 11 380 17 0.06125 0.25020 0.06033 0.24989 0.05971 0.24897 0.05940 0.24743 0.05940 0.24651 0.05971 0.24497 0.06033 0.24404 0.06125 0.24374 0.06186 0.24374 0.06279 0.24404 0.06340 0.24497 0.06371 0.24651 0.06371 0.24743 0.06340 0.24897 0.06279 0.24989 0.06186 0.25020 0.06125 0.25020\n 11 512 23 0.05417 0.28057 0.05386 0.28119 0.05294 0.28150 0.05232 0.28150 0.05140 0.28119 0.05078 0.28026 0.05048 0.27873 0.05048 0.27719 0.05078 0.27596 0.05140 0.27534 0.05232 0.27503 0.05263 0.27503 0.05355 0.27534 0.05417 0.27596 0.05448 0.27688 0.05448 0.27719 0.05417 0.27811 0.05355 0.27873 0.05263 0.27903 0.05232 0.27903 0.05140 0.27873 0.05078 0.27811 0.05048 0.27719\n 11 116 5 0.05694 0.27565 0.05663 0.27534 0.05694 0.27503 0.05725 0.27534 0.05694 0.27565\n 11 380 17 0.06125 0.28150 0.06033 0.28119 0.05971 0.28026 0.05940 0.27873 0.05940 0.27780 0.05971 0.27626 0.06033 0.27534 0.06125 0.27503 0.06186 0.27503 0.06279 0.27534 0.06340 0.27626 0.06371 0.27780 0.06371 0.27873 0.06340 0.28026 0.06279 0.28119 0.06186 0.28150 0.06125 0.28150\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 930 42 0.43538 0.09049 0.43538 0.09049 0.43538 0.09049 0.44346 0.09049 0.43538 0.09049 0.43538 0.10614 0.44346 0.10614 0.43538 0.10614 0.43538 0.12178 0.44346 0.12178 0.43538 0.12178 0.43538 0.13743 0.44346 0.13743 0.43538 0.13743 0.43538 0.15308 0.44346 0.15308 0.43538 0.15308 0.43538 0.16873 0.44346 0.16873 0.43538 0.16873 0.43538 0.18438 0.44346 0.18438 0.43538 0.18438 0.43538 0.20002 0.44346 0.20002 0.43538 0.20002 0.43538 0.21567 0.44346 0.21567 0.43538 0.21567 0.43538 0.23132 0.44346 0.23132 0.43538 0.23132 0.43538 0.24697 0.44346 0.24697 0.43538 0.24697 0.43538 0.26262 0.44346 0.26262 0.43538 0.26262 0.43538 0.27826 0.44346 0.27826 0.43538 0.27826 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.28452 0.07756 0.28452 0.07756 0.28452 0.07756 0.29260 0.07756 0.28452 0.11334 0.28452 0.11334 0.29260 0.11334 0.28452 0.14913 0.28452 0.14913 0.29260 0.14913 0.28452 0.18491 0.28452 0.18491 0.29260 0.18491 0.28452 0.22069 0.28452 0.22069 0.29260 0.22069 0.28452 0.25647 0.28452 0.25647 0.29260 0.25647 0.28452 0.29225 0.28452 0.29225 0.29260 0.29225 0.28452 0.32804 0.28452 0.32804 0.29260 0.32804 0.28452 0.36382 0.28452 0.36382 0.29260 0.36382 0.28452 0.39960 0.28452 0.39960 0.29260 0.39960 0.28452 0.43538 0.28452 0.43538 0.29260 0.43538 0.28452 0.43538 0.28452\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 798 36 0.07756 0.09049 0.07756 0.09049 0.07756 0.09049 0.07756 0.08241 0.07756 0.09049 0.11334 0.09049 0.11334 0.08241 0.11334 0.09049 0.14913 0.09049 0.14913 0.08241 0.14913 0.09049 0.18491 0.09049 0.18491 0.08241 0.18491 0.09049 0.22069 0.09049 0.22069 0.08241 0.22069 0.09049 0.25647 0.09049 0.25647 0.08241 0.25647 0.09049 0.29225 0.09049 0.29225 0.08241 0.29225 0.09049 0.32804 0.09049 0.32804 0.08241 0.32804 0.09049 0.36382 0.09049 0.36382 0.08241 0.36382 0.09049 0.39960 0.09049 0.39960 0.08241 0.39960 0.09049 0.43538 0.09049 0.43538 0.08241 0.43538 0.09049 0.43538 0.09049\n 11 380 17 0.06956 0.07659 0.06864 0.07628 0.06802 0.07536 0.06771 0.07382 0.06771 0.07290 0.06802 0.07136 0.06864 0.07044 0.06956 0.07013 0.07018 0.07013 0.07110 0.07044 0.07171 0.07136 0.07202 0.07290 0.07202 0.07382 0.07171 0.07536 0.07110 0.07628 0.07018 0.07659 0.06956 0.07659\n 11 116 5 0.07448 0.07074 0.07418 0.07044 0.07448 0.07013 0.07479 0.07044 0.07448 0.07074\n 11 380 17 0.07879 0.07659 0.07787 0.07628 0.07725 0.07536 0.07695 0.07382 0.07695 0.07290 0.07725 0.07136 0.07787 0.07044 0.07879 0.07013 0.07941 0.07013 0.08033 0.07044 0.08095 0.07136 0.08126 0.07290 0.08126 0.07382 0.08095 0.07536 0.08033 0.07628 0.07941 0.07659 0.07879 0.07659\n 11 380 17 0.08495 0.07659 0.08403 0.07628 0.08341 0.07536 0.08310 0.07382 0.08310 0.07290 0.08341 0.07136 0.08403 0.07044 0.08495 0.07013 0.08556 0.07013 0.08649 0.07044 0.08710 0.07136 0.08741 0.07290 0.08741 0.07382 0.08710 0.07536 0.08649 0.07628 0.08556 0.07659 0.08495 0.07659\n 11 380 17 0.14112 0.07659 0.14020 0.07628 0.13958 0.07536 0.13928 0.07382 0.13928 0.07290 0.13958 0.07136 0.14020 0.07044 0.14112 0.07013 0.14174 0.07013 0.14266 0.07044 0.14328 0.07136 0.14359 0.07290 0.14359 0.07382 0.14328 0.07536 0.14266 0.07628 0.14174 0.07659 0.14112 0.07659\n 11 116 5 0.14605 0.07074 0.14574 0.07044 0.14605 0.07013 0.14636 0.07044 0.14605 0.07074\n 11 314 14 0.14882 0.07505 0.14882 0.07536 0.14913 0.07598 0.14943 0.07628 0.15005 0.07659 0.15128 0.07659 0.15190 0.07628 0.15220 0.07598 0.15251 0.07536 0.15251 0.07475 0.15220 0.07413 0.15159 0.07321 0.14851 0.07013 0.15282 0.07013\n 11 380 17 0.15651 0.07659 0.15559 0.07628 0.15497 0.07536 0.15467 0.07382 0.15467 0.07290 0.15497 0.07136 0.15559 0.07044 0.15651 0.07013 0.15713 0.07013 0.15805 0.07044 0.15867 0.07136 0.15897 0.07290 0.15897 0.07382 0.15867 0.07536 0.15805 0.07628 0.15713 0.07659 0.15651 0.07659\n 11 380 17 0.21269 0.07659 0.21176 0.07628 0.21115 0.07536 0.21084 0.07382 0.21084 0.07290 0.21115 0.07136 0.21176 0.07044 0.21269 0.07013 0.21330 0.07013 0.21423 0.07044 0.21484 0.07136 0.21515 0.07290 0.21515 0.07382 0.21484 0.07536 0.21423 0.07628 0.21330 0.07659 0.21269 0.07659\n 11 116 5 0.21761 0.07074 0.21730 0.07044 0.21761 0.07013 0.21792 0.07044 0.21761 0.07074\n 11 72 3 0.22315 0.07659 0.22007 0.07228 0.22469 0.07228\n 11 50 2 0.22315 0.07659 0.22315 0.07013\n 11 380 17 0.22808 0.07659 0.22715 0.07628 0.22654 0.07536 0.22623 0.07382 0.22623 0.07290 0.22654 0.07136 0.22715 0.07044 0.22808 0.07013 0.22869 0.07013 0.22962 0.07044 0.23023 0.07136 0.23054 0.07290 0.23054 0.07382 0.23023 0.07536 0.22962 0.07628 0.22869 0.07659 0.22808 0.07659\n 11 380 17 0.28425 0.07659 0.28333 0.07628 0.28271 0.07536 0.28240 0.07382 0.28240 0.07290 0.28271 0.07136 0.28333 0.07044 0.28425 0.07013 0.28487 0.07013 0.28579 0.07044 0.28641 0.07136 0.28671 0.07290 0.28671 0.07382 0.28641 0.07536 0.28579 0.07628 0.28487 0.07659 0.28425 0.07659\n 11 116 5 0.28918 0.07074 0.28887 0.07044 0.28918 0.07013 0.28948 0.07044 0.28918 0.07074\n 11 512 23 0.29564 0.07567 0.29533 0.07628 0.29441 0.07659 0.29379 0.07659 0.29287 0.07628 0.29225 0.07536 0.29195 0.07382 0.29195 0.07228 0.29225 0.07105 0.29287 0.07044 0.29379 0.07013 0.29410 0.07013 0.29502 0.07044 0.29564 0.07105 0.29595 0.07198 0.29595 0.07228 0.29564 0.07321 0.29502 0.07382 0.29410 0.07413 0.29379 0.07413 0.29287 0.07382 0.29225 0.07321 0.29195 0.07228\n 11 380 17 0.29964 0.07659 0.29872 0.07628 0.29810 0.07536 0.29779 0.07382 0.29779 0.07290 0.29810 0.07136 0.29872 0.07044 0.29964 0.07013 0.30026 0.07013 0.30118 0.07044 0.30179 0.07136 0.30210 0.07290 0.30210 0.07382 0.30179 0.07536 0.30118 0.07628 0.30026 0.07659 0.29964 0.07659\n 11 380 17 0.35581 0.07659 0.35489 0.07628 0.35428 0.07536 0.35397 0.07382 0.35397 0.07290 0.35428 0.07136 0.35489 0.07044 0.35581 0.07013 0.35643 0.07013 0.35735 0.07044 0.35797 0.07136 0.35828 0.07290 0.35828 0.07382 0.35797 0.07536 0.35735 0.07628 0.35643 0.07659 0.35581 0.07659\n 11 116 5 0.36074 0.07074 0.36043 0.07044 0.36074 0.07013 0.36105 0.07044 0.36074 0.07074\n 11 644 29 0.36474 0.07659 0.36382 0.07628 0.36351 0.07567 0.36351 0.07505 0.36382 0.07444 0.36443 0.07413 0.36566 0.07382 0.36659 0.07351 0.36720 0.07290 0.36751 0.07228 0.36751 0.07136 0.36720 0.07074 0.36690 0.07044 0.36597 0.07013 0.36474 0.07013 0.36382 0.07044 0.36351 0.07074 0.36320 0.07136 0.36320 0.07228 0.36351 0.07290 0.36413 0.07351 0.36505 0.07382 0.36628 0.07413 0.36690 0.07444 0.36720 0.07505 0.36720 0.07567 0.36690 0.07628 0.36597 0.07659 0.36474 0.07659\n 11 380 17 0.37120 0.07659 0.37028 0.07628 0.36967 0.07536 0.36936 0.07382 0.36936 0.07290 0.36967 0.07136 0.37028 0.07044 0.37120 0.07013 0.37182 0.07013 0.37274 0.07044 0.37336 0.07136 0.37367 0.07290 0.37367 0.07382 0.37336 0.07536 0.37274 0.07628 0.37182 0.07659 0.37120 0.07659\n 11 94 4 0.42646 0.07536 0.42707 0.07567 0.42799 0.07659 0.42799 0.07013\n 11 116 5 0.43230 0.07074 0.43200 0.07044 0.43230 0.07013 0.43261 0.07044 0.43230 0.07074\n 11 380 17 0.43661 0.07659 0.43569 0.07628 0.43507 0.07536 0.43477 0.07382 0.43477 0.07290 0.43507 0.07136 0.43569 0.07044 0.43661 0.07013 0.43723 0.07013 0.43815 0.07044 0.43877 0.07136 0.43907 0.07290 0.43907 0.07382 0.43877 0.07536 0.43815 0.07628 0.43723 0.07659 0.43661 0.07659\n 11 380 17 0.44277 0.07659 0.44184 0.07628 0.44123 0.07536 0.44092 0.07382 0.44092 0.07290 0.44123 0.07136 0.44184 0.07044 0.44277 0.07013 0.44338 0.07013 0.44431 0.07044 0.44492 0.07136 0.44523 0.07290 0.44523 0.07382 0.44492 0.07536 0.44431 0.07628 0.44338 0.07659 0.44277 0.07659\n 11 72 3 0.03373 0.18455 0.03743 0.18751 0.04149 0.18751\n 11 50 2 0.03373 0.19046 0.03743 0.18751\n 11 50 2 0.25389 0.06237 0.25906 0.05462\n 11 50 2 0.25906 0.06237 0.25389 0.05462\n 11 50 2 0.10504 0.03523 0.11304 0.02230\n 11 50 2 0.10566 0.03523 0.11366 0.02230\n 11 50 2 0.11366 0.03523 0.10504 0.02230\n 11 50 2 0.10381 0.03523 0.10750 0.03523\n 11 50 2 0.11120 0.03523 0.11489 0.03523\n 11 50 2 0.10381 0.02230 0.10750 0.02230\n 11 50 2 0.11120 0.02230 0.11489 0.02230\n 11 50 2 0.11797 0.03769 0.11797 0.01799\n 11 50 2 0.11858 0.03769 0.11858 0.01799\n 11 50 2 0.11797 0.03769 0.12228 0.03769\n 11 50 2 0.11797 0.01799 0.12228 0.01799\n 11 50 2 0.12597 0.03523 0.13397 0.02230\n 11 50 2 0.12659 0.03523 0.13459 0.02230\n 11 50 2 0.13459 0.03523 0.12597 0.02230\n 11 50 2 0.12474 0.03523 0.12843 0.03523\n 11 50 2 0.13213 0.03523 0.13582 0.03523\n 11 50 2 0.12474 0.02230 0.12843 0.02230\n 11 50 2 0.13213 0.02230 0.13582 0.02230\n 11 50 2 0.13890 0.02969 0.14998 0.02969\n 11 50 2 0.13890 0.02599 0.14998 0.02599\n 11 380 17 0.15798 0.03523 0.15613 0.03461 0.15490 0.03276 0.15429 0.02969 0.15429 0.02784 0.15490 0.02476 0.15613 0.02291 0.15798 0.02230 0.15921 0.02230 0.16106 0.02291 0.16229 0.02476 0.16290 0.02784 0.16290 0.02969 0.16229 0.03276 0.16106 0.03461 0.15921 0.03523 0.15798 0.03523\n 11 226 10 0.15798 0.03523 0.15675 0.03461 0.15613 0.03399 0.15552 0.03276 0.15490 0.02969 0.15490 0.02784 0.15552 0.02476 0.15613 0.02353 0.15675 0.02291 0.15798 0.02230\n 11 226 10 0.15921 0.02230 0.16044 0.02291 0.16106 0.02353 0.16167 0.02476 0.16229 0.02784 0.16229 0.02969 0.16167 0.03276 0.16106 0.03399 0.16044 0.03461 0.15921 0.03523\n 11 116 5 0.16783 0.03092 0.16721 0.03030 0.16783 0.02969 0.16844 0.03030 0.16783 0.03092\n 11 116 5 0.16783 0.02353 0.16721 0.02291 0.16783 0.02230 0.16844 0.02291 0.16783 0.02353\n 11 94 4 0.17460 0.03276 0.17583 0.03338 0.17768 0.03523 0.17768 0.02230\n 11 50 2 0.17706 0.03461 0.17706 0.02230\n 11 50 2 0.17460 0.02230 0.18014 0.02230\n 11 116 5 0.18630 0.03092 0.18568 0.03030 0.18630 0.02969 0.18691 0.03030 0.18630 0.03092\n 11 116 5 0.18630 0.02353 0.18568 0.02291 0.18630 0.02230 0.18691 0.02291 0.18630 0.02353\n 11 116 5 0.19245 0.02353 0.19184 0.02291 0.19245 0.02230 0.19307 0.02291 0.19245 0.02353\n 11 94 4 0.19922 0.03276 0.20045 0.03338 0.20230 0.03523 0.20230 0.02230\n 11 50 2 0.20169 0.03461 0.20169 0.02230\n 11 50 2 0.19922 0.02230 0.20476 0.02230\n 11 50 2 0.21338 0.03769 0.21338 0.01799\n 11 50 2 0.21400 0.03769 0.21400 0.01799\n 11 50 2 0.20969 0.03769 0.21400 0.03769\n 11 50 2 0.20969 0.01799 0.21400 0.01799\n 11 50 2 0.22138 0.03523 0.22138 0.02784\n 11 50 2 0.21831 0.03338 0.22446 0.02969\n 11 50 2 0.22446 0.03338 0.21831 0.02969\n 11 358 16 0.23616 0.03338 0.23677 0.03523 0.23677 0.03153 0.23616 0.03338 0.23493 0.03461 0.23308 0.03523 0.23123 0.03523 0.22939 0.03461 0.22816 0.03338 0.22816 0.03215 0.22877 0.03092 0.22939 0.03030 0.23062 0.02969 0.23431 0.02845 0.23554 0.02784 0.23677 0.02661\n 11 358 16 0.22816 0.03215 0.22939 0.03092 0.23062 0.03030 0.23431 0.02907 0.23554 0.02845 0.23616 0.02784 0.23677 0.02661 0.23677 0.02415 0.23554 0.02291 0.23370 0.02230 0.23185 0.02230 0.23000 0.02291 0.22877 0.02415 0.22816 0.02599 0.22816 0.02230 0.22877 0.02415\n 11 50 2 0.24170 0.03523 0.24170 0.02230\n 11 50 2 0.24231 0.03523 0.24231 0.02230\n 11 50 2 0.23985 0.03523 0.24416 0.03523\n 11 50 2 0.23985 0.02230 0.24416 0.02230\n 11 50 2 0.24847 0.03523 0.24847 0.02230\n 11 50 2 0.24908 0.03523 0.25647 0.02353\n 11 50 2 0.24908 0.03399 0.25647 0.02230\n 11 50 2 0.25647 0.03523 0.25647 0.02230\n 11 50 2 0.24662 0.03523 0.24908 0.03523\n 11 50 2 0.25462 0.03523 0.25832 0.03523\n 11 50 2 0.24662 0.02230 0.25032 0.02230\n 11 226 10 0.26632 0.03769 0.26509 0.03646 0.26386 0.03461 0.26263 0.03215 0.26201 0.02907 0.26201 0.02661 0.26263 0.02353 0.26386 0.02107 0.26509 0.01922 0.26632 0.01799\n 11 182 8 0.26509 0.03646 0.26386 0.03399 0.26324 0.03215 0.26263 0.02907 0.26263 0.02661 0.26324 0.02353 0.26386 0.02168 0.26509 0.01922\n 11 72 3 0.27001 0.03523 0.27432 0.02845 0.27432 0.02230\n 11 72 3 0.27063 0.03523 0.27494 0.02845 0.27494 0.02230\n 11 50 2 0.27925 0.03523 0.27494 0.02845\n 11 50 2 0.26878 0.03523 0.27248 0.03523\n 11 50 2 0.27679 0.03523 0.28048 0.03523\n 11 50 2 0.27248 0.02230 0.27679 0.02230\n 11 50 2 0.28356 0.03769 0.28356 0.01799\n 11 50 2 0.28417 0.03769 0.28417 0.01799\n 11 50 2 0.28356 0.03769 0.28787 0.03769\n 11 50 2 0.28356 0.01799 0.28787 0.01799\n 11 72 3 0.29156 0.03523 0.29587 0.02845 0.29587 0.02230\n 11 72 3 0.29217 0.03523 0.29648 0.02845 0.29648 0.02230\n 11 50 2 0.30079 0.03523 0.29648 0.02845\n 11 50 2 0.29033 0.03523 0.29402 0.03523\n 11 50 2 0.29833 0.03523 0.30202 0.03523\n 11 50 2 0.29402 0.02230 0.29833 0.02230\n 11 50 2 0.30510 0.02969 0.31618 0.02969\n 11 50 2 0.30510 0.02599 0.31618 0.02599\n 11 380 17 0.32418 0.03523 0.32234 0.03461 0.32111 0.03276 0.32049 0.02969 0.32049 0.02784 0.32111 0.02476 0.32234 0.02291 0.32418 0.02230 0.32542 0.02230 0.32726 0.02291 0.32849 0.02476 0.32911 0.02784 0.32911 0.02969 0.32849 0.03276 0.32726 0.03461 0.32542 0.03523 0.32418 0.03523\n 11 226 10 0.32418 0.03523 0.32295 0.03461 0.32234 0.03399 0.32172 0.03276 0.32111 0.02969 0.32111 0.02784 0.32172 0.02476 0.32234 0.02353 0.32295 0.02291 0.32418 0.02230\n 11 226 10 0.32542 0.02230 0.32665 0.02291 0.32726 0.02353 0.32788 0.02476 0.32849 0.02784 0.32849 0.02969 0.32788 0.03276 0.32726 0.03399 0.32665 0.03461 0.32542 0.03523\n 11 116 5 0.33403 0.03092 0.33342 0.03030 0.33403 0.02969 0.33465 0.03030 0.33403 0.03092\n 11 116 5 0.33403 0.02353 0.33342 0.02291 0.33403 0.02230 0.33465 0.02291 0.33403 0.02353\n 11 622 28 0.34635 0.03338 0.34573 0.03276 0.34635 0.03215 0.34696 0.03276 0.34696 0.03338 0.34635 0.03461 0.34511 0.03523 0.34327 0.03523 0.34142 0.03461 0.34019 0.03338 0.33957 0.03215 0.33896 0.02969 0.33896 0.02599 0.33957 0.02415 0.34080 0.02291 0.34265 0.02230 0.34388 0.02230 0.34573 0.02291 0.34696 0.02415 0.34758 0.02599 0.34758 0.02661 0.34696 0.02845 0.34573 0.02969 0.34388 0.03030 0.34327 0.03030 0.34142 0.02969 0.34019 0.02845 0.33957 0.02661\n 11 204 9 0.34327 0.03523 0.34204 0.03461 0.34080 0.03338 0.34019 0.03215 0.33957 0.02969 0.33957 0.02599 0.34019 0.02415 0.34142 0.02291 0.34265 0.02230\n 11 182 8 0.34388 0.02230 0.34511 0.02291 0.34635 0.02415 0.34696 0.02599 0.34696 0.02661 0.34635 0.02845 0.34511 0.02969 0.34388 0.03030\n 11 116 5 0.35250 0.02353 0.35189 0.02291 0.35250 0.02230 0.35312 0.02291 0.35250 0.02353\n 11 336 15 0.35804 0.03276 0.35866 0.03215 0.35804 0.03153 0.35743 0.03215 0.35743 0.03276 0.35804 0.03399 0.35866 0.03461 0.36050 0.03523 0.36297 0.03523 0.36481 0.03461 0.36543 0.03338 0.36543 0.03153 0.36481 0.03030 0.36297 0.02969 0.36112 0.02969\n 11 138 6 0.36297 0.03523 0.36420 0.03461 0.36481 0.03338 0.36481 0.03153 0.36420 0.03030 0.36297 0.02969\n 11 358 16 0.36297 0.02969 0.36420 0.02907 0.36543 0.02784 0.36604 0.02661 0.36604 0.02476 0.36543 0.02353 0.36481 0.02291 0.36297 0.02230 0.36050 0.02230 0.35866 0.02291 0.35804 0.02353 0.35743 0.02476 0.35743 0.02538 0.35804 0.02599 0.35866 0.02538 0.35804 0.02476\n 11 138 6 0.36481 0.02845 0.36543 0.02661 0.36543 0.02476 0.36481 0.02353 0.36420 0.02291 0.36297 0.02230\n 11 116 5 0.37097 0.03092 0.37035 0.03030 0.37097 0.02969 0.37158 0.03030 0.37097 0.03092\n 11 116 5 0.37097 0.02353 0.37035 0.02291 0.37097 0.02230 0.37158 0.02291 0.37097 0.02353\n 11 116 5 0.37712 0.02353 0.37651 0.02291 0.37712 0.02230 0.37774 0.02291 0.37712 0.02353\n 11 446 20 0.38266 0.03276 0.38328 0.03215 0.38266 0.03153 0.38205 0.03215 0.38205 0.03276 0.38266 0.03399 0.38328 0.03461 0.38513 0.03523 0.38759 0.03523 0.38944 0.03461 0.39005 0.03399 0.39067 0.03276 0.39067 0.03153 0.39005 0.03030 0.38820 0.02907 0.38513 0.02784 0.38389 0.02722 0.38266 0.02599 0.38205 0.02415 0.38205 0.02230\n 11 182 8 0.38759 0.03523 0.38882 0.03461 0.38944 0.03399 0.39005 0.03276 0.39005 0.03153 0.38944 0.03030 0.38759 0.02907 0.38513 0.02784\n 11 160 7 0.38205 0.02353 0.38266 0.02415 0.38389 0.02415 0.38697 0.02291 0.38882 0.02291 0.39005 0.02353 0.39067 0.02415\n 11 138 6 0.38389 0.02415 0.38697 0.02230 0.38944 0.02230 0.39005 0.02291 0.39067 0.02415 0.39067 0.02538\n 11 50 2 0.39805 0.03769 0.39805 0.01799\n 11 50 2 0.39867 0.03769 0.39867 0.01799\n 11 50 2 0.39436 0.03769 0.39867 0.03769\n 11 50 2 0.39436 0.01799 0.39867 0.01799\n 11 226 10 0.40298 0.03769 0.40421 0.03646 0.40544 0.03461 0.40667 0.03215 0.40729 0.02907 0.40729 0.02661 0.40667 0.02353 0.40544 0.02107 0.40421 0.01922 0.40298 0.01799\n 11 182 8 0.40421 0.03646 0.40544 0.03399 0.40606 0.03215 0.40667 0.02907 0.40667 0.02661 0.40606 0.02353 0.40544 0.02168 0.40421 0.01922\n 21 6 5\n 25 6 5\n 11 50 2 0.43538 0.25795 0.43410 0.25777\n 11 50 2 0.43154 0.25741 0.42898 0.25705\n 11 50 2 0.42642 0.25670 0.42386 0.25634\n 11 50 2 0.42130 0.25598 0.41874 0.25562\n 11 50 2 0.41618 0.25527 0.41362 0.25491\n 11 50 2 0.41106 0.25455 0.40850 0.25419\n 11 50 2 0.40593 0.25384 0.40337 0.25348\n 11 72 3 0.40083 0.25306 0.39960 0.25278 0.39831 0.25246\n 11 50 2 0.39580 0.25184 0.39329 0.25122\n 11 50 2 0.39078 0.25060 0.38827 0.24998\n 11 50 2 0.38576 0.24936 0.38325 0.24874\n 11 50 2 0.38074 0.24812 0.37823 0.24750\n 11 50 2 0.37576 0.24679 0.37350 0.24552\n 11 50 2 0.37125 0.24426 0.36899 0.24299\n 11 72 3 0.36674 0.24173 0.36492 0.24071 0.36498 0.24021\n 11 50 2 0.36527 0.23764 0.36556 0.23507\n 11 50 2 0.36869 0.23282 0.37498 0.23068\n 11 380 17 0.38096 0.23333 0.37979 0.23333 0.37873 0.23252 0.37779 0.23089 0.37743 0.22985 0.37718 0.22798 0.37753 0.22669 0.37846 0.22598 0.37916 0.22575 0.38032 0.22574 0.38138 0.22655 0.38232 0.22818 0.38268 0.22923 0.38293 0.23109 0.38259 0.23238 0.38166 0.23309 0.38096 0.23333\n 11 116 5 0.38429 0.22478 0.38382 0.22455 0.38405 0.22408 0.38452 0.22431 0.38429 0.22478\n 11 644 29 0.39110 0.22987 0.38993 0.22988 0.38934 0.22930 0.38910 0.22860 0.38921 0.22778 0.38979 0.22719 0.39107 0.22637 0.39200 0.22566 0.39246 0.22472 0.39257 0.22391 0.39222 0.22286 0.39163 0.22228 0.39116 0.22205 0.38999 0.22205 0.38859 0.22253 0.38766 0.22324 0.38743 0.22371 0.38732 0.22452 0.38768 0.22557 0.38827 0.22615 0.38921 0.22661 0.39037 0.22661 0.39189 0.22648 0.39271 0.22659 0.39330 0.22717 0.39354 0.22787 0.39342 0.22869 0.39249 0.22940 0.39110 0.22987\n 11 50 2 0.39588 0.22415 0.39714 0.22386\n 11 50 2 0.39965 0.22327 0.40218 0.22274\n 11 72 3 0.40471 0.22220 0.40600 0.22193 0.40726 0.22176\n 11 50 2 0.40982 0.22142 0.41239 0.22108\n 11 50 2 0.41495 0.22074 0.41751 0.22040\n 11 50 2 0.42007 0.22006 0.42264 0.21972\n 11 50 2 0.42520 0.21938 0.42776 0.21904\n 11 50 2 0.43033 0.21870 0.43289 0.21836\n 11 50 2 0.43538 0.20897 0.43409 0.20906\n 11 50 2 0.43151 0.20922 0.42893 0.20938\n 11 50 2 0.42635 0.20958 0.42378 0.20980\n 11 50 2 0.42120 0.21001 0.41862 0.21022\n 11 50 2 0.41605 0.21043 0.41347 0.21064\n 11 50 2 0.41089 0.21085 0.40832 0.21106\n 11 50 2 0.40574 0.21128 0.40316 0.21149\n 11 72 3 0.40059 0.21170 0.39960 0.21178 0.39801 0.21194\n 11 50 2 0.39544 0.21220 0.39287 0.21246\n 11 50 2 0.39029 0.21272 0.38772 0.21297\n 11 50 2 0.38515 0.21323 0.38258 0.21349\n 11 50 2 0.38000 0.21375 0.37743 0.21401\n 11 50 2 0.37486 0.21427 0.37229 0.21453\n 11 50 2 0.36972 0.21479 0.36714 0.21504\n 11 72 3 0.36457 0.21530 0.36382 0.21538 0.36200 0.21559\n 11 50 2 0.35944 0.21597 0.35689 0.21639\n 11 50 2 0.35434 0.21681 0.35179 0.21723\n 11 50 2 0.34924 0.21765 0.34669 0.21807\n 11 50 2 0.34414 0.21849 0.34159 0.21891\n 11 50 2 0.33904 0.21933 0.33649 0.21975\n 11 50 2 0.33393 0.22017 0.33138 0.22059\n 11 72 3 0.32883 0.22101 0.32804 0.22114 0.32629 0.22148\n 11 50 2 0.32375 0.22197 0.32128 0.22272\n 11 50 2 0.31880 0.22347 0.31633 0.22422\n 11 50 2 0.31385 0.22496 0.31138 0.22571\n 11 50 2 0.30890 0.22646 0.30643 0.22721\n 11 72 3 0.30395 0.22795 0.30317 0.22819 0.30169 0.22916\n 11 50 2 0.29953 0.23058 0.29737 0.23199\n 11 72 3 0.29520 0.23341 0.29362 0.23445 0.29356 0.23514\n 11 50 2 0.29334 0.23771 0.29312 0.24029\n 11 50 2 0.29643 0.24158 0.30252 0.24426\n 11 380 17 0.30513 0.25025 0.30426 0.24946 0.30403 0.24815 0.30444 0.24631 0.30488 0.24530 0.30596 0.24376 0.30709 0.24304 0.30825 0.24315 0.30893 0.24344 0.30979 0.24423 0.31002 0.24554 0.30961 0.24738 0.30917 0.24839 0.30809 0.24993 0.30696 0.25065 0.30580 0.25054 0.30513 0.25025\n 11 116 5 0.31336 0.24620 0.31317 0.24572 0.31366 0.24553 0.31385 0.24601 0.31336 0.24620\n 11 512 23 0.31808 0.25474 0.31744 0.25526 0.31628 0.25515 0.31561 0.25486 0.31474 0.25407 0.31451 0.25276 0.31492 0.25092 0.31566 0.24923 0.31659 0.24803 0.31757 0.24765 0.31873 0.24776 0.31907 0.24791 0.31993 0.24869 0.32031 0.24966 0.32020 0.25083 0.32005 0.25117 0.31927 0.25203 0.31830 0.25241 0.31713 0.25230 0.31680 0.25215 0.31593 0.25137 0.31555 0.25039 0.31566 0.24923\n 11 50 2 0.32232 0.25358 0.32359 0.25383\n 11 72 3 0.32613 0.25433 0.32804 0.25472 0.32866 0.25482\n 11 50 2 0.33121 0.25527 0.33376 0.25571\n 11 50 2 0.33631 0.25616 0.33885 0.25660\n 11 50 2 0.34140 0.25705 0.34395 0.25749\n 11 50 2 0.34649 0.25794 0.34904 0.25838\n 11 50 2 0.35159 0.25882 0.35413 0.25927\n 11 50 2 0.35669 0.25964 0.35926 0.25995\n 11 72 3 0.36183 0.26026 0.36382 0.26049 0.36439 0.26055\n 11 50 2 0.36697 0.26082 0.36954 0.26108\n 11 50 2 0.37211 0.26135 0.37468 0.26161\n 11 50 2 0.37725 0.26188 0.37982 0.26214\n 11 50 2 0.38240 0.26241 0.38497 0.26267\n 11 50 2 0.38754 0.26294 0.39011 0.26320\n 11 50 2 0.39268 0.26347 0.39525 0.26373\n 11 72 3 0.39783 0.26400 0.39960 0.26418 0.40040 0.26425\n 11 50 2 0.40298 0.26447 0.40555 0.26470\n 11 50 2 0.40813 0.26492 0.41070 0.26514\n 11 50 2 0.41328 0.26537 0.41585 0.26559\n 11 50 2 0.41843 0.26580 0.42101 0.26597\n 11 50 2 0.42359 0.26614 0.42617 0.26631\n 11 50 2 0.42875 0.26648 0.43133 0.26665\n 11 50 2 0.43391 0.26682 0.43538 0.26692\n 11 50 2 0.43538 0.27419 0.43409 0.27413\n 11 50 2 0.43151 0.27403 0.42892 0.27392\n 11 50 2 0.42634 0.27381 0.42376 0.27370\n 11 50 2 0.42117 0.27359 0.41859 0.27348\n 11 50 2 0.41601 0.27338 0.41342 0.27327\n 11 50 2 0.41084 0.27316 0.40826 0.27305\n 11 50 2 0.40568 0.27294 0.40309 0.27283\n 11 72 3 0.40051 0.27272 0.39960 0.27269 0.39793 0.27260\n 11 50 2 0.39534 0.27248 0.39276 0.27235\n 11 50 2 0.39018 0.27223 0.38760 0.27210\n 11 50 2 0.38502 0.27197 0.38243 0.27181\n 11 50 2 0.37985 0.27165 0.37727 0.27150\n 11 50 2 0.37469 0.27134 0.37211 0.27118\n 11 50 2 0.36953 0.27102 0.36695 0.27087\n 11 72 3 0.36437 0.27071 0.36382 0.27068 0.36179 0.27052\n 11 50 2 0.35921 0.27033 0.35664 0.27014\n 11 50 2 0.35406 0.26994 0.35148 0.26975\n 11 50 2 0.34890 0.26956 0.34632 0.26936\n 11 50 2 0.34374 0.26917 0.34117 0.26898\n 11 50 2 0.33859 0.26878 0.33601 0.26859\n 11 50 2 0.33343 0.26840 0.33085 0.26820\n 11 72 3 0.32828 0.26801 0.32804 0.26799 0.32570 0.26777\n 11 50 2 0.32313 0.26753 0.32055 0.26728\n 11 50 2 0.31798 0.26704 0.31541 0.26680\n 11 50 2 0.31283 0.26655 0.31026 0.26631\n 11 50 2 0.30768 0.26607 0.30511 0.26582\n 11 50 2 0.30254 0.26552 0.29998 0.26518\n 11 50 2 0.29742 0.26485 0.29485 0.26452\n 11 72 3 0.29229 0.26418 0.29225 0.26418 0.28973 0.26378\n 11 50 2 0.28718 0.26337 0.28463 0.26297\n 11 50 2 0.28207 0.26256 0.27952 0.26215\n 11 50 2 0.27697 0.26175 0.27441 0.26134\n 11 50 2 0.27186 0.26093 0.26931 0.26053\n 11 50 2 0.26676 0.26012 0.26420 0.25971\n 11 50 2 0.26167 0.25922 0.25916 0.25860\n 11 72 3 0.25664 0.25799 0.25647 0.25795 0.25415 0.25730\n 11 50 2 0.25166 0.25660 0.24917 0.25591\n 11 50 2 0.24668 0.25521 0.24419 0.25452\n 11 72 3 0.24170 0.25382 0.23957 0.25323 0.23924 0.25306\n 11 50 2 0.23692 0.25192 0.23459 0.25078\n 11 50 2 0.23227 0.24965 0.22995 0.24851\n 11 72 3 0.22763 0.24737 0.22682 0.24697 0.22570 0.24571\n 11 50 2 0.22398 0.24378 0.22226 0.24185\n 11 50 2 0.22130 0.23966 0.22145 0.23708\n 11 50 2 0.22160 0.23450 0.22160 0.23445\n 11 50 2 0.22438 0.23239 0.23028 0.22933\n 11 380 17 0.23658 0.23106 0.23543 0.23124 0.23426 0.23059 0.23309 0.22912 0.23258 0.22814 0.23205 0.22633 0.23220 0.22501 0.23302 0.22417 0.23367 0.22383 0.23482 0.22365 0.23599 0.22429 0.23717 0.22576 0.23768 0.22675 0.23820 0.22856 0.23805 0.22988 0.23724 0.23072 0.23658 0.23106\n 11 116 5 0.23860 0.22211 0.23810 0.22195 0.23826 0.22145 0.23876 0.22161 0.23860 0.22211\n 11 72 3 0.24773 0.22528 0.24208 0.22239 0.24699 0.21984\n 11 50 2 0.24773 0.22528 0.24417 0.21839\n 11 50 2 0.24997 0.21976 0.25122 0.21942\n 11 50 2 0.25372 0.21876 0.25621 0.21810\n 11 50 2 0.25873 0.21751 0.26125 0.21693\n 11 50 2 0.26377 0.21634 0.26629 0.21576\n 11 50 2 0.26884 0.21534 0.27139 0.21496\n 11 50 2 0.27395 0.21457 0.27651 0.21418\n 11 50 2 0.27906 0.21379 0.28162 0.21340\n 11 50 2 0.28417 0.21301 0.28673 0.21262\n 11 50 2 0.28929 0.21223 0.29184 0.21184\n 11 50 2 0.29441 0.21151 0.29697 0.21120\n 11 50 2 0.29954 0.21088 0.30211 0.21057\n 11 50 2 0.30467 0.21025 0.30724 0.20994\n 11 72 3 0.30980 0.20962 0.31149 0.20941 0.31237 0.20933\n 11 50 2 0.31495 0.20910 0.31752 0.20887\n 11 50 2 0.32010 0.20864 0.32267 0.20840\n 11 50 2 0.32525 0.20817 0.32782 0.20794\n 11 50 2 0.33040 0.20774 0.33298 0.20755\n 11 50 2 0.33556 0.20736 0.33813 0.20717\n 11 50 2 0.34071 0.20698 0.34329 0.20679\n 11 50 2 0.34587 0.20660 0.34845 0.20641\n 11 50 2 0.35103 0.20622 0.35361 0.20603\n 11 50 2 0.35618 0.20584 0.35876 0.20565\n 11 72 3 0.36134 0.20546 0.36382 0.20528 0.36392 0.20527\n 11 50 2 0.36650 0.20512 0.36908 0.20498\n 11 50 2 0.37166 0.20483 0.37424 0.20468\n 11 50 2 0.37682 0.20453 0.37941 0.20438\n 11 50 2 0.38199 0.20424 0.38457 0.20409\n 11 50 2 0.38715 0.20394 0.38973 0.20379\n 11 50 2 0.39231 0.20364 0.39489 0.20350\n 11 72 3 0.39747 0.20335 0.39960 0.20323 0.40006 0.20320\n 11 50 2 0.40264 0.20309 0.40522 0.20298\n 11 50 2 0.40780 0.20287 0.41039 0.20277\n 11 50 2 0.41297 0.20266 0.41555 0.20255\n 11 50 2 0.41814 0.20244 0.42072 0.20234\n 11 50 2 0.42330 0.20223 0.42589 0.20212\n 11 50 2 0.42847 0.20202 0.43105 0.20191\n 11 50 2 0.43364 0.20180 0.43538 0.20173\n 11 50 2 0.43538 0.28080 0.43409 0.28077\n 11 50 2 0.43150 0.28072 0.42892 0.28067\n 11 50 2 0.42633 0.28062 0.42375 0.28057\n 11 50 2 0.42116 0.28051 0.41858 0.28046\n 11 50 2 0.41599 0.28041 0.41341 0.28036\n 11 50 2 0.41082 0.28031 0.40824 0.28026\n 11 50 2 0.40565 0.28021 0.40307 0.28016\n 11 72 3 0.40049 0.28011 0.39960 0.28009 0.39790 0.28005\n 11 50 2 0.39532 0.27998 0.39273 0.27992\n 11 50 2 0.39015 0.27985 0.38756 0.27979\n 11 50 2 0.38498 0.27973 0.38239 0.27966\n 11 50 2 0.37981 0.27960 0.37722 0.27953\n 11 50 2 0.37464 0.27947 0.37205 0.27941\n 11 50 2 0.36947 0.27934 0.36689 0.27928\n 11 72 3 0.36430 0.27921 0.36382 0.27920 0.36172 0.27914\n 11 50 2 0.35913 0.27906 0.35655 0.27898\n 11 50 2 0.35396 0.27890 0.35138 0.27881\n 11 50 2 0.34880 0.27873 0.34621 0.27865\n 11 50 2 0.34363 0.27857 0.34104 0.27849\n 11 50 2 0.33846 0.27841 0.33588 0.27833\n 11 50 2 0.33329 0.27825 0.33071 0.27815\n 11 72 3 0.32812 0.27805 0.32804 0.27805 0.32554 0.27794\n 11 50 2 0.32296 0.27782 0.32038 0.27771\n 11 50 2 0.31779 0.27759 0.31521 0.27747\n 11 50 2 0.31263 0.27736 0.31004 0.27724\n 11 50 2 0.30746 0.27713 0.30488 0.27701\n 11 50 2 0.30230 0.27689 0.29971 0.27678\n 11 50 2 0.29713 0.27666 0.29455 0.27654\n 11 50 2 0.29197 0.27642 0.28938 0.27626\n 11 50 2 0.28680 0.27610 0.28422 0.27594\n 11 50 2 0.28164 0.27577 0.27906 0.27561\n 11 50 2 0.27648 0.27545 0.27390 0.27529\n 11 50 2 0.27132 0.27512 0.26874 0.27496\n 11 50 2 0.26616 0.27480 0.26358 0.27464\n 11 50 2 0.26100 0.27447 0.25842 0.27431\n 11 50 2 0.25584 0.27413 0.25327 0.27391\n 11 50 2 0.25069 0.27368 0.24812 0.27345\n 11 50 2 0.24554 0.27323 0.24296 0.27300\n 11 50 2 0.24039 0.27278 0.23781 0.27255\n 11 50 2 0.23524 0.27232 0.23266 0.27210\n 11 50 2 0.23009 0.27182 0.22753 0.27151\n 11 50 2 0.22496 0.27120 0.22239 0.27088\n 11 50 2 0.21983 0.27053 0.21728 0.27011\n 11 50 2 0.21473 0.26969 0.21218 0.26927\n 11 50 2 0.20963 0.26884 0.20708 0.26842\n 11 50 2 0.20453 0.26800 0.20198 0.26758\n 11 50 2 0.19943 0.26715 0.19688 0.26673\n 11 50 2 0.19433 0.26631 0.19178 0.26589\n 11 50 2 0.18926 0.26531 0.18675 0.26466\n 11 50 2 0.18426 0.26397 0.18180 0.26319\n 11 50 2 0.17934 0.26241 0.17687 0.26162\n 11 50 2 0.17441 0.26084 0.17195 0.26005\n 11 50 2 0.16953 0.25914 0.16726 0.25792\n 11 50 2 0.16498 0.25669 0.16271 0.25546\n 11 72 3 0.16043 0.25423 0.15857 0.25323 0.15823 0.25290\n 11 50 2 0.15639 0.25109 0.15454 0.24928\n 11 72 3 0.15270 0.24747 0.15219 0.24697 0.15143 0.24526\n 11 72 3 0.15038 0.24290 0.14940 0.24071 0.14941 0.24052\n 11 50 2 0.14948 0.23793 0.14955 0.23535\n 11 50 2 0.15194 0.23192 0.15719 0.22784\n 11 380 17 0.16370 0.22839 0.16260 0.22878 0.16134 0.22836 0.15991 0.22713 0.15923 0.22625 0.15839 0.22457 0.15829 0.22324 0.15894 0.22227 0.15953 0.22182 0.16063 0.22143 0.16189 0.22185 0.16332 0.22308 0.16399 0.22396 0.16484 0.22564 0.16493 0.22697 0.16428 0.22794 0.16370 0.22839\n 11 116 5 0.16406 0.21923 0.16354 0.21916 0.16361 0.21864 0.16413 0.21871 0.16406 0.21923\n 11 314 14 0.16986 0.22127 0.17009 0.22156 0.17083 0.22192 0.17135 0.22199 0.17216 0.22182 0.17333 0.22092 0.17368 0.22017 0.17375 0.21966 0.17359 0.21885 0.17313 0.21826 0.17239 0.21790 0.17113 0.21748 0.16594 0.21683 0.17003 0.21366\n 11 50 2 0.17481 0.21485 0.17605 0.21448\n 11 50 2 0.17852 0.21372 0.18100 0.21297\n 11 72 3 0.18347 0.21222 0.18491 0.21178 0.18596 0.21152\n 11 50 2 0.18847 0.21090 0.19098 0.21029\n 11 72 3 0.19349 0.20967 0.19452 0.20941 0.19603 0.20918\n 11 50 2 0.19858 0.20877 0.20113 0.20837\n 11 50 2 0.20369 0.20797 0.20624 0.20756\n 11 50 2 0.20879 0.20716 0.21135 0.20675\n 11 50 2 0.21390 0.20635 0.21645 0.20595\n 11 72 3 0.21901 0.20554 0.22069 0.20528 0.22157 0.20518\n 11 50 2 0.22414 0.20488 0.22670 0.20459\n 11 50 2 0.22927 0.20430 0.23184 0.20400\n 11 50 2 0.23441 0.20371 0.23698 0.20342\n 11 50 2 0.23955 0.20313 0.24213 0.20292\n 11 50 2 0.24470 0.20271 0.24728 0.20249\n 11 50 2 0.24986 0.20228 0.25243 0.20207\n 11 72 3 0.25501 0.20185 0.25647 0.20173 0.25759 0.20166\n 11 50 2 0.26017 0.20150 0.26275 0.20134\n 11 50 2 0.26533 0.20118 0.26791 0.20102\n 11 50 2 0.27049 0.20086 0.27307 0.20070\n 11 50 2 0.27565 0.20053 0.27823 0.20037\n 11 50 2 0.28081 0.20021 0.28339 0.20005\n 11 50 2 0.28597 0.19989 0.28855 0.19973\n 11 72 3 0.29113 0.19957 0.29225 0.19950 0.29371 0.19943\n 11 50 2 0.29630 0.19932 0.29888 0.19920\n 11 50 2 0.30146 0.19909 0.30404 0.19897\n 11 50 2 0.30663 0.19886 0.30921 0.19874\n 11 50 2 0.31179 0.19863 0.31438 0.19851\n 11 50 2 0.31696 0.19840 0.31954 0.19828\n 11 50 2 0.32212 0.19817 0.32471 0.19805\n 11 72 3 0.32729 0.19794 0.32804 0.19790 0.32987 0.19784\n 11 50 2 0.33246 0.19775 0.33504 0.19767\n 11 50 2 0.33763 0.19758 0.34021 0.19749\n 11 50 2 0.34279 0.19740 0.34538 0.19731\n 11 50 2 0.34796 0.19722 0.35055 0.19714\n 11 50 2 0.35313 0.19705 0.35571 0.19696\n 11 50 2 0.35830 0.19688 0.36088 0.19680\n 11 72 3 0.36347 0.19673 0.36382 0.19672 0.36605 0.19666\n 11 50 2 0.36863 0.19660 0.37122 0.19654\n 11 50 2 0.37380 0.19647 0.37639 0.19641\n 11 50 2 0.37897 0.19635 0.38156 0.19628\n 11 50 2 0.38414 0.19622 0.38673 0.19615\n 11 50 2 0.38931 0.19609 0.39190 0.19603\n 11 50 2 0.39448 0.19596 0.39707 0.19590\n 11 50 2 0.39965 0.19584 0.40224 0.19579\n 11 50 2 0.40482 0.19573 0.40741 0.19568\n 11 50 2 0.40999 0.19563 0.41257 0.19558\n 11 50 2 0.41516 0.19553 0.41774 0.19548\n 11 50 2 0.42033 0.19543 0.42291 0.19538\n 11 50 2 0.42550 0.19533 0.42808 0.19528\n 11 50 2 0.43067 0.19522 0.43325 0.19517\n 11 820 37 0.43538 0.18880 0.39960 0.18880 0.39960 0.18945 0.43538 0.18945 0.43538 0.18816 0.39960 0.18816 0.39960 0.18880 0.36382 0.18880 0.36382 0.18945 0.39960 0.18945 0.39960 0.18816 0.36382 0.18816 0.36382 0.18880 0.32804 0.18880 0.32804 0.18945 0.36382 0.18945 0.36382 0.18816 0.32804 0.18816 0.32804 0.18880 0.29225 0.18880 0.29225 0.18945 0.32804 0.18945 0.32804 0.18816 0.29225 0.18816 0.29225 0.18880 0.25647 0.18880 0.25647 0.18945 0.29225 0.18945 0.29225 0.18816 0.25647 0.18816 0.25647 0.18880 0.22069 0.18880 0.22069 0.18945 0.25647 0.18945 0.25647 0.18816 0.22069 0.18816 0.22069 0.18880\n 11 380 17 0.21469 0.19268 0.21358 0.19231 0.21284 0.19120 0.21247 0.18936 0.21247 0.18825 0.21284 0.18640 0.21358 0.18530 0.21469 0.18493 0.21543 0.18493 0.21653 0.18530 0.21727 0.18640 0.21764 0.18825 0.21764 0.18936 0.21727 0.19120 0.21653 0.19231 0.21543 0.19268 0.21469 0.19268\n 11 468 21 0.20942 0.18880 0.18491 0.18880 0.18491 0.18945 0.20942 0.18945 0.20942 0.18816 0.18491 0.18816 0.18491 0.18880 0.14913 0.18880 0.14913 0.18945 0.18491 0.18945 0.18491 0.18816 0.14913 0.18816 0.14913 0.18880 0.11334 0.18880 0.11334 0.18945 0.14913 0.18945 0.14913 0.18816 0.11334 0.18816 0.11334 0.18880 0.07756 0.18751 0.07756 0.18751\n 11 116 5 0.07756 0.18815 0.11332 0.18945 0.11337 0.18816 0.07759 0.18686 0.07756 0.18751\n 11 270 12 0.43538 0.18248 0.39960 0.18176 0.36382 0.18086 0.32804 0.17971 0.29225 0.17817 0.29119 0.17812 0.25647 0.17586 0.22069 0.17240 0.21639 0.17186 0.18491 0.16594 0.18351 0.16560 0.16608 0.15934\n 11 380 17 0.15118 0.15012 0.15065 0.14908 0.15091 0.14777 0.15194 0.14619 0.15272 0.14540 0.15427 0.14435 0.15558 0.14408 0.15663 0.14459 0.15715 0.14511 0.15768 0.14615 0.15743 0.14746 0.15640 0.14903 0.15562 0.14982 0.15406 0.15088 0.15276 0.15115 0.15171 0.15063 0.15118 0.15012\n 11 116 5 0.16032 0.14926 0.16032 0.14874 0.16084 0.14874 0.16084 0.14926 0.16032 0.14926\n 11 314 14 0.15906 0.15528 0.15880 0.15554 0.15855 0.15633 0.15855 0.15685 0.15882 0.15763 0.15987 0.15867 0.16065 0.15892 0.16118 0.15892 0.16196 0.15865 0.16248 0.15813 0.16273 0.15734 0.16298 0.15603 0.16294 0.15081 0.16663 0.15444\n 11 358 16 0.15016 0.14366 0.14928 0.14056 0.15018 0.13430 0.15434 0.12804 0.16261 0.12178 0.17732 0.11553 0.18491 0.11345 0.20430 0.10927 0.22069 0.10696 0.25647 0.10339 0.26133 0.10301 0.29225 0.10117 0.32804 0.09960 0.36382 0.09843 0.39960 0.09752 0.43538 0.09679\n 11 292 13 0.43538 0.17586 0.39960 0.17432 0.36382 0.17240 0.35521 0.17186 0.32804 0.16967 0.29225 0.16594 0.28946 0.16560 0.25647 0.15974 0.25459 0.15934 0.23497 0.15308 0.22453 0.14682 0.22085 0.14056 0.22280 0.13430\n 11 380 17 0.22927 0.13523 0.22812 0.13543 0.22695 0.13480 0.22575 0.13335 0.22523 0.13237 0.22468 0.13057 0.22481 0.12925 0.22561 0.12840 0.22626 0.12805 0.22741 0.12785 0.22858 0.12848 0.22978 0.12993 0.23031 0.13091 0.23085 0.13271 0.23073 0.13403 0.22993 0.13488 0.22927 0.13523\n 11 116 5 0.23116 0.12625 0.23066 0.12610 0.23081 0.12560 0.23131 0.12575 0.23116 0.12625\n 11 72 3 0.24034 0.12930 0.23464 0.12649 0.23952 0.12387\n 11 50 2 0.24034 0.12930 0.23667 0.12246\n 11 226 10 0.24249 0.12374 0.24765 0.12178 0.25647 0.11969 0.27708 0.11553 0.29225 0.11345 0.32804 0.10954 0.33105 0.10927 0.36382 0.10696 0.39960 0.10497 0.43538 0.10339\n 11 204 9 0.43538 0.16855 0.39960 0.16594 0.39541 0.16560 0.36382 0.16209 0.34311 0.15934 0.32804 0.15632 0.31367 0.15308 0.29802 0.14682 0.29241 0.14056\n 11 380 17 0.29895 0.14059 0.29784 0.14095 0.29659 0.14049 0.29520 0.13921 0.29454 0.13832 0.29375 0.13661 0.29370 0.13528 0.29438 0.13433 0.29497 0.13389 0.29608 0.13354 0.29733 0.13400 0.29872 0.13527 0.29937 0.13616 0.30017 0.13787 0.30022 0.13920 0.29954 0.14016 0.29895 0.14059\n 11 116 5 0.29958 0.13144 0.29907 0.13136 0.29915 0.13084 0.29966 0.13092 0.29958 0.13144\n 11 512 23 0.30933 0.13164 0.30947 0.13245 0.30879 0.13341 0.30820 0.13384 0.30708 0.13420 0.30583 0.13374 0.30445 0.13246 0.30336 0.13097 0.30278 0.12956 0.30295 0.12853 0.30362 0.12758 0.30392 0.12736 0.30503 0.12700 0.30607 0.12716 0.30702 0.12784 0.30724 0.12814 0.30759 0.12925 0.30743 0.13029 0.30675 0.13124 0.30645 0.13145 0.30534 0.13181 0.30431 0.13165 0.30336 0.13097\n 11 160 7 0.31046 0.12739 0.32804 0.12287 0.33270 0.12178 0.36382 0.11717 0.37684 0.11553 0.39960 0.11345 0.43538 0.11072\n 11 138 6 0.43538 0.15974 0.43162 0.15934 0.39960 0.15435 0.39237 0.15308 0.37150 0.14682 0.36397 0.14056\n 11 380 17 0.37049 0.14106 0.36936 0.14133 0.36814 0.14079 0.36685 0.13942 0.36626 0.13848 0.36560 0.13672 0.36564 0.13538 0.36638 0.13448 0.36701 0.13409 0.36814 0.13382 0.36935 0.13436 0.37065 0.13573 0.37123 0.13667 0.37190 0.13843 0.37186 0.13977 0.37112 0.14067 0.37049 0.14106\n 11 116 5 0.37178 0.13197 0.37127 0.13186 0.37139 0.13135 0.37190 0.13147 0.37178 0.13197\n 11 644 29 0.37957 0.13538 0.37844 0.13565 0.37773 0.13522 0.37734 0.13460 0.37726 0.13377 0.37769 0.13307 0.37875 0.13197 0.37949 0.13107 0.37973 0.13005 0.37965 0.12923 0.37906 0.12829 0.37836 0.12786 0.37785 0.12774 0.37671 0.12802 0.37546 0.12880 0.37472 0.12970 0.37460 0.13021 0.37468 0.13103 0.37527 0.13197 0.37597 0.13240 0.37699 0.13264 0.37812 0.13236 0.37957 0.13189 0.38039 0.13181 0.38110 0.13224 0.38149 0.13287 0.38157 0.13369 0.38083 0.13459 0.37957 0.13538\n 11 116 5 0.38292 0.12871 0.38469 0.12804 0.39960 0.12506 0.41775 0.12178 0.43538 0.11969\n 21 6 1\n 25 6 1\n 82 0\n 81 6 100\n 82 0\n 81 6 101\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 50 2 0.07756 0.09049 0.07756 0.09049\n 11 50 2 0.07756 0.10301 0.07756 0.10301\n 11 50 2 0.07756 0.11553 0.07756 0.11553\n 11 50 2 0.07756 0.12804 0.07756 0.12804\n 11 50 2 0.07756 0.14056 0.07756 0.14056\n 11 50 2 0.07756 0.15308 0.07756 0.15308\n 11 50 2 0.07756 0.16560 0.07756 0.16560\n 11 50 2 0.07756 0.17812 0.07756 0.17812\n 11 50 2 0.07756 0.19064 0.07756 0.19064\n 11 50 2 0.07756 0.20315 0.07756 0.20315\n 11 50 2 0.07756 0.21567 0.07756 0.21567\n 11 50 2 0.07756 0.22819 0.07756 0.22819\n 11 50 2 0.07756 0.24071 0.07756 0.24071\n 11 50 2 0.07756 0.25323 0.07756 0.25323\n 11 50 2 0.07756 0.26575 0.07756 0.26575\n 11 50 2 0.07756 0.27826 0.07756 0.27826\n 11 116 5 0.11278 0.09210 0.11334 0.09372 0.11391 0.09210 0.11334 0.09372 0.11334 0.09049\n 11 116 5 0.11345 0.10472 0.11460 0.10598 0.11449 0.10428 0.11460 0.10598 0.11334 0.10301\n 11 116 5 0.11411 0.11706 0.11566 0.11778 0.11490 0.11625 0.11566 0.11778 0.11334 0.11553\n 11 116 5 0.11465 0.12916 0.11636 0.12922 0.11505 0.12810 0.11636 0.12922 0.11334 0.12804\n 11 116 5 0.11498 0.14108 0.11657 0.14047 0.11494 0.13995 0.11657 0.14047 0.11334 0.14056\n 11 116 5 0.11505 0.15292 0.11628 0.15174 0.11458 0.15189 0.11628 0.15174 0.11334 0.15308\n 11 116 5 0.11485 0.16479 0.11553 0.16322 0.11402 0.16403 0.11553 0.16322 0.11334 0.16560\n 11 116 5 0.11442 0.17678 0.11443 0.17507 0.11335 0.17641 0.11443 0.17507 0.11334 0.17812\n 11 116 5 0.11381 0.18899 0.11316 0.18741 0.11268 0.18906 0.11316 0.18741 0.11334 0.19064\n 11 116 5 0.11314 0.20145 0.11191 0.20026 0.11212 0.20196 0.11191 0.20026 0.11334 0.20315\n 11 116 5 0.11249 0.21419 0.11090 0.21356 0.11175 0.21504 0.11090 0.21356 0.11334 0.21567\n 11 116 5 0.11198 0.22716 0.11027 0.22720 0.11163 0.22823 0.11027 0.22720 0.11334 0.22819\n 11 116 5 0.11168 0.24029 0.11012 0.24099 0.11178 0.24141 0.11012 0.24099 0.11334 0.24071\n 11 116 5 0.11165 0.25348 0.11049 0.25474 0.11218 0.25448 0.11049 0.25474 0.11334 0.25323\n 11 116 5 0.11189 0.26664 0.11130 0.26825 0.11276 0.26736 0.11130 0.26825 0.11334 0.26575\n 11 116 5 0.11235 0.27966 0.11244 0.28137 0.11344 0.27997 0.11244 0.28137 0.11334 0.27826\n 11 116 5 0.14856 0.09534 0.14913 0.09695 0.14969 0.09534 0.14913 0.09695 0.14913 0.09049\n 11 116 5 0.15049 0.10769 0.15164 0.10896 0.15153 0.10725 0.15164 0.10896 0.14913 0.10301\n 11 116 5 0.15221 0.11931 0.15376 0.12003 0.15300 0.11850 0.15376 0.12003 0.14913 0.11553\n 11 116 5 0.15344 0.13033 0.15515 0.13039 0.15385 0.12927 0.15515 0.13039 0.14913 0.12804\n 11 116 5 0.15399 0.14099 0.15559 0.14037 0.15395 0.13986 0.15559 0.14037 0.14913 0.14056\n 11 116 5 0.15377 0.15158 0.15500 0.15039 0.15330 0.15055 0.15500 0.15039 0.14913 0.15308\n 11 116 5 0.15282 0.16241 0.15349 0.16083 0.15198 0.16164 0.15349 0.16083 0.14913 0.16560\n 11 116 5 0.15128 0.17374 0.15129 0.17203 0.15022 0.17336 0.15129 0.17203 0.14913 0.17812\n 11 116 5 0.14941 0.18576 0.14875 0.18418 0.14828 0.18583 0.14875 0.18418 0.14913 0.19064\n 11 116 5 0.14749 0.19856 0.14627 0.19736 0.14647 0.19906 0.14627 0.19736 0.14913 0.20315\n 11 116 5 0.14583 0.21208 0.14423 0.21145 0.14509 0.21293 0.14423 0.21145 0.14913 0.21567\n 11 116 5 0.14469 0.22616 0.14298 0.22620 0.14434 0.22724 0.14298 0.22620 0.14913 0.22819\n 11 116 5 0.14425 0.24057 0.14269 0.24127 0.14435 0.24170 0.14269 0.24127 0.14913 0.24071\n 11 116 5 0.14458 0.25500 0.14342 0.25626 0.14511 0.25600 0.14342 0.25626 0.14913 0.25323\n 11 116 5 0.14563 0.26915 0.14505 0.27076 0.14650 0.26986 0.14505 0.27076 0.14913 0.26575\n 11 116 5 0.14723 0.28276 0.14732 0.28447 0.14831 0.28308 0.14732 0.28447 0.14913 0.27826\n 11 116 5 0.18406 0.09776 0.18491 0.10018 0.18576 0.09776 0.18491 0.10018 0.18491 0.09049\n 11 116 5 0.18696 0.11004 0.18868 0.11194 0.18852 0.10937 0.18868 0.11194 0.18491 0.10301\n 11 116 5 0.18953 0.12120 0.19186 0.12228 0.19072 0.11998 0.19186 0.12228 0.18491 0.11553\n 11 116 5 0.19138 0.13147 0.19394 0.13156 0.19199 0.12989 0.19394 0.13156 0.18491 0.12804\n 11 116 5 0.19220 0.14120 0.19460 0.14028 0.19215 0.13950 0.19460 0.14028 0.18491 0.14056\n 11 116 5 0.19187 0.15083 0.19372 0.14905 0.19117 0.14928 0.19372 0.14905 0.18491 0.15308\n 11 116 5 0.19044 0.16081 0.19146 0.15845 0.18919 0.15966 0.19146 0.15845 0.18491 0.16560\n 11 116 5 0.18814 0.17155 0.18816 0.16898 0.18654 0.17098 0.18816 0.16898 0.18491 0.17812\n 11 116 5 0.18533 0.18333 0.18434 0.18096 0.18364 0.18343 0.18434 0.18096 0.18491 0.19064\n 11 116 5 0.18245 0.19626 0.18062 0.19446 0.18093 0.19701 0.18062 0.19446 0.18491 0.20315\n 11 116 5 0.17996 0.21028 0.17757 0.20934 0.17885 0.21156 0.17757 0.20934 0.18491 0.21567\n 11 116 5 0.17825 0.22515 0.17568 0.22521 0.17773 0.22676 0.17568 0.22521 0.18491 0.22819\n 11 116 5 0.17759 0.24050 0.17525 0.24156 0.17774 0.24219 0.17525 0.24156 0.18491 0.24071\n 11 116 5 0.17809 0.25588 0.17634 0.25777 0.17888 0.25738 0.17634 0.25777 0.18491 0.25323\n 11 116 5 0.17966 0.27085 0.17879 0.27327 0.18098 0.27192 0.17879 0.27327 0.18491 0.26575\n 11 50 2 0.18309 0.28452 0.18491 0.27826\n 11 116 5 0.21956 0.10018 0.22069 0.10342 0.22182 0.10018 0.22069 0.10342 0.22069 0.09049\n 11 116 5 0.22342 0.11238 0.22572 0.11491 0.22551 0.11150 0.22572 0.11491 0.22069 0.10301\n 11 116 5 0.22686 0.12309 0.22996 0.12453 0.22843 0.12147 0.22996 0.12453 0.22069 0.11553\n 11 116 5 0.22932 0.13261 0.23274 0.13273 0.23014 0.13050 0.23274 0.13273 0.22069 0.12804\n 11 116 5 0.23041 0.14141 0.23361 0.14018 0.23035 0.13915 0.23361 0.14018 0.22069 0.14056\n 11 116 5 0.22998 0.15007 0.23244 0.14770 0.22903 0.14802 0.23244 0.14770 0.22069 0.15308\n 11 116 5 0.22807 0.15921 0.22942 0.15607 0.22640 0.15769 0.22942 0.15607 0.22069 0.16560\n 11 116 5 0.22500 0.16936 0.22502 0.16594 0.22287 0.16860 0.22502 0.16594 0.22069 0.17812\n 11 116 5 0.22125 0.18089 0.21994 0.17773 0.21899 0.18102 0.21994 0.17773 0.22069 0.19064\n 11 116 5 0.21741 0.19396 0.21497 0.19156 0.21539 0.19496 0.21497 0.19156 0.22069 0.20315\n 11 116 5 0.21409 0.20848 0.21091 0.20722 0.21261 0.21019 0.21091 0.20722 0.22069 0.21567\n 11 116 5 0.21181 0.22413 0.20839 0.22422 0.21112 0.22629 0.20839 0.22422 0.22069 0.22819\n 11 116 5 0.21093 0.24043 0.20781 0.24184 0.21113 0.24268 0.20781 0.24184 0.22069 0.24071\n 11 116 5 0.21159 0.25677 0.20927 0.25928 0.21265 0.25877 0.20927 0.25928 0.22069 0.25323\n 11 116 5 0.21369 0.27255 0.21253 0.27577 0.21545 0.27398 0.21253 0.27577 0.22069 0.26575\n 11 50 2 0.21887 0.28452 0.22069 0.27826\n 11 116 5 0.25506 0.10261 0.25647 0.10665 0.25789 0.10261 0.25647 0.10665 0.25647 0.09049\n 11 116 5 0.25989 0.11472 0.26276 0.11789 0.26249 0.11362 0.26276 0.11789 0.25647 0.10301\n 11 116 5 0.26418 0.12498 0.26806 0.12678 0.26615 0.12295 0.26806 0.12678 0.25647 0.11553\n 11 116 5 0.26725 0.13375 0.27153 0.13390 0.26828 0.13112 0.27153 0.13390 0.25647 0.12804\n 11 116 5 0.26863 0.14162 0.27262 0.14009 0.26854 0.13880 0.27262 0.14009 0.25647 0.14056\n 11 116 5 0.26808 0.14932 0.27116 0.14636 0.26690 0.14675 0.27116 0.14636 0.25647 0.15308\n 11 116 5 0.26570 0.15762 0.26739 0.15368 0.26362 0.15571 0.26739 0.15368 0.25647 0.16560\n 11 116 5 0.26186 0.16717 0.26188 0.16289 0.25920 0.16622 0.26188 0.16289 0.25647 0.17812\n 11 116 5 0.25718 0.17845 0.25553 0.17450 0.25435 0.17862 0.25553 0.17450 0.25647 0.19064\n 11 116 5 0.25238 0.19166 0.24932 0.18866 0.24984 0.19291 0.24932 0.18866 0.25647 0.20315\n 11 116 5 0.24822 0.20668 0.24424 0.20511 0.24638 0.20882 0.24424 0.20511 0.25647 0.21567\n 11 116 5 0.24537 0.22312 0.24109 0.22322 0.24450 0.22581 0.24109 0.22322 0.25647 0.22819\n 11 116 5 0.24428 0.24036 0.24037 0.24212 0.24452 0.24318 0.24037 0.24212 0.25647 0.24071\n 11 116 5 0.24510 0.25766 0.24220 0.26080 0.24643 0.26015 0.24220 0.26080 0.25647 0.25323\n 11 116 5 0.24772 0.27425 0.24627 0.27828 0.24992 0.27604 0.24627 0.27828 0.25647 0.26575\n 11 50 2 0.25465 0.28452 0.25647 0.27826\n 11 116 5 0.29056 0.10503 0.29225 0.10988 0.29395 0.10503 0.29225 0.10988 0.29225 0.09049\n 11 116 5 0.29635 0.11706 0.29980 0.12087 0.29948 0.11574 0.29980 0.12087 0.29225 0.10301\n 11 116 5 0.30150 0.12687 0.30616 0.12904 0.30387 0.12444 0.30616 0.12904 0.29225 0.11553\n 11 116 5 0.30519 0.13490 0.31033 0.13507 0.30642 0.13173 0.31033 0.13507 0.29225 0.12804\n 11 116 5 0.30684 0.14183 0.31164 0.14000 0.30674 0.13844 0.31164 0.14000 0.29225 0.14056\n 11 116 5 0.30618 0.14857 0.30989 0.14501 0.30477 0.14549 0.30989 0.14501 0.29225 0.15308\n 11 116 5 0.30333 0.15602 0.30535 0.15130 0.30083 0.15373 0.30535 0.15130 0.29225 0.16560\n 11 116 5 0.29872 0.16498 0.29875 0.15985 0.29553 0.16385 0.29875 0.15985 0.29225 0.17812\n 11 116 5 0.29310 0.17602 0.29112 0.17128 0.28971 0.17622 0.29112 0.17128 0.29225 0.19064\n 11 116 5 0.28734 0.18936 0.28367 0.18577 0.28430 0.19086 0.28367 0.18577 0.29225 0.20315\n 11 116 5 0.28236 0.20488 0.27758 0.20300 0.28014 0.20745 0.27758 0.20300 0.29225 0.21567\n 11 116 5 0.27894 0.22211 0.27380 0.22223 0.27789 0.22534 0.27380 0.22223 0.29225 0.22819\n 11 116 5 0.27762 0.24029 0.27294 0.24241 0.27791 0.24367 0.27294 0.24241 0.29225 0.24071\n 11 116 5 0.27861 0.25854 0.27512 0.26231 0.28020 0.26154 0.27512 0.26231 0.29225 0.25323\n 11 116 5 0.28176 0.27595 0.28001 0.28078 0.28439 0.27810 0.28001 0.28078 0.29225 0.26575\n 11 50 2 0.29043 0.28452 0.29225 0.27826\n 11 116 5 0.32606 0.10746 0.32804 0.11311 0.33001 0.10746 0.32804 0.11311 0.32804 0.09049\n 11 116 5 0.33282 0.11941 0.33684 0.12384 0.33647 0.11786 0.33684 0.12384 0.32804 0.10301\n 11 116 5 0.33883 0.12877 0.34426 0.13129 0.34159 0.12593 0.34426 0.13129 0.32804 0.11553\n 11 116 5 0.34313 0.13604 0.34912 0.13624 0.34457 0.13235 0.34912 0.13624 0.32804 0.12804\n 11 116 5 0.34505 0.14205 0.35065 0.13990 0.34494 0.13809 0.35065 0.13990 0.32804 0.14056\n 11 116 5 0.34429 0.14782 0.34861 0.14367 0.34264 0.14422 0.34861 0.14367 0.32804 0.15308\n 11 116 5 0.34096 0.15442 0.34332 0.14892 0.33804 0.15175 0.34332 0.14892 0.32804 0.16560\n 11 116 5 0.33558 0.16279 0.33561 0.15680 0.33185 0.16147 0.33561 0.15680 0.32804 0.17812\n 11 116 5 0.32902 0.17358 0.32671 0.16805 0.32507 0.17381 0.32671 0.16805 0.32804 0.19064\n 11 116 5 0.32230 0.18706 0.31802 0.18287 0.31875 0.18881 0.31802 0.18287 0.32804 0.20315\n 11 116 5 0.31649 0.20308 0.31091 0.20089 0.31390 0.20608 0.31091 0.20089 0.32804 0.21567\n 11 116 5 0.31250 0.22109 0.30651 0.22124 0.31128 0.22486 0.30651 0.22124 0.32804 0.22819\n 11 116 5 0.31096 0.24022 0.30550 0.24269 0.31131 0.24417 0.30550 0.24269 0.32804 0.24071\n 11 116 5 0.31212 0.25943 0.30805 0.26383 0.31397 0.26293 0.30805 0.26383 0.32804 0.25323\n 11 116 5 0.31579 0.27765 0.31375 0.28329 0.31886 0.28015 0.31375 0.28329 0.32804 0.26575\n 11 50 2 0.32621 0.28452 0.32804 0.27826\n 11 116 5 0.36156 0.10988 0.36382 0.11634 0.36608 0.10988 0.36382 0.11634 0.36382 0.09049\n 11 116 5 0.36928 0.12175 0.37389 0.12682 0.37345 0.11999 0.37389 0.12682 0.36382 0.10301\n 11 116 5 0.37615 0.13066 0.38236 0.13354 0.37930 0.12741 0.38236 0.13354 0.36382 0.11553\n 11 116 5 0.38107 0.13718 0.38791 0.13741 0.38271 0.13296 0.38791 0.13741 0.36382 0.12804\n 11 116 5 0.38327 0.14226 0.38966 0.13981 0.38313 0.13773 0.38966 0.13981 0.36382 0.14056\n 11 116 5 0.38239 0.14707 0.38733 0.14232 0.38051 0.14295 0.38733 0.14232 0.36382 0.15308\n 11 116 5 0.37858 0.15283 0.38128 0.14653 0.37525 0.14977 0.38128 0.14653 0.36382 0.16560\n 11 116 5 0.37244 0.16060 0.37248 0.15376 0.36818 0.15909 0.37248 0.15376 0.36382 0.17812\n 11 116 5 0.36494 0.17115 0.36231 0.16483 0.36043 0.17141 0.36231 0.16483 0.36382 0.19064\n 11 116 5 0.35727 0.18476 0.35238 0.17997 0.35321 0.18677 0.35238 0.17997 0.36382 0.20315\n 11 116 5 0.35062 0.20129 0.34425 0.19877 0.34766 0.20471 0.34425 0.19877 0.36382 0.21567\n 11 116 5 0.34606 0.22008 0.33921 0.22024 0.34467 0.22438 0.33921 0.22024 0.36382 0.22819\n 11 116 5 0.34430 0.24015 0.33806 0.24297 0.34470 0.24466 0.33806 0.24297 0.36382 0.24071\n 11 116 5 0.34563 0.26031 0.34098 0.26534 0.34775 0.26431 0.34098 0.26534 0.36382 0.25323\n 11 50 2 0.34982 0.27936 0.34796 0.28452\n 11 72 3 0.34957 0.28452 0.35333 0.28221 0.34957 0.28452\n 11 50 2 0.34853 0.28452 0.36382 0.26575\n 11 50 2 0.36200 0.28452 0.36382 0.27826\n 11 116 5 0.39705 0.11230 0.39960 0.11957 0.40214 0.11230 0.39960 0.11957 0.39960 0.09049\n 11 116 5 0.40575 0.12409 0.41093 0.12980 0.41044 0.12211 0.41093 0.12980 0.39960 0.10301\n 11 116 5 0.41347 0.13255 0.42046 0.13579 0.41702 0.12890 0.42046 0.13579 0.39960 0.11553\n 11 116 5 0.41901 0.13832 0.42671 0.13858 0.42085 0.13358 0.42671 0.13858 0.39960 0.12804\n 11 116 5 0.42148 0.14247 0.42867 0.13971 0.42133 0.13738 0.42867 0.13971 0.39960 0.14056\n 11 116 5 0.42049 0.14632 0.42605 0.14098 0.41838 0.14169 0.42605 0.14098 0.39960 0.15308\n 11 116 5 0.41621 0.15123 0.41925 0.14415 0.41246 0.14779 0.41925 0.14415 0.39960 0.16560\n 11 116 5 0.40930 0.15842 0.40934 0.15071 0.40451 0.15671 0.40934 0.15071 0.39960 0.17812\n 11 116 5 0.40087 0.16871 0.39790 0.16160 0.39579 0.16901 0.39790 0.16160 0.39960 0.19064\n 11 116 5 0.39223 0.18247 0.38673 0.17707 0.38766 0.18472 0.38673 0.17707 0.39960 0.20315\n 11 116 5 0.38475 0.19949 0.37759 0.19666 0.38143 0.20334 0.37759 0.19666 0.39960 0.21567\n 11 116 5 0.37962 0.21906 0.37192 0.21925 0.37806 0.22391 0.37192 0.21925 0.39960 0.22819\n 11 116 5 0.37765 0.24008 0.37063 0.24325 0.37809 0.24515 0.37063 0.24325 0.39960 0.24071\n 11 116 5 0.37914 0.26120 0.37390 0.26685 0.38152 0.26570 0.37390 0.26685 0.39960 0.25323\n 11 50 2 0.38385 0.28106 0.38260 0.28452\n 11 72 3 0.38739 0.28452 0.38780 0.28427 0.38739 0.28452\n 11 50 2 0.38432 0.28452 0.39960 0.26575\n 11 50 2 0.39778 0.28452 0.39960 0.27826\n 11 72 3 0.43255 0.11473 0.43538 0.12281 0.43538 0.12281\n 11 72 3 0.43538 0.12281 0.43538 0.12281 0.43538 0.09049\n 11 50 2 0.43538 0.10301 0.43538 0.10301\n 11 50 2 0.43538 0.11553 0.43538 0.11553\n 11 50 2 0.43538 0.12804 0.43538 0.12804\n 11 50 2 0.43538 0.14056 0.43538 0.14056\n 11 50 2 0.43538 0.15308 0.43538 0.15308\n 11 50 2 0.43538 0.16560 0.43538 0.16560\n 11 50 2 0.43538 0.17812 0.43538 0.17812\n 11 116 5 0.43538 0.16290 0.43349 0.15837 0.43114 0.16660 0.43349 0.15837 0.43538 0.19064\n 11 116 5 0.42719 0.18017 0.42108 0.17417 0.42212 0.18267 0.42108 0.17417 0.43538 0.20315\n 11 116 5 0.41889 0.19769 0.41092 0.19455 0.41519 0.20197 0.41092 0.19455 0.43538 0.21567\n 11 116 5 0.41319 0.21805 0.40463 0.21826 0.41145 0.22343 0.40463 0.21826 0.43538 0.22819\n 11 116 5 0.41099 0.24001 0.40319 0.24354 0.41148 0.24565 0.40319 0.24354 0.43538 0.24071\n 11 116 5 0.41264 0.26209 0.40683 0.26837 0.41529 0.26708 0.40683 0.26837 0.43538 0.25323\n 11 50 2 0.41789 0.28276 0.41725 0.28452\n 11 50 2 0.42010 0.28452 0.43538 0.26575\n 12 358 16 0.07756 0.09049 0.07756 0.10301 0.07756 0.11553 0.07756 0.12804 0.07756 0.14056 0.07756 0.15308 0.07756 0.16560 0.07756 0.17812 0.07756 0.19064 0.07756 0.20315 0.07756 0.21567 0.07756 0.22819 0.07756 0.24071 0.07756 0.25323 0.07756 0.26575 0.07756 0.27826\n 11 50 2 0.43356 0.28452 0.43538 0.27826\n 11 116 5 0.12765 0.06100 0.13573 0.05817 0.12765 0.05534 0.13573 0.05817 0.10342 0.05817\n 21 6 1\n 25 6 1\n 11 94 4 0.15785 0.06057 0.15859 0.06094 0.15969 0.06205 0.15969 0.05429\n 11 116 5 0.16487 0.05503 0.16450 0.05466 0.16487 0.05429 0.16523 0.05466 0.16487 0.05503\n 11 380 17 0.17004 0.06205 0.16893 0.06168 0.16819 0.06057 0.16782 0.05873 0.16782 0.05762 0.16819 0.05577 0.16893 0.05466 0.17004 0.05429 0.17077 0.05429 0.17188 0.05466 0.17262 0.05577 0.17299 0.05762 0.17299 0.05873 0.17262 0.06057 0.17188 0.06168 0.17077 0.06205 0.17004 0.06205\n 11 380 17 0.17742 0.06205 0.17632 0.06168 0.17558 0.06057 0.17521 0.05873 0.17521 0.05762 0.17558 0.05577 0.17632 0.05466 0.17742 0.05429 0.17816 0.05429 0.17927 0.05466 0.18001 0.05577 0.18038 0.05762 0.18038 0.05873 0.18001 0.06057 0.17927 0.06168 0.17816 0.06205 0.17742 0.06205\n 11 50 2 0.01183 0.06121 0.01428 0.05753\n 11 50 2 0.01428 0.06121 0.01183 0.05753\n 11 50 2 0.01551 0.06191 0.01551 0.05630\n 11 50 2 0.01569 0.06191 0.01569 0.05630\n 11 50 2 0.01551 0.06191 0.01674 0.06191\n 11 50 2 0.01551 0.05630 0.01674 0.05630\n 11 50 2 0.01779 0.06121 0.02025 0.05753\n 11 50 2 0.02025 0.06121 0.01779 0.05753\n 11 50 2 0.02148 0.05963 0.02464 0.05963\n 11 50 2 0.02148 0.05858 0.02464 0.05858\n 11 380 17 0.02692 0.06121 0.02639 0.06103 0.02604 0.06051 0.02586 0.05963 0.02586 0.05910 0.02604 0.05823 0.02639 0.05770 0.02692 0.05753 0.02727 0.05753 0.02779 0.05770 0.02814 0.05823 0.02832 0.05910 0.02832 0.05963 0.02814 0.06051 0.02779 0.06103 0.02727 0.06121 0.02692 0.06121\n 11 116 5 0.02972 0.05998 0.02955 0.05981 0.02972 0.05963 0.02990 0.05981 0.02972 0.05998\n 11 116 5 0.02972 0.05788 0.02955 0.05770 0.02972 0.05753 0.02990 0.05770 0.02972 0.05788\n 11 94 4 0.03165 0.06051 0.03200 0.06068 0.03253 0.06121 0.03253 0.05753\n 11 116 5 0.03499 0.05998 0.03481 0.05981 0.03499 0.05963 0.03516 0.05981 0.03499 0.05998\n 11 116 5 0.03499 0.05788 0.03481 0.05770 0.03499 0.05753 0.03516 0.05770 0.03499 0.05788\n 11 116 5 0.03674 0.05788 0.03656 0.05770 0.03674 0.05753 0.03692 0.05770 0.03674 0.05788\n 11 94 4 0.03867 0.06051 0.03902 0.06068 0.03955 0.06121 0.03955 0.05753\n 11 50 2 0.04271 0.06191 0.04271 0.05630\n 11 50 2 0.04288 0.06191 0.04288 0.05630\n 11 50 2 0.04165 0.06191 0.04288 0.06191\n 11 50 2 0.04165 0.05630 0.04288 0.05630\n 11 50 2 0.04499 0.06016 0.04499 0.05805\n 11 50 2 0.04411 0.05963 0.04586 0.05858\n 11 50 2 0.04586 0.05963 0.04411 0.05858\n 11 446 20 0.04937 0.06068 0.04902 0.06103 0.04849 0.06121 0.04779 0.06121 0.04727 0.06103 0.04692 0.06068 0.04692 0.06033 0.04709 0.05998 0.04727 0.05981 0.04762 0.05963 0.04867 0.05928 0.04902 0.05910 0.04920 0.05893 0.04937 0.05858 0.04937 0.05805 0.04902 0.05770 0.04849 0.05753 0.04779 0.05753 0.04727 0.05770 0.04692 0.05805\n 11 50 2 0.05060 0.06121 0.05060 0.05753\n 11 50 2 0.05200 0.06121 0.05200 0.05753\n 11 50 2 0.05200 0.06121 0.05446 0.05753\n 11 50 2 0.05446 0.06121 0.05446 0.05753\n 11 226 10 0.05709 0.06191 0.05674 0.06156 0.05639 0.06103 0.05604 0.06033 0.05586 0.05945 0.05586 0.05875 0.05604 0.05788 0.05639 0.05717 0.05674 0.05665 0.05709 0.05630\n 11 72 3 0.05779 0.06121 0.05920 0.05945 0.05920 0.05753\n 11 50 2 0.06060 0.06121 0.05920 0.05945\n 11 50 2 0.06148 0.06191 0.06148 0.05630\n 11 50 2 0.06165 0.06191 0.06165 0.05630\n 11 50 2 0.06148 0.06191 0.06271 0.06191\n 11 50 2 0.06148 0.05630 0.06271 0.05630\n 11 72 3 0.06341 0.06121 0.06481 0.05945 0.06481 0.05753\n 11 50 2 0.06621 0.06121 0.06481 0.05945\n 11 50 2 0.06709 0.05963 0.07025 0.05963\n 11 50 2 0.06709 0.05858 0.07025 0.05858\n 11 380 17 0.07253 0.06121 0.07200 0.06103 0.07165 0.06051 0.07148 0.05963 0.07148 0.05910 0.07165 0.05823 0.07200 0.05770 0.07253 0.05753 0.07288 0.05753 0.07341 0.05770 0.07376 0.05823 0.07393 0.05910 0.07393 0.05963 0.07376 0.06051 0.07341 0.06103 0.07288 0.06121 0.07253 0.06121\n 11 116 5 0.07534 0.05998 0.07516 0.05981 0.07534 0.05963 0.07551 0.05981 0.07534 0.05998\n 11 116 5 0.07534 0.05788 0.07516 0.05770 0.07534 0.05753 0.07551 0.05770 0.07534 0.05788\n 11 512 23 0.07902 0.06068 0.07885 0.06103 0.07832 0.06121 0.07797 0.06121 0.07744 0.06103 0.07709 0.06051 0.07692 0.05963 0.07692 0.05875 0.07709 0.05805 0.07744 0.05770 0.07797 0.05753 0.07814 0.05753 0.07867 0.05770 0.07902 0.05805 0.07920 0.05858 0.07920 0.05875 0.07902 0.05928 0.07867 0.05963 0.07814 0.05981 0.07797 0.05981 0.07744 0.05963 0.07709 0.05928 0.07692 0.05875\n 11 116 5 0.08060 0.05788 0.08042 0.05770 0.08060 0.05753 0.08078 0.05770 0.08060 0.05788\n 11 336 15 0.08235 0.06121 0.08428 0.06121 0.08323 0.05981 0.08376 0.05981 0.08411 0.05963 0.08428 0.05945 0.08446 0.05893 0.08446 0.05858 0.08428 0.05805 0.08393 0.05770 0.08341 0.05753 0.08288 0.05753 0.08235 0.05770 0.08218 0.05788 0.08200 0.05823\n 11 116 5 0.08586 0.05998 0.08569 0.05981 0.08586 0.05963 0.08604 0.05981 0.08586 0.05998\n 11 116 5 0.08586 0.05788 0.08569 0.05770 0.08586 0.05753 0.08604 0.05770 0.08586 0.05788\n 11 116 5 0.08762 0.05788 0.08744 0.05770 0.08762 0.05753 0.08779 0.05770 0.08762 0.05788\n 11 314 14 0.08920 0.06033 0.08920 0.06051 0.08937 0.06086 0.08955 0.06103 0.08990 0.06121 0.09060 0.06121 0.09095 0.06103 0.09113 0.06086 0.09130 0.06051 0.09130 0.06016 0.09113 0.05981 0.09078 0.05928 0.08902 0.05753 0.09148 0.05753\n 11 50 2 0.09358 0.06191 0.09358 0.05630\n 11 50 2 0.09376 0.06191 0.09376 0.05630\n 11 50 2 0.09253 0.06191 0.09376 0.06191\n 11 50 2 0.09253 0.05630 0.09376 0.05630\n 11 226 10 0.09499 0.06191 0.09534 0.06156 0.09569 0.06103 0.09604 0.06033 0.09621 0.05945 0.09621 0.05875 0.09604 0.05788 0.09569 0.05717 0.09534 0.05665 0.09499 0.05630\n 11 182 8 0.10078 0.05770 0.10060 0.05753 0.10042 0.05770 0.10060 0.05788 0.10078 0.05770 0.10078 0.05735 0.10060 0.05700 0.10042 0.05682\n 11 50 2 0.01411 0.05539 0.01657 0.05171\n 11 50 2 0.01657 0.05539 0.01411 0.05171\n 11 50 2 0.01779 0.05609 0.01779 0.05048\n 11 50 2 0.01797 0.05609 0.01797 0.05048\n 11 50 2 0.01779 0.05609 0.01902 0.05609\n 11 50 2 0.01779 0.05048 0.01902 0.05048\n 11 50 2 0.02007 0.05539 0.02253 0.05171\n 11 50 2 0.02253 0.05539 0.02007 0.05171\n 11 50 2 0.02376 0.05381 0.02692 0.05381\n 11 50 2 0.02376 0.05276 0.02692 0.05276\n 11 380 17 0.02920 0.05539 0.02867 0.05522 0.02832 0.05469 0.02814 0.05381 0.02814 0.05329 0.02832 0.05241 0.02867 0.05188 0.02920 0.05171 0.02955 0.05171 0.03007 0.05188 0.03042 0.05241 0.03060 0.05329 0.03060 0.05381 0.03042 0.05469 0.03007 0.05522 0.02955 0.05539 0.02920 0.05539\n 11 116 5 0.03200 0.05416 0.03183 0.05399 0.03200 0.05381 0.03218 0.05399 0.03200 0.05416\n 11 116 5 0.03200 0.05206 0.03183 0.05188 0.03200 0.05171 0.03218 0.05188 0.03200 0.05206\n 11 94 4 0.03393 0.05469 0.03428 0.05487 0.03481 0.05539 0.03481 0.05171\n 11 116 5 0.03727 0.05416 0.03709 0.05399 0.03727 0.05381 0.03744 0.05399 0.03727 0.05416\n 11 116 5 0.03727 0.05206 0.03709 0.05188 0.03727 0.05171 0.03744 0.05188 0.03727 0.05206\n 11 116 5 0.03902 0.05206 0.03885 0.05188 0.03902 0.05171 0.03920 0.05188 0.03902 0.05206\n 11 94 4 0.04095 0.05469 0.04130 0.05487 0.04183 0.05539 0.04183 0.05171\n 11 50 2 0.04499 0.05609 0.04499 0.05048\n 11 50 2 0.04516 0.05609 0.04516 0.05048\n 11 50 2 0.04393 0.05609 0.04516 0.05609\n 11 50 2 0.04393 0.05048 0.04516 0.05048\n 11 50 2 0.04727 0.05434 0.04727 0.05223\n 11 50 2 0.04639 0.05381 0.04814 0.05276\n 11 50 2 0.04814 0.05381 0.04639 0.05276\n 11 402 18 0.05183 0.05451 0.05165 0.05487 0.05130 0.05522 0.05095 0.05539 0.05025 0.05539 0.04990 0.05522 0.04955 0.05487 0.04937 0.05451 0.04920 0.05399 0.04920 0.05311 0.04937 0.05259 0.04955 0.05223 0.04990 0.05188 0.05025 0.05171 0.05095 0.05171 0.05130 0.05188 0.05165 0.05223 0.05183 0.05259\n 11 468 21 0.05393 0.05539 0.05358 0.05522 0.05323 0.05487 0.05306 0.05451 0.05288 0.05399 0.05288 0.05311 0.05306 0.05259 0.05323 0.05223 0.05358 0.05188 0.05393 0.05171 0.05464 0.05171 0.05499 0.05188 0.05534 0.05223 0.05551 0.05259 0.05569 0.05311 0.05569 0.05399 0.05551 0.05451 0.05534 0.05487 0.05499 0.05522 0.05464 0.05539 0.05393 0.05539\n 11 446 20 0.05920 0.05487 0.05885 0.05522 0.05832 0.05539 0.05762 0.05539 0.05709 0.05522 0.05674 0.05487 0.05674 0.05451 0.05692 0.05416 0.05709 0.05399 0.05744 0.05381 0.05849 0.05346 0.05885 0.05329 0.05902 0.05311 0.05920 0.05276 0.05920 0.05223 0.05885 0.05188 0.05832 0.05171 0.05762 0.05171 0.05709 0.05188 0.05674 0.05223\n 11 226 10 0.06165 0.05609 0.06130 0.05574 0.06095 0.05522 0.06060 0.05451 0.06042 0.05364 0.06042 0.05294 0.06060 0.05206 0.06095 0.05136 0.06130 0.05083 0.06165 0.05048\n 11 72 3 0.06235 0.05539 0.06376 0.05364 0.06376 0.05171\n 11 50 2 0.06516 0.05539 0.06376 0.05364\n 11 50 2 0.06604 0.05609 0.06604 0.05048\n 11 50 2 0.06621 0.05609 0.06621 0.05048\n 11 50 2 0.06604 0.05609 0.06727 0.05609\n 11 50 2 0.06604 0.05048 0.06727 0.05048\n 11 72 3 0.06797 0.05539 0.06937 0.05364 0.06937 0.05171\n 11 50 2 0.07078 0.05539 0.06937 0.05364\n 11 50 2 0.07165 0.05381 0.07481 0.05381\n 11 50 2 0.07165 0.05276 0.07481 0.05276\n 11 380 17 0.07709 0.05539 0.07656 0.05522 0.07621 0.05469 0.07604 0.05381 0.07604 0.05329 0.07621 0.05241 0.07656 0.05188 0.07709 0.05171 0.07744 0.05171 0.07797 0.05188 0.07832 0.05241 0.07849 0.05329 0.07849 0.05381 0.07832 0.05469 0.07797 0.05522 0.07744 0.05539 0.07709 0.05539\n 11 116 5 0.07990 0.05416 0.07972 0.05399 0.07990 0.05381 0.08007 0.05399 0.07990 0.05416\n 11 116 5 0.07990 0.05206 0.07972 0.05188 0.07990 0.05171 0.08007 0.05188 0.07990 0.05206\n 11 512 23 0.08358 0.05487 0.08341 0.05522 0.08288 0.05539 0.08253 0.05539 0.08200 0.05522 0.08165 0.05469 0.08148 0.05381 0.08148 0.05294 0.08165 0.05223 0.08200 0.05188 0.08253 0.05171 0.08271 0.05171 0.08323 0.05188 0.08358 0.05223 0.08376 0.05276 0.08376 0.05294 0.08358 0.05346 0.08323 0.05381 0.08271 0.05399 0.08253 0.05399 0.08200 0.05381 0.08165 0.05346 0.08148 0.05294\n 11 116 5 0.08516 0.05206 0.08499 0.05188 0.08516 0.05171 0.08534 0.05188 0.08516 0.05206\n 11 336 15 0.08692 0.05539 0.08885 0.05539 0.08779 0.05399 0.08832 0.05399 0.08867 0.05381 0.08885 0.05364 0.08902 0.05311 0.08902 0.05276 0.08885 0.05223 0.08849 0.05188 0.08797 0.05171 0.08744 0.05171 0.08692 0.05188 0.08674 0.05206 0.08656 0.05241\n 11 116 5 0.09042 0.05416 0.09025 0.05399 0.09042 0.05381 0.09060 0.05399 0.09042 0.05416\n 11 116 5 0.09042 0.05206 0.09025 0.05188 0.09042 0.05171 0.09060 0.05188 0.09042 0.05206\n 11 116 5 0.09218 0.05206 0.09200 0.05188 0.09218 0.05171 0.09235 0.05188 0.09218 0.05206\n 11 314 14 0.09376 0.05451 0.09376 0.05469 0.09393 0.05504 0.09411 0.05522 0.09446 0.05539 0.09516 0.05539 0.09551 0.05522 0.09569 0.05504 0.09586 0.05469 0.09586 0.05434 0.09569 0.05399 0.09534 0.05346 0.09358 0.05171 0.09604 0.05171\n 11 50 2 0.09814 0.05609 0.09814 0.05048\n 11 50 2 0.09832 0.05609 0.09832 0.05048\n 11 50 2 0.09709 0.05609 0.09832 0.05609\n 11 50 2 0.09709 0.05048 0.09832 0.05048\n 11 226 10 0.09955 0.05609 0.09990 0.05574 0.10025 0.05522 0.10060 0.05451 0.10078 0.05364 0.10078 0.05294 0.10060 0.05206 0.10025 0.05136 0.09990 0.05083 0.09955 0.05048\n 11 50 2 0.10148 0.05171 0.10148 0.05171\n 82 0\n 81 6 102\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 81 6 103\n 21 6 1\n 25 6 1\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 336 15 0.52610 0.16535 0.52721 0.16424 0.52832 0.16387 0.52905 0.16387 0.53016 0.16424 0.53090 0.16498 0.53127 0.16498 0.53201 0.16350 0.53275 0.16498 0.53312 0.16498 0.53386 0.16424 0.53496 0.16387 0.53570 0.16387 0.53681 0.16424 0.53792 0.16535\n 11 94 4 0.52684 0.16461 0.52795 0.16424 0.52942 0.16424 0.53053 0.16461\n 11 94 4 0.53349 0.16461 0.53460 0.16424 0.53607 0.16424 0.53718 0.16461\n 11 314 14 0.52942 0.16867 0.52905 0.16867 0.52832 0.16904 0.52795 0.16941 0.52758 0.17015 0.52758 0.17162 0.52795 0.17236 0.52832 0.17273 0.52905 0.17310 0.52979 0.17310 0.53053 0.17273 0.53164 0.17199 0.53533 0.16830 0.53533 0.17347\n 11 182 8 0.53496 0.17680 0.53533 0.17643 0.53496 0.17606 0.53460 0.17643 0.53496 0.17680 0.53570 0.17680 0.53644 0.17643 0.53681 0.17606\n 11 94 4 0.52905 0.18049 0.52869 0.18123 0.52758 0.18234 0.53533 0.18234\n 11 182 8 0.53496 0.18788 0.53533 0.18751 0.53496 0.18714 0.53460 0.18751 0.53496 0.18788 0.53570 0.18788 0.53644 0.18751 0.53681 0.18714\n 11 380 17 0.52758 0.19268 0.52795 0.19157 0.52905 0.19083 0.53090 0.19046 0.53201 0.19046 0.53386 0.19083 0.53496 0.19157 0.53533 0.19268 0.53533 0.19342 0.53496 0.19452 0.53386 0.19526 0.53201 0.19563 0.53090 0.19563 0.52905 0.19526 0.52795 0.19452 0.52758 0.19342 0.52758 0.19268\n 11 116 5 0.53460 0.19859 0.53496 0.19822 0.53533 0.19859 0.53496 0.19896 0.53460 0.19859\n 11 380 17 0.52758 0.20597 0.52758 0.20228 0.53090 0.20191 0.53053 0.20228 0.53016 0.20339 0.53016 0.20450 0.53053 0.20560 0.53127 0.20634 0.53238 0.20671 0.53312 0.20671 0.53423 0.20634 0.53496 0.20560 0.53533 0.20450 0.53533 0.20339 0.53496 0.20228 0.53460 0.20191 0.53386 0.20154\n 11 336 15 0.52610 0.20967 0.52721 0.21077 0.52832 0.21114 0.52905 0.21114 0.53016 0.21077 0.53090 0.21004 0.53127 0.21004 0.53201 0.21151 0.53275 0.21004 0.53312 0.21004 0.53386 0.21077 0.53496 0.21114 0.53570 0.21114 0.53681 0.21077 0.53792 0.20967\n 11 94 4 0.52684 0.21041 0.52795 0.21077 0.52942 0.21077 0.53053 0.21041\n 11 94 4 0.53349 0.21041 0.53460 0.21077 0.53607 0.21077 0.53718 0.21041\n 11 336 15 0.73985 0.06385 0.73874 0.06274 0.73837 0.06163 0.73837 0.06090 0.73874 0.05979 0.73948 0.05905 0.73948 0.05868 0.73800 0.05794 0.73948 0.05720 0.73948 0.05683 0.73874 0.05609 0.73837 0.05499 0.73837 0.05425 0.73874 0.05314 0.73985 0.05203\n 11 94 4 0.73911 0.06311 0.73874 0.06200 0.73874 0.06053 0.73911 0.05942\n 11 94 4 0.73911 0.05646 0.73874 0.05536 0.73874 0.05388 0.73911 0.05277\n 11 94 4 0.74391 0.06090 0.74465 0.06126 0.74576 0.06237 0.74576 0.05462\n 11 182 8 0.75130 0.05499 0.75093 0.05462 0.75056 0.05499 0.75093 0.05536 0.75130 0.05499 0.75130 0.05425 0.75093 0.05351 0.75056 0.05314\n 11 314 14 0.75426 0.06053 0.75426 0.06090 0.75462 0.06163 0.75499 0.06200 0.75573 0.06237 0.75721 0.06237 0.75795 0.06200 0.75832 0.06163 0.75869 0.06090 0.75869 0.06016 0.75832 0.05942 0.75758 0.05831 0.75389 0.05462 0.75906 0.05462\n 11 182 8 0.76238 0.05499 0.76201 0.05462 0.76164 0.05499 0.76201 0.05536 0.76238 0.05499 0.76238 0.05425 0.76201 0.05351 0.76164 0.05314\n 11 94 4 0.76607 0.06090 0.76681 0.06126 0.76792 0.06237 0.76792 0.05462\n 11 336 15 0.77309 0.06385 0.77420 0.06274 0.77457 0.06163 0.77457 0.06090 0.77420 0.05979 0.77346 0.05905 0.77346 0.05868 0.77494 0.05794 0.77346 0.05720 0.77346 0.05683 0.77420 0.05609 0.77457 0.05499 0.77457 0.05425 0.77420 0.05314 0.77309 0.05203\n 11 94 4 0.77383 0.06311 0.77420 0.06200 0.77420 0.06053 0.77383 0.05942\n 11 94 4 0.77383 0.05646 0.77420 0.05536 0.77420 0.05388 0.77383 0.05277\n 11 402 18 0.71954 0.02907 0.71892 0.02845 0.71954 0.02784 0.72015 0.02845 0.72015 0.02907 0.71892 0.03030 0.71769 0.03092 0.71584 0.03092 0.71400 0.03030 0.71277 0.02907 0.71215 0.02722 0.71215 0.02599 0.71277 0.02415 0.71400 0.02291 0.71584 0.02230 0.71708 0.02230 0.71892 0.02291 0.72015 0.02415\n 11 182 8 0.71584 0.03092 0.71461 0.03030 0.71338 0.02907 0.71277 0.02722 0.71277 0.02599 0.71338 0.02415 0.71461 0.02291 0.71584 0.02230\n 11 380 17 0.72754 0.03092 0.72569 0.03030 0.72446 0.02907 0.72385 0.02722 0.72385 0.02599 0.72446 0.02415 0.72569 0.02291 0.72754 0.02230 0.72877 0.02230 0.73062 0.02291 0.73185 0.02415 0.73246 0.02599 0.73246 0.02722 0.73185 0.02907 0.73062 0.03030 0.72877 0.03092 0.72754 0.03092\n 11 182 8 0.72754 0.03092 0.72631 0.03030 0.72508 0.02907 0.72446 0.02722 0.72446 0.02599 0.72508 0.02415 0.72631 0.02291 0.72754 0.02230\n 11 182 8 0.72877 0.02230 0.73000 0.02291 0.73123 0.02415 0.73185 0.02599 0.73185 0.02722 0.73123 0.02907 0.73000 0.03030 0.72877 0.03092\n 11 50 2 0.73739 0.03092 0.73739 0.02230\n 11 50 2 0.73800 0.03092 0.73800 0.02230\n 11 160 7 0.73800 0.02907 0.73924 0.03030 0.74108 0.03092 0.74231 0.03092 0.74416 0.03030 0.74478 0.02907 0.74478 0.02230\n 11 94 4 0.74231 0.03092 0.74354 0.03030 0.74416 0.02907 0.74416 0.02230\n 11 50 2 0.73554 0.03092 0.73800 0.03092\n 11 50 2 0.73554 0.02230 0.73985 0.02230\n 11 50 2 0.74231 0.02230 0.74662 0.02230\n 11 336 15 0.75586 0.02969 0.75647 0.03092 0.75647 0.02845 0.75586 0.02969 0.75524 0.03030 0.75401 0.03092 0.75155 0.03092 0.75032 0.03030 0.74970 0.02969 0.74970 0.02845 0.75032 0.02784 0.75155 0.02722 0.75462 0.02599 0.75586 0.02538 0.75647 0.02476\n 11 336 15 0.74970 0.02907 0.75032 0.02845 0.75155 0.02784 0.75462 0.02661 0.75586 0.02599 0.75647 0.02538 0.75647 0.02353 0.75586 0.02291 0.75462 0.02230 0.75216 0.02230 0.75093 0.02291 0.75032 0.02353 0.74970 0.02476 0.74970 0.02230 0.75032 0.02353\n 11 160 7 0.76140 0.03523 0.76140 0.02476 0.76201 0.02291 0.76324 0.02230 0.76447 0.02230 0.76571 0.02291 0.76632 0.02415\n 11 94 4 0.76201 0.03523 0.76201 0.02476 0.76263 0.02291 0.76324 0.02230\n 11 50 2 0.75955 0.03092 0.76447 0.03092\n 11 292 13 0.77063 0.02969 0.77063 0.02907 0.77001 0.02907 0.77001 0.02969 0.77063 0.03030 0.77186 0.03092 0.77432 0.03092 0.77555 0.03030 0.77617 0.02969 0.77679 0.02845 0.77679 0.02415 0.77740 0.02291 0.77802 0.02230\n 11 116 5 0.77617 0.02969 0.77617 0.02415 0.77679 0.02291 0.77802 0.02230 0.77863 0.02230\n 11 248 11 0.77617 0.02845 0.77555 0.02784 0.77186 0.02722 0.77001 0.02661 0.76940 0.02538 0.76940 0.02415 0.77001 0.02291 0.77186 0.02230 0.77371 0.02230 0.77494 0.02291 0.77617 0.02415\n 11 138 6 0.77186 0.02722 0.77063 0.02661 0.77001 0.02538 0.77001 0.02415 0.77063 0.02291 0.77186 0.02230\n 11 50 2 0.78294 0.03092 0.78294 0.02230\n 11 50 2 0.78356 0.03092 0.78356 0.02230\n 11 160 7 0.78356 0.02907 0.78479 0.03030 0.78663 0.03092 0.78787 0.03092 0.78971 0.03030 0.79033 0.02907 0.79033 0.02230\n 11 94 4 0.78787 0.03092 0.78910 0.03030 0.78971 0.02907 0.78971 0.02230\n 11 50 2 0.78109 0.03092 0.78356 0.03092\n 11 50 2 0.78109 0.02230 0.78540 0.02230\n 11 50 2 0.78787 0.02230 0.79217 0.02230\n 11 160 7 0.79648 0.03523 0.79648 0.02476 0.79710 0.02291 0.79833 0.02230 0.79956 0.02230 0.80079 0.02291 0.80141 0.02415\n 11 94 4 0.79710 0.03523 0.79710 0.02476 0.79771 0.02291 0.79833 0.02230\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00129 0.00358 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.57756 0.93538 0.09049 0.28452\n 56 39 7 0.00000 0.00000 1.00000\n 11 50 2 1631.33057 61.90117 1658.59314 61.90117\n 21 6 8\n 25 6 8\n 40 6 7\n 38 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00129 0.00358 0.00000\n 61 44 0.57756 0.93538 0.09049 0.28452\n 14 72 3 0.57756 0.28452 0.93538 0.15517 0.57756 0.09049\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.50000 1.00000 0.00000 0.37500\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 94 4 0.57756 0.28452 0.93538 0.15517 0.57756 0.09049 0.57756 0.28452\n 21 6 1\n 25 6 1\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.57756 0.10342 0.57756 0.09049 0.57756 0.10342 0.56948 0.10342 0.57756 0.10342 0.57756 0.12930 0.56948 0.12930 0.57756 0.12930 0.57756 0.15517 0.56948 0.15517 0.57756 0.15517 0.57756 0.18104 0.56948 0.18104 0.57756 0.18104 0.57756 0.20691 0.56948 0.20691 0.57756 0.20691 0.57756 0.23278 0.56948 0.23278 0.57756 0.23278 0.57756 0.25865 0.56948 0.25865 0.57756 0.25865 0.57756 0.28452 0.56948 0.28452 0.57756 0.28452 0.57756 0.28452\n 11 380 17 0.54586 0.10666 0.54494 0.10635 0.54432 0.10543 0.54401 0.10389 0.54401 0.10296 0.54432 0.10142 0.54494 0.10050 0.54586 0.10019 0.54648 0.10019 0.54740 0.10050 0.54801 0.10142 0.54832 0.10296 0.54832 0.10389 0.54801 0.10543 0.54740 0.10635 0.54648 0.10666 0.54586 0.10666\n 11 116 5 0.55078 0.10081 0.55048 0.10050 0.55078 0.10019 0.55109 0.10050 0.55078 0.10081\n 11 512 23 0.55725 0.10573 0.55694 0.10635 0.55602 0.10666 0.55540 0.10666 0.55448 0.10635 0.55386 0.10543 0.55355 0.10389 0.55355 0.10235 0.55386 0.10112 0.55448 0.10050 0.55540 0.10019 0.55571 0.10019 0.55663 0.10050 0.55725 0.10112 0.55756 0.10204 0.55756 0.10235 0.55725 0.10327 0.55663 0.10389 0.55571 0.10419 0.55540 0.10419 0.55448 0.10389 0.55386 0.10327 0.55355 0.10235\n 11 380 17 0.56125 0.10666 0.56033 0.10635 0.55971 0.10543 0.55940 0.10389 0.55940 0.10296 0.55971 0.10142 0.56033 0.10050 0.56125 0.10019 0.56186 0.10019 0.56279 0.10050 0.56340 0.10142 0.56371 0.10296 0.56371 0.10389 0.56340 0.10543 0.56279 0.10635 0.56186 0.10666 0.56125 0.10666\n 11 94 4 0.54494 0.15717 0.54555 0.15748 0.54648 0.15840 0.54648 0.15194\n 11 116 5 0.55078 0.15255 0.55048 0.15224 0.55078 0.15194 0.55109 0.15224 0.55078 0.15255\n 11 380 17 0.55509 0.15840 0.55417 0.15809 0.55355 0.15717 0.55325 0.15563 0.55325 0.15471 0.55355 0.15317 0.55417 0.15224 0.55509 0.15194 0.55571 0.15194 0.55663 0.15224 0.55725 0.15317 0.55756 0.15471 0.55756 0.15563 0.55725 0.15717 0.55663 0.15809 0.55571 0.15840 0.55509 0.15840\n 11 380 17 0.56125 0.15840 0.56033 0.15809 0.55971 0.15717 0.55940 0.15563 0.55940 0.15471 0.55971 0.15317 0.56033 0.15224 0.56125 0.15194 0.56186 0.15194 0.56279 0.15224 0.56340 0.15317 0.56371 0.15471 0.56371 0.15563 0.56340 0.15717 0.56279 0.15809 0.56186 0.15840 0.56125 0.15840\n 11 94 4 0.54494 0.20891 0.54555 0.20922 0.54648 0.21014 0.54648 0.20368\n 11 116 5 0.55078 0.20429 0.55048 0.20399 0.55078 0.20368 0.55109 0.20399 0.55078 0.20429\n 11 72 3 0.55632 0.21014 0.55325 0.20583 0.55786 0.20583\n 11 50 2 0.55632 0.21014 0.55632 0.20368\n 11 380 17 0.56125 0.21014 0.56033 0.20983 0.55971 0.20891 0.55940 0.20737 0.55940 0.20645 0.55971 0.20491 0.56033 0.20399 0.56125 0.20368 0.56186 0.20368 0.56279 0.20399 0.56340 0.20491 0.56371 0.20645 0.56371 0.20737 0.56340 0.20891 0.56279 0.20983 0.56186 0.21014 0.56125 0.21014\n 11 94 4 0.54494 0.26065 0.54555 0.26096 0.54648 0.26188 0.54648 0.25542\n 11 116 5 0.55078 0.25604 0.55048 0.25573 0.55078 0.25542 0.55109 0.25573 0.55078 0.25604\n 11 644 29 0.55479 0.26188 0.55386 0.26158 0.55355 0.26096 0.55355 0.26034 0.55386 0.25973 0.55448 0.25942 0.55571 0.25911 0.55663 0.25881 0.55725 0.25819 0.55756 0.25757 0.55756 0.25665 0.55725 0.25604 0.55694 0.25573 0.55602 0.25542 0.55479 0.25542 0.55386 0.25573 0.55355 0.25604 0.55325 0.25665 0.55325 0.25757 0.55355 0.25819 0.55417 0.25881 0.55509 0.25911 0.55632 0.25942 0.55694 0.25973 0.55725 0.26034 0.55725 0.26096 0.55694 0.26158 0.55602 0.26188 0.55479 0.26188\n 11 380 17 0.56125 0.26188 0.56033 0.26158 0.55971 0.26065 0.55940 0.25911 0.55940 0.25819 0.55971 0.25665 0.56033 0.25573 0.56125 0.25542 0.56186 0.25542 0.56279 0.25573 0.56340 0.25665 0.56371 0.25819 0.56371 0.25911 0.56340 0.26065 0.56279 0.26158 0.56186 0.26188 0.56125 0.26188\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 600 27 0.93538 0.10342 0.93538 0.09049 0.93538 0.10342 0.94346 0.10342 0.93538 0.10342 0.93538 0.12930 0.94346 0.12930 0.93538 0.12930 0.93538 0.15517 0.94346 0.15517 0.93538 0.15517 0.93538 0.18104 0.94346 0.18104 0.93538 0.18104 0.93538 0.20691 0.94346 0.20691 0.93538 0.20691 0.93538 0.23278 0.94346 0.23278 0.93538 0.23278 0.93538 0.25865 0.94346 0.25865 0.93538 0.25865 0.93538 0.28452 0.94346 0.28452 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.28452 0.57756 0.28452 0.57756 0.28452 0.57756 0.29260 0.57756 0.28452 0.61334 0.28452 0.61334 0.29260 0.61334 0.28452 0.64913 0.28452 0.64913 0.29260 0.64913 0.28452 0.68491 0.28452 0.68491 0.29260 0.68491 0.28452 0.72069 0.28452 0.72069 0.29260 0.72069 0.28452 0.75647 0.28452 0.75647 0.29260 0.75647 0.28452 0.79225 0.28452 0.79225 0.29260 0.79225 0.28452 0.82804 0.28452 0.82804 0.29260 0.82804 0.28452 0.86382 0.28452 0.86382 0.29260 0.86382 0.28452 0.89960 0.28452 0.89960 0.29260 0.89960 0.28452 0.93538 0.28452 0.93538 0.29260 0.93538 0.28452 0.93538 0.28452\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 798 36 0.57756 0.09049 0.57756 0.09049 0.57756 0.09049 0.57756 0.08241 0.57756 0.09049 0.61334 0.09049 0.61334 0.08241 0.61334 0.09049 0.64913 0.09049 0.64913 0.08241 0.64913 0.09049 0.68491 0.09049 0.68491 0.08241 0.68491 0.09049 0.72069 0.09049 0.72069 0.08241 0.72069 0.09049 0.75647 0.09049 0.75647 0.08241 0.75647 0.09049 0.79225 0.09049 0.79225 0.08241 0.79225 0.09049 0.82804 0.09049 0.82804 0.08241 0.82804 0.09049 0.86382 0.09049 0.86382 0.08241 0.86382 0.09049 0.89960 0.09049 0.89960 0.08241 0.89960 0.09049 0.93538 0.09049 0.93538 0.08241 0.93538 0.09049 0.93538 0.09049\n 11 94 4 0.56864 0.07536 0.56925 0.07567 0.57018 0.07659 0.57018 0.07013\n 11 116 5 0.57448 0.07074 0.57418 0.07044 0.57448 0.07013 0.57479 0.07044 0.57448 0.07074\n 11 380 17 0.57879 0.07659 0.57787 0.07628 0.57725 0.07536 0.57695 0.07382 0.57695 0.07290 0.57725 0.07136 0.57787 0.07044 0.57879 0.07013 0.57941 0.07013 0.58033 0.07044 0.58095 0.07136 0.58126 0.07290 0.58126 0.07382 0.58095 0.07536 0.58033 0.07628 0.57941 0.07659 0.57879 0.07659\n 11 380 17 0.58495 0.07659 0.58403 0.07628 0.58341 0.07536 0.58310 0.07382 0.58310 0.07290 0.58341 0.07136 0.58403 0.07044 0.58495 0.07013 0.58556 0.07013 0.58649 0.07044 0.58710 0.07136 0.58741 0.07290 0.58741 0.07382 0.58710 0.07536 0.58649 0.07628 0.58556 0.07659 0.58495 0.07659\n 11 94 4 0.64020 0.07536 0.64082 0.07567 0.64174 0.07659 0.64174 0.07013\n 11 116 5 0.64605 0.07074 0.64574 0.07044 0.64605 0.07013 0.64636 0.07044 0.64605 0.07074\n 11 314 14 0.64882 0.07505 0.64882 0.07536 0.64913 0.07598 0.64943 0.07628 0.65005 0.07659 0.65128 0.07659 0.65190 0.07628 0.65220 0.07598 0.65251 0.07536 0.65251 0.07475 0.65220 0.07413 0.65159 0.07321 0.64851 0.07013 0.65282 0.07013\n 11 380 17 0.65651 0.07659 0.65559 0.07628 0.65497 0.07536 0.65467 0.07382 0.65467 0.07290 0.65497 0.07136 0.65559 0.07044 0.65651 0.07013 0.65713 0.07013 0.65805 0.07044 0.65867 0.07136 0.65898 0.07290 0.65898 0.07382 0.65867 0.07536 0.65805 0.07628 0.65713 0.07659 0.65651 0.07659\n 11 94 4 0.71176 0.07536 0.71238 0.07567 0.71330 0.07659 0.71330 0.07013\n 11 116 5 0.71761 0.07074 0.71730 0.07044 0.71761 0.07013 0.71792 0.07044 0.71761 0.07074\n 11 72 3 0.72315 0.07659 0.72007 0.07228 0.72469 0.07228\n 11 50 2 0.72315 0.07659 0.72315 0.07013\n 11 380 17 0.72808 0.07659 0.72715 0.07628 0.72654 0.07536 0.72623 0.07382 0.72623 0.07290 0.72654 0.07136 0.72715 0.07044 0.72808 0.07013 0.72869 0.07013 0.72962 0.07044 0.73023 0.07136 0.73054 0.07290 0.73054 0.07382 0.73023 0.07536 0.72962 0.07628 0.72869 0.07659 0.72808 0.07659\n 11 94 4 0.78333 0.07536 0.78394 0.07567 0.78487 0.07659 0.78487 0.07013\n 11 116 5 0.78918 0.07074 0.78887 0.07044 0.78918 0.07013 0.78948 0.07044 0.78918 0.07074\n 11 512 23 0.79564 0.07567 0.79533 0.07628 0.79441 0.07659 0.79379 0.07659 0.79287 0.07628 0.79225 0.07536 0.79195 0.07382 0.79195 0.07228 0.79225 0.07105 0.79287 0.07044 0.79379 0.07013 0.79410 0.07013 0.79502 0.07044 0.79564 0.07105 0.79595 0.07198 0.79595 0.07228 0.79564 0.07321 0.79502 0.07382 0.79410 0.07413 0.79379 0.07413 0.79287 0.07382 0.79225 0.07321 0.79195 0.07228\n 11 380 17 0.79964 0.07659 0.79872 0.07628 0.79810 0.07536 0.79779 0.07382 0.79779 0.07290 0.79810 0.07136 0.79872 0.07044 0.79964 0.07013 0.80026 0.07013 0.80118 0.07044 0.80179 0.07136 0.80210 0.07290 0.80210 0.07382 0.80179 0.07536 0.80118 0.07628 0.80026 0.07659 0.79964 0.07659\n 11 94 4 0.85489 0.07536 0.85551 0.07567 0.85643 0.07659 0.85643 0.07013\n 11 116 5 0.86074 0.07074 0.86043 0.07044 0.86074 0.07013 0.86105 0.07044 0.86074 0.07074\n 11 644 29 0.86474 0.07659 0.86382 0.07628 0.86351 0.07567 0.86351 0.07505 0.86382 0.07444 0.86443 0.07413 0.86566 0.07382 0.86659 0.07351 0.86720 0.07290 0.86751 0.07228 0.86751 0.07136 0.86720 0.07074 0.86690 0.07044 0.86597 0.07013 0.86474 0.07013 0.86382 0.07044 0.86351 0.07074 0.86320 0.07136 0.86320 0.07228 0.86351 0.07290 0.86413 0.07351 0.86505 0.07382 0.86628 0.07413 0.86690 0.07444 0.86720 0.07505 0.86720 0.07567 0.86690 0.07628 0.86597 0.07659 0.86474 0.07659\n 11 380 17 0.87120 0.07659 0.87028 0.07628 0.86967 0.07536 0.86936 0.07382 0.86936 0.07290 0.86967 0.07136 0.87028 0.07044 0.87120 0.07013 0.87182 0.07013 0.87274 0.07044 0.87336 0.07136 0.87367 0.07290 0.87367 0.07382 0.87336 0.07536 0.87274 0.07628 0.87182 0.07659 0.87120 0.07659\n 11 314 14 0.92584 0.07505 0.92584 0.07536 0.92615 0.07598 0.92646 0.07628 0.92707 0.07659 0.92830 0.07659 0.92892 0.07628 0.92923 0.07598 0.92953 0.07536 0.92953 0.07475 0.92923 0.07413 0.92861 0.07321 0.92553 0.07013 0.92984 0.07013\n 11 116 5 0.93230 0.07074 0.93200 0.07044 0.93230 0.07013 0.93261 0.07044 0.93230 0.07074\n 11 380 17 0.93661 0.07659 0.93569 0.07628 0.93507 0.07536 0.93477 0.07382 0.93477 0.07290 0.93507 0.07136 0.93569 0.07044 0.93661 0.07013 0.93723 0.07013 0.93815 0.07044 0.93877 0.07136 0.93907 0.07290 0.93907 0.07382 0.93877 0.07536 0.93815 0.07628 0.93723 0.07659 0.93661 0.07659\n 11 380 17 0.94277 0.07659 0.94184 0.07628 0.94123 0.07536 0.94092 0.07382 0.94092 0.07290 0.94123 0.07136 0.94184 0.07044 0.94277 0.07013 0.94338 0.07013 0.94431 0.07044 0.94492 0.07136 0.94523 0.07290 0.94523 0.07382 0.94492 0.07536 0.94431 0.07628 0.94338 0.07659 0.94277 0.07659\n 11 336 15 0.52610 0.16535 0.52721 0.16424 0.52832 0.16387 0.52905 0.16387 0.53016 0.16424 0.53090 0.16498 0.53127 0.16498 0.53201 0.16350 0.53275 0.16498 0.53312 0.16498 0.53386 0.16424 0.53496 0.16387 0.53570 0.16387 0.53681 0.16424 0.53792 0.16535\n 11 94 4 0.52684 0.16461 0.52795 0.16424 0.52942 0.16424 0.53053 0.16461\n 11 94 4 0.53349 0.16461 0.53460 0.16424 0.53607 0.16424 0.53718 0.16461\n 11 314 14 0.52942 0.16867 0.52905 0.16867 0.52832 0.16904 0.52795 0.16941 0.52758 0.17015 0.52758 0.17162 0.52795 0.17236 0.52832 0.17273 0.52905 0.17310 0.52979 0.17310 0.53053 0.17273 0.53164 0.17199 0.53533 0.16830 0.53533 0.17347\n 11 182 8 0.53496 0.17680 0.53533 0.17643 0.53496 0.17606 0.53460 0.17643 0.53496 0.17680 0.53570 0.17680 0.53644 0.17643 0.53681 0.17606\n 11 94 4 0.52905 0.18049 0.52869 0.18123 0.52758 0.18234 0.53533 0.18234\n 11 182 8 0.53496 0.18788 0.53533 0.18751 0.53496 0.18714 0.53460 0.18751 0.53496 0.18788 0.53570 0.18788 0.53644 0.18751 0.53681 0.18714\n 11 380 17 0.52758 0.19268 0.52795 0.19157 0.52905 0.19083 0.53090 0.19046 0.53201 0.19046 0.53386 0.19083 0.53496 0.19157 0.53533 0.19268 0.53533 0.19342 0.53496 0.19452 0.53386 0.19526 0.53201 0.19563 0.53090 0.19563 0.52905 0.19526 0.52795 0.19452 0.52758 0.19342 0.52758 0.19268\n 11 116 5 0.53460 0.19859 0.53496 0.19822 0.53533 0.19859 0.53496 0.19896 0.53460 0.19859\n 11 380 17 0.52758 0.20597 0.52758 0.20228 0.53090 0.20191 0.53053 0.20228 0.53016 0.20339 0.53016 0.20450 0.53053 0.20560 0.53127 0.20634 0.53238 0.20671 0.53312 0.20671 0.53423 0.20634 0.53496 0.20560 0.53533 0.20450 0.53533 0.20339 0.53496 0.20228 0.53460 0.20191 0.53386 0.20154\n 11 336 15 0.52610 0.20967 0.52721 0.21077 0.52832 0.21114 0.52905 0.21114 0.53016 0.21077 0.53090 0.21004 0.53127 0.21004 0.53201 0.21151 0.53275 0.21004 0.53312 0.21004 0.53386 0.21077 0.53496 0.21114 0.53570 0.21114 0.53681 0.21077 0.53792 0.20967\n 11 94 4 0.52684 0.21041 0.52795 0.21077 0.52942 0.21077 0.53053 0.21041\n 11 94 4 0.53349 0.21041 0.53460 0.21077 0.53607 0.21077 0.53718 0.21041\n 11 336 15 0.73985 0.06385 0.73874 0.06274 0.73837 0.06163 0.73837 0.06090 0.73874 0.05979 0.73948 0.05905 0.73948 0.05868 0.73800 0.05794 0.73948 0.05720 0.73948 0.05683 0.73874 0.05609 0.73837 0.05499 0.73837 0.05425 0.73874 0.05314 0.73985 0.05203\n 11 94 4 0.73911 0.06311 0.73874 0.06200 0.73874 0.06053 0.73911 0.05942\n 11 94 4 0.73911 0.05646 0.73874 0.05536 0.73874 0.05388 0.73911 0.05277\n 11 94 4 0.74391 0.06090 0.74465 0.06126 0.74576 0.06237 0.74576 0.05462\n 11 182 8 0.75130 0.05499 0.75093 0.05462 0.75056 0.05499 0.75093 0.05536 0.75130 0.05499 0.75130 0.05425 0.75093 0.05351 0.75056 0.05314\n 11 314 14 0.75426 0.06053 0.75426 0.06090 0.75462 0.06163 0.75499 0.06200 0.75573 0.06237 0.75721 0.06237 0.75795 0.06200 0.75832 0.06163 0.75869 0.06090 0.75869 0.06016 0.75832 0.05942 0.75758 0.05831 0.75389 0.05462 0.75906 0.05462\n 11 182 8 0.76238 0.05499 0.76201 0.05462 0.76164 0.05499 0.76201 0.05536 0.76238 0.05499 0.76238 0.05425 0.76201 0.05351 0.76164 0.05314\n 11 94 4 0.76607 0.06090 0.76681 0.06126 0.76792 0.06237 0.76792 0.05462\n 11 336 15 0.77309 0.06385 0.77420 0.06274 0.77457 0.06163 0.77457 0.06090 0.77420 0.05979 0.77346 0.05905 0.77346 0.05868 0.77494 0.05794 0.77346 0.05720 0.77346 0.05683 0.77420 0.05609 0.77457 0.05499 0.77457 0.05425 0.77420 0.05314 0.77309 0.05203\n 11 94 4 0.77383 0.06311 0.77420 0.06200 0.77420 0.06053 0.77383 0.05942\n 11 94 4 0.77383 0.05646 0.77420 0.05536 0.77420 0.05388 0.77383 0.05277\n 11 402 18 0.71954 0.02907 0.71892 0.02845 0.71954 0.02784 0.72015 0.02845 0.72015 0.02907 0.71892 0.03030 0.71769 0.03092 0.71584 0.03092 0.71400 0.03030 0.71277 0.02907 0.71215 0.02722 0.71215 0.02599 0.71277 0.02415 0.71400 0.02291 0.71584 0.02230 0.71708 0.02230 0.71892 0.02291 0.72015 0.02415\n 11 182 8 0.71584 0.03092 0.71461 0.03030 0.71338 0.02907 0.71277 0.02722 0.71277 0.02599 0.71338 0.02415 0.71461 0.02291 0.71584 0.02230\n 11 380 17 0.72754 0.03092 0.72569 0.03030 0.72446 0.02907 0.72385 0.02722 0.72385 0.02599 0.72446 0.02415 0.72569 0.02291 0.72754 0.02230 0.72877 0.02230 0.73062 0.02291 0.73185 0.02415 0.73246 0.02599 0.73246 0.02722 0.73185 0.02907 0.73062 0.03030 0.72877 0.03092 0.72754 0.03092\n 11 182 8 0.72754 0.03092 0.72631 0.03030 0.72508 0.02907 0.72446 0.02722 0.72446 0.02599 0.72508 0.02415 0.72631 0.02291 0.72754 0.02230\n 11 182 8 0.72877 0.02230 0.73000 0.02291 0.73123 0.02415 0.73185 0.02599 0.73185 0.02722 0.73123 0.02907 0.73000 0.03030 0.72877 0.03092\n 11 50 2 0.73739 0.03092 0.73739 0.02230\n 11 50 2 0.73800 0.03092 0.73800 0.02230\n 11 160 7 0.73800 0.02907 0.73924 0.03030 0.74108 0.03092 0.74231 0.03092 0.74416 0.03030 0.74478 0.02907 0.74478 0.02230\n 11 94 4 0.74231 0.03092 0.74354 0.03030 0.74416 0.02907 0.74416 0.02230\n 11 50 2 0.73554 0.03092 0.73800 0.03092\n 11 50 2 0.73554 0.02230 0.73985 0.02230\n 11 50 2 0.74231 0.02230 0.74662 0.02230\n 11 336 15 0.75586 0.02969 0.75647 0.03092 0.75647 0.02845 0.75586 0.02969 0.75524 0.03030 0.75401 0.03092 0.75155 0.03092 0.75032 0.03030 0.74970 0.02969 0.74970 0.02845 0.75032 0.02784 0.75155 0.02722 0.75462 0.02599 0.75586 0.02538 0.75647 0.02476\n 11 336 15 0.74970 0.02907 0.75032 0.02845 0.75155 0.02784 0.75462 0.02661 0.75586 0.02599 0.75647 0.02538 0.75647 0.02353 0.75586 0.02291 0.75462 0.02230 0.75216 0.02230 0.75093 0.02291 0.75032 0.02353 0.74970 0.02476 0.74970 0.02230 0.75032 0.02353\n 11 160 7 0.76140 0.03523 0.76140 0.02476 0.76201 0.02291 0.76324 0.02230 0.76447 0.02230 0.76571 0.02291 0.76632 0.02415\n 11 94 4 0.76201 0.03523 0.76201 0.02476 0.76263 0.02291 0.76324 0.02230\n 11 50 2 0.75955 0.03092 0.76447 0.03092\n 11 292 13 0.77063 0.02969 0.77063 0.02907 0.77001 0.02907 0.77001 0.02969 0.77063 0.03030 0.77186 0.03092 0.77432 0.03092 0.77555 0.03030 0.77617 0.02969 0.77679 0.02845 0.77679 0.02415 0.77740 0.02291 0.77802 0.02230\n 11 116 5 0.77617 0.02969 0.77617 0.02415 0.77679 0.02291 0.77802 0.02230 0.77863 0.02230\n 11 248 11 0.77617 0.02845 0.77555 0.02784 0.77186 0.02722 0.77001 0.02661 0.76940 0.02538 0.76940 0.02415 0.77001 0.02291 0.77186 0.02230 0.77371 0.02230 0.77494 0.02291 0.77617 0.02415\n 11 138 6 0.77186 0.02722 0.77063 0.02661 0.77001 0.02538 0.77001 0.02415 0.77063 0.02291 0.77186 0.02230\n 11 50 2 0.78294 0.03092 0.78294 0.02230\n 11 50 2 0.78356 0.03092 0.78356 0.02230\n 11 160 7 0.78356 0.02907 0.78479 0.03030 0.78663 0.03092 0.78787 0.03092 0.78971 0.03030 0.79033 0.02907 0.79033 0.02230\n 11 94 4 0.78787 0.03092 0.78910 0.03030 0.78971 0.02907 0.78971 0.02230\n 11 50 2 0.78109 0.03092 0.78356 0.03092\n 11 50 2 0.78109 0.02230 0.78540 0.02230\n 11 50 2 0.78787 0.02230 0.79217 0.02230\n 11 160 7 0.79648 0.03523 0.79648 0.02476 0.79710 0.02291 0.79833 0.02230 0.79956 0.02230 0.80079 0.02291 0.80141 0.02415\n 11 94 4 0.79710 0.03523 0.79710 0.02476 0.79771 0.02291 0.79833 0.02230\n 11 50 2 0.79464 0.03092 0.79956 0.03092\n 11 50 2 0.57756 0.09049 0.57756 0.28452\n 11 50 2 0.93538 0.09049 0.93538 0.28452\n 11 50 2 0.57756 0.28452 0.93538 0.28452\n 11 50 2 0.57756 0.09049 0.93538 0.09049\n 11 50 2 0.57867 0.33093 0.58384 0.32317\n 11 50 2 0.58384 0.33093 0.57867 0.32317\n 11 116 5 0.59271 0.32835 0.59234 0.32798 0.59271 0.32761 0.59307 0.32798 0.59271 0.32835\n 11 116 5 0.59271 0.32391 0.59234 0.32354 0.59271 0.32317 0.59307 0.32354 0.59271 0.32391\n 11 380 17 0.60379 0.33093 0.60268 0.33056 0.60194 0.32945 0.60157 0.32761 0.60157 0.32650 0.60194 0.32465 0.60268 0.32354 0.60379 0.32317 0.60452 0.32317 0.60563 0.32354 0.60637 0.32465 0.60674 0.32650 0.60674 0.32761 0.60637 0.32945 0.60563 0.33056 0.60452 0.33093 0.60379 0.33093\n 11 116 5 0.60969 0.32391 0.60933 0.32354 0.60969 0.32317 0.61006 0.32354 0.60969 0.32391\n 11 380 17 0.61708 0.33093 0.61339 0.33093 0.61302 0.32761 0.61339 0.32798 0.61450 0.32835 0.61560 0.32835 0.61671 0.32798 0.61745 0.32724 0.61782 0.32613 0.61782 0.32539 0.61745 0.32428 0.61671 0.32354 0.61560 0.32317 0.61450 0.32317 0.61339 0.32354 0.61302 0.32391 0.61265 0.32465\n 11 116 5 0.62668 0.33093 0.62668 0.32465 0.62705 0.32354 0.62779 0.32317 0.62853 0.32317\n 11 50 2 0.62558 0.32835 0.62816 0.32835\n 11 380 17 0.63222 0.32835 0.63149 0.32798 0.63075 0.32724 0.63038 0.32613 0.63038 0.32539 0.63075 0.32428 0.63149 0.32354 0.63222 0.32317 0.63333 0.32317 0.63407 0.32354 0.63481 0.32428 0.63518 0.32539 0.63518 0.32613 0.63481 0.32724 0.63407 0.32798 0.63333 0.32835 0.63222 0.32835\n 11 336 15 0.64404 0.33093 0.64811 0.33093 0.64589 0.32798 0.64700 0.32798 0.64774 0.32761 0.64811 0.32724 0.64848 0.32613 0.64848 0.32539 0.64811 0.32428 0.64737 0.32354 0.64626 0.32317 0.64515 0.32317 0.64404 0.32354 0.64367 0.32391 0.64331 0.32465\n 11 116 5 0.65143 0.32391 0.65106 0.32354 0.65143 0.32317 0.65180 0.32354 0.65143 0.32391\n 11 380 17 0.65882 0.33093 0.65512 0.33093 0.65475 0.32761 0.65512 0.32798 0.65623 0.32835 0.65734 0.32835 0.65845 0.32798 0.65919 0.32724 0.65956 0.32613 0.65956 0.32539 0.65919 0.32428 0.65845 0.32354 0.65734 0.32317 0.65623 0.32317 0.65512 0.32354 0.65475 0.32391 0.65439 0.32465\n 11 50 2 0.30284 0.25850 0.30284 0.25850\n 82 0\n 81 6 104\n 82 0\n 84 6 99\n 84 6 100\n 84 6 101\n 84 6 102\n 84 6 103\n 84 6 104\n 84 6 71\n 84 6 72\n 84 6 73\n 84 6 74\n 84 6 75\n 84 6 76\n 84 6 77\n 84 6 78\n 84 6 79\n 84 6 80\n 84 6 81\n 84 6 82\n 84 6 83\n 84 6 84\n 84 6 85\n 84 6 86\n 84 6 87\n 84 6 88\n 84 6 89\n 84 6 90\n 84 6 91\n 84 6 92\n 84 6 93\n 84 6 94\n 84 6 95\n 84 6 96\n 84 6 97\n 84 6 98\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"90fe229ea9758d3250a01eee959d745b31d58cd1","subject":"fix height","message":"fix height\n","repos":"sysprog-Concurrent-BTree\/bplus-tree,sysprog-Concurrent-BTree\/bplus-tree,sysprog-Concurrent-BTree\/bplus-tree","old_file":"test\/scripts\/runtime.gp","new_file":"test\/scripts\/runtime.gp","new_contents":"reset\nset ylabel 'time(sec)'\nset style fill solid\nset title 'perfomance comparison'\nset term png enhanced font 'Verdana,10'\nset output 'runtime1.png'\n\nplot [:][:10]'output.txt' using 2:xtic(1) with histogram title 'original', \\\n'' using 3:xtic(1) with histogram title 'optimized' , \\\n'' using 4:xtic(1) with histogram title 'B+ tree' , \\\n'' using 5:xtic(1) with histogram title 'B+ tree bulk' , \\\n'' using ($0-0.1):(1.9):2 with labels title ' ' textcolor lt 1, \\\n'' using ($0-0.1):(1.6):3 with labels title ' ' textcolor lt 2, \\\n'' using ($0-0.1):(1.3):4 with labels title ' ' textcolor lt 3, \\\n'' using ($0-0.1):(1):5 with labels title ' ' textcolor lt 4, \\\n","old_contents":"reset\nset ylabel 'time(sec)'\nset style fill solid\nset title 'perfomance comparison'\nset term png enhanced font 'Verdana,10'\nset output 'runtime1.png'\n\nplot [:][:0.0005]'output.txt' using 2:xtic(1) with histogram title 'original', \\\n'' using 3:xtic(1) with histogram title 'optimized' , \\\n'' using 4:xtic(1) with histogram title 'B+ tree' , \\\n'' using 5:xtic(1) with histogram title 'B+ tree bulk' , \\\n'' using ($0+0.1):(0.0001):2 with labels title ' ' textcolor lt 1, \\\n'' using ($0+0.1):(0.00012):3 with labels title ' ' textcolor lt 2, \\\n'' using ($0+0.1):(0.00014):4 with labels title ' ' textcolor lt 3, \\\n'' using ($0+0.1):(0.00016):5 with labels title ' ' textcolor lt 4, \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a8f98384dab6b26d6e3452a2c211c66f770bdcde","subject":"Made this script work","message":"Made this script work\n\n\ngit-svn-id: b233c5b81dcfbfdfca783093b3213ccfd2356b3a@552 3eb578c0-666c-0410-8428-3510748880ad\n","repos":"AlexSzatmary\/bake","old_file":"gnuplot_scripts\/plotscriptl5b6.d0.plt","new_file":"gnuplot_scripts\/plotscriptl5b6.d0.plt","new_contents":"set terminal png\nset yr[0:]\nset output \"..\/planar-axiall5b6.d0g1.d-3DF.png\"\nplot \"..\/planar-axiall5b6.d0DF.txt\" using 2:5 every ::33::43, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::33::43\n\nset output \"..\/planar-axiall5b6.d0g1.d-2DF.png\"\nplot \"..\/planar-axiall5b6.d0DF.txt\" using 2:5 every ::66::76, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::66::76\n\nset output \"..\/planar-axiall5b6.d0g1.d-1DF.png\"\nplot \"..\/planar-axiall5b6.d0DF.txt\" using 2:5 every ::99::108, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::99::108\n\nset output \"..\/planar-biaxiall5b6.d0g1.d-3DF.png\"\nplot \"..\/planar-biaxiall5b6.d0DF.txt\" using 2:5 every ::33::43, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::33::43\n\nset output \"..\/planar-biaxiall5b6.d0g1.d-2DF.png\"\nplot \"..\/planar-biaxiall5b6.d0DF.txt\" using 2:5 every ::66::76, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::66::76\n\nset output \"..\/planar-biaxiall5b6.d0g1.d-1DF.png\"\nplot \"..\/planar-biaxiall5b6.d0DF.txt\" using 2:5 every ::99::108, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::99::108\n","old_contents":"set terminal png\nset yr[0:]\nset output \"..\/planar-axiall6b6.d0g1.d-3DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::33::43\n\nset output \"..\/planar-axiall6b6.d0g1.d-2DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::66::76, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::66::76\n\nset output \"..\/planar-axiall6b6.d0g1.d-1DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::99::108, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::99::108\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-3DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::33::43\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-2DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::66::76, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::66::76\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-1DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::99::108, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::99::108\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"dc7ac0825f5efaebf778aa14ac803daa4ce0f66f","subject":"tweaked","message":"tweaked\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/avgday_u.gp","new_file":"graphs\/avgday_u.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 640,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddeld uurverbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\nset yrange [0:1600]\nset ytics 100\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'blue'\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 640,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddeld uurverbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\nset yrange [:2000]\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers # pointtype 7\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'blue'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e3f95a18beda96f52478afb0603fdec74d5d2a89","subject":"small change","message":"small change","repos":"mk74\/locy,mk74\/locy,mk74\/locy,mk74\/locy","old_file":"academic_reports\/poster\/plots\/shared.gp","new_file":"academic_reports\/poster\/plots\/shared.gp","new_contents":"set auto x\n#set yrange [0:15]\nset yrange [0:10]\nset xtics rotate\nset style data histogram\nset style histogram cluster gap 1\nset style fill solid border -1\nset xtics font \"Arial, 18\"\nset xrange [-0.5:7.5]\nset boxwidth 0.9\nset ylabel \"Energy efficiency order\" font \"Arial Bold,18\"\nset term post eps\n\nplot 'plots\/shared.dat' using 3:xtic(2) ti col fc rgb \"blue\" fs solid 0.5 border -1, '' u 4 ti col fc rgb \"red\" fs solid 0.5 border -1, '' u 5 ti col fc rgb \"green\" fs solid 0.5 border -1\n\n#plot 'plots\/shared.dat' using ($6\/60):xtic(2) ti col fc rgb \"blue\" fs solid 0.5 border -1, '' u ($7\/30) ti col fc rgb \"red\" fs solid 0.5 border -1, '' u ($8\/50) ti col fc rgb \"green\" fs solid 0.5 border -1","old_contents":"set auto x\n#set yrange [0:15]\nset yrange [0:10]\nset xtics rotate\nset style data histogram\nset style histogram cluster gap 1\nset style fill solid border -1\nset xtics font \"Arial, 18\"\nset xrange [-0.5:7.5]\nset ylabel \"Energy efficiency order\" font \"Arial Bold,18\"\nset term post eps\n\nplot 'plots\/shared.dat' using 3:xtic(2) ti col fc rgb \"blue\" fs solid 0.5 border -1, '' u 4 ti col fc rgb \"red\" fs solid 0.5 border -1, '' u 5 ti col fc rgb \"green\" fs solid 0.5 border -1\n\n#plot 'plots\/shared.dat' using ($6\/60):xtic(2) ti col fc rgb \"blue\" fs solid 0.5 border -1, '' u ($7\/30) ti col fc rgb \"red\" fs solid 0.5 border -1, '' u ($8\/50) ti col fc rgb \"green\" fs solid 0.5 border -1","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"9ded0696b155627fbc9489b605f85a5389ae8e51","subject":"analysis.gnu for a value","message":"analysis.gnu for a value\n\nSigned-off-by: Eric, Hsu-yao Tsai <ad8e9cf61b582456bbe32d188af06658a1707686@araisrobot.com>\n","repos":"araisrobo\/linuxcnc,araisrobo\/linuxcnc,araisrobo\/linuxcnc,araisrobo\/linuxcnc,araisrobo\/linuxcnc","old_file":"configs\/art\/analysis.gnu","new_file":"configs\/art\/analysis.gnu","new_contents":"plot \\\n \"wou_steps.log\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log\" using 1:4 title \"pos_fb[0]\", \\\n \"wou_steps.log\" using 1:7 title \"pos_cmd[1]\", \\\n \"wou_steps.log\" using 1:8 title \"cur_pos[1]\", \\\n \"wou_steps.log\" using 1:9 title \"pos_fb[1]\", \\\n \"wou_steps.log\" using 1:12 title \"pos_cmd[2]\", \\\n \"wou_steps.log\" using 1:13 title \"cur_pos[2]\", \\\n \"wou_steps.log\" using 1:14 title \"pos_fb[2]\", \\\n \"wou_steps.log\" using 1:17 title \"pos_cmd[3]\", \\\n \"wou_steps.log\" using 1:18 title \"cur_pos[3]\" \\\n \"wou_steps.log\" using 1:19 title \"pos_fb[3]\", \n\nplot \\\n \"wou_steps.log\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log\" using 1:($4\/100) title \"match_ac[0]\", \\\n \"wou_steps.log\" using 1:($5\/10) title \"curr_vel[0]\"\n\nplot \\\n \"wou_steps.log_1209\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log_1209\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log_1209\" using 1:($4\/100) title \"match_ac[0]\", \\\n \"wou_steps.log_1209\" using 1:($5\/10) title \"curr_vel[0]\"\n\n\nplot \\\n \"wou_steps.log\" using 1:6 title \"pos_cmd[1]\", \\\n \"wou_steps.log\" using 1:7 title \"cur_pos[1]\", \\\n \"wou_steps.log\" using 1:($8\/100) title \"match_ac[1]\", \\\n \"wou_steps.log\" using 1:($9\/10) title \"curr_vel[1]\"\n\nplot \\\n \"wou_steps.log\" using 1:10 title \"pos_cmd[2]\", \\\n \"wou_steps.log\" using 1:11 title \"cur_pos[2]\", \\\n \"wou_steps.log\" using 1:($12\/100) title \"match_ac[2]\", \\\n \"wou_steps.log\" using 1:($13\/10) title \"curr_vel[2]\"\n\nplot \\\n \"wou_steps.log\" using 1:14 title \"pos_cmd[3]\", \\\n \"wou_steps.log\" using 1:15 title \"cur_pos[3]\", \\\n \"wou_steps.log\" using 1:($16\/100) title \"match_ac[3]\", \\\n \"wou_steps.log\" using 1:($17\/10) title \"curr_vel[3]\"\n\n# to plot trajectory planning trace dumped by src\/emc\/motion\/control.c\nplot \\\n \"control.log\" using 1:2 title \"x\", \\\n \"control.log\" using 1:3 title \"y\", \\\n \"control.log\" using 1:6 title \"tp_pos[0]\", \\\n \"control.log\" using 1:7 title \"tp_pos[1]\", \\\n \"control.log\" using 1:10 title \"cubic_pos[0]\", \\\n \"control.log\" using 1:11 title \"cubic_pos[1]\"\n\n# to plot trajectory planning trace dumped by src\/emc\/motion\/control.c\nplot \\\n \"control.log\" using 1:2 title \"x\", \\\n \"control.log\" using 1:3 title \"y\", \\\n \"control.log\" using 1:4 title \"z\", \\\n \"control.log\" using 1:5 title \"a\", \\\n \"control.log\" using 1:6 title \"tp_pos[0]\", \\\n \"control.log\" using 1:7 title \"tp_pos[1]\", \\\n \"control.log\" using 1:8 title \"tp_pos[2]\", \\\n \"control.log\" using 1:9 title \"tp_pos[3]\", \\\n \"control.log\" using 1:10 title \"cubic_pos[0]\", \\\n \"control.log\" using 1:11 title \"cubic_pos[1]\", \\\n \"control.log\" using 1:12 title \"cubic_pos[2]\", \\\n \"control.log\" using 1:13 title \"cubic_pos[3]\"\n\n# to plot trace dumped by src\/emc\/kinematics\/tp.c\nplot \\\n \"tp.log\" using 1:2 title \"newaccel\", \\\n \"tp.log\" using 1:3 title \"newvel\", \\\n \"tp.log\" using 1:4 title \"cur_vel\", \\\n \"tp.log\" using 1:5 title \"progress\"\n\n#tc.c plot \n\nplot \\\n \"tc.log\" using 1:2 title \"u\", \\\n \"tc.log\" using 1:3 title \"l\"\n\nplot \\\n \"tc.log\" using 1:7 title \"delta_d\", \\\n \"tc.log\" using 1:8 title \"delta_l\", \\\n \"tc.log\" using 2:3 title \"u vs l\"\n\n\nplot \\\n \"tc.log\" using 1:4 title \"x\", \\\n \"tc.log\" using 1:5 title \"y\", \\\n \"tc.log\" using 1:6 title \"z\", \\\n \"tc.log\" using 1:9 title \"a\"\n\nplot \"tc.log\" using 2:3 title \"u vs l\"\n\nplot \"tc.log\" using 4:5 title \"x vs y\"\n","old_contents":"plot \\\n \"wou_steps.log\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log\" using 1:4 title \"pos_fb[0]\", \\\n \"wou_steps.log\" using 1:7 title \"pos_cmd[1]\", \\\n \"wou_steps.log\" using 1:8 title \"cur_pos[1]\", \\\n \"wou_steps.log\" using 1:9 title \"pos_fb[1]\", \\\n \"wou_steps.log\" using 1:12 title \"pos_cmd[2]\", \\\n \"wou_steps.log\" using 1:13 title \"cur_pos[2]\", \\\n \"wou_steps.log\" using 1:14 title \"pos_fb[2]\", \\\n \"wou_steps.log\" using 1:17 title \"pos_cmd[3]\", \\\n \"wou_steps.log\" using 1:18 title \"cur_pos[3]\" \\\n \"wou_steps.log\" using 1:19 title \"pos_fb[3]\", \n\nplot \\\n \"wou_steps.log\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log\" using 1:($4\/100) title \"match_ac[0]\", \\\n \"wou_steps.log\" using 1:($5\/10) title \"curr_vel[0]\"\n\nplot \\\n \"wou_steps.log_1209\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log_1209\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log_1209\" using 1:($4\/100) title \"match_ac[0]\", \\\n \"wou_steps.log_1209\" using 1:($5\/10) title \"curr_vel[0]\"\n\n\nplot \\\n \"wou_steps.log\" using 1:6 title \"pos_cmd[1]\", \\\n \"wou_steps.log\" using 1:7 title \"cur_pos[1]\", \\\n \"wou_steps.log\" using 1:($8\/100) title \"match_ac[1]\", \\\n \"wou_steps.log\" using 1:($9\/10) title \"curr_vel[1]\"\n\nplot \\\n \"wou_steps.log\" using 1:10 title \"pos_cmd[2]\", \\\n \"wou_steps.log\" using 1:11 title \"cur_pos[2]\", \\\n \"wou_steps.log\" using 1:($12\/100) title \"match_ac[2]\", \\\n \"wou_steps.log\" using 1:($13\/10) title \"curr_vel[2]\"\n\nplot \\\n \"wou_steps.log\" using 1:14 title \"pos_cmd[3]\", \\\n \"wou_steps.log\" using 1:15 title \"cur_pos[3]\", \\\n \"wou_steps.log\" using 1:($16\/100) title \"match_ac[3]\", \\\n \"wou_steps.log\" using 1:($17\/10) title \"curr_vel[3]\"\n\n# to plot trajectory planning trace dumped by src\/emc\/motion\/control.c\nplot \\\n \"control.log\" using 1:2 title \"x\", \\\n \"control.log\" using 1:3 title \"y\", \\\n \"control.log\" using 1:6 title \"tp_pos[0]\", \\\n \"control.log\" using 1:7 title \"tp_pos[1]\", \\\n \"control.log\" using 1:10 title \"cubic_pos[0]\", \\\n \"control.log\" using 1:11 title \"cubic_pos[1]\"\n\n# to plot trajectory planning trace dumped by src\/emc\/motion\/control.c\nplot \\\n \"control.log\" using 1:2 title \"x\", \\\n \"control.log\" using 1:3 title \"y\", \\\n \"control.log\" using 1:4 title \"z\", \\\n \"control.log\" using 1:5 title \"a\", \\\n \"control.log\" using 1:6 title \"tp_pos[0]\", \\\n \"control.log\" using 1:7 title \"tp_pos[1]\", \\\n \"control.log\" using 1:8 title \"tp_pos[2]\", \\\n \"control.log\" using 1:9 title \"tp_pos[3]\", \\\n \"control.log\" using 1:10 title \"cubic_pos[0]\", \\\n \"control.log\" using 1:11 title \"cubic_pos[1]\", \\\n \"control.log\" using 1:12 title \"cubic_pos[2]\", \\\n \"control.log\" using 1:13 title \"cubic_pos[3]\"\n\n# to plot trace dumped by src\/emc\/kinematics\/tp.c\nplot \\\n \"tp.log\" using 1:2 title \"newaccel\", \\\n \"tp.log\" using 1:3 title \"newvel\", \\\n \"tp.log\" using 1:4 title \"cur_vel\", \\\n \"tp.log\" using 1:5 title \"progress\"\n\n#tc.c plot \n\nplot \\\n \"tc.log\" using 1:2 title \"u\", \\\n \"tc.log\" using 1:3 title \"l\"\n\nplot \\\n \"tc.log\" using 1:7 title \"delta_d\", \\\n \"tc.log\" using 1:8 title \"delta_l\", \\\n \"tc.log\" using 2:3 title \"u vs l\"\n\n\nplot \\\n \"tc.log\" using 1:4 title \"x\", \\\n \"tc.log\" using 1:5 title \"y\", \\\n \"tc.log\" using 1:6 title \"z\"\n\nplot \"tc.log\" using 2:3 title \"u vs l\"\n\nplot \"tc.log\" using 4:5 title \"x vs y\"\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"9be74e3abd18b21133aab4a0533b44aec45ddcd9","subject":"Nit: Display debug file name.","message":"Nit: Display debug file name.\n","repos":"apache\/commons-math,apache\/commons-math,apache\/commons-math,apache\/commons-math","old_file":"commons-math-legacy\/src\/test\/gnuplot\/legacy\/optim\/nonlinear\/scalar\/noderiv\/simplex_2D.gnuplot","new_file":"commons-math-legacy\/src\/test\/gnuplot\/legacy\/optim\/nonlinear\/scalar\/noderiv\/simplex_2D.gnuplot","new_contents":"#\n# Licensed to the Apache Software Foundation (ASF) under one or more\n# contributor license agreements. See the NOTICE file distributed with\n# this work for additional information regarding copyright ownership.\n# The ASF licenses this file to You under the Apache License, Version 2.0\n# (the \"License\"); you may not use this file except in compliance with\n# the License. You may obtain a copy of the License at\n#\n# http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n#\n# Unless required by applicable law or agreed to in writing, software\n# distributed under the License is distributed on an \"AS IS\" BASIS,\n# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n# See the License for the specific language governing permissions and\n# limitations under the License.\n#\n\n#\n# \"Gnuplot\" script to display the behaviour of simplex-based optimizers.\n#\n# Required argument:\n# file -> input file (cf. \"SimplexOptimizerTest\").\n# Optional argument:\n# showSpx -> Number of simplexes to show.\n#\n\nset term x11\n\nshowSpx = exists(\"showSpx\") ? showSpx : 5\n\nstats file nooutput\nnumOptim = STATS_blocks\nevalColIndex = 1\nobjColIndex = 2\nxColIndex = 3\nyColIndex = 4\n\nset size 1, 1\nset origin 0, 0\n\nlastOptim = numOptim - 1\ndo for [iOptim = 1:lastOptim] {\n\n # Evaluations range.\n stats file u evalColIndex nooutput\n numEval = STATS_max\n\n # Objective function range.\n stats file index iOptim u objColIndex nooutput\n numSpx = STATS_blank\n minObj = STATS_min\n maxObj = STATS_max\n\n # x-coordinate range.\n stats file index iOptim u xColIndex nooutput\n xMin = STATS_min\n xMax = STATS_max\n\n # y-coordinate range.\n stats file index iOptim u yColIndex nooutput\n yMin = STATS_min\n yMax = STATS_max\n\n lastSpx = numSpx - 1\n do for [iSpx = 0:lastSpx] {\n set multiplot\n\n # Number of evaluations.\n set size 1, 0.2\n set origin 0, 0.8\n unset xtics\n\n set title file . \" - optimization \" . iOptim . \" - iteration \" . iSpx noenhanced\n plot \\\n file index iOptim \\\n every ::0::0 \\\n u 0:1 \\\n w p ps 0.5 lc \"black\" title \"N_{eval}\", \\\n '' index iOptim \\\n every ::0::0:iSpx \\\n u 0:1 \\\n w lp pt 1 lc \"black\" lw 2 notitle\n unset title\n\n # Objective function.\n set size 1, 0.2\n set origin 0, 0.6\n\n plot \\\n file index iOptim \\\n every ::0::2 \\\n u 0:(log($2)) \\\n w l lc \"black\" title \"log_{10}f\", \\\n '' index iOptim \\\n every ::0::2:iSpx \\\n u 0:(log($2)) \\\n w lp pt 1 lc \"black\" lw 2 notitle\n\n # Simplex.\n set size 1, 0.6\n set origin 0, 0\n set xtics\n\n unset log y\n plot [xMin:xMax][yMin:yMax] \\\n file index iOptim \\\n every :::(iSpx - showSpx < 0 ? 0 : iSpx - showSpx)::iSpx \\\n u xColIndex:yColIndex \\\n w l notitle, \\\n '' index \"Optimum\" u 1:2 ps 5 pt 4 notitle\n\n unset multiplot\n pause 0.1\n }\n\n pause 1\n}\n\npause -1\n","old_contents":"#\n# Licensed to the Apache Software Foundation (ASF) under one or more\n# contributor license agreements. See the NOTICE file distributed with\n# this work for additional information regarding copyright ownership.\n# The ASF licenses this file to You under the Apache License, Version 2.0\n# (the \"License\"); you may not use this file except in compliance with\n# the License. You may obtain a copy of the License at\n#\n# http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n#\n# Unless required by applicable law or agreed to in writing, software\n# distributed under the License is distributed on an \"AS IS\" BASIS,\n# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n# See the License for the specific language governing permissions and\n# limitations under the License.\n#\n\n#\n# \"Gnuplot\" script to display the behaviour of simplex-based optimizers.\n#\n# Required argument:\n# file -> input file (cf. \"SimplexOptimizerTest\").\n# Optional argument:\n# showSpx -> Number of simplexes to show.\n#\n\nset term x11\n\nshowSpx = exists(\"showSpx\") ? showSpx : 5\n\nstats file nooutput\nnumOptim = STATS_blocks\nevalColIndex = 1\nobjColIndex = 2\nxColIndex = 3\nyColIndex = 4\n\nset size 1, 1\nset origin 0, 0\n\nlastOptim = numOptim - 1\ndo for [iOptim = 1:lastOptim] {\n # Evaluations range.\n stats file u evalColIndex nooutput\n numEval = STATS_max\n\n # Objective function range.\n stats file index iOptim u objColIndex nooutput\n numSpx = STATS_blank\n minObj = STATS_min\n maxObj = STATS_max\n\n # x-coordinate range.\n stats file index iOptim u xColIndex nooutput\n xMin = STATS_min\n xMax = STATS_max\n\n # y-coordinate range.\n stats file index iOptim u yColIndex nooutput\n yMin = STATS_min\n yMax = STATS_max\n\n lastSpx = numSpx - 1\n do for [iSpx = 0:lastSpx] {\n set multiplot\n\n # Number of evaluations.\n set size 1, 0.15\n set origin 0, 0.85\n unset xtics\n\n plot \\\n file index iOptim \\\n every ::0::0 \\\n u 0:1 \\\n w p ps 0.5 lc \"black\" title \"N_{eval}\", \\\n '' index iOptim \\\n every ::0::0:iSpx \\\n u 0:1 \\\n w lp pt 1 lc \"black\" lw 2 notitle\n\n # Objective function.\n set size 1, 0.15\n set origin 0, 0.7\n\n plot \\\n file index iOptim \\\n every ::0::2 \\\n u 0:(log($2)) \\\n w l lc \"black\" title \"log_{10}f\", \\\n '' index iOptim \\\n every ::0::2:iSpx \\\n u 0:(log($2)) \\\n w lp pt 1 lc \"black\" lw 2 notitle\n\n # Simplex.\n set size 1, 0.7\n set origin 0, 0\n set xtics\n\n unset log y\n plot [xMin:xMax][yMin:yMax] \\\n file index iOptim \\\n every :::(iSpx - showSpx < 0 ? 0 : iSpx - showSpx)::iSpx \\\n u xColIndex:yColIndex \\\n w l notitle, \\\n '' index \"Optimum\" u 1:2 ps 5 pt 4 notitle\n\n unset multiplot\n pause 0.1\n }\n\n pause 1\n}\n\npause -1\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"51985a66b02c8612ca893c7dbeba08e02950b2c5","subject":"labels on horizontal axis were wrong","message":"labels on horizontal axis were wrong\n\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@10704 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret","old_file":"bench\/metafile_masters_v61_64\/linecolors.plt","new_file":"bench\/metafile_masters_v61_64\/linecolors.plt","new_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 09\/05\/19 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 56 39 7 0.60000 0.60000 0.60000\n 56 39 8 0.60000 0.60000 0.60000\n 56 39 9 0.60000 0.60000 0.60000\n 56 39 10 0.60000 0.60000 0.60000\n 56 39 11 0.60000 0.60000 0.60000\n 56 39 12 0.60000 0.60000 0.60000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 2.00000 1\n 52 29 25 1 1.00000 1\n 51 29 25 1 3.00000 1\n 52 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1.00000\n 24 6 1\n 25 6 1\n 26 6 3\n 27 11 1.00000\n 28 6 1\n 29 6 1\n 30 12 1 0\n 31 11 1.00000\n 32 11 0.00000\n 33 6 1\n 35 6 0\n 36 12 0 0\n 34 44 0.00000 0.00000 0.00000 0.00000\n 37 6 1\n 38 6 1\n 39 6 -13\n 40 6 41\n 41 44 1.00000 0.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 43 78 0 0 0 0 0 0 1 1 1 1 1 1 1\n 44 6 0\n 71 44 0.00000 1.00000 0.00000 0.86275\n 72 44 0.00000 10.20000 0.00000 8.80000\n 81 6 1201\n 21 6 1\n 25 6 1\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 50 2 0.50588 0.15098 0.51373 0.13922\n 11 50 2 0.51373 0.15098 0.50588 0.13922\n 21 6 13\n 25 6 13\n 11 2206 100 0.11765 0.72516 0.12557 0.72416 0.13349 0.72250 0.14141 0.72019 0.14934 0.71722 0.15726 0.71361 0.16518 0.70937 0.17310 0.70450 0.18103 0.69902 0.18895 0.69294 0.19687 0.68627 0.20479 0.67904 0.21272 0.67126 0.22064 0.66295 0.22856 0.65414 0.23648 0.64483 0.24440 0.63507 0.25233 0.62486 0.26025 0.61425 0.26817 0.60324 0.27609 0.59188 0.28402 0.58018 0.29194 0.56819 0.29986 0.55592 0.30778 0.54341 0.31571 0.53070 0.32363 0.51780 0.33155 0.50476 0.33947 0.49160 0.34740 0.47837 0.35532 0.46509 0.36324 0.45179 0.37116 0.43852 0.37908 0.42530 0.38701 0.41216 0.39493 0.39914 0.40285 0.38627 0.41077 0.37359 0.41870 0.36112 0.42662 0.34889 0.43454 0.33695 0.44246 0.32530 0.45039 0.31400 0.45831 0.30306 0.46623 0.29251 0.47415 0.28238 0.48208 0.27269 0.49000 0.26346 0.49792 0.25473 0.50584 0.24651 0.51377 0.23882 0.52169 0.23169 0.52961 0.22512 0.53753 0.21914 0.54545 0.21376 0.55338 0.20899 0.56130 0.20485 0.56922 0.20135 0.57714 0.19849 0.58507 0.19629 0.59299 0.19474 0.60091 0.19386 0.60883 0.19364 0.61676 0.19408 0.62468 0.19519 0.63260 0.19696 0.64052 0.19938 0.64845 0.20246 0.65637 0.20617 0.66429 0.21053 0.67221 0.21550 0.68013 0.22108 0.68806 0.22726 0.69598 0.23402 0.70390 0.24135 0.71182 0.24922 0.71975 0.25761 0.72767 0.26651 0.73559 0.27589 0.74351 0.28573 0.75144 0.29601 0.75936 0.30670 0.76728 0.31776 0.77520 0.32918 0.78313 0.34093 0.79105 0.35297 0.79897 0.36528 0.80689 0.37783 0.81481 0.39058 0.82274 0.40350 0.83066 0.41656 0.83858 0.42973 0.84650 0.44298 0.85443 0.45626 0.86235 0.46956 0.87027 0.48283 0.87819 0.49604 0.88612 0.50916 0.89404 0.52215 0.90196 0.53499\n 21 6 14\n 25 6 14\n 11 2206 100 0.11765 0.72526 0.12557 0.72457 0.13349 0.72342 0.14141 0.72181 0.14934 0.71974 0.15726 0.71722 0.16518 0.71426 0.17310 0.71085 0.18103 0.70701 0.18895 0.70274 0.19687 0.69804 0.20479 0.69294 0.21272 0.68742 0.22064 0.68151 0.22856 0.67522 0.23648 0.66855 0.24440 0.66152 0.25233 0.65414 0.26025 0.64642 0.26817 0.63837 0.27609 0.63002 0.28402 0.62137 0.29194 0.61244 0.29986 0.60324 0.30778 0.59380 0.31571 0.58412 0.32363 0.57422 0.33155 0.56413 0.33947 0.55385 0.34740 0.54341 0.35532 0.53283 0.36324 0.52212 0.37116 0.51130 0.37908 0.50038 0.38701 0.48940 0.39493 0.47837 0.40285 0.46730 0.41077 0.45622 0.41870 0.44515 0.42662 0.43410 0.43454 0.42310 0.44246 0.41216 0.45039 0.40130 0.45831 0.39054 0.46623 0.37990 0.47415 0.36940 0.48208 0.35906 0.49000 0.34889 0.49792 0.33892 0.50584 0.32915 0.51377 0.31961 0.52169 0.31031 0.52961 0.30127 0.53753 0.29251 0.54545 0.28403 0.55338 0.27586 0.56130 0.26801 0.56922 0.26050 0.57714 0.25332 0.58507 0.24651 0.59299 0.24007 0.60091 0.23400 0.60883 0.22833 0.61676 0.22306 0.62468 0.21820 0.63260 0.21376 0.64052 0.20974 0.64845 0.20616 0.65637 0.20302 0.66429 0.20033 0.67221 0.19808 0.68013 0.19629 0.68806 0.19495 0.69598 0.19408 0.70390 0.19366 0.71182 0.19371 0.71975 0.19422 0.72767 0.19519 0.73559 0.19662 0.74351 0.19850 0.75144 0.20084 0.75936 0.20363 0.76728 0.20686 0.77520 0.21053 0.78313 0.21463 0.79105 0.21915 0.79897 0.22410 0.80689 0.22945 0.81481 0.23520 0.82274 0.24135 0.83066 0.24787 0.83858 0.25476 0.84650 0.26200 0.85443 0.26959 0.86235 0.27750 0.87027 0.28573 0.87819 0.29427 0.88612 0.30309 0.89404 0.31218 0.90196 0.32153\n 21 6 15\n 25 6 15\n 11 2206 100 0.11765 0.72532 0.12557 0.72481 0.13349 0.72397 0.14141 0.72278 0.14934 0.72126 0.15726 0.71941 0.16518 0.71722 0.17310 0.71471 0.18103 0.71187 0.18895 0.70871 0.19687 0.70523 0.20479 0.70144 0.21272 0.69734 0.22064 0.69294 0.22856 0.68823 0.23648 0.68324 0.24440 0.67796 0.25233 0.67241 0.26025 0.66658 0.26817 0.66049 0.27609 0.65414 0.28402 0.64754 0.29194 0.64070 0.29986 0.63364 0.30778 0.62635 0.31571 0.61885 0.32363 0.61114 0.33155 0.60324 0.33947 0.59516 0.34740 0.58691 0.35532 0.57849 0.36324 0.56992 0.37116 0.56121 0.37908 0.55237 0.38701 0.54341 0.39493 0.53435 0.40285 0.52519 0.41077 0.51594 0.41870 0.50663 0.42662 0.49725 0.43454 0.48783 0.44246 0.47837 0.45039 0.46889 0.45831 0.45939 0.46623 0.44990 0.47415 0.44041 0.48208 0.43095 0.49000 0.42153 0.49792 0.41216 0.50584 0.40284 0.51377 0.39360 0.52169 0.38445 0.52961 0.37539 0.53753 0.36643 0.54545 0.35760 0.55338 0.34889 0.56130 0.34033 0.56922 0.33192 0.57714 0.32367 0.58507 0.31559 0.59299 0.30770 0.60091 0.30000 0.60883 0.29251 0.61676 0.28523 0.62468 0.27817 0.63260 0.27134 0.64052 0.26475 0.64845 0.25841 0.65637 0.25233 0.66429 0.24651 0.67221 0.24096 0.68013 0.23569 0.68806 0.23071 0.69598 0.22602 0.70390 0.22163 0.71182 0.21754 0.71975 0.21376 0.72767 0.21029 0.73559 0.20714 0.74351 0.20431 0.75144 0.20181 0.75936 0.19964 0.76728 0.19780 0.77520 0.19629 0.78313 0.19512 0.79105 0.19428 0.79897 0.19379 0.80689 0.19363 0.81481 0.19381 0.82274 0.19433 0.83066 0.19519 0.83858 0.19638 0.84650 0.19792 0.85443 0.19978 0.86235 0.20198 0.87027 0.20450 0.87819 0.20735 0.88612 0.21053 0.89404 0.21402 0.90196 0.21782\n 21 6 16\n 25 6 16\n 11 2206 100 0.11765 0.72536 0.12557 0.72497 0.13349 0.72432 0.14141 0.72342 0.14934 0.72225 0.15726 0.72083 0.16518 0.71915 0.17310 0.71722 0.18103 0.71504 0.18895 0.71261 0.19687 0.70993 0.20479 0.70701 0.21272 0.70385 0.22064 0.70044 0.22856 0.69681 0.23648 0.69294 0.24440 0.68884 0.25233 0.68452 0.26025 0.67998 0.26817 0.67522 0.27609 0.67025 0.28402 0.66508 0.29194 0.65971 0.29986 0.65414 0.30778 0.64838 0.31571 0.64244 0.32363 0.63631 0.33155 0.63002 0.33947 0.62356 0.34740 0.61694 0.35532 0.61016 0.36324 0.60324 0.37116 0.59618 0.37908 0.58898 0.38701 0.58166 0.39493 0.57422 0.40285 0.56667 0.41077 0.55901 0.41870 0.55126 0.42662 0.54341 0.43454 0.53549 0.44246 0.52749 0.45039 0.51942 0.45831 0.51130 0.46623 0.50312 0.47415 0.49490 0.48208 0.48665 0.49000 0.47837 0.49792 0.47007 0.50584 0.46177 0.51377 0.45346 0.52169 0.44515 0.52961 0.43686 0.53753 0.42859 0.54545 0.42036 0.55338 0.41216 0.56130 0.40400 0.56922 0.39591 0.57714 0.38787 0.58507 0.37990 0.59299 0.37201 0.60091 0.36421 0.60883 0.35650 0.61676 0.34889 0.62468 0.34139 0.63260 0.33401 0.64052 0.32674 0.64845 0.31961 0.65637 0.31261 0.66429 0.30576 0.67221 0.29905 0.68013 0.29251 0.68806 0.28612 0.69598 0.27991 0.70390 0.27387 0.71182 0.26801 0.71975 0.26234 0.72767 0.25687 0.73559 0.25159 0.74351 0.24651 0.75144 0.24164 0.75936 0.23699 0.76728 0.23255 0.77520 0.22833 0.78313 0.22434 0.79105 0.22058 0.79897 0.21705 0.80689 0.21376 0.81481 0.21071 0.82274 0.20790 0.83066 0.20534 0.83858 0.20302 0.84650 0.20096 0.85443 0.19915 0.86235 0.19759 0.87027 0.19629 0.87819 0.19524 0.88612 0.19446 0.89404 0.19393 0.90196 0.19366\n 21 6 17\n 25 6 17\n 11 2206 100 0.11765 0.72539 0.12557 0.72508 0.13349 0.72457 0.14141 0.72385 0.14934 0.72293 0.15726 0.72181 0.16518 0.72048 0.17310 0.71895 0.18103 0.71722 0.18895 0.71530 0.19687 0.71317 0.20479 0.71085 0.21272 0.70834 0.22064 0.70563 0.22856 0.70274 0.23648 0.69965 0.24440 0.69639 0.25233 0.69294 0.26025 0.68930 0.26817 0.68550 0.27609 0.68151 0.28402 0.67736 0.29194 0.67304 0.29986 0.66855 0.30778 0.66390 0.31571 0.65910 0.32363 0.65414 0.33155 0.64903 0.33947 0.64377 0.34740 0.63837 0.35532 0.63284 0.36324 0.62717 0.37116 0.62137 0.37908 0.61545 0.38701 0.60940 0.39493 0.60324 0.40285 0.59697 0.41077 0.59060 0.41870 0.58412 0.42662 0.57754 0.43454 0.57088 0.44246 0.56413 0.45039 0.55730 0.45831 0.55039 0.46623 0.54341 0.47415 0.53637 0.48208 0.52927 0.49000 0.52212 0.49792 0.51491 0.50584 0.50767 0.51377 0.50038 0.52169 0.49307 0.52961 0.48573 0.53753 0.47837 0.54545 0.47100 0.55338 0.46361 0.56130 0.45622 0.56922 0.44884 0.57714 0.44146 0.58507 0.43410 0.59299 0.42676 0.60091 0.41944 0.60883 0.41216 0.61676 0.40491 0.62468 0.39770 0.63260 0.39054 0.64052 0.38343 0.64845 0.37639 0.65637 0.36940 0.66429 0.36249 0.67221 0.35565 0.68013 0.34889 0.68806 0.34222 0.69598 0.33564 0.70390 0.32915 0.71182 0.32276 0.71975 0.31648 0.72767 0.31031 0.73559 0.30425 0.74351 0.29832 0.75144 0.29251 0.75936 0.28683 0.76728 0.28128 0.77520 0.27586 0.78313 0.27059 0.79105 0.26547 0.79897 0.26050 0.80689 0.25568 0.81481 0.25101 0.82274 0.24651 0.83066 0.24217 0.83858 0.23800 0.84650 0.23400 0.85443 0.23018 0.86235 0.22653 0.87027 0.22306 0.87819 0.21977 0.88612 0.21667 0.89404 0.21376 0.90196 0.21103\n 21 6 18\n 25 6 18\n 11 2206 100 0.11765 0.72541 0.12557 0.72516 0.13349 0.72474 0.14141 0.72416 0.14934 0.72342 0.15726 0.72250 0.16518 0.72143 0.17310 0.72019 0.18103 0.71879 0.18895 0.71722 0.19687 0.71550 0.20479 0.71361 0.21272 0.71157 0.22064 0.70937 0.22856 0.70701 0.23648 0.70450 0.24440 0.70183 0.25233 0.69902 0.26025 0.69605 0.26817 0.69294 0.27609 0.68968 0.28402 0.68627 0.29194 0.68273 0.29986 0.67904 0.30778 0.67522 0.31571 0.67126 0.32363 0.66717 0.33155 0.66295 0.33947 0.65861 0.34740 0.65414 0.35532 0.64955 0.36324 0.64483 0.37116 0.64001 0.37908 0.63507 0.38701 0.63002 0.39493 0.62486 0.40285 0.61961 0.41077 0.61425 0.41870 0.60879 0.42662 0.60324 0.43454 0.59760 0.44246 0.59188 0.45039 0.58607 0.45831 0.58018 0.46623 0.57422 0.47415 0.56819 0.48208 0.56209 0.49000 0.55592 0.49792 0.54970 0.50584 0.54341 0.51377 0.53708 0.52169 0.53070 0.52961 0.52427 0.53753 0.51780 0.54545 0.51130 0.55338 0.50476 0.56130 0.49819 0.56922 0.49160 0.57714 0.48500 0.58507 0.47837 0.59299 0.47173 0.60091 0.46509 0.60883 0.45844 0.61676 0.45179 0.62468 0.44515 0.63260 0.43852 0.64052 0.43190 0.64845 0.42530 0.65637 0.41871 0.66429 0.41216 0.67221 0.40563 0.68013 0.39914 0.68806 0.39268 0.69598 0.38627 0.70390 0.37990 0.71182 0.37359 0.71975 0.36732 0.72767 0.36112 0.73559 0.35497 0.74351 0.34889 0.75144 0.34288 0.75936 0.33695 0.76728 0.33108 0.77520 0.32530 0.78313 0.31961 0.79105 0.31400 0.79897 0.30848 0.80689 0.30306 0.81481 0.29773 0.82274 0.29251 0.83066 0.28739 0.83858 0.28238 0.84650 0.27747 0.85443 0.27269 0.86235 0.26801 0.87027 0.26346 0.87819 0.25903 0.88612 0.25473 0.89404 0.25055 0.90196 0.24651\n 21 6 19\n 25 6 19\n 11 2206 100 0.11765 0.72542 0.12557 0.72522 0.13349 0.72487 0.14141 0.72439 0.14934 0.72378 0.15726 0.72302 0.16518 0.72213 0.17310 0.72111 0.18103 0.71995 0.18895 0.71865 0.19687 0.71722 0.20479 0.71566 0.21272 0.71397 0.22064 0.71214 0.22856 0.71019 0.23648 0.70810 0.24440 0.70589 0.25233 0.70355 0.26025 0.70108 0.26817 0.69849 0.27609 0.69577 0.28402 0.69294 0.29194 0.68998 0.29986 0.68690 0.30778 0.68371 0.31571 0.68040 0.32363 0.67697 0.33155 0.67344 0.33947 0.66979 0.34740 0.66604 0.35532 0.66217 0.36324 0.65821 0.37116 0.65414 0.37908 0.64997 0.38701 0.64570 0.39493 0.64134 0.40285 0.63688 0.41077 0.63233 0.41870 0.62769 0.42662 0.62296 0.43454 0.61815 0.44246 0.61326 0.45039 0.60829 0.45831 0.60324 0.46623 0.59812 0.47415 0.59293 0.48208 0.58766 0.49000 0.58233 0.49792 0.57694 0.50584 0.57149 0.51377 0.56598 0.52169 0.56041 0.52961 0.55479 0.53753 0.54913 0.54545 0.54341 0.55338 0.53766 0.56130 0.53186 0.56922 0.52602 0.57714 0.52016 0.58507 0.51426 0.59299 0.50833 0.60091 0.50237 0.60883 0.49640 0.61676 0.49040 0.62468 0.48439 0.63260 0.47837 0.64052 0.47234 0.64845 0.46630 0.65637 0.46025 0.66429 0.45421 0.67221 0.44817 0.68013 0.44213 0.68806 0.43611 0.69598 0.43010 0.70390 0.42410 0.71182 0.41812 0.71975 0.41216 0.72767 0.40622 0.73559 0.40032 0.74351 0.39444 0.75144 0.38860 0.75936 0.38279 0.76728 0.37703 0.77520 0.37130 0.78313 0.36562 0.79105 0.35999 0.79897 0.35442 0.80689 0.34889 0.81481 0.34343 0.82274 0.33802 0.83066 0.33268 0.83858 0.32740 0.84650 0.32219 0.85443 0.31705 0.86235 0.31198 0.87027 0.30699 0.87819 0.30208 0.88612 0.29725 0.89404 0.29251 0.90196 0.28785\n 21 6 20\n 25 6 20\n 11 2206 100 0.11765 0.72543 0.12557 0.72526 0.13349 0.72497 0.14141 0.72457 0.14934 0.72405 0.15726 0.72342 0.16518 0.72267 0.17310 0.72181 0.18103 0.72083 0.18895 0.71974 0.19687 0.71854 0.20479 0.71722 0.21272 0.71580 0.22064 0.71426 0.22856 0.71261 0.23648 0.71085 0.24440 0.70899 0.25233 0.70701 0.26025 0.70493 0.26817 0.70274 0.27609 0.70044 0.28402 0.69804 0.29194 0.69554 0.29986 0.69294 0.30778 0.69023 0.31571 0.68742 0.32363 0.68452 0.33155 0.68151 0.33947 0.67841 0.34740 0.67522 0.35532 0.67193 0.36324 0.66855 0.37116 0.66508 0.37908 0.66152 0.38701 0.65787 0.39493 0.65414 0.40285 0.65032 0.41077 0.64642 0.41870 0.64244 0.42662 0.63837 0.43454 0.63424 0.44246 0.63002 0.45039 0.62573 0.45831 0.62137 0.46623 0.61694 0.47415 0.61244 0.48208 0.60787 0.49000 0.60324 0.49792 0.59855 0.50584 0.59380 0.51377 0.58898 0.52169 0.58412 0.52961 0.57920 0.53753 0.57422 0.54545 0.56920 0.55338 0.56413 0.56130 0.55901 0.56922 0.55385 0.57714 0.54865 0.58507 0.54341 0.59299 0.53814 0.60091 0.53283 0.60883 0.52749 0.61676 0.52212 0.62468 0.51672 0.63260 0.51130 0.64052 0.50585 0.64845 0.50038 0.65637 0.49490 0.66429 0.48940 0.67221 0.48389 0.68013 0.47837 0.68806 0.47284 0.69598 0.46730 0.70390 0.46177 0.71182 0.45622 0.71975 0.45069 0.72767 0.44515 0.73559 0.43962 0.74351 0.43410 0.75144 0.42859 0.75936 0.42310 0.76728 0.41762 0.77520 0.41216 0.78313 0.40672 0.79105 0.40130 0.79897 0.39591 0.80689 0.39054 0.81481 0.38521 0.82274 0.37990 0.83066 0.37464 0.83858 0.36940 0.84650 0.36421 0.85443 0.35906 0.86235 0.35395 0.87027 0.34889 0.87819 0.34388 0.88612 0.33892 0.89404 0.33401 0.90196 0.32915\n 21 6 21\n 25 6 21\n 11 2206 100 0.11765 0.72544 0.12557 0.72529 0.13349 0.72505 0.14141 0.72470 0.14934 0.72426 0.15726 0.72372 0.16518 0.72308 0.17310 0.72235 0.18103 0.72152 0.18895 0.72059 0.19687 0.71956 0.20479 0.71844 0.21272 0.71722 0.22064 0.71591 0.22856 0.71450 0.23648 0.71300 0.24440 0.71141 0.25233 0.70972 0.26025 0.70794 0.26817 0.70606 0.27609 0.70410 0.28402 0.70204 0.29194 0.69990 0.29986 0.69767 0.30778 0.69534 0.31571 0.69294 0.32363 0.69044 0.33155 0.68786 0.33947 0.68520 0.34740 0.68245 0.35532 0.67962 0.36324 0.67671 0.37116 0.67371 0.37908 0.67064 0.38701 0.66749 0.39493 0.66427 0.40285 0.66096 0.41077 0.65759 0.41870 0.65414 0.42662 0.65062 0.43454 0.64702 0.44246 0.64336 0.45039 0.63963 0.45831 0.63584 0.46623 0.63197 0.47415 0.62805 0.48208 0.62406 0.49000 0.62001 0.49792 0.61591 0.50584 0.61174 0.51377 0.60752 0.52169 0.60324 0.52961 0.59891 0.53753 0.59453 0.54545 0.59010 0.55338 0.58562 0.56130 0.58109 0.56922 0.57652 0.57714 0.57191 0.58507 0.56725 0.59299 0.56256 0.60091 0.55782 0.60883 0.55305 0.61676 0.54825 0.62468 0.54341 0.63260 0.53854 0.64052 0.53365 0.64845 0.52872 0.65637 0.52377 0.66429 0.51880 0.67221 0.51380 0.68013 0.50878 0.68806 0.50375 0.69598 0.49870 0.70390 0.49363 0.71182 0.48856 0.71975 0.48347 0.72767 0.47837 0.73559 0.47327 0.74351 0.46816 0.75144 0.46304 0.75936 0.45793 0.76728 0.45282 0.77520 0.44771 0.78313 0.44260 0.79105 0.43750 0.79897 0.43241 0.80689 0.42732 0.81481 0.42225 0.82274 0.41720 0.83066 0.41216 0.83858 0.40713 0.84650 0.40213 0.85443 0.39715 0.86235 0.39219 0.87027 0.38725 0.87819 0.38235 0.88612 0.37747 0.89404 0.37262 0.90196 0.36780\n 21 6 22\n 25 6 22\n 11 2206 100 0.11765 0.72545 0.12557 0.72532 0.13349 0.72511 0.14141 0.72481 0.14934 0.72443 0.15726 0.72397 0.16518 0.72342 0.17310 0.72278 0.18103 0.72206 0.18895 0.72126 0.19687 0.72038 0.20479 0.71941 0.21272 0.71836 0.22064 0.71722 0.22856 0.71601 0.23648 0.71471 0.24440 0.71333 0.25233 0.71187 0.26025 0.71033 0.26817 0.70871 0.27609 0.70701 0.28402 0.70523 0.29194 0.70337 0.29986 0.70144 0.30778 0.69943 0.31571 0.69734 0.32363 0.69517 0.33155 0.69294 0.33947 0.69062 0.34740 0.68823 0.35532 0.68577 0.36324 0.68324 0.37116 0.68064 0.37908 0.67796 0.38701 0.67522 0.39493 0.67241 0.40285 0.66953 0.41077 0.66658 0.41870 0.66356 0.42662 0.66049 0.43454 0.65734 0.44246 0.65414 0.45039 0.65087 0.45831 0.64754 0.46623 0.64415 0.47415 0.64070 0.48208 0.63720 0.49000 0.63364 0.49792 0.63002 0.50584 0.62635 0.51377 0.62262 0.52169 0.61885 0.52961 0.61502 0.53753 0.61114 0.54545 0.60721 0.55338 0.60324 0.56130 0.59922 0.56922 0.59516 0.57714 0.59105 0.58507 0.58691 0.59299 0.58272 0.60091 0.57849 0.60883 0.57422 0.61676 0.56992 0.62468 0.56558 0.63260 0.56121 0.64052 0.55681 0.64845 0.55237 0.65637 0.54791 0.66429 0.54341 0.67221 0.53889 0.68013 0.53435 0.68806 0.52978 0.69598 0.52519 0.70390 0.52058 0.71182 0.51594 0.71975 0.51130 0.72767 0.50663 0.73559 0.50195 0.74351 0.49725 0.75144 0.49255 0.75936 0.48783 0.76728 0.48310 0.77520 0.47837 0.78313 0.47363 0.79105 0.46889 0.79897 0.46414 0.80689 0.45939 0.81481 0.45464 0.82274 0.44990 0.83066 0.44515 0.83858 0.44041 0.84650 0.43568 0.85443 0.43095 0.86235 0.42624 0.87027 0.42153 0.87819 0.41684 0.88612 0.41216 0.89404 0.40749 0.90196 0.40284\n 21 6 23\n 25 6 23\n 11 2206 100 0.11765 0.72545 0.12557 0.72534 0.13349 0.72516 0.14141 0.72490 0.14934 0.72457 0.15726 0.72416 0.16518 0.72368 0.17310 0.72313 0.18103 0.72250 0.18895 0.72181 0.19687 0.72103 0.20479 0.72019 0.21272 0.71927 0.22064 0.71828 0.22856 0.71722 0.23648 0.71609 0.24440 0.71489 0.25233 0.71361 0.26025 0.71227 0.26817 0.71085 0.27609 0.70937 0.28402 0.70781 0.29194 0.70619 0.29986 0.70450 0.30778 0.70274 0.31571 0.70091 0.32363 0.69902 0.33155 0.69705 0.33947 0.69503 0.34740 0.69294 0.35532 0.69078 0.36324 0.68856 0.37116 0.68627 0.37908 0.68392 0.38701 0.68151 0.39493 0.67904 0.40285 0.67651 0.41077 0.67392 0.41870 0.67126 0.42662 0.66855 0.43454 0.66578 0.44246 0.66295 0.45039 0.66007 0.45831 0.65713 0.46623 0.65414 0.47415 0.65109 0.48208 0.64799 0.49000 0.64483 0.49792 0.64163 0.50584 0.63837 0.51377 0.63507 0.52169 0.63171 0.52961 0.62831 0.53753 0.62486 0.54545 0.62137 0.55338 0.61783 0.56130 0.61425 0.56922 0.61062 0.57714 0.60695 0.58507 0.60324 0.59299 0.59949 0.60091 0.59570 0.60883 0.59188 0.61676 0.58802 0.62468 0.58412 0.63260 0.58018 0.64052 0.57622 0.64845 0.57222 0.65637 0.56819 0.66429 0.56413 0.67221 0.56004 0.68013 0.55592 0.68806 0.55178 0.69598 0.54761 0.70390 0.54341 0.71182 0.53920 0.71975 0.53496 0.72767 0.53070 0.73559 0.52641 0.74351 0.52212 0.75144 0.51780 0.75936 0.51347 0.76728 0.50912 0.77520 0.50476 0.78313 0.50038 0.79105 0.49600 0.79897 0.49160 0.80689 0.48720 0.81481 0.48279 0.82274 0.47837 0.83066 0.47395 0.83858 0.46952 0.84650 0.46509 0.85443 0.46066 0.86235 0.45622 0.87027 0.45179 0.87819 0.44736 0.88612 0.44294 0.89404 0.43852 0.90196 0.43410\n 21 6 24\n 25 6 24\n 11 2206 100 0.11765 0.72546 0.12557 0.72536 0.13349 0.72520 0.14141 0.72497 0.14934 0.72468 0.15726 0.72432 0.16518 0.72390 0.17310 0.72342 0.18103 0.72287 0.18895 0.72225 0.19687 0.72157 0.20479 0.72083 0.21272 0.72002 0.22064 0.71915 0.22856 0.71822 0.23648 0.71722 0.24440 0.71616 0.25233 0.71504 0.26025 0.71386 0.26817 0.71261 0.27609 0.71130 0.28402 0.70993 0.29194 0.70850 0.29986 0.70701 0.30778 0.70546 0.31571 0.70385 0.32363 0.70217 0.33155 0.70044 0.33947 0.69865 0.34740 0.69681 0.35532 0.69490 0.36324 0.69294 0.37116 0.69092 0.37908 0.68884 0.38701 0.68671 0.39493 0.68452 0.40285 0.68227 0.41077 0.67998 0.41870 0.67762 0.42662 0.67522 0.43454 0.67276 0.44246 0.67025 0.45039 0.66769 0.45831 0.66508 0.46623 0.66242 0.47415 0.65971 0.48208 0.65695 0.49000 0.65414 0.49792 0.65128 0.50584 0.64838 0.51377 0.64543 0.52169 0.64244 0.52961 0.63940 0.53753 0.63631 0.54545 0.63319 0.55338 0.63002 0.56130 0.62681 0.56922 0.62356 0.57714 0.62027 0.58507 0.61694 0.59299 0.61357 0.60091 0.61016 0.60883 0.60672 0.61676 0.60324 0.62468 0.59973 0.63260 0.59618 0.64052 0.59260 0.64845 0.58898 0.65637 0.58534 0.66429 0.58166 0.67221 0.57796 0.68013 0.57422 0.68806 0.57046 0.69598 0.56667 0.70390 0.56285 0.71182 0.55901 0.71975 0.55515 0.72767 0.55126 0.73559 0.54735 0.74351 0.54341 0.75144 0.53946 0.75936 0.53549 0.76728 0.53150 0.77520 0.52749 0.78313 0.52346 0.79105 0.51942 0.79897 0.51536 0.80689 0.51130 0.81481 0.50721 0.82274 0.50312 0.83066 0.49902 0.83858 0.49490 0.84650 0.49078 0.85443 0.48665 0.86235 0.48251 0.87027 0.47837 0.87819 0.47422 0.88612 0.47007 0.89404 0.46592 0.90196 0.46177\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 13\n 25 6 13\n 11 72 3 0.26471 0.11873 0.26471 0.11873 0.35147 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 14\n 25 6 14\n 11 72 3 0.58333 0.11873 0.58333 0.11873 0.67010 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 72 3 0.26471 0.10039 0.26471 0.10039 0.35147 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 16\n 25 6 16\n 11 72 3 0.58333 0.10039 0.58333 0.10039 0.67010 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 17\n 25 6 17\n 11 72 3 0.26471 0.08196 0.26471 0.08196 0.35147 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.58333 0.08196 0.58333 0.08196 0.67010 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 19\n 25 6 19\n 11 72 3 0.26471 0.06363 0.26471 0.06363 0.35147 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 20\n 25 6 20\n 11 72 3 0.58333 0.06363 0.58333 0.06363 0.67010 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 21\n 25 6 21\n 11 72 3 0.26471 0.04520 0.26471 0.04520 0.35147 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 22\n 25 6 22\n 11 72 3 0.58333 0.04520 0.58333 0.04520 0.67010 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 23\n 25 6 23\n 11 72 3 0.26471 0.02686 0.26471 0.02686 0.35147 0.02686\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 24\n 25 6 24\n 11 72 3 0.58333 0.02686 0.58333 0.02686 0.67010 0.02686\n 21 6 1\n 25 6 1\n 11 402 18 0.37325 0.12094 0.37283 0.12178 0.37199 0.12262 0.37115 0.12304 0.36947 0.12304 0.36863 0.12262 0.36779 0.12178 0.36737 0.12094 0.36695 0.11968 0.36695 0.11758 0.36737 0.11632 0.36779 0.11548 0.36863 0.11464 0.36947 0.11422 0.37115 0.11422 0.37199 0.11464 0.37283 0.11548 0.37325 0.11632\n 11 468 21 0.37829 0.12304 0.37745 0.12262 0.37661 0.12178 0.37619 0.12094 0.37577 0.11968 0.37577 0.11758 0.37619 0.11632 0.37661 0.11548 0.37745 0.11464 0.37829 0.11422 0.37997 0.11422 0.38081 0.11464 0.38165 0.11548 0.38207 0.11632 0.38249 0.11758 0.38249 0.11968 0.38207 0.12094 0.38165 0.12178 0.38081 0.12262 0.37997 0.12304 0.37829 0.12304\n 11 446 20 0.39090 0.12178 0.39006 0.12262 0.38880 0.12304 0.38711 0.12304 0.38585 0.12262 0.38501 0.12178 0.38501 0.12094 0.38543 0.12010 0.38585 0.11968 0.38669 0.11926 0.38922 0.11842 0.39006 0.11800 0.39048 0.11758 0.39090 0.11674 0.39090 0.11548 0.39006 0.11464 0.38880 0.11422 0.38711 0.11422 0.38585 0.11464 0.38501 0.11548\n 11 226 10 0.39678 0.12472 0.39594 0.12388 0.39510 0.12262 0.39426 0.12094 0.39384 0.11884 0.39384 0.11716 0.39426 0.11506 0.39510 0.11338 0.39594 0.11211 0.39678 0.11127\n 11 50 2 0.39972 0.12304 0.39972 0.11422\n 11 50 2 0.40980 0.12472 0.40224 0.11127\n 11 314 14 0.41232 0.12094 0.41232 0.12136 0.41275 0.12220 0.41317 0.12262 0.41401 0.12304 0.41569 0.12304 0.41653 0.12262 0.41695 0.12220 0.41737 0.12136 0.41737 0.12052 0.41695 0.11968 0.41611 0.11842 0.41190 0.11422 0.41779 0.11422\n 11 380 17 0.42283 0.12304 0.42157 0.12262 0.42073 0.12136 0.42031 0.11926 0.42031 0.11800 0.42073 0.11590 0.42157 0.11464 0.42283 0.11422 0.42367 0.11422 0.42493 0.11464 0.42577 0.11590 0.42619 0.11800 0.42619 0.11926 0.42577 0.12136 0.42493 0.12262 0.42367 0.12304 0.42283 0.12304\n 11 226 10 0.42871 0.12472 0.42955 0.12388 0.43039 0.12262 0.43123 0.12094 0.43165 0.11884 0.43165 0.11716 0.43123 0.11506 0.43039 0.11338 0.42955 0.11211 0.42871 0.11127\n 11 402 18 0.69188 0.12094 0.69146 0.12178 0.69062 0.12262 0.68978 0.12304 0.68810 0.12304 0.68725 0.12262 0.68641 0.12178 0.68599 0.12094 0.68557 0.11968 0.68557 0.11758 0.68599 0.11632 0.68641 0.11548 0.68725 0.11464 0.68810 0.11422 0.68978 0.11422 0.69062 0.11464 0.69146 0.11548 0.69188 0.11632\n 11 468 21 0.69692 0.12304 0.69608 0.12262 0.69524 0.12178 0.69482 0.12094 0.69440 0.11968 0.69440 0.11758 0.69482 0.11632 0.69524 0.11548 0.69608 0.11464 0.69692 0.11422 0.69860 0.11422 0.69944 0.11464 0.70028 0.11548 0.70070 0.11632 0.70112 0.11758 0.70112 0.11968 0.70070 0.12094 0.70028 0.12178 0.69944 0.12262 0.69860 0.12304 0.69692 0.12304\n 11 446 20 0.70952 0.12178 0.70868 0.12262 0.70742 0.12304 0.70574 0.12304 0.70448 0.12262 0.70364 0.12178 0.70364 0.12094 0.70406 0.12010 0.70448 0.11968 0.70532 0.11926 0.70784 0.11842 0.70868 0.11800 0.70910 0.11758 0.70952 0.11674 0.70952 0.11548 0.70868 0.11464 0.70742 0.11422 0.70574 0.11422 0.70448 0.11464 0.70364 0.11548\n 11 226 10 0.71541 0.12472 0.71457 0.12388 0.71373 0.12262 0.71289 0.12094 0.71247 0.11884 0.71247 0.11716 0.71289 0.11506 0.71373 0.11338 0.71457 0.11211 0.71541 0.11127\n 11 50 2 0.71835 0.12304 0.71835 0.11422\n 11 50 2 0.72843 0.12472 0.72087 0.11127\n 11 314 14 0.73095 0.12094 0.73095 0.12136 0.73137 0.12220 0.73179 0.12262 0.73263 0.12304 0.73431 0.12304 0.73515 0.12262 0.73557 0.12220 0.73599 0.12136 0.73599 0.12052 0.73557 0.11968 0.73473 0.11842 0.73053 0.11422 0.73641 0.11422\n 11 72 3 0.74314 0.12304 0.73894 0.11716 0.74524 0.11716\n 11 50 2 0.74314 0.12304 0.74314 0.11422\n 11 226 10 0.74734 0.12472 0.74818 0.12388 0.74902 0.12262 0.74986 0.12094 0.75028 0.11884 0.75028 0.11716 0.74986 0.11506 0.74902 0.11338 0.74818 0.11211 0.74734 0.11127\n 11 402 18 0.37325 0.10231 0.37283 0.10315 0.37199 0.10399 0.37115 0.10441 0.36947 0.10441 0.36863 0.10399 0.36779 0.10315 0.36737 0.10231 0.36695 0.10105 0.36695 0.09895 0.36737 0.09769 0.36779 0.09685 0.36863 0.09601 0.36947 0.09559 0.37115 0.09559 0.37199 0.09601 0.37283 0.09685 0.37325 0.09769\n 11 468 21 0.37829 0.10441 0.37745 0.10399 0.37661 0.10315 0.37619 0.10231 0.37577 0.10105 0.37577 0.09895 0.37619 0.09769 0.37661 0.09685 0.37745 0.09601 0.37829 0.09559 0.37997 0.09559 0.38081 0.09601 0.38165 0.09685 0.38207 0.09769 0.38249 0.09895 0.38249 0.10105 0.38207 0.10231 0.38165 0.10315 0.38081 0.10399 0.37997 0.10441 0.37829 0.10441\n 11 446 20 0.39090 0.10315 0.39006 0.10399 0.38880 0.10441 0.38711 0.10441 0.38585 0.10399 0.38501 0.10315 0.38501 0.10231 0.38543 0.10147 0.38585 0.10105 0.38669 0.10063 0.38922 0.09979 0.39006 0.09937 0.39048 0.09895 0.39090 0.09811 0.39090 0.09685 0.39006 0.09601 0.38880 0.09559 0.38711 0.09559 0.38585 0.09601 0.38501 0.09685\n 11 226 10 0.39678 0.10609 0.39594 0.10525 0.39510 0.10399 0.39426 0.10231 0.39384 0.10021 0.39384 0.09853 0.39426 0.09643 0.39510 0.09475 0.39594 0.09349 0.39678 0.09265\n 11 50 2 0.39972 0.10441 0.39972 0.09559\n 11 50 2 0.40980 0.10609 0.40224 0.09265\n 11 314 14 0.41232 0.10231 0.41232 0.10273 0.41275 0.10357 0.41317 0.10399 0.41401 0.10441 0.41569 0.10441 0.41653 0.10399 0.41695 0.10357 0.41737 0.10273 0.41737 0.10189 0.41695 0.10105 0.41611 0.09979 0.41190 0.09559 0.41779 0.09559\n 11 644 29 0.42241 0.10441 0.42115 0.10399 0.42073 0.10315 0.42073 0.10231 0.42115 0.10147 0.42199 0.10105 0.42367 0.10063 0.42493 0.10021 0.42577 0.09937 0.42619 0.09853 0.42619 0.09727 0.42577 0.09643 0.42535 0.09601 0.42409 0.09559 0.42241 0.09559 0.42115 0.09601 0.42073 0.09643 0.42031 0.09727 0.42031 0.09853 0.42073 0.09937 0.42157 0.10021 0.42283 0.10063 0.42451 0.10105 0.42535 0.10147 0.42577 0.10231 0.42577 0.10315 0.42535 0.10399 0.42409 0.10441 0.42241 0.10441\n 11 226 10 0.42871 0.10609 0.42955 0.10525 0.43039 0.10399 0.43123 0.10231 0.43165 0.10021 0.43165 0.09853 0.43123 0.09643 0.43039 0.09475 0.42955 0.09349 0.42871 0.09265\n 11 402 18 0.69188 0.10231 0.69146 0.10315 0.69062 0.10399 0.68978 0.10441 0.68810 0.10441 0.68725 0.10399 0.68641 0.10315 0.68599 0.10231 0.68557 0.10105 0.68557 0.09895 0.68599 0.09769 0.68641 0.09685 0.68725 0.09601 0.68810 0.09559 0.68978 0.09559 0.69062 0.09601 0.69146 0.09685 0.69188 0.09769\n 11 468 21 0.69692 0.10441 0.69608 0.10399 0.69524 0.10315 0.69482 0.10231 0.69440 0.10105 0.69440 0.09895 0.69482 0.09769 0.69524 0.09685 0.69608 0.09601 0.69692 0.09559 0.69860 0.09559 0.69944 0.09601 0.70028 0.09685 0.70070 0.09769 0.70112 0.09895 0.70112 0.10105 0.70070 0.10231 0.70028 0.10315 0.69944 0.10399 0.69860 0.10441 0.69692 0.10441\n 11 446 20 0.70952 0.10315 0.70868 0.10399 0.70742 0.10441 0.70574 0.10441 0.70448 0.10399 0.70364 0.10315 0.70364 0.10231 0.70406 0.10147 0.70448 0.10105 0.70532 0.10063 0.70784 0.09979 0.70868 0.09937 0.70910 0.09895 0.70952 0.09811 0.70952 0.09685 0.70868 0.09601 0.70742 0.09559 0.70574 0.09559 0.70448 0.09601 0.70364 0.09685\n 11 226 10 0.71541 0.10609 0.71457 0.10525 0.71373 0.10399 0.71289 0.10231 0.71247 0.10021 0.71247 0.09853 0.71289 0.09643 0.71373 0.09475 0.71457 0.09349 0.71541 0.09265\n 11 50 2 0.71835 0.10441 0.71835 0.09559\n 11 50 2 0.72843 0.10609 0.72087 0.09265\n 11 336 15 0.73137 0.10441 0.73599 0.10441 0.73347 0.10105 0.73473 0.10105 0.73557 0.10063 0.73599 0.10021 0.73641 0.09895 0.73641 0.09811 0.73599 0.09685 0.73515 0.09601 0.73389 0.09559 0.73263 0.09559 0.73137 0.09601 0.73095 0.09643 0.73053 0.09727\n 11 314 14 0.73936 0.10231 0.73936 0.10273 0.73978 0.10357 0.74020 0.10399 0.74104 0.10441 0.74272 0.10441 0.74356 0.10399 0.74398 0.10357 0.74440 0.10273 0.74440 0.10189 0.74398 0.10105 0.74314 0.09979 0.73894 0.09559 0.74482 0.09559\n 11 226 10 0.74734 0.10609 0.74818 0.10525 0.74902 0.10399 0.74986 0.10231 0.75028 0.10021 0.75028 0.09853 0.74986 0.09643 0.74902 0.09475 0.74818 0.09349 0.74734 0.09265\n 11 402 18 0.37325 0.08466 0.37283 0.08550 0.37199 0.08634 0.37115 0.08676 0.36947 0.08676 0.36863 0.08634 0.36779 0.08550 0.36737 0.08466 0.36695 0.08340 0.36695 0.08130 0.36737 0.08004 0.36779 0.07920 0.36863 0.07836 0.36947 0.07794 0.37115 0.07794 0.37199 0.07836 0.37283 0.07920 0.37325 0.08004\n 11 468 21 0.37829 0.08676 0.37745 0.08634 0.37661 0.08550 0.37619 0.08466 0.37577 0.08340 0.37577 0.08130 0.37619 0.08004 0.37661 0.07920 0.37745 0.07836 0.37829 0.07794 0.37997 0.07794 0.38081 0.07836 0.38165 0.07920 0.38207 0.08004 0.38249 0.08130 0.38249 0.08340 0.38207 0.08466 0.38165 0.08550 0.38081 0.08634 0.37997 0.08676 0.37829 0.08676\n 11 446 20 0.39090 0.08550 0.39006 0.08634 0.38880 0.08676 0.38711 0.08676 0.38585 0.08634 0.38501 0.08550 0.38501 0.08466 0.38543 0.08382 0.38585 0.08340 0.38669 0.08298 0.38922 0.08214 0.39006 0.08172 0.39048 0.08130 0.39090 0.08046 0.39090 0.07920 0.39006 0.07836 0.38880 0.07794 0.38711 0.07794 0.38585 0.07836 0.38501 0.07920\n 11 226 10 0.39678 0.08845 0.39594 0.08761 0.39510 0.08634 0.39426 0.08466 0.39384 0.08256 0.39384 0.08088 0.39426 0.07878 0.39510 0.07710 0.39594 0.07584 0.39678 0.07500\n 11 50 2 0.39972 0.08676 0.39972 0.07794\n 11 50 2 0.40980 0.08845 0.40224 0.07500\n 11 336 15 0.41275 0.08676 0.41737 0.08676 0.41485 0.08340 0.41611 0.08340 0.41695 0.08298 0.41737 0.08256 0.41779 0.08130 0.41779 0.08046 0.41737 0.07920 0.41653 0.07836 0.41527 0.07794 0.41401 0.07794 0.41275 0.07836 0.41232 0.07878 0.41190 0.07962\n 11 512 23 0.42577 0.08550 0.42535 0.08634 0.42409 0.08676 0.42325 0.08676 0.42199 0.08634 0.42115 0.08508 0.42073 0.08298 0.42073 0.08088 0.42115 0.07920 0.42199 0.07836 0.42325 0.07794 0.42367 0.07794 0.42493 0.07836 0.42577 0.07920 0.42619 0.08046 0.42619 0.08088 0.42577 0.08214 0.42493 0.08298 0.42367 0.08340 0.42325 0.08340 0.42199 0.08298 0.42115 0.08214 0.42073 0.08088\n 11 226 10 0.42871 0.08845 0.42955 0.08761 0.43039 0.08634 0.43123 0.08466 0.43165 0.08256 0.43165 0.08088 0.43123 0.07878 0.43039 0.07710 0.42955 0.07584 0.42871 0.07500\n 11 402 18 0.69188 0.08466 0.69146 0.08550 0.69062 0.08634 0.68978 0.08676 0.68810 0.08676 0.68725 0.08634 0.68641 0.08550 0.68599 0.08466 0.68557 0.08340 0.68557 0.08130 0.68599 0.08004 0.68641 0.07920 0.68725 0.07836 0.68810 0.07794 0.68978 0.07794 0.69062 0.07836 0.69146 0.07920 0.69188 0.08004\n 11 468 21 0.69692 0.08676 0.69608 0.08634 0.69524 0.08550 0.69482 0.08466 0.69440 0.08340 0.69440 0.08130 0.69482 0.08004 0.69524 0.07920 0.69608 0.07836 0.69692 0.07794 0.69860 0.07794 0.69944 0.07836 0.70028 0.07920 0.70070 0.08004 0.70112 0.08130 0.70112 0.08340 0.70070 0.08466 0.70028 0.08550 0.69944 0.08634 0.69860 0.08676 0.69692 0.08676\n 11 446 20 0.70952 0.08550 0.70868 0.08634 0.70742 0.08676 0.70574 0.08676 0.70448 0.08634 0.70364 0.08550 0.70364 0.08466 0.70406 0.08382 0.70448 0.08340 0.70532 0.08298 0.70784 0.08214 0.70868 0.08172 0.70910 0.08130 0.70952 0.08046 0.70952 0.07920 0.70868 0.07836 0.70742 0.07794 0.70574 0.07794 0.70448 0.07836 0.70364 0.07920\n 11 226 10 0.71541 0.08845 0.71457 0.08761 0.71373 0.08634 0.71289 0.08466 0.71247 0.08256 0.71247 0.08088 0.71289 0.07878 0.71373 0.07710 0.71457 0.07584 0.71541 0.07500\n 11 50 2 0.71835 0.08676 0.71835 0.07794\n 11 50 2 0.72843 0.08845 0.72087 0.07500\n 11 72 3 0.73473 0.08676 0.73053 0.08088 0.73683 0.08088\n 11 50 2 0.73473 0.08676 0.73473 0.07794\n 11 380 17 0.74146 0.08676 0.74020 0.08634 0.73936 0.08508 0.73894 0.08298 0.73894 0.08172 0.73936 0.07962 0.74020 0.07836 0.74146 0.07794 0.74230 0.07794 0.74356 0.07836 0.74440 0.07962 0.74482 0.08172 0.74482 0.08298 0.74440 0.08508 0.74356 0.08634 0.74230 0.08676 0.74146 0.08676\n 11 226 10 0.74734 0.08845 0.74818 0.08761 0.74902 0.08634 0.74986 0.08466 0.75028 0.08256 0.75028 0.08088 0.74986 0.07878 0.74902 0.07710 0.74818 0.07584 0.74734 0.07500\n 11 402 18 0.37325 0.06604 0.37283 0.06688 0.37199 0.06772 0.37115 0.06814 0.36947 0.06814 0.36863 0.06772 0.36779 0.06688 0.36737 0.06604 0.36695 0.06478 0.36695 0.06268 0.36737 0.06141 0.36779 0.06057 0.36863 0.05973 0.36947 0.05931 0.37115 0.05931 0.37199 0.05973 0.37283 0.06057 0.37325 0.06141\n 11 468 21 0.37829 0.06814 0.37745 0.06772 0.37661 0.06688 0.37619 0.06604 0.37577 0.06478 0.37577 0.06268 0.37619 0.06141 0.37661 0.06057 0.37745 0.05973 0.37829 0.05931 0.37997 0.05931 0.38081 0.05973 0.38165 0.06057 0.38207 0.06141 0.38249 0.06268 0.38249 0.06478 0.38207 0.06604 0.38165 0.06688 0.38081 0.06772 0.37997 0.06814 0.37829 0.06814\n 11 446 20 0.39090 0.06688 0.39006 0.06772 0.38880 0.06814 0.38711 0.06814 0.38585 0.06772 0.38501 0.06688 0.38501 0.06604 0.38543 0.06520 0.38585 0.06478 0.38669 0.06436 0.38922 0.06352 0.39006 0.06310 0.39048 0.06268 0.39090 0.06183 0.39090 0.06057 0.39006 0.05973 0.38880 0.05931 0.38711 0.05931 0.38585 0.05973 0.38501 0.06057\n 11 226 10 0.39678 0.06982 0.39594 0.06898 0.39510 0.06772 0.39426 0.06604 0.39384 0.06394 0.39384 0.06225 0.39426 0.06015 0.39510 0.05847 0.39594 0.05721 0.39678 0.05637\n 11 50 2 0.39972 0.06814 0.39972 0.05931\n 11 50 2 0.40980 0.06982 0.40224 0.05637\n 11 72 3 0.41611 0.06814 0.41190 0.06225 0.41821 0.06225\n 11 50 2 0.41611 0.06814 0.41611 0.05931\n 11 72 3 0.42451 0.06814 0.42031 0.06225 0.42661 0.06225\n 11 50 2 0.42451 0.06814 0.42451 0.05931\n 11 226 10 0.42871 0.06982 0.42955 0.06898 0.43039 0.06772 0.43123 0.06604 0.43165 0.06394 0.43165 0.06225 0.43123 0.06015 0.43039 0.05847 0.42955 0.05721 0.42871 0.05637\n 11 402 18 0.69188 0.06604 0.69146 0.06688 0.69062 0.06772 0.68978 0.06814 0.68810 0.06814 0.68725 0.06772 0.68641 0.06688 0.68599 0.06604 0.68557 0.06478 0.68557 0.06268 0.68599 0.06141 0.68641 0.06057 0.68725 0.05973 0.68810 0.05931 0.68978 0.05931 0.69062 0.05973 0.69146 0.06057 0.69188 0.06141\n 11 468 21 0.69692 0.06814 0.69608 0.06772 0.69524 0.06688 0.69482 0.06604 0.69440 0.06478 0.69440 0.06268 0.69482 0.06141 0.69524 0.06057 0.69608 0.05973 0.69692 0.05931 0.69860 0.05931 0.69944 0.05973 0.70028 0.06057 0.70070 0.06141 0.70112 0.06268 0.70112 0.06478 0.70070 0.06604 0.70028 0.06688 0.69944 0.06772 0.69860 0.06814 0.69692 0.06814\n 11 446 20 0.70952 0.06688 0.70868 0.06772 0.70742 0.06814 0.70574 0.06814 0.70448 0.06772 0.70364 0.06688 0.70364 0.06604 0.70406 0.06520 0.70448 0.06478 0.70532 0.06436 0.70784 0.06352 0.70868 0.06310 0.70910 0.06268 0.70952 0.06183 0.70952 0.06057 0.70868 0.05973 0.70742 0.05931 0.70574 0.05931 0.70448 0.05973 0.70364 0.06057\n 11 226 10 0.71541 0.06982 0.71457 0.06898 0.71373 0.06772 0.71289 0.06604 0.71247 0.06394 0.71247 0.06225 0.71289 0.06015 0.71373 0.05847 0.71457 0.05721 0.71541 0.05637\n 11 50 2 0.71835 0.06814 0.71835 0.05931\n 11 50 2 0.72843 0.06982 0.72087 0.05637\n 11 72 3 0.73473 0.06814 0.73053 0.06225 0.73683 0.06225\n 11 50 2 0.73473 0.06814 0.73473 0.05931\n 11 644 29 0.74104 0.06814 0.73978 0.06772 0.73936 0.06688 0.73936 0.06604 0.73978 0.06520 0.74062 0.06478 0.74230 0.06436 0.74356 0.06394 0.74440 0.06310 0.74482 0.06225 0.74482 0.06099 0.74440 0.06015 0.74398 0.05973 0.74272 0.05931 0.74104 0.05931 0.73978 0.05973 0.73936 0.06015 0.73894 0.06099 0.73894 0.06225 0.73936 0.06310 0.74020 0.06394 0.74146 0.06436 0.74314 0.06478 0.74398 0.06520 0.74440 0.06604 0.74440 0.06688 0.74398 0.06772 0.74272 0.06814 0.74104 0.06814\n 11 226 10 0.74734 0.06982 0.74818 0.06898 0.74902 0.06772 0.74986 0.06604 0.75028 0.06394 0.75028 0.06225 0.74986 0.06015 0.74902 0.05847 0.74818 0.05721 0.74734 0.05637\n 11 402 18 0.37325 0.04741 0.37283 0.04825 0.37199 0.04909 0.37115 0.04951 0.36947 0.04951 0.36863 0.04909 0.36779 0.04825 0.36737 0.04741 0.36695 0.04615 0.36695 0.04405 0.36737 0.04279 0.36779 0.04195 0.36863 0.04111 0.36947 0.04069 0.37115 0.04069 0.37199 0.04111 0.37283 0.04195 0.37325 0.04279\n 11 468 21 0.37829 0.04951 0.37745 0.04909 0.37661 0.04825 0.37619 0.04741 0.37577 0.04615 0.37577 0.04405 0.37619 0.04279 0.37661 0.04195 0.37745 0.04111 0.37829 0.04069 0.37997 0.04069 0.38081 0.04111 0.38165 0.04195 0.38207 0.04279 0.38249 0.04405 0.38249 0.04615 0.38207 0.04741 0.38165 0.04825 0.38081 0.04909 0.37997 0.04951 0.37829 0.04951\n 11 446 20 0.39090 0.04825 0.39006 0.04909 0.38880 0.04951 0.38711 0.04951 0.38585 0.04909 0.38501 0.04825 0.38501 0.04741 0.38543 0.04657 0.38585 0.04615 0.38669 0.04573 0.38922 0.04489 0.39006 0.04447 0.39048 0.04405 0.39090 0.04321 0.39090 0.04195 0.39006 0.04111 0.38880 0.04069 0.38711 0.04069 0.38585 0.04111 0.38501 0.04195\n 11 226 10 0.39678 0.05119 0.39594 0.05035 0.39510 0.04909 0.39426 0.04741 0.39384 0.04531 0.39384 0.04363 0.39426 0.04153 0.39510 0.03985 0.39594 0.03859 0.39678 0.03775\n 11 50 2 0.39972 0.04951 0.39972 0.04069\n 11 50 2 0.40980 0.05119 0.40224 0.03775\n 11 380 17 0.41695 0.04951 0.41275 0.04951 0.41232 0.04573 0.41275 0.04615 0.41401 0.04657 0.41527 0.04657 0.41653 0.04615 0.41737 0.04531 0.41779 0.04405 0.41779 0.04321 0.41737 0.04195 0.41653 0.04111 0.41527 0.04069 0.41401 0.04069 0.41275 0.04111 0.41232 0.04153 0.41190 0.04237\n 11 314 14 0.42073 0.04741 0.42073 0.04783 0.42115 0.04867 0.42157 0.04909 0.42241 0.04951 0.42409 0.04951 0.42493 0.04909 0.42535 0.04867 0.42577 0.04783 0.42577 0.04699 0.42535 0.04615 0.42451 0.04489 0.42031 0.04069 0.42619 0.04069\n 11 226 10 0.42871 0.05119 0.42955 0.05035 0.43039 0.04909 0.43123 0.04741 0.43165 0.04531 0.43165 0.04363 0.43123 0.04153 0.43039 0.03985 0.42955 0.03859 0.42871 0.03775\n 11 402 18 0.69188 0.04741 0.69146 0.04825 0.69062 0.04909 0.68978 0.04951 0.68810 0.04951 0.68725 0.04909 0.68641 0.04825 0.68599 0.04741 0.68557 0.04615 0.68557 0.04405 0.68599 0.04279 0.68641 0.04195 0.68725 0.04111 0.68810 0.04069 0.68978 0.04069 0.69062 0.04111 0.69146 0.04195 0.69188 0.04279\n 11 468 21 0.69692 0.04951 0.69608 0.04909 0.69524 0.04825 0.69482 0.04741 0.69440 0.04615 0.69440 0.04405 0.69482 0.04279 0.69524 0.04195 0.69608 0.04111 0.69692 0.04069 0.69860 0.04069 0.69944 0.04111 0.70028 0.04195 0.70070 0.04279 0.70112 0.04405 0.70112 0.04615 0.70070 0.04741 0.70028 0.04825 0.69944 0.04909 0.69860 0.04951 0.69692 0.04951\n 11 446 20 0.70952 0.04825 0.70868 0.04909 0.70742 0.04951 0.70574 0.04951 0.70448 0.04909 0.70364 0.04825 0.70364 0.04741 0.70406 0.04657 0.70448 0.04615 0.70532 0.04573 0.70784 0.04489 0.70868 0.04447 0.70910 0.04405 0.70952 0.04321 0.70952 0.04195 0.70868 0.04111 0.70742 0.04069 0.70574 0.04069 0.70448 0.04111 0.70364 0.04195\n 11 226 10 0.71541 0.05119 0.71457 0.05035 0.71373 0.04909 0.71289 0.04741 0.71247 0.04531 0.71247 0.04363 0.71289 0.04153 0.71373 0.03985 0.71457 0.03859 0.71541 0.03775\n 11 50 2 0.71835 0.04951 0.71835 0.04069\n 11 50 2 0.72843 0.05119 0.72087 0.03775\n 11 380 17 0.73557 0.04951 0.73137 0.04951 0.73095 0.04573 0.73137 0.04615 0.73263 0.04657 0.73389 0.04657 0.73515 0.04615 0.73599 0.04531 0.73641 0.04405 0.73641 0.04321 0.73599 0.04195 0.73515 0.04111 0.73389 0.04069 0.73263 0.04069 0.73137 0.04111 0.73095 0.04153 0.73053 0.04237\n 11 512 23 0.74440 0.04825 0.74398 0.04909 0.74272 0.04951 0.74188 0.04951 0.74062 0.04909 0.73978 0.04783 0.73936 0.04573 0.73936 0.04363 0.73978 0.04195 0.74062 0.04111 0.74188 0.04069 0.74230 0.04069 0.74356 0.04111 0.74440 0.04195 0.74482 0.04321 0.74482 0.04363 0.74440 0.04489 0.74356 0.04573 0.74230 0.04615 0.74188 0.04615 0.74062 0.04573 0.73978 0.04489 0.73936 0.04363\n 11 226 10 0.74734 0.05119 0.74818 0.05035 0.74902 0.04909 0.74986 0.04741 0.75028 0.04531 0.75028 0.04363 0.74986 0.04153 0.74902 0.03985 0.74818 0.03859 0.74734 0.03775\n 11 402 18 0.37325 0.02878 0.37283 0.02962 0.37199 0.03046 0.37115 0.03088 0.36947 0.03088 0.36863 0.03046 0.36779 0.02962 0.36737 0.02878 0.36695 0.02752 0.36695 0.02542 0.36737 0.02416 0.36779 0.02332 0.36863 0.02248 0.36947 0.02206 0.37115 0.02206 0.37199 0.02248 0.37283 0.02332 0.37325 0.02416\n 11 468 21 0.37829 0.03088 0.37745 0.03046 0.37661 0.02962 0.37619 0.02878 0.37577 0.02752 0.37577 0.02542 0.37619 0.02416 0.37661 0.02332 0.37745 0.02248 0.37829 0.02206 0.37997 0.02206 0.38081 0.02248 0.38165 0.02332 0.38207 0.02416 0.38249 0.02542 0.38249 0.02752 0.38207 0.02878 0.38165 0.02962 0.38081 0.03046 0.37997 0.03088 0.37829 0.03088\n 11 446 20 0.39090 0.02962 0.39006 0.03046 0.38880 0.03088 0.38711 0.03088 0.38585 0.03046 0.38501 0.02962 0.38501 0.02878 0.38543 0.02794 0.38585 0.02752 0.38669 0.02710 0.38922 0.02626 0.39006 0.02584 0.39048 0.02542 0.39090 0.02458 0.39090 0.02332 0.39006 0.02248 0.38880 0.02206 0.38711 0.02206 0.38585 0.02248 0.38501 0.02332\n 11 226 10 0.39678 0.03256 0.39594 0.03172 0.39510 0.03046 0.39426 0.02878 0.39384 0.02668 0.39384 0.02500 0.39426 0.02290 0.39510 0.02122 0.39594 0.01996 0.39678 0.01912\n 11 50 2 0.39972 0.03088 0.39972 0.02206\n 11 50 2 0.40980 0.03256 0.40224 0.01912\n 11 512 23 0.41737 0.02962 0.41695 0.03046 0.41569 0.03088 0.41485 0.03088 0.41359 0.03046 0.41275 0.02920 0.41232 0.02710 0.41232 0.02500 0.41275 0.02332 0.41359 0.02248 0.41485 0.02206 0.41527 0.02206 0.41653 0.02248 0.41737 0.02332 0.41779 0.02458 0.41779 0.02500 0.41737 0.02626 0.41653 0.02710 0.41527 0.02752 0.41485 0.02752 0.41359 0.02710 0.41275 0.02626 0.41232 0.02500\n 11 380 17 0.42283 0.03088 0.42157 0.03046 0.42073 0.02920 0.42031 0.02710 0.42031 0.02584 0.42073 0.02374 0.42157 0.02248 0.42283 0.02206 0.42367 0.02206 0.42493 0.02248 0.42577 0.02374 0.42619 0.02584 0.42619 0.02710 0.42577 0.02920 0.42493 0.03046 0.42367 0.03088 0.42283 0.03088\n 11 226 10 0.42871 0.03256 0.42955 0.03172 0.43039 0.03046 0.43123 0.02878 0.43165 0.02668 0.43165 0.02500 0.43123 0.02290 0.43039 0.02122 0.42955 0.01996 0.42871 0.01912\n 11 402 18 0.69188 0.02878 0.69146 0.02962 0.69062 0.03046 0.68978 0.03088 0.68810 0.03088 0.68725 0.03046 0.68641 0.02962 0.68599 0.02878 0.68557 0.02752 0.68557 0.02542 0.68599 0.02416 0.68641 0.02332 0.68725 0.02248 0.68810 0.02206 0.68978 0.02206 0.69062 0.02248 0.69146 0.02332 0.69188 0.02416\n 11 468 21 0.69692 0.03088 0.69608 0.03046 0.69524 0.02962 0.69482 0.02878 0.69440 0.02752 0.69440 0.02542 0.69482 0.02416 0.69524 0.02332 0.69608 0.02248 0.69692 0.02206 0.69860 0.02206 0.69944 0.02248 0.70028 0.02332 0.70070 0.02416 0.70112 0.02542 0.70112 0.02752 0.70070 0.02878 0.70028 0.02962 0.69944 0.03046 0.69860 0.03088 0.69692 0.03088\n 11 446 20 0.70952 0.02962 0.70868 0.03046 0.70742 0.03088 0.70574 0.03088 0.70448 0.03046 0.70364 0.02962 0.70364 0.02878 0.70406 0.02794 0.70448 0.02752 0.70532 0.02710 0.70784 0.02626 0.70868 0.02584 0.70910 0.02542 0.70952 0.02458 0.70952 0.02332 0.70868 0.02248 0.70742 0.02206 0.70574 0.02206 0.70448 0.02248 0.70364 0.02332\n 11 226 10 0.71541 0.03256 0.71457 0.03172 0.71373 0.03046 0.71289 0.02878 0.71247 0.02668 0.71247 0.02500 0.71289 0.02290 0.71373 0.02122 0.71457 0.01996 0.71541 0.01912\n 11 50 2 0.71835 0.03088 0.71835 0.02206\n 11 50 2 0.72843 0.03256 0.72087 0.01912\n 11 512 23 0.73599 0.02962 0.73557 0.03046 0.73431 0.03088 0.73347 0.03088 0.73221 0.03046 0.73137 0.02920 0.73095 0.02710 0.73095 0.02500 0.73137 0.02332 0.73221 0.02248 0.73347 0.02206 0.73389 0.02206 0.73515 0.02248 0.73599 0.02332 0.73641 0.02458 0.73641 0.02500 0.73599 0.02626 0.73515 0.02710 0.73389 0.02752 0.73347 0.02752 0.73221 0.02710 0.73137 0.02626 0.73095 0.02500\n 11 72 3 0.74314 0.03088 0.73894 0.02500 0.74524 0.02500\n 11 50 2 0.74314 0.03088 0.74314 0.02206\n 11 226 10 0.74734 0.03256 0.74818 0.03172 0.74902 0.03046 0.74986 0.02878 0.75028 0.02668 0.75028 0.02500 0.74986 0.02290 0.74902 0.02122 0.74818 0.01996 0.74734 0.01912\n 11 50 2 0.74404 0.28799 0.74404 0.28799\n 82 0\n 81 6 1202\n 82 0\n 0 0\n","old_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 09\/05\/18 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 56 39 7 0.60000 0.60000 0.60000\n 56 39 8 0.60000 0.60000 0.60000\n 56 39 9 0.60000 0.60000 0.60000\n 56 39 10 0.60000 0.60000 0.60000\n 56 39 11 0.60000 0.60000 0.60000\n 56 39 12 0.60000 0.60000 0.60000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 2.00000 1\n 52 29 25 1 1.00000 1\n 51 29 25 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 2.00000 2\n 52 29 26 1 1.00000 2\n 51 29 26 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 15 1 1.00000 3\n 51 29 15 1 2.00000 3\n 52 29 27 1 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0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 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0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 380 17 0.19128 0.17255 0.18661 0.17255 0.18615 0.16835 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.35066 0.17255 0.34599 0.16275\n 11 50 2 0.34413 0.17255 0.35066 0.17255\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 512 23 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50584 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16928 0.50864 0.16695 0.50818 0.16461 0.50724 0.16321 0.50584 0.16275 0.50491 0.16275 0.50351 0.16321 0.50304 0.16415\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 314 14 0.65215 0.17021 0.65215 0.17068 0.65262 0.17162 0.65309 0.17208 0.65402 0.17255 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65635 0.16741 0.65168 0.16275 0.65822 0.16275\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 314 14 0.81060 0.17021 0.81060 0.17068 0.81107 0.17162 0.81153 0.17208 0.81247 0.17255 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81480 0.16741 0.81013 0.16275 0.81667 0.16275\n 11 336 15 0.82040 0.17255 0.82554 0.17255 0.82274 0.16881 0.82414 0.16881 0.82507 0.16835 0.82554 0.16788 0.82601 0.16648 0.82601 0.16555 0.82554 0.16415 0.82460 0.16321 0.82320 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 380 17 0.19128 0.17255 0.18661 0.17255 0.18615 0.16835 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.35066 0.17255 0.34599 0.16275\n 11 50 2 0.34413 0.17255 0.35066 0.17255\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 512 23 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50584 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16928 0.50864 0.16695 0.50818 0.16461 0.50724 0.16321 0.50584 0.16275 0.50491 0.16275 0.50351 0.16321 0.50304 0.16415\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 314 14 0.65215 0.17021 0.65215 0.17068 0.65262 0.17162 0.65309 0.17208 0.65402 0.17255 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65635 0.16741 0.65168 0.16275 0.65822 0.16275\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 314 14 0.81060 0.17021 0.81060 0.17068 0.81107 0.17162 0.81153 0.17208 0.81247 0.17255 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81480 0.16741 0.81013 0.16275 0.81667 0.16275\n 11 336 15 0.82040 0.17255 0.82554 0.17255 0.82274 0.16881 0.82414 0.16881 0.82507 0.16835 0.82554 0.16788 0.82601 0.16648 0.82601 0.16555 0.82554 0.16415 0.82460 0.16321 0.82320 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 380 17 0.19128 0.17255 0.18661 0.17255 0.18615 0.16835 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.35066 0.17255 0.34599 0.16275\n 11 50 2 0.34413 0.17255 0.35066 0.17255\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 512 23 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50584 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16928 0.50864 0.16695 0.50818 0.16461 0.50724 0.16321 0.50584 0.16275 0.50491 0.16275 0.50351 0.16321 0.50304 0.16415\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 314 14 0.65215 0.17021 0.65215 0.17068 0.65262 0.17162 0.65309 0.17208 0.65402 0.17255 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65635 0.16741 0.65168 0.16275 0.65822 0.16275\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 314 14 0.81060 0.17021 0.81060 0.17068 0.81107 0.17162 0.81153 0.17208 0.81247 0.17255 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81480 0.16741 0.81013 0.16275 0.81667 0.16275\n 11 336 15 0.82040 0.17255 0.82554 0.17255 0.82274 0.16881 0.82414 0.16881 0.82507 0.16835 0.82554 0.16788 0.82601 0.16648 0.82601 0.16555 0.82554 0.16415 0.82460 0.16321 0.82320 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 380 17 0.19128 0.17255 0.18661 0.17255 0.18615 0.16835 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.35066 0.17255 0.34599 0.16275\n 11 50 2 0.34413 0.17255 0.35066 0.17255\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 512 23 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50584 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16928 0.50864 0.16695 0.50818 0.16461 0.50724 0.16321 0.50584 0.16275 0.50491 0.16275 0.50351 0.16321 0.50304 0.16415\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 314 14 0.65215 0.17021 0.65215 0.17068 0.65262 0.17162 0.65309 0.17208 0.65402 0.17255 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65635 0.16741 0.65168 0.16275 0.65822 0.16275\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 314 14 0.81060 0.17021 0.81060 0.17068 0.81107 0.17162 0.81153 0.17208 0.81247 0.17255 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81480 0.16741 0.81013 0.16275 0.81667 0.16275\n 11 336 15 0.82040 0.17255 0.82554 0.17255 0.82274 0.16881 0.82414 0.16881 0.82507 0.16835 0.82554 0.16788 0.82601 0.16648 0.82601 0.16555 0.82554 0.16415 0.82460 0.16321 0.82320 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 50 2 0.50588 0.15098 0.51373 0.13922\n 11 50 2 0.51373 0.15098 0.50588 0.13922\n 21 6 13\n 25 6 13\n 11 2206 100 0.11765 0.72516 0.12557 0.72416 0.13349 0.72250 0.14141 0.72019 0.14934 0.71722 0.15726 0.71361 0.16518 0.70937 0.17310 0.70450 0.18103 0.69902 0.18895 0.69294 0.19687 0.68627 0.20479 0.67904 0.21272 0.67126 0.22064 0.66295 0.22856 0.65414 0.23648 0.64483 0.24440 0.63507 0.25233 0.62486 0.26025 0.61425 0.26817 0.60324 0.27609 0.59188 0.28402 0.58018 0.29194 0.56819 0.29986 0.55592 0.30778 0.54341 0.31571 0.53070 0.32363 0.51780 0.33155 0.50476 0.33947 0.49160 0.34740 0.47837 0.35532 0.46509 0.36324 0.45179 0.37116 0.43852 0.37908 0.42530 0.38701 0.41216 0.39493 0.39914 0.40285 0.38627 0.41077 0.37359 0.41870 0.36112 0.42662 0.34889 0.43454 0.33695 0.44246 0.32530 0.45039 0.31400 0.45831 0.30306 0.46623 0.29251 0.47415 0.28238 0.48208 0.27269 0.49000 0.26346 0.49792 0.25473 0.50584 0.24651 0.51377 0.23882 0.52169 0.23169 0.52961 0.22512 0.53753 0.21914 0.54545 0.21376 0.55338 0.20899 0.56130 0.20485 0.56922 0.20135 0.57714 0.19849 0.58507 0.19629 0.59299 0.19474 0.60091 0.19386 0.60883 0.19364 0.61676 0.19408 0.62468 0.19519 0.63260 0.19696 0.64052 0.19938 0.64845 0.20246 0.65637 0.20617 0.66429 0.21053 0.67221 0.21550 0.68013 0.22108 0.68806 0.22726 0.69598 0.23402 0.70390 0.24135 0.71182 0.24922 0.71975 0.25761 0.72767 0.26651 0.73559 0.27589 0.74351 0.28573 0.75144 0.29601 0.75936 0.30670 0.76728 0.31776 0.77520 0.32918 0.78313 0.34093 0.79105 0.35297 0.79897 0.36528 0.80689 0.37783 0.81481 0.39058 0.82274 0.40350 0.83066 0.41656 0.83858 0.42973 0.84650 0.44298 0.85443 0.45626 0.86235 0.46956 0.87027 0.48283 0.87819 0.49604 0.88612 0.50916 0.89404 0.52215 0.90196 0.53499\n 21 6 14\n 25 6 14\n 11 2206 100 0.11765 0.72526 0.12557 0.72457 0.13349 0.72342 0.14141 0.72181 0.14934 0.71974 0.15726 0.71722 0.16518 0.71426 0.17310 0.71085 0.18103 0.70701 0.18895 0.70274 0.19687 0.69804 0.20479 0.69294 0.21272 0.68742 0.22064 0.68151 0.22856 0.67522 0.23648 0.66855 0.24440 0.66152 0.25233 0.65414 0.26025 0.64642 0.26817 0.63837 0.27609 0.63002 0.28402 0.62137 0.29194 0.61244 0.29986 0.60324 0.30778 0.59380 0.31571 0.58412 0.32363 0.57422 0.33155 0.56413 0.33947 0.55385 0.34740 0.54341 0.35532 0.53283 0.36324 0.52212 0.37116 0.51130 0.37908 0.50038 0.38701 0.48940 0.39493 0.47837 0.40285 0.46730 0.41077 0.45622 0.41870 0.44515 0.42662 0.43410 0.43454 0.42310 0.44246 0.41216 0.45039 0.40130 0.45831 0.39054 0.46623 0.37990 0.47415 0.36940 0.48208 0.35906 0.49000 0.34889 0.49792 0.33892 0.50584 0.32915 0.51377 0.31961 0.52169 0.31031 0.52961 0.30127 0.53753 0.29251 0.54545 0.28403 0.55338 0.27586 0.56130 0.26801 0.56922 0.26050 0.57714 0.25332 0.58507 0.24651 0.59299 0.24007 0.60091 0.23400 0.60883 0.22833 0.61676 0.22306 0.62468 0.21820 0.63260 0.21376 0.64052 0.20974 0.64845 0.20616 0.65637 0.20302 0.66429 0.20033 0.67221 0.19808 0.68013 0.19629 0.68806 0.19495 0.69598 0.19408 0.70390 0.19366 0.71182 0.19371 0.71975 0.19422 0.72767 0.19519 0.73559 0.19662 0.74351 0.19850 0.75144 0.20084 0.75936 0.20363 0.76728 0.20686 0.77520 0.21053 0.78313 0.21463 0.79105 0.21915 0.79897 0.22410 0.80689 0.22945 0.81481 0.23520 0.82274 0.24135 0.83066 0.24787 0.83858 0.25476 0.84650 0.26200 0.85443 0.26959 0.86235 0.27750 0.87027 0.28573 0.87819 0.29427 0.88612 0.30309 0.89404 0.31218 0.90196 0.32153\n 21 6 15\n 25 6 15\n 11 2206 100 0.11765 0.72532 0.12557 0.72481 0.13349 0.72397 0.14141 0.72278 0.14934 0.72126 0.15726 0.71941 0.16518 0.71722 0.17310 0.71471 0.18103 0.71187 0.18895 0.70871 0.19687 0.70523 0.20479 0.70144 0.21272 0.69734 0.22064 0.69294 0.22856 0.68823 0.23648 0.68324 0.24440 0.67796 0.25233 0.67241 0.26025 0.66658 0.26817 0.66049 0.27609 0.65414 0.28402 0.64754 0.29194 0.64070 0.29986 0.63364 0.30778 0.62635 0.31571 0.61885 0.32363 0.61114 0.33155 0.60324 0.33947 0.59516 0.34740 0.58691 0.35532 0.57849 0.36324 0.56992 0.37116 0.56121 0.37908 0.55237 0.38701 0.54341 0.39493 0.53435 0.40285 0.52519 0.41077 0.51594 0.41870 0.50663 0.42662 0.49725 0.43454 0.48783 0.44246 0.47837 0.45039 0.46889 0.45831 0.45939 0.46623 0.44990 0.47415 0.44041 0.48208 0.43095 0.49000 0.42153 0.49792 0.41216 0.50584 0.40284 0.51377 0.39360 0.52169 0.38445 0.52961 0.37539 0.53753 0.36643 0.54545 0.35760 0.55338 0.34889 0.56130 0.34033 0.56922 0.33192 0.57714 0.32367 0.58507 0.31559 0.59299 0.30770 0.60091 0.30000 0.60883 0.29251 0.61676 0.28523 0.62468 0.27817 0.63260 0.27134 0.64052 0.26475 0.64845 0.25841 0.65637 0.25233 0.66429 0.24651 0.67221 0.24096 0.68013 0.23569 0.68806 0.23071 0.69598 0.22602 0.70390 0.22163 0.71182 0.21754 0.71975 0.21376 0.72767 0.21029 0.73559 0.20714 0.74351 0.20431 0.75144 0.20181 0.75936 0.19964 0.76728 0.19780 0.77520 0.19629 0.78313 0.19512 0.79105 0.19428 0.79897 0.19379 0.80689 0.19363 0.81481 0.19381 0.82274 0.19433 0.83066 0.19519 0.83858 0.19638 0.84650 0.19792 0.85443 0.19978 0.86235 0.20198 0.87027 0.20450 0.87819 0.20735 0.88612 0.21053 0.89404 0.21402 0.90196 0.21782\n 21 6 16\n 25 6 16\n 11 2206 100 0.11765 0.72536 0.12557 0.72497 0.13349 0.72432 0.14141 0.72342 0.14934 0.72225 0.15726 0.72083 0.16518 0.71915 0.17310 0.71722 0.18103 0.71504 0.18895 0.71261 0.19687 0.70993 0.20479 0.70701 0.21272 0.70385 0.22064 0.70044 0.22856 0.69681 0.23648 0.69294 0.24440 0.68884 0.25233 0.68452 0.26025 0.67998 0.26817 0.67522 0.27609 0.67025 0.28402 0.66508 0.29194 0.65971 0.29986 0.65414 0.30778 0.64838 0.31571 0.64244 0.32363 0.63631 0.33155 0.63002 0.33947 0.62356 0.34740 0.61694 0.35532 0.61016 0.36324 0.60324 0.37116 0.59618 0.37908 0.58898 0.38701 0.58166 0.39493 0.57422 0.40285 0.56667 0.41077 0.55901 0.41870 0.55126 0.42662 0.54341 0.43454 0.53549 0.44246 0.52749 0.45039 0.51942 0.45831 0.51130 0.46623 0.50312 0.47415 0.49490 0.48208 0.48665 0.49000 0.47837 0.49792 0.47007 0.50584 0.46177 0.51377 0.45346 0.52169 0.44515 0.52961 0.43686 0.53753 0.42859 0.54545 0.42036 0.55338 0.41216 0.56130 0.40400 0.56922 0.39591 0.57714 0.38787 0.58507 0.37990 0.59299 0.37201 0.60091 0.36421 0.60883 0.35650 0.61676 0.34889 0.62468 0.34139 0.63260 0.33401 0.64052 0.32674 0.64845 0.31961 0.65637 0.31261 0.66429 0.30576 0.67221 0.29905 0.68013 0.29251 0.68806 0.28612 0.69598 0.27991 0.70390 0.27387 0.71182 0.26801 0.71975 0.26234 0.72767 0.25687 0.73559 0.25159 0.74351 0.24651 0.75144 0.24164 0.75936 0.23699 0.76728 0.23255 0.77520 0.22833 0.78313 0.22434 0.79105 0.22058 0.79897 0.21705 0.80689 0.21376 0.81481 0.21071 0.82274 0.20790 0.83066 0.20534 0.83858 0.20302 0.84650 0.20096 0.85443 0.19915 0.86235 0.19759 0.87027 0.19629 0.87819 0.19524 0.88612 0.19446 0.89404 0.19393 0.90196 0.19366\n 21 6 17\n 25 6 17\n 11 2206 100 0.11765 0.72539 0.12557 0.72508 0.13349 0.72457 0.14141 0.72385 0.14934 0.72293 0.15726 0.72181 0.16518 0.72048 0.17310 0.71895 0.18103 0.71722 0.18895 0.71530 0.19687 0.71317 0.20479 0.71085 0.21272 0.70834 0.22064 0.70563 0.22856 0.70274 0.23648 0.69965 0.24440 0.69639 0.25233 0.69294 0.26025 0.68930 0.26817 0.68550 0.27609 0.68151 0.28402 0.67736 0.29194 0.67304 0.29986 0.66855 0.30778 0.66390 0.31571 0.65910 0.32363 0.65414 0.33155 0.64903 0.33947 0.64377 0.34740 0.63837 0.35532 0.63284 0.36324 0.62717 0.37116 0.62137 0.37908 0.61545 0.38701 0.60940 0.39493 0.60324 0.40285 0.59697 0.41077 0.59060 0.41870 0.58412 0.42662 0.57754 0.43454 0.57088 0.44246 0.56413 0.45039 0.55730 0.45831 0.55039 0.46623 0.54341 0.47415 0.53637 0.48208 0.52927 0.49000 0.52212 0.49792 0.51491 0.50584 0.50767 0.51377 0.50038 0.52169 0.49307 0.52961 0.48573 0.53753 0.47837 0.54545 0.47100 0.55338 0.46361 0.56130 0.45622 0.56922 0.44884 0.57714 0.44146 0.58507 0.43410 0.59299 0.42676 0.60091 0.41944 0.60883 0.41216 0.61676 0.40491 0.62468 0.39770 0.63260 0.39054 0.64052 0.38343 0.64845 0.37639 0.65637 0.36940 0.66429 0.36249 0.67221 0.35565 0.68013 0.34889 0.68806 0.34222 0.69598 0.33564 0.70390 0.32915 0.71182 0.32276 0.71975 0.31648 0.72767 0.31031 0.73559 0.30425 0.74351 0.29832 0.75144 0.29251 0.75936 0.28683 0.76728 0.28128 0.77520 0.27586 0.78313 0.27059 0.79105 0.26547 0.79897 0.26050 0.80689 0.25568 0.81481 0.25101 0.82274 0.24651 0.83066 0.24217 0.83858 0.23800 0.84650 0.23400 0.85443 0.23018 0.86235 0.22653 0.87027 0.22306 0.87819 0.21977 0.88612 0.21667 0.89404 0.21376 0.90196 0.21103\n 21 6 18\n 25 6 18\n 11 2206 100 0.11765 0.72541 0.12557 0.72516 0.13349 0.72474 0.14141 0.72416 0.14934 0.72342 0.15726 0.72250 0.16518 0.72143 0.17310 0.72019 0.18103 0.71879 0.18895 0.71722 0.19687 0.71550 0.20479 0.71361 0.21272 0.71157 0.22064 0.70937 0.22856 0.70701 0.23648 0.70450 0.24440 0.70183 0.25233 0.69902 0.26025 0.69605 0.26817 0.69294 0.27609 0.68968 0.28402 0.68627 0.29194 0.68273 0.29986 0.67904 0.30778 0.67522 0.31571 0.67126 0.32363 0.66717 0.33155 0.66295 0.33947 0.65861 0.34740 0.65414 0.35532 0.64955 0.36324 0.64483 0.37116 0.64001 0.37908 0.63507 0.38701 0.63002 0.39493 0.62486 0.40285 0.61961 0.41077 0.61425 0.41870 0.60879 0.42662 0.60324 0.43454 0.59760 0.44246 0.59188 0.45039 0.58607 0.45831 0.58018 0.46623 0.57422 0.47415 0.56819 0.48208 0.56209 0.49000 0.55592 0.49792 0.54970 0.50584 0.54341 0.51377 0.53708 0.52169 0.53070 0.52961 0.52427 0.53753 0.51780 0.54545 0.51130 0.55338 0.50476 0.56130 0.49819 0.56922 0.49160 0.57714 0.48500 0.58507 0.47837 0.59299 0.47173 0.60091 0.46509 0.60883 0.45844 0.61676 0.45179 0.62468 0.44515 0.63260 0.43852 0.64052 0.43190 0.64845 0.42530 0.65637 0.41871 0.66429 0.41216 0.67221 0.40563 0.68013 0.39914 0.68806 0.39268 0.69598 0.38627 0.70390 0.37990 0.71182 0.37359 0.71975 0.36732 0.72767 0.36112 0.73559 0.35497 0.74351 0.34889 0.75144 0.34288 0.75936 0.33695 0.76728 0.33108 0.77520 0.32530 0.78313 0.31961 0.79105 0.31400 0.79897 0.30848 0.80689 0.30306 0.81481 0.29773 0.82274 0.29251 0.83066 0.28739 0.83858 0.28238 0.84650 0.27747 0.85443 0.27269 0.86235 0.26801 0.87027 0.26346 0.87819 0.25903 0.88612 0.25473 0.89404 0.25055 0.90196 0.24651\n 21 6 19\n 25 6 19\n 11 2206 100 0.11765 0.72542 0.12557 0.72522 0.13349 0.72487 0.14141 0.72439 0.14934 0.72378 0.15726 0.72302 0.16518 0.72213 0.17310 0.72111 0.18103 0.71995 0.18895 0.71865 0.19687 0.71722 0.20479 0.71566 0.21272 0.71397 0.22064 0.71214 0.22856 0.71019 0.23648 0.70810 0.24440 0.70589 0.25233 0.70355 0.26025 0.70108 0.26817 0.69849 0.27609 0.69577 0.28402 0.69294 0.29194 0.68998 0.29986 0.68690 0.30778 0.68371 0.31571 0.68040 0.32363 0.67697 0.33155 0.67344 0.33947 0.66979 0.34740 0.66604 0.35532 0.66217 0.36324 0.65821 0.37116 0.65414 0.37908 0.64997 0.38701 0.64570 0.39493 0.64134 0.40285 0.63688 0.41077 0.63233 0.41870 0.62769 0.42662 0.62296 0.43454 0.61815 0.44246 0.61326 0.45039 0.60829 0.45831 0.60324 0.46623 0.59812 0.47415 0.59293 0.48208 0.58766 0.49000 0.58233 0.49792 0.57694 0.50584 0.57149 0.51377 0.56598 0.52169 0.56041 0.52961 0.55479 0.53753 0.54913 0.54545 0.54341 0.55338 0.53766 0.56130 0.53186 0.56922 0.52602 0.57714 0.52016 0.58507 0.51426 0.59299 0.50833 0.60091 0.50237 0.60883 0.49640 0.61676 0.49040 0.62468 0.48439 0.63260 0.47837 0.64052 0.47234 0.64845 0.46630 0.65637 0.46025 0.66429 0.45421 0.67221 0.44817 0.68013 0.44213 0.68806 0.43611 0.69598 0.43010 0.70390 0.42410 0.71182 0.41812 0.71975 0.41216 0.72767 0.40622 0.73559 0.40032 0.74351 0.39444 0.75144 0.38860 0.75936 0.38279 0.76728 0.37703 0.77520 0.37130 0.78313 0.36562 0.79105 0.35999 0.79897 0.35442 0.80689 0.34889 0.81481 0.34343 0.82274 0.33802 0.83066 0.33268 0.83858 0.32740 0.84650 0.32219 0.85443 0.31705 0.86235 0.31198 0.87027 0.30699 0.87819 0.30208 0.88612 0.29725 0.89404 0.29251 0.90196 0.28785\n 21 6 20\n 25 6 20\n 11 2206 100 0.11765 0.72543 0.12557 0.72526 0.13349 0.72497 0.14141 0.72457 0.14934 0.72405 0.15726 0.72342 0.16518 0.72267 0.17310 0.72181 0.18103 0.72083 0.18895 0.71974 0.19687 0.71854 0.20479 0.71722 0.21272 0.71580 0.22064 0.71426 0.22856 0.71261 0.23648 0.71085 0.24440 0.70899 0.25233 0.70701 0.26025 0.70493 0.26817 0.70274 0.27609 0.70044 0.28402 0.69804 0.29194 0.69554 0.29986 0.69294 0.30778 0.69023 0.31571 0.68742 0.32363 0.68452 0.33155 0.68151 0.33947 0.67841 0.34740 0.67522 0.35532 0.67193 0.36324 0.66855 0.37116 0.66508 0.37908 0.66152 0.38701 0.65787 0.39493 0.65414 0.40285 0.65032 0.41077 0.64642 0.41870 0.64244 0.42662 0.63837 0.43454 0.63424 0.44246 0.63002 0.45039 0.62573 0.45831 0.62137 0.46623 0.61694 0.47415 0.61244 0.48208 0.60787 0.49000 0.60324 0.49792 0.59855 0.50584 0.59380 0.51377 0.58898 0.52169 0.58412 0.52961 0.57920 0.53753 0.57422 0.54545 0.56920 0.55338 0.56413 0.56130 0.55901 0.56922 0.55385 0.57714 0.54865 0.58507 0.54341 0.59299 0.53814 0.60091 0.53283 0.60883 0.52749 0.61676 0.52212 0.62468 0.51672 0.63260 0.51130 0.64052 0.50585 0.64845 0.50038 0.65637 0.49490 0.66429 0.48940 0.67221 0.48389 0.68013 0.47837 0.68806 0.47284 0.69598 0.46730 0.70390 0.46177 0.71182 0.45622 0.71975 0.45069 0.72767 0.44515 0.73559 0.43962 0.74351 0.43410 0.75144 0.42859 0.75936 0.42310 0.76728 0.41762 0.77520 0.41216 0.78313 0.40672 0.79105 0.40130 0.79897 0.39591 0.80689 0.39054 0.81481 0.38521 0.82274 0.37990 0.83066 0.37464 0.83858 0.36940 0.84650 0.36421 0.85443 0.35906 0.86235 0.35395 0.87027 0.34889 0.87819 0.34388 0.88612 0.33892 0.89404 0.33401 0.90196 0.32915\n 21 6 21\n 25 6 21\n 11 2206 100 0.11765 0.72544 0.12557 0.72529 0.13349 0.72505 0.14141 0.72470 0.14934 0.72426 0.15726 0.72372 0.16518 0.72308 0.17310 0.72235 0.18103 0.72152 0.18895 0.72059 0.19687 0.71956 0.20479 0.71844 0.21272 0.71722 0.22064 0.71591 0.22856 0.71450 0.23648 0.71300 0.24440 0.71141 0.25233 0.70972 0.26025 0.70794 0.26817 0.70606 0.27609 0.70410 0.28402 0.70204 0.29194 0.69990 0.29986 0.69767 0.30778 0.69534 0.31571 0.69294 0.32363 0.69044 0.33155 0.68786 0.33947 0.68520 0.34740 0.68245 0.35532 0.67962 0.36324 0.67671 0.37116 0.67371 0.37908 0.67064 0.38701 0.66749 0.39493 0.66427 0.40285 0.66096 0.41077 0.65759 0.41870 0.65414 0.42662 0.65062 0.43454 0.64702 0.44246 0.64336 0.45039 0.63963 0.45831 0.63584 0.46623 0.63197 0.47415 0.62805 0.48208 0.62406 0.49000 0.62001 0.49792 0.61591 0.50584 0.61174 0.51377 0.60752 0.52169 0.60324 0.52961 0.59891 0.53753 0.59453 0.54545 0.59010 0.55338 0.58562 0.56130 0.58109 0.56922 0.57652 0.57714 0.57191 0.58507 0.56725 0.59299 0.56256 0.60091 0.55782 0.60883 0.55305 0.61676 0.54825 0.62468 0.54341 0.63260 0.53854 0.64052 0.53365 0.64845 0.52872 0.65637 0.52377 0.66429 0.51880 0.67221 0.51380 0.68013 0.50878 0.68806 0.50375 0.69598 0.49870 0.70390 0.49363 0.71182 0.48856 0.71975 0.48347 0.72767 0.47837 0.73559 0.47327 0.74351 0.46816 0.75144 0.46304 0.75936 0.45793 0.76728 0.45282 0.77520 0.44771 0.78313 0.44260 0.79105 0.43750 0.79897 0.43241 0.80689 0.42732 0.81481 0.42225 0.82274 0.41720 0.83066 0.41216 0.83858 0.40713 0.84650 0.40213 0.85443 0.39715 0.86235 0.39219 0.87027 0.38725 0.87819 0.38235 0.88612 0.37747 0.89404 0.37262 0.90196 0.36780\n 21 6 22\n 25 6 22\n 11 2206 100 0.11765 0.72545 0.12557 0.72532 0.13349 0.72511 0.14141 0.72481 0.14934 0.72443 0.15726 0.72397 0.16518 0.72342 0.17310 0.72278 0.18103 0.72206 0.18895 0.72126 0.19687 0.72038 0.20479 0.71941 0.21272 0.71836 0.22064 0.71722 0.22856 0.71601 0.23648 0.71471 0.24440 0.71333 0.25233 0.71187 0.26025 0.71033 0.26817 0.70871 0.27609 0.70701 0.28402 0.70523 0.29194 0.70337 0.29986 0.70144 0.30778 0.69943 0.31571 0.69734 0.32363 0.69517 0.33155 0.69294 0.33947 0.69062 0.34740 0.68823 0.35532 0.68577 0.36324 0.68324 0.37116 0.68064 0.37908 0.67796 0.38701 0.67522 0.39493 0.67241 0.40285 0.66953 0.41077 0.66658 0.41870 0.66356 0.42662 0.66049 0.43454 0.65734 0.44246 0.65414 0.45039 0.65087 0.45831 0.64754 0.46623 0.64415 0.47415 0.64070 0.48208 0.63720 0.49000 0.63364 0.49792 0.63002 0.50584 0.62635 0.51377 0.62262 0.52169 0.61885 0.52961 0.61502 0.53753 0.61114 0.54545 0.60721 0.55338 0.60324 0.56130 0.59922 0.56922 0.59516 0.57714 0.59105 0.58507 0.58691 0.59299 0.58272 0.60091 0.57849 0.60883 0.57422 0.61676 0.56992 0.62468 0.56558 0.63260 0.56121 0.64052 0.55681 0.64845 0.55237 0.65637 0.54791 0.66429 0.54341 0.67221 0.53889 0.68013 0.53435 0.68806 0.52978 0.69598 0.52519 0.70390 0.52058 0.71182 0.51594 0.71975 0.51130 0.72767 0.50663 0.73559 0.50195 0.74351 0.49725 0.75144 0.49255 0.75936 0.48783 0.76728 0.48310 0.77520 0.47837 0.78313 0.47363 0.79105 0.46889 0.79897 0.46414 0.80689 0.45939 0.81481 0.45464 0.82274 0.44990 0.83066 0.44515 0.83858 0.44041 0.84650 0.43568 0.85443 0.43095 0.86235 0.42624 0.87027 0.42153 0.87819 0.41684 0.88612 0.41216 0.89404 0.40749 0.90196 0.40284\n 21 6 23\n 25 6 23\n 11 2206 100 0.11765 0.72545 0.12557 0.72534 0.13349 0.72516 0.14141 0.72490 0.14934 0.72457 0.15726 0.72416 0.16518 0.72368 0.17310 0.72313 0.18103 0.72250 0.18895 0.72181 0.19687 0.72103 0.20479 0.72019 0.21272 0.71927 0.22064 0.71828 0.22856 0.71722 0.23648 0.71609 0.24440 0.71489 0.25233 0.71361 0.26025 0.71227 0.26817 0.71085 0.27609 0.70937 0.28402 0.70781 0.29194 0.70619 0.29986 0.70450 0.30778 0.70274 0.31571 0.70091 0.32363 0.69902 0.33155 0.69705 0.33947 0.69503 0.34740 0.69294 0.35532 0.69078 0.36324 0.68856 0.37116 0.68627 0.37908 0.68392 0.38701 0.68151 0.39493 0.67904 0.40285 0.67651 0.41077 0.67392 0.41870 0.67126 0.42662 0.66855 0.43454 0.66578 0.44246 0.66295 0.45039 0.66007 0.45831 0.65713 0.46623 0.65414 0.47415 0.65109 0.48208 0.64799 0.49000 0.64483 0.49792 0.64163 0.50584 0.63837 0.51377 0.63507 0.52169 0.63171 0.52961 0.62831 0.53753 0.62486 0.54545 0.62137 0.55338 0.61783 0.56130 0.61425 0.56922 0.61062 0.57714 0.60695 0.58507 0.60324 0.59299 0.59949 0.60091 0.59570 0.60883 0.59188 0.61676 0.58802 0.62468 0.58412 0.63260 0.58018 0.64052 0.57622 0.64845 0.57222 0.65637 0.56819 0.66429 0.56413 0.67221 0.56004 0.68013 0.55592 0.68806 0.55178 0.69598 0.54761 0.70390 0.54341 0.71182 0.53920 0.71975 0.53496 0.72767 0.53070 0.73559 0.52641 0.74351 0.52212 0.75144 0.51780 0.75936 0.51347 0.76728 0.50912 0.77520 0.50476 0.78313 0.50038 0.79105 0.49600 0.79897 0.49160 0.80689 0.48720 0.81481 0.48279 0.82274 0.47837 0.83066 0.47395 0.83858 0.46952 0.84650 0.46509 0.85443 0.46066 0.86235 0.45622 0.87027 0.45179 0.87819 0.44736 0.88612 0.44294 0.89404 0.43852 0.90196 0.43410\n 21 6 24\n 25 6 24\n 11 2206 100 0.11765 0.72546 0.12557 0.72536 0.13349 0.72520 0.14141 0.72497 0.14934 0.72468 0.15726 0.72432 0.16518 0.72390 0.17310 0.72342 0.18103 0.72287 0.18895 0.72225 0.19687 0.72157 0.20479 0.72083 0.21272 0.72002 0.22064 0.71915 0.22856 0.71822 0.23648 0.71722 0.24440 0.71616 0.25233 0.71504 0.26025 0.71386 0.26817 0.71261 0.27609 0.71130 0.28402 0.70993 0.29194 0.70850 0.29986 0.70701 0.30778 0.70546 0.31571 0.70385 0.32363 0.70217 0.33155 0.70044 0.33947 0.69865 0.34740 0.69681 0.35532 0.69490 0.36324 0.69294 0.37116 0.69092 0.37908 0.68884 0.38701 0.68671 0.39493 0.68452 0.40285 0.68227 0.41077 0.67998 0.41870 0.67762 0.42662 0.67522 0.43454 0.67276 0.44246 0.67025 0.45039 0.66769 0.45831 0.66508 0.46623 0.66242 0.47415 0.65971 0.48208 0.65695 0.49000 0.65414 0.49792 0.65128 0.50584 0.64838 0.51377 0.64543 0.52169 0.64244 0.52961 0.63940 0.53753 0.63631 0.54545 0.63319 0.55338 0.63002 0.56130 0.62681 0.56922 0.62356 0.57714 0.62027 0.58507 0.61694 0.59299 0.61357 0.60091 0.61016 0.60883 0.60672 0.61676 0.60324 0.62468 0.59973 0.63260 0.59618 0.64052 0.59260 0.64845 0.58898 0.65637 0.58534 0.66429 0.58166 0.67221 0.57796 0.68013 0.57422 0.68806 0.57046 0.69598 0.56667 0.70390 0.56285 0.71182 0.55901 0.71975 0.55515 0.72767 0.55126 0.73559 0.54735 0.74351 0.54341 0.75144 0.53946 0.75936 0.53549 0.76728 0.53150 0.77520 0.52749 0.78313 0.52346 0.79105 0.51942 0.79897 0.51536 0.80689 0.51130 0.81481 0.50721 0.82274 0.50312 0.83066 0.49902 0.83858 0.49490 0.84650 0.49078 0.85443 0.48665 0.86235 0.48251 0.87027 0.47837 0.87819 0.47422 0.88612 0.47007 0.89404 0.46592 0.90196 0.46177\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 13\n 25 6 13\n 11 72 3 0.26471 0.11873 0.26471 0.11873 0.35147 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 14\n 25 6 14\n 11 72 3 0.58333 0.11873 0.58333 0.11873 0.67010 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 72 3 0.26471 0.10039 0.26471 0.10039 0.35147 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 16\n 25 6 16\n 11 72 3 0.58333 0.10039 0.58333 0.10039 0.67010 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 17\n 25 6 17\n 11 72 3 0.26471 0.08196 0.26471 0.08196 0.35147 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.58333 0.08196 0.58333 0.08196 0.67010 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 19\n 25 6 19\n 11 72 3 0.26471 0.06363 0.26471 0.06363 0.35147 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 20\n 25 6 20\n 11 72 3 0.58333 0.06363 0.58333 0.06363 0.67010 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 21\n 25 6 21\n 11 72 3 0.26471 0.04520 0.26471 0.04520 0.35147 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 22\n 25 6 22\n 11 72 3 0.58333 0.04520 0.58333 0.04520 0.67010 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 23\n 25 6 23\n 11 72 3 0.26471 0.02686 0.26471 0.02686 0.35147 0.02686\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 24\n 25 6 24\n 11 72 3 0.58333 0.02686 0.58333 0.02686 0.67010 0.02686\n 21 6 1\n 25 6 1\n 11 402 18 0.37325 0.12094 0.37283 0.12178 0.37199 0.12262 0.37115 0.12304 0.36947 0.12304 0.36863 0.12262 0.36779 0.12178 0.36737 0.12094 0.36695 0.11968 0.36695 0.11758 0.36737 0.11632 0.36779 0.11548 0.36863 0.11464 0.36947 0.11422 0.37115 0.11422 0.37199 0.11464 0.37283 0.11548 0.37325 0.11632\n 11 468 21 0.37829 0.12304 0.37745 0.12262 0.37661 0.12178 0.37619 0.12094 0.37577 0.11968 0.37577 0.11758 0.37619 0.11632 0.37661 0.11548 0.37745 0.11464 0.37829 0.11422 0.37997 0.11422 0.38081 0.11464 0.38165 0.11548 0.38207 0.11632 0.38249 0.11758 0.38249 0.11968 0.38207 0.12094 0.38165 0.12178 0.38081 0.12262 0.37997 0.12304 0.37829 0.12304\n 11 446 20 0.39090 0.12178 0.39006 0.12262 0.38880 0.12304 0.38711 0.12304 0.38585 0.12262 0.38501 0.12178 0.38501 0.12094 0.38543 0.12010 0.38585 0.11968 0.38669 0.11926 0.38922 0.11842 0.39006 0.11800 0.39048 0.11758 0.39090 0.11674 0.39090 0.11548 0.39006 0.11464 0.38880 0.11422 0.38711 0.11422 0.38585 0.11464 0.38501 0.11548\n 11 226 10 0.39678 0.12472 0.39594 0.12388 0.39510 0.12262 0.39426 0.12094 0.39384 0.11884 0.39384 0.11716 0.39426 0.11506 0.39510 0.11338 0.39594 0.11211 0.39678 0.11127\n 11 50 2 0.39972 0.12304 0.39972 0.11422\n 11 50 2 0.40980 0.12472 0.40224 0.11127\n 11 314 14 0.41232 0.12094 0.41232 0.12136 0.41275 0.12220 0.41317 0.12262 0.41401 0.12304 0.41569 0.12304 0.41653 0.12262 0.41695 0.12220 0.41737 0.12136 0.41737 0.12052 0.41695 0.11968 0.41611 0.11842 0.41190 0.11422 0.41779 0.11422\n 11 380 17 0.42283 0.12304 0.42157 0.12262 0.42073 0.12136 0.42031 0.11926 0.42031 0.11800 0.42073 0.11590 0.42157 0.11464 0.42283 0.11422 0.42367 0.11422 0.42493 0.11464 0.42577 0.11590 0.42619 0.11800 0.42619 0.11926 0.42577 0.12136 0.42493 0.12262 0.42367 0.12304 0.42283 0.12304\n 11 226 10 0.42871 0.12472 0.42955 0.12388 0.43039 0.12262 0.43123 0.12094 0.43165 0.11884 0.43165 0.11716 0.43123 0.11506 0.43039 0.11338 0.42955 0.11211 0.42871 0.11127\n 11 402 18 0.69188 0.12094 0.69146 0.12178 0.69062 0.12262 0.68978 0.12304 0.68810 0.12304 0.68725 0.12262 0.68641 0.12178 0.68599 0.12094 0.68557 0.11968 0.68557 0.11758 0.68599 0.11632 0.68641 0.11548 0.68725 0.11464 0.68810 0.11422 0.68978 0.11422 0.69062 0.11464 0.69146 0.11548 0.69188 0.11632\n 11 468 21 0.69692 0.12304 0.69608 0.12262 0.69524 0.12178 0.69482 0.12094 0.69440 0.11968 0.69440 0.11758 0.69482 0.11632 0.69524 0.11548 0.69608 0.11464 0.69692 0.11422 0.69860 0.11422 0.69944 0.11464 0.70028 0.11548 0.70070 0.11632 0.70112 0.11758 0.70112 0.11968 0.70070 0.12094 0.70028 0.12178 0.69944 0.12262 0.69860 0.12304 0.69692 0.12304\n 11 446 20 0.70952 0.12178 0.70868 0.12262 0.70742 0.12304 0.70574 0.12304 0.70448 0.12262 0.70364 0.12178 0.70364 0.12094 0.70406 0.12010 0.70448 0.11968 0.70532 0.11926 0.70784 0.11842 0.70868 0.11800 0.70910 0.11758 0.70952 0.11674 0.70952 0.11548 0.70868 0.11464 0.70742 0.11422 0.70574 0.11422 0.70448 0.11464 0.70364 0.11548\n 11 226 10 0.71541 0.12472 0.71457 0.12388 0.71373 0.12262 0.71289 0.12094 0.71247 0.11884 0.71247 0.11716 0.71289 0.11506 0.71373 0.11338 0.71457 0.11211 0.71541 0.11127\n 11 50 2 0.71835 0.12304 0.71835 0.11422\n 11 50 2 0.72843 0.12472 0.72087 0.11127\n 11 314 14 0.73095 0.12094 0.73095 0.12136 0.73137 0.12220 0.73179 0.12262 0.73263 0.12304 0.73431 0.12304 0.73515 0.12262 0.73557 0.12220 0.73599 0.12136 0.73599 0.12052 0.73557 0.11968 0.73473 0.11842 0.73053 0.11422 0.73641 0.11422\n 11 72 3 0.74314 0.12304 0.73894 0.11716 0.74524 0.11716\n 11 50 2 0.74314 0.12304 0.74314 0.11422\n 11 226 10 0.74734 0.12472 0.74818 0.12388 0.74902 0.12262 0.74986 0.12094 0.75028 0.11884 0.75028 0.11716 0.74986 0.11506 0.74902 0.11338 0.74818 0.11211 0.74734 0.11127\n 11 402 18 0.37325 0.10231 0.37283 0.10315 0.37199 0.10399 0.37115 0.10441 0.36947 0.10441 0.36863 0.10399 0.36779 0.10315 0.36737 0.10231 0.36695 0.10105 0.36695 0.09895 0.36737 0.09769 0.36779 0.09685 0.36863 0.09601 0.36947 0.09559 0.37115 0.09559 0.37199 0.09601 0.37283 0.09685 0.37325 0.09769\n 11 468 21 0.37829 0.10441 0.37745 0.10399 0.37661 0.10315 0.37619 0.10231 0.37577 0.10105 0.37577 0.09895 0.37619 0.09769 0.37661 0.09685 0.37745 0.09601 0.37829 0.09559 0.37997 0.09559 0.38081 0.09601 0.38165 0.09685 0.38207 0.09769 0.38249 0.09895 0.38249 0.10105 0.38207 0.10231 0.38165 0.10315 0.38081 0.10399 0.37997 0.10441 0.37829 0.10441\n 11 446 20 0.39090 0.10315 0.39006 0.10399 0.38880 0.10441 0.38711 0.10441 0.38585 0.10399 0.38501 0.10315 0.38501 0.10231 0.38543 0.10147 0.38585 0.10105 0.38669 0.10063 0.38922 0.09979 0.39006 0.09937 0.39048 0.09895 0.39090 0.09811 0.39090 0.09685 0.39006 0.09601 0.38880 0.09559 0.38711 0.09559 0.38585 0.09601 0.38501 0.09685\n 11 226 10 0.39678 0.10609 0.39594 0.10525 0.39510 0.10399 0.39426 0.10231 0.39384 0.10021 0.39384 0.09853 0.39426 0.09643 0.39510 0.09475 0.39594 0.09349 0.39678 0.09265\n 11 50 2 0.39972 0.10441 0.39972 0.09559\n 11 50 2 0.40980 0.10609 0.40224 0.09265\n 11 314 14 0.41232 0.10231 0.41232 0.10273 0.41275 0.10357 0.41317 0.10399 0.41401 0.10441 0.41569 0.10441 0.41653 0.10399 0.41695 0.10357 0.41737 0.10273 0.41737 0.10189 0.41695 0.10105 0.41611 0.09979 0.41190 0.09559 0.41779 0.09559\n 11 644 29 0.42241 0.10441 0.42115 0.10399 0.42073 0.10315 0.42073 0.10231 0.42115 0.10147 0.42199 0.10105 0.42367 0.10063 0.42493 0.10021 0.42577 0.09937 0.42619 0.09853 0.42619 0.09727 0.42577 0.09643 0.42535 0.09601 0.42409 0.09559 0.42241 0.09559 0.42115 0.09601 0.42073 0.09643 0.42031 0.09727 0.42031 0.09853 0.42073 0.09937 0.42157 0.10021 0.42283 0.10063 0.42451 0.10105 0.42535 0.10147 0.42577 0.10231 0.42577 0.10315 0.42535 0.10399 0.42409 0.10441 0.42241 0.10441\n 11 226 10 0.42871 0.10609 0.42955 0.10525 0.43039 0.10399 0.43123 0.10231 0.43165 0.10021 0.43165 0.09853 0.43123 0.09643 0.43039 0.09475 0.42955 0.09349 0.42871 0.09265\n 11 402 18 0.69188 0.10231 0.69146 0.10315 0.69062 0.10399 0.68978 0.10441 0.68810 0.10441 0.68725 0.10399 0.68641 0.10315 0.68599 0.10231 0.68557 0.10105 0.68557 0.09895 0.68599 0.09769 0.68641 0.09685 0.68725 0.09601 0.68810 0.09559 0.68978 0.09559 0.69062 0.09601 0.69146 0.09685 0.69188 0.09769\n 11 468 21 0.69692 0.10441 0.69608 0.10399 0.69524 0.10315 0.69482 0.10231 0.69440 0.10105 0.69440 0.09895 0.69482 0.09769 0.69524 0.09685 0.69608 0.09601 0.69692 0.09559 0.69860 0.09559 0.69944 0.09601 0.70028 0.09685 0.70070 0.09769 0.70112 0.09895 0.70112 0.10105 0.70070 0.10231 0.70028 0.10315 0.69944 0.10399 0.69860 0.10441 0.69692 0.10441\n 11 446 20 0.70952 0.10315 0.70868 0.10399 0.70742 0.10441 0.70574 0.10441 0.70448 0.10399 0.70364 0.10315 0.70364 0.10231 0.70406 0.10147 0.70448 0.10105 0.70532 0.10063 0.70784 0.09979 0.70868 0.09937 0.70910 0.09895 0.70952 0.09811 0.70952 0.09685 0.70868 0.09601 0.70742 0.09559 0.70574 0.09559 0.70448 0.09601 0.70364 0.09685\n 11 226 10 0.71541 0.10609 0.71457 0.10525 0.71373 0.10399 0.71289 0.10231 0.71247 0.10021 0.71247 0.09853 0.71289 0.09643 0.71373 0.09475 0.71457 0.09349 0.71541 0.09265\n 11 50 2 0.71835 0.10441 0.71835 0.09559\n 11 50 2 0.72843 0.10609 0.72087 0.09265\n 11 336 15 0.73137 0.10441 0.73599 0.10441 0.73347 0.10105 0.73473 0.10105 0.73557 0.10063 0.73599 0.10021 0.73641 0.09895 0.73641 0.09811 0.73599 0.09685 0.73515 0.09601 0.73389 0.09559 0.73263 0.09559 0.73137 0.09601 0.73095 0.09643 0.73053 0.09727\n 11 314 14 0.73936 0.10231 0.73936 0.10273 0.73978 0.10357 0.74020 0.10399 0.74104 0.10441 0.74272 0.10441 0.74356 0.10399 0.74398 0.10357 0.74440 0.10273 0.74440 0.10189 0.74398 0.10105 0.74314 0.09979 0.73894 0.09559 0.74482 0.09559\n 11 226 10 0.74734 0.10609 0.74818 0.10525 0.74902 0.10399 0.74986 0.10231 0.75028 0.10021 0.75028 0.09853 0.74986 0.09643 0.74902 0.09475 0.74818 0.09349 0.74734 0.09265\n 11 402 18 0.37325 0.08466 0.37283 0.08550 0.37199 0.08634 0.37115 0.08676 0.36947 0.08676 0.36863 0.08634 0.36779 0.08550 0.36737 0.08466 0.36695 0.08340 0.36695 0.08130 0.36737 0.08004 0.36779 0.07920 0.36863 0.07836 0.36947 0.07794 0.37115 0.07794 0.37199 0.07836 0.37283 0.07920 0.37325 0.08004\n 11 468 21 0.37829 0.08676 0.37745 0.08634 0.37661 0.08550 0.37619 0.08466 0.37577 0.08340 0.37577 0.08130 0.37619 0.08004 0.37661 0.07920 0.37745 0.07836 0.37829 0.07794 0.37997 0.07794 0.38081 0.07836 0.38165 0.07920 0.38207 0.08004 0.38249 0.08130 0.38249 0.08340 0.38207 0.08466 0.38165 0.08550 0.38081 0.08634 0.37997 0.08676 0.37829 0.08676\n 11 446 20 0.39090 0.08550 0.39006 0.08634 0.38880 0.08676 0.38711 0.08676 0.38585 0.08634 0.38501 0.08550 0.38501 0.08466 0.38543 0.08382 0.38585 0.08340 0.38669 0.08298 0.38922 0.08214 0.39006 0.08172 0.39048 0.08130 0.39090 0.08046 0.39090 0.07920 0.39006 0.07836 0.38880 0.07794 0.38711 0.07794 0.38585 0.07836 0.38501 0.07920\n 11 226 10 0.39678 0.08845 0.39594 0.08761 0.39510 0.08634 0.39426 0.08466 0.39384 0.08256 0.39384 0.08088 0.39426 0.07878 0.39510 0.07710 0.39594 0.07584 0.39678 0.07500\n 11 50 2 0.39972 0.08676 0.39972 0.07794\n 11 50 2 0.40980 0.08845 0.40224 0.07500\n 11 336 15 0.41275 0.08676 0.41737 0.08676 0.41485 0.08340 0.41611 0.08340 0.41695 0.08298 0.41737 0.08256 0.41779 0.08130 0.41779 0.08046 0.41737 0.07920 0.41653 0.07836 0.41527 0.07794 0.41401 0.07794 0.41275 0.07836 0.41232 0.07878 0.41190 0.07962\n 11 512 23 0.42577 0.08550 0.42535 0.08634 0.42409 0.08676 0.42325 0.08676 0.42199 0.08634 0.42115 0.08508 0.42073 0.08298 0.42073 0.08088 0.42115 0.07920 0.42199 0.07836 0.42325 0.07794 0.42367 0.07794 0.42493 0.07836 0.42577 0.07920 0.42619 0.08046 0.42619 0.08088 0.42577 0.08214 0.42493 0.08298 0.42367 0.08340 0.42325 0.08340 0.42199 0.08298 0.42115 0.08214 0.42073 0.08088\n 11 226 10 0.42871 0.08845 0.42955 0.08761 0.43039 0.08634 0.43123 0.08466 0.43165 0.08256 0.43165 0.08088 0.43123 0.07878 0.43039 0.07710 0.42955 0.07584 0.42871 0.07500\n 11 402 18 0.69188 0.08466 0.69146 0.08550 0.69062 0.08634 0.68978 0.08676 0.68810 0.08676 0.68725 0.08634 0.68641 0.08550 0.68599 0.08466 0.68557 0.08340 0.68557 0.08130 0.68599 0.08004 0.68641 0.07920 0.68725 0.07836 0.68810 0.07794 0.68978 0.07794 0.69062 0.07836 0.69146 0.07920 0.69188 0.08004\n 11 468 21 0.69692 0.08676 0.69608 0.08634 0.69524 0.08550 0.69482 0.08466 0.69440 0.08340 0.69440 0.08130 0.69482 0.08004 0.69524 0.07920 0.69608 0.07836 0.69692 0.07794 0.69860 0.07794 0.69944 0.07836 0.70028 0.07920 0.70070 0.08004 0.70112 0.08130 0.70112 0.08340 0.70070 0.08466 0.70028 0.08550 0.69944 0.08634 0.69860 0.08676 0.69692 0.08676\n 11 446 20 0.70952 0.08550 0.70868 0.08634 0.70742 0.08676 0.70574 0.08676 0.70448 0.08634 0.70364 0.08550 0.70364 0.08466 0.70406 0.08382 0.70448 0.08340 0.70532 0.08298 0.70784 0.08214 0.70868 0.08172 0.70910 0.08130 0.70952 0.08046 0.70952 0.07920 0.70868 0.07836 0.70742 0.07794 0.70574 0.07794 0.70448 0.07836 0.70364 0.07920\n 11 226 10 0.71541 0.08845 0.71457 0.08761 0.71373 0.08634 0.71289 0.08466 0.71247 0.08256 0.71247 0.08088 0.71289 0.07878 0.71373 0.07710 0.71457 0.07584 0.71541 0.07500\n 11 50 2 0.71835 0.08676 0.71835 0.07794\n 11 50 2 0.72843 0.08845 0.72087 0.07500\n 11 72 3 0.73473 0.08676 0.73053 0.08088 0.73683 0.08088\n 11 50 2 0.73473 0.08676 0.73473 0.07794\n 11 380 17 0.74146 0.08676 0.74020 0.08634 0.73936 0.08508 0.73894 0.08298 0.73894 0.08172 0.73936 0.07962 0.74020 0.07836 0.74146 0.07794 0.74230 0.07794 0.74356 0.07836 0.74440 0.07962 0.74482 0.08172 0.74482 0.08298 0.74440 0.08508 0.74356 0.08634 0.74230 0.08676 0.74146 0.08676\n 11 226 10 0.74734 0.08845 0.74818 0.08761 0.74902 0.08634 0.74986 0.08466 0.75028 0.08256 0.75028 0.08088 0.74986 0.07878 0.74902 0.07710 0.74818 0.07584 0.74734 0.07500\n 11 402 18 0.37325 0.06604 0.37283 0.06688 0.37199 0.06772 0.37115 0.06814 0.36947 0.06814 0.36863 0.06772 0.36779 0.06688 0.36737 0.06604 0.36695 0.06478 0.36695 0.06268 0.36737 0.06141 0.36779 0.06057 0.36863 0.05973 0.36947 0.05931 0.37115 0.05931 0.37199 0.05973 0.37283 0.06057 0.37325 0.06141\n 11 468 21 0.37829 0.06814 0.37745 0.06772 0.37661 0.06688 0.37619 0.06604 0.37577 0.06478 0.37577 0.06268 0.37619 0.06141 0.37661 0.06057 0.37745 0.05973 0.37829 0.05931 0.37997 0.05931 0.38081 0.05973 0.38165 0.06057 0.38207 0.06141 0.38249 0.06268 0.38249 0.06478 0.38207 0.06604 0.38165 0.06688 0.38081 0.06772 0.37997 0.06814 0.37829 0.06814\n 11 446 20 0.39090 0.06688 0.39006 0.06772 0.38880 0.06814 0.38711 0.06814 0.38585 0.06772 0.38501 0.06688 0.38501 0.06604 0.38543 0.06520 0.38585 0.06478 0.38669 0.06436 0.38922 0.06352 0.39006 0.06310 0.39048 0.06268 0.39090 0.06183 0.39090 0.06057 0.39006 0.05973 0.38880 0.05931 0.38711 0.05931 0.38585 0.05973 0.38501 0.06057\n 11 226 10 0.39678 0.06982 0.39594 0.06898 0.39510 0.06772 0.39426 0.06604 0.39384 0.06394 0.39384 0.06225 0.39426 0.06015 0.39510 0.05847 0.39594 0.05721 0.39678 0.05637\n 11 50 2 0.39972 0.06814 0.39972 0.05931\n 11 50 2 0.40980 0.06982 0.40224 0.05637\n 11 72 3 0.41611 0.06814 0.41190 0.06225 0.41821 0.06225\n 11 50 2 0.41611 0.06814 0.41611 0.05931\n 11 72 3 0.42451 0.06814 0.42031 0.06225 0.42661 0.06225\n 11 50 2 0.42451 0.06814 0.42451 0.05931\n 11 226 10 0.42871 0.06982 0.42955 0.06898 0.43039 0.06772 0.43123 0.06604 0.43165 0.06394 0.43165 0.06225 0.43123 0.06015 0.43039 0.05847 0.42955 0.05721 0.42871 0.05637\n 11 402 18 0.69188 0.06604 0.69146 0.06688 0.69062 0.06772 0.68978 0.06814 0.68810 0.06814 0.68725 0.06772 0.68641 0.06688 0.68599 0.06604 0.68557 0.06478 0.68557 0.06268 0.68599 0.06141 0.68641 0.06057 0.68725 0.05973 0.68810 0.05931 0.68978 0.05931 0.69062 0.05973 0.69146 0.06057 0.69188 0.06141\n 11 468 21 0.69692 0.06814 0.69608 0.06772 0.69524 0.06688 0.69482 0.06604 0.69440 0.06478 0.69440 0.06268 0.69482 0.06141 0.69524 0.06057 0.69608 0.05973 0.69692 0.05931 0.69860 0.05931 0.69944 0.05973 0.70028 0.06057 0.70070 0.06141 0.70112 0.06268 0.70112 0.06478 0.70070 0.06604 0.70028 0.06688 0.69944 0.06772 0.69860 0.06814 0.69692 0.06814\n 11 446 20 0.70952 0.06688 0.70868 0.06772 0.70742 0.06814 0.70574 0.06814 0.70448 0.06772 0.70364 0.06688 0.70364 0.06604 0.70406 0.06520 0.70448 0.06478 0.70532 0.06436 0.70784 0.06352 0.70868 0.06310 0.70910 0.06268 0.70952 0.06183 0.70952 0.06057 0.70868 0.05973 0.70742 0.05931 0.70574 0.05931 0.70448 0.05973 0.70364 0.06057\n 11 226 10 0.71541 0.06982 0.71457 0.06898 0.71373 0.06772 0.71289 0.06604 0.71247 0.06394 0.71247 0.06225 0.71289 0.06015 0.71373 0.05847 0.71457 0.05721 0.71541 0.05637\n 11 50 2 0.71835 0.06814 0.71835 0.05931\n 11 50 2 0.72843 0.06982 0.72087 0.05637\n 11 72 3 0.73473 0.06814 0.73053 0.06225 0.73683 0.06225\n 11 50 2 0.73473 0.06814 0.73473 0.05931\n 11 644 29 0.74104 0.06814 0.73978 0.06772 0.73936 0.06688 0.73936 0.06604 0.73978 0.06520 0.74062 0.06478 0.74230 0.06436 0.74356 0.06394 0.74440 0.06310 0.74482 0.06225 0.74482 0.06099 0.74440 0.06015 0.74398 0.05973 0.74272 0.05931 0.74104 0.05931 0.73978 0.05973 0.73936 0.06015 0.73894 0.06099 0.73894 0.06225 0.73936 0.06310 0.74020 0.06394 0.74146 0.06436 0.74314 0.06478 0.74398 0.06520 0.74440 0.06604 0.74440 0.06688 0.74398 0.06772 0.74272 0.06814 0.74104 0.06814\n 11 226 10 0.74734 0.06982 0.74818 0.06898 0.74902 0.06772 0.74986 0.06604 0.75028 0.06394 0.75028 0.06225 0.74986 0.06015 0.74902 0.05847 0.74818 0.05721 0.74734 0.05637\n 11 402 18 0.37325 0.04741 0.37283 0.04825 0.37199 0.04909 0.37115 0.04951 0.36947 0.04951 0.36863 0.04909 0.36779 0.04825 0.36737 0.04741 0.36695 0.04615 0.36695 0.04405 0.36737 0.04279 0.36779 0.04195 0.36863 0.04111 0.36947 0.04069 0.37115 0.04069 0.37199 0.04111 0.37283 0.04195 0.37325 0.04279\n 11 468 21 0.37829 0.04951 0.37745 0.04909 0.37661 0.04825 0.37619 0.04741 0.37577 0.04615 0.37577 0.04405 0.37619 0.04279 0.37661 0.04195 0.37745 0.04111 0.37829 0.04069 0.37997 0.04069 0.38081 0.04111 0.38165 0.04195 0.38207 0.04279 0.38249 0.04405 0.38249 0.04615 0.38207 0.04741 0.38165 0.04825 0.38081 0.04909 0.37997 0.04951 0.37829 0.04951\n 11 446 20 0.39090 0.04825 0.39006 0.04909 0.38880 0.04951 0.38711 0.04951 0.38585 0.04909 0.38501 0.04825 0.38501 0.04741 0.38543 0.04657 0.38585 0.04615 0.38669 0.04573 0.38922 0.04489 0.39006 0.04447 0.39048 0.04405 0.39090 0.04321 0.39090 0.04195 0.39006 0.04111 0.38880 0.04069 0.38711 0.04069 0.38585 0.04111 0.38501 0.04195\n 11 226 10 0.39678 0.05119 0.39594 0.05035 0.39510 0.04909 0.39426 0.04741 0.39384 0.04531 0.39384 0.04363 0.39426 0.04153 0.39510 0.03985 0.39594 0.03859 0.39678 0.03775\n 11 50 2 0.39972 0.04951 0.39972 0.04069\n 11 50 2 0.40980 0.05119 0.40224 0.03775\n 11 380 17 0.41695 0.04951 0.41275 0.04951 0.41232 0.04573 0.41275 0.04615 0.41401 0.04657 0.41527 0.04657 0.41653 0.04615 0.41737 0.04531 0.41779 0.04405 0.41779 0.04321 0.41737 0.04195 0.41653 0.04111 0.41527 0.04069 0.41401 0.04069 0.41275 0.04111 0.41232 0.04153 0.41190 0.04237\n 11 314 14 0.42073 0.04741 0.42073 0.04783 0.42115 0.04867 0.42157 0.04909 0.42241 0.04951 0.42409 0.04951 0.42493 0.04909 0.42535 0.04867 0.42577 0.04783 0.42577 0.04699 0.42535 0.04615 0.42451 0.04489 0.42031 0.04069 0.42619 0.04069\n 11 226 10 0.42871 0.05119 0.42955 0.05035 0.43039 0.04909 0.43123 0.04741 0.43165 0.04531 0.43165 0.04363 0.43123 0.04153 0.43039 0.03985 0.42955 0.03859 0.42871 0.03775\n 11 402 18 0.69188 0.04741 0.69146 0.04825 0.69062 0.04909 0.68978 0.04951 0.68810 0.04951 0.68725 0.04909 0.68641 0.04825 0.68599 0.04741 0.68557 0.04615 0.68557 0.04405 0.68599 0.04279 0.68641 0.04195 0.68725 0.04111 0.68810 0.04069 0.68978 0.04069 0.69062 0.04111 0.69146 0.04195 0.69188 0.04279\n 11 468 21 0.69692 0.04951 0.69608 0.04909 0.69524 0.04825 0.69482 0.04741 0.69440 0.04615 0.69440 0.04405 0.69482 0.04279 0.69524 0.04195 0.69608 0.04111 0.69692 0.04069 0.69860 0.04069 0.69944 0.04111 0.70028 0.04195 0.70070 0.04279 0.70112 0.04405 0.70112 0.04615 0.70070 0.04741 0.70028 0.04825 0.69944 0.04909 0.69860 0.04951 0.69692 0.04951\n 11 446 20 0.70952 0.04825 0.70868 0.04909 0.70742 0.04951 0.70574 0.04951 0.70448 0.04909 0.70364 0.04825 0.70364 0.04741 0.70406 0.04657 0.70448 0.04615 0.70532 0.04573 0.70784 0.04489 0.70868 0.04447 0.70910 0.04405 0.70952 0.04321 0.70952 0.04195 0.70868 0.04111 0.70742 0.04069 0.70574 0.04069 0.70448 0.04111 0.70364 0.04195\n 11 226 10 0.71541 0.05119 0.71457 0.05035 0.71373 0.04909 0.71289 0.04741 0.71247 0.04531 0.71247 0.04363 0.71289 0.04153 0.71373 0.03985 0.71457 0.03859 0.71541 0.03775\n 11 50 2 0.71835 0.04951 0.71835 0.04069\n 11 50 2 0.72843 0.05119 0.72087 0.03775\n 11 380 17 0.73557 0.04951 0.73137 0.04951 0.73095 0.04573 0.73137 0.04615 0.73263 0.04657 0.73389 0.04657 0.73515 0.04615 0.73599 0.04531 0.73641 0.04405 0.73641 0.04321 0.73599 0.04195 0.73515 0.04111 0.73389 0.04069 0.73263 0.04069 0.73137 0.04111 0.73095 0.04153 0.73053 0.04237\n 11 512 23 0.74440 0.04825 0.74398 0.04909 0.74272 0.04951 0.74188 0.04951 0.74062 0.04909 0.73978 0.04783 0.73936 0.04573 0.73936 0.04363 0.73978 0.04195 0.74062 0.04111 0.74188 0.04069 0.74230 0.04069 0.74356 0.04111 0.74440 0.04195 0.74482 0.04321 0.74482 0.04363 0.74440 0.04489 0.74356 0.04573 0.74230 0.04615 0.74188 0.04615 0.74062 0.04573 0.73978 0.04489 0.73936 0.04363\n 11 226 10 0.74734 0.05119 0.74818 0.05035 0.74902 0.04909 0.74986 0.04741 0.75028 0.04531 0.75028 0.04363 0.74986 0.04153 0.74902 0.03985 0.74818 0.03859 0.74734 0.03775\n 11 402 18 0.37325 0.02878 0.37283 0.02962 0.37199 0.03046 0.37115 0.03088 0.36947 0.03088 0.36863 0.03046 0.36779 0.02962 0.36737 0.02878 0.36695 0.02752 0.36695 0.02542 0.36737 0.02416 0.36779 0.02332 0.36863 0.02248 0.36947 0.02206 0.37115 0.02206 0.37199 0.02248 0.37283 0.02332 0.37325 0.02416\n 11 468 21 0.37829 0.03088 0.37745 0.03046 0.37661 0.02962 0.37619 0.02878 0.37577 0.02752 0.37577 0.02542 0.37619 0.02416 0.37661 0.02332 0.37745 0.02248 0.37829 0.02206 0.37997 0.02206 0.38081 0.02248 0.38165 0.02332 0.38207 0.02416 0.38249 0.02542 0.38249 0.02752 0.38207 0.02878 0.38165 0.02962 0.38081 0.03046 0.37997 0.03088 0.37829 0.03088\n 11 446 20 0.39090 0.02962 0.39006 0.03046 0.38880 0.03088 0.38711 0.03088 0.38585 0.03046 0.38501 0.02962 0.38501 0.02878 0.38543 0.02794 0.38585 0.02752 0.38669 0.02710 0.38922 0.02626 0.39006 0.02584 0.39048 0.02542 0.39090 0.02458 0.39090 0.02332 0.39006 0.02248 0.38880 0.02206 0.38711 0.02206 0.38585 0.02248 0.38501 0.02332\n 11 226 10 0.39678 0.03256 0.39594 0.03172 0.39510 0.03046 0.39426 0.02878 0.39384 0.02668 0.39384 0.02500 0.39426 0.02290 0.39510 0.02122 0.39594 0.01996 0.39678 0.01912\n 11 50 2 0.39972 0.03088 0.39972 0.02206\n 11 50 2 0.40980 0.03256 0.40224 0.01912\n 11 512 23 0.41737 0.02962 0.41695 0.03046 0.41569 0.03088 0.41485 0.03088 0.41359 0.03046 0.41275 0.02920 0.41232 0.02710 0.41232 0.02500 0.41275 0.02332 0.41359 0.02248 0.41485 0.02206 0.41527 0.02206 0.41653 0.02248 0.41737 0.02332 0.41779 0.02458 0.41779 0.02500 0.41737 0.02626 0.41653 0.02710 0.41527 0.02752 0.41485 0.02752 0.41359 0.02710 0.41275 0.02626 0.41232 0.02500\n 11 380 17 0.42283 0.03088 0.42157 0.03046 0.42073 0.02920 0.42031 0.02710 0.42031 0.02584 0.42073 0.02374 0.42157 0.02248 0.42283 0.02206 0.42367 0.02206 0.42493 0.02248 0.42577 0.02374 0.42619 0.02584 0.42619 0.02710 0.42577 0.02920 0.42493 0.03046 0.42367 0.03088 0.42283 0.03088\n 11 226 10 0.42871 0.03256 0.42955 0.03172 0.43039 0.03046 0.43123 0.02878 0.43165 0.02668 0.43165 0.02500 0.43123 0.02290 0.43039 0.02122 0.42955 0.01996 0.42871 0.01912\n 11 402 18 0.69188 0.02878 0.69146 0.02962 0.69062 0.03046 0.68978 0.03088 0.68810 0.03088 0.68725 0.03046 0.68641 0.02962 0.68599 0.02878 0.68557 0.02752 0.68557 0.02542 0.68599 0.02416 0.68641 0.02332 0.68725 0.02248 0.68810 0.02206 0.68978 0.02206 0.69062 0.02248 0.69146 0.02332 0.69188 0.02416\n 11 468 21 0.69692 0.03088 0.69608 0.03046 0.69524 0.02962 0.69482 0.02878 0.69440 0.02752 0.69440 0.02542 0.69482 0.02416 0.69524 0.02332 0.69608 0.02248 0.69692 0.02206 0.69860 0.02206 0.69944 0.02248 0.70028 0.02332 0.70070 0.02416 0.70112 0.02542 0.70112 0.02752 0.70070 0.02878 0.70028 0.02962 0.69944 0.03046 0.69860 0.03088 0.69692 0.03088\n 11 446 20 0.70952 0.02962 0.70868 0.03046 0.70742 0.03088 0.70574 0.03088 0.70448 0.03046 0.70364 0.02962 0.70364 0.02878 0.70406 0.02794 0.70448 0.02752 0.70532 0.02710 0.70784 0.02626 0.70868 0.02584 0.70910 0.02542 0.70952 0.02458 0.70952 0.02332 0.70868 0.02248 0.70742 0.02206 0.70574 0.02206 0.70448 0.02248 0.70364 0.02332\n 11 226 10 0.71541 0.03256 0.71457 0.03172 0.71373 0.03046 0.71289 0.02878 0.71247 0.02668 0.71247 0.02500 0.71289 0.02290 0.71373 0.02122 0.71457 0.01996 0.71541 0.01912\n 11 50 2 0.71835 0.03088 0.71835 0.02206\n 11 50 2 0.72843 0.03256 0.72087 0.01912\n 11 512 23 0.73599 0.02962 0.73557 0.03046 0.73431 0.03088 0.73347 0.03088 0.73221 0.03046 0.73137 0.02920 0.73095 0.02710 0.73095 0.02500 0.73137 0.02332 0.73221 0.02248 0.73347 0.02206 0.73389 0.02206 0.73515 0.02248 0.73599 0.02332 0.73641 0.02458 0.73641 0.02500 0.73599 0.02626 0.73515 0.02710 0.73389 0.02752 0.73347 0.02752 0.73221 0.02710 0.73137 0.02626 0.73095 0.02500\n 11 72 3 0.74314 0.03088 0.73894 0.02500 0.74524 0.02500\n 11 50 2 0.74314 0.03088 0.74314 0.02206\n 11 226 10 0.74734 0.03256 0.74818 0.03172 0.74902 0.03046 0.74986 0.02878 0.75028 0.02668 0.75028 0.02500 0.74986 0.02290 0.74902 0.02122 0.74818 0.01996 0.74734 0.01912\n 11 50 2 0.74404 0.28799 0.74404 0.28799\n 82 0\n 81 6 1202\n 82 0\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"ea1e69e778474fd0e16dc37797329e41aa103d64","subject":"add ICPC_MCSTL_CPPFLAGS, inspired by r353","message":"add ICPC_MCSTL_CPPFLAGS, inspired by r353\n\ngit-svn-id: 69a08f0be502e23ba71eb4e212ee2948ff83149c@381 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nICPC_MCSTL_CPPFLAGS\t?= -gcc-version=420 -cxxlib=$(FAKEGCC)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nifeq ($(strip $(USE_ICPC)),yes)\nMCSTL_CPPFLAGS\t\t+= $(ICPC_MCSTL_CPPFLAGS)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\nifneq (,$(strip $(wildcard $(MCSTL_ROOT)\/originals)))\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_ROOT)\nendif\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_BASE)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_ORIG_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_ORIG_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\nifneq (,$(strip $(wildcard $(MCSTL_ROOT)\/originals)))\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_ROOT)\nendif\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_BASE)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_ORIG_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_ORIG_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"29edae2debdb90676f12a88bd027b01b7609700d","subject":"fixed filename matching for orientation data","message":"fixed filename matching for orientation data\n","repos":"JustgeekDE\/swimdroid","old_file":"dataViz\/orientation.gnuplot","new_file":"dataViz\/orientation.gnuplot","new_contents":"set datafile separator \",\"\nset terminal png truecolor size 12000,720 background \"#FFFFFF\"\nset output \"orientation.png\"\n\nset xtics 0.5\n\nset arrow from graph 0, first 0 to graph 1, first 0 nohead front ls 63 lw 2\nset arrow from graph 0, first 150 to graph 1, first 150 nohead front ls 63 lw 2\n\n\nlist = system('ls *orientation*.csv')\n\ndo for [file in list] {\n set output sprintf('results\/raw.-.%s.png', file)\n set title sprintf(\"Raw %s\", file)\n plot \\\n file using ($1\/60000):2 with lines, \\\n file using ($1\/60000):3 with lines, \\\n file using ($1\/60000):4 with lines\n\n\n set output sprintf('results\/decay.-.%s.png', file)\n set title sprintf(\"Decay %s\", file)\n sumA = 0\n sumB = 0\n sumC = 0\n countC = 0\n plot \\\n file using ($1\/60000):2 with lines, \\\n file using ($1\/60000):(sumA = (0.995 * sumA) + (0.005 * $2)) with lines, \\\n file using ($1\/60000):(sumB = (0.999 * sumB) + (0.001 * $2)) with lines\n}\n","old_contents":"set datafile separator \",\"\nset terminal png truecolor size 12000,720 background \"#FFFFFF\"\nset output \"orientation.png\"\n\nset xtics 0.5\n\nset arrow from graph 0, first 0 to graph 1, first 0 nohead front ls 63 lw 2\nset arrow from graph 0, first 150 to graph 1, first 150 nohead front ls 63 lw 2\n\n\nlist = system('ls *orientation*')\n\ndo for [file in list] {\n set output sprintf('results\/raw.-.%s.png', file)\n set title sprintf(\"Raw %s\", file)\n plot \\\n file using ($1\/60000):2 with lines, \\\n file using ($1\/60000):3 with lines, \\\n file using ($1\/60000):4 with lines\n\n\n set output sprintf('results\/decay.-.%s.png', file)\n set title sprintf(\"Decay %s\", file)\n sumA = 0\n sumB = 0\n sumC = 0\n countC = 0\n plot \\\n file using ($1\/60000):2 with lines, \\\n file using ($1\/60000):(sumA = (0.995 * sumA) + (0.005 * $2)) with lines, \\\n file using ($1\/60000):(sumB = (0.999 * sumB) + (0.001 * $2)) with lines\n}\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e1e3f87c7041e34b37cdc7749f292922179a35ec","subject":"autoscale y of upload","message":"autoscale y of upload\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1024 * 8 \/ 60.\nYdn_max = (Ydn_max * 1.1) * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1024 * 8 \/ 60.\nYup_max = (Yup_max * 1.1) * 8 \/ 60.\n\n# ***************************************************************** Legend *****\nset key inside top left nobox\nset key samplen .5\nset key reverse Left\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\n#set logscale y 10\n#set yrange [ Yup_min : Yup_max ]\nset autoscale y\nset bmargin 0\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" with lines lc rgb \"#0000bb\" lw 1\\\n\nunset object 1\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set logscale y 10\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" with lines lc rgb \"#bb0000\" lw 1 \\\n\nunset object 2\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1024 * 8 \/ 60.\nYdn_max = (Ydn_max * 1.1) * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1024 * 8 \/ 60.\nYup_max = (Yup_max * 1.1) * 8 \/ 60.\n\n# ***************************************************************** Legend *****\nset key inside top left nobox\nset key samplen .5\nset key reverse Left\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\n#set logscale y 10\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" with lines lc rgb \"#0000bb\" lw 1\\\n\nunset object 1\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set logscale y 10\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" with lines lc rgb \"#bb0000\" lw 1 \\\n\nunset object 2\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"3d199cf0ac4b8eb22192ecce5d8243f059ddbd19","subject":"20160416T1243","message":"20160416T1243\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nlg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1024 * 8 \/ 60.\nYdn_max = Ydn_max * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1024 * 8 \/ 60.\nYup_max = Yup_max * 8 \/ 60.\n\n# ***************************************************************** Legend *****\nset key inside top left nobox\nset key samplen .5\nset key reverse Left\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\nset logscale y 10\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" with dots\\\n\nunset object 1\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset logscale y 10\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" with dots \\\n\nunset object 2\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nlg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1024 * 8 \/ 60.\nYdn_max = Ydn_max * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1024 * 8 \/ 60.\nYup_max = Yup_max * 8 \/ 60.\n\n# ****************************************************************** Title *****\n\nunset key\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\nset logscale y 10\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" with dots\\\n\nunset object 1\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset logscale y 10\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" with dots \\\n\nunset object 2\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"edfd4ad8be547431e458927eac67ed172706c3e8","subject":"minor","message":"minor\n","repos":"giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler","old_file":"_plots\/plot_cols.gnu","new_file":"_plots\/plot_cols.gnu","new_contents":"#!\/usr\/bin\/gnuplot\n# script used to plot a number of columns from a given file\n\nif(!exists(\"inputFile\") || !exists(\"outputFile\") || !exists(\"cols\") || !exists(\"xtitle\") || !exist(\"ytitle\")) {\n\tprint(\"The following params must be defined: inputFile, outputFile, cols, xtitle, ytitle\");\n\texit(0);\n}\n\n\nset xlabel xtitle\nset ylabel ytitle\n\nif (exists(\"titleComment\")) {\n\tset title ytitle.\" vs \".xtitle.\" (\".titleComment.\")\" \n} else {\n\tset title ytitle.\" vs \".xtitle \n}\n\nset terminal postscript eps size 7,5.0 enhanced color font 'Arial,34'\nset output outputFile\nset grid\n\nset style line 1 lt 1 pt 7 lc rgb \"#000000\" lw 4 ps 4\nset style line 2 lt 1 pt 2 lc rgb \"#333333\" lw 4 ps 4\nset style line 3 lt 1 pt 4 lc rgb \"#777777\" lw 4 ps 4\nset style line 4 lt 1 pt 10 lc rgb \"#999999\" lw 4 ps 4\nset style line 5 lt 1 pt 13 lc rgb \"#aaaaaa\" lw 4 ps 4\nset key top right\n\n#plot for [i=1:words(cols)] for [j=1:words(inputFile)] word(inputFile,j) u 1:(column(word(cols,i)+0)) w lp t col(word(cols,i)) ls (i+j-1)\nplot for [i=1:words(cols)] for [j=1:words(inputFile)] word(inputFile,j) u 1:(column(word(cols,i)+0)) w lp t system(\"basename \".word(inputFile,j)) ls (i+j-1)\nsystem(\"epstopdf \".outputFile.\" && rm \".outputFile)\n","old_contents":"#!\/usr\/bin\/gnuplot\n# script used to plot a number of columns from a given file\n\nif(!exists(\"inputFile\") || !exists(\"outputFile\") || !exists(\"cols\") || !exists(\"xtitle\") || !exist(\"ytitle\")) {\n\tprint(\"The following params must be defined: inputFile, outputFile, cols, xtitle, ytitle\");\n\texit(0);\n}\n\n\nset xlabel xtitle\nset ylabel ytitle\n\nif (exists(\"titleComment\")) {\n\tset title ytitle.\" vs \".xtitle.\" (\".titleComment.\")\" \n} else {\n\tset title ytitle.\" vs \".xtitle \n}\n\nset terminal postscript eps size 7,5.0 enhanced color font 'Arial,34'\nset output outputFile\nset grid\n\nset style line 1 lt 1 pt 7 lc rgb \"#000000\" lw 4 ps 4\nset style line 2 lt 1 pt 2 lc rgb \"#333333\" lw 4 ps 4\nset style line 3 lt 1 pt 4 lc rgb \"#777777\" lw 4 ps 4\nset style line 4 lt 1 pt 10 lc rgb \"#999999\" lw 4 ps 4\nset style line 5 lt 1 pt 13 lc rgb \"#aaaaaa\" lw 4 ps 4\n\nplot for [i=1:words(cols)] inputFile u 1:(column(word(cols,i)+0)) w lp t col(word(cols,i)+0) ls i\nsystem(\"epstopdf \".outputFile.\" && rm \".outputFile)\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"5725755d1740c725a2f3ad451413b5f7d1f4fcd6","subject":"Update demo code","message":"Update demo code\n","repos":"PHB-CS123\/graphene,PHB-CS123\/graphene,PHB-CS123\/graphene","old_file":"gp-scripts\/demo.gp","new_file":"gp-scripts\/demo.gp","new_contents":"help\nhelp insert\nhelp create\n\nSHOW TYPES;\nSHOW RELATIONS;\n\nMATCH (p:Person);\nMATCH (p:Person) WHERE id < 15;\nMATCH (p:Person) WHERE id < 15 RETURN name;\nMATCH (p:Person) WHERE id < 15 OR id > 490;\nMATCH (p:Person) WHERE id < 15 AND id > 490;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person);\nMATCH (p1:Person)-[KNOWS]->(p1:Person); \/\/ error\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN p1.name, p2.name;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN name; \/\/ error\nMATCH (p1:Person)-[KNOWS]->(Person)-[KNOWS]->(p2:Person);\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\nUPDATE RELATION Person(id = 12)-KNOWS SET num_years = 42;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\nDELETE RELATION Person(id = 12)-KNOWS;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\nDELETE NODE Person(id = 22);\nMATCH (Person) WHERE id = 22;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\n\nCREATE TYPE T(a: int[]);\nINSERT NODE T(3); \/\/ error\nINSERT NODE T([true, false]); \/\/ error\nINSERT NODE T([true, 5]); \/\/ error\nINSERT NODE T([1,2]), T([]);\nMATCH (T);\nUPDATE NODE T(a=[1,2]) SET a = [1,2,3];\nMATCH (T);\nDELETE NODE T(a=[1,2,3]);\nMATCH (T);\nDROP TYPE T;\nMATCH (T); \/\/ error\n","old_contents":"help\nhelp insert\nhelp create\n\nSHOW TYPES;\nSHOW RELATIONS;\n\nMATCH (p:Person);\nMATCH (p:Person) WHERE id < 15;\nMATCH (p:Person) WHERE id < 15 RETURN name;\nMATCH (p:Person) WHERE id < 15 OR id > 490;\nMATCH (p:Person) WHERE id < 15 AND id > 490;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person);\nMATCH (p1:Person)-[KNOWS]->(p1:Person); \/\/ error\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN p1.name, p2.name;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN name; \/\/ error\nMATCH (p1:Person)-[KNOWS]->(Person)-[KNOWS]->(p2:Person);\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 11;\nUPDATE RELATION Person(id = 11)-KNOWS SET num_years = 42;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 11;\nDELETE RELATION Person(id = 11)-KNOWS;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 11;\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\nDELETE NODE Person(id = 22);\nMATCH (Person) WHERE id = 22;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\n\nCREATE TYPE T(a: int[]);\nINSERT NODE T(3); \/\/ error\nINSERT NODE T([true, false]); \/\/ error\nINSERT NODE T([true, 5]); \/\/ error\nINSERT NODE T([1,2]), T([]);\nMATCH (T);\nUPDATE NODE T(a=[1,2]) SET a = [1,2,3];\nMATCH (T);\nDELETE NODE T(a=[1,2,3]);\nMATCH (T);\nDROP TYPE T;\nMATCH (T); \/\/ error\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"811da6d889a75bc79a2ffb6a8cbd67f780c5ded7","subject":"remove these labels, there are now bigger jumps in the graph that are unlabeled","message":"remove these labels, there are now bigger jumps in the graph that are unlabeled\n\n\ngit-svn-id: 0ff597fd157e6f4fc38580e8d64ab130330d2411@24365 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"apple\/swift-llvm,chubbymaggie\/asap,apple\/swift-llvm,apple\/swift-llvm,apple\/swift-llvm,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,llvm-mirror\/llvm,chubbymaggie\/asap,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,apple\/swift-llvm,llvm-mirror\/llvm,dslab-epfl\/asap,llvm-mirror\/llvm,chubbymaggie\/asap,llvm-mirror\/llvm,dslab-epfl\/asap,llvm-mirror\/llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,chubbymaggie\/asap,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,apple\/swift-llvm,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,apple\/swift-llvm,llvm-mirror\/llvm,apple\/swift-llvm,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,dslab-epfl\/asap","old_file":"utils\/NightlyTest.gnuplot","new_file":"utils\/NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d-%H:%M:%S:\"\nset format x \"%b %d, %Y\"\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d-%H:%M:%S:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"de28b3d9b6eade0d5416dfa88d0e7e51943c6410","subject":"Improved Gnuplot script; avoid clamping graph at non-zero y-position (hard to read).","message":"Improved Gnuplot script; avoid clamping graph at non-zero y-position (hard to read).\n","repos":"egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=9 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth Consumption\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK^{1\/3})\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.1\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=8 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK**1\/3)\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.1\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"321ce90ec15971bfc18df1fab24918dc8cec15d7","subject":"20160110T2122","message":"20160110T2122\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 7 ps 0.15\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pt 7 ps 0.1\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pt 5 ps 0.1\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"801ca515b3692b38e9326893ddc1c745a55199cf","subject":"20160110T1909","message":"20160110T1909\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pt 5 ps 0.1\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".tz_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pt 5 ps 0.1\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e1967f49ee4e8891a9000a988d23c5e04318915c","subject":"alpha blending","message":"alpha blending\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\n# set yrange [0:100]\nset autoscale y\nset format y \"%3.0s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill transparent solid 0.1 noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#ccbb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#990000bb\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\n# set yrange [0:100]\nset autoscale y\nset format y \"%3.0s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#ccbb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#990000bb\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c10ac2d5790d3aba796faace2272c260ef4234fc","subject":"explain the jump for llvm-db","message":"explain the jump for llvm-db\n\n\ngit-svn-id: a4a6f32337ebd29ad4763b423022f00f68d1c7b7@10713 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx","old_file":"NightlyTest.gnuplot","new_file":"NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"e9c96fc6dc10636257de689d6813c4a691ac1d10","subject":"20160405T1821","message":"20160405T1821\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nifname = \"\/tmp\/sql11.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png font \"Vera\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n#set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nplot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nifname = \"\/tmp\/sql11.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n#set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nplot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"01eef0f17f710bc304257b163593964e481db9f8","subject":"network graph with lines","message":"network graph with lines\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1024 * 8 \/ 60.\nYdn_max = (Ydn_max * 1.1) * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1024 * 8 \/ 60.\nYup_max = (Yup_max * 1.1) * 8 \/ 60.\n\n# ***************************************************************** Legend *****\nset key inside top left nobox\nset key samplen .5\nset key reverse Left\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\n#set logscale y 10\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" with lines lw 1\\\n\nunset object 1\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set logscale y 10\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" with lines lw 1 \\\n\nunset object 2\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1024 * 8 \/ 60.\nYdn_max = (Ydn_max * 1.1) * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1024 * 8 \/ 60.\nYup_max = (Yup_max * 1.1) * 8 \/ 60.\n\n# ***************************************************************** Legend *****\nset key inside top left nobox\nset key samplen .5\nset key reverse Left\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\n#set logscale y 10\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" with dots\\\n\nunset object 1\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set logscale y 10\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" with dots \\\n\nunset object 2\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b62c92d548b52974f21e382bdf6b84fd8912f24f","subject":"modifying gnuplot script for yield stress effect","message":"modifying gnuplot script for yield stress effect\n","repos":"grasingerm\/lbxflow,grasingerm\/lbxflow","old_file":"scripts\/plot_profiles_yield-stress.gp","new_file":"scripts\/plot_profiles_yield-stress.gp","new_contents":"set datafile separator \",\"\n\nset terminal pngcairo \\\n transparent enhanced font \"arial,14\" fontscale 1.0 size 1600, 1200\nset key right bottom box\n\nset title 'Velocity profiles'\nset ylabel 'u (lat unit \/ sec)'\nset xlabel 'y (lat unit)'\n# set output 'yield-stress.png'\nplot \\\n 'data\/bingham-mrt_5000_500_20_006_004000\/prof-at-250_step-5000.dsv' \\\n\t\t\tusing 1:2 title 'tau_y=4e-3', \\\n 'data\/bingham-mrt_5000_500_20_006_008000\/prof-at-250_step-5000.dsv' \\\n\t\t\tusing 1:2 title 'tau_y=8e-3', \\\n\t\t'data\/bingham-mrt_5000_500_20_006_016000\/prof-at-250_step-5000.dsv' \\\n\t\t\tusing 1:2 title 'tau_y=16e-3', \\\n\t\t'data\/bingham-mrt_5000_500_20_006_032000\/prof-at-250_step-5000.dsv' \\\n\t\t\tusing 1:2 title 'tau_y=32e-3', \\\n\t\t'data\/bingham-mrt_5000_500_20_006_064000\/prof-at-250_step-5000.dsv' \\\n\t\t\tusing 1:2 title 'tau_y=64e-3'\n","old_contents":"set datafile separator \",\"\n\n# set terminal pngcairo \\\n# transparent enhanced font \"arial,14\" fontscale 1.0 size 1600, 1200\nset key right box\n\nset title 'Velocity profiles'\nset ylabel 'u (lat unit \/ sec)'\nset xlabel 'y (lat unit)'\n# set output 'yield-stress.png'\nplot \\\n 'data\/bingham-mrt_5000_500_20_006_000008\/prof-at-250_step-4000.dsv' \\\n\t\t\tusing 1:2 title 'nu=0.06, tau_y=8e-6', \\\n 'data\/bingham-mrt_5000_500_20_006_000016\/prof-at-250_step-4000.dsv' \\\n\t\t\tusing 1:2 title 'nu=0.06, tau_y=16e-6', \\\n\t\t'data\/bingham-mrt_5000_500_20_006_000032\/prof-at-250_step-4000.dsv' \\\n\t\t\tusing 1:2 title 'nu=0.06, tau_y=32e-6', \\\n\t\t'data\/bingham-mrt_5000_500_20_006_000064\/prof-at-250_step-4000.dsv' \\\n\t\t\tusing 1:2 title 'nu=0.06, tau_y=64e-6'\n","returncode":0,"stderr":"","license":"mpl-2.0","lang":"Gnuplot"} {"commit":"5906f5b2e9842ad4063166bf0689746c65205c67","subject":"Tweaked cavity.plt.","message":"Tweaked cavity.plt.\n","repos":"frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,mdavidsaver\/jmbgsddb,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb","old_file":"gnuplot\/cavity.plt","new_file":"gnuplot\/cavity.plt","new_contents":"# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 0;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = \"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = \"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = \"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = \"Multipole41\/CaviMlp_EFocus2_41.txt\";\n# Quadrupole.\nfile5 = \"Multipole41\/CaviMlp_EQuad_41.txt\";\n\n# Tranverse higher order H-field [A\/m] ([A] for dipole) vs. z [mm]\nfile6 = \"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = \"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = \"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = \"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\174\\174} [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus1 & EFocus2\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3, \\\n file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset size 1.0, 1.0; set origin 0.0, 0.0;\nset title \"Cavity Thin Lens Model: {\/Symbol \\\\362}Eds, {\/Symbol \\\\362}Hds\";\nset xlabel \"z [cm]\";\nset ylabel \"[MV, MV\/m, MA, MA\/m]\";\nset yrange [-0.01:];\nplot file9 using (1e-1*($1+$4\/2.0)):6:(1e-1*$4) notitle with boxes ls 3;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","old_contents":"# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 0;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = \"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = \"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = \"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = \"Multipole41\/CaviMlp_EFocus2_41.txt\";\n# Quadrupole.\nfile5 = \"Multipole41\/CaviMlp_EQuad_41.txt\";\n\n# Tranverse higher order H-field [A\/m] ([A] for dipole) vs. z [mm]\nfile6 = \"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = \"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = \"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = \"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\174\\174} [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus1 & EFocus2\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3, \\\n file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset size 1.0, 1.0; set origin 0.0, 0.0;\nset title \"Cavity Thin Lens Model: {\/Symbol \\\\362}Eds, {\/Symbol \\\\362}Hds\";\nset xlabel \"z [cm]\";\nset ylabel \"[MV, MV\/m, MA, MA\/m]\";\nset yrange [-0.01:];\nplot file9 using (1e-1*($1+$4\/2.0)):6:(1e-1*$4) notitle with boxes ls 1;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"5fd994efa40bf5226907f9dbed719f54c2d450f1","subject":"Fix website","message":"Fix website\n","repos":"tnantoka\/plate,tnantoka\/plate,tnantoka\/plate,tnantoka\/plate","old_file":"website\/index.plt","new_file":"website\/index.plt","new_contents":"---\ntitle: Plate\nbackground: '#eee'\n\nfonts:\n - Yantramanav:100\n\nexamples:\n - title: Hello\n image: examples\/hello.png\n link: examples\/hello\/index.html\n src: https:\/\/github.com\/tnantoka\/plate\/tree\/master\/test\/fixtures\/src\/hello.plt\n desc: Basic template, Script\n - title: Image\n image: examples\/image.png\n link: examples\/image\/index.html\n src: https:\/\/github.com\/tnantoka\/plate\/tree\/master\/test\/fixtures\/src\/image\/index.plt\n desc: Image, Spin\n - title: List\n image: examples\/list.png\n link: examples\/list\/index.html\n src: https:\/\/github.com\/tnantoka\/plate\/tree\/master\/test\/fixtures\/src\/list.plt\n desc: Repeat, Theme\n - title: Highlight\n image: examples\/highlight.png\n link: examples\/highlight\/index.html\n src: https:\/\/github.com\/tnantoka\/plate\/tree\/master\/test\/fixtures\/src\/highlight.plt\n desc: Syntax highlight\n - title: Font\n image: examples\/font.png\n link: examples\/font\/index.html\n src: https:\/\/github.com\/tnantoka\/plate\/tree\/master\/test\/fixtures\/src\/font.plt\n desc: Font Awesome, Google Fonts\n - title: Example\n image: examples\/example.png\n link: examples\/example\/index.html\n src: https:\/\/github.com\/tnantoka\/plate\/tree\/master\/test\/fixtures\/src\/example.plt\n desc: The example above\n\nbootstrap:\n radius: 0\n---\n\ndiv\n @background: #333\n @height: 20px\n \/\/@position: fixed\n @top: 0\n @left: 0\n @right: 0\n @z-index: 1\n\n.center\n @padding-top: 50px\n .jumbotron\n @background: transparent\n .container\n ![](logo.png) {spin-180}\n # Plate\n @font-family: 'Yantramanav', sans-serif\n @font-size: 80px\n p\n A little language to create one page websites.\n .jumbotron\n @background: background\n .container\n .row\n .6\n ### [example.plt](https:\/\/github.com\/tnantoka\/plate\/tree\/master\/test\/fixtures\/src\/example.plt) {inherit}\n .text-left\n ```\n ---\n message: hello\n ---\n .container\n @background: #f9f9f9\n # Hello, world\n p\n .btn\n $click: alert(message) \n Click me\n ```\n .6\n ### [index.html](https:\/\/github.com\/tnantoka\/plate\/tree\/gh-pages\/examples\/example\/index.html) {inherit}\n .text-left\n ```\n <div class=\"container\"\n style=\"background: #f9f9f9\">\n <h1>Hello, world<\/h1>\n <p>\n <button class=\"btn btn-default\"\n v-on=\"click: alert(message)\">\n Click me\n <\/button>\n <\/p>\n <\/div>\n ```\n .container\n ## Examples\n .row\n .4\n $repeat: examples\n .thumbnail.hover\n [![](image)](link)\n .caption\n ### [title](link) {inherit}\n p\n desc\n p\n [Source](src) {blank, btn-sm}\n div\n @background: background\n @padding-top: 60px\n @padding-bottom: 60px\n @margin-top: 30px\n [i-github Fork me on GitHub](https:\/\/github.com\/tnantoka\/plate) {blank, btn-lg}\n .clearfix\n @background: #333\n @color: #fff\n @margin-bottom: 0\n @padding-top: 20px\n @padding-bottom: 30px\n .container\n .pull-right\n .text-right\n p\n Generate by [Plate](https:\/\/github.com\/tnantoka\/plate) {blank, inherit}. \n \\([Source](https:\/\/github.com\/tnantoka\/plate\/tree\/master\/website\/index.plt) {blank, inherit}\\)\n .text-left\n p\n \\(c\\) 2015 [\\@tnantoka](https:\/\/twitter.com\/tnantoka) {blank, inherit}\n","old_contents":"---\ntitle: Plate\nbackground: '#eee'\n\nfonts:\n - Yantramanav:100\n\nexamples:\n - title: Hello\n image: examples\/hello.png\n link: examples\/hello\/index.html\n src: https:\/\/tnantoka\/plate\/tree\/test\/fixtures\/src\/hello.plt\n desc: Basic template, Script\n - title: Image\n image: examples\/image.png\n link: examples\/image\/index.html\n src: https:\/\/tnantoka\/plate\/tree\/test\/fixtures\/src\/image\/index.plt\n desc: Image, Spin\n - title: List\n image: examples\/list.png\n link: examples\/list\/index.html\n src: https:\/\/tnantoka\/plate\/tree\/test\/fixtures\/src\/list.plt\n desc: Repeat, Theme\n - title: Highlight\n image: examples\/highlight.png\n link: examples\/highlight\/index.html\n src: https:\/\/tnantoka\/plate\/tree\/test\/fixtures\/src\/highlight.plt\n desc: Syntax highlight\n - title: Font\n image: examples\/font.png\n link: examples\/font\/index.html\n src: https:\/\/tnantoka\/plate\/tree\/test\/fixtures\/src\/font.plt\n desc: Font Awesome, Google Fonts\n - title: Example\n image: examples\/example.png\n link: examples\/example\/index.html\n src: https:\/\/tnantoka\/plate\/tree\/test\/fixtures\/src\/example.plt\n desc: The example above\n\nbootstrap:\n radius: 0\n---\n\ndiv\n @background: #333\n @height: 20px\n \/\/@position: fixed\n @top: 0\n @left: 0\n @right: 0\n @z-index: 1\n\n.center\n @padding-top: 50px\n .jumbotron\n @background: transparent\n .container\n ![](logo.png) {spin-180}\n # Plate\n @font-family: 'Yantramanav', sans-serif\n @font-size: 80px\n p\n A little language to create one page websites.\n .jumbotron\n @background: background\n .container\n .row\n .6\n ### [example.plt](https:\/\/tnantoka\/plate\/tree\/test\/fixtures\/src\/example.plt) {inherit}\n .text-left\n ```\n ---\n message: hello\n ---\n .container\n @background: #f9f9f9\n # Hello, world\n p\n .btn\n $click: alert(message) \n Click me\n ```\n .6\n ### [index.html](https:\/\/tnantoka\/plate\/tree\/gh-pages\/examples\/example\/index.html) {inherit}\n .text-left\n ```\n <div class=\"container\"\n style=\"background: #f9f9f9\">\n <h1>Hello, world<\/h1>\n <p>\n <button class=\"btn btn-default\"\n v-on=\"click: alert(message)\">\n Click me\n <\/button>\n <\/p>\n <\/div>\n ```\n .container\n ## Examples\n .row\n .4\n $repeat: examples\n .thumbnail.hover\n [![](image)](link)\n .caption\n ### [title](link) {inherit}\n p\n desc\n p\n [Source](src) {blank, btn-sm}\n div\n @background: background\n @padding-top: 60px\n @padding-bottom: 60px\n @margin-top: 30px\n [i-github Fork me on GitHub](https:\/\/github.com\/tnantoka\/plate) {blank, btn-lg}\n .clearfix\n @background: #333\n @color: #fff\n @margin-bottom: 0\n @padding-top: 20px\n @padding-bottom: 30px\n .container\n .pull-right\n .text-right\n p\n Generate by [Plate](https:\/\/github.com\/tnantoka\/plate) {blank, inherit}. \n \\([Source](https:\/\/github.com\/tnantoka\/plate\/tree\/website\/index.plt) {blank, inherit}\\)\n .text-left\n p\n \\(c\\) 2015 [\\@tnantoka](https:\/\/twitter.com\/tnantoka) {blank, inherit}\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ebeebecad264d9d6f2429ceff596fad08747ae35","subject":"Change the \"rotate by 90\" xtics specification to just \"rotate\" which is equivalent. The \"by <angle>\" syntax is not acceptable for all output devices. Apparently the Sparc and x86 output devices (no color) don't accept this, but should accept the plain \"rotate\".","message":"Change the \"rotate by 90\" xtics specification to just \"rotate\" which is\nequivalent. The \"by <angle>\" syntax is not acceptable for all output\ndevices. Apparently the Sparc and x86 output devices (no color) don't\naccept this, but should accept the plain \"rotate\".\n\n\ngit-svn-id: 0ff597fd157e6f4fc38580e8d64ab130330d2411@14645 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,apple\/swift-llvm,llvm-mirror\/llvm,chubbymaggie\/asap,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,dslab-epfl\/asap,apple\/swift-llvm,dslab-epfl\/asap,apple\/swift-llvm,llvm-mirror\/llvm,chubbymaggie\/asap,llvm-mirror\/llvm,apple\/swift-llvm,llvm-mirror\/llvm,dslab-epfl\/asap,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,apple\/swift-llvm,apple\/swift-llvm,chubbymaggie\/asap,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,llvm-mirror\/llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,apple\/swift-llvm,apple\/swift-llvm,chubbymaggie\/asap,chubbymaggie\/asap,llvm-mirror\/llvm","old_file":"utils\/NightlyTest.gnuplot","new_file":"utils\/NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"9873f56c015a2997933e1c27d813b02b0d024476","subject":"tight bounds","message":"tight bounds\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/calc-cost-latency\/plots\/latency-by-time.gnuplot","new_file":"mtdb\/calc-cost-latency\/plots\/latency-by-time.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get min and max values\nset terminal unknown\n\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nplot \\\nFN_IN u 3:4 w lines, \\\n\"\" u 3:5 w lines\n\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Time (year)\" offset 0,0.3\nset ylabel \"Latency (ms)\" offset 1.3,0\n\nset border (1 + 2) lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\"\nset tics front\n\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nset key top left #opaque\n\nset samples 1000\n\nset xrange [X_MIN:X_MAX]\nset yrange [Y_MIN:Y_MAX]\n\n#set pointsize 50000\n# points of linespoints are not noticeable. I wonder if they are not drawn when\n# lw is 0.1\n# FN_IN u 3:4 w linespoints pt 7 lw 0.1 lc rgb \"#FF8080\" t \"write\", \\\n#\nplot \\\nFN_IN u 3:4 w lines lw 0.1 lc rgb \"#FF8080\" t \"write\", \\\n\"\" u 3:5 w lines lw 0.1 lc rgb \"#8080FF\" t \"read\", \\\n\"\" u 3:4 w lines smooth bezier lc rgb \"red\" not, \\\n\"\" u 3:5 w lines smooth bezier lc rgb \"blue\" not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Time (year)\" offset 0,0.3\nset ylabel \"Latency (ms)\" offset 1.3,0\n\nset border (1 + 2) lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\"\nset tics front\n\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nset key top left #opaque\n\nset samples 1000\n\n#set pointsize 50000\n# points of linespoints are not noticeable. I wonder if they are not drawn when\n# lw is 0.1\n# FN_IN u 3:4 w linespoints pt 7 lw 0.1 lc rgb \"#FF8080\" t \"write\", \\\n#\nplot \\\nFN_IN u 3:4 w lines lw 0.1 lc rgb \"#FF8080\" t \"write\", \\\n\"\" u 3:5 w lines lw 0.1 lc rgb \"#8080FF\" t \"read\", \\\n\"\" u 3:4 w lines smooth bezier lc rgb \"red\" not, \\\n\"\" u 3:5 w lines smooth bezier lc rgb \"blue\" not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a2379f212087d2f60f5be2cd2c28b402be6d5a75","subject":"change legend","message":"change legend\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph12.gp","new_file":"graphs\/graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,480\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nunset xlabel # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal opaque box\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nset style data boxes\n\nplot ifnamey \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2tics border\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\n\nplot ifnamew \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($3+$4+$5+$6) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4+$5) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):3 fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,480\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nunset xlabel # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nset style data boxes\n\nplot ifnamey \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2tics border\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\n\nplot ifnamew \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($3+$4+$5+$6) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4+$5) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):3 fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"46b54e21776afbfa0c9d719fa55874488fb3649a","subject":"more defensive PARI\/GP script","message":"more defensive PARI\/GP script\n","repos":"jkovacic\/math,jkovacic\/math,jkovacic\/math,jkovacic\/math,jkovacic\/math","old_file":"scripts\/lib\/math_constant.gp","new_file":"scripts\/lib\/math_constant.gp","new_contents":"\/*\r\n * A PARI\/GP script that reproduces mathematical constants\r\n * that are defined in 'lib\/util\/math_constant.h', in\r\n * arbitrary precision. PARI\/GP default is 38 characters.\r\n *\r\n * From a shell, run the script as:\r\n * gp <\/path\/to\/math_constant.gp\r\n *\/\r\n\r\n\r\nmathConst() =\r\n{\r\n print(\"Pi = \", Pi );\r\n print(\"1\/Pi = \", 1\/Pi );\r\n print(\"sqrt(Pi) = \", sqrt(Pi) );\r\n print(\"sqrt(1\/Pi) = \", sqrt(1\/Pi) );\r\n print(\"sqrt(2\/Pi) = \", sqrt(2\/Pi) );\r\n print(\"sqrt(1\/(2*Pi)) = \", sqrt(1\/(2*Pi)) );\r\n print(\"log(sqrt(2*Pi)) = \", log(sqrt(2*Pi)) );\r\n\r\n print(\"sqrt(2) = \", sqrt(2) );\r\n print(\"sqrt(2)\/2 = \", sqrt(2)\/2 );\r\n}\r\n\r\n\r\nmathConst()\r\n","old_contents":"\/*\r\n * A PARI\/GP script that reproduces mathematical constants\r\n * that are defined in 'lib\/util\/math_constant.h', in\r\n * arbitrary precision. PARI\/GP default is 38 characters.\r\n *\r\n * From a shell, run the script as:\r\n * gp <\/path\/to\/math_constant.gp\r\n *\/\r\n\r\nprint(\"Pi\")\r\nPi\r\n\r\nprint(\"1\/PI\")\r\n1\/Pi\r\n\r\nprint(\"sqrt(Pi)\")\r\nsqrt(Pi)\r\n\r\nprint(\"1\/Pi\")\r\nsqrt(1\/Pi)\r\n\r\nprint(\"sqrt(2\/Pi)\")\r\nsqrt(2\/Pi)\r\n\r\nprint(\"sqrt(1\/(2*Pi))\")\r\nsqrt(1\/(2*Pi))\r\n\r\nprint(\"log(sqrt(2*Pi))\")\r\nlog(sqrt(2*Pi))\r\n\r\nprint(\"sqrt(2)\")\r\nsqrt(2)\r\n\r\nprint(\"sqrt(2)\/2\")\r\nsqrt(2)\/2\r\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a00e33e21435b8a4961d6e0f910e09f9c17f65ba","subject":"Fix Remez algorithm.","message":"Fix Remez algorithm.\n","repos":"oridb\/mc,oridb\/mc,oridb\/mc,oridb\/mc","old_file":"lib\/math\/ancillary\/generate-minimax-by-Remez.gp","new_file":"lib\/math\/ancillary\/generate-minimax-by-Remez.gp","new_contents":"\/*\n Attempts to find a minimax polynomial of degree n for f via Remez\n algorithm.\n *\/\n\n{ chebyshev_node(a, b, k, n) = my(p, m, c);\n p = (b + a)\/2;\n m = (b - a)\/2;\n c = cos(Pi * (2*k - 1)\/(2*n));\n return(p + m*c);\n}\n\n{ remez_step(f, n, a, b, x) = my(M, xx, bvec, k);\n M = matrix(n + 2, n + 2);\n bvec = vector(n + 2);\n for (k = 1, n + 2,\n xx = x[k];\n for (j = 1, n + 1,\n M[k,j] = xx^(j - 1);\n );\n M[k, n + 2] = (-1)^k;\n bvec[k] = f(xx);\n );\n return(mattranspose(M^-1 * mattranspose(bvec)));\n}\n\n{ p_eval(n, v, x) = my(s, k);\n s = 0;\n for (k = 1, n + 1,\n s = s + v[k]*x^(k - 1)\n );\n\n return(s);\n}\n\n{ err(f, n, v, x) =\n return(abs(f(x) - p_eval(n, v, x)));\n}\n\n{ find_M(f, n, v, a, b, depth) = my(X, gran, l, lnext, len, xprev, xcur, xnext, yprev, ycur, ynext, thisa, thisb, k, j);\n gran = 10000 * depth;\n l = listcreate();\n\n xprev = a - (b - a)\/gran;\n yprev = err(f, n, v, xprev);\n\n xcur = a;\n ycur = err(f, n, v, xprev);\n \n xnext = a + (b - a)\/gran;\n ynext = err(f, n, v, xprev);\n\n for (k = 2, gran,\n xprev = xcur;\n yprev = ycur;\n \n xcur = xnext;\n ycur = ynext;\n\n xnext = a + k*(b - a)\/gran;\n ynext = err(f, n, v, xnext);\n\n if(ycur > yprev && ycur > ynext, listput(l, [xcur, ycur]),);\n );\n\n vecsort(l, 2);\n if(length(l) < n + 2 || l[1][2] < 2^(-2000), return(\"q\"),);\n len = length(l);\n\n X = vector(n + 2);\n\n for(j = 1, n + 2,\n lnext = listcreate();\n thisa = l[j][1] - (b-a)\/gran;\n thisb = l[j][1] + (b-a)\/gran;\n\n xprev = thisa - (thisb - thisa)\/gran;\n yprev = err(f, n, v, xprev);\n\n xcur = thisa;\n ycur = err(f, n, v, xprev);\n \n xnext = thisa + (thisb - thisa)\/gran;\n ynext = err(f, n, v, xprev);\n\n for (k = 2, gran,\n xprev = xcur;\n yprev = ycur;\n \n xcur = xnext;\n ycur = ynext;\n\n xnext = thisa + k*(thisb - thisa)\/gran;\n ynext = abs(f(xnext) - p_eval(n, v, xnext));\n\n if(ycur > yprev && ycur > ynext, listput(lnext, [xcur, ycur]),);\n );\n\n vecsort(lnext, 2);\n if(length(lnext) < 1, return(\"q\"),);\n X[j] = lnext[1][1];\n listkill(lnext);\n );\n listkill(l);\n vecsort(X);\n return(X);\n}\n\n{ find_minimax(f, n, a, b) = my(c, k, j);\n c = vector(n + 2);\n for (k = 1, n + 2,\n c[k] = chebyshev_node(a, b, k, n + 2);\n );\n for(j = 1, 100,\n v = remez_step(f, n, a, b, c);\n print(\"v = \", v);\n c = find_M(f, n, v, a, b, j);\n if(c == \"q\", return,);\n print(\"c = \", c);\n );\n}\n\n{ sinoverx(x) =\n return(if(x == 0, 1, sin(x)\/x));\n}\n\n{ tanoverx(x) =\n return(if(x == 0, 1, tan(x)\/x));\n}\n\n{ atanxoverx(x) =\n return(if(x == 0, 1, atan(x)\/x));\n}\n\n{ cotx(x) =\n return(1\/tanoverx(x));\n}\n\nprint(\"\\n\");\nprint(\"Minimaxing sin(x) \/ x, degree 6, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(sinoverx, 6, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 7...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minimaxing cos(x), degree 7, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(cos, 7, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing tan(x) \/ x, degree 6, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(tanoverx, 6, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 7...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing x*cot(x), degree 8, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(cotx, 8, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(Remember to divide by x)\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing tan(x) \/ x, degree 10, on [0, 15.5\/256]:\");\nfind_minimax(tanoverx, 10, 0, 15.5\/256)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 11...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing atan(x) \/ x, degree 12, on [0, 15.5\/256]:\");\nfind_minimax(atanxoverx, 12, 0, 1\/16)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 13...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"Remember that there's that extra, ugly E term at the end of the vector that you want to lop off.\\n\");\n","old_contents":"\/*\n Attempts to find a minimax polynomial of degree n for f via Remez\n algorithm. The Remez algorithm appears to be slightly shot, but\n the initial step of approximating by Chebyshev nodes works, and\n is usually good enough.\n *\/\n\n{ chebyshev_node(a, b, k, n) = my(p, m, c);\n p = (b + a)\/2;\n m = (b - a)\/2;\n c = cos(Pi * (2*k - 1)\/(2*n));\n return(p + m*c);\n}\n\n{ remez_step(f, n, a, b, x) = my(M, xx, bvec, k);\n M = matrix(n + 2, n + 2);\n bvec = vector(n + 2);\n for (k = 1, n + 2,\n xx = x[k];\n for (j = 1, n + 1,\n M[k,j] = xx^(j - 1);\n );\n M[k, n + 2] = (-1)^k;\n bvec[k] = f(xx);\n );\n return(mattranspose(M^-1 * mattranspose(bvec)));\n}\n\n{ p_eval(n, v, x) = my(s, k);\n s = 0;\n for (k = 1, n + 1,\n s = s + v[k]*x^(k - 1)\n );\n\n return(s);\n}\n\n{ err(f, n, v, x) =\n return(abs(f(x) - p_eval(n, v, x)));\n}\n\n{ find_M(f, n, v, a, b, depth) = my(X, gran, l, lnext, len, xprev, xcur, xnext, yprev, ycur, ynext, thisa, thisb, k, j);\n gran = 10000 * depth;\n l = listcreate();\n\n xprev = a - (b - a)\/gran;\n yprev = err(f, n, v, xprev);\n\n xcur = a;\n ycur = err(f, n, v, xprev);\n \n xnext = a + (b - a)\/gran;\n ynext = err(f, n, v, xprev);\n\n for (k = 2, gran,\n xprev = xcur;\n yprev = ycur;\n \n xcur = xnext;\n ycur = ynext;\n\n xnext = a + k*(b - a)\/gran;\n ynext = err(f, n, v, xnext);\n\n if(ycur > yprev && ycur > ynext, listput(l, [xcur, abs(ycur)]),);\n );\n\n vecsort(l, 2);\n if(length(l) < n + 2 || l[1][2] < 2^(-2000), return(\"q\"),);\n len = length(l);\n\n lnext = listcreate();\n for(j = 1, n + 2,\n thisa = l[j][1] - (b-a)\/gran;\n thisb = l[j][1] + (b-a)\/gran;\n\n xprev = thisa - (thisb - a)\/gran;\n yprev = err(f, n, v, xprev);\n\n xcur = thisa;\n ycur = err(f, n, v, xprev);\n \n xnext = thisa + (thisb - thisa)\/gran;\n ynext = err(f, n, v, xprev);\n\n for (k = 2, gran,\n xprev = xcur;\n yprev = ycur;\n \n xcur = xnext;\n ycur = ynext;\n\n xnext = thisa + k*(thisb - thisa)\/gran;\n ynext = abs(f(xnext) - p_eval(n, v, xnext));\n\n if(ycur > yprev && ycur > ynext, listput(lnext, xcur),);\n );\n );\n vecsort(lnext, cmp);\n listkill(l);\n X = vector(n + 2);\n for (k = 1, min(n + 2, length(lnext)), X[k] = lnext[k]);\n listkill(lnext);\n vecsort(X);\n return(X);\n}\n\n{ find_minimax(f, n, a, b) = my(c, k, j);\n c = vector(n + 2);\n for (k = 1, n + 2,\n c[k] = chebyshev_node(a, b, k, n + 2);\n );\n for(j = 1, 100,\n v = remez_step(f, n, a, b, c);\n print(\"v = \", v);\n c = find_M(f, n, v, a, b, j);\n if(c == \"q\", return,);\n print(\"c = \", c);\n );\n}\n\n{ sinoverx(x) =\n return(if(x == 0, 1, sin(x)\/x));\n}\n\n{ tanoverx(x) =\n return(if(x == 0, 1, tan(x)\/x));\n}\n\n{ atanxoverx(x) =\n return(if(x == 0, 1, atan(x)\/x));\n}\n\n{ cotx(x) =\n return(1\/tanoverx(x));\n}\n\nprint(\"\\n\");\nprint(\"Minimaxing sin(x) \/ x, degree 6, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(sinoverx, 6, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 7...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minimaxing cos(x), degree 7, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(cos, 7, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing tan(x) \/ x, degree 6, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(tanoverx, 6, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 7...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing x*cot(x), degree 8, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(cotx, 8, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(Take the first v, and remember to divide by x)\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing tan(x) \/ x, degree 10, on [0, 15.5\/256]:\");\nfind_minimax(tanoverx, 10, 0, 15.5\/256)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 11...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing atan(x) \/ x, degree 12, on [0, 15.5\/256]:\");\nfind_minimax(atanxoverx, 12, 0, 1\/16)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 13...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"Remember that there's that extra, ugly E term at the end of the vector that you want to lop off.\\n\");\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ad72da0e43740b9843feca7a5072f20168977261","subject":"Remove bad files","message":"Remove bad files\n","repos":"radium226\/interpol","old_file":"test.gp","new_file":"test.gp","new_contents":"","old_contents":"#! \/usr\/bin\/gnuplot\n#\n# Plot a single point with Gnuplot without using a data file\n#\n# AUTHOR: Hagen Wierstorf\n\nreset\n\n# wxt\nset terminal wxt size 350,262 enhanced font 'Verdana,10' persist\n# png\n#set terminal pngcairo size 350,262 enhanced font 'Verdana,10'\n#set output 'single_point.png'\n# svg\n#set terminal svg size 350,262 fname 'Verdana, Helvetica, Arial, sans-serif' \\\n#fsize '10'\n#set output 'single_point.svg'\n\n# Styling\nset border linewidth 1.5\nset pointsize 1.5\nset style line 1 lc rgb '#0060ad' pt 5 # square\nset style line 2 lc rgb '#0060ad' pt 7 # circle\nset style line 3 lc rgb '#0060ad' pt 9 # triangle\n\nunset key\n\nset tics scale 0.75\nset xtics 1\nset ytics 1\nset yrange[0:3]\nset xrange[0.5:3.5]\nset xlabel 'x' \nset ylabel 'y'\n\n# Plot some points \nplot '-' w p ls 1, '-' w p ls 2, '-' w p ls 3\n1 2\ne\n2 1\ne\n3 1.5\ne\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"cad49e696f79ecef6e1d8bcdfe78aae263f444a1","subject":"Improved Gnuplot script.","message":"Improved Gnuplot script.\n","repos":"maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k-perf\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-mbw.dat\"\nplot BASENAME.\".dat\" using MEMBW:(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nplot BASENAME.\".dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\nMin.: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Max.: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nplot BASENAME.\"-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 notitle with lines linecolor \"grey\", \\\n BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 notitle with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nplot BASENAME.\".dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k-perf\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nstats BASENAME.\".dat\" using (NFLOPS(MPARM,NPARM,KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-mbw.dat\"\nplot BASENAME.\".dat\" using MEMBW:(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nplot BASENAME.\".dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\nMin.: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Max.: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nplot BASENAME.\"-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 notitle with lines linecolor \"grey\", \\\n BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 notitle with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nplot BASENAME.\".dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n #set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor(NFLOPS(MPARM,NPARM,KPARM)**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"d021306c39eea27a5fc8be63279d195585baddb0","subject":"Select smaller font size in one of the Gnuplot graphs (CDF).","message":"Select smaller font size in one of the Gnuplot graphs (CDF).\n","repos":"maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using MEMBW:(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=8 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using MEMBW:(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\nMin.: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Max.: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"c0af2148670f9a69c9189522aabb314e793c7b5f","subject":"Add more in regex.plt","message":"Add more in regex.plt\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/regex\/regex.plt","new_file":"U-238\/u\/regex\/regex.plt","new_contents":":- begin_tests(regex).\n:- use_module(u(regex\/regex)).\n\ntest(syntax_positive,\n [forall(\n\t member(Pat,\n\t\t [\"\", \"a\", \"ab\", \"a*\", \"a*a\", \"ab*\",\n \"a|b\", \"a|b|c\",\n\t\t \"(a)\", \"((a))\", \"(((ab)))\", \n\t\t \"b*|b\", \"ab*b\",\n\t\t \"(a|b)\", \"(a*|b)\", \"(ab*|b)\", \"(b*|b*)\",\n\t\t \"(b*|b*)*\", \"(b|a|c)*\", \"b|a|c*\", \"a|ab*|abc*\",\n\t\t \"(a|ab*|abc*)d\", \"(a|ab*|abc*)(a)d\",\n\t\t \"(a|ab*|abc*)(a*)d\", \"(a|ab*|abc*)(a*)(d)\",\n\t\t \"(a|ab*|abc*)(a*)(d)|e*\",\n \"(a|ab*|abc*)(a*)(d)|e\",\n\t\t \"(a|ab*|abc*)(a*)(d)|(e|d*)\",\n\t\t \"((a|ab*|abc*)(a*)(d)|(e|d*))\",\n\t\t \"(((a|ab*|abc*)(a*)(d)|(e|d*)))\"\n\t\t ])\n\t )\n ]) :-\n\n\tregex_dfa(Pat, _).\n\n\t%findall('.', phrase(regex(_), Pat, []), ['.']).\n\n\ntest(syntax_negative,\n [forall(\n\t member(Pat,\n\t\t [\"*\", \"**\", \"|*\", \"()\", \"(*)\", \"()*\",\n\t\t \"*a\", \"*|b\", \"*|*\", \"|a\", \"|a|b\", \"|a|\",\n\t\t \"b|\", \"a|b|\", \"ab*|\", \"ab|\", \"|ab\", \"|ab|\",\n\t\t \"(a|b\", \"a|b)\", \"(a*|b\", \"a|b*)\", \"(b*|b*)**\",\n\t\t \"*(a|v)\", \"(a|ab*|abc*)()d\",\n\t\t \"(a|ab*|abc*)(a*)(d)|*\"\n\t\t ])\n\t ), fail\n ]) :-\n\n\tregex_nfa(Pat, _).\n\ntest(nfa_1_state,\n [nfa([1], [], 1, [1]) = NFA]\n ) :-\n\n\tregex_nfa(\"\", NFA).\n\ntest(dfa_1_state,\n [dfa([1], [], 1, [1]) = DFA]\n ) :-\n\n\tregex_dfa(\"\", DFA).\n\ntest(nfa_n_states,\n [forall(member((Pat, N_States), [(\"ab*\", 5)]))]\n ) :-\n\n\tregex_nfa(Pat, nfa(States, _, _, _)),\n\tnumlist(1, N_States, States).\n\n\n\n:- end_tests(regex).\n\n\n\n","old_contents":":- begin_tests(regex).\n:- use_module(u(regex\/regex)).\n\ntest(syntax_positive,\n [forall(\n\t member(Pat,\n\t\t [\"\", \"a\", \"ab\", \"a*\", \"a*a\", \"a|b\", \"a|b|c\",\n\t\t \"(a)\", \"((a))\", \"(((ab)))\",\n\t\t \"b*|b\", \"ab*b\",\n\t\t \"(a|b)\", \"(a*|b)\", \"(ab*|b)\", \"(b*|b*)\",\n\t\t \"(b*|b*)*\", \"(b|a|c)*\", \"b|a|c*\", \"a|ab*|abc*\",\n\t\t \"(a|ab*|abc*)d\", \"(a|ab*|abc*)(a)d\",\n\t\t \"(a|ab*|abc*)(a*)d\", \"(a|ab*|abc*)(a*)(d)\",\n\t\t \"(a|ab*|abc*)(a*)(d)|e*\", \"(a|ab*|abc*)(a*)(d)|e\",\n\t\t \"(a|ab*|abc*)(a*)(d)|(e|d*)\",\n\t\t \"((a|ab*|abc*)(a*)(d)|(e|d*))\",\n\t\t \"(((a|ab*|abc*)(a*)(d)|(e|d*)))\"\n\t\t ])\n\t )\n ]) :-\n\n\tregex_nfa(Pat, _).\n\n\t%findall('.', phrase(regex(_), Pat, []), ['.']).\n\n\ntest(syntax_negative,\n [forall(\n\t member(Pat,\n\t\t [\"*\", \"**\", \"|*\", \"()\", \"(*)\", \"()*\",\n\t\t \"*a\", \"*|b\", \"*|*\", \"|a\", \"|a|b\", \"|a|\",\n\t\t \"b|\", \"a|b|\", \"ab*|\", \"ab|\", \"|ab\", \"|ab|\",\n\t\t \"(a|b\", \"a|b)\", \"(a*|b\", \"a|b*)\", \"(b*|b*)**\",\n\t\t \"*(a|v)\", \"(a|ab*|abc*)()d\",\n\t\t \"(a|ab*|abc*)(a*)(d)|*\"\n\t\t ])\n\t ), fail\n ]) :-\n\n\tregex_nfa(Pat, _).\n\ntest(nfa_1_state,\n [nfa([1], [], 1, [1]) = NFA]\n ) :-\n\n\tregex_nfa(\"\", NFA).\n\ntest(dfa_1_state,\n [dfa([1], [], 1, [1]) = DFA]\n ) :-\n\n\tregex_dfa(\"\", DFA).\n\ntest(nfa_n_states,\n [forall(member((Pat, N_States), [(\"ab*\", 5)]))]\n ) :-\n\n\tregex_nfa(Pat, nfa(States, _, _, _)),\n\tnumlist(1, N_States, States).\n\n\n\n:- end_tests(regex).\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"926571ae324d6259c86a295dde31008aa1b30f82","subject":"red xtics on last hour","message":"red xtics on last hour\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\nRMARG = 0.96\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\nRMARG = 0.96\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"30a3f9dcb709c6770c47ca90dfbbfa0dc0949773","subject":"terminal","message":"terminal\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of various temperature sensors\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\"\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Temperature trends\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\"\n#set autoscale y2\n#set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \" TMP36 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \" DHT22 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql23.csv\" using ($2+utc_offset):4 title \" BMP183 [degC]\" with points pt 5 ps 0.2\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of various temperature sensors\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Temperature trends\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\"\n#set autoscale y2\n#set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \" TMP36 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \" DHT22 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql23.csv\" using ($2+utc_offset):4 title \" BMP183 [degC]\" with points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"fa58d7b6539a4311bd0a44974b3dd33906ec23f9","subject":"less calculating","message":"less calculating\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n# yearly data is queried in 1 week intervals (604 800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSy = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\nspeedy(x) = x * BPSy\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(speedd(Yd_max), speedh(Yh_max)), speedw(Yw_max))\nYmin = 1024\n#Ystd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\n#Ymean = max(max(Yd_mean, Yh_mean), Yw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using 3 name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using 3 name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using 3 name \"Ybw\" nooutput\n\n\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(speedd(Ybd_max), speedh(Ybh_max)), speedw(Ybw_max))\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\n#Ystd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\n#Ymean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (speedh($6)) name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (speedd($6)) name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using (speedw($6)) name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = 1024\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (speedh($3)) name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (speedd($3)) name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using (speedw($3)) name \"Ybw\" nooutput\n\n\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max)\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"68272ee7c21310460a65ffea952fa954ea321d81","subject":"improve readability of tics","message":"improve readability of tics\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastday.gp","new_file":"graphs\/pastday.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"dag-uur\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 3 title \"T2\" lc \"yellow\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 5 title \"T2\" lc \"yellow\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 3 title \"T2\" lc \"yellow\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 5 title \"T2\" lc \"yellow\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2df6ff01453b00366188184743e9a9ef8705c410","subject":"colorchange","message":"colorchange","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/avgday_u.gp","new_file":"graphs\/avgday_u.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddeld uurverbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\nset yrange [0:1600]\nset ytics 100\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'blue'\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddeld uurverbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\nset yrange [0:1600]\nset ytics 100\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'green'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d346dbc324d4e663bfa89af8a4a6e2f4d3507968","subject":"png tweaks","message":"png tweaks\n","repos":"JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot","old_file":"bin\/radicalpilot-stats.plot","new_file":"bin\/radicalpilot-stats.plot","new_contents":"\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\n\r\nif (pilotnum >= 1) {\r\n pilot_states_1_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_1_id . '.dat'\r\n pilot_callbacks_1_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_1_id . '.dat'\r\n pilot_slots_1_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_1_id . '.dat'\r\n pilot_queue_1_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_1_id . '.dat'\r\n unit_states_1_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_1_id . '.dat'\r\n unit_callbacks_1_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_1_id . '.dat'\r\n # print 'pilot 1 : ' . pilot_1_name\r\n}\r\nif (pilotnum >= 2) {\r\n pilot_states_2_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_2_id . '.dat'\r\n pilot_callbacks_2_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_2_id . '.dat'\r\n pilot_slots_2_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_2_id . '.dat'\r\n pilot_queue_2_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_2_id . '.dat'\r\n unit_states_2_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_2_id . '.dat'\r\n unit_callbacks_2_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_2_id . '.dat'\r\n # print 'pilot 2 : ' . pilot_2_name\r\n}\r\n\r\nif (pilotnum >= 3) {\r\n pilot_states_3_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_3_id . '.dat'\r\n pilot_callbacks_3_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_3_id . '.dat'\r\n pilot_slots_3_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_3_id . '.dat'\r\n pilot_queue_3_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_3_id . '.dat'\r\n unit_states_3_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_3_id . '.dat'\r\n unit_callbacks_3_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_3_id . '.dat'\r\n # print 'pilot 3 : ' . pilot_3_name\r\n}\r\n\r\nif (pilotnum >= 4) {\r\n print \"only support up to three pilots\"\r\n exit\r\n}\r\n\r\n\r\nterms = 'png pdf'\r\ndo for [term_i=1:words(terms)] {\r\n t = word(terms, term_i)\r\n term_t = t.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (t eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 206 lt 1 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 306 lt 1 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.t \r\n print '.\/'.session.'.'.t\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101\r\n } \r\n if (pilotnum==2) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201\r\n } \r\n if (pilotnum==3) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201 , \\\r\n pilot_states_3_dat using 1:($2-0.1) title '' with steps ls 300 , \\\r\n pilot_callbacks_3_dat using 1:($2+0.1) title '' with points ls 301\r\n }\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"PEND. INPUT \" 2, \\\r\n \"TRANSF. INPUT \" 3, \\\r\n \"PEND. EXECUTION\" 4, \\\r\n \"SCHEDULING \" 5, \\\r\n \"EXECUTING \" 6, \\\r\n \"PEND. OUTPUT \" 7, \\\r\n \"TRANSF. OUTPUT \" 8, \\\r\n \"DONE \" 9, \\\r\n \"CANCELED \" 10, \\\r\n \"FAILED \" 11)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101\r\n }\r\n if (pilotnum==2) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201\r\n }\r\n if (pilotnum==3) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201 , \\\r\n unit_states_3_dat using 1:($2-0.1) title '' with steps ls 300 , \\\r\n unit_callbacks_3_dat using 1:($2+0.1) title '' with points ls 301\r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [1:maxslots+nodesize\/2]\r\n set ytics nodesize\r\n set y2tics autofreq\r\n\r\n set xlabel ''\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ queue]\" offset second -11,0\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.1) title '' with steps ls 106 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 \r\n }\r\n if (pilotnum==2) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 106 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_slots_2_dat using 1:($2+0.3) title '' with lines ls 204 , \\\r\n pilot_queue_2_dat using 1:($2+0.3) title '' with steps ls 206 axes x1y2 , \\\r\n slotnum_2 title '' with lines ls 205 \r\n }\r\n if (pilotnum==3) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 106 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_slots_2_dat using 1:($2+0.2) title '' with lines ls 204 , \\\r\n pilot_queue_2_dat using 1:($2+0.2) title '' with steps ls 206 axes x1y2 , \\\r\n slotnum_2 title '' with lines ls 205 , \\\r\n pilot_slots_3_dat using 1:($2+0.4) title '' with lines ls 304 , \\\r\n pilot_queue_3_dat using 1:($2+0.4) title '' with steps ls 306 axes x1y2 , \\\r\n slotnum_3 title '' with lines ls 305 \r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n if (pilotnum==1) {\r\n set key center left reverse\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 105 t 'total number of slots' , \\\r\n NaN ls 106 t 'unit queue length' , \\\r\n NaN lw 0 t ' '\r\n }\r\n if (pilotnum==2) {\r\n set key top left reverse maxrows 7\r\n plot NaN lw 0 with steps t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 with steps t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 with points t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 with steps t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 105 with steps t 'total number of slots' , \\\r\n NaN ls 106 with steps t 'unit queue length' , \\\r\n NaN lw 0 with steps t ' ' , \\\r\n NaN lw 0 with steps t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 with steps t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 with steps t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 with steps t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 205 with steps t 'total number of slots' , \\\r\n NaN ls 206 with steps t 'unit queue length' , \\\r\n NaN lw 0 with steps t ' '\r\n }\r\n if (pilotnum==3) {\r\n set key top left reverse maxrows 14\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 105 t 'total number of slots' , \\\r\n NaN ls 106 t 'unit queue length' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 205 t 'total number of slots' , \\\r\n NaN ls 206 t 'unit queue length' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t 'PILOT 3 ('.pilot_3_name.'):' , \\\r\n NaN ls 300 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 301 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 304 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 305 t 'total number of slots' , \\\r\n NaN ls 306 t 'unit queue length' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' '\r\n }\r\n # ------------------------------------------------------------------------------------\r\n\r\n unset multiplot\r\n # ------------------------------------------------------------------------------------\r\n\r\n}\r\n\r\n\r\n\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","old_contents":"\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\n\r\nif (pilotnum >= 1) {\r\n pilot_states_1_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_1_id . '.dat'\r\n pilot_callbacks_1_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_1_id . '.dat'\r\n pilot_slots_1_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_1_id . '.dat'\r\n pilot_queue_1_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_1_id . '.dat'\r\n unit_states_1_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_1_id . '.dat'\r\n unit_callbacks_1_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_1_id . '.dat'\r\n # print 'pilot 1 : ' . pilot_1_name\r\n}\r\nif (pilotnum >= 2) {\r\n pilot_states_2_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_2_id . '.dat'\r\n pilot_callbacks_2_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_2_id . '.dat'\r\n pilot_slots_2_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_2_id . '.dat'\r\n pilot_queue_2_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_2_id . '.dat'\r\n unit_states_2_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_2_id . '.dat'\r\n unit_callbacks_2_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_2_id . '.dat'\r\n # print 'pilot 2 : ' . pilot_2_name\r\n}\r\n\r\nif (pilotnum >= 3) {\r\n pilot_states_3_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_3_id . '.dat'\r\n pilot_callbacks_3_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_3_id . '.dat'\r\n pilot_slots_3_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_3_id . '.dat'\r\n pilot_queue_3_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_3_id . '.dat'\r\n unit_states_3_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_3_id . '.dat'\r\n unit_callbacks_3_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_3_id . '.dat'\r\n # print 'pilot 3 : ' . pilot_3_name\r\n}\r\n\r\nif (pilotnum >= 4) {\r\n print \"only support up to three pilots\"\r\n exit\r\n}\r\n\r\n\r\nterms = 'png pdf'\r\ndo for [term_i=1:words(terms)] {\r\n t = word(terms, term_i)\r\n term_t = t.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (t eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.t \r\n print '.\/'.session.'.'.t\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with linespoints ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101\r\n } \r\n if (pilotnum==2) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201\r\n } \r\n if (pilotnum==3) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with linespoints ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with linespoints ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201 , \\\r\n pilot_states_3_dat using 1:($2-0.1) title '' with linespoints ls 300 , \\\r\n pilot_callbacks_3_dat using 1:($2+0.1) title '' with points ls 301\r\n }\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"PEND. INPUT \" 2, \\\r\n \"TRANSF. INPUT \" 3, \\\r\n \"PEND. EXECUTION\" 4, \\\r\n \"SCHEDULING \" 5, \\\r\n \"EXECUTING \" 6, \\\r\n \"PEND. OUTPUT \" 7, \\\r\n \"TRANSF. OUTPUT \" 8, \\\r\n \"DONE \" 9, \\\r\n \"CANCELED \" 10, \\\r\n \"FAILED \" 11)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101\r\n }\r\n if (pilotnum==2) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201\r\n }\r\n if (pilotnum==3) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201 , \\\r\n unit_states_3_dat using 1:($2-0.1) title '' with steps ls 300 , \\\r\n unit_callbacks_3_dat using 1:($2+0.1) title '' with points ls 301\r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [1:maxslots+nodesize\/2]\r\n set ytics nodesize\r\n set y2tics autofreq\r\n\r\n set xlabel ''\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ unit queue]\" offset second -11,0\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.1) title '' with steps ls 104 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 \r\n }\r\n if (pilotnum==2) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 104 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_slots_2_dat using 1:($2+0.3) title '' with lines ls 204 , \\\r\n pilot_queue_2_dat using 1:($2+0.3) title '' with steps ls 204 axes x1y2 , \\\r\n slotnum_2 title '' with lines ls 205 \r\n }\r\n if (pilotnum==3) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 104 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_slots_2_dat using 1:($2+0.2) title '' with lines ls 204 , \\\r\n pilot_queue_2_dat using 1:($2+0.2) title '' with steps ls 204 axes x1y2 , \\\r\n slotnum_2 title '' with lines ls 205 , \\\r\n pilot_slots_3_dat using 1:($2+0.4) title '' with lines ls 304 , \\\r\n pilot_queue_3_dat using 1:($2+0.4) title '' with steps ls 304 axes x1y2 , \\\r\n slotnum_3 title '' with lines ls 305 \r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n if (pilotnum==1) {\r\n set key center left reverse\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)'\r\n }\r\n if (pilotnum==2) {\r\n set key top left reverse maxrows 4\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 t 'busy slot (i.e. used CPU core)'\r\n }\r\n if (pilotnum==3) {\r\n set key top left reverse maxrows 9\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t 'PILOT 3 ('.pilot_3_name.'):' , \\\r\n NaN ls 300 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 301 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 304 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' '\r\n }\r\n # ------------------------------------------------------------------------------------\r\n\r\n unset multiplot\r\n # ------------------------------------------------------------------------------------\r\n\r\n}\r\n\r\n\r\n\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"5805f7b8f0f3b14f7e876f1c1d2bc42dfc8c1a88","subject":"align production graph","message":"align production graph\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/avgday_p.gp","new_file":"graphs\/avgday_p.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_p.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddelde uuropbrengst \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\nset yrange [0:1600]\nset ytics 100\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'blue'\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_p.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddelde uuropbrengst \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\nset yrange [:2000]\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers # pointtype 7\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'blue'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7b7974859775da8df026fbac62e5c0e157067dd4","subject":"Since we are collecting all of this data, we might as well graph it!","message":"Since we are collecting all of this data, we might as well graph it!\n\n\ngit-svn-id: a4a6f32337ebd29ad4763b423022f00f68d1c7b7@9807 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx","old_file":"NightlyTest.gnuplot","new_file":"NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \"TimesRoman,24\"\nset ylabel \"Lines of Code\" \"TimesRoman,24\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"55cb7fdbc418610bf7b7d158e6ff86951d704734","subject":"Add new label","message":"Add new label\n\n\ngit-svn-id: a4a6f32337ebd29ad4763b423022f00f68d1c7b7@8091 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx","old_file":"NightlyTest.gnuplot","new_file":"NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \"TimesRoman,24\"\nset ylabel \"Lines of Code\" \"TimesRoman,24\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \"TimesRoman,24\"\nset ylabel \"Lines of Code\" \"TimesRoman,24\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"daffc590f147e37a1d2779783bf7934af0b8019c","subject":"Fix gnuplot script","message":"Fix gnuplot script\n","repos":"lasp-lang\/evaluation","old_file":"new_transmission.gnuplot","new_file":"new_transmission.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 0.5\n\n\nset border 3 front linewidth 1.000\nset boxwidth 0.8 absolute\nset style fill solid 1.00 noborder\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault lt 0 linewidth 0.500, lt 0 linewidth 0.500\nset key bmargin center horizontal Left reverse noenhanced autotitle columnhead nobox maxcols 2 maxrows 1\nset style histogram rowstacked title textcolor lt -1 offset character 2, 0.25, 0\nset style data histograms\nset cbtics border in scale 0,0 mirror norotate autojustify\nset rtics axis in scale 0,0 nomirror norotate autojustify\nset title \"Advertisement Impression Counter\" \nset xlabel \"(Client Number)\" \nset xlabel offset character 0, -1, 0 font \"\" textcolor lt -1 norotate\nset ylabel \"GB Transmitted\" \nset yrange [0:*]\n##set yrange [ 0.00000 : 900000. ] noreverse nowriteback\n\nset linetype 1 lc rgb \"#A00000\"\nset linetype 2 lc rgb \"#2c3e50\"\nset linetype 3 lc rgb \"#5060D0\"\nset linetype 4 lc rgb \"#F25900\"\nset datafile separator \",\"\nset output outputname\nplot newhistogram \"32\", inputname using \"32_s\":xtic(1) t 'State' lc 3, \\\n newhistogram \"64\", '' u \"64_s\":xtic(1) t '' lc 3, \\\n newhistogram \"128\", '' u \"128_s\":xtic(1) t '' lc 3, \\\n newhistogram \"256\", '' u \"256_s\":xtic(1) t '' lc 3\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 0.5\n\n\nset border 3 front linewidth 1.000\nset boxwidth 0.8 absolute\nset style fill solid 1.00 noborder\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault lt 0 linewidth 0.500, lt 0 linewidth 0.500\nset key bmargin center horizontal Left reverse noenhanced autotitle columnhead nobox maxcols 2 maxrows 1\nset style histogram rowstacked title textcolor lt -1 offset character 2, 0.25, 0\nset style data histograms\nset cbtics border in scale 0,0 mirror norotate autojustify\nset rtics axis in scale 0,0 nomirror norotate autojustify\nset title \"Advertisement Impression Counter\" \nset xlabel \"(Client Number)\" \nset xlabel offset character 0, -1, 0 font \"\" textcolor lt -1 norotate\nset ylabel \"GB Transmitted\" \nset yrange [0:*]\n##set yrange [ 0.00000 : 900000. ] noreverse nowriteback\n\nset linetype 1 lc rgb \"#A00000\"\nset linetype 2 lc rgb \"#2c3e50\"\nset linetype 3 lc rgb \"#5060D0\"\nset linetype 4 lc rgb \"#F25900\"\nset datafile separator \",\"\nset output outputname\nplot newhistogram \"128\", inputname using \"128_s\":xtic(1) t 'State' lc 3, \\\n newhistogram \"256\", '' u \"256_s\":xtic(1) t '' lc 3, \\\n newhistogram \"512\", '' u \"512_s\":xtic(1) t '' lc 3, \\\n newhistogram \"1024\", '' u \"1024_s\":xtic(1) t '' lc 3\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"f4295b30581c98773d5708407a8e1e8507c20ee6","subject":"two more Makefiles we should consider for a complete rebuild","message":"two more Makefiles we should consider for a complete rebuild\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@512 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nICPC_MCSTL_CPPFLAGS\t?= -gcc-version=420 -cxxlib=$(FAKEGCC)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL hasn't been configured correctly) #'\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nifeq ($(strip $(USE_ICPC)),yes)\nMCSTL_CPPFLAGS\t\t+= $(ICPC_MCSTL_CPPFLAGS)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\nifneq (,$(strip $(wildcard $(MCSTL_ROOT)\/originals)))\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_ROOT)\nendif\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_BASE)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_ORIG_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_ORIG_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nICPC_MCSTL_CPPFLAGS\t?= -gcc-version=420 -cxxlib=$(FAKEGCC)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL hasn't been configured correctly) #'\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nifeq ($(strip $(USE_ICPC)),yes)\nMCSTL_CPPFLAGS\t\t+= $(ICPC_MCSTL_CPPFLAGS)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\nifneq (,$(strip $(wildcard $(MCSTL_ROOT)\/originals)))\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_ROOT)\nendif\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_BASE)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_ORIG_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_ORIG_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b6dd1887596e0ef5401cc48124292515eacf69f0","subject":"update gnuplot script","message":"update gnuplot script\n","repos":"yw-fang\/readingnotes","old_file":"matsci\/project2017\/pressure-doping-ferroelectrics-Ts\/BFO\/plot-disp-cairo.gnu","new_file":"matsci\/project2017\/pressure-doping-ferroelectrics-Ts\/BFO\/plot-disp-cairo.gnu","new_contents":"#!\/Applications\/Gnuplot.app\/Contents\/Resources\/bin\/gnuplot\n#\n# \n# \tG N U P L O T\n# \tVersion 5.0 patchlevel 5 last modified 2016-10-02\n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2016\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\n# set terminal wxt 0 enhanced\n# set output\nset term pdfcairo enhanced font 'Times,26' lw 3 size 8,6\nset output 'T-BFO222-disp.pdf'\nset datafile separator \",\"\nset encoding iso_8859_1\n#set encoding default\nunset clip points\nset clip one\nunset clip two\nset bar 1.000000 front\nset border 31 front lt black linewidth 1.000 dashtype solid\nset zdata \nset ydata \nset xdata \nset y2data \nset x2data \nset boxwidth\nset style fill empty border\nset style rectangle back fc bgnd fillstyle solid 1.00 border lt -1\nset style circle radius graph 0.02, first 0.00000, 0.00000 \nset style ellipse size graph 0.05, 0.03, first 0.00000 angle 0 units xy\nset dummy x, y\nset format x \"% h\" \nset format y \"% h\" \nset format x2 \"% h\" \nset format y2 \"% h\" \nset format z \"% h\" \nset format cb \"% h\" \nset format r \"% h\" \nset timefmt \"%d\/%m\/%y,%H:%M\"\nset angles radians\nset tics back\nunset grid\nset raxis\nset style parallel front lt black linewidth 2.000 dashtype solid\nset key title \"\" center\nset key inside right top vertical Right noreverse enhanced autotitle nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nset key maxcolumns 0 maxrows 0\nset key noopaque\nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title textcolor lt -1\nunset object\nset style textbox transparent margins 1.0, 1.0 border\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset pointintervalbox 1\nunset polar\nunset parametric\nunset decimalsign\nunset minussign\nset view 60, 30, 1, 1\nset samples 100, 100\nset isosamples 10, 10\nset surface \nunset contour\nset cntrlabel format '%8.3g' font '' start 5 interval 20\nset mapping cartesian\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nunset xzeroaxis\nunset yzeroaxis\nunset zzeroaxis\nunset x2zeroaxis\nunset y2zeroaxis\nset xyplane relative 0.5\nset tics scale 1, 0.5, 1, 1, 1\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset mrtics default\nset xtics border in scale 1,0.5 mirror norotate autojustify\nset xtics norangelimit autofreq \nset ytics border in scale 1,0.5 mirror norotate autojustify\nset ytics norangelimit autofreq \nset ztics border in scale 1,0.5 nomirror norotate autojustify\nset ztics norangelimit autofreq \nunset x2tics\nunset y2tics\nset cbtics border in scale 1,0.5 mirror norotate autojustify\nset cbtics norangelimit autofreq \nset rtics axis in scale 1,0.5 nomirror norotate autojustify\nset rtics norangelimit autofreq \nunset paxis 1 tics\nunset paxis 2 tics\nunset paxis 3 tics\nunset paxis 4 tics\nunset paxis 5 tics\nunset paxis 6 tics\nunset paxis 7 tics\nset title \"\" \nset title font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback\nset trange [ * : * ] noreverse nowriteback\nset urange [ * : * ] noreverse nowriteback\nset vrange [ * : * ] noreverse nowriteback\n#set xlabel \"Pressure (GPa)\" \nset xlabel \"{\/Helvetica-Italic P} (GPa)\"\nset xlabel font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse nowriteback\nset x2range [ * : * ] noreverse nowriteback\nset ylabel \"Fe-O displacement (\\305)\"\nset ylabel font \"\" textcolor lt -1 rotate by -270\nset y2label \"\" \nset y2label font \"\" textcolor lt -1 rotate by -270\nset yrange [ * : * ] noreverse nowriteback\nset y2range [ * : * ] noreverse nowriteback\nset zlabel \"\" \nset zlabel font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback\nset cblabel \"\" \nset cblabel font \"\" textcolor lt -1 rotate by -270\nset cbrange [ * : * ] noreverse nowriteback\nset paxis 1 range [ * : * ] noreverse nowriteback\nset paxis 2 range [ * : * ] noreverse nowriteback\nset paxis 3 range [ * : * ] noreverse nowriteback\nset paxis 4 range [ * : * ] noreverse nowriteback\nset paxis 5 range [ * : * ] noreverse nowriteback\nset paxis 6 range [ * : * ] noreverse nowriteback\nset paxis 7 range [ * : * ] noreverse nowriteback\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"C\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles noborder corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front noinvert bdefault\nset style boxplot candles range 1.50 outliers pt 7 separation 1 labels auto unsorted\nset loadpath \nset fontpath \nset psdir\nset fit brief errorvariables nocovariancevariables errorscaling prescale nowrap v5\n#GNUTERM = \"wxt\"\nx = 0.0\n## Last datafile plotted: \"T-BFO222-1Ca-v1.csv\"\nplot 'T-BFO222-pure-v1.csv' u ($1\/10):2 w lp lw 2 ps 2 lt 7 lc 1 t '40-atom T-BiFeO3', 'T-BFO-sqrt2-sqrt2-2-1Ca.csv' u ($1\/10):2 w lp lw 2 ps 2 lt 7 lc 2 t 'BFO-20atoms-1Ca', 'T-BFO222-1Ca-v1.csv' u ($1\/10):2 w lp lw 2 ps 2 lt 7 lc 3 t 'BFO-40atoms-1Ca'\n# EOF\n","old_contents":"#!\/Applications\/Gnuplot.app\/Contents\/Resources\/bin\/gnuplot\n#\n# \n# \tG N U P L O T\n# \tVersion 5.0 patchlevel 5 last modified 2016-10-02\n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2016\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\n# set terminal wxt 0 enhanced\n# set output\nset term pdfcairo enhanced font 'Times,26' lw 3 size 8,6\nset output 'T-BFO222-disp.pdf'\nset datafile separator \",\"\nset encoding iso_8859_1\n#set encoding default\nunset clip points\nset clip one\nunset clip two\nset bar 1.000000 front\nset border 31 front lt black linewidth 1.000 dashtype solid\nset zdata \nset ydata \nset xdata \nset y2data \nset x2data \nset boxwidth\nset style fill empty border\nset style rectangle back fc bgnd fillstyle solid 1.00 border lt -1\nset style circle radius graph 0.02, first 0.00000, 0.00000 \nset style ellipse size graph 0.05, 0.03, first 0.00000 angle 0 units xy\nset dummy x, y\nset format x \"% h\" \nset format y \"% h\" \nset format x2 \"% h\" \nset format y2 \"% h\" \nset format z \"% h\" \nset format cb \"% h\" \nset format r \"% h\" \nset timefmt \"%d\/%m\/%y,%H:%M\"\nset angles radians\nset tics back\nunset grid\nset raxis\nset style parallel front lt black linewidth 2.000 dashtype solid\nset key title \"\" center\nset key inside right top vertical Right noreverse enhanced autotitle nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nset key maxcolumns 0 maxrows 0\nset key noopaque\nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title textcolor lt -1\nunset object\nset style textbox transparent margins 1.0, 1.0 border\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset pointintervalbox 1\nunset polar\nunset parametric\nunset decimalsign\nunset minussign\nset view 60, 30, 1, 1\nset samples 100, 100\nset isosamples 10, 10\nset surface \nunset contour\nset cntrlabel format '%8.3g' font '' start 5 interval 20\nset mapping cartesian\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nunset xzeroaxis\nunset yzeroaxis\nunset zzeroaxis\nunset x2zeroaxis\nunset y2zeroaxis\nset xyplane relative 0.5\nset tics scale 1, 0.5, 1, 1, 1\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset mrtics default\nset xtics border in scale 1,0.5 mirror norotate autojustify\nset xtics norangelimit autofreq \nset ytics border in scale 1,0.5 mirror norotate autojustify\nset ytics norangelimit autofreq \nset ztics border in scale 1,0.5 nomirror norotate autojustify\nset ztics norangelimit autofreq \nunset x2tics\nunset y2tics\nset cbtics border in scale 1,0.5 mirror norotate autojustify\nset cbtics norangelimit autofreq \nset rtics axis in scale 1,0.5 nomirror norotate autojustify\nset rtics norangelimit autofreq \nunset paxis 1 tics\nunset paxis 2 tics\nunset paxis 3 tics\nunset paxis 4 tics\nunset paxis 5 tics\nunset paxis 6 tics\nunset paxis 7 tics\nset title \"\" \nset title font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback\nset trange [ * : * ] noreverse nowriteback\nset urange [ * : * ] noreverse nowriteback\nset vrange [ * : * ] noreverse nowriteback\n#set xlabel \"Pressure (GPa)\" \nset xlabel \"{\/Helvetica-Italic P} (GPa)\"\nset xlabel font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse nowriteback\nset x2range [ * : * ] noreverse nowriteback\nset ylabel \"Fe-O displacement (\\305)\"\nset ylabel font \"\" textcolor lt -1 rotate by -270\nset y2label \"\" \nset y2label font \"\" textcolor lt -1 rotate by -270\nset yrange [ * : * ] noreverse nowriteback\nset y2range [ * : * ] noreverse nowriteback\nset zlabel \"\" \nset zlabel font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback\nset cblabel \"\" \nset cblabel font \"\" textcolor lt -1 rotate by -270\nset cbrange [ * : * ] noreverse nowriteback\nset paxis 1 range [ * : * ] noreverse nowriteback\nset paxis 2 range [ * : * ] noreverse nowriteback\nset paxis 3 range [ * : * ] noreverse nowriteback\nset paxis 4 range [ * : * ] noreverse nowriteback\nset paxis 5 range [ * : * ] noreverse nowriteback\nset paxis 6 range [ * : * ] noreverse nowriteback\nset paxis 7 range [ * : * ] noreverse nowriteback\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"C\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles noborder corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front noinvert bdefault\nset style boxplot candles range 1.50 outliers pt 7 separation 1 labels auto unsorted\nset loadpath \nset fontpath \nset psdir\nset fit brief errorvariables nocovariancevariables errorscaling prescale nowrap v5\n#GNUTERM = \"wxt\"\nx = 0.0\n## Last datafile plotted: \"T-BFO222-1Ca-v1.csv\"\nplot 'T-BFO222-pure-v1.csv' u ($1\/10):2 w lp lw 2 ps 2 lt 7 lc 2 t '40-atom T-BiFeO3', 'T-BFO222-1Ca-v1.csv' u ($1\/10):2 w lp lw 2 ps 2 lt 7 lc 1 t 'BFO222-1Ca'\n# EOF\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"e3d66dcaa4d34c66911f93653b1fb4ecc677f159","subject":"trying to stack bars","message":"trying to stack bars\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastday.gp","new_file":"graphs\/pastday.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics *****\n# stats to be calculated here of column 1 (hour)\nstats kamdata using 1 name \"X\" nooutput\n\nXh_min = X_min\nXh_max = X_max\n\n\n\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: past hours\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\" # X-axis label\n#set xdata time # Data on X-axis should be interpreted as time\n#set timefmt \"%s\" # Time in log-file is given in Unix format\n#set format x \"%a %d\" # Display time in 24 hour notation on the X axis\n#set xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n#set yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset boxwidth 1 relative\nset style fill solid 1.0 border -1\nset boxwidth 0.75\n\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n#set lmargin at screen LMARG\n#set rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot kamdata using 2:xtic(1) title \"T1\", '' 3 title \"T2\"\n#plot ifnamew \\\n# using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nprint kamdata\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics *****\n# stats to be calculated here of column 1 (hour)\nstats kamdata using 1 name \"X\" nooutput\n\nXh_min = X_min\nXh_max = X_max\n\n\n\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: past hours\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\" # X-axis label\n#set xdata time # Data on X-axis should be interpreted as time\n#set timefmt \"%s\" # Time in log-file is given in Unix format\n#set format x \"%a %d\" # Display time in 24 hour notation on the X axis\n#set xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n#set yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n#set lmargin at screen LMARG\n#set rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot kamdata using 1:2\n#plot ifnamew \\\n# using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c01d75accc2110a96879670a12d7827f43ddacab","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/plots\/stress-tool-key-dist\/write\/_key-dist.gnuplot","new_file":"mtdb\/plots\/stress-tool-key-dist\/write\/_key-dist.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get min and max values\nset terminal unknown\nplot \\\nFN_IN every 31 u 0:1 w points not\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Operation order (normalized)\" offset 0,0.3\nset ylabel \"Key (sequantially reassigned)\" offset 1.6,0\n\nset border (1 + 2) lc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\"\n\n#set xdata time\n#set timefmt \"%H:%M:%S\"\n#set format x \"%.1S\"\n\nset pointsize 0.02\n\nplot \\\nFN_IN every 31 u ($0\/GPVAL_DATA_X_MAX):($1\/GPVAL_DATA_Y_MAX) w points pt 7 not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get min and max values\nset terminal unknown\nplot \\\nFN_IN every 31 u 0:1 w points not\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Operation order (normalized)\" offset 0,0.3\nset ylabel \"Key (normalized)\" offset 1.6,0\n\nset border (1 + 2) lc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\"\n\n#set xdata time\n#set timefmt \"%H:%M:%S\"\n#set format x \"%.1S\"\n\nset pointsize 0.02\n\nplot \\\nFN_IN every 31 u ($0\/GPVAL_DATA_X_MAX):($1\/GPVAL_DATA_Y_MAX) w points pt 7 not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"dd345154f145c5c88d73b8db0f36a85f59377242","subject":"Improved scaling some of the plots.","message":"Improved scaling some of the plots.\n","repos":"hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using MEMBW:(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=8 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using MEMBW:(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=8 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"2c1ee86c6153753906b13c1cc220fd7e6d829490","subject":"rrepair, eval: improve fprob plots for algorithms with a lot of transferred data","message":"rrepair, eval: improve fprob plots for algorithms with a lot of transferred data\n","repos":"scalaris-team\/scalaris,jvf\/scalaris,scalaris-team\/scalaris,caijieming-baidu\/scalaris,jvf\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,jvf\/scalaris,jvf\/scalaris,caijieming-baidu\/scalaris,jvf\/scalaris,jvf\/scalaris,caijieming-baidu\/scalaris,caijieming-baidu\/scalaris,caijieming-baidu\/scalaris,scalaris-team\/scalaris,jvf\/scalaris,caijieming-baidu\/scalaris,caijieming-baidu\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris","old_file":"contrib\/rrepair\/eval_fprob.gp","new_file":"contrib\/rrepair\/eval_fprob.gp","new_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n#\tstepSize -> the stepSize parameter used (2 if unset)\n#\tsystemSize -> the number of items being reconciled\n\nset macro\n\nload colDefFile\n\nstep_size = exists(\"stepSize\") ? stepSize : 2\nplotCount = exists(\"srcFile4\") ? 4 : exists(\"srcFile3\") ? 3 : exists(\"srcFile2\") ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\")\nget_file(i) = (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\nif (plotCount == 4) {\n set style line 1 lw 3 lc -1 pt 5 lt 1\n set style line 2 lw 3 lc 1 pt 9 lt 1\n set style line 3 lw 3 lc rgb \"#32CD32\" pt 7 lt 1\n set style line 4 lw 3 lc 3 pt 4 lt 3\n set style line 101 lw 3 lc -1 pt 0 lt 1\n set style line 102 lw 3 lc 1 pt 0 lt 1\n set style line 103 lw 3 lc rgb \"#32CD32\" pt 0 lt 1\n set style line 104 lw 3 lc 3 pt 0 lt 1\n plotShift(x, i) = (i == 4) ? (x + 0.6*(0.5*step_size)) : (i == 3) ? (x + 0.2*(0.5*step_size)) : (i == 2) ? (x - 0.2*(0.5*step_size)) : (x - 0.6*(0.5*step_size))\n} else {\n set style line 1 lw 3 lc 1 pt 5 lt 1\n set style line 2 lw 3 lc rgb \"#32CD32\" pt 9 lt 1\n set style line 3 lw 3 lc 3 pt 7 lt 1\n set style line 101 lw 3 lc 1 pt 0 lt 1\n set style line 102 lw 3 lc rgb \"#32CD32\" pt 0 lt 1\n set style line 103 lw 3 lc 3 pt 0 lt 1\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + 0.55*(0.5*step_size)) : (i == 2) ? (x) : (x - 0.55*(0.5*step_size))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + 0.4*(0.5*step_size)) : (x - 0.4*(0.5*step_size))\n } else {\n plotShift(x, i) = x\n }\n }\n}\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nfilename = \"file\"\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n}\nif (bw_max > 1) {bw_max=bw_max*1.08}\n\nkey_width_fun(i) = min(-0.5, (6-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.15)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n# print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset xtics 0,step_size,5*step_size\nset format x \"%g %%\"\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount == 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\n\nset style line 100 lw 3 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset xrange [-(0.5*step_size):(5.5*step_size)]\nset boxwidth plot_boxwidth relative\nset style fill solid 0.75 noborder\nset xtics scale 0.1\nset ytics scale 0.8\nset mxtics 2\nset grid noxtics mxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\n\nset o destDir. \"all_\" .filename. \".\" .fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = (plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full\nred_height = 0.170\nred_pos_y = bw_height_full - 0.032\nacc_height_full = 0.195\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.006) : (red_pos_y + red_height - 0.02)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nif (bw_max > 1000) {\n set format y \" %2.1f\"\n} else {\n set format y \"%2.1f\"\n}\nif (plotCount > 1) {\n set key at screen 0.512,(acc_pos_y + 0.001) center center vertical Left reverse opaque enhanced autotitles box maxrows 1 width (key_width+1) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nif (regenAccInPercent == 1) {\n set y2tics mirror offset 0 scale 0.8\n if (bw_max > 1000) {\n set size (all_width_r + 0.028),acc_height\n set format y2 \"%-2.1f_{\u2008}%%\"\n } else {\n set size (all_width_r + 0.01),acc_height\n set format y2 \"%-2.0f_{\u00a0}%%\"\n }\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set size all_width_r,acc_height\n set y2tics mirror format \"%-1.1f\" scale 0.8\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset ytics autofreq\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nif (bw_max > 1000) {\n set format y \" %2.1f\"\n set format y2 \"%-2.1f \"\n} else {\n set format y \"%2.1f\"\n set format y2 \"%-2.1f\"\n}\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) axes x1y2 with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,0\nset xlabel \"total \u03b4, update\" font \",16\"\nset xtics 0,step_size,5*step_size format \"%g %%\" rotate by -30 offset -1,0\nset ylabel \"RC costs (phase 1+2) in KiB\" font \",16\"\nset yrange [0:bw_max]\nset y2range [0:bw_max]\nset format y \"%3.0f\"\nset mytics 2\nif (plotCount > 1) {\n set key at screen 0.512,(red_pos_y + 0.0065) center center vertical Left reverse opaque enhanced autotitles box maxrows 1 width (key_width+1) samplen 1.75 font \",14\" spacing 1.3\n} else {\n if (srcFile1_title[1:6] eq \"merkle\" || (exists(\"srcFile3_title\") && srcFile3_title[1:6] eq \"merkle\") || (exists(\"srcFile4_title\") && srcFile4_title[1:6] eq \"merkle\")) {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n } else {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n }\n}\n\nLABEL = \"\u21e1na\u00efve approach: \u2265\" . (systemSize*(128+32)\/8\/1024) . \" KiB\"\nset obj 10 rect at graph 0.5,0.96 size char (strlen(LABEL)-6), char 1 \nset obj 10 fillstyle solid noborder front\nset label 10 at graph 0.5,0.96 LABEL front center font \",12\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.3, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,bw_height\nset origin 0.49,0\nset xlabel \"total \u03b4, regen\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror format \"%-3.0f\" scale 0.8\nset my2tics 2\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.3, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n","old_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n#\tstepSize -> the stepSize parameter used (2 if unset)\n#\tsystemSize -> the number of items being reconciled\n\nset macro\n\nload colDefFile\n\nstep_size = exists(\"stepSize\") ? stepSize : 2\nplotCount = exists(\"srcFile4\") ? 4 : exists(\"srcFile3\") ? 3 : exists(\"srcFile2\") ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\")\nget_file(i) = (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\nif (plotCount == 4) {\n set style line 1 lw 3 lc -1 pt 5 lt 1\n set style line 2 lw 3 lc 1 pt 9 lt 1\n set style line 3 lw 3 lc rgb \"#32CD32\" pt 7 lt 1\n set style line 4 lw 3 lc 3 pt 4 lt 3\n set style line 101 lw 3 lc -1 pt 0 lt 1\n set style line 102 lw 3 lc 1 pt 0 lt 1\n set style line 103 lw 3 lc rgb \"#32CD32\" pt 0 lt 1\n set style line 104 lw 3 lc 3 pt 0 lt 1\n plotShift(x, i) = (i == 4) ? (x + 0.6*(0.5*step_size)) : (i == 3) ? (x + 0.2*(0.5*step_size)) : (i == 2) ? (x - 0.2*(0.5*step_size)) : (x - 0.6*(0.5*step_size))\n} else {\n set style line 1 lw 3 lc 1 pt 5 lt 1\n set style line 2 lw 3 lc rgb \"#32CD32\" pt 9 lt 1\n set style line 3 lw 3 lc 3 pt 7 lt 1\n set style line 101 lw 3 lc 1 pt 0 lt 1\n set style line 102 lw 3 lc rgb \"#32CD32\" pt 0 lt 1\n set style line 103 lw 3 lc 3 pt 0 lt 1\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + 0.55*(0.5*step_size)) : (i == 2) ? (x) : (x - 0.55*(0.5*step_size))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + 0.4*(0.5*step_size)) : (x - 0.4*(0.5*step_size))\n } else {\n plotShift(x, i) = x\n }\n }\n}\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nfilename = \"file\"\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\ndo for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n}\nif (bw_max > 1) {bw_max=bw_max*1.08}\n\nkey_width_fun(i) = min(-0.5, (6-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.15)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n# print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset xtics 0,step_size,5*step_size\nset format x \"%g %%\"\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount == 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\n\nset style line 100 lw 3 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset xrange [-(0.5*step_size):(5.5*step_size)]\nset boxwidth plot_boxwidth relative\nset style fill solid 0.75 noborder\nset xtics scale 0.1\nset ytics scale 0.8\nset mxtics 2\nset grid noxtics mxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\n\nset o destDir. \"all_\" .filename. \".\" .fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = (plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full\nred_height = 0.170\nred_pos_y = bw_height_full - 0.032\nacc_height_full = 0.195\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.006) : (red_pos_y + red_height - 0.02)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nset format y \"%2.1f\"\nif (plotCount > 1) {\n set key at screen 0.512,(acc_pos_y + 0.001) center center vertical Left reverse opaque enhanced autotitles box maxrows 1 width (key_width+1) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nif (regenAccInPercent == 1) {\n set size (all_width_r+0.01),acc_height\n set y2tics mirror format \"%-2.0f_{\u00a0}%%\" offset 0 scale 0.8\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set size all_width_r,acc_height\n set y2tics mirror format \"%-1.1f\" scale 0.8\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset ytics autofreq\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nset format y \"%2.1f\"\nset format y2 \"%-2.1f\"\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) axes x1y2 with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,0\nset xlabel \"total \u03b4, update\" font \",16\"\nset xtics 0,step_size,5*step_size format \"%g %%\" rotate by -30 offset -1,0\nset ylabel \"RC costs (phase 1+2) in KiB\" font \",16\"\nset yrange [0:bw_max]\nset y2range [0:bw_max]\nset format y \"%3.0f\"\nset mytics 2\nif (plotCount > 1) {\n set key at screen 0.512,(red_pos_y + 0.0065) center center vertical Left reverse opaque enhanced autotitles box maxrows 1 width (key_width+1) samplen 1.75 font \",14\" spacing 1.3\n} else {\n if (srcFile1_title[1:6] eq \"merkle\" || (exists(\"srcFile3_title\") && srcFile3_title[1:6] eq \"merkle\") || (exists(\"srcFile4_title\") && srcFile4_title[1:6] eq \"merkle\")) {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n } else {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n }\n}\n\nLABEL = \"\u21e1na\u00efve approach: \u2265\" . (systemSize*(128+32)\/8\/1024) . \" KiB\"\nset obj 10 rect at graph 0.5,0.96 size char (strlen(LABEL)-6), char 1 \nset obj 10 fillstyle solid noborder front\nset label 10 at graph 0.5,0.96 LABEL front center font \",12\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.3, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,bw_height\nset origin 0.49,0\nset xlabel \"total \u03b4, regen\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror format \"%-3.0f\" scale 0.8\nset my2tics 2\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.3, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_fprob), i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"4ea03b4e12f9af083b8fc20f1b77f1b23989df31","subject":"Fix bug where we printed the month number instead of the day number *blush*","message":"Fix bug where we printed the month number instead of the day number *blush*\n\n\ngit-svn-id: a4a6f32337ebd29ad4763b423022f00f68d1c7b7@7980 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx","old_file":"NightlyTest.gnuplot","new_file":"NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \"TimesRoman,24\"\nset ylabel \"Lines of Code\" \"TimesRoman,24\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Removed\\ndummy\\nfunction\" at \"2003-07-30:\", 150000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \"TimesRoman,24\"\nset ylabel \"Lines of Code\" \"TimesRoman,24\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %m, %Y\"\n\n## Various labels for the graph\nset label \"Removed\\ndummy\\nfunction\" at \"2003-07-30:\", 150000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"f0ba693e4bf2ba4095cb92968d70e9f088c71920","subject":"work around make-3.80 bug","message":"work around make-3.80 bug\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1508 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.subdir.gnu","new_file":"Makefile.subdir.gnu","new_contents":"############################################################################\n# Makefile.subdir.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2007 Andreas Beckmann <beckmann@mpi-inf.mpg.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\ninclude $(TOPDIR)\/make.settings\n\nTEST_BINARIES\t\t = $(TESTS) $(TESTS-yes) $(TESTS-yesyes)\nSKIPPED_TEST_BINARIES\t = $(TESTS-) $(TESTS-no) $(TESTS-yesno) $(TESTS-noyes) $(TESTS-nono)\n\ntests: $(TEST_BINARIES:%=%.$(bin))\n\nlib: $(LIB_SRC:.cpp=.$o)\n\nclean::\n\t$(RM) *.$o\n\t$(RM) *.$d *.dT\n\t$(RM) $(TEST_BINARIES:=.$(bin))\n\t$(RM) $(SKIPPED_TEST_BINARIES:=.$(bin))\n\n-include *.d\n\n\n# Work around compiler bugs:\ncompiler_version\t:= $(shell $(COMPILER) -v 2>&1 | tr ' ' '_')\nbitness\t\t\t:= $(shell file ..\/common\/version.$(o) 2>\/dev\/null)\n# usage: e.g. $(call needs_override,gcc_version_4.2,32-bit,3,[-g|any|none])\nneeds_override\t\t?= $(and $(findstring $1,$(compiler_version)),\\\n\t\t\t\t$(or $(filter any,$2),$(filter $2,$(bitness))),\\\n\t\t\t\t$(filter $3,$(OPT_LEVEL)),\\\n\t\t\t\t$(or $(filter any,$4),$(if $(filter none,$4),$(if $(DEBUG),,empty)),$(filter $4,$(DEBUG))))\n# usage: $(call reduce_optimization,from,to,target,compiler,bits,debug[,type])\nreduce_optimization\t?= $(if $(call needs_override,$4,$5,$1,$6),$3.$($(or $(strip $7),bin)): OPT_LEVEL=$2)\n\n\n.SECONDARY:\n\n.PHONY: tests lib clean\n","old_contents":"############################################################################\n# Makefile.subdir.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2007 Andreas Beckmann <beckmann@mpi-inf.mpg.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\ninclude $(TOPDIR)\/make.settings\n\nTEST_BINARIES\t\t = $(TESTS) $(TESTS-yes) $(TESTS-yesyes)\nSKIPPED_TEST_BINARIES\t = $(TESTS-) $(TESTS-no) $(TESTS-yesno) $(TESTS-noyes) $(TESTS-nono)\n\ntests: $(TEST_BINARIES:=.$(bin))\n\nlib: $(LIB_SRC:.cpp=.$o)\n\nclean::\n\t$(RM) *.$o\n\t$(RM) *.$d *.dT\n\t$(RM) $(TEST_BINARIES:=.$(bin))\n\t$(RM) $(SKIPPED_TEST_BINARIES:=.$(bin))\n\n-include *.d\n\n\n# Work around compiler bugs:\ncompiler_version\t:= $(shell $(COMPILER) -v 2>&1 | tr ' ' '_')\nbitness\t\t\t:= $(shell file ..\/common\/version.$(o) 2>\/dev\/null)\n# usage: e.g. $(call needs_override,gcc_version_4.2,32-bit,3,[-g|any|none])\nneeds_override\t\t?= $(and $(findstring $1,$(compiler_version)),\\\n\t\t\t\t$(or $(filter any,$2),$(filter $2,$(bitness))),\\\n\t\t\t\t$(filter $3,$(OPT_LEVEL)),\\\n\t\t\t\t$(or $(filter any,$4),$(if $(filter none,$4),$(if $(DEBUG),,empty)),$(filter $4,$(DEBUG))))\n# usage: $(call reduce_optimization,from,to,target,compiler,bits,debug[,type])\nreduce_optimization\t?= $(if $(call needs_override,$4,$5,$1,$6),$3.$($(or $(strip $7),bin)): OPT_LEVEL=$2)\n\n\n.SECONDARY:\n\n.PHONY: tests lib clean\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c23d4375750cb498493b7d41302eae58772ca560","subject":"Y stats","message":"Y stats\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph14.gp","new_file":"graph14.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql14h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql14d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql14w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day14.png\"\n\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 11 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 11 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 11 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * -1\n\nset multiplot layout 1, 3 title \"Memory Usage \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset autoscale y\nset format y \"%4.0s%c\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):($5+$6+$7+$8) title \"free\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($5+$6+$7) title \"cached\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):($5+$6) title \"buffers\" fc \"blue\" \\\n ,'' using ($2+utc_offset):5 title \"used\" fc rgb \"#bb0000\" \\\n ,'' using ($2+utc_offset):($11*-1) title \"swap\" fc rgb \"#ee0000\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset autoscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($5+$6+$7) fc \"yellow\" \\\n ,'' using ($2+utc_offset):($5+$6) fc \"blue\" \\\n ,'' using ($2+utc_offset):5 fc rgb \"#bb0000\" \\\n ,'' using ($2+utc_offset):($11*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset autoscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($5+$6+$7) fc \"yellow\" \\\n ,'' using ($2+utc_offset):($5+$6) fc \"blue\" \\\n ,'' using ($2+utc_offset):5 fc rgb \"#bb0000\" \\\n ,'' using ($2+utc_offset):($11*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql14h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql14d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql14w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day14.png\"\n\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\nset multiplot layout 1, 3 title \"Memory Usage \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset autoscale y\nset format y \"%4.0s%c\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):($5+$6+$7+$8) title \"free\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($5+$6+$7) title \"cached\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):($5+$6) title \"buffers\" fc \"blue\" \\\n ,'' using ($2+utc_offset):5 title \"used\" fc rgb \"#bb0000\" \\\n ,'' using ($2+utc_offset):($11*-1) title \"swap\" fc rgb \"#ee0000\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset autoscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($5+$6+$7) fc \"yellow\" \\\n ,'' using ($2+utc_offset):($5+$6) fc \"blue\" \\\n ,'' using ($2+utc_offset):5 fc rgb \"#bb0000\" \\\n ,'' using ($2+utc_offset):($11*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset autoscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($5+$6+$7) fc \"yellow\" \\\n ,'' using ($2+utc_offset):($5+$6) fc \"blue\" \\\n ,'' using ($2+utc_offset):5 fc rgb \"#bb0000\" \\\n ,'' using ($2+utc_offset):($11*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ac5485e4ac55db01ffa982f12fe1566991ec51b3","subject":"test 'bad' context and div-by-zero","message":"test 'bad' context and div-by-zero\n","repos":"erikerlandson\/classad_pl","old_file":"test\/classad_eval.plt","new_file":"test\/classad_eval.plt","new_contents":":- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n\n:- use_module('..\/lib\/classad_parser.pl').\n:- use_module('..\/lib\/classad_eval.pl').\n\n:- begin_tests(classad_eval_ut).\n\ntest('error 1') :-\n parse(\"[a = error;]\", C),\n eval(a, C, R),\n assertion(R == error).\n\ntest('undefined 1') :-\n parse(\"[a = undefined;]\", C),\n eval(a, C, R),\n assertion(R == undefined).\n\ntest('true 1') :-\n parse(\"[a = true;]\", C),\n eval(a, C, R),\n assertion(R == true).\n\ntest('false 1') :-\n parse(\"[a = false;]\", C),\n eval(a, C, R),\n assertion(R == false).\n\ntest('number 1') :-\n parse(\"[a = 0;]\", C),\n eval(a, C, R),\n assertion(R == 0).\n\ntest('string 1') :-\n parse(\"[a = \\\"fred and wilma\\\";]\", C),\n eval(a, C, R),\n assertion(R == '[str]'('fred and wilma')).\n\ntest('classad 1') :-\n parse(\"[a = [b=0;];]\", C),\n eval(a, C, R),\n assertion(functor(R,'[classad]',1)),\n eval(b, R, R2),\n assertion(R2 == 0).\n\ntest('list 0') :-\n parse(\"[a = {};]\", C),\n eval(a, C, R),\n assertion(R == []).\n\ntest('list 1') :-\n parse(\"[a = {0};]\", C),\n eval(a, C, R),\n assertion(R == [0]).\n\ntest('list 2') :-\n parse(\"[a = {0, true};]\", C),\n eval(a, C, R),\n assertion(R == [0, true]).\n\ntest('list 3') :-\n parse(\"[x = 42; a = {0, true, x};]\", C),\n eval(a, C, R),\n assertion(R == [0, true, 42]).\n\ntest('undefined var 1') :-\n parse(\"[]\", C),\n eval(a, C, R),\n assertion(R == undefined).\n\ntest('select 1') :-\n parse(\"[a = [b=0;];]\", C),\n eval(as_expr \"a.b\", C, R),\n assertion(R == 0).\n\ntest('select 2') :-\n parse(\"[a = [b=[c=42;];];]\", C),\n eval(as_expr \"a.b.c\", C, R),\n assertion(R == 42).\n\ntest('select 3') :-\n parse(\"[a = [b=[c=42;];];]\", C),\n eval(as_expr \"a.z.c\", C, R),\n assertion(R == undefined).\n\ntest('select 4') :-\n parse(\"[a = [z=0; b=[c=42;];];]\", C),\n eval(as_expr \"a.z.c\", C, R),\n assertion(R == error).\n\ntest('parent 1') :-\n parse(\"[a = [b=parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n assertion(R == 42).\n\ntest('parent 2') :-\n parse(\"[a = [b=[c=parent.parent.x; x=4;]; x=2;]; x = 42;]\", C),\n eval(as_expr \"a.b.c\", C, R),\n assertion(R == 42).\n\ntest('parent 3') :-\n parse(\"[a = [b=parent.parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n assertion(R == undefined).\n\ntest('parent 4') :-\n parse(\"[a = [b=parent.parent.parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n assertion(R == undefined).\n\ntest('var context pop 1') :-\n parse(\"[a = [b=x;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n assertion(R == 42).\n\ntest('var cyclic 1') :-\n parse(\"[a = b; b = a;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == undefined).\n\ntest('var cyclic 2') :-\n parse(\"[a = b+c; b = 1; c = 2 * d; d = a;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == undefined).\n\ntest('add 1') :-\n parse(\"[a = 1 + 2;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 3).\n\ntest('add 2') :-\n parse(\"[a = 1 + x; x=3.0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 4.0).\n\ntest('add 3') :-\n parse(\"[a = 1 + x; x=3.0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 4.0).\n\ntest('add 4') :-\n parse(\"[a = 1 + x;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == undefined).\n\ntest('add 5') :-\n parse(\"[a = 1 + x; x = true;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 2).\n\ntest('add 6') :-\n parse(\"[a = 1 + x; x = \\\"s\\\";]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == error).\n\ntest('sub 1') :-\n parse(\"[a = 3 - 2;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 1).\n\ntest('mul 1') :-\n parse(\"[a = 3.0 * 2;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 6.0).\n\ntest('mul 2') :-\n parse(\"[a = 3 * 2;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 6).\n\ntest('divide 1') :-\n parse(\"[a = 10 \/ 2;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 5).\n\ntest('divide 2') :-\n parse(\"[a = 10 \/ 2.0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 5.0).\n\ntest('divide 3') :-\n parse(\"[a = 10 \/ 0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == error).\n\ntest('divide 4') :-\n parse(\"[a = 10 \/ 0.0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == error).\n\ntest('&& 1') :-\n parse(\"[a = true && true;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == true).\n\ntest('&& 2') :-\n parse(\"[a = false && b;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == false).\n\ntest('&& 3') :-\n parse(\"[a = 0 && \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == false).\n\ntest('&& 4') :-\n parse(\"[a = 1 && \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == error).\n\ntest('&& 5') :-\n parse(\"[a = \\\"z\\\" && false;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == error).\n\ntest('&& 6') :-\n parse(\"[a = 1.0 && b;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == undefined).\n\ntest('&& 7') :-\n parse(\"[a = b && 1.0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == undefined).\n\ntest('&& 8') :-\n parse(\"[a = b && 0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == false).\n\n:- end_tests(classad_eval_ut).\n","old_contents":":- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n\n:- use_module('..\/lib\/classad_parser.pl').\n:- use_module('..\/lib\/classad_eval.pl').\n\n:- begin_tests(classad_eval_ut).\n\ntest('error 1') :-\n parse(\"[a = error;]\", C),\n eval(a, C, R),\n assertion(R == error).\n\ntest('undefined 1') :-\n parse(\"[a = undefined;]\", C),\n eval(a, C, R),\n assertion(R == undefined).\n\ntest('true 1') :-\n parse(\"[a = true;]\", C),\n eval(a, C, R),\n assertion(R == true).\n\ntest('false 1') :-\n parse(\"[a = false;]\", C),\n eval(a, C, R),\n assertion(R == false).\n\ntest('number 1') :-\n parse(\"[a = 0;]\", C),\n eval(a, C, R),\n assertion(R == 0).\n\ntest('string 1') :-\n parse(\"[a = \\\"fred and wilma\\\";]\", C),\n eval(a, C, R),\n assertion(R == '[str]'('fred and wilma')).\n\ntest('classad 1') :-\n parse(\"[a = [b=0;];]\", C),\n eval(a, C, R),\n assertion(functor(R,'[classad]',1)),\n eval(b, R, R2),\n assertion(R2 == 0).\n\ntest('list 0') :-\n parse(\"[a = {};]\", C),\n eval(a, C, R),\n assertion(R == []).\n\ntest('list 1') :-\n parse(\"[a = {0};]\", C),\n eval(a, C, R),\n assertion(R == [0]).\n\ntest('list 2') :-\n parse(\"[a = {0, true};]\", C),\n eval(a, C, R),\n assertion(R == [0, true]).\n\ntest('list 3') :-\n parse(\"[x = 42; a = {0, true, x};]\", C),\n eval(a, C, R),\n assertion(R == [0, true, 42]).\n\ntest('undefined var 1') :-\n parse(\"[]\", C),\n eval(a, C, R),\n assertion(R == undefined).\n\ntest('select 1') :-\n parse(\"[a = [b=0;];]\", C),\n eval(as_expr \"a.b\", C, R),\n assertion(R == 0).\n\ntest('select 2') :-\n parse(\"[a = [b=[c=42;];];]\", C),\n eval(as_expr \"a.b.c\", C, R),\n assertion(R == 42).\n\ntest('select 3') :-\n parse(\"[a = [b=[c=42;];];]\", C),\n eval(as_expr \"a.z.c\", C, R),\n assertion(R == undefined).\n\ntest('parent 1') :-\n parse(\"[a = [b=parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n assertion(R == 42).\n\ntest('parent 2') :-\n parse(\"[a = [b=[c=parent.parent.x; x=4;]; x=2;]; x = 42;]\", C),\n eval(as_expr \"a.b.c\", C, R),\n assertion(R == 42).\n\ntest('parent 3') :-\n parse(\"[a = [b=parent.parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n assertion(R == undefined).\n\ntest('parent 4') :-\n parse(\"[a = [b=parent.parent.parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n assertion(R == undefined).\n\ntest('var context pop 1') :-\n parse(\"[a = [b=x;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n assertion(R == 42).\n\ntest('var cyclic 1') :-\n parse(\"[a = b; b = a;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == undefined).\n\ntest('var cyclic 2') :-\n parse(\"[a = b+c; b = 1; c = 2 * d; d = a;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == undefined).\n\ntest('add 1') :-\n parse(\"[a = 1 + 2;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 3).\n\ntest('add 2') :-\n parse(\"[a = 1 + x; x=3.0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 4.0).\n\ntest('add 3') :-\n parse(\"[a = 1 + x; x=3.0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 4.0).\n\ntest('add 4') :-\n parse(\"[a = 1 + x;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == undefined).\n\ntest('add 5') :-\n parse(\"[a = 1 + x; x = true;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 2).\n\ntest('add 6') :-\n parse(\"[a = 1 + x; x = \\\"s\\\";]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == error).\n\ntest('sub 1') :-\n parse(\"[a = 3 - 2;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 1).\n\ntest('mul 1') :-\n parse(\"[a = 3.0 * 2;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 6.0).\n\ntest('mul 2') :-\n parse(\"[a = 3 * 2;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 6).\n\ntest('divide 1') :-\n parse(\"[a = 10 \/ 2;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 5).\n\ntest('divide 2') :-\n parse(\"[a = 10 \/ 2.0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == 5.0).\n\ntest('&& 1') :-\n parse(\"[a = true && true;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == true).\n\ntest('&& 2') :-\n parse(\"[a = false && b;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == false).\n\ntest('&& 3') :-\n parse(\"[a = 0 && \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == false).\n\ntest('&& 4') :-\n parse(\"[a = 1 && \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == error).\n\ntest('&& 5') :-\n parse(\"[a = \\\"z\\\" && false;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == error).\n\ntest('&& 6') :-\n parse(\"[a = 1.0 && b;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == undefined).\n\ntest('&& 7') :-\n parse(\"[a = b && 1.0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == undefined).\n\ntest('&& 8') :-\n parse(\"[a = b && 0;]\", C),\n eval(as_expr \"a\", C, R),\n assertion(R == false).\n\n:- end_tests(classad_eval_ut).\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"8b5150b91e9b23054721fd36afbbf9a5392c8d2a","subject":"rrepair, plots: add the new col_merkle_num_trees column definition","message":"rrepair, plots: add the new col_merkle_num_trees column definition\n","repos":"scalaris-team\/scalaris,jvf\/scalaris,jvf\/scalaris,jvf\/scalaris,jvf\/scalaris,jvf\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,jvf\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,jvf\/scalaris","old_file":"contrib\/rrepair\/coldefs_eval_point.gp","new_file":"contrib\/rrepair\/coldefs_eval_point.gp","new_contents":"col_id = 1\ncol_nodes = 2\ncol_dbsize = 3\ncol_fprob = 4\ncol_round = 5\ncol_recon_p1e = 6\ncol_merkle_bucket = 7\ncol_merkle_branch = 8\ncol_art_corr_factor = 9\ncol_art_leaf_fpr = 10\ncol_art_inner_fpr = 11\ncol_missing = 12\ncol_regen = 13\ncol_outdated = 14\ncol_updated = 15\ncol_bw_rc_size = 16\ncol_bw_rc_msg = 17\ncol_bw_rc2_size = 18\ncol_bw_rc2_msg = 19\ncol_bw_rs_size = 20\ncol_bw_rs_msg = 21\ncol_bw_rs_kvv = 22\ncol_sd_missing = 23\ncol_sd_regen = 24\ncol_sd_outdated = 25\ncol_sd_updated = 26\ncol_sd_bw_rc_size = 27\ncol_sd_bw_rc_msg = 28\ncol_sd_bw_rc2_size = 29\ncol_sd_bw_rc2_msg = 30\ncol_sd_bw_rs_size = 31\ncol_sd_bw_rs_msg = 32\ncol_sd_bw_rs_kvv = 33\ncol_min_missing = 34\ncol_max_missing = 35\ncol_min_regen = 36\ncol_max_regen = 37\ncol_min_outdated = 38\ncol_max_outdated = 39\ncol_min_updated = 40\ncol_max_updated = 41\ncol_min_bw_rc_size = 42\ncol_max_bw_rc_size = 43\ncol_min_rc_msg = 44\ncol_max_rc_msg = 45\ncol_min_bw_rc2_size = 46\ncol_max_bw_rc2_size = 47\ncol_min_rc2_msg = 48\ncol_max_rc2_msg = 49\ncol_min_bw_rs_size = 50\ncol_max_bw_rs_size = 51\ncol_min_bw_rs_msg = 52\ncol_max_bw_rs_msg = 53\ncol_min_bw_rs_kvv = 54\ncol_max_bw_rs_kvv = 55\ncol_rc_method = 56\ncol_ring_type = 57\ncol_ddist = 58\ncol_ftype = 59\ncol_fdist = 60\ncol_dtype = 61\ncol_tprob = 62\ncol_merkle_num_trees = 63\n","old_contents":"col_id = 1\ncol_nodes = 2\ncol_dbsize = 3\ncol_fprob = 4\ncol_round = 5\ncol_recon_p1e = 6\ncol_merkle_bucket = 7\ncol_merkle_branch = 8\ncol_art_corr_factor = 9\ncol_art_leaf_fpr = 10\ncol_art_inner_fpr = 11\ncol_missing = 12\ncol_regen = 13\ncol_outdated = 14\ncol_updated = 15\ncol_bw_rc_size = 16\ncol_bw_rc_msg = 17\ncol_bw_rc2_size = 18\ncol_bw_rc2_msg = 19\ncol_bw_rs_size = 20\ncol_bw_rs_msg = 21\ncol_bw_rs_kvv = 22\ncol_sd_missing = 23\ncol_sd_regen = 24\ncol_sd_outdated = 25\ncol_sd_updated = 26\ncol_sd_bw_rc_size = 27\ncol_sd_bw_rc_msg = 28\ncol_sd_bw_rc2_size = 29\ncol_sd_bw_rc2_msg = 30\ncol_sd_bw_rs_size = 31\ncol_sd_bw_rs_msg = 32\ncol_sd_bw_rs_kvv = 33\ncol_min_missing = 34\ncol_max_missing = 35\ncol_min_regen = 36\ncol_max_regen = 37\ncol_min_outdated = 38\ncol_max_outdated = 39\ncol_min_updated = 40\ncol_max_updated = 41\ncol_min_bw_rc_size = 42\ncol_max_bw_rc_size = 43\ncol_min_rc_msg = 44\ncol_max_rc_msg = 45\ncol_min_bw_rc2_size = 46\ncol_max_bw_rc2_size = 47\ncol_min_rc2_msg = 48\ncol_max_rc2_msg = 49\ncol_min_bw_rs_size = 50\ncol_max_bw_rs_size = 51\ncol_min_bw_rs_msg = 52\ncol_max_bw_rs_msg = 53\ncol_min_bw_rs_kvv = 54\ncol_max_bw_rs_kvv = 55\ncol_rc_method = 56\ncol_ring_type = 57\ncol_ddist = 58\ncol_ftype = 59\ncol_fdist = 60\ncol_dtype = 61\ncol_tprob = 62\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"1657cee75ca2891ad0c2f4bdd46f166abb4d4141","subject":"Add obj_rebase transitivity UT","message":"Add obj_rebase transitivity UT\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n obj_field(U1, cookie_db_key, Key1),\n obj_field(U2, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase2_transitivity) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n obj_parents(M3, P3),\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\n object_v, object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n obj_field(HTTP_Citizen, cookie_db_key, Key1),\n obj_field(HTTP_Citizen_Copy, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n obj_field(U1, cookie_db_key, Key1),\n obj_field(U2, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n obj_field(HTTP_Citizen, cookie_db_key, Key1),\n obj_field(HTTP_Citizen_Copy, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"41b0b42124666435dadd6d69f6fc314e091190fe","subject":"*** empty log message ***","message":"*** empty log message ***\n","repos":"ai-ku\/upos,ai-ku\/upos,ai-ku\/upos,ai-ku\/upos,ai-ku\/upos,ai-ku\/upos,ai-ku\/upos","old_file":"src\/scripts\/plot-all.gp","new_file":"src\/scripts\/plot-all.gp","new_contents":"set style data errorlines\nset logscale x\nset grid xtics mxtics ytics\n#set ylabel \"m2o\"\nunset ylabel\nunset title\nset terminal pdf mono size 3,2\n\nset xlabel \"number of random substitutes per word\"\nset xrange [0.9:100]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-s.pdf\"\nplot \"plot-s.dat\" title \"m2o\"\n\nset xlabel \"number of random partitions\"\nset xrange [3000:400000]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-p.pdf\"\nplot \"plot-p.dat\" title \"m2o\"\n\nset xlabel \"number of s-code dimensions\"\nset xrange [1:400]\nset yrange [0.35:0.8]\nset ytics 0.05\nset key bottom right\nset output \"plot-d.pdf\"\nplot \"plot-d.dat\" title \"m2o\"\n\nset xlabel \"s-code Z approximation\"\nset xrange [0.005:4]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-z.pdf\"\nplot \"plot-z.dat\" title \"m2o\"\n\nset terminal x11\n\n","old_contents":"set style data errorlines\nset logscale x\nset grid xtics mxtics ytics\n#set ylabel \"m2o\"\nunset ylabel\nunset title\nset terminal pdf mono size 3,2\n\nset xlabel \"number of word-substitute pairs\"\nset xrange [8e5:1.5e8]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-s.pdf\"\nplot \"plot-s.dat\" using (1173766*$1):2:3 title \"m2o\"\n\nset xlabel \"number of random partitions\"\nset xrange [3000:400000]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-p.pdf\"\nplot \"plot-p.dat\" title \"m2o\"\n\nset xlabel \"number of s-code dimensions\"\nset xrange [1:400]\nset yrange [0.35:0.8]\nset ytics 0.05\nset key bottom right\nset output \"plot-d.pdf\"\nplot \"plot-d.dat\" title \"m2o\"\n\nset xlabel \"s-code Z approximation\"\nset xrange [0.005:4]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-z.pdf\"\nplot \"plot-z.dat\" title \"m2o\"\n\nset terminal x11\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a8aab448153cd714896d6ca3fc8af65d03262711","subject":"T1 and T2","message":"T1 and T2\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"Power History \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):((delta($3))+(delta($4))) title \"T2\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)) title \"T1\" fc rgb \"green\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):((delta($3))+(delta($4))) title \"T2\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)) title \"T1\" fc rgb \"green\"\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):((delta($3))+(delta($4))) title \"T2\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)) title \"T1\" fc rgb \"green\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"Power History \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):((delta($3))+(delta($4))) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)) title \"user\" fc rgb \"#ccbb0000\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):((delta($3))+(delta($4))) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)) title \"user\" fc rgb \"#ccbb0000\"\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):((delta($3))+(delta($4))) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)) title \"user\" fc rgb \"#ccbb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"23757d55aaf615d9ce7f04dffba8b6a7ab9f4bce","subject":"deltas","message":"deltas\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph15.gp","new_file":"graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"04\" \\\n ,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"05\" \\\n ,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"06\" \\\n ,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"07\" \\\n ,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"08\" \\\n ,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"09\" \\\n ,'' using ($2+utc_offset):(delta($10+$11)) title \"10\" \\\n ,'' using ($2+utc_offset):(delta($11)) title \"11\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):($4+$5+$6+$7+$8+$9+$10+$11) title \"04\" \\\n ,'' using ($2+utc_offset):($5+$6+$7+$8+$9+$10+$11) title \"05\" \\\n ,'' using ($2+utc_offset):($6+$7+$8+$9+$10+$11) title \"06\" \\\n ,'' using ($2+utc_offset):($7+$8+$9+$10+$11) title \"07\" \\\n ,'' using ($2+utc_offset):($8+$9+$10+$11) title \"08\" \\\n ,'' using ($2+utc_offset):($9+$10+$11) title \"09\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"10\" \\\n ,'' using ($2+utc_offset):($11) title \"11\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e880608409acd1fc6fed1aa0e66b51e03348b5b8","subject":"plot direction on top of speed for better visibility","message":"plot direction on top of speed for better visibility\n","repos":"Mausy5043\/domog,Mausy5043\/domog","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql29h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql29d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql29w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day29.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Wind (Gilze-Rijen) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [km\/h]\"\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc00bb00\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(kmh($3)) title \" Speed [km\/h]\" with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 title \" Direction [deg]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Direction [deg]\"\nset y2tics format \"%.0f\"\nset y2range [0:360]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql29h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql29d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql29w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day29.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Wind (Gilze-Rijen) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [km\/h]\"\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc00bb00\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Direction [deg]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) title \" Speed [km\/h]\" with impulses fc rgb \"#cc00bb00\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Direction [deg]\"\nset y2tics format \"%.0f\"\nset y2range [0:360]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"153f0f01e522a8d10352552858f727d94f2d4990","subject":"Y-scale changed to km\/h","message":"Y-scale changed to km\/h\n","repos":"Mausy5043\/domog,Mausy5043\/domog","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql29h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql29d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql29w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day29.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\n#stats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\n#stats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\n#stats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\n#Ymin = min(min(Yd_min, Yh_min), Yw_min) -1\n#Y2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\n#Y2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Wind (Gilze-Rijen) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [km\/h]\"\nset yrange [ 0 : kmh(Ymax) ]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc00bb00\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(kmh($3)) title \" Speed [km\/h]\" with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 title \" Direction [deg]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : kmh(Ymax) ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : kmh(Ymax) ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Direction [deg]\"\nset y2tics format \"%.0f\"\nset y2range [0:360]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql29h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql29d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql29w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day29.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\n#stats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\n#stats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\n#stats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\n#Ymin = min(min(Yd_min, Yh_min), Yw_min) -1\n#Y2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\n#Y2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Wind (Gilze-Rijen) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [km\/h]\"\nset yrange [0:Ymax]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc00bb00\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(kmh($3)) title \" Speed [km\/h]\" with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 title \" Direction [deg]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Direction [deg]\"\nset y2tics format \"%.0f\"\nset y2range [0:360]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"61df18bc506201659a9ffebfea32a524c6185f70","subject":"Semeval2017Task10 - LIPN - Paper plots","message":"Semeval2017Task10 - LIPN - Paper plots\n","repos":"snovd\/test-scripts,snovd\/test-scripts","old_file":"kpext\/results\/plot_best_results.gnu","new_file":"kpext\/results\/plot_best_results.gnu","new_contents":"reset # do not use any previous settings\nset title \"F1 score - Keyphrase identification with the development corpus\" # title\nset xlabel \"Minimum number of ocurrences of each PoS sequence\" # x-axis label\nset ylabel \"F1 score\" # y-axis label\nset term png size 1000, 600 font \"Helvetica\" 12\nset size ratio 0.55 #plot dimensions\nset output \"f1score.png\" # name of image file \nset grid y\nset xtics rotate\nset format y \"%1.2f\";\nset ytics 0.05\nset yrange [0.0:0.40] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.3 # increase size of points on the line\nset style line 1 lc rgb '#0060ad' pt 5 # square\nset style line 2 lc rgb '#dd181f' pt 7 # circle\nset style line 3 lc rgb '#2E8B57' pt 9 # triangle\nset style line 4 lw 1.5 lc rgb '#6495ED' pt 1\nset style line 5 lw 1.5 lc rgb '#FF1493' pt 1 \n\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:5:xtic(2) title \"Candidate keyphrases\" with linespoints ls 3, \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types.dat\" using 1:5 title \"Candidate keyphrases + CRF\" with linespoints ls 1, \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types_msag_boolean.dat\" using 1:5 title \"Candidate keyphrases + CRF + Titles\" with linespoints ls 2, \\\n0.291463414634 title \"CRF\" with line ls 4, \\\n0.293939393939 title \"CRF + Titles\" with line ls 5\n\n#0.283656509695 title \"CRF\/MSAG\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest.dat\" using 1:5 title \"CRF\/POSseq\/Largest\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest_msag.dat\" using 1:5 title \"CRF\/POSseq\/Largest\/MSAG\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest_without_types_msag.dat\" using 1:5 title \"CRF\/POSseq\/Largest\/WithoutType\/MSAG\", \\\n#\"dev_seq_projection_crf_train_with_projections_simple.dat\" using 1:5 title \"CRF\/POSseq\/Simple\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest_by_class.dat\" using 1:5 title \"CRF\/POSseq\/Largest\/ByType\", \\\n\nreset # do not use any previous settings\nset title \"Precision - Keyphrase identification with the development corpus\" # title\nset xlabel \"Minimum number of ocurrences of each PoS sequence\" # x-axis label\nset ylabel \"Precision\" # y-axis label\nset term png size 1000, 600 font \"Helvetica\" 12\nset size ratio 0.55 #plot dimensions\nset output \"precision.png\" # name of image file \nset grid y\nset xtics rotate\nset format y \"%1.2f\";\nset ytics 0.1\nset yrange [0.0:0.50] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.3 # increase size of points on the line\nset style line 1 lc rgb '#0060ad' pt 5 # square\nset style line 2 lc rgb '#dd181f' pt 7 # circle\nset style line 3 lc rgb '#2E8B57' pt 9 # triangle\nset style line 4 lw 1.5 lc rgb '#6495ED' pt 1\nset style line 5 lw 1.5 lc rgb '#FF1493' pt 1 \n\n\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:3:xtic(2) title \"Candidate keyphrases\" with linespoints ls 3, \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types.dat\" using 1:3 title \"Candidate keyphrases + CRF\" with linespoints ls 1, \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types_msag_boolean.dat\" using 1:3 title \"Candidate keyphrases + CRF + Titles\" with linespoints ls 2, \\\n0.491769547325 title \"CRF\" with line ls 4, \\\n0.352300242131 title \"CRF + Titles\" with line ls 5\n#\"dev_seq_projection_crf_train_with_projections_simple.dat\" using 1:3 title \"CRF\/POSseq\/Simple\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest_by_class.dat\" using 1:3 title \"CRF\/POSseq\/Largest\/ByType\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest_msag.dat\" using 1:3 title \"CRF\/POSseq\/Largest\/MSAG\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest_without_types_msag.dat\" using 1:3 title \"CRF\/POSseq\/Largest\/WithoutType\/MSAG\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest.dat\" using 1:3 title \"CRF\/POSseq\/Largest\", \\\n#0.393241167435 title \"CRF\/MSAG\", \\\n\nreset # do not use any previous settings\nset title \"Recall - Keyphrase identification with the development corpus\" # title\nset xlabel \"Minimum number of ocurrences of each PoS sequence\" # x-axis label\nset ylabel \"Recall\" # y-axis label\nset term png size 1000, 600 font \"Helvetica\" 12\nset size ratio 0.55 #plot dimensions\nset output \"recall.png\" # name of image file \nset grid y\nset xtics rotate\nset format y \"%1.2f\";\nset ytics 0.1\nset yrange [0.0:1.0] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.3 # increase size of points on the line\nset style line 1 lc rgb '#0060ad' pt 5 # square\nset style line 2 lc rgb '#dd181f' pt 7 # circle\nset style line 3 lc rgb '#2E8B57' pt 9 # triangle\nset style line 4 lw 1.5 lc rgb '#6495ED' pt 1\nset style line 5 lw 1.5 lc rgb '#FF1493' pt 1 \n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:4:xtic(2) title \"Candidate keyphrases\" with linespoints ls 3, \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types.dat\" using 1:4 title \"Candidate keyphrases + CRF\" with linespoints ls 1, \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types_msag_boolean.dat\" using 1:4 title \"Candidate keyphrases + CRF + Titles\" with linespoints ls 2, \\\n0.207105719237 title \"CRF\" with line ls 4, \\\n0.252166377816 title \"CRF + Titles\" with line ls 5\n#\"dev_seq_projection_crf_train_with_projections_simple.dat\" using 1:4 title \"CRF\/POSseq\/Simple\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest_by_class.dat\" using 1:4 title \"CRF\/POSseq\/Largest\/ByType\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest_msag.dat\" using 1:4 title \"CRF\/POSseq\/Largest\/MSAG\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest_without_types_msag.dat\" using 1:4 title \"CRF\/POSseq\/Largest\/WithoutType\/MSAG\", \\\n#\"dev_seq_projection_crf_train_with_projections_largest.dat\" using 1:4 title \"CRF\/POSseq\/Largest\", \\\n#0.221837088388 title \"CRF\/MSAG\", \\\n","old_contents":"reset # do not use any previous settings\nset title \"F1 score - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"F1 score\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_f1score.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.02\nset yrange [0.04:0.50] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:5:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_crf_train_with_projections_simple.dat\" using 1:5 title \"CRF\/POSseq\/Simple\", \\\n\"dev_seq_projection_crf_train_with_projections_largest.dat\" using 1:5 title \"CRF\/POSseq\/Largest\", \\\n\"dev_seq_projection_crf_train_with_projections_by_class.dat\" using 1:5 title \"CRF\/POSseq\/Simple\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_by_class.dat\" using 1:5 title \"CRF\/POSseq\/Largest\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_over_results_svm2c_fulltext.dat\" using 1:5 title \"CRF\/POSseq\/Largest\/SVM2cFullText\", \\\n\"dev_seq_projection_crf_train_with_projections_without_types.dat\" using 1:5 title \"CRF\/POSseq\/Simple\/WithoutType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types.dat\" using 1:5 title \"CRF\/POSseq\/Largest\/WithoutType\", \\\n0.291463414634 title \"CRF\"\n\nreset # do not use any previous settings\nset title \"Precision - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Precision\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_precision.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.02\nset yrange [0.04:0.50] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:3:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_crf_train_with_projections_simple.dat\" using 1:3 title \"CRF\/POSseq\/Simple\", \\\n\"dev_seq_projection_crf_train_with_projections_largest.dat\" using 1:3 title \"CRF\/POSseq\/Largest\", \\\n\"dev_seq_projection_crf_train_with_projections_by_class.dat\" using 1:3 title \"CRF\/POSseq\/Simple\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_by_class.dat\" using 1:3 title \"CRF\/POSseq\/Largest\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_over_results_svm2c_fulltext.dat\" using 1:3 title \"CRF\/POSseq\/Largest\/SVM2cFullText\", \\\n\"dev_seq_projection_crf_train_with_projections_without_types.dat\" using 1:3 title \"CRF\/POSseq\/Simple\/WithoutType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types.dat\" using 1:3 title \"CRF\/POSseq\/Largest\/WithoutType\", \\\n0.491769547325 title \"CRF\"\n\nreset # do not use any previous settings\nset title \"Recall - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Recall\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_recall.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.05\nset yrange [0.05:1.0] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:4:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_crf_train_with_projections_simple.dat\" using 1:4 title \"CRF\/POSseq\/Simple\", \\\n\"dev_seq_projection_crf_train_with_projections_largest.dat\" using 1:4 title \"CRF\/POSseq\/Largest\", \\\n\"dev_seq_projection_crf_train_with_projections_by_class.dat\" using 1:4 title \"CRF\/POSseq\/Simple\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_by_class.dat\" using 1:4 title \"CRF\/POSseq\/Largest\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_over_results_svm2c_fulltext.dat\" using 1:4 title \"CRF\/POSseq\/Largest\/SVM2cFullText\", \\\n\"dev_seq_projection_crf_train_with_projections_without_types.dat\" using 1:4 title \"CRF\/POSseq\/Simple\/WithoutType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types.dat\" using 1:4 title \"CRF\/POSseq\/Largest\/WithoutType\", \\\n0.207105719237 title \"CRF\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"200ad9d4971d2e3149daae51766870d6f883859a","subject":"only create make.settings.local in the TOPDIR","message":"only create make.settings.local in the TOPDIR\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1609 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\n$(shell echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.3 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\nHEADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\nHEADER_FILES_CONTAINERS\t+= pq_losertree.h queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\n$(shell echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.3 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\nHEADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\nHEADER_FILES_CONTAINERS\t+= pq_losertree.h queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d06facd268395696f2a61cc22c91643822742441","subject":"fix \"inverted\" world output (flipped y axis)","message":"fix \"inverted\" world output (flipped y axis)\n","repos":"tyrasd\/tortuosmity,tyrasd\/tortuosmity","old_file":"plot.gp","new_file":"plot.gp","new_contents":"unset xtics\nunset ytics\nunset border\nunset key\nunset title\nset lmargin at screen 0\nset tmargin at screen 0\nset rmargin at screen 1\nset bmargin at screen 1\n#set palette rgbformulae 34,35,36\n#set palette rgbformulae 30,31,32\nset palette rgbformulae 33,13,10\n#set palette defined ( 0 \"green\", 1 \"orange\", 2 \"red\" )\n#set palette model CMY rgbformulae 7,5,15\nset xrange [0:4095]\nset yrange [0:4096]\nset cbrange [1:2]\nset terminal png size 4096,4096 transparent truecolor\nset output \"world.png\"\nplot \"world.txt\" using 1:(4096-$2):($3) with dots palette\n\n","old_contents":"unset xtics\nunset ytics\nunset border\nunset key\nunset title\nset lmargin at screen 0\nset tmargin at screen 0\nset rmargin at screen 1\nset bmargin at screen 1\n#set palette rgbformulae 34,35,36\n#set palette rgbformulae 30,31,32\nset palette rgbformulae 33,13,10\n#set palette defined ( 0 \"green\", 1 \"orange\", 2 \"red\" )\n#set palette model CMY rgbformulae 7,5,15\nset xrange [0:4095]\nset yrange [0:4096]\nset cbrange [1:2]\nset terminal png size 4096,4096 transparent truecolor\nset output \"world.png\"\nplot \"world.txt\" using 1:2:($3) with dots palette\n\n","returncode":0,"stderr":"","license":"isc","lang":"Gnuplot"} {"commit":"cbc7d616c1c984ebcf064f3d8343593177aaf168","subject":"proper scaling","message":"proper scaling\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\n# set yrange [0:100]\nset autoscale y\nset format y \"%3.0s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc \"red\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc \"blue\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\n# set yrange [0:100]\nset autoscale y\nset format y \"%3.0s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):(delta($6)) title \"Download (eth0)\" fc \"red\" \\\n , '' using ($2+utc_offset):(delta($7)*-1) title \"Upload (eth0)\" fc \"blue\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b1957c69e67411496fd689e501515f0a1e2a7ee1","subject":"ignore missing header filess listed in *.d","message":"ignore missing header filess listed in *.d\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1035 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h parallel.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h parallel.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f6603f13f8eb300fcab1f3473a1bc97d0339a2da","subject":"At Brad's request, remove -Wunused from Makefile.gnu since -Wall implies it.","message":"At Brad's request, remove -Wunused from Makefile.gnu since -Wall implies it.\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@12950 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"sungeunchoi\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,hildeth\/chapel,hildeth\/chapel,hildeth\/chapel,chizarlicious\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,hildeth\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\n\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = $(CFLAGS)\nGEN_CFLAGS = -std=c99\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-declarations -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement\n\n\nGNU_GCC_MAJOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GCC_MINOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\n\n#\n# this is fragile, but version 3.3.4 doesn't support these flags\n#\nifeq ($(GNU_GCC_MAJOR_VERSION),3)\nifeq ($(GNU_GCC_MINOR_VERSION),4)\nWARN_CFLAGS += -Wdeclaration-after-statement -Wnested-externs \nendif\nendif\n\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\n\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = $(CFLAGS)\nGEN_CFLAGS = -std=c99\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wunused -Wpointer-arith -Wwrite-strings\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-declarations -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement\n\n\nGNU_GCC_MAJOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GCC_MINOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\n\n#\n# this is fragile, but version 3.3.4 doesn't support these flags\n#\nifeq ($(GNU_GCC_MAJOR_VERSION),3)\nifeq ($(GNU_GCC_MINOR_VERSION),4)\nWARN_CFLAGS += -Wdeclaration-after-statement -Wnested-externs \nendif\nendif\n\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"21bce6a06702ad6fd0d0470849fdf6933ed20efe","subject":"A few tweaks to the markov difficulties.","message":"A few tweaks to the markov difficulties.\n","repos":"jkomoros\/sudoku,jkomoros\/sudoku,jkomoros\/sudoku","old_file":"analysis\/graph.plt","new_file":"analysis\/graph.plt","new_contents":"#Pipe in the CSV you want to use, e.g. `cat out.csv | gnuplot graph.plt`\nset datafile separator \",\"\n\n#0 is a special column that starts from 0 and increments by 1 for each row.\nplot 'out.csv' using 0:3 title \"Markov Difficulties\" with boxes","old_contents":"#Pipe in the CSV you want to use, e.g. `cat out.csv | gnuplot graph.plt`\nset datafile separator \",\"\n\n#0 is a special column that starts from 0 and increments by 1 for each row.\nplot 'out.csv' using 0:3","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"4a7815b889fd3cf11cc423871571f205914310b1","subject":"Improve gnuplot for the general problem","message":"Improve gnuplot for the general problem\n","repos":"eigs\/EVSL,eigs\/EVSL,eigs\/EVSL","old_file":"EVSL_1.0\/TESTS\/Landos\/testerG.gnuplot","new_file":"EVSL_1.0\/TESTS\/Landos\/testerG.gnuplot","new_contents":"set term post enhanced color landscape \t\t # enhanced PostScript, essentially PostScript\n \t\t \t\t # with bounding boxes\nset out 'testerG.eps' # output file\n\nset title \"LanDos Test -- comparison with exact histogram\"\nset xlabel '{\/Symbol l}'\nset ylabel 'Spectral Density (DOS)'\nset parametric\n\nplot 'OUT\/myydosG.txt' lt rgb \"red\" with line title 'Lanczos DOS ~{\/Symbol f}{.4\\~}({\/Symbol l})', \\\n 'OUT\/ExydosG.txt' with line title 'Exact Histogram {\/Symbol f}({\/Symbol l})', \\\n","old_contents":"set term post enh \t\t # enhanced PostScript, essentially PostScript\n \t\t \t\t # with bounding boxes\nset out 'testerG.eps' # output file\n\nset title \"LanDos Test -- comparison with exact histogram\"\nset xlabel '{\/Symbol l}'\nset ylabel 'Spectral Density (DOS)'\nset parametric\n\nplot 'OUT\/myydosG.txt' lt rgb \"red\" with line title 'Lanczos DOS ~{\/Symbol f}{.4\\~}({\/Symbol l})', \\\n 'OUT\/ExydosG.txt' with line title 'Exact Histogram {\/Symbol f}({\/Symbol l})', \\\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"dbe152131049ee5a23c8857ab4ffc932b89b1ecc","subject":"Added (optional) formula to calculate memory bandwidth within Gnuplot rather than relying on bandwidth collected in benchmark output (allows correct bandwidth numbers\/plots for some\/internal legacy results which were based on inaccurate bandwidth prints of older benchmark driver).","message":"Added (optional) formula to calculate memory bandwidth within Gnuplot rather than relying on bandwidth collected in benchmark output (allows correct bandwidth numbers\/plots for some\/internal legacy results which were based on inaccurate bandwidth prints of older benchmark driver).\n","repos":"hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,hfp\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=8 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using MEMBW:(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=8 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"6a4df6901c33cd0764ae2917d65cdf2bf8c8d000","subject":"no more needless touching of MODENAME.mk","message":"no more needless touching of MODENAME.mk\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@2361 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# Makefile.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2007-2010 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(CURDIR)\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= common io mng containers algo stream lib utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_PMODE)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_PARALLEL_MODE)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_PARALLEL_MODE)\nendif\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\n# dummy target for initial creation of make.settings.local\nconfig:\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(RM) $(LIBNAME).stamp\n\t$(MAKE) -C lib\n\ttouch $(LIBNAME).stamp\n\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\n$(LIBNAME).stamp: build-lib\nelse\n$(LIBNAME).stamp:\n\t$(MAKE) -f Makefile.gnu build-lib\nendif\n\nbuild-lib-utils: $(LIBNAME).stamp\n\t$(MAKE) -C common tools\n\t$(MAKE) -C utils tools\n\n$(MODENAME).mk:\n\t$(RM) $(MODENAME).mk.tmp\n\techo 'STXXL_CXX\t\t\t = $(COMPILER)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t\t\t = $(stxxl_mk_cppflags)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS\t\t\t = $(stxxl_mk_ldlibs)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t\t = $(STXXL_SPECIFIC)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t\t = $(STXXL_LIBDEPS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_PARALLEL_MODE\t = $(PARALLEL_MODE_CPPFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_PARALLEL_MODE\t = $(PARALLEL_MODE_LDFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t\t = $(MCSTL_CPPFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t\t = $(MCSTL_LDFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t\t = $(BOOST_LINKER_OPTIONS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t\t = $(WARNINGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_DEBUGFLAGS\t\t = $(DEBUG)'\t>> $(MODENAME).mk.tmp\n\tcmp -s $(MODENAME).mk.tmp $(MODENAME).mk || mv $(MODENAME).mk.tmp $(MODENAME).mk\n\t$(RM) $(MODENAME).mk.tmp\n\n.PHONY: $(MODENAME).mk\n\nlibrary: build-lib\nlibrary_utils: $(LIBNAME).stamp build-lib-utils $(MODENAME).mk\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library_utils\nendif\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nGET_SVNVERSION\t\t?= LC_ALL=POSIX svnversion $(realpath $1)\nGET_SVN_INFO\t\t?= LC_ALL=POSIX svn info $(realpath $1)\nGET_SVN_INFO_SED\t?= sed\nGET_SVN_INFO_DATE\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Date\/{' -e 's\/.*: \/\/' -e 's\/ .*\/\/' -e 's\/-\/\/g' -e 'p' -e '}'\nGET_SVN_INFO_REV\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Rev\/s\/.*: \/\/p'\nGET_SVN_INFO_BRANCH\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/URL\/{' -e 's\/.*\\\/svnroot\\\/stxxl\/\/' -e '\/branches\/s\/\\\/branches\\\/\/\/p' -e '}'\n\nSTXXL_SVN_BRANCH\t:= $(shell $(call GET_SVN_INFO_BRANCH, .))\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, .))\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, .))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, .))\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, $(MCSTL_ROOT)))\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, $(MCSTL_ROOT)))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(MODENAME).stamp $(MODENAME).mk $(MODENAME).mk.tmp\n\n\ngetmodesuffix:\n\t@echo \"$(LIBEXTRA)\"\n\n\nifneq (,$(wildcard .svn))\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\t$(RM) -r reltmp\/stxxl-$(REL_VERSION)\/homepage\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not committed:\"\n\t@svn status -q\nendif\n\n\n.PHONY: main config library library-fast tests clean release\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# Makefile.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2007-2010 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(CURDIR)\n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= common io mng containers algo stream lib utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t+= $(STXXL_CPPFLAGS_CXX)\nstxxl_mk_ldlibs\t\t+= $(STXXL_LDLIBS_CXX)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_PMODE)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_PARALLEL_MODE)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_PARALLEL_MODE)\nendif\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\n# dummy target for initial creation of make.settings.local\nconfig:\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(RM) $(LIBNAME).stamp\n\t$(MAKE) -C lib\n\ttouch $(LIBNAME).stamp\n\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\n$(LIBNAME).stamp: build-lib\nelse\n$(LIBNAME).stamp:\n\t$(MAKE) -f Makefile.gnu build-lib\nendif\n\nbuild-lib-utils: $(LIBNAME).stamp\n\t$(MAKE) -C common tools\n\t$(MAKE) -C utils tools\n\n$(MODENAME).mk:\n\t$(RM) $@ $(MODENAME).mk.tmp\n\techo 'STXXL_CXX\t\t\t = $(COMPILER)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS\t\t\t = $(stxxl_mk_cppflags)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS\t\t\t = $(stxxl_mk_ldlibs)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_STXXL\t\t = $(STXXL_SPECIFIC)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_STXXL\t\t = $(STXXL_LDFLAGS) $(STXXL_LDLIBS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LIBDEPS\t\t\t = $(STXXL_LIBDEPS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_PARALLEL_MODE\t = $(PARALLEL_MODE_CPPFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_PARALLEL_MODE\t = $(PARALLEL_MODE_LDFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_MCSTL\t\t = $(MCSTL_CPPFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_MCSTL\t\t = $(MCSTL_LDFLAGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_CPPFLAGS_BOOST\t\t = $(BOOST_COMPILER_OPTIONS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_LDLIBS_BOOST\t\t = $(BOOST_LINKER_OPTIONS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_WARNFLAGS\t\t\t = $(WARNINGS)'\t>> $(MODENAME).mk.tmp\n\techo 'STXXL_DEBUGFLAGS\t\t = $(DEBUG)'\t>> $(MODENAME).mk.tmp\n\tcmp -s $(MODENAME).mk.tmp $(MODENAME).mk || mv $(MODENAME).mk.tmp $(MODENAME).mk\n\t$(RM) $(MODENAME).mk.tmp\n\n.PHONY: $(MODENAME).mk\n\nlibrary: build-lib\nlibrary_utils: $(LIBNAME).stamp build-lib-utils $(MODENAME).mk\n\n# skip recompilation of existing library\nlibrary-fast:\nifeq (,$(wildcard lib\/lib$(LIBNAME).$(LIBEXT)))\nlibrary-fast: library_utils\nendif\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nGET_SVNVERSION\t\t?= LC_ALL=POSIX svnversion $(realpath $1)\nGET_SVN_INFO\t\t?= LC_ALL=POSIX svn info $(realpath $1)\nGET_SVN_INFO_SED\t?= sed\nGET_SVN_INFO_DATE\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Date\/{' -e 's\/.*: \/\/' -e 's\/ .*\/\/' -e 's\/-\/\/g' -e 'p' -e '}'\nGET_SVN_INFO_REV\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/Last Changed Rev\/s\/.*: \/\/p'\nGET_SVN_INFO_BRANCH\t?= $(call GET_SVN_INFO, $1) | $(GET_SVN_INFO_SED) -n -e '\/URL\/{' -e 's\/.*\\\/svnroot\\\/stxxl\/\/' -e '\/branches\/s\/\\\/branches\\\/\/\/p' -e '}'\n\nSTXXL_SVN_BRANCH\t:= $(shell $(call GET_SVN_INFO_BRANCH, .))\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nSTXXL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, .))\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, .))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nSTXXL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nSTXXL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, .))\nendif\n\n# get the svn revision of the MCSTL, if possible\nifneq (,$(strip $(MCSTL_ROOT)))\nifneq (,$(wildcard $(MCSTL_ROOT)\/.svn))\nifeq (,$(strip $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)) | tr -d 0-9)))\n# clean checkout - use svn info\nMCSTL_VERSION_DATE\t:= $(shell $(call GET_SVN_INFO_DATE, $(MCSTL_ROOT)))\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVN_INFO_REV, $(MCSTL_ROOT)))\nelse\n# modified, mixed, ... checkout - use svnversion and today\nMCSTL_VERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nMCSTL_VERSION_SVN_REV\t:= $(shell $(call GET_SVNVERSION, $(MCSTL_ROOT)))\nendif\nendif\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\t$(RM) $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_DATE \"$(STXXL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(STXXL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp\n\t$(if $(STXXL_SVN_BRANCH), echo '#define STXXL_VERSION_STRING_SVN_BRANCH \"$(STXXL_SVN_BRANCH)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_DATE \"$(MCSTL_VERSION_DATE)\"' >> $@.$(LIBNAME).tmp)\n\t$(if $(MCSTL_VERSION_SVN_REV), echo '#define MCSTL_VERSION_STRING_SVN_REVISION \"$(MCSTL_VERSION_SVN_REV)\"' >> $@.$(LIBNAME).tmp)\n\tcmp -s $@ $@.$(LIBNAME).tmp || mv $@.$(LIBNAME).tmp $@\n\t$(RM) $@.$(LIBNAME).tmp\nendif\n\n\ntests-in-%: library-fast\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).stamp $(MODENAME).stamp $(MODENAME).mk $(MODENAME).mk.tmp\n\n\ngetmodesuffix:\n\t@echo \"$(LIBEXTRA)\"\n\n\nifneq (,$(wildcard .svn))\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\t$(RM) -r reltmp\/stxxl-$(REL_VERSION)\/homepage\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not committed:\"\n\t@svn status -q\nendif\n\n\n.PHONY: main config library library-fast tests clean release\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"402b678ace5a312b2289601baab5215af7a4d2cc","subject":"month names","message":"month names\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnamel = \"\/tmp\/kamstrupd\/mysql\/kamyr.csv\"\nifnamem = \"\/tmp\/kamstrupd\/mysql\/kammr.csv\"\nifnamer = \"\/tmp\/kamstrupd\/mysql\/kamwr.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.425\nMRPOS = 0.71\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamer using 2 name \"X\" nooutput\n\nXr_min = X_min + utc_offset - epoch_compensate\nXr_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamer using (delta($3)) name \"Yr1\" nooutput\n#old_x = NaN\n#stats ifnamer using (delta($4)) name \"Yr2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamem using 2 name \"X\" nooutput\n\nXm_min = X_min + utc_offset - epoch_compensate\nXm_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamem using (delta($3)) name \"Ym1\" nooutput\n#old_x = NaN\n#stats ifnamem using (delta($4)) name \"Ym2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamel using 2 name \"X\" nooutput\nXl_min = X_min + utc_offset - epoch_compensate\nXl_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\n#stats ifnamel using (delta($3)) name \"Yl1\" nooutput\n#old_x = NaN\n#stats ifnamel using (delta($4)) name \"Yl2\" nooutput\n#old_x = NaN\n\nYmax = 10\nYmin = 0\n\nset multiplot layout 1, 3 title \"Historisch verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past year\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past year\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xl_min : Xl_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS - 0.025\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamel \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past month\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past month\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"wk %W\" # Display time in 24 hour notation on the X axis\nset xrange [ Xm_min : Xm_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set ytics format \" \"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS + 0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamem \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a\" # Display time in 24 hour notation on the X axis\nset xrange [ Xr_min : Xr_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set ytics format \" \"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS + 0.021\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamer \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnamel = \"\/tmp\/kamstrupd\/mysql\/kamyr.csv\"\nifnamem = \"\/tmp\/kamstrupd\/mysql\/kammr.csv\"\nifnamer = \"\/tmp\/kamstrupd\/mysql\/kamwr.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.425\nMRPOS = 0.71\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamer using 2 name \"X\" nooutput\n\nXr_min = X_min + utc_offset - epoch_compensate\nXr_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamer using (delta($3)) name \"Yr1\" nooutput\n#old_x = NaN\n#stats ifnamer using (delta($4)) name \"Yr2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamem using 2 name \"X\" nooutput\n\nXm_min = X_min + utc_offset - epoch_compensate\nXm_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamem using (delta($3)) name \"Ym1\" nooutput\n#old_x = NaN\n#stats ifnamem using (delta($4)) name \"Ym2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamel using 2 name \"X\" nooutput\nXl_min = X_min + utc_offset - epoch_compensate\nXl_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\n#stats ifnamel using (delta($3)) name \"Yl1\" nooutput\n#old_x = NaN\n#stats ifnamel using (delta($4)) name \"Yl2\" nooutput\n#old_x = NaN\n\nYmax = 10\nYmin = 0\n\nset multiplot layout 1, 3 title \"Historisch verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past year\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past year\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%m-%y\" # Display time in 24 hour notation on the X axis\nset xrange [ Xl_min : Xl_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS - 0.025\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamel \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past month\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past month\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"wk %W\" # Display time in 24 hour notation on the X axis\nset xrange [ Xm_min : Xm_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set ytics format \" \"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS + 0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamem \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a\" # Display time in 24 hour notation on the X axis\nset xrange [ Xr_min : Xr_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set ytics format \" \"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS + 0.021\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamer \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"0ffb495b185741d1c1c738adceb939947686aaee","subject":"graphing wind data","message":"graphing wind data\n","repos":"Mausy5043\/domog,Mausy5043\/domog","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql29h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql29d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql29w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day29.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Wind (Gilze-Rijen) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [m\/s]\"\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc00bb00\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Direction [deg]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) title \" Speed [m\/s]\" with impulses fc rgb \"#cc00bb00\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Direction [deg]\"\nset y2tics format \"%.0f\"\nset y2range [0:360]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\nset timestamp '%Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - epoch_compensate\nW_max = W_max + utc_offset - epoch_compensate\n\n# ****************************************************************** Title *****\nset title \"Wind Speed (Gilze-Rijen)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed [km\/h]\" # Title for Y-axis\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \"Wind direction [deg]\" # Title for Y2-axis\nset y2range [0:360]\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):(kmh($3)) title \"Windspeed [km\/h]\" with impulses\\\n ,\"\/tmp\/sql29.csv\" using ($2+utc_offset):4 title \"Direction [deg]\" axes x1y2 with points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"cd4391dfd26288de0d15cefb700ae6f6b50ba35e","subject":"colorchange","message":"colorchange","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastyear.gp","new_file":"graphs\/pastyear.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastyear.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik per maand afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"jaar-maand\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"blue\" \\\n , '' using 3 title \"T2\" lc \"orange\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie per maand afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [kWh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"blue\" \\\n , '' using 5 title \"T2\" lc \"orange\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastyear.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik per maand afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"jaar-maand\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 3 title \"T2\" lc \"yellow\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie per maand afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [kWh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 5 title \"T2\" lc \"yellow\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f6bb0d6c3849f658e66a9f083a2fa89546933d71","subject":"-Geometry shader working","message":"-Geometry shader working\n","repos":"Another-Game-Engine\/AGE,Another-Game-Engine\/AGE","old_file":"GameEngine\/GameEngine\/Shaders\/tesselation.gp","new_file":"GameEngine\/GameEngine\/Shaders\/tesselation.gp","new_contents":" #version 330\n #extension GL_ARB_geometry_shader4 : enable\n\nlayout(triangles) in;\nlayout(triangle_strip, max_vertices=6) out;\n\nlayout (std140) uniform PerFrame\n{\n\tmat4 projection;\n\tmat4 view;\n\tvec4 light;\n\tfloat time;\n};\n\nlayout (std140) uniform PerModel\n{\n\tmat4 model;\n};\n\nuniform\tsampler2D fDayTexture;\nuniform\tsampler2D fNightTexture;\nuniform\tsampler2D fClouds;\nuniform\tsampler2D fBump;\n\nin vec4 gPosition[3];\nin vec4 gColor[3];\nin vec4 gNormal[3];\nin vec2 gTexCoord[3];\n\nout vec4 fPosition;\nout vec4 fColor;\nout vec4 fNormal;\nout vec2 fTexCoord;\n\n void main()\n {\n\tint\t\ti;\n\n for (i = 0; i < gl_VerticesIn; i++)\n {\n gl_Position = gl_PositionIn[i];\n\t fPosition = gPosition[i];\n\t fColor = gColor[i];\n\t fNormal = gNormal[i];\n\t fTexCoord = gTexCoord[i];\n EmitVertex();\n }\n EndPrimitive();\n }","old_contents":" #version 330\n #extension GL_ARB_geometry_shader4 : enable\n\nlayout (std140) uniform PerFrame\n{\n\tmat4 projection;\n\tmat4 view;\n\tvec4 light;\n\tfloat time;\n};\n\nlayout (std140) uniform PerModel\n{\n\tmat4 model;\n};\n\nuniform\tsampler2D fDayTexture;\nuniform\tsampler2D fNightTexture;\nuniform\tsampler2D fClouds;\nuniform\tsampler2D fBump;\n\nin vec4 gPosition[3];\nin vec4 gColor[3];\nin vec4 gNormal[3];\nin vec2 gTexCoord[3];\n\nout vec4 fPosition;\nout vec4 fColor;\nout vec4 fNormal;\nout vec2 fTexCoord;\n\n void main()\n {\n\tint\t\ti;\n\n for (i = 0; i < gl_VerticesIn; i++)\n {\n gl_Position = gl_PositionIn[i];\n\t fPosition = gPosition[i];\n\t fColor = gColor[i];\n\t fNormal = gNormal[i];\n\t fTexCoord = gTexCoord[i];\n EmitVertex();\n }\n EndPrimitive();\n }","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d230fb302716123c7c98be487820814d9bedcb4f","subject":"[FEATURE] Mark graph with lines at 60 and 120 concurrent.","message":"[FEATURE] Mark graph with lines at 60 and 120 concurrent.\n","repos":"bvdwiel\/loadtest,bvdwiel\/loadtest","old_file":"averages.gnuplot","new_file":"averages.gnuplot","new_contents":"set terminal 'pngcairo' size 1920, 1080\nset output 'averages.png'\nset datafile separator ','\nset title 'Average response time versus concurrency level'\nset xlabel 'Concurrency level (number of simultaneous users)'\nset ylabel 'Average response time (ms.)'\nset style line 1 lc rgb '#0060ad' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset pointintervalbox 3\nset grid\nset xrange [0:160]\nset yrange [0:5000]\nset xtics (0,10,20,30,40,50,60,70,80,90,100,110,120,130,140,150,160)\nset ytics 500\nset y2range [0:30000]\nset y2label 'Number of HTTP requests per status'\nset arrow from 60,graph(0,0) to 60,graph(1,1) nohead\nset arrow from 120,graph(0,0) to 120,graph(1,1) nohead\nplot \"averages.csv\" using 2:1 with linespoints ls 1 title 'Response time'\n","old_contents":"set terminal 'pngcairo' size 1920, 1080\nset output 'averages.png'\nset datafile separator ','\nset title 'Average response time versus concurrency level'\nset xlabel 'Concurrency level (number of simultaneous users)'\nset ylabel 'Average response time (ms.)'\nset style line 1 lc rgb '#0060ad' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset pointintervalbox 3\nset grid\nset xrange [0:160]\nset yrange [0:5000]\nset xtics (0,10,20,30,40,50,60,70,80,90,100,110,120,130,140,150,160)\nset ytics 500\nplot \"averages.csv\" using 2:1 with linespoints ls 1 title 'Response time'\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"f789d409faec2c133039d1b1a0c27f2bb7065cd8","subject":"explain the jump for llvm-db","message":"explain the jump for llvm-db\n\n\ngit-svn-id: 0ff597fd157e6f4fc38580e8d64ab130330d2411@10713 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"llvm-mirror\/llvm,chubbymaggie\/asap,dslab-epfl\/asap,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,apple\/swift-llvm,apple\/swift-llvm,llvm-mirror\/llvm,apple\/swift-llvm,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,apple\/swift-llvm,dslab-epfl\/asap,dslab-epfl\/asap,apple\/swift-llvm,chubbymaggie\/asap,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,chubbymaggie\/asap,GPUOpen-Drivers\/llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,apple\/swift-llvm,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,dslab-epfl\/asap,chubbymaggie\/asap,apple\/swift-llvm,apple\/swift-llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,chubbymaggie\/asap","old_file":"utils\/NightlyTest.gnuplot","new_file":"utils\/NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"0bdae66a0ce06be181c6d4d2077716734e15cba3","subject":"plot multiple lcs for experiment","message":"plot multiple lcs for experiment\n","repos":"toonn\/bdap-proj2,toonn\/bdap-proj2","old_file":"code\/exp.gnuplot","new_file":"code\/exp.gnuplot","new_contents":"set autoscale\nset xtic auto\nset ytic auto\nset xlabel \"Number of training examples\"\nset ylabel \"Accuracy\"\nset terminal epslatex\n\nset output \"lc_lr.tex\"\nplot for [i=1:9] 'exp'.i.'.lr.acc' using 1:2 title '\\eta = 0.'.i with linespoints\n\nset output \"lc_vfdt.tex\"\nplot for [i=1:9] 'exp'.i.'.lr.acc' using 1:2 title '\\delta = 0.'.i with linespoints\n","old_contents":"set autoscale\nset xtic auto\nset ytic auto\nset xlabel \"Number of training examples\"\nset ylabel \"Accuracy\"\nset terminal epslatex\n\nset output \"lc_lr.tex\"\nplot for [i=1:9] 'exp'.i.'.lr.acc' using 1:2 title '\\eta = '.i with linespoints\n\nset output \"lc_vfdt.tex\"\nplot \"out.vfdt.acc\" using 1:2 title \"VFDT\" with linespoints\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"4a0c0afc54021ec67e5b1d7d2a89dccef71e3d5a","subject":"Included more information and statistical measures into the generated plots.","message":"Included more information and statistical measures into the generated plots.\n","repos":"egeor\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; NSAMPLES = STATS_records; GEOFLOPS = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MEDFLOPS = STATS_median; AVGFLOPS = STATS_mean; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) nooutput; BIN1_FLOPS = STATS_mean; BIN1_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) nooutput; BIN2_FLOPS = STATS_mean; BIN2_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) nooutput; BIN3_FLOPS = STATS_mean; BIN3_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8):1\/0) nooutput; BIN1_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8):1\/0) nooutput; BIN2_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8):1\/0) nooutput; BIN3_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using (log(AI(MPARM,NPARM,KPARM,8))) nooutput; GEOAI = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)) nooutput; MEDAI = STATS_median; AVGAI = STATS_mean; MINAI = STATS_min; MAXAI = STATS_max\nstats BASENAME.\"-perf.dat\" using (log(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8))) nooutput; GEOMEMBW = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) nooutput; MEDMEMBW = STATS_median; AVGMEMBW = STATS_mean; MINMEMBW = STATS_min; MAXMEMBW = STATS_max\n\nFORMAT(X) = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(X) - 1.0, 0)))\nMAX(A, B) = A < B ? B : A\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Selected Kernels)\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average for \".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset yrange [0:*]\nset autoscale fix\nset label sprintf(\"{\/=9 \".FORMAT(BIN1_FLOPS).\" GFLOP\/s}\", BIN1_FLOPS) at 0.0, BIN1_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN2_FLOPS).\" GFLOP\/s}\", BIN2_FLOPS) at 1.0, BIN2_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN3_FLOPS).\" GFLOP\/s}\", BIN3_FLOPS) at 2.0, BIN3_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN1_MEMBW).\" GB\/s)}\", BIN1_MEMBW) at 0.0, BIN1_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN2_MEMBW).\" GB\/s)}\", BIN2_MEMBW) at 1.0, BIN2_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN3_MEMBW).\" GB\/s)}\", BIN3_MEMBW) at 2.0, BIN3_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 N=%u}\", BIN1_NSAMPLES) at 0.0, 0.0 centre offset 0, 0.5 front\nset label sprintf(\"{\/=9 N=%u}\", BIN2_NSAMPLES) at 1.0, 0.0 centre offset 0, 0.5 front\nset label sprintf(\"{\/=9 N=%u}\", BIN3_NSAMPLES) at 2.0, 0.0 centre offset 0, 0.5 front\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):(BIN1_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(BIN2_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):(BIN3_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Cummulative Performance Distribution (CDF for \".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset xlabel \"Probability\\n\\n{\/=9 Min.: \".sprintf(FORMAT(MINFLOPS), MINFLOPS).\" GFLOP\/s Geo.: \".sprintf(FORMAT(GEOFLOPS), GEOFLOPS).\" GFLOP\/s Med.: \".sprintf(FORMAT(MEDFLOPS), MEDFLOPS).\" GFLOP\/s Avg.: \".sprintf(FORMAT(AVGFLOPS), AVGFLOPS).\" GFLOP\/s Max.: \".sprintf(FORMAT(MAXFLOPS), MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(FORMAT(h(x50)).\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Arithmetic Intensity (\".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\n#set xlabel \"FLOPS\/Byte\\n\\n{\/=9 \".sprintf(\"N: %u\", NSAMPLES).\" Min.: \".sprintf(\"%.1f\", MINAI).\" Geo.: \".sprintf(\"%.1f\", GEOAI).\" Med.: \".sprintf(\"%.1f\", MEDAI).\" Avg.: \".sprintf(\"%.1f\", AVGAI).\" Max.: \".sprintf(\"%.1f\", MAXAI).\"}\"\nset xlabel \"FLOPS\/Byte (Min.: \".sprintf(\"%.1f\", MINAI).\" Geo.: \".sprintf(\"%.1f\", GEOAI).\" Med.: \".sprintf(\"%.1f\", MEDAI).\" Avg.: \".sprintf(\"%.1f\", AVGAI).\" Max.: \".sprintf(\"%.1f\", MAXAI).\")\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth Consumption (\".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK^{1\/3})\\n\\n{\/=9 Min.: \".sprintf(\"%.0f GB\/s\", MINMEMBW).\" Geo.: \".sprintf(\"%.0f GB\/s\", GEOMEMBW).\" Med.: \".sprintf(\"%.0f GB\/s\", MEDMEMBW).\" Avg.: \".sprintf(\"%.0f GB\/s\", AVGMEMBW).\" Max.: \".sprintf(\"%.0f GB\/s\", MAXMEMBW).\"}\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.2\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEOFLOPS = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MEDFLOPS = STATS_median; AVGFLOPS = STATS_mean; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) nooutput; BIN1_FLOPS = STATS_mean\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) nooutput; BIN2_FLOPS = STATS_mean\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) nooutput; BIN3_FLOPS = STATS_mean\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8):1\/0) nooutput; BIN1_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8):1\/0) nooutput; BIN2_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8):1\/0) nooutput; BIN3_MEMBW = STATS_mean\n\nFORMAT(X) = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(X) - 1.0, 0)))\nMAX(A, B) = A < B ? B : A\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset yrange [0:*]\nset autoscale fix\nset label sprintf(\"{\/=9 \".FORMAT(BIN1_FLOPS).\" GFLOP\/s}\", BIN1_FLOPS) at 0.0, BIN1_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN2_FLOPS).\" GFLOP\/s}\", BIN2_FLOPS) at 1.0, BIN2_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN3_FLOPS).\" GFLOP\/s}\", BIN3_FLOPS) at 2.0, BIN3_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN1_MEMBW).\" GB\/s)}\", BIN1_MEMBW) at 0.0, BIN1_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN2_MEMBW).\" GB\/s)}\", BIN2_MEMBW) at 1.0, BIN2_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN3_MEMBW).\" GB\/s)}\", BIN3_MEMBW) at 2.0, BIN3_FLOPS centre offset 0, -2 front\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):(BIN1_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(BIN2_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):(BIN3_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance Distribution (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=9 Min.: \".sprintf(FORMAT(MINFLOPS), MINFLOPS).\" GFLOP\/s Geo.: \".sprintf(FORMAT(GEOFLOPS), GEOFLOPS).\" GFLOP\/s Med.: \".sprintf(FORMAT(MEDFLOPS), MEDFLOPS).\" GFLOP\/s Avg.: \".sprintf(FORMAT(AVGFLOPS), AVGFLOPS).\" GFLOP\/s Max.: \".sprintf(FORMAT(MAXFLOPS), MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(FORMAT(h(x50)).\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth Consumption\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK^{1\/3})\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.2\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"7b5a42b842bd2857b812a3f2a62f9284efb309bc","subject":"made the test prettier","message":"made the test prettier\n","repos":"mattfoster\/gnuplot-tmbundle,kevinsawicki\/gnuplot-tmbundle","old_file":"Test\/example.gp","new_file":"Test\/example.gp","new_contents":"set terminal aqua \nset key off\n\nset title \"Gnuplot bundle test\" # Comment test\n\nf(x) = sin(x) + sin(0.5 * x) + sin(0.25 * x) + \\\n sin(0.125 * x) + sin(0.0625 * x) + sin(0.03125 * x) + sin(0.015625 * x) \n\nplot f(x) with lines # test\n","old_contents":"#! \/usr\/bin\/gnuplot\n\nset terminal aqua \nset key off\n\nset title \"Gnuplot bundle test\" # Comment test\n\nf(x) = sin(x) + sin(0.5 * x) + sin(0.25 * x) \\\n + sin(0.125 * x) + sin(0.0625 * x) \\\n + sin(0.03125 * x) + sin(0.015625 * x) \n\nplot f(x) with lines # test\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"948067ae00cd43d97700bb62a595dec4f7eaf68b","subject":"Make runtime.png more readible","message":"Make runtime.png more readible\n","repos":"illusion030\/phonebook,illusion030\/phonebook","old_file":"scripts\/runtime.gp","new_file":"scripts\/runtime.gp","new_contents":"reset\nset ylabel 'time(sec)'\nset style fill solid\nset title 'perfomance comparison'\nset term png enhanced font 'Verdana,10'\nset output 'runtime.png'\n\nplot [:][:0.150]'output.txt' using 2:xtic(1) with histogram title 'original', \\\n'' using ($0):(0.085):2 with labels title ' ' textcolor lt 1, \\\n'' using 3:xtic(1) with histogram title 'optimized' , \\\n'' using ($0):(0.08):3 with labels title ' ' textcolor lt 2, \\\n'' using 4:xtic(1) with histogram title 'binarysearchtree' , \\\n'' using ($0):(0.075):4 with labels title ' ' textcolor lt 3, \\\n'' using 5:xtic(1) with histogram title 'combine' , \\\n'' using ($0):(0.07):5 with labels title ' ' textcolor lt 4, \\\n","old_contents":"reset\nset ylabel 'time(sec)'\nset style fill solid\nset title 'perfomance comparison'\nset term png enhanced font 'Verdana,10'\nset output 'runtime.png'\n\nplot [:][:0.150]'output.txt' using 2:xtic(1) with histogram title 'original', \\\n'' using ($0-0.25):($2+0.0015):2 with labels title ' ', \\\n'' using 3:xtic(1) with histogram title 'optimized' , \\\n'' using ($0-0.13):($3+0.0015):3 with labels title ' ', \\\n'' using 4:xtic(1) with histogram title 'binarysearchtree' , \\\n'' using ($0+0.15):($4+0.0015):4 with labels title ' ', \\\n'' using 5:xtic(1) with histogram title 'combine' , \\\n'' using ($0+0.47):($5+0.0015):5 with labels title ' ', \\\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"da46fec534bee1bee6a410efa76af005a73a75a8","subject":"Update v.plt","message":"Update v.plt\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create3,\n [error(class_exists(class_create_test_v))]\n ) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n class_create(class_create_test_v, citizen_v, [d, e]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\ntest(class_name1) :-\n\n class_name(man_v).\n\ntest(class_name2, [fail]) :-\n\n class_name(man_man_v).\n\ntest(class_name3) :-\n\n findall(Class, class_name(Class), Names),\n sort(Names, Names2),\n length(Names, N1),\n length(Names2, N2),\n assertion(N1 =:= N2),\n assertion(N1 > 10).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country, birthday], \n [man, 'Mayakovsky', ['Soviet Union'], 1994],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_parents2_bug1,\n [error(use_rebase_to_insert_parents),\n blocked(rebase_family)\n ]) :-\n\n obj_construct(man_v, [], [], M),\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], _).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase2_transitivity,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n obj_parents(M3, P3),\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\n object_v, object_base_v]).\n\ntest(obj_rebase3_transitivity2,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n foreach(obj_field(M3, _, _), true).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2,\n [blocked(need_to_see)]\n ) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create3,\n [error(class_exists(class_create_test_v))]\n ) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n class_create(class_create_test_v, citizen_v, [d, e]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\ntest(class_name1) :-\n\n class_name(man_v).\n\ntest(class_name2, [fail]) :-\n\n class_name(man_man_v).\n\ntest(class_name3) :-\n\n findall(Class, class_name(Class), Names),\n sort(Names, Names2),\n length(Names, N1),\n length(Names2, N2),\n assertion(N1 =:= N2),\n assertion(N1 > 10).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n obj_field(U1, cookie_db_key, Key1),\n obj_field(U2, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country, birthday], \n [man, 'Mayakovsky', ['Soviet Union'], 1994],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_parents2_bug1,\n [error(use_rebase_to_insert_parents),\n blocked(rebase_family)\n ]) :-\n\n obj_construct(man_v, [], [], M),\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], _).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase2_transitivity,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n obj_parents(M3, P3),\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\n object_v, object_base_v]).\n\ntest(obj_rebase3_transitivity2,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n foreach(obj_field(M3, _, _), true).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n obj_field(HTTP_Citizen, cookie_db_key, Key1),\n obj_field(HTTP_Citizen_Copy, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2,\n [blocked(need_to_see)]\n ) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"a96f74cc9e1cb4b6409ffb8c999247b856c89624","subject":"Minor test fix for swipl 6","message":"Minor test fix for swipl 6\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/rand\/randgen.plt","new_file":"U-238\/u\/rand\/randgen.plt","new_contents":":- begin_tests(randgen, [setup(setup_options)]).\n\n:- use_module(randgen).\n:- use_module(library(clpfd)).\n:- use_module(u(v)).\n\n% http:\/\/codegolf.stackexchange.com\/questions\/42343\/implement-a-pcg\ntest(pcg32_1test1) :-\n prepare_random_state(randgen:pcg32_1, pcg32_init(42, 52), State1),\n random_integer(State1, 0x100000000, Value1),\n assertion(Value1 == 2380307335),\n pcg32_1(State1, State2),\n random_integer(State2, 0x100000000, Value2),\n assertion(Value2 == 948027835).\n\ntest(fd_random1_gnu) :-\n X in 5..15,\n fd_random(randgen:lcq_gnu, 0, S1, X), !,\n fd_random(randgen:lcq_gnu, 0, S1, X), !,\n assertion(S1 == 12345),\n assertion(X == 8).\n\ntest(fd_random1_knuth) :-\n X in 5..15,\n fd_random(randgen:lcq_knuth, 0, S1, X), !,\n fd_random(randgen:lcq_knuth, 0, S1, X), !,\n assertion(S1 == 1442695040888963407),\n assertion(X == 12).\n\ntest(fd_random1_pcg32_1) :-\n X1 in 5..15,\n X2 in 5..15,\n fd_random(randgen:pcg32_1, pcg32_init(42, 52), S1, X1), !,\n fd_random(randgen:pcg32_1, S1, S2, X2), !,\n fd_random(randgen:pcg32_1, pcg32_init(42, 52), S1, X1), !,\n fd_random(randgen:pcg32_1, S1, S2, X2), !,\n assertion(X1 == 12),\n assertion(X2 == 10).\n\ntest(fd_random2, [L == ExpCs]) :-\n random_generator(test, sequence1, G, _),\n X in 0'a..0'z,\n findall(X, fd_random(G, 0, _, X), L),\n string_codes(\"bdfhjlnprtvxzciouamyqkwesg\", ExpCs).\n\ntest(random_member1, [fail]) :-\n random_generator(test, sequence1, G, _),\n random_member(_, [], G, 0, _).\n\ntest(random_member2) :-\n random_generator(test, sequence1, G, _),\n random_member(X, [0'a], %'\n G, 0, S),\n assertion(S == 0), %NB seed is unchanged\n assertion(X == 0'a). %'\n\ntest(random_member3) :-\n random_generator(test, sequence1, G, _),\n string_codes(\"aBcDeFgHiJkLmNoPqRsTuVwXyZ\", Cs),\n random_member(X, Cs, G, 0, S),\n assertion(S == 1),\n assertion(X == 0'B). %'\n\ntest(random_member1_det1, [fail]) :-\n random_generator(test, sequence1, G, _),\n random_member(_, [], semidet, G, 0, _).\n\ntest(random_member1_det2, [fail]) :-\n random_generator(test, sequence1, G, _),\n random_member(_, [], nondet, G, 0, _).\n\ntest(random_member2_det) :-\n random_generator(test, sequence1, G, _),\n random_member(X1, [a], semidet, G, 0, S1),\n assertion(S1 == 0),\n assertion(X1 == a),\n findall(p(X, S), random_member(X, [a], nondet, G, 0, S), L),\n assertion(L == [p(a, 0)]).\n\ntest(random_member3_det) :-\n random_generator(test, sequence1, G, _),\n string_codes(\"aBcDeFgHiJkLmNoPqRsTuVwXyZ\", Cs),\n random_member(X1, Cs, G, 0, S1),\n assertion(S1 == 1),\n assertion(X1 == 0'B), %'\n findall(X,\n random_member(X, Cs,nondet,G, 0, _),\n L),\n string_codes(\"BDFHJLNPRTVXZciouamyqkwesg\", ExpCs),\n assertion(L == ExpCs).\n\ntest(random_select1, [L == []]) :-\n random_generator(test, sequence1, G, _),\n findall(X, random_select(X, [], _, G, 0, _), L).\n\ntest(random_select2, [L == [p(0'a, [])]]) :- %'\n random_generator(test, sequence1, G, _),\n findall(p(X, R), random_select(X, [0'a], %'\n R, G, 0, _), L).\n\ntest(random_select3, [L == ExpCs]) :-\n random_generator(test, sequence1, G, _),\n string_codes(\"aBcDeFgHiJkLmNoPqRsTuVwXyZ\", Cs),\n findall(X, random_select(X, Cs, _, G, 0, _), L),\n string_codes(\"BDFHJLNPRTVXZciouamyqkwesg\", ExpCs).\n\ntest(random_options1_local_only) :-\n options_object(test_pred1, [rand_state(5, Seed2), nondet,\n generator(randgen:test_sequence1), phase(4)], O1),\n random_options(O1, O2, Det, Gen, Seed0, Seed, Phase_Match),\n assertion(Det == nondet),\n assertion(Gen == randgen:test_sequence1),\n assertion(Seed0 == 5),\n assertion(Seed2 == Seed),\n O1 \/ [det, generator, rand_state] ^= [O1Det, O1Gen, O1Seed],\n O2 \/ [det, generator, rand_state] ^= [O2Det, O2Gen,\n rand_state(O2SeedVal1, O2SeedVal2)],\n assertion([O1Det, O1Gen, O1Seed] == [Det,generator(Gen),rand_state(5, Seed)]),\n assertion([O1Det, O1Gen] == [O2Det, O2Gen]),\n assertion(O2SeedVal1 == 5),\n assertion(Seed2 == O2SeedVal2),\n assertion(var(Phase_Match)).\n\ntest(random_options1_global_only) :-\n options_object(test_pred1, [], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[rand_state(5, Seed2), nondet, generator(randgen:test_sequence1),\n phase(3)]],\n GlobalOpts),\n random_options(O1, O2, Det, Gen, Seed0, Seed, Phase_Match),\n assertion(Det == nondet),\n assertion(Gen == randgen:test_sequence1),\n assertion(Seed0 == 5),\n assertion(Seed2 == Seed),\n O1 \/ [det, generator, rand_state] ^= [O1Det, O1Gen, O1Seed],\n O2 \/ [det, generator, rand_state] ^= [O2Det, O2Gen, O2Seed],\n O2 \/ global_options \/ rand_options \/ [det, generator, rand_state] ^= [GODet, GOGen, GOSeed],\n assertion([O1Det, O1Gen, O1Seed] =@= [_,_,_]),\n GOSeed = rand_state(SV1, SV2),\n assertion([GODet, GOGen, SV1] == [Det,generator(Gen), Seed]),\n assertion(SV2 =@= _),\n assertion([O1Det, O1Gen, O2Seed] =@= [O2Det, O2Gen, O2Seed]),\n assertion(var(Phase_Match)).\n\ntest(random_options1_local_overwrite) :-\n options_object(test_pred1,\n [rand_state(5, Seed1), generator(randgen:test_sequence1), semidet],\n O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[rand_state(15, Seed2), nondet, phase(3)]],\n GlobalOpts),\n random_options(O1, O2, Det, Gen, Seed0, Seed, Phase_Match),\n assertion(Det == semidet),\n assertion(Gen == randgen:test_sequence1),\n assertion(Seed0 == 5),\n assertion(Seed1 == Seed),\n assertion(Seed1 \\== Seed2),\n O1 \/ [det, generator, rand_state] ^= [O1Det, O1Gen, O1Seed],\n O2 \/ [det, generator, rand_state] ^= [O2Det, O2Gen,\n rand_state(O2SeedVal1, O2SeedVal2)],\n O2 \/ global_options ^= GlobalOptsOut,\n assertion([O1Det, O1Gen, O1Seed] == [Det,generator(Gen),rand_state(5, Seed)]),\n assertion([O1Det, O1Gen] == [O2Det, O2Gen]),\n assertion(O2SeedVal1 == 5),\n assertion(O2SeedVal2 == Seed1),\n obj_rewrite(GlobalOpts, [rand_options], [RO0], [_], GlobalOptsC),\n obj_rewrite(GlobalOptsOut, [rand_options], [ROOut], [_], GlobalOptsOutC),\n assertion(GlobalOptsC =@= GlobalOptsOutC),\n options_object(randgen:random_options, randgen:RO0, RO),\n assertion(rand_state(Seed, _) =^= ROOut\/rand_state),\n ROOut\/rand_state ^= RO\/rand_state,\n assertion(RO =@= ROOut),\n assertion(var(Phase_Match)).\n\ntest(random_options2_global_only) :-\n options_object(test_pred1, [], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[rand_state(5), nondet, generator(randgen:test_sequence1)]],\n GlobalOpts),\n random_options(O1, O2, Det, Gen, Seed0, Seed, Phase_Match),\n assertion(Det == nondet),\n assertion(Gen == randgen:test_sequence1),\n assertion(Seed0 == 5),\n assertion(var(Seed)),\n O1 \/ [det, generator, rand_state] ^= [O1Det, O1Gen, O1Seed],\n O2 \/ [det, generator, rand_state] ^= [O2Det, O2Gen, O2Seed],\n O2 \/ global_options \/ rand_options \/ [det, generator, rand_state] \n ^= [GODet, GOGen, GOSeed],\n assertion([O1Det, O1Gen, O1Seed] =@= [_,_,_]),\n GOSeed = rand_state(SV1),\n assertion([GODet, GOGen, SV1] == [Det,generator(Gen), Seed]),\n assertion([O1Det, O1Gen, O2Seed] =@= [O2Det, O2Gen, O2Seed]),\n assertion(var(Phase_Match)).\n\ntest(random_options_phase_match_match) :-\n options_object(test_pred1, [phase(1)], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[phase(1)]],\n GlobalOpts),\n random_options(O1, _, _, _, _, _, Phase_Match),\n assertion(Phase_Match == phase_match),\n random_options(O1, _, _, _, _, _, phase_match),\n random_options(O1, _, _, _, _, _, true).\n\ntest(random_options_phase_match_mismatch) :-\n options_object(test_pred1, [phase(2)], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[phase(1)]],\n GlobalOpts),\n random_options(O1, _, _, _, _, _, Phase_Match),\n assertion(Phase_Match == phase_mismatch),\n random_options(O1, _, _, _, _, _, phase_mismatch),\n random_options(O1, _, _, _, _, _, false).\n\ntest(random_options_phase_match_unbound1) :-\n options_object(test_pred1, [phase(2)], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[]],\n GlobalOpts),\n random_options(O1, _, _, _, _, _, Phase_Match),\n assertion(var(Phase_Match)),\n random_options(O1, _, _, _, _, _, phase_mismatch),\n random_options(O1, _, _, _, _, _, phase_match).\n\ntest(random_options_phase_match_unbound2) :-\n options_object(test_pred1, [], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[phase(1)]],\n GlobalOpts),\n random_options(O1, _, _, _, _, _, Phase_Match),\n assertion(var(Phase_Match)),\n random_options(O1, _, _, _, _, _, phase_mismatch),\n random_options(O1, _, _, _, _, _, phase_match).\n\ntest(random_options_phase_match_unbound3) :-\n options_object(test_pred1, [], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[]],\n GlobalOpts),\n random_options(O1, _, _, _, _, _, Phase_Match),\n assertion(var(Phase_Match)),\n random_options(O1, _, _, _, _, _, phase_mismatch),\n random_options(O1, _, _, _, _, _, phase_match).\n\nsetup_options :-\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n class_options:setup_options,\n ur_options(test_pred1,\n [[meta_option(generator\/1)],\n [group(rand_state), option(rand_state\/1), option(rand_state\/2)],\n [group(det), option(semidet\/0), option(nondet\/0)],\n [group(phase), option(phase\/1)]\n ]).\n\ntest_pred1(_).\n\n:- end_tests(randgen).\n","old_contents":":- begin_tests(randgen, [setup(setup_options)]).\n\n:- use_module(randgen).\n:- use_module(library(clpfd)).\n:- use_module(u(v)).\n\n% http:\/\/codegolf.stackexchange.com\/questions\/42343\/implement-a-pcg\ntest(pcg32_1test1) :-\n prepare_random_state(randgen:pcg32_1, pcg32_init(42, 52), State1),\n random_integer(State1, 0x100000000, Value1),\n assertion(Value1 == 2380307335),\n pcg32_1(State1, State2),\n random_integer(State2, 0x100000000, Value2),\n assertion(Value2 == 948027835).\n\ntest(fd_random1_gnu) :-\n X in 5..15,\n fd_random(randgen:lcq_gnu, 0, S1, X), !,\n fd_random(randgen:lcq_gnu, 0, S1, X), !,\n assertion(S1 == 12345),\n assertion(X == 8).\n\ntest(fd_random1_knuth) :-\n X in 5..15,\n fd_random(randgen:lcq_knuth, 0, S1, X), !,\n fd_random(randgen:lcq_knuth, 0, S1, X), !,\n assertion(S1 == 1442695040888963407),\n assertion(X == 12).\n\ntest(fd_random1_pcg32_1) :-\n X1 in 5..15,\n X2 in 5..15,\n fd_random(randgen:pcg32_1, pcg32_init(42, 52), S1, X1), !,\n fd_random(randgen:pcg32_1, S1, S2, X2), !,\n fd_random(randgen:pcg32_1, pcg32_init(42, 52), S1, X1), !,\n fd_random(randgen:pcg32_1, S1, S2, X2), !,\n assertion(X1 == 12),\n assertion(X2 == 10).\n\ntest(fd_random2, [L == \"bdfhjlnprtvxzciouamyqkwesg\"]) :-\n random_generator(test, sequence1, G, _),\n X in 0'a..0'z,\n findall(X, fd_random(G, 0, _, X), L0),\n string_codes(L, L0).\n\ntest(random_member1, [fail]) :-\n random_generator(test, sequence1, G, _),\n random_member(_, [], G, 0, _).\n\ntest(random_member2) :-\n random_generator(test, sequence1, G, _),\n random_member(X, [0'a], %'\n G, 0, S),\n assertion(S == 0), %NB seed is unchanged\n assertion(X == 0'a). %'\n\ntest(random_member3) :-\n random_generator(test, sequence1, G, _),\n string_codes(\"aBcDeFgHiJkLmNoPqRsTuVwXyZ\", Cs),\n random_member(X, Cs, G, 0, S),\n assertion(S == 1),\n assertion(X == 0'B). %'\n\ntest(random_member1_det1, [fail]) :-\n random_generator(test, sequence1, G, _),\n random_member(_, [], semidet, G, 0, _).\n\ntest(random_member1_det2, [fail]) :-\n random_generator(test, sequence1, G, _),\n random_member(_, [], nondet, G, 0, _).\n\ntest(random_member2_det) :-\n random_generator(test, sequence1, G, _),\n random_member(X1, [a], semidet, G, 0, S1),\n assertion(S1 == 0),\n assertion(X1 == a),\n findall(p(X, S), random_member(X, [a], nondet, G, 0, S), L),\n assertion(L == [p(a, 0)]).\n\ntest(random_member3_det) :-\n random_generator(test, sequence1, G, _),\n string_codes(\"aBcDeFgHiJkLmNoPqRsTuVwXyZ\", Cs),\n random_member(X1, Cs, G, 0, S1),\n assertion(S1 == 1),\n assertion(X1 == 0'B), %'\n findall(X,\n random_member(X, Cs,nondet,G, 0, _),\n L),\n string_codes(\"BDFHJLNPRTVXZciouamyqkwesg\", ExpCs),\n assertion(L == ExpCs).\n\ntest(random_select1, [L == []]) :-\n random_generator(test, sequence1, G, _),\n findall(X, random_select(X, [], _, G, 0, _), L).\n\ntest(random_select2, [L == [p(0'a, [])]]) :- %'\n random_generator(test, sequence1, G, _),\n findall(p(X, R), random_select(X, [0'a], %'\n R, G, 0, _), L).\n\ntest(random_select3, [L == ExpCs]) :-\n random_generator(test, sequence1, G, _),\n string_codes(\"aBcDeFgHiJkLmNoPqRsTuVwXyZ\", Cs),\n findall(X, random_select(X, Cs, _, G, 0, _), L),\n string_codes(\"BDFHJLNPRTVXZciouamyqkwesg\", ExpCs).\n\ntest(random_options1_local_only) :-\n options_object(test_pred1, [rand_state(5, Seed2), nondet,\n generator(randgen:test_sequence1), phase(4)], O1),\n random_options(O1, O2, Det, Gen, Seed0, Seed, Phase_Match),\n assertion(Det == nondet),\n assertion(Gen == randgen:test_sequence1),\n assertion(Seed0 == 5),\n assertion(Seed2 == Seed),\n O1 \/ [det, generator, rand_state] ^= [O1Det, O1Gen, O1Seed],\n O2 \/ [det, generator, rand_state] ^= [O2Det, O2Gen,\n rand_state(O2SeedVal1, O2SeedVal2)],\n assertion([O1Det, O1Gen, O1Seed] == [Det,generator(Gen),rand_state(5, Seed)]),\n assertion([O1Det, O1Gen] == [O2Det, O2Gen]),\n assertion(O2SeedVal1 == 5),\n assertion(Seed2 == O2SeedVal2),\n assertion(var(Phase_Match)).\n\ntest(random_options1_global_only) :-\n options_object(test_pred1, [], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[rand_state(5, Seed2), nondet, generator(randgen:test_sequence1),\n phase(3)]],\n GlobalOpts),\n random_options(O1, O2, Det, Gen, Seed0, Seed, Phase_Match),\n assertion(Det == nondet),\n assertion(Gen == randgen:test_sequence1),\n assertion(Seed0 == 5),\n assertion(Seed2 == Seed),\n O1 \/ [det, generator, rand_state] ^= [O1Det, O1Gen, O1Seed],\n O2 \/ [det, generator, rand_state] ^= [O2Det, O2Gen, O2Seed],\n O2 \/ global_options \/ rand_options \/ [det, generator, rand_state] ^= [GODet, GOGen, GOSeed],\n assertion([O1Det, O1Gen, O1Seed] =@= [_,_,_]),\n GOSeed = rand_state(SV1, SV2),\n assertion([GODet, GOGen, SV1] == [Det,generator(Gen), Seed]),\n assertion(SV2 =@= _),\n assertion([O1Det, O1Gen, O2Seed] =@= [O2Det, O2Gen, O2Seed]),\n assertion(var(Phase_Match)).\n\ntest(random_options1_local_overwrite) :-\n options_object(test_pred1,\n [rand_state(5, Seed1), generator(randgen:test_sequence1), semidet],\n O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[rand_state(15, Seed2), nondet, phase(3)]],\n GlobalOpts),\n random_options(O1, O2, Det, Gen, Seed0, Seed, Phase_Match),\n assertion(Det == semidet),\n assertion(Gen == randgen:test_sequence1),\n assertion(Seed0 == 5),\n assertion(Seed1 == Seed),\n assertion(Seed1 \\== Seed2),\n O1 \/ [det, generator, rand_state] ^= [O1Det, O1Gen, O1Seed],\n O2 \/ [det, generator, rand_state] ^= [O2Det, O2Gen,\n rand_state(O2SeedVal1, O2SeedVal2)],\n O2 \/ global_options ^= GlobalOptsOut,\n assertion([O1Det, O1Gen, O1Seed] == [Det,generator(Gen),rand_state(5, Seed)]),\n assertion([O1Det, O1Gen] == [O2Det, O2Gen]),\n assertion(O2SeedVal1 == 5),\n assertion(O2SeedVal2 == Seed1),\n obj_rewrite(GlobalOpts, [rand_options], [RO0], [_], GlobalOptsC),\n obj_rewrite(GlobalOptsOut, [rand_options], [ROOut], [_], GlobalOptsOutC),\n assertion(GlobalOptsC =@= GlobalOptsOutC),\n options_object(randgen:random_options, randgen:RO0, RO),\n assertion(rand_state(Seed, _) =^= ROOut\/rand_state),\n ROOut\/rand_state ^= RO\/rand_state,\n assertion(RO =@= ROOut),\n assertion(var(Phase_Match)).\n\ntest(random_options2_global_only) :-\n options_object(test_pred1, [], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[rand_state(5), nondet, generator(randgen:test_sequence1)]],\n GlobalOpts),\n random_options(O1, O2, Det, Gen, Seed0, Seed, Phase_Match),\n assertion(Det == nondet),\n assertion(Gen == randgen:test_sequence1),\n assertion(Seed0 == 5),\n assertion(var(Seed)),\n O1 \/ [det, generator, rand_state] ^= [O1Det, O1Gen, O1Seed],\n O2 \/ [det, generator, rand_state] ^= [O2Det, O2Gen, O2Seed],\n O2 \/ global_options \/ rand_options \/ [det, generator, rand_state] \n ^= [GODet, GOGen, GOSeed],\n assertion([O1Det, O1Gen, O1Seed] =@= [_,_,_]),\n GOSeed = rand_state(SV1),\n assertion([GODet, GOGen, SV1] == [Det,generator(Gen), Seed]),\n assertion([O1Det, O1Gen, O2Seed] =@= [O2Det, O2Gen, O2Seed]),\n assertion(var(Phase_Match)).\n\ntest(random_options_phase_match_match) :-\n options_object(test_pred1, [phase(1)], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[phase(1)]],\n GlobalOpts),\n random_options(O1, _, _, _, _, _, Phase_Match),\n assertion(Phase_Match == phase_match),\n random_options(O1, _, _, _, _, _, phase_match),\n random_options(O1, _, _, _, _, _, true).\n\ntest(random_options_phase_match_mismatch) :-\n options_object(test_pred1, [phase(2)], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[phase(1)]],\n GlobalOpts),\n random_options(O1, _, _, _, _, _, Phase_Match),\n assertion(Phase_Match == phase_mismatch),\n random_options(O1, _, _, _, _, _, phase_mismatch),\n random_options(O1, _, _, _, _, _, false).\n\ntest(random_options_phase_match_unbound1) :-\n options_object(test_pred1, [phase(2)], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[]],\n GlobalOpts),\n random_options(O1, _, _, _, _, _, Phase_Match),\n assertion(var(Phase_Match)),\n random_options(O1, _, _, _, _, _, phase_mismatch),\n random_options(O1, _, _, _, _, _, phase_match).\n\ntest(random_options_phase_match_unbound2) :-\n options_object(test_pred1, [], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[phase(1)]],\n GlobalOpts),\n random_options(O1, _, _, _, _, _, Phase_Match),\n assertion(var(Phase_Match)),\n random_options(O1, _, _, _, _, _, phase_mismatch),\n random_options(O1, _, _, _, _, _, phase_match).\n\ntest(random_options_phase_match_unbound3) :-\n options_object(test_pred1, [], O1),\n O1 \/ global_options ^= GlobalOpts,\n obj_construct(global_options_v,\n [rand_options],\n [[]],\n GlobalOpts),\n random_options(O1, _, _, _, _, _, Phase_Match),\n assertion(var(Phase_Match)),\n random_options(O1, _, _, _, _, _, phase_mismatch),\n random_options(O1, _, _, _, _, _, phase_match).\n\nsetup_options :-\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n class_options:setup_options,\n ur_options(test_pred1,\n [[meta_option(generator\/1)],\n [group(rand_state), option(rand_state\/1), option(rand_state\/2)],\n [group(det), option(semidet\/0), option(nondet\/0)],\n [group(phase), option(phase\/1)]\n ]).\n\ntest_pred1(_).\n\n:- end_tests(randgen).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"2d7a7414969870311e22052e009dc1e473bcbce0","subject":"update","message":"update\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastday.gp","new_file":"graphs\/pastday.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\" # X-axis label\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset boxwidth 1 relative\nset style fill solid 1.0 noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" fc \"yellow\", '' using 3 title \"T2\" fc \"green\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" fc \"yellow\", '' using 5 title \"T2\" fc \"green\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics *****\n# stats to be calculated here of column 1 (hour)\nstats kamdata using 1 name \"X\" nooutput\n\nXh_min = X_min\nXh_max = X_max\n\n\nset multiplot layout 2,1\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: past hours\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\" # X-axis label\n#set xdata time # Data on X-axis should be interpreted as time\n#set timefmt \"%s\" # Time in log-file is given in Unix format\n#set format x \"%a %d\" # Display time in 24 hour notation on the X axis\n#set xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n#set yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset boxwidth 1 relative\nset style fill solid 1.0 noborder\nset boxwidth 0.75\n\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n#set lmargin at screen LMARG\n#set rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot kamdata using 2:xtic(1) title \"T1\", '' using 3 title \"T2\"\n#plot ifnamew \\\n# using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\nset title \"Productie recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\nset ylabel \"Productie [Wh]\"\nset yrange [ 0 : 10 ]\n\nplot kamdata using 4:xtic(1) title \"T1\", '' using 5 title \"T2\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"36da9db933f8f719c7f1b1bf6a740dcd7b877c64","subject":"yrange setting","message":"yrange setting\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"Power History \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ 0 : 100 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc rgb \"green\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc rgb \"green\"\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc rgb \"green\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"Power History \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc rgb \"green\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc rgb \"green\"\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc rgb \"green\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"681c4b8be0306cc7937112997e3bd049ad6e09a4","subject":"20160109T10:31","message":"20160109T10:31\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".utc_offset.\"-\"\n\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with lines \\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with lines \\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".utc_offset.\"-\"\n\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\nset yrange [15:20]\n#set autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with lines \\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with lines \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"6973c5253ff904b2f8e6b8c7e3ca64788761c247","subject":"20160108T1736","message":"20160108T1736\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".utc_offset.\"-\"\n\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\nset yrange [15:20]\n#set autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with lines \\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with lines \\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".utc_offset.\"-\"\n\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\nset yrange [16:19]\n#set autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with lines \\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with lines \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a20f6af13cb287f62ce4bf116a99d2451803f38f","subject":"use column 3","message":"use column 3\n","repos":"Mausy5043\/domod,Mausy5043\/domod,Mausy5043\/domod","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of temperature\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql21h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql21d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql21w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day21.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 3 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 3 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"Temperature (DS18B20) -=- \".strftime(\"%Y-%m-%d %H:%M\", time(0))\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):3 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of temperature\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql21h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql21d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql21w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day21.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"Temperature (DS18B20) -=- \".strftime(\"%Y-%m-%d %H:%M\", time(0))\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c76a05319a7cb064b05e2020ee750601d9857c0a","subject":"Dynamic color setting.","message":"Dynamic color setting.","repos":"nintaitrading-eu\/ledgerplot","old_file":"test\/hist.gnu","new_file":"test\/hist.gnu","new_contents":"### TODO: 2014_income_vs_expenses.dat -> 2014 \/ income_vs_expenses = year for a group of\n### histograms \/ plottitle\n### plot setup\n#set terminal pngcairo transparent enhanced font \"inconsolata,10\" fontscale 1.0 size 500, 350 \nset terminal pngcairo size 800,600 enhanced font 'Liberation Mono,10' background \"#002b36\"\nset output 'test.png'\n\nSTARTCOL=2\nENDCOL=4\nGAPSIZE=5\nNCOL=ENDCOL-STARTCOL+1\nBOXWIDTH=1.\/(GAPSIZE+NCOL)\nCOLORS = \"red green gray\"\n\n#set border 3 front linetype -1 linewidth 1.000\nset boxwidth BOXWIDTH absolute\nset style fill solid 1.00 border lt -1\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset xzeroaxis linetype 0 linewidth 1.000\nset yzeroaxis linetype 0 linewidth 1.000\nset zzeroaxis linetype 0 linewidth 1.000\n\n### legend\nset key bmargin center horizontal Left reverse noenhanced autotitles columnhead nobox\n\n### Set tics and histograms\nset style histogram clustered gap 4 title offset character 2, 0.25, 0\nset datafile missing '-'\nset style data histograms\nset xtics border in scale 0,0 nomirror rotate by -45 offset character 0, 0, 0 autojustify\nset xtics norangelimit font \",8\"\nset xtics ()\nset ytics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset ztics border in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\nset cbtics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset rtics axis in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\n\n# TODO: the below text is variable\nset title \"income\\_vs\\_expenses\\n(Extra info here?)\" \n# TODO: the below text is variable\n#set xlabel \"(Note: )\" \nset xlabel offset character 0, -2, 0 font \"\" textcolor lt -1 norotate\n# TODO: the below text is variable\nset ylabel \"Value (EUR)\" \nx = 0.0\ni = 23\n### the plot\n## Last datafile plotted: \"data.dat\"\n#plot newhistogram \"Northern Europe\", 'data.dat' using \"Sweden\":xtic(1) t col, '' u \"Denmark\" t col, '' u \"Norway\" t col, newhistogram \"Southern Europe\", '' u \"Greece\":xtic(1) t col, '' u \"Romania\" t col, '' u \"Yugoslavia\" t col, newhistogram \"British Isles\", '' u \"Ireland\":xtic(1) t col, '' u \"United_Kingdom\" t col\n# TODO: the below texts and colors are variable\n#plot 'test.dat' using \"income\":xtic(1) t col lc \"#586e75\", '' u \"expenses\" t col lc \"#cb4b16\", '' u \"difference\" t col lc \"#93a1a1\"\n#plot 'test.dat' using \"income\":xtic(1) t col lc \"green\", '' u \"expenses\" t col lc \"red\", '' u \"difference\" t col lc \"gray\"\n#plot for [COL=STARTCOL:ENDCOL] 'test.dat' using COL:xtic(1) t col lc \"green\", '' u t col lc \"red\", '' u \"difference\" t col lc \"gray\"\nplot for [COL=STARTCOL:ENDCOL] 'test.dat' u COL:xtic(1) w histogram title columnheader(COL) lc rgb word(COLORS, COL), \\\n for [COL=STARTCOL:ENDCOL] 'test.dat' u (column(0)+BOXWIDTH*(COL-STARTCOL+GAPSIZE\/2+1)-0.5):COL:COL notitle w labels\n","old_contents":"### TODO: 2014_income_vs_expenses.dat -> 2014 \/ income_vs_expenses = year for a group of\n### histograms \/ plottitle\n### plot setup\n#set terminal pngcairo transparent enhanced font \"inconsolata,10\" fontscale 1.0 size 500, 350 \nset terminal pngcairo size 800,600 enhanced font 'Liberation Mono,10' background \"#002b36\"\nset output 'test.png'\n\nSTARTCOL=2\nENDCOL=4\nGAPSIZE=5\nNCOL=ENDCOL-STARTCOL+1\nBOXWIDTH=1.\/(GAPSIZE+NCOL)\n\n#set border 3 front linetype -1 linewidth 1.000\nset boxwidth BOXWIDTH absolute\nset style fill solid 1.00 border lt -1\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset xzeroaxis linetype 0 linewidth 1.000\nset yzeroaxis linetype 0 linewidth 1.000\nset zzeroaxis linetype 0 linewidth 1.000\n\n### legend\nset key bmargin center horizontal Left reverse noenhanced autotitles columnhead nobox\n\n### Set tics and histograms\nset style histogram clustered gap 4 title offset character 2, 0.25, 0\nset datafile missing '-'\nset style data histograms\nset xtics border in scale 0,0 nomirror rotate by -45 offset character 0, 0, 0 autojustify\nset xtics norangelimit font \",8\"\nset xtics ()\nset ytics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset ztics border in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\nset cbtics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset rtics axis in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\n\n# TODO: the below text is variable\nset title \"income\\_vs\\_expenses\\n(Extra info here?)\" \n# TODO: the below text is variable\n#set xlabel \"(Note: )\" \nset xlabel offset character 0, -2, 0 font \"\" textcolor lt -1 norotate\n# TODO: the below text is variable\nset ylabel \"Value (EUR)\" \nx = 0.0\ni = 23\n### the plot\n## Last datafile plotted: \"data.dat\"\n#plot newhistogram \"Northern Europe\", 'data.dat' using \"Sweden\":xtic(1) t col, '' u \"Denmark\" t col, '' u \"Norway\" t col, newhistogram \"Southern Europe\", '' u \"Greece\":xtic(1) t col, '' u \"Romania\" t col, '' u \"Yugoslavia\" t col, newhistogram \"British Isles\", '' u \"Ireland\":xtic(1) t col, '' u \"United_Kingdom\" t col\n# TODO: the below texts and colors are variable\n#plot 'test.dat' using \"income\":xtic(1) t col lc \"#586e75\", '' u \"expenses\" t col lc \"#cb4b16\", '' u \"difference\" t col lc \"#93a1a1\"\n#plot 'test.dat' using \"income\":xtic(1) t col lc \"green\", '' u \"expenses\" t col lc \"red\", '' u \"difference\" t col lc \"gray\"\n#plot for [COL=STARTCOL:ENDCOL] 'test.dat' using COL:xtic(1) t col lc \"green\", '' u t col lc \"red\", '' u \"difference\" t col lc \"gray\"\nplot for [COL=STARTCOL:ENDCOL] 'test.dat' u COL:xtic(1) w histogram title columnheader(COL), \\\n for [COL=STARTCOL:ENDCOL] 'test.dat' u (column(0)+BOXWIDTH*(COL-STARTCOL+GAPSIZE\/2+1)-0.5):COL:COL notitle w labels\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"87fbdedf8816e361e0d954b230eb3bc25cc370fe","subject":"Tests.","message":"Tests.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_decoder.plt","new_file":"src\/bson\/bson_decoder.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson_decoder:bson_to_term\/2').\n\ntest('empty doc', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('valid utf8', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % String tag.\n 0xc3,0xa4, 0, % Ename, \"\u00e4\\0\".\n 6,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % String data, \"\u00e4\\0\u00e4\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n '\u00e4': '\u00e4\\0\u00e4'\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('nuls not allowed in ename', [throws(bson_error(_))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % String tag.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % Ename, \"\u00e4\\0\u00e4\\0\".\n 3,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, % String data, \"\u00e4\\0\".\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\ntest('int32 positive', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('int32 negative', [true(Got == Expected)]) :-\n Bson =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Int32 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0xE0,0xFF,0xFF,0xFF, % Int32 data, -32.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: -32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('int64 positive', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x12, % Int64 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, 0,0,0,0, % Int64 data, 32.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('int64 negative', [true(Got == Expected)]) :-\n Bson =\n [\n 20,0,0,0, % Length of top doc.\n 0x12, % Int64 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0xE0,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF, % Int64 data, -32.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: -32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('float', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x01, % Double tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 51,51,51,51, 51,51,20,64, % Double data, 5.05.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 5.05\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('embedded doc', [true(Got == Expected)]) :-\n Bson =\n [\n 49,0,0,0, % Length of top doc.\n 0x03, % Embedded doc tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 38,0,0,0, % Length of embedded doc (array).\n 0x02, % String tag.\n 48, 0, % Ename, index 0 (\"0\\0\").\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data, \"awesome\\0\".\n 0x01, % Double tag.\n 49, 0, % Ename, index 1 (\"1\\0\").\n 51,51,51,51,51,51,20,64, % Double 8-byte data, 5.05.\n 0x10, % Int32 tag.\n 50, 0, % Ename, index 2 (\"2\\0\").\n 194,7,0,0, % Int32 data, 1986.\n 0, % End of embedded doc (array).\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON':\n [\n '0': 'awesome',\n '1': 5.05,\n '2': 1986\n ]\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('embedded array', [true(Got == Expected)]) :-\n Bson =\n [\n 49,0,0,0, % Length of top doc.\n 0x04, % Array tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 38,0,0,0, % Length of embedded doc (array).\n 0x02, % String tag.\n 48, 0, % Ename, index 0 (\"0\\0\").\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data, \"awesome\\0\".\n 0x01, % Double tag.\n 49, 0, % Ename, index 1 (\"1\\0\").\n 51,51,51,51,51,51,20,64, % Double 8-byte data, 5.05.\n 0x10, % Int32 tag.\n 50, 0, % Ename, index 2 (\"2\\0\").\n 194,7,0,0, % Int32 data, 1986.\n 0, % End of embedded doc (array).\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON':\n [\n '0': 'awesome',\n '1': 5.05,\n '2': 1986\n ]\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x00, % Subtype generic (default).\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, function', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x01, % Subtype function.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(function, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, old generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x02, % Subtype old generic.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(old_generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, uuid', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x03, % Subtype UUID.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(uuid, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, md5', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x05, % Subtype MD5.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(md5, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, user defined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x80, % Subtype user defined.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(user_defined, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, user defined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x07, % ObjectID tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': object_id('47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('js', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0D, % JS tag.\n 106,115, 0, % Ename \"js\\0\".\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data, \"code ...\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n js: js('code ...')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('js with scope', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0F, % JS with scope tag.\n 106,115, 0, % Ename \"js\\0\".\n 6,6,6,6, % int xxx\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data, \"code ...\\0\".\n xxx_not_impl,0,0,0, % Length of embedded doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n js: js('code ...', ['hello':32])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('undefined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x06, % Undefined tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: undefined\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean true', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Boolean tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 1, % Boolean data, true.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: true\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean false', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Boolean tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0, % Boolean data, false.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: false\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('utc datetime', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x09, % UTC datetime tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0,0,0,0, 0,0,0,0, % UTC datetime data, 0. XXX better\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: utc(0)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean invalid', [throws(bson_error(invalid_boolean))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Boolean tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 2, % Boolean data, INVALID.\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\ntest('null', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0A, % Null tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: null\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('regex', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0B, % Regex tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 97, 0, % Regex pattern, \"a\\0\".\n 105, 0, % Regex options, \"i\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: regex('a','i')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('db pointer', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0C, % DBPointer tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 2,0,0,0, % String's byte length, incl. nul.\n 97, 0, % String data, \"a\\0\".\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: db_pointer('a', '47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('symbol', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0E, % Symbol tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 5,0,0,0, % String's byte length, incl. nul.\n 97,116,111,109, 0, % String data, \"atom\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: symbol(atom)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('mongostamp', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x11, % Mongostamp tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0,0,0,0, 0,0,0,0, % Int64 mongostamp data, 0.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: mongostamp(0)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('min', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0xFF, % Min key tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: min\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('max', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x7F, % Max key tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: max\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('invalid bson, missing terminating nul', [throws(bson_error(invalid))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0 % Int32 data, 32.\n % Missing nul at end-of-doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\n:- end_tests('bson_decoder:bson_to_term\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_decoder:bson_to_term\/2').\n\ntest('empty doc', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('valid utf8', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % String tag.\n 0xc3,0xa4, 0, % Ename, \"\u00e4\\0\".\n 6,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % String data, \"\u00e4\\0\u00e4\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n '\u00e4': '\u00e4\\0\u00e4'\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('nuls not allowed in ename', [throws(bson_error(_))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % String tag.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % Ename, \"\u00e4\\0\u00e4\\0\".\n 3,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, % String data, \"\u00e4\\0\".\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\ntest('int32', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('int64', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x12, % Int64 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, 0,0,0,0, % Int64 data, 32.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('float', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x01, % Double tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 51,51,51,51, 51,51,20,64, % Double data, 5.05.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 5.05\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('embedded doc', [true(Got == Expected)]) :-\n Bson =\n [\n 49,0,0,0, % Length of top doc.\n 0x03, % Embedded doc tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 38,0,0,0, % Length of embedded doc (array).\n 0x02, % String tag.\n 48, 0, % Ename, index 0 (\"0\\0\").\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data, \"awesome\\0\".\n 0x01, % Double tag.\n 49, 0, % Ename, index 1 (\"1\\0\").\n 51,51,51,51,51,51,20,64, % Double 8-byte data, 5.05.\n 0x10, % Int32 tag.\n 50, 0, % Ename, index 2 (\"2\\0\").\n 194,7,0,0, % Int32 data, 1986.\n 0, % End of embedded doc (array).\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON':\n [\n '0': 'awesome',\n '1': 5.05,\n '2': 1986\n ]\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('embedded array', [true(Got == Expected)]) :-\n Bson =\n [\n 49,0,0,0, % Length of top doc.\n 0x04, % Array tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 38,0,0,0, % Length of embedded doc (array).\n 0x02, % String tag.\n 48, 0, % Ename, index 0 (\"0\\0\").\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data, \"awesome\\0\".\n 0x01, % Double tag.\n 49, 0, % Ename, index 1 (\"1\\0\").\n 51,51,51,51,51,51,20,64, % Double 8-byte data, 5.05.\n 0x10, % Int32 tag.\n 50, 0, % Ename, index 2 (\"2\\0\").\n 194,7,0,0, % Int32 data, 1986.\n 0, % End of embedded doc (array).\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON':\n [\n '0': 'awesome',\n '1': 5.05,\n '2': 1986\n ]\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x00, % Subtype generic (default).\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, function', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x01, % Subtype function.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(function, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, old generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x02, % Subtype old generic.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(old_generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, uuid', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x03, % Subtype UUID.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(uuid, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, md5', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x05, % Subtype MD5.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(md5, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, user defined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x80, % Subtype user defined.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(user_defined, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, user defined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x07, % ObjectID tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': object_id('47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('js', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0D, % JS tag.\n 106,115, 0, % Ename \"js\\0\".\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data, \"code ...\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n js: js('code ...')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('js with scope', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0F, % JS with scope tag.\n 106,115, 0, % Ename \"js\\0\".\n 6,6,6,6, % int xxx\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data, \"code ...\\0\".\n xxx_not_impl,0,0,0, % Length of embedded doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n js: js('code ...', ['hello':32])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('undefined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x06, % Undefined tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: undefined\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean true', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Boolean tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 1, % Boolean data, true.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: true\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean false', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Boolean tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0, % Boolean data, false.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: false\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('utc datetime', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x09, % UTC datetime tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0,0,0,0, 0,0,0,0, % UTC datetime data, 0. XXX better\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: utc(0)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean invalid', [throws(bson_error(invalid_boolean))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Boolean tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 2, % Boolean data, INVALID.\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\ntest('null', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0A, % Null tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: null\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('regex', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0B, % Regex tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 97, 0, % Regex pattern, \"a\\0\".\n 105, 0, % Regex options, \"i\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: regex('a','i')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('db pointer', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0C, % DBPointer tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 2,0,0,0, % String's byte length, incl. nul.\n 97, 0, % String data, \"a\\0\".\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: db_pointer('a', '47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('symbol', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0E, % Symbol tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 5,0,0,0, % String's byte length, incl. nul.\n 97,116,111,109, 0, % String data, \"atom\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: symbol(atom)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('mongostamp', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x11, % Mongostamp tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0,0,0,0, 0,0,0,0, % Int64 mongostamp data, 0.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: mongostamp(0)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('min', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0xFF, % Min key tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: min\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('max', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x7F, % Max key tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: max\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('invalid bson, missing terminating nul', [throws(bson_error(invalid))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0 % Int32 data, 32.\n % Missing nul at end-of-doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\n:- end_tests('bson_decoder:bson_to_term\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"94554f045ef38a6e782dcfeb4f88b8ba523fc124","subject":"3.0 iso .3","message":"3.0 iso .3\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\n# set yrange [0:100]\nset autoscale y\nset format y \"%3.0s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):(delta($6)) title \"Download (eth0)\" fc \"red\" \\\n , '' using ($2+utc_offset):(delta($7)*-1) title \"Upload (eth0)\" fc \"blue\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\n# set yrange [0:100]\nset autoscale y\nset format y \"%.3s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):(delta($6)) title \"Download (eth0)\" fc \"red\" \\\n , '' using ($2+utc_offset):(delta($7)*-1) title \"Upload (eth0)\" fc \"blue\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"cb2960c364989595aae0158f48a53d4d04b4f29a","subject":"xtics color of right graph in red","message":"xtics color of right graph in red\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\nset xtics textcolor rgb \"ccbb0000\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"dc5db9c7cdbafd306075f0ea8996c79555fafc3f","subject":"Y scaling","message":"Y scaling\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\nstats ifname using 7 name \"upY\" nooutput\nY_max = upY_max * 1.1\n\nstats ifname using 8 name \"dnY\" nooutput\nY_min = dnY_max * -1.1\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ Y_min : Y_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\nset yrange [:100]\nset autoscale y\nset format y \"%3.0s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill transparent solid 0.05 noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#33bb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#330000bb\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\n# set yrange [0:100]\nset autoscale y\nset format y \"%3.0s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill transparent solid 0.1 noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#ccbb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#990000bb\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d3b42313f46f89a6793bb7a5149fafb75c3a99da","subject":"20160124T1920","message":"20160124T1920\n","repos":"Mausy5043\/ubundiagd,Mausy5043\/ubundiagd,Mausy5043\/ubundiagd","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Wind Speed (Gilze-Rijen)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed [km\/h]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):(kmh($3)) title \"Windspeed [km\/h]\" with impulses\\\n\n#points pt 5 ps 0.2\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Wind Speed (Gilze-Rijen)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed [km\/h]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):(kmh($3)) title \"Windspeed [km\/h]\" with points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8d1d41d3102b354fa74017806013d79655ca0c02","subject":"kdev: always adjust busybox prefix","message":"kdev: always adjust busybox prefix\n\nSigned-off-by: Erik Hugne <527d9b95423f3946c01de0ba884fdd8bb4a3759d@gmail.com>\n","repos":"Hugne\/kdev","old_file":"src\/busybox\/configure.gnu","new_file":"src\/busybox\/configure.gnu","new_contents":"#!\/bin\/sh\n#Don't fiddle with users .config if there is one already\nif [ -f .\/busybox\/.config ]; then\n\techo \"Using existing busybox config\"\nelse\n\tmake -C .\/busybox defconfig\nfi\n#But busybox have a stupid CONFIG_PREFIX knob that we have to change\n#at this stage\nfor arg in \"$@\"\ndo\n case \"$arg\" in\n --prefix=*)\n\tprefix=${arg#*=}\/rootfs\n\tbreak\n ;;\n *) ;;\n esac\ndone\nsed -i '\/CONFIG_PREFIX\/d' busybox\/.config\necho CONFIG_PREFIX=\\\"$prefix\\\" >> .\/busybox\/.config\nexit 0\n","old_contents":"#!\/bin\/sh\n#Don't fiddle with users .config if there is one already\nif [ -f .\/busybox\/.config ]; then\n\techo \"Using existing busybox config\"\n\texit 0\nelse\n\tmake -C .\/busybox defconfig\nfi\n#But busybox have a stupid CONFIG_PREFIX knob that we have to change\n#at this stage\nfor arg in \"$@\"\ndo\n case \"$arg\" in\n --prefix=*)\n\tprefix=${arg#*=}\/rootfs\n\tbreak\n ;;\n *) ;;\n esac\ndone\nsed -i '\/CONFIG_PREFIX\/d' busybox\/.config\necho CONFIG_PREFIX=\\\"$prefix\\\" >> .\/busybox\/.config\nexit 0\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"800478a62950d4e629544d682ec0eb10f338aa6c","subject":"[BUGFIX] Fix typo in gnuplot file.","message":"[BUGFIX] Fix typo in gnuplot file.\n","repos":"bvdwiel\/loadtest,bvdwiel\/loadtest","old_file":"statistics.gnuplot","new_file":"statistics.gnuplot","new_contents":"set terminal 'pngcairo' size 1920, 1080\nset output 'statistics.png'\nset datafile separator ','\nset font \"Helvetica, 14\"\nset title \"Average response time versus concurrency level\" font \"Helvetica, 24\"\nset xlabel 'Concurrency level (number of simultaneous users)' font \"Helvetica, 14\"\nset ylabel 'Average response time (ms.)' font \"Helvetica, 14\"\nset style line 1 lc rgb '#0060ad' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset pointintervalbox 3\nset grid\nset xrange [10:370]\nset yrange [0:2000]\nset xtics (0,20,40,60,80,100,120,140,160,180,200,220,240,260,280)\nset ytics 500\nset y2label \"Error count\"\nset y2range [0:75]\nset y2tics 10\nset style line 2 lc rgb '#900000' lt 1 lw 2 pt 7 pi -1 ps 1.5\nf(x) = a*x**b;\nfit [50:100] f(x) \"averages.csv\" using 2:1 via a, b\ng(x) = u*x**v;\nfit g(x) \"errorrate.csv\" using 2:1 via u, v\nplot \"averages.csv\" using 2:1 with linespoints ls 1 title 'Response time (y1)' axes x1y1, \\\n \"errorrate.csv\" using 2:1 with linespoints ls 2 title \"Error rate (y2)\" axes x1y2, \\\n f(x) with lines title sprintf('Response time trend f(x) = %.2f\u00b7x^{%.2f} (y1)',a, b), \\\n g(x) with lines title sprintf('Error count trend f(x) = %.2g\u00b7x^{%.2g} (y2)',u, v) axes x1y2\n","old_contents":"set terminal 'pngcairo' size 1920, 1080\nset output 'statistics.png'\nset datafile separator ','\nset font \"Helvetica, 14\"\nset title \"Average response time versus concurrency level\" font \"Helvetica, 24\"\nset xlabel 'Concurrency level (number of simultaneous users)' font \"Helvetica, 14\"\nset ylabel 'Average response time (ms.)' font \"Helvetica, 14\"\nset style line 1 lc rgb '#0060ad' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset pointintervalbox 3\nset grid\nset xrange [10:370]\nset yrange [0:2000]\nset xtics (0,20,40,60,80,100,120,140,160,180,200,220,240,260,280)\nset ytics 500\nset y2label \"Error count\"\nset y2range [0:75]\nset y2tics 10\nset style line 2 lc rgb '#900000' lt 1 lw 2 pt 7 pi -1 ps 1.5\nf(x) = a*x**b;\nfit [50:100] f(x) \"averages.csv\" using 2:1 via a, b\ng(x) = u*x**v;\nfit g(x) \"errorrate.csv\" using 2:1 via u, v\nplot \"averages.csv\" using 2:1 with linespoints ls 1 title 'Response time (y1)' axes x1y1, \\\n \"errorrate.csv\" using 2:1 with linespoints ls 2 title \"Error rate (y2)\" axes x1y2, \\\n f(x) with lines title sprintf('Response time trend f(x) = %.2f\u00b7x^{%.2f} (y2)',a, b), \\\n g(x) with lines title sprintf('Error count trend f(x) = %.2g\u00b7x^{%.2g} (y2)',u, v) axes x1y2\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"75dd3e5127fbbc07944ff98c2e9af87d3ccb79db","subject":"Since we are collecting all of this data, we might as well graph it!","message":"Since we are collecting all of this data, we might as well graph it!\n\n\ngit-svn-id: 0ff597fd157e6f4fc38580e8d64ab130330d2411@9807 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"llvm-mirror\/llvm,dslab-epfl\/asap,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,dslab-epfl\/asap,llvm-mirror\/llvm,llvm-mirror\/llvm,apple\/swift-llvm,apple\/swift-llvm,chubbymaggie\/asap,chubbymaggie\/asap,apple\/swift-llvm,dslab-epfl\/asap,apple\/swift-llvm,llvm-mirror\/llvm,chubbymaggie\/asap,apple\/swift-llvm,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,chubbymaggie\/asap,dslab-epfl\/asap,apple\/swift-llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,apple\/swift-llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,apple\/swift-llvm,chubbymaggie\/asap","old_file":"utils\/NightlyTest.gnuplot","new_file":"utils\/NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \"TimesRoman,24\"\nset ylabel \"Lines of Code\" \"TimesRoman,24\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"c8fc28663680895932ff0b2014e2abefc63abf8f","subject":"Document that generate-minimax-by-Remez.gp has issues.","message":"Document that generate-minimax-by-Remez.gp has issues.\n","repos":"oridb\/mc,oridb\/mc,oridb\/mc,oridb\/mc","old_file":"lib\/math\/ancillary\/generate-minimax-by-Remez.gp","new_file":"lib\/math\/ancillary\/generate-minimax-by-Remez.gp","new_contents":"\/*\n Attempts to find a minimax polynomial of degree n for f via Remez\n algorithm. The Remez algorithm appears to be slightly shot, but\n the initial step of approximating by Chebyshev nodes works, and\n is usually good enough.\n *\/\n\n{ chebyshev_node(a, b, k, n) = my(p, m, c);\n p = (b + a)\/2;\n m = (b - a)\/2;\n c = cos(Pi * (2*k - 1)\/(2*n));\n return(p + m*c);\n}\n\n{ remez_step(f, n, a, b, x) = my(M, xx, bvec, k);\n M = matrix(n + 2, n + 2);\n bvec = vector(n + 2);\n for (k = 1, n + 2,\n xx = x[k];\n for (j = 1, n + 1,\n M[k,j] = xx^(j - 1);\n );\n M[k, n + 2] = (-1)^k;\n bvec[k] = f(xx);\n );\n return(mattranspose(M^-1 * mattranspose(bvec)));\n}\n\n{ p_eval(n, v, x) = my(s, k);\n s = 0;\n for (k = 1, n + 1,\n s = s + v[k]*x^(k - 1)\n );\n\n return(s);\n}\n\n{ err(f, n, v, x) =\n return(abs(f(x) - p_eval(n, v, x)));\n}\n\n{ find_M(f, n, v, a, b, depth) = my(X, gran, l, lnext, len, xprev, xcur, xnext, yprev, ycur, ynext, thisa, thisb, k, j);\n gran = 10000 * depth;\n l = listcreate();\n\n xprev = a - (b - a)\/gran;\n yprev = err(f, n, v, xprev);\n\n xcur = a;\n ycur = err(f, n, v, xprev);\n \n xnext = a + (b - a)\/gran;\n ynext = err(f, n, v, xprev);\n\n for (k = 2, gran,\n xprev = xcur;\n yprev = ycur;\n \n xcur = xnext;\n ycur = ynext;\n\n xnext = a + k*(b - a)\/gran;\n ynext = err(f, n, v, xnext);\n\n if(ycur > yprev && ycur > ynext, listput(l, [xcur, abs(ycur)]),);\n );\n\n vecsort(l, 2);\n if(length(l) < n + 2 || l[1][2] < 2^(-2000), return(\"q\"),);\n len = length(l);\n\n lnext = listcreate();\n for(j = 1, n + 2,\n thisa = l[j][1] - (b-a)\/gran;\n thisb = l[j][1] + (b-a)\/gran;\n\n xprev = thisa - (thisb - a)\/gran;\n yprev = err(f, n, v, xprev);\n\n xcur = thisa;\n ycur = err(f, n, v, xprev);\n \n xnext = thisa + (thisb - thisa)\/gran;\n ynext = err(f, n, v, xprev);\n\n for (k = 2, gran,\n xprev = xcur;\n yprev = ycur;\n \n xcur = xnext;\n ycur = ynext;\n\n xnext = thisa + k*(thisb - thisa)\/gran;\n ynext = abs(f(xnext) - p_eval(n, v, xnext));\n\n if(ycur > yprev && ycur > ynext, listput(lnext, xcur),);\n );\n );\n vecsort(lnext, cmp);\n listkill(l);\n X = vector(n + 2);\n for (k = 1, min(n + 2, length(lnext)), X[k] = lnext[k]);\n listkill(lnext);\n vecsort(X);\n return(X);\n}\n\n{ find_minimax(f, n, a, b) = my(c, k, j);\n c = vector(n + 2);\n for (k = 1, n + 2,\n c[k] = chebyshev_node(a, b, k, n + 2);\n );\n for(j = 1, 100,\n v = remez_step(f, n, a, b, c);\n print(\"v = \", v);\n c = find_M(f, n, v, a, b, j);\n if(c == \"q\", return,);\n print(\"c = \", c);\n );\n}\n\n{ sinoverx(x) =\n return(if(x == 0, 1, sin(x)\/x));\n}\n\n{ tanoverx(x) =\n return(if(x == 0, 1, tan(x)\/x));\n}\n\n{ cotx(x) =\n return(1\/tanoverx(x));\n}\n\nprint(\"\\n\");\nprint(\"Minimaxing sin(x) \/ x, degree 6, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(sinoverx, 6, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 7...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minimaxing cos(x), degree 7, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(cos, 7, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing tan(x) \/ x, degree 6, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(tanoverx, 6, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 7...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing x*cot(x), degree 8, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(cotx, 8, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(Take the first v, and remember to divide by x)\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing tan(x) \/ x, degree 10, on [0, 15.5\/256]:\");\nfind_minimax(tanoverx, 10, 0, 15.5\/256)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 11...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"Remember that there's that extra, ugly E term at the end of the vector that you want to lop off.\\n\");\n","old_contents":"\/*\n Attempts to find a minimax polynomial of degree n for f via Remez\n algorithm.\n *\/\n\n{ chebyshev_node(a, b, k, n) = my(p, m, c);\n p = (b + a)\/2;\n m = (b - a)\/2;\n c = cos(Pi * (2*k - 1)\/(2*n));\n return(p + m*c);\n}\n\n{ remez_step(f, n, a, b, x) = my(M, xx, bvec, k);\n M = matrix(n + 2, n + 2);\n bvec = vector(n + 2);\n for (k = 1, n + 2,\n xx = x[k];\n for (j = 1, n + 1,\n M[k,j] = xx^(j - 1);\n );\n M[k, n + 2] = (-1)^k;\n bvec[k] = f(xx);\n );\n return(mattranspose(M^-1 * mattranspose(bvec)));\n}\n\n{ p_eval(n, v, x) = my(s, k);\n s = 0;\n for (k = 1, n + 1,\n s = s + v[k]*x^(k - 1)\n );\n\n return(s);\n}\n\n{ err(f, n, v, x) =\n return(abs(f(x) - p_eval(n, v, x)));\n}\n\n{ find_M(f, n, v, a, b, depth) = my(X, gran, l, lnext, len, xprev, xcur, xnext, yprev, ycur, ynext, thisa, thisb, k, j);\n gran = 10000 * depth;\n l = listcreate();\n\n xprev = a - (b - a)\/gran;\n yprev = err(f, n, v, xprev);\n\n xcur = a;\n ycur = err(f, n, v, xprev);\n \n xnext = a + (b - a)\/gran;\n ynext = err(f, n, v, xprev);\n\n for (k = 2, gran,\n xprev = xcur;\n yprev = ycur;\n \n xcur = xnext;\n ycur = ynext;\n\n xnext = a + k*(b - a)\/gran;\n ynext = err(f, n, v, xnext);\n\n if(ycur > yprev && ycur > ynext, listput(l, [xcur, abs(ycur)]),);\n );\n\n vecsort(l, 2);\n if(length(l) < n + 2 || l[1][2] < 2^(-2000), return(\"q\"),);\n len = length(l);\n\n lnext = listcreate();\n for(j = 1, n + 2,\n thisa = l[j][1] - (b-a)\/gran;\n thisb = l[j][1] + (b-a)\/gran;\n\n xprev = thisa - (thisb - a)\/gran;\n yprev = err(f, n, v, xprev);\n\n xcur = thisa;\n ycur = err(f, n, v, xprev);\n \n xnext = thisa + (thisb - thisa)\/gran;\n ynext = err(f, n, v, xprev);\n\n for (k = 2, gran,\n xprev = xcur;\n yprev = ycur;\n \n xcur = xnext;\n ycur = ynext;\n\n xnext = thisa + k*(thisb - thisa)\/gran;\n ynext = abs(f(xnext) - p_eval(n, v, xnext));\n\n if(ycur > yprev && ycur > ynext, listput(lnext, xcur),);\n );\n );\n vecsort(lnext, cmp);\n listkill(l);\n X = vector(n + 2);\n for (k = 1, min(n + 2, length(lnext)), X[k] = lnext[k]);\n listkill(lnext);\n vecsort(X);\n return(X);\n}\n\n{ find_minimax(f, n, a, b) = my(c, k, j);\n c = vector(n + 2);\n for (k = 1, n + 2,\n c[k] = chebyshev_node(a, b, k, n + 2);\n );\n for(j = 1, 100,\n v = remez_step(f, n, a, b, c);\n print(\"v = \", v);\n c = find_M(f, n, v, a, b, j);\n if(c == \"q\", return,);\n print(\"c = \", c);\n );\n}\n\n{ sinoverx(x) =\n return(if(x == 0, 1, sin(x)\/x));\n}\n\n{ tanoverx(x) =\n return(if(x == 0, 1, tan(x)\/x));\n}\n\n{ cotx(x) =\n return(1\/tanoverx(x));\n}\n\nprint(\"\\n\");\nprint(\"Minimaxing sin(x) \/ x, degree 6, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(sinoverx, 6, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 7...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minimaxing cos(x), degree 7, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(cos, 7, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing tan(x) \/ x, degree 6, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(tanoverx, 6, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 7...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing x*cot(x), degree 8, on [-Pi\/(4 * 256), Pi\/(4 * 256)]:\");\nfind_minimax(cotx, 8, -Pi\/1024, Pi\/1024)\nprint(\"\\n\");\nprint(\"(Take the first v, and remember to divide by x)\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"\\n\");\nprint(\"Minmimaxing tan(x) \/ x, degree 10, on [0, 15.5\/256]:\");\nfind_minimax(tanoverx, 10, 0, 15.5\/256)\nprint(\"\\n\");\nprint(\"(You'll need to add a 0x0 at the beginning to make a degree 11...\\n\");\nprint(\"\\n\");\nprint(\"---\\n\");\nprint(\"Remember that there's that extra, ugly E term at the end of the vector that you want to lop off.\\n\");\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b1baedf95343a26c77723b2b8686e119a99ad733","subject":"add support for Mac OS X specific settings via USE_MACOSX=yes; drop unused USE_LINUX","message":"add support for Mac OS X specific settings via USE_MACOSX=yes; drop unused USE_LINUX\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@883 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\nPTHREAD_FLAG\t?=\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"087dbfd6ff7c3756cc48df84884386cad7ee83fc","subject":"Clarify labels in Y axes","message":"Clarify labels in Y axes\n","repos":"bvdwiel\/loadtest,bvdwiel\/loadtest","old_file":"timesvsthreads.gnuplot","new_file":"timesvsthreads.gnuplot","new_contents":"set terminal 'pngcairo' size 1920, 1080\nset output 'timesvsthreads.png'\nset datafile separator ','\nset font \"Helvetica, 14\"\nset title \"Average response time vs. concurrency\" font \"Helvetica, 24\"\nset xlabel 'Concurrency level (number of simultaneous users)' font \"Helvetica, 14\"\nset ylabel 'y1: Average response time (ms.)' font \"Helvetica, 14\"\nset y2label 'y2: Number of requests handled per second.' font \"Helvetica, 14\"\nset style line 1 lc rgb '#0060ad' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset style line 2 lc rgb '#44A4FF'\nset style line 3 lc rgb '#60ad00' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset style line 4 lc rgb '#A4FF44'\nset style line 5 lc rgb '#ad0060' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset style line 6 lc rgb '#FF44A4'\nset pointintervalbox 3\nset grid\nset xrange [10:280]\nset yrange [10:15000]\nset ytics 1000\nset xtics (0,20,40,60,80,100,120,140,160,180,200,220,240,260,280)\nset y2range [0:250]\nset y2tics 10\nf(x) = a*x**b;\nfit f(x) \"averages.csv\" using 2:1 via a, b\ng(x) = u*x**v;\nfit g(x) \"reqspersecond.csv\" using 2:1 via u, v\nh(x) = l*x**m;\nfit h(x) \"failcount.csv\" using 2:1 via l, m\nplot \"averages.csv\" using 2:1 with linespoints ls 1 title 'Average response time measured (y1)' axes x1y1, \\\n \"reqspersecond.csv\" using 2:1 with linespoints ls 3 title 'Transactions per second (y2)' axes x1y2, \\\n \"failcount.csv\" using 2:1 with linespoints ls 5 title 'Failed transactions per second (y2)' axes x1y2, \\\n f(x) smooth csplines ls 2 title 'Average response time trendline (y1)', \\\n g(x) smooth csplines ls 4 title 'Transactions per seconds trend (y2)' axes x1y2, \\\n h(x) smooth csplines ls 6 title 'Failed transactions per second trend (y2)' axes x1y2\n","old_contents":"set terminal 'pngcairo' size 1920, 1080\nset output 'timesvsthreads.png'\nset datafile separator ','\nset font \"Helvetica, 14\"\nset title \"Average response time vs. concurrency\" font \"Helvetica, 24\"\nset xlabel 'Concurrency level (number of simultaneous users)' font \"Helvetica, 14\"\nset ylabel 'Average response time (ms.)' font \"Helvetica, 14\"\nset y2label 'Number of requests handled per second.' font \"Helvetica, 14\"\nset style line 1 lc rgb '#0060ad' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset style line 2 lc rgb '#44A4FF'\nset style line 3 lc rgb '#60ad00' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset style line 4 lc rgb '#A4FF44'\nset style line 5 lc rgb '#ad0060' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset style line 6 lc rgb '#FF44A4'\nset pointintervalbox 3\nset grid\nset xrange [10:280]\nset yrange [10:15000]\nset ytics 1000\nset xtics (0,20,40,60,80,100,120,140,160,180,200,220,240,260,280)\nset y2range [0:250]\nset y2tics 10\nf(x) = a*x**b;\nfit f(x) \"averages.csv\" using 2:1 via a, b\ng(x) = u*x**v;\nfit g(x) \"reqspersecond.csv\" using 2:1 via u, v\nh(x) = l*x**m;\nfit h(x) \"failcount.csv\" using 2:1 via l, m\nplot \"averages.csv\" using 2:1 with linespoints ls 1 title 'Average response time measured (y1)' axes x1y1, \\\n \"reqspersecond.csv\" using 2:1 with linespoints ls 3 title 'Transactions per second (y2)' axes x1y2, \\\n \"failcount.csv\" using 2:1 with linespoints ls 5 title 'Failed transactions per second (y2)' axes x1y2, \\\n f(x) smooth csplines ls 2 title 'Average response time trendline (y1)', \\\n g(x) smooth csplines ls 4 title 'Transactions per seconds trend (y2)' axes x1y2, \\\n h(x) smooth csplines ls 6 title 'Failed transactions per second trend (y2)' axes x1y2\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"dc83ba3ab1baf132ce316eb2450490262f0b6e65","subject":"Clean up xtics format","message":"Clean up xtics format\n","repos":"flukiluke\/eris","old_file":"basil_history.gnuplot","new_file":"basil_history.gnuplot","new_contents":"set terminal png size 400,300 enhanced\nset output '\/dev\/stdout'\nset xdata time\nset timefmt '%Y-%m-%d %H:%M:%S'\nset format x '%d\/%m %H:%M'\nset datafile separator ','\nset xtics rotate\nplot '< cat -' using 1:2 notitle smooth csplines\n","old_contents":"set terminal png size 400,300 enhanced\nset output '\/dev\/stdout'\nset xdata time\nset timefmt '%Y-%m-%d %H:%M:%S'\nset datafile separator ','\nset xtics rotate\nplot '< cat -' using 1:2 notitle smooth csplines\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"970fbd148b59ee756596766bcd6c42147ebbe7d3","subject":"Add vd:named_args_unify\/5 test with repeated fields","message":"Add vd:named_args_unify\/5 test with repeated fields\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"87b3c854189b1e84c7a45ca5fcb4fea11d62728d","subject":"sfsas","message":"sfsas\n","repos":"txts\/txts,txts\/txts,txts\/txts","old_file":"plot\/plot1.plt","new_file":"plot\/plot1.plt","new_contents":"set terminal png transparent enhanced fontscale 1.0 size 500, 350 \n# set output 'contours.17.png'\nset view 60, 30, 0.85, 1.1\nset samples 25, 25\nset isosamples 26, 26\nset contour base\nset cntrparam bspline\nset title \"3D gnuplot demo - contour of Sinc function\" \nset xlabel \"Xx axis\" \nset ylabel \"Y axis\" \nset zlabel \"Z axis\" \nset zlabel offset character 1, 0, 0 font \"\" textcolor lt -1 norotate\nsplot [-5:5.01] [-5:5.01] sin(sqrt(x**2+y**2)) \/ sqrt(x**2+y**2)\n\n","old_contents":"set terminal png transparent enhanced fontscale 1.0 size 500, 350 \n# set output 'contours.17.png'\nset view 60, 30, 0.85, 1.1\nset samples 25, 25\nset isosamples 26, 26\nset contour base\nset cntrparam bspline\nset title \"3D gnuplot demo - contour of Sinc function\" \nset xlabel \"X axis\" \nset ylabel \"Y axis\" \nset zlabel \"Z axis\" \nset zlabel offset character 1, 0, 0 font \"\" textcolor lt -1 norotate\nsplot [-5:5.01] [-5:5.01] sin(sqrt(x**2+y**2)) \/ sqrt(x**2+y**2)\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"46d5e29914f79bcfe6084d0b35fb7dcd93708b04","subject":"graph11","message":"graph11\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph11.gp","new_file":"graphs\/graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):3 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"9d50532d5ae2c22e06b8a46e20892515a88e378c","subject":"title update","message":"title update\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastmonth.gp","new_file":"graphs\/pastmonth.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastmonth.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik afgelopen maand \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"dag\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 3 title \"T2\" lc \"yellow\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie afgelopen maand \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 5 title \"T2\" lc \"yellow\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastmonth.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"dag\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 3 title \"T2\" lc \"yellow\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 5 title \"T2\" lc \"yellow\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"312196b24519c2d46aa2cda66de7bc80decd1229","subject":"Hector.gnu was the previous UK academic top tier system. It was a cray XC30, I think, and has now been replaced by ARCHER. If we need it again we may refer to branches\/legacy-machinefiles-2946-jdas\/","message":"Hector.gnu was the previous UK academic top tier system. It was a cray XC30, I think, and has now been replaced by ARCHER. If we need it again we may refer to branches\/legacy-machinefiles-2946-jdas\/\n\ngit-svn-id: 06aac1f7aa6783202dd435920b98a457d633d0b0@2952 a9e16012-fd73-49ee-95cb-036de7809213\n","repos":"Tech-XCorp\/bilder","old_file":"machines\/hector.gnu","new_file":"machines\/hector.gnu","new_contents":"","old_contents":"#!\/bin\/bash\n#\n# $Id$\n#\n# Define variables.\n# Do not override existing definitions.\n# Put any comments between the first block starting with '# KEEP THIS'\n# and ending with '# END KEEP THIS'\n#\n######################################################################\n\n# KEEP THIS\nif ! modulecmd bash list 2>&1 | grep PrgEnv-gnu 1>\/dev\/null 2>&1; then\n echo Wrong programming environment. Should be PrgEnv-gnu.\n exit\nfi\ncase $UQMAILHOST in\n franklin)\n SYSTEM_HDF5_PAR_DIR=${SYSTEM_HDF5_PAR_DIR:-\"\/opt\/cray\/hdf5-parallel\/1.8.3.1\/hdf5-parallel-gnu\"}\n ;;\n hopper)\n ATLAS_BUILDS=NONE\n SYSTEM_HDF5_PAR_DIR=${SYSTEM_HDF5_PAR_DIR:-\"\/opt\/cray\/hdf5-parallel\/1.8.6\/gnu\/46\"}\n SYSTEM_HDF5_SER_DIR=\/opt\/cray\/hdf5\/1.8.6\/gnu\/46\n# SYSTEM_BLAS_PYCSH_LIB=${BLAS_PYCSH_LIB:-\"\/opt\/acml\/default\/gfortran64\/lib\/libacml.so\"}\n# SYSTEM_LAPACK_PYCSH_LIB=${LAPACK_PYCSH_LIB:-\"\/opt\/acml\/default\/gfortran64\/lib\/libacml.so\"}\n ;;\nesac\n# END KEEP THIS\n\n# Serial compilers\n# FC should be a compiler that compiles F77 or F90 but takes free format.\n# F77 should be a compiler that compiles F77 or F90 but takes fixed format.\n# Typically this means that both are the F90 compiler, and they figure out the\n# format from the file suffix. The exception is the XL suite, where xlf\n# compiles F77 or F90, and expects fixed format, while xlf9x ignores\n# the suffix and looks for the -qfixed flag or else fails on fixed format.\nCC=${CC:-\"gcc\"}\nCXX=${CXX:-\"g++\"}\nFC=${FC:-\"gfortran\"}\nF77=${F77:-\"gfortran\"}\n\n# Python builds -- much use gcc for consistency.\nPYC_CC=${PYC_CC:-\"gcc\"}\nPYC_CXX=${PYC_CXX:-\"g++\"}\nPYC_FC=${PYC_FC:-\"gfortran\"}\nPYC_F77=${PYC_F77:-\"gfortran\"}\n\n# Backend compilers:\n# BENCC=${BENCC:-\"\"}\n# BENCXX=${BENCXX:-\"\"}\n# BENFC=${BENFC:-\"\"}\n# BENF77=${BENF77:-\"\"}\n\n# Parallel compilers:\nMPICC=${MPICC:-\"cc\"}\nMPICXX=${MPICXX:-\"CC\"}\nMPIFC=${MPIFC:-\"ftn\"}\nMPIF77=${MPIF77:-\"ftn\"}\n\n# Compilation flags:\n# Do not set optimization flags as packages should add good defaults\n# pic flags are added later\n\n# Serial\nCFLAGS=${CFLAGS:-\"-O2 -DMPICH_IGNORE_CXX_SEEK\"}\nCXXFLAGS=${CXXFLAGS:-\"-O2 -DMPICH_IGNORE_CXX_SEEK\"}\nFCFLAGS=${FCFLAGS:-\"-O2 -DMPICH_IGNORE_CXX_SEEK\"}\nFFLAGS=${FFLAGS:-\"-O2 -DMPICH_IGNORE_CXX_SEEK\"}\n\n# PYC flags:\n# PYC_LDFLAGS is for creating an executable.\n# PYC_MODFLAGS is for creating a module.\n# PYC_CFLAGS=${PYC_CFLAGS:-\"\"}\n# PYC_CXXFLAGS=${PYC_CXXFLAGS:-\"\"}\n# PYC_FCFLAGS=${PYC_FCFLAGS:-\"\"}\n# PYC_FFLAGS=${PYC_FFLAGS:-\"\"}\n# PYC_LDFLAGS=${PYC_LDFLAGS:-\"\"}\n# PYC_MODFLAGS=${PYC_MODFLAGS:-\"\"}\n# PYC_LD_LIBRARY_PATH=${PYC_LD_LIBRARY_PATH:-\"\"}\n# PYC_LD_RUN_PATH=${PYC_LD_RUN_PATH:-\"\"}\n\n# Parallel\n# MPI_CFLAGS=${MPI_CFLAGS:-\"\"}\n# MPI_CXXFLAGS=${MPI_CXXFLAGS:-\"\"}\n# MPI_FCFLAGS=${MPI_FCFLAGS:-\"\"}\n# MPI_FFLAGS=${MPI_FFLAGS:-\"\"}\n\n# Linear algebra libraries:\n# All should be a full path to the library.\n# SER versions are for front-end nodes.\n# BEN versions are for back-end nodes if different.\n# PYC versions are for front-end nodes.\nSYSTEM_BLAS_SER_LIB=${SYSTEM_BLAS_SER_LIB:-\"\/opt\/acml\/default\/gfortran64\/lib\/libacml.a\"}\n# SYSTEM_BLAS_PYCSH_LIB=${SYSTEM_BLAS_PYCSH_LIB:-\"\"}\n# SYSTEM_BLAS_BEN_LIB=${SYSTEM_BLAS_BEN_LIB:-\"\"}\nSYSTEM_LAPACK_SER_LIB=${SYSTEM_LAPACK_SER_LIB:-\"\/opt\/acml\/default\/gfortran64\/lib\/libacml.a\"}\n# SYSTEM_LAPACK_PYCSH_LIB=${SYSTEM_LAPACK_PYCSH_LIB:-\"\"}\n# SYSTEM_LAPACK_BEN_LIB=${SYSTEM_LAPACK_BEN_LIB:-\"\"}\n\n# IO directories:\n# SYSTEM_HDF5_SER_DIR=${SYSTEM_HDF5_SER_DIR:-\"\"}\n# SYSTEM_HDF5_PAR_DIR=${SYSTEM_HDF5_PAR_DIR:-\"\"}\n# SYSTEM_NETCDF_SER_DIR=${SYSTEM_NETCDF_SER_DIR:-\"\"}\n# SYSTEM_NETCDF_PAR_DIR=${SYSTEM_NETCDF_PAR_DIR:-\"\"}\n\n# Java options\n# export _JAVA_OPTIONS=\n\n# Choose preferred buildsystem\n# PREFER_CMAKE=${PREFER_CMAKE:-\"\"}\n\n# Variables for the packages, .\n# All variables override defaults in files in bilder\/packages.\n# <PKG>_BLDRVERSION contains the version to be built.\n# <PKG>_BUILDS contains the desired builds. Use of NOBUILD is deprecated.\n# <PKG>_<BUILD>_OTHER_ARGS contains the other configuration arguments\n# for build <BUILD>. If a package could have a cmake or an autotools\n# build, then the variables are <PKG>_<BUILD>_CMAKE_OTHER_ARGS\n# and <PKG>_<BUILD>_CONFIG_OTHER_ARGS\n\n# ADIOS_BLDRVERSION=${ADIOS_BLDRVERSION:-\"\"}\n# ADIOS_BUILDS=${ADIOS_BUILDS:-\"\"}\n# ADIOS_SER_OTHER_ARGS=${ADIOS_SER_OTHER_ARGS:-\"\"}\n\n# ADOLC_BLDRVERSION=${ADOLC_BLDRVERSION:-\"\"}\n# ADOLC_BUILDS=${ADOLC_BUILDS:-\"\"}\n# ADOLC_SER_OTHER_ARGS=${ADOLC_SER_OTHER_ARGS:-\"\"}\n\n# ARPREC_BLDRVERSION=${ARPREC_BLDRVERSION:-\"\"}\n# ARPREC_BUILDS=${ARPREC_BUILDS:-\"\"}\n# ARPREC_SER_OTHER_ARGS=${ARPREC_SER_OTHER_ARGS:-\"\"}\n\n# ATLAS_BLDRVERSION=${ATLAS_BLDRVERSION:-\"\"}\n# ATLAS_BUILDS=${ATLAS_BUILDS:-\"\"}\n# ATLAS_PYCSH_OTHER_ARGS=${ATLAS_PYCSH_OTHER_ARGS:-\"\"}\n# ATLAS_CLP_OTHER_ARGS=${ATLAS_CLP_OTHER_ARGS:-\"\"}\n# ATLAS_SER_OTHER_ARGS=${ATLAS_SER_OTHER_ARGS:-\"\"}\n\n# AUTOCONF_BLDRVERSION=${AUTOCONF_BLDRVERSION:-\"\"}\n# AUTOCONF_BUILDS=${AUTOCONF_BUILDS:-\"\"}\n# AUTOCONF_SER_OTHER_ARGS=${AUTOCONF_SER_OTHER_ARGS:-\"\"}\n\n# AUTOMAKE_BLDRVERSION=${AUTOMAKE_BLDRVERSION:-\"\"}\n# AUTOMAKE_BUILDS=${AUTOMAKE_BUILDS:-\"\"}\n# AUTOMAKE_SER_OTHER_ARGS=${AUTOMAKE_SER_OTHER_ARGS:-\"\"}\n\n# AUTOTOOLS_BLDRVERSION=${AUTOTOOLS_BLDRVERSION:-\"\"}\n# AUTOTOOLS_BUILDS=${AUTOTOOLS_BUILDS:-\"\"}\n# AUTOTOOLS_FAKE_OTHER_ARGS=${AUTOTOOLS_FAKE_OTHER_ARGS:-\"\"}\n\n# BABEL_BLDRVERSION=${BABEL_BLDRVERSION:-\"\"}\nBABEL_BUILDS=${BABEL_BUILDS:-\"static\"}\n# BABEL_SHARED_OTHER_ARGS=${BABEL_SHARED_OTHER_ARGS:-\"\"}\nBABEL_STATIC_OTHER_ARGS=${BABEL_STATIC_OTHER_ARGS:-\"--with-F90-vendor=GNU cross_compiling=yes --target=x86_64-cray-cnl CPP_BABEL='gcc -E -I\/opt\/mpt\/3.1.0\/xt\/mpich2-pgi\/include'\"}\n\n# BHSSOLVER_BLDRVERSION=${BHSSOLVER_BLDRVERSION:-\"\"}\n# BHSSOLVER_BUILDS=${BHSSOLVER_BUILDS:-\"\"}\n# BHSSOLVER_BEN_OTHER_ARGS=${BHSSOLVER_BEN_OTHER_ARGS:-\"\"}\n# BHSSOLVER_SER_OTHER_ARGS=${BHSSOLVER_SER_OTHER_ARGS:-\"\"}\n\n# BINUTILS_BLDRVERSION=${BINUTILS_BLDRVERSION:-\"\"}\n# BINUTILS_BUILDS=${BINUTILS_BUILDS:-\"\"}\n# BINUTILS_SER_OTHER_ARGS=${BINUTILS_SER_OTHER_ARGS:-\"\"}\n\n# BOOST_BLDRVERSION=${BOOST_BLDRVERSION:-\"\"}\n# BOOST_BUILDS=${BOOST_BUILDS:-\"\"}\n# BOOST_SER_OTHER_ARGS=${BOOST_SER_OTHER_ARGS:-\"\"}\n\n# BOTAN_BLDRVERSION=${BOTAN_BLDRVERSION:-\"\"}\n# BOTAN_BUILDS=${BOTAN_BUILDS:-\"\"}\n# BOTAN_PYCSH_OTHER_ARGS=${BOTAN_PYCSH_OTHER_ARGS:-\"\"}\n# BOTAN_SERSH_OTHER_ARGS=${BOTAN_SERSH_OTHER_ARGS:-\"\"}\n\n# BZIP2_BLDRVERSION=${BZIP2_BLDRVERSION:-\"\"}\n# BZIP2_BUILDS=${BZIP2_BUILDS:-\"\"}\n# BZIP2_SER_OTHER_ARGS=${BZIP2_SER_OTHER_ARGS:-\"\"}\n\n# CFITSIO_BLDRVERSION=${CFITSIO_BLDRVERSION:-\"\"}\n# CFITSIO_BUILDS=${CFITSIO_BUILDS:-\"\"}\n# CFITSIO_SER_OTHER_ARGS=${CFITSIO_SER_OTHER_ARGS:-\"\"}\n\n# CGMA_BLDRVERSION=${CGMA_BLDRVERSION:-\"\"}\n# CGMA_BUILDS=${CGMA_BUILDS:-\"\"}\n# CGMA_SER_OTHER_ARGS=${CGMA_SER_OTHER_ARGS:-\"\"}\n\n# CHEFLIBS_BLDRVERSION=${CHEFLIBS_BLDRVERSION:-\"\"}\n# CHEFLIBS_BUILDS=${CHEFLIBS_BUILDS:-\"\"}\n# CHEFLIBS_PAR_OTHER_ARGS=${CHEFLIBS_PAR_OTHER_ARGS:-\"\"}\n# CHEFLIBS_SER_OTHER_ARGS=${CHEFLIBS_SER_OTHER_ARGS:-\"\"}\n\n# CHOMBO_BLDRVERSION=${CHOMBO_BLDRVERSION:-\"\"}\n# CHOMBO_BUILDS=${CHOMBO_BUILDS:-\"\"}\n# CHOMBO_PAR2D_OTHER_ARGS=${CHOMBO_PAR2D_OTHER_ARGS:-\"\"}\n# CHOMBO_PAR2DDBG_OTHER_ARGS=${CHOMBO_PAR2DDBG_OTHER_ARGS:-\"\"}\n# CHOMBO_PAR3D_OTHER_ARGS=${CHOMBO_PAR3D_OTHER_ARGS:-\"\"}\n# CHOMBO_PAR3DDBG_OTHER_ARGS=${CHOMBO_PAR3DDBG_OTHER_ARGS:-\"\"}\n# CHOMBO_SER2D_OTHER_ARGS=${CHOMBO_SER2D_OTHER_ARGS:-\"\"}\n# CHOMBO_SER2DDBG_OTHER_ARGS=${CHOMBO_SER2DDBG_OTHER_ARGS:-\"\"}\n# CHOMBO_SER3D_OTHER_ARGS=${CHOMBO_SER3D_OTHER_ARGS:-\"\"}\n# CHOMBO_SER3DDBG_OTHER_ARGS=${CHOMBO_SER3DDBG_OTHER_ARGS:-\"\"}\n\n# CHRPATH_BLDRVERSION=${CHRPATH_BLDRVERSION:-\"\"}\n# CHRPATH_BUILDS=${CHRPATH_BUILDS:-\"\"}\n# CHRPATH_SER_OTHER_ARGS=${CHRPATH_SER_OTHER_ARGS:-\"\"}\n\n# CLAPACK_CMAKE_BLDRVERSION=${CLAPACK_CMAKE_BLDRVERSION:-\"\"}\n# CLAPACK_CMAKE_BUILDS=${CLAPACK_CMAKE_BUILDS:-\"\"}\n# CLAPACK_CMAKE_PYCSH_OTHER_ARGS=${CLAPACK_CMAKE_PYCSH_OTHER_ARGS:-\"\"}\n# CLAPACK_CMAKE_SER_OTHER_ARGS=${CLAPACK_CMAKE_SER_OTHER_ARGS:-\"\"}\n\n# CMAKE_BLDRVERSION=${CMAKE_BLDRVERSION:-\"\"}\n# CMAKE_BUILDS=${CMAKE_BUILDS:-\"\"}\n# CMAKE_SER_OTHER_ARGS=${CMAKE_SER_OTHER_ARGS:-\"\"}\n\n# COIN_BLDRVERSION=${COIN_BLDRVERSION:-\"\"}\n# COIN_BUILDS=${COIN_BUILDS:-\"\"}\n# COIN_PYCSH_OTHER_ARGS=${COIN_PYCSH_OTHER_ARGS:-\"\"}\n\n# CORRCALC_BLDRVERSION=${CORRCALC_BLDRVERSION:-\"\"}\n# CORRCALC_BUILDS=${CORRCALC_BUILDS:-\"\"}\n# CORRCALC_PAR_OTHER_ARGS=${CORRCALC_PAR_OTHER_ARGS:-\"\"}\n# CORRCALC_SER_OTHER_ARGS=${CORRCALC_SER_OTHER_ARGS:-\"\"}\n\n# COSML_BLDRVERSION=${COSML_BLDRVERSION:-\"\"}\n# COSML_BUILDS=${COSML_BUILDS:-\"\"}\n# COSML_PYCSH_OTHER_ARGS=${COSML_PYCSH_OTHER_ARGS:-\"\"}\n\n# COSML_LITE_BLDRVERSION=${COSML_LITE_BLDRVERSION:-\"\"}\n# COSML_LITE_BUILDS=${COSML_LITE_BUILDS:-\"\"}\n# COSML_LITE_PYCSH_OTHER_ARGS=${COSML_LITE_PYCSH_OTHER_ARGS:-\"\"}\n\n# CPPUNIT_BLDRVERSION=${CPPUNIT_BLDRVERSION:-\"\"}\n# CPPUNIT_BUILDS=${CPPUNIT_BUILDS:-\"\"}\n# CPPUNIT_SER_OTHER_ARGS=${CPPUNIT_SER_OTHER_ARGS:-\"\"}\n\n# CURL_BLDRVERSION=${CURL_BLDRVERSION:-\"\"}\n# CURL_BUILDS=${CURL_BUILDS:-\"\"}\n# CURL_SER_OTHER_ARGS=${CURL_SER_OTHER_ARGS:-\"\"}\n\n# CUSP_BLDRVERSION=${CUSP_BLDRVERSION:-\"\"}\n# CUSP_BUILDS=${CUSP_BUILDS:-\"\"}\n# CUSP_GPU_OTHER_ARGS=${CUSP_GPU_OTHER_ARGS:-\"\"}\n\n# CYTHON_BLDRVERSION=${CYTHON_BLDRVERSION:-\"\"}\n# CYTHON_BUILDS=${CYTHON_BUILDS:-\"\"}\n# CYTHON_PYCSH_OTHER_ARGS=${CYTHON_PYCSH_OTHER_ARGS:-\"\"}\n\n# DAKOTA_BLDRVERSION=${DAKOTA_BLDRVERSION:-\"\"}\n# DAKOTA_BUILDS=${DAKOTA_BUILDS:-\"\"}\n# DAKOTA_PAR_OTHER_ARGS=${DAKOTA_PAR_OTHER_ARGS:-\"\"}\n# DAKOTA_SER_OTHER_ARGS=${DAKOTA_SER_OTHER_ARGS:-\"\"}\n\n# DDSFLOW_BLDRVERSION=${DDSFLOW_BLDRVERSION:-\"\"}\n# DDSFLOW_BUILDS=${DDSFLOW_BUILDS:-\"\"}\n# DDSFLOW_SER_OTHER_ARGS=${DDSFLOW_SER_OTHER_ARGS:-\"\"}\n\n# DOCUTILS_BLDRVERSION=${DOCUTILS_BLDRVERSION:-\"\"}\n# DOCUTILS_BUILDS=${DOCUTILS_BUILDS:-\"\"}\n# DOCUTILS_PYCSH_OTHER_ARGS=${DOCUTILS_PYCSH_OTHER_ARGS:-\"\"}\n\n# DOXYGEN_BLDRVERSION=${DOXYGEN_BLDRVERSION:-\"\"}\n# DOXYGEN_BUILDS=${DOXYGEN_BUILDS:-\"\"}\n# DOXYGEN_SER_OTHER_ARGS=${DOXYGEN_SER_OTHER_ARGS:-\"\"}\n\n# EIGEN3_BLDRVERSION=${EIGEN3_BLDRVERSION:-\"\"}\n# EIGEN3_BUILDS=${EIGEN3_BUILDS:-\"\"}\n# EIGEN3_SER_OTHER_ARGS=${EIGEN3_SER_OTHER_ARGS:-\"\"}\n\n# EQCODES_BLDRVERSION=${EQCODES_BLDRVERSION:-\"\"}\n# EQCODES_BUILDS=${EQCODES_BUILDS:-\"\"}\n# EQCODES_BEN_OTHER_ARGS=${EQCODES_BEN_OTHER_ARGS:-\"\"}\n# EQCODES_SER_OTHER_ARGS=${EQCODES_SER_OTHER_ARGS:-\"\"}\n\n# EXODUSII_BLDRVERSION=${EXODUSII_BLDRVERSION:-\"\"}\n# EXODUSII_BUILDS=${EXODUSII_BUILDS:-\"\"}\n# EXODUSII_SER_OTHER_ARGS=${EXODUSII_SER_OTHER_ARGS:-\"\"}\n\n# FACETS_BLDRVERSION=${FACETS_BLDRVERSION:-\"\"}\n# FACETS_BUILDS=${FACETS_BUILDS:-\"\"}\n# FACETS_DEVELDOCS_OTHER_ARGS=${FACETS_DEVELDOCS_OTHER_ARGS:-\"\"}\n# FACETS_PAR_OTHER_ARGS=${FACETS_PAR_OTHER_ARGS:-\"\"}\n# FACETS_PARTAU_OTHER_ARGS=${FACETS_PARTAU_OTHER_ARGS:-\"\"}\n# FACETS_SER_OTHER_ARGS=${FACETS_SER_OTHER_ARGS:-\"\"}\n\n# FACETSIFC_BLDRVERSION=${FACETSIFC_BLDRVERSION:-\"\"}\n# FACETSIFC_BUILDS=${FACETSIFC_BUILDS:-\"\"}\n# FACETSIFC_SER_OTHER_ARGS=${FACETSIFC_SER_OTHER_ARGS:-\"\"}\n\n# FCIOWRAPPERS_BLDRVERSION=${FCIOWRAPPERS_BLDRVERSION:-\"\"}\n# FCIOWRAPPERS_BUILDS=${FCIOWRAPPERS_BUILDS:-\"\"}\n# FCIOWRAPPERS_PAR_OTHER_ARGS=${FCIOWRAPPERS_PAR_OTHER_ARGS:-\"\"}\n# FCIOWRAPPERS_SER_OTHER_ARGS=${FCIOWRAPPERS_SER_OTHER_ARGS:-\"\"}\n\n# FCTESTS_BLDRVERSION=${FCTESTS_BLDRVERSION:-\"\"}\n# FCTESTS_BUILDS=${FCTESTS_BUILDS:-\"\"}\n# FCTESTS_ALL_OTHER_ARGS=${FCTESTS_ALL_OTHER_ARGS:-\"\"}\n\n# FFTW_BLDRVERSION=${FFTW_BLDRVERSION:-\"\"}\n# FFTW_BUILDS=${FFTW_BUILDS:-\"\"}\n# FFTW_BEN_OTHER_ARGS=${FFTW_BEN_OTHER_ARGS:-\"\"}\n# FFTW_PAR_OTHER_ARGS=${FFTW_PAR_OTHER_ARGS:-\"\"}\n# FFTW_SER_OTHER_ARGS=${FFTW_SER_OTHER_ARGS:-\"\"}\n\n# FFTW3_BLDRVERSION=${FFTW3_BLDRVERSION:-\"\"}\n# FFTW3_BUILDS=${FFTW3_BUILDS:-\"\"}\n# FFTW3_BEN_OTHER_ARGS=${FFTW3_BEN_OTHER_ARGS:-\"\"}\n# FFTW3_PAR_OTHER_ARGS=${FFTW3_PAR_OTHER_ARGS:-\"\"}\n# FFTW3_SER_OTHER_ARGS=${FFTW3_SER_OTHER_ARGS:-\"\"}\n\n# FGTESTS_BLDRVERSION=${FGTESTS_BLDRVERSION:-\"\"}\n# FGTESTS_BUILDS=${FGTESTS_BUILDS:-\"\"}\n# FGTESTS_ALL_OTHER_ARGS=${FGTESTS_ALL_OTHER_ARGS:-\"\"}\n\n# FLUXGRID_BLDRVERSION=${FLUXGRID_BLDRVERSION:-\"\"}\n# FLUXGRID_BUILDS=${FLUXGRID_BUILDS:-\"\"}\n# FLUXGRID_SER_OTHER_ARGS=${FLUXGRID_SER_OTHER_ARGS:-\"\"}\n\n# FMCFM_BLDRVERSION=${FMCFM_BLDRVERSION:-\"\"}\n# FMCFM_BUILDS=${FMCFM_BUILDS:-\"\"}\n# FMCFM_PAR_OTHER_ARGS=${FMCFM_PAR_OTHER_ARGS:-\"\"}\n# FMCFM_SER_OTHER_ARGS=${FMCFM_SER_OTHER_ARGS:-\"\"}\n\n# FMTESTS_BLDRVERSION=${FMTESTS_BLDRVERSION:-\"\"}\n# FMTESTS_BUILDS=${FMTESTS_BUILDS:-\"\"}\n# FMTESTS_ALL_OTHER_ARGS=${FMTESTS_ALL_OTHER_ARGS:-\"\"}\n\n# FORTHON_BLDRVERSION=${FORTHON_BLDRVERSION:-\"\"}\n# FORTHON_BUILDS=${FORTHON_BUILDS:-\"\"}\n# FORTHON_PYCSH_OTHER_ARGS=${FORTHON_PYCSH_OTHER_ARGS:-\"\"}\n\n# FREECAD_BLDRVERSION=${FREECAD_BLDRVERSION:-\"\"}\n# FREECAD_BUILDS=${FREECAD_BUILDS:-\"\"}\n# FREECAD_SER_OTHER_ARGS=${FREECAD_SER_OTHER_ARGS:-\"\"}\n\n# FREETYPE_BLDRVERSION=${FREETYPE_BLDRVERSION:-\"\"}\n# FREETYPE_BUILDS=${FREETYPE_BUILDS:-\"\"}\n# FREETYPE_PYCSH_OTHER_ARGS=${FREETYPE_PYCSH_OTHER_ARGS:-\"\"}\n\n# FTGL_BLDRVERSION=${FTGL_BLDRVERSION:-\"\"}\n# FTGL_BUILDS=${FTGL_BUILDS:-\"\"}\n# FTGL_SER_OTHER_ARGS=${FTGL_SER_OTHER_ARGS:-\"\"}\n\n# FUSION_MACHINE_BLDRVERSION=${FUSION_MACHINE_BLDRVERSION:-\"\"}\n# FUSION_MACHINE_BUILDS=${FUSION_MACHINE_BUILDS:-\"\"}\n# FUSION_MACHINE_PYCSH_OTHER_ARGS=${FUSION_MACHINE_PYCSH_OTHER_ARGS:-\"\"}\n\n# GA_TRANSPORT_BLDRVERSION=${GA_TRANSPORT_BLDRVERSION:-\"\"}\n# GA_TRANSPORT_BUILDS=${GA_TRANSPORT_BUILDS:-\"\"}\n# GA_TRANSPORT_PAR_OTHER_ARGS=${GA_TRANSPORT_PAR_OTHER_ARGS:-\"\"}\n# GA_TRANSPORT_SER_OTHER_ARGS=${GA_TRANSPORT_SER_OTHER_ARGS:-\"\"}\n\n# GACODE_BLDRVERSION=${GACODE_BLDRVERSION:-\"\"}\n# GACODE_BUILDS=${GACODE_BUILDS:-\"\"}\n# GACODE_PAR_OTHER_ARGS=${GACODE_PAR_OTHER_ARGS:-\"\"}\n# GACODE_SER_OTHER_ARGS=${GACODE_SER_OTHER_ARGS:-\"\"}\n\n# GELUS_BLDRVERSION=${GELUS_BLDRVERSION:-\"\"}\n# GELUS_BUILDS=${GELUS_BUILDS:-\"\"}\n# GELUS_SER_OTHER_ARGS=${GELUS_SER_OTHER_ARGS:-\"\"}\n\n# GENRAY_BLDRVERSION=${GENRAY_BLDRVERSION:-\"\"}\n# GENRAY_BUILDS=${GENRAY_BUILDS:-\"\"}\n# GENRAY_PAR_OTHER_ARGS=${GENRAY_PAR_OTHER_ARGS:-\"\"}\n# GENRAY_SER_OTHER_ARGS=${GENRAY_SER_OTHER_ARGS:-\"\"}\n\n# GKEYLL_BLDRVERSION=${GKEYLL_BLDRVERSION:-\"\"}\n# GKEYLL_BUILDS=${GKEYLL_BUILDS:-\"\"}\n# GKEYLL_PAR_OTHER_ARGS=${GKEYLL_PAR_OTHER_ARGS:-\"\"}\n# GKEYLL_SER_OTHER_ARGS=${GKEYLL_SER_OTHER_ARGS:-\"\"}\n\n# GOTOBLAS2_BLDRVERSION=${GOTOBLAS2_BLDRVERSION:-\"\"}\n# GOTOBLAS2_BUILDS=${GOTOBLAS2_BUILDS:-\"\"}\n# GOTOBLAS2_SER_OTHER_ARGS=${GOTOBLAS2_SER_OTHER_ARGS:-\"\"}\n\n# GPERF_BLDRVERSION=${GPERF_BLDRVERSION:-\"\"}\n# GPERF_BUILDS=${GPERF_BUILDS:-\"\"}\n# GPERF_SER_OTHER_ARGS=${GPERF_SER_OTHER_ARGS:-\"\"}\n# GPERF_SERSH_OTHER_ARGS=${GPERF_SERSH_OTHER_ARGS:-\"\"}\n\n# GPULIB_BLDRVERSION=${GPULIB_BLDRVERSION:-\"\"}\n# GPULIB_BUILDS=${GPULIB_BUILDS:-\"\"}\n# GPULIB_GPU_OTHER_ARGS=${GPULIB_GPU_OTHER_ARGS:-\"\"}\n\n# GSL_BLDRVERSION=${GSL_BLDRVERSION:-\"\"}\n# GSL_BUILDS=${GSL_BUILDS:-\"\"}\n# GSL_SER_OTHER_ARGS=${GSL_SER_OTHER_ARGS:-\"\"}\n\n# GTEST_BLDRVERSION=${GTEST_BLDRVERSION:-\"\"}\n# GTEST_BUILDS=${GTEST_BUILDS:-\"\"}\n# GTEST_SER_OTHER_ARGS=${GTEST_SER_OTHER_ARGS:-\"\"}\n\nHDF5_BLDRVERSION=${HDF5_BLDRVERSION:-\"1.8.6\"}\nHDF5_BUILDS=${HDF5_BUILDS:-\"pycsh\"}\n# HDF5_PYCSH_OTHER_ARGS=${HDF5_PYCSH_OTHER_ARGS:-\"\"}\n# HDF5_PAR_OTHER_ARGS=${HDF5_PAR_OTHER_ARGS:-\"\"}\n# HDF5_PARSH_OTHER_ARGS=${HDF5_PARSH_OTHER_ARGS:-\"\"}\n# HDF5_SER_OTHER_ARGS=${HDF5_SER_OTHER_ARGS:-\"\"}\n# HDF5_SERSH_OTHER_ARGS=${HDF5_SERSH_OTHER_ARGS:-\"\"}\n\n# HTTPLIB2_BLDRVERSION=${HTTPLIB2_BLDRVERSION:-\"\"}\n# HTTPLIB2_BUILDS=${HTTPLIB2_BUILDS:-\"\"}\n# HTTPLIB2_PYCSH_OTHER_ARGS=${HTTPLIB2_PYCSH_OTHER_ARGS:-\"\"}\n\n# HWLOC_BLDRVERSION=${HWLOC_BLDRVERSION:-\"\"}\n# HWLOC_BUILDS=${HWLOC_BUILDS:-\"\"}\n# HWLOC_SER_OTHER_ARGS=${HWLOC_SER_OTHER_ARGS:-\"\"}\n\n# HYPRE_BLDRVERSION=${HYPRE_BLDRVERSION:-\"\"}\n# HYPRE_BUILDS=${HYPRE_BUILDS:-\"\"}\n# HYPRE_PAR_OTHER_ARGS=${HYPRE_PAR_OTHER_ARGS:-\"\"}\n# HYPRE_PARSH_OTHER_ARGS=${HYPRE_PARSH_OTHER_ARGS:-\"\"}\n\n# IMAGING_BLDRVERSION=${IMAGING_BLDRVERSION:-\"\"}\n# IMAGING_BUILDS=${IMAGING_BUILDS:-\"\"}\n# IMAGING_PYCSH_OTHER_ARGS=${IMAGING_PYCSH_OTHER_ARGS:-\"\"}\n\n# IPS_BLDRVERSION=${IPS_BLDRVERSION:-\"\"}\n# IPS_BUILDS=${IPS_BUILDS:-\"\"}\n# IPS_PYCSH_OTHER_ARGS=${IPS_PYCSH_OTHER_ARGS:-\"\"}\n\n# IPYTHON_BLDRVERSION=${IPYTHON_BLDRVERSION:-\"\"}\n# IPYTHON_BUILDS=${IPYTHON_BUILDS:-\"\"}\n# IPYTHON_PYCSH_OTHER_ARGS=${IPYTHON_PYCSH_OTHER_ARGS:-\"\"}\n\n# JSMATH_BLDRVERSION=${JSMATH_BLDRVERSION:-\"\"}\n# JSMATH_BUILDS=${JSMATH_BUILDS:-\"\"}\n# JSMATH_PYCSH_OTHER_ARGS=${JSMATH_PYCSH_OTHER_ARGS:-\"\"}\n\n# LAPACK_BLDRVERSION=${LAPACK_BLDRVERSION:-\"\"}\nLAPACK_BUILDS=${LAPACK_BUILDS:-\"pycsh\"}\n# LAPACK_BEN_OTHER_ARGS=${LAPACK_BEN_OTHER_ARGS:-\"\"}\n# LAPACK_PYCSH_OTHER_ARGS=${LAPACK_PYCSH_OTHER_ARGS:-\"\"}\n# LAPACK_SER_OTHER_ARGS=${LAPACK_SER_OTHER_ARGS:-\"\"}\n# LAPACK_SERSH_OTHER_ARGS=${LAPACK_SERSH_OTHER_ARGS:-\"\"}\n\n# LIBPNG_BLDRVERSION=${LIBPNG_BLDRVERSION:-\"\"}\n# LIBPNG_BUILDS=${LIBPNG_BUILDS:-\"\"}\n# LIBPNG_PYCSH_OTHER_ARGS=${LIBPNG_PYCSH_OTHER_ARGS:-\"\"}\n\n# LIBTOOL_BLDRVERSION=${LIBTOOL_BLDRVERSION:-\"\"}\n# LIBTOOL_BUILDS=${LIBTOOL_BUILDS:-\"\"}\n# LIBTOOL_SER_OTHER_ARGS=${LIBTOOL_SER_OTHER_ARGS:-\"\"}\n\n# LIBXML2_BLDRVERSION=${LIBXML2_BLDRVERSION:-\"\"}\n# LIBXML2_BUILDS=${LIBXML2_BUILDS:-\"\"}\n# LIBXML2_SER_OTHER_ARGS=${LIBXML2_SER_OTHER_ARGS:-\"\"}\n\n# LP_SOLVE_BLDRVERSION=${LP_SOLVE_BLDRVERSION:-\"\"}\n# LP_SOLVE_BUILDS=${LP_SOLVE_BUILDS:-\"\"}\n# LP_SOLVE_SER_OTHER_ARGS=${LP_SOLVE_SER_OTHER_ARGS:-\"\"}\n\n# LUA_BLDRVERSION=${LUA_BLDRVERSION:-\"\"}\n# LUA_BUILDS=${LUA_BUILDS:-\"\"}\n# LUA_SER_OTHER_ARGS=${LUA_SER_OTHER_ARGS:-\"\"}\n\n# LUABIND_BLDRVERSION=${LUABIND_BLDRVERSION:-\"\"}\n# LUABIND_BUILDS=${LUABIND_BUILDS:-\"\"}\n# LUABIND_SER_OTHER_ARGS=${LUABIND_SER_OTHER_ARGS:-\"\"}\n\n# M4_BLDRVERSION=${M4_BLDRVERSION:-\"\"}\n# M4_BUILDS=${M4_BUILDS:-\"\"}\n# M4_SER_OTHER_ARGS=${M4_SER_OTHER_ARGS:-\"\"}\n\n# MAGMA_BLDRVERSION=${MAGMA_BLDRVERSION:-\"\"}\n# MAGMA_BUILDS=${MAGMA_BUILDS:-\"\"}\n# MAGMA_GPU_OTHER_ARGS=${MAGMA_GPU_OTHER_ARGS:-\"\"}\n\n# MAKO_BLDRVERSION=${MAKO_BLDRVERSION:-\"\"}\n# MAKO_BUILDS=${MAKO_BUILDS:-\"\"}\n# MAKO_PYCSH_OTHER_ARGS=${MAKO_PYCSH_OTHER_ARGS:-\"\"}\n\n# MATHJAX_BLDRVERSION=${MATHJAX_BLDRVERSION:-\"\"}\n# MATHJAX_BUILDS=${MATHJAX_BUILDS:-\"\"}\n# MATHJAX_FULL_OTHER_ARGS=${MATHJAX_FULL_OTHER_ARGS:-\"\"}\n# MATHJAX_LITE_OTHER_ARGS=${MATHJAX_LITE_OTHER_ARGS:-\"\"}\n\n# MATPLOTLIB_BLDRVERSION=${MATPLOTLIB_BLDRVERSION:-\"\"}\n# MATPLOTLIB_BUILDS=${MATPLOTLIB_BUILDS:-\"\"}\n# MATPLOTLIB_PYCSH_OTHER_ARGS=${MATPLOTLIB_PYCSH_OTHER_ARGS:-\"\"}\n\n# MERCURIAL_BLDRVERSION=${MERCURIAL_BLDRVERSION:-\"\"}\n# MERCURIAL_BUILDS=${MERCURIAL_BUILDS:-\"\"}\n# MERCURIAL_PYCSH_OTHER_ARGS=${MERCURIAL_PYCSH_OTHER_ARGS:-\"\"}\n\n# MESA_BLDRVERSION=${MESA_BLDRVERSION:-\"\"}\n# MESA_BUILDS=${MESA_BUILDS:-\"\"}\n# MESA_MGL_OTHER_ARGS=${MESA_MGL_OTHER_ARGS:-\"\"}\n# MESA_OS_OTHER_ARGS=${MESA_OS_OTHER_ARGS:-\"\"}\n\n# METATAU_BLDRVERSION=${METATAU_BLDRVERSION:-\"\"}\n# METATAU_BUILDS=${METATAU_BUILDS:-\"\"}\nMETATAU_PAR_OTHER_ARGS=${METATAU_PAR_OTHER_ARGS:-\"-arch=craycnl -pdt_c++=g++\"}\n\n# METIS_BLDRVERSION=${METIS_BLDRVERSION:-\"\"}\n# METIS_BUILDS=${METIS_BUILDS:-\"\"}\n# METIS_SER_OTHER_ARGS=${METIS_SER_OTHER_ARGS:-\"\"}\n# METIS_SERSH_OTHER_ARGS=${METIS_SERSH_OTHER_ARGS:-\"\"}\n\n# MPE2_BLDRVERSION=${MPE2_BLDRVERSION:-\"\"}\n# MPE2_BUILDS=${MPE2_BUILDS:-\"\"}\n# MPE2_NODL_OTHER_ARGS=${MPE2_NODL_OTHER_ARGS:-\"\"}\n\n# MPI4PY_BLDRVERSION=${MPI4PY_BLDRVERSION:-\"\"}\n# MPI4PY_BUILDS=${MPI4PY_BUILDS:-\"\"}\n# MPI4PY_PYCSH_OTHER_ARGS=${MPI4PY_PYCSH_OTHER_ARGS:-\"\"}\n\n# MPICH2_BLDRVERSION=${MPICH2_BLDRVERSION:-\"\"}\n# MPICH2_BUILDS=${MPICH2_BUILDS:-\"\"}\n# MPICH2_STATIC_OTHER_ARGS=${MPICH2_STATIC_OTHER_ARGS:-\"\"}\n\n# MUPARSER_BLDRVERSION=${MUPARSER_BLDRVERSION:-\"\"}\n# MUPARSER_BUILDS=${MUPARSER_BUILDS:-\"\"}\n# MUPARSER_SER_OTHER_ARGS=${MUPARSER_SER_OTHER_ARGS:-\"\"}\n# MUPARSER_SERSH_OTHER_ARGS=${MUPARSER_SERSH_OTHER_ARGS:-\"\"}\n\n# MXML_BLDRVERSION=${MXML_BLDRVERSION:-\"\"}\n# MXML_BUILDS=${MXML_BUILDS:-\"\"}\n# MXML_SER_OTHER_ARGS=${MXML_SER_OTHER_ARGS:-\"\"}\n\n# NCURSES_BLDRVERSION=${NCURSES_BLDRVERSION:-\"\"}\n# NCURSES_BUILDS=${NCURSES_BUILDS:-\"\"}\n# NCURSES_SER_OTHER_ARGS=${NCURSES_SER_OTHER_ARGS:-\"\"}\n\n# NE7SSH_BLDRVERSION=${NE7SSH_BLDRVERSION:-\"\"}\n# NE7SSH_BUILDS=${NE7SSH_BUILDS:-\"\"}\n# NE7SSH_PYCSH_OTHER_ARGS=${NE7SSH_PYCSH_OTHER_ARGS:-\"\"}\n# NE7SSH_SERSH_OTHER_ARGS=${NE7SSH_SERSH_OTHER_ARGS:-\"\"}\n\n# NETCDF_BLDRVERSION=${NETCDF_BLDRVERSION:-\"\"}\n# NETCDF_BUILDS=${NETCDF_BUILDS:-\"\"}\n# NETCDF_BEN_OTHER_ARGS=${NETCDF_BEN_OTHER_ARGS:-\"\"}\n# NETCDF_PYCSH_OTHER_ARGS=${NETCDF_PYCSH_OTHER_ARGS:-\"\"}\n# NETCDF_PAR_OTHER_ARGS=${NETCDF_PAR_OTHER_ARGS:-\"\"}\n# NETCDF_SER_OTHER_ARGS=${NETCDF_SER_OTHER_ARGS:-\"\"}\n\n# NETLIB_LITE_BLDRVERSION=${NETLIB_LITE_BLDRVERSION:-\"\"}\n# NETLIB_LITE_BUILDS=${NETLIB_LITE_BUILDS:-\"\"}\n# NETLIB_LITE_BEN_OTHER_ARGS=${NETLIB_LITE_BEN_OTHER_ARGS:-\"\"}\n# NETLIB_LITE_SER_OTHER_ARGS=${NETLIB_LITE_SER_OTHER_ARGS:-\"\"}\n\n# NIMDEVEL_BLDRVERSION=${NIMDEVEL_BLDRVERSION:-\"\"}\n# NIMDEVEL_BUILDS=${NIMDEVEL_BUILDS:-\"\"}\nNIMDEVEL_PAR_OTHER_ARGS=${NIMDEVEL_PAR_OTHER_ARGS:-\"SUPERLU_DIST_LIBS='-L\/usr\/common\/acts\/SuperLU\/SuperLU_DIST_2.3\/cray-xt4_O\/lib -lsuperlu_dist_2.3 -L\/usr\/common\/usg\/parmetis\/3.1 -lparmetis -lmetis'\"}\n# NIMDEVEL_PARDBG_OTHER_ARGS=${NIMDEVEL_PARDBG_OTHER_ARGS:-\"\"}\n# NIMDEVEL_PARSURF_OTHER_ARGS=${NIMDEVEL_PARSURF_OTHER_ARGS:-\"\"}\n# NIMDEVEL_PARTAU_OTHER_ARGS=${NIMDEVEL_PARTAU_OTHER_ARGS:-\"\"}\n# NIMDEVEL_SER_OTHER_ARGS=${NIMDEVEL_SER_OTHER_ARGS:-\"\"}\n# NIMDEVEL_SERDBG_OTHER_ARGS=${NIMDEVEL_SERDBG_OTHER_ARGS:-\"\"}\n# NIMDEVEL_SERSURF_OTHER_ARGS=${NIMDEVEL_SERSURF_OTHER_ARGS:-\"\"}\n\n# NIMTESTS_BLDRVERSION=${NIMTESTS_BLDRVERSION:-\"\"}\n# NIMTESTS_BUILDS=${NIMTESTS_BUILDS:-\"\"}\n# NIMTESTS_ALL_OTHER_ARGS=${NIMTESTS_ALL_OTHER_ARGS:-\"\"}\n\n# NTCC_TRANSPORT_BLDRVERSION=${NTCC_TRANSPORT_BLDRVERSION:-\"\"}\n# NTCC_TRANSPORT_BUILDS=${NTCC_TRANSPORT_BUILDS:-\"\"}\n# NTCC_TRANSPORT_PAR_OTHER_ARGS=${NTCC_TRANSPORT_PAR_OTHER_ARGS:-\"\"}\n# NTCC_TRANSPORT_SER_OTHER_ARGS=${NTCC_TRANSPORT_SER_OTHER_ARGS:-\"\"}\n\n# NUBEAM_BLDRVERSION=${NUBEAM_BLDRVERSION:-\"\"}\n# NUBEAM_BUILDS=${NUBEAM_BUILDS:-\"\"}\nNUBEAM_PAR_OTHER_ARGS=${NUBEAM_PAR_OTHER_ARGS:-\"--disable-shared --enable-static cross_compiling=yes\"}\nNUBEAM_SER_OTHER_ARGS=${NUBEAM_SER_OTHER_ARGS:-\"--disable-shared --enable-static\"}\n\n# NUMEXPR_BLDRVERSION=${NUMEXPR_BLDRVERSION:-\"\"}\n# NUMEXPR_BUILDS=${NUMEXPR_BUILDS:-\"\"}\n# NUMEXPR_PYCSH_OTHER_ARGS=${NUMEXPR_PYCSH_OTHER_ARGS:-\"\"}\n\n# NUMPY_BLDRVERSION=${NUMPY_BLDRVERSION:-\"\"}\n# NUMPY_BUILDS=${NUMPY_BUILDS:-\"\"}\n# NUMPY_PYCSH_OTHER_ARGS=${NUMPY_PYCSH_OTHER_ARGS:-\"\"}\n\n# OCE_BLDRVERSION=${OCE_BLDRVERSION:-\"\"}\n# OCE_BUILDS=${OCE_BUILDS:-\"\"}\n# OCE_SER_OTHER_ARGS=${OCE_SER_OTHER_ARGS:-\"\"}\n\n# OPENMPI_BLDRVERSION=${OPENMPI_BLDRVERSION:-\"\"}\n# OPENMPI_BUILDS=${OPENMPI_BUILDS:-\"\"}\n# OPENMPI_NODL_OTHER_ARGS=${OPENMPI_NODL_OTHER_ARGS:-\"\"}\n# OPENMPI_STATIC_OTHER_ARGS=${OPENMPI_STATIC_OTHER_ARGS:-\"\"}\n\n# OPENSPLICE_BLDRVERSION=${OPENSPLICE_BLDRVERSION:-\"\"}\n# OPENSPLICE_BUILDS=${OPENSPLICE_BUILDS:-\"\"}\n# OPENSPLICE_SER_OTHER_ARGS=${OPENSPLICE_SER_OTHER_ARGS:-\"\"}\n\n# PANDAS_BLDRVERSION=${PANDAS_BLDRVERSION:-\"\"}\n# PANDAS_BUILDS=${PANDAS_BUILDS:-\"\"}\n# PANDAS_PYCSH_OTHER_ARGS=${PANDAS_PYCSH_OTHER_ARGS:-\"\"}\n\n# PARAMIKO_BLDRVERSION=${PARAMIKO_BLDRVERSION:-\"\"}\n# PARAMIKO_BUILDS=${PARAMIKO_BUILDS:-\"\"}\n# PARAMIKO_PYCSH_OTHER_ARGS=${PARAMIKO_PYCSH_OTHER_ARGS:-\"\"}\n\n# PARMETIS_BLDRVERSION=${PARMETIS_BLDRVERSION:-\"\"}\n# PARMETIS_BUILDS=${PARMETIS_BUILDS:-\"\"}\n# PARMETIS_PAR_OTHER_ARGS=${PARMETIS_PAR_OTHER_ARGS:-\"\"}\n# PARMETIS_PARSH_OTHER_ARGS=${PARMETIS_PARSH_OTHER_ARGS:-\"\"}\n\n# PCRE_BLDRVERSION=${PCRE_BLDRVERSION:-\"\"}\n# PCRE_BUILDS=${PCRE_BUILDS:-\"\"}\n# PCRE_SER_OTHER_ARGS=${PCRE_SER_OTHER_ARGS:-\"\"}\n\n# PETSC_BLDRVERSION=${PETSC_BLDRVERSION:-\"\"}\n# PETSC_BUILDS=${PETSC_BUILDS:-\"\"}\nPETSC_PAR_OTHER_ARGS=${PETSC_PAR_OTHER_ARGS:-\"--with-blas-lapack-lib='-L\/opt\/acml\/default\/gfortran64\/lib -lacml -lacml_mv' --with-mpiexec=\/usr\/common\/acts\/PETSc\/3.0.0\/bin\/mpiexec.aprun\"}\n# PETSC_PARCPLX_OTHER_ARGS=${PETSC_PARCPLX_OTHER_ARGS:-\"\"}\n# PETSC_PARCPLXDBG_OTHER_ARGS=${PETSC_PARCPLXDBG_OTHER_ARGS:-\"\"}\n# PETSC_PARDBG_OTHER_ARGS=${PETSC_PARDBG_OTHER_ARGS:-\"\"}\nPETSC_SER_OTHER_ARGS=${PETSC_SER_OTHER_ARGS:-\"--with-blas-lapack-lib='-L\/opt\/acml\/default\/gfortran64\/lib -lacml -lacml_mv'\"}\n# PETSC_SERCPLX_OTHER_ARGS=${PETSC_SERCPLX_OTHER_ARGS:-\"\"}\n\n# PETSC33_BLDRVERSION=${PETSC33_BLDRVERSION:-\"\"}\n# PETSC33_BUILDS=${PETSC33_BUILDS:-\"\"}\n# PETSC33_PAR_OTHER_ARGS=${PETSC33_PAR_OTHER_ARGS:-\"\"}\n# PETSC33_PARCPLX_OTHER_ARGS=${PETSC33_PARCPLX_OTHER_ARGS:-\"\"}\n# PETSC33_SER_OTHER_ARGS=${PETSC33_SER_OTHER_ARGS:-\"\"}\n# PETSC33_SERCPLX_OTHER_ARGS=${PETSC33_SERCPLX_OTHER_ARGS:-\"\"}\n\n# PETSC4PY_BLDRVERSION=${PETSC4PY_BLDRVERSION:-\"\"}\n# PETSC4PY_BUILDS=${PETSC4PY_BUILDS:-\"\"}\n# PETSC4PY_PYCSH_OTHER_ARGS=${PETSC4PY_PYCSH_OTHER_ARGS:-\"\"}\n\n# PETSCREPO_BLDRVERSION=${PETSCREPO_BLDRVERSION:-\"\"}\n# PETSCREPO_BUILDS=${PETSCREPO_BUILDS:-\"\"}\n# PETSCREPO_PAR_OTHER_ARGS=${PETSCREPO_PAR_OTHER_ARGS:-\"\"}\n# PETSCREPO_PARCPLX_OTHER_ARGS=${PETSCREPO_PARCPLX_OTHER_ARGS:-\"\"}\n# PETSCREPO_SER_OTHER_ARGS=${PETSCREPO_SER_OTHER_ARGS:-\"\"}\n# PETSCREPO_SERCPLX_OTHER_ARGS=${PETSCREPO_SERCPLX_OTHER_ARGS:-\"\"}\n\n# PLASMA_STATE_BLDRVERSION=${PLASMA_STATE_BLDRVERSION:-\"\"}\n# PLASMA_STATE_BUILDS=${PLASMA_STATE_BUILDS:-\"\"}\n# PLASMA_STATE_BEN_OTHER_ARGS=${PLASMA_STATE_BEN_OTHER_ARGS:-\"\"}\n# PLASMA_STATE_SER_OTHER_ARGS=${PLASMA_STATE_SER_OTHER_ARGS:-\"\"}\n\n# PSPLINE_BLDRVERSION=${PSPLINE_BLDRVERSION:-\"\"}\n# PSPLINE_BUILDS=${PSPLINE_BUILDS:-\"\"}\n# PSPLINE_PAR_OTHER_ARGS=${PSPLINE_PAR_OTHER_ARGS:-\"\"}\n# PSPLINE_SER_OTHER_ARGS=${PSPLINE_SER_OTHER_ARGS:-\"\"}\n\n# PTK_BLDRVERSION=${PTK_BLDRVERSION:-\"\"}\n# PTK_BUILDS=${PTK_BUILDS:-\"\"}\n# PTK_SER_OTHER_ARGS=${PTK_SER_OTHER_ARGS:-\"\"}\n\n# PYDAP_BLDRVERSION=${PYDAP_BLDRVERSION:-\"\"}\n# PYDAP_BUILDS=${PYDAP_BUILDS:-\"\"}\n# PYDAP_PYCSH_OTHER_ARGS=${PYDAP_PYCSH_OTHER_ARGS:-\"\"}\n\n# PYDDS_BLDRVERSION=${PYDDS_BLDRVERSION:-\"\"}\n# PYDDS_BUILDS=${PYDDS_BUILDS:-\"\"}\n# PYDDS_SER_OTHER_ARGS=${PYDDS_SER_OTHER_ARGS:-\"\"}\n\n# PYGMENTS_BLDRVERSION=${PYGMENTS_BLDRVERSION:-\"\"}\n# PYGMENTS_BUILDS=${PYGMENTS_BUILDS:-\"\"}\n# PYGMENTS_PYCSH_OTHER_ARGS=${PYGMENTS_PYCSH_OTHER_ARGS:-\"\"}\n\n# PYNETCDF4_BLDRVERSION=${PYNETCDF4_BLDRVERSION:-\"\"}\n# PYNETCDF4_BUILDS=${PYNETCDF4_BUILDS:-\"\"}\n# PYNETCDF4_PYCSH_OTHER_ARGS=${PYNETCDF4_PYCSH_OTHER_ARGS:-\"\"}\n\n# PYPARSING_BLDRVERSION=${PYPARSING_BLDRVERSION:-\"\"}\n# PYPARSING_BUILDS=${PYPARSING_BUILDS:-\"\"}\n# PYPARSING_PYCSH_OTHER_ARGS=${PYPARSING_PYCSH_OTHER_ARGS:-\"\"}\n\n# PYQT_BLDRVERSION=${PYQT_BLDRVERSION:-\"\"}\n# PYQT_BUILDS=${PYQT_BUILDS:-\"\"}\n# PYQT_PYCSH_OTHER_ARGS=${PYQT_PYCSH_OTHER_ARGS:-\"\"}\n\n# PYREADLINE_BLDRVERSION=${PYREADLINE_BLDRVERSION:-\"\"}\n# PYREADLINE_BUILDS=${PYREADLINE_BUILDS:-\"\"}\n# PYREADLINE_PYCSH_OTHER_ARGS=${PYREADLINE_PYCSH_OTHER_ARGS:-\"\"}\n\n# PYSYNTHDIAG_BLDRVERSION=${PYSYNTHDIAG_BLDRVERSION:-\"\"}\n# PYSYNTHDIAG_BUILDS=${PYSYNTHDIAG_BUILDS:-\"\"}\n# PYSYNTHDIAG_PYCSH_OTHER_ARGS=${PYSYNTHDIAG_PYCSH_OTHER_ARGS:-\"\"}\n\n# PYTHON_BLDRVERSION=${PYTHON_BLDRVERSION:-\"\"}\n# PYTHON_BUILDS=${PYTHON_BUILDS:-\"\"}\nPYTHON_PYCSH_OTHER_ARGS=${PYTHON_PYCSH_OTHER_ARGS:-\"--enable-static\"}\n\n# PYTHONOCC_BLDRVERSION=${PYTHONOCC_BLDRVERSION:-\"\"}\n# PYTHONOCC_BUILDS=${PYTHONOCC_BUILDS:-\"\"}\n# PYTHONOCC_PYCSH_OTHER_ARGS=${PYTHONOCC_PYCSH_OTHER_ARGS:-\"\"}\n\n# PYZMQ_BLDRVERSION=${PYZMQ_BLDRVERSION:-\"\"}\n# PYZMQ_BUILDS=${PYZMQ_BUILDS:-\"\"}\n# PYZMQ_PYCSH_OTHER_ARGS=${PYZMQ_PYCSH_OTHER_ARGS:-\"\"}\n\n# QD_BLDRVERSION=${QD_BLDRVERSION:-\"\"}\n# QD_BUILDS=${QD_BUILDS:-\"\"}\n# QD_SER_OTHER_ARGS=${QD_SER_OTHER_ARGS:-\"\"}\n\n# QDSTESTS_BLDRVERSION=${QDSTESTS_BLDRVERSION:-\"\"}\n# QDSTESTS_BUILDS=${QDSTESTS_BUILDS:-\"\"}\n# QDSTESTS_SER_OTHER_ARGS=${QDSTESTS_SER_OTHER_ARGS:-\"\"}\n\n# QHULL_BLDRVERSION=${QHULL_BLDRVERSION:-\"\"}\n# QHULL_BUILDS=${QHULL_BUILDS:-\"\"}\n# QHULL_SER_OTHER_ARGS=${QHULL_SER_OTHER_ARGS:-\"\"}\n\n# QSCINTILLA_BLDRVERSION=${QSCINTILLA_BLDRVERSION:-\"\"}\n# QSCINTILLA_BUILDS=${QSCINTILLA_BUILDS:-\"\"}\n# QSCINTILLA_SER_OTHER_ARGS=${QSCINTILLA_SER_OTHER_ARGS:-\"\"}\n\n# QT_BLDRVERSION=${QT_BLDRVERSION:-\"\"}\n# QT_BUILDS=${QT_BUILDS:-\"\"}\n# QT_SER_OTHER_ARGS=${QT_SER_OTHER_ARGS:-\"\"}\n\n# QT3D_BLDRVERSION=${QT3D_BLDRVERSION:-\"\"}\n# QT3D_BUILDS=${QT3D_BUILDS:-\"\"}\n# QT3D_SER_OTHER_ARGS=${QT3D_SER_OTHER_ARGS:-\"\"}\n\n# QUIDS_BLDRVERSION=${QUIDS_BLDRVERSION:-\"\"}\n# QUIDS_BUILDS=${QUIDS_BUILDS:-\"\"}\n# QUIDS_SER_OTHER_ARGS=${QUIDS_SER_OTHER_ARGS:-\"\"}\n\n# R_BLDRVERSION=${R_BLDRVERSION:-\"\"}\n# R_BUILDS=${R_BUILDS:-\"\"}\n# R_SER_OTHER_ARGS=${R_SER_OTHER_ARGS:-\"\"}\n\n# READLINE_BLDRVERSION=${READLINE_BLDRVERSION:-\"\"}\n# READLINE_BUILDS=${READLINE_BUILDS:-\"\"}\n# READLINE_SER_OTHER_ARGS=${READLINE_SER_OTHER_ARGS:-\"\"}\n\n# RPY2_BLDRVERSION=${RPY2_BLDRVERSION:-\"\"}\n# RPY2_BUILDS=${RPY2_BUILDS:-\"\"}\n# RPY2_PYCSH_OTHER_ARGS=${RPY2_PYCSH_OTHER_ARGS:-\"\"}\n\n# RST2PDF_BLDRVERSION=${RST2PDF_BLDRVERSION:-\"\"}\n# RST2PDF_BUILDS=${RST2PDF_BUILDS:-\"\"}\n# RST2PDF_PYCSH_OTHER_ARGS=${RST2PDF_PYCSH_OTHER_ARGS:-\"\"}\n\n# SCIPY_BLDRVERSION=${SCIPY_BLDRVERSION:-\"\"}\n# SCIPY_BUILDS=${SCIPY_BUILDS:-\"\"}\n# SCIPY_PYCSH_OTHER_ARGS=${SCIPY_PYCSH_OTHER_ARGS:-\"\"}\n\n# SCITOOLS_BLDRVERSION=${SCITOOLS_BLDRVERSION:-\"\"}\n# SCITOOLS_BUILDS=${SCITOOLS_BUILDS:-\"\"}\n# SCITOOLS_PYCSH_OTHER_ARGS=${SCITOOLS_PYCSH_OTHER_ARGS:-\"\"}\n\n# SETUPTOOLS_BLDRVERSION=${SETUPTOOLS_BLDRVERSION:-\"\"}\n# SETUPTOOLS_BUILDS=${SETUPTOOLS_BUILDS:-\"\"}\n# SETUPTOOLS_PYCSH_OTHER_ARGS=${SETUPTOOLS_PYCSH_OTHER_ARGS:-\"\"}\n\n# SHIBOKEN_BLDRVERSION=${SHIBOKEN_BLDRVERSION:-\"\"}\n# SHIBOKEN_BUILDS=${SHIBOKEN_BUILDS:-\"\"}\n# SHIBOKEN_SER_OTHER_ARGS=${SHIBOKEN_SER_OTHER_ARGS:-\"\"}\n\n# SHTOOL_BLDRVERSION=${SHTOOL_BLDRVERSION:-\"\"}\n# SHTOOL_BUILDS=${SHTOOL_BUILDS:-\"\"}\n# SHTOOL_SER_OTHER_ARGS=${SHTOOL_SER_OTHER_ARGS:-\"\"}\n\n# SIMD_BLDRVERSION=${SIMD_BLDRVERSION:-\"\"}\n# SIMD_BUILDS=${SIMD_BUILDS:-\"\"}\n# SIMD_SER_OTHER_ARGS=${SIMD_SER_OTHER_ARGS:-\"\"}\n\n# SIMPLEJSON_BLDRVERSION=${SIMPLEJSON_BLDRVERSION:-\"\"}\n# SIMPLEJSON_BUILDS=${SIMPLEJSON_BUILDS:-\"\"}\n# SIMPLEJSON_PYCSH_OTHER_ARGS=${SIMPLEJSON_PYCSH_OTHER_ARGS:-\"\"}\n\n# SIMYAN_BLDRVERSION=${SIMYAN_BLDRVERSION:-\"\"}\n# SIMYAN_BUILDS=${SIMYAN_BUILDS:-\"\"}\n# SIMYAN_PYCSH_OTHER_ARGS=${SIMYAN_PYCSH_OTHER_ARGS:-\"\"}\n\n# SIP_BLDRVERSION=${SIP_BLDRVERSION:-\"\"}\n# SIP_BUILDS=${SIP_BUILDS:-\"\"}\n# SIP_PYCSH_OTHER_ARGS=${SIP_PYCSH_OTHER_ARGS:-\"\"}\n\n# SLEPC_BLDRVERSION=${SLEPC_BLDRVERSION:-\"\"}\n# SLEPC_BUILDS=${SLEPC_BUILDS:-\"\"}\n# SLEPC_PAR_OTHER_ARGS=${SLEPC_PAR_OTHER_ARGS:-\"\"}\n# SLEPC_PARCPLX_OTHER_ARGS=${SLEPC_PARCPLX_OTHER_ARGS:-\"\"}\n# SLEPC_PARCPLXDBG_OTHER_ARGS=${SLEPC_PARCPLXDBG_OTHER_ARGS:-\"\"}\n# SLEPC_PARDBG_OTHER_ARGS=${SLEPC_PARDBG_OTHER_ARGS:-\"\"}\n# SLEPC_SER_OTHER_ARGS=${SLEPC_SER_OTHER_ARGS:-\"\"}\n# SLEPC_SERCPLX_OTHER_ARGS=${SLEPC_SERCPLX_OTHER_ARGS:-\"\"}\n\n# SOQT_BLDRVERSION=${SOQT_BLDRVERSION:-\"\"}\n# SOQT_BUILDS=${SOQT_BUILDS:-\"\"}\n# SOQT_PYCSH_OTHER_ARGS=${SOQT_PYCSH_OTHER_ARGS:-\"\"}\n\n# SPARSKIT_BLDRVERSION=${SPARSKIT_BLDRVERSION:-\"\"}\n# SPARSKIT_BUILDS=${SPARSKIT_BUILDS:-\"\"}\n# SPARSKIT_SER_OTHER_ARGS=${SPARSKIT_SER_OTHER_ARGS:-\"\"}\n\n# SPHINX_BLDRVERSION=${SPHINX_BLDRVERSION:-\"\"}\n# SPHINX_BUILDS=${SPHINX_BUILDS:-\"\"}\n# SPHINX_PYCSH_OTHER_ARGS=${SPHINX_PYCSH_OTHER_ARGS:-\"\"}\n\n# SPHINX_NUMFIG_BLDRVERSION=${SPHINX_NUMFIG_BLDRVERSION:-\"\"}\n# SPHINX_NUMFIG_BUILDS=${SPHINX_NUMFIG_BUILDS:-\"\"}\n# SPHINX_NUMFIG_PYCSH_OTHER_ARGS=${SPHINX_NUMFIG_PYCSH_OTHER_ARGS:-\"\"}\n\n# SQLITE_BLDRVERSION=${SQLITE_BLDRVERSION:-\"\"}\n# SQLITE_BUILDS=${SQLITE_BUILDS:-\"\"}\n# SQLITE_SER_OTHER_ARGS=${SQLITE_SER_OTHER_ARGS:-\"\"}\n\n# SQUISH_BLDRVERSION=${SQUISH_BLDRVERSION:-\"\"}\n# SQUISH_BUILDS=${SQUISH_BUILDS:-\"\"}\n# SQUISH_SER_OTHER_ARGS=${SQUISH_SER_OTHER_ARGS:-\"\"}\n\n# SUBVERSION_BLDRVERSION=${SUBVERSION_BLDRVERSION:-\"\"}\n# SUBVERSION_BUILDS=${SUBVERSION_BUILDS:-\"\"}\n# SUBVERSION_SER_OTHER_ARGS=${SUBVERSION_SER_OTHER_ARGS:-\"\"}\n\n# SUNDIALS_BLDRVERSION=${SUNDIALS_BLDRVERSION:-\"\"}\n# SUNDIALS_BUILDS=${SUNDIALS_BUILDS:-\"\"}\n# SUNDIALS_BEN_OTHER_ARGS=${SUNDIALS_BEN_OTHER_ARGS:-\"\"}\n# SUNDIALS_PAR_OTHER_ARGS=${SUNDIALS_PAR_OTHER_ARGS:-\"\"}\n# SUNDIALS_SER_OTHER_ARGS=${SUNDIALS_SER_OTHER_ARGS:-\"\"}\n\n# SUPERLU_BLDRVERSION=${SUPERLU_BLDRVERSION:-\"\"}\n# SUPERLU_BUILDS=${SUPERLU_BUILDS:-\"\"}\n# SUPERLU_SER_OTHER_ARGS=${SUPERLU_SER_OTHER_ARGS:-\"\"}\n# SUPERLU_SERSH_OTHER_ARGS=${SUPERLU_SERSH_OTHER_ARGS:-\"\"}\n\n# SUPERLU_DIST_BLDRVERSION=${SUPERLU_DIST_BLDRVERSION:-\"\"}\n# SUPERLU_DIST_BUILDS=${SUPERLU_DIST_BUILDS:-\"\"}\n# SUPERLU_DIST_PAR_OTHER_ARGS=${SUPERLU_DIST_PAR_OTHER_ARGS:-\"\"}\n# SUPERLU_DIST_PARCOMM_OTHER_ARGS=${SUPERLU_DIST_PARCOMM_OTHER_ARGS:-\"\"}\n# SUPERLU_DIST_PARCOMMSH_OTHER_ARGS=${SUPERLU_DIST_PARCOMMSH_OTHER_ARGS:-\"\"}\n# SUPERLU_DIST_PARSH_OTHER_ARGS=${SUPERLU_DIST_PARSH_OTHER_ARGS:-\"\"}\n\n# SWIG_BLDRVERSION=${SWIG_BLDRVERSION:-\"\"}\n# SWIG_BUILDS=${SWIG_BUILDS:-\"\"}\n# SWIG_SER_OTHER_ARGS=${SWIG_SER_OTHER_ARGS:-\"\"}\n\n# SWIMGUI_BLDRVERSION=${SWIMGUI_BLDRVERSION:-\"\"}\n# SWIMGUI_BUILDS=${SWIMGUI_BUILDS:-\"\"}\n# SWIMGUI_SER_OTHER_ARGS=${SWIMGUI_SER_OTHER_ARGS:-\"\"}\n\n# SYNERGIA2_BLDRVERSION=${SYNERGIA2_BLDRVERSION:-\"\"}\n# SYNERGIA2_BUILDS=${SYNERGIA2_BUILDS:-\"\"}\n# SYNERGIA2_SER_OTHER_ARGS=${SYNERGIA2_SER_OTHER_ARGS:-\"\"}\n\n# TABLES_BLDRVERSION=${TABLES_BLDRVERSION:-\"\"}\n# TABLES_BUILDS=${TABLES_BUILDS:-\"\"}\n# TABLES_PYCSH_OTHER_ARGS=${TABLES_PYCSH_OTHER_ARGS:-\"\"}\n\n# TEASPINK_BLDRVERSION=${TEASPINK_BLDRVERSION:-\"\"}\n# TEASPINK_BUILDS=${TEASPINK_BUILDS:-\"\"}\n# TEASPINK_SER_OTHER_ARGS=${TEASPINK_SER_OTHER_ARGS:-\"\"}\n\n# THRUST_BLDRVERSION=${THRUST_BLDRVERSION:-\"\"}\n# THRUST_BUILDS=${THRUST_BUILDS:-\"\"}\n# THRUST_SER_OTHER_ARGS=${THRUST_SER_OTHER_ARGS:-\"\"}\n\n# TINKERER_BLDRVERSION=${TINKERER_BLDRVERSION:-\"\"}\n# TINKERER_BUILDS=${TINKERER_BUILDS:-\"\"}\n# TINKERER_PYCSH_OTHER_ARGS=${TINKERER_PYCSH_OTHER_ARGS:-\"\"}\n\n# TORIC_BLDRVERSION=${TORIC_BLDRVERSION:-\"\"}\n# TORIC_BUILDS=${TORIC_BUILDS:-\"\"}\n# TORIC_PAR_OTHER_ARGS=${TORIC_PAR_OTHER_ARGS:-\"\"}\n# TORIC_SER_OTHER_ARGS=${TORIC_SER_OTHER_ARGS:-\"\"}\n\n# TORNADO_BLDRVERSION=${TORNADO_BLDRVERSION:-\"\"}\n# TORNADO_BUILDS=${TORNADO_BUILDS:-\"\"}\n# TORNADO_PYCSH_OTHER_ARGS=${TORNADO_PYCSH_OTHER_ARGS:-\"\"}\n\nTRILINOS_BLDRVERSION=${TRILINOS_BLDRVERSION:-\"10.8.3\"}\nTRILINOS_BUILDS=${TRILINOS_BUILDS:-\"ser,sersh,par\"}\n# TRILINOS_PARBARE_OTHER_ARGS=${TRILINOS_PARBARE_OTHER_ARGS:-\"\"}\n# TRILINOS_PARBARESH_OTHER_ARGS=${TRILINOS_PARBARESH_OTHER_ARGS:-\"\"}\n# TRILINOS_PARCOMM_OTHER_ARGS=${TRILINOS_PARCOMM_OTHER_ARGS:-\"\"}\n# TRILINOS_PARCOMMSH_OTHER_ARGS=${TRILINOS_PARCOMMSH_OTHER_ARGS:-\"\"}\n# TRILINOS_PARFULL_OTHER_ARGS=${TRILINOS_PARFULL_OTHER_ARGS:-\"\"}\n# TRILINOS_PARFULLSH_OTHER_ARGS=${TRILINOS_PARFULLSH_OTHER_ARGS:-\"\"}\n# TRILINOS_SERBARE_OTHER_ARGS=${TRILINOS_SERBARE_OTHER_ARGS:-\"\"}\n# TRILINOS_SERBARESH_OTHER_ARGS=${TRILINOS_SERBARESH_OTHER_ARGS:-\"\"}\n# TRILINOS_SERCOMM_OTHER_ARGS=${TRILINOS_SERCOMM_OTHER_ARGS:-\"\"}\n# TRILINOS_SERCOMMSH_OTHER_ARGS=${TRILINOS_SERCOMMSH_OTHER_ARGS:-\"\"}\n# TRILINOS_SERFULL_OTHER_ARGS=${TRILINOS_SERFULL_OTHER_ARGS:-\"\"}\n# TRILINOS_SERFULLSH_OTHER_ARGS=${TRILINOS_SERFULLSH_OTHER_ARGS:-\"\"}\n\n# TSTESTS_BLDRVERSION=${TSTESTS_BLDRVERSION:-\"\"}\n# TSTESTS_BUILDS=${TSTESTS_BUILDS:-\"\"}\n# TSTESTS_ALL_OTHER_ARGS=${TSTESTS_ALL_OTHER_ARGS:-\"\"}\n\n# TUTORIAL_PYTHON_BLDRVERSION=${TUTORIAL_PYTHON_BLDRVERSION:-\"\"}\n# TUTORIAL_PYTHON_BUILDS=${TUTORIAL_PYTHON_BUILDS:-\"\"}\n# TUTORIAL_PYTHON_PYCSH_OTHER_ARGS=${TUTORIAL_PYTHON_PYCSH_OTHER_ARGS:-\"\"}\n\n# TVMET_BLDRVERSION=${TVMET_BLDRVERSION:-\"\"}\n# TVMET_BUILDS=${TVMET_BUILDS:-\"\"}\n# TVMET_SER_OTHER_ARGS=${TVMET_SER_OTHER_ARGS:-\"\"}\n\n# TXBASE_BLDRVERSION=${TXBASE_BLDRVERSION:-\"\"}\n# TXBASE_BUILDS=${TXBASE_BUILDS:-\"\"}\n# TXBASE_PYCSH_OTHER_ARGS=${TXBASE_PYCSH_OTHER_ARGS:-\"\"}\n# TXBASE_PAR_OTHER_ARGS=${TXBASE_PAR_OTHER_ARGS:-\"\"}\n# TXBASE_PARSH_OTHER_ARGS=${TXBASE_PARSH_OTHER_ARGS:-\"\"}\nTXBASE_SER_OTHER_ARGS=${TXBASE_SER_OTHER_ARGS:-\"--disable-shared --enable-static cross_compling=yes\"}\n# TXBASE_SERSH_OTHER_ARGS=${TXBASE_SERSH_OTHER_ARGS:-\"\"}\n\n# TXBTESTS_BLDRVERSION=${TXBTESTS_BLDRVERSION:-\"\"}\nTXBTESTS_BUILDS=${TXBTESTS_BUILDS:-\"NONE\"}\n# TXBTESTS_ALL_OTHER_ARGS=${TXBTESTS_ALL_OTHER_ARGS:-\"\"}\n\n# TXGEOM_BLDRVERSION=${TXGEOM_BLDRVERSION:-\"\"}\n# TXGEOM_BUILDS=${TXGEOM_BUILDS:-\"\"}\n# TXGEOM_PAR_OTHER_ARGS=${TXGEOM_PAR_OTHER_ARGS:-\"\"}\n# TXGEOM_SER_OTHER_ARGS=${TXGEOM_SER_OTHER_ARGS:-\"\"}\n\n# TXPHYSICS_BLDRVERSION=${TXPHYSICS_BLDRVERSION:-\"\"}\n# TXPHYSICS_BUILDS=${TXPHYSICS_BUILDS:-\"\"}\n# TXPHYSICS_BEN_OTHER_ARGS=${TXPHYSICS_BEN_OTHER_ARGS:-\"\"}\nTXPHYSICS_SER_OTHER_ARGS=${TXPHYSICS_SER_OTHER_ARGS:-\"--disable-shared --enable-static cross_compiling=yes\"}\n# TXPHYSICS_SERSH_OTHER_ARGS=${TXPHYSICS_SERSH_OTHER_ARGS:-\"\"}\n\n# TXSSH_BLDRVERSION=${TXSSH_BLDRVERSION:-\"\"}\n# TXSSH_BUILDS=${TXSSH_BUILDS:-\"\"}\n# TXSSH_PYCSH_OTHER_ARGS=${TXSSH_PYCSH_OTHER_ARGS:-\"\"}\n# TXSSH_SER_OTHER_ARGS=${TXSSH_SER_OTHER_ARGS:-\"\"}\n# TXSSH_SERSH_OTHER_ARGS=${TXSSH_SERSH_OTHER_ARGS:-\"\"}\n\n# UEDGE_BLDRVERSION=${UEDGE_BLDRVERSION:-\"\"}\nUEDGE_BUILDS=${UEDGE_BUILDS:-\"ser,par\"}\n# UEDGE_NOPETSC_OTHER_ARGS=${UEDGE_NOPETSC_OTHER_ARGS:-\"\"}\nUEDGE_PAR_OTHER_ARGS=${UEDGE_PAR_OTHER_ARGS:-\"--disable-shared --enable-static\"}\n# UEDGE_PARTAU_OTHER_ARGS=${UEDGE_PARTAU_OTHER_ARGS:-\"\"}\nUEDGE_SER_OTHER_ARGS=${UEDGE_SER_OTHER_ARGS:-\"--disable-shared --enable-static\"}\n\n# UETESTS_BLDRVERSION=${UETESTS_BLDRVERSION:-\"\"}\n# UETESTS_BUILDS=${UETESTS_BUILDS:-\"\"}\n# UETESTS_ALL_OTHER_ARGS=${UETESTS_ALL_OTHER_ARGS:-\"\"}\n\n# VALGRIND_BLDRVERSION=${VALGRIND_BLDRVERSION:-\"\"}\n# VALGRIND_BUILDS=${VALGRIND_BUILDS:-\"\"}\n# VALGRIND_SER_OTHER_ARGS=${VALGRIND_SER_OTHER_ARGS:-\"\"}\n\n# VISIT_BLDRVERSION=${VISIT_BLDRVERSION:-\"\"}\n# VISIT_BUILDS=${VISIT_BUILDS:-\"\"}\n# VISIT_PAR_OTHER_ARGS=${VISIT_PAR_OTHER_ARGS:-\"\"}\n# VISIT_SER_OTHER_ARGS=${VISIT_SER_OTHER_ARGS:-\"\"}\n\n# VISIT_VTK_BLDRVERSION=${VISIT_VTK_BLDRVERSION:-\"\"}\n# VISIT_VTK_BUILDS=${VISIT_VTK_BUILDS:-\"\"}\n# VISIT_VTK_SER_OTHER_ARGS=${VISIT_VTK_SER_OTHER_ARGS:-\"\"}\n\n# VTK_BLDRVERSION=${VTK_BLDRVERSION:-\"\"}\n# VTK_BUILDS=${VTK_BUILDS:-\"\"}\n# VTK_SER_OTHER_ARGS=${VTK_SER_OTHER_ARGS:-\"\"}\n\n# WALLPSI_BLDRVERSION=${WALLPSI_BLDRVERSION:-\"\"}\n# WALLPSI_BUILDS=${WALLPSI_BUILDS:-\"\"}\n# WALLPSI_BEN_OTHER_ARGS=${WALLPSI_BEN_OTHER_ARGS:-\"\"}\n# WALLPSI_SER_OTHER_ARGS=${WALLPSI_SER_OTHER_ARGS:-\"\"}\n\n# WALLPSITESTS_BLDRVERSION=${WALLPSITESTS_BLDRVERSION:-\"\"}\n# WALLPSITESTS_BUILDS=${WALLPSITESTS_BUILDS:-\"\"}\n# WALLPSITESTS_ALL_OTHER_ARGS=${WALLPSITESTS_ALL_OTHER_ARGS:-\"\"}\n\n# XDMF_BLDRVERSION=${XDMF_BLDRVERSION:-\"\"}\n# XDMF_BUILDS=${XDMF_BUILDS:-\"\"}\n# XDMF_SER_OTHER_ARGS=${XDMF_SER_OTHER_ARGS:-\"\"}\n\n# XERCESC_BLDRVERSION=${XERCESC_BLDRVERSION:-\"\"}\n# XERCESC_BUILDS=${XERCESC_BUILDS:-\"\"}\n# XERCESC_SER_OTHER_ARGS=${XERCESC_SER_OTHER_ARGS:-\"\"}\n\n# XZ_BLDRVERSION=${XZ_BLDRVERSION:-\"\"}\n# XZ_BUILDS=${XZ_BUILDS:-\"\"}\n# XZ___OTHER_ARGS=${XZ___OTHER_ARGS:-\"\"}\n\n# ZEROMQ_BLDRVERSION=${ZEROMQ_BLDRVERSION:-\"\"}\n# ZEROMQ_BUILDS=${ZEROMQ_BUILDS:-\"\"}\n# ZEROMQ_PYCSH_OTHER_ARGS=${ZEROMQ_PYCSH_OTHER_ARGS:-\"\"}\n\n# ZLIB_BLDRVERSION=${ZLIB_BLDRVERSION:-\"\"}\n# ZLIB_BUILDS=${ZLIB_BUILDS:-\"\"}\n# ZLIB_SER_OTHER_ARGS=${ZLIB_SER_OTHER_ARGS:-\"\"}\n# ZLIB_SERSH_OTHER_ARGS=${ZLIB_SERSH_OTHER_ARGS:-\"\"}\n\n","returncode":0,"stderr":"","license":"epl-1.0","lang":"Gnuplot"} {"commit":"b5dec9f737ed54a1562f89b377755411a6adee54","subject":"select column","message":"select column\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (speedh($6)) name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (speedd($6)) name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using (speedw($6)) name \"Yw\" nooutput\n\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = 1024\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (speedh($3)) name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (speedd($3)) name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using (speedw($3)) name \"Ybw\" nooutput\n\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max)\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (speedh($3)) name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (speedd($6)) name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using (speedw($6)) name \"Yw\" nooutput\n\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = 1024\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (speedh($2)) name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (speedd($3)) name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using (speedw($3)) name \"Ybw\" nooutput\n\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max)\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($2)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"5304cf767e716e79bfc0a8f84e16199cfdf12822","subject":"","message":"\nA few fixes to my last Makefile warning checkin that\nweren't caught due to not building from a clean tree\nand some other problem that I'm not yet sure of.\n\n1) Moved -Wmissing-format attribute out of the list\n of flags to be applied to C++ code (i.e., the\n compiler), because there are functions there that\n generate the warning, but which I can't seem to\n tag with the printf attribute. Unfortunate, but\n not the end of the world.\n\n2) Added the -Wno-unused flag to the generated code\n compiler flags, since we can't be sure that a\n user's code will contain no unused symbols (unless\n we are much more aggressive about dead code\n elimmination in the compiler, which is not yet a\n priority). Not sure why I didn't see this in my\n test run -- I was expecting to.\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@13102 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"sungeunchoi\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,chizarlicious\/chapel,hildeth\/chapel,hildeth\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,hildeth\/chapel,hildeth\/chapel,chizarlicious\/chapel,hildeth\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\n\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = $(CFLAGS)\nGEN_CFLAGS = -std=c99\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-declarations -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\n\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nGEN_CFLAGS += $(WARN_CFLAGS) -Wno-unused\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\n\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = $(CFLAGS)\nGEN_CFLAGS = -std=c99\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wmissing-format-attribute\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-declarations -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement\n\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nGEN_CFLAGS += $(WARN_CFLAGS)\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"bd7fcd91400c1896b2e7b0e57869d953dddde52d","subject":"data analysis: gnu plot detects number of columns + add comments","message":"data analysis: gnu plot detects number of columns + add comments\n","repos":"openwhyd\/openwhyd,openwhyd\/openwhyd,openwhyd\/openwhyd,openwhyd\/openwhyd,openwhyd\/openwhyd","old_file":"data-scripts\/data-analysis-scripts\/src\/plot-csv-data.gp","new_file":"data-scripts\/data-analysis-scripts\/src\/plot-csv-data.gp","new_contents":"#! \/usr\/bin\/gnuplot\n\n# ARG1 = input data file in csv format (comma-separated values)\n# ARG2 = number of columns in data file (ignored)\n# ARG3 = chart title\n\nset datafile separator \",\" # data fields separator from input\nset terminal png size 2048,1600 # output image settings\nset key autotitle columnheader # use header row for titles\nset style data lines # chart mode: lines\nset xdata time # tell gnu plot that x axis = time\/dates\nset timefmt \"%Y-%m-%d\" # timedate format: year-month-day\nset title ARG3 # chart title, displayed on top\n\nplot for[i=2:*] ARG1 using 1:i\n","old_contents":"#! \/usr\/bin\/gnuplot\n\n# ARG1 = input data file in csv format (comma-separated values)\n# ARG2 = number of columns in data file\n# ARG3 = chart title\n\nset datafile separator \",\"\nset terminal png size 2048,1600\nset key autotitle columnheader\nset title ARG3\nset style data lines \nset xdata time\nset timefmt \"%Y-%m-%d\"\n\nplot for[i=2:ARG2] ARG1 using 1:i\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4a85c9652bba30a1f39c1c0026981cc021d3ad99","subject":"adjust x-axis labels","message":"adjust x-axis labels\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n# yearly data is queried in 1 week intervals (604 800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSy = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\nspeedy(x) = x * BPSy\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(speedd(Yd_max), speedh(Yh_max)), speedw(Yw_max))\nYmin = 1024\n#Ystd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\n#Ymean = max(max(Yd_mean, Yh_mean), Yw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using 3 name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using 3 name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using 3 name \"Ybw\" nooutput\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ : ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n# ***************************************************************** X-axis *****\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ : ] reverse\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(speedd(Ybd_max), speedh(Ybh_max)), speedw(Ybw_max))\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\n#Ystd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\n#Ymean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n# yearly data is queried in 1 week intervals (604 800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSy = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\nspeedy(x) = x * BPSy\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(speedd(Yd_max), speedh(Yh_max)), speedw(Yw_max))\nYmin = 1024\n#Ystd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\n#Ymean = max(max(Yd_mean, Yh_mean), Yw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using 3 name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using 3 name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using 3 name \"Ybw\" nooutput\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ : ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n# ***************************************************************** X-axis *****\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ : ] reverse\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(speedd(Ybd_max), speedh(Ybh_max)), speedw(Ybw_max))\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\n#Ystd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\n#Ymean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"35dcac9bbb21386b60afd3d164e9977f99b124c4","subject":"tic marks on horizontal axis","message":"tic marks on horizontal axis\n\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@10660 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret","old_file":"bench\/metafile_masters_v61_64\/linecolors.plt","new_file":"bench\/metafile_masters_v61_64\/linecolors.plt","new_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 09\/05\/04 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 56 39 7 0.60000 0.60000 0.60000\n 56 39 8 0.60000 0.60000 0.60000\n 56 39 9 0.60000 0.60000 0.60000\n 56 39 10 0.60000 0.60000 0.60000\n 56 39 11 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3.00000 7\n 52 29 8 1 1.00000 8\n 51 29 8 1 1.00000 8\n 52 29 20 1 1.00000 8\n 51 29 20 1 2.00000 8\n 52 29 32 1 1.00000 8\n 51 29 32 1 3.00000 8\n 52 29 9 1 1.00000 9\n 51 29 9 1 1.00000 9\n 52 29 21 1 1.00000 9\n 51 29 21 1 2.00000 9\n 52 29 33 1 1.00000 9\n 51 29 33 1 3.00000 9\n 52 29 10 1 1.00000 10\n 51 29 10 1 1.00000 10\n 52 29 22 1 1.00000 10\n 51 29 22 1 2.00000 10\n 52 29 34 1 1.00000 10\n 51 29 34 1 3.00000 10\n 52 29 11 1 1.00000 11\n 51 29 11 1 1.00000 11\n 52 29 23 1 1.00000 11\n 51 29 23 1 2.00000 11\n 52 29 35 1 1.00000 11\n 51 29 35 1 3.00000 11\n 52 29 12 1 1.00000 12\n 51 29 12 1 1.00000 12\n 52 29 24 1 1.00000 12\n 51 29 24 1 2.00000 12\n 52 29 36 1 1.00000 12\n 51 29 36 1 3.00000 12\n 56 39 1 0.00000 0.00000 0.00000\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 56 39 7 1.00000 0.50000 0.00000\n 56 39 8 0.00000 0.55000 0.00000\n 56 39 9 0.60000 0.00000 1.00000\n 56 39 10 1.00000 0.60000 0.70000\n 56 39 11 0.80000 0.70000 0.60000\n 56 39 12 1.00000 0.75000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 22 6 1\n 23 11 1.00000\n 24 6 1\n 25 6 1\n 26 6 3\n 27 11 1.00000\n 28 6 1\n 29 6 1\n 30 12 1 0\n 31 11 1.00000\n 32 11 0.00000\n 33 6 1\n 35 6 0\n 36 12 0 0\n 34 44 0.00000 0.00000 0.00000 0.00000\n 37 6 1\n 38 6 1\n 39 6 -6\n 40 6 14\n 41 44 1.00000 0.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 43 78 0 0 0 0 0 0 1 1 1 1 1 1 1\n 44 6 0\n 71 44 0.00000 1.00000 0.00000 0.86275\n 72 44 0.00000 10.20000 0.00000 8.80000\n 81 6 1201\n 21 6 1\n 25 6 1\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 380 17 0.19128 0.17255 0.18661 0.17255 0.18615 0.16835 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.35066 0.17255 0.34599 0.16275\n 11 50 2 0.34413 0.17255 0.35066 0.17255\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 512 23 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50584 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16928 0.50864 0.16695 0.50818 0.16461 0.50724 0.16321 0.50584 0.16275 0.50491 0.16275 0.50351 0.16321 0.50304 0.16415\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 314 14 0.65215 0.17021 0.65215 0.17068 0.65262 0.17162 0.65309 0.17208 0.65402 0.17255 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65635 0.16741 0.65168 0.16275 0.65822 0.16275\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 314 14 0.81060 0.17021 0.81060 0.17068 0.81107 0.17162 0.81153 0.17208 0.81247 0.17255 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81480 0.16741 0.81013 0.16275 0.81667 0.16275\n 11 336 15 0.82040 0.17255 0.82554 0.17255 0.82274 0.16881 0.82414 0.16881 0.82507 0.16835 0.82554 0.16788 0.82601 0.16648 0.82601 0.16555 0.82554 0.16415 0.82460 0.16321 0.82320 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 380 17 0.19128 0.17255 0.18661 0.17255 0.18615 0.16835 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.35066 0.17255 0.34599 0.16275\n 11 50 2 0.34413 0.17255 0.35066 0.17255\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 512 23 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50584 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16928 0.50864 0.16695 0.50818 0.16461 0.50724 0.16321 0.50584 0.16275 0.50491 0.16275 0.50351 0.16321 0.50304 0.16415\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 314 14 0.65215 0.17021 0.65215 0.17068 0.65262 0.17162 0.65309 0.17208 0.65402 0.17255 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65635 0.16741 0.65168 0.16275 0.65822 0.16275\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 314 14 0.81060 0.17021 0.81060 0.17068 0.81107 0.17162 0.81153 0.17208 0.81247 0.17255 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81480 0.16741 0.81013 0.16275 0.81667 0.16275\n 11 336 15 0.82040 0.17255 0.82554 0.17255 0.82274 0.16881 0.82414 0.16881 0.82507 0.16835 0.82554 0.16788 0.82601 0.16648 0.82601 0.16555 0.82554 0.16415 0.82460 0.16321 0.82320 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 380 17 0.19128 0.17255 0.18661 0.17255 0.18615 0.16835 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.35066 0.17255 0.34599 0.16275\n 11 50 2 0.34413 0.17255 0.35066 0.17255\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 512 23 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50584 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16928 0.50864 0.16695 0.50818 0.16461 0.50724 0.16321 0.50584 0.16275 0.50491 0.16275 0.50351 0.16321 0.50304 0.16415\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 314 14 0.65215 0.17021 0.65215 0.17068 0.65262 0.17162 0.65309 0.17208 0.65402 0.17255 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65635 0.16741 0.65168 0.16275 0.65822 0.16275\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 314 14 0.81060 0.17021 0.81060 0.17068 0.81107 0.17162 0.81153 0.17208 0.81247 0.17255 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81480 0.16741 0.81013 0.16275 0.81667 0.16275\n 11 336 15 0.82040 0.17255 0.82554 0.17255 0.82274 0.16881 0.82414 0.16881 0.82507 0.16835 0.82554 0.16788 0.82601 0.16648 0.82601 0.16555 0.82554 0.16415 0.82460 0.16321 0.82320 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 380 17 0.19128 0.17255 0.18661 0.17255 0.18615 0.16835 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.35066 0.17255 0.34599 0.16275\n 11 50 2 0.34413 0.17255 0.35066 0.17255\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 512 23 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50584 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16928 0.50864 0.16695 0.50818 0.16461 0.50724 0.16321 0.50584 0.16275 0.50491 0.16275 0.50351 0.16321 0.50304 0.16415\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 314 14 0.65215 0.17021 0.65215 0.17068 0.65262 0.17162 0.65309 0.17208 0.65402 0.17255 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65635 0.16741 0.65168 0.16275 0.65822 0.16275\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 314 14 0.81060 0.17021 0.81060 0.17068 0.81107 0.17162 0.81153 0.17208 0.81247 0.17255 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81480 0.16741 0.81013 0.16275 0.81667 0.16275\n 11 336 15 0.82040 0.17255 0.82554 0.17255 0.82274 0.16881 0.82414 0.16881 0.82507 0.16835 0.82554 0.16788 0.82601 0.16648 0.82601 0.16555 0.82554 0.16415 0.82460 0.16321 0.82320 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 50 2 0.50588 0.15098 0.51373 0.13922\n 11 50 2 0.51373 0.15098 0.50588 0.13922\n 21 6 13\n 25 6 13\n 11 2206 100 0.11765 0.72516 0.12557 0.72416 0.13349 0.72250 0.14141 0.72019 0.14934 0.71722 0.15726 0.71361 0.16518 0.70937 0.17310 0.70450 0.18103 0.69902 0.18895 0.69294 0.19687 0.68627 0.20479 0.67904 0.21272 0.67126 0.22064 0.66295 0.22856 0.65414 0.23648 0.64483 0.24440 0.63507 0.25233 0.62486 0.26025 0.61425 0.26817 0.60324 0.27609 0.59188 0.28402 0.58018 0.29194 0.56819 0.29986 0.55592 0.30778 0.54341 0.31571 0.53070 0.32363 0.51780 0.33155 0.50476 0.33947 0.49160 0.34740 0.47837 0.35532 0.46509 0.36324 0.45179 0.37116 0.43852 0.37908 0.42530 0.38701 0.41216 0.39493 0.39914 0.40285 0.38627 0.41077 0.37359 0.41870 0.36112 0.42662 0.34889 0.43454 0.33695 0.44246 0.32530 0.45039 0.31400 0.45831 0.30306 0.46623 0.29251 0.47415 0.28238 0.48208 0.27269 0.49000 0.26346 0.49792 0.25473 0.50584 0.24651 0.51377 0.23882 0.52169 0.23169 0.52961 0.22512 0.53753 0.21914 0.54545 0.21376 0.55338 0.20899 0.56130 0.20485 0.56922 0.20135 0.57714 0.19849 0.58507 0.19629 0.59299 0.19474 0.60091 0.19386 0.60883 0.19364 0.61676 0.19408 0.62468 0.19519 0.63260 0.19696 0.64052 0.19938 0.64845 0.20246 0.65637 0.20617 0.66429 0.21053 0.67221 0.21550 0.68013 0.22108 0.68806 0.22726 0.69598 0.23402 0.70390 0.24135 0.71182 0.24922 0.71975 0.25761 0.72767 0.26651 0.73559 0.27589 0.74351 0.28573 0.75144 0.29601 0.75936 0.30670 0.76728 0.31776 0.77520 0.32918 0.78313 0.34093 0.79105 0.35297 0.79897 0.36528 0.80689 0.37783 0.81481 0.39058 0.82274 0.40350 0.83066 0.41656 0.83858 0.42973 0.84650 0.44298 0.85443 0.45626 0.86235 0.46956 0.87027 0.48283 0.87819 0.49604 0.88612 0.50916 0.89404 0.52215 0.90196 0.53499\n 21 6 14\n 25 6 14\n 11 2206 100 0.11765 0.72526 0.12557 0.72457 0.13349 0.72342 0.14141 0.72181 0.14934 0.71974 0.15726 0.71722 0.16518 0.71426 0.17310 0.71085 0.18103 0.70701 0.18895 0.70274 0.19687 0.69804 0.20479 0.69294 0.21272 0.68742 0.22064 0.68151 0.22856 0.67522 0.23648 0.66855 0.24440 0.66152 0.25233 0.65414 0.26025 0.64642 0.26817 0.63837 0.27609 0.63002 0.28402 0.62137 0.29194 0.61244 0.29986 0.60324 0.30778 0.59380 0.31571 0.58412 0.32363 0.57422 0.33155 0.56413 0.33947 0.55385 0.34740 0.54341 0.35532 0.53283 0.36324 0.52212 0.37116 0.51130 0.37908 0.50038 0.38701 0.48940 0.39493 0.47837 0.40285 0.46730 0.41077 0.45622 0.41870 0.44515 0.42662 0.43410 0.43454 0.42310 0.44246 0.41216 0.45039 0.40130 0.45831 0.39054 0.46623 0.37990 0.47415 0.36940 0.48208 0.35906 0.49000 0.34889 0.49792 0.33892 0.50584 0.32915 0.51377 0.31961 0.52169 0.31031 0.52961 0.30127 0.53753 0.29251 0.54545 0.28403 0.55338 0.27586 0.56130 0.26801 0.56922 0.26050 0.57714 0.25332 0.58507 0.24651 0.59299 0.24007 0.60091 0.23400 0.60883 0.22833 0.61676 0.22306 0.62468 0.21820 0.63260 0.21376 0.64052 0.20974 0.64845 0.20616 0.65637 0.20302 0.66429 0.20033 0.67221 0.19808 0.68013 0.19629 0.68806 0.19495 0.69598 0.19408 0.70390 0.19366 0.71182 0.19371 0.71975 0.19422 0.72767 0.19519 0.73559 0.19662 0.74351 0.19850 0.75144 0.20084 0.75936 0.20363 0.76728 0.20686 0.77520 0.21053 0.78313 0.21463 0.79105 0.21915 0.79897 0.22410 0.80689 0.22945 0.81481 0.23520 0.82274 0.24135 0.83066 0.24787 0.83858 0.25476 0.84650 0.26200 0.85443 0.26959 0.86235 0.27750 0.87027 0.28573 0.87819 0.29427 0.88612 0.30309 0.89404 0.31218 0.90196 0.32153\n 21 6 15\n 25 6 15\n 11 2206 100 0.11765 0.72532 0.12557 0.72481 0.13349 0.72397 0.14141 0.72278 0.14934 0.72126 0.15726 0.71941 0.16518 0.71722 0.17310 0.71471 0.18103 0.71187 0.18895 0.70871 0.19687 0.70523 0.20479 0.70144 0.21272 0.69734 0.22064 0.69294 0.22856 0.68823 0.23648 0.68324 0.24440 0.67796 0.25233 0.67241 0.26025 0.66658 0.26817 0.66049 0.27609 0.65414 0.28402 0.64754 0.29194 0.64070 0.29986 0.63364 0.30778 0.62635 0.31571 0.61885 0.32363 0.61114 0.33155 0.60324 0.33947 0.59516 0.34740 0.58691 0.35532 0.57849 0.36324 0.56992 0.37116 0.56121 0.37908 0.55237 0.38701 0.54341 0.39493 0.53435 0.40285 0.52519 0.41077 0.51594 0.41870 0.50663 0.42662 0.49725 0.43454 0.48783 0.44246 0.47837 0.45039 0.46889 0.45831 0.45939 0.46623 0.44990 0.47415 0.44041 0.48208 0.43095 0.49000 0.42153 0.49792 0.41216 0.50584 0.40284 0.51377 0.39360 0.52169 0.38445 0.52961 0.37539 0.53753 0.36643 0.54545 0.35760 0.55338 0.34889 0.56130 0.34033 0.56922 0.33192 0.57714 0.32367 0.58507 0.31559 0.59299 0.30770 0.60091 0.30000 0.60883 0.29251 0.61676 0.28523 0.62468 0.27817 0.63260 0.27134 0.64052 0.26475 0.64845 0.25841 0.65637 0.25233 0.66429 0.24651 0.67221 0.24096 0.68013 0.23569 0.68806 0.23071 0.69598 0.22602 0.70390 0.22163 0.71182 0.21754 0.71975 0.21376 0.72767 0.21029 0.73559 0.20714 0.74351 0.20431 0.75144 0.20181 0.75936 0.19964 0.76728 0.19780 0.77520 0.19629 0.78313 0.19512 0.79105 0.19428 0.79897 0.19379 0.80689 0.19363 0.81481 0.19381 0.82274 0.19433 0.83066 0.19519 0.83858 0.19638 0.84650 0.19792 0.85443 0.19978 0.86235 0.20198 0.87027 0.20450 0.87819 0.20735 0.88612 0.21053 0.89404 0.21402 0.90196 0.21782\n 21 6 16\n 25 6 16\n 11 2206 100 0.11765 0.72536 0.12557 0.72497 0.13349 0.72432 0.14141 0.72342 0.14934 0.72225 0.15726 0.72083 0.16518 0.71915 0.17310 0.71722 0.18103 0.71504 0.18895 0.71261 0.19687 0.70993 0.20479 0.70701 0.21272 0.70385 0.22064 0.70044 0.22856 0.69681 0.23648 0.69294 0.24440 0.68884 0.25233 0.68452 0.26025 0.67998 0.26817 0.67522 0.27609 0.67025 0.28402 0.66508 0.29194 0.65971 0.29986 0.65414 0.30778 0.64838 0.31571 0.64244 0.32363 0.63631 0.33155 0.63002 0.33947 0.62356 0.34740 0.61694 0.35532 0.61016 0.36324 0.60324 0.37116 0.59618 0.37908 0.58898 0.38701 0.58166 0.39493 0.57422 0.40285 0.56667 0.41077 0.55901 0.41870 0.55126 0.42662 0.54341 0.43454 0.53549 0.44246 0.52749 0.45039 0.51942 0.45831 0.51130 0.46623 0.50312 0.47415 0.49490 0.48208 0.48665 0.49000 0.47837 0.49792 0.47007 0.50584 0.46177 0.51377 0.45346 0.52169 0.44515 0.52961 0.43686 0.53753 0.42859 0.54545 0.42036 0.55338 0.41216 0.56130 0.40400 0.56922 0.39591 0.57714 0.38787 0.58507 0.37990 0.59299 0.37201 0.60091 0.36421 0.60883 0.35650 0.61676 0.34889 0.62468 0.34139 0.63260 0.33401 0.64052 0.32674 0.64845 0.31961 0.65637 0.31261 0.66429 0.30576 0.67221 0.29905 0.68013 0.29251 0.68806 0.28612 0.69598 0.27991 0.70390 0.27387 0.71182 0.26801 0.71975 0.26234 0.72767 0.25687 0.73559 0.25159 0.74351 0.24651 0.75144 0.24164 0.75936 0.23699 0.76728 0.23255 0.77520 0.22833 0.78313 0.22434 0.79105 0.22058 0.79897 0.21705 0.80689 0.21376 0.81481 0.21071 0.82274 0.20790 0.83066 0.20534 0.83858 0.20302 0.84650 0.20096 0.85443 0.19915 0.86235 0.19759 0.87027 0.19629 0.87819 0.19524 0.88612 0.19446 0.89404 0.19393 0.90196 0.19366\n 21 6 17\n 25 6 17\n 11 2206 100 0.11765 0.72539 0.12557 0.72508 0.13349 0.72457 0.14141 0.72385 0.14934 0.72293 0.15726 0.72181 0.16518 0.72048 0.17310 0.71895 0.18103 0.71722 0.18895 0.71530 0.19687 0.71317 0.20479 0.71085 0.21272 0.70834 0.22064 0.70563 0.22856 0.70274 0.23648 0.69965 0.24440 0.69639 0.25233 0.69294 0.26025 0.68930 0.26817 0.68550 0.27609 0.68151 0.28402 0.67736 0.29194 0.67304 0.29986 0.66855 0.30778 0.66390 0.31571 0.65910 0.32363 0.65414 0.33155 0.64903 0.33947 0.64377 0.34740 0.63837 0.35532 0.63284 0.36324 0.62717 0.37116 0.62137 0.37908 0.61545 0.38701 0.60940 0.39493 0.60324 0.40285 0.59697 0.41077 0.59060 0.41870 0.58412 0.42662 0.57754 0.43454 0.57088 0.44246 0.56413 0.45039 0.55730 0.45831 0.55039 0.46623 0.54341 0.47415 0.53637 0.48208 0.52927 0.49000 0.52212 0.49792 0.51491 0.50584 0.50767 0.51377 0.50038 0.52169 0.49307 0.52961 0.48573 0.53753 0.47837 0.54545 0.47100 0.55338 0.46361 0.56130 0.45622 0.56922 0.44884 0.57714 0.44146 0.58507 0.43410 0.59299 0.42676 0.60091 0.41944 0.60883 0.41216 0.61676 0.40491 0.62468 0.39770 0.63260 0.39054 0.64052 0.38343 0.64845 0.37639 0.65637 0.36940 0.66429 0.36249 0.67221 0.35565 0.68013 0.34889 0.68806 0.34222 0.69598 0.33564 0.70390 0.32915 0.71182 0.32276 0.71975 0.31648 0.72767 0.31031 0.73559 0.30425 0.74351 0.29832 0.75144 0.29251 0.75936 0.28683 0.76728 0.28128 0.77520 0.27586 0.78313 0.27059 0.79105 0.26547 0.79897 0.26050 0.80689 0.25568 0.81481 0.25101 0.82274 0.24651 0.83066 0.24217 0.83858 0.23800 0.84650 0.23400 0.85443 0.23018 0.86235 0.22653 0.87027 0.22306 0.87819 0.21977 0.88612 0.21667 0.89404 0.21376 0.90196 0.21103\n 21 6 18\n 25 6 18\n 11 2206 100 0.11765 0.72541 0.12557 0.72516 0.13349 0.72474 0.14141 0.72416 0.14934 0.72342 0.15726 0.72250 0.16518 0.72143 0.17310 0.72019 0.18103 0.71879 0.18895 0.71722 0.19687 0.71550 0.20479 0.71361 0.21272 0.71157 0.22064 0.70937 0.22856 0.70701 0.23648 0.70450 0.24440 0.70183 0.25233 0.69902 0.26025 0.69605 0.26817 0.69294 0.27609 0.68968 0.28402 0.68627 0.29194 0.68273 0.29986 0.67904 0.30778 0.67522 0.31571 0.67126 0.32363 0.66717 0.33155 0.66295 0.33947 0.65861 0.34740 0.65414 0.35532 0.64955 0.36324 0.64483 0.37116 0.64001 0.37908 0.63507 0.38701 0.63002 0.39493 0.62486 0.40285 0.61961 0.41077 0.61425 0.41870 0.60879 0.42662 0.60324 0.43454 0.59760 0.44246 0.59188 0.45039 0.58607 0.45831 0.58018 0.46623 0.57422 0.47415 0.56819 0.48208 0.56209 0.49000 0.55592 0.49792 0.54970 0.50584 0.54341 0.51377 0.53708 0.52169 0.53070 0.52961 0.52427 0.53753 0.51780 0.54545 0.51130 0.55338 0.50476 0.56130 0.49819 0.56922 0.49160 0.57714 0.48500 0.58507 0.47837 0.59299 0.47173 0.60091 0.46509 0.60883 0.45844 0.61676 0.45179 0.62468 0.44515 0.63260 0.43852 0.64052 0.43190 0.64845 0.42530 0.65637 0.41871 0.66429 0.41216 0.67221 0.40563 0.68013 0.39914 0.68806 0.39268 0.69598 0.38627 0.70390 0.37990 0.71182 0.37359 0.71975 0.36732 0.72767 0.36112 0.73559 0.35497 0.74351 0.34889 0.75144 0.34288 0.75936 0.33695 0.76728 0.33108 0.77520 0.32530 0.78313 0.31961 0.79105 0.31400 0.79897 0.30848 0.80689 0.30306 0.81481 0.29773 0.82274 0.29251 0.83066 0.28739 0.83858 0.28238 0.84650 0.27747 0.85443 0.27269 0.86235 0.26801 0.87027 0.26346 0.87819 0.25903 0.88612 0.25473 0.89404 0.25055 0.90196 0.24651\n 21 6 19\n 25 6 19\n 11 2206 100 0.11765 0.72542 0.12557 0.72522 0.13349 0.72487 0.14141 0.72439 0.14934 0.72378 0.15726 0.72302 0.16518 0.72213 0.17310 0.72111 0.18103 0.71995 0.18895 0.71865 0.19687 0.71722 0.20479 0.71566 0.21272 0.71397 0.22064 0.71214 0.22856 0.71019 0.23648 0.70810 0.24440 0.70589 0.25233 0.70355 0.26025 0.70108 0.26817 0.69849 0.27609 0.69577 0.28402 0.69294 0.29194 0.68998 0.29986 0.68690 0.30778 0.68371 0.31571 0.68040 0.32363 0.67697 0.33155 0.67344 0.33947 0.66979 0.34740 0.66604 0.35532 0.66217 0.36324 0.65821 0.37116 0.65414 0.37908 0.64997 0.38701 0.64570 0.39493 0.64134 0.40285 0.63688 0.41077 0.63233 0.41870 0.62769 0.42662 0.62296 0.43454 0.61815 0.44246 0.61326 0.45039 0.60829 0.45831 0.60324 0.46623 0.59812 0.47415 0.59293 0.48208 0.58766 0.49000 0.58233 0.49792 0.57694 0.50584 0.57149 0.51377 0.56598 0.52169 0.56041 0.52961 0.55479 0.53753 0.54913 0.54545 0.54341 0.55338 0.53766 0.56130 0.53186 0.56922 0.52602 0.57714 0.52016 0.58507 0.51426 0.59299 0.50833 0.60091 0.50237 0.60883 0.49640 0.61676 0.49040 0.62468 0.48439 0.63260 0.47837 0.64052 0.47234 0.64845 0.46630 0.65637 0.46025 0.66429 0.45421 0.67221 0.44817 0.68013 0.44213 0.68806 0.43611 0.69598 0.43010 0.70390 0.42410 0.71182 0.41812 0.71975 0.41216 0.72767 0.40622 0.73559 0.40032 0.74351 0.39444 0.75144 0.38860 0.75936 0.38279 0.76728 0.37703 0.77520 0.37130 0.78313 0.36562 0.79105 0.35999 0.79897 0.35442 0.80689 0.34889 0.81481 0.34343 0.82274 0.33802 0.83066 0.33268 0.83858 0.32740 0.84650 0.32219 0.85443 0.31705 0.86235 0.31198 0.87027 0.30699 0.87819 0.30208 0.88612 0.29725 0.89404 0.29251 0.90196 0.28785\n 21 6 20\n 25 6 20\n 11 2206 100 0.11765 0.72543 0.12557 0.72526 0.13349 0.72497 0.14141 0.72457 0.14934 0.72405 0.15726 0.72342 0.16518 0.72267 0.17310 0.72181 0.18103 0.72083 0.18895 0.71974 0.19687 0.71854 0.20479 0.71722 0.21272 0.71580 0.22064 0.71426 0.22856 0.71261 0.23648 0.71085 0.24440 0.70899 0.25233 0.70701 0.26025 0.70493 0.26817 0.70274 0.27609 0.70044 0.28402 0.69804 0.29194 0.69554 0.29986 0.69294 0.30778 0.69023 0.31571 0.68742 0.32363 0.68452 0.33155 0.68151 0.33947 0.67841 0.34740 0.67522 0.35532 0.67193 0.36324 0.66855 0.37116 0.66508 0.37908 0.66152 0.38701 0.65787 0.39493 0.65414 0.40285 0.65032 0.41077 0.64642 0.41870 0.64244 0.42662 0.63837 0.43454 0.63424 0.44246 0.63002 0.45039 0.62573 0.45831 0.62137 0.46623 0.61694 0.47415 0.61244 0.48208 0.60787 0.49000 0.60324 0.49792 0.59855 0.50584 0.59380 0.51377 0.58898 0.52169 0.58412 0.52961 0.57920 0.53753 0.57422 0.54545 0.56920 0.55338 0.56413 0.56130 0.55901 0.56922 0.55385 0.57714 0.54865 0.58507 0.54341 0.59299 0.53814 0.60091 0.53283 0.60883 0.52749 0.61676 0.52212 0.62468 0.51672 0.63260 0.51130 0.64052 0.50585 0.64845 0.50038 0.65637 0.49490 0.66429 0.48940 0.67221 0.48389 0.68013 0.47837 0.68806 0.47284 0.69598 0.46730 0.70390 0.46177 0.71182 0.45622 0.71975 0.45069 0.72767 0.44515 0.73559 0.43962 0.74351 0.43410 0.75144 0.42859 0.75936 0.42310 0.76728 0.41762 0.77520 0.41216 0.78313 0.40672 0.79105 0.40130 0.79897 0.39591 0.80689 0.39054 0.81481 0.38521 0.82274 0.37990 0.83066 0.37464 0.83858 0.36940 0.84650 0.36421 0.85443 0.35906 0.86235 0.35395 0.87027 0.34889 0.87819 0.34388 0.88612 0.33892 0.89404 0.33401 0.90196 0.32915\n 21 6 21\n 25 6 21\n 11 2206 100 0.11765 0.72544 0.12557 0.72529 0.13349 0.72505 0.14141 0.72470 0.14934 0.72426 0.15726 0.72372 0.16518 0.72308 0.17310 0.72235 0.18103 0.72152 0.18895 0.72059 0.19687 0.71956 0.20479 0.71844 0.21272 0.71722 0.22064 0.71591 0.22856 0.71450 0.23648 0.71300 0.24440 0.71141 0.25233 0.70972 0.26025 0.70794 0.26817 0.70606 0.27609 0.70410 0.28402 0.70204 0.29194 0.69990 0.29986 0.69767 0.30778 0.69534 0.31571 0.69294 0.32363 0.69044 0.33155 0.68786 0.33947 0.68520 0.34740 0.68245 0.35532 0.67962 0.36324 0.67671 0.37116 0.67371 0.37908 0.67064 0.38701 0.66749 0.39493 0.66427 0.40285 0.66096 0.41077 0.65759 0.41870 0.65414 0.42662 0.65062 0.43454 0.64702 0.44246 0.64336 0.45039 0.63963 0.45831 0.63584 0.46623 0.63197 0.47415 0.62805 0.48208 0.62406 0.49000 0.62001 0.49792 0.61591 0.50584 0.61174 0.51377 0.60752 0.52169 0.60324 0.52961 0.59891 0.53753 0.59453 0.54545 0.59010 0.55338 0.58562 0.56130 0.58109 0.56922 0.57652 0.57714 0.57191 0.58507 0.56725 0.59299 0.56256 0.60091 0.55782 0.60883 0.55305 0.61676 0.54825 0.62468 0.54341 0.63260 0.53854 0.64052 0.53365 0.64845 0.52872 0.65637 0.52377 0.66429 0.51880 0.67221 0.51380 0.68013 0.50878 0.68806 0.50375 0.69598 0.49870 0.70390 0.49363 0.71182 0.48856 0.71975 0.48347 0.72767 0.47837 0.73559 0.47327 0.74351 0.46816 0.75144 0.46304 0.75936 0.45793 0.76728 0.45282 0.77520 0.44771 0.78313 0.44260 0.79105 0.43750 0.79897 0.43241 0.80689 0.42732 0.81481 0.42225 0.82274 0.41720 0.83066 0.41216 0.83858 0.40713 0.84650 0.40213 0.85443 0.39715 0.86235 0.39219 0.87027 0.38725 0.87819 0.38235 0.88612 0.37747 0.89404 0.37262 0.90196 0.36780\n 21 6 22\n 25 6 22\n 11 2206 100 0.11765 0.72545 0.12557 0.72532 0.13349 0.72511 0.14141 0.72481 0.14934 0.72443 0.15726 0.72397 0.16518 0.72342 0.17310 0.72278 0.18103 0.72206 0.18895 0.72126 0.19687 0.72038 0.20479 0.71941 0.21272 0.71836 0.22064 0.71722 0.22856 0.71601 0.23648 0.71471 0.24440 0.71333 0.25233 0.71187 0.26025 0.71033 0.26817 0.70871 0.27609 0.70701 0.28402 0.70523 0.29194 0.70337 0.29986 0.70144 0.30778 0.69943 0.31571 0.69734 0.32363 0.69517 0.33155 0.69294 0.33947 0.69062 0.34740 0.68823 0.35532 0.68577 0.36324 0.68324 0.37116 0.68064 0.37908 0.67796 0.38701 0.67522 0.39493 0.67241 0.40285 0.66953 0.41077 0.66658 0.41870 0.66356 0.42662 0.66049 0.43454 0.65734 0.44246 0.65414 0.45039 0.65087 0.45831 0.64754 0.46623 0.64415 0.47415 0.64070 0.48208 0.63720 0.49000 0.63364 0.49792 0.63002 0.50584 0.62635 0.51377 0.62262 0.52169 0.61885 0.52961 0.61502 0.53753 0.61114 0.54545 0.60721 0.55338 0.60324 0.56130 0.59922 0.56922 0.59516 0.57714 0.59105 0.58507 0.58691 0.59299 0.58272 0.60091 0.57849 0.60883 0.57422 0.61676 0.56992 0.62468 0.56558 0.63260 0.56121 0.64052 0.55681 0.64845 0.55237 0.65637 0.54791 0.66429 0.54341 0.67221 0.53889 0.68013 0.53435 0.68806 0.52978 0.69598 0.52519 0.70390 0.52058 0.71182 0.51594 0.71975 0.51130 0.72767 0.50663 0.73559 0.50195 0.74351 0.49725 0.75144 0.49255 0.75936 0.48783 0.76728 0.48310 0.77520 0.47837 0.78313 0.47363 0.79105 0.46889 0.79897 0.46414 0.80689 0.45939 0.81481 0.45464 0.82274 0.44990 0.83066 0.44515 0.83858 0.44041 0.84650 0.43568 0.85443 0.43095 0.86235 0.42624 0.87027 0.42153 0.87819 0.41684 0.88612 0.41216 0.89404 0.40749 0.90196 0.40284\n 21 6 23\n 25 6 23\n 11 2206 100 0.11765 0.72545 0.12557 0.72534 0.13349 0.72516 0.14141 0.72490 0.14934 0.72457 0.15726 0.72416 0.16518 0.72368 0.17310 0.72313 0.18103 0.72250 0.18895 0.72181 0.19687 0.72103 0.20479 0.72019 0.21272 0.71927 0.22064 0.71828 0.22856 0.71722 0.23648 0.71609 0.24440 0.71489 0.25233 0.71361 0.26025 0.71227 0.26817 0.71085 0.27609 0.70937 0.28402 0.70781 0.29194 0.70619 0.29986 0.70450 0.30778 0.70274 0.31571 0.70091 0.32363 0.69902 0.33155 0.69705 0.33947 0.69503 0.34740 0.69294 0.35532 0.69078 0.36324 0.68856 0.37116 0.68627 0.37908 0.68392 0.38701 0.68151 0.39493 0.67904 0.40285 0.67651 0.41077 0.67392 0.41870 0.67126 0.42662 0.66855 0.43454 0.66578 0.44246 0.66295 0.45039 0.66007 0.45831 0.65713 0.46623 0.65414 0.47415 0.65109 0.48208 0.64799 0.49000 0.64483 0.49792 0.64163 0.50584 0.63837 0.51377 0.63507 0.52169 0.63171 0.52961 0.62831 0.53753 0.62486 0.54545 0.62137 0.55338 0.61783 0.56130 0.61425 0.56922 0.61062 0.57714 0.60695 0.58507 0.60324 0.59299 0.59949 0.60091 0.59570 0.60883 0.59188 0.61676 0.58802 0.62468 0.58412 0.63260 0.58018 0.64052 0.57622 0.64845 0.57222 0.65637 0.56819 0.66429 0.56413 0.67221 0.56004 0.68013 0.55592 0.68806 0.55178 0.69598 0.54761 0.70390 0.54341 0.71182 0.53920 0.71975 0.53496 0.72767 0.53070 0.73559 0.52641 0.74351 0.52212 0.75144 0.51780 0.75936 0.51347 0.76728 0.50912 0.77520 0.50476 0.78313 0.50038 0.79105 0.49600 0.79897 0.49160 0.80689 0.48720 0.81481 0.48279 0.82274 0.47837 0.83066 0.47395 0.83858 0.46952 0.84650 0.46509 0.85443 0.46066 0.86235 0.45622 0.87027 0.45179 0.87819 0.44736 0.88612 0.44294 0.89404 0.43852 0.90196 0.43410\n 21 6 24\n 25 6 24\n 11 2206 100 0.11765 0.72546 0.12557 0.72536 0.13349 0.72520 0.14141 0.72497 0.14934 0.72468 0.15726 0.72432 0.16518 0.72390 0.17310 0.72342 0.18103 0.72287 0.18895 0.72225 0.19687 0.72157 0.20479 0.72083 0.21272 0.72002 0.22064 0.71915 0.22856 0.71822 0.23648 0.71722 0.24440 0.71616 0.25233 0.71504 0.26025 0.71386 0.26817 0.71261 0.27609 0.71130 0.28402 0.70993 0.29194 0.70850 0.29986 0.70701 0.30778 0.70546 0.31571 0.70385 0.32363 0.70217 0.33155 0.70044 0.33947 0.69865 0.34740 0.69681 0.35532 0.69490 0.36324 0.69294 0.37116 0.69092 0.37908 0.68884 0.38701 0.68671 0.39493 0.68452 0.40285 0.68227 0.41077 0.67998 0.41870 0.67762 0.42662 0.67522 0.43454 0.67276 0.44246 0.67025 0.45039 0.66769 0.45831 0.66508 0.46623 0.66242 0.47415 0.65971 0.48208 0.65695 0.49000 0.65414 0.49792 0.65128 0.50584 0.64838 0.51377 0.64543 0.52169 0.64244 0.52961 0.63940 0.53753 0.63631 0.54545 0.63319 0.55338 0.63002 0.56130 0.62681 0.56922 0.62356 0.57714 0.62027 0.58507 0.61694 0.59299 0.61357 0.60091 0.61016 0.60883 0.60672 0.61676 0.60324 0.62468 0.59973 0.63260 0.59618 0.64052 0.59260 0.64845 0.58898 0.65637 0.58534 0.66429 0.58166 0.67221 0.57796 0.68013 0.57422 0.68806 0.57046 0.69598 0.56667 0.70390 0.56285 0.71182 0.55901 0.71975 0.55515 0.72767 0.55126 0.73559 0.54735 0.74351 0.54341 0.75144 0.53946 0.75936 0.53549 0.76728 0.53150 0.77520 0.52749 0.78313 0.52346 0.79105 0.51942 0.79897 0.51536 0.80689 0.51130 0.81481 0.50721 0.82274 0.50312 0.83066 0.49902 0.83858 0.49490 0.84650 0.49078 0.85443 0.48665 0.86235 0.48251 0.87027 0.47837 0.87819 0.47422 0.88612 0.47007 0.89404 0.46592 0.90196 0.46177\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 13\n 25 6 13\n 11 72 3 0.26471 0.11873 0.26471 0.11873 0.35147 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 14\n 25 6 14\n 11 72 3 0.58333 0.11873 0.58333 0.11873 0.67010 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 72 3 0.26471 0.10039 0.26471 0.10039 0.35147 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 16\n 25 6 16\n 11 72 3 0.58333 0.10039 0.58333 0.10039 0.67010 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 17\n 25 6 17\n 11 72 3 0.26471 0.08196 0.26471 0.08196 0.35147 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.58333 0.08196 0.58333 0.08196 0.67010 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 19\n 25 6 19\n 11 72 3 0.26471 0.06363 0.26471 0.06363 0.35147 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 20\n 25 6 20\n 11 72 3 0.58333 0.06363 0.58333 0.06363 0.67010 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 21\n 25 6 21\n 11 72 3 0.26471 0.04520 0.26471 0.04520 0.35147 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 22\n 25 6 22\n 11 72 3 0.58333 0.04520 0.58333 0.04520 0.67010 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 23\n 25 6 23\n 11 72 3 0.26471 0.02686 0.26471 0.02686 0.35147 0.02686\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 24\n 25 6 24\n 11 72 3 0.58333 0.02686 0.58333 0.02686 0.67010 0.02686\n 21 6 1\n 25 6 1\n 11 402 18 0.37325 0.12094 0.37283 0.12178 0.37199 0.12262 0.37115 0.12304 0.36947 0.12304 0.36863 0.12262 0.36779 0.12178 0.36737 0.12094 0.36695 0.11968 0.36695 0.11758 0.36737 0.11632 0.36779 0.11548 0.36863 0.11464 0.36947 0.11422 0.37115 0.11422 0.37199 0.11464 0.37283 0.11548 0.37325 0.11632\n 11 468 21 0.37829 0.12304 0.37745 0.12262 0.37661 0.12178 0.37619 0.12094 0.37577 0.11968 0.37577 0.11758 0.37619 0.11632 0.37661 0.11548 0.37745 0.11464 0.37829 0.11422 0.37997 0.11422 0.38081 0.11464 0.38165 0.11548 0.38207 0.11632 0.38249 0.11758 0.38249 0.11968 0.38207 0.12094 0.38165 0.12178 0.38081 0.12262 0.37997 0.12304 0.37829 0.12304\n 11 446 20 0.39090 0.12178 0.39006 0.12262 0.38880 0.12304 0.38711 0.12304 0.38585 0.12262 0.38501 0.12178 0.38501 0.12094 0.38543 0.12010 0.38585 0.11968 0.38669 0.11926 0.38922 0.11842 0.39006 0.11800 0.39048 0.11758 0.39090 0.11674 0.39090 0.11548 0.39006 0.11464 0.38880 0.11422 0.38711 0.11422 0.38585 0.11464 0.38501 0.11548\n 11 226 10 0.39678 0.12472 0.39594 0.12388 0.39510 0.12262 0.39426 0.12094 0.39384 0.11884 0.39384 0.11716 0.39426 0.11506 0.39510 0.11338 0.39594 0.11211 0.39678 0.11127\n 11 50 2 0.39972 0.12304 0.39972 0.11422\n 11 50 2 0.40980 0.12472 0.40224 0.11127\n 11 314 14 0.41232 0.12094 0.41232 0.12136 0.41275 0.12220 0.41317 0.12262 0.41401 0.12304 0.41569 0.12304 0.41653 0.12262 0.41695 0.12220 0.41737 0.12136 0.41737 0.12052 0.41695 0.11968 0.41611 0.11842 0.41190 0.11422 0.41779 0.11422\n 11 380 17 0.42283 0.12304 0.42157 0.12262 0.42073 0.12136 0.42031 0.11926 0.42031 0.11800 0.42073 0.11590 0.42157 0.11464 0.42283 0.11422 0.42367 0.11422 0.42493 0.11464 0.42577 0.11590 0.42619 0.11800 0.42619 0.11926 0.42577 0.12136 0.42493 0.12262 0.42367 0.12304 0.42283 0.12304\n 11 226 10 0.42871 0.12472 0.42955 0.12388 0.43039 0.12262 0.43123 0.12094 0.43165 0.11884 0.43165 0.11716 0.43123 0.11506 0.43039 0.11338 0.42955 0.11211 0.42871 0.11127\n 11 402 18 0.69188 0.12094 0.69146 0.12178 0.69062 0.12262 0.68978 0.12304 0.68810 0.12304 0.68725 0.12262 0.68641 0.12178 0.68599 0.12094 0.68557 0.11968 0.68557 0.11758 0.68599 0.11632 0.68641 0.11548 0.68725 0.11464 0.68810 0.11422 0.68978 0.11422 0.69062 0.11464 0.69146 0.11548 0.69188 0.11632\n 11 468 21 0.69692 0.12304 0.69608 0.12262 0.69524 0.12178 0.69482 0.12094 0.69440 0.11968 0.69440 0.11758 0.69482 0.11632 0.69524 0.11548 0.69608 0.11464 0.69692 0.11422 0.69860 0.11422 0.69944 0.11464 0.70028 0.11548 0.70070 0.11632 0.70112 0.11758 0.70112 0.11968 0.70070 0.12094 0.70028 0.12178 0.69944 0.12262 0.69860 0.12304 0.69692 0.12304\n 11 446 20 0.70952 0.12178 0.70868 0.12262 0.70742 0.12304 0.70574 0.12304 0.70448 0.12262 0.70364 0.12178 0.70364 0.12094 0.70406 0.12010 0.70448 0.11968 0.70532 0.11926 0.70784 0.11842 0.70868 0.11800 0.70910 0.11758 0.70952 0.11674 0.70952 0.11548 0.70868 0.11464 0.70742 0.11422 0.70574 0.11422 0.70448 0.11464 0.70364 0.11548\n 11 226 10 0.71541 0.12472 0.71457 0.12388 0.71373 0.12262 0.71289 0.12094 0.71247 0.11884 0.71247 0.11716 0.71289 0.11506 0.71373 0.11338 0.71457 0.11211 0.71541 0.11127\n 11 50 2 0.71835 0.12304 0.71835 0.11422\n 11 50 2 0.72843 0.12472 0.72087 0.11127\n 11 314 14 0.73095 0.12094 0.73095 0.12136 0.73137 0.12220 0.73179 0.12262 0.73263 0.12304 0.73431 0.12304 0.73515 0.12262 0.73557 0.12220 0.73599 0.12136 0.73599 0.12052 0.73557 0.11968 0.73473 0.11842 0.73053 0.11422 0.73641 0.11422\n 11 72 3 0.74314 0.12304 0.73894 0.11716 0.74524 0.11716\n 11 50 2 0.74314 0.12304 0.74314 0.11422\n 11 226 10 0.74734 0.12472 0.74818 0.12388 0.74902 0.12262 0.74986 0.12094 0.75028 0.11884 0.75028 0.11716 0.74986 0.11506 0.74902 0.11338 0.74818 0.11211 0.74734 0.11127\n 11 402 18 0.37325 0.10231 0.37283 0.10315 0.37199 0.10399 0.37115 0.10441 0.36947 0.10441 0.36863 0.10399 0.36779 0.10315 0.36737 0.10231 0.36695 0.10105 0.36695 0.09895 0.36737 0.09769 0.36779 0.09685 0.36863 0.09601 0.36947 0.09559 0.37115 0.09559 0.37199 0.09601 0.37283 0.09685 0.37325 0.09769\n 11 468 21 0.37829 0.10441 0.37745 0.10399 0.37661 0.10315 0.37619 0.10231 0.37577 0.10105 0.37577 0.09895 0.37619 0.09769 0.37661 0.09685 0.37745 0.09601 0.37829 0.09559 0.37997 0.09559 0.38081 0.09601 0.38165 0.09685 0.38207 0.09769 0.38249 0.09895 0.38249 0.10105 0.38207 0.10231 0.38165 0.10315 0.38081 0.10399 0.37997 0.10441 0.37829 0.10441\n 11 446 20 0.39090 0.10315 0.39006 0.10399 0.38880 0.10441 0.38711 0.10441 0.38585 0.10399 0.38501 0.10315 0.38501 0.10231 0.38543 0.10147 0.38585 0.10105 0.38669 0.10063 0.38922 0.09979 0.39006 0.09937 0.39048 0.09895 0.39090 0.09811 0.39090 0.09685 0.39006 0.09601 0.38880 0.09559 0.38711 0.09559 0.38585 0.09601 0.38501 0.09685\n 11 226 10 0.39678 0.10609 0.39594 0.10525 0.39510 0.10399 0.39426 0.10231 0.39384 0.10021 0.39384 0.09853 0.39426 0.09643 0.39510 0.09475 0.39594 0.09349 0.39678 0.09265\n 11 50 2 0.39972 0.10441 0.39972 0.09559\n 11 50 2 0.40980 0.10609 0.40224 0.09265\n 11 314 14 0.41232 0.10231 0.41232 0.10273 0.41275 0.10357 0.41317 0.10399 0.41401 0.10441 0.41569 0.10441 0.41653 0.10399 0.41695 0.10357 0.41737 0.10273 0.41737 0.10189 0.41695 0.10105 0.41611 0.09979 0.41190 0.09559 0.41779 0.09559\n 11 644 29 0.42241 0.10441 0.42115 0.10399 0.42073 0.10315 0.42073 0.10231 0.42115 0.10147 0.42199 0.10105 0.42367 0.10063 0.42493 0.10021 0.42577 0.09937 0.42619 0.09853 0.42619 0.09727 0.42577 0.09643 0.42535 0.09601 0.42409 0.09559 0.42241 0.09559 0.42115 0.09601 0.42073 0.09643 0.42031 0.09727 0.42031 0.09853 0.42073 0.09937 0.42157 0.10021 0.42283 0.10063 0.42451 0.10105 0.42535 0.10147 0.42577 0.10231 0.42577 0.10315 0.42535 0.10399 0.42409 0.10441 0.42241 0.10441\n 11 226 10 0.42871 0.10609 0.42955 0.10525 0.43039 0.10399 0.43123 0.10231 0.43165 0.10021 0.43165 0.09853 0.43123 0.09643 0.43039 0.09475 0.42955 0.09349 0.42871 0.09265\n 11 402 18 0.69188 0.10231 0.69146 0.10315 0.69062 0.10399 0.68978 0.10441 0.68810 0.10441 0.68725 0.10399 0.68641 0.10315 0.68599 0.10231 0.68557 0.10105 0.68557 0.09895 0.68599 0.09769 0.68641 0.09685 0.68725 0.09601 0.68810 0.09559 0.68978 0.09559 0.69062 0.09601 0.69146 0.09685 0.69188 0.09769\n 11 468 21 0.69692 0.10441 0.69608 0.10399 0.69524 0.10315 0.69482 0.10231 0.69440 0.10105 0.69440 0.09895 0.69482 0.09769 0.69524 0.09685 0.69608 0.09601 0.69692 0.09559 0.69860 0.09559 0.69944 0.09601 0.70028 0.09685 0.70070 0.09769 0.70112 0.09895 0.70112 0.10105 0.70070 0.10231 0.70028 0.10315 0.69944 0.10399 0.69860 0.10441 0.69692 0.10441\n 11 446 20 0.70952 0.10315 0.70868 0.10399 0.70742 0.10441 0.70574 0.10441 0.70448 0.10399 0.70364 0.10315 0.70364 0.10231 0.70406 0.10147 0.70448 0.10105 0.70532 0.10063 0.70784 0.09979 0.70868 0.09937 0.70910 0.09895 0.70952 0.09811 0.70952 0.09685 0.70868 0.09601 0.70742 0.09559 0.70574 0.09559 0.70448 0.09601 0.70364 0.09685\n 11 226 10 0.71541 0.10609 0.71457 0.10525 0.71373 0.10399 0.71289 0.10231 0.71247 0.10021 0.71247 0.09853 0.71289 0.09643 0.71373 0.09475 0.71457 0.09349 0.71541 0.09265\n 11 50 2 0.71835 0.10441 0.71835 0.09559\n 11 50 2 0.72843 0.10609 0.72087 0.09265\n 11 336 15 0.73137 0.10441 0.73599 0.10441 0.73347 0.10105 0.73473 0.10105 0.73557 0.10063 0.73599 0.10021 0.73641 0.09895 0.73641 0.09811 0.73599 0.09685 0.73515 0.09601 0.73389 0.09559 0.73263 0.09559 0.73137 0.09601 0.73095 0.09643 0.73053 0.09727\n 11 314 14 0.73936 0.10231 0.73936 0.10273 0.73978 0.10357 0.74020 0.10399 0.74104 0.10441 0.74272 0.10441 0.74356 0.10399 0.74398 0.10357 0.74440 0.10273 0.74440 0.10189 0.74398 0.10105 0.74314 0.09979 0.73894 0.09559 0.74482 0.09559\n 11 226 10 0.74734 0.10609 0.74818 0.10525 0.74902 0.10399 0.74986 0.10231 0.75028 0.10021 0.75028 0.09853 0.74986 0.09643 0.74902 0.09475 0.74818 0.09349 0.74734 0.09265\n 11 402 18 0.37325 0.08466 0.37283 0.08550 0.37199 0.08634 0.37115 0.08676 0.36947 0.08676 0.36863 0.08634 0.36779 0.08550 0.36737 0.08466 0.36695 0.08340 0.36695 0.08130 0.36737 0.08004 0.36779 0.07920 0.36863 0.07836 0.36947 0.07794 0.37115 0.07794 0.37199 0.07836 0.37283 0.07920 0.37325 0.08004\n 11 468 21 0.37829 0.08676 0.37745 0.08634 0.37661 0.08550 0.37619 0.08466 0.37577 0.08340 0.37577 0.08130 0.37619 0.08004 0.37661 0.07920 0.37745 0.07836 0.37829 0.07794 0.37997 0.07794 0.38081 0.07836 0.38165 0.07920 0.38207 0.08004 0.38249 0.08130 0.38249 0.08340 0.38207 0.08466 0.38165 0.08550 0.38081 0.08634 0.37997 0.08676 0.37829 0.08676\n 11 446 20 0.39090 0.08550 0.39006 0.08634 0.38880 0.08676 0.38711 0.08676 0.38585 0.08634 0.38501 0.08550 0.38501 0.08466 0.38543 0.08382 0.38585 0.08340 0.38669 0.08298 0.38922 0.08214 0.39006 0.08172 0.39048 0.08130 0.39090 0.08046 0.39090 0.07920 0.39006 0.07836 0.38880 0.07794 0.38711 0.07794 0.38585 0.07836 0.38501 0.07920\n 11 226 10 0.39678 0.08845 0.39594 0.08761 0.39510 0.08634 0.39426 0.08466 0.39384 0.08256 0.39384 0.08088 0.39426 0.07878 0.39510 0.07710 0.39594 0.07584 0.39678 0.07500\n 11 50 2 0.39972 0.08676 0.39972 0.07794\n 11 50 2 0.40980 0.08845 0.40224 0.07500\n 11 336 15 0.41275 0.08676 0.41737 0.08676 0.41485 0.08340 0.41611 0.08340 0.41695 0.08298 0.41737 0.08256 0.41779 0.08130 0.41779 0.08046 0.41737 0.07920 0.41653 0.07836 0.41527 0.07794 0.41401 0.07794 0.41275 0.07836 0.41232 0.07878 0.41190 0.07962\n 11 512 23 0.42577 0.08550 0.42535 0.08634 0.42409 0.08676 0.42325 0.08676 0.42199 0.08634 0.42115 0.08508 0.42073 0.08298 0.42073 0.08088 0.42115 0.07920 0.42199 0.07836 0.42325 0.07794 0.42367 0.07794 0.42493 0.07836 0.42577 0.07920 0.42619 0.08046 0.42619 0.08088 0.42577 0.08214 0.42493 0.08298 0.42367 0.08340 0.42325 0.08340 0.42199 0.08298 0.42115 0.08214 0.42073 0.08088\n 11 226 10 0.42871 0.08845 0.42955 0.08761 0.43039 0.08634 0.43123 0.08466 0.43165 0.08256 0.43165 0.08088 0.43123 0.07878 0.43039 0.07710 0.42955 0.07584 0.42871 0.07500\n 11 402 18 0.69188 0.08466 0.69146 0.08550 0.69062 0.08634 0.68978 0.08676 0.68810 0.08676 0.68725 0.08634 0.68641 0.08550 0.68599 0.08466 0.68557 0.08340 0.68557 0.08130 0.68599 0.08004 0.68641 0.07920 0.68725 0.07836 0.68810 0.07794 0.68978 0.07794 0.69062 0.07836 0.69146 0.07920 0.69188 0.08004\n 11 468 21 0.69692 0.08676 0.69608 0.08634 0.69524 0.08550 0.69482 0.08466 0.69440 0.08340 0.69440 0.08130 0.69482 0.08004 0.69524 0.07920 0.69608 0.07836 0.69692 0.07794 0.69860 0.07794 0.69944 0.07836 0.70028 0.07920 0.70070 0.08004 0.70112 0.08130 0.70112 0.08340 0.70070 0.08466 0.70028 0.08550 0.69944 0.08634 0.69860 0.08676 0.69692 0.08676\n 11 446 20 0.70952 0.08550 0.70868 0.08634 0.70742 0.08676 0.70574 0.08676 0.70448 0.08634 0.70364 0.08550 0.70364 0.08466 0.70406 0.08382 0.70448 0.08340 0.70532 0.08298 0.70784 0.08214 0.70868 0.08172 0.70910 0.08130 0.70952 0.08046 0.70952 0.07920 0.70868 0.07836 0.70742 0.07794 0.70574 0.07794 0.70448 0.07836 0.70364 0.07920\n 11 226 10 0.71541 0.08845 0.71457 0.08761 0.71373 0.08634 0.71289 0.08466 0.71247 0.08256 0.71247 0.08088 0.71289 0.07878 0.71373 0.07710 0.71457 0.07584 0.71541 0.07500\n 11 50 2 0.71835 0.08676 0.71835 0.07794\n 11 50 2 0.72843 0.08845 0.72087 0.07500\n 11 72 3 0.73473 0.08676 0.73053 0.08088 0.73683 0.08088\n 11 50 2 0.73473 0.08676 0.73473 0.07794\n 11 380 17 0.74146 0.08676 0.74020 0.08634 0.73936 0.08508 0.73894 0.08298 0.73894 0.08172 0.73936 0.07962 0.74020 0.07836 0.74146 0.07794 0.74230 0.07794 0.74356 0.07836 0.74440 0.07962 0.74482 0.08172 0.74482 0.08298 0.74440 0.08508 0.74356 0.08634 0.74230 0.08676 0.74146 0.08676\n 11 226 10 0.74734 0.08845 0.74818 0.08761 0.74902 0.08634 0.74986 0.08466 0.75028 0.08256 0.75028 0.08088 0.74986 0.07878 0.74902 0.07710 0.74818 0.07584 0.74734 0.07500\n 11 402 18 0.37325 0.06604 0.37283 0.06688 0.37199 0.06772 0.37115 0.06814 0.36947 0.06814 0.36863 0.06772 0.36779 0.06688 0.36737 0.06604 0.36695 0.06478 0.36695 0.06268 0.36737 0.06141 0.36779 0.06057 0.36863 0.05973 0.36947 0.05931 0.37115 0.05931 0.37199 0.05973 0.37283 0.06057 0.37325 0.06141\n 11 468 21 0.37829 0.06814 0.37745 0.06772 0.37661 0.06688 0.37619 0.06604 0.37577 0.06478 0.37577 0.06268 0.37619 0.06141 0.37661 0.06057 0.37745 0.05973 0.37829 0.05931 0.37997 0.05931 0.38081 0.05973 0.38165 0.06057 0.38207 0.06141 0.38249 0.06268 0.38249 0.06478 0.38207 0.06604 0.38165 0.06688 0.38081 0.06772 0.37997 0.06814 0.37829 0.06814\n 11 446 20 0.39090 0.06688 0.39006 0.06772 0.38880 0.06814 0.38711 0.06814 0.38585 0.06772 0.38501 0.06688 0.38501 0.06604 0.38543 0.06520 0.38585 0.06478 0.38669 0.06436 0.38922 0.06352 0.39006 0.06310 0.39048 0.06268 0.39090 0.06183 0.39090 0.06057 0.39006 0.05973 0.38880 0.05931 0.38711 0.05931 0.38585 0.05973 0.38501 0.06057\n 11 226 10 0.39678 0.06982 0.39594 0.06898 0.39510 0.06772 0.39426 0.06604 0.39384 0.06394 0.39384 0.06225 0.39426 0.06015 0.39510 0.05847 0.39594 0.05721 0.39678 0.05637\n 11 50 2 0.39972 0.06814 0.39972 0.05931\n 11 50 2 0.40980 0.06982 0.40224 0.05637\n 11 72 3 0.41611 0.06814 0.41190 0.06225 0.41821 0.06225\n 11 50 2 0.41611 0.06814 0.41611 0.05931\n 11 72 3 0.42451 0.06814 0.42031 0.06225 0.42661 0.06225\n 11 50 2 0.42451 0.06814 0.42451 0.05931\n 11 226 10 0.42871 0.06982 0.42955 0.06898 0.43039 0.06772 0.43123 0.06604 0.43165 0.06394 0.43165 0.06225 0.43123 0.06015 0.43039 0.05847 0.42955 0.05721 0.42871 0.05637\n 11 402 18 0.69188 0.06604 0.69146 0.06688 0.69062 0.06772 0.68978 0.06814 0.68810 0.06814 0.68725 0.06772 0.68641 0.06688 0.68599 0.06604 0.68557 0.06478 0.68557 0.06268 0.68599 0.06141 0.68641 0.06057 0.68725 0.05973 0.68810 0.05931 0.68978 0.05931 0.69062 0.05973 0.69146 0.06057 0.69188 0.06141\n 11 468 21 0.69692 0.06814 0.69608 0.06772 0.69524 0.06688 0.69482 0.06604 0.69440 0.06478 0.69440 0.06268 0.69482 0.06141 0.69524 0.06057 0.69608 0.05973 0.69692 0.05931 0.69860 0.05931 0.69944 0.05973 0.70028 0.06057 0.70070 0.06141 0.70112 0.06268 0.70112 0.06478 0.70070 0.06604 0.70028 0.06688 0.69944 0.06772 0.69860 0.06814 0.69692 0.06814\n 11 446 20 0.70952 0.06688 0.70868 0.06772 0.70742 0.06814 0.70574 0.06814 0.70448 0.06772 0.70364 0.06688 0.70364 0.06604 0.70406 0.06520 0.70448 0.06478 0.70532 0.06436 0.70784 0.06352 0.70868 0.06310 0.70910 0.06268 0.70952 0.06183 0.70952 0.06057 0.70868 0.05973 0.70742 0.05931 0.70574 0.05931 0.70448 0.05973 0.70364 0.06057\n 11 226 10 0.71541 0.06982 0.71457 0.06898 0.71373 0.06772 0.71289 0.06604 0.71247 0.06394 0.71247 0.06225 0.71289 0.06015 0.71373 0.05847 0.71457 0.05721 0.71541 0.05637\n 11 50 2 0.71835 0.06814 0.71835 0.05931\n 11 50 2 0.72843 0.06982 0.72087 0.05637\n 11 72 3 0.73473 0.06814 0.73053 0.06225 0.73683 0.06225\n 11 50 2 0.73473 0.06814 0.73473 0.05931\n 11 644 29 0.74104 0.06814 0.73978 0.06772 0.73936 0.06688 0.73936 0.06604 0.73978 0.06520 0.74062 0.06478 0.74230 0.06436 0.74356 0.06394 0.74440 0.06310 0.74482 0.06225 0.74482 0.06099 0.74440 0.06015 0.74398 0.05973 0.74272 0.05931 0.74104 0.05931 0.73978 0.05973 0.73936 0.06015 0.73894 0.06099 0.73894 0.06225 0.73936 0.06310 0.74020 0.06394 0.74146 0.06436 0.74314 0.06478 0.74398 0.06520 0.74440 0.06604 0.74440 0.06688 0.74398 0.06772 0.74272 0.06814 0.74104 0.06814\n 11 226 10 0.74734 0.06982 0.74818 0.06898 0.74902 0.06772 0.74986 0.06604 0.75028 0.06394 0.75028 0.06225 0.74986 0.06015 0.74902 0.05847 0.74818 0.05721 0.74734 0.05637\n 11 402 18 0.37325 0.04741 0.37283 0.04825 0.37199 0.04909 0.37115 0.04951 0.36947 0.04951 0.36863 0.04909 0.36779 0.04825 0.36737 0.04741 0.36695 0.04615 0.36695 0.04405 0.36737 0.04279 0.36779 0.04195 0.36863 0.04111 0.36947 0.04069 0.37115 0.04069 0.37199 0.04111 0.37283 0.04195 0.37325 0.04279\n 11 468 21 0.37829 0.04951 0.37745 0.04909 0.37661 0.04825 0.37619 0.04741 0.37577 0.04615 0.37577 0.04405 0.37619 0.04279 0.37661 0.04195 0.37745 0.04111 0.37829 0.04069 0.37997 0.04069 0.38081 0.04111 0.38165 0.04195 0.38207 0.04279 0.38249 0.04405 0.38249 0.04615 0.38207 0.04741 0.38165 0.04825 0.38081 0.04909 0.37997 0.04951 0.37829 0.04951\n 11 446 20 0.39090 0.04825 0.39006 0.04909 0.38880 0.04951 0.38711 0.04951 0.38585 0.04909 0.38501 0.04825 0.38501 0.04741 0.38543 0.04657 0.38585 0.04615 0.38669 0.04573 0.38922 0.04489 0.39006 0.04447 0.39048 0.04405 0.39090 0.04321 0.39090 0.04195 0.39006 0.04111 0.38880 0.04069 0.38711 0.04069 0.38585 0.04111 0.38501 0.04195\n 11 226 10 0.39678 0.05119 0.39594 0.05035 0.39510 0.04909 0.39426 0.04741 0.39384 0.04531 0.39384 0.04363 0.39426 0.04153 0.39510 0.03985 0.39594 0.03859 0.39678 0.03775\n 11 50 2 0.39972 0.04951 0.39972 0.04069\n 11 50 2 0.40980 0.05119 0.40224 0.03775\n 11 380 17 0.41695 0.04951 0.41275 0.04951 0.41232 0.04573 0.41275 0.04615 0.41401 0.04657 0.41527 0.04657 0.41653 0.04615 0.41737 0.04531 0.41779 0.04405 0.41779 0.04321 0.41737 0.04195 0.41653 0.04111 0.41527 0.04069 0.41401 0.04069 0.41275 0.04111 0.41232 0.04153 0.41190 0.04237\n 11 314 14 0.42073 0.04741 0.42073 0.04783 0.42115 0.04867 0.42157 0.04909 0.42241 0.04951 0.42409 0.04951 0.42493 0.04909 0.42535 0.04867 0.42577 0.04783 0.42577 0.04699 0.42535 0.04615 0.42451 0.04489 0.42031 0.04069 0.42619 0.04069\n 11 226 10 0.42871 0.05119 0.42955 0.05035 0.43039 0.04909 0.43123 0.04741 0.43165 0.04531 0.43165 0.04363 0.43123 0.04153 0.43039 0.03985 0.42955 0.03859 0.42871 0.03775\n 11 402 18 0.69188 0.04741 0.69146 0.04825 0.69062 0.04909 0.68978 0.04951 0.68810 0.04951 0.68725 0.04909 0.68641 0.04825 0.68599 0.04741 0.68557 0.04615 0.68557 0.04405 0.68599 0.04279 0.68641 0.04195 0.68725 0.04111 0.68810 0.04069 0.68978 0.04069 0.69062 0.04111 0.69146 0.04195 0.69188 0.04279\n 11 468 21 0.69692 0.04951 0.69608 0.04909 0.69524 0.04825 0.69482 0.04741 0.69440 0.04615 0.69440 0.04405 0.69482 0.04279 0.69524 0.04195 0.69608 0.04111 0.69692 0.04069 0.69860 0.04069 0.69944 0.04111 0.70028 0.04195 0.70070 0.04279 0.70112 0.04405 0.70112 0.04615 0.70070 0.04741 0.70028 0.04825 0.69944 0.04909 0.69860 0.04951 0.69692 0.04951\n 11 446 20 0.70952 0.04825 0.70868 0.04909 0.70742 0.04951 0.70574 0.04951 0.70448 0.04909 0.70364 0.04825 0.70364 0.04741 0.70406 0.04657 0.70448 0.04615 0.70532 0.04573 0.70784 0.04489 0.70868 0.04447 0.70910 0.04405 0.70952 0.04321 0.70952 0.04195 0.70868 0.04111 0.70742 0.04069 0.70574 0.04069 0.70448 0.04111 0.70364 0.04195\n 11 226 10 0.71541 0.05119 0.71457 0.05035 0.71373 0.04909 0.71289 0.04741 0.71247 0.04531 0.71247 0.04363 0.71289 0.04153 0.71373 0.03985 0.71457 0.03859 0.71541 0.03775\n 11 50 2 0.71835 0.04951 0.71835 0.04069\n 11 50 2 0.72843 0.05119 0.72087 0.03775\n 11 380 17 0.73557 0.04951 0.73137 0.04951 0.73095 0.04573 0.73137 0.04615 0.73263 0.04657 0.73389 0.04657 0.73515 0.04615 0.73599 0.04531 0.73641 0.04405 0.73641 0.04321 0.73599 0.04195 0.73515 0.04111 0.73389 0.04069 0.73263 0.04069 0.73137 0.04111 0.73095 0.04153 0.73053 0.04237\n 11 512 23 0.74440 0.04825 0.74398 0.04909 0.74272 0.04951 0.74188 0.04951 0.74062 0.04909 0.73978 0.04783 0.73936 0.04573 0.73936 0.04363 0.73978 0.04195 0.74062 0.04111 0.74188 0.04069 0.74230 0.04069 0.74356 0.04111 0.74440 0.04195 0.74482 0.04321 0.74482 0.04363 0.74440 0.04489 0.74356 0.04573 0.74230 0.04615 0.74188 0.04615 0.74062 0.04573 0.73978 0.04489 0.73936 0.04363\n 11 226 10 0.74734 0.05119 0.74818 0.05035 0.74902 0.04909 0.74986 0.04741 0.75028 0.04531 0.75028 0.04363 0.74986 0.04153 0.74902 0.03985 0.74818 0.03859 0.74734 0.03775\n 11 402 18 0.37325 0.02878 0.37283 0.02962 0.37199 0.03046 0.37115 0.03088 0.36947 0.03088 0.36863 0.03046 0.36779 0.02962 0.36737 0.02878 0.36695 0.02752 0.36695 0.02542 0.36737 0.02416 0.36779 0.02332 0.36863 0.02248 0.36947 0.02206 0.37115 0.02206 0.37199 0.02248 0.37283 0.02332 0.37325 0.02416\n 11 468 21 0.37829 0.03088 0.37745 0.03046 0.37661 0.02962 0.37619 0.02878 0.37577 0.02752 0.37577 0.02542 0.37619 0.02416 0.37661 0.02332 0.37745 0.02248 0.37829 0.02206 0.37997 0.02206 0.38081 0.02248 0.38165 0.02332 0.38207 0.02416 0.38249 0.02542 0.38249 0.02752 0.38207 0.02878 0.38165 0.02962 0.38081 0.03046 0.37997 0.03088 0.37829 0.03088\n 11 446 20 0.39090 0.02962 0.39006 0.03046 0.38880 0.03088 0.38711 0.03088 0.38585 0.03046 0.38501 0.02962 0.38501 0.02878 0.38543 0.02794 0.38585 0.02752 0.38669 0.02710 0.38922 0.02626 0.39006 0.02584 0.39048 0.02542 0.39090 0.02458 0.39090 0.02332 0.39006 0.02248 0.38880 0.02206 0.38711 0.02206 0.38585 0.02248 0.38501 0.02332\n 11 226 10 0.39678 0.03256 0.39594 0.03172 0.39510 0.03046 0.39426 0.02878 0.39384 0.02668 0.39384 0.02500 0.39426 0.02290 0.39510 0.02122 0.39594 0.01996 0.39678 0.01912\n 11 50 2 0.39972 0.03088 0.39972 0.02206\n 11 50 2 0.40980 0.03256 0.40224 0.01912\n 11 512 23 0.41737 0.02962 0.41695 0.03046 0.41569 0.03088 0.41485 0.03088 0.41359 0.03046 0.41275 0.02920 0.41232 0.02710 0.41232 0.02500 0.41275 0.02332 0.41359 0.02248 0.41485 0.02206 0.41527 0.02206 0.41653 0.02248 0.41737 0.02332 0.41779 0.02458 0.41779 0.02500 0.41737 0.02626 0.41653 0.02710 0.41527 0.02752 0.41485 0.02752 0.41359 0.02710 0.41275 0.02626 0.41232 0.02500\n 11 380 17 0.42283 0.03088 0.42157 0.03046 0.42073 0.02920 0.42031 0.02710 0.42031 0.02584 0.42073 0.02374 0.42157 0.02248 0.42283 0.02206 0.42367 0.02206 0.42493 0.02248 0.42577 0.02374 0.42619 0.02584 0.42619 0.02710 0.42577 0.02920 0.42493 0.03046 0.42367 0.03088 0.42283 0.03088\n 11 226 10 0.42871 0.03256 0.42955 0.03172 0.43039 0.03046 0.43123 0.02878 0.43165 0.02668 0.43165 0.02500 0.43123 0.02290 0.43039 0.02122 0.42955 0.01996 0.42871 0.01912\n 11 402 18 0.69188 0.02878 0.69146 0.02962 0.69062 0.03046 0.68978 0.03088 0.68810 0.03088 0.68725 0.03046 0.68641 0.02962 0.68599 0.02878 0.68557 0.02752 0.68557 0.02542 0.68599 0.02416 0.68641 0.02332 0.68725 0.02248 0.68810 0.02206 0.68978 0.02206 0.69062 0.02248 0.69146 0.02332 0.69188 0.02416\n 11 468 21 0.69692 0.03088 0.69608 0.03046 0.69524 0.02962 0.69482 0.02878 0.69440 0.02752 0.69440 0.02542 0.69482 0.02416 0.69524 0.02332 0.69608 0.02248 0.69692 0.02206 0.69860 0.02206 0.69944 0.02248 0.70028 0.02332 0.70070 0.02416 0.70112 0.02542 0.70112 0.02752 0.70070 0.02878 0.70028 0.02962 0.69944 0.03046 0.69860 0.03088 0.69692 0.03088\n 11 446 20 0.70952 0.02962 0.70868 0.03046 0.70742 0.03088 0.70574 0.03088 0.70448 0.03046 0.70364 0.02962 0.70364 0.02878 0.70406 0.02794 0.70448 0.02752 0.70532 0.02710 0.70784 0.02626 0.70868 0.02584 0.70910 0.02542 0.70952 0.02458 0.70952 0.02332 0.70868 0.02248 0.70742 0.02206 0.70574 0.02206 0.70448 0.02248 0.70364 0.02332\n 11 226 10 0.71541 0.03256 0.71457 0.03172 0.71373 0.03046 0.71289 0.02878 0.71247 0.02668 0.71247 0.02500 0.71289 0.02290 0.71373 0.02122 0.71457 0.01996 0.71541 0.01912\n 11 50 2 0.71835 0.03088 0.71835 0.02206\n 11 50 2 0.72843 0.03256 0.72087 0.01912\n 11 512 23 0.73599 0.02962 0.73557 0.03046 0.73431 0.03088 0.73347 0.03088 0.73221 0.03046 0.73137 0.02920 0.73095 0.02710 0.73095 0.02500 0.73137 0.02332 0.73221 0.02248 0.73347 0.02206 0.73389 0.02206 0.73515 0.02248 0.73599 0.02332 0.73641 0.02458 0.73641 0.02500 0.73599 0.02626 0.73515 0.02710 0.73389 0.02752 0.73347 0.02752 0.73221 0.02710 0.73137 0.02626 0.73095 0.02500\n 11 72 3 0.74314 0.03088 0.73894 0.02500 0.74524 0.02500\n 11 50 2 0.74314 0.03088 0.74314 0.02206\n 11 226 10 0.74734 0.03256 0.74818 0.03172 0.74902 0.03046 0.74986 0.02878 0.75028 0.02668 0.75028 0.02500 0.74986 0.02290 0.74902 0.02122 0.74818 0.01996 0.74734 0.01912\n 11 50 2 0.74404 0.28799 0.74404 0.28799\n 82 0\n 81 6 1202\n 82 0\n 0 0\n","old_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 09\/02\/02 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 56 39 7 0.60000 0.60000 0.60000\n 56 39 8 0.60000 0.60000 0.60000\n 56 39 9 0.60000 0.60000 0.60000\n 56 39 10 0.60000 0.60000 0.60000\n 56 39 11 0.60000 0.60000 0.60000\n 56 39 12 0.60000 0.60000 0.60000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 2.00000 1\n 52 29 25 1 1.00000 1\n 51 29 25 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 2.00000 2\n 52 29 26 1 1.00000 2\n 51 29 26 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 15 1 1.00000 3\n 51 29 15 1 2.00000 3\n 52 29 27 1 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0.11765 0.45956 0.11765 0.47729 0.11765 0.47729 0.11765 0.47729 0.11765 0.49502 0.11765 0.49502 0.11765 0.49502 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.53047 0.11765 0.53047 0.11765 0.53047 0.11765 0.54820 0.11765 0.54820 0.11765 0.54820 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.58366 0.11765 0.58366 0.11765 0.58366 0.11765 0.60139 0.11765 0.60139 0.11765 0.60139 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.63685 0.11765 0.63685 0.11765 0.63685 0.11765 0.65458 0.11765 0.65458 0.11765 0.65458 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.69003 0.11765 0.69003 0.11765 0.69003 0.11765 0.70776 0.11765 0.70776 0.11765 0.70776 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 226 10 0.06956 0.25172 0.06863 0.25125 0.06816 0.25078 0.06769 0.24985 0.06723 0.24751 0.06723 0.24611 0.06769 0.24378 0.06816 0.24285 0.06863 0.24238 0.06956 0.24191\n 11 226 10 0.07049 0.24191 0.07143 0.24238 0.07190 0.24285 0.07236 0.24378 0.07283 0.24611 0.07283 0.24751 0.07236 0.24985 0.07190 0.25078 0.07143 0.25125 0.07049 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 292 13 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24891 0.08170 0.24798 0.08310 0.24751 0.08497 0.24751 0.08637 0.24798 0.08683 0.24891 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 138 6 0.08310 0.25172 0.08217 0.25125 0.08170 0.25032 0.08170 0.24891 0.08217 0.24798 0.08310 0.24751\n 11 138 6 0.08497 0.24751 0.08590 0.24798 0.08637 0.24891 0.08637 0.25032 0.08590 0.25125 0.08497 0.25172\n 11 358 16 0.08310 0.24751 0.08170 0.24705 0.08123 0.24658 0.08077 0.24565 0.08077 0.24378 0.08123 0.24285 0.08170 0.24238 0.08310 0.24191 0.08497 0.24191 0.08637 0.24238 0.08683 0.24285 0.08730 0.24378 0.08730 0.24565 0.08683 0.24658 0.08637 0.24705 0.08497 0.24751\n 11 182 8 0.08310 0.24751 0.08217 0.24705 0.08170 0.24658 0.08123 0.24565 0.08123 0.24378 0.08170 0.24285 0.08217 0.24238 0.08310 0.24191\n 11 182 8 0.08497 0.24191 0.08590 0.24238 0.08637 0.24285 0.08683 0.24378 0.08683 0.24565 0.08637 0.24658 0.08590 0.24705 0.08497 0.24751\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 226 10 0.09290 0.25172 0.09197 0.25125 0.09150 0.25078 0.09104 0.24985 0.09057 0.24751 0.09057 0.24611 0.09104 0.24378 0.09150 0.24285 0.09197 0.24238 0.09290 0.24191\n 11 226 10 0.09384 0.24191 0.09477 0.24238 0.09524 0.24285 0.09570 0.24378 0.09617 0.24611 0.09617 0.24751 0.09570 0.24985 0.09524 0.25078 0.09477 0.25125 0.09384 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 226 10 0.06956 0.35809 0.06863 0.35762 0.06816 0.35715 0.06769 0.35622 0.06723 0.35389 0.06723 0.35249 0.06769 0.35015 0.06816 0.34922 0.06863 0.34875 0.06956 0.34828\n 11 226 10 0.07049 0.34828 0.07143 0.34875 0.07190 0.34922 0.07236 0.35015 0.07283 0.35249 0.07283 0.35389 0.07236 0.35622 0.07190 0.35715 0.07143 0.35762 0.07049 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 50 2 0.08497 0.35715 0.08497 0.34828\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 72 3 0.08543 0.35809 0.08030 0.35109 0.08777 0.35109\n 11 50 2 0.08357 0.34828 0.08683 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 226 10 0.09290 0.35809 0.09197 0.35762 0.09150 0.35715 0.09104 0.35622 0.09057 0.35389 0.09057 0.35249 0.09104 0.35015 0.09150 0.34922 0.09197 0.34875 0.09290 0.34828\n 11 226 10 0.09384 0.34828 0.09477 0.34875 0.09524 0.34922 0.09570 0.35015 0.09617 0.35249 0.09617 0.35389 0.09570 0.35622 0.09524 0.35715 0.09477 0.35762 0.09384 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 226 10 0.06956 0.46446 0.06863 0.46399 0.06816 0.46353 0.06769 0.46259 0.06723 0.46026 0.06723 0.45886 0.06769 0.45652 0.06816 0.45559 0.06863 0.45512 0.06956 0.45466\n 11 226 10 0.07049 0.45466 0.07143 0.45512 0.07190 0.45559 0.07236 0.45652 0.07283 0.45886 0.07283 0.46026 0.07236 0.46259 0.07190 0.46353 0.07143 0.46399 0.07049 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 226 10 0.08357 0.46446 0.08263 0.46399 0.08217 0.46353 0.08170 0.46259 0.08123 0.46026 0.08123 0.45886 0.08170 0.45652 0.08217 0.45559 0.08263 0.45512 0.08357 0.45466\n 11 226 10 0.08450 0.45466 0.08543 0.45512 0.08590 0.45559 0.08637 0.45652 0.08683 0.45886 0.08683 0.46026 0.08637 0.46259 0.08590 0.46353 0.08543 0.46399 0.08450 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 226 10 0.09290 0.46446 0.09197 0.46399 0.09150 0.46353 0.09104 0.46259 0.09057 0.46026 0.09057 0.45886 0.09104 0.45652 0.09150 0.45559 0.09197 0.45512 0.09290 0.45466\n 11 226 10 0.09384 0.45466 0.09477 0.45512 0.09524 0.45559 0.09570 0.45652 0.09617 0.45886 0.09617 0.46026 0.09570 0.46259 0.09524 0.46353 0.09477 0.46399 0.09384 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 226 10 0.06956 0.57083 0.06863 0.57037 0.06816 0.56990 0.06769 0.56897 0.06723 0.56663 0.06723 0.56523 0.06769 0.56290 0.06816 0.56196 0.06863 0.56150 0.06956 0.56103\n 11 226 10 0.07049 0.56103 0.07143 0.56150 0.07190 0.56196 0.07236 0.56290 0.07283 0.56523 0.07283 0.56663 0.07236 0.56897 0.07190 0.56990 0.07143 0.57037 0.07049 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 50 2 0.08497 0.56990 0.08497 0.56103\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 72 3 0.08543 0.57083 0.08030 0.56383 0.08777 0.56383\n 11 50 2 0.08357 0.56103 0.08683 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 226 10 0.09290 0.57083 0.09197 0.57037 0.09150 0.56990 0.09104 0.56897 0.09057 0.56663 0.09057 0.56523 0.09104 0.56290 0.09150 0.56196 0.09197 0.56150 0.09290 0.56103\n 11 226 10 0.09384 0.56103 0.09477 0.56150 0.09524 0.56196 0.09570 0.56290 0.09617 0.56523 0.09617 0.56663 0.09570 0.56897 0.09524 0.56990 0.09477 0.57037 0.09384 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 226 10 0.06956 0.67721 0.06863 0.67674 0.06816 0.67627 0.06769 0.67534 0.06723 0.67300 0.06723 0.67160 0.06769 0.66927 0.06816 0.66834 0.06863 0.66787 0.06956 0.66740\n 11 226 10 0.07049 0.66740 0.07143 0.66787 0.07190 0.66834 0.07236 0.66927 0.07283 0.67160 0.07283 0.67300 0.07236 0.67534 0.07190 0.67627 0.07143 0.67674 0.07049 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 292 13 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67440 0.08170 0.67347 0.08310 0.67300 0.08497 0.67300 0.08637 0.67347 0.08683 0.67440 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 138 6 0.08310 0.67721 0.08217 0.67674 0.08170 0.67581 0.08170 0.67440 0.08217 0.67347 0.08310 0.67300\n 11 138 6 0.08497 0.67300 0.08590 0.67347 0.08637 0.67440 0.08637 0.67581 0.08590 0.67674 0.08497 0.67721\n 11 358 16 0.08310 0.67300 0.08170 0.67254 0.08123 0.67207 0.08077 0.67114 0.08077 0.66927 0.08123 0.66834 0.08170 0.66787 0.08310 0.66740 0.08497 0.66740 0.08637 0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.21136 0.11765 0.21136 0.11765 0.21136 0.11765 0.22908 0.11765 0.22908 0.11765 0.22908 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.26454 0.11765 0.26454 0.11765 0.26454 0.11765 0.28227 0.11765 0.28227 0.11765 0.28227 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.31773 0.11765 0.31773 0.11765 0.31773 0.11765 0.33546 0.11765 0.33546 0.11765 0.33546 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.37092 0.11765 0.37092 0.11765 0.37092 0.11765 0.38864 0.11765 0.38864 0.11765 0.38864 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.42410 0.11765 0.42410 0.11765 0.42410 0.11765 0.44183 0.11765 0.44183 0.11765 0.44183 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.47729 0.11765 0.47729 0.11765 0.47729 0.11765 0.49502 0.11765 0.49502 0.11765 0.49502 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.53047 0.11765 0.53047 0.11765 0.53047 0.11765 0.54820 0.11765 0.54820 0.11765 0.54820 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.58366 0.11765 0.58366 0.11765 0.58366 0.11765 0.60139 0.11765 0.60139 0.11765 0.60139 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.63685 0.11765 0.63685 0.11765 0.63685 0.11765 0.65458 0.11765 0.65458 0.11765 0.65458 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.69003 0.11765 0.69003 0.11765 0.69003 0.11765 0.70776 0.11765 0.70776 0.11765 0.70776 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 226 10 0.06956 0.25172 0.06863 0.25125 0.06816 0.25078 0.06769 0.24985 0.06723 0.24751 0.06723 0.24611 0.06769 0.24378 0.06816 0.24285 0.06863 0.24238 0.06956 0.24191\n 11 226 10 0.07049 0.24191 0.07143 0.24238 0.07190 0.24285 0.07236 0.24378 0.07283 0.24611 0.07283 0.24751 0.07236 0.24985 0.07190 0.25078 0.07143 0.25125 0.07049 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 292 13 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24891 0.08170 0.24798 0.08310 0.24751 0.08497 0.24751 0.08637 0.24798 0.08683 0.24891 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 138 6 0.08310 0.25172 0.08217 0.25125 0.08170 0.25032 0.08170 0.24891 0.08217 0.24798 0.08310 0.24751\n 11 138 6 0.08497 0.24751 0.08590 0.24798 0.08637 0.24891 0.08637 0.25032 0.08590 0.25125 0.08497 0.25172\n 11 358 16 0.08310 0.24751 0.08170 0.24705 0.08123 0.24658 0.08077 0.24565 0.08077 0.24378 0.08123 0.24285 0.08170 0.24238 0.08310 0.24191 0.08497 0.24191 0.08637 0.24238 0.08683 0.24285 0.08730 0.24378 0.08730 0.24565 0.08683 0.24658 0.08637 0.24705 0.08497 0.24751\n 11 182 8 0.08310 0.24751 0.08217 0.24705 0.08170 0.24658 0.08123 0.24565 0.08123 0.24378 0.08170 0.24285 0.08217 0.24238 0.08310 0.24191\n 11 182 8 0.08497 0.24191 0.08590 0.24238 0.08637 0.24285 0.08683 0.24378 0.08683 0.24565 0.08637 0.24658 0.08590 0.24705 0.08497 0.24751\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 226 10 0.09290 0.25172 0.09197 0.25125 0.09150 0.25078 0.09104 0.24985 0.09057 0.24751 0.09057 0.24611 0.09104 0.24378 0.09150 0.24285 0.09197 0.24238 0.09290 0.24191\n 11 226 10 0.09384 0.24191 0.09477 0.24238 0.09524 0.24285 0.09570 0.24378 0.09617 0.24611 0.09617 0.24751 0.09570 0.24985 0.09524 0.25078 0.09477 0.25125 0.09384 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 226 10 0.06956 0.35809 0.06863 0.35762 0.06816 0.35715 0.06769 0.35622 0.06723 0.35389 0.06723 0.35249 0.06769 0.35015 0.06816 0.34922 0.06863 0.34875 0.06956 0.34828\n 11 226 10 0.07049 0.34828 0.07143 0.34875 0.07190 0.34922 0.07236 0.35015 0.07283 0.35249 0.07283 0.35389 0.07236 0.35622 0.07190 0.35715 0.07143 0.35762 0.07049 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 50 2 0.08497 0.35715 0.08497 0.34828\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 72 3 0.08543 0.35809 0.08030 0.35109 0.08777 0.35109\n 11 50 2 0.08357 0.34828 0.08683 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 226 10 0.09290 0.35809 0.09197 0.35762 0.09150 0.35715 0.09104 0.35622 0.09057 0.35389 0.09057 0.35249 0.09104 0.35015 0.09150 0.34922 0.09197 0.34875 0.09290 0.34828\n 11 226 10 0.09384 0.34828 0.09477 0.34875 0.09524 0.34922 0.09570 0.35015 0.09617 0.35249 0.09617 0.35389 0.09570 0.35622 0.09524 0.35715 0.09477 0.35762 0.09384 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 226 10 0.06956 0.46446 0.06863 0.46399 0.06816 0.46353 0.06769 0.46259 0.06723 0.46026 0.06723 0.45886 0.06769 0.45652 0.06816 0.45559 0.06863 0.45512 0.06956 0.45466\n 11 226 10 0.07049 0.45466 0.07143 0.45512 0.07190 0.45559 0.07236 0.45652 0.07283 0.45886 0.07283 0.46026 0.07236 0.46259 0.07190 0.46353 0.07143 0.46399 0.07049 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 226 10 0.08357 0.46446 0.08263 0.46399 0.08217 0.46353 0.08170 0.46259 0.08123 0.46026 0.08123 0.45886 0.08170 0.45652 0.08217 0.45559 0.08263 0.45512 0.08357 0.45466\n 11 226 10 0.08450 0.45466 0.08543 0.45512 0.08590 0.45559 0.08637 0.45652 0.08683 0.45886 0.08683 0.46026 0.08637 0.46259 0.08590 0.46353 0.08543 0.46399 0.08450 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 226 10 0.09290 0.46446 0.09197 0.46399 0.09150 0.46353 0.09104 0.46259 0.09057 0.46026 0.09057 0.45886 0.09104 0.45652 0.09150 0.45559 0.09197 0.45512 0.09290 0.45466\n 11 226 10 0.09384 0.45466 0.09477 0.45512 0.09524 0.45559 0.09570 0.45652 0.09617 0.45886 0.09617 0.46026 0.09570 0.46259 0.09524 0.46353 0.09477 0.46399 0.09384 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 226 10 0.06956 0.57083 0.06863 0.57037 0.06816 0.56990 0.06769 0.56897 0.06723 0.56663 0.06723 0.56523 0.06769 0.56290 0.06816 0.56196 0.06863 0.56150 0.06956 0.56103\n 11 226 10 0.07049 0.56103 0.07143 0.56150 0.07190 0.56196 0.07236 0.56290 0.07283 0.56523 0.07283 0.56663 0.07236 0.56897 0.07190 0.56990 0.07143 0.57037 0.07049 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 50 2 0.08497 0.56990 0.08497 0.56103\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 72 3 0.08543 0.57083 0.08030 0.56383 0.08777 0.56383\n 11 50 2 0.08357 0.56103 0.08683 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 226 10 0.09290 0.57083 0.09197 0.57037 0.09150 0.56990 0.09104 0.56897 0.09057 0.56663 0.09057 0.56523 0.09104 0.56290 0.09150 0.56196 0.09197 0.56150 0.09290 0.56103\n 11 226 10 0.09384 0.56103 0.09477 0.56150 0.09524 0.56196 0.09570 0.56290 0.09617 0.56523 0.09617 0.56663 0.09570 0.56897 0.09524 0.56990 0.09477 0.57037 0.09384 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 226 10 0.06956 0.67721 0.06863 0.67674 0.06816 0.67627 0.06769 0.67534 0.06723 0.67300 0.06723 0.67160 0.06769 0.66927 0.06816 0.66834 0.06863 0.66787 0.06956 0.66740\n 11 226 10 0.07049 0.66740 0.07143 0.66787 0.07190 0.66834 0.07236 0.66927 0.07283 0.67160 0.07283 0.67300 0.07236 0.67534 0.07190 0.67627 0.07143 0.67674 0.07049 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 292 13 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67440 0.08170 0.67347 0.08310 0.67300 0.08497 0.67300 0.08637 0.67347 0.08683 0.67440 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 138 6 0.08310 0.67721 0.08217 0.67674 0.08170 0.67581 0.08170 0.67440 0.08217 0.67347 0.08310 0.67300\n 11 138 6 0.08497 0.67300 0.08590 0.67347 0.08637 0.67440 0.08637 0.67581 0.08590 0.67674 0.08497 0.67721\n 11 358 16 0.08310 0.67300 0.08170 0.67254 0.08123 0.67207 0.08077 0.67114 0.08077 0.66927 0.08123 0.66834 0.08170 0.66787 0.08310 0.66740 0.08497 0.66740 0.08637 0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84914 0.72549 0.84914 0.73162 0.84914 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84914 0.72549 0.84914 0.73162 0.84914 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84914 0.19363 0.84914 0.18750 0.84914 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84914 0.19363 0.84914 0.18750 0.84914 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 2118 96 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.21136 0.11765 0.21136 0.11765 0.21136 0.11765 0.22908 0.11765 0.22908 0.11765 0.22908 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.26454 0.11765 0.26454 0.11765 0.26454 0.11765 0.28227 0.11765 0.28227 0.11765 0.28227 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.31773 0.11765 0.31773 0.11765 0.31773 0.11765 0.33546 0.11765 0.33546 0.11765 0.33546 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.37092 0.11765 0.37092 0.11765 0.37092 0.11765 0.38864 0.11765 0.38864 0.11765 0.38864 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.42410 0.11765 0.42410 0.11765 0.42410 0.11765 0.44183 0.11765 0.44183 0.11765 0.44183 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.47729 0.11765 0.47729 0.11765 0.47729 0.11765 0.49502 0.11765 0.49502 0.11765 0.49502 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.53047 0.11765 0.53047 0.11765 0.53047 0.11765 0.54820 0.11765 0.54820 0.11765 0.54820 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.58366 0.11765 0.58366 0.11765 0.58366 0.11765 0.60139 0.11765 0.60139 0.11765 0.60139 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.63685 0.11765 0.63685 0.11765 0.63685 0.11765 0.65458 0.11765 0.65458 0.11765 0.65458 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.69003 0.11765 0.69003 0.11765 0.69003 0.11765 0.70776 0.11765 0.70776 0.11765 0.70776 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 226 10 0.06956 0.25172 0.06863 0.25125 0.06816 0.25078 0.06769 0.24985 0.06723 0.24751 0.06723 0.24611 0.06769 0.24378 0.06816 0.24285 0.06863 0.24238 0.06956 0.24191\n 11 226 10 0.07049 0.24191 0.07143 0.24238 0.07190 0.24285 0.07236 0.24378 0.07283 0.24611 0.07283 0.24751 0.07236 0.24985 0.07190 0.25078 0.07143 0.25125 0.07049 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 292 13 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24891 0.08170 0.24798 0.08310 0.24751 0.08497 0.24751 0.08637 0.24798 0.08683 0.24891 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 138 6 0.08310 0.25172 0.08217 0.25125 0.08170 0.25032 0.08170 0.24891 0.08217 0.24798 0.08310 0.24751\n 11 138 6 0.08497 0.24751 0.08590 0.24798 0.08637 0.24891 0.08637 0.25032 0.08590 0.25125 0.08497 0.25172\n 11 358 16 0.08310 0.24751 0.08170 0.24705 0.08123 0.24658 0.08077 0.24565 0.08077 0.24378 0.08123 0.24285 0.08170 0.24238 0.08310 0.24191 0.08497 0.24191 0.08637 0.24238 0.08683 0.24285 0.08730 0.24378 0.08730 0.24565 0.08683 0.24658 0.08637 0.24705 0.08497 0.24751\n 11 182 8 0.08310 0.24751 0.08217 0.24705 0.08170 0.24658 0.08123 0.24565 0.08123 0.24378 0.08170 0.24285 0.08217 0.24238 0.08310 0.24191\n 11 182 8 0.08497 0.24191 0.08590 0.24238 0.08637 0.24285 0.08683 0.24378 0.08683 0.24565 0.08637 0.24658 0.08590 0.24705 0.08497 0.24751\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 226 10 0.09290 0.25172 0.09197 0.25125 0.09150 0.25078 0.09104 0.24985 0.09057 0.24751 0.09057 0.24611 0.09104 0.24378 0.09150 0.24285 0.09197 0.24238 0.09290 0.24191\n 11 226 10 0.09384 0.24191 0.09477 0.24238 0.09524 0.24285 0.09570 0.24378 0.09617 0.24611 0.09617 0.24751 0.09570 0.24985 0.09524 0.25078 0.09477 0.25125 0.09384 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 226 10 0.06956 0.35809 0.06863 0.35762 0.06816 0.35715 0.06769 0.35622 0.06723 0.35389 0.06723 0.35249 0.06769 0.35015 0.06816 0.34922 0.06863 0.34875 0.06956 0.34828\n 11 226 10 0.07049 0.34828 0.07143 0.34875 0.07190 0.34922 0.07236 0.35015 0.07283 0.35249 0.07283 0.35389 0.07236 0.35622 0.07190 0.35715 0.07143 0.35762 0.07049 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 50 2 0.08497 0.35715 0.08497 0.34828\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 72 3 0.08543 0.35809 0.08030 0.35109 0.08777 0.35109\n 11 50 2 0.08357 0.34828 0.08683 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 226 10 0.09290 0.35809 0.09197 0.35762 0.09150 0.35715 0.09104 0.35622 0.09057 0.35389 0.09057 0.35249 0.09104 0.35015 0.09150 0.34922 0.09197 0.34875 0.09290 0.34828\n 11 226 10 0.09384 0.34828 0.09477 0.34875 0.09524 0.34922 0.09570 0.35015 0.09617 0.35249 0.09617 0.35389 0.09570 0.35622 0.09524 0.35715 0.09477 0.35762 0.09384 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 226 10 0.06956 0.46446 0.06863 0.46399 0.06816 0.46353 0.06769 0.46259 0.06723 0.46026 0.06723 0.45886 0.06769 0.45652 0.06816 0.45559 0.06863 0.45512 0.06956 0.45466\n 11 226 10 0.07049 0.45466 0.07143 0.45512 0.07190 0.45559 0.07236 0.45652 0.07283 0.45886 0.07283 0.46026 0.07236 0.46259 0.07190 0.46353 0.07143 0.46399 0.07049 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 226 10 0.08357 0.46446 0.08263 0.46399 0.08217 0.46353 0.08170 0.46259 0.08123 0.46026 0.08123 0.45886 0.08170 0.45652 0.08217 0.45559 0.08263 0.45512 0.08357 0.45466\n 11 226 10 0.08450 0.45466 0.08543 0.45512 0.08590 0.45559 0.08637 0.45652 0.08683 0.45886 0.08683 0.46026 0.08637 0.46259 0.08590 0.46353 0.08543 0.46399 0.08450 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 226 10 0.09290 0.46446 0.09197 0.46399 0.09150 0.46353 0.09104 0.46259 0.09057 0.46026 0.09057 0.45886 0.09104 0.45652 0.09150 0.45559 0.09197 0.45512 0.09290 0.45466\n 11 226 10 0.09384 0.45466 0.09477 0.45512 0.09524 0.45559 0.09570 0.45652 0.09617 0.45886 0.09617 0.46026 0.09570 0.46259 0.09524 0.46353 0.09477 0.46399 0.09384 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 226 10 0.06956 0.57083 0.06863 0.57037 0.06816 0.56990 0.06769 0.56897 0.06723 0.56663 0.06723 0.56523 0.06769 0.56290 0.06816 0.56196 0.06863 0.56150 0.06956 0.56103\n 11 226 10 0.07049 0.56103 0.07143 0.56150 0.07190 0.56196 0.07236 0.56290 0.07283 0.56523 0.07283 0.56663 0.07236 0.56897 0.07190 0.56990 0.07143 0.57037 0.07049 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 50 2 0.08497 0.56990 0.08497 0.56103\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 72 3 0.08543 0.57083 0.08030 0.56383 0.08777 0.56383\n 11 50 2 0.08357 0.56103 0.08683 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 226 10 0.09290 0.57083 0.09197 0.57037 0.09150 0.56990 0.09104 0.56897 0.09057 0.56663 0.09057 0.56523 0.09104 0.56290 0.09150 0.56196 0.09197 0.56150 0.09290 0.56103\n 11 226 10 0.09384 0.56103 0.09477 0.56150 0.09524 0.56196 0.09570 0.56290 0.09617 0.56523 0.09617 0.56663 0.09570 0.56897 0.09524 0.56990 0.09477 0.57037 0.09384 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 226 10 0.06956 0.67721 0.06863 0.67674 0.06816 0.67627 0.06769 0.67534 0.06723 0.67300 0.06723 0.67160 0.06769 0.66927 0.06816 0.66834 0.06863 0.66787 0.06956 0.66740\n 11 226 10 0.07049 0.66740 0.07143 0.66787 0.07190 0.66834 0.07236 0.66927 0.07283 0.67160 0.07283 0.67300 0.07236 0.67534 0.07190 0.67627 0.07143 0.67674 0.07049 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 292 13 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67440 0.08170 0.67347 0.08310 0.67300 0.08497 0.67300 0.08637 0.67347 0.08683 0.67440 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 138 6 0.08310 0.67721 0.08217 0.67674 0.08170 0.67581 0.08170 0.67440 0.08217 0.67347 0.08310 0.67300\n 11 138 6 0.08497 0.67300 0.08590 0.67347 0.08637 0.67440 0.08637 0.67581 0.08590 0.67674 0.08497 0.67721\n 11 358 16 0.08310 0.67300 0.08170 0.67254 0.08123 0.67207 0.08077 0.67114 0.08077 0.66927 0.08123 0.66834 0.08170 0.66787 0.08310 0.66740 0.08497 0.66740 0.08637 0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.21136 0.11765 0.21136 0.11765 0.21136 0.11765 0.22908 0.11765 0.22908 0.11765 0.22908 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.26454 0.11765 0.26454 0.11765 0.26454 0.11765 0.28227 0.11765 0.28227 0.11765 0.28227 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.31773 0.11765 0.31773 0.11765 0.31773 0.11765 0.33546 0.11765 0.33546 0.11765 0.33546 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.37092 0.11765 0.37092 0.11765 0.37092 0.11765 0.38864 0.11765 0.38864 0.11765 0.38864 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.42410 0.11765 0.42410 0.11765 0.42410 0.11765 0.44183 0.11765 0.44183 0.11765 0.44183 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.47729 0.11765 0.47729 0.11765 0.47729 0.11765 0.49502 0.11765 0.49502 0.11765 0.49502 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.53047 0.11765 0.53047 0.11765 0.53047 0.11765 0.54820 0.11765 0.54820 0.11765 0.54820 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.58366 0.11765 0.58366 0.11765 0.58366 0.11765 0.60139 0.11765 0.60139 0.11765 0.60139 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.63685 0.11765 0.63685 0.11765 0.63685 0.11765 0.65458 0.11765 0.65458 0.11765 0.65458 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.69003 0.11765 0.69003 0.11765 0.69003 0.11765 0.70776 0.11765 0.70776 0.11765 0.70776 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 226 10 0.06956 0.25172 0.06863 0.25125 0.06816 0.25078 0.06769 0.24985 0.06723 0.24751 0.06723 0.24611 0.06769 0.24378 0.06816 0.24285 0.06863 0.24238 0.06956 0.24191\n 11 226 10 0.07049 0.24191 0.07143 0.24238 0.07190 0.24285 0.07236 0.24378 0.07283 0.24611 0.07283 0.24751 0.07236 0.24985 0.07190 0.25078 0.07143 0.25125 0.07049 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 292 13 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24891 0.08170 0.24798 0.08310 0.24751 0.08497 0.24751 0.08637 0.24798 0.08683 0.24891 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 138 6 0.08310 0.25172 0.08217 0.25125 0.08170 0.25032 0.08170 0.24891 0.08217 0.24798 0.08310 0.24751\n 11 138 6 0.08497 0.24751 0.08590 0.24798 0.08637 0.24891 0.08637 0.25032 0.08590 0.25125 0.08497 0.25172\n 11 358 16 0.08310 0.24751 0.08170 0.24705 0.08123 0.24658 0.08077 0.24565 0.08077 0.24378 0.08123 0.24285 0.08170 0.24238 0.08310 0.24191 0.08497 0.24191 0.08637 0.24238 0.08683 0.24285 0.08730 0.24378 0.08730 0.24565 0.08683 0.24658 0.08637 0.24705 0.08497 0.24751\n 11 182 8 0.08310 0.24751 0.08217 0.24705 0.08170 0.24658 0.08123 0.24565 0.08123 0.24378 0.08170 0.24285 0.08217 0.24238 0.08310 0.24191\n 11 182 8 0.08497 0.24191 0.08590 0.24238 0.08637 0.24285 0.08683 0.24378 0.08683 0.24565 0.08637 0.24658 0.08590 0.24705 0.08497 0.24751\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 226 10 0.09290 0.25172 0.09197 0.25125 0.09150 0.25078 0.09104 0.24985 0.09057 0.24751 0.09057 0.24611 0.09104 0.24378 0.09150 0.24285 0.09197 0.24238 0.09290 0.24191\n 11 226 10 0.09384 0.24191 0.09477 0.24238 0.09524 0.24285 0.09570 0.24378 0.09617 0.24611 0.09617 0.24751 0.09570 0.24985 0.09524 0.25078 0.09477 0.25125 0.09384 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 226 10 0.06956 0.35809 0.06863 0.35762 0.06816 0.35715 0.06769 0.35622 0.06723 0.35389 0.06723 0.35249 0.06769 0.35015 0.06816 0.34922 0.06863 0.34875 0.06956 0.34828\n 11 226 10 0.07049 0.34828 0.07143 0.34875 0.07190 0.34922 0.07236 0.35015 0.07283 0.35249 0.07283 0.35389 0.07236 0.35622 0.07190 0.35715 0.07143 0.35762 0.07049 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 50 2 0.08497 0.35715 0.08497 0.34828\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 72 3 0.08543 0.35809 0.08030 0.35109 0.08777 0.35109\n 11 50 2 0.08357 0.34828 0.08683 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 226 10 0.09290 0.35809 0.09197 0.35762 0.09150 0.35715 0.09104 0.35622 0.09057 0.35389 0.09057 0.35249 0.09104 0.35015 0.09150 0.34922 0.09197 0.34875 0.09290 0.34828\n 11 226 10 0.09384 0.34828 0.09477 0.34875 0.09524 0.34922 0.09570 0.35015 0.09617 0.35249 0.09617 0.35389 0.09570 0.35622 0.09524 0.35715 0.09477 0.35762 0.09384 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 226 10 0.06956 0.46446 0.06863 0.46399 0.06816 0.46353 0.06769 0.46259 0.06723 0.46026 0.06723 0.45886 0.06769 0.45652 0.06816 0.45559 0.06863 0.45512 0.06956 0.45466\n 11 226 10 0.07049 0.45466 0.07143 0.45512 0.07190 0.45559 0.07236 0.45652 0.07283 0.45886 0.07283 0.46026 0.07236 0.46259 0.07190 0.46353 0.07143 0.46399 0.07049 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 226 10 0.08357 0.46446 0.08263 0.46399 0.08217 0.46353 0.08170 0.46259 0.08123 0.46026 0.08123 0.45886 0.08170 0.45652 0.08217 0.45559 0.08263 0.45512 0.08357 0.45466\n 11 226 10 0.08450 0.45466 0.08543 0.45512 0.08590 0.45559 0.08637 0.45652 0.08683 0.45886 0.08683 0.46026 0.08637 0.46259 0.08590 0.46353 0.08543 0.46399 0.08450 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 226 10 0.09290 0.46446 0.09197 0.46399 0.09150 0.46353 0.09104 0.46259 0.09057 0.46026 0.09057 0.45886 0.09104 0.45652 0.09150 0.45559 0.09197 0.45512 0.09290 0.45466\n 11 226 10 0.09384 0.45466 0.09477 0.45512 0.09524 0.45559 0.09570 0.45652 0.09617 0.45886 0.09617 0.46026 0.09570 0.46259 0.09524 0.46353 0.09477 0.46399 0.09384 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 226 10 0.06956 0.57083 0.06863 0.57037 0.06816 0.56990 0.06769 0.56897 0.06723 0.56663 0.06723 0.56523 0.06769 0.56290 0.06816 0.56196 0.06863 0.56150 0.06956 0.56103\n 11 226 10 0.07049 0.56103 0.07143 0.56150 0.07190 0.56196 0.07236 0.56290 0.07283 0.56523 0.07283 0.56663 0.07236 0.56897 0.07190 0.56990 0.07143 0.57037 0.07049 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 50 2 0.08497 0.56990 0.08497 0.56103\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 72 3 0.08543 0.57083 0.08030 0.56383 0.08777 0.56383\n 11 50 2 0.08357 0.56103 0.08683 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 226 10 0.09290 0.57083 0.09197 0.57037 0.09150 0.56990 0.09104 0.56897 0.09057 0.56663 0.09057 0.56523 0.09104 0.56290 0.09150 0.56196 0.09197 0.56150 0.09290 0.56103\n 11 226 10 0.09384 0.56103 0.09477 0.56150 0.09524 0.56196 0.09570 0.56290 0.09617 0.56523 0.09617 0.56663 0.09570 0.56897 0.09524 0.56990 0.09477 0.57037 0.09384 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 226 10 0.06956 0.67721 0.06863 0.67674 0.06816 0.67627 0.06769 0.67534 0.06723 0.67300 0.06723 0.67160 0.06769 0.66927 0.06816 0.66834 0.06863 0.66787 0.06956 0.66740\n 11 226 10 0.07049 0.66740 0.07143 0.66787 0.07190 0.66834 0.07236 0.66927 0.07283 0.67160 0.07283 0.67300 0.07236 0.67534 0.07190 0.67627 0.07143 0.67674 0.07049 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 292 13 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67440 0.08170 0.67347 0.08310 0.67300 0.08497 0.67300 0.08637 0.67347 0.08683 0.67440 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 138 6 0.08310 0.67721 0.08217 0.67674 0.08170 0.67581 0.08170 0.67440 0.08217 0.67347 0.08310 0.67300\n 11 138 6 0.08497 0.67300 0.08590 0.67347 0.08637 0.67440 0.08637 0.67581 0.08590 0.67674 0.08497 0.67721\n 11 358 16 0.08310 0.67300 0.08170 0.67254 0.08123 0.67207 0.08077 0.67114 0.08077 0.66927 0.08123 0.66834 0.08170 0.66787 0.08310 0.66740 0.08497 0.66740 0.08637 0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84914 0.72549 0.84914 0.73162 0.84914 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84914 0.72549 0.84914 0.73162 0.84914 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84914 0.19363 0.84914 0.18750 0.84914 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84914 0.19363 0.84914 0.18750 0.84914 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 50 2 0.50588 0.15098 0.51373 0.13922\n 11 50 2 0.51373 0.15098 0.50588 0.13922\n 21 6 13\n 25 6 13\n 11 2206 100 0.11765 0.72516 0.12557 0.72416 0.13349 0.72250 0.14141 0.72019 0.14934 0.71722 0.15726 0.71361 0.16518 0.70937 0.17310 0.70450 0.18103 0.69902 0.18895 0.69294 0.19687 0.68627 0.20479 0.67904 0.21272 0.67126 0.22064 0.66295 0.22856 0.65414 0.23648 0.64483 0.24440 0.63507 0.25233 0.62486 0.26025 0.61425 0.26817 0.60324 0.27609 0.59188 0.28402 0.58018 0.29194 0.56819 0.29986 0.55592 0.30778 0.54341 0.31571 0.53070 0.32363 0.51780 0.33155 0.50476 0.33947 0.49160 0.34740 0.47837 0.35532 0.46509 0.36324 0.45179 0.37116 0.43852 0.37908 0.42530 0.38701 0.41216 0.39493 0.39914 0.40285 0.38627 0.41077 0.37359 0.41870 0.36112 0.42662 0.34889 0.43454 0.33695 0.44246 0.32530 0.45039 0.31400 0.45831 0.30306 0.46623 0.29251 0.47415 0.28238 0.48208 0.27269 0.49000 0.26346 0.49792 0.25473 0.50584 0.24651 0.51377 0.23882 0.52169 0.23169 0.52961 0.22512 0.53753 0.21914 0.54545 0.21376 0.55338 0.20899 0.56130 0.20485 0.56922 0.20135 0.57714 0.19849 0.58507 0.19629 0.59299 0.19474 0.60091 0.19386 0.60883 0.19364 0.61676 0.19408 0.62468 0.19519 0.63260 0.19696 0.64052 0.19938 0.64845 0.20246 0.65637 0.20617 0.66429 0.21053 0.67221 0.21550 0.68013 0.22108 0.68806 0.22726 0.69598 0.23402 0.70390 0.24135 0.71182 0.24922 0.71975 0.25761 0.72767 0.26651 0.73559 0.27589 0.74351 0.28573 0.75144 0.29601 0.75936 0.30670 0.76728 0.31776 0.77520 0.32918 0.78313 0.34093 0.79105 0.35297 0.79897 0.36528 0.80689 0.37783 0.81481 0.39058 0.82274 0.40350 0.83066 0.41656 0.83858 0.42973 0.84650 0.44298 0.85443 0.45626 0.86235 0.46956 0.87027 0.48283 0.87819 0.49604 0.88612 0.50916 0.89404 0.52215 0.90196 0.53499\n 21 6 14\n 25 6 14\n 11 2206 100 0.11765 0.72526 0.12557 0.72457 0.13349 0.72342 0.14141 0.72181 0.14934 0.71974 0.15726 0.71722 0.16518 0.71426 0.17310 0.71085 0.18103 0.70701 0.18895 0.70274 0.19687 0.69804 0.20479 0.69294 0.21272 0.68742 0.22064 0.68151 0.22856 0.67522 0.23648 0.66855 0.24440 0.66152 0.25233 0.65414 0.26025 0.64642 0.26817 0.63837 0.27609 0.63002 0.28402 0.62137 0.29194 0.61244 0.29986 0.60324 0.30778 0.59380 0.31571 0.58412 0.32363 0.57422 0.33155 0.56413 0.33947 0.55385 0.34740 0.54341 0.35532 0.53283 0.36324 0.52212 0.37116 0.51130 0.37908 0.50038 0.38701 0.48940 0.39493 0.47837 0.40285 0.46730 0.41077 0.45622 0.41870 0.44515 0.42662 0.43410 0.43454 0.42310 0.44246 0.41216 0.45039 0.40130 0.45831 0.39054 0.46623 0.37990 0.47415 0.36940 0.48208 0.35906 0.49000 0.34889 0.49792 0.33892 0.50584 0.32915 0.51377 0.31961 0.52169 0.31031 0.52961 0.30127 0.53753 0.29251 0.54545 0.28403 0.55338 0.27586 0.56130 0.26801 0.56922 0.26050 0.57714 0.25332 0.58507 0.24651 0.59299 0.24007 0.60091 0.23400 0.60883 0.22833 0.61676 0.22306 0.62468 0.21820 0.63260 0.21376 0.64052 0.20974 0.64845 0.20616 0.65637 0.20302 0.66429 0.20033 0.67221 0.19808 0.68013 0.19629 0.68806 0.19495 0.69598 0.19408 0.70390 0.19366 0.71182 0.19371 0.71975 0.19422 0.72767 0.19519 0.73559 0.19662 0.74351 0.19850 0.75144 0.20084 0.75936 0.20363 0.76728 0.20686 0.77520 0.21053 0.78313 0.21463 0.79105 0.21915 0.79897 0.22410 0.80689 0.22945 0.81481 0.23520 0.82274 0.24135 0.83066 0.24787 0.83858 0.25476 0.84650 0.26200 0.85443 0.26959 0.86235 0.27750 0.87027 0.28573 0.87819 0.29427 0.88612 0.30309 0.89404 0.31218 0.90196 0.32153\n 21 6 15\n 25 6 15\n 11 2206 100 0.11765 0.72532 0.12557 0.72481 0.13349 0.72397 0.14141 0.72278 0.14934 0.72126 0.15726 0.71941 0.16518 0.71722 0.17310 0.71471 0.18103 0.71187 0.18895 0.70871 0.19687 0.70523 0.20479 0.70144 0.21272 0.69734 0.22064 0.69294 0.22856 0.68823 0.23648 0.68324 0.24440 0.67796 0.25233 0.67241 0.26025 0.66658 0.26817 0.66049 0.27609 0.65414 0.28402 0.64754 0.29194 0.64070 0.29986 0.63364 0.30778 0.62635 0.31571 0.61885 0.32363 0.61114 0.33155 0.60324 0.33947 0.59516 0.34740 0.58691 0.35532 0.57849 0.36324 0.56992 0.37116 0.56121 0.37908 0.55237 0.38701 0.54341 0.39493 0.53435 0.40285 0.52519 0.41077 0.51594 0.41870 0.50663 0.42662 0.49725 0.43454 0.48783 0.44246 0.47837 0.45039 0.46889 0.45831 0.45939 0.46623 0.44990 0.47415 0.44041 0.48208 0.43095 0.49000 0.42153 0.49792 0.41216 0.50584 0.40284 0.51377 0.39360 0.52169 0.38445 0.52961 0.37539 0.53753 0.36643 0.54545 0.35760 0.55338 0.34889 0.56130 0.34033 0.56922 0.33192 0.57714 0.32367 0.58507 0.31559 0.59299 0.30770 0.60091 0.30000 0.60883 0.29251 0.61676 0.28523 0.62468 0.27817 0.63260 0.27134 0.64052 0.26475 0.64845 0.25841 0.65637 0.25233 0.66429 0.24651 0.67221 0.24096 0.68013 0.23569 0.68806 0.23071 0.69598 0.22602 0.70390 0.22163 0.71182 0.21754 0.71975 0.21376 0.72767 0.21029 0.73559 0.20714 0.74351 0.20431 0.75144 0.20181 0.75936 0.19964 0.76728 0.19780 0.77520 0.19629 0.78313 0.19512 0.79105 0.19428 0.79897 0.19379 0.80689 0.19363 0.81481 0.19381 0.82274 0.19433 0.83066 0.19519 0.83858 0.19638 0.84650 0.19792 0.85443 0.19978 0.86235 0.20198 0.87027 0.20450 0.87819 0.20735 0.88612 0.21053 0.89404 0.21402 0.90196 0.21782\n 21 6 16\n 25 6 16\n 11 2206 100 0.11765 0.72536 0.12557 0.72497 0.13349 0.72432 0.14141 0.72342 0.14934 0.72225 0.15726 0.72083 0.16518 0.71915 0.17310 0.71722 0.18103 0.71504 0.18895 0.71261 0.19687 0.70993 0.20479 0.70701 0.21272 0.70385 0.22064 0.70044 0.22856 0.69681 0.23648 0.69294 0.24440 0.68884 0.25233 0.68452 0.26025 0.67998 0.26817 0.67522 0.27609 0.67025 0.28402 0.66508 0.29194 0.65971 0.29986 0.65414 0.30778 0.64838 0.31571 0.64244 0.32363 0.63631 0.33155 0.63002 0.33947 0.62356 0.34740 0.61694 0.35532 0.61016 0.36324 0.60324 0.37116 0.59618 0.37908 0.58898 0.38701 0.58166 0.39493 0.57422 0.40285 0.56667 0.41077 0.55901 0.41870 0.55126 0.42662 0.54341 0.43454 0.53549 0.44246 0.52749 0.45039 0.51942 0.45831 0.51130 0.46623 0.50312 0.47415 0.49490 0.48208 0.48665 0.49000 0.47837 0.49792 0.47007 0.50584 0.46177 0.51377 0.45346 0.52169 0.44515 0.52961 0.43686 0.53753 0.42859 0.54545 0.42036 0.55338 0.41216 0.56130 0.40400 0.56922 0.39591 0.57714 0.38787 0.58507 0.37990 0.59299 0.37201 0.60091 0.36421 0.60883 0.35650 0.61676 0.34889 0.62468 0.34139 0.63260 0.33401 0.64052 0.32674 0.64845 0.31961 0.65637 0.31261 0.66429 0.30576 0.67221 0.29905 0.68013 0.29251 0.68806 0.28612 0.69598 0.27991 0.70390 0.27387 0.71182 0.26801 0.71975 0.26234 0.72767 0.25687 0.73559 0.25159 0.74351 0.24651 0.75144 0.24164 0.75936 0.23699 0.76728 0.23255 0.77520 0.22833 0.78313 0.22434 0.79105 0.22058 0.79897 0.21705 0.80689 0.21376 0.81481 0.21071 0.82274 0.20790 0.83066 0.20534 0.83858 0.20302 0.84650 0.20096 0.85443 0.19915 0.86235 0.19759 0.87027 0.19629 0.87819 0.19524 0.88612 0.19446 0.89404 0.19393 0.90196 0.19366\n 21 6 17\n 25 6 17\n 11 2206 100 0.11765 0.72539 0.12557 0.72508 0.13349 0.72457 0.14141 0.72385 0.14934 0.72293 0.15726 0.72181 0.16518 0.72048 0.17310 0.71895 0.18103 0.71722 0.18895 0.71530 0.19687 0.71317 0.20479 0.71085 0.21272 0.70834 0.22064 0.70563 0.22856 0.70274 0.23648 0.69965 0.24440 0.69639 0.25233 0.69294 0.26025 0.68930 0.26817 0.68550 0.27609 0.68151 0.28402 0.67736 0.29194 0.67304 0.29986 0.66855 0.30778 0.66390 0.31571 0.65910 0.32363 0.65414 0.33155 0.64903 0.33947 0.64377 0.34740 0.63837 0.35532 0.63284 0.36324 0.62717 0.37116 0.62137 0.37908 0.61545 0.38701 0.60940 0.39493 0.60324 0.40285 0.59697 0.41077 0.59060 0.41870 0.58412 0.42662 0.57754 0.43454 0.57088 0.44246 0.56413 0.45039 0.55730 0.45831 0.55039 0.46623 0.54341 0.47415 0.53637 0.48208 0.52927 0.49000 0.52212 0.49792 0.51491 0.50584 0.50767 0.51377 0.50038 0.52169 0.49307 0.52961 0.48573 0.53753 0.47837 0.54545 0.47100 0.55338 0.46361 0.56130 0.45622 0.56922 0.44884 0.57714 0.44146 0.58507 0.43410 0.59299 0.42676 0.60091 0.41944 0.60883 0.41216 0.61676 0.40491 0.62468 0.39770 0.63260 0.39054 0.64052 0.38343 0.64845 0.37639 0.65637 0.36940 0.66429 0.36249 0.67221 0.35565 0.68013 0.34889 0.68806 0.34222 0.69598 0.33564 0.70390 0.32915 0.71182 0.32276 0.71975 0.31648 0.72767 0.31031 0.73559 0.30425 0.74351 0.29832 0.75144 0.29251 0.75936 0.28683 0.76728 0.28128 0.77520 0.27586 0.78313 0.27059 0.79105 0.26547 0.79897 0.26050 0.80689 0.25568 0.81481 0.25101 0.82274 0.24651 0.83066 0.24217 0.83858 0.23800 0.84650 0.23400 0.85443 0.23018 0.86235 0.22653 0.87027 0.22306 0.87819 0.21977 0.88612 0.21667 0.89404 0.21376 0.90196 0.21103\n 21 6 18\n 25 6 18\n 11 2206 100 0.11765 0.72541 0.12557 0.72516 0.13349 0.72474 0.14141 0.72416 0.14934 0.72342 0.15726 0.72250 0.16518 0.72143 0.17310 0.72019 0.18103 0.71879 0.18895 0.71722 0.19687 0.71550 0.20479 0.71361 0.21272 0.71157 0.22064 0.70937 0.22856 0.70701 0.23648 0.70450 0.24440 0.70183 0.25233 0.69902 0.26025 0.69605 0.26817 0.69294 0.27609 0.68968 0.28402 0.68627 0.29194 0.68273 0.29986 0.67904 0.30778 0.67522 0.31571 0.67126 0.32363 0.66717 0.33155 0.66295 0.33947 0.65861 0.34740 0.65414 0.35532 0.64955 0.36324 0.64483 0.37116 0.64001 0.37908 0.63507 0.38701 0.63002 0.39493 0.62486 0.40285 0.61961 0.41077 0.61425 0.41870 0.60879 0.42662 0.60324 0.43454 0.59760 0.44246 0.59188 0.45039 0.58607 0.45831 0.58018 0.46623 0.57422 0.47415 0.56819 0.48208 0.56209 0.49000 0.55592 0.49792 0.54970 0.50584 0.54341 0.51377 0.53708 0.52169 0.53070 0.52961 0.52427 0.53753 0.51780 0.54545 0.51130 0.55338 0.50476 0.56130 0.49819 0.56922 0.49160 0.57714 0.48500 0.58507 0.47837 0.59299 0.47173 0.60091 0.46509 0.60883 0.45844 0.61676 0.45179 0.62468 0.44515 0.63260 0.43852 0.64052 0.43190 0.64845 0.42530 0.65637 0.41871 0.66429 0.41216 0.67221 0.40563 0.68013 0.39914 0.68806 0.39268 0.69598 0.38627 0.70390 0.37990 0.71182 0.37359 0.71975 0.36732 0.72767 0.36112 0.73559 0.35497 0.74351 0.34889 0.75144 0.34288 0.75936 0.33695 0.76728 0.33108 0.77520 0.32530 0.78313 0.31961 0.79105 0.31400 0.79897 0.30848 0.80689 0.30306 0.81481 0.29773 0.82274 0.29251 0.83066 0.28739 0.83858 0.28238 0.84650 0.27747 0.85443 0.27269 0.86235 0.26801 0.87027 0.26346 0.87819 0.25903 0.88612 0.25473 0.89404 0.25055 0.90196 0.24651\n 21 6 19\n 25 6 19\n 11 2206 100 0.11765 0.72542 0.12557 0.72522 0.13349 0.72487 0.14141 0.72439 0.14934 0.72378 0.15726 0.72302 0.16518 0.72213 0.17310 0.72111 0.18103 0.71995 0.18895 0.71865 0.19687 0.71722 0.20479 0.71566 0.21272 0.71397 0.22064 0.71214 0.22856 0.71019 0.23648 0.70810 0.24440 0.70589 0.25233 0.70355 0.26025 0.70108 0.26817 0.69849 0.27609 0.69577 0.28402 0.69294 0.29194 0.68998 0.29986 0.68690 0.30778 0.68371 0.31571 0.68040 0.32363 0.67697 0.33155 0.67344 0.33947 0.66979 0.34740 0.66604 0.35532 0.66217 0.36324 0.65821 0.37116 0.65414 0.37908 0.64997 0.38701 0.64570 0.39493 0.64134 0.40285 0.63688 0.41077 0.63233 0.41870 0.62769 0.42662 0.62296 0.43454 0.61815 0.44246 0.61326 0.45039 0.60829 0.45831 0.60324 0.46623 0.59812 0.47415 0.59293 0.48208 0.58766 0.49000 0.58233 0.49792 0.57694 0.50584 0.57149 0.51377 0.56598 0.52169 0.56041 0.52961 0.55479 0.53753 0.54913 0.54545 0.54341 0.55338 0.53766 0.56130 0.53186 0.56922 0.52602 0.57714 0.52016 0.58507 0.51426 0.59299 0.50833 0.60091 0.50237 0.60883 0.49640 0.61676 0.49040 0.62468 0.48439 0.63260 0.47837 0.64052 0.47234 0.64845 0.46630 0.65637 0.46025 0.66429 0.45421 0.67221 0.44817 0.68013 0.44213 0.68806 0.43611 0.69598 0.43010 0.70390 0.42410 0.71182 0.41812 0.71975 0.41216 0.72767 0.40622 0.73559 0.40032 0.74351 0.39444 0.75144 0.38860 0.75936 0.38279 0.76728 0.37703 0.77520 0.37130 0.78313 0.36562 0.79105 0.35999 0.79897 0.35442 0.80689 0.34889 0.81481 0.34343 0.82274 0.33802 0.83066 0.33268 0.83858 0.32740 0.84650 0.32219 0.85443 0.31705 0.86235 0.31198 0.87027 0.30699 0.87819 0.30208 0.88612 0.29725 0.89404 0.29251 0.90196 0.28785\n 21 6 20\n 25 6 20\n 11 2206 100 0.11765 0.72543 0.12557 0.72526 0.13349 0.72497 0.14141 0.72457 0.14934 0.72405 0.15726 0.72342 0.16518 0.72267 0.17310 0.72181 0.18103 0.72083 0.18895 0.71974 0.19687 0.71854 0.20479 0.71722 0.21272 0.71580 0.22064 0.71426 0.22856 0.71261 0.23648 0.71085 0.24440 0.70899 0.25233 0.70701 0.26025 0.70493 0.26817 0.70274 0.27609 0.70044 0.28402 0.69804 0.29194 0.69554 0.29986 0.69294 0.30778 0.69023 0.31571 0.68742 0.32363 0.68452 0.33155 0.68151 0.33947 0.67841 0.34740 0.67522 0.35532 0.67193 0.36324 0.66855 0.37116 0.66508 0.37908 0.66152 0.38701 0.65787 0.39493 0.65414 0.40285 0.65032 0.41077 0.64642 0.41870 0.64244 0.42662 0.63837 0.43454 0.63424 0.44246 0.63002 0.45039 0.62573 0.45831 0.62137 0.46623 0.61694 0.47415 0.61244 0.48208 0.60787 0.49000 0.60324 0.49792 0.59855 0.50584 0.59380 0.51377 0.58898 0.52169 0.58412 0.52961 0.57920 0.53753 0.57422 0.54545 0.56920 0.55338 0.56413 0.56130 0.55901 0.56922 0.55385 0.57714 0.54865 0.58507 0.54341 0.59299 0.53814 0.60091 0.53283 0.60883 0.52749 0.61676 0.52212 0.62468 0.51672 0.63260 0.51130 0.64052 0.50585 0.64845 0.50038 0.65637 0.49490 0.66429 0.48940 0.67221 0.48389 0.68013 0.47837 0.68806 0.47284 0.69598 0.46730 0.70390 0.46177 0.71182 0.45622 0.71975 0.45069 0.72767 0.44515 0.73559 0.43962 0.74351 0.43410 0.75144 0.42859 0.75936 0.42310 0.76728 0.41762 0.77520 0.41216 0.78313 0.40672 0.79105 0.40130 0.79897 0.39591 0.80689 0.39054 0.81481 0.38521 0.82274 0.37990 0.83066 0.37464 0.83858 0.36940 0.84650 0.36421 0.85443 0.35906 0.86235 0.35395 0.87027 0.34889 0.87819 0.34388 0.88612 0.33892 0.89404 0.33401 0.90196 0.32915\n 21 6 21\n 25 6 21\n 11 2206 100 0.11765 0.72544 0.12557 0.72529 0.13349 0.72505 0.14141 0.72470 0.14934 0.72426 0.15726 0.72372 0.16518 0.72308 0.17310 0.72235 0.18103 0.72152 0.18895 0.72059 0.19687 0.71956 0.20479 0.71844 0.21272 0.71722 0.22064 0.71591 0.22856 0.71450 0.23648 0.71300 0.24440 0.71141 0.25233 0.70972 0.26025 0.70794 0.26817 0.70606 0.27609 0.70410 0.28402 0.70204 0.29194 0.69990 0.29986 0.69767 0.30778 0.69534 0.31571 0.69294 0.32363 0.69044 0.33155 0.68786 0.33947 0.68520 0.34740 0.68245 0.35532 0.67962 0.36324 0.67671 0.37116 0.67371 0.37908 0.67064 0.38701 0.66749 0.39493 0.66427 0.40285 0.66096 0.41077 0.65759 0.41870 0.65414 0.42662 0.65062 0.43454 0.64702 0.44246 0.64336 0.45039 0.63963 0.45831 0.63584 0.46623 0.63197 0.47415 0.62805 0.48208 0.62406 0.49000 0.62001 0.49792 0.61591 0.50584 0.61174 0.51377 0.60752 0.52169 0.60324 0.52961 0.59891 0.53753 0.59453 0.54545 0.59010 0.55338 0.58562 0.56130 0.58109 0.56922 0.57652 0.57714 0.57191 0.58507 0.56725 0.59299 0.56256 0.60091 0.55782 0.60883 0.55305 0.61676 0.54825 0.62468 0.54341 0.63260 0.53854 0.64052 0.53365 0.64845 0.52872 0.65637 0.52377 0.66429 0.51880 0.67221 0.51380 0.68013 0.50878 0.68806 0.50375 0.69598 0.49870 0.70390 0.49363 0.71182 0.48856 0.71975 0.48347 0.72767 0.47837 0.73559 0.47327 0.74351 0.46816 0.75144 0.46304 0.75936 0.45793 0.76728 0.45282 0.77520 0.44771 0.78313 0.44260 0.79105 0.43750 0.79897 0.43241 0.80689 0.42732 0.81481 0.42225 0.82274 0.41720 0.83066 0.41216 0.83858 0.40713 0.84650 0.40213 0.85443 0.39715 0.86235 0.39219 0.87027 0.38725 0.87819 0.38235 0.88612 0.37747 0.89404 0.37262 0.90196 0.36780\n 21 6 22\n 25 6 22\n 11 2206 100 0.11765 0.72545 0.12557 0.72532 0.13349 0.72511 0.14141 0.72481 0.14934 0.72443 0.15726 0.72397 0.16518 0.72342 0.17310 0.72278 0.18103 0.72206 0.18895 0.72126 0.19687 0.72038 0.20479 0.71941 0.21272 0.71836 0.22064 0.71722 0.22856 0.71601 0.23648 0.71471 0.24440 0.71333 0.25233 0.71187 0.26025 0.71033 0.26817 0.70871 0.27609 0.70701 0.28402 0.70523 0.29194 0.70337 0.29986 0.70144 0.30778 0.69943 0.31571 0.69734 0.32363 0.69517 0.33155 0.69294 0.33947 0.69062 0.34740 0.68823 0.35532 0.68577 0.36324 0.68324 0.37116 0.68064 0.37908 0.67796 0.38701 0.67522 0.39493 0.67241 0.40285 0.66953 0.41077 0.66658 0.41870 0.66356 0.42662 0.66049 0.43454 0.65734 0.44246 0.65414 0.45039 0.65087 0.45831 0.64754 0.46623 0.64415 0.47415 0.64070 0.48208 0.63720 0.49000 0.63364 0.49792 0.63002 0.50584 0.62635 0.51377 0.62262 0.52169 0.61885 0.52961 0.61502 0.53753 0.61114 0.54545 0.60721 0.55338 0.60324 0.56130 0.59922 0.56922 0.59516 0.57714 0.59105 0.58507 0.58691 0.59299 0.58272 0.60091 0.57849 0.60883 0.57422 0.61676 0.56992 0.62468 0.56558 0.63260 0.56121 0.64052 0.55681 0.64845 0.55237 0.65637 0.54791 0.66429 0.54341 0.67221 0.53889 0.68013 0.53435 0.68806 0.52978 0.69598 0.52519 0.70390 0.52058 0.71182 0.51594 0.71975 0.51130 0.72767 0.50663 0.73559 0.50195 0.74351 0.49725 0.75144 0.49255 0.75936 0.48783 0.76728 0.48310 0.77520 0.47837 0.78313 0.47363 0.79105 0.46889 0.79897 0.46414 0.80689 0.45939 0.81481 0.45464 0.82274 0.44990 0.83066 0.44515 0.83858 0.44041 0.84650 0.43568 0.85443 0.43095 0.86235 0.42624 0.87027 0.42153 0.87819 0.41684 0.88612 0.41216 0.89404 0.40749 0.90196 0.40284\n 21 6 23\n 25 6 23\n 11 2206 100 0.11765 0.72545 0.12557 0.72534 0.13349 0.72516 0.14141 0.72490 0.14934 0.72457 0.15726 0.72416 0.16518 0.72368 0.17310 0.72313 0.18103 0.72250 0.18895 0.72181 0.19687 0.72103 0.20479 0.72019 0.21272 0.71927 0.22064 0.71828 0.22856 0.71722 0.23648 0.71609 0.24440 0.71489 0.25233 0.71361 0.26025 0.71227 0.26817 0.71085 0.27609 0.70937 0.28402 0.70781 0.29194 0.70619 0.29986 0.70450 0.30778 0.70274 0.31571 0.70091 0.32363 0.69902 0.33155 0.69705 0.33947 0.69503 0.34740 0.69294 0.35532 0.69078 0.36324 0.68856 0.37116 0.68627 0.37908 0.68392 0.38701 0.68151 0.39493 0.67904 0.40285 0.67651 0.41077 0.67392 0.41870 0.67126 0.42662 0.66855 0.43454 0.66578 0.44246 0.66295 0.45039 0.66007 0.45831 0.65713 0.46623 0.65414 0.47415 0.65109 0.48208 0.64799 0.49000 0.64483 0.49792 0.64163 0.50584 0.63837 0.51377 0.63507 0.52169 0.63171 0.52961 0.62831 0.53753 0.62486 0.54545 0.62137 0.55338 0.61783 0.56130 0.61425 0.56922 0.61062 0.57714 0.60695 0.58507 0.60324 0.59299 0.59949 0.60091 0.59570 0.60883 0.59188 0.61676 0.58802 0.62468 0.58412 0.63260 0.58018 0.64052 0.57622 0.64845 0.57222 0.65637 0.56819 0.66429 0.56413 0.67221 0.56004 0.68013 0.55592 0.68806 0.55178 0.69598 0.54761 0.70390 0.54341 0.71182 0.53920 0.71975 0.53496 0.72767 0.53070 0.73559 0.52641 0.74351 0.52212 0.75144 0.51780 0.75936 0.51347 0.76728 0.50912 0.77520 0.50476 0.78313 0.50038 0.79105 0.49600 0.79897 0.49160 0.80689 0.48720 0.81481 0.48279 0.82274 0.47837 0.83066 0.47395 0.83858 0.46952 0.84650 0.46509 0.85443 0.46066 0.86235 0.45622 0.87027 0.45179 0.87819 0.44736 0.88612 0.44294 0.89404 0.43852 0.90196 0.43410\n 21 6 24\n 25 6 24\n 11 2206 100 0.11765 0.72546 0.12557 0.72536 0.13349 0.72520 0.14141 0.72497 0.14934 0.72468 0.15726 0.72432 0.16518 0.72390 0.17310 0.72342 0.18103 0.72287 0.18895 0.72225 0.19687 0.72157 0.20479 0.72083 0.21272 0.72002 0.22064 0.71915 0.22856 0.71822 0.23648 0.71722 0.24440 0.71616 0.25233 0.71504 0.26025 0.71386 0.26817 0.71261 0.27609 0.71130 0.28402 0.70993 0.29194 0.70850 0.29986 0.70701 0.30778 0.70546 0.31571 0.70385 0.32363 0.70217 0.33155 0.70044 0.33947 0.69865 0.34740 0.69681 0.35532 0.69490 0.36324 0.69294 0.37116 0.69092 0.37908 0.68884 0.38701 0.68671 0.39493 0.68452 0.40285 0.68227 0.41077 0.67998 0.41870 0.67762 0.42662 0.67522 0.43454 0.67276 0.44246 0.67025 0.45039 0.66769 0.45831 0.66508 0.46623 0.66242 0.47415 0.65971 0.48208 0.65695 0.49000 0.65414 0.49792 0.65128 0.50584 0.64838 0.51377 0.64543 0.52169 0.64244 0.52961 0.63940 0.53753 0.63631 0.54545 0.63319 0.55338 0.63002 0.56130 0.62681 0.56922 0.62356 0.57714 0.62027 0.58507 0.61694 0.59299 0.61357 0.60091 0.61016 0.60883 0.60672 0.61676 0.60324 0.62468 0.59973 0.63260 0.59618 0.64052 0.59260 0.64845 0.58898 0.65637 0.58534 0.66429 0.58166 0.67221 0.57796 0.68013 0.57422 0.68806 0.57046 0.69598 0.56667 0.70390 0.56285 0.71182 0.55901 0.71975 0.55515 0.72767 0.55126 0.73559 0.54735 0.74351 0.54341 0.75144 0.53946 0.75936 0.53549 0.76728 0.53150 0.77520 0.52749 0.78313 0.52346 0.79105 0.51942 0.79897 0.51536 0.80689 0.51130 0.81481 0.50721 0.82274 0.50312 0.83066 0.49902 0.83858 0.49490 0.84650 0.49078 0.85443 0.48665 0.86235 0.48251 0.87027 0.47837 0.87819 0.47422 0.88612 0.47007 0.89404 0.46592 0.90196 0.46177\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 13\n 25 6 13\n 11 72 3 0.26471 0.11873 0.26471 0.11873 0.35147 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 14\n 25 6 14\n 11 72 3 0.58333 0.11873 0.58333 0.11873 0.67010 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 72 3 0.26471 0.10039 0.26471 0.10039 0.35147 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 16\n 25 6 16\n 11 72 3 0.58333 0.10039 0.58333 0.10039 0.67010 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 17\n 25 6 17\n 11 72 3 0.26471 0.08196 0.26471 0.08196 0.35147 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.58333 0.08196 0.58333 0.08196 0.67010 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 19\n 25 6 19\n 11 72 3 0.26471 0.06363 0.26471 0.06363 0.35147 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 20\n 25 6 20\n 11 72 3 0.58333 0.06363 0.58333 0.06363 0.67010 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 21\n 25 6 21\n 11 72 3 0.26471 0.04520 0.26471 0.04520 0.35147 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 22\n 25 6 22\n 11 72 3 0.58333 0.04520 0.58333 0.04520 0.67010 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 23\n 25 6 23\n 11 72 3 0.26471 0.02686 0.26471 0.02686 0.35147 0.02686\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 24\n 25 6 24\n 11 72 3 0.58333 0.02686 0.58333 0.02686 0.67010 0.02686\n 21 6 1\n 25 6 1\n 11 402 18 0.37325 0.12094 0.37283 0.12178 0.37199 0.12262 0.37115 0.12304 0.36947 0.12304 0.36863 0.12262 0.36779 0.12178 0.36737 0.12094 0.36695 0.11968 0.36695 0.11758 0.36737 0.11632 0.36779 0.11548 0.36863 0.11464 0.36947 0.11422 0.37115 0.11422 0.37199 0.11464 0.37283 0.11548 0.37325 0.11632\n 11 468 21 0.37829 0.12304 0.37745 0.12262 0.37661 0.12178 0.37619 0.12094 0.37577 0.11968 0.37577 0.11758 0.37619 0.11632 0.37661 0.11548 0.37745 0.11464 0.37829 0.11422 0.37997 0.11422 0.38081 0.11464 0.38165 0.11548 0.38207 0.11632 0.38249 0.11758 0.38249 0.11968 0.38207 0.12094 0.38165 0.12178 0.38081 0.12262 0.37997 0.12304 0.37829 0.12304\n 11 446 20 0.39090 0.12178 0.39006 0.12262 0.38880 0.12304 0.38711 0.12304 0.38585 0.12262 0.38501 0.12178 0.38501 0.12094 0.38543 0.12010 0.38585 0.11968 0.38669 0.11926 0.38922 0.11842 0.39006 0.11800 0.39048 0.11758 0.39090 0.11674 0.39090 0.11548 0.39006 0.11464 0.38880 0.11422 0.38711 0.11422 0.38585 0.11464 0.38501 0.11548\n 11 226 10 0.39678 0.12472 0.39594 0.12388 0.39510 0.12262 0.39426 0.12094 0.39384 0.11884 0.39384 0.11716 0.39426 0.11506 0.39510 0.11338 0.39594 0.11211 0.39678 0.11127\n 11 50 2 0.39972 0.12304 0.39972 0.11422\n 11 50 2 0.40980 0.12472 0.40224 0.11127\n 11 314 14 0.41232 0.12094 0.41232 0.12136 0.41275 0.12220 0.41317 0.12262 0.41401 0.12304 0.41569 0.12304 0.41653 0.12262 0.41695 0.12220 0.41737 0.12136 0.41737 0.12052 0.41695 0.11968 0.41611 0.11842 0.41190 0.11422 0.41779 0.11422\n 11 380 17 0.42283 0.12304 0.42157 0.12262 0.42073 0.12136 0.42031 0.11926 0.42031 0.11800 0.42073 0.11590 0.42157 0.11464 0.42283 0.11422 0.42367 0.11422 0.42493 0.11464 0.42577 0.11590 0.42619 0.11800 0.42619 0.11926 0.42577 0.12136 0.42493 0.12262 0.42367 0.12304 0.42283 0.12304\n 11 226 10 0.42871 0.12472 0.42955 0.12388 0.43039 0.12262 0.43123 0.12094 0.43165 0.11884 0.43165 0.11716 0.43123 0.11506 0.43039 0.11338 0.42955 0.11211 0.42871 0.11127\n 11 402 18 0.69188 0.12094 0.69146 0.12178 0.69062 0.12262 0.68978 0.12304 0.68810 0.12304 0.68725 0.12262 0.68641 0.12178 0.68599 0.12094 0.68557 0.11968 0.68557 0.11758 0.68599 0.11632 0.68641 0.11548 0.68725 0.11464 0.68810 0.11422 0.68978 0.11422 0.69062 0.11464 0.69146 0.11548 0.69188 0.11632\n 11 468 21 0.69692 0.12304 0.69608 0.12262 0.69524 0.12178 0.69482 0.12094 0.69440 0.11968 0.69440 0.11758 0.69482 0.11632 0.69524 0.11548 0.69608 0.11464 0.69692 0.11422 0.69860 0.11422 0.69944 0.11464 0.70028 0.11548 0.70070 0.11632 0.70112 0.11758 0.70112 0.11968 0.70070 0.12094 0.70028 0.12178 0.69944 0.12262 0.69860 0.12304 0.69692 0.12304\n 11 446 20 0.70952 0.12178 0.70868 0.12262 0.70742 0.12304 0.70574 0.12304 0.70448 0.12262 0.70364 0.12178 0.70364 0.12094 0.70406 0.12010 0.70448 0.11968 0.70532 0.11926 0.70784 0.11842 0.70868 0.11800 0.70910 0.11758 0.70952 0.11674 0.70952 0.11548 0.70868 0.11464 0.70742 0.11422 0.70574 0.11422 0.70448 0.11464 0.70364 0.11548\n 11 226 10 0.71541 0.12472 0.71457 0.12388 0.71373 0.12262 0.71289 0.12094 0.71247 0.11884 0.71247 0.11716 0.71289 0.11506 0.71373 0.11338 0.71457 0.11211 0.71541 0.11127\n 11 50 2 0.71835 0.12304 0.71835 0.11422\n 11 50 2 0.72843 0.12472 0.72087 0.11127\n 11 314 14 0.73095 0.12094 0.73095 0.12136 0.73137 0.12220 0.73179 0.12262 0.73263 0.12304 0.73431 0.12304 0.73515 0.12262 0.73557 0.12220 0.73599 0.12136 0.73599 0.12052 0.73557 0.11968 0.73473 0.11842 0.73053 0.11422 0.73641 0.11422\n 11 72 3 0.74314 0.12304 0.73894 0.11716 0.74524 0.11716\n 11 50 2 0.74314 0.12304 0.74314 0.11422\n 11 226 10 0.74734 0.12472 0.74818 0.12388 0.74902 0.12262 0.74986 0.12094 0.75028 0.11884 0.75028 0.11716 0.74986 0.11506 0.74902 0.11338 0.74818 0.11211 0.74734 0.11127\n 11 402 18 0.37325 0.10231 0.37283 0.10315 0.37199 0.10399 0.37115 0.10441 0.36947 0.10441 0.36863 0.10399 0.36779 0.10315 0.36737 0.10231 0.36695 0.10105 0.36695 0.09895 0.36737 0.09769 0.36779 0.09685 0.36863 0.09601 0.36947 0.09559 0.37115 0.09559 0.37199 0.09601 0.37283 0.09685 0.37325 0.09769\n 11 468 21 0.37829 0.10441 0.37745 0.10399 0.37661 0.10315 0.37619 0.10231 0.37577 0.10105 0.37577 0.09895 0.37619 0.09769 0.37661 0.09685 0.37745 0.09601 0.37829 0.09559 0.37997 0.09559 0.38081 0.09601 0.38165 0.09685 0.38207 0.09769 0.38249 0.09895 0.38249 0.10105 0.38207 0.10231 0.38165 0.10315 0.38081 0.10399 0.37997 0.10441 0.37829 0.10441\n 11 446 20 0.39090 0.10315 0.39006 0.10399 0.38880 0.10441 0.38711 0.10441 0.38585 0.10399 0.38501 0.10315 0.38501 0.10231 0.38543 0.10147 0.38585 0.10105 0.38669 0.10063 0.38922 0.09979 0.39006 0.09937 0.39048 0.09895 0.39090 0.09811 0.39090 0.09685 0.39006 0.09601 0.38880 0.09559 0.38711 0.09559 0.38585 0.09601 0.38501 0.09685\n 11 226 10 0.39678 0.10609 0.39594 0.10525 0.39510 0.10399 0.39426 0.10231 0.39384 0.10021 0.39384 0.09853 0.39426 0.09643 0.39510 0.09475 0.39594 0.09349 0.39678 0.09265\n 11 50 2 0.39972 0.10441 0.39972 0.09559\n 11 50 2 0.40980 0.10609 0.40224 0.09265\n 11 314 14 0.41232 0.10231 0.41232 0.10273 0.41275 0.10357 0.41317 0.10399 0.41401 0.10441 0.41569 0.10441 0.41653 0.10399 0.41695 0.10357 0.41737 0.10273 0.41737 0.10189 0.41695 0.10105 0.41611 0.09979 0.41190 0.09559 0.41779 0.09559\n 11 644 29 0.42241 0.10441 0.42115 0.10399 0.42073 0.10315 0.42073 0.10231 0.42115 0.10147 0.42199 0.10105 0.42367 0.10063 0.42493 0.10021 0.42577 0.09937 0.42619 0.09853 0.42619 0.09727 0.42577 0.09643 0.42535 0.09601 0.42409 0.09559 0.42241 0.09559 0.42115 0.09601 0.42073 0.09643 0.42031 0.09727 0.42031 0.09853 0.42073 0.09937 0.42157 0.10021 0.42283 0.10063 0.42451 0.10105 0.42535 0.10147 0.42577 0.10231 0.42577 0.10315 0.42535 0.10399 0.42409 0.10441 0.42241 0.10441\n 11 226 10 0.42871 0.10609 0.42955 0.10525 0.43039 0.10399 0.43123 0.10231 0.43165 0.10021 0.43165 0.09853 0.43123 0.09643 0.43039 0.09475 0.42955 0.09349 0.42871 0.09265\n 11 402 18 0.69188 0.10231 0.69146 0.10315 0.69062 0.10399 0.68978 0.10441 0.68810 0.10441 0.68725 0.10399 0.68641 0.10315 0.68599 0.10231 0.68557 0.10105 0.68557 0.09895 0.68599 0.09769 0.68641 0.09685 0.68725 0.09601 0.68810 0.09559 0.68978 0.09559 0.69062 0.09601 0.69146 0.09685 0.69188 0.09769\n 11 468 21 0.69692 0.10441 0.69608 0.10399 0.69524 0.10315 0.69482 0.10231 0.69440 0.10105 0.69440 0.09895 0.69482 0.09769 0.69524 0.09685 0.69608 0.09601 0.69692 0.09559 0.69860 0.09559 0.69944 0.09601 0.70028 0.09685 0.70070 0.09769 0.70112 0.09895 0.70112 0.10105 0.70070 0.10231 0.70028 0.10315 0.69944 0.10399 0.69860 0.10441 0.69692 0.10441\n 11 446 20 0.70952 0.10315 0.70868 0.10399 0.70742 0.10441 0.70574 0.10441 0.70448 0.10399 0.70364 0.10315 0.70364 0.10231 0.70406 0.10147 0.70448 0.10105 0.70532 0.10063 0.70784 0.09979 0.70868 0.09937 0.70910 0.09895 0.70952 0.09811 0.70952 0.09685 0.70868 0.09601 0.70742 0.09559 0.70574 0.09559 0.70448 0.09601 0.70364 0.09685\n 11 226 10 0.71541 0.10609 0.71457 0.10525 0.71373 0.10399 0.71289 0.10231 0.71247 0.10021 0.71247 0.09853 0.71289 0.09643 0.71373 0.09475 0.71457 0.09349 0.71541 0.09265\n 11 50 2 0.71835 0.10441 0.71835 0.09559\n 11 50 2 0.72843 0.10609 0.72087 0.09265\n 11 336 15 0.73137 0.10441 0.73599 0.10441 0.73347 0.10105 0.73473 0.10105 0.73557 0.10063 0.73599 0.10021 0.73641 0.09895 0.73641 0.09811 0.73599 0.09685 0.73515 0.09601 0.73389 0.09559 0.73263 0.09559 0.73137 0.09601 0.73095 0.09643 0.73053 0.09727\n 11 314 14 0.73936 0.10231 0.73936 0.10273 0.73978 0.10357 0.74020 0.10399 0.74104 0.10441 0.74272 0.10441 0.74356 0.10399 0.74398 0.10357 0.74440 0.10273 0.74440 0.10189 0.74398 0.10105 0.74314 0.09979 0.73894 0.09559 0.74482 0.09559\n 11 226 10 0.74734 0.10609 0.74818 0.10525 0.74902 0.10399 0.74986 0.10231 0.75028 0.10021 0.75028 0.09853 0.74986 0.09643 0.74902 0.09475 0.74818 0.09349 0.74734 0.09265\n 11 402 18 0.37325 0.08466 0.37283 0.08550 0.37199 0.08634 0.37115 0.08676 0.36947 0.08676 0.36863 0.08634 0.36779 0.08550 0.36737 0.08466 0.36695 0.08340 0.36695 0.08130 0.36737 0.08004 0.36779 0.07920 0.36863 0.07836 0.36947 0.07794 0.37115 0.07794 0.37199 0.07836 0.37283 0.07920 0.37325 0.08004\n 11 468 21 0.37829 0.08676 0.37745 0.08634 0.37661 0.08550 0.37619 0.08466 0.37577 0.08340 0.37577 0.08130 0.37619 0.08004 0.37661 0.07920 0.37745 0.07836 0.37829 0.07794 0.37997 0.07794 0.38081 0.07836 0.38165 0.07920 0.38207 0.08004 0.38249 0.08130 0.38249 0.08340 0.38207 0.08466 0.38165 0.08550 0.38081 0.08634 0.37997 0.08676 0.37829 0.08676\n 11 446 20 0.39090 0.08550 0.39006 0.08634 0.38880 0.08676 0.38711 0.08676 0.38585 0.08634 0.38501 0.08550 0.38501 0.08466 0.38543 0.08382 0.38585 0.08340 0.38669 0.08298 0.38922 0.08214 0.39006 0.08172 0.39048 0.08130 0.39090 0.08046 0.39090 0.07920 0.39006 0.07836 0.38880 0.07794 0.38711 0.07794 0.38585 0.07836 0.38501 0.07920\n 11 226 10 0.39678 0.08845 0.39594 0.08761 0.39510 0.08634 0.39426 0.08466 0.39384 0.08256 0.39384 0.08088 0.39426 0.07878 0.39510 0.07710 0.39594 0.07584 0.39678 0.07500\n 11 50 2 0.39972 0.08676 0.39972 0.07794\n 11 50 2 0.40980 0.08845 0.40224 0.07500\n 11 336 15 0.41275 0.08676 0.41737 0.08676 0.41485 0.08340 0.41611 0.08340 0.41695 0.08298 0.41737 0.08256 0.41779 0.08130 0.41779 0.08046 0.41737 0.07920 0.41653 0.07836 0.41527 0.07794 0.41401 0.07794 0.41275 0.07836 0.41232 0.07878 0.41190 0.07962\n 11 512 23 0.42577 0.08550 0.42535 0.08634 0.42409 0.08676 0.42325 0.08676 0.42199 0.08634 0.42115 0.08508 0.42073 0.08298 0.42073 0.08088 0.42115 0.07920 0.42199 0.07836 0.42325 0.07794 0.42367 0.07794 0.42493 0.07836 0.42577 0.07920 0.42619 0.08046 0.42619 0.08088 0.42577 0.08214 0.42493 0.08298 0.42367 0.08340 0.42325 0.08340 0.42199 0.08298 0.42115 0.08214 0.42073 0.08088\n 11 226 10 0.42871 0.08845 0.42955 0.08761 0.43039 0.08634 0.43123 0.08466 0.43165 0.08256 0.43165 0.08088 0.43123 0.07878 0.43039 0.07710 0.42955 0.07584 0.42871 0.07500\n 11 402 18 0.69188 0.08466 0.69146 0.08550 0.69062 0.08634 0.68978 0.08676 0.68810 0.08676 0.68725 0.08634 0.68641 0.08550 0.68599 0.08466 0.68557 0.08340 0.68557 0.08130 0.68599 0.08004 0.68641 0.07920 0.68725 0.07836 0.68810 0.07794 0.68978 0.07794 0.69062 0.07836 0.69146 0.07920 0.69188 0.08004\n 11 468 21 0.69692 0.08676 0.69608 0.08634 0.69524 0.08550 0.69482 0.08466 0.69440 0.08340 0.69440 0.08130 0.69482 0.08004 0.69524 0.07920 0.69608 0.07836 0.69692 0.07794 0.69860 0.07794 0.69944 0.07836 0.70028 0.07920 0.70070 0.08004 0.70112 0.08130 0.70112 0.08340 0.70070 0.08466 0.70028 0.08550 0.69944 0.08634 0.69860 0.08676 0.69692 0.08676\n 11 446 20 0.70952 0.08550 0.70868 0.08634 0.70742 0.08676 0.70574 0.08676 0.70448 0.08634 0.70364 0.08550 0.70364 0.08466 0.70406 0.08382 0.70448 0.08340 0.70532 0.08298 0.70784 0.08214 0.70868 0.08172 0.70910 0.08130 0.70952 0.08046 0.70952 0.07920 0.70868 0.07836 0.70742 0.07794 0.70574 0.07794 0.70448 0.07836 0.70364 0.07920\n 11 226 10 0.71541 0.08845 0.71457 0.08761 0.71373 0.08634 0.71289 0.08466 0.71247 0.08256 0.71247 0.08088 0.71289 0.07878 0.71373 0.07710 0.71457 0.07584 0.71541 0.07500\n 11 50 2 0.71835 0.08676 0.71835 0.07794\n 11 50 2 0.72843 0.08845 0.72087 0.07500\n 11 72 3 0.73473 0.08676 0.73053 0.08088 0.73683 0.08088\n 11 50 2 0.73473 0.08676 0.73473 0.07794\n 11 380 17 0.74146 0.08676 0.74020 0.08634 0.73936 0.08508 0.73894 0.08298 0.73894 0.08172 0.73936 0.07962 0.74020 0.07836 0.74146 0.07794 0.74230 0.07794 0.74356 0.07836 0.74440 0.07962 0.74482 0.08172 0.74482 0.08298 0.74440 0.08508 0.74356 0.08634 0.74230 0.08676 0.74146 0.08676\n 11 226 10 0.74734 0.08845 0.74818 0.08761 0.74902 0.08634 0.74986 0.08466 0.75028 0.08256 0.75028 0.08088 0.74986 0.07878 0.74902 0.07710 0.74818 0.07584 0.74734 0.07500\n 11 402 18 0.37325 0.06604 0.37283 0.06688 0.37199 0.06772 0.37115 0.06814 0.36947 0.06814 0.36863 0.06772 0.36779 0.06688 0.36737 0.06604 0.36695 0.06478 0.36695 0.06268 0.36737 0.06141 0.36779 0.06057 0.36863 0.05973 0.36947 0.05931 0.37115 0.05931 0.37199 0.05973 0.37283 0.06057 0.37325 0.06141\n 11 468 21 0.37829 0.06814 0.37745 0.06772 0.37661 0.06688 0.37619 0.06604 0.37577 0.06478 0.37577 0.06268 0.37619 0.06141 0.37661 0.06057 0.37745 0.05973 0.37829 0.05931 0.37997 0.05931 0.38081 0.05973 0.38165 0.06057 0.38207 0.06141 0.38249 0.06268 0.38249 0.06478 0.38207 0.06604 0.38165 0.06688 0.38081 0.06772 0.37997 0.06814 0.37829 0.06814\n 11 446 20 0.39090 0.06688 0.39006 0.06772 0.38880 0.06814 0.38711 0.06814 0.38585 0.06772 0.38501 0.06688 0.38501 0.06604 0.38543 0.06520 0.38585 0.06478 0.38669 0.06436 0.38922 0.06352 0.39006 0.06310 0.39048 0.06268 0.39090 0.06183 0.39090 0.06057 0.39006 0.05973 0.38880 0.05931 0.38711 0.05931 0.38585 0.05973 0.38501 0.06057\n 11 226 10 0.39678 0.06982 0.39594 0.06898 0.39510 0.06772 0.39426 0.06604 0.39384 0.06394 0.39384 0.06225 0.39426 0.06015 0.39510 0.05847 0.39594 0.05721 0.39678 0.05637\n 11 50 2 0.39972 0.06814 0.39972 0.05931\n 11 50 2 0.40980 0.06982 0.40224 0.05637\n 11 72 3 0.41611 0.06814 0.41190 0.06225 0.41821 0.06225\n 11 50 2 0.41611 0.06814 0.41611 0.05931\n 11 72 3 0.42451 0.06814 0.42031 0.06225 0.42661 0.06225\n 11 50 2 0.42451 0.06814 0.42451 0.05931\n 11 226 10 0.42871 0.06982 0.42955 0.06898 0.43039 0.06772 0.43123 0.06604 0.43165 0.06394 0.43165 0.06225 0.43123 0.06015 0.43039 0.05847 0.42955 0.05721 0.42871 0.05637\n 11 402 18 0.69188 0.06604 0.69146 0.06688 0.69062 0.06772 0.68978 0.06814 0.68810 0.06814 0.68725 0.06772 0.68641 0.06688 0.68599 0.06604 0.68557 0.06478 0.68557 0.06268 0.68599 0.06141 0.68641 0.06057 0.68725 0.05973 0.68810 0.05931 0.68978 0.05931 0.69062 0.05973 0.69146 0.06057 0.69188 0.06141\n 11 468 21 0.69692 0.06814 0.69608 0.06772 0.69524 0.06688 0.69482 0.06604 0.69440 0.06478 0.69440 0.06268 0.69482 0.06141 0.69524 0.06057 0.69608 0.05973 0.69692 0.05931 0.69860 0.05931 0.69944 0.05973 0.70028 0.06057 0.70070 0.06141 0.70112 0.06268 0.70112 0.06478 0.70070 0.06604 0.70028 0.06688 0.69944 0.06772 0.69860 0.06814 0.69692 0.06814\n 11 446 20 0.70952 0.06688 0.70868 0.06772 0.70742 0.06814 0.70574 0.06814 0.70448 0.06772 0.70364 0.06688 0.70364 0.06604 0.70406 0.06520 0.70448 0.06478 0.70532 0.06436 0.70784 0.06352 0.70868 0.06310 0.70910 0.06268 0.70952 0.06183 0.70952 0.06057 0.70868 0.05973 0.70742 0.05931 0.70574 0.05931 0.70448 0.05973 0.70364 0.06057\n 11 226 10 0.71541 0.06982 0.71457 0.06898 0.71373 0.06772 0.71289 0.06604 0.71247 0.06394 0.71247 0.06225 0.71289 0.06015 0.71373 0.05847 0.71457 0.05721 0.71541 0.05637\n 11 50 2 0.71835 0.06814 0.71835 0.05931\n 11 50 2 0.72843 0.06982 0.72087 0.05637\n 11 72 3 0.73473 0.06814 0.73053 0.06225 0.73683 0.06225\n 11 50 2 0.73473 0.06814 0.73473 0.05931\n 11 644 29 0.74104 0.06814 0.73978 0.06772 0.73936 0.06688 0.73936 0.06604 0.73978 0.06520 0.74062 0.06478 0.74230 0.06436 0.74356 0.06394 0.74440 0.06310 0.74482 0.06225 0.74482 0.06099 0.74440 0.06015 0.74398 0.05973 0.74272 0.05931 0.74104 0.05931 0.73978 0.05973 0.73936 0.06015 0.73894 0.06099 0.73894 0.06225 0.73936 0.06310 0.74020 0.06394 0.74146 0.06436 0.74314 0.06478 0.74398 0.06520 0.74440 0.06604 0.74440 0.06688 0.74398 0.06772 0.74272 0.06814 0.74104 0.06814\n 11 226 10 0.74734 0.06982 0.74818 0.06898 0.74902 0.06772 0.74986 0.06604 0.75028 0.06394 0.75028 0.06225 0.74986 0.06015 0.74902 0.05847 0.74818 0.05721 0.74734 0.05637\n 11 402 18 0.37325 0.04741 0.37283 0.04825 0.37199 0.04909 0.37115 0.04951 0.36947 0.04951 0.36863 0.04909 0.36779 0.04825 0.36737 0.04741 0.36695 0.04615 0.36695 0.04405 0.36737 0.04279 0.36779 0.04195 0.36863 0.04111 0.36947 0.04069 0.37115 0.04069 0.37199 0.04111 0.37283 0.04195 0.37325 0.04279\n 11 468 21 0.37829 0.04951 0.37745 0.04909 0.37661 0.04825 0.37619 0.04741 0.37577 0.04615 0.37577 0.04405 0.37619 0.04279 0.37661 0.04195 0.37745 0.04111 0.37829 0.04069 0.37997 0.04069 0.38081 0.04111 0.38165 0.04195 0.38207 0.04279 0.38249 0.04405 0.38249 0.04615 0.38207 0.04741 0.38165 0.04825 0.38081 0.04909 0.37997 0.04951 0.37829 0.04951\n 11 446 20 0.39090 0.04825 0.39006 0.04909 0.38880 0.04951 0.38711 0.04951 0.38585 0.04909 0.38501 0.04825 0.38501 0.04741 0.38543 0.04657 0.38585 0.04615 0.38669 0.04573 0.38922 0.04489 0.39006 0.04447 0.39048 0.04405 0.39090 0.04321 0.39090 0.04195 0.39006 0.04111 0.38880 0.04069 0.38711 0.04069 0.38585 0.04111 0.38501 0.04195\n 11 226 10 0.39678 0.05119 0.39594 0.05035 0.39510 0.04909 0.39426 0.04741 0.39384 0.04531 0.39384 0.04363 0.39426 0.04153 0.39510 0.03985 0.39594 0.03859 0.39678 0.03775\n 11 50 2 0.39972 0.04951 0.39972 0.04069\n 11 50 2 0.40980 0.05119 0.40224 0.03775\n 11 380 17 0.41695 0.04951 0.41275 0.04951 0.41232 0.04573 0.41275 0.04615 0.41401 0.04657 0.41527 0.04657 0.41653 0.04615 0.41737 0.04531 0.41779 0.04405 0.41779 0.04321 0.41737 0.04195 0.41653 0.04111 0.41527 0.04069 0.41401 0.04069 0.41275 0.04111 0.41232 0.04153 0.41190 0.04237\n 11 314 14 0.42073 0.04741 0.42073 0.04783 0.42115 0.04867 0.42157 0.04909 0.42241 0.04951 0.42409 0.04951 0.42493 0.04909 0.42535 0.04867 0.42577 0.04783 0.42577 0.04699 0.42535 0.04615 0.42451 0.04489 0.42031 0.04069 0.42619 0.04069\n 11 226 10 0.42871 0.05119 0.42955 0.05035 0.43039 0.04909 0.43123 0.04741 0.43165 0.04531 0.43165 0.04363 0.43123 0.04153 0.43039 0.03985 0.42955 0.03859 0.42871 0.03775\n 11 402 18 0.69188 0.04741 0.69146 0.04825 0.69062 0.04909 0.68978 0.04951 0.68810 0.04951 0.68725 0.04909 0.68641 0.04825 0.68599 0.04741 0.68557 0.04615 0.68557 0.04405 0.68599 0.04279 0.68641 0.04195 0.68725 0.04111 0.68810 0.04069 0.68978 0.04069 0.69062 0.04111 0.69146 0.04195 0.69188 0.04279\n 11 468 21 0.69692 0.04951 0.69608 0.04909 0.69524 0.04825 0.69482 0.04741 0.69440 0.04615 0.69440 0.04405 0.69482 0.04279 0.69524 0.04195 0.69608 0.04111 0.69692 0.04069 0.69860 0.04069 0.69944 0.04111 0.70028 0.04195 0.70070 0.04279 0.70112 0.04405 0.70112 0.04615 0.70070 0.04741 0.70028 0.04825 0.69944 0.04909 0.69860 0.04951 0.69692 0.04951\n 11 446 20 0.70952 0.04825 0.70868 0.04909 0.70742 0.04951 0.70574 0.04951 0.70448 0.04909 0.70364 0.04825 0.70364 0.04741 0.70406 0.04657 0.70448 0.04615 0.70532 0.04573 0.70784 0.04489 0.70868 0.04447 0.70910 0.04405 0.70952 0.04321 0.70952 0.04195 0.70868 0.04111 0.70742 0.04069 0.70574 0.04069 0.70448 0.04111 0.70364 0.04195\n 11 226 10 0.71541 0.05119 0.71457 0.05035 0.71373 0.04909 0.71289 0.04741 0.71247 0.04531 0.71247 0.04363 0.71289 0.04153 0.71373 0.03985 0.71457 0.03859 0.71541 0.03775\n 11 50 2 0.71835 0.04951 0.71835 0.04069\n 11 50 2 0.72843 0.05119 0.72087 0.03775\n 11 380 17 0.73557 0.04951 0.73137 0.04951 0.73095 0.04573 0.73137 0.04615 0.73263 0.04657 0.73389 0.04657 0.73515 0.04615 0.73599 0.04531 0.73641 0.04405 0.73641 0.04321 0.73599 0.04195 0.73515 0.04111 0.73389 0.04069 0.73263 0.04069 0.73137 0.04111 0.73095 0.04153 0.73053 0.04237\n 11 512 23 0.74440 0.04825 0.74398 0.04909 0.74272 0.04951 0.74188 0.04951 0.74062 0.04909 0.73978 0.04783 0.73936 0.04573 0.73936 0.04363 0.73978 0.04195 0.74062 0.04111 0.74188 0.04069 0.74230 0.04069 0.74356 0.04111 0.74440 0.04195 0.74482 0.04321 0.74482 0.04363 0.74440 0.04489 0.74356 0.04573 0.74230 0.04615 0.74188 0.04615 0.74062 0.04573 0.73978 0.04489 0.73936 0.04363\n 11 226 10 0.74734 0.05119 0.74818 0.05035 0.74902 0.04909 0.74986 0.04741 0.75028 0.04531 0.75028 0.04363 0.74986 0.04153 0.74902 0.03985 0.74818 0.03859 0.74734 0.03775\n 11 402 18 0.37325 0.02878 0.37283 0.02962 0.37199 0.03046 0.37115 0.03088 0.36947 0.03088 0.36863 0.03046 0.36779 0.02962 0.36737 0.02878 0.36695 0.02752 0.36695 0.02542 0.36737 0.02416 0.36779 0.02332 0.36863 0.02248 0.36947 0.02206 0.37115 0.02206 0.37199 0.02248 0.37283 0.02332 0.37325 0.02416\n 11 468 21 0.37829 0.03088 0.37745 0.03046 0.37661 0.02962 0.37619 0.02878 0.37577 0.02752 0.37577 0.02542 0.37619 0.02416 0.37661 0.02332 0.37745 0.02248 0.37829 0.02206 0.37997 0.02206 0.38081 0.02248 0.38165 0.02332 0.38207 0.02416 0.38249 0.02542 0.38249 0.02752 0.38207 0.02878 0.38165 0.02962 0.38081 0.03046 0.37997 0.03088 0.37829 0.03088\n 11 446 20 0.39090 0.02962 0.39006 0.03046 0.38880 0.03088 0.38711 0.03088 0.38585 0.03046 0.38501 0.02962 0.38501 0.02878 0.38543 0.02794 0.38585 0.02752 0.38669 0.02710 0.38922 0.02626 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0.35762 0.09384 0.35809 0.09290 0.35809\n 11 226 10 0.09290 0.35809 0.09197 0.35762 0.09150 0.35715 0.09104 0.35622 0.09057 0.35389 0.09057 0.35249 0.09104 0.35015 0.09150 0.34922 0.09197 0.34875 0.09290 0.34828\n 11 226 10 0.09384 0.34828 0.09477 0.34875 0.09524 0.34922 0.09570 0.35015 0.09617 0.35249 0.09617 0.35389 0.09570 0.35622 0.09524 0.35715 0.09477 0.35762 0.09384 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 226 10 0.06956 0.46446 0.06863 0.46399 0.06816 0.46353 0.06769 0.46259 0.06723 0.46026 0.06723 0.45886 0.06769 0.45652 0.06816 0.45559 0.06863 0.45512 0.06956 0.45466\n 11 226 10 0.07049 0.45466 0.07143 0.45512 0.07190 0.45559 0.07236 0.45652 0.07283 0.45886 0.07283 0.46026 0.07236 0.46259 0.07190 0.46353 0.07143 0.46399 0.07049 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 226 10 0.08357 0.46446 0.08263 0.46399 0.08217 0.46353 0.08170 0.46259 0.08123 0.46026 0.08123 0.45886 0.08170 0.45652 0.08217 0.45559 0.08263 0.45512 0.08357 0.45466\n 11 226 10 0.08450 0.45466 0.08543 0.45512 0.08590 0.45559 0.08637 0.45652 0.08683 0.45886 0.08683 0.46026 0.08637 0.46259 0.08590 0.46353 0.08543 0.46399 0.08450 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 226 10 0.09290 0.46446 0.09197 0.46399 0.09150 0.46353 0.09104 0.46259 0.09057 0.46026 0.09057 0.45886 0.09104 0.45652 0.09150 0.45559 0.09197 0.45512 0.09290 0.45466\n 11 226 10 0.09384 0.45466 0.09477 0.45512 0.09524 0.45559 0.09570 0.45652 0.09617 0.45886 0.09617 0.46026 0.09570 0.46259 0.09524 0.46353 0.09477 0.46399 0.09384 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 226 10 0.06956 0.57083 0.06863 0.57037 0.06816 0.56990 0.06769 0.56897 0.06723 0.56663 0.06723 0.56523 0.06769 0.56290 0.06816 0.56196 0.06863 0.56150 0.06956 0.56103\n 11 226 10 0.07049 0.56103 0.07143 0.56150 0.07190 0.56196 0.07236 0.56290 0.07283 0.56523 0.07283 0.56663 0.07236 0.56897 0.07190 0.56990 0.07143 0.57037 0.07049 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 50 2 0.08497 0.56990 0.08497 0.56103\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 72 3 0.08543 0.57083 0.08030 0.56383 0.08777 0.56383\n 11 50 2 0.08357 0.56103 0.08683 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 226 10 0.09290 0.57083 0.09197 0.57037 0.09150 0.56990 0.09104 0.56897 0.09057 0.56663 0.09057 0.56523 0.09104 0.56290 0.09150 0.56196 0.09197 0.56150 0.09290 0.56103\n 11 226 10 0.09384 0.56103 0.09477 0.56150 0.09524 0.56196 0.09570 0.56290 0.09617 0.56523 0.09617 0.56663 0.09570 0.56897 0.09524 0.56990 0.09477 0.57037 0.09384 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 226 10 0.06956 0.67721 0.06863 0.67674 0.06816 0.67627 0.06769 0.67534 0.06723 0.67300 0.06723 0.67160 0.06769 0.66927 0.06816 0.66834 0.06863 0.66787 0.06956 0.66740\n 11 226 10 0.07049 0.66740 0.07143 0.66787 0.07190 0.66834 0.07236 0.66927 0.07283 0.67160 0.07283 0.67300 0.07236 0.67534 0.07190 0.67627 0.07143 0.67674 0.07049 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 292 13 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67440 0.08170 0.67347 0.08310 0.67300 0.08497 0.67300 0.08637 0.67347 0.08683 0.67440 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 138 6 0.08310 0.67721 0.08217 0.67674 0.08170 0.67581 0.08170 0.67440 0.08217 0.67347 0.08310 0.67300\n 11 138 6 0.08497 0.67300 0.08590 0.67347 0.08637 0.67440 0.08637 0.67581 0.08590 0.67674 0.08497 0.67721\n 11 358 16 0.08310 0.67300 0.08170 0.67254 0.08123 0.67207 0.08077 0.67114 0.08077 0.66927 0.08123 0.66834 0.08170 0.66787 0.08310 0.66740 0.08497 0.66740 0.08637 0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.21136 0.11765 0.21136 0.11765 0.21136 0.11765 0.22908 0.11765 0.22908 0.11765 0.22908 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.26454 0.11765 0.26454 0.11765 0.26454 0.11765 0.28227 0.11765 0.28227 0.11765 0.28227 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.31773 0.11765 0.31773 0.11765 0.31773 0.11765 0.33546 0.11765 0.33546 0.11765 0.33546 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.37092 0.11765 0.37092 0.11765 0.37092 0.11765 0.38864 0.11765 0.38864 0.11765 0.38864 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.42410 0.11765 0.42410 0.11765 0.42410 0.11765 0.44183 0.11765 0.44183 0.11765 0.44183 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.47729 0.11765 0.47729 0.11765 0.47729 0.11765 0.49502 0.11765 0.49502 0.11765 0.49502 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.53047 0.11765 0.53047 0.11765 0.53047 0.11765 0.54820 0.11765 0.54820 0.11765 0.54820 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.58366 0.11765 0.58366 0.11765 0.58366 0.11765 0.60139 0.11765 0.60139 0.11765 0.60139 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.63685 0.11765 0.63685 0.11765 0.63685 0.11765 0.65458 0.11765 0.65458 0.11765 0.65458 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.69003 0.11765 0.69003 0.11765 0.69003 0.11765 0.70776 0.11765 0.70776 0.11765 0.70776 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 226 10 0.06956 0.25172 0.06863 0.25125 0.06816 0.25078 0.06769 0.24985 0.06723 0.24751 0.06723 0.24611 0.06769 0.24378 0.06816 0.24285 0.06863 0.24238 0.06956 0.24191\n 11 226 10 0.07049 0.24191 0.07143 0.24238 0.07190 0.24285 0.07236 0.24378 0.07283 0.24611 0.07283 0.24751 0.07236 0.24985 0.07190 0.25078 0.07143 0.25125 0.07049 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 292 13 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24891 0.08170 0.24798 0.08310 0.24751 0.08497 0.24751 0.08637 0.24798 0.08683 0.24891 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 138 6 0.08310 0.25172 0.08217 0.25125 0.08170 0.25032 0.08170 0.24891 0.08217 0.24798 0.08310 0.24751\n 11 138 6 0.08497 0.24751 0.08590 0.24798 0.08637 0.24891 0.08637 0.25032 0.08590 0.25125 0.08497 0.25172\n 11 358 16 0.08310 0.24751 0.08170 0.24705 0.08123 0.24658 0.08077 0.24565 0.08077 0.24378 0.08123 0.24285 0.08170 0.24238 0.08310 0.24191 0.08497 0.24191 0.08637 0.24238 0.08683 0.24285 0.08730 0.24378 0.08730 0.24565 0.08683 0.24658 0.08637 0.24705 0.08497 0.24751\n 11 182 8 0.08310 0.24751 0.08217 0.24705 0.08170 0.24658 0.08123 0.24565 0.08123 0.24378 0.08170 0.24285 0.08217 0.24238 0.08310 0.24191\n 11 182 8 0.08497 0.24191 0.08590 0.24238 0.08637 0.24285 0.08683 0.24378 0.08683 0.24565 0.08637 0.24658 0.08590 0.24705 0.08497 0.24751\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 226 10 0.09290 0.25172 0.09197 0.25125 0.09150 0.25078 0.09104 0.24985 0.09057 0.24751 0.09057 0.24611 0.09104 0.24378 0.09150 0.24285 0.09197 0.24238 0.09290 0.24191\n 11 226 10 0.09384 0.24191 0.09477 0.24238 0.09524 0.24285 0.09570 0.24378 0.09617 0.24611 0.09617 0.24751 0.09570 0.24985 0.09524 0.25078 0.09477 0.25125 0.09384 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 226 10 0.06956 0.35809 0.06863 0.35762 0.06816 0.35715 0.06769 0.35622 0.06723 0.35389 0.06723 0.35249 0.06769 0.35015 0.06816 0.34922 0.06863 0.34875 0.06956 0.34828\n 11 226 10 0.07049 0.34828 0.07143 0.34875 0.07190 0.34922 0.07236 0.35015 0.07283 0.35249 0.07283 0.35389 0.07236 0.35622 0.07190 0.35715 0.07143 0.35762 0.07049 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 50 2 0.08497 0.35715 0.08497 0.34828\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 72 3 0.08543 0.35809 0.08030 0.35109 0.08777 0.35109\n 11 50 2 0.08357 0.34828 0.08683 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 226 10 0.09290 0.35809 0.09197 0.35762 0.09150 0.35715 0.09104 0.35622 0.09057 0.35389 0.09057 0.35249 0.09104 0.35015 0.09150 0.34922 0.09197 0.34875 0.09290 0.34828\n 11 226 10 0.09384 0.34828 0.09477 0.34875 0.09524 0.34922 0.09570 0.35015 0.09617 0.35249 0.09617 0.35389 0.09570 0.35622 0.09524 0.35715 0.09477 0.35762 0.09384 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 226 10 0.06956 0.46446 0.06863 0.46399 0.06816 0.46353 0.06769 0.46259 0.06723 0.46026 0.06723 0.45886 0.06769 0.45652 0.06816 0.45559 0.06863 0.45512 0.06956 0.45466\n 11 226 10 0.07049 0.45466 0.07143 0.45512 0.07190 0.45559 0.07236 0.45652 0.07283 0.45886 0.07283 0.46026 0.07236 0.46259 0.07190 0.46353 0.07143 0.46399 0.07049 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 226 10 0.08357 0.46446 0.08263 0.46399 0.08217 0.46353 0.08170 0.46259 0.08123 0.46026 0.08123 0.45886 0.08170 0.45652 0.08217 0.45559 0.08263 0.45512 0.08357 0.45466\n 11 226 10 0.08450 0.45466 0.08543 0.45512 0.08590 0.45559 0.08637 0.45652 0.08683 0.45886 0.08683 0.46026 0.08637 0.46259 0.08590 0.46353 0.08543 0.46399 0.08450 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 226 10 0.09290 0.46446 0.09197 0.46399 0.09150 0.46353 0.09104 0.46259 0.09057 0.46026 0.09057 0.45886 0.09104 0.45652 0.09150 0.45559 0.09197 0.45512 0.09290 0.45466\n 11 226 10 0.09384 0.45466 0.09477 0.45512 0.09524 0.45559 0.09570 0.45652 0.09617 0.45886 0.09617 0.46026 0.09570 0.46259 0.09524 0.46353 0.09477 0.46399 0.09384 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 226 10 0.06956 0.57083 0.06863 0.57037 0.06816 0.56990 0.06769 0.56897 0.06723 0.56663 0.06723 0.56523 0.06769 0.56290 0.06816 0.56196 0.06863 0.56150 0.06956 0.56103\n 11 226 10 0.07049 0.56103 0.07143 0.56150 0.07190 0.56196 0.07236 0.56290 0.07283 0.56523 0.07283 0.56663 0.07236 0.56897 0.07190 0.56990 0.07143 0.57037 0.07049 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 50 2 0.08497 0.56990 0.08497 0.56103\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 72 3 0.08543 0.57083 0.08030 0.56383 0.08777 0.56383\n 11 50 2 0.08357 0.56103 0.08683 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 226 10 0.09290 0.57083 0.09197 0.57037 0.09150 0.56990 0.09104 0.56897 0.09057 0.56663 0.09057 0.56523 0.09104 0.56290 0.09150 0.56196 0.09197 0.56150 0.09290 0.56103\n 11 226 10 0.09384 0.56103 0.09477 0.56150 0.09524 0.56196 0.09570 0.56290 0.09617 0.56523 0.09617 0.56663 0.09570 0.56897 0.09524 0.56990 0.09477 0.57037 0.09384 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 226 10 0.06956 0.67721 0.06863 0.67674 0.06816 0.67627 0.06769 0.67534 0.06723 0.67300 0.06723 0.67160 0.06769 0.66927 0.06816 0.66834 0.06863 0.66787 0.06956 0.66740\n 11 226 10 0.07049 0.66740 0.07143 0.66787 0.07190 0.66834 0.07236 0.66927 0.07283 0.67160 0.07283 0.67300 0.07236 0.67534 0.07190 0.67627 0.07143 0.67674 0.07049 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 292 13 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67440 0.08170 0.67347 0.08310 0.67300 0.08497 0.67300 0.08637 0.67347 0.08683 0.67440 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 138 6 0.08310 0.67721 0.08217 0.67674 0.08170 0.67581 0.08170 0.67440 0.08217 0.67347 0.08310 0.67300\n 11 138 6 0.08497 0.67300 0.08590 0.67347 0.08637 0.67440 0.08637 0.67581 0.08590 0.67674 0.08497 0.67721\n 11 358 16 0.08310 0.67300 0.08170 0.67254 0.08123 0.67207 0.08077 0.67114 0.08077 0.66927 0.08123 0.66834 0.08170 0.66787 0.08310 0.66740 0.08497 0.66740 0.08637 0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84915 0.72549 0.84915 0.73162 0.84915 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84915 0.72549 0.84915 0.73162 0.84915 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84915 0.19363 0.84915 0.18750 0.84915 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84915 0.19363 0.84915 0.18750 0.84915 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 2118 96 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.21136 0.11765 0.21136 0.11765 0.21136 0.11765 0.22908 0.11765 0.22908 0.11765 0.22908 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.26454 0.11765 0.26454 0.11765 0.26454 0.11765 0.28227 0.11765 0.28227 0.11765 0.28227 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.31773 0.11765 0.31773 0.11765 0.31773 0.11765 0.33546 0.11765 0.33546 0.11765 0.33546 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.37092 0.11765 0.37092 0.11765 0.37092 0.11765 0.38864 0.11765 0.38864 0.11765 0.38864 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.42410 0.11765 0.42410 0.11765 0.42410 0.11765 0.44183 0.11765 0.44183 0.11765 0.44183 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.47729 0.11765 0.47729 0.11765 0.47729 0.11765 0.49502 0.11765 0.49502 0.11765 0.49502 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.53047 0.11765 0.53047 0.11765 0.53047 0.11765 0.54820 0.11765 0.54820 0.11765 0.54820 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.58366 0.11765 0.58366 0.11765 0.58366 0.11765 0.60139 0.11765 0.60139 0.11765 0.60139 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.63685 0.11765 0.63685 0.11765 0.63685 0.11765 0.65458 0.11765 0.65458 0.11765 0.65458 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.69003 0.11765 0.69003 0.11765 0.69003 0.11765 0.70776 0.11765 0.70776 0.11765 0.70776 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 226 10 0.06956 0.25172 0.06863 0.25125 0.06816 0.25078 0.06769 0.24985 0.06723 0.24751 0.06723 0.24611 0.06769 0.24378 0.06816 0.24285 0.06863 0.24238 0.06956 0.24191\n 11 226 10 0.07049 0.24191 0.07143 0.24238 0.07190 0.24285 0.07236 0.24378 0.07283 0.24611 0.07283 0.24751 0.07236 0.24985 0.07190 0.25078 0.07143 0.25125 0.07049 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 292 13 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24891 0.08170 0.24798 0.08310 0.24751 0.08497 0.24751 0.08637 0.24798 0.08683 0.24891 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 138 6 0.08310 0.25172 0.08217 0.25125 0.08170 0.25032 0.08170 0.24891 0.08217 0.24798 0.08310 0.24751\n 11 138 6 0.08497 0.24751 0.08590 0.24798 0.08637 0.24891 0.08637 0.25032 0.08590 0.25125 0.08497 0.25172\n 11 358 16 0.08310 0.24751 0.08170 0.24705 0.08123 0.24658 0.08077 0.24565 0.08077 0.24378 0.08123 0.24285 0.08170 0.24238 0.08310 0.24191 0.08497 0.24191 0.08637 0.24238 0.08683 0.24285 0.08730 0.24378 0.08730 0.24565 0.08683 0.24658 0.08637 0.24705 0.08497 0.24751\n 11 182 8 0.08310 0.24751 0.08217 0.24705 0.08170 0.24658 0.08123 0.24565 0.08123 0.24378 0.08170 0.24285 0.08217 0.24238 0.08310 0.24191\n 11 182 8 0.08497 0.24191 0.08590 0.24238 0.08637 0.24285 0.08683 0.24378 0.08683 0.24565 0.08637 0.24658 0.08590 0.24705 0.08497 0.24751\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 226 10 0.09290 0.25172 0.09197 0.25125 0.09150 0.25078 0.09104 0.24985 0.09057 0.24751 0.09057 0.24611 0.09104 0.24378 0.09150 0.24285 0.09197 0.24238 0.09290 0.24191\n 11 226 10 0.09384 0.24191 0.09477 0.24238 0.09524 0.24285 0.09570 0.24378 0.09617 0.24611 0.09617 0.24751 0.09570 0.24985 0.09524 0.25078 0.09477 0.25125 0.09384 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 226 10 0.06956 0.35809 0.06863 0.35762 0.06816 0.35715 0.06769 0.35622 0.06723 0.35389 0.06723 0.35249 0.06769 0.35015 0.06816 0.34922 0.06863 0.34875 0.06956 0.34828\n 11 226 10 0.07049 0.34828 0.07143 0.34875 0.07190 0.34922 0.07236 0.35015 0.07283 0.35249 0.07283 0.35389 0.07236 0.35622 0.07190 0.35715 0.07143 0.35762 0.07049 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 50 2 0.08497 0.35715 0.08497 0.34828\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 72 3 0.08543 0.35809 0.08030 0.35109 0.08777 0.35109\n 11 50 2 0.08357 0.34828 0.08683 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 226 10 0.09290 0.35809 0.09197 0.35762 0.09150 0.35715 0.09104 0.35622 0.09057 0.35389 0.09057 0.35249 0.09104 0.35015 0.09150 0.34922 0.09197 0.34875 0.09290 0.34828\n 11 226 10 0.09384 0.34828 0.09477 0.34875 0.09524 0.34922 0.09570 0.35015 0.09617 0.35249 0.09617 0.35389 0.09570 0.35622 0.09524 0.35715 0.09477 0.35762 0.09384 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 226 10 0.06956 0.46446 0.06863 0.46399 0.06816 0.46353 0.06769 0.46259 0.06723 0.46026 0.06723 0.45886 0.06769 0.45652 0.06816 0.45559 0.06863 0.45512 0.06956 0.45466\n 11 226 10 0.07049 0.45466 0.07143 0.45512 0.07190 0.45559 0.07236 0.45652 0.07283 0.45886 0.07283 0.46026 0.07236 0.46259 0.07190 0.46353 0.07143 0.46399 0.07049 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 226 10 0.08357 0.46446 0.08263 0.46399 0.08217 0.46353 0.08170 0.46259 0.08123 0.46026 0.08123 0.45886 0.08170 0.45652 0.08217 0.45559 0.08263 0.45512 0.08357 0.45466\n 11 226 10 0.08450 0.45466 0.08543 0.45512 0.08590 0.45559 0.08637 0.45652 0.08683 0.45886 0.08683 0.46026 0.08637 0.46259 0.08590 0.46353 0.08543 0.46399 0.08450 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 226 10 0.09290 0.46446 0.09197 0.46399 0.09150 0.46353 0.09104 0.46259 0.09057 0.46026 0.09057 0.45886 0.09104 0.45652 0.09150 0.45559 0.09197 0.45512 0.09290 0.45466\n 11 226 10 0.09384 0.45466 0.09477 0.45512 0.09524 0.45559 0.09570 0.45652 0.09617 0.45886 0.09617 0.46026 0.09570 0.46259 0.09524 0.46353 0.09477 0.46399 0.09384 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 226 10 0.06956 0.57083 0.06863 0.57037 0.06816 0.56990 0.06769 0.56897 0.06723 0.56663 0.06723 0.56523 0.06769 0.56290 0.06816 0.56196 0.06863 0.56150 0.06956 0.56103\n 11 226 10 0.07049 0.56103 0.07143 0.56150 0.07190 0.56196 0.07236 0.56290 0.07283 0.56523 0.07283 0.56663 0.07236 0.56897 0.07190 0.56990 0.07143 0.57037 0.07049 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 50 2 0.08497 0.56990 0.08497 0.56103\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 72 3 0.08543 0.57083 0.08030 0.56383 0.08777 0.56383\n 11 50 2 0.08357 0.56103 0.08683 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 226 10 0.09290 0.57083 0.09197 0.57037 0.09150 0.56990 0.09104 0.56897 0.09057 0.56663 0.09057 0.56523 0.09104 0.56290 0.09150 0.56196 0.09197 0.56150 0.09290 0.56103\n 11 226 10 0.09384 0.56103 0.09477 0.56150 0.09524 0.56196 0.09570 0.56290 0.09617 0.56523 0.09617 0.56663 0.09570 0.56897 0.09524 0.56990 0.09477 0.57037 0.09384 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 226 10 0.06956 0.67721 0.06863 0.67674 0.06816 0.67627 0.06769 0.67534 0.06723 0.67300 0.06723 0.67160 0.06769 0.66927 0.06816 0.66834 0.06863 0.66787 0.06956 0.66740\n 11 226 10 0.07049 0.66740 0.07143 0.66787 0.07190 0.66834 0.07236 0.66927 0.07283 0.67160 0.07283 0.67300 0.07236 0.67534 0.07190 0.67627 0.07143 0.67674 0.07049 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 292 13 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67440 0.08170 0.67347 0.08310 0.67300 0.08497 0.67300 0.08637 0.67347 0.08683 0.67440 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 138 6 0.08310 0.67721 0.08217 0.67674 0.08170 0.67581 0.08170 0.67440 0.08217 0.67347 0.08310 0.67300\n 11 138 6 0.08497 0.67300 0.08590 0.67347 0.08637 0.67440 0.08637 0.67581 0.08590 0.67674 0.08497 0.67721\n 11 358 16 0.08310 0.67300 0.08170 0.67254 0.08123 0.67207 0.08077 0.67114 0.08077 0.66927 0.08123 0.66834 0.08170 0.66787 0.08310 0.66740 0.08497 0.66740 0.08637 0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.21136 0.11765 0.21136 0.11765 0.21136 0.11765 0.22908 0.11765 0.22908 0.11765 0.22908 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.26454 0.11765 0.26454 0.11765 0.26454 0.11765 0.28227 0.11765 0.28227 0.11765 0.28227 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.31773 0.11765 0.31773 0.11765 0.31773 0.11765 0.33546 0.11765 0.33546 0.11765 0.33546 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.37092 0.11765 0.37092 0.11765 0.37092 0.11765 0.38864 0.11765 0.38864 0.11765 0.38864 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.42410 0.11765 0.42410 0.11765 0.42410 0.11765 0.44183 0.11765 0.44183 0.11765 0.44183 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.47729 0.11765 0.47729 0.11765 0.47729 0.11765 0.49502 0.11765 0.49502 0.11765 0.49502 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.53047 0.11765 0.53047 0.11765 0.53047 0.11765 0.54820 0.11765 0.54820 0.11765 0.54820 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.58366 0.11765 0.58366 0.11765 0.58366 0.11765 0.60139 0.11765 0.60139 0.11765 0.60139 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.63685 0.11765 0.63685 0.11765 0.63685 0.11765 0.65458 0.11765 0.65458 0.11765 0.65458 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.69003 0.11765 0.69003 0.11765 0.69003 0.11765 0.70776 0.11765 0.70776 0.11765 0.70776 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 226 10 0.06956 0.25172 0.06863 0.25125 0.06816 0.25078 0.06769 0.24985 0.06723 0.24751 0.06723 0.24611 0.06769 0.24378 0.06816 0.24285 0.06863 0.24238 0.06956 0.24191\n 11 226 10 0.07049 0.24191 0.07143 0.24238 0.07190 0.24285 0.07236 0.24378 0.07283 0.24611 0.07283 0.24751 0.07236 0.24985 0.07190 0.25078 0.07143 0.25125 0.07049 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 292 13 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24891 0.08170 0.24798 0.08310 0.24751 0.08497 0.24751 0.08637 0.24798 0.08683 0.24891 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 138 6 0.08310 0.25172 0.08217 0.25125 0.08170 0.25032 0.08170 0.24891 0.08217 0.24798 0.08310 0.24751\n 11 138 6 0.08497 0.24751 0.08590 0.24798 0.08637 0.24891 0.08637 0.25032 0.08590 0.25125 0.08497 0.25172\n 11 358 16 0.08310 0.24751 0.08170 0.24705 0.08123 0.24658 0.08077 0.24565 0.08077 0.24378 0.08123 0.24285 0.08170 0.24238 0.08310 0.24191 0.08497 0.24191 0.08637 0.24238 0.08683 0.24285 0.08730 0.24378 0.08730 0.24565 0.08683 0.24658 0.08637 0.24705 0.08497 0.24751\n 11 182 8 0.08310 0.24751 0.08217 0.24705 0.08170 0.24658 0.08123 0.24565 0.08123 0.24378 0.08170 0.24285 0.08217 0.24238 0.08310 0.24191\n 11 182 8 0.08497 0.24191 0.08590 0.24238 0.08637 0.24285 0.08683 0.24378 0.08683 0.24565 0.08637 0.24658 0.08590 0.24705 0.08497 0.24751\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 226 10 0.09290 0.25172 0.09197 0.25125 0.09150 0.25078 0.09104 0.24985 0.09057 0.24751 0.09057 0.24611 0.09104 0.24378 0.09150 0.24285 0.09197 0.24238 0.09290 0.24191\n 11 226 10 0.09384 0.24191 0.09477 0.24238 0.09524 0.24285 0.09570 0.24378 0.09617 0.24611 0.09617 0.24751 0.09570 0.24985 0.09524 0.25078 0.09477 0.25125 0.09384 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 226 10 0.06956 0.35809 0.06863 0.35762 0.06816 0.35715 0.06769 0.35622 0.06723 0.35389 0.06723 0.35249 0.06769 0.35015 0.06816 0.34922 0.06863 0.34875 0.06956 0.34828\n 11 226 10 0.07049 0.34828 0.07143 0.34875 0.07190 0.34922 0.07236 0.35015 0.07283 0.35249 0.07283 0.35389 0.07236 0.35622 0.07190 0.35715 0.07143 0.35762 0.07049 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 50 2 0.08497 0.35715 0.08497 0.34828\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 72 3 0.08543 0.35809 0.08030 0.35109 0.08777 0.35109\n 11 50 2 0.08357 0.34828 0.08683 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 226 10 0.09290 0.35809 0.09197 0.35762 0.09150 0.35715 0.09104 0.35622 0.09057 0.35389 0.09057 0.35249 0.09104 0.35015 0.09150 0.34922 0.09197 0.34875 0.09290 0.34828\n 11 226 10 0.09384 0.34828 0.09477 0.34875 0.09524 0.34922 0.09570 0.35015 0.09617 0.35249 0.09617 0.35389 0.09570 0.35622 0.09524 0.35715 0.09477 0.35762 0.09384 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 226 10 0.06956 0.46446 0.06863 0.46399 0.06816 0.46353 0.06769 0.46259 0.06723 0.46026 0.06723 0.45886 0.06769 0.45652 0.06816 0.45559 0.06863 0.45512 0.06956 0.45466\n 11 226 10 0.07049 0.45466 0.07143 0.45512 0.07190 0.45559 0.07236 0.45652 0.07283 0.45886 0.07283 0.46026 0.07236 0.46259 0.07190 0.46353 0.07143 0.46399 0.07049 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 226 10 0.08357 0.46446 0.08263 0.46399 0.08217 0.46353 0.08170 0.46259 0.08123 0.46026 0.08123 0.45886 0.08170 0.45652 0.08217 0.45559 0.08263 0.45512 0.08357 0.45466\n 11 226 10 0.08450 0.45466 0.08543 0.45512 0.08590 0.45559 0.08637 0.45652 0.08683 0.45886 0.08683 0.46026 0.08637 0.46259 0.08590 0.46353 0.08543 0.46399 0.08450 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 226 10 0.09290 0.46446 0.09197 0.46399 0.09150 0.46353 0.09104 0.46259 0.09057 0.46026 0.09057 0.45886 0.09104 0.45652 0.09150 0.45559 0.09197 0.45512 0.09290 0.45466\n 11 226 10 0.09384 0.45466 0.09477 0.45512 0.09524 0.45559 0.09570 0.45652 0.09617 0.45886 0.09617 0.46026 0.09570 0.46259 0.09524 0.46353 0.09477 0.46399 0.09384 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 226 10 0.06956 0.57083 0.06863 0.57037 0.06816 0.56990 0.06769 0.56897 0.06723 0.56663 0.06723 0.56523 0.06769 0.56290 0.06816 0.56196 0.06863 0.56150 0.06956 0.56103\n 11 226 10 0.07049 0.56103 0.07143 0.56150 0.07190 0.56196 0.07236 0.56290 0.07283 0.56523 0.07283 0.56663 0.07236 0.56897 0.07190 0.56990 0.07143 0.57037 0.07049 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 50 2 0.08497 0.56990 0.08497 0.56103\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 72 3 0.08543 0.57083 0.08030 0.56383 0.08777 0.56383\n 11 50 2 0.08357 0.56103 0.08683 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 226 10 0.09290 0.57083 0.09197 0.57037 0.09150 0.56990 0.09104 0.56897 0.09057 0.56663 0.09057 0.56523 0.09104 0.56290 0.09150 0.56196 0.09197 0.56150 0.09290 0.56103\n 11 226 10 0.09384 0.56103 0.09477 0.56150 0.09524 0.56196 0.09570 0.56290 0.09617 0.56523 0.09617 0.56663 0.09570 0.56897 0.09524 0.56990 0.09477 0.57037 0.09384 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 226 10 0.06956 0.67721 0.06863 0.67674 0.06816 0.67627 0.06769 0.67534 0.06723 0.67300 0.06723 0.67160 0.06769 0.66927 0.06816 0.66834 0.06863 0.66787 0.06956 0.66740\n 11 226 10 0.07049 0.66740 0.07143 0.66787 0.07190 0.66834 0.07236 0.66927 0.07283 0.67160 0.07283 0.67300 0.07236 0.67534 0.07190 0.67627 0.07143 0.67674 0.07049 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 292 13 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67440 0.08170 0.67347 0.08310 0.67300 0.08497 0.67300 0.08637 0.67347 0.08683 0.67440 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 138 6 0.08310 0.67721 0.08217 0.67674 0.08170 0.67581 0.08170 0.67440 0.08217 0.67347 0.08310 0.67300\n 11 138 6 0.08497 0.67300 0.08590 0.67347 0.08637 0.67440 0.08637 0.67581 0.08590 0.67674 0.08497 0.67721\n 11 358 16 0.08310 0.67300 0.08170 0.67254 0.08123 0.67207 0.08077 0.67114 0.08077 0.66927 0.08123 0.66834 0.08170 0.66787 0.08310 0.66740 0.08497 0.66740 0.08637 0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84915 0.72549 0.84915 0.73162 0.84915 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84915 0.72549 0.84915 0.73162 0.84915 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84915 0.19363 0.84915 0.18750 0.84915 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84915 0.19363 0.84915 0.18750 0.84915 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 50 2 0.50588 0.15098 0.51373 0.13922\n 11 50 2 0.51373 0.15098 0.50588 0.13922\n 21 6 13\n 25 6 13\n 11 2206 100 0.11765 0.72516 0.12557 0.72416 0.13349 0.72250 0.14141 0.72019 0.14934 0.71722 0.15726 0.71361 0.16518 0.70937 0.17310 0.70450 0.18103 0.69902 0.18895 0.69294 0.19687 0.68627 0.20479 0.67904 0.21272 0.67126 0.22064 0.66295 0.22856 0.65414 0.23648 0.64483 0.24440 0.63507 0.25233 0.62486 0.26025 0.61425 0.26817 0.60324 0.27609 0.59188 0.28402 0.58018 0.29194 0.56819 0.29986 0.55592 0.30778 0.54341 0.31571 0.53070 0.32363 0.51780 0.33155 0.50476 0.33947 0.49160 0.34740 0.47837 0.35532 0.46509 0.36324 0.45179 0.37116 0.43852 0.37909 0.42530 0.38701 0.41216 0.39493 0.39914 0.40285 0.38627 0.41077 0.37359 0.41870 0.36112 0.42662 0.34889 0.43454 0.33695 0.44246 0.32530 0.45039 0.31400 0.45831 0.30306 0.46623 0.29251 0.47415 0.28238 0.48208 0.27269 0.49000 0.26346 0.49792 0.25473 0.50584 0.24651 0.51377 0.23882 0.52169 0.23169 0.52961 0.22512 0.53753 0.21914 0.54545 0.21376 0.55338 0.20899 0.56130 0.20485 0.56922 0.20135 0.57714 0.19849 0.58507 0.19629 0.59299 0.19474 0.60091 0.19386 0.60883 0.19364 0.61676 0.19408 0.62468 0.19519 0.63260 0.19696 0.64052 0.19938 0.64845 0.20246 0.65637 0.20617 0.66429 0.21053 0.67221 0.21550 0.68013 0.22108 0.68806 0.22726 0.69598 0.23402 0.70390 0.24135 0.71182 0.24922 0.71975 0.25761 0.72767 0.26651 0.73559 0.27589 0.74351 0.28573 0.75144 0.29601 0.75936 0.30670 0.76728 0.31776 0.77520 0.32918 0.78313 0.34093 0.79105 0.35297 0.79897 0.36528 0.80689 0.37783 0.81481 0.39058 0.82274 0.40350 0.83066 0.41656 0.83858 0.42973 0.84650 0.44298 0.85443 0.45626 0.86235 0.46956 0.87027 0.48283 0.87819 0.49604 0.88612 0.50916 0.89404 0.52215 0.90196 0.53499\n 21 6 14\n 25 6 14\n 11 2206 100 0.11765 0.72526 0.12557 0.72457 0.13349 0.72342 0.14141 0.72181 0.14934 0.71974 0.15726 0.71722 0.16518 0.71426 0.17310 0.71085 0.18103 0.70701 0.18895 0.70274 0.19687 0.69804 0.20479 0.69294 0.21272 0.68742 0.22064 0.68151 0.22856 0.67522 0.23648 0.66855 0.24440 0.66152 0.25233 0.65414 0.26025 0.64642 0.26817 0.63837 0.27609 0.63002 0.28402 0.62137 0.29194 0.61244 0.29986 0.60324 0.30778 0.59380 0.31571 0.58412 0.32363 0.57422 0.33155 0.56413 0.33947 0.55385 0.34740 0.54341 0.35532 0.53283 0.36324 0.52212 0.37116 0.51130 0.37909 0.50038 0.38701 0.48940 0.39493 0.47837 0.40285 0.46730 0.41077 0.45622 0.41870 0.44515 0.42662 0.43410 0.43454 0.42310 0.44246 0.41216 0.45039 0.40130 0.45831 0.39054 0.46623 0.37990 0.47415 0.36940 0.48208 0.35906 0.49000 0.34889 0.49792 0.33892 0.50584 0.32915 0.51377 0.31961 0.52169 0.31031 0.52961 0.30127 0.53753 0.29251 0.54545 0.28403 0.55338 0.27586 0.56130 0.26801 0.56922 0.26050 0.57714 0.25332 0.58507 0.24651 0.59299 0.24007 0.60091 0.23400 0.60883 0.22833 0.61676 0.22306 0.62468 0.21820 0.63260 0.21376 0.64052 0.20974 0.64845 0.20616 0.65637 0.20302 0.66429 0.20033 0.67221 0.19808 0.68013 0.19629 0.68806 0.19495 0.69598 0.19408 0.70390 0.19366 0.71182 0.19371 0.71975 0.19422 0.72767 0.19519 0.73559 0.19662 0.74351 0.19850 0.75144 0.20084 0.75936 0.20363 0.76728 0.20686 0.77520 0.21053 0.78313 0.21463 0.79105 0.21915 0.79897 0.22410 0.80689 0.22945 0.81481 0.23520 0.82274 0.24135 0.83066 0.24787 0.83858 0.25476 0.84650 0.26200 0.85443 0.26959 0.86235 0.27750 0.87027 0.28573 0.87819 0.29427 0.88612 0.30309 0.89404 0.31218 0.90196 0.32153\n 21 6 15\n 25 6 15\n 11 2206 100 0.11765 0.72532 0.12557 0.72481 0.13349 0.72397 0.14141 0.72278 0.14934 0.72126 0.15726 0.71941 0.16518 0.71722 0.17310 0.71471 0.18103 0.71187 0.18895 0.70871 0.19687 0.70523 0.20479 0.70144 0.21272 0.69734 0.22064 0.69294 0.22856 0.68823 0.23648 0.68324 0.24440 0.67796 0.25233 0.67241 0.26025 0.66658 0.26817 0.66049 0.27609 0.65414 0.28402 0.64754 0.29194 0.64070 0.29986 0.63364 0.30778 0.62635 0.31571 0.61885 0.32363 0.61114 0.33155 0.60324 0.33947 0.59516 0.34740 0.58691 0.35532 0.57849 0.36324 0.56992 0.37116 0.56121 0.37909 0.55237 0.38701 0.54341 0.39493 0.53435 0.40285 0.52519 0.41077 0.51594 0.41870 0.50663 0.42662 0.49725 0.43454 0.48783 0.44246 0.47837 0.45039 0.46889 0.45831 0.45939 0.46623 0.44990 0.47415 0.44041 0.48208 0.43095 0.49000 0.42153 0.49792 0.41216 0.50584 0.40284 0.51377 0.39360 0.52169 0.38445 0.52961 0.37539 0.53753 0.36643 0.54545 0.35760 0.55338 0.34889 0.56130 0.34033 0.56922 0.33192 0.57714 0.32367 0.58507 0.31559 0.59299 0.30770 0.60091 0.30000 0.60883 0.29251 0.61676 0.28523 0.62468 0.27817 0.63260 0.27134 0.64052 0.26475 0.64845 0.25841 0.65637 0.25233 0.66429 0.24651 0.67221 0.24096 0.68013 0.23569 0.68806 0.23071 0.69598 0.22602 0.70390 0.22163 0.71182 0.21754 0.71975 0.21376 0.72767 0.21029 0.73559 0.20714 0.74351 0.20431 0.75144 0.20181 0.75936 0.19964 0.76728 0.19780 0.77520 0.19629 0.78313 0.19512 0.79105 0.19428 0.79897 0.19379 0.80689 0.19363 0.81481 0.19381 0.82274 0.19433 0.83066 0.19519 0.83858 0.19638 0.84650 0.19792 0.85443 0.19978 0.86235 0.20198 0.87027 0.20450 0.87819 0.20735 0.88612 0.21053 0.89404 0.21402 0.90196 0.21782\n 21 6 16\n 25 6 16\n 11 2206 100 0.11765 0.72536 0.12557 0.72497 0.13349 0.72432 0.14141 0.72342 0.14934 0.72225 0.15726 0.72083 0.16518 0.71915 0.17310 0.71722 0.18103 0.71504 0.18895 0.71261 0.19687 0.70993 0.20479 0.70701 0.21272 0.70385 0.22064 0.70044 0.22856 0.69681 0.23648 0.69294 0.24440 0.68884 0.25233 0.68452 0.26025 0.67998 0.26817 0.67522 0.27609 0.67025 0.28402 0.66508 0.29194 0.65971 0.29986 0.65414 0.30778 0.64838 0.31571 0.64244 0.32363 0.63631 0.33155 0.63002 0.33947 0.62356 0.34740 0.61694 0.35532 0.61016 0.36324 0.60324 0.37116 0.59618 0.37909 0.58898 0.38701 0.58166 0.39493 0.57422 0.40285 0.56667 0.41077 0.55901 0.41870 0.55126 0.42662 0.54341 0.43454 0.53549 0.44246 0.52749 0.45039 0.51942 0.45831 0.51130 0.46623 0.50312 0.47415 0.49490 0.48208 0.48665 0.49000 0.47837 0.49792 0.47007 0.50584 0.46177 0.51377 0.45346 0.52169 0.44515 0.52961 0.43686 0.53753 0.42859 0.54545 0.42036 0.55338 0.41216 0.56130 0.40400 0.56922 0.39591 0.57714 0.38787 0.58507 0.37990 0.59299 0.37201 0.60091 0.36421 0.60883 0.35650 0.61676 0.34889 0.62468 0.34139 0.63260 0.33401 0.64052 0.32674 0.64845 0.31961 0.65637 0.31261 0.66429 0.30576 0.67221 0.29905 0.68013 0.29251 0.68806 0.28612 0.69598 0.27991 0.70390 0.27387 0.71182 0.26801 0.71975 0.26234 0.72767 0.25687 0.73559 0.25159 0.74351 0.24651 0.75144 0.24164 0.75936 0.23699 0.76728 0.23255 0.77520 0.22833 0.78313 0.22434 0.79105 0.22058 0.79897 0.21705 0.80689 0.21376 0.81481 0.21071 0.82274 0.20790 0.83066 0.20534 0.83858 0.20302 0.84650 0.20096 0.85443 0.19915 0.86235 0.19759 0.87027 0.19629 0.87819 0.19524 0.88612 0.19446 0.89404 0.19393 0.90196 0.19366\n 21 6 17\n 25 6 17\n 11 2206 100 0.11765 0.72539 0.12557 0.72508 0.13349 0.72457 0.14141 0.72385 0.14934 0.72293 0.15726 0.72181 0.16518 0.72048 0.17310 0.71895 0.18103 0.71722 0.18895 0.71530 0.19687 0.71317 0.20479 0.71085 0.21272 0.70834 0.22064 0.70563 0.22856 0.70274 0.23648 0.69965 0.24440 0.69639 0.25233 0.69294 0.26025 0.68930 0.26817 0.68550 0.27609 0.68151 0.28402 0.67736 0.29194 0.67304 0.29986 0.66855 0.30778 0.66390 0.31571 0.65910 0.32363 0.65414 0.33155 0.64903 0.33947 0.64377 0.34740 0.63837 0.35532 0.63284 0.36324 0.62717 0.37116 0.62137 0.37909 0.61545 0.38701 0.60940 0.39493 0.60324 0.40285 0.59697 0.41077 0.59060 0.41870 0.58412 0.42662 0.57754 0.43454 0.57088 0.44246 0.56413 0.45039 0.55730 0.45831 0.55039 0.46623 0.54341 0.47415 0.53637 0.48208 0.52927 0.49000 0.52212 0.49792 0.51491 0.50584 0.50767 0.51377 0.50038 0.52169 0.49307 0.52961 0.48573 0.53753 0.47837 0.54545 0.47100 0.55338 0.46361 0.56130 0.45622 0.56922 0.44884 0.57714 0.44146 0.58507 0.43410 0.59299 0.42676 0.60091 0.41944 0.60883 0.41216 0.61676 0.40491 0.62468 0.39770 0.63260 0.39054 0.64052 0.38343 0.64845 0.37639 0.65637 0.36940 0.66429 0.36249 0.67221 0.35565 0.68013 0.34889 0.68806 0.34222 0.69598 0.33564 0.70390 0.32915 0.71182 0.32276 0.71975 0.31648 0.72767 0.31031 0.73559 0.30425 0.74351 0.29832 0.75144 0.29251 0.75936 0.28683 0.76728 0.28128 0.77520 0.27586 0.78313 0.27059 0.79105 0.26547 0.79897 0.26050 0.80689 0.25568 0.81481 0.25101 0.82274 0.24651 0.83066 0.24217 0.83858 0.23800 0.84650 0.23400 0.85443 0.23018 0.86235 0.22653 0.87027 0.22306 0.87819 0.21977 0.88612 0.21667 0.89404 0.21376 0.90196 0.21103\n 21 6 18\n 25 6 18\n 11 2206 100 0.11765 0.72541 0.12557 0.72516 0.13349 0.72474 0.14141 0.72416 0.14934 0.72342 0.15726 0.72250 0.16518 0.72143 0.17310 0.72019 0.18103 0.71879 0.18895 0.71722 0.19687 0.71550 0.20479 0.71361 0.21272 0.71157 0.22064 0.70937 0.22856 0.70701 0.23648 0.70450 0.24440 0.70183 0.25233 0.69902 0.26025 0.69605 0.26817 0.69294 0.27609 0.68968 0.28402 0.68627 0.29194 0.68273 0.29986 0.67904 0.30778 0.67522 0.31571 0.67126 0.32363 0.66717 0.33155 0.66295 0.33947 0.65861 0.34740 0.65414 0.35532 0.64955 0.36324 0.64483 0.37116 0.64001 0.37909 0.63507 0.38701 0.63002 0.39493 0.62486 0.40285 0.61961 0.41077 0.61425 0.41870 0.60879 0.42662 0.60324 0.43454 0.59760 0.44246 0.59188 0.45039 0.58607 0.45831 0.58018 0.46623 0.57422 0.47415 0.56819 0.48208 0.56209 0.49000 0.55592 0.49792 0.54970 0.50584 0.54341 0.51377 0.53708 0.52169 0.53070 0.52961 0.52427 0.53753 0.51780 0.54545 0.51130 0.55338 0.50476 0.56130 0.49819 0.56922 0.49160 0.57714 0.48500 0.58507 0.47837 0.59299 0.47173 0.60091 0.46509 0.60883 0.45844 0.61676 0.45179 0.62468 0.44515 0.63260 0.43852 0.64052 0.43190 0.64845 0.42530 0.65637 0.41871 0.66429 0.41216 0.67221 0.40563 0.68013 0.39914 0.68806 0.39268 0.69598 0.38627 0.70390 0.37990 0.71182 0.37359 0.71975 0.36732 0.72767 0.36112 0.73559 0.35497 0.74351 0.34889 0.75144 0.34288 0.75936 0.33695 0.76728 0.33108 0.77520 0.32530 0.78313 0.31961 0.79105 0.31400 0.79897 0.30848 0.80689 0.30306 0.81481 0.29773 0.82274 0.29251 0.83066 0.28739 0.83858 0.28238 0.84650 0.27747 0.85443 0.27269 0.86235 0.26801 0.87027 0.26346 0.87819 0.25903 0.88612 0.25473 0.89404 0.25055 0.90196 0.24651\n 21 6 19\n 25 6 19\n 11 2206 100 0.11765 0.72542 0.12557 0.72522 0.13349 0.72487 0.14141 0.72439 0.14934 0.72378 0.15726 0.72302 0.16518 0.72213 0.17310 0.72111 0.18103 0.71995 0.18895 0.71865 0.19687 0.71722 0.20479 0.71566 0.21272 0.71397 0.22064 0.71214 0.22856 0.71019 0.23648 0.70810 0.24440 0.70589 0.25233 0.70355 0.26025 0.70108 0.26817 0.69849 0.27609 0.69577 0.28402 0.69294 0.29194 0.68998 0.29986 0.68690 0.30778 0.68371 0.31571 0.68040 0.32363 0.67697 0.33155 0.67344 0.33947 0.66979 0.34740 0.66604 0.35532 0.66217 0.36324 0.65821 0.37116 0.65414 0.37909 0.64997 0.38701 0.64570 0.39493 0.64134 0.40285 0.63688 0.41077 0.63233 0.41870 0.62769 0.42662 0.62296 0.43454 0.61815 0.44246 0.61326 0.45039 0.60829 0.45831 0.60324 0.46623 0.59812 0.47415 0.59293 0.48208 0.58766 0.49000 0.58233 0.49792 0.57694 0.50584 0.57149 0.51377 0.56598 0.52169 0.56041 0.52961 0.55479 0.53753 0.54913 0.54545 0.54341 0.55338 0.53766 0.56130 0.53186 0.56922 0.52602 0.57714 0.52016 0.58507 0.51426 0.59299 0.50833 0.60091 0.50237 0.60883 0.49640 0.61676 0.49040 0.62468 0.48439 0.63260 0.47837 0.64052 0.47234 0.64845 0.46630 0.65637 0.46025 0.66429 0.45421 0.67221 0.44817 0.68013 0.44213 0.68806 0.43611 0.69598 0.43010 0.70390 0.42410 0.71182 0.41812 0.71975 0.41216 0.72767 0.40622 0.73559 0.40032 0.74351 0.39444 0.75144 0.38860 0.75936 0.38279 0.76728 0.37703 0.77520 0.37130 0.78313 0.36562 0.79105 0.35999 0.79897 0.35442 0.80689 0.34889 0.81481 0.34343 0.82274 0.33802 0.83066 0.33268 0.83858 0.32740 0.84650 0.32219 0.85443 0.31705 0.86235 0.31198 0.87027 0.30699 0.87819 0.30208 0.88612 0.29725 0.89404 0.29251 0.90196 0.28785\n 21 6 20\n 25 6 20\n 11 2206 100 0.11765 0.72543 0.12557 0.72526 0.13349 0.72497 0.14141 0.72457 0.14934 0.72405 0.15726 0.72342 0.16518 0.72267 0.17310 0.72181 0.18103 0.72083 0.18895 0.71974 0.19687 0.71854 0.20479 0.71722 0.21272 0.71580 0.22064 0.71426 0.22856 0.71261 0.23648 0.71085 0.24440 0.70899 0.25233 0.70701 0.26025 0.70493 0.26817 0.70274 0.27609 0.70044 0.28402 0.69804 0.29194 0.69554 0.29986 0.69294 0.30778 0.69023 0.31571 0.68742 0.32363 0.68452 0.33155 0.68151 0.33947 0.67841 0.34740 0.67522 0.35532 0.67193 0.36324 0.66855 0.37116 0.66508 0.37909 0.66152 0.38701 0.65787 0.39493 0.65414 0.40285 0.65032 0.41077 0.64642 0.41870 0.64244 0.42662 0.63837 0.43454 0.63424 0.44246 0.63002 0.45039 0.62573 0.45831 0.62137 0.46623 0.61694 0.47415 0.61244 0.48208 0.60787 0.49000 0.60324 0.49792 0.59855 0.50584 0.59380 0.51377 0.58898 0.52169 0.58412 0.52961 0.57920 0.53753 0.57422 0.54545 0.56920 0.55338 0.56413 0.56130 0.55901 0.56922 0.55385 0.57714 0.54865 0.58507 0.54341 0.59299 0.53814 0.60091 0.53283 0.60883 0.52749 0.61676 0.52212 0.62468 0.51672 0.63260 0.51130 0.64052 0.50585 0.64845 0.50038 0.65637 0.49490 0.66429 0.48940 0.67221 0.48389 0.68013 0.47837 0.68806 0.47284 0.69598 0.46730 0.70390 0.46177 0.71182 0.45622 0.71975 0.45069 0.72767 0.44515 0.73559 0.43962 0.74351 0.43410 0.75144 0.42859 0.75936 0.42310 0.76728 0.41762 0.77520 0.41216 0.78313 0.40672 0.79105 0.40130 0.79897 0.39591 0.80689 0.39054 0.81481 0.38521 0.82274 0.37990 0.83066 0.37464 0.83858 0.36940 0.84650 0.36421 0.85443 0.35906 0.86235 0.35395 0.87027 0.34889 0.87819 0.34388 0.88612 0.33892 0.89404 0.33401 0.90196 0.32915\n 21 6 21\n 25 6 21\n 11 2206 100 0.11765 0.72544 0.12557 0.72529 0.13349 0.72505 0.14141 0.72470 0.14934 0.72426 0.15726 0.72372 0.16518 0.72308 0.17310 0.72235 0.18103 0.72152 0.18895 0.72059 0.19687 0.71956 0.20479 0.71844 0.21272 0.71722 0.22064 0.71591 0.22856 0.71450 0.23648 0.71300 0.24440 0.71141 0.25233 0.70972 0.26025 0.70794 0.26817 0.70606 0.27609 0.70410 0.28402 0.70204 0.29194 0.69990 0.29986 0.69767 0.30778 0.69534 0.31571 0.69294 0.32363 0.69044 0.33155 0.68786 0.33947 0.68520 0.34740 0.68245 0.35532 0.67962 0.36324 0.67671 0.37116 0.67371 0.37909 0.67064 0.38701 0.66749 0.39493 0.66427 0.40285 0.66096 0.41077 0.65759 0.41870 0.65414 0.42662 0.65062 0.43454 0.64702 0.44246 0.64336 0.45039 0.63963 0.45831 0.63584 0.46623 0.63197 0.47415 0.62805 0.48208 0.62406 0.49000 0.62001 0.49792 0.61591 0.50584 0.61174 0.51377 0.60752 0.52169 0.60324 0.52961 0.59891 0.53753 0.59453 0.54545 0.59010 0.55338 0.58562 0.56130 0.58109 0.56922 0.57652 0.57714 0.57191 0.58507 0.56725 0.59299 0.56256 0.60091 0.55782 0.60883 0.55305 0.61676 0.54825 0.62468 0.54341 0.63260 0.53854 0.64052 0.53365 0.64845 0.52872 0.65637 0.52377 0.66429 0.51880 0.67221 0.51380 0.68013 0.50878 0.68806 0.50375 0.69598 0.49870 0.70390 0.49363 0.71182 0.48856 0.71975 0.48347 0.72767 0.47837 0.73559 0.47327 0.74351 0.46816 0.75144 0.46304 0.75936 0.45793 0.76728 0.45282 0.77520 0.44771 0.78313 0.44260 0.79105 0.43750 0.79897 0.43241 0.80689 0.42732 0.81481 0.42225 0.82274 0.41720 0.83066 0.41216 0.83858 0.40713 0.84650 0.40213 0.85443 0.39715 0.86235 0.39219 0.87027 0.38725 0.87819 0.38235 0.88612 0.37747 0.89404 0.37262 0.90196 0.36780\n 21 6 22\n 25 6 22\n 11 2206 100 0.11765 0.72545 0.12557 0.72532 0.13349 0.72511 0.14141 0.72481 0.14934 0.72443 0.15726 0.72397 0.16518 0.72342 0.17310 0.72278 0.18103 0.72206 0.18895 0.72126 0.19687 0.72038 0.20479 0.71941 0.21272 0.71836 0.22064 0.71722 0.22856 0.71601 0.23648 0.71471 0.24440 0.71333 0.25233 0.71187 0.26025 0.71033 0.26817 0.70871 0.27609 0.70701 0.28402 0.70523 0.29194 0.70337 0.29986 0.70144 0.30778 0.69943 0.31571 0.69734 0.32363 0.69517 0.33155 0.69294 0.33947 0.69062 0.34740 0.68823 0.35532 0.68577 0.36324 0.68324 0.37116 0.68064 0.37909 0.67796 0.38701 0.67522 0.39493 0.67241 0.40285 0.66953 0.41077 0.66658 0.41870 0.66356 0.42662 0.66049 0.43454 0.65734 0.44246 0.65414 0.45039 0.65087 0.45831 0.64754 0.46623 0.64415 0.47415 0.64070 0.48208 0.63720 0.49000 0.63364 0.49792 0.63002 0.50584 0.62635 0.51377 0.62262 0.52169 0.61885 0.52961 0.61502 0.53753 0.61114 0.54545 0.60721 0.55338 0.60324 0.56130 0.59922 0.56922 0.59516 0.57714 0.59105 0.58507 0.58691 0.59299 0.58272 0.60091 0.57849 0.60883 0.57422 0.61676 0.56992 0.62468 0.56558 0.63260 0.56121 0.64052 0.55681 0.64845 0.55237 0.65637 0.54791 0.66429 0.54341 0.67221 0.53889 0.68013 0.53435 0.68806 0.52978 0.69598 0.52519 0.70390 0.52058 0.71182 0.51594 0.71975 0.51130 0.72767 0.50663 0.73559 0.50195 0.74351 0.49725 0.75144 0.49255 0.75936 0.48783 0.76728 0.48310 0.77520 0.47837 0.78313 0.47363 0.79105 0.46889 0.79897 0.46414 0.80689 0.45939 0.81481 0.45464 0.82274 0.44990 0.83066 0.44515 0.83858 0.44041 0.84650 0.43568 0.85443 0.43095 0.86235 0.42624 0.87027 0.42153 0.87819 0.41684 0.88612 0.41216 0.89404 0.40749 0.90196 0.40284\n 21 6 23\n 25 6 23\n 11 2206 100 0.11765 0.72545 0.12557 0.72534 0.13349 0.72516 0.14141 0.72490 0.14934 0.72457 0.15726 0.72416 0.16518 0.72368 0.17310 0.72313 0.18103 0.72250 0.18895 0.72181 0.19687 0.72103 0.20479 0.72019 0.21272 0.71927 0.22064 0.71828 0.22856 0.71722 0.23648 0.71609 0.24440 0.71489 0.25233 0.71361 0.26025 0.71227 0.26817 0.71085 0.27609 0.70937 0.28402 0.70781 0.29194 0.70619 0.29986 0.70450 0.30778 0.70274 0.31571 0.70091 0.32363 0.69902 0.33155 0.69705 0.33947 0.69503 0.34740 0.69294 0.35532 0.69078 0.36324 0.68856 0.37116 0.68627 0.37909 0.68392 0.38701 0.68151 0.39493 0.67904 0.40285 0.67651 0.41077 0.67392 0.41870 0.67126 0.42662 0.66855 0.43454 0.66578 0.44246 0.66295 0.45039 0.66007 0.45831 0.65713 0.46623 0.65414 0.47415 0.65109 0.48208 0.64799 0.49000 0.64483 0.49792 0.64163 0.50584 0.63837 0.51377 0.63507 0.52169 0.63171 0.52961 0.62831 0.53753 0.62486 0.54545 0.62137 0.55338 0.61783 0.56130 0.61425 0.56922 0.61062 0.57714 0.60695 0.58507 0.60324 0.59299 0.59949 0.60091 0.59570 0.60883 0.59188 0.61676 0.58802 0.62468 0.58412 0.63260 0.58018 0.64052 0.57622 0.64845 0.57222 0.65637 0.56819 0.66429 0.56413 0.67221 0.56004 0.68013 0.55592 0.68806 0.55178 0.69598 0.54761 0.70390 0.54341 0.71182 0.53920 0.71975 0.53496 0.72767 0.53070 0.73559 0.52641 0.74351 0.52212 0.75144 0.51780 0.75936 0.51347 0.76728 0.50912 0.77520 0.50476 0.78313 0.50038 0.79105 0.49600 0.79897 0.49160 0.80689 0.48720 0.81481 0.48279 0.82274 0.47837 0.83066 0.47395 0.83858 0.46952 0.84650 0.46509 0.85443 0.46066 0.86235 0.45622 0.87027 0.45179 0.87819 0.44736 0.88612 0.44294 0.89404 0.43852 0.90196 0.43410\n 21 6 24\n 25 6 24\n 11 2206 100 0.11765 0.72546 0.12557 0.72536 0.13349 0.72520 0.14141 0.72497 0.14934 0.72468 0.15726 0.72432 0.16518 0.72390 0.17310 0.72342 0.18103 0.72287 0.18895 0.72225 0.19687 0.72157 0.20479 0.72083 0.21272 0.72002 0.22064 0.71915 0.22856 0.71822 0.23648 0.71722 0.24440 0.71616 0.25233 0.71504 0.26025 0.71386 0.26817 0.71261 0.27609 0.71130 0.28402 0.70993 0.29194 0.70850 0.29986 0.70701 0.30778 0.70546 0.31571 0.70385 0.32363 0.70217 0.33155 0.70044 0.33947 0.69865 0.34740 0.69681 0.35532 0.69490 0.36324 0.69294 0.37116 0.69092 0.37909 0.68884 0.38701 0.68671 0.39493 0.68452 0.40285 0.68227 0.41077 0.67998 0.41870 0.67762 0.42662 0.67522 0.43454 0.67276 0.44246 0.67025 0.45039 0.66769 0.45831 0.66508 0.46623 0.66242 0.47415 0.65971 0.48208 0.65695 0.49000 0.65414 0.49792 0.65128 0.50584 0.64838 0.51377 0.64543 0.52169 0.64244 0.52961 0.63940 0.53753 0.63631 0.54545 0.63319 0.55338 0.63002 0.56130 0.62681 0.56922 0.62356 0.57714 0.62027 0.58507 0.61694 0.59299 0.61357 0.60091 0.61016 0.60883 0.60672 0.61676 0.60324 0.62468 0.59973 0.63260 0.59618 0.64052 0.59260 0.64845 0.58898 0.65637 0.58534 0.66429 0.58166 0.67221 0.57796 0.68013 0.57422 0.68806 0.57046 0.69598 0.56667 0.70390 0.56285 0.71182 0.55901 0.71975 0.55515 0.72767 0.55126 0.73559 0.54735 0.74351 0.54341 0.75144 0.53946 0.75936 0.53549 0.76728 0.53150 0.77520 0.52749 0.78313 0.52346 0.79105 0.51942 0.79897 0.51536 0.80689 0.51130 0.81481 0.50721 0.82274 0.50312 0.83066 0.49902 0.83858 0.49490 0.84650 0.49078 0.85443 0.48665 0.86235 0.48251 0.87027 0.47837 0.87819 0.47422 0.88612 0.47007 0.89404 0.46592 0.90196 0.46177\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 13\n 25 6 13\n 11 72 3 0.26471 0.11873 0.26471 0.11873 0.35147 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 14\n 25 6 14\n 11 72 3 0.58333 0.11873 0.58333 0.11873 0.67010 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 72 3 0.26471 0.10039 0.26471 0.10039 0.35147 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 16\n 25 6 16\n 11 72 3 0.58333 0.10039 0.58333 0.10039 0.67010 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 17\n 25 6 17\n 11 72 3 0.26471 0.08196 0.26471 0.08196 0.35147 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.58333 0.08196 0.58333 0.08196 0.67010 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 19\n 25 6 19\n 11 72 3 0.26471 0.06363 0.26471 0.06363 0.35147 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 20\n 25 6 20\n 11 72 3 0.58333 0.06363 0.58333 0.06363 0.67010 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 21\n 25 6 21\n 11 72 3 0.26471 0.04520 0.26471 0.04520 0.35147 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 22\n 25 6 22\n 11 72 3 0.58333 0.04520 0.58333 0.04520 0.67010 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 23\n 25 6 23\n 11 72 3 0.26471 0.02686 0.26471 0.02686 0.35147 0.02686\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 24\n 25 6 24\n 11 72 3 0.58333 0.02686 0.58333 0.02686 0.67010 0.02686\n 21 6 1\n 25 6 1\n 11 402 18 0.37325 0.12094 0.37283 0.12178 0.37199 0.12262 0.37115 0.12304 0.36947 0.12304 0.36863 0.12262 0.36779 0.12178 0.36737 0.12094 0.36695 0.11968 0.36695 0.11758 0.36737 0.11632 0.36779 0.11548 0.36863 0.11464 0.36947 0.11422 0.37115 0.11422 0.37199 0.11464 0.37283 0.11548 0.37325 0.11632\n 11 468 21 0.37829 0.12304 0.37745 0.12262 0.37661 0.12178 0.37619 0.12094 0.37577 0.11968 0.37577 0.11758 0.37619 0.11632 0.37661 0.11548 0.37745 0.11464 0.37829 0.11422 0.37997 0.11422 0.38081 0.11464 0.38165 0.11548 0.38207 0.11632 0.38249 0.11758 0.38249 0.11968 0.38207 0.12094 0.38165 0.12178 0.38081 0.12262 0.37997 0.12304 0.37829 0.12304\n 11 446 20 0.39090 0.12178 0.39006 0.12262 0.38880 0.12304 0.38711 0.12304 0.38585 0.12262 0.38501 0.12178 0.38501 0.12094 0.38543 0.12010 0.38585 0.11968 0.38669 0.11926 0.38922 0.11842 0.39006 0.11800 0.39048 0.11758 0.39090 0.11674 0.39090 0.11548 0.39006 0.11464 0.38880 0.11422 0.38711 0.11422 0.38585 0.11464 0.38501 0.11548\n 11 226 10 0.39678 0.12472 0.39594 0.12388 0.39510 0.12262 0.39426 0.12094 0.39384 0.11884 0.39384 0.11716 0.39426 0.11506 0.39510 0.11338 0.39594 0.11211 0.39678 0.11127\n 11 50 2 0.39972 0.12304 0.39972 0.11422\n 11 50 2 0.40980 0.12472 0.40224 0.11127\n 11 314 14 0.41232 0.12094 0.41232 0.12136 0.41275 0.12220 0.41317 0.12262 0.41401 0.12304 0.41569 0.12304 0.41653 0.12262 0.41695 0.12220 0.41737 0.12136 0.41737 0.12052 0.41695 0.11968 0.41611 0.11842 0.41190 0.11422 0.41779 0.11422\n 11 380 17 0.42283 0.12304 0.42157 0.12262 0.42073 0.12136 0.42031 0.11926 0.42031 0.11800 0.42073 0.11590 0.42157 0.11464 0.42283 0.11422 0.42367 0.11422 0.42493 0.11464 0.42577 0.11590 0.42619 0.11800 0.42619 0.11926 0.42577 0.12136 0.42493 0.12262 0.42367 0.12304 0.42283 0.12304\n 11 226 10 0.42871 0.12472 0.42955 0.12388 0.43039 0.12262 0.43123 0.12094 0.43165 0.11884 0.43165 0.11716 0.43123 0.11506 0.43039 0.11338 0.42955 0.11211 0.42871 0.11127\n 11 402 18 0.69188 0.12094 0.69146 0.12178 0.69062 0.12262 0.68978 0.12304 0.68810 0.12304 0.68725 0.12262 0.68641 0.12178 0.68599 0.12094 0.68557 0.11968 0.68557 0.11758 0.68599 0.11632 0.68641 0.11548 0.68725 0.11464 0.68810 0.11422 0.68978 0.11422 0.69062 0.11464 0.69146 0.11548 0.69188 0.11632\n 11 468 21 0.69692 0.12304 0.69608 0.12262 0.69524 0.12178 0.69482 0.12094 0.69440 0.11968 0.69440 0.11758 0.69482 0.11632 0.69524 0.11548 0.69608 0.11464 0.69692 0.11422 0.69860 0.11422 0.69944 0.11464 0.70028 0.11548 0.70070 0.11632 0.70112 0.11758 0.70112 0.11968 0.70070 0.12094 0.70028 0.12178 0.69944 0.12262 0.69860 0.12304 0.69692 0.12304\n 11 446 20 0.70952 0.12178 0.70868 0.12262 0.70742 0.12304 0.70574 0.12304 0.70448 0.12262 0.70364 0.12178 0.70364 0.12094 0.70406 0.12010 0.70448 0.11968 0.70532 0.11926 0.70784 0.11842 0.70868 0.11800 0.70910 0.11758 0.70952 0.11674 0.70952 0.11548 0.70868 0.11464 0.70742 0.11422 0.70574 0.11422 0.70448 0.11464 0.70364 0.11548\n 11 226 10 0.71541 0.12472 0.71457 0.12388 0.71373 0.12262 0.71289 0.12094 0.71247 0.11884 0.71247 0.11716 0.71289 0.11506 0.71373 0.11338 0.71457 0.11211 0.71541 0.11127\n 11 50 2 0.71835 0.12304 0.71835 0.11422\n 11 50 2 0.72843 0.12472 0.72087 0.11127\n 11 314 14 0.73095 0.12094 0.73095 0.12136 0.73137 0.12220 0.73179 0.12262 0.73263 0.12304 0.73431 0.12304 0.73515 0.12262 0.73557 0.12220 0.73599 0.12136 0.73599 0.12052 0.73557 0.11968 0.73473 0.11842 0.73053 0.11422 0.73641 0.11422\n 11 72 3 0.74314 0.12304 0.73894 0.11716 0.74524 0.11716\n 11 50 2 0.74314 0.12304 0.74314 0.11422\n 11 226 10 0.74734 0.12472 0.74818 0.12388 0.74902 0.12262 0.74986 0.12094 0.75028 0.11884 0.75028 0.11716 0.74986 0.11506 0.74902 0.11338 0.74818 0.11211 0.74734 0.11127\n 11 402 18 0.37325 0.10231 0.37283 0.10315 0.37199 0.10399 0.37115 0.10441 0.36947 0.10441 0.36863 0.10399 0.36779 0.10315 0.36737 0.10231 0.36695 0.10105 0.36695 0.09895 0.36737 0.09769 0.36779 0.09685 0.36863 0.09601 0.36947 0.09559 0.37115 0.09559 0.37199 0.09601 0.37283 0.09685 0.37325 0.09769\n 11 468 21 0.37829 0.10441 0.37745 0.10399 0.37661 0.10315 0.37619 0.10231 0.37577 0.10105 0.37577 0.09895 0.37619 0.09769 0.37661 0.09685 0.37745 0.09601 0.37829 0.09559 0.37997 0.09559 0.38081 0.09601 0.38165 0.09685 0.38207 0.09769 0.38249 0.09895 0.38249 0.10105 0.38207 0.10231 0.38165 0.10315 0.38081 0.10399 0.37997 0.10441 0.37829 0.10441\n 11 446 20 0.39090 0.10315 0.39006 0.10399 0.38880 0.10441 0.38711 0.10441 0.38585 0.10399 0.38501 0.10315 0.38501 0.10231 0.38543 0.10147 0.38585 0.10105 0.38669 0.10063 0.38922 0.09979 0.39006 0.09937 0.39048 0.09895 0.39090 0.09811 0.39090 0.09685 0.39006 0.09601 0.38880 0.09559 0.38711 0.09559 0.38585 0.09601 0.38501 0.09685\n 11 226 10 0.39678 0.10609 0.39594 0.10525 0.39510 0.10399 0.39426 0.10231 0.39384 0.10021 0.39384 0.09853 0.39426 0.09643 0.39510 0.09475 0.39594 0.09349 0.39678 0.09265\n 11 50 2 0.39972 0.10441 0.39972 0.09559\n 11 50 2 0.40980 0.10609 0.40224 0.09265\n 11 314 14 0.41232 0.10231 0.41232 0.10273 0.41275 0.10357 0.41317 0.10399 0.41401 0.10441 0.41569 0.10441 0.41653 0.10399 0.41695 0.10357 0.41737 0.10273 0.41737 0.10189 0.41695 0.10105 0.41611 0.09979 0.41190 0.09559 0.41779 0.09559\n 11 644 29 0.42241 0.10441 0.42115 0.10399 0.42073 0.10315 0.42073 0.10231 0.42115 0.10147 0.42199 0.10105 0.42367 0.10063 0.42493 0.10021 0.42577 0.09937 0.42619 0.09853 0.42619 0.09727 0.42577 0.09643 0.42535 0.09601 0.42409 0.09559 0.42241 0.09559 0.42115 0.09601 0.42073 0.09643 0.42031 0.09727 0.42031 0.09853 0.42073 0.09937 0.42157 0.10021 0.42283 0.10063 0.42451 0.10105 0.42535 0.10147 0.42577 0.10231 0.42577 0.10315 0.42535 0.10399 0.42409 0.10441 0.42241 0.10441\n 11 226 10 0.42871 0.10609 0.42955 0.10525 0.43039 0.10399 0.43123 0.10231 0.43165 0.10021 0.43165 0.09853 0.43123 0.09643 0.43039 0.09475 0.42955 0.09349 0.42871 0.09265\n 11 402 18 0.69188 0.10231 0.69146 0.10315 0.69062 0.10399 0.68978 0.10441 0.68810 0.10441 0.68725 0.10399 0.68641 0.10315 0.68599 0.10231 0.68557 0.10105 0.68557 0.09895 0.68599 0.09769 0.68641 0.09685 0.68725 0.09601 0.68810 0.09559 0.68978 0.09559 0.69062 0.09601 0.69146 0.09685 0.69188 0.09769\n 11 468 21 0.69692 0.10441 0.69608 0.10399 0.69524 0.10315 0.69482 0.10231 0.69440 0.10105 0.69440 0.09895 0.69482 0.09769 0.69524 0.09685 0.69608 0.09601 0.69692 0.09559 0.69860 0.09559 0.69944 0.09601 0.70028 0.09685 0.70070 0.09769 0.70112 0.09895 0.70112 0.10105 0.70070 0.10231 0.70028 0.10315 0.69944 0.10399 0.69860 0.10441 0.69692 0.10441\n 11 446 20 0.70952 0.10315 0.70868 0.10399 0.70742 0.10441 0.70574 0.10441 0.70448 0.10399 0.70364 0.10315 0.70364 0.10231 0.70406 0.10147 0.70448 0.10105 0.70532 0.10063 0.70784 0.09979 0.70868 0.09937 0.70910 0.09895 0.70952 0.09811 0.70952 0.09685 0.70868 0.09601 0.70742 0.09559 0.70574 0.09559 0.70448 0.09601 0.70364 0.09685\n 11 226 10 0.71541 0.10609 0.71457 0.10525 0.71373 0.10399 0.71289 0.10231 0.71247 0.10021 0.71247 0.09853 0.71289 0.09643 0.71373 0.09475 0.71457 0.09349 0.71541 0.09265\n 11 50 2 0.71835 0.10441 0.71835 0.09559\n 11 50 2 0.72843 0.10609 0.72087 0.09265\n 11 336 15 0.73137 0.10441 0.73599 0.10441 0.73347 0.10105 0.73473 0.10105 0.73557 0.10063 0.73599 0.10021 0.73641 0.09895 0.73641 0.09811 0.73599 0.09685 0.73515 0.09601 0.73389 0.09559 0.73263 0.09559 0.73137 0.09601 0.73095 0.09643 0.73053 0.09727\n 11 314 14 0.73936 0.10231 0.73936 0.10273 0.73978 0.10357 0.74020 0.10399 0.74104 0.10441 0.74272 0.10441 0.74356 0.10399 0.74398 0.10357 0.74440 0.10273 0.74440 0.10189 0.74398 0.10105 0.74314 0.09979 0.73894 0.09559 0.74482 0.09559\n 11 226 10 0.74734 0.10609 0.74818 0.10525 0.74902 0.10399 0.74986 0.10231 0.75028 0.10021 0.75028 0.09853 0.74986 0.09643 0.74902 0.09475 0.74818 0.09349 0.74734 0.09265\n 11 402 18 0.37325 0.08466 0.37283 0.08550 0.37199 0.08634 0.37115 0.08676 0.36947 0.08676 0.36863 0.08634 0.36779 0.08550 0.36737 0.08466 0.36695 0.08340 0.36695 0.08130 0.36737 0.08004 0.36779 0.07920 0.36863 0.07836 0.36947 0.07794 0.37115 0.07794 0.37199 0.07836 0.37283 0.07920 0.37325 0.08004\n 11 468 21 0.37829 0.08676 0.37745 0.08634 0.37661 0.08550 0.37619 0.08466 0.37577 0.08340 0.37577 0.08130 0.37619 0.08004 0.37661 0.07920 0.37745 0.07836 0.37829 0.07794 0.37997 0.07794 0.38081 0.07836 0.38165 0.07920 0.38207 0.08004 0.38249 0.08130 0.38249 0.08340 0.38207 0.08466 0.38165 0.08550 0.38081 0.08634 0.37997 0.08676 0.37829 0.08676\n 11 446 20 0.39090 0.08550 0.39006 0.08634 0.38880 0.08676 0.38711 0.08676 0.38585 0.08634 0.38501 0.08550 0.38501 0.08466 0.38543 0.08382 0.38585 0.08340 0.38669 0.08298 0.38922 0.08214 0.39006 0.08172 0.39048 0.08130 0.39090 0.08046 0.39090 0.07920 0.39006 0.07836 0.38880 0.07794 0.38711 0.07794 0.38585 0.07836 0.38501 0.07920\n 11 226 10 0.39678 0.08845 0.39594 0.08761 0.39510 0.08634 0.39426 0.08466 0.39384 0.08256 0.39384 0.08088 0.39426 0.07878 0.39510 0.07710 0.39594 0.07584 0.39678 0.07500\n 11 50 2 0.39972 0.08676 0.39972 0.07794\n 11 50 2 0.40980 0.08845 0.40224 0.07500\n 11 336 15 0.41275 0.08676 0.41737 0.08676 0.41485 0.08340 0.41611 0.08340 0.41695 0.08298 0.41737 0.08256 0.41779 0.08130 0.41779 0.08046 0.41737 0.07920 0.41653 0.07836 0.41527 0.07794 0.41401 0.07794 0.41275 0.07836 0.41232 0.07878 0.41190 0.07962\n 11 512 23 0.42577 0.08550 0.42535 0.08634 0.42409 0.08676 0.42325 0.08676 0.42199 0.08634 0.42115 0.08508 0.42073 0.08298 0.42073 0.08088 0.42115 0.07920 0.42199 0.07836 0.42325 0.07794 0.42367 0.07794 0.42493 0.07836 0.42577 0.07920 0.42619 0.08046 0.42619 0.08088 0.42577 0.08214 0.42493 0.08298 0.42367 0.08340 0.42325 0.08340 0.42199 0.08298 0.42115 0.08214 0.42073 0.08088\n 11 226 10 0.42871 0.08845 0.42955 0.08761 0.43039 0.08634 0.43123 0.08466 0.43165 0.08256 0.43165 0.08088 0.43123 0.07878 0.43039 0.07710 0.42955 0.07584 0.42871 0.07500\n 11 402 18 0.69188 0.08466 0.69146 0.08550 0.69062 0.08634 0.68978 0.08676 0.68810 0.08676 0.68725 0.08634 0.68641 0.08550 0.68599 0.08466 0.68557 0.08340 0.68557 0.08130 0.68599 0.08004 0.68641 0.07920 0.68725 0.07836 0.68810 0.07794 0.68978 0.07794 0.69062 0.07836 0.69146 0.07920 0.69188 0.08004\n 11 468 21 0.69692 0.08676 0.69608 0.08634 0.69524 0.08550 0.69482 0.08466 0.69440 0.08340 0.69440 0.08130 0.69482 0.08004 0.69524 0.07920 0.69608 0.07836 0.69692 0.07794 0.69860 0.07794 0.69944 0.07836 0.70028 0.07920 0.70070 0.08004 0.70112 0.08130 0.70112 0.08340 0.70070 0.08466 0.70028 0.08550 0.69944 0.08634 0.69860 0.08676 0.69692 0.08676\n 11 446 20 0.70952 0.08550 0.70868 0.08634 0.70742 0.08676 0.70574 0.08676 0.70448 0.08634 0.70364 0.08550 0.70364 0.08466 0.70406 0.08382 0.70448 0.08340 0.70532 0.08298 0.70784 0.08214 0.70868 0.08172 0.70910 0.08130 0.70952 0.08046 0.70952 0.07920 0.70868 0.07836 0.70742 0.07794 0.70574 0.07794 0.70448 0.07836 0.70364 0.07920\n 11 226 10 0.71541 0.08845 0.71457 0.08761 0.71373 0.08634 0.71289 0.08466 0.71247 0.08256 0.71247 0.08088 0.71289 0.07878 0.71373 0.07710 0.71457 0.07584 0.71541 0.07500\n 11 50 2 0.71835 0.08676 0.71835 0.07794\n 11 50 2 0.72843 0.08845 0.72087 0.07500\n 11 72 3 0.73473 0.08676 0.73053 0.08088 0.73683 0.08088\n 11 50 2 0.73473 0.08676 0.73473 0.07794\n 11 380 17 0.74146 0.08676 0.74020 0.08634 0.73936 0.08508 0.73894 0.08298 0.73894 0.08172 0.73936 0.07962 0.74020 0.07836 0.74146 0.07794 0.74230 0.07794 0.74356 0.07836 0.74440 0.07962 0.74482 0.08172 0.74482 0.08298 0.74440 0.08508 0.74356 0.08634 0.74230 0.08676 0.74146 0.08676\n 11 226 10 0.74734 0.08845 0.74818 0.08761 0.74902 0.08634 0.74986 0.08466 0.75028 0.08256 0.75028 0.08088 0.74986 0.07878 0.74902 0.07710 0.74818 0.07584 0.74734 0.07500\n 11 402 18 0.37325 0.06604 0.37283 0.06688 0.37199 0.06772 0.37115 0.06814 0.36947 0.06814 0.36863 0.06772 0.36779 0.06688 0.36737 0.06604 0.36695 0.06478 0.36695 0.06268 0.36737 0.06141 0.36779 0.06057 0.36863 0.05973 0.36947 0.05931 0.37115 0.05931 0.37199 0.05973 0.37283 0.06057 0.37325 0.06141\n 11 468 21 0.37829 0.06814 0.37745 0.06772 0.37661 0.06688 0.37619 0.06604 0.37577 0.06478 0.37577 0.06268 0.37619 0.06141 0.37661 0.06057 0.37745 0.05973 0.37829 0.05931 0.37997 0.05931 0.38081 0.05973 0.38165 0.06057 0.38207 0.06141 0.38249 0.06268 0.38249 0.06478 0.38207 0.06604 0.38165 0.06688 0.38081 0.06772 0.37997 0.06814 0.37829 0.06814\n 11 446 20 0.39090 0.06688 0.39006 0.06772 0.38880 0.06814 0.38711 0.06814 0.38585 0.06772 0.38501 0.06688 0.38501 0.06604 0.38543 0.06520 0.38585 0.06478 0.38669 0.06436 0.38922 0.06352 0.39006 0.06310 0.39048 0.06268 0.39090 0.06183 0.39090 0.06057 0.39006 0.05973 0.38880 0.05931 0.38711 0.05931 0.38585 0.05973 0.38501 0.06057\n 11 226 10 0.39678 0.06982 0.39594 0.06898 0.39510 0.06772 0.39426 0.06604 0.39384 0.06394 0.39384 0.06225 0.39426 0.06015 0.39510 0.05847 0.39594 0.05721 0.39678 0.05637\n 11 50 2 0.39972 0.06814 0.39972 0.05931\n 11 50 2 0.40980 0.06982 0.40224 0.05637\n 11 72 3 0.41611 0.06814 0.41190 0.06225 0.41821 0.06225\n 11 50 2 0.41611 0.06814 0.41611 0.05931\n 11 72 3 0.42451 0.06814 0.42031 0.06225 0.42661 0.06225\n 11 50 2 0.42451 0.06814 0.42451 0.05931\n 11 226 10 0.42871 0.06982 0.42955 0.06898 0.43039 0.06772 0.43123 0.06604 0.43165 0.06394 0.43165 0.06225 0.43123 0.06015 0.43039 0.05847 0.42955 0.05721 0.42871 0.05637\n 11 402 18 0.69188 0.06604 0.69146 0.06688 0.69062 0.06772 0.68978 0.06814 0.68810 0.06814 0.68725 0.06772 0.68641 0.06688 0.68599 0.06604 0.68557 0.06478 0.68557 0.06268 0.68599 0.06141 0.68641 0.06057 0.68725 0.05973 0.68810 0.05931 0.68978 0.05931 0.69062 0.05973 0.69146 0.06057 0.69188 0.06141\n 11 468 21 0.69692 0.06814 0.69608 0.06772 0.69524 0.06688 0.69482 0.06604 0.69440 0.06478 0.69440 0.06268 0.69482 0.06141 0.69524 0.06057 0.69608 0.05973 0.69692 0.05931 0.69860 0.05931 0.69944 0.05973 0.70028 0.06057 0.70070 0.06141 0.70112 0.06268 0.70112 0.06478 0.70070 0.06604 0.70028 0.06688 0.69944 0.06772 0.69860 0.06814 0.69692 0.06814\n 11 446 20 0.70952 0.06688 0.70868 0.06772 0.70742 0.06814 0.70574 0.06814 0.70448 0.06772 0.70364 0.06688 0.70364 0.06604 0.70406 0.06520 0.70448 0.06478 0.70532 0.06436 0.70784 0.06352 0.70868 0.06310 0.70910 0.06268 0.70952 0.06183 0.70952 0.06057 0.70868 0.05973 0.70742 0.05931 0.70574 0.05931 0.70448 0.05973 0.70364 0.06057\n 11 226 10 0.71541 0.06982 0.71457 0.06898 0.71373 0.06772 0.71289 0.06604 0.71247 0.06394 0.71247 0.06225 0.71289 0.06015 0.71373 0.05847 0.71457 0.05721 0.71541 0.05637\n 11 50 2 0.71835 0.06814 0.71835 0.05931\n 11 50 2 0.72843 0.06982 0.72087 0.05637\n 11 72 3 0.73473 0.06814 0.73053 0.06225 0.73683 0.06225\n 11 50 2 0.73473 0.06814 0.73473 0.05931\n 11 644 29 0.74104 0.06814 0.73978 0.06772 0.73936 0.06688 0.73936 0.06604 0.73978 0.06520 0.74062 0.06478 0.74230 0.06436 0.74356 0.06394 0.74440 0.06310 0.74482 0.06225 0.74482 0.06099 0.74440 0.06015 0.74398 0.05973 0.74272 0.05931 0.74104 0.05931 0.73978 0.05973 0.73936 0.06015 0.73894 0.06099 0.73894 0.06225 0.73936 0.06310 0.74020 0.06394 0.74146 0.06436 0.74314 0.06478 0.74398 0.06520 0.74440 0.06604 0.74440 0.06688 0.74398 0.06772 0.74272 0.06814 0.74104 0.06814\n 11 226 10 0.74734 0.06982 0.74818 0.06898 0.74902 0.06772 0.74986 0.06604 0.75028 0.06394 0.75028 0.06225 0.74986 0.06015 0.74902 0.05847 0.74818 0.05721 0.74734 0.05637\n 11 402 18 0.37325 0.04741 0.37283 0.04825 0.37199 0.04909 0.37115 0.04951 0.36947 0.04951 0.36863 0.04909 0.36779 0.04825 0.36737 0.04741 0.36695 0.04615 0.36695 0.04405 0.36737 0.04279 0.36779 0.04195 0.36863 0.04111 0.36947 0.04069 0.37115 0.04069 0.37199 0.04111 0.37283 0.04195 0.37325 0.04279\n 11 468 21 0.37829 0.04951 0.37745 0.04909 0.37661 0.04825 0.37619 0.04741 0.37577 0.04615 0.37577 0.04405 0.37619 0.04279 0.37661 0.04195 0.37745 0.04111 0.37829 0.04069 0.37997 0.04069 0.38081 0.04111 0.38165 0.04195 0.38207 0.04279 0.38249 0.04405 0.38249 0.04615 0.38207 0.04741 0.38165 0.04825 0.38081 0.04909 0.37997 0.04951 0.37829 0.04951\n 11 446 20 0.39090 0.04825 0.39006 0.04909 0.38880 0.04951 0.38711 0.04951 0.38585 0.04909 0.38501 0.04825 0.38501 0.04741 0.38543 0.04657 0.38585 0.04615 0.38669 0.04573 0.38922 0.04489 0.39006 0.04447 0.39048 0.04405 0.39090 0.04321 0.39090 0.04195 0.39006 0.04111 0.38880 0.04069 0.38711 0.04069 0.38585 0.04111 0.38501 0.04195\n 11 226 10 0.39678 0.05119 0.39594 0.05035 0.39510 0.04909 0.39426 0.04741 0.39384 0.04531 0.39384 0.04363 0.39426 0.04153 0.39510 0.03985 0.39594 0.03859 0.39678 0.03775\n 11 50 2 0.39972 0.04951 0.39972 0.04069\n 11 50 2 0.40980 0.05119 0.40224 0.03775\n 11 380 17 0.41695 0.04951 0.41275 0.04951 0.41232 0.04573 0.41275 0.04615 0.41401 0.04657 0.41527 0.04657 0.41653 0.04615 0.41737 0.04531 0.41779 0.04405 0.41779 0.04321 0.41737 0.04195 0.41653 0.04111 0.41527 0.04069 0.41401 0.04069 0.41275 0.04111 0.41232 0.04153 0.41190 0.04237\n 11 314 14 0.42073 0.04741 0.42073 0.04783 0.42115 0.04867 0.42157 0.04909 0.42241 0.04951 0.42409 0.04951 0.42493 0.04909 0.42535 0.04867 0.42577 0.04783 0.42577 0.04699 0.42535 0.04615 0.42451 0.04489 0.42031 0.04069 0.42619 0.04069\n 11 226 10 0.42871 0.05119 0.42955 0.05035 0.43039 0.04909 0.43123 0.04741 0.43165 0.04531 0.43165 0.04363 0.43123 0.04153 0.43039 0.03985 0.42955 0.03859 0.42871 0.03775\n 11 402 18 0.69188 0.04741 0.69146 0.04825 0.69062 0.04909 0.68978 0.04951 0.68810 0.04951 0.68725 0.04909 0.68641 0.04825 0.68599 0.04741 0.68557 0.04615 0.68557 0.04405 0.68599 0.04279 0.68641 0.04195 0.68725 0.04111 0.68810 0.04069 0.68978 0.04069 0.69062 0.04111 0.69146 0.04195 0.69188 0.04279\n 11 468 21 0.69692 0.04951 0.69608 0.04909 0.69524 0.04825 0.69482 0.04741 0.69440 0.04615 0.69440 0.04405 0.69482 0.04279 0.69524 0.04195 0.69608 0.04111 0.69692 0.04069 0.69860 0.04069 0.69944 0.04111 0.70028 0.04195 0.70070 0.04279 0.70112 0.04405 0.70112 0.04615 0.70070 0.04741 0.70028 0.04825 0.69944 0.04909 0.69860 0.04951 0.69692 0.04951\n 11 446 20 0.70952 0.04825 0.70868 0.04909 0.70742 0.04951 0.70574 0.04951 0.70448 0.04909 0.70364 0.04825 0.70364 0.04741 0.70406 0.04657 0.70448 0.04615 0.70532 0.04573 0.70784 0.04489 0.70868 0.04447 0.70910 0.04405 0.70952 0.04321 0.70952 0.04195 0.70868 0.04111 0.70742 0.04069 0.70574 0.04069 0.70448 0.04111 0.70364 0.04195\n 11 226 10 0.71541 0.05119 0.71457 0.05035 0.71373 0.04909 0.71289 0.04741 0.71247 0.04531 0.71247 0.04363 0.71289 0.04153 0.71373 0.03985 0.71457 0.03859 0.71541 0.03775\n 11 50 2 0.71835 0.04951 0.71835 0.04069\n 11 50 2 0.72843 0.05119 0.72087 0.03775\n 11 380 17 0.73557 0.04951 0.73137 0.04951 0.73095 0.04573 0.73137 0.04615 0.73263 0.04657 0.73389 0.04657 0.73515 0.04615 0.73599 0.04531 0.73641 0.04405 0.73641 0.04321 0.73599 0.04195 0.73515 0.04111 0.73389 0.04069 0.73263 0.04069 0.73137 0.04111 0.73095 0.04153 0.73053 0.04237\n 11 512 23 0.74440 0.04825 0.74398 0.04909 0.74272 0.04951 0.74188 0.04951 0.74062 0.04909 0.73978 0.04783 0.73936 0.04573 0.73936 0.04363 0.73978 0.04195 0.74062 0.04111 0.74188 0.04069 0.74230 0.04069 0.74356 0.04111 0.74440 0.04195 0.74482 0.04321 0.74482 0.04363 0.74440 0.04489 0.74356 0.04573 0.74230 0.04615 0.74188 0.04615 0.74062 0.04573 0.73978 0.04489 0.73936 0.04363\n 11 226 10 0.74734 0.05119 0.74818 0.05035 0.74902 0.04909 0.74986 0.04741 0.75028 0.04531 0.75028 0.04363 0.74986 0.04153 0.74902 0.03985 0.74818 0.03859 0.74734 0.03775\n 11 402 18 0.37325 0.02878 0.37283 0.02962 0.37199 0.03046 0.37115 0.03088 0.36947 0.03088 0.36863 0.03046 0.36779 0.02962 0.36737 0.02878 0.36695 0.02752 0.36695 0.02542 0.36737 0.02416 0.36779 0.02332 0.36863 0.02248 0.36947 0.02206 0.37115 0.02206 0.37199 0.02248 0.37283 0.02332 0.37325 0.02416\n 11 468 21 0.37829 0.03088 0.37745 0.03046 0.37661 0.02962 0.37619 0.02878 0.37577 0.02752 0.37577 0.02542 0.37619 0.02416 0.37661 0.02332 0.37745 0.02248 0.37829 0.02206 0.37997 0.02206 0.38081 0.02248 0.38165 0.02332 0.38207 0.02416 0.38249 0.02542 0.38249 0.02752 0.38207 0.02878 0.38165 0.02962 0.38081 0.03046 0.37997 0.03088 0.37829 0.03088\n 11 446 20 0.39090 0.02962 0.39006 0.03046 0.38880 0.03088 0.38711 0.03088 0.38585 0.03046 0.38501 0.02962 0.38501 0.02878 0.38543 0.02794 0.38585 0.02752 0.38669 0.02710 0.38922 0.02626 0.39006 0.02584 0.39048 0.02542 0.39090 0.02458 0.39090 0.02332 0.39006 0.02248 0.38880 0.02206 0.38711 0.02206 0.38585 0.02248 0.38501 0.02332\n 11 226 10 0.39678 0.03256 0.39594 0.03172 0.39510 0.03046 0.39426 0.02878 0.39384 0.02668 0.39384 0.02500 0.39426 0.02290 0.39510 0.02122 0.39594 0.01996 0.39678 0.01912\n 11 50 2 0.39972 0.03088 0.39972 0.02206\n 11 50 2 0.40980 0.03256 0.40224 0.01912\n 11 512 23 0.41737 0.02962 0.41695 0.03046 0.41569 0.03088 0.41485 0.03088 0.41359 0.03046 0.41275 0.02920 0.41232 0.02710 0.41232 0.02500 0.41275 0.02332 0.41359 0.02248 0.41485 0.02206 0.41527 0.02206 0.41653 0.02248 0.41737 0.02332 0.41779 0.02458 0.41779 0.02500 0.41737 0.02626 0.41653 0.02710 0.41527 0.02752 0.41485 0.02752 0.41359 0.02710 0.41275 0.02626 0.41232 0.02500\n 11 380 17 0.42283 0.03088 0.42157 0.03046 0.42073 0.02920 0.42031 0.02710 0.42031 0.02584 0.42073 0.02374 0.42157 0.02248 0.42283 0.02206 0.42367 0.02206 0.42493 0.02248 0.42577 0.02374 0.42619 0.02584 0.42619 0.02710 0.42577 0.02920 0.42493 0.03046 0.42367 0.03088 0.42283 0.03088\n 11 226 10 0.42871 0.03256 0.42955 0.03172 0.43039 0.03046 0.43123 0.02878 0.43165 0.02668 0.43165 0.02500 0.43123 0.02290 0.43039 0.02122 0.42955 0.01996 0.42871 0.01912\n 11 402 18 0.69188 0.02878 0.69146 0.02962 0.69062 0.03046 0.68978 0.03088 0.68810 0.03088 0.68725 0.03046 0.68641 0.02962 0.68599 0.02878 0.68557 0.02752 0.68557 0.02542 0.68599 0.02416 0.68641 0.02332 0.68725 0.02248 0.68810 0.02206 0.68978 0.02206 0.69062 0.02248 0.69146 0.02332 0.69188 0.02416\n 11 468 21 0.69692 0.03088 0.69608 0.03046 0.69524 0.02962 0.69482 0.02878 0.69440 0.02752 0.69440 0.02542 0.69482 0.02416 0.69524 0.02332 0.69608 0.02248 0.69692 0.02206 0.69860 0.02206 0.69944 0.02248 0.70028 0.02332 0.70070 0.02416 0.70112 0.02542 0.70112 0.02752 0.70070 0.02878 0.70028 0.02962 0.69944 0.03046 0.69860 0.03088 0.69692 0.03088\n 11 446 20 0.70952 0.02962 0.70868 0.03046 0.70742 0.03088 0.70574 0.03088 0.70448 0.03046 0.70364 0.02962 0.70364 0.02878 0.70406 0.02794 0.70448 0.02752 0.70532 0.02710 0.70784 0.02626 0.70868 0.02584 0.70910 0.02542 0.70952 0.02458 0.70952 0.02332 0.70868 0.02248 0.70742 0.02206 0.70574 0.02206 0.70448 0.02248 0.70364 0.02332\n 11 226 10 0.71541 0.03256 0.71457 0.03172 0.71373 0.03046 0.71289 0.02878 0.71247 0.02668 0.71247 0.02500 0.71289 0.02290 0.71373 0.02122 0.71457 0.01996 0.71541 0.01912\n 11 50 2 0.71835 0.03088 0.71835 0.02206\n 11 50 2 0.72843 0.03256 0.72087 0.01912\n 11 512 23 0.73599 0.02962 0.73557 0.03046 0.73431 0.03088 0.73347 0.03088 0.73221 0.03046 0.73137 0.02920 0.73095 0.02710 0.73095 0.02500 0.73137 0.02332 0.73221 0.02248 0.73347 0.02206 0.73389 0.02206 0.73515 0.02248 0.73599 0.02332 0.73641 0.02458 0.73641 0.02500 0.73599 0.02626 0.73515 0.02710 0.73389 0.02752 0.73347 0.02752 0.73221 0.02710 0.73137 0.02626 0.73095 0.02500\n 11 72 3 0.74314 0.03088 0.73894 0.02500 0.74524 0.02500\n 11 50 2 0.74314 0.03088 0.74314 0.02206\n 11 226 10 0.74734 0.03256 0.74818 0.03172 0.74902 0.03046 0.74986 0.02878 0.75028 0.02668 0.75028 0.02500 0.74986 0.02290 0.74902 0.02122 0.74818 0.01996 0.74734 0.01912\n 11 50 2 0.74404 0.28799 0.74404 0.28799\n 82 0\n 81 6 1202\n 82 0\n 0 0\n","old_contents":"GKSMansley@stout.pmel.noXPPLP Profile F 1.0 09\/02\/05 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 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0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 50 2 0.50588 0.15098 0.51373 0.13922\n 11 50 2 0.51373 0.15098 0.50588 0.13922\n 21 6 13\n 25 6 13\n 11 2206 100 0.11765 0.72516 0.12557 0.72416 0.13349 0.72250 0.14141 0.72019 0.14934 0.71722 0.15726 0.71361 0.16518 0.70937 0.17310 0.70450 0.18103 0.69902 0.18895 0.69294 0.19687 0.68627 0.20479 0.67904 0.21272 0.67126 0.22064 0.66295 0.22856 0.65414 0.23648 0.64483 0.24440 0.63507 0.25233 0.62486 0.26025 0.61425 0.26817 0.60324 0.27609 0.59188 0.28402 0.58018 0.29194 0.56819 0.29986 0.55592 0.30778 0.54341 0.31571 0.53070 0.32363 0.51780 0.33155 0.50476 0.33947 0.49160 0.34740 0.47837 0.35532 0.46509 0.36324 0.45179 0.37116 0.43852 0.37909 0.42530 0.38701 0.41216 0.39493 0.39914 0.40285 0.38627 0.41077 0.37359 0.41870 0.36112 0.42662 0.34889 0.43454 0.33695 0.44246 0.32530 0.45039 0.31400 0.45831 0.30306 0.46623 0.29251 0.47415 0.28238 0.48208 0.27269 0.49000 0.26346 0.49792 0.25473 0.50584 0.24651 0.51377 0.23882 0.52169 0.23169 0.52961 0.22512 0.53753 0.21914 0.54545 0.21376 0.55338 0.20899 0.56130 0.20485 0.56922 0.20135 0.57714 0.19849 0.58507 0.19629 0.59299 0.19474 0.60091 0.19386 0.60883 0.19364 0.61676 0.19408 0.62468 0.19519 0.63260 0.19696 0.64052 0.19938 0.64845 0.20246 0.65637 0.20617 0.66429 0.21053 0.67221 0.21550 0.68013 0.22108 0.68806 0.22726 0.69598 0.23402 0.70390 0.24135 0.71182 0.24922 0.71975 0.25761 0.72767 0.26651 0.73559 0.27589 0.74351 0.28573 0.75144 0.29601 0.75936 0.30670 0.76728 0.31776 0.77520 0.32918 0.78313 0.34093 0.79105 0.35297 0.79897 0.36528 0.80689 0.37783 0.81481 0.39058 0.82274 0.40350 0.83066 0.41656 0.83858 0.42973 0.84650 0.44298 0.85443 0.45626 0.86235 0.46956 0.87027 0.48283 0.87819 0.49604 0.88612 0.50916 0.89404 0.52215 0.90196 0.53499\n 21 6 14\n 25 6 14\n 11 2206 100 0.11765 0.72526 0.12557 0.72457 0.13349 0.72342 0.14141 0.72181 0.14934 0.71974 0.15726 0.71722 0.16518 0.71426 0.17310 0.71085 0.18103 0.70701 0.18895 0.70274 0.19687 0.69804 0.20479 0.69294 0.21272 0.68742 0.22064 0.68151 0.22856 0.67522 0.23648 0.66855 0.24440 0.66152 0.25233 0.65414 0.26025 0.64642 0.26817 0.63837 0.27609 0.63002 0.28402 0.62137 0.29194 0.61244 0.29986 0.60324 0.30778 0.59380 0.31571 0.58412 0.32363 0.57422 0.33155 0.56413 0.33947 0.55385 0.34740 0.54341 0.35532 0.53283 0.36324 0.52212 0.37116 0.51130 0.37909 0.50038 0.38701 0.48940 0.39493 0.47837 0.40285 0.46730 0.41077 0.45622 0.41870 0.44515 0.42662 0.43410 0.43454 0.42310 0.44246 0.41216 0.45039 0.40130 0.45831 0.39054 0.46623 0.37990 0.47415 0.36940 0.48208 0.35906 0.49000 0.34889 0.49792 0.33892 0.50584 0.32915 0.51377 0.31961 0.52169 0.31031 0.52961 0.30127 0.53753 0.29251 0.54545 0.28403 0.55338 0.27586 0.56130 0.26801 0.56922 0.26050 0.57714 0.25332 0.58507 0.24651 0.59299 0.24007 0.60091 0.23400 0.60883 0.22833 0.61676 0.22306 0.62468 0.21820 0.63260 0.21376 0.64052 0.20974 0.64845 0.20616 0.65637 0.20302 0.66429 0.20033 0.67221 0.19808 0.68013 0.19629 0.68806 0.19495 0.69598 0.19408 0.70390 0.19366 0.71182 0.19371 0.71975 0.19422 0.72767 0.19519 0.73559 0.19662 0.74351 0.19850 0.75144 0.20084 0.75936 0.20363 0.76728 0.20686 0.77520 0.21053 0.78313 0.21463 0.79105 0.21915 0.79897 0.22410 0.80689 0.22945 0.81481 0.23520 0.82274 0.24135 0.83066 0.24787 0.83858 0.25476 0.84650 0.26200 0.85443 0.26959 0.86235 0.27750 0.87027 0.28573 0.87819 0.29427 0.88612 0.30309 0.89404 0.31218 0.90196 0.32153\n 21 6 15\n 25 6 15\n 11 2206 100 0.11765 0.72532 0.12557 0.72481 0.13349 0.72397 0.14141 0.72278 0.14934 0.72126 0.15726 0.71941 0.16518 0.71722 0.17310 0.71471 0.18103 0.71187 0.18895 0.70871 0.19687 0.70523 0.20479 0.70144 0.21272 0.69734 0.22064 0.69294 0.22856 0.68823 0.23648 0.68324 0.24440 0.67796 0.25233 0.67241 0.26025 0.66658 0.26817 0.66049 0.27609 0.65414 0.28402 0.64754 0.29194 0.64070 0.29986 0.63364 0.30778 0.62635 0.31571 0.61885 0.32363 0.61114 0.33155 0.60324 0.33947 0.59516 0.34740 0.58691 0.35532 0.57849 0.36324 0.56992 0.37116 0.56121 0.37909 0.55237 0.38701 0.54341 0.39493 0.53435 0.40285 0.52519 0.41077 0.51594 0.41870 0.50663 0.42662 0.49725 0.43454 0.48783 0.44246 0.47837 0.45039 0.46889 0.45831 0.45939 0.46623 0.44990 0.47415 0.44041 0.48208 0.43095 0.49000 0.42153 0.49792 0.41216 0.50584 0.40284 0.51377 0.39360 0.52169 0.38445 0.52961 0.37539 0.53753 0.36643 0.54545 0.35760 0.55338 0.34889 0.56130 0.34033 0.56922 0.33192 0.57714 0.32367 0.58507 0.31559 0.59299 0.30770 0.60091 0.30000 0.60883 0.29251 0.61676 0.28523 0.62468 0.27817 0.63260 0.27134 0.64052 0.26475 0.64845 0.25841 0.65637 0.25233 0.66429 0.24651 0.67221 0.24096 0.68013 0.23569 0.68806 0.23071 0.69598 0.22602 0.70390 0.22163 0.71182 0.21754 0.71975 0.21376 0.72767 0.21029 0.73559 0.20714 0.74351 0.20431 0.75144 0.20181 0.75936 0.19964 0.76728 0.19780 0.77520 0.19629 0.78313 0.19512 0.79105 0.19428 0.79897 0.19379 0.80689 0.19363 0.81481 0.19381 0.82274 0.19433 0.83066 0.19519 0.83858 0.19638 0.84650 0.19792 0.85443 0.19978 0.86235 0.20198 0.87027 0.20450 0.87819 0.20735 0.88612 0.21053 0.89404 0.21402 0.90196 0.21782\n 21 6 16\n 25 6 16\n 11 2206 100 0.11765 0.72536 0.12557 0.72497 0.13349 0.72432 0.14141 0.72342 0.14934 0.72225 0.15726 0.72083 0.16518 0.71915 0.17310 0.71722 0.18103 0.71504 0.18895 0.71261 0.19687 0.70993 0.20479 0.70701 0.21272 0.70385 0.22064 0.70044 0.22856 0.69681 0.23648 0.69294 0.24440 0.68884 0.25233 0.68452 0.26025 0.67998 0.26817 0.67522 0.27609 0.67025 0.28402 0.66508 0.29194 0.65971 0.29986 0.65414 0.30778 0.64838 0.31571 0.64244 0.32363 0.63631 0.33155 0.63002 0.33947 0.62356 0.34740 0.61694 0.35532 0.61016 0.36324 0.60324 0.37116 0.59618 0.37909 0.58898 0.38701 0.58166 0.39493 0.57422 0.40285 0.56667 0.41077 0.55901 0.41870 0.55126 0.42662 0.54341 0.43454 0.53549 0.44246 0.52749 0.45039 0.51942 0.45831 0.51130 0.46623 0.50312 0.47415 0.49490 0.48208 0.48665 0.49000 0.47837 0.49792 0.47007 0.50584 0.46177 0.51377 0.45346 0.52169 0.44515 0.52961 0.43686 0.53753 0.42859 0.54545 0.42036 0.55338 0.41216 0.56130 0.40400 0.56922 0.39591 0.57714 0.38787 0.58507 0.37990 0.59299 0.37201 0.60091 0.36421 0.60883 0.35650 0.61676 0.34889 0.62468 0.34139 0.63260 0.33401 0.64052 0.32674 0.64845 0.31961 0.65637 0.31261 0.66429 0.30576 0.67221 0.29905 0.68013 0.29251 0.68806 0.28612 0.69598 0.27991 0.70390 0.27387 0.71182 0.26801 0.71975 0.26234 0.72767 0.25687 0.73559 0.25159 0.74351 0.24651 0.75144 0.24164 0.75936 0.23699 0.76728 0.23255 0.77520 0.22833 0.78313 0.22434 0.79105 0.22058 0.79897 0.21705 0.80689 0.21376 0.81481 0.21071 0.82274 0.20790 0.83066 0.20534 0.83858 0.20302 0.84650 0.20096 0.85443 0.19915 0.86235 0.19759 0.87027 0.19629 0.87819 0.19524 0.88612 0.19446 0.89404 0.19393 0.90196 0.19366\n 21 6 17\n 25 6 17\n 11 2206 100 0.11765 0.72539 0.12557 0.72508 0.13349 0.72457 0.14141 0.72385 0.14934 0.72293 0.15726 0.72181 0.16518 0.72048 0.17310 0.71895 0.18103 0.71722 0.18895 0.71530 0.19687 0.71317 0.20479 0.71085 0.21272 0.70834 0.22064 0.70563 0.22856 0.70274 0.23648 0.69965 0.24440 0.69639 0.25233 0.69294 0.26025 0.68930 0.26817 0.68550 0.27609 0.68151 0.28402 0.67736 0.29194 0.67304 0.29986 0.66855 0.30778 0.66390 0.31571 0.65910 0.32363 0.65414 0.33155 0.64903 0.33947 0.64377 0.34740 0.63837 0.35532 0.63284 0.36324 0.62717 0.37116 0.62137 0.37909 0.61545 0.38701 0.60940 0.39493 0.60324 0.40285 0.59697 0.41077 0.59060 0.41870 0.58412 0.42662 0.57754 0.43454 0.57088 0.44246 0.56413 0.45039 0.55730 0.45831 0.55039 0.46623 0.54341 0.47415 0.53637 0.48208 0.52927 0.49000 0.52212 0.49792 0.51491 0.50584 0.50767 0.51377 0.50038 0.52169 0.49307 0.52961 0.48573 0.53753 0.47837 0.54545 0.47100 0.55338 0.46361 0.56130 0.45622 0.56922 0.44884 0.57714 0.44146 0.58507 0.43410 0.59299 0.42676 0.60091 0.41944 0.60883 0.41216 0.61676 0.40491 0.62468 0.39770 0.63260 0.39054 0.64052 0.38343 0.64845 0.37639 0.65637 0.36940 0.66429 0.36249 0.67221 0.35565 0.68013 0.34889 0.68806 0.34222 0.69598 0.33564 0.70390 0.32915 0.71182 0.32276 0.71975 0.31648 0.72767 0.31031 0.73559 0.30425 0.74351 0.29832 0.75144 0.29251 0.75936 0.28683 0.76728 0.28128 0.77520 0.27586 0.78313 0.27059 0.79105 0.26547 0.79897 0.26050 0.80689 0.25568 0.81481 0.25101 0.82274 0.24651 0.83066 0.24217 0.83858 0.23800 0.84650 0.23400 0.85443 0.23018 0.86235 0.22653 0.87027 0.22306 0.87819 0.21977 0.88612 0.21667 0.89404 0.21376 0.90196 0.21103\n 21 6 18\n 25 6 18\n 11 2206 100 0.11765 0.72541 0.12557 0.72516 0.13349 0.72474 0.14141 0.72416 0.14934 0.72342 0.15726 0.72250 0.16518 0.72143 0.17310 0.72019 0.18103 0.71879 0.18895 0.71722 0.19687 0.71550 0.20479 0.71361 0.21272 0.71157 0.22064 0.70937 0.22856 0.70701 0.23648 0.70450 0.24440 0.70183 0.25233 0.69902 0.26025 0.69605 0.26817 0.69294 0.27609 0.68968 0.28402 0.68627 0.29194 0.68273 0.29986 0.67904 0.30778 0.67522 0.31571 0.67126 0.32363 0.66717 0.33155 0.66295 0.33947 0.65861 0.34740 0.65414 0.35532 0.64955 0.36324 0.64483 0.37116 0.64001 0.37909 0.63507 0.38701 0.63002 0.39493 0.62486 0.40285 0.61961 0.41077 0.61425 0.41870 0.60879 0.42662 0.60324 0.43454 0.59760 0.44246 0.59188 0.45039 0.58607 0.45831 0.58018 0.46623 0.57422 0.47415 0.56819 0.48208 0.56209 0.49000 0.55592 0.49792 0.54970 0.50584 0.54341 0.51377 0.53708 0.52169 0.53070 0.52961 0.52427 0.53753 0.51780 0.54545 0.51130 0.55338 0.50476 0.56130 0.49819 0.56922 0.49160 0.57714 0.48500 0.58507 0.47837 0.59299 0.47173 0.60091 0.46509 0.60883 0.45844 0.61676 0.45179 0.62468 0.44515 0.63260 0.43852 0.64052 0.43190 0.64845 0.42530 0.65637 0.41871 0.66429 0.41216 0.67221 0.40563 0.68013 0.39914 0.68806 0.39268 0.69598 0.38627 0.70390 0.37990 0.71182 0.37359 0.71975 0.36732 0.72767 0.36112 0.73559 0.35497 0.74351 0.34889 0.75144 0.34288 0.75936 0.33695 0.76728 0.33108 0.77520 0.32530 0.78313 0.31961 0.79105 0.31400 0.79897 0.30848 0.80689 0.30306 0.81481 0.29773 0.82274 0.29251 0.83066 0.28739 0.83858 0.28238 0.84650 0.27747 0.85443 0.27269 0.86235 0.26801 0.87027 0.26346 0.87819 0.25903 0.88612 0.25473 0.89404 0.25055 0.90196 0.24651\n 21 6 19\n 25 6 19\n 11 2206 100 0.11765 0.72542 0.12557 0.72522 0.13349 0.72487 0.14141 0.72439 0.14934 0.72378 0.15726 0.72302 0.16518 0.72213 0.17310 0.72111 0.18103 0.71995 0.18895 0.71865 0.19687 0.71722 0.20479 0.71566 0.21272 0.71397 0.22064 0.71214 0.22856 0.71019 0.23648 0.70810 0.24440 0.70589 0.25233 0.70355 0.26025 0.70108 0.26817 0.69849 0.27609 0.69577 0.28402 0.69294 0.29194 0.68998 0.29986 0.68690 0.30778 0.68371 0.31571 0.68040 0.32363 0.67697 0.33155 0.67344 0.33947 0.66979 0.34740 0.66604 0.35532 0.66217 0.36324 0.65821 0.37116 0.65414 0.37909 0.64997 0.38701 0.64570 0.39493 0.64134 0.40285 0.63688 0.41077 0.63233 0.41870 0.62769 0.42662 0.62296 0.43454 0.61815 0.44246 0.61326 0.45039 0.60829 0.45831 0.60324 0.46623 0.59812 0.47415 0.59293 0.48208 0.58766 0.49000 0.58233 0.49792 0.57694 0.50584 0.57149 0.51377 0.56598 0.52169 0.56041 0.52961 0.55479 0.53753 0.54913 0.54545 0.54341 0.55338 0.53766 0.56130 0.53186 0.56922 0.52602 0.57714 0.52016 0.58507 0.51426 0.59299 0.50833 0.60091 0.50237 0.60883 0.49640 0.61676 0.49040 0.62468 0.48439 0.63260 0.47837 0.64052 0.47234 0.64845 0.46630 0.65637 0.46025 0.66429 0.45421 0.67221 0.44817 0.68013 0.44213 0.68806 0.43611 0.69598 0.43010 0.70390 0.42410 0.71182 0.41812 0.71975 0.41216 0.72767 0.40622 0.73559 0.40032 0.74351 0.39444 0.75144 0.38860 0.75936 0.38279 0.76728 0.37703 0.77520 0.37130 0.78313 0.36562 0.79105 0.35999 0.79897 0.35442 0.80689 0.34889 0.81481 0.34343 0.82274 0.33802 0.83066 0.33268 0.83858 0.32740 0.84650 0.32219 0.85443 0.31705 0.86235 0.31198 0.87027 0.30699 0.87819 0.30208 0.88612 0.29725 0.89404 0.29251 0.90196 0.28785\n 21 6 20\n 25 6 20\n 11 2206 100 0.11765 0.72543 0.12557 0.72526 0.13349 0.72497 0.14141 0.72457 0.14934 0.72405 0.15726 0.72342 0.16518 0.72267 0.17310 0.72181 0.18103 0.72083 0.18895 0.71974 0.19687 0.71854 0.20479 0.71722 0.21272 0.71580 0.22064 0.71426 0.22856 0.71261 0.23648 0.71085 0.24440 0.70899 0.25233 0.70701 0.26025 0.70493 0.26817 0.70274 0.27609 0.70044 0.28402 0.69804 0.29194 0.69554 0.29986 0.69294 0.30778 0.69023 0.31571 0.68742 0.32363 0.68452 0.33155 0.68151 0.33947 0.67841 0.34740 0.67522 0.35532 0.67193 0.36324 0.66855 0.37116 0.66508 0.37909 0.66152 0.38701 0.65787 0.39493 0.65414 0.40285 0.65032 0.41077 0.64642 0.41870 0.64244 0.42662 0.63837 0.43454 0.63424 0.44246 0.63002 0.45039 0.62573 0.45831 0.62137 0.46623 0.61694 0.47415 0.61244 0.48208 0.60787 0.49000 0.60324 0.49792 0.59855 0.50584 0.59380 0.51377 0.58898 0.52169 0.58412 0.52961 0.57920 0.53753 0.57422 0.54545 0.56920 0.55338 0.56413 0.56130 0.55901 0.56922 0.55385 0.57714 0.54865 0.58507 0.54341 0.59299 0.53814 0.60091 0.53283 0.60883 0.52749 0.61676 0.52212 0.62468 0.51672 0.63260 0.51130 0.64052 0.50585 0.64845 0.50038 0.65637 0.49490 0.66429 0.48940 0.67221 0.48389 0.68013 0.47837 0.68806 0.47284 0.69598 0.46730 0.70390 0.46177 0.71182 0.45622 0.71975 0.45069 0.72767 0.44515 0.73559 0.43962 0.74351 0.43410 0.75144 0.42859 0.75936 0.42310 0.76728 0.41762 0.77520 0.41216 0.78313 0.40672 0.79105 0.40130 0.79897 0.39591 0.80689 0.39054 0.81481 0.38521 0.82274 0.37990 0.83066 0.37464 0.83858 0.36940 0.84650 0.36421 0.85443 0.35906 0.86235 0.35395 0.87027 0.34889 0.87819 0.34388 0.88612 0.33892 0.89404 0.33401 0.90196 0.32915\n 21 6 21\n 25 6 21\n 11 2206 100 0.11765 0.72544 0.12557 0.72529 0.13349 0.72505 0.14141 0.72470 0.14934 0.72426 0.15726 0.72372 0.16518 0.72308 0.17310 0.72235 0.18103 0.72152 0.18895 0.72059 0.19687 0.71956 0.20479 0.71844 0.21272 0.71722 0.22064 0.71591 0.22856 0.71450 0.23648 0.71300 0.24440 0.71141 0.25233 0.70972 0.26025 0.70794 0.26817 0.70606 0.27609 0.70410 0.28402 0.70204 0.29194 0.69990 0.29986 0.69767 0.30778 0.69534 0.31571 0.69294 0.32363 0.69044 0.33155 0.68786 0.33947 0.68520 0.34740 0.68245 0.35532 0.67962 0.36324 0.67671 0.37116 0.67371 0.37909 0.67064 0.38701 0.66749 0.39493 0.66427 0.40285 0.66096 0.41077 0.65759 0.41870 0.65414 0.42662 0.65062 0.43454 0.64702 0.44246 0.64336 0.45039 0.63963 0.45831 0.63584 0.46623 0.63197 0.47415 0.62805 0.48208 0.62406 0.49000 0.62001 0.49792 0.61591 0.50584 0.61174 0.51377 0.60752 0.52169 0.60324 0.52961 0.59891 0.53753 0.59453 0.54545 0.59010 0.55338 0.58562 0.56130 0.58109 0.56922 0.57652 0.57714 0.57191 0.58507 0.56725 0.59299 0.56256 0.60091 0.55782 0.60883 0.55305 0.61676 0.54825 0.62468 0.54341 0.63260 0.53854 0.64052 0.53365 0.64845 0.52872 0.65637 0.52377 0.66429 0.51880 0.67221 0.51380 0.68013 0.50878 0.68806 0.50375 0.69598 0.49870 0.70390 0.49363 0.71182 0.48856 0.71975 0.48347 0.72767 0.47837 0.73559 0.47327 0.74351 0.46816 0.75144 0.46304 0.75936 0.45793 0.76728 0.45282 0.77520 0.44771 0.78313 0.44260 0.79105 0.43750 0.79897 0.43241 0.80689 0.42732 0.81481 0.42225 0.82274 0.41720 0.83066 0.41216 0.83858 0.40713 0.84650 0.40213 0.85443 0.39715 0.86235 0.39219 0.87027 0.38725 0.87819 0.38235 0.88612 0.37747 0.89404 0.37262 0.90196 0.36780\n 21 6 22\n 25 6 22\n 11 2206 100 0.11765 0.72545 0.12557 0.72532 0.13349 0.72511 0.14141 0.72481 0.14934 0.72443 0.15726 0.72397 0.16518 0.72342 0.17310 0.72278 0.18103 0.72206 0.18895 0.72126 0.19687 0.72038 0.20479 0.71941 0.21272 0.71836 0.22064 0.71722 0.22856 0.71601 0.23648 0.71471 0.24440 0.71333 0.25233 0.71187 0.26025 0.71033 0.26817 0.70871 0.27609 0.70701 0.28402 0.70523 0.29194 0.70337 0.29986 0.70144 0.30778 0.69943 0.31571 0.69734 0.32363 0.69517 0.33155 0.69294 0.33947 0.69062 0.34740 0.68823 0.35532 0.68577 0.36324 0.68324 0.37116 0.68064 0.37909 0.67796 0.38701 0.67522 0.39493 0.67241 0.40285 0.66953 0.41077 0.66658 0.41870 0.66356 0.42662 0.66049 0.43454 0.65734 0.44246 0.65414 0.45039 0.65087 0.45831 0.64754 0.46623 0.64415 0.47415 0.64070 0.48208 0.63720 0.49000 0.63364 0.49792 0.63002 0.50584 0.62635 0.51377 0.62262 0.52169 0.61885 0.52961 0.61502 0.53753 0.61114 0.54545 0.60721 0.55338 0.60324 0.56130 0.59922 0.56922 0.59516 0.57714 0.59105 0.58507 0.58691 0.59299 0.58272 0.60091 0.57849 0.60883 0.57422 0.61676 0.56992 0.62468 0.56558 0.63260 0.56121 0.64052 0.55681 0.64845 0.55237 0.65637 0.54791 0.66429 0.54341 0.67221 0.53889 0.68013 0.53435 0.68806 0.52978 0.69598 0.52519 0.70390 0.52058 0.71182 0.51594 0.71975 0.51130 0.72767 0.50663 0.73559 0.50195 0.74351 0.49725 0.75144 0.49255 0.75936 0.48783 0.76728 0.48310 0.77520 0.47837 0.78313 0.47363 0.79105 0.46889 0.79897 0.46414 0.80689 0.45939 0.81481 0.45464 0.82274 0.44990 0.83066 0.44515 0.83858 0.44041 0.84650 0.43568 0.85443 0.43095 0.86235 0.42624 0.87027 0.42153 0.87819 0.41684 0.88612 0.41216 0.89404 0.40749 0.90196 0.40284\n 21 6 23\n 25 6 23\n 11 2206 100 0.11765 0.72545 0.12557 0.72534 0.13349 0.72516 0.14141 0.72490 0.14934 0.72457 0.15726 0.72416 0.16518 0.72368 0.17310 0.72313 0.18103 0.72250 0.18895 0.72181 0.19687 0.72103 0.20479 0.72019 0.21272 0.71927 0.22064 0.71828 0.22856 0.71722 0.23648 0.71609 0.24440 0.71489 0.25233 0.71361 0.26025 0.71227 0.26817 0.71085 0.27609 0.70937 0.28402 0.70781 0.29194 0.70619 0.29986 0.70450 0.30778 0.70274 0.31571 0.70091 0.32363 0.69902 0.33155 0.69705 0.33947 0.69503 0.34740 0.69294 0.35532 0.69078 0.36324 0.68856 0.37116 0.68627 0.37909 0.68392 0.38701 0.68151 0.39493 0.67904 0.40285 0.67651 0.41077 0.67392 0.41870 0.67126 0.42662 0.66855 0.43454 0.66578 0.44246 0.66295 0.45039 0.66007 0.45831 0.65713 0.46623 0.65414 0.47415 0.65109 0.48208 0.64799 0.49000 0.64483 0.49792 0.64163 0.50584 0.63837 0.51377 0.63507 0.52169 0.63171 0.52961 0.62831 0.53753 0.62486 0.54545 0.62137 0.55338 0.61783 0.56130 0.61425 0.56922 0.61062 0.57714 0.60695 0.58507 0.60324 0.59299 0.59949 0.60091 0.59570 0.60883 0.59188 0.61676 0.58802 0.62468 0.58412 0.63260 0.58018 0.64052 0.57622 0.64845 0.57222 0.65637 0.56819 0.66429 0.56413 0.67221 0.56004 0.68013 0.55592 0.68806 0.55178 0.69598 0.54761 0.70390 0.54341 0.71182 0.53920 0.71975 0.53496 0.72767 0.53070 0.73559 0.52641 0.74351 0.52212 0.75144 0.51780 0.75936 0.51347 0.76728 0.50912 0.77520 0.50476 0.78313 0.50038 0.79105 0.49600 0.79897 0.49160 0.80689 0.48720 0.81481 0.48279 0.82274 0.47837 0.83066 0.47395 0.83858 0.46952 0.84650 0.46509 0.85443 0.46066 0.86235 0.45622 0.87027 0.45179 0.87819 0.44736 0.88612 0.44294 0.89404 0.43852 0.90196 0.43410\n 21 6 24\n 25 6 24\n 11 2206 100 0.11765 0.72546 0.12557 0.72536 0.13349 0.72520 0.14141 0.72497 0.14934 0.72468 0.15726 0.72432 0.16518 0.72390 0.17310 0.72342 0.18103 0.72287 0.18895 0.72225 0.19687 0.72157 0.20479 0.72083 0.21272 0.72002 0.22064 0.71915 0.22856 0.71822 0.23648 0.71722 0.24440 0.71616 0.25233 0.71504 0.26025 0.71386 0.26817 0.71261 0.27609 0.71130 0.28402 0.70993 0.29194 0.70850 0.29986 0.70701 0.30778 0.70546 0.31571 0.70385 0.32363 0.70217 0.33155 0.70044 0.33947 0.69865 0.34740 0.69681 0.35532 0.69490 0.36324 0.69294 0.37116 0.69092 0.37909 0.68884 0.38701 0.68671 0.39493 0.68452 0.40285 0.68227 0.41077 0.67998 0.41870 0.67762 0.42662 0.67522 0.43454 0.67276 0.44246 0.67025 0.45039 0.66769 0.45831 0.66508 0.46623 0.66242 0.47415 0.65971 0.48208 0.65695 0.49000 0.65414 0.49792 0.65128 0.50584 0.64838 0.51377 0.64543 0.52169 0.64244 0.52961 0.63940 0.53753 0.63631 0.54545 0.63319 0.55338 0.63002 0.56130 0.62681 0.56922 0.62356 0.57714 0.62027 0.58507 0.61694 0.59299 0.61357 0.60091 0.61016 0.60883 0.60672 0.61676 0.60324 0.62468 0.59973 0.63260 0.59618 0.64052 0.59260 0.64845 0.58898 0.65637 0.58534 0.66429 0.58166 0.67221 0.57796 0.68013 0.57422 0.68806 0.57046 0.69598 0.56667 0.70390 0.56285 0.71182 0.55901 0.71975 0.55515 0.72767 0.55126 0.73559 0.54735 0.74351 0.54341 0.75144 0.53946 0.75936 0.53549 0.76728 0.53150 0.77520 0.52749 0.78313 0.52346 0.79105 0.51942 0.79897 0.51536 0.80689 0.51130 0.81481 0.50721 0.82274 0.50312 0.83066 0.49902 0.83858 0.49490 0.84650 0.49078 0.85443 0.48665 0.86235 0.48251 0.87027 0.47837 0.87819 0.47422 0.88612 0.47007 0.89404 0.46592 0.90196 0.46177\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 13\n 25 6 13\n 11 72 3 0.26471 0.11873 0.26471 0.11873 0.35147 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 14\n 25 6 14\n 11 72 3 0.58333 0.11873 0.58333 0.11873 0.67010 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 72 3 0.26471 0.10039 0.26471 0.10039 0.35147 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 16\n 25 6 16\n 11 72 3 0.58333 0.10039 0.58333 0.10039 0.67010 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 17\n 25 6 17\n 11 72 3 0.26471 0.08196 0.26471 0.08196 0.35147 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.58333 0.08196 0.58333 0.08196 0.67010 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 19\n 25 6 19\n 11 72 3 0.26471 0.06363 0.26471 0.06363 0.35147 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 20\n 25 6 20\n 11 72 3 0.58333 0.06363 0.58333 0.06363 0.67010 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 21\n 25 6 21\n 11 72 3 0.26471 0.04520 0.26471 0.04520 0.35147 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 22\n 25 6 22\n 11 72 3 0.58333 0.04520 0.58333 0.04520 0.67010 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 23\n 25 6 23\n 11 72 3 0.26471 0.02686 0.26471 0.02686 0.35147 0.02686\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 24\n 25 6 24\n 11 72 3 0.58333 0.02686 0.58333 0.02686 0.67010 0.02686\n 21 6 1\n 25 6 1\n 11 50 2 0.86457 0.84853 0.86457 0.84265\n 11 50 2 0.86457 0.84853 0.86821 0.84853\n 11 50 2 0.86457 0.84573 0.86681 0.84573\n 11 50 2 0.86961 0.84853 0.86961 0.84265\n 11 50 2 0.86961 0.84853 0.87325 0.84853\n 11 50 2 0.86961 0.84573 0.87185 0.84573\n 11 50 2 0.86961 0.84265 0.87325 0.84265\n 11 50 2 0.87493 0.84853 0.87493 0.84265\n 11 226 10 0.87493 0.84853 0.87745 0.84853 0.87829 0.84825 0.87857 0.84797 0.87885 0.84741 0.87885 0.84685 0.87857 0.84629 0.87829 0.84601 0.87745 0.84573 0.87493 0.84573\n 11 50 2 0.87689 0.84573 0.87885 0.84265\n 11 50 2 0.88081 0.84853 0.88081 0.84265\n 11 226 10 0.88081 0.84853 0.88333 0.84853 0.88417 0.84825 0.88445 0.84797 0.88473 0.84741 0.88473 0.84685 0.88445 0.84629 0.88417 0.84601 0.88333 0.84573 0.88081 0.84573\n 11 50 2 0.88277 0.84573 0.88473 0.84265\n 11 50 2 0.88669 0.84853 0.88669 0.84265\n 11 50 2 0.88669 0.84853 0.89034 0.84853\n 11 50 2 0.88669 0.84573 0.88894 0.84573\n 11 50 2 0.88669 0.84265 0.89034 0.84265\n 11 50 2 0.89314 0.84853 0.89314 0.84265\n 11 50 2 0.89118 0.84853 0.89510 0.84853\n 11 50 2 0.90014 0.84853 0.90238 0.84265\n 11 50 2 0.90462 0.84853 0.90238 0.84265\n 11 380 17 0.90574 0.84489 0.90910 0.84489 0.90910 0.84545 0.90882 0.84601 0.90854 0.84629 0.90798 0.84657 0.90714 0.84657 0.90658 0.84629 0.90602 0.84573 0.90574 0.84489 0.90574 0.84433 0.90602 0.84349 0.90658 0.84293 0.90714 0.84265 0.90798 0.84265 0.90854 0.84293 0.90910 0.84349\n 11 50 2 0.91106 0.84657 0.91106 0.84265\n 11 116 5 0.91106 0.84489 0.91134 0.84573 0.91190 0.84629 0.91246 0.84657 0.91331 0.84657\n 11 116 5 0.91499 0.84321 0.91471 0.84293 0.91499 0.84265 0.91527 0.84293 0.91499 0.84321\n 11 512 23 0.92535 0.84769 0.92507 0.84825 0.92423 0.84853 0.92367 0.84853 0.92283 0.84825 0.92227 0.84741 0.92199 0.84601 0.92199 0.84461 0.92227 0.84349 0.92283 0.84293 0.92367 0.84265 0.92395 0.84265 0.92479 0.84293 0.92535 0.84349 0.92563 0.84433 0.92563 0.84461 0.92535 0.84545 0.92479 0.84601 0.92395 0.84629 0.92367 0.84629 0.92283 0.84601 0.92227 0.84545 0.92199 0.84461\n 11 116 5 0.92787 0.84321 0.92759 0.84293 0.92787 0.84265 0.92815 0.84293 0.92787 0.84321\n 11 94 4 0.93095 0.84741 0.93151 0.84769 0.93235 0.84853 0.93235 0.84265\n 11 512 23 0.93936 0.84657 0.93908 0.84573 0.93852 0.84517 0.93767 0.84489 0.93739 0.84489 0.93655 0.84517 0.93599 0.84573 0.93571 0.84657 0.93571 0.84685 0.93599 0.84769 0.93655 0.84825 0.93739 0.84853 0.93767 0.84853 0.93852 0.84825 0.93908 0.84769 0.93936 0.84657 0.93936 0.84517 0.93908 0.84377 0.93852 0.84293 0.93767 0.84265 0.93711 0.84265 0.93627 0.84293 0.93599 0.84349\n 11 50 2 0.86415 0.83971 0.86415 0.83382\n 11 50 2 0.86415 0.83971 0.86807 0.83382\n 11 50 2 0.86807 0.83971 0.86807 0.83382\n 11 468 21 0.87171 0.83971 0.87115 0.83943 0.87059 0.83887 0.87031 0.83831 0.87003 0.83746 0.87003 0.83606 0.87031 0.83522 0.87059 0.83466 0.87115 0.83410 0.87171 0.83382 0.87283 0.83382 0.87339 0.83410 0.87395 0.83466 0.87423 0.83522 0.87451 0.83606 0.87451 0.83746 0.87423 0.83831 0.87395 0.83887 0.87339 0.83943 0.87283 0.83971 0.87171 0.83971\n 11 50 2 0.87787 0.83971 0.87563 0.83382\n 11 50 2 0.87787 0.83971 0.88011 0.83382\n 11 50 2 0.87647 0.83578 0.87927 0.83578\n 11 50 2 0.88291 0.83971 0.88067 0.83382\n 11 50 2 0.88291 0.83971 0.88515 0.83382\n 11 50 2 0.88151 0.83578 0.88431 0.83578\n 11 50 2 0.89104 0.84083 0.88599 0.83186\n 11 50 2 0.89272 0.83971 0.89272 0.83382\n 11 226 10 0.89272 0.83971 0.89524 0.83971 0.89608 0.83943 0.89636 0.83915 0.89664 0.83859 0.89664 0.83775 0.89636 0.83718 0.89608 0.83690 0.89524 0.83662 0.89272 0.83662\n 11 50 2 0.89860 0.83971 0.89860 0.83382\n 11 50 2 0.89860 0.83971 0.90084 0.83382\n 11 50 2 0.90308 0.83971 0.90084 0.83382\n 11 50 2 0.90308 0.83971 0.90308 0.83382\n 11 50 2 0.90532 0.83971 0.90532 0.83382\n 11 50 2 0.90532 0.83971 0.90896 0.83971\n 11 50 2 0.90532 0.83690 0.90756 0.83690\n 11 50 2 0.90532 0.83382 0.90896 0.83382\n 11 50 2 0.91064 0.83971 0.91064 0.83382\n 11 50 2 0.91064 0.83382 0.91401 0.83382\n 11 50 2 0.92101 0.83971 0.92101 0.83382\n 11 50 2 0.91905 0.83971 0.92297 0.83971\n 11 50 2 0.92437 0.83971 0.92437 0.83382\n 11 50 2 0.92437 0.83971 0.92661 0.83382\n 11 50 2 0.92885 0.83971 0.92661 0.83382\n 11 50 2 0.92885 0.83971 0.92885 0.83382\n 11 50 2 0.93249 0.83971 0.93025 0.83382\n 11 50 2 0.93249 0.83971 0.93473 0.83382\n 11 50 2 0.93109 0.83578 0.93389 0.83578\n 11 50 2 0.93613 0.83971 0.93613 0.83382\n 11 226 10 0.93613 0.83971 0.93866 0.83971 0.93950 0.83943 0.93978 0.83915 0.94006 0.83859 0.94006 0.83775 0.93978 0.83718 0.93950 0.83690 0.93866 0.83662 0.93613 0.83662\n 11 50 2 0.85280 0.82990 0.85280 0.82402\n 11 50 2 0.85280 0.82990 0.85644 0.82990\n 11 50 2 0.85280 0.82710 0.85504 0.82710\n 11 380 17 0.85756 0.82626 0.86092 0.82626 0.86092 0.82682 0.86064 0.82738 0.86036 0.82766 0.85980 0.82794 0.85896 0.82794 0.85840 0.82766 0.85784 0.82710 0.85756 0.82626 0.85756 0.82570 0.85784 0.82486 0.85840 0.82430 0.85896 0.82402 0.85980 0.82402 0.86036 0.82430 0.86092 0.82486\n 11 50 2 0.86289 0.82990 0.86289 0.82402\n 11 314 14 0.86289 0.82710 0.86345 0.82766 0.86401 0.82794 0.86485 0.82794 0.86541 0.82766 0.86597 0.82710 0.86625 0.82626 0.86625 0.82570 0.86597 0.82486 0.86541 0.82430 0.86485 0.82402 0.86401 0.82402 0.86345 0.82430 0.86289 0.82486\n 11 380 17 0.88025 0.82990 0.87745 0.82990 0.87717 0.82738 0.87745 0.82766 0.87829 0.82794 0.87913 0.82794 0.87997 0.82766 0.88053 0.82710 0.88081 0.82626 0.88081 0.82570 0.88053 0.82486 0.87997 0.82430 0.87913 0.82402 0.87829 0.82402 0.87745 0.82430 0.87717 0.82458 0.87689 0.82514\n 11 314 14 0.88725 0.82850 0.88725 0.82878 0.88754 0.82934 0.88782 0.82962 0.88838 0.82990 0.88950 0.82990 0.89006 0.82962 0.89034 0.82934 0.89062 0.82878 0.89062 0.82822 0.89034 0.82766 0.88978 0.82682 0.88697 0.82402 0.89090 0.82402\n 11 380 17 0.89426 0.82990 0.89342 0.82962 0.89286 0.82878 0.89258 0.82738 0.89258 0.82654 0.89286 0.82514 0.89342 0.82430 0.89426 0.82402 0.89482 0.82402 0.89566 0.82430 0.89622 0.82514 0.89650 0.82654 0.89650 0.82738 0.89622 0.82878 0.89566 0.82962 0.89482 0.82990 0.89426 0.82990\n 11 380 17 0.89986 0.82990 0.89902 0.82962 0.89846 0.82878 0.89818 0.82738 0.89818 0.82654 0.89846 0.82514 0.89902 0.82430 0.89986 0.82402 0.90042 0.82402 0.90126 0.82430 0.90182 0.82514 0.90210 0.82654 0.90210 0.82738 0.90182 0.82878 0.90126 0.82962 0.90042 0.82990 0.89986 0.82990\n 11 512 23 0.90742 0.82794 0.90714 0.82710 0.90658 0.82654 0.90574 0.82626 0.90546 0.82626 0.90462 0.82654 0.90406 0.82710 0.90378 0.82794 0.90378 0.82822 0.90406 0.82906 0.90462 0.82962 0.90546 0.82990 0.90574 0.82990 0.90658 0.82962 0.90714 0.82906 0.90742 0.82794 0.90742 0.82654 0.90714 0.82514 0.90658 0.82430 0.90574 0.82402 0.90518 0.82402 0.90434 0.82430 0.90406 0.82486\n 11 94 4 0.91471 0.82878 0.91527 0.82906 0.91611 0.82990 0.91611 0.82402\n 11 380 17 0.92283 0.82990 0.92003 0.82990 0.91975 0.82738 0.92003 0.82766 0.92087 0.82794 0.92171 0.82794 0.92255 0.82766 0.92311 0.82710 0.92339 0.82626 0.92339 0.82570 0.92311 0.82486 0.92255 0.82430 0.92171 0.82402 0.92087 0.82402 0.92003 0.82430 0.91975 0.82458 0.91947 0.82514\n 11 116 5 0.92563 0.82794 0.92535 0.82766 0.92563 0.82738 0.92591 0.82766 0.92563 0.82794\n 11 116 5 0.92563 0.82458 0.92535 0.82430 0.92563 0.82402 0.92591 0.82430 0.92563 0.82458\n 11 72 3 0.93067 0.82990 0.92787 0.82598 0.93207 0.82598\n 11 50 2 0.93067 0.82990 0.93067 0.82402\n 11 336 15 0.93403 0.82990 0.93711 0.82990 0.93543 0.82766 0.93627 0.82766 0.93683 0.82738 0.93711 0.82710 0.93740 0.82626 0.93740 0.82570 0.93711 0.82486 0.93655 0.82430 0.93571 0.82402 0.93487 0.82402 0.93403 0.82430 0.93375 0.82458 0.93347 0.82514\n 11 116 5 0.93964 0.82794 0.93936 0.82766 0.93964 0.82738 0.93992 0.82766 0.93964 0.82794\n 11 116 5 0.93964 0.82458 0.93936 0.82430 0.93964 0.82402 0.93992 0.82430 0.93964 0.82458\n 11 314 14 0.94216 0.82850 0.94216 0.82878 0.94244 0.82934 0.94272 0.82962 0.94328 0.82990 0.94440 0.82990 0.94496 0.82962 0.94524 0.82934 0.94552 0.82878 0.94552 0.82822 0.94524 0.82766 0.94468 0.82682 0.94188 0.82402 0.94580 0.82402\n 11 644 29 0.94888 0.82990 0.94804 0.82962 0.94776 0.82906 0.94776 0.82850 0.94804 0.82794 0.94860 0.82766 0.94972 0.82738 0.95056 0.82710 0.95112 0.82654 0.95140 0.82598 0.95140 0.82514 0.95112 0.82458 0.95084 0.82430 0.95000 0.82402 0.94888 0.82402 0.94804 0.82430 0.94776 0.82458 0.94748 0.82514 0.94748 0.82598 0.94776 0.82654 0.94832 0.82710 0.94916 0.82738 0.95028 0.82766 0.95084 0.82794 0.95112 0.82850 0.95112 0.82906 0.95084 0.82962 0.95000 0.82990 0.94888 0.82990\n 11 402 18 0.37325 0.12094 0.37283 0.12178 0.37199 0.12262 0.37115 0.12304 0.36947 0.12304 0.36863 0.12262 0.36779 0.12178 0.36737 0.12094 0.36695 0.11968 0.36695 0.11758 0.36737 0.11632 0.36779 0.11548 0.36863 0.11464 0.36947 0.11422 0.37115 0.11422 0.37199 0.11464 0.37283 0.11548 0.37325 0.11632\n 11 468 21 0.37829 0.12304 0.37745 0.12262 0.37661 0.12178 0.37619 0.12094 0.37577 0.11968 0.37577 0.11758 0.37619 0.11632 0.37661 0.11548 0.37745 0.11464 0.37829 0.11422 0.37997 0.11422 0.38081 0.11464 0.38165 0.11548 0.38207 0.11632 0.38249 0.11758 0.38249 0.11968 0.38207 0.12094 0.38165 0.12178 0.38081 0.12262 0.37997 0.12304 0.37829 0.12304\n 11 446 20 0.39090 0.12178 0.39006 0.12262 0.38880 0.12304 0.38711 0.12304 0.38585 0.12262 0.38501 0.12178 0.38501 0.12094 0.38543 0.12010 0.38585 0.11968 0.38669 0.11926 0.38922 0.11842 0.39006 0.11800 0.39048 0.11758 0.39090 0.11674 0.39090 0.11548 0.39006 0.11464 0.38880 0.11422 0.38711 0.11422 0.38585 0.11464 0.38501 0.11548\n 11 226 10 0.39678 0.12472 0.39594 0.12388 0.39510 0.12262 0.39426 0.12094 0.39384 0.11884 0.39384 0.11716 0.39426 0.11506 0.39510 0.11338 0.39594 0.11211 0.39678 0.11127\n 11 50 2 0.39972 0.12304 0.39972 0.11422\n 11 50 2 0.40980 0.12472 0.40224 0.11127\n 11 314 14 0.41232 0.12094 0.41232 0.12136 0.41275 0.12220 0.41317 0.12262 0.41401 0.12304 0.41569 0.12304 0.41653 0.12262 0.41695 0.12220 0.41737 0.12136 0.41737 0.12052 0.41695 0.11968 0.41611 0.11842 0.41190 0.11422 0.41779 0.11422\n 11 380 17 0.42283 0.12304 0.42157 0.12262 0.42073 0.12136 0.42031 0.11926 0.42031 0.11800 0.42073 0.11590 0.42157 0.11464 0.42283 0.11422 0.42367 0.11422 0.42493 0.11464 0.42577 0.11590 0.42619 0.11800 0.42619 0.11926 0.42577 0.12136 0.42493 0.12262 0.42367 0.12304 0.42283 0.12304\n 11 226 10 0.42871 0.12472 0.42955 0.12388 0.43039 0.12262 0.43123 0.12094 0.43165 0.11884 0.43165 0.11716 0.43123 0.11506 0.43039 0.11338 0.42955 0.11211 0.42871 0.11127\n 11 402 18 0.69188 0.12094 0.69146 0.12178 0.69062 0.12262 0.68978 0.12304 0.68810 0.12304 0.68725 0.12262 0.68641 0.12178 0.68599 0.12094 0.68557 0.11968 0.68557 0.11758 0.68599 0.11632 0.68641 0.11548 0.68725 0.11464 0.68810 0.11422 0.68978 0.11422 0.69062 0.11464 0.69146 0.11548 0.69188 0.11632\n 11 468 21 0.69692 0.12304 0.69608 0.12262 0.69524 0.12178 0.69482 0.12094 0.69440 0.11968 0.69440 0.11758 0.69482 0.11632 0.69524 0.11548 0.69608 0.11464 0.69692 0.11422 0.69860 0.11422 0.69944 0.11464 0.70028 0.11548 0.70070 0.11632 0.70112 0.11758 0.70112 0.11968 0.70070 0.12094 0.70028 0.12178 0.69944 0.12262 0.69860 0.12304 0.69692 0.12304\n 11 446 20 0.70952 0.12178 0.70868 0.12262 0.70742 0.12304 0.70574 0.12304 0.70448 0.12262 0.70364 0.12178 0.70364 0.12094 0.70406 0.12010 0.70448 0.11968 0.70532 0.11926 0.70784 0.11842 0.70868 0.11800 0.70910 0.11758 0.70952 0.11674 0.70952 0.11548 0.70868 0.11464 0.70742 0.11422 0.70574 0.11422 0.70448 0.11464 0.70364 0.11548\n 11 226 10 0.71541 0.12472 0.71457 0.12388 0.71373 0.12262 0.71289 0.12094 0.71247 0.11884 0.71247 0.11716 0.71289 0.11506 0.71373 0.11338 0.71457 0.11211 0.71541 0.11127\n 11 50 2 0.71835 0.12304 0.71835 0.11422\n 11 50 2 0.72843 0.12472 0.72087 0.11127\n 11 314 14 0.73095 0.12094 0.73095 0.12136 0.73137 0.12220 0.73179 0.12262 0.73263 0.12304 0.73431 0.12304 0.73515 0.12262 0.73557 0.12220 0.73599 0.12136 0.73599 0.12052 0.73557 0.11968 0.73473 0.11842 0.73053 0.11422 0.73641 0.11422\n 11 72 3 0.74314 0.12304 0.73894 0.11716 0.74524 0.11716\n 11 50 2 0.74314 0.12304 0.74314 0.11422\n 11 226 10 0.74734 0.12472 0.74818 0.12388 0.74902 0.12262 0.74986 0.12094 0.75028 0.11884 0.75028 0.11716 0.74986 0.11506 0.74902 0.11338 0.74818 0.11211 0.74734 0.11127\n 11 402 18 0.37325 0.10231 0.37283 0.10315 0.37199 0.10399 0.37115 0.10441 0.36947 0.10441 0.36863 0.10399 0.36779 0.10315 0.36737 0.10231 0.36695 0.10105 0.36695 0.09895 0.36737 0.09769 0.36779 0.09685 0.36863 0.09601 0.36947 0.09559 0.37115 0.09559 0.37199 0.09601 0.37283 0.09685 0.37325 0.09769\n 11 468 21 0.37829 0.10441 0.37745 0.10399 0.37661 0.10315 0.37619 0.10231 0.37577 0.10105 0.37577 0.09895 0.37619 0.09769 0.37661 0.09685 0.37745 0.09601 0.37829 0.09559 0.37997 0.09559 0.38081 0.09601 0.38165 0.09685 0.38207 0.09769 0.38249 0.09895 0.38249 0.10105 0.38207 0.10231 0.38165 0.10315 0.38081 0.10399 0.37997 0.10441 0.37829 0.10441\n 11 446 20 0.39090 0.10315 0.39006 0.10399 0.38880 0.10441 0.38711 0.10441 0.38585 0.10399 0.38501 0.10315 0.38501 0.10231 0.38543 0.10147 0.38585 0.10105 0.38669 0.10063 0.38922 0.09979 0.39006 0.09937 0.39048 0.09895 0.39090 0.09811 0.39090 0.09685 0.39006 0.09601 0.38880 0.09559 0.38711 0.09559 0.38585 0.09601 0.38501 0.09685\n 11 226 10 0.39678 0.10609 0.39594 0.10525 0.39510 0.10399 0.39426 0.10231 0.39384 0.10021 0.39384 0.09853 0.39426 0.09643 0.39510 0.09475 0.39594 0.09349 0.39678 0.09265\n 11 50 2 0.39972 0.10441 0.39972 0.09559\n 11 50 2 0.40980 0.10609 0.40224 0.09265\n 11 314 14 0.41232 0.10231 0.41232 0.10273 0.41275 0.10357 0.41317 0.10399 0.41401 0.10441 0.41569 0.10441 0.41653 0.10399 0.41695 0.10357 0.41737 0.10273 0.41737 0.10189 0.41695 0.10105 0.41611 0.09979 0.41190 0.09559 0.41779 0.09559\n 11 644 29 0.42241 0.10441 0.42115 0.10399 0.42073 0.10315 0.42073 0.10231 0.42115 0.10147 0.42199 0.10105 0.42367 0.10063 0.42493 0.10021 0.42577 0.09937 0.42619 0.09853 0.42619 0.09727 0.42577 0.09643 0.42535 0.09601 0.42409 0.09559 0.42241 0.09559 0.42115 0.09601 0.42073 0.09643 0.42031 0.09727 0.42031 0.09853 0.42073 0.09937 0.42157 0.10021 0.42283 0.10063 0.42451 0.10105 0.42535 0.10147 0.42577 0.10231 0.42577 0.10315 0.42535 0.10399 0.42409 0.10441 0.42241 0.10441\n 11 226 10 0.42871 0.10609 0.42955 0.10525 0.43039 0.10399 0.43123 0.10231 0.43165 0.10021 0.43165 0.09853 0.43123 0.09643 0.43039 0.09475 0.42955 0.09349 0.42871 0.09265\n 11 402 18 0.69188 0.10231 0.69146 0.10315 0.69062 0.10399 0.68978 0.10441 0.68810 0.10441 0.68725 0.10399 0.68641 0.10315 0.68599 0.10231 0.68557 0.10105 0.68557 0.09895 0.68599 0.09769 0.68641 0.09685 0.68725 0.09601 0.68810 0.09559 0.68978 0.09559 0.69062 0.09601 0.69146 0.09685 0.69188 0.09769\n 11 468 21 0.69692 0.10441 0.69608 0.10399 0.69524 0.10315 0.69482 0.10231 0.69440 0.10105 0.69440 0.09895 0.69482 0.09769 0.69524 0.09685 0.69608 0.09601 0.69692 0.09559 0.69860 0.09559 0.69944 0.09601 0.70028 0.09685 0.70070 0.09769 0.70112 0.09895 0.70112 0.10105 0.70070 0.10231 0.70028 0.10315 0.69944 0.10399 0.69860 0.10441 0.69692 0.10441\n 11 446 20 0.70952 0.10315 0.70868 0.10399 0.70742 0.10441 0.70574 0.10441 0.70448 0.10399 0.70364 0.10315 0.70364 0.10231 0.70406 0.10147 0.70448 0.10105 0.70532 0.10063 0.70784 0.09979 0.70868 0.09937 0.70910 0.09895 0.70952 0.09811 0.70952 0.09685 0.70868 0.09601 0.70742 0.09559 0.70574 0.09559 0.70448 0.09601 0.70364 0.09685\n 11 226 10 0.71541 0.10609 0.71457 0.10525 0.71373 0.10399 0.71289 0.10231 0.71247 0.10021 0.71247 0.09853 0.71289 0.09643 0.71373 0.09475 0.71457 0.09349 0.71541 0.09265\n 11 50 2 0.71835 0.10441 0.71835 0.09559\n 11 50 2 0.72843 0.10609 0.72087 0.09265\n 11 336 15 0.73137 0.10441 0.73599 0.10441 0.73347 0.10105 0.73473 0.10105 0.73557 0.10063 0.73599 0.10021 0.73641 0.09895 0.73641 0.09811 0.73599 0.09685 0.73515 0.09601 0.73389 0.09559 0.73263 0.09559 0.73137 0.09601 0.73095 0.09643 0.73053 0.09727\n 11 314 14 0.73936 0.10231 0.73936 0.10273 0.73978 0.10357 0.74020 0.10399 0.74104 0.10441 0.74272 0.10441 0.74356 0.10399 0.74398 0.10357 0.74440 0.10273 0.74440 0.10189 0.74398 0.10105 0.74314 0.09979 0.73894 0.09559 0.74482 0.09559\n 11 226 10 0.74734 0.10609 0.74818 0.10525 0.74902 0.10399 0.74986 0.10231 0.75028 0.10021 0.75028 0.09853 0.74986 0.09643 0.74902 0.09475 0.74818 0.09349 0.74734 0.09265\n 11 402 18 0.37325 0.08466 0.37283 0.08550 0.37199 0.08634 0.37115 0.08676 0.36947 0.08676 0.36863 0.08634 0.36779 0.08550 0.36737 0.08466 0.36695 0.08340 0.36695 0.08130 0.36737 0.08004 0.36779 0.07920 0.36863 0.07836 0.36947 0.07794 0.37115 0.07794 0.37199 0.07836 0.37283 0.07920 0.37325 0.08004\n 11 468 21 0.37829 0.08676 0.37745 0.08634 0.37661 0.08550 0.37619 0.08466 0.37577 0.08340 0.37577 0.08130 0.37619 0.08004 0.37661 0.07920 0.37745 0.07836 0.37829 0.07794 0.37997 0.07794 0.38081 0.07836 0.38165 0.07920 0.38207 0.08004 0.38249 0.08130 0.38249 0.08340 0.38207 0.08466 0.38165 0.08550 0.38081 0.08634 0.37997 0.08676 0.37829 0.08676\n 11 446 20 0.39090 0.08550 0.39006 0.08634 0.38880 0.08676 0.38711 0.08676 0.38585 0.08634 0.38501 0.08550 0.38501 0.08466 0.38543 0.08382 0.38585 0.08340 0.38669 0.08298 0.38922 0.08214 0.39006 0.08172 0.39048 0.08130 0.39090 0.08046 0.39090 0.07920 0.39006 0.07836 0.38880 0.07794 0.38711 0.07794 0.38585 0.07836 0.38501 0.07920\n 11 226 10 0.39678 0.08845 0.39594 0.08761 0.39510 0.08634 0.39426 0.08466 0.39384 0.08256 0.39384 0.08088 0.39426 0.07878 0.39510 0.07710 0.39594 0.07584 0.39678 0.07500\n 11 50 2 0.39972 0.08676 0.39972 0.07794\n 11 50 2 0.40980 0.08845 0.40224 0.07500\n 11 336 15 0.41275 0.08676 0.41737 0.08676 0.41485 0.08340 0.41611 0.08340 0.41695 0.08298 0.41737 0.08256 0.41779 0.08130 0.41779 0.08046 0.41737 0.07920 0.41653 0.07836 0.41527 0.07794 0.41401 0.07794 0.41275 0.07836 0.41232 0.07878 0.41190 0.07962\n 11 512 23 0.42577 0.08550 0.42535 0.08634 0.42409 0.08676 0.42325 0.08676 0.42199 0.08634 0.42115 0.08508 0.42073 0.08298 0.42073 0.08088 0.42115 0.07920 0.42199 0.07836 0.42325 0.07794 0.42367 0.07794 0.42493 0.07836 0.42577 0.07920 0.42619 0.08046 0.42619 0.08088 0.42577 0.08214 0.42493 0.08298 0.42367 0.08340 0.42325 0.08340 0.42199 0.08298 0.42115 0.08214 0.42073 0.08088\n 11 226 10 0.42871 0.08845 0.42955 0.08761 0.43039 0.08634 0.43123 0.08466 0.43165 0.08256 0.43165 0.08088 0.43123 0.07878 0.43039 0.07710 0.42955 0.07584 0.42871 0.07500\n 11 402 18 0.69188 0.08466 0.69146 0.08550 0.69062 0.08634 0.68978 0.08676 0.68810 0.08676 0.68725 0.08634 0.68641 0.08550 0.68599 0.08466 0.68557 0.08340 0.68557 0.08130 0.68599 0.08004 0.68641 0.07920 0.68725 0.07836 0.68810 0.07794 0.68978 0.07794 0.69062 0.07836 0.69146 0.07920 0.69188 0.08004\n 11 468 21 0.69692 0.08676 0.69608 0.08634 0.69524 0.08550 0.69482 0.08466 0.69440 0.08340 0.69440 0.08130 0.69482 0.08004 0.69524 0.07920 0.69608 0.07836 0.69692 0.07794 0.69860 0.07794 0.69944 0.07836 0.70028 0.07920 0.70070 0.08004 0.70112 0.08130 0.70112 0.08340 0.70070 0.08466 0.70028 0.08550 0.69944 0.08634 0.69860 0.08676 0.69692 0.08676\n 11 446 20 0.70952 0.08550 0.70868 0.08634 0.70742 0.08676 0.70574 0.08676 0.70448 0.08634 0.70364 0.08550 0.70364 0.08466 0.70406 0.08382 0.70448 0.08340 0.70532 0.08298 0.70784 0.08214 0.70868 0.08172 0.70910 0.08130 0.70952 0.08046 0.70952 0.07920 0.70868 0.07836 0.70742 0.07794 0.70574 0.07794 0.70448 0.07836 0.70364 0.07920\n 11 226 10 0.71541 0.08845 0.71457 0.08761 0.71373 0.08634 0.71289 0.08466 0.71247 0.08256 0.71247 0.08088 0.71289 0.07878 0.71373 0.07710 0.71457 0.07584 0.71541 0.07500\n 11 50 2 0.71835 0.08676 0.71835 0.07794\n 11 50 2 0.72843 0.08845 0.72087 0.07500\n 11 72 3 0.73473 0.08676 0.73053 0.08088 0.73683 0.08088\n 11 50 2 0.73473 0.08676 0.73473 0.07794\n 11 380 17 0.74146 0.08676 0.74020 0.08634 0.73936 0.08508 0.73894 0.08298 0.73894 0.08172 0.73936 0.07962 0.74020 0.07836 0.74146 0.07794 0.74230 0.07794 0.74356 0.07836 0.74440 0.07962 0.74482 0.08172 0.74482 0.08298 0.74440 0.08508 0.74356 0.08634 0.74230 0.08676 0.74146 0.08676\n 11 226 10 0.74734 0.08845 0.74818 0.08761 0.74902 0.08634 0.74986 0.08466 0.75028 0.08256 0.75028 0.08088 0.74986 0.07878 0.74902 0.07710 0.74818 0.07584 0.74734 0.07500\n 11 402 18 0.37325 0.06604 0.37283 0.06688 0.37199 0.06772 0.37115 0.06814 0.36947 0.06814 0.36863 0.06772 0.36779 0.06688 0.36737 0.06604 0.36695 0.06478 0.36695 0.06268 0.36737 0.06141 0.36779 0.06057 0.36863 0.05973 0.36947 0.05931 0.37115 0.05931 0.37199 0.05973 0.37283 0.06057 0.37325 0.06141\n 11 468 21 0.37829 0.06814 0.37745 0.06772 0.37661 0.06688 0.37619 0.06604 0.37577 0.06478 0.37577 0.06268 0.37619 0.06141 0.37661 0.06057 0.37745 0.05973 0.37829 0.05931 0.37997 0.05931 0.38081 0.05973 0.38165 0.06057 0.38207 0.06141 0.38249 0.06268 0.38249 0.06478 0.38207 0.06604 0.38165 0.06688 0.38081 0.06772 0.37997 0.06814 0.37829 0.06814\n 11 446 20 0.39090 0.06688 0.39006 0.06772 0.38880 0.06814 0.38711 0.06814 0.38585 0.06772 0.38501 0.06688 0.38501 0.06604 0.38543 0.06520 0.38585 0.06478 0.38669 0.06436 0.38922 0.06352 0.39006 0.06310 0.39048 0.06268 0.39090 0.06183 0.39090 0.06057 0.39006 0.05973 0.38880 0.05931 0.38711 0.05931 0.38585 0.05973 0.38501 0.06057\n 11 226 10 0.39678 0.06982 0.39594 0.06898 0.39510 0.06772 0.39426 0.06604 0.39384 0.06394 0.39384 0.06225 0.39426 0.06015 0.39510 0.05847 0.39594 0.05721 0.39678 0.05637\n 11 50 2 0.39972 0.06814 0.39972 0.05931\n 11 50 2 0.40980 0.06982 0.40224 0.05637\n 11 72 3 0.41611 0.06814 0.41190 0.06225 0.41821 0.06225\n 11 50 2 0.41611 0.06814 0.41611 0.05931\n 11 72 3 0.42451 0.06814 0.42031 0.06225 0.42661 0.06225\n 11 50 2 0.42451 0.06814 0.42451 0.05931\n 11 226 10 0.42871 0.06982 0.42955 0.06898 0.43039 0.06772 0.43123 0.06604 0.43165 0.06394 0.43165 0.06225 0.43123 0.06015 0.43039 0.05847 0.42955 0.05721 0.42871 0.05637\n 11 402 18 0.69188 0.06604 0.69146 0.06688 0.69062 0.06772 0.68978 0.06814 0.68810 0.06814 0.68725 0.06772 0.68641 0.06688 0.68599 0.06604 0.68557 0.06478 0.68557 0.06268 0.68599 0.06141 0.68641 0.06057 0.68725 0.05973 0.68810 0.05931 0.68978 0.05931 0.69062 0.05973 0.69146 0.06057 0.69188 0.06141\n 11 468 21 0.69692 0.06814 0.69608 0.06772 0.69524 0.06688 0.69482 0.06604 0.69440 0.06478 0.69440 0.06268 0.69482 0.06141 0.69524 0.06057 0.69608 0.05973 0.69692 0.05931 0.69860 0.05931 0.69944 0.05973 0.70028 0.06057 0.70070 0.06141 0.70112 0.06268 0.70112 0.06478 0.70070 0.06604 0.70028 0.06688 0.69944 0.06772 0.69860 0.06814 0.69692 0.06814\n 11 446 20 0.70952 0.06688 0.70868 0.06772 0.70742 0.06814 0.70574 0.06814 0.70448 0.06772 0.70364 0.06688 0.70364 0.06604 0.70406 0.06520 0.70448 0.06478 0.70532 0.06436 0.70784 0.06352 0.70868 0.06310 0.70910 0.06268 0.70952 0.06183 0.70952 0.06057 0.70868 0.05973 0.70742 0.05931 0.70574 0.05931 0.70448 0.05973 0.70364 0.06057\n 11 226 10 0.71541 0.06982 0.71457 0.06898 0.71373 0.06772 0.71289 0.06604 0.71247 0.06394 0.71247 0.06225 0.71289 0.06015 0.71373 0.05847 0.71457 0.05721 0.71541 0.05637\n 11 50 2 0.71835 0.06814 0.71835 0.05931\n 11 50 2 0.72843 0.06982 0.72087 0.05637\n 11 72 3 0.73473 0.06814 0.73053 0.06225 0.73683 0.06225\n 11 50 2 0.73473 0.06814 0.73473 0.05931\n 11 644 29 0.74104 0.06814 0.73978 0.06772 0.73936 0.06688 0.73936 0.06604 0.73978 0.06520 0.74062 0.06478 0.74230 0.06436 0.74356 0.06394 0.74440 0.06310 0.74482 0.06225 0.74482 0.06099 0.74440 0.06015 0.74398 0.05973 0.74272 0.05931 0.74104 0.05931 0.73978 0.05973 0.73936 0.06015 0.73894 0.06099 0.73894 0.06225 0.73936 0.06310 0.74020 0.06394 0.74146 0.06436 0.74314 0.06478 0.74398 0.06520 0.74440 0.06604 0.74440 0.06688 0.74398 0.06772 0.74272 0.06814 0.74104 0.06814\n 11 226 10 0.74734 0.06982 0.74818 0.06898 0.74902 0.06772 0.74986 0.06604 0.75028 0.06394 0.75028 0.06225 0.74986 0.06015 0.74902 0.05847 0.74818 0.05721 0.74734 0.05637\n 11 402 18 0.37325 0.04741 0.37283 0.04825 0.37199 0.04909 0.37115 0.04951 0.36947 0.04951 0.36863 0.04909 0.36779 0.04825 0.36737 0.04741 0.36695 0.04615 0.36695 0.04405 0.36737 0.04279 0.36779 0.04195 0.36863 0.04111 0.36947 0.04069 0.37115 0.04069 0.37199 0.04111 0.37283 0.04195 0.37325 0.04279\n 11 468 21 0.37829 0.04951 0.37745 0.04909 0.37661 0.04825 0.37619 0.04741 0.37577 0.04615 0.37577 0.04405 0.37619 0.04279 0.37661 0.04195 0.37745 0.04111 0.37829 0.04069 0.37997 0.04069 0.38081 0.04111 0.38165 0.04195 0.38207 0.04279 0.38249 0.04405 0.38249 0.04615 0.38207 0.04741 0.38165 0.04825 0.38081 0.04909 0.37997 0.04951 0.37829 0.04951\n 11 446 20 0.39090 0.04825 0.39006 0.04909 0.38880 0.04951 0.38711 0.04951 0.38585 0.04909 0.38501 0.04825 0.38501 0.04741 0.38543 0.04657 0.38585 0.04615 0.38669 0.04573 0.38922 0.04489 0.39006 0.04447 0.39048 0.04405 0.39090 0.04321 0.39090 0.04195 0.39006 0.04111 0.38880 0.04069 0.38711 0.04069 0.38585 0.04111 0.38501 0.04195\n 11 226 10 0.39678 0.05119 0.39594 0.05035 0.39510 0.04909 0.39426 0.04741 0.39384 0.04531 0.39384 0.04363 0.39426 0.04153 0.39510 0.03985 0.39594 0.03859 0.39678 0.03775\n 11 50 2 0.39972 0.04951 0.39972 0.04069\n 11 50 2 0.40980 0.05119 0.40224 0.03775\n 11 380 17 0.41695 0.04951 0.41275 0.04951 0.41232 0.04573 0.41275 0.04615 0.41401 0.04657 0.41527 0.04657 0.41653 0.04615 0.41737 0.04531 0.41779 0.04405 0.41779 0.04321 0.41737 0.04195 0.41653 0.04111 0.41527 0.04069 0.41401 0.04069 0.41275 0.04111 0.41232 0.04153 0.41190 0.04237\n 11 314 14 0.42073 0.04741 0.42073 0.04783 0.42115 0.04867 0.42157 0.04909 0.42241 0.04951 0.42409 0.04951 0.42493 0.04909 0.42535 0.04867 0.42577 0.04783 0.42577 0.04699 0.42535 0.04615 0.42451 0.04489 0.42031 0.04069 0.42619 0.04069\n 11 226 10 0.42871 0.05119 0.42955 0.05035 0.43039 0.04909 0.43123 0.04741 0.43165 0.04531 0.43165 0.04363 0.43123 0.04153 0.43039 0.03985 0.42955 0.03859 0.42871 0.03775\n 11 402 18 0.69188 0.04741 0.69146 0.04825 0.69062 0.04909 0.68978 0.04951 0.68810 0.04951 0.68725 0.04909 0.68641 0.04825 0.68599 0.04741 0.68557 0.04615 0.68557 0.04405 0.68599 0.04279 0.68641 0.04195 0.68725 0.04111 0.68810 0.04069 0.68978 0.04069 0.69062 0.04111 0.69146 0.04195 0.69188 0.04279\n 11 468 21 0.69692 0.04951 0.69608 0.04909 0.69524 0.04825 0.69482 0.04741 0.69440 0.04615 0.69440 0.04405 0.69482 0.04279 0.69524 0.04195 0.69608 0.04111 0.69692 0.04069 0.69860 0.04069 0.69944 0.04111 0.70028 0.04195 0.70070 0.04279 0.70112 0.04405 0.70112 0.04615 0.70070 0.04741 0.70028 0.04825 0.69944 0.04909 0.69860 0.04951 0.69692 0.04951\n 11 446 20 0.70952 0.04825 0.70868 0.04909 0.70742 0.04951 0.70574 0.04951 0.70448 0.04909 0.70364 0.04825 0.70364 0.04741 0.70406 0.04657 0.70448 0.04615 0.70532 0.04573 0.70784 0.04489 0.70868 0.04447 0.70910 0.04405 0.70952 0.04321 0.70952 0.04195 0.70868 0.04111 0.70742 0.04069 0.70574 0.04069 0.70448 0.04111 0.70364 0.04195\n 11 226 10 0.71541 0.05119 0.71457 0.05035 0.71373 0.04909 0.71289 0.04741 0.71247 0.04531 0.71247 0.04363 0.71289 0.04153 0.71373 0.03985 0.71457 0.03859 0.71541 0.03775\n 11 50 2 0.71835 0.04951 0.71835 0.04069\n 11 50 2 0.72843 0.05119 0.72087 0.03775\n 11 380 17 0.73557 0.04951 0.73137 0.04951 0.73095 0.04573 0.73137 0.04615 0.73263 0.04657 0.73389 0.04657 0.73515 0.04615 0.73599 0.04531 0.73641 0.04405 0.73641 0.04321 0.73599 0.04195 0.73515 0.04111 0.73389 0.04069 0.73263 0.04069 0.73137 0.04111 0.73095 0.04153 0.73053 0.04237\n 11 512 23 0.74440 0.04825 0.74398 0.04909 0.74272 0.04951 0.74188 0.04951 0.74062 0.04909 0.73978 0.04783 0.73936 0.04573 0.73936 0.04363 0.73978 0.04195 0.74062 0.04111 0.74188 0.04069 0.74230 0.04069 0.74356 0.04111 0.74440 0.04195 0.74482 0.04321 0.74482 0.04363 0.74440 0.04489 0.74356 0.04573 0.74230 0.04615 0.74188 0.04615 0.74062 0.04573 0.73978 0.04489 0.73936 0.04363\n 11 226 10 0.74734 0.05119 0.74818 0.05035 0.74902 0.04909 0.74986 0.04741 0.75028 0.04531 0.75028 0.04363 0.74986 0.04153 0.74902 0.03985 0.74818 0.03859 0.74734 0.03775\n 11 402 18 0.37325 0.02878 0.37283 0.02962 0.37199 0.03046 0.37115 0.03088 0.36947 0.03088 0.36863 0.03046 0.36779 0.02962 0.36737 0.02878 0.36695 0.02752 0.36695 0.02542 0.36737 0.02416 0.36779 0.02332 0.36863 0.02248 0.36947 0.02206 0.37115 0.02206 0.37199 0.02248 0.37283 0.02332 0.37325 0.02416\n 11 468 21 0.37829 0.03088 0.37745 0.03046 0.37661 0.02962 0.37619 0.02878 0.37577 0.02752 0.37577 0.02542 0.37619 0.02416 0.37661 0.02332 0.37745 0.02248 0.37829 0.02206 0.37997 0.02206 0.38081 0.02248 0.38165 0.02332 0.38207 0.02416 0.38249 0.02542 0.38249 0.02752 0.38207 0.02878 0.38165 0.02962 0.38081 0.03046 0.37997 0.03088 0.37829 0.03088\n 11 446 20 0.39090 0.02962 0.39006 0.03046 0.38880 0.03088 0.38711 0.03088 0.38585 0.03046 0.38501 0.02962 0.38501 0.02878 0.38543 0.02794 0.38585 0.02752 0.38669 0.02710 0.38922 0.02626 0.39006 0.02584 0.39048 0.02542 0.39090 0.02458 0.39090 0.02332 0.39006 0.02248 0.38880 0.02206 0.38711 0.02206 0.38585 0.02248 0.38501 0.02332\n 11 226 10 0.39678 0.03256 0.39594 0.03172 0.39510 0.03046 0.39426 0.02878 0.39384 0.02668 0.39384 0.02500 0.39426 0.02290 0.39510 0.02122 0.39594 0.01996 0.39678 0.01912\n 11 50 2 0.39972 0.03088 0.39972 0.02206\n 11 50 2 0.40980 0.03256 0.40224 0.01912\n 11 512 23 0.41737 0.02962 0.41695 0.03046 0.41569 0.03088 0.41485 0.03088 0.41359 0.03046 0.41275 0.02920 0.41232 0.02710 0.41232 0.02500 0.41275 0.02332 0.41359 0.02248 0.41485 0.02206 0.41527 0.02206 0.41653 0.02248 0.41737 0.02332 0.41779 0.02458 0.41779 0.02500 0.41737 0.02626 0.41653 0.02710 0.41527 0.02752 0.41485 0.02752 0.41359 0.02710 0.41275 0.02626 0.41232 0.02500\n 11 380 17 0.42283 0.03088 0.42157 0.03046 0.42073 0.02920 0.42031 0.02710 0.42031 0.02584 0.42073 0.02374 0.42157 0.02248 0.42283 0.02206 0.42367 0.02206 0.42493 0.02248 0.42577 0.02374 0.42619 0.02584 0.42619 0.02710 0.42577 0.02920 0.42493 0.03046 0.42367 0.03088 0.42283 0.03088\n 11 226 10 0.42871 0.03256 0.42955 0.03172 0.43039 0.03046 0.43123 0.02878 0.43165 0.02668 0.43165 0.02500 0.43123 0.02290 0.43039 0.02122 0.42955 0.01996 0.42871 0.01912\n 11 402 18 0.69188 0.02878 0.69146 0.02962 0.69062 0.03046 0.68978 0.03088 0.68810 0.03088 0.68725 0.03046 0.68641 0.02962 0.68599 0.02878 0.68557 0.02752 0.68557 0.02542 0.68599 0.02416 0.68641 0.02332 0.68725 0.02248 0.68810 0.02206 0.68978 0.02206 0.69062 0.02248 0.69146 0.02332 0.69188 0.02416\n 11 468 21 0.69692 0.03088 0.69608 0.03046 0.69524 0.02962 0.69482 0.02878 0.69440 0.02752 0.69440 0.02542 0.69482 0.02416 0.69524 0.02332 0.69608 0.02248 0.69692 0.02206 0.69860 0.02206 0.69944 0.02248 0.70028 0.02332 0.70070 0.02416 0.70112 0.02542 0.70112 0.02752 0.70070 0.02878 0.70028 0.02962 0.69944 0.03046 0.69860 0.03088 0.69692 0.03088\n 11 446 20 0.70952 0.02962 0.70868 0.03046 0.70742 0.03088 0.70574 0.03088 0.70448 0.03046 0.70364 0.02962 0.70364 0.02878 0.70406 0.02794 0.70448 0.02752 0.70532 0.02710 0.70784 0.02626 0.70868 0.02584 0.70910 0.02542 0.70952 0.02458 0.70952 0.02332 0.70868 0.02248 0.70742 0.02206 0.70574 0.02206 0.70448 0.02248 0.70364 0.02332\n 11 226 10 0.71541 0.03256 0.71457 0.03172 0.71373 0.03046 0.71289 0.02878 0.71247 0.02668 0.71247 0.02500 0.71289 0.02290 0.71373 0.02122 0.71457 0.01996 0.71541 0.01912\n 11 50 2 0.71835 0.03088 0.71835 0.02206\n 11 50 2 0.72843 0.03256 0.72087 0.01912\n 11 512 23 0.73599 0.02962 0.73557 0.03046 0.73431 0.03088 0.73347 0.03088 0.73221 0.03046 0.73137 0.02920 0.73095 0.02710 0.73095 0.02500 0.73137 0.02332 0.73221 0.02248 0.73347 0.02206 0.73389 0.02206 0.73515 0.02248 0.73599 0.02332 0.73641 0.02458 0.73641 0.02500 0.73599 0.02626 0.73515 0.02710 0.73389 0.02752 0.73347 0.02752 0.73221 0.02710 0.73137 0.02626 0.73095 0.02500\n 11 72 3 0.74314 0.03088 0.73894 0.02500 0.74524 0.02500\n 11 50 2 0.74314 0.03088 0.74314 0.02206\n 11 226 10 0.74734 0.03256 0.74818 0.03172 0.74902 0.03046 0.74986 0.02878 0.75028 0.02668 0.75028 0.02500 0.74986 0.02290 0.74902 0.02122 0.74818 0.01996 0.74734 0.01912\n 11 50 2 0.74404 0.28799 0.74404 0.28799\n 82 0\n 81 6 2\n 82 0\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"21fdf381505fd0c8bb7cd060fa87517198d2e159","subject":"Missing from last commit","message":"Missing from last commit\n","repos":"oggust\/tarpon-calculator,oggust\/tarpon-calculator","old_file":"chart_card.gnuplot","new_file":"chart_card.gnuplot","new_contents":"#!\/usr\/bin\/gnuplot -c\nset terminal pngcairo size 900,580 font \"Arial,8\"\n\n# Commandline switch for USC units\nif (ARG1 eq \"use_usc\") {\n use_SI = 0\n} else {\n use_SI = 1\n}\n\nif (ARG2 eq \"do_stdgirth\") {\n do_stdgirth = 1\n} else {\n do_stdgirth = 0\n}\n\nuse_old = 0\n\nb0 = 2.828\nb1 = 0.0000296\nb2 = 0.006123\nb3 = -0.008284\nb4 = 0.1845\nb5 = -0.1943\n\t \nale(L,G) = b0 + b1*G*G*L + b2*G*L + b3*G*G + b4*G + b5*L\n\nusc_ale(L,G) = ale(L*2.54, G*2.54)\/0.453592\nusc_old(L,G) = G*G*L\/800\nold(L,G) = usc_old(L\/2.54, G\/2.54)*0.453592\n\n# Originally took cm, gave grams. This one is cm -> kg\na = 0.00794\nb = 2.98\nstdweight(L) = a*L**b \/ 1000\n\nmy_a = 0.0075\nmy_b = 3.07\nmystdweight(L) = my_a*L**my_b \/ 1000\n\n# I put the ALE into wolfram alpha and said \"solve for G\". Life's too short.\nale_for_g(L,W) = (sqrt((b2*L+b4)**2-4*(b1*L+b3)*(b0+b5*L-W))-b2*L-b4)\/(2*(b1*L+b3))\n# Putting in the stdweight, taking the real part:\nstdgirth(L) = real(ale_for_g(L, stdweight(L)))\nmystdgirth(L) = real(ale_for_g(L, mystdweight(L)))\n\nset lmargin at screen 0.05\nset rmargin at screen 0.85\nset bmargin at screen 0.15\nset tmargin at screen 0.95\n\nif (use_SI) {\n set xrange [100 : 250]\n set yrange [50 : 140]\n if (do_stdgirth) {\n set nokey\n unset xtics\n unset ytics\n plot stdgirth(x), mystdgirth(x)\n } else {\n set key noautotitle\n set key outside right\n set contour base\n set view map\n unset surface\n set xlabel \"Length (cm)\"\n set ylabel \"Girth (cm)\"\n set key title \"Weight (kg)\"\n set cntrparam levels incremental 10, 10, 170\n if (use_old) {\n set title \"Old formula\"\n splot old(x,y)\n } else {\n set title \"ALE formula\"\n splot ale(x,y)\n }\n }\n\n} else {\n set key noautotitle\n set key outside right\n set contour base\n set view map\n unset surface\n set xrange [40 : 90]\n set yrange [19 : 51]\n set xlabel \"Length (in)\"\n set ylabel \"Girth (in)\"\n set key title \"Weight (lb)\"\n set cntrparam levels incremental 30, 10, 270\n if (use_old) {\n set title \"Old formula\"\n splot usc_old(x,y)\n } else {\n set title \"ALE formula\"\n splot usc_ale(x,y)\n }\n\n}\n","old_contents":"#!\/usr\/bin\/gnuplot -c\nset terminal pngcairo size 900,500 font \"Arial,8\"\n\n# Commandline switch for USC units\nif (ARG1 eq \"use_usc\") {\n use_SI = 0\n} else {\n use_SI = 1\n}\n\nuse_old = 0\n\nb0 = 2.828\nb1 = 0.0000296\nb2 = 0.006123\nb3 = -0.008284\nb4 = 0.1845\nb5 = -0.1943\n\t \nale(L,G) = b0 + b1*G*G*L + b2*G*L + b3*G*G + b4*G + b5*L\n\nusc_ale(L,G) = ale(L*2.54, G*2.54)\/0.453592\nusc_old(L,G) = G*G*L\/800\nold(L,G) = usc_old(L\/2.54, G\/2.54)*0.453592\n\nset key noautotitle\nset key outside right\nset contour base\nset view map\nunset surface\n\nif (use_SI) {\n set xrange [100 : 250]\n set yrange [50 : 140]\n set xlabel \"Length (cm)\"\n set ylabel \"Girth (cm)\"\n set key title \"Weight (kg)\"\n set cntrparam levels incremental 10, 10, 170\n if (use_old) {\n set title \"Old formula\"\n splot old(x,y)\n } else {\n set title \"ALE formula\"\n splot ale(x,y)\n }\n\n} else {\n set xrange [40 : 90]\n set yrange [19 : 51]\n set xlabel \"Length (in)\"\n set ylabel \"Girth (in)\"\n set key title \"Weight (lb)\"\n set cntrparam levels incremental 30, 10, 270\n if (use_old) {\n set title \"Old formula\"\n splot usc_old(x,y)\n } else {\n set title \"ALE formula\"\n splot usc_ale(x,y)\n }\n\n}\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"58b978428f041a1b7dac2d3948ce61c201816e73","subject":"Add UT on class_create\/class_exists","message":"Add UT on class_create\/class_exists\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create3,\n [error(class_exists(class_create_test_v))]\n ) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n class_create(class_create_test_v, citizen_v, [d, e]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n obj_field(U1, cookie_db_key, Key1),\n obj_field(U2, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_parents2_bug1, [error(use_rebase_to_insert_parents)]) :-\n\n obj_construct(man_v, [], [], M),\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], _).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase2_transitivity) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n obj_parents(M3, P3),\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\n object_v, object_base_v]).\n\ntest(obj_rebase3_transitivity2) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n foreach(obj_field(M3, _, _), true).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n obj_field(HTTP_Citizen, cookie_db_key, Key1),\n obj_field(HTTP_Citizen_Copy, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n obj_field(U1, cookie_db_key, Key1),\n obj_field(U2, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_parents2_bug1, [error(use_rebase_to_insert_parents)]) :-\n\n obj_construct(man_v, [], [], M),\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], _).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase2_transitivity) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n obj_parents(M3, P3),\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\n object_v, object_base_v]).\n\ntest(obj_rebase3_transitivity2) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n foreach(obj_field(M3, _, _), true).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n obj_field(HTTP_Citizen, cookie_db_key, Key1),\n obj_field(HTTP_Citizen_Copy, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"1f6517405b4e32901d3b89811c2958d2d46b90d8","subject":"Improved the Gnuplot script to rely on a lesser amount of data columns to be present in the raw data set.","message":"Improved the Gnuplot script to rely on a lesser amount of data columns to be present in the raw data set.\n","repos":"hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F) = NFLOPS(M, N, K) * 1E-9 \/ column(F)\nBW(M, N, K, F, ELEMSIZE) = (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F) * 1024 * 1024 * 1024)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; NSAMPLES = STATS_records; GEOFLOPS = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MEDFLOPS = STATS_median; AVGFLOPS = STATS_mean; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) nooutput; BIN1_FLOPS = STATS_mean; BIN1_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) nooutput; BIN2_FLOPS = STATS_mean; BIN2_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) nooutput; BIN3_FLOPS = STATS_mean; BIN3_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?BW(MPARM,NPARM,KPARM,FLOPS,8):1\/0) nooutput; BIN1_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?BW(MPARM,NPARM,KPARM,FLOPS,8):1\/0) nooutput; BIN2_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?BW(MPARM,NPARM,KPARM,FLOPS,8):1\/0) nooutput; BIN3_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using (log(AI(MPARM,NPARM,KPARM,8))) nooutput; GEOAI = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)) nooutput; MEDAI = STATS_median; AVGAI = STATS_mean; MINAI = STATS_min; MAXAI = STATS_max\nstats BASENAME.\"-perf.dat\" using (log(BW(MPARM,NPARM,KPARM,FLOPS,8))) nooutput; GEOMEMBW = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,8)) nooutput; MEDMEMBW = STATS_median; AVGMEMBW = STATS_mean; MINMEMBW = STATS_min; MAXMEMBW = STATS_max\n\nFORMAT(X) = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(X) - 1.0, 0)))\nMAX(A, B) = A < B ? B : A\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Selected Kernels)\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average for \".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset yrange [0:*]\nset autoscale fix\nset label sprintf(\"{\/=9 \".FORMAT(BIN1_FLOPS).\" GFLOP\/s}\", BIN1_FLOPS) at 0.0, BIN1_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN2_FLOPS).\" GFLOP\/s}\", BIN2_FLOPS) at 1.0, BIN2_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN3_FLOPS).\" GFLOP\/s}\", BIN3_FLOPS) at 2.0, BIN3_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN1_MEMBW).\" GB\/s)}\", BIN1_MEMBW) at 0.0, BIN1_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN2_MEMBW).\" GB\/s)}\", BIN2_MEMBW) at 1.0, BIN2_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN3_MEMBW).\" GB\/s)}\", BIN3_MEMBW) at 2.0, BIN3_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 N=%u}\", BIN1_NSAMPLES) at 0.0, 0.0 centre offset 0, 0.5 front\nset label sprintf(\"{\/=9 N=%u}\", BIN2_NSAMPLES) at 1.0, 0.0 centre offset 0, 0.5 front\nset label sprintf(\"{\/=9 N=%u}\", BIN3_NSAMPLES) at 2.0, 0.0 centre offset 0, 0.5 front\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):(BIN1_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(BIN2_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):(BIN3_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Cummulative Performance Distribution (CDF for \".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset xlabel \"Probability\\n\\n{\/=9 Min.: \".sprintf(FORMAT(MINFLOPS), MINFLOPS).\" GFLOP\/s Geo.: \".sprintf(FORMAT(GEOFLOPS), GEOFLOPS).\" GFLOP\/s Med.: \".sprintf(FORMAT(MEDFLOPS), MEDFLOPS).\" GFLOP\/s Avg.: \".sprintf(FORMAT(AVGFLOPS), AVGFLOPS).\" GFLOP\/s Max.: \".sprintf(FORMAT(MAXFLOPS), MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(FORMAT(h(x50)).\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Arithmetic Intensity (\".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\n#set xlabel \"FLOPS\/Byte\\n\\n{\/=9 \".sprintf(\"N: %u\", NSAMPLES).\" Min.: \".sprintf(\"%.1f\", MINAI).\" Geo.: \".sprintf(\"%.1f\", GEOAI).\" Med.: \".sprintf(\"%.1f\", MEDAI).\" Avg.: \".sprintf(\"%.1f\", AVGAI).\" Max.: \".sprintf(\"%.1f\", MAXAI).\"}\"\nset xlabel \"FLOPS\/Byte (Min.: \".sprintf(\"%.1f\", MINAI).\" Geo.: \".sprintf(\"%.1f\", GEOAI).\" Med.: \".sprintf(\"%.1f\", MEDAI).\" Avg.: \".sprintf(\"%.1f\", AVGAI).\" Max.: \".sprintf(\"%.1f\", MAXAI).\")\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth Consumption (\".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK^{1\/3})\\n\\n{\/=9 Min.: \".sprintf(\"%.0f GB\/s\", MINMEMBW).\" Geo.: \".sprintf(\"%.0f GB\/s\", GEOMEMBW).\" Med.: \".sprintf(\"%.0f GB\/s\", MEDMEMBW).\" Avg.: \".sprintf(\"%.0f GB\/s\", AVGMEMBW).\" Max.: \".sprintf(\"%.0f GB\/s\", MAXMEMBW).\"}\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,8)) notitle smooth unique with points pointtype 7 pointsize 0.2\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; NSAMPLES = STATS_records; GEOFLOPS = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MEDFLOPS = STATS_median; AVGFLOPS = STATS_mean; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) nooutput; BIN1_FLOPS = STATS_mean; BIN1_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) nooutput; BIN2_FLOPS = STATS_mean; BIN2_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) nooutput; BIN3_FLOPS = STATS_mean; BIN3_NSAMPLES = STATS_records\nstats BASENAME.\"-perf.dat\" using ((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8):1\/0) nooutput; BIN1_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using (((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8):1\/0) nooutput; BIN2_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using ((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8):1\/0) nooutput; BIN3_MEMBW = STATS_mean\nstats BASENAME.\"-perf.dat\" using (log(AI(MPARM,NPARM,KPARM,8))) nooutput; GEOAI = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)) nooutput; MEDAI = STATS_median; AVGAI = STATS_mean; MINAI = STATS_min; MAXAI = STATS_max\nstats BASENAME.\"-perf.dat\" using (log(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8))) nooutput; GEOMEMBW = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) nooutput; MEDMEMBW = STATS_median; AVGMEMBW = STATS_mean; MINMEMBW = STATS_min; MAXMEMBW = STATS_max\n\nFORMAT(X) = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(X) - 1.0, 0)))\nMAX(A, B) = A < B ? B : A\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Selected Kernels)\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average for \".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset yrange [0:*]\nset autoscale fix\nset label sprintf(\"{\/=9 \".FORMAT(BIN1_FLOPS).\" GFLOP\/s}\", BIN1_FLOPS) at 0.0, BIN1_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN2_FLOPS).\" GFLOP\/s}\", BIN2_FLOPS) at 1.0, BIN2_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 \".FORMAT(BIN3_FLOPS).\" GFLOP\/s}\", BIN3_FLOPS) at 2.0, BIN3_FLOPS centre offset 0, -1 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN1_MEMBW).\" GB\/s)}\", BIN1_MEMBW) at 0.0, BIN1_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN2_MEMBW).\" GB\/s)}\", BIN2_MEMBW) at 1.0, BIN2_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 (\".FORMAT(BIN3_MEMBW).\" GB\/s)}\", BIN3_MEMBW) at 2.0, BIN3_FLOPS centre offset 0, -2 front\nset label sprintf(\"{\/=9 N=%u}\", BIN1_NSAMPLES) at 0.0, 0.0 centre offset 0, 0.5 front\nset label sprintf(\"{\/=9 N=%u}\", BIN2_NSAMPLES) at 1.0, 0.0 centre offset 0, 0.5 front\nset label sprintf(\"{\/=9 N=%u}\", BIN3_NSAMPLES) at 2.0, 0.0 centre offset 0, 0.5 front\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):(BIN1_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(BIN2_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):(BIN3_FLOPS) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Cummulative Performance Distribution (CDF for \".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset xlabel \"Probability\\n\\n{\/=9 Min.: \".sprintf(FORMAT(MINFLOPS), MINFLOPS).\" GFLOP\/s Geo.: \".sprintf(FORMAT(GEOFLOPS), GEOFLOPS).\" GFLOP\/s Med.: \".sprintf(FORMAT(MEDFLOPS), MEDFLOPS).\" GFLOP\/s Avg.: \".sprintf(FORMAT(AVGFLOPS), AVGFLOPS).\" GFLOP\/s Max.: \".sprintf(FORMAT(MAXFLOPS), MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(FORMAT(h(x50)).\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Arithmetic Intensity (\".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\n#set xlabel \"FLOPS\/Byte\\n\\n{\/=9 \".sprintf(\"N: %u\", NSAMPLES).\" Min.: \".sprintf(\"%.1f\", MINAI).\" Geo.: \".sprintf(\"%.1f\", GEOAI).\" Med.: \".sprintf(\"%.1f\", MEDAI).\" Avg.: \".sprintf(\"%.1f\", AVGAI).\" Max.: \".sprintf(\"%.1f\", MAXAI).\"}\"\nset xlabel \"FLOPS\/Byte (Min.: \".sprintf(\"%.1f\", MINAI).\" Geo.: \".sprintf(\"%.1f\", GEOAI).\" Med.: \".sprintf(\"%.1f\", MEDAI).\" Avg.: \".sprintf(\"%.1f\", AVGAI).\" Max.: \".sprintf(\"%.1f\", MAXAI).\")\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth Consumption (\".sprintf(\"%u Kernels\", NSAMPLES).\")\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK^{1\/3})\\n\\n{\/=9 Min.: \".sprintf(\"%.0f GB\/s\", MINMEMBW).\" Geo.: \".sprintf(\"%.0f GB\/s\", GEOMEMBW).\" Med.: \".sprintf(\"%.0f GB\/s\", MEDMEMBW).\" Avg.: \".sprintf(\"%.0f GB\/s\", AVGMEMBW).\" Max.: \".sprintf(\"%.0f GB\/s\", MAXMEMBW).\"}\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.2\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"d062727cf94adb6427d886afc54d53f6f9f3670c","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/eval\/cost-by-storage-type\/cost-3way.gnuplot","new_file":"mtdb\/eval\/cost-by-storage-type\/cost-3way.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\ncost_hot = system(\"echo $cost_hot\") + 0\ncost_mutants = system(\"echo $cost_mutants\") + 0\nY_MAX = system(\"echo $Y_MAX\")\nY_TICS_INTERVAL = system(\"echo $Y_TICS_INTERVAL\")\n\nset terminal pdfcairo enhanced size 2in, 1.5in\nset output FN_OUT\n\nset lmargin at screen 0.2\nset rmargin at screen 1.0\nset tmargin at screen 0.98\nset bmargin at screen 0.13\n\nset ylabel \"Storage cost\" offset 1.2,0\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"black\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0, Y_TICS_INTERVAL\n\nset xrange [-0.5 : 2.5]\nset yrange [0 : Y_MAX]\n\nset linetype 1 lc rgb \"blue\"\nset linetype 2 lc rgb \"brown\"\nset linetype 3 lc rgb \"red\"\n\nBOX_WIDTH=0.4\n\nset arrow from (1-BOX_WIDTH\/2),cost_hot to (2-BOX_WIDTH\/2),cost_hot nohead lt 0 lw 4\nset arrow from 1,cost_hot to 1,cost_mutants size screen 0.04,25\nset label (sprintf(\"-%.2f%%\", 100.0 * (cost_hot - cost_mutants)\/cost_hot)) at (1-BOX_WIDTH*0.2),(cost_hot+cost_mutants)\/2 right\n\nset style fill solid 0.15 #noborder\n\n# boxxyerrorbars parameters\n# x y xlow xhigh ylow yhigh\n\nplot \\\nFN_IN u 0:(0):($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(0):2:xtic(1) w boxxyerrorbars lc rgb \"red\" not, \\\nFN_IN u ($3 == 0 ? 1\/0 : 0):2 :($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):2 :4 w boxxyerrorbars lc rgb \"blue\" not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\ncost_hot = system(\"echo $cost_hot\") + 0\ncost_mutants = system(\"echo $cost_mutants\") + 0\nY_MAX = system(\"echo $Y_MAX\")\nY_TICS_INTERVAL = system(\"echo $Y_TICS_INTERVAL\")\n\nset terminal pdfcairo enhanced size 2in, 1.5in\nset output FN_OUT\n\nset lmargin at screen 0.2\nset rmargin at screen 1.0\nset tmargin at screen 0.98\nset bmargin at screen 0.13\n\nset ylabel \"Storage cost\" offset 1.2,0\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"black\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0, Y_TICS_INTERVAL\n\nset xrange [-0.5 : 2.5]\nset yrange [0 : Y_MAX]\n\nset linetype 1 lc rgb \"blue\"\nset linetype 2 lc rgb \"brown\"\nset linetype 3 lc rgb \"red\"\n\nBOX_WIDTH=0.4\n\nset arrow from (1-BOX_WIDTH\/2),cost_hot to 2,cost_hot nohead lt 0 lw 2\nset arrow from 1,cost_hot to 1,cost_mutants size screen 0.04,25\nset label (sprintf(\"-%.2f%%\", 100.0 * (cost_hot - cost_mutants)\/cost_hot)) at (1-BOX_WIDTH*0.2),(cost_hot+cost_mutants)\/2 right\n\nset style fill solid 0.3 #noborder\n\n# boxxyerrorbars parameters\n# x y xlow xhigh ylow yhigh\n\nplot \\\nFN_IN u 0:(0):($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(0):2:xtic(1) w boxxyerrorbars lc rgb \"red\" not, \\\nFN_IN u ($3 == 0 ? 1\/0 : 0):2 :($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):2 :4 w boxxyerrorbars lc rgb \"blue\" not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"ba612f61a93ec19bd3927c9409b318dbf1d0dc4d","subject":"Fix v.plt","message":"Fix v.plt\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\r\n:- use_module(u(v)).\r\n:- use_module(u(internal\/objects_i)).\r\n:- use_module(u(http\/v\/http_user_v)).\r\n:- use_module(u(util\/lambda)).\r\n\r\ntest(class_create1, [setup(reload_classes)]) :-\r\n % test class_create\/3 version\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [id]).\r\n\r\ntest(class_create2, [setup(reload_classes)]) :-\r\n % test class_create\/4 version\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [a, birthday]).\r\n\r\ntest(class_create3,\r\n [error(class_exists(class_create_test_v)),\r\n setup(reload_classes)]\r\n ) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n class_create(class_create_test_v, citizen_v, [d, e]).\r\n\r\ntest(class_create_feature1, [setup(reload_classes)]) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n obj_key(CCTO, Key),\r\n assertion(Key == []).\r\n\r\ntest(class_create_key_inheritance,\r\n [setup(reload_classes)]) :-\r\n\r\n class_create(c1_v, citizen_v, [c1_fld], [id]),\r\n obj_construct(c1_v, [], [], O),\r\n arg(1, O, Clid),\r\n get_keymaster(Clid, Kid),\r\n class_primary_id(citizen_v, Id),\r\n assertion(Kid == Id).\r\n\r\n% test(class_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v]]\r\n% ) :-\r\n\r\n% findall(X, class_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_descendant2, [List == []]) :-\r\n\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\n% test(class_descendant3, [List == []]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\ntest(obj_reinterpret1, L == [man_v]) :-\r\n obj_construct(man_v, [], [], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(obj_reinterpret2, L == [man_v, passport_v]) :-\r\n obj_construct(man_v, [name, surname, sex], ['Sergei', 'Lodyagin', max], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(class_name1) :-\r\n\r\n class_name(man_v).\r\n\r\ntest(class_name2, [fail]) :-\r\n\r\n class_name(man_man_v).\r\n\r\ntest(class_name3) :-\r\n\r\n findall(Class, class_name(Class), Names),\r\n sort(Names, Names2),\r\n length(Names, N1),\r\n length(Names2, N2),\r\n assertion(N1 =:= N2),\r\n assertion(N1 > 10).\r\n\r\n% test(class_same_or_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_same_or_descendant2,\r\n% [List == [callup_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\ntest(class_parent1, [Parent == man_v]) :-\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent1_2, [Parent == man_v]) :-\r\n obj_construct(citizen_v, [], [], Obj1),\r\n obj_rebase((man_v -> http_result_v), Obj1, _),\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent2,\r\n [setup(reload_classes),\r\n L == [callup_v, class_create_test_v]]) :-\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent2_2, [setup(reload_classes), L == [callup_v]]) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent3) :-\r\n findall(p(A, B), class_parent(A, B), L),\r\n length(L, N),\r\n assertion(N > 10).\r\n\r\ntest(class_parent3_2) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(p(A, B), class_parent(A, B), L),\r\n assertion(\\+ memberchk(p(callup_v, http_result_v), L)).\r\n\r\ntest(eval_obj_expr1,\r\n [[E0, E1, E2, E3]\r\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\r\n ) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url], WWW_Addr),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr], HTTP_Result),\r\n obj_construct(man_v,\r\n [name], [HTTP_Result], Man),\r\n eval_obj_expr(Man, E0),\r\n eval_obj_expr(Man\/name, E1),\r\n eval_obj_expr(Man\/name\/www_address, E2),\r\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\r\n E3).\r\n\r\ntest(eval_obj_expr2_list) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n [HTTP_Result1, HTTP_Result2] \/ www_address\r\n \/ http_request_url =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr3_4_ops) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n maplist(\\Name^Obj^\r\n obj_construct(man_v, [name], [Name], Obj),\r\n [HTTP_Result1, HTTP_Result2],\r\n Mans),\r\n Mans \/ name \/ www_address \/ http_request_url\r\n =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr4_compound1,\r\n [error(no_object_field(_, name), _)]) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\r\n\r\ntest(eval_obj_expr4_compound2) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\r\n R1 \/\/ name ^= R2,\r\n R2 \/\/ http_request_url ^= R3,\r\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\r\n assertion(R2 == R1),\r\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\r\n = p('Artemiy', A2))).\r\n\r\ntest(eval_obj_expr5_throw1,\r\n [error(no_object_field(Man, url), _)]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_fail1, [fail]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n eval_obj_expr(Man \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail2, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail3, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr6_list) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], H2),\r\n H2\/name ^= [a, H1\/body],\r\n assertion(H2\/name =^= [a, body]).\r\n\r\ntest(eval_obj_expr6_compound) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], MH),\r\n MH\/name ^= p(a, H1\/body) \/\/ ss,\r\n assertion(MH\/name =^= p(a, body)).\r\n\r\ntest(eval_obj_expr7) :-\r\n\r\n V = [s, l],\r\n obj_construct(man_v, [name, surname], V, Obj),\r\n assertion(Obj \/ [name, surname] =^= V).\r\n\r\ntest(eval_obj_expr8) :-\r\n\r\n obj_construct(http_header_v, [name, body], [connection, x], H1),\r\n obj_construct(http_header_v, [name, body], [date, y], H2),\r\n obj_construct(http_general_headers_v, [connection, date], [H1, H2], O),\r\n assertion(O \/ [date, connection] \/ body =^= [y, x]).\r\n\r\ntest(eval_obj_expr9) :-\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Name = 'Oleg',\r\n obj_construct(www_address_v, [http_request_url], [Url], WWW_Addr),\r\n obj_construct(man_v,\r\n [name, surname],\r\n [Name, WWW_Addr], O),\r\n assertion(O \/ [name, surname \/ http_request_url]\r\n =^= [Name, Url]).\r\n\r\ntest(eval_obj_expr10, [Value =@= _]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ name \/\/ no_such_field123, Value ).\r\n\r\ntest(eval_obj_expr11_1, [fail]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ no_such_field123, fail, _).\r\n\r\ntest(eval_obj_expr11_2, [fail]) :-\r\n eval_obj_expr(_ \/ fld, fail, _).\r\n\r\ntest(obj_construct_with_evals1) :-\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday],\r\n [citizen_v, citizen_v, 1994], O1),\r\n obj_field(O1, class, Class1),\r\n assertion(Class1 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, functor, class],\r\n [1994, citizen_v, citizen_v], O2),\r\n obj_field(O2, class, Class2),\r\n assertion(Class2 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, sex, functor, class],\r\n [1994, man, citizen_v, callup_v], O3),\r\n obj_field(O3, class, Class3),\r\n assertion(Class3 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [citizen_v, callup_v, 1994, man], O4),\r\n obj_field(O4, class, Class4),\r\n assertion(Class4 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [X, Y, 1994, man], O5),\r\n obj_field(O5, class, Class5),\r\n assertion(Class5 == callup_v),\r\n assertion(X = citizen_v),\r\n assertion(Y = callup_v).\r\n\r\n\r\ntest(obj_construct_bug1) :-\r\n\r\n class_fields(man_v, Field_Names),\r\n obj_construct(man_v, Field_Names, Field_Names, Obj),\r\n Obj =.. [man_v, _|Field_Names2],\r\n\r\n assertion(Field_Names == Field_Names2).\r\n\r\ntest(obj_copy1) :-\r\n\r\n obj_construct(man_v, [], [], M1),\r\n obj_copy(M1, M2),\r\n obj_field(M1, name, 'Masha'),\r\n obj_field(M2, name, 'Vitya').\r\n\r\ntest(obj_copy2) :-\r\n\r\n new_http_user(U1),\r\n obj_copy(U1, U2),\r\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(obj_diff1,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\ntest(obj_diff2,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\r\n obj_rebase((object_v -> db_object_v), M1_0, M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year).\r\ntest(obj_downcast1,\r\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_downcast(C0, C1),\r\n arg(1, C1, Class_Id).\r\n\r\n% Downcast of rebased object\r\ntest(obj_downcast_rebased,\r\n [% birthday, country, db_key, db_ref, fit_..., height, id, name, sex, surname, weight\r\n true(C2 =@= callup_v(C2_Class_Id, 1294, _, _, _, _, _, _, _, man, _, _))\r\n ]) :-\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_rebase((object_v -> db_object_v), C0, C1),\r\n obj_downcast(C1, callup_v, C2),\r\n obj_construct(callup_v, [], [], CC),\r\n arg(1, C2, C2_Class_Id), \r\n arg(1, CC, CC_Class_Id),\r\n assertion(C2_Class_Id =\\= CC_Class_Id).\r\n \r\ntest(obj_field1, [Flds == Vals]) :-\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\r\n\r\ntest(obj_field2, [Flds3 == Flds4]) :-\r\n% Each eval field must be evaluable only once\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\r\n sort(Flds2, Flds3),\r\n msort(Flds2, Flds4).\r\n\r\ntest(obj_field3, [Surname == 'Grisha']) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_field(Man, name, Name),\r\n obj_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_field_bug1, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [woman], Obj),\r\n obj_field(Obj, sex, man).\r\n\r\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_is_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_is_descendant2) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_is_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_is_descendant(Man2, db_object_v).\r\n\r\ntest(obj_is_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_construct(object_v, [], [], M),\r\n\tobj_is_descendant(C, M).\r\n\r\ntest(obj_same_or_descendant1, [List == [ man_v, object_base_v, object_v]]) :-\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_same_or_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_same_or_descendant2) :-\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_same_or_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_same_or_descendant(Man2, db_object_v).\r\n\r\ntest(obj_same_or_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_same_or_descendant(C, citizen_v).\r\n\r\n\r\ntest(obj_set_field1, [Surname =@= _]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_set_field(Man, name, Name),\r\n obj_set_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\r\n\r\n obj_construct(man_v, [name, surname], [Name, Name], Man),\r\n obj_set_field(Man, name, 'Grisha'),\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_key1) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\ntest(obj_key2) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\r\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2_0),\r\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\n\r\ntest(obj_list1,\r\n [List =@= [country = ['Soviet Union'],\r\n sex = man,\r\n surname = 'Mayakovsky']]\r\n ) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_list2, [List =@= []]) :-\r\n\r\n obj_construct(citizen_v, [], [], Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_parents1_1,\r\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\r\n\r\n obj_construct(citizen_v, [], [], V),\r\n obj_parents(V, P).\r\n\r\ntest(obj_parents2_1) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country, birthday],\r\n [man, 'Mayakovsky', ['Soviet Union'], 1994],\r\n Man1),\r\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\r\n obj_parents(Man1, New_Parents_Order, Man2),\r\n obj_parents(Man1, P1),\r\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\r\n obj_parents(Man2, P2),\r\n assertion(P2 == New_Parents_Order),\r\n obj_list(Man1, L1),\r\n obj_list(Man2, L2),\r\n assertion(L1 == L2),\r\n obj_field(Man1, class, C1),\r\n obj_field(Man2, class, C2),\r\n obj_field(Man1, functor, F1),\r\n obj_field(Man2, functor, F2),\r\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\r\n\r\ntest(obj_parents2_bug1) :-\r\n\r\n obj_construct(man_v, [name, surname], [s, l], M),\r\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\r\n obj_unify(M1, [name, surname], NS),\r\n assertion(NS == [s, l]).\r\n\r\ntest(obj_rebase1) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_parents(V1, P1),\r\n assertion(P1 == [http_request_headers_v, http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_parents(V2, P2),\r\n assertion(P2 == [http_request_headers_v,\r\n http_response_headers_v,http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_request_headers_v ->\r\n http_invalid_mixed_headers_v), V2, V3),\r\n obj_parents(V3, P3),\r\n assertion(P3 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_headers_v,\r\n object_v,object_base_v]).\r\n\r\ntest(obj_rebase2_transitivity,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n obj_parents(M3, P3),\r\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\r\n object_v, object_base_v]).\r\n\r\ntest(obj_rebase3_transitivity2,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n foreach(obj_field(M3, _, _), true).\r\n\r\ntest(obj_rebase4) :-\r\n obj_construct(http_header_v, [], [], H1),\r\n obj_rebase((http_header_v -> http_invalid_header_v), H1, H2),\r\n obj_parents(H2, P2),\r\n assertion(P2 == [http_invalid_header_v, http_header_v, object_v,\r\n object_base_v]).\r\n\r\ntest(obj_rebase_keymaster) :-\r\n obj_construct(citizen_v, [], [], Citizen0),\r\n obj_construct(callup_v, [], [], Callup0),\r\n obj_rebase((object_v -> db_object_v), Citizen0, Citizen),\r\n obj_rebase((object_v -> db_object_v), Callup0, Callup),\r\n arg(1, Citizen, CiId),\r\n arg(1, Callup, CaId),\r\n get_keymaster(CiId, K1_Id),\r\n get_keymaster(CaId, K2_Id),\r\n assertion(K1_Id == K2_Id).\r\n\r\ntest(obj_rebase_bug1) :-\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug2) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug3_1) :-\r\n\r\n obj_construct(db_object_v, [], [], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(db_object_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =\\= Class_Id3),\r\n\r\n class_primary_id(object_v, Object_V_Id),\r\n assertion(Obj3 == object_v(Object_V_Id)).\r\n\r\ntest(obj_rebase_bug3_2) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2).\r\n\r\ntest(obj_rebase_bug4,\r\n [throws(error(cant_rebase_to_object_base_v,\r\n context(obj_rebase\/3, _)))]) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug5, [X == 1]) :-\r\n\r\n obj_construct(http_headers_v, [], [], O0),\r\n obj_rebase((http_headers_v\r\n -> http_response_headers_v), O0, O1),\r\n obj_rebase((http_headers_v\r\n -> http_invalid_bulk_headers_v), O1, O2),\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O2, O3),\r\n O3 \/ set_cookie ^= 1,\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O3, O4),\r\n obj_field(O4, set_cookie, X).\r\n\r\ntest(obj_reset_fields1) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\r\n\r\n obj_reset_fields([weight], Man1, Man2),\r\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\r\n\r\n obj_reset_fields([], Man2, Man3),\r\n assertion(Man3 =@= Man2).\r\n\r\ntest(obj_reset_fields2, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height, age], Man0, _).\r\n\r\ntest(obj_reset_fields_weak) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields_weak([name, height, age], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\r\n\r\ntest(obj_reset_fields_with_evals, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], O),\r\n obj_reset_fields([age], O, _).\r\n\r\ntest(obj_rewrite) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name],\r\n [Old_Height, Old_Weight, Name],\r\n [1.44, 69, Name],\r\n Luda2),\r\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\r\n obj_rewrite(Luda2,\r\n [height, weight, name],\r\n Luda2_Pars,\r\n [1.45, 64, _],\r\n Luda3),\r\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\r\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\r\n assertion(Luda3_Pars =@= [1.45, 64, _]).\r\n\r\ntest(obj_rewrite_weak1,\r\n [throws(error(no_object_field(Luda1, country), _))]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak2,\r\n [[Old_Height, Old_Weight, Name, Old_Country]\r\n =@= [1.40, 99, 'Luda', _]]\r\n ) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, weak,\r\n [height, weight, name, country],\r\n [Old_Height, Old_Weight, Name, Old_Country],\r\n [1.44, 69, Name, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak3, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, fail,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [callup_v], _).\r\n\r\ntest(obj_rewrite_with_evals2, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [citizen_v], _).\r\n\r\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [X], _).\r\n\r\ntest(obj_rewrite_with_evals4) :-\r\n% <NB> can't reset eval field, compare with test(obj_rewrite)\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [_], _).\r\n\r\ntest(obj_sort_parents1,\r\n [P4 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n object_v, object_base_v]]\r\n ) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v], V4),\r\n obj_parents(V4, P4),\r\n functor(V4, F4, _),\r\n assertion(F4 == http_invalid_mixed_headers_v).\r\n\r\ntest(obj_sort_parents2,\r\n [throws(error(insufficient_class_order(Order,\r\n Orig_Order), _))]\r\n ) :-\r\n\r\n Order = [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v],\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_parents(V3, Orig_Order),\r\n obj_sort_parents(V3, Order, _).\r\n\r\n\r\ntest(obj_sort_parents_bug1) :-\r\n\r\n new_http_user(HTTP_User),\r\n obj_rebase((object_v -> citizen_v),\r\n HTTP_User, U1),\r\n\r\n class_parents(http_user_v, HTTP_User_Parents),\r\n append([citizen_v, man_v], HTTP_User_Parents,\r\n Parents_Order),\r\n\r\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\r\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\r\n\r\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\r\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(class_fields) :-\r\n\r\n class_fields(object_base_v, Object_Base_V_Fields),\r\n assertion(Object_Base_V_Fields == []),\r\n\r\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\r\n assertion(Object_Base_V_New_Fields == []),\r\n\r\n class_fields(object_v, Object_V_Fields),\r\n assertion(Object_V_Fields == []),\r\n\r\n class_fields_new(object_v, Object_V_New_Fields),\r\n assertion(Object_V_New_Fields == []),\r\n\r\n class_fields(man_v, Man_V_Fields),\r\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\r\n\r\n class_fields_new(man_v, Man_V_New_Fields),\r\n assertion(Man_V_New_Fields == [height, name, sex, surname,\r\n weight]),\r\n\r\n class_fields(citizen_v, Citizen_V_Fields),\r\n assertion(Citizen_V_Fields == [birthday, country, height, id,\r\n name, sex, surname, weight]),\r\n\r\n class_fields_new(citizen_v, Citizen_V_New_Fields),\r\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\r\n\r\n\r\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\r\n\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\r\n catch((obj_construct(numeric_id_v, [], [], Obj1),\r\n obj_rebase((object_v -> citizen_v), Obj1, _)),\r\n E, true),\r\n E = error(EX, _), functor(EX, duplicate_field, _),\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year, see The Uranium Book).\r\ntest(eval_fields1, [Class == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C),\r\n obj_field(C, class, Class).\r\n\r\n\r\ntest(eval_fields2) :-\r\n\r\n % man_v doesn't define class eval, so in this example\r\n % the eval from citizen_v is always used.\r\n\r\n obj_construct(citizen_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_parents(C1,\r\n [man_v, citizen_v, object_v, object_base_v],\r\n C2),\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == callup_v).\r\n\r\ntest(eval_fields3,\r\n [blocked(need_to_see)]\r\n ) :-\r\n\r\n obj_construct(callup_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_rebase((citizen_v -> man_v), C1, C2),\r\n obj_parents(C2, P2),\r\n\r\n % for sure, citizen_v is not present\r\n assertion(P2 ==\r\n [callup_v, man_v, object_v, object_base_v]),\r\n\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == man_v).\r\n\r\ntest(eval_fields4) :-\r\n\r\n obj_construct(adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1, [a, b, c], [3, 11, C]),\r\n assertion(C == 14),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields5) :-\r\n\r\n obj_construct(adder_v, [a, b, c], [3, 11, C], _),\r\n assertion(C == 14),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\n% eval inheritance\r\ntest(eval_fields6) :-\r\n\r\n obj_construct(vector_adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C]),\r\n assertion(C == [12, 14]),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields7) :-\r\n\r\n obj_construct(vector_adder_v,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C],\r\n _),\r\n assertion(C == [12, 14]),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\nreload_classes :-\r\n current_prolog_flag(verbose, Old_Verbose),\r\n set_prolog_flag(verbose, silent),\r\n reload_all_classes,\r\n set_prolog_flag(verbose, Old_Verbose).\r\n\r\n:- end_tests(v).\r\n","old_contents":":- begin_tests(v).\r\n:- use_module(u(v)).\r\n:- use_module(u(internal\/objects_i)).\r\n:- use_module(u(http\/v\/http_user_v)).\r\n:- use_module(u(util\/lambda)).\r\n\r\ntest(class_create1, [setup(reload_classes)]) :-\r\n % test class_create\/3 version\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [id]).\r\n\r\ntest(class_create2, [setup(reload_classes)]) :-\r\n % test class_create\/4 version\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [a, birthday]).\r\n\r\ntest(class_create3,\r\n [error(class_exists(class_create_test_v)),\r\n setup(reload_classes)]\r\n ) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n class_create(class_create_test_v, citizen_v, [d, e]).\r\n\r\ntest(class_create_feature1, [setup(reload_classes)]) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n obj_key(CCTO, Key),\r\n assertion(Key == []).\r\n\r\ntest(class_create_key_inheritance,\r\n [setup(reload_classes)]) :-\r\n\r\n class_create(c1_v, citizen_v, [c1_fld], [id]),\r\n obj_construct(c1_v, [], [], O),\r\n arg(1, O, Clid),\r\n get_keymaster(Clid, Kid),\r\n class_primary_id(citizen_v, Id),\r\n assertion(Kid == Id).\r\n\r\n% test(class_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v]]\r\n% ) :-\r\n\r\n% findall(X, class_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_descendant2, [List == []]) :-\r\n\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\n% test(class_descendant3, [List == []]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\ntest(obj_reinterpret1, L == [man_v]) :-\r\n obj_construct(man_v, [], [], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(obj_reinterpret2, L == [man_v, passport_v]) :-\r\n obj_construct(man_v, [name, surname, sex], ['Sergei', 'Lodyagin', max], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(class_name1) :-\r\n\r\n class_name(man_v).\r\n\r\ntest(class_name2, [fail]) :-\r\n\r\n class_name(man_man_v).\r\n\r\ntest(class_name3) :-\r\n\r\n findall(Class, class_name(Class), Names),\r\n sort(Names, Names2),\r\n length(Names, N1),\r\n length(Names2, N2),\r\n assertion(N1 =:= N2),\r\n assertion(N1 > 10).\r\n\r\n% test(class_same_or_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_same_or_descendant2,\r\n% [List == [callup_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\ntest(class_parent1, [Parent == man_v]) :-\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent1_2, [Parent == man_v]) :-\r\n obj_construct(citizen_v, [], [], Obj1),\r\n obj_rebase((man_v -> http_result_v), Obj1, _),\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent2,\r\n [setup(reload_classes),\r\n L == [callup_v, class_create_test_v]]) :-\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent2_2, [setup(reload_classes), L == [callup_v]]) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent3) :-\r\n findall(p(A, B), class_parent(A, B), L),\r\n length(L, N),\r\n assertion(N > 10).\r\n\r\ntest(class_parent3_2) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(p(A, B), class_parent(A, B), L),\r\n assertion(\\+ memberchk(p(callup_v, http_result_v), L)).\r\n\r\ntest(eval_obj_expr1,\r\n [[E0, E1, E2, E3]\r\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\r\n ) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url], WWW_Addr),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr], HTTP_Result),\r\n obj_construct(man_v,\r\n [name], [HTTP_Result], Man),\r\n eval_obj_expr(Man, E0),\r\n eval_obj_expr(Man\/name, E1),\r\n eval_obj_expr(Man\/name\/www_address, E2),\r\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\r\n E3).\r\n\r\ntest(eval_obj_expr2_list) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n [HTTP_Result1, HTTP_Result2] \/ www_address\r\n \/ http_request_url =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr3_4_ops) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n maplist(\\Name^Obj^\r\n obj_construct(man_v, [name], [Name], Obj),\r\n [HTTP_Result1, HTTP_Result2],\r\n Mans),\r\n Mans \/ name \/ www_address \/ http_request_url\r\n =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr4_compound1,\r\n [error(no_object_field(_, name), _)]) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\r\n\r\ntest(eval_obj_expr4_compound2) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\r\n R1 \/\/ name ^= R2,\r\n R2 \/\/ http_request_url ^= R3,\r\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\r\n assertion(R2 == R1),\r\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\r\n = p('Artemiy', A2))).\r\n\r\ntest(eval_obj_expr5_throw1,\r\n [error(no_object_field(Man, url), _)]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_fail1, [fail]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n eval_obj_expr(Man \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail2, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail3, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr6_list) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], H2),\r\n H2\/name ^= [a, H1\/body],\r\n assertion(H2\/name =^= [a, body]).\r\n\r\ntest(eval_obj_expr6_compound) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], MH),\r\n MH\/name ^= p(a, H1\/body) \/\/ ss,\r\n assertion(MH\/name =^= p(a, body)).\r\n\r\ntest(eval_obj_expr7) :-\r\n\r\n V = [s, l],\r\n obj_construct(man_v, [name, surname], V, Obj),\r\n assertion(Obj \/ [name, surname] =^= V).\r\n\r\ntest(eval_obj_expr8) :-\r\n\r\n obj_construct(http_header_v, [name, body], [connection, x], H1),\r\n obj_construct(http_header_v, [name, body], [date, y], H2),\r\n obj_construct(http_general_headers_v, [connection, date], [H1, H2], O),\r\n assertion(O \/ [date, connection] \/ body =^= [y, x]).\r\n\r\ntest(eval_obj_expr9) :-\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Name = 'Oleg',\r\n obj_construct(www_address_v, [http_request_url], [Url], WWW_Addr),\r\n obj_construct(man_v,\r\n [name, surname],\r\n [Name, WWW_Addr], O),\r\n assertion(O \/ [name, surname \/ http_request_url]\r\n =^= [Name, Url]).\r\n\r\ntest(eval_obj_expr10, [Value =@= _]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ name \/\/ no_such_field123, Value ).\r\n\r\ntest(eval_obj_expr11_1, [fail]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ no_such_field123, fail, _).\r\n\r\ntest(eval_obj_expr11_2, [fail]) :-\r\n eval_obj_expr(_ \/ fld, fail, _).\r\n\r\ntest(obj_construct_with_evals1) :-\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday],\r\n [citizen_v, citizen_v, 1994], O1),\r\n obj_field(O1, class, Class1),\r\n assertion(Class1 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, functor, class],\r\n [1994, citizen_v, citizen_v], O2),\r\n obj_field(O2, class, Class2),\r\n assertion(Class2 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, sex, functor, class],\r\n [1994, man, citizen_v, callup_v], O3),\r\n obj_field(O3, class, Class3),\r\n assertion(Class3 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [citizen_v, callup_v, 1994, man], O4),\r\n obj_field(O4, class, Class4),\r\n assertion(Class4 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [X, Y, 1994, man], O5),\r\n obj_field(O5, class, Class5),\r\n assertion(Class5 == callup_v),\r\n assertion(X = citizen_v),\r\n assertion(Y = callup_v).\r\n\r\n\r\ntest(obj_construct_bug1) :-\r\n\r\n class_fields(man_v, Field_Names),\r\n obj_construct(man_v, Field_Names, Field_Names, Obj),\r\n Obj =.. [man_v, _|Field_Names2],\r\n\r\n assertion(Field_Names == Field_Names2).\r\n\r\ntest(obj_copy1) :-\r\n\r\n obj_construct(man_v, [], [], M1),\r\n obj_copy(M1, M2),\r\n obj_field(M1, name, 'Masha'),\r\n obj_field(M2, name, 'Vitya').\r\n\r\ntest(obj_copy2) :-\r\n\r\n new_http_user(U1),\r\n obj_copy(U1, U2),\r\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(obj_diff1,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\ntest(obj_diff2,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\r\n obj_rebase((object_v -> db_object_v), M1_0, M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year).\r\ntest(obj_downcast1,\r\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_downcast(C0, C1),\r\n arg(1, C1, Class_Id).\r\n\r\n% Downcast of rebased object\r\ntest(obj_downcast_rebased,\r\n [C2_Class_Id =\/= CC_Class_Id,\r\n % birthday, country, db_key, db_ref, fit_..., height, id, name, sex, surname, weight\r\n C2 =@= callup_v(C2_Class_Id, 1994, _, _, _, _, _, _, _, man, _, _)]) :-\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_rebase((object_v -> db_object_v), C0, C1),\r\n obj_downcast(C1, callup_v, C2),\r\n obj_construct(callup_v, [], [], CC),\r\n arg1(1, C2, C2_Class_Id), \r\n arg1(1, CC, CC_Class_Id).\r\n\r\ntest(obj_field1, [Flds == Vals]) :-\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\r\n\r\ntest(obj_field2, [Flds3 == Flds4]) :-\r\n% Each eval field must be evaluable only once\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\r\n sort(Flds2, Flds3),\r\n msort(Flds2, Flds4).\r\n\r\ntest(obj_field3, [Surname == 'Grisha']) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_field(Man, name, Name),\r\n obj_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_field_bug1, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [woman], Obj),\r\n obj_field(Obj, sex, man).\r\n\r\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_is_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_is_descendant2) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_is_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_is_descendant(Man2, db_object_v).\r\n\r\ntest(obj_is_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_construct(object_v, [], [], M),\r\n\tobj_is_descendant(C, M).\r\n\r\ntest(obj_same_or_descendant1, [List == [ man_v, object_base_v, object_v]]) :-\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_same_or_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_same_or_descendant2) :-\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_same_or_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_same_or_descendant(Man2, db_object_v).\r\n\r\ntest(obj_same_or_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_same_or_descendant(C, citizen_v).\r\n\r\n\r\ntest(obj_set_field1, [Surname =@= _]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_set_field(Man, name, Name),\r\n obj_set_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\r\n\r\n obj_construct(man_v, [name, surname], [Name, Name], Man),\r\n obj_set_field(Man, name, 'Grisha'),\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_key1) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\ntest(obj_key2) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\r\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2_0),\r\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\n\r\ntest(obj_list1,\r\n [List =@= [country = ['Soviet Union'],\r\n sex = man,\r\n surname = 'Mayakovsky']]\r\n ) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_list2, [List =@= []]) :-\r\n\r\n obj_construct(citizen_v, [], [], Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_parents1_1,\r\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\r\n\r\n obj_construct(citizen_v, [], [], V),\r\n obj_parents(V, P).\r\n\r\ntest(obj_parents2_1) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country, birthday],\r\n [man, 'Mayakovsky', ['Soviet Union'], 1994],\r\n Man1),\r\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\r\n obj_parents(Man1, New_Parents_Order, Man2),\r\n obj_parents(Man1, P1),\r\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\r\n obj_parents(Man2, P2),\r\n assertion(P2 == New_Parents_Order),\r\n obj_list(Man1, L1),\r\n obj_list(Man2, L2),\r\n assertion(L1 == L2),\r\n obj_field(Man1, class, C1),\r\n obj_field(Man2, class, C2),\r\n obj_field(Man1, functor, F1),\r\n obj_field(Man2, functor, F2),\r\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\r\n\r\ntest(obj_parents2_bug1) :-\r\n\r\n obj_construct(man_v, [name, surname], [s, l], M),\r\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\r\n obj_unify(M1, [name, surname], NS),\r\n assertion(NS == [s, l]).\r\n\r\ntest(obj_rebase1) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_parents(V1, P1),\r\n assertion(P1 == [http_request_headers_v, http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_parents(V2, P2),\r\n assertion(P2 == [http_request_headers_v,\r\n http_response_headers_v,http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_request_headers_v ->\r\n http_invalid_mixed_headers_v), V2, V3),\r\n obj_parents(V3, P3),\r\n assertion(P3 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_headers_v,\r\n object_v,object_base_v]).\r\n\r\ntest(obj_rebase2_transitivity,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n obj_parents(M3, P3),\r\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\r\n object_v, object_base_v]).\r\n\r\ntest(obj_rebase3_transitivity2,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n foreach(obj_field(M3, _, _), true).\r\n\r\ntest(obj_rebase4) :-\r\n obj_construct(http_header_v, [], [], H1),\r\n obj_rebase((http_header_v -> http_invalid_header_v), H1, H2),\r\n obj_parents(H2, P2),\r\n assertion(P2 == [http_invalid_header_v, http_header_v, object_v,\r\n object_base_v]).\r\n\r\ntest(obj_rebase_keymaster) :-\r\n obj_construct(citizen_v, [], [], Citizen0),\r\n obj_construct(callup_v, [], [], Callup0),\r\n obj_rebase((object_v -> db_object_v), Citizen0, Citizen),\r\n obj_rebase((object_v -> db_object_v), Callup0, Callup),\r\n arg(1, Citizen, CiId),\r\n arg(1, Callup, CaId),\r\n get_keymaster(CiId, K1_Id),\r\n get_keymaster(CaId, K2_Id),\r\n assertion(K1_Id == K2_Id).\r\n\r\ntest(obj_rebase_bug1) :-\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug2) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug3_1) :-\r\n\r\n obj_construct(db_object_v, [], [], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(db_object_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =\\= Class_Id3),\r\n\r\n class_primary_id(object_v, Object_V_Id),\r\n assertion(Obj3 == object_v(Object_V_Id)).\r\n\r\ntest(obj_rebase_bug3_2) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2).\r\n\r\ntest(obj_rebase_bug4,\r\n [throws(error(cant_rebase_to_object_base_v,\r\n context(obj_rebase\/3, _)))]) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug5, [X == 1]) :-\r\n\r\n obj_construct(http_headers_v, [], [], O0),\r\n obj_rebase((http_headers_v\r\n -> http_response_headers_v), O0, O1),\r\n obj_rebase((http_headers_v\r\n -> http_invalid_bulk_headers_v), O1, O2),\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O2, O3),\r\n O3 \/ set_cookie ^= 1,\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O3, O4),\r\n obj_field(O4, set_cookie, X).\r\n\r\ntest(obj_reset_fields1) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\r\n\r\n obj_reset_fields([weight], Man1, Man2),\r\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\r\n\r\n obj_reset_fields([], Man2, Man3),\r\n assertion(Man3 =@= Man2).\r\n\r\ntest(obj_reset_fields2, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height, age], Man0, _).\r\n\r\ntest(obj_reset_fields_weak) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields_weak([name, height, age], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\r\n\r\ntest(obj_reset_fields_with_evals, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], O),\r\n obj_reset_fields([age], O, _).\r\n\r\ntest(obj_rewrite) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name],\r\n [Old_Height, Old_Weight, Name],\r\n [1.44, 69, Name],\r\n Luda2),\r\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\r\n obj_rewrite(Luda2,\r\n [height, weight, name],\r\n Luda2_Pars,\r\n [1.45, 64, _],\r\n Luda3),\r\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\r\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\r\n assertion(Luda3_Pars =@= [1.45, 64, _]).\r\n\r\ntest(obj_rewrite_weak1,\r\n [throws(error(no_object_field(Luda1, country), _))]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak2,\r\n [[Old_Height, Old_Weight, Name, Old_Country]\r\n =@= [1.40, 99, 'Luda', _]]\r\n ) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, weak,\r\n [height, weight, name, country],\r\n [Old_Height, Old_Weight, Name, Old_Country],\r\n [1.44, 69, Name, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak3, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, fail,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [callup_v], _).\r\n\r\ntest(obj_rewrite_with_evals2, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [citizen_v], _).\r\n\r\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [X], _).\r\n\r\ntest(obj_rewrite_with_evals4) :-\r\n% <NB> can't reset eval field, compare with test(obj_rewrite)\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [_], _).\r\n\r\ntest(obj_sort_parents1,\r\n [P4 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n object_v, object_base_v]]\r\n ) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v], V4),\r\n obj_parents(V4, P4),\r\n functor(V4, F4, _),\r\n assertion(F4 == http_invalid_mixed_headers_v).\r\n\r\ntest(obj_sort_parents2,\r\n [throws(error(insufficient_class_order(Order,\r\n Orig_Order), _))]\r\n ) :-\r\n\r\n Order = [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v],\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_parents(V3, Orig_Order),\r\n obj_sort_parents(V3, Order, _).\r\n\r\n\r\ntest(obj_sort_parents_bug1) :-\r\n\r\n new_http_user(HTTP_User),\r\n obj_rebase((object_v -> citizen_v),\r\n HTTP_User, U1),\r\n\r\n class_parents(http_user_v, HTTP_User_Parents),\r\n append([citizen_v, man_v], HTTP_User_Parents,\r\n Parents_Order),\r\n\r\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\r\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\r\n\r\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\r\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(class_fields) :-\r\n\r\n class_fields(object_base_v, Object_Base_V_Fields),\r\n assertion(Object_Base_V_Fields == []),\r\n\r\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\r\n assertion(Object_Base_V_New_Fields == []),\r\n\r\n class_fields(object_v, Object_V_Fields),\r\n assertion(Object_V_Fields == []),\r\n\r\n class_fields_new(object_v, Object_V_New_Fields),\r\n assertion(Object_V_New_Fields == []),\r\n\r\n class_fields(man_v, Man_V_Fields),\r\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\r\n\r\n class_fields_new(man_v, Man_V_New_Fields),\r\n assertion(Man_V_New_Fields == [height, name, sex, surname,\r\n weight]),\r\n\r\n class_fields(citizen_v, Citizen_V_Fields),\r\n assertion(Citizen_V_Fields == [birthday, country, height, id,\r\n name, sex, surname, weight]),\r\n\r\n class_fields_new(citizen_v, Citizen_V_New_Fields),\r\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\r\n\r\n\r\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\r\n\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\r\n catch((obj_construct(numeric_id_v, [], [], Obj1),\r\n obj_rebase((object_v -> citizen_v), Obj1, _)),\r\n E, true),\r\n E = error(EX, _), functor(EX, duplicate_field, _),\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year, see The Uranium Book).\r\ntest(eval_fields1, [Class == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C),\r\n obj_field(C, class, Class).\r\n\r\n\r\ntest(eval_fields2) :-\r\n\r\n % man_v doesn't define class eval, so in this example\r\n % the eval from citizen_v is always used.\r\n\r\n obj_construct(citizen_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_parents(C1,\r\n [man_v, citizen_v, object_v, object_base_v],\r\n C2),\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == callup_v).\r\n\r\ntest(eval_fields3,\r\n [blocked(need_to_see)]\r\n ) :-\r\n\r\n obj_construct(callup_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_rebase((citizen_v -> man_v), C1, C2),\r\n obj_parents(C2, P2),\r\n\r\n % for sure, citizen_v is not present\r\n assertion(P2 ==\r\n [callup_v, man_v, object_v, object_base_v]),\r\n\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == man_v).\r\n\r\ntest(eval_fields4) :-\r\n\r\n obj_construct(adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1, [a, b, c], [3, 11, C]),\r\n assertion(C == 14),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields5) :-\r\n\r\n obj_construct(adder_v, [a, b, c], [3, 11, C], _),\r\n assertion(C == 14),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\n% eval inheritance\r\ntest(eval_fields6) :-\r\n\r\n obj_construct(vector_adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C]),\r\n assertion(C == [12, 14]),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields7) :-\r\n\r\n obj_construct(vector_adder_v,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C],\r\n _),\r\n assertion(C == [12, 14]),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\nreload_classes :-\r\n current_prolog_flag(verbose, Old_Verbose),\r\n set_prolog_flag(verbose, silent),\r\n reload_all_classes,\r\n set_prolog_flag(verbose, Old_Verbose).\r\n\r\n:- end_tests(v).\r\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"6f0281980a616a026ab56b22c3fba7e1faf54504","subject":"Adjust position of point.","message":"Adjust position of point.\n","repos":"eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing","old_file":"figures\/gnuplot\/linear-1.gp","new_file":"figures\/gnuplot\/linear-1.gp","new_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"linear-1.png\"\nset encoding utf8\n\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [-20:-14]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\nset label 2 \"f(x) = 4x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\nset label 3 \"f(x) = \u03b1(x + 17) - 26\" at screen 0.21,0.830 left font \"times.ttf,30\"\nset title \"Linear polynomials passing through point (-17,-26)\" font \"lucon.ttf,30\"\n\n# Greek \u03b1 symbol is U03B1\nf(x) = 4.0*x + 42\nx1 = -17\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot \\\n (-89.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-55.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-34.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-21.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-13.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (13.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (21.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (34.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (55.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (89.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n f(x) axes x1y1 not with lines linestyle 102, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('(%.1d,%.1d)', x1, f(x1))) \\\n with labels offset char -3,2 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n","old_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"linear-1.png\"\nset encoding utf8\n\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [-20:-14]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\nset label 2 \"f(x) = 4x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\nset label 3 \"f(x) = \u03b1(x + 17) - 26\" at screen 0.21,0.830 left font \"times.ttf,30\"\nset title \"Linear polynomials passing through point (-17,-26)\" font \"lucon.ttf,30\"\n\n# Greek \u03b1 symbol is U03B1\nf(x) = 4.0*x + 42\nx1 = -17\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot \\\n (-89.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-55.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-34.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-21.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (-13.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (13.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (21.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (34.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (55.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n (89.0*(x + 17) - 26) axes x1y1 not with lines linestyle 102, \\\n f(x) axes x1y1 not with lines linestyle 102, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('(%.1d,%.1d)', x1, f(x1))) \\\n with labels offset char -2,2.5 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"5513a2e14a2ff6e3a46035845cfa14671a051a77","subject":"horizonatl grid added.","message":"horizonatl grid added.\n","repos":"domschl\/syncognite,domschl\/syncognite,domschl\/syncognite,domschl\/syncognite","old_file":"plot\/liveplot.gnu","new_file":"plot\/liveplot.gnu","new_contents":"set autoscale y\nset autoscale y2\nset ytics nomirror\nset grid ytics lc rgb \"#bbbbbb\" lw 1 lt 0\nset y2tics\nset tics out\nset xlabel \"Epoch\"\nset ylabel \"Loss\"\nset y2label \"Validation accuracy\"\nset key left top\nplot \"log.txt\" using 1:2 with points axes x1y1 title 'Loss', \\\n \"log.txt\" using 1:3 with lines axes x1y1 title 'Mean Loss', \\\n \"log.txt\" using 1:4 with lines axes x1y1 title 'Mean2 Loss', \\\n \"log.txt\" using 1:5 with points axes x1y2 title 'Validation accuracy', \\\n \"log.txt\" using 1:6 with lines axes x1y2 title 'Mean Validation accuracy'\npause 1\nreread\n","old_contents":"set autoscale y\nset autoscale y2\nset ytics nomirror\nset y2tics\nset tics out\nset xlabel \"Epoch\"\nset ylabel \"Loss\"\nset y2label \"Validation accuracy\"\nset key left top\nplot \"log.txt\" using 1:2 with points axes x1y1 title 'Loss', \\\n \"log.txt\" using 1:3 with lines axes x1y1 title 'Mean Loss', \\\n \"log.txt\" using 1:4 with lines axes x1y1 title 'Mean2 Loss', \\\n \"log.txt\" using 1:5 with points axes x1y2 title 'Validation accuracy', \\\n \"log.txt\" using 1:6 with lines axes x1y2 title 'Mean Validation accuracy'\npause 1\nreread\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"12155302719df81a8b82f7dcf208e52262e27eaf","subject":"adding the plotting function for gnuplot.","message":"adding the plotting function for gnuplot.\n","repos":"leios\/simuleios,Gustorn\/simuleios,Gustorn\/simuleios,leios\/simuleios","old_file":"inv_lens\/plotFDTD.gp","new_file":"inv_lens\/plotFDTD.gp","new_contents":"#p \"FDTD.dat\"\nset terminal x11 size 1250,1000\nset dgrid3d 200, 200, 2\nset pm3d\nset palette\nset palette color\nset pm3d map\n# set palette defined ( 0 \"green\", 1 \"blue\", 2 \"red\", 3 \"orange\" )\n# set palette defined ( 0 \"black\", 1 \"white\" )\nset palette defined ( 0 \"blue\", 1 \"white\", 2 \"red\" )\n# splot \"FDTD.dat\" i 100 u 2:3:4 \n# set zrange [-1:1]\n\n# PS: If you want to watch everything run with time, uncomment the following:\n# set cbrange [-0.05:0.05]\nset object circle at 150,100 size 40 fs empty border 1 front lw 5\nset size ratio -1\n\nset cbrange [-0.2:0.2]\n# splot \"FDTD.dat\" i 100 u 2:3:4\ndo for [ii=1:100:1] { plot \"FDTD.dat\" i ii u 2:3:4 w image; pause .1}\n# do for [ii=1:151:1] { splot \"FDTD.dat\" i ii u 2:3:4}\n\nset object circle at 100,100 size 50 fs empty border 30 lw 30\nset size ratio -1\n# rep\n","old_contents":"#p \"FDTD.dat\"\nset terminal x11 size 1250,1000\nset dgrid3d 200, 200, 2\nset pm3d\nset palette\nset palette color\nset pm3d map\nset palette defined ( 0 \"green\", 1 \"blue\", 2 \"red\", 3 \"orange\" )\n# set palette defined ( 0 \"black\", 1 \"white\" )\n# splot \"FDTD.dat\" i 100 u 2:3:4 \n# set zrange [-1:1]\n\n# PS: If you want to watch everything run with time, uncomment the following:\n# set cbrange [-0.05:0.05]\nset object circle at 150,150 size 50 fs empty border 1 front lw 5\nset size ratio -1\n\nset cbrange [-0.5:0.5]\nsplot \"FDTD.dat\" i 100 u 2:3:4 w l\n# do for [ii=1:151:1] { splot \"FDTD.dat\" i ii u 2:3:4}\n\nset object circle at 100,100 size 50 fs empty border 30 lw 30\nset size ratio -1\n# rep\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"78057a70c666984e1d25fb266af92e25d48a641d","subject":"20160405T2046","message":"20160405T2046\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nifname = \"\/tmp\/sql11.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n#set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nplot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nifname = \"\/tmp\/sql11.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 480,228\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n#set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nplot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"0e26219a607f2233eaae6bf8cf2df22fab9fb251","subject":"scaling on","message":"scaling on\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nifname = \"\/tmp\/sql11.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axis\nstats ifname using 4 name \"Y\" nooutput\nY_min = Y_min * 0.90\nY_max = Y_max * 1.10\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\n#set autoscale y\nset yrange [ Y_min : Y_max ]\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .5\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n#set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nplot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.1 fc rgb \"#ccbb0000\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nifname = \"\/tmp\/sql11.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axis\nstats ifname using 4 name \"Y\" nooutput\nY_min = Y_min * 0.90\nY_max = Y_max * 1.10\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .5\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n#set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nplot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.1 fc rgb \"#ccbb0000\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"6b69939c74b4796ddd4efcaf21785bdc9596fd17","subject":"Update F4_03someGnuplot.gp so that it conforms with new gnuplot 5.4 Checked with gnuplot F4_03someGnuplot.gp --persist","message":"Update F4_03someGnuplot.gp so that it conforms with new gnuplot 5.4\nChecked with gnuplot F4_03someGnuplot.gp --persist\n","repos":"Reissner\/maven-latex-plugin,Reissner\/maven-latex-plugin,Reissner\/maven-latex-plugin,Reissner\/maven-latex-plugin,Reissner\/maven-latex-plugin","old_file":"maven-latex-plugin\/src\/site\/tex\/F4_03someGnuplot.gp","new_file":"maven-latex-plugin\/src\/site\/tex\/F4_03someGnuplot.gp","new_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 5.0 patchlevel 0 last modified 2015-01-01 \n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2015\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\n# \n# \tType `load \"all.dem\"` to display a large number of examples.\n# \tThey are located at \/usr\/share\/doc\/packages\/gnuplot\/demo\/*\n# \n# set terminal qt 0 font \"Sans,9\"\n# set output\nunset clip points\nset clip one\nunset clip two\nset bar 1.000000 front\nset border 31 front lt black linewidth 1.000 dashtype solid\nset zdata \nset ydata \nset xdata \nset y2data \nset x2data \nset boxwidth\nset style fill empty border\nset style rectangle back fc bgnd fillstyle solid 1.00 border lt -1\nset style circle radius graph 0.02, first 0.00000, 0.00000 \nset style ellipse size graph 0.05, 0.03, first 0.00000 angle 0 units xy\nset dummy x, y\nset format x \"% h\" \nset format y \"% h\" \nset format x2 \"% h\" \nset format y2 \"% h\" \nset format z \"% h\" \nset format cb \"% h\" \nset format r \"% h\" \nset timefmt \"%d\/%m\/%y,%H:%M\"\nset angles radians\nunset grid\nset raxis\nset style parallel front lt black linewidth 2.000 dashtype solid\nset key title \"\"\nset key inside right top vertical Right noreverse enhanced autotitle nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nset key maxcolumns 0 maxrows 0\nset key noopaque\nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title textcolor lt -1\nunset object\nset style textbox transparent margins 1.0, 1.0 border\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset pointintervalbox 1\nset encoding default\nunset polar\nunset parametric\nunset decimalsign\nset view 60, 30, 1, 1\nset samples 500, 500\nset isosamples 10, 10\nset surface \nunset contour\nset cntrlabel format '%8.3g' font '' start 5 interval 20\nset mapping cartesian\nset datafile separator whitespace\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nunset xzeroaxis\nunset yzeroaxis\nunset zzeroaxis\nunset x2zeroaxis\nunset y2zeroaxis\nset ticslevel 0.5\nset tics scale 1, 0.5, 1, 1, 1\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset mrtics default\nset xtics border in scale 1,0.5 mirror norotate autojustify\nset xtics autofreq norangelimit\nset ytics border in scale 1,0.5 mirror norotate autojustify\nset ytics autofreq norangelimit\nset ztics border in scale 1,0.5 nomirror norotate autojustify\nset ztics autofreq norangelimit\nunset x2tics\nunset y2tics\nset cbtics border in scale 1,0.5 mirror norotate autojustify\nset cbtics autofreq norangelimit\nset rtics axis in scale 1,0.5 nomirror norotate autojustify\nset rtics autofreq norangelimit\nunset paxis 1 tics\nunset paxis 2 tics\nunset paxis 3 tics\nunset paxis 4 tics\nunset paxis 5 tics\nunset paxis 6 tics\nunset paxis 7 tics\nset title \"\" \nset title font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback\nset trange [ * : * ] noreverse nowriteback\nset urange [ * : * ] noreverse nowriteback\nset vrange [ * : * ] noreverse nowriteback\nset xlabel \"\" \nset xlabel font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse nowriteback\nset x2range [ * : * ] noreverse nowriteback\nset ylabel \"\" \nset ylabel font \"\" textcolor lt -1 rotate by -270\nset y2label \"\" \nset y2label font \"\" textcolor lt -1 rotate by -270\nset yrange [ * : * ] noreverse nowriteback\nset y2range [ * : * ] noreverse nowriteback\nset zlabel \"\" \nset zlabel font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback\nset cblabel \"\" \nset cblabel font \"\" textcolor lt -1 rotate by -270\nset cbrange [ * : * ] noreverse nowriteback\nset paxis 1 range [ * : * ] noreverse nowriteback\nset paxis 2 range [ * : * ] noreverse nowriteback\nset paxis 3 range [ * : * ] noreverse nowriteback\nset paxis 4 range [ * : * ] noreverse nowriteback\nset paxis 5 range [ * : * ] noreverse nowriteback\nset paxis 6 range [ * : * ] noreverse nowriteback\nset paxis 7 range [ * : * ] noreverse nowriteback\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"en_US.UTF-8\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles noborder corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front bdefault\nset style boxplot candles range 1.50 outliers pt 7 separation 1 labels auto unsorted\nset loadpath \nset fontpath \nset psdir\nset fit brief errorvariables nocovariancevariables errorscaling prescale nowrap v5\nf(x)=a*sin(x)\nGNUTERM = \"qt\"\nARGC = 0\nARG0 = \"\"\na = 4\n#GPFUN_f = \"f(x)=a*sin(x)\"\nplot f(x)\n# EOF\n","old_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 5.0 patchlevel 0 last modified 2015-01-01 \n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2015\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\n# \n# \tType `load \"all.dem\"` to display a large number of examples.\n# \tThey are located at \/usr\/share\/doc\/packages\/gnuplot\/demo\/*\n# \n# set terminal qt 0 font \"Sans,9\"\n# set output\nunset clip points\nset clip one\nunset clip two\nset bar 1.000000 front\nset border 31 front lt black linewidth 1.000 dashtype solid\nset zdata \nset ydata \nset xdata \nset y2data \nset x2data \nset boxwidth\nset style fill empty border\nset style rectangle back fc bgnd fillstyle solid 1.00 border lt -1\nset style circle radius graph 0.02, first 0.00000, 0.00000 \nset style ellipse size graph 0.05, 0.03, first 0.00000 angle 0 units xy\nset dummy x, y\nset format x \"% h\" \nset format y \"% h\" \nset format x2 \"% h\" \nset format y2 \"% h\" \nset format z \"% h\" \nset format cb \"% h\" \nset format r \"% h\" \nset timefmt \"%d\/%m\/%y,%H:%M\"\nset angles radians\nunset grid\nset raxis\nset style parallel front lt black linewidth 2.000 dashtype solid\nset key title \"\"\nset key inside right top vertical Right noreverse enhanced autotitle nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nset key maxcolumns 0 maxrows 0\nset key noopaque\nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title textcolor lt -1\nunset object\nset style textbox transparent margins 1.0, 1.0 border\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset pointintervalbox 1\nset encoding default\nunset polar\nunset parametric\nunset decimalsign\nset view 60, 30, 1, 1\nset samples 500, 500\nset isosamples 10, 10\nset surface \nunset contour\nset cntrlabel format '%8.3g' font '' start 5 interval 20\nset mapping cartesian\nset datafile separator whitespace\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nunset xzeroaxis\nunset yzeroaxis\nunset zzeroaxis\nunset x2zeroaxis\nunset y2zeroaxis\nset ticslevel 0.5\nset tics scale 1, 0.5, 1, 1, 1\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset mrtics default\nset xtics border in scale 1,0.5 mirror norotate autojustify\nset xtics autofreq norangelimit\nset ytics border in scale 1,0.5 mirror norotate autojustify\nset ytics autofreq norangelimit\nset ztics border in scale 1,0.5 nomirror norotate autojustify\nset ztics autofreq norangelimit\nunset x2tics\nunset y2tics\nset cbtics border in scale 1,0.5 mirror norotate autojustify\nset cbtics autofreq norangelimit\nset rtics axis in scale 1,0.5 nomirror norotate autojustify\nset rtics autofreq norangelimit\nunset paxis 1 tics\nunset paxis 2 tics\nunset paxis 3 tics\nunset paxis 4 tics\nunset paxis 5 tics\nunset paxis 6 tics\nunset paxis 7 tics\nset title \"\" \nset title font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback\nset trange [ * : * ] noreverse nowriteback\nset urange [ * : * ] noreverse nowriteback\nset vrange [ * : * ] noreverse nowriteback\nset xlabel \"\" \nset xlabel font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse nowriteback\nset x2range [ * : * ] noreverse nowriteback\nset ylabel \"\" \nset ylabel font \"\" textcolor lt -1 rotate by -270\nset y2label \"\" \nset y2label font \"\" textcolor lt -1 rotate by -270\nset yrange [ * : * ] noreverse nowriteback\nset y2range [ * : * ] noreverse nowriteback\nset zlabel \"\" \nset zlabel font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback\nset cblabel \"\" \nset cblabel font \"\" textcolor lt -1 rotate by -270\nset cbrange [ * : * ] noreverse nowriteback\nset paxis 1 range [ * : * ] noreverse nowriteback\nset paxis 2 range [ * : * ] noreverse nowriteback\nset paxis 3 range [ * : * ] noreverse nowriteback\nset paxis 4 range [ * : * ] noreverse nowriteback\nset paxis 5 range [ * : * ] noreverse nowriteback\nset paxis 6 range [ * : * ] noreverse nowriteback\nset paxis 7 range [ * : * ] noreverse nowriteback\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"en_US.UTF-8\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles noborder corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front bdefault\nset style boxplot candles range 1.50 outliers pt 7 separation 1 labels auto unsorted\nset loadpath \nset fontpath \nset psdir\nset fit brief errorvariables nocovariancevariables errorscaling prescale nowrap v5\nf(x)=a*sin(x)\nGNUTERM = \"qt\"\nARGC = 0\nARG0 = \"\"\na = 4\nGPFUN_f = \"f(x)=a*sin(x)\"\nplot f(x)\n# EOF\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"0175ccf65ec16d8dde6261e556ba148804947a41","subject":"Add more remove_options UTs","message":"Add more remove_options UTs\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/ur_lists.plt","new_file":"U-238\/u\/ur_lists.plt","new_contents":":- begin_tests(ur_lists).\n:- use_module(u(ur_lists)).\n\ntest(remove_options1,\n [List == [b(2), a(2, x), 3]]\n ) :-\n\n remove_options([z = 3, b(2), a(2, x), 3, a= 1, z=_],\n [z, a(_)],\n List).\n\ntest(remove_options2,\n [List == [b(2), 3]]\n ) :-\n\n remove_options([z = 3, b(2), a(2, x), 3, a= 1, z=_],\n [z, a(_), a(_, _)],\n List).\n\ntest(select_value1, [fail]) :-\n\n select_value(_, [], _, [], _, _).\n\ntest(select_value2,\n [Result == [1 - [[b, a, d, a], [2, 3, 4, 5]],\n 3 - [[a, b, d, a], [1, 2, 4, 5]],\n 5 - [[a, b, a, d], [1, 2, 3, 4]]]\n ]) :-\n\n findall(Val - [SR, VR],\n select_value(a, [a, b, a, d, a], SR,\n [1, 2, 3, 4, 5], VR, Val),\n Result\n ).\n\ntest(select_value3, [fail]) :- \n\n select_value(4, [a, b, a, d, a], [5, 4, 3, 2, 1], _).\n\ntest(select_value4) :- \n\n select_value(b, [a, b, a, d, a], _, X, _, 4), !,\n assertion(X =@= [_, 4, _, _, _]).\n\ntest(select_value5) :- \n\n select_value(b, [a, b, a, d, a], _, X, [1, 3, 4, 5], V), !,\n assertion(X == [1, V, 3, 4, 5]).\n\ntest(select_value6) :- \n\n select_value(d, [a, b, a, d, a], _, [1|X], _, _), !,\n assertion(X =@= [_, _, _, _]).\n\ntest(select_value2_1, [Value == 5]) :-\n\n select_value(a, [a, b, a, d, a], [5, 4, 3, 2, 1], Value).\n\n:- end_tests(ur_lists).\n","old_contents":":- begin_tests(ur_lists).\n:- use_module(u(ur_lists)).\n\ntest(remove_options,\n [List == [b(2), a(2, x), 3]]\n ) :-\n\n remove_options([z = 3, b(2), a(2, x), 3, a= 1, z=_],\n [z, a(_)],\n List).\n\ntest(select_value1, [fail]) :-\n\n select_value(_, [], _, [], _, _).\n\ntest(select_value2,\n [Result == [1 - [[b, a, d, a], [2, 3, 4, 5]],\n 3 - [[a, b, d, a], [1, 2, 4, 5]],\n 5 - [[a, b, a, d], [1, 2, 3, 4]]]\n ]) :-\n\n findall(Val - [SR, VR],\n select_value(a, [a, b, a, d, a], SR,\n [1, 2, 3, 4, 5], VR, Val),\n Result\n ).\n\ntest(select_value3, [fail]) :- \n\n select_value(4, [a, b, a, d, a], [5, 4, 3, 2, 1], _).\n\ntest(select_value4) :- \n\n select_value(b, [a, b, a, d, a], _, X, _, 4), !,\n assertion(X =@= [_, 4, _, _, _]).\n\ntest(select_value5) :- \n\n select_value(b, [a, b, a, d, a], _, X, [1, 3, 4, 5], V), !,\n assertion(X == [1, V, 3, 4, 5]).\n\ntest(select_value6) :- \n\n select_value(d, [a, b, a, d, a], _, [1|X], _, _), !,\n assertion(X =@= [_, _, _, _]).\n\ntest(select_value2_1, [Value == 5]) :-\n\n select_value(a, [a, b, a, d, a], [5, 4, 3, 2, 1], Value).\n\n:- end_tests(ur_lists).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"c962333079d45cccb11d542a4e7cf740ae7c4bfb","subject":"invisible changes in this plot","message":"invisible changes in this plot\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@14273 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret","old_file":"bench\/metafile_masters_32bit\/vec_curv2.plt","new_file":"bench\/metafile_masters_32bit\/vec_curv2.plt","new_contents":"GKSMansley@stout.pmel.noXPPLP Profile F 1.0 12\/06\/29 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 9 1 1.00000 3\n 51 29 9 1 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0.73598\n 11 94 4 0.06255 0.79134 0.06326 0.79170 0.06433 0.79276 0.06433 0.78530\n 11 314 14 0.06895 0.79099 0.06895 0.79134 0.06931 0.79205 0.06966 0.79241 0.07037 0.79276 0.07179 0.79276 0.07250 0.79241 0.07286 0.79205 0.07321 0.79134 0.07321 0.79063 0.07286 0.78992 0.07215 0.78886 0.06859 0.78530 0.07357 0.78530\n 11 94 4 0.06255 0.84813 0.06326 0.84848 0.06433 0.84955 0.06433 0.84208\n 11 512 23 0.07321 0.84848 0.07286 0.84919 0.07179 0.84955 0.07108 0.84955 0.07002 0.84919 0.06931 0.84813 0.06895 0.84635 0.06895 0.84457 0.06931 0.84315 0.07002 0.84244 0.07108 0.84208 0.07144 0.84208 0.07250 0.84244 0.07321 0.84315 0.07357 0.84422 0.07357 0.84457 0.07321 0.84564 0.07250 0.84635 0.07144 0.84670 0.07108 0.84670 0.07002 0.84635 0.06931 0.84564 0.06895 0.84457\n 11 732 33 0.42535 0.61869 0.42535 0.60449 0.42535 0.61869 0.43468 0.61869 0.42535 0.61869 0.42535 0.64708 0.43468 0.64708 0.42535 0.64708 0.42535 0.67547 0.43468 0.67547 0.42535 0.67547 0.42535 0.70386 0.43468 0.70386 0.42535 0.70386 0.42535 0.73225 0.43468 0.73225 0.42535 0.73225 0.42535 0.76064 0.43468 0.76064 0.42535 0.76064 0.42535 0.78903 0.43468 0.78903 0.42535 0.78903 0.42535 0.81742 0.43468 0.81742 0.42535 0.81742 0.42535 0.84581 0.43468 0.84581 0.42535 0.84581 0.42535 0.87421 0.43468 0.87421 0.42535 0.87421 0.42535 0.89550\n 11 930 42 0.09628 0.89550 0.08956 0.89550 0.09628 0.89550 0.09628 0.90483 0.09628 0.89550 0.12314 0.89550 0.12314 0.90483 0.12314 0.89550 0.15001 0.89550 0.15001 0.90483 0.15001 0.89550 0.17687 0.89550 0.17687 0.90483 0.17687 0.89550 0.20373 0.89550 0.20373 0.90483 0.20373 0.89550 0.23060 0.89550 0.23060 0.90483 0.23060 0.89550 0.25746 0.89550 0.25746 0.90483 0.25746 0.89550 0.28432 0.89550 0.28432 0.90483 0.28432 0.89550 0.31119 0.89550 0.31119 0.90483 0.31119 0.89550 0.33805 0.89550 0.33805 0.90483 0.33805 0.89550 0.36491 0.89550 0.36491 0.90483 0.36491 0.89550 0.39177 0.89550 0.39177 0.90483 0.39177 0.89550 0.41864 0.89550 0.41864 0.90483 0.41864 0.89550 0.42535 0.89550\n 11 930 42 0.09628 0.60449 0.08956 0.60449 0.09628 0.60449 0.09628 0.59516 0.09628 0.60449 0.12314 0.60449 0.12314 0.59516 0.12314 0.60449 0.15001 0.60449 0.15001 0.59516 0.15001 0.60449 0.17687 0.60449 0.17687 0.59516 0.17687 0.60449 0.20373 0.60449 0.20373 0.59516 0.20373 0.60449 0.23060 0.60449 0.23060 0.59516 0.23060 0.60449 0.25746 0.60449 0.25746 0.59516 0.25746 0.60449 0.28432 0.60449 0.28432 0.59516 0.28432 0.60449 0.31119 0.60449 0.31119 0.59516 0.31119 0.60449 0.33805 0.60449 0.33805 0.59516 0.33805 0.60449 0.36491 0.60449 0.36491 0.59516 0.36491 0.60449 0.39177 0.60449 0.39177 0.59516 0.39177 0.60449 0.41864 0.60449 0.41864 0.59516 0.41864 0.60449 0.42535 0.60449\n 11 380 17 0.09592 0.58844 0.09486 0.58809 0.09415 0.58702 0.09379 0.58525 0.09379 0.58418 0.09415 0.58240 0.09486 0.58134 0.09592 0.58098 0.09664 0.58098 0.09770 0.58134 0.09841 0.58240 0.09877 0.58418 0.09877 0.58525 0.09841 0.58702 0.09770 0.58809 0.09664 0.58844 0.09592 0.58844\n 11 72 3 0.15107 0.58844 0.14752 0.58347 0.15285 0.58347\n 11 50 2 0.15107 0.58844 0.15107 0.58098\n 11 644 29 0.20302 0.58844 0.20196 0.58809 0.20160 0.58738 0.20160 0.58667 0.20196 0.58596 0.20267 0.58560 0.20409 0.58525 0.20515 0.58489 0.20586 0.58418 0.20622 0.58347 0.20622 0.58240 0.20586 0.58169 0.20551 0.58134 0.20444 0.58098 0.20302 0.58098 0.20196 0.58134 0.20160 0.58169 0.20124 0.58240 0.20124 0.58347 0.20160 0.58418 0.20231 0.58489 0.20338 0.58525 0.20480 0.58560 0.20551 0.58596 0.20586 0.58667 0.20586 0.58738 0.20551 0.58809 0.20444 0.58844 0.20302 0.58844\n 11 94 4 0.25248 0.58702 0.25319 0.58738 0.25426 0.58844 0.25426 0.58098\n 11 314 14 0.25888 0.58667 0.25888 0.58702 0.25924 0.58773 0.25959 0.58809 0.26030 0.58844 0.26172 0.58844 0.26243 0.58809 0.26279 0.58773 0.26315 0.58702 0.26315 0.58631 0.26279 0.58560 0.26208 0.58453 0.25853 0.58098 0.26350 0.58098\n 11 94 4 0.30621 0.58702 0.30692 0.58738 0.30799 0.58844 0.30799 0.58098\n 11 512 23 0.31687 0.58738 0.31652 0.58809 0.31545 0.58844 0.31474 0.58844 0.31367 0.58809 0.31296 0.58702 0.31261 0.58525 0.31261 0.58347 0.31296 0.58205 0.31367 0.58134 0.31474 0.58098 0.31509 0.58098 0.31616 0.58134 0.31687 0.58205 0.31723 0.58311 0.31723 0.58347 0.31687 0.58453 0.31616 0.58525 0.31509 0.58560 0.31474 0.58560 0.31367 0.58525 0.31296 0.58453 0.31261 0.58347\n 11 314 14 0.35922 0.58667 0.35922 0.58702 0.35958 0.58773 0.35994 0.58809 0.36065 0.58844 0.36207 0.58844 0.36278 0.58809 0.36313 0.58773 0.36349 0.58702 0.36349 0.58631 0.36313 0.58560 0.36242 0.58453 0.35887 0.58098 0.36385 0.58098\n 11 380 17 0.36811 0.58844 0.36704 0.58809 0.36633 0.58702 0.36598 0.58525 0.36598 0.58418 0.36633 0.58240 0.36704 0.58134 0.36811 0.58098 0.36882 0.58098 0.36989 0.58134 0.37060 0.58240 0.37095 0.58418 0.37095 0.58525 0.37060 0.58702 0.36989 0.58809 0.36882 0.58844 0.36811 0.58844\n 11 314 14 0.41295 0.58667 0.41295 0.58702 0.41331 0.58773 0.41366 0.58809 0.41437 0.58844 0.41579 0.58844 0.41651 0.58809 0.41686 0.58773 0.41722 0.58702 0.41722 0.58631 0.41686 0.58560 0.41615 0.58453 0.41260 0.58098 0.41757 0.58098\n 11 72 3 0.42326 0.58844 0.41970 0.58347 0.42504 0.58347\n 11 50 2 0.42326 0.58844 0.42326 0.58098\n 11 732 33 0.08956 0.61869 0.08956 0.60449 0.08956 0.61869 0.08023 0.61869 0.08956 0.61869 0.08956 0.64708 0.08023 0.64708 0.08956 0.64708 0.08956 0.67547 0.08023 0.67547 0.08956 0.67547 0.08956 0.70386 0.08023 0.70386 0.08956 0.70386 0.08956 0.73225 0.08023 0.73225 0.08956 0.73225 0.08956 0.76064 0.08023 0.76064 0.08956 0.76064 0.08956 0.78903 0.08023 0.78903 0.08956 0.78903 0.08956 0.81742 0.08023 0.81742 0.08956 0.81742 0.08956 0.84581 0.08023 0.84581 0.08956 0.84581 0.08956 0.87421 0.08023 0.87421 0.08956 0.87421 0.08956 0.89550\n 11 732 33 0.42535 0.61869 0.42535 0.60449 0.42535 0.61869 0.43468 0.61869 0.42535 0.61869 0.42535 0.64708 0.43468 0.64708 0.42535 0.64708 0.42535 0.67547 0.43468 0.67547 0.42535 0.67547 0.42535 0.70386 0.43468 0.70386 0.42535 0.70386 0.42535 0.73225 0.43468 0.73225 0.42535 0.73225 0.42535 0.76064 0.43468 0.76064 0.42535 0.76064 0.42535 0.78903 0.43468 0.78903 0.42535 0.78903 0.42535 0.81742 0.43468 0.81742 0.42535 0.81742 0.42535 0.84581 0.43468 0.84581 0.42535 0.84581 0.42535 0.87421 0.43468 0.87421 0.42535 0.87421 0.42535 0.89550\n 11 930 42 0.09628 0.89550 0.08956 0.89550 0.09628 0.89550 0.09628 0.90483 0.09628 0.89550 0.12314 0.89550 0.12314 0.90483 0.12314 0.89550 0.15001 0.89550 0.15001 0.90483 0.15001 0.89550 0.17687 0.89550 0.17687 0.90483 0.17687 0.89550 0.20373 0.89550 0.20373 0.90483 0.20373 0.89550 0.23060 0.89550 0.23060 0.90483 0.23060 0.89550 0.25746 0.89550 0.25746 0.90483 0.25746 0.89550 0.28432 0.89550 0.28432 0.90483 0.28432 0.89550 0.31119 0.89550 0.31119 0.90483 0.31119 0.89550 0.33805 0.89550 0.33805 0.90483 0.33805 0.89550 0.36491 0.89550 0.36491 0.90483 0.36491 0.89550 0.39177 0.89550 0.39177 0.90483 0.39177 0.89550 0.41864 0.89550 0.41864 0.90483 0.41864 0.89550 0.42535 0.89550\n 11 930 42 0.09628 0.60449 0.08956 0.60449 0.09628 0.60449 0.09628 0.59516 0.09628 0.60449 0.12314 0.60449 0.12314 0.59516 0.12314 0.60449 0.15001 0.60449 0.15001 0.59516 0.15001 0.60449 0.17687 0.60449 0.17687 0.59516 0.17687 0.60449 0.20373 0.60449 0.20373 0.59516 0.20373 0.60449 0.23060 0.60449 0.23060 0.59516 0.23060 0.60449 0.25746 0.60449 0.25746 0.59516 0.25746 0.60449 0.28432 0.60449 0.28432 0.59516 0.28432 0.60449 0.31119 0.60449 0.31119 0.59516 0.31119 0.60449 0.33805 0.60449 0.33805 0.59516 0.33805 0.60449 0.36491 0.60449 0.36491 0.59516 0.36491 0.60449 0.39177 0.60449 0.39177 0.59516 0.39177 0.60449 0.41864 0.60449 0.41864 0.59516 0.41864 0.60449 0.42535 0.60449\n 11 72 3 0.04251 0.74658 0.04677 0.75000 0.05146 0.75000\n 11 50 2 0.04251 0.75341 0.04677 0.75000\n 11 50 2 0.25447 0.57202 0.26044 0.56307\n 11 50 2 0.26044 0.57202 0.25447 0.56307\n 11 380 17 0.10267 0.55394 0.10180 0.55365 0.10122 0.55278 0.10093 0.55133 0.10093 0.55046 0.10122 0.54901 0.10180 0.54814 0.10267 0.54785 0.10325 0.54785 0.10412 0.54814 0.10470 0.54901 0.10499 0.55046 0.10499 0.55133 0.10470 0.55278 0.10412 0.55365 0.10325 0.55394 0.10267 0.55394\n 11 226 10 0.10267 0.55394 0.10209 0.55365 0.10180 0.55336 0.10151 0.55278 0.10122 0.55133 0.10122 0.55046 0.10151 0.54901 0.10180 0.54843 0.10209 0.54814 0.10267 0.54785\n 11 226 10 0.10325 0.54785 0.10383 0.54814 0.10412 0.54843 0.10441 0.54901 0.10470 0.55046 0.10470 0.55133 0.10441 0.55278 0.10412 0.55336 0.10383 0.55365 0.10325 0.55394\n 11 116 5 0.10730 0.54843 0.10701 0.54814 0.10730 0.54785 0.10759 0.54814 0.10730 0.54843\n 11 94 4 0.11049 0.55278 0.11107 0.55307 0.11194 0.55394 0.11194 0.54785\n 11 50 2 0.11165 0.55365 0.11165 0.54785\n 11 50 2 0.11049 0.54785 0.11310 0.54785\n 11 50 2 0.11687 0.55394 0.11687 0.55046\n 11 50 2 0.11542 0.55307 0.11832 0.55133\n 11 50 2 0.11832 0.55307 0.11542 0.55133\n 11 50 2 0.12006 0.55394 0.12383 0.54785\n 11 50 2 0.12035 0.55394 0.12412 0.54785\n 11 50 2 0.12412 0.55394 0.12006 0.54785\n 11 50 2 0.11948 0.55394 0.12122 0.55394\n 11 50 2 0.12296 0.55394 0.12470 0.55394\n 11 50 2 0.11948 0.54785 0.12122 0.54785\n 11 50 2 0.12296 0.54785 0.12470 0.54785\n 11 50 2 0.12615 0.55510 0.12615 0.54582\n 11 50 2 0.12644 0.55510 0.12644 0.54582\n 11 50 2 0.12615 0.55510 0.12818 0.55510\n 11 50 2 0.12615 0.54582 0.12818 0.54582\n 11 424 19 0.13397 0.55307 0.13426 0.55220 0.13426 0.55394 0.13397 0.55307 0.13339 0.55365 0.13252 0.55394 0.13194 0.55394 0.13107 0.55365 0.13049 0.55307 0.13020 0.55249 0.12991 0.55162 0.12991 0.55017 0.13020 0.54930 0.13049 0.54872 0.13107 0.54814 0.13194 0.54785 0.13252 0.54785 0.13339 0.54814 0.13397 0.54872\n 11 226 10 0.13194 0.55394 0.13136 0.55365 0.13078 0.55307 0.13049 0.55249 0.13020 0.55162 0.13020 0.55017 0.13049 0.54930 0.13078 0.54872 0.13136 0.54814 0.13194 0.54785\n 11 50 2 0.13397 0.55017 0.13397 0.54785\n 11 50 2 0.13426 0.55017 0.13426 0.54785\n 11 50 2 0.13310 0.55017 0.13513 0.55017\n 11 50 2 0.13658 0.55394 0.14035 0.54785\n 11 50 2 0.13687 0.55394 0.14064 0.54785\n 11 50 2 0.14064 0.55394 0.13658 0.54785\n 11 50 2 0.13600 0.55394 0.13774 0.55394\n 11 50 2 0.13948 0.55394 0.14122 0.55394\n 11 50 2 0.13600 0.54785 0.13774 0.54785\n 11 50 2 0.13948 0.54785 0.14122 0.54785\n 11 50 2 0.14267 0.55133 0.14789 0.55133\n 11 50 2 0.14267 0.54959 0.14789 0.54959\n 11 50 2 0.14992 0.55394 0.15368 0.54785\n 11 50 2 0.15021 0.55394 0.15397 0.54785\n 11 50 2 0.15397 0.55394 0.14992 0.54785\n 11 50 2 0.14934 0.55394 0.15108 0.55394\n 11 50 2 0.15281 0.55394 0.15455 0.55394\n 11 50 2 0.14934 0.54785 0.15108 0.54785\n 11 50 2 0.15281 0.54785 0.15455 0.54785\n 11 50 2 0.15629 0.55394 0.15629 0.54785\n 11 50 2 0.15658 0.55394 0.15658 0.54785\n 11 50 2 0.15542 0.55394 0.15745 0.55394\n 11 50 2 0.15542 0.54785 0.15745 0.54785\n 11 50 2 0.15948 0.55394 0.15948 0.54785\n 11 50 2 0.15977 0.55394 0.15977 0.54785\n 11 226 10 0.15861 0.55394 0.16209 0.55394 0.16296 0.55365 0.16325 0.55336 0.16354 0.55278 0.16354 0.55220 0.16325 0.55162 0.16296 0.55133 0.16209 0.55104 0.15977 0.55104\n 11 182 8 0.16209 0.55394 0.16267 0.55365 0.16296 0.55336 0.16325 0.55278 0.16325 0.55220 0.16296 0.55162 0.16267 0.55133 0.16209 0.55104\n 11 50 2 0.15861 0.54785 0.16064 0.54785\n 11 160 7 0.16122 0.55104 0.16180 0.55075 0.16209 0.55046 0.16296 0.54843 0.16325 0.54814 0.16354 0.54814 0.16383 0.54843\n 11 160 7 0.16180 0.55075 0.16209 0.55017 0.16267 0.54814 0.16296 0.54785 0.16354 0.54785 0.16383 0.54843 0.16383 0.54872\n 11 50 2 0.16586 0.55394 0.16586 0.54785\n 11 50 2 0.16615 0.55394 0.16615 0.54785\n 11 226 10 0.16499 0.55394 0.16847 0.55394 0.16934 0.55365 0.16963 0.55336 0.16992 0.55278 0.16992 0.55220 0.16963 0.55162 0.16934 0.55133 0.16847 0.55104 0.16615 0.55104\n 11 182 8 0.16847 0.55394 0.16905 0.55365 0.16934 0.55336 0.16963 0.55278 0.16963 0.55220 0.16934 0.55162 0.16905 0.55133 0.16847 0.55104\n 11 50 2 0.16499 0.54785 0.16702 0.54785\n 11 160 7 0.16760 0.55104 0.16818 0.55075 0.16847 0.55046 0.16934 0.54843 0.16963 0.54814 0.16992 0.54814 0.17021 0.54843\n 11 160 7 0.16818 0.55075 0.16847 0.55017 0.16905 0.54814 0.16934 0.54785 0.16992 0.54785 0.17021 0.54843 0.17021 0.54872\n 11 50 2 0.17340 0.55510 0.17340 0.54582\n 11 50 2 0.17369 0.55510 0.17369 0.54582\n 11 50 2 0.17166 0.55510 0.17369 0.55510\n 11 50 2 0.17166 0.54582 0.17369 0.54582\n 11 50 2 0.18325 0.55307 0.18325 0.54785\n 11 50 2 0.18064 0.55046 0.18586 0.55046\n 11 50 2 0.19514 0.55336 0.19514 0.54785\n 11 50 2 0.19543 0.55394 0.19543 0.54785\n 11 72 3 0.19543 0.55394 0.19224 0.54959 0.19688 0.54959\n 11 50 2 0.19427 0.54785 0.19630 0.54785\n 11 50 2 0.19977 0.55394 0.19977 0.55046\n 11 50 2 0.19832 0.55307 0.20122 0.55133\n 11 50 2 0.20122 0.55307 0.19832 0.55133\n 11 72 3 0.20296 0.55394 0.20499 0.55075 0.20499 0.54785\n 11 72 3 0.20325 0.55394 0.20528 0.55075 0.20528 0.54785\n 11 50 2 0.20731 0.55394 0.20528 0.55075\n 11 50 2 0.20238 0.55394 0.20412 0.55394\n 11 50 2 0.20615 0.55394 0.20789 0.55394\n 11 50 2 0.20412 0.54785 0.20615 0.54785\n 11 50 2 0.20934 0.55510 0.20934 0.54582\n 11 50 2 0.20963 0.55510 0.20963 0.54582\n 11 50 2 0.20934 0.55510 0.21137 0.55510\n 11 50 2 0.20934 0.54582 0.21137 0.54582\n 11 424 19 0.21717 0.55307 0.21746 0.55220 0.21746 0.55394 0.21717 0.55307 0.21659 0.55365 0.21572 0.55394 0.21514 0.55394 0.21427 0.55365 0.21369 0.55307 0.21340 0.55249 0.21311 0.55162 0.21311 0.55017 0.21340 0.54930 0.21369 0.54872 0.21427 0.54814 0.21514 0.54785 0.21572 0.54785 0.21659 0.54814 0.21717 0.54872\n 11 226 10 0.21514 0.55394 0.21456 0.55365 0.21398 0.55307 0.21369 0.55249 0.21340 0.55162 0.21340 0.55017 0.21369 0.54930 0.21398 0.54872 0.21456 0.54814 0.21514 0.54785\n 11 50 2 0.21717 0.55017 0.21717 0.54785\n 11 50 2 0.21746 0.55017 0.21746 0.54785\n 11 50 2 0.21630 0.55017 0.21833 0.55017\n 11 72 3 0.21978 0.55394 0.22180 0.55075 0.22180 0.54785\n 11 72 3 0.22007 0.55394 0.22209 0.55075 0.22209 0.54785\n 11 50 2 0.22412 0.55394 0.22209 0.55075\n 11 50 2 0.21920 0.55394 0.22093 0.55394\n 11 50 2 0.22296 0.55394 0.22470 0.55394\n 11 50 2 0.22093 0.54785 0.22296 0.54785\n 11 50 2 0.22615 0.55133 0.23137 0.55133\n 11 50 2 0.22615 0.54959 0.23137 0.54959\n 11 72 3 0.23340 0.55394 0.23543 0.55075 0.23543 0.54785\n 11 72 3 0.23369 0.55394 0.23572 0.55075 0.23572 0.54785\n 11 50 2 0.23775 0.55394 0.23572 0.55075\n 11 50 2 0.23282 0.55394 0.23456 0.55394\n 11 50 2 0.23659 0.55394 0.23833 0.55394\n 11 50 2 0.23456 0.54785 0.23659 0.54785\n 11 50 2 0.24007 0.55394 0.24007 0.54785\n 11 50 2 0.24036 0.55394 0.24036 0.54785\n 11 50 2 0.23920 0.55394 0.24123 0.55394\n 11 50 2 0.23920 0.54785 0.24123 0.54785\n 11 50 2 0.24326 0.55394 0.24326 0.54785\n 11 50 2 0.24354 0.55394 0.24354 0.54785\n 11 226 10 0.24239 0.55394 0.24586 0.55394 0.24673 0.55365 0.24702 0.55336 0.24731 0.55278 0.24731 0.55220 0.24702 0.55162 0.24673 0.55133 0.24586 0.55104 0.24354 0.55104\n 11 182 8 0.24586 0.55394 0.24644 0.55365 0.24673 0.55336 0.24702 0.55278 0.24702 0.55220 0.24673 0.55162 0.24644 0.55133 0.24586 0.55104\n 11 50 2 0.24239 0.54785 0.24441 0.54785\n 11 160 7 0.24499 0.55104 0.24557 0.55075 0.24586 0.55046 0.24673 0.54843 0.24702 0.54814 0.24731 0.54814 0.24760 0.54843\n 11 160 7 0.24557 0.55075 0.24586 0.55017 0.24644 0.54814 0.24673 0.54785 0.24731 0.54785 0.24760 0.54843 0.24760 0.54872\n 11 50 2 0.24963 0.55394 0.24963 0.54785\n 11 50 2 0.24992 0.55394 0.24992 0.54785\n 11 226 10 0.24876 0.55394 0.25224 0.55394 0.25311 0.55365 0.25340 0.55336 0.25369 0.55278 0.25369 0.55220 0.25340 0.55162 0.25311 0.55133 0.25224 0.55104 0.24992 0.55104\n 11 182 8 0.25224 0.55394 0.25282 0.55365 0.25311 0.55336 0.25340 0.55278 0.25340 0.55220 0.25311 0.55162 0.25282 0.55133 0.25224 0.55104\n 11 50 2 0.24876 0.54785 0.25079 0.54785\n 11 160 7 0.25137 0.55104 0.25195 0.55075 0.25224 0.55046 0.25311 0.54843 0.25340 0.54814 0.25369 0.54814 0.25398 0.54843\n 11 160 7 0.25195 0.55075 0.25224 0.55017 0.25282 0.54814 0.25311 0.54785 0.25369 0.54785 0.25398 0.54843 0.25398 0.54872\n 11 50 2 0.25717 0.55510 0.25717 0.54582\n 11 50 2 0.25746 0.55510 0.25746 0.54582\n 11 50 2 0.25543 0.55510 0.25746 0.55510\n 11 50 2 0.25543 0.54582 0.25746 0.54582\n 11 160 7 0.26934 0.54785 0.26905 0.54814 0.26934 0.54843 0.26963 0.54814 0.26963 0.54756 0.26934 0.54698 0.26905 0.54669\n 11 336 15 0.27659 0.55278 0.27688 0.55249 0.27659 0.55220 0.27630 0.55249 0.27630 0.55278 0.27659 0.55336 0.27688 0.55365 0.27775 0.55394 0.27891 0.55394 0.27978 0.55365 0.28007 0.55307 0.28007 0.55220 0.27978 0.55162 0.27891 0.55133 0.27804 0.55133\n 11 138 6 0.27891 0.55394 0.27949 0.55365 0.27978 0.55307 0.27978 0.55220 0.27949 0.55162 0.27891 0.55133\n 11 358 16 0.27891 0.55133 0.27949 0.55104 0.28007 0.55046 0.28036 0.54988 0.28036 0.54901 0.28007 0.54843 0.27978 0.54814 0.27891 0.54785 0.27775 0.54785 0.27688 0.54814 0.27659 0.54843 0.27630 0.54901 0.27630 0.54930 0.27659 0.54959 0.27688 0.54930 0.27659 0.54901\n 11 138 6 0.27978 0.55075 0.28007 0.54988 0.28007 0.54901 0.27978 0.54843 0.27949 0.54814 0.27891 0.54785\n 11 50 2 0.28355 0.55394 0.28355 0.55046\n 11 50 2 0.28210 0.55307 0.28500 0.55133\n 11 50 2 0.28500 0.55307 0.28210 0.55133\n 11 50 2 0.28674 0.55394 0.29050 0.54785\n 11 50 2 0.28703 0.55394 0.29079 0.54785\n 11 50 2 0.29079 0.55394 0.28674 0.54785\n 11 50 2 0.28616 0.55394 0.28790 0.55394\n 11 50 2 0.28963 0.55394 0.29137 0.55394\n 11 50 2 0.28616 0.54785 0.28790 0.54785\n 11 50 2 0.28963 0.54785 0.29137 0.54785\n 11 50 2 0.29282 0.55510 0.29282 0.54582\n 11 50 2 0.29311 0.55510 0.29311 0.54582\n 11 50 2 0.29282 0.55510 0.29485 0.55510\n 11 50 2 0.29282 0.54582 0.29485 0.54582\n 11 424 19 0.30065 0.55307 0.30094 0.55220 0.30094 0.55394 0.30065 0.55307 0.30007 0.55365 0.29920 0.55394 0.29862 0.55394 0.29775 0.55365 0.29717 0.55307 0.29688 0.55249 0.29659 0.55162 0.29659 0.55017 0.29688 0.54930 0.29717 0.54872 0.29775 0.54814 0.29862 0.54785 0.29920 0.54785 0.30007 0.54814 0.30065 0.54872\n 11 226 10 0.29862 0.55394 0.29804 0.55365 0.29746 0.55307 0.29717 0.55249 0.29688 0.55162 0.29688 0.55017 0.29717 0.54930 0.29746 0.54872 0.29804 0.54814 0.29862 0.54785\n 11 50 2 0.30065 0.55017 0.30065 0.54785\n 11 50 2 0.30094 0.55017 0.30094 0.54785\n 11 50 2 0.29978 0.55017 0.30181 0.55017\n 11 50 2 0.30326 0.55394 0.30703 0.54785\n 11 50 2 0.30355 0.55394 0.30732 0.54785\n 11 50 2 0.30732 0.55394 0.30326 0.54785\n 11 50 2 0.30268 0.55394 0.30442 0.55394\n 11 50 2 0.30616 0.55394 0.30790 0.55394\n 11 50 2 0.30268 0.54785 0.30442 0.54785\n 11 50 2 0.30616 0.54785 0.30790 0.54785\n 11 50 2 0.30935 0.55133 0.31456 0.55133\n 11 50 2 0.30935 0.54959 0.31456 0.54959\n 11 50 2 0.31659 0.55394 0.32036 0.54785\n 11 50 2 0.31688 0.55394 0.32065 0.54785\n 11 50 2 0.32065 0.55394 0.31659 0.54785\n 11 50 2 0.31601 0.55394 0.31775 0.55394\n 11 50 2 0.31949 0.55394 0.32123 0.55394\n 11 50 2 0.31601 0.54785 0.31775 0.54785\n 11 50 2 0.31949 0.54785 0.32123 0.54785\n 11 50 2 0.32297 0.55394 0.32297 0.54785\n 11 50 2 0.32326 0.55394 0.32326 0.54785\n 11 50 2 0.32210 0.55394 0.32413 0.55394\n 11 50 2 0.32210 0.54785 0.32413 0.54785\n 11 50 2 0.32616 0.55394 0.32616 0.54785\n 11 50 2 0.32645 0.55394 0.32645 0.54785\n 11 226 10 0.32529 0.55394 0.32877 0.55394 0.32964 0.55365 0.32993 0.55336 0.33022 0.55278 0.33022 0.55220 0.32993 0.55162 0.32964 0.55133 0.32877 0.55104 0.32645 0.55104\n 11 182 8 0.32877 0.55394 0.32935 0.55365 0.32964 0.55336 0.32993 0.55278 0.32993 0.55220 0.32964 0.55162 0.32935 0.55133 0.32877 0.55104\n 11 50 2 0.32529 0.54785 0.32732 0.54785\n 11 160 7 0.32790 0.55104 0.32848 0.55075 0.32877 0.55046 0.32964 0.54843 0.32993 0.54814 0.33022 0.54814 0.33051 0.54843\n 11 160 7 0.32848 0.55075 0.32877 0.55017 0.32935 0.54814 0.32964 0.54785 0.33022 0.54785 0.33051 0.54843 0.33051 0.54872\n 11 50 2 0.33254 0.55394 0.33254 0.54785\n 11 50 2 0.33283 0.55394 0.33283 0.54785\n 11 226 10 0.33167 0.55394 0.33515 0.55394 0.33601 0.55365 0.33630 0.55336 0.33659 0.55278 0.33659 0.55220 0.33630 0.55162 0.33601 0.55133 0.33515 0.55104 0.33283 0.55104\n 11 182 8 0.33515 0.55394 0.33572 0.55365 0.33601 0.55336 0.33630 0.55278 0.33630 0.55220 0.33601 0.55162 0.33572 0.55133 0.33515 0.55104\n 11 50 2 0.33167 0.54785 0.33370 0.54785\n 11 160 7 0.33428 0.55104 0.33486 0.55075 0.33515 0.55046 0.33601 0.54843 0.33630 0.54814 0.33659 0.54814 0.33688 0.54843\n 11 160 7 0.33486 0.55075 0.33515 0.55017 0.33572 0.54814 0.33601 0.54785 0.33659 0.54785 0.33688 0.54843 0.33688 0.54872\n 11 50 2 0.34007 0.55510 0.34007 0.54582\n 11 50 2 0.34036 0.55510 0.34036 0.54582\n 11 50 2 0.33833 0.55510 0.34036 0.55510\n 11 50 2 0.33833 0.54582 0.34036 0.54582\n 11 50 2 0.34993 0.55307 0.34993 0.54785\n 11 50 2 0.34732 0.55046 0.35254 0.55046\n 11 72 3 0.35920 0.55394 0.36123 0.55075 0.36123 0.54785\n 11 72 3 0.35949 0.55394 0.36152 0.55075 0.36152 0.54785\n 11 50 2 0.36355 0.55394 0.36152 0.55075\n 11 50 2 0.35862 0.55394 0.36036 0.55394\n 11 50 2 0.36239 0.55394 0.36413 0.55394\n 11 50 2 0.36036 0.54785 0.36239 0.54785\n 11 50 2 0.36558 0.55510 0.36558 0.54582\n 11 50 2 0.36587 0.55510 0.36587 0.54582\n 11 50 2 0.36558 0.55510 0.36761 0.55510\n 11 50 2 0.36558 0.54582 0.36761 0.54582\n 11 424 19 0.37341 0.55307 0.37370 0.55220 0.37370 0.55394 0.37341 0.55307 0.37283 0.55365 0.37196 0.55394 0.37138 0.55394 0.37051 0.55365 0.36993 0.55307 0.36964 0.55249 0.36935 0.55162 0.36935 0.55017 0.36964 0.54930 0.36993 0.54872 0.37051 0.54814 0.37138 0.54785 0.37196 0.54785 0.37283 0.54814 0.37341 0.54872\n 11 226 10 0.37138 0.55394 0.37080 0.55365 0.37022 0.55307 0.36993 0.55249 0.36964 0.55162 0.36964 0.55017 0.36993 0.54930 0.37022 0.54872 0.37080 0.54814 0.37138 0.54785\n 11 50 2 0.37341 0.55017 0.37341 0.54785\n 11 50 2 0.37370 0.55017 0.37370 0.54785\n 11 50 2 0.37254 0.55017 0.37457 0.55017\n 11 72 3 0.37602 0.55394 0.37805 0.55075 0.37805 0.54785\n 11 72 3 0.37631 0.55394 0.37834 0.55075 0.37834 0.54785\n 11 50 2 0.38037 0.55394 0.37834 0.55075\n 11 50 2 0.37544 0.55394 0.37718 0.55394\n 11 50 2 0.37921 0.55394 0.38095 0.55394\n 11 50 2 0.37718 0.54785 0.37921 0.54785\n 11 50 2 0.38239 0.55133 0.38761 0.55133\n 11 50 2 0.38239 0.54959 0.38761 0.54959\n 11 72 3 0.38964 0.55394 0.39167 0.55075 0.39167 0.54785\n 11 72 3 0.38993 0.55394 0.39196 0.55075 0.39196 0.54785\n 11 50 2 0.39399 0.55394 0.39196 0.55075\n 11 50 2 0.38906 0.55394 0.39080 0.55394\n 11 50 2 0.39283 0.55394 0.39457 0.55394\n 11 50 2 0.39080 0.54785 0.39283 0.54785\n 11 50 2 0.39631 0.55394 0.39631 0.54785\n 11 50 2 0.39660 0.55394 0.39660 0.54785\n 11 50 2 0.39544 0.55394 0.39747 0.55394\n 11 50 2 0.39544 0.54785 0.39747 0.54785\n 11 50 2 0.39950 0.55394 0.39950 0.54785\n 11 50 2 0.39979 0.55394 0.39979 0.54785\n 11 226 10 0.39863 0.55394 0.40211 0.55394 0.40298 0.55365 0.40327 0.55336 0.40356 0.55278 0.40356 0.55220 0.40327 0.55162 0.40298 0.55133 0.40211 0.55104 0.39979 0.55104\n 11 182 8 0.40211 0.55394 0.40269 0.55365 0.40298 0.55336 0.40327 0.55278 0.40327 0.55220 0.40298 0.55162 0.40269 0.55133 0.40211 0.55104\n 11 50 2 0.39863 0.54785 0.40066 0.54785\n 11 160 7 0.40124 0.55104 0.40182 0.55075 0.40211 0.55046 0.40298 0.54843 0.40327 0.54814 0.40356 0.54814 0.40385 0.54843\n 11 160 7 0.40182 0.55075 0.40211 0.55017 0.40269 0.54814 0.40298 0.54785 0.40356 0.54785 0.40385 0.54843 0.40385 0.54872\n 11 50 2 0.40587 0.55394 0.40587 0.54785\n 11 50 2 0.40616 0.55394 0.40616 0.54785\n 11 226 10 0.40500 0.55394 0.40848 0.55394 0.40935 0.55365 0.40964 0.55336 0.40993 0.55278 0.40993 0.55220 0.40964 0.55162 0.40935 0.55133 0.40848 0.55104 0.40616 0.55104\n 11 182 8 0.40848 0.55394 0.40906 0.55365 0.40935 0.55336 0.40964 0.55278 0.40964 0.55220 0.40935 0.55162 0.40906 0.55133 0.40848 0.55104\n 11 50 2 0.40500 0.54785 0.40703 0.54785\n 11 160 7 0.40761 0.55104 0.40819 0.55075 0.40848 0.55046 0.40935 0.54843 0.40964 0.54814 0.40993 0.54814 0.41022 0.54843\n 11 160 7 0.40819 0.55075 0.40848 0.55017 0.40906 0.54814 0.40935 0.54785 0.40993 0.54785 0.41022 0.54843 0.41022 0.54872\n 11 50 2 0.41341 0.55510 0.41341 0.54582\n 11 50 2 0.41370 0.55510 0.41370 0.54582\n 11 50 2 0.41167 0.55510 0.41370 0.55510\n 11 50 2 0.41167 0.54582 0.41370 0.54582\n 21 6 1\n 25 6 1\n 11 50 2 0.09628 0.61869 0.09628 0.61869\n 11 116 5 0.09693 0.64791 0.09890 0.64773 0.09725 0.64665 0.09890 0.64773 0.09628 0.64708\n 11 116 5 0.09955 0.67696 0.10152 0.67678 0.09987 0.67569 0.10152 0.67678 0.09628 0.67547\n 11 116 5 0.10086 0.69148 0.10283 0.69130 0.10118 0.69022 0.10283 0.69130 0.09628 0.68966\n 11 116 5 0.10201 0.70602 0.10414 0.70583 0.10235 0.70465 0.10414 0.70583 0.09628 0.70386\n 11 116 5 0.10296 0.72058 0.10545 0.72035 0.10336 0.71897 0.10545 0.72035 0.09628 0.71806\n 11 116 5 0.10391 0.73513 0.10676 0.73487 0.10437 0.73330 0.10676 0.73487 0.09628 0.73225\n 11 116 5 0.10487 0.74969 0.10807 0.74940 0.10538 0.74763 0.10807 0.74940 0.09628 0.74645\n 11 116 5 0.10773 0.79336 0.11201 0.79296 0.10842 0.79061 0.11201 0.79296 0.09628 0.78903\n 11 116 5 0.10868 0.80791 0.11332 0.80749 0.10943 0.80493 0.11332 0.80749 0.09628 0.80323\n 11 116 5 0.10964 0.82247 0.11463 0.82201 0.11044 0.81926 0.11463 0.82201 0.09628 0.81742\n 11 116 5 0.11059 0.83703 0.11594 0.83653 0.11145 0.83359 0.11594 0.83653 0.09628 0.83162\n 11 116 5 0.11346 0.88069 0.11987 0.88010 0.11449 0.87656 0.11987 0.88010 0.09628 0.87421\n 11 116 5 0.10903 0.61783 0.10974 0.61967 0.11033 0.61778 0.10974 0.61967 0.10971 0.61869\n 11 116 5 0.11043 0.64829 0.11237 0.64872 0.11112 0.64718 0.11237 0.64872 0.10971 0.64708\n 11 116 5 0.11301 0.67762 0.11499 0.67776 0.11354 0.67642 0.11499 0.67776 0.10971 0.67547\n 11 116 5 0.11432 0.69220 0.11630 0.69229 0.11480 0.69099 0.11630 0.69229 0.10971 0.68966\n 11 116 5 0.11538 0.70676 0.11761 0.70681 0.11589 0.70538 0.11761 0.70681 0.10971 0.70386\n 11 116 5 0.11633 0.72132 0.11892 0.72133 0.11690 0.71971 0.11892 0.72133 0.10971 0.71806\n 11 116 5 0.11728 0.73587 0.12023 0.73585 0.11791 0.73403 0.12023 0.73585 0.10971 0.73225\n 11 116 5 0.11824 0.75043 0.12154 0.75038 0.11893 0.74836 0.12154 0.75038 0.10971 0.74645\n 11 116 5 0.12110 0.79410 0.12547 0.79395 0.12196 0.79134 0.12547 0.79395 0.10971 0.78903\n 11 116 5 0.12206 0.80865 0.12678 0.80847 0.12297 0.80567 0.12678 0.80847 0.10971 0.80323\n 11 116 5 0.12301 0.82321 0.12809 0.82299 0.12398 0.81999 0.12809 0.82299 0.10971 0.81742\n 11 116 5 0.12396 0.83777 0.12940 0.83752 0.12500 0.83432 0.12940 0.83752 0.10971 0.83162\n 11 116 5 0.12683 0.88143 0.13333 0.88109 0.12803 0.87730 0.13333 0.88109 0.10971 0.87421\n 11 116 5 0.12249 0.61881 0.12321 0.62065 0.12380 0.61877 0.12321 0.62065 0.12314 0.61869\n 11 116 5 0.12404 0.64886 0.12583 0.64970 0.12495 0.64793 0.12583 0.64970 0.12314 0.64708\n 11 116 5 0.12652 0.67832 0.12845 0.67875 0.12721 0.67721 0.12845 0.67875 0.12314 0.67547\n 11 116 5 0.12779 0.69295 0.12976 0.69327 0.12842 0.69179 0.12976 0.69327 0.12314 0.68966\n 11 116 5 0.12875 0.70750 0.13107 0.70779 0.12943 0.70611 0.13107 0.70779 0.12314 0.70386\n 11 116 5 0.12970 0.72206 0.13238 0.72231 0.13045 0.72044 0.13238 0.72231 0.12314 0.71806\n 11 116 5 0.13065 0.73661 0.13369 0.73684 0.13146 0.73477 0.13369 0.73684 0.12314 0.73225\n 11 116 5 0.13161 0.75117 0.13500 0.75136 0.13247 0.74909 0.13500 0.75136 0.12314 0.74645\n 11 116 5 0.13447 0.79484 0.13894 0.79493 0.13550 0.79207 0.13894 0.79493 0.12314 0.78903\n 11 116 5 0.13543 0.80939 0.14025 0.80945 0.13651 0.80640 0.14025 0.80945 0.12314 0.80323\n 11 116 5 0.13638 0.82395 0.14156 0.82398 0.13753 0.82073 0.14156 0.82398 0.12314 0.81742\n 11 116 5 0.13733 0.83851 0.14287 0.83850 0.13854 0.83505 0.14287 0.83850 0.12314 0.83162\n 11 116 5 0.14020 0.88217 0.14680 0.88207 0.14157 0.87803 0.14680 0.88207 0.12314 0.87421\n 11 116 5 0.14942 0.62078 0.15014 0.62262 0.15073 0.62073 0.15014 0.62262 0.15001 0.61869\n 11 116 5 0.15124 0.65040 0.15276 0.65166 0.15236 0.64973 0.15276 0.65166 0.15001 0.64708\n 11 116 5 0.15358 0.67987 0.15538 0.68071 0.15449 0.67893 0.15538 0.68071 0.15001 0.67547\n 11 116 5 0.15453 0.69443 0.15669 0.69523 0.15551 0.69326 0.15669 0.69523 0.15001 0.68966\n 11 116 5 0.15549 0.70898 0.15800 0.70976 0.15652 0.70758 0.15800 0.70976 0.15001 0.70386\n 11 116 5 0.15644 0.72354 0.15931 0.72428 0.15753 0.72191 0.15931 0.72428 0.15001 0.71806\n 11 116 5 0.15739 0.73809 0.16062 0.73880 0.15854 0.73624 0.16062 0.73880 0.15001 0.73225\n 11 116 5 0.15835 0.75265 0.16193 0.75333 0.15955 0.75056 0.16193 0.75333 0.15001 0.74645\n 11 116 5 0.16121 0.79632 0.16586 0.79690 0.16259 0.79354 0.16586 0.79690 0.15001 0.78903\n 11 116 5 0.16217 0.81087 0.16717 0.81142 0.16360 0.80787 0.16717 0.81142 0.15001 0.80323\n 11 116 5 0.16312 0.82543 0.16849 0.82594 0.16461 0.82220 0.16849 0.82594 0.15001 0.81742\n 11 116 5 0.16407 0.83999 0.16980 0.84047 0.16562 0.83652 0.16980 0.84047 0.15001 0.83162\n 11 116 5 0.16694 0.88365 0.17373 0.88404 0.16866 0.87950 0.17373 0.88404 0.15001 0.87421\n 11 116 5 0.17635 0.62274 0.17707 0.62458 0.17766 0.62270 0.17707 0.62458 0.17687 0.61869\n 11 116 5 0.17835 0.65217 0.17969 0.65363 0.17955 0.65166 0.17969 0.65363 0.17687 0.64708\n 11 116 5 0.18032 0.68135 0.18231 0.68268 0.18158 0.68040 0.18231 0.68268 0.17687 0.67547\n 11 116 5 0.18127 0.69591 0.18362 0.69720 0.18259 0.69473 0.18362 0.69720 0.17687 0.68966\n 11 116 5 0.18223 0.71046 0.18493 0.71172 0.18360 0.70905 0.18493 0.71172 0.17687 0.70386\n 11 116 5 0.18318 0.72502 0.18624 0.72625 0.18461 0.72338 0.18624 0.72625 0.17687 0.71806\n 11 116 5 0.18413 0.73957 0.18755 0.74077 0.18563 0.73771 0.18755 0.74077 0.17687 0.73225\n 11 116 5 0.18509 0.75413 0.18886 0.75529 0.18664 0.75203 0.18886 0.75529 0.17687 0.74645\n 11 116 5 0.18795 0.79780 0.19279 0.79886 0.18967 0.79501 0.19279 0.79886 0.17687 0.78903\n 11 116 5 0.18891 0.81235 0.19410 0.81339 0.19068 0.80934 0.19410 0.81339 0.17687 0.80323\n 11 116 5 0.18986 0.82691 0.19541 0.82791 0.19169 0.82366 0.19541 0.82791 0.17687 0.81742\n 11 116 5 0.19081 0.84147 0.19672 0.84243 0.19271 0.83799 0.19672 0.84243 0.17687 0.83162\n 11 116 5 0.19368 0.88513 0.20066 0.88600 0.19574 0.88097 0.20066 0.88600 0.17687 0.87421\n 11 116 5 0.18982 0.62372 0.19053 0.62557 0.19112 0.62368 0.19053 0.62557 0.19030 0.61869\n 11 116 5 0.19178 0.65298 0.19315 0.65461 0.19310 0.65248 0.19315 0.65461 0.19030 0.64708\n 11 116 5 0.19369 0.68209 0.19577 0.68366 0.19512 0.68113 0.19577 0.68366 0.19030 0.67547\n 11 116 5 0.19464 0.69665 0.19708 0.69818 0.19613 0.69546 0.19708 0.69818 0.19030 0.68966\n 11 116 5 0.19560 0.71120 0.19839 0.71271 0.19714 0.70979 0.19839 0.71271 0.19030 0.70386\n 11 116 5 0.19655 0.72576 0.19970 0.72723 0.19816 0.72411 0.19970 0.72723 0.19030 0.71806\n 11 116 5 0.19750 0.74031 0.20101 0.74175 0.19917 0.73844 0.20101 0.74175 0.19030 0.73225\n 11 116 5 0.19846 0.75487 0.20233 0.75628 0.20018 0.75277 0.20233 0.75628 0.19030 0.74645\n 11 116 5 0.20132 0.79854 0.20626 0.79984 0.20321 0.79575 0.20626 0.79984 0.19030 0.78903\n 11 116 5 0.20228 0.81309 0.20757 0.81437 0.20423 0.81007 0.20757 0.81437 0.19030 0.80323\n 11 116 5 0.20323 0.82765 0.20888 0.82889 0.20524 0.82440 0.20888 0.82889 0.19030 0.81742\n 11 116 5 0.20418 0.84221 0.21019 0.84341 0.20625 0.83873 0.21019 0.84341 0.19030 0.83162\n 11 116 5 0.20705 0.88587 0.21412 0.88698 0.20928 0.88171 0.21412 0.88698 0.19030 0.87421\n 11 116 5 0.20324 0.62461 0.20399 0.62655 0.20462 0.62456 0.20399 0.62655 0.20373 0.61869\n 11 116 5 0.20515 0.65372 0.20662 0.65560 0.20664 0.65321 0.20662 0.65560 0.20373 0.64708\n 11 116 5 0.20706 0.68283 0.20924 0.68464 0.20866 0.68187 0.20924 0.68464 0.20373 0.67547\n 11 116 5 0.20801 0.69739 0.21055 0.69917 0.20968 0.69619 0.21055 0.69917 0.20373 0.68966\n 11 116 5 0.20897 0.71194 0.21186 0.71369 0.21069 0.71052 0.21186 0.71369 0.20373 0.70386\n 11 116 5 0.20992 0.72650 0.21317 0.72821 0.21170 0.72485 0.21317 0.72821 0.20373 0.71806\n 11 116 5 0.21088 0.74105 0.21448 0.74274 0.21271 0.73917 0.21448 0.74274 0.20373 0.73225\n 11 116 5 0.21183 0.75561 0.21579 0.75726 0.21372 0.75350 0.21579 0.75726 0.20373 0.74645\n 11 116 5 0.21469 0.79928 0.21972 0.80083 0.21676 0.79648 0.21972 0.80083 0.20373 0.78903\n 11 116 5 0.21565 0.81383 0.22103 0.81535 0.21777 0.81081 0.22103 0.81535 0.20373 0.80323\n 11 116 5 0.21660 0.82839 0.22234 0.82987 0.21878 0.82513 0.22234 0.82987 0.20373 0.81742\n 11 116 5 0.21755 0.84295 0.22365 0.84440 0.21979 0.83946 0.22365 0.84440 0.20373 0.83162\n 11 116 5 0.22042 0.88661 0.22758 0.88797 0.22283 0.88244 0.22758 0.88797 0.20373 0.87421\n 11 116 5 0.22998 0.62609 0.23092 0.62852 0.23170 0.62603 0.23092 0.62852 0.23060 0.61869\n 11 116 5 0.23189 0.65520 0.23354 0.65756 0.23372 0.65468 0.23354 0.65756 0.23060 0.64708\n 11 116 5 0.23380 0.68431 0.23617 0.68661 0.23575 0.68334 0.23617 0.68661 0.23060 0.67547\n 11 116 5 0.23475 0.69887 0.23748 0.70113 0.23676 0.69766 0.23748 0.70113 0.23060 0.68966\n 11 116 5 0.23571 0.71342 0.23879 0.71565 0.23777 0.71199 0.23879 0.71565 0.23060 0.70386\n 11 116 5 0.23666 0.72798 0.24010 0.73018 0.23878 0.72632 0.24010 0.73018 0.23060 0.71806\n 11 116 5 0.23762 0.74253 0.24141 0.74470 0.23979 0.74064 0.24141 0.74470 0.23060 0.73225\n 11 116 5 0.23857 0.75709 0.24272 0.75922 0.24081 0.75497 0.24272 0.75922 0.23060 0.74645\n 11 116 5 0.24143 0.80076 0.24665 0.80279 0.24384 0.79795 0.24665 0.80279 0.23060 0.78903\n 11 116 5 0.24239 0.81531 0.24796 0.81732 0.24485 0.81228 0.24796 0.81732 0.23060 0.80323\n 11 116 5 0.24334 0.82987 0.24927 0.83184 0.24586 0.82660 0.24927 0.83184 0.23060 0.81742\n 11 116 5 0.24430 0.84443 0.25058 0.84636 0.24688 0.84093 0.25058 0.84636 0.23060 0.83162\n 11 116 5 0.24716 0.88809 0.25451 0.88993 0.24991 0.88391 0.25451 0.88993 0.23060 0.87421\n 11 116 5 0.28346 0.62905 0.28478 0.63245 0.28587 0.62897 0.28478 0.63245 0.28432 0.61869\n 11 116 5 0.28537 0.65816 0.28740 0.66149 0.28789 0.65762 0.28740 0.66149 0.28432 0.64708\n 11 116 5 0.28728 0.68727 0.29002 0.69054 0.28992 0.68627 0.29002 0.69054 0.28432 0.67547\n 11 116 5 0.28823 0.70183 0.29133 0.70506 0.29093 0.70060 0.29133 0.70506 0.28432 0.68966\n 11 116 5 0.28919 0.71638 0.29264 0.71959 0.29194 0.71493 0.29264 0.71959 0.28432 0.70386\n 11 116 5 0.29014 0.73094 0.29395 0.73411 0.29295 0.72925 0.29395 0.73411 0.28432 0.71806\n 11 116 5 0.29110 0.74549 0.29527 0.74863 0.29396 0.74358 0.29527 0.74863 0.28432 0.73225\n 11 116 5 0.29205 0.76005 0.29658 0.76316 0.29497 0.75791 0.29658 0.76316 0.28432 0.74645\n 11 116 5 0.29491 0.80372 0.30051 0.80673 0.29801 0.80089 0.30051 0.80673 0.28432 0.78903\n 11 116 5 0.29587 0.81827 0.30182 0.82125 0.29902 0.81521 0.30182 0.82125 0.28432 0.80323\n 11 116 5 0.29682 0.83283 0.30313 0.83577 0.30003 0.82954 0.30313 0.83577 0.28432 0.81742\n 11 116 5 0.29778 0.84739 0.30444 0.85029 0.30104 0.84387 0.30444 0.85029 0.28432 0.83162\n 11 116 5 0.30064 0.89105 0.30837 0.89386 0.30408 0.88685 0.30837 0.89386 0.28432 0.87421\n 11 116 5 0.31020 0.63053 0.31171 0.63441 0.31295 0.63044 0.31171 0.63441 0.31119 0.61869\n 11 116 5 0.31211 0.65964 0.31433 0.66346 0.31498 0.65909 0.31433 0.66346 0.31119 0.64708\n 11 116 5 0.31402 0.68875 0.31695 0.69251 0.31700 0.68774 0.31695 0.69251 0.31119 0.67547\n 11 116 5 0.31497 0.70331 0.31826 0.70703 0.31801 0.70207 0.31826 0.70703 0.31119 0.68966\n 11 116 5 0.31593 0.71786 0.31957 0.72155 0.31902 0.71640 0.31957 0.72155 0.31119 0.70386\n 11 116 5 0.31688 0.73242 0.32088 0.73608 0.32004 0.73072 0.32088 0.73608 0.31119 0.71806\n 11 116 5 0.31784 0.74697 0.32219 0.75060 0.32105 0.74505 0.32219 0.75060 0.31119 0.73225\n 11 116 5 0.31879 0.76153 0.32350 0.76512 0.32206 0.75937 0.32350 0.76512 0.31119 0.74645\n 11 116 5 0.32165 0.80520 0.32744 0.80869 0.32509 0.80235 0.32744 0.80869 0.31119 0.78903\n 11 116 5 0.32261 0.81975 0.32875 0.82321 0.32611 0.81668 0.32875 0.82321 0.31119 0.80323\n 11 116 5 0.32356 0.83431 0.33006 0.83774 0.32712 0.83101 0.33006 0.83774 0.31119 0.81742\n 11 116 5 0.32452 0.84887 0.33137 0.85226 0.32813 0.84533 0.33137 0.85226 0.31119 0.83162\n 11 50 2 0.32738 0.89253 0.33450 0.89550\n 11 72 3 0.33512 0.89550 0.33116 0.88831 0.33512 0.89550\n 11 50 2 0.33493 0.89550 0.31119 0.87421\n 11 116 5 0.36368 0.63349 0.36557 0.63835 0.36712 0.63337 0.36557 0.63835 0.36491 0.61869\n 11 116 5 0.36559 0.66260 0.36819 0.66739 0.36915 0.66203 0.36819 0.66739 0.36491 0.64708\n 11 116 5 0.36750 0.69171 0.37081 0.69644 0.37117 0.69068 0.37081 0.69644 0.36491 0.67547\n 11 116 5 0.36845 0.70627 0.37212 0.71096 0.37218 0.70501 0.37212 0.71096 0.36491 0.68966\n 11 116 5 0.36941 0.72082 0.37343 0.72548 0.37319 0.71933 0.37343 0.72548 0.36491 0.70386\n 11 116 5 0.37036 0.73538 0.37474 0.74001 0.37420 0.73366 0.37474 0.74001 0.36491 0.71806\n 11 116 5 0.37132 0.74994 0.37605 0.75453 0.37522 0.74799 0.37605 0.75453 0.36491 0.73225\n 11 116 5 0.37227 0.76449 0.37736 0.76905 0.37623 0.76231 0.37736 0.76905 0.36491 0.74645\n 11 116 5 0.37513 0.80816 0.38129 0.81262 0.37926 0.80529 0.38129 0.81262 0.36491 0.78903\n 11 116 5 0.37609 0.82271 0.38260 0.82715 0.38027 0.81962 0.38260 0.82715 0.36491 0.80323\n 11 116 5 0.37704 0.83727 0.38391 0.84167 0.38129 0.83395 0.38391 0.84167 0.36491 0.81742\n 11 116 5 0.37800 0.85183 0.38523 0.85619 0.38230 0.84827 0.38523 0.85619 0.36491 0.83162\n 11 50 2 0.38086 0.89549 0.38087 0.89550\n 11 72 3 0.38724 0.89550 0.38533 0.89125 0.38724 0.89550\n 11 50 2 0.38511 0.89550 0.36491 0.87421\n 11 116 5 0.40379 0.63571 0.40596 0.64129 0.40775 0.63558 0.40596 0.64129 0.40521 0.61869\n 11 116 5 0.40570 0.66482 0.40858 0.67034 0.40977 0.66423 0.40858 0.67034 0.40521 0.64708\n 11 116 5 0.40761 0.69393 0.41120 0.69939 0.41180 0.69288 0.41120 0.69939 0.40521 0.67547\n 11 116 5 0.40856 0.70849 0.41251 0.71391 0.41281 0.70721 0.41251 0.71391 0.40521 0.68966\n 11 116 5 0.40952 0.72304 0.41382 0.72843 0.41382 0.72154 0.41382 0.72843 0.40521 0.70386\n 11 116 5 0.41047 0.73760 0.41513 0.74296 0.41483 0.73586 0.41513 0.74296 0.40521 0.71806\n 11 116 5 0.41143 0.75216 0.41644 0.75748 0.41584 0.75019 0.41644 0.75748 0.40521 0.73225\n 11 116 5 0.41238 0.76671 0.41776 0.77200 0.41685 0.76452 0.41776 0.77200 0.40521 0.74645\n 11 116 5 0.41524 0.81038 0.42169 0.81557 0.41989 0.80749 0.42169 0.81557 0.40521 0.78903\n 11 116 5 0.41620 0.82493 0.42300 0.83009 0.42090 0.82182 0.42300 0.83009 0.40521 0.80323\n 11 116 5 0.41715 0.83949 0.42431 0.84462 0.42191 0.83615 0.42431 0.84462 0.40521 0.81742\n 11 50 2 0.41811 0.85405 0.42535 0.85896\n 11 72 3 0.42535 0.85829 0.42292 0.85047 0.42535 0.85829\n 11 50 2 0.42535 0.85878 0.40521 0.83162\n 11 50 2 0.42339 0.89550 0.40521 0.87421\n 11 116 5 0.41716 0.63645 0.41942 0.64228 0.42129 0.63631 0.41942 0.64228 0.41864 0.61869\n 11 116 5 0.41907 0.66556 0.42205 0.67132 0.42332 0.66496 0.42205 0.67132 0.41864 0.64708\n 11 116 5 0.42098 0.69467 0.42467 0.70037 0.42534 0.69362 0.42467 0.70037 0.41864 0.67547\n 11 50 2 0.42193 0.70923 0.42535 0.71402\n 11 50 2 0.42535 0.71275 0.41864 0.68966\n 11 50 2 0.42289 0.72378 0.42535 0.72694\n 11 50 2 0.42535 0.72370 0.41864 0.70386\n 11 50 2 0.42384 0.73834 0.42535 0.74012\n 11 50 2 0.42535 0.73551 0.41864 0.71806\n 11 50 2 0.42480 0.75290 0.42535 0.75350\n 11 50 2 0.42535 0.74787 0.41864 0.73225\n 11 50 2 0.42535 0.76061 0.41864 0.74645\n 11 50 2 0.42535 0.80023 0.41864 0.78903\n 11 50 2 0.42535 0.81372 0.41864 0.80323\n 11 50 2 0.42535 0.82731 0.41864 0.81742\n 11 50 2 0.42535 0.84098 0.41864 0.83162\n 12 50 2 0.09628 0.61869 0.09628 0.61869\n 11 50 2 0.42535 0.88233 0.41864 0.87421\n 11 116 5 0.24443 0.51819 0.25376 0.51493 0.24443 0.51166 0.25376 0.51493 0.21645 0.51493\n 21 6 1\n 25 6 1\n 11 94 4 0.27930 0.51770 0.28015 0.51813 0.28143 0.51941 0.28143 0.51045\n 11 94 4 0.28783 0.51770 0.28868 0.51813 0.28996 0.51941 0.28996 0.51045\n 11 72 3 0.29935 0.51941 0.29508 0.51343 0.30148 0.51343\n 11 50 2 0.29935 0.51941 0.29935 0.51045\n 11 116 5 0.30446 0.51130 0.30404 0.51088 0.30446 0.51045 0.30489 0.51088 0.30446 0.51130\n 82 0\n 81 6 554\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 1.00000\n 72 44 0.00000 9.47400 0.00000 9.47400\n 81 6 555\n 21 6 1\n 25 6 1\n 11 930 42 0.08956 0.10449 0.08956 0.10449 0.08956 0.10449 0.08023 0.10449 0.08956 0.10449 0.08956 0.12874 0.08023 0.12874 0.08956 0.12874 0.08956 0.15299 0.08023 0.15299 0.08956 0.15299 0.08956 0.17724 0.08023 0.17724 0.08956 0.17724 0.08956 0.20149 0.08023 0.20149 0.08956 0.20149 0.08956 0.22574 0.08023 0.22574 0.08956 0.22574 0.08956 0.25000 0.08023 0.25000 0.08956 0.25000 0.08956 0.27425 0.08023 0.27425 0.08956 0.27425 0.08956 0.29850 0.08023 0.29850 0.08956 0.29850 0.08956 0.32275 0.08023 0.32275 0.08956 0.32275 0.08956 0.34700 0.08023 0.34700 0.08956 0.34700 0.08956 0.37125 0.08023 0.37125 0.08956 0.37125 0.08956 0.39550 0.08023 0.39550 0.08956 0.39550 0.08956 0.39550\n 11 94 4 0.05900 0.10680 0.05971 0.10716 0.06078 0.10822 0.06078 0.10076\n 11 116 5 0.06575 0.10147 0.06540 0.10111 0.06575 0.10076 0.06611 0.10111 0.06575 0.10147\n 11 380 17 0.07073 0.10822 0.06966 0.10787 0.06895 0.10680 0.06859 0.10502 0.06859 0.10396 0.06895 0.10218 0.06966 0.10111 0.07073 0.10076 0.07144 0.10076 0.07250 0.10111 0.07321 0.10218 0.07357 0.10396 0.07357 0.10502 0.07321 0.10680 0.07250 0.10787 0.07144 0.10822 0.07073 0.10822\n 11 336 15 0.05864 0.15672 0.06255 0.15672 0.06042 0.15388 0.06149 0.15388 0.06220 0.15353 0.06255 0.15317 0.06291 0.15210 0.06291 0.15139 0.06255 0.15033 0.06184 0.14962 0.06078 0.14926 0.05971 0.14926 0.05864 0.14962 0.05829 0.14997 0.05793 0.15068\n 11 116 5 0.06575 0.14997 0.06540 0.14962 0.06575 0.14926 0.06611 0.14962 0.06575 0.14997\n 11 380 17 0.07073 0.15672 0.06966 0.15637 0.06895 0.15530 0.06859 0.15353 0.06859 0.15246 0.06895 0.15068 0.06966 0.14962 0.07073 0.14926 0.07144 0.14926 0.07250 0.14962 0.07321 0.15068 0.07357 0.15246 0.07357 0.15353 0.07321 0.15530 0.07250 0.15637 0.07144 0.15672 0.07073 0.15672\n 11 380 17 0.06220 0.20523 0.05864 0.20523 0.05829 0.20203 0.05864 0.20238 0.05971 0.20274 0.06078 0.20274 0.06184 0.20238 0.06255 0.20167 0.06291 0.20061 0.06291 0.19989 0.06255 0.19883 0.06184 0.19812 0.06078 0.19776 0.05971 0.19776 0.05864 0.19812 0.05829 0.19847 0.05793 0.19918\n 11 116 5 0.06575 0.19847 0.06540 0.19812 0.06575 0.19776 0.06611 0.19812 0.06575 0.19847\n 11 380 17 0.07073 0.20523 0.06966 0.20487 0.06895 0.20380 0.06859 0.20203 0.06859 0.20096 0.06895 0.19918 0.06966 0.19812 0.07073 0.19776 0.07144 0.19776 0.07250 0.19812 0.07321 0.19918 0.07357 0.20096 0.07357 0.20203 0.07321 0.20380 0.07250 0.20487 0.07144 0.20523 0.07073 0.20523\n 11 50 2 0.06291 0.25373 0.05935 0.24626\n 11 50 2 0.05793 0.25373 0.06291 0.25373\n 11 116 5 0.06575 0.24697 0.06540 0.24662 0.06575 0.24626 0.06611 0.24662 0.06575 0.24697\n 11 380 17 0.07073 0.25373 0.06966 0.25337 0.06895 0.25231 0.06859 0.25053 0.06859 0.24946 0.06895 0.24768 0.06966 0.24662 0.07073 0.24626 0.07144 0.24626 0.07250 0.24662 0.07321 0.24768 0.07357 0.24946 0.07357 0.25053 0.07321 0.25231 0.07250 0.25337 0.07144 0.25373 0.07073 0.25373\n 11 512 23 0.06255 0.29974 0.06220 0.29867 0.06149 0.29796 0.06042 0.29761 0.06006 0.29761 0.05900 0.29796 0.05829 0.29867 0.05793 0.29974 0.05793 0.30010 0.05829 0.30116 0.05900 0.30187 0.06006 0.30223 0.06042 0.30223 0.06149 0.30187 0.06220 0.30116 0.06255 0.29974 0.06255 0.29796 0.06220 0.29619 0.06149 0.29512 0.06042 0.29476 0.05971 0.29476 0.05864 0.29512 0.05829 0.29583\n 11 116 5 0.06575 0.29548 0.06540 0.29512 0.06575 0.29476 0.06611 0.29512 0.06575 0.29548\n 11 380 17 0.07073 0.30223 0.06966 0.30187 0.06895 0.30081 0.06859 0.29903 0.06859 0.29796 0.06895 0.29619 0.06966 0.29512 0.07073 0.29476 0.07144 0.29476 0.07250 0.29512 0.07321 0.29619 0.07357 0.29796 0.07357 0.29903 0.07321 0.30081 0.07250 0.30187 0.07144 0.30223 0.07073 0.30223\n 11 94 4 0.05189 0.34931 0.05260 0.34966 0.05367 0.35073 0.05367 0.34327\n 11 94 4 0.05900 0.34931 0.05971 0.34966 0.06078 0.35073 0.06078 0.34327\n 11 116 5 0.06575 0.34398 0.06540 0.34362 0.06575 0.34327 0.06611 0.34362 0.06575 0.34398\n 11 380 17 0.07073 0.35073 0.06966 0.35037 0.06895 0.34931 0.06859 0.34753 0.06859 0.34646 0.06895 0.34469 0.06966 0.34362 0.07073 0.34327 0.07144 0.34327 0.07250 0.34362 0.07321 0.34469 0.07357 0.34646 0.07357 0.34753 0.07321 0.34931 0.07250 0.35037 0.07144 0.35073 0.07073 0.35073\n 11 94 4 0.05189 0.39781 0.05260 0.39816 0.05367 0.39923 0.05367 0.39177\n 11 336 15 0.05864 0.39923 0.06255 0.39923 0.06042 0.39639 0.06149 0.39639 0.06220 0.39603 0.06255 0.39568 0.06291 0.39461 0.06291 0.39390 0.06255 0.39283 0.06184 0.39212 0.06078 0.39177 0.05971 0.39177 0.05864 0.39212 0.05829 0.39248 0.05793 0.39319\n 11 116 5 0.06575 0.39248 0.06540 0.39212 0.06575 0.39177 0.06611 0.39212 0.06575 0.39248\n 11 380 17 0.07073 0.39923 0.06966 0.39888 0.06895 0.39781 0.06859 0.39603 0.06859 0.39497 0.06895 0.39319 0.06966 0.39212 0.07073 0.39177 0.07144 0.39177 0.07250 0.39212 0.07321 0.39319 0.07357 0.39497 0.07357 0.39603 0.07321 0.39781 0.07250 0.39888 0.07144 0.39923 0.07073 0.39923\n 11 930 42 0.42535 0.10449 0.42535 0.10449 0.42535 0.10449 0.43468 0.10449 0.42535 0.10449 0.42535 0.12874 0.43468 0.12874 0.42535 0.12874 0.42535 0.15299 0.43468 0.15299 0.42535 0.15299 0.42535 0.17724 0.43468 0.17724 0.42535 0.17724 0.42535 0.20149 0.43468 0.20149 0.42535 0.20149 0.42535 0.22574 0.43468 0.22574 0.42535 0.22574 0.42535 0.25000 0.43468 0.25000 0.42535 0.25000 0.42535 0.27425 0.43468 0.27425 0.42535 0.27425 0.42535 0.29850 0.43468 0.29850 0.42535 0.29850 0.42535 0.32275 0.43468 0.32275 0.42535 0.32275 0.42535 0.34700 0.43468 0.34700 0.42535 0.34700 0.42535 0.37125 0.43468 0.37125 0.42535 0.37125 0.42535 0.39550 0.43468 0.39550 0.42535 0.39550 0.42535 0.39550\n 11 930 42 0.08956 0.39550 0.08956 0.39550 0.08956 0.39550 0.08956 0.40483 0.08956 0.39550 0.11755 0.39550 0.11755 0.40483 0.11755 0.39550 0.14553 0.39550 0.14553 0.40483 0.14553 0.39550 0.17351 0.39550 0.17351 0.40483 0.17351 0.39550 0.20149 0.39550 0.20149 0.40483 0.20149 0.39550 0.22948 0.39550 0.22948 0.40483 0.22948 0.39550 0.25746 0.39550 0.25746 0.40483 0.25746 0.39550 0.28544 0.39550 0.28544 0.40483 0.28544 0.39550 0.31342 0.39550 0.31342 0.40483 0.31342 0.39550 0.34141 0.39550 0.34141 0.40483 0.34141 0.39550 0.36939 0.39550 0.36939 0.40483 0.36939 0.39550 0.39737 0.39550 0.39737 0.40483 0.39737 0.39550 0.42535 0.39550 0.42535 0.40483 0.42535 0.39550 0.42535 0.39550\n 11 930 42 0.08956 0.10449 0.08956 0.10449 0.08956 0.10449 0.08956 0.09516 0.08956 0.10449 0.11755 0.10449 0.11755 0.09516 0.11755 0.10449 0.14553 0.10449 0.14553 0.09516 0.14553 0.10449 0.17351 0.10449 0.17351 0.09516 0.17351 0.10449 0.20149 0.10449 0.20149 0.09516 0.20149 0.10449 0.22948 0.10449 0.22948 0.09516 0.22948 0.10449 0.25746 0.10449 0.25746 0.09516 0.25746 0.10449 0.28544 0.10449 0.28544 0.09516 0.28544 0.10449 0.31342 0.10449 0.31342 0.09516 0.31342 0.10449 0.34141 0.10449 0.34141 0.09516 0.34141 0.10449 0.36939 0.10449 0.36939 0.09516 0.36939 0.10449 0.39737 0.10449 0.39737 0.09516 0.39737 0.10449 0.42535 0.10449 0.42535 0.09516 0.42535 0.10449 0.42535 0.10449\n 11 94 4 0.08281 0.08702 0.08352 0.08738 0.08459 0.08844 0.08459 0.08098\n 11 116 5 0.08956 0.08169 0.08921 0.08134 0.08956 0.08098 0.08992 0.08134 0.08956 0.08169\n 11 380 17 0.09454 0.08844 0.09347 0.08809 0.09276 0.08702 0.09241 0.08525 0.09241 0.08418 0.09276 0.08240 0.09347 0.08134 0.09454 0.08098 0.09525 0.08098 0.09632 0.08134 0.09703 0.08240 0.09738 0.08418 0.09738 0.08525 0.09703 0.08702 0.09632 0.08809 0.09525 0.08844 0.09454 0.08844\n 11 336 15 0.13842 0.08844 0.14233 0.08844 0.14020 0.08560 0.14126 0.08560 0.14197 0.08525 0.14233 0.08489 0.14269 0.08382 0.14269 0.08311 0.14233 0.08205 0.14162 0.08134 0.14055 0.08098 0.13949 0.08098 0.13842 0.08134 0.13807 0.08169 0.13771 0.08240\n 11 116 5 0.14553 0.08169 0.14517 0.08134 0.14553 0.08098 0.14588 0.08134 0.14553 0.08169\n 11 380 17 0.15050 0.08844 0.14944 0.08809 0.14873 0.08702 0.14837 0.08525 0.14837 0.08418 0.14873 0.08240 0.14944 0.08134 0.15050 0.08098 0.15122 0.08098 0.15228 0.08134 0.15299 0.08240 0.15335 0.08418 0.15335 0.08525 0.15299 0.08702 0.15228 0.08809 0.15122 0.08844 0.15050 0.08844\n 11 380 17 0.19794 0.08844 0.19439 0.08844 0.19403 0.08525 0.19439 0.08560 0.19545 0.08596 0.19652 0.08596 0.19758 0.08560 0.19830 0.08489 0.19865 0.08382 0.19865 0.08311 0.19830 0.08205 0.19758 0.08134 0.19652 0.08098 0.19545 0.08098 0.19439 0.08134 0.19403 0.08169 0.19367 0.08240\n 11 116 5 0.20149 0.08169 0.20114 0.08134 0.20149 0.08098 0.20185 0.08134 0.20149 0.08169\n 11 380 17 0.20647 0.08844 0.20540 0.08809 0.20469 0.08702 0.20434 0.08525 0.20434 0.08418 0.20469 0.08240 0.20540 0.08134 0.20647 0.08098 0.20718 0.08098 0.20825 0.08134 0.20896 0.08240 0.20931 0.08418 0.20931 0.08525 0.20896 0.08702 0.20825 0.08809 0.20718 0.08844 0.20647 0.08844\n 11 50 2 0.25462 0.08844 0.25106 0.08098\n 11 50 2 0.24964 0.08844 0.25462 0.08844\n 11 116 5 0.25746 0.08169 0.25710 0.08134 0.25746 0.08098 0.25781 0.08134 0.25746 0.08169\n 11 380 17 0.26243 0.08844 0.26137 0.08809 0.26066 0.08702 0.26030 0.08525 0.26030 0.08418 0.26066 0.08240 0.26137 0.08134 0.26243 0.08098 0.26315 0.08098 0.26421 0.08134 0.26492 0.08240 0.26528 0.08418 0.26528 0.08525 0.26492 0.08702 0.26421 0.08809 0.26315 0.08844 0.26243 0.08844\n 11 512 23 0.31023 0.08596 0.30987 0.08489 0.30916 0.08418 0.30809 0.08382 0.30774 0.08382 0.30667 0.08418 0.30596 0.08489 0.30560 0.08596 0.30560 0.08631 0.30596 0.08738 0.30667 0.08809 0.30774 0.08844 0.30809 0.08844 0.30916 0.08809 0.30987 0.08738 0.31023 0.08596 0.31023 0.08418 0.30987 0.08240 0.30916 0.08134 0.30809 0.08098 0.30738 0.08098 0.30632 0.08134 0.30596 0.08205\n 11 116 5 0.31342 0.08169 0.31307 0.08134 0.31342 0.08098 0.31378 0.08134 0.31342 0.08169\n 11 380 17 0.31840 0.08844 0.31733 0.08809 0.31662 0.08702 0.31627 0.08525 0.31627 0.08418 0.31662 0.08240 0.31733 0.08134 0.31840 0.08098 0.31911 0.08098 0.32018 0.08134 0.32089 0.08240 0.32124 0.08418 0.32124 0.08525 0.32089 0.08702 0.32018 0.08809 0.31911 0.08844 0.31840 0.08844\n 11 94 4 0.35908 0.08702 0.35979 0.08738 0.36086 0.08844 0.36086 0.08098\n 11 94 4 0.36619 0.08702 0.36690 0.08738 0.36797 0.08844 0.36797 0.08098\n 11 116 5 0.37294 0.08169 0.37259 0.08134 0.37294 0.08098 0.37330 0.08134 0.37294 0.08169\n 11 380 17 0.37792 0.08844 0.37685 0.08809 0.37614 0.08702 0.37579 0.08525 0.37579 0.08418 0.37614 0.08240 0.37685 0.08134 0.37792 0.08098 0.37863 0.08098 0.37970 0.08134 0.38041 0.08240 0.38076 0.08418 0.38076 0.08525 0.38041 0.08702 0.37970 0.08809 0.37863 0.08844 0.37792 0.08844\n 11 94 4 0.41505 0.08702 0.41576 0.08738 0.41682 0.08844 0.41682 0.08098\n 11 336 15 0.42180 0.08844 0.42571 0.08844 0.42358 0.08560 0.42464 0.08560 0.42535 0.08525 0.42571 0.08489 0.42606 0.08382 0.42606 0.08311 0.42571 0.08205 0.42500 0.08134 0.42393 0.08098 0.42287 0.08098 0.42180 0.08134 0.42144 0.08169 0.42109 0.08240\n 11 116 5 0.42891 0.08169 0.42855 0.08134 0.42891 0.08098 0.42926 0.08134 0.42891 0.08169\n 11 380 17 0.43388 0.08844 0.43282 0.08809 0.43211 0.08702 0.43175 0.08525 0.43175 0.08418 0.43211 0.08240 0.43282 0.08134 0.43388 0.08098 0.43459 0.08098 0.43566 0.08134 0.43637 0.08240 0.43673 0.08418 0.43673 0.08525 0.43637 0.08702 0.43566 0.08809 0.43459 0.08844 0.43388 0.08844\n 11 930 42 0.08956 0.10449 0.08956 0.10449 0.08956 0.10449 0.08023 0.10449 0.08956 0.10449 0.08956 0.12874 0.08023 0.12874 0.08956 0.12874 0.08956 0.15299 0.08023 0.15299 0.08956 0.15299 0.08956 0.17724 0.08023 0.17724 0.08956 0.17724 0.08956 0.20149 0.08023 0.20149 0.08956 0.20149 0.08956 0.22574 0.08023 0.22574 0.08956 0.22574 0.08956 0.25000 0.08023 0.25000 0.08956 0.25000 0.08956 0.27425 0.08023 0.27425 0.08956 0.27425 0.08956 0.29850 0.08023 0.29850 0.08956 0.29850 0.08956 0.32275 0.08023 0.32275 0.08956 0.32275 0.08956 0.34700 0.08023 0.34700 0.08956 0.34700 0.08956 0.37125 0.08023 0.37125 0.08956 0.37125 0.08956 0.39550 0.08023 0.39550 0.08956 0.39550 0.08956 0.39550\n 11 930 42 0.42535 0.10449 0.42535 0.10449 0.42535 0.10449 0.43468 0.10449 0.42535 0.10449 0.42535 0.12874 0.43468 0.12874 0.42535 0.12874 0.42535 0.15299 0.43468 0.15299 0.42535 0.15299 0.42535 0.17724 0.43468 0.17724 0.42535 0.17724 0.42535 0.20149 0.43468 0.20149 0.42535 0.20149 0.42535 0.22574 0.43468 0.22574 0.42535 0.22574 0.42535 0.25000 0.43468 0.25000 0.42535 0.25000 0.42535 0.27425 0.43468 0.27425 0.42535 0.27425 0.42535 0.29850 0.43468 0.29850 0.42535 0.29850 0.42535 0.32275 0.43468 0.32275 0.42535 0.32275 0.42535 0.34700 0.43468 0.34700 0.42535 0.34700 0.42535 0.37125 0.43468 0.37125 0.42535 0.37125 0.42535 0.39550 0.43468 0.39550 0.42535 0.39550 0.42535 0.39550\n 11 930 42 0.08956 0.39550 0.08956 0.39550 0.08956 0.39550 0.08956 0.40483 0.08956 0.39550 0.11755 0.39550 0.11755 0.40483 0.11755 0.39550 0.14553 0.39550 0.14553 0.40483 0.14553 0.39550 0.17351 0.39550 0.17351 0.40483 0.17351 0.39550 0.20149 0.39550 0.20149 0.40483 0.20149 0.39550 0.22948 0.39550 0.22948 0.40483 0.22948 0.39550 0.25746 0.39550 0.25746 0.40483 0.25746 0.39550 0.28544 0.39550 0.28544 0.40483 0.28544 0.39550 0.31342 0.39550 0.31342 0.40483 0.31342 0.39550 0.34141 0.39550 0.34141 0.40483 0.34141 0.39550 0.36939 0.39550 0.36939 0.40483 0.36939 0.39550 0.39737 0.39550 0.39737 0.40483 0.39737 0.39550 0.42535 0.39550 0.42535 0.40483 0.42535 0.39550 0.42535 0.39550\n 11 930 42 0.08956 0.10449 0.08956 0.10449 0.08956 0.10449 0.08956 0.09516 0.08956 0.10449 0.11755 0.10449 0.11755 0.09516 0.11755 0.10449 0.14553 0.10449 0.14553 0.09516 0.14553 0.10449 0.17351 0.10449 0.17351 0.09516 0.17351 0.10449 0.20149 0.10449 0.20149 0.09516 0.20149 0.10449 0.22948 0.10449 0.22948 0.09516 0.22948 0.10449 0.25746 0.10449 0.25746 0.09516 0.25746 0.10449 0.28544 0.10449 0.28544 0.09516 0.28544 0.10449 0.31342 0.10449 0.31342 0.09516 0.31342 0.10449 0.34141 0.10449 0.34141 0.09516 0.34141 0.10449 0.36939 0.10449 0.36939 0.09516 0.36939 0.10449 0.39737 0.10449 0.39737 0.09516 0.39737 0.10449 0.42535 0.10449 0.42535 0.09516 0.42535 0.10449 0.42535 0.10449\n 11 50 2 0.03184 0.22014 0.04080 0.22014\n 11 50 2 0.03184 0.22014 0.04080 0.22355\n 11 50 2 0.03184 0.22696 0.04080 0.22355\n 11 50 2 0.03184 0.22696 0.04080 0.22696\n 11 72 3 0.03184 0.22910 0.03611 0.23251 0.04080 0.23251\n 11 50 2 0.03184 0.23592 0.03611 0.23251\n 11 50 2 0.03312 0.24189 0.04080 0.24189\n 11 50 2 0.03696 0.23805 0.03696 0.24573\n 11 380 17 0.03184 0.25127 0.03227 0.25000 0.03355 0.24914 0.03568 0.24872 0.03696 0.24872 0.03910 0.24914 0.04037 0.25000 0.04080 0.25127 0.04080 0.25213 0.04037 0.25341 0.03910 0.25426 0.03696 0.25469 0.03568 0.25469 0.03355 0.25426 0.03227 0.25341 0.03184 0.25213 0.03184 0.25127\n 11 50 2 0.03440 0.25938 0.03952 0.25938\n 11 50 2 0.03568 0.25725 0.03824 0.26151\n 11 50 2 0.03568 0.26151 0.03824 0.25725\n 11 50 2 0.03184 0.26450 0.04080 0.26450\n 11 50 2 0.03184 0.26450 0.04080 0.26791\n 11 50 2 0.03184 0.27132 0.04080 0.26791\n 11 50 2 0.03184 0.27132 0.04080 0.27132\n 11 50 2 0.03184 0.27431 0.04080 0.28028\n 11 50 2 0.03184 0.28028 0.04080 0.27431\n 11 50 2 0.22078 0.07202 0.22078 0.06307\n 11 50 2 0.22078 0.07202 0.22419 0.06307\n 11 50 2 0.22760 0.07202 0.22419 0.06307\n 11 50 2 0.22760 0.07202 0.22760 0.06307\n 11 50 2 0.23059 0.07202 0.23656 0.06307\n 11 50 2 0.23656 0.07202 0.23059 0.06307\n 11 50 2 0.25021 0.07074 0.25021 0.06307\n 11 50 2 0.24637 0.06691 0.25405 0.06691\n 11 380 17 0.26642 0.07202 0.26514 0.07160 0.26428 0.07032 0.26386 0.06819 0.26386 0.06691 0.26428 0.06477 0.26514 0.06349 0.26642 0.06307 0.26727 0.06307 0.26855 0.06349 0.26940 0.06477 0.26983 0.06691 0.26983 0.06819 0.26940 0.07032 0.26855 0.07160 0.26727 0.07202 0.26642 0.07202\n 11 50 2 0.27452 0.06947 0.27452 0.06435\n 11 50 2 0.27239 0.06819 0.27665 0.06563\n 11 50 2 0.27665 0.06819 0.27239 0.06563\n 11 50 2 0.27964 0.07202 0.27964 0.06307\n 11 50 2 0.27964 0.07202 0.28305 0.06307\n 11 50 2 0.28646 0.07202 0.28305 0.06307\n 11 50 2 0.28646 0.07202 0.28646 0.06307\n 11 72 3 0.28859 0.07202 0.29200 0.06776 0.29200 0.06307\n 11 50 2 0.29542 0.07202 0.29200 0.06776\n 11 50 2 0.18495 0.04068 0.18495 0.02575\n 11 50 2 0.18567 0.04068 0.18567 0.02575\n 11 226 10 0.18282 0.04068 0.19135 0.04068 0.19348 0.03997 0.19420 0.03926 0.19491 0.03783 0.19491 0.03641 0.19420 0.03499 0.19348 0.03428 0.19135 0.03357 0.18567 0.03357\n 11 182 8 0.19135 0.04068 0.19277 0.03997 0.19348 0.03926 0.19420 0.03783 0.19420 0.03641 0.19348 0.03499 0.19277 0.03428 0.19135 0.03357\n 11 50 2 0.18282 0.02575 0.18780 0.02575\n 11 160 7 0.18922 0.03357 0.19064 0.03286 0.19135 0.03215 0.19348 0.02717 0.19420 0.02646 0.19491 0.02646 0.19562 0.02717\n 11 160 7 0.19064 0.03286 0.19135 0.03144 0.19277 0.02646 0.19348 0.02575 0.19491 0.02575 0.19562 0.02717 0.19562 0.02788\n 11 380 17 0.19988 0.03144 0.20841 0.03144 0.20841 0.03286 0.20770 0.03428 0.20699 0.03499 0.20557 0.03570 0.20344 0.03570 0.20130 0.03499 0.19988 0.03357 0.19917 0.03144 0.19917 0.03001 0.19988 0.02788 0.20130 0.02646 0.20344 0.02575 0.20486 0.02575 0.20699 0.02646 0.20841 0.02788\n 11 72 3 0.20770 0.03144 0.20770 0.03357 0.20699 0.03499\n 11 182 8 0.20344 0.03570 0.20201 0.03499 0.20059 0.03357 0.19988 0.03144 0.19988 0.03001 0.20059 0.02788 0.20201 0.02646 0.20344 0.02575\n 11 380 17 0.21623 0.03570 0.21481 0.03499 0.21410 0.03428 0.21339 0.03286 0.21339 0.03144 0.21410 0.03001 0.21481 0.02930 0.21623 0.02859 0.21765 0.02859 0.21907 0.02930 0.21979 0.03001 0.22050 0.03144 0.22050 0.03286 0.21979 0.03428 0.21907 0.03499 0.21765 0.03570 0.21623 0.03570\n 11 94 4 0.21481 0.03499 0.21410 0.03357 0.21410 0.03073 0.21481 0.02930\n 11 94 4 0.21907 0.02930 0.21979 0.03073 0.21979 0.03357 0.21907 0.03499\n 11 116 5 0.21979 0.03428 0.22050 0.03499 0.22192 0.03570 0.22192 0.03499 0.22050 0.03499\n 11 204 9 0.21410 0.03001 0.21339 0.02930 0.21268 0.02788 0.21268 0.02717 0.21339 0.02575 0.21552 0.02504 0.21907 0.02504 0.22121 0.02433 0.22192 0.02362\n 11 336 15 0.21268 0.02717 0.21339 0.02646 0.21552 0.02575 0.21907 0.02575 0.22121 0.02504 0.22192 0.02362 0.22192 0.02291 0.22121 0.02148 0.21907 0.02077 0.21481 0.02077 0.21268 0.02148 0.21197 0.02291 0.21197 0.02362 0.21268 0.02504 0.21481 0.02575\n 11 160 7 0.22760 0.03570 0.22760 0.02788 0.22832 0.02646 0.23045 0.02575 0.23187 0.02575 0.23400 0.02646 0.23542 0.02788\n 11 94 4 0.22832 0.03570 0.22832 0.02788 0.22903 0.02646 0.23045 0.02575\n 11 50 2 0.23542 0.03570 0.23542 0.02575\n 11 50 2 0.23613 0.03570 0.23613 0.02575\n 11 50 2 0.22547 0.03570 0.22832 0.03570\n 11 50 2 0.23329 0.03570 0.23613 0.03570\n 11 50 2 0.23542 0.02575 0.23827 0.02575\n 11 50 2 0.24324 0.04068 0.24324 0.02575\n 11 50 2 0.24395 0.04068 0.24395 0.02575\n 11 50 2 0.24111 0.04068 0.24395 0.04068\n 11 50 2 0.24111 0.02575 0.24609 0.02575\n 11 292 13 0.25106 0.03428 0.25106 0.03357 0.25035 0.03357 0.25035 0.03428 0.25106 0.03499 0.25248 0.03570 0.25533 0.03570 0.25675 0.03499 0.25746 0.03428 0.25817 0.03286 0.25817 0.02788 0.25888 0.02646 0.25959 0.02575\n 11 116 5 0.25746 0.03428 0.25746 0.02788 0.25817 0.02646 0.25959 0.02575 0.26030 0.02575\n 11 248 11 0.25746 0.03286 0.25675 0.03215 0.25248 0.03144 0.25035 0.03073 0.24964 0.02930 0.24964 0.02788 0.25035 0.02646 0.25248 0.02575 0.25462 0.02575 0.25604 0.02646 0.25746 0.02788\n 11 138 6 0.25248 0.03144 0.25106 0.03073 0.25035 0.02930 0.25035 0.02788 0.25106 0.02646 0.25248 0.02575\n 11 50 2 0.26528 0.03570 0.26528 0.02575\n 11 50 2 0.26599 0.03570 0.26599 0.02575\n 11 226 10 0.26599 0.03144 0.26670 0.03357 0.26812 0.03499 0.26954 0.03570 0.27168 0.03570 0.27239 0.03499 0.27239 0.03428 0.27168 0.03357 0.27096 0.03428 0.27168 0.03499\n 11 50 2 0.26315 0.03570 0.26599 0.03570\n 11 50 2 0.26315 0.02575 0.26812 0.02575\n 11 380 17 0.29087 0.03570 0.28945 0.03499 0.28874 0.03428 0.28802 0.03286 0.28802 0.03144 0.28874 0.03001 0.28945 0.02930 0.29087 0.02859 0.29229 0.02859 0.29371 0.02930 0.29442 0.03001 0.29513 0.03144 0.29513 0.03286 0.29442 0.03428 0.29371 0.03499 0.29229 0.03570 0.29087 0.03570\n 11 94 4 0.28945 0.03499 0.28874 0.03357 0.28874 0.03073 0.28945 0.02930\n 11 94 4 0.29371 0.02930 0.29442 0.03073 0.29442 0.03357 0.29371 0.03499\n 11 116 5 0.29442 0.03428 0.29513 0.03499 0.29655 0.03570 0.29655 0.03499 0.29513 0.03499\n 11 204 9 0.28874 0.03001 0.28802 0.02930 0.28731 0.02788 0.28731 0.02717 0.28802 0.02575 0.29016 0.02504 0.29371 0.02504 0.29584 0.02433 0.29655 0.02362\n 11 336 15 0.28731 0.02717 0.28802 0.02646 0.29016 0.02575 0.29371 0.02575 0.29584 0.02504 0.29655 0.02362 0.29655 0.02291 0.29584 0.02148 0.29371 0.02077 0.28945 0.02077 0.28731 0.02148 0.28660 0.02291 0.28660 0.02362 0.28731 0.02504 0.28945 0.02575\n 11 50 2 0.30224 0.03570 0.30224 0.02575\n 11 50 2 0.30295 0.03570 0.30295 0.02575\n 11 226 10 0.30295 0.03144 0.30366 0.03357 0.30508 0.03499 0.30651 0.03570 0.30864 0.03570 0.30935 0.03499 0.30935 0.03428 0.30864 0.03357 0.30793 0.03428 0.30864 0.03499\n 11 50 2 0.30011 0.03570 0.30295 0.03570\n 11 50 2 0.30011 0.02575 0.30508 0.02575\n 11 116 5 0.31432 0.04068 0.31361 0.03997 0.31432 0.03926 0.31504 0.03997 0.31432 0.04068\n 11 50 2 0.31432 0.03570 0.31432 0.02575\n 11 50 2 0.31504 0.03570 0.31504 0.02575\n 11 50 2 0.31219 0.03570 0.31504 0.03570\n 11 50 2 0.31219 0.02575 0.31717 0.02575\n 11 50 2 0.32925 0.04068 0.32925 0.02575\n 11 50 2 0.32996 0.04068 0.32996 0.02575\n 11 314 14 0.32925 0.03357 0.32783 0.03499 0.32641 0.03570 0.32499 0.03570 0.32285 0.03499 0.32143 0.03357 0.32072 0.03144 0.32072 0.03001 0.32143 0.02788 0.32285 0.02646 0.32499 0.02575 0.32641 0.02575 0.32783 0.02646 0.32925 0.02788\n 11 182 8 0.32499 0.03570 0.32357 0.03499 0.32214 0.03357 0.32143 0.03144 0.32143 0.03001 0.32214 0.02788 0.32357 0.02646 0.32499 0.02575\n 11 50 2 0.32712 0.04068 0.32996 0.04068\n 11 50 2 0.32925 0.02575 0.33210 0.02575\n 21 6 1\n 25 6 1\n 11 50 2 0.08956 0.10449 0.08956 0.10449\n 11 50 2 0.08956 0.12874 0.09251 0.12938\n 11 50 2 0.09251 0.12938 0.09194 0.12943\n 11 50 2 0.09251 0.12938 0.09203 0.12910\n 11 50 2 0.08956 0.15299 0.09546 0.15427\n 11 50 2 0.09546 0.15427 0.09431 0.15437\n 11 50 2 0.09546 0.15427 0.09450 0.15371\n 11 50 2 0.08956 0.17724 0.09693 0.17884\n 11 50 2 0.09693 0.17884 0.09549 0.17897\n 11 50 2 0.09693 0.17884 0.09573 0.17814\n 11 50 2 0.08956 0.20149 0.09841 0.20341\n 11 50 2 0.09841 0.20341 0.09668 0.20357\n 11 50 2 0.09841 0.20341 0.09697 0.20257\n 11 50 2 0.08956 0.22574 0.09988 0.22798\n 11 50 2 0.09988 0.22798 0.09787 0.22816\n 11 50 2 0.09988 0.22798 0.09820 0.22700\n 11 50 2 0.08956 0.25000 0.10136 0.25255\n 11 50 2 0.10136 0.25255 0.09905 0.25276\n 11 50 2 0.10136 0.25255 0.09944 0.25143\n 11 50 2 0.08956 0.27425 0.10283 0.27712\n 11 50 2 0.10283 0.27712 0.10024 0.27735\n 11 50 2 0.10283 0.27712 0.10067 0.27586\n 11 50 2 0.08956 0.29850 0.10725 0.30233\n 11 50 2 0.10725 0.30233 0.10380 0.30264\n 11 50 2 0.10725 0.30233 0.10437 0.30064\n 11 50 2 0.08956 0.32275 0.10873 0.32690\n 11 50 2 0.10873 0.32690 0.10498 0.32724\n 11 50 2 0.10873 0.32690 0.10561 0.32507\n 11 50 2 0.08956 0.34700 0.11020 0.35147\n 11 50 2 0.11020 0.35147 0.10617 0.35183\n 11 50 2 0.11020 0.35147 0.10684 0.34950\n 11 50 2 0.08956 0.37125 0.11167 0.37604\n 11 50 2 0.11167 0.37604 0.10736 0.37643\n 11 50 2 0.11167 0.37604 0.10808 0.37393\n 11 50 2 0.08956 0.39550 0.09841 0.39550\n 11 50 2 0.11755 0.10449 0.11760 0.10577\n 11 50 2 0.11760 0.10577 0.11752 0.10560\n 11 50 2 0.11760 0.10577 0.11766 0.10560\n 11 50 2 0.11755 0.12874 0.12053 0.13034\n 11 50 2 0.12053 0.13034 0.11988 0.13022\n 11 50 2 0.12053 0.13034 0.12012 0.12988\n 11 50 2 0.11755 0.15299 0.12348 0.15523\n 11 50 2 0.12348 0.15523 0.12225 0.15516\n 11 50 2 0.12348 0.15523 0.12259 0.15449\n 11 50 2 0.11755 0.17724 0.12495 0.17980\n 11 50 2 0.12495 0.17980 0.12344 0.17976\n 11 50 2 0.12495 0.17980 0.12382 0.17892\n 11 50 2 0.11755 0.20149 0.12643 0.20437\n 11 50 2 0.12643 0.20437 0.12462 0.20436\n 11 50 2 0.12643 0.20437 0.12505 0.20335\n 11 50 2 0.11755 0.22574 0.12790 0.22894\n 11 50 2 0.12790 0.22894 0.12581 0.22895\n 11 50 2 0.12790 0.22894 0.12629 0.22778\n 11 50 2 0.11755 0.25000 0.12938 0.25351\n 11 50 2 0.12938 0.25351 0.12699 0.25355\n 11 50 2 0.12938 0.25351 0.12752 0.25221\n 11 50 2 0.11755 0.27425 0.13085 0.27808\n 11 50 2 0.13085 0.27808 0.12818 0.27814\n 11 50 2 0.13085 0.27808 0.12876 0.27664\n 11 50 2 0.11755 0.29850 0.13527 0.30329\n 11 50 2 0.13527 0.30329 0.13174 0.30343\n 11 50 2 0.13527 0.30329 0.13246 0.30143\n 11 50 2 0.11755 0.32275 0.13675 0.32786\n 11 50 2 0.13675 0.32786 0.13292 0.32803\n 11 50 2 0.13675 0.32786 0.13369 0.32586\n 11 50 2 0.11755 0.34700 0.13822 0.35243\n 11 50 2 0.13822 0.35243 0.13411 0.35262\n 11 50 2 0.13822 0.35243 0.13493 0.35029\n 11 50 2 0.11755 0.37125 0.13969 0.37700\n 11 50 2 0.13969 0.37700 0.13530 0.37722\n 11 50 2 0.13969 0.37700 0.13616 0.37472\n 11 50 2 0.11755 0.39550 0.12640 0.39550\n 11 50 2 0.14553 0.10449 0.14563 0.10705\n 11 50 2 0.14563 0.10705 0.14547 0.10671\n 11 50 2 0.14563 0.10705 0.14576 0.10670\n 11 50 2 0.14553 0.12874 0.14855 0.13130\n 11 50 2 0.14855 0.13130 0.14782 0.13101\n 11 50 2 0.14855 0.13130 0.14820 0.13067\n 11 50 2 0.14553 0.15299 0.15150 0.15619\n 11 50 2 0.15150 0.15619 0.15019 0.15595\n 11 50 2 0.15150 0.15619 0.15067 0.15528\n 11 50 2 0.14553 0.17724 0.15297 0.18076\n 11 50 2 0.15297 0.18076 0.15138 0.18055\n 11 50 2 0.15297 0.18076 0.15190 0.17971\n 11 50 2 0.14553 0.20149 0.15445 0.20533\n 11 50 2 0.15445 0.20533 0.15256 0.20514\n 11 50 2 0.15445 0.20533 0.15314 0.20414\n 11 50 2 0.14553 0.22574 0.15592 0.22990\n 11 50 2 0.15592 0.22990 0.15375 0.22974\n 11 50 2 0.15592 0.22990 0.15437 0.22857\n 11 50 2 0.14553 0.25000 0.15740 0.25447\n 11 50 2 0.15740 0.25447 0.15493 0.25434\n 11 50 2 0.15740 0.25447 0.15561 0.25300\n 11 50 2 0.14553 0.27425 0.15887 0.27904\n 11 50 2 0.15887 0.27904 0.15612 0.27893\n 11 50 2 0.15887 0.27904 0.15684 0.27743\n 11 50 2 0.14553 0.29850 0.16329 0.30425\n 11 50 2 0.16329 0.30425 0.15968 0.30422\n 11 50 2 0.16329 0.30425 0.16054 0.30221\n 11 50 2 0.14553 0.32275 0.16477 0.32882\n 11 50 2 0.16477 0.32882 0.16087 0.32882\n 11 50 2 0.16477 0.32882 0.16178 0.32664\n 11 50 2 0.14553 0.34700 0.16624 0.35339\n 11 50 2 0.16624 0.35339 0.16205 0.35341\n 11 50 2 0.16624 0.35339 0.16301 0.35107\n 11 50 2 0.14553 0.37125 0.16771 0.37796\n 11 50 2 0.16771 0.37796 0.16324 0.37801\n 11 50 2 0.16771 0.37796 0.16425 0.37550\n 11 50 2 0.14553 0.39550 0.15440 0.39550\n 11 50 2 0.17351 0.10449 0.17371 0.10960\n 11 50 2 0.17371 0.10960 0.17339 0.10892\n 11 50 2 0.17371 0.10960 0.17397 0.10891\n 11 50 2 0.17351 0.12874 0.17661 0.13321\n 11 50 2 0.17661 0.13321 0.17572 0.13259\n 11 50 2 0.17661 0.13321 0.17639 0.13224\n 11 50 2 0.17351 0.15299 0.17955 0.15810\n 11 50 2 0.17955 0.15810 0.17809 0.15753\n 11 50 2 0.17955 0.15810 0.17886 0.15685\n 11 50 2 0.17351 0.17724 0.18103 0.18267\n 11 50 2 0.18103 0.18267 0.17927 0.18212\n 11 50 2 0.18103 0.18267 0.18009 0.18128\n 11 50 2 0.17351 0.20149 0.18250 0.20724\n 11 50 2 0.18250 0.20724 0.18046 0.20672\n 11 50 2 0.18250 0.20724 0.18133 0.20571\n 11 50 2 0.17351 0.22574 0.18398 0.23181\n 11 50 2 0.18398 0.23181 0.18165 0.23132\n 11 50 2 0.18398 0.23181 0.18256 0.23014\n 11 50 2 0.17351 0.25000 0.18545 0.25638\n 11 50 2 0.18545 0.25638 0.18283 0.25591\n 11 50 2 0.18545 0.25638 0.18379 0.25456\n 11 50 2 0.17351 0.27425 0.18693 0.28095\n 11 50 2 0.18693 0.28095 0.18402 0.28051\n 11 50 2 0.18693 0.28095 0.18503 0.27899\n 11 50 2 0.17351 0.29850 0.19135 0.30616\n 11 50 2 0.19135 0.30616 0.18758 0.30580\n 11 50 2 0.19135 0.30616 0.18873 0.30378\n 11 50 2 0.17351 0.32275 0.19282 0.33073\n 11 50 2 0.19282 0.33073 0.18876 0.33039\n 11 50 2 0.19282 0.33073 0.18996 0.32821\n 11 50 2 0.17351 0.34700 0.19430 0.35530\n 11 50 2 0.19430 0.35530 0.18995 0.35499\n 11 50 2 0.19430 0.35530 0.19120 0.35264\n 11 50 2 0.17351 0.37125 0.19577 0.37987\n 11 50 2 0.19577 0.37987 0.19114 0.37958\n 11 50 2 0.19577 0.37987 0.19243 0.37707\n 11 50 2 0.17351 0.39550 0.18240 0.39550\n 11 50 2 0.20149 0.10449 0.20179 0.11216\n 11 50 2 0.20179 0.11216 0.20132 0.11114\n 11 50 2 0.20179 0.11216 0.20218 0.11111\n 11 50 2 0.20149 0.12874 0.20572 0.13726\n 11 50 2 0.20572 0.13726 0.20467 0.13629\n 11 50 2 0.20572 0.13726 0.20563 0.13594\n 11 50 2 0.20149 0.15299 0.20761 0.16002\n 11 50 2 0.20761 0.16002 0.20599 0.15911\n 11 50 2 0.20761 0.16002 0.20704 0.15842\n 11 50 2 0.20149 0.17724 0.20909 0.18459\n 11 50 2 0.20909 0.18459 0.20717 0.18370\n 11 50 2 0.20909 0.18459 0.20828 0.18284\n 11 50 2 0.20149 0.20149 0.21056 0.20916\n 11 50 2 0.21056 0.20916 0.20836 0.20830\n 11 50 2 0.21056 0.20916 0.20951 0.20727\n 11 50 2 0.20149 0.22574 0.21203 0.23373\n 11 50 2 0.21203 0.23373 0.20955 0.23289\n 11 50 2 0.21203 0.23373 0.21075 0.23170\n 11 50 2 0.20149 0.25000 0.21351 0.25830\n 11 50 2 0.21351 0.25830 0.21073 0.25749\n 11 50 2 0.21351 0.25830 0.21198 0.25613\n 11 50 2 0.20149 0.27425 0.21498 0.28287\n 11 50 2 0.21498 0.28287 0.21192 0.28209\n 11 50 2 0.21498 0.28287 0.21322 0.28056\n 11 50 2 0.20149 0.29850 0.21940 0.30808\n 11 50 2 0.21940 0.30808 0.21548 0.30737\n 11 50 2 0.21940 0.30808 0.21692 0.30535\n 11 50 2 0.20149 0.32275 0.22088 0.33265\n 11 50 2 0.22088 0.33265 0.21666 0.33197\n 11 50 2 0.22088 0.33265 0.21815 0.32978\n 11 50 2 0.20149 0.34700 0.22235 0.35722\n 11 50 2 0.22235 0.35722 0.21785 0.35657\n 11 50 2 0.22235 0.35722 0.21939 0.35421\n 11 50 2 0.20149 0.37125 0.22383 0.38179\n 11 50 2 0.22383 0.38179 0.21904 0.38116\n 11 50 2 0.22383 0.38179 0.22062 0.37864\n 11 50 2 0.20149 0.39550 0.21041 0.39550\n 11 50 2 0.22948 0.10449 0.22982 0.11343\n 11 50 2 0.22982 0.11343 0.22927 0.11225\n 11 50 2 0.22982 0.11343 0.23028 0.11222\n 11 50 2 0.22948 0.12874 0.23375 0.13854\n 11 50 2 0.23375 0.13854 0.23262 0.13740\n 11 50 2 0.23375 0.13854 0.23373 0.13704\n 11 50 2 0.22948 0.15299 0.23563 0.16098\n 11 50 2 0.23563 0.16098 0.23393 0.15989\n 11 50 2 0.23563 0.16098 0.23513 0.15920\n 11 50 2 0.22948 0.17724 0.23710 0.18555\n 11 50 2 0.23710 0.18555 0.23511 0.18449\n 11 50 2 0.23710 0.18555 0.23636 0.18363\n 11 50 2 0.22948 0.20149 0.23858 0.21012\n 11 50 2 0.23858 0.21012 0.23630 0.20909\n 11 50 2 0.23858 0.21012 0.23760 0.20806\n 11 50 2 0.22948 0.22574 0.24005 0.23469\n 11 50 2 0.24005 0.23469 0.23749 0.23368\n 11 50 2 0.24005 0.23469 0.23883 0.23249\n 11 50 2 0.22948 0.25000 0.24153 0.25926\n 11 50 2 0.24153 0.25926 0.23867 0.25828\n 11 50 2 0.24153 0.25926 0.24007 0.25692\n 11 50 2 0.22948 0.27425 0.24300 0.28383\n 11 50 2 0.24300 0.28383 0.23986 0.28288\n 11 50 2 0.24300 0.28383 0.24130 0.28135\n 11 50 2 0.22948 0.29850 0.24742 0.30904\n 11 50 2 0.24742 0.30904 0.24342 0.30816\n 11 50 2 0.24742 0.30904 0.24500 0.30614\n 11 50 2 0.22948 0.32275 0.24890 0.33361\n 11 50 2 0.24890 0.33361 0.24460 0.33276\n 11 50 2 0.24890 0.33361 0.24624 0.33056\n 11 50 2 0.22948 0.34700 0.25037 0.35818\n 11 50 2 0.25037 0.35818 0.24579 0.35735\n 11 50 2 0.25037 0.35818 0.24747 0.35499\n 11 50 2 0.22948 0.37125 0.25185 0.38275\n 11 50 2 0.25185 0.38275 0.24698 0.38195\n 11 50 2 0.25185 0.38275 0.24870 0.37942\n 11 50 2 0.22948 0.39550 0.23841 0.39550\n 11 50 2 0.25746 0.10449 0.25785 0.11471\n 11 50 2 0.25785 0.11471 0.25722 0.11336\n 11 50 2 0.25785 0.11471 0.25838 0.11332\n 11 50 2 0.25746 0.12874 0.26178 0.13981\n 11 50 2 0.26178 0.13981 0.26058 0.13851\n 11 50 2 0.26178 0.13981 0.26183 0.13814\n 11 50 2 0.25746 0.15299 0.26365 0.16193\n 11 50 2 0.26365 0.16193 0.26187 0.16068\n 11 50 2 0.26365 0.16193 0.26321 0.15998\n 11 50 2 0.25746 0.17724 0.26512 0.18650\n 11 50 2 0.26512 0.18650 0.26306 0.18528\n 11 50 2 0.26512 0.18650 0.26445 0.18441\n 11 50 2 0.25746 0.20149 0.26660 0.21107\n 11 50 2 0.26660 0.21107 0.26424 0.20988\n 11 50 2 0.26660 0.21107 0.26568 0.20884\n 11 50 2 0.25746 0.22574 0.26807 0.23564\n 11 50 2 0.26807 0.23564 0.26543 0.23447\n 11 50 2 0.26807 0.23564 0.26692 0.23327\n 11 50 2 0.25746 0.25000 0.26955 0.26021\n 11 50 2 0.26955 0.26021 0.26661 0.25907\n 11 50 2 0.26955 0.26021 0.26815 0.25770\n 11 50 2 0.25746 0.27425 0.27102 0.28478\n 11 50 2 0.27102 0.28478 0.26780 0.28366\n 11 50 2 0.27102 0.28478 0.26938 0.28213\n 11 50 2 0.25746 0.29850 0.27544 0.30999\n 11 50 2 0.27544 0.30999 0.27136 0.30895\n 11 50 2 0.27544 0.30999 0.27309 0.30692\n 11 50 2 0.25746 0.32275 0.27692 0.33456\n 11 50 2 0.27692 0.33456 0.27254 0.33355\n 11 50 2 0.27692 0.33456 0.27432 0.33135\n 11 50 2 0.25746 0.34700 0.27839 0.35913\n 11 50 2 0.27839 0.35913 0.27373 0.35814\n 11 50 2 0.27839 0.35913 0.27556 0.35578\n 11 50 2 0.25746 0.37125 0.27986 0.38370\n 11 50 2 0.27986 0.38370 0.27492 0.38274\n 11 50 2 0.27986 0.38370 0.27679 0.38021\n 11 50 2 0.25746 0.39550 0.26640 0.39550\n 11 50 2 0.28544 0.10449 0.28593 0.11727\n 11 50 2 0.28593 0.11727 0.28515 0.11557\n 11 50 2 0.28593 0.11727 0.28659 0.11553\n 11 50 2 0.28544 0.12874 0.28986 0.14237\n 11 50 2 0.28986 0.14237 0.28850 0.14073\n 11 50 2 0.28986 0.14237 0.29004 0.14035\n 11 50 2 0.28544 0.15299 0.29171 0.16385\n 11 50 2 0.29171 0.16385 0.28977 0.16226\n 11 50 2 0.29171 0.16385 0.29140 0.16155\n 11 50 2 0.28544 0.17724 0.29318 0.18842\n 11 50 2 0.29318 0.18842 0.29095 0.18686\n 11 50 2 0.29318 0.18842 0.29264 0.18598\n 11 50 2 0.28544 0.20149 0.29465 0.21299\n 11 50 2 0.29465 0.21299 0.29214 0.21145\n 11 50 2 0.29465 0.21299 0.29387 0.21041\n 11 50 2 0.28544 0.22574 0.29613 0.23756\n 11 50 2 0.29613 0.23756 0.29333 0.23605\n 11 50 2 0.29613 0.23756 0.29510 0.23484\n 11 50 2 0.28544 0.25000 0.29760 0.26213\n 11 50 2 0.29760 0.26213 0.29451 0.26065\n 11 50 2 0.29760 0.26213 0.29634 0.25927\n 11 50 2 0.28544 0.27425 0.29908 0.28670\n 11 50 2 0.29908 0.28670 0.29570 0.28524\n 11 50 2 0.29908 0.28670 0.29757 0.28370\n 11 50 2 0.28544 0.29850 0.30350 0.31191\n 11 50 2 0.30350 0.31191 0.29926 0.31053\n 11 50 2 0.30350 0.31191 0.30127 0.30849\n 11 50 2 0.28544 0.32275 0.30497 0.33648\n 11 50 2 0.30497 0.33648 0.30044 0.33512\n 11 50 2 0.30497 0.33648 0.30251 0.33292\n 11 50 2 0.28544 0.34700 0.30645 0.36105\n 11 50 2 0.30645 0.36105 0.30163 0.35972\n 11 50 2 0.30645 0.36105 0.30374 0.35735\n 11 50 2 0.28544 0.37125 0.30792 0.38562\n 11 50 2 0.30792 0.38562 0.30282 0.38432\n 11 50 2 0.30792 0.38562 0.30498 0.38178\n 11 50 2 0.28544 0.39550 0.29441 0.39550\n 11 50 2 0.31342 0.10449 0.31411 0.12238\n 11 50 2 0.31411 0.12238 0.31301 0.12000\n 11 50 2 0.31411 0.12238 0.31503 0.11995\n 11 50 2 0.31342 0.12874 0.31804 0.14748\n 11 50 2 0.31804 0.14748 0.31637 0.14516\n 11 50 2 0.31804 0.14748 0.31848 0.14477\n 11 50 2 0.31342 0.15299 0.32197 0.17258\n 11 50 2 0.32197 0.17258 0.31972 0.17031\n 11 50 2 0.32197 0.17258 0.32193 0.16959\n 11 50 2 0.31342 0.17724 0.32131 0.19225\n 11 50 2 0.32131 0.19225 0.31877 0.19001\n 11 50 2 0.32131 0.19225 0.32103 0.18912\n 11 50 2 0.31342 0.20149 0.32278 0.21682\n 11 50 2 0.32278 0.21682 0.31996 0.21461\n 11 50 2 0.32278 0.21682 0.32226 0.21355\n 11 50 2 0.31342 0.22574 0.32426 0.24139\n 11 50 2 0.32426 0.24139 0.32114 0.23920\n 11 50 2 0.32426 0.24139 0.32350 0.23798\n 11 50 2 0.31342 0.25000 0.32573 0.26596\n 11 50 2 0.32573 0.26596 0.32233 0.26380\n 11 50 2 0.32573 0.26596 0.32473 0.26241\n 11 50 2 0.31342 0.27425 0.32721 0.29053\n 11 50 2 0.32721 0.29053 0.32351 0.28840\n 11 50 2 0.32721 0.29053 0.32596 0.28684\n 11 50 2 0.31342 0.29850 0.33163 0.31574\n 11 50 2 0.33163 0.31574 0.32707 0.31368\n 11 50 2 0.33163 0.31574 0.32967 0.31163\n 11 50 2 0.31342 0.32275 0.33310 0.34031\n 11 50 2 0.33310 0.34031 0.32826 0.33828\n 11 50 2 0.33310 0.34031 0.33090 0.33606\n 11 50 2 0.31342 0.34700 0.33458 0.36488\n 11 50 2 0.33458 0.36488 0.32944 0.36288\n 11 50 2 0.33458 0.36488 0.33213 0.36049\n 11 50 2 0.31342 0.37125 0.33605 0.38945\n 11 50 2 0.33605 0.38945 0.33063 0.38747\n 11 50 2 0.33605 0.38945 0.33337 0.38492\n 11 50 2 0.31342 0.39550 0.32244 0.39550\n 11 50 2 0.34141 0.10449 0.34219 0.12493\n 11 50 2 0.34219 0.12493 0.34093 0.12222\n 11 50 2 0.34219 0.12493 0.34324 0.12215\n 11 50 2 0.34141 0.12874 0.34612 0.15003\n 11 50 2 0.34612 0.15003 0.34429 0.14737\n 11 50 2 0.34612 0.15003 0.34669 0.14697\n 11 50 2 0.34141 0.15299 0.35005 0.17514\n 11 50 2 0.35005 0.17514 0.34764 0.17253\n 11 50 2 0.35005 0.17514 0.35014 0.17180\n 11 50 2 0.34141 0.17724 0.35202 0.19981\n 11 50 2 0.35202 0.19981 0.34932 0.19723\n 11 50 2 0.35202 0.19981 0.35187 0.19633\n 11 50 2 0.34141 0.20149 0.35084 0.21874\n 11 50 2 0.35084 0.21874 0.34785 0.21618\n 11 50 2 0.35084 0.21874 0.35045 0.21512\n 11 50 2 0.34141 0.22574 0.35231 0.24331\n 11 50 2 0.35231 0.24331 0.34904 0.24078\n 11 50 2 0.35231 0.24331 0.35168 0.23955\n 11 50 2 0.34141 0.25000 0.35379 0.26788\n 11 50 2 0.35379 0.26788 0.35023 0.26538\n 11 50 2 0.35379 0.26788 0.35292 0.26398\n 11 50 2 0.34141 0.27425 0.35526 0.29245\n 11 50 2 0.35526 0.29245 0.35141 0.28997\n 11 50 2 0.35526 0.29245 0.35415 0.28841\n 11 50 2 0.34141 0.29850 0.35968 0.31766\n 11 50 2 0.35968 0.31766 0.35497 0.31526\n 11 50 2 0.35968 0.31766 0.35785 0.31320\n 11 50 2 0.34141 0.32275 0.36116 0.34223\n 11 50 2 0.36116 0.34223 0.35616 0.33986\n 11 50 2 0.36116 0.34223 0.35909 0.33763\n 11 50 2 0.34141 0.34700 0.36263 0.36680\n 11 50 2 0.36263 0.36680 0.35734 0.36445\n 11 50 2 0.36263 0.36680 0.36032 0.36205\n 11 50 2 0.34141 0.37125 0.36411 0.39137\n 11 50 2 0.36411 0.39137 0.35853 0.38905\n 11 50 2 0.36411 0.39137 0.36156 0.38648\n 11 50 2 0.34141 0.39550 0.35045 0.39550\n 11 50 2 0.36939 0.10449 0.37037 0.13004\n 11 50 2 0.37037 0.13004 0.36880 0.12665\n 11 50 2 0.37037 0.13004 0.37168 0.12657\n 11 50 2 0.36939 0.12874 0.37430 0.15514\n 11 50 2 0.37430 0.15514 0.37215 0.15181\n 11 50 2 0.37430 0.15514 0.37513 0.15139\n 11 50 2 0.36939 0.15299 0.37823 0.18025\n 11 50 2 0.37823 0.18025 0.37551 0.17696\n 11 50 2 0.37823 0.18025 0.37858 0.17621\n 11 50 2 0.36939 0.17724 0.38020 0.20492\n 11 50 2 0.38020 0.20492 0.37719 0.20166\n 11 50 2 0.38020 0.20492 0.38031 0.20075\n 11 50 2 0.36939 0.20149 0.38216 0.22960\n 11 50 2 0.38216 0.22960 0.37886 0.22637\n 11 50 2 0.38216 0.22960 0.38203 0.22528\n 11 50 2 0.36939 0.22574 0.38044 0.24714\n 11 50 2 0.38044 0.24714 0.37686 0.24394\n 11 50 2 0.38044 0.24714 0.38007 0.24269\n 11 50 2 0.36939 0.25000 0.38192 0.27171\n 11 50 2 0.38192 0.27171 0.37804 0.26853\n 11 50 2 0.38192 0.27171 0.38131 0.26712\n 11 50 2 0.36939 0.27425 0.38339 0.29628\n 11 50 2 0.38339 0.29628 0.37923 0.29313\n 11 50 2 0.38339 0.29628 0.38254 0.29155\n 11 50 2 0.36939 0.29850 0.38781 0.32149\n 11 50 2 0.38781 0.32149 0.38279 0.31841\n 11 50 2 0.38781 0.32149 0.38624 0.31633\n 11 50 2 0.36939 0.32275 0.38929 0.34606\n 11 50 2 0.38929 0.34606 0.38397 0.34301\n 11 50 2 0.38929 0.34606 0.38748 0.34076\n 11 50 2 0.36939 0.34700 0.39076 0.37063\n 11 50 2 0.39076 0.37063 0.38516 0.36761\n 11 50 2 0.39076 0.37063 0.38871 0.36519\n 11 50 2 0.36939 0.37125 0.39224 0.39520\n 11 50 2 0.39224 0.39520 0.38635 0.39220\n 11 50 2 0.39224 0.39520 0.38995 0.38962\n 11 50 2 0.36939 0.39550 0.37848 0.39550\n 11 50 2 0.39737 0.10449 0.39850 0.13387\n 11 50 2 0.39850 0.13387 0.39669 0.12998\n 11 50 2 0.39850 0.13387 0.40001 0.12988\n 11 50 2 0.39737 0.12874 0.40243 0.15898\n 11 50 2 0.40243 0.15898 0.40005 0.15513\n 11 50 2 0.40243 0.15898 0.40346 0.15470\n 11 50 2 0.39737 0.15299 0.40636 0.18408\n 11 50 2 0.40636 0.18408 0.40340 0.18028\n 11 50 2 0.40636 0.18408 0.40691 0.17952\n 11 50 2 0.39737 0.17724 0.40833 0.20875\n 11 50 2 0.40833 0.20875 0.40508 0.20499\n 11 50 2 0.40833 0.20875 0.40863 0.20406\n 11 50 2 0.39737 0.20149 0.41029 0.23343\n 11 50 2 0.41029 0.23343 0.40676 0.22969\n 11 50 2 0.41029 0.23343 0.41036 0.22860\n 11 50 2 0.39737 0.22574 0.41226 0.25811\n 11 50 2 0.41226 0.25811 0.40844 0.25439\n 11 50 2 0.41226 0.25811 0.41209 0.25313\n 11 50 2 0.39737 0.25000 0.41001 0.27459\n 11 50 2 0.41001 0.27459 0.40590 0.27090\n 11 50 2 0.41001 0.27459 0.40960 0.26947\n 11 50 2 0.39737 0.27425 0.41149 0.29916\n 11 50 2 0.41149 0.29916 0.40709 0.29549\n 11 50 2 0.41149 0.29916 0.41083 0.29390\n 11 50 2 0.39737 0.29850 0.41591 0.32437\n 11 50 2 0.41591 0.32437 0.41064 0.32078\n 11 50 2 0.41591 0.32437 0.41453 0.31869\n 11 50 2 0.39737 0.32275 0.41738 0.34894\n 11 50 2 0.41738 0.34894 0.41183 0.34538\n 11 50 2 0.41738 0.34894 0.41577 0.34312\n 11 50 2 0.39737 0.34700 0.41886 0.37351\n 11 50 2 0.41886 0.37351 0.41302 0.36997\n 11 50 2 0.41886 0.37351 0.41700 0.36755\n 11 50 2 0.39737 0.37125 0.42033 0.39550\n 11 50 2 0.39737 0.39550 0.40650 0.39550\n 11 50 2 0.42535 0.10449 0.42535 0.11216\n 11 50 2 0.42535 0.12874 0.42535 0.13662\n 11 50 2 0.42535 0.15299 0.42535 0.16108\n 11 50 2 0.42535 0.17724 0.42535 0.18544\n 11 50 2 0.42535 0.20149 0.42535 0.20980\n 11 50 2 0.42535 0.22574 0.42535 0.23415\n 11 50 2 0.42535 0.25000 0.42535 0.25851\n 11 50 2 0.42535 0.27425 0.42535 0.28287\n 11 50 2 0.42535 0.29850 0.42535 0.30744\n 11 50 2 0.42535 0.32275 0.42535 0.33180\n 11 50 2 0.42535 0.34700 0.42535 0.35615\n 11 50 2 0.42535 0.37125 0.42535 0.38051\n 11 50 2 0.42535 0.39550 0.42535 0.39550\n 11 116 5 0.24443 0.01819 0.25376 0.01493 0.24443 0.01166 0.25376 0.01493 0.21645 0.01493\n 21 6 1\n 25 6 1\n 11 94 4 0.27930 0.01770 0.28015 0.01813 0.28143 0.01941 0.28143 0.01045\n 11 94 4 0.28783 0.01770 0.28868 0.01813 0.28996 0.01941 0.28996 0.01045\n 11 72 3 0.29935 0.01941 0.29508 0.01343 0.30148 0.01343\n 11 50 2 0.29935 0.01941 0.29935 0.01045\n 11 116 5 0.30446 0.01130 0.30404 0.01088 0.30446 0.01045 0.30489 0.01088 0.30446 0.01130\n 82 0\n 81 6 556\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 1.00000\n 72 44 0.00000 9.47400 0.00000 9.47400\n 81 6 557\n 21 6 1\n 25 6 1\n 11 930 42 0.58956 0.11818 0.58956 0.10449 0.58956 0.11818 0.58023 0.11818 0.58956 0.11818 0.58956 0.13954 0.58023 0.13954 0.58956 0.13954 0.58956 0.16090 0.58023 0.16090 0.58956 0.16090 0.58956 0.18227 0.58023 0.18227 0.58956 0.18227 0.58956 0.20363 0.58023 0.20363 0.58956 0.20363 0.58956 0.22499 0.58023 0.22499 0.58956 0.22499 0.58956 0.24635 0.58023 0.24635 0.58956 0.24635 0.58956 0.26771 0.58023 0.26771 0.58956 0.26771 0.58956 0.28907 0.58023 0.28907 0.58956 0.28907 0.58956 0.31044 0.58023 0.31044 0.58956 0.31044 0.58956 0.33180 0.58023 0.33180 0.58956 0.33180 0.58956 0.35316 0.58023 0.35316 0.58956 0.35316 0.58956 0.37452 0.58023 0.37452 0.58956 0.37452 0.58956 0.39550\n 11 72 3 0.57215 0.12191 0.56859 0.11694 0.57393 0.11694\n 11 50 2 0.57215 0.12191 0.57215 0.11445\n 11 644 29 0.57037 0.16464 0.56931 0.16428 0.56895 0.16357 0.56895 0.16286 0.56931 0.16215 0.57002 0.16179 0.57144 0.16144 0.57250 0.16108 0.57321 0.16037 0.57357 0.15966 0.57357 0.15859 0.57321 0.15788 0.57286 0.15753 0.57179 0.15717 0.57037 0.15717 0.56931 0.15753 0.56895 0.15788 0.56859 0.15859 0.56859 0.15966 0.56895 0.16037 0.56966 0.16108 0.57073 0.16144 0.57215 0.16179 0.57286 0.16215 0.57321 0.16286 0.57321 0.16357 0.57286 0.16428 0.57179 0.16464 0.57037 0.16464\n 11 94 4 0.56255 0.20594 0.56326 0.20629 0.56433 0.20736 0.56433 0.19990\n 11 314 14 0.56895 0.20558 0.56895 0.20594 0.56931 0.20665 0.56966 0.20700 0.57037 0.20736 0.57179 0.20736 0.57250 0.20700 0.57286 0.20665 0.57321 0.20594 0.57321 0.20523 0.57286 0.20452 0.57215 0.20345 0.56859 0.19990 0.57357 0.19990\n 11 94 4 0.56255 0.24866 0.56326 0.24902 0.56433 0.25008 0.56433 0.24262\n 11 512 23 0.57321 0.24902 0.57286 0.24973 0.57179 0.25008 0.57108 0.25008 0.57002 0.24973 0.56931 0.24866 0.56895 0.24688 0.56895 0.24511 0.56931 0.24369 0.57002 0.24297 0.57108 0.24262 0.57144 0.24262 0.57250 0.24297 0.57321 0.24369 0.57357 0.24475 0.57357 0.24511 0.57321 0.24617 0.57250 0.24688 0.57144 0.24724 0.57108 0.24724 0.57002 0.24688 0.56931 0.24617 0.56895 0.24511\n 11 314 14 0.56184 0.29103 0.56184 0.29138 0.56220 0.29210 0.56255 0.29245 0.56326 0.29281 0.56469 0.29281 0.56540 0.29245 0.56575 0.29210 0.56611 0.29138 0.56611 0.29067 0.56575 0.28996 0.56504 0.28890 0.56149 0.28534 0.56646 0.28534\n 11 380 17 0.57073 0.29281 0.56966 0.29245 0.56895 0.29138 0.56859 0.28961 0.56859 0.28854 0.56895 0.28676 0.56966 0.28570 0.57073 0.28534 0.57144 0.28534 0.57250 0.28570 0.57321 0.28676 0.57357 0.28854 0.57357 0.28961 0.57321 0.29138 0.57250 0.29245 0.57144 0.29281 0.57073 0.29281\n 11 314 14 0.56184 0.33375 0.56184 0.33411 0.56220 0.33482 0.56255 0.33517 0.56326 0.33553 0.56469 0.33553 0.56540 0.33517 0.56575 0.33482 0.56611 0.33411 0.56611 0.33340 0.56575 0.33269 0.56504 0.33162 0.56149 0.32807 0.56646 0.32807\n 11 72 3 0.57215 0.33553 0.56859 0.33055 0.57393 0.33055\n 11 50 2 0.57215 0.33553 0.57215 0.32807\n 11 314 14 0.56184 0.37648 0.56184 0.37683 0.56220 0.37754 0.56255 0.37790 0.56326 0.37825 0.56469 0.37825 0.56540 0.37790 0.56575 0.37754 0.56611 0.37683 0.56611 0.37612 0.56575 0.37541 0.56504 0.37434 0.56149 0.37079 0.56646 0.37079\n 11 644 29 0.57037 0.37825 0.56931 0.37790 0.56895 0.37719 0.56895 0.37648 0.56931 0.37576 0.57002 0.37541 0.57144 0.37505 0.57250 0.37470 0.57321 0.37399 0.57357 0.37328 0.57357 0.37221 0.57321 0.37150 0.57286 0.37114 0.57179 0.37079 0.57037 0.37079 0.56931 0.37114 0.56895 0.37150 0.56859 0.37221 0.56859 0.37328 0.56895 0.37399 0.56966 0.37470 0.57073 0.37505 0.57215 0.37541 0.57286 0.37576 0.57321 0.37648 0.57321 0.37719 0.57286 0.37790 0.57179 0.37825 0.57037 0.37825\n 11 930 42 0.92535 0.11818 0.92535 0.10449 0.92535 0.11818 0.93468 0.11818 0.92535 0.11818 0.92535 0.13954 0.93468 0.13954 0.92535 0.13954 0.92535 0.16090 0.93468 0.16090 0.92535 0.16090 0.92535 0.18227 0.93468 0.18227 0.92535 0.18227 0.92535 0.20363 0.93468 0.20363 0.92535 0.20363 0.92535 0.22499 0.93468 0.22499 0.92535 0.22499 0.92535 0.24635 0.93468 0.24635 0.92535 0.24635 0.92535 0.26771 0.93468 0.26771 0.92535 0.26771 0.92535 0.28907 0.93468 0.28907 0.92535 0.28907 0.92535 0.31044 0.93468 0.31044 0.92535 0.31044 0.92535 0.33180 0.93468 0.33180 0.92535 0.33180 0.92535 0.35316 0.93468 0.35316 0.92535 0.35316 0.92535 0.37452 0.93468 0.37452 0.92535 0.37452 0.92535 0.39550\n 11 600 27 0.60140 0.39550 0.58956 0.39550 0.60140 0.39550 0.60140 0.40483 0.60140 0.39550 0.64674 0.39550 0.64674 0.40483 0.64674 0.39550 0.69208 0.39550 0.69208 0.40483 0.69208 0.39550 0.73742 0.39550 0.73742 0.40483 0.73742 0.39550 0.78276 0.39550 0.78276 0.40483 0.78276 0.39550 0.82810 0.39550 0.82810 0.40483 0.82810 0.39550 0.87344 0.39550 0.87344 0.40483 0.87344 0.39550 0.91878 0.39550 0.91878 0.40483 0.91878 0.39550 0.92535 0.39550\n 11 600 27 0.60140 0.10449 0.58956 0.10449 0.60140 0.10449 0.60140 0.09516 0.60140 0.10449 0.64674 0.10449 0.64674 0.09516 0.64674 0.10449 0.69208 0.10449 0.69208 0.09516 0.69208 0.10449 0.73742 0.10449 0.73742 0.09516 0.73742 0.10449 0.78276 0.10449 0.78276 0.09516 0.78276 0.10449 0.82810 0.10449 0.82810 0.09516 0.82810 0.10449 0.87344 0.10449 0.87344 0.09516 0.87344 0.10449 0.91878 0.10449 0.91878 0.09516 0.91878 0.10449 0.92535 0.10449\n 11 94 4 0.59643 0.08702 0.59714 0.08738 0.59820 0.08844 0.59820 0.08098\n 11 380 17 0.60460 0.08844 0.60353 0.08809 0.60282 0.08702 0.60247 0.08525 0.60247 0.08418 0.60282 0.08240 0.60353 0.08134 0.60460 0.08098 0.60531 0.08098 0.60638 0.08134 0.60709 0.08240 0.60744 0.08418 0.60744 0.08525 0.60709 0.08702 0.60638 0.08809 0.60531 0.08844 0.60460 0.08844\n 11 336 15 0.68675 0.08844 0.69066 0.08844 0.68853 0.08560 0.68959 0.08560 0.69030 0.08525 0.69066 0.08489 0.69101 0.08382 0.69101 0.08311 0.69066 0.08205 0.68995 0.08134 0.68888 0.08098 0.68782 0.08098 0.68675 0.08134 0.68639 0.08169 0.68604 0.08240\n 11 380 17 0.69528 0.08844 0.69421 0.08809 0.69350 0.08702 0.69315 0.08525 0.69315 0.08418 0.69350 0.08240 0.69421 0.08134 0.69528 0.08098 0.69599 0.08098 0.69706 0.08134 0.69777 0.08240 0.69812 0.08418 0.69812 0.08525 0.69777 0.08702 0.69706 0.08809 0.69599 0.08844 0.69528 0.08844\n 11 380 17 0.78098 0.08844 0.77743 0.08844 0.77707 0.08525 0.77743 0.08560 0.77849 0.08596 0.77956 0.08596 0.78063 0.08560 0.78134 0.08489 0.78169 0.08382 0.78169 0.08311 0.78134 0.08205 0.78063 0.08134 0.77956 0.08098 0.77849 0.08098 0.77743 0.08134 0.77707 0.08169 0.77672 0.08240\n 11 380 17 0.78596 0.08844 0.78489 0.08809 0.78418 0.08702 0.78382 0.08525 0.78382 0.08418 0.78418 0.08240 0.78489 0.08134 0.78596 0.08098 0.78667 0.08098 0.78773 0.08134 0.78844 0.08240 0.78880 0.08418 0.78880 0.08525 0.78844 0.08702 0.78773 0.08809 0.78667 0.08844 0.78596 0.08844\n 11 50 2 0.87237 0.08844 0.86882 0.08098\n 11 50 2 0.86739 0.08844 0.87237 0.08844\n 11 380 17 0.87664 0.08844 0.87557 0.08809 0.87486 0.08702 0.87450 0.08525 0.87450 0.08418 0.87486 0.08240 0.87557 0.08134 0.87664 0.08098 0.87735 0.08098 0.87841 0.08134 0.87912 0.08240 0.87948 0.08418 0.87948 0.08525 0.87912 0.08702 0.87841 0.08809 0.87735 0.08844 0.87664 0.08844\n 11 930 42 0.58956 0.11818 0.58956 0.10449 0.58956 0.11818 0.58023 0.11818 0.58956 0.11818 0.58956 0.13954 0.58023 0.13954 0.58956 0.13954 0.58956 0.16090 0.58023 0.16090 0.58956 0.16090 0.58956 0.18227 0.58023 0.18227 0.58956 0.18227 0.58956 0.20363 0.58023 0.20363 0.58956 0.20363 0.58956 0.22499 0.58023 0.22499 0.58956 0.22499 0.58956 0.24635 0.58023 0.24635 0.58956 0.24635 0.58956 0.26771 0.58023 0.26771 0.58956 0.26771 0.58956 0.28907 0.58023 0.28907 0.58956 0.28907 0.58956 0.31044 0.58023 0.31044 0.58956 0.31044 0.58956 0.33180 0.58023 0.33180 0.58956 0.33180 0.58956 0.35316 0.58023 0.35316 0.58956 0.35316 0.58956 0.37452 0.58023 0.37452 0.58956 0.37452 0.58956 0.39550\n 11 930 42 0.92535 0.11818 0.92535 0.10449 0.92535 0.11818 0.93468 0.11818 0.92535 0.11818 0.92535 0.13954 0.93468 0.13954 0.92535 0.13954 0.92535 0.16090 0.93468 0.16090 0.92535 0.16090 0.92535 0.18227 0.93468 0.18227 0.92535 0.18227 0.92535 0.20363 0.93468 0.20363 0.92535 0.20363 0.92535 0.22499 0.93468 0.22499 0.92535 0.22499 0.92535 0.24635 0.93468 0.24635 0.92535 0.24635 0.92535 0.26771 0.93468 0.26771 0.92535 0.26771 0.92535 0.28907 0.93468 0.28907 0.92535 0.28907 0.92535 0.31044 0.93468 0.31044 0.92535 0.31044 0.92535 0.33180 0.93468 0.33180 0.92535 0.33180 0.92535 0.35316 0.93468 0.35316 0.92535 0.35316 0.92535 0.37452 0.93468 0.37452 0.92535 0.37452 0.92535 0.39550\n 11 600 27 0.60140 0.39550 0.58956 0.39550 0.60140 0.39550 0.60140 0.40483 0.60140 0.39550 0.64674 0.39550 0.64674 0.40483 0.64674 0.39550 0.69208 0.39550 0.69208 0.40483 0.69208 0.39550 0.73742 0.39550 0.73742 0.40483 0.73742 0.39550 0.78276 0.39550 0.78276 0.40483 0.78276 0.39550 0.82810 0.39550 0.82810 0.40483 0.82810 0.39550 0.87344 0.39550 0.87344 0.40483 0.87344 0.39550 0.91878 0.39550 0.91878 0.40483 0.91878 0.39550 0.92535 0.39550\n 11 600 27 0.60140 0.10449 0.58956 0.10449 0.60140 0.10449 0.60140 0.09516 0.60140 0.10449 0.64674 0.10449 0.64674 0.09516 0.64674 0.10449 0.69208 0.10449 0.69208 0.09516 0.69208 0.10449 0.73742 0.10449 0.73742 0.09516 0.73742 0.10449 0.78276 0.10449 0.78276 0.09516 0.78276 0.10449 0.82810 0.10449 0.82810 0.09516 0.82810 0.10449 0.87344 0.10449 0.87344 0.09516 0.87344 0.10449 0.91878 0.10449 0.91878 0.09516 0.91878 0.10449 0.92535 0.10449\n 11 50 2 0.54251 0.21332 0.55146 0.21332\n 11 50 2 0.54251 0.21332 0.55146 0.21673\n 11 50 2 0.54251 0.22014 0.55146 0.21673\n 11 50 2 0.54251 0.22014 0.55146 0.22014\n 11 72 3 0.54251 0.22227 0.54677 0.22568 0.55146 0.22568\n 11 50 2 0.54251 0.22910 0.54677 0.22568\n 11 50 2 0.54379 0.24189 0.55146 0.24189\n 11 50 2 0.54763 0.23805 0.54763 0.24573\n 11 380 17 0.54251 0.25810 0.54293 0.25682 0.54421 0.25597 0.54635 0.25554 0.54763 0.25554 0.54976 0.25597 0.55104 0.25682 0.55146 0.25810 0.55146 0.25895 0.55104 0.26023 0.54976 0.26108 0.54763 0.26151 0.54635 0.26151 0.54421 0.26108 0.54293 0.26023 0.54251 0.25895 0.54251 0.25810\n 11 50 2 0.54507 0.26620 0.55018 0.26620\n 11 50 2 0.54635 0.26407 0.54890 0.26833\n 11 50 2 0.54635 0.26833 0.54890 0.26407\n 11 50 2 0.54251 0.27132 0.55146 0.27132\n 11 50 2 0.54251 0.27132 0.55146 0.27473\n 11 50 2 0.54251 0.27814 0.55146 0.27473\n 11 50 2 0.54251 0.27814 0.55146 0.27814\n 11 50 2 0.54251 0.28113 0.55146 0.28710\n 11 50 2 0.54251 0.28710 0.55146 0.28113\n 11 50 2 0.72078 0.07202 0.72078 0.06307\n 11 50 2 0.72078 0.07202 0.72419 0.06307\n 11 50 2 0.72760 0.07202 0.72419 0.06307\n 11 50 2 0.72760 0.07202 0.72760 0.06307\n 11 50 2 0.73059 0.07202 0.73656 0.06307\n 11 50 2 0.73656 0.07202 0.73059 0.06307\n 11 50 2 0.75021 0.07074 0.75021 0.06307\n 11 50 2 0.74637 0.06691 0.75405 0.06691\n 11 380 17 0.76642 0.07202 0.76514 0.07160 0.76428 0.07032 0.76386 0.06819 0.76386 0.06691 0.76428 0.06477 0.76514 0.06349 0.76642 0.06307 0.76727 0.06307 0.76855 0.06349 0.76940 0.06477 0.76983 0.06691 0.76983 0.06819 0.76940 0.07032 0.76855 0.07160 0.76727 0.07202 0.76642 0.07202\n 11 50 2 0.77452 0.06947 0.77452 0.06435\n 11 50 2 0.77239 0.06819 0.77665 0.06563\n 11 50 2 0.77665 0.06819 0.77239 0.06563\n 11 50 2 0.77964 0.07202 0.77964 0.06307\n 11 50 2 0.77964 0.07202 0.78305 0.06307\n 11 50 2 0.78646 0.07202 0.78305 0.06307\n 11 50 2 0.78646 0.07202 0.78646 0.06307\n 11 72 3 0.78859 0.07202 0.79200 0.06776 0.79200 0.06307\n 11 50 2 0.79542 0.07202 0.79200 0.06776\n 11 358 16 0.67962 0.03854 0.68033 0.04068 0.68033 0.03641 0.67962 0.03854 0.67820 0.03997 0.67607 0.04068 0.67394 0.04068 0.67180 0.03997 0.67038 0.03854 0.67038 0.03712 0.67109 0.03570 0.67180 0.03499 0.67323 0.03428 0.67749 0.03286 0.67891 0.03215 0.68033 0.03073\n 11 358 16 0.67038 0.03712 0.67180 0.03570 0.67323 0.03499 0.67749 0.03357 0.67891 0.03286 0.67962 0.03215 0.68033 0.03073 0.68033 0.02788 0.67891 0.02646 0.67678 0.02575 0.67465 0.02575 0.67252 0.02646 0.67109 0.02788 0.67038 0.03001 0.67038 0.02575 0.67109 0.02788\n 11 160 7 0.68602 0.04068 0.68602 0.02859 0.68673 0.02646 0.68815 0.02575 0.68958 0.02575 0.69100 0.02646 0.69171 0.02788\n 11 94 4 0.68673 0.04068 0.68673 0.02859 0.68744 0.02646 0.68815 0.02575\n 11 50 2 0.68389 0.03570 0.68958 0.03570\n 11 50 2 0.69668 0.03570 0.69668 0.02575\n 11 50 2 0.69739 0.03570 0.69739 0.02575\n 11 226 10 0.69739 0.03144 0.69810 0.03357 0.69953 0.03499 0.70095 0.03570 0.70308 0.03570 0.70379 0.03499 0.70379 0.03428 0.70308 0.03357 0.70237 0.03428 0.70308 0.03499\n 11 50 2 0.69455 0.03570 0.69739 0.03570\n 11 50 2 0.69455 0.02575 0.69953 0.02575\n 11 380 17 0.70806 0.03144 0.71659 0.03144 0.71659 0.03286 0.71588 0.03428 0.71516 0.03499 0.71374 0.03570 0.71161 0.03570 0.70948 0.03499 0.70806 0.03357 0.70735 0.03144 0.70735 0.03001 0.70806 0.02788 0.70948 0.02646 0.71161 0.02575 0.71303 0.02575 0.71516 0.02646 0.71659 0.02788\n 11 72 3 0.71588 0.03144 0.71588 0.03357 0.71516 0.03499\n 11 182 8 0.71161 0.03570 0.71019 0.03499 0.70877 0.03357 0.70806 0.03144 0.70806 0.03001 0.70877 0.02788 0.71019 0.02646 0.71161 0.02575\n 11 160 7 0.72227 0.04068 0.72227 0.02859 0.72298 0.02646 0.72441 0.02575 0.72583 0.02575 0.72725 0.02646 0.72796 0.02788\n 11 94 4 0.72298 0.04068 0.72298 0.02859 0.72369 0.02646 0.72441 0.02575\n 11 50 2 0.72014 0.03570 0.72583 0.03570\n 11 402 18 0.74004 0.03357 0.73933 0.03286 0.74004 0.03215 0.74075 0.03286 0.74075 0.03357 0.73933 0.03499 0.73791 0.03570 0.73578 0.03570 0.73365 0.03499 0.73222 0.03357 0.73151 0.03144 0.73151 0.03001 0.73222 0.02788 0.73365 0.02646 0.73578 0.02575 0.73720 0.02575 0.73933 0.02646 0.74075 0.02788\n 11 182 8 0.73578 0.03570 0.73436 0.03499 0.73294 0.03357 0.73222 0.03144 0.73222 0.03001 0.73294 0.02788 0.73436 0.02646 0.73578 0.02575\n 11 50 2 0.74644 0.04068 0.74644 0.02575\n 11 50 2 0.74715 0.04068 0.74715 0.02575\n 11 160 7 0.74715 0.03357 0.74857 0.03499 0.75071 0.03570 0.75213 0.03570 0.75426 0.03499 0.75497 0.03357 0.75497 0.02575\n 11 94 4 0.75213 0.03570 0.75355 0.03499 0.75426 0.03357 0.75426 0.02575\n 11 50 2 0.74431 0.04068 0.74715 0.04068\n 11 50 2 0.74431 0.02575 0.74928 0.02575\n 11 50 2 0.75213 0.02575 0.75710 0.02575\n 11 380 17 0.76137 0.03144 0.76990 0.03144 0.76990 0.03286 0.76919 0.03428 0.76848 0.03499 0.76705 0.03570 0.76492 0.03570 0.76279 0.03499 0.76137 0.03357 0.76066 0.03144 0.76066 0.03001 0.76137 0.02788 0.76279 0.02646 0.76492 0.02575 0.76634 0.02575 0.76848 0.02646 0.76990 0.02788\n 11 72 3 0.76919 0.03144 0.76919 0.03357 0.76848 0.03499\n 11 182 8 0.76492 0.03570 0.76350 0.03499 0.76208 0.03357 0.76137 0.03144 0.76137 0.03001 0.76208 0.02788 0.76350 0.02646 0.76492 0.02575\n 11 50 2 0.78269 0.04068 0.78269 0.02575\n 11 50 2 0.78340 0.04068 0.78340 0.02575\n 11 314 14 0.78269 0.03357 0.78127 0.03499 0.77985 0.03570 0.77843 0.03570 0.77630 0.03499 0.77487 0.03357 0.77416 0.03144 0.77416 0.03001 0.77487 0.02788 0.77630 0.02646 0.77843 0.02575 0.77985 0.02575 0.78127 0.02646 0.78269 0.02788\n 11 182 8 0.77843 0.03570 0.77701 0.03499 0.77558 0.03357 0.77487 0.03144 0.77487 0.03001 0.77558 0.02788 0.77701 0.02646 0.77843 0.02575\n 11 50 2 0.78056 0.04068 0.78340 0.04068\n 11 50 2 0.78269 0.02575 0.78554 0.02575\n 11 380 17 0.80402 0.03570 0.80260 0.03499 0.80189 0.03428 0.80117 0.03286 0.80117 0.03144 0.80189 0.03001 0.80260 0.02930 0.80402 0.02859 0.80544 0.02859 0.80686 0.02930 0.80757 0.03001 0.80828 0.03144 0.80828 0.03286 0.80757 0.03428 0.80686 0.03499 0.80544 0.03570 0.80402 0.03570\n 11 94 4 0.80260 0.03499 0.80189 0.03357 0.80189 0.03073 0.80260 0.02930\n 11 94 4 0.80686 0.02930 0.80757 0.03073 0.80757 0.03357 0.80686 0.03499\n 11 116 5 0.80757 0.03428 0.80828 0.03499 0.80970 0.03570 0.80970 0.03499 0.80828 0.03499\n 11 204 9 0.80189 0.03001 0.80117 0.02930 0.80046 0.02788 0.80046 0.02717 0.80117 0.02575 0.80331 0.02504 0.80686 0.02504 0.80899 0.02433 0.80970 0.02362\n 11 336 15 0.80046 0.02717 0.80117 0.02646 0.80331 0.02575 0.80686 0.02575 0.80899 0.02504 0.80970 0.02362 0.80970 0.02291 0.80899 0.02148 0.80686 0.02077 0.80260 0.02077 0.80046 0.02148 0.79975 0.02291 0.79975 0.02362 0.80046 0.02504 0.80260 0.02575\n 11 50 2 0.81539 0.03570 0.81539 0.02575\n 11 50 2 0.81610 0.03570 0.81610 0.02575\n 11 226 10 0.81610 0.03144 0.81681 0.03357 0.81823 0.03499 0.81966 0.03570 0.82179 0.03570 0.82250 0.03499 0.82250 0.03428 0.82179 0.03357 0.82108 0.03428 0.82179 0.03499\n 11 50 2 0.81326 0.03570 0.81610 0.03570\n 11 50 2 0.81326 0.02575 0.81823 0.02575\n 11 116 5 0.82748 0.04068 0.82676 0.03997 0.82748 0.03926 0.82819 0.03997 0.82748 0.04068\n 11 50 2 0.82748 0.03570 0.82748 0.02575\n 11 50 2 0.82819 0.03570 0.82819 0.02575\n 11 50 2 0.82534 0.03570 0.82819 0.03570\n 11 50 2 0.82534 0.02575 0.83032 0.02575\n 11 50 2 0.84240 0.04068 0.84240 0.02575\n 11 50 2 0.84311 0.04068 0.84311 0.02575\n 11 314 14 0.84240 0.03357 0.84098 0.03499 0.83956 0.03570 0.83814 0.03570 0.83600 0.03499 0.83458 0.03357 0.83387 0.03144 0.83387 0.03001 0.83458 0.02788 0.83600 0.02646 0.83814 0.02575 0.83956 0.02575 0.84098 0.02646 0.84240 0.02788\n 11 182 8 0.83814 0.03570 0.83672 0.03499 0.83529 0.03357 0.83458 0.03144 0.83458 0.03001 0.83529 0.02788 0.83672 0.02646 0.83814 0.02575\n 11 50 2 0.84027 0.04068 0.84311 0.04068\n 11 50 2 0.84240 0.02575 0.84525 0.02575\n 21 6 1\n 25 6 1\n 11 50 2 0.58956 0.11092 0.59243 0.11168\n 11 50 2 0.59243 0.11168 0.59212 0.11186\n 11 50 2 0.59243 0.11168 0.59214 0.11134\n 11 50 2 0.58956 0.11877 0.59477 0.12045\n 11 50 2 0.59477 0.12045 0.59414 0.12077\n 11 50 2 0.59477 0.12045 0.59420 0.11975\n 11 50 2 0.58956 0.12836 0.59608 0.13093\n 11 50 2 0.59608 0.13093 0.59528 0.13128\n 11 50 2 0.59608 0.13093 0.59538 0.13000\n 11 50 2 0.58956 0.14007 0.59747 0.14384\n 11 50 2 0.59747 0.14384 0.59651 0.14418\n 11 50 2 0.59747 0.14384 0.59664 0.14265\n 11 50 2 0.58956 0.15438 0.59794 0.15921\n 11 50 2 0.59794 0.15921 0.59682 0.15950\n 11 50 2 0.59794 0.15921 0.59701 0.15774\n 11 50 2 0.58956 0.17185 0.59938 0.17860\n 11 50 2 0.59938 0.17860 0.59809 0.17880\n 11 50 2 0.59938 0.17860 0.59834 0.17680\n 11 50 2 0.58956 0.19319 0.59938 0.20143\n 11 50 2 0.59938 0.20143 0.59793 0.20146\n 11 50 2 0.59938 0.20143 0.59826 0.19926\n 11 50 2 0.58956 0.21926 0.60128 0.23100\n 11 50 2 0.60128 0.23100 0.59935 0.23076\n 11 50 2 0.60128 0.23100 0.59987 0.22790\n 11 50 2 0.58956 0.25110 0.60240 0.26663\n 11 50 2 0.60240 0.26663 0.60032 0.26602\n 11 50 2 0.60240 0.26663 0.60098 0.26302\n 11 50 2 0.58956 0.28999 0.60128 0.30750\n 11 50 2 0.60128 0.30750 0.59908 0.30636\n 11 50 2 0.60128 0.30750 0.59991 0.30330\n 11 50 2 0.58956 0.33749 0.59985 0.35659\n 11 50 2 0.59985 0.35659 0.59756 0.35480\n 11 50 2 0.59985 0.35659 0.59858 0.35175\n 11 50 2 0.58956 0.39550 0.59191 0.39550\n 11 50 2 0.59698 0.10449 0.59703 0.10551\n 11 50 2 0.59703 0.10551 0.59698 0.10526\n 11 50 2 0.59703 0.10551 0.59706 0.10524\n 11 50 2 0.59698 0.11092 0.59988 0.11247\n 11 50 2 0.59988 0.11247 0.59951 0.11258\n 11 50 2 0.59988 0.11247 0.59957 0.11200\n 11 50 2 0.59698 0.11877 0.60274 0.12142\n 11 50 2 0.60274 0.12142 0.60207 0.12167\n 11 50 2 0.60274 0.12142 0.60216 0.12059\n 11 50 2 0.59698 0.12836 0.60338 0.13165\n 11 50 2 0.60338 0.13165 0.60254 0.13192\n 11 50 2 0.60338 0.13165 0.60266 0.13059\n 11 50 2 0.59698 0.14007 0.60465 0.14459\n 11 50 2 0.60465 0.14459 0.60365 0.14484\n 11 50 2 0.60465 0.14459 0.60382 0.14327\n 11 50 2 0.59698 0.15438 0.60592 0.16052\n 11 50 2 0.60592 0.16052 0.60476 0.16070\n 11 50 2 0.60592 0.16052 0.60498 0.15889\n 11 50 2 0.59698 0.17185 0.60592 0.17907\n 11 50 2 0.60592 0.17907 0.60459 0.17913\n 11 50 2 0.60592 0.17907 0.60489 0.17711\n 11 50 2 0.59698 0.19319 0.60725 0.20281\n 11 50 2 0.60725 0.20281 0.60577 0.20270\n 11 50 2 0.60725 0.20281 0.60614 0.20048\n 11 50 2 0.59698 0.21926 0.60899 0.23184\n 11 50 2 0.60899 0.23184 0.60703 0.23152\n 11 50 2 0.60899 0.23184 0.60758 0.22862\n 11 50 2 0.59698 0.25110 0.61016 0.26749\n 11 50 2 0.61016 0.26749 0.60805 0.26681\n 11 50 2 0.61016 0.26749 0.60873 0.26377\n 11 50 2 0.59698 0.28999 0.60860 0.30771\n 11 50 2 0.60860 0.30771 0.60637 0.30650\n 11 50 2 0.60860 0.30771 0.60722 0.30341\n 11 50 2 0.59698 0.33749 0.60665 0.35582\n 11 50 2 0.60665 0.35582 0.60433 0.35396\n 11 50 2 0.60665 0.35582 0.60538 0.35088\n 11 50 2 0.59698 0.39550 0.59985 0.39550\n 11 50 2 0.60604 0.10449 0.60616 0.10652\n 11 50 2 0.60616 0.10652 0.60605 0.10603\n 11 50 2 0.60616 0.10652 0.60621 0.10598\n 11 50 2 0.60604 0.11092 0.60923 0.11313\n 11 50 2 0.60923 0.11313 0.60878 0.11319\n 11 50 2 0.60923 0.11313 0.60887 0.11250\n 11 50 2 0.60604 0.11877 0.61155 0.12172\n 11 50 2 0.61155 0.12172 0.61081 0.12194\n 11 50 2 0.61155 0.12172 0.61092 0.12077\n 11 50 2 0.60604 0.12836 0.61291 0.13232\n 11 50 2 0.61291 0.13232 0.61202 0.13255\n 11 50 2 0.61291 0.13232 0.61216 0.13114\n 11 50 2 0.60604 0.14007 0.61427 0.14535\n 11 50 2 0.61427 0.14535 0.61322 0.14556\n 11 50 2 0.61427 0.14535 0.61341 0.14391\n 11 50 2 0.60604 0.15438 0.61563 0.16136\n 11 50 2 0.61563 0.16136 0.61442 0.16150\n 11 50 2 0.61563 0.16136 0.61466 0.15963\n 11 50 2 0.60604 0.17185 0.61543 0.17972\n 11 50 2 0.61543 0.17972 0.61405 0.17974\n 11 50 2 0.61543 0.17972 0.61437 0.17766\n 11 50 2 0.60604 0.19319 0.61659 0.20349\n 11 50 2 0.61659 0.20349 0.61506 0.20334\n 11 50 2 0.61659 0.20349 0.61546 0.20106\n 11 50 2 0.60604 0.21926 0.61789 0.23184\n 11 50 2 0.61789 0.23184 0.61589 0.23149\n 11 50 2 0.61789 0.23184 0.61645 0.22854\n 11 50 2 0.60604 0.25110 0.61908 0.26732\n 11 50 2 0.61908 0.26732 0.61693 0.26662\n 11 50 2 0.61908 0.26732 0.61762 0.26353\n 11 50 2 0.60604 0.28999 0.61696 0.30667\n 11 50 2 0.61696 0.30667 0.61469 0.30544\n 11 50 2 0.61696 0.30667 0.61556 0.30229\n 11 50 2 0.60604 0.33749 0.61788 0.35888\n 11 50 2 0.61788 0.35888 0.61550 0.35711\n 11 50 2 0.61788 0.35888 0.61654 0.35393\n 11 50 2 0.60604 0.39550 0.60955 0.39550\n 11 50 2 0.61711 0.10449 0.61739 0.10855\n 11 50 2 0.61739 0.10855 0.61716 0.10759\n 11 50 2 0.61739 0.10855 0.61748 0.10747\n 11 50 2 0.61711 0.11092 0.62109 0.11478\n 11 50 2 0.62109 0.11478 0.62046 0.11472\n 11 50 2 0.62109 0.11478 0.62062 0.11377\n 11 50 2 0.61711 0.11877 0.62392 0.12349\n 11 50 2 0.62392 0.12349 0.62302 0.12362\n 11 50 2 0.62392 0.12349 0.62320 0.12224\n 11 50 2 0.61711 0.12836 0.62437 0.13360\n 11 50 2 0.62437 0.13360 0.62333 0.13373\n 11 50 2 0.62437 0.13360 0.62354 0.13213\n 11 50 2 0.61711 0.14007 0.62579 0.14686\n 11 50 2 0.62579 0.14686 0.62461 0.14694\n 11 50 2 0.62579 0.14686 0.62486 0.14513\n 11 50 2 0.61711 0.15438 0.62722 0.16312\n 11 50 2 0.62722 0.16312 0.62588 0.16311\n 11 50 2 0.62722 0.16312 0.62620 0.16110\n 11 50 2 0.61711 0.17185 0.62672 0.18122\n 11 50 2 0.62672 0.18122 0.62523 0.18107\n 11 50 2 0.62672 0.18122 0.62562 0.17886\n 11 50 2 0.61711 0.19319 0.62790 0.20521\n 11 50 2 0.62790 0.20521 0.62627 0.20485\n 11 50 2 0.62790 0.20521 0.62675 0.20246\n 11 50 2 0.61711 0.21926 0.63165 0.23603\n 11 50 2 0.63165 0.23603 0.62955 0.23551\n 11 50 2 0.63165 0.23603 0.63019 0.23245\n 11 50 2 0.61711 0.25110 0.62954 0.26817\n 11 50 2 0.62954 0.26817 0.62731 0.26722\n 11 50 2 0.62954 0.26817 0.62809 0.26407\n 11 50 2 0.61711 0.28999 0.63049 0.31167\n 11 50 2 0.63049 0.31167 0.62814 0.31024\n 11 50 2 0.63049 0.31167 0.62908 0.30702\n 11 50 2 0.61711 0.33749 0.62786 0.35811\n 11 50 2 0.62786 0.35811 0.62542 0.35612\n 11 50 2 0.62786 0.35811 0.62653 0.35289\n 11 50 2 0.61711 0.39550 0.62140 0.39550\n 11 50 2 0.63062 0.10449 0.63114 0.11059\n 11 50 2 0.63114 0.11059 0.63078 0.10917\n 11 50 2 0.63114 0.11059 0.63125 0.10895\n 11 50 2 0.63062 0.11092 0.63561 0.11643\n 11 50 2 0.63561 0.11643 0.63476 0.11625\n 11 50 2 0.63561 0.11643 0.63501 0.11501\n 11 50 2 0.63062 0.11877 0.63784 0.12433\n 11 50 2 0.63784 0.12433 0.63676 0.12441\n 11 50 2 0.63784 0.12433 0.63699 0.12276\n 11 50 2 0.63062 0.12836 0.63958 0.13546\n 11 50 2 0.63958 0.13546 0.63837 0.13553\n 11 50 2 0.63958 0.13546 0.63864 0.13368\n 11 50 2 0.63062 0.14007 0.63953 0.14761\n 11 50 2 0.63953 0.14761 0.63819 0.14762\n 11 50 2 0.63953 0.14761 0.63850 0.14559\n 11 50 2 0.63062 0.15438 0.64098 0.16397\n 11 50 2 0.64098 0.16397 0.63950 0.16388\n 11 50 2 0.64098 0.16397 0.63987 0.16165\n 11 50 2 0.63062 0.17185 0.64243 0.18403\n 11 50 2 0.64243 0.18403 0.64081 0.18379\n 11 50 2 0.64243 0.18403 0.64125 0.18138\n 11 50 2 0.63062 0.19319 0.64123 0.20555\n 11 50 2 0.64123 0.20555 0.63946 0.20509\n 11 50 2 0.64123 0.20555 0.64000 0.20253\n 11 50 2 0.63062 0.21926 0.64471 0.23603\n 11 50 2 0.64471 0.23603 0.64249 0.23541\n 11 50 2 0.64471 0.23603 0.64318 0.23220\n 11 50 2 0.63062 0.25110 0.64587 0.27227\n 11 50 2 0.64587 0.27227 0.64352 0.27124\n 11 50 2 0.64587 0.27227 0.64435 0.26793\n 11 50 2 0.63062 0.28999 0.64293 0.31000\n 11 50 2 0.64293 0.31000 0.64047 0.30849\n 11 50 2 0.64293 0.31000 0.64146 0.30513\n 11 50 2 0.63062 0.33749 0.64380 0.36270\n 11 50 2 0.64380 0.36270 0.64125 0.36062\n 11 50 2 0.64380 0.36270 0.64241 0.35725\n 11 50 2 0.63062 0.39550 0.63588 0.39550\n 11 50 2 0.64713 0.10449 0.64787 0.11175\n 11 50 2 0.64787 0.11175 0.64742 0.11014\n 11 50 2 0.64787 0.11175 0.64796 0.10983\n 11 50 2 0.64713 0.11092 0.65329 0.11726\n 11 50 2 0.65329 0.11726 0.65233 0.11712\n 11 50 2 0.65329 0.11726 0.65259 0.11570\n 11 50 2 0.64713 0.11877 0.65600 0.12509\n 11 50 2 0.65600 0.12509 0.65482 0.12524\n 11 50 2 0.65600 0.12509 0.65506 0.12343\n 11 50 2 0.64713 0.12836 0.65629 0.13504\n 11 50 2 0.65629 0.13504 0.65499 0.13519\n 11 50 2 0.65629 0.13504 0.65526 0.13320\n 11 50 2 0.64713 0.14007 0.65806 0.14855\n 11 50 2 0.65806 0.14855 0.65663 0.14866\n 11 50 2 0.65806 0.14855 0.65694 0.14647\n 11 50 2 0.64713 0.15438 0.65729 0.16297\n 11 50 2 0.65729 0.16297 0.65572 0.16299\n 11 50 2 0.65729 0.16297 0.65609 0.16061\n 11 50 2 0.64713 0.17185 0.65871 0.18272\n 11 50 2 0.65871 0.18272 0.65700 0.18260\n 11 50 2 0.65871 0.18272 0.65743 0.18004\n 11 50 2 0.64713 0.19319 0.66012 0.20693\n 11 50 2 0.66012 0.20693 0.65828 0.20661\n 11 50 2 0.66012 0.20693 0.65879 0.20389\n 11 50 2 0.64713 0.21926 0.66437 0.23771\n 11 50 2 0.66437 0.23771 0.66208 0.23729\n 11 50 2 0.66437 0.23771 0.66273 0.23392\n 11 50 2 0.64713 0.25110 0.66112 0.26851\n 11 50 2 0.66112 0.26851 0.65870 0.26773\n 11 50 2 0.66112 0.26851 0.65948 0.26424\n 11 50 2 0.64713 0.28999 0.66218 0.31188\n 11 50 2 0.66218 0.31188 0.65964 0.31064\n 11 50 2 0.66218 0.31188 0.66057 0.30707\n 11 50 2 0.64713 0.33749 0.66325 0.36499\n 11 50 2 0.66325 0.36499 0.66060 0.36321\n 11 50 2 0.66325 0.36499 0.66170 0.35961\n 11 50 2 0.64713 0.39550 0.65356 0.39550\n 11 50 2 0.66729 0.10449 0.66833 0.11299\n 11 50 2 0.66833 0.11299 0.66778 0.11121\n 11 50 2 0.66833 0.11299 0.66839 0.11079\n 11 50 2 0.66729 0.11092 0.67395 0.11719\n 11 50 2 0.67395 0.11719 0.67288 0.11711\n 11 50 2 0.67395 0.11719 0.67315 0.11551\n 11 50 2 0.66729 0.11877 0.67637 0.12466\n 11 50 2 0.67637 0.12466 0.67510 0.12490\n 11 50 2 0.67637 0.12466 0.67533 0.12292\n 11 50 2 0.66729 0.12836 0.67853 0.13582\n 11 50 2 0.67853 0.13582 0.67714 0.13606\n 11 50 2 0.67853 0.13582 0.67740 0.13390\n 11 50 2 0.66729 0.14007 0.67801 0.14761\n 11 50 2 0.67801 0.14761 0.67650 0.14782\n 11 50 2 0.67801 0.14761 0.67679 0.14547\n 11 50 2 0.66729 0.15438 0.67974 0.16389\n 11 50 2 0.67974 0.16389 0.67809 0.16403\n 11 50 2 0.67974 0.16389 0.67844 0.16150\n 11 50 2 0.66729 0.17185 0.68147 0.18384\n 11 50 2 0.68147 0.18384 0.67968 0.18386\n 11 50 2 0.68147 0.18384 0.68010 0.18115\n 11 50 2 0.66729 0.19319 0.67923 0.20452\n 11 50 2 0.67923 0.20452 0.67730 0.20437\n 11 50 2 0.67923 0.20452 0.67779 0.20148\n 11 50 2 0.66729 0.21926 0.68312 0.23436\n 11 50 2 0.68312 0.23436 0.68075 0.23416\n 11 50 2 0.68312 0.23436 0.68136 0.23062\n 11 50 2 0.66729 0.25110 0.68441 0.27005\n 11 50 2 0.68441 0.27005 0.68191 0.26952\n 11 50 2 0.68441 0.27005 0.68264 0.26584\n 11 50 2 0.66729 0.28999 0.68571 0.31376\n 11 50 2 0.68571 0.31376 0.68307 0.31281\n 11 50 2 0.68571 0.31376 0.68395 0.30903\n 11 50 2 0.66729 0.33749 0.68044 0.35735\n 11 50 2 0.68044 0.35735 0.67768 0.35589\n 11 50 2 0.68044 0.35735 0.67873 0.35206\n 11 50 2 0.66729 0.39550 0.67516 0.39550\n 11 50 2 0.69192 0.10449 0.69337 0.11444\n 11 50 2 0.69337 0.11444 0.69263 0.11229\n 11 50 2 0.69337 0.11444 0.69339 0.11168\n 11 50 2 0.69192 0.11092 0.70024 0.11864\n 11 50 2 0.70024 0.11864 0.69894 0.11856\n 11 50 2 0.70024 0.11864 0.69926 0.11661\n 11 50 2 0.69192 0.11877 0.70314 0.12593\n 11 50 2 0.70314 0.12593 0.70166 0.12622\n 11 50 2 0.70314 0.12593 0.70193 0.12391\n 11 50 2 0.69192 0.12836 0.70578 0.13736\n 11 50 2 0.70578 0.13736 0.70419 0.13766\n 11 50 2 0.70578 0.13736 0.70448 0.13518\n 11 50 2 0.69192 0.14007 0.70512 0.14912\n 11 50 2 0.70512 0.14912 0.70341 0.14938\n 11 50 2 0.70512 0.14912 0.70374 0.14673\n 11 50 2 0.69192 0.15438 0.70723 0.16573\n 11 50 2 0.70723 0.16573 0.70540 0.16592\n 11 50 2 0.70723 0.16573 0.70578 0.16310\n 11 50 2 0.69192 0.17185 0.70499 0.18253\n 11 50 2 0.70499 0.18253 0.70302 0.18260\n 11 50 2 0.70499 0.18253 0.70346 0.17961\n 11 50 2 0.69192 0.19319 0.70657 0.20658\n 11 50 2 0.70657 0.20658 0.70447 0.20648\n 11 50 2 0.70657 0.20658 0.70499 0.20333\n 11 50 2 0.69192 0.21926 0.71133 0.23687\n 11 50 2 0.71133 0.23687 0.70881 0.23676\n 11 50 2 0.71133 0.23687 0.70943 0.23297\n 11 50 2 0.69192 0.25110 0.71291 0.27312\n 11 50 2 0.71291 0.27312 0.71025 0.27268\n 11 50 2 0.71291 0.27312 0.71099 0.26876\n 11 50 2 0.69192 0.28999 0.70697 0.30834\n 11 50 2 0.70697 0.30834 0.70418 0.30749\n 11 50 2 0.70697 0.30834 0.70506 0.30346\n 11 50 2 0.69192 0.33749 0.70803 0.36041\n 11 50 2 0.70803 0.36041 0.70512 0.35906\n 11 50 2 0.70803 0.36041 0.70617 0.35498\n 11 50 2 0.69192 0.39550 0.70156 0.39550\n 11 50 2 0.72200 0.10449 0.72448 0.11904\n 11 50 2 0.72448 0.11904 0.72338 0.11616\n 11 50 2 0.72448 0.11904 0.72442 0.11518\n 11 50 2 0.72200 0.11092 0.73261 0.12215\n 11 50 2 0.73261 0.12215 0.73086 0.12184\n 11 50 2 0.73261 0.12215 0.73135 0.11926\n 11 50 2 0.72200 0.11877 0.73603 0.12847\n 11 50 2 0.73603 0.12847 0.73411 0.12876\n 11 50 2 0.73603 0.12847 0.73448 0.12579\n 11 50 2 0.72200 0.12836 0.73925 0.14053\n 11 50 2 0.73925 0.14053 0.73724 0.14080\n 11 50 2 0.73925 0.14053 0.73763 0.13769\n 11 50 2 0.72200 0.14007 0.73838 0.15213\n 11 50 2 0.73838 0.15213 0.73626 0.15236\n 11 50 2 0.73838 0.15213 0.73670 0.14910\n 11 50 2 0.72200 0.15438 0.74096 0.16941\n 11 50 2 0.74096 0.16941 0.73873 0.16954\n 11 50 2 0.74096 0.16941 0.73922 0.16613\n 11 50 2 0.72200 0.17185 0.73816 0.18591\n 11 50 2 0.73816 0.18591 0.73581 0.18588\n 11 50 2 0.73816 0.18591 0.73636 0.18233\n 11 50 2 0.72200 0.19319 0.74009 0.21070\n 11 50 2 0.74009 0.21070 0.73762 0.21047\n 11 50 2 0.74009 0.21070 0.73826 0.20678\n 11 50 2 0.72200 0.21926 0.74590 0.24190\n 11 50 2 0.74590 0.24190 0.74304 0.24168\n 11 50 2 0.74590 0.24190 0.74377 0.23741\n 11 50 2 0.72200 0.25110 0.73922 0.26988\n 11 50 2 0.73922 0.26988 0.73624 0.26928\n 11 50 2 0.73922 0.26988 0.73710 0.26491\n 11 50 2 0.72200 0.28999 0.74051 0.31334\n 11 50 2 0.74051 0.31334 0.73741 0.31229\n 11 50 2 0.74051 0.31334 0.73842 0.30784\n 11 50 2 0.72200 0.33749 0.74180 0.36652\n 11 50 2 0.74180 0.36652 0.73860 0.36493\n 11 50 2 0.74180 0.36652 0.73978 0.36045\n 11 50 2 0.72200 0.39550 0.73383 0.39550\n 11 50 2 0.75873 0.10449 0.76220 0.12182\n 11 50 2 0.76220 0.12182 0.76087 0.11871\n 11 50 2 0.76220 0.12182 0.76203 0.11742\n 11 50 2 0.75873 0.11092 0.77197 0.12391\n 11 50 2 0.77197 0.12391 0.76998 0.12370\n 11 50 2 0.77197 0.12391 0.77051 0.12074\n 11 50 2 0.75873 0.11877 0.77607 0.13002\n 11 50 2 0.77607 0.13002 0.77393 0.13042\n 11 50 2 0.77607 0.13002 0.77432 0.12709\n 11 50 2 0.75873 0.12836 0.77575 0.13926\n 11 50 2 0.77575 0.13926 0.77353 0.13970\n 11 50 2 0.77575 0.13926 0.77393 0.13622\n 11 50 2 0.75873 0.14007 0.77890 0.15364\n 11 50 2 0.77890 0.15364 0.77658 0.15403\n 11 50 2 0.77890 0.15364 0.77701 0.15041\n 11 50 2 0.75873 0.15438 0.77623 0.16704\n 11 50 2 0.77623 0.16704 0.77379 0.16733\n 11 50 2 0.77623 0.16704 0.77428 0.16357\n 11 50 2 0.75873 0.17185 0.77859 0.18759\n 11 50 2 0.77859 0.18759 0.77604 0.18774\n 11 50 2 0.77859 0.18759 0.77660 0.18384\n 11 50 2 0.75873 0.19319 0.78095 0.21276\n 11 50 2 0.78095 0.21276 0.77829 0.21271\n 11 50 2 0.78095 0.21276 0.77893 0.20868\n 11 50 2 0.75873 0.21926 0.77827 0.23603\n 11 50 2 0.77827 0.23603 0.77523 0.23603\n 11 50 2 0.77827 0.23603 0.77595 0.23143\n 11 50 2 0.75873 0.25110 0.77985 0.27193\n 11 50 2 0.77985 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0.30621 0.58702 0.30692 0.58738 0.30799 0.58844 0.30799 0.58098\n 11 512 23 0.31687 0.58738 0.31652 0.58809 0.31545 0.58844 0.31474 0.58844 0.31367 0.58809 0.31296 0.58702 0.31261 0.58525 0.31261 0.58347 0.31296 0.58205 0.31367 0.58134 0.31474 0.58098 0.31509 0.58098 0.31616 0.58134 0.31687 0.58205 0.31723 0.58311 0.31723 0.58347 0.31687 0.58453 0.31616 0.58525 0.31509 0.58560 0.31474 0.58560 0.31367 0.58525 0.31296 0.58453 0.31261 0.58347\n 11 314 14 0.35922 0.58667 0.35922 0.58702 0.35958 0.58773 0.35994 0.58809 0.36065 0.58844 0.36207 0.58844 0.36278 0.58809 0.36313 0.58773 0.36349 0.58702 0.36349 0.58631 0.36313 0.58560 0.36242 0.58453 0.35887 0.58098 0.36385 0.58098\n 11 380 17 0.36811 0.58844 0.36704 0.58809 0.36633 0.58702 0.36598 0.58525 0.36598 0.58418 0.36633 0.58240 0.36704 0.58134 0.36811 0.58098 0.36882 0.58098 0.36989 0.58134 0.37060 0.58240 0.37095 0.58418 0.37095 0.58525 0.37060 0.58702 0.36989 0.58809 0.36882 0.58844 0.36811 0.58844\n 11 314 14 0.41295 0.58667 0.41295 0.58702 0.41331 0.58773 0.41366 0.58809 0.41437 0.58844 0.41579 0.58844 0.41651 0.58809 0.41686 0.58773 0.41722 0.58702 0.41722 0.58631 0.41686 0.58560 0.41615 0.58453 0.41260 0.58098 0.41757 0.58098\n 11 72 3 0.42326 0.58844 0.41970 0.58347 0.42504 0.58347\n 11 50 2 0.42326 0.58844 0.42326 0.58098\n 11 732 33 0.08956 0.61869 0.08956 0.60449 0.08956 0.61869 0.08023 0.61869 0.08956 0.61869 0.08956 0.64708 0.08023 0.64708 0.08956 0.64708 0.08956 0.67547 0.08023 0.67547 0.08956 0.67547 0.08956 0.70386 0.08023 0.70386 0.08956 0.70386 0.08956 0.73225 0.08023 0.73225 0.08956 0.73225 0.08956 0.76064 0.08023 0.76064 0.08956 0.76064 0.08956 0.78903 0.08023 0.78903 0.08956 0.78903 0.08956 0.81742 0.08023 0.81742 0.08956 0.81742 0.08956 0.84581 0.08023 0.84581 0.08956 0.84581 0.08956 0.87421 0.08023 0.87421 0.08956 0.87421 0.08956 0.89550\n 11 732 33 0.42535 0.61869 0.42535 0.60449 0.42535 0.61869 0.43468 0.61869 0.42535 0.61869 0.42535 0.64708 0.43468 0.64708 0.42535 0.64708 0.42535 0.67547 0.43468 0.67547 0.42535 0.67547 0.42535 0.70386 0.43468 0.70386 0.42535 0.70386 0.42535 0.73225 0.43468 0.73225 0.42535 0.73225 0.42535 0.76064 0.43468 0.76064 0.42535 0.76064 0.42535 0.78903 0.43468 0.78903 0.42535 0.78903 0.42535 0.81742 0.43468 0.81742 0.42535 0.81742 0.42535 0.84581 0.43468 0.84581 0.42535 0.84581 0.42535 0.87421 0.43468 0.87421 0.42535 0.87421 0.42535 0.89550\n 11 930 42 0.09628 0.89550 0.08956 0.89550 0.09628 0.89550 0.09628 0.90483 0.09628 0.89550 0.12314 0.89550 0.12314 0.90483 0.12314 0.89550 0.15001 0.89550 0.15001 0.90483 0.15001 0.89550 0.17687 0.89550 0.17687 0.90483 0.17687 0.89550 0.20373 0.89550 0.20373 0.90483 0.20373 0.89550 0.23060 0.89550 0.23060 0.90483 0.23060 0.89550 0.25746 0.89550 0.25746 0.90483 0.25746 0.89550 0.28432 0.89550 0.28432 0.90483 0.28432 0.89550 0.31119 0.89550 0.31119 0.90483 0.31119 0.89550 0.33805 0.89550 0.33805 0.90483 0.33805 0.89550 0.36491 0.89550 0.36491 0.90483 0.36491 0.89550 0.39177 0.89550 0.39177 0.90483 0.39177 0.89550 0.41864 0.89550 0.41864 0.90483 0.41864 0.89550 0.42535 0.89550\n 11 930 42 0.09628 0.60449 0.08956 0.60449 0.09628 0.60449 0.09628 0.59516 0.09628 0.60449 0.12314 0.60449 0.12314 0.59516 0.12314 0.60449 0.15001 0.60449 0.15001 0.59516 0.15001 0.60449 0.17687 0.60449 0.17687 0.59516 0.17687 0.60449 0.20373 0.60449 0.20373 0.59516 0.20373 0.60449 0.23060 0.60449 0.23060 0.59516 0.23060 0.60449 0.25746 0.60449 0.25746 0.59516 0.25746 0.60449 0.28432 0.60449 0.28432 0.59516 0.28432 0.60449 0.31119 0.60449 0.31119 0.59516 0.31119 0.60449 0.33805 0.60449 0.33805 0.59516 0.33805 0.60449 0.36491 0.60449 0.36491 0.59516 0.36491 0.60449 0.39177 0.60449 0.39177 0.59516 0.39177 0.60449 0.41864 0.60449 0.41864 0.59516 0.41864 0.60449 0.42535 0.60449\n 11 72 3 0.04251 0.74658 0.04677 0.75000 0.05146 0.75000\n 11 50 2 0.04251 0.75341 0.04677 0.75000\n 11 50 2 0.25447 0.57202 0.26044 0.56307\n 11 50 2 0.26044 0.57202 0.25447 0.56307\n 11 380 17 0.10267 0.55394 0.10180 0.55365 0.10122 0.55278 0.10093 0.55133 0.10093 0.55046 0.10122 0.54901 0.10180 0.54814 0.10267 0.54785 0.10325 0.54785 0.10412 0.54814 0.10470 0.54901 0.10499 0.55046 0.10499 0.55133 0.10470 0.55278 0.10412 0.55365 0.10325 0.55394 0.10267 0.55394\n 11 226 10 0.10267 0.55394 0.10209 0.55365 0.10180 0.55336 0.10151 0.55278 0.10122 0.55133 0.10122 0.55046 0.10151 0.54901 0.10180 0.54843 0.10209 0.54814 0.10267 0.54785\n 11 226 10 0.10325 0.54785 0.10383 0.54814 0.10412 0.54843 0.10441 0.54901 0.10470 0.55046 0.10470 0.55133 0.10441 0.55278 0.10412 0.55336 0.10383 0.55365 0.10325 0.55394\n 11 116 5 0.10730 0.54843 0.10701 0.54814 0.10730 0.54785 0.10759 0.54814 0.10730 0.54843\n 11 94 4 0.11049 0.55278 0.11107 0.55307 0.11194 0.55394 0.11194 0.54785\n 11 50 2 0.11165 0.55365 0.11165 0.54785\n 11 50 2 0.11049 0.54785 0.11310 0.54785\n 11 50 2 0.11687 0.55394 0.11687 0.55046\n 11 50 2 0.11542 0.55307 0.11832 0.55133\n 11 50 2 0.11832 0.55307 0.11542 0.55133\n 11 50 2 0.12006 0.55394 0.12383 0.54785\n 11 50 2 0.12035 0.55394 0.12412 0.54785\n 11 50 2 0.12412 0.55394 0.12006 0.54785\n 11 50 2 0.11948 0.55394 0.12122 0.55394\n 11 50 2 0.12296 0.55394 0.12470 0.55394\n 11 50 2 0.11948 0.54785 0.12122 0.54785\n 11 50 2 0.12296 0.54785 0.12470 0.54785\n 11 50 2 0.12615 0.55510 0.12615 0.54582\n 11 50 2 0.12644 0.55510 0.12644 0.54582\n 11 50 2 0.12615 0.55510 0.12818 0.55510\n 11 50 2 0.12615 0.54582 0.12818 0.54582\n 11 424 19 0.13397 0.55307 0.13426 0.55220 0.13426 0.55394 0.13397 0.55307 0.13339 0.55365 0.13252 0.55394 0.13194 0.55394 0.13107 0.55365 0.13049 0.55307 0.13020 0.55249 0.12991 0.55162 0.12991 0.55017 0.13020 0.54930 0.13049 0.54872 0.13107 0.54814 0.13194 0.54785 0.13252 0.54785 0.13339 0.54814 0.13397 0.54872\n 11 226 10 0.13194 0.55394 0.13136 0.55365 0.13078 0.55307 0.13049 0.55249 0.13020 0.55162 0.13020 0.55017 0.13049 0.54930 0.13078 0.54872 0.13136 0.54814 0.13194 0.54785\n 11 50 2 0.13397 0.55017 0.13397 0.54785\n 11 50 2 0.13426 0.55017 0.13426 0.54785\n 11 50 2 0.13310 0.55017 0.13513 0.55017\n 11 50 2 0.13658 0.55394 0.14035 0.54785\n 11 50 2 0.13687 0.55394 0.14064 0.54785\n 11 50 2 0.14064 0.55394 0.13658 0.54785\n 11 50 2 0.13600 0.55394 0.13774 0.55394\n 11 50 2 0.13948 0.55394 0.14122 0.55394\n 11 50 2 0.13600 0.54785 0.13774 0.54785\n 11 50 2 0.13948 0.54785 0.14122 0.54785\n 11 50 2 0.14267 0.55133 0.14789 0.55133\n 11 50 2 0.14267 0.54959 0.14789 0.54959\n 11 50 2 0.14992 0.55394 0.15368 0.54785\n 11 50 2 0.15021 0.55394 0.15397 0.54785\n 11 50 2 0.15397 0.55394 0.14992 0.54785\n 11 50 2 0.14934 0.55394 0.15108 0.55394\n 11 50 2 0.15281 0.55394 0.15455 0.55394\n 11 50 2 0.14934 0.54785 0.15108 0.54785\n 11 50 2 0.15281 0.54785 0.15455 0.54785\n 11 50 2 0.15629 0.55394 0.15629 0.54785\n 11 50 2 0.15658 0.55394 0.15658 0.54785\n 11 50 2 0.15542 0.55394 0.15745 0.55394\n 11 50 2 0.15542 0.54785 0.15745 0.54785\n 11 50 2 0.15948 0.55394 0.15948 0.54785\n 11 50 2 0.15977 0.55394 0.15977 0.54785\n 11 226 10 0.15861 0.55394 0.16209 0.55394 0.16296 0.55365 0.16325 0.55336 0.16354 0.55278 0.16354 0.55220 0.16325 0.55162 0.16296 0.55133 0.16209 0.55104 0.15977 0.55104\n 11 182 8 0.16209 0.55394 0.16267 0.55365 0.16296 0.55336 0.16325 0.55278 0.16325 0.55220 0.16296 0.55162 0.16267 0.55133 0.16209 0.55104\n 11 50 2 0.15861 0.54785 0.16064 0.54785\n 11 160 7 0.16122 0.55104 0.16180 0.55075 0.16209 0.55046 0.16296 0.54843 0.16325 0.54814 0.16354 0.54814 0.16383 0.54843\n 11 160 7 0.16180 0.55075 0.16209 0.55017 0.16267 0.54814 0.16296 0.54785 0.16354 0.54785 0.16383 0.54843 0.16383 0.54872\n 11 50 2 0.16586 0.55394 0.16586 0.54785\n 11 50 2 0.16615 0.55394 0.16615 0.54785\n 11 226 10 0.16499 0.55394 0.16847 0.55394 0.16934 0.55365 0.16963 0.55336 0.16992 0.55278 0.16992 0.55220 0.16963 0.55162 0.16934 0.55133 0.16847 0.55104 0.16615 0.55104\n 11 182 8 0.16847 0.55394 0.16905 0.55365 0.16934 0.55336 0.16963 0.55278 0.16963 0.55220 0.16934 0.55162 0.16905 0.55133 0.16847 0.55104\n 11 50 2 0.16499 0.54785 0.16702 0.54785\n 11 160 7 0.16760 0.55104 0.16818 0.55075 0.16847 0.55046 0.16934 0.54843 0.16963 0.54814 0.16992 0.54814 0.17021 0.54843\n 11 160 7 0.16818 0.55075 0.16847 0.55017 0.16905 0.54814 0.16934 0.54785 0.16992 0.54785 0.17021 0.54843 0.17021 0.54872\n 11 50 2 0.17340 0.55510 0.17340 0.54582\n 11 50 2 0.17369 0.55510 0.17369 0.54582\n 11 50 2 0.17166 0.55510 0.17369 0.55510\n 11 50 2 0.17166 0.54582 0.17369 0.54582\n 11 50 2 0.18325 0.55307 0.18325 0.54785\n 11 50 2 0.18064 0.55046 0.18586 0.55046\n 11 50 2 0.19514 0.55336 0.19514 0.54785\n 11 50 2 0.19543 0.55394 0.19543 0.54785\n 11 72 3 0.19543 0.55394 0.19224 0.54959 0.19688 0.54959\n 11 50 2 0.19427 0.54785 0.19630 0.54785\n 11 50 2 0.19977 0.55394 0.19977 0.55046\n 11 50 2 0.19832 0.55307 0.20122 0.55133\n 11 50 2 0.20122 0.55307 0.19832 0.55133\n 11 72 3 0.20296 0.55394 0.20499 0.55075 0.20499 0.54785\n 11 72 3 0.20325 0.55394 0.20528 0.55075 0.20528 0.54785\n 11 50 2 0.20731 0.55394 0.20528 0.55075\n 11 50 2 0.20238 0.55394 0.20412 0.55394\n 11 50 2 0.20615 0.55394 0.20789 0.55394\n 11 50 2 0.20412 0.54785 0.20615 0.54785\n 11 50 2 0.20934 0.55510 0.20934 0.54582\n 11 50 2 0.20963 0.55510 0.20963 0.54582\n 11 50 2 0.20934 0.55510 0.21137 0.55510\n 11 50 2 0.20934 0.54582 0.21137 0.54582\n 11 424 19 0.21717 0.55307 0.21746 0.55220 0.21746 0.55394 0.21717 0.55307 0.21659 0.55365 0.21572 0.55394 0.21514 0.55394 0.21427 0.55365 0.21369 0.55307 0.21340 0.55249 0.21311 0.55162 0.21311 0.55017 0.21340 0.54930 0.21369 0.54872 0.21427 0.54814 0.21514 0.54785 0.21572 0.54785 0.21659 0.54814 0.21717 0.54872\n 11 226 10 0.21514 0.55394 0.21456 0.55365 0.21398 0.55307 0.21369 0.55249 0.21340 0.55162 0.21340 0.55017 0.21369 0.54930 0.21398 0.54872 0.21456 0.54814 0.21514 0.54785\n 11 50 2 0.21717 0.55017 0.21717 0.54785\n 11 50 2 0.21746 0.55017 0.21746 0.54785\n 11 50 2 0.21630 0.55017 0.21833 0.55017\n 11 72 3 0.21978 0.55394 0.22180 0.55075 0.22180 0.54785\n 11 72 3 0.22007 0.55394 0.22209 0.55075 0.22209 0.54785\n 11 50 2 0.22412 0.55394 0.22209 0.55075\n 11 50 2 0.21920 0.55394 0.22093 0.55394\n 11 50 2 0.22296 0.55394 0.22470 0.55394\n 11 50 2 0.22093 0.54785 0.22296 0.54785\n 11 50 2 0.22615 0.55133 0.23137 0.55133\n 11 50 2 0.22615 0.54959 0.23137 0.54959\n 11 72 3 0.23340 0.55394 0.23543 0.55075 0.23543 0.54785\n 11 72 3 0.23369 0.55394 0.23572 0.55075 0.23572 0.54785\n 11 50 2 0.23775 0.55394 0.23572 0.55075\n 11 50 2 0.23282 0.55394 0.23456 0.55394\n 11 50 2 0.23659 0.55394 0.23833 0.55394\n 11 50 2 0.23456 0.54785 0.23659 0.54785\n 11 50 2 0.24007 0.55394 0.24007 0.54785\n 11 50 2 0.24036 0.55394 0.24036 0.54785\n 11 50 2 0.23920 0.55394 0.24123 0.55394\n 11 50 2 0.23920 0.54785 0.24123 0.54785\n 11 50 2 0.24326 0.55394 0.24326 0.54785\n 11 50 2 0.24354 0.55394 0.24354 0.54785\n 11 226 10 0.24239 0.55394 0.24586 0.55394 0.24673 0.55365 0.24702 0.55336 0.24731 0.55278 0.24731 0.55220 0.24702 0.55162 0.24673 0.55133 0.24586 0.55104 0.24354 0.55104\n 11 182 8 0.24586 0.55394 0.24644 0.55365 0.24673 0.55336 0.24702 0.55278 0.24702 0.55220 0.24673 0.55162 0.24644 0.55133 0.24586 0.55104\n 11 50 2 0.24239 0.54785 0.24441 0.54785\n 11 160 7 0.24499 0.55104 0.24557 0.55075 0.24586 0.55046 0.24673 0.54843 0.24702 0.54814 0.24731 0.54814 0.24760 0.54843\n 11 160 7 0.24557 0.55075 0.24586 0.55017 0.24644 0.54814 0.24673 0.54785 0.24731 0.54785 0.24760 0.54843 0.24760 0.54872\n 11 50 2 0.24963 0.55394 0.24963 0.54785\n 11 50 2 0.24992 0.55394 0.24992 0.54785\n 11 226 10 0.24876 0.55394 0.25224 0.55394 0.25311 0.55365 0.25340 0.55336 0.25369 0.55278 0.25369 0.55220 0.25340 0.55162 0.25311 0.55133 0.25224 0.55104 0.24992 0.55104\n 11 182 8 0.25224 0.55394 0.25282 0.55365 0.25311 0.55336 0.25340 0.55278 0.25340 0.55220 0.25311 0.55162 0.25282 0.55133 0.25224 0.55104\n 11 50 2 0.24876 0.54785 0.25079 0.54785\n 11 160 7 0.25137 0.55104 0.25195 0.55075 0.25224 0.55046 0.25311 0.54843 0.25340 0.54814 0.25369 0.54814 0.25398 0.54843\n 11 160 7 0.25195 0.55075 0.25224 0.55017 0.25282 0.54814 0.25311 0.54785 0.25369 0.54785 0.25398 0.54843 0.25398 0.54872\n 11 50 2 0.25717 0.55510 0.25717 0.54582\n 11 50 2 0.25746 0.55510 0.25746 0.54582\n 11 50 2 0.25543 0.55510 0.25746 0.55510\n 11 50 2 0.25543 0.54582 0.25746 0.54582\n 11 160 7 0.26934 0.54785 0.26905 0.54814 0.26934 0.54843 0.26963 0.54814 0.26963 0.54756 0.26934 0.54698 0.26905 0.54669\n 11 336 15 0.27659 0.55278 0.27688 0.55249 0.27659 0.55220 0.27630 0.55249 0.27630 0.55278 0.27659 0.55336 0.27688 0.55365 0.27775 0.55394 0.27891 0.55394 0.27978 0.55365 0.28007 0.55307 0.28007 0.55220 0.27978 0.55162 0.27891 0.55133 0.27804 0.55133\n 11 138 6 0.27891 0.55394 0.27949 0.55365 0.27978 0.55307 0.27978 0.55220 0.27949 0.55162 0.27891 0.55133\n 11 358 16 0.27891 0.55133 0.27949 0.55104 0.28007 0.55046 0.28036 0.54988 0.28036 0.54901 0.28007 0.54843 0.27978 0.54814 0.27891 0.54785 0.27775 0.54785 0.27688 0.54814 0.27659 0.54843 0.27630 0.54901 0.27630 0.54930 0.27659 0.54959 0.27688 0.54930 0.27659 0.54901\n 11 138 6 0.27978 0.55075 0.28007 0.54988 0.28007 0.54901 0.27978 0.54843 0.27949 0.54814 0.27891 0.54785\n 11 50 2 0.28355 0.55394 0.28355 0.55046\n 11 50 2 0.28210 0.55307 0.28500 0.55133\n 11 50 2 0.28500 0.55307 0.28210 0.55133\n 11 50 2 0.28674 0.55394 0.29050 0.54785\n 11 50 2 0.28703 0.55394 0.29079 0.54785\n 11 50 2 0.29079 0.55394 0.28674 0.54785\n 11 50 2 0.28616 0.55394 0.28790 0.55394\n 11 50 2 0.28963 0.55394 0.29137 0.55394\n 11 50 2 0.28616 0.54785 0.28790 0.54785\n 11 50 2 0.28963 0.54785 0.29137 0.54785\n 11 50 2 0.29282 0.55510 0.29282 0.54582\n 11 50 2 0.29311 0.55510 0.29311 0.54582\n 11 50 2 0.29282 0.55510 0.29485 0.55510\n 11 50 2 0.29282 0.54582 0.29485 0.54582\n 11 424 19 0.30065 0.55307 0.30094 0.55220 0.30094 0.55394 0.30065 0.55307 0.30007 0.55365 0.29920 0.55394 0.29862 0.55394 0.29775 0.55365 0.29717 0.55307 0.29688 0.55249 0.29659 0.55162 0.29659 0.55017 0.29688 0.54930 0.29717 0.54872 0.29775 0.54814 0.29862 0.54785 0.29920 0.54785 0.30007 0.54814 0.30065 0.54872\n 11 226 10 0.29862 0.55394 0.29804 0.55365 0.29746 0.55307 0.29717 0.55249 0.29688 0.55162 0.29688 0.55017 0.29717 0.54930 0.29746 0.54872 0.29804 0.54814 0.29862 0.54785\n 11 50 2 0.30065 0.55017 0.30065 0.54785\n 11 50 2 0.30094 0.55017 0.30094 0.54785\n 11 50 2 0.29978 0.55017 0.30181 0.55017\n 11 50 2 0.30326 0.55394 0.30703 0.54785\n 11 50 2 0.30355 0.55394 0.30732 0.54785\n 11 50 2 0.30732 0.55394 0.30326 0.54785\n 11 50 2 0.30268 0.55394 0.30442 0.55394\n 11 50 2 0.30616 0.55394 0.30790 0.55394\n 11 50 2 0.30268 0.54785 0.30442 0.54785\n 11 50 2 0.30616 0.54785 0.30790 0.54785\n 11 50 2 0.30935 0.55133 0.31456 0.55133\n 11 50 2 0.30935 0.54959 0.31456 0.54959\n 11 50 2 0.31659 0.55394 0.32036 0.54785\n 11 50 2 0.31688 0.55394 0.32065 0.54785\n 11 50 2 0.32065 0.55394 0.31659 0.54785\n 11 50 2 0.31601 0.55394 0.31775 0.55394\n 11 50 2 0.31949 0.55394 0.32123 0.55394\n 11 50 2 0.31601 0.54785 0.31775 0.54785\n 11 50 2 0.31949 0.54785 0.32123 0.54785\n 11 50 2 0.32297 0.55394 0.32297 0.54785\n 11 50 2 0.32326 0.55394 0.32326 0.54785\n 11 50 2 0.32210 0.55394 0.32413 0.55394\n 11 50 2 0.32210 0.54785 0.32413 0.54785\n 11 50 2 0.32616 0.55394 0.32616 0.54785\n 11 50 2 0.32645 0.55394 0.32645 0.54785\n 11 226 10 0.32529 0.55394 0.32877 0.55394 0.32964 0.55365 0.32993 0.55336 0.33022 0.55278 0.33022 0.55220 0.32993 0.55162 0.32964 0.55133 0.32877 0.55104 0.32645 0.55104\n 11 182 8 0.32877 0.55394 0.32935 0.55365 0.32964 0.55336 0.32993 0.55278 0.32993 0.55220 0.32964 0.55162 0.32935 0.55133 0.32877 0.55104\n 11 50 2 0.32529 0.54785 0.32732 0.54785\n 11 160 7 0.32790 0.55104 0.32848 0.55075 0.32877 0.55046 0.32964 0.54843 0.32993 0.54814 0.33022 0.54814 0.33051 0.54843\n 11 160 7 0.32848 0.55075 0.32877 0.55017 0.32935 0.54814 0.32964 0.54785 0.33022 0.54785 0.33051 0.54843 0.33051 0.54872\n 11 50 2 0.33254 0.55394 0.33254 0.54785\n 11 50 2 0.33283 0.55394 0.33283 0.54785\n 11 226 10 0.33167 0.55394 0.33515 0.55394 0.33601 0.55365 0.33630 0.55336 0.33659 0.55278 0.33659 0.55220 0.33630 0.55162 0.33601 0.55133 0.33515 0.55104 0.33283 0.55104\n 11 182 8 0.33515 0.55394 0.33572 0.55365 0.33601 0.55336 0.33630 0.55278 0.33630 0.55220 0.33601 0.55162 0.33572 0.55133 0.33515 0.55104\n 11 50 2 0.33167 0.54785 0.33370 0.54785\n 11 160 7 0.33428 0.55104 0.33486 0.55075 0.33515 0.55046 0.33601 0.54843 0.33630 0.54814 0.33659 0.54814 0.33688 0.54843\n 11 160 7 0.33486 0.55075 0.33515 0.55017 0.33572 0.54814 0.33601 0.54785 0.33659 0.54785 0.33688 0.54843 0.33688 0.54872\n 11 50 2 0.34007 0.55510 0.34007 0.54582\n 11 50 2 0.34036 0.55510 0.34036 0.54582\n 11 50 2 0.33833 0.55510 0.34036 0.55510\n 11 50 2 0.33833 0.54582 0.34036 0.54582\n 11 50 2 0.34993 0.55307 0.34993 0.54785\n 11 50 2 0.34732 0.55046 0.35254 0.55046\n 11 72 3 0.35920 0.55394 0.36123 0.55075 0.36123 0.54785\n 11 72 3 0.35949 0.55394 0.36152 0.55075 0.36152 0.54785\n 11 50 2 0.36355 0.55394 0.36152 0.55075\n 11 50 2 0.35862 0.55394 0.36036 0.55394\n 11 50 2 0.36239 0.55394 0.36413 0.55394\n 11 50 2 0.36036 0.54785 0.36239 0.54785\n 11 50 2 0.36558 0.55510 0.36558 0.54582\n 11 50 2 0.36587 0.55510 0.36587 0.54582\n 11 50 2 0.36558 0.55510 0.36761 0.55510\n 11 50 2 0.36558 0.54582 0.36761 0.54582\n 11 424 19 0.37341 0.55307 0.37370 0.55220 0.37370 0.55394 0.37341 0.55307 0.37283 0.55365 0.37196 0.55394 0.37138 0.55394 0.37051 0.55365 0.36993 0.55307 0.36964 0.55249 0.36935 0.55162 0.36935 0.55017 0.36964 0.54930 0.36993 0.54872 0.37051 0.54814 0.37138 0.54785 0.37196 0.54785 0.37283 0.54814 0.37341 0.54872\n 11 226 10 0.37138 0.55394 0.37080 0.55365 0.37022 0.55307 0.36993 0.55249 0.36964 0.55162 0.36964 0.55017 0.36993 0.54930 0.37022 0.54872 0.37080 0.54814 0.37138 0.54785\n 11 50 2 0.37341 0.55017 0.37341 0.54785\n 11 50 2 0.37370 0.55017 0.37370 0.54785\n 11 50 2 0.37254 0.55017 0.37457 0.55017\n 11 72 3 0.37602 0.55394 0.37805 0.55075 0.37805 0.54785\n 11 72 3 0.37631 0.55394 0.37834 0.55075 0.37834 0.54785\n 11 50 2 0.38037 0.55394 0.37834 0.55075\n 11 50 2 0.37544 0.55394 0.37718 0.55394\n 11 50 2 0.37921 0.55394 0.38095 0.55394\n 11 50 2 0.37718 0.54785 0.37921 0.54785\n 11 50 2 0.38239 0.55133 0.38761 0.55133\n 11 50 2 0.38239 0.54959 0.38761 0.54959\n 11 72 3 0.38964 0.55394 0.39167 0.55075 0.39167 0.54785\n 11 72 3 0.38993 0.55394 0.39196 0.55075 0.39196 0.54785\n 11 50 2 0.39399 0.55394 0.39196 0.55075\n 11 50 2 0.38906 0.55394 0.39080 0.55394\n 11 50 2 0.39283 0.55394 0.39457 0.55394\n 11 50 2 0.39080 0.54785 0.39283 0.54785\n 11 50 2 0.39631 0.55394 0.39631 0.54785\n 11 50 2 0.39660 0.55394 0.39660 0.54785\n 11 50 2 0.39544 0.55394 0.39747 0.55394\n 11 50 2 0.39544 0.54785 0.39747 0.54785\n 11 50 2 0.39950 0.55394 0.39950 0.54785\n 11 50 2 0.39979 0.55394 0.39979 0.54785\n 11 226 10 0.39863 0.55394 0.40211 0.55394 0.40298 0.55365 0.40327 0.55336 0.40356 0.55278 0.40356 0.55220 0.40327 0.55162 0.40298 0.55133 0.40211 0.55104 0.39979 0.55104\n 11 182 8 0.40211 0.55394 0.40269 0.55365 0.40298 0.55336 0.40327 0.55278 0.40327 0.55220 0.40298 0.55162 0.40269 0.55133 0.40211 0.55104\n 11 50 2 0.39863 0.54785 0.40066 0.54785\n 11 160 7 0.40124 0.55104 0.40182 0.55075 0.40211 0.55046 0.40298 0.54843 0.40327 0.54814 0.40356 0.54814 0.40385 0.54843\n 11 160 7 0.40182 0.55075 0.40211 0.55017 0.40269 0.54814 0.40298 0.54785 0.40356 0.54785 0.40385 0.54843 0.40385 0.54872\n 11 50 2 0.40587 0.55394 0.40587 0.54785\n 11 50 2 0.40616 0.55394 0.40616 0.54785\n 11 226 10 0.40500 0.55394 0.40848 0.55394 0.40935 0.55365 0.40964 0.55336 0.40993 0.55278 0.40993 0.55220 0.40964 0.55162 0.40935 0.55133 0.40848 0.55104 0.40616 0.55104\n 11 182 8 0.40848 0.55394 0.40906 0.55365 0.40935 0.55336 0.40964 0.55278 0.40964 0.55220 0.40935 0.55162 0.40906 0.55133 0.40848 0.55104\n 11 50 2 0.40500 0.54785 0.40703 0.54785\n 11 160 7 0.40761 0.55104 0.40819 0.55075 0.40848 0.55046 0.40935 0.54843 0.40964 0.54814 0.40993 0.54814 0.41022 0.54843\n 11 160 7 0.40819 0.55075 0.40848 0.55017 0.40906 0.54814 0.40935 0.54785 0.40993 0.54785 0.41022 0.54843 0.41022 0.54872\n 11 50 2 0.41341 0.55510 0.41341 0.54582\n 11 50 2 0.41370 0.55510 0.41370 0.54582\n 11 50 2 0.41167 0.55510 0.41370 0.55510\n 11 50 2 0.41167 0.54582 0.41370 0.54582\n 21 6 1\n 25 6 1\n 11 50 2 0.09628 0.61869 0.09628 0.61869\n 11 116 5 0.09693 0.64791 0.09890 0.64773 0.09725 0.64665 0.09890 0.64773 0.09628 0.64708\n 11 116 5 0.09955 0.67696 0.10152 0.67678 0.09987 0.67569 0.10152 0.67678 0.09628 0.67547\n 11 116 5 0.10086 0.69148 0.10283 0.69130 0.10118 0.69022 0.10283 0.69130 0.09628 0.68966\n 11 116 5 0.10201 0.70602 0.10414 0.70583 0.10235 0.70465 0.10414 0.70583 0.09628 0.70386\n 11 116 5 0.10296 0.72058 0.10545 0.72035 0.10336 0.71897 0.10545 0.72035 0.09628 0.71806\n 11 116 5 0.10391 0.73513 0.10676 0.73487 0.10437 0.73330 0.10676 0.73487 0.09628 0.73225\n 11 116 5 0.10487 0.74969 0.10807 0.74940 0.10538 0.74763 0.10807 0.74940 0.09628 0.74645\n 11 116 5 0.10773 0.79336 0.11201 0.79296 0.10842 0.79061 0.11201 0.79296 0.09628 0.78903\n 11 116 5 0.10868 0.80791 0.11332 0.80749 0.10943 0.80493 0.11332 0.80749 0.09628 0.80323\n 11 116 5 0.10964 0.82247 0.11463 0.82201 0.11044 0.81926 0.11463 0.82201 0.09628 0.81742\n 11 116 5 0.11059 0.83703 0.11594 0.83653 0.11145 0.83359 0.11594 0.83653 0.09628 0.83162\n 11 116 5 0.11346 0.88069 0.11987 0.88010 0.11449 0.87656 0.11987 0.88010 0.09628 0.87421\n 11 116 5 0.10903 0.61783 0.10974 0.61967 0.11033 0.61778 0.10974 0.61967 0.10971 0.61869\n 11 116 5 0.11043 0.64829 0.11237 0.64872 0.11112 0.64718 0.11237 0.64872 0.10971 0.64708\n 11 116 5 0.11301 0.67762 0.11499 0.67776 0.11354 0.67642 0.11499 0.67776 0.10971 0.67547\n 11 116 5 0.11432 0.69220 0.11630 0.69229 0.11480 0.69099 0.11630 0.69229 0.10971 0.68966\n 11 116 5 0.11538 0.70676 0.11761 0.70681 0.11589 0.70538 0.11761 0.70681 0.10971 0.70386\n 11 116 5 0.11633 0.72132 0.11892 0.72133 0.11690 0.71971 0.11892 0.72133 0.10971 0.71806\n 11 116 5 0.11728 0.73587 0.12023 0.73585 0.11791 0.73403 0.12023 0.73585 0.10971 0.73225\n 11 116 5 0.11824 0.75043 0.12154 0.75038 0.11893 0.74836 0.12154 0.75038 0.10971 0.74645\n 11 116 5 0.12110 0.79410 0.12547 0.79395 0.12196 0.79134 0.12547 0.79395 0.10971 0.78903\n 11 116 5 0.12206 0.80865 0.12678 0.80847 0.12297 0.80567 0.12678 0.80847 0.10971 0.80323\n 11 116 5 0.12301 0.82321 0.12809 0.82299 0.12398 0.81999 0.12809 0.82299 0.10971 0.81742\n 11 116 5 0.12396 0.83777 0.12940 0.83752 0.12500 0.83432 0.12940 0.83752 0.10971 0.83162\n 11 116 5 0.12683 0.88143 0.13333 0.88109 0.12803 0.87730 0.13333 0.88109 0.10971 0.87421\n 11 116 5 0.12249 0.61881 0.12321 0.62065 0.12380 0.61877 0.12321 0.62065 0.12314 0.61869\n 11 116 5 0.12404 0.64886 0.12583 0.64970 0.12495 0.64793 0.12583 0.64970 0.12314 0.64708\n 11 116 5 0.12652 0.67832 0.12845 0.67875 0.12721 0.67721 0.12845 0.67875 0.12314 0.67547\n 11 116 5 0.12779 0.69295 0.12976 0.69327 0.12842 0.69179 0.12976 0.69327 0.12314 0.68966\n 11 116 5 0.12875 0.70750 0.13107 0.70779 0.12943 0.70611 0.13107 0.70779 0.12314 0.70386\n 11 116 5 0.12970 0.72206 0.13238 0.72231 0.13045 0.72044 0.13238 0.72231 0.12314 0.71806\n 11 116 5 0.13065 0.73661 0.13369 0.73684 0.13146 0.73477 0.13369 0.73684 0.12314 0.73225\n 11 116 5 0.13161 0.75117 0.13500 0.75136 0.13247 0.74909 0.13500 0.75136 0.12314 0.74645\n 11 116 5 0.13447 0.79484 0.13894 0.79493 0.13550 0.79207 0.13894 0.79493 0.12314 0.78903\n 11 116 5 0.13543 0.80939 0.14025 0.80945 0.13651 0.80640 0.14025 0.80945 0.12314 0.80323\n 11 116 5 0.13638 0.82395 0.14156 0.82398 0.13753 0.82073 0.14156 0.82398 0.12314 0.81742\n 11 116 5 0.13733 0.83851 0.14287 0.83850 0.13854 0.83505 0.14287 0.83850 0.12314 0.83162\n 11 116 5 0.14020 0.88217 0.14680 0.88207 0.14157 0.87803 0.14680 0.88207 0.12314 0.87421\n 11 116 5 0.14942 0.62078 0.15014 0.62262 0.15073 0.62073 0.15014 0.62262 0.15001 0.61869\n 11 116 5 0.15124 0.65040 0.15276 0.65166 0.15236 0.64973 0.15276 0.65166 0.15001 0.64708\n 11 116 5 0.15358 0.67987 0.15538 0.68071 0.15449 0.67893 0.15538 0.68071 0.15001 0.67547\n 11 116 5 0.15453 0.69443 0.15669 0.69523 0.15551 0.69326 0.15669 0.69523 0.15001 0.68966\n 11 116 5 0.15549 0.70898 0.15800 0.70976 0.15652 0.70758 0.15800 0.70976 0.15001 0.70386\n 11 116 5 0.15644 0.72354 0.15931 0.72428 0.15753 0.72191 0.15931 0.72428 0.15001 0.71806\n 11 116 5 0.15739 0.73809 0.16062 0.73880 0.15854 0.73624 0.16062 0.73880 0.15001 0.73225\n 11 116 5 0.15835 0.75265 0.16193 0.75333 0.15955 0.75056 0.16193 0.75333 0.15001 0.74645\n 11 116 5 0.16121 0.79632 0.16586 0.79690 0.16259 0.79354 0.16586 0.79690 0.15001 0.78903\n 11 116 5 0.16217 0.81087 0.16717 0.81142 0.16360 0.80787 0.16717 0.81142 0.15001 0.80323\n 11 116 5 0.16312 0.82543 0.16849 0.82594 0.16461 0.82220 0.16849 0.82594 0.15001 0.81742\n 11 116 5 0.16407 0.83999 0.16980 0.84047 0.16562 0.83652 0.16980 0.84047 0.15001 0.83162\n 11 116 5 0.16694 0.88365 0.17373 0.88404 0.16866 0.87950 0.17373 0.88404 0.15001 0.87421\n 11 116 5 0.17635 0.62274 0.17707 0.62458 0.17766 0.62270 0.17707 0.62458 0.17687 0.61869\n 11 116 5 0.17835 0.65217 0.17969 0.65363 0.17955 0.65166 0.17969 0.65363 0.17687 0.64708\n 11 116 5 0.18032 0.68135 0.18231 0.68268 0.18158 0.68040 0.18231 0.68268 0.17687 0.67547\n 11 116 5 0.18127 0.69591 0.18362 0.69720 0.18259 0.69473 0.18362 0.69720 0.17687 0.68966\n 11 116 5 0.18223 0.71046 0.18493 0.71172 0.18360 0.70905 0.18493 0.71172 0.17687 0.70386\n 11 116 5 0.18318 0.72502 0.18624 0.72625 0.18461 0.72338 0.18624 0.72625 0.17687 0.71806\n 11 116 5 0.18413 0.73957 0.18755 0.74077 0.18563 0.73771 0.18755 0.74077 0.17687 0.73225\n 11 116 5 0.18509 0.75413 0.18886 0.75529 0.18664 0.75203 0.18886 0.75529 0.17687 0.74645\n 11 116 5 0.18795 0.79780 0.19279 0.79886 0.18967 0.79501 0.19279 0.79886 0.17687 0.78903\n 11 116 5 0.18891 0.81235 0.19410 0.81339 0.19068 0.80934 0.19410 0.81339 0.17687 0.80323\n 11 116 5 0.18986 0.82691 0.19541 0.82791 0.19169 0.82366 0.19541 0.82791 0.17687 0.81742\n 11 116 5 0.19081 0.84147 0.19672 0.84243 0.19271 0.83799 0.19672 0.84243 0.17687 0.83162\n 11 116 5 0.19368 0.88513 0.20066 0.88600 0.19574 0.88097 0.20066 0.88600 0.17687 0.87421\n 11 116 5 0.18982 0.62372 0.19053 0.62557 0.19112 0.62368 0.19053 0.62557 0.19030 0.61869\n 11 116 5 0.19178 0.65298 0.19315 0.65461 0.19310 0.65248 0.19315 0.65461 0.19030 0.64708\n 11 116 5 0.19369 0.68209 0.19577 0.68366 0.19512 0.68113 0.19577 0.68366 0.19030 0.67547\n 11 116 5 0.19464 0.69665 0.19708 0.69818 0.19613 0.69546 0.19708 0.69818 0.19030 0.68966\n 11 116 5 0.19560 0.71120 0.19839 0.71271 0.19714 0.70979 0.19839 0.71271 0.19030 0.70386\n 11 116 5 0.19655 0.72576 0.19970 0.72723 0.19816 0.72411 0.19970 0.72723 0.19030 0.71806\n 11 116 5 0.19750 0.74031 0.20101 0.74175 0.19917 0.73844 0.20101 0.74175 0.19030 0.73225\n 11 116 5 0.19846 0.75487 0.20233 0.75628 0.20018 0.75277 0.20233 0.75628 0.19030 0.74645\n 11 116 5 0.20132 0.79854 0.20626 0.79984 0.20321 0.79575 0.20626 0.79984 0.19030 0.78903\n 11 116 5 0.20228 0.81309 0.20757 0.81437 0.20423 0.81007 0.20757 0.81437 0.19030 0.80323\n 11 116 5 0.20323 0.82765 0.20888 0.82889 0.20524 0.82440 0.20888 0.82889 0.19030 0.81742\n 11 116 5 0.20418 0.84221 0.21019 0.84341 0.20625 0.83873 0.21019 0.84341 0.19030 0.83162\n 11 116 5 0.20705 0.88587 0.21412 0.88698 0.20928 0.88171 0.21412 0.88698 0.19030 0.87421\n 11 116 5 0.20324 0.62461 0.20399 0.62655 0.20462 0.62456 0.20399 0.62655 0.20373 0.61869\n 11 116 5 0.20515 0.65372 0.20662 0.65560 0.20664 0.65321 0.20662 0.65560 0.20373 0.64708\n 11 116 5 0.20706 0.68283 0.20924 0.68464 0.20866 0.68187 0.20924 0.68464 0.20373 0.67547\n 11 116 5 0.20801 0.69739 0.21055 0.69917 0.20968 0.69619 0.21055 0.69917 0.20373 0.68966\n 11 116 5 0.20897 0.71194 0.21186 0.71369 0.21069 0.71052 0.21186 0.71369 0.20373 0.70386\n 11 116 5 0.20992 0.72650 0.21317 0.72821 0.21170 0.72485 0.21317 0.72821 0.20373 0.71806\n 11 116 5 0.21088 0.74105 0.21448 0.74274 0.21271 0.73917 0.21448 0.74274 0.20373 0.73225\n 11 116 5 0.21183 0.75561 0.21579 0.75726 0.21372 0.75350 0.21579 0.75726 0.20373 0.74645\n 11 116 5 0.21469 0.79928 0.21972 0.80083 0.21676 0.79648 0.21972 0.80083 0.20373 0.78903\n 11 116 5 0.21565 0.81383 0.22103 0.81535 0.21777 0.81081 0.22103 0.81535 0.20373 0.80323\n 11 116 5 0.21660 0.82839 0.22234 0.82987 0.21878 0.82513 0.22234 0.82987 0.20373 0.81742\n 11 116 5 0.21755 0.84295 0.22365 0.84440 0.21979 0.83946 0.22365 0.84440 0.20373 0.83162\n 11 116 5 0.22042 0.88661 0.22758 0.88797 0.22283 0.88244 0.22758 0.88797 0.20373 0.87421\n 11 116 5 0.22998 0.62609 0.23092 0.62852 0.23170 0.62603 0.23092 0.62852 0.23060 0.61869\n 11 116 5 0.23189 0.65520 0.23354 0.65756 0.23372 0.65468 0.23354 0.65756 0.23060 0.64708\n 11 116 5 0.23380 0.68431 0.23617 0.68661 0.23575 0.68334 0.23617 0.68661 0.23060 0.67547\n 11 116 5 0.23475 0.69887 0.23748 0.70113 0.23676 0.69766 0.23748 0.70113 0.23060 0.68966\n 11 116 5 0.23571 0.71342 0.23879 0.71565 0.23777 0.71199 0.23879 0.71565 0.23060 0.70386\n 11 116 5 0.23666 0.72798 0.24010 0.73018 0.23878 0.72632 0.24010 0.73018 0.23060 0.71806\n 11 116 5 0.23762 0.74253 0.24141 0.74470 0.23979 0.74064 0.24141 0.74470 0.23060 0.73225\n 11 116 5 0.23857 0.75709 0.24272 0.75922 0.24081 0.75497 0.24272 0.75922 0.23060 0.74645\n 11 116 5 0.24143 0.80076 0.24665 0.80279 0.24384 0.79795 0.24665 0.80279 0.23060 0.78903\n 11 116 5 0.24239 0.81531 0.24796 0.81732 0.24485 0.81228 0.24796 0.81732 0.23060 0.80323\n 11 116 5 0.24334 0.82987 0.24927 0.83184 0.24586 0.82660 0.24927 0.83184 0.23060 0.81742\n 11 116 5 0.24430 0.84443 0.25058 0.84636 0.24688 0.84093 0.25058 0.84636 0.23060 0.83162\n 11 116 5 0.24716 0.88809 0.25451 0.88993 0.24991 0.88391 0.25451 0.88993 0.23060 0.87421\n 11 116 5 0.28346 0.62905 0.28478 0.63245 0.28587 0.62897 0.28478 0.63245 0.28432 0.61869\n 11 116 5 0.28537 0.65816 0.28740 0.66149 0.28789 0.65762 0.28740 0.66149 0.28432 0.64708\n 11 116 5 0.28728 0.68727 0.29002 0.69054 0.28992 0.68627 0.29002 0.69054 0.28432 0.67547\n 11 116 5 0.28823 0.70183 0.29133 0.70506 0.29093 0.70060 0.29133 0.70506 0.28432 0.68966\n 11 116 5 0.28919 0.71638 0.29264 0.71959 0.29194 0.71493 0.29264 0.71959 0.28432 0.70386\n 11 116 5 0.29014 0.73094 0.29395 0.73411 0.29295 0.72925 0.29395 0.73411 0.28432 0.71806\n 11 116 5 0.29110 0.74549 0.29527 0.74863 0.29396 0.74358 0.29527 0.74863 0.28432 0.73225\n 11 116 5 0.29205 0.76005 0.29658 0.76316 0.29497 0.75791 0.29658 0.76316 0.28432 0.74645\n 11 116 5 0.29491 0.80372 0.30051 0.80673 0.29801 0.80089 0.30051 0.80673 0.28432 0.78903\n 11 116 5 0.29587 0.81827 0.30182 0.82125 0.29902 0.81521 0.30182 0.82125 0.28432 0.80323\n 11 116 5 0.29682 0.83283 0.30313 0.83577 0.30003 0.82954 0.30313 0.83577 0.28432 0.81742\n 11 116 5 0.29778 0.84739 0.30444 0.85029 0.30104 0.84387 0.30444 0.85029 0.28432 0.83162\n 11 116 5 0.30064 0.89105 0.30837 0.89386 0.30408 0.88685 0.30837 0.89386 0.28432 0.87421\n 11 116 5 0.31020 0.63053 0.31171 0.63441 0.31295 0.63044 0.31171 0.63441 0.31119 0.61869\n 11 116 5 0.31211 0.65964 0.31433 0.66346 0.31498 0.65909 0.31433 0.66346 0.31119 0.64708\n 11 116 5 0.31402 0.68875 0.31695 0.69251 0.31700 0.68774 0.31695 0.69251 0.31119 0.67547\n 11 116 5 0.31497 0.70331 0.31826 0.70703 0.31801 0.70207 0.31826 0.70703 0.31119 0.68966\n 11 116 5 0.31593 0.71786 0.31957 0.72155 0.31902 0.71640 0.31957 0.72155 0.31119 0.70386\n 11 116 5 0.31688 0.73242 0.32088 0.73608 0.32004 0.73072 0.32088 0.73608 0.31119 0.71806\n 11 116 5 0.31784 0.74697 0.32219 0.75060 0.32105 0.74505 0.32219 0.75060 0.31119 0.73225\n 11 116 5 0.31879 0.76153 0.32350 0.76512 0.32206 0.75937 0.32350 0.76512 0.31119 0.74645\n 11 116 5 0.32165 0.80520 0.32744 0.80869 0.32509 0.80235 0.32744 0.80869 0.31119 0.78903\n 11 116 5 0.32261 0.81975 0.32875 0.82321 0.32611 0.81668 0.32875 0.82321 0.31119 0.80323\n 11 116 5 0.32356 0.83431 0.33006 0.83774 0.32712 0.83101 0.33006 0.83774 0.31119 0.81742\n 11 116 5 0.32452 0.84887 0.33137 0.85226 0.32813 0.84533 0.33137 0.85226 0.31119 0.83162\n 11 50 2 0.32738 0.89253 0.33450 0.89550\n 11 72 3 0.33512 0.89550 0.33116 0.88831 0.33512 0.89550\n 11 50 2 0.33493 0.89550 0.31119 0.87421\n 11 116 5 0.36368 0.63349 0.36557 0.63835 0.36712 0.63337 0.36557 0.63835 0.36491 0.61869\n 11 116 5 0.36559 0.66260 0.36819 0.66739 0.36915 0.66203 0.36819 0.66739 0.36491 0.64708\n 11 116 5 0.36750 0.69171 0.37081 0.69644 0.37117 0.69068 0.37081 0.69644 0.36491 0.67547\n 11 116 5 0.36845 0.70627 0.37212 0.71096 0.37218 0.70501 0.37212 0.71096 0.36491 0.68966\n 11 116 5 0.36941 0.72082 0.37343 0.72548 0.37319 0.71933 0.37343 0.72548 0.36491 0.70386\n 11 116 5 0.37036 0.73538 0.37474 0.74001 0.37420 0.73366 0.37474 0.74001 0.36491 0.71806\n 11 116 5 0.37132 0.74994 0.37605 0.75453 0.37522 0.74799 0.37605 0.75453 0.36491 0.73225\n 11 116 5 0.37227 0.76449 0.37736 0.76905 0.37623 0.76231 0.37736 0.76905 0.36491 0.74645\n 11 116 5 0.37513 0.80816 0.38129 0.81262 0.37926 0.80529 0.38129 0.81262 0.36491 0.78903\n 11 116 5 0.37609 0.82271 0.38260 0.82715 0.38027 0.81962 0.38260 0.82715 0.36491 0.80323\n 11 116 5 0.37704 0.83727 0.38391 0.84167 0.38129 0.83395 0.38391 0.84167 0.36491 0.81742\n 11 116 5 0.37800 0.85183 0.38523 0.85619 0.38230 0.84827 0.38523 0.85619 0.36491 0.83162\n 11 50 2 0.38086 0.89549 0.38087 0.89550\n 11 72 3 0.38724 0.89550 0.38533 0.89125 0.38724 0.89550\n 11 50 2 0.38511 0.89550 0.36491 0.87421\n 11 116 5 0.40379 0.63571 0.40596 0.64129 0.40775 0.63558 0.40596 0.64129 0.40521 0.61869\n 11 116 5 0.40570 0.66482 0.40858 0.67034 0.40977 0.66423 0.40858 0.67034 0.40521 0.64708\n 11 116 5 0.40761 0.69393 0.41120 0.69939 0.41180 0.69288 0.41120 0.69939 0.40521 0.67547\n 11 116 5 0.40856 0.70849 0.41251 0.71391 0.41281 0.70721 0.41251 0.71391 0.40521 0.68966\n 11 116 5 0.40952 0.72304 0.41382 0.72843 0.41382 0.72154 0.41382 0.72843 0.40521 0.70386\n 11 116 5 0.41047 0.73760 0.41513 0.74296 0.41483 0.73586 0.41513 0.74296 0.40521 0.71806\n 11 116 5 0.41143 0.75216 0.41644 0.75748 0.41584 0.75019 0.41644 0.75748 0.40521 0.73225\n 11 116 5 0.41238 0.76671 0.41776 0.77200 0.41685 0.76452 0.41776 0.77200 0.40521 0.74645\n 11 116 5 0.41524 0.81038 0.42169 0.81557 0.41989 0.80749 0.42169 0.81557 0.40521 0.78903\n 11 116 5 0.41620 0.82493 0.42300 0.83009 0.42090 0.82182 0.42300 0.83009 0.40521 0.80323\n 11 116 5 0.41715 0.83949 0.42431 0.84462 0.42191 0.83615 0.42431 0.84462 0.40521 0.81742\n 11 50 2 0.41811 0.85405 0.42535 0.85896\n 11 72 3 0.42535 0.85829 0.42292 0.85047 0.42535 0.85829\n 11 50 2 0.42535 0.85878 0.40521 0.83162\n 11 50 2 0.42339 0.89550 0.40521 0.87421\n 11 116 5 0.41716 0.63645 0.41942 0.64228 0.42129 0.63631 0.41942 0.64228 0.41864 0.61869\n 11 116 5 0.41907 0.66556 0.42205 0.67132 0.42332 0.66496 0.42205 0.67132 0.41864 0.64708\n 11 116 5 0.42098 0.69467 0.42467 0.70037 0.42534 0.69362 0.42467 0.70037 0.41864 0.67547\n 11 50 2 0.42193 0.70923 0.42535 0.71402\n 11 50 2 0.42535 0.71275 0.41864 0.68966\n 11 50 2 0.42289 0.72378 0.42535 0.72694\n 11 50 2 0.42535 0.72370 0.41864 0.70386\n 11 50 2 0.42384 0.73834 0.42535 0.74012\n 11 50 2 0.42535 0.73551 0.41864 0.71806\n 11 50 2 0.42480 0.75290 0.42535 0.75350\n 11 50 2 0.42535 0.74787 0.41864 0.73225\n 11 50 2 0.42535 0.76061 0.41864 0.74645\n 11 50 2 0.42535 0.80023 0.41864 0.78903\n 11 50 2 0.42535 0.81372 0.41864 0.80323\n 11 50 2 0.42535 0.82731 0.41864 0.81742\n 11 50 2 0.42535 0.84098 0.41864 0.83162\n 12 50 2 0.09628 0.61869 0.09628 0.61869\n 11 50 2 0.42535 0.88233 0.41864 0.87421\n 11 116 5 0.24443 0.51819 0.25376 0.51493 0.24443 0.51166 0.25376 0.51493 0.21645 0.51493\n 21 6 1\n 25 6 1\n 11 94 4 0.27930 0.51770 0.28015 0.51813 0.28143 0.51941 0.28143 0.51045\n 11 94 4 0.28783 0.51770 0.28868 0.51813 0.28996 0.51941 0.28996 0.51045\n 11 72 3 0.29935 0.51941 0.29508 0.51343 0.30148 0.51343\n 11 50 2 0.29935 0.51941 0.29935 0.51045\n 11 116 5 0.30446 0.51130 0.30404 0.51088 0.30446 0.51045 0.30489 0.51088 0.30446 0.51130\n 82 0\n 81 6 530\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 1.00000\n 72 44 0.00000 9.47400 0.00000 9.47400\n 81 6 531\n 21 6 1\n 25 6 1\n 11 930 42 0.08956 0.10449 0.08956 0.10449 0.08956 0.10449 0.08023 0.10449 0.08956 0.10449 0.08956 0.12874 0.08023 0.12874 0.08956 0.12874 0.08956 0.15299 0.08023 0.15299 0.08956 0.15299 0.08956 0.17724 0.08023 0.17724 0.08956 0.17724 0.08956 0.20149 0.08023 0.20149 0.08956 0.20149 0.08956 0.22574 0.08023 0.22574 0.08956 0.22574 0.08956 0.25000 0.08023 0.25000 0.08956 0.25000 0.08956 0.27425 0.08023 0.27425 0.08956 0.27425 0.08956 0.29850 0.08023 0.29850 0.08956 0.29850 0.08956 0.32275 0.08023 0.32275 0.08956 0.32275 0.08956 0.34700 0.08023 0.34700 0.08956 0.34700 0.08956 0.37125 0.08023 0.37125 0.08956 0.37125 0.08956 0.39550 0.08023 0.39550 0.08956 0.39550 0.08956 0.39550\n 11 94 4 0.05900 0.10680 0.05971 0.10716 0.06078 0.10822 0.06078 0.10076\n 11 116 5 0.06575 0.10147 0.06540 0.10111 0.06575 0.10076 0.06611 0.10111 0.06575 0.10147\n 11 380 17 0.07073 0.10822 0.06966 0.10787 0.06895 0.10680 0.06859 0.10502 0.06859 0.10396 0.06895 0.10218 0.06966 0.10111 0.07073 0.10076 0.07144 0.10076 0.07250 0.10111 0.07321 0.10218 0.07357 0.10396 0.07357 0.10502 0.07321 0.10680 0.07250 0.10787 0.07144 0.10822 0.07073 0.10822\n 11 336 15 0.05864 0.15672 0.06255 0.15672 0.06042 0.15388 0.06149 0.15388 0.06220 0.15353 0.06255 0.15317 0.06291 0.15210 0.06291 0.15139 0.06255 0.15033 0.06184 0.14962 0.06078 0.14926 0.05971 0.14926 0.05864 0.14962 0.05829 0.14997 0.05793 0.15068\n 11 116 5 0.06575 0.14997 0.06540 0.14962 0.06575 0.14926 0.06611 0.14962 0.06575 0.14997\n 11 380 17 0.07073 0.15672 0.06966 0.15637 0.06895 0.15530 0.06859 0.15353 0.06859 0.15246 0.06895 0.15068 0.06966 0.14962 0.07073 0.14926 0.07144 0.14926 0.07250 0.14962 0.07321 0.15068 0.07357 0.15246 0.07357 0.15353 0.07321 0.15530 0.07250 0.15637 0.07144 0.15672 0.07073 0.15672\n 11 380 17 0.06220 0.20523 0.05864 0.20523 0.05829 0.20203 0.05864 0.20238 0.05971 0.20274 0.06078 0.20274 0.06184 0.20238 0.06255 0.20167 0.06291 0.20061 0.06291 0.19989 0.06255 0.19883 0.06184 0.19812 0.06078 0.19776 0.05971 0.19776 0.05864 0.19812 0.05829 0.19847 0.05793 0.19918\n 11 116 5 0.06575 0.19847 0.06540 0.19812 0.06575 0.19776 0.06611 0.19812 0.06575 0.19847\n 11 380 17 0.07073 0.20523 0.06966 0.20487 0.06895 0.20380 0.06859 0.20203 0.06859 0.20096 0.06895 0.19918 0.06966 0.19812 0.07073 0.19776 0.07144 0.19776 0.07250 0.19812 0.07321 0.19918 0.07357 0.20096 0.07357 0.20203 0.07321 0.20380 0.07250 0.20487 0.07144 0.20523 0.07073 0.20523\n 11 50 2 0.06291 0.25373 0.05935 0.24626\n 11 50 2 0.05793 0.25373 0.06291 0.25373\n 11 116 5 0.06575 0.24697 0.06540 0.24662 0.06575 0.24626 0.06611 0.24662 0.06575 0.24697\n 11 380 17 0.07073 0.25373 0.06966 0.25337 0.06895 0.25231 0.06859 0.25053 0.06859 0.24946 0.06895 0.24768 0.06966 0.24662 0.07073 0.24626 0.07144 0.24626 0.07250 0.24662 0.07321 0.24768 0.07357 0.24946 0.07357 0.25053 0.07321 0.25231 0.07250 0.25337 0.07144 0.25373 0.07073 0.25373\n 11 512 23 0.06255 0.29974 0.06220 0.29867 0.06149 0.29796 0.06042 0.29761 0.06006 0.29761 0.05900 0.29796 0.05829 0.29867 0.05793 0.29974 0.05793 0.30010 0.05829 0.30116 0.05900 0.30187 0.06006 0.30223 0.06042 0.30223 0.06149 0.30187 0.06220 0.30116 0.06255 0.29974 0.06255 0.29796 0.06220 0.29619 0.06149 0.29512 0.06042 0.29476 0.05971 0.29476 0.05864 0.29512 0.05829 0.29583\n 11 116 5 0.06575 0.29548 0.06540 0.29512 0.06575 0.29476 0.06611 0.29512 0.06575 0.29548\n 11 380 17 0.07073 0.30223 0.06966 0.30187 0.06895 0.30081 0.06859 0.29903 0.06859 0.29796 0.06895 0.29619 0.06966 0.29512 0.07073 0.29476 0.07144 0.29476 0.07250 0.29512 0.07321 0.29619 0.07357 0.29796 0.07357 0.29903 0.07321 0.30081 0.07250 0.30187 0.07144 0.30223 0.07073 0.30223\n 11 94 4 0.05189 0.34931 0.05260 0.34966 0.05367 0.35073 0.05367 0.34327\n 11 94 4 0.05900 0.34931 0.05971 0.34966 0.06078 0.35073 0.06078 0.34327\n 11 116 5 0.06575 0.34398 0.06540 0.34362 0.06575 0.34327 0.06611 0.34362 0.06575 0.34398\n 11 380 17 0.07073 0.35073 0.06966 0.35037 0.06895 0.34931 0.06859 0.34753 0.06859 0.34646 0.06895 0.34469 0.06966 0.34362 0.07073 0.34327 0.07144 0.34327 0.07250 0.34362 0.07321 0.34469 0.07357 0.34646 0.07357 0.34753 0.07321 0.34931 0.07250 0.35037 0.07144 0.35073 0.07073 0.35073\n 11 94 4 0.05189 0.39781 0.05260 0.39816 0.05367 0.39923 0.05367 0.39177\n 11 336 15 0.05864 0.39923 0.06255 0.39923 0.06042 0.39639 0.06149 0.39639 0.06220 0.39603 0.06255 0.39568 0.06291 0.39461 0.06291 0.39390 0.06255 0.39283 0.06184 0.39212 0.06078 0.39177 0.05971 0.39177 0.05864 0.39212 0.05829 0.39248 0.05793 0.39319\n 11 116 5 0.06575 0.39248 0.06540 0.39212 0.06575 0.39177 0.06611 0.39212 0.06575 0.39248\n 11 380 17 0.07073 0.39923 0.06966 0.39888 0.06895 0.39781 0.06859 0.39603 0.06859 0.39497 0.06895 0.39319 0.06966 0.39212 0.07073 0.39177 0.07144 0.39177 0.07250 0.39212 0.07321 0.39319 0.07357 0.39497 0.07357 0.39603 0.07321 0.39781 0.07250 0.39888 0.07144 0.39923 0.07073 0.39923\n 11 930 42 0.42535 0.10449 0.42535 0.10449 0.42535 0.10449 0.43468 0.10449 0.42535 0.10449 0.42535 0.12874 0.43468 0.12874 0.42535 0.12874 0.42535 0.15299 0.43468 0.15299 0.42535 0.15299 0.42535 0.17724 0.43468 0.17724 0.42535 0.17724 0.42535 0.20149 0.43468 0.20149 0.42535 0.20149 0.42535 0.22574 0.43468 0.22574 0.42535 0.22574 0.42535 0.25000 0.43468 0.25000 0.42535 0.25000 0.42535 0.27425 0.43468 0.27425 0.42535 0.27425 0.42535 0.29850 0.43468 0.29850 0.42535 0.29850 0.42535 0.32275 0.43468 0.32275 0.42535 0.32275 0.42535 0.34700 0.43468 0.34700 0.42535 0.34700 0.42535 0.37125 0.43468 0.37125 0.42535 0.37125 0.42535 0.39550 0.43468 0.39550 0.42535 0.39550 0.42535 0.39550\n 11 930 42 0.08956 0.39550 0.08956 0.39550 0.08956 0.39550 0.08956 0.40483 0.08956 0.39550 0.11755 0.39550 0.11755 0.40483 0.11755 0.39550 0.14553 0.39550 0.14553 0.40483 0.14553 0.39550 0.17351 0.39550 0.17351 0.40483 0.17351 0.39550 0.20149 0.39550 0.20149 0.40483 0.20149 0.39550 0.22948 0.39550 0.22948 0.40483 0.22948 0.39550 0.25746 0.39550 0.25746 0.40483 0.25746 0.39550 0.28544 0.39550 0.28544 0.40483 0.28544 0.39550 0.31342 0.39550 0.31342 0.40483 0.31342 0.39550 0.34141 0.39550 0.34141 0.40483 0.34141 0.39550 0.36939 0.39550 0.36939 0.40483 0.36939 0.39550 0.39737 0.39550 0.39737 0.40483 0.39737 0.39550 0.42535 0.39550 0.42535 0.40483 0.42535 0.39550 0.42535 0.39550\n 11 930 42 0.08956 0.10449 0.08956 0.10449 0.08956 0.10449 0.08956 0.09516 0.08956 0.10449 0.11755 0.10449 0.11755 0.09516 0.11755 0.10449 0.14553 0.10449 0.14553 0.09516 0.14553 0.10449 0.17351 0.10449 0.17351 0.09516 0.17351 0.10449 0.20149 0.10449 0.20149 0.09516 0.20149 0.10449 0.22948 0.10449 0.22948 0.09516 0.22948 0.10449 0.25746 0.10449 0.25746 0.09516 0.25746 0.10449 0.28544 0.10449 0.28544 0.09516 0.28544 0.10449 0.31342 0.10449 0.31342 0.09516 0.31342 0.10449 0.34141 0.10449 0.34141 0.09516 0.34141 0.10449 0.36939 0.10449 0.36939 0.09516 0.36939 0.10449 0.39737 0.10449 0.39737 0.09516 0.39737 0.10449 0.42535 0.10449 0.42535 0.09516 0.42535 0.10449 0.42535 0.10449\n 11 94 4 0.08281 0.08702 0.08352 0.08738 0.08459 0.08844 0.08459 0.08098\n 11 116 5 0.08956 0.08169 0.08921 0.08134 0.08956 0.08098 0.08992 0.08134 0.08956 0.08169\n 11 380 17 0.09454 0.08844 0.09347 0.08809 0.09276 0.08702 0.09241 0.08525 0.09241 0.08418 0.09276 0.08240 0.09347 0.08134 0.09454 0.08098 0.09525 0.08098 0.09632 0.08134 0.09703 0.08240 0.09738 0.08418 0.09738 0.08525 0.09703 0.08702 0.09632 0.08809 0.09525 0.08844 0.09454 0.08844\n 11 336 15 0.13842 0.08844 0.14233 0.08844 0.14020 0.08560 0.14126 0.08560 0.14197 0.08525 0.14233 0.08489 0.14269 0.08382 0.14269 0.08311 0.14233 0.08205 0.14162 0.08134 0.14055 0.08098 0.13949 0.08098 0.13842 0.08134 0.13807 0.08169 0.13771 0.08240\n 11 116 5 0.14553 0.08169 0.14517 0.08134 0.14553 0.08098 0.14588 0.08134 0.14553 0.08169\n 11 380 17 0.15050 0.08844 0.14944 0.08809 0.14873 0.08702 0.14837 0.08525 0.14837 0.08418 0.14873 0.08240 0.14944 0.08134 0.15050 0.08098 0.15122 0.08098 0.15228 0.08134 0.15299 0.08240 0.15335 0.08418 0.15335 0.08525 0.15299 0.08702 0.15228 0.08809 0.15122 0.08844 0.15050 0.08844\n 11 380 17 0.19794 0.08844 0.19439 0.08844 0.19403 0.08525 0.19439 0.08560 0.19545 0.08596 0.19652 0.08596 0.19758 0.08560 0.19830 0.08489 0.19865 0.08382 0.19865 0.08311 0.19830 0.08205 0.19758 0.08134 0.19652 0.08098 0.19545 0.08098 0.19439 0.08134 0.19403 0.08169 0.19367 0.08240\n 11 116 5 0.20149 0.08169 0.20114 0.08134 0.20149 0.08098 0.20185 0.08134 0.20149 0.08169\n 11 380 17 0.20647 0.08844 0.20540 0.08809 0.20469 0.08702 0.20434 0.08525 0.20434 0.08418 0.20469 0.08240 0.20540 0.08134 0.20647 0.08098 0.20718 0.08098 0.20825 0.08134 0.20896 0.08240 0.20931 0.08418 0.20931 0.08525 0.20896 0.08702 0.20825 0.08809 0.20718 0.08844 0.20647 0.08844\n 11 50 2 0.25462 0.08844 0.25106 0.08098\n 11 50 2 0.24964 0.08844 0.25462 0.08844\n 11 116 5 0.25746 0.08169 0.25710 0.08134 0.25746 0.08098 0.25781 0.08134 0.25746 0.08169\n 11 380 17 0.26243 0.08844 0.26137 0.08809 0.26066 0.08702 0.26030 0.08525 0.26030 0.08418 0.26066 0.08240 0.26137 0.08134 0.26243 0.08098 0.26315 0.08098 0.26421 0.08134 0.26492 0.08240 0.26528 0.08418 0.26528 0.08525 0.26492 0.08702 0.26421 0.08809 0.26315 0.08844 0.26243 0.08844\n 11 512 23 0.31023 0.08596 0.30987 0.08489 0.30916 0.08418 0.30809 0.08382 0.30774 0.08382 0.30667 0.08418 0.30596 0.08489 0.30560 0.08596 0.30560 0.08631 0.30596 0.08738 0.30667 0.08809 0.30774 0.08844 0.30809 0.08844 0.30916 0.08809 0.30987 0.08738 0.31023 0.08596 0.31023 0.08418 0.30987 0.08240 0.30916 0.08134 0.30809 0.08098 0.30738 0.08098 0.30632 0.08134 0.30596 0.08205\n 11 116 5 0.31342 0.08169 0.31307 0.08134 0.31342 0.08098 0.31378 0.08134 0.31342 0.08169\n 11 380 17 0.31840 0.08844 0.31733 0.08809 0.31662 0.08702 0.31627 0.08525 0.31627 0.08418 0.31662 0.08240 0.31733 0.08134 0.31840 0.08098 0.31911 0.08098 0.32018 0.08134 0.32089 0.08240 0.32124 0.08418 0.32124 0.08525 0.32089 0.08702 0.32018 0.08809 0.31911 0.08844 0.31840 0.08844\n 11 94 4 0.35908 0.08702 0.35979 0.08738 0.36086 0.08844 0.36086 0.08098\n 11 94 4 0.36619 0.08702 0.36690 0.08738 0.36797 0.08844 0.36797 0.08098\n 11 116 5 0.37294 0.08169 0.37259 0.08134 0.37294 0.08098 0.37330 0.08134 0.37294 0.08169\n 11 380 17 0.37792 0.08844 0.37685 0.08809 0.37614 0.08702 0.37579 0.08525 0.37579 0.08418 0.37614 0.08240 0.37685 0.08134 0.37792 0.08098 0.37863 0.08098 0.37970 0.08134 0.38041 0.08240 0.38076 0.08418 0.38076 0.08525 0.38041 0.08702 0.37970 0.08809 0.37863 0.08844 0.37792 0.08844\n 11 94 4 0.41505 0.08702 0.41576 0.08738 0.41682 0.08844 0.41682 0.08098\n 11 336 15 0.42180 0.08844 0.42571 0.08844 0.42358 0.08560 0.42464 0.08560 0.42535 0.08525 0.42571 0.08489 0.42606 0.08382 0.42606 0.08311 0.42571 0.08205 0.42500 0.08134 0.42393 0.08098 0.42287 0.08098 0.42180 0.08134 0.42144 0.08169 0.42109 0.08240\n 11 116 5 0.42891 0.08169 0.42855 0.08134 0.42891 0.08098 0.42926 0.08134 0.42891 0.08169\n 11 380 17 0.43388 0.08844 0.43282 0.08809 0.43211 0.08702 0.43175 0.08525 0.43175 0.08418 0.43211 0.08240 0.43282 0.08134 0.43388 0.08098 0.43459 0.08098 0.43566 0.08134 0.43637 0.08240 0.43673 0.08418 0.43673 0.08525 0.43637 0.08702 0.43566 0.08809 0.43459 0.08844 0.43388 0.08844\n 11 930 42 0.08956 0.10449 0.08956 0.10449 0.08956 0.10449 0.08023 0.10449 0.08956 0.10449 0.08956 0.12874 0.08023 0.12874 0.08956 0.12874 0.08956 0.15299 0.08023 0.15299 0.08956 0.15299 0.08956 0.17724 0.08023 0.17724 0.08956 0.17724 0.08956 0.20149 0.08023 0.20149 0.08956 0.20149 0.08956 0.22574 0.08023 0.22574 0.08956 0.22574 0.08956 0.25000 0.08023 0.25000 0.08956 0.25000 0.08956 0.27425 0.08023 0.27425 0.08956 0.27425 0.08956 0.29850 0.08023 0.29850 0.08956 0.29850 0.08956 0.32275 0.08023 0.32275 0.08956 0.32275 0.08956 0.34700 0.08023 0.34700 0.08956 0.34700 0.08956 0.37125 0.08023 0.37125 0.08956 0.37125 0.08956 0.39550 0.08023 0.39550 0.08956 0.39550 0.08956 0.39550\n 11 930 42 0.42535 0.10449 0.42535 0.10449 0.42535 0.10449 0.43468 0.10449 0.42535 0.10449 0.42535 0.12874 0.43468 0.12874 0.42535 0.12874 0.42535 0.15299 0.43468 0.15299 0.42535 0.15299 0.42535 0.17724 0.43468 0.17724 0.42535 0.17724 0.42535 0.20149 0.43468 0.20149 0.42535 0.20149 0.42535 0.22574 0.43468 0.22574 0.42535 0.22574 0.42535 0.25000 0.43468 0.25000 0.42535 0.25000 0.42535 0.27425 0.43468 0.27425 0.42535 0.27425 0.42535 0.29850 0.43468 0.29850 0.42535 0.29850 0.42535 0.32275 0.43468 0.32275 0.42535 0.32275 0.42535 0.34700 0.43468 0.34700 0.42535 0.34700 0.42535 0.37125 0.43468 0.37125 0.42535 0.37125 0.42535 0.39550 0.43468 0.39550 0.42535 0.39550 0.42535 0.39550\n 11 930 42 0.08956 0.39550 0.08956 0.39550 0.08956 0.39550 0.08956 0.40483 0.08956 0.39550 0.11755 0.39550 0.11755 0.40483 0.11755 0.39550 0.14553 0.39550 0.14553 0.40483 0.14553 0.39550 0.17351 0.39550 0.17351 0.40483 0.17351 0.39550 0.20149 0.39550 0.20149 0.40483 0.20149 0.39550 0.22948 0.39550 0.22948 0.40483 0.22948 0.39550 0.25746 0.39550 0.25746 0.40483 0.25746 0.39550 0.28544 0.39550 0.28544 0.40483 0.28544 0.39550 0.31342 0.39550 0.31342 0.40483 0.31342 0.39550 0.34141 0.39550 0.34141 0.40483 0.34141 0.39550 0.36939 0.39550 0.36939 0.40483 0.36939 0.39550 0.39737 0.39550 0.39737 0.40483 0.39737 0.39550 0.42535 0.39550 0.42535 0.40483 0.42535 0.39550 0.42535 0.39550\n 11 930 42 0.08956 0.10449 0.08956 0.10449 0.08956 0.10449 0.08956 0.09516 0.08956 0.10449 0.11755 0.10449 0.11755 0.09516 0.11755 0.10449 0.14553 0.10449 0.14553 0.09516 0.14553 0.10449 0.17351 0.10449 0.17351 0.09516 0.17351 0.10449 0.20149 0.10449 0.20149 0.09516 0.20149 0.10449 0.22948 0.10449 0.22948 0.09516 0.22948 0.10449 0.25746 0.10449 0.25746 0.09516 0.25746 0.10449 0.28544 0.10449 0.28544 0.09516 0.28544 0.10449 0.31342 0.10449 0.31342 0.09516 0.31342 0.10449 0.34141 0.10449 0.34141 0.09516 0.34141 0.10449 0.36939 0.10449 0.36939 0.09516 0.36939 0.10449 0.39737 0.10449 0.39737 0.09516 0.39737 0.10449 0.42535 0.10449 0.42535 0.09516 0.42535 0.10449 0.42535 0.10449\n 11 50 2 0.03184 0.22014 0.04080 0.22014\n 11 50 2 0.03184 0.22014 0.04080 0.22355\n 11 50 2 0.03184 0.22696 0.04080 0.22355\n 11 50 2 0.03184 0.22696 0.04080 0.22696\n 11 72 3 0.03184 0.22910 0.03611 0.23251 0.04080 0.23251\n 11 50 2 0.03184 0.23592 0.03611 0.23251\n 11 50 2 0.03312 0.24189 0.04080 0.24189\n 11 50 2 0.03696 0.23805 0.03696 0.24573\n 11 380 17 0.03184 0.25127 0.03227 0.25000 0.03355 0.24914 0.03568 0.24872 0.03696 0.24872 0.03910 0.24914 0.04037 0.25000 0.04080 0.25127 0.04080 0.25213 0.04037 0.25341 0.03910 0.25426 0.03696 0.25469 0.03568 0.25469 0.03355 0.25426 0.03227 0.25341 0.03184 0.25213 0.03184 0.25127\n 11 50 2 0.03440 0.25938 0.03952 0.25938\n 11 50 2 0.03568 0.25725 0.03824 0.26151\n 11 50 2 0.03568 0.26151 0.03824 0.25725\n 11 50 2 0.03184 0.26450 0.04080 0.26450\n 11 50 2 0.03184 0.26450 0.04080 0.26791\n 11 50 2 0.03184 0.27132 0.04080 0.26791\n 11 50 2 0.03184 0.27132 0.04080 0.27132\n 11 50 2 0.03184 0.27431 0.04080 0.28028\n 11 50 2 0.03184 0.28028 0.04080 0.27431\n 11 50 2 0.22078 0.07202 0.22078 0.06307\n 11 50 2 0.22078 0.07202 0.22419 0.06307\n 11 50 2 0.22760 0.07202 0.22419 0.06307\n 11 50 2 0.22760 0.07202 0.22760 0.06307\n 11 50 2 0.23059 0.07202 0.23656 0.06307\n 11 50 2 0.23656 0.07202 0.23059 0.06307\n 11 50 2 0.25021 0.07074 0.25021 0.06307\n 11 50 2 0.24637 0.06691 0.25405 0.06691\n 11 380 17 0.26642 0.07202 0.26514 0.07160 0.26428 0.07032 0.26386 0.06819 0.26386 0.06691 0.26428 0.06477 0.26514 0.06349 0.26642 0.06307 0.26727 0.06307 0.26855 0.06349 0.26940 0.06477 0.26983 0.06691 0.26983 0.06819 0.26940 0.07032 0.26855 0.07160 0.26727 0.07202 0.26642 0.07202\n 11 50 2 0.27452 0.06947 0.27452 0.06435\n 11 50 2 0.27239 0.06819 0.27665 0.06563\n 11 50 2 0.27665 0.06819 0.27239 0.06563\n 11 50 2 0.27964 0.07202 0.27964 0.06307\n 11 50 2 0.27964 0.07202 0.28305 0.06307\n 11 50 2 0.28646 0.07202 0.28305 0.06307\n 11 50 2 0.28646 0.07202 0.28646 0.06307\n 11 72 3 0.28859 0.07202 0.29200 0.06776 0.29200 0.06307\n 11 50 2 0.29542 0.07202 0.29200 0.06776\n 11 50 2 0.18495 0.04068 0.18495 0.02575\n 11 50 2 0.18567 0.04068 0.18567 0.02575\n 11 226 10 0.18282 0.04068 0.19135 0.04068 0.19348 0.03997 0.19420 0.03926 0.19491 0.03783 0.19491 0.03641 0.19420 0.03499 0.19348 0.03428 0.19135 0.03357 0.18567 0.03357\n 11 182 8 0.19135 0.04068 0.19277 0.03997 0.19348 0.03926 0.19420 0.03783 0.19420 0.03641 0.19348 0.03499 0.19277 0.03428 0.19135 0.03357\n 11 50 2 0.18282 0.02575 0.18780 0.02575\n 11 160 7 0.18922 0.03357 0.19064 0.03286 0.19135 0.03215 0.19348 0.02717 0.19420 0.02646 0.19491 0.02646 0.19562 0.02717\n 11 160 7 0.19064 0.03286 0.19135 0.03144 0.19277 0.02646 0.19348 0.02575 0.19491 0.02575 0.19562 0.02717 0.19562 0.02788\n 11 380 17 0.19988 0.03144 0.20841 0.03144 0.20841 0.03286 0.20770 0.03428 0.20699 0.03499 0.20557 0.03570 0.20344 0.03570 0.20130 0.03499 0.19988 0.03357 0.19917 0.03144 0.19917 0.03001 0.19988 0.02788 0.20130 0.02646 0.20344 0.02575 0.20486 0.02575 0.20699 0.02646 0.20841 0.02788\n 11 72 3 0.20770 0.03144 0.20770 0.03357 0.20699 0.03499\n 11 182 8 0.20344 0.03570 0.20201 0.03499 0.20059 0.03357 0.19988 0.03144 0.19988 0.03001 0.20059 0.02788 0.20201 0.02646 0.20344 0.02575\n 11 380 17 0.21623 0.03570 0.21481 0.03499 0.21410 0.03428 0.21339 0.03286 0.21339 0.03144 0.21410 0.03001 0.21481 0.02930 0.21623 0.02859 0.21765 0.02859 0.21907 0.02930 0.21979 0.03001 0.22050 0.03144 0.22050 0.03286 0.21979 0.03428 0.21907 0.03499 0.21765 0.03570 0.21623 0.03570\n 11 94 4 0.21481 0.03499 0.21410 0.03357 0.21410 0.03073 0.21481 0.02930\n 11 94 4 0.21907 0.02930 0.21979 0.03073 0.21979 0.03357 0.21907 0.03499\n 11 116 5 0.21979 0.03428 0.22050 0.03499 0.22192 0.03570 0.22192 0.03499 0.22050 0.03499\n 11 204 9 0.21410 0.03001 0.21339 0.02930 0.21268 0.02788 0.21268 0.02717 0.21339 0.02575 0.21552 0.02504 0.21907 0.02504 0.22121 0.02433 0.22192 0.02362\n 11 336 15 0.21268 0.02717 0.21339 0.02646 0.21552 0.02575 0.21907 0.02575 0.22121 0.02504 0.22192 0.02362 0.22192 0.02291 0.22121 0.02148 0.21907 0.02077 0.21481 0.02077 0.21268 0.02148 0.21197 0.02291 0.21197 0.02362 0.21268 0.02504 0.21481 0.02575\n 11 160 7 0.22760 0.03570 0.22760 0.02788 0.22832 0.02646 0.23045 0.02575 0.23187 0.02575 0.23400 0.02646 0.23542 0.02788\n 11 94 4 0.22832 0.03570 0.22832 0.02788 0.22903 0.02646 0.23045 0.02575\n 11 50 2 0.23542 0.03570 0.23542 0.02575\n 11 50 2 0.23613 0.03570 0.23613 0.02575\n 11 50 2 0.22547 0.03570 0.22832 0.03570\n 11 50 2 0.23329 0.03570 0.23613 0.03570\n 11 50 2 0.23542 0.02575 0.23827 0.02575\n 11 50 2 0.24324 0.04068 0.24324 0.02575\n 11 50 2 0.24395 0.04068 0.24395 0.02575\n 11 50 2 0.24111 0.04068 0.24395 0.04068\n 11 50 2 0.24111 0.02575 0.24609 0.02575\n 11 292 13 0.25106 0.03428 0.25106 0.03357 0.25035 0.03357 0.25035 0.03428 0.25106 0.03499 0.25248 0.03570 0.25533 0.03570 0.25675 0.03499 0.25746 0.03428 0.25817 0.03286 0.25817 0.02788 0.25888 0.02646 0.25959 0.02575\n 11 116 5 0.25746 0.03428 0.25746 0.02788 0.25817 0.02646 0.25959 0.02575 0.26030 0.02575\n 11 248 11 0.25746 0.03286 0.25675 0.03215 0.25248 0.03144 0.25035 0.03073 0.24964 0.02930 0.24964 0.02788 0.25035 0.02646 0.25248 0.02575 0.25462 0.02575 0.25604 0.02646 0.25746 0.02788\n 11 138 6 0.25248 0.03144 0.25106 0.03073 0.25035 0.02930 0.25035 0.02788 0.25106 0.02646 0.25248 0.02575\n 11 50 2 0.26528 0.03570 0.26528 0.02575\n 11 50 2 0.26599 0.03570 0.26599 0.02575\n 11 226 10 0.26599 0.03144 0.26670 0.03357 0.26812 0.03499 0.26954 0.03570 0.27168 0.03570 0.27239 0.03499 0.27239 0.03428 0.27168 0.03357 0.27096 0.03428 0.27168 0.03499\n 11 50 2 0.26315 0.03570 0.26599 0.03570\n 11 50 2 0.26315 0.02575 0.26812 0.02575\n 11 380 17 0.29087 0.03570 0.28945 0.03499 0.28874 0.03428 0.28802 0.03286 0.28802 0.03144 0.28874 0.03001 0.28945 0.02930 0.29087 0.02859 0.29229 0.02859 0.29371 0.02930 0.29442 0.03001 0.29513 0.03144 0.29513 0.03286 0.29442 0.03428 0.29371 0.03499 0.29229 0.03570 0.29087 0.03570\n 11 94 4 0.28945 0.03499 0.28874 0.03357 0.28874 0.03073 0.28945 0.02930\n 11 94 4 0.29371 0.02930 0.29442 0.03073 0.29442 0.03357 0.29371 0.03499\n 11 116 5 0.29442 0.03428 0.29513 0.03499 0.29655 0.03570 0.29655 0.03499 0.29513 0.03499\n 11 204 9 0.28874 0.03001 0.28802 0.02930 0.28731 0.02788 0.28731 0.02717 0.28802 0.02575 0.29016 0.02504 0.29371 0.02504 0.29584 0.02433 0.29655 0.02362\n 11 336 15 0.28731 0.02717 0.28802 0.02646 0.29016 0.02575 0.29371 0.02575 0.29584 0.02504 0.29655 0.02362 0.29655 0.02291 0.29584 0.02148 0.29371 0.02077 0.28945 0.02077 0.28731 0.02148 0.28660 0.02291 0.28660 0.02362 0.28731 0.02504 0.28945 0.02575\n 11 50 2 0.30224 0.03570 0.30224 0.02575\n 11 50 2 0.30295 0.03570 0.30295 0.02575\n 11 226 10 0.30295 0.03144 0.30366 0.03357 0.30508 0.03499 0.30651 0.03570 0.30864 0.03570 0.30935 0.03499 0.30935 0.03428 0.30864 0.03357 0.30793 0.03428 0.30864 0.03499\n 11 50 2 0.30011 0.03570 0.30295 0.03570\n 11 50 2 0.30011 0.02575 0.30508 0.02575\n 11 116 5 0.31432 0.04068 0.31361 0.03997 0.31432 0.03926 0.31504 0.03997 0.31432 0.04068\n 11 50 2 0.31432 0.03570 0.31432 0.02575\n 11 50 2 0.31504 0.03570 0.31504 0.02575\n 11 50 2 0.31219 0.03570 0.31504 0.03570\n 11 50 2 0.31219 0.02575 0.31717 0.02575\n 11 50 2 0.32925 0.04068 0.32925 0.02575\n 11 50 2 0.32996 0.04068 0.32996 0.02575\n 11 314 14 0.32925 0.03357 0.32783 0.03499 0.32641 0.03570 0.32499 0.03570 0.32285 0.03499 0.32143 0.03357 0.32072 0.03144 0.32072 0.03001 0.32143 0.02788 0.32285 0.02646 0.32499 0.02575 0.32641 0.02575 0.32783 0.02646 0.32925 0.02788\n 11 182 8 0.32499 0.03570 0.32357 0.03499 0.32214 0.03357 0.32143 0.03144 0.32143 0.03001 0.32214 0.02788 0.32357 0.02646 0.32499 0.02575\n 11 50 2 0.32712 0.04068 0.32996 0.04068\n 11 50 2 0.32925 0.02575 0.33210 0.02575\n 21 6 1\n 25 6 1\n 11 50 2 0.08956 0.10449 0.08956 0.10449\n 11 50 2 0.08956 0.12874 0.09251 0.12938\n 11 50 2 0.09251 0.12938 0.09194 0.12943\n 11 50 2 0.09251 0.12938 0.09203 0.12910\n 11 50 2 0.08956 0.15299 0.09546 0.15427\n 11 50 2 0.09546 0.15427 0.09431 0.15437\n 11 50 2 0.09546 0.15427 0.09450 0.15371\n 11 50 2 0.08956 0.17724 0.09693 0.17884\n 11 50 2 0.09693 0.17884 0.09549 0.17897\n 11 50 2 0.09693 0.17884 0.09573 0.17814\n 11 50 2 0.08956 0.20149 0.09841 0.20341\n 11 50 2 0.09841 0.20341 0.09668 0.20357\n 11 50 2 0.09841 0.20341 0.09697 0.20257\n 11 50 2 0.08956 0.22574 0.09988 0.22798\n 11 50 2 0.09988 0.22798 0.09787 0.22816\n 11 50 2 0.09988 0.22798 0.09820 0.22700\n 11 50 2 0.08956 0.25000 0.10136 0.25255\n 11 50 2 0.10136 0.25255 0.09905 0.25276\n 11 50 2 0.10136 0.25255 0.09944 0.25143\n 11 50 2 0.08956 0.27425 0.10283 0.27712\n 11 50 2 0.10283 0.27712 0.10024 0.27735\n 11 50 2 0.10283 0.27712 0.10067 0.27586\n 11 50 2 0.08956 0.29850 0.10725 0.30233\n 11 50 2 0.10725 0.30233 0.10380 0.30264\n 11 50 2 0.10725 0.30233 0.10437 0.30064\n 11 50 2 0.08956 0.32275 0.10873 0.32690\n 11 50 2 0.10873 0.32690 0.10498 0.32724\n 11 50 2 0.10873 0.32690 0.10561 0.32507\n 11 50 2 0.08956 0.34700 0.11020 0.35147\n 11 50 2 0.11020 0.35147 0.10617 0.35183\n 11 50 2 0.11020 0.35147 0.10684 0.34950\n 11 50 2 0.08956 0.37125 0.11167 0.37604\n 11 50 2 0.11167 0.37604 0.10736 0.37643\n 11 50 2 0.11167 0.37604 0.10808 0.37393\n 11 50 2 0.08956 0.39550 0.09841 0.39550\n 11 50 2 0.11755 0.10449 0.11760 0.10577\n 11 50 2 0.11760 0.10577 0.11752 0.10560\n 11 50 2 0.11760 0.10577 0.11766 0.10560\n 11 50 2 0.11755 0.12874 0.12053 0.13034\n 11 50 2 0.12053 0.13034 0.11988 0.13022\n 11 50 2 0.12053 0.13034 0.12012 0.12988\n 11 50 2 0.11755 0.15299 0.12348 0.15523\n 11 50 2 0.12348 0.15523 0.12225 0.15516\n 11 50 2 0.12348 0.15523 0.12259 0.15449\n 11 50 2 0.11755 0.17724 0.12495 0.17980\n 11 50 2 0.12495 0.17980 0.12344 0.17976\n 11 50 2 0.12495 0.17980 0.12382 0.17892\n 11 50 2 0.11755 0.20149 0.12643 0.20437\n 11 50 2 0.12643 0.20437 0.12462 0.20436\n 11 50 2 0.12643 0.20437 0.12505 0.20335\n 11 50 2 0.11755 0.22574 0.12790 0.22894\n 11 50 2 0.12790 0.22894 0.12581 0.22895\n 11 50 2 0.12790 0.22894 0.12629 0.22778\n 11 50 2 0.11755 0.25000 0.12938 0.25351\n 11 50 2 0.12938 0.25351 0.12699 0.25355\n 11 50 2 0.12938 0.25351 0.12752 0.25221\n 11 50 2 0.11755 0.27425 0.13085 0.27808\n 11 50 2 0.13085 0.27808 0.12818 0.27814\n 11 50 2 0.13085 0.27808 0.12876 0.27664\n 11 50 2 0.11755 0.29850 0.13527 0.30329\n 11 50 2 0.13527 0.30329 0.13174 0.30343\n 11 50 2 0.13527 0.30329 0.13246 0.30143\n 11 50 2 0.11755 0.32275 0.13675 0.32786\n 11 50 2 0.13675 0.32786 0.13292 0.32803\n 11 50 2 0.13675 0.32786 0.13369 0.32586\n 11 50 2 0.11755 0.34700 0.13822 0.35243\n 11 50 2 0.13822 0.35243 0.13411 0.35262\n 11 50 2 0.13822 0.35243 0.13493 0.35029\n 11 50 2 0.11755 0.37125 0.13969 0.37700\n 11 50 2 0.13969 0.37700 0.13530 0.37722\n 11 50 2 0.13969 0.37700 0.13616 0.37472\n 11 50 2 0.11755 0.39550 0.12640 0.39550\n 11 50 2 0.14553 0.10449 0.14563 0.10705\n 11 50 2 0.14563 0.10705 0.14547 0.10671\n 11 50 2 0.14563 0.10705 0.14576 0.10670\n 11 50 2 0.14553 0.12874 0.14855 0.13130\n 11 50 2 0.14855 0.13130 0.14782 0.13101\n 11 50 2 0.14855 0.13130 0.14820 0.13067\n 11 50 2 0.14553 0.15299 0.15150 0.15619\n 11 50 2 0.15150 0.15619 0.15019 0.15595\n 11 50 2 0.15150 0.15619 0.15067 0.15528\n 11 50 2 0.14553 0.17724 0.15297 0.18076\n 11 50 2 0.15297 0.18076 0.15138 0.18055\n 11 50 2 0.15297 0.18076 0.15190 0.17971\n 11 50 2 0.14553 0.20149 0.15445 0.20533\n 11 50 2 0.15445 0.20533 0.15256 0.20514\n 11 50 2 0.15445 0.20533 0.15314 0.20414\n 11 50 2 0.14553 0.22574 0.15592 0.22990\n 11 50 2 0.15592 0.22990 0.15375 0.22974\n 11 50 2 0.15592 0.22990 0.15437 0.22857\n 11 50 2 0.14553 0.25000 0.15740 0.25447\n 11 50 2 0.15740 0.25447 0.15493 0.25434\n 11 50 2 0.15740 0.25447 0.15561 0.25300\n 11 50 2 0.14553 0.27425 0.15887 0.27904\n 11 50 2 0.15887 0.27904 0.15612 0.27893\n 11 50 2 0.15887 0.27904 0.15684 0.27743\n 11 50 2 0.14553 0.29850 0.16329 0.30425\n 11 50 2 0.16329 0.30425 0.15968 0.30422\n 11 50 2 0.16329 0.30425 0.16054 0.30221\n 11 50 2 0.14553 0.32275 0.16477 0.32882\n 11 50 2 0.16477 0.32882 0.16087 0.32882\n 11 50 2 0.16477 0.32882 0.16178 0.32664\n 11 50 2 0.14553 0.34700 0.16624 0.35339\n 11 50 2 0.16624 0.35339 0.16205 0.35341\n 11 50 2 0.16624 0.35339 0.16301 0.35107\n 11 50 2 0.14553 0.37125 0.16771 0.37796\n 11 50 2 0.16771 0.37796 0.16324 0.37801\n 11 50 2 0.16771 0.37796 0.16425 0.37550\n 11 50 2 0.14553 0.39550 0.15440 0.39550\n 11 50 2 0.17351 0.10449 0.17371 0.10960\n 11 50 2 0.17371 0.10960 0.17339 0.10892\n 11 50 2 0.17371 0.10960 0.17397 0.10891\n 11 50 2 0.17351 0.12874 0.17661 0.13321\n 11 50 2 0.17661 0.13321 0.17572 0.13259\n 11 50 2 0.17661 0.13321 0.17639 0.13224\n 11 50 2 0.17351 0.15299 0.17955 0.15810\n 11 50 2 0.17955 0.15810 0.17809 0.15753\n 11 50 2 0.17955 0.15810 0.17886 0.15685\n 11 50 2 0.17351 0.17724 0.18103 0.18267\n 11 50 2 0.18103 0.18267 0.17927 0.18212\n 11 50 2 0.18103 0.18267 0.18009 0.18128\n 11 50 2 0.17351 0.20149 0.18250 0.20724\n 11 50 2 0.18250 0.20724 0.18046 0.20672\n 11 50 2 0.18250 0.20724 0.18133 0.20571\n 11 50 2 0.17351 0.22574 0.18398 0.23181\n 11 50 2 0.18398 0.23181 0.18165 0.23132\n 11 50 2 0.18398 0.23181 0.18256 0.23014\n 11 50 2 0.17351 0.25000 0.18545 0.25638\n 11 50 2 0.18545 0.25638 0.18283 0.25591\n 11 50 2 0.18545 0.25638 0.18379 0.25456\n 11 50 2 0.17351 0.27425 0.18693 0.28095\n 11 50 2 0.18693 0.28095 0.18402 0.28051\n 11 50 2 0.18693 0.28095 0.18503 0.27899\n 11 50 2 0.17351 0.29850 0.19135 0.30616\n 11 50 2 0.19135 0.30616 0.18758 0.30580\n 11 50 2 0.19135 0.30616 0.18873 0.30378\n 11 50 2 0.17351 0.32275 0.19282 0.33073\n 11 50 2 0.19282 0.33073 0.18876 0.33039\n 11 50 2 0.19282 0.33073 0.18996 0.32821\n 11 50 2 0.17351 0.34700 0.19430 0.35530\n 11 50 2 0.19430 0.35530 0.18995 0.35499\n 11 50 2 0.19430 0.35530 0.19120 0.35264\n 11 50 2 0.17351 0.37125 0.19577 0.37987\n 11 50 2 0.19577 0.37987 0.19114 0.37958\n 11 50 2 0.19577 0.37987 0.19243 0.37707\n 11 50 2 0.17351 0.39550 0.18240 0.39550\n 11 50 2 0.20149 0.10449 0.20179 0.11216\n 11 50 2 0.20179 0.11216 0.20132 0.11114\n 11 50 2 0.20179 0.11216 0.20218 0.11111\n 11 50 2 0.20149 0.12874 0.20572 0.13726\n 11 50 2 0.20572 0.13726 0.20467 0.13629\n 11 50 2 0.20572 0.13726 0.20563 0.13594\n 11 50 2 0.20149 0.15299 0.20761 0.16002\n 11 50 2 0.20761 0.16002 0.20599 0.15911\n 11 50 2 0.20761 0.16002 0.20704 0.15842\n 11 50 2 0.20149 0.17724 0.20909 0.18459\n 11 50 2 0.20909 0.18459 0.20717 0.18370\n 11 50 2 0.20909 0.18459 0.20828 0.18284\n 11 50 2 0.20149 0.20149 0.21056 0.20916\n 11 50 2 0.21056 0.20916 0.20836 0.20830\n 11 50 2 0.21056 0.20916 0.20951 0.20727\n 11 50 2 0.20149 0.22574 0.21203 0.23373\n 11 50 2 0.21203 0.23373 0.20955 0.23289\n 11 50 2 0.21203 0.23373 0.21075 0.23170\n 11 50 2 0.20149 0.25000 0.21351 0.25830\n 11 50 2 0.21351 0.25830 0.21073 0.25749\n 11 50 2 0.21351 0.25830 0.21198 0.25613\n 11 50 2 0.20149 0.27425 0.21498 0.28287\n 11 50 2 0.21498 0.28287 0.21192 0.28209\n 11 50 2 0.21498 0.28287 0.21322 0.28056\n 11 50 2 0.20149 0.29850 0.21940 0.30808\n 11 50 2 0.21940 0.30808 0.21548 0.30737\n 11 50 2 0.21940 0.30808 0.21692 0.30535\n 11 50 2 0.20149 0.32275 0.22088 0.33265\n 11 50 2 0.22088 0.33265 0.21666 0.33197\n 11 50 2 0.22088 0.33265 0.21815 0.32978\n 11 50 2 0.20149 0.34700 0.22235 0.35722\n 11 50 2 0.22235 0.35722 0.21785 0.35657\n 11 50 2 0.22235 0.35722 0.21939 0.35421\n 11 50 2 0.20149 0.37125 0.22383 0.38179\n 11 50 2 0.22383 0.38179 0.21904 0.38116\n 11 50 2 0.22383 0.38179 0.22062 0.37864\n 11 50 2 0.20149 0.39550 0.21041 0.39550\n 11 50 2 0.22948 0.10449 0.22982 0.11343\n 11 50 2 0.22982 0.11343 0.22927 0.11225\n 11 50 2 0.22982 0.11343 0.23028 0.11222\n 11 50 2 0.22948 0.12874 0.23375 0.13854\n 11 50 2 0.23375 0.13854 0.23262 0.13740\n 11 50 2 0.23375 0.13854 0.23373 0.13704\n 11 50 2 0.22948 0.15299 0.23563 0.16098\n 11 50 2 0.23563 0.16098 0.23393 0.15989\n 11 50 2 0.23563 0.16098 0.23513 0.15920\n 11 50 2 0.22948 0.17724 0.23710 0.18555\n 11 50 2 0.23710 0.18555 0.23511 0.18449\n 11 50 2 0.23710 0.18555 0.23636 0.18363\n 11 50 2 0.22948 0.20149 0.23858 0.21012\n 11 50 2 0.23858 0.21012 0.23630 0.20909\n 11 50 2 0.23858 0.21012 0.23760 0.20806\n 11 50 2 0.22948 0.22574 0.24005 0.23469\n 11 50 2 0.24005 0.23469 0.23749 0.23368\n 11 50 2 0.24005 0.23469 0.23883 0.23249\n 11 50 2 0.22948 0.25000 0.24153 0.25926\n 11 50 2 0.24153 0.25926 0.23867 0.25828\n 11 50 2 0.24153 0.25926 0.24007 0.25692\n 11 50 2 0.22948 0.27425 0.24300 0.28383\n 11 50 2 0.24300 0.28383 0.23986 0.28288\n 11 50 2 0.24300 0.28383 0.24130 0.28135\n 11 50 2 0.22948 0.29850 0.24742 0.30904\n 11 50 2 0.24742 0.30904 0.24342 0.30816\n 11 50 2 0.24742 0.30904 0.24500 0.30614\n 11 50 2 0.22948 0.32275 0.24890 0.33361\n 11 50 2 0.24890 0.33361 0.24460 0.33276\n 11 50 2 0.24890 0.33361 0.24624 0.33056\n 11 50 2 0.22948 0.34700 0.25037 0.35818\n 11 50 2 0.25037 0.35818 0.24579 0.35735\n 11 50 2 0.25037 0.35818 0.24747 0.35499\n 11 50 2 0.22948 0.37125 0.25185 0.38275\n 11 50 2 0.25185 0.38275 0.24698 0.38195\n 11 50 2 0.25185 0.38275 0.24870 0.37942\n 11 50 2 0.22948 0.39550 0.23841 0.39550\n 11 50 2 0.25746 0.10449 0.25785 0.11471\n 11 50 2 0.25785 0.11471 0.25722 0.11336\n 11 50 2 0.25785 0.11471 0.25838 0.11332\n 11 50 2 0.25746 0.12874 0.26178 0.13981\n 11 50 2 0.26178 0.13981 0.26058 0.13851\n 11 50 2 0.26178 0.13981 0.26183 0.13814\n 11 50 2 0.25746 0.15299 0.26365 0.16193\n 11 50 2 0.26365 0.16193 0.26187 0.16068\n 11 50 2 0.26365 0.16193 0.26321 0.15998\n 11 50 2 0.25746 0.17724 0.26512 0.18650\n 11 50 2 0.26512 0.18650 0.26306 0.18528\n 11 50 2 0.26512 0.18650 0.26445 0.18441\n 11 50 2 0.25746 0.20149 0.26660 0.21107\n 11 50 2 0.26660 0.21107 0.26424 0.20988\n 11 50 2 0.26660 0.21107 0.26568 0.20884\n 11 50 2 0.25746 0.22574 0.26807 0.23564\n 11 50 2 0.26807 0.23564 0.26543 0.23447\n 11 50 2 0.26807 0.23564 0.26692 0.23327\n 11 50 2 0.25746 0.25000 0.26955 0.26021\n 11 50 2 0.26955 0.26021 0.26661 0.25907\n 11 50 2 0.26955 0.26021 0.26815 0.25770\n 11 50 2 0.25746 0.27425 0.27102 0.28478\n 11 50 2 0.27102 0.28478 0.26780 0.28366\n 11 50 2 0.27102 0.28478 0.26938 0.28213\n 11 50 2 0.25746 0.29850 0.27544 0.30999\n 11 50 2 0.27544 0.30999 0.27136 0.30895\n 11 50 2 0.27544 0.30999 0.27309 0.30692\n 11 50 2 0.25746 0.32275 0.27692 0.33456\n 11 50 2 0.27692 0.33456 0.27254 0.33355\n 11 50 2 0.27692 0.33456 0.27432 0.33135\n 11 50 2 0.25746 0.34700 0.27839 0.35913\n 11 50 2 0.27839 0.35913 0.27373 0.35814\n 11 50 2 0.27839 0.35913 0.27556 0.35578\n 11 50 2 0.25746 0.37125 0.27986 0.38370\n 11 50 2 0.27986 0.38370 0.27492 0.38274\n 11 50 2 0.27986 0.38370 0.27679 0.38021\n 11 50 2 0.25746 0.39550 0.26640 0.39550\n 11 50 2 0.28544 0.10449 0.28593 0.11727\n 11 50 2 0.28593 0.11727 0.28515 0.11557\n 11 50 2 0.28593 0.11727 0.28659 0.11553\n 11 50 2 0.28544 0.12874 0.28986 0.14237\n 11 50 2 0.28986 0.14237 0.28850 0.14073\n 11 50 2 0.28986 0.14237 0.29004 0.14035\n 11 50 2 0.28544 0.15299 0.29171 0.16385\n 11 50 2 0.29171 0.16385 0.28977 0.16226\n 11 50 2 0.29171 0.16385 0.29140 0.16155\n 11 50 2 0.28544 0.17724 0.29318 0.18842\n 11 50 2 0.29318 0.18842 0.29095 0.18686\n 11 50 2 0.29318 0.18842 0.29264 0.18598\n 11 50 2 0.28544 0.20149 0.29465 0.21299\n 11 50 2 0.29465 0.21299 0.29214 0.21145\n 11 50 2 0.29465 0.21299 0.29387 0.21041\n 11 50 2 0.28544 0.22574 0.29613 0.23756\n 11 50 2 0.29613 0.23756 0.29333 0.23605\n 11 50 2 0.29613 0.23756 0.29510 0.23484\n 11 50 2 0.28544 0.25000 0.29760 0.26213\n 11 50 2 0.29760 0.26213 0.29451 0.26065\n 11 50 2 0.29760 0.26213 0.29634 0.25927\n 11 50 2 0.28544 0.27425 0.29908 0.28670\n 11 50 2 0.29908 0.28670 0.29570 0.28524\n 11 50 2 0.29908 0.28670 0.29757 0.28370\n 11 50 2 0.28544 0.29850 0.30350 0.31191\n 11 50 2 0.30350 0.31191 0.29926 0.31053\n 11 50 2 0.30350 0.31191 0.30127 0.30849\n 11 50 2 0.28544 0.32275 0.30497 0.33648\n 11 50 2 0.30497 0.33648 0.30044 0.33512\n 11 50 2 0.30497 0.33648 0.30251 0.33292\n 11 50 2 0.28544 0.34700 0.30645 0.36105\n 11 50 2 0.30645 0.36105 0.30163 0.35972\n 11 50 2 0.30645 0.36105 0.30374 0.35735\n 11 50 2 0.28544 0.37125 0.30792 0.38562\n 11 50 2 0.30792 0.38562 0.30282 0.38432\n 11 50 2 0.30792 0.38562 0.30498 0.38178\n 11 50 2 0.28544 0.39550 0.29441 0.39550\n 11 50 2 0.31342 0.10449 0.31411 0.12238\n 11 50 2 0.31411 0.12238 0.31301 0.12000\n 11 50 2 0.31411 0.12238 0.31503 0.11995\n 11 50 2 0.31342 0.12874 0.31804 0.14748\n 11 50 2 0.31804 0.14748 0.31637 0.14516\n 11 50 2 0.31804 0.14748 0.31848 0.14477\n 11 50 2 0.31342 0.15299 0.32197 0.17258\n 11 50 2 0.32197 0.17258 0.31972 0.17031\n 11 50 2 0.32197 0.17258 0.32193 0.16959\n 11 50 2 0.31342 0.17724 0.32131 0.19225\n 11 50 2 0.32131 0.19225 0.31877 0.19001\n 11 50 2 0.32131 0.19225 0.32103 0.18912\n 11 50 2 0.31342 0.20149 0.32278 0.21682\n 11 50 2 0.32278 0.21682 0.31996 0.21461\n 11 50 2 0.32278 0.21682 0.32226 0.21355\n 11 50 2 0.31342 0.22574 0.32426 0.24139\n 11 50 2 0.32426 0.24139 0.32114 0.23920\n 11 50 2 0.32426 0.24139 0.32350 0.23798\n 11 50 2 0.31342 0.25000 0.32573 0.26596\n 11 50 2 0.32573 0.26596 0.32233 0.26380\n 11 50 2 0.32573 0.26596 0.32473 0.26241\n 11 50 2 0.31342 0.27425 0.32721 0.29053\n 11 50 2 0.32721 0.29053 0.32351 0.28840\n 11 50 2 0.32721 0.29053 0.32596 0.28684\n 11 50 2 0.31342 0.29850 0.33163 0.31574\n 11 50 2 0.33163 0.31574 0.32707 0.31368\n 11 50 2 0.33163 0.31574 0.32967 0.31163\n 11 50 2 0.31342 0.32275 0.33310 0.34031\n 11 50 2 0.33310 0.34031 0.32826 0.33828\n 11 50 2 0.33310 0.34031 0.33090 0.33606\n 11 50 2 0.31342 0.34700 0.33458 0.36488\n 11 50 2 0.33458 0.36488 0.32944 0.36288\n 11 50 2 0.33458 0.36488 0.33213 0.36049\n 11 50 2 0.31342 0.37125 0.33605 0.38945\n 11 50 2 0.33605 0.38945 0.33063 0.38747\n 11 50 2 0.33605 0.38945 0.33337 0.38492\n 11 50 2 0.31342 0.39550 0.32244 0.39550\n 11 50 2 0.34141 0.10449 0.34219 0.12493\n 11 50 2 0.34219 0.12493 0.34093 0.12222\n 11 50 2 0.34219 0.12493 0.34324 0.12215\n 11 50 2 0.34141 0.12874 0.34612 0.15003\n 11 50 2 0.34612 0.15003 0.34429 0.14737\n 11 50 2 0.34612 0.15003 0.34669 0.14697\n 11 50 2 0.34141 0.15299 0.35005 0.17514\n 11 50 2 0.35005 0.17514 0.34764 0.17253\n 11 50 2 0.35005 0.17514 0.35014 0.17180\n 11 50 2 0.34141 0.17724 0.35202 0.19981\n 11 50 2 0.35202 0.19981 0.34932 0.19723\n 11 50 2 0.35202 0.19981 0.35187 0.19633\n 11 50 2 0.34141 0.20149 0.35084 0.21874\n 11 50 2 0.35084 0.21874 0.34785 0.21618\n 11 50 2 0.35084 0.21874 0.35045 0.21512\n 11 50 2 0.34141 0.22574 0.35231 0.24331\n 11 50 2 0.35231 0.24331 0.34904 0.24078\n 11 50 2 0.35231 0.24331 0.35168 0.23955\n 11 50 2 0.34141 0.25000 0.35379 0.26788\n 11 50 2 0.35379 0.26788 0.35023 0.26538\n 11 50 2 0.35379 0.26788 0.35292 0.26398\n 11 50 2 0.34141 0.27425 0.35526 0.29245\n 11 50 2 0.35526 0.29245 0.35141 0.28997\n 11 50 2 0.35526 0.29245 0.35415 0.28841\n 11 50 2 0.34141 0.29850 0.35968 0.31766\n 11 50 2 0.35968 0.31766 0.35497 0.31526\n 11 50 2 0.35968 0.31766 0.35785 0.31320\n 11 50 2 0.34141 0.32275 0.36116 0.34223\n 11 50 2 0.36116 0.34223 0.35616 0.33986\n 11 50 2 0.36116 0.34223 0.35909 0.33763\n 11 50 2 0.34141 0.34700 0.36263 0.36680\n 11 50 2 0.36263 0.36680 0.35734 0.36445\n 11 50 2 0.36263 0.36680 0.36032 0.36205\n 11 50 2 0.34141 0.37125 0.36411 0.39137\n 11 50 2 0.36411 0.39137 0.35853 0.38905\n 11 50 2 0.36411 0.39137 0.36156 0.38648\n 11 50 2 0.34141 0.39550 0.35045 0.39550\n 11 50 2 0.36939 0.10449 0.37037 0.13004\n 11 50 2 0.37037 0.13004 0.36880 0.12665\n 11 50 2 0.37037 0.13004 0.37168 0.12657\n 11 50 2 0.36939 0.12874 0.37430 0.15514\n 11 50 2 0.37430 0.15514 0.37215 0.15181\n 11 50 2 0.37430 0.15514 0.37513 0.15139\n 11 50 2 0.36939 0.15299 0.37823 0.18025\n 11 50 2 0.37823 0.18025 0.37551 0.17696\n 11 50 2 0.37823 0.18025 0.37858 0.17621\n 11 50 2 0.36939 0.17724 0.38020 0.20492\n 11 50 2 0.38020 0.20492 0.37719 0.20166\n 11 50 2 0.38020 0.20492 0.38031 0.20075\n 11 50 2 0.36939 0.20149 0.38216 0.22960\n 11 50 2 0.38216 0.22960 0.37886 0.22637\n 11 50 2 0.38216 0.22960 0.38203 0.22528\n 11 50 2 0.36939 0.22574 0.38044 0.24714\n 11 50 2 0.38044 0.24714 0.37686 0.24394\n 11 50 2 0.38044 0.24714 0.38007 0.24269\n 11 50 2 0.36939 0.25000 0.38192 0.27171\n 11 50 2 0.38192 0.27171 0.37804 0.26853\n 11 50 2 0.38192 0.27171 0.38131 0.26712\n 11 50 2 0.36939 0.27425 0.38339 0.29628\n 11 50 2 0.38339 0.29628 0.37923 0.29313\n 11 50 2 0.38339 0.29628 0.38254 0.29155\n 11 50 2 0.36939 0.29850 0.38781 0.32149\n 11 50 2 0.38781 0.32149 0.38279 0.31841\n 11 50 2 0.38781 0.32149 0.38624 0.31633\n 11 50 2 0.36939 0.32275 0.38929 0.34606\n 11 50 2 0.38929 0.34606 0.38397 0.34301\n 11 50 2 0.38929 0.34606 0.38748 0.34076\n 11 50 2 0.36939 0.34700 0.39076 0.37063\n 11 50 2 0.39076 0.37063 0.38516 0.36761\n 11 50 2 0.39076 0.37063 0.38871 0.36519\n 11 50 2 0.36939 0.37125 0.39224 0.39520\n 11 50 2 0.39224 0.39520 0.38635 0.39220\n 11 50 2 0.39224 0.39520 0.38995 0.38962\n 11 50 2 0.36939 0.39550 0.37848 0.39550\n 11 50 2 0.39737 0.10449 0.39850 0.13387\n 11 50 2 0.39850 0.13387 0.39669 0.12998\n 11 50 2 0.39850 0.13387 0.40001 0.12988\n 11 50 2 0.39737 0.12874 0.40243 0.15898\n 11 50 2 0.40243 0.15898 0.40005 0.15513\n 11 50 2 0.40243 0.15898 0.40346 0.15470\n 11 50 2 0.39737 0.15299 0.40636 0.18408\n 11 50 2 0.40636 0.18408 0.40340 0.18028\n 11 50 2 0.40636 0.18408 0.40691 0.17952\n 11 50 2 0.39737 0.17724 0.40833 0.20875\n 11 50 2 0.40833 0.20875 0.40508 0.20499\n 11 50 2 0.40833 0.20875 0.40863 0.20406\n 11 50 2 0.39737 0.20149 0.41029 0.23343\n 11 50 2 0.41029 0.23343 0.40676 0.22969\n 11 50 2 0.41029 0.23343 0.41036 0.22860\n 11 50 2 0.39737 0.22574 0.41226 0.25811\n 11 50 2 0.41226 0.25811 0.40844 0.25439\n 11 50 2 0.41226 0.25811 0.41209 0.25313\n 11 50 2 0.39737 0.25000 0.41001 0.27459\n 11 50 2 0.41001 0.27459 0.40590 0.27090\n 11 50 2 0.41001 0.27459 0.40960 0.26947\n 11 50 2 0.39737 0.27425 0.41149 0.29916\n 11 50 2 0.41149 0.29916 0.40709 0.29549\n 11 50 2 0.41149 0.29916 0.41083 0.29390\n 11 50 2 0.39737 0.29850 0.41591 0.32437\n 11 50 2 0.41591 0.32437 0.41064 0.32078\n 11 50 2 0.41591 0.32437 0.41453 0.31869\n 11 50 2 0.39737 0.32275 0.41738 0.34894\n 11 50 2 0.41738 0.34894 0.41183 0.34538\n 11 50 2 0.41738 0.34894 0.41577 0.34312\n 11 50 2 0.39737 0.34700 0.41886 0.37351\n 11 50 2 0.41886 0.37351 0.41302 0.36997\n 11 50 2 0.41886 0.37351 0.41700 0.36755\n 11 50 2 0.39737 0.37125 0.42033 0.39550\n 11 50 2 0.39737 0.39550 0.40650 0.39550\n 11 50 2 0.42535 0.10449 0.42535 0.11216\n 11 50 2 0.42535 0.12874 0.42535 0.13662\n 11 50 2 0.42535 0.15299 0.42535 0.16108\n 11 50 2 0.42535 0.17724 0.42535 0.18544\n 11 50 2 0.42535 0.20149 0.42535 0.20980\n 11 50 2 0.42535 0.22574 0.42535 0.23415\n 11 50 2 0.42535 0.25000 0.42535 0.25851\n 11 50 2 0.42535 0.27425 0.42535 0.28287\n 11 50 2 0.42535 0.29850 0.42535 0.30744\n 11 50 2 0.42535 0.32275 0.42535 0.33180\n 11 50 2 0.42535 0.34700 0.42535 0.35615\n 11 50 2 0.42535 0.37125 0.42535 0.38051\n 11 50 2 0.42535 0.39550 0.42535 0.39550\n 11 116 5 0.24443 0.01819 0.25376 0.01493 0.24443 0.01166 0.25376 0.01493 0.21645 0.01493\n 21 6 1\n 25 6 1\n 11 94 4 0.27930 0.01770 0.28015 0.01813 0.28143 0.01941 0.28143 0.01045\n 11 94 4 0.28783 0.01770 0.28868 0.01813 0.28996 0.01941 0.28996 0.01045\n 11 72 3 0.29935 0.01941 0.29508 0.01343 0.30148 0.01343\n 11 50 2 0.29935 0.01941 0.29935 0.01045\n 11 116 5 0.30446 0.01130 0.30404 0.01088 0.30446 0.01045 0.30489 0.01088 0.30446 0.01130\n 82 0\n 81 6 532\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 1.00000\n 72 44 0.00000 9.47400 0.00000 9.47400\n 81 6 533\n 21 6 1\n 25 6 1\n 11 930 42 0.58956 0.11818 0.58956 0.10449 0.58956 0.11818 0.58023 0.11818 0.58956 0.11818 0.58956 0.13954 0.58023 0.13954 0.58956 0.13954 0.58956 0.16090 0.58023 0.16090 0.58956 0.16090 0.58956 0.18227 0.58023 0.18227 0.58956 0.18227 0.58956 0.20363 0.58023 0.20363 0.58956 0.20363 0.58956 0.22499 0.58023 0.22499 0.58956 0.22499 0.58956 0.24635 0.58023 0.24635 0.58956 0.24635 0.58956 0.26771 0.58023 0.26771 0.58956 0.26771 0.58956 0.28907 0.58023 0.28907 0.58956 0.28907 0.58956 0.31044 0.58023 0.31044 0.58956 0.31044 0.58956 0.33180 0.58023 0.33180 0.58956 0.33180 0.58956 0.35316 0.58023 0.35316 0.58956 0.35316 0.58956 0.37452 0.58023 0.37452 0.58956 0.37452 0.58956 0.39550\n 11 72 3 0.57215 0.12191 0.56859 0.11694 0.57393 0.11694\n 11 50 2 0.57215 0.12191 0.57215 0.11445\n 11 644 29 0.57037 0.16464 0.56931 0.16428 0.56895 0.16357 0.56895 0.16286 0.56931 0.16215 0.57002 0.16179 0.57144 0.16144 0.57250 0.16108 0.57321 0.16037 0.57357 0.15966 0.57357 0.15859 0.57321 0.15788 0.57286 0.15753 0.57179 0.15717 0.57037 0.15717 0.56931 0.15753 0.56895 0.15788 0.56859 0.15859 0.56859 0.15966 0.56895 0.16037 0.56966 0.16108 0.57073 0.16144 0.57215 0.16179 0.57286 0.16215 0.57321 0.16286 0.57321 0.16357 0.57286 0.16428 0.57179 0.16464 0.57037 0.16464\n 11 94 4 0.56255 0.20594 0.56326 0.20629 0.56433 0.20736 0.56433 0.19990\n 11 314 14 0.56895 0.20558 0.56895 0.20594 0.56931 0.20665 0.56966 0.20700 0.57037 0.20736 0.57179 0.20736 0.57250 0.20700 0.57286 0.20665 0.57321 0.20594 0.57321 0.20523 0.57286 0.20452 0.57215 0.20345 0.56859 0.19990 0.57357 0.19990\n 11 94 4 0.56255 0.24866 0.56326 0.24902 0.56433 0.25008 0.56433 0.24262\n 11 512 23 0.57321 0.24902 0.57286 0.24973 0.57179 0.25008 0.57108 0.25008 0.57002 0.24973 0.56931 0.24866 0.56895 0.24688 0.56895 0.24511 0.56931 0.24369 0.57002 0.24297 0.57108 0.24262 0.57144 0.24262 0.57250 0.24297 0.57321 0.24369 0.57357 0.24475 0.57357 0.24511 0.57321 0.24617 0.57250 0.24688 0.57144 0.24724 0.57108 0.24724 0.57002 0.24688 0.56931 0.24617 0.56895 0.24511\n 11 314 14 0.56184 0.29103 0.56184 0.29138 0.56220 0.29210 0.56255 0.29245 0.56326 0.29281 0.56469 0.29281 0.56540 0.29245 0.56575 0.29210 0.56611 0.29138 0.56611 0.29067 0.56575 0.28996 0.56504 0.28890 0.56149 0.28534 0.56646 0.28534\n 11 380 17 0.57073 0.29281 0.56966 0.29245 0.56895 0.29138 0.56859 0.28961 0.56859 0.28854 0.56895 0.28676 0.56966 0.28570 0.57073 0.28534 0.57144 0.28534 0.57250 0.28570 0.57321 0.28676 0.57357 0.28854 0.57357 0.28961 0.57321 0.29138 0.57250 0.29245 0.57144 0.29281 0.57073 0.29281\n 11 314 14 0.56184 0.33375 0.56184 0.33411 0.56220 0.33482 0.56255 0.33517 0.56326 0.33553 0.56469 0.33553 0.56540 0.33517 0.56575 0.33482 0.56611 0.33411 0.56611 0.33340 0.56575 0.33269 0.56504 0.33162 0.56149 0.32807 0.56646 0.32807\n 11 72 3 0.57215 0.33553 0.56859 0.33055 0.57393 0.33055\n 11 50 2 0.57215 0.33553 0.57215 0.32807\n 11 314 14 0.56184 0.37648 0.56184 0.37683 0.56220 0.37754 0.56255 0.37790 0.56326 0.37825 0.56469 0.37825 0.56540 0.37790 0.56575 0.37754 0.56611 0.37683 0.56611 0.37612 0.56575 0.37541 0.56504 0.37434 0.56149 0.37079 0.56646 0.37079\n 11 644 29 0.57037 0.37825 0.56931 0.37790 0.56895 0.37719 0.56895 0.37648 0.56931 0.37576 0.57002 0.37541 0.57144 0.37505 0.57250 0.37470 0.57321 0.37399 0.57357 0.37328 0.57357 0.37221 0.57321 0.37150 0.57286 0.37114 0.57179 0.37079 0.57037 0.37079 0.56931 0.37114 0.56895 0.37150 0.56859 0.37221 0.56859 0.37328 0.56895 0.37399 0.56966 0.37470 0.57073 0.37505 0.57215 0.37541 0.57286 0.37576 0.57321 0.37648 0.57321 0.37719 0.57286 0.37790 0.57179 0.37825 0.57037 0.37825\n 11 930 42 0.92535 0.11818 0.92535 0.10449 0.92535 0.11818 0.93468 0.11818 0.92535 0.11818 0.92535 0.13954 0.93468 0.13954 0.92535 0.13954 0.92535 0.16090 0.93468 0.16090 0.92535 0.16090 0.92535 0.18227 0.93468 0.18227 0.92535 0.18227 0.92535 0.20363 0.93468 0.20363 0.92535 0.20363 0.92535 0.22499 0.93468 0.22499 0.92535 0.22499 0.92535 0.24635 0.93468 0.24635 0.92535 0.24635 0.92535 0.26771 0.93468 0.26771 0.92535 0.26771 0.92535 0.28907 0.93468 0.28907 0.92535 0.28907 0.92535 0.31044 0.93468 0.31044 0.92535 0.31044 0.92535 0.33180 0.93468 0.33180 0.92535 0.33180 0.92535 0.35316 0.93468 0.35316 0.92535 0.35316 0.92535 0.37452 0.93468 0.37452 0.92535 0.37452 0.92535 0.39550\n 11 600 27 0.60140 0.39550 0.58956 0.39550 0.60140 0.39550 0.60140 0.40483 0.60140 0.39550 0.64674 0.39550 0.64674 0.40483 0.64674 0.39550 0.69208 0.39550 0.69208 0.40483 0.69208 0.39550 0.73742 0.39550 0.73742 0.40483 0.73742 0.39550 0.78276 0.39550 0.78276 0.40483 0.78276 0.39550 0.82810 0.39550 0.82810 0.40483 0.82810 0.39550 0.87344 0.39550 0.87344 0.40483 0.87344 0.39550 0.91878 0.39550 0.91878 0.40483 0.91878 0.39550 0.92535 0.39550\n 11 600 27 0.60140 0.10449 0.58956 0.10449 0.60140 0.10449 0.60140 0.09516 0.60140 0.10449 0.64674 0.10449 0.64674 0.09516 0.64674 0.10449 0.69208 0.10449 0.69208 0.09516 0.69208 0.10449 0.73742 0.10449 0.73742 0.09516 0.73742 0.10449 0.78276 0.10449 0.78276 0.09516 0.78276 0.10449 0.82810 0.10449 0.82810 0.09516 0.82810 0.10449 0.87344 0.10449 0.87344 0.09516 0.87344 0.10449 0.91878 0.10449 0.91878 0.09516 0.91878 0.10449 0.92535 0.10449\n 11 94 4 0.59643 0.08702 0.59714 0.08738 0.59820 0.08844 0.59820 0.08098\n 11 380 17 0.60460 0.08844 0.60353 0.08809 0.60282 0.08702 0.60247 0.08525 0.60247 0.08418 0.60282 0.08240 0.60353 0.08134 0.60460 0.08098 0.60531 0.08098 0.60638 0.08134 0.60709 0.08240 0.60744 0.08418 0.60744 0.08525 0.60709 0.08702 0.60638 0.08809 0.60531 0.08844 0.60460 0.08844\n 11 336 15 0.68675 0.08844 0.69066 0.08844 0.68853 0.08560 0.68959 0.08560 0.69030 0.08525 0.69066 0.08489 0.69101 0.08382 0.69101 0.08311 0.69066 0.08205 0.68995 0.08134 0.68888 0.08098 0.68782 0.08098 0.68675 0.08134 0.68639 0.08169 0.68604 0.08240\n 11 380 17 0.69528 0.08844 0.69421 0.08809 0.69350 0.08702 0.69315 0.08525 0.69315 0.08418 0.69350 0.08240 0.69421 0.08134 0.69528 0.08098 0.69599 0.08098 0.69706 0.08134 0.69777 0.08240 0.69812 0.08418 0.69812 0.08525 0.69777 0.08702 0.69706 0.08809 0.69599 0.08844 0.69528 0.08844\n 11 380 17 0.78098 0.08844 0.77743 0.08844 0.77707 0.08525 0.77743 0.08560 0.77849 0.08596 0.77956 0.08596 0.78063 0.08560 0.78134 0.08489 0.78169 0.08382 0.78169 0.08311 0.78134 0.08205 0.78063 0.08134 0.77956 0.08098 0.77849 0.08098 0.77743 0.08134 0.77707 0.08169 0.77672 0.08240\n 11 380 17 0.78596 0.08844 0.78489 0.08809 0.78418 0.08702 0.78382 0.08525 0.78382 0.08418 0.78418 0.08240 0.78489 0.08134 0.78596 0.08098 0.78667 0.08098 0.78773 0.08134 0.78844 0.08240 0.78880 0.08418 0.78880 0.08525 0.78844 0.08702 0.78773 0.08809 0.78667 0.08844 0.78596 0.08844\n 11 50 2 0.87237 0.08844 0.86882 0.08098\n 11 50 2 0.86739 0.08844 0.87237 0.08844\n 11 380 17 0.87664 0.08844 0.87557 0.08809 0.87486 0.08702 0.87450 0.08525 0.87450 0.08418 0.87486 0.08240 0.87557 0.08134 0.87664 0.08098 0.87735 0.08098 0.87841 0.08134 0.87912 0.08240 0.87948 0.08418 0.87948 0.08525 0.87912 0.08702 0.87841 0.08809 0.87735 0.08844 0.87664 0.08844\n 11 930 42 0.58956 0.11818 0.58956 0.10449 0.58956 0.11818 0.58023 0.11818 0.58956 0.11818 0.58956 0.13954 0.58023 0.13954 0.58956 0.13954 0.58956 0.16090 0.58023 0.16090 0.58956 0.16090 0.58956 0.18227 0.58023 0.18227 0.58956 0.18227 0.58956 0.20363 0.58023 0.20363 0.58956 0.20363 0.58956 0.22499 0.58023 0.22499 0.58956 0.22499 0.58956 0.24635 0.58023 0.24635 0.58956 0.24635 0.58956 0.26771 0.58023 0.26771 0.58956 0.26771 0.58956 0.28907 0.58023 0.28907 0.58956 0.28907 0.58956 0.31044 0.58023 0.31044 0.58956 0.31044 0.58956 0.33180 0.58023 0.33180 0.58956 0.33180 0.58956 0.35316 0.58023 0.35316 0.58956 0.35316 0.58956 0.37452 0.58023 0.37452 0.58956 0.37452 0.58956 0.39550\n 11 930 42 0.92535 0.11818 0.92535 0.10449 0.92535 0.11818 0.93468 0.11818 0.92535 0.11818 0.92535 0.13954 0.93468 0.13954 0.92535 0.13954 0.92535 0.16090 0.93468 0.16090 0.92535 0.16090 0.92535 0.18227 0.93468 0.18227 0.92535 0.18227 0.92535 0.20363 0.93468 0.20363 0.92535 0.20363 0.92535 0.22499 0.93468 0.22499 0.92535 0.22499 0.92535 0.24635 0.93468 0.24635 0.92535 0.24635 0.92535 0.26771 0.93468 0.26771 0.92535 0.26771 0.92535 0.28907 0.93468 0.28907 0.92535 0.28907 0.92535 0.31044 0.93468 0.31044 0.92535 0.31044 0.92535 0.33180 0.93468 0.33180 0.92535 0.33180 0.92535 0.35316 0.93468 0.35316 0.92535 0.35316 0.92535 0.37452 0.93468 0.37452 0.92535 0.37452 0.92535 0.39550\n 11 600 27 0.60140 0.39550 0.58956 0.39550 0.60140 0.39550 0.60140 0.40483 0.60140 0.39550 0.64674 0.39550 0.64674 0.40483 0.64674 0.39550 0.69208 0.39550 0.69208 0.40483 0.69208 0.39550 0.73742 0.39550 0.73742 0.40483 0.73742 0.39550 0.78276 0.39550 0.78276 0.40483 0.78276 0.39550 0.82810 0.39550 0.82810 0.40483 0.82810 0.39550 0.87344 0.39550 0.87344 0.40483 0.87344 0.39550 0.91878 0.39550 0.91878 0.40483 0.91878 0.39550 0.92535 0.39550\n 11 600 27 0.60140 0.10449 0.58956 0.10449 0.60140 0.10449 0.60140 0.09516 0.60140 0.10449 0.64674 0.10449 0.64674 0.09516 0.64674 0.10449 0.69208 0.10449 0.69208 0.09516 0.69208 0.10449 0.73742 0.10449 0.73742 0.09516 0.73742 0.10449 0.78276 0.10449 0.78276 0.09516 0.78276 0.10449 0.82810 0.10449 0.82810 0.09516 0.82810 0.10449 0.87344 0.10449 0.87344 0.09516 0.87344 0.10449 0.91878 0.10449 0.91878 0.09516 0.91878 0.10449 0.92535 0.10449\n 11 50 2 0.54251 0.21332 0.55146 0.21332\n 11 50 2 0.54251 0.21332 0.55146 0.21673\n 11 50 2 0.54251 0.22014 0.55146 0.21673\n 11 50 2 0.54251 0.22014 0.55146 0.22014\n 11 72 3 0.54251 0.22227 0.54677 0.22568 0.55146 0.22568\n 11 50 2 0.54251 0.22910 0.54677 0.22568\n 11 50 2 0.54379 0.24189 0.55146 0.24189\n 11 50 2 0.54763 0.23805 0.54763 0.24573\n 11 380 17 0.54251 0.25810 0.54293 0.25682 0.54421 0.25597 0.54635 0.25554 0.54763 0.25554 0.54976 0.25597 0.55104 0.25682 0.55146 0.25810 0.55146 0.25895 0.55104 0.26023 0.54976 0.26108 0.54763 0.26151 0.54635 0.26151 0.54421 0.26108 0.54293 0.26023 0.54251 0.25895 0.54251 0.25810\n 11 50 2 0.54507 0.26620 0.55018 0.26620\n 11 50 2 0.54635 0.26407 0.54890 0.26833\n 11 50 2 0.54635 0.26833 0.54890 0.26407\n 11 50 2 0.54251 0.27132 0.55146 0.27132\n 11 50 2 0.54251 0.27132 0.55146 0.27473\n 11 50 2 0.54251 0.27814 0.55146 0.27473\n 11 50 2 0.54251 0.27814 0.55146 0.27814\n 11 50 2 0.54251 0.28113 0.55146 0.28710\n 11 50 2 0.54251 0.28710 0.55146 0.28113\n 11 50 2 0.72078 0.07202 0.72078 0.06307\n 11 50 2 0.72078 0.07202 0.72419 0.06307\n 11 50 2 0.72760 0.07202 0.72419 0.06307\n 11 50 2 0.72760 0.07202 0.72760 0.06307\n 11 50 2 0.73059 0.07202 0.73656 0.06307\n 11 50 2 0.73656 0.07202 0.73059 0.06307\n 11 50 2 0.75021 0.07074 0.75021 0.06307\n 11 50 2 0.74637 0.06691 0.75405 0.06691\n 11 380 17 0.76642 0.07202 0.76514 0.07160 0.76428 0.07032 0.76386 0.06819 0.76386 0.06691 0.76428 0.06477 0.76514 0.06349 0.76642 0.06307 0.76727 0.06307 0.76855 0.06349 0.76940 0.06477 0.76983 0.06691 0.76983 0.06819 0.76940 0.07032 0.76855 0.07160 0.76727 0.07202 0.76642 0.07202\n 11 50 2 0.77452 0.06947 0.77452 0.06435\n 11 50 2 0.77239 0.06819 0.77665 0.06563\n 11 50 2 0.77665 0.06819 0.77239 0.06563\n 11 50 2 0.77964 0.07202 0.77964 0.06307\n 11 50 2 0.77964 0.07202 0.78305 0.06307\n 11 50 2 0.78646 0.07202 0.78305 0.06307\n 11 50 2 0.78646 0.07202 0.78646 0.06307\n 11 72 3 0.78859 0.07202 0.79200 0.06776 0.79200 0.06307\n 11 50 2 0.79542 0.07202 0.79200 0.06776\n 11 358 16 0.67962 0.03854 0.68033 0.04068 0.68033 0.03641 0.67962 0.03854 0.67820 0.03997 0.67607 0.04068 0.67394 0.04068 0.67180 0.03997 0.67038 0.03854 0.67038 0.03712 0.67109 0.03570 0.67180 0.03499 0.67323 0.03428 0.67749 0.03286 0.67891 0.03215 0.68033 0.03073\n 11 358 16 0.67038 0.03712 0.67180 0.03570 0.67323 0.03499 0.67749 0.03357 0.67891 0.03286 0.67962 0.03215 0.68033 0.03073 0.68033 0.02788 0.67891 0.02646 0.67678 0.02575 0.67465 0.02575 0.67252 0.02646 0.67109 0.02788 0.67038 0.03001 0.67038 0.02575 0.67109 0.02788\n 11 160 7 0.68602 0.04068 0.68602 0.02859 0.68673 0.02646 0.68815 0.02575 0.68958 0.02575 0.69100 0.02646 0.69171 0.02788\n 11 94 4 0.68673 0.04068 0.68673 0.02859 0.68744 0.02646 0.68815 0.02575\n 11 50 2 0.68389 0.03570 0.68958 0.03570\n 11 50 2 0.69668 0.03570 0.69668 0.02575\n 11 50 2 0.69739 0.03570 0.69739 0.02575\n 11 226 10 0.69739 0.03144 0.69810 0.03357 0.69953 0.03499 0.70095 0.03570 0.70308 0.03570 0.70379 0.03499 0.70379 0.03428 0.70308 0.03357 0.70237 0.03428 0.70308 0.03499\n 11 50 2 0.69455 0.03570 0.69739 0.03570\n 11 50 2 0.69455 0.02575 0.69953 0.02575\n 11 380 17 0.70806 0.03144 0.71659 0.03144 0.71659 0.03286 0.71588 0.03428 0.71516 0.03499 0.71374 0.03570 0.71161 0.03570 0.70948 0.03499 0.70806 0.03357 0.70735 0.03144 0.70735 0.03001 0.70806 0.02788 0.70948 0.02646 0.71161 0.02575 0.71303 0.02575 0.71516 0.02646 0.71659 0.02788\n 11 72 3 0.71588 0.03144 0.71588 0.03357 0.71516 0.03499\n 11 182 8 0.71161 0.03570 0.71019 0.03499 0.70877 0.03357 0.70806 0.03144 0.70806 0.03001 0.70877 0.02788 0.71019 0.02646 0.71161 0.02575\n 11 160 7 0.72227 0.04068 0.72227 0.02859 0.72298 0.02646 0.72441 0.02575 0.72583 0.02575 0.72725 0.02646 0.72796 0.02788\n 11 94 4 0.72298 0.04068 0.72298 0.02859 0.72369 0.02646 0.72441 0.02575\n 11 50 2 0.72014 0.03570 0.72583 0.03570\n 11 402 18 0.74004 0.03357 0.73933 0.03286 0.74004 0.03215 0.74075 0.03286 0.74075 0.03357 0.73933 0.03499 0.73791 0.03570 0.73578 0.03570 0.73365 0.03499 0.73222 0.03357 0.73151 0.03144 0.73151 0.03001 0.73222 0.02788 0.73365 0.02646 0.73578 0.02575 0.73720 0.02575 0.73933 0.02646 0.74075 0.02788\n 11 182 8 0.73578 0.03570 0.73436 0.03499 0.73294 0.03357 0.73222 0.03144 0.73222 0.03001 0.73294 0.02788 0.73436 0.02646 0.73578 0.02575\n 11 50 2 0.74644 0.04068 0.74644 0.02575\n 11 50 2 0.74715 0.04068 0.74715 0.02575\n 11 160 7 0.74715 0.03357 0.74857 0.03499 0.75071 0.03570 0.75213 0.03570 0.75426 0.03499 0.75497 0.03357 0.75497 0.02575\n 11 94 4 0.75213 0.03570 0.75355 0.03499 0.75426 0.03357 0.75426 0.02575\n 11 50 2 0.74431 0.04068 0.74715 0.04068\n 11 50 2 0.74431 0.02575 0.74928 0.02575\n 11 50 2 0.75213 0.02575 0.75710 0.02575\n 11 380 17 0.76137 0.03144 0.76990 0.03144 0.76990 0.03286 0.76919 0.03428 0.76848 0.03499 0.76705 0.03570 0.76492 0.03570 0.76279 0.03499 0.76137 0.03357 0.76066 0.03144 0.76066 0.03001 0.76137 0.02788 0.76279 0.02646 0.76492 0.02575 0.76634 0.02575 0.76848 0.02646 0.76990 0.02788\n 11 72 3 0.76919 0.03144 0.76919 0.03357 0.76848 0.03499\n 11 182 8 0.76492 0.03570 0.76350 0.03499 0.76208 0.03357 0.76137 0.03144 0.76137 0.03001 0.76208 0.02788 0.76350 0.02646 0.76492 0.02575\n 11 50 2 0.78269 0.04068 0.78269 0.02575\n 11 50 2 0.78340 0.04068 0.78340 0.02575\n 11 314 14 0.78269 0.03357 0.78127 0.03499 0.77985 0.03570 0.77843 0.03570 0.77630 0.03499 0.77487 0.03357 0.77416 0.03144 0.77416 0.03001 0.77487 0.02788 0.77630 0.02646 0.77843 0.02575 0.77985 0.02575 0.78127 0.02646 0.78269 0.02788\n 11 182 8 0.77843 0.03570 0.77701 0.03499 0.77558 0.03357 0.77487 0.03144 0.77487 0.03001 0.77558 0.02788 0.77701 0.02646 0.77843 0.02575\n 11 50 2 0.78056 0.04068 0.78340 0.04068\n 11 50 2 0.78269 0.02575 0.78554 0.02575\n 11 380 17 0.80402 0.03570 0.80260 0.03499 0.80189 0.03428 0.80117 0.03286 0.80117 0.03144 0.80189 0.03001 0.80260 0.02930 0.80402 0.02859 0.80544 0.02859 0.80686 0.02930 0.80757 0.03001 0.80828 0.03144 0.80828 0.03286 0.80757 0.03428 0.80686 0.03499 0.80544 0.03570 0.80402 0.03570\n 11 94 4 0.80260 0.03499 0.80189 0.03357 0.80189 0.03073 0.80260 0.02930\n 11 94 4 0.80686 0.02930 0.80757 0.03073 0.80757 0.03357 0.80686 0.03499\n 11 116 5 0.80757 0.03428 0.80828 0.03499 0.80970 0.03570 0.80970 0.03499 0.80828 0.03499\n 11 204 9 0.80189 0.03001 0.80117 0.02930 0.80046 0.02788 0.80046 0.02717 0.80117 0.02575 0.80331 0.02504 0.80686 0.02504 0.80899 0.02433 0.80970 0.02362\n 11 336 15 0.80046 0.02717 0.80117 0.02646 0.80331 0.02575 0.80686 0.02575 0.80899 0.02504 0.80970 0.02362 0.80970 0.02291 0.80899 0.02148 0.80686 0.02077 0.80260 0.02077 0.80046 0.02148 0.79975 0.02291 0.79975 0.02362 0.80046 0.02504 0.80260 0.02575\n 11 50 2 0.81539 0.03570 0.81539 0.02575\n 11 50 2 0.81610 0.03570 0.81610 0.02575\n 11 226 10 0.81610 0.03144 0.81681 0.03357 0.81823 0.03499 0.81966 0.03570 0.82179 0.03570 0.82250 0.03499 0.82250 0.03428 0.82179 0.03357 0.82108 0.03428 0.82179 0.03499\n 11 50 2 0.81326 0.03570 0.81610 0.03570\n 11 50 2 0.81326 0.02575 0.81823 0.02575\n 11 116 5 0.82748 0.04068 0.82676 0.03997 0.82748 0.03926 0.82819 0.03997 0.82748 0.04068\n 11 50 2 0.82748 0.03570 0.82748 0.02575\n 11 50 2 0.82819 0.03570 0.82819 0.02575\n 11 50 2 0.82534 0.03570 0.82819 0.03570\n 11 50 2 0.82534 0.02575 0.83032 0.02575\n 11 50 2 0.84240 0.04068 0.84240 0.02575\n 11 50 2 0.84311 0.04068 0.84311 0.02575\n 11 314 14 0.84240 0.03357 0.84098 0.03499 0.83956 0.03570 0.83814 0.03570 0.83600 0.03499 0.83458 0.03357 0.83387 0.03144 0.83387 0.03001 0.83458 0.02788 0.83600 0.02646 0.83814 0.02575 0.83956 0.02575 0.84098 0.02646 0.84240 0.02788\n 11 182 8 0.83814 0.03570 0.83672 0.03499 0.83529 0.03357 0.83458 0.03144 0.83458 0.03001 0.83529 0.02788 0.83672 0.02646 0.83814 0.02575\n 11 50 2 0.84027 0.04068 0.84311 0.04068\n 11 50 2 0.84240 0.02575 0.84525 0.02575\n 21 6 1\n 25 6 1\n 11 50 2 0.58956 0.11092 0.59243 0.11168\n 11 50 2 0.59243 0.11168 0.59212 0.11186\n 11 50 2 0.59243 0.11168 0.59214 0.11134\n 11 50 2 0.58956 0.11877 0.59477 0.12045\n 11 50 2 0.59477 0.12045 0.59414 0.12077\n 11 50 2 0.59477 0.12045 0.59420 0.11975\n 11 50 2 0.58956 0.12836 0.59608 0.13093\n 11 50 2 0.59608 0.13093 0.59528 0.13128\n 11 50 2 0.59608 0.13093 0.59538 0.13000\n 11 50 2 0.58956 0.14007 0.59747 0.14384\n 11 50 2 0.59747 0.14384 0.59651 0.14418\n 11 50 2 0.59747 0.14384 0.59664 0.14265\n 11 50 2 0.58956 0.15438 0.59794 0.15921\n 11 50 2 0.59794 0.15921 0.59682 0.15950\n 11 50 2 0.59794 0.15921 0.59701 0.15774\n 11 50 2 0.58956 0.17185 0.59938 0.17860\n 11 50 2 0.59938 0.17860 0.59809 0.17880\n 11 50 2 0.59938 0.17860 0.59834 0.17680\n 11 50 2 0.58956 0.19319 0.59938 0.20143\n 11 50 2 0.59938 0.20143 0.59793 0.20146\n 11 50 2 0.59938 0.20143 0.59826 0.19926\n 11 50 2 0.58956 0.21926 0.60128 0.23100\n 11 50 2 0.60128 0.23100 0.59935 0.23076\n 11 50 2 0.60128 0.23100 0.59987 0.22790\n 11 50 2 0.58956 0.25110 0.60240 0.26663\n 11 50 2 0.60240 0.26663 0.60032 0.26602\n 11 50 2 0.60240 0.26663 0.60098 0.26302\n 11 50 2 0.58956 0.28999 0.60128 0.30750\n 11 50 2 0.60128 0.30750 0.59908 0.30636\n 11 50 2 0.60128 0.30750 0.59991 0.30330\n 11 50 2 0.58956 0.33749 0.59985 0.35659\n 11 50 2 0.59985 0.35659 0.59756 0.35480\n 11 50 2 0.59985 0.35659 0.59858 0.35175\n 11 50 2 0.58956 0.39550 0.59191 0.39550\n 11 50 2 0.59698 0.10449 0.59703 0.10551\n 11 50 2 0.59703 0.10551 0.59698 0.10526\n 11 50 2 0.59703 0.10551 0.59706 0.10524\n 11 50 2 0.59698 0.11092 0.59988 0.11247\n 11 50 2 0.59988 0.11247 0.59951 0.11258\n 11 50 2 0.59988 0.11247 0.59957 0.11200\n 11 50 2 0.59698 0.11877 0.60274 0.12142\n 11 50 2 0.60274 0.12142 0.60207 0.12167\n 11 50 2 0.60274 0.12142 0.60216 0.12059\n 11 50 2 0.59698 0.12836 0.60338 0.13165\n 11 50 2 0.60338 0.13165 0.60254 0.13192\n 11 50 2 0.60338 0.13165 0.60266 0.13059\n 11 50 2 0.59698 0.14007 0.60465 0.14459\n 11 50 2 0.60465 0.14459 0.60365 0.14484\n 11 50 2 0.60465 0.14459 0.60382 0.14327\n 11 50 2 0.59698 0.15438 0.60592 0.16052\n 11 50 2 0.60592 0.16052 0.60476 0.16070\n 11 50 2 0.60592 0.16052 0.60498 0.15889\n 11 50 2 0.59698 0.17185 0.60592 0.17907\n 11 50 2 0.60592 0.17907 0.60459 0.17913\n 11 50 2 0.60592 0.17907 0.60489 0.17711\n 11 50 2 0.59698 0.19319 0.60725 0.20281\n 11 50 2 0.60725 0.20281 0.60577 0.20270\n 11 50 2 0.60725 0.20281 0.60614 0.20048\n 11 50 2 0.59698 0.21926 0.60899 0.23184\n 11 50 2 0.60899 0.23184 0.60703 0.23152\n 11 50 2 0.60899 0.23184 0.60758 0.22862\n 11 50 2 0.59698 0.25110 0.61016 0.26749\n 11 50 2 0.61016 0.26749 0.60805 0.26681\n 11 50 2 0.61016 0.26749 0.60873 0.26377\n 11 50 2 0.59698 0.28999 0.60860 0.30771\n 11 50 2 0.60860 0.30771 0.60637 0.30650\n 11 50 2 0.60860 0.30771 0.60722 0.30341\n 11 50 2 0.59698 0.33749 0.60665 0.35582\n 11 50 2 0.60665 0.35582 0.60433 0.35396\n 11 50 2 0.60665 0.35582 0.60538 0.35088\n 11 50 2 0.59698 0.39550 0.59985 0.39550\n 11 50 2 0.60604 0.10449 0.60616 0.10652\n 11 50 2 0.60616 0.10652 0.60605 0.10603\n 11 50 2 0.60616 0.10652 0.60621 0.10598\n 11 50 2 0.60604 0.11092 0.60923 0.11313\n 11 50 2 0.60923 0.11313 0.60878 0.11319\n 11 50 2 0.60923 0.11313 0.60887 0.11250\n 11 50 2 0.60604 0.11877 0.61155 0.12172\n 11 50 2 0.61155 0.12172 0.61081 0.12194\n 11 50 2 0.61155 0.12172 0.61092 0.12077\n 11 50 2 0.60604 0.12836 0.61291 0.13232\n 11 50 2 0.61291 0.13232 0.61202 0.13255\n 11 50 2 0.61291 0.13232 0.61216 0.13114\n 11 50 2 0.60604 0.14007 0.61427 0.14535\n 11 50 2 0.61427 0.14535 0.61322 0.14556\n 11 50 2 0.61427 0.14535 0.61341 0.14391\n 11 50 2 0.60604 0.15438 0.61563 0.16136\n 11 50 2 0.61563 0.16136 0.61442 0.16150\n 11 50 2 0.61563 0.16136 0.61466 0.15963\n 11 50 2 0.60604 0.17185 0.61543 0.17972\n 11 50 2 0.61543 0.17972 0.61405 0.17974\n 11 50 2 0.61543 0.17972 0.61437 0.17766\n 11 50 2 0.60604 0.19319 0.61659 0.20349\n 11 50 2 0.61659 0.20349 0.61506 0.20334\n 11 50 2 0.61659 0.20349 0.61546 0.20106\n 11 50 2 0.60604 0.21926 0.61789 0.23184\n 11 50 2 0.61789 0.23184 0.61589 0.23149\n 11 50 2 0.61789 0.23184 0.61645 0.22854\n 11 50 2 0.60604 0.25110 0.61908 0.26732\n 11 50 2 0.61908 0.26732 0.61693 0.26662\n 11 50 2 0.61908 0.26732 0.61762 0.26353\n 11 50 2 0.60604 0.28999 0.61696 0.30667\n 11 50 2 0.61696 0.30667 0.61469 0.30544\n 11 50 2 0.61696 0.30667 0.61556 0.30229\n 11 50 2 0.60604 0.33749 0.61788 0.35888\n 11 50 2 0.61788 0.35888 0.61550 0.35711\n 11 50 2 0.61788 0.35888 0.61654 0.35393\n 11 50 2 0.60604 0.39550 0.60955 0.39550\n 11 50 2 0.61711 0.10449 0.61739 0.10855\n 11 50 2 0.61739 0.10855 0.61716 0.10759\n 11 50 2 0.61739 0.10855 0.61748 0.10747\n 11 50 2 0.61711 0.11092 0.62109 0.11478\n 11 50 2 0.62109 0.11478 0.62046 0.11472\n 11 50 2 0.62109 0.11478 0.62062 0.11377\n 11 50 2 0.61711 0.11877 0.62392 0.12349\n 11 50 2 0.62392 0.12349 0.62302 0.12362\n 11 50 2 0.62392 0.12349 0.62320 0.12224\n 11 50 2 0.61711 0.12836 0.62437 0.13360\n 11 50 2 0.62437 0.13360 0.62333 0.13373\n 11 50 2 0.62437 0.13360 0.62354 0.13213\n 11 50 2 0.61711 0.14007 0.62579 0.14686\n 11 50 2 0.62579 0.14686 0.62461 0.14694\n 11 50 2 0.62579 0.14686 0.62486 0.14513\n 11 50 2 0.61711 0.15438 0.62722 0.16312\n 11 50 2 0.62722 0.16312 0.62588 0.16311\n 11 50 2 0.62722 0.16312 0.62620 0.16110\n 11 50 2 0.61711 0.17185 0.62672 0.18122\n 11 50 2 0.62672 0.18122 0.62523 0.18107\n 11 50 2 0.62672 0.18122 0.62562 0.17886\n 11 50 2 0.61711 0.19319 0.62790 0.20521\n 11 50 2 0.62790 0.20521 0.62627 0.20485\n 11 50 2 0.62790 0.20521 0.62675 0.20246\n 11 50 2 0.61711 0.21926 0.63165 0.23603\n 11 50 2 0.63165 0.23603 0.62955 0.23551\n 11 50 2 0.63165 0.23603 0.63019 0.23245\n 11 50 2 0.61711 0.25110 0.62954 0.26817\n 11 50 2 0.62954 0.26817 0.62731 0.26722\n 11 50 2 0.62954 0.26817 0.62809 0.26407\n 11 50 2 0.61711 0.28999 0.63049 0.31167\n 11 50 2 0.63049 0.31167 0.62814 0.31024\n 11 50 2 0.63049 0.31167 0.62908 0.30702\n 11 50 2 0.61711 0.33749 0.62786 0.35811\n 11 50 2 0.62786 0.35811 0.62542 0.35612\n 11 50 2 0.62786 0.35811 0.62653 0.35289\n 11 50 2 0.61711 0.39550 0.62140 0.39550\n 11 50 2 0.63062 0.10449 0.63114 0.11059\n 11 50 2 0.63114 0.11059 0.63078 0.10917\n 11 50 2 0.63114 0.11059 0.63125 0.10895\n 11 50 2 0.63062 0.11092 0.63561 0.11643\n 11 50 2 0.63561 0.11643 0.63476 0.11625\n 11 50 2 0.63561 0.11643 0.63501 0.11501\n 11 50 2 0.63062 0.11877 0.63784 0.12433\n 11 50 2 0.63784 0.12433 0.63676 0.12441\n 11 50 2 0.63784 0.12433 0.63699 0.12276\n 11 50 2 0.63062 0.12836 0.63958 0.13546\n 11 50 2 0.63958 0.13546 0.63837 0.13553\n 11 50 2 0.63958 0.13546 0.63864 0.13368\n 11 50 2 0.63062 0.14007 0.63953 0.14761\n 11 50 2 0.63953 0.14761 0.63819 0.14762\n 11 50 2 0.63953 0.14761 0.63850 0.14559\n 11 50 2 0.63062 0.15438 0.64098 0.16397\n 11 50 2 0.64098 0.16397 0.63950 0.16388\n 11 50 2 0.64098 0.16397 0.63987 0.16165\n 11 50 2 0.63062 0.17185 0.64243 0.18403\n 11 50 2 0.64243 0.18403 0.64081 0.18379\n 11 50 2 0.64243 0.18403 0.64125 0.18138\n 11 50 2 0.63062 0.19319 0.64123 0.20555\n 11 50 2 0.64123 0.20555 0.63946 0.20509\n 11 50 2 0.64123 0.20555 0.64000 0.20253\n 11 50 2 0.63062 0.21926 0.64471 0.23603\n 11 50 2 0.64471 0.23603 0.64249 0.23541\n 11 50 2 0.64471 0.23603 0.64318 0.23220\n 11 50 2 0.63062 0.25110 0.64587 0.27227\n 11 50 2 0.64587 0.27227 0.64352 0.27124\n 11 50 2 0.64587 0.27227 0.64435 0.26793\n 11 50 2 0.63062 0.28999 0.64293 0.31000\n 11 50 2 0.64293 0.31000 0.64047 0.30849\n 11 50 2 0.64293 0.31000 0.64146 0.30513\n 11 50 2 0.63062 0.33749 0.64380 0.36270\n 11 50 2 0.64380 0.36270 0.64125 0.36062\n 11 50 2 0.64380 0.36270 0.64241 0.35725\n 11 50 2 0.63062 0.39550 0.63588 0.39550\n 11 50 2 0.64713 0.10449 0.64787 0.11175\n 11 50 2 0.64787 0.11175 0.64742 0.11014\n 11 50 2 0.64787 0.11175 0.64796 0.10983\n 11 50 2 0.64713 0.11092 0.65329 0.11726\n 11 50 2 0.65329 0.11726 0.65233 0.11712\n 11 50 2 0.65329 0.11726 0.65259 0.11570\n 11 50 2 0.64713 0.11877 0.65600 0.12509\n 11 50 2 0.65600 0.12509 0.65482 0.12524\n 11 50 2 0.65600 0.12509 0.65506 0.12343\n 11 50 2 0.64713 0.12836 0.65629 0.13504\n 11 50 2 0.65629 0.13504 0.65499 0.13519\n 11 50 2 0.65629 0.13504 0.65526 0.13320\n 11 50 2 0.64713 0.14007 0.65806 0.14855\n 11 50 2 0.65806 0.14855 0.65663 0.14866\n 11 50 2 0.65806 0.14855 0.65694 0.14647\n 11 50 2 0.64713 0.15438 0.65729 0.16297\n 11 50 2 0.65729 0.16297 0.65572 0.16299\n 11 50 2 0.65729 0.16297 0.65609 0.16061\n 11 50 2 0.64713 0.17185 0.65871 0.18272\n 11 50 2 0.65871 0.18272 0.65700 0.18260\n 11 50 2 0.65871 0.18272 0.65743 0.18004\n 11 50 2 0.64713 0.19319 0.66012 0.20693\n 11 50 2 0.66012 0.20693 0.65828 0.20661\n 11 50 2 0.66012 0.20693 0.65879 0.20389\n 11 50 2 0.64713 0.21926 0.66437 0.23771\n 11 50 2 0.66437 0.23771 0.66208 0.23729\n 11 50 2 0.66437 0.23771 0.66273 0.23392\n 11 50 2 0.64713 0.25110 0.66112 0.26851\n 11 50 2 0.66112 0.26851 0.65870 0.26773\n 11 50 2 0.66112 0.26851 0.65948 0.26424\n 11 50 2 0.64713 0.28999 0.66218 0.31188\n 11 50 2 0.66218 0.31188 0.65964 0.31064\n 11 50 2 0.66218 0.31188 0.66057 0.30707\n 11 50 2 0.64713 0.33749 0.66325 0.36499\n 11 50 2 0.66325 0.36499 0.66060 0.36321\n 11 50 2 0.66325 0.36499 0.66170 0.35961\n 11 50 2 0.64713 0.39550 0.65356 0.39550\n 11 50 2 0.66729 0.10449 0.66833 0.11299\n 11 50 2 0.66833 0.11299 0.66778 0.11121\n 11 50 2 0.66833 0.11299 0.66839 0.11079\n 11 50 2 0.66729 0.11092 0.67395 0.11719\n 11 50 2 0.67395 0.11719 0.67288 0.11711\n 11 50 2 0.67395 0.11719 0.67315 0.11551\n 11 50 2 0.66729 0.11877 0.67637 0.12466\n 11 50 2 0.67637 0.12466 0.67510 0.12490\n 11 50 2 0.67637 0.12466 0.67533 0.12292\n 11 50 2 0.66729 0.12836 0.67853 0.13582\n 11 50 2 0.67853 0.13582 0.67714 0.13606\n 11 50 2 0.67853 0.13582 0.67740 0.13390\n 11 50 2 0.66729 0.14007 0.67801 0.14761\n 11 50 2 0.67801 0.14761 0.67650 0.14782\n 11 50 2 0.67801 0.14761 0.67679 0.14547\n 11 50 2 0.66729 0.15438 0.67974 0.16389\n 11 50 2 0.67974 0.16389 0.67809 0.16403\n 11 50 2 0.67974 0.16389 0.67844 0.16150\n 11 50 2 0.66729 0.17185 0.68147 0.18384\n 11 50 2 0.68147 0.18384 0.67968 0.18386\n 11 50 2 0.68147 0.18384 0.68010 0.18115\n 11 50 2 0.66729 0.19319 0.67923 0.20452\n 11 50 2 0.67923 0.20452 0.67730 0.20437\n 11 50 2 0.67923 0.20452 0.67779 0.20148\n 11 50 2 0.66729 0.21926 0.68312 0.23436\n 11 50 2 0.68312 0.23436 0.68075 0.23416\n 11 50 2 0.68312 0.23436 0.68136 0.23062\n 11 50 2 0.66729 0.25110 0.68441 0.27005\n 11 50 2 0.68441 0.27005 0.68191 0.26952\n 11 50 2 0.68441 0.27005 0.68264 0.26584\n 11 50 2 0.66729 0.28999 0.68571 0.31376\n 11 50 2 0.68571 0.31376 0.68307 0.31281\n 11 50 2 0.68571 0.31376 0.68395 0.30903\n 11 50 2 0.66729 0.33749 0.68044 0.35735\n 11 50 2 0.68044 0.35735 0.67768 0.35589\n 11 50 2 0.68044 0.35735 0.67873 0.35206\n 11 50 2 0.66729 0.39550 0.67516 0.39550\n 11 50 2 0.69192 0.10449 0.69337 0.11444\n 11 50 2 0.69337 0.11444 0.69263 0.11229\n 11 50 2 0.69337 0.11444 0.69339 0.11168\n 11 50 2 0.69192 0.11092 0.70024 0.11864\n 11 50 2 0.70024 0.11864 0.69894 0.11856\n 11 50 2 0.70024 0.11864 0.69926 0.11661\n 11 50 2 0.69192 0.11877 0.70314 0.12593\n 11 50 2 0.70314 0.12593 0.70166 0.12622\n 11 50 2 0.70314 0.12593 0.70193 0.12391\n 11 50 2 0.69192 0.12836 0.70578 0.13736\n 11 50 2 0.70578 0.13736 0.70419 0.13766\n 11 50 2 0.70578 0.13736 0.70448 0.13518\n 11 50 2 0.69192 0.14007 0.70512 0.14912\n 11 50 2 0.70512 0.14912 0.70341 0.14938\n 11 50 2 0.70512 0.14912 0.70374 0.14673\n 11 50 2 0.69192 0.15438 0.70723 0.16573\n 11 50 2 0.70723 0.16573 0.70540 0.16592\n 11 50 2 0.70723 0.16573 0.70578 0.16310\n 11 50 2 0.69192 0.17185 0.70499 0.18253\n 11 50 2 0.70499 0.18253 0.70302 0.18260\n 11 50 2 0.70499 0.18253 0.70346 0.17961\n 11 50 2 0.69192 0.19319 0.70657 0.20658\n 11 50 2 0.70657 0.20658 0.70447 0.20648\n 11 50 2 0.70657 0.20658 0.70499 0.20333\n 11 50 2 0.69192 0.21926 0.71133 0.23687\n 11 50 2 0.71133 0.23687 0.70881 0.23676\n 11 50 2 0.71133 0.23687 0.70943 0.23297\n 11 50 2 0.69192 0.25110 0.71291 0.27312\n 11 50 2 0.71291 0.27312 0.71025 0.27268\n 11 50 2 0.71291 0.27312 0.71099 0.26876\n 11 50 2 0.69192 0.28999 0.70697 0.30834\n 11 50 2 0.70697 0.30834 0.70418 0.30749\n 11 50 2 0.70697 0.30834 0.70506 0.30346\n 11 50 2 0.69192 0.33749 0.70803 0.36041\n 11 50 2 0.70803 0.36041 0.70512 0.35906\n 11 50 2 0.70803 0.36041 0.70617 0.35498\n 11 50 2 0.69192 0.39550 0.70156 0.39550\n 11 50 2 0.72200 0.10449 0.72448 0.11904\n 11 50 2 0.72448 0.11904 0.72338 0.11616\n 11 50 2 0.72448 0.11904 0.72442 0.11518\n 11 50 2 0.72200 0.11092 0.73261 0.12215\n 11 50 2 0.73261 0.12215 0.73086 0.12184\n 11 50 2 0.73261 0.12215 0.73135 0.11926\n 11 50 2 0.72200 0.11877 0.73603 0.12847\n 11 50 2 0.73603 0.12847 0.73411 0.12876\n 11 50 2 0.73603 0.12847 0.73448 0.12579\n 11 50 2 0.72200 0.12836 0.73925 0.14053\n 11 50 2 0.73925 0.14053 0.73724 0.14080\n 11 50 2 0.73925 0.14053 0.73763 0.13769\n 11 50 2 0.72200 0.14007 0.73838 0.15213\n 11 50 2 0.73838 0.15213 0.73626 0.15236\n 11 50 2 0.73838 0.15213 0.73670 0.14910\n 11 50 2 0.72200 0.15438 0.74096 0.16941\n 11 50 2 0.74096 0.16941 0.73873 0.16954\n 11 50 2 0.74096 0.16941 0.73922 0.16613\n 11 50 2 0.72200 0.17185 0.73816 0.18591\n 11 50 2 0.73816 0.18591 0.73581 0.18588\n 11 50 2 0.73816 0.18591 0.73636 0.18233\n 11 50 2 0.72200 0.19319 0.74009 0.21070\n 11 50 2 0.74009 0.21070 0.73762 0.21047\n 11 50 2 0.74009 0.21070 0.73826 0.20678\n 11 50 2 0.72200 0.21926 0.74590 0.24190\n 11 50 2 0.74590 0.24190 0.74304 0.24168\n 11 50 2 0.74590 0.24190 0.74377 0.23741\n 11 50 2 0.72200 0.25110 0.73922 0.26988\n 11 50 2 0.73922 0.26988 0.73624 0.26928\n 11 50 2 0.73922 0.26988 0.73710 0.26491\n 11 50 2 0.72200 0.28999 0.74051 0.31334\n 11 50 2 0.74051 0.31334 0.73741 0.31229\n 11 50 2 0.74051 0.31334 0.73842 0.30784\n 11 50 2 0.72200 0.33749 0.74180 0.36652\n 11 50 2 0.74180 0.36652 0.73860 0.36493\n 11 50 2 0.74180 0.36652 0.73978 0.36045\n 11 50 2 0.72200 0.39550 0.73383 0.39550\n 11 50 2 0.75873 0.10449 0.76220 0.12182\n 11 50 2 0.76220 0.12182 0.76087 0.11871\n 11 50 2 0.76220 0.12182 0.76203 0.11742\n 11 50 2 0.75873 0.11092 0.77197 0.12391\n 11 50 2 0.77197 0.12391 0.76998 0.12370\n 11 50 2 0.77197 0.12391 0.77051 0.12074\n 11 50 2 0.75873 0.11877 0.77607 0.13002\n 11 50 2 0.77607 0.13002 0.77393 0.13042\n 11 50 2 0.77607 0.13002 0.77432 0.12709\n 11 50 2 0.75873 0.12836 0.77575 0.13926\n 11 50 2 0.77575 0.13926 0.77353 0.13970\n 11 50 2 0.77575 0.13926 0.77393 0.13622\n 11 50 2 0.75873 0.14007 0.77890 0.15364\n 11 50 2 0.77890 0.15364 0.77658 0.15403\n 11 50 2 0.77890 0.15364 0.77701 0.15041\n 11 50 2 0.75873 0.15438 0.77623 0.16704\n 11 50 2 0.77623 0.16704 0.77379 0.16733\n 11 50 2 0.77623 0.16704 0.77428 0.16357\n 11 50 2 0.75873 0.17185 0.77859 0.18759\n 11 50 2 0.77859 0.18759 0.77604 0.18774\n 11 50 2 0.77859 0.18759 0.77660 0.18384\n 11 50 2 0.75873 0.19319 0.78095 0.21276\n 11 50 2 0.78095 0.21276 0.77829 0.21271\n 11 50 2 0.78095 0.21276 0.77893 0.20868\n 11 50 2 0.75873 0.21926 0.77827 0.23603\n 11 50 2 0.77827 0.23603 0.77523 0.23603\n 11 50 2 0.77827 0.23603 0.77595 0.23143\n 11 50 2 0.75873 0.25110 0.77985 0.27193\n 11 50 2 0.77985 0.27193 0.77668 0.27157\n 11 50 2 0.77985 0.27193 0.77752 0.26686\n 11 50 2 0.75873 0.28999 0.78143 0.31584\n 11 50 2 0.78143 0.31584 0.77814 0.31505\n 11 50 2 0.78143 0.31584 0.77912 0.31026\n 11 50 2 0.75873 0.33749 0.78300 0.36957\n 11 50 2 0.78300 0.36957 0.77961 0.36826\n 11 50 2 0.78300 0.36957 0.78076 0.36343\n 11 50 2 0.75873 0.39550 0.77323 0.39550\n 11 50 2 0.80361 0.10449 0.80842 0.12485\n 11 50 2 0.80842 0.12485 0.80665 0.12123\n 11 50 2 0.80842 0.12485 0.80805 0.11940\n 11 50 2 0.80361 0.11092 0.82045 0.12745\n 11 50 2 0.82045 0.12745 0.81800 0.12719\n 11 50 2 0.82045 0.12745 0.81864 0.12354\n 11 50 2 0.80361 0.11877 0.82526 0.13310\n 11 50 2 0.82526 0.13310 0.82267 0.13356\n 11 50 2 0.82526 0.13310 0.82315 0.12953\n 11 50 2 0.80361 0.12836 0.82478 0.14210\n 11 50 2 0.82478 0.14210 0.82211 0.14260\n 11 50 2 0.82478 0.14210 0.82259 0.13844\n 11 50 2 0.80361 0.14007 0.82863 0.15716\n 11 50 2 0.82863 0.15716 0.82586 0.15759\n 11 50 2 0.82863 0.15716 0.82639 0.15330\n 11 50 2 0.80361 0.15438 0.82526 0.16980\n 11 50 2 0.82526 0.16980 0.82240 0.17017\n 11 50 2 0.82526 0.16980 0.82296 0.16575\n 11 50 2 0.80361 0.17185 0.82815 0.19096\n 11 50 2 0.82815 0.19096 0.82518 0.19117\n 11 50 2 0.82815 0.19096 0.82582 0.18663\n 11 50 2 0.80361 0.19319 0.83103 0.21688\n 11 50 2 0.83103 0.21688 0.82796 0.21686\n 11 50 2 0.83103 0.21688 0.82868 0.21221\n 11 50 2 0.80361 0.21926 0.82767 0.23939\n 11 50 2 0.82767 0.23939 0.82424 0.23945\n 11 50 2 0.82767 0.23939 0.82503 0.23425\n 11 50 2 0.80361 0.25110 0.82959 0.27602\n 11 50 2 0.82959 0.27602 0.82605 0.27571\n 11 50 2 0.82959 0.27602 0.82696 0.27042\n 11 50 2 0.80361 0.28999 0.83151 0.32085\n 11 50 2 0.83151 0.32085 0.82786 0.32007\n 11 50 2 0.83151 0.32085 0.82892 0.31471\n 11 50 2 0.80361 0.33749 0.83344 0.37569\n 11 50 2 0.83344 0.37569 0.82968 0.37436\n 11 50 2 0.83344 0.37569 0.83092 0.36898\n 11 50 2 0.80361 0.39550 0.82141 0.39550\n 11 50 2 0.85841 0.10449 0.86517 0.12870\n 11 50 2 0.86517 0.12870 0.86301 0.12491\n 11 50 2 0.86517 0.12870 0.86455 0.12252\n 11 50 2 0.85841 0.11092 0.87657 0.12711\n 11 50 2 0.87657 0.12711 0.87377 0.12703\n 11 50 2 0.87657 0.12711 0.87445 0.12281\n 11 50 2 0.85841 0.11877 0.87992 0.13166\n 11 50 2 0.87992 0.13166 0.87700 0.13235\n 11 50 2 0.87992 0.13166 0.87749 0.12776\n 11 50 2 0.85841 0.12836 0.88462 0.14436\n 11 50 2 0.88462 0.14436 0.88162 0.14503\n 11 50 2 0.88462 0.14436 0.88214 0.14033\n 11 50 2 0.85841 0.14007 0.88160 0.15420\n 11 50 2 0.88160 0.15420 0.87851 0.15490\n 11 50 2 0.88160 0.15420 0.87904 0.15006\n 11 50 2 0.85841 0.15438 0.88512 0.17187\n 11 50 2 0.88512 0.17187 0.88194 0.17246\n 11 50 2 0.88512 0.17187 0.88252 0.16750\n 11 50 2 0.85841 0.17185 0.88865 0.19356\n 11 50 2 0.88865 0.19356 0.88536 0.19397\n 11 50 2 0.88865 0.19356 0.88602 0.18890\n 11 50 2 0.85841 0.19319 0.88092 0.21105\n 11 50 2 0.88092 0.21105 0.87753 0.21124\n 11 50 2 0.88092 0.21105 0.87827 0.20606\n 11 50 2 0.85841 0.21926 0.88797 0.24190\n 11 50 2 0.88797 0.24190 0.88425 0.24221\n 11 50 2 0.88797 0.24190 0.88504 0.23650\n 11 50 2 0.85841 0.25110 0.89033 0.27910\n 11 50 2 0.89033 0.27910 0.88648 0.27903\n 11 50 2 0.89033 0.27910 0.88740 0.27323\n 11 50 2 0.85841 0.28999 0.89268 0.32460\n 11 50 2 0.89268 0.32460 0.88872 0.32408\n 11 50 2 0.89268 0.32460 0.88979 0.31821\n 11 50 2 0.85841 0.33749 0.89503 0.38027\n 11 50 2 0.89503 0.38027 0.89097 0.37920\n 11 50 2 0.89503 0.38027 0.89221 0.37330\n 11 50 2 0.85841 0.39550 0.88025 0.39550\n 11 50 2 0.92535 0.10449 0.92535 0.10652\n 11 50 2 0.92535 0.11092 0.92535 0.11347\n 11 50 2 0.92535 0.11877 0.92535 0.12197\n 11 50 2 0.92535 0.12836 0.92535 0.13232\n 11 50 2 0.92535 0.14007 0.92535 0.14497\n 11 50 2 0.92535 0.15438 0.92535 0.16044\n 11 50 2 0.92535 0.17185 0.92535 0.17935\n 11 50 2 0.92535 0.19319 0.92535 0.20246\n 11 50 2 0.92535 0.21926 0.92535 0.23100\n 11 50 2 0.92535 0.25110 0.92535 0.26561\n 11 50 2 0.92535 0.28999 0.92535 0.30792\n 11 50 2 0.92535 0.33749 0.92535 0.35964\n 11 50 2 0.92535 0.39550 0.92535 0.39550\n 11 116 5 0.74443 0.01819 0.75376 0.01493 0.74443 0.01166 0.75376 0.01493 0.71645 0.01493\n 21 6 1\n 25 6 1\n 11 94 4 0.77930 0.01770 0.78015 0.01813 0.78143 0.01941 0.78143 0.01045\n 11 94 4 0.78783 0.01770 0.78868 0.01813 0.78996 0.01941 0.78996 0.01045\n 11 72 3 0.79935 0.01941 0.79508 0.01343 0.80148 0.01343\n 11 50 2 0.79935 0.01941 0.79935 0.01045\n 11 116 5 0.80446 0.01130 0.80404 0.01088 0.80446 0.01045 0.80489 0.01088 0.80446 0.01130\n 82 0\n 81 6 534\n 82 0\n 84 6 531\n 84 6 532\n 84 6 533\n 84 6 534\n 84 6 529\n 84 6 530\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"5c000b2b66efc101bb94e9967c5688d1b4ab6d89","subject":"After reading further into the gcc manual, I noticed that -Wunused enables all four flags I added in my previous commit. When changing it to the shorter single option, I noticed that we had -Wno-unused - the opposite of what we'd like. Remove it and add an explicit -Wunused even though it comes with -Wall.","message":"After reading further into the gcc manual, I noticed that -Wunused enables all\nfour flags I added in my previous commit. When changing it to the shorter\nsingle option, I noticed that we had -Wno-unused - the opposite of what we'd\nlike. Remove it and add an explicit -Wunused even though it comes with -Wall.\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@12943 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"chizarlicious\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,hildeth\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,hildeth\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,hildeth\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,hildeth\/chapel,hildeth\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\n\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = $(CFLAGS)\nGEN_CFLAGS = -std=c99\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wunused -Wpointer-arith -Wwrite-strings\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-declarations -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement\n\n\nGNU_GCC_MAJOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GCC_MINOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\n\n#\n# this is fragile, but version 3.3.4 doesn't support these flags\n#\nifeq ($(GNU_GCC_MAJOR_VERSION),3)\nifeq ($(GNU_GCC_MINOR_VERSION),4)\nWARN_CFLAGS += -Wdeclaration-after-statement -Wnested-externs \nendif\nendif\n\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\nMAKEDEPEND = $(CXX) -MM -MG\nCMAKEDEPEND = $(CC) -MM -MG\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\n\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = $(CFLAGS)\nGEN_CFLAGS = -std=c99\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wno-unused -Wpointer-arith -Wwrite-strings -Wunused-function -Wunused-label -Wunused-value -Wunused-variable\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-declarations -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wunused-function -Wunused-label -Wunused-value -Wunused-variable\n\n\nGNU_GCC_MAJOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GCC_MINOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\n\n#\n# this is fragile, but version 3.3.4 doesn't support these flags\n#\nifeq ($(GNU_GCC_MAJOR_VERSION),3)\nifeq ($(GNU_GCC_MINOR_VERSION),4)\nWARN_CFLAGS += -Wdeclaration-after-statement -Wnested-externs \nendif\nendif\n\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS)\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a402418ba2a4432d49febafc43ba5f362d9de099","subject":"autodetect Mac OS X when creating make.settings.local","message":"autodetect Mac OS X when creating make.settings.local\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@901 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo '#USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"385a6737d400583e3bf51bddf4fa6959d2c21be6","subject":"Update plotter script","message":"Update plotter script\n","repos":"nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura","old_file":"attic\/xeon\/plot-saya-bench.gnu","new_file":"attic\/xeon\/plot-saya-bench.gnu","new_contents":"#!\/usr\/bin\/env gnuplot\nset term postscript enhanced color 20\n\nset log xy\nse gri\nset xlabel \"mini-region memory footprint(MB)\"\nset ylabel \"load bandwidth (GB\/s)\"\nset arrow from 40,10 to 40,1000 nohead lc 2\nset arrow from 4,10 to 4,1000 nohead lc 2\nset arrow from 0.5,10 to 0.5,1000 nohead lc 2\nset label 4 at first 100,12 \"Memory\"\nset label 3 at first 10,12 \"L3\"\nset label 2 at first 1,12 \"L2\"\nset label 1 at first 0.1,12 \"L1\"\nset yrange[10:1000]\nset out \"benchmark-saya-saya.eps\"\nplot 'benchmark-saya-saya.txt' u (8*4*$2*$3*$4\/2**20):($16) t \"\"\nset out \"benchmark-saya-bara.eps\"\nplot 'benchmark-saya-bara.txt' u (8*2*$1*$2*$3*$4\/2**20):($13) t \"\"\nset out \"benchmark-standalone.eps\"\nplot 'benchmark-standalone.txt' u (8*2*$1*$2*$3*$4\/2**20):($13) t \"\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\nset term postscript enhanced color 20\n\nset log xy\nse gri\nset xlabel \"mini-region memory footprint(MB)\"\nset ylabel \"load bandwidth (GB\/s)\"\nset arrow from 40,10 to 40,1000 nohead lc 2\nset arrow from 4,10 to 4,1000 nohead lc 2\nset arrow from 0.5,10 to 0.5,1000 nohead lc 2\nset label 4 at first 100,12 \"Memory\"\nset label 3 at first 10,12 \"L3\"\nset label 2 at first 1,12 \"L2\"\nset label 1 at first 0.1,12 \"L1\"\nset yrange[10:1000]\nset out \"benchmark-saya-saya.eps\"\nplot 'benchmark-saya-saya.txt' u (8*4*$2*$3*$4\/2**20):($16) t \"\"\nset out \"benchmark-saya-bara.eps\"\nplot 'benchmark-saya-bara.txt' u (8*2*$1*$2*$3*$4\/2**20):($13) t \"\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2e5e9a80a9b8fe7ae1090cf18bb733b6190983af","subject":"cumulative average graph","message":"cumulative average graph\n","repos":"jbapple\/deamortized-hash-table,jbapple\/deamortized-hash-table","old_file":"insert-cumulative-example.gnuplot","new_file":"insert-cumulative-example.gnuplot","new_contents":"set key left box\nset title \"Average Cumulative Insert Time\"\nset xlabel \"Unique Items\"\nset ylabel \"Seconds\"\nset xrange [0:1024]\nset terminal png size 800, 600\nset output \"insert-cumulative-example.png\"\nplot \".\/std-set-example-1024-30.dat\" with lines lc rgb \"green\" title \"trie\", \".\/std-unordered_set-example-1024-30.dat\" with lines lc rgb \"red\" title \"hash table\"","old_contents":"set key left box\nset title \"Cumulative Insert Time\"\nset xlabel \"Unique Items\"\nset ylabel \"Seconds\"\nset xrange [0:1024]\nset terminal png size 800, 600\nset output \"insert-cumulative-example.png\"\nplot \".\/std-set-example-1024-30.dat\" with lines lc rgb \"green\" title \"trie\", \".\/std-unordered_set-example-1024-30.dat\" with lines lc rgb \"red\" title \"hash table\"","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"18917256807e98efb61c1a9d51252dd5fae40e35","subject":"Removing plt","message":"Removing plt\n","repos":"brendanhay\/harbinger","old_file":"plt\/R15B01.plt","new_file":"plt\/R15B01.plt","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"mpl-2.0","lang":"Gnuplot"} {"commit":"189259a00862b4d1330d11554da09ee2f06daf6a","subject":"Adjusted plot for numbers >15000, added goal line, fixed timezone issue","message":"Adjusted plot for numbers >15000, added goal line, fixed timezone issue\n","repos":"wasmitnetzen\/krautcounter","old_file":"krautcounter.plot","new_file":"krautcounter.plot","new_contents":"set term png truecolor size 820,500 font \"Helvetica, 13pt\" \nset title \"Spendenanzahl Krautreporter, Stand: \". system(\"TZ='Europe\/Berlin' date +'%a, %H:%M:%S Uhr'\") \nset grid xtics\nset grid ytics\nset output \"krautcounter.png\"\n\n# set ad day-month\nset xdata time\n# parse timestamp\nset timefmt \"%s\"\nset format x \"%d.%m, %H:%M\"\n# tic with 1 day\n#set xtic '+str(60*60*24*1))\nset xtic 60*60*6\n#set xtic 1\nset xlabel \"Zeitpunkt (CEST)\"\nset autoscale x\n\n# Freitag Abend\nset xrange [\"1402584745\":\"1402704000\"]\n# Donnerstag Abend\n#set xrange [\"1402584745\":\"1402617600\"]\n# zoom\n#set xrange [\"1402656165\":\"1402704000\"]\n\nset ytic 1000\nset ylabel \"Anzahl\"\nset yrange [10000:16000]\n\nset key left top inside horizontal\n\nset style fill solid 1.0\nset style data boxes\n\nplot \"krautcounter.data\" using ($1+7200):2 title \"Spenden\", 15000 title \"Ziel\"\n\n\nset key center bottom outside horizontal\n\nset output \"krautcounter2.png\"\nset ytic 500\nset xtic 60*60*3\nset term png truecolor size 1600,800 font \"Helvetica, 13pt\" \nplot \"krautcounter.data\" using ($1+7200):2 title \"Spenden\", 15000 title \"Ziel\"\n\nset output \"krautcounter3.png\"\n\nset y2tic 1000\nset y2range [-4.218215e+07:-4.217715e07]\nset format y2 \"\"\nset grid noy2tics\n\ny(x) = 112*((x+1402584745)\/(60*60))-100000000\n#fit y(x) 'krautcounter2.data' using ($1+7200):2 via m\nplot \"krautcounter.data\" using ($1+7200):2 title \"Spenden\", y(x) title \"Vorhersage\" axes x1y2\n","old_contents":"set term png truecolor size 820,400 font \"Helvetica, 13pt\" \nset title \"Spendenanzahl Krautreporter, Stand: \". system(\"date +'%a, %H:%M:%S Uhr'\") \nset grid xtics\nset grid ytics\nset output \"krautcounter.png\"\n\n# set ad day-month\nset xdata time\n# parse timestamp\nset timefmt \"%s\"\nset format x \"%d.%m, %H:%M\"\n# tic with 1 day\n#set xtic '+str(60*60*24*1))\nset xtic 60*60*6\n#set xtic 1\nset xlabel \"Zeitpunkt (CEST)\"\nset autoscale x\n\n# Freitag Abend\nset xrange [\"1402584745\":\"1402704000\"]\n# Donnerstag Abend\n#set xrange [\"1402584745\":\"1402617600\"]\n\nset ytic 1000\nset ylabel \"Anzahl\"\nset yrange [10000:15000]\n\nset key left top inside horizontal\n\nset style fill solid 1.0\nset style data boxes\n\nplot \"krautcounter.data\" using ($1+7200):2 title \"Spenden\"\n\n\nset key center bottom outside horizontal\n\nset output \"krautcounter2.png\"\nset ytic 500\nset xtic 60*60*3\nset term png truecolor size 1600,800 font \"Helvetica, 13pt\" \nplot \"krautcounter.data\" using ($1+7200):2 title \"Spenden\"#, y(x) title \"Vorhersage\" axes x1y2\n\nset output \"krautcounter3.png\"\n\nset y2tic 1000\nset y2range [-4.218215e+07:-4.217715e07]\nset format y2 \"\"\nset grid noy2tics\n\ny(x) = 112*((x+1402584745)\/(60*60))-100000000\n#fit y(x) 'krautcounter2.data' using ($1+7200):2 via m\nplot \"krautcounter.data\" using ($1+7200):2 title \"Spenden\", y(x) title \"Vorhersage\" axes x1y2\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4d2dc09a466685fccb94b4fc38142d994ae19589","subject":"Started some document predicates.","message":"Started some document predicates.\n","repos":"khueue\/prolog-bson","old_file":"src\/mongo\/mongo.plt","new_file":"src\/mongo\/mongo.plt","new_contents":":- include(misc(common)).\n\ndatabase('prolongo_test').\ncollection('testcoll').\ndatabase_dot_collection('prolongo_test.testcoll').\n\nms_since_epoch(MilliSeconds) :-\n core:get_time(FloatSeconds),\n FloatMilliSeconds is FloatSeconds * 1000,\n MilliSeconds is floor(FloatMilliSeconds).\n\n%% doc_get(+Doc, +Key, ?Value) is semidet.\n%\n% True if Value is the value associated with Key in Doc,\n% or @(null) if the Key cannot be found. This means that there\n% is no way of knowing if it actually was @(null) or not found.\n\ndoc_get([], _, @(null)).\ndoc_get([K-V|_], K, V) :- !.\ndoc_get([_|Pairs], K, V) :-\n doc_get(Pairs, K, V).\n\n%% doc_put(+Doc, +Key, +Value, ?NewDoc) is semidet.\n%\n% True if NewDoc is Doc with the addition or update of the pair\n% Key-Value.\n\ndoc_put([], K, V, [K-V]).\ndoc_put([K-_|Pairs], K, V, [K-V|Pairs]) :- !.\ndoc_put([Other|Pairs], K, V, [Other|Pairs1]) :-\n doc_put(Pairs, K, V, Pairs1).\n\n%% doc_delete(+Doc, +Key, ?NewDoc) is semidet.\n%\n% True if NewDoc is Doc with the first pair with Key as\n% key removed. No change if Key cannot be found.\n\ndoc_delete([], _, []).\ndoc_delete([K-_|Pairs], K, Pairs) :- !.\ndoc_delete([Other|Pairs], K, [Other|Pairs1]) :-\n doc_delete(Pairs, K, Pairs1).\n\n:- begin_tests('mongo:insert\/3').\n\ntest('insert',\n[\n setup(mongo:new_mongo(Mongo)),\n cleanup(mongo:free_mongo(Mongo))\n]) :-\n ms_since_epoch(MilliSeconds),\n Document =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n database_dot_collection(DbDotColl),\n mongo:insert(Mongo, Document, DbDotColl).\n\n:- end_tests('mongo:insert\/3').\n\n:- begin_tests('mongo:command\/3').\n\ntest('drop collection',\n[\n setup(mongo:new_mongo(Mongo)),\n cleanup(mongo:free_mongo(Mongo))\n]) :-\n Command =\n [\n drop - Coll\n ],\n collection(Coll),\n database(Db),\n mongo:command(Mongo, Command, Db, Result),\n doc_get(Result, ok, 1.0).\n\n\/*\n% Takes a bit too long when MongoDB reallocates the collection later.\ntest('drop database',\n[\n setup(mongo:new_mongo(Mongo)),\n cleanup(mongo:free_mongo(Mongo))\n]) :-\n Command =\n [\n dropDatabase - 1\n ],\n database(Db),\n mongo:command(Mongo, Command, Db).\n*\/\n\n:- end_tests('mongo:command\/3').\n","old_contents":":- include(misc(common)).\n\ndatabase('prolongo_test').\ncollection('testcoll').\ndatabase_dot_collection('prolongo_test.testcoll').\n\nms_since_epoch(MilliSeconds) :-\n core:get_time(FloatSeconds),\n FloatMilliSeconds is FloatSeconds * 1000,\n MilliSeconds is floor(FloatMilliSeconds).\n\ndoc_value([], _Key, null).\ndoc_value([Key-Value|_Pairs], Key, Value) :- !.\ndoc_value([_Pair|Pairs], Key, Value) :-\n doc_value(Pairs, Key, Value).\n\n:- begin_tests('mongo:insert\/3').\n\ntest('insert',\n[\n setup(mongo:new_mongo(Mongo)),\n cleanup(mongo:free_mongo(Mongo))\n]) :-\n ms_since_epoch(MilliSeconds),\n Document =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n database_dot_collection(DbDotColl),\n mongo:insert(Mongo, Document, DbDotColl).\n\n:- end_tests('mongo:insert\/3').\n\n:- begin_tests('mongo:command\/3').\n\ntest('drop collection',\n[\n setup(mongo:new_mongo(Mongo)),\n cleanup(mongo:free_mongo(Mongo))\n]) :-\n Command =\n [\n drop - Coll\n ],\n collection(Coll),\n database(Db),\n mongo:command(Mongo, Command, Db, Result),\n doc_value(Result, ok, 1.0).\n\n\/*\n% Takes a bit too long when MongoDB reallocates the collection later.\ntest('drop database',\n[\n setup(mongo:new_mongo(Mongo)),\n cleanup(mongo:free_mongo(Mongo))\n]) :-\n Command =\n [\n dropDatabase - 1\n ],\n database(Db),\n mongo:command(Mongo, Command, Db).\n*\/\n\n:- end_tests('mongo:command\/3').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e35e27e2182210aa43840ad41cec0956527a526a","subject":"More UTs on http_headers_v","message":"More UTs on http_headers_v\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/http\/v\/http_headers_v.plt","new_file":"U-238\/u\/http\/v\/http_headers_v.plt","new_contents":":- begin_tests(http_headers_v).\n:- use_module(http_headers_v).\n\ntest(http_headers_list_obj_bug1) :-\n\n List = [ 'Location' = 'http : \/\/www . facebook . com\/unsupportedbrowser',\n 'P3P' = 'CP= \" Facebook does not have a P3P policy . Learn why here : http : \/\/fb . me\/p3p \"',\n 'X-Content-Type-Options' = nosniff,\n 'X-Frame-Options' = 'DENY',\n 'Set-Cookie' = 'datr=KEqyTzuMCfz1GhP8w26-BZg7 ; expires=Thu , 15-May-2014 12 : 20 : 56 GMT ; path=\/ ; domain= . facebook . com ; httponly',\n 'Set-Cookie' = 'lsd=AVqm9Avf ; path=\/ ; domain= . facebook . com',\n 'Content-Type' = 'text\/html ; charset=utf-8',\n 'X-FB-Debug' = 'f+bKUUtzin\/3WCNVE3tWLoNB0ksWI1iaPqSmhhrIdpk=',\n 'Date' = 'Tue , 15 May 2012 12 : 20 : 56 GMT',\n 'Content-Length' = '0',\n 'Connection' = close\n ],\n http_headers_list_obj(List, _).\n\ntest(list_to_http_headers_v1) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n transfer_encoding = chunked],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v2) :-\n\n Headers = ['DatE' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v_functor_form) :-\n\n Headers = [date('Tue, 03 Apr 2012 19:32:50 GMT'),\n transfer_encoding(chunked)],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v_functor_form2) :-\n\n Headers = ['DatE'('Tue, 03 Apr 2012 19:32:50 GMT'),\n 'Transfer-Encoding'(chunked)],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_request_headers_v1) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_request_headers_v2) :-\n\n Headers = [accept = 'text\/html',\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Accept' = 'text\/html',\n 'Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_response_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n location = 'http:\/\/kogorta.dp.ua\/'\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Location' = 'http:\/\/kogorta.dp.ua\/'\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_response_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_mixed_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_bulk_headers_v1) :-\n\n Headers = [bulk1 = 1, '' = 3],\n Headers_Ref = ['Bulk1' = 1, '' = 3],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == Headers).\n\ntest(list_to_http_invalid_bulk_headers_v2) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n transfer_encoding = chunked],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk1' = 1,\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v3) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked,\n bulk1 = 1\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked,\n 'Bulk1' = 1\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v4) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Bulk1' = 1,\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v5) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = ['Bulk1' = 1,\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk2' = 2,\n 'Host' = 'kogorta.dp.ua',\n 'Bulk3' = 3,\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v6) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk1' = 1,\n 'Bulk2' = 2,\n 'Host' = 'kogorta.dp.ua',\n 'Bulk3' = 3,\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v7) :-\n\n Headers = [\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk1 = 1,\n bulk2 = 2,\n bulk3 = 3,\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = [\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk1' = 1,\n 'Bulk2' = 2,\n 'Bulk3' = 3,\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(repeated_headers1) :-\n\n Headers = [accept_language = en,\n accept_language = ru\n ],\n Headers_Ref = ['Accept-Language' = en,\n 'Accept-Language' = ru\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(repeated_headers2) :-\n\n Headers = [accept_language = 'en, ru'],\n Headers_Ref = ['Accept-Language' = 'en, ru'],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(repeated_headers3) :-\n\n Headers = [accept_language = [en, ru]],\n Headers_Ref = ['Accept-Language' = [en, ru]],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\n:- end_tests(http_headers_v).\n","old_contents":":- begin_tests(http_headers_v).\n:- use_module(http_headers_v).\n\ntest(list_to_http_headers_v1) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n transfer_encoding = chunked],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v2) :-\n\n Headers = ['DatE' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v_functor_form) :-\n\n Headers = [date('Tue, 03 Apr 2012 19:32:50 GMT'),\n transfer_encoding(chunked)],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_headers_v_functor_form2) :-\n\n Headers = ['DatE'('Tue, 03 Apr 2012 19:32:50 GMT'),\n 'Transfer-Encoding'(chunked)],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_general_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(list_to_http_request_headers_v1) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_request_headers_v2) :-\n\n Headers = [accept = 'text\/html',\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Accept' = 'text\/html',\n 'Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_response_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n location = 'http:\/\/kogorta.dp.ua\/'\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Location' = 'http:\/\/kogorta.dp.ua\/'\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_response_headers_v,\n http_general_headers_v,\n http_headers_v, \n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_mixed_headers_v) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1).\n\ntest(list_to_http_invalid_bulk_headers_v1) :-\n\n Headers = [bulk1 = 1, '' = 3],\n Headers_Ref = ['Bulk1' = 1, '' = 3],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == Headers).\n\ntest(list_to_http_invalid_bulk_headers_v2) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n transfer_encoding = chunked],\n Headers_Ref = ['Date' ='Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk1' = 1,\n 'Transfer-Encoding' = chunked],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v3) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked,\n bulk1 = 1\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked,\n 'Bulk1' = 1\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v4) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n accept = 'text\/html',\n host = 'kogorta.dp.ua',\n transfer_encoding = chunked\n ],\n Headers_Ref = ['Bulk1' = 1,\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Accept' = 'text\/html',\n 'Host' = 'kogorta.dp.ua',\n 'Transfer-Encoding' = chunked\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk == [bulk1 = 1]).\n\ntest(list_to_http_invalid_bulk_headers_v5) :-\n\n Headers = [bulk1 = 1,\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = ['Bulk1' = 1,\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk2' = 2,\n 'Host' = 'kogorta.dp.ua',\n 'Bulk3' = 3,\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v6) :-\n\n Headers = [date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n bulk1 = 1,\n bulk2 = 2,\n host = 'kogorta.dp.ua',\n bulk3 = 3,\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = ['Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Bulk1' = 1,\n 'Bulk2' = 2,\n 'Host' = 'kogorta.dp.ua',\n 'Bulk3' = 3,\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(list_to_http_invalid_bulk_headers_v7) :-\n\n Headers = [\n date = 'Tue, 03 Apr 2012 19:32:50 GMT',\n host = 'kogorta.dp.ua',\n location = 'http:\/\/kogorta.dp.ua\/',\n bulk1 = 1,\n bulk2 = 2,\n bulk3 = 3,\n bulk4 = 4,\n transfer_encoding = chunked,\n bulk5 = 5\n ],\n Headers_Ref = [\n 'Date' = 'Tue, 03 Apr 2012 19:32:50 GMT',\n 'Host' = 'kogorta.dp.ua',\n 'Location' = 'http:\/\/kogorta.dp.ua\/',\n 'Bulk1' = 1,\n 'Bulk2' = 2,\n 'Bulk3' = 3,\n 'Bulk4' = 4,\n 'Transfer-Encoding' = chunked,\n 'Bulk5' = 5\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [\n http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_response_headers_v,\n http_request_headers_v,\n http_general_headers_v,\n http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers20, Obj),\n msort(Headers20, Headers2),\n sort(Headers_Ref, Headers1),\n assertion(Headers2 == Headers1),\n obj_field(Obj, '@bulk', Bulk_Rev),\n reverse(Bulk_Rev, Bulk),\n assertion(Bulk ==\n [bulk1 = 1, bulk2 = 2, bulk3 = 3,\n bulk4 = 4, bulk5 = 5\n ]).\n\ntest(repeated_headers1) :-\n\n Headers = [accept_language = en,\n accept_language = ru\n ],\n Headers_Ref = ['Accept-Language' = en,\n 'Accept-Language' = ru\n ],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(repeated_headers2) :-\n\n Headers = [accept_language = 'en, ru'],\n Headers_Ref = ['Accept-Language' = 'en, ru'],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\ntest(repeated_headers3) :-\n\n Headers = [accept_language = [en, ru]],\n Headers_Ref = ['Accept-Language' = [en, ru]],\n http_headers_list_obj(Headers, Obj),\n obj_parents(Obj, Parents),\n assertion(Parents ==\n [http_request_headers_v, http_headers_v,\n object_v, object_base_v]),\n http_headers_list_obj(Headers2, Obj),\n assertion(Headers2 == Headers_Ref).\n\n:- end_tests(http_headers_v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"40c9513eadad48937560e2d07308796aaba40267","subject":"adjustments for graph14","message":"adjustments for graph14\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph14.gp","new_file":"graphs\/graph14.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day14.png\"\n\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 6 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 6 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * -1\n\nset multiplot layout 1, 3 title \"Memory Usage \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ Ymax : ]\nset format y \"%4.0s%c\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($1+utc_offset):($2+$3+$4+$5) title \"free\" fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($2+$3+$4) title \"cached\" fc \"yellow\" \\\n ,'' using ($1+utc_offset):($2+$3) title \"buffers\" fc \"blue\" \\\n ,'' using ($1+utc_offset):2 title \"used\" fc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):($6*-1) title \"swap\" fc rgb \"#ee0000\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($2+$3+$4+$5) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($2+$3+$4) fc \"yellow\" \\\n ,'' using ($1+utc_offset):($2+$3) fc \"blue\" \\\n ,'' using ($1+utc_offset):2 fc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):($6*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($2+$3+$4+$5) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($2+$3+$4) fc \"yellow\" \\\n ,'' using ($1+utc_offset):($2+$3) fc \"blue\" \\\n ,'' using ($1+utc_offset):2 fc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):($6*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql14w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day14.png\"\n\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 11 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 11 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 11 (Swap memory used)\nstats ifnameh using 11 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * -1\n\nset multiplot layout 1, 3 title \"Memory Usage \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ Ymax : ]\nset format y \"%4.0s%c\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):($5+$6+$7+$8) title \"free\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($5+$6+$7) title \"cached\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):($5+$6) title \"buffers\" fc \"blue\" \\\n ,'' using ($2+utc_offset):5 title \"used\" fc rgb \"#bb0000\" \\\n ,'' using ($2+utc_offset):($11*-1) title \"swap\" fc rgb \"#ee0000\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($5+$6+$7) fc \"yellow\" \\\n ,'' using ($2+utc_offset):($5+$6) fc \"blue\" \\\n ,'' using ($2+utc_offset):5 fc rgb \"#bb0000\" \\\n ,'' using ($2+utc_offset):($11*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($5+$6+$7) fc \"yellow\" \\\n ,'' using ($2+utc_offset):($5+$6) fc \"blue\" \\\n ,'' using ($2+utc_offset):5 fc rgb \"#bb0000\" \\\n ,'' using ($2+utc_offset):($11*-1) fc rgb \"#ee0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7babe2b862db9ff0b7e10eff1c991d70ae8fb0d0","subject":"Improved CDF plot.","message":"Improved CDF plot.\n","repos":"hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using MEMBW:(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\nMin.: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Max.: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using MEMBW:(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\nMin.: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Max.: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 notitle with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 notitle with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"95f32b32dd8239e78f43814f6558d1229ff95d6b","subject":"introduce a separate set of WARNINGS for icpc to reduce noise (remarks and parallelization stats) and bump g++ warnings to '-W -Wall'","message":"introduce a separate set of WARNINGS for icpc to reduce noise\n(remarks and parallelization stats)\nand bump g++ warnings to '-W -Wall'\n\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@608 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nICPC_MCSTL_CPPFLAGS\t?= -gcc-version=420 -cxxlib#=$(FAKEGCC)\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL hasn't been configured correctly) #')\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nSTXXL_SPECIFIC\t+= -include stxxl\/bits\/common\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nifeq ($(strip $(USE_ICPC)),yes)\nMCSTL_CPPFLAGS\t\t+= $(ICPC_MCSTL_CPPFLAGS)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nICPC_MCSTL_CPPFLAGS\t?= -gcc-version=420 -cxxlib=$(FAKEGCC)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL hasn't been configured correctly) #')\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nSTXXL_SPECIFIC\t+= -include stxxl\/bits\/common\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nifeq ($(strip $(USE_ICPC)),yes)\nMCSTL_CPPFLAGS\t\t+= $(ICPC_MCSTL_CPPFLAGS)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c694652e4748ceb0dafd619c9686fdcc13c7fd25","subject":"Got horizontal tics to work.","message":"Got horizontal tics to work.\n","repos":"hickerson\/bbn,hickerson\/bbn,hickerson\/bbn,hickerson\/bbn","old_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.8 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 2.0 #inch height of individual plots\nmpl_width = 3.0 #inch width of individual plots\nmpl_dx = 0.3 #inch inter-plot horizontal spacing\nmpl_dy = 0.2 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\n#set terminal latex\nset terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 14\nset encoding iso_8859_1\nset tics scale 1.8\n\nset output 'bbn-fierz.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [ -0.2 : 0.2 ] noreverse nowriteback\nset xlabel 'Fierz b'\nset format x ''\nset xtics 0.1\nset mxtics 10\n\n# start plotting\nset multiplot\n\n\n#-----------------------------------------------\n# Yp\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'BBN from Fierz'\nset xlabel ''\nset format x '' \n\nset yrange [ 0.22 : 0.27 ] noreverse nowriteback\n\nset ylabel \"Yp\"\nset format y \"%1.2f\"\nset mytics 5\n\nplot 'fierz-study.dat' using 1:2:3 with filledcurves;\n# '' u 1:3 lt -1 notitle, '' u 1:2 lt -1 notitle; \n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:6 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n#-----------------------------------------------\n# D\/H and He3\/H\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(2)\nset bmargin at screen bot(2)\n\nset title ''\n\nset xlabel ''\nset format x '' \n\nset ylabel \"^3He\/H \\t\\t\\t\\t\\t\\t D\/H\"\nset yrange [ 3e-6 : 3e-4 ] noreverse nowriteback\nset logscale y 10\nset format y \"10^{%L}\"\nset ytics 10\nset mytics 10\nplot 'fierz-study.dat' using 1:5:4 with filledcurves;\n# '' u 1:5 lt 1 notitle, '' u 1:4 lt 1 notitle;\nplot 'fierz-study.dat' using 1:6:7 with filledcurves;\n# '' u 1:7 lt 2 notitle, '' u 1:6 lt 2 notitle;\n#plot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n\n#-----------------------------------------------\n# Li7\/H\n# subplot 1-1\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(1)\nset bmargin at screen bot(1)\n\nset title ''\nset xlabel 'Fierz b'\n\nset ylabel \"^7Li\/H\"\nset yrange [ 5e-11 : 3e-9 ] noreverse nowriteback\nset logscale y 10\nset format y \"10^{%L}\"\nset ytics 10\nset mytics 10\n\nplot 'fierz-study.dat' using 1:8:9 with filledcurves;\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n#plot 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle;\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\nunset multiplot;\n","old_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.8 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 2.0 #inch height of individual plots\nmpl_width = 3.0 #inch width of individual plots\nmpl_dx = 0.3 #inch inter-plot horizontal spacing\nmpl_dy = 0.3 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\n#set terminal latex\nset terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 14\nset encoding iso_8859_1\nset tics scale 1.5\n\nset output 'bbn-fierz.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [ -0.2 : 0.2 ] noreverse nowriteback\n#set xrange [-4:4]\nset xlabel 'Fierz b'\n#set format x ''\nset xtics 1\nset mxtics 10\n\n# start plotting\nset multiplot\n\n\n#-----------------------------------------------\n# Yp\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'BBN from Fierz'\nset xlabel ''\n\nset yrange [ 0.22 : 0.27 ] noreverse nowriteback\n\nset ylabel \"Yp\"\nset format y \"%1.2f\"\n#set ytics mirror 1\n#set ytics 10\nset mytics 5\n\nplot 'fierz-study.dat' u 1:3:2 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:3 lt -1 notitle, '' u 1:2 lt -1 notitle; \n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:6 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n#-----------------------------------------------\n# D\/H and He3\/H\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(2)\nset bmargin at screen bot(2)\n\nset title ''\nset xlabel ''\n\nset yrange [ 1e-6 : 1e-4 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"He3\/H\\t\\t\\tD\/H\"\nset format y \"%1.e\"\nset mytics 10\n\nplot 'fierz-study.dat' using 1:5:4 with filledcurves;\n# '' u 1:5 lt 1 notitle, '' u 1:4 lt 1 notitle;\nplot 'fierz-study.dat' using 1:6:7 with filledcurves;\n# '' u 1:7 lt 2 notitle, '' u 1:6 lt 2 notitle;\n#plot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n\n#-----------------------------------------------\n# Li7\/H\n# subplot 1-1\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(1)\nset bmargin at screen bot(1)\n\nset title ''\nset xlabel 'Fierz b'\n\nset yrange [ 1e-10 : 1e-9 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"Li7\/H\"\nset format y \"%1.e\"\n#set ytics mirror 1\n#set ytics 1\nset mytics 10\n\nplot 'fierz-study.dat' using 1:8:9 with filledcurves;\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n#plot 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle;\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\nunset multiplot;\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"0a3571f76e8ba36284179834595af263ef1f8c90","subject":"Fixed typo in makefile.gnu","message":"Fixed typo in makefile.gnu\n","repos":"NormanDunbar\/TraceMiner2,NormanDunbar\/TraceMiner2,NormanDunbar\/TraceMiner2","old_file":"makefile.gnu","new_file":"makefile.gnu","new_contents":"# A simple makefile to be used on Linux, with GNU make.\n# To see what it will do, without doing it, run:\n# make -n -f makefile.gnu\n#\n# Norman Dunbar.\n# January 2017.\n#\n# PS. It's \"noisy\" anyway. So you'll see what's what on the screen.\n#\n\nCPP=g++\nCPPFLAGS=-std=c++11\nTARGET=$(BIN)\/TraceMiner2\nRM=rm\nBIN=.\/bin\n\nSOURCES=TraceMiner2\/TraceMiner2.cpp \\\n TraceMiner2\/tmoptions.cpp \\\n TraceMiner2\/tmbind.cpp \\\n TraceMiner2\/tmcursor.cpp \\\n TraceMiner2\/tmtracefile.cpp \\\n TraceMiner2\/utilities.cpp \\\n TraceMiner2\/parseExec.cpp \\\n TraceMiner2\/parseParsing.cpp \\\n TraceMiner2\/parseParse.cpp \\\n TraceMiner2\/parseBinds.cpp \\\n TraceMiner2\/parseParseError.cpp \\\n TraceMiner2\/parseXctend.cpp \\\n TraceMiner2\/parseError.cpp\n\nOBJECTS=$(SOURCES:.cpp=.o)\n\nall:\ttraceminer2 $(BIN)\n\ntraceminer2:\t$(OBJECTS) $(BIN)\n\t$(CPP) -o $(TARGET) $(OBJECTS)\n\n\n$(BIN):\n\tmkdir $(BIN)\n\nclean:\n\t$(RM) $(OBJECTS)\n\ndistclean: clean\n\t$(RM) -r $(BIN)\n\n\n","old_contents":"# A simple makefile to be used on Linux, with GNU make.\n# To see what it will do, without doing it, run:\n# make -n -f makefile.gnu\n#\n# Norman Dunbar.\n# January 2017.\n#\n# PS. It's \"noisy\" anyway. So you'll see what's what on the screen.\n#\n\nCPP=g++\nCPPFLAGS=-std=c++11\nTARGET=$(BIN)\/TraceMiner2\nRM=rm\nBIN=.\/bin\n\nSOURCES=TraceMiner2\/TraceMiner2.cpp \\\n TraceMiner2\/tmoptions.cpp \\\n TraceMiner2\/tmbind.cpp \\\n TraceMiner2\/tmcursor.cpp \\\n TraceMiner2\/tmtracefile.cpp \\\n TraceMiner2\/utilities.cpp \\\n TraceMiner2\/parseExec.cpp \\\n TraceMiner2\/parseParsing.cpp \\\n TraceMiner2\/parseParse.cpp \\\n TraceMiner2\/parseBinds.cpp \\\n TraceMiner2\/parseParseError.cpp \\\n TraceMiner2\/parseXctend.cpp \\\n TraceMiner2\/parseError.cpp\n\nOBJECTS=$(VARIABLE:.cpp=.o)\n\nall:\ttraceminer2 $(BIN)\n\ntraceminer2:\t$(OBJECTS) $(BIN)\n\t$(CPP) -o $(TARGET) $(OBJECTS)\n\n\n$(BIN):\n\tmkdir $(BIN)\n\nclean:\n\t$(RM) $(OBJECTS)\n\ndistclean: clean\n\t$(RM) -r $(BIN)\n\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"da9bd80b22630b937f4f6198fed669303ec4d6b3","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/calc-cost-latency\/tablet-sizes-timeline.gnuplot","new_file":"mtdb\/calc-cost-latency\/tablet-sizes-timeline.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\n# Tablet created\/deleted events\nFN_IN_CD = system(\"echo $FN_IN_CD\")\n# Tablet access counts\nFN_IN_AC = system(\"echo $FN_IN_AC\")\nFN_OUT = system(\"echo $FN_OUT\")\nDESC = system(\"echo $DESC\")\n\nload \"..\/conf\/colorscheme.gnuplot\"\n\n# Get the plot range\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6) w boxxyerrorbars\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\n\n# Get AC_MAX, access count max\nset terminal unknown\nplot \\\nFN_IN_AC u 3:($6+$7) w points\nAC_MAX=GPVAL_DATA_Y_MAX\nset print \"-\"\nprint sprintf(\"Max access count of all tablets: %d\", AC_MAX)\n\nset terminal pdfcairo enhanced rounded size 6, 3in\nset output FN_OUT\n\nset border (1) front lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,(365.25*24*3600)\nunset ytics\n\nset format x \"'%y\"\n\n# Give some margin on the left and at the bottom\nx0=X_MIN-(365.25\/12*1.3*24*3600)\nx1=X_MAX+(365.25\/12*0.5*24*3600)\ny0=Y_MIN-(5*1024*1024)\ny1=Y_MAX\n\nset xrange [x0:x1]\nset yrange [y0:y1]\n\nset key top left\n\nx1p = (X_MAX - X_MIN) \/ 100\ny1p = (Y_MAX - Y_MIN) \/ 100\n\n# Desc\nx0 = X_MIN\ny0 = Y_MAX - 3*y1p\nset label DESC at x0, y0 left tc rgb \"black\" font \",7\"\n\nTRANSP0=0.06\n\n# Legend\nx1 = X_MIN + 11.5*x1p\nx2 = x1 + 7*x1p\ny2 = y0 - 15*y1p\ny1 = y2 - 10*y1p\nset object rect from x1, y1 to x2, y2 fc rgb \"black\" fs transparent solid TRANSP0 noborder\nset arrow from x1, y1 to x1, y2 lc rgb \"black\" nohead\n\ny3 = (y2 + y1) \/ 2\ny4 = y3 + 1.5*y1p\nset label \"sst\\ngen\" at x1, y4 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx3 = x1 - 5*x1p\nset arrow from x3, y1 to x3, y2 lc rgb \"black\" nohead\n\nset arrow from x3 - 0.2*x1p, y2 to x3 + 0.2*x1p, y2 lc rgb \"black\" nohead\nset arrow from x3 - 0.2*x1p, y1 to x3 + 0.2*x1p, y1 lc rgb \"black\" nohead\n\nset label (sprintf(\"%d MB\", (y2 - y1)\/1024\/1024)) at x3, y2 right offset -0.5, 0 tc rgb \"black\" font \",8\"\nset label \"0\" at x3, y1 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx4 = x3 - 6.5*x1p\nset label \"Tablet size\" at x4, y3 center rotate by 90 tc rgb \"black\" font \",8\"\n\ny4 = y1 - 4*y1p\nset arrow from x1, y1 to x1, y4 lt 0 lc rgb \"black\" nohead\nset arrow from x2, y1 to x2, y4 lt 0 lc rgb \"black\" nohead\n\ny5 = y4 - 2*y1p\nset label \"created\" at x1, y5 center tc rgb \"black\" font \",8\"\nset label \"deleted\" at x2, y5 center tc rgb \"black\" font \",8\"\n\n\nlegendAccesses(x) = (x1 < x) && (x < x2) && (sin(x \/ (x2 - x1) * pi * 150) > 0) ? \\\n\t\t\t\t\t\t\t\t\t\ty1 + (y2 - y1) * (1 - sin((x - x1) \/ (x2 - x1) * pi \/ 2)) + sin(x \/ (x2 - x1) * pi * 20) * 0.5*y1p \\\n\t\t\t\t\t\t\t\t\t\t: 1 \/ 0\n\nx5 = x1 + 3*x1p\nx6 = x2 + 2*x1p\nset arrow from x5, y3 to x6, y3 lt 0 lc rgb \"black\" nohead\n\nx7 = x6 + x1p\ny6 = y3 + 2*y1p\nset label \"# of accesses\\nper day\" at x7, y6 left tc rgb \"black\" font \",8\"\n\n# Log scale\n# value range\n# x : [0, AC_MAX]\n# +1 : [1, AC_MAX+1]\n# log(above) : [0(=log(1)), log(AC_MAX+1)]\n# \/ log(AC_MAX+1) : [0, 1]\nAccessCountHeight(x) = x == 0 ? \\\n\t\t\t\t\t\t\t\t\t\t\t 1\/0 \\\n\t\t\t\t\t\t\t\t\t\t\t : (log(x+1)\/log(AC_MAX+1))*10000000\n\nx8 = x7 + 11*x1p\ny7 = y3 - AccessCountHeight(AC_MAX) \/ 2.0\ny8 = y3 + AccessCountHeight(AC_MAX) \/ 2.0\nset arrow from x8, y7 to x8, y8 lc rgb \"red\" nohead\nset arrow from x8 - 0.2*x1p, y7 to x8 + 0.2*x1p, y7 lc rgb \"red\" nohead\nset arrow from x8 - 0.2*x1p, y8 to x8 + 0.2*x1p, y8 lc rgb \"red\" nohead\nset label (sprintf(\"%d\", AC_MAX)) at x8, y8 left offset 0.4, 0.1 tc rgb \"red\" font \",7\"\nset label \"0\" at x8, y7 left offset 0.4,-0.1 tc rgb \"red\" font \",7\"\n\nset samples 5000\n\n# gnuplot doesn't have a mod function\n# http:\/\/www.macs.hw.ac.uk\/~ml355\/lore\/gnuplot.htm\nmod(a, b) = a - floor(a\/b) * b\n\ncolor(a) = mod(a, 6)\n\nset style fill solid TRANSP0 noborder\n\n# x y xlow xhigh ylow yhigh\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6):(color($1)) w boxxyerrorbars lc variable not, \\\nFN_IN_AC u 3:($2 + AccessCountHeight($6+$7)):(color($1)) w points pointsize 0.01 lc variable not, \\\nFN_IN_CD u 2:7:(0):6:(color($1)) w vectors nohead lt 1 lc variable not, \\\nFN_IN_CD u 2:($7+$6\/2.0):1:(color($1)) w labels right offset -0.5,0 font \",8\" tc variable not, \\\nlegendAccesses(x) w lines lc rgb \"black\" not\n\n# dotted line doesn't work with lc variable\n#FN_IN_CD u 4:7:(0):6:(color($1)) w vectors nohead lw 2 lt 0 lc variable not, \\\n\n# steps doesn't work with lc variable\n#FN_IN_AC u 3:($2 + AccessCountHeight($6+$7)):(color($1)) w steps lc variable not, \\\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6+$7)):(color($1)) w filledcurves lc variable not, \\\n\n# This doesn't fill the exact same area as the steps, but was the closest thing\n# that I can find.\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6+$7)) w filledcurves lc rgb \"red\" not, \\\n\n#FN_IN_AC u 3:($2 + AccessCountHeight($6+$7)) w linespoints pt 7 pointsize 0.1 lc rgb \"black\" not, \\\n\n# no base y option, like y0\n#FN_IN_AC u 3:($2 + AccessCountHeight($6+$7)) w fillsteps lc rgb \"red\" not, \\\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\n# Tablet created\/deleted events\nFN_IN_CD = system(\"echo $FN_IN_CD\")\n# Tablet access counts\nFN_IN_AC = system(\"echo $FN_IN_AC\")\nFN_OUT = system(\"echo $FN_OUT\")\nDESC = system(\"echo $DESC\")\n\nload \"..\/conf\/colorscheme.gnuplot\"\n\n# Get the plot range\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6) w boxxyerrorbars\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\n\n# Get AC_MAX, access count max\nset terminal unknown\nplot \\\nFN_IN_AC u 3:($6+$7) w points\nAC_MAX=GPVAL_DATA_Y_MAX\nset print \"-\"\nprint sprintf(\"Max access count of all tablets: %d\", AC_MAX)\n\nset terminal pdfcairo enhanced rounded size 6, 3in\nset output FN_OUT\n\nset border (1) front lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,(365.25*24*3600)\nunset ytics\n\nset format x \"'%y\"\n\n# Give some margin on the left and at the bottom\nx0=X_MIN-(365.25\/12*1.3*24*3600)\nx1=X_MAX+(365.25\/12*0.5*24*3600)\ny0=Y_MIN-(5*1024*1024)\ny1=Y_MAX\n\nset xrange [x0:x1]\nset yrange [y0:y1]\n\nset key top left\n\nx1p = (X_MAX - X_MIN) \/ 100\ny1p = (Y_MAX - Y_MIN) \/ 100\n\n# Desc\nx0 = X_MIN\ny0 = Y_MAX - 3*y1p\nset label DESC at x0, y0 left tc rgb \"black\" font \",7\"\n\nTRANSP0=0.06\n\n# Legend\nx1 = X_MIN + 11.5*x1p\nx2 = x1 + 7*x1p\ny2 = y0 - 15*y1p\ny1 = y2 - 10*y1p\nset object rect from x1, y1 to x2, y2 fc rgb \"black\" fs transparent solid TRANSP0 noborder\nset arrow from x1, y1 to x1, y2 lc rgb \"black\" nohead\n\ny3 = (y2 + y1) \/ 2\ny4 = y3 + 1.5*y1p\nset label \"sst\\ngen\" at x1, y4 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx3 = x1 - 5*x1p\nset arrow from x3, y1 to x3, y2 lc rgb \"black\" nohead\n\nset arrow from x3 - 0.2*x1p, y2 to x3 + 0.2*x1p, y2 lc rgb \"black\" nohead\nset arrow from x3 - 0.2*x1p, y1 to x3 + 0.2*x1p, y1 lc rgb \"black\" nohead\n\nset label (sprintf(\"%d MB\", (y2 - y1)\/1024\/1024)) at x3, y2 right offset -0.5, 0 tc rgb \"black\" font \",8\"\nset label \"0\" at x3, y1 right offset -0.5, 0 tc rgb \"black\" font \",8\"\n\nx4 = x3 - 6.5*x1p\nset label \"Tablet size\" at x4, y3 center rotate by 90 tc rgb \"black\" font \",8\"\n\ny4 = y1 - 4*y1p\nset arrow from x1, y1 to x1, y4 lt 0 lc rgb \"black\" nohead\nset arrow from x2, y1 to x2, y4 lt 0 lc rgb \"black\" nohead\n\ny5 = y4 - 2*y1p\nset label \"created\" at x1, y5 center tc rgb \"black\" font \",8\"\nset label \"deleted\" at x2, y5 center tc rgb \"black\" font \",8\"\n\n\nlegendAccesses(x) = (x1 < x) && (x < x2) && (sin(x \/ (x2 - x1) * pi * 150) > 0) ? \\\n\t\t\t\t\t\t\t\t\t\ty1 + (y2 - y1) * (1 - sin((x - x1) \/ (x2 - x1) * pi \/ 2)) + sin(x \/ (x2 - x1) * pi * 20) * 0.5*y1p \\\n\t\t\t\t\t\t\t\t\t\t: 1 \/ 0\n\nx5 = x1 + 3*x1p\nx6 = x2 + 2*x1p\nset arrow from x5, y3 to x6, y3 lt 0 lc rgb \"black\" nohead\n\nx7 = x6 + x1p\ny6 = y3 + 2*y1p\nset label \"# of accesses\\nper day\" at x7, y6 left tc rgb \"black\" font \",8\"\n\n# Log scale\n# value range\n# x : [0, AC_MAX]\n# +1 : [1, AC_MAX+1]\n# log(above) : [0(=log(1)), log(AC_MAX+1)]\n# \/ log(AC_MAX+1) : [0, 1]\nAccessCountHeight(x) = x == 0 ? \\\n\t\t\t\t\t\t\t\t\t\t\t 1\/0 \\\n\t\t\t\t\t\t\t\t\t\t\t : (log(x+1)\/log(AC_MAX+1))*10000000\n\nx8 = x7 + 11*x1p\ny7 = y3 - AccessCountHeight(AC_MAX) \/ 2.0\ny8 = y3 + AccessCountHeight(AC_MAX) \/ 2.0\nset arrow from x8, y7 to x8, y8 lc rgb \"red\" nohead\nset arrow from x8 - 0.2*x1p, y7 to x8 + 0.2*x1p, y7 lc rgb \"red\" nohead\nset arrow from x8 - 0.2*x1p, y8 to x8 + 0.2*x1p, y8 lc rgb \"red\" nohead\nset label (sprintf(\"%d\", AC_MAX)) at x8, y8 left offset 0.4, 0.1 tc rgb \"red\" font \",7\"\nset label \"0\" at x8, y7 left offset 0.4,-0.1 tc rgb \"red\" font \",7\"\n\nset samples 5000\n\n# gnuplot doesn't have a mod function\n# http:\/\/www.macs.hw.ac.uk\/~ml355\/lore\/gnuplot.htm\nmod(a, b) = a - floor(a\/b) * b\n\ncolor(a) = mod(a, 6)\n\nset style fill solid TRANSP0 noborder\n\n# x y xlow xhigh ylow yhigh\nplot \\\nFN_IN_CD u 2:7:2:5:7:($7+$6):(color($1)) w boxxyerrorbars lc variable not, \\\nFN_IN_AC u 3:($2 + AccessCountHeight($6+$7)):(color($1)) w points pointsize 0.01 lc variable not, \\\nFN_IN_CD u 2:7:(0):6:(color($1)) w vectors nohead lt 1 lc variable not, \\\nFN_IN_CD u 4:7:(0):6:(color($1)) w vectors nohead lw 2 lt 0 lc variable not, \\\nFN_IN_CD u 2:($7+$6\/2.0):1:(color($1)) w labels right offset -0.5,0 font \",8\" tc variable not, \\\nlegendAccesses(x) w lines lc rgb \"black\" not\n\n# steps doesn't work with lc variable\n#FN_IN_AC u 3:($2 + AccessCountHeight($6+$7)):(color($1)) w steps lc variable not, \\\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6+$7)):(color($1)) w filledcurves lc variable not, \\\n\n# This doesn't fill the exact same area as the steps, but was the closest thing\n# that I can find.\n#FN_IN_AC u 3:2:($2 + AccessCountHeight($6+$7)) w filledcurves lc rgb \"red\" not, \\\n\n#FN_IN_AC u 3:($2 + AccessCountHeight($6+$7)) w linespoints pt 7 pointsize 0.1 lc rgb \"black\" not, \\\n\n# no base y option, like y0\n#FN_IN_AC u 3:($2 + AccessCountHeight($6+$7)) w fillsteps lc rgb \"red\" not, \\\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"c8aa857230fa5d5393125f57c060e1c5461e8a2a","subject":"visibilize grid","message":"visibilize grid\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql12w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\nset multiplot layout 1, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):($10+$11+$12+$13) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):($10+$11+$12+$13) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql12w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\nset multiplot layout 1, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):($10+$11+$12+$13) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):($10+$11+$12+$13) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f0257c589ac3c1c54a1d0ec1ecef516346135781","subject":"fix Ymin","message":"fix Ymin","repos":"Mausy5043\/upsdiagd,Mausy5043\/upsdiagd,Mausy5043\/upsdiagd","old_file":"ups14.gp","new_file":"ups14.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of battery voltage\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups14.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = min(min(Yd_min, Yh_min), Yw_min)\nR10 = (Ymax - Ymin) * 0.1\nYmax = Ymax + R10\n# Ymin = Ymin - R10\nYmin = 0\n\nset multiplot layout 1, 3 title \"Batterij spanning \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Spanning [V]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Spanning [V]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of battery voltage\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups14.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = min(min(Yd_min, Yh_min), Yw_min)\nR10 = (Ymax - Ymin) * 0.1\nYmax = Ymax + R10\nYmin = Ymin - R10\n\nset multiplot layout 1, 3 title \"Batterij spanning \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Spanning [V]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Spanning [V]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4ce3467387a665a71fa7ff79d77f45b527cdb080","subject":"update boost handling to work on Debian out-of-the-box","message":"update boost handling to work on Debian out-of-the-box\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@484 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nICPC_MCSTL_CPPFLAGS\t?= -gcc-version=420 -cxxlib=$(FAKEGCC)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nifeq ($(strip $(USE_ICPC)),yes)\nMCSTL_CPPFLAGS\t\t+= $(ICPC_MCSTL_CPPFLAGS)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\nifneq (,$(strip $(wildcard $(MCSTL_ROOT)\/originals)))\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_ROOT)\nendif\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_BASE)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_ORIG_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_ORIG_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nICPC_MCSTL_CPPFLAGS\t?= -gcc-version=420 -cxxlib=$(FAKEGCC)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nifeq ($(strip $(USE_ICPC)),yes)\nMCSTL_CPPFLAGS\t\t+= $(ICPC_MCSTL_CPPFLAGS)\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\nifneq (,$(strip $(wildcard $(MCSTL_ROOT)\/originals)))\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_ROOT)\nendif\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_BASE)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_ORIG_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_ORIG_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e9f66b9741207b0ebfeb587ce2d9ed6b3289ee9b","subject":"Add a label for the bump when we started counting llvm\/projects","message":"Add a label for the bump when we started counting llvm\/projects\n\n\ngit-svn-id: 0ff597fd157e6f4fc38580e8d64ab130330d2411@11596 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"apple\/swift-llvm,GPUOpen-Drivers\/llvm,apple\/swift-llvm,chubbymaggie\/asap,apple\/swift-llvm,llvm-mirror\/llvm,apple\/swift-llvm,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,apple\/swift-llvm,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,llvm-mirror\/llvm,chubbymaggie\/asap,llvm-mirror\/llvm,llvm-mirror\/llvm,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,llvm-mirror\/llvm,apple\/swift-llvm,dslab-epfl\/asap,llvm-mirror\/llvm,llvm-mirror\/llvm,dslab-epfl\/asap,chubbymaggie\/asap,dslab-epfl\/asap,chubbymaggie\/asap,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,apple\/swift-llvm,GPUOpen-Drivers\/llvm,chubbymaggie\/asap,dslab-epfl\/asap,apple\/swift-llvm,llvm-mirror\/llvm,llvm-mirror\/llvm","old_file":"utils\/NightlyTest.gnuplot","new_file":"utils\/NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"b1ee66ebabc534354743c67c5df4995d6ca59ce1","subject":"Add 3 more UTs on eval fields","message":"Add 3 more UTs on eval fields\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n obj_field(U1, cookie_db_key, Key1),\n obj_field(U2, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n obj_field(HTTP_Citizen, cookie_db_key, Key1),\n obj_field(HTTP_Citizen_Copy, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n obj_field(U1, cookie_db_key, Key1),\n obj_field(U2, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n obj_field(HTTP_Citizen, cookie_db_key, Key1),\n obj_field(HTTP_Citizen_Copy, cookie_db_key, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"a9113663366277ea0b0de84c6528223a5f0a2298","subject":"enable grid","message":"enable grid\n","repos":"aktau\/physics-method-cmp","old_file":"gnuplot.plt","new_file":"gnuplot.plt","new_contents":"set title \"Numerical integrator accuracy\"\n\nset key autotitle columnhead\n\nset grid\n\nset style line 1 lc rgb '#0060ad' lw 2 pt 5 ps 1.5 # --- blue\nset style line 2 lc rgb '#dd181f' lw 2 pt 7 ps 1.5 # --- red\nset style line 3 lc rgb '#339900' lw 2 pt 9 ps 1.5 # --- green\nset style line 4 lc rgb '#990066' lw 2 pt 11 ps 1.5 # --- magenta\n\nplot file index 0 with linespoints ls 1, \\\n file index 1 with linespoints ls 2, \\\n file index 2 with linespoints ls 3, \\\n file index 3 with linespoints ls 4\n","old_contents":"set title \"Numerical integrator accuracy\"\n\nset key autotitle columnhead\n\nset style line 1 lc rgb '#0060ad' lw 2 pt 5 ps 1.5 # --- blue\nset style line 2 lc rgb '#dd181f' lw 2 pt 7 ps 1.5 # --- red\nset style line 3 lc rgb '#339900' lw 2 pt 9 ps 1.5 # --- green\nset style line 4 lc rgb '#990066' lw 2 pt 11 ps 1.5 # --- magenta\n\nplot file index 0 with linespoints ls 1, \\\n file index 1 with linespoints ls 2, \\\n file index 2 with linespoints ls 3, \\\n file index 3 with linespoints ls 4\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"bcd6d3bc15d9cd6621819465d1bf8576f288d93e","subject":"fix gnuplot script","message":"fix gnuplot script\n","repos":"hankGo\/phonebook,hankGo\/phonebook","old_file":"scripts\/runtime.gp","new_file":"scripts\/runtime.gp","new_contents":"reset\nset ylabel 'time(sec)'\nset style fill solid\nset title 'perfomance comparison'\nset term png enhanced font 'Verdana,10'\nset output 'runtime.png'\n\nplot [:][:0.150]'output.txt' using 2:xtic(1) with histogram title 'original', \\\n'' using ($0-0.35):($2+0.03):2 with labels title ' ', \\\n'' using 3:xtic(1) with histogram title 'optimized' , \\\n'' using ($0+0.00):($3+0.03):3 with labels title ' ', \\\n'' using 4:xtic(1) with histogram title 'hash' , \\\n'' using ($0+0.35):($4+0.03):3 with labels title ' '\n","old_contents":"reset\nset ylabel 'time(sec)'\nset style fill solid\nset title 'perfomance comparison'\nset term png enhanced font 'Verdana,10'\nset output 'runtime.png'\n\nplot [:][:0.150]'output.txt' using 2:xtic(1) with histogram title 'original', \\\n'' using ($0-0.06):($2+0.001):2 with labels title ' ', \\\n'' using 3:xtic(1) with histogram title 'optimized' , \\\n'' using ($0+0.3):($3+0.0015):3 with labels title ' '\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"3687f037fb26d7573c1398aeb870611ee75d2e37","subject":"update analysis.gnu for nurbs debugging","message":"update analysis.gnu for nurbs debugging\n\nSigned-off-by: Eric, Hsu-yao Tsai <ad8e9cf61b582456bbe32d188af06658a1707686@araisrobot.com>\n","repos":"araisrobo\/linuxcnc,araisrobo\/linuxcnc,araisrobo\/linuxcnc,araisrobo\/linuxcnc,araisrobo\/linuxcnc","old_file":"configs\/art\/analysis.gnu","new_file":"configs\/art\/analysis.gnu","new_contents":"\n \"wou_steps.log\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log\" using 1:6 title \"pos_cmd[1]\", \\\n \"wou_steps.log\" using 1:7 title \"cur_pos[1]\", \\\n \"wou_steps.log\" using 1:10 title \"pos_cmd[2]\", \\\n \"wou_steps.log\" using 1:11 title \"cur_pos[2]\", \\\n \"wou_steps.log\" using 1:14 title \"pos_cmd[3]\", \\\n \"wou_steps.log\" using 1:15 title \"cur_pos[3]\"\n\nplot \\\n \"wou_steps.log\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log\" using 1:($4\/100) title \"match_ac[0]\", \\\n \"wou_steps.log\" using 1:($5\/10) title \"curr_vel[0]\"\n\nplot \\\n \"wou_steps.log_1209\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log_1209\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log_1209\" using 1:($4\/100) title \"match_ac[0]\", \\\n \"wou_steps.log_1209\" using 1:($5\/10) title \"curr_vel[0]\"\n\n\nplot \\\n \"wou_steps.log\" using 1:6 title \"pos_cmd[1]\", \\\n \"wou_steps.log\" using 1:7 title \"cur_pos[1]\", \\\n \"wou_steps.log\" using 1:($8\/100) title \"match_ac[1]\", \\\n \"wou_steps.log\" using 1:($9\/10) title \"curr_vel[1]\"\n\nplot \\\n \"wou_steps.log\" using 1:10 title \"pos_cmd[2]\", \\\n \"wou_steps.log\" using 1:11 title \"cur_pos[2]\", \\\n \"wou_steps.log\" using 1:($12\/100) title \"match_ac[2]\", \\\n \"wou_steps.log\" using 1:($13\/10) title \"curr_vel[2]\"\n\nplot \\\n \"wou_steps.log\" using 1:14 title \"pos_cmd[3]\", \\\n \"wou_steps.log\" using 1:15 title \"cur_pos[3]\", \\\n \"wou_steps.log\" using 1:($16\/100) title \"match_ac[3]\", \\\n \"wou_steps.log\" using 1:($17\/10) title \"curr_vel[3]\"\n\n# to plot trajectory planning trace dumped by src\/emc\/motion\/control.c\nplot \\\n \"control.log\" using 1:2 title \"x\", \\\n \"control.log\" using 1:3 title \"y\", \\\n \"control.log\" using 1:6 title \"tp_pos[0]\", \\\n \"control.log\" using 1:7 title \"tp_pos[1]\", \\\n \"control.log\" using 1:10 title \"cubic_pos[0]\", \\\n \"control.log\" using 1:11 title \"cubic_pos[1]\"\n\n# to plot trajectory planning trace dumped by src\/emc\/motion\/control.c\nplot \\\n \"control.log\" using 1:2 title \"x\", \\\n \"control.log\" using 1:3 title \"y\", \\\n \"control.log\" using 1:4 title \"z\", \\\n \"control.log\" using 1:5 title \"a\", \\\n \"control.log\" using 1:6 title \"tp_pos[0]\", \\\n \"control.log\" using 1:7 title \"tp_pos[1]\", \\\n \"control.log\" using 1:8 title \"tp_pos[2]\", \\\n \"control.log\" using 1:9 title \"tp_pos[3]\", \\\n \"control.log\" using 1:10 title \"cubic_pos[0]\", \\\n \"control.log\" using 1:11 title \"cubic_pos[1]\", \\\n \"control.log\" using 1:12 title \"cubic_pos[2]\", \\\n \"control.log\" using 1:13 title \"cubic_pos[3]\"\n\n# to plot trace dumped by src\/emc\/kinematics\/tp.c\nplot \\\n \"tp.log\" using 1:2 title \"newaccel\", \\\n \"tp.log\" using 1:3 title \"newvel\", \\\n \"tp.log\" using 1:4 title \"cur_vel\", \\\n \"tp.log\" using 1:5 title \"progress\"\n\n#tc.c plot \n\nplot \\\n \"tc.log\" using 1:2 title \"u\", \\\n \"tc.log\" using 1:3 title \"l\"\n\nplot \\\n \"tc.log\" using 1:7 title \"delta_d\", \\\n \"tc.log\" using 1:8 title \"delta_l\", \\\n \"tc.log\" using 2:3 title \"u vs l\"\n\n\nplot \\\n \"tc.log\" using 1:4 title \"x\", \\\n \"tc.log\" using 1:5 title \"y\", \\\n \"tc.log\" using 1:6 title \"z\"\n\nplot \"tc.log\" using 2:3 title \"u vs l\"\n\nplot \"tc.log\" using 4:5 title \"x vs y\"\n","old_contents":"\n \"wou_steps.log\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log\" using 1:6 title \"pos_cmd[1]\", \\\n \"wou_steps.log\" using 1:7 title \"cur_pos[1]\", \\\n \"wou_steps.log\" using 1:10 title \"pos_cmd[2]\", \\\n \"wou_steps.log\" using 1:11 title \"cur_pos[2]\", \\\n \"wou_steps.log\" using 1:14 title \"pos_cmd[3]\", \\\n \"wou_steps.log\" using 1:15 title \"cur_pos[3]\"\n\nplot \\\n \"wou_steps.log\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log\" using 1:($4\/100) title \"match_ac[0]\", \\\n \"wou_steps.log\" using 1:($5\/10) title \"curr_vel[0]\"\n\nplot \\\n \"wou_steps.log_1209\" using 1:2 title \"pos_cmd[0]\", \\\n \"wou_steps.log_1209\" using 1:3 title \"cur_pos[0]\", \\\n \"wou_steps.log_1209\" using 1:($4\/100) title \"match_ac[0]\", \\\n \"wou_steps.log_1209\" using 1:($5\/10) title \"curr_vel[0]\"\n\n\nplot \\\n \"wou_steps.log\" using 1:6 title \"pos_cmd[1]\", \\\n \"wou_steps.log\" using 1:7 title \"cur_pos[1]\", \\\n \"wou_steps.log\" using 1:($8\/100) title \"match_ac[1]\", \\\n \"wou_steps.log\" using 1:($9\/10) title \"curr_vel[1]\"\n\nplot \\\n \"wou_steps.log\" using 1:10 title \"pos_cmd[2]\", \\\n \"wou_steps.log\" using 1:11 title \"cur_pos[2]\", \\\n \"wou_steps.log\" using 1:($12\/100) title \"match_ac[2]\", \\\n \"wou_steps.log\" using 1:($13\/10) title \"curr_vel[2]\"\n\nplot \\\n \"wou_steps.log\" using 1:14 title \"pos_cmd[3]\", \\\n \"wou_steps.log\" using 1:15 title \"cur_pos[3]\", \\\n \"wou_steps.log\" using 1:($16\/100) title \"match_ac[3]\", \\\n \"wou_steps.log\" using 1:($17\/10) title \"curr_vel[3]\"\n\n# to plot trajectory planning trace dumped by src\/emc\/motion\/control.c\nplot \\\n \"control.log\" using 1:2 title \"x\", \\\n \"control.log\" using 1:3 title \"y\", \\\n \"control.log\" using 1:6 title \"tp_pos[0]\", \\\n \"control.log\" using 1:7 title \"tp_pos[1]\", \\\n \"control.log\" using 1:10 title \"cubic_pos[0]\", \\\n \"control.log\" using 1:11 title \"cubic_pos[1]\"\n\n# to plot trajectory planning trace dumped by src\/emc\/motion\/control.c\nplot \\\n \"control.log\" using 1:2 title \"x\", \\\n \"control.log\" using 1:3 title \"y\", \\\n \"control.log\" using 1:4 title \"z\", \\\n \"control.log\" using 1:5 title \"a\", \\\n \"control.log\" using 1:6 title \"tp_pos[0]\", \\\n \"control.log\" using 1:7 title \"tp_pos[1]\", \\\n \"control.log\" using 1:8 title \"tp_pos[2]\", \\\n \"control.log\" using 1:9 title \"tp_pos[3]\", \\\n \"control.log\" using 1:10 title \"cubic_pos[0]\", \\\n \"control.log\" using 1:11 title \"cubic_pos[1]\", \\\n \"control.log\" using 1:12 title \"cubic_pos[2]\", \\\n \"control.log\" using 1:13 title \"cubic_pos[3]\"\n\n# to plot trace dumped by src\/emc\/kinematics\/tp.c\nplot \\\n \"tp.log\" using 1:2 title \"newaccel\", \\\n \"tp.log\" using 1:3 title \"newvel\", \\\n \"tp.log\" using 1:4 title \"cur_vel\", \\\n \"tp.log\" using 1:5 title \"progress\"\n\n#tc.c plot delta_l delta_u delta_d \nplot \\\n \"tc.log\" using 1:2 title \"u\", \\\n \"tc.log\" using 1:3 title \"l\", \\\n \"tc.log\" using 1:7 title \"delta_d\", \\\n \"tc.log\" using 1:8 title \"delta_l\", \\\n \"tc.log\" using 1:4 title \"x\", \\\n \"tc.log\" using 1:5 title \"y\", \\\n \"tc.log\" using 1:6 title \"z\"\n\n#tc.c plot x vs. y\nplot \\\n \"tc.log\" using 2:3 title \"u vs l\",\\\n \"tc.log\" using 4:5 title \"x vs y\"\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"9fd4a180f3f14253936cabbac34a35a5689fb5ee","subject":"Fix packet loss plotting","message":"Fix packet loss plotting\n","repos":"choffmeister\/isp-monitor","old_file":"graph.plot","new_file":"graph.plot","new_contents":"set terminal svg size 1280,800\nset output \"target\/log.svg\"\nset datafile separator \";\"\nset xdata time\nset timefmt x \"%Y-%m-%d %H:%M:%S\"\nset format x \"%Y-%m-%d\\n%H:%M:%S\"\nset ylabel \"latency\"\nset yrange [0:100]\nset format y \"%0.1f ms\"\nset ytics 10\nset y2label \"packet loss\"\nset y2range [0:100]\nset format y2 \"%0.f %%\"\nset y2tics 10\n\nplot \\\n \"target\/log.aggregated.csv\" using 1:4 title \"Average latency\" with lines axes x1y1, \\\n \"target\/log.aggregated.csv\" using 1:($3\/$2*100) title \"Packet loss\" with lines axes x1y2\n","old_contents":"set terminal svg size 1280,800\nset output \"target\/log.svg\"\nset datafile separator \";\"\nset xdata time\nset timefmt x \"%Y-%m-%d %H:%M:%S\"\nset format x \"%Y-%m-%d\\n%H:%M:%S\"\nset ylabel \"latency\"\nset yrange [0:100]\nset format y \"%0.1f ms\"\nset ytics 10\nset y2label \"packet loss\"\nset y2range [0:100]\nset format y2 \"%0.f %%\"\nset y2tics 10\n\nplot \\\n \"target\/log.aggregated.csv\" using 1:4 title \"Average latency\" with lines axes x1y1, \\\n \"target\/log.aggregated.csv\" using 1:(100-$3\/$2*100) title \"Packet loss\" with lines axes x1y2\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"43270ee126ae09858fdd0ceb1158e5bf146853ca","subject":"T1 on top","message":"T1 on top\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"Power History \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc rgb \"green\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc rgb \"green\"\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc rgb \"green\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"Power History \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):((delta($3))+(delta($4)))\/1000 title \"T2\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3))\/1000 title \"T1\" fc rgb \"green\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):((delta($3))+(delta($4)))\/1000 title \"T2\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3))\/1000 title \"T1\" fc rgb \"green\"\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):((delta($3))+(delta($4)))\/1000 title \"T2\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3))\/1000 title \"T1\" fc rgb \"green\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"bdbf16c3af7923b010420d03768e492bbc556eb6","subject":"Gnuplot script cleanup. New diagram showing memory bandwidth over problem size.","message":"Gnuplot script cleanup. New diagram showing memory bandwidth over problem size.\n","repos":"hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=8 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK**1\/3)\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.1\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=8 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"3b08ed487bd216c453e2534eb4005e4d3afad426","subject":"Delete command.gp","message":"Delete command.gp","repos":"alainlebret\/os,alainlebret\/os,alainlebret\/os","old_file":"exemplier\/1_process\/signal\/command.gp","new_file":"exemplier\/1_process\/signal\/command.gp","new_contents":"","old_contents":"plot sin(x)\/x","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"71a6107d7705ad551621388933de9898d6597938","subject":"new graph11 (#21)","message":"new graph11 (#21)\n\nGraph11 now shows past week, past day and past hour in one multiplot.","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.70\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nifname = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axis\nstats ifname using 4 name \"Y\" nooutput\nY_min = Y_min * 0.90\nY_max = Y_max * 1.10\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\n#set autoscale y\nset yrange [ Y_min : Y_max ]\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .5\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n#set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nplot ifname \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.1 fc rgb \"#ccbb0000\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"92ae814a111d15b4de58fe55f50db43961235527","subject":"plot labels","message":"plot labels\n","repos":"jeffwarnica\/aircanadarewards","old_file":"runme.gnuplot","new_file":"runme.gnuplot","new_contents":"set xdata time\nset timefmt '%Y-%m-%d'\nset format x '%Y-%m-%d'\nset xrange [\"2017-01-01\":\"2018-01-01\"]\n#set xtics rotate by -7\nset xtics (\"Jan\" \"2017-01-01\", \"Feb\" \"2017-02-01\", \"Mar\" \"2017-03-01\", \"Apr\" \"2017-04-01\", \"May\" \"2017-05-01\", \"June\" \"2017-06-01\", \"July\" \"2017-07-01\", \"Aug\" \"2017-08-01\", \"Sept\" \"2017-09-01\", \"Oct\" \"2017-10-01\", \"Nov\" \"2017-11-01\", \"Dec\" \"2017-12-011\")\nset yrange [0:101000] #101%\nset y2range [0:20200] #101%\nset ytics (\"25000mi\\n25seg\" 25000, \"35000mi\\n35seg\" 35000, \"50000mi\\n50seg\" 50000, \"75000mi\\n75seg\" 75000, \"95seg\" 95000, \"100000mi\" 100000)\nset ylabel \"Required Miles \/ Segments\"\nset y2tics (\"$3000\" 3000, \"$4000\" 4000, \"$6000\" 6000, \"$9000\" 9000, \"$20000\" 20000)\nset y2label \"Required Dollars\"\n#set y2label textcolor rgbcolor \"purple\"\nset key center top title \" \"\nset terminal canvas size 1600,900 enhanced font 'Verdana,10' \nset output 'output.html'\nset datafile separator \",\"\nset arrow from \"2017-01-01\",0 to \"2017-12-31\",50000 nohead lt -1 lw 0.2 lc rgb \"red\" #mi\/seg\nset arrow from \"2017-01-01\",0 to \"2017-12-31\",75000 nohead lt -1 lw 0.2 lc rgb \"red\" #mi\/seg \nset arrow from \"2017-01-01\",0 to \"2017-12-31\",100000 nohead lt -1 lw 1.2 lc rgb \"green\" #mi\nset arrow from \"2017-01-01\",0 to \"2017-12-31\",95000 nohead lt -1 lw 0.2 lc rgb \"blue\" #seg\nset arrow from \"2017-01-01\",second 0 to \"2017-12-31\",second 20000 nohead lt -1 lw 0.5 lc rgb \"green\" #$$\n\n\nplot 'all.csv' using 1:4 smooth cumulative title \"AQM Totals\" lw 2 lc rgb \"red\" with steps, \\\n 'aqs.csv' using 1:(column(0))*1000 title \"Segments\" lw 2 lc rgb \"blue\" with steps, \\\n 'all.csv' using 1:4 title \"Miles\" lc rgb \"red\", \\\n 'all.csv' using 1:5 title \"AQD\" axes x1y2 lc rgb \"green\" ,\\\n 'all.csv' using 1:5 smooth cumulative title \"AQD Totals\" axes x1y2 lw 2 lc rgb \"green\" with steps , \\\n 25000 title \"Miles Req 25k\" linetype 0, \\\n 35000 title \"Miles Req 35k\" linetype 0, \\\n 50000 title \"Miles Req 50k\" linetype 0, \\\n 75000 title \"Miles Req 75k\" linetype 0, \\\n 100000 title \"Miles Req 100k\" linetype 0, \\\n 3000 title \"AQD Req 25k\" linetype 9 axes x1y2, \\\n 4000 title \"AQD Req 35k\" linetype 9 axes x1y2, \\\n 6000 title \"AQD Req 50k\" linetype 9 axes x1y2, \\\n 9000 title \"AQD Req 75k\" linetype 9 axes x1y2, \\\n 20000 title \"AQD Req 100k\" linetype 9 axes x1y2 \n","old_contents":"set xdata time\nset timefmt '%Y-%m-%d'\nset format x '%Y-%m-%d'\nset xrange [\"2017-01-01\":\"2018-01-01\"]\n#set xtics rotate by -7\nset xtics (\"Jan\" \"2017-01-01\", \"Feb\" \"2017-02-01\", \"Mar\" \"2017-03-01\", \"Apr\" \"2017-04-01\", \"May\" \"2017-05-01\", \"June\" \"2017-06-01\", \"July\" \"2017-07-01\", \"Aug\" \"2017-08-01\", \"Sept\" \"2017-09-01\", \"Oct\" \"2017-10-11\", \"Nov\", \"2017-11-01\", \"Dec\", \"2017-12-011\")\nset yrange [0:101000]\nset y2range [0:25000]\nset ytics (\"25000mi\\n25seg\" 25000, \"35000mi\\n35seg\" 35000, \"50000mi\\n50seg\" 50000, \"75000mi\\n75seg\" 75000, \"95seg\" 95000, \"100000mi\" 100000)\nset ylabel \"Required Miles \/ Segments\"\nset y2tics (\"$3000\" 3000, \"$4000\" 4000, \"$6000\" 6000, \"$9000\" 9000, \"$20000\" 20000)\nset y2label \"Required Dollars\"\n#set y2label textcolor rgbcolor \"purple\"\nset key center top title \" \"\nset terminal canvas size 1600,900 enhanced font 'Verdana,10' \nset output 'output.html'\nset datafile separator \",\"\nset arrow from \"2017-01-01\",0 to \"2017-12-31\",50000 nohead lt -1 lw 0.2 lc rgb \"red\" #mi\/seg\nset arrow from \"2017-01-01\",0 to \"2017-12-31\",75000 nohead lt -1 lw 0.2 lc rgb \"red\" #mi\/seg \nset arrow from \"2017-01-01\",0 to \"2017-12-31\",100000 nohead lt -1 lw 1.2 lc rgb \"green\" #mi\nset arrow from \"2017-01-01\",0 to \"2017-12-31\",95000 nohead lt -1 lw 0.2 lc rgb \"blue\" #seg\nset arrow from \"2017-01-01\",second 0 to \"2017-12-31\",second 20000 nohead lt -1 lw 0.5 lc rgb \"green\" #$$\n\n\nplot 'all.csv' using 1:4 smooth cumulative title \"AQM Totals\" lw 2 lc rgb \"red\" with steps, \\\n 'aqs.csv' using 1:(column(0))*1000 title \"Segments\" lw 2 lc rgb \"blue\" with steps, \\\n 'all.csv' using 1:4 title \"Miles\" lc rgb \"red\", \\\n 'all.csv' using 1:5 title \"AQD\" axes x1y2 lc rgb \"green\" ,\\\n 'all.csv' using 1:5 smooth cumulative title \"AQD Totals\" axes x1y2 lw 2 lc rgb \"green\" with steps , \\\n 25000 title \"Miles Req 25k\" linetype 0, \\\n 35000 title \"Miles Req 35k\" linetype 0, \\\n 50000 title \"Miles Req 50k\" linetype 0, \\\n 75000 title \"Miles Req 75k\" linetype 0, \\\n 100000 title \"Miles Req 100k\" linetype 0, \\\n 3000 title \"AQD Req 25k\" linetype 9 axes x1y2, \\\n 4000 title \"AQD Req 35k\" linetype 9 axes x1y2, \\\n 6000 title \"AQD Req 50k\" linetype 9 axes x1y2, \\\n 9000 title \"AQD Req 75k\" linetype 9 axes x1y2, \\\n 20000 title \"AQD Req 100k\" linetype 9 axes x1y2 \n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"fca68e66aa96e879924d41a68b0f700cc521b883","subject":"bracket misplaced","message":"bracket misplaced\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0+utc_offset))\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a4838fcd98ddab336108275de5e36eb2ee1ea72f","subject":"added -lcblas, -latlas, -lgcc_s","message":"added -lcblas, -latlas, -lgcc_s\n","repos":"erdc\/proteus,erdc\/proteus,erdc\/proteus,erdc\/proteus","old_file":"proteusModule\/proteusConfig\/config.py.ranger.gnu","new_file":"proteusModule\/proteusConfig\/config.py.ranger.gnu","new_contents":"import os\n\nPROTEUS_INCLUDE_DIR = os.getenv('PROTEUS_PREFIX')+'\/include'\nPROTEUS_LIB_DIR = os.getenv('PROTEUS_PREFIX')+'\/lib'\nPROTEUS_EXTRA_COMPILE_ARGS= ['-DF77_POST_UNDERSCORE','-DUSE_BLAS','-DCMRVEC_BOUNDS_CHECK','-DMV_VECTOR_BOUNDS_CHECK']\nPROTEUS_EXTRA_LINK_ARGS=['-L'+os.getenv('TACC_ATLAS_LIB'),'-lcblas','-latlas','-lgcc_s']\nPROTEUS_EXTRA_FC_COMPILE_ARGS= ['-Wall']\nPROTEUS_EXTRA_FC_LINK_ARGS=['-L'+os.getenv('TACC_ATLAS_LIB'),'-lcblas','-latlas','-lgcc_s']\n\nPROTEUS_SUPERLU_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_SUPERLU_H = r'\"slu_ddefs.h\"'\nPROTEUS_SUPERLU_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_SUPERLU_LIB = 'superlu'\n\nPROTEUS_BLAS_INCLUDE_DIR = '.'\nPROTEUS_BLAS_H = r'\"proteus_blas.h\"'\nPROTEUS_BLAS_LIB_DIR = os.getenv('TACC_ATLAS_LIB')\nPROTEUS_BLAS_LIB = 'f77blas'\n\nPROTEUS_LAPACK_INCLUDE_DIR = '.'\nPROTEUS_LAPACK_H = r'\"proteus_lapack.h\"'\nPROTEUS_LAPACK_LIB_DIR = os.getenv('TACC_ATLAS_LIB')\nPROTEUS_LAPACK_LIB = 'lapack'\nPROTEUS_LAPACK_INTEGER = 'int'\n\nPROTEUS_MPI_INCLUDE_DIR = '.'\nPROTEUS_MPI_LIB_DIR = '.'\nPROTEUS_MPI_LIBS = []\n\nPROTEUS_TRIANGLE_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_TRIANGLE_H = r'\"triangle.h\"'\nPROTEUS_TRIANGLE_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_TRIANGLE_LIB ='tri'\n\n\nPROTEUS_DAETK_INCLUDE_DIR = [PROTEUS_INCLUDE_DIR]\nPROTEUS_DAETK_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_DAETK_LIB ='daetk'\n","old_contents":"import os\n\nPROTEUS_INCLUDE_DIR = os.getenv('PROTEUS_PREFIX')+'\/include'\nPROTEUS_LIB_DIR = os.getenv('PROTEUS_PREFIX')+'\/lib'\nPROTEUS_EXTRA_COMPILE_ARGS= ['-DF77_POST_UNDERSCORE','-DUSE_BLAS','-DCMRVEC_BOUNDS_CHECK','-DMV_VECTOR_BOUNDS_CHECK']\nPROTEUS_EXTRA_LINK_ARGS=[]\nPROTEUS_EXTRA_FC_COMPILE_ARGS= ['-Wall']\nPROTEUS_EXTRA_FC_LINK_ARGS=[]\n\nPROTEUS_SUPERLU_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_SUPERLU_H = r'\"slu_ddefs.h\"'\nPROTEUS_SUPERLU_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_SUPERLU_LIB = 'superlu'\n\nPROTEUS_BLAS_INCLUDE_DIR = '.'\nPROTEUS_BLAS_H = r'\"proteus_blas.h\"'\nPROTEUS_BLAS_LIB_DIR = os.getenv('TACC_ATLAS_LIB')\nPROTEUS_BLAS_LIB = 'f77blas'\n\nPROTEUS_LAPACK_INCLUDE_DIR = '.'\nPROTEUS_LAPACK_H = r'\"proteus_lapack.h\"'\nPROTEUS_LAPACK_LIB_DIR = os.getenv('TACC_ATLAS_LIB')\nPROTEUS_LAPACK_LIB = 'lapack'\nPROTEUS_LAPACK_INTEGER = 'int'\n\nPROTEUS_MPI_INCLUDE_DIR = '.'\nPROTEUS_MPI_LIB_DIR = '.'\nPROTEUS_MPI_LIBS = []\n\nPROTEUS_TRIANGLE_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_TRIANGLE_H = r'\"triangle.h\"'\nPROTEUS_TRIANGLE_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_TRIANGLE_LIB ='tri'\n\n\nPROTEUS_DAETK_INCLUDE_DIR = [PROTEUS_INCLUDE_DIR]\nPROTEUS_DAETK_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_DAETK_LIB ='daetk'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f4ef8e6326404d212ce74c54a8497e1a1f19b48b","subject":"Histogram binning kernels into three categories (small, medium, and larger problem size).","message":"Histogram binning kernels into three categories (small, medium, and larger problem size).\n","repos":"hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm","old_file":"samples\/cp2k\/smm-test.plt","new_file":"samples\/cp2k\/smm-test.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm-test\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = STATS_max\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.0f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.0f\", STATS_median)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Binned by Problem Size)\" }\nset style fill solid 1.0 noborder\nset style data histograms\nset style histogram columnstacked\nset boxwidth 0.5 relative\nset noborder\nunset key\nunset xtics\nunset ytics\nset xrange [-0.5:2.5]\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nplot newhistogram at 0 linetype 1, \\\n BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)<=(MAXMNK*1.0\/3.0)?column(FLOPS):1\/0) notitle, \\\n newhistogram at 1 linetype 1, \\\n BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)<=(MAXMNK*2.0\/3.0)?column(FLOPS):1\/0) notitle, \\\n newhistogram at 2 linetype 1, \\\n BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)<=(MAXMNK*3.0\/3.0)?column(FLOPS):1\/0) notitle\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset y2label \"GFLOP\/s\"\nset y2tics nomirror\nunset ytics\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x*0.99:x*1.01] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.0f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 2 * x, h(x)\nset label 2 sprintf(\"%.0f GFLOP\/s\", h(x)) at 1.5 * x, h(x) centre offset 0, -1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm-test\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0)\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.0f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.0f\", STATS_median)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset y2label \"GFLOP\/s\"\nset y2tics nomirror\nunset ytics\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x*0.99:x*1.01] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.0f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 2 * x, h(x)\nset label 2 sprintf(\"%.0f GFLOP\/s\", h(x)) at 1.5 * x, h(x) centre offset 0, -1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"45e55146f6d41e469cde096b18669a8d1c42b308","subject":"unit testing eval of list expr","message":"unit testing eval of list expr\n","repos":"erikerlandson\/classad_pl","old_file":"test\/classad_eval.plt","new_file":"test\/classad_eval.plt","new_contents":":- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n\n:- use_module('..\/lib\/classad_parser.pl').\n:- use_module('..\/lib\/classad_eval.pl').\n\n:- begin_tests(classad_eval_ut).\n\ntest('error 1') :-\n parse(\"[a = error;]\", C),\n eval(a, C, R),\n assertion(R == error).\n\ntest('undefined 1') :-\n parse(\"[a = undefined;]\", C),\n eval(a, C, R),\n assertion(R == undefined).\n\ntest('true 1') :-\n parse(\"[a = true;]\", C),\n eval(a, C, R),\n assertion(R == true).\n\ntest('false 1') :-\n parse(\"[a = false;]\", C),\n eval(a, C, R),\n assertion(R == false).\n\ntest('number 1') :-\n parse(\"[a = 0;]\", C),\n eval(a, C, R),\n assertion(R == 0).\n\ntest('string 1') :-\n parse(\"[a = \\\"fred and wilma\\\";]\", C),\n eval(a, C, R),\n assertion(R == '[str]'('fred and wilma')).\n\ntest('classad 1') :-\n parse(\"[a = [b=0;];]\", C),\n eval(a, C, R),\n assertion(functor(R,'[classad]',1)),\n eval(b, R, R2),\n assertion(R2 == 0).\n\ntest('list 0') :-\n parse(\"[a = {};]\", C),\n eval(a, C, R),\n assertion(R == []).\n\ntest('list 1') :-\n parse(\"[a = {0};]\", C),\n eval(a, C, R),\n assertion(R == [0]).\n\ntest('list 2') :-\n parse(\"[a = {0, true};]\", C),\n eval(a, C, R),\n assertion(R == [0, true]).\n\ntest('list 3') :-\n parse(\"[x = 42; a = {0, true, x};]\", C),\n eval(a, C, R),\n assertion(R == [0, true, 42]).\n\n:- end_tests(classad_eval_ut).\n","old_contents":":- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n\n:- use_module('..\/lib\/classad_parser.pl').\n:- use_module('..\/lib\/classad_eval.pl').\n\n:- begin_tests(classad_eval_ut).\n\ntest('error 1') :-\n parse(\"[a = error;]\", C),\n eval(a, C, R),\n assertion(R == error).\n\ntest('undefined 1') :-\n parse(\"[a = undefined;]\", C),\n eval(a, C, R),\n assertion(R == undefined).\n\ntest('true 1') :-\n parse(\"[a = true;]\", C),\n eval(a, C, R),\n assertion(R == true).\n\ntest('false 1') :-\n parse(\"[a = false;]\", C),\n eval(a, C, R),\n assertion(R == false).\n\ntest('number 1') :-\n parse(\"[a = 0;]\", C),\n eval(a, C, R),\n assertion(R == 0).\n\ntest('string 1') :-\n parse(\"[a = \\\"fred and wilma\\\";]\", C),\n eval(a, C, R),\n assertion(R == '[str]'('fred and wilma')).\n\ntest('classad 1') :-\n parse(\"[a = [b=0;];]\", C),\n eval(a, C, R),\n assertion(functor(R,'[classad]',1)),\n eval(b, R, R2),\n assertion(R2 == 0).\n\n:- end_tests(classad_eval_ut).\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"3691f5a2d8a6c0bf99e85cb3355f54b4c265d6ee","subject":"not yet Y-ranging","message":"not yet Y-ranging\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n#FIXME: need stats on delta($7)\n#stats ifname using 7 name \"upY\" nooutput\n#Y_max = upY_max * 1.1 * 8\/60\n\n#FIXME: need stats on delta($6)\n#stats ifname using 6 name \"dnY\" nooutput\n#Y_min = dnY_max * -1.1 * 8\/60\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\nset yrange [:100]\nset autoscale y\nset format y \"%3.0s %c\"\n#set yrange [ Y_min : Y_max ]\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill transparent solid 0.05 noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#33bb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#330000bb\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\nstats ifname using 7 name \"upY\" nooutput\nY_max = upY_max * 1.1 * 8\/60\n\nstats ifname using 6 name \"dnY\" nooutput\nY_min = dnY_max * -1.1 * 8\/60\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\nset yrange [:100]\nset autoscale y\nset format y \"%3.0s %c\"\nset yrange [ Y_min : Y_max ]\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill transparent solid 0.05 noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#33bb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#330000bb\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"653a86ecbccb71295330d343485b91ab9f9fca3a","subject":"back to lines","message":"back to lines\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with lines ls 0.1 fc \"black\" axes x1y2\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with dots fc \"black\" axes x1y2\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b6bf470593ec9891ffe57b81ff28b801207dbba0","subject":"graph a line","message":"graph a line\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"kamactual.gp","new_file":"kamactual.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 5 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 5 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 5 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):5 title \" Vermogen [W]\" with lines lw 0.1 fc fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):5 with lines lw 0.1 fc fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):5 with lines lw 0.1 fc fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 5 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 5 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 5 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):5 title \" Vermogen [W]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):5 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):5 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d52d52a8bcae247e9915d7a8fc8e75fa892dac4e","subject":"Nicer fonts.","message":"Nicer fonts.\n","repos":"kristapsdz\/kcgi,kristapsdz\/kcgi","old_file":"figure2.gnuplot","new_file":"figure2.gnuplot","new_contents":"#!\/usr\/local\/bin\/gnuplot\nset terminal pngcairo crop enhanced font \"Times,12\"\nset output 'figure2.png'\nset border linewidth 1.5\nset style line 1 lc rgb '#800000' lt 1 lw 2\nset style line 2 lc rgb '#ff0000' lt 1 lw 2\nset style line 3 lc rgb '#ff4500' lt 1 lw 2\nset style line 4 lc rgb '#ffa500' lt 1 lw 2\nset style line 5 lc rgb '#006400' lt 1 lw 2\nset style line 6 lc rgb '#0000ff' lt 1 lw 2\nset style line 7 lc rgb '#9400d3' lt 1 lw 2\nset style line 11 lc rgb '#808080' lt 1\nset border 19 back ls 11\nset tics nomirror out scale 0.75\nset style line 12 lc rgb'#808080' lt 0 lw 1\nset grid back ls 12\n#########################################################\nset key bottom right\nset xlabel 'milliseconds'\nset datafile separator '\\t'\n\nstats 'figure2-cgi.tsv' u 5 nooutput\nnr1=STATS_records\nstats 'figure2-fcgi.tsv' u 5 nooutput\nnr2=STATS_records\nstats 'figure2-static.tsv' u 5 nooutput\nnr3=STATS_records\nstats 'figure2-cgi-naked.tsv' u 5 nooutput\nnr4=STATS_records\n\nset xrange [0:60]\nplot 'figure2-static.tsv' u 5:(1.0\/nr3) s cum lw 2 ti 'static', \\\n 'figure2-cgi.tsv' u 5:(1.0\/nr1) s cum lw 2 ti 'CGI', \\\n 'figure2-cgi-naked.tsv' u 5:(1.0\/nr4) s cum lw 2 ti 'CGI (simple)', \\\n 'figure2-fcgi.tsv' u 5:(1.0\/nr2) s cum lw 2 ti 'FastCGI'\n","old_contents":"#!\/usr\/local\/bin\/gnuplot\nset terminal pngcairo crop enhanced font \"Times,15\"\nset output 'figure2.png'\nset border linewidth 1.5\nset style line 1 lc rgb '#800000' lt 1 lw 2\nset style line 2 lc rgb '#ff0000' lt 1 lw 2\nset style line 3 lc rgb '#ff4500' lt 1 lw 2\nset style line 4 lc rgb '#ffa500' lt 1 lw 2\nset style line 5 lc rgb '#006400' lt 1 lw 2\nset style line 6 lc rgb '#0000ff' lt 1 lw 2\nset style line 7 lc rgb '#9400d3' lt 1 lw 2\nset style line 11 lc rgb '#808080' lt 1\nset border 19 back ls 11\nset tics nomirror out scale 0.75\nset style line 12 lc rgb'#808080' lt 0 lw 1\nset grid back ls 12\n#########################################################\nset key bottom right\nset xlabel 'milliseconds'\nset datafile separator '\\t'\n\nstats 'figure2-cgi.tsv' u 5 nooutput\nnr1=STATS_records\nstats 'figure2-fcgi.tsv' u 5 nooutput\nnr2=STATS_records\nstats 'figure2-static.tsv' u 5 nooutput\nnr3=STATS_records\nstats 'figure2-cgi-naked.tsv' u 5 nooutput\nnr4=STATS_records\n\nset xrange [0:60]\nplot 'figure2-static.tsv' u 5:(1.0\/nr3) s cum lw 4 ti 'static', \\\n 'figure2-cgi.tsv' u 5:(1.0\/nr1) s cum lw 4 ti 'CGI', \\\n 'figure2-cgi-naked.tsv' u 5:(1.0\/nr4) s cum lw 4 ti 'CGI (simple)', \\\n 'figure2-fcgi.tsv' u 5:(1.0\/nr2) s cum lw 4 ti 'FastCGI'\n","returncode":0,"stderr":"","license":"isc","lang":"Gnuplot"} {"commit":"32d537691ad79ab00b5d87a1e5a28d7c277b816d","subject":"rotate xtics","message":"rotate xtics\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"testgraph.gp","new_file":"testgraph.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\nset datafile separator ';'\n\n# Title of the plot\nset title \"Test graph -`echo \"$TIMEZONEGAP\"`-\"\n\n# We want a grid\nset grid\n\n# Ignore missing values\n#set datafile missing \"NaN\"\n\n# X-axis label\nset xlabel \"Date\/Time\"\n\n# set X-axis range to current date only\n#set xrange [\"$YESTERDAY\":\"$TODAY\"]\n\n# Y-axis ranges from 0 deg C to 100 deg C, same scale as for humidity\nset yrange [15:20]\n\n# Y2-axis set from 800 to 1200 kPa, used for barometric pressure\nset autoscale y2\n\n# place ticks on second Y2-axis\nset y2tics border\n\n# Title for Y-axis\nset ylabel \"Temperature [degC]\"\n\n# Title for Y2-axis\nset y2label \"Raw values [mV]\"\n\n# Define that data on X-axis should be interpreted as time\nset xdata time\nset xtic rotate by -45\n\n# Time in log-file is given in Unix format\nset timefmt \"%s\"\n\n# Display notation for time\nset format x \"%D\\n%R\" # Display time in 24 hour notation on the X axis\n\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"--legend--\"\n\n# output into png file\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# read data from file and generate plot\nplot \"\/tmp\/sql.csv\" using ($2+3600):4 title \"Temperature [degC]\" with lines \\\n ,\"\" using ($2+3600):3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\nset datafile separator ';'\n\n# Title of the plot\nset title \"Test graph -`echo $TIMEZONEGAP`-\"\n\n# We want a grid\nset grid\n\n# Ignore missing values\n#set datafile missing \"NaN\"\n\n# X-axis label\nset xlabel \"Date\/Time\"\n\n# set X-axis range to current date only\n#set xrange [\"$YESTERDAY\":\"$TODAY\"]\n\n# Y-axis ranges from 0 deg C to 100 deg C, same scale as for humidity\nset yrange [15:20]\n\n# Y2-axis set from 800 to 1200 kPa, used for barometric pressure\nset autoscale y2\n\n# place ticks on second Y2-axis\nset y2tics border\n\n# Title for Y-axis\nset ylabel \"Temperature [degC]\"\n\n# Title for Y2-axis\nset y2label \"Raw values [mV]\"\n\n# Define that data on X-axis should be interpreted as time\nset xdata time\n\n# Time in log-file is given in Unix format\nset timefmt \"%s\"\n\n# Display notation for time\nset format x \"%D\\n%R\" # Display time in 24 hour notation on the X axis\n\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"--legend--\"\n\n# output into png file\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# read data from file and generate plot\nplot \"\/tmp\/sql.csv\" using ($2+3600):4 title \"Temperature [degC]\" with lines \\\n ,\"\" using ($2+3600):3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"eb64c4029cb9d6eac37bcd9845884be3b28a92bd","subject":"Add v:obj_rewrite\/6 (Weak) form UTs","message":"Add v:obj_rewrite\/6 (Weak) form UTs\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\ntest(class_descendant1,\n [List == [callup_v, citizen_v, class_create_test_v]]\n ) :-\n\n findall(X, class_descendant(man_v, X), List0),\n msort(List0, List).\n\ntest(class_descendant2, [List == []]) :-\n\n findall(X, class_descendant(callup_v, X), List).\n\ntest(class_descendant3, [List == []]) :-\n\n obj_construct(tarjan_vertex_v, [], [], V),\n obj_rebase((object_v -> callup_v), V, _),\n findall(X, class_descendant(callup_v, X), List).\n\ntest(class_same_or_descendant1,\n [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n ) :-\n\n findall(X, class_same_or_descendant(man_v, X), List0),\n msort(List0, List).\n\ntest(class_same_or_descendant2,\n [List == [callup_v]]\n ) :-\n\n findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_same_or_descendant3, [List == [callup_v]]) :-\n\n obj_construct(tarjan_vertex_v, [], [], V),\n obj_rebase((object_v -> callup_v), V, _),\n findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_option_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_option_list(Man, List).\n \ntest(obj_option_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_option_list(Man, List).\n \ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\ntest(class_descendant1,\n [List == [callup_v, citizen_v, class_create_test_v]]\n ) :-\n\n findall(X, class_descendant(man_v, X), List0),\n msort(List0, List).\n\ntest(class_descendant2, [List == []]) :-\n\n findall(X, class_descendant(callup_v, X), List).\n\ntest(class_descendant3, [List == []]) :-\n\n obj_construct(tarjan_vertex_v, [], [], V),\n obj_rebase((object_v -> callup_v), V, _),\n findall(X, class_descendant(callup_v, X), List).\n\ntest(class_same_or_descendant1,\n [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n ) :-\n\n findall(X, class_same_or_descendant(man_v, X), List0),\n msort(List0, List).\n\ntest(class_same_or_descendant2,\n [List == [callup_v]]\n ) :-\n\n findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_same_or_descendant3, [List == [callup_v]]) :-\n\n obj_construct(tarjan_vertex_v, [], [], V),\n obj_rebase((object_v -> callup_v), V, _),\n findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_option_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_option_list(Man, List).\n \ntest(obj_option_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_option_list(Man, List).\n \ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"da56e57cffeebb6bf7f98bd3ab0285b7602f0622","subject":"[FEATURE] Include trend lines for both response times and error rates","message":"[FEATURE] Include trend lines for both response times and error rates\n","repos":"bvdwiel\/loadtest,bvdwiel\/loadtest","old_file":"statistics.gnuplot","new_file":"statistics.gnuplot","new_contents":"set terminal 'pngcairo' size 1920, 1080\nset output 'statistics.png'\nset datafile separator ','\nset title 'Average response time versus concurrency level'\nset xlabel 'Concurrency level (number of simultaneous users)'\nset ylabel 'Average response time (ms.)'\nset style line 1 lc rgb '#0060ad' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset pointintervalbox 3\nset grid\nset xrange [40:110]\nset yrange [0:3000]\nset xtics (0,10,20,30,40,50,60,70,80,90,100,110,120,130,140,150,160,170,180,190.200,210)\nset ytics 500\nset y2label \"Error count\"\nset y2range [0:80]\nset y2tics 10\nset style line 2 lc rgb '#900000' lt 1 lw 2 pt 7 pi -1 ps 1.5\nf(x) = a*x**b;\nfit [50:100] f(x) \"averages.csv\" using 2:1 via a, b\ng(x) = u*x**v;\nfit g(x) \"errorrate.csv\" using 2:1 via u, v\nplot \"averages.csv\" using 2:1 with linespoints ls 1 title 'Response time (y1)' axes x1y1, \"errorrate.csv\" using 2:1 with linespoints ls 2 title \"Error rate (y2)\" axes x1y2, f(x) with lines title \"Response time trend (y1)\", g(x) with lines title \"Error rate trend (y2)\" axes x1y2\n","old_contents":"set terminal 'pngcairo' size 1920, 1080\nset output 'statistics.png'\nset datafile separator ','\nset title 'Average response time versus concurrency level'\nset xlabel 'Concurrency level (number of simultaneous users)'\nset ylabel 'Average response time (ms.)'\nset style line 1 lc rgb '#0060ad' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset pointintervalbox 3\nset grid\nset xrange [0:160]\nset yrange [0:10000]\nset xtics (0,10,20,30,40,50,60,70,80,90,100,110,120,130,140,150,160,170,180,190.200,210)\nset ytics 500\nset y2label \"Error count\"\nset y2range [0:80]\nset y2tics 10\nset style line 2 lc rgb '#900000' lt 1 lw 2 pt 7 pi -1 ps 1.5\nf(x) = a*x**b;\nfit f(x) \"averages.csv\" using 2:1 via a, b \n#plot \"averages.csv\" using 2:1 with points title \"data points\", f(x) with lines title \"trendlijn\", a, b\nplot \"averages.csv\" using 2:1 with linespoints ls 1 title 'Response time (y1)' axes x1y1, \"errorrate.csv\" using 2:1 with linespoints ls 2 title \"Error rate (y2)\" axes x1y2, f(x) with lines title \"Response time power trend\"\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"764e4f74f0c63cdcdfb41b38d428213edf3246c0","subject":"obj_rewrite_old_new_unify added","message":"obj_rewrite_old_new_unify added\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\r\n:- use_module(u(v)).\r\n:- use_module(u(internal\/objects_i)).\r\n:- use_module(u(http\/v\/http_user_v)).\r\n:- use_module(u(util\/lambda)).\r\n\r\ntest(class_create1, [setup(reload_classes)]) :-\r\n % test class_create\/3 version\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [id]).\r\n\r\ntest(class_create2, [setup(reload_classes)]) :-\r\n % test class_create\/4 version\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [a, birthday]).\r\n\r\ntest(class_create3,\r\n [error(class_exists(class_create_test_v)),\r\n setup(reload_classes)]\r\n ) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n class_create(class_create_test_v, citizen_v, [d, e]).\r\n\r\ntest(class_create_feature1, [setup(reload_classes)]) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n obj_key(CCTO, Key),\r\n assertion(Key == []).\r\n\r\ntest(class_create_key_inheritance,\r\n [setup(reload_classes)]) :-\r\n\r\n class_create(c1_v, citizen_v, [c1_fld], [id]),\r\n obj_construct(c1_v, [], [], O),\r\n arg(1, O, Clid),\r\n get_keymaster(Clid, Kid),\r\n class_primary_id(citizen_v, Id),\r\n assertion(Kid == Id).\r\n\r\n% test(class_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v]]\r\n% ) :-\r\n\r\n% findall(X, class_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_descendant2, [List == []]) :-\r\n\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\n% test(class_descendant3, [List == []]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\ntest(obj_reinterpret1, [L == [man_v]]) :-\r\n obj_construct(man_v, [], [], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(obj_reinterpret2, [L == [man_v, passport_v], blocked(rebase_family)]) :-\r\n obj_construct(man_v, [name, surname, sex], ['Sergei', 'Lodyagin', max], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(class_name1) :-\r\n\r\n class_name(man_v).\r\n\r\ntest(class_name2, [fail]) :-\r\n\r\n class_name(man_man_v).\r\n\r\ntest(class_name3) :-\r\n\r\n findall(Class, class_name(Class), Names),\r\n sort(Names, Names2),\r\n length(Names, N1),\r\n length(Names2, N2),\r\n assertion(N1 =:= N2),\r\n assertion(N1 > 10).\r\n\r\n% test(class_same_or_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_same_or_descendant2,\r\n% [List == [callup_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\ntest(class_parent1, [Parent == man_v]) :-\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent1_2, [Parent == man_v]) :-\r\n obj_construct(citizen_v, [], [], Obj1),\r\n obj_rebase((man_v -> http_result_v), Obj1, _),\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent2,\r\n [setup(reload_classes),\r\n L == [callup_v, class_create_test_v]]) :-\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent2_2, [setup(reload_classes), L == [callup_v]]) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent3) :-\r\n findall(p(A, B), class_parent(A, B), L),\r\n length(L, N),\r\n assertion(N > 10).\r\n\r\ntest(class_parent3_2) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(p(A, B), class_parent(A, B), L),\r\n assertion(\\+ memberchk(p(callup_v, http_result_v), L)).\r\n\r\ntest(eval_obj_expr1,\r\n [[E0, E1, E2, E3]\r\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\r\n ) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url], WWW_Addr),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr], HTTP_Result),\r\n obj_construct(man_v,\r\n [name], [HTTP_Result], Man),\r\n eval_obj_expr(Man, E0),\r\n eval_obj_expr(Man\/name, E1),\r\n eval_obj_expr(Man\/name\/www_address, E2),\r\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\r\n E3).\r\n\r\ntest(eval_obj_expr2_list) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n [HTTP_Result1, HTTP_Result2] \/ www_address\r\n \/ http_request_url =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr3_4_ops) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n maplist(\\Name^Obj^\r\n obj_construct(man_v, [name], [Name], Obj),\r\n [HTTP_Result1, HTTP_Result2],\r\n Mans),\r\n Mans \/ name \/ www_address \/ http_request_url\r\n =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr4_compound1,\r\n [error(no_object_field(_, name), _)]) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\r\n\r\ntest(eval_obj_expr4_compound2) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\r\n R1 \/\/ name ^= R2,\r\n R2 \/\/ http_request_url ^= R3,\r\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\r\n assertion(R2 == R1),\r\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\r\n = p('Artemiy', A2))).\r\n\r\ntest(eval_obj_expr5_throw1,\r\n [error(no_object_field(Man, url), _)]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_fail1, [fail]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n eval_obj_expr(Man \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail2, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail3, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr6_list) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], H2),\r\n H2\/name ^= [a, H1\/body],\r\n assertion(H2\/name =^= [a, body]).\r\n\r\ntest(eval_obj_expr6_compound) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], MH),\r\n MH\/name ^= p(a, H1\/body) \/\/ ss,\r\n assertion(MH\/name =^= p(a, body)).\r\n\r\ntest(eval_obj_expr7) :-\r\n\r\n V = [s, l],\r\n obj_construct(man_v, [name, surname], V, Obj),\r\n assertion(Obj \/ [name, surname] =^= V).\r\n\r\ntest(eval_obj_expr8) :-\r\n\r\n obj_construct(http_header_v, [name, body], [connection, x], H1),\r\n obj_construct(http_header_v, [name, body], [date, y], H2),\r\n obj_construct(http_general_headers_v, [connection, date], [H1, H2], O),\r\n assertion(O \/ [date, connection] \/ body =^= [y, x]).\r\n\r\ntest(eval_obj_expr9) :-\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Name = 'Oleg',\r\n obj_construct(www_address_v, [http_request_url], [Url], WWW_Addr),\r\n obj_construct(man_v,\r\n [name, surname],\r\n [Name, WWW_Addr], O),\r\n assertion(O \/ [name, surname \/ http_request_url]\r\n =^= [Name, Url]).\r\n\r\ntest(eval_obj_expr10, [Value =@= _]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ name \/\/ no_such_field123, Value ).\r\n\r\ntest(eval_obj_expr11_1, [fail]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ no_such_field123, fail, _).\r\n\r\ntest(eval_obj_expr11_2, [fail]) :-\r\n eval_obj_expr(_ \/ fld, fail, _).\r\n\r\ntest(obj_construct_with_evals1) :-\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday],\r\n [citizen_v, citizen_v, 1994], O1),\r\n obj_field(O1, class, Class1),\r\n assertion(Class1 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, functor, class],\r\n [1994, citizen_v, citizen_v], O2),\r\n obj_field(O2, class, Class2),\r\n assertion(Class2 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, sex, functor, class],\r\n [1994, man, citizen_v, callup_v], O3),\r\n obj_field(O3, class, Class3),\r\n assertion(Class3 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [citizen_v, callup_v, 1994, man], O4),\r\n obj_field(O4, class, Class4),\r\n assertion(Class4 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [X, Y, 1994, man], O5),\r\n obj_field(O5, class, Class5),\r\n assertion(Class5 == callup_v),\r\n assertion(X = citizen_v),\r\n assertion(Y = callup_v).\r\n\r\n\r\ntest(obj_construct_bug1) :-\r\n\r\n class_fields(man_v, Field_Names),\r\n obj_construct(man_v, Field_Names, Field_Names, Obj),\r\n Obj =.. [man_v, _|Field_Names2],\r\n\r\n assertion(Field_Names == Field_Names2).\r\n\r\ntest(obj_copy1) :-\r\n\r\n obj_construct(man_v, [], [], M1),\r\n obj_copy(M1, M2),\r\n obj_field(M1, name, 'Masha'),\r\n obj_field(M2, name, 'Vitya').\r\n\r\ntest(obj_copy2) :-\r\n\r\n new_http_user(U1),\r\n obj_copy(U1, U2),\r\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(obj_diff1,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\ntest(obj_diff2,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\r\n obj_rebase((object_v -> db_object_v), M1_0, M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year).\r\ntest(obj_downcast1,\r\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_downcast(C0, C1),\r\n arg(1, C1, Class_Id).\r\n\r\n% Downcast of rebased object\r\ntest(obj_downcast_rebased,\r\n [% birthday, country, db_key, db_ref, fit_..., height, id, name, sex, surname, weight\r\n true(C2 =@= callup_v(C2_Class_Id, 1994, _, _, _, _, _, _, _, _, man, _, _))\r\n ]) :-\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_rebase((object_v -> db_object_v), C0, C1),\r\n obj_downcast(C1, callup_v, C2),\r\n obj_construct(callup_v, [], [], CC),\r\n arg(1, C2, C2_Class_Id), \r\n arg(1, CC, CC_Class_Id),\r\n assertion(C2_Class_Id =\\= CC_Class_Id).\r\n \r\n% Downcast of rebased object\r\ntest(obj_downcast2_rebased,\r\n [% birthday, country, db_key, db_ref, fit_..., height, id, name, sex, surname, weight\r\n true(C2 =@= callup_v(C2_Class_Id, 1994, _, _, _, _, _, _, _, _, man, _, _))\r\n ]) :-\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_rebase((object_v -> db_object_v), C0, C1),\r\n obj_downcast(C1, C2),\r\n obj_construct(callup_v, [], [], CC),\r\n arg(1, C2, C2_Class_Id), \r\n arg(1, CC, CC_Class_Id),\r\n assertion(C2_Class_Id =\\= CC_Class_Id).\r\n \r\ntest(obj_field1, [Flds == Vals]) :-\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\r\n\r\ntest(obj_field2, [Flds3 == Flds4]) :-\r\n% Each eval field must be evaluable only once\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\r\n sort(Flds2, Flds3),\r\n msort(Flds2, Flds4).\r\n\r\ntest(obj_field3, [Surname == 'Grisha']) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_field(Man, name, Name),\r\n obj_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_field_bug1, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [woman], Obj),\r\n obj_field(Obj, sex, man).\r\n\r\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_is_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_is_descendant2) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_is_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_is_descendant(Man2, db_object_v).\r\n\r\ntest(obj_is_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_construct(object_v, [], [], M),\r\n\tobj_is_descendant(C, M).\r\n\r\ntest(obj_same_or_descendant1, [List == [ man_v, object_base_v, object_v]]) :-\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_same_or_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_same_or_descendant2) :-\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_same_or_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_same_or_descendant(Man2, db_object_v).\r\n\r\ntest(obj_same_or_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_same_or_descendant(C, citizen_v).\r\n\r\n\r\ntest(obj_set_field1, [Surname =@= _]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_set_field(Man, name, Name),\r\n obj_set_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\r\n\r\n obj_construct(man_v, [name, surname], [Name, Name], Man),\r\n obj_set_field(Man, name, 'Grisha'),\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_key1) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\ntest(obj_key2) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\r\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2_0),\r\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\n\r\ntest(obj_list1,\r\n [List =@= [country = ['Soviet Union'],\r\n sex = man,\r\n surname = 'Mayakovsky']]\r\n ) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_list2, [List =@= []]) :-\r\n\r\n obj_construct(citizen_v, [], [], Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_parents1_1,\r\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\r\n\r\n obj_construct(citizen_v, [], [], V),\r\n obj_parents(V, P).\r\n\r\ntest(obj_parents2_1) :-\r\n obj_construct(citizen_v,\r\n [sex, surname, country, birthday],\r\n [man, 'Mayakovsky', ['Soviet Union'], 1994],\r\n Man1),\r\n New_Parents_Order = [citizen_v, tarjan_vertex_v, man_v, object_v, object_base_v],\r\n obj_parents(Man1, New_Parents_Order, Man2),\r\n obj_parents(Man1, P1),\r\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\r\n obj_parents(Man2, P2),\r\n assertion(P2 == New_Parents_Order),\r\n obj_list(Man1, L1),\r\n obj_list(Man2, L2),\r\n assertion(L1 == L2),\r\n obj_field(Man1, class, C1),\r\n obj_field(Man2, class, C2),\r\n obj_field(Man1, functor, F1),\r\n obj_field(Man2, functor, F2),\r\n assertion([F1, F2, C1, C2] == [citizen_v, citizen_v, callup_v, callup_v]).\r\n\r\ntest(obj_parents2_bug1) :-\r\n\r\n obj_construct(man_v, [name, surname], [s, l], M),\r\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\r\n obj_unify(M1, [name, surname], NS),\r\n assertion(NS == [s, l]).\r\n\r\ntest(obj_rebase1) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_parents(V1, P1),\r\n assertion(P1 == [http_request_headers_v, http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_parents(V2, P2),\r\n assertion(P2 == [http_request_headers_v,\r\n http_response_headers_v,http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_request_headers_v ->\r\n http_invalid_mixed_headers_v), V2, V3),\r\n obj_parents(V3, P3),\r\n assertion(P3 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_headers_v,\r\n object_v,object_base_v]).\r\n\r\ntest(obj_rebase2_transitivity,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n obj_parents(M3, P3),\r\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\r\n object_v, object_base_v]).\r\n\r\ntest(obj_rebase3_transitivity2,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n foreach(obj_field(M3, _, _), true).\r\n\r\ntest(obj_rebase4) :-\r\n obj_construct(http_header_v, [], [], H1),\r\n obj_rebase((http_header_v -> http_invalid_header_v), H1, H2),\r\n obj_parents(H2, P2),\r\n assertion(P2 == [http_invalid_header_v, http_header_v, object_v,\r\n object_base_v]).\r\n\r\ntest(obj_rebase_keymaster) :-\r\n obj_construct(citizen_v, [], [], Citizen0),\r\n obj_construct(callup_v, [], [], Callup0),\r\n obj_rebase((object_v -> db_object_v), Citizen0, Citizen),\r\n obj_rebase((object_v -> db_object_v), Callup0, Callup),\r\n arg(1, Citizen, CiId),\r\n arg(1, Callup, CaId),\r\n get_keymaster(CiId, K1_Id),\r\n get_keymaster(CaId, K2_Id),\r\n assertion(K1_Id == K2_Id).\r\n\r\ntest(obj_rebase_cycle, error(class_inheritance_cycle([tarjan_vertex_v,db_object_v,man_v,object_v,object_base_v],db_object_v,man_v))) :-\r\n obj_construct(tarjan_vertex_v, [], [], O1),\r\n obj_rebase((object_v -> db_object_v), O1, O2),\r\n obj_rebase((object_v -> man_v), O2, _).\r\n\r\ntest(obj_rebase_bug1) :-\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug2) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug3_1) :-\r\n\r\n obj_construct(db_object_v, [], [], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(db_object_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =\\= Class_Id3),\r\n\r\n class_primary_id(object_v, Object_V_Id),\r\n assertion(Obj3 == object_v(Object_V_Id)).\r\n\r\ntest(obj_rebase_bug3_2) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2).\r\n\r\ntest(obj_rebase_bug4,\r\n [throws(error(cant_rebase_to_object_base_v,\r\n context(obj_rebase\/3, _)))]) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug5, [X == 1]) :-\r\n\r\n obj_construct(http_headers_v, [], [], O0),\r\n obj_rebase((http_headers_v\r\n -> http_response_headers_v), O0, O1),\r\n obj_rebase((http_headers_v\r\n -> http_invalid_bulk_headers_v), O1, O2),\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O2, O3),\r\n O3 \/ set_cookie ^= 1,\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O3, O4),\r\n obj_field(O4, set_cookie, X).\r\n\r\ntest(obj_reset_fields1) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\r\n\r\n obj_reset_fields([weight], Man1, Man2),\r\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\r\n\r\n obj_reset_fields([], Man2, Man3),\r\n assertion(Man3 =@= Man2).\r\n\r\ntest(obj_reset_fields2, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height, age], Man0, _).\r\n\r\ntest(obj_reset_fields_weak) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields_weak([name, height, age], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\r\n\r\ntest(obj_reset_fields_with_evals, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], O),\r\n obj_reset_fields([age], O, _).\r\n\r\ntest(obj_rewrite) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name],\r\n [Old_Height, Old_Weight, Name],\r\n [1.44, 69, Name],\r\n Luda2),\r\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\r\n obj_rewrite(Luda2,\r\n [height, weight, name],\r\n Luda2_Pars,\r\n [1.45, 64, _],\r\n Luda3),\r\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\r\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\r\n assertion(Luda3_Pars =@= [1.45, 64, _]).\r\n\r\ntest(obj_rewrite_weak1,\r\n [throws(error(no_object_field(Luda1, country), _))]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak2,\r\n [[Old_Height, Old_Weight, Name, Old_Country]\r\n =@= [1.40, 99, 'Luda', _]]\r\n ) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, weak,\r\n [height, weight, name, country],\r\n [Old_Height, Old_Weight, Name, Old_Country],\r\n [1.44, 69, Name, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak3, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, fail,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [callup_v], _).\r\n\r\ntest(obj_rewrite_with_evals2, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [citizen_v], _).\r\n\r\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [X], _).\r\n\r\ntest(obj_rewrite_with_evals4) :-\r\n% <NB> can't reset eval field, compare with test(obj_rewrite)\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [_], _).\r\n\r\ntest(obj_rewrite_old_new_unify, Man0 == Man) :-\r\n obj_construct(man_v, [], [], Man0),\r\n obj_rewrite(Man0, [name], [A], [A], Man).\r\n\r\ntest(obj_sort_parents1,\r\n [P4 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n object_v, object_base_v],\r\n blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v], V4),\r\n obj_parents(V4, P4),\r\n functor(V4, F4, _),\r\n assertion(F4 == http_invalid_mixed_headers_v).\r\n\r\ntest(obj_sort_parents2,\r\n [throws(error(insufficient_class_order(Order,\r\n Orig_Order), _))]\r\n ) :-\r\n\r\n Order = [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v],\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_parents(V3, Orig_Order),\r\n obj_sort_parents(V3, Order, _).\r\n\r\n\r\ntest(obj_sort_parents_bug1, blocked(rebase_family)) :-\r\n\r\n new_http_user(HTTP_User),\r\n obj_rebase((object_v -> citizen_v),\r\n HTTP_User, U1),\r\n\r\n class_parents(http_user_v, HTTP_User_Parents),\r\n append([citizen_v, man_v], HTTP_User_Parents,\r\n Parents_Order),\r\n\r\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\r\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\r\n\r\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\r\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(class_fields) :-\r\n\r\n class_fields(object_base_v, Object_Base_V_Fields),\r\n assertion(Object_Base_V_Fields == []),\r\n\r\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\r\n assertion(Object_Base_V_New_Fields == []),\r\n\r\n class_fields(object_v, Object_V_Fields),\r\n assertion(Object_V_Fields == []),\r\n\r\n class_fields_new(object_v, Object_V_New_Fields),\r\n assertion(Object_V_New_Fields == []),\r\n\r\n class_fields(man_v, Man_V_Fields),\r\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\r\n\r\n class_fields_new(man_v, Man_V_New_Fields),\r\n assertion(Man_V_New_Fields == [height, name, sex, surname,\r\n weight]),\r\n\r\n class_fields(citizen_v, Citizen_V_Fields),\r\n assertion(Citizen_V_Fields == [birthday, country, height, id,\r\n name, sex, surname, weight]),\r\n\r\n class_fields_new(citizen_v, Citizen_V_New_Fields),\r\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\r\n\r\n\r\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\r\n\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\r\n catch((obj_construct(numeric_id_v, [], [], Obj1),\r\n obj_rebase((object_v -> citizen_v), Obj1, _)),\r\n E, true),\r\n E = error(EX, _), functor(EX, duplicate_field, _),\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year, see The Uranium Book).\r\ntest(eval_fields1, [Class == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C),\r\n obj_field(C, class, Class).\r\n\r\n\r\ntest(eval_fields2, blocked(rebase_family)) :-\r\n\r\n % man_v doesn't define class eval, so in this example\r\n % the eval from citizen_v is always used.\r\n\r\n obj_construct(citizen_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_parents(C1,\r\n [man_v, citizen_v, object_v, object_base_v],\r\n C2),\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == callup_v).\r\n\r\ntest(eval_fields3,\r\n [blocked(need_to_see)]\r\n ) :-\r\n\r\n obj_construct(callup_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_rebase((citizen_v -> man_v), C1, C2),\r\n obj_parents(C2, P2),\r\n\r\n % for sure, citizen_v is not present\r\n assertion(P2 ==\r\n [callup_v, man_v, object_v, object_base_v]),\r\n\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == man_v).\r\n\r\ntest(eval_fields4) :-\r\n\r\n obj_construct(adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1, [a, b, c], [3, 11, C]),\r\n assertion(C == 14),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields5) :-\r\n\r\n obj_construct(adder_v, [a, b, c], [3, 11, C], _),\r\n assertion(C == 14),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\n% eval inheritance\r\ntest(eval_fields6) :-\r\n\r\n obj_construct(vector_adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C]),\r\n assertion(C == [12, 14]),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields7) :-\r\n\r\n obj_construct(vector_adder_v,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C],\r\n _),\r\n assertion(C == [12, 14]),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\nreload_classes :-\r\n current_prolog_flag(verbose, Old_Verbose),\r\n set_prolog_flag(verbose, silent),\r\n reload_all_classes,\r\n set_prolog_flag(verbose, Old_Verbose).\r\n\r\n:- end_tests(v).\r\n","old_contents":":- begin_tests(v).\r\n:- use_module(u(v)).\r\n:- use_module(u(internal\/objects_i)).\r\n:- use_module(u(http\/v\/http_user_v)).\r\n:- use_module(u(util\/lambda)).\r\n\r\ntest(class_create1, [setup(reload_classes)]) :-\r\n % test class_create\/3 version\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [id]).\r\n\r\ntest(class_create2, [setup(reload_classes)]) :-\r\n % test class_create\/4 version\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n class_fields(citizen_v, CF), sort(CF, CFS),\r\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\r\n class_fields_new(class_create_test_v, CCTFN),\r\n assertion(CF == CFS),\r\n assertion(CCTF = CCTFS),\r\n assertion(CCTFN == [a, b, c]),\r\n\r\n ord_subtract(CCTF, CF, New_Fields),\r\n assertion(New_Fields == CCTFN),\r\n\r\n obj_field(CCTO, age, Age),\r\n integer(Age),\r\n\r\n obj_key(CCTO, Key),\r\n assertion(Key == [a, birthday]).\r\n\r\ntest(class_create3,\r\n [error(class_exists(class_create_test_v)),\r\n setup(reload_classes)]\r\n ) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b],\r\n [birthday, a]),\r\n class_create(class_create_test_v, citizen_v, [d, e]).\r\n\r\ntest(class_create_feature1, [setup(reload_classes)]) :-\r\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\r\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\r\n obj_key(CCTO, Key),\r\n assertion(Key == []).\r\n\r\ntest(class_create_key_inheritance,\r\n [setup(reload_classes)]) :-\r\n\r\n class_create(c1_v, citizen_v, [c1_fld], [id]),\r\n obj_construct(c1_v, [], [], O),\r\n arg(1, O, Clid),\r\n get_keymaster(Clid, Kid),\r\n class_primary_id(citizen_v, Id),\r\n assertion(Kid == Id).\r\n\r\n% test(class_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v]]\r\n% ) :-\r\n\r\n% findall(X, class_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_descendant2, [List == []]) :-\r\n\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\n% test(class_descendant3, [List == []]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_descendant(callup_v, X), List).\r\n\r\ntest(obj_reinterpret1, [L == [man_v]]) :-\r\n obj_construct(man_v, [], [], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(obj_reinterpret2, [L == [man_v, passport_v], blocked(rebase_family)]) :-\r\n obj_construct(man_v, [name, surname, sex], ['Sergei', 'Lodyagin', max], M),\r\n findall(C, obj_reinterpret(M, C, _), L1),\r\n sort(L1, L).\r\n\r\ntest(class_name1) :-\r\n\r\n class_name(man_v).\r\n\r\ntest(class_name2, [fail]) :-\r\n\r\n class_name(man_man_v).\r\n\r\ntest(class_name3) :-\r\n\r\n findall(Class, class_name(Class), Names),\r\n sort(Names, Names2),\r\n length(Names, N1),\r\n length(Names2, N2),\r\n assertion(N1 =:= N2),\r\n assertion(N1 > 10).\r\n\r\n% test(class_same_or_descendant1,\r\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(man_v, X), List0),\r\n% msort(List0, List).\r\n\r\n% test(class_same_or_descendant2,\r\n% [List == [callup_v]]\r\n% ) :-\r\n\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\r\n\r\n% obj_construct(tarjan_vertex_v, [], [], V),\r\n% obj_rebase((object_v -> callup_v), V, _),\r\n% findall(X, class_same_or_descendant(callup_v, X), List).\r\n\r\ntest(class_parent1, [Parent == man_v]) :-\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent1_2, [Parent == man_v]) :-\r\n obj_construct(citizen_v, [], [], Obj1),\r\n obj_rebase((man_v -> http_result_v), Obj1, _),\r\n class_parent(citizen_v, Parent).\r\n\r\ntest(class_parent2,\r\n [setup(reload_classes),\r\n L == [callup_v, class_create_test_v]]) :-\r\n\r\n class_create(class_create_test_v, citizen_v, [a, c, b]),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent2_2, [setup(reload_classes), L == [callup_v]]) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(Desc, class_parent(Desc, citizen_v), LU),\r\n msort(LU, L).\r\n\r\ntest(class_parent3) :-\r\n findall(p(A, B), class_parent(A, B), L),\r\n length(L, N),\r\n assertion(N > 10).\r\n\r\ntest(class_parent3_2) :-\r\n obj_construct(callup_v, [], [], O1),\r\n obj_parents(O1, [callup_v, http_result_v, citizen_v, man_v,\r\n object_v, object_base_v], _),\r\n findall(p(A, B), class_parent(A, B), L),\r\n assertion(\\+ memberchk(p(callup_v, http_result_v), L)).\r\n\r\ntest(eval_obj_expr1,\r\n [[E0, E1, E2, E3]\r\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\r\n ) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url], WWW_Addr),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr], HTTP_Result),\r\n obj_construct(man_v,\r\n [name], [HTTP_Result], Man),\r\n eval_obj_expr(Man, E0),\r\n eval_obj_expr(Man\/name, E1),\r\n eval_obj_expr(Man\/name\/www_address, E2),\r\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\r\n E3).\r\n\r\ntest(eval_obj_expr2_list) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n [HTTP_Result1, HTTP_Result2] \/ www_address\r\n \/ http_request_url =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr3_4_ops) :-\r\n\r\n Url1 = 'http:\/\/kogorta.dp.ua',\r\n Url2 = 'http:\/\/google.com',\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url1], WWW_Addr1),\r\n obj_construct(www_address_v,\r\n [http_request_url], [Url2], WWW_Addr2),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr1], HTTP_Result1),\r\n obj_construct(http_result_v,\r\n [www_address], [WWW_Addr2], HTTP_Result2),\r\n maplist(\\Name^Obj^\r\n obj_construct(man_v, [name], [Name], Obj),\r\n [HTTP_Result1, HTTP_Result2],\r\n Mans),\r\n Mans \/ name \/ www_address \/ http_request_url\r\n =^= [Url1, Url2].\r\n\r\ntest(eval_obj_expr4_compound1,\r\n [error(no_object_field(_, name), _)]) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\r\n\r\ntest(eval_obj_expr4_compound2) :-\r\n\r\n obj_construct(man_v, [name], ['Sergei'], M1),\r\n obj_construct(man_v, [name], ['Artemiy'], M2),\r\n obj_construct(www_address_v, [http_request_url],\r\n ['http:\/\/kogorta.dp.ua'], A1),\r\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\r\n R1 \/\/ name ^= R2,\r\n R2 \/\/ http_request_url ^= R3,\r\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\r\n assertion(R2 == R1),\r\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\r\n = p('Artemiy', A2))).\r\n\r\ntest(eval_obj_expr5_throw1,\r\n [error(no_object_field(Man, url), _)]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/ url \/ url ^= _.\r\n\r\ntest(eval_obj_expr5_fail1, [fail]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n eval_obj_expr(Man \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail2, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_fail3, [fail]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n eval_obj_expr(Url \/ url \/ url, fail, _).\r\n\r\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n Man \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\r\n\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Url \/\/ url \/\/ url ^= Val.\r\n\r\ntest(eval_obj_expr6_list) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], H2),\r\n H2\/name ^= [a, H1\/body],\r\n assertion(H2\/name =^= [a, body]).\r\n\r\ntest(eval_obj_expr6_compound) :-\r\n\r\n obj_construct(http_header_v, [body], [body], H1),\r\n obj_construct(http_header_v, [], [], MH),\r\n MH\/name ^= p(a, H1\/body) \/\/ ss,\r\n assertion(MH\/name =^= p(a, body)).\r\n\r\ntest(eval_obj_expr7) :-\r\n\r\n V = [s, l],\r\n obj_construct(man_v, [name, surname], V, Obj),\r\n assertion(Obj \/ [name, surname] =^= V).\r\n\r\ntest(eval_obj_expr8) :-\r\n\r\n obj_construct(http_header_v, [name, body], [connection, x], H1),\r\n obj_construct(http_header_v, [name, body], [date, y], H2),\r\n obj_construct(http_general_headers_v, [connection, date], [H1, H2], O),\r\n assertion(O \/ [date, connection] \/ body =^= [y, x]).\r\n\r\ntest(eval_obj_expr9) :-\r\n Url = 'http:\/\/kogorta.dp.ua',\r\n Name = 'Oleg',\r\n obj_construct(www_address_v, [http_request_url], [Url], WWW_Addr),\r\n obj_construct(man_v,\r\n [name, surname],\r\n [Name, WWW_Addr], O),\r\n assertion(O \/ [name, surname \/ http_request_url]\r\n =^= [Name, Url]).\r\n\r\ntest(eval_obj_expr10, [Value =@= _]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ name \/\/ no_such_field123, Value ).\r\n\r\ntest(eval_obj_expr11_1, [fail]) :-\r\n obj_construct(man_v, [], [], Obj),\r\n eval_obj_expr(Obj \/ no_such_field123, fail, _).\r\n\r\ntest(eval_obj_expr11_2, [fail]) :-\r\n eval_obj_expr(_ \/ fld, fail, _).\r\n\r\ntest(obj_construct_with_evals1) :-\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday],\r\n [citizen_v, citizen_v, 1994], O1),\r\n obj_field(O1, class, Class1),\r\n assertion(Class1 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, functor, class],\r\n [1994, citizen_v, citizen_v], O2),\r\n obj_field(O2, class, Class2),\r\n assertion(Class2 == citizen_v),\r\n\r\n obj_construct(citizen_v,\r\n [birthday, sex, functor, class],\r\n [1994, man, citizen_v, callup_v], O3),\r\n obj_field(O3, class, Class3),\r\n assertion(Class3 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [citizen_v, callup_v, 1994, man], O4),\r\n obj_field(O4, class, Class4),\r\n assertion(Class4 == callup_v),\r\n\r\n obj_construct(citizen_v,\r\n [functor, class, birthday, sex],\r\n [X, Y, 1994, man], O5),\r\n obj_field(O5, class, Class5),\r\n assertion(Class5 == callup_v),\r\n assertion(X = citizen_v),\r\n assertion(Y = callup_v).\r\n\r\n\r\ntest(obj_construct_bug1) :-\r\n\r\n class_fields(man_v, Field_Names),\r\n obj_construct(man_v, Field_Names, Field_Names, Obj),\r\n Obj =.. [man_v, _|Field_Names2],\r\n\r\n assertion(Field_Names == Field_Names2).\r\n\r\ntest(obj_copy1) :-\r\n\r\n obj_construct(man_v, [], [], M1),\r\n obj_copy(M1, M2),\r\n obj_field(M1, name, 'Masha'),\r\n obj_field(M2, name, 'Vitya').\r\n\r\ntest(obj_copy2) :-\r\n\r\n new_http_user(U1),\r\n obj_copy(U1, U2),\r\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(obj_diff1,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\ntest(obj_diff2,\r\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\r\n\r\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\r\n obj_rebase((object_v -> db_object_v), M1_0, M1),\r\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\r\n obj_diff(M1, M2, Diff).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year).\r\ntest(obj_downcast1,\r\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_downcast(C0, C1),\r\n arg(1, C1, Class_Id).\r\n\r\n% Downcast of rebased object\r\ntest(obj_downcast_rebased,\r\n [% birthday, country, db_key, db_ref, fit_..., height, id, name, sex, surname, weight\r\n true(C2 =@= callup_v(C2_Class_Id, 1994, _, _, _, _, _, _, _, _, man, _, _))\r\n ]) :-\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_rebase((object_v -> db_object_v), C0, C1),\r\n obj_downcast(C1, callup_v, C2),\r\n obj_construct(callup_v, [], [], CC),\r\n arg(1, C2, C2_Class_Id), \r\n arg(1, CC, CC_Class_Id),\r\n assertion(C2_Class_Id =\\= CC_Class_Id).\r\n \r\n% Downcast of rebased object\r\ntest(obj_downcast2_rebased,\r\n [% birthday, country, db_key, db_ref, fit_..., height, id, name, sex, surname, weight\r\n true(C2 =@= callup_v(C2_Class_Id, 1994, _, _, _, _, _, _, _, _, man, _, _))\r\n ]) :-\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\r\n obj_rebase((object_v -> db_object_v), C0, C1),\r\n obj_downcast(C1, C2),\r\n obj_construct(callup_v, [], [], CC),\r\n arg(1, C2, C2_Class_Id), \r\n arg(1, CC, CC_Class_Id),\r\n assertion(C2_Class_Id =\\= CC_Class_Id).\r\n \r\ntest(obj_field1, [Flds == Vals]) :-\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\r\n\r\ntest(obj_field2, [Flds3 == Flds4]) :-\r\n% Each eval field must be evaluable only once\r\n\r\n class_fields(citizen_v, Flds),\r\n obj_construct(citizen_v, Flds, Flds, Obj),\r\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\r\n sort(Flds2, Flds3),\r\n msort(Flds2, Flds4).\r\n\r\ntest(obj_field3, [Surname == 'Grisha']) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_field(Man, name, Name),\r\n obj_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_field_bug1, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [woman], Obj),\r\n obj_field(Obj, sex, man).\r\n\r\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_is_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_is_descendant2) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_is_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_is_descendant(Man2, db_object_v).\r\n\r\ntest(obj_is_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_construct(object_v, [], [], M),\r\n\tobj_is_descendant(C, M).\r\n\r\ntest(obj_same_or_descendant1, [List == [ man_v, object_base_v, object_v]]) :-\r\n obj_construct(man_v, [], [], Man),\r\n findall(X, obj_same_or_descendant(Man, X), List0),\r\n msort(List0, List).\r\n\r\ntest(obj_same_or_descendant2) :-\r\n obj_construct(man_v, [], [], Man),\r\n \\+ obj_same_or_descendant(Man, db_object_v),\r\n obj_rebase((object_v -> db_object_v), Man, Man2),\r\n obj_same_or_descendant(Man2, db_object_v).\r\n\r\ntest(obj_same_or_descendant3) :-\r\n\tobj_construct(citizen_v, [], [], C),\r\n\tobj_same_or_descendant(C, citizen_v).\r\n\r\n\r\ntest(obj_set_field1, [Surname =@= _]) :-\r\n\r\n obj_construct(man_v, [], [], Man),\r\n obj_set_field(Man, name, Name),\r\n obj_set_field(Man, surname, Name),\r\n Name = 'Grisha',\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\r\n\r\n obj_construct(man_v, [name, surname], [Name, Name], Man),\r\n obj_set_field(Man, name, 'Grisha'),\r\n obj_field(Man, surname, Surname).\r\n\r\ntest(obj_key1) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\ntest(obj_key2) :-\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\r\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\r\n obj_key(Man1, Key1),\r\n assertion(Key1 == [name, surname]),\r\n obj_key_value(Man1, Key_Value1),\r\n assertion(Key_Value1 =@= ['Adam', _]),\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man2_0),\r\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\r\n obj_key(Man2, Key2),\r\n assertion(Key2 == [id]),\r\n obj_key_value(Man2, Key_Value2),\r\n assertion(Key_Value2 =@= [_]).\r\n\r\n\r\ntest(obj_list1,\r\n [List =@= [country = ['Soviet Union'],\r\n sex = man,\r\n surname = 'Mayakovsky']]\r\n ) :-\r\n\r\n obj_construct(citizen_v,\r\n [sex, surname, country],\r\n [man, 'Mayakovsky', ['Soviet Union']],\r\n Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_list2, [List =@= []]) :-\r\n\r\n obj_construct(citizen_v, [], [], Man),\r\n obj_list(Man, List).\r\n\r\ntest(obj_parents1_1,\r\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\r\n\r\n obj_construct(citizen_v, [], [], V),\r\n obj_parents(V, P).\r\n\r\ntest(obj_parents2_1) :-\r\n obj_construct(citizen_v,\r\n [sex, surname, country, birthday],\r\n [man, 'Mayakovsky', ['Soviet Union'], 1994],\r\n Man1),\r\n New_Parents_Order = [citizen_v, tarjan_vertex_v, man_v, object_v, object_base_v],\r\n obj_parents(Man1, New_Parents_Order, Man2),\r\n obj_parents(Man1, P1),\r\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\r\n obj_parents(Man2, P2),\r\n assertion(P2 == New_Parents_Order),\r\n obj_list(Man1, L1),\r\n obj_list(Man2, L2),\r\n assertion(L1 == L2),\r\n obj_field(Man1, class, C1),\r\n obj_field(Man2, class, C2),\r\n obj_field(Man1, functor, F1),\r\n obj_field(Man2, functor, F2),\r\n assertion([F1, F2, C1, C2] == [citizen_v, citizen_v, callup_v, callup_v]).\r\n\r\ntest(obj_parents2_bug1) :-\r\n\r\n obj_construct(man_v, [name, surname], [s, l], M),\r\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\r\n obj_unify(M1, [name, surname], NS),\r\n assertion(NS == [s, l]).\r\n\r\ntest(obj_rebase1) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_parents(V1, P1),\r\n assertion(P1 == [http_request_headers_v, http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_parents(V2, P2),\r\n assertion(P2 == [http_request_headers_v,\r\n http_response_headers_v,http_headers_v,\r\n object_v,object_base_v]),\r\n obj_rebase((http_request_headers_v ->\r\n http_invalid_mixed_headers_v), V2, V3),\r\n obj_parents(V3, P3),\r\n assertion(P3 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_headers_v,\r\n object_v,object_base_v]).\r\n\r\ntest(obj_rebase2_transitivity,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n obj_parents(M3, P3),\r\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\r\n object_v, object_base_v]).\r\n\r\ntest(obj_rebase3_transitivity2,\r\n [blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(citizen_v, [], [], M1),\r\n obj_rebase((object_v -> db_object_v), M1, M2),\r\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\r\n foreach(obj_field(M3, _, _), true).\r\n\r\ntest(obj_rebase4) :-\r\n obj_construct(http_header_v, [], [], H1),\r\n obj_rebase((http_header_v -> http_invalid_header_v), H1, H2),\r\n obj_parents(H2, P2),\r\n assertion(P2 == [http_invalid_header_v, http_header_v, object_v,\r\n object_base_v]).\r\n\r\ntest(obj_rebase_keymaster) :-\r\n obj_construct(citizen_v, [], [], Citizen0),\r\n obj_construct(callup_v, [], [], Callup0),\r\n obj_rebase((object_v -> db_object_v), Citizen0, Citizen),\r\n obj_rebase((object_v -> db_object_v), Callup0, Callup),\r\n arg(1, Citizen, CiId),\r\n arg(1, Callup, CaId),\r\n get_keymaster(CiId, K1_Id),\r\n get_keymaster(CaId, K2_Id),\r\n assertion(K1_Id == K2_Id).\r\n\r\ntest(obj_rebase_cycle, error(class_inheritance_cycle([tarjan_vertex_v,db_object_v,man_v,object_v,object_base_v],db_object_v,man_v))) :-\r\n obj_construct(tarjan_vertex_v, [], [], O1),\r\n obj_rebase((object_v -> db_object_v), O1, O2),\r\n obj_rebase((object_v -> man_v), O2, _).\r\n\r\ntest(obj_rebase_bug1) :-\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug2) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [sex], [man], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug3_1) :-\r\n\r\n obj_construct(db_object_v, [], [], Obj1_0),\r\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\r\n\r\n obj_construct(db_object_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =\\= Class_Id3),\r\n\r\n class_primary_id(object_v, Object_V_Id),\r\n assertion(Obj3 == object_v(Object_V_Id)).\r\n\r\ntest(obj_rebase_bug3_2) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2).\r\n\r\ntest(obj_rebase_bug4,\r\n [throws(error(cant_rebase_to_object_base_v,\r\n context(obj_rebase\/3, _)))]) :-\r\n\r\n obj_construct(citizen_v, [], [], Obj1_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\r\n\r\n obj_construct(citizen_v, [], [], Obj2_0),\r\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\r\n\r\n arg(1, Obj1, Class_Id1),\r\n arg(1, Obj2, Class_Id2),\r\n\r\n assertion(Class_Id1 =:= Class_Id2),\r\n\r\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\r\n\r\n arg(1, Obj2_0, Class_Id0),\r\n arg(1, Obj3, Class_Id3),\r\n assertion(Class_Id0 =:= Class_Id3),\r\n assertion(Obj2_0 == Obj3).\r\n\r\ntest(obj_rebase_bug5, [X == 1]) :-\r\n\r\n obj_construct(http_headers_v, [], [], O0),\r\n obj_rebase((http_headers_v\r\n -> http_response_headers_v), O0, O1),\r\n obj_rebase((http_headers_v\r\n -> http_invalid_bulk_headers_v), O1, O2),\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O2, O3),\r\n O3 \/ set_cookie ^= 1,\r\n obj_rebase((http_headers_v\r\n -> http_response_with_cookies_headers_v),\r\n O3, O4),\r\n obj_field(O4, set_cookie, X).\r\n\r\ntest(obj_reset_fields1) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\r\n\r\n obj_reset_fields([weight], Man1, Man2),\r\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\r\n\r\n obj_reset_fields([], Man2, Man3),\r\n assertion(Man3 =@= Man2).\r\n\r\ntest(obj_reset_fields2, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields([name, height, age], Man0, _).\r\n\r\ntest(obj_reset_fields_weak) :-\r\n\r\n obj_construct(man_v,\r\n [sex, name, weight, height],\r\n [man, 'Simeon', 63, 1.75], Man0),\r\n\r\n obj_reset_fields_weak([name, height, age], Man0, Man1),\r\n obj_class_id(Man1, Class_Id),\r\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\r\n\r\ntest(obj_reset_fields_with_evals, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex], [man], O),\r\n obj_reset_fields([age], O, _).\r\n\r\ntest(obj_rewrite) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name],\r\n [Old_Height, Old_Weight, Name],\r\n [1.44, 69, Name],\r\n Luda2),\r\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\r\n obj_rewrite(Luda2,\r\n [height, weight, name],\r\n Luda2_Pars,\r\n [1.45, 64, _],\r\n Luda3),\r\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\r\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\r\n assertion(Luda3_Pars =@= [1.45, 64, _]).\r\n\r\ntest(obj_rewrite_weak1,\r\n [throws(error(no_object_field(Luda1, country), _))]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak2,\r\n [[Old_Height, Old_Weight, Name, Old_Country]\r\n =@= [1.40, 99, 'Luda', _]]\r\n ) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, weak,\r\n [height, weight, name, country],\r\n [Old_Height, Old_Weight, Name, Old_Country],\r\n [1.44, 69, Name, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_weak3, [fail]) :-\r\n\r\n obj_construct(man_v,\r\n [name, height, weight],\r\n ['Luda', 1.40, 99], Luda1),\r\n obj_rewrite(Luda1, fail,\r\n [height, weight, name, country],\r\n _,\r\n [1.44, 69, _, 'UK'],\r\n _).\r\n\r\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [callup_v], _).\r\n\r\ntest(obj_rewrite_with_evals2, [fail]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [citizen_v], _).\r\n\r\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [X], [X], _).\r\n\r\ntest(obj_rewrite_with_evals4) :-\r\n% <NB> can't reset eval field, compare with test(obj_rewrite)\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\r\n obj_rewrite(O, [class], [_], [_], _).\r\n\r\ntest(obj_sort_parents1,\r\n [P4 == [http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n object_v, object_base_v],\r\n blocked(rebase_family)]\r\n ) :-\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_invalid_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v], V4),\r\n obj_parents(V4, P4),\r\n functor(V4, F4, _),\r\n assertion(F4 == http_invalid_mixed_headers_v).\r\n\r\ntest(obj_sort_parents2,\r\n [throws(error(insufficient_class_order(Order,\r\n Orig_Order), _))]\r\n ) :-\r\n\r\n Order = [http_invalid_bulk_headers_v,\r\n http_invalid_mixed_headers_v,\r\n http_request_headers_v,\r\n http_response_headers_v,\r\n http_headers_v,\r\n tarjan_vertex_v,\r\n db_object_v,\r\n object_v, object_base_v],\r\n\r\n obj_construct(http_request_headers_v, [], [], V1),\r\n obj_rebase((http_headers_v -> http_response_headers_v),\r\n V1, V2),\r\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\r\n V2, V3),\r\n\r\n obj_parents(V3, Orig_Order),\r\n obj_sort_parents(V3, Order, _).\r\n\r\n\r\ntest(obj_sort_parents_bug1, blocked(rebase_family)) :-\r\n\r\n new_http_user(HTTP_User),\r\n obj_rebase((object_v -> citizen_v),\r\n HTTP_User, U1),\r\n\r\n class_parents(http_user_v, HTTP_User_Parents),\r\n append([citizen_v, man_v], HTTP_User_Parents,\r\n Parents_Order),\r\n\r\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\r\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\r\n\r\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\r\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\r\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\r\n assertion(Key1 \\= Key2).\r\n\r\ntest(class_fields) :-\r\n\r\n class_fields(object_base_v, Object_Base_V_Fields),\r\n assertion(Object_Base_V_Fields == []),\r\n\r\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\r\n assertion(Object_Base_V_New_Fields == []),\r\n\r\n class_fields(object_v, Object_V_Fields),\r\n assertion(Object_V_Fields == []),\r\n\r\n class_fields_new(object_v, Object_V_New_Fields),\r\n assertion(Object_V_New_Fields == []),\r\n\r\n class_fields(man_v, Man_V_Fields),\r\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\r\n\r\n class_fields_new(man_v, Man_V_New_Fields),\r\n assertion(Man_V_New_Fields == [height, name, sex, surname,\r\n weight]),\r\n\r\n class_fields(citizen_v, Citizen_V_Fields),\r\n assertion(Citizen_V_Fields == [birthday, country, height, id,\r\n name, sex, surname, weight]),\r\n\r\n class_fields_new(citizen_v, Citizen_V_New_Fields),\r\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\r\n\r\n\r\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\r\n\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\r\n catch((obj_construct(numeric_id_v, [], [], Obj1),\r\n obj_rebase((object_v -> citizen_v), Obj1, _)),\r\n E, true),\r\n E = error(EX, _), functor(EX, duplicate_field, _),\r\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\r\n\r\n\r\n% After some time it will always fails (because it depends\r\n% on the current year, see The Uranium Book).\r\ntest(eval_fields1, [Class == callup_v]) :-\r\n\r\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C),\r\n obj_field(C, class, Class).\r\n\r\n\r\ntest(eval_fields2, blocked(rebase_family)) :-\r\n\r\n % man_v doesn't define class eval, so in this example\r\n % the eval from citizen_v is always used.\r\n\r\n obj_construct(citizen_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_parents(C1,\r\n [man_v, citizen_v, object_v, object_base_v],\r\n C2),\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == callup_v).\r\n\r\ntest(eval_fields3,\r\n [blocked(need_to_see)]\r\n ) :-\r\n\r\n obj_construct(callup_v,\r\n [sex, birthday], [man, 1994], C1),\r\n obj_field(C1, class, Cl1),\r\n obj_rebase((citizen_v -> man_v), C1, C2),\r\n obj_parents(C2, P2),\r\n\r\n % for sure, citizen_v is not present\r\n assertion(P2 ==\r\n [callup_v, man_v, object_v, object_base_v]),\r\n\r\n obj_field(C2, class, Cl2),\r\n assertion(Cl1 == callup_v),\r\n assertion(Cl2 == man_v).\r\n\r\ntest(eval_fields4) :-\r\n\r\n obj_construct(adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1, [a, b, c], [3, 11, C]),\r\n assertion(C == 14),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields5) :-\r\n\r\n obj_construct(adder_v, [a, b, c], [3, 11, C], _),\r\n assertion(C == 14),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\n% eval inheritance\r\ntest(eval_fields6) :-\r\n\r\n obj_construct(vector_adder_v, [], [], Adder1),\r\n\r\n obj_unify(Adder1,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C]),\r\n assertion(C == [12, 14]),\r\n\r\n obj_unify(Adder1, [z, y, x], [2, 10, X]),\r\n assertion(X == 12).\r\n\r\ntest(eval_fields7) :-\r\n\r\n obj_construct(vector_adder_v,\r\n [a, b, c],\r\n [[2, 3], [10, 11], C],\r\n _),\r\n assertion(C == [12, 14]),\r\n\r\n obj_construct(adder_v, [z, y, x], [2, 10, X], _),\r\n assertion(X == 12).\r\n\r\nreload_classes :-\r\n current_prolog_flag(verbose, Old_Verbose),\r\n set_prolog_flag(verbose, silent),\r\n reload_all_classes,\r\n set_prolog_flag(verbose, Old_Verbose).\r\n\r\n:- end_tests(v).\r\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"050e43f43d12ae30515f0302fbddd3756d6f2c6e","subject":"Almost got the D\/H and He3\/H plots working.","message":"Almost got the D\/H and He3\/H plots working.\n","repos":"hickerson\/bbn,hickerson\/bbn,hickerson\/bbn,hickerson\/bbn","old_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.8 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 2.0 #inch height of individual plots\nmpl_width = 3.0 #inch width of individual plots\nmpl_dx = 0.3 #inch inter-plot horizontal spacing\nmpl_dy = 0.3 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\nset terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 14\nset encoding iso_8859_1\nset tics scale 1.5\n\nset output 'bbn-fierz.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [ -0.1 : 0.1 ] noreverse nowriteback\n#set xrange [-4:4]\nset xlabel 'Fierz b'\nset format x ''\nset xtics 1\nset mxtics 10\n\n# start plotting\nset multiplot\n\n#-----------------------------------------------\n# Yp\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'left'\n\nset yrange [ 0.22 : 0.27 ] noreverse nowriteback\n\nset ylabel \"Yp\"\nset format y \"%-2.2f\"\nset ytics mirror 1\nset ytics 10\nset mytics 5\n\nplot 'fierz-study.dat' u 1:3:2 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:3 lt -1 notitle, '' u 1:2 lt -1 notitle; \n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:6 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n#-----------------------------------------------\n# D\/H\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(2)\nset bmargin at screen bot(2)\n\nset title 'left'\n\nset yrange [ 1e-5 : 1e-4 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"D\/H\"\nset format y \"%-2.2f\"\n#set ytics mirror 1\n#set ytics 1\nset mytics 10\n\nplot 'fierz-study.dat' u 1:5:4 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:5 lt -1 notitle, '' u 1:4 lt -1 notitle;\n#plot 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:6 lt -1 notitle, '' u 1:7 lt -1 notitle;\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n\nunset multiplot;\n","old_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.9 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 1.5 #inch height of individual plots\nmpl_width = 2.0 #inch width of individual plots\nmpl_dx = 0.1 #inch inter-plot horizontal spacing\nmpl_dy = 0.1 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\n#set terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 28\nset encoding iso_8859_1\nset tics scale 1.5\n\n#set output 'nxm_plot.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [-4:4]\nset xlabel ''\nset format x ''\nset xtics pi\nset mxtics 4\n\n# start plotting\nset multiplot\n\n#-----------------------------------------------\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'left'\n\n#set logscale y 10\nset xrange [ -0.1 : 0.1 ] noreverse nowriteback\nset yrange [ 0.25 : 0.23 ] noreverse nowriteback\n\nset ylabel \"Y_p\"\nset format y \"%-2.1f\"\nset ytics mirror 1\nset mytics 10\n\nplot 'fierz-study.dat' u 1:2:3 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:2 lt -1 notitle, '' u 1:3 lt -1 notitle; #; #, \\\n# 'fierz-study.dat' u 1:4:5 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:5 lt -1 notitle, '' u 1:4 lt -1 notitle; #, \\\n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"749d28014a1f7762b68d943e3217631702d9ebe4","subject":"range correction","message":"range correction\n","repos":"Mausy5043\/ubundiagd,Mausy5043\/ubundiagd,Mausy5043\/ubundiagd","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp '%Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Wind Speed (Gilze-Rijen)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed [km\/h]\" # Title for Y-axis\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \"Wind direction [deg]\" # Title for Y2-axis\nset y2range [0:360]\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):(kmh($3)) title \"Windspeed [km\/h]\" with impulses\\\n ,\"\/tmp\/sql29.csv\" using ($2+utc_offset):4 title \"Direction [deg]\" axes x1y2 with points pt 5 ps 0.1\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp '%Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Wind Speed (Gilze-Rijen)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed [km\/h]\" # Title for Y-axis\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \"Wind direction [deg]\" # Title for Y2-axis\nset yrange2 [0:360]\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):(kmh($3)) title \"Windspeed [km\/h]\" with impulses\\\n ,\"\/tmp\/sql29.csv\" using ($2+utc_offset):4 title \"Direction [deg]\" with points pt 5 ps 0.1\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"29391d9e5365ebea4b20366e66e74f5a24d3570b","subject":"generalized Mac OS X support, now also replacing the stat call","message":"generalized Mac OS X support, now also replacing the stat call\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@896 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\nPTHREAD_FLAG\t?=\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"80af6e1beaf49778acefb9e6fcc386b8f63557ee","subject":"Detrend the brightness graph","message":"Detrend the brightness graph\n","repos":"fifth-postulate\/finding-the-planets,fifth-postulate\/finding-the-planets,fifth-postulate\/finding-the-planets","old_file":"rust-showcase\/plots\/detrend.gp","new_file":"rust-showcase\/plots\/detrend.gp","new_contents":"set datafile separator ','\nset key top left\nset terminal pngcairo size 750,560\n\nbrightness_color = \"forest-green\"\ntrend_color = \"red\"\ndifference_color = brightness_color\n\nset output \"..\/assets\/trend.png\"\nplot [2905:2985] \"..\/assets\/detrend.csv\" using 1:2 title \"brightness\" linecolor brightness_color,\"..\/assets\/detrend.csv\" using 1:3 title \"trend\" linecolor trend_color\n","old_contents":"set datafile separator ','\nset key top left\nset terminal pngcairo size 750,560\n\nbrightness_color = \"forest-green\"\ntrend_color = \"red\"\ndifference_color = brightness_color\n\nset output \"..\/assets\/trend.png\"\nplot [2905:2985] \"..\/assets\/detrend.csv\" using 1:2 title \"brightness\" linecolor brightness_color,\"..\/assets\/detrend.csv\" using 1:3 title \"trend\" linecolor trend_color\n\nset output \"..\/assets\/detrend.png\"\nplot [2905:2985] \"..\/assets\/detrend.csv\" using 1:4 title \"lightcurve\" linecolor difference_color","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"518b116599104696671620111345d5ed00abf44f","subject":"Update avgday_u.gp","message":"Update avgday_u.gp","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/avgday_u.gp","new_file":"graphs\/avgday_u.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddeld uurverbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\nset yrange [0:1600]\nset ytics 100\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'green'\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_u.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddeld uurverbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\nset yrange [0:1600]\nset ytics 100\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'blue'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8f1bfcf296a1dc34e1607d5b43fa56a988fc8047","subject":"-Funny earthquake geometry shader","message":"-Funny earthquake geometry shader\n","repos":"Another-Game-Engine\/AGE,Another-Game-Engine\/AGE","old_file":"GameEngine\/GameEngine\/Shaders\/tesselation.gp","new_file":"GameEngine\/GameEngine\/Shaders\/tesselation.gp","new_contents":" #version 330\n #extension GL_ARB_geometry_shader4 : enable\n\nlayout(triangles) in;\nlayout(triangle_strip, max_vertices=6) out;\n\nlayout (std140) uniform PerFrame\n{\n\tmat4 projection;\n\tmat4 view;\n\tvec4 light;\n\tfloat time;\n};\n\nlayout (std140) uniform PerModel\n{\n\tmat4 model;\n};\n\nuniform\tsampler2D fDayTexture;\nuniform\tsampler2D fNightTexture;\nuniform\tsampler2D fClouds;\nuniform\tsampler2D fBump;\n\nin vec4 gPosition[3];\nin vec4 gColor[3];\nin vec4 gNormal[3];\nin vec2 gTexCoord[3];\n\nout vec4 fPosition;\nout vec4 fColor;\nout vec4 fNormal;\nout vec2 fTexCoord;\n\nfloat rand(vec2 co)\n{\n return fract(sin(dot(co.xy ,vec2(12.9898,78.233))) * 43758.5453);\n}\nvoid main()\n{\nint\t\ti;\n\n for (i = 0; i < gl_VerticesIn; i++)\n {\n gl_Position = gl_PositionIn[i] + vec4(rand(gl_PositionIn[i].xy));\n\tfPosition = gPosition[i];\n\tfColor = gColor[i];\n\tfNormal = gNormal[i];\n\tfTexCoord = gTexCoord[i];\n EmitVertex();\n }\n EndPrimitive();\n}","old_contents":" #version 330\n #extension GL_ARB_geometry_shader4 : enable\n\nlayout(triangles) in;\nlayout(triangle_strip, max_vertices=6) out;\n\nlayout (std140) uniform PerFrame\n{\n\tmat4 projection;\n\tmat4 view;\n\tvec4 light;\n\tfloat time;\n};\n\nlayout (std140) uniform PerModel\n{\n\tmat4 model;\n};\n\nuniform\tsampler2D fDayTexture;\nuniform\tsampler2D fNightTexture;\nuniform\tsampler2D fClouds;\nuniform\tsampler2D fBump;\n\nin vec4 gPosition[3];\nin vec4 gColor[3];\nin vec4 gNormal[3];\nin vec2 gTexCoord[3];\n\nout vec4 fPosition;\nout vec4 fColor;\nout vec4 fNormal;\nout vec2 fTexCoord;\n\n void main()\n {\n\tint\t\ti;\n\n for (i = 0; i < gl_VerticesIn; i++)\n {\n gl_Position = gl_PositionIn[i];\n\t fPosition = gPosition[i];\n\t fColor = gColor[i];\n\t fNormal = gNormal[i];\n\t fTexCoord = gTexCoord[i];\n EmitVertex();\n }\n EndPrimitive();\n }","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"61165677683bc139b1ed86f984a5086dfccccf42","subject":"working gcperiods","message":"working gcperiods\n","repos":"pascalmolin\/hcperiods,pascalmolin\/hcperiods,pascalmolin\/hcperiods,pascalmolin\/hcperiods","old_file":"gp\/gcperiods.gp","new_file":"gp\/gcperiods.gp","new_contents":"\/**\n\n======================================\nAbel-Jacobi map on hyperelliptic curves\n=======================================\n\ncomputing period matrix of hyperelliptic curves\n\n*\/\n\nmsgtimer(s,level=1) = {\n if(default(debug)>=level,printf(\" Time %s : %ld\\n\",s,gettime()));\n}\nmsgdebug(s,header=\" \",level=1) = {\n if(default(debug)>=level,printf(\"%s%s\\n\",header,s));\n}\n\/**\n\nNumerical integration with Gauss Chebychev\n------------------------------------------\n*\/\n\/* compute prod sqrt(z-u_i) as sqrt prod(z-u_i)\n track the number of loops around 0\n while multiplying the (z-ui).\n *\/\n\/* sign of the imaginary part with positive zero *\/\nisign(x) = { my(s);s=sign(imag(x));if(s,s,1);}\nsqrt_affinereduction_gc(u,z,flag=0) = {\n my(z1,i1,z2,i2,sgn);\n \\\\ if we want the long method, or there is only one root\n flag=1; \/* FIXME! *\/\n if(flag||#u==1,\n prod(i=1,#u, if(real(u[i])>0,I*sqrt(u[i]-z),sqrt(z-u[i])))\n , \\\\ otherwise\n sgn = 1; \\\\ track the number of loops\n z1 = z-u[1];\n \/* if the point is on the right, take non-standard cut *\/\n if(imag(z1)==0&&real(z1)<0,z1=-z1;sgn*=-I);\n i1 = isign(z1);\n for(i=2,#u,\n z2 = z-u[i];\n if(imag(z2)==0&&real(z2)<0,z2=-z2;sgn *=-I);\n i2 = isign(z2);\n z1 *= z2;\n if(i1==i2,\n i1 = isign(z1);\n if(i1!=i2,sgn*=-1),\n i1 = isign(z1)\n ));\n sqrt(z1)*sgn\n );\n}\n\/*\n compute the column of period integrals\n [ int x^k\/y dx ]\n*\/\nintegrals_gc(u, g, n, flag=0) = {\n my(res = vector(g));\n for(k=1,n,\n my(xk = cos((2*k-1)*Pi\/(2*n)));\n my(t = 1\/sqrt_affinereduction_gc(u,xk,flag));\n res[1] += t;\n for(i=2, g, t *= xk; res[i] += t);\n );\n res * Pi\/n;\n}\n\/* make u vectors : remove two roots *\/\nab_points_gc(A, ia, ib) = {\n my(a = A[ia]); my(b=A[ib]); my(j=0);\n my(u=vector(#A-2));\n for(i=1,#A,i==ia||i==ib||u[j++]=(2*A[i]-a-b)\/(b-a));\n u;\n}\npolshift(v,c)=for(i=2,#v,forstep(j=#v,i,-1,v[j]+=c*v[j-1]));v;\nintegrals_edge_gc(A, g, i1, i2, flag=0) = {\n my(u = ab_points_gc(A, i1, i2));\n msgdebug([A[i1],A[i2]], \"=========== gc ==========\\n a,b =\", 2);\n my(n = gc_n(u));\n my(res = integrals_gc(u, g, n));\n msgdebug(res, \" int =\", 2);\n \/* shift *\/\n my(a,b,c);\n a = A[i1]; b = A[i2];\n c = (b+a)\/(b-a);\n res = polshift(res, c);\n msgdebug(res, \" shifted =\", 2);\n \/* fix factors *\/\n my(geom_factor = (b-a)\/2);\n my(fact = I\/sqrt(geom_factor)^#u);\n res[1] *= fact;\n for(j=2,g,\n fact *= geom_factor;\n res[j] *= fact;\n );\n msgdebug(res, \" factors =\", 3);\n \\\\ to track signs, return also the values of the sqrt chosen at end points\n vplus = sqrt_affinereduction_gc(u,1,flag)*sqrt(geom_factor)^#u\/geom_factor;\n vmoins = sqrt_affinereduction_gc(u,-1,flag)*sqrt(geom_factor)^#u\/geom_factor;\n return([res,vmoins,vplus]);\n}\n\/** == compute integration parameters == *\/\ndist_ellipse(p,a) = {\n my(b,t);\n my(x,y);\n my(eps=0.*1e8);\n b = sqrt(a^2-1);\n x=abs(real(p));y=abs(imag(p));\n if(x==0,abs(b-y),\n y==0,abs(a-x),\n t = atan(a*y\/(b*x));\n ft = 1;\n my(i);\n while(abs(ft) > eps,\n \\\\if(i++ % 8 == 0,print(i,[p, a ,t]));\n st = sin(t);\n ct = cos(t);\n ft = ct*st-x*a*st+y*b*ct;\n fpt = ct^2-st^2-x*a*ct-y*b*st;\n t -= ft \/ fpt;\n );\n abs(p-a*cos(t)-I*b*sin(t))\n );\n}\ngc_n(u,prec,mult=.25) = {\n \\\\my(A,B);\n if(!prec,prec=precision(1.));\n au = [ abs(z-1)+abs(z+1) | z<-u ] \/ 2;\n v = vecsort(au, , 1);\n a = au[v[1]];\n m = 1; while(m<#u&&au[v[m+1]]-a<.001,m++);\n r = a + sqrt(a^2-1);\n \/* first estimate *\/\n M = 1\/sqrt(a^m*prod(i=m+1,#u,dist_ellipse(u[v[i]],a)));\n A = prec*log(10) + log(2*Pi*M) + 1;\n B = 2*log(r);\n msgdebug(A\/B,\"n1 = \",2);\n n = ceil(A \/ B);\n \/* second *\/\n a = a*(1-mult\/n);\n M = 1\/sqrt(prod(i=1,#u,dist_ellipse(u[i],a)));\n A = prec*log(10) + log(2*Pi*M) + 1;\n r = a + sqrt(a^2-1);\n B = 2*log(r);\n msgdebug(A\/B,\"n2 = \",2);\n ceil(A\/B);\n}\nr_3(a,b,c) = {\n (abs(c-a)+abs(c-b))\/abs(b-a);\n}\nr_edge(A,i,j) = {\n rij = oo;\n for(k=1,#A,\n if(k==i||k==j,next());\n rij = min(rij,r_3(A[i],A[j],A[k]));\n );\n return(rij);\n}\nr_tree(A,edges) = {\n my(r = oo);\n for(k=1,#edges,\n r = min(r,r_edge(A,edges[k][1],edges[k][2]));\n );\n return(r);\n}\n\/* *************************************************************************\n * period matrix\n * ************************************************************************* *\/\n\n\/* *************************************************************************\n * step 1: maximal-flow spanning tree\n * ************************************************************************* *\/\nmax_spanning_gc(A,nedges=0)= {\n \/* low precision parameters *\/\n my(n,r_v,z,taken,tree,rmin);\n localprec(19);\n n = #A;\n if(n<=0,error(A));\n if(!nedges,nedges=n-1); \/* spanning tree *\/\n r_v=vector(n*(n-1)\/2);\n \/* build list of edges ordered by r *\/\n z=0;\n for(i=1,n,\n for(j=i+1,n,\n r_v[z++] = [r_edge(A,i,j),i,j];\n );\n );\n r_v = vecsort(r_v,1); \\\\ sort according to r\n taken = vector(n,i,0); \\\\ mark vertex if in tree\n tree = vector(nedges);\n \/* this is not optimal... too many loops *\/\n z=n*(n-1)\/2; \\\\select edge with maximum r\n rmin = r_v[z][1];\n for(k=1,nedges,\n z=n*(n-1)\/2;\n \/* consider next edge with exactly one vertex taken (no cycle) *\/\n while(k>1 && taken[r_v[z][2]]==taken[r_v[z][3]],z--);\n \/* this is the best edge allowed *\/\n i = r_v[z][2]; j = r_v[z][3];\n \/* ensure i already in tree *\/\n if(taken[j],[i,j]=[j,i]);\n tree[k] = [i,j];\n rmin = min(rmin,r_v[z][1]);\n taken[i] = taken[j] = 1;\n );\n return([tree,rmin]);\n}\n\n\/* *************************************************************************\n * step 2 : intersection matrix of selected edges\n * ************************************************************************* *\/\n\n\/* end intersection I[ab].I[bd] *\/\nintersection_abbd_gc(A,ia,ib,ic,id) = {\n my(k,a,b,d,tau,Aprim,fad,j);\n k = #A;\n a = A[ia]; b = A[ib]; d = A[id];\n tau = arg((d-b)\/(b-a)); \n \/* \\frac{\\sqrt{d-b}^{k}\\prod_{\u03bb\\neq b,d}\\sqrt{x_\u03b2(b)-\u03c8_\u03b2(\u03bb)}} *\/\n \\\\fbd = sqrt((d-b))^k\n \\\\*prod(i=1,k,if(i==ib||i==id,1,sqrt(-1-(2*A[i]-b-d)\/(d-b))));\n u = ab_points_gc(A,ib,id);\n fbd = sqrt((d-b))^k*sqrt_affinereduction_gc(u,-1);\n \\\\fab = sqrt((b-a))^k\n \\\\*prod(i=1,k,if(i==ib||i==ia,1,sqrt(+1-(2*A[i]-b-a)\/(b-a))));\n u = ab_points_gc(A,ia,ib);\n fab = sqrt((b-a))^k*sqrt_affinereduction_gc(u,1);\n if(default(debug)>=1,\n endarg = arg(fab\/fbd);\n arg1 = -(Pi+tau)\/2;\n arg2 = (Pi-tau)\/2;\n if(abs(endarg-arg1)>0.0001&&abs(endarg-arg2)>0.0001,\n print(\"intersection_abbd\");\n print(\" tau=\",tau);\n printf(\" arg[fab\/fbd]=%1.4f should be %1.4f or %1.4f\\n\",endarg,arg1, arg2);\n printf(\"tau\/2=%1.3f ; 2*tau=%1.3f ; (Pi-tau)\/2=%1.3f ; Pi-2*tau=%1.3f ; \\n\",\n tau\/2,2*tau,(Pi-tau)\/2,Pi-2*tau);\n error();\n );\n );\n if(imag(fbd\/fab)<0,return(-1),return(1));\n}\nintersection_abad_gc(A,ia,ib,ic,id) = {\n my(k,a,b,d,tau,u,fad,j);\n k = #A;\n a = A[ia]; b = A[ib]; d = A[id];\n tau = arg((d-a)\/(b-a)); \n \\\\ \\frac{\\sqrt{d-b}^{k}\\prod_{\u03bb\\neq b,d}\\sqrt{x_\u03b2(b)-\u03c8_\u03b2(\u03bb)}}\n \\\\fad = sqrt((d-a))^k\n \\\\*prod(i=1,k,if(i==ia||i==id,1,sqrt(-1-(2*A[i]-a-d)\/(d-a))));\n u = ab_points_gc(A,ia,id);\n fad = sqrt((d-a))^k*sqrt_affinereduction_gc(u,-1);\n \\\\fab = sqrt((b-a))^k\n \\\\*prod(i=1,k,if(i==ib||i==ia,1,sqrt(-1-(2*A[i]-b-a)\/(b-a))));\n u = ab_points_gc(A,ia,ib);\n fab = sqrt((b-a))^k*sqrt_affinereduction_gc(u,-1);\n if(default(debug)>=1,\n endarg = arg(fab\/fad);\n arg1 = -tau\/2;\n arg2 = if(tau>0,Pi-tau\/2,-Pi-tau\/2);\n if(abs(endarg-arg1)>0.0001&&abs(endarg-arg2)>0.0001,\n print(\"intersection_abad\");\n print(\" tau=\",tau);\n printf(\" arg[fab\/fad]=%1.4f should be %1.4f or %1.4f\\n\",endarg,arg1, arg2);\n printf(\"tau\/2=%1.3f ; 2*tau=%1.3f ; (Pi-tau)\/2=%1.3f ; Pi-2*tau=%1.3f ; Pi-tau\/2=%1.3f ; Pi+tau\/2=%1.3f \\n\", tau\/2,2*tau,(Pi-tau)\/2,Pi-2*tau,Pi-tau\/2,Pi+tau\/2);\n error();\n );\n );\n if(imag(fab\/fad)<0,return(-1),return(1));\n}\nintersection_abcb_gc(A,ia,ib,ic,id) = {\n my(k,a,b,c,tau,Aprim,fcb,fab,j);\n k = #A;\n a = A[ia]; b = A[ib]; c = A[ic];\n tau = arg((b-c)\/(b-a)); \n \\\\ \\frac{\\sqrt{d-b}^{k}\\prod_{\u03bb\\neq b,d}\\sqrt{x_\u03b2(b)-\u03c8_\u03b2(\u03bb)}}\n \\\\fcb = sqrt((b-c))^k\n \\\\*prod(i=1,k,if(i==ic||i==ib,1,sqrt(+1-(2*A[i]-c-b)\/(b-c))));\n Aprim = ab_points_gc(A,ic,ib);\n fcb = sqrt((b-c))^k * sqrt_affinereduction_gc(Aprim,+1);\n \\\\fab = sqrt((b-a))^k\n \\\\*prod(i=1,k,if(i==ib||i==ia,1,sqrt(+1-(2*A[i]-b-a)\/(b-a))));\n Aprim = ab_points_gc(A,ia,ib);\n fab = sqrt((b-a))^k*sqrt_affinereduction_gc(Aprim,+1);\n if(default(debug)>=1,\n endarg = arg(fab\/fcb);\n \\\\arg1 = tau\/2;\n arg1 = if(tau>0,Pi-tau\/2,-Pi-tau\/2);\n \\\\arg2 = Pi-tau\/2;\n arg2 = -tau\/2;\n if(abs(endarg-arg1)>0.0001&&abs(endarg-arg2)>0.0001,\n print(\"intersection_abcb\");\n print(\" tau=\",tau);\n printf(\" arg[fab\/fcb]=%1.4f should be %1.4f or %1.4f\\n\",endarg,arg1, arg2);\n printf(\"tau\/2=%1.3f ; 2*tau=%1.3f ; (Pi-tau)\/2=%1.3f ; Pi-2*tau=%1.3f ; Pi-tau\/2=%1.3f ; Pi+tau\/2=%1.3f \\n\", tau\/2,2*tau,(Pi-tau)\/2,Pi-2*tau,Pi-tau\/2,Pi+tau\/2);\n error();\n );\n );\n if(imag(fab\/fcb)<0,return(-1),return(1));\n}\n\/* TODO: check aligned points ... *\/\nintersection_gc(A,ia,ib,ic,id) = {\n \\\\ do we have a common point ?\n if(ia==ib||ic==id, 0,\n (ia==ic&&ib==id)||(ia==id&&ib==ic), 0,\\\\ self intersection\n ia!=ic&&ia!=id&&ib!=ic&&ib!=id,0,\\\\ no intersection\n ia==ic, +intersection_abad_gc(A,ia,ib,ic,id),\n ib==ic, +intersection_abbd_gc(A,ia,ib,ic,id),\n ia==id, -intersection_abbd_gc(A,ic,id,ia,ib),\n ib==id, +intersection_abcb_gc(A,ia,ib,ic,id),\n error(\"this intersection should not occur\",[ia,ib,ic,id]);\n );\n}\nintersection_spanning_gc(A,tree) = {\n my(n,res,s);\n n = #tree;\n res = matrix(n,n);\n for(i=1,#tree,\n for(j=i+1,#tree,\n s = intersection_gc(A,tree[i][1],tree[i][2],tree[j][1],tree[j][2]);\n res[i,j] = s;\n res[j,i] = -s;\n );\n );\n res;\n}\n\/* *************************************************************************\n * step 3 : period matrix of edges + intersection matrix\n * ************************************************************************* *\/\nperiods_spanning_gc(A,tree,g) = {\n if(1, \/* forget about end points *\/\n Mat(vector(#tree,k,integrals_edge_gc(A,g,tree[k][1],tree[k][2])[1]~));\n ,\n res = vector(#tree);\n endpointsvalues=vector(#tree);\n for(k=1,#tree,\n tmp = integrals_edge_gc(A,g,tree[k][1],tree[k][2]);\n \/* should use final values to find intersection if sure that no\n * crossing edges TODO *\/\n res[k] = tmp[1]~;\n endpointsvalues[k] = [tmp[2],tmp[3]];\n );\n Mat(res);\n );\n}\n\n\/* *************************************************************************\n * step 4 : retrieve symplectic basis\n * ************************************************************************* *\/\n\n\/* assume M is invertible, antisymetric and of even dimension 2g *\/\nsymplectic_reduction(M) = {\n my(g=matsize(M)[1]);\n if(g%2,return(0),g\/=2);\n my(N = Vec(M)); \\\\ columns matrices\n my(P = Vec(matid(2*g)));\n my(i,j,ii,jj);\n \/* algorithm similar to snf\n take minimal N[i,j] non-zero value above diagonal\n 1. transform it to be the gcd over the line\n 2. reduce lines i and j to have symplectic\n [0,1;-1,0] and zeroes outside\n 3. move these in front\n the same operations are done on P to track\n the base change.\n *\/\n \\\\ find a non zero value;\n \\\\ TODO better to take minimum\n \/* main loop on symplectic 2-subspaces *\/\n for(d = 1, g,\n if(1,\n my(res = Mat(vector(2*g,k,if(k<=g,P[2*k-1],P[2*(k-g)]))));\n \\\\print(res)\n \\\\print(Mat(N)); \\\\ FIXME\n );\n \n \/* find a pivot value *\/\n i = 2*d-1; j = i+1;\n while(!N[j][i],\n print(\"i\",i,\"j\",j,\"->\",N[j][i]);\n if(j++>2*g,j=i+++1);\n );\n \\\\ i and j give a and b\n if(N[j][i]<0,\n P[j] = -P[j]; \n N[j] = -N[j]; \n for(l=1,2*g,N[l][j] = -N[l][j]); \n );\n ii=i; jj=j;\n while(jj,\n \\\\print(\"d=\",d,\" -> i=\",i,\"&j=\",j);\n \/* remove all coeffs on column j *\/\n for(k=2*d-1,2*g, \\\\ the column\n \\\\print(\"column \",k);\n if(k==jj||!N[k][ii],next()); \\\\ next if already zero\n \\\\print(Mat(N));\n if(N[k][ii]%N[jj][ii]==0,\n \/* N[jj][ii] divides N[k][ii], set it to zero *\/\n my(q = N[k][ii]\/N[jj][ii]);\n P[k] = P[k]-q*P[jj];\n N[k] = N[k]-q*N[jj];\n for(l=1,2*g,N[l][k] = N[l][k] - q*N[l][jj];);\n ,\n \/* otherwise replace N[jj][ii] by the gcd *\/\n tmp = bezout(N[jj][ii],N[jj][k]);\n u = tmp[1]; v = tmp[2]; d = tmp[3];\n P[ii] = u*P[ii]+v*P[jj];\n N[ii] = u*N[ii]+v*N[jj];\n for(l=1,2*g,N[l][ii] = u*N[l][ii] + v*N[l][jj];);\n \\\\ now resume on N[jj][ii]\n k--\n );\n );\n if(jj>ii,ii=j;jj=i,jj=0);\n );\n \/* and put the 2-2 symplectic at 2*d-1, 2*d *\/\n tmpN = N[2*d-1]; tmpP = P[2*d-1];\n N[2*d-1] = N[i]; P[2*d-1] = P[i];\n N[i] = tmpN; P[i] = tmpP;\n tmpN = N[2*d]; tmpP = P[2*d];\n N[2*d] = N[j]; P[2*d] = P[j];\n N[j] = tmpN; P[j]= tmpP;\n );\n \/* and finally canonical basis *\/\n res = Mat(vector(2*g,k,if(k<=g,P[2*k-1],P[2*(k-g)])));\n \\\\print(mattranspose(res)*M*res);\n return(res); \n}\n\/* inverse of a symplectic matrix *\/\nsymplectic_inverse(M) = {\n my(g = matsize(M)[1]\/2);\n \/* M=[A,B;C,D] -> M^(-1)=[D^t,-B^t,-C^t,A^t] *\/\n my(res=matrix(2*g,2*g));\n for(i=1,g,\n for(j=1,g,\n \/* A block *\/\n res[i,j] = M[g+j,g+i];\n \/* D block *\/\n res[g+i,g+j] = M[j,i];\n \/* B block *\/\n res[i,g+j] = -M[g+j,i];\n \/* C block *\/\n res[g+i,j] = -M[j,g+i];\n );\n );\nreturn(res);\n}\n\n\/* *************************************************************************\n * put everything together\n * ************************************************************************* *\/\n\n\/** Remark on matrices conventions :\n during computations, the tree corresponds to a homology basis C_1,..C_2g ; we\nhave the canonical symplectic homology basis A_1,..A_g,B_1,..B_g. We compute\nfirst the period matrix C whose columns are the periods of the canonical\ndifferential forms along the paths C_j :\n\ncoh1x_homC = C_1, C_2g\n +-----------+\n 1 |\n x |\n \nThen we\ncompute the intersection matrix of C_j\n\nIntC = C_1, C_2g\n +-----------+\n C_1 |\n C_2 |\n\nand we perform symplectic reduction to have the base change to a canonical\nbasis (which is not Mumford's in general)\n\nABtoC = A_1, A_g,B_1 B_g\n +------------------+\nC_1 |\n... |\nC_2g |\n\nsatisfying :\n\n(ABtoC)^t * IntC * ABtoC = J_g = intersection in (A,B) basis.\n\nNow we have the big period matrix of canonical differentials in symplectic basis\n\ncoh1x_homAB = coh1x_homC*ABtoC = [ Omega_0 Omega_1 ]\n = A_1,.. B_g\n +----------+\n 1 |\n ... |\n x^g-1|\n\nand we take the (A)-dual cohomology basis to have a Siegel tau matrix\n\ncohWto1x = 1,x,.. x^g-1\n +------------+\n w_1|\n ...|\n w_g|\n\ncohWto1x*Omega_0 = Id\ncohWto1x*Omega_1 = tau = Omega_0^(-1)*Omega_1\n\nAs for Abel-Jacobi map : we compute it in the 1,x cohomology basis\nand return its left-product by cohWto1x.\n\nFor Weierstrass points Pi, we compute half loops P0Pi in C_i basis\n\nP0Pi = P0P1,... P0P2g+1 (one column is zero for Pi=P0)\n +--------------+\n C_1 |\n ... |\n\nthen in A,B basis\n\n(ABtoC)^t * P0Pi\n\nand finally return the integration\n\ncohWto1x * coh1x_homAB * (ABtoC)^t * P0Pi\n*\/\n\n\/**\nthe period matrix is computed in some symplectic homology basis\ndetermined during computations.\n*\/\nhcperiods(f,flag) = {\n my(A);\n if(type(f)==\"t_VEC\",A=f,\n type(f)==\"t_COL\",A=Vec(f),\n type(f)==\"t_POL\",A=polroots(f),\n error(\"unrecognized type for f \", f);\n );\n my(g,tree,tmp,ABtoC,IntC);\n g = floor((#A-1)\/2);\n gettime();\n tmp = max_spanning_gc(A,2*g);\n tmp = max_spanning(A,2*g);\n msgtimer(\"tree\");\n tree = tmp[1];\n msgdebug(tree,\" \",2);\n \/* compute big period matrix of periods C_1,..C_2g *\/\n my(coh1x_homC = periods_spanning_gc(A,tree,g));\n msgtimer(\"periods\");\n msgdebug(coh1x_homC,\" \",2);\n \/* intersection matrix of basis C_1,.. C_2g *\/\n IntC = intersection_spanning_gc(A,tree);\n msgtimer(\"intersection\");\n msgdebug(IntC,\" \",2);\n \/* column base change from (A_i,B_i) to C_i *\/\n \/* that is, P^t * Intersection * P = J_g *\/\n ABtoC = symplectic_reduction(IntC);\n \/* change basis *\/\n \/* put everything in the struct *\/\n coh1x_homAB = coh1x_homC * ABtoC; \/* now matrix in (A,B) basis *\/\n my(Omega0,Omega1);\n Omega0 = vecextract(coh1x_homAB,Str(\"1..\",g),Str(\"1..\",g));\n Omega1 = vecextract(coh1x_homAB,Str(\"1..\",g),Str(g+1,\"..\"));\n if(flag==0, Omega1^(-1)*Omega0, \/* default, tau matrix *\/\n flag==1, concat(Omega0,Omega1),\n error(\"unknown flag\"));\n}\n\n\/* *************************************************************************\n * tests\n * ************************************************************************* *\/\n\n\/* Gauss's AGM\n I = int_a^b dx\/sqrt((x-a)(x-b)(x-c))\n = Pi\/agm(sqrt(c-a),sqrt(c-b))\n*\/\ngauss_agm(P) = {\n my(a,b,c);\n [a,b,c] = P;\n \/* a>b>c *\/\n if(0,\n Mat([Pi\/agm(a,b),I*Pi\/agm(a,c)]);\n ,\n Mat([I*Pi\/agm(sqrt(b-c),sqrt(a-c)),Pi\/agm(sqrt(a-b),sqrt(a-c))]);\n );\n}\n\n\/* Richelot's algorithm\n Iu=int_u^u' S(x)\/sqrt(-P(x)) dx\n u<u'<v<v'<w<w'\n P(x)=(x-u)(x-u')(x-v)(x-v')(x-w)(x-w')\n S(x)=lx+m\n P=[u,u',v,v',w,w']\n S=[l,m]\n*\/\nrichelot(P,S)= {\n my(a,b,c,ap,bp,cp,D,A,B,C,dba,dcb,dca,a1,a1p,b1,b1p,c1,c1p,D1);\n a=P[1];ap=P[2];b=P[3];bp=P[4];c=P[5];cp=P[6];\n D=1;\n prec = default(realprecision);\n localprec(prec+5);\n epsilon=10^-(default(realprecision));\n while(1,\n print([a,ap,b,bp,c,cp]);\n A=sqrt((c-b)*(c-bp)*(cp-b)*(cp-bp));\n B=sqrt((c-a)*(c-ap)*(cp-a)*(cp-ap));\n C=sqrt((b-a)*(b-ap)*(bp-a)*(bp-ap));\n dba = b+bp-a-ap;\n dcb = c+cp-b-bp;\n dca = c+cp-a-ap;\n a *= ap; b *= bp; c *= cp;\n a1 = (c-a-B)\/dca;\n a1p= (b-a-C)\/dba;\n b1 = (b-a+C)\/dba;\n b1p= (c-b-A)\/dcb;\n c1 = (c-b+A)\/dcb;\n c1p= (c-a+B)\/dca;\n D1 = 4*D*(a*dcb-b*dca+c*dba)\/(dba*dcb*dca);\n a=a1; ap=a1p; b=b1; bp=b1p; c=c1; cp=c1p; D=D1;\n \/* test *\/\n if(vecmax(abs([a,b,c]-[ap,bp,cp]))<epsilon,\n\t\t\treturn(Pi*sqrt(D)*(S[1]*a+S[2])\/((a-b)*(a-c)))\n )\n );\n}\n\/* 0.4357814509980649277362248425469236 *\/\nintnum(x=[1,-.5],[2,-.5],1\/sqrt(-prod(j=1,6,x-j)))\nrichelot([1..6],[0,1])\n\/* 0.6969159933749301638525527624477020 *\/\nintnum(x=[1,-.5],[2,-.5],x\/sqrt(-prod(j=1,6,x-j)))\nrichelot([1..6],[1,0])\n\nX1 = [-1,I,-I,1,1+I]; \\\\ house\nintnum(x=[-1,-.5],[1,-.5],1\/sqrt(-prod(j=1,#X1,x-X1[j])))\n\nX2 = [-1,0,-I,1-I,I,1+I];\nintnum(x=[-1,-.5],[0,-.5],1\/sqrt(-prod(j=1,#X2,x-X2[j])))\n\n\n\n\n\n\n\n\\\\step(z) = if(z,z,1);\n\\\\checkint() = {\n\\\\ A = polroots(x^7-x-1);\n\\\\ u = ab_points_gc(A,6,7);\n\\\\ a = A[6]; b = A[7];\n\\\\ ref = intnum(x=[-1,-.5],[1,-.5],[1,x,x^2]\/(sqrt(1-x^2)*sqrt_affinereduction_gc(u,x)));\n\\\\ r1 = integrals_gc(u, 3, 100);\n\\\\ r2 = sqrt(I)*intnum(x=[a,-.5],[b,-.5],[1,x,x^2]\/step(sqrt_affinereduction_gc(A,x)));\n\\\\ print(ref);\n\\\\ print(r1);\n\\\\ print(r2);\n\\\\}\n\n\n\/* check if same as older DE code *\/\ncheck(f) = {\n my(c,tree,g,p1,p2);\n c = hcInit(f);\n tree = c[iTree];\n g = c[iGenus];\n p1 = Vec(periods_spanning(c));\n p2 = Vec(periods_spanning_gc(c[iRoots],tree,g));\n for (i=1,#p1,\n if(vecsum(abs(p1[i]-p2[i]))>.0000001,\n my(u = ab_points_gc(c[iRoots], tree[i][1], tree[i][2]));\n print(\"i=\",i);\n print(\"a,b=\",[c[iRoots][tree[i][1]],c[iRoots][tree[i][2]]]);\n print(\"u=\",u);\n print(p1[i]);\n print(p2[i]);\n ));\n}\n\/* test if Omega is symetric to current prec *\/\nRiemann_symmetry(Omega) = {\n my(Sym);\n Sym = abs(Omega - mattranspose(Omega));\n if(trace(Sym*mattranspose(Sym))>1e-20,\n print(\"## Riemann_symmetry violated : Omega^t != Omega\");0,1);\n}\n\/* test whether Im(Omega) > 0 *\/\n\/* this is true if and only if\n IOmega = M^t*M\n suppose Omega already tested for symmetry\n *\/\nRiemann_positivity(Omega,n=5) = {\n my(IOmega,g,X);\n IOmega=imag(Omega);\n g = matsize(IOmega)[1];\n for(i=1,g,if(IOmega[i,i]<=0,\n msgdebug(Strprintf(\"tau[%i,%i]<=0\",i,i),\" *** \");\n return(0)));\n for(i=1,g,\n for(j=i+1,g,\n if(IOmega[i,i]<=abs(IOmega[i,j]),\n msgdebug(Strprintf(\"tau[%i,%i]<=|tau[%i,%i]|\",i,i,i,j),\" *** \");\n return(0));\n if(IOmega[i,i]+IOmega[j,j]<=2*abs(real(IOmega[i,j])),\n msgdebug(Strprintf(\"tau[%i,%i]+tau[%i,%i]<=2|Re tau[%i,%i]|\",\n i,i,j,j,i,j),\" *** \");\n return(0));\n );\n );\n \/* plus some random tests *\/\n X = vector(g,i,tan(3.14*random(1.)-1.55));\n for(k=1,n,\n if(X*IOmega*X~<0,\n msgdebug(Str(\"X*tau*X~<0 for X=\",X),\" *** \");\n return(0));\n for(i=1,g,X[i] = tan(3.14*random(1.)-1.55););\n );\n return(1)\n} \ntest_Riemannrelations(pts) = {\n my(Omega = hcperiods(pts));\n \/* test if the small period matrix is symetric *\/\n if(!Riemann_symmetry(Omega),error(\"symmetry : \",pts));\n if(!Riemann_positivity(Omega),error(\"positivity : \",pts));\n return(1);\n}\nptsRandom(g=2) = {\n vector(2*g+1,k,tan(3.1*(random(1.)-.5))+I*tan(3.1*(random(1.)-.5)));\n}\ntest_Riemannrelations_random(n=100) = {\n my(pts);\n for(i=1,n,\n pts = ptsRandom(random(7)+1);\n test_Riemannrelations(pts) || return(0);\n );\n return(1);\n}\n\n\/* period([a,b,c]) ~ agm()\n period([a,b,c,d,e,f])~richelot([a,b,c,d,e,f],[0,1])\n*\/\ngccompare(P) = {\n my(g,p,i);\n if(type(P)==\"t_POL\",P=polroots(P));\n if(#P==3,\n gettime();\n g = gauss_agm(P);\n print(\"temps agm : \",gettime(),\"ms.\");\n g = gauss_agm(P);\n print(g);\n print(\"temps agm : \",gettime(),\"ms.\");\n p = hcperiods(P,1);\n print(\"temps integration : \",gettime(),\"ms.\");\n print(p);\n print(\"erreur : \",g-p);\n g,\n #P==6,\n gettime();\n g = richelot(P,[0,1]);\n print(\"temps richelot : \",gettime(),\"ms.\");\n p = hcperiods(P,1);\n print(\"temps integration : \",gettime(),\"ms.\");\n print(\"erreur : \",g-I*p);\n i = period_intnum(P);\n print(\"temps pari intnum : \",gettime(),\"ms.\");\n print(\"erreur : \",g-I*i);\n g,\n period_old(P));\n}\n","old_contents":"\/**\n\n======================================\nAbel-Jacobi map on hyperelliptic curves\n=======================================\n\ncomputing period matrix of hyperelliptic curves\n\n*\/\n\nmsgtimer(s,level=1) = {\n if(default(debug)>=level,printf(\" Time %s : %ld\\n\",s,gettime()));\n}\nmsgdebug(s,header=\" \",level=1) = {\n if(default(debug)>=level,printf(\"%s%s\\n\",header,s));\n}\n\/**\n\nNumerical integration with Gauss Chebychev\n------------------------------------------\n\n*\/\n\/* compute prod sqrt(z-u_i) as sqrt prod(z-u_i)\n track the number of loops around 0\n while multiplying the (z-ui).\n *\/\n\/* sign of the imaginary part with positive zero *\/\nisign(x) = { my(s);s=sign(imag(x));if(s,s,1);}\nsqrt_affinereduction_gc(u,z,flag=0) = {\n my(z1,i1,z2,i2,sgn);\n \\\\ if we want the long method, or there is only one root\n flag=1; \/* FIXME! *\/\n if(flag||#u==1,\n prod(i=1,#u, if(real(u[i])>0,I*sqrt(u[i]-z),sqrt(z-u[i])))\n , \\\\ otherwise\n sgn = 1; \\\\ track the number of loops\n z1 = z-u[1];\n \/* if the point is on the right, take non-standard cut *\/\n if(imag(z1)==0&&real(z1)<0,z1=-z1;sgn*=-I);\n i1 = isign(z1);\n for(i=2,#u,\n z2 = z-u[i];\n if(imag(z2)==0&&real(z2)<0,z2=-z2;sgn *=-I);\n i2 = isign(z2);\n z1 *= z2;\n if(i1==i2,\n i1 = isign(z1);\n if(i1!=i2,sgn*=-1),\n i1 = isign(z1)\n ));\n sqrt(z1)*sgn\n );\n}\n\/*\n compute the column of period integrals\n [ int x^k\/y dx ]\n*\/\nintegrals_gc(u, g, n, flag=0) = {\n my(res = vector(g));\n for(k=1,n,\n my(xk = cos((2*k-1)*Pi\/(2*n)));\n my(t = 1\/sqrt_affinereduction_gc(u,xk,flag));\n res[1] += t;\n for(i=2, g, t *= xk; res[i] += t);\n );\n res * Pi\/n;\n}\n\/* make u vectors : remove two roots *\/\nab_points_gc(A, ia, ib) = {\n my(a = A[ia]); my(b=A[ib]); my(j=0);\n my(u=vector(#A-2));\n for(i=1,#A,i==ia||i==ib||u[j++]=(2*A[i]-a-b)\/(b-a));\n u;\n}\npolshift(v,c)=for(i=2,#v,forstep(j=#v,i,-1,v[j]+=c*v[j-1]));v;\nintegrals_edge_gc(A, g, i1, i2, flag=0) = {\n my(u = ab_points_gc(A, i1, i2));\n msgdebug([A[i1],A[i2]], \"=========== gc ==========\\n a,b =\", 2);\n my(n = gc_n(u));\n my(res = integrals_gc(u, g, n));\n msgdebug(res, \" int =\", 2);\n \/* shift *\/\n my(a,b,c);\n a = A[i1]; b = A[i2];\n c = (b+a)\/(b-a);\n res = polshift(res, c);\n msgdebug(res, \" shifted =\", 2);\n \/* fix factors *\/\n my(geom_factor = (b-a)\/2);\n my(fact = I\/sqrt(geom_factor)^#u);\n res[1] *= fact;\n for(j=2,g,\n fact *= geom_factor;\n res[j] *= fact;\n );\n msgdebug(res, \" factors =\", 3);\n \\\\ to track signs, return also the values of the sqrt chosen at end points\n vplus = sqrt_affinereduction_gc(u,1,flag)*sqrt(geom_factor)^#u\/geom_factor;\n vmoins = sqrt_affinereduction_gc(u,-1,flag)*sqrt(geom_factor)^#u\/geom_factor;\n return([res,vmoins,vplus]);\n}\n\/** == compute integration parameters == *\/\ndist_ellipse(p,a) = {\n my(b,t);\n my(x,y);\n my(eps=0.*1e6);\n b = sqrt(a^2-1);\n x=real(p);y=imag(p);\n if(x==0,abs(b-y),\n y==0,abs(a-x),\n t = atan(a*y\/(b*x));\n ft = 1;\n while(abs(ft) > eps,\n st = sin(t);\n ct = cos(t);\n ft = ct*st-x*a*st+y*b*ct;\n fpt = ct^2-st^2-x*a*ct-y*b*st;\n t -= ft \/ fpt;\n );\n abs(p-a*cos(t)-I*b*sin(t))\n );\n}\ngc_n(u,prec,mult=.25) = {\n \\\\my(A,B);\n if(!prec,prec=precision(1.));\n au = [ abs(z-1)+abs(z+1) | z<-u ] \/ 2;\n v = vecsort(au, , 1);\n a = au[v[1]];\n m = 1; while(m<#u&&au[v[m+1]]-a<.001,m++);\n r = a + sqrt(a^2-1);\n \/* first estimate *\/\n M = 1\/sqrt(a^m*prod(i=m+1,#u,dist_ellipse(u[v[i]],a)));\n A = prec*log(10) + log(2*Pi*M) + 1;\n B = 2*log(r);\n msgdebug(A\/B,\"n1 = \",2);\n n = ceil(A \/ B);\n \/* second *\/\n a = a*(1-mult\/n);\n M = 1\/sqrt(prod(i=1,#u,dist_ellipse(u[i],a)));\n A = prec*log(10) + log(2*Pi*M) + 1;\n r = a + sqrt(a^2-1);\n B = 2*log(r);\n msgdebug(A\/B,\"n2 = \",2);\n ceil(A\/B);\n}\nr_3(a,b,c) = {\n (abs(c-a)+abs(c-b))\/abs(b-a);\n}\nr_edge(A,i,j) = {\n rij = oo;\n for(k=1,#A,\n if(k==i||k==j,next());\n rij = min(rij,r_3(A[i],A[j],A[k]));\n );\n return(rij);\n}\nr_tree(A,edges) = {\n my(r = oo);\n for(k=1,#edges,\n r = min(r,r_edge(A,edges[k][1],edges[k][2]));\n );\n return(r);\n}\n\/* *************************************************************************\n * period matrix\n * ************************************************************************* *\/\n\n\/* *************************************************************************\n * step 1: maximal-flow spanning tree\n * ************************************************************************* *\/\nmax_spanning_gc(A,nedges=0)= {\n \/* low precision parameters *\/\n my(n,r_v,z,taken,tree,rmin);\n localprec(19);\n n = #A;\n if(n<=0,error(A));\n if(!nedges,nedges=n-1); \/* spanning tree *\/\n r_v=vector(n*(n-1)\/2);\n \/* build list of edges ordered by r *\/\n z=0;\n for(i=1,n,\n for(j=i+1,n,\n r_v[z++] = [r_edge(A,i,j),i,j];\n );\n );\n r_v = vecsort(r_v,1); \\\\ sort according to r\n taken = vector(n,i,0); \\\\ mark vertex if in tree\n tree = vector(nedges);\n \/* this is not optimal... too many loops *\/\n z=n*(n-1)\/2; \\\\select edge with maximum r\n rmin = r_v[z][1];\n for(k=1,nedges,\n z=n*(n-1)\/2;\n \/* consider next edge with exactly one vertex taken (no cycle) *\/\n while(k>1 && taken[r_v[z][2]]==taken[r_v[z][3]],z--);\n \/* this is the best edge allowed *\/\n i = r_v[z][2]; j = r_v[z][3];\n \/* ensure i already in tree *\/\n if(taken[j],[i,j]=[j,i]);\n tree[k] = [i,j];\n rmin = min(rmin,r_v[z][1]);\n taken[i] = taken[j] = 1;\n );\n return([tree,rmin]);\n}\n\n\/* *************************************************************************\n * step 2 : intersection matrix of selected edges\n * ************************************************************************* *\/\n\n\/* end intersection I[ab].I[bd] *\/\nintersection_abbd_gc(A,ia,ib,ic,id) = {\n my(k,a,b,d,tau,Aprim,fad,j);\n k = #A;\n a = A[ia]; b = A[ib]; d = A[id];\n tau = arg((d-b)\/(b-a)); \n \/* \\frac{\\sqrt{d-b}^{k}\\prod_{\u03bb\\neq b,d}\\sqrt{x_\u03b2(b)-\u03c8_\u03b2(\u03bb)}} *\/\n \\\\fbd = sqrt((d-b))^k\n \\\\*prod(i=1,k,if(i==ib||i==id,1,sqrt(-1-(2*A[i]-b-d)\/(d-b))));\n Aprim = ab_points_gc(A,ib,id);\n fbd = sqrt((d-b))^k*sqrt_affinereduction_gc(Aprim,-1);\n \\\\fab = sqrt((b-a))^k\n \\\\*prod(i=1,k,if(i==ib||i==ia,1,sqrt(+1-(2*A[i]-b-a)\/(b-a))));\n Aprim = ab_points_gc(A,ia,ib);\n fab = sqrt((b-a))^k*sqrt_affinereduction_gc(Aprim,1);\n if(default(debug)>=1,\n endarg = arg(fab\/fbd);\n arg1 = -(Pi+tau)\/2;\n arg2 = (Pi-tau)\/2;\n if(abs(endarg-arg1)>0.0001&&abs(endarg-arg2)>0.0001,\n print(\"intersection_abbd\");\n print(\" tau=\",tau);\n printf(\" arg[fab\/fbd]=%1.4f should be %1.4f or %1.4f\\n\",endarg,arg1, arg2);\n printf(\"tau\/2=%1.3f ; 2*tau=%1.3f ; (Pi-tau)\/2=%1.3f ; Pi-2*tau=%1.3f ; \\n\",\n tau\/2,2*tau,(Pi-tau)\/2,Pi-2*tau);\n );\n );\n if(imag(fbd\/fab)<0,return(-1),return(1));\n}\nintersection_abad_gc(A,ia,ib,ic,id) = {\n my(k,a,b,d,tau,u,fad,j);\n k = #A;\n a = A[ia]; b = A[ib]; d = A[id];\n tau = arg((d-a)\/(b-a)); \n \\\\ \\frac{\\sqrt{d-b}^{k}\\prod_{\u03bb\\neq b,d}\\sqrt{x_\u03b2(b)-\u03c8_\u03b2(\u03bb)}}\n \\\\fad = sqrt((d-a))^k\n \\\\*prod(i=1,k,if(i==ia||i==id,1,sqrt(-1-(2*A[i]-a-d)\/(d-a))));\n u = ab_points_gc(A,ia,id);\n fad = sqrt((d-a))^k*sqrt_affinereduction_gc(u,-1);\n \\\\fab = sqrt((b-a))^k\n \\\\*prod(i=1,k,if(i==ib||i==ia,1,sqrt(-1-(2*A[i]-b-a)\/(b-a))));\n u = ab_points_gc(A,ia,ib);\n fab = sqrt((b-a))^k*sqrt_affinereduction_gc(u,-1);\n if(default(debug)>=1,\n endarg = arg(fab\/fad);\n arg1 = -tau\/2;\n arg2 = if(tau>0,Pi-tau\/2,-Pi-tau\/2);\n if(abs(endarg-arg1)>0.0001&&abs(endarg-arg2)>0.0001,\n print(\"intersection_abad\");\n print(\" tau=\",tau);\n printf(\" arg[fab\/fad]=%1.4f should be %1.4f or %1.4f\\n\",endarg,arg1, arg2);\n printf(\"tau\/2=%1.3f ; 2*tau=%1.3f ; (Pi-tau)\/2=%1.3f ; Pi-2*tau=%1.3f ; Pi-tau\/2=%1.3f ; Pi+tau\/2=%1.3f \\n\", tau\/2,2*tau,(Pi-tau)\/2,Pi-2*tau,Pi-tau\/2,Pi+tau\/2);\n );\n );\n if(imag(fab\/fad)<0,return(-1),return(1));\n}\nintersection_abcb_gc(A,ia,ib,ic,id) = {\n my(k,a,b,c,tau,Aprim,fcb,fab,j);\n k = #A;\n a = A[ia]; b = A[ib]; c = A[ic];\n tau = arg((b-c)\/(b-a)); \n \\\\ \\frac{\\sqrt{d-b}^{k}\\prod_{\u03bb\\neq b,d}\\sqrt{x_\u03b2(b)-\u03c8_\u03b2(\u03bb)}}\n \\\\fcb = sqrt((b-c))^k\n \\\\*prod(i=1,k,if(i==ic||i==ib,1,sqrt(+1-(2*A[i]-c-b)\/(b-c))));\n Aprim = ab_points_gc(A,ic,ib);\n fcb = sqrt((b-c))^k * sqrt_affinereduction_gc(Aprim,+1);\n \\\\fab = sqrt((b-a))^k\n \\\\*prod(i=1,k,if(i==ib||i==ia,1,sqrt(+1-(2*A[i]-b-a)\/(b-a))));\n Aprim = ab_points_gc(A,ia,ib);\n fab = sqrt((b-a))^k*sqrt_affinereduction_gc(Aprim,+1);\n if(default(debug)>=1,\n endarg = arg(fab\/fcb);\n \\\\arg1 = tau\/2;\n arg1 = if(tau>0,Pi-tau\/2,-Pi-tau\/2);\n \\\\arg2 = Pi-tau\/2;\n arg2 = -tau\/2;\n if(abs(endarg-arg1)>0.0001&&abs(endarg-arg2)>0.0001,\n print(\"intersection_abcb\");\n print(\" tau=\",tau);\n printf(\" arg[fab\/fcb]=%1.4f should be %1.4f or %1.4f\\n\",endarg,arg1, arg2);\n printf(\"tau\/2=%1.3f ; 2*tau=%1.3f ; (Pi-tau)\/2=%1.3f ; Pi-2*tau=%1.3f ; Pi-tau\/2=%1.3f ; Pi+tau\/2=%1.3f \\n\", tau\/2,2*tau,(Pi-tau)\/2,Pi-2*tau,Pi-tau\/2,Pi+tau\/2);\n );\n );\n if(imag(fab\/fcb)<0,return(-1),return(1));\n}\n\/* TODO: check aligned points ... *\/\nintersection_gc(A,ia,ib,ic,id) = {\n \\\\ do we have a common point ?\n if(ia==ib||ic==id, 0,\n (ia==ic&&ib==id)||(ia==id&&ib==ic), 0,\\\\ self intersection\n ia!=ic&&ia!=id&&ib!=ic&&ib!=id,0,\\\\ no intersection\n ia==ic, +intersection_abad_gc(A,ia,ib,ic,id),\n ib==ic, +intersection_abbd_gc(A,ia,ib,ic,id),\n ia==id, -intersection_abbd_gc(A,ic,id,ia,ib),\n ib==id, +intersection_abcb_gc(A,ia,ib,ic,id),\n error(\"this intersection should not occur\",[ia,ib,ic,id]);\n );\n}\nintersection_spanning_gc(A,tree) = {\n my(n,res,s);\n n = #tree;\n res = matrix(n,n);\n for(i=1,#tree,\n for(j=i+1,#tree,\n s = intersection_gc(A,tree[i][1],tree[i][2],tree[j][1],tree[j][2]);\n res[i,j] = s;\n res[j,i] = -s;\n );\n );\n res;\n}\n\/* *************************************************************************\n * step 3 : period matrix of edges + intersection matrix\n * ************************************************************************* *\/\nperiods_spanning_gc(A,tree,g) = {\n if(1, \/* forget about end points *\/\n Mat(vector(#tree,k,integrals_edge_gc(A,g,tree[k][1],tree[k][2])[1]~));\n ,\n res = vector(#tree);\n endpointsvalues=vector(#tree);\n for(k=1,#tree,\n tmp = integrals_edge_gc(A,g,tree[k][1],tree[k][2]);\n \/* should use final values to find intersection if sure that no\n * crossing edges TODO *\/\n res[k] = tmp[1]~;\n endpointsvalues[k] = [tmp[2],tmp[3]];\n );\n Mat(res);\n );\n}\n\n\/* *************************************************************************\n * step 4 : retrieve symplectic basis\n * ************************************************************************* *\/\n\n\/* assume M is invertible, antisymetric and of even dimension 2g *\/\nsymplectic_reduction(M) = {\n my(g=matsize(M)[1]);\n if(g%2,return(0),g\/=2);\n my(N = Vec(M)); \\\\ columns matrices\n my(P = Vec(matid(2*g)));\n my(i,j,ii,jj);\n \/* algorithm similar to snf\n take minimal N[i,j] non-zero value above diagonal\n 1. transform it to be the gcd over the line\n 2. reduce lines i and j to have symplectic\n [0,1;-1,0] and zeroes outside\n 3. move these in front\n the same operations are done on P to track\n the base change.\n *\/\n \\\\ find a non zero value;\n \\\\ TODO better to take minimum\n \/* main loop on symplectic 2-subspaces *\/\n for(d = 1, g,\n if(1,\n my(res = Mat(vector(2*g,k,if(k<=g,P[2*k-1],P[2*(k-g)]))));\n \\\\print(res)\n \\\\print(Mat(N)); \\\\ FIXME\n );\n \n \/* find a pivot value *\/\n i = 2*d-1; j = i+1;\n while(!N[j][i],\n print(\"i\",i,\"j\",j,\"->\",N[j][i]);\n if(j++>2*g,j=i+++1);\n );\n \\\\ i and j give a and b\n if(N[j][i]<0,\n P[j] = -P[j]; \n N[j] = -N[j]; \n for(l=1,2*g,N[l][j] = -N[l][j]); \n );\n ii=i; jj=j;\n while(jj,\n \\\\print(\"d=\",d,\" -> i=\",i,\"&j=\",j);\n \/* remove all coeffs on column j *\/\n for(k=2*d-1,2*g, \\\\ the column\n \\\\print(\"column \",k);\n if(k==jj||!N[k][ii],next()); \\\\ next if already zero\n \\\\print(Mat(N));\n if(N[k][ii]%N[jj][ii]==0,\n \/* N[jj][ii] divides N[k][ii], set it to zero *\/\n my(q = N[k][ii]\/N[jj][ii]);\n P[k] = P[k]-q*P[jj];\n N[k] = N[k]-q*N[jj];\n for(l=1,2*g,N[l][k] = N[l][k] - q*N[l][jj];);\n ,\n \/* otherwise replace N[jj][ii] by the gcd *\/\n tmp = bezout(N[jj][ii],N[jj][k]);\n u = tmp[1]; v = tmp[2]; d = tmp[3];\n P[ii] = u*P[ii]+v*P[jj];\n N[ii] = u*N[ii]+v*N[jj];\n for(l=1,2*g,N[l][ii] = u*N[l][ii] + v*N[l][jj];);\n \\\\ now resume on N[jj][ii]\n k--\n );\n );\n if(jj>ii,ii=j;jj=i,jj=0);\n );\n \/* and put the 2-2 symplectic at 2*d-1, 2*d *\/\n tmpN = N[2*d-1]; tmpP = P[2*d-1];\n N[2*d-1] = N[i]; P[2*d-1] = P[i];\n N[i] = tmpN; P[i] = tmpP;\n tmpN = N[2*d]; tmpP = P[2*d];\n N[2*d] = N[j]; P[2*d] = P[j];\n N[j] = tmpN; P[j]= tmpP;\n );\n \/* and finally canonical basis *\/\n res = Mat(vector(2*g,k,if(k<=g,P[2*k-1],P[2*(k-g)])));\n \\\\print(mattranspose(res)*M*res);\n return(res); \n}\n\/* inverse of a symplectic matrix *\/\nsymplectic_inverse(M) = {\n my(g = matsize(M)[1]\/2);\n \/* M=[A,B;C,D] -> M^(-1)=[D^t,-B^t,-C^t,A^t] *\/\n my(res=matrix(2*g,2*g));\n for(i=1,g,\n for(j=1,g,\n \/* A block *\/\n res[i,j] = M[g+j,g+i];\n \/* D block *\/\n res[g+i,g+j] = M[j,i];\n \/* B block *\/\n res[i,g+j] = -M[g+j,i];\n \/* C block *\/\n res[g+i,j] = -M[j,g+i];\n );\n );\nreturn(res);\n}\n\n\/* *************************************************************************\n * put everything together\n * ************************************************************************* *\/\n\n\/** Remark on matrices conventions :\n during computations, the tree corresponds to a homology basis C_1,..C_2g ; we\nhave the canonical symplectic homology basis A_1,..A_g,B_1,..B_g. We compute\nfirst the period matrix C whose columns are the periods of the canonical\ndifferential forms along the paths C_j :\n\ncoh1x_homC = C_1, C_2g\n +-----------+\n 1 |\n x |\n \nThen we\ncompute the intersection matrix of C_j\n\nIntC = C_1, C_2g\n +-----------+\n C_1 |\n C_2 |\n\nand we perform symplectic reduction to have the base change to a canonical\nbasis (which is not Mumford's in general)\n\nABtoC = A_1, A_g,B_1 B_g\n +------------------+\nC_1 |\n... |\nC_2g |\n\nsatisfying :\n\n(ABtoC)^t * IntC * ABtoC = J_g = intersection in (A,B) basis.\n\nNow we have the big period matrix of canonical differentials in symplectic basis\n\ncoh1x_homAB = coh1x_homC*ABtoC = [ Omega_0 Omega_1 ]\n = A_1,.. B_g\n +----------+\n 1 |\n ... |\n x^g-1|\n\nand we take the (A)-dual cohomology basis to have a Siegel tau matrix\n\ncohWto1x = 1,x,.. x^g-1\n +------------+\n w_1|\n ...|\n w_g|\n\ncohWto1x*Omega_0 = Id\ncohWto1x*Omega_1 = tau = Omega_0^(-1)*Omega_1\n\nAs for Abel-Jacobi map : we compute it in the 1,x cohomology basis\nand return its left-product by cohWto1x.\n\nFor Weierstrass points Pi, we compute half loops P0Pi in C_i basis\n\nP0Pi = P0P1,... P0P2g+1 (one column is zero for Pi=P0)\n +--------------+\n C_1 |\n ... |\n\nthen in A,B basis\n\n(ABtoC)^t * P0Pi\n\nand finally return the integration\n\ncohWto1x * coh1x_homAB * (ABtoC)^t * P0Pi\n*\/\n\n\/**\nthe period matrix is computed in some symplectic homology basis\ndetermined during computations.\n*\/\nhcperiods(f,flag) = {\n my(A);\n if(type(f)==\"t_VEC\",A=f,\n type(f)==\"t_COL\",A=Vec(f),\n type(f)==\"t_POL\",A=polroots(f),\n error(\"unrecognized type for f \", f);\n );\n my(g,tree,tmp,ABtoC,IntC);\n g = floor((#A-1)\/2);\n gettime();\n tmp = max_spanning_gc(A,2*g);\n tmp = max_spanning(A,2*g);\n msgtimer(\"tree\");\n tree = tmp[1];\n msgdebug(tree,\" \",2);\n \/* compute big period matrix of periods C_1,..C_2g *\/\n my(coh1x_homC = periods_spanning_gc(A,tree,g));\n msgtimer(\"periods\");\n msgdebug(coh1x_homC,\" \",2);\n \/* intersection matrix of basis C_1,.. C_2g *\/\n IntC = intersection_spanning_gc(A,tree);\n msgtimer(\"intersection\");\n msgdebug(IntC,\" \",2);\n \/* column base change from (A_i,B_i) to C_i *\/\n \/* that is, P^t * Intersection * P = J_g *\/\n ABtoC = symplectic_reduction(IntC);\n \/* change basis *\/\n \/* put everything in the struct *\/\n coh1x_homAB = coh1x_homC * ABtoC; \/* now matrix in (A,B) basis *\/\n my(Omega0,Omega1);\n Omega0 = vecextract(coh1x_homAB,Str(\"1..\",g),Str(\"1..\",g));\n Omega1 = vecextract(coh1x_homAB,Str(\"1..\",g),Str(g+1,\"..\"));\n if(flag==0, Omega1^(-1)*Omega0, \/* default, tau matrix *\/\n flag==1, concat(Omega0,Omega1),\n error(\"unknown flag\"));\n}\n\n\/* *************************************************************************\n * tests\n * ************************************************************************* *\/\n\n\\\\step(z) = if(z,z,1);\n\\\\checkint() = {\n\\\\ A = polroots(x^7-x-1);\n\\\\ u = ab_points_gc(A,6,7);\n\\\\ a = A[6]; b = A[7];\n\\\\ ref = intnum(x=[-1,-.5],[1,-.5],[1,x,x^2]\/(sqrt(1-x^2)*sqrt_affinereduction_gc(u,x)));\n\\\\ r1 = integrals_gc(u, 3, 100);\n\\\\ r2 = sqrt(I)*intnum(x=[a,-.5],[b,-.5],[1,x,x^2]\/step(sqrt_affinereduction_gc(A,x)));\n\\\\ print(ref);\n\\\\ print(r1);\n\\\\ print(r2);\n\\\\}\n\n\n\/* check if same as older DE code *\/\ncheck(f) = {\n my(c,tree,g,p1,p2);\n c = hcInit(f);\n tree = c[iTree];\n g = c[iGenus];\n p1 = Vec(periods_spanning(c));\n p2 = Vec(periods_spanning_gc(c[iRoots],tree,g));\n for (i=1,#p1,\n if(vecsum(abs(p1[i]-p2[i]))>.0000001,\n my(u = ab_points_gc(c[iRoots], tree[i][1], tree[i][2]));\n print(\"i=\",i);\n print(\"a,b=\",[c[iRoots][tree[i][1]],c[iRoots][tree[i][2]]]);\n print(\"u=\",u);\n print(p1[i]);\n print(p2[i]);\n ));\n}\n\/* test if Omega is symetric to current prec *\/\nRiemann_symmetry(Omega) = {\n my(Sym);\n Sym = abs(Omega - mattranspose(Omega));\n if(trace(Sym*mattranspose(Sym))>1e-20,\n print(\"## Riemann_symmetry violated : Omega^t != Omega\");0,1);\n}\n\/* test whether Im(Omega) > 0 *\/\n\/* this is true if and only if\n IOmega = M^t*M\n suppose Omega already tested for symmetry\n *\/\nRiemann_positivity(Omega,n=5) = {\n my(IOmega,g,X);\n IOmega=imag(Omega);\n g = matsize(IOmega)[1];\n for(i=1,g,if(IOmega[i,i]<=0,\n msgdebug(Strprintf(\"tau[%i,%i]<=0\",i,i),\" *** \");\n return(0)));\n for(i=1,g,\n for(j=i+1,g,\n if(IOmega[i,i]<=abs(IOmega[i,j]),\n msgdebug(Strprintf(\"tau[%i,%i]<=|tau[%i,%i]|\",i,i,i,j),\" *** \");\n return(0));\n if(IOmega[i,i]+IOmega[j,j]<=2*abs(real(IOmega[i,j])),\n msgdebug(Strprintf(\"tau[%i,%i]+tau[%i,%i]<=2|Re tau[%i,%i]|\",\n i,i,j,j,i,j),\" *** \");\n return(0));\n );\n );\n \/* plus some random tests *\/\n X = vector(g,i,tan(3.14*random(1.)-1.55));\n for(k=1,n,\n if(X*IOmega*X~<0,\n msgdebug(Str(\"X*tau*X~<0 for X=\",X),\" *** \");\n return(0));\n for(i=1,g,X[i] = tan(3.14*random(1.)-1.55););\n );\n return(1)\n} \ntest_Riemannrelations(pts) = {\n my(Omega = hcperiods(pts));\n \/* test if the small period matrix is symetric *\/\n if(!Riemann_symmetry(Omega),error(\"symmetry : \",pts));\n if(!Riemann_positivity(Omega),error(\"positivity : \",pts));\n return(1);\n}\nptsRandom(g=2) = {\n vector(2*g+1,k,tan(3.1*(random(1.)-.5))+I*tan(3.1*(random(1.)-.5)));\n}\ntest_Riemannrelations_random(n=100) = {\n my(pts);\n for(i=1,n,\n pts = ptsRandom(random(7)+1);\n test_Riemannrelations(pts) || return(0);\n );\n return(1);\n}\n\/* Gauss's AGM\n I = int_a^b dx\/sqrt((x-a)(x-b)(x-c))\n = Pi\/agm(sqrt(c-a),sqrt(c-b))\n*\/\ngauss_agm(P) = {\n my(a,b,c);\n [a,b,c] = P;\n \/* a>b>c *\/\n if(0,\n Mat([Pi\/agm(a,b),I*Pi\/agm(a,c)]);\n ,\n Mat([I*Pi\/agm(sqrt(b-c),sqrt(a-c)),Pi\/agm(sqrt(a-b),sqrt(a-c))]);\n );\n}\n\n\/* Richelot's algorithm\n Iu=int_u^u' S(x)\/sqrt(-P(x)) dx\n u<u'<v<v'<w<w'\n P(x)=(x-u)(x-u')(x-v)(x-v')(x-w)(x-w')\n S(x)=lx+m\n P=[u,u',v,v',w,w']\n S=[l,m]\n*\/\nrichelot(P,S)= {\n my(a,b,c,ap,bp,cp,D,A,B,C,dba,dcb,dca,a1,a1p,b1,b1p,c1,c1p,D1);\n a=P[1];ap=P[2];b=P[3];bp=P[4];c=P[5];cp=P[6];\n D=1;\n prec = default(realprecision);\n epsilon=10^-(default(realprecision));\n while(1,\n A=sqrt((c-b)*(c-bp)*(cp-b)*(cp-bp));\n B=sqrt((c-a)*(c-ap)*(cp-a)*(cp-ap));\n C=sqrt((b-a)*(b-ap)*(bp-a)*(bp-ap));\n dba = b+bp-a-ap;\n dcb = c+cp-b-bp;\n dca = c+cp-a-ap;\n a1 = (c*cp-a*ap-B)\/dca;\n a1p= (b*bp-a*ap-C)\/dba;\n b1 = (b*bp-a*ap+C)\/dba;\n b1p= (c*cp-b*bp-A)\/dcb;\n c1 = (c*cp-b*bp+A)\/dcb;\n c1p= (c*cp-a*ap+B)\/dca;\n D1 = 4*D*(a*ap*dcb-b*bp*dca+c*cp*dba)\/(dba*dcb*dca);\n a=a1; ap=a1p; b=b1; bp=b1p; c=c1; cp=c1p; D=D1;\n \/* test *\/\n if(abs(a-ap)<epsilon && abs(b-bp)<epsilon && abs(c-cp)<epsilon,\n\t\t\treturn(Pi*sqrt(D)*(S[1]*a+S[2])\/((a-b)*(a-c)))\n )\n );\n}\n\/* period([a,b,c]) ~ agm()\n period([a,b,c,d,e,f])~richelot([a,b,c,d,e,f],[0,1])\n*\/\ngccompare(P) = {\n my(g,p,i);\n if(type(P)==\"t_POL\",P=polroots(P));\n if(#P==3,\n gettime();\n g = gauss_agm(P);\n print(\"temps agm : \",gettime(),\"ms.\");\n g = gauss_agm(P);\n print(g);\n print(\"temps agm : \",gettime(),\"ms.\");\n p = hcperiods(P,1);\n print(\"temps integration : \",gettime(),\"ms.\");\n print(p);\n print(\"erreur : \",g-p);\n g,\n #P==6,\n gettime();\n g = richelot(P,[0,1]);\n print(\"temps richelot : \",gettime(),\"ms.\");\n p = hcperiods(P,1);\n print(\"temps integration : \",gettime(),\"ms.\");\n print(\"erreur : \",g-I*p);\n i = period_intnum(P);\n print(\"temps pari intnum : \",gettime(),\"ms.\");\n print(\"erreur : \",g-I*i);\n g,\n period_old(P));\n}\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"759973180158c9303d8b558814a53074c9214f03","subject":"fix ticket 1999: minor fixes for multi-line labels","message":"fix ticket 1999: minor fixes for multi-line labels\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@15201 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret","old_file":"bench\/metafile_masters_32bit\/multi_line_labels.plt","new_file":"bench\/metafile_masters_32bit\/multi_line_labels.plt","new_contents":"GKSMansley@stout.pmel.noXPPLP Profile F 1.0 12\/12\/06 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 9 1 1.00000 3\n 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0.23711 0.08575 0.23841 0.08531 0.24059 0.08444 0.24190 0.08314 0.24233 0.08227 0.24233\n 11 116 5 0.08923 0.23406 0.08880 0.23363 0.08923 0.23319 0.08967 0.23363 0.08923 0.23406\n 11 380 17 0.08227 0.35212 0.08096 0.35169 0.08009 0.35038 0.07966 0.34821 0.07966 0.34690 0.08009 0.34472 0.08096 0.34342 0.08227 0.34298 0.08314 0.34298 0.08444 0.34342 0.08531 0.34472 0.08575 0.34690 0.08575 0.34821 0.08531 0.35038 0.08444 0.35169 0.08314 0.35212 0.08227 0.35212\n 11 116 5 0.08923 0.34385 0.08880 0.34342 0.08923 0.34298 0.08967 0.34342 0.08923 0.34385\n 11 72 3 0.07530 0.46191 0.07095 0.45582 0.07748 0.45582\n 11 50 2 0.07530 0.46191 0.07530 0.45277\n 11 380 17 0.08227 0.46191 0.08096 0.46148 0.08009 0.46017 0.07966 0.45800 0.07966 0.45669 0.08009 0.45451 0.08096 0.45321 0.08227 0.45277 0.08314 0.45277 0.08444 0.45321 0.08531 0.45451 0.08575 0.45669 0.08575 0.45800 0.08531 0.46017 0.08444 0.46148 0.08314 0.46191 0.08227 0.46191\n 11 116 5 0.08923 0.45364 0.08880 0.45321 0.08923 0.45277 0.08967 0.45321 0.08923 0.45364\n 11 644 29 0.07313 0.57170 0.07182 0.57127 0.07139 0.57040 0.07139 0.56953 0.07182 0.56866 0.07269 0.56822 0.07443 0.56779 0.07574 0.56735 0.07661 0.56648 0.07704 0.56561 0.07704 0.56430 0.07661 0.56343 0.07617 0.56300 0.07487 0.56256 0.07313 0.56256 0.07182 0.56300 0.07139 0.56343 0.07095 0.56430 0.07095 0.56561 0.07139 0.56648 0.07226 0.56735 0.07356 0.56779 0.07530 0.56822 0.07617 0.56866 0.07661 0.56953 0.07661 0.57040 0.07617 0.57127 0.07487 0.57170 0.07313 0.57170\n 11 380 17 0.08227 0.57170 0.08096 0.57127 0.08009 0.56996 0.07966 0.56779 0.07966 0.56648 0.08009 0.56430 0.08096 0.56300 0.08227 0.56256 0.08314 0.56256 0.08444 0.56300 0.08531 0.56430 0.08575 0.56648 0.08575 0.56779 0.08531 0.56996 0.08444 0.57127 0.08314 0.57170 0.08227 0.57170\n 11 116 5 0.08923 0.56343 0.08880 0.56300 0.08923 0.56256 0.08967 0.56300 0.08923 0.56343\n 11 732 33 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.18287 0.92002 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0.66084 0.09918\n 11 50 2 0.65910 0.10832 0.66519 0.10832\n 11 380 17 0.67042 0.10832 0.66911 0.10788 0.66824 0.10658 0.66781 0.10440 0.66781 0.10309 0.66824 0.10092 0.66911 0.09961 0.67042 0.09918 0.67129 0.09918 0.67259 0.09961 0.67346 0.10092 0.67390 0.10309 0.67390 0.10440 0.67346 0.10658 0.67259 0.10788 0.67129 0.10832 0.67042 0.10832\n 11 512 23 0.82615 0.10527 0.82572 0.10397 0.82485 0.10309 0.82354 0.10266 0.82311 0.10266 0.82180 0.10309 0.82093 0.10397 0.82050 0.10527 0.82050 0.10571 0.82093 0.10701 0.82180 0.10788 0.82311 0.10832 0.82354 0.10832 0.82485 0.10788 0.82572 0.10701 0.82615 0.10527 0.82615 0.10309 0.82572 0.10092 0.82485 0.09961 0.82354 0.09918 0.82267 0.09918 0.82137 0.09961 0.82093 0.10048\n 11 380 17 0.83181 0.10832 0.83051 0.10788 0.82964 0.10658 0.82920 0.10440 0.82920 0.10309 0.82964 0.10092 0.83051 0.09961 0.83181 0.09918 0.83268 0.09918 0.83399 0.09961 0.83486 0.10092 0.83529 0.10309 0.83529 0.10440 0.83486 0.10658 0.83399 0.10788 0.83268 0.10832 0.83181 0.10832\n 11 732 33 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.09826 0.12797 0.10969 0.12797 0.10969 0.18287 0.09826 0.18287 0.10969 0.18287 0.10969 0.23776 0.09826 0.23776 0.10969 0.23776 0.10969 0.29266 0.09826 0.29266 0.10969 0.29266 0.10969 0.34755 0.09826 0.34755 0.10969 0.34755 0.10969 0.40245 0.09826 0.40245 0.10969 0.40245 0.10969 0.45734 0.09826 0.45734 0.10969 0.45734 0.10969 0.51224 0.09826 0.51224 0.10969 0.51224 0.10969 0.56713 0.09826 0.56713 0.10969 0.56713 0.10969 0.62203 0.09826 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 732 33 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.18287 0.92002 0.18287 0.90859 0.18287 0.90859 0.23776 0.92002 0.23776 0.90859 0.23776 0.90859 0.29266 0.92002 0.29266 0.90859 0.29266 0.90859 0.34755 0.92002 0.34755 0.90859 0.34755 0.90859 0.40245 0.92002 0.40245 0.90859 0.40245 0.90859 0.45734 0.92002 0.45734 0.90859 0.45734 0.90859 0.51224 0.92002 0.51224 0.90859 0.51224 0.90859 0.56713 0.92002 0.56713 0.90859 0.56713 0.90859 0.62203 0.92002 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 732 33 0.18232 0.62203 0.10969 0.62203 0.18232 0.62203 0.18232 0.63346 0.18232 0.62203 0.26301 0.62203 0.26301 0.63346 0.26301 0.62203 0.34371 0.62203 0.34371 0.63346 0.34371 0.62203 0.42441 0.62203 0.42441 0.63346 0.42441 0.62203 0.50511 0.62203 0.50511 0.63346 0.50511 0.62203 0.58580 0.62203 0.58580 0.63346 0.58580 0.62203 0.66650 0.62203 0.66650 0.63346 0.66650 0.62203 0.74720 0.62203 0.74720 0.63346 0.74720 0.62203 0.82790 0.62203 0.82790 0.63346 0.82790 0.62203 0.90859 0.62203 0.90859 0.63346 0.90859 0.62203 0.90859 0.62203\n 11 732 33 0.18232 0.12797 0.10969 0.12797 0.18232 0.12797 0.18232 0.11654 0.18232 0.12797 0.26301 0.12797 0.26301 0.11654 0.26301 0.12797 0.34371 0.12797 0.34371 0.11654 0.34371 0.12797 0.42441 0.12797 0.42441 0.11654 0.42441 0.12797 0.50511 0.12797 0.50511 0.11654 0.50511 0.12797 0.58580 0.12797 0.58580 0.11654 0.58580 0.12797 0.66650 0.12797 0.66650 0.11654 0.66650 0.12797 0.74720 0.12797 0.74720 0.11654 0.74720 0.12797 0.82790 0.12797 0.82790 0.11654 0.82790 0.12797 0.90859 0.12797 0.90859 0.11654 0.90859 0.12797 0.90859 0.12797\n 11 50 2 0.00348 0.29978 0.01445 0.29561\n 11 50 2 0.00348 0.29978 0.01445 0.30396\n 11 50 2 0.01079 0.29717 0.01079 0.30240\n 11 116 5 0.00348 0.31807 0.00348 0.31702 0.00400 0.31598 0.00557 0.31545 0.01445 0.31545\n 11 50 2 0.00714 0.31389 0.00714 0.31754\n 11 380 17 0.00714 0.32329 0.00766 0.32224 0.00871 0.32120 0.01027 0.32068 0.01132 0.32068 0.01288 0.32120 0.01393 0.32224 0.01445 0.32329 0.01445 0.32486 0.01393 0.32590 0.01288 0.32695 0.01132 0.32747 0.01027 0.32747 0.00871 0.32695 0.00766 0.32590 0.00714 0.32486 0.00714 0.32329\n 11 160 7 0.00714 0.33112 0.01236 0.33112 0.01393 0.33165 0.01445 0.33269 0.01445 0.33426 0.01393 0.33530 0.01236 0.33687\n 11 50 2 0.00714 0.33687 0.01445 0.33687\n 11 50 2 0.00714 0.34105 0.01445 0.34105\n 11 116 5 0.01027 0.34105 0.00871 0.34157 0.00766 0.34262 0.00714 0.34366 0.00714 0.34523\n 11 50 2 0.00975 0.34784 0.00975 0.35724\n 11 50 2 0.00348 0.36142 0.01445 0.36142\n 11 116 5 0.00348 0.36508 0.00400 0.36560 0.00348 0.36612 0.00296 0.36560 0.00348 0.36508\n 11 50 2 0.00714 0.36560 0.01445 0.36560\n 11 50 2 0.00714 0.36978 0.01445 0.36978\n 11 160 7 0.00923 0.36978 0.00766 0.37134 0.00714 0.37239 0.00714 0.37396 0.00766 0.37500 0.00923 0.37552 0.01445 0.37552\n 11 380 17 0.01027 0.37918 0.01027 0.38545 0.00923 0.38545 0.00818 0.38492 0.00766 0.38440 0.00714 0.38336 0.00714 0.38179 0.00766 0.38075 0.00871 0.37970 0.01027 0.37918 0.01132 0.37918 0.01288 0.37970 0.01393 0.38075 0.01445 0.38179 0.01445 0.38336 0.01393 0.38440 0.01288 0.38545\n 11 50 2 0.00714 0.39642 0.01445 0.39955\n 11 138 6 0.00714 0.40268 0.01445 0.39955 0.01654 0.39850 0.01759 0.39746 0.01811 0.39642 0.01811 0.39589\n 11 50 2 0.00348 0.41417 0.01445 0.41417\n 11 50 2 0.00714 0.42410 0.01445 0.42410\n 11 314 14 0.00871 0.42410 0.00766 0.42305 0.00714 0.42201 0.00714 0.42044 0.00766 0.41940 0.00871 0.41835 0.01027 0.41783 0.01132 0.41783 0.01288 0.41835 0.01393 0.41940 0.01445 0.42044 0.01445 0.42201 0.01393 0.42305 0.01288 0.42410\n 11 50 2 0.00348 0.42828 0.01445 0.42828\n 11 314 14 0.00871 0.42828 0.00766 0.42932 0.00714 0.43037 0.00714 0.43193 0.00766 0.43298 0.00871 0.43402 0.01027 0.43455 0.01132 0.43455 0.01288 0.43402 0.01393 0.43298 0.01445 0.43193 0.01445 0.43037 0.01393 0.42932 0.01288 0.42828\n 11 380 17 0.01027 0.43768 0.01027 0.44395 0.00923 0.44395 0.00818 0.44343 0.00766 0.44290 0.00714 0.44186 0.00714 0.44029 0.00766 0.43925 0.00871 0.43820 0.01027 0.43768 0.01132 0.43768 0.01288 0.43820 0.01393 0.43925 0.01445 0.44029 0.01445 0.44186 0.01393 0.44290 0.01288 0.44395\n 11 50 2 0.00348 0.44760 0.01445 0.44760\n 11 116 5 0.01341 0.45230 0.01393 0.45178 0.01445 0.45230 0.01393 0.45283 0.01341 0.45230\n 11 380 17 0.02626 0.33556 0.02521 0.33504 0.02469 0.33347 0.02469 0.33191 0.02521 0.33034 0.02626 0.32982 0.02730 0.33034 0.02782 0.33139 0.02835 0.33400 0.02887 0.33504 0.02991 0.33556 0.03043 0.33556 0.03148 0.33504 0.03200 0.33347 0.03200 0.33191 0.03148 0.33034 0.03043 0.32982\n 11 380 17 0.02782 0.33870 0.02782 0.34497 0.02678 0.34497 0.02573 0.34444 0.02521 0.34392 0.02469 0.34288 0.02469 0.34131 0.02521 0.34027 0.02626 0.33922 0.02782 0.33870 0.02887 0.33870 0.03043 0.33922 0.03148 0.34027 0.03200 0.34131 0.03200 0.34288 0.03148 0.34392 0.03043 0.34497\n 11 314 14 0.02626 0.35437 0.02521 0.35332 0.02469 0.35228 0.02469 0.35071 0.02521 0.34967 0.02626 0.34862 0.02782 0.34810 0.02887 0.34810 0.03043 0.34862 0.03148 0.34967 0.03200 0.35071 0.03200 0.35228 0.03148 0.35332 0.03043 0.35437\n 11 380 17 0.02469 0.36011 0.02521 0.35907 0.02626 0.35802 0.02782 0.35750 0.02887 0.35750 0.03043 0.35802 0.03148 0.35907 0.03200 0.36011 0.03200 0.36168 0.03148 0.36273 0.03043 0.36377 0.02887 0.36429 0.02782 0.36429 0.02626 0.36377 0.02521 0.36273 0.02469 0.36168 0.02469 0.36011\n 11 50 2 0.02469 0.36795 0.03200 0.36795\n 11 160 7 0.02678 0.36795 0.02521 0.36952 0.02469 0.37056 0.02469 0.37213 0.02521 0.37317 0.02678 0.37369 0.03200 0.37369\n 11 50 2 0.02103 0.38362 0.03200 0.38362\n 11 314 14 0.02626 0.38362 0.02521 0.38257 0.02469 0.38153 0.02469 0.37996 0.02521 0.37892 0.02626 0.37787 0.02782 0.37735 0.02887 0.37735 0.03043 0.37787 0.03148 0.37892 0.03200 0.37996 0.03200 0.38153 0.03148 0.38257 0.03043 0.38362\n 11 50 2 0.02103 0.39615 0.03200 0.39615\n 11 116 5 0.02103 0.39981 0.02155 0.40033 0.02103 0.40086 0.02051 0.40033 0.02103 0.39981\n 11 50 2 0.02469 0.40033 0.03200 0.40033\n 11 50 2 0.02469 0.40451 0.03200 0.40451\n 11 160 7 0.02678 0.40451 0.02521 0.40608 0.02469 0.40712 0.02469 0.40869 0.02521 0.40973 0.02678 0.41026 0.03200 0.41026\n 11 380 17 0.02782 0.41391 0.02782 0.42018 0.02678 0.42018 0.02573 0.41966 0.02521 0.41914 0.02469 0.41809 0.02469 0.41653 0.02521 0.41548 0.02626 0.41444 0.02782 0.41391 0.02887 0.41391 0.03043 0.41444 0.03148 0.41548 0.03200 0.41653 0.03200 0.41809 0.03148 0.41914 0.03043 0.42018\n 11 116 5 0.03858 0.34105 0.04746 0.34105 0.04903 0.34157 0.04955 0.34262 0.04955 0.34366\n 11 50 2 0.04224 0.33948 0.04224 0.34314\n 11 50 2 0.03858 0.34679 0.04955 0.34679\n 11 160 7 0.04433 0.34679 0.04276 0.34836 0.04224 0.34941 0.04224 0.35097 0.04276 0.35202 0.04433 0.35254 0.04955 0.35254\n 11 116 5 0.03858 0.35620 0.03911 0.35672 0.03858 0.35724 0.03806 0.35672 0.03858 0.35620\n 11 50 2 0.04224 0.35672 0.04955 0.35672\n 11 50 2 0.04224 0.36090 0.04955 0.36090\n 11 116 5 0.04537 0.36090 0.04381 0.36142 0.04276 0.36246 0.04224 0.36351 0.04224 0.36508\n 11 50 2 0.03858 0.37343 0.04955 0.37343\n 11 314 14 0.04381 0.37343 0.04276 0.37239 0.04224 0.37134 0.04224 0.36978 0.04276 0.36873 0.04381 0.36769 0.04537 0.36717 0.04642 0.36717 0.04798 0.36769 0.04903 0.36873 0.04955 0.36978 0.04955 0.37134 0.04903 0.37239 0.04798 0.37343\n 11 50 2 0.03858 0.38597 0.04955 0.38597\n 11 116 5 0.03858 0.38963 0.03911 0.39015 0.03858 0.39067 0.03806 0.39015 0.03858 0.38963\n 11 50 2 0.04224 0.39015 0.04955 0.39015\n 11 50 2 0.04224 0.39433 0.04955 0.39433\n 11 160 7 0.04433 0.39433 0.04276 0.39589 0.04224 0.39694 0.04224 0.39850 0.04276 0.39955 0.04433 0.40007 0.04955 0.40007\n 11 380 17 0.04537 0.40373 0.04537 0.41000 0.04433 0.41000 0.04328 0.40947 0.04276 0.40895 0.04224 0.40791 0.04224 0.40634 0.04276 0.40530 0.04381 0.40425 0.04537 0.40373 0.04642 0.40373 0.04798 0.40425 0.04903 0.40530 0.04955 0.40634 0.04955 0.40791 0.04903 0.40895 0.04798 0.41000\n 11 116 5 0.05613 0.33765 0.05613 0.33661 0.05666 0.33556 0.05822 0.33504 0.06710 0.33504\n 11 50 2 0.05979 0.33347 0.05979 0.33713\n 11 380 17 0.05979 0.34288 0.06031 0.34183 0.06136 0.34079 0.06292 0.34027 0.06397 0.34027 0.06553 0.34079 0.06658 0.34183 0.06710 0.34288 0.06710 0.34444 0.06658 0.34549 0.06553 0.34653 0.06397 0.34706 0.06292 0.34706 0.06136 0.34653 0.06031 0.34549 0.05979 0.34444 0.05979 0.34288\n 11 160 7 0.05979 0.35071 0.06501 0.35071 0.06658 0.35123 0.06710 0.35228 0.06710 0.35385 0.06658 0.35489 0.06501 0.35646\n 11 50 2 0.05979 0.35646 0.06710 0.35646\n 11 50 2 0.05979 0.36064 0.06710 0.36064\n 11 116 5 0.06292 0.36064 0.06136 0.36116 0.06031 0.36220 0.05979 0.36325 0.05979 0.36481\n 11 116 5 0.05613 0.36795 0.06501 0.36795 0.06658 0.36847 0.06710 0.36952 0.06710 0.37056\n 11 50 2 0.05979 0.36638 0.05979 0.37004\n 11 50 2 0.05613 0.37369 0.06710 0.37369\n 11 160 7 0.06188 0.37369 0.06031 0.37526 0.05979 0.37631 0.05979 0.37787 0.06031 0.37892 0.06188 0.37944 0.06710 0.37944\n 11 50 2 0.05613 0.39198 0.06710 0.39198\n 11 116 5 0.05613 0.39563 0.05666 0.39615 0.05613 0.39668 0.05561 0.39615 0.05613 0.39563\n 11 50 2 0.05979 0.39615 0.06710 0.39615\n 11 50 2 0.05979 0.40033 0.06710 0.40033\n 11 160 7 0.06188 0.40033 0.06031 0.40190 0.05979 0.40294 0.05979 0.40451 0.06031 0.40556 0.06188 0.40608 0.06710 0.40608\n 11 380 17 0.06292 0.40973 0.06292 0.41600 0.06188 0.41600 0.06083 0.41548 0.06031 0.41496 0.05979 0.41391 0.05979 0.41235 0.06031 0.41130 0.06136 0.41026 0.06292 0.40973 0.06397 0.40973 0.06553 0.41026 0.06658 0.41130 0.06710 0.41235 0.06710 0.41391 0.06658 0.41496 0.06553 0.41600\n 11 50 2 0.43419 0.08455 0.43419 0.07724\n 11 314 14 0.43419 0.08299 0.43314 0.08403 0.43210 0.08455 0.43053 0.08455 0.42949 0.08403 0.42844 0.08299 0.42792 0.08142 0.42792 0.08037 0.42844 0.07881 0.42949 0.07776 0.43053 0.07724 0.43210 0.07724 0.43314 0.07776 0.43419 0.07881\n 11 116 5 0.44724 0.08821 0.44724 0.07933 0.44777 0.07776 0.44881 0.07724 0.44986 0.07724\n 11 50 2 0.44568 0.08455 0.44933 0.08455\n 11 50 2 0.45247 0.08455 0.45456 0.07724\n 11 50 2 0.45665 0.08455 0.45456 0.07724\n 11 50 2 0.45665 0.08455 0.45874 0.07724\n 11 50 2 0.46083 0.08455 0.45874 0.07724\n 11 380 17 0.46657 0.08455 0.46553 0.08403 0.46448 0.08299 0.46396 0.08142 0.46396 0.08037 0.46448 0.07881 0.46553 0.07776 0.46657 0.07724 0.46814 0.07724 0.46918 0.07776 0.47023 0.07881 0.47075 0.08037 0.47075 0.08142 0.47023 0.08299 0.46918 0.08403 0.46814 0.08455 0.46657 0.08455\n 11 50 2 0.47441 0.08194 0.48381 0.08194\n 11 50 2 0.48799 0.08821 0.48799 0.07724\n 11 116 5 0.49164 0.08821 0.49217 0.08769 0.49269 0.08821 0.49217 0.08873 0.49164 0.08821\n 11 50 2 0.49217 0.08455 0.49217 0.07724\n 11 50 2 0.49634 0.08455 0.49634 0.07724\n 11 160 7 0.49634 0.08246 0.49791 0.08403 0.49896 0.08455 0.50052 0.08455 0.50157 0.08403 0.50209 0.08246 0.50209 0.07724\n 11 380 17 0.50575 0.08142 0.51201 0.08142 0.51201 0.08246 0.51149 0.08351 0.51097 0.08403 0.50992 0.08455 0.50836 0.08455 0.50731 0.08403 0.50627 0.08299 0.50575 0.08142 0.50575 0.08037 0.50627 0.07881 0.50731 0.07776 0.50836 0.07724 0.50992 0.07724 0.51097 0.07776 0.51201 0.07881\n 11 50 2 0.52350 0.08821 0.53082 0.07724\n 11 50 2 0.53082 0.08821 0.52350 0.07724\n 11 50 2 0.54283 0.08821 0.54283 0.07724\n 11 50 2 0.55276 0.08455 0.55276 0.07724\n 11 314 14 0.55276 0.08299 0.55171 0.08403 0.55067 0.08455 0.54910 0.08455 0.54805 0.08403 0.54701 0.08299 0.54649 0.08142 0.54649 0.08037 0.54701 0.07881 0.54805 0.07776 0.54910 0.07724 0.55067 0.07724 0.55171 0.07776 0.55276 0.07881\n 11 50 2 0.55693 0.08821 0.55693 0.07724\n 11 314 14 0.55693 0.08299 0.55798 0.08403 0.55902 0.08455 0.56059 0.08455 0.56163 0.08403 0.56268 0.08299 0.56320 0.08142 0.56320 0.08037 0.56268 0.07881 0.56163 0.07776 0.56059 0.07724 0.55902 0.07724 0.55798 0.07776 0.55693 0.07881\n 11 380 17 0.56634 0.08142 0.57260 0.08142 0.57260 0.08246 0.57208 0.08351 0.57156 0.08403 0.57051 0.08455 0.56895 0.08455 0.56790 0.08403 0.56686 0.08299 0.56634 0.08142 0.56634 0.08037 0.56686 0.07881 0.56790 0.07776 0.56895 0.07724 0.57051 0.07724 0.57156 0.07776 0.57260 0.07881\n 11 50 2 0.57626 0.08821 0.57626 0.07724\n 11 116 5 0.58096 0.07828 0.58044 0.07776 0.58096 0.07724 0.58148 0.07776 0.58096 0.07828\n 11 50 2 0.34173 0.07066 0.34173 0.05969\n 11 50 2 0.34173 0.07066 0.34905 0.05969\n 11 50 2 0.34905 0.07066 0.34905 0.05969\n 11 380 17 0.35531 0.06700 0.35427 0.06648 0.35323 0.06543 0.35270 0.06387 0.35270 0.06282 0.35323 0.06126 0.35427 0.06021 0.35531 0.05969 0.35688 0.05969 0.35793 0.06021 0.35897 0.06126 0.35949 0.06282 0.35949 0.06387 0.35897 0.06543 0.35793 0.06648 0.35688 0.06700 0.35531 0.06700\n 11 116 5 0.36367 0.07066 0.36367 0.06178 0.36419 0.06021 0.36524 0.05969 0.36628 0.05969\n 11 50 2 0.36210 0.06700 0.36576 0.06700\n 11 160 7 0.38352 0.06700 0.38352 0.05864 0.38300 0.05708 0.38248 0.05656 0.38143 0.05603 0.37986 0.05603 0.37882 0.05656\n 11 314 14 0.38352 0.06543 0.38248 0.06648 0.38143 0.06700 0.37986 0.06700 0.37882 0.06648 0.37777 0.06543 0.37725 0.06387 0.37725 0.06282 0.37777 0.06126 0.37882 0.06021 0.37986 0.05969 0.38143 0.05969 0.38248 0.06021 0.38352 0.06126\n 11 380 17 0.38979 0.06700 0.38874 0.06648 0.38770 0.06543 0.38718 0.06387 0.38718 0.06282 0.38770 0.06126 0.38874 0.06021 0.38979 0.05969 0.39136 0.05969 0.39240 0.06021 0.39344 0.06126 0.39397 0.06282 0.39397 0.06387 0.39344 0.06543 0.39240 0.06648 0.39136 0.06700 0.38979 0.06700\n 11 380 17 0.39971 0.06700 0.39867 0.06648 0.39762 0.06543 0.39710 0.06387 0.39710 0.06282 0.39762 0.06126 0.39867 0.06021 0.39971 0.05969 0.40128 0.05969 0.40232 0.06021 0.40337 0.06126 0.40389 0.06282 0.40389 0.06387 0.40337 0.06543 0.40232 0.06648 0.40128 0.06700 0.39971 0.06700\n 11 50 2 0.41329 0.07066 0.41329 0.05969\n 11 314 14 0.41329 0.06543 0.41225 0.06648 0.41120 0.06700 0.40964 0.06700 0.40859 0.06648 0.40755 0.06543 0.40703 0.06387 0.40703 0.06282 0.40755 0.06126 0.40859 0.06021 0.40964 0.05969 0.41120 0.05969 0.41225 0.06021 0.41329 0.06126\n 11 116 5 0.42635 0.07066 0.42635 0.06178 0.42687 0.06021 0.42792 0.05969 0.42896 0.05969\n 11 50 2 0.42478 0.06700 0.42844 0.06700\n 11 380 17 0.43419 0.06700 0.43314 0.06648 0.43210 0.06543 0.43157 0.06387 0.43157 0.06282 0.43210 0.06126 0.43314 0.06021 0.43419 0.05969 0.43575 0.05969 0.43680 0.06021 0.43784 0.06126 0.43837 0.06282 0.43837 0.06387 0.43784 0.06543 0.43680 0.06648 0.43575 0.06700 0.43419 0.06700\n 11 160 7 0.44777 0.06700 0.44777 0.05864 0.44724 0.05708 0.44672 0.05656 0.44568 0.05603 0.44411 0.05603 0.44307 0.05656\n 11 314 14 0.44777 0.06543 0.44672 0.06648 0.44568 0.06700 0.44411 0.06700 0.44307 0.06648 0.44202 0.06543 0.44150 0.06387 0.44150 0.06282 0.44202 0.06126 0.44307 0.06021 0.44411 0.05969 0.44568 0.05969 0.44672 0.06021 0.44777 0.06126\n 11 380 17 0.45142 0.06387 0.45769 0.06387 0.45769 0.06491 0.45717 0.06596 0.45665 0.06648 0.45560 0.06700 0.45403 0.06700 0.45299 0.06648 0.45195 0.06543 0.45142 0.06387 0.45142 0.06282 0.45195 0.06126 0.45299 0.06021 0.45403 0.05969 0.45560 0.05969 0.45665 0.06021 0.45769 0.06126\n 11 116 5 0.46187 0.07066 0.46187 0.06178 0.46239 0.06021 0.46344 0.05969 0.46448 0.05969\n 11 50 2 0.46030 0.06700 0.46396 0.06700\n 11 50 2 0.46762 0.07066 0.46762 0.05969\n 11 160 7 0.46762 0.06491 0.46918 0.06648 0.47023 0.06700 0.47179 0.06700 0.47284 0.06648 0.47336 0.06491 0.47336 0.05969\n 11 380 17 0.47702 0.06387 0.48329 0.06387 0.48329 0.06491 0.48276 0.06596 0.48224 0.06648 0.48120 0.06700 0.47963 0.06700 0.47858 0.06648 0.47754 0.06543 0.47702 0.06387 0.47702 0.06282 0.47754 0.06126 0.47858 0.06021 0.47963 0.05969 0.48120 0.05969 0.48224 0.06021 0.48329 0.06126\n 11 50 2 0.48694 0.06700 0.48694 0.05969\n 11 116 5 0.48694 0.06387 0.48746 0.06543 0.48851 0.06648 0.48955 0.06700 0.49112 0.06700\n 11 50 2 0.50157 0.06700 0.50366 0.05969\n 11 50 2 0.50575 0.06700 0.50366 0.05969\n 11 50 2 0.50575 0.06700 0.50783 0.05969\n 11 50 2 0.50992 0.06700 0.50783 0.05969\n 11 116 5 0.51306 0.07066 0.51358 0.07014 0.51410 0.07066 0.51358 0.07118 0.51306 0.07066\n 11 50 2 0.51358 0.06700 0.51358 0.05969\n 11 116 5 0.51828 0.07066 0.51828 0.06178 0.51880 0.06021 0.51985 0.05969 0.52089 0.05969\n 11 50 2 0.51671 0.06700 0.52037 0.06700\n 11 50 2 0.52403 0.07066 0.52403 0.05969\n 11 160 7 0.52403 0.06491 0.52559 0.06648 0.52664 0.06700 0.52821 0.06700 0.52925 0.06648 0.52977 0.06491 0.52977 0.05969\n 11 50 2 0.54805 0.06700 0.54805 0.05969\n 11 314 14 0.54805 0.06543 0.54701 0.06648 0.54597 0.06700 0.54440 0.06700 0.54335 0.06648 0.54231 0.06543 0.54179 0.06387 0.54179 0.06282 0.54231 0.06126 0.54335 0.06021 0.54440 0.05969 0.54597 0.05969 0.54701 0.06021 0.54805 0.06126\n 11 50 2 0.56059 0.06700 0.56059 0.05969\n 11 160 7 0.56059 0.06491 0.56216 0.06648 0.56320 0.06700 0.56477 0.06700 0.56581 0.06648 0.56634 0.06491 0.56634 0.05969\n 11 160 7 0.56634 0.06491 0.56790 0.06648 0.56895 0.06700 0.57051 0.06700 0.57156 0.06648 0.57208 0.06491 0.57208 0.05969\n 11 160 7 0.57626 0.06700 0.57626 0.06178 0.57678 0.06021 0.57783 0.05969 0.57939 0.05969 0.58044 0.06021 0.58201 0.06178\n 11 50 2 0.58201 0.06700 0.58201 0.05969\n 11 50 2 0.58618 0.07066 0.58618 0.05969\n 11 116 5 0.59089 0.07066 0.59089 0.06178 0.59141 0.06021 0.59245 0.05969 0.59350 0.05969\n 11 50 2 0.58932 0.06700 0.59297 0.06700\n 11 116 5 0.59611 0.07066 0.59663 0.07014 0.59715 0.07066 0.59663 0.07118 0.59611 0.07066\n 11 50 2 0.59663 0.06700 0.59663 0.05969\n 11 50 2 0.60081 0.06439 0.61021 0.06439\n 11 50 2 0.61439 0.07066 0.61439 0.05969\n 11 116 5 0.61805 0.07066 0.61857 0.07014 0.61909 0.07066 0.61857 0.07118 0.61805 0.07066\n 11 50 2 0.61857 0.06700 0.61857 0.05969\n 11 50 2 0.62275 0.06700 0.62275 0.05969\n 11 160 7 0.62275 0.06491 0.62431 0.06648 0.62536 0.06700 0.62693 0.06700 0.62797 0.06648 0.62849 0.06491 0.62849 0.05969\n 11 380 17 0.63215 0.06387 0.63842 0.06387 0.63842 0.06491 0.63789 0.06596 0.63737 0.06648 0.63633 0.06700 0.63476 0.06700 0.63372 0.06648 0.63267 0.06543 0.63215 0.06387 0.63215 0.06282 0.63267 0.06126 0.63372 0.06021 0.63476 0.05969 0.63633 0.05969 0.63737 0.06021 0.63842 0.06126\n 11 116 5 0.65095 0.07066 0.65095 0.06178 0.65148 0.06021 0.65252 0.05969 0.65356 0.05969\n 11 50 2 0.64939 0.06700 0.65304 0.06700\n 11 116 5 0.65618 0.07066 0.65670 0.07014 0.65722 0.07066 0.65670 0.07118 0.65618 0.07066\n 11 50 2 0.65670 0.06700 0.65670 0.05969\n 11 116 5 0.66140 0.07066 0.66140 0.06178 0.66192 0.06021 0.66297 0.05969 0.66401 0.05969\n 11 50 2 0.65983 0.06700 0.66349 0.06700\n 11 50 2 0.66715 0.07066 0.66715 0.05969\n 11 380 17 0.67080 0.06387 0.67707 0.06387 0.67707 0.06491 0.67655 0.06596 0.67603 0.06648 0.67498 0.06700 0.67341 0.06700 0.67237 0.06648 0.67132 0.06543 0.67080 0.06387 0.67080 0.06282 0.67132 0.06126 0.67237 0.06021 0.67341 0.05969 0.67498 0.05969 0.67603 0.06021 0.67707 0.06126\n 21 6 2\n 25 6 2\n 11 116 5 0.46666 0.05530 0.46666 0.04346 0.46735 0.04137 0.46875 0.04068 0.47014 0.04068\n 11 50 2 0.46457 0.05043 0.46944 0.05043\n 11 50 2 0.47362 0.05043 0.47641 0.04068\n 11 50 2 0.47919 0.05043 0.47641 0.04068\n 11 50 2 0.47919 0.05043 0.48198 0.04068\n 11 50 2 0.48477 0.05043 0.48198 0.04068\n 11 380 17 0.49243 0.05043 0.49103 0.04973 0.48964 0.04834 0.48894 0.04625 0.48894 0.04486 0.48964 0.04277 0.49103 0.04137 0.49243 0.04068 0.49452 0.04068 0.49591 0.04137 0.49730 0.04277 0.49800 0.04486 0.49800 0.04625 0.49730 0.04834 0.49591 0.04973 0.49452 0.05043 0.49243 0.05043\n 11 50 2 0.50287 0.04694 0.51541 0.04694\n 11 50 2 0.52098 0.05530 0.52098 0.04068\n 11 116 5 0.52586 0.05530 0.52655 0.05461 0.52725 0.05530 0.52655 0.05600 0.52586 0.05530\n 11 50 2 0.52655 0.05043 0.52655 0.04068\n 11 50 2 0.53212 0.05043 0.53212 0.04068\n 11 160 7 0.53212 0.04764 0.53421 0.04973 0.53561 0.05043 0.53769 0.05043 0.53909 0.04973 0.53978 0.04764 0.53978 0.04068\n 11 380 17 0.54466 0.04625 0.55302 0.04625 0.55302 0.04764 0.55232 0.04903 0.55162 0.04973 0.55023 0.05043 0.54814 0.05043 0.54675 0.04973 0.54536 0.04834 0.54466 0.04625 0.54466 0.04486 0.54536 0.04277 0.54675 0.04137 0.54814 0.04068 0.55023 0.04068 0.55162 0.04137 0.55302 0.04277\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.46492 0.03190 0.46492 0.01728\n 11 226 10 0.46492 0.03190 0.47118 0.03190 0.47327 0.03120 0.47397 0.03051 0.47467 0.02912 0.47467 0.02772 0.47397 0.02633 0.47327 0.02563 0.47118 0.02494 0.46492 0.02494\n 11 50 2 0.46979 0.02494 0.47467 0.01728\n 11 50 2 0.47954 0.03190 0.47954 0.01728\n 11 50 2 0.47954 0.03190 0.48860 0.03190\n 11 50 2 0.47954 0.02494 0.48511 0.02494\n 11 50 2 0.47954 0.01728 0.48860 0.01728\n 11 50 2 0.49277 0.03190 0.49277 0.01728\n 11 270 12 0.49277 0.03190 0.49765 0.03190 0.49974 0.03120 0.50113 0.02981 0.50183 0.02842 0.50252 0.02633 0.50252 0.02285 0.50183 0.02076 0.50113 0.01937 0.49974 0.01797 0.49765 0.01728 0.49277 0.01728\n 11 116 5 0.51924 0.03190 0.51924 0.02006 0.51994 0.01797 0.52133 0.01728 0.52272 0.01728\n 11 50 2 0.51715 0.02703 0.52202 0.02703\n 11 116 5 0.52620 0.03190 0.52690 0.03120 0.52760 0.03190 0.52690 0.03260 0.52620 0.03190\n 11 50 2 0.52690 0.02703 0.52690 0.01728\n 11 116 5 0.53317 0.03190 0.53317 0.02006 0.53386 0.01797 0.53526 0.01728 0.53665 0.01728\n 11 50 2 0.53108 0.02703 0.53595 0.02703\n 11 50 2 0.54083 0.03190 0.54083 0.01728\n 11 380 17 0.54570 0.02285 0.55406 0.02285 0.55406 0.02424 0.55336 0.02563 0.55267 0.02633 0.55128 0.02703 0.54919 0.02703 0.54779 0.02633 0.54640 0.02494 0.54570 0.02285 0.54570 0.02145 0.54640 0.01937 0.54779 0.01797 0.54919 0.01728 0.55128 0.01728 0.55267 0.01797 0.55406 0.01937\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 2206 100 0.10969 0.35028 0.11776 0.35287 0.12583 0.35521 0.13390 0.35719 0.14197 0.35868 0.15004 0.35960 0.15811 0.35987 0.16618 0.35942 0.17425 0.35820 0.18232 0.35621 0.19039 0.35343 0.19846 0.34988 0.20653 0.34562 0.21460 0.34070 0.22267 0.33522 0.23074 0.32928 0.23880 0.32300 0.24687 0.31652 0.25494 0.30999 0.26301 0.30357 0.27108 0.29743 0.27915 0.29174 0.28722 0.28665 0.29529 0.28234 0.30336 0.27894 0.31143 0.27661 0.31950 0.27545 0.32757 0.27558 0.33564 0.27707 0.34371 0.27998 0.35178 0.28434 0.35985 0.29014 0.36792 0.29736 0.37599 0.30592 0.38406 0.31575 0.39213 0.32672 0.40020 0.33869 0.40827 0.35147 0.41634 0.36488 0.42441 0.37870 0.43248 0.39268 0.44055 0.40659 0.44862 0.42016 0.45669 0.43314 0.46476 0.44527 0.47283 0.45629 0.48090 0.46596 0.48897 0.47405 0.49704 0.48037 0.50511 0.48472 0.51318 0.48695 0.52125 0.48694 0.52932 0.48461 0.53738 0.47991 0.54545 0.47284 0.55352 0.46343 0.56159 0.45177 0.56966 0.43796 0.57773 0.42219 0.58580 0.40464 0.59387 0.38556 0.60194 0.36522 0.61001 0.34392 0.61808 0.32199 0.62615 0.29979 0.63422 0.27767 0.64229 0.25601 0.65036 0.23519 0.65843 0.21557 0.66650 0.19753 0.67457 0.18139 0.68264 0.16749 0.69071 0.15612 0.69878 0.14753 0.70685 0.14195 0.71492 0.13954 0.72299 0.14043 0.73106 0.14468 0.73913 0.15232 0.74720 0.16331 0.75527 0.17754 0.76334 0.19487 0.77141 0.21508 0.77948 0.23791 0.78755 0.26306 0.79562 0.29017 0.80369 0.31883 0.81176 0.34862 0.81983 0.37908 0.82790 0.40973 0.83596 0.44007 0.84403 0.46960 0.85210 0.49782 0.86017 0.52425 0.86824 0.54843 0.87631 0.56991 0.88438 0.58828 0.89245 0.60319 0.90052 0.61432 0.90859 0.62142\n 21 6 1\n 25 6 1\n 82 0\n 81 6 730\n 82 0\n 81 6 731\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 1898 86 0.10969 0.34789 0.11776 0.34891 0.12583 0.35057 0.13390 0.35282 0.14197 0.35558 0.15004 0.35878 0.15811 0.36230 0.16618 0.36603 0.17425 0.36984 0.18232 0.37360 0.19039 0.37717 0.19846 0.38041 0.20653 0.38318 0.21460 0.38536 0.22267 0.38683 0.23074 0.38749 0.23880 0.38723 0.24687 0.38599 0.25494 0.38373 0.26301 0.38041 0.27108 0.37602 0.27915 0.37060 0.28722 0.36418 0.29529 0.35685 0.30336 0.34869 0.31143 0.33983 0.31950 0.33041 0.32757 0.32059 0.33564 0.31056 0.34371 0.30049 0.35178 0.29059 0.35985 0.28108 0.36792 0.27216 0.37599 0.26403 0.38406 0.25690 0.39213 0.25096 0.40020 0.24638 0.40827 0.24332 0.41634 0.24192 0.42441 0.24227 0.43248 0.24446 0.44055 0.24853 0.44862 0.25450 0.45669 0.26234 0.46476 0.27200 0.47283 0.28338 0.48090 0.29634 0.48897 0.31074 0.49704 0.32637 0.50511 0.34300 0.51318 0.36039 0.52125 0.37826 0.52932 0.39631 0.53738 0.41426 0.54545 0.43177 0.55352 0.44854 0.56159 0.46424 0.56966 0.47858 0.57773 0.49127 0.58580 0.50203 0.59387 0.51061 0.60194 0.51681 0.61001 0.52043 0.61808 0.52135 0.62615 0.51945 0.63422 0.51469 0.64229 0.50705 0.65036 0.49659 0.65843 0.48338 0.66650 0.46758 0.67457 0.44938 0.68264 0.42900 0.69071 0.40672 0.69878 0.38287 0.70685 0.35780 0.71492 0.33188 0.72299 0.30552 0.73106 0.27915 0.73913 0.25319 0.74720 0.22810 0.75527 0.20429 0.76334 0.18219 0.77141 0.16221 0.77948 0.14473 0.78755 0.13008 0.78903 0.12797\n 11 204 9 0.84485 0.12797 0.85210 0.14121 0.86017 0.15955 0.86824 0.18130 0.87631 0.20617 0.88438 0.23382 0.89245 0.26387 0.90052 0.29587 0.90859 0.32935\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 72 3 0.00914 0.08135 0.00914 0.08135 0.06673 0.08135\n 21 6 1\n 25 6 1\n 11 380 17 0.08074 0.08153 0.08040 0.08222 0.07935 0.08257 0.07831 0.08257 0.07726 0.08222 0.07691 0.08153 0.07726 0.08083 0.07796 0.08048 0.07970 0.08013 0.08040 0.07979 0.08074 0.07909 0.08074 0.07874 0.08040 0.07804 0.07935 0.07770 0.07831 0.07770 0.07726 0.07804 0.07691 0.07874\n 11 50 2 0.08318 0.08501 0.08318 0.07770\n 11 160 7 0.08318 0.08118 0.08423 0.08222 0.08492 0.08257 0.08597 0.08257 0.08666 0.08222 0.08701 0.08118 0.08701 0.07770\n 11 380 17 0.09119 0.08257 0.09049 0.08222 0.08980 0.08153 0.08945 0.08048 0.08945 0.07979 0.08980 0.07874 0.09049 0.07804 0.09119 0.07770 0.09223 0.07770 0.09293 0.07804 0.09363 0.07874 0.09398 0.07979 0.09398 0.08048 0.09363 0.08153 0.09293 0.08222 0.09223 0.08257 0.09119 0.08257\n 11 50 2 0.09641 0.08257 0.09641 0.07770\n 11 116 5 0.09641 0.08048 0.09676 0.08153 0.09746 0.08222 0.09815 0.08257 0.09920 0.08257\n 11 116 5 0.10129 0.08501 0.10129 0.07909 0.10164 0.07804 0.10233 0.07770 0.10303 0.07770\n 11 50 2 0.10024 0.08257 0.10268 0.08257\n 11 116 5 0.11104 0.08501 0.11104 0.07909 0.11139 0.07804 0.11208 0.07770 0.11278 0.07770\n 11 50 2 0.10999 0.08257 0.11243 0.08257\n 11 50 2 0.11452 0.08257 0.11591 0.07770\n 11 50 2 0.11731 0.08257 0.11591 0.07770\n 11 50 2 0.11731 0.08257 0.11870 0.07770\n 11 50 2 0.12009 0.08257 0.11870 0.07770\n 11 380 17 0.12392 0.08257 0.12323 0.08222 0.12253 0.08153 0.12218 0.08048 0.12218 0.07979 0.12253 0.07874 0.12323 0.07804 0.12392 0.07770 0.12497 0.07770 0.12566 0.07804 0.12636 0.07874 0.12671 0.07979 0.12671 0.08048 0.12636 0.08153 0.12566 0.08222 0.12497 0.08257 0.12392 0.08257\n 11 50 2 0.12915 0.08083 0.13541 0.08083\n 11 50 2 0.13820 0.08501 0.13820 0.07770\n 11 116 5 0.14064 0.08501 0.14099 0.08466 0.14133 0.08501 0.14099 0.08536 0.14064 0.08501\n 11 50 2 0.14099 0.08257 0.14099 0.07770\n 11 50 2 0.14377 0.08257 0.14377 0.07770\n 11 160 7 0.14377 0.08118 0.14482 0.08222 0.14551 0.08257 0.14656 0.08257 0.14725 0.08222 0.14760 0.08118 0.14760 0.07770\n 11 380 17 0.15004 0.08048 0.15422 0.08048 0.15422 0.08118 0.15387 0.08188 0.15352 0.08222 0.15282 0.08257 0.15178 0.08257 0.15108 0.08222 0.15039 0.08153 0.15004 0.08048 0.15004 0.07979 0.15039 0.07874 0.15108 0.07804 0.15178 0.07770 0.15282 0.07770 0.15352 0.07804 0.15422 0.07874\n 11 116 5 0.07761 0.07331 0.07761 0.06739 0.07796 0.06634 0.07865 0.06600 0.07935 0.06600\n 11 50 2 0.07656 0.07087 0.07900 0.07087\n 11 116 5 0.08109 0.07331 0.08144 0.07296 0.08179 0.07331 0.08144 0.07366 0.08109 0.07331\n 11 50 2 0.08144 0.07087 0.08144 0.06600\n 11 116 5 0.08457 0.07331 0.08457 0.06739 0.08492 0.06634 0.08562 0.06600 0.08631 0.06600\n 11 50 2 0.08353 0.07087 0.08597 0.07087\n 11 50 2 0.08840 0.07331 0.08840 0.06600\n 11 380 17 0.09084 0.06878 0.09502 0.06878 0.09502 0.06948 0.09467 0.07017 0.09432 0.07052 0.09363 0.07087 0.09258 0.07087 0.09189 0.07052 0.09119 0.06983 0.09084 0.06878 0.09084 0.06809 0.09119 0.06704 0.09189 0.06634 0.09258 0.06600 0.09363 0.06600 0.09432 0.06634 0.09502 0.06704\n 11 116 5 0.10512 0.07331 0.10442 0.07331 0.10373 0.07296 0.10338 0.07192 0.10338 0.06600\n 11 50 2 0.10233 0.07087 0.10477 0.07087\n 11 380 17 0.10860 0.07087 0.10790 0.07052 0.10721 0.06983 0.10686 0.06878 0.10686 0.06809 0.10721 0.06704 0.10790 0.06634 0.10860 0.06600 0.10965 0.06600 0.11034 0.06634 0.11104 0.06704 0.11139 0.06809 0.11139 0.06878 0.11104 0.06983 0.11034 0.07052 0.10965 0.07087 0.10860 0.07087\n 11 50 2 0.11382 0.07087 0.11382 0.06600\n 11 116 5 0.11382 0.06878 0.11417 0.06983 0.11487 0.07052 0.11557 0.07087 0.11661 0.07087\n 11 116 5 0.12427 0.07331 0.12427 0.06739 0.12462 0.06634 0.12532 0.06600 0.12601 0.06600\n 11 50 2 0.12323 0.07087 0.12566 0.07087\n 11 50 2 0.12810 0.07331 0.12810 0.06600\n 11 160 7 0.12810 0.06948 0.12915 0.07052 0.12984 0.07087 0.13089 0.07087 0.13158 0.07052 0.13193 0.06948 0.13193 0.06600\n 11 380 17 0.13437 0.06878 0.13855 0.06878 0.13855 0.06948 0.13820 0.07017 0.13785 0.07052 0.13716 0.07087 0.13611 0.07087 0.13541 0.07052 0.13472 0.06983 0.13437 0.06878 0.13437 0.06809 0.13472 0.06704 0.13541 0.06634 0.13611 0.06600 0.13716 0.06600 0.13785 0.06634 0.13855 0.06704\n 11 380 17 0.14795 0.07087 0.14725 0.07052 0.14656 0.06983 0.14621 0.06878 0.14621 0.06809 0.14656 0.06704 0.14725 0.06634 0.14795 0.06600 0.14899 0.06600 0.14969 0.06634 0.15039 0.06704 0.15074 0.06809 0.15074 0.06878 0.15039 0.06983 0.14969 0.07052 0.14899 0.07087 0.14795 0.07087\n 11 50 2 0.15248 0.07087 0.15457 0.06600\n 11 50 2 0.15666 0.07087 0.15457 0.06600\n 11 380 17 0.15840 0.06878 0.16258 0.06878 0.16258 0.06948 0.16223 0.07017 0.16188 0.07052 0.16118 0.07087 0.16014 0.07087 0.15944 0.07052 0.15874 0.06983 0.15840 0.06878 0.15840 0.06809 0.15874 0.06704 0.15944 0.06634 0.16014 0.06600 0.16118 0.06600 0.16188 0.06634 0.16258 0.06704\n 11 50 2 0.16501 0.07087 0.16501 0.06600\n 11 116 5 0.16501 0.06878 0.16536 0.06983 0.16606 0.07052 0.16675 0.07087 0.16780 0.07087\n 11 50 2 0.16954 0.07331 0.16954 0.06600\n 11 50 2 0.17616 0.07087 0.17616 0.06600\n 11 314 14 0.17616 0.06983 0.17546 0.07052 0.17476 0.07087 0.17372 0.07087 0.17302 0.07052 0.17233 0.06983 0.17198 0.06878 0.17198 0.06809 0.17233 0.06704 0.17302 0.06634 0.17372 0.06600 0.17476 0.06600 0.17546 0.06634 0.17616 0.06704\n 11 50 2 0.17824 0.07087 0.18033 0.06600\n 11 138 6 0.18242 0.07087 0.18033 0.06600 0.17964 0.06460 0.17894 0.06391 0.17824 0.06356 0.17790 0.06356\n 11 50 2 0.19008 0.07331 0.19008 0.06600\n 11 116 5 0.19252 0.07331 0.19287 0.07296 0.19322 0.07331 0.19287 0.07366 0.19252 0.07331\n 11 50 2 0.19287 0.07087 0.19287 0.06600\n 11 50 2 0.19566 0.07087 0.19566 0.06600\n 11 160 7 0.19566 0.06948 0.19670 0.07052 0.19740 0.07087 0.19844 0.07087 0.19914 0.07052 0.19949 0.06948 0.19949 0.06600\n 11 380 17 0.20192 0.06878 0.20610 0.06878 0.20610 0.06948 0.20575 0.07017 0.20541 0.07052 0.20471 0.07087 0.20367 0.07087 0.20297 0.07052 0.20227 0.06983 0.20192 0.06878 0.20192 0.06809 0.20227 0.06704 0.20297 0.06634 0.20367 0.06600 0.20471 0.06600 0.20541 0.06634 0.20610 0.06704\n 82 0\n 81 6 732\n 82 0\n 81 6 733\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 2052 93 0.10969 0.34823 0.11776 0.35018 0.12583 0.35317 0.13390 0.35679 0.14197 0.36058 0.15004 0.36398 0.15811 0.36646 0.16618 0.36752 0.17425 0.36677 0.18232 0.36398 0.19039 0.35908 0.19846 0.35220 0.20653 0.34369 0.21460 0.33407 0.22267 0.32402 0.23074 0.31432 0.23880 0.30579 0.24687 0.29926 0.25494 0.29544 0.26301 0.29491 0.27108 0.29804 0.27915 0.30495 0.28722 0.31546 0.29529 0.32915 0.30336 0.34528 0.31143 0.36290 0.31950 0.38090 0.32757 0.39804 0.33564 0.41307 0.34371 0.42479 0.35178 0.43218 0.35985 0.43445 0.36792 0.43112 0.37599 0.42207 0.38406 0.40757 0.39213 0.38827 0.40020 0.36521 0.40827 0.33971 0.41634 0.31335 0.42441 0.28782 0.43248 0.26487 0.44055 0.24614 0.44862 0.23307 0.45669 0.22678 0.46476 0.22801 0.47283 0.23702 0.48090 0.25355 0.48897 0.27686 0.49704 0.30571 0.50511 0.33845 0.51318 0.37311 0.52125 0.40752 0.52932 0.43943 0.53738 0.46669 0.54545 0.48734 0.55352 0.49982 0.56159 0.50301 0.56966 0.49638 0.57773 0.48002 0.58580 0.45465 0.59387 0.42158 0.60194 0.38269 0.61001 0.34029 0.61808 0.29698 0.62615 0.25551 0.63422 0.21861 0.64229 0.18877 0.65036 0.16811 0.65843 0.15824 0.66650 0.16010 0.67457 0.17391 0.68264 0.19914 0.69071 0.23449 0.69878 0.27799 0.70685 0.32709 0.71492 0.37882 0.72299 0.42994 0.73106 0.47719 0.73913 0.51747 0.74720 0.54802 0.75527 0.56666 0.76334 0.57191 0.77141 0.56310 0.77948 0.54045 0.78755 0.50507 0.79562 0.45888 0.80369 0.40458 0.81176 0.34541 0.81983 0.28502 0.82790 0.22721 0.83596 0.17569 0.84403 0.13387 0.84566 0.12797\n 11 116 5 0.88098 0.12797 0.88438 0.14188 0.89245 0.18848 0.90052 0.24607 0.90859 0.31122\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 72 3 0.00914 0.04845 0.00914 0.04845 0.06673 0.04845\n 21 6 1\n 25 6 1\n 11 380 17 0.08074 0.08153 0.08040 0.08222 0.07935 0.08257 0.07831 0.08257 0.07726 0.08222 0.07691 0.08153 0.07726 0.08083 0.07796 0.08048 0.07970 0.08013 0.08040 0.07979 0.08074 0.07909 0.08074 0.07874 0.08040 0.07804 0.07935 0.07770 0.07831 0.07770 0.07726 0.07804 0.07691 0.07874\n 11 50 2 0.08318 0.08501 0.08318 0.07770\n 11 160 7 0.08318 0.08118 0.08423 0.08222 0.08492 0.08257 0.08597 0.08257 0.08666 0.08222 0.08701 0.08118 0.08701 0.07770\n 11 380 17 0.09119 0.08257 0.09049 0.08222 0.08980 0.08153 0.08945 0.08048 0.08945 0.07979 0.08980 0.07874 0.09049 0.07804 0.09119 0.07770 0.09223 0.07770 0.09293 0.07804 0.09363 0.07874 0.09398 0.07979 0.09398 0.08048 0.09363 0.08153 0.09293 0.08222 0.09223 0.08257 0.09119 0.08257\n 11 50 2 0.09641 0.08257 0.09641 0.07770\n 11 116 5 0.09641 0.08048 0.09676 0.08153 0.09746 0.08222 0.09815 0.08257 0.09920 0.08257\n 11 116 5 0.10129 0.08501 0.10129 0.07909 0.10164 0.07804 0.10233 0.07770 0.10303 0.07770\n 11 50 2 0.10024 0.08257 0.10268 0.08257\n 11 116 5 0.11104 0.08501 0.11104 0.07909 0.11139 0.07804 0.11208 0.07770 0.11278 0.07770\n 11 50 2 0.10999 0.08257 0.11243 0.08257\n 11 50 2 0.11452 0.08257 0.11591 0.07770\n 11 50 2 0.11731 0.08257 0.11591 0.07770\n 11 50 2 0.11731 0.08257 0.11870 0.07770\n 11 50 2 0.12009 0.08257 0.11870 0.07770\n 11 380 17 0.12392 0.08257 0.12323 0.08222 0.12253 0.08153 0.12218 0.08048 0.12218 0.07979 0.12253 0.07874 0.12323 0.07804 0.12392 0.07770 0.12497 0.07770 0.12566 0.07804 0.12636 0.07874 0.12671 0.07979 0.12671 0.08048 0.12636 0.08153 0.12566 0.08222 0.12497 0.08257 0.12392 0.08257\n 11 50 2 0.12915 0.08083 0.13541 0.08083\n 11 50 2 0.13820 0.08501 0.13820 0.07770\n 11 116 5 0.14064 0.08501 0.14099 0.08466 0.14133 0.08501 0.14099 0.08536 0.14064 0.08501\n 11 50 2 0.14099 0.08257 0.14099 0.07770\n 11 50 2 0.14377 0.08257 0.14377 0.07770\n 11 160 7 0.14377 0.08118 0.14482 0.08222 0.14551 0.08257 0.14656 0.08257 0.14725 0.08222 0.14760 0.08118 0.14760 0.07770\n 11 380 17 0.15004 0.08048 0.15422 0.08048 0.15422 0.08118 0.15387 0.08188 0.15352 0.08222 0.15282 0.08257 0.15178 0.08257 0.15108 0.08222 0.15039 0.08153 0.15004 0.08048 0.15004 0.07979 0.15039 0.07874 0.15108 0.07804 0.15178 0.07770 0.15282 0.07770 0.15352 0.07804 0.15422 0.07874\n 11 116 5 0.07761 0.07331 0.07761 0.06739 0.07796 0.06634 0.07865 0.06600 0.07935 0.06600\n 11 50 2 0.07656 0.07087 0.07900 0.07087\n 11 116 5 0.08109 0.07331 0.08144 0.07296 0.08179 0.07331 0.08144 0.07366 0.08109 0.07331\n 11 50 2 0.08144 0.07087 0.08144 0.06600\n 11 116 5 0.08457 0.07331 0.08457 0.06739 0.08492 0.06634 0.08562 0.06600 0.08631 0.06600\n 11 50 2 0.08353 0.07087 0.08597 0.07087\n 11 50 2 0.08840 0.07331 0.08840 0.06600\n 11 380 17 0.09084 0.06878 0.09502 0.06878 0.09502 0.06948 0.09467 0.07017 0.09432 0.07052 0.09363 0.07087 0.09258 0.07087 0.09189 0.07052 0.09119 0.06983 0.09084 0.06878 0.09084 0.06809 0.09119 0.06704 0.09189 0.06634 0.09258 0.06600 0.09363 0.06600 0.09432 0.06634 0.09502 0.06704\n 11 116 5 0.10512 0.07331 0.10442 0.07331 0.10373 0.07296 0.10338 0.07192 0.10338 0.06600\n 11 50 2 0.10233 0.07087 0.10477 0.07087\n 11 380 17 0.10860 0.07087 0.10790 0.07052 0.10721 0.06983 0.10686 0.06878 0.10686 0.06809 0.10721 0.06704 0.10790 0.06634 0.10860 0.06600 0.10965 0.06600 0.11034 0.06634 0.11104 0.06704 0.11139 0.06809 0.11139 0.06878 0.11104 0.06983 0.11034 0.07052 0.10965 0.07087 0.10860 0.07087\n 11 50 2 0.11382 0.07087 0.11382 0.06600\n 11 116 5 0.11382 0.06878 0.11417 0.06983 0.11487 0.07052 0.11557 0.07087 0.11661 0.07087\n 11 116 5 0.12427 0.07331 0.12427 0.06739 0.12462 0.06634 0.12532 0.06600 0.12601 0.06600\n 11 50 2 0.12323 0.07087 0.12566 0.07087\n 11 50 2 0.12810 0.07331 0.12810 0.06600\n 11 160 7 0.12810 0.06948 0.12915 0.07052 0.12984 0.07087 0.13089 0.07087 0.13158 0.07052 0.13193 0.06948 0.13193 0.06600\n 11 380 17 0.13437 0.06878 0.13855 0.06878 0.13855 0.06948 0.13820 0.07017 0.13785 0.07052 0.13716 0.07087 0.13611 0.07087 0.13541 0.07052 0.13472 0.06983 0.13437 0.06878 0.13437 0.06809 0.13472 0.06704 0.13541 0.06634 0.13611 0.06600 0.13716 0.06600 0.13785 0.06634 0.13855 0.06704\n 11 380 17 0.14795 0.07087 0.14725 0.07052 0.14656 0.06983 0.14621 0.06878 0.14621 0.06809 0.14656 0.06704 0.14725 0.06634 0.14795 0.06600 0.14899 0.06600 0.14969 0.06634 0.15039 0.06704 0.15074 0.06809 0.15074 0.06878 0.15039 0.06983 0.14969 0.07052 0.14899 0.07087 0.14795 0.07087\n 11 50 2 0.15248 0.07087 0.15457 0.06600\n 11 50 2 0.15666 0.07087 0.15457 0.06600\n 11 380 17 0.15840 0.06878 0.16258 0.06878 0.16258 0.06948 0.16223 0.07017 0.16188 0.07052 0.16118 0.07087 0.16014 0.07087 0.15944 0.07052 0.15874 0.06983 0.15840 0.06878 0.15840 0.06809 0.15874 0.06704 0.15944 0.06634 0.16014 0.06600 0.16118 0.06600 0.16188 0.06634 0.16258 0.06704\n 11 50 2 0.16501 0.07087 0.16501 0.06600\n 11 116 5 0.16501 0.06878 0.16536 0.06983 0.16606 0.07052 0.16675 0.07087 0.16780 0.07087\n 11 50 2 0.16954 0.07331 0.16954 0.06600\n 11 50 2 0.17616 0.07087 0.17616 0.06600\n 11 314 14 0.17616 0.06983 0.17546 0.07052 0.17476 0.07087 0.17372 0.07087 0.17302 0.07052 0.17233 0.06983 0.17198 0.06878 0.17198 0.06809 0.17233 0.06704 0.17302 0.06634 0.17372 0.06600 0.17476 0.06600 0.17546 0.06634 0.17616 0.06704\n 11 50 2 0.17824 0.07087 0.18033 0.06600\n 11 138 6 0.18242 0.07087 0.18033 0.06600 0.17964 0.06460 0.17894 0.06391 0.17824 0.06356 0.17790 0.06356\n 11 50 2 0.19008 0.07331 0.19008 0.06600\n 11 116 5 0.19252 0.07331 0.19287 0.07296 0.19322 0.07331 0.19287 0.07366 0.19252 0.07331\n 11 50 2 0.19287 0.07087 0.19287 0.06600\n 11 50 2 0.19566 0.07087 0.19566 0.06600\n 11 160 7 0.19566 0.06948 0.19670 0.07052 0.19740 0.07087 0.19844 0.07087 0.19914 0.07052 0.19949 0.06948 0.19949 0.06600\n 11 380 17 0.20192 0.06878 0.20610 0.06878 0.20610 0.06948 0.20575 0.07017 0.20541 0.07052 0.20471 0.07087 0.20367 0.07087 0.20297 0.07052 0.20227 0.06983 0.20192 0.06878 0.20192 0.06809 0.20227 0.06704 0.20297 0.06634 0.20367 0.06600 0.20471 0.06600 0.20541 0.06634 0.20610 0.06704\n 11 50 2 0.07726 0.05210 0.07726 0.04479\n 11 160 7 0.07726 0.04827 0.07831 0.04932 0.07900 0.04966 0.08005 0.04966 0.08074 0.04932 0.08109 0.04827 0.08109 0.04479\n 11 380 17 0.08353 0.04758 0.08771 0.04758 0.08771 0.04827 0.08736 0.04897 0.08701 0.04932 0.08631 0.04966 0.08527 0.04966 0.08457 0.04932 0.08388 0.04862 0.08353 0.04758 0.08353 0.04688 0.08388 0.04583 0.08457 0.04514 0.08527 0.04479 0.08631 0.04479 0.08701 0.04514 0.08771 0.04583\n 11 50 2 0.09015 0.04966 0.09015 0.04479\n 11 116 5 0.09015 0.04758 0.09049 0.04862 0.09119 0.04932 0.09189 0.04966 0.09293 0.04966\n 11 380 17 0.09432 0.04758 0.09850 0.04758 0.09850 0.04827 0.09815 0.04897 0.09781 0.04932 0.09711 0.04966 0.09607 0.04966 0.09537 0.04932 0.09467 0.04862 0.09432 0.04758 0.09432 0.04688 0.09467 0.04583 0.09537 0.04514 0.09607 0.04479 0.09711 0.04479 0.09781 0.04514 0.09850 0.04583\n 11 116 5 0.10616 0.05210 0.10651 0.05175 0.10686 0.05210 0.10651 0.05245 0.10616 0.05210\n 11 50 2 0.10651 0.04966 0.10651 0.04479\n 11 380 17 0.11278 0.04862 0.11243 0.04932 0.11139 0.04966 0.11034 0.04966 0.10930 0.04932 0.10895 0.04862 0.10930 0.04792 0.10999 0.04758 0.11174 0.04723 0.11243 0.04688 0.11278 0.04618 0.11278 0.04583 0.11243 0.04514 0.11139 0.04479 0.11034 0.04479 0.10930 0.04514 0.10895 0.04583\n 11 116 5 0.12114 0.05210 0.12114 0.04618 0.12149 0.04514 0.12218 0.04479 0.12288 0.04479\n 11 50 2 0.12009 0.04966 0.12253 0.04966\n 11 50 2 0.12497 0.05210 0.12497 0.04479\n 11 160 7 0.12497 0.04827 0.12601 0.04932 0.12671 0.04966 0.12775 0.04966 0.12845 0.04932 0.12880 0.04827 0.12880 0.04479\n 11 380 17 0.13124 0.04758 0.13541 0.04758 0.13541 0.04827 0.13507 0.04897 0.13472 0.04932 0.13402 0.04966 0.13298 0.04966 0.13228 0.04932 0.13158 0.04862 0.13124 0.04758 0.13124 0.04688 0.13158 0.04583 0.13228 0.04514 0.13298 0.04479 0.13402 0.04479 0.13472 0.04514 0.13541 0.04583\n 11 50 2 0.14342 0.05210 0.14342 0.04479\n 11 50 2 0.14691 0.04966 0.14342 0.04618\n 11 50 2 0.14482 0.04758 0.14725 0.04479\n 11 380 17 0.14899 0.04758 0.15317 0.04758 0.15317 0.04827 0.15282 0.04897 0.15248 0.04932 0.15178 0.04966 0.15074 0.04966 0.15004 0.04932 0.14934 0.04862 0.14899 0.04758 0.14899 0.04688 0.14934 0.04583 0.15004 0.04514 0.15074 0.04479 0.15178 0.04479 0.15248 0.04514 0.15317 0.04583\n 11 50 2 0.15491 0.04966 0.15700 0.04479\n 11 138 6 0.15909 0.04966 0.15700 0.04479 0.15631 0.04340 0.15561 0.04270 0.15491 0.04235 0.15457 0.04235\n 11 116 5 0.16884 0.05210 0.16815 0.05210 0.16745 0.05175 0.16710 0.05071 0.16710 0.04479\n 11 50 2 0.16606 0.04966 0.16849 0.04966\n 11 380 17 0.17233 0.04966 0.17163 0.04932 0.17093 0.04862 0.17058 0.04758 0.17058 0.04688 0.17093 0.04583 0.17163 0.04514 0.17233 0.04479 0.17337 0.04479 0.17407 0.04514 0.17476 0.04583 0.17511 0.04688 0.17511 0.04758 0.17476 0.04862 0.17407 0.04932 0.17337 0.04966 0.17233 0.04966\n 11 50 2 0.17755 0.04966 0.17755 0.04479\n 11 116 5 0.17755 0.04758 0.17790 0.04862 0.17859 0.04932 0.17929 0.04966 0.18033 0.04966\n 11 116 5 0.18800 0.05210 0.18800 0.04618 0.18834 0.04514 0.18904 0.04479 0.18974 0.04479\n 11 50 2 0.18695 0.04966 0.18939 0.04966\n 11 50 2 0.19183 0.05210 0.19183 0.04479\n 11 160 7 0.19183 0.04827 0.19287 0.04932 0.19357 0.04966 0.19461 0.04966 0.19531 0.04932 0.19566 0.04827 0.19566 0.04479\n 11 380 17 0.19809 0.04758 0.20227 0.04758 0.20227 0.04827 0.20192 0.04897 0.20158 0.04932 0.20088 0.04966 0.19983 0.04966 0.19914 0.04932 0.19844 0.04862 0.19809 0.04758 0.19809 0.04688 0.19844 0.04583 0.19914 0.04514 0.19983 0.04479 0.20088 0.04479 0.20158 0.04514 0.20227 0.04583\n 11 380 17 0.08074 0.03692 0.08040 0.03762 0.07935 0.03796 0.07831 0.03796 0.07726 0.03762 0.07691 0.03692 0.07726 0.03622 0.07796 0.03588 0.07970 0.03553 0.08040 0.03518 0.08074 0.03448 0.08074 0.03413 0.08040 0.03344 0.07935 0.03309 0.07831 0.03309 0.07726 0.03344 0.07691 0.03413\n 11 380 17 0.08283 0.03588 0.08701 0.03588 0.08701 0.03657 0.08666 0.03727 0.08631 0.03762 0.08562 0.03796 0.08457 0.03796 0.08388 0.03762 0.08318 0.03692 0.08283 0.03588 0.08283 0.03518 0.08318 0.03413 0.08388 0.03344 0.08457 0.03309 0.08562 0.03309 0.08631 0.03344 0.08701 0.03413\n 11 314 14 0.09328 0.03692 0.09258 0.03762 0.09189 0.03796 0.09084 0.03796 0.09015 0.03762 0.08945 0.03692 0.08910 0.03588 0.08910 0.03518 0.08945 0.03413 0.09015 0.03344 0.09084 0.03309 0.09189 0.03309 0.09258 0.03344 0.09328 0.03413\n 11 380 17 0.09711 0.03796 0.09641 0.03762 0.09572 0.03692 0.09537 0.03588 0.09537 0.03518 0.09572 0.03413 0.09641 0.03344 0.09711 0.03309 0.09815 0.03309 0.09885 0.03344 0.09955 0.03413 0.09990 0.03518 0.09990 0.03588 0.09955 0.03692 0.09885 0.03762 0.09815 0.03796 0.09711 0.03796\n 11 50 2 0.10233 0.03796 0.10233 0.03309\n 11 160 7 0.10233 0.03657 0.10338 0.03762 0.10407 0.03796 0.10512 0.03796 0.10582 0.03762 0.10616 0.03657 0.10616 0.03309\n 11 50 2 0.11278 0.04040 0.11278 0.03309\n 11 314 14 0.11278 0.03692 0.11208 0.03762 0.11139 0.03796 0.11034 0.03796 0.10965 0.03762 0.10895 0.03692 0.10860 0.03588 0.10860 0.03518 0.10895 0.03413 0.10965 0.03344 0.11034 0.03309 0.11139 0.03309 0.11208 0.03344 0.11278 0.03413\n 11 380 17 0.12253 0.03796 0.12183 0.03762 0.12114 0.03692 0.12079 0.03588 0.12079 0.03518 0.12114 0.03413 0.12183 0.03344 0.12253 0.03309 0.12357 0.03309 0.12427 0.03344 0.12497 0.03413 0.12532 0.03518 0.12532 0.03588 0.12497 0.03692 0.12427 0.03762 0.12357 0.03796 0.12253 0.03796\n 11 50 2 0.12706 0.03796 0.12915 0.03309\n 11 50 2 0.13124 0.03796 0.12915 0.03309\n 11 380 17 0.13298 0.03588 0.13716 0.03588 0.13716 0.03657 0.13681 0.03727 0.13646 0.03762 0.13576 0.03796 0.13472 0.03796 0.13402 0.03762 0.13332 0.03692 0.13298 0.03588 0.13298 0.03518 0.13332 0.03413 0.13402 0.03344 0.13472 0.03309 0.13576 0.03309 0.13646 0.03344 0.13716 0.03413\n 11 50 2 0.13959 0.03796 0.13959 0.03309\n 11 116 5 0.13959 0.03588 0.13994 0.03692 0.14064 0.03762 0.14133 0.03796 0.14238 0.03796\n 11 50 2 0.14412 0.04040 0.14412 0.03309\n 11 50 2 0.15074 0.03796 0.15074 0.03309\n 11 314 14 0.15074 0.03692 0.15004 0.03762 0.14934 0.03796 0.14830 0.03796 0.14760 0.03762 0.14691 0.03692 0.14656 0.03588 0.14656 0.03518 0.14691 0.03413 0.14760 0.03344 0.14830 0.03309 0.14934 0.03309 0.15004 0.03344 0.15074 0.03413\n 11 50 2 0.15282 0.03796 0.15491 0.03309\n 11 138 6 0.15700 0.03796 0.15491 0.03309 0.15422 0.03170 0.15352 0.03100 0.15282 0.03065 0.15248 0.03065\n 11 50 2 0.16466 0.04040 0.16466 0.03309\n 11 116 5 0.16710 0.04040 0.16745 0.04005 0.16780 0.04040 0.16745 0.04075 0.16710 0.04040\n 11 50 2 0.16745 0.03796 0.16745 0.03309\n 11 50 2 0.17024 0.03796 0.17024 0.03309\n 11 160 7 0.17024 0.03657 0.17128 0.03762 0.17198 0.03796 0.17302 0.03796 0.17372 0.03762 0.17407 0.03657 0.17407 0.03309\n 11 380 17 0.17650 0.03588 0.18068 0.03588 0.18068 0.03657 0.18033 0.03727 0.17999 0.03762 0.17929 0.03796 0.17824 0.03796 0.17755 0.03762 0.17685 0.03692 0.17650 0.03588 0.17650 0.03518 0.17685 0.03413 0.17755 0.03344 0.17824 0.03309 0.17929 0.03309 0.17999 0.03344 0.18068 0.03413\n 82 0\n 81 6 734\n 82 0\n 81 6 735\n 11 424 19 0.18745 0.57360 0.19080 0.57516 0.19333 0.57702 0.19504 0.57918 0.19563 0.58082 0.19511 0.58193 0.19318 0.58171 0.19177 0.58037 0.17636 0.56096 0.17577 0.55933 0.17629 0.55821 0.17822 0.55843 0.17993 0.56059 0.18343 0.56765 0.18395 0.56654 0.18559 0.56594 0.18752 0.56617 0.18864 0.56669 0.19117 0.56854\n 11 138 6 0.19177 0.58037 0.18946 0.57658 0.18745 0.57360 0.18232 0.56713 0.17919 0.56364 0.17636 0.56096\n 11 490 22 0.19809 0.56973 0.19645 0.57033 0.19452 0.57011 0.19340 0.56959 0.19199 0.56825 0.19139 0.56661 0.19161 0.56468 0.19295 0.56326 0.19459 0.56267 0.19652 0.56289 0.19764 0.56341 0.19905 0.56475 0.19965 0.56638 0.19942 0.56832 0.19809 0.56973 0.19697 0.56921 0.19637 0.56758 0.19660 0.56564 0.19793 0.56423 0.19957 0.56363 0.20150 0.56386 0.20262 0.56438\n 11 116 5 0.19645 0.57033 0.19422 0.56929 0.19280 0.56795 0.19191 0.56549 0.19295 0.56326\n 11 138 6 0.20262 0.56438 0.20515 0.56623 0.20708 0.56646 0.20842 0.56504 0.20783 0.56341 0.20440 0.55909\n 11 94 4 0.20708 0.56646 0.20760 0.56534 0.20701 0.56371 0.20359 0.55939\n 11 204 9 0.20783 0.56341 0.21006 0.56445 0.21199 0.56467 0.21281 0.56437 0.21415 0.56296 0.21355 0.56132 0.21184 0.55917 0.21125 0.55753 0.21177 0.55642\n 11 204 9 0.21281 0.56437 0.21333 0.56326 0.21273 0.56162 0.21102 0.55946 0.21043 0.55783 0.21177 0.55642 0.21370 0.55664 0.21482 0.55716 0.21735 0.55902\n 11 72 3 0.21735 0.55902 0.21987 0.56088 0.22270 0.56355\n 11 160 7 0.22784 0.57002 0.21757 0.55708 0.21697 0.55545 0.21831 0.55403 0.22024 0.55426 0.22136 0.55478 0.22389 0.55663\n 11 94 4 0.22865 0.56972 0.21839 0.55678 0.21779 0.55515 0.21831 0.55403\n 11 50 2 0.22136 0.56497 0.22627 0.56318\n 11 204 9 0.22389 0.55663 0.22642 0.55849 0.22783 0.55983 0.22724 0.55820 0.22910 0.55567 0.22932 0.55373 0.22872 0.55210 0.22761 0.55158 0.22567 0.55135\n 11 116 5 0.22724 0.55820 0.22828 0.55596 0.22850 0.55403 0.22790 0.55239 0.22567 0.55135\n 11 116 5 0.22270 0.55336 0.22404 0.55195 0.22813 0.55046 0.23118 0.55120 0.23371 0.55306\n 11 292 13 0.25527 0.54614 0.25505 0.54807 0.25371 0.54949 0.25208 0.55008 0.25014 0.54986 0.24903 0.54934 0.24761 0.54800 0.24702 0.54636 0.24724 0.54443 0.24858 0.54302 0.25021 0.54242 0.25215 0.54264 0.25356 0.54398\n 11 116 5 0.25208 0.55008 0.24984 0.54904 0.24843 0.54770 0.24754 0.54525 0.24858 0.54302\n 11 160 7 0.25698 0.54829 0.25356 0.54398 0.25297 0.54235 0.25431 0.54093 0.25624 0.54115 0.25735 0.54168 0.25988 0.54353\n 11 94 4 0.25780 0.54800 0.25438 0.54368 0.25378 0.54205 0.25431 0.54093\n 11 138 6 0.25988 0.54353 0.26241 0.54539 0.26435 0.54562 0.26569 0.54420 0.26509 0.54257 0.26167 0.53825\n 11 94 4 0.26435 0.54562 0.26487 0.54450 0.26427 0.54286 0.26085 0.53855\n 11 204 9 0.26509 0.54257 0.26732 0.54361 0.26926 0.54383 0.27007 0.54353 0.27141 0.54212 0.27082 0.54048 0.26911 0.53832 0.26851 0.53669 0.26903 0.53557\n 11 204 9 0.27007 0.54353 0.27059 0.54242 0.27000 0.54078 0.26829 0.53862 0.26769 0.53699 0.26903 0.53557 0.27096 0.53580 0.27208 0.53632 0.27461 0.53817\n 11 292 13 0.28309 0.53601 0.28286 0.53795 0.28153 0.53936 0.27989 0.53996 0.27796 0.53974 0.27684 0.53921 0.27543 0.53788 0.27483 0.53624 0.27505 0.53431 0.27639 0.53289 0.27803 0.53230 0.27996 0.53252 0.28138 0.53386\n 11 116 5 0.27989 0.53996 0.27766 0.53892 0.27625 0.53758 0.27535 0.53512 0.27639 0.53289\n 11 160 7 0.29164 0.54680 0.28138 0.53386 0.28078 0.53222 0.28212 0.53081 0.28405 0.53103 0.28517 0.53155 0.28770 0.53341\n 11 94 4 0.29246 0.54650 0.28219 0.53356 0.28160 0.53192 0.28212 0.53081\n 21 6 2\n 25 6 2\n 11 336 15 0.30822 0.52872 0.30711 0.52820 0.30793 0.52790 0.30822 0.52872 0.30770 0.52983 0.30607 0.53043 0.30413 0.53021 0.30302 0.52969 0.30160 0.52835 0.30101 0.52671 0.30123 0.52478 0.30257 0.52337 0.30502 0.52247 0.30807 0.52321 0.31060 0.52507\n 11 116 5 0.30607 0.53043 0.30384 0.52939 0.30242 0.52805 0.30153 0.52560 0.30257 0.52337\n 11 490 22 0.31752 0.52626 0.31588 0.52686 0.31395 0.52663 0.31283 0.52611 0.31142 0.52478 0.31083 0.52314 0.31105 0.52121 0.31239 0.51979 0.31402 0.51920 0.31596 0.51942 0.31707 0.51994 0.31849 0.52128 0.31908 0.52291 0.31886 0.52485 0.31752 0.52626 0.31640 0.52574 0.31581 0.52411 0.31603 0.52217 0.31737 0.52076 0.31901 0.52016 0.32094 0.52038 0.32206 0.52091\n 11 116 5 0.31588 0.52686 0.31365 0.52582 0.31224 0.52448 0.31135 0.52202 0.31239 0.51979\n 11 72 3 0.32206 0.52091 0.32459 0.52276 0.32741 0.52544\n 11 160 7 0.33255 0.53191 0.32228 0.51897 0.32168 0.51734 0.32302 0.51592 0.32495 0.51614 0.32607 0.51666 0.32860 0.51852\n 11 94 4 0.33336 0.53161 0.32310 0.51867 0.32250 0.51704 0.32302 0.51592\n 11 490 22 0.33552 0.51971 0.33388 0.52031 0.33195 0.52008 0.33083 0.51956 0.32942 0.51823 0.32882 0.51659 0.32905 0.51466 0.33038 0.51324 0.33202 0.51265 0.33395 0.51287 0.33507 0.51339 0.33648 0.51473 0.33708 0.51636 0.33686 0.51830 0.33552 0.51971 0.33440 0.51919 0.33381 0.51755 0.33403 0.51562 0.33537 0.51421 0.33700 0.51361 0.33894 0.51383 0.34005 0.51435\n 11 116 5 0.33388 0.52031 0.33165 0.51927 0.33024 0.51793 0.32934 0.51547 0.33038 0.51324\n 11 138 6 0.34005 0.51435 0.34258 0.51621 0.34452 0.51644 0.34585 0.51502 0.34526 0.51339 0.34184 0.50907\n 11 94 4 0.34452 0.51644 0.34504 0.51532 0.34444 0.51368 0.34102 0.50937\n 11 116 5 0.34526 0.51339 0.34749 0.51443 0.34942 0.51465 0.35024 0.51435 0.34853 0.51220\n 11 116 5 0.34942 0.51465 0.34853 0.51220 0.34875 0.51026 0.34957 0.50996 0.35151 0.51019\n 11 204 9 0.35151 0.51019 0.35403 0.51204 0.35545 0.51338 0.35485 0.51175 0.35671 0.50922 0.35693 0.50728 0.35634 0.50565 0.35522 0.50513 0.35329 0.50491\n 11 116 5 0.35485 0.51175 0.35589 0.50952 0.35612 0.50758 0.35552 0.50595 0.35329 0.50491\n 11 116 5 0.35031 0.50691 0.35165 0.50550 0.35574 0.50401 0.35879 0.50475 0.36132 0.50661\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 292 13 0.18224 0.54159 0.18201 0.54353 0.18067 0.54494 0.17904 0.54554 0.17710 0.54531 0.17599 0.54479 0.17458 0.54346 0.17398 0.54182 0.17420 0.53989 0.17554 0.53847 0.17718 0.53788 0.17911 0.53810 0.18052 0.53944\n 11 116 5 0.17904 0.54554 0.17681 0.54450 0.17539 0.54316 0.17450 0.54070 0.17554 0.53847\n 11 160 7 0.18395 0.54375 0.18052 0.53944 0.17993 0.53780 0.18127 0.53639 0.18320 0.53661 0.18432 0.53713 0.18685 0.53899\n 11 94 4 0.18477 0.54345 0.18134 0.53914 0.18075 0.53750 0.18127 0.53639\n 21 6 1\n 25 6 1\n 11 138 6 0.18685 0.53899 0.18938 0.54085 0.19131 0.54107 0.19265 0.53966 0.19205 0.53802 0.18863 0.53371\n 11 94 4 0.19131 0.54107 0.19183 0.53996 0.19123 0.53832 0.18781 0.53401\n 11 204 9 0.19205 0.53802 0.19428 0.53906 0.19622 0.53928 0.19704 0.53899 0.19837 0.53757 0.19778 0.53594 0.19607 0.53378 0.19547 0.53214 0.19599 0.53103\n 11 204 9 0.19704 0.53899 0.19756 0.53787 0.19696 0.53623 0.19525 0.53408 0.19465 0.53244 0.19599 0.53103 0.19793 0.53125 0.19904 0.53177 0.20157 0.53363\n 11 292 13 0.21005 0.53147 0.20983 0.53340 0.20849 0.53482 0.20685 0.53541 0.20492 0.53519 0.20380 0.53467 0.20239 0.53333 0.20179 0.53170 0.20202 0.52976 0.20335 0.52835 0.20499 0.52775 0.20692 0.52798 0.20834 0.52931\n 11 116 5 0.20685 0.53541 0.20462 0.53437 0.20321 0.53303 0.20231 0.53058 0.20335 0.52835\n 11 160 7 0.21861 0.54225 0.20834 0.52931 0.20774 0.52768 0.20908 0.52626 0.21101 0.52649 0.21213 0.52701 0.21466 0.52887\n 11 94 4 0.21942 0.54196 0.20916 0.52902 0.20856 0.52738 0.20908 0.52626\n 11 292 13 0.23623 0.52194 0.23600 0.52388 0.23467 0.52529 0.23303 0.52589 0.23110 0.52566 0.22998 0.52514 0.22857 0.52380 0.22797 0.52217 0.22819 0.52023 0.22953 0.51882 0.23117 0.51823 0.23310 0.51845 0.23452 0.51979\n 11 116 5 0.23303 0.52589 0.23080 0.52485 0.22938 0.52351 0.22849 0.52105 0.22953 0.51882\n 11 160 7 0.23794 0.52410 0.23452 0.51979 0.23392 0.51815 0.23526 0.51674 0.23719 0.51696 0.23831 0.51748 0.24084 0.51934\n 11 94 4 0.23876 0.52380 0.23533 0.51949 0.23474 0.51785 0.23526 0.51674\n 11 72 3 0.24084 0.51934 0.24337 0.52120 0.24619 0.52387\n 11 160 7 0.25133 0.53034 0.24106 0.51740 0.24046 0.51577 0.24180 0.51436 0.24374 0.51458 0.24485 0.51510 0.24738 0.51696\n 11 94 4 0.25215 0.53005 0.24188 0.51711 0.24128 0.51547 0.24180 0.51436\n 11 50 2 0.24486 0.52529 0.24976 0.52350\n 11 292 13 0.26895 0.51003 0.26873 0.51197 0.26739 0.51338 0.26575 0.51398 0.26382 0.51375 0.26270 0.51323 0.26129 0.51189 0.26069 0.51026 0.26092 0.50832 0.26225 0.50691 0.26389 0.50632 0.26582 0.50654 0.26724 0.50788\n 11 116 5 0.26575 0.51398 0.26352 0.51294 0.26211 0.51160 0.26121 0.50914 0.26225 0.50691\n 11 160 7 0.27066 0.51219 0.26724 0.50788 0.26664 0.50624 0.26798 0.50483 0.26991 0.50505 0.27103 0.50557 0.27356 0.50743\n 11 94 4 0.27148 0.51189 0.26806 0.50758 0.26746 0.50594 0.26798 0.50483\n 11 138 6 0.27356 0.50743 0.27609 0.50929 0.27802 0.50951 0.27936 0.50810 0.27877 0.50646 0.27534 0.50215\n 11 94 4 0.27802 0.50951 0.27854 0.50839 0.27795 0.50676 0.27452 0.50245\n 11 204 9 0.27877 0.50646 0.28100 0.50750 0.28293 0.50772 0.28375 0.50743 0.28509 0.50601 0.28449 0.50438 0.28278 0.50222 0.28219 0.50058 0.28271 0.49947\n 11 204 9 0.28375 0.50743 0.28427 0.50631 0.28367 0.50467 0.28196 0.50252 0.28137 0.50088 0.28271 0.49947 0.28464 0.49969 0.28575 0.50021 0.28828 0.50207\n 11 292 13 0.30985 0.49515 0.30963 0.49708 0.30829 0.49849 0.30665 0.49909 0.30472 0.49887 0.30360 0.49835 0.30219 0.49701 0.30160 0.49537 0.30182 0.49344 0.30316 0.49202 0.30479 0.49143 0.30673 0.49165 0.30814 0.49299\n 11 116 5 0.30665 0.49909 0.30442 0.49805 0.30301 0.49671 0.30212 0.49426 0.30316 0.49202\n 11 160 7 0.31156 0.49730 0.30814 0.49299 0.30754 0.49135 0.30888 0.48994 0.31082 0.49016 0.31193 0.49068 0.31446 0.49254\n 11 94 4 0.31238 0.49700 0.30896 0.49269 0.30836 0.49106 0.30888 0.48994\n 11 138 6 0.31446 0.49254 0.31699 0.49440 0.31893 0.49462 0.32026 0.49321 0.31967 0.49157 0.31625 0.48726\n 11 94 4 0.31893 0.49462 0.31945 0.49351 0.31885 0.49187 0.31543 0.48756\n 11 204 9 0.31967 0.49157 0.32190 0.49261 0.32383 0.49284 0.32465 0.49254 0.32599 0.49112 0.32539 0.48949 0.32368 0.48733 0.32309 0.48570 0.32361 0.48458\n 11 204 9 0.32465 0.49254 0.32517 0.49142 0.32458 0.48979 0.32286 0.48763 0.32227 0.48599 0.32361 0.48458 0.32554 0.48480 0.32666 0.48532 0.32919 0.48718\n 11 292 13 0.33766 0.48502 0.33744 0.48696 0.33610 0.48837 0.33447 0.48897 0.33253 0.48874 0.33142 0.48822 0.33000 0.48688 0.32941 0.48525 0.32963 0.48331 0.33097 0.48190 0.33261 0.48131 0.33454 0.48153 0.33595 0.48287\n 11 116 5 0.33447 0.48897 0.33224 0.48792 0.33082 0.48659 0.32993 0.48413 0.33097 0.48190\n 11 50 2 0.33938 0.48718 0.32911 0.47424\n 11 314 14 0.34019 0.48688 0.33506 0.48041 0.33194 0.47692 0.32911 0.47424 0.32770 0.47290 0.32576 0.47268 0.32524 0.47380 0.32584 0.47543 0.32755 0.47759 0.32978 0.47863 0.33283 0.47937 0.33670 0.47982 0.33975 0.48056 0.34228 0.48242\n 11 72 3 0.34228 0.48242 0.34480 0.48428 0.34763 0.48695\n 11 160 7 0.35277 0.49342 0.34250 0.48048 0.34190 0.47885 0.34324 0.47743 0.34517 0.47766 0.34629 0.47818 0.34882 0.48004\n 11 94 4 0.35358 0.49312 0.34332 0.48019 0.34272 0.47855 0.34324 0.47743\n 11 358 16 0.35038 0.47669 0.35231 0.47691 0.35343 0.47743 0.35484 0.47877 0.35544 0.48041 0.35492 0.48152 0.35410 0.48182 0.35217 0.48160 0.35105 0.48108 0.34964 0.47974 0.34904 0.47810 0.34927 0.47617 0.35060 0.47475 0.35306 0.47386 0.35611 0.47460 0.35864 0.47646\n 11 116 5 0.35410 0.48182 0.35187 0.48078 0.35046 0.47944 0.34956 0.47699 0.35060 0.47475\n 21 6 1\n 25 6 1\n 11 138 6 0.16371 0.51628 0.16624 0.51814 0.16817 0.51836 0.16951 0.51695 0.16892 0.51531 0.16549 0.51100\n 11 94 4 0.16817 0.51836 0.16869 0.51725 0.16810 0.51561 0.16467 0.51130\n 11 204 9 0.16892 0.51531 0.17115 0.51636 0.17308 0.51658 0.17390 0.51628 0.17524 0.51487 0.17464 0.51323 0.17293 0.51107 0.17234 0.50944 0.17286 0.50832\n 11 204 9 0.17390 0.51628 0.17442 0.51516 0.17382 0.51353 0.17211 0.51137 0.17152 0.50974 0.17286 0.50832 0.17479 0.50854 0.17591 0.50907 0.17843 0.51092\n 11 490 22 0.18535 0.51211 0.18372 0.51271 0.18178 0.51248 0.18067 0.51196 0.17925 0.51063 0.17866 0.50899 0.17888 0.50706 0.18022 0.50564 0.18185 0.50505 0.18379 0.50527 0.18490 0.50579 0.18632 0.50713 0.18691 0.50876 0.18669 0.51070 0.18535 0.51211 0.18424 0.51159 0.18364 0.50996 0.18386 0.50802 0.18520 0.50661 0.18684 0.50601 0.18877 0.50624 0.18989 0.50676\n 11 116 5 0.18372 0.51271 0.18148 0.51167 0.18007 0.51033 0.17918 0.50787 0.18022 0.50564\n 21 6 3\n 25 6 3\n 11 182 8 0.19435 0.50884 0.19212 0.50780 0.19041 0.50564 0.18951 0.50319 0.19085 0.50177 0.19167 0.50147 0.19360 0.50170 0.19584 0.50274\n 11 116 5 0.19517 0.50854 0.19294 0.50750 0.19123 0.50534 0.19033 0.50289 0.19085 0.50177\n 11 204 9 0.19926 0.50705 0.19584 0.50274 0.19524 0.50110 0.19658 0.49969 0.19740 0.49939 0.19933 0.49961 0.20156 0.50065 0.20327 0.50281 0.20417 0.50526\n 11 94 4 0.20008 0.50675 0.19665 0.50244 0.19606 0.50080 0.19658 0.49969\n 11 116 5 0.20417 0.50526 0.20379 0.50169 0.20431 0.50058 0.20513 0.50028 0.20707 0.50050\n 11 292 13 0.22863 0.49358 0.22841 0.49551 0.22707 0.49693 0.22544 0.49752 0.22350 0.49730 0.22239 0.49678 0.22097 0.49544 0.22038 0.49380 0.22060 0.49187 0.22194 0.49046 0.22357 0.48986 0.22551 0.49008 0.22692 0.49142\n 11 116 5 0.22544 0.49752 0.22320 0.49648 0.22179 0.49514 0.22090 0.49269 0.22194 0.49046\n 11 50 2 0.23034 0.49574 0.22008 0.48280\n 11 314 14 0.23116 0.49544 0.22603 0.48897 0.22290 0.48547 0.22008 0.48280 0.21866 0.48146 0.21673 0.48124 0.21621 0.48235 0.21680 0.48399 0.21852 0.48614 0.22075 0.48719 0.22380 0.48793 0.22766 0.48837 0.23071 0.48912 0.23324 0.49097\n 11 138 6 0.23324 0.49097 0.23577 0.49283 0.23771 0.49306 0.23905 0.49164 0.23845 0.49001 0.23503 0.48569\n 11 94 4 0.23771 0.49306 0.23823 0.49194 0.23763 0.49030 0.23421 0.48599\n 11 116 5 0.23845 0.49001 0.24068 0.49105 0.24262 0.49127 0.24343 0.49097 0.24172 0.48882\n 11 116 5 0.24262 0.49127 0.24172 0.48882 0.24194 0.48688 0.24276 0.48658 0.24470 0.48681\n 11 358 16 0.24626 0.48346 0.24819 0.48368 0.24931 0.48420 0.25072 0.48554 0.25132 0.48718 0.25080 0.48829 0.24998 0.48859 0.24804 0.48837 0.24693 0.48785 0.24551 0.48651 0.24492 0.48487 0.24514 0.48294 0.24648 0.48153 0.24893 0.48063 0.25198 0.48137 0.25451 0.48323\n 11 116 5 0.24998 0.48859 0.24775 0.48755 0.24633 0.48621 0.24544 0.48376 0.24648 0.48153\n 11 358 16 0.25607 0.47989 0.25801 0.48011 0.25912 0.48063 0.26054 0.48197 0.26113 0.48360 0.26061 0.48472 0.25979 0.48502 0.25786 0.48479 0.25674 0.48427 0.25533 0.48294 0.25474 0.48130 0.25496 0.47937 0.25630 0.47795 0.25875 0.47706 0.26180 0.47780 0.26433 0.47966\n 11 116 5 0.25979 0.48502 0.25756 0.48398 0.25615 0.48264 0.25526 0.48018 0.25630 0.47795\n 11 138 6 0.26433 0.47966 0.26686 0.48152 0.26879 0.48174 0.27013 0.48033 0.26954 0.47869 0.26611 0.47438\n 11 94 4 0.26879 0.48174 0.26931 0.48063 0.26872 0.47899 0.26529 0.47468\n 11 204 9 0.26954 0.47869 0.27177 0.47973 0.27370 0.47996 0.27452 0.47966 0.27586 0.47824 0.27526 0.47661 0.27355 0.47445 0.27296 0.47282 0.27348 0.47170\n 11 204 9 0.27452 0.47966 0.27504 0.47854 0.27444 0.47691 0.27273 0.47475 0.27214 0.47311 0.27348 0.47170 0.27541 0.47192 0.27653 0.47244 0.27905 0.47430\n 11 292 13 0.30062 0.46738 0.30040 0.46931 0.29906 0.47073 0.29742 0.47132 0.29549 0.47110 0.29437 0.47058 0.29296 0.46924 0.29237 0.46760 0.29259 0.46567 0.29393 0.46426 0.29556 0.46366 0.29750 0.46388 0.29891 0.46522\n 11 116 5 0.29742 0.47132 0.29519 0.47028 0.29378 0.46894 0.29289 0.46649 0.29393 0.46426\n 11 160 7 0.30233 0.46953 0.29891 0.46522 0.29831 0.46359 0.29965 0.46217 0.30159 0.46239 0.30270 0.46291 0.30523 0.46477\n 11 94 4 0.30315 0.46924 0.29973 0.46492 0.29913 0.46329 0.29965 0.46217\n 11 138 6 0.30523 0.46477 0.30776 0.46663 0.30970 0.46685 0.31103 0.46544 0.31044 0.46380 0.30702 0.45949\n 11 94 4 0.30970 0.46685 0.31022 0.46574 0.30962 0.46410 0.30620 0.45979\n 11 204 9 0.31044 0.46380 0.31267 0.46485 0.31460 0.46507 0.31542 0.46477 0.31676 0.46336 0.31616 0.46172 0.31445 0.45956 0.31386 0.45793 0.31438 0.45681\n 11 204 9 0.31542 0.46477 0.31594 0.46365 0.31535 0.46202 0.31363 0.45986 0.31304 0.45823 0.31438 0.45681 0.31631 0.45703 0.31743 0.45756 0.31996 0.45941\n 11 292 13 0.32844 0.45725 0.32821 0.45919 0.32687 0.46060 0.32524 0.46120 0.32330 0.46097 0.32219 0.46045 0.32077 0.45912 0.32018 0.45748 0.32040 0.45555 0.32174 0.45413 0.32338 0.45354 0.32531 0.45376 0.32672 0.45510\n 11 116 5 0.32524 0.46120 0.32301 0.46016 0.32159 0.45882 0.32070 0.45636 0.32174 0.45413\n 11 160 7 0.33699 0.46804 0.32672 0.45510 0.32613 0.45346 0.32747 0.45205 0.32940 0.45227 0.33052 0.45279 0.33305 0.45465\n 11 94 4 0.33781 0.46774 0.32754 0.45480 0.32695 0.45316 0.32747 0.45205\n 11 446 20 0.36391 0.45546 0.36384 0.45271 0.36562 0.45762 0.36391 0.45546 0.36287 0.45769 0.36071 0.45940 0.35908 0.46000 0.35633 0.46007 0.35410 0.45903 0.35268 0.45769 0.35097 0.45554 0.34948 0.45145 0.34941 0.44869 0.34963 0.44676 0.35067 0.44453 0.35283 0.44282 0.35446 0.44222 0.35721 0.44215 0.35945 0.44319 0.36086 0.44453\n 11 226 10 0.35908 0.46000 0.35714 0.45977 0.35491 0.45873 0.35350 0.45740 0.35179 0.45524 0.35030 0.45115 0.35022 0.44840 0.35045 0.44646 0.35149 0.44423 0.35283 0.44282\n 11 50 2 0.37217 0.45523 0.36591 0.43805\n 11 50 2 0.37299 0.45494 0.36673 0.43776\n 11 226 10 0.36971 0.45613 0.37953 0.45255 0.38169 0.45084 0.38221 0.44973 0.38243 0.44779 0.38183 0.44616 0.38042 0.44482 0.37930 0.44430 0.37655 0.44437 0.37001 0.44676\n 11 182 8 0.37953 0.45255 0.38087 0.45114 0.38139 0.45002 0.38161 0.44809 0.38102 0.44645 0.37960 0.44512 0.37849 0.44460 0.37655 0.44437\n 11 50 2 0.36346 0.43895 0.36919 0.43686\n 11 160 7 0.37410 0.44527 0.37544 0.44385 0.37596 0.44274 0.37633 0.43612 0.37685 0.43500 0.37767 0.43470 0.37878 0.43522\n 11 160 7 0.37544 0.44385 0.37566 0.44192 0.37521 0.43560 0.37573 0.43448 0.37737 0.43389 0.37878 0.43522 0.37908 0.43604\n 11 226 10 0.40705 0.44161 0.40593 0.44109 0.40645 0.43998 0.40757 0.44050 0.40786 0.44131 0.40734 0.44243 0.40571 0.44303 0.40377 0.44280 0.40236 0.44146 0.39700 0.42674\n 11 94 4 0.40571 0.44303 0.40459 0.44251 0.40318 0.44117 0.39782 0.42644\n 11 50 2 0.39872 0.43909 0.40526 0.43670\n 11 50 2 0.39455 0.42763 0.40027 0.42555\n 11 380 17 0.41508 0.43313 0.41232 0.43321 0.41009 0.43217 0.40838 0.43001 0.40779 0.42837 0.40771 0.42562 0.40875 0.42339 0.41091 0.42168 0.41254 0.42108 0.41530 0.42101 0.41753 0.42205 0.41924 0.42420 0.41983 0.42584 0.41991 0.42859 0.41887 0.43082 0.41671 0.43254 0.41508 0.43313\n 11 182 8 0.41508 0.43313 0.41314 0.43291 0.41091 0.43187 0.40920 0.42971 0.40860 0.42808 0.40853 0.42532 0.40957 0.42309 0.41091 0.42168\n 11 182 8 0.41254 0.42108 0.41448 0.42131 0.41671 0.42235 0.41842 0.42450 0.41902 0.42614 0.41909 0.42889 0.41805 0.43112 0.41671 0.43254\n 11 50 2 0.42816 0.42837 0.42400 0.41691\n 11 50 2 0.42898 0.42807 0.42481 0.41662\n 11 160 7 0.42809 0.42562 0.43032 0.42666 0.43307 0.42658 0.43471 0.42599 0.43687 0.42427 0.43709 0.42234 0.43381 0.41334\n 11 94 4 0.43471 0.42599 0.43605 0.42457 0.43627 0.42264 0.43299 0.41364\n 11 50 2 0.42571 0.42926 0.42898 0.42807\n 11 50 2 0.42154 0.41781 0.42727 0.41572\n 11 50 2 0.43054 0.41453 0.43627 0.41245\n 11 160 7 0.44825 0.42754 0.44318 0.41364 0.44311 0.41088 0.44445 0.40947 0.44608 0.40888 0.44802 0.40910 0.44943 0.41044\n 11 94 4 0.44906 0.42725 0.44400 0.41334 0.44393 0.41059 0.44445 0.40947\n 11 50 2 0.44371 0.42271 0.45025 0.42033\n 21 6 1\n 25 6 1\n 11 446 20 0.17144 0.49439 0.17136 0.49163 0.17315 0.49654 0.17144 0.49439 0.17040 0.49662 0.16824 0.49833 0.16661 0.49892 0.16385 0.49900 0.16162 0.49796 0.16021 0.49662 0.15850 0.49446 0.15701 0.49037 0.15693 0.48762 0.15716 0.48569 0.15820 0.48346 0.16035 0.48175 0.16199 0.48115 0.16474 0.48107 0.16697 0.48211 0.16839 0.48345\n 11 226 10 0.16661 0.49892 0.16467 0.49870 0.16244 0.49766 0.16103 0.49632 0.15932 0.49417 0.15783 0.49008 0.15775 0.48732 0.15797 0.48539 0.15901 0.48316 0.16035 0.48175\n 11 50 2 0.17969 0.49416 0.17344 0.47698\n 11 50 2 0.18051 0.49386 0.17426 0.47668\n 11 226 10 0.17724 0.49505 0.18706 0.49148 0.18921 0.48977 0.18973 0.48865 0.18996 0.48672 0.18936 0.48508 0.18795 0.48375 0.18683 0.48322 0.18408 0.48330 0.17754 0.48568\n 11 182 8 0.18706 0.49148 0.18840 0.49007 0.18892 0.48895 0.18914 0.48702 0.18854 0.48538 0.18713 0.48404 0.18601 0.48352 0.18408 0.48330\n 11 50 2 0.17099 0.47787 0.17671 0.47579\n 11 160 7 0.18163 0.48419 0.18296 0.48278 0.18348 0.48166 0.18385 0.47504 0.18437 0.47393 0.18519 0.47363 0.18631 0.47415\n 11 160 7 0.18296 0.48278 0.18319 0.48085 0.18274 0.47452 0.18326 0.47341 0.18489 0.47281 0.18631 0.47415 0.18661 0.47497\n 11 72 3 0.18884 0.47601 0.19137 0.47787 0.19419 0.48054\n 11 292 13 0.19933 0.48701 0.18906 0.47408 0.18846 0.47244 0.18980 0.47103 0.19062 0.47073 0.19255 0.47095 0.19479 0.47199 0.19650 0.47415 0.19739 0.47660 0.19702 0.47303 0.19754 0.47192 0.19836 0.47162 0.20029 0.47184\n 11 94 4 0.20015 0.48672 0.18988 0.47378 0.18928 0.47214 0.18980 0.47103\n 11 292 13 0.20877 0.46968 0.20855 0.47162 0.20721 0.47303 0.20557 0.47362 0.20364 0.47340 0.20252 0.47288 0.20111 0.47154 0.20051 0.46991 0.20074 0.46797 0.20207 0.46656 0.20371 0.46596 0.20564 0.46619 0.20706 0.46753\n 11 116 5 0.20557 0.47362 0.20334 0.47258 0.20193 0.47125 0.20103 0.46879 0.20207 0.46656\n 11 160 7 0.21048 0.47184 0.20706 0.46753 0.20646 0.46589 0.20780 0.46448 0.20973 0.46470 0.21085 0.46522 0.21338 0.46708\n 11 94 4 0.21130 0.47154 0.20788 0.46723 0.20728 0.46559 0.20780 0.46448\n 11 336 15 0.22082 0.46715 0.21970 0.46663 0.22052 0.46633 0.22082 0.46715 0.22030 0.46827 0.21866 0.46886 0.21673 0.46864 0.21561 0.46812 0.21420 0.46678 0.21360 0.46514 0.21382 0.46321 0.21516 0.46180 0.21762 0.46090 0.22067 0.46165 0.22320 0.46350\n 11 116 5 0.21866 0.46886 0.21643 0.46782 0.21502 0.46648 0.21412 0.46403 0.21516 0.46180\n 11 72 3 0.22320 0.46350 0.22572 0.46536 0.22855 0.46804\n 11 50 2 0.23369 0.47451 0.22171 0.45941\n 11 50 2 0.23450 0.47421 0.22252 0.45912\n 11 160 7 0.23175 0.46410 0.23145 0.46328 0.23227 0.46298 0.23175 0.46410 0.23093 0.46439 0.22870 0.46335 0.22595 0.46343\n 11 94 4 0.22595 0.46343 0.22810 0.46172 0.22773 0.45815 0.22825 0.45703\n 11 160 7 0.22595 0.46343 0.22729 0.46202 0.22691 0.45845 0.22825 0.45703 0.22907 0.45673 0.23212 0.45748 0.23465 0.45934\n 11 72 3 0.24774 0.45457 0.25027 0.45643 0.25309 0.45911\n 11 160 7 0.25823 0.46558 0.24796 0.45264 0.24736 0.45100 0.24870 0.44959 0.25064 0.44981 0.25175 0.45033 0.25428 0.45219\n 11 94 4 0.25905 0.46528 0.24878 0.45234 0.24818 0.45070 0.24870 0.44959\n 11 50 2 0.25176 0.46052 0.25666 0.45873\n 11 490 22 0.26120 0.45338 0.25956 0.45397 0.25763 0.45375 0.25651 0.45323 0.25510 0.45189 0.25450 0.45026 0.25473 0.44832 0.25606 0.44691 0.25770 0.44631 0.25963 0.44654 0.26075 0.44706 0.26216 0.44839 0.26276 0.45003 0.26254 0.45196 0.26120 0.45338 0.26008 0.45286 0.25949 0.45122 0.25971 0.44929 0.26105 0.44787 0.26268 0.44728 0.26462 0.44750 0.26573 0.44802\n 11 116 5 0.25956 0.45397 0.25733 0.45293 0.25592 0.45159 0.25502 0.44914 0.25606 0.44691\n 11 204 9 0.27882 0.44326 0.28135 0.44512 0.28277 0.44645 0.28217 0.44482 0.28403 0.44229 0.28425 0.44036 0.28366 0.43872 0.28254 0.43820 0.28061 0.43798\n 11 116 5 0.28217 0.44482 0.28321 0.44259 0.28343 0.44065 0.28284 0.43902 0.28061 0.43798\n 11 116 5 0.27763 0.43999 0.27897 0.43857 0.28306 0.43708 0.28611 0.43783 0.28864 0.43968\n 11 336 15 0.29608 0.43976 0.29496 0.43924 0.29578 0.43894 0.29608 0.43976 0.29556 0.44087 0.29392 0.44147 0.29199 0.44125 0.29087 0.44073 0.28946 0.43939 0.28886 0.43775 0.28908 0.43582 0.29042 0.43440 0.29288 0.43351 0.29593 0.43425 0.29846 0.43611\n 11 116 5 0.29392 0.44147 0.29169 0.44043 0.29028 0.43909 0.28938 0.43664 0.29042 0.43440\n 11 138 6 0.29846 0.43611 0.30099 0.43797 0.30292 0.43819 0.30426 0.43678 0.30366 0.43514 0.30024 0.43083\n 11 94 4 0.30292 0.43819 0.30344 0.43708 0.30284 0.43544 0.29942 0.43113\n 11 116 5 0.30366 0.43514 0.30589 0.43618 0.30783 0.43641 0.30865 0.43611 0.30693 0.43395\n 11 116 5 0.30783 0.43641 0.30693 0.43395 0.30716 0.43202 0.30797 0.43172 0.30991 0.43194\n 11 116 5 0.31698 0.43864 0.31586 0.43811 0.31638 0.43700 0.31750 0.43752 0.31698 0.43864\n 11 160 7 0.31355 0.43432 0.31013 0.43001 0.30954 0.42837 0.31087 0.42696 0.31281 0.42718 0.31392 0.42770 0.31645 0.42956\n 11 94 4 0.31437 0.43402 0.31095 0.42971 0.31035 0.42808 0.31087 0.42696\n 11 72 3 0.31645 0.42956 0.31898 0.43142 0.32181 0.43410\n 11 50 2 0.32352 0.43625 0.30812 0.41685\n 11 50 2 0.32434 0.43596 0.30894 0.41655\n 11 204 9 0.31921 0.42949 0.32144 0.43053 0.32337 0.43075 0.32419 0.43045 0.32553 0.42904 0.32493 0.42740 0.32322 0.42525 0.32262 0.42361 0.32314 0.42249\n 11 204 9 0.32419 0.43045 0.32471 0.42934 0.32411 0.42770 0.32240 0.42554 0.32181 0.42391 0.32314 0.42249 0.32508 0.42272 0.32619 0.42324 0.32872 0.42510\n 11 72 3 0.32872 0.42510 0.33125 0.42695 0.33408 0.42963\n 11 160 7 0.33921 0.43610 0.32895 0.42316 0.32835 0.42153 0.32969 0.42011 0.33162 0.42033 0.33274 0.42085 0.33527 0.42271\n 11 94 4 0.34003 0.43580 0.32976 0.42286 0.32917 0.42123 0.32969 0.42011\n 82 0\n 81 6 736\n 11 50 2 0.33274 0.43104 0.33765 0.42926\n 82 0\n 81 6 737\n 82 0\n 81 6 738\n 11 116 5 0.33863 0.17502 0.33730 0.17390 0.33652 0.17211 0.33753 0.16955 0.34705 0.15822\n 11 50 2 0.33721 0.16587 0.34188 0.16979\n 11 116 5 0.34196 0.17782 0.34319 0.17771 0.34330 0.17894 0.34207 0.17904 0.34196 0.17782\n 11 50 2 0.34655 0.17371 0.35438 0.16437\n 11 50 2 0.35188 0.17818 0.35972 0.16885\n 11 116 5 0.35524 0.17418 0.35423 0.17674 0.35444 0.17920 0.35522 0.18098 0.35722 0.18266\n 11 380 17 0.36890 0.18905 0.36711 0.18983 0.36455 0.18882 0.36255 0.18714 0.36111 0.18479 0.36156 0.18290 0.36335 0.18212 0.36524 0.18258 0.36914 0.18471 0.37103 0.18516 0.37282 0.18439 0.37338 0.18372 0.37383 0.18183 0.37239 0.17948 0.37039 0.17780 0.36783 0.17679 0.36604 0.17756\n 11 116 5 0.36864 0.20020 0.37815 0.18886 0.38050 0.18742 0.38239 0.18787 0.38372 0.18899\n 11 50 2 0.37055 0.19385 0.37522 0.19777\n 11 50 2 0.38664 0.21531 0.39840 0.20130\n 11 116 5 0.39131 0.21923 0.39254 0.21912 0.39265 0.22034 0.39142 0.22045 0.39131 0.21923\n 11 50 2 0.39590 0.21512 0.40373 0.20578\n 11 50 2 0.40123 0.21959 0.40907 0.21026\n 11 160 7 0.40347 0.21693 0.40379 0.22061 0.40457 0.22239 0.40657 0.22407 0.40846 0.22452 0.41081 0.22308 0.41640 0.21641\n 11 380 17 0.41659 0.22566 0.42460 0.23238 0.42348 0.23371 0.42169 0.23449 0.42046 0.23459 0.41857 0.23414 0.41657 0.23246 0.41580 0.23068 0.41558 0.22822 0.41659 0.22566 0.41771 0.22433 0.42006 0.22289 0.42251 0.22268 0.42440 0.22313 0.42640 0.22481 0.42718 0.22659 0.42739 0.22905\n 11 182 8 0.43451 0.23275 0.43441 0.23152 0.43318 0.23163 0.43329 0.23285 0.43451 0.23275 0.43563 0.23141 0.43609 0.22952 0.43598 0.22829\n 11 116 5 0.43999 0.26007 0.44951 0.24874 0.45185 0.24730 0.45375 0.24775 0.45508 0.24887\n 11 50 2 0.44191 0.25373 0.44658 0.25764\n 11 50 2 0.44733 0.26623 0.45908 0.25223\n 11 160 7 0.45349 0.25889 0.45381 0.26257 0.45458 0.26436 0.45658 0.26604 0.45848 0.26649 0.46082 0.26505 0.46642 0.25838\n 11 380 17 0.46661 0.26763 0.47461 0.27435 0.47349 0.27568 0.47171 0.27646 0.47048 0.27656 0.46859 0.27611 0.46659 0.27443 0.46581 0.27265 0.46560 0.27019 0.46661 0.26763 0.46773 0.26630 0.47007 0.26486 0.47253 0.26464 0.47442 0.26510 0.47642 0.26677 0.47719 0.26856 0.47741 0.27101\n 11 50 2 0.47592 0.28227 0.48376 0.27293\n 11 160 7 0.47816 0.27960 0.47848 0.28328 0.47926 0.28506 0.48126 0.28674 0.48315 0.28720 0.48550 0.28575 0.49109 0.27909\n 11 50 2 0.49535 0.30652 0.50710 0.29252\n 11 314 14 0.50094 0.29985 0.50116 0.30230 0.50193 0.30409 0.50393 0.30577 0.50582 0.30622 0.50828 0.30601 0.51062 0.30457 0.51174 0.30323 0.51275 0.30067 0.51254 0.29822 0.51176 0.29643 0.50976 0.29475 0.50787 0.29430 0.50542 0.29452\n 11 50 2 0.50802 0.31715 0.51977 0.30315\n 11 50 2 0.52460 0.32312 0.53244 0.31378\n 11 314 14 0.52628 0.32111 0.52383 0.32133 0.52194 0.32088 0.51994 0.31920 0.51916 0.31741 0.51895 0.31496 0.51996 0.31240 0.52108 0.31107 0.52342 0.30962 0.52588 0.30941 0.52777 0.30986 0.52977 0.31154 0.53054 0.31333 0.53076 0.31578\n 11 50 2 0.52994 0.32759 0.53777 0.31826\n 11 160 7 0.53218 0.32492 0.53250 0.32860 0.53327 0.33039 0.53527 0.33207 0.53717 0.33252 0.53951 0.33108 0.54511 0.32441\n 11 50 2 0.53869 0.34289 0.55044 0.32889\n 11 50 2 0.54928 0.34382 0.54821 0.33156\n 11 50 2 0.54863 0.33646 0.55778 0.33504\n 11 116 5 0.37304 0.12753 0.38255 0.11619 0.38490 0.11475 0.38679 0.11520 0.38813 0.11632\n 11 50 2 0.37496 0.12118 0.37963 0.12510\n 11 50 2 0.38038 0.13368 0.39213 0.11968\n 11 160 7 0.38653 0.12635 0.38685 0.13003 0.38763 0.13181 0.38963 0.13349 0.39152 0.13394 0.39387 0.13250 0.39946 0.12583\n 11 116 5 0.39238 0.14375 0.39361 0.14365 0.39371 0.14487 0.39249 0.14498 0.39238 0.14375\n 11 50 2 0.39696 0.13965 0.40480 0.13031\n 11 50 2 0.40230 0.14412 0.41013 0.13479\n 11 116 5 0.40566 0.14012 0.40464 0.14268 0.40486 0.14513 0.40563 0.14692 0.40763 0.14860\n 11 50 2 0.41439 0.16222 0.42614 0.14822\n 11 314 14 0.41998 0.15555 0.41753 0.15577 0.41564 0.15531 0.41364 0.15364 0.41286 0.15185 0.41265 0.14940 0.41366 0.14684 0.41478 0.14550 0.41712 0.14406 0.41958 0.14385 0.42147 0.14430 0.42347 0.14598 0.42425 0.14776 0.42446 0.15022\n 11 50 2 0.43039 0.17565 0.44214 0.16165\n 11 116 5 0.43506 0.17957 0.43629 0.17946 0.43639 0.18069 0.43517 0.18079 0.43506 0.17957\n 11 50 2 0.43964 0.17546 0.44748 0.16612\n 11 50 2 0.44498 0.17994 0.45281 0.17060\n 11 160 7 0.44722 0.17727 0.44754 0.18095 0.44831 0.18273 0.45031 0.18441 0.45221 0.18486 0.45455 0.18342 0.46015 0.17675\n 11 380 17 0.46034 0.18601 0.46834 0.19272 0.46722 0.19406 0.46544 0.19483 0.46421 0.19494 0.46232 0.19448 0.46032 0.19281 0.45954 0.19102 0.45933 0.18857 0.46034 0.18601 0.46146 0.18467 0.46381 0.18323 0.46626 0.18302 0.46815 0.18347 0.47015 0.18515 0.47093 0.18693 0.47114 0.18939\n 11 182 8 0.47826 0.19309 0.47816 0.19186 0.47693 0.19197 0.47704 0.19320 0.47826 0.19309 0.47938 0.19176 0.47983 0.18986 0.47973 0.18864\n 11 50 2 0.49433 0.22134 0.50216 0.21201\n 11 314 14 0.49601 0.21934 0.49355 0.21956 0.49166 0.21911 0.48966 0.21743 0.48889 0.21564 0.48867 0.21319 0.48968 0.21063 0.49080 0.20929 0.49315 0.20785 0.49560 0.20764 0.49749 0.20809 0.49950 0.20977 0.50027 0.21156 0.50048 0.21401\n 11 50 2 0.49575 0.23049 0.50750 0.21648\n 11 50 2 0.50108 0.23497 0.51283 0.22096\n 11 50 2 0.52100 0.24373 0.52884 0.23439\n 11 116 5 0.52436 0.23973 0.52335 0.24229 0.52356 0.24474 0.52434 0.24653 0.52634 0.24820\n 11 380 17 0.53234 0.25324 0.53157 0.25145 0.53135 0.24900 0.53236 0.24644 0.53348 0.24511 0.53583 0.24367 0.53828 0.24345 0.54017 0.24390 0.54218 0.24558 0.54295 0.24737 0.54316 0.24982 0.54215 0.25238 0.54103 0.25372 0.53869 0.25516 0.53623 0.25537 0.53434 0.25492 0.53234 0.25324\n 11 116 5 0.53909 0.26686 0.54861 0.25552 0.55095 0.25408 0.55285 0.25454 0.55418 0.25565\n 11 50 2 0.54101 0.26051 0.54568 0.26443\n 11 50 2 0.55768 0.27450 0.56552 0.26517\n 11 314 14 0.55936 0.27250 0.55691 0.27272 0.55501 0.27227 0.55301 0.27059 0.55224 0.26880 0.55203 0.26635 0.55304 0.26379 0.55416 0.26245 0.55650 0.26101 0.55895 0.26080 0.56085 0.26125 0.56285 0.26293 0.56362 0.26472 0.56384 0.26717\n 11 116 5 0.55977 0.28421 0.56928 0.27287 0.57163 0.27143 0.57352 0.27188 0.57485 0.27300\n 11 50 2 0.56168 0.27786 0.56635 0.28178\n 11 380 17 0.57371 0.28113 0.58171 0.28785 0.58059 0.28918 0.57881 0.28996 0.57758 0.29006 0.57569 0.28961 0.57369 0.28793 0.57291 0.28615 0.57270 0.28369 0.57371 0.28113 0.57483 0.27980 0.57718 0.27836 0.57963 0.27815 0.58152 0.27860 0.58352 0.28028 0.58430 0.28206 0.58451 0.28452\n 11 50 2 0.58644 0.30659 0.59819 0.29259\n 82 0\n 81 6 739\n 11 314 14 0.59204 0.29992 0.58959 0.30014 0.58769 0.29969 0.58569 0.29801 0.58492 0.29622 0.58470 0.29377 0.58571 0.29121 0.58683 0.28987 0.58918 0.28843 0.59163 0.28822 0.59353 0.28867 0.59553 0.29035 0.59630 0.29213 0.59651 0.29459\n 82 0\n 81 6 740\n 82 0\n 81 6 741\n 21 6 2\n 25 6 2\n 11 50 2 0.68800 0.34388 0.70628 0.33691\n 11 50 2 0.68800 0.34388 0.70628 0.35084\n 11 50 2 0.70018 0.33952 0.70018 0.34823\n 11 50 2 0.69409 0.35519 0.70628 0.35519\n 11 160 7 0.69757 0.35519 0.69496 0.35780 0.69409 0.35955 0.69409 0.36216 0.69496 0.36390 0.69757 0.36477 0.70628 0.36477\n 11 380 17 0.69409 0.37522 0.69496 0.37347 0.69670 0.37173 0.69931 0.37086 0.70106 0.37086 0.70367 0.37173 0.70541 0.37347 0.70628 0.37522 0.70628 0.37783 0.70541 0.37957 0.70367 0.38131 0.70106 0.38218 0.69931 0.38218 0.69670 0.38131 0.69496 0.37957 0.69409 0.37783 0.69409 0.37522\n 11 116 5 0.68800 0.38914 0.70280 0.38914 0.70541 0.39001 0.70628 0.39176 0.70628 0.39350\n 11 50 2 0.69409 0.38653 0.69409 0.39263\n 11 50 2 0.68800 0.39872 0.70628 0.39872\n 11 160 7 0.69757 0.39872 0.69496 0.40133 0.69409 0.40307 0.69409 0.40568 0.69496 0.40743 0.69757 0.40830 0.70628 0.40830\n 11 380 17 0.69931 0.41439 0.69931 0.42484 0.69757 0.42484 0.69583 0.42397 0.69496 0.42310 0.69409 0.42135 0.69409 0.41874 0.69496 0.41700 0.69670 0.41526 0.69931 0.41439 0.70106 0.41439 0.70367 0.41526 0.70541 0.41700 0.70628 0.41874 0.70628 0.42135 0.70541 0.42310 0.70367 0.42484\n 11 50 2 0.69409 0.43093 0.70628 0.43093\n 11 116 5 0.69931 0.43093 0.69670 0.43180 0.69496 0.43354 0.69409 0.43528 0.69409 0.43790\n 11 182 8 0.69757 0.45356 0.69583 0.45444 0.69409 0.45618 0.69409 0.45879 0.69496 0.45966 0.69670 0.45966 0.70018 0.45879 0.70628 0.45705\n 11 116 5 0.69409 0.45792 0.69496 0.45879 0.69670 0.45879 0.70018 0.45792 0.70628 0.45618\n 11 204 9 0.70018 0.45879 0.69670 0.46053 0.69496 0.46227 0.69409 0.46401 0.69409 0.46575 0.69496 0.46749 0.69583 0.46836 0.69757 0.46836 0.70628 0.46575\n 11 94 4 0.69409 0.46575 0.69583 0.46749 0.69757 0.46749 0.70628 0.46488\n 11 248 11 0.70018 0.46749 0.69670 0.46923 0.69496 0.47098 0.69409 0.47272 0.69409 0.47446 0.69496 0.47620 0.69583 0.47707 0.69757 0.47707 0.70280 0.47533 0.70541 0.47533 0.70628 0.47620\n 11 204 9 0.69409 0.47446 0.69583 0.47620 0.69757 0.47620 0.70280 0.47446 0.70541 0.47446 0.70628 0.47533 0.70628 0.47794 0.70454 0.47968 0.70280 0.48055\n 11 380 17 0.69409 0.48926 0.69496 0.48665 0.69757 0.48490 0.70018 0.48403 0.70280 0.48403 0.70454 0.48490 0.70541 0.48578 0.70628 0.48752 0.70628 0.48926 0.70541 0.49187 0.70280 0.49361 0.70018 0.49448 0.69757 0.49448 0.69583 0.49361 0.69496 0.49274 0.69409 0.49100 0.69409 0.48926\n 11 138 6 0.69409 0.48926 0.69496 0.48752 0.69757 0.48578 0.70018 0.48490 0.70367 0.48490 0.70541 0.48578\n 11 138 6 0.70628 0.48926 0.70541 0.49100 0.70280 0.49274 0.70018 0.49361 0.69670 0.49361 0.69496 0.49274\n 11 204 9 0.69757 0.49796 0.69583 0.49883 0.69409 0.50057 0.69409 0.50319 0.69496 0.50406 0.69757 0.50406 0.70280 0.50232 0.70454 0.50232 0.70628 0.50406\n 11 336 15 0.69409 0.50232 0.69496 0.50319 0.69757 0.50319 0.70280 0.50145 0.70454 0.50145 0.70541 0.50232 0.70628 0.50406 0.70628 0.50493 0.70541 0.50754 0.70367 0.50928 0.70106 0.51102 0.69757 0.51189 0.69409 0.51189 0.69409 0.51102 0.69583 0.51189\n 11 402 18 0.70193 0.51799 0.70106 0.52147 0.70018 0.52408 0.69844 0.52669 0.69670 0.52756 0.69496 0.52669 0.69409 0.52495 0.69409 0.52234 0.69496 0.51973 0.69757 0.51799 0.70018 0.51712 0.70280 0.51712 0.70454 0.51799 0.70541 0.51886 0.70628 0.52060 0.70628 0.52234 0.70541 0.52495 0.70367 0.52669\n 11 138 6 0.69409 0.52234 0.69496 0.52060 0.69757 0.51886 0.70018 0.51799 0.70367 0.51799 0.70541 0.51886\n 11 182 8 0.69409 0.54410 0.70018 0.54236 0.70367 0.54149 0.70541 0.54149 0.70628 0.54236 0.70628 0.54497 0.70454 0.54671 0.70280 0.54758\n 11 116 5 0.69409 0.54497 0.70018 0.54323 0.70367 0.54236 0.70541 0.54236 0.70628 0.54323\n 11 358 16 0.70018 0.54236 0.69757 0.54236 0.69496 0.54149 0.69409 0.53975 0.69409 0.53801 0.69496 0.53540 0.69757 0.53366 0.70018 0.53278 0.70280 0.53278 0.70454 0.53366 0.70541 0.53453 0.70628 0.53627 0.70628 0.53801 0.70541 0.53975 0.70280 0.54149 0.70018 0.54236\n 11 138 6 0.69409 0.53801 0.69496 0.53627 0.69757 0.53453 0.70018 0.53366 0.70367 0.53366 0.70541 0.53453\n 11 116 5 0.68800 0.55542 0.69931 0.55194 0.70193 0.55194 0.70454 0.55281 0.70541 0.55368\n 11 50 2 0.68800 0.55629 0.69931 0.55281\n 11 358 16 0.69931 0.55281 0.69670 0.55368 0.69496 0.55542 0.69409 0.55716 0.69409 0.55890 0.69496 0.56064 0.69583 0.56151 0.69757 0.56238 0.70018 0.56238 0.70280 0.56151 0.70541 0.55977 0.70628 0.55716 0.70628 0.55542 0.70541 0.55368 0.70280 0.55281 0.69931 0.55281\n 11 138 6 0.69496 0.56064 0.69670 0.56151 0.70018 0.56151 0.70280 0.56064 0.70541 0.55890 0.70628 0.55716\n 11 50 2 0.68800 0.55281 0.68800 0.55629\n 11 182 8 0.68800 0.57196 0.70018 0.56848 0.70367 0.56761 0.70541 0.56761 0.70628 0.56848 0.70628 0.57109 0.70454 0.57283 0.70280 0.57370\n 11 116 5 0.68800 0.57283 0.70018 0.56935 0.70367 0.56848 0.70541 0.56848 0.70628 0.56935\n 11 50 2 0.68800 0.56935 0.68800 0.57283\n 11 402 18 0.70193 0.57892 0.70106 0.58241 0.70018 0.58502 0.69844 0.58763 0.69670 0.58850 0.69496 0.58763 0.69409 0.58589 0.69409 0.58328 0.69496 0.58067 0.69757 0.57892 0.70018 0.57805 0.70280 0.57805 0.70454 0.57892 0.70541 0.57979 0.70628 0.58154 0.70628 0.58328 0.70541 0.58589 0.70367 0.58763\n 11 138 6 0.69409 0.58328 0.69496 0.58154 0.69757 0.57979 0.70018 0.57892 0.70367 0.57892 0.70541 0.57979\n 11 182 8 0.68800 0.61200 0.70018 0.60852 0.70367 0.60765 0.70541 0.60765 0.70628 0.60852 0.70628 0.61113 0.70454 0.61288 0.70280 0.61375\n 11 116 5 0.68800 0.61288 0.70018 0.60939 0.70367 0.60852 0.70541 0.60852 0.70628 0.60939\n 11 50 2 0.68800 0.60939 0.68800 0.61288\n 11 182 8 0.69409 0.62942 0.70018 0.62767 0.70367 0.62680 0.70541 0.62680 0.70628 0.62767 0.70628 0.63029 0.70454 0.63203 0.70280 0.63290\n 11 116 5 0.69409 0.63029 0.70018 0.62855 0.70367 0.62767 0.70541 0.62767 0.70628 0.62855\n 11 358 16 0.70018 0.62767 0.69757 0.62767 0.69496 0.62680 0.69409 0.62506 0.69409 0.62332 0.69496 0.62071 0.69757 0.61897 0.70018 0.61810 0.70280 0.61810 0.70454 0.61897 0.70541 0.61984 0.70628 0.62158 0.70628 0.62332 0.70541 0.62506 0.70280 0.62680 0.70018 0.62767\n 11 138 6 0.69409 0.62332 0.69496 0.62158 0.69757 0.61984 0.70018 0.61897 0.70367 0.61897 0.70541 0.61984\n 11 116 5 0.68800 0.64073 0.69931 0.63725 0.70193 0.63725 0.70454 0.63812 0.70541 0.63899\n 11 50 2 0.68800 0.64160 0.69931 0.63812\n 11 358 16 0.69931 0.63812 0.69670 0.63899 0.69496 0.64073 0.69409 0.64247 0.69409 0.64422 0.69496 0.64596 0.69583 0.64683 0.69757 0.64770 0.70018 0.64770 0.70280 0.64683 0.70541 0.64509 0.70628 0.64247 0.70628 0.64073 0.70541 0.63899 0.70280 0.63812 0.69931 0.63812\n 11 138 6 0.69496 0.64596 0.69670 0.64683 0.70018 0.64683 0.70280 0.64596 0.70541 0.64422 0.70628 0.64247\n 11 50 2 0.68800 0.63812 0.68800 0.64160\n 11 402 18 0.70193 0.65379 0.70106 0.65727 0.70018 0.65989 0.69844 0.66250 0.69670 0.66337 0.69496 0.66250 0.69409 0.66076 0.69409 0.65814 0.69496 0.65553 0.69757 0.65379 0.70018 0.65292 0.70280 0.65292 0.70454 0.65379 0.70541 0.65466 0.70628 0.65640 0.70628 0.65814 0.70541 0.66076 0.70367 0.66250\n 11 138 6 0.69409 0.65814 0.69496 0.65640 0.69757 0.65466 0.70018 0.65379 0.70367 0.65379 0.70541 0.65466\n 11 182 8 0.68800 0.67294 0.70018 0.66946 0.70367 0.66859 0.70541 0.66859 0.70628 0.66946 0.70628 0.67207 0.70454 0.67381 0.70280 0.67468\n 11 116 5 0.68800 0.67381 0.70018 0.67033 0.70367 0.66946 0.70541 0.66946 0.70628 0.67033\n 11 50 2 0.68800 0.67033 0.68800 0.67381\n 21 6 1\n 25 6 1\n 11 182 8 0.72657 0.37281 0.72483 0.37368 0.72308 0.37542 0.72308 0.37804 0.72396 0.37891 0.72570 0.37891 0.72918 0.37804 0.73527 0.37629\n 11 116 5 0.72308 0.37717 0.72396 0.37804 0.72570 0.37804 0.72918 0.37717 0.73527 0.37542\n 11 204 9 0.72918 0.37804 0.72570 0.37978 0.72396 0.38152 0.72308 0.38326 0.72308 0.38500 0.72396 0.38674 0.72483 0.38761 0.72657 0.38761 0.73527 0.38500\n 11 94 4 0.72308 0.38500 0.72483 0.38674 0.72657 0.38674 0.73527 0.38413\n 11 248 11 0.72918 0.38674 0.72570 0.38848 0.72396 0.39022 0.72308 0.39196 0.72308 0.39371 0.72396 0.39545 0.72483 0.39632 0.72657 0.39632 0.73179 0.39458 0.73440 0.39458 0.73527 0.39545\n 11 204 9 0.72308 0.39371 0.72483 0.39545 0.72657 0.39545 0.73179 0.39371 0.73440 0.39371 0.73527 0.39458 0.73527 0.39719 0.73353 0.39893 0.73179 0.39980\n 11 380 17 0.72308 0.40851 0.72396 0.40589 0.72657 0.40415 0.72918 0.40328 0.73179 0.40328 0.73353 0.40415 0.73440 0.40502 0.73527 0.40676 0.73527 0.40851 0.73440 0.41112 0.73179 0.41286 0.72918 0.41373 0.72657 0.41373 0.72483 0.41286 0.72396 0.41199 0.72308 0.41025 0.72308 0.40851\n 11 138 6 0.72308 0.40851 0.72396 0.40676 0.72657 0.40502 0.72918 0.40415 0.73266 0.40415 0.73440 0.40502\n 11 138 6 0.73527 0.40851 0.73440 0.41025 0.73179 0.41199 0.72918 0.41286 0.72570 0.41286 0.72396 0.41199\n 11 358 16 0.71873 0.43288 0.71873 0.43375 0.71699 0.43462 0.72221 0.43375 0.72047 0.43375 0.71873 0.43288 0.71786 0.43201 0.71699 0.42940 0.71699 0.42592 0.71786 0.42330 0.71960 0.42156 0.72134 0.42156 0.72308 0.42243 0.72396 0.42330 0.72744 0.42940 0.72918 0.43114\n 11 380 17 0.72134 0.42156 0.72308 0.42330 0.72657 0.42940 0.72744 0.43027 0.72918 0.43114 0.73179 0.43114 0.73353 0.43027 0.73440 0.42940 0.73527 0.42679 0.73527 0.42330 0.73440 0.42069 0.73353 0.41982 0.73179 0.41895 0.73005 0.41895 0.73527 0.41808 0.73353 0.41895 0.73353 0.41982\n 11 402 18 0.73092 0.43984 0.73005 0.44333 0.72918 0.44594 0.72744 0.44855 0.72570 0.44942 0.72396 0.44855 0.72308 0.44681 0.72308 0.44420 0.72396 0.44159 0.72657 0.43984 0.72918 0.43897 0.73179 0.43897 0.73353 0.43984 0.73440 0.44072 0.73527 0.44246 0.73527 0.44420 0.73440 0.44681 0.73266 0.44855\n 11 138 6 0.72308 0.44420 0.72396 0.44246 0.72657 0.44072 0.72918 0.43984 0.73266 0.43984 0.73440 0.44072\n 11 182 8 0.71699 0.45987 0.72918 0.45639 0.73266 0.45551 0.73440 0.45551 0.73527 0.45639 0.73527 0.45900 0.73353 0.46074 0.73179 0.46161\n 11 116 5 0.71699 0.46074 0.72918 0.45726 0.73266 0.45639 0.73440 0.45639 0.73527 0.45726\n 11 50 2 0.72308 0.45464 0.72308 0.46248\n 11 182 8 0.71699 0.48598 0.72918 0.48250 0.73266 0.48163 0.73440 0.48163 0.73527 0.48250 0.73527 0.48511 0.73353 0.48685 0.73179 0.48773\n 11 116 5 0.71699 0.48685 0.72918 0.48337 0.73266 0.48250 0.73440 0.48250 0.73527 0.48337\n 11 50 2 0.72308 0.48076 0.72308 0.48860\n 11 380 17 0.72308 0.49817 0.72396 0.49556 0.72657 0.49382 0.72918 0.49295 0.73179 0.49295 0.73353 0.49382 0.73440 0.49469 0.73527 0.49643 0.73527 0.49817 0.73440 0.50078 0.73179 0.50252 0.72918 0.50340 0.72657 0.50340 0.72483 0.50252 0.72396 0.50165 0.72308 0.49991 0.72308 0.49817\n 11 138 6 0.72308 0.49817 0.72396 0.49643 0.72657 0.49469 0.72918 0.49382 0.73266 0.49382 0.73440 0.49469\n 11 138 6 0.73527 0.49817 0.73440 0.49991 0.73179 0.50165 0.72918 0.50252 0.72570 0.50252 0.72396 0.50165\n 11 446 20 0.71960 0.53473 0.72221 0.53561 0.71699 0.53561 0.71960 0.53473 0.71786 0.53299 0.71699 0.53038 0.71699 0.52864 0.71786 0.52603 0.71960 0.52429 0.72134 0.52342 0.72396 0.52255 0.72831 0.52255 0.73092 0.52342 0.73266 0.52429 0.73440 0.52603 0.73527 0.52864 0.73527 0.53038 0.73440 0.53299 0.73266 0.53473 0.73092 0.53561\n 11 226 10 0.71699 0.52864 0.71786 0.52690 0.71960 0.52516 0.72134 0.52429 0.72396 0.52342 0.72831 0.52342 0.73092 0.52429 0.73266 0.52516 0.73440 0.52690 0.73527 0.52864\n 11 50 2 0.71699 0.54257 0.73527 0.54257\n 11 50 2 0.71699 0.54344 0.73527 0.54344\n 11 226 10 0.71699 0.53996 0.71699 0.55040 0.71786 0.55302 0.71873 0.55389 0.72047 0.55476 0.72221 0.55476 0.72396 0.55389 0.72483 0.55302 0.72570 0.55040 0.72570 0.54344\n 11 182 8 0.71699 0.55040 0.71786 0.55215 0.71873 0.55302 0.72047 0.55389 0.72221 0.55389 0.72396 0.55302 0.72483 0.55215 0.72570 0.55040\n 11 50 2 0.73527 0.53996 0.73527 0.54605\n 11 160 7 0.72570 0.54779 0.72657 0.54953 0.72744 0.55040 0.73353 0.55302 0.73440 0.55389 0.73440 0.55476 0.73353 0.55563\n 11 160 7 0.72657 0.54953 0.72831 0.55040 0.73440 0.55215 0.73527 0.55302 0.73527 0.55476 0.73353 0.55563 0.73266 0.55563\n 11 292 13 0.72483 0.57565 0.72570 0.57565 0.72570 0.57478 0.72483 0.57478 0.72396 0.57565 0.72308 0.57739 0.72308 0.58087 0.72396 0.58261 0.72483 0.58349 0.72657 0.58436 0.73266 0.58436 0.73440 0.58523 0.73527 0.58610\n 11 116 5 0.72483 0.58349 0.73266 0.58349 0.73440 0.58436 0.73527 0.58610 0.73527 0.58697\n 11 248 11 0.72657 0.58349 0.72744 0.58261 0.72831 0.57739 0.72918 0.57478 0.73092 0.57391 0.73266 0.57391 0.73440 0.57478 0.73527 0.57739 0.73527 0.58000 0.73440 0.58174 0.73266 0.58349\n 11 138 6 0.72831 0.57739 0.72918 0.57565 0.73092 0.57478 0.73266 0.57478 0.73440 0.57565 0.73527 0.57739\n 11 50 2 0.72308 0.59306 0.73527 0.59306\n 11 50 2 0.72308 0.59393 0.73527 0.59393\n 11 160 7 0.72570 0.59393 0.72396 0.59567 0.72308 0.59828 0.72308 0.60003 0.72396 0.60264 0.72570 0.60351 0.73527 0.60351\n 11 94 4 0.72308 0.60003 0.72396 0.60177 0.72570 0.60264 0.73527 0.60264\n 11 50 2 0.72308 0.59045 0.72308 0.59393\n 11 50 2 0.73527 0.59045 0.73527 0.59654\n 11 50 2 0.73527 0.60003 0.73527 0.60612\n 11 50 2 0.71699 0.62092 0.73527 0.62092\n 11 50 2 0.71699 0.62179 0.73527 0.62179\n 11 314 14 0.72570 0.62092 0.72396 0.61918 0.72308 0.61744 0.72308 0.61570 0.72396 0.61308 0.72570 0.61134 0.72831 0.61047 0.73005 0.61047 0.73266 0.61134 0.73440 0.61308 0.73527 0.61570 0.73527 0.61744 0.73440 0.61918 0.73266 0.62092\n 11 182 8 0.72308 0.61570 0.72396 0.61395 0.72570 0.61221 0.72831 0.61134 0.73005 0.61134 0.73266 0.61221 0.73440 0.61395 0.73527 0.61570\n 11 50 2 0.71699 0.61831 0.71699 0.62179\n 11 50 2 0.73527 0.62092 0.73527 0.62440\n 21 6 4\n 25 6 4\n 11 50 2 0.71699 0.64442 0.73527 0.64442\n 11 50 2 0.71699 0.64529 0.73527 0.64529\n 11 226 10 0.71699 0.64181 0.71699 0.65226 0.71786 0.65487 0.71873 0.65574 0.72047 0.65661 0.72308 0.65661 0.72483 0.65574 0.72570 0.65487 0.72657 0.65226 0.72657 0.64529\n 11 182 8 0.71699 0.65226 0.71786 0.65400 0.71873 0.65487 0.72047 0.65574 0.72308 0.65574 0.72483 0.65487 0.72570 0.65400 0.72657 0.65226\n 11 50 2 0.73527 0.64181 0.73527 0.64791\n 11 50 2 0.71873 0.66967 0.73527 0.66967\n 11 50 2 0.71699 0.67054 0.73527 0.67054\n 11 72 3 0.71699 0.67054 0.73005 0.66096 0.73005 0.67489\n 11 50 2 0.73527 0.66706 0.73527 0.67315\n 21 6 1\n 25 6 1\n 21 6 4\n 25 6 4\n 11 292 13 0.75338 0.47400 0.75425 0.47400 0.75425 0.47313 0.75338 0.47313 0.75251 0.47400 0.75164 0.47574 0.75164 0.47923 0.75251 0.48097 0.75338 0.48184 0.75512 0.48271 0.76121 0.48271 0.76295 0.48358 0.76382 0.48445\n 11 116 5 0.75338 0.48184 0.76121 0.48184 0.76295 0.48271 0.76382 0.48445 0.76382 0.48532\n 11 248 11 0.75512 0.48184 0.75599 0.48097 0.75686 0.47574 0.75773 0.47313 0.75947 0.47226 0.76121 0.47226 0.76295 0.47313 0.76382 0.47574 0.76382 0.47836 0.76295 0.48010 0.76121 0.48184\n 11 138 6 0.75686 0.47574 0.75773 0.47400 0.75947 0.47313 0.76121 0.47313 0.76295 0.47400 0.76382 0.47574\n 11 160 7 0.74554 0.49141 0.76034 0.49141 0.76295 0.49228 0.76382 0.49403 0.76382 0.49577 0.76295 0.49751 0.76121 0.49838\n 11 94 4 0.74554 0.49228 0.76034 0.49228 0.76295 0.49316 0.76382 0.49403\n 11 50 2 0.75164 0.48880 0.75164 0.49577\n 11 622 28 0.75164 0.52798 0.75425 0.52711 0.75599 0.52537 0.75686 0.52275 0.75686 0.52188 0.75599 0.51927 0.75425 0.51753 0.75164 0.51666 0.75077 0.51666 0.74815 0.51753 0.74641 0.51927 0.74554 0.52188 0.74554 0.52362 0.74641 0.52624 0.74815 0.52798 0.75077 0.52885 0.75599 0.52885 0.75947 0.52798 0.76121 0.52711 0.76295 0.52537 0.76382 0.52275 0.76382 0.52014 0.76295 0.51840 0.76121 0.51753 0.76034 0.51753 0.75947 0.51840 0.76034 0.51927 0.76121 0.51840\n 11 182 8 0.75686 0.52188 0.75599 0.52014 0.75425 0.51840 0.75164 0.51753 0.75077 0.51753 0.74815 0.51840 0.74641 0.52014 0.74554 0.52188\n 11 204 9 0.74554 0.52362 0.74641 0.52537 0.74815 0.52711 0.75077 0.52798 0.75599 0.52798 0.75947 0.52711 0.76121 0.52624 0.76295 0.52450 0.76382 0.52275\n 11 380 17 0.74554 0.53929 0.74641 0.53668 0.74902 0.53494 0.75338 0.53407 0.75599 0.53407 0.76034 0.53494 0.76295 0.53668 0.76382 0.53929 0.76382 0.54104 0.76295 0.54365 0.76034 0.54539 0.75599 0.54626 0.75338 0.54626 0.74902 0.54539 0.74641 0.54365 0.74554 0.54104 0.74554 0.53929\n 11 226 10 0.74554 0.53929 0.74641 0.53755 0.74728 0.53668 0.74902 0.53581 0.75338 0.53494 0.75599 0.53494 0.76034 0.53581 0.76208 0.53668 0.76295 0.53755 0.76382 0.53929\n 11 226 10 0.76382 0.54104 0.76295 0.54278 0.76208 0.54365 0.76034 0.54452 0.75599 0.54539 0.75338 0.54539 0.74902 0.54452 0.74728 0.54365 0.74641 0.54278 0.74554 0.54104\n 11 50 2 0.74554 0.57586 0.76382 0.57586\n 11 50 2 0.74554 0.57673 0.76382 0.57673\n 11 314 14 0.75425 0.57586 0.75251 0.57412 0.75164 0.57238 0.75164 0.57063 0.75251 0.56802 0.75425 0.56628 0.75686 0.56541 0.75860 0.56541 0.76121 0.56628 0.76295 0.56802 0.76382 0.57063 0.76382 0.57238 0.76295 0.57412 0.76121 0.57586\n 11 182 8 0.75164 0.57063 0.75251 0.56889 0.75425 0.56715 0.75686 0.56628 0.75860 0.56628 0.76121 0.56715 0.76295 0.56889 0.76382 0.57063\n 11 50 2 0.74554 0.57325 0.74554 0.57673\n 11 50 2 0.76382 0.57586 0.76382 0.57934\n 11 380 17 0.75686 0.58456 0.75686 0.59501 0.75512 0.59501 0.75338 0.59414 0.75251 0.59327 0.75164 0.59153 0.75164 0.58892 0.75251 0.58630 0.75425 0.58456 0.75686 0.58369 0.75860 0.58369 0.76121 0.58456 0.76295 0.58630 0.76382 0.58892 0.76382 0.59066 0.76295 0.59327 0.76121 0.59501\n 11 72 3 0.75686 0.59414 0.75425 0.59414 0.75251 0.59327\n 11 182 8 0.75164 0.58892 0.75251 0.58717 0.75425 0.58543 0.75686 0.58456 0.75860 0.58456 0.76121 0.58543 0.76295 0.58717 0.76382 0.58892\n 11 380 17 0.75164 0.60459 0.75251 0.60284 0.75338 0.60197 0.75512 0.60110 0.75686 0.60110 0.75860 0.60197 0.75947 0.60284 0.76034 0.60459 0.76034 0.60633 0.75947 0.60807 0.75860 0.60894 0.75686 0.60981 0.75512 0.60981 0.75338 0.60894 0.75251 0.60807 0.75164 0.60633 0.75164 0.60459\n 11 94 4 0.75251 0.60284 0.75425 0.60197 0.75773 0.60197 0.75947 0.60284\n 11 94 4 0.75947 0.60807 0.75773 0.60894 0.75425 0.60894 0.75251 0.60807\n 11 116 5 0.75338 0.60894 0.75251 0.60981 0.75164 0.61155 0.75251 0.61155 0.75251 0.60981\n 11 204 9 0.75860 0.60197 0.75947 0.60110 0.76121 0.60023 0.76208 0.60023 0.76382 0.60110 0.76469 0.60372 0.76469 0.60807 0.76556 0.61068 0.76644 0.61155\n 11 336 15 0.76208 0.60023 0.76295 0.60110 0.76382 0.60372 0.76382 0.60807 0.76469 0.61068 0.76644 0.61155 0.76731 0.61155 0.76905 0.61068 0.76992 0.60807 0.76992 0.60284 0.76905 0.60023 0.76731 0.59936 0.76644 0.59936 0.76469 0.60023 0.76382 0.60284\n 11 50 2 0.75164 0.61851 0.76382 0.61851\n 11 50 2 0.75164 0.61939 0.76382 0.61939\n 11 226 10 0.75686 0.61939 0.75425 0.62026 0.75251 0.62200 0.75164 0.62374 0.75164 0.62635 0.75251 0.62722 0.75338 0.62722 0.75425 0.62635 0.75338 0.62548 0.75251 0.62635\n 11 50 2 0.75164 0.61590 0.75164 0.61939\n 11 50 2 0.76382 0.61590 0.76382 0.62200\n 11 380 17 0.75686 0.63244 0.75686 0.64289 0.75512 0.64289 0.75338 0.64202 0.75251 0.64115 0.75164 0.63941 0.75164 0.63680 0.75251 0.63418 0.75425 0.63244 0.75686 0.63157 0.75860 0.63157 0.76121 0.63244 0.76295 0.63418 0.76382 0.63680 0.76382 0.63854 0.76295 0.64115 0.76121 0.64289\n 11 72 3 0.75686 0.64202 0.75425 0.64202 0.75251 0.64115\n 11 182 8 0.75164 0.63680 0.75251 0.63506 0.75425 0.63331 0.75686 0.63244 0.75860 0.63244 0.76121 0.63331 0.76295 0.63506 0.76382 0.63680\n 11 380 17 0.75686 0.64898 0.75686 0.65943 0.75512 0.65943 0.75338 0.65856 0.75251 0.65769 0.75164 0.65595 0.75164 0.65334 0.75251 0.65072 0.75425 0.64898 0.75686 0.64811 0.75860 0.64811 0.76121 0.64898 0.76295 0.65072 0.76382 0.65334 0.76382 0.65508 0.76295 0.65769 0.76121 0.65943\n 11 72 3 0.75686 0.65856 0.75425 0.65856 0.75251 0.65769\n 11 182 8 0.75164 0.65334 0.75251 0.65160 0.75425 0.64985 0.75686 0.64898 0.75860 0.64898 0.76121 0.64985 0.76295 0.65160 0.76382 0.65334\n 11 336 15 0.75338 0.67336 0.75164 0.67423 0.75512 0.67423 0.75338 0.67336 0.75251 0.67249 0.75164 0.67075 0.75164 0.66727 0.75251 0.66552 0.75338 0.66465 0.75512 0.66465 0.75599 0.66552 0.75686 0.66727 0.75860 0.67162 0.75947 0.67336 0.76034 0.67423\n 11 336 15 0.75425 0.66465 0.75512 0.66552 0.75599 0.66727 0.75773 0.67162 0.75860 0.67336 0.75947 0.67423 0.76208 0.67423 0.76295 0.67336 0.76382 0.67162 0.76382 0.66814 0.76295 0.66639 0.76208 0.66552 0.76034 0.66465 0.76382 0.66465 0.76208 0.66552\n 21 6 1\n 25 6 1\n 82 0\n 81 6 742\n 82 0\n 81 6 743\n 82 0\n 0 0\n","old_contents":"GKSMansley@stout.pmel.noXPPLP Profile F 1.0 12\/05\/03 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 9 1 1.00000 3\n 51 29 9 1 2.00000 3\n 52 29 15 1 1.00000 3\n 51 29 15 1 3.00000 3\n 52 29 4 1 1.00000 4\n 51 29 4 1 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0.00000 0.75000\n 72 44 0.00000 10.94000 0.00000 8.20500\n 84 6 701\n 84 6 702\n 84 6 703\n 84 6 704\n 81 6 705\n 21 6 1\n 25 6 1\n 11 732 33 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.09826 0.12797 0.10969 0.12797 0.10969 0.18287 0.09826 0.18287 0.10969 0.18287 0.10969 0.23776 0.09826 0.23776 0.10969 0.23776 0.10969 0.29266 0.09826 0.29266 0.10969 0.29266 0.10969 0.34755 0.09826 0.34755 0.10969 0.34755 0.10969 0.40245 0.09826 0.40245 0.10969 0.40245 0.10969 0.45734 0.09826 0.45734 0.10969 0.45734 0.10969 0.51224 0.09826 0.51224 0.10969 0.51224 0.10969 0.56713 0.09826 0.56713 0.10969 0.56713 0.10969 0.62203 0.09826 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 50 2 0.06007 0.12732 0.06790 0.12732\n 11 644 29 0.07313 0.13254 0.07182 0.13211 0.07139 0.13124 0.07139 0.13036 0.07182 0.12949 0.07269 0.12906 0.07443 0.12862 0.07574 0.12819 0.07661 0.12732 0.07704 0.12645 0.07704 0.12514 0.07661 0.12427 0.07617 0.12384 0.07487 0.12340 0.07313 0.12340 0.07182 0.12384 0.07139 0.12427 0.07095 0.12514 0.07095 0.12645 0.07139 0.12732 0.07226 0.12819 0.07356 0.12862 0.07530 0.12906 0.07617 0.12949 0.07661 0.13036 0.07661 0.13124 0.07617 0.13211 0.07487 0.13254 0.07313 0.13254\n 11 380 17 0.08227 0.13254 0.08096 0.13211 0.08009 0.13080 0.07966 0.12862 0.07966 0.12732 0.08009 0.12514 0.08096 0.12384 0.08227 0.12340 0.08314 0.12340 0.08444 0.12384 0.08531 0.12514 0.08575 0.12732 0.08575 0.12862 0.08531 0.13080 0.08444 0.13211 0.08314 0.13254 0.08227 0.13254\n 11 116 5 0.08923 0.12427 0.08880 0.12384 0.08923 0.12340 0.08967 0.12384 0.08923 0.12427\n 11 50 2 0.06007 0.23711 0.06790 0.23711\n 11 72 3 0.07530 0.24233 0.07095 0.23624 0.07748 0.23624\n 11 50 2 0.07530 0.24233 0.07530 0.23319\n 11 380 17 0.08227 0.24233 0.08096 0.24190 0.08009 0.24059 0.07966 0.23841 0.07966 0.23711 0.08009 0.23493 0.08096 0.23363 0.08227 0.23319 0.08314 0.23319 0.08444 0.23363 0.08531 0.23493 0.08575 0.23711 0.08575 0.23841 0.08531 0.24059 0.08444 0.24190 0.08314 0.24233 0.08227 0.24233\n 11 116 5 0.08923 0.23406 0.08880 0.23363 0.08923 0.23319 0.08967 0.23363 0.08923 0.23406\n 11 380 17 0.08227 0.35212 0.08096 0.35169 0.08009 0.35038 0.07966 0.34821 0.07966 0.34690 0.08009 0.34472 0.08096 0.34342 0.08227 0.34298 0.08314 0.34298 0.08444 0.34342 0.08531 0.34472 0.08575 0.34690 0.08575 0.34821 0.08531 0.35038 0.08444 0.35169 0.08314 0.35212 0.08227 0.35212\n 11 116 5 0.08923 0.34385 0.08880 0.34342 0.08923 0.34298 0.08967 0.34342 0.08923 0.34385\n 11 72 3 0.07530 0.46191 0.07095 0.45582 0.07748 0.45582\n 11 50 2 0.07530 0.46191 0.07530 0.45277\n 11 380 17 0.08227 0.46191 0.08096 0.46148 0.08009 0.46017 0.07966 0.45800 0.07966 0.45669 0.08009 0.45451 0.08096 0.45321 0.08227 0.45277 0.08314 0.45277 0.08444 0.45321 0.08531 0.45451 0.08575 0.45669 0.08575 0.45800 0.08531 0.46017 0.08444 0.46148 0.08314 0.46191 0.08227 0.46191\n 11 116 5 0.08923 0.45364 0.08880 0.45321 0.08923 0.45277 0.08967 0.45321 0.08923 0.45364\n 11 644 29 0.07313 0.57170 0.07182 0.57127 0.07139 0.57040 0.07139 0.56953 0.07182 0.56866 0.07269 0.56822 0.07443 0.56779 0.07574 0.56735 0.07661 0.56648 0.07704 0.56561 0.07704 0.56430 0.07661 0.56343 0.07617 0.56300 0.07487 0.56256 0.07313 0.56256 0.07182 0.56300 0.07139 0.56343 0.07095 0.56430 0.07095 0.56561 0.07139 0.56648 0.07226 0.56735 0.07356 0.56779 0.07530 0.56822 0.07617 0.56866 0.07661 0.56953 0.07661 0.57040 0.07617 0.57127 0.07487 0.57170 0.07313 0.57170\n 11 380 17 0.08227 0.57170 0.08096 0.57127 0.08009 0.56996 0.07966 0.56779 0.07966 0.56648 0.08009 0.56430 0.08096 0.56300 0.08227 0.56256 0.08314 0.56256 0.08444 0.56300 0.08531 0.56430 0.08575 0.56648 0.08575 0.56779 0.08531 0.56996 0.08444 0.57127 0.08314 0.57170 0.08227 0.57170\n 11 116 5 0.08923 0.56343 0.08880 0.56300 0.08923 0.56256 0.08967 0.56300 0.08923 0.56343\n 11 732 33 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.18287 0.92002 0.18287 0.90859 0.18287 0.90859 0.23776 0.92002 0.23776 0.90859 0.23776 0.90859 0.29266 0.92002 0.29266 0.90859 0.29266 0.90859 0.34755 0.92002 0.34755 0.90859 0.34755 0.90859 0.40245 0.92002 0.40245 0.90859 0.40245 0.90859 0.45734 0.92002 0.45734 0.90859 0.45734 0.90859 0.51224 0.92002 0.51224 0.90859 0.51224 0.90859 0.56713 0.92002 0.56713 0.90859 0.56713 0.90859 0.62203 0.92002 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 732 33 0.18232 0.62203 0.10969 0.62203 0.18232 0.62203 0.18232 0.63346 0.18232 0.62203 0.26301 0.62203 0.26301 0.63346 0.26301 0.62203 0.34371 0.62203 0.34371 0.63346 0.34371 0.62203 0.42441 0.62203 0.42441 0.63346 0.42441 0.62203 0.50511 0.62203 0.50511 0.63346 0.50511 0.62203 0.58580 0.62203 0.58580 0.63346 0.58580 0.62203 0.66650 0.62203 0.66650 0.63346 0.66650 0.62203 0.74720 0.62203 0.74720 0.63346 0.74720 0.62203 0.82790 0.62203 0.82790 0.63346 0.82790 0.62203 0.90859 0.62203 0.90859 0.63346 0.90859 0.62203 0.90859 0.62203\n 11 732 33 0.18232 0.12797 0.10969 0.12797 0.18232 0.12797 0.18232 0.11654 0.18232 0.12797 0.26301 0.12797 0.26301 0.11654 0.26301 0.12797 0.34371 0.12797 0.34371 0.11654 0.34371 0.12797 0.42441 0.12797 0.42441 0.11654 0.42441 0.12797 0.50511 0.12797 0.50511 0.11654 0.50511 0.12797 0.58580 0.12797 0.58580 0.11654 0.58580 0.12797 0.66650 0.12797 0.66650 0.11654 0.66650 0.12797 0.74720 0.12797 0.74720 0.11654 0.74720 0.12797 0.82790 0.12797 0.82790 0.11654 0.82790 0.12797 0.90859 0.12797 0.90859 0.11654 0.90859 0.12797 0.90859 0.12797\n 11 94 4 0.17622 0.10658 0.17709 0.10701 0.17840 0.10832 0.17840 0.09918\n 11 380 17 0.18623 0.10832 0.18493 0.10788 0.18406 0.10658 0.18362 0.10440 0.18362 0.10309 0.18406 0.10092 0.18493 0.09961 0.18623 0.09918 0.18710 0.09918 0.18841 0.09961 0.18928 0.10092 0.18972 0.10309 0.18972 0.10440 0.18928 0.10658 0.18841 0.10788 0.18710 0.10832 0.18623 0.10832\n 11 336 15 0.33718 0.10832 0.34197 0.10832 0.33936 0.10484 0.34066 0.10484 0.34153 0.10440 0.34197 0.10397 0.34241 0.10266 0.34241 0.10179 0.34197 0.10048 0.34110 0.09961 0.33979 0.09918 0.33849 0.09918 0.33718 0.09961 0.33675 0.10005 0.33631 0.10092\n 11 380 17 0.34763 0.10832 0.34632 0.10788 0.34545 0.10658 0.34502 0.10440 0.34502 0.10309 0.34545 0.10092 0.34632 0.09961 0.34763 0.09918 0.34850 0.09918 0.34981 0.09961 0.35068 0.10092 0.35111 0.10309 0.35111 0.10440 0.35068 0.10658 0.34981 0.10788 0.34850 0.10832 0.34763 0.10832\n 11 380 17 0.50293 0.10832 0.49858 0.10832 0.49814 0.10440 0.49858 0.10484 0.49988 0.10527 0.50119 0.10527 0.50249 0.10484 0.50336 0.10397 0.50380 0.10266 0.50380 0.10179 0.50336 0.10048 0.50249 0.09961 0.50119 0.09918 0.49988 0.09918 0.49858 0.09961 0.49814 0.10005 0.49771 0.10092\n 11 380 17 0.50902 0.10832 0.50772 0.10788 0.50685 0.10658 0.50641 0.10440 0.50641 0.10309 0.50685 0.10092 0.50772 0.09961 0.50902 0.09918 0.50989 0.09918 0.51120 0.09961 0.51207 0.10092 0.51251 0.10309 0.51251 0.10440 0.51207 0.10658 0.51120 0.10788 0.50989 0.10832 0.50902 0.10832\n 11 50 2 0.66519 0.10832 0.66084 0.09918\n 11 50 2 0.65910 0.10832 0.66519 0.10832\n 11 380 17 0.67042 0.10832 0.66911 0.10788 0.66824 0.10658 0.66781 0.10440 0.66781 0.10309 0.66824 0.10092 0.66911 0.09961 0.67042 0.09918 0.67129 0.09918 0.67259 0.09961 0.67346 0.10092 0.67390 0.10309 0.67390 0.10440 0.67346 0.10658 0.67259 0.10788 0.67129 0.10832 0.67042 0.10832\n 11 512 23 0.82615 0.10527 0.82572 0.10397 0.82485 0.10309 0.82354 0.10266 0.82311 0.10266 0.82180 0.10309 0.82093 0.10397 0.82050 0.10527 0.82050 0.10571 0.82093 0.10701 0.82180 0.10788 0.82311 0.10832 0.82354 0.10832 0.82485 0.10788 0.82572 0.10701 0.82615 0.10527 0.82615 0.10309 0.82572 0.10092 0.82485 0.09961 0.82354 0.09918 0.82267 0.09918 0.82137 0.09961 0.82093 0.10048\n 11 380 17 0.83181 0.10832 0.83051 0.10788 0.82964 0.10658 0.82920 0.10440 0.82920 0.10309 0.82964 0.10092 0.83051 0.09961 0.83181 0.09918 0.83268 0.09918 0.83399 0.09961 0.83486 0.10092 0.83529 0.10309 0.83529 0.10440 0.83486 0.10658 0.83399 0.10788 0.83268 0.10832 0.83181 0.10832\n 11 732 33 0.10969 0.12797 0.10969 0.12797 0.10969 0.12797 0.09826 0.12797 0.10969 0.12797 0.10969 0.18287 0.09826 0.18287 0.10969 0.18287 0.10969 0.23776 0.09826 0.23776 0.10969 0.23776 0.10969 0.29266 0.09826 0.29266 0.10969 0.29266 0.10969 0.34755 0.09826 0.34755 0.10969 0.34755 0.10969 0.40245 0.09826 0.40245 0.10969 0.40245 0.10969 0.45734 0.09826 0.45734 0.10969 0.45734 0.10969 0.51224 0.09826 0.51224 0.10969 0.51224 0.10969 0.56713 0.09826 0.56713 0.10969 0.56713 0.10969 0.62203 0.09826 0.62203 0.10969 0.62203 0.10969 0.62203\n 11 732 33 0.90859 0.12797 0.90859 0.12797 0.90859 0.12797 0.92002 0.12797 0.90859 0.12797 0.90859 0.18287 0.92002 0.18287 0.90859 0.18287 0.90859 0.23776 0.92002 0.23776 0.90859 0.23776 0.90859 0.29266 0.92002 0.29266 0.90859 0.29266 0.90859 0.34755 0.92002 0.34755 0.90859 0.34755 0.90859 0.40245 0.92002 0.40245 0.90859 0.40245 0.90859 0.45734 0.92002 0.45734 0.90859 0.45734 0.90859 0.51224 0.92002 0.51224 0.90859 0.51224 0.90859 0.56713 0.92002 0.56713 0.90859 0.56713 0.90859 0.62203 0.92002 0.62203 0.90859 0.62203 0.90859 0.62203\n 11 732 33 0.18232 0.62203 0.10969 0.62203 0.18232 0.62203 0.18232 0.63346 0.18232 0.62203 0.26301 0.62203 0.26301 0.63346 0.26301 0.62203 0.34371 0.62203 0.34371 0.63346 0.34371 0.62203 0.42441 0.62203 0.42441 0.63346 0.42441 0.62203 0.50511 0.62203 0.50511 0.63346 0.50511 0.62203 0.58580 0.62203 0.58580 0.63346 0.58580 0.62203 0.66650 0.62203 0.66650 0.63346 0.66650 0.62203 0.74720 0.62203 0.74720 0.63346 0.74720 0.62203 0.82790 0.62203 0.82790 0.63346 0.82790 0.62203 0.90859 0.62203 0.90859 0.63346 0.90859 0.62203 0.90859 0.62203\n 11 732 33 0.18232 0.12797 0.10969 0.12797 0.18232 0.12797 0.18232 0.11654 0.18232 0.12797 0.26301 0.12797 0.26301 0.11654 0.26301 0.12797 0.34371 0.12797 0.34371 0.11654 0.34371 0.12797 0.42441 0.12797 0.42441 0.11654 0.42441 0.12797 0.50511 0.12797 0.50511 0.11654 0.50511 0.12797 0.58580 0.12797 0.58580 0.11654 0.58580 0.12797 0.66650 0.12797 0.66650 0.11654 0.66650 0.12797 0.74720 0.12797 0.74720 0.11654 0.74720 0.12797 0.82790 0.12797 0.82790 0.11654 0.82790 0.12797 0.90859 0.12797 0.90859 0.11654 0.90859 0.12797 0.90859 0.12797\n 11 50 2 0.00348 0.29978 0.01445 0.29561\n 11 50 2 0.00348 0.29978 0.01445 0.30396\n 11 50 2 0.01079 0.29717 0.01079 0.30240\n 11 116 5 0.00348 0.31807 0.00348 0.31702 0.00400 0.31598 0.00557 0.31545 0.01445 0.31545\n 11 50 2 0.00714 0.31389 0.00714 0.31754\n 11 380 17 0.00714 0.32329 0.00766 0.32224 0.00871 0.32120 0.01027 0.32068 0.01132 0.32068 0.01288 0.32120 0.01393 0.32224 0.01445 0.32329 0.01445 0.32486 0.01393 0.32590 0.01288 0.32695 0.01132 0.32747 0.01027 0.32747 0.00871 0.32695 0.00766 0.32590 0.00714 0.32486 0.00714 0.32329\n 11 160 7 0.00714 0.33112 0.01236 0.33112 0.01393 0.33165 0.01445 0.33269 0.01445 0.33426 0.01393 0.33530 0.01236 0.33687\n 11 50 2 0.00714 0.33687 0.01445 0.33687\n 11 50 2 0.00714 0.34105 0.01445 0.34105\n 11 116 5 0.01027 0.34105 0.00871 0.34157 0.00766 0.34262 0.00714 0.34366 0.00714 0.34523\n 11 50 2 0.00975 0.34784 0.00975 0.35724\n 11 50 2 0.00348 0.36142 0.01445 0.36142\n 11 116 5 0.00348 0.36508 0.00400 0.36560 0.00348 0.36612 0.00296 0.36560 0.00348 0.36508\n 11 50 2 0.00714 0.36560 0.01445 0.36560\n 11 50 2 0.00714 0.36978 0.01445 0.36978\n 11 160 7 0.00923 0.36978 0.00766 0.37134 0.00714 0.37239 0.00714 0.37396 0.00766 0.37500 0.00923 0.37552 0.01445 0.37552\n 11 380 17 0.01027 0.37918 0.01027 0.38545 0.00923 0.38545 0.00818 0.38492 0.00766 0.38440 0.00714 0.38336 0.00714 0.38179 0.00766 0.38075 0.00871 0.37970 0.01027 0.37918 0.01132 0.37918 0.01288 0.37970 0.01393 0.38075 0.01445 0.38179 0.01445 0.38336 0.01393 0.38440 0.01288 0.38545\n 11 50 2 0.00714 0.39642 0.01445 0.39955\n 11 138 6 0.00714 0.40268 0.01445 0.39955 0.01654 0.39850 0.01759 0.39746 0.01811 0.39642 0.01811 0.39589\n 11 50 2 0.00348 0.41417 0.01445 0.41417\n 11 50 2 0.00714 0.42410 0.01445 0.42410\n 11 314 14 0.00871 0.42410 0.00766 0.42305 0.00714 0.42201 0.00714 0.42044 0.00766 0.41940 0.00871 0.41835 0.01027 0.41783 0.01132 0.41783 0.01288 0.41835 0.01393 0.41940 0.01445 0.42044 0.01445 0.42201 0.01393 0.42305 0.01288 0.42410\n 11 50 2 0.00348 0.42828 0.01445 0.42828\n 11 314 14 0.00871 0.42828 0.00766 0.42932 0.00714 0.43037 0.00714 0.43193 0.00766 0.43298 0.00871 0.43402 0.01027 0.43455 0.01132 0.43455 0.01288 0.43402 0.01393 0.43298 0.01445 0.43193 0.01445 0.43037 0.01393 0.42932 0.01288 0.42828\n 11 380 17 0.01027 0.43768 0.01027 0.44395 0.00923 0.44395 0.00818 0.44343 0.00766 0.44290 0.00714 0.44186 0.00714 0.44029 0.00766 0.43925 0.00871 0.43820 0.01027 0.43768 0.01132 0.43768 0.01288 0.43820 0.01393 0.43925 0.01445 0.44029 0.01445 0.44186 0.01393 0.44290 0.01288 0.44395\n 11 50 2 0.00348 0.44760 0.01445 0.44760\n 11 116 5 0.01341 0.45230 0.01393 0.45178 0.01445 0.45230 0.01393 0.45283 0.01341 0.45230\n 11 380 17 0.02406 0.33556 0.02302 0.33504 0.02249 0.33347 0.02249 0.33191 0.02302 0.33034 0.02406 0.32982 0.02511 0.33034 0.02563 0.33139 0.02615 0.33400 0.02667 0.33504 0.02772 0.33556 0.02824 0.33556 0.02929 0.33504 0.02981 0.33347 0.02981 0.33191 0.02929 0.33034 0.02824 0.32982\n 11 380 17 0.02563 0.33870 0.02563 0.34497 0.02458 0.34497 0.02354 0.34444 0.02302 0.34392 0.02249 0.34288 0.02249 0.34131 0.02302 0.34027 0.02406 0.33922 0.02563 0.33870 0.02667 0.33870 0.02824 0.33922 0.02929 0.34027 0.02981 0.34131 0.02981 0.34288 0.02929 0.34392 0.02824 0.34497\n 11 314 14 0.02406 0.35437 0.02302 0.35332 0.02249 0.35228 0.02249 0.35071 0.02302 0.34967 0.02406 0.34862 0.02563 0.34810 0.02667 0.34810 0.02824 0.34862 0.02929 0.34967 0.02981 0.35071 0.02981 0.35228 0.02929 0.35332 0.02824 0.35437\n 11 380 17 0.02249 0.36011 0.02302 0.35907 0.02406 0.35802 0.02563 0.35750 0.02667 0.35750 0.02824 0.35802 0.02929 0.35907 0.02981 0.36011 0.02981 0.36168 0.02929 0.36273 0.02824 0.36377 0.02667 0.36429 0.02563 0.36429 0.02406 0.36377 0.02302 0.36273 0.02249 0.36168 0.02249 0.36011\n 11 50 2 0.02249 0.36795 0.02981 0.36795\n 11 160 7 0.02458 0.36795 0.02302 0.36952 0.02249 0.37056 0.02249 0.37213 0.02302 0.37317 0.02458 0.37369 0.02981 0.37369\n 11 50 2 0.01884 0.38362 0.02981 0.38362\n 11 314 14 0.02406 0.38362 0.02302 0.38257 0.02249 0.38153 0.02249 0.37996 0.02302 0.37892 0.02406 0.37787 0.02563 0.37735 0.02667 0.37735 0.02824 0.37787 0.02929 0.37892 0.02981 0.37996 0.02981 0.38153 0.02929 0.38257 0.02824 0.38362\n 11 50 2 0.01884 0.39615 0.02981 0.39615\n 11 116 5 0.01884 0.39981 0.01936 0.40033 0.01884 0.40086 0.01832 0.40033 0.01884 0.39981\n 11 50 2 0.02249 0.40033 0.02981 0.40033\n 11 50 2 0.02249 0.40451 0.02981 0.40451\n 11 160 7 0.02458 0.40451 0.02302 0.40608 0.02249 0.40712 0.02249 0.40869 0.02302 0.40973 0.02458 0.41026 0.02981 0.41026\n 11 380 17 0.02563 0.41391 0.02563 0.42018 0.02458 0.42018 0.02354 0.41966 0.02302 0.41914 0.02249 0.41809 0.02249 0.41653 0.02302 0.41548 0.02406 0.41444 0.02563 0.41391 0.02667 0.41391 0.02824 0.41444 0.02929 0.41548 0.02981 0.41653 0.02981 0.41809 0.02929 0.41914 0.02824 0.42018\n 11 116 5 0.03420 0.34105 0.04307 0.34105 0.04464 0.34157 0.04516 0.34262 0.04516 0.34366\n 11 50 2 0.03785 0.33948 0.03785 0.34314\n 11 50 2 0.03420 0.34679 0.04516 0.34679\n 11 160 7 0.03994 0.34679 0.03837 0.34836 0.03785 0.34941 0.03785 0.35097 0.03837 0.35202 0.03994 0.35254 0.04516 0.35254\n 11 116 5 0.03420 0.35620 0.03472 0.35672 0.03420 0.35724 0.03367 0.35672 0.03420 0.35620\n 11 50 2 0.03785 0.35672 0.04516 0.35672\n 11 50 2 0.03785 0.36090 0.04516 0.36090\n 11 116 5 0.04099 0.36090 0.03942 0.36142 0.03837 0.36246 0.03785 0.36351 0.03785 0.36508\n 11 50 2 0.03420 0.37343 0.04516 0.37343\n 11 314 14 0.03942 0.37343 0.03837 0.37239 0.03785 0.37134 0.03785 0.36978 0.03837 0.36873 0.03942 0.36769 0.04099 0.36717 0.04203 0.36717 0.04360 0.36769 0.04464 0.36873 0.04516 0.36978 0.04516 0.37134 0.04464 0.37239 0.04360 0.37343\n 11 50 2 0.03420 0.38597 0.04516 0.38597\n 11 116 5 0.03420 0.38963 0.03472 0.39015 0.03420 0.39067 0.03367 0.39015 0.03420 0.38963\n 11 50 2 0.03785 0.39015 0.04516 0.39015\n 11 50 2 0.03785 0.39433 0.04516 0.39433\n 11 160 7 0.03994 0.39433 0.03837 0.39589 0.03785 0.39694 0.03785 0.39850 0.03837 0.39955 0.03994 0.40007 0.04516 0.40007\n 11 380 17 0.04099 0.40373 0.04099 0.41000 0.03994 0.41000 0.03890 0.40947 0.03837 0.40895 0.03785 0.40791 0.03785 0.40634 0.03837 0.40530 0.03942 0.40425 0.04099 0.40373 0.04203 0.40373 0.04360 0.40425 0.04464 0.40530 0.04516 0.40634 0.04516 0.40791 0.04464 0.40895 0.04360 0.41000\n 11 116 5 0.04955 0.33765 0.04955 0.33661 0.05007 0.33556 0.05164 0.33504 0.06052 0.33504\n 11 50 2 0.05321 0.33347 0.05321 0.33713\n 11 380 17 0.05321 0.34288 0.05373 0.34183 0.05477 0.34079 0.05634 0.34027 0.05739 0.34027 0.05895 0.34079 0.06000 0.34183 0.06052 0.34288 0.06052 0.34444 0.06000 0.34549 0.05895 0.34653 0.05739 0.34706 0.05634 0.34706 0.05477 0.34653 0.05373 0.34549 0.05321 0.34444 0.05321 0.34288\n 11 160 7 0.05321 0.35071 0.05843 0.35071 0.06000 0.35123 0.06052 0.35228 0.06052 0.35385 0.06000 0.35489 0.05843 0.35646\n 11 50 2 0.05321 0.35646 0.06052 0.35646\n 11 50 2 0.05321 0.36064 0.06052 0.36064\n 11 116 5 0.05634 0.36064 0.05477 0.36116 0.05373 0.36220 0.05321 0.36325 0.05321 0.36481\n 11 116 5 0.04955 0.36795 0.05843 0.36795 0.06000 0.36847 0.06052 0.36952 0.06052 0.37056\n 11 50 2 0.05321 0.36638 0.05321 0.37004\n 11 50 2 0.04955 0.37369 0.06052 0.37369\n 11 160 7 0.05530 0.37369 0.05373 0.37526 0.05321 0.37631 0.05321 0.37787 0.05373 0.37892 0.05530 0.37944 0.06052 0.37944\n 11 50 2 0.04955 0.39198 0.06052 0.39198\n 11 116 5 0.04955 0.39563 0.05007 0.39615 0.04955 0.39668 0.04903 0.39615 0.04955 0.39563\n 11 50 2 0.05321 0.39615 0.06052 0.39615\n 11 50 2 0.05321 0.40033 0.06052 0.40033\n 11 160 7 0.05530 0.40033 0.05373 0.40190 0.05321 0.40294 0.05321 0.40451 0.05373 0.40556 0.05530 0.40608 0.06052 0.40608\n 11 380 17 0.05634 0.40973 0.05634 0.41600 0.05530 0.41600 0.05425 0.41548 0.05373 0.41496 0.05321 0.41391 0.05321 0.41235 0.05373 0.41130 0.05477 0.41026 0.05634 0.40973 0.05739 0.40973 0.05895 0.41026 0.06000 0.41130 0.06052 0.41235 0.06052 0.41391 0.06000 0.41496 0.05895 0.41600\n 11 50 2 0.43419 0.08455 0.43419 0.07724\n 11 314 14 0.43419 0.08299 0.43314 0.08403 0.43210 0.08455 0.43053 0.08455 0.42949 0.08403 0.42844 0.08299 0.42792 0.08142 0.42792 0.08037 0.42844 0.07881 0.42949 0.07776 0.43053 0.07724 0.43210 0.07724 0.43314 0.07776 0.43419 0.07881\n 11 116 5 0.44724 0.08821 0.44724 0.07933 0.44777 0.07776 0.44881 0.07724 0.44986 0.07724\n 11 50 2 0.44568 0.08455 0.44933 0.08455\n 11 50 2 0.45247 0.08455 0.45456 0.07724\n 11 50 2 0.45665 0.08455 0.45456 0.07724\n 11 50 2 0.45665 0.08455 0.45874 0.07724\n 11 50 2 0.46083 0.08455 0.45874 0.07724\n 11 380 17 0.46657 0.08455 0.46553 0.08403 0.46448 0.08299 0.46396 0.08142 0.46396 0.08037 0.46448 0.07881 0.46553 0.07776 0.46657 0.07724 0.46814 0.07724 0.46918 0.07776 0.47023 0.07881 0.47075 0.08037 0.47075 0.08142 0.47023 0.08299 0.46918 0.08403 0.46814 0.08455 0.46657 0.08455\n 11 50 2 0.47441 0.08194 0.48381 0.08194\n 11 50 2 0.48799 0.08821 0.48799 0.07724\n 11 116 5 0.49164 0.08821 0.49217 0.08769 0.49269 0.08821 0.49217 0.08873 0.49164 0.08821\n 11 50 2 0.49217 0.08455 0.49217 0.07724\n 11 50 2 0.49634 0.08455 0.49634 0.07724\n 11 160 7 0.49634 0.08246 0.49791 0.08403 0.49896 0.08455 0.50052 0.08455 0.50157 0.08403 0.50209 0.08246 0.50209 0.07724\n 11 380 17 0.50575 0.08142 0.51201 0.08142 0.51201 0.08246 0.51149 0.08351 0.51097 0.08403 0.50992 0.08455 0.50836 0.08455 0.50731 0.08403 0.50627 0.08299 0.50575 0.08142 0.50575 0.08037 0.50627 0.07881 0.50731 0.07776 0.50836 0.07724 0.50992 0.07724 0.51097 0.07776 0.51201 0.07881\n 11 50 2 0.52350 0.08821 0.53082 0.07724\n 11 50 2 0.53082 0.08821 0.52350 0.07724\n 11 50 2 0.54283 0.08821 0.54283 0.07724\n 11 50 2 0.55276 0.08455 0.55276 0.07724\n 11 314 14 0.55276 0.08299 0.55171 0.08403 0.55067 0.08455 0.54910 0.08455 0.54805 0.08403 0.54701 0.08299 0.54649 0.08142 0.54649 0.08037 0.54701 0.07881 0.54805 0.07776 0.54910 0.07724 0.55067 0.07724 0.55171 0.07776 0.55276 0.07881\n 11 50 2 0.55693 0.08821 0.55693 0.07724\n 11 314 14 0.55693 0.08299 0.55798 0.08403 0.55902 0.08455 0.56059 0.08455 0.56163 0.08403 0.56268 0.08299 0.56320 0.08142 0.56320 0.08037 0.56268 0.07881 0.56163 0.07776 0.56059 0.07724 0.55902 0.07724 0.55798 0.07776 0.55693 0.07881\n 11 380 17 0.56634 0.08142 0.57260 0.08142 0.57260 0.08246 0.57208 0.08351 0.57156 0.08403 0.57051 0.08455 0.56895 0.08455 0.56790 0.08403 0.56686 0.08299 0.56634 0.08142 0.56634 0.08037 0.56686 0.07881 0.56790 0.07776 0.56895 0.07724 0.57051 0.07724 0.57156 0.07776 0.57260 0.07881\n 11 50 2 0.57626 0.08821 0.57626 0.07724\n 11 116 5 0.58096 0.07828 0.58044 0.07776 0.58096 0.07724 0.58148 0.07776 0.58096 0.07828\n 11 50 2 0.34173 0.07285 0.34173 0.06188\n 11 50 2 0.34173 0.07285 0.34905 0.06188\n 11 50 2 0.34905 0.07285 0.34905 0.06188\n 11 380 17 0.35531 0.06920 0.35427 0.06867 0.35323 0.06763 0.35270 0.06606 0.35270 0.06502 0.35323 0.06345 0.35427 0.06241 0.35531 0.06188 0.35688 0.06188 0.35793 0.06241 0.35897 0.06345 0.35949 0.06502 0.35949 0.06606 0.35897 0.06763 0.35793 0.06867 0.35688 0.06920 0.35531 0.06920\n 11 116 5 0.36367 0.07285 0.36367 0.06397 0.36419 0.06241 0.36524 0.06188 0.36628 0.06188\n 11 50 2 0.36210 0.06920 0.36576 0.06920\n 11 160 7 0.38352 0.06920 0.38352 0.06084 0.38300 0.05927 0.38248 0.05875 0.38143 0.05823 0.37986 0.05823 0.37882 0.05875\n 11 314 14 0.38352 0.06763 0.38248 0.06867 0.38143 0.06920 0.37986 0.06920 0.37882 0.06867 0.37777 0.06763 0.37725 0.06606 0.37725 0.06502 0.37777 0.06345 0.37882 0.06241 0.37986 0.06188 0.38143 0.06188 0.38248 0.06241 0.38352 0.06345\n 11 380 17 0.38979 0.06920 0.38874 0.06867 0.38770 0.06763 0.38718 0.06606 0.38718 0.06502 0.38770 0.06345 0.38874 0.06241 0.38979 0.06188 0.39136 0.06188 0.39240 0.06241 0.39344 0.06345 0.39397 0.06502 0.39397 0.06606 0.39344 0.06763 0.39240 0.06867 0.39136 0.06920 0.38979 0.06920\n 11 380 17 0.39971 0.06920 0.39867 0.06867 0.39762 0.06763 0.39710 0.06606 0.39710 0.06502 0.39762 0.06345 0.39867 0.06241 0.39971 0.06188 0.40128 0.06188 0.40232 0.06241 0.40337 0.06345 0.40389 0.06502 0.40389 0.06606 0.40337 0.06763 0.40232 0.06867 0.40128 0.06920 0.39971 0.06920\n 11 50 2 0.41329 0.07285 0.41329 0.06188\n 11 314 14 0.41329 0.06763 0.41225 0.06867 0.41120 0.06920 0.40964 0.06920 0.40859 0.06867 0.40755 0.06763 0.40703 0.06606 0.40703 0.06502 0.40755 0.06345 0.40859 0.06241 0.40964 0.06188 0.41120 0.06188 0.41225 0.06241 0.41329 0.06345\n 11 116 5 0.42635 0.07285 0.42635 0.06397 0.42687 0.06241 0.42792 0.06188 0.42896 0.06188\n 11 50 2 0.42478 0.06920 0.42844 0.06920\n 11 380 17 0.43419 0.06920 0.43314 0.06867 0.43210 0.06763 0.43157 0.06606 0.43157 0.06502 0.43210 0.06345 0.43314 0.06241 0.43419 0.06188 0.43575 0.06188 0.43680 0.06241 0.43784 0.06345 0.43837 0.06502 0.43837 0.06606 0.43784 0.06763 0.43680 0.06867 0.43575 0.06920 0.43419 0.06920\n 11 160 7 0.44777 0.06920 0.44777 0.06084 0.44724 0.05927 0.44672 0.05875 0.44568 0.05823 0.44411 0.05823 0.44307 0.05875\n 11 314 14 0.44777 0.06763 0.44672 0.06867 0.44568 0.06920 0.44411 0.06920 0.44307 0.06867 0.44202 0.06763 0.44150 0.06606 0.44150 0.06502 0.44202 0.06345 0.44307 0.06241 0.44411 0.06188 0.44568 0.06188 0.44672 0.06241 0.44777 0.06345\n 11 380 17 0.45142 0.06606 0.45769 0.06606 0.45769 0.06711 0.45717 0.06815 0.45665 0.06867 0.45560 0.06920 0.45403 0.06920 0.45299 0.06867 0.45195 0.06763 0.45142 0.06606 0.45142 0.06502 0.45195 0.06345 0.45299 0.06241 0.45403 0.06188 0.45560 0.06188 0.45665 0.06241 0.45769 0.06345\n 11 116 5 0.46187 0.07285 0.46187 0.06397 0.46239 0.06241 0.46344 0.06188 0.46448 0.06188\n 11 50 2 0.46030 0.06920 0.46396 0.06920\n 11 50 2 0.46762 0.07285 0.46762 0.06188\n 11 160 7 0.46762 0.06711 0.46918 0.06867 0.47023 0.06920 0.47179 0.06920 0.47284 0.06867 0.47336 0.06711 0.47336 0.06188\n 11 380 17 0.47702 0.06606 0.48329 0.06606 0.48329 0.06711 0.48276 0.06815 0.48224 0.06867 0.48120 0.06920 0.47963 0.06920 0.47858 0.06867 0.47754 0.06763 0.47702 0.06606 0.47702 0.06502 0.47754 0.06345 0.47858 0.06241 0.47963 0.06188 0.48120 0.06188 0.48224 0.06241 0.48329 0.06345\n 11 50 2 0.48694 0.06920 0.48694 0.06188\n 11 116 5 0.48694 0.06606 0.48746 0.06763 0.48851 0.06867 0.48955 0.06920 0.49112 0.06920\n 11 50 2 0.50157 0.06920 0.50366 0.06188\n 11 50 2 0.50575 0.06920 0.50366 0.06188\n 11 50 2 0.50575 0.06920 0.50783 0.06188\n 11 50 2 0.50992 0.06920 0.50783 0.06188\n 11 116 5 0.51306 0.07285 0.51358 0.07233 0.51410 0.07285 0.51358 0.07337 0.51306 0.07285\n 11 50 2 0.51358 0.06920 0.51358 0.06188\n 11 116 5 0.51828 0.07285 0.51828 0.06397 0.51880 0.06241 0.51985 0.06188 0.52089 0.06188\n 11 50 2 0.51671 0.06920 0.52037 0.06920\n 11 50 2 0.52403 0.07285 0.52403 0.06188\n 11 160 7 0.52403 0.06711 0.52559 0.06867 0.52664 0.06920 0.52821 0.06920 0.52925 0.06867 0.52977 0.06711 0.52977 0.06188\n 11 50 2 0.54805 0.06920 0.54805 0.06188\n 11 314 14 0.54805 0.06763 0.54701 0.06867 0.54597 0.06920 0.54440 0.06920 0.54335 0.06867 0.54231 0.06763 0.54179 0.06606 0.54179 0.06502 0.54231 0.06345 0.54335 0.06241 0.54440 0.06188 0.54597 0.06188 0.54701 0.06241 0.54805 0.06345\n 11 50 2 0.56059 0.06920 0.56059 0.06188\n 11 160 7 0.56059 0.06711 0.56216 0.06867 0.56320 0.06920 0.56477 0.06920 0.56581 0.06867 0.56634 0.06711 0.56634 0.06188\n 11 160 7 0.56634 0.06711 0.56790 0.06867 0.56895 0.06920 0.57051 0.06920 0.57156 0.06867 0.57208 0.06711 0.57208 0.06188\n 11 160 7 0.57626 0.06920 0.57626 0.06397 0.57678 0.06241 0.57783 0.06188 0.57939 0.06188 0.58044 0.06241 0.58201 0.06397\n 11 50 2 0.58201 0.06920 0.58201 0.06188\n 11 50 2 0.58618 0.07285 0.58618 0.06188\n 11 116 5 0.59089 0.07285 0.59089 0.06397 0.59141 0.06241 0.59245 0.06188 0.59350 0.06188\n 11 50 2 0.58932 0.06920 0.59297 0.06920\n 11 116 5 0.59611 0.07285 0.59663 0.07233 0.59715 0.07285 0.59663 0.07337 0.59611 0.07285\n 11 50 2 0.59663 0.06920 0.59663 0.06188\n 11 50 2 0.60081 0.06658 0.61021 0.06658\n 11 50 2 0.61439 0.07285 0.61439 0.06188\n 11 116 5 0.61805 0.07285 0.61857 0.07233 0.61909 0.07285 0.61857 0.07337 0.61805 0.07285\n 11 50 2 0.61857 0.06920 0.61857 0.06188\n 11 50 2 0.62275 0.06920 0.62275 0.06188\n 11 160 7 0.62275 0.06711 0.62431 0.06867 0.62536 0.06920 0.62693 0.06920 0.62797 0.06867 0.62849 0.06711 0.62849 0.06188\n 11 380 17 0.63215 0.06606 0.63842 0.06606 0.63842 0.06711 0.63789 0.06815 0.63737 0.06867 0.63633 0.06920 0.63476 0.06920 0.63372 0.06867 0.63267 0.06763 0.63215 0.06606 0.63215 0.06502 0.63267 0.06345 0.63372 0.06241 0.63476 0.06188 0.63633 0.06188 0.63737 0.06241 0.63842 0.06345\n 11 116 5 0.65095 0.07285 0.65095 0.06397 0.65148 0.06241 0.65252 0.06188 0.65356 0.06188\n 11 50 2 0.64939 0.06920 0.65304 0.06920\n 11 116 5 0.65618 0.07285 0.65670 0.07233 0.65722 0.07285 0.65670 0.07337 0.65618 0.07285\n 11 50 2 0.65670 0.06920 0.65670 0.06188\n 11 116 5 0.66140 0.07285 0.66140 0.06397 0.66192 0.06241 0.66297 0.06188 0.66401 0.06188\n 11 50 2 0.65983 0.06920 0.66349 0.06920\n 11 50 2 0.66715 0.07285 0.66715 0.06188\n 11 380 17 0.67080 0.06606 0.67707 0.06606 0.67707 0.06711 0.67655 0.06815 0.67603 0.06867 0.67498 0.06920 0.67341 0.06920 0.67237 0.06867 0.67132 0.06763 0.67080 0.06606 0.67080 0.06502 0.67132 0.06345 0.67237 0.06241 0.67341 0.06188 0.67498 0.06188 0.67603 0.06241 0.67707 0.06345\n 21 6 2\n 25 6 2\n 11 116 5 0.46666 0.05530 0.46666 0.04346 0.46735 0.04137 0.46875 0.04068 0.47014 0.04068\n 11 50 2 0.46457 0.05043 0.46944 0.05043\n 11 50 2 0.47362 0.05043 0.47641 0.04068\n 11 50 2 0.47919 0.05043 0.47641 0.04068\n 11 50 2 0.47919 0.05043 0.48198 0.04068\n 11 50 2 0.48477 0.05043 0.48198 0.04068\n 11 380 17 0.49243 0.05043 0.49103 0.04973 0.48964 0.04834 0.48894 0.04625 0.48894 0.04486 0.48964 0.04277 0.49103 0.04137 0.49243 0.04068 0.49452 0.04068 0.49591 0.04137 0.49730 0.04277 0.49800 0.04486 0.49800 0.04625 0.49730 0.04834 0.49591 0.04973 0.49452 0.05043 0.49243 0.05043\n 11 50 2 0.50287 0.04694 0.51541 0.04694\n 11 50 2 0.52098 0.05530 0.52098 0.04068\n 11 116 5 0.52586 0.05530 0.52655 0.05461 0.52725 0.05530 0.52655 0.05600 0.52586 0.05530\n 11 50 2 0.52655 0.05043 0.52655 0.04068\n 11 50 2 0.53212 0.05043 0.53212 0.04068\n 11 160 7 0.53212 0.04764 0.53421 0.04973 0.53561 0.05043 0.53769 0.05043 0.53909 0.04973 0.53978 0.04764 0.53978 0.04068\n 11 380 17 0.54466 0.04625 0.55302 0.04625 0.55302 0.04764 0.55232 0.04903 0.55162 0.04973 0.55023 0.05043 0.54814 0.05043 0.54675 0.04973 0.54536 0.04834 0.54466 0.04625 0.54466 0.04486 0.54536 0.04277 0.54675 0.04137 0.54814 0.04068 0.55023 0.04068 0.55162 0.04137 0.55302 0.04277\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.46492 0.03483 0.46492 0.02020\n 11 226 10 0.46492 0.03483 0.47118 0.03483 0.47327 0.03413 0.47397 0.03343 0.47467 0.03204 0.47467 0.03065 0.47397 0.02925 0.47327 0.02856 0.47118 0.02786 0.46492 0.02786\n 11 50 2 0.46979 0.02786 0.47467 0.02020\n 11 50 2 0.47954 0.03483 0.47954 0.02020\n 11 50 2 0.47954 0.03483 0.48860 0.03483\n 11 50 2 0.47954 0.02786 0.48511 0.02786\n 11 50 2 0.47954 0.02020 0.48860 0.02020\n 11 50 2 0.49277 0.03483 0.49277 0.02020\n 11 270 12 0.49277 0.03483 0.49765 0.03483 0.49974 0.03413 0.50113 0.03274 0.50183 0.03134 0.50252 0.02925 0.50252 0.02577 0.50183 0.02368 0.50113 0.02229 0.49974 0.02090 0.49765 0.02020 0.49277 0.02020\n 11 116 5 0.51924 0.03483 0.51924 0.02299 0.51994 0.02090 0.52133 0.02020 0.52272 0.02020\n 11 50 2 0.51715 0.02995 0.52202 0.02995\n 11 116 5 0.52620 0.03483 0.52690 0.03413 0.52760 0.03483 0.52690 0.03552 0.52620 0.03483\n 11 50 2 0.52690 0.02995 0.52690 0.02020\n 11 116 5 0.53317 0.03483 0.53317 0.02299 0.53386 0.02090 0.53526 0.02020 0.53665 0.02020\n 11 50 2 0.53108 0.02995 0.53595 0.02995\n 11 50 2 0.54083 0.03483 0.54083 0.02020\n 11 380 17 0.54570 0.02577 0.55406 0.02577 0.55406 0.02717 0.55336 0.02856 0.55267 0.02925 0.55128 0.02995 0.54919 0.02995 0.54779 0.02925 0.54640 0.02786 0.54570 0.02577 0.54570 0.02438 0.54640 0.02229 0.54779 0.02090 0.54919 0.02020 0.55128 0.02020 0.55267 0.02090 0.55406 0.02229\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 2206 100 0.10969 0.35028 0.11776 0.35287 0.12583 0.35521 0.13390 0.35719 0.14197 0.35868 0.15004 0.35960 0.15811 0.35987 0.16618 0.35942 0.17425 0.35820 0.18232 0.35621 0.19039 0.35343 0.19846 0.34988 0.20653 0.34562 0.21460 0.34070 0.22267 0.33522 0.23074 0.32928 0.23880 0.32300 0.24687 0.31652 0.25494 0.30999 0.26301 0.30357 0.27108 0.29743 0.27915 0.29174 0.28722 0.28665 0.29529 0.28234 0.30336 0.27894 0.31143 0.27661 0.31950 0.27545 0.32757 0.27558 0.33564 0.27707 0.34371 0.27998 0.35178 0.28434 0.35985 0.29014 0.36792 0.29736 0.37599 0.30592 0.38406 0.31575 0.39213 0.32672 0.40020 0.33869 0.40827 0.35147 0.41634 0.36488 0.42441 0.37870 0.43248 0.39268 0.44055 0.40659 0.44862 0.42016 0.45669 0.43314 0.46476 0.44527 0.47283 0.45629 0.48090 0.46596 0.48897 0.47405 0.49704 0.48037 0.50511 0.48472 0.51318 0.48695 0.52125 0.48694 0.52932 0.48461 0.53738 0.47991 0.54545 0.47284 0.55352 0.46343 0.56159 0.45177 0.56966 0.43796 0.57773 0.42219 0.58580 0.40464 0.59387 0.38556 0.60194 0.36522 0.61001 0.34392 0.61808 0.32199 0.62615 0.29979 0.63422 0.27767 0.64229 0.25601 0.65036 0.23519 0.65843 0.21557 0.66650 0.19753 0.67457 0.18139 0.68264 0.16749 0.69071 0.15612 0.69878 0.14753 0.70685 0.14195 0.71492 0.13954 0.72299 0.14043 0.73106 0.14468 0.73913 0.15232 0.74720 0.16331 0.75527 0.17754 0.76334 0.19487 0.77141 0.21508 0.77948 0.23791 0.78755 0.26306 0.79562 0.29017 0.80369 0.31883 0.81176 0.34862 0.81983 0.37908 0.82790 0.40973 0.83596 0.44007 0.84403 0.46960 0.85210 0.49782 0.86017 0.52425 0.86824 0.54843 0.87631 0.56991 0.88438 0.58828 0.89245 0.60319 0.90052 0.61432 0.90859 0.62142\n 21 6 1\n 25 6 1\n 82 0\n 81 6 706\n 82 0\n 81 6 707\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 1898 86 0.10969 0.34789 0.11776 0.34891 0.12583 0.35057 0.13390 0.35282 0.14197 0.35558 0.15004 0.35878 0.15811 0.36230 0.16618 0.36603 0.17425 0.36984 0.18232 0.37360 0.19039 0.37717 0.19846 0.38041 0.20653 0.38318 0.21460 0.38536 0.22267 0.38683 0.23074 0.38749 0.23880 0.38723 0.24687 0.38599 0.25494 0.38373 0.26301 0.38041 0.27108 0.37602 0.27915 0.37060 0.28722 0.36418 0.29529 0.35685 0.30336 0.34869 0.31143 0.33983 0.31950 0.33041 0.32757 0.32059 0.33564 0.31056 0.34371 0.30049 0.35178 0.29059 0.35985 0.28108 0.36792 0.27216 0.37599 0.26403 0.38406 0.25690 0.39213 0.25096 0.40020 0.24638 0.40827 0.24332 0.41634 0.24192 0.42441 0.24227 0.43248 0.24446 0.44055 0.24853 0.44862 0.25450 0.45669 0.26234 0.46476 0.27200 0.47283 0.28338 0.48090 0.29634 0.48897 0.31074 0.49704 0.32637 0.50511 0.34300 0.51318 0.36039 0.52125 0.37826 0.52932 0.39631 0.53738 0.41426 0.54545 0.43177 0.55352 0.44854 0.56159 0.46424 0.56966 0.47858 0.57773 0.49127 0.58580 0.50203 0.59387 0.51061 0.60194 0.51681 0.61001 0.52043 0.61808 0.52135 0.62615 0.51945 0.63422 0.51469 0.64229 0.50705 0.65036 0.49659 0.65843 0.48338 0.66650 0.46758 0.67457 0.44938 0.68264 0.42900 0.69071 0.40672 0.69878 0.38287 0.70685 0.35780 0.71492 0.33188 0.72299 0.30552 0.73106 0.27915 0.73913 0.25319 0.74720 0.22810 0.75527 0.20429 0.76334 0.18219 0.77141 0.16221 0.77948 0.14473 0.78755 0.13008 0.78903 0.12797\n 11 204 9 0.84485 0.12797 0.85210 0.14121 0.86017 0.15955 0.86824 0.18130 0.87631 0.20617 0.88438 0.23382 0.89245 0.26387 0.90052 0.29587 0.90859 0.32935\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 72 3 0.00914 0.08135 0.00914 0.08135 0.06673 0.08135\n 21 6 1\n 25 6 1\n 11 380 17 0.08074 0.08153 0.08040 0.08222 0.07935 0.08257 0.07831 0.08257 0.07726 0.08222 0.07691 0.08153 0.07726 0.08083 0.07796 0.08048 0.07970 0.08013 0.08040 0.07979 0.08074 0.07909 0.08074 0.07874 0.08040 0.07804 0.07935 0.07770 0.07831 0.07770 0.07726 0.07804 0.07691 0.07874\n 11 50 2 0.08318 0.08501 0.08318 0.07770\n 11 160 7 0.08318 0.08118 0.08423 0.08222 0.08492 0.08257 0.08597 0.08257 0.08666 0.08222 0.08701 0.08118 0.08701 0.07770\n 11 380 17 0.09119 0.08257 0.09049 0.08222 0.08980 0.08153 0.08945 0.08048 0.08945 0.07979 0.08980 0.07874 0.09049 0.07804 0.09119 0.07770 0.09223 0.07770 0.09293 0.07804 0.09363 0.07874 0.09398 0.07979 0.09398 0.08048 0.09363 0.08153 0.09293 0.08222 0.09223 0.08257 0.09119 0.08257\n 11 50 2 0.09641 0.08257 0.09641 0.07770\n 11 116 5 0.09641 0.08048 0.09676 0.08153 0.09746 0.08222 0.09815 0.08257 0.09920 0.08257\n 11 116 5 0.10129 0.08501 0.10129 0.07909 0.10164 0.07804 0.10233 0.07770 0.10303 0.07770\n 11 50 2 0.10024 0.08257 0.10268 0.08257\n 11 116 5 0.11104 0.08501 0.11104 0.07909 0.11139 0.07804 0.11208 0.07770 0.11278 0.07770\n 11 50 2 0.10999 0.08257 0.11243 0.08257\n 11 50 2 0.11452 0.08257 0.11591 0.07770\n 11 50 2 0.11731 0.08257 0.11591 0.07770\n 11 50 2 0.11731 0.08257 0.11870 0.07770\n 11 50 2 0.12009 0.08257 0.11870 0.07770\n 11 380 17 0.12392 0.08257 0.12323 0.08222 0.12253 0.08153 0.12218 0.08048 0.12218 0.07979 0.12253 0.07874 0.12323 0.07804 0.12392 0.07770 0.12497 0.07770 0.12566 0.07804 0.12636 0.07874 0.12671 0.07979 0.12671 0.08048 0.12636 0.08153 0.12566 0.08222 0.12497 0.08257 0.12392 0.08257\n 11 50 2 0.12915 0.08083 0.13541 0.08083\n 11 50 2 0.13820 0.08501 0.13820 0.07770\n 11 116 5 0.14064 0.08501 0.14099 0.08466 0.14133 0.08501 0.14099 0.08536 0.14064 0.08501\n 11 50 2 0.14099 0.08257 0.14099 0.07770\n 11 50 2 0.14377 0.08257 0.14377 0.07770\n 11 160 7 0.14377 0.08118 0.14482 0.08222 0.14551 0.08257 0.14656 0.08257 0.14725 0.08222 0.14760 0.08118 0.14760 0.07770\n 11 380 17 0.15004 0.08048 0.15422 0.08048 0.15422 0.08118 0.15387 0.08188 0.15352 0.08222 0.15282 0.08257 0.15178 0.08257 0.15108 0.08222 0.15039 0.08153 0.15004 0.08048 0.15004 0.07979 0.15039 0.07874 0.15108 0.07804 0.15178 0.07770 0.15282 0.07770 0.15352 0.07804 0.15422 0.07874\n 11 116 5 0.07761 0.07477 0.07761 0.06885 0.07796 0.06781 0.07865 0.06746 0.07935 0.06746\n 11 50 2 0.07656 0.07233 0.07900 0.07233\n 11 116 5 0.08109 0.07477 0.08144 0.07442 0.08179 0.07477 0.08144 0.07512 0.08109 0.07477\n 11 50 2 0.08144 0.07233 0.08144 0.06746\n 11 116 5 0.08457 0.07477 0.08457 0.06885 0.08492 0.06781 0.08562 0.06746 0.08631 0.06746\n 11 50 2 0.08353 0.07233 0.08597 0.07233\n 11 50 2 0.08840 0.07477 0.08840 0.06746\n 11 380 17 0.09084 0.07024 0.09502 0.07024 0.09502 0.07094 0.09467 0.07164 0.09432 0.07199 0.09363 0.07233 0.09258 0.07233 0.09189 0.07199 0.09119 0.07129 0.09084 0.07024 0.09084 0.06955 0.09119 0.06850 0.09189 0.06781 0.09258 0.06746 0.09363 0.06746 0.09432 0.06781 0.09502 0.06850\n 11 116 5 0.10512 0.07477 0.10442 0.07477 0.10373 0.07442 0.10338 0.07338 0.10338 0.06746\n 11 50 2 0.10233 0.07233 0.10477 0.07233\n 11 380 17 0.10860 0.07233 0.10790 0.07199 0.10721 0.07129 0.10686 0.07024 0.10686 0.06955 0.10721 0.06850 0.10790 0.06781 0.10860 0.06746 0.10965 0.06746 0.11034 0.06781 0.11104 0.06850 0.11139 0.06955 0.11139 0.07024 0.11104 0.07129 0.11034 0.07199 0.10965 0.07233 0.10860 0.07233\n 11 50 2 0.11382 0.07233 0.11382 0.06746\n 11 116 5 0.11382 0.07024 0.11417 0.07129 0.11487 0.07199 0.11557 0.07233 0.11661 0.07233\n 11 116 5 0.12427 0.07477 0.12427 0.06885 0.12462 0.06781 0.12532 0.06746 0.12601 0.06746\n 11 50 2 0.12323 0.07233 0.12566 0.07233\n 11 50 2 0.12810 0.07477 0.12810 0.06746\n 11 160 7 0.12810 0.07094 0.12915 0.07199 0.12984 0.07233 0.13089 0.07233 0.13158 0.07199 0.13193 0.07094 0.13193 0.06746\n 11 380 17 0.13437 0.07024 0.13855 0.07024 0.13855 0.07094 0.13820 0.07164 0.13785 0.07199 0.13716 0.07233 0.13611 0.07233 0.13541 0.07199 0.13472 0.07129 0.13437 0.07024 0.13437 0.06955 0.13472 0.06850 0.13541 0.06781 0.13611 0.06746 0.13716 0.06746 0.13785 0.06781 0.13855 0.06850\n 11 380 17 0.14795 0.07233 0.14725 0.07199 0.14656 0.07129 0.14621 0.07024 0.14621 0.06955 0.14656 0.06850 0.14725 0.06781 0.14795 0.06746 0.14899 0.06746 0.14969 0.06781 0.15039 0.06850 0.15074 0.06955 0.15074 0.07024 0.15039 0.07129 0.14969 0.07199 0.14899 0.07233 0.14795 0.07233\n 11 50 2 0.15248 0.07233 0.15457 0.06746\n 11 50 2 0.15666 0.07233 0.15457 0.06746\n 11 380 17 0.15840 0.07024 0.16258 0.07024 0.16258 0.07094 0.16223 0.07164 0.16188 0.07199 0.16118 0.07233 0.16014 0.07233 0.15944 0.07199 0.15874 0.07129 0.15840 0.07024 0.15840 0.06955 0.15874 0.06850 0.15944 0.06781 0.16014 0.06746 0.16118 0.06746 0.16188 0.06781 0.16258 0.06850\n 11 50 2 0.16501 0.07233 0.16501 0.06746\n 11 116 5 0.16501 0.07024 0.16536 0.07129 0.16606 0.07199 0.16675 0.07233 0.16780 0.07233\n 11 50 2 0.16954 0.07477 0.16954 0.06746\n 11 50 2 0.17616 0.07233 0.17616 0.06746\n 11 314 14 0.17616 0.07129 0.17546 0.07199 0.17476 0.07233 0.17372 0.07233 0.17302 0.07199 0.17233 0.07129 0.17198 0.07024 0.17198 0.06955 0.17233 0.06850 0.17302 0.06781 0.17372 0.06746 0.17476 0.06746 0.17546 0.06781 0.17616 0.06850\n 11 50 2 0.17824 0.07233 0.18033 0.06746\n 11 138 6 0.18242 0.07233 0.18033 0.06746 0.17964 0.06607 0.17894 0.06537 0.17824 0.06502 0.17790 0.06502\n 11 50 2 0.19008 0.07477 0.19008 0.06746\n 11 116 5 0.19252 0.07477 0.19287 0.07442 0.19322 0.07477 0.19287 0.07512 0.19252 0.07477\n 11 50 2 0.19287 0.07233 0.19287 0.06746\n 11 50 2 0.19566 0.07233 0.19566 0.06746\n 11 160 7 0.19566 0.07094 0.19670 0.07199 0.19740 0.07233 0.19844 0.07233 0.19914 0.07199 0.19949 0.07094 0.19949 0.06746\n 11 380 17 0.20192 0.07024 0.20610 0.07024 0.20610 0.07094 0.20575 0.07164 0.20541 0.07199 0.20471 0.07233 0.20367 0.07233 0.20297 0.07199 0.20227 0.07129 0.20192 0.07024 0.20192 0.06955 0.20227 0.06850 0.20297 0.06781 0.20367 0.06746 0.20471 0.06746 0.20541 0.06781 0.20610 0.06850\n 82 0\n 81 6 708\n 82 0\n 81 6 709\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 2052 93 0.10969 0.34823 0.11776 0.35018 0.12583 0.35317 0.13390 0.35679 0.14197 0.36058 0.15004 0.36398 0.15811 0.36646 0.16618 0.36752 0.17425 0.36677 0.18232 0.36398 0.19039 0.35908 0.19846 0.35220 0.20653 0.34369 0.21460 0.33407 0.22267 0.32402 0.23074 0.31432 0.23880 0.30579 0.24687 0.29926 0.25494 0.29544 0.26301 0.29491 0.27108 0.29804 0.27915 0.30495 0.28722 0.31546 0.29529 0.32915 0.30336 0.34528 0.31143 0.36290 0.31950 0.38090 0.32757 0.39804 0.33564 0.41307 0.34371 0.42479 0.35178 0.43218 0.35985 0.43445 0.36792 0.43112 0.37599 0.42207 0.38406 0.40757 0.39213 0.38827 0.40020 0.36521 0.40827 0.33971 0.41634 0.31335 0.42441 0.28782 0.43248 0.26487 0.44055 0.24614 0.44862 0.23307 0.45669 0.22678 0.46476 0.22801 0.47283 0.23702 0.48090 0.25355 0.48897 0.27686 0.49704 0.30571 0.50511 0.33845 0.51318 0.37311 0.52125 0.40752 0.52932 0.43943 0.53738 0.46669 0.54545 0.48734 0.55352 0.49982 0.56159 0.50301 0.56966 0.49638 0.57773 0.48002 0.58580 0.45465 0.59387 0.42158 0.60194 0.38269 0.61001 0.34029 0.61808 0.29698 0.62615 0.25551 0.63422 0.21861 0.64229 0.18877 0.65036 0.16811 0.65843 0.15824 0.66650 0.16010 0.67457 0.17391 0.68264 0.19914 0.69071 0.23449 0.69878 0.27799 0.70685 0.32709 0.71492 0.37882 0.72299 0.42994 0.73106 0.47719 0.73913 0.51747 0.74720 0.54802 0.75527 0.56666 0.76334 0.57191 0.77141 0.56310 0.77948 0.54045 0.78755 0.50507 0.79562 0.45888 0.80369 0.40458 0.81176 0.34541 0.81983 0.28502 0.82790 0.22721 0.83596 0.17569 0.84403 0.13387 0.84566 0.12797\n 11 116 5 0.88098 0.12797 0.88438 0.14188 0.89245 0.18848 0.90052 0.24607 0.90859 0.31122\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 72 3 0.00914 0.04845 0.00914 0.04845 0.06673 0.04845\n 21 6 1\n 25 6 1\n 11 380 17 0.08074 0.08153 0.08040 0.08222 0.07935 0.08257 0.07831 0.08257 0.07726 0.08222 0.07691 0.08153 0.07726 0.08083 0.07796 0.08048 0.07970 0.08013 0.08040 0.07979 0.08074 0.07909 0.08074 0.07874 0.08040 0.07804 0.07935 0.07770 0.07831 0.07770 0.07726 0.07804 0.07691 0.07874\n 11 50 2 0.08318 0.08501 0.08318 0.07770\n 11 160 7 0.08318 0.08118 0.08423 0.08222 0.08492 0.08257 0.08597 0.08257 0.08666 0.08222 0.08701 0.08118 0.08701 0.07770\n 11 380 17 0.09119 0.08257 0.09049 0.08222 0.08980 0.08153 0.08945 0.08048 0.08945 0.07979 0.08980 0.07874 0.09049 0.07804 0.09119 0.07770 0.09223 0.07770 0.09293 0.07804 0.09363 0.07874 0.09398 0.07979 0.09398 0.08048 0.09363 0.08153 0.09293 0.08222 0.09223 0.08257 0.09119 0.08257\n 11 50 2 0.09641 0.08257 0.09641 0.07770\n 11 116 5 0.09641 0.08048 0.09676 0.08153 0.09746 0.08222 0.09815 0.08257 0.09920 0.08257\n 11 116 5 0.10129 0.08501 0.10129 0.07909 0.10164 0.07804 0.10233 0.07770 0.10303 0.07770\n 11 50 2 0.10024 0.08257 0.10268 0.08257\n 11 116 5 0.11104 0.08501 0.11104 0.07909 0.11139 0.07804 0.11208 0.07770 0.11278 0.07770\n 11 50 2 0.10999 0.08257 0.11243 0.08257\n 11 50 2 0.11452 0.08257 0.11591 0.07770\n 11 50 2 0.11731 0.08257 0.11591 0.07770\n 11 50 2 0.11731 0.08257 0.11870 0.07770\n 11 50 2 0.12009 0.08257 0.11870 0.07770\n 11 380 17 0.12392 0.08257 0.12323 0.08222 0.12253 0.08153 0.12218 0.08048 0.12218 0.07979 0.12253 0.07874 0.12323 0.07804 0.12392 0.07770 0.12497 0.07770 0.12566 0.07804 0.12636 0.07874 0.12671 0.07979 0.12671 0.08048 0.12636 0.08153 0.12566 0.08222 0.12497 0.08257 0.12392 0.08257\n 11 50 2 0.12915 0.08083 0.13541 0.08083\n 11 50 2 0.13820 0.08501 0.13820 0.07770\n 11 116 5 0.14064 0.08501 0.14099 0.08466 0.14133 0.08501 0.14099 0.08536 0.14064 0.08501\n 11 50 2 0.14099 0.08257 0.14099 0.07770\n 11 50 2 0.14377 0.08257 0.14377 0.07770\n 11 160 7 0.14377 0.08118 0.14482 0.08222 0.14551 0.08257 0.14656 0.08257 0.14725 0.08222 0.14760 0.08118 0.14760 0.07770\n 11 380 17 0.15004 0.08048 0.15422 0.08048 0.15422 0.08118 0.15387 0.08188 0.15352 0.08222 0.15282 0.08257 0.15178 0.08257 0.15108 0.08222 0.15039 0.08153 0.15004 0.08048 0.15004 0.07979 0.15039 0.07874 0.15108 0.07804 0.15178 0.07770 0.15282 0.07770 0.15352 0.07804 0.15422 0.07874\n 11 116 5 0.07761 0.07477 0.07761 0.06885 0.07796 0.06781 0.07865 0.06746 0.07935 0.06746\n 11 50 2 0.07656 0.07233 0.07900 0.07233\n 11 116 5 0.08109 0.07477 0.08144 0.07442 0.08179 0.07477 0.08144 0.07512 0.08109 0.07477\n 11 50 2 0.08144 0.07233 0.08144 0.06746\n 11 116 5 0.08457 0.07477 0.08457 0.06885 0.08492 0.06781 0.08562 0.06746 0.08631 0.06746\n 11 50 2 0.08353 0.07233 0.08597 0.07233\n 11 50 2 0.08840 0.07477 0.08840 0.06746\n 11 380 17 0.09084 0.07024 0.09502 0.07024 0.09502 0.07094 0.09467 0.07164 0.09432 0.07199 0.09363 0.07233 0.09258 0.07233 0.09189 0.07199 0.09119 0.07129 0.09084 0.07024 0.09084 0.06955 0.09119 0.06850 0.09189 0.06781 0.09258 0.06746 0.09363 0.06746 0.09432 0.06781 0.09502 0.06850\n 11 116 5 0.10512 0.07477 0.10442 0.07477 0.10373 0.07442 0.10338 0.07338 0.10338 0.06746\n 11 50 2 0.10233 0.07233 0.10477 0.07233\n 11 380 17 0.10860 0.07233 0.10790 0.07199 0.10721 0.07129 0.10686 0.07024 0.10686 0.06955 0.10721 0.06850 0.10790 0.06781 0.10860 0.06746 0.10965 0.06746 0.11034 0.06781 0.11104 0.06850 0.11139 0.06955 0.11139 0.07024 0.11104 0.07129 0.11034 0.07199 0.10965 0.07233 0.10860 0.07233\n 11 50 2 0.11382 0.07233 0.11382 0.06746\n 11 116 5 0.11382 0.07024 0.11417 0.07129 0.11487 0.07199 0.11557 0.07233 0.11661 0.07233\n 11 116 5 0.12427 0.07477 0.12427 0.06885 0.12462 0.06781 0.12532 0.06746 0.12601 0.06746\n 11 50 2 0.12323 0.07233 0.12566 0.07233\n 11 50 2 0.12810 0.07477 0.12810 0.06746\n 11 160 7 0.12810 0.07094 0.12915 0.07199 0.12984 0.07233 0.13089 0.07233 0.13158 0.07199 0.13193 0.07094 0.13193 0.06746\n 11 380 17 0.13437 0.07024 0.13855 0.07024 0.13855 0.07094 0.13820 0.07164 0.13785 0.07199 0.13716 0.07233 0.13611 0.07233 0.13541 0.07199 0.13472 0.07129 0.13437 0.07024 0.13437 0.06955 0.13472 0.06850 0.13541 0.06781 0.13611 0.06746 0.13716 0.06746 0.13785 0.06781 0.13855 0.06850\n 11 380 17 0.14795 0.07233 0.14725 0.07199 0.14656 0.07129 0.14621 0.07024 0.14621 0.06955 0.14656 0.06850 0.14725 0.06781 0.14795 0.06746 0.14899 0.06746 0.14969 0.06781 0.15039 0.06850 0.15074 0.06955 0.15074 0.07024 0.15039 0.07129 0.14969 0.07199 0.14899 0.07233 0.14795 0.07233\n 11 50 2 0.15248 0.07233 0.15457 0.06746\n 11 50 2 0.15666 0.07233 0.15457 0.06746\n 11 380 17 0.15840 0.07024 0.16258 0.07024 0.16258 0.07094 0.16223 0.07164 0.16188 0.07199 0.16118 0.07233 0.16014 0.07233 0.15944 0.07199 0.15874 0.07129 0.15840 0.07024 0.15840 0.06955 0.15874 0.06850 0.15944 0.06781 0.16014 0.06746 0.16118 0.06746 0.16188 0.06781 0.16258 0.06850\n 11 50 2 0.16501 0.07233 0.16501 0.06746\n 11 116 5 0.16501 0.07024 0.16536 0.07129 0.16606 0.07199 0.16675 0.07233 0.16780 0.07233\n 11 50 2 0.16954 0.07477 0.16954 0.06746\n 11 50 2 0.17616 0.07233 0.17616 0.06746\n 11 314 14 0.17616 0.07129 0.17546 0.07199 0.17476 0.07233 0.17372 0.07233 0.17302 0.07199 0.17233 0.07129 0.17198 0.07024 0.17198 0.06955 0.17233 0.06850 0.17302 0.06781 0.17372 0.06746 0.17476 0.06746 0.17546 0.06781 0.17616 0.06850\n 11 50 2 0.17824 0.07233 0.18033 0.06746\n 11 138 6 0.18242 0.07233 0.18033 0.06746 0.17964 0.06607 0.17894 0.06537 0.17824 0.06502 0.17790 0.06502\n 11 50 2 0.19008 0.07477 0.19008 0.06746\n 11 116 5 0.19252 0.07477 0.19287 0.07442 0.19322 0.07477 0.19287 0.07512 0.19252 0.07477\n 11 50 2 0.19287 0.07233 0.19287 0.06746\n 11 50 2 0.19566 0.07233 0.19566 0.06746\n 11 160 7 0.19566 0.07094 0.19670 0.07199 0.19740 0.07233 0.19844 0.07233 0.19914 0.07199 0.19949 0.07094 0.19949 0.06746\n 11 380 17 0.20192 0.07024 0.20610 0.07024 0.20610 0.07094 0.20575 0.07164 0.20541 0.07199 0.20471 0.07233 0.20367 0.07233 0.20297 0.07199 0.20227 0.07129 0.20192 0.07024 0.20192 0.06955 0.20227 0.06850 0.20297 0.06781 0.20367 0.06746 0.20471 0.06746 0.20541 0.06781 0.20610 0.06850\n 11 50 2 0.07726 0.05210 0.07726 0.04479\n 11 160 7 0.07726 0.04827 0.07831 0.04932 0.07900 0.04966 0.08005 0.04966 0.08074 0.04932 0.08109 0.04827 0.08109 0.04479\n 11 380 17 0.08353 0.04758 0.08771 0.04758 0.08771 0.04827 0.08736 0.04897 0.08701 0.04932 0.08631 0.04966 0.08527 0.04966 0.08457 0.04932 0.08388 0.04862 0.08353 0.04758 0.08353 0.04688 0.08388 0.04583 0.08457 0.04514 0.08527 0.04479 0.08631 0.04479 0.08701 0.04514 0.08771 0.04583\n 11 50 2 0.09015 0.04966 0.09015 0.04479\n 11 116 5 0.09015 0.04758 0.09049 0.04862 0.09119 0.04932 0.09189 0.04966 0.09293 0.04966\n 11 380 17 0.09432 0.04758 0.09850 0.04758 0.09850 0.04827 0.09815 0.04897 0.09781 0.04932 0.09711 0.04966 0.09607 0.04966 0.09537 0.04932 0.09467 0.04862 0.09432 0.04758 0.09432 0.04688 0.09467 0.04583 0.09537 0.04514 0.09607 0.04479 0.09711 0.04479 0.09781 0.04514 0.09850 0.04583\n 11 116 5 0.10616 0.05210 0.10651 0.05175 0.10686 0.05210 0.10651 0.05245 0.10616 0.05210\n 11 50 2 0.10651 0.04966 0.10651 0.04479\n 11 380 17 0.11278 0.04862 0.11243 0.04932 0.11139 0.04966 0.11034 0.04966 0.10930 0.04932 0.10895 0.04862 0.10930 0.04792 0.10999 0.04758 0.11174 0.04723 0.11243 0.04688 0.11278 0.04618 0.11278 0.04583 0.11243 0.04514 0.11139 0.04479 0.11034 0.04479 0.10930 0.04514 0.10895 0.04583\n 11 116 5 0.12114 0.05210 0.12114 0.04618 0.12149 0.04514 0.12218 0.04479 0.12288 0.04479\n 11 50 2 0.12009 0.04966 0.12253 0.04966\n 11 50 2 0.12497 0.05210 0.12497 0.04479\n 11 160 7 0.12497 0.04827 0.12601 0.04932 0.12671 0.04966 0.12775 0.04966 0.12845 0.04932 0.12880 0.04827 0.12880 0.04479\n 11 380 17 0.13124 0.04758 0.13541 0.04758 0.13541 0.04827 0.13507 0.04897 0.13472 0.04932 0.13402 0.04966 0.13298 0.04966 0.13228 0.04932 0.13158 0.04862 0.13124 0.04758 0.13124 0.04688 0.13158 0.04583 0.13228 0.04514 0.13298 0.04479 0.13402 0.04479 0.13472 0.04514 0.13541 0.04583\n 11 50 2 0.14342 0.05210 0.14342 0.04479\n 11 50 2 0.14691 0.04966 0.14342 0.04618\n 11 50 2 0.14482 0.04758 0.14725 0.04479\n 11 380 17 0.14899 0.04758 0.15317 0.04758 0.15317 0.04827 0.15282 0.04897 0.15248 0.04932 0.15178 0.04966 0.15074 0.04966 0.15004 0.04932 0.14934 0.04862 0.14899 0.04758 0.14899 0.04688 0.14934 0.04583 0.15004 0.04514 0.15074 0.04479 0.15178 0.04479 0.15248 0.04514 0.15317 0.04583\n 11 50 2 0.15491 0.04966 0.15700 0.04479\n 11 138 6 0.15909 0.04966 0.15700 0.04479 0.15631 0.04340 0.15561 0.04270 0.15491 0.04235 0.15457 0.04235\n 11 116 5 0.16884 0.05210 0.16815 0.05210 0.16745 0.05175 0.16710 0.05071 0.16710 0.04479\n 11 50 2 0.16606 0.04966 0.16849 0.04966\n 11 380 17 0.17233 0.04966 0.17163 0.04932 0.17093 0.04862 0.17058 0.04758 0.17058 0.04688 0.17093 0.04583 0.17163 0.04514 0.17233 0.04479 0.17337 0.04479 0.17407 0.04514 0.17476 0.04583 0.17511 0.04688 0.17511 0.04758 0.17476 0.04862 0.17407 0.04932 0.17337 0.04966 0.17233 0.04966\n 11 50 2 0.17755 0.04966 0.17755 0.04479\n 11 116 5 0.17755 0.04758 0.17790 0.04862 0.17859 0.04932 0.17929 0.04966 0.18033 0.04966\n 11 116 5 0.18800 0.05210 0.18800 0.04618 0.18834 0.04514 0.18904 0.04479 0.18974 0.04479\n 11 50 2 0.18695 0.04966 0.18939 0.04966\n 11 50 2 0.19183 0.05210 0.19183 0.04479\n 11 160 7 0.19183 0.04827 0.19287 0.04932 0.19357 0.04966 0.19461 0.04966 0.19531 0.04932 0.19566 0.04827 0.19566 0.04479\n 11 380 17 0.19809 0.04758 0.20227 0.04758 0.20227 0.04827 0.20192 0.04897 0.20158 0.04932 0.20088 0.04966 0.19983 0.04966 0.19914 0.04932 0.19844 0.04862 0.19809 0.04758 0.19809 0.04688 0.19844 0.04583 0.19914 0.04514 0.19983 0.04479 0.20088 0.04479 0.20158 0.04514 0.20227 0.04583\n 11 380 17 0.08074 0.03838 0.08040 0.03908 0.07935 0.03943 0.07831 0.03943 0.07726 0.03908 0.07691 0.03838 0.07726 0.03769 0.07796 0.03734 0.07970 0.03699 0.08040 0.03664 0.08074 0.03594 0.08074 0.03560 0.08040 0.03490 0.07935 0.03455 0.07831 0.03455 0.07726 0.03490 0.07691 0.03560\n 11 380 17 0.08283 0.03734 0.08701 0.03734 0.08701 0.03803 0.08666 0.03873 0.08631 0.03908 0.08562 0.03943 0.08457 0.03943 0.08388 0.03908 0.08318 0.03838 0.08283 0.03734 0.08283 0.03664 0.08318 0.03560 0.08388 0.03490 0.08457 0.03455 0.08562 0.03455 0.08631 0.03490 0.08701 0.03560\n 11 314 14 0.09328 0.03838 0.09258 0.03908 0.09189 0.03943 0.09084 0.03943 0.09015 0.03908 0.08945 0.03838 0.08910 0.03734 0.08910 0.03664 0.08945 0.03560 0.09015 0.03490 0.09084 0.03455 0.09189 0.03455 0.09258 0.03490 0.09328 0.03560\n 11 380 17 0.09711 0.03943 0.09641 0.03908 0.09572 0.03838 0.09537 0.03734 0.09537 0.03664 0.09572 0.03560 0.09641 0.03490 0.09711 0.03455 0.09815 0.03455 0.09885 0.03490 0.09955 0.03560 0.09990 0.03664 0.09990 0.03734 0.09955 0.03838 0.09885 0.03908 0.09815 0.03943 0.09711 0.03943\n 11 50 2 0.10233 0.03943 0.10233 0.03455\n 11 160 7 0.10233 0.03803 0.10338 0.03908 0.10407 0.03943 0.10512 0.03943 0.10582 0.03908 0.10616 0.03803 0.10616 0.03455\n 11 50 2 0.11278 0.04186 0.11278 0.03455\n 11 314 14 0.11278 0.03838 0.11208 0.03908 0.11139 0.03943 0.11034 0.03943 0.10965 0.03908 0.10895 0.03838 0.10860 0.03734 0.10860 0.03664 0.10895 0.03560 0.10965 0.03490 0.11034 0.03455 0.11139 0.03455 0.11208 0.03490 0.11278 0.03560\n 11 380 17 0.12253 0.03943 0.12183 0.03908 0.12114 0.03838 0.12079 0.03734 0.12079 0.03664 0.12114 0.03560 0.12183 0.03490 0.12253 0.03455 0.12357 0.03455 0.12427 0.03490 0.12497 0.03560 0.12532 0.03664 0.12532 0.03734 0.12497 0.03838 0.12427 0.03908 0.12357 0.03943 0.12253 0.03943\n 11 50 2 0.12706 0.03943 0.12915 0.03455\n 11 50 2 0.13124 0.03943 0.12915 0.03455\n 11 380 17 0.13298 0.03734 0.13716 0.03734 0.13716 0.03803 0.13681 0.03873 0.13646 0.03908 0.13576 0.03943 0.13472 0.03943 0.13402 0.03908 0.13332 0.03838 0.13298 0.03734 0.13298 0.03664 0.13332 0.03560 0.13402 0.03490 0.13472 0.03455 0.13576 0.03455 0.13646 0.03490 0.13716 0.03560\n 11 50 2 0.13959 0.03943 0.13959 0.03455\n 11 116 5 0.13959 0.03734 0.13994 0.03838 0.14064 0.03908 0.14133 0.03943 0.14238 0.03943\n 11 50 2 0.14412 0.04186 0.14412 0.03455\n 11 50 2 0.15074 0.03943 0.15074 0.03455\n 11 314 14 0.15074 0.03838 0.15004 0.03908 0.14934 0.03943 0.14830 0.03943 0.14760 0.03908 0.14691 0.03838 0.14656 0.03734 0.14656 0.03664 0.14691 0.03560 0.14760 0.03490 0.14830 0.03455 0.14934 0.03455 0.15004 0.03490 0.15074 0.03560\n 11 50 2 0.15282 0.03943 0.15491 0.03455\n 11 138 6 0.15700 0.03943 0.15491 0.03455 0.15422 0.03316 0.15352 0.03246 0.15282 0.03211 0.15248 0.03211\n 11 50 2 0.16466 0.04186 0.16466 0.03455\n 11 116 5 0.16710 0.04186 0.16745 0.04152 0.16780 0.04186 0.16745 0.04221 0.16710 0.04186\n 11 50 2 0.16745 0.03943 0.16745 0.03455\n 11 50 2 0.17024 0.03943 0.17024 0.03455\n 11 160 7 0.17024 0.03803 0.17128 0.03908 0.17198 0.03943 0.17302 0.03943 0.17372 0.03908 0.17407 0.03803 0.17407 0.03455\n 11 380 17 0.17650 0.03734 0.18068 0.03734 0.18068 0.03803 0.18033 0.03873 0.17999 0.03908 0.17929 0.03943 0.17824 0.03943 0.17755 0.03908 0.17685 0.03838 0.17650 0.03734 0.17650 0.03664 0.17685 0.03560 0.17755 0.03490 0.17824 0.03455 0.17929 0.03455 0.17999 0.03490 0.18068 0.03560\n 82 0\n 81 6 710\n 82 0\n 81 6 711\n 11 424 19 0.18745 0.57360 0.19080 0.57516 0.19333 0.57702 0.19504 0.57918 0.19563 0.58082 0.19511 0.58193 0.19318 0.58171 0.19177 0.58037 0.17636 0.56096 0.17577 0.55933 0.17629 0.55821 0.17822 0.55843 0.17993 0.56059 0.18343 0.56765 0.18395 0.56654 0.18559 0.56594 0.18752 0.56617 0.18864 0.56669 0.19117 0.56854\n 11 138 6 0.19177 0.58037 0.18946 0.57658 0.18745 0.57360 0.18232 0.56713 0.17919 0.56364 0.17636 0.56096\n 11 490 22 0.19809 0.56973 0.19645 0.57033 0.19452 0.57011 0.19340 0.56959 0.19199 0.56825 0.19139 0.56661 0.19161 0.56468 0.19295 0.56326 0.19459 0.56267 0.19652 0.56289 0.19764 0.56341 0.19905 0.56475 0.19965 0.56638 0.19942 0.56832 0.19809 0.56973 0.19697 0.56921 0.19637 0.56758 0.19660 0.56564 0.19793 0.56423 0.19957 0.56363 0.20150 0.56386 0.20262 0.56438\n 11 116 5 0.19645 0.57033 0.19422 0.56929 0.19280 0.56795 0.19191 0.56549 0.19295 0.56326\n 11 138 6 0.20262 0.56438 0.20515 0.56623 0.20708 0.56646 0.20842 0.56504 0.20783 0.56341 0.20440 0.55909\n 11 94 4 0.20708 0.56646 0.20760 0.56534 0.20701 0.56371 0.20359 0.55939\n 11 204 9 0.20783 0.56341 0.21006 0.56445 0.21199 0.56467 0.21281 0.56437 0.21415 0.56296 0.21355 0.56132 0.21184 0.55917 0.21125 0.55753 0.21177 0.55642\n 11 204 9 0.21281 0.56437 0.21333 0.56326 0.21273 0.56162 0.21102 0.55946 0.21043 0.55783 0.21177 0.55642 0.21370 0.55664 0.21482 0.55716 0.21735 0.55902\n 11 72 3 0.21735 0.55902 0.21987 0.56088 0.22270 0.56355\n 11 160 7 0.22784 0.57002 0.21757 0.55708 0.21697 0.55545 0.21831 0.55403 0.22024 0.55426 0.22136 0.55478 0.22389 0.55663\n 11 94 4 0.22865 0.56972 0.21839 0.55678 0.21779 0.55515 0.21831 0.55403\n 11 50 2 0.22136 0.56497 0.22627 0.56318\n 11 204 9 0.22389 0.55663 0.22642 0.55849 0.22783 0.55983 0.22724 0.55820 0.22910 0.55567 0.22932 0.55373 0.22872 0.55210 0.22761 0.55158 0.22567 0.55135\n 11 116 5 0.22724 0.55820 0.22828 0.55596 0.22850 0.55403 0.22790 0.55239 0.22567 0.55135\n 11 116 5 0.22270 0.55336 0.22404 0.55195 0.22813 0.55046 0.23118 0.55120 0.23371 0.55306\n 11 292 13 0.25527 0.54614 0.25505 0.54807 0.25371 0.54949 0.25208 0.55008 0.25014 0.54986 0.24903 0.54934 0.24761 0.54800 0.24702 0.54636 0.24724 0.54443 0.24858 0.54302 0.25021 0.54242 0.25215 0.54264 0.25356 0.54398\n 11 116 5 0.25208 0.55008 0.24984 0.54904 0.24843 0.54770 0.24754 0.54525 0.24858 0.54302\n 11 160 7 0.25698 0.54829 0.25356 0.54398 0.25297 0.54235 0.25431 0.54093 0.25624 0.54115 0.25735 0.54168 0.25988 0.54353\n 11 94 4 0.25780 0.54800 0.25438 0.54368 0.25378 0.54205 0.25431 0.54093\n 11 138 6 0.25988 0.54353 0.26241 0.54539 0.26435 0.54562 0.26569 0.54420 0.26509 0.54257 0.26167 0.53825\n 11 94 4 0.26435 0.54562 0.26487 0.54450 0.26427 0.54286 0.26085 0.53855\n 11 204 9 0.26509 0.54257 0.26732 0.54361 0.26926 0.54383 0.27007 0.54353 0.27141 0.54212 0.27082 0.54048 0.26911 0.53832 0.26851 0.53669 0.26903 0.53557\n 11 204 9 0.27007 0.54353 0.27059 0.54242 0.27000 0.54078 0.26829 0.53862 0.26769 0.53699 0.26903 0.53557 0.27096 0.53580 0.27208 0.53632 0.27461 0.53817\n 11 292 13 0.28309 0.53601 0.28286 0.53795 0.28153 0.53936 0.27989 0.53996 0.27796 0.53974 0.27684 0.53921 0.27543 0.53788 0.27483 0.53624 0.27505 0.53431 0.27639 0.53289 0.27803 0.53230 0.27996 0.53252 0.28138 0.53386\n 11 116 5 0.27989 0.53996 0.27766 0.53892 0.27625 0.53758 0.27535 0.53512 0.27639 0.53289\n 11 160 7 0.29164 0.54680 0.28138 0.53386 0.28078 0.53222 0.28212 0.53081 0.28405 0.53103 0.28517 0.53155 0.28770 0.53341\n 11 94 4 0.29246 0.54650 0.28219 0.53356 0.28160 0.53192 0.28212 0.53081\n 21 6 2\n 25 6 2\n 11 336 15 0.30822 0.52872 0.30711 0.52820 0.30793 0.52790 0.30822 0.52872 0.30770 0.52983 0.30607 0.53043 0.30413 0.53021 0.30302 0.52969 0.30160 0.52835 0.30101 0.52671 0.30123 0.52478 0.30257 0.52337 0.30502 0.52247 0.30807 0.52321 0.31060 0.52507\n 11 116 5 0.30607 0.53043 0.30384 0.52939 0.30242 0.52805 0.30153 0.52560 0.30257 0.52337\n 11 490 22 0.31752 0.52626 0.31588 0.52686 0.31395 0.52663 0.31283 0.52611 0.31142 0.52478 0.31083 0.52314 0.31105 0.52121 0.31239 0.51979 0.31402 0.51920 0.31596 0.51942 0.31707 0.51994 0.31849 0.52128 0.31908 0.52291 0.31886 0.52485 0.31752 0.52626 0.31640 0.52574 0.31581 0.52411 0.31603 0.52217 0.31737 0.52076 0.31901 0.52016 0.32094 0.52038 0.32206 0.52091\n 11 116 5 0.31588 0.52686 0.31365 0.52582 0.31224 0.52448 0.31135 0.52202 0.31239 0.51979\n 11 72 3 0.32206 0.52091 0.32459 0.52276 0.32741 0.52544\n 11 160 7 0.33255 0.53191 0.32228 0.51897 0.32168 0.51734 0.32302 0.51592 0.32495 0.51614 0.32607 0.51666 0.32860 0.51852\n 11 94 4 0.33336 0.53161 0.32310 0.51867 0.32250 0.51704 0.32302 0.51592\n 11 490 22 0.33552 0.51971 0.33388 0.52031 0.33195 0.52008 0.33083 0.51956 0.32942 0.51823 0.32882 0.51659 0.32905 0.51466 0.33038 0.51324 0.33202 0.51265 0.33395 0.51287 0.33507 0.51339 0.33648 0.51473 0.33708 0.51636 0.33686 0.51830 0.33552 0.51971 0.33440 0.51919 0.33381 0.51755 0.33403 0.51562 0.33537 0.51421 0.33700 0.51361 0.33894 0.51383 0.34005 0.51435\n 11 116 5 0.33388 0.52031 0.33165 0.51927 0.33024 0.51793 0.32934 0.51547 0.33038 0.51324\n 11 138 6 0.34005 0.51435 0.34258 0.51621 0.34452 0.51644 0.34585 0.51502 0.34526 0.51339 0.34184 0.50907\n 11 94 4 0.34452 0.51644 0.34504 0.51532 0.34444 0.51368 0.34102 0.50937\n 11 116 5 0.34526 0.51339 0.34749 0.51443 0.34942 0.51465 0.35024 0.51435 0.34853 0.51220\n 11 116 5 0.34942 0.51465 0.34853 0.51220 0.34875 0.51026 0.34957 0.50996 0.35151 0.51019\n 11 204 9 0.35151 0.51019 0.35403 0.51204 0.35545 0.51338 0.35485 0.51175 0.35671 0.50922 0.35693 0.50728 0.35634 0.50565 0.35522 0.50513 0.35329 0.50491\n 11 116 5 0.35485 0.51175 0.35589 0.50952 0.35612 0.50758 0.35552 0.50595 0.35329 0.50491\n 11 116 5 0.35031 0.50691 0.35165 0.50550 0.35574 0.50401 0.35879 0.50475 0.36132 0.50661\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.18996 0.55008 0.18580 0.53863\n 11 314 14 0.18907 0.54763 0.18803 0.54986 0.18669 0.55127 0.18424 0.55217 0.18230 0.55195 0.18007 0.55090 0.17836 0.54875 0.17777 0.54711 0.17769 0.54436 0.17873 0.54213 0.18007 0.54072 0.18252 0.53982 0.18446 0.54004 0.18669 0.54109\n 21 6 1\n 25 6 1\n 11 50 2 0.19651 0.54770 0.19234 0.53625\n 11 160 7 0.19532 0.54443 0.19866 0.54599 0.20060 0.54621 0.20305 0.54532 0.20439 0.54391 0.20432 0.54115 0.20134 0.53297\n 11 50 2 0.22313 0.54450 0.21688 0.52732\n 11 314 14 0.22016 0.53632 0.21912 0.53855 0.21778 0.53996 0.21532 0.54085 0.21339 0.54063 0.21116 0.53959 0.20945 0.53743 0.20885 0.53580 0.20878 0.53305 0.20982 0.53081 0.21115 0.52940 0.21361 0.52851 0.21554 0.52873 0.21777 0.52977\n 11 50 2 0.24968 0.52835 0.24551 0.51690\n 11 314 14 0.24879 0.52589 0.24775 0.52813 0.24641 0.52954 0.24396 0.53043 0.24202 0.53021 0.23979 0.52917 0.23808 0.52701 0.23748 0.52538 0.23741 0.52262 0.23845 0.52039 0.23979 0.51898 0.24224 0.51809 0.24417 0.51831 0.24641 0.51935\n 11 116 5 0.25913 0.53139 0.25407 0.51749 0.25399 0.51474 0.25533 0.51332 0.25697 0.51273\n 11 50 2 0.25459 0.52656 0.26032 0.52448\n 11 50 2 0.28813 0.51435 0.28396 0.50290\n 11 314 14 0.28724 0.51190 0.28620 0.51413 0.28486 0.51555 0.28240 0.51644 0.28047 0.51622 0.27824 0.51518 0.27653 0.51302 0.27593 0.51138 0.27586 0.50863 0.27690 0.50640 0.27824 0.50499 0.28069 0.50409 0.28262 0.50432 0.28485 0.50536\n 11 50 2 0.29467 0.51197 0.29051 0.50052\n 11 160 7 0.29348 0.50870 0.29683 0.51026 0.29876 0.51048 0.30122 0.50959 0.30256 0.50818 0.30248 0.50542 0.29950 0.49724\n 11 50 2 0.33230 0.49828 0.32814 0.48682\n 11 314 14 0.33141 0.49582 0.33037 0.49805 0.32903 0.49947 0.32658 0.50036 0.32464 0.50014 0.32241 0.49910 0.32070 0.49694 0.32011 0.49530 0.32003 0.49255 0.32107 0.49032 0.32241 0.48891 0.32486 0.48801 0.32680 0.48824 0.32903 0.48928\n 11 50 2 0.33885 0.49589 0.33468 0.48444\n 11 160 7 0.33766 0.49262 0.34101 0.49418 0.34294 0.49441 0.34539 0.49351 0.34673 0.49210 0.34666 0.48935 0.34368 0.48117\n 11 160 7 0.36339 0.48696 0.35863 0.47387 0.35692 0.47172 0.35580 0.47120 0.35387 0.47097 0.35141 0.47187 0.35007 0.47328\n 11 314 14 0.36250 0.48451 0.36146 0.48674 0.36012 0.48815 0.35766 0.48905 0.35573 0.48882 0.35350 0.48778 0.35179 0.48563 0.35119 0.48399 0.35112 0.48124 0.35216 0.47901 0.35350 0.47759 0.35595 0.47670 0.35788 0.47692 0.36012 0.47796\n 11 50 2 0.37202 0.49031 0.36577 0.47313\n 11 380 17 0.37387 0.47759 0.38369 0.47401 0.38429 0.47565 0.38406 0.47758 0.38354 0.47870 0.38221 0.48011 0.37975 0.48101 0.37782 0.48078 0.37559 0.47974 0.37387 0.47759 0.37328 0.47595 0.37320 0.47320 0.37424 0.47097 0.37558 0.46955 0.37804 0.46866 0.37997 0.46888 0.38220 0.46992\n 21 6 1\n 25 6 1\n 11 50 2 0.17217 0.52932 0.16800 0.51787\n 11 160 7 0.17098 0.52605 0.17433 0.52761 0.17626 0.52783 0.17872 0.52694 0.18006 0.52553 0.17998 0.52277 0.17700 0.51459\n 11 380 17 0.19099 0.52247 0.18905 0.52225 0.18682 0.52121 0.18511 0.51905 0.18452 0.51742 0.18444 0.51467 0.18548 0.51243 0.18682 0.51102 0.18927 0.51013 0.19121 0.51035 0.19344 0.51139 0.19515 0.51355 0.19575 0.51518 0.19582 0.51794 0.19478 0.52017 0.19344 0.52158 0.19099 0.52247\n 21 6 3\n 25 6 3\n 11 50 2 0.20244 0.51831 0.20154 0.50566\n 11 50 2 0.20899 0.51592 0.20154 0.50566\n 11 50 2 0.20899 0.51592 0.20809 0.50328\n 11 50 2 0.21553 0.51354 0.20809 0.50328\n 11 160 7 0.24334 0.50342 0.23858 0.49033 0.23687 0.48817 0.23575 0.48765 0.23382 0.48743 0.23136 0.48832 0.23003 0.48974\n 11 314 14 0.24245 0.50096 0.24141 0.50320 0.24007 0.50461 0.23762 0.50550 0.23568 0.50528 0.23345 0.50424 0.23174 0.50208 0.23115 0.50045 0.23107 0.49770 0.23211 0.49546 0.23345 0.49405 0.23590 0.49316 0.23784 0.49338 0.24007 0.49442\n 11 50 2 0.24989 0.50104 0.24572 0.48958\n 11 116 5 0.24810 0.49613 0.24981 0.49828 0.25204 0.49933 0.25398 0.49955 0.25643 0.49865\n 11 380 17 0.25792 0.49256 0.26773 0.48898 0.26833 0.49062 0.26811 0.49255 0.26759 0.49367 0.26625 0.49508 0.26379 0.49597 0.26186 0.49575 0.25963 0.49471 0.25792 0.49256 0.25732 0.49092 0.25725 0.48817 0.25829 0.48594 0.25963 0.48452 0.26208 0.48363 0.26401 0.48385 0.26625 0.48489\n 11 380 17 0.27264 0.48720 0.28246 0.48362 0.28306 0.48526 0.28283 0.48719 0.28231 0.48831 0.28097 0.48972 0.27852 0.49062 0.27659 0.49039 0.27435 0.48935 0.27264 0.48720 0.27205 0.48556 0.27197 0.48281 0.27301 0.48058 0.27435 0.47916 0.27681 0.47827 0.27874 0.47849 0.28097 0.47953\n 11 50 2 0.28997 0.48645 0.28580 0.47499\n 11 160 7 0.28878 0.48317 0.29213 0.48474 0.29406 0.48496 0.29652 0.48406 0.29786 0.48265 0.29778 0.47990 0.29480 0.47172\n 11 50 2 0.32760 0.47275 0.32343 0.46130\n 11 314 14 0.32671 0.47030 0.32567 0.47253 0.32433 0.47394 0.32188 0.47483 0.31994 0.47461 0.31771 0.47357 0.31600 0.47142 0.31540 0.46978 0.31533 0.46703 0.31637 0.46480 0.31771 0.46338 0.32016 0.46249 0.32210 0.46271 0.32433 0.46375\n 11 50 2 0.33415 0.47037 0.32998 0.45892\n 11 160 7 0.33296 0.46710 0.33630 0.46866 0.33824 0.46888 0.34069 0.46799 0.34203 0.46657 0.34195 0.46382 0.33898 0.45564\n 11 50 2 0.36077 0.46716 0.35452 0.44998\n 11 314 14 0.35780 0.45898 0.35675 0.46121 0.35542 0.46263 0.35296 0.46352 0.35103 0.46330 0.34880 0.46226 0.34709 0.46010 0.34649 0.45846 0.34641 0.45571 0.34746 0.45348 0.34879 0.45207 0.35125 0.45117 0.35318 0.45140 0.35541 0.45244\n 11 446 20 0.39015 0.45369 0.39007 0.45094 0.39186 0.45585 0.39015 0.45369 0.38911 0.45592 0.38695 0.45763 0.38531 0.45823 0.38256 0.45831 0.38033 0.45726 0.37892 0.45593 0.37721 0.45377 0.37572 0.44968 0.37564 0.44693 0.37586 0.44499 0.37691 0.44276 0.37906 0.44105 0.38070 0.44046 0.38345 0.44038 0.38568 0.44142 0.38709 0.44276\n 11 226 10 0.38531 0.45823 0.38338 0.45801 0.38115 0.45697 0.37974 0.45563 0.37802 0.45347 0.37654 0.44938 0.37646 0.44663 0.37668 0.44470 0.37772 0.44246 0.37906 0.44105\n 11 50 2 0.39840 0.45347 0.39215 0.43629\n 11 50 2 0.39922 0.45317 0.39297 0.43599\n 11 226 10 0.39595 0.45436 0.40577 0.45079 0.40792 0.44908 0.40844 0.44796 0.40866 0.44603 0.40807 0.44439 0.40666 0.44305 0.40554 0.44253 0.40279 0.44261 0.39624 0.44499\n 11 182 8 0.40577 0.45079 0.40710 0.44937 0.40762 0.44826 0.40785 0.44632 0.40725 0.44469 0.40584 0.44335 0.40472 0.44283 0.40279 0.44261\n 11 50 2 0.38970 0.43718 0.39542 0.43510\n 11 160 7 0.40033 0.44350 0.40167 0.44209 0.40219 0.44097 0.40256 0.43435 0.40308 0.43323 0.40390 0.43294 0.40502 0.43346\n 11 160 7 0.40167 0.44209 0.40189 0.44015 0.40145 0.43383 0.40197 0.43271 0.40360 0.43212 0.40502 0.43346 0.40531 0.43428\n 11 226 10 0.43328 0.43985 0.43217 0.43932 0.43269 0.43821 0.43380 0.43873 0.43410 0.43955 0.43358 0.44066 0.43194 0.44126 0.43001 0.44104 0.42860 0.43970 0.42324 0.42497\n 11 94 4 0.43194 0.44126 0.43083 0.44074 0.42941 0.43940 0.42405 0.42468\n 11 50 2 0.42495 0.43732 0.43149 0.43494\n 11 50 2 0.42078 0.42587 0.42651 0.42378\n 11 380 17 0.44131 0.43136 0.43856 0.43144 0.43633 0.43040 0.43462 0.42824 0.43402 0.42661 0.43395 0.42385 0.43499 0.42162 0.43714 0.41991 0.43878 0.41932 0.44153 0.41924 0.44376 0.42028 0.44547 0.42244 0.44607 0.42407 0.44614 0.42683 0.44510 0.42906 0.44295 0.43077 0.44131 0.43136\n 11 182 8 0.44131 0.43136 0.43938 0.43114 0.43715 0.43010 0.43543 0.42794 0.43484 0.42631 0.43476 0.42356 0.43580 0.42132 0.43714 0.41991\n 11 182 8 0.43878 0.41932 0.44071 0.41954 0.44294 0.42058 0.44466 0.42274 0.44525 0.42437 0.44533 0.42712 0.44429 0.42935 0.44295 0.43077\n 11 50 2 0.45440 0.42660 0.45023 0.41515\n 11 50 2 0.45522 0.42630 0.45105 0.41485\n 11 160 7 0.45433 0.42385 0.45656 0.42489 0.45931 0.42481 0.46094 0.42422 0.46310 0.42251 0.46332 0.42057 0.46005 0.41157\n 11 94 4 0.46094 0.42422 0.46228 0.42280 0.46251 0.42087 0.45923 0.41187\n 11 50 2 0.45195 0.42749 0.45522 0.42630\n 11 50 2 0.44778 0.41604 0.45350 0.41396\n 11 50 2 0.45678 0.41277 0.46250 0.41068\n 11 160 7 0.47448 0.42578 0.46942 0.41187 0.46934 0.40912 0.47068 0.40770 0.47232 0.40711 0.47425 0.40733 0.47567 0.40867\n 11 94 4 0.47530 0.42548 0.47024 0.41157 0.47016 0.40882 0.47068 0.40770\n 11 50 2 0.46994 0.42094 0.47649 0.41856\n 21 6 1\n 25 6 1\n 11 446 20 0.17521 0.50469 0.17513 0.50194 0.17692 0.50684 0.17521 0.50469 0.17417 0.50692 0.17201 0.50863 0.17037 0.50923 0.16762 0.50930 0.16539 0.50826 0.16398 0.50692 0.16227 0.50477 0.16078 0.50068 0.16070 0.49792 0.16092 0.49599 0.16196 0.49376 0.16412 0.49205 0.16576 0.49145 0.16851 0.49138 0.17074 0.49242 0.17215 0.49375\n 11 226 10 0.17037 0.50923 0.16844 0.50900 0.16621 0.50796 0.16479 0.50662 0.16308 0.50447 0.16159 0.50038 0.16152 0.49763 0.16174 0.49569 0.16278 0.49346 0.16412 0.49205\n 11 50 2 0.18346 0.50446 0.17721 0.48728\n 11 50 2 0.18428 0.50416 0.17803 0.48698\n 11 226 10 0.18101 0.50535 0.19083 0.50178 0.19298 0.50007 0.19350 0.49895 0.19372 0.49702 0.19313 0.49538 0.19172 0.49405 0.19060 0.49353 0.18785 0.49360 0.18130 0.49598\n 11 182 8 0.19083 0.50178 0.19216 0.50037 0.19268 0.49925 0.19291 0.49732 0.19231 0.49568 0.19090 0.49434 0.18978 0.49382 0.18785 0.49360\n 11 50 2 0.17476 0.48818 0.18048 0.48609\n 11 160 7 0.18539 0.49449 0.18673 0.49308 0.18725 0.49197 0.18762 0.48535 0.18814 0.48423 0.18896 0.48393 0.19008 0.48445\n 11 160 7 0.18673 0.49308 0.18695 0.49115 0.18651 0.48483 0.18703 0.48371 0.18866 0.48311 0.19008 0.48445 0.19037 0.48527\n 11 50 2 0.20146 0.49791 0.19521 0.48073\n 11 50 2 0.20228 0.49761 0.19603 0.48043\n 11 314 14 0.19930 0.48943 0.20153 0.49047 0.20347 0.49070 0.20510 0.49010 0.20726 0.48839 0.20830 0.48616 0.20822 0.48341 0.20763 0.48177 0.20592 0.47961 0.20369 0.47857 0.20093 0.47865 0.19930 0.47924 0.19796 0.48066 0.19692 0.48289\n 11 182 8 0.20510 0.49010 0.20644 0.48869 0.20748 0.48646 0.20741 0.48370 0.20681 0.48207 0.20510 0.47991 0.20287 0.47887 0.20093 0.47865\n 11 50 2 0.19901 0.49880 0.20228 0.49761\n 11 292 13 0.21596 0.48430 0.21566 0.48348 0.21484 0.48378 0.21514 0.48459 0.21626 0.48511 0.21819 0.48534 0.22146 0.48415 0.22280 0.48273 0.22332 0.48162 0.22354 0.47968 0.22146 0.47396 0.22168 0.47202 0.22220 0.47091\n 11 116 5 0.22332 0.48162 0.22064 0.47425 0.22086 0.47232 0.22220 0.47091 0.22302 0.47061\n 11 248 11 0.22273 0.47998 0.22161 0.47946 0.21640 0.48043 0.21365 0.48050 0.21224 0.47917 0.21164 0.47753 0.21187 0.47560 0.21402 0.47388 0.21648 0.47299 0.21841 0.47321 0.22064 0.47425\n 11 138 6 0.21640 0.48043 0.21447 0.48021 0.21306 0.47887 0.21246 0.47723 0.21268 0.47530 0.21402 0.47388\n 11 402 18 0.24020 0.47455 0.23909 0.47403 0.23961 0.47291 0.24072 0.47343 0.24102 0.47425 0.23998 0.47648 0.23864 0.47789 0.23619 0.47879 0.23344 0.47886 0.23120 0.47782 0.22949 0.47566 0.22890 0.47403 0.22882 0.47128 0.22986 0.46904 0.23202 0.46733 0.23366 0.46674 0.23641 0.46666 0.23864 0.46770\n 11 182 8 0.23619 0.47879 0.23425 0.47856 0.23202 0.47752 0.23031 0.47537 0.22972 0.47373 0.22964 0.47098 0.23068 0.46875 0.23202 0.46733\n 11 50 2 0.25054 0.48005 0.24429 0.46287\n 11 50 2 0.25136 0.47975 0.24511 0.46257\n 11 50 2 0.25746 0.47104 0.24630 0.46584\n 11 50 2 0.25158 0.46763 0.25411 0.45929\n 11 50 2 0.25076 0.46792 0.25329 0.45959\n 11 50 2 0.24809 0.48094 0.25136 0.47975\n 11 50 2 0.25500 0.47194 0.25991 0.47015\n 11 50 2 0.24184 0.46376 0.24756 0.46168\n 11 50 2 0.25083 0.46049 0.25574 0.45870\n 11 72 3 0.27196 0.45743 0.27449 0.45929 0.27731 0.46197\n 11 160 7 0.28245 0.46843 0.27218 0.45550 0.27158 0.45386 0.27292 0.45245 0.27486 0.45267 0.27597 0.45319 0.27850 0.45505\n 11 94 4 0.28326 0.46814 0.27300 0.45520 0.27240 0.45356 0.27292 0.45245\n 11 50 2 0.27597 0.46338 0.28088 0.46159\n 11 490 22 0.28542 0.45624 0.28378 0.45683 0.28185 0.45661 0.28073 0.45609 0.27932 0.45475 0.27872 0.45311 0.27895 0.45118 0.28028 0.44977 0.28192 0.44917 0.28385 0.44939 0.28497 0.44991 0.28638 0.45125 0.28698 0.45289 0.28676 0.45482 0.28542 0.45624 0.28430 0.45572 0.28371 0.45408 0.28393 0.45215 0.28527 0.45073 0.28690 0.45014 0.28884 0.45036 0.28995 0.45088\n 11 116 5 0.28378 0.45683 0.28155 0.45579 0.28014 0.45445 0.27924 0.45200 0.28028 0.44977\n 11 204 9 0.30304 0.44612 0.30557 0.44797 0.30699 0.44931 0.30639 0.44768 0.30825 0.44515 0.30847 0.44321 0.30788 0.44158 0.30676 0.44106 0.30483 0.44083\n 11 116 5 0.30639 0.44768 0.30743 0.44544 0.30765 0.44351 0.30706 0.44187 0.30483 0.44083\n 11 116 5 0.30185 0.44284 0.30319 0.44143 0.30728 0.43994 0.31033 0.44068 0.31286 0.44254\n 11 336 15 0.32030 0.44261 0.31918 0.44209 0.32000 0.44180 0.32030 0.44261 0.31978 0.44373 0.31814 0.44433 0.31621 0.44410 0.31509 0.44358 0.31368 0.44224 0.31308 0.44061 0.31330 0.43867 0.31464 0.43726 0.31710 0.43637 0.32015 0.43711 0.32268 0.43897\n 11 116 5 0.31814 0.44433 0.31591 0.44329 0.31449 0.44195 0.31360 0.43949 0.31464 0.43726\n 11 138 6 0.32268 0.43897 0.32520 0.44083 0.32714 0.44105 0.32848 0.43964 0.32788 0.43800 0.32446 0.43369\n 11 94 4 0.32714 0.44105 0.32766 0.43993 0.32706 0.43830 0.32364 0.43399\n 11 116 5 0.32788 0.43800 0.33011 0.43904 0.33205 0.43926 0.33286 0.43897 0.33115 0.43681\n 11 116 5 0.33205 0.43926 0.33115 0.43681 0.33138 0.43488 0.33219 0.43458 0.33413 0.43480\n 11 116 5 0.34120 0.44149 0.34008 0.44097 0.34060 0.43986 0.34172 0.44038 0.34120 0.44149\n 11 160 7 0.33777 0.43718 0.33435 0.43287 0.33376 0.43123 0.33509 0.42982 0.33703 0.43004 0.33814 0.43056 0.34067 0.43242\n 11 94 4 0.33859 0.43688 0.33517 0.43257 0.33457 0.43093 0.33509 0.42982\n 11 72 3 0.34067 0.43242 0.34320 0.43428 0.34603 0.43695\n 11 50 2 0.34774 0.43911 0.33234 0.41970\n 11 50 2 0.34856 0.43881 0.33316 0.41941\n 11 204 9 0.34342 0.43234 0.34566 0.43338 0.34759 0.43361 0.34841 0.43331 0.34975 0.43190 0.34915 0.43026 0.34744 0.42810 0.34684 0.42647 0.34736 0.42535\n 11 204 9 0.34841 0.43331 0.34893 0.43219 0.34833 0.43056 0.34662 0.42840 0.34603 0.42676 0.34736 0.42535 0.34930 0.42557 0.35041 0.42609 0.35294 0.42795\n 11 72 3 0.35294 0.42795 0.35547 0.42981 0.35830 0.43249\n 11 160 7 0.36343 0.43896 0.35317 0.42602 0.35257 0.42438 0.35391 0.42297 0.35584 0.42319 0.35696 0.42371 0.35949 0.42557\n 11 94 4 0.36425 0.43866 0.35398 0.42572 0.35339 0.42409 0.35391 0.42297\n 82 0\n 81 6 712\n 11 50 2 0.35696 0.43390 0.36187 0.43212\n 82 0\n 81 6 713\n 82 0\n 81 6 714\n 11 116 5 0.33863 0.17502 0.33730 0.17390 0.33652 0.17211 0.33753 0.16955 0.34705 0.15822\n 11 50 2 0.33721 0.16587 0.34188 0.16979\n 11 116 5 0.34196 0.17782 0.34319 0.17771 0.34330 0.17894 0.34207 0.17904 0.34196 0.17782\n 11 50 2 0.34655 0.17371 0.35438 0.16437\n 11 50 2 0.35188 0.17818 0.35972 0.16885\n 11 116 5 0.35524 0.17418 0.35423 0.17674 0.35444 0.17920 0.35522 0.18098 0.35722 0.18266\n 11 380 17 0.36890 0.18905 0.36711 0.18983 0.36455 0.18882 0.36255 0.18714 0.36111 0.18479 0.36156 0.18290 0.36335 0.18212 0.36524 0.18258 0.36914 0.18471 0.37103 0.18516 0.37282 0.18439 0.37338 0.18372 0.37383 0.18183 0.37239 0.17948 0.37039 0.17780 0.36783 0.17679 0.36604 0.17756\n 11 116 5 0.36864 0.20020 0.37815 0.18886 0.38050 0.18742 0.38239 0.18787 0.38372 0.18899\n 11 50 2 0.37055 0.19385 0.37522 0.19777\n 11 50 2 0.38664 0.21531 0.39840 0.20130\n 11 116 5 0.39131 0.21923 0.39254 0.21912 0.39265 0.22034 0.39142 0.22045 0.39131 0.21923\n 11 50 2 0.39590 0.21512 0.40373 0.20578\n 11 50 2 0.40123 0.21959 0.40907 0.21026\n 11 160 7 0.40347 0.21693 0.40379 0.22061 0.40457 0.22239 0.40657 0.22407 0.40846 0.22452 0.41081 0.22308 0.41640 0.21641\n 11 380 17 0.41659 0.22566 0.42460 0.23238 0.42348 0.23371 0.42169 0.23449 0.42046 0.23459 0.41857 0.23414 0.41657 0.23246 0.41580 0.23068 0.41558 0.22822 0.41659 0.22566 0.41771 0.22433 0.42006 0.22289 0.42251 0.22268 0.42440 0.22313 0.42640 0.22481 0.42718 0.22659 0.42739 0.22905\n 11 182 8 0.43451 0.23275 0.43441 0.23152 0.43318 0.23163 0.43329 0.23285 0.43451 0.23275 0.43563 0.23141 0.43609 0.22952 0.43598 0.22829\n 11 116 5 0.43999 0.26007 0.44951 0.24874 0.45185 0.24730 0.45375 0.24775 0.45508 0.24887\n 11 50 2 0.44191 0.25373 0.44658 0.25764\n 11 50 2 0.44733 0.26623 0.45908 0.25223\n 11 160 7 0.45349 0.25889 0.45381 0.26257 0.45458 0.26436 0.45658 0.26604 0.45848 0.26649 0.46082 0.26505 0.46642 0.25838\n 11 380 17 0.46661 0.26763 0.47461 0.27435 0.47349 0.27568 0.47171 0.27646 0.47048 0.27656 0.46859 0.27611 0.46659 0.27443 0.46581 0.27265 0.46560 0.27019 0.46661 0.26763 0.46773 0.26630 0.47007 0.26486 0.47253 0.26464 0.47442 0.26510 0.47642 0.26677 0.47719 0.26856 0.47741 0.27101\n 11 50 2 0.47592 0.28227 0.48376 0.27293\n 11 160 7 0.47816 0.27960 0.47848 0.28328 0.47926 0.28506 0.48126 0.28674 0.48315 0.28720 0.48550 0.28575 0.49109 0.27909\n 11 50 2 0.49535 0.30652 0.50710 0.29252\n 11 314 14 0.50094 0.29985 0.50116 0.30230 0.50193 0.30409 0.50393 0.30577 0.50582 0.30622 0.50828 0.30601 0.51062 0.30457 0.51174 0.30323 0.51275 0.30067 0.51254 0.29822 0.51176 0.29643 0.50976 0.29475 0.50787 0.29430 0.50542 0.29452\n 11 50 2 0.50802 0.31715 0.51977 0.30315\n 11 50 2 0.52460 0.32312 0.53244 0.31378\n 11 314 14 0.52628 0.32111 0.52383 0.32133 0.52194 0.32088 0.51994 0.31920 0.51916 0.31741 0.51895 0.31496 0.51996 0.31240 0.52108 0.31107 0.52342 0.30962 0.52588 0.30941 0.52777 0.30986 0.52977 0.31154 0.53054 0.31333 0.53076 0.31578\n 11 50 2 0.52994 0.32759 0.53777 0.31826\n 11 160 7 0.53218 0.32492 0.53250 0.32860 0.53327 0.33039 0.53527 0.33207 0.53717 0.33252 0.53951 0.33108 0.54511 0.32441\n 11 50 2 0.53869 0.34289 0.55044 0.32889\n 11 50 2 0.54928 0.34382 0.54821 0.33156\n 11 50 2 0.54863 0.33646 0.55778 0.33504\n 11 116 5 0.36832 0.13311 0.37784 0.12178 0.38018 0.12034 0.38207 0.12079 0.38341 0.12191\n 11 50 2 0.37024 0.12677 0.37491 0.13068\n 11 50 2 0.37566 0.13927 0.38741 0.12526\n 11 160 7 0.38181 0.13193 0.38214 0.13561 0.38291 0.13740 0.38491 0.13908 0.38680 0.13953 0.38915 0.13809 0.39475 0.13142\n 11 116 5 0.38766 0.14934 0.38889 0.14923 0.38900 0.15046 0.38777 0.15057 0.38766 0.14934\n 11 50 2 0.39225 0.14523 0.40008 0.13590\n 11 50 2 0.39758 0.14971 0.40542 0.14037\n 11 116 5 0.40094 0.14571 0.39993 0.14827 0.40014 0.15072 0.40092 0.15251 0.40292 0.15419\n 11 50 2 0.40967 0.16781 0.42142 0.15380\n 11 314 14 0.41526 0.16114 0.41281 0.16135 0.41092 0.16090 0.40892 0.15922 0.40814 0.15744 0.40793 0.15498 0.40894 0.15242 0.41006 0.15109 0.41241 0.14965 0.41486 0.14943 0.41675 0.14989 0.41875 0.15156 0.41953 0.15335 0.41974 0.15580\n 11 50 2 0.42567 0.18124 0.43743 0.16723\n 11 116 5 0.43034 0.18515 0.43157 0.18505 0.43168 0.18627 0.43045 0.18638 0.43034 0.18515\n 11 50 2 0.43493 0.18105 0.44276 0.17171\n 11 50 2 0.44026 0.18552 0.44810 0.17619\n 11 160 7 0.44250 0.18285 0.44282 0.18653 0.44360 0.18832 0.44560 0.19000 0.44749 0.19045 0.44984 0.18901 0.45543 0.18234\n 11 380 17 0.45562 0.19159 0.46363 0.19831 0.46251 0.19964 0.46072 0.20042 0.45949 0.20052 0.45760 0.20007 0.45560 0.19839 0.45483 0.19661 0.45461 0.19415 0.45562 0.19159 0.45674 0.19026 0.45909 0.18882 0.46154 0.18860 0.46343 0.18906 0.46543 0.19073 0.46621 0.19252 0.46642 0.19497\n 11 182 8 0.47354 0.19868 0.47344 0.19745 0.47221 0.19756 0.47232 0.19878 0.47354 0.19868 0.47466 0.19734 0.47512 0.19545 0.47501 0.19422\n 11 50 2 0.48961 0.22693 0.49744 0.21759\n 11 314 14 0.49129 0.22493 0.48884 0.22514 0.48694 0.22469 0.48494 0.22301 0.48417 0.22123 0.48395 0.21877 0.48497 0.21621 0.48608 0.21488 0.48843 0.21344 0.49088 0.21323 0.49278 0.21368 0.49478 0.21536 0.49555 0.21714 0.49577 0.21960\n 11 50 2 0.49103 0.23608 0.50278 0.22207\n 11 50 2 0.49636 0.24055 0.50811 0.22655\n 11 50 2 0.51629 0.24931 0.52412 0.23998\n 11 116 5 0.51964 0.24531 0.51863 0.24787 0.51885 0.25033 0.51962 0.25211 0.52162 0.25379\n 11 380 17 0.52762 0.25883 0.52685 0.25704 0.52663 0.25459 0.52765 0.25203 0.52876 0.25069 0.53111 0.24925 0.53356 0.24904 0.53546 0.24949 0.53746 0.25117 0.53823 0.25296 0.53845 0.25541 0.53743 0.25797 0.53631 0.25930 0.53397 0.26074 0.53152 0.26096 0.52962 0.26051 0.52762 0.25883\n 11 116 5 0.53438 0.27245 0.54389 0.26111 0.54623 0.25967 0.54813 0.26012 0.54946 0.26124\n 11 50 2 0.53629 0.26610 0.54096 0.27002\n 11 50 2 0.55296 0.28009 0.56080 0.27075\n 11 314 14 0.55464 0.27809 0.55219 0.27830 0.55030 0.27785 0.54830 0.27617 0.54752 0.27439 0.54731 0.27193 0.54832 0.26937 0.54944 0.26804 0.55178 0.26660 0.55424 0.26639 0.55613 0.26684 0.55813 0.26852 0.55890 0.27030 0.55912 0.27276\n 11 116 5 0.55505 0.28980 0.56456 0.27846 0.56691 0.27702 0.56880 0.27747 0.57013 0.27859\n 11 50 2 0.55697 0.28345 0.56163 0.28737\n 11 380 17 0.56899 0.28672 0.57699 0.29344 0.57588 0.29477 0.57409 0.29554 0.57286 0.29565 0.57097 0.29520 0.56897 0.29352 0.56819 0.29173 0.56798 0.28928 0.56899 0.28672 0.57011 0.28539 0.57246 0.28395 0.57491 0.28373 0.57680 0.28418 0.57880 0.28586 0.57958 0.28765 0.57979 0.29010\n 11 50 2 0.58172 0.31218 0.59348 0.29817\n 82 0\n 81 6 715\n 11 314 14 0.58732 0.30551 0.58487 0.30572 0.58297 0.30527 0.58097 0.30359 0.58020 0.30181 0.57998 0.29935 0.58100 0.29679 0.58212 0.29546 0.58446 0.29402 0.58691 0.29380 0.58881 0.29426 0.59081 0.29594 0.59158 0.29772 0.59180 0.30017\n 82 0\n 81 6 716\n 82 0\n 81 6 717\n 21 6 2\n 25 6 2\n 11 50 2 0.68800 0.34388 0.70628 0.33691\n 11 50 2 0.68800 0.34388 0.70628 0.35084\n 11 50 2 0.70018 0.33952 0.70018 0.34823\n 11 50 2 0.69409 0.35519 0.70628 0.35519\n 11 160 7 0.69757 0.35519 0.69496 0.35780 0.69409 0.35955 0.69409 0.36216 0.69496 0.36390 0.69757 0.36477 0.70628 0.36477\n 11 380 17 0.69409 0.37522 0.69496 0.37347 0.69670 0.37173 0.69931 0.37086 0.70106 0.37086 0.70367 0.37173 0.70541 0.37347 0.70628 0.37522 0.70628 0.37783 0.70541 0.37957 0.70367 0.38131 0.70106 0.38218 0.69931 0.38218 0.69670 0.38131 0.69496 0.37957 0.69409 0.37783 0.69409 0.37522\n 11 116 5 0.68800 0.38914 0.70280 0.38914 0.70541 0.39001 0.70628 0.39176 0.70628 0.39350\n 11 50 2 0.69409 0.38653 0.69409 0.39263\n 11 50 2 0.68800 0.39872 0.70628 0.39872\n 11 160 7 0.69757 0.39872 0.69496 0.40133 0.69409 0.40307 0.69409 0.40568 0.69496 0.40743 0.69757 0.40830 0.70628 0.40830\n 11 380 17 0.69931 0.41439 0.69931 0.42484 0.69757 0.42484 0.69583 0.42397 0.69496 0.42310 0.69409 0.42135 0.69409 0.41874 0.69496 0.41700 0.69670 0.41526 0.69931 0.41439 0.70106 0.41439 0.70367 0.41526 0.70541 0.41700 0.70628 0.41874 0.70628 0.42135 0.70541 0.42310 0.70367 0.42484\n 11 50 2 0.69409 0.43093 0.70628 0.43093\n 11 116 5 0.69931 0.43093 0.69670 0.43180 0.69496 0.43354 0.69409 0.43528 0.69409 0.43790\n 11 182 8 0.69757 0.45356 0.69583 0.45444 0.69409 0.45618 0.69409 0.45879 0.69496 0.45966 0.69670 0.45966 0.70018 0.45879 0.70628 0.45705\n 11 116 5 0.69409 0.45792 0.69496 0.45879 0.69670 0.45879 0.70018 0.45792 0.70628 0.45618\n 11 204 9 0.70018 0.45879 0.69670 0.46053 0.69496 0.46227 0.69409 0.46401 0.69409 0.46575 0.69496 0.46749 0.69583 0.46836 0.69757 0.46836 0.70628 0.46575\n 11 94 4 0.69409 0.46575 0.69583 0.46749 0.69757 0.46749 0.70628 0.46488\n 11 248 11 0.70018 0.46749 0.69670 0.46923 0.69496 0.47098 0.69409 0.47272 0.69409 0.47446 0.69496 0.47620 0.69583 0.47707 0.69757 0.47707 0.70280 0.47533 0.70541 0.47533 0.70628 0.47620\n 11 204 9 0.69409 0.47446 0.69583 0.47620 0.69757 0.47620 0.70280 0.47446 0.70541 0.47446 0.70628 0.47533 0.70628 0.47794 0.70454 0.47968 0.70280 0.48055\n 11 380 17 0.69409 0.48926 0.69496 0.48665 0.69757 0.48490 0.70018 0.48403 0.70280 0.48403 0.70454 0.48490 0.70541 0.48578 0.70628 0.48752 0.70628 0.48926 0.70541 0.49187 0.70280 0.49361 0.70018 0.49448 0.69757 0.49448 0.69583 0.49361 0.69496 0.49274 0.69409 0.49100 0.69409 0.48926\n 11 138 6 0.69409 0.48926 0.69496 0.48752 0.69757 0.48578 0.70018 0.48490 0.70367 0.48490 0.70541 0.48578\n 11 138 6 0.70628 0.48926 0.70541 0.49100 0.70280 0.49274 0.70018 0.49361 0.69670 0.49361 0.69496 0.49274\n 11 204 9 0.69757 0.49796 0.69583 0.49883 0.69409 0.50057 0.69409 0.50319 0.69496 0.50406 0.69757 0.50406 0.70280 0.50232 0.70454 0.50232 0.70628 0.50406\n 11 336 15 0.69409 0.50232 0.69496 0.50319 0.69757 0.50319 0.70280 0.50145 0.70454 0.50145 0.70541 0.50232 0.70628 0.50406 0.70628 0.50493 0.70541 0.50754 0.70367 0.50928 0.70106 0.51102 0.69757 0.51189 0.69409 0.51189 0.69409 0.51102 0.69583 0.51189\n 11 402 18 0.70193 0.51799 0.70106 0.52147 0.70018 0.52408 0.69844 0.52669 0.69670 0.52756 0.69496 0.52669 0.69409 0.52495 0.69409 0.52234 0.69496 0.51973 0.69757 0.51799 0.70018 0.51712 0.70280 0.51712 0.70454 0.51799 0.70541 0.51886 0.70628 0.52060 0.70628 0.52234 0.70541 0.52495 0.70367 0.52669\n 11 138 6 0.69409 0.52234 0.69496 0.52060 0.69757 0.51886 0.70018 0.51799 0.70367 0.51799 0.70541 0.51886\n 11 182 8 0.69409 0.54410 0.70018 0.54236 0.70367 0.54149 0.70541 0.54149 0.70628 0.54236 0.70628 0.54497 0.70454 0.54671 0.70280 0.54758\n 11 116 5 0.69409 0.54497 0.70018 0.54323 0.70367 0.54236 0.70541 0.54236 0.70628 0.54323\n 11 358 16 0.70018 0.54236 0.69757 0.54236 0.69496 0.54149 0.69409 0.53975 0.69409 0.53801 0.69496 0.53540 0.69757 0.53366 0.70018 0.53278 0.70280 0.53278 0.70454 0.53366 0.70541 0.53453 0.70628 0.53627 0.70628 0.53801 0.70541 0.53975 0.70280 0.54149 0.70018 0.54236\n 11 138 6 0.69409 0.53801 0.69496 0.53627 0.69757 0.53453 0.70018 0.53366 0.70367 0.53366 0.70541 0.53453\n 11 116 5 0.68800 0.55542 0.69931 0.55194 0.70193 0.55194 0.70454 0.55281 0.70541 0.55368\n 11 50 2 0.68800 0.55629 0.69931 0.55281\n 11 358 16 0.69931 0.55281 0.69670 0.55368 0.69496 0.55542 0.69409 0.55716 0.69409 0.55890 0.69496 0.56064 0.69583 0.56151 0.69757 0.56238 0.70018 0.56238 0.70280 0.56151 0.70541 0.55977 0.70628 0.55716 0.70628 0.55542 0.70541 0.55368 0.70280 0.55281 0.69931 0.55281\n 11 138 6 0.69496 0.56064 0.69670 0.56151 0.70018 0.56151 0.70280 0.56064 0.70541 0.55890 0.70628 0.55716\n 11 50 2 0.68800 0.55281 0.68800 0.55629\n 11 182 8 0.68800 0.57196 0.70018 0.56848 0.70367 0.56761 0.70541 0.56761 0.70628 0.56848 0.70628 0.57109 0.70454 0.57283 0.70280 0.57370\n 11 116 5 0.68800 0.57283 0.70018 0.56935 0.70367 0.56848 0.70541 0.56848 0.70628 0.56935\n 11 50 2 0.68800 0.56935 0.68800 0.57283\n 11 402 18 0.70193 0.57892 0.70106 0.58241 0.70018 0.58502 0.69844 0.58763 0.69670 0.58850 0.69496 0.58763 0.69409 0.58589 0.69409 0.58328 0.69496 0.58067 0.69757 0.57892 0.70018 0.57805 0.70280 0.57805 0.70454 0.57892 0.70541 0.57979 0.70628 0.58154 0.70628 0.58328 0.70541 0.58589 0.70367 0.58763\n 11 138 6 0.69409 0.58328 0.69496 0.58154 0.69757 0.57979 0.70018 0.57892 0.70367 0.57892 0.70541 0.57979\n 11 182 8 0.68800 0.61200 0.70018 0.60852 0.70367 0.60765 0.70541 0.60765 0.70628 0.60852 0.70628 0.61113 0.70454 0.61288 0.70280 0.61375\n 11 116 5 0.68800 0.61288 0.70018 0.60939 0.70367 0.60852 0.70541 0.60852 0.70628 0.60939\n 11 50 2 0.68800 0.60939 0.68800 0.61288\n 11 182 8 0.69409 0.62942 0.70018 0.62767 0.70367 0.62680 0.70541 0.62680 0.70628 0.62767 0.70628 0.63029 0.70454 0.63203 0.70280 0.63290\n 11 116 5 0.69409 0.63029 0.70018 0.62855 0.70367 0.62767 0.70541 0.62767 0.70628 0.62855\n 11 358 16 0.70018 0.62767 0.69757 0.62767 0.69496 0.62680 0.69409 0.62506 0.69409 0.62332 0.69496 0.62071 0.69757 0.61897 0.70018 0.61810 0.70280 0.61810 0.70454 0.61897 0.70541 0.61984 0.70628 0.62158 0.70628 0.62332 0.70541 0.62506 0.70280 0.62680 0.70018 0.62767\n 11 138 6 0.69409 0.62332 0.69496 0.62158 0.69757 0.61984 0.70018 0.61897 0.70367 0.61897 0.70541 0.61984\n 11 116 5 0.68800 0.64073 0.69931 0.63725 0.70193 0.63725 0.70454 0.63812 0.70541 0.63899\n 11 50 2 0.68800 0.64160 0.69931 0.63812\n 11 358 16 0.69931 0.63812 0.69670 0.63899 0.69496 0.64073 0.69409 0.64247 0.69409 0.64422 0.69496 0.64596 0.69583 0.64683 0.69757 0.64770 0.70018 0.64770 0.70280 0.64683 0.70541 0.64509 0.70628 0.64247 0.70628 0.64073 0.70541 0.63899 0.70280 0.63812 0.69931 0.63812\n 11 138 6 0.69496 0.64596 0.69670 0.64683 0.70018 0.64683 0.70280 0.64596 0.70541 0.64422 0.70628 0.64247\n 11 50 2 0.68800 0.63812 0.68800 0.64160\n 11 402 18 0.70193 0.65379 0.70106 0.65727 0.70018 0.65989 0.69844 0.66250 0.69670 0.66337 0.69496 0.66250 0.69409 0.66076 0.69409 0.65814 0.69496 0.65553 0.69757 0.65379 0.70018 0.65292 0.70280 0.65292 0.70454 0.65379 0.70541 0.65466 0.70628 0.65640 0.70628 0.65814 0.70541 0.66076 0.70367 0.66250\n 11 138 6 0.69409 0.65814 0.69496 0.65640 0.69757 0.65466 0.70018 0.65379 0.70367 0.65379 0.70541 0.65466\n 11 182 8 0.68800 0.67294 0.70018 0.66946 0.70367 0.66859 0.70541 0.66859 0.70628 0.66946 0.70628 0.67207 0.70454 0.67381 0.70280 0.67468\n 11 116 5 0.68800 0.67381 0.70018 0.67033 0.70367 0.66946 0.70541 0.66946 0.70628 0.67033\n 11 50 2 0.68800 0.67033 0.68800 0.67381\n 21 6 1\n 25 6 1\n 11 182 8 0.72291 0.37279 0.72117 0.37366 0.71943 0.37540 0.71943 0.37801 0.72030 0.37888 0.72204 0.37888 0.72552 0.37801 0.73162 0.37627\n 11 116 5 0.71943 0.37714 0.72030 0.37801 0.72204 0.37801 0.72552 0.37714 0.73162 0.37540\n 11 204 9 0.72552 0.37801 0.72204 0.37975 0.72030 0.38149 0.71943 0.38323 0.71943 0.38497 0.72030 0.38672 0.72117 0.38759 0.72291 0.38759 0.73162 0.38497\n 11 94 4 0.71943 0.38497 0.72117 0.38672 0.72291 0.38672 0.73162 0.38410\n 11 248 11 0.72552 0.38672 0.72204 0.38846 0.72030 0.39020 0.71943 0.39194 0.71943 0.39368 0.72030 0.39542 0.72117 0.39629 0.72291 0.39629 0.72813 0.39455 0.73075 0.39455 0.73162 0.39542\n 11 204 9 0.71943 0.39368 0.72117 0.39542 0.72291 0.39542 0.72813 0.39368 0.73075 0.39368 0.73162 0.39455 0.73162 0.39716 0.72988 0.39890 0.72813 0.39977\n 11 380 17 0.71943 0.40848 0.72030 0.40587 0.72291 0.40413 0.72552 0.40326 0.72813 0.40326 0.72988 0.40413 0.73075 0.40500 0.73162 0.40674 0.73162 0.40848 0.73075 0.41109 0.72813 0.41283 0.72552 0.41370 0.72291 0.41370 0.72117 0.41283 0.72030 0.41196 0.71943 0.41022 0.71943 0.40848\n 11 138 6 0.71943 0.40848 0.72030 0.40674 0.72291 0.40500 0.72552 0.40413 0.72900 0.40413 0.73075 0.40500\n 11 138 6 0.73162 0.40848 0.73075 0.41022 0.72813 0.41196 0.72552 0.41283 0.72204 0.41283 0.72030 0.41196\n 11 358 16 0.71508 0.43285 0.71508 0.43372 0.71333 0.43460 0.71856 0.43372 0.71682 0.43372 0.71508 0.43285 0.71421 0.43198 0.71333 0.42937 0.71333 0.42589 0.71421 0.42328 0.71595 0.42154 0.71769 0.42154 0.71943 0.42241 0.72030 0.42328 0.72378 0.42937 0.72552 0.43111\n 11 380 17 0.71769 0.42154 0.71943 0.42328 0.72291 0.42937 0.72378 0.43024 0.72552 0.43111 0.72813 0.43111 0.72988 0.43024 0.73075 0.42937 0.73162 0.42676 0.73162 0.42328 0.73075 0.42067 0.72988 0.41980 0.72813 0.41893 0.72639 0.41893 0.73162 0.41805 0.72988 0.41893 0.72988 0.41980\n 11 402 18 0.72726 0.43982 0.72639 0.44330 0.72552 0.44591 0.72378 0.44852 0.72204 0.44939 0.72030 0.44852 0.71943 0.44678 0.71943 0.44417 0.72030 0.44156 0.72291 0.43982 0.72552 0.43895 0.72813 0.43895 0.72988 0.43982 0.73075 0.44069 0.73162 0.44243 0.73162 0.44417 0.73075 0.44678 0.72900 0.44852\n 11 138 6 0.71943 0.44417 0.72030 0.44243 0.72291 0.44069 0.72552 0.43982 0.72900 0.43982 0.73075 0.44069\n 11 182 8 0.71333 0.45984 0.72552 0.45636 0.72900 0.45549 0.73075 0.45549 0.73162 0.45636 0.73162 0.45897 0.72988 0.46071 0.72813 0.46158\n 11 116 5 0.71333 0.46071 0.72552 0.45723 0.72900 0.45636 0.73075 0.45636 0.73162 0.45723\n 11 50 2 0.71943 0.45462 0.71943 0.46245\n 11 182 8 0.71333 0.48596 0.72552 0.48248 0.72900 0.48161 0.73075 0.48161 0.73162 0.48248 0.73162 0.48509 0.72988 0.48683 0.72813 0.48770\n 11 116 5 0.71333 0.48683 0.72552 0.48335 0.72900 0.48248 0.73075 0.48248 0.73162 0.48335\n 11 50 2 0.71943 0.48073 0.71943 0.48857\n 11 380 17 0.71943 0.49815 0.72030 0.49553 0.72291 0.49379 0.72552 0.49292 0.72813 0.49292 0.72988 0.49379 0.73075 0.49466 0.73162 0.49640 0.73162 0.49815 0.73075 0.50076 0.72813 0.50250 0.72552 0.50337 0.72291 0.50337 0.72117 0.50250 0.72030 0.50163 0.71943 0.49989 0.71943 0.49815\n 11 138 6 0.71943 0.49815 0.72030 0.49640 0.72291 0.49466 0.72552 0.49379 0.72900 0.49379 0.73075 0.49466\n 11 138 6 0.73162 0.49815 0.73075 0.49989 0.72813 0.50163 0.72552 0.50250 0.72204 0.50250 0.72030 0.50163\n 11 446 20 0.71595 0.53471 0.71856 0.53558 0.71333 0.53558 0.71595 0.53471 0.71421 0.53297 0.71333 0.53036 0.71333 0.52861 0.71421 0.52600 0.71595 0.52426 0.71769 0.52339 0.72030 0.52252 0.72465 0.52252 0.72726 0.52339 0.72900 0.52426 0.73075 0.52600 0.73162 0.52861 0.73162 0.53036 0.73075 0.53297 0.72900 0.53471 0.72726 0.53558\n 11 226 10 0.71333 0.52861 0.71421 0.52687 0.71595 0.52513 0.71769 0.52426 0.72030 0.52339 0.72465 0.52339 0.72726 0.52426 0.72900 0.52513 0.73075 0.52687 0.73162 0.52861\n 11 50 2 0.71333 0.54254 0.73162 0.54254\n 11 50 2 0.71333 0.54341 0.73162 0.54341\n 11 226 10 0.71333 0.53993 0.71333 0.55038 0.71421 0.55299 0.71508 0.55386 0.71682 0.55473 0.71856 0.55473 0.72030 0.55386 0.72117 0.55299 0.72204 0.55038 0.72204 0.54341\n 11 182 8 0.71333 0.55038 0.71421 0.55212 0.71508 0.55299 0.71682 0.55386 0.71856 0.55386 0.72030 0.55299 0.72117 0.55212 0.72204 0.55038\n 11 50 2 0.73162 0.53993 0.73162 0.54603\n 11 160 7 0.72204 0.54777 0.72291 0.54951 0.72378 0.55038 0.72988 0.55299 0.73075 0.55386 0.73075 0.55473 0.72988 0.55560\n 11 160 7 0.72291 0.54951 0.72465 0.55038 0.73075 0.55212 0.73162 0.55299 0.73162 0.55473 0.72988 0.55560 0.72900 0.55560\n 11 292 13 0.72117 0.57562 0.72204 0.57562 0.72204 0.57475 0.72117 0.57475 0.72030 0.57562 0.71943 0.57737 0.71943 0.58085 0.72030 0.58259 0.72117 0.58346 0.72291 0.58433 0.72900 0.58433 0.73075 0.58520 0.73162 0.58607\n 11 116 5 0.72117 0.58346 0.72900 0.58346 0.73075 0.58433 0.73162 0.58607 0.73162 0.58694\n 11 248 11 0.72291 0.58346 0.72378 0.58259 0.72465 0.57737 0.72552 0.57475 0.72726 0.57388 0.72900 0.57388 0.73075 0.57475 0.73162 0.57737 0.73162 0.57998 0.73075 0.58172 0.72900 0.58346\n 11 138 6 0.72465 0.57737 0.72552 0.57562 0.72726 0.57475 0.72900 0.57475 0.73075 0.57562 0.73162 0.57737\n 11 50 2 0.71943 0.59304 0.73162 0.59304\n 11 50 2 0.71943 0.59391 0.73162 0.59391\n 11 160 7 0.72204 0.59391 0.72030 0.59565 0.71943 0.59826 0.71943 0.60000 0.72030 0.60261 0.72204 0.60348 0.73162 0.60348\n 11 94 4 0.71943 0.60000 0.72030 0.60174 0.72204 0.60261 0.73162 0.60261\n 11 50 2 0.71943 0.59042 0.71943 0.59391\n 11 50 2 0.73162 0.59042 0.73162 0.59652\n 11 50 2 0.73162 0.60000 0.73162 0.60609\n 11 50 2 0.71333 0.62089 0.73162 0.62089\n 11 50 2 0.71333 0.62176 0.73162 0.62176\n 11 314 14 0.72204 0.62089 0.72030 0.61915 0.71943 0.61741 0.71943 0.61567 0.72030 0.61306 0.72204 0.61132 0.72465 0.61045 0.72639 0.61045 0.72900 0.61132 0.73075 0.61306 0.73162 0.61567 0.73162 0.61741 0.73075 0.61915 0.72900 0.62089\n 11 182 8 0.71943 0.61567 0.72030 0.61393 0.72204 0.61219 0.72465 0.61132 0.72639 0.61132 0.72900 0.61219 0.73075 0.61393 0.73162 0.61567\n 11 50 2 0.71333 0.61828 0.71333 0.62176\n 11 50 2 0.73162 0.62089 0.73162 0.62438\n 21 6 4\n 25 6 4\n 11 50 2 0.71333 0.64440 0.73162 0.64440\n 11 50 2 0.71333 0.64527 0.73162 0.64527\n 11 226 10 0.71333 0.64179 0.71333 0.65223 0.71421 0.65484 0.71508 0.65571 0.71682 0.65659 0.71943 0.65659 0.72117 0.65571 0.72204 0.65484 0.72291 0.65223 0.72291 0.64527\n 11 182 8 0.71333 0.65223 0.71421 0.65397 0.71508 0.65484 0.71682 0.65571 0.71943 0.65571 0.72117 0.65484 0.72204 0.65397 0.72291 0.65223\n 11 50 2 0.73162 0.64179 0.73162 0.64788\n 11 50 2 0.71508 0.66964 0.73162 0.66964\n 11 50 2 0.71333 0.67051 0.73162 0.67051\n 11 72 3 0.71333 0.67051 0.72639 0.66094 0.72639 0.67487\n 11 50 2 0.73162 0.66703 0.73162 0.67313\n 21 6 1\n 25 6 1\n 21 6 4\n 25 6 4\n 11 50 2 0.74424 0.49397 0.75643 0.49397\n 11 314 14 0.74685 0.49397 0.74511 0.49223 0.74424 0.49049 0.74424 0.48788 0.74511 0.48614 0.74685 0.48440 0.74947 0.48353 0.75121 0.48353 0.75382 0.48440 0.75556 0.48614 0.75643 0.48788 0.75643 0.49049 0.75556 0.49223 0.75382 0.49397\n 11 116 5 0.73815 0.50181 0.75295 0.50181 0.75556 0.50268 0.75643 0.50442 0.75643 0.50616\n 11 50 2 0.74424 0.49920 0.74424 0.50529\n 11 512 23 0.74424 0.53576 0.74685 0.53489 0.74859 0.53315 0.74947 0.53054 0.74947 0.52967 0.74859 0.52705 0.74685 0.52531 0.74424 0.52444 0.74337 0.52444 0.74076 0.52531 0.73902 0.52705 0.73815 0.52967 0.73815 0.53054 0.73902 0.53315 0.74076 0.53489 0.74424 0.53576 0.74859 0.53576 0.75295 0.53489 0.75556 0.53315 0.75643 0.53054 0.75643 0.52880 0.75556 0.52618 0.75382 0.52531\n 11 380 17 0.73815 0.54708 0.73902 0.54447 0.74163 0.54272 0.74598 0.54185 0.74859 0.54185 0.75295 0.54272 0.75556 0.54447 0.75643 0.54708 0.75643 0.54882 0.75556 0.55143 0.75295 0.55317 0.74859 0.55404 0.74598 0.55404 0.74163 0.55317 0.73902 0.55143 0.73815 0.54882 0.73815 0.54708\n 11 50 2 0.73815 0.58364 0.75643 0.58364\n 11 314 14 0.74685 0.58364 0.74511 0.58190 0.74424 0.58016 0.74424 0.57755 0.74511 0.57581 0.74685 0.57406 0.74947 0.57319 0.75121 0.57319 0.75382 0.57406 0.75556 0.57581 0.75643 0.57755 0.75643 0.58016 0.75556 0.58190 0.75382 0.58364\n 11 380 17 0.74947 0.58973 0.74947 0.60018 0.74772 0.60018 0.74598 0.59931 0.74511 0.59844 0.74424 0.59670 0.74424 0.59409 0.74511 0.59235 0.74685 0.59060 0.74947 0.58973 0.75121 0.58973 0.75382 0.59060 0.75556 0.59235 0.75643 0.59409 0.75643 0.59670 0.75556 0.59844 0.75382 0.60018\n 11 160 7 0.74424 0.61585 0.75817 0.61585 0.76078 0.61498 0.76165 0.61411 0.76252 0.61237 0.76252 0.60976 0.76165 0.60802\n 11 314 14 0.74685 0.61585 0.74511 0.61411 0.74424 0.61237 0.74424 0.60976 0.74511 0.60802 0.74685 0.60627 0.74947 0.60540 0.75121 0.60540 0.75382 0.60627 0.75556 0.60802 0.75643 0.60976 0.75643 0.61237 0.75556 0.61411 0.75382 0.61585\n 11 50 2 0.74424 0.62281 0.75643 0.62281\n 11 116 5 0.74947 0.62281 0.74685 0.62369 0.74511 0.62543 0.74424 0.62717 0.74424 0.62978\n 11 380 17 0.74947 0.63326 0.74947 0.64371 0.74772 0.64371 0.74598 0.64284 0.74511 0.64197 0.74424 0.64023 0.74424 0.63761 0.74511 0.63587 0.74685 0.63413 0.74947 0.63326 0.75121 0.63326 0.75382 0.63413 0.75556 0.63587 0.75643 0.63761 0.75643 0.64023 0.75556 0.64197 0.75382 0.64371\n 11 380 17 0.74947 0.64893 0.74947 0.65938 0.74772 0.65938 0.74598 0.65851 0.74511 0.65764 0.74424 0.65590 0.74424 0.65328 0.74511 0.65154 0.74685 0.64980 0.74947 0.64893 0.75121 0.64893 0.75382 0.64980 0.75556 0.65154 0.75643 0.65328 0.75643 0.65590 0.75556 0.65764 0.75382 0.65938\n 11 380 17 0.74685 0.67418 0.74511 0.67331 0.74424 0.67069 0.74424 0.66808 0.74511 0.66547 0.74685 0.66460 0.74859 0.66547 0.74947 0.66721 0.75034 0.67157 0.75121 0.67331 0.75295 0.67418 0.75382 0.67418 0.75556 0.67331 0.75643 0.67069 0.75643 0.66808 0.75556 0.66547 0.75382 0.66460\n 21 6 1\n 25 6 1\n 82 0\n 81 6 718\n 82 0\n 81 6 719\n 82 0\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"eba64b042527544751fdc4d0b65eba846a735bd5","subject":"Add v:class_parent\/2 UTs","message":"Add v:class_parent\/2 UTs\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(eval_obj_expr,\n [[E1, E2, E3] =@= [HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n eval_obj_expr(HTTP_Result, E1),\n eval_obj_expr(HTTP_Result\/www_address, E2),\n eval_obj_expr(HTTP_Result\/www_address\/http_request_url, E3).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"ba56284e053ced1463db9d6b756e1f2e8e8e86d8","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/eval\/baseline\/throughput-latency.gnuplot","new_file":"mtdb\/eval\/baseline\/throughput-latency.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 4\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\nLABEL_Y = system(\"echo $LABEL_Y\")\nEBS_MAG_LABEL_X = system(\"echo $EBS_MAG_LABEL_X\")\nEBS_MAG_LABEL_Y = system(\"echo $EBS_MAG_LABEL_Y\")\nEBS_SSD_LABEL_X = system(\"echo $EBS_SSD_LABEL_X\")\nEBS_SSD_LABEL_Y = system(\"echo $EBS_SSD_LABEL_Y\")\nLOCAL_SSD_LABEL_X = system(\"echo $LOCAL_SSD_LABEL_X\")\nLOCAL_SSD_LABEL_Y = system(\"echo $LOCAL_SSD_LABEL_Y\")\nY_MAX = system(\"echo $Y_MAX\")\nCOL_IDX_LATENCY = system(\"echo $COL_IDX_LATENCY\")\n\nset print \"-\"\nprint (sprintf(\"COL_IDX_LATENCY: %s\", COL_IDX_LATENCY))\n# Convert string to int\n# http:\/\/stackoverflow.com\/questions\/9739315\/how-to-convert-string-to-number-in-gnuplot\nCOL_IDX_LATENCY=COL_IDX_LATENCY+0\n\n## Get min and max values\n#set terminal unknown\n#set logscale xy\n#plot \\\n#FN_IN u 5:($2\/1000):($3\/1000):($4\/1000) with yerrorbars\n#X_MIN=GPVAL_DATA_X_MIN\n#X_MAX=GPVAL_DATA_X_MAX\n#Y_MIN=GPVAL_DATA_Y_MIN\n#Y_MAX=GPVAL_DATA_Y_MAX\n\nset terminal pdfcairo enhanced size 2in, 1.5in\nset output FN_OUT\n\nset tmargin at screen 0.96\nset bmargin at screen 0.240\nset lmargin at screen 0.220\nset rmargin at screen 0.970\n\nset xlabel \"Throughput (K OP\/sec)\" offset 0,0.3\nset ylabel LABEL_Y . \" latency (ms)\" offset 1.5,-0.3\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,2\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,20\n\nset xrange [0:11]\ny0=Y_MAX*1.08\nset yrange [0:y0]\n\nset label \"EBS Magnetic\" at (EBS_MAG_LABEL_X\/1000) , EBS_MAG_LABEL_Y center offset 0,0.5 tc rgb \"blue\" font \",8\"\nset label \"EBS SSD\" at (EBS_SSD_LABEL_X\/1000) , EBS_SSD_LABEL_Y center offset 0,0.5 tc rgb \"#a52a2a\" font \",8\"\nset label \"Local SSD\" at (LOCAL_SSD_LABEL_X\/1000), LOCAL_SSD_LABEL_Y center offset 0,0.5 tc rgb \"red\" font \",8\"\n\nplot \\\nFN_IN u ($5\/1000):((strcol(1) eq \"EBS Mag\" ) && ($12 >= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 6 pointsize 0.2 lt 0 lc rgb \"blue\" not, \\\nFN_IN u ($5\/1000):((strcol(1) eq \"EBS Mag\" ) && ($12 <= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 7 pointsize 0.2 lc rgb \"blue\" not, \\\nFN_IN u ($5\/1000):((strcol(1) eq \"EBS SSD GP2\") && ($12 >= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 6 pointsize 0.2 lt 0 lc rgb \"#a52a2a\" not, \\\nFN_IN u ($5\/1000):((strcol(1) eq \"EBS SSD GP2\") && ($12 <= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 7 pointsize 0.2 lc rgb \"#a52a2a\" not, \\\nFN_IN u ($5\/1000):((strcol(1) eq \"Local SSD\" ) && ($12 >= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 6 pointsize 0.2 lt 0 lc rgb \"red\" not, \\\nFN_IN u ($5\/1000):((strcol(1) eq \"Local SSD\" ) && ($12 <= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 7 pointsize 0.2 lc rgb \"red\" not\n\n# Looks too complicated\n# (x, y, ylow, yhigh)\n# median, avg, 99th\n#plot \\\n#FN_IN u ($5\/1000):(strcol(1) eq \"EBS SSD GP2\" ? $6 : 1\/0):7:8 with yerrorbars pt 7 pointsize 0.2 t \"EBS SSD\", \\\n#FN_IN u ($5\/1000):(strcol(1) eq \"Local SSD\" ? $6 : 1\/0):7:8 with yerrorbars pt 7 pointsize 0.2 t \"Local SSD\"\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 4\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\nLABEL_Y = system(\"echo $LABEL_Y\")\nEBS_MAG_LABEL_X = system(\"echo $EBS_MAG_LABEL_X\")\nEBS_MAG_LABEL_Y = system(\"echo $EBS_MAG_LABEL_Y\")\nEBS_SSD_LABEL_X = system(\"echo $EBS_SSD_LABEL_X\")\nEBS_SSD_LABEL_Y = system(\"echo $EBS_SSD_LABEL_Y\")\nLOCAL_SSD_LABEL_X = system(\"echo $LOCAL_SSD_LABEL_X\")\nLOCAL_SSD_LABEL_Y = system(\"echo $LOCAL_SSD_LABEL_Y\")\nY_MAX = system(\"echo $Y_MAX\")\nCOL_IDX_LATENCY = system(\"echo $COL_IDX_LATENCY\")\n\nset print \"-\"\nprint (sprintf(\"COL_IDX_LATENCY: %s\", COL_IDX_LATENCY))\n# Convert string to int\n# http:\/\/stackoverflow.com\/questions\/9739315\/how-to-convert-string-to-number-in-gnuplot\nCOL_IDX_LATENCY=COL_IDX_LATENCY+0\n\n## Get min and max values\n#set terminal unknown\n#set logscale xy\n#plot \\\n#FN_IN u 5:($2\/1000):($3\/1000):($4\/1000) with yerrorbars\n#X_MIN=GPVAL_DATA_X_MIN\n#X_MAX=GPVAL_DATA_X_MAX\n#Y_MIN=GPVAL_DATA_Y_MIN\n#Y_MAX=GPVAL_DATA_Y_MAX\n\nset terminal pdfcairo enhanced size 2in, 1.5in\nset output FN_OUT\n\nset tmargin at screen 0.980\nset bmargin at screen 0.240\nset lmargin at screen 0.220\nset rmargin at screen 0.970\n\nset xlabel \"Throughput (K OP\/sec)\" offset 0,0.3\nset ylabel LABEL_Y . \" latency (ms)\" offset 1.5,-0.3\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,2\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,20\n\nset xrange [0:11]\ny0=Y_MAX*1.08\nset yrange [0:y0]\n\nset label \"EBS Magnetic\" at (EBS_MAG_LABEL_X\/1000) , EBS_MAG_LABEL_Y center offset 0,0.5 tc rgb \"blue\" font \",8\"\nset label \"EBS SSD\" at (EBS_SSD_LABEL_X\/1000) , EBS_SSD_LABEL_Y center offset 0,0.5 tc rgb \"#a52a2a\" font \",8\"\nset label \"Local SSD\" at (LOCAL_SSD_LABEL_X\/1000), LOCAL_SSD_LABEL_Y center offset 0,0.5 tc rgb \"red\" font \",8\"\n\nplot \\\nFN_IN u ($5\/1000):((strcol(1) eq \"EBS Mag\" ) && ($12 >= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 6 pointsize 0.2 lt 0 lc rgb \"blue\" not, \\\nFN_IN u ($5\/1000):((strcol(1) eq \"EBS Mag\" ) && ($12 <= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 7 pointsize 0.2 lc rgb \"blue\" not, \\\nFN_IN u ($5\/1000):((strcol(1) eq \"EBS SSD GP2\") && ($12 >= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 6 pointsize 0.2 lt 0 lc rgb \"#a52a2a\" not, \\\nFN_IN u ($5\/1000):((strcol(1) eq \"EBS SSD GP2\") && ($12 <= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 7 pointsize 0.2 lc rgb \"#a52a2a\" not, \\\nFN_IN u ($5\/1000):((strcol(1) eq \"Local SSD\" ) && ($12 >= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 6 pointsize 0.2 lt 0 lc rgb \"red\" not, \\\nFN_IN u ($5\/1000):((strcol(1) eq \"Local SSD\" ) && ($12 <= 1) ? column(COL_IDX_LATENCY) : 1\/0) with linespoints pt 7 pointsize 0.2 lc rgb \"red\" not\n\n# Looks too complicated\n# (x, y, ylow, yhigh)\n# median, avg, 99th\n#plot \\\n#FN_IN u ($5\/1000):(strcol(1) eq \"EBS SSD GP2\" ? $6 : 1\/0):7:8 with yerrorbars pt 7 pointsize 0.2 t \"EBS SSD\", \\\n#FN_IN u ($5\/1000):(strcol(1) eq \"Local SSD\" ? $6 : 1\/0):7:8 with yerrorbars pt 7 pointsize 0.2 t \"Local SSD\"\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"1be5ad0afe6524582fdc9924be8aa8f408cb47b8","subject":"updated plot commands for figure 2-2","message":"updated plot commands for figure 2-2\n","repos":"heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed","old_file":"Figures\/scripts\/chapter2\/2ed-2-2.plot","new_file":"Figures\/scripts\/chapter2\/2ed-2-2.plot","new_contents":"#!\/usr\/bin\/gnuplot -persist\nset terminal postscript monochrome portrait\nset output '2ed-2-2.ps'\n\nset key top left \nset key box\n\n\n# multiple graphs per image\nset multiplot\n\n# top one first\nset size 1,.5\nset origin 0,.5\n\nset xlabel \"Size of input set n\" \nset ylabel \"Execution Time (in microseconds)\" \nset title \"Sorted data\"\nset xrange [ 0 : 18000 ] noreverse nowriteback\nset yrange [ 0 : 4000 ] noreverse nowriteback\n\nset xtics 5000.00\n\n\nplot '2ed-figure2-2.dat' using 1:2 index 0 title \"Sort1\" with linespoints,'2ed-figure2-2.dat' using 1:3 index 0 title \"Sort2\" with linespoints,'2ed-figure2-2.dat' using 1:4 index 0 title \"Sort3\" with linespoints,'2ed-figure2-2.dat' using 1:5 index 0 title \"Sort4\" with linespoints\n\n# bottom one second\nset size 1, .5\nset origin 0,0\n\nset xlabel \"Size of input set n\" \nset ylabel \"Execution Time (in microseconds)\"\nset title \"Sorted data with 32 elements out of position\" \nset xrange [ 0 : 18000 ] noreverse nowriteback\nset yrange [ 0 : 4000 ] noreverse nowriteback\n\nset xtics 5000.00\n\n\nplot '2ed-figure2-2.dat' using 1:2 index 1 title \"Sort1\" with linespoints,'2ed-figure2-2.dat' using 1:3 index 1 title \"Sort2\" with linespoints,'2ed-figure2-2.dat' using 1:4 index 1 title \"Sort3\" with linespoints,'2ed-figure2-2.dat' using 1:5 index 1 title \"Sort4\" with linespoints\n# EOF\n","old_contents":"#!\/usr\/bin\/gnuplot -persist\nset terminal postscript monochrome portrait\nset output '2ed-2-2.ps'\n\nset key top left \nset key box\n\n\n# multiple graphs per image\nset multiplot\n\n# top one first\nset size 1,.5\nset origin 0,.5\n\nset xlabel \"Size of input set n\" \nset ylabel \"Execution Time (in microseconds)\" \nset title \"Sorted data\"\nset xrange [ 0 : 18000 ] noreverse nowriteback\nset yrange [ 0 : 4000 ] noreverse nowriteback\n\nset xtics 5000.00\n\n\nplot '2ed-figure2-2.dat' using 1:5 index 0 title \"Sort1\" with linespoints,'2ed-figure2-2.dat' using 1:3 index 0 title \"Sort2\" with linespoints,'2ed-figure2-2.dat' using 1:4 index 0 title \"Sort3\" with linespoints,'2ed-figure2-2.dat' using 1:2 index 0 title \"Sort4\" with linespoints\n\n# bottom one second\nset size 1, .5\nset origin 0,0\n\nset xlabel \"Size of input set n\" \nset ylabel \"Execution Time (in microseconds)\"\nset title \"Sorted data with 32 elements out of position\" \nset xrange [ 0 : 18000 ] noreverse nowriteback\nset yrange [ 0 : 4000 ] noreverse nowriteback\n\nset xtics 5000.00\n\n\nplot '2ed-figure2-2.dat' using 1:5 index 1 title \"Sort1\" with linespoints,'2ed-figure2-2.dat' using 1:3 index 1 title \"Sort2\" with linespoints,'2ed-figure2-2.dat' using 1:4 index 1 title \"Sort3\" with linespoints,'2ed-figure2-2.dat' using 1:2 index 1 title \"Sort4\" with linespoints\n# EOF\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"37d92a02f11d87cdbf43070d1ab2c4457df43624","subject":"20160125T1829","message":"20160125T1829\n","repos":"Mausy5043\/ubundiagd,Mausy5043\/ubundiagd,Mausy5043\/ubundiagd","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Wind Speed (Gilze-Rijen)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed [km\/h]\" # Title for Y-axis\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):(kmh($3)) title \"Windspeed [km\/h]\" with impulses\\\n\n#points pt 5 ps 0.2\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Wind Speed (Gilze-Rijen)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed [km\/h]\" # Title for Y-axis\nset yrange [0:]\nset autoscale y\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):(kmh($3)) title \"Windspeed [km\/h]\" with impulses\\\n\n#points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2925226faa43b4db9ff05e8d149ad62cf15e7f65","subject":"Add x^4","message":"Add x^4\n","repos":"rekka\/intro-fortran-2016,rekka\/intro-fortran-2016","old_file":"lec4\/error.plt","new_file":"lec4\/error.plt","new_contents":"set title \"Error of the Midpoint method\" # set the title of the plot\nset xlabel \"h\" # set the label for the x axis\nset ylabel \"err\" # set the label for the y axis\nset key right bottom # set the position of the legend\nset logscale xy # set axes x and y to use the logarithmic scale\nplot 'error.dat', x, x**2, x**3, x**4\n","old_contents":"set title \"Error of the Midpoint method\" # set the title of the plot\nset xlabel \"h\" # set the label for the x axis\nset ylabel \"err\" # set the label for the y axis\nset key right bottom # set the position of the legend\nset logscale xy # set axes x and y to use the logarithmic scale\nplot 'error.dat', x, x**2, x**3\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"283ca10f7847509fdcf0e508277e3cc1ae612919","subject":"Moved results for inlined code to the left (overview plot).","message":"Moved results for inlined code to the left (overview plot).\n","repos":"hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm","old_file":"samples\/smm\/smm-perf.plt","new_file":"samples\/smm\/smm-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 7\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\"-specialized.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = STATS_max\nstats BASENAME.\"-specialized.dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.0f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\"-specialized.dat\" using FLOPS nooutput; MED = sprintf(\"%.0f\", STATS_median); MAXFLOPS = sprintf(\"%.0f\", STATS_max)\nstats BASENAME.\"-specialized.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\"-specialized.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\"-specialized.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset style fill solid 0.4 border -1\nset style data histograms\nset style histogram cluster #gap 2\n#set boxwidth 0.5 relative\nset grid y2tics lc \"grey\"\nset key left #spacing 0.5\nset xtics rotate by -45 scale 0; set bmargin 6\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset yrange [0:*]\nplot BASENAME.\"-inlined.dat\" using FLOPS title \"Inlined\", \\\n BASENAME.\"-blas.dat\" using FLOPS title \"BLAS\", \\\n BASENAME.\"-dispatched.dat\" using FLOPS title \"Dispatched\", \\\n BASENAME.\"-specialized.dat\" using FLOPS:xtic(\"(\".strcol(MPARM).\",\".strcol(NPARM).\",\".strcol(KPARM).\")\") title \"Specialized\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Binned by Problem Size)\" }\nset style fill solid 0.4 border -1\nset boxwidth 0.5\nset grid y2tics lc \"grey\"\nunset key\nunset xtics\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xrange [-0.5:2.5]\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nplot BASENAME.\"-specialized.dat\" \\\n using (0.0):((((0.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK*1.0\/3.0)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n \"\" using (1.0):((((MAXMNK*1.0\/3.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK*2.0\/3.0)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n \"\" using (2.0):((((MAXMNK*2.0\/3.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK)))?column(FLOPS):1\/0) notitle smooth unique with boxes\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s Maximum: \".MAXFLOPS.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset y2label \"GFLOP\/s\"\nset y2tics nomirror\nunset ytics\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x*0.85:x*1.15] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.0f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 100, h(x)\nset label 2 sprintf(\"%.0f GFLOP\/s\", h(x)) at 0.5 * (x + 100.0), h(x) centre offset 0, -1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\"-specialized.dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 7\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\"-specialized.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = STATS_max\nstats BASENAME.\"-specialized.dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.0f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\"-specialized.dat\" using FLOPS nooutput; MED = sprintf(\"%.0f\", STATS_median); MAXFLOPS = sprintf(\"%.0f\", STATS_max)\nstats BASENAME.\"-specialized.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\"-specialized.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\"-specialized.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset style fill solid 0.4 border -1\nset style data histograms\nset style histogram cluster #gap 2\n#set boxwidth 0.5 relative\nset grid y2tics lc \"grey\"\nset key left #spacing 0.5\nset xtics rotate by -45 scale 0; set bmargin 6\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset yrange [0:*]\nplot BASENAME.\"-blas.dat\" using FLOPS:xtic(\"(\".strcol(MPARM).\",\".strcol(NPARM).\",\".strcol(KPARM).\")\") title \"BLAS\", \\\n BASENAME.\"-inlined.dat\" using FLOPS title \"Inlined\", \\\n BASENAME.\"-dispatched.dat\" using FLOPS title \"Dispatched\", \\\n BASENAME.\"-specialized.dat\" using FLOPS title \"Specialized\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Binned by Problem Size)\" }\nset style fill solid 0.4 border -1\nset boxwidth 0.5\nset grid y2tics lc \"grey\"\nunset key\nunset xtics\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xrange [-0.5:2.5]\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nplot BASENAME.\"-specialized.dat\" \\\n using (0.0):((((0.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK*1.0\/3.0)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n \"\" using (1.0):((((MAXMNK*1.0\/3.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK*2.0\/3.0)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n \"\" using (2.0):((((MAXMNK*2.0\/3.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK)))?column(FLOPS):1\/0) notitle smooth unique with boxes\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s Maximum: \".MAXFLOPS.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset y2label \"GFLOP\/s\"\nset y2tics nomirror\nunset ytics\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x*0.85:x*1.15] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.0f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 100, h(x)\nset label 2 sprintf(\"%.0f GFLOP\/s\", h(x)) at 0.5 * (x + 100.0), h(x) centre offset 0, -1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\"-specialized.dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"20428755754a520602aca6bb98fbbae6db7c4cb9","subject":"20160416T1136","message":"20160416T1136\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nlg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1 * 8 \/ 60.\nYdn_max = Ydn_max * 8 \/ 60.\n\n\n# ****************************************************************** Title *****\n\nunset key\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n#unset xlabel\n#unset xtics\n\n# ***************************************************************** Y-axis *****\n##set ylabel \"Usage []\"\n##set autoscale y\n##set format y \"%4.1s %c\"\nset logscale y 2\nset bmargin 0\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n##set object 2 rect from graph 0,0 to graph 1,1 behind\n##set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" \\\n\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\n##set ylabel \"Usage []\"\n##set autoscale y\n##set format y \"%4.1s %c\"\nset logscale y 2\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n##set object 2 rect from graph 0,0 to graph 1,1 behind\n##set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" \\\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\n\n# Set top and bottom margins to 0 so that there is no space between plots.\n# Fix left and right margins to make sure that the alignment is perfect.\n# Turn off xtics for all plots except the bottom one.\n# In order to leave room for axis and tic labels underneath, we ask for\n# a 4-plot layout but only use the top 3 slots.\n#\n#set lmargin 3\n#set rmargin 3\n#unset xtics\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\nunset xlabel\n\n# ***************************************************************** Y-axis *****\n##set ylabel \"Usage []\"\n##set autoscale y\n##set format y \"%4.1s %c\"\n##set logscale y 2\nset bmargin 0\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n##set object 2 rect from graph 0,0 to graph 1,1 behind\n##set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" \\\n\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\n##set ylabel \"Usage []\"\n##set autoscale y\n##set format y \"%4.1s %c\"\n##set logscale y 2\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n##set object 2 rect from graph 0,0 to graph 1,1 behind\n##set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\n\nplot ifname using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" \\\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e614d19566ea1a0344418ccf2338c9fada3860ae","subject":"removed unnecessary file","message":"removed unnecessary file\n","repos":"clucas111\/delineating-linear-elements","old_file":"Thesis\/article.pgf-plot.gnuplot","new_file":"Thesis\/article.pgf-plot.gnuplot","new_contents":"","old_contents":"set table \"article.pgf-plot.table\"; set format \"%.5f\"\nset format \"%.7e\";; plot \".\/img\/trees_2D_sample.csv\" every 1000\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"7c133e339df8a52a0a02e08c29ca4183a5ffbbbb","subject":"debug","message":"debug\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastday.gp","new_file":"graphs\/pastday.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 3 title \"T2\" lc \"yellow\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 5 title \"T2\" lc \"yellow\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\" # X-axis label\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset boxwidth 1 relative\nset style fill solid 1.0 noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" fc \"yellow\", '' using 3 title \"T2\" fc \"green\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" fc \"yellow\", '' using 5 title \"T2\" fc \"green\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"79af1cb8c8a44629773d1ccc72ec83e4debad14a","subject":"Update benchmark_pipeline.gnu","message":"Update benchmark_pipeline.gnu","repos":"smallnest\/go-web-framework-benchmark,smallnest\/go-web-framework-benchmark","old_file":"testresults\/benchmark_pipeline.gnu","new_file":"testresults\/benchmark_pipeline.gnu","new_contents":"reset\nset title \"Benchmark of different processing time (pipelining)\"\nset boxwidth 0.9\nset datafile separator \",\"\nset style data histogram\nset style histogram clustered gap 2\nset style fill solid 0.7 border\nset border lw 0.8\n\nset ylabel \"requests \/ second\"\nset xtics nomirror rotate by -45\nset ytics nomirror\n\nset border 1+2 back \nset boxwidth -2\n\nset grid\n\nset term pngcairo font \"Times Roman,14\" enhanced size 1024,600 background rgb \"gray80\"\nset output \"..\/benchmark-pipeline.png\"\n\nplot 't_processtime-pipeline.csv' using 2:xticlabels(1) title columnheader(2), '' using 3:xticlabels(1) title columnheader(3), '' using 4:xticlabels(1) title columnheader(4), '' using 5:xticlabels(1) title columnheader(5)\n","old_contents":"reset\nset title \"Benchmark of different processing time (pipelining)\"\nset boxwidth 0.9\nset datafile separator \",\"\nset style data histogram\nset style histogram clustered gap 2\nset style fill solid 0.7 border\nset border lw 0.8\n\nset ylabel \"millisecond\"\nset xtics nomirror rotate by -45\nset ytics nomirror\n\nset border 1+2 back \nset boxwidth -2\n\nset grid\n\nset term pngcairo font \"Times Roman,14\" enhanced size 1024,600 background rgb \"gray80\"\nset output \"..\/benchmark-pipeline.png\"\n\nplot 't_processtime-pipeline.csv' using 2:xticlabels(1) title columnheader(2), '' using 3:xticlabels(1) title columnheader(3), '' using 4:xticlabels(1) title columnheader(4), '' using 5:xticlabels(1) title columnheader(5)\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"fb2a06c91f60a948687939741aa884b17219f715","subject":"Add fltXXfromuintXX to ancillary math script.","message":"Add fltXXfromuintXX to ancillary math script.\n","repos":"oridb\/mc,oridb\/mc,oridb\/mc,oridb\/mc","old_file":"lib\/math\/ancillary\/ulp.gp","new_file":"lib\/math\/ancillary\/ulp.gp","new_contents":"\/*\n I always end up need this for debugging\n *\/\n\n{ ulp32(a) = my(aa, q);\n aa = abs(a);\n if(aa < 2^(-150),return(2^(-126 - 23)),);\n q = floor(log(aa)\/log(2));\n if(q < -126,q=-126,);\n return(2^(q-23));\n}\n\n{ ulp64(a) = my(aa, q);\n aa = abs(a);\n if(aa < 2^(-2000),return(2^(-1022 - 52)),);\n q = floor(log(aa)\/log(2));\n if(q < -1022,q=-1022,);\n return(2^(q-52));\n}\n\n{ err32(x, y) =\n return(abs(x-y)\/ulp32(x));\n}\n\n{ err64(x, y) =\n return(abs(x-y)\/ulp64(x));\n}\n\n{ flt32fromuint32(a) = my(n, e, s);\n n = bitand(a, 0x80000000) != 0;\n e = bitand(a, 0x7f800000) >> 23;\n s = bitand(a, 0x007fffff);\n\n if(e != 0, s = bitor(s, 0x00800000),);\n s = s * 2.0^(-23);\n e = e - 127;\n return((-1)^n * s * 2^(e));\n}\n\n{ flt64fromuint64(a) = my(n, e, s);\n n = bitand(a, 0x8000000000000000) != 0;\n e = bitand(a, 0x7ff0000000000000) >> 52;\n s = bitand(a, 0x000fffffffffffff);\n\n if(e != 0, s = bitor(s, 0x0010000000000000),);\n s = s * 2.0^(-52);\n e = e - 1023;\n return((-1)^n * 2^(e) * s);\n}\n","old_contents":"\/*\n I always end up need this for debugging\n *\/\n\n{ ulp32(a) = my(aa, q);\n aa = abs(a);\n if(aa < 2^(-150),return(2^(-126 - 23)),);\n q = floor(log(aa)\/log(2));\n if(q < -126,q=-126,);\n return(2^(q-23));\n}\n\n{ ulp64(a) = my(aa, q);\n aa = abs(a);\n if(aa < 2^(-2000),return(2^(-1022 - 52)),);\n q = floor(log(aa)\/log(2));\n if(q < -1022,q=-1022,);\n return(2^(q-52));\n}\n\n{ err32(x, y) =\n return(abs(x-y)\/ulp32(x));\n}\n\n{ err64(x, y) =\n return(abs(x-y)\/ulp64(x));\n}\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f0d3893f525cc10d318a45b607058e7b06e105bd","subject":"fudge ini write test","message":"fudge ini write test\n","repos":"Skarsnik\/perl6-config-simple","old_file":"t\/basetest.plt","new_file":"t\/basetest.plt","new_contents":"use Config::Simple;\n{\n\tmy $conf;\n\t$conf = Config::Simple.read($file) if $format eq '';\n\t$conf = Config::Simple.read($file, :f($format)) if $format ne '';\n\n\tok $conf<video><title> eq \"Dune\", \"Video title is Dune\";\n\tok $conf<subtitle><file> eq \"Dune_sub.txt\", \"Subtitle file is Dune_sub.txt\";\n\tnok $conf<dont><exist>.defined, \"Calling something that don't exist\";\n\n\t$conf<subtitle><format> = \"ssa\";\n if $format ne 'ini' {\n \t$conf.write('t\/temp.temp');\n\n\t$conf = Config::Simple.read(\"t\/temp.temp\") if $format eq '';\n\t$conf = Config::Simple.read(\"t\/temp.temp\", :f($format)) if $format ne '';\n\n\tok $conf<subtitle><format> eq \"ssa\", \"Changing subtitle format\";\n\n\tunlink 't\/temp.temp';\n }\n else {\n ok True, \"fudging for ini\";\n }\n}\n","old_contents":"use Config::Simple;\n{\n\tmy $conf;\n\t$conf = Config::Simple.read($file) if $format eq '';\n\t$conf = Config::Simple.read($file, :f($format)) if $format ne '';\n\n\tok $conf<video><title> eq \"Dune\", \"Video title is Dune\";\n\tok $conf<subtitle><file> eq \"Dune_sub.txt\", \"Subtitle file is Dune_sub.txt\";\n\tnok $conf<dont><exist>.defined, \"Calling something that don't exist\";\n\n\t$conf<subtitle><format> = \"ssa\";\n\t$conf.write('t\/temp.temp');\n\n\t$conf = Config::Simple.read(\"t\/temp.temp\") if $format eq '';\n\t$conf = Config::Simple.read(\"t\/temp.temp\", :f($format)) if $format ne '';\n\n\tok $conf<subtitle><format> eq \"ssa\";\n\n\tunlink 't\/temp.temp';\n}\n","returncode":0,"stderr":"","license":"artistic-2.0","lang":"Gnuplot"} {"commit":"422a8aa6dc75c99303c79f06d73314068d4de313","subject":"Fix missing comma.","message":"Fix missing comma.","repos":"ergl\/lasp,ergl\/lasp,lasp-lang\/lasp,lasp-lang\/lasp,lasp-lang\/lasp,ergl\/lasp,ergl\/lasp,lasp-lang\/lasp","old_file":"apps\/lasp\/priv\/plots\/advertisement_counter_transmission.gnuplot","new_file":"apps\/lasp\/priv\/plots\/advertisement_counter_transmission.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,9\" linewidth 2 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lt rgb \"#A00000\" lw 2 pt 1\n# set style line 2 lt rgb \"#00A000\" lw 2 pt 6\n# set style line 3 lt rgb \"#5060D0\" lw 2 pt 2\n# set style line 4 lt rgb \"#F25900\" lw 2 pt 9\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB\/client Transmitted\"\n\nset key top left\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot inputfile1 using 1:3 title \"OR-Set, G-Counter\" with linespoints, \\\n inputfile2 using 1:3 title \"OR-Set, G-Counter, Deltas\" with linespoints\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,9\" linewidth 2 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lt rgb \"#A00000\" lw 2 pt 1\n# set style line 2 lt rgb \"#00A000\" lw 2 pt 6\n# set style line 3 lt rgb \"#5060D0\" lw 2 pt 2\n# set style line 4 lt rgb \"#F25900\" lw 2 pt 9\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB\/client Transmitted\"\n\nset key top left\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot inputfile1 using 1:3 title \"OR-Set, G-Counter\" with linespoints #, \\\n inputfile2 using 1:3 title \"OR-Set, G-Counter, Deltas\" with linespoints\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"ea186025d8b0987eb135a2a3513b8ededb565fd8","subject":"Correction of Y-scale","message":"Correction of Y-scale\n","repos":"Mausy5043\/domog,Mausy5043\/domog","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql29h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql29d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql29w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day29.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\n#stats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\n#stats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\n#stats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\n#Ymin = min(min(Yd_min, Yh_min), Yw_min) -1\n#Y2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\n#Y2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Wind (Gilze-Rijen) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [km\/h]\"\nset yrange [0:Ymax]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc00bb00\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(kmh($3)) title \" Speed [km\/h]\" with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 title \" Direction [deg]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Direction [deg]\"\nset y2tics format \"%.0f\"\nset y2range [0:360]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql29h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql29d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql29w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day29.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Wind (Gilze-Rijen) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [km\/h]\"\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc00bb00\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(kmh($3)) title \" Speed [km\/h]\" with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 title \" Direction [deg]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Direction [deg]\"\nset y2tics format \"%.0f\"\nset y2range [0:360]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"530e6fa9b313c2bf5a188f7bfba648eb7aca8ba7","subject":"update graph13","message":"update graph13\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\n# set yrange [0:100]\nset autoscale y\nset format y \"%.3s %c\"\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):(delta($6)) title \"Download (eth0)\" fc \"red\" \\\n , '' using ($2+utc_offset):(delta($7)*-1) title \"Upload (eth0)\" fc \"blue\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc \"#229922\" \\\n , '' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\" \\\n , '' using ($2+utc_offset):5 title \"load 5min\" with dots lc \"black\" axes x1y2\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"babbc75387cf437e96061fc76e885fdbd48ae2e1","subject":"Add UTs on group options","message":"Add UTs on group options\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/ur_option.plt","new_file":"U-238\/u\/ur_option.plt","new_contents":":- use_module(ur_option).\n:- use_module(u(v)).\n\n:- begin_tests(ur_option, [setup(setup_options)]).\n\ntest(single_option_nonrep, [setup(setup_options)]) :-\n\n options_object(test_pred1, [height(-1), length(3)], Obj),\n assertion(Obj \/ length =^= length(3)),\n assertion(Obj \/ height =^= height(-1)).\n\ntest(single_option_unknown,\n [error(domain_error(valid_option, Option), _)]) :-\n\n Option = width(3),\n options_object(test_pred1, [Option], _).\n\ntest(single_option_no_default, [setup(setup_options)]) :-\n\n options_object(test_pred1, [], Obj),\n Obj \/ length ^= Length,\n assertion(Length =@= _).\n\ntest(single_option_default, [setup(setup_options)]) :-\n\n options_object(test_pred3, [], Obj),\n assertion(Obj \/ length =^= length(4)).\n\ntest(single_option_default_overriden, [setup(setup_options)]) :-\n\n options_object(test_pred3, [length(3)], Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep1,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(_)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep2,\n [error(domain_error(nonrepeating_options, Options),\n _)]) :-\n\n Options = [length(3), length(3)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep3,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(4)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_meta1) :-\n\n\n options_object(test_pred2, [generator(test_pred1)],\n Obj),\n context_module(That),\n assertion(Obj \/ generator\n =^= generator(That:test_pred1)).\n\ntest(single_option_meta2) :-\n\n options_object(test_pred2, [generator(dummy:test_pred1)],\n Obj),\n assertion(Obj \/ generator\n =^= generator(dummy:test_pred1)).\n\ntest(single_option_meta3) :-\n\n options_object(test_pred1, [length(_:test_pred1)],\n Obj),\n assertion(Obj \/ length =^= length(_:test_pred1)).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [meta_option(length\/1), default(len(3))],\n ur_options(test_pred4, [Rule]).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [option(length\/1), default(length(3, 4))],\n ur_options(test_pred5, [Rule]).\n\ntest(single_option_repeated1,\n [error(invalid_option_definition(Options), _)]\n ) :-\n\n Options = [[option(length\/1)],\n [option(width\/1)],\n [option(length\/1)]],\n ur_options(test_pred6, Options).\n\ntest(single_option_repeated2) :-\n\n ur_options(test_pred7, [[option(length\/1)],\n [option(width\/1)],\n [option(length\/3)]]).\n\ntest(group_option_repeated1,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [[group(length),\n option(length\/1), option(length\/3)],\n [option(width\/1)],\n [option(length\/3)]],\n ur_options(test_pred8, O).\n\ntest(group_option1) :-\n options_object(test_pred9,\n [empty, generator(test_pred1)],\n Obj),\n context_module(That),\n assertion(Obj \/ length =^= empty),\n assertion(Obj\/generator=^=generator(That:test_pred1)).\n\ntest(group_option2,\n [error(domain_error(one_option_per_group, _), _)]) :-\n \n options_object(test_pred9,\n [empty, generator(test_pred1),\n length(1)], _).\n \n\nsetup_options :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n ur_options(test_pred1,\n [[option(length\/1)], [option(height\/1)]]),\n ur_options(test_pred2,\n [[meta_option(generator\/1)]]),\n ur_options(test_pred3,\n [[option(length\/1), default(length(4))]]),\n ur_options(test_pred9,\n [[group(length), option(empty\/0),\n option(length\/1), option(length\/2),\n meta_option(length_pred\/1)],\n [meta_option(generator\/1)]]).\n\ntest_pred1(_).\ntest_pred2(_).\ntest_pred3(_).\ntest_pred4(_).\ntest_pred5(_).\ntest_pred6(_).\ntest_pred7(_).\ntest_pred8(_).\ntest_pred9(_).\n\n:- end_tests(ur_option).\n","old_contents":":- use_module(ur_option).\n:- use_module(u(v)).\n\n:- begin_tests(ur_option, [setup(setup_options)]).\n\ntest(single_option_nonrep, [setup(setup_options)]) :-\n\n options_object(test_pred1, [height(-1), length(3)], Obj),\n assertion(Obj \/ length =^= length(3)),\n assertion(Obj \/ height =^= height(-1)).\n\ntest(single_option_unknown,\n [error(domain_error(valid_option, Option), _)]) :-\n\n Option = width(3),\n options_object(test_pred1, [Option], _).\n\ntest(single_option_no_default, [setup(setup_options)]) :-\n\n options_object(test_pred1, [], Obj),\n Obj \/ length ^= Length,\n assertion(Length =@= _).\n\ntest(single_option_default, [setup(setup_options)]) :-\n\n options_object(test_pred3, [], Obj),\n assertion(Obj \/ length =^= length(4)).\n\ntest(single_option_default_overriden, [setup(setup_options)]) :-\n\n options_object(test_pred3, [length(3)], Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep1,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(_)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep2,\n [error(domain_error(nonrepeating_options, Options),\n _)]) :-\n\n Options = [length(3), length(3)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep3,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(4)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_meta1) :-\n\n \n options_object(test_pred2, [generator(test_pred1)],\n Obj),\n context_module(That),\n assertion(Obj \/ generator\n =^= generator(That:test_pred1)).\n\ntest(single_option_meta2) :-\n\n options_object(test_pred2, [generator(dummy:test_pred1)],\n Obj),\n assertion(Obj \/ generator\n =^= generator(dummy:test_pred1)).\n\ntest(single_option_meta3) :-\n\n options_object(test_pred1, [length(_:test_pred1)],\n Obj),\n assertion(Obj \/ length =^= length(_:test_pred1)).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [meta_option(length\/1), default(len(3))],\n ur_options(test_pred4, [Rule]).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [option(length\/1), default(length(3, 4))],\n ur_options(test_pred5, [Rule]).\n\ntest(single_option_repeated1,\n [error(invalid_option_definition(Options), _)]\n ) :-\n\n Options = [[option(length\/1)],\n [option(width\/1)],\n [option(length\/1)]],\n ur_options(test_pred6, Options).\n\ntest(single_option_repeated2) :-\n\n ur_options(test_pred7, [[option(length\/1)],\n [option(width\/1)],\n [option(length\/3)]]).\n\ntest(group_option_repeated1,\n [error(invalid_option_definition(O), _)]) :-\n\n O = [[group(length),\n option(length\/1), option(length\/3)],\n [option(width\/1)],\n [option(length\/3)]],\n ur_options(test_pred8, O).\n\nsetup_options :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n ur_options(test_pred1, [[option(length\/1)], [option(height\/1)]]),\n ur_options(test_pred2, [[meta_option(generator\/1)]]),\n ur_options(test_pred3, [[option(length\/1), default(length(4))]]).\n\ntest_pred1(_).\ntest_pred2(_).\ntest_pred3(_).\ntest_pred4(_).\ntest_pred5(_).\ntest_pred6(_).\ntest_pred7(_).\ntest_pred8(_).\n\n:- end_tests(ur_option).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"c9888a0fcf81c4dcc4904f3c41bdf970ce26b4cf","subject":"Fixed issue #13","message":"Fixed issue #13\n\nMakefile updated for parseDeadlock.cpp.","repos":"NormanDunbar\/TraceMiner2,NormanDunbar\/TraceMiner2,NormanDunbar\/TraceMiner2","old_file":"makefile.gnu","new_file":"makefile.gnu","new_contents":"# A simple makefile to be used on Linux, with GNU make.\n# To see what it will do, without doing it, run:\n# make -n -f makefile.gnu\n#\n# Norman Dunbar.\n# January 2017.\n#\n# PS. It's \"noisy\" anyway. So you'll see what's what on the screen.\n#\n\nCPP=g++\nCPPFLAGS=-std=c++11\nTARGET=$(BIN)\/TraceMiner2\nRM=rm\nBIN=.\/bin\n\nSOURCES=TraceMiner2\/TraceMiner2.cpp \\\n TraceMiner2\/tmoptions.cpp \\\n TraceMiner2\/tmbind.cpp \\\n TraceMiner2\/tmcursor.cpp \\\n TraceMiner2\/tmtracefile.cpp \\\n TraceMiner2\/utilities.cpp \\\n TraceMiner2\/parseExec.cpp \\\n TraceMiner2\/parseParsing.cpp \\\n TraceMiner2\/parseParse.cpp \\\n TraceMiner2\/parseBinds.cpp \\\n TraceMiner2\/parseClose.cpp \\\n TraceMiner2\/parseStat.cpp \\\n TraceMiner2\/parseParseError.cpp \\\n TraceMiner2\/parseXctend.cpp \\\n TraceMiner2\/parseDeadlock.cpp \\\n TraceMiner2\/parseError.cpp\n\nOBJECTS=$(SOURCES:.cpp=.o)\n\nall:\ttraceminer2 $(BIN)\n\ntraceminer2:\t$(OBJECTS) $(BIN)\n\t$(CPP) -o $(TARGET) $(OBJECTS)\n\n\n$(BIN):\n\tmkdir $(BIN)\n\nclean:\n\t$(RM) $(OBJECTS)\n\ndistclean: clean\n\t$(RM) -r $(BIN)\n\n\n","old_contents":"# A simple makefile to be used on Linux, with GNU make.\n# To see what it will do, without doing it, run:\n# make -n -f makefile.gnu\n#\n# Norman Dunbar.\n# January 2017.\n#\n# PS. It's \"noisy\" anyway. So you'll see what's what on the screen.\n#\n\nCPP=g++\nCPPFLAGS=-std=c++11\nTARGET=$(BIN)\/TraceMiner2\nRM=rm\nBIN=.\/bin\n\nSOURCES=TraceMiner2\/TraceMiner2.cpp \\\n TraceMiner2\/tmoptions.cpp \\\n TraceMiner2\/tmbind.cpp \\\n TraceMiner2\/tmcursor.cpp \\\n TraceMiner2\/tmtracefile.cpp \\\n TraceMiner2\/utilities.cpp \\\n TraceMiner2\/parseExec.cpp \\\n TraceMiner2\/parseParsing.cpp \\\n TraceMiner2\/parseParse.cpp \\\n TraceMiner2\/parseBinds.cpp \\\n TraceMiner2\/parseClose.cpp \\\n TraceMiner2\/parseStat.cpp \\\n TraceMiner2\/parseParseError.cpp \\\n TraceMiner2\/parseXctend.cpp \\\n TraceMiner2\/parseError.cpp\n\nOBJECTS=$(SOURCES:.cpp=.o)\n\nall:\ttraceminer2 $(BIN)\n\ntraceminer2:\t$(OBJECTS) $(BIN)\n\t$(CPP) -o $(TARGET) $(OBJECTS)\n\n\n$(BIN):\n\tmkdir $(BIN)\n\nclean:\n\t$(RM) $(OBJECTS)\n\ndistclean: clean\n\t$(RM) -r $(BIN)\n\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"dc7c28b153180b01a3ea19a51656bb584ce39d95","subject":"support release of zip file","message":"support release of zip file\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@435 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\nTHISMAKEFILE\t:= $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)) \n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t = $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t = $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).mk: build-lib\n\techo 'STXXL_CXX\t = $(COMPILER)'\t> $@\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $@\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $@\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $@\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDLIBS)'\t>> $@\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $@\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $@\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $@\n\nlibrary: $(LIBNAME).mk\n\t@echo \"\"\n\t@echo \"Building library is completed.\"\n\t@echo \"Use the following compiler options with programs using Stxxl: $(STXXL_COMPILER_OPTIONS)\"\n\t@echo \"Use the following linker options with programs using Stxxl: $(STXXL_LINKER_OPTIONS)\"\n\nlib\/lib$(LIBNAME).$(LIBEXT): make.settings\n\t$(MAKE) -f $(THISMAKEFILE) library\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nVERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nVERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nVERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nVERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\techo '#define STXXL_VERSION_STRING_DATE \"$(VERSION_DATE)\"' > $@.tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(VERSION_SVN_REV)\"' >> $@.tmp\n\tcmp -s $@ $@.tmp || mv $@.tmp $@\n\t$(RM) $@.tmp\nendif\n\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz stxxl-$(REL_VERSION).zip\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz && zip -r ..\/stxxl-$(REL_VERSION).zip stxxl-$(REL_VERSION)\/* \n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz and stxxl-$(REL_VERSION).zip\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\n\ntests-in-%: lib\/lib$(LIBNAME).$(LIBEXT)\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\t@echo \"\"\n\t@echo \"Building tests is completed.\"\n\t@echo \"Use the following compiler options with programs using Stxxl: $(STXXL_COMPILER_OPTIONS)\"\n\t@echo \"Use the following linker options with programs using Stxxl: $(STXXL_LINKER_OPTIONS)\"\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).mk\n\t$(RM) compiler.options linker.options\n\t@echo \"Cleaning completed\"\n\n.PHONY: main library tests clean\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\nTHISMAKEFILE\t:= $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)) \n\nmain: library\n\ninclude make.settings\n\nSUBDIRS\t= algo common containers io lib mng stream utils\n\nSUBDIRS-lib: $(SUBDIRS:%=lib-in-%)\nSUBDIRS-tests: $(SUBDIRS:%=tests-in-%)\nSUBDIRS-clean: $(SUBDIRS:%=clean-in-%)\n\n# compute STXXL_CPPFLAGS\/STXXL_LDLIBS for stxxl.mk\n# don't include optimization, warning and debug flags\nstxxl_mk_cppflags\t = $$(STXXL_CPPFLAGS_STXXL)\nstxxl_mk_ldlibs\t\t = $$(STXXL_LDLIBS_STXXL)\nifeq ($(strip $(USE_MCSTL)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_MCSTL)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_MCSTL)\nendif\nifeq ($(strip $(USE_BOOST)),yes)\nstxxl_mk_cppflags\t+= $$(STXXL_CPPFLAGS_BOOST)\nstxxl_mk_ldlibs\t\t+= $$(STXXL_LDLIBS_BOOST)\nendif\n\nlib-in-lib:\n\t@# nothing to compile\nlib-in-%:\n\t$(MAKE) -C $* lib\n\nbuild-lib: SUBDIRS-lib\n\t$(MAKE) -C lib\n\t$(MAKE) -C utils create\n\n$(LIBNAME).mk: build-lib\n\techo 'STXXL_CXX\t = $(COMPILER)'\t> $@\n\techo 'STXXL_CPPFLAGS\t = $(stxxl_mk_cppflags)'\t>> $@\n\techo 'STXXL_LDLIBS\t = $(stxxl_mk_ldlibs)'\t>> $@\n\techo 'STXXL_CPPFLAGS_STXXL\t = $(STXXL_SPECIFIC)'\t>> $@\n\techo 'STXXL_LDLIBS_STXXL\t = $(STXXL_LDLIBS)'\t>> $@\n\techo 'STXXL_LIBDEPS\t\t = $(STXXL_LIBDEPS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_MCSTL\t = $(MCSTL_CPPFLAGS)'\t>> $@\n\techo 'STXXL_LDLIBS_MCSTL\t = $(MCSTL_LDFLAGS)'\t>> $@\n\techo 'STXXL_CPPFLAGS_BOOST\t = $(BOOST_COMPILER_OPTIONS)'\t>> $@\n\techo 'STXXL_LDLIBS_BOOST\t = $(BOOST_LINKER_OPTIONS)'\t>> $@\n\nlibrary: $(LIBNAME).mk\n\t@echo \"\"\n\t@echo \"Building library is completed.\"\n\t@echo \"Use the following compiler options with programs using Stxxl: $(STXXL_COMPILER_OPTIONS)\"\n\t@echo \"Use the following linker options with programs using Stxxl: $(STXXL_LINKER_OPTIONS)\"\n\nlib\/lib$(LIBNAME).$(LIBEXT): make.settings\n\t$(MAKE) -f $(THISMAKEFILE) library\n\nifneq (,$(wildcard .svn))\nlib-in-common: common\/version_svn.defs\n\nifeq (,$(strip $(shell svnversion . | tr -d 0-9)))\n# clean checkout - use svn info\nVERSION_DATE\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Date\/{s\/.*: \/\/;s\/ .*\/\/;s\/-\/\/gp}')\nVERSION_SVN_REV\t:= $(shell LC_ALL=POSIX svn info . | sed -ne '\/Last Changed Rev\/s\/.*: \/\/p')\nelse\n# modified, mixed, ... checkout - use svnversion and today\nVERSION_DATE\t:= $(shell date \"+%Y%m%d\")\nVERSION_SVN_REV\t:= $(shell svnversion .)\nendif\n\n.PHONY: common\/version_svn.defs\ncommon\/version_svn.defs:\n\techo '#define STXXL_VERSION_STRING_DATE \"$(VERSION_DATE)\"' > $@.tmp\n\techo '#define STXXL_VERSION_STRING_SVN_REVISION \"$(VERSION_SVN_REV)\"' >> $@.tmp\n\tcmp -s $@ $@.tmp || mv $@.tmp $@\n\t$(RM) $@.tmp\nendif\n\nVERSION\t\t?= $(shell grep 'define *STXXL_VERSION_STRING_MA_MI_PL' common\/version.cpp | cut -d'\"' -f2)\nPHASE\t\t?= snapshot\nDATE\t\t?= $(shell date \"+%Y%m%d\")\nREL_VERSION\t:= $(VERSION)$(if $(strip $(DATE)),-$(DATE))\nrelease:\n\t$(RM) -r reltmp stxxl-$(REL_VERSION).tar.gz\n\tmkdir reltmp\n\tsvn export . reltmp\/stxxl-$(REL_VERSION)\n\techo '#define STXXL_VERSION_STRING_PHASE \"$(PHASE)\"' > reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs\n\t$(if $(strip $(DATE)),echo '#define STXXL_VERSION_STRING_DATE \"$(DATE)\"' >> reltmp\/stxxl-$(REL_VERSION)\/common\/version.defs)\n\tcd reltmp && tar cf - stxxl-$(REL_VERSION) | gzip -9 > ..\/stxxl-$(REL_VERSION).tar.gz\n\t$(RM) -r reltmp\n\t@echo\n\t@echo \"Your release has been created in stxxl-$(REL_VERSION).tar.gz\"\n\t@echo \"The following files are modified and not commited:\"\n\t@svn status -q\n\ntests-in-%: lib\/lib$(LIBNAME).$(LIBEXT)\n\t$(MAKE) -C $* tests\n\ntests: SUBDIRS-tests\n\t@echo \"\"\n\t@echo \"Building tests is completed.\"\n\t@echo \"Use the following compiler options with programs using Stxxl: $(STXXL_COMPILER_OPTIONS)\"\n\t@echo \"Use the following linker options with programs using Stxxl: $(STXXL_LINKER_OPTIONS)\"\n\nclean-in-%:\n\t$(MAKE) -C $* clean\n\nclean: SUBDIRS-clean\n\t$(RM) common\/version_svn.defs\n\t$(RM) $(LIBNAME).mk\n\t$(RM) compiler.options linker.options\n\t@echo \"Cleaning completed\"\n\n.PHONY: main library tests clean\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f6d8b3a510594b1b43016d48fdd2cc4309c371d4","subject":"Change wording in threshold plot.","message":"Change wording in threshold plot.\n\n\nFormer-commit-id: ddb979f8015af6c2a8a9fefa85c5c453ee3cb9d1","repos":"stratosphere\/coheel,stratosphere\/coheel,stratosphere\/coheel,stratosphere\/coheel","old_file":"plots\/threshold.plot","new_file":"plots\/threshold.plot","new_contents":"set datafile separator \"\\t\"\nset xlabel \"Threshold in % of # number of pages\\nEverything above threshold is thrown away.\"\nset ylabel \"# of potentially missed mentions\"\nset title \"Plotting threshold against # of potentially missed mentions\"\nplot \"threshold-evaluation.wiki\" using 1:2\n","old_contents":"set datafile separator \"\\t\"\nset xlabel \"Threshold in % of # number of pages\\nEverything above threshold is thrown away.\"\nset ylabel \"# of missed mentions\"\nset title \"Plotting threshold against # of missed mentions\"\nplot \"threshold-evaluation.wiki\" using 1:2\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"078512f7a38134f19f6c7bb5e5a4d83342bda163","subject":"remove unused gnuplot template","message":"remove unused gnuplot template\n","repos":"sysprog21\/mergesort-concurrent,sysprog21\/mergesort-concurrent","old_file":"scripts\/runtime.gp","new_file":"scripts\/runtime.gp","new_contents":"","old_contents":"reset\nset ylabel 'time(sec)'\nset style fill solid\nset title 'perfomance comparison'\nset term png enhanced font 'Verdana,10'\nset output 'runtime.png'\n\nplot [:][:0.150]'output.txt' using 2:xtic(1) with histogram title 'original', \\\n'' using ($0-0.06):($2+0.001):2 with labels title ' ', \\\n'' using 3:xtic(1) with histogram title 'optimized' , \\\n'' using ($0+0.3):($3+0.0015):3 with labels title ' '\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"6f9ed7e386104ffb635929e568fed116f40bb35f","subject":"adjust xlabel","message":"adjust xlabel\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph11.gp","new_file":"graphs\/graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,640\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nset xlabel \"past year\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ : ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):2:4 notitle with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#bb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,640\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ : ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):2:4 notitle with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#bb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"5ff0884b4af9a3f8b0e10815daea142cdb2f173f","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/loadgen\/plot\/write-reads-by-time\/_WRs-by-time.gnuplot","new_file":"mtdb\/loadgen\/plot\/write-reads-by-time\/_WRs-by-time.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\nset xlabel \"Time\"\nset ylabel \"Primary key\" offset 1.5,0\n\nset border (1 + 2) lc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,10\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,365.2425*24*3600 format \"%Y\"\n\nset xdata time\n# seconds since the UNIX epoch\nset timefmt \"%s\"\n\n#set key box lc rgb \"#808080\" opaque\nset nokey\n\n# Plot reads first so that writes are on top\nplot \\\nFN_IN u 3:((strcol(2) eq \"R\") ? $1 : 1\/0) w points pt 7 ps 0.15 lc rgb \"#0000FF\" t \"Read\", \\\nFN_IN u 3:((strcol(2) eq \"W\") ? $1 : 1\/0) w points pt 7 ps 0.2 lc rgb \"#FF0000\" t \"Write\"\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\nset xlabel \"Time\"\nset ylabel \"Primary key\" offset 1.5,0\n\nset border (1 + 2) lc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,10\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" format \"%Y\" rotate by -30\n\nset xdata time\n# seconds since the UNIX epoch\nset timefmt \"%s\"\n\n#set key box lc rgb \"#808080\" opaque\nset nokey\n\n# Plot reads first so that writes are on top\nplot \\\nFN_IN u 3:((strcol(2) eq \"R\") ? $1 : 1\/0) w points pt 7 ps 0.15 lc rgb \"#0000FF\" t \"Read\", \\\nFN_IN u 3:((strcol(2) eq \"W\") ? $1 : 1\/0) w points pt 7 ps 0.2 lc rgb \"#FF0000\" t \"Write\"\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"77671d895dc41d275e671dddad36bbeebb6c033b","subject":"change local plot script","message":"change local plot script\n","repos":"nushio3\/UFCORIN,nushio3\/UFCORIN,nushio3\/UFCORIN,nushio3\/UFCORIN,nushio3\/UFCORIN","old_file":"exe-src\/plot.gnu","new_file":"exe-src\/plot.gnu","new_contents":"set term png size 2560,1600\nset out \"test.png\"\nset pm3d\nset pm3d map\nset xrange [0:1024]\nset yrange [0:1024]\nset cbrange [-10000:10000]\nset pal gray\nset size ratio -1\nsplot \"test.txt\"\n","old_contents":"set term png size 2560,1600\nset out \"test.png\"\nset pm3d\nset pm3d map\nset xrange [0:1024]\nset yrange [0:1024]\nset cbrange [-1000:1000]\nset pal gray\nset size ratio -1\nsplot \"test.txt\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"96d41ffcc2109d16c89d2e97ddb1ebb359f41125","subject":"include defines.h","message":"include defines.h\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1263 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\nHEADER_FILES_IO\t\t+= mem_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\nHEADER_FILES_IO\t\t+= mem_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"3911ee21c199a8fa73a4f4c17c19dfd50fbec6aa","subject":"Fix graph.","message":"Fix graph.\n","repos":"lasp-lang\/evaluation","old_file":"partition_divergence.gnuplot","new_file":"partition_divergence.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80\n\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\n\nset output outputname\nset xlabel \"Partition Probability At Syncronization Time (%)\"\nset ylabel \"Divergence\"\n\nset key top left\n\n# set yrange [0:*]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80\n\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\n\nset output outputname\nset xlabel \"Partition Probability\"\nset ylabel \"Divergence\"\n\nset key bottom right\n\n# set yrange [0:*]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"01eb84a6e1ff0af5931f9a9af922162a38548a84","subject":"Simplified formula","message":"Simplified formula\n","repos":"oggust\/tarpon-calculator,oggust\/tarpon-calculator","old_file":"chart_card.gnuplot","new_file":"chart_card.gnuplot","new_contents":"#!\/usr\/bin\/gnuplot -c\nset terminal pngcairo size 900,580 font \"Arial,8\"\n\n# Commandline switch for USC units\nif (ARG1 eq \"use_usc\") {\n use_SI = 0\n} else {\n use_SI = 1\n}\n\nif (ARG2 eq \"do_stdgirth\") {\n do_stdgirth = 1\n} else {\n do_stdgirth = 0\n}\n\nuse_old = 0\n\nb0 = 2.828\nb1 = 0.0000296\nb2 = 0.006123\nb3 = -0.008284\nb4 = 0.1845\nb5 = -0.1943\n\t \nale(L,G) = b0 + b1*G*G*L + b2*G*L + b3*G*G + b4*G + b5*L\n\nusc_ale(L,G) = ale(L*2.54, G*2.54)\/0.453592\nusc_old(L,G) = G*G*L\/800\nold(L,G) = usc_old(L\/2.54, G\/2.54)*0.453592\n\n# See the code.\nstdgirth(L) = 5.424571 + 0.479914*L\n\nset lmargin at screen 0.05\nset rmargin at screen 0.85\nset bmargin at screen 0.15\nset tmargin at screen 0.95\n\nif (use_SI) {\n set xrange [100 : 250]\n set yrange [50 : 140]\n if (do_stdgirth) {\n set key outside right bottom\n unset xtics\n unset ytics\n plot stdgirth(x) with linespoints\n } else {\n set key noautotitle\n set key outside right\n set contour base\n set view map\n unset surface\n set xlabel \"Length (cm)\"\n set ylabel \"Girth (cm)\"\n set key title \"Weight (kg)\"\n set cntrparam levels incremental 10, 10, 170\n if (use_old) {\n set title \"Old formula\"\n splot old(x,y)\n } else {\n set title \"ALE formula\"\n splot ale(x,y)\n }\n }\n\n} else {\n set key noautotitle\n set key outside right\n set contour base\n set view map\n unset surface\n set xrange [40 : 90]\n set yrange [19 : 51]\n set xlabel \"Length (in)\"\n set ylabel \"Girth (in)\"\n set key title \"Weight (lb)\"\n set cntrparam levels incremental 30, 10, 270\n if (use_old) {\n set title \"Old formula\"\n splot usc_old(x,y)\n } else {\n set title \"ALE formula\"\n splot usc_ale(x,y)\n }\n\n}\n","old_contents":"#!\/usr\/bin\/gnuplot -c\nset terminal pngcairo size 900,580 font \"Arial,8\"\n\n# Commandline switch for USC units\nif (ARG1 eq \"use_usc\") {\n use_SI = 0\n} else {\n use_SI = 1\n}\n\nif (ARG2 eq \"do_stdgirth\") {\n do_stdgirth = 1\n} else {\n do_stdgirth = 0\n}\n\nuse_old = 0\n\nb0 = 2.828\nb1 = 0.0000296\nb2 = 0.006123\nb3 = -0.008284\nb4 = 0.1845\nb5 = -0.1943\n\t \nale(L,G) = b0 + b1*G*G*L + b2*G*L + b3*G*G + b4*G + b5*L\n\nusc_ale(L,G) = ale(L*2.54, G*2.54)\/0.453592\nusc_old(L,G) = G*G*L\/800\nold(L,G) = usc_old(L\/2.54, G\/2.54)*0.453592\n\n# Originally took cm, gave grams. This one is cm -> kg\na = 0.00794\nb = 2.98\nstdweight(L) = a*L**b \/ 1000\n\nmy_a = 0.0075\nmy_b = 3.07\nmystdweight(L) = my_a*L**my_b \/ 1000\n\n# I put the ALE into wolfram alpha and said \"solve for G\". Life's too short.\nale_for_g(L,W) = (sqrt((b2*L+b4)**2-4*(b1*L+b3)*(b0+b5*L-W))-b2*L-b4)\/(2*(b1*L+b3))\n# Putting in the stdweight, taking the real part:\nstdgirth(L) = real(ale_for_g(L, stdweight(L)))\nmystdgirth(L) = real(ale_for_g(L, mystdweight(L)))\n\nset lmargin at screen 0.05\nset rmargin at screen 0.85\nset bmargin at screen 0.15\nset tmargin at screen 0.95\n\nif (use_SI) {\n set xrange [100 : 250]\n set yrange [50 : 140]\n if (do_stdgirth) {\n set nokey\n unset xtics\n unset ytics\n plot stdgirth(x), mystdgirth(x)\n } else {\n set key noautotitle\n set key outside right\n set contour base\n set view map\n unset surface\n set xlabel \"Length (cm)\"\n set ylabel \"Girth (cm)\"\n set key title \"Weight (kg)\"\n set cntrparam levels incremental 10, 10, 170\n if (use_old) {\n set title \"Old formula\"\n splot old(x,y)\n } else {\n set title \"ALE formula\"\n splot ale(x,y)\n }\n }\n\n} else {\n set key noautotitle\n set key outside right\n set contour base\n set view map\n unset surface\n set xrange [40 : 90]\n set yrange [19 : 51]\n set xlabel \"Length (in)\"\n set ylabel \"Girth (in)\"\n set key title \"Weight (lb)\"\n set cntrparam levels incremental 30, 10, 270\n if (use_old) {\n set title \"Old formula\"\n splot usc_old(x,y)\n } else {\n set title \"ALE formula\"\n splot usc_ale(x,y)\n }\n\n}\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"fb86e037eb6541d335fd2f5261b187ab0ddcbba4","subject":"minor detial enegy plt","message":"minor detial enegy plt\n","repos":"luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script","old_file":"plot_scripts\/detail_energy.plt","new_file":"plot_scripts\/detail_energy.plt","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"mit","lang":"Gnuplot"} {"commit":"8d3d0f2c6fc3d60450126904af60a7c6ab016a37","subject":"Tweaked cavity.plt.","message":"Tweaked cavity.plt.\n","repos":"mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb","old_file":"gnuplot\/cavity.plt","new_file":"gnuplot\/cavity.plt","new_contents":"# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 0;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = \"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = \"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = \"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = \"Multipole41\/CaviMlp_EFocus2_41.txt\";\n# Quadrupole.\nfile5 = \"Multipole41\/CaviMlp_EQuad_41.txt\";\n\n# Tranverse higher order H-field [A\/m] ([A] for dipole) vs. z [mm]\nfile6 = \"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = \"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = \"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = \"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\174\\174} [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus1 & EFocus2\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3, \\\n file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset size 1.0, 1.0; set origin 0.0, 0.0;\nset title \"Cavity Thin Lens Model: {\/Symbol \\\\362}Eds, {\/Symbol \\\\362}Hds\";\nset xlabel \"z [cm]\";\nset ylabel \"[MV, MV\/m, MA, MA\/m]\";\nset yrange [-0.01:];\nplot file9 using (1e-1*($1+$4\/2.0)):6:(1e-1*$4) notitle with boxes ls 1;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","old_contents":"# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 0;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = \"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = \"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = \"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = \"Multipole41\/CaviMlp_EFocus2_41.txt\";\n# Quadrupole.\nfile5 = \"Multipole41\/CaviMlp_EQuad_41.txt\";\n\n# Tranverse higher order H-field [A\/m] ([A] for dipole) vs. z [mm]\nfile6 = \"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = \"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = \"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = \"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\174\\174} [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus1 & EFocus2\";\nset xlabel \"r [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3, \\\n file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A\/m]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"r [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [A\/m]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset multiplot;\n\nset size 1.0, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Thin Lens Model: Longitudinal Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_{\/Symbol \\174\\174} [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($4) notitle with impulses ls 1;\n\nset origin 0.0, 0.0;\nset title \"Transverse Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_{\/Symbol \\\\136} [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($6) axis x1y2 notitle with impulses ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"90454946c7d39b1c4c7847f0b0d363040364dfe8","subject":"debug","message":"debug\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals. So, data is bytes\/minute\n# convert to bits per second:\nBPSh = 8. \/ (60.)\n# daily data is queried in 30 minute intervals (1800s). So, data is bytes\/30'\n# convert to bits per second:\nBPSd = BPSh \/ 30.\n# weekly data is queried in 120 minute intervals (7200s). So, data is bytes\/120'\n# convert to bits per second:\nBPSw = BPSh \/120.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (speedh($3)) name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (speedd($6)) name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using (speedw($6)) name \"Yw\" nooutput\n\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = 1024\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (speedh($2)) name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (speedd($3)) name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using (speedw($3)) name \"Ybw\" nooutput\n\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max)\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($2)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals. So, data is bytes\/minute\n# convert to bits per second:\nBPSh = 8. \/ (60.)\n# daily data is queried in 30 minute intervals (1800s). So, data is bytes\/30'\n# convert to bits per second:\nBPSd = BPSh \/ 30.\n# weekly data is queried in 120 minute intervals (7200s). So, data is bytes\/120'\n# convert to bits per second:\nBPSw = BPSh \/120.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (speedh($3)) name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (speedd($6)) name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using (speedw($6)) name \"Yw\" nooutput\n\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = 1024\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (speedh($2)) name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (speedd($3)) name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using (speedw($3)) name \"Ybw\" nooutput\n\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * BPS\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * BPS\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($2)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c564ecb84c74d97038f430270f91f2fa3797de31","subject":"update dependency makefile list and missing header workarounds","message":"update dependency makefile list and missing header workarounds\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1558 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\nHEADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\nHEADER_FILES_CONTAINERS\t+= pq_losertree.h queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.3.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= file.h file_request_basic.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\nHEADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\nHEADER_FILES_CONTAINERS\t+= pq_losertree.h queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"347d6fe1b58ffa54ad3a4ea03eb1514f7e9bd4e8","subject":"10% wider range","message":"10% wider range\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\nlg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1024 * 8 \/ 60.\nYdn_max = (Ydn_max * 1.1) * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1024 * 8 \/ 60.\nYup_max = (Yup_max * 1.1) * 8 \/ 60.\n\n# ***************************************************************** Legend *****\nset key inside top left nobox\nset key samplen .5\nset key reverse Left\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\nset logscale y 10\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" with dots\\\n\nunset object 1\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset logscale y 10\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" with dots \\\n\nunset object 2\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\nlg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1024 * 8 \/ 60.\nYdn_max = Ydn_max * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1024 * 8 \/ 60.\nYup_max = Yup_max * 8 \/ 60.\n\n# ***************************************************************** Legend *****\nset key inside top left nobox\nset key samplen .5\nset key reverse Left\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\nset logscale y 10\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" with dots\\\n\nunset object 1\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset logscale y 10\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" with dots \\\n\nunset object 2\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4a98dfd6ca8038da16cab2cee3b1bf2b8429eb74","subject":"bpm2bps","message":"bpm2bps\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\nstats ifname using 7 name \"upY\" nooutput\nY_max = upY_max * 1.1 * 8\/60\n\nstats ifname using 6 name \"dnY\" nooutput\nY_min = dnY_max * -1.1 * 8\/60\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\nset yrange [:100]\nset autoscale y\nset format y \"%3.0s %c\"\nset yrange [ Y_min : Y_max ]\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill transparent solid 0.05 noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#33bb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#330000bb\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\nstats ifname using 7 name \"upY\" nooutput\nY_max = upY_max * 1.1\n\nstats ifname using 6 name \"dnY\" nooutput\nY_min = dnY_max * -1.1\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD < 0 ? 0 : xD)\nold_x = NaN\n\n# ****************************************************************** Title *****\nset title \"Network Usage (eth0)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage []\"\nset yrange [:100]\nset autoscale y\nset format y \"%3.0s %c\"\nset yrange [ Y_min : Y_max ]\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill transparent solid 0.05 noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($6)*-1*8\/60) title \"Download (eth0)\" fc rgb \"#33bb0000\" \\\n , '' using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#330000bb\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"02824ef9bc228d06204c5ace05b5d98b90af8439","subject":"adding the plotting functions to github","message":"adding the plotting functions to github\n","repos":"Gustorn\/simuleios,Gustorn\/simuleios,leios\/simuleios,leios\/simuleios","old_file":"inv_lens\/plotFDTD.gp","new_file":"inv_lens\/plotFDTD.gp","new_contents":"#p \"FDTD.dat\"\nset terminal x11 size 1250,1000\nset dgrid3d 200, 200, 2\nset pm3d\nset palette\nset palette color\nset pm3d map\nset palette defined ( 0 \"green\", 1 \"blue\", 2 \"red\", 3 \"orange\" )\n# set palette defined ( 0 \"black\", 1 \"white\" )\n# splot \"FDTD.dat\" i 100 u 2:3:4 \n# set zrange [-1:1]\n\n# PS: If you want to watch everything run with time, uncomment the following:\n# set cbrange [-0.05:0.05]\nset object circle at 150,150 size 50 fs empty border 1 front lw 5\nset size ratio -1\n\nset cbrange [-0.5:0.5]\nsplot \"FDTD.dat\" i 100 u 2:3:4 w l\n# do for [ii=1:151:1] { splot \"FDTD.dat\" i ii u 2:3:4}\n\nset object circle at 100,100 size 50 fs empty border 30 lw 30\nset size ratio -1\n# rep\n","old_contents":"#p \"FDTD.dat\"\nset terminal x11 size 1250,1000\nset dgrid3d 200, 200, 2\nset pm3d\nset palette\nset palette color\nset pm3d map\nset palette defined ( 0 \"green\", 1 \"blue\", 2 \"red\", 3 \"orange\" )\nsplot \"FDTD.dat\" i 100 u 2:3:4 \n\n# PS: If you want to watch everything run with time, uncomment the following:\n# set cbrange [-0.1:0.1]\n# do for [ii=1:101:1] { splot \"FDTD.dat\" i ii u 2:3:4 }\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"352fbbf5e98c0e5d1139e091003a4feda99704a8","subject":"Tweaked cavity.plt.","message":"Tweaked cavity.plt.\n","repos":"frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb,mdavidsaver\/jmbgsddb","old_file":"gnuplot\/cavity.plt","new_file":"gnuplot\/cavity.plt","new_contents":"# Script to plot the cavity multipole field maps.\n#\n# Author: Johan Bengtsson.\n\nhome_dir = '\/home\/bengtsson\/FRIB\/Cavity Model\/';\n\n# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 0;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = home_dir.\"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = home_dir.\"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = home_dir.\"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = home_dir.\"Multipole41\/CaviMlp_EFocus2_41.txt\";\n# Quadrupole.\nfile5 = home_dir.\"Multipole41\/CaviMlp_EQuad_41.txt\";\n\n# Tranverse higher order H-field [A\/m] ([A] for dipole) vs. z [mm]\nfile6 = home_dir.\"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = home_dir.\"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = home_dir.\"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = home_dir.\"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\174\\174} [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus1 & EFocus2\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3, \\\n file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset size 1.0, 1.0; set origin 0.0, 0.0;\nset title \"Cavity Thin Lens Model: {\/Symbol \\\\362}Eds, {\/Symbol \\\\362}Hds\";\nset xlabel \"z [cm]\";\nset ylabel \"[MV, MV\/m, MA, MA\/m]\";\nset yrange [-0.01:];\nplot file9 using (1e-1*($1+$4\/2.0)):6:(1e-1*$4) notitle with boxes ls 3;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","old_contents":"# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 0;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = \"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = \"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = \"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = \"Multipole41\/CaviMlp_EFocus2_41.txt\";\n# Quadrupole.\nfile5 = \"Multipole41\/CaviMlp_EQuad_41.txt\";\n\n# Tranverse higher order H-field [A\/m] ([A] for dipole) vs. z [mm]\nfile6 = \"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = \"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = \"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = \"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\174\\174} [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus1 & EFocus2\";\nset xlabel \"z [cm]\"; set ylabel \"E_{\/Symbol \\\\136} [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3, \\\n file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"z [cm]\"; set ylabel \"H_{\/Symbol \\\\136} [kA\/m]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset size 1.0, 1.0; set origin 0.0, 0.0;\nset title \"Cavity Thin Lens Model: {\/Symbol \\\\362}Eds, {\/Symbol \\\\362}Hds\";\nset xlabel \"z [cm]\";\nset ylabel \"[MV, MV\/m, MA, MA\/m]\";\nset yrange [-0.01:];\nplot file9 using (1e-1*($1+$4\/2.0)):6:(1e-1*$4) notitle with boxes ls 3;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"44e03737d255a170e2bfdca2e7ff681548ae8560","subject":"Cosmetic vd UT fix","message":"Cosmetic vd UT fix\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate4, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3, [setup(model_db)]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n throws(error(no_object_field(X, db_ref), _))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_singleton_v1, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n true.\n\n \n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate4, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n throws(error(no_object_field(X, db_ref), _))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_singleton_v1, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n true.\n\n \n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"be9f140a3c126f6d0fa275c1424a8af46d6c4a61","subject":"minor tweaks to ranger config","message":"minor tweaks to ranger config\n","repos":"erdc\/proteus,erdc\/proteus,erdc\/proteus,erdc\/proteus","old_file":"proteusModule\/proteusConfig\/config.py.ranger.gnu","new_file":"proteusModule\/proteusConfig\/config.py.ranger.gnu","new_contents":"import os\n\nPROTEUS_INCLUDE_DIR = os.getenv('PROTEUS_PREFIX')+'\/include'\nPROTEUS_LIB_DIR = os.getenv('PROTEUS_PREFIX')+'\/lib'\nPROTEUS_EXTRA_COMPILE_ARGS= ['-DF77_POST_UNDERSCORE','-DUSE_BLAS','-DCMRVEC_BOUNDS_CHECK','-DMV_VECTOR_BOUNDS_CHECK']\nPROTEUS_EXTRA_LINK_ARGS=['-L'+os.getenv('TACC_MKL_LIB'),'-lmkl_lapack','-lmkl_intel_lp64','-lmkl_sequential','-lmkl_core','-lpthread']\nPROTEUS_EXTRA_FC_COMPILE_ARGS= ['-Wall']\nPROTEUS_EXTRA_FC_LINK_ARGS=['-L'+os.getenv('TACC_MKL_LIB'),'-lmkl_lapack','-lmkl_intel_lp64','-lmkl_sequential','-lmkl_core','-lpthread']\n\nPROTEUS_SUPERLU_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_SUPERLU_H = r'\"slu_ddefs.h\"'\nPROTEUS_SUPERLU_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_SUPERLU_LIB = 'superlu'\n\nPROTEUS_BLAS_INCLUDE_DIR = '.'\nPROTEUS_BLAS_H = r'\"proteus_blas.h\"'\nPROTEUS_BLAS_LIB_DIR = os.getenv('TACC_MKL_LIB')\nPROTEUS_BLAS_LIB = 'f77blas'\n\nPROTEUS_LAPACK_INCLUDE_DIR = '.'\nPROTEUS_LAPACK_H = r'\"proteus_lapack.h\"'\nPROTEUS_LAPACK_LIB_DIR = os.getenv('TACC_MKL_LIB')\nPROTEUS_LAPACK_LIB = 'mkl_lapack'\nPROTEUS_LAPACK_INTEGER = 'int'\n\nPROTEUS_MPI_INCLUDE_DIR = '.'\nPROTEUS_MPI_LIB_DIR = 'mkl_lapack'\nPROTEUS_MPI_LIBS = []\n\nPROTEUS_TRIANGLE_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_TRIANGLE_H = r'\"triangle.h\"'\nPROTEUS_TRIANGLE_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_TRIANGLE_LIB ='tri'\n\n\nPROTEUS_DAETK_INCLUDE_DIR = [PROTEUS_INCLUDE_DIR]\nPROTEUS_DAETK_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_DAETK_LIB ='daetk'\nPROTEUS_PETSC_LIB_DIRS = []\nPROTEUS_PETSC_LIBS = []\nPROTEUS_PETSC_INCLUDE_DIRS = []\n","old_contents":"import os\n\nPROTEUS_INCLUDE_DIR = os.getenv('PROTEUS_PREFIX')+'\/include'\nPROTEUS_LIB_DIR = os.getenv('PROTEUS_PREFIX')+'\/lib'\nPROTEUS_EXTRA_COMPILE_ARGS= ['-DF77_POST_UNDERSCORE','-DUSE_BLAS','-DCMRVEC_BOUNDS_CHECK','-DMV_VECTOR_BOUNDS_CHECK']\nPROTEUS_EXTRA_LINK_ARGS=['-L'+os.getenv('TACC_ATLAS_LIB'),'-lcblas','-latlas','-lgcc_s']\nPROTEUS_EXTRA_FC_COMPILE_ARGS= ['-Wall']\nPROTEUS_EXTRA_FC_LINK_ARGS=['-L'+os.getenv('TACC_ATLAS_LIB'),'-lcblas','-latlas','-lgcc_s']\n\nPROTEUS_SUPERLU_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_SUPERLU_H = r'\"slu_ddefs.h\"'\nPROTEUS_SUPERLU_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_SUPERLU_LIB = 'superlu'\n\nPROTEUS_BLAS_INCLUDE_DIR = '.'\nPROTEUS_BLAS_H = r'\"proteus_blas.h\"'\nPROTEUS_BLAS_LIB_DIR = os.getenv('TACC_ATLAS_LIB')\nPROTEUS_BLAS_LIB = 'f77blas'\n\nPROTEUS_LAPACK_INCLUDE_DIR = '.'\nPROTEUS_LAPACK_H = r'\"proteus_lapack.h\"'\nPROTEUS_LAPACK_LIB_DIR = os.getenv('TACC_ATLAS_LIB')\nPROTEUS_LAPACK_LIB = 'lapack'\nPROTEUS_LAPACK_INTEGER = 'int'\n\nPROTEUS_MPI_INCLUDE_DIR = '.'\nPROTEUS_MPI_LIB_DIR = '.'\nPROTEUS_MPI_LIBS = []\n\nPROTEUS_TRIANGLE_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_TRIANGLE_H = r'\"triangle.h\"'\nPROTEUS_TRIANGLE_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_TRIANGLE_LIB ='tri'\n\n\nPROTEUS_DAETK_INCLUDE_DIR = [PROTEUS_INCLUDE_DIR]\nPROTEUS_DAETK_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_DAETK_LIB ='daetk'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"1361f1538492aa90846d8be4ee1c327815179373","subject":"Fix UTs (v)","message":"Fix UTs (v)\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n:- use_module(u(util\/lambda)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create3,\n [error(class_exists(class_create_test_v))]\n ) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n class_create(class_create_test_v, citizen_v, [d, e]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\ntest(class_name1) :-\n\n class_name(man_v).\n\ntest(class_name2, [fail]) :-\n\n class_name(man_man_v).\n\ntest(class_name3) :-\n\n findall(Class, class_name(Class), Names),\n sort(Names, Names2),\n length(Names, N1),\n length(Names2, N2),\n assertion(N1 =:= N2),\n assertion(N1 > 10).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr1,\n [[E0, E1, E2, E3]\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n obj_construct(man_v,\n [name], [HTTP_Result], Man),\n eval_obj_expr(Man, E0),\n eval_obj_expr(Man\/name, E1),\n eval_obj_expr(Man\/name\/www_address, E2),\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\n E3).\n\ntest(eval_obj_expr2_list) :-\n\n Url1 = 'http:\/\/kogorta.dp.ua',\n Url2 = 'http:\/\/google.com',\n obj_construct(www_address_v,\n [http_request_url], [Url1], WWW_Addr1),\n obj_construct(www_address_v,\n [http_request_url], [Url2], WWW_Addr2),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr1], HTTP_Result1),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr2], HTTP_Result2),\n [HTTP_Result1, HTTP_Result2] \/ www_address\n \/ http_request_url =^= [Url1, Url2].\n\ntest(eval_obj_expr3_4_ops) :-\n\n Url1 = 'http:\/\/kogorta.dp.ua',\n Url2 = 'http:\/\/google.com',\n obj_construct(www_address_v,\n [http_request_url], [Url1], WWW_Addr1),\n obj_construct(www_address_v,\n [http_request_url], [Url2], WWW_Addr2),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr1], HTTP_Result1),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr2], HTTP_Result2),\n maplist(\\Name^Obj^\n obj_construct(man_v, [name], [Name], Obj),\n [HTTP_Result1, HTTP_Result2],\n Mans),\n Mans \/ name \/ www_address \/ http_request_url\n =^= [Url1, Url2].\n\ntest(eval_obj_expr4_compound1,\n [error(no_object_field(_, name), _)]) :-\n\n obj_construct(man_v, [name], ['Sergei'], M1),\n obj_construct(man_v, [name], ['Artemiy'], M2),\n obj_construct(www_address_v, [http_request_url],\n ['http:\/\/kogorta.dp.ua'], A1),\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\n\ntest(eval_obj_expr4_compound2) :-\n\n obj_construct(man_v, [name], ['Sergei'], M1),\n obj_construct(man_v, [name], ['Artemiy'], M2),\n obj_construct(www_address_v, [http_request_url],\n ['http:\/\/kogorta.dp.ua'], A1),\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\n R1 \/\/ name ^= R2,\n R2 \/\/ http_request_url ^= R3,\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\n assertion(R2 == R1),\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\n = p('Artemiy', A2))).\n\ntest(eval_obj_expr5_throw1,\n [error(no_object_field(Man, url), _)]) :-\n\n obj_construct(man_v, [], [], Man),\n Man \/ url ^= _.\n\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/ url ^= _.\n\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/ url \/ url ^= _.\n\ntest(eval_obj_expr5_fail1, [fail]) :-\n\n obj_construct(man_v, [], [], Man),\n eval_obj_expr(Man \/ url, fail, _).\n\ntest(eval_obj_expr5_fail2, [fail]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n eval_obj_expr(Url \/ url, fail, _).\n\ntest(eval_obj_expr5_fail3, [fail]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n eval_obj_expr(Url \/ url \/ url, fail, _).\n\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\n\n obj_construct(man_v, [], [], Man),\n Man \/\/ url ^= Val.\n\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/\/ url ^= Val.\n\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/\/ url \/\/ url ^= Val.\n\ntest(eval_obj_expr6_list) :-\n\n obj_construct(http_header_v, [body], [body], H1),\n obj_construct(http_header_v, [], [], H2),\n H2\/name ^= [a, H1\/body],\n assertion(H2\/name =^= [a, body]).\n\ntest(eval_obj_expr6_compound) :-\n\n obj_construct(http_header_v, [body], [body], H1),\n obj_construct(http_header_v, [], [], MH),\n MH\/name ^= p(a, H1\/body) \/\/ ss,\n assertion(MH\/name =^= p(a, body)).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country, birthday], \n [man, 'Mayakovsky', ['Soviet Union'], 1994],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_parents2_bug1) :-\n\n obj_construct(man_v, [name, surname], [s, l], M),\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\n obj_unify(M1, [name, surname], NS),\n assertion(NS == [s, l]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase2_transitivity,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n obj_parents(M3, P3),\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\n object_v, object_base_v]).\n\ntest(obj_rebase3_transitivity2,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n foreach(obj_field(M3, _, _), true).\n\ntest(obj_rebase4) :-\n obj_construct(http_header_v, [], [], H1),\n obj_rebase((http_header_v -> http_invalid_header_v), H1, H2),\n obj_parents(H2, P2),\n assertion(P2 == [http_invalid_header_v, http_header_v, object_v,\n object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug5, [X == 1]) :-\n\n obj_construct(http_headers_v, [], [], O0),\n obj_rebase((http_headers_v\n -> http_response_headers_v), O0, O1),\n obj_rebase((http_headers_v\n -> http_invalid_bulk_headers_v), O1, O2),\n obj_rebase((http_headers_v\n -> http_response_with_cookies_headers_v),\n O2, O3),\n O3 \/ set_cookie ^= 1,\n obj_rebase((http_headers_v\n -> http_response_with_cookies_headers_v),\n O3, O4),\n obj_field(O4, set_cookie, X).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2,\n [blocked(need_to_see)]\n ) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(http\/v\/http_user_v)).\n:- use_module(u(util\/lambda)).\n\ntest(class_create1) :-\n % test class_create\/3 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n\n obj_key(CCTO, Key),\n assertion(Key == [id]).\n\ntest(class_create2) :-\n % test class_create\/4 version\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n class_fields(citizen_v, CF), sort(CF, CFS),\n class_fields(class_create_test_v, CCTF), sort(CCTF, CCTFS),\n class_fields_new(class_create_test_v, CCTFN),\n assertion(CF == CFS),\n assertion(CCTF = CCTFS),\n assertion(CCTFN == [a, b, c]),\n\n ord_subtract(CCTF, CF, New_Fields),\n assertion(New_Fields == CCTFN),\n\n obj_field(CCTO, age, Age),\n integer(Age),\n \n obj_key(CCTO, Key),\n assertion(Key == [a, birthday]).\n\ntest(class_create3,\n [error(class_exists(class_create_test_v))]\n ) :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b],\n [birthday, a]),\n class_create(class_create_test_v, citizen_v, [d, e]).\n\ntest(class_create_feature1) :-\n % It is a strange feature\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n class_create(class_create_test_v, citizen_v, [a, c, b], []),\n obj_construct(class_create_test_v, [birthday], [1976], CCTO),\n obj_key(CCTO, Key),\n assertion(Key == []).\n\n% test(class_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v]]\n% ) :-\n\n% findall(X, class_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_descendant2, [List == []]) :-\n\n% findall(X, class_descendant(callup_v, X), List).\n\n% test(class_descendant3, [List == []]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_descendant(callup_v, X), List).\n\ntest(class_name1) :-\n\n class_name(man_v).\n\ntest(class_name2, [fail]) :-\n\n class_name(man_man_v).\n\ntest(class_name3) :-\n\n findall(Class, class_name(Class), Names),\n sort(Names, Names2),\n length(Names, N1),\n length(Names2, N2),\n assertion(N1 =:= N2),\n assertion(N1 > 10).\n\n% test(class_same_or_descendant1,\n% [List == [callup_v, citizen_v, class_create_test_v, man_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(man_v, X), List0),\n% msort(List0, List).\n\n% test(class_same_or_descendant2,\n% [List == [callup_v]]\n% ) :-\n\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\n% test(class_same_or_descendant3, [List == [callup_v]]) :-\n\n% obj_construct(tarjan_vertex_v, [], [], V),\n% obj_rebase((object_v -> callup_v), V, _),\n% findall(X, class_same_or_descendant(callup_v, X), List).\n\ntest(class_parent1, [Parent == man_v]) :-\n\n class_parent(citizen_v, Parent).\n\ntest(class_parent2,\n [L == [callup_v, class_create_test_v]]) :-\n\n findall(Desc, class_parent(Desc, citizen_v), LU),\n msort(LU, L).\n\ntest(class_parent3) :-\n\n findall(p(A, B), class_parent(A, B), L),\n length(L, N),\n assertion(N > 10).\n\ntest(eval_obj_expr1,\n [[E0, E1, E2, E3]\n =@= [Man, HTTP_Result, WWW_Addr, Url]]\n ) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n obj_construct(www_address_v,\n [http_request_url], [Url], WWW_Addr),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr], HTTP_Result),\n obj_construct(man_v,\n [name], [HTTP_Result], Man),\n eval_obj_expr(Man, E0),\n eval_obj_expr(Man\/name, E1),\n eval_obj_expr(Man\/name\/www_address, E2),\n eval_obj_expr(Man\/name\/www_address\/http_request_url,\n E3).\n\ntest(eval_obj_expr2_list) :-\n\n Url1 = 'http:\/\/kogorta.dp.ua',\n Url2 = 'http:\/\/google.com',\n obj_construct(www_address_v,\n [http_request_url], [Url1], WWW_Addr1),\n obj_construct(www_address_v,\n [http_request_url], [Url2], WWW_Addr2),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr1], HTTP_Result1),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr2], HTTP_Result2),\n [HTTP_Result1, HTTP_Result2] \/ www_address\n \/ http_request_url =^= [Url1, Url2].\n\ntest(eval_obj_expr3_4_ops) :-\n\n Url1 = 'http:\/\/kogorta.dp.ua',\n Url2 = 'http:\/\/google.com',\n obj_construct(www_address_v,\n [http_request_url], [Url1], WWW_Addr1),\n obj_construct(www_address_v,\n [http_request_url], [Url2], WWW_Addr2),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr1], HTTP_Result1),\n obj_construct(http_result_v,\n [www_address], [WWW_Addr2], HTTP_Result2),\n maplist(\\Name^Obj^\n obj_construct(man_v, [name], [Name], Obj),\n [HTTP_Result1, HTTP_Result2],\n Mans),\n Mans \/ name \/ www_address \/ http_request_url\n =^= [Url1, Url2].\n\ntest(eval_obj_expr4_compound1,\n [error(no_object_field(_, name), _)]) :-\n\n obj_construct(man_v, [name], ['Sergei'], M1),\n obj_construct(man_v, [name], ['Artemiy'], M2),\n obj_construct(www_address_v, [http_request_url],\n ['http:\/\/kogorta.dp.ua'], A1),\n (p(M1, A1) = p(M2, _)) \/ name ^= _.\n\ntest(eval_obj_expr4_compound2) :-\n\n obj_construct(man_v, [name], ['Sergei'], M1),\n obj_construct(man_v, [name], ['Artemiy'], M2),\n obj_construct(www_address_v, [http_request_url],\n ['http:\/\/kogorta.dp.ua'], A1),\n (p(M1, A1) = p(M2, A2)) \/\/ name ^= R1,\n R1 \/\/ name ^= R2,\n R2 \/\/ http_request_url ^= R3,\n assertion(R1 == (p('Sergei', A1) = p('Artemiy', A2))),\n assertion(R2 == R1),\n assertion(R3 == (p('Sergei', 'http:\/\/kogorta.dp.ua')\n = p('Artemiy', A2))).\n\ntest(eval_obj_expr5_throw1,\n [error(no_object_field(Man, url), _)]) :-\n\n obj_construct(man_v, [], [], Man),\n Man \/ url ^= _.\n\ntest(eval_obj_expr5_throw2, [error(invalid_object(Url, _), _)]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/ url ^= _.\n\ntest(eval_obj_expr5_thorw3, [error(invalid_object(Url, _), _)]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/ url \/ url ^= _.\n\ntest(eval_obj_expr5_fail1, [fail]) :-\n\n obj_construct(man_v, [], [], Man),\n eval_obj_expr(Man \/ url, fail, _).\n\ntest(eval_obj_expr5_fail2, [fail]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n eval_obj_expr(Url \/ url, fail, _).\n\ntest(eval_obj_expr5_fail3, [fail]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n eval_obj_expr(Url \/ url \/ url, fail, _).\n\ntest(eval_obj_expr5_weak1, [Man =@= Val]) :-\n\n obj_construct(man_v, [], [], Man),\n Man \/\/ url ^= Val.\n\ntest(eval_obj_expr5_weak2, [Url == Val]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/\/ url ^= Val.\n\ntest(eval_obj_expr5_weak3, [Url == Val]) :-\n\n Url = 'http:\/\/kogorta.dp.ua',\n Url \/\/ url \/\/ url ^= Val.\n\ntest(eval_obj_expr6_list) :-\n\n obj_construct(http_header_v, [body], [body], H1),\n obj_construct(http_multiheader_v, [], [], MH),\n MH\/bodies ^= [a, H1\/body],\n assertion(MH\/bodies =^= [a, body]).\n\ntest(eval_obj_expr6_compound) :-\n\n obj_construct(http_header_v, [body], [body], H1),\n obj_construct(http_multiheader_v, [], [], MH),\n MH\/bodies ^= p(a, H1\/body) \/\/ ss,\n assertion(MH\/bodies =^= p(a, body)).\n\ntest(obj_construct_with_evals1) :-\n\n obj_construct(citizen_v,\n [functor, class, birthday],\n [citizen_v, citizen_v, 1994], O1),\n obj_field(O1, class, Class1),\n assertion(Class1 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, functor, class],\n [1994, citizen_v, citizen_v], O2),\n obj_field(O2, class, Class2),\n assertion(Class2 == citizen_v),\n \n obj_construct(citizen_v,\n [birthday, sex, functor, class],\n [1994, man, citizen_v, callup_v], O3),\n obj_field(O3, class, Class3),\n assertion(Class3 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [citizen_v, callup_v, 1994, man], O4),\n obj_field(O4, class, Class4),\n assertion(Class4 == callup_v),\n\n obj_construct(citizen_v,\n [functor, class, birthday, sex],\n [X, Y, 1994, man], O5),\n obj_field(O5, class, Class5),\n assertion(Class5 == callup_v),\n assertion(X = citizen_v),\n assertion(Y = callup_v).\n\n \ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\ntest(obj_copy1) :-\n\n obj_construct(man_v, [], [], M1),\n obj_copy(M1, M2),\n obj_field(M1, name, 'Masha'),\n obj_field(M2, name, 'Vitya').\n\ntest(obj_copy2) :-\n\n new_http_user(U1),\n obj_copy(U1, U2),\n eval_obj_expr(U1 \/ www_address \/ cookies_db, Key1),\n eval_obj_expr(U2 \/ www_address \/ cookies_db, Key2),\n assertion(Key1 \\= Key2).\n\ntest(obj_diff1,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n\ntest(obj_diff2,\n [Diff == [diff(name, 'Sergei', 'Artemiy')]]) :-\n\n obj_construct(man_v, [name, surname], ['Sergei', 'Lodyagin'], M1_0),\n obj_rebase((object_v -> db_object_v), M1_0, M1),\n obj_construct(man_v, [name, surname], ['Artemiy', 'Lodyagin'], M2),\n obj_diff(M1, M2, Diff).\n \n\n% After some time it will always fails (because it depends\n% on the current year).\ntest(obj_downcast1,\n [C1 =@= callup_v(Class_Id, 1994, _, _, _, _, _, man, _, _)]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C0),\n obj_downcast(C0, C1),\n arg(1, C1, Class_Id).\n\ntest(obj_field1, [Flds == Vals]) :-\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Val, (obj_field(Obj, Fld, Val), member(Fld, Flds)), Vals).\n\ntest(obj_field2, [Flds3 == Flds4]) :-\n% Each eval field must be evaluable only once\n\n class_fields(citizen_v, Flds),\n obj_construct(citizen_v, Flds, Flds, Obj),\n findall(Fld, obj_field(Obj, Fld, _), Flds2),\n sort(Flds2, Flds3),\n msort(Flds2, Flds4).\n\ntest(obj_field3, [Surname == 'Grisha']) :-\n\n obj_construct(man_v, [], [], Man),\n obj_field(Man, name, Name),\n obj_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_field_bug1, [fail]) :-\n\n obj_construct(citizen_v, [sex], [woman], Obj),\n obj_field(Obj, sex, man).\n\ntest(obj_is_descendant1, [List == [object_base_v, object_v]]) :-\n\n obj_construct(man_v, [], [], Man),\n findall(X, obj_is_descendant(Man, X), List0),\n msort(List0, List).\n\ntest(obj_is_descendant2) :-\n\n obj_construct(man_v, [], [], Man),\n \\+ obj_is_descendant(Man, db_object_v),\n obj_rebase((object_v -> db_object_v), Man, Man2),\n obj_is_descendant(Man2, db_object_v).\n\ntest(obj_set_field1, [Surname =@= _]) :-\n\n obj_construct(man_v, [], [], Man),\n obj_set_field(Man, name, Name),\n obj_set_field(Man, surname, Name),\n Name = 'Grisha',\n obj_field(Man, surname, Surname).\n \ntest(obj_set_field2, [Surname =@= 'Grisha']) :-\n\n obj_construct(man_v, [name, surname], [Name, Name], Man),\n obj_set_field(Man, name, 'Grisha'),\n obj_field(Man, surname, Surname).\n \ntest(obj_key1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\ntest(obj_key2) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Man1_0),\n obj_rebase((object_v -> db_object_v), Man1_0, Man1),\n obj_key(Man1, Key1),\n assertion(Key1 == [name, surname]),\n obj_key_value(Man1, Key_Value1),\n assertion(Key_Value1 =@= ['Adam', _]),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man2_0),\n obj_rebase((object_v -> db_object_v), Man2_0, Man2),\n obj_key(Man2, Key2),\n assertion(Key2 == [id]),\n obj_key_value(Man2, Key_Value2),\n assertion(Key_Value2 =@= [_]).\n\n\ntest(obj_list1,\n [List =@= [country = ['Soviet Union'],\n sex = man,\n surname = 'Mayakovsky']]\n ) :-\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man),\n obj_list(Man, List).\n \ntest(obj_list2, [List =@= []]) :-\n\n obj_construct(citizen_v, [], [], Man),\n obj_list(Man, List).\n\ntest(obj_parents1_1,\n [P = [citizen_v, man_v, object_v, object_base_v]]) :-\n\n obj_construct(citizen_v, [], [], V),\n obj_parents(V, P).\n\ntest(obj_parents2_1) :-\n\n obj_construct(citizen_v, \n [sex, surname, country, birthday], \n [man, 'Mayakovsky', ['Soviet Union'], 1994],\n Man1),\n New_Parents_Order = [man_v, citizen_v, object_v, object_base_v],\n obj_parents(Man1, New_Parents_Order, Man2),\n obj_parents(Man1, P1),\n assertion(P1 == [citizen_v, man_v, object_v, object_base_v]),\n obj_parents(Man2, P2),\n assertion(P2 == New_Parents_Order),\n obj_list(Man1, L1),\n obj_list(Man2, L2),\n assertion(L1 == L2),\n obj_field(Man1, class, C1),\n obj_field(Man2, class, C2),\n obj_field(Man1, functor, F1),\n obj_field(Man2, functor, F2),\n assertion([F1, F2, C1, C2] == [citizen_v, man_v, callup_v, callup_v]).\n\ntest(obj_parents2_bug1) :-\n\n obj_construct(man_v, [name, surname], [s, l], M),\n obj_parents(M, [man_v, db_object_v, object_v, object_base_v], M1),\n obj_unify(M1, [name, surname], NS),\n assertion(NS == [s, l]).\n\ntest(obj_rebase1) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_parents(V1, P1),\n assertion(P1 == [http_request_headers_v, http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_parents(V2, P2),\n assertion(P2 == [http_request_headers_v,\n http_response_headers_v,http_headers_v,\n object_v,object_base_v]),\n obj_rebase((http_request_headers_v ->\n http_invalid_mixed_headers_v), V2, V3),\n obj_parents(V3, P3),\n assertion(P3 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_headers_v,\n object_v,object_base_v]).\n\ntest(obj_rebase2_transitivity,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n obj_parents(M3, P3),\n assertion(P3 == [citizen_v, tarjan_vertex_v, db_object_v,\n object_v, object_base_v]).\n\ntest(obj_rebase3_transitivity2,\n [blocked(rebase_family)]\n ) :-\n\n obj_construct(citizen_v, [], [], M1),\n obj_rebase((object_v -> db_object_v), M1, M2),\n obj_rebase((man_v -> tarjan_vertex_v), M2, M3),\n foreach(obj_field(M3, _, _), true).\n\ntest(obj_rebase4) :-\n obj_construct(http_header_v, [], [], H1),\n obj_rebase((http_header_v -> http_multiheader_v), H1, H2),\n obj_parents(H2, P2),\n assertion(P2 == [http_multiheader_v, http_header_v, object_v,\n object_base_v]).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug2) :-\n\n obj_construct(citizen_v, [sex], [man], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [sex], [man], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug3_1) :-\n\n obj_construct(db_object_v, [], [], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(db_object_v, [], [], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =\\= Class_Id3),\n\n class_primary_id(object_v, Object_V_Id),\n assertion(Obj3 == object_v(Object_V_Id)).\n\ntest(obj_rebase_bug3_2) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((man_v -> citizen_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((object_v -> man_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_rebase_bug4,\n [throws(error(cant_rebase_to_object_base_v,\n context(obj_rebase\/3, _)))]) :-\n\n obj_construct(citizen_v, [], [], Obj1_0),\n obj_rebase((citizen_v -> object_base_v), Obj1_0, Obj1),\n\n obj_construct(citizen_v, [], [], Obj2_0),\n obj_rebase((citizen_v -> object_base_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((object_base_v -> citizen_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_rebase_bug5, [X == 1]) :-\n\n obj_construct(http_headers_v, [], [], O0),\n obj_rebase((http_headers_v\n -> http_response_headers_v), O0, O1),\n obj_rebase((http_headers_v\n -> http_invalid_bulk_headers_v), O1, O2),\n obj_rebase((http_headers_v\n -> http_response_with_cookies_headers_v),\n O2, O3),\n O3 \/ set_cookie ^= 1,\n obj_rebase((http_headers_v\n -> http_response_with_cookies_headers_v),\n O3, O4),\n obj_field(O4, set_cookie, X).\n\ntest(obj_reset_fields1) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)),\n \n obj_reset_fields([weight], Man1, Man2),\n assertion(Man2 =@= man_v(Class_Id, _, _, man, _, _)),\n \n obj_reset_fields([], Man2, Man3),\n assertion(Man3 =@= Man2).\n \ntest(obj_reset_fields2, [fail]) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields([name, height, age], Man0, _).\n \ntest(obj_reset_fields_weak) :-\n\n obj_construct(man_v,\n [sex, name, weight, height],\n [man, 'Simeon', 63, 1.75], Man0),\n \n obj_reset_fields_weak([name, height, age], Man0, Man1),\n obj_class_id(Man1, Class_Id),\n assertion(Man1 =@= man_v(Class_Id, _, _, man, _, 63)).\n\ntest(obj_reset_fields_with_evals, [fail]) :-\n\n obj_construct(citizen_v, [sex], [man], O),\n obj_reset_fields([age], O, _).\n\ntest(obj_rewrite) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name],\n [Old_Height, Old_Weight, Name],\n [1.44, 69, Name],\n Luda2),\n assertion([Old_Height, Old_Weight] =@= [1.40, 99]),\n obj_rewrite(Luda2,\n [height, weight, name],\n Luda2_Pars,\n [1.45, 64, _],\n Luda3),\n assertion(Luda2_Pars =@= [1.44, 69, 'Luda']),\n named_args_unify(Luda3, [height, weight, name], Luda3_Pars),\n assertion(Luda3_Pars =@= [1.45, 64, _]).\n\ntest(obj_rewrite_weak1,\n [throws(error(no_object_field(Luda1, country), _))]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_weak2,\n [[Old_Height, Old_Weight, Name, Old_Country]\n =@= [1.40, 99, 'Luda', _]]\n ) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, weak,\n [height, weight, name, country],\n [Old_Height, Old_Weight, Name, Old_Country],\n [1.44, 69, Name, 'UK'],\n _).\n\ntest(obj_rewrite_weak3, [fail]) :-\n\n obj_construct(man_v,\n [name, height, weight],\n ['Luda', 1.40, 99], Luda1),\n obj_rewrite(Luda1, fail,\n [height, weight, name, country],\n _,\n [1.44, 69, _, 'UK'],\n _).\n\ntest(obj_rewrite_with_evals1, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [callup_v], _).\n\ntest(obj_rewrite_with_evals2, [fail]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [citizen_v], _).\n\ntest(obj_rewrite_with_evals3, [X == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [X], [X], _).\n\ntest(obj_rewrite_with_evals4) :-\n% <NB> can't reset eval field, compare with test(obj_rewrite)\n \n obj_construct(citizen_v, [sex, birthday], [man, 1994], O),\n obj_rewrite(O, [class], [_], [_], _).\n\ntest(obj_sort_parents1,\n [P4 == [http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n object_v, object_base_v]]\n ) :-\n\n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_sort_parents(V3, [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_invalid_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v], V4),\n obj_parents(V4, P4),\n functor(V4, F4, _),\n assertion(F4 == http_invalid_mixed_headers_v).\n\ntest(obj_sort_parents2,\n [throws(error(insufficient_class_order(Order,\n Orig_Order), _))]\n ) :-\n\n Order = [http_invalid_bulk_headers_v,\n http_invalid_mixed_headers_v,\n http_request_headers_v,\n http_response_headers_v,\n http_headers_v,\n tarjan_vertex_v,\n db_object_v,\n object_v, object_base_v],\n \n obj_construct(http_request_headers_v, [], [], V1),\n obj_rebase((http_headers_v -> http_response_headers_v),\n V1, V2),\n obj_rebase((http_headers_v -> http_invalid_mixed_headers_v),\n V2, V3),\n\n obj_parents(V3, Orig_Order),\n obj_sort_parents(V3, Order, _).\n\n\ntest(obj_sort_parents_bug1) :-\n\n new_http_user(HTTP_User),\n obj_rebase((object_v -> citizen_v),\n HTTP_User, U1),\n\n class_parents(http_user_v, HTTP_User_Parents),\n append([citizen_v, man_v], HTTP_User_Parents,\n Parents_Order),\n\n obj_sort_parents(U1, Parents_Order, HTTP_Citizen),\n % citizen_v -> man_v -> http_user_v -> ...object_base_v\n\n obj_copy(HTTP_Citizen, HTTP_Citizen_Copy),\n eval_obj_expr(HTTP_Citizen \/ www_address \/ cookies_db, Key1),\n eval_obj_expr(HTTP_Citizen_Copy \/ www_address \/ cookies_db, Key2),\n assertion(Key1 \\= Key2).\n\ntest(class_fields) :-\n\n class_fields(object_base_v, Object_Base_V_Fields),\n assertion(Object_Base_V_Fields == []),\n\n class_fields_new(object_base_v, Object_Base_V_New_Fields),\n assertion(Object_Base_V_New_Fields == []),\n \n class_fields(object_v, Object_V_Fields),\n assertion(Object_V_Fields == []),\n\n class_fields_new(object_v, Object_V_New_Fields),\n assertion(Object_V_New_Fields == []),\n \n class_fields(man_v, Man_V_Fields),\n assertion(Man_V_Fields == [height, name, sex, surname, weight]),\n\n class_fields_new(man_v, Man_V_New_Fields),\n assertion(Man_V_New_Fields == [height, name, sex, surname,\n weight]),\n \n class_fields(citizen_v, Citizen_V_Fields),\n assertion(Citizen_V_Fields == [birthday, country, height, id,\n name, sex, surname, weight]),\n\n class_fields_new(citizen_v, Citizen_V_New_Fields),\n assertion(Citizen_V_New_Fields == [birthday, country, id]).\n\n\n% After some time it will always fails (because it depends\n% on the current year, see The Uranium Book).\ntest(eval_fields1, [Class == callup_v]) :-\n\n obj_construct(citizen_v, [sex, birthday], [man, 1994], C), \n obj_field(C, class, Class).\n\n\ntest(cleanup_obj_rebase, [blocked(transaction_bug), N1 =:= N2]) :-\n\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N1),\n catch((obj_construct(numeric_id_v, [], [], Obj1),\n obj_rebase((object_v -> citizen_v), Obj1, _)),\n E, true),\n E = error(EX, _), functor(EX, duplicate_field, _),\n aggregate(count, A^B^C^(objects:class_id(A, B, C)), N2).\n\n\ntest(eval_fields1) :-\n\n % man_v doesn't define class eval, so in this example\n % the eval from citizen_v is always used.\n \n obj_construct(citizen_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_parents(C1,\n [man_v, citizen_v, object_v, object_base_v],\n C2),\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == callup_v).\n\ntest(eval_fields2,\n [blocked(need_to_see)]\n ) :-\n\n obj_construct(callup_v,\n [sex, birthday], [man, 1994], C1),\n obj_field(C1, class, Cl1),\n obj_rebase((citizen_v -> man_v), C1, C2),\n obj_parents(C2, P2),\n\n % for sure, citizen_v is not present\n assertion(P2 ==\n [callup_v, man_v, object_v, object_base_v]),\n\n obj_field(C2, class, Cl2),\n assertion(Cl1 == callup_v),\n assertion(Cl2 == man_v).\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"06520999112db5fb3539b44287444e7ff39005df","subject":"Cosmetic","message":"Cosmetic\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/rand\/randgen.plt","new_file":"U-238\/u\/rand\/randgen.plt","new_contents":":- begin_tests(randgen).\n:- use_module(randgen).\n:- use_module(library(clpfd)).\n\ntest(fd_random1_gnu) :-\n\n X in 5..15,\n fd_random(lcq, gnu, 0, S1, X),\n fd_random(lcq, gnu, 0, S1, X),\n assertion(S1 == 12345),\n assertion(X == 8).\n\ntest(fd_random1_knuth) :-\n\n X in 5..15,\n fd_random(lcq, knuth, 0, S1, X),\n fd_random(lcq, knuth, 0, S1, X),\n assertion(S1 == 1442695040888963407),\n assertion(X == 12).\n\n:- end_tests(randgen).\n","old_contents":":- begin_tests(randgen).\n:- use_module(randgen).\n\ntest(fd_random1_gnu) :-\n\n X in 5..15,\n fd_random(lcq, gnu, 0, S1, X),\n fd_random(lcq, gnu, 0, S1, X),\n assertion(S1 == 12345),\n assertion(X == 8).\n\ntest(fd_random1_knuth) :-\n\n X in 5..15,\n fd_random(lcq, knuth, 0, S1, X),\n fd_random(lcq, knuth, 0, S1, X),\n assertion(S1 == 1442695040888963407),\n assertion(X == 12).\n\n:- end_tests(randgen).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"70ad53a1e34302154c4e663468cfaebc54b0b8c5","subject":"kdev: enable kernel knobs","message":"kdev: enable kernel knobs\n","repos":"Hugne\/kdev","old_file":"src\/linux\/configure.gnu","new_file":"src\/linux\/configure.gnu","new_contents":"#!\/bin\/bash\n#Don't fiddle with users .config if there is one already\nif [ -f .\/linux\/.config ]; then\n\techo \"Using existing kernel config\"\nelse\n\tmake -C .\/linux x86_64_defconfig\n\tsed -i '\/^CONFIG_VIRTIO=\/{h;s\/=.*\/=CONFIG_VIRTIO=m\/};${x;\/^$\/{s\/\/CONFIG_VIRTIO=m\/;H};x}' .\/linux\/.config\n\tsed -i '\/^CONFIG_VIRTIO_NET=\/{h;s\/=.*\/=CONFIG_VIRTIO_NET=m\/};${x;\/^$\/{s\/\/CONFIG_VIRTIO_NET=m\/;H};x}' .\/linux\/.config\n\tsed -i '\/^CONFIG_VIRTIO_PCI=\/{h;s\/=.*\/=CONFIG_VIRTIO_PCI=m\/};${x;\/^$\/{s\/\/CONFIG_VIRTIO_PCI=m\/;H};x}' .\/linux\/.config\n\tsed -i '\/^CONFIG_BRIDGE=\/{h;s\/=.*\/=CONFIG_BRIDGE=m\/};${x;\/^$\/{s\/\/CONFIG_BRIDGE=m\/;H};x}' .\/linux\/.config\n\tsed -i '\/^CONFIG_CIFS=\/{h;s\/=.*\/=CONFIG_CIFS=m\/};${x;\/^$\/{s\/\/CONFIG_CIFS=m\/;H};x}' .\/linux\/.config\n\tsed -i '\/^CONFIG_VETH=\/{h;s\/=.*\/=CONFIG_VETH=m\/};${x;\/^$\/{s\/\/CONFIG_VETH=m\/;H};x}' .\/linux\/.config\n\tsed -i '\/^CONFIG_TIPC=\/{h;s\/=.*\/=CONFIG_TIPC=m\/};${x;\/^$\/{s\/\/CONFIG_TIPC=m\/;H};x}' .\/linux\/.config\n\tsed -i '\/^CONFIG_TIPC_MEDIA_UDP=\/{h;s\/=.*\/=CONFIG_TIPC_MEDIA_UDP=y\/};${x;\/^$\/{s\/\/CONFIG_TIPC_MEDIA_UDP=y\/;H};x}' .\/linux\/.config\n\n\n\n\n\nfi\n","old_contents":"#!\/bin\/bash\n#Don't fiddle with users .config if there is one already\nif [ -f .\/linux\/.config ]; then\n\techo \"Using existing kernel config\"\nelse\n\tmake -C .\/linux x86_64_defconfig\n\tsed -i '\/^CONFIG_VIRTIO=\/{h;s\/=.*\/=CONFIG_VIRTIO=m\/};${x;\/^$\/{s\/\/CONFIG_VIRTIO=m\/;H};x}' .\/linux\/.config\n\tsed -i '\/^CONFIG_VIRTIO_NET=\/{h;s\/=.*\/=CONFIG_VIRTIO_NET=m\/};${x;\/^$\/{s\/\/CONFIG_VIRTIO_NET=m\/;H};x}' .\/linux\/.config\n\tsed -i '\/^CONFIG_VIRTIO_PCI=\/{h;s\/=.*\/=CONFIG_VIRTIO_PCI=m\/};${x;\/^$\/{s\/\/CONFIG_VIRTIO_PCI=m\/;H};x}' .\/linux\/.config\nfi\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"642bc85cc7735b9612c8cd964ca922ad74f611a4","subject":"legend below","message":"legend below\n","repos":"ykarikos\/linux-statistics","old_file":"linux-statistics.gnuplot","new_file":"linux-statistics.gnuplot","new_contents":"set terminal png medium size 800, 500\nset output \"linux-statistics.png\"\n\nset style data lines\nset y2tics\nset grid x y\nset border\n\nset xdata time\nset format x \"%Y-%m\"\nset timefmt \"%Y-%m-%d\"\nset xtics \"2005-06\", 31536000\n\nset ylabel \"MB\"\nset y2label \"number of files\"\n\nset key below Right reverse box\nplot 'linux-statistics.txt' using 1:3 t 'size', \\\n 'linux-statistics.txt' using 1:4 t 'files' axes x1y2\n\n","old_contents":"set terminal png medium size 800, 500\nset output \"linux-statistics.png\"\n\nset style data lines\nset y2tics\nset grid x y\nset border\n\nset xdata time\nset format x \"%Y-%m\"\nset timefmt \"%Y-%m-%d\"\nset xtics \"2005-06\", 31536000\n\nset ylabel \"MB\"\nset y2label \"number of files\"\n\nplot 'linux-statistics.txt' using 1:3 t 'size', \\\n 'linux-statistics.txt' using 1:4 t 'files' axes x1y2\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8299678da3180611c8b067d52aeadff441427ce7","subject":"gnuplot basic graph","message":"gnuplot basic graph\n","repos":"JerryShea\/ea_scrape,JerryShea\/ea_scrape","old_file":"plot_time.gnuplot","new_file":"plot_time.gnuplot","new_contents":"set datafile separator \",\"\nset terminal png size 900,400\nset ylabel \"kwh\"\nset xdata time\nset timefmt \"%Y-%m-%d %H:%M:%S\"\nset format x \"%Y-%m-%d %H\"\nset xtics rotate by 90 offset 0,-7 out nomirror\nset bmargin at screen 0.30\nset key left top\nset grid\n\nfilename=\"store\/all.csv\"\nplot filename using 1:3 title 'power (kwh)' with boxes\nset title \"Power usage (kwh) by half hour over time\"\n","old_contents":"set datafile separator \",\"\nset terminal png size 900,400\nset ylabel \"kwh\"\nset xdata time\nset timefmt \"%Y-%m-%d %H:%M:%S\"\nset format x \"%Y-%m-%d %H\"\nset xtics rotate by 90 offset 0,-7 out nomirror\nset bmargin at screen 0.30\nset key left top\nset grid\n\nfilename=\"store1\/all.csv\"\nplot filename using 1:3 title 'power (kwh)' with boxes\nset title \"Power usage (kwh) by half hour over time\"\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"17a3e6af7979b931792d09b0496224cced1eecb5","subject":"strip a bit more to not misinterprete empty string with embedded whitespace as true","message":"strip a bit more to not misinterprete empty string with embedded whitespace as true\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@2363 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.subdir.gnu","new_file":"Makefile.subdir.gnu","new_contents":"############################################################################\n# Makefile.subdir.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2007 Andreas Beckmann <beckmann@mpi-inf.mpg.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\ninclude $(TOPDIR)\/make.settings\n\nTEST_BINARIES\t\t = $(TESTS) $(TESTS-yes) $(TESTS-yesyes)\nSKIPPED_TEST_BINARIES\t = $(TESTS-) $(TESTS-no) $(TESTS-yesno) $(TESTS-noyes) $(TESTS-nono)\n\ntests: $(TEST_BINARIES:%=%.$(bin))\n\nlib: $(LIB_SRC:.cpp=.$(lo))\n\nclean::\n\t$(RM) *.$(lo) *.$o\n\t$(RM) *.$(lo:.o=).d *.$(o:.o=).d *.dT\n\t$(RM) $(TEST_BINARIES:=.$(bin))\n\t$(RM) $(SKIPPED_TEST_BINARIES:=.$(bin))\n\n-include *.d\n\n\n# Work around compiler bugs:\ncompiler_version\t:= $(shell $(COMPILER) -v 2>&1 | tr ' ' '_')\nbitness\t\t\t:= $(shell file ..\/common\/version.$(lo) 2>\/dev\/null)\n#debug_override_opt\t?= $(warning \"DBGOO: $1\")\ndebug_override_opt\t?=\n# usage: e.g. $(call needs_override,gcc_version_4.2,32-bit,3,[-g|any|none])\nneeds_override\t\t?= $(call debug_override_opt,$1%$(compiler_version);$2%$(bitness);$3%$(OPT_LEVEL);$4%$(DEBUG))\\\n\t\t\t $(and $(findstring $1,$(compiler_version)),\\\n\t\t\t\t$(or $(filter any,$2),$(filter $2,$(bitness))),\\\n\t\t\t\t$(filter $3,$(OPT_LEVEL)),\\\n\t\t\t\t$(or $(filter any,$4),$(if $(filter none,$4),$(if $(DEBUG),,empty)),$(filter $4,$(DEBUG))))\n# usage: $(call apply_override yes|$(EMPTY),to,target)\napply_override\t\t?= $(call debug_override_opt,enable=$1;to=$2;target=$3)\\\n\t\t\t $(if $(strip $1),$3: OPT_LEVEL=$2,)\n# usage: $(call reduce_optimization,from,to,target,compiler,bits,debug[,type])\nreduce_optimization\t?= $(call apply_override,$(call needs_override,$4,$5,$1,$6),$2,$3.$($(or $(strip $7),bin)))\n\n\n.SECONDARY:\n\n.PHONY: tests lib clean\n","old_contents":"############################################################################\n# Makefile.subdir.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2007 Andreas Beckmann <beckmann@mpi-inf.mpg.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\ninclude $(TOPDIR)\/make.settings\n\nTEST_BINARIES\t\t = $(TESTS) $(TESTS-yes) $(TESTS-yesyes)\nSKIPPED_TEST_BINARIES\t = $(TESTS-) $(TESTS-no) $(TESTS-yesno) $(TESTS-noyes) $(TESTS-nono)\n\ntests: $(TEST_BINARIES:%=%.$(bin))\n\nlib: $(LIB_SRC:.cpp=.$(lo))\n\nclean::\n\t$(RM) *.$(lo) *.$o\n\t$(RM) *.$(lo:.o=).d *.$(o:.o=).d *.dT\n\t$(RM) $(TEST_BINARIES:=.$(bin))\n\t$(RM) $(SKIPPED_TEST_BINARIES:=.$(bin))\n\n-include *.d\n\n\n# Work around compiler bugs:\ncompiler_version\t:= $(shell $(COMPILER) -v 2>&1 | tr ' ' '_')\nbitness\t\t\t:= $(shell file ..\/common\/version.$(lo) 2>\/dev\/null)\n#debug_override_opt\t?= $(warning \"DBGOO: $1\")\ndebug_override_opt\t?=\n# usage: e.g. $(call needs_override,gcc_version_4.2,32-bit,3,[-g|any|none])\nneeds_override\t\t?= $(call debug_override_opt,$1%$(compiler_version);$2%$(bitness);$3%$(OPT_LEVEL);$4%$(DEBUG))\\\n\t\t\t $(and $(findstring $1,$(compiler_version)),\\\n\t\t\t\t$(or $(filter any,$2),$(filter $2,$(bitness))),\\\n\t\t\t\t$(filter $3,$(OPT_LEVEL)),\\\n\t\t\t\t$(or $(filter any,$4),$(if $(filter none,$4),$(if $(DEBUG),,empty)),$(filter $4,$(DEBUG))))\n# usage: $(call apply_override yes|$(EMPTY),to,target)\napply_override\t\t?= $(call debug_override_opt,enable=$1;to=$2;target=$3)\\\n\t\t\t $(if $1,$3: OPT_LEVEL=$2,)\n# usage: $(call reduce_optimization,from,to,target,compiler,bits,debug[,type])\nreduce_optimization\t?= $(call apply_override,$(call needs_override,$4,$5,$1,$6),$2,$3.$($(or $(strip $7),bin)))\n\n\n.SECONDARY:\n\n.PHONY: tests lib clean\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7a0476ed8d9c346f50250406446ed6be7788fb64","subject":"Comment.","message":"Comment.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson.plt","new_file":"src\/bson\/bson.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson:doc_bytes\/2').\n\ntest('nonvar, nonvar') :-\n Doc =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Bytes).\n\ntest('nonvar, var', [true(Got == Expected)]) :-\n Doc =\n [\n hello - 256\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Got).\n\ntest('var, nonvar', [true(Got == Expected)]) :-\n Expected =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Got, Bytes).\n\ntest('var, var', [fail]) :-\n bson:doc_bytes(_, _).\n\ntest('complex doc back-and-forth', [true(Got == Expected)]) :-\n Expected =\n [\n k01 - -5.05,\n k02 - \u00e5\u00e4\u00f6_string, % Atoms only (no code lists).\n k03 - [],\n k04 - [k1-v1, k2-v2],\n k05 - [v1,v2,v3],\n k06 - binary(generic,[1,2,3]),\n k07 - binary(function,[1,2,3]),\n k08 - binary(old_generic,[1,2,3]),\n k09 - binary(uuid,[1,2,3]),\n k10 - binary(md5,[1,2,3]),\n k11 - binary(user_defined,[1,2,3]),\n k12 - +undefined,\n k13 - object_id('47cc67093475061e3d95369d'),\n k14 - +false,\n k15 - +true,\n k16 - utc(1302354660284),\n k17 - +null,\n k18 - regex('pattern','options'),\n k19 - db_pointer('string','47cc67093475061e3d95369d'),\n k20 - js('code'),\n k21 - symbol(\u00e5\u00e4\u00f6_string), % Just like atoms.\n k22 - js('code',[mappings-doc]),\n k23 - 32,\n k24 - mongostamp(0),\n k25 - 9223372036854775807,\n k26 - +min,\n k27 - +max\n ],\n bson:doc_bytes(Expected, Bytes),\n bson:doc_bytes(Got, Bytes).\n\n:- end_tests('bson:doc_bytes\/2').\n\n:- begin_tests('bson:doc_empty\/1').\n\ntest('empty') :-\n bson:doc_empty(Doc),\n bson:doc_empty(Doc).\n\ntest('non-empty', [fail]) :-\n bson:doc_empty(Doc),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_empty(Doc1).\n\ntest('fill and empty') :-\n bson:doc_empty(Doc),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_delete(Doc1, key, Doc2),\n bson:doc_empty(Doc2).\n\n:- end_tests('bson:doc_empty\/1').\n\n:- begin_tests('bson:doc_get\/3').\n\ntest('not found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_get(Doc, notfoundkey, +null).\n\ntest('not found in empty doc') :-\n Doc = [],\n bson:doc_get(Doc, notfoundkey, +null).\n\ntest('found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_get(Doc, key, value).\n\ntest('found null') :-\n Doc =\n [\n key - +null\n ],\n bson:doc_get(Doc, key, +null).\n\n:- end_tests('bson:doc_get\/3').\n\n:- begin_tests('bson:doc_put\/4').\n\ntest('put in empty') :-\n Doc = [],\n bson:doc_get(Doc, key, +null),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_get(Doc1, key, value).\n\ntest('put in non-empty') :-\n Doc =\n [\n keyold - valueold\n ],\n bson:doc_get(Doc, keyold, valueold),\n bson:doc_get(Doc, keynew, +null),\n bson:doc_put(Doc, keynew, valuenew, Doc1),\n bson:doc_get(Doc1, keyold, valueold),\n bson:doc_get(Doc1, keynew, +null).\n\n:- end_tests('bson:doc_put\/4').\n\n:- begin_tests('bson:doc_delete\/3').\n\ntest('delete from empty') :-\n Doc = [],\n bson:doc_delete(Doc, notfoundkey, Doc).\n\ntest('delete not found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_delete(Doc, notfoundkey, Doc).\n\ntest('delete only key') :-\n Doc =\n [\n key - value\n ],\n bson:doc_delete(Doc, key, Doc1),\n bson:doc_get(Doc1, key, +null).\n\ntest('delete one key') :-\n Doc =\n [\n key1 - value1,\n key2 - value2\n ],\n bson:doc_delete(Doc, key2, Doc1),\n bson:doc_get(Doc1, key1, value1),\n bson:doc_get(Doc1, key2, +null).\n\n:- end_tests('bson:doc_delete\/3').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson:doc_bytes\/2').\n\ntest('nonvar, nonvar') :-\n Doc =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Bytes).\n\ntest('nonvar, var', [true(Got == Expected)]) :-\n Doc =\n [\n hello - 256\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Got).\n\ntest('var, nonvar', [true(Got == Expected)]) :-\n Expected =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Got, Bytes).\n\ntest('var, var', [fail]) :-\n bson:doc_bytes(_, _).\n\ntest('complex doc back-and-forth', [true(Got == Expected)]) :-\n Expected =\n [\n k01 - -5.05,\n k02 - \u00e5\u00e4\u00f6_string, % Atoms only.\n k03 - [],\n k04 - [k1-v1, k2-v2],\n k05 - [v1,v2,v3],\n k06 - binary(generic,[1,2,3]),\n k07 - binary(function,[1,2,3]),\n k08 - binary(old_generic,[1,2,3]),\n k09 - binary(uuid,[1,2,3]),\n k10 - binary(md5,[1,2,3]),\n k11 - binary(user_defined,[1,2,3]),\n k12 - +undefined,\n k13 - object_id('47cc67093475061e3d95369d'),\n k14 - +false,\n k15 - +true,\n k16 - utc(1302354660284),\n k17 - +null,\n k18 - regex('pattern','options'),\n k19 - db_pointer('string','47cc67093475061e3d95369d'),\n k20 - js('code'),\n k21 - symbol(\u00e5\u00e4\u00f6_string), % Just like atoms.\n k22 - js('code',[mappings-doc]),\n k23 - 32,\n k24 - mongostamp(0),\n k25 - 9223372036854775807,\n k26 - +min,\n k27 - +max\n ],\n bson:doc_bytes(Expected, Bytes),\n bson:doc_bytes(Got, Bytes).\n\n:- end_tests('bson:doc_bytes\/2').\n\n:- begin_tests('bson:doc_empty\/1').\n\ntest('empty') :-\n bson:doc_empty(Doc),\n bson:doc_empty(Doc).\n\ntest('non-empty', [fail]) :-\n bson:doc_empty(Doc),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_empty(Doc1).\n\ntest('fill and empty') :-\n bson:doc_empty(Doc),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_delete(Doc1, key, Doc2),\n bson:doc_empty(Doc2).\n\n:- end_tests('bson:doc_empty\/1').\n\n:- begin_tests('bson:doc_get\/3').\n\ntest('not found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_get(Doc, notfoundkey, +null).\n\ntest('not found in empty doc') :-\n Doc = [],\n bson:doc_get(Doc, notfoundkey, +null).\n\ntest('found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_get(Doc, key, value).\n\ntest('found null') :-\n Doc =\n [\n key - +null\n ],\n bson:doc_get(Doc, key, +null).\n\n:- end_tests('bson:doc_get\/3').\n\n:- begin_tests('bson:doc_put\/4').\n\ntest('put in empty') :-\n Doc = [],\n bson:doc_get(Doc, key, +null),\n bson:doc_put(Doc, key, value, Doc1),\n bson:doc_get(Doc1, key, value).\n\ntest('put in non-empty') :-\n Doc =\n [\n keyold - valueold\n ],\n bson:doc_get(Doc, keyold, valueold),\n bson:doc_get(Doc, keynew, +null),\n bson:doc_put(Doc, keynew, valuenew, Doc1),\n bson:doc_get(Doc1, keyold, valueold),\n bson:doc_get(Doc1, keynew, +null).\n\n:- end_tests('bson:doc_put\/4').\n\n:- begin_tests('bson:doc_delete\/3').\n\ntest('delete from empty') :-\n Doc = [],\n bson:doc_delete(Doc, notfoundkey, Doc).\n\ntest('delete not found') :-\n Doc =\n [\n key - value\n ],\n bson:doc_delete(Doc, notfoundkey, Doc).\n\ntest('delete only key') :-\n Doc =\n [\n key - value\n ],\n bson:doc_delete(Doc, key, Doc1),\n bson:doc_get(Doc1, key, +null).\n\ntest('delete one key') :-\n Doc =\n [\n key1 - value1,\n key2 - value2\n ],\n bson:doc_delete(Doc, key2, Doc1),\n bson:doc_get(Doc1, key1, value1),\n bson:doc_get(Doc1, key2, +null).\n\n:- end_tests('bson:doc_delete\/3').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8b0ae7231403c8c2520b72ec6574bcf5759cff59","subject":"fix typo","message":"fix typo\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastday.gp","new_file":"graphs\/pastday.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nprint kamdata\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics *****\n# stats to be calculated here of column 1 (hour)\nstats kamdata using 1 name \"X\" nooutput\n\nXh_min = X_min\nXh_max = X_max\n\n\n\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: past hours\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\" # X-axis label\n#set xdata time # Data on X-axis should be interpreted as time\n#set timefmt \"%s\" # Time in log-file is given in Unix format\n#set format x \"%a %d\" # Display time in 24 hour notation on the X axis\n#set xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n#set yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n#set lmargin at screen LMARG\n#set rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot kamdata using 1:2\n#plot ifnamew \\\n# using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nprint kamdata\nset output \"\/tmp\/kamstrupd\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics *****\n# stats to be calculated here of column 1 (hour)\nstats kamdata using 1 name \"X\" nooutput\n\nXh_min = X_min\nXh_max = X_max\n\n\n\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: past hours\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\" # X-axis label\n#set xdata time # Data on X-axis should be interpreted as time\n#set timefmt \"%s\" # Time in log-file is given in Unix format\n#set format x \"%a %d\" # Display time in 24 hour notation on the X axis\n#set xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n#set yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n#set lmargin at screen LMARG\n#set rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot datafile using 1:2\n#plot ifnamew \\\n# using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n# # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"14da70093c11af6ee928c768c9e38b470dda68a9","subject":"Stylized gnuplot visualization.","message":"Stylized gnuplot visualization.\n","repos":"CaterHatterPillar\/dv2549,CaterHatterPillar\/dv2549,CaterHatterPillar\/dv2549","old_file":"msswarp.gnuplot","new_file":"msswarp.gnuplot","new_contents":"# msswarp.gnuplot\n\nf(x) = mean_basic\nt(x) = mean_tile\n\n# Retrieve data need during plot:\nplot 'dat\/BASICWARPFLOAT.mss'\nmss_min_basic = GPVAL_DATA_Y_MIN\nmss_max_basic = GPVAL_DATA_Y_MAX\nplot 'dat\/TILEWARPFLOAT.mss'\nmss_min_tile = GPVAL_DATA_Y_MIN\nmss_max_tile = GPVAL_DATA_Y_MAX\n\nreset\nset terminal latex\nset output \"msswarp.tex\"\nunset key\nunset xtics\nset clip\nset border 10\n\n#set ylabel \"Time (ms)\" rotate by 0 offset -2\n\nset style line 1 lt rgb \"#000000\" lw 2 pt 1\nset style line 2 lt rgb \"#000000\" lw 2 pt 6\nset style line 3 lt rgb \"#000000\" lw 2 pt 2\nset style line 4 lt rgb \"#000000\" lw 2 pt 9\n\nfit f( x ) 'dat\/BASICWARPFLOAT.mss' u 0:1 via mean_basic\nstdd_basic = sqrt( FIT_WSSR \/ ( FIT_NDF + 1 ) )\n\nfit t( x ) 'dat\/TILEWARPFLOAT.mss' u 0:1 via mean_tile\nstdd_tile = sqrt( FIT_WSSR \/ ( FIT_NDF + 1 ) )\n\n#set label 1 \"Basic\" at 0,mean_basic left offset -8,0\n#set label 2 \"Tile\" at 0,mean_tile left offset -8,0\nplot mean_basic w l lt rgb \"black\" ,\\\n\tmean_basic+stdd_basic w l ls 2\t,\\\n\tmean_basic-stdd_basic w l ls 2 ,\\\n\tmean_basic w l ls 2 ,\\\n\t'dat\/BASICWARPFLOAT.mss' u 0:(abs($1-mean_basic) < stdd_basic ? $1 : 1\/0) w p pt 7 lt rgb \"#000000\" ps 1 ,\\\n\tmean_tile w l lt rgb \"black\", mean_tile+stdd_tile w l ls 1 ,\\\n\tmean_tile-stdd_tile w l ls 1 ,\\\n\tmean_tile w l ls 1 ,\\\n\t'dat\/TILEWARPFLOAT.mss' u 0:(abs($1-mean_tile) < stdd_tile ? $1 : 1\/0) w p pt 7 lt rgb \"#000000\" ps 1\n","old_contents":"# msswarp.gnuplot\n\nf(x) = mean_basic\nt(x) = mean_tile\n\n# Retrieve data need during plot:\nplot 'dat\/BASICWARPFLOAT.mss'\nmss_min_basic = GPVAL_DATA_Y_MIN\nmss_max_basic = GPVAL_DATA_Y_MAX\nplot 'dat\/TILEWARPFLOAT.mss'\nmss_min_tile = GPVAL_DATA_Y_MIN\nmss_max_tile = GPVAL_DATA_Y_MAX\n\nreset\nset terminal latex\nset output \"msswarp.tex\"\nunset key\nunset xtics\nset ytics nomirror\n\n#set ylabel \"Time (ms)\" rotate by 0 offset -2\n\nset style line 1 lt rgb \"#000000\" lw 2 pt 1\nset style line 2 lt rgb \"#000000\" lw 2 pt 6\nset style line 3 lt rgb \"#000000\" lw 2 pt 2\nset style line 4 lt rgb \"#000000\" lw 2 pt 9\n\nfit f( x ) 'dat\/BASICWARPFLOAT.mss' u 0:1 via mean_basic\nstdd_basic = sqrt( FIT_WSSR \/ ( FIT_NDF + 1 ) )\n\nfit t( x ) 'dat\/TILEWARPFLOAT.mss' u 0:1 via mean_tile\nstdd_tile = sqrt( FIT_WSSR \/ ( FIT_NDF + 1 ) )\n\n#set label 1 \"Basic\" at 0,mean_basic left offset -8,0\n#set label 2 \"Tile\" at 0,mean_tile left offset -8,0\nplot mean_basic w l lt rgb \"black\" ,\\\n\tmean_basic+stdd_basic w l ls 2\t,\\\n\tmean_basic-stdd_basic w l ls 2 ,\\\n\tmean_basic w l ls 2 ,\\\n\t'dat\/BASICWARPFLOAT.mss' u 0:(abs($1-mean_basic) < stdd_basic ? $1 : 1\/0) w p pt 7 lt rgb \"#000000\" ps 1 ,\\\n\tmean_tile w l lt rgb \"black\", mean_tile+stdd_tile w l ls 1 ,\\\n\tmean_tile-stdd_tile w l ls 1 ,\\\n\tmean_tile w l ls 1 ,\\\n\t'dat\/TILEWARPFLOAT.mss' u 0:(abs($1-mean_tile) < stdd_tile ? $1 : 1\/0) w p pt 7 lt rgb \"#000000\" ps 1\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c67d47acfc14fefe23a243c48b79cd271b61ecad","subject":"use delta","message":"use delta\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"Power History \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):((delta($3))+(delta($4))) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)) title \"user\" fc rgb \"#ccbb0000\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):((delta($3))+(delta($4))) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)) title \"user\" fc rgb \"#ccbb0000\"\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):((delta($3))+(delta($4))) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)) title \"user\" fc rgb \"#ccbb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"Power History \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):($3+$4) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):3 title \"user\" fc rgb \"#ccbb0000\"\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):($3+$4) fc \"yellow\" \\\n ,'' using ($2+utc_offset):3 fc rgb \"#ccbb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):($3+$4) fc \"yellow\" \\\n ,'' using ($2+utc_offset):3 fc rgb \"#ccbb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"6cd95cf731c9e0c2496257d6705c90cfbc1c8f90","subject":"Fixed plot showing the binned performance results.","message":"Fixed plot showing the binned performance results.\n","repos":"hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm","old_file":"samples\/cp2k\/smm-test.plt","new_file":"samples\/cp2k\/smm-test.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm-test\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = STATS_max\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.0f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.0f\", STATS_median)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Binned by Problem Size)\" }\nset style fill solid 0.05 border -1\nset boxwidth 0.5\nset grid y2tics lc \"grey\"\nunset key\nunset xtics\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xrange [-0.5:2.5]\nunset ytics\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nplot BASENAME.\".dat\" using (0.0):((((0.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK*1.0\/3.0)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n BASENAME.\".dat\" using (1.0):((((MAXMNK*1.0\/3.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK*2.0\/3.0)))?column(FLOPS):1\/0) notitle smooth unique with boxes, \\\n BASENAME.\".dat\" using (2.0):((((MAXMNK*2.0\/3.0)<(column(MPARM)*column(NPARM)*column(KPARM)))&&((column(MPARM)*column(NPARM)*column(KPARM))<=(MAXMNK)))?column(FLOPS):1\/0) notitle smooth unique with boxes\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset y2label \"GFLOP\/s\"\nset y2tics nomirror\nunset ytics\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x*0.95:x*1.05] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.0f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 2 * x, h(x)\nset label 2 sprintf(\"%.0f GFLOP\/s\", h(x)) at 1.5 * x, h(x) centre offset 0, -1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nFLOPS = 8\n\nHIM = -1\nHIN = HIM\nHIK = HIM\nMN = 23\nPEAK = 0 #985.6\n\nBASENAME = \"smm-test\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\".pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nstats BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = STATS_max\nstats BASENAME.\".dat\" using (log(column(FLOPS))) nooutput; GEO = sprintf(\"%.0f\", exp(STATS_sum\/STATS_records))\nstats BASENAME.\".dat\" using FLOPS nooutput; MED = sprintf(\"%.0f\", STATS_median)\nstats BASENAME.\".dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-avg.dat\"\nplot BASENAME.\".dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-cdf.dat\"\nplot BASENAME.\".dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\nset autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\".dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Binned by Problem Size)\" }\nset style fill solid 1.0 noborder\nset style data histograms\nset style histogram columnstacked\nset boxwidth 0.5 relative\nset noborder\nunset key\nunset xtics\nunset ytics\nset xrange [-0.5:2.5]\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nplot newhistogram at 0 linetype 1, \\\n BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)<=(MAXMNK*1.0\/3.0)?column(FLOPS):1\/0) notitle, \\\n newhistogram at 1 linetype 1, \\\n BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)<=(MAXMNK*2.0\/3.0)?column(FLOPS):1\/0) notitle, \\\n newhistogram at 2 linetype 1, \\\n BASENAME.\".dat\" using (column(MPARM)*column(NPARM)*column(KPARM)<=(MAXMNK*3.0\/3.0)?column(FLOPS):1\/0) notitle\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) {\n set title \"Performance (CDF)\"\n set xlabel \"Probability\\n\\nGeo. Mean: \".GEO.\" GFLOP\/s Median: \".MED.\" GFLOP\/s\"\n} else {\n set xlabel \"Probability\"\n}\nset y2label \"GFLOP\/s\"\nset y2tics nomirror\nunset ytics\nset format x \"%g%%\"\nset format y \"%g\"\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\nfit [x*0.99:x*1.01] h(x) BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow 1 from x, h(x) to x, 0\nset label 1 sprintf(\"%.0f%%\", x) at x, 0.5 * h(x) left offset 1\nset arrow 2 from x, h(x) to 2 * x, h(x)\nset label 2 sprintf(\"%.0f GFLOP\/s\", h(x)) at 1.5 * x, h(x) centre offset 0, -1\nset autoscale fix\nset xrange [0:100]\nset yrange [0:*]\nplot BASENAME.\"-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 notitle with lines\n\nif (0 < PEAK) {\n reset\n if (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\n if (MULTI>-1) { set title \"Performance and Efficiency\" }\n set xlabel \"(M N K)^{-1\/3}\"\n set ylabel \"Efficiency\"\n set y2label \"GFLOP\/s\"\n set y2tics\n set ytics nomirror\n set format x \"%g\"; set format y \"%g%%\"\n set mxtics 2\n set mytics 2\n set my2tics 2\n set autoscale fix\n set yrange [0:100]\n set y2range [0:PEAK]\n plot BASENAME.\".dat\" using (floor((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)+0.5)):(100.0*column(FLOPS)\/PEAK) notitle smooth sbezier with points pointtype 7 pointsize 0.5\n}\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"25bf4268dd03aa5d8b2d7519549e45ad78c9951c","subject":"no ticlabels on left and middle chart","message":"no ticlabels on left and middle chart\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph12.gp","new_file":"graphs\/graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,480\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nunset xlabel # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nset style data boxes\n\nplot ifnamey \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2tics border\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\n\nplot ifnamew \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($3+$4+$5+$6) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4+$5) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):3 fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,480\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nunset xlabel # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nset style data boxes\n\nplot ifnamey \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset y2tics border\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\n\nplot ifnamew \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($3+$4+$5+$6) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4+$5) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):3 fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d3dda686eed33e19c7aebf8c23d295bca0ff788a","subject":"Cosmetic","message":"Cosmetic\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/internal\/db_i.plt","new_file":"U-238\/u\/internal\/db_i.plt","new_contents":":- begin_tests(db_i).\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/db_vocab)).\n\ntest(db_next_class_id, [setup(setup)]) :-\n\n\tdb_i:db_next_class_id(db_i_test, Id1),\n\tassertion(Id1 =:= 2),\n\tdb_i:db_next_class_id(db_i_test, Id2),\n\tassertion(Id2 =:= 3),\n\tdb_i:db_next_class_id(db_i_test, Id3),\n\tassertion(Id3 =:= 4).\n\n% test local class id -> db class id conversion\ntest(db_conv_local_db1, [setup(setup)]) :-\n\n\tobj_construct(man_v, [], [], Man1),\n\tobj_rebase((object_v -> db_object_v), Man1, Man),\n\targ(1, Man, Man_Local_Id),\n\n\tdb_i:db_add_class(db_i_test, Man_Local_Id, Man_DB_Id, _),\n\n\tdb_conv_local_db(db_i_test, Man_Local_Id,\n\t\t\t Man_DB_Id1,_),\n\n\tassertion(Man_DB_Id =:= Man_DB_Id1),\n\n\t% object_v\n\tclass_id(Object_Local_Id, object_v), !,\n\tdb_conv_local_db(db_i_test, Object_Local_Id,\n\t\t\t Object_DB_Id, _),\n\n\tassertion(Object_DB_Id =:= 1), % always 1\n\tassertion(Man_DB_Id =\\= Object_DB_Id).\n\n\ntest(db_recorded_int,\n [setup(setup),\n throws(error(no_object_field(Obj0, db_ref), _))]\n ) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, _),\n db_recorded_int(db_i_test, Obj0).\n\ntest(db_recorded_int,\n [setup(setup), fail]) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, Obj),\n db_recorded(db_i_test, Obj).\n \n\nsetup :-\n\n\tdb_clear(db_i_test).\n\n:- end_tests(db_i).\n","old_contents":":- begin_tests(db_i).\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/db_vocab)).\n\ntest(db_next_class_id, [setup(setup)]) :-\n\n\tdb_i:db_next_class_id(db_i_test, Id1),\n\tassertion(Id1 =:= 2),\n\tdb_i:db_next_class_id(db_i_test, Id2),\n\tassertion(Id2 =:= 3),\n\tdb_i:db_next_class_id(db_i_test, Id3),\n\tassertion(Id3 =:= 4).\n\n% test local class id -> db class id conversion\ntest(db_conv_local_db1, [setup(setup)]) :-\n\n\tobj_construct(man_v, [], [], Man1),\n\tobj_rebase((object_v -> db_object_v), Man1, Man),\n\targ(1, Man, Man_Local_Id),\n\n\tdb_i:db_add_class(db_i_test, Man_Local_Id, Man_DB_Id, _),\n\n\tdb_conv_local_db(db_i_test, Man_Local_Id,\n\t\t\t Man_DB_Id1,_),\n\n\tassertion(Man_DB_Id =:= Man_DB_Id1),\n\n\t% object_v\n\tclass_id(Object_Local_Id, object_v), !,\n\tdb_conv_local_db(db_i_test, Object_Local_Id,\n\t\t\t Object_DB_Id, _),\n\n\tassertion(Object_DB_Id =:= 1), % always 1\n\tassertion(Man_DB_Id =\\= Object_DB_Id).\n\n\ntest(db_recorded_int,\n [setup(setup),\n throws(error(no_object_field(X, db_ref), _))]\n ) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, _),\n db_recorded_int(db_i_test, Obj0).\n\ntest(db_recorded_int,\n [setup(setup), fail]) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj0),\n db_put_object(db_i_test, Obj0, Obj),\n db_recorded(db_i_test, Obj).\n \n\nsetup :-\n\n\tdb_clear(db_i_test).\n\n:- end_tests(db_i).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"5b5422fc30ff93cdf8a0d860cf09729b51665b7e","subject":"UT for db_put_object overwrite rebased added","message":"UT for db_put_object overwrite rebased added\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd, [setup(setup)]).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(util\/lambda)).\n:- use_module(library(aggregate)).\n:- use_module(library(ordsets)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n reload_classes,\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_iterate8, [setup(model_db)]) :-\n\n findall(Surname, db_iterate(people, surname(Surname), _), SL),\n assertion(SL =@= [_, _, 'Mayakovsky']),\n findall(Surname, db_iterate(people, sex(Surname), _), SL2),\n assertion(SL2 == [man, woman, man]).\n\ntest(db_iterate9, [setup(model_db), N == 1]) :-\n\n aggregate_all(count, db_iterate(people, surname(+bound), _), N).\n\ntest(db_iterate10, [setup(model_db), N == 2]) :-\n\n aggregate_all(count, db_iterate(people, surname(+free), _), N).\n\ntest(db_iterate11, [setup(model_db)]) :-\n\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+free), _),\n N1),\n assertion(N1 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname('Mayakovsky'), _),\n N2),\n assertion(N2 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname(+bound), _),\n N3),\n assertion(N3 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \\\/ surname(+bound), _),\n N4),\n assertion(N4 == 3),\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+bound), _),\n N5),\n assertion(N5 == 1),\n aggregate_all(count,\n db_iterate(people,\n surname(+bound) \/\\ surname('Mayakovsky'), _),\n N6),\n assertion(N6 == 1).\n\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object4_1, [setup(model_db)]) :-\n% replacing rebased\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man2),\n db_put_object(people2, throw, Man2, Man3, Replaced),\n named_args_unify(Man3,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\ntest(db_select3,\n [setup((model_db,\n db_construct(people, citizen_v, [id, sex, name, age], [2, man, 'Igor', 19]))),\n Class == callup_v]) :-\n db_select(people, [name, class], ['Igor', Class]).\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(eval_obj_expr1,\n [setup(model_db),\n List == ['Adam', 'Eva', 'Vladimir']]) :-\n findall(Name, @people \/ name ^= Name, List).\n\ntest(eval_obj_expr2, [setup(model_db)]) :-\n (@people -> Object) \/ functor ^= citizen_v,\n assertion(Object \/ surname =^= 'Mayakovsky').\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\ntest(key_test1) :-\n obj_construct(c4_v, [a, b, c], [1, 2, 3], A),\n obj_construct(c4_v, [a, b, c], [1, 20, 30], B),\n key_test2(A, B, allow).\n\n% nearest_keymaster(A) = nearest_keymaster(B)\ntest(key_test_set1) :-\n\n key_test(c1_v, c2_v).\n\n% nearest_keymaster(A) is_accessor_off nearest_keymaster(B)\ntest(key_test_set2) :-\n\n key_test(c1_v, c3_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, c4_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, c6_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, c7_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nearest_keymaster(A) is_desc_off nearest_keymaster(B)\ntest(key_test_set3) :-\n\n key_test(c4_v, c1_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c3_v, c1_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, c1_v), % key(nk(A)) = key(nk(B))\n key_test(c6_v, c1_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c7_v, c1_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = {}\ntest(key_test_set4_1) :-\n\n key_test(c1_v, d2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, d3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, d4_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, d5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, d6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) \/= {}\ntest(key_test_set4_2) :-\n\n key_test(c5_v, e2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, e3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, e4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, e5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, e6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(A))\ntest(key_test_set4_3) :-\n\n key_test(c5_v, f2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, f3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, f4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, f5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, f6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(B))\ntest(key_test_set4_4) :-\n\n key_test(f3_v, c5_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(f2_v, c5_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(f4_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(f5_v, c5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(f6_v, c5_v). % key(nk(A)) instersect key(nk(B)) = {}\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country, id],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union'], 1]).\n\nsetup :-\n\n db_clear(plunit_vd__key_test),\n reload_classes.\n\nreload_classes :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n key_test_classes.\n\nkey_test_classes :-\n\n class_create(c0_v, object_v, [a, b, c], [a]),\n class_create(c1_v, c0_v, [], [b, c]),\n class_create(c2_v, c1_v, [d]),\n class_create(c3_v, c2_v, [], [c]),\n class_create(c4_v, c3_v, [], [a, b, c]),\n class_create(c5_v, c1_v, [], [b, c]),\n class_create(c6_v, c1_v, [d], [c, d]),\n class_create(c7_v, c1_v, [e], [a, e]),\n\n class_create(d1_v, object_v, [a, b, c], [a]),\n class_create(d2_v, d1_v, [], [b]),\n class_create(d3_v, d1_v, [], [a, b, c]),\n class_create(d4_v, d3_v, [], [b, c]),\n class_create(d5_v, d2_v, [], [a, b]),\n class_create(d6_v, d2_v, [f], [c, f]),\n\n class_create(e1_v, c0_v, [], [b]),\n class_create(e2_v, e1_v, [], [b]),\n class_create(e3_v, e1_v, [], [a, b, c]),\n class_create(e4_v, e3_v, [], [b, c]),\n class_create(e5_v, e2_v, [], [a, b]),\n class_create(e6_v, e2_v, [g], [c, g]),\n\n class_create(f1_v, c1_v, [], [a]),\n class_create(f2_v, f1_v, [], [b]),\n class_create(f3_v, f1_v, [], [a, b, c]),\n class_create(f4_v, f3_v, [], [b, c]),\n class_create(f5_v, f2_v, [], [a, b]),\n class_create(f6_v, f2_v, [h, j], [j, h]).\n\nkey_pattern(patt(Left, Common, Right)) :-\n L = [free, bound],\n member(Left, L),\n member(Common, L),\n member(Right, L).\n\nkey_test(AC, BC) :-\n class_primary_id(AC, Id1),\n class_primary_id(BC, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n forall(\n key_pattern(Patt),\n ( fill_keys(AC, BC, Keymaster_Id, Patt, A, B),\n assertion(key_test2(A, B))\n\t )).\n\n% Calculate the result\nkey_test_result(A, B, allow) :-\n ( obj_key(A, []) ; obj_key(B, [])), !.\nkey_test_result(A, B, conflict) :-\n arg(1, A, Id1),\n arg(1, B, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n get_key(Keymaster_Id, K_Key),\n K_Key \\= [],\n obj_unify(A, K_Key, Value),\n obj_unify(B, K_Key, Value), !.\nkey_test_result(_, _, allow).\n\nkey_test2(A, B) :-\n key_test_result(A, B, Conflict),\n key_test2(A, B, Conflict).\n\nkey_test2(A, B, allow) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n db_put_object(DB, fail, A, _), !.\n\nkey_test2(A, B, conflict) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n \\+ db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n \\+ db_put_object(DB, fail, A, _).\n\nfill_keys(AC, BC, Keymaster_Id, Patt, A, B) :-\n get_key(Keymaster_Id, Common_Key_Part),\n obj_construct(AC, [], [], A),\n obj_construct(BC, [], [], B),\n fill_key(Patt, Common_Key_Part, A, B).\n\nfill_key(patt(A_Patt, Common_Patt, B_Patt), Common_Key, A, B) :-\n obj_key(A, A_Key),\n obj_unify(A, A_Key, A_Key_Value),\n fill_key(A_Patt, A_Key, A_Key_Value),\n obj_unify(A, Common_Key, Common_Key_Value),\n fill_key(Common_Patt, Common_Key, Common_Key_Value),\n obj_key(B, B_Key),\n obj_unify(B, B_Key, B_Key_Value),\n fill_key(B_Patt, B_Key, B_Key_Value).\n\n\nfill_key(bound, Key, Key) :- !.\nfill_key(half_bound, [K|KT], [K|KVT]) :- !,\n same_length(KT, KVT).\nfill_key(free, Key, Key_Value) :-\n same_length(Key, Key_Value).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd, [setup(setup)]).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(util\/lambda)).\n:- use_module(library(aggregate)).\n:- use_module(library(ordsets)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n reload_classes,\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_iterate8, [setup(model_db)]) :-\n\n findall(Surname, db_iterate(people, surname(Surname), _), SL),\n assertion(SL =@= [_, _, 'Mayakovsky']),\n findall(Surname, db_iterate(people, sex(Surname), _), SL2),\n assertion(SL2 == [man, woman, man]).\n\ntest(db_iterate9, [setup(model_db), N == 1]) :-\n\n aggregate_all(count, db_iterate(people, surname(+bound), _), N).\n\ntest(db_iterate10, [setup(model_db), N == 2]) :-\n\n aggregate_all(count, db_iterate(people, surname(+free), _), N).\n\ntest(db_iterate11, [setup(model_db)]) :-\n\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+free), _),\n N1),\n assertion(N1 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname('Mayakovsky'), _),\n N2),\n assertion(N2 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname(+bound), _),\n N3),\n assertion(N3 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \\\/ surname(+bound), _),\n N4),\n assertion(N4 == 3),\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+bound), _),\n N5),\n assertion(N5 == 1),\n aggregate_all(count,\n db_iterate(people,\n surname(+bound) \/\\ surname('Mayakovsky'), _),\n N6),\n assertion(N6 == 1).\n\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\ntest(db_select3,\n [setup((model_db,\n db_construct(people, citizen_v, [id, sex, name, age], [2, man, 'Igor', 19]))),\n Class == callup_v]) :-\n db_select(people, [name, class], ['Igor', Class]).\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(eval_obj_expr1,\n [setup(model_db),\n List == ['Adam', 'Eva', 'Vladimir']]) :-\n findall(Name, @people \/ name ^= Name, List).\n\ntest(eval_obj_expr2, [setup(model_db)]) :-\n (@people -> Object) \/ functor ^= citizen_v,\n assertion(Object \/ surname =^= 'Mayakovsky').\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\ntest(key_test1) :-\n obj_construct(c4_v, [a, b, c], [1, 2, 3], A),\n obj_construct(c4_v, [a, b, c], [1, 20, 30], B),\n key_test2(A, B, allow).\n\n% nearest_keymaster(A) = nearest_keymaster(B)\ntest(key_test_set1) :-\n\n key_test(c1_v, c2_v).\n\n% nearest_keymaster(A) is_accessor_off nearest_keymaster(B)\ntest(key_test_set2) :-\n\n key_test(c1_v, c3_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, c4_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, c6_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, c7_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nearest_keymaster(A) is_desc_off nearest_keymaster(B)\ntest(key_test_set3) :-\n\n key_test(c4_v, c1_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c3_v, c1_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, c1_v), % key(nk(A)) = key(nk(B))\n key_test(c6_v, c1_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c7_v, c1_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = {}\ntest(key_test_set4_1) :-\n\n key_test(c1_v, d2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, d3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, d4_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, d5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, d6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) \/= {}\ntest(key_test_set4_2) :-\n\n key_test(c5_v, e2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, e3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, e4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, e5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, e6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(A))\ntest(key_test_set4_3) :-\n\n key_test(c5_v, f2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, f3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, f4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, f5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, f6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(B))\ntest(key_test_set4_4) :-\n\n key_test(f3_v, c5_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(f2_v, c5_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(f4_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(f5_v, c5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(f6_v, c5_v). % key(nk(A)) instersect key(nk(B)) = {}\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country, id],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union'], 1]).\n\nsetup :-\n\n db_clear(plunit_vd__key_test),\n reload_classes.\n\nreload_classes :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n key_test_classes.\n\nkey_test_classes :-\n\n class_create(c0_v, object_v, [a, b, c], [a]),\n class_create(c1_v, c0_v, [], [b, c]),\n class_create(c2_v, c1_v, [d]),\n class_create(c3_v, c2_v, [], [c]),\n class_create(c4_v, c3_v, [], [a, b, c]),\n class_create(c5_v, c1_v, [], [b, c]),\n class_create(c6_v, c1_v, [d], [c, d]),\n class_create(c7_v, c1_v, [e], [a, e]),\n\n class_create(d1_v, object_v, [a, b, c], [a]),\n class_create(d2_v, d1_v, [], [b]),\n class_create(d3_v, d1_v, [], [a, b, c]),\n class_create(d4_v, d3_v, [], [b, c]),\n class_create(d5_v, d2_v, [], [a, b]),\n class_create(d6_v, d2_v, [f], [c, f]),\n\n class_create(e1_v, c0_v, [], [b]),\n class_create(e2_v, e1_v, [], [b]),\n class_create(e3_v, e1_v, [], [a, b, c]),\n class_create(e4_v, e3_v, [], [b, c]),\n class_create(e5_v, e2_v, [], [a, b]),\n class_create(e6_v, e2_v, [g], [c, g]),\n\n class_create(f1_v, c1_v, [], [a]),\n class_create(f2_v, f1_v, [], [b]),\n class_create(f3_v, f1_v, [], [a, b, c]),\n class_create(f4_v, f3_v, [], [b, c]),\n class_create(f5_v, f2_v, [], [a, b]),\n class_create(f6_v, f2_v, [h, j], [j, h]).\n\nkey_pattern(patt(Left, Common, Right)) :-\n L = [free, bound],\n member(Left, L),\n member(Common, L),\n member(Right, L).\n\nkey_test(AC, BC) :-\n class_primary_id(AC, Id1),\n class_primary_id(BC, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n forall(\n key_pattern(Patt),\n ( fill_keys(AC, BC, Keymaster_Id, Patt, A, B),\n assertion(key_test2(A, B))\n\t )).\n\n% Calculate the result\nkey_test_result(A, B, allow) :-\n ( obj_key(A, []) ; obj_key(B, [])), !.\nkey_test_result(A, B, conflict) :-\n arg(1, A, Id1),\n arg(1, B, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n get_key(Keymaster_Id, K_Key),\n K_Key \\= [],\n obj_unify(A, K_Key, Value),\n obj_unify(B, K_Key, Value), !.\nkey_test_result(_, _, allow).\n\nkey_test2(A, B) :-\n key_test_result(A, B, Conflict),\n key_test2(A, B, Conflict).\n\nkey_test2(A, B, allow) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n db_put_object(DB, fail, A, _), !.\n\nkey_test2(A, B, conflict) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n \\+ db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n \\+ db_put_object(DB, fail, A, _).\n\nfill_keys(AC, BC, Keymaster_Id, Patt, A, B) :-\n get_key(Keymaster_Id, Common_Key_Part),\n obj_construct(AC, [], [], A),\n obj_construct(BC, [], [], B),\n fill_key(Patt, Common_Key_Part, A, B).\n\nfill_key(patt(A_Patt, Common_Patt, B_Patt), Common_Key, A, B) :-\n obj_key(A, A_Key),\n obj_unify(A, A_Key, A_Key_Value),\n fill_key(A_Patt, A_Key, A_Key_Value),\n obj_unify(A, Common_Key, Common_Key_Value),\n fill_key(Common_Patt, Common_Key, Common_Key_Value),\n obj_key(B, B_Key),\n obj_unify(B, B_Key, B_Key_Value),\n fill_key(B_Patt, B_Key, B_Key_Value).\n\n\nfill_key(bound, Key, Key) :- !.\nfill_key(half_bound, [K|KT], [K|KVT]) :- !,\n same_length(KT, KVT).\nfill_key(free, Key, Key_Value) :-\n same_length(Key, Key_Value).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"d9c84d28b7af6f0f79be2bcf60dab5761fcb88c0","subject":"re-enable labels on time axis","message":"re-enable labels on time axis\n","repos":"JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot","old_file":"bin\/radicalpilot-stats.plot","new_file":"bin\/radicalpilot-stats.plot","new_contents":"\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\n\r\nif (pilotnum >= 1) {\r\n pilot_states_1_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_1_id . '.dat'\r\n pilot_callbacks_1_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_1_id . '.dat'\r\n pilot_slots_1_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_1_id . '.dat'\r\n pilot_queue_1_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_1_id . '.dat'\r\n unit_states_1_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_1_id . '.dat'\r\n unit_callbacks_1_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_1_id . '.dat'\r\n # print 'pilot 1 : ' . pilot_1_name\r\n}\r\nif (pilotnum >= 2) {\r\n pilot_states_2_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_2_id . '.dat'\r\n pilot_callbacks_2_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_2_id . '.dat'\r\n pilot_slots_2_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_2_id . '.dat'\r\n pilot_queue_2_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_2_id . '.dat'\r\n unit_states_2_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_2_id . '.dat'\r\n unit_callbacks_2_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_2_id . '.dat'\r\n # print 'pilot 2 : ' . pilot_2_name\r\n}\r\n\r\nif (pilotnum >= 3) {\r\n pilot_states_3_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_3_id . '.dat'\r\n pilot_callbacks_3_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_3_id . '.dat'\r\n pilot_slots_3_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_3_id . '.dat'\r\n pilot_queue_3_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_3_id . '.dat'\r\n unit_states_3_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_3_id . '.dat'\r\n unit_callbacks_3_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_3_id . '.dat'\r\n # print 'pilot 3 : ' . pilot_3_name\r\n}\r\n\r\nif (pilotnum >= 4) {\r\n print \"only support up to three pilots\"\r\n exit\r\n}\r\n\r\n\r\nterms = 'png pdf'\r\ndo for [term_i=1:words(terms)] {\r\n t = word(terms, term_i)\r\n term_t = t.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (t eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 206 lt 1 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 306 lt 1 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.t \r\n print '.\/'.session.'.'.t\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101\r\n } \r\n if (pilotnum==2) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201\r\n } \r\n if (pilotnum==3) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201 , \\\r\n pilot_states_3_dat using 1:($2-0.1) title '' with steps ls 300 , \\\r\n pilot_callbacks_3_dat using 1:($2+0.1) title '' with points ls 301\r\n }\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"PEND. INPUT \" 2, \\\r\n \"TRANSF. INPUT \" 3, \\\r\n \"PEND. EXECUTION\" 4, \\\r\n \"SCHEDULING \" 5, \\\r\n \"EXECUTING \" 6, \\\r\n \"PEND. OUTPUT \" 7, \\\r\n \"TRANSF. OUTPUT \" 8, \\\r\n \"DONE \" 9, \\\r\n \"CANCELED \" 10, \\\r\n \"FAILED \" 11)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101\r\n }\r\n if (pilotnum==2) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201\r\n }\r\n if (pilotnum==3) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201 , \\\r\n unit_states_3_dat using 1:($2-0.1) title '' with steps ls 300 , \\\r\n unit_callbacks_3_dat using 1:($2+0.1) title '' with points ls 301\r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [1:maxslots+nodesize\/2]\r\n set ytics nodesize\r\n set y2tics autofreq\r\n\r\n set xlabel ''\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ queue]\" offset second -11,0\r\n set grid\r\n unset format\r\n\r\n if (pilotnum==1) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.1) title '' with steps ls 106 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 \r\n }\r\n if (pilotnum==2) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 106 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_slots_2_dat using 1:($2+0.3) title '' with lines ls 204 , \\\r\n pilot_queue_2_dat using 1:($2+0.3) title '' with steps ls 206 axes x1y2 , \\\r\n slotnum_2 title '' with lines ls 205 \r\n }\r\n if (pilotnum==3) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 106 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_slots_2_dat using 1:($2+0.2) title '' with lines ls 204 , \\\r\n pilot_queue_2_dat using 1:($2+0.2) title '' with steps ls 206 axes x1y2 , \\\r\n slotnum_2 title '' with lines ls 205 , \\\r\n pilot_slots_3_dat using 1:($2+0.4) title '' with lines ls 304 , \\\r\n pilot_queue_3_dat using 1:($2+0.4) title '' with steps ls 306 axes x1y2 , \\\r\n slotnum_3 title '' with lines ls 305 \r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n if (pilotnum==1) {\r\n set key center left reverse\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 105 t 'total number of slots' , \\\r\n NaN ls 106 t 'unit queue length' , \\\r\n NaN lw 0 t ' '\r\n }\r\n if (pilotnum==2) {\r\n set key top left reverse maxrows 7\r\n plot NaN lw 0 with steps t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 with steps t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 with points t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 with steps t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 105 with steps t 'total number of slots' , \\\r\n NaN ls 106 with steps t 'unit queue length' , \\\r\n NaN lw 0 with steps t ' ' , \\\r\n NaN lw 0 with steps t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 with steps t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 with steps t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 with steps t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 205 with steps t 'total number of slots' , \\\r\n NaN ls 206 with steps t 'unit queue length' , \\\r\n NaN lw 0 with steps t ' '\r\n }\r\n if (pilotnum==3) {\r\n set key top left reverse maxrows 14\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 105 t 'total number of slots' , \\\r\n NaN ls 106 t 'unit queue length' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 205 t 'total number of slots' , \\\r\n NaN ls 206 t 'unit queue length' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t 'PILOT 3 ('.pilot_3_name.'):' , \\\r\n NaN ls 300 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 301 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 304 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 305 t 'total number of slots' , \\\r\n NaN ls 306 t 'unit queue length' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' '\r\n }\r\n # ------------------------------------------------------------------------------------\r\n\r\n unset multiplot\r\n # ------------------------------------------------------------------------------------\r\n\r\n}\r\n\r\n\r\n\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","old_contents":"\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\n\r\nif (pilotnum >= 1) {\r\n pilot_states_1_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_1_id . '.dat'\r\n pilot_callbacks_1_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_1_id . '.dat'\r\n pilot_slots_1_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_1_id . '.dat'\r\n pilot_queue_1_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_1_id . '.dat'\r\n unit_states_1_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_1_id . '.dat'\r\n unit_callbacks_1_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_1_id . '.dat'\r\n # print 'pilot 1 : ' . pilot_1_name\r\n}\r\nif (pilotnum >= 2) {\r\n pilot_states_2_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_2_id . '.dat'\r\n pilot_callbacks_2_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_2_id . '.dat'\r\n pilot_slots_2_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_2_id . '.dat'\r\n pilot_queue_2_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_2_id . '.dat'\r\n unit_states_2_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_2_id . '.dat'\r\n unit_callbacks_2_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_2_id . '.dat'\r\n # print 'pilot 2 : ' . pilot_2_name\r\n}\r\n\r\nif (pilotnum >= 3) {\r\n pilot_states_3_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_3_id . '.dat'\r\n pilot_callbacks_3_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_3_id . '.dat'\r\n pilot_slots_3_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_3_id . '.dat'\r\n pilot_queue_3_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_3_id . '.dat'\r\n unit_states_3_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_3_id . '.dat'\r\n unit_callbacks_3_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_3_id . '.dat'\r\n # print 'pilot 3 : ' . pilot_3_name\r\n}\r\n\r\nif (pilotnum >= 4) {\r\n print \"only support up to three pilots\"\r\n exit\r\n}\r\n\r\n\r\nterms = 'png pdf'\r\ndo for [term_i=1:words(terms)] {\r\n t = word(terms, term_i)\r\n term_t = t.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (t eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 106 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 206 lt 1 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 306 lt 1 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*2\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.t \r\n print '.\/'.session.'.'.t\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101\r\n } \r\n if (pilotnum==2) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201\r\n } \r\n if (pilotnum==3) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201 , \\\r\n pilot_states_3_dat using 1:($2-0.1) title '' with steps ls 300 , \\\r\n pilot_callbacks_3_dat using 1:($2+0.1) title '' with points ls 301\r\n }\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"PEND. INPUT \" 2, \\\r\n \"TRANSF. INPUT \" 3, \\\r\n \"PEND. EXECUTION\" 4, \\\r\n \"SCHEDULING \" 5, \\\r\n \"EXECUTING \" 6, \\\r\n \"PEND. OUTPUT \" 7, \\\r\n \"TRANSF. OUTPUT \" 8, \\\r\n \"DONE \" 9, \\\r\n \"CANCELED \" 10, \\\r\n \"FAILED \" 11)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101\r\n }\r\n if (pilotnum==2) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201\r\n }\r\n if (pilotnum==3) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201 , \\\r\n unit_states_3_dat using 1:($2-0.1) title '' with steps ls 300 , \\\r\n unit_callbacks_3_dat using 1:($2+0.1) title '' with points ls 301\r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [1:maxslots+nodesize\/2]\r\n set ytics nodesize\r\n set y2tics autofreq\r\n\r\n set xlabel ''\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ queue]\" offset second -11,0\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.1) title '' with steps ls 106 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 \r\n }\r\n if (pilotnum==2) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 106 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_slots_2_dat using 1:($2+0.3) title '' with lines ls 204 , \\\r\n pilot_queue_2_dat using 1:($2+0.3) title '' with steps ls 206 axes x1y2 , \\\r\n slotnum_2 title '' with lines ls 205 \r\n }\r\n if (pilotnum==3) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 106 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_slots_2_dat using 1:($2+0.2) title '' with lines ls 204 , \\\r\n pilot_queue_2_dat using 1:($2+0.2) title '' with steps ls 206 axes x1y2 , \\\r\n slotnum_2 title '' with lines ls 205 , \\\r\n pilot_slots_3_dat using 1:($2+0.4) title '' with lines ls 304 , \\\r\n pilot_queue_3_dat using 1:($2+0.4) title '' with steps ls 306 axes x1y2 , \\\r\n slotnum_3 title '' with lines ls 305 \r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n if (pilotnum==1) {\r\n set key center left reverse\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 105 t 'total number of slots' , \\\r\n NaN ls 106 t 'unit queue length' , \\\r\n NaN lw 0 t ' '\r\n }\r\n if (pilotnum==2) {\r\n set key top left reverse maxrows 7\r\n plot NaN lw 0 with steps t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 with steps t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 with points t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 with steps t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 105 with steps t 'total number of slots' , \\\r\n NaN ls 106 with steps t 'unit queue length' , \\\r\n NaN lw 0 with steps t ' ' , \\\r\n NaN lw 0 with steps t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 with steps t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 with steps t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 with steps t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 205 with steps t 'total number of slots' , \\\r\n NaN ls 206 with steps t 'unit queue length' , \\\r\n NaN lw 0 with steps t ' '\r\n }\r\n if (pilotnum==3) {\r\n set key top left reverse maxrows 14\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 105 t 'total number of slots' , \\\r\n NaN ls 106 t 'unit queue length' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 205 t 'total number of slots' , \\\r\n NaN ls 206 t 'unit queue length' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t 'PILOT 3 ('.pilot_3_name.'):' , \\\r\n NaN ls 300 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 301 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 304 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN ls 305 t 'total number of slots' , \\\r\n NaN ls 306 t 'unit queue length' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' '\r\n }\r\n # ------------------------------------------------------------------------------------\r\n\r\n unset multiplot\r\n # ------------------------------------------------------------------------------------\r\n\r\n}\r\n\r\n\r\n\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"3ce13c613c1d35f321a819fab56cdd73a18f3b42","subject":"add filled curves","message":"add filled curves\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph11.gp","new_file":"graphs\/graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset style fill solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2:4 notitle with filledcurves \\\n ,'' using ($1+utc_offset):3 title \" Temperature [degC]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2:4 with filledcurves \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):3 title \" Temperature [degC]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e5b28566fe675323aaacbb08035686062a421460","subject":"allow the icpc compiler to be set via COMPILER_ICPC","message":"allow the icpc compiler to be set via COMPILER_ICPC\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@701 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL hasn't been configured correctly) #')\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nCOMPILER\t?= $(COMPILER_GCC)\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL hasn't been configured correctly) #')\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e9ed4f484a71229a6790b99e7a0fa44337e9e25f","subject":"","message":"\nAdded the -Werror flag when using g++ 3.4 to guard against\nfuture warnings.\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@366 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"CoryMcCartan\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,hildeth\/chapel,hildeth\/chapel,sungeunchoi\/chapel,hildeth\/chapel,chizarlicious\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,hildeth\/chapel,hildeth\/chapel,CoryMcCartan\/chapel","old_file":"make\/Makefile.gnu","new_file":"make\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCC = g++\n\n\n#\n# Flags\n#\n\nCFLAGS += -Wall\n\nGNU_GCC_MAJOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GCC_MINOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\n\nifeq ($(GNU_GCC_MAJOR_VERSION),3)\nifeq ($(GNU_GCC_MINOR_VERSION),4)\nCFLAGS += -Wno-invalid-offsetof -Werror\nendif\nendif\n\nifdef DEBUG\nCFLAGS += -g -DDEBUG=1\nelse\nCFLAGS += -DNDEBUG=1\nendif\n\nifdef OPTIMIZE\nCFLAGS += -O2\nendif\n\nifdef PROFILE\nCFLAGS += -pg\nLDFLAGS += -pg\nendif\n\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCC = g++\n\n\n#\n# Flags\n#\n\nCFLAGS += -Wall\n\nGNU_GCC_MAJOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GCC_MINOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\n\nifeq ($(GNU_GCC_MAJOR_VERSION),3)\nifeq ($(GNU_GCC_MINOR_VERSION),4)\nCFLAGS += -Wno-invalid-offsetof\nendif\nendif\n\nifdef DEBUG\nCFLAGS += -g -DDEBUG=1\nelse\nCFLAGS += -DNDEBUG=1\nendif\n\nifdef OPTIMIZE\nCFLAGS += -O2\nendif\n\nifdef PROFILE\nCFLAGS += -pg\nLDFLAGS += -pg\nendif\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"f368e5bfd241aa3fb152489905c82d22809baefd","subject":"Update demo code","message":"Update demo code\n","repos":"PHB-CS123\/graphene,PHB-CS123\/graphene,PHB-CS123\/graphene","old_file":"gp-scripts\/demo.gp","new_file":"gp-scripts\/demo.gp","new_contents":"help\nhelp insert\nhelp create\n\nSHOW TYPES;\nSHOW RELATIONS;\n\nMATCH (p:Person);\nMATCH (p:Person) WHERE id < 15;\nMATCH (p:Person) WHERE id < 15 RETURN name;\nMATCH (p:Person) WHERE id < 15 OR id > 490;\nMATCH (p:Person) WHERE id < 15 AND id > 490;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person);\nMATCH (p1:Person)-[KNOWS]->(p1:Person); \/\/ error\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN p1.name, p2.name;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN name; \/\/ error\nMATCH (p1:Person)-[KNOWS]->(Person)-[KNOWS]->(p2:Person);\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\nUPDATE RELATION Person(id = 12)-KNOWS SET num_years = 42;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\nDELETE RELATION Person(id = 12)-KNOWS;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 12;\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\nDELETE NODE Person(id = 22);\nMATCH (Person) WHERE id = 22;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\n\nCREATE TYPE T(a: int[]);\nINSERT NODE T(3); \/\/ error\nINSERT NODE T([true, false]); \/\/ error\nINSERT NODE T([true, 5]); \/\/ error\nINSERT NODE T([1,2]), T([]);\nMATCH (T);\nUPDATE NODE T(a=[1,2]) SET a = [1,2,3];\nMATCH (T);\nDELETE NODE T(a=[1,2,3]);\nMATCH (T);\nDROP TYPE T;\nMATCH (T); \/\/ error\n","old_contents":"help\nhelp insert\nhelp create\n\nSHOW TYPES;\nSHOW RELATIONS;\n\nMATCH (p:Person);\nMATCH (p:Person) WHERE id < 15;\nMATCH (p:Person) WHERE id < 15 RETURN name;\nMATCH (p:Person) WHERE id < 15 OR id > 490;\nMATCH (p:Person) WHERE id < 15 AND id > 490;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person);\nMATCH (p1:Person)-[KNOWS]->(p1:Person); \/\/ error\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN p1.name, p2.name;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id < 100 AND p1.age < p2.age RETURN name; \/\/ error\nMATCH (p1:Person)-[KNOWS]->(Person)-[KNOWS]->(p2:Person);\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 11;\nUPDATE RELATION Person(id = 11)-KNOWS SET num_years = 42;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 11;\nDELETE RELATION Person(id = 11)-KNOWS;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 11;\n\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\nDELETE NODE Person(id = 22);\nMATCH (Person) WHERE id = 22;\nMATCH (p1:Person)-[k:KNOWS]->(p2:Person) WHERE p1.id = 22;\n\nCREATE TYPE T(a: int[]);\nINSERT NODE T(3); \/\/ error\nINSERT NODE T([true, false]); \/\/ error\nINSERT NODE T([true, 5]); \/\/ error\nINSERT NODE T([1,2]), T([]);\nMATCH (T);\nUPDATE NODE T(a=[1,2]) SET a = [1,2,3];\nMATCH (T);\nDELETE NODE T(a=[1,2,3]);\nMATCH (T);\nDROP TYPE T;\nMATCH (T); \/\/ error\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"7c6438dd300498cd89e88d08ed6b60740c5a4376","subject":"colorchange","message":"colorchange","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastday.gp","new_file":"graphs\/pastday.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"dag-uur\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"blue\" \\\n , '' using 3 title \"T2\" lc \"orange\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"blue\" \\\n , '' using 5 title \"T2\" lc \"orange\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastday.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"dag-uur\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 3 title \"T2\" lc \"yellow\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie recent \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 5 title \"T2\" lc \"yellow\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"890f59b7755229e6fb5a9afc65e59bda8e4e5da0","subject":"rotate for legibility","message":"rotate for legibility\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/pastyear.gp","new_file":"graphs\/pastyear.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastyear.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik afgelopen jaar \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"jaar-maand\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 3 title \"T2\" lc \"yellow\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie afgelopen jaar \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 5 title \"T2\" lc \"yellow\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_pastyear.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik afgelopen jaar \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"jaar-maand\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [Wh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 3 title \"T2\" lc \"yellow\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie afgelopen jaar \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"green\" \\\n , '' using 5 title \"T2\" lc \"yellow\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"5122fdc9985fd780e1457c788a2755eb9db593fb","subject":"line ending added","message":"line ending added\n","repos":"Mausy5043\/domod,Mausy5043\/domod,Mausy5043\/domod","old_file":"graph22.gp","new_file":"graph22.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.36\nMRPOS = 0.73\nRMARG = 0.96\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb9\" \\\n ,'' using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.36\nMRPOS = 0.73\nRMARG = 0.96\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb9\"\n ,'' using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"736bab9266295e52894ebb0e218832eb5732405e","subject":"dots iso lines","message":"dots iso lines\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc \"#229922\" \\\n , '' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\" \\\n , '' using ($2+utc_offset):5 title \"load 5min\" with dots lc \"black\" axes x1y2\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc \"#229922\" \\\n , '' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\" \\\n , '' using ($2+utc_offset):5 title \"load 5min\" with lines lc \"black\" axes x1y2\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"aa13542aab6722bfdc317f8d44f60f861327c286","subject":"look for originals\/ in both MCSTL_ROOT and MCSTL_BASE (inspired by r353)","message":"look for originals\/ in both MCSTL_ROOT and MCSTL_BASE (inspired by r353)\n\ngit-svn-id: 69a08f0be502e23ba71eb4e212ee2948ff83149c@371 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPT_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\nifneq (,$(strip $(wildcard $(MCSTL_ROOT)\/originals)))\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_ROOT)\nendif\nMCSTL_ORIG_BASE\t\t?= $(MCSTL_BASE)\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_ORIG_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_ORIG_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(dir $(word $(words $(MAKEFILE_LIST)),$(MAKEFILE_LIST)))make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\nOPENMPFLAG\t?= -openmp\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nOPENMPFLAG\t?= -fopenmp\nLIBNAME\t\t?= mcstxxl\n# the base directory of your MCSTL installation\nMCSTL_BASE\t?= $(HOME)\/work\/mcstl\n# mcstl branch, leave empty for default branch (e.g. if installed from release tarball)\nMCSTL_BRANCH\t?= #branches\/standalone\n# only set the following variables if autodetection does not work:\n#MCSTL_ROOT\t\t?= $(MCSTL_BASE)\/$(MCSTL_BRANCH)\n#MCSTL_ORIGINAL_INC_CXX\t?= \/path\/to\/your\/$(COMPILER)'s\/include\/c++\n#MCSTL_ORIGINALS\t?= \/where\/you\/put\/the\/original\/symlink\nendif\n\nBOOST_INCLUDE\t?= \/usr\/include\/boost-1_33\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPT_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT)) \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME) -lpthread\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nMCSTL_ROOT\t\t?= $(strip $(MCSTL_BASE))$(if $(strip $(MCSTL_BRANCH)),\/$(strip $(MCSTL_BRANCH)))\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nifeq (,$(strip $(wildcard $(MCSTL_ROOT)\/c++\/bits\/stl_algo.h)))\n# not from libstdc++ branch, need to find the correct original symlink\n\n# find a KEY=VALUE element in WORDS and return VALUE\n# usage: $(call get_value,KEY,WORDS)\nget_value\t\t = $(subst $(1)=,,$(filter $(1)=%,$(2)))\nempty\t\t\t =#\nspace\t\t\t = $(empty) $(empty)\ngcc_version_result\t:= $(shell $(COMPILER) -v 2>&1)\ngcc_version\t\t = $(call get_value,THE_GCC_VERSION,$(subst gcc$(space)version$(space),THE_GCC_VERSION=,$(gcc_version_result)))\ngcc_prefix\t\t = $(call get_value,--prefix,$(gcc_version_result))\ngcc_gxx_incdir\t\t = $(call get_value,--with-gxx-include-dir,$(gcc_version_result))\nMCSTL_ORIGINAL_INC_CXX\t?= $(firstword $(wildcard $(gcc_gxx_incdir) $(gcc_prefix)\/include\/c++\/$(gcc_version)) $(cxx_incdir_from_compile))\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n# do a test compilation, generate dependencies and parse the header paths\ncompile_test_vector_deps:= $(shell echo -e '\\043include <vector>' > cxx-header-path-test.cpp; $(COMPILER) -M cxx-header-path-test.cpp 2>\/dev\/null; $(RM) cxx-header-path-test.cpp)\ncxx_incdir_from_compile\t = $(patsubst %\/vector,%,$(firstword $(filter %\/vector, $(compile_test_vector_deps))))\nexport cxx_incdir_from_compile\nendif\nMCSTL_ORIGINALS\t\t?= $(strip $(MCSTL_BASE))\/originals\/$(subst \/,_,$(MCSTL_ORIGINAL_INC_CXX))\n\nifeq (,$(strip $(MCSTL_ORIGINAL_INC_CXX)))\n$(error ERROR: could not determine MCSTL_ORIGINAL_INC_CXX, please set this variable manually, it's your compilers ($(COMPILER)) include\/c++ path)\nendif\nifeq (,$(strip $(wildcard $(MCSTL_ORIGINALS)\/original)))\n$(error ERROR: your mcstl in $(MCSTL_BASE) is not configured properly: $(MCSTL_ORIGINALS)\/original does not exist)\nendif\n\nMCSTL_CPPFLAGS\t\t+= -I$(MCSTL_ORIGINALS)\n\nelse # from libstdc++ branch\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif # (not) from libstdc++ branch\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t-I$(strip $(BOOST_INCLUDE)) \\\n\t-pthread\n\nBOOST_LINKER_OPTIONS\t = \\\n\t-lboost_thread-gcc-mt \\\n\t-lboost_date_time-gcc-mt \\\n\t-lboost_iostreams-gcc-mt \\\n\t-lboost_filesystem-gcc-mt\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h rwlock.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\n%.$o: %.cpp ..\/make.settings\n\t@$(RM) $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2742cf86374814c98a4be45837b3a42407cd42a1","subject":"Add diagram (generation) for steady-fitness termination.","message":"Add diagram (generation) for steady-fitness termination.\n","repos":"jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics","old_file":"org.jenetics\/src\/test\/scripts\/diagram\/steady_fitness_termination.gp","new_file":"org.jenetics\/src\/test\/scripts\/diagram\/steady_fitness_termination.gp","new_contents":"#!\/usr\/bin\/gnuplot -p\n\nset terminal svg size 650,400 fname \"Verdana\" fsize 11\nset output \"steady_fitness_termination.svg\"\n\nset title \"Steady fitness termination\" font \",15\"\nset key center top title \" \"\n#set xlabel \"Steady generation\"\nset ylabel \"Total generation\"\n#set y2label \"Fitness\"\nset grid\n\n#set label 1 \"Samples: 1000\"\n#set label 1 at graph 0.02, 0.94 tc lt 3\n\nset autoscale y\nset autoscale y2\nset key right bottom\nset style fill empty\n\ndata = \"steady_fitness_termination.dat\"\n\nset multiplot\nset size 1, 0.67\nset origin 0, 0.33\nset bmargin 0\nset format x \"\"\n\nset xrange [ 0.00000 : 33.0000 ]\n#set x2range [ 0.00000 : 190.0000 ]\nset lmargin 9\nset rmargin 2\n\nplot data using 1:7:9:10:8 with candlesticks lt rgb \"red\" \\\n title \"Total generation\" axes x1y1 whiskerbars, \\\n data using 1:6:6:6:6 with candlesticks lt rgb \"red\" lw 2 notitle axes x1y1, \\\n data using 1:2 with lines notitle lt rgb \"red\" axes x1y1\n\nunset title\nset ylabel \"\"\nset xlabel \"Steady generation\"\nset bmargin\nset format x\nset size 1.0, 0.33\nset origin 0.0, 0.0\nset tmargin 0\nunset logscale y\nset autoscale y\n#set format y \"%1.0f\"\n#set ytics 500\nset format y \"\"\n#set lmargin 8.63\nset origin 0.0, 0.0\n#set logscale y\n\nplot data using 1:11 with lines lt rgb \"blue\" title \"Fitness\" axes x1y1\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/gnuplot -p\n\nset terminal svg size 650,400 fname \"Verdana\" fsize 11\nset output \"steady_fitness_termination.svg\"\n\nset title \"Steady fitness termination\" font \",15\"\nset key center top title \" \"\n#set xlabel \"Steady generation\"\nset ylabel \"Total generation\"\n#set y2label \"Fitness\"\n\n#set label 1 \"Samples: 1000\"\n#set label 1 at graph 0.02, 0.94 tc lt 3\n\nset autoscale y\nset autoscale y2\nset key right bottom\nset style fill empty\n\ndata = \"steady_fitness_termination.dat\"\n\nset multiplot\nset size 1, 0.7\nset origin 0, 0.3\nset bmargin 0\nset format x \"\"\n\nset xrange [ 0.00000 : 33.0000 ]\n#set x2range [ 0.00000 : 190.0000 ]\nset lmargin 9\nset rmargin 2\n\nplot data using 1:7:9:10:8 with candlesticks lt rgb \"red\" \\\n title \"Total generation\" axes x1y1 whiskerbars, \\\n data using 1:6:6:6:6 with candlesticks lt rgb \"red\" lw 2 notitle axes x1y1, \\\n data using 1:2 with lines notitle lt rgb \"red\" axes x1y1\n\nunset title\nset ylabel \"\"\nset xlabel \"Steady generation\"\nset bmargin\nset format x\nset size 1.0, 0.3\nset origin 0.0, 0.0\nset tmargin 0\nunset logscale y\nset autoscale y\n#set format y \"%1.0f\"\n#set ytics 500\nset format y \"\"\n#set lmargin 8.63\nset origin 0.0, 0.0\n#set logscale y\n\nplot data using 1:11 with lines lt rgb \"blue\" title \"Fitness\" axes x1y1\n\nunset multiplot\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"9fdc0eeaf2e1252b025a268bdb6c64389effe196","subject":"more meaningful x-axis labels","message":"more meaningful x-axis labels\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 2 title \"Actueel Verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh\/min]\"\nset yrange [ 0 : 0.06 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamed \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 2 title \"Actueel Verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh\/min]\"\nset yrange [ 0 : 0.06 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamed \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"35ced7561e36798d601929fab8f5d86f240453d9","subject":"Small change to gnuplot tester.","message":"Small change to gnuplot tester.\n","repos":"eigs\/EVSL,eigs\/EVSL,eigs\/EVSL","old_file":"EVSL_1.0\/TESTS\/Landos\/tester.gnuplot","new_file":"EVSL_1.0\/TESTS\/Landos\/tester.gnuplot","new_contents":"set term post enh \t\t # enhanced PostScript, essentially PostScript\n \t\t \t\t # with bounding boxes\nset out 'tester.eps' # output file\n\nset title \"LanDos Test -- comparison with exact histogram\"\nset xlabel '{\/Symbol l}'\nset ylabel 'Spectral Density (DOS)'\nset xrange[-2.5:12]\nset yrange[0:0.20]\nset parametric\n\nplot 'OUT\/myydos.txt' lt rgb \"red\" with line title 'Lanczos DOS ~{\/Symbol f}{.4\\~}({\/Symbol l})', \\\n 'OUT\/Exydos.txt' with line title 'Exact Histogram {\/Symbol f}({\/Symbol l})', \\\n","old_contents":"set term post enh \t\t # enhanced PostScript, essentially PostScript\n \t\t \t\t # with bounding boxes\nset out 'tester.eps' # output file\n\nset title \"test LanDos\"\nset xlabel '{\/Symbol l}'\nset ylabel 'Spectral Density (DOS)'\nset xrange[-2.5:12]\nset yrange[0:0.20]\nset parametric\n\nplot 'OUT\/myydos.txt' lt rgb \"red\" with line title 'Lan DOS {\/Symbol f}({\/Symbol l})', \\\n 'OUT\/Exydos.txt' with line title 'Ex Dos {\/Symbol f}({\/Symbol l})', \\\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"cb88a124baf4a658af52a28d98ebde1264de515a","subject":"License","message":"License\n","repos":"igemsoftware\/UCSC-2015","old_file":"FOCUS_Test_Files\/GNUplot_Example\/GraphMaker.gnuplot","new_file":"FOCUS_Test_Files\/GNUplot_Example\/GraphMaker.gnuplot","new_contents":"# Used to create a visual representation of codon frequency\n# Author: Jairo Navarro\n# Date: July 21, 2015\n\n#The MIT License (MIT)\n#Copyright (c) 2015 Jairo Navarro\n\n# Create a PDF of the graph\nset term jpeg\nset output \"Beta_glu.jpeg\"\nset boxwidth .3\nset style fill solid\n\n\n#Label axis and title\nset title 'Haloarcula Hispanica \u03b2-glucosidase'\nset ylabel \"Codon Frequency\"\nset xlabel \"Amino Acid postition\"\n\nset key top right\n\nset yrange[.05:6]\n\nset mxtics 10\n\nset label 1 sprintf(\"Loop Region\") at 190,5.5 right textcolor rgb 'gold'\nset label 2 sprintf(\"\u03b2-Sheet\") at 190,5.2 right textcolor rgb 'blue'\nset label 3 sprintf(\"\u03b1-Helix\") at 190,4.9 right textcolor rgb 'red'\n\n#set label sprintf(\"W\") at 185,5\n#set label sprintf(\"W\") at 199, 5\n\n#Coil: 1 \n#Helix: 2\n#Sheet: 4\nset palette model RGB defined ( 1 'gold', 2 'red', 4 'blue' )\nunset colorbox\n\nplot [1:200] 'GNU_Hispanica.txt' using 1:3:4 \\\n title \"\" with boxes palette\n\nunset label\nset label 1 sprintf(\"Loop Region\") at 387,5.5 right textcolor rgb 'gold'\nset label 2 sprintf(\"\u03b2-Sheet\") at 387,5.2 right textcolor rgb 'blue'\nset label 3 sprintf(\"\u03b1-Helix\") at 387,4.9 right textcolor rgb 'red'\n\n#set label sprintf(\"W\") at 295,5\n#set label sprintf(\"W\") at 315, 5\n\nplot [200:400] 'GNU_Hispanica.txt' using 1:3:4\\\n title \"\" w boxes palette\nunset label \nset label 1 sprintf(\"Loop Region\") at 590,5.5 right textcolor rgb 'gold'\nset label 2 sprintf(\"\u03b2-Sheet\") at 590,5.2 right textcolor rgb 'blue'\nset label 3 sprintf(\"\u03b1-Helix\") at 590,4.9 right textcolor rgb 'red'\n\n#set label sprintf(\"W\") at 465,5\n#set label sprintf(\"W\") at 469, 5\n\nplot [400:600] 'GNU_Hispanica.txt' using 1:3:4\\\n title \"\" w boxes palette\nunset label\nset label 1 sprintf(\"Loop Region\") at 790,5.5 right textcolor rgb 'gold'\nset label 2 sprintf(\"\u03b2-Sheet\") at 790,5.2 right textcolor rgb 'blue'\nset label 3 sprintf(\"\u03b1-Helix\") at 790,4.9 right textcolor rgb 'red'\n\n#set label sprintf(\"W\") at 507,5\n#set label sprintf(\"W\") at 508, 5\n\nplot [600:800] 'GNU_Hispanica.txt' using 1:3:4\\\n title \"\" w boxes palette\nunset label \nset label 1 sprintf(\"Loop Region\") at 990,5.5 right textcolor rgb 'gold'\nset label 2 sprintf(\"\u03b2-Sheet\") at 990,5.2 right textcolor rgb 'blue'\nset label 3 sprintf(\"\u03b1-Helix\") at 990,4.9 right textcolor rgb 'red'\n\n#set label sprintf(\"W\") at 641,5\n#set label sprintf(\"W\") at 815,5\n\nplot [800:1000] 'GNU_Hispanica.txt' using 1:3:4\\\n title \"\" w boxes palette\n\n","old_contents":"# Used to create a visual representation of codon frequency\n# Author: Jairo Navarro\n# Date: July 21, 2015\n\n# Create a PDF of the graph\nset term jpeg\nset output \"Beta_glu.jpeg\"\nset boxwidth .3\nset style fill solid\n\n\n#Label axis and title\nset title 'Haloarcula Hispanica \u03b2-glucosidase'\nset ylabel \"Codon Frequency\"\nset xlabel \"Amino Acid postition\"\n\nset key top right\n\nset yrange[.05:6]\n\nset mxtics 10\n\nset label 1 sprintf(\"Loop Region\") at 190,5.5 right textcolor rgb 'gold'\nset label 2 sprintf(\"\u03b2-Sheet\") at 190,5.2 right textcolor rgb 'blue'\nset label 3 sprintf(\"\u03b1-Helix\") at 190,4.9 right textcolor rgb 'red'\n\n#set label sprintf(\"W\") at 185,5\n#set label sprintf(\"W\") at 199, 5\n\n#Coil: 1 \n#Helix: 2\n#Sheet: 4\nset palette model RGB defined ( 1 'gold', 2 'red', 4 'blue' )\nunset colorbox\n\nplot [1:200] 'GNU_Hispanica.txt' using 1:3:4 \\\n title \"\" with boxes palette\n\nunset label\nset label 1 sprintf(\"Loop Region\") at 387,5.5 right textcolor rgb 'gold'\nset label 2 sprintf(\"\u03b2-Sheet\") at 387,5.2 right textcolor rgb 'blue'\nset label 3 sprintf(\"\u03b1-Helix\") at 387,4.9 right textcolor rgb 'red'\n\n#set label sprintf(\"W\") at 295,5\n#set label sprintf(\"W\") at 315, 5\n\nplot [200:400] 'GNU_Hispanica.txt' using 1:3:4\\\n title \"\" w boxes palette\nunset label \nset label 1 sprintf(\"Loop Region\") at 590,5.5 right textcolor rgb 'gold'\nset label 2 sprintf(\"\u03b2-Sheet\") at 590,5.2 right textcolor rgb 'blue'\nset label 3 sprintf(\"\u03b1-Helix\") at 590,4.9 right textcolor rgb 'red'\n\n#set label sprintf(\"W\") at 465,5\n#set label sprintf(\"W\") at 469, 5\n\nplot [400:600] 'GNU_Hispanica.txt' using 1:3:4\\\n title \"\" w boxes palette\nunset label\nset label 1 sprintf(\"Loop Region\") at 790,5.5 right textcolor rgb 'gold'\nset label 2 sprintf(\"\u03b2-Sheet\") at 790,5.2 right textcolor rgb 'blue'\nset label 3 sprintf(\"\u03b1-Helix\") at 790,4.9 right textcolor rgb 'red'\n\n#set label sprintf(\"W\") at 507,5\n#set label sprintf(\"W\") at 508, 5\n\nplot [600:800] 'GNU_Hispanica.txt' using 1:3:4\\\n title \"\" w boxes palette\nunset label \nset label 1 sprintf(\"Loop Region\") at 990,5.5 right textcolor rgb 'gold'\nset label 2 sprintf(\"\u03b2-Sheet\") at 990,5.2 right textcolor rgb 'blue'\nset label 3 sprintf(\"\u03b1-Helix\") at 990,4.9 right textcolor rgb 'red'\n\n#set label sprintf(\"W\") at 641,5\n#set label sprintf(\"W\") at 815,5\n\nplot [800:1000] 'GNU_Hispanica.txt' using 1:3:4\\\n title \"\" w boxes palette\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"13d2e06bb7e23ef8d5cac353ba51ecf3a959f6c8","subject":"cyan iso gold","message":"cyan iso gold\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph15.gp","new_file":"graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of count of loglines\n\n# datafile\nifname = \"\/tmp\/lnxdiagd\/mysql\/sql15w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"System Logging Linecounts \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Count [#]\"\nset autoscale y\nset format y \"%4.0s%c\"\nset logscale y 10\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\n\n# ***************************************************************** Output *****\n\n# ***** PLOT *****\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9)) title \"p5\" fc \"cyan\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7+$8)) title \"p4\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7)) title \"p3\" fc \"orange\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6)) title \"p2\" fc \"red\" \\\n ,'' using ($2+utc_offset):(delta($4+$5)) title \"p1\" fc \"blue\" \\\n ,'' using ($2+utc_offset):(delta($4)) title \"p0\" fc \"black\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of count of loglines\n\n# datafile\nifname = \"\/tmp\/lnxdiagd\/mysql\/sql15w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"System Logging Linecounts \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Count [#]\"\nset autoscale y\nset format y \"%4.0s%c\"\nset logscale y 10\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\n\n# ***************************************************************** Output *****\n\n# ***** PLOT *****\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9)) title \"p5\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7+$8)) title \"p4\" fc \"gold\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7)) title \"p3\" fc \"orange\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6)) title \"p2\" fc \"red\" \\\n ,'' using ($2+utc_offset):(delta($4+$5)) title \"p1\" fc \"blue\" \\\n ,'' using ($2+utc_offset):(delta($4)) title \"p0\" fc \"black\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b212f2eeeb2bca6a4f23647acdfeabde856b7af6","subject":"tweaked a little","message":"tweaked a little\n","repos":"kevinsawicki\/gnuplot-tmbundle,mattfoster\/gnuplot-tmbundle","old_file":"Test\/iterator_syntax.gp","new_file":"Test\/iterator_syntax.gp","new_contents":"\nset terminal pdf\nset output '~\/test.pdf'\n\nset for [i = 1:10] style line i lc rgb \"blue\" # Broken, should still be line.set\nset for [n = 1:10] # Works file as line.set \n\nplot [0:pi] for [n=1:2] sin(x*n)\/n with filledcurves\nplot for [ filename in ]\nplot [0:e] for [n=1:2] sin(x*n)\/n with filledcurves\n\nplot for [filename in \"A.dat B.dat C.dat\"] filename using 1:2 with lines\nplot for [filename in 'A.dat B.dat C.dat'] filename using 1:2 with lines\nplot for [basename in \"A B C\"] basename.\".dat\" using 1:2 with lines\nunset for [tag = 100:200] label tag\n","old_contents":"\nset terminal pdf\nset output '~\/test.pdf'\n\nset for [i = 1:10] style line i lc rgb \"blue\" # Broken, should still be line.set\nset for [1:10] # Works file as line.set \n\nplot [0:pi] for [n=1:2] sin(x*n)\/n with filledcurves\nplot for [ filename in ]\nplot [0:e] for [n=1:2] sin(x*n)\/n with filledcurves\n\nplot for [filename in \"A.dat B.dat C.dat\"] filename using 1:2 with lines\nplot for [filename in 'A.dat B.dat C.dat'] filename using 1:2 with lines\nplot for [basename in \"A B C\"] basename.\".dat\" using 1:2 with lines\nunset for [tag = 100:200] label tag\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2057c358ac8eb1978ec2ee54b4e44e327f27434a","subject":"Removed test file from old samples folder","message":"Removed test file from old samples folder\n","repos":"CoderLine\/alphaTab,CoderLine\/alphaTab,CoderLine\/alphaTab,CoderLine\/alphaTab,CoderLine\/alphaTab,CoderLine\/alphaTab","old_file":"Samples\/JavaScript\/files\/features\/Accidentals.gp","new_file":"Samples\/JavaScript\/files\/features\/Accidentals.gp","new_contents":"","old_contents":"PK\u0003\u0004\u0014\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\b\u0000\u0000\u0000Content\/PK\u0003\u0004\u0014\u0000\b\u0000\b\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0018\u0000\u0000\u0000Content\/BinaryStylesheet\\Ko\u001cunzF\u000frDJ=ZCy<a$:@\u0010\u0012\/\u0006)\u0012hf\u0004\ucba8\u001ej\u0004\b \n,\u0002bxfE\u0016^d1\u0001f\u0000f\u0011d'\u0000\u02b9\u03fa\u05a9\"\ro`\u077aw[4;r\u0012-E^:\b \u000e\"\/\\%IJ64\u02df&9i>\\xI%Z2`?r~\u0013\u0003u@2$~v4 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{"commit":"e7b964f14f6cda4a49352142304b02499138e925","subject":"png tweaks","message":"png tweaks\n","repos":"JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot","old_file":"bin\/radicalpilot-stats.plot","new_file":"bin\/radicalpilot-stats.plot","new_contents":"\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\n\r\nif (pilotnum >= 1) {\r\n pilot_states_1_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_1_id . '.dat'\r\n pilot_callbacks_1_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_1_id . '.dat'\r\n pilot_slots_1_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_1_id . '.dat'\r\n pilot_queue_1_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_1_id . '.dat'\r\n unit_states_1_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_1_id . '.dat'\r\n unit_callbacks_1_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_1_id . '.dat'\r\n # print 'pilot 1 : ' . pilot_1_name\r\n}\r\nif (pilotnum >= 2) {\r\n pilot_states_2_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_2_id . '.dat'\r\n pilot_callbacks_2_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_2_id . '.dat'\r\n pilot_slots_2_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_2_id . '.dat'\r\n pilot_queue_2_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_2_id . '.dat'\r\n unit_states_2_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_2_id . '.dat'\r\n unit_callbacks_2_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_2_id . '.dat'\r\n # print 'pilot 2 : ' . pilot_2_name\r\n}\r\n\r\nif (pilotnum >= 3) {\r\n pilot_states_3_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_3_id . '.dat'\r\n pilot_callbacks_3_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_3_id . '.dat'\r\n pilot_slots_3_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_3_id . '.dat'\r\n pilot_queue_3_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_3_id . '.dat'\r\n unit_states_3_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_3_id . '.dat'\r\n unit_callbacks_3_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_3_id . '.dat'\r\n # print 'pilot 3 : ' . pilot_3_name\r\n}\r\n\r\nif (pilotnum >= 4) {\r\n print \"only support up to three pilots\"\r\n exit\r\n}\r\n\r\n\r\nterms = 'png pdf'\r\ndo for [term_i=1:words(terms)] {\r\n t = word(terms, term_i)\r\n term_t = t.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (t eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 6.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,8'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.t \r\n print '.\/'.session.'.'.t\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with linespoints ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101\r\n } \r\n if (pilotnum==2) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201\r\n } \r\n if (pilotnum==3) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with linespoints ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with linespoints ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201 , \\\r\n pilot_states_3_dat using 1:($2-0.1) title '' with linespoints ls 300 , \\\r\n pilot_callbacks_3_dat using 1:($2+0.1) title '' with points ls 301\r\n }\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"PEND. INPUT \" 2, \\\r\n \"TRANSF. INPUT \" 3, \\\r\n \"PEND. EXECUTION\" 4, \\\r\n \"SCHEDULING \" 5, \\\r\n \"EXECUTING \" 6, \\\r\n \"PEND. OUTPUT \" 7, \\\r\n \"TRANSF. OUTPUT \" 8, \\\r\n \"DONE \" 9, \\\r\n \"CANCELED \" 10, \\\r\n \"FAILED \" 11)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101\r\n }\r\n if (pilotnum==2) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201\r\n }\r\n if (pilotnum==3) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201 , \\\r\n unit_states_3_dat using 1:($2-0.1) title '' with steps ls 300 , \\\r\n unit_callbacks_3_dat using 1:($2+0.1) title '' with points ls 301\r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [1:maxslots+nodesize\/2]\r\n set ytics nodesize\r\n set y2tics autofreq\r\n\r\n set xlabel ''\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ unit queue]\" offset second -11,0\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.1) title '' with steps ls 104 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 \r\n }\r\n if (pilotnum==2) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 104 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_slots_2_dat using 1:($2+0.3) title '' with lines ls 204 , \\\r\n pilot_queue_2_dat using 1:($2+0.3) title '' with steps ls 204 axes x1y2 , \\\r\n slotnum_2 title '' with lines ls 205 \r\n }\r\n if (pilotnum==3) {\r\n plot pilot_slots_1_dat using 1:($2+0.0) title '' with lines ls 104 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 104 axes x1y2 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_slots_2_dat using 1:($2+0.2) title '' with lines ls 204 , \\\r\n pilot_queue_2_dat using 1:($2+0.2) title '' with steps ls 204 axes x1y2 , \\\r\n slotnum_2 title '' with lines ls 205 , \\\r\n pilot_slots_3_dat using 1:($2+0.4) title '' with lines ls 304 , \\\r\n pilot_queue_3_dat using 1:($2+0.4) title '' with steps ls 304 axes x1y2 , \\\r\n slotnum_3 title '' with lines ls 305 \r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n if (pilotnum==1) {\r\n set key center left reverse\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)'\r\n }\r\n if (pilotnum==2) {\r\n set key top left reverse maxrows 4\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 t 'busy slot (i.e. used CPU core)'\r\n }\r\n if (pilotnum==3) {\r\n set key top left reverse maxrows 9\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t 'PILOT 3 ('.pilot_3_name.'):' , \\\r\n NaN ls 300 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 301 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 304 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' '\r\n }\r\n # ------------------------------------------------------------------------------------\r\n\r\n unset multiplot\r\n # ------------------------------------------------------------------------------------\r\n\r\n}\r\n\r\n\r\n\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","old_contents":"\r\n\r\n# print 'plot title : ' . plottitle\r\n# print 'session id : ' . session\r\n# print 'max time : ' . maxtime\r\n# print 'timetics : ' . timetics\r\n# print 'maxslots : ' . maxslots\r\n# print 'pilotnum : ' . pilotnum\r\n# print 'nodesize : ' . nodesize\r\n\r\n\r\nif (pilotnum >= 1) {\r\n pilot_states_1_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_1_id . '.dat'\r\n pilot_callbacks_1_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_1_id . '.dat'\r\n pilot_slots_1_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_1_id . '.dat'\r\n pilot_queue_1_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_1_id . '.dat'\r\n unit_states_1_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_1_id . '.dat'\r\n unit_callbacks_1_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_1_id . '.dat'\r\n # print 'pilot 1 : ' . pilot_1_name\r\n}\r\nif (pilotnum >= 2) {\r\n pilot_states_2_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_2_id . '.dat'\r\n pilot_callbacks_2_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_2_id . '.dat'\r\n pilot_slots_2_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_2_id . '.dat'\r\n pilot_queue_2_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_2_id . '.dat'\r\n unit_states_2_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_2_id . '.dat'\r\n unit_callbacks_2_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_2_id . '.dat'\r\n # print 'pilot 2 : ' . pilot_2_name\r\n}\r\n\r\nif (pilotnum >= 3) {\r\n pilot_states_3_dat = '\/tmp\/rp.' . session . '.pilot.states.' . pilot_3_id . '.dat'\r\n pilot_callbacks_3_dat = '\/tmp\/rp.' . session . '.pilot.callbacks.' . pilot_3_id . '.dat'\r\n pilot_slots_3_dat = '\/tmp\/rp.' . session . '.pilot.slots.' . pilot_3_id . '.dat'\r\n pilot_queue_3_dat = '\/tmp\/rp.' . session . '.pilot.queue.' . pilot_3_id . '.dat'\r\n unit_states_3_dat = '\/tmp\/rp.' . session . '.unit.states.' . pilot_3_id . '.dat'\r\n unit_callbacks_3_dat = '\/tmp\/rp.' . session . '.unit.callbacks.' . pilot_3_id . '.dat'\r\n # print 'pilot 3 : ' . pilot_3_name\r\n}\r\n\r\nif (pilotnum >= 4) {\r\n print \"only support up to three pilots\"\r\n exit\r\n}\r\n\r\n\r\nterms = 'png pdf'\r\ndo for [term_i=1:words(terms)] {\r\n t = word(terms, term_i)\r\n term_t = t.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (t eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 7.0\r\n term_x = '6000'\r\n term_y = '6000'\r\n term_font = 'Monospace,6'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n }\r\n\r\n # pilot 1: pilot states, pilot notifications\r\n # unit states, unit state notifications, \r\n # slots, maxslots \r\n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 101 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 103 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 104 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 105 lt 2 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*3\r\n\r\n set style line 200 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 201 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 202 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 203 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 204 lt 1 lc rgb '#99FF44' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 205 lt 2 lc rgb '#66AA66' pt 7 ps term_mult*0.6 lw term_mult*3\r\n\r\n set style line 300 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 301 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 302 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*2\r\n set style line 303 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.4 lw term_mult*1\r\n set style line 304 lt 1 lc rgb '#9944FF' pt 7 ps term_mult*0.6 lw term_mult*3\r\n set style line 305 lt 2 lc rgb '#6666AA' pt 7 ps term_mult*0.6 lw term_mult*3\r\n\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.t \r\n print '.\/'.session.'.'.t\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n set border lw 4.0\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with linespoints ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101\r\n } \r\n if (pilotnum==2) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with steps ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with steps ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201\r\n } \r\n if (pilotnum==3) { \r\n plot pilot_states_1_dat using 1:($2-0.1) title '' with linespoints ls 100 , \\\r\n pilot_callbacks_1_dat using 1:($2+0.1) title '' with points ls 101 , \\\r\n pilot_states_2_dat using 1:($2-0.1) title '' with linespoints ls 200 , \\\r\n pilot_callbacks_2_dat using 1:($2+0.1) title '' with points ls 201 , \\\r\n pilot_states_3_dat using 1:($2-0.1) title '' with linespoints ls 300 , \\\r\n pilot_callbacks_3_dat using 1:($2+0.1) title '' with points ls 301\r\n }\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"PEND. INPUT \" 2, \\\r\n \"TRANSF. INPUT \" 3, \\\r\n \"PEND. EXECUTION\" 4, \\\r\n \"SCHEDULING \" 5, \\\r\n \"EXECUTING \" 6, \\\r\n \"PEND. OUTPUT \" 7, \\\r\n \"TRANSF. OUTPUT \" 8, \\\r\n \"DONE \" 9, \\\r\n \"CANCELED \" 10, \\\r\n \"FAILED \" 11)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with linespoints ls 102 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 103\r\n }\r\n if (pilotnum==2) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with steps ls 102 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 103 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with steps ls 202 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 203\r\n }\r\n if (pilotnum==3) {\r\n plot unit_states_1_dat using 1:($2-0.1) title '' with linespoints ls 102 , \\\r\n unit_callbacks_1_dat using 1:($2+0.1) title '' with points ls 103 , \\\r\n unit_states_2_dat using 1:($2-0.1) title '' with linespoints ls 202 , \\\r\n unit_callbacks_2_dat using 1:($2+0.1) title '' with points ls 203 , \\\r\n unit_states_3_dat using 1:($2-0.1) title '' with linespoints ls 302 , \\\r\n unit_callbacks_3_dat using 1:($2+0.1) title '' with points ls 303\r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [1:maxslots+nodesize\/2]\r\n set ytics nodesize\r\n set y2tics autofreq\r\n\r\n set xlabel ''\r\n set ylabel \"PILOT ACTIVITY\\n[slots \/ unit queue]\" offset second -11,0\r\n set grid\r\n\r\n if (pilotnum==1) {\r\n plot pilot_slots_1_dat using 1:($2+1.0) title '' with lines ls 104 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_queue_1_dat using 1:($2+0.3) title '' with steps ls 104 axes x1y2\r\n }\r\n if (pilotnum==2) {\r\n plot pilot_slots_1_dat using 1:($2-0.2) title '' with lines ls 104 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 104 axes x1y2, \\\r\n pilot_slots_2_dat using 1:($2+0.2) title '' with lines ls 204 , \\\r\n slotnum_2 title '' with lines ls 205 , \\\r\n pilot_queue_2_dat using 1:($2+0.3) title '' with steps ls 204 axes x1y2\r\n }\r\n if (pilotnum==3) {\r\n plot pilot_slots_1_dat using 1:($2-0.3) title '' with lines ls 104 , \\\r\n slotnum_1 title '' with lines ls 105 , \\\r\n pilot_queue_1_dat using 1:($2+0.0) title '' with steps ls 104 axes x1y2, \\\r\n pilot_slots_2_dat using 1:($2+0.0) title '' with lines ls 204 , \\\r\n slotnum_2 title '' with lines ls 205 , \\\r\n pilot_queue_2_dat using 1:($2+0.2) title '' with steps ls 204 axes x1y2, \\\r\n pilot_slots_3_dat using 1:($2+0.0) title '' with lines ls 304 , \\\r\n slotnum_3 title '' with lines ls 305 , \\\r\n pilot_queue_3_dat using 1:($2+0.4) title '' with steps ls 304 axes x1y2\r\n }\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 7\r\n set lmargin 24\r\n set border lw 0\r\n unset tics\r\n unset xlabel\r\n set ylabel \"\"# \"Legend and\\nStatistics\" offset second -17,0\r\n set yrange [0:1]\r\n if (pilotnum==1) {\r\n set key center left reverse\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)'\r\n }\r\n if (pilotnum==2) {\r\n set key top left reverse maxrows 4\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 t 'busy slot (i.e. used CPU core)'\r\n }\r\n if (pilotnum==3) {\r\n set key top left reverse maxrows 9\r\n plot NaN lw 0 t 'PILOT 1 ('.pilot_1_name.'):' , \\\r\n NaN ls 100 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 101 t 'pilot\/unit states notified to application ' , \\\r\n NaN ls 104 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t 'PILOT 2 ('.pilot_2_name.'):' , \\\r\n NaN ls 200 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 201 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 204 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t 'PILOT 3 ('.pilot_3_name.'):' , \\\r\n NaN ls 300 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 301 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 304 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' ' , \\\r\n NaN lw 0 t ' '\r\n }\r\n # ------------------------------------------------------------------------------------\r\n\r\n unset multiplot\r\n # ------------------------------------------------------------------------------------\r\n\r\n}\r\n\r\n\r\n\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b166be1cb84e3789ada3fabe5adbb7f291ed7248","subject":"increase graph height","message":"increase graph height\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph11.gp","new_file":"graphs\/graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,640\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ : ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2:4 notitle with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 title \" Temperature [degC]\" with lines lw 0.1 fc rgb \"#bb0000\"\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#bb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 2, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset tmargin at screen TTPOS\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ : ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset tmargin at screen BTPOS\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2:4 notitle with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 title \" Temperature [degC]\" with lines lw 0.1 fc rgb \"#bb0000\"\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2:4 with filledcurves lc rgb \"#bb0000\" \\\n ,'' using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#bb0000\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#bb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d4d0fe6655a544d5292b5e98903ec53e47a5a49b","subject":"Y-scaling fix","message":"Y-scaling fix","repos":"Mausy5043\/upsdiagd,Mausy5043\/upsdiagd,Mausy5043\/upsdiagd","old_file":"ups17.gp","new_file":"ups17.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of UPS available run time\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups17.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 7 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 7 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 7 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) + 10\nYmin = min(min(Yd_min, Yh_min), Yw_min) - 10\n\nset multiplot layout 1, 3 title \"Beschikbaarheid \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Tijd [s]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):7 title \" Tijd [s]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):7 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):7 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of UPS available run time\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups17.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 7 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 7 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 7 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = min(min(Yd_min, Yh_min), Yw_min)\nR10 = (Ymax - Ymin) * 0.1\nYmax = Ymax + R10\nYmin = Ymin - R10\n\nset multiplot layout 1, 3 title \"Beschikbaarheid \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Tijd [s]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):7 title \" Tijd [s]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):7 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):7 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8c9a155b2f7012b6ec4c78b11f8d94afe4878598","subject":"Clarify tests (last one failed on newer SWI).","message":"Clarify tests (last one failed on newer SWI).\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_bits.plt","new_file":"src\/bson\/bson_bits.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad(input),\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, not a float', [true(Got \\== Expected)]) :-\n Expected = 0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4').\n\ntest('32-bit, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad(input),\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n% ------------------------------------\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n% ------------------------------------\n\ntest('64-bit, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad(input),\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n% ------------------------------------\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hex to bytes, bad input should throw', [throws(_)]) :-\n Expected = bad(input),\n bson_bits:hex_bytes(Expected, _Bytes).\n\ntest('hex <-> bytes', [true(Got == Expected)]) :-\n Expected = '47cc67093475061e3d95369d',\n bson_bits:hex_bytes(Expected, Bytes),\n bson_bits:hex_bytes(Got, Bytes).\n\ntest('hex to bytes, verify big endian', [true(Got == Expected)]) :-\n Hex = '47cc6709',\n Expected = [0x47,0xcc,0x67,0x09],\n bson_bits:hex_bytes(Hex, Got).\n\ntest('hex to bytes, odd length should fail', [fail]) :-\n HexOddLength = '47c',\n bson_bits:hex_bytes(HexOddLength, _Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad_input,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, not a float', [true(Got \\== Expected)]) :-\n Expected = 0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4').\n\ntest('32-bit, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad_input,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n% ------------------------------------\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n% ------------------------------------\n\ntest('64-bit, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad_input,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n% ------------------------------------\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hex to bytes, bad input should throw', [throws(_)]) :-\n Expected = bad_input,\n bson_bits:hex_bytes(Expected, _Bytes).\n\ntest('hex <-> bytes', [true(Got == Expected)]) :-\n Expected = '47cc67093475061e3d95369d',\n bson_bits:hex_bytes(Expected, Bytes),\n bson_bits:hex_bytes(Got, Bytes).\n\ntest('hex to bytes, verify big endian', [true(Got == Expected)]) :-\n Hex = '47cc6709',\n Expected = [0x47,0xcc,0x67,0x09],\n bson_bits:hex_bytes(Hex, Got).\n\ntest('hex to bytes, odd length should fail', [fail]) :-\n HexOddLength = '47c',\n bson_bits:hex_bytes(HexOddLength, _Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"557b815bf7811b412975f9e86dc5b721a91f1e45","subject":"Set min y as 0","message":"Set min y as 0\n","repos":"lasp-lang\/evaluation","old_file":"transmission.gnuplot","new_file":"transmission.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0.5\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 lw 2 pt 7 ps 0.5\nset style line 6 lw 2 pt 7 ps 0.5\nset style line 7 lw 2 pt 7 ps 0.5\nset style line 8 lw 2 pt 7 ps 0.5\n\n#\nset object circle at first convergence_time,0 radius char 0.8 fillcolor rgb \"#ffbf00\" fillstyle solid noborder\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Transmitted\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\nset yrange [0:*]\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0.5\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 lw 2 pt 7 ps 0.5\nset style line 6 lw 2 pt 7 ps 0.5\nset style line 7 lw 2 pt 7 ps 0.5\nset style line 8 lw 2 pt 7 ps 0.5\n\n#\nset object circle at first convergence_time,0 radius char 0.8 fillcolor rgb \"#ffbf00\" fillstyle solid noborder\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Transmitted\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"4610b1d0bde9e4715fac9477fda1d6e0373dd3fe","subject":"20160521T1258","message":"20160521T1258\n","repos":"Mausy5043\/domog,Mausy5043\/domog","old_file":"graph23.gp","new_file":"graph23.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of pressure (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql23h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql23d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql23w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day23.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Pressure \\\\& Temperature (BMP183) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Pressure [mbar]\"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2min : Y2max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc00bb00\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):3 title \" Pressure [mbar]\" with points pt 5 ps 0.2 fc rgb \"#cc00bb00\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2min : Y2max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2min : Y2max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of pressure (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql23h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql23d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql23w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day23.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Pressure \\\\& Temperature (BMP183) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Pressure [mbar]\"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2min : Y2max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc00bb00\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):3 title \" Pressure [mbar]\" with points pt 5 ps 0.2 fc rgb \"#cc00bb00\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2min : Y2max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2min : Y2max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#cc00bb00\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"92ce12574381b7a5eb815073e816fd09466aecb1","subject":"format update","message":"format update\n","repos":"Mausy5043\/ubundiagd,Mausy5043\/ubundiagd,Mausy5043\/ubundiagd","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Courier\" 10 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"D\" nooutput\n\nD_min = D_min + utc_offset - 946684800\nD_max = D_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ D_min : D_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed []\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):3 title \"Windspeed []\" with points pt 5 ps 0.2\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Courier\" 10 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"D\" nooutput\n\nD_min = D_min + utc_offset - 946684800\nD_max = D_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ D_min : D_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed []\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\nset format y \"%f#\"\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):3 title \"Windspeed []\" with points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ce92e53068ba423d61527c7f816f86914491da0c","subject":"20160416T1207","message":"20160416T1207\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nlg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1 * 8 \/ 60.\nYdn_max = Ydn_max * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1 * 8 \/ 60.\nYup_max = Yup_max * 8 \/ 60.\n\n# ****************************************************************** Title *****\n\nunset key\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\nset logscale y 2\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n##set object 2 rect from graph 0,0 to graph 1,1 behind\n##set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" with dots\\\n\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nunset ylabel\nset logscale y 2\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n##set object 2 rect from graph 0,0 to graph 1,1 behind\n##set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" with dots \\\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nlg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1 * 8 \/ 60.\nYdn_max = Ydn_max * 8 \/ 60.\n\n\n# ****************************************************************** Title *****\n\nunset key\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n#unset xlabel\n#unset xtics\n\n# ***************************************************************** Y-axis *****\n##set ylabel \"Usage []\"\n##set autoscale y\n##set format y \"%4.1s %c\"\nset logscale y 2\nset bmargin 0\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n##set object 2 rect from graph 0,0 to graph 1,1 behind\n##set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" \\\n\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\n##set ylabel \"Usage []\"\n##set autoscale y\n##set format y \"%4.1s %c\"\nset logscale y 2\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n##set object 2 rect from graph 0,0 to graph 1,1 behind\n##set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" \\\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8873f64526051e8fd41606e7b93b62654a0e6d52","subject":"improved robustness of the PARI\/GP script","message":"improved robustness of the PARI\/GP script\n","repos":"jkovacic\/math,jkovacic\/math,jkovacic\/math,jkovacic\/math,jkovacic\/math","old_file":"scripts\/lib\/math_constant.gp","new_file":"scripts\/lib\/math_constant.gp","new_contents":"\/*\r\n * A PARI\/GP script that reproduces mathematical constants\r\n * that are defined in 'lib\/util\/math_constant.h', in\r\n * arbitrary precision. PARI\/GP default is 38 characters.\r\n *\r\n * From a shell, run the script as:\r\n * gp <\/path\/to\/math_constant.gp\r\n *\r\n * From 'gp', the script can be run as:\r\n * read(\"\/path\/to\/math_constant.gp\")\r\n * or shorter as:\r\n * \\r \/path\/to\/math_constant.gp\r\n *\/\r\n\r\n\r\ndisplayMathConstants() =\r\n{\r\n \/* \r\n * Store the original precision for real numbers\r\n * and set it to 38 digits.\r\n *\/\r\n orig_realprec = default(realprecision);\r\n default(realprecision, 38);\r\n\r\n print(\"Pi = \", Pi );\r\n print(\"1\/Pi = \", 1\/Pi );\r\n print(\"sqrt(Pi) = \", sqrt(Pi) );\r\n print(\"sqrt(1\/Pi) = \", sqrt(1\/Pi) );\r\n print(\"sqrt(2\/Pi) = \", sqrt(2\/Pi) );\r\n print(\"sqrt(1\/(2*Pi)) = \", sqrt(1\/(2*Pi)) );\r\n print(\"log(sqrt(2*Pi)) = \", log(sqrt(2*Pi)) );\r\n\r\n print(\"sqrt(2) = \", sqrt(2) );\r\n print(\"sqrt(2)\/2 = \", sqrt(2)\/2 );\r\n\r\n \/* Restore the original precision for real numbers *\/\r\n default(realprecision, orig_realprec);\r\n}\r\n\r\n\r\ndisplayMathConstants()\r\n","old_contents":"\/*\r\n * A PARI\/GP script that reproduces mathematical constants\r\n * that are defined in 'lib\/util\/math_constant.h', in\r\n * arbitrary precision. PARI\/GP default is 38 characters.\r\n *\r\n * From a shell, run the script as:\r\n * gp <\/path\/to\/math_constant.gp\r\n *\/\r\n\r\n\r\ndisplayMathConstants() =\r\n{\r\n print(\"Pi = \", Pi );\r\n print(\"1\/Pi = \", 1\/Pi );\r\n print(\"sqrt(Pi) = \", sqrt(Pi) );\r\n print(\"sqrt(1\/Pi) = \", sqrt(1\/Pi) );\r\n print(\"sqrt(2\/Pi) = \", sqrt(2\/Pi) );\r\n print(\"sqrt(1\/(2*Pi)) = \", sqrt(1\/(2*Pi)) );\r\n print(\"log(sqrt(2*Pi)) = \", log(sqrt(2*Pi)) );\r\n\r\n print(\"sqrt(2) = \", sqrt(2) );\r\n print(\"sqrt(2)\/2 = \", sqrt(2)\/2 );\r\n}\r\n\r\n\r\ndisplayMathConstants()\r\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a67e324945864e8f994ed50112732f5b3b5b24b9","subject":"Cleanup test comments.","message":"Cleanup test comments.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_decoder.plt","new_file":"src\/bson\/bson_decoder.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson_decoder:bson_to_term\/2').\n\ntest('empty doc', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('valid utf8', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % Tag.\n 0xc3,0xa4, 0, % Ename.\n 6,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n '\u00e4': '\u00e4\\0\u00e4'\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('nuls not allowed in ename', [throws(bson_error(_))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % Tag.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % Ename.\n 3,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, % String data.\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\ntest('int32 positive', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('int32 negative', [true(Got == Expected)]) :-\n Bson =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0xE0,0xFF,0xFF,0xFF, % Int32 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: -32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('int64 positive', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x12, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, 0,0,0,0, % Int64 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('int64 negative', [true(Got == Expected)]) :-\n Bson =\n [\n 20,0,0,0, % Length of top doc.\n 0x12, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0xE0,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF, % Int64 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: -32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('float', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x01, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 51,51,51,51, 51,51,20,64, % Double data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 5.05\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('embedded doc', [true(Got == Expected)]) :-\n Bson =\n [\n 49,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 66,83,79,78, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 97, 0, % Ename.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 98, 0, % Ename.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 99, 0, % Ename.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON':\n [\n 'a': 'awesome',\n 'b': 5.05,\n 'c': 1986\n ]\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('embedded array', [true(Got == Expected)]) :-\n Bson =\n [\n 49,0,0,0, % Length of top doc.\n 0x04, % Tag.\n 66,83,79,78, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 48, 0, % Ename, index 0.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 49, 0, % Ename, index 1.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 50, 0, % Ename, index 2.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON':\n [\n 'awesome',\n 5.05,\n 1986\n ]\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 66,83,79,78, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x00, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, function', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 66,83,79,78, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x01, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(function, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, old generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 66,83,79,78, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x02, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(old_generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, uuid', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 66,83,79,78, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x03, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(uuid, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, md5', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 66,83,79,78, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x05, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(md5, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, user defined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 66,83,79,78, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x80, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(user_defined, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, user defined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x07, % Tag.\n 66,83,79,78, 0, % Ename.\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': object_id('47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('js', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0D, % Tag.\n 106,115, 0, % Ename.\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n js: js('code ...')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('js with scope', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0F, % Tag.\n 106,115, 0, % Ename.\n 6,6,6,6, % int XXX\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data.\n xxx_not_impl,0,0,0, % Length of embedded doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n js: js('code ...', ['hello':32])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('undefined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x06, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: undefined\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean true', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 1, % Boolean data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: true\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean false', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0, % Boolean data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: false\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('utc datetime', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x09, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,0,0,0, 0,0,0,0, % UTC datetime data. XXX better ex. data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: utc(0)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean invalid', [throws(bson_error(invalid_boolean))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 2, % Boolean data, INVALID value.\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\ntest('null', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0A, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: null\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('regex', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0B, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 97, 0, % Regex pattern.\n 105, 0, % Regex options.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: regex('a','i')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('db pointer', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0C, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 2,0,0,0, % String's byte length, incl. nul.\n 97, 0, % String data.\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: db_pointer('a', '47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('symbol', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0E, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % String's byte length, incl. nul.\n 97,116,111,109, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: symbol(atom)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('mongostamp', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x11, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,0,0,0, 0,0,0,0, % Int64 mongostamp data. XXX Better ex. data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: mongostamp(0)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('min', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0xFF, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: min\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('max', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x7F, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: max\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('invalid bson, missing terminating nul', [throws(bson_error(invalid))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0 % Int32 data.\n % Missing nul at end-of-doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\n:- end_tests('bson_decoder:bson_to_term\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_decoder:bson_to_term\/2').\n\ntest('empty doc', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('valid utf8', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % String tag.\n 0xc3,0xa4, 0, % Ename, \"\u00e4\\0\".\n 6,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % String data, \"\u00e4\\0\u00e4\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n '\u00e4': '\u00e4\\0\u00e4'\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('nuls not allowed in ename', [throws(bson_error(_))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % String tag.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % Ename, \"\u00e4\\0\u00e4\\0\".\n 3,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, % String data, \"\u00e4\\0\".\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\ntest('int32 positive', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('int32 negative', [true(Got == Expected)]) :-\n Bson =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Int32 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0xE0,0xFF,0xFF,0xFF, % Int32 data, -32.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: -32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('int64 positive', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x12, % Int64 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, 0,0,0,0, % Int64 data, 32.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('int64 negative', [true(Got == Expected)]) :-\n Bson =\n [\n 20,0,0,0, % Length of top doc.\n 0x12, % Int64 tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0xE0,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF, % Int64 data, -32.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: -32\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('float', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x01, % Double tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 51,51,51,51, 51,51,20,64, % Double data, 5.05.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: 5.05\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('embedded doc', [true(Got == Expected)]) :-\n Bson =\n [\n 49,0,0,0, % Length of top doc.\n 0x03, % Embedded doc tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 38,0,0,0, % Length of embedded doc (array).\n 0x02, % String tag.\n 97, 0, % Ename (\"a\\0\").\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data, \"awesome\\0\".\n 0x01, % Double tag.\n 98, 0, % Ename (\"b\\0\").\n 51,51,51,51,51,51,20,64, % Double 8-byte data, 5.05.\n 0x10, % Int32 tag.\n 99, 0, % Ename (\"c\\0\").\n 194,7,0,0, % Int32 data, 1986.\n 0, % End of embedded doc (array).\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON':\n [\n 'a': 'awesome',\n 'b': 5.05,\n 'c': 1986\n ]\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('embedded array', [true(Got == Expected)]) :-\n Bson =\n [\n 49,0,0,0, % Length of top doc.\n 0x04, % Array tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 38,0,0,0, % Length of embedded doc (array).\n 0x02, % String tag.\n 48, 0, % Ename, index 0 (\"0\\0\").\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data, \"awesome\\0\".\n 0x01, % Double tag.\n 49, 0, % Ename, index 1 (\"1\\0\").\n 51,51,51,51,51,51,20,64, % Double 8-byte data, 5.05.\n 0x10, % Int32 tag.\n 50, 0, % Ename, index 2 (\"2\\0\").\n 194,7,0,0, % Int32 data, 1986.\n 0, % End of embedded doc (array).\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON':\n [\n 'awesome',\n 5.05,\n 1986\n ]\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x00, % Subtype generic (default).\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, function', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x01, % Subtype function.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(function, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, old generic', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x02, % Subtype old generic.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(old_generic, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, uuid', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x03, % Subtype UUID.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(uuid, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, md5', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x05, % Subtype MD5.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(md5, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, user defined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Binary tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 5,0,0,0, % Length of binary data.\n 0x80, % Subtype user defined.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': binary(user_defined, [0,1,2,1,0])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('binary, user defined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x07, % ObjectID tag.\n 66,83,79,78, 0, % Ename \"BSON\\0\".\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n 'BSON': object_id('47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('js', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0D, % JS tag.\n 106,115, 0, % Ename \"js\\0\".\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data, \"code ...\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n js: js('code ...')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('js with scope', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0F, % JS with scope tag.\n 106,115, 0, % Ename \"js\\0\".\n 6,6,6,6, % int xxx\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data, \"code ...\\0\".\n xxx_not_impl,0,0,0, % Length of embedded doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n js: js('code ...', ['hello':32])\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('undefined', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x06, % Undefined tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: undefined\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean true', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Boolean tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 1, % Boolean data, true.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: true\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean false', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Boolean tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0, % Boolean data, false.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: false\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('utc datetime', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x09, % UTC datetime tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0,0,0,0, 0,0,0,0, % UTC datetime data, 0. XXX better\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: utc(0)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('boolean invalid', [throws(bson_error(invalid_boolean))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Boolean tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 2, % Boolean data, INVALID.\n 0 % End of top doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\ntest('null', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0A, % Null tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: null\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('regex', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0B, % Regex tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 97, 0, % Regex pattern, \"a\\0\".\n 105, 0, % Regex options, \"i\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: regex('a','i')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('db pointer', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0C, % DBPointer tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 2,0,0,0, % String's byte length, incl. nul.\n 97, 0, % String data, \"a\\0\".\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: db_pointer('a', '47cc67093475061e3d95369d')\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('symbol', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0E, % Symbol tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 5,0,0,0, % String's byte length, incl. nul.\n 97,116,111,109, 0, % String data, \"atom\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: symbol(atom)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('mongostamp', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x11, % Mongostamp tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0,0,0,0, 0,0,0,0, % Int64 mongostamp data, 0.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: mongostamp(0)\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('min', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0xFF, % Min key tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: min\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('max', [true(Got == Expected)]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x7F, % Max key tag.\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 0 % End of top doc.\n ],\n Expected =\n [\n hello: max\n ],\n bson_decoder:bson_to_term(Bson, Got).\n\ntest('invalid bson, missing terminating nul', [throws(bson_error(invalid))]) :-\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0 % Int32 data, 32.\n % Missing nul at end-of-doc.\n ],\n bson_decoder:bson_to_term(Bson, _Got).\n\n:- end_tests('bson_decoder:bson_to_term\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c9b0e36adc93639dc941d3b2859b1e8fbf034bca","subject":"Cosmetic","message":"Cosmetic\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/ur_terms.plt","new_file":"U-238\/u\/ur_terms.plt","new_contents":":- begin_tests(ur_terms).\n:- use_module(u(ur_terms)).\n:- use_module(library(clpfd)).\n\ntest(chain_call1, A==B) :-\n chain_call([], fail, A, B).\n\ntest(chain_call2, fail) :-\n chain_call([fail_pred], fail, _, _).\n\ntest(chain_call3, A==B) :-\n chain_call([fail_pred], skip, A, B).\n\ntest(chain_call4, 7==B) :-\n chain_call([succ, succ], fail, 5, B).\n\ntest(chain_call5, 7==B) :-\n chain_call([succ, fail_pred, succ], skip, 5, B).\n\ntest(chain_call6, C==cba) :-\n chain_call([ur_atoms:smth_codes, reverse], fail, \"abc\", B),\n atom_codes(C, B).\n\ntest(replace_subterms1, [A, B]=@=[_,4]) :-\n replace_subterms(var_replacer, A, B).\n\ntest(replace_subterms2, T==p(1, 2, p(3), 1..8)) :-\n replace_subterms(calculator, p(1, 2, p(1 + 2), 1..3*8\/3), T).\n\ntest(replace_subterms3, T==v(1, 2, v(3), 1..8)) :-\n replace_subterms([pv,calculator], p(1, 2, p(1 + 2), 1..3*8\/3), T).\n\ntest(replace_subterms4, T==[1, 2, 3, 1..8]) :-\n replace_subterms(calculator, [1, 2, 1 + 2, 1..3*8\/3], T).\n\n\nfail_pred(_, _) :- fail.\n\nvar_replacer(A, A) :- A=4.\n\ncalculator(Expr, Result) :- \n catch(Result is Expr, _, Result = Expr).\n\npv(A, B) :-\n compound(A),\n A=..[p|T],\n B=..[v|T].\n\n:- end_tests(ur_terms).\n","old_contents":":- begin_tests(ur_terms).\n:- use_module(u(ur_terms)).\n\ntest(chain_call1, A==B) :-\n chain_call([], fail, A, B).\n\ntest(chain_call2, fail) :-\n chain_call([fail_pred], fail, _, _).\n\ntest(chain_call3, A==B) :-\n chain_call([fail_pred], skip, A, B).\n\ntest(chain_call4, 7==B) :-\n chain_call([succ, succ], fail, 5, B).\n\ntest(chain_call5, 7==B) :-\n chain_call([succ, fail_pred, succ], skip, 5, B).\n\ntest(chain_call6, C==cba) :-\n chain_call([ur_atoms:smth_codes, reverse], fail, \"abc\", B),\n atom_codes(C, B).\n\ntest(replace_subterms1, [A, B]=@=[_,4]) :-\n replace_subterms(var_replacer, A, B).\n\ntest(replace_subterms2, T==p(1, 2, p(3), 1..8)) :-\n replace_subterms(calculator, p(1, 2, p(1 + 2), 1..3*8\/3), T).\n\ntest(replace_subterms3, T==v(1, 2, v(3), 1..8)) :-\n replace_subterms([pv,calculator], p(1, 2, p(1 + 2), 1..3*8\/3), T).\n\ntest(replace_subterms4, T==[1, 2, 3, 1..8]) :-\n replace_subterms(calculator, [1, 2, 1 + 2, 1..3*8\/3], T).\n\n\nfail_pred(_, _) :- fail.\n\nvar_replacer(A, A) :- A=4.\n\ncalculator(Expr, Result) :- \n catch(Result is Expr, _, Result = Expr).\n\npv(A, B) :-\n compound(A),\n A=..[p|T],\n B=..[v|T].\n\n:- end_tests(ur_terms).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"3540c6557b6a247a8036e28cf46903a2ab18443f","subject":"20160101T0051","message":"20160101T0051\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"testgraph.gp","new_file":"testgraph.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\nset datafile separator ';'\n\n# Title of the plot\nset title \"Test graph -`echo \"$TIMEZONEGAP\"`-\"\n\n# We want a grid\nset grid\n\n# Ignore missing values\n#set datafile missing \"NaN\"\n\n# X-axis label\nset xlabel \"Date\/Time\"\n\n# set X-axis range to current date only\n#set xrange [\"$YESTERDAY\":\"$TODAY\"]\n\n# Y-axis ranges from 0 deg C to 100 deg C, same scale as for humidity\nset yrange [15:20]\n\n# Y2-axis set from 800 to 1200 kPa, used for barometric pressure\nset autoscale y2\n\n# place ticks on second Y2-axis\nset y2tics border\n\n# Title for Y-axis\nset ylabel \"Temperature [degC]\"\n\n# Title for Y2-axis\nset y2label \"Raw values [mV]\"\n\n# Define that data on X-axis should be interpreted as time\nset xdata time\nset xtic rotate by -45\n\n# Time in log-file is given in Unix format\nset timefmt \"%s\"\n\n# Display notation for time\nset format x \"%R\" # Display time in 24 hour notation on the X axis\n\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"--legend--\"\n\n# output into png file\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# read data from file and generate plot\nplot \"\/tmp\/sql.csv\" using ($2+3600):4 title \"Temperature [degC]\" with lines \\\n ,\"\" using ($2+3600):3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\nset datafile separator ';'\n\n# Title of the plot\nset title \"Test graph -`echo \"$TIMEZONEGAP\"`-\"\n\n# We want a grid\nset grid\n\n# Ignore missing values\n#set datafile missing \"NaN\"\n\n# X-axis label\nset xlabel \"Date\/Time\"\n\n# set X-axis range to current date only\n#set xrange [\"$YESTERDAY\":\"$TODAY\"]\n\n# Y-axis ranges from 0 deg C to 100 deg C, same scale as for humidity\nset yrange [15:20]\n\n# Y2-axis set from 800 to 1200 kPa, used for barometric pressure\nset autoscale y2\n\n# place ticks on second Y2-axis\nset y2tics border\n\n# Title for Y-axis\nset ylabel \"Temperature [degC]\"\n\n# Title for Y2-axis\nset y2label \"Raw values [mV]\"\n\n# Define that data on X-axis should be interpreted as time\nset xdata time\nset xtic rotate by -45\n\n# Time in log-file is given in Unix format\nset timefmt \"%s\"\n\n# Display notation for time\nset format x \"%D\\n%R\" # Display time in 24 hour notation on the X axis\n\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"--legend--\"\n\n# output into png file\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# read data from file and generate plot\nplot \"\/tmp\/sql.csv\" using ($2+3600):4 title \"Temperature [degC]\" with lines \\\n ,\"\" using ($2+3600):3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8407ade0b7c797666cc0ef967a48e96d693af064","subject":"Targets 'make' and 'unmake' to install GNU makefiles under 'Makefile'","message":"Targets 'make' and 'unmake' to install GNU makefiles under 'Makefile'\n","repos":"phorward\/phorward,phorward\/phorward","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"all: README phorward.man\n\tcd src; make -f Makefile.gnu\n\tcd DEMO; make -f Makefile.gnu\n\nclean:\n\tcd src; make -f Makefile.gnu clean\n\tcd DEMO; make -f Makefile.gnu clean\n\nmake:\n\tcp Makefile.gnu Makefile\n\tcp src\/Makefile.gnu src\/Makefile\n\tcp DEMO\/Makefile.gnu DEMO\/Makefile\n\t\nunmake:\n\t-rm Makefile\n\t-rm src\/Makefile\n\t-rm DEMO\/Makefile\n\nREADME: doc\/readme.t2t\n\t-rm -f $@\n\ttxt2tags -t txt -H -o - $? | sed -E -n '1h;1!H;$${;g;s\/ +([-A-Z ]+)\\n +(=+)\/\\2==\\n \\1 \\n\\2==\/g;p;}' >$@.tmp\n\tcat doc\/readme.hdr $@.tmp >>$@\n\trm -f $@.tmp\n\n\nphorward.man: doc\/readme.t2t\n\ttxt2tags -o $@ -t man $?\n","old_contents":"all: README phorward.man\n\tcd src; make -f Makefile.gnu\n\tcd DEMO; make -f Makefile.gnu\n\nclean:\n\tcd src; make -f Makefile.gnu clean\n\tcd DEMO; make -f Makefile.gnu clean\n\nconfig:\n\tcp Makefile.gnu Makefile\n\tcp src\/Makefile.gnu src\/Makefile\n\tcp DEMO\/Makefile.gnu DEMO\/Makefile\n\t\nunconfig:\n\t-rm Makefile\n\t-rm src\/Makefile\n\t-rm DEMO\/Makefile\n\nREADME: doc\/readme.t2t\n\t-rm -f $@\n\ttxt2tags -t txt -H -o - $? | sed -E -n '1h;1!H;$${;g;s\/ +([-A-Z ]+)\\n +(=+)\/\\2==\\n \\1 \\n\\2==\/g;p;}' >$@.tmp\n\tcat doc\/readme.hdr $@.tmp >>$@\n\trm -f $@.tmp\n\n\nphorward.man: doc\/readme.t2t\n\ttxt2tags -o $@ -t man $?\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"b90122f07646921a64f16aa70e9b4ab018d7262e","subject":"Suppress GCC warning about being unable to inline functions. [trivial]","message":"Suppress GCC warning about being unable to inline functions. [trivial]\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@21993 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"hildeth\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,hildeth\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,hildeth\/chapel,hildeth\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,chizarlicious\/chapel,hildeth\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized -Wno-inline\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"e144c1bb384e6722a7e5f6a91d963804941f403c","subject":"Plots.","message":"Plots.\n","repos":"snovd\/test-scripts,snovd\/test-scripts","old_file":"kpext\/plot_projection_pos_seq_count.gnu","new_file":"kpext\/plot_projection_pos_seq_count.gnu","new_contents":"reset # do not use any previous settings\nset title \"F1 score - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"F1 score\" # y-axis label\nset term png size 800, 600 font \"Helvetica\" 9\nset size ratio 0.65 #plot dimensions\nset output \"plot_f1score_projection_pos_seq_count.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.01\nset yrange [0.07:0.25] writeback\nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:5:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_substring.dat\" using 1:5 title \"Keywords\/Substring\/SameDomain\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_exact.dat\" using 1:5 title \"Keywords\/SameDomain\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:5 title \"Keywords\/DiscartingIfInOtherDomain\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_stemmed_exact.dat\" using 1:5 title \"Keywords\/SameDomain\/Stemmed\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes.dat\" using 1:5 title \"SVM\/4Classes\/AnnotatedTokens\/CosSim>0.1\"\n\nreset # do not use any previous settings\nset title \"Precision - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Precision\" # y-axis label\nset term png size 800, 600 font \"Helvetica\" 9\nset size ratio 0.65 #plot dimensions\nset output \"plot_precision_projection_pos_seq_count.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.01\nset yrange [0.04:0.25] writeback\nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:3:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_substring.dat\" using 1:3 title \"Keywords\/Substring\/SameDomain\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_exact.dat\" using 1:3 title \"Keywords\/SameDomain\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:3 title \"Keywords\/DiscartingIfInOtherDomain\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_stemmed_exact.dat\" using 1:3 title \"Keywords\/SameDomain\/Stemmed\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes.dat\" using 1:3 title \"SVM\/4Classes\/AnnotatedTokens\/CosSim>0.1\"\n\nreset # do not use any previous settings\nset title \"Recall - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Recall\" # y-axis label\nset term png size 800, 600 font \"Helvetica\" 9\nset size ratio 0.65 #plot dimensions\nset output \"plot_recall_projection_pos_seq_count.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.05\nset yrange [0.05:1.0] writeback\nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:4:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_substring.dat\" using 1:4 title \"Keywords\/Substring\/SameDomain\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_exact.dat\" using 1:4 title \"Keywords\/SameDomain\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:4 title \"Keywords\/DiscartingIfInOtherDomain\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_stemmed_exact.dat\" using 1:4 title \"Keywords\/SameDomain\/Stemmed\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes.dat\" using 1:4 title \"SVM\/4Classes\/AnnotatedTokens\/CosSim>0.1\"\n\n","old_contents":"reset # do not use any previous settings\nset title \"F1 score - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"F1 score\" # y-axis label\nset term png size 800, 400 font \"Helvetica\" 9\nset size ratio 0.4 #plot dimensions\nset output \"plot_f1score_projection_pos_seq_count.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.01\nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:5:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_substring.dat\" using 1:5 title \"In keywords (substring)\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_exact.dat\" using 1:5 title \"In keywords (exact)\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:5 title \"Discarting kw not in domains (exact)\"\n\nreset # do not use any previous settings\nset title \"Precision - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Precision\" # y-axis label\nset term png size 800, 400 font \"Helvetica\" 9\nset size ratio 0.4 #plot dimensions\nset output \"plot_precision_projection_pos_seq_count.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.01\nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:3:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_substring.dat\" using 1:3 title \"In keywords (substring)\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_exact.dat\" using 1:3 title \"In keywords (exact)\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:3 title \"Discarting kw not in domains (exact)\"\n\nreset # do not use any previous settings\nset title \"Recall - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Recall\" # y-axis label\nset term png size 800, 400 font \"Helvetica\" 9\nset size ratio 0.4 #plot dimensions\nset output \"plot_recall_projection_pos_seq_count.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.05\nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:4:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_substring.dat\" using 1:4 title \"In keywords (substring)\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_exact.dat\" using 1:4 title \"In keywords (exact)\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:4 title \"Discarting kw not in domains (exact)\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4e891f9d8f55af5a68d63fa91247131a65e033d8","subject":"Remove external gnuplot instruction sample","message":"Remove external gnuplot instruction sample\n","repos":"bmwcarit\/ros_realtime_tests,bmwcarit\/ros_realtime_tests","old_file":"scripts\/plotTestRes.gnuplot","new_file":"scripts\/plotTestRes.gnuplot","new_contents":"","old_contents":"set title \"timer_tests plot PandaBoard 3.4.0-rt17+ PREEMPT RT no CPU load - <amount_measurements> samples \"\nset xlabel \"Latency in micro seconds - MIN: <min>us AVG: <avg>us MAX: <max>us\"\nset ylabel \"Number of latency samples\"\nset yrange [0.7:]\nset logscale y\nset xrange [1:400]\nset terminal jpeg size 1920,1080\nset output \"<Output_Name>.jpg\"\nplot \"<\/path\/to\/logfile.log>\" u 1:2 t 'Latency_Occurrence' w steps\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"4e6df8729b82fc64dda7b9aff31d2b80a969eefa","subject":"scale Y-axis","message":"scale Y-axis\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nifname = \"\/tmp\/sql11.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axis\nstats ifname using 4 name \"Y\" nooutput\nY_min = Y_min * 0.90\nY_max = Y_max * 1.10\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .5\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n#set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nplot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.1 fc rgb \"#ccbb0000\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafile\nifname = \"\/tmp\/sql11.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Temperature\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Temperature [degC]\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .5\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n#set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nplot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.1 fc rgb \"#ccbb0000\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"1f749f239727aa8db4da1bc5ec5dd116598cf507","subject":"20160406T2145","message":"20160406T2145\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\n#set style data histogram\n#set style histogram columnstacked\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"waiting\" fc \"yellow\"\\\n , '' using ($2+utc_offset):($10+$11+$12) title \"idle\" fc \"green\" \\\n , '' using ($2+utc_offset):($10+$11) title \"system\" fc \"blue\"\\\n , '' using ($2+utc_offset):10 title \"user\" fc \"red\"\n# plot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Load [degC]\" axes x1y2 with dots\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png font \"Courier\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n# set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\n#set style data histogram\n#set style histogram columnstacked\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"13\" \\\n , '' using ($2+utc_offset):($10+$11+$12) title \"12\"\\\n , '' using ($2+utc_offset):($10+$11) title \"11\"\\\n , '' using ($2+utc_offset):10 title \"10\"\n# plot ifname using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 \\\n# , using ($2+utc_offset):4 title \" Load [degC]\" axes x1y2 with dots\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ce4b17fbe800b006569b0859a5dfabae03279210","subject":"Rewrite tests for hex_bytes\/2.","message":"Rewrite tests for hex_bytes\/2.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_bits.plt","new_file":"src\/bson\/bson_bits.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad zero', [true(Got \\== Expected)]) :-\n Expected = 0, % Not a float.\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4').\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected = -2147483648,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -2147483649, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected = 2147483647,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 2147483648, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n% ------------------------------------\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected = -2147483648,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -2147483649, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected = 2147483647,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 2147483648, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n% ------------------------------------\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected = -9223372036854775808,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -9223372036854775809, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected = 9223372036854775807,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 9223372036854775808, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n% ------------------------------------\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected = -9223372036854775808,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -9223372036854775809, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected = 9223372036854775807,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 9223372036854775808, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hex to bytes', [true(Got == Expected)]) :-\n Hex = '47cc6709',\n Expected = [0x47,0xcc,0x67,0x09],\n bson_bits:hex_bytes(Hex, Got).\n\ntest('bytes to hex', [true(Got == Expected)]) :-\n Bytes = [0x47,0xcc,0x67,0x09],\n Expected = '47cc6709',\n bson_bits:hex_bytes(Got, Bytes).\n\ntest('bytes to hex, odd length should fail', [fail]) :-\n HexOddLength = '47c',\n bson_bits:hex_bytes(HexOddLength, _Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad zero', [true(Got \\== Expected)]) :-\n Expected = 0, % Not a float.\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4').\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected = -2147483648,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -2147483649, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected = 2147483647,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 2147483648, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n% ------------------------------------\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected = -2147483648,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -2147483649, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected = 2147483647,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 2147483648, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n% ------------------------------------\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected = -9223372036854775808,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -9223372036854775809, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected = 9223372036854775807,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 9223372036854775808, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n% ------------------------------------\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected = -9223372036854775808,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected = -9223372036854775809, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected = 9223372036854775807,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected = 9223372036854775808, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hexatom bytes', [true(Got == Expected)]) :-\n Expected = '47cc67093475061e3d95369d',\n bson_bits:hex_bytes(Expected, Bytes),\n bson_bits:hex_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b9d0868e948ce2b57e731f9c6179c5ecf564f5d1","subject":"Improved separation","message":"Improved separation\n\nbetween dynamic and static part.","repos":"nintaitrading-eu\/ledgerplot","old_file":"test\/hist.gnu","new_file":"test\/hist.gnu","new_contents":"####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n# This part is dynamic and can be altered to influence the look of the graph.\n####################################################################################\n\n### plot setup\n#set terminal pngcairo transparent enhanced font \"inconsolata,10\" fontscale 1.0 size 500, 350 \nset terminal pngcairo size 800,600 enhanced font 'Liberation Mono,10' background \"#002b36\"\nset output 'test.png'\nCOLORS = \"red green gray\"\nSTARTCOL = 2\nENDCOL = 4\n\n### titles and labels\nset title \"income\\_vs\\_expenses\\n(Extra info here?)\" \nset xlabel \"Year\" \nset xlabel offset character 0, -2, 0 font \"\" textcolor lt -1 norotate\nset ylabel \"Value (EUR)\" \n\n####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n# This part is static and can not be altered.\n####################################################################################\n\n### legend\nset key bmargin center horizontal Left reverse noenhanced autotitles columnhead nobox\n\n### main code\nGAPSIZE = 5\nNCOL = ENDCOL-STARTCOL+1\nBOXWIDTH = 1.\/(GAPSIZE+NCOL)\n\n### barchart layout - axis + grid\n#set border 3 front linetype -1 linewidth 1.000\nset style fill solid 1.00 border lt -1\nset boxwidth BOXWIDTH absolute\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset xzeroaxis linetype 0 linewidth 1.000\nset yzeroaxis linetype 0 linewidth 1.000\nset zzeroaxis linetype 0 linewidth 1.000\n\n### Set tics and histograms\n# Note: I can not use GAPSIZE below, for some reason... hardcoded 4 is used instead\nset style histogram clustered gap 5 title offset character 2, 0.25, 0\nset datafile missing '-'\nset style data histograms\nset xtics border in scale 0,0 nomirror rotate by -45 offset character 0, 0, 0 autojustify\nset xtics norangelimit font \",8\"\nset xtics ()\nset ytics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset ztics border in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\nset cbtics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset rtics axis in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\n\n#x = 0.0\n#i = 23\n### plotting\nplot for [COL=STARTCOL:ENDCOL] 'test.dat' u COL:xtic(1) w histogram title columnheader(COL) lc rgb word(COLORS, COL), \\\n for [COL=STARTCOL:ENDCOL] 'test.dat' u (column(0)+BOXWIDTH*(COL-STARTCOL+GAPSIZE\/2+1)-0.5):COL:COL notitle w labels\n","old_contents":"####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n####################################################################################\n\n### plot setup\n#set terminal pngcairo transparent enhanced font \"inconsolata,10\" fontscale 1.0 size 500, 350 \nset terminal pngcairo size 800,600 enhanced font 'Liberation Mono,10' background \"#002b36\"\nset output 'test.png'\nCOLORS = \"red green gray\"\nSTARTCOL=2\nENDCOL=4\nGAPSIZE=5\n\nNCOL=ENDCOL-STARTCOL+1\nBOXWIDTH=1.\/(GAPSIZE+NCOL)\n\n### legend\nset key bmargin center horizontal Left reverse noenhanced autotitles columnhead nobox\n\n### barchart layout - axis + grid\n#set border 3 front linetype -1 linewidth 1.000\nset boxwidth BOXWIDTH absolute\nset style fill solid 1.00 border lt -1\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset xzeroaxis linetype 0 linewidth 1.000\nset yzeroaxis linetype 0 linewidth 1.000\nset zzeroaxis linetype 0 linewidth 1.000\n\n### Set tics and histograms\nset style histogram clustered gap 4 title offset character 2, 0.25, 0\nset datafile missing '-'\nset style data histograms\nset xtics border in scale 0,0 nomirror rotate by -45 offset character 0, 0, 0 autojustify\nset xtics norangelimit font \",8\"\nset xtics ()\nset ytics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset ztics border in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\nset cbtics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset rtics axis in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\n\n### titles and labels\nset title \"income\\_vs\\_expenses\\n(Extra info here?)\" \n#set xlabel \"(Note: )\" \nset xlabel offset character 0, -2, 0 font \"\" textcolor lt -1 norotate\nset ylabel \"Value (EUR)\" \n\n#x = 0.0\n#i = 23\n### plotting\nplot for [COL=STARTCOL:ENDCOL] 'test.dat' u COL:xtic(1) w histogram title columnheader(COL) lc rgb word(COLORS, COL), \\\n for [COL=STARTCOL:ENDCOL] 'test.dat' u (column(0)+BOXWIDTH*(COL-STARTCOL+GAPSIZE\/2+1)-0.5):COL:COL notitle w labels\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"7e634a57c62d380cc5f5e28264a101ca6dd4b8ba","subject":"Modify gnuplot script, rearrange scales and text color","message":"Modify gnuplot script, rearrange scales and text color\n","repos":"sysprog-Concurrent-BTree\/bplus-tree,sysprog-Concurrent-BTree\/bplus-tree,sysprog-Concurrent-BTree\/bplus-tree","old_file":"test\/scripts\/runtime.gp","new_file":"test\/scripts\/runtime.gp","new_contents":"reset\nset ylabel 'time(sec)'\nset style fill solid\nset title 'perfomance comparison'\nset term png enhanced font 'Verdana,10'\nset output 'runtime1.png'\n\nplot [:][:0.0005]'output.txt' using 2:xtic(1) with histogram title 'original', \\\n'' using 3:xtic(1) with histogram title 'optimized' , \\\n'' using 4:xtic(1) with histogram title 'B+ tree' , \\\n'' using 5:xtic(1) with histogram title 'B+ tree bulk' , \\\n'' using ($0+0.1):(0.0001):2 with labels title ' ' textcolor lt 1, \\\n'' using ($0+0.1):(0.00012):3 with labels title ' ' textcolor lt 2, \\\n'' using ($0+0.1):(0.00014):4 with labels title ' ' textcolor lt 3, \\\n'' using ($0+0.1):(0.00016):5 with labels title ' ' textcolor lt 4, \\\n","old_contents":"reset\nset ylabel 'time(sec)'\nset style fill solid\nset title 'perfomance comparison'\nset term png enhanced font 'Verdana,10'\nset output 'runtime.png'\n\nplot [:][:80]'output.txt' using 2:xtic(1) with histogram title 'original', \\\n'' using ($0-0.2):($2+4):2 with labels title ' ', \\\n'' using 3:xtic(1) with histogram title 'optimized' , \\\n'' using ($0):($3+1):3 with labels title ' ', \\\n'' using 4:xtic(1) with histogram title 'B+ tree' , \\\n'' using ($0+0.35):($4+3):4 with labels title ' ', \\\n'' using 5:xtic(1) with histogram title 'B+ tree with bulk loading' , \\\n'' using ($0+0.45):($5+5):5 with labels title ' ', \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"409e6b57993adc7ccfd72505eaaff7df8624d1ad","subject":"better ytics interval","message":"better ytics interval\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/calc-cost-latency\/storage-size-by-time.gnuplot","new_file":"mtdb\/calc-cost-latency\/storage-size-by-time.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get min and max values\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nplot FN_IN u 1:($2\/1000000) w fsteps, \\\nFN_IN u 1:($4+$5) w lines axes x1y2\n\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\nY2_MIN=GPVAL_DATA_Y2_MIN\nY2_MAX=GPVAL_DATA_Y2_MAX\n\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Time\" offset 0,0.3\nset ylabel \"Storage size (MB)\" offset 1.3,0\nset y2label \"Storage cost ($)\"\n\nset border (1 + 2 + 8) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,(365.25*24*3600)\n\n# Not sure if this is what I wanted. Not important.\nx1(a)=(10**floor(log10(a)))\nx2(a)=floor(a\/x1(a))*x1(a)\nx3(a)=floor(a\/x1(a)\/2)*x1(a)*2\nyTicsStep(a, b)=(x2(a\/b) == 1 ? x2(a\/b) : x3(a\/b))\n\nset print \"-\"\nprint (sprintf(\"Y_MAX: %f\", Y_MAX))\nprint (sprintf(\"Y2_MAX: %f\", Y2_MAX))\nprint (sprintf(\"yTicsStep(Y_MAX, 2)=%f\", yTicsStep(Y_MAX, 2)))\nprint (sprintf(\"yTicsStep(Y2_MAX, 2)=%f\", yTicsStep(Y2_MAX, 2)))\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y_MAX, 2)\nset y2tics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y2_MAX, 2)\nset tics front\n\nset xrange [X_MIN:X_MAX]\nset yrange [Y_MIN:Y_MAX]\nset y2range [Y2_MIN:Y2_MAX]\n\nset key top left\n\nset pointsize 0.1\n\nplot \\\nFN_IN u 1:($2\/1000000) w steps lc rgb \"red\" t \"Hot\", \\\nFN_IN u 1:($3\/1000000) w steps lc rgb \"blue\" t \"Cold\", \\\nFN_IN u 1:4 w linespoints axes x1y2 pt 7 lc rgb \"red\" not, \\\nFN_IN u 1:5 w linespoints axes x1y2 pt 7 lc rgb \"blue\" not, \\\nFN_IN u 1:($4+$5) w linespoints axes x1y2 pt 7 lc rgb \"black\" not\n\n#FN_IN u 1:($2\/1000000) w fillsteps fs solid 0.15 noborder not, \\\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Get min and max values\nset terminal unknown\nset xdata time\nset timefmt \"%y%m%d-%H%M%S\"\nset format x \"'%y\"\n\nplot FN_IN u 1:($2\/1000000) w fsteps, \\\nFN_IN u 1:($4+$5) w lines axes x1y2\n\nX_MIN=GPVAL_DATA_X_MIN\nX_MAX=GPVAL_DATA_X_MAX\nY_MIN=GPVAL_DATA_Y_MIN\nY_MAX=GPVAL_DATA_Y_MAX\nY2_MIN=GPVAL_DATA_Y2_MIN\nY2_MAX=GPVAL_DATA_Y2_MAX\n\n#set print \"-\"\n#print (sprintf(\"Y_MAX: %f\", Y_MAX))\n#print (sprintf(\"Y2_MAX: %f\", Y2_MAX))\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Time\" offset 0,0.3\nset ylabel \"Storage size (MB)\" offset 1.3,0\nset y2label \"Storage cost ($)\"\n\nset border (1 + 2 + 8) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\" #autofreq 0,(365.25*24*3600)\n\n# Not sure if this is what I wanted. Not important.\nx1(a)=(10**floor(log10(a)))\nx2(a)=floor(a\/x1(a)\/2)*x1(a)*2\nyTicsStep(a, b)=x2(a\/b)\n\n#print (sprintf(\"yTicsStep(Y_MAX, 2)=%f\", yTicsStep(Y_MAX, 2)))\n#print (sprintf(\"yTicsStep(Y2_MAX, 2)=%f\", yTicsStep(Y2_MAX, 2)))\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y_MAX, 2)\nset y2tics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,yTicsStep(Y2_MAX, 2)\nset tics front\n\nset xrange [X_MIN:X_MAX]\nset yrange [Y_MIN:Y_MAX]\nset y2range [Y2_MIN:Y2_MAX]\n\nset key top left\n\nset pointsize 0.1\n\nplot \\\nFN_IN u 1:($2\/1000000) w steps lc rgb \"red\" t \"Hot\", \\\nFN_IN u 1:($3\/1000000) w steps lc rgb \"blue\" t \"Cold\", \\\nFN_IN u 1:4 w linespoints axes x1y2 pt 7 lc rgb \"red\" not, \\\nFN_IN u 1:5 w linespoints axes x1y2 pt 7 lc rgb \"blue\" not, \\\nFN_IN u 1:($4+$5) w linespoints axes x1y2 pt 7 lc rgb \"black\" not\n\n#FN_IN u 1:($2\/1000000) w fillsteps fs solid 0.15 noborder not, \\\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"3d622207665f5879668962c719eff2884fe922ed","subject":"Charts.","message":"Charts.\n","repos":"snovd\/test-scripts,snovd\/test-scripts","old_file":"kpext\/results\/plot_best_results.gnu","new_file":"kpext\/results\/plot_best_results.gnu","new_contents":"reset # do not use any previous settings\nset title \"F1 score - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"F1 score\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_f1score.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.02\nset yrange [0.04:0.50] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:5:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_crf_train_with_projections_simple.dat\" using 1:5 title \"CRF\/POSseq\/Simple\", \\\n\"dev_seq_projection_crf_train_with_projections_largest.dat\" using 1:5 title \"CRF\/POSseq\/Largest\", \\\n\"dev_seq_projection_crf_train_with_projections_by_class.dat\" using 1:5 title \"CRF\/POSseq\/Simple\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_by_class.dat\" using 1:5 title \"CRF\/POSseq\/Largest\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_over_results_svm2c_fulltext.dat\" using 1:5 title \"CRF\/POSseq\/Largest\/SVM2cFullText\", \\\n\"dev_seq_projection_crf_train_with_projections_without_types.dat\" using 1:5 title \"CRF\/POSseq\/Simple\/WithoutType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types.dat\" using 1:5 title \"CRF\/POSseq\/Largest\/WithoutType\", \\\n0.291463414634 title \"CRF\"\n\nreset # do not use any previous settings\nset title \"Precision - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Precision\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_precision.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.02\nset yrange [0.04:0.50] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:3:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_crf_train_with_projections_simple.dat\" using 1:3 title \"CRF\/POSseq\/Simple\", \\\n\"dev_seq_projection_crf_train_with_projections_largest.dat\" using 1:3 title \"CRF\/POSseq\/Largest\", \\\n\"dev_seq_projection_crf_train_with_projections_by_class.dat\" using 1:3 title \"CRF\/POSseq\/Simple\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_by_class.dat\" using 1:3 title \"CRF\/POSseq\/Largest\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_over_results_svm2c_fulltext.dat\" using 1:3 title \"CRF\/POSseq\/Largest\/SVM2cFullText\", \\\n\"dev_seq_projection_crf_train_with_projections_without_types.dat\" using 1:3 title \"CRF\/POSseq\/Simple\/WithoutType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types.dat\" using 1:3 title \"CRF\/POSseq\/Largest\/WithoutType\", \\\n0.491769547325 title \"CRF\"\n\nreset # do not use any previous settings\nset title \"Recall - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Recall\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_recall.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.05\nset yrange [0.05:1.0] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:4:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_crf_train_with_projections_simple.dat\" using 1:4 title \"CRF\/POSseq\/Simple\", \\\n\"dev_seq_projection_crf_train_with_projections_largest.dat\" using 1:4 title \"CRF\/POSseq\/Largest\", \\\n\"dev_seq_projection_crf_train_with_projections_by_class.dat\" using 1:4 title \"CRF\/POSseq\/Simple\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_by_class.dat\" using 1:4 title \"CRF\/POSseq\/Largest\/ByType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_over_results_svm2c_fulltext.dat\" using 1:4 title \"CRF\/POSseq\/Largest\/SVM2cFullText\", \\\n\"dev_seq_projection_crf_train_with_projections_without_types.dat\" using 1:4 title \"CRF\/POSseq\/Simple\/WithoutType\", \\\n\"dev_seq_projection_crf_train_with_projections_largest_without_types.dat\" using 1:4 title \"CRF\/POSseq\/Largest\/WithoutType\", \\\n0.207105719237 title \"CRF\"\n","old_contents":"reset # do not use any previous settings\nset title \"F1 score - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"F1 score\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_f1score.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.01\nset yrange [0.04:0.35] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:5:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:5 title \"Keywords\/DiscartingIfInOtherDomain\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes.dat\" using 1:5 title \"SVM\/4c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_cossimgt0.01.dat\" using 1:5 title \"SVM\/4c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm4c_not-none.and.maxsimgt0_or_maxsimeq0.dat\" using 1:5 title \"SVM\/4c\/AnnotatedTokens\/NotNoneOrNotDecision\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_morefeatures.dat\" using 1:5 title \"SVM\/4c\/AnnotatedTokens\/MoreFeatures\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes.dat\" using 1:5 title \"SVM\/2c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.005.dat\" using 1:5 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.005\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.01.dat\" using 1:5 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm_shorttext_two_classes.dat\" using 1:5 title \"SVM\/2c\/ShortText\", \\\n\"dev_seq_projection_svm_fulltext_two_classes.dat\" using 1:5 title \"SVM\/2c\/FullText\"\n\nreset # do not use any previous settings\nset title \"Precision - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Precision\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_precision.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.01\nset yrange [0.04:0.35] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:3:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:3 title \"Keywords\/DiscartingIfInOtherDomain\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes.dat\" using 1:3 title \"SVM\/4c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_cossimgt0.01.dat\" using 1:3 title \"SVM\/4c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm4c_not-none.and.maxsimgt0_or_maxsimeq0.dat\" using 1:3 title \"SVM\/4c\/AnnotatedTokens\/NotNoneOrNotDecision\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_morefeatures.dat\" using 1:3 title \"SVM\/4c\/AnnotatedTokens\/MoreFeatures\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes.dat\" using 1:3 title \"SVM\/2c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.005.dat\" using 1:3 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.005\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.01.dat\" using 1:3 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm_shorttext_two_classes.dat\" using 1:3 title \"SVM\/2c\/ShortText\", \\\n\"dev_seq_projection_svm_fulltext_two_classes.dat\" using 1:3 title \"SVM\/2c\/FullText\"\n\nreset # do not use any previous settings\nset title \"Recall - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Recall\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_recall.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.05\nset yrange [0.05:1.0] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:4:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:4 title \"Keywords\/DiscartingIfInOtherDomain\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes.dat\" using 1:4 title \"SVM\/4c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_cossimgt0.01.dat\" using 1:4 title \"SVM\/4c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm4c_not-none.and.maxsimgt0_or_maxsimeq0.dat\" using 1:4 title \"SVM\/4c\/AnnotatedTokens\/NotNoneOrNotDecision\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_morefeatures.dat\" using 1:4 title \"SVM\/4c\/AnnotatedTokens\/MoreFeatures\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes.dat\" using 1:4 title \"SVM\/2c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.005.dat\" using 1:4 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.005\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.01.dat\" using 1:4 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm_shorttext_two_classes.dat\" using 1:4 title \"SVM\/2c\/ShortText\", \\\n\"dev_seq_projection_svm_fulltext_two_classes.dat\" using 1:4 title \"SVM\/2c\/FullText\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ff40a74a717e2afc3be4de46e09684b45e78e370","subject":"add '-std=c++0x -DSTXXL_CXX0X' hint for g++-4.3","message":"add '-std=c++0x -DSTXXL_CXX0X' hint for g++-4.3\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@830 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x -DSTXXL_CXX0X\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"eb95bf7e62b0340f89fa2387036788607797baea","subject":"Switch to 1ns runs, more realistic for our purposes","message":"Switch to 1ns runs, more realistic for our purposes\n","repos":"LourensVeen\/gromacs-bench,LourensVeen\/gromacs-bench","old_file":"make_plots.gnuplot","new_file":"make_plots.gnuplot","new_contents":"set terminal png font 'Arial, 24' size 1600,900 background rgb \"#ffffff\"\n\nset style line 100 lt -1 lw 2 lc rgb '#000000'\n\nset border 3 front ls 100\n\nset datafile separator ','\n\nset grid back lw 2 x y\nset xrange [0:24]\nset x2range [0:768]\nset yrange [0:210]\nset xtics nomirror 4\nset x2tics nomirror 128\nset ytics nomirror 30\n\n\n####################################\n\nset output 'laptop_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on a cluster node'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\nset yrange [0:30]\nset ytics 5\nset ylabel 'Simulation speed (ns\/day)'\n\nset boxwidth 0.5\nset style fill solid\n\nbarcolor(x) = (x == 0) ? (65536 * 64 + 128) : (256 * 174 + 239)\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) every ::0::1 with boxes lc rgb variable notitle\n\n####################################\n\nset output 'cpus.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs'\nset xlabel 'Cluster nodes'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\nset ylabel 'Simulation speed (ns\/day)'\nset ytics nomirror 30\nset yrange [0:210]\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:3 with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_timespent.png'\n\nset yrange [0:100]\nset ytics 25\nset ylabel '% Time spent'\nset key inside left center invert opaque\n\nplot \\\n\t'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9 with filledcurves above x1 title 'Decomposition' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9:($9+$10) with filledcurves title 'Comm.Coord.' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10):($9+$10+$11) with filledcurves title 'Calc. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11):($9+$10+$11+$12) with filledcurves title 'Comm. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11+$12):($9+$10+$11+$12+$14) with filledcurves title 'Constraints'\n\n\n\n####################################\n\nset output 'cpus_corehours.png'\n\nset key off autotitle columnheader\nset title 'Core hours for 1ns run'\nset ylabel 'Core hours'\nset autoscale y\nset ytics autofreq\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($21 * 10 \/ 3600) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($16 * 10 \/ 3600) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 10 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_wallclock.png'\n\nset title 'Wallclock time for 1ns run'\nset ylabel 'Wallclock time (min)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($22 * 10 \/ 60) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($17 * 10 \/ 60) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3\n\n\n\n####################################\n\nset output 'cpus_ethernet.png'\n\nset key on inside right bottom autotitle columnheader box height 0.5\nset title 'Influence of network'\nset yrange [0:210]\nset ytics nomirror 30\nset ylabel 'Simulation speed (ns\/day)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Infiniband' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Ethernet' lc rgb '#ef6e00' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'gpu_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many GPUs'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\n\nset boxwidth 0.5\nset style fill solid\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) with boxes lc rgb variable notitle\n\nset xtics nomirror 128\n\n\n####################################\n\nset output 'cpus_gpu.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs, with 1 GPU per node'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 1 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#009f00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#009f00' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'practice.png'\n\nset key on inside right bottom autotitle columnheader box height 0.5\nset title 'Gromacs on Cartesius vs. Lisa (approximately)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Cartesius CPU' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Lisa CPU' lc rgb '#ef6e00' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 2 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ae00ef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 2 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Cartesius GPU' lc rgb '#ae00ef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n","old_contents":"set terminal png font 'Arial, 24' size 1600,900 background rgb \"#ffffff\"\n\nset style line 100 lt -1 lw 2 lc rgb '#000000'\n\nset border 3 front ls 100\n\nset datafile separator ','\n\nset grid back lw 2 x y\nset xrange [0:24]\nset x2range [0:768]\nset yrange [0:210]\nset xtics nomirror 4\nset x2tics nomirror 128\nset ytics nomirror 30\n\n\n####################################\n\nset output 'laptop_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on a cluster node'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\nset yrange [0:30]\nset ytics 5\nset ylabel 'Simulation speed (ns\/day)'\n\nset boxwidth 0.5\nset style fill solid\n\nbarcolor(x) = (x == 0) ? (65536 * 64 + 128) : (256 * 174 + 239)\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) every ::0::1 with boxes lc rgb variable notitle\n\n####################################\n\nset output 'cpus.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs'\nset xlabel 'Cluster nodes'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\nset ylabel 'Simulation speed (ns\/day)'\nset ytics nomirror 30\nset yrange [0:210]\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:3 with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_timespent.png'\n\nset yrange [0:100]\nset ytics 25\nset ylabel '% Time spent'\nset key inside left center invert opaque\n\nplot \\\n\t'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9 with filledcurves above x1 title 'Decomposition' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9:($9+$10) with filledcurves title 'Comm.Coord.' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10):($9+$10+$11) with filledcurves title 'Calc. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11):($9+$10+$11+$12) with filledcurves title 'Comm. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11+$12):($9+$10+$11+$12+$14) with filledcurves title 'Constraints'\n\n\n\n####################################\n\nset output 'cpus_corehours.png'\n\nset title 'Core hours for 10ns run'\nset ylabel 'Core hours'\nset autoscale y\nset ytics autofreq\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($21 * 100 \/ 3600) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($16 * 100 \/ 3600) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_wallclock.png'\n\nset title 'Wallclock time for 10ns run'\nset ylabel 'Wallclock time (h)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($22 * 100 \/ 3600) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($17 * 100 \/ 3600) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3\n\n\n\n####################################\n\nset output 'cpus_ethernet.png'\n\nset key on inside right bottom autotitle columnheader box height 0.5\nset title 'Influence of network'\nset yrange [0:210]\nset ytics nomirror 30\nset ylabel 'Simulation speed (ns\/day)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Infiniband' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Ethernet' lc rgb '#ef6e00' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'gpu_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many GPUs'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\n\nset boxwidth 0.5\nset style fill solid\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) with boxes lc rgb variable notitle\n\nset xtics nomirror 128\n\n\n####################################\n\nset output 'cpus_gpu.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs, with 1 GPU per node'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 1 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#009f00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#009f00' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'practice.png'\n\nset key on inside right bottom autotitle columnheader box height 0.5\nset title 'Gromacs on Cartesius vs. Lisa (approximately)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Cartesius CPU' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Lisa CPU' lc rgb '#ef6e00' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 2 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ae00ef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 2 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Cartesius GPU' lc rgb '#ae00ef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"0657e3bdf6bec3c5827e3c17c82a296f86075d85","subject":"updates","message":"updates\n","repos":"embree\/embree,embree\/embree,Sjoerdie\/embree,embree\/embree,Sjoerdie\/embree,Sjoerdie\/embree,embree\/embree,Sjoerdie\/embree","old_file":"tests\/benchmark_tasking.plot","new_file":"tests\/benchmark_tasking.plot","new_contents":"## ======================================================================== ##\n## Copyright 2009-2015 Intel Corporation ##\n## ##\n## Licensed under the Apache License, Version 2.0 (the \"License\"); ##\n## you may not use this file except in compliance with the License. ##\n## You may obtain a copy of the License at ##\n## ##\n## http:\/\/www.apache.org\/licenses\/LICENSE-2.0 ##\n## ##\n## Unless required by applicable law or agreed to in writing, software ##\n## distributed under the License is distributed on an \"AS IS\" BASIS, ##\n## WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. ##\n## See the License for the specific language governing permissions and ##\n## limitations under the License. ##\n## ======================================================================== ##\n\nset style line 101 lc rgb \"green\" lt 1\nset style line 102 lc rgb \"green\" lt 1\nset style line 103 lc rgb \"#008800\" lt 1\nset style line 104 lc rgb \"grey\" lt 1\nset style line 105 lc rgb \"yellow\" lt 1\nset style line 106 lc rgb \"orange\" lt 1\nset style line 107 lc rgb \"red\" lt 1\nset style line 108 lc rgb \"blue\" lt 1\nset style line 109 lc rgb \"#000088\" lt 1\n\n#set term postscript enhanced color \nset term png\n\nset xtics rotate 90\nset xlabel 'Items'\nset logscale x\nset xrange [1000:100000000]\n\n#set yrange [0:23]\nset ylabel 'Performance in M\/s'\n\nset output \"benchmark_reduce.png\"\nset title \"benchmark_reduce Single Socket HSW\"\nplot 'benchmark_reduce_sequential.csv' using ($1):($6) t \"single threaded\" with lines ls 108, \\\n 'benchmark_reduce_lockstep.csv' using ($1):($6) t \"lockstep taskscheduler\" with lines ls 102, \\\n 'benchmark_reduce_tbb.csv' using ($1):($6) t \"threading building blocks\" with lines ls 107\n\nset output \"benchmark_sort.png\"\nset title \"benchmark_sort Single Socket HSW\"\nplot 'benchmark_sort_sequential.csv' using ($1):($6) t \"single threaded\" with lines ls 108, \\\n 'benchmark_sort_lockstep.csv' using ($1):($6) t \"lockstep taskscheduler\" with lines ls 102, \\\n 'benchmark_sort_tbb.csv' using ($1):($6) t \"threading building blocks\" with lines ls 107\n\n\n","old_contents":"## ======================================================================== ##\n## Copyright 2009-2015 Intel Corporation ##\n## ##\n## Licensed under the Apache License, Version 2.0 (the \"License\"); ##\n## you may not use this file except in compliance with the License. ##\n## You may obtain a copy of the License at ##\n## ##\n## http:\/\/www.apache.org\/licenses\/LICENSE-2.0 ##\n## ##\n## Unless required by applicable law or agreed to in writing, software ##\n## distributed under the License is distributed on an \"AS IS\" BASIS, ##\n## WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. ##\n## See the License for the specific language governing permissions and ##\n## limitations under the License. ##\n## ======================================================================== ##\n\nset style line 101 lc rgb \"green\" lt 1\nset style line 102 lc rgb \"green\" lt 1\nset style line 103 lc rgb \"#008800\" lt 1\nset style line 104 lc rgb \"grey\" lt 1\nset style line 105 lc rgb \"yellow\" lt 1\nset style line 106 lc rgb \"orange\" lt 1\nset style line 107 lc rgb \"red\" lt 1\nset style line 108 lc rgb \"blue\" lt 1\nset style line 109 lc rgb \"#000088\" lt 1\n\n#set term postscript enhanced color \nset term png\n\nset xtics rotate 90\nset xlabel 'Items'\nset logscale x\nset xrange [1000:100000000]\n\n#set yrange [0:23]\nset ylabel 'Performance in M\/s'\n\nset output \"benchmark_reduce.png\"\nset title \"benchmark_reduce Dual Socket SNB\"\nplot 'benchmark_reduce_sequential.csv' using ($1):($6) t \"single threaded\" with lines ls 108, \\\n 'benchmark_reduce_lockstep.csv' using ($1):($6) t \"lockstep taskscheduler\" with lines ls 102, \\\n 'benchmark_reduce_tbb.csv' using ($1):($6) t \"threading building blocks\" with lines ls 107\n\nset output \"benchmark_sort.png\"\nset title \"benchmark_sort Dual Socket SNB\"\nplot 'benchmark_sort_sequential.csv' using ($1):($6) t \"single threaded\" with lines ls 108, \\\n 'benchmark_sort_lockstep.csv' using ($1):($6) t \"lockstep taskscheduler\" with lines ls 102, \\\n 'benchmark_sort_tbb.csv' using ($1):($6) t \"threading building blocks\" with lines ls 107\n\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a1c1a78852eaac4b156975e23c0df295fd299f1a","subject":"Changed to use every 5 data points","message":"Changed to use every 5 data points\n","repos":"lpabon\/foocsim,lpabon\/foocsim","old_file":"foocsim\/fooplot.gp","new_file":"foocsim\/fooplot.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\nset terminal png\nset datafile separator \",\"\nset output \"cache_readhitrate.png\"\nplot \"cache.data\" using 1:2 every 5 title \"Read Hit Rate\"\n\nset output \"cache_writehitrate.png\"\nplot \"cache.data\" using 1:3 every 5 title \"Write Hit Rate\"\n\nset output \"cache_reads.png\"\nplot \"cache.data\" using 1:7 every 5 title \"Reads\", \\\n\t \"cache.data\" using 1:4 every 5 title \"Read Hits\"\n\nset output \"cache_writes.png\"\nplot \"cache.data\" using 1:8 every 5 title \"Writes\", \\\n \"cache.data\" using 1:5 every 5 title \"Write Hits\"\n\nset output \"cache_deletes.png\"\nplot \"cache.data\" using 1:9 every 5 title \"Deletions\", \\\n \"cache.data\" using 1:6 every 5 title \"Deletion Hits\"\n\nset output \"cache_evictions.png\"\nplot \"cache.data\" using 1:11 every 5 title \"Evictions\"\n\nset output \"cache_readlatency.png\"\nplot \"cache.data\" using 1:13 every 5 title \"Mean Read Latency (usecs)\"\n\nset output \"cache_writelatency.png\"\nplot \"cache.data\" using 1:14 every 5 title \"Mean Write Latency (usecs)\"\n\nset output \"cache_deletelatency.png\"\nplot \"cache.data\" using 1:15 every 5 title \"Mean Delete Latency (usecs)\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\nset terminal png\nset datafile separator \",\"\nset output \"cache_readhitrate.png\"\nplot \"cache.data\" using 1:2 every 5 title \"Read Hit Rate\"\n\nset output \"cache_writehitrate.png\"\nplot \"cache.data\" using 1:3 every 5 title \"Write Hit Rate\"\n\nset output \"cache_reads.png\"\nplot \"cache.data\" using 1:7 every 5 title \"Reads\", \\\n\t \"cache.data\" using 1:4 every 5 title \"Read Hits\"\n\nset output \"cache_writes.png\"\nplot \"cache.data\" using 1:8 every 5 title \"Writes\", \\\n \"cache.data\" using 1:5 every 5 title \"Write Hits\"\n\nset output \"cache_deletes.png\"\nplot \"cache.data\" using 1:9 every 5 title \"Deletions\", \\\n \"cache.data\" using 1:6 every 5 title \"Deletion Hits\"\n\nset output \"cache_evictions.png\"\nplot \"cache.data\" using 1:11 every 5 title \"Evictions\"\n\nset output \"cache_readlatency.png\"\nplot \"cache.data\" using 1:13 every 1 title \"Mean Read Latency (usecs)\"\n\nset output \"cache_writelatency.png\"\nplot \"cache.data\" using 1:14 every 1 title \"Mean Write Latency (usecs)\"\n\nset output \"cache_deletelatency.png\"\nplot \"cache.data\" using 1:15 every 1 title \"Mean Delete Latency (usecs)\"\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"88b39fcd8146f3a954bc62c62abe4776760b56a1","subject":"update speed calculation","message":"update speed calculation\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals. So, data is bytes\/minute\n# convert to bits per second:\nBPSh = 8. \/ (60.)\n# daily data is queried in 30 minute intervals (1800s). So, data is bytes\/30'\n# convert to bits per second:\nBPSd = BPSh \/ 30.\n# weekly data is queried in 120 minute intervals (7200s). So, data is bytes\/120'\n# convert to bits per second:\nBPSw = BPSh \/120.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (speedh($3)) name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (speedd($6)) name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using (speedw($6)) name \"Yw\" nooutput\n\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = 1024\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (speedh($2)) name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (speedd($3)) name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using (speedw($3)) name \"Ybw\" nooutput\n\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * BPS\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * BPS\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($2)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nBPS = 8. \/ (60. * 3.)\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = x\n# ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($3)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($6)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using (delta($6)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * BPS\nYmin = 1024 * BPS\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($2)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($3)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using (delta($3)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($6) * BPS) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($6) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * BPS\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * BPS\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($3) * BPS) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"1110b6a7c9e992550a6041e0246890da162dc714","subject":"front grid","message":"front grid\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph19.gp","new_file":"graphs\/graph19.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of HD temperatures\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql19h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql19d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql19w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day19.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\nYmax = Yh_max\nYmin = Yh_min\nstats ifnameh using 3 name \"Yh\" nooutput\nYmax = max(Yh_max, Ymax)\nYmin = min(Yh_min, Ymin)\nstats ifnameh using 4 name \"Yh\" nooutput\nYmax = max(Yh_max, Ymax)\nYmin = min(Yh_min, Ymin)\nstats ifnameh using 5 name \"Yh\" nooutput\nYmax = max(Yh_max, Ymax)\nYmin = min(Yh_min, Ymin)\nstats ifnameh using 6 name \"Yh\" nooutput\nYh_max = max(Yh_max, Ymax)\nYh_min = min(Yh_min, Ymin)\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 2 name \"Yd\" nooutput\nYmax = Yd_max\nYmin = Yd_min\nstats ifnamed using 3 name \"Yd\" nooutput\nYmax = max(Yd_max, Ymax)\nYmin = min(Yd_min, Ymin)\nstats ifnamed using 4 name \"Yd\" nooutput\nYmax = max(Yd_max, Ymax)\nYmin = min(Yd_min, Ymin)\nstats ifnamed using 5 name \"Yd\" nooutput\nYmax = max(Yd_max, Ymax)\nYmin = min(Yd_min, Ymin)\nstats ifnamed using 6 name \"Yd\" nooutput\nYd_max = max(Yd_max, Ymax)\nYd_min = min(Yd_min, Ymin)\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 2 name \"Yw\" nooutput\nYmax = Yw_max\nYmin = Yw_min\nstats ifnamew using 3 name \"Yw\" nooutput\nYmax = max(Yw_max, Ymax)\nYmin = min(Yw_min, Ymin)\nstats ifnamew using 4 name \"Yw\" nooutput\nYmax = max(Yw_max, Ymax)\nYmin = min(Yw_min, Ymin)\nstats ifnamew using 5 name \"Yw\" nooutput\nYmax = max(Yw_max, Ymax)\nYmin = min(Yw_min, Ymin)\nstats ifnamew using 6 name \"Yw\" nooutput\nYw_max = max(Yw_max, Ymax)\nYw_min = min(Yw_min, Ymin)\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Disk Temperatures \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2 title \"SDD [degC]\" with lines lw 0.1 fc rgb \"black\" \\\n ,'' using ($1+utc_offset):3 title \"disk.1\" with lines lw 0.1 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):4 title \".2\" with lines lw 0.1 fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):5 title \".3\" with lines lw 0.1 fc rgb \"#ff00ff\" \\\n ,'' using ($1+utc_offset):6 title \".4\" with lines lw 0.1 fc \"blue\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2 with lines lw 0.1 fc rgb \"black\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):4 with lines lw 0.1 fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):5 with lines lw 0.1 fc rgb \"#ff00ff\" \\\n ,'' using ($1+utc_offset):6 with lines lw 0.1 fc \"blue\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with lines lw 0.1 fc rgb \"black\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):4 with lines lw 0.1 fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):5 with lines lw 0.1 fc rgb \"#ff00ff\" \\\n ,'' using ($1+utc_offset):6 with lines lw 0.1 fc \"blue\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of HD temperatures\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql19h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql19d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql19w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day19.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\nYmax = Yh_max\nYmin = Yh_min\nstats ifnameh using 3 name \"Yh\" nooutput\nYmax = max(Yh_max, Ymax)\nYmin = min(Yh_min, Ymin)\nstats ifnameh using 4 name \"Yh\" nooutput\nYmax = max(Yh_max, Ymax)\nYmin = min(Yh_min, Ymin)\nstats ifnameh using 5 name \"Yh\" nooutput\nYmax = max(Yh_max, Ymax)\nYmin = min(Yh_min, Ymin)\nstats ifnameh using 6 name \"Yh\" nooutput\nYh_max = max(Yh_max, Ymax)\nYh_min = min(Yh_min, Ymin)\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 2 name \"Yd\" nooutput\nYmax = Yd_max\nYmin = Yd_min\nstats ifnamed using 3 name \"Yd\" nooutput\nYmax = max(Yd_max, Ymax)\nYmin = min(Yd_min, Ymin)\nstats ifnamed using 4 name \"Yd\" nooutput\nYmax = max(Yd_max, Ymax)\nYmin = min(Yd_min, Ymin)\nstats ifnamed using 5 name \"Yd\" nooutput\nYmax = max(Yd_max, Ymax)\nYmin = min(Yd_min, Ymin)\nstats ifnamed using 6 name \"Yd\" nooutput\nYd_max = max(Yd_max, Ymax)\nYd_min = min(Yd_min, Ymin)\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 2 name \"Yw\" nooutput\nYmax = Yw_max\nYmin = Yw_min\nstats ifnamew using 3 name \"Yw\" nooutput\nYmax = max(Yw_max, Ymax)\nYmin = min(Yw_min, Ymin)\nstats ifnamew using 4 name \"Yw\" nooutput\nYmax = max(Yw_max, Ymax)\nYmin = min(Yw_min, Ymin)\nstats ifnamew using 5 name \"Yw\" nooutput\nYmax = max(Yw_max, Ymax)\nYmin = min(Yw_min, Ymin)\nstats ifnamew using 6 name \"Yw\" nooutput\nYw_max = max(Yw_max, Ymax)\nYw_min = min(Yw_min, Ymin)\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Disk Temperatures \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):2 title \"SDD [degC]\" with lines lw 0.1 fc rgb \"black\" \\\n ,'' using ($1+utc_offset):3 title \"disk.1\" with lines lw 0.1 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):4 title \".2\" with lines lw 0.1 fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):5 title \".3\" with lines lw 0.1 fc rgb \"#ff00ff\" \\\n ,'' using ($1+utc_offset):6 title \".4\" with lines lw 0.1 fc \"blue\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):2 with lines lw 0.1 fc rgb \"black\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):4 with lines lw 0.1 fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):5 with lines lw 0.1 fc rgb \"#ff00ff\" \\\n ,'' using ($1+utc_offset):6 with lines lw 0.1 fc \"blue\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with lines lw 0.1 fc rgb \"black\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):4 with lines lw 0.1 fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):5 with lines lw 0.1 fc rgb \"#ff00ff\" \\\n ,'' using ($1+utc_offset):6 with lines lw 0.1 fc \"blue\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c7c47d0b38d386d57d97c93b83dffc686be97190","subject":"correcting the display of the key","message":"correcting the display of the key\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql12w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\nset multiplot layout 1, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):($10+$11+$12+$13) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):($10+$11+$12+$13) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql12w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\nset multiplot layout 1, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key inside top left box opaque\nset key samplen 1\nset key reverse horizontal Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):($10+$11+$12+$13) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):($10+$11+$12+$13) fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7890b503b58646a5bc3dabc5cd80d81fe7d6c6c3","subject":"prevent lower graph reversing","message":"prevent lower graph reversing\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,480 # we don't use \"truecolor\" here for better lines\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n# yearly data is queried in 1 week intervals (604 800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSy = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\nspeedy(x) = x * BPSy\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(speedd(Yd_max), speedh(Yh_max)), speedw(Yw_max))\nYmin = 1024\n#Ystd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\n#Ymean = max(max(Yd_mean, Yh_mean), Yw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using 3 name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using 3 name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using 3 name \"Ybw\" nooutput\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ : ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\n#set bmargin 0\nset tmargin at screen TTPOS\nset bmargin at screen TTPOS - 0.2\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n# ***************************************************************** X-axis *****\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ : ] reverse\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n\n#set tmargin 0\n#unset bmargin\nset tmargin at screen TTPOS - 0.2\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ] noreverse\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin at screen BTPOS\nset bmargin at screen BTPOS - 0.2\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(speedd(Ybd_max), speedh(Ybh_max)), speedw(Ybw_max))\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\n#Ystd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\n#Ymean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin at screen BTPOS - 0.2\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,480 # we don't use \"truecolor\" here for better lines\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n# yearly data is queried in 1 week intervals (604 800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSy = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\nspeedy(x) = x * BPSy\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(speedd(Yd_max), speedh(Yh_max)), speedw(Yw_max))\nYmin = 1024\n#Ystd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\n#Ymean = max(max(Yd_mean, Yh_mean), Yw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using 3 name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using 3 name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using 3 name \"Ybw\" nooutput\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ : ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\n#set bmargin 0\nset tmargin at screen TTPOS\nset bmargin at screen TTPOS - 0.2\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n# ***************************************************************** X-axis *****\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ : ] reverse\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n\n#set tmargin 0\n#unset bmargin\nset tmargin at screen TTPOS - 0.2\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin at screen BTPOS\nset bmargin at screen BTPOS - 0.2\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(speedd(Ybd_max), speedh(Ybh_max)), speedw(Ybw_max))\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\n#Ystd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\n#Ymean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin at screen BTPOS - 0.2\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"82d1acb503919c55ab736f90441503ed17776ef4","subject":"scaling adjusted","message":"scaling adjusted\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nBPS = 8. \/ (60. * 3.)\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($3)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($3)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($3)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * BPS\nYmin = 1024 * BPS\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 4 * BPS\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($2)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($2)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($2)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($3) * BPS) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * BPS\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * BPS\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 4 * BPS\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($2) * BPS) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($2) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nBPS = 8. \/ (60. * 3.)\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($3)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($3)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($3)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * BPS\nYmin = 1024 * BPS\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($2)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($2)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($2)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($3) * BPS) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($3) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * BPS\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * BPS\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(delta($2) * BPS) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(delta($2) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"fdaac9e23e71cc9713536a94bbd1ddd7a989e91d","subject":"Fix bug where we printed the month number instead of the day number *blush*","message":"Fix bug where we printed the month number instead of the day number *blush*\n\n\ngit-svn-id: 0ff597fd157e6f4fc38580e8d64ab130330d2411@7980 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"dslab-epfl\/asap,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,apple\/swift-llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,llvm-mirror\/llvm,dslab-epfl\/asap,apple\/swift-llvm,chubbymaggie\/asap,apple\/swift-llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,llvm-mirror\/llvm,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,apple\/swift-llvm,llvm-mirror\/llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap,GPUOpen-Drivers\/llvm,GPUOpen-Drivers\/llvm,llvm-mirror\/llvm,apple\/swift-llvm,chubbymaggie\/asap,llvm-mirror\/llvm,llvm-mirror\/llvm,chubbymaggie\/asap,apple\/swift-llvm,chubbymaggie\/asap,GPUOpen-Drivers\/llvm,apple\/swift-llvm,chubbymaggie\/asap,chubbymaggie\/asap,apple\/swift-llvm,GPUOpen-Drivers\/llvm,dslab-epfl\/asap","old_file":"utils\/NightlyTest.gnuplot","new_file":"utils\/NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \"TimesRoman,24\"\nset ylabel \"Lines of Code\" \"TimesRoman,24\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Removed\\ndummy\\nfunction\" at \"2003-07-30:\", 150000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \"TimesRoman,24\"\nset ylabel \"Lines of Code\" \"TimesRoman,24\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %m, %Y\"\n\n## Various labels for the graph\nset label \"Removed\\ndummy\\nfunction\" at \"2003-07-30:\", 150000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"2425f1faf24f6f0f5f4ce96f5ce2eab2c03b65c7","subject":"update the script","message":"update the script\n","repos":"nushio3\/UFCORIN,nushio3\/UFCORIN,nushio3\/UFCORIN,nushio3\/UFCORIN,nushio3\/UFCORIN","old_file":"script\/plot-prediction-demo-figure.gnu","new_file":"script\/plot-prediction-demo-figure.gnu","new_contents":"set term postscript enhanced color 25\nset out 'demo.eps'\nset grid\n# set xrange [10000:12000]\n#\n set xrange [3850:4050]\n#set xrange [4850:5050]\n#set xrange [0:17544]\n#set xtics 0,2400\n\n# f(-5.2) -> -4\n# f(-5.45) -> -5\n# f(-5.8) -> -6\n\nxthre= -5.2\nmthre= -5.45\ncthre= -5.8\n\n#f(x) = x>mthre? (x-mthre)\/(xthre-mthre)-5 : -(x-mthre)\/(cthre-mthre)-5\nf(x)=x\n\nset yrange [-7.5:-2.5]\nset xlabel 'hours since 2011\/01\/01 00:00'\nset ylabel 'Solar X-ray flux [W m^{-2}]'\nset format y '10^{%1.0l}'\nset ytics -7,1\nplot \\\n '.\/forecast-features\/forecast-goes-0.txt' u 2:(log($5)\/log(10)) w l lw 4 lt 1 lc rgb 'green' t 'observation', \\\n '.\/forecast-features\/forecast-goes-24.txt' u 2:(log($5)\/log(10)) w l lw 4 lt 1 lc rgb 'blue' t '24h future max' ,\\\n '.\/survey3\/haarC-2-S-0016-0032-0001-0001-regres.txt' u 1:(f($2)) w p pt 6 ps 1 lc rgb 'red' t 'prediction'\n","old_contents":"set term postscript enhanced color 25\nset out 'demo.eps'\nset grid\n# set xrange [10000:12000]\n#\nset xrange [3500:4500]\n# set xrange [0:17544]\n# set xtics 0,5000\n\n\nset yrange [-7.5:-2.5]\nset xlabel 'hours since 2011\/01\/01 00:00'\nset ylabel 'Solar X-ray flux [W m^{-2}]'\nset format y '10^{%1.0l}'\nset ytics -7,1\nplot \\\n '.\/forecast-features\/forecast-goes-0.txt' u 2:(log($5)\/log(10)) w l lt 1 lc rgb 'green' lw 2 t 'observation', \\\n '.\/forecast-features\/forecast-goes-24.txt' u 2:(log($5)\/log(10)) w l lt 1 lc rgb 'blue' lw 2 t '24h forecast', \\\n '.\/survey3\/haarC-2-S-0016-0032-0001-0001-regres.txt' w p pt 6 lc rgb 'red' t 'prediction'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"928c68b67e916ddbe1a18cd6339c04104aa76906","subject":"Improve plotter","message":"Improve plotter\n","repos":"nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura","old_file":"attic\/xeon\/plot-saya-bench.gnu","new_file":"attic\/xeon\/plot-saya-bench.gnu","new_contents":"#!\/usr\/bin\/env gnuplot\nset term postscript enhanced color 20\n\nset log xy\nse gri\nset xlabel \"mini-region memory footprint(MB)\"\nset ylabel \"load bandwidth (GB\/s)\"\nset arrow from 40,10 to 40,1000 nohead lc 2\nset arrow from 4,10 to 4,1000 nohead lc 2\nset arrow from 0.5,10 to 0.5,1000 nohead lc 2\nset label 4 at first 100,12 \"Memory\"\nset label 3 at first 10,12 \"L3\"\nset label 2 at first 1,12 \"L2\"\nset label 1 at first 0.1,12 \"L1\"\nset yrange[10:1000]\nset out \"benchmark-saya-saya.eps\"\nplot 'benchmark-saya-saya.txt' u (8*4*$2*$3*$4\/2**20):($16) t \"\"\nset out \"benchmark-saya-bara.eps\"\nplot 'benchmark-saya-bara.txt' u (8*2*$1*$2*$3*$4\/2**20):($13) t \"\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\nset term postscript enhanced color 20\n\nset log xy\nse gri\nset out \"benchmark-saya-saya.eps\"\nset xlabel \"mini-region memory footprint(MB)\"\nset ylabel \"load bandwidth (GB\/s)\"\nset arrow from 40,10 to 40,1000 nohead lc 2\nset arrow from 4,10 to 4,1000 nohead lc 2\nset arrow from 0.5,10 to 0.5,1000 nohead lc 2\nset label 4 at first 100,12 \"Memory\"\nset label 3 at first 10,12 \"L3\"\nset label 2 at first 1,12 \"L2\"\nset label 1 at first 0.1,12 \"L1\"\nset yrange[10:1000]\nplot 'benchmark-saya-saya.txt' u (8*4*$2*$3*$4\/2**20):($16) t \"\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"1a058cf538eca3de54b861448dcb9c15f222135c","subject":"L-M-R","message":"L-M-R\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnamel = \"\/tmp\/kamstrupd\/mysql\/kamyr.csv\"\nifnamem = \"\/tmp\/kamstrupd\/mysql\/kammr.csv\"\nifnamer = \"\/tmp\/kamstrupd\/mysql\/kamwr.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamel using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamel using (delta($3)) name \"Yl1\" nooutput\n#old_x = NaN\n#stats ifnamel using (delta($4)) name \"Yl2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamem using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamem using (delta($3)) name \"Ym1\" nooutput\n#old_x = NaN\n#stats ifnamem using (delta($4)) name \"Ym2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamer using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\n#stats ifnamer using (delta($3)) name \"Yr1\" nooutput\n#old_x = NaN\n#stats ifnamer using (delta($4)) name \"Yr2\" nooutput\n#old_x = NaN\n\nYmax = 10\nYmin = 0\n\nset multiplot layout 1, 3 title \"Historisch verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past year\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past year\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%m-%y\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamel \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past month\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past month\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamem \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamer \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnamel = \"\/tmp\/kamstrupd\/mysql\/kamyr.csv\"\nifnamem = \"\/tmp\/kamstrupd\/mysql\/kammr.csv\"\nifnamer = \"\/tmp\/kamstrupd\/mysql\/kamwr.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamel using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamel using (delta($3)) name \"Yl1\" nooutput\n#old_x = NaN\n#stats ifnamel using (delta($4)) name \"Yl2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamem using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamem using (delta($3)) name \"Ym1\" nooutput\n#old_x = NaN\n#stats ifnamem using (delta($4)) name \"Ym2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamer using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\n#stats ifnamer using (delta($3)) name \"Yr1\" nooutput\n#old_x = NaN\n#stats ifnamer using (delta($4)) name \"Yr2\" nooutput\n#old_x = NaN\n\nYmax = 10\nYmin = 0\n\nset multiplot layout 1, 3 title \"Historisch verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past year\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past year\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamer \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past month\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past month\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamem \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamel \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ce2e26fb67fc1dd0b8301776ff120c5c4da8f0b1","subject":"Plot: Fix units","message":"Plot: Fix units\n\nOutput is in milliseconds, and milliseconds \/ 1e6 is nanoseconds\n","repos":"lorenzhs\/ssssort","old_file":"speed.plot","new_file":"speed.plot","new_contents":"# IMPORT-DATA stats stats.txt\n\nset terminal pdf size 28cm,18cm linewidth 2.0\nset output \"speed.pdf\"\n\nset pointsize 0.7\nset style line 6 lc rgb \"#f0b000\"\nset style line 15 lc rgb \"#f0b000\"\nset style line 24 lc rgb \"#f0b000\"\nset style line 33 lc rgb \"#f0b000\"\nset style line 42 lc rgb \"#f0b000\"\nset style line 51 lc rgb \"#f0b000\"\nset style line 60 lc rgb \"#f0b000\"\nset style increment user\n\nset grid xtics ytics\n\nset key top left\n\nset xlabel 'Item Count [log_2(n)]'\nset ylabel 'Run Time per Item [Nanoseconds \/ Item]'\n\n\nset title 'Super Scalar Sample Sort Test: Random'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"random\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 0 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 1 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 80% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"80pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"90pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 99.9% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99.9pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted + 10% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail90\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted + 1% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail99\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"sorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: Reverse Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"reverse\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n","old_contents":"# IMPORT-DATA stats stats.txt\n\nset terminal pdf size 28cm,18cm linewidth 2.0\nset output \"speed.pdf\"\n\nset pointsize 0.7\nset style line 6 lc rgb \"#f0b000\"\nset style line 15 lc rgb \"#f0b000\"\nset style line 24 lc rgb \"#f0b000\"\nset style line 33 lc rgb \"#f0b000\"\nset style line 42 lc rgb \"#f0b000\"\nset style line 51 lc rgb \"#f0b000\"\nset style line 60 lc rgb \"#f0b000\"\nset style increment user\n\nset grid xtics ytics\n\nset key top left\n\nset xlabel 'Item Count [log_2(n)]'\nset ylabel 'Run Time per Item [Microseconds \/ Item]'\n\n\nset title 'Super Scalar Sample Sort Test: Random'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"random\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 0 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 1 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 80% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"80pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"90pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 99.9% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99.9pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted + 10% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail90\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted + 1% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail99\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"sorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: Reverse Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"reverse\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"17b75ecd3847491d0f853aa44dd3e6309f8fff3f","subject":"also showing p5","message":"also showing p5\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph15.gp","new_file":"graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of count of loglines\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9)) title \"p5\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7+$8)) title \"p4\" fc \"gold\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7)) title \"p3\" fc \"orange\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6)) title \"p2\" fc \"red\" \\\n ,'' using ($2+utc_offset):(delta($4+$5)) title \"p1\" fc \"blue\" \\\n ,'' using ($2+utc_offset):(delta($4)) title \"p0\" fc \"black\" \\\n # using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"p0\" fc \"black\"\\\n #,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"p1\" fc \"blue\"\\\n #,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"p2\" fc \"red\"\\\n #,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"p3\" fc \"orange\"\\\n #,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"p4\" fc \"gold\"\\\n #,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"p5\" fc \"yellow\"\\\n #,'' using ($2+utc_offset):(delta($10+$11)) title \"p6\" fc \"green\" \\\n #,'' using ($2+utc_offset):(delta($11)) title \"p7\" fc \"grey\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of count of loglines\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8)) title \"p4\" fc \"gold\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6+$7)) title \"p3\" fc \"orange\" \\\n ,'' using ($2+utc_offset):(delta($4+$5+$6)) title \"p2\" fc \"red\" \\\n ,'' using ($2+utc_offset):(delta($4+$5)) title \"p1\" fc \"blue\" \\\n ,'' using ($2+utc_offset):(delta($4)) title \"p0\" fc \"black\" \\\n # using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"p0\" fc \"black\"\\\n #,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"p1\" fc \"blue\"\\\n #,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"p2\" fc \"red\"\\\n #,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"p3\" fc \"orange\"\\\n #,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"p4\" fc \"gold\"\\\n #,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"p5\" fc \"yellow\"\\\n #,'' using ($2+utc_offset):(delta($10+$11)) title \"p6\" fc \"green\" \\\n #,'' using ($2+utc_offset):(delta($11)) title \"p7\" fc \"grey\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"06770dc8fc836ffa0b54d3edbebe42696c1d2b5e","subject":"20160110T1640","message":"20160110T1640\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pointtype 5\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pointtype 5\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [T2_min+utc_offset:T2_max+utc_offset]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot fname using ($2+utc_offset):4 title \"Temperature [degC]\" with points pointtype 5\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pointtype 5\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a87be9d7a509b08954bd10c508e77e52e93b9e66","subject":"update","message":"update\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph12.gp","new_file":"graphs\/graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\n\nplot ifnamew \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($3+$4+$5+$6) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4+$5) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):3 fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset style fill transparent solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\n\nplot ifnamew \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):5 fc rgb \"#bb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"white\" axes x1y2 \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($3+$4+$5+$6) fc rgb \"#229922\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4+$5) fc \"blue\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):($3+$4) fc \"yellow\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):3 fc rgb \"#ccbb0000\" fs solid 1.0 \\\n ,'' using ($1+utc_offset):2 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f3356c86efdb24f27dd06484d693879c1d0c37f0","subject":"Revert \"Fixed upper bound shown for the largest bin of the \"binned problem size\" diagram.\"","message":"Revert \"Fixed upper bound shown for the largest bin of the \"binned problem size\" diagram.\"\n\nThis reverts commit 3b4a9cb987848006e7b47b3c19c88fc7fd55926e.\n","repos":"hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance Distribution (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=9 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth Consumption\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK^{1\/3})\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.2\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 <= MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance Distribution (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=9 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth Consumption\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK^{1\/3})\"\nset yrange [0:*]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.2\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"68973a16d3c4306455854d71000ae703fb057c34","subject":"linewidth 0.1","message":"linewidth 0.1\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with lines ls 0.1 fc \"black\" axes x1y2\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c4cecd2766103669d1a86cb9ac18420d091839f7","subject":"gnuplot script for non-linearity","message":"gnuplot script for non-linearity\n","repos":"sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher","old_file":"oceanoptics\/get\/calibration_scripts\/NL_plot.gnu","new_file":"oceanoptics\/get\/calibration_scripts\/NL_plot.gnu","new_contents":"#!\/usr\/bin\/gnuplot\n\n# plot \"data.dat\" using 1:2:3 with errorbars, \"data.dat\" using 1:4:5 with errorbars, \"data.dat\" using 1:6:7 with errorbars, \"data.dat\" using 1:8:9 with errorbars\n\nset term eps enhanced size 12,6\nset output \"plot.eps\"\n\nset title \"Non-linearity of CCD\"\n\nset xlabel \"Integration Time (ms)\"\nset ylabel \"Intensity (A. U.)\"\n\n# arrays are 1-indexed\narray wv[4] = [ 730.0, 674.06, 666.05, 741.90 ]\n\nplot for [c=1:4] 'data.dat' using 1:c*2:c*2+1 with errorbars title sprintf(\"Wavelength = %d nm\", wv[c])\n","old_contents":"#!\/usr\/bin\/gnuplot\n\nplot \"data.dat\" using 1:2:3 with errorbars, \"data.dat\" using 1:4:5 with errorbars, \"data.dat\" using 1:6:7 with errorbars, \"data.dat\" using 1:8:9 with errorbars\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"dc4b299b0200438f9c8b8461a4d3ae71672f5322","subject":"higher plot contrast","message":"higher plot contrast\n","repos":"lucasgautheron\/WeakRates,lucasgautheron\/WeakRates,lucasgautheron\/WeakRates,lucasgautheron\/WeakRates","old_file":"plots\/masses\/plot.gnuplot","new_file":"plots\/masses\/plot.gnuplot","new_contents":"set terminal epslatex color\nset output 'plot.tex'\n\nset xlabel '$A$'\nset ylabel '$Z$'\n\nset pm3d map\nset palette rgb 33,13,10\n\nset zrange [0:9]\n\nsplot '..\/..\/output\/compare_qvalues.res' u 1:2:(($3-$4)\/$1) t 'B\/A [MeV]'\nset output\n","old_contents":"set terminal epslatex color\nset output 'plot.tex'\n\nset xlabel '$A$'\nset ylabel '$Z$'\n\nset pm3d map\nset palette rgb 33,13,10\n\nsplot '..\/..\/output\/compare_qvalues.res' u 1:2:(($3-$4)\/$1) t 'B\/A [MeV]'\nset output\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"722755ee1a641880b58c7b8f4b5743a8b6e7b856","subject":"Rename test","message":"Rename test\n","repos":"khueue\/prolog-bson","old_file":"src\/bson.plt","new_file":"src\/bson.plt","new_contents":":- include(bson(include\/common)).\n\n:- begin_tests('bson:docs_bytes\/2').\n\ntest('no docs', [true(Got == Expected)]) :-\n Expected = [],\n Bytes = [],\n bson:docs_bytes(Expected, Bytes),\n bson:docs_bytes(Got, Bytes).\n\ntest('several complex docs back-and-forth', [true(Got == Expected)]) :-\n Doc =\n [\n k01 - -5.05,\n k02 - \u00e5\u00e4\u00f6_string, % Atoms only (no code lists).\n k03 - [],\n k04 - [k1-v1, k2-v2],\n k05 - [v1,v2,v3],\n k06 - binary(generic,[1,2,3]),\n k07 - binary(function,[1,2,3]),\n k08 - binary(old_generic,[1,2,3]),\n k09 - binary(uuid_old,[1,2,3]),\n k10 - binary(uuid,[1,2,3]),\n k11 - binary(md5,[1,2,3]),\n k12 - binary(user_defined,[1,2,3]),\n k13 - +undefined,\n k14 - object_id('47cc67093475061e3d95369d'),\n k15 - +false,\n k16 - +true,\n k17 - utc(1302354660284),\n k18 - +null,\n k19 - regex('pattern','options'),\n k20 - db_pointer('string','47cc67093475061e3d95369d'),\n k21 - js('code'),\n k22 - symbol(\u00e5\u00e4\u00f6_string), % Just like atoms.\n k23 - js('code',[mappings-doc]),\n k24 - 32,\n k25 - mongostamp(0),\n k26 - 9223372036854775807,\n k27 - +min,\n k28 - +max\n ],\n Expected =\n [\n Doc,\n Doc\n ],\n bson:docs_bytes(Expected, Bytes),\n bson:docs_bytes(Got, Bytes).\n\n:- end_tests('bson:docs_bytes\/2').\n\n:- begin_tests('bson:doc_bytes\/2').\n\ntest('nonvar, nonvar') :-\n Doc =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Bytes).\n\ntest('nonvar, var', [true(Got == Expected)]) :-\n Doc =\n [\n hello - 256\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Got).\n\ntest('var, nonvar', [true(Got == Expected)]) :-\n Expected =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Got, Bytes).\n\ntest('var, var', [throws(bson_error(_Description, _EnvList))]) :-\n bson:doc_bytes(_, _).\n\ntest('complex doc back-and-forth', [true(Got == Expected)]) :-\n Expected =\n [\n k01 - -5.05,\n k02 - \u00e5\u00e4\u00f6_string, % Atoms only (no code lists).\n k03 - [],\n k04 - [k1-v1, k2-v2],\n k05 - [v1,v2,v3],\n k06 - binary(generic,[1,2,3]),\n k07 - binary(function,[1,2,3]),\n k08 - binary(old_generic,[1,2,3]),\n k09 - binary(uuid_old,[1,2,3]),\n k10 - binary(uuid,[1,2,3]),\n k11 - binary(md5,[1,2,3]),\n k12 - binary(user_defined,[1,2,3]),\n k13 - +undefined,\n k14 - object_id('47cc67093475061e3d95369d'),\n k15 - +false,\n k16 - +true,\n k17 - utc(1302354660284),\n k18 - +null,\n k19 - regex('pattern','options'),\n k20 - db_pointer('string','47cc67093475061e3d95369d'),\n k21 - js('code'),\n k22 - symbol(\u00e5\u00e4\u00f6_string), % Just like atoms.\n k23 - js('code',[mappings-doc]),\n k24 - 32,\n k25 - mongostamp(0),\n k26 - 9223372036854775807,\n k27 - +min,\n k28 - +max\n ],\n bson:doc_bytes(Expected, Bytes),\n bson:doc_bytes(Got, Bytes).\n\n:- end_tests('bson:doc_bytes\/2').\n","old_contents":":- include(bson(include\/common)).\n\n:- begin_tests('bson:docs_bytes\/2').\n\ntest('no docs', [true(Got == Expected)]) :-\n Expected = [],\n Bytes = [],\n bson:docs_bytes(Expected, Bytes),\n bson:docs_bytes(Got, Bytes).\n\ntest('complex doc back-and-forth', [true(Got == Expected)]) :-\n Doc =\n [\n k01 - -5.05,\n k02 - \u00e5\u00e4\u00f6_string, % Atoms only (no code lists).\n k03 - [],\n k04 - [k1-v1, k2-v2],\n k05 - [v1,v2,v3],\n k06 - binary(generic,[1,2,3]),\n k07 - binary(function,[1,2,3]),\n k08 - binary(old_generic,[1,2,3]),\n k09 - binary(uuid_old,[1,2,3]),\n k10 - binary(uuid,[1,2,3]),\n k11 - binary(md5,[1,2,3]),\n k12 - binary(user_defined,[1,2,3]),\n k13 - +undefined,\n k14 - object_id('47cc67093475061e3d95369d'),\n k15 - +false,\n k16 - +true,\n k17 - utc(1302354660284),\n k18 - +null,\n k19 - regex('pattern','options'),\n k20 - db_pointer('string','47cc67093475061e3d95369d'),\n k21 - js('code'),\n k22 - symbol(\u00e5\u00e4\u00f6_string), % Just like atoms.\n k23 - js('code',[mappings-doc]),\n k24 - 32,\n k25 - mongostamp(0),\n k26 - 9223372036854775807,\n k27 - +min,\n k28 - +max\n ],\n Expected =\n [\n Doc,\n Doc\n ],\n bson:docs_bytes(Expected, Bytes),\n bson:docs_bytes(Got, Bytes).\n\n:- end_tests('bson:docs_bytes\/2').\n\n:- begin_tests('bson:doc_bytes\/2').\n\ntest('nonvar, nonvar') :-\n Doc =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Bytes).\n\ntest('nonvar, var', [true(Got == Expected)]) :-\n Doc =\n [\n hello - 256\n ],\n Expected =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Doc, Got).\n\ntest('var, nonvar', [true(Got == Expected)]) :-\n Expected =\n [\n hello - 256\n ],\n Bytes =\n [\n 16,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,1,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n bson:doc_bytes(Got, Bytes).\n\ntest('var, var', [throws(bson_error(_Description, _EnvList))]) :-\n bson:doc_bytes(_, _).\n\ntest('complex doc back-and-forth', [true(Got == Expected)]) :-\n Expected =\n [\n k01 - -5.05,\n k02 - \u00e5\u00e4\u00f6_string, % Atoms only (no code lists).\n k03 - [],\n k04 - [k1-v1, k2-v2],\n k05 - [v1,v2,v3],\n k06 - binary(generic,[1,2,3]),\n k07 - binary(function,[1,2,3]),\n k08 - binary(old_generic,[1,2,3]),\n k09 - binary(uuid_old,[1,2,3]),\n k10 - binary(uuid,[1,2,3]),\n k11 - binary(md5,[1,2,3]),\n k12 - binary(user_defined,[1,2,3]),\n k13 - +undefined,\n k14 - object_id('47cc67093475061e3d95369d'),\n k15 - +false,\n k16 - +true,\n k17 - utc(1302354660284),\n k18 - +null,\n k19 - regex('pattern','options'),\n k20 - db_pointer('string','47cc67093475061e3d95369d'),\n k21 - js('code'),\n k22 - symbol(\u00e5\u00e4\u00f6_string), % Just like atoms.\n k23 - js('code',[mappings-doc]),\n k24 - 32,\n k25 - mongostamp(0),\n k26 - 9223372036854775807,\n k27 - +min,\n k28 - +max\n ],\n bson:doc_bytes(Expected, Bytes),\n bson:doc_bytes(Got, Bytes).\n\n:- end_tests('bson:doc_bytes\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"44a1d355ee0b39964b00dfb3855d7d16fb75bec0","subject":"updating tracing gnuplot script ","message":"updating tracing gnuplot script \n\n","repos":"dededong\/goblin-core,dededong\/goblin-core,HackLinux\/goblin-core,dededong\/goblin-core,dededong\/goblin-core,dededong\/goblin-core,HackLinux\/goblin-core,HackLinux\/goblin-core,dededong\/goblin-core,dededong\/goblin-core,HackLinux\/goblin-core,HackLinux\/goblin-core,HackLinux\/goblin-core,HackLinux\/goblin-core,dededong\/goblin-core,dededong\/goblin-core,HackLinux\/goblin-core,dededong\/goblin-core,dededong\/goblin-core,HackLinux\/goblin-core,HackLinux\/goblin-core,dededong\/goblin-core,HackLinux\/goblin-core,HackLinux\/goblin-core","old_file":"sim\/hmc_sim\/gnuplot\/alltrace.gnuplot","new_file":"sim\/hmc_sim\/gnuplot\/alltrace.gnuplot","new_contents":"#-- alltrace.gnuplot\n\nset title \"HMC-SIM\" \nset xlabel \"Clock Tick\" \nset ylabel \"Count\" \n#set ytics \"10\"\nset term png\nset output \"1024.png\"\n\nplot \"bank_conflict.out\" title \"Bank Conflicts\" with linespoints,\\\n \"xbar_latency.out\" title \"XBAR Latency\" with linespoints,\\\n \"xbar_rqst_stall.out\" title \"XBAR Request Stall\" with linespoints,\\\n \"rd64.out\" title \"RD64 CMD\" with linespoints,\\\n \"wr64.out\" title \"WR64 CMD\" with linespoints\n","old_contents":"#-- alltrace.gnuplot\n\nset title \"HMC-SIM\" \nset xlabel \"Clock Tick\" \nset ylabel \"Count\" \nset ytics \"10\"\nset term png\nset output \"1024.png\"\n\nplot \"bank_conflict.out\" title \"Bank Conflicts\" with linespoints,\\\n \"xbar_latency.out\" title \"XBAR Latency\" with linespoints,\\\n \"xbar_rqst_stall.out\" title \"XBAR Request Stall\" with linespoints,\\\n \"rd64.out\" title \"RD64 CMD\" with linespoints,\\\n \"wr64.out\" title \"WR64 CMD\" with linespoints\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"57486a27253276f50f3677b06fda8b3b5e343b4e","subject":"Add plot for % time spent with GPU","message":"Add plot for % time spent with GPU\n","repos":"LourensVeen\/gromacs-bench,LourensVeen\/gromacs-bench","old_file":"make_plots.gnuplot","new_file":"make_plots.gnuplot","new_contents":"set terminal png font 'Arial, 24' size 1600,900 background rgb \"#ffffff\"\n\nset style line 100 lt -1 lw 2 lc rgb '#000000'\n\nset border 3 front ls 100\n\nset datafile separator ','\n\nset grid back lw 2 x y\nset xrange [0:24]\nset x2range [0:768]\nset yrange [0:210]\nset xtics nomirror 4\nset x2tics nomirror 128\nset ytics nomirror 30\n\n\n####################################\n\nset output 'laptop_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on a cluster node'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\nset yrange [0:30]\nset ytics 5\nset ylabel 'Simulation speed (ns\/day)'\n\nset boxwidth 0.5\nset style fill solid\n\nbarcolor(x) = (x == 0) ? (65536 * 64 + 128) : (256 * 174 + 239)\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) every ::0::1 with boxes lc rgb variable notitle\n\n####################################\n\nset output 'cpus.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs'\nset xlabel 'Cluster nodes'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\nset ylabel 'Simulation speed (ns\/day)'\nset ytics nomirror 30\nset yrange [0:210]\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:3 with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_timespent.png'\n\nset yrange [0:100]\nset ytics 25\nset ylabel '% Time spent'\nset key inside left center invert opaque\n\nplot \\\n\t'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9 with filledcurves above x1 title 'Decomposition' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9:($9+$10) with filledcurves title 'Comm.Coord.' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10):($9+$10+$11) with filledcurves title 'Calc. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11):($9+$10+$11+$12) with filledcurves title 'Comm. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11+$12):($9+$10+$11+$12+$14) with filledcurves title 'Constraints'\n\n\n\n####################################\n\nset output 'cpus_corehours.png'\n\nset key off autotitle columnheader\nset title 'Core hours for 1ns run'\nset ylabel 'Core hours'\nset autoscale y\nset ytics autofreq\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($21 * 10 \/ 3600) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($16 * 10 \/ 3600) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 10 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_wallclock.png'\n\nset title 'Wallclock time for 1ns run'\nset ylabel 'Wallclock time (min)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($22 * 10 \/ 60) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($17 * 10 \/ 60) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3\n\n\n\n####################################\n\nset output 'cpus_ethernet.png'\n\nset key on inside right bottom autotitle columnheader box height 0.5\nset title 'Influence of network'\nset yrange [0:210]\nset ytics nomirror 30\nset ylabel 'Simulation speed (ns\/day)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Infiniband' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Ethernet' lc rgb '#ef6e00' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'gpu_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many GPUs'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\n\nset boxwidth 0.5\nset style fill solid\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) with boxes lc rgb variable notitle\n\nset xtics nomirror 128\n\n\n####################################\n\nset output 'cpus_gpu.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs, with 1 GPU per node'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 1 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#009f00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#009f00' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'gpus_timespent.png'\n\nset yrange [0:100]\nset xrange [0:12]\nset xtics nomirror 2\nset x2label 'Threads'\nset x2range [0:384]\nset x2tics nomirror 64\nset ytics 25\nset ylabel '% Time spent'\nset key inside right top invert opaque\n\nplot \\\n\t'means_clean.csv' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9 with filledcurves above x1 title 'Decomposition' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9:($9+$10) with filledcurves title 'Comm.Coord.' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10):($9+$10+$11) with filledcurves title 'Calc. Force' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11):($9+$10+$11+$12) with filledcurves title 'Comm. Force' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11+$12):($9+$10+$11+$12+$13) with filledcurves title 'GPU Wait' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11+$12+$13):($9+$10+$11+$12+$14) with filledcurves title 'Constraints'\n\n\n\n####################################\n\nset output 'practice.png'\n\nset key on inside right bottom autotitle columnheader box height 0.5\nset title 'Gromacs on Cartesius vs. Lisa (approximately)'\nset yrange [0:210]\nset ytics nomirror 30\nset ylabel 'Simulation speed (ns\/day)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Cartesius CPU' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Lisa CPU' lc rgb '#ef6e00' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 2 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ae00ef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 2 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Cartesius GPU' lc rgb '#ae00ef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n","old_contents":"set terminal png font 'Arial, 24' size 1600,900 background rgb \"#ffffff\"\n\nset style line 100 lt -1 lw 2 lc rgb '#000000'\n\nset border 3 front ls 100\n\nset datafile separator ','\n\nset grid back lw 2 x y\nset xrange [0:24]\nset x2range [0:768]\nset yrange [0:210]\nset xtics nomirror 4\nset x2tics nomirror 128\nset ytics nomirror 30\n\n\n####################################\n\nset output 'laptop_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on a cluster node'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\nset yrange [0:30]\nset ytics 5\nset ylabel 'Simulation speed (ns\/day)'\n\nset boxwidth 0.5\nset style fill solid\n\nbarcolor(x) = (x == 0) ? (65536 * 64 + 128) : (256 * 174 + 239)\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) every ::0::1 with boxes lc rgb variable notitle\n\n####################################\n\nset output 'cpus.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs'\nset xlabel 'Cluster nodes'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\nset ylabel 'Simulation speed (ns\/day)'\nset ytics nomirror 30\nset yrange [0:210]\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:3 with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_timespent.png'\n\nset yrange [0:100]\nset ytics 25\nset ylabel '% Time spent'\nset key inside left center invert opaque\n\nplot \\\n\t'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9 with filledcurves above x1 title 'Decomposition' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9:($9+$10) with filledcurves title 'Comm.Coord.' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10):($9+$10+$11) with filledcurves title 'Calc. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11):($9+$10+$11+$12) with filledcurves title 'Comm. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11+$12):($9+$10+$11+$12+$14) with filledcurves title 'Constraints'\n\n\n\n####################################\n\nset output 'cpus_corehours.png'\n\nset key off autotitle columnheader\nset title 'Core hours for 1ns run'\nset ylabel 'Core hours'\nset autoscale y\nset ytics autofreq\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($21 * 10 \/ 3600) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($16 * 10 \/ 3600) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 10 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_wallclock.png'\n\nset title 'Wallclock time for 1ns run'\nset ylabel 'Wallclock time (min)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($22 * 10 \/ 60) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($17 * 10 \/ 60) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3\n\n\n\n####################################\n\nset output 'cpus_ethernet.png'\n\nset key on inside right bottom autotitle columnheader box height 0.5\nset title 'Influence of network'\nset yrange [0:210]\nset ytics nomirror 30\nset ylabel 'Simulation speed (ns\/day)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Infiniband' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Ethernet' lc rgb '#ef6e00' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'gpu_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many GPUs'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\n\nset boxwidth 0.5\nset style fill solid\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) with boxes lc rgb variable notitle\n\nset xtics nomirror 128\n\n\n####################################\n\nset output 'cpus_gpu.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs, with 1 GPU per node'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 1 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#009f00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#009f00' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'practice.png'\n\nset key on inside right bottom autotitle columnheader box height 0.5\nset title 'Gromacs on Cartesius vs. Lisa (approximately)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Cartesius CPU' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Lisa CPU' lc rgb '#ef6e00' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 2 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ae00ef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 2 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Cartesius GPU' lc rgb '#ae00ef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"ea07ebec7bbf311369e33834331ca9458fa6e773","subject":"Setup gnuplot to track distance and angle only","message":"Setup gnuplot to track distance and angle only\n\n\nFormer-commit-id: 5f3c36043f7c3f74ffb7c75bf3b76333f76a9f9f","repos":"valkyrierobotics\/vision2017,valkyrierobotics\/vision2017,valkyrierobotics\/vision2017","old_file":"utilities\/gnuplot_vision_data.plt","new_file":"utilities\/gnuplot_vision_data.plt","new_contents":"if (!exists(\"FILENAME\")) FILENAME='logs\/gnuplot.log'\n\n# Uses line number (uses DATA_NUM last lines in the data file (FILENAME)) as x axis\n# and all of the actual sensor values as the y axis.\n# plot for [i=1:PORT_NUM] '< tail -n '.DATA_NUM.' '.FILENAME using (column(i)) title 'Sensor '.i\n\nif (DIR != '') {\n system (\"rm -rf images\/gnuplot\/\".DIR)\n system (\"mkdir images\/gnuplot\/\".DIR)\n}\n\ntime_tick = 0\nwhile (1) {\n set xrange [0:DATA_NUM + 1]\n # Set the size ratio to be the same in all directions\n set size square\n # set style data linespoints\n set style line 1 lc rgb 'black' pt 3\n\n # Automatically update the last data point and replot\n if (DIR != '') {\n set term png size 1500,1500\n set grid\n set output sprintf('images\/gnuplot\/%s\/vision_data%05.0f.png', DIR, time_tick)\n time_tick = time_tick + 1;\n }\n set title 'Angular Displacement'\n set xlabel 'Time Tick'\n set ylabel 'Angle (deg)'\n set yrange [-80:80]\n plot '< tail -n'.DATA_NUM.' '.FILENAME using 0:2 title 'Phi' with linespoints pt 7, \\\n '' using 0:2:(sprintf(\"%.2f\",$2)) with labels nopoint offset char 0,1 font '6' notitle, \\\n # plot '< tail -n'.DATA_NUM.' '.FILENAME using 0:3 title 'Phi' with linespoints pt 7, \\\n # '' using 0:3:(sprintf(\"%.2f\",$3)) with labels nopoint offset char 0,1 font '6' notitle, \\\n # '< tail -n'.DATA_NUM.' '.FILENAME using 0:4 title 'Beta' with linespoints pt 7, \\\n # '' using 0:4:(sprintf(\"%.2f\",$4)) with labels nopoint offset char 0,1 font '6' notitle, \\\n '< tail -n'.DATA_NUM.' '.FILENAME using 0:5 title 'Theta' with linespoints pt 7, \\\n '' using 0:5:(sprintf(\"%.2f\",$5)) with labels nopoint offset char 0,1 font '6' notitle\n\n set term wxt 0 persist size 1500,1500\n set output\n replot\n}\n","old_contents":"if (!exists(\"FILENAME\")) FILENAME='logs\/gnuplot.log'\n\n# Uses line number (uses DATA_NUM last lines in the data file (FILENAME)) as x axis\n# and all of the actual sensor values as the y axis.\n# plot for [i=1:PORT_NUM] '< tail -n '.DATA_NUM.' '.FILENAME using (column(i)) title 'Sensor '.i\n\nif (DIR != '') {\n system (\"rm -rf images\/gnuplot\/\".DIR)\n system (\"mkdir images\/gnuplot\/\".DIR)\n}\n\ntime_tick = 0\nwhile (1) {\n set xrange [0:DATA_NUM + 1]\n # Set the size ratio to be the same in all directions\n set size square\n # set style data linespoints\n set style line 1 lc rgb 'black' pt 3\n\n # Automatically update the last data point and replot\n if (DIR != '') {\n set term png size 1500,1500\n set grid\n set output sprintf('images\/gnuplot\/%s\/vision_data%05.0f.png', DIR, time_tick)\n time_tick = time_tick + 1;\n }\n set title 'Angular Displacement'\n set xlabel 'Time Tick'\n set ylabel 'Angle (deg)'\n set yrange [-80:80]\n plot '< tail -n'.DATA_NUM.' '.FILENAME using 0:3 title 'Phi' with linespoints pt 7, \\\n '' using 0:3:(sprintf(\"%.2f\",$3)) with labels nopoint offset char 0,1 font '6' notitle, \\\n '< tail -n'.DATA_NUM.' '.FILENAME using 0:4 title 'Beta' with linespoints pt 7, \\\n '' using 0:4:(sprintf(\"%.2f\",$4)) with labels nopoint offset char 0,1 font '6' notitle, \\\n '< tail -n'.DATA_NUM.' '.FILENAME using 0:5 title 'Theta' with linespoints pt 7, \\\n '' using 0:5:(sprintf(\"%.2f\",$5)) with labels nopoint offset char 0,1 font '6' notitle\n\n set term wxt 0 persist size 1500,1500\n set output\n replot\n}\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"d434a25e188f9ad2deb1a335bccca2ba764b048d","subject":"Change the \"rotate by 90\" xtics specification to just \"rotate\" which is equivalent. The \"by <angle>\" syntax is not acceptable for all output devices. Apparently the Sparc and x86 output devices (no color) don't accept this, but should accept the plain \"rotate\".","message":"Change the \"rotate by 90\" xtics specification to just \"rotate\" which is\nequivalent. The \"by <angle>\" syntax is not acceptable for all output\ndevices. Apparently the Sparc and x86 output devices (no color) don't\naccept this, but should accept the plain \"rotate\".\n\n\ngit-svn-id: a4a6f32337ebd29ad4763b423022f00f68d1c7b7@14645 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx","old_file":"NightlyTest.gnuplot","new_file":"NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"e14c26f7b21519523ef53471030823dad10f6696","subject":"remove plot","message":"remove plot\n","repos":"hertzsprung\/AtmosTests,hertzsprung\/AtmosTests,hertzsprung\/AtmosTests","old_file":"src\/gravityWaves\/sampleLine-1000m.plt","new_file":"src\/gravityWaves\/sampleLine-1000m.plt","new_contents":"","old_contents":"set style data lines\nset key outside top center\nset xlabel 'theta'\nset x2label 'exner'\nset ylabel 'height'\n#set xrange [288:298]\n#set x2range [0.90:1]\n#set yrange [0:3000]\nset x2tics\n\nplot 'build\/gravityWaves-btf-1000m\/18000\/exnerTheta-sampleLine.dat' using 3:1 lc 1 title 'BTF theta', \\\n 'build\/gravityWaves-btf-1000m\/18000\/exnerTheta-sampleLine.dat' using 2:1 axes x2y1 lc 1 dt 2 title 'BTF exner', \\\n 'build\/gravityWaves-sleve-1000m\/18000\/exnerTheta-sampleLine.dat' using 3:1 lc 2 title 'SLEVE theta', \\\n 'build\/gravityWaves-sleve-1000m\/18000\/exnerTheta-sampleLine.dat' using 2:1 axes x2y1 lc 2 dt 2 title 'SLEVE exner', \\\n 'build\/gravityWaves-cutCell-1000m\/18000\/exnerTheta-sampleLine.dat' using 3:1 lc 3 title 'cut cell theta', \\\n 'build\/gravityWaves-cutCell-1000m\/18000\/exnerTheta-sampleLine.dat' using 2:1 axes x2y1 lc 3 dt 2 title 'cut cell exner'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"254cf52c7986c35c2dd3c62d622675d2c5906d48","subject":"max Y scale limited to 3s of data","message":"max Y scale limited to 3s of data\n\nThis should prevent outliers from dictating the maximum Y scales\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($7)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * 8 \/ 60.\nYmin = 1024 * 8 \/ 60.\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3 * 8 \/60.\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($6)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($7)*8\/60.) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($7)*8\/60.) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($7)*8\/60.) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * 8 \/ 60.\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * 8 \/ 60.\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3 * 8 \/60.\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymin : Ymax ] reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($6)*8\/60.) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($6)*8\/60.) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($6)*8\/60.) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($7)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * 8 \/ 60.\nYmin = 1024 * 8 \/ 60.\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($6)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($7)*8\/60.) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($7)*8\/60.) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($7)*8\/60.) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * 8 \/ 60.\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * 8 \/ 60.\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymin : Ymax ] reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($6)*8\/60.) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($6)*8\/60.) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($6)*8\/60.) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a10ecdf849fa8f03fddd337d006415995a65d4b7","subject":"20160416T1230","message":"20160416T1230\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nlg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1024 * 8 \/ 60.\nYdn_max = Ydn_max * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1024 * 8 \/ 60.\nYup_max = Yup_max * 8 \/ 60.\n\n# ****************************************************************** Title *****\n\nunset key\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\nset logscale y 10\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" with dots\\\n\nunset object 1\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nunset ylabel\nset logscale y 10\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" with dots \\\n\nunset object 2\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafile\nifname = \"\/tmp\/sql13.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset output ofname\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nlg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($6)) name \"Ydn\" nooutput\nYdn_min = 1 * 8 \/ 60.\nYdn_max = Ydn_max * 8 \/ 60.\n\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifname using (delta($7)) name \"Yup\" nooutput\nYup_min = 1 * 8 \/ 60.\nYup_max = Yup_max * 8 \/ 60.\n\n# ****************************************************************** Title *****\n\nunset key\n\nset multiplot layout 2,1 title \"Network Usage (eth0)\"\n\n\n################################################################################\n################################### TOP PLOT ###################################\n################################################################################\n\n# ***************************************************************** X-axis *****\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\"\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [bits\/sec]\"\nset format y \"%3.0s %c\"\nset logscale y 2\nset yrange [ Yup_min : Yup_max ]\nset bmargin 0\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n##set object 2 rect from graph 0,0 to graph 1,1 behind\n##set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" fc rgb \"#0000bb\" with dots\\\n\n\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n\n# ******************************************************* General settings *****\nset timestamp 'created: %Y-%m-%d %H:%M' bottom\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nunset ylabel\nset logscale y 2\nset yrange [ Ydn_min : Ydn_max ] reverse\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n##set object 1 rect from screen 0,0 to screen 1,1 behind\n##set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n##set object 2 rect from graph 0,0 to graph 1,1 behind\n##set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\n# ***** PLOT *****\n##set style data boxes\n##set style fill solid noborder\n\nplot ifname using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" fc rgb \"#bb0000\" with dots \\\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"9130cc7c04ca97846bff6940e9cb3b4d43247edc","subject":"is_classad testing","message":"is_classad testing\n","repos":"erikerlandson\/classad_pl","old_file":"test\/classad.plt","new_file":"test\/classad.plt","new_contents":":- use_module('..\/lib\/classad.pl').\n\n:- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n:- use_module(library(date)).\n\n:- begin_tests(classad).\n\ntest('new_classad-1') :-\n new_classad('[classad]'(M)),\n is_assoc(M),\n assoc_to_list(M, []).\n\ntest('is_classad-1') :-\n new_classad(CA),\n is_classad(CA).\n\ntest('is_classad-2') :-\n \\+is_classad(a),\n \\+is_classad('[classad]'(foo)).\n\n\n:- end_tests(classad).\n","old_contents":":- use_module('..\/lib\/classad.pl').\n\n:- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n:- use_module(library(date)).\n\n:- begin_tests(classad).\n\ntest('new_classad 1') :-\n new_classad('[classad]'(M)),\n is_assoc(M),\n assoc_to_list(M, []).\n\n:- end_tests(classad).\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"8c152499dca8aa8fa5d4a0b3b83b4c254282df0c","subject":"testing for lookup w\/ rescope list","message":"testing for lookup w\/ rescope list\n","repos":"erikerlandson\/classad_pl","old_file":"test\/classad.plt","new_file":"test\/classad.plt","new_contents":":- add_to_path('..\/lib').\n:- use_module(classad).\n\n:- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n:- use_module(library(date)).\n\n:- begin_tests(classad).\n\ntest('new_classad-1') :-\n new_classad('[classad]'(M)),\n is_assoc(M),\n assoc_to_list(M, []).\n\ntest('is_classad-1') :-\n new_classad(CA),\n is_classad(CA).\n\ntest('is_classad-2') :-\n \\+is_classad(a),\n \\+is_classad('[classad]'(foo)).\n\ntest('classad_assign_native-1') :-\n new_classad(CA0),\n classad_assign_native(vV, \"4+2\", CA0, '[classad]'(M)),\n assoc_to_list(M, [vv-'+'(4,2)]).\n\ntest('classad_assign\/4-1') :-\n new_classad(CA0),\n classad_assign(xX, 0, CA0, '[classad]'(M)),\n assoc_to_list(M, [xx-0]).\n\ntest('classad_assign\/4-context') :-\n new_classad(CA0),\n classad_assign(xX, 0, [CA0], ['[classad]'(M)]),\n assoc_to_list(M, [xx-0]).\n\ntest('classad_assign\/3-1') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([x1 = error,\n x2 = undefined,\n x3 = 42,\n x4 = 3.14,\n x5 = 'A String',\n x6 = ['a', ['list']],\n x7 = true,\n x8 = CAZ\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [x1-error, \n x2-undefined,\n x3-42,\n x4-3.14,\n x5-'[str]'('A String'),\n x6-['[str]'(a),['[str]'(list)]],\n x7-true,\n x8-'[classad]'(MZ)]),\n assoc_to_list(MZ, [z-1]).\n\ntest('classad_assign\/3-time') :-\n new_classad(CA0),\n classad_assign(['AT1' = date(2012,2,24,6,12,31.0,25200,'MST',false),\n 'AT2' = abstime(1330089151.0, 25200),\n 'AT3' = reltime(60)\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [at1-'[abstime]'(1330089151.0, 25200),\n at2-'[abstime]'(1330089151.0, 25200),\n at3-'[reltime]'(60)]).\n\ntest('classad_assign\/3-mixed') :-\n new_classad(CA0),\n classad_assign([x1 = 42,\n [x2, 3.14],\n [x3, true, T3],\n [x4, false, boolean],\n [x5, \"String\", as(string)]],\n CA0, '[classad]'(M)),\n T3 == boolean,\n assoc_to_list(M,\n [x1-42,\n x2-3.14,\n x3-true,\n x4-false,\n x5-'[str]'('String')]).\n\ntest('classad_assign\/3-qtype') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([[x1, error, T1],\n [x2, undefined, T2],\n [x3, 42, T3],\n [x4, 3.14, T4],\n [x5, 'A String', T5],\n [x6, ['a', ['list']], T6],\n [x7, true, T7],\n [x8, CAZ, T8],\n [x9, abstime(0,0), T9],\n [x10, reltime(0), T10]\n ],\n CA0, _CA),\n T1 == error,\n T2 == undefined,\n T3 == integer,\n T4 == real,\n T5 == string,\n T6 == list,\n T7 == boolean,\n T8 == classad,\n T9 == abstime,\n T10 == reltime.\n\ntest('classad_assign\/3-ftype') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([[x1, error, error],\n [x2, undefined, undefined],\n [x3, 42, integer],\n [x4, 3.14, real],\n [x5, 'A String', string],\n [x6, ['a', ['list']], list],\n [x7, true, boolean],\n [x8, CAZ, classad],\n [x9, abstime(0,0), abstime],\n [x10, reltime(0), reltime]\n ],\n CA0, _CA).\n\ntest('classad_assign\/3-ftype-fail') :-\n new_classad(CA0),\n \\+classad_assign([[x1, 42, list]], CA0, _CA).\n\ntest('classad_assign\/3-promotions') :-\n classad_eval:local_tzo(Z),\n new_classad(CA0),\n classad_assign([[x1, \"a string\", as(string)],\n [x2, 60, as(reltime)],\n [x3, 1.5, as(reltime)],\n [x4, 1330089151, as(abstime)],\n [x5, 1330089151.5, as(abstime)],\n [x6, 1, as(real)],\n [x7, 1, as(number)],\n [x8, 1, as(integer)],\n [x9, 1.0, as(real)],\n [x91, 1.0, as(integer)],\n [x92, 1.0, as(number)]\n ], CA0, '[classad]'(M)),\n assoc_to_list(M, [x1-'[str]'('a string'),\n x2-'[reltime]'(60),\n x3-'[reltime]'(1.5),\n x4-'[abstime]'(1330089151, Z),\n x5-'[abstime]'(1330089151.5, Z),\n x6-1.0,\n x7-1,\n x8-1,\n x9-1.0,\n x91-1,\n x92-1.0\n ]).\n\ntest('classad_lookup\/3-1') :-\n new_classad(CA0),\n classad_assign(x, 'fred', CA0, CA),\n classad_lookup(x, CA, 'fred').\n\ntest('classad_lookup\/4-qtype') :-\n new_classad(CA0),\n classad_assign(v, false, CA0, CA),\n classad_lookup(v, CA, false, T),\n T == boolean.\n\ntest('classad_lookup\/4-qtype-novar') :-\n new_classad(CA0),\n classad_assign(v, false, CA0, CA),\n classad_lookup(x, CA, undefined, T),\n T == novar.\n\ntest('classad_lookup\/4-ftype') :-\n new_classad(CA0),\n classad_assign(v, false, CA0, CA),\n classad_lookup(v, CA, false, boolean),\n \\+classad_lookup(v, CA, false, list).\n\ntest('classad_lookup\/3-context') :-\n classad_eval_native(\"[pi=3.14]\", [], C),\n classad_eval_native(\"[r=2; a=pi*r*r]\", [], CA),\n classad_lookup(a, [CA, C], 12.56).\n\ntest('classad_lookup\/4-rescope') :-\n classad_eval_native(\"[x = 5]\", [], O),\n classad_eval_native(\"[x = 4; b = x < other.x]\", [], CA),\n classad_lookup(b, CA, [other=O], true).\n\ntest('classad_lookup\/5-qtype') :-\n classad_eval_native(\"[x = 5]\", [], O),\n classad_eval_native(\"[x = 4; b = x < other.x]\", [], CA),\n classad_lookup(b, CA, [other=O], Val, Type),\n Val == true, Type == boolean.\n\ntest('classad_lookup\/5-ftype') :-\n classad_eval_native(\"[x = 5]\", [], O),\n classad_eval_native(\"[x = 4; b = x < other.x]\", [], CA),\n classad_lookup(b, CA, [other=O], true, boolean),\n \\+classad_lookup(b, CA, [other=O], true, string).\n\ntest('classad_lookup\/2-1') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([[x1, error],\n [x2, undefined],\n [x3, 42],\n [x4, 3.14],\n [x5, 'A String'],\n [x6, ['a', ['list']]],\n [x7, true],\n [x8, CAZ],\n [x9, abstime(0,0)],\n [x10, reltime(0)]\n ],\n CA0, CA),\n classad_lookup(CA,\n [[x1, error],\n [x2, undefined],\n [x3, 42],\n [x4, 3.14],\n [x5, 'A String'],\n [x6, ['a', ['list']]],\n [x7, true],\n [x8, CAZ],\n [x9, abstime(0,0)],\n [x10, reltime(0)]\n ]).\n\ntest('classad_lookup\/2-qtype') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([x1 = error,\n x2 = undefined,\n x3 = 42,\n x4 = 3.14,\n x5 = 'A String',\n x6 = ['a', ['list']],\n x7 = true,\n x8 = CAZ,\n x9 = abstime(0,0),\n x10 = reltime(0)\n ],\n CA0, CA),\n classad_lookup(CA,\n [[x1, error, T1],\n [x2, undefined, T2],\n [x3, 42, T3],\n [x4, 3.14, T4],\n [x5, 'A String', T5],\n [x6, ['a', ['list']], T6],\n [x7, true, T7],\n [x8, CAZ, T8],\n [x9, abstime(0,0), T9],\n [x10, reltime(0), T10]\n ]),\n T1 == error,\n T2 == undefined,\n T3 == integer,\n T4 == real,\n T5 == string,\n T6 == list,\n T7 == boolean,\n T8 == classad,\n T9 == abstime,\n T10 == reltime.\n\ntest('classad_lookup\/2-ftype') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([x1 = error,\n x2 = undefined,\n x3 = 42,\n x4 = 3.14,\n x5 = 'A String',\n x6 = ['a', ['list']],\n x7 = true,\n x8 = CAZ,\n x9 = abstime(0,0),\n x10 = reltime(0)\n ],\n CA0, CA),\n classad_lookup(CA,\n [[x1, error, error],\n [x2, undefined, undefined],\n [x3, 42, integer],\n [x4, 3.14, real],\n [x5, 'A String', string],\n [x6, ['a', ['list']], list],\n [x7, true, boolean],\n [x8, CAZ, classad],\n [x9, abstime(0,0), abstime],\n [x10, reltime(0), reltime]\n ]).\n\ntest('classad_lookup\/2-mixed') :-\n new_classad(CA0),\n classad_assign([x3 = 42,\n x4 = 3.14],\n CA0, CA),\n classad_lookup(CA,\n [x3 = V3,\n [x3, 42],\n [x3, V3b],\n [x3, 42, integer],\n [x3, V3a, number],\n [x4, 3.14, T4],\n [x4, V4, T4b],\n [x4, 3.14, number],\n x5 = V5,\n x5 = undefined,\n [x5, undefined, T5],\n [x5, undefined, novar]\n ]),\n V3 == 42,\n V3a == 42,\n V3b == 42,\n T4 == real,\n V4 == 3.14,\n T4b == real,\n V5 == undefined,\n T5 == novar.\n\ntest('classad_lookup\/2-context') :-\n new_classad(CA0),\n classad_assign([x3 = 42,\n x4 = 3.14],\n CA0, CA),\n classad_lookup([CA],\n [x3 = V3,\n [x3, 42],\n [x3, V3b],\n [x3, 42, integer],\n [x3, V3a, number],\n [x4, 3.14, T4],\n [x4, V4, T4b],\n [x4, 3.14, number],\n x5 = V5,\n x5 = undefined,\n [x5, undefined, T5],\n [x5, undefined, novar]\n ]),\n V3 == 42,\n V3a == 42,\n V3b == 42,\n T4 == real,\n V4 == 3.14,\n T4b == real,\n V5 == undefined,\n T5 == novar.\n\ntest('classad_lookup\/2-promotions') :-\n classad_eval:local_tzo(Z),\n new_classad(CA0),\n classad_assign([x1 = 42,\n x2 = 3.14,\n xri = 60,\n xrr = 60.0,\n xai = 1330089151,\n xar = 1330089151.0,\n at = abstime(1330089151, 25200),\n rt = reltime(3600),\n bt = true,\n bf = false,\n s = 'pebbles'],\n CA0, CA),\n classad_lookup(CA,\n [[x1, V1, as(real)], \n [x1, V1b, as(number)],\n [x2, V2, as(integer)],\n [x2, V2b, as(number)],\n [xri, VRI, as(reltime)],\n [xrr, VRR, as(reltime)],\n [xai, VAI, as(abstime)],\n [xar, VAR, as(abstime)],\n [xai, VDI, as(date)],\n [xar, VDR, as(date)],\n [at, VDA, as(date)],\n [at, VIA, as(integer)],\n [at, VRA, as(real)],\n [at, VNA, as(number)],\n [rt, VIRb, as(integer)],\n [rt, VRRb, as(real)],\n [rt, VNRb, as(number)],\n [bt, VBTI, as(integer)],\n [bt, VBTR, as(real)],\n [bt, VBTN, as(number)],\n [bf, VBFI, as(integer)],\n [bf, VBFR, as(real)],\n [bf, VBFN, as(number)],\n [s, VSC, as(codelist)]\n ]),\n V1 == 42.0,\n V1b == 42,\n V2 == 3,\n V2b == 3.14,\n VRI == reltime(60),\n VRR == reltime(60.0),\n VAI == abstime(1330089151, Z),\n VAR == abstime(1330089151.0, Z),\n VDI == date(2012,2,24,6,12,31.0,Z,-,-),\n VDR == date(2012,2,24,6,12,31.0,Z,-,-),\n VDA == date(2012,2,24,6,12,31.0,25200,-,-),\n VIA == 1330089151,\n VRA == 1330089151.0,\n VNA == 1330089151,\n VIRb == 3600,\n VRRb == 3600.0,\n VNRb == 3600,\n VBTI == 1,\n VBTR == 1.0,\n VBTN == 1,\n VBFI == 0,\n VBFR == 0.0,\n VBFN == 0,\n VSC == \"pebbles\".\n\ntest('classad_lookup\/3-rescope') :-\n classad_eval_native(\"[pi=3.14; e=2.72]\", [], Math),\n classad_eval_native(\"[r = 2; area = math.pi*r*r; base = math.e]\", [], CA),\n classad_lookup(CA, [math=Math],\n [area = Area, \n base = Base,\n [base, 2.72],\n [area, 12.56, real],\n [base, 2, as(integer)]\n ]),\n Area == 12.56,\n Base = 2.72.\n\n\n:- end_tests(classad).\n","old_contents":":- add_to_path('..\/lib').\n:- use_module(classad).\n\n:- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n:- use_module(library(date)).\n\n:- begin_tests(classad).\n\ntest('new_classad-1') :-\n new_classad('[classad]'(M)),\n is_assoc(M),\n assoc_to_list(M, []).\n\ntest('is_classad-1') :-\n new_classad(CA),\n is_classad(CA).\n\ntest('is_classad-2') :-\n \\+is_classad(a),\n \\+is_classad('[classad]'(foo)).\n\ntest('classad_assign_native-1') :-\n new_classad(CA0),\n classad_assign_native(vV, \"4+2\", CA0, '[classad]'(M)),\n assoc_to_list(M, [vv-'+'(4,2)]).\n\ntest('classad_assign\/4-1') :-\n new_classad(CA0),\n classad_assign(xX, 0, CA0, '[classad]'(M)),\n assoc_to_list(M, [xx-0]).\n\ntest('classad_assign\/4-context') :-\n new_classad(CA0),\n classad_assign(xX, 0, [CA0], ['[classad]'(M)]),\n assoc_to_list(M, [xx-0]).\n\ntest('classad_assign\/3-1') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([x1 = error,\n x2 = undefined,\n x3 = 42,\n x4 = 3.14,\n x5 = 'A String',\n x6 = ['a', ['list']],\n x7 = true,\n x8 = CAZ\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [x1-error, \n x2-undefined,\n x3-42,\n x4-3.14,\n x5-'[str]'('A String'),\n x6-['[str]'(a),['[str]'(list)]],\n x7-true,\n x8-'[classad]'(MZ)]),\n assoc_to_list(MZ, [z-1]).\n\ntest('classad_assign\/3-time') :-\n new_classad(CA0),\n classad_assign(['AT1' = date(2012,2,24,6,12,31.0,25200,'MST',false),\n 'AT2' = abstime(1330089151.0, 25200),\n 'AT3' = reltime(60)\n ],\n CA0, '[classad]'(M)),\n assoc_to_list(M,\n [at1-'[abstime]'(1330089151.0, 25200),\n at2-'[abstime]'(1330089151.0, 25200),\n at3-'[reltime]'(60)]).\n\ntest('classad_assign\/3-mixed') :-\n new_classad(CA0),\n classad_assign([x1 = 42,\n [x2, 3.14],\n [x3, true, T3],\n [x4, false, boolean],\n [x5, \"String\", as(string)]],\n CA0, '[classad]'(M)),\n T3 == boolean,\n assoc_to_list(M,\n [x1-42,\n x2-3.14,\n x3-true,\n x4-false,\n x5-'[str]'('String')]).\n\ntest('classad_assign\/3-qtype') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([[x1, error, T1],\n [x2, undefined, T2],\n [x3, 42, T3],\n [x4, 3.14, T4],\n [x5, 'A String', T5],\n [x6, ['a', ['list']], T6],\n [x7, true, T7],\n [x8, CAZ, T8],\n [x9, abstime(0,0), T9],\n [x10, reltime(0), T10]\n ],\n CA0, _CA),\n T1 == error,\n T2 == undefined,\n T3 == integer,\n T4 == real,\n T5 == string,\n T6 == list,\n T7 == boolean,\n T8 == classad,\n T9 == abstime,\n T10 == reltime.\n\ntest('classad_assign\/3-ftype') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([[x1, error, error],\n [x2, undefined, undefined],\n [x3, 42, integer],\n [x4, 3.14, real],\n [x5, 'A String', string],\n [x6, ['a', ['list']], list],\n [x7, true, boolean],\n [x8, CAZ, classad],\n [x9, abstime(0,0), abstime],\n [x10, reltime(0), reltime]\n ],\n CA0, _CA).\n\ntest('classad_assign\/3-ftype-fail') :-\n new_classad(CA0),\n \\+classad_assign([[x1, 42, list]], CA0, _CA).\n\ntest('classad_assign\/3-promotions') :-\n classad_eval:local_tzo(Z),\n new_classad(CA0),\n classad_assign([[x1, \"a string\", as(string)],\n [x2, 60, as(reltime)],\n [x3, 1.5, as(reltime)],\n [x4, 1330089151, as(abstime)],\n [x5, 1330089151.5, as(abstime)],\n [x6, 1, as(real)],\n [x7, 1, as(number)],\n [x8, 1, as(integer)],\n [x9, 1.0, as(real)],\n [x91, 1.0, as(integer)],\n [x92, 1.0, as(number)]\n ], CA0, '[classad]'(M)),\n assoc_to_list(M, [x1-'[str]'('a string'),\n x2-'[reltime]'(60),\n x3-'[reltime]'(1.5),\n x4-'[abstime]'(1330089151, Z),\n x5-'[abstime]'(1330089151.5, Z),\n x6-1.0,\n x7-1,\n x8-1,\n x9-1.0,\n x91-1,\n x92-1.0\n ]).\n\ntest('classad_lookup\/3-1') :-\n new_classad(CA0),\n classad_assign(x, 'fred', CA0, CA),\n classad_lookup(x, CA, 'fred').\n\ntest('classad_lookup\/4-qtype') :-\n new_classad(CA0),\n classad_assign(v, false, CA0, CA),\n classad_lookup(v, CA, false, T),\n T == boolean.\n\ntest('classad_lookup\/4-qtype-novar') :-\n new_classad(CA0),\n classad_assign(v, false, CA0, CA),\n classad_lookup(x, CA, undefined, T),\n T == novar.\n\ntest('classad_lookup\/4-ftype') :-\n new_classad(CA0),\n classad_assign(v, false, CA0, CA),\n classad_lookup(v, CA, false, boolean),\n \\+classad_lookup(v, CA, false, list).\n\ntest('classad_lookup\/3-context') :-\n classad_eval_native(\"[pi=3.14]\", [], C),\n classad_eval_native(\"[r=2; a=pi*r*r]\", [], CA),\n classad_lookup(a, [CA, C], 12.56).\n\ntest('classad_lookup\/4-rescope') :-\n classad_eval_native(\"[x = 5]\", [], O),\n classad_eval_native(\"[x = 4; b = x < other.x]\", [], CA),\n classad_lookup(b, CA, [other=O], true).\n\ntest('classad_lookup\/5-qtype') :-\n classad_eval_native(\"[x = 5]\", [], O),\n classad_eval_native(\"[x = 4; b = x < other.x]\", [], CA),\n classad_lookup(b, CA, [other=O], Val, Type),\n Val == true, Type == boolean.\n\ntest('classad_lookup\/5-ftype') :-\n classad_eval_native(\"[x = 5]\", [], O),\n classad_eval_native(\"[x = 4; b = x < other.x]\", [], CA),\n classad_lookup(b, CA, [other=O], true, boolean),\n \\+classad_lookup(b, CA, [other=O], true, string).\n\ntest('classad_lookup\/2-1') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([[x1, error],\n [x2, undefined],\n [x3, 42],\n [x4, 3.14],\n [x5, 'A String'],\n [x6, ['a', ['list']]],\n [x7, true],\n [x8, CAZ],\n [x9, abstime(0,0)],\n [x10, reltime(0)]\n ],\n CA0, CA),\n classad_lookup(CA,\n [[x1, error],\n [x2, undefined],\n [x3, 42],\n [x4, 3.14],\n [x5, 'A String'],\n [x6, ['a', ['list']]],\n [x7, true],\n [x8, CAZ],\n [x9, abstime(0,0)],\n [x10, reltime(0)]\n ]).\n\ntest('classad_lookup\/2-qtype') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([x1 = error,\n x2 = undefined,\n x3 = 42,\n x4 = 3.14,\n x5 = 'A String',\n x6 = ['a', ['list']],\n x7 = true,\n x8 = CAZ,\n x9 = abstime(0,0),\n x10 = reltime(0)\n ],\n CA0, CA),\n classad_lookup(CA,\n [[x1, error, T1],\n [x2, undefined, T2],\n [x3, 42, T3],\n [x4, 3.14, T4],\n [x5, 'A String', T5],\n [x6, ['a', ['list']], T6],\n [x7, true, T7],\n [x8, CAZ, T8],\n [x9, abstime(0,0), T9],\n [x10, reltime(0), T10]\n ]),\n T1 == error,\n T2 == undefined,\n T3 == integer,\n T4 == real,\n T5 == string,\n T6 == list,\n T7 == boolean,\n T8 == classad,\n T9 == abstime,\n T10 == reltime.\n\ntest('classad_lookup\/2-ftype') :-\n classad_eval_native(\"[z=1]\", [], CAZ),\n new_classad(CA0),\n classad_assign([x1 = error,\n x2 = undefined,\n x3 = 42,\n x4 = 3.14,\n x5 = 'A String',\n x6 = ['a', ['list']],\n x7 = true,\n x8 = CAZ,\n x9 = abstime(0,0),\n x10 = reltime(0)\n ],\n CA0, CA),\n classad_lookup(CA,\n [[x1, error, error],\n [x2, undefined, undefined],\n [x3, 42, integer],\n [x4, 3.14, real],\n [x5, 'A String', string],\n [x6, ['a', ['list']], list],\n [x7, true, boolean],\n [x8, CAZ, classad],\n [x9, abstime(0,0), abstime],\n [x10, reltime(0), reltime]\n ]).\n\ntest('classad_lookup\/2-mixed') :-\n new_classad(CA0),\n classad_assign([x3 = 42,\n x4 = 3.14],\n CA0, CA),\n classad_lookup(CA,\n [x3 = V3,\n [x3, 42],\n [x3, V3b],\n [x3, 42, integer],\n [x3, V3a, number],\n [x4, 3.14, T4],\n [x4, V4, T4b],\n [x4, 3.14, number],\n x5 = V5,\n x5 = undefined,\n [x5, undefined, T5],\n [x5, undefined, novar]\n ]),\n V3 == 42,\n V3a == 42,\n V3b == 42,\n T4 == real,\n V4 == 3.14,\n T4b == real,\n V5 == undefined,\n T5 == novar.\n\ntest('classad_lookup\/2-context') :-\n new_classad(CA0),\n classad_assign([x3 = 42,\n x4 = 3.14],\n CA0, CA),\n classad_lookup([CA],\n [x3 = V3,\n [x3, 42],\n [x3, V3b],\n [x3, 42, integer],\n [x3, V3a, number],\n [x4, 3.14, T4],\n [x4, V4, T4b],\n [x4, 3.14, number],\n x5 = V5,\n x5 = undefined,\n [x5, undefined, T5],\n [x5, undefined, novar]\n ]),\n V3 == 42,\n V3a == 42,\n V3b == 42,\n T4 == real,\n V4 == 3.14,\n T4b == real,\n V5 == undefined,\n T5 == novar.\n\ntest('classad_lookup\/2-promotions') :-\n classad_eval:local_tzo(Z),\n new_classad(CA0),\n classad_assign([x1 = 42,\n x2 = 3.14,\n xri = 60,\n xrr = 60.0,\n xai = 1330089151,\n xar = 1330089151.0,\n at = abstime(1330089151, 25200),\n rt = reltime(3600),\n bt = true,\n bf = false,\n s = 'pebbles'],\n CA0, CA),\n classad_lookup(CA,\n [[x1, V1, as(real)], \n [x1, V1b, as(number)],\n [x2, V2, as(integer)],\n [x2, V2b, as(number)],\n [xri, VRI, as(reltime)],\n [xrr, VRR, as(reltime)],\n [xai, VAI, as(abstime)],\n [xar, VAR, as(abstime)],\n [xai, VDI, as(date)],\n [xar, VDR, as(date)],\n [at, VDA, as(date)],\n [at, VIA, as(integer)],\n [at, VRA, as(real)],\n [at, VNA, as(number)],\n [rt, VIRb, as(integer)],\n [rt, VRRb, as(real)],\n [rt, VNRb, as(number)],\n [bt, VBTI, as(integer)],\n [bt, VBTR, as(real)],\n [bt, VBTN, as(number)],\n [bf, VBFI, as(integer)],\n [bf, VBFR, as(real)],\n [bf, VBFN, as(number)],\n [s, VSC, as(codelist)]\n ]),\n V1 == 42.0,\n V1b == 42,\n V2 == 3,\n V2b == 3.14,\n VRI == reltime(60),\n VRR == reltime(60.0),\n VAI == abstime(1330089151, Z),\n VAR == abstime(1330089151.0, Z),\n VDI == date(2012,2,24,6,12,31.0,Z,-,-),\n VDR == date(2012,2,24,6,12,31.0,Z,-,-),\n VDA == date(2012,2,24,6,12,31.0,25200,-,-),\n VIA == 1330089151,\n VRA == 1330089151.0,\n VNA == 1330089151,\n VIRb == 3600,\n VRRb == 3600.0,\n VNRb == 3600,\n VBTI == 1,\n VBTR == 1.0,\n VBTN == 1,\n VBFI == 0,\n VBFR == 0.0,\n VBFN == 0,\n VSC == \"pebbles\".\n\n:- end_tests(classad).\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a778df7f4d7289ed5b28b38ebf19996837a420d8","subject":"rrepair, plots: improve the data_inc plots and extend the script to accept 5 source files","message":"rrepair, plots: improve the data_inc plots and extend the script to accept 5 source files\n","repos":"scalaris-team\/scalaris,jvf\/scalaris,jvf\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,jvf\/scalaris,jvf\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,jvf\/scalaris,jvf\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,jvf\/scalaris","old_file":"contrib\/rrepair\/eval_data_inc.gp","new_file":"contrib\/rrepair\/eval_data_inc.gp","new_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tsrcFile5 -> source file 5 path (optional)\n#\tsrcFile5_title -> prepend this to titles of lines from srcFile5 (optional unless srcFile5 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n\nset macro\n\nload colDefFile\n\nplotCount = exists(\"srcFile5\") ? 5 : exists(\"srcFile4\") ? 4 : exists(\"srcFile3\") ? 3 : exists(\"srcFile2\") ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\") . (plotCount >= 5 ? \" \" . srcFile5 : \"\")\nget_file(i) = (i == 5) ? srcFile5 : (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 5) ? srcFile5_title : (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\n\n# http:\/\/colorbrewer2.org\/?type=qualitative&scheme=Set1&n=5\n# (#e41a1c, #377eb8, #4daf4a, #984ea3, #ff7f00)\n# -> a little brighter version:\nset style line 1 lw 2 lt 1 lc rgb '#ff191b' pt 5 # dark red\nset style line 2 lw 2 lt 1 lc rgb '#2d8ede' pt 9 # dark blue\nset style line 3 lw 2 lt 1 lc rgb '#59c955' pt 7 # dark green\nset style line 4 lw 2 lt 1 lc rgb '#b05abd' pt 4 # dark purple\nset style line 5 lw 2 lt 1 lc rgb '#ff7f00' pt 10 # dark orange\nset style line 6 lw 3 lc rgb \"#777777\" pt 8 lt 3 # gray (for the naive line)\n\nset style line 101 lw 3 lt 1 lc rgb '#ff191b' pt 0 # dark red\nset style line 102 lw 3 lt 1 lc rgb '#2d8ede' pt 0 # dark blue\nset style line 103 lw 3 lt 1 lc rgb '#59c955' pt 0 # dark green\nset style line 104 lw 3 lt 1 lc rgb '#b05abd' pt 0 # dark purple\nset style line 105 lw 3 lt 1 lc rgb '#ff7f00' pt 0 # dark orange\n\nif (plotCount == 5) {\n plotShift(x, i) = (i == 5) ? (x + (x \/ 1.6)) : (i == 4) ? (x + (x \/ 3.7)) : (i == 3) ? (x) : (i == 2) ? (x - (x \/ 4.6)) : (x - (x \/ 2.6))\n} else {\n if (plotCount == 4) {\n plotShift(x, i) = (i == 4) ? (x + (x \/ 1.9)) : (i == 3) ? (x + (x \/ 6.5)) : (i == 2) ? (x - (x \/ 7.9)) : (x - (x \/ 2.95))\n } else {\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + (x \/ 2.3)) : (i == 2) ? (x) : (x - (x \/ 3.2))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + (x \/ 3)) : (x - (x \/ 4))\n } else {\n plotShift(x, i) = x\n }\n }\n }\n}\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nfilename = \"file\"\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\ndo for [i=1:plotCount] {\n stats get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n}\n# is naive solution more expensive?\nstats get_file(1) using (kB(column(col_dbsize)\/4*(128+32)\/8)) nooutput\nif (STATS_max > bw_max) {bw_max = STATS_max}\n\nkey_width_fun(i) = min(-0.5, (6-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.15)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n#print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset logscale x 2\nset xrange [2:8192] # TODO: adapt if number of data points changes!\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount >= 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\narrow_dx=.166666666667 # grid spacing in x\narrow_di=0 # added to each i in loop - arrows drawn at (i+arrow_di)*arrow_dx\narrow_xpoints=6 # TODO: adapt if number of data points changes!\n\nset style line 100 lw 2 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset boxwidth plot_boxwidth relative\nset style fill solid 1 border -1\nset xtics scale 0.1\nset ytics scale 0.8\nset grid noxtics nomxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset for [i=1:arrow_xpoints] arrow from graph (i+arrow_di)*arrow_dx,graph 0 to graph (i+arrow_di)*arrow_dx,graph 1 nohead back linetype 0 linewidth 1.000\n\nset o destDir. \"all_\" .filename. \".\" .fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = 0.023 + ((plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full)\nred_height = (plotCount > 1) ? 0.170 : 0.174\nred_pos_y = (plotCount > 1) ? bw_height_full - 0.033 : bw_height_full - 0.035\nacc_height_full = (plotCount > 1) ? 0.200 : 0.204\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.007) : (red_pos_y + red_height - 0.025)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nset format y \" %4.1f\"\nif (plotCount > 1) {\n set key at screen 0.512,(acc_pos_y + 0.001) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset size all_width_r,acc_height\nif (regenAccInPercent == 1) {\n set y2tics mirror format \"%-3.0f_{\u00a0}%%\" offset 0 scale 0.8\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set y2tics mirror format \"%-4.1f \" scale 0.8\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset ytics autofreq\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nif (red_max > 10) {\n set format y \" %3.0f\"\n set format y2 \"%-3.0f \"\n} else {\n set format y \" %4.1f\"\n set format y2 \"%-4.1f \"\n}\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,-0.025\nset xlabel \"n in 10^3, update\" font \",16\"\nset ylabel \"RC costs (phase 1+2) in KiB\" font \",16\"\nset yrange [1:bw_max*1.2]\nset y2range [1:bw_max*1.2]\nset logscale y 2\nset logscale y2 2\nset format y \"%5.0f\"\nset format x\nif (plotCount > 1) {\n set key at screen 0.512,(red_pos_y + 0.0065) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nLABEL = \"n \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at 6,264000*(128+32)\/8\/1024 LABEL front left font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)\/4*(128+32)\/8)) with linespoints notitle ls 6\n\nset size all_width_r,bw_height\nset origin 0.49,-0.025\nset xlabel \"n in 10^3, regen\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror format \"%-5.0f\" scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)\/4*(128+32)\/8)) with linespoints notitle ls 6\n","old_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n\nset macro\n\nload colDefFile\n\nplotCount = exists(\"srcFile4\") ? 4 : exists(\"srcFile3\") ? 3 : exists(\"srcFile2\") ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\")\nget_file(i) = (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\n\n# http:\/\/colorbrewer2.org\/?type=qualitative&scheme=Set1&n=5\n# (#e41a1c, #377eb8, #4daf4a, #984ea3, #ff7f00)\n# -> a little brighter version:\nset style line 1 lw 2 lt 1 lc rgb '#ff191b' pt 5 # dark red\nset style line 2 lw 2 lt 1 lc rgb '#2d8ede' pt 9 # dark blue\nset style line 3 lw 2 lt 1 lc rgb '#59c955' pt 7 # dark green\nset style line 4 lw 2 lt 1 lc rgb '#b05abd' pt 4 # dark purple\nset style line 5 lw 2 lt 1 lc rgb '#ff7f00' pt 10 # dark orange\n\nset style line 101 lw 3 lt 1 lc rgb '#ff191b' pt 0 # dark red\nset style line 102 lw 3 lt 1 lc rgb '#2d8ede' pt 0 # dark blue\nset style line 103 lw 3 lt 1 lc rgb '#59c955' pt 0 # dark green\nset style line 104 lw 3 lt 1 lc rgb '#b05abd' pt 0 # dark purple\nset style line 105 lw 3 lt 1 lc rgb '#ff7f00' pt 0 # dark orange\n\nif (plotCount == 4) {\n plotShift(x, i) = (i == 4) ? (x + (x \/ 1.9)) : (i == 3) ? (x + (x \/ 6.5)) : (i == 2) ? (x - (x \/ 7.9)) : (x - (x \/ 2.95))\n} else {\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + (x \/ 2.3)) : (i == 2) ? (x) : (x - (x \/ 3.2))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + (x \/ 3)) : (x - (x \/ 4))\n } else {\n plotShift(x, i) = x\n }\n }\n}\nset style line 5 lw 3 lc rgb \"#777777\" pt 8 lt 3\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nfilename = \"file\"\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\ndo for [i=1:plotCount] {\n stats get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n}\n# is naive solution more expensive?\nstats get_file(1) using (kB(column(col_dbsize)\/4*(128+32)\/8)) nooutput\nif (STATS_max > bw_max) {bw_max = STATS_max}\n\nkey_width_fun(i) = min(-0.5, (6-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.15)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n#print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset logscale x 2\nset xrange [2:8192] # TODO: adapt if number of data points changes!\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount == 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\narrow_dx=.166666666667 # grid spacing in x\narrow_di=0 # added to each i in loop - arrows drawn at (i+arrow_di)*arrow_dx\narrow_xpoints=6 # TODO: adapt if number of data points changes!\n\nset style line 100 lw 2 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset boxwidth plot_boxwidth relative\nset style fill solid 1 border -1\nset xtics scale 0.1\nset ytics scale 0.8\nset grid noxtics nomxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset for [i=1:arrow_xpoints] arrow from graph (i+arrow_di)*arrow_dx,graph 0 to graph (i+arrow_di)*arrow_dx,graph 1 nohead back linetype 0 linewidth 1.000\n\nset o destDir. \"all_\" .filename. \".\" .fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = 0.023 + ((plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full)\nred_height = (plotCount > 1) ? 0.170 : 0.174\nred_pos_y = (plotCount > 1) ? bw_height_full - 0.033 : bw_height_full - 0.035\nacc_height_full = (plotCount > 1) ? 0.200 : 0.204\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.007) : (red_pos_y + red_height - 0.025)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nset format y \" %2.1f\"\nif (plotCount > 1) {\n set key at screen 0.512,(acc_pos_y + 0.001) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (key_width+1) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset size all_width_r,acc_height\nif (regenAccInPercent == 1) {\n set y2tics mirror format \"%-2.0f_{\u00a0}%%\" offset 0 scale 0.8\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set y2tics mirror format \"%-1.1f \" scale 0.8\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset ytics autofreq\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nif (red_max > 10) {\n set format y \" %1.0f\"\n set format y2 \"%-1.0f \"\n} else {\n set format y \" %1.1f\"\n set format y2 \"%-1.1f \"\n}\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,-0.025\nset xlabel \"n in 10^3, update\" font \",16\"\nset ylabel \"RC costs (phase 1+2) in KiB\" font \",16\"\nset yrange [1:bw_max*1.2]\nset y2range [1:bw_max*1.2]\nset logscale y 2\nset logscale y2 2\nset format y \"%4.0f\"\nset format x\nif (plotCount > 1) {\n set key at screen 0.512,(red_pos_y + 0.0065) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (key_width+1) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nLABEL = \"na\u00efve approach\"\nset label 10 at 22,112000*(128+32)\/8\/1024 LABEL front center font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 2)):(kB(column(col_dbsize)\/4*(128+32)\/8)) with linespoints notitle ls 5\n\nset size all_width_r,bw_height\nset origin 0.49,-0.025\nset xlabel \"n in 10^3, regen\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror format \"%-4.0f\" scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 2)):(kB(column(col_dbsize)\/4*(128+32)\/8)) with linespoints notitle ls 5\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"2775b20a39b84823c1aa98941f5ced03f14c32aa","subject":"wrong plot was checked in","message":"wrong plot was checked in\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@11541 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret","old_file":"bench\/metafile_masters_64bit\/bnplot-3.plt","new_file":"bench\/metafile_masters_64bit\/bnplot-3.plt","new_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 10\/11\/29 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 9 1 1.00000 3\n 51 29 9 1 2.00000 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0.34887 0.02185 0.34929 0.02171 0.34998 0.02144 0.35040 0.02102 0.35054 0.02074 0.35054\n 11 116 5 0.02297 0.34789 0.02283 0.34776 0.02297 0.34762 0.02311 0.34776 0.02297 0.34789\n 11 644 29 0.02478 0.35054 0.02436 0.35040 0.02422 0.35012 0.02422 0.34984 0.02436 0.34957 0.02464 0.34943 0.02519 0.34929 0.02561 0.34915 0.02589 0.34887 0.02603 0.34859 0.02603 0.34817 0.02589 0.34789 0.02575 0.34776 0.02533 0.34762 0.02478 0.34762 0.02436 0.34776 0.02422 0.34789 0.02408 0.34817 0.02408 0.34859 0.02422 0.34887 0.02450 0.34915 0.02491 0.34929 0.02547 0.34943 0.02575 0.34957 0.02589 0.34984 0.02589 0.35012 0.02575 0.35040 0.02533 0.35054 0.02478 0.35054\n 11 380 17 0.02770 0.35054 0.02728 0.35040 0.02700 0.34998 0.02686 0.34929 0.02686 0.34887 0.02700 0.34817 0.02728 0.34776 0.02770 0.34762 0.02798 0.34762 0.02839 0.34776 0.02867 0.34817 0.02881 0.34887 0.02881 0.34929 0.02867 0.34998 0.02839 0.35040 0.02798 0.35054 0.02770 0.35054\n 11 50 2 0.01642 0.39002 0.01893 0.39002\n 11 380 17 0.02074 0.39169 0.02032 0.39155 0.02004 0.39113 0.01990 0.39044 0.01990 0.39002 0.02004 0.38932 0.02032 0.38891 0.02074 0.38877 0.02102 0.38877 0.02144 0.38891 0.02171 0.38932 0.02185 0.39002 0.02185 0.39044 0.02171 0.39113 0.02144 0.39155 0.02102 0.39169 0.02074 0.39169\n 11 116 5 0.02297 0.38904 0.02283 0.38891 0.02297 0.38877 0.02311 0.38891 0.02297 0.38904\n 11 72 3 0.02547 0.39169 0.02408 0.38974 0.02617 0.38974\n 11 50 2 0.02547 0.39169 0.02547 0.38877\n 11 380 17 0.02770 0.39169 0.02728 0.39155 0.02700 0.39113 0.02686 0.39044 0.02686 0.39002 0.02700 0.38932 0.02728 0.38891 0.02770 0.38877 0.02798 0.38877 0.02839 0.38891 0.02867 0.38932 0.02881 0.39002 0.02881 0.39044 0.02867 0.39113 0.02839 0.39155 0.02798 0.39169 0.02770 0.39169\n 11 380 17 0.02074 0.43284 0.02032 0.43270 0.02004 0.43228 0.01990 0.43159 0.01990 0.43117 0.02004 0.43047 0.02032 0.43005 0.02074 0.42992 0.02102 0.42992 0.02144 0.43005 0.02171 0.43047 0.02185 0.43117 0.02185 0.43159 0.02171 0.43228 0.02144 0.43270 0.02102 0.43284 0.02074 0.43284\n 11 116 5 0.02297 0.43019 0.02283 0.43005 0.02297 0.42992 0.02311 0.43005 0.02297 0.43019\n 11 380 17 0.02491 0.43284 0.02450 0.43270 0.02422 0.43228 0.02408 0.43159 0.02408 0.43117 0.02422 0.43047 0.02450 0.43005 0.02491 0.42992 0.02519 0.42992 0.02561 0.43005 0.02589 0.43047 0.02603 0.43117 0.02603 0.43159 0.02589 0.43228 0.02561 0.43270 0.02519 0.43284 0.02491 0.43284\n 11 380 17 0.02770 0.43284 0.02728 0.43270 0.02700 0.43228 0.02686 0.43159 0.02686 0.43117 0.02700 0.43047 0.02728 0.43005 0.02770 0.42992 0.02798 0.42992 0.02839 0.43005 0.02867 0.43047 0.02881 0.43117 0.02881 0.43159 0.02867 0.43228 0.02839 0.43270 0.02798 0.43284 0.02770 0.43284\n 11 380 17 0.02074 0.47399 0.02032 0.47385 0.02004 0.47343 0.01990 0.47274 0.01990 0.47232 0.02004 0.47162 0.02032 0.47120 0.02074 0.47106 0.02102 0.47106 0.02144 0.47120 0.02171 0.47162 0.02185 0.47232 0.02185 0.47274 0.02171 0.47343 0.02144 0.47385 0.02102 0.47399 0.02074 0.47399\n 11 116 5 0.02297 0.47134 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0.43047 0.02881 0.43117 0.02881 0.43159 0.02867 0.43228 0.02839 0.43270 0.02798 0.43284 0.02770 0.43284\n 11 380 17 0.02074 0.47399 0.02032 0.47385 0.02004 0.47343 0.01990 0.47274 0.01990 0.47232 0.02004 0.47162 0.02032 0.47120 0.02074 0.47106 0.02102 0.47106 0.02144 0.47120 0.02171 0.47162 0.02185 0.47232 0.02185 0.47274 0.02171 0.47343 0.02144 0.47385 0.02102 0.47399 0.02074 0.47399\n 11 116 5 0.02297 0.47134 0.02283 0.47120 0.02297 0.47106 0.02311 0.47120 0.02297 0.47134\n 11 72 3 0.02547 0.47399 0.02408 0.47204 0.02617 0.47204\n 11 50 2 0.02547 0.47399 0.02547 0.47106\n 11 380 17 0.02770 0.47399 0.02728 0.47385 0.02700 0.47343 0.02686 0.47274 0.02686 0.47232 0.02700 0.47162 0.02728 0.47120 0.02770 0.47106 0.02798 0.47106 0.02839 0.47120 0.02867 0.47162 0.02881 0.47232 0.02881 0.47274 0.02867 0.47343 0.02839 0.47385 0.02798 0.47399 0.02770 0.47399\n 11 380 17 0.02074 0.51514 0.02032 0.51500 0.02004 0.51458 0.01990 0.51388 0.01990 0.51347 0.02004 0.51277 0.02032 0.51235 0.02074 0.51221 0.02102 0.51221 0.02144 0.51235 0.02171 0.51277 0.02185 0.51347 0.02185 0.51388 0.02171 0.51458 0.02144 0.51500 0.02102 0.51514 0.02074 0.51514\n 11 116 5 0.02297 0.51249 0.02283 0.51235 0.02297 0.51221 0.02311 0.51235 0.02297 0.51249\n 11 644 29 0.02478 0.51514 0.02436 0.51500 0.02422 0.51472 0.02422 0.51444 0.02436 0.51416 0.02464 0.51402 0.02519 0.51388 0.02561 0.51375 0.02589 0.51347 0.02603 0.51319 0.02603 0.51277 0.02589 0.51249 0.02575 0.51235 0.02533 0.51221 0.02478 0.51221 0.02436 0.51235 0.02422 0.51249 0.02408 0.51277 0.02408 0.51319 0.02422 0.51347 0.02450 0.51375 0.02491 0.51388 0.02547 0.51402 0.02575 0.51416 0.02589 0.51444 0.02589 0.51472 0.02575 0.51500 0.02533 0.51514 0.02478 0.51514\n 11 380 17 0.02770 0.51514 0.02728 0.51500 0.02700 0.51458 0.02686 0.51388 0.02686 0.51347 0.02700 0.51277 0.02728 0.51235 0.02770 0.51221 0.02798 0.51221 0.02839 0.51235 0.02867 0.51277 0.02881 0.51347 0.02881 0.51388 0.02867 0.51458 0.02839 0.51500 0.02798 0.51514 0.02770 0.51514\n 11 798 36 0.30378 0.32850 0.30378 0.32850 0.30378 0.32850 0.30744 0.32850 0.30378 0.32850 0.30378 0.34908 0.30744 0.34908 0.30378 0.34908 0.30378 0.36965 0.30744 0.36965 0.30378 0.36965 0.30378 0.39023 0.30744 0.39023 0.30378 0.39023 0.30378 0.41080 0.30744 0.41080 0.30378 0.41080 0.30378 0.43138 0.30744 0.43138 0.30378 0.43138 0.30378 0.45195 0.30744 0.45195 0.30378 0.45195 0.30378 0.47253 0.30744 0.47253 0.30378 0.47253 0.30378 0.49310 0.30744 0.49310 0.30378 0.49310 0.30378 0.51368 0.30744 0.51368 0.30378 0.51368 0.30378 0.53425 0.30744 0.53425 0.30378 0.53425 0.30378 0.53425\n 11 798 36 0.30378 0.32850 0.30378 0.32850 0.30378 0.32850 0.30744 0.32850 0.30378 0.32850 0.30378 0.34908 0.30744 0.34908 0.30378 0.34908 0.30378 0.36965 0.30744 0.36965 0.30378 0.36965 0.30378 0.39023 0.30744 0.39023 0.30378 0.39023 0.30378 0.41080 0.30744 0.41080 0.30378 0.41080 0.30378 0.43138 0.30744 0.43138 0.30378 0.43138 0.30378 0.45195 0.30744 0.45195 0.30378 0.45195 0.30378 0.47253 0.30744 0.47253 0.30378 0.47253 0.30378 0.49310 0.30744 0.49310 0.30378 0.49310 0.30378 0.51368 0.30744 0.51368 0.30378 0.51368 0.30378 0.53425 0.30744 0.53425 0.30378 0.53425 0.30378 0.53425\n 11 732 33 0.05950 0.53425 0.03508 0.53425 0.05950 0.53425 0.05950 0.53790 0.05950 0.53425 0.08665 0.53425 0.08665 0.53790 0.08665 0.53425 0.11379 0.53425 0.11379 0.53790 0.11379 0.53425 0.14093 0.53425 0.14093 0.53790 0.14093 0.53425 0.16807 0.53425 0.16807 0.53790 0.16807 0.53425 0.19521 0.53425 0.19521 0.53790 0.19521 0.53425 0.22236 0.53425 0.22236 0.53790 0.22236 0.53425 0.24950 0.53425 0.24950 0.53790 0.24950 0.53425 0.27664 0.53425 0.27664 0.53790 0.27664 0.53425 0.30378 0.53425 0.30378 0.53790 0.30378 0.53425 0.30378 0.53425\n 11 732 33 0.05950 0.53425 0.03508 0.53425 0.05950 0.53425 0.05950 0.53790 0.05950 0.53425 0.08665 0.53425 0.08665 0.53790 0.08665 0.53425 0.11379 0.53425 0.11379 0.53790 0.11379 0.53425 0.14093 0.53425 0.14093 0.53790 0.14093 0.53425 0.16807 0.53425 0.16807 0.53790 0.16807 0.53425 0.19521 0.53425 0.19521 0.53790 0.19521 0.53425 0.22236 0.53425 0.22236 0.53790 0.22236 0.53425 0.24950 0.53425 0.24950 0.53790 0.24950 0.53425 0.27664 0.53425 0.27664 0.53790 0.27664 0.53425 0.30378 0.53425 0.30378 0.53790 0.30378 0.53425 0.30378 0.53425\n 11 732 33 0.05950 0.32850 0.03508 0.32850 0.05950 0.32850 0.05950 0.32485 0.05950 0.32850 0.08665 0.32850 0.08665 0.32485 0.08665 0.32850 0.11379 0.32850 0.11379 0.32485 0.11379 0.32850 0.14093 0.32850 0.14093 0.32485 0.14093 0.32850 0.16807 0.32850 0.16807 0.32485 0.16807 0.32850 0.19521 0.32850 0.19521 0.32485 0.19521 0.32850 0.22236 0.32850 0.22236 0.32485 0.22236 0.32850 0.24950 0.32850 0.24950 0.32485 0.24950 0.32850 0.27664 0.32850 0.27664 0.32485 0.27664 0.32850 0.30378 0.32850 0.30378 0.32485 0.30378 0.32850 0.30378 0.32850\n 11 94 4 0.05755 0.32166 0.05783 0.32180 0.05825 0.32222 0.05825 0.31930\n 11 380 17 0.06076 0.32222 0.06034 0.32208 0.06006 0.32166 0.05992 0.32097 0.05992 0.32055 0.06006 0.31985 0.06034 0.31944 0.06076 0.31930 0.06103 0.31930 0.06145 0.31944 0.06173 0.31985 0.06187 0.32055 0.06187 0.32097 0.06173 0.32166 0.06145 0.32208 0.06103 0.32222 0.06076 0.32222\n 11 336 15 0.11170 0.32222 0.11323 0.32222 0.11240 0.32111 0.11281 0.32111 0.11309 0.32097 0.11323 0.32083 0.11337 0.32041 0.11337 0.32013 0.11323 0.31971 0.11295 0.31944 0.11254 0.31930 0.11212 0.31930 0.11170 0.31944 0.11156 0.31957 0.11142 0.31985\n 11 380 17 0.11504 0.32222 0.11462 0.32208 0.11434 0.32166 0.11421 0.32097 0.11421 0.32055 0.11434 0.31985 0.11462 0.31944 0.11504 0.31930 0.11532 0.31930 0.11574 0.31944 0.11602 0.31985 0.11615 0.32055 0.11615 0.32097 0.11602 0.32166 0.11574 0.32208 0.11532 0.32222 0.11504 0.32222\n 11 380 17 0.16738 0.32222 0.16598 0.32222 0.16585 0.32097 0.16598 0.32111 0.16640 0.32124 0.16682 0.32124 0.16724 0.32111 0.16752 0.32083 0.16765 0.32041 0.16765 0.32013 0.16752 0.31971 0.16724 0.31944 0.16682 0.31930 0.16640 0.31930 0.16598 0.31944 0.16585 0.31957 0.16571 0.31985\n 11 380 17 0.16933 0.32222 0.16891 0.32208 0.16863 0.32166 0.16849 0.32097 0.16849 0.32055 0.16863 0.31985 0.16891 0.31944 0.16933 0.31930 0.16960 0.31930 0.17002 0.31944 0.17030 0.31985 0.17044 0.32055 0.17044 0.32097 0.17030 0.32166 0.17002 0.32208 0.16960 0.32222 0.16933 0.32222\n 11 50 2 0.22194 0.32222 0.22055 0.31930\n 11 50 2 0.21999 0.32222 0.22194 0.32222\n 11 380 17 0.22361 0.32222 0.22319 0.32208 0.22291 0.32166 0.22277 0.32097 0.22277 0.32055 0.22291 0.31985 0.22319 0.31944 0.22361 0.31930 0.22389 0.31930 0.22431 0.31944 0.22458 0.31985 0.22472 0.32055 0.22472 0.32097 0.22458 0.32166 0.22431 0.32208 0.22389 0.32222 0.22361 0.32222\n 11 512 23 0.27608 0.32124 0.27595 0.32083 0.27567 0.32055 0.27525 0.32041 0.27511 0.32041 0.27469 0.32055 0.27441 0.32083 0.27428 0.32124 0.27428 0.32138 0.27441 0.32180 0.27469 0.32208 0.27511 0.32222 0.27525 0.32222 0.27567 0.32208 0.27595 0.32180 0.27608 0.32124 0.27608 0.32055 0.27595 0.31985 0.27567 0.31944 0.27525 0.31930 0.27497 0.31930 0.27455 0.31944 0.27441 0.31971\n 11 380 17 0.27789 0.32222 0.27748 0.32208 0.27720 0.32166 0.27706 0.32097 0.27706 0.32055 0.27720 0.31985 0.27748 0.31944 0.27789 0.31930 0.27817 0.31930 0.27859 0.31944 0.27887 0.31985 0.27901 0.32055 0.27901 0.32097 0.27887 0.32166 0.27859 0.32208 0.27817 0.32222 0.27789 0.32222\n 11 732 33 0.05950 0.32850 0.03508 0.32850 0.05950 0.32850 0.05950 0.32485 0.05950 0.32850 0.08665 0.32850 0.08665 0.32485 0.08665 0.32850 0.11379 0.32850 0.11379 0.32485 0.11379 0.32850 0.14093 0.32850 0.14093 0.32485 0.14093 0.32850 0.16807 0.32850 0.16807 0.32485 0.16807 0.32850 0.19521 0.32850 0.19521 0.32485 0.19521 0.32850 0.22236 0.32850 0.22236 0.32485 0.22236 0.32850 0.24950 0.32850 0.24950 0.32485 0.24950 0.32850 0.27664 0.32850 0.27664 0.32485 0.27664 0.32850 0.30378 0.32850 0.30378 0.32485 0.30378 0.32850 0.30378 0.32850\n 11 94 4 0.05755 0.32166 0.05783 0.32180 0.05825 0.32222 0.05825 0.31930\n 11 380 17 0.06076 0.32222 0.06034 0.32208 0.06006 0.32166 0.05992 0.32097 0.05992 0.32055 0.06006 0.31985 0.06034 0.31944 0.06076 0.31930 0.06103 0.31930 0.06145 0.31944 0.06173 0.31985 0.06187 0.32055 0.06187 0.32097 0.06173 0.32166 0.06145 0.32208 0.06103 0.32222 0.06076 0.32222\n 11 336 15 0.11170 0.32222 0.11323 0.32222 0.11240 0.32111 0.11281 0.32111 0.11309 0.32097 0.11323 0.32083 0.11337 0.32041 0.11337 0.32013 0.11323 0.31971 0.11295 0.31944 0.11254 0.31930 0.11212 0.31930 0.11170 0.31944 0.11156 0.31957 0.11142 0.31985\n 11 380 17 0.11504 0.32222 0.11462 0.32208 0.11434 0.32166 0.11421 0.32097 0.11421 0.32055 0.11434 0.31985 0.11462 0.31944 0.11504 0.31930 0.11532 0.31930 0.11574 0.31944 0.11602 0.31985 0.11615 0.32055 0.11615 0.32097 0.11602 0.32166 0.11574 0.32208 0.11532 0.32222 0.11504 0.32222\n 11 380 17 0.16738 0.32222 0.16598 0.32222 0.16585 0.32097 0.16598 0.32111 0.16640 0.32124 0.16682 0.32124 0.16724 0.32111 0.16752 0.32083 0.16765 0.32041 0.16765 0.32013 0.16752 0.31971 0.16724 0.31944 0.16682 0.31930 0.16640 0.31930 0.16598 0.31944 0.16585 0.31957 0.16571 0.31985\n 11 380 17 0.16933 0.32222 0.16891 0.32208 0.16863 0.32166 0.16849 0.32097 0.16849 0.32055 0.16863 0.31985 0.16891 0.31944 0.16933 0.31930 0.16960 0.31930 0.17002 0.31944 0.17030 0.31985 0.17044 0.32055 0.17044 0.32097 0.17030 0.32166 0.17002 0.32208 0.16960 0.32222 0.16933 0.32222\n 11 50 2 0.22194 0.32222 0.22055 0.31930\n 11 50 2 0.21999 0.32222 0.22194 0.32222\n 11 380 17 0.22361 0.32222 0.22319 0.32208 0.22291 0.32166 0.22277 0.32097 0.22277 0.32055 0.22291 0.31985 0.22319 0.31944 0.22361 0.31930 0.22389 0.31930 0.22431 0.31944 0.22458 0.31985 0.22472 0.32055 0.22472 0.32097 0.22458 0.32166 0.22431 0.32208 0.22389 0.32222 0.22361 0.32222\n 11 512 23 0.27608 0.32124 0.27595 0.32083 0.27567 0.32055 0.27525 0.32041 0.27511 0.32041 0.27469 0.32055 0.27441 0.32083 0.27428 0.32124 0.27428 0.32138 0.27441 0.32180 0.27469 0.32208 0.27511 0.32222 0.27525 0.32222 0.27567 0.32208 0.27595 0.32180 0.27608 0.32124 0.27608 0.32055 0.27595 0.31985 0.27567 0.31944 0.27525 0.31930 0.27497 0.31930 0.27455 0.31944 0.27441 0.31971\n 11 380 17 0.27789 0.32222 0.27748 0.32208 0.27720 0.32166 0.27706 0.32097 0.27706 0.32055 0.27720 0.31985 0.27748 0.31944 0.27789 0.31930 0.27817 0.31930 0.27859 0.31944 0.27887 0.31985 0.27901 0.32055 0.27901 0.32097 0.27887 0.32166 0.27859 0.32208 0.27817 0.32222 0.27789 0.32222\n 11 798 36 0.03508 0.32850 0.03508 0.32850 0.03508 0.32850 0.03142 0.32850 0.03508 0.32850 0.03508 0.34908 0.03142 0.34908 0.03508 0.34908 0.03508 0.36965 0.03142 0.36965 0.03508 0.36965 0.03508 0.39023 0.03142 0.39023 0.03508 0.39023 0.03508 0.41080 0.03142 0.41080 0.03508 0.41080 0.03508 0.43138 0.03142 0.43138 0.03508 0.43138 0.03508 0.45195 0.03142 0.45195 0.03508 0.45195 0.03508 0.47253 0.03142 0.47253 0.03508 0.47253 0.03508 0.49310 0.03142 0.49310 0.03508 0.49310 0.03508 0.51368 0.03142 0.51368 0.03508 0.51368 0.03508 0.53425 0.03142 0.53425 0.03508 0.53425 0.03508 0.53425\n 11 50 2 0.01642 0.34887 0.01893 0.34887\n 11 380 17 0.02074 0.35054 0.02032 0.35040 0.02004 0.34998 0.01990 0.34929 0.01990 0.34887 0.02004 0.34817 0.02032 0.34776 0.02074 0.34762 0.02102 0.34762 0.02144 0.34776 0.02171 0.34817 0.02185 0.34887 0.02185 0.34929 0.02171 0.34998 0.02144 0.35040 0.02102 0.35054 0.02074 0.35054\n 11 116 5 0.02297 0.34789 0.02283 0.34776 0.02297 0.34762 0.02311 0.34776 0.02297 0.34789\n 11 644 29 0.02478 0.35054 0.02436 0.35040 0.02422 0.35012 0.02422 0.34984 0.02436 0.34957 0.02464 0.34943 0.02519 0.34929 0.02561 0.34915 0.02589 0.34887 0.02603 0.34859 0.02603 0.34817 0.02589 0.34789 0.02575 0.34776 0.02533 0.34762 0.02478 0.34762 0.02436 0.34776 0.02422 0.34789 0.02408 0.34817 0.02408 0.34859 0.02422 0.34887 0.02450 0.34915 0.02491 0.34929 0.02547 0.34943 0.02575 0.34957 0.02589 0.34984 0.02589 0.35012 0.02575 0.35040 0.02533 0.35054 0.02478 0.35054\n 11 380 17 0.02770 0.35054 0.02728 0.35040 0.02700 0.34998 0.02686 0.34929 0.02686 0.34887 0.02700 0.34817 0.02728 0.34776 0.02770 0.34762 0.02798 0.34762 0.02839 0.34776 0.02867 0.34817 0.02881 0.34887 0.02881 0.34929 0.02867 0.34998 0.02839 0.35040 0.02798 0.35054 0.02770 0.35054\n 11 50 2 0.01642 0.39002 0.01893 0.39002\n 11 380 17 0.02074 0.39169 0.02032 0.39155 0.02004 0.39113 0.01990 0.39044 0.01990 0.39002 0.02004 0.38932 0.02032 0.38891 0.02074 0.38877 0.02102 0.38877 0.02144 0.38891 0.02171 0.38932 0.02185 0.39002 0.02185 0.39044 0.02171 0.39113 0.02144 0.39155 0.02102 0.39169 0.02074 0.39169\n 11 116 5 0.02297 0.38904 0.02283 0.38891 0.02297 0.38877 0.02311 0.38891 0.02297 0.38904\n 11 72 3 0.02547 0.39169 0.02408 0.38974 0.02617 0.38974\n 11 50 2 0.02547 0.39169 0.02547 0.38877\n 11 380 17 0.02770 0.39169 0.02728 0.39155 0.02700 0.39113 0.02686 0.39044 0.02686 0.39002 0.02700 0.38932 0.02728 0.38891 0.02770 0.38877 0.02798 0.38877 0.02839 0.38891 0.02867 0.38932 0.02881 0.39002 0.02881 0.39044 0.02867 0.39113 0.02839 0.39155 0.02798 0.39169 0.02770 0.39169\n 11 380 17 0.02074 0.43284 0.02032 0.43270 0.02004 0.43228 0.01990 0.43159 0.01990 0.43117 0.02004 0.43047 0.02032 0.43005 0.02074 0.42992 0.02102 0.42992 0.02144 0.43005 0.02171 0.43047 0.02185 0.43117 0.02185 0.43159 0.02171 0.43228 0.02144 0.43270 0.02102 0.43284 0.02074 0.43284\n 11 116 5 0.02297 0.43019 0.02283 0.43005 0.02297 0.42992 0.02311 0.43005 0.02297 0.43019\n 11 380 17 0.02491 0.43284 0.02450 0.43270 0.02422 0.43228 0.02408 0.43159 0.02408 0.43117 0.02422 0.43047 0.02450 0.43005 0.02491 0.42992 0.02519 0.42992 0.02561 0.43005 0.02589 0.43047 0.02603 0.43117 0.02603 0.43159 0.02589 0.43228 0.02561 0.43270 0.02519 0.43284 0.02491 0.43284\n 11 380 17 0.02770 0.43284 0.02728 0.43270 0.02700 0.43228 0.02686 0.43159 0.02686 0.43117 0.02700 0.43047 0.02728 0.43005 0.02770 0.42992 0.02798 0.42992 0.02839 0.43005 0.02867 0.43047 0.02881 0.43117 0.02881 0.43159 0.02867 0.43228 0.02839 0.43270 0.02798 0.43284 0.02770 0.43284\n 11 380 17 0.02074 0.47399 0.02032 0.47385 0.02004 0.47343 0.01990 0.47274 0.01990 0.47232 0.02004 0.47162 0.02032 0.47120 0.02074 0.47106 0.02102 0.47106 0.02144 0.47120 0.02171 0.47162 0.02185 0.47232 0.02185 0.47274 0.02171 0.47343 0.02144 0.47385 0.02102 0.47399 0.02074 0.47399\n 11 116 5 0.02297 0.47134 0.02283 0.47120 0.02297 0.47106 0.02311 0.47120 0.02297 0.47134\n 11 72 3 0.02547 0.47399 0.02408 0.47204 0.02617 0.47204\n 11 50 2 0.02547 0.47399 0.02547 0.47106\n 11 380 17 0.02770 0.47399 0.02728 0.47385 0.02700 0.47343 0.02686 0.47274 0.02686 0.47232 0.02700 0.47162 0.02728 0.47120 0.02770 0.47106 0.02798 0.47106 0.02839 0.47120 0.02867 0.47162 0.02881 0.47232 0.02881 0.47274 0.02867 0.47343 0.02839 0.47385 0.02798 0.47399 0.02770 0.47399\n 11 380 17 0.02074 0.51514 0.02032 0.51500 0.02004 0.51458 0.01990 0.51388 0.01990 0.51347 0.02004 0.51277 0.02032 0.51235 0.02074 0.51221 0.02102 0.51221 0.02144 0.51235 0.02171 0.51277 0.02185 0.51347 0.02185 0.51388 0.02171 0.51458 0.02144 0.51500 0.02102 0.51514 0.02074 0.51514\n 11 116 5 0.02297 0.51249 0.02283 0.51235 0.02297 0.51221 0.02311 0.51235 0.02297 0.51249\n 11 644 29 0.02478 0.51514 0.02436 0.51500 0.02422 0.51472 0.02422 0.51444 0.02436 0.51416 0.02464 0.51402 0.02519 0.51388 0.02561 0.51375 0.02589 0.51347 0.02603 0.51319 0.02603 0.51277 0.02589 0.51249 0.02575 0.51235 0.02533 0.51221 0.02478 0.51221 0.02436 0.51235 0.02422 0.51249 0.02408 0.51277 0.02408 0.51319 0.02422 0.51347 0.02450 0.51375 0.02491 0.51388 0.02547 0.51402 0.02575 0.51416 0.02589 0.51444 0.02589 0.51472 0.02575 0.51500 0.02533 0.51514 0.02478 0.51514\n 11 380 17 0.02770 0.51514 0.02728 0.51500 0.02700 0.51458 0.02686 0.51388 0.02686 0.51347 0.02700 0.51277 0.02728 0.51235 0.02770 0.51221 0.02798 0.51221 0.02839 0.51235 0.02867 0.51277 0.02881 0.51347 0.02881 0.51388 0.02867 0.51458 0.02839 0.51500 0.02798 0.51514 0.02770 0.51514\n 11 798 36 0.03508 0.32850 0.03508 0.32850 0.03508 0.32850 0.03142 0.32850 0.03508 0.32850 0.03508 0.34908 0.03142 0.34908 0.03508 0.34908 0.03508 0.36965 0.03142 0.36965 0.03508 0.36965 0.03508 0.39023 0.03142 0.39023 0.03508 0.39023 0.03508 0.41080 0.03142 0.41080 0.03508 0.41080 0.03508 0.43138 0.03142 0.43138 0.03508 0.43138 0.03508 0.45195 0.03142 0.45195 0.03508 0.45195 0.03508 0.47253 0.03142 0.47253 0.03508 0.47253 0.03508 0.49310 0.03142 0.49310 0.03508 0.49310 0.03508 0.51368 0.03142 0.51368 0.03508 0.51368 0.03508 0.53425 0.03142 0.53425 0.03508 0.53425 0.03508 0.53425\n 11 50 2 0.01642 0.34887 0.01893 0.34887\n 11 380 17 0.02074 0.35054 0.02032 0.35040 0.02004 0.34998 0.01990 0.34929 0.01990 0.34887 0.02004 0.34817 0.02032 0.34776 0.02074 0.34762 0.02102 0.34762 0.02144 0.34776 0.02171 0.34817 0.02185 0.34887 0.02185 0.34929 0.02171 0.34998 0.02144 0.35040 0.02102 0.35054 0.02074 0.35054\n 11 116 5 0.02297 0.34789 0.02283 0.34776 0.02297 0.34762 0.02311 0.34776 0.02297 0.34789\n 11 644 29 0.02478 0.35054 0.02436 0.35040 0.02422 0.35012 0.02422 0.34984 0.02436 0.34957 0.02464 0.34943 0.02519 0.34929 0.02561 0.34915 0.02589 0.34887 0.02603 0.34859 0.02603 0.34817 0.02589 0.34789 0.02575 0.34776 0.02533 0.34762 0.02478 0.34762 0.02436 0.34776 0.02422 0.34789 0.02408 0.34817 0.02408 0.34859 0.02422 0.34887 0.02450 0.34915 0.02491 0.34929 0.02547 0.34943 0.02575 0.34957 0.02589 0.34984 0.02589 0.35012 0.02575 0.35040 0.02533 0.35054 0.02478 0.35054\n 11 380 17 0.02770 0.35054 0.02728 0.35040 0.02700 0.34998 0.02686 0.34929 0.02686 0.34887 0.02700 0.34817 0.02728 0.34776 0.02770 0.34762 0.02798 0.34762 0.02839 0.34776 0.02867 0.34817 0.02881 0.34887 0.02881 0.34929 0.02867 0.34998 0.02839 0.35040 0.02798 0.35054 0.02770 0.35054\n 11 50 2 0.01642 0.39002 0.01893 0.39002\n 11 380 17 0.02074 0.39169 0.02032 0.39155 0.02004 0.39113 0.01990 0.39044 0.01990 0.39002 0.02004 0.38932 0.02032 0.38891 0.02074 0.38877 0.02102 0.38877 0.02144 0.38891 0.02171 0.38932 0.02185 0.39002 0.02185 0.39044 0.02171 0.39113 0.02144 0.39155 0.02102 0.39169 0.02074 0.39169\n 11 116 5 0.02297 0.38904 0.02283 0.38891 0.02297 0.38877 0.02311 0.38891 0.02297 0.38904\n 11 72 3 0.02547 0.39169 0.02408 0.38974 0.02617 0.38974\n 11 50 2 0.02547 0.39169 0.02547 0.38877\n 11 380 17 0.02770 0.39169 0.02728 0.39155 0.02700 0.39113 0.02686 0.39044 0.02686 0.39002 0.02700 0.38932 0.02728 0.38891 0.02770 0.38877 0.02798 0.38877 0.02839 0.38891 0.02867 0.38932 0.02881 0.39002 0.02881 0.39044 0.02867 0.39113 0.02839 0.39155 0.02798 0.39169 0.02770 0.39169\n 11 380 17 0.02074 0.43284 0.02032 0.43270 0.02004 0.43228 0.01990 0.43159 0.01990 0.43117 0.02004 0.43047 0.02032 0.43005 0.02074 0.42992 0.02102 0.42992 0.02144 0.43005 0.02171 0.43047 0.02185 0.43117 0.02185 0.43159 0.02171 0.43228 0.02144 0.43270 0.02102 0.43284 0.02074 0.43284\n 11 116 5 0.02297 0.43019 0.02283 0.43005 0.02297 0.42992 0.02311 0.43005 0.02297 0.43019\n 11 380 17 0.02491 0.43284 0.02450 0.43270 0.02422 0.43228 0.02408 0.43159 0.02408 0.43117 0.02422 0.43047 0.02450 0.43005 0.02491 0.42992 0.02519 0.42992 0.02561 0.43005 0.02589 0.43047 0.02603 0.43117 0.02603 0.43159 0.02589 0.43228 0.02561 0.43270 0.02519 0.43284 0.02491 0.43284\n 11 380 17 0.02770 0.43284 0.02728 0.43270 0.02700 0.43228 0.02686 0.43159 0.02686 0.43117 0.02700 0.43047 0.02728 0.43005 0.02770 0.42992 0.02798 0.42992 0.02839 0.43005 0.02867 0.43047 0.02881 0.43117 0.02881 0.43159 0.02867 0.43228 0.02839 0.43270 0.02798 0.43284 0.02770 0.43284\n 11 380 17 0.02074 0.47399 0.02032 0.47385 0.02004 0.47343 0.01990 0.47274 0.01990 0.47232 0.02004 0.47162 0.02032 0.47120 0.02074 0.47106 0.02102 0.47106 0.02144 0.47120 0.02171 0.47162 0.02185 0.47232 0.02185 0.47274 0.02171 0.47343 0.02144 0.47385 0.02102 0.47399 0.02074 0.47399\n 11 116 5 0.02297 0.47134 0.02283 0.47120 0.02297 0.47106 0.02311 0.47120 0.02297 0.47134\n 11 72 3 0.02547 0.47399 0.02408 0.47204 0.02617 0.47204\n 11 50 2 0.02547 0.47399 0.02547 0.47106\n 11 380 17 0.02770 0.47399 0.02728 0.47385 0.02700 0.47343 0.02686 0.47274 0.02686 0.47232 0.02700 0.47162 0.02728 0.47120 0.02770 0.47106 0.02798 0.47106 0.02839 0.47120 0.02867 0.47162 0.02881 0.47232 0.02881 0.47274 0.02867 0.47343 0.02839 0.47385 0.02798 0.47399 0.02770 0.47399\n 11 380 17 0.02074 0.51514 0.02032 0.51500 0.02004 0.51458 0.01990 0.51388 0.01990 0.51347 0.02004 0.51277 0.02032 0.51235 0.02074 0.51221 0.02102 0.51221 0.02144 0.51235 0.02171 0.51277 0.02185 0.51347 0.02185 0.51388 0.02171 0.51458 0.02144 0.51500 0.02102 0.51514 0.02074 0.51514\n 11 116 5 0.02297 0.51249 0.02283 0.51235 0.02297 0.51221 0.02311 0.51235 0.02297 0.51249\n 11 644 29 0.02478 0.51514 0.02436 0.51500 0.02422 0.51472 0.02422 0.51444 0.02436 0.51416 0.02464 0.51402 0.02519 0.51388 0.02561 0.51375 0.02589 0.51347 0.02603 0.51319 0.02603 0.51277 0.02589 0.51249 0.02575 0.51235 0.02533 0.51221 0.02478 0.51221 0.02436 0.51235 0.02422 0.51249 0.02408 0.51277 0.02408 0.51319 0.02422 0.51347 0.02450 0.51375 0.02491 0.51388 0.02547 0.51402 0.02575 0.51416 0.02589 0.51444 0.02589 0.51472 0.02575 0.51500 0.02533 0.51514 0.02478 0.51514\n 11 380 17 0.02770 0.51514 0.02728 0.51500 0.02700 0.51458 0.02686 0.51388 0.02686 0.51347 0.02700 0.51277 0.02728 0.51235 0.02770 0.51221 0.02798 0.51221 0.02839 0.51235 0.02867 0.51277 0.02881 0.51347 0.02881 0.51388 0.02867 0.51458 0.02839 0.51500 0.02798 0.51514 0.02770 0.51514\n 11 798 36 0.30378 0.32850 0.30378 0.32850 0.30378 0.32850 0.30744 0.32850 0.30378 0.32850 0.30378 0.34908 0.30744 0.34908 0.30378 0.34908 0.30378 0.36965 0.30744 0.36965 0.30378 0.36965 0.30378 0.39023 0.30744 0.39023 0.30378 0.39023 0.30378 0.41080 0.30744 0.41080 0.30378 0.41080 0.30378 0.43138 0.30744 0.43138 0.30378 0.43138 0.30378 0.45195 0.30744 0.45195 0.30378 0.45195 0.30378 0.47253 0.30744 0.47253 0.30378 0.47253 0.30378 0.49310 0.30744 0.49310 0.30378 0.49310 0.30378 0.51368 0.30744 0.51368 0.30378 0.51368 0.30378 0.53425 0.30744 0.53425 0.30378 0.53425 0.30378 0.53425\n 11 798 36 0.30378 0.32850 0.30378 0.32850 0.30378 0.32850 0.30744 0.32850 0.30378 0.32850 0.30378 0.34908 0.30744 0.34908 0.30378 0.34908 0.30378 0.36965 0.30744 0.36965 0.30378 0.36965 0.30378 0.39023 0.30744 0.39023 0.30378 0.39023 0.30378 0.41080 0.30744 0.41080 0.30378 0.41080 0.30378 0.43138 0.30744 0.43138 0.30378 0.43138 0.30378 0.45195 0.30744 0.45195 0.30378 0.45195 0.30378 0.47253 0.30744 0.47253 0.30378 0.47253 0.30378 0.49310 0.30744 0.49310 0.30378 0.49310 0.30378 0.51368 0.30744 0.51368 0.30378 0.51368 0.30378 0.53425 0.30744 0.53425 0.30378 0.53425 0.30378 0.53425\n 11 732 33 0.05950 0.53425 0.03508 0.53425 0.05950 0.53425 0.05950 0.53790 0.05950 0.53425 0.08665 0.53425 0.08665 0.53790 0.08665 0.53425 0.11379 0.53425 0.11379 0.53790 0.11379 0.53425 0.14093 0.53425 0.14093 0.53790 0.14093 0.53425 0.16807 0.53425 0.16807 0.53790 0.16807 0.53425 0.19521 0.53425 0.19521 0.53790 0.19521 0.53425 0.22236 0.53425 0.22236 0.53790 0.22236 0.53425 0.24950 0.53425 0.24950 0.53790 0.24950 0.53425 0.27664 0.53425 0.27664 0.53790 0.27664 0.53425 0.30378 0.53425 0.30378 0.53790 0.30378 0.53425 0.30378 0.53425\n 11 732 33 0.05950 0.53425 0.03508 0.53425 0.05950 0.53425 0.05950 0.53790 0.05950 0.53425 0.08665 0.53425 0.08665 0.53790 0.08665 0.53425 0.11379 0.53425 0.11379 0.53790 0.11379 0.53425 0.14093 0.53425 0.14093 0.53790 0.14093 0.53425 0.16807 0.53425 0.16807 0.53790 0.16807 0.53425 0.19521 0.53425 0.19521 0.53790 0.19521 0.53425 0.22236 0.53425 0.22236 0.53790 0.22236 0.53425 0.24950 0.53425 0.24950 0.53790 0.24950 0.53425 0.27664 0.53425 0.27664 0.53790 0.27664 0.53425 0.30378 0.53425 0.30378 0.53790 0.30378 0.53425 0.30378 0.53425\n 11 732 33 0.05950 0.32850 0.03508 0.32850 0.05950 0.32850 0.05950 0.32485 0.05950 0.32850 0.08665 0.32850 0.08665 0.32485 0.08665 0.32850 0.11379 0.32850 0.11379 0.32485 0.11379 0.32850 0.14093 0.32850 0.14093 0.32485 0.14093 0.32850 0.16807 0.32850 0.16807 0.32485 0.16807 0.32850 0.19521 0.32850 0.19521 0.32485 0.19521 0.32850 0.22236 0.32850 0.22236 0.32485 0.22236 0.32850 0.24950 0.32850 0.24950 0.32485 0.24950 0.32850 0.27664 0.32850 0.27664 0.32485 0.27664 0.32850 0.30378 0.32850 0.30378 0.32485 0.30378 0.32850 0.30378 0.32850\n 11 94 4 0.05755 0.32166 0.05783 0.32180 0.05825 0.32222 0.05825 0.31930\n 11 380 17 0.06076 0.32222 0.06034 0.32208 0.06006 0.32166 0.05992 0.32097 0.05992 0.32055 0.06006 0.31985 0.06034 0.31944 0.06076 0.31930 0.06103 0.31930 0.06145 0.31944 0.06173 0.31985 0.06187 0.32055 0.06187 0.32097 0.06173 0.32166 0.06145 0.32208 0.06103 0.32222 0.06076 0.32222\n 11 336 15 0.11170 0.32222 0.11323 0.32222 0.11240 0.32111 0.11281 0.32111 0.11309 0.32097 0.11323 0.32083 0.11337 0.32041 0.11337 0.32013 0.11323 0.31971 0.11295 0.31944 0.11254 0.31930 0.11212 0.31930 0.11170 0.31944 0.11156 0.31957 0.11142 0.31985\n 11 380 17 0.11504 0.32222 0.11462 0.32208 0.11434 0.32166 0.11421 0.32097 0.11421 0.32055 0.11434 0.31985 0.11462 0.31944 0.11504 0.31930 0.11532 0.31930 0.11574 0.31944 0.11602 0.31985 0.11615 0.32055 0.11615 0.32097 0.11602 0.32166 0.11574 0.32208 0.11532 0.32222 0.11504 0.32222\n 11 380 17 0.16738 0.32222 0.16598 0.32222 0.16585 0.32097 0.16598 0.32111 0.16640 0.32124 0.16682 0.32124 0.16724 0.32111 0.16752 0.32083 0.16765 0.32041 0.16765 0.32013 0.16752 0.31971 0.16724 0.31944 0.16682 0.31930 0.16640 0.31930 0.16598 0.31944 0.16585 0.31957 0.16571 0.31985\n 11 380 17 0.16933 0.32222 0.16891 0.32208 0.16863 0.32166 0.16849 0.32097 0.16849 0.32055 0.16863 0.31985 0.16891 0.31944 0.16933 0.31930 0.16960 0.31930 0.17002 0.31944 0.17030 0.31985 0.17044 0.32055 0.17044 0.32097 0.17030 0.32166 0.17002 0.32208 0.16960 0.32222 0.16933 0.32222\n 11 50 2 0.22194 0.32222 0.22055 0.31930\n 11 50 2 0.21999 0.32222 0.22194 0.32222\n 11 380 17 0.22361 0.32222 0.22319 0.32208 0.22291 0.32166 0.22277 0.32097 0.22277 0.32055 0.22291 0.31985 0.22319 0.31944 0.22361 0.31930 0.22389 0.31930 0.22431 0.31944 0.22458 0.31985 0.22472 0.32055 0.22472 0.32097 0.22458 0.32166 0.22431 0.32208 0.22389 0.32222 0.22361 0.32222\n 11 512 23 0.27608 0.32124 0.27595 0.32083 0.27567 0.32055 0.27525 0.32041 0.27511 0.32041 0.27469 0.32055 0.27441 0.32083 0.27428 0.32124 0.27428 0.32138 0.27441 0.32180 0.27469 0.32208 0.27511 0.32222 0.27525 0.32222 0.27567 0.32208 0.27595 0.32180 0.27608 0.32124 0.27608 0.32055 0.27595 0.31985 0.27567 0.31944 0.27525 0.31930 0.27497 0.31930 0.27455 0.31944 0.27441 0.31971\n 11 380 17 0.27789 0.32222 0.27748 0.32208 0.27720 0.32166 0.27706 0.32097 0.27706 0.32055 0.27720 0.31985 0.27748 0.31944 0.27789 0.31930 0.27817 0.31930 0.27859 0.31944 0.27887 0.31985 0.27901 0.32055 0.27901 0.32097 0.27887 0.32166 0.27859 0.32208 0.27817 0.32222 0.27789 0.32222\n 11 732 33 0.05950 0.32850 0.03508 0.32850 0.05950 0.32850 0.05950 0.32485 0.05950 0.32850 0.08665 0.32850 0.08665 0.32485 0.08665 0.32850 0.11379 0.32850 0.11379 0.32485 0.11379 0.32850 0.14093 0.32850 0.14093 0.32485 0.14093 0.32850 0.16807 0.32850 0.16807 0.32485 0.16807 0.32850 0.19521 0.32850 0.19521 0.32485 0.19521 0.32850 0.22236 0.32850 0.22236 0.32485 0.22236 0.32850 0.24950 0.32850 0.24950 0.32485 0.24950 0.32850 0.27664 0.32850 0.27664 0.32485 0.27664 0.32850 0.30378 0.32850 0.30378 0.32485 0.30378 0.32850 0.30378 0.32850\n 11 94 4 0.05755 0.32166 0.05783 0.32180 0.05825 0.32222 0.05825 0.31930\n 11 380 17 0.06076 0.32222 0.06034 0.32208 0.06006 0.32166 0.05992 0.32097 0.05992 0.32055 0.06006 0.31985 0.06034 0.31944 0.06076 0.31930 0.06103 0.31930 0.06145 0.31944 0.06173 0.31985 0.06187 0.32055 0.06187 0.32097 0.06173 0.32166 0.06145 0.32208 0.06103 0.32222 0.06076 0.32222\n 11 336 15 0.11170 0.32222 0.11323 0.32222 0.11240 0.32111 0.11281 0.32111 0.11309 0.32097 0.11323 0.32083 0.11337 0.32041 0.11337 0.32013 0.11323 0.31971 0.11295 0.31944 0.11254 0.31930 0.11212 0.31930 0.11170 0.31944 0.11156 0.31957 0.11142 0.31985\n 11 380 17 0.11504 0.32222 0.11462 0.32208 0.11434 0.32166 0.11421 0.32097 0.11421 0.32055 0.11434 0.31985 0.11462 0.31944 0.11504 0.31930 0.11532 0.31930 0.11574 0.31944 0.11602 0.31985 0.11615 0.32055 0.11615 0.32097 0.11602 0.32166 0.11574 0.32208 0.11532 0.32222 0.11504 0.32222\n 11 380 17 0.16738 0.32222 0.16598 0.32222 0.16585 0.32097 0.16598 0.32111 0.16640 0.32124 0.16682 0.32124 0.16724 0.32111 0.16752 0.32083 0.16765 0.32041 0.16765 0.32013 0.16752 0.31971 0.16724 0.31944 0.16682 0.31930 0.16640 0.31930 0.16598 0.31944 0.16585 0.31957 0.16571 0.31985\n 11 380 17 0.16933 0.32222 0.16891 0.32208 0.16863 0.32166 0.16849 0.32097 0.16849 0.32055 0.16863 0.31985 0.16891 0.31944 0.16933 0.31930 0.16960 0.31930 0.17002 0.31944 0.17030 0.31985 0.17044 0.32055 0.17044 0.32097 0.17030 0.32166 0.17002 0.32208 0.16960 0.32222 0.16933 0.32222\n 11 50 2 0.22194 0.32222 0.22055 0.31930\n 11 50 2 0.21999 0.32222 0.22194 0.32222\n 11 380 17 0.22361 0.32222 0.22319 0.32208 0.22291 0.32166 0.22277 0.32097 0.22277 0.32055 0.22291 0.31985 0.22319 0.31944 0.22361 0.31930 0.22389 0.31930 0.22431 0.31944 0.22458 0.31985 0.22472 0.32055 0.22472 0.32097 0.22458 0.32166 0.22431 0.32208 0.22389 0.32222 0.22361 0.32222\n 11 512 23 0.27608 0.32124 0.27595 0.32083 0.27567 0.32055 0.27525 0.32041 0.27511 0.32041 0.27469 0.32055 0.27441 0.32083 0.27428 0.32124 0.27428 0.32138 0.27441 0.32180 0.27469 0.32208 0.27511 0.32222 0.27525 0.32222 0.27567 0.32208 0.27595 0.32180 0.27608 0.32124 0.27608 0.32055 0.27595 0.31985 0.27567 0.31944 0.27525 0.31930 0.27497 0.31930 0.27455 0.31944 0.27441 0.31971\n 11 380 17 0.27789 0.32222 0.27748 0.32208 0.27720 0.32166 0.27706 0.32097 0.27706 0.32055 0.27720 0.31985 0.27748 0.31944 0.27789 0.31930 0.27817 0.31930 0.27859 0.31944 0.27887 0.31985 0.27901 0.32055 0.27901 0.32097 0.27887 0.32166 0.27859 0.32208 0.27817 0.32222 0.27789 0.32222\n 21 6 1\n 25 6 1\n 11 2206 100 0.03508 0.44844 0.03779 0.46504 0.04050 0.48070 0.04322 0.49499 0.04593 0.50752 0.04865 0.51794 0.05136 0.52596 0.05408 0.53136 0.05679 0.53399 0.05950 0.53378 0.06222 0.53073 0.06493 0.52492 0.06765 0.51652 0.07036 0.50576 0.07307 0.49294 0.07579 0.47842 0.07850 0.46259 0.08122 0.44589 0.08393 0.42880 0.08665 0.41177 0.08936 0.39529 0.09207 0.37981 0.09479 0.36576 0.09750 0.35352 0.10022 0.34345 0.10293 0.33581 0.10565 0.33081 0.10836 0.32861 0.11107 0.32925 0.11379 0.33273 0.11650 0.33894 0.11922 0.34771 0.12193 0.35880 0.12464 0.37190 0.12736 0.38664 0.13007 0.40263 0.13279 0.41942 0.13550 0.43653 0.13822 0.45351 0.14093 0.46987 0.14364 0.48516 0.14636 0.49896 0.14907 0.51089 0.15179 0.52062 0.15450 0.52787 0.15722 0.53245 0.15993 0.53423 0.16264 0.53316 0.16536 0.52926 0.16807 0.52266 0.17079 0.51352 0.17350 0.50211 0.17622 0.48874 0.17893 0.47377 0.18164 0.45764 0.18436 0.44077 0.18707 0.42365 0.18979 0.40673 0.19250 0.39051 0.19521 0.37541 0.19793 0.36187 0.20064 0.35025 0.20336 0.34088 0.20607 0.33402 0.20879 0.32985 0.21150 0.32850 0.21421 0.33001 0.21693 0.33432 0.21964 0.34132 0.22236 0.35081 0.22507 0.36254 0.22779 0.37618 0.23050 0.39134 0.23321 0.40762 0.23593 0.42455 0.23864 0.44168 0.24136 0.45852 0.24407 0.47460 0.24679 0.48949 0.24950 0.50277 0.25221 0.51407 0.25493 0.52307 0.25764 0.52954 0.26036 0.53328 0.26307 0.53421 0.26578 0.53228 0.26850 0.52755 0.27121 0.52016 0.27393 0.51031 0.27664 0.49827 0.27936 0.48438 0.28207 0.46902 0.28478 0.45262 0.28750 0.43562 0.29021 0.41851 0.29293 0.40176 0.29564 0.38583 0.29836 0.37115 0.30107 0.35815 0.30378 0.34718\n 21 6 1\n 25 6 1\n 82 0\n 81 6 46\n 82 0\n 81 6 47\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 2206 100 0.03508 0.45181 0.03779 0.47144 0.04050 0.48946 0.04322 0.50517 0.04593 0.51794 0.04865 0.52726 0.05136 0.53275 0.05408 0.53421 0.05679 0.53156 0.05950 0.52492 0.06222 0.51455 0.06493 0.50086 0.06765 0.48441 0.07036 0.46584 0.07307 0.44589 0.07579 0.42537 0.07850 0.40509 0.08122 0.38585 0.08393 0.36843 0.08665 0.35352 0.08936 0.34171 0.09207 0.33348 0.09479 0.32915 0.09750 0.32890 0.10022 0.33273 0.10293 0.34049 0.10565 0.35188 0.10836 0.36644 0.11107 0.38358 0.11379 0.40263 0.11650 0.42283 0.11922 0.44337 0.12193 0.46343 0.12464 0.48221 0.12736 0.49896 0.13007 0.51302 0.13279 0.52383 0.13550 0.53095 0.13822 0.53410 0.14093 0.53316 0.14364 0.52815 0.14636 0.51929 0.14907 0.50693 0.15179 0.49155 0.15450 0.47377 0.15722 0.45431 0.15993 0.43393 0.16264 0.41344 0.16536 0.39368 0.16807 0.37541 0.17079 0.35938 0.17350 0.34622 0.17622 0.33645 0.17893 0.33046 0.18164 0.32850 0.18436 0.33065 0.18707 0.33680 0.18979 0.34673 0.19250 0.36003 0.19521 0.37618 0.19793 0.39452 0.20064 0.41434 0.20336 0.43484 0.20607 0.45519 0.20879 0.47460 0.21150 0.49229 0.21421 0.50754 0.21693 0.51976 0.21964 0.52846 0.22236 0.53328 0.22507 0.53405 0.22779 0.53072 0.23050 0.52343 0.23321 0.51247 0.23593 0.49827 0.23864 0.48141 0.24136 0.46256 0.24407 0.44246 0.24679 0.42192 0.24950 0.40176 0.25221 0.38278 0.25493 0.36573 0.25764 0.35130 0.26036 0.34007 0.26307 0.33247 0.26578 0.32882 0.26850 0.32926 0.27121 0.33377 0.27393 0.34216 0.27664 0.35412 0.27936 0.36916 0.28207 0.38667 0.28478 0.40597 0.28750 0.42628 0.29021 0.44680 0.29293 0.46670 0.29564 0.48519 0.29836 0.50153 0.30107 0.51508 0.30378 0.52530\n 21 6 1\n 25 6 1\n 82 0\n 81 6 48\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 49\n 21 6 1\n 25 6 1\n 11 798 36 0.39375 0.35846 0.39375 0.35846 0.39375 0.35846 0.38742 0.35846 0.39375 0.35846 0.39375 0.37304 0.38742 0.37304 0.39375 0.37304 0.39375 0.38762 0.38742 0.38762 0.39375 0.38762 0.39375 0.40220 0.38742 0.40220 0.39375 0.40220 0.39375 0.41678 0.38742 0.41678 0.39375 0.41678 0.39375 0.43136 0.38742 0.43136 0.39375 0.43136 0.39375 0.44594 0.38742 0.44594 0.39375 0.44594 0.39375 0.46052 0.38742 0.46052 0.39375 0.46052 0.39375 0.47510 0.38742 0.47510 0.39375 0.47510 0.39375 0.48969 0.38742 0.48969 0.39375 0.48969 0.39375 0.50427 0.38742 0.50427 0.39375 0.50427 0.39375 0.50427\n 11 50 2 0.36145 0.37268 0.36579 0.37268\n 11 380 17 0.36892 0.37557 0.36820 0.37533 0.36772 0.37461 0.36747 0.37340 0.36747 0.37268 0.36772 0.37147 0.36820 0.37075 0.36892 0.37051 0.36940 0.37051 0.37013 0.37075 0.37061 0.37147 0.37085 0.37268 0.37085 0.37340 0.37061 0.37461 0.37013 0.37533 0.36940 0.37557 0.36892 0.37557\n 11 116 5 0.37278 0.37099 0.37254 0.37075 0.37278 0.37051 0.37302 0.37075 0.37278 0.37099\n 11 644 29 0.37591 0.37557 0.37519 0.37533 0.37495 0.37485 0.37495 0.37437 0.37519 0.37388 0.37567 0.37364 0.37664 0.37340 0.37736 0.37316 0.37784 0.37268 0.37808 0.37220 0.37808 0.37147 0.37784 0.37099 0.37760 0.37075 0.37688 0.37051 0.37591 0.37051 0.37519 0.37075 0.37495 0.37099 0.37471 0.37147 0.37471 0.37220 0.37495 0.37268 0.37543 0.37316 0.37615 0.37340 0.37712 0.37364 0.37760 0.37388 0.37784 0.37437 0.37784 0.37485 0.37760 0.37533 0.37688 0.37557 0.37591 0.37557\n 11 380 17 0.38098 0.37557 0.38025 0.37533 0.37977 0.37461 0.37953 0.37340 0.37953 0.37268 0.37977 0.37147 0.38025 0.37075 0.38098 0.37051 0.38146 0.37051 0.38218 0.37075 0.38266 0.37147 0.38290 0.37268 0.38290 0.37340 0.38266 0.37461 0.38218 0.37533 0.38146 0.37557 0.38098 0.37557\n 11 50 2 0.36145 0.40184 0.36579 0.40184\n 11 380 17 0.36892 0.40473 0.36820 0.40449 0.36772 0.40377 0.36747 0.40256 0.36747 0.40184 0.36772 0.40063 0.36820 0.39991 0.36892 0.39967 0.36940 0.39967 0.37013 0.39991 0.37061 0.40063 0.37085 0.40184 0.37085 0.40256 0.37061 0.40377 0.37013 0.40449 0.36940 0.40473 0.36892 0.40473\n 11 116 5 0.37278 0.40015 0.37254 0.39991 0.37278 0.39967 0.37302 0.39991 0.37278 0.40015\n 11 72 3 0.37712 0.40473 0.37471 0.40136 0.37832 0.40136\n 11 50 2 0.37712 0.40473 0.37712 0.39967\n 11 380 17 0.38098 0.40473 0.38025 0.40449 0.37977 0.40377 0.37953 0.40256 0.37953 0.40184 0.37977 0.40063 0.38025 0.39991 0.38098 0.39967 0.38146 0.39967 0.38218 0.39991 0.38266 0.40063 0.38290 0.40184 0.38290 0.40256 0.38266 0.40377 0.38218 0.40449 0.38146 0.40473 0.38098 0.40473\n 11 380 17 0.36892 0.43389 0.36820 0.43365 0.36772 0.43293 0.36747 0.43172 0.36747 0.43100 0.36772 0.42980 0.36820 0.42907 0.36892 0.42883 0.36940 0.42883 0.37013 0.42907 0.37061 0.42980 0.37085 0.43100 0.37085 0.43172 0.37061 0.43293 0.37013 0.43365 0.36940 0.43389 0.36892 0.43389\n 11 116 5 0.37278 0.42931 0.37254 0.42907 0.37278 0.42883 0.37302 0.42907 0.37278 0.42931\n 11 380 17 0.37615 0.43389 0.37543 0.43365 0.37495 0.43293 0.37471 0.43172 0.37471 0.43100 0.37495 0.42980 0.37543 0.42907 0.37615 0.42883 0.37664 0.42883 0.37736 0.42907 0.37784 0.42980 0.37808 0.43100 0.37808 0.43172 0.37784 0.43293 0.37736 0.43365 0.37664 0.43389 0.37615 0.43389\n 11 380 17 0.38098 0.43389 0.38025 0.43365 0.37977 0.43293 0.37953 0.43172 0.37953 0.43100 0.37977 0.42980 0.38025 0.42907 0.38098 0.42883 0.38146 0.42883 0.38218 0.42907 0.38266 0.42980 0.38290 0.43100 0.38290 0.43172 0.38266 0.43293 0.38218 0.43365 0.38146 0.43389 0.38098 0.43389\n 11 380 17 0.36892 0.46306 0.36820 0.46281 0.36772 0.46209 0.36747 0.46089 0.36747 0.46016 0.36772 0.45896 0.36820 0.45823 0.36892 0.45799 0.36940 0.45799 0.37013 0.45823 0.37061 0.45896 0.37085 0.46016 0.37085 0.46089 0.37061 0.46209 0.37013 0.46281 0.36940 0.46306 0.36892 0.46306\n 11 116 5 0.37278 0.45848 0.37254 0.45823 0.37278 0.45799 0.37302 0.45823 0.37278 0.45848\n 11 72 3 0.37712 0.46306 0.37471 0.45968 0.37832 0.45968\n 11 50 2 0.37712 0.46306 0.37712 0.45799\n 11 380 17 0.38098 0.46306 0.38025 0.46281 0.37977 0.46209 0.37953 0.46089 0.37953 0.46016 0.37977 0.45896 0.38025 0.45823 0.38098 0.45799 0.38146 0.45799 0.38218 0.45823 0.38266 0.45896 0.38290 0.46016 0.38290 0.46089 0.38266 0.46209 0.38218 0.46281 0.38146 0.46306 0.38098 0.46306\n 11 380 17 0.36892 0.49222 0.36820 0.49198 0.36772 0.49125 0.36747 0.49005 0.36747 0.48932 0.36772 0.48812 0.36820 0.48740 0.36892 0.48715 0.36940 0.48715 0.37013 0.48740 0.37061 0.48812 0.37085 0.48932 0.37085 0.49005 0.37061 0.49125 0.37013 0.49198 0.36940 0.49222 0.36892 0.49222\n 11 116 5 0.37278 0.48764 0.37254 0.48740 0.37278 0.48715 0.37302 0.48740 0.37278 0.48764\n 11 644 29 0.37591 0.49222 0.37519 0.49198 0.37495 0.49149 0.37495 0.49101 0.37519 0.49053 0.37567 0.49029 0.37664 0.49005 0.37736 0.48981 0.37784 0.48932 0.37808 0.48884 0.37808 0.48812 0.37784 0.48764 0.37760 0.48740 0.37688 0.48715 0.37591 0.48715 0.37519 0.48740 0.37495 0.48764 0.37471 0.48812 0.37471 0.48884 0.37495 0.48932 0.37543 0.48981 0.37615 0.49005 0.37712 0.49029 0.37760 0.49053 0.37784 0.49101 0.37784 0.49149 0.37760 0.49198 0.37688 0.49222 0.37591 0.49222\n 11 380 17 0.38098 0.49222 0.38025 0.49198 0.37977 0.49125 0.37953 0.49005 0.37953 0.48932 0.37977 0.48812 0.38025 0.48740 0.38098 0.48715 0.38146 0.48715 0.38218 0.48740 0.38266 0.48812 0.38290 0.48932 0.38290 0.49005 0.38266 0.49125 0.38218 0.49198 0.38146 0.49222 0.38098 0.49222\n 11 798 36 0.39375 0.35846 0.39375 0.35846 0.39375 0.35846 0.38742 0.35846 0.39375 0.35846 0.39375 0.37304 0.38742 0.37304 0.39375 0.37304 0.39375 0.38762 0.38742 0.38762 0.39375 0.38762 0.39375 0.40220 0.38742 0.40220 0.39375 0.40220 0.39375 0.41678 0.38742 0.41678 0.39375 0.41678 0.39375 0.43136 0.38742 0.43136 0.39375 0.43136 0.39375 0.44594 0.38742 0.44594 0.39375 0.44594 0.39375 0.46052 0.38742 0.46052 0.39375 0.46052 0.39375 0.47510 0.38742 0.47510 0.39375 0.47510 0.39375 0.48969 0.38742 0.48969 0.39375 0.48969 0.39375 0.50427 0.38742 0.50427 0.39375 0.50427 0.39375 0.50427\n 11 50 2 0.36145 0.37268 0.36579 0.37268\n 11 380 17 0.36892 0.37557 0.36820 0.37533 0.36772 0.37461 0.36747 0.37340 0.36747 0.37268 0.36772 0.37147 0.36820 0.37075 0.36892 0.37051 0.36940 0.37051 0.37013 0.37075 0.37061 0.37147 0.37085 0.37268 0.37085 0.37340 0.37061 0.37461 0.37013 0.37533 0.36940 0.37557 0.36892 0.37557\n 11 116 5 0.37278 0.37099 0.37254 0.37075 0.37278 0.37051 0.37302 0.37075 0.37278 0.37099\n 11 644 29 0.37591 0.37557 0.37519 0.37533 0.37495 0.37485 0.37495 0.37437 0.37519 0.37388 0.37567 0.37364 0.37664 0.37340 0.37736 0.37316 0.37784 0.37268 0.37808 0.37220 0.37808 0.37147 0.37784 0.37099 0.37760 0.37075 0.37688 0.37051 0.37591 0.37051 0.37519 0.37075 0.37495 0.37099 0.37471 0.37147 0.37471 0.37220 0.37495 0.37268 0.37543 0.37316 0.37615 0.37340 0.37712 0.37364 0.37760 0.37388 0.37784 0.37437 0.37784 0.37485 0.37760 0.37533 0.37688 0.37557 0.37591 0.37557\n 11 380 17 0.38098 0.37557 0.38025 0.37533 0.37977 0.37461 0.37953 0.37340 0.37953 0.37268 0.37977 0.37147 0.38025 0.37075 0.38098 0.37051 0.38146 0.37051 0.38218 0.37075 0.38266 0.37147 0.38290 0.37268 0.38290 0.37340 0.38266 0.37461 0.38218 0.37533 0.38146 0.37557 0.38098 0.37557\n 11 50 2 0.36145 0.40184 0.36579 0.40184\n 11 380 17 0.36892 0.40473 0.36820 0.40449 0.36772 0.40377 0.36747 0.40256 0.36747 0.40184 0.36772 0.40063 0.36820 0.39991 0.36892 0.39967 0.36940 0.39967 0.37013 0.39991 0.37061 0.40063 0.37085 0.40184 0.37085 0.40256 0.37061 0.40377 0.37013 0.40449 0.36940 0.40473 0.36892 0.40473\n 11 116 5 0.37278 0.40015 0.37254 0.39991 0.37278 0.39967 0.37302 0.39991 0.37278 0.40015\n 11 72 3 0.37712 0.40473 0.37471 0.40136 0.37832 0.40136\n 11 50 2 0.37712 0.40473 0.37712 0.39967\n 11 380 17 0.38098 0.40473 0.38025 0.40449 0.37977 0.40377 0.37953 0.40256 0.37953 0.40184 0.37977 0.40063 0.38025 0.39991 0.38098 0.39967 0.38146 0.39967 0.38218 0.39991 0.38266 0.40063 0.38290 0.40184 0.38290 0.40256 0.38266 0.40377 0.38218 0.40449 0.38146 0.40473 0.38098 0.40473\n 11 380 17 0.36892 0.43389 0.36820 0.43365 0.36772 0.43293 0.36747 0.43172 0.36747 0.43100 0.36772 0.42980 0.36820 0.42907 0.36892 0.42883 0.36940 0.42883 0.37013 0.42907 0.37061 0.42980 0.37085 0.43100 0.37085 0.43172 0.37061 0.43293 0.37013 0.43365 0.36940 0.43389 0.36892 0.43389\n 11 116 5 0.37278 0.42931 0.37254 0.42907 0.37278 0.42883 0.37302 0.42907 0.37278 0.42931\n 11 380 17 0.37615 0.43389 0.37543 0.43365 0.37495 0.43293 0.37471 0.43172 0.37471 0.43100 0.37495 0.42980 0.37543 0.42907 0.37615 0.42883 0.37664 0.42883 0.37736 0.42907 0.37784 0.42980 0.37808 0.43100 0.37808 0.43172 0.37784 0.43293 0.37736 0.43365 0.37664 0.43389 0.37615 0.43389\n 11 380 17 0.38098 0.43389 0.38025 0.43365 0.37977 0.43293 0.37953 0.43172 0.37953 0.43100 0.37977 0.42980 0.38025 0.42907 0.38098 0.42883 0.38146 0.42883 0.38218 0.42907 0.38266 0.42980 0.38290 0.43100 0.38290 0.43172 0.38266 0.43293 0.38218 0.43365 0.38146 0.43389 0.38098 0.43389\n 11 380 17 0.36892 0.46306 0.36820 0.46281 0.36772 0.46209 0.36747 0.46089 0.36747 0.46016 0.36772 0.45896 0.36820 0.45823 0.36892 0.45799 0.36940 0.45799 0.37013 0.45823 0.37061 0.45896 0.37085 0.46016 0.37085 0.46089 0.37061 0.46209 0.37013 0.46281 0.36940 0.46306 0.36892 0.46306\n 11 116 5 0.37278 0.45848 0.37254 0.45823 0.37278 0.45799 0.37302 0.45823 0.37278 0.45848\n 11 72 3 0.37712 0.46306 0.37471 0.45968 0.37832 0.45968\n 11 50 2 0.37712 0.46306 0.37712 0.45799\n 11 380 17 0.38098 0.46306 0.38025 0.46281 0.37977 0.46209 0.37953 0.46089 0.37953 0.46016 0.37977 0.45896 0.38025 0.45823 0.38098 0.45799 0.38146 0.45799 0.38218 0.45823 0.38266 0.45896 0.38290 0.46016 0.38290 0.46089 0.38266 0.46209 0.38218 0.46281 0.38146 0.46306 0.38098 0.46306\n 11 380 17 0.36892 0.49222 0.36820 0.49198 0.36772 0.49125 0.36747 0.49005 0.36747 0.48932 0.36772 0.48812 0.36820 0.48740 0.36892 0.48715 0.36940 0.48715 0.37013 0.48740 0.37061 0.48812 0.37085 0.48932 0.37085 0.49005 0.37061 0.49125 0.37013 0.49198 0.36940 0.49222 0.36892 0.49222\n 11 116 5 0.37278 0.48764 0.37254 0.48740 0.37278 0.48715 0.37302 0.48740 0.37278 0.48764\n 11 644 29 0.37591 0.49222 0.37519 0.49198 0.37495 0.49149 0.37495 0.49101 0.37519 0.49053 0.37567 0.49029 0.37664 0.49005 0.37736 0.48981 0.37784 0.48932 0.37808 0.48884 0.37808 0.48812 0.37784 0.48764 0.37760 0.48740 0.37688 0.48715 0.37591 0.48715 0.37519 0.48740 0.37495 0.48764 0.37471 0.48812 0.37471 0.48884 0.37495 0.48932 0.37543 0.48981 0.37615 0.49005 0.37712 0.49029 0.37760 0.49053 0.37784 0.49101 0.37784 0.49149 0.37760 0.49198 0.37688 0.49222 0.37591 0.49222\n 11 380 17 0.38098 0.49222 0.38025 0.49198 0.37977 0.49125 0.37953 0.49005 0.37953 0.48932 0.37977 0.48812 0.38025 0.48740 0.38098 0.48715 0.38146 0.48715 0.38218 0.48740 0.38266 0.48812 0.38290 0.48932 0.38290 0.49005 0.38266 0.49125 0.38218 0.49198 0.38146 0.49222 0.38098 0.49222\n 11 798 36 0.61535 0.35846 0.61535 0.35846 0.61535 0.35846 0.62168 0.35846 0.61535 0.35846 0.61535 0.37304 0.62168 0.37304 0.61535 0.37304 0.61535 0.38762 0.62168 0.38762 0.61535 0.38762 0.61535 0.40220 0.62168 0.40220 0.61535 0.40220 0.61535 0.41678 0.62168 0.41678 0.61535 0.41678 0.61535 0.43136 0.62168 0.43136 0.61535 0.43136 0.61535 0.44594 0.62168 0.44594 0.61535 0.44594 0.61535 0.46052 0.62168 0.46052 0.61535 0.46052 0.61535 0.47510 0.62168 0.47510 0.61535 0.47510 0.61535 0.48969 0.62168 0.48969 0.61535 0.48969 0.61535 0.50427 0.62168 0.50427 0.61535 0.50427 0.61535 0.50427\n 11 798 36 0.61535 0.35846 0.61535 0.35846 0.61535 0.35846 0.62168 0.35846 0.61535 0.35846 0.61535 0.37304 0.62168 0.37304 0.61535 0.37304 0.61535 0.38762 0.62168 0.38762 0.61535 0.38762 0.61535 0.40220 0.62168 0.40220 0.61535 0.40220 0.61535 0.41678 0.62168 0.41678 0.61535 0.41678 0.61535 0.43136 0.62168 0.43136 0.61535 0.43136 0.61535 0.44594 0.62168 0.44594 0.61535 0.44594 0.61535 0.46052 0.62168 0.46052 0.61535 0.46052 0.61535 0.47510 0.62168 0.47510 0.61535 0.47510 0.61535 0.48969 0.62168 0.48969 0.61535 0.48969 0.61535 0.50427 0.62168 0.50427 0.61535 0.50427 0.61535 0.50427\n 11 732 33 0.41390 0.50427 0.39375 0.50427 0.41390 0.50427 0.41390 0.51059 0.41390 0.50427 0.43628 0.50427 0.43628 0.51059 0.43628 0.50427 0.45866 0.50427 0.45866 0.51059 0.45866 0.50427 0.48105 0.50427 0.48105 0.51059 0.48105 0.50427 0.50343 0.50427 0.50343 0.51059 0.50343 0.50427 0.52581 0.50427 0.52581 0.51059 0.52581 0.50427 0.54820 0.50427 0.54820 0.51059 0.54820 0.50427 0.57058 0.50427 0.57058 0.51059 0.57058 0.50427 0.59296 0.50427 0.59296 0.51059 0.59296 0.50427 0.61535 0.50427 0.61535 0.51059 0.61535 0.50427 0.61535 0.50427\n 11 732 33 0.41390 0.50427 0.39375 0.50427 0.41390 0.50427 0.41390 0.51059 0.41390 0.50427 0.43628 0.50427 0.43628 0.51059 0.43628 0.50427 0.45866 0.50427 0.45866 0.51059 0.45866 0.50427 0.48105 0.50427 0.48105 0.51059 0.48105 0.50427 0.50343 0.50427 0.50343 0.51059 0.50343 0.50427 0.52581 0.50427 0.52581 0.51059 0.52581 0.50427 0.54820 0.50427 0.54820 0.51059 0.54820 0.50427 0.57058 0.50427 0.57058 0.51059 0.57058 0.50427 0.59296 0.50427 0.59296 0.51059 0.59296 0.50427 0.61535 0.50427 0.61535 0.51059 0.61535 0.50427 0.61535 0.50427\n 11 732 33 0.41390 0.35846 0.39375 0.35846 0.41390 0.35846 0.41390 0.35213 0.41390 0.35846 0.43628 0.35846 0.43628 0.35213 0.43628 0.35846 0.45866 0.35846 0.45866 0.35213 0.45866 0.35846 0.48105 0.35846 0.48105 0.35213 0.48105 0.35846 0.50343 0.35846 0.50343 0.35213 0.50343 0.35846 0.52581 0.35846 0.52581 0.35213 0.52581 0.35846 0.54820 0.35846 0.54820 0.35213 0.54820 0.35846 0.57058 0.35846 0.57058 0.35213 0.57058 0.35846 0.59296 0.35846 0.59296 0.35213 0.59296 0.35846 0.61535 0.35846 0.61535 0.35213 0.61535 0.35846 0.61535 0.35846\n 11 94 4 0.41052 0.34661 0.41100 0.34685 0.41173 0.34757 0.41173 0.34251\n 11 380 17 0.41607 0.34757 0.41534 0.34733 0.41486 0.34661 0.41462 0.34541 0.41462 0.34468 0.41486 0.34348 0.41534 0.34275 0.41607 0.34251 0.41655 0.34251 0.41727 0.34275 0.41776 0.34348 0.41800 0.34468 0.41800 0.34541 0.41776 0.34661 0.41727 0.34733 0.41655 0.34757 0.41607 0.34757\n 11 336 15 0.45505 0.34757 0.45770 0.34757 0.45625 0.34565 0.45698 0.34565 0.45746 0.34541 0.45770 0.34516 0.45794 0.34444 0.45794 0.34396 0.45770 0.34324 0.45722 0.34275 0.45649 0.34251 0.45577 0.34251 0.45505 0.34275 0.45481 0.34299 0.45457 0.34348\n 11 380 17 0.46083 0.34757 0.46011 0.34733 0.45963 0.34661 0.45939 0.34541 0.45939 0.34468 0.45963 0.34348 0.46011 0.34275 0.46083 0.34251 0.46132 0.34251 0.46204 0.34275 0.46252 0.34348 0.46276 0.34468 0.46276 0.34541 0.46252 0.34661 0.46204 0.34733 0.46132 0.34757 0.46083 0.34757\n 11 380 17 0.50223 0.34757 0.49981 0.34757 0.49957 0.34541 0.49981 0.34565 0.50054 0.34589 0.50126 0.34589 0.50198 0.34565 0.50247 0.34516 0.50271 0.34444 0.50271 0.34396 0.50247 0.34324 0.50198 0.34275 0.50126 0.34251 0.50054 0.34251 0.49981 0.34275 0.49957 0.34299 0.49933 0.34348\n 11 380 17 0.50560 0.34757 0.50488 0.34733 0.50440 0.34661 0.50415 0.34541 0.50415 0.34468 0.50440 0.34348 0.50488 0.34275 0.50560 0.34251 0.50608 0.34251 0.50681 0.34275 0.50729 0.34348 0.50753 0.34468 0.50753 0.34541 0.50729 0.34661 0.50681 0.34733 0.50608 0.34757 0.50560 0.34757\n 11 50 2 0.54747 0.34757 0.54506 0.34251\n 11 50 2 0.54410 0.34757 0.54747 0.34757\n 11 380 17 0.55037 0.34757 0.54964 0.34733 0.54916 0.34661 0.54892 0.34541 0.54892 0.34468 0.54916 0.34348 0.54964 0.34275 0.55037 0.34251 0.55085 0.34251 0.55157 0.34275 0.55206 0.34348 0.55230 0.34468 0.55230 0.34541 0.55206 0.34661 0.55157 0.34733 0.55085 0.34757 0.55037 0.34757\n 11 512 23 0.59200 0.34589 0.59176 0.34516 0.59128 0.34468 0.59055 0.34444 0.59031 0.34444 0.58959 0.34468 0.58911 0.34516 0.58887 0.34589 0.58887 0.34613 0.58911 0.34685 0.58959 0.34733 0.59031 0.34757 0.59055 0.34757 0.59128 0.34733 0.59176 0.34685 0.59200 0.34589 0.59200 0.34468 0.59176 0.34348 0.59128 0.34275 0.59055 0.34251 0.59007 0.34251 0.58935 0.34275 0.58911 0.34324\n 11 380 17 0.59513 0.34757 0.59441 0.34733 0.59393 0.34661 0.59369 0.34541 0.59369 0.34468 0.59393 0.34348 0.59441 0.34275 0.59513 0.34251 0.59562 0.34251 0.59634 0.34275 0.59682 0.34348 0.59706 0.34468 0.59706 0.34541 0.59682 0.34661 0.59634 0.34733 0.59562 0.34757 0.59513 0.34757\n 11 732 33 0.41390 0.35846 0.39375 0.35846 0.41390 0.35846 0.41390 0.35213 0.41390 0.35846 0.43628 0.35846 0.43628 0.35213 0.43628 0.35846 0.45866 0.35846 0.45866 0.35213 0.45866 0.35846 0.48105 0.35846 0.48105 0.35213 0.48105 0.35846 0.50343 0.35846 0.50343 0.35213 0.50343 0.35846 0.52581 0.35846 0.52581 0.35213 0.52581 0.35846 0.54820 0.35846 0.54820 0.35213 0.54820 0.35846 0.57058 0.35846 0.57058 0.35213 0.57058 0.35846 0.59296 0.35846 0.59296 0.35213 0.59296 0.35846 0.61535 0.35846 0.61535 0.35213 0.61535 0.35846 0.61535 0.35846\n 11 94 4 0.41052 0.34661 0.41100 0.34685 0.41173 0.34757 0.41173 0.34251\n 11 380 17 0.41607 0.34757 0.41534 0.34733 0.41486 0.34661 0.41462 0.34541 0.41462 0.34468 0.41486 0.34348 0.41534 0.34275 0.41607 0.34251 0.41655 0.34251 0.41727 0.34275 0.41776 0.34348 0.41800 0.34468 0.41800 0.34541 0.41776 0.34661 0.41727 0.34733 0.41655 0.34757 0.41607 0.34757\n 11 336 15 0.45505 0.34757 0.45770 0.34757 0.45625 0.34565 0.45698 0.34565 0.45746 0.34541 0.45770 0.34516 0.45794 0.34444 0.45794 0.34396 0.45770 0.34324 0.45722 0.34275 0.45649 0.34251 0.45577 0.34251 0.45505 0.34275 0.45481 0.34299 0.45457 0.34348\n 11 380 17 0.46083 0.34757 0.46011 0.34733 0.45963 0.34661 0.45939 0.34541 0.45939 0.34468 0.45963 0.34348 0.46011 0.34275 0.46083 0.34251 0.46132 0.34251 0.46204 0.34275 0.46252 0.34348 0.46276 0.34468 0.46276 0.34541 0.46252 0.34661 0.46204 0.34733 0.46132 0.34757 0.46083 0.34757\n 11 380 17 0.50223 0.34757 0.49981 0.34757 0.49957 0.34541 0.49981 0.34565 0.50054 0.34589 0.50126 0.34589 0.50198 0.34565 0.50247 0.34516 0.50271 0.34444 0.50271 0.34396 0.50247 0.34324 0.50198 0.34275 0.50126 0.34251 0.50054 0.34251 0.49981 0.34275 0.49957 0.34299 0.49933 0.34348\n 11 380 17 0.50560 0.34757 0.50488 0.34733 0.50440 0.34661 0.50415 0.34541 0.50415 0.34468 0.50440 0.34348 0.50488 0.34275 0.50560 0.34251 0.50608 0.34251 0.50681 0.34275 0.50729 0.34348 0.50753 0.34468 0.50753 0.34541 0.50729 0.34661 0.50681 0.34733 0.50608 0.34757 0.50560 0.34757\n 11 50 2 0.54747 0.34757 0.54506 0.34251\n 11 50 2 0.54410 0.34757 0.54747 0.34757\n 11 380 17 0.55037 0.34757 0.54964 0.34733 0.54916 0.34661 0.54892 0.34541 0.54892 0.34468 0.54916 0.34348 0.54964 0.34275 0.55037 0.34251 0.55085 0.34251 0.55157 0.34275 0.55206 0.34348 0.55230 0.34468 0.55230 0.34541 0.55206 0.34661 0.55157 0.34733 0.55085 0.34757 0.55037 0.34757\n 11 512 23 0.59200 0.34589 0.59176 0.34516 0.59128 0.34468 0.59055 0.34444 0.59031 0.34444 0.58959 0.34468 0.58911 0.34516 0.58887 0.34589 0.58887 0.34613 0.58911 0.34685 0.58959 0.34733 0.59031 0.34757 0.59055 0.34757 0.59128 0.34733 0.59176 0.34685 0.59200 0.34589 0.59200 0.34468 0.59176 0.34348 0.59128 0.34275 0.59055 0.34251 0.59007 0.34251 0.58935 0.34275 0.58911 0.34324\n 11 380 17 0.59513 0.34757 0.59441 0.34733 0.59393 0.34661 0.59369 0.34541 0.59369 0.34468 0.59393 0.34348 0.59441 0.34275 0.59513 0.34251 0.59562 0.34251 0.59634 0.34275 0.59682 0.34348 0.59706 0.34468 0.59706 0.34541 0.59682 0.34661 0.59634 0.34733 0.59562 0.34757 0.59513 0.34757\n 11 798 36 0.39375 0.35846 0.39375 0.35846 0.39375 0.35846 0.38742 0.35846 0.39375 0.35846 0.39375 0.37304 0.38742 0.37304 0.39375 0.37304 0.39375 0.38762 0.38742 0.38762 0.39375 0.38762 0.39375 0.40220 0.38742 0.40220 0.39375 0.40220 0.39375 0.41678 0.38742 0.41678 0.39375 0.41678 0.39375 0.43136 0.38742 0.43136 0.39375 0.43136 0.39375 0.44594 0.38742 0.44594 0.39375 0.44594 0.39375 0.46052 0.38742 0.46052 0.39375 0.46052 0.39375 0.47510 0.38742 0.47510 0.39375 0.47510 0.39375 0.48969 0.38742 0.48969 0.39375 0.48969 0.39375 0.50427 0.38742 0.50427 0.39375 0.50427 0.39375 0.50427\n 11 50 2 0.36145 0.37268 0.36579 0.37268\n 11 380 17 0.36892 0.37557 0.36820 0.37533 0.36772 0.37461 0.36747 0.37340 0.36747 0.37268 0.36772 0.37147 0.36820 0.37075 0.36892 0.37051 0.36940 0.37051 0.37013 0.37075 0.37061 0.37147 0.37085 0.37268 0.37085 0.37340 0.37061 0.37461 0.37013 0.37533 0.36940 0.37557 0.36892 0.37557\n 11 116 5 0.37278 0.37099 0.37254 0.37075 0.37278 0.37051 0.37302 0.37075 0.37278 0.37099\n 11 644 29 0.37591 0.37557 0.37519 0.37533 0.37495 0.37485 0.37495 0.37437 0.37519 0.37388 0.37567 0.37364 0.37664 0.37340 0.37736 0.37316 0.37784 0.37268 0.37808 0.37220 0.37808 0.37147 0.37784 0.37099 0.37760 0.37075 0.37688 0.37051 0.37591 0.37051 0.37519 0.37075 0.37495 0.37099 0.37471 0.37147 0.37471 0.37220 0.37495 0.37268 0.37543 0.37316 0.37615 0.37340 0.37712 0.37364 0.37760 0.37388 0.37784 0.37437 0.37784 0.37485 0.37760 0.37533 0.37688 0.37557 0.37591 0.37557\n 11 380 17 0.38098 0.37557 0.38025 0.37533 0.37977 0.37461 0.37953 0.37340 0.37953 0.37268 0.37977 0.37147 0.38025 0.37075 0.38098 0.37051 0.38146 0.37051 0.38218 0.37075 0.38266 0.37147 0.38290 0.37268 0.38290 0.37340 0.38266 0.37461 0.38218 0.37533 0.38146 0.37557 0.38098 0.37557\n 11 50 2 0.36145 0.40184 0.36579 0.40184\n 11 380 17 0.36892 0.40473 0.36820 0.40449 0.36772 0.40377 0.36747 0.40256 0.36747 0.40184 0.36772 0.40063 0.36820 0.39991 0.36892 0.39967 0.36940 0.39967 0.37013 0.39991 0.37061 0.40063 0.37085 0.40184 0.37085 0.40256 0.37061 0.40377 0.37013 0.40449 0.36940 0.40473 0.36892 0.40473\n 11 116 5 0.37278 0.40015 0.37254 0.39991 0.37278 0.39967 0.37302 0.39991 0.37278 0.40015\n 11 72 3 0.37712 0.40473 0.37471 0.40136 0.37832 0.40136\n 11 50 2 0.37712 0.40473 0.37712 0.39967\n 11 380 17 0.38098 0.40473 0.38025 0.40449 0.37977 0.40377 0.37953 0.40256 0.37953 0.40184 0.37977 0.40063 0.38025 0.39991 0.38098 0.39967 0.38146 0.39967 0.38218 0.39991 0.38266 0.40063 0.38290 0.40184 0.38290 0.40256 0.38266 0.40377 0.38218 0.40449 0.38146 0.40473 0.38098 0.40473\n 11 380 17 0.36892 0.43389 0.36820 0.43365 0.36772 0.43293 0.36747 0.43172 0.36747 0.43100 0.36772 0.42980 0.36820 0.42907 0.36892 0.42883 0.36940 0.42883 0.37013 0.42907 0.37061 0.42980 0.37085 0.43100 0.37085 0.43172 0.37061 0.43293 0.37013 0.43365 0.36940 0.43389 0.36892 0.43389\n 11 116 5 0.37278 0.42931 0.37254 0.42907 0.37278 0.42883 0.37302 0.42907 0.37278 0.42931\n 11 380 17 0.37615 0.43389 0.37543 0.43365 0.37495 0.43293 0.37471 0.43172 0.37471 0.43100 0.37495 0.42980 0.37543 0.42907 0.37615 0.42883 0.37664 0.42883 0.37736 0.42907 0.37784 0.42980 0.37808 0.43100 0.37808 0.43172 0.37784 0.43293 0.37736 0.43365 0.37664 0.43389 0.37615 0.43389\n 11 380 17 0.38098 0.43389 0.38025 0.43365 0.37977 0.43293 0.37953 0.43172 0.37953 0.43100 0.37977 0.42980 0.38025 0.42907 0.38098 0.42883 0.38146 0.42883 0.38218 0.42907 0.38266 0.42980 0.38290 0.43100 0.38290 0.43172 0.38266 0.43293 0.38218 0.43365 0.38146 0.43389 0.38098 0.43389\n 11 380 17 0.36892 0.46306 0.36820 0.46281 0.36772 0.46209 0.36747 0.46089 0.36747 0.46016 0.36772 0.45896 0.36820 0.45823 0.36892 0.45799 0.36940 0.45799 0.37013 0.45823 0.37061 0.45896 0.37085 0.46016 0.37085 0.46089 0.37061 0.46209 0.37013 0.46281 0.36940 0.46306 0.36892 0.46306\n 11 116 5 0.37278 0.45848 0.37254 0.45823 0.37278 0.45799 0.37302 0.45823 0.37278 0.45848\n 11 72 3 0.37712 0.46306 0.37471 0.45968 0.37832 0.45968\n 11 50 2 0.37712 0.46306 0.37712 0.45799\n 11 380 17 0.38098 0.46306 0.38025 0.46281 0.37977 0.46209 0.37953 0.46089 0.37953 0.46016 0.37977 0.45896 0.38025 0.45823 0.38098 0.45799 0.38146 0.45799 0.38218 0.45823 0.38266 0.45896 0.38290 0.46016 0.38290 0.46089 0.38266 0.46209 0.38218 0.46281 0.38146 0.46306 0.38098 0.46306\n 11 380 17 0.36892 0.49222 0.36820 0.49198 0.36772 0.49125 0.36747 0.49005 0.36747 0.48932 0.36772 0.48812 0.36820 0.48740 0.36892 0.48715 0.36940 0.48715 0.37013 0.48740 0.37061 0.48812 0.37085 0.48932 0.37085 0.49005 0.37061 0.49125 0.37013 0.49198 0.36940 0.49222 0.36892 0.49222\n 11 116 5 0.37278 0.48764 0.37254 0.48740 0.37278 0.48715 0.37302 0.48740 0.37278 0.48764\n 11 644 29 0.37591 0.49222 0.37519 0.49198 0.37495 0.49149 0.37495 0.49101 0.37519 0.49053 0.37567 0.49029 0.37664 0.49005 0.37736 0.48981 0.37784 0.48932 0.37808 0.48884 0.37808 0.48812 0.37784 0.48764 0.37760 0.48740 0.37688 0.48715 0.37591 0.48715 0.37519 0.48740 0.37495 0.48764 0.37471 0.48812 0.37471 0.48884 0.37495 0.48932 0.37543 0.48981 0.37615 0.49005 0.37712 0.49029 0.37760 0.49053 0.37784 0.49101 0.37784 0.49149 0.37760 0.49198 0.37688 0.49222 0.37591 0.49222\n 11 380 17 0.38098 0.49222 0.38025 0.49198 0.37977 0.49125 0.37953 0.49005 0.37953 0.48932 0.37977 0.48812 0.38025 0.48740 0.38098 0.48715 0.38146 0.48715 0.38218 0.48740 0.38266 0.48812 0.38290 0.48932 0.38290 0.49005 0.38266 0.49125 0.38218 0.49198 0.38146 0.49222 0.38098 0.49222\n 11 798 36 0.39375 0.35846 0.39375 0.35846 0.39375 0.35846 0.38742 0.35846 0.39375 0.35846 0.39375 0.37304 0.38742 0.37304 0.39375 0.37304 0.39375 0.38762 0.38742 0.38762 0.39375 0.38762 0.39375 0.40220 0.38742 0.40220 0.39375 0.40220 0.39375 0.41678 0.38742 0.41678 0.39375 0.41678 0.39375 0.43136 0.38742 0.43136 0.39375 0.43136 0.39375 0.44594 0.38742 0.44594 0.39375 0.44594 0.39375 0.46052 0.38742 0.46052 0.39375 0.46052 0.39375 0.47510 0.38742 0.47510 0.39375 0.47510 0.39375 0.48969 0.38742 0.48969 0.39375 0.48969 0.39375 0.50427 0.38742 0.50427 0.39375 0.50427 0.39375 0.50427\n 11 50 2 0.36145 0.37268 0.36579 0.37268\n 11 380 17 0.36892 0.37557 0.36820 0.37533 0.36772 0.37461 0.36747 0.37340 0.36747 0.37268 0.36772 0.37147 0.36820 0.37075 0.36892 0.37051 0.36940 0.37051 0.37013 0.37075 0.37061 0.37147 0.37085 0.37268 0.37085 0.37340 0.37061 0.37461 0.37013 0.37533 0.36940 0.37557 0.36892 0.37557\n 11 116 5 0.37278 0.37099 0.37254 0.37075 0.37278 0.37051 0.37302 0.37075 0.37278 0.37099\n 11 644 29 0.37591 0.37557 0.37519 0.37533 0.37495 0.37485 0.37495 0.37437 0.37519 0.37388 0.37567 0.37364 0.37664 0.37340 0.37736 0.37316 0.37784 0.37268 0.37808 0.37220 0.37808 0.37147 0.37784 0.37099 0.37760 0.37075 0.37688 0.37051 0.37591 0.37051 0.37519 0.37075 0.37495 0.37099 0.37471 0.37147 0.37471 0.37220 0.37495 0.37268 0.37543 0.37316 0.37615 0.37340 0.37712 0.37364 0.37760 0.37388 0.37784 0.37437 0.37784 0.37485 0.37760 0.37533 0.37688 0.37557 0.37591 0.37557\n 11 380 17 0.38098 0.37557 0.38025 0.37533 0.37977 0.37461 0.37953 0.37340 0.37953 0.37268 0.37977 0.37147 0.38025 0.37075 0.38098 0.37051 0.38146 0.37051 0.38218 0.37075 0.38266 0.37147 0.38290 0.37268 0.38290 0.37340 0.38266 0.37461 0.38218 0.37533 0.38146 0.37557 0.38098 0.37557\n 11 50 2 0.36145 0.40184 0.36579 0.40184\n 11 380 17 0.36892 0.40473 0.36820 0.40449 0.36772 0.40377 0.36747 0.40256 0.36747 0.40184 0.36772 0.40063 0.36820 0.39991 0.36892 0.39967 0.36940 0.39967 0.37013 0.39991 0.37061 0.40063 0.37085 0.40184 0.37085 0.40256 0.37061 0.40377 0.37013 0.40449 0.36940 0.40473 0.36892 0.40473\n 11 116 5 0.37278 0.40015 0.37254 0.39991 0.37278 0.39967 0.37302 0.39991 0.37278 0.40015\n 11 72 3 0.37712 0.40473 0.37471 0.40136 0.37832 0.40136\n 11 50 2 0.37712 0.40473 0.37712 0.39967\n 11 380 17 0.38098 0.40473 0.38025 0.40449 0.37977 0.40377 0.37953 0.40256 0.37953 0.40184 0.37977 0.40063 0.38025 0.39991 0.38098 0.39967 0.38146 0.39967 0.38218 0.39991 0.38266 0.40063 0.38290 0.40184 0.38290 0.40256 0.38266 0.40377 0.38218 0.40449 0.38146 0.40473 0.38098 0.40473\n 11 380 17 0.36892 0.43389 0.36820 0.43365 0.36772 0.43293 0.36747 0.43172 0.36747 0.43100 0.36772 0.42980 0.36820 0.42907 0.36892 0.42883 0.36940 0.42883 0.37013 0.42907 0.37061 0.42980 0.37085 0.43100 0.37085 0.43172 0.37061 0.43293 0.37013 0.43365 0.36940 0.43389 0.36892 0.43389\n 11 116 5 0.37278 0.42931 0.37254 0.42907 0.37278 0.42883 0.37302 0.42907 0.37278 0.42931\n 11 380 17 0.37615 0.43389 0.37543 0.43365 0.37495 0.43293 0.37471 0.43172 0.37471 0.43100 0.37495 0.42980 0.37543 0.42907 0.37615 0.42883 0.37664 0.42883 0.37736 0.42907 0.37784 0.42980 0.37808 0.43100 0.37808 0.43172 0.37784 0.43293 0.37736 0.43365 0.37664 0.43389 0.37615 0.43389\n 11 380 17 0.38098 0.43389 0.38025 0.43365 0.37977 0.43293 0.37953 0.43172 0.37953 0.43100 0.37977 0.42980 0.38025 0.42907 0.38098 0.42883 0.38146 0.42883 0.38218 0.42907 0.38266 0.42980 0.38290 0.43100 0.38290 0.43172 0.38266 0.43293 0.38218 0.43365 0.38146 0.43389 0.38098 0.43389\n 11 380 17 0.36892 0.46306 0.36820 0.46281 0.36772 0.46209 0.36747 0.46089 0.36747 0.46016 0.36772 0.45896 0.36820 0.45823 0.36892 0.45799 0.36940 0.45799 0.37013 0.45823 0.37061 0.45896 0.37085 0.46016 0.37085 0.46089 0.37061 0.46209 0.37013 0.46281 0.36940 0.46306 0.36892 0.46306\n 11 116 5 0.37278 0.45848 0.37254 0.45823 0.37278 0.45799 0.37302 0.45823 0.37278 0.45848\n 11 72 3 0.37712 0.46306 0.37471 0.45968 0.37832 0.45968\n 11 50 2 0.37712 0.46306 0.37712 0.45799\n 11 380 17 0.38098 0.46306 0.38025 0.46281 0.37977 0.46209 0.37953 0.46089 0.37953 0.46016 0.37977 0.45896 0.38025 0.45823 0.38098 0.45799 0.38146 0.45799 0.38218 0.45823 0.38266 0.45896 0.38290 0.46016 0.38290 0.46089 0.38266 0.46209 0.38218 0.46281 0.38146 0.46306 0.38098 0.46306\n 11 380 17 0.36892 0.49222 0.36820 0.49198 0.36772 0.49125 0.36747 0.49005 0.36747 0.48932 0.36772 0.48812 0.36820 0.48740 0.36892 0.48715 0.36940 0.48715 0.37013 0.48740 0.37061 0.48812 0.37085 0.48932 0.37085 0.49005 0.37061 0.49125 0.37013 0.49198 0.36940 0.49222 0.36892 0.49222\n 11 116 5 0.37278 0.48764 0.37254 0.48740 0.37278 0.48715 0.37302 0.48740 0.37278 0.48764\n 11 644 29 0.37591 0.49222 0.37519 0.49198 0.37495 0.49149 0.37495 0.49101 0.37519 0.49053 0.37567 0.49029 0.37664 0.49005 0.37736 0.48981 0.37784 0.48932 0.37808 0.48884 0.37808 0.48812 0.37784 0.48764 0.37760 0.48740 0.37688 0.48715 0.37591 0.48715 0.37519 0.48740 0.37495 0.48764 0.37471 0.48812 0.37471 0.48884 0.37495 0.48932 0.37543 0.48981 0.37615 0.49005 0.37712 0.49029 0.37760 0.49053 0.37784 0.49101 0.37784 0.49149 0.37760 0.49198 0.37688 0.49222 0.37591 0.49222\n 11 380 17 0.38098 0.49222 0.38025 0.49198 0.37977 0.49125 0.37953 0.49005 0.37953 0.48932 0.37977 0.48812 0.38025 0.48740 0.38098 0.48715 0.38146 0.48715 0.38218 0.48740 0.38266 0.48812 0.38290 0.48932 0.38290 0.49005 0.38266 0.49125 0.38218 0.49198 0.38146 0.49222 0.38098 0.49222\n 11 798 36 0.61535 0.35846 0.61535 0.35846 0.61535 0.35846 0.62168 0.35846 0.61535 0.35846 0.61535 0.37304 0.62168 0.37304 0.61535 0.37304 0.61535 0.38762 0.62168 0.38762 0.61535 0.38762 0.61535 0.40220 0.62168 0.40220 0.61535 0.40220 0.61535 0.41678 0.62168 0.41678 0.61535 0.41678 0.61535 0.43136 0.62168 0.43136 0.61535 0.43136 0.61535 0.44594 0.62168 0.44594 0.61535 0.44594 0.61535 0.46052 0.62168 0.46052 0.61535 0.46052 0.61535 0.47510 0.62168 0.47510 0.61535 0.47510 0.61535 0.48969 0.62168 0.48969 0.61535 0.48969 0.61535 0.50427 0.62168 0.50427 0.61535 0.50427 0.61535 0.50427\n 11 798 36 0.61535 0.35846 0.61535 0.35846 0.61535 0.35846 0.62168 0.35846 0.61535 0.35846 0.61535 0.37304 0.62168 0.37304 0.61535 0.37304 0.61535 0.38762 0.62168 0.38762 0.61535 0.38762 0.61535 0.40220 0.62168 0.40220 0.61535 0.40220 0.61535 0.41678 0.62168 0.41678 0.61535 0.41678 0.61535 0.43136 0.62168 0.43136 0.61535 0.43136 0.61535 0.44594 0.62168 0.44594 0.61535 0.44594 0.61535 0.46052 0.62168 0.46052 0.61535 0.46052 0.61535 0.47510 0.62168 0.47510 0.61535 0.47510 0.61535 0.48969 0.62168 0.48969 0.61535 0.48969 0.61535 0.50427 0.62168 0.50427 0.61535 0.50427 0.61535 0.50427\n 11 732 33 0.41390 0.50427 0.39375 0.50427 0.41390 0.50427 0.41390 0.51059 0.41390 0.50427 0.43628 0.50427 0.43628 0.51059 0.43628 0.50427 0.45866 0.50427 0.45866 0.51059 0.45866 0.50427 0.48105 0.50427 0.48105 0.51059 0.48105 0.50427 0.50343 0.50427 0.50343 0.51059 0.50343 0.50427 0.52581 0.50427 0.52581 0.51059 0.52581 0.50427 0.54820 0.50427 0.54820 0.51059 0.54820 0.50427 0.57058 0.50427 0.57058 0.51059 0.57058 0.50427 0.59296 0.50427 0.59296 0.51059 0.59296 0.50427 0.61535 0.50427 0.61535 0.51059 0.61535 0.50427 0.61535 0.50427\n 11 732 33 0.41390 0.50427 0.39375 0.50427 0.41390 0.50427 0.41390 0.51059 0.41390 0.50427 0.43628 0.50427 0.43628 0.51059 0.43628 0.50427 0.45866 0.50427 0.45866 0.51059 0.45866 0.50427 0.48105 0.50427 0.48105 0.51059 0.48105 0.50427 0.50343 0.50427 0.50343 0.51059 0.50343 0.50427 0.52581 0.50427 0.52581 0.51059 0.52581 0.50427 0.54820 0.50427 0.54820 0.51059 0.54820 0.50427 0.57058 0.50427 0.57058 0.51059 0.57058 0.50427 0.59296 0.50427 0.59296 0.51059 0.59296 0.50427 0.61535 0.50427 0.61535 0.51059 0.61535 0.50427 0.61535 0.50427\n 11 732 33 0.41390 0.35846 0.39375 0.35846 0.41390 0.35846 0.41390 0.35213 0.41390 0.35846 0.43628 0.35846 0.43628 0.35213 0.43628 0.35846 0.45866 0.35846 0.45866 0.35213 0.45866 0.35846 0.48105 0.35846 0.48105 0.35213 0.48105 0.35846 0.50343 0.35846 0.50343 0.35213 0.50343 0.35846 0.52581 0.35846 0.52581 0.35213 0.52581 0.35846 0.54820 0.35846 0.54820 0.35213 0.54820 0.35846 0.57058 0.35846 0.57058 0.35213 0.57058 0.35846 0.59296 0.35846 0.59296 0.35213 0.59296 0.35846 0.61535 0.35846 0.61535 0.35213 0.61535 0.35846 0.61535 0.35846\n 11 94 4 0.41052 0.34661 0.41100 0.34685 0.41173 0.34757 0.41173 0.34251\n 11 380 17 0.41607 0.34757 0.41534 0.34733 0.41486 0.34661 0.41462 0.34541 0.41462 0.34468 0.41486 0.34348 0.41534 0.34275 0.41607 0.34251 0.41655 0.34251 0.41727 0.34275 0.41776 0.34348 0.41800 0.34468 0.41800 0.34541 0.41776 0.34661 0.41727 0.34733 0.41655 0.34757 0.41607 0.34757\n 11 336 15 0.45505 0.34757 0.45770 0.34757 0.45625 0.34565 0.45698 0.34565 0.45746 0.34541 0.45770 0.34516 0.45794 0.34444 0.45794 0.34396 0.45770 0.34324 0.45722 0.34275 0.45649 0.34251 0.45577 0.34251 0.45505 0.34275 0.45481 0.34299 0.45457 0.34348\n 11 380 17 0.46083 0.34757 0.46011 0.34733 0.45963 0.34661 0.45939 0.34541 0.45939 0.34468 0.45963 0.34348 0.46011 0.34275 0.46083 0.34251 0.46132 0.34251 0.46204 0.34275 0.46252 0.34348 0.46276 0.34468 0.46276 0.34541 0.46252 0.34661 0.46204 0.34733 0.46132 0.34757 0.46083 0.34757\n 11 380 17 0.50223 0.34757 0.49981 0.34757 0.49957 0.34541 0.49981 0.34565 0.50054 0.34589 0.50126 0.34589 0.50198 0.34565 0.50247 0.34516 0.50271 0.34444 0.50271 0.34396 0.50247 0.34324 0.50198 0.34275 0.50126 0.34251 0.50054 0.34251 0.49981 0.34275 0.49957 0.34299 0.49933 0.34348\n 11 380 17 0.50560 0.34757 0.50488 0.34733 0.50440 0.34661 0.50415 0.34541 0.50415 0.34468 0.50440 0.34348 0.50488 0.34275 0.50560 0.34251 0.50608 0.34251 0.50681 0.34275 0.50729 0.34348 0.50753 0.34468 0.50753 0.34541 0.50729 0.34661 0.50681 0.34733 0.50608 0.34757 0.50560 0.34757\n 11 50 2 0.54747 0.34757 0.54506 0.34251\n 11 50 2 0.54410 0.34757 0.54747 0.34757\n 11 380 17 0.55037 0.34757 0.54964 0.34733 0.54916 0.34661 0.54892 0.34541 0.54892 0.34468 0.54916 0.34348 0.54964 0.34275 0.55037 0.34251 0.55085 0.34251 0.55157 0.34275 0.55206 0.34348 0.55230 0.34468 0.55230 0.34541 0.55206 0.34661 0.55157 0.34733 0.55085 0.34757 0.55037 0.34757\n 11 512 23 0.59200 0.34589 0.59176 0.34516 0.59128 0.34468 0.59055 0.34444 0.59031 0.34444 0.58959 0.34468 0.58911 0.34516 0.58887 0.34589 0.58887 0.34613 0.58911 0.34685 0.58959 0.34733 0.59031 0.34757 0.59055 0.34757 0.59128 0.34733 0.59176 0.34685 0.59200 0.34589 0.59200 0.34468 0.59176 0.34348 0.59128 0.34275 0.59055 0.34251 0.59007 0.34251 0.58935 0.34275 0.58911 0.34324\n 11 380 17 0.59513 0.34757 0.59441 0.34733 0.59393 0.34661 0.59369 0.34541 0.59369 0.34468 0.59393 0.34348 0.59441 0.34275 0.59513 0.34251 0.59562 0.34251 0.59634 0.34275 0.59682 0.34348 0.59706 0.34468 0.59706 0.34541 0.59682 0.34661 0.59634 0.34733 0.59562 0.34757 0.59513 0.34757\n 11 732 33 0.41390 0.35846 0.39375 0.35846 0.41390 0.35846 0.41390 0.35213 0.41390 0.35846 0.43628 0.35846 0.43628 0.35213 0.43628 0.35846 0.45866 0.35846 0.45866 0.35213 0.45866 0.35846 0.48105 0.35846 0.48105 0.35213 0.48105 0.35846 0.50343 0.35846 0.50343 0.35213 0.50343 0.35846 0.52581 0.35846 0.52581 0.35213 0.52581 0.35846 0.54820 0.35846 0.54820 0.35213 0.54820 0.35846 0.57058 0.35846 0.57058 0.35213 0.57058 0.35846 0.59296 0.35846 0.59296 0.35213 0.59296 0.35846 0.61535 0.35846 0.61535 0.35213 0.61535 0.35846 0.61535 0.35846\n 11 94 4 0.41052 0.34661 0.41100 0.34685 0.41173 0.34757 0.41173 0.34251\n 11 380 17 0.41607 0.34757 0.41534 0.34733 0.41486 0.34661 0.41462 0.34541 0.41462 0.34468 0.41486 0.34348 0.41534 0.34275 0.41607 0.34251 0.41655 0.34251 0.41727 0.34275 0.41776 0.34348 0.41800 0.34468 0.41800 0.34541 0.41776 0.34661 0.41727 0.34733 0.41655 0.34757 0.41607 0.34757\n 11 336 15 0.45505 0.34757 0.45770 0.34757 0.45625 0.34565 0.45698 0.34565 0.45746 0.34541 0.45770 0.34516 0.45794 0.34444 0.45794 0.34396 0.45770 0.34324 0.45722 0.34275 0.45649 0.34251 0.45577 0.34251 0.45505 0.34275 0.45481 0.34299 0.45457 0.34348\n 11 380 17 0.46083 0.34757 0.46011 0.34733 0.45963 0.34661 0.45939 0.34541 0.45939 0.34468 0.45963 0.34348 0.46011 0.34275 0.46083 0.34251 0.46132 0.34251 0.46204 0.34275 0.46252 0.34348 0.46276 0.34468 0.46276 0.34541 0.46252 0.34661 0.46204 0.34733 0.46132 0.34757 0.46083 0.34757\n 11 380 17 0.50223 0.34757 0.49981 0.34757 0.49957 0.34541 0.49981 0.34565 0.50054 0.34589 0.50126 0.34589 0.50198 0.34565 0.50247 0.34516 0.50271 0.34444 0.50271 0.34396 0.50247 0.34324 0.50198 0.34275 0.50126 0.34251 0.50054 0.34251 0.49981 0.34275 0.49957 0.34299 0.49933 0.34348\n 11 380 17 0.50560 0.34757 0.50488 0.34733 0.50440 0.34661 0.50415 0.34541 0.50415 0.34468 0.50440 0.34348 0.50488 0.34275 0.50560 0.34251 0.50608 0.34251 0.50681 0.34275 0.50729 0.34348 0.50753 0.34468 0.50753 0.34541 0.50729 0.34661 0.50681 0.34733 0.50608 0.34757 0.50560 0.34757\n 11 50 2 0.54747 0.34757 0.54506 0.34251\n 11 50 2 0.54410 0.34757 0.54747 0.34757\n 11 380 17 0.55037 0.34757 0.54964 0.34733 0.54916 0.34661 0.54892 0.34541 0.54892 0.34468 0.54916 0.34348 0.54964 0.34275 0.55037 0.34251 0.55085 0.34251 0.55157 0.34275 0.55206 0.34348 0.55230 0.34468 0.55230 0.34541 0.55206 0.34661 0.55157 0.34733 0.55085 0.34757 0.55037 0.34757\n 11 512 23 0.59200 0.34589 0.59176 0.34516 0.59128 0.34468 0.59055 0.34444 0.59031 0.34444 0.58959 0.34468 0.58911 0.34516 0.58887 0.34589 0.58887 0.34613 0.58911 0.34685 0.58959 0.34733 0.59031 0.34757 0.59055 0.34757 0.59128 0.34733 0.59176 0.34685 0.59200 0.34589 0.59200 0.34468 0.59176 0.34348 0.59128 0.34275 0.59055 0.34251 0.59007 0.34251 0.58935 0.34275 0.58911 0.34324\n 11 380 17 0.59513 0.34757 0.59441 0.34733 0.59393 0.34661 0.59369 0.34541 0.59369 0.34468 0.59393 0.34348 0.59441 0.34275 0.59513 0.34251 0.59562 0.34251 0.59634 0.34275 0.59682 0.34348 0.59706 0.34468 0.59706 0.34541 0.59682 0.34661 0.59634 0.34733 0.59562 0.34757 0.59513 0.34757\n 21 6 1\n 25 6 1\n 11 2206 100 0.39375 0.44346 0.39599 0.45522 0.39823 0.46631 0.40047 0.47644 0.40271 0.48532 0.40494 0.49271 0.40718 0.49839 0.40942 0.50222 0.41166 0.50408 0.41390 0.50393 0.41614 0.50177 0.41837 0.49765 0.42061 0.49170 0.42285 0.48408 0.42509 0.47499 0.42733 0.46470 0.42957 0.45348 0.43180 0.44165 0.43404 0.42954 0.43628 0.41747 0.43852 0.40579 0.44076 0.39482 0.44300 0.38486 0.44523 0.37619 0.44747 0.36905 0.44971 0.36363 0.45195 0.36010 0.45419 0.35854 0.45643 0.35899 0.45866 0.36145 0.46090 0.36585 0.46314 0.37207 0.46538 0.37993 0.46762 0.38921 0.46986 0.39966 0.47209 0.41099 0.47433 0.42289 0.47657 0.43502 0.47881 0.44705 0.48105 0.45864 0.48329 0.46948 0.48552 0.47926 0.48776 0.48771 0.49000 0.49461 0.49224 0.49975 0.49448 0.50299 0.49672 0.50425 0.49895 0.50349 0.50119 0.50073 0.50343 0.49605 0.50567 0.48958 0.50791 0.48149 0.51015 0.47201 0.51238 0.46141 0.51462 0.44997 0.51686 0.43802 0.51910 0.42588 0.52134 0.41390 0.52358 0.40240 0.52581 0.39170 0.52805 0.38210 0.53029 0.37387 0.53253 0.36723 0.53477 0.36237 0.53701 0.35942 0.53924 0.35846 0.54148 0.35952 0.54372 0.36258 0.54596 0.36754 0.54820 0.37427 0.55044 0.38258 0.55267 0.39225 0.55491 0.40299 0.55715 0.41453 0.55939 0.42653 0.56163 0.43866 0.56387 0.45060 0.56610 0.46199 0.56834 0.47255 0.57058 0.48195 0.57282 0.48996 0.57506 0.49634 0.57730 0.50093 0.57953 0.50358 0.58177 0.50423 0.58401 0.50287 0.58625 0.49952 0.58849 0.49428 0.59073 0.48730 0.59296 0.47877 0.59520 0.46893 0.59744 0.45804 0.59968 0.44642 0.60192 0.43437 0.60416 0.42225 0.60639 0.41037 0.60863 0.39908 0.61087 0.38869 0.61311 0.37947 0.61535 0.37170\n 21 6 2\n 25 6 2\n 11 2206 100 0.39375 0.43945 0.39599 0.44743 0.39823 0.45522 0.40047 0.46271 0.40271 0.46981 0.40494 0.47644 0.40718 0.48252 0.40942 0.48796 0.41166 0.49271 0.41390 0.49670 0.41614 0.49988 0.41837 0.50222 0.42061 0.50369 0.42285 0.50426 0.42509 0.50393 0.42733 0.50271 0.42957 0.50061 0.43180 0.49765 0.43404 0.49388 0.43628 0.48934 0.43852 0.48408 0.44076 0.47817 0.44300 0.47168 0.44523 0.46470 0.44747 0.45731 0.44971 0.44959 0.45195 0.44165 0.45419 0.43358 0.45643 0.42549 0.45866 0.41747 0.46090 0.40962 0.46314 0.40204 0.46538 0.39482 0.46762 0.38805 0.46986 0.38181 0.47209 0.37619 0.47433 0.37125 0.47657 0.36704 0.47881 0.36363 0.48105 0.36106 0.48329 0.35935 0.48552 0.35854 0.48776 0.35862 0.49000 0.35959 0.49224 0.36145 0.49448 0.36418 0.49672 0.36773 0.49895 0.37207 0.50119 0.37714 0.50343 0.38288 0.50567 0.38921 0.50791 0.39607 0.51015 0.40336 0.51238 0.41099 0.51462 0.41888 0.51686 0.42692 0.51910 0.43502 0.52134 0.44307 0.52358 0.45098 0.52581 0.45864 0.52805 0.46597 0.53029 0.47287 0.53253 0.47926 0.53477 0.48506 0.53701 0.49020 0.53924 0.49461 0.54148 0.49824 0.54372 0.50104 0.54596 0.50299 0.54820 0.50405 0.55044 0.50422 0.55267 0.50349 0.55491 0.50187 0.55715 0.49938 0.55939 0.49605 0.56163 0.49192 0.56387 0.48705 0.56610 0.48149 0.56834 0.47531 0.57058 0.46859 0.57282 0.46141 0.57506 0.45386 0.57730 0.44603 0.57953 0.43802 0.58177 0.42993 0.58401 0.42186 0.58625 0.41390 0.58849 0.40616 0.59073 0.39873 0.59296 0.39170 0.59520 0.38516 0.59744 0.37920 0.59968 0.37387 0.60192 0.36925 0.60416 0.36540 0.60639 0.36237 0.60863 0.36018 0.61087 0.35887 0.61311 0.35846 0.61535 0.35895\n 21 6 1\n 25 6 1\n 82 0\n 81 6 50\n 82 0\n 81 6 51\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 2206 100 0.39375 0.44174 0.39599 0.45191 0.39823 0.46166 0.40047 0.47079 0.40271 0.47912 0.40494 0.48648 0.40718 0.49271 0.40942 0.49769 0.41166 0.50132 0.41390 0.50353 0.41614 0.50427 0.41837 0.50352 0.42061 0.50130 0.42285 0.49765 0.42509 0.49266 0.42733 0.48642 0.42957 0.47905 0.43180 0.47071 0.43404 0.46158 0.43628 0.45182 0.43852 0.44165 0.44076 0.43127 0.44300 0.42089 0.44523 0.41073 0.44747 0.40098 0.44971 0.39186 0.45195 0.38354 0.45419 0.37619 0.45643 0.36997 0.45866 0.36500 0.46090 0.36138 0.46314 0.35918 0.46538 0.35846 0.46762 0.35922 0.46986 0.36145 0.47209 0.36511 0.47433 0.37012 0.47657 0.37637 0.47881 0.38375 0.48105 0.39209 0.48329 0.40123 0.48552 0.41099 0.48776 0.42117 0.49000 0.43155 0.49224 0.44192 0.49448 0.45209 0.49672 0.46183 0.49895 0.47095 0.50119 0.47926 0.50343 0.48660 0.50567 0.49281 0.50791 0.49777 0.51015 0.50138 0.51238 0.50356 0.51462 0.50427 0.51686 0.50349 0.51910 0.50125 0.52134 0.49758 0.52358 0.49256 0.52581 0.48629 0.52805 0.47891 0.53029 0.47056 0.53253 0.46141 0.53477 0.45164 0.53701 0.44147 0.53924 0.43109 0.54148 0.42071 0.54372 0.41055 0.54596 0.40082 0.54820 0.39170 0.55044 0.38340 0.55267 0.37607 0.55491 0.36987 0.55715 0.36492 0.55939 0.36133 0.56163 0.35916 0.56387 0.35846 0.56610 0.35925 0.56834 0.36151 0.57058 0.36519 0.57282 0.37022 0.57506 0.37649 0.57730 0.38388 0.57953 0.39225 0.58177 0.40140 0.58401 0.41117 0.58625 0.42135 0.58849 0.43173 0.59073 0.44211 0.59296 0.45226 0.59520 0.46199 0.59744 0.47110 0.59968 0.47940 0.60192 0.48672 0.60416 0.49291 0.60639 0.49784 0.60863 0.50143 0.61087 0.50358 0.61311 0.50427 0.61535 0.50346\n 21 6 4\n 25 6 4\n 11 2206 100 0.39375 0.43864 0.39599 0.44585 0.39823 0.45291 0.40047 0.45975 0.40271 0.46631 0.40494 0.47253 0.40718 0.47833 0.40942 0.48366 0.41166 0.48847 0.41390 0.49271 0.41614 0.49633 0.41837 0.49931 0.42061 0.50161 0.42285 0.50321 0.42509 0.50408 0.42733 0.50424 0.42957 0.50366 0.43180 0.50236 0.43404 0.50035 0.43628 0.49765 0.43852 0.49429 0.44076 0.49031 0.44300 0.48573 0.44523 0.48061 0.44747 0.47499 0.44971 0.46894 0.45195 0.46252 0.45419 0.45578 0.45643 0.44881 0.45866 0.44165 0.46090 0.43439 0.46314 0.42711 0.46538 0.41986 0.46762 0.41273 0.46986 0.40579 0.47209 0.39910 0.47433 0.39274 0.47657 0.38676 0.47881 0.38122 0.48105 0.37619 0.48329 0.37171 0.48552 0.36782 0.48776 0.36457 0.49000 0.36199 0.49224 0.36010 0.49448 0.35892 0.49672 0.35847 0.49895 0.35874 0.50119 0.35974 0.50343 0.36145 0.50567 0.36387 0.50791 0.36696 0.51015 0.37069 0.51238 0.37503 0.51462 0.37993 0.51686 0.38534 0.51910 0.39122 0.52134 0.39749 0.52358 0.40411 0.52581 0.41099 0.52805 0.41808 0.53029 0.42531 0.53253 0.43259 0.53477 0.43986 0.53701 0.44705 0.53924 0.45408 0.54148 0.46088 0.54372 0.46739 0.54596 0.47353 0.54820 0.47926 0.55044 0.48451 0.55267 0.48922 0.55491 0.49336 0.55715 0.49688 0.55939 0.49975 0.56163 0.50193 0.56387 0.50340 0.56610 0.50416 0.56834 0.50419 0.57058 0.50349 0.57282 0.50207 0.57506 0.49995 0.57730 0.49713 0.57953 0.49367 0.58177 0.48958 0.58401 0.48490 0.58625 0.47970 0.58849 0.47401 0.59073 0.46789 0.59296 0.46141 0.59520 0.45463 0.59744 0.44761 0.59968 0.44044 0.60192 0.43317 0.60416 0.42588 0.60639 0.41865 0.60863 0.41155 0.61087 0.40465 0.61311 0.39801 0.61535 0.39170\n 21 6 1\n 25 6 1\n 82 0\n 81 6 52\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 53\n 21 6 1\n 25 6 1\n 11 798 36 0.71614 0.34608 0.71614 0.34608 0.71614 0.34608 0.71092 0.34608 0.71614 0.34608 0.71614 0.36314 0.71092 0.36314 0.71614 0.36314 0.71614 0.38020 0.71092 0.38020 0.71614 0.38020 0.71614 0.39725 0.71092 0.39725 0.71614 0.39725 0.71614 0.41431 0.71092 0.41431 0.71614 0.41431 0.71614 0.43137 0.71092 0.43137 0.71614 0.43137 0.71614 0.44843 0.71092 0.44843 0.71614 0.44843 0.71614 0.46549 0.71092 0.46549 0.71614 0.46549 0.71614 0.48255 0.71092 0.48255 0.71614 0.48255 0.71614 0.49961 0.71092 0.49961 0.71614 0.49961 0.71614 0.51667 0.71092 0.51667 0.71614 0.51667 0.71614 0.51667\n 11 50 2 0.68948 0.36284 0.69306 0.36284\n 11 380 17 0.69565 0.36522 0.69505 0.36503 0.69465 0.36443 0.69445 0.36343 0.69445 0.36284 0.69465 0.36184 0.69505 0.36125 0.69565 0.36105 0.69604 0.36105 0.69664 0.36125 0.69704 0.36184 0.69724 0.36284 0.69724 0.36343 0.69704 0.36443 0.69664 0.36503 0.69604 0.36522 0.69565 0.36522\n 11 116 5 0.69883 0.36144 0.69863 0.36125 0.69883 0.36105 0.69903 0.36125 0.69883 0.36144\n 11 644 29 0.70142 0.36522 0.70082 0.36503 0.70062 0.36463 0.70062 0.36423 0.70082 0.36383 0.70122 0.36363 0.70201 0.36343 0.70261 0.36324 0.70301 0.36284 0.70321 0.36244 0.70321 0.36184 0.70301 0.36144 0.70281 0.36125 0.70221 0.36105 0.70142 0.36105 0.70082 0.36125 0.70062 0.36144 0.70042 0.36184 0.70042 0.36244 0.70062 0.36284 0.70102 0.36324 0.70161 0.36343 0.70241 0.36363 0.70281 0.36383 0.70301 0.36423 0.70301 0.36463 0.70281 0.36503 0.70221 0.36522 0.70142 0.36522\n 11 380 17 0.70559 0.36522 0.70500 0.36503 0.70460 0.36443 0.70440 0.36343 0.70440 0.36284 0.70460 0.36184 0.70500 0.36125 0.70559 0.36105 0.70599 0.36105 0.70659 0.36125 0.70699 0.36184 0.70718 0.36284 0.70718 0.36343 0.70699 0.36443 0.70659 0.36503 0.70599 0.36522 0.70559 0.36522\n 11 50 2 0.68948 0.39696 0.69306 0.39696\n 11 380 17 0.69565 0.39934 0.69505 0.39915 0.69465 0.39855 0.69445 0.39755 0.69445 0.39696 0.69465 0.39596 0.69505 0.39536 0.69565 0.39517 0.69604 0.39517 0.69664 0.39536 0.69704 0.39596 0.69724 0.39696 0.69724 0.39755 0.69704 0.39855 0.69664 0.39915 0.69604 0.39934 0.69565 0.39934\n 11 116 5 0.69883 0.39556 0.69863 0.39536 0.69883 0.39517 0.69903 0.39536 0.69883 0.39556\n 11 72 3 0.70241 0.39934 0.70042 0.39656 0.70340 0.39656\n 11 50 2 0.70241 0.39934 0.70241 0.39517\n 11 380 17 0.70559 0.39934 0.70500 0.39915 0.70460 0.39855 0.70440 0.39755 0.70440 0.39696 0.70460 0.39596 0.70500 0.39536 0.70559 0.39517 0.70599 0.39517 0.70659 0.39536 0.70699 0.39596 0.70718 0.39696 0.70718 0.39755 0.70699 0.39855 0.70659 0.39915 0.70599 0.39934 0.70559 0.39934\n 11 380 17 0.69565 0.43346 0.69505 0.43326 0.69465 0.43267 0.69445 0.43167 0.69445 0.43108 0.69465 0.43008 0.69505 0.42948 0.69565 0.42928 0.69604 0.42928 0.69664 0.42948 0.69704 0.43008 0.69724 0.43108 0.69724 0.43167 0.69704 0.43267 0.69664 0.43326 0.69604 0.43346 0.69565 0.43346\n 11 116 5 0.69883 0.42968 0.69863 0.42948 0.69883 0.42928 0.69903 0.42948 0.69883 0.42968\n 11 380 17 0.70161 0.43346 0.70102 0.43326 0.70062 0.43267 0.70042 0.43167 0.70042 0.43108 0.70062 0.43008 0.70102 0.42948 0.70161 0.42928 0.70201 0.42928 0.70261 0.42948 0.70301 0.43008 0.70321 0.43108 0.70321 0.43167 0.70301 0.43267 0.70261 0.43326 0.70201 0.43346 0.70161 0.43346\n 11 380 17 0.70559 0.43346 0.70500 0.43326 0.70460 0.43267 0.70440 0.43167 0.70440 0.43108 0.70460 0.43008 0.70500 0.42948 0.70559 0.42928 0.70599 0.42928 0.70659 0.42948 0.70699 0.43008 0.70718 0.43108 0.70718 0.43167 0.70699 0.43267 0.70659 0.43326 0.70599 0.43346 0.70559 0.43346\n 11 380 17 0.69565 0.46758 0.69505 0.46738 0.69465 0.46679 0.69445 0.46579 0.69445 0.46519 0.69465 0.46420 0.69505 0.46360 0.69565 0.46340 0.69604 0.46340 0.69664 0.46360 0.69704 0.46420 0.69724 0.46519 0.69724 0.46579 0.69704 0.46679 0.69664 0.46738 0.69604 0.46758 0.69565 0.46758\n 11 116 5 0.69883 0.46380 0.69863 0.46360 0.69883 0.46340 0.69903 0.46360 0.69883 0.46380\n 11 72 3 0.70241 0.46758 0.70042 0.46480 0.70340 0.46480\n 11 50 2 0.70241 0.46758 0.70241 0.46340\n 11 380 17 0.70559 0.46758 0.70500 0.46738 0.70460 0.46679 0.70440 0.46579 0.70440 0.46519 0.70460 0.46420 0.70500 0.46360 0.70559 0.46340 0.70599 0.46340 0.70659 0.46360 0.70699 0.46420 0.70718 0.46519 0.70718 0.46579 0.70699 0.46679 0.70659 0.46738 0.70599 0.46758 0.70559 0.46758\n 11 380 17 0.69565 0.50170 0.69505 0.50150 0.69465 0.50091 0.69445 0.49991 0.69445 0.49931 0.69465 0.49832 0.69505 0.49772 0.69565 0.49752 0.69604 0.49752 0.69664 0.49772 0.69704 0.49832 0.69724 0.49931 0.69724 0.49991 0.69704 0.50091 0.69664 0.50150 0.69604 0.50170 0.69565 0.50170\n 11 116 5 0.69883 0.49792 0.69863 0.49772 0.69883 0.49752 0.69903 0.49772 0.69883 0.49792\n 11 644 29 0.70142 0.50170 0.70082 0.50150 0.70062 0.50110 0.70062 0.50071 0.70082 0.50031 0.70122 0.50011 0.70201 0.49991 0.70261 0.49971 0.70301 0.49931 0.70321 0.49892 0.70321 0.49832 0.70301 0.49792 0.70281 0.49772 0.70221 0.49752 0.70142 0.49752 0.70082 0.49772 0.70062 0.49792 0.70042 0.49832 0.70042 0.49892 0.70062 0.49931 0.70102 0.49971 0.70161 0.49991 0.70241 0.50011 0.70281 0.50031 0.70301 0.50071 0.70301 0.50110 0.70281 0.50150 0.70221 0.50170 0.70142 0.50170\n 11 380 17 0.70559 0.50170 0.70500 0.50150 0.70460 0.50091 0.70440 0.49991 0.70440 0.49931 0.70460 0.49832 0.70500 0.49772 0.70559 0.49752 0.70599 0.49752 0.70659 0.49772 0.70699 0.49832 0.70718 0.49931 0.70718 0.49991 0.70699 0.50091 0.70659 0.50150 0.70599 0.50170 0.70559 0.50170\n 11 798 36 0.71614 0.34608 0.71614 0.34608 0.71614 0.34608 0.71092 0.34608 0.71614 0.34608 0.71614 0.36314 0.71092 0.36314 0.71614 0.36314 0.71614 0.38020 0.71092 0.38020 0.71614 0.38020 0.71614 0.39725 0.71092 0.39725 0.71614 0.39725 0.71614 0.41431 0.71092 0.41431 0.71614 0.41431 0.71614 0.43137 0.71092 0.43137 0.71614 0.43137 0.71614 0.44843 0.71092 0.44843 0.71614 0.44843 0.71614 0.46549 0.71092 0.46549 0.71614 0.46549 0.71614 0.48255 0.71092 0.48255 0.71614 0.48255 0.71614 0.49961 0.71092 0.49961 0.71614 0.49961 0.71614 0.51667 0.71092 0.51667 0.71614 0.51667 0.71614 0.51667\n 11 50 2 0.68948 0.36284 0.69306 0.36284\n 11 380 17 0.69565 0.36522 0.69505 0.36503 0.69465 0.36443 0.69445 0.36343 0.69445 0.36284 0.69465 0.36184 0.69505 0.36125 0.69565 0.36105 0.69604 0.36105 0.69664 0.36125 0.69704 0.36184 0.69724 0.36284 0.69724 0.36343 0.69704 0.36443 0.69664 0.36503 0.69604 0.36522 0.69565 0.36522\n 11 116 5 0.69883 0.36144 0.69863 0.36125 0.69883 0.36105 0.69903 0.36125 0.69883 0.36144\n 11 644 29 0.70142 0.36522 0.70082 0.36503 0.70062 0.36463 0.70062 0.36423 0.70082 0.36383 0.70122 0.36363 0.70201 0.36343 0.70261 0.36324 0.70301 0.36284 0.70321 0.36244 0.70321 0.36184 0.70301 0.36144 0.70281 0.36125 0.70221 0.36105 0.70142 0.36105 0.70082 0.36125 0.70062 0.36144 0.70042 0.36184 0.70042 0.36244 0.70062 0.36284 0.70102 0.36324 0.70161 0.36343 0.70241 0.36363 0.70281 0.36383 0.70301 0.36423 0.70301 0.36463 0.70281 0.36503 0.70221 0.36522 0.70142 0.36522\n 11 380 17 0.70559 0.36522 0.70500 0.36503 0.70460 0.36443 0.70440 0.36343 0.70440 0.36284 0.70460 0.36184 0.70500 0.36125 0.70559 0.36105 0.70599 0.36105 0.70659 0.36125 0.70699 0.36184 0.70718 0.36284 0.70718 0.36343 0.70699 0.36443 0.70659 0.36503 0.70599 0.36522 0.70559 0.36522\n 11 50 2 0.68948 0.39696 0.69306 0.39696\n 11 380 17 0.69565 0.39934 0.69505 0.39915 0.69465 0.39855 0.69445 0.39755 0.69445 0.39696 0.69465 0.39596 0.69505 0.39536 0.69565 0.39517 0.69604 0.39517 0.69664 0.39536 0.69704 0.39596 0.69724 0.39696 0.69724 0.39755 0.69704 0.39855 0.69664 0.39915 0.69604 0.39934 0.69565 0.39934\n 11 116 5 0.69883 0.39556 0.69863 0.39536 0.69883 0.39517 0.69903 0.39536 0.69883 0.39556\n 11 72 3 0.70241 0.39934 0.70042 0.39656 0.70340 0.39656\n 11 50 2 0.70241 0.39934 0.70241 0.39517\n 11 380 17 0.70559 0.39934 0.70500 0.39915 0.70460 0.39855 0.70440 0.39755 0.70440 0.39696 0.70460 0.39596 0.70500 0.39536 0.70559 0.39517 0.70599 0.39517 0.70659 0.39536 0.70699 0.39596 0.70718 0.39696 0.70718 0.39755 0.70699 0.39855 0.70659 0.39915 0.70599 0.39934 0.70559 0.39934\n 11 380 17 0.69565 0.43346 0.69505 0.43326 0.69465 0.43267 0.69445 0.43167 0.69445 0.43108 0.69465 0.43008 0.69505 0.42948 0.69565 0.42928 0.69604 0.42928 0.69664 0.42948 0.69704 0.43008 0.69724 0.43108 0.69724 0.43167 0.69704 0.43267 0.69664 0.43326 0.69604 0.43346 0.69565 0.43346\n 11 116 5 0.69883 0.42968 0.69863 0.42948 0.69883 0.42928 0.69903 0.42948 0.69883 0.42968\n 11 380 17 0.70161 0.43346 0.70102 0.43326 0.70062 0.43267 0.70042 0.43167 0.70042 0.43108 0.70062 0.43008 0.70102 0.42948 0.70161 0.42928 0.70201 0.42928 0.70261 0.42948 0.70301 0.43008 0.70321 0.43108 0.70321 0.43167 0.70301 0.43267 0.70261 0.43326 0.70201 0.43346 0.70161 0.43346\n 11 380 17 0.70559 0.43346 0.70500 0.43326 0.70460 0.43267 0.70440 0.43167 0.70440 0.43108 0.70460 0.43008 0.70500 0.42948 0.70559 0.42928 0.70599 0.42928 0.70659 0.42948 0.70699 0.43008 0.70718 0.43108 0.70718 0.43167 0.70699 0.43267 0.70659 0.43326 0.70599 0.43346 0.70559 0.43346\n 11 380 17 0.69565 0.46758 0.69505 0.46738 0.69465 0.46679 0.69445 0.46579 0.69445 0.46519 0.69465 0.46420 0.69505 0.46360 0.69565 0.46340 0.69604 0.46340 0.69664 0.46360 0.69704 0.46420 0.69724 0.46519 0.69724 0.46579 0.69704 0.46679 0.69664 0.46738 0.69604 0.46758 0.69565 0.46758\n 11 116 5 0.69883 0.46380 0.69863 0.46360 0.69883 0.46340 0.69903 0.46360 0.69883 0.46380\n 11 72 3 0.70241 0.46758 0.70042 0.46480 0.70340 0.46480\n 11 50 2 0.70241 0.46758 0.70241 0.46340\n 11 380 17 0.70559 0.46758 0.70500 0.46738 0.70460 0.46679 0.70440 0.46579 0.70440 0.46519 0.70460 0.46420 0.70500 0.46360 0.70559 0.46340 0.70599 0.46340 0.70659 0.46360 0.70699 0.46420 0.70718 0.46519 0.70718 0.46579 0.70699 0.46679 0.70659 0.46738 0.70599 0.46758 0.70559 0.46758\n 11 380 17 0.69565 0.50170 0.69505 0.50150 0.69465 0.50091 0.69445 0.49991 0.69445 0.49931 0.69465 0.49832 0.69505 0.49772 0.69565 0.49752 0.69604 0.49752 0.69664 0.49772 0.69704 0.49832 0.69724 0.49931 0.69724 0.49991 0.69704 0.50091 0.69664 0.50150 0.69604 0.50170 0.69565 0.50170\n 11 116 5 0.69883 0.49792 0.69863 0.49772 0.69883 0.49752 0.69903 0.49772 0.69883 0.49792\n 11 644 29 0.70142 0.50170 0.70082 0.50150 0.70062 0.50110 0.70062 0.50071 0.70082 0.50031 0.70122 0.50011 0.70201 0.49991 0.70261 0.49971 0.70301 0.49931 0.70321 0.49892 0.70321 0.49832 0.70301 0.49792 0.70281 0.49772 0.70221 0.49752 0.70142 0.49752 0.70082 0.49772 0.70062 0.49792 0.70042 0.49832 0.70042 0.49892 0.70062 0.49931 0.70102 0.49971 0.70161 0.49991 0.70241 0.50011 0.70281 0.50031 0.70301 0.50071 0.70301 0.50110 0.70281 0.50150 0.70221 0.50170 0.70142 0.50170\n 11 380 17 0.70559 0.50170 0.70500 0.50150 0.70460 0.50091 0.70440 0.49991 0.70440 0.49931 0.70460 0.49832 0.70500 0.49772 0.70559 0.49752 0.70599 0.49752 0.70659 0.49772 0.70699 0.49832 0.70718 0.49931 0.70718 0.49991 0.70699 0.50091 0.70659 0.50150 0.70599 0.50170 0.70559 0.50170\n 11 798 36 0.95822 0.34608 0.95822 0.34608 0.95822 0.34608 0.96345 0.34608 0.95822 0.34608 0.95822 0.36314 0.96345 0.36314 0.95822 0.36314 0.95822 0.38020 0.96345 0.38020 0.95822 0.38020 0.95822 0.39725 0.96345 0.39725 0.95822 0.39725 0.95822 0.41431 0.96345 0.41431 0.95822 0.41431 0.95822 0.43137 0.96345 0.43137 0.95822 0.43137 0.95822 0.44843 0.96345 0.44843 0.95822 0.44843 0.95822 0.46549 0.96345 0.46549 0.95822 0.46549 0.95822 0.48255 0.96345 0.48255 0.95822 0.48255 0.95822 0.49961 0.96345 0.49961 0.95822 0.49961 0.95822 0.51667 0.96345 0.51667 0.95822 0.51667 0.95822 0.51667\n 11 798 36 0.95822 0.34608 0.95822 0.34608 0.95822 0.34608 0.96345 0.34608 0.95822 0.34608 0.95822 0.36314 0.96345 0.36314 0.95822 0.36314 0.95822 0.38020 0.96345 0.38020 0.95822 0.38020 0.95822 0.39725 0.96345 0.39725 0.95822 0.39725 0.95822 0.41431 0.96345 0.41431 0.95822 0.41431 0.95822 0.43137 0.96345 0.43137 0.95822 0.43137 0.95822 0.44843 0.96345 0.44843 0.95822 0.44843 0.95822 0.46549 0.96345 0.46549 0.95822 0.46549 0.95822 0.48255 0.96345 0.48255 0.95822 0.48255 0.95822 0.49961 0.96345 0.49961 0.95822 0.49961 0.95822 0.51667 0.96345 0.51667 0.95822 0.51667 0.95822 0.51667\n 11 666 30 0.74035 0.51667 0.71614 0.51667 0.74035 0.51667 0.74035 0.52189 0.74035 0.51667 0.76456 0.51667 0.76456 0.52189 0.76456 0.51667 0.78877 0.51667 0.78877 0.52189 0.78877 0.51667 0.81298 0.51667 0.81298 0.52189 0.81298 0.51667 0.83719 0.51667 0.83719 0.52189 0.83719 0.51667 0.86140 0.51667 0.86140 0.52189 0.86140 0.51667 0.88561 0.51667 0.88561 0.52189 0.88561 0.51667 0.90983 0.51667 0.90983 0.52189 0.90983 0.51667 0.93404 0.51667 0.93404 0.52189 0.93404 0.51667 0.95822 0.51667\n 11 666 30 0.74035 0.51667 0.71614 0.51667 0.74035 0.51667 0.74035 0.52189 0.74035 0.51667 0.76456 0.51667 0.76456 0.52189 0.76456 0.51667 0.78877 0.51667 0.78877 0.52189 0.78877 0.51667 0.81298 0.51667 0.81298 0.52189 0.81298 0.51667 0.83719 0.51667 0.83719 0.52189 0.83719 0.51667 0.86140 0.51667 0.86140 0.52189 0.86140 0.51667 0.88561 0.51667 0.88561 0.52189 0.88561 0.51667 0.90983 0.51667 0.90983 0.52189 0.90983 0.51667 0.93404 0.51667 0.93404 0.52189 0.93404 0.51667 0.95822 0.51667\n 11 666 30 0.74035 0.34608 0.71614 0.34608 0.74035 0.34608 0.74035 0.34085 0.74035 0.34608 0.76456 0.34608 0.76456 0.34085 0.76456 0.34608 0.78877 0.34608 0.78877 0.34085 0.78877 0.34608 0.81298 0.34608 0.81298 0.34085 0.81298 0.34608 0.83719 0.34608 0.83719 0.34085 0.83719 0.34608 0.86140 0.34608 0.86140 0.34085 0.86140 0.34608 0.88561 0.34608 0.88561 0.34085 0.88561 0.34608 0.90983 0.34608 0.90983 0.34085 0.90983 0.34608 0.93404 0.34608 0.93404 0.34085 0.93404 0.34608 0.95822 0.34608\n 11 50 2 0.73159 0.33471 0.73518 0.33471\n 11 380 17 0.73776 0.33709 0.73716 0.33689 0.73677 0.33630 0.73657 0.33530 0.73657 0.33471 0.73677 0.33371 0.73716 0.33311 0.73776 0.33292 0.73816 0.33292 0.73876 0.33311 0.73915 0.33371 0.73935 0.33471 0.73935 0.33530 0.73915 0.33630 0.73876 0.33689 0.73816 0.33709 0.73776 0.33709\n 11 116 5 0.74095 0.33331 0.74075 0.33311 0.74095 0.33292 0.74114 0.33311 0.74095 0.33331\n 11 644 29 0.74353 0.33709 0.74293 0.33689 0.74274 0.33650 0.74274 0.33610 0.74293 0.33570 0.74333 0.33550 0.74413 0.33530 0.74473 0.33510 0.74512 0.33471 0.74532 0.33431 0.74532 0.33371 0.74512 0.33331 0.74492 0.33311 0.74433 0.33292 0.74353 0.33292 0.74293 0.33311 0.74274 0.33331 0.74254 0.33371 0.74254 0.33431 0.74274 0.33471 0.74313 0.33510 0.74373 0.33530 0.74453 0.33550 0.74492 0.33570 0.74512 0.33610 0.74512 0.33650 0.74492 0.33689 0.74433 0.33709 0.74353 0.33709\n 11 380 17 0.74771 0.33709 0.74711 0.33689 0.74671 0.33630 0.74652 0.33530 0.74652 0.33471 0.74671 0.33371 0.74711 0.33311 0.74771 0.33292 0.74811 0.33292 0.74870 0.33311 0.74910 0.33371 0.74930 0.33471 0.74930 0.33530 0.74910 0.33630 0.74870 0.33689 0.74811 0.33709 0.74771 0.33709\n 11 50 2 0.78002 0.33471 0.78360 0.33471\n 11 380 17 0.78618 0.33709 0.78559 0.33689 0.78519 0.33630 0.78499 0.33530 0.78499 0.33471 0.78519 0.33371 0.78559 0.33311 0.78618 0.33292 0.78658 0.33292 0.78718 0.33311 0.78758 0.33371 0.78778 0.33471 0.78778 0.33530 0.78758 0.33630 0.78718 0.33689 0.78658 0.33709 0.78618 0.33709\n 11 116 5 0.78937 0.33331 0.78917 0.33311 0.78937 0.33292 0.78957 0.33311 0.78937 0.33331\n 11 72 3 0.79295 0.33709 0.79096 0.33431 0.79394 0.33431\n 11 50 2 0.79295 0.33709 0.79295 0.33292\n 11 380 17 0.79613 0.33709 0.79554 0.33689 0.79514 0.33630 0.79494 0.33530 0.79494 0.33471 0.79514 0.33371 0.79554 0.33311 0.79613 0.33292 0.79653 0.33292 0.79713 0.33311 0.79752 0.33371 0.79772 0.33471 0.79772 0.33530 0.79752 0.33630 0.79713 0.33689 0.79653 0.33709 0.79613 0.33709\n 11 380 17 0.83202 0.33709 0.83142 0.33689 0.83102 0.33630 0.83083 0.33530 0.83083 0.33471 0.83102 0.33371 0.83142 0.33311 0.83202 0.33292 0.83242 0.33292 0.83301 0.33311 0.83341 0.33371 0.83361 0.33471 0.83361 0.33530 0.83341 0.33630 0.83301 0.33689 0.83242 0.33709 0.83202 0.33709\n 11 116 5 0.83520 0.33331 0.83500 0.33311 0.83520 0.33292 0.83540 0.33311 0.83520 0.33331\n 11 380 17 0.83799 0.33709 0.83739 0.33689 0.83699 0.33630 0.83679 0.33530 0.83679 0.33471 0.83699 0.33371 0.83739 0.33311 0.83799 0.33292 0.83839 0.33292 0.83898 0.33311 0.83938 0.33371 0.83958 0.33471 0.83958 0.33530 0.83938 0.33630 0.83898 0.33689 0.83839 0.33709 0.83799 0.33709\n 11 380 17 0.84197 0.33709 0.84137 0.33689 0.84097 0.33630 0.84077 0.33530 0.84077 0.33471 0.84097 0.33371 0.84137 0.33311 0.84197 0.33292 0.84237 0.33292 0.84296 0.33311 0.84336 0.33371 0.84356 0.33471 0.84356 0.33530 0.84336 0.33630 0.84296 0.33689 0.84237 0.33709 0.84197 0.33709\n 11 380 17 0.88044 0.33709 0.87984 0.33689 0.87945 0.33630 0.87925 0.33530 0.87925 0.33471 0.87945 0.33371 0.87984 0.33311 0.88044 0.33292 0.88084 0.33292 0.88144 0.33311 0.88183 0.33371 0.88203 0.33471 0.88203 0.33530 0.88183 0.33630 0.88144 0.33689 0.88084 0.33709 0.88044 0.33709\n 11 116 5 0.88363 0.33331 0.88343 0.33311 0.88363 0.33292 0.88382 0.33311 0.88363 0.33331\n 11 72 3 0.88721 0.33709 0.88522 0.33431 0.88820 0.33431\n 11 50 2 0.88721 0.33709 0.88721 0.33292\n 11 380 17 0.89039 0.33709 0.88979 0.33689 0.88940 0.33630 0.88920 0.33530 0.88920 0.33471 0.88940 0.33371 0.88979 0.33311 0.89039 0.33292 0.89079 0.33292 0.89138 0.33311 0.89178 0.33371 0.89198 0.33471 0.89198 0.33530 0.89178 0.33630 0.89138 0.33689 0.89079 0.33709 0.89039 0.33709\n 11 380 17 0.92886 0.33709 0.92827 0.33689 0.92787 0.33630 0.92767 0.33530 0.92767 0.33471 0.92787 0.33371 0.92827 0.33311 0.92886 0.33292 0.92926 0.33292 0.92986 0.33311 0.93026 0.33371 0.93046 0.33471 0.93046 0.33530 0.93026 0.33630 0.92986 0.33689 0.92926 0.33709 0.92886 0.33709\n 11 116 5 0.93205 0.33331 0.93185 0.33311 0.93205 0.33292 0.93225 0.33311 0.93205 0.33331\n 11 644 29 0.93463 0.33709 0.93404 0.33689 0.93384 0.33650 0.93384 0.33610 0.93404 0.33570 0.93443 0.33550 0.93523 0.33530 0.93583 0.33510 0.93623 0.33471 0.93642 0.33431 0.93642 0.33371 0.93623 0.33331 0.93603 0.33311 0.93543 0.33292 0.93463 0.33292 0.93404 0.33311 0.93384 0.33331 0.93364 0.33371 0.93364 0.33431 0.93384 0.33471 0.93424 0.33510 0.93483 0.33530 0.93563 0.33550 0.93603 0.33570 0.93623 0.33610 0.93623 0.33650 0.93603 0.33689 0.93543 0.33709 0.93463 0.33709\n 11 380 17 0.93881 0.33709 0.93822 0.33689 0.93782 0.33630 0.93762 0.33530 0.93762 0.33471 0.93782 0.33371 0.93822 0.33311 0.93881 0.33292 0.93921 0.33292 0.93981 0.33311 0.94020 0.33371 0.94040 0.33471 0.94040 0.33530 0.94020 0.33630 0.93981 0.33689 0.93921 0.33709 0.93881 0.33709\n 11 666 30 0.74035 0.34608 0.71614 0.34608 0.74035 0.34608 0.74035 0.34085 0.74035 0.34608 0.76456 0.34608 0.76456 0.34085 0.76456 0.34608 0.78877 0.34608 0.78877 0.34085 0.78877 0.34608 0.81298 0.34608 0.81298 0.34085 0.81298 0.34608 0.83719 0.34608 0.83719 0.34085 0.83719 0.34608 0.86140 0.34608 0.86140 0.34085 0.86140 0.34608 0.88561 0.34608 0.88561 0.34085 0.88561 0.34608 0.90983 0.34608 0.90983 0.34085 0.90983 0.34608 0.93404 0.34608 0.93404 0.34085 0.93404 0.34608 0.95822 0.34608\n 11 50 2 0.73159 0.33471 0.73518 0.33471\n 11 380 17 0.73776 0.33709 0.73716 0.33689 0.73677 0.33630 0.73657 0.33530 0.73657 0.33471 0.73677 0.33371 0.73716 0.33311 0.73776 0.33292 0.73816 0.33292 0.73876 0.33311 0.73915 0.33371 0.73935 0.33471 0.73935 0.33530 0.73915 0.33630 0.73876 0.33689 0.73816 0.33709 0.73776 0.33709\n 11 116 5 0.74095 0.33331 0.74075 0.33311 0.74095 0.33292 0.74114 0.33311 0.74095 0.33331\n 11 644 29 0.74353 0.33709 0.74293 0.33689 0.74274 0.33650 0.74274 0.33610 0.74293 0.33570 0.74333 0.33550 0.74413 0.33530 0.74473 0.33510 0.74512 0.33471 0.74532 0.33431 0.74532 0.33371 0.74512 0.33331 0.74492 0.33311 0.74433 0.33292 0.74353 0.33292 0.74293 0.33311 0.74274 0.33331 0.74254 0.33371 0.74254 0.33431 0.74274 0.33471 0.74313 0.33510 0.74373 0.33530 0.74453 0.33550 0.74492 0.33570 0.74512 0.33610 0.74512 0.33650 0.74492 0.33689 0.74433 0.33709 0.74353 0.33709\n 11 380 17 0.74771 0.33709 0.74711 0.33689 0.74671 0.33630 0.74652 0.33530 0.74652 0.33471 0.74671 0.33371 0.74711 0.33311 0.74771 0.33292 0.74811 0.33292 0.74870 0.33311 0.74910 0.33371 0.74930 0.33471 0.74930 0.33530 0.74910 0.33630 0.74870 0.33689 0.74811 0.33709 0.74771 0.33709\n 11 50 2 0.78002 0.33471 0.78360 0.33471\n 11 380 17 0.78618 0.33709 0.78559 0.33689 0.78519 0.33630 0.78499 0.33530 0.78499 0.33471 0.78519 0.33371 0.78559 0.33311 0.78618 0.33292 0.78658 0.33292 0.78718 0.33311 0.78758 0.33371 0.78778 0.33471 0.78778 0.33530 0.78758 0.33630 0.78718 0.33689 0.78658 0.33709 0.78618 0.33709\n 11 116 5 0.78937 0.33331 0.78917 0.33311 0.78937 0.33292 0.78957 0.33311 0.78937 0.33331\n 11 72 3 0.79295 0.33709 0.79096 0.33431 0.79394 0.33431\n 11 50 2 0.79295 0.33709 0.79295 0.33292\n 11 380 17 0.79613 0.33709 0.79554 0.33689 0.79514 0.33630 0.79494 0.33530 0.79494 0.33471 0.79514 0.33371 0.79554 0.33311 0.79613 0.33292 0.79653 0.33292 0.79713 0.33311 0.79752 0.33371 0.79772 0.33471 0.79772 0.33530 0.79752 0.33630 0.79713 0.33689 0.79653 0.33709 0.79613 0.33709\n 11 380 17 0.83202 0.33709 0.83142 0.33689 0.83102 0.33630 0.83083 0.33530 0.83083 0.33471 0.83102 0.33371 0.83142 0.33311 0.83202 0.33292 0.83242 0.33292 0.83301 0.33311 0.83341 0.33371 0.83361 0.33471 0.83361 0.33530 0.83341 0.33630 0.83301 0.33689 0.83242 0.33709 0.83202 0.33709\n 11 116 5 0.83520 0.33331 0.83500 0.33311 0.83520 0.33292 0.83540 0.33311 0.83520 0.33331\n 11 380 17 0.83799 0.33709 0.83739 0.33689 0.83699 0.33630 0.83679 0.33530 0.83679 0.33471 0.83699 0.33371 0.83739 0.33311 0.83799 0.33292 0.83839 0.33292 0.83898 0.33311 0.83938 0.33371 0.83958 0.33471 0.83958 0.33530 0.83938 0.33630 0.83898 0.33689 0.83839 0.33709 0.83799 0.33709\n 11 380 17 0.84197 0.33709 0.84137 0.33689 0.84097 0.33630 0.84077 0.33530 0.84077 0.33471 0.84097 0.33371 0.84137 0.33311 0.84197 0.33292 0.84237 0.33292 0.84296 0.33311 0.84336 0.33371 0.84356 0.33471 0.84356 0.33530 0.84336 0.33630 0.84296 0.33689 0.84237 0.33709 0.84197 0.33709\n 11 380 17 0.88044 0.33709 0.87984 0.33689 0.87945 0.33630 0.87925 0.33530 0.87925 0.33471 0.87945 0.33371 0.87984 0.33311 0.88044 0.33292 0.88084 0.33292 0.88144 0.33311 0.88183 0.33371 0.88203 0.33471 0.88203 0.33530 0.88183 0.33630 0.88144 0.33689 0.88084 0.33709 0.88044 0.33709\n 11 116 5 0.88363 0.33331 0.88343 0.33311 0.88363 0.33292 0.88382 0.33311 0.88363 0.33331\n 11 72 3 0.88721 0.33709 0.88522 0.33431 0.88820 0.33431\n 11 50 2 0.88721 0.33709 0.88721 0.33292\n 11 380 17 0.89039 0.33709 0.88979 0.33689 0.88940 0.33630 0.88920 0.33530 0.88920 0.33471 0.88940 0.33371 0.88979 0.33311 0.89039 0.33292 0.89079 0.33292 0.89138 0.33311 0.89178 0.33371 0.89198 0.33471 0.89198 0.33530 0.89178 0.33630 0.89138 0.33689 0.89079 0.33709 0.89039 0.33709\n 11 380 17 0.92886 0.33709 0.92827 0.33689 0.92787 0.33630 0.92767 0.33530 0.92767 0.33471 0.92787 0.33371 0.92827 0.33311 0.92886 0.33292 0.92926 0.33292 0.92986 0.33311 0.93026 0.33371 0.93046 0.33471 0.93046 0.33530 0.93026 0.33630 0.92986 0.33689 0.92926 0.33709 0.92886 0.33709\n 11 116 5 0.93205 0.33331 0.93185 0.33311 0.93205 0.33292 0.93225 0.33311 0.93205 0.33331\n 11 644 29 0.93463 0.33709 0.93404 0.33689 0.93384 0.33650 0.93384 0.33610 0.93404 0.33570 0.93443 0.33550 0.93523 0.33530 0.93583 0.33510 0.93623 0.33471 0.93642 0.33431 0.93642 0.33371 0.93623 0.33331 0.93603 0.33311 0.93543 0.33292 0.93463 0.33292 0.93404 0.33311 0.93384 0.33331 0.93364 0.33371 0.93364 0.33431 0.93384 0.33471 0.93424 0.33510 0.93483 0.33530 0.93563 0.33550 0.93603 0.33570 0.93623 0.33610 0.93623 0.33650 0.93603 0.33689 0.93543 0.33709 0.93463 0.33709\n 11 380 17 0.93881 0.33709 0.93822 0.33689 0.93782 0.33630 0.93762 0.33530 0.93762 0.33471 0.93782 0.33371 0.93822 0.33311 0.93881 0.33292 0.93921 0.33292 0.93981 0.33311 0.94020 0.33371 0.94040 0.33471 0.94040 0.33530 0.94020 0.33630 0.93981 0.33689 0.93921 0.33709 0.93881 0.33709\n 11 798 36 0.71614 0.34608 0.71614 0.34608 0.71614 0.34608 0.71092 0.34608 0.71614 0.34608 0.71614 0.36314 0.71092 0.36314 0.71614 0.36314 0.71614 0.38020 0.71092 0.38020 0.71614 0.38020 0.71614 0.39725 0.71092 0.39725 0.71614 0.39725 0.71614 0.41431 0.71092 0.41431 0.71614 0.41431 0.71614 0.43137 0.71092 0.43137 0.71614 0.43137 0.71614 0.44843 0.71092 0.44843 0.71614 0.44843 0.71614 0.46549 0.71092 0.46549 0.71614 0.46549 0.71614 0.48255 0.71092 0.48255 0.71614 0.48255 0.71614 0.49961 0.71092 0.49961 0.71614 0.49961 0.71614 0.51667 0.71092 0.51667 0.71614 0.51667 0.71614 0.51667\n 11 50 2 0.68948 0.36284 0.69306 0.36284\n 11 380 17 0.69565 0.36522 0.69505 0.36503 0.69465 0.36443 0.69445 0.36343 0.69445 0.36284 0.69465 0.36184 0.69505 0.36125 0.69565 0.36105 0.69604 0.36105 0.69664 0.36125 0.69704 0.36184 0.69724 0.36284 0.69724 0.36343 0.69704 0.36443 0.69664 0.36503 0.69604 0.36522 0.69565 0.36522\n 11 116 5 0.69883 0.36144 0.69863 0.36125 0.69883 0.36105 0.69903 0.36125 0.69883 0.36144\n 11 644 29 0.70142 0.36522 0.70082 0.36503 0.70062 0.36463 0.70062 0.36423 0.70082 0.36383 0.70122 0.36363 0.70201 0.36343 0.70261 0.36324 0.70301 0.36284 0.70321 0.36244 0.70321 0.36184 0.70301 0.36144 0.70281 0.36125 0.70221 0.36105 0.70142 0.36105 0.70082 0.36125 0.70062 0.36144 0.70042 0.36184 0.70042 0.36244 0.70062 0.36284 0.70102 0.36324 0.70161 0.36343 0.70241 0.36363 0.70281 0.36383 0.70301 0.36423 0.70301 0.36463 0.70281 0.36503 0.70221 0.36522 0.70142 0.36522\n 11 380 17 0.70559 0.36522 0.70500 0.36503 0.70460 0.36443 0.70440 0.36343 0.70440 0.36284 0.70460 0.36184 0.70500 0.36125 0.70559 0.36105 0.70599 0.36105 0.70659 0.36125 0.70699 0.36184 0.70718 0.36284 0.70718 0.36343 0.70699 0.36443 0.70659 0.36503 0.70599 0.36522 0.70559 0.36522\n 11 50 2 0.68948 0.39696 0.69306 0.39696\n 11 380 17 0.69565 0.39934 0.69505 0.39915 0.69465 0.39855 0.69445 0.39755 0.69445 0.39696 0.69465 0.39596 0.69505 0.39536 0.69565 0.39517 0.69604 0.39517 0.69664 0.39536 0.69704 0.39596 0.69724 0.39696 0.69724 0.39755 0.69704 0.39855 0.69664 0.39915 0.69604 0.39934 0.69565 0.39934\n 11 116 5 0.69883 0.39556 0.69863 0.39536 0.69883 0.39517 0.69903 0.39536 0.69883 0.39556\n 11 72 3 0.70241 0.39934 0.70042 0.39656 0.70340 0.39656\n 11 50 2 0.70241 0.39934 0.70241 0.39517\n 11 380 17 0.70559 0.39934 0.70500 0.39915 0.70460 0.39855 0.70440 0.39755 0.70440 0.39696 0.70460 0.39596 0.70500 0.39536 0.70559 0.39517 0.70599 0.39517 0.70659 0.39536 0.70699 0.39596 0.70718 0.39696 0.70718 0.39755 0.70699 0.39855 0.70659 0.39915 0.70599 0.39934 0.70559 0.39934\n 11 380 17 0.69565 0.43346 0.69505 0.43326 0.69465 0.43267 0.69445 0.43167 0.69445 0.43108 0.69465 0.43008 0.69505 0.42948 0.69565 0.42928 0.69604 0.42928 0.69664 0.42948 0.69704 0.43008 0.69724 0.43108 0.69724 0.43167 0.69704 0.43267 0.69664 0.43326 0.69604 0.43346 0.69565 0.43346\n 11 116 5 0.69883 0.42968 0.69863 0.42948 0.69883 0.42928 0.69903 0.42948 0.69883 0.42968\n 11 380 17 0.70161 0.43346 0.70102 0.43326 0.70062 0.43267 0.70042 0.43167 0.70042 0.43108 0.70062 0.43008 0.70102 0.42948 0.70161 0.42928 0.70201 0.42928 0.70261 0.42948 0.70301 0.43008 0.70321 0.43108 0.70321 0.43167 0.70301 0.43267 0.70261 0.43326 0.70201 0.43346 0.70161 0.43346\n 11 380 17 0.70559 0.43346 0.70500 0.43326 0.70460 0.43267 0.70440 0.43167 0.70440 0.43108 0.70460 0.43008 0.70500 0.42948 0.70559 0.42928 0.70599 0.42928 0.70659 0.42948 0.70699 0.43008 0.70718 0.43108 0.70718 0.43167 0.70699 0.43267 0.70659 0.43326 0.70599 0.43346 0.70559 0.43346\n 11 380 17 0.69565 0.46758 0.69505 0.46738 0.69465 0.46679 0.69445 0.46579 0.69445 0.46519 0.69465 0.46420 0.69505 0.46360 0.69565 0.46340 0.69604 0.46340 0.69664 0.46360 0.69704 0.46420 0.69724 0.46519 0.69724 0.46579 0.69704 0.46679 0.69664 0.46738 0.69604 0.46758 0.69565 0.46758\n 11 116 5 0.69883 0.46380 0.69863 0.46360 0.69883 0.46340 0.69903 0.46360 0.69883 0.46380\n 11 72 3 0.70241 0.46758 0.70042 0.46480 0.70340 0.46480\n 11 50 2 0.70241 0.46758 0.70241 0.46340\n 11 380 17 0.70559 0.46758 0.70500 0.46738 0.70460 0.46679 0.70440 0.46579 0.70440 0.46519 0.70460 0.46420 0.70500 0.46360 0.70559 0.46340 0.70599 0.46340 0.70659 0.46360 0.70699 0.46420 0.70718 0.46519 0.70718 0.46579 0.70699 0.46679 0.70659 0.46738 0.70599 0.46758 0.70559 0.46758\n 11 380 17 0.69565 0.50170 0.69505 0.50150 0.69465 0.50091 0.69445 0.49991 0.69445 0.49931 0.69465 0.49832 0.69505 0.49772 0.69565 0.49752 0.69604 0.49752 0.69664 0.49772 0.69704 0.49832 0.69724 0.49931 0.69724 0.49991 0.69704 0.50091 0.69664 0.50150 0.69604 0.50170 0.69565 0.50170\n 11 116 5 0.69883 0.49792 0.69863 0.49772 0.69883 0.49752 0.69903 0.49772 0.69883 0.49792\n 11 644 29 0.70142 0.50170 0.70082 0.50150 0.70062 0.50110 0.70062 0.50071 0.70082 0.50031 0.70122 0.50011 0.70201 0.49991 0.70261 0.49971 0.70301 0.49931 0.70321 0.49892 0.70321 0.49832 0.70301 0.49792 0.70281 0.49772 0.70221 0.49752 0.70142 0.49752 0.70082 0.49772 0.70062 0.49792 0.70042 0.49832 0.70042 0.49892 0.70062 0.49931 0.70102 0.49971 0.70161 0.49991 0.70241 0.50011 0.70281 0.50031 0.70301 0.50071 0.70301 0.50110 0.70281 0.50150 0.70221 0.50170 0.70142 0.50170\n 11 380 17 0.70559 0.50170 0.70500 0.50150 0.70460 0.50091 0.70440 0.49991 0.70440 0.49931 0.70460 0.49832 0.70500 0.49772 0.70559 0.49752 0.70599 0.49752 0.70659 0.49772 0.70699 0.49832 0.70718 0.49931 0.70718 0.49991 0.70699 0.50091 0.70659 0.50150 0.70599 0.50170 0.70559 0.50170\n 11 798 36 0.71614 0.34608 0.71614 0.34608 0.71614 0.34608 0.71092 0.34608 0.71614 0.34608 0.71614 0.36314 0.71092 0.36314 0.71614 0.36314 0.71614 0.38020 0.71092 0.38020 0.71614 0.38020 0.71614 0.39725 0.71092 0.39725 0.71614 0.39725 0.71614 0.41431 0.71092 0.41431 0.71614 0.41431 0.71614 0.43137 0.71092 0.43137 0.71614 0.43137 0.71614 0.44843 0.71092 0.44843 0.71614 0.44843 0.71614 0.46549 0.71092 0.46549 0.71614 0.46549 0.71614 0.48255 0.71092 0.48255 0.71614 0.48255 0.71614 0.49961 0.71092 0.49961 0.71614 0.49961 0.71614 0.51667 0.71092 0.51667 0.71614 0.51667 0.71614 0.51667\n 11 50 2 0.68948 0.36284 0.69306 0.36284\n 11 380 17 0.69565 0.36522 0.69505 0.36503 0.69465 0.36443 0.69445 0.36343 0.69445 0.36284 0.69465 0.36184 0.69505 0.36125 0.69565 0.36105 0.69604 0.36105 0.69664 0.36125 0.69704 0.36184 0.69724 0.36284 0.69724 0.36343 0.69704 0.36443 0.69664 0.36503 0.69604 0.36522 0.69565 0.36522\n 11 116 5 0.69883 0.36144 0.69863 0.36125 0.69883 0.36105 0.69903 0.36125 0.69883 0.36144\n 11 644 29 0.70142 0.36522 0.70082 0.36503 0.70062 0.36463 0.70062 0.36423 0.70082 0.36383 0.70122 0.36363 0.70201 0.36343 0.70261 0.36324 0.70301 0.36284 0.70321 0.36244 0.70321 0.36184 0.70301 0.36144 0.70281 0.36125 0.70221 0.36105 0.70142 0.36105 0.70082 0.36125 0.70062 0.36144 0.70042 0.36184 0.70042 0.36244 0.70062 0.36284 0.70102 0.36324 0.70161 0.36343 0.70241 0.36363 0.70281 0.36383 0.70301 0.36423 0.70301 0.36463 0.70281 0.36503 0.70221 0.36522 0.70142 0.36522\n 11 380 17 0.70559 0.36522 0.70500 0.36503 0.70460 0.36443 0.70440 0.36343 0.70440 0.36284 0.70460 0.36184 0.70500 0.36125 0.70559 0.36105 0.70599 0.36105 0.70659 0.36125 0.70699 0.36184 0.70718 0.36284 0.70718 0.36343 0.70699 0.36443 0.70659 0.36503 0.70599 0.36522 0.70559 0.36522\n 11 50 2 0.68948 0.39696 0.69306 0.39696\n 11 380 17 0.69565 0.39934 0.69505 0.39915 0.69465 0.39855 0.69445 0.39755 0.69445 0.39696 0.69465 0.39596 0.69505 0.39536 0.69565 0.39517 0.69604 0.39517 0.69664 0.39536 0.69704 0.39596 0.69724 0.39696 0.69724 0.39755 0.69704 0.39855 0.69664 0.39915 0.69604 0.39934 0.69565 0.39934\n 11 116 5 0.69883 0.39556 0.69863 0.39536 0.69883 0.39517 0.69903 0.39536 0.69883 0.39556\n 11 72 3 0.70241 0.39934 0.70042 0.39656 0.70340 0.39656\n 11 50 2 0.70241 0.39934 0.70241 0.39517\n 11 380 17 0.70559 0.39934 0.70500 0.39915 0.70460 0.39855 0.70440 0.39755 0.70440 0.39696 0.70460 0.39596 0.70500 0.39536 0.70559 0.39517 0.70599 0.39517 0.70659 0.39536 0.70699 0.39596 0.70718 0.39696 0.70718 0.39755 0.70699 0.39855 0.70659 0.39915 0.70599 0.39934 0.70559 0.39934\n 11 380 17 0.69565 0.43346 0.69505 0.43326 0.69465 0.43267 0.69445 0.43167 0.69445 0.43108 0.69465 0.43008 0.69505 0.42948 0.69565 0.42928 0.69604 0.42928 0.69664 0.42948 0.69704 0.43008 0.69724 0.43108 0.69724 0.43167 0.69704 0.43267 0.69664 0.43326 0.69604 0.43346 0.69565 0.43346\n 11 116 5 0.69883 0.42968 0.69863 0.42948 0.69883 0.42928 0.69903 0.42948 0.69883 0.42968\n 11 380 17 0.70161 0.43346 0.70102 0.43326 0.70062 0.43267 0.70042 0.43167 0.70042 0.43108 0.70062 0.43008 0.70102 0.42948 0.70161 0.42928 0.70201 0.42928 0.70261 0.42948 0.70301 0.43008 0.70321 0.43108 0.70321 0.43167 0.70301 0.43267 0.70261 0.43326 0.70201 0.43346 0.70161 0.43346\n 11 380 17 0.70559 0.43346 0.70500 0.43326 0.70460 0.43267 0.70440 0.43167 0.70440 0.43108 0.70460 0.43008 0.70500 0.42948 0.70559 0.42928 0.70599 0.42928 0.70659 0.42948 0.70699 0.43008 0.70718 0.43108 0.70718 0.43167 0.70699 0.43267 0.70659 0.43326 0.70599 0.43346 0.70559 0.43346\n 11 380 17 0.69565 0.46758 0.69505 0.46738 0.69465 0.46679 0.69445 0.46579 0.69445 0.46519 0.69465 0.46420 0.69505 0.46360 0.69565 0.46340 0.69604 0.46340 0.69664 0.46360 0.69704 0.46420 0.69724 0.46519 0.69724 0.46579 0.69704 0.46679 0.69664 0.46738 0.69604 0.46758 0.69565 0.46758\n 11 116 5 0.69883 0.46380 0.69863 0.46360 0.69883 0.46340 0.69903 0.46360 0.69883 0.46380\n 11 72 3 0.70241 0.46758 0.70042 0.46480 0.70340 0.46480\n 11 50 2 0.70241 0.46758 0.70241 0.46340\n 11 380 17 0.70559 0.46758 0.70500 0.46738 0.70460 0.46679 0.70440 0.46579 0.70440 0.46519 0.70460 0.46420 0.70500 0.46360 0.70559 0.46340 0.70599 0.46340 0.70659 0.46360 0.70699 0.46420 0.70718 0.46519 0.70718 0.46579 0.70699 0.46679 0.70659 0.46738 0.70599 0.46758 0.70559 0.46758\n 11 380 17 0.69565 0.50170 0.69505 0.50150 0.69465 0.50091 0.69445 0.49991 0.69445 0.49931 0.69465 0.49832 0.69505 0.49772 0.69565 0.49752 0.69604 0.49752 0.69664 0.49772 0.69704 0.49832 0.69724 0.49931 0.69724 0.49991 0.69704 0.50091 0.69664 0.50150 0.69604 0.50170 0.69565 0.50170\n 11 116 5 0.69883 0.49792 0.69863 0.49772 0.69883 0.49752 0.69903 0.49772 0.69883 0.49792\n 11 644 29 0.70142 0.50170 0.70082 0.50150 0.70062 0.50110 0.70062 0.50071 0.70082 0.50031 0.70122 0.50011 0.70201 0.49991 0.70261 0.49971 0.70301 0.49931 0.70321 0.49892 0.70321 0.49832 0.70301 0.49792 0.70281 0.49772 0.70221 0.49752 0.70142 0.49752 0.70082 0.49772 0.70062 0.49792 0.70042 0.49832 0.70042 0.49892 0.70062 0.49931 0.70102 0.49971 0.70161 0.49991 0.70241 0.50011 0.70281 0.50031 0.70301 0.50071 0.70301 0.50110 0.70281 0.50150 0.70221 0.50170 0.70142 0.50170\n 11 380 17 0.70559 0.50170 0.70500 0.50150 0.70460 0.50091 0.70440 0.49991 0.70440 0.49931 0.70460 0.49832 0.70500 0.49772 0.70559 0.49752 0.70599 0.49752 0.70659 0.49772 0.70699 0.49832 0.70718 0.49931 0.70718 0.49991 0.70699 0.50091 0.70659 0.50150 0.70599 0.50170 0.70559 0.50170\n 11 798 36 0.95822 0.34608 0.95822 0.34608 0.95822 0.34608 0.96345 0.34608 0.95822 0.34608 0.95822 0.36314 0.96345 0.36314 0.95822 0.36314 0.95822 0.38020 0.96345 0.38020 0.95822 0.38020 0.95822 0.39725 0.96345 0.39725 0.95822 0.39725 0.95822 0.41431 0.96345 0.41431 0.95822 0.41431 0.95822 0.43137 0.96345 0.43137 0.95822 0.43137 0.95822 0.44843 0.96345 0.44843 0.95822 0.44843 0.95822 0.46549 0.96345 0.46549 0.95822 0.46549 0.95822 0.48255 0.96345 0.48255 0.95822 0.48255 0.95822 0.49961 0.96345 0.49961 0.95822 0.49961 0.95822 0.51667 0.96345 0.51667 0.95822 0.51667 0.95822 0.51667\n 11 798 36 0.95822 0.34608 0.95822 0.34608 0.95822 0.34608 0.96345 0.34608 0.95822 0.34608 0.95822 0.36314 0.96345 0.36314 0.95822 0.36314 0.95822 0.38020 0.96345 0.38020 0.95822 0.38020 0.95822 0.39725 0.96345 0.39725 0.95822 0.39725 0.95822 0.41431 0.96345 0.41431 0.95822 0.41431 0.95822 0.43137 0.96345 0.43137 0.95822 0.43137 0.95822 0.44843 0.96345 0.44843 0.95822 0.44843 0.95822 0.46549 0.96345 0.46549 0.95822 0.46549 0.95822 0.48255 0.96345 0.48255 0.95822 0.48255 0.95822 0.49961 0.96345 0.49961 0.95822 0.49961 0.95822 0.51667 0.96345 0.51667 0.95822 0.51667 0.95822 0.51667\n 11 666 30 0.74035 0.51667 0.71614 0.51667 0.74035 0.51667 0.74035 0.52189 0.74035 0.51667 0.76456 0.51667 0.76456 0.52189 0.76456 0.51667 0.78877 0.51667 0.78877 0.52189 0.78877 0.51667 0.81298 0.51667 0.81298 0.52189 0.81298 0.51667 0.83719 0.51667 0.83719 0.52189 0.83719 0.51667 0.86140 0.51667 0.86140 0.52189 0.86140 0.51667 0.88561 0.51667 0.88561 0.52189 0.88561 0.51667 0.90983 0.51667 0.90983 0.52189 0.90983 0.51667 0.93404 0.51667 0.93404 0.52189 0.93404 0.51667 0.95822 0.51667\n 11 666 30 0.74035 0.51667 0.71614 0.51667 0.74035 0.51667 0.74035 0.52189 0.74035 0.51667 0.76456 0.51667 0.76456 0.52189 0.76456 0.51667 0.78877 0.51667 0.78877 0.52189 0.78877 0.51667 0.81298 0.51667 0.81298 0.52189 0.81298 0.51667 0.83719 0.51667 0.83719 0.52189 0.83719 0.51667 0.86140 0.51667 0.86140 0.52189 0.86140 0.51667 0.88561 0.51667 0.88561 0.52189 0.88561 0.51667 0.90983 0.51667 0.90983 0.52189 0.90983 0.51667 0.93404 0.51667 0.93404 0.52189 0.93404 0.51667 0.95822 0.51667\n 11 666 30 0.74035 0.34608 0.71614 0.34608 0.74035 0.34608 0.74035 0.34085 0.74035 0.34608 0.76456 0.34608 0.76456 0.34085 0.76456 0.34608 0.78877 0.34608 0.78877 0.34085 0.78877 0.34608 0.81298 0.34608 0.81298 0.34085 0.81298 0.34608 0.83719 0.34608 0.83719 0.34085 0.83719 0.34608 0.86140 0.34608 0.86140 0.34085 0.86140 0.34608 0.88561 0.34608 0.88561 0.34085 0.88561 0.34608 0.90983 0.34608 0.90983 0.34085 0.90983 0.34608 0.93404 0.34608 0.93404 0.34085 0.93404 0.34608 0.95822 0.34608\n 11 50 2 0.73159 0.33471 0.73518 0.33471\n 11 380 17 0.73776 0.33709 0.73716 0.33689 0.73677 0.33630 0.73657 0.33530 0.73657 0.33471 0.73677 0.33371 0.73716 0.33311 0.73776 0.33292 0.73816 0.33292 0.73876 0.33311 0.73915 0.33371 0.73935 0.33471 0.73935 0.33530 0.73915 0.33630 0.73876 0.33689 0.73816 0.33709 0.73776 0.33709\n 11 116 5 0.74095 0.33331 0.74075 0.33311 0.74095 0.33292 0.74114 0.33311 0.74095 0.33331\n 11 644 29 0.74353 0.33709 0.74293 0.33689 0.74274 0.33650 0.74274 0.33610 0.74293 0.33570 0.74333 0.33550 0.74413 0.33530 0.74473 0.33510 0.74512 0.33471 0.74532 0.33431 0.74532 0.33371 0.74512 0.33331 0.74492 0.33311 0.74433 0.33292 0.74353 0.33292 0.74293 0.33311 0.74274 0.33331 0.74254 0.33371 0.74254 0.33431 0.74274 0.33471 0.74313 0.33510 0.74373 0.33530 0.74453 0.33550 0.74492 0.33570 0.74512 0.33610 0.74512 0.33650 0.74492 0.33689 0.74433 0.33709 0.74353 0.33709\n 11 380 17 0.74771 0.33709 0.74711 0.33689 0.74671 0.33630 0.74652 0.33530 0.74652 0.33471 0.74671 0.33371 0.74711 0.33311 0.74771 0.33292 0.74811 0.33292 0.74870 0.33311 0.74910 0.33371 0.74930 0.33471 0.74930 0.33530 0.74910 0.33630 0.74870 0.33689 0.74811 0.33709 0.74771 0.33709\n 11 50 2 0.78002 0.33471 0.78360 0.33471\n 11 380 17 0.78618 0.33709 0.78559 0.33689 0.78519 0.33630 0.78499 0.33530 0.78499 0.33471 0.78519 0.33371 0.78559 0.33311 0.78618 0.33292 0.78658 0.33292 0.78718 0.33311 0.78758 0.33371 0.78778 0.33471 0.78778 0.33530 0.78758 0.33630 0.78718 0.33689 0.78658 0.33709 0.78618 0.33709\n 11 116 5 0.78937 0.33331 0.78917 0.33311 0.78937 0.33292 0.78957 0.33311 0.78937 0.33331\n 11 72 3 0.79295 0.33709 0.79096 0.33431 0.79394 0.33431\n 11 50 2 0.79295 0.33709 0.79295 0.33292\n 11 380 17 0.79613 0.33709 0.79554 0.33689 0.79514 0.33630 0.79494 0.33530 0.79494 0.33471 0.79514 0.33371 0.79554 0.33311 0.79613 0.33292 0.79653 0.33292 0.79713 0.33311 0.79752 0.33371 0.79772 0.33471 0.79772 0.33530 0.79752 0.33630 0.79713 0.33689 0.79653 0.33709 0.79613 0.33709\n 11 380 17 0.83202 0.33709 0.83142 0.33689 0.83102 0.33630 0.83083 0.33530 0.83083 0.33471 0.83102 0.33371 0.83142 0.33311 0.83202 0.33292 0.83242 0.33292 0.83301 0.33311 0.83341 0.33371 0.83361 0.33471 0.83361 0.33530 0.83341 0.33630 0.83301 0.33689 0.83242 0.33709 0.83202 0.33709\n 11 116 5 0.83520 0.33331 0.83500 0.33311 0.83520 0.33292 0.83540 0.33311 0.83520 0.33331\n 11 380 17 0.83799 0.33709 0.83739 0.33689 0.83699 0.33630 0.83679 0.33530 0.83679 0.33471 0.83699 0.33371 0.83739 0.33311 0.83799 0.33292 0.83839 0.33292 0.83898 0.33311 0.83938 0.33371 0.83958 0.33471 0.83958 0.33530 0.83938 0.33630 0.83898 0.33689 0.83839 0.33709 0.83799 0.33709\n 11 380 17 0.84197 0.33709 0.84137 0.33689 0.84097 0.33630 0.84077 0.33530 0.84077 0.33471 0.84097 0.33371 0.84137 0.33311 0.84197 0.33292 0.84237 0.33292 0.84296 0.33311 0.84336 0.33371 0.84356 0.33471 0.84356 0.33530 0.84336 0.33630 0.84296 0.33689 0.84237 0.33709 0.84197 0.33709\n 11 380 17 0.88044 0.33709 0.87984 0.33689 0.87945 0.33630 0.87925 0.33530 0.87925 0.33471 0.87945 0.33371 0.87984 0.33311 0.88044 0.33292 0.88084 0.33292 0.88144 0.33311 0.88183 0.33371 0.88203 0.33471 0.88203 0.33530 0.88183 0.33630 0.88144 0.33689 0.88084 0.33709 0.88044 0.33709\n 11 116 5 0.88363 0.33331 0.88343 0.33311 0.88363 0.33292 0.88382 0.33311 0.88363 0.33331\n 11 72 3 0.88721 0.33709 0.88522 0.33431 0.88820 0.33431\n 11 50 2 0.88721 0.33709 0.88721 0.33292\n 11 380 17 0.89039 0.33709 0.88979 0.33689 0.88940 0.33630 0.88920 0.33530 0.88920 0.33471 0.88940 0.33371 0.88979 0.33311 0.89039 0.33292 0.89079 0.33292 0.89138 0.33311 0.89178 0.33371 0.89198 0.33471 0.89198 0.33530 0.89178 0.33630 0.89138 0.33689 0.89079 0.33709 0.89039 0.33709\n 11 380 17 0.92886 0.33709 0.92827 0.33689 0.92787 0.33630 0.92767 0.33530 0.92767 0.33471 0.92787 0.33371 0.92827 0.33311 0.92886 0.33292 0.92926 0.33292 0.92986 0.33311 0.93026 0.33371 0.93046 0.33471 0.93046 0.33530 0.93026 0.33630 0.92986 0.33689 0.92926 0.33709 0.92886 0.33709\n 11 116 5 0.93205 0.33331 0.93185 0.33311 0.93205 0.33292 0.93225 0.33311 0.93205 0.33331\n 11 644 29 0.93463 0.33709 0.93404 0.33689 0.93384 0.33650 0.93384 0.33610 0.93404 0.33570 0.93443 0.33550 0.93523 0.33530 0.93583 0.33510 0.93623 0.33471 0.93642 0.33431 0.93642 0.33371 0.93623 0.33331 0.93603 0.33311 0.93543 0.33292 0.93463 0.33292 0.93404 0.33311 0.93384 0.33331 0.93364 0.33371 0.93364 0.33431 0.93384 0.33471 0.93424 0.33510 0.93483 0.33530 0.93563 0.33550 0.93603 0.33570 0.93623 0.33610 0.93623 0.33650 0.93603 0.33689 0.93543 0.33709 0.93463 0.33709\n 11 380 17 0.93881 0.33709 0.93822 0.33689 0.93782 0.33630 0.93762 0.33530 0.93762 0.33471 0.93782 0.33371 0.93822 0.33311 0.93881 0.33292 0.93921 0.33292 0.93981 0.33311 0.94020 0.33371 0.94040 0.33471 0.94040 0.33530 0.94020 0.33630 0.93981 0.33689 0.93921 0.33709 0.93881 0.33709\n 11 666 30 0.74035 0.34608 0.71614 0.34608 0.74035 0.34608 0.74035 0.34085 0.74035 0.34608 0.76456 0.34608 0.76456 0.34085 0.76456 0.34608 0.78877 0.34608 0.78877 0.34085 0.78877 0.34608 0.81298 0.34608 0.81298 0.34085 0.81298 0.34608 0.83719 0.34608 0.83719 0.34085 0.83719 0.34608 0.86140 0.34608 0.86140 0.34085 0.86140 0.34608 0.88561 0.34608 0.88561 0.34085 0.88561 0.34608 0.90983 0.34608 0.90983 0.34085 0.90983 0.34608 0.93404 0.34608 0.93404 0.34085 0.93404 0.34608 0.95822 0.34608\n 11 50 2 0.73159 0.33471 0.73518 0.33471\n 11 380 17 0.73776 0.33709 0.73716 0.33689 0.73677 0.33630 0.73657 0.33530 0.73657 0.33471 0.73677 0.33371 0.73716 0.33311 0.73776 0.33292 0.73816 0.33292 0.73876 0.33311 0.73915 0.33371 0.73935 0.33471 0.73935 0.33530 0.73915 0.33630 0.73876 0.33689 0.73816 0.33709 0.73776 0.33709\n 11 116 5 0.74095 0.33331 0.74075 0.33311 0.74095 0.33292 0.74114 0.33311 0.74095 0.33331\n 11 644 29 0.74353 0.33709 0.74293 0.33689 0.74274 0.33650 0.74274 0.33610 0.74293 0.33570 0.74333 0.33550 0.74413 0.33530 0.74473 0.33510 0.74512 0.33471 0.74532 0.33431 0.74532 0.33371 0.74512 0.33331 0.74492 0.33311 0.74433 0.33292 0.74353 0.33292 0.74293 0.33311 0.74274 0.33331 0.74254 0.33371 0.74254 0.33431 0.74274 0.33471 0.74313 0.33510 0.74373 0.33530 0.74453 0.33550 0.74492 0.33570 0.74512 0.33610 0.74512 0.33650 0.74492 0.33689 0.74433 0.33709 0.74353 0.33709\n 11 380 17 0.74771 0.33709 0.74711 0.33689 0.74671 0.33630 0.74652 0.33530 0.74652 0.33471 0.74671 0.33371 0.74711 0.33311 0.74771 0.33292 0.74811 0.33292 0.74870 0.33311 0.74910 0.33371 0.74930 0.33471 0.74930 0.33530 0.74910 0.33630 0.74870 0.33689 0.74811 0.33709 0.74771 0.33709\n 11 50 2 0.78002 0.33471 0.78360 0.33471\n 11 380 17 0.78618 0.33709 0.78559 0.33689 0.78519 0.33630 0.78499 0.33530 0.78499 0.33471 0.78519 0.33371 0.78559 0.33311 0.78618 0.33292 0.78658 0.33292 0.78718 0.33311 0.78758 0.33371 0.78778 0.33471 0.78778 0.33530 0.78758 0.33630 0.78718 0.33689 0.78658 0.33709 0.78618 0.33709\n 11 116 5 0.78937 0.33331 0.78917 0.33311 0.78937 0.33292 0.78957 0.33311 0.78937 0.33331\n 11 72 3 0.79295 0.33709 0.79096 0.33431 0.79394 0.33431\n 11 50 2 0.79295 0.33709 0.79295 0.33292\n 11 380 17 0.79613 0.33709 0.79554 0.33689 0.79514 0.33630 0.79494 0.33530 0.79494 0.33471 0.79514 0.33371 0.79554 0.33311 0.79613 0.33292 0.79653 0.33292 0.79713 0.33311 0.79752 0.33371 0.79772 0.33471 0.79772 0.33530 0.79752 0.33630 0.79713 0.33689 0.79653 0.33709 0.79613 0.33709\n 11 380 17 0.83202 0.33709 0.83142 0.33689 0.83102 0.33630 0.83083 0.33530 0.83083 0.33471 0.83102 0.33371 0.83142 0.33311 0.83202 0.33292 0.83242 0.33292 0.83301 0.33311 0.83341 0.33371 0.83361 0.33471 0.83361 0.33530 0.83341 0.33630 0.83301 0.33689 0.83242 0.33709 0.83202 0.33709\n 11 116 5 0.83520 0.33331 0.83500 0.33311 0.83520 0.33292 0.83540 0.33311 0.83520 0.33331\n 11 380 17 0.83799 0.33709 0.83739 0.33689 0.83699 0.33630 0.83679 0.33530 0.83679 0.33471 0.83699 0.33371 0.83739 0.33311 0.83799 0.33292 0.83839 0.33292 0.83898 0.33311 0.83938 0.33371 0.83958 0.33471 0.83958 0.33530 0.83938 0.33630 0.83898 0.33689 0.83839 0.33709 0.83799 0.33709\n 11 380 17 0.84197 0.33709 0.84137 0.33689 0.84097 0.33630 0.84077 0.33530 0.84077 0.33471 0.84097 0.33371 0.84137 0.33311 0.84197 0.33292 0.84237 0.33292 0.84296 0.33311 0.84336 0.33371 0.84356 0.33471 0.84356 0.33530 0.84336 0.33630 0.84296 0.33689 0.84237 0.33709 0.84197 0.33709\n 11 380 17 0.88044 0.33709 0.87984 0.33689 0.87945 0.33630 0.87925 0.33530 0.87925 0.33471 0.87945 0.33371 0.87984 0.33311 0.88044 0.33292 0.88084 0.33292 0.88144 0.33311 0.88183 0.33371 0.88203 0.33471 0.88203 0.33530 0.88183 0.33630 0.88144 0.33689 0.88084 0.33709 0.88044 0.33709\n 11 116 5 0.88363 0.33331 0.88343 0.33311 0.88363 0.33292 0.88382 0.33311 0.88363 0.33331\n 11 72 3 0.88721 0.33709 0.88522 0.33431 0.88820 0.33431\n 11 50 2 0.88721 0.33709 0.88721 0.33292\n 11 380 17 0.89039 0.33709 0.88979 0.33689 0.88940 0.33630 0.88920 0.33530 0.88920 0.33471 0.88940 0.33371 0.88979 0.33311 0.89039 0.33292 0.89079 0.33292 0.89138 0.33311 0.89178 0.33371 0.89198 0.33471 0.89198 0.33530 0.89178 0.33630 0.89138 0.33689 0.89079 0.33709 0.89039 0.33709\n 11 380 17 0.92886 0.33709 0.92827 0.33689 0.92787 0.33630 0.92767 0.33530 0.92767 0.33471 0.92787 0.33371 0.92827 0.33311 0.92886 0.33292 0.92926 0.33292 0.92986 0.33311 0.93026 0.33371 0.93046 0.33471 0.93046 0.33530 0.93026 0.33630 0.92986 0.33689 0.92926 0.33709 0.92886 0.33709\n 11 116 5 0.93205 0.33331 0.93185 0.33311 0.93205 0.33292 0.93225 0.33311 0.93205 0.33331\n 11 644 29 0.93463 0.33709 0.93404 0.33689 0.93384 0.33650 0.93384 0.33610 0.93404 0.33570 0.93443 0.33550 0.93523 0.33530 0.93583 0.33510 0.93623 0.33471 0.93642 0.33431 0.93642 0.33371 0.93623 0.33331 0.93603 0.33311 0.93543 0.33292 0.93463 0.33292 0.93404 0.33311 0.93384 0.33331 0.93364 0.33371 0.93364 0.33431 0.93384 0.33471 0.93424 0.33510 0.93483 0.33530 0.93563 0.33550 0.93603 0.33570 0.93623 0.33610 0.93623 0.33650 0.93603 0.33689 0.93543 0.33709 0.93463 0.33709\n 11 380 17 0.93881 0.33709 0.93822 0.33689 0.93782 0.33630 0.93762 0.33530 0.93762 0.33471 0.93782 0.33371 0.93822 0.33311 0.93881 0.33292 0.93921 0.33292 0.93981 0.33311 0.94020 0.33371 0.94040 0.33471 0.94040 0.33530 0.94020 0.33630 0.93981 0.33689 0.93921 0.33709 0.93881 0.33709\n 21 6 1\n 25 6 1\n 11 2206 100 0.85728 0.44083 0.87680 0.45017 0.89523 0.45928 0.91205 0.46805 0.92680 0.47636 0.93906 0.48412 0.94850 0.49123 0.95485 0.49760 0.95794 0.50315 0.95769 0.50782 0.95410 0.51154 0.94727 0.51428 0.93739 0.51599 0.92473 0.51666 0.90964 0.51628 0.89255 0.51485 0.87392 0.51239 0.85428 0.50893 0.83416 0.50452 0.81412 0.49920 0.79473 0.49305 0.77651 0.48614 0.75997 0.47855 0.74558 0.47038 0.73372 0.46173 0.72473 0.45270 0.71886 0.44341 0.71626 0.43397 0.71702 0.42450 0.72111 0.41512 0.72841 0.40593 0.73873 0.39706 0.75178 0.38862 0.76720 0.38070 0.78455 0.37340 0.80337 0.36682 0.82312 0.36104 0.84326 0.35612 0.86323 0.35213 0.88249 0.34912 0.90048 0.34712 0.91672 0.34617 0.93076 0.34626 0.94221 0.34740 0.95074 0.34958 0.95613 0.35277 0.95822 0.35692 0.95696 0.36200 0.95238 0.36793 0.94460 0.37464 0.93385 0.38205 0.92042 0.39008 0.90469 0.39861 0.88708 0.40754 0.86809 0.41677 0.84825 0.42618 0.82810 0.43565 0.80820 0.44507 0.78910 0.45432 0.77134 0.46329 0.75540 0.47186 0.74173 0.47994 0.73070 0.48741 0.72263 0.49420 0.71773 0.50021 0.71614 0.50537 0.71790 0.50962 0.72298 0.51290 0.73121 0.51518 0.74239 0.51642 0.75619 0.51662 0.77224 0.51576 0.79008 0.51387 0.80924 0.51095 0.82916 0.50706 0.84931 0.50223 0.86913 0.49653 0.88806 0.49002 0.90558 0.48279 0.92120 0.47493 0.93450 0.46653 0.94509 0.45769 0.95270 0.44853 0.95711 0.43916 0.95820 0.42970 0.95593 0.42025 0.95037 0.41094 0.94167 0.40189 0.93008 0.39319 0.91591 0.38497 0.89957 0.37732 0.88149 0.37034 0.86219 0.36411 0.84219 0.35871 0.82206 0.35420 0.80234 0.35065 0.78359 0.34809 0.76633 0.34656 0.75103 0.34608 0.73812 0.34664\n 21 6 1\n 25 6 1\n 82 0\n 81 6 54\n 82 0\n 81 6 55\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 248 11 0.85443 0.43989 0.87131 0.44832 0.88750 0.45658 0.90266 0.46459 0.91649 0.47227 0.92871 0.47954 0.93906 0.48632 0.94733 0.49256 0.95336 0.49819 0.95703 0.50315 0.95822 0.50730\n 11 512 23 0.95822 0.50746 0.95700 0.51087 0.95332 0.51356 0.94727 0.51543 0.93897 0.51646 0.92861 0.51664 0.91638 0.51596 0.90253 0.51444 0.88736 0.51209 0.87116 0.50893 0.85428 0.50500 0.83704 0.50034 0.81981 0.49498 0.80293 0.48899 0.78675 0.48242 0.77159 0.47535 0.75778 0.46783 0.74558 0.45995 0.73525 0.45178 0.72699 0.44341 0.72098 0.43492 0.71734 0.42639 0.71614 0.41793\n 11 512 23 0.71614 0.41791 0.71740 0.40958 0.72111 0.40145 0.72718 0.39363 0.73549 0.38618 0.74588 0.37918 0.75812 0.37271 0.77198 0.36682 0.78716 0.36158 0.80337 0.35703 0.82026 0.35323 0.83750 0.35020 0.85473 0.34799 0.87160 0.34661 0.88778 0.34608 0.90292 0.34640 0.91672 0.34757 0.92891 0.34958 0.93922 0.35240 0.94746 0.35602 0.95345 0.36038 0.95707 0.36546 0.95822 0.37107\n 11 996 45 0.95822 0.37132 0.95696 0.37753 0.95323 0.38440 0.94714 0.39174 0.93881 0.39948 0.92841 0.40754 0.91615 0.41584 0.90228 0.42429 0.88708 0.43281 0.87087 0.44132 0.85397 0.44972 0.83673 0.45795 0.81950 0.46591 0.80263 0.47352 0.78647 0.48071 0.77134 0.48741 0.75755 0.49355 0.74538 0.49907 0.73508 0.50391 0.72686 0.50803 0.72089 0.51138 0.71730 0.51394 0.71614 0.51566 0.71745 0.51655 0.72120 0.51658 0.72731 0.51576 0.73566 0.51410 0.74608 0.51162 0.75836 0.50833 0.77224 0.50427 0.78744 0.49948 0.80366 0.49402 0.82056 0.48792 0.83780 0.48127 0.85503 0.47411 0.87190 0.46653 0.88806 0.45859 0.90318 0.45039 0.91695 0.44199 0.92911 0.43349 0.93939 0.42496 0.94758 0.41650 0.95353 0.40819 0.95711 0.40011 0.95822 0.39251\n 11 50 2 0.95822 0.39222 0.95691 0.38497\n 21 6 1\n 25 6 1\n 82 0\n 81 6 56\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 57\n 21 6 1\n 25 6 1\n 11 798 36 0.04960 0.05787 0.04960 0.05787 0.04960 0.05787 0.04444 0.05787 0.04960 0.05787 0.04960 0.07506 0.04444 0.07506 0.04960 0.07506 0.04960 0.09224 0.04444 0.09224 0.04960 0.09224 0.04960 0.10942 0.04444 0.10942 0.04960 0.10942 0.04960 0.12661 0.04444 0.12661 0.04960 0.12661 0.04960 0.14379 0.04444 0.14379 0.04960 0.14379 0.04960 0.16097 0.04444 0.16097 0.04960 0.16097 0.04960 0.17816 0.04444 0.17816 0.04960 0.17816 0.04960 0.19534 0.04444 0.19534 0.04960 0.19534 0.04960 0.21253 0.04444 0.21253 0.04960 0.21253 0.04960 0.22971 0.04444 0.22971 0.04960 0.22971 0.04960 0.22971\n 11 50 2 0.02323 0.07476 0.02677 0.07476\n 11 380 17 0.02933 0.07712 0.02874 0.07693 0.02835 0.07634 0.02815 0.07535 0.02815 0.07476 0.02835 0.07378 0.02874 0.07319 0.02933 0.07299 0.02972 0.07299 0.03031 0.07319 0.03071 0.07378 0.03090 0.07476 0.03090 0.07535 0.03071 0.07634 0.03031 0.07693 0.02972 0.07712 0.02933 0.07712\n 11 116 5 0.03248 0.07338 0.03228 0.07319 0.03248 0.07299 0.03268 0.07319 0.03248 0.07338\n 11 644 29 0.03504 0.07712 0.03445 0.07693 0.03425 0.07653 0.03425 0.07614 0.03445 0.07574 0.03484 0.07555 0.03563 0.07535 0.03622 0.07515 0.03661 0.07476 0.03681 0.07437 0.03681 0.07378 0.03661 0.07338 0.03642 0.07319 0.03583 0.07299 0.03504 0.07299 0.03445 0.07319 0.03425 0.07338 0.03405 0.07378 0.03405 0.07437 0.03425 0.07476 0.03464 0.07515 0.03523 0.07535 0.03602 0.07555 0.03642 0.07574 0.03661 0.07614 0.03661 0.07653 0.03642 0.07693 0.03583 0.07712 0.03504 0.07712\n 11 380 17 0.03917 0.07712 0.03858 0.07693 0.03819 0.07634 0.03799 0.07535 0.03799 0.07476 0.03819 0.07378 0.03858 0.07319 0.03917 0.07299 0.03957 0.07299 0.04016 0.07319 0.04055 0.07378 0.04075 0.07476 0.04075 0.07535 0.04055 0.07634 0.04016 0.07693 0.03957 0.07712 0.03917 0.07712\n 11 50 2 0.02323 0.10913 0.02677 0.10913\n 11 380 17 0.02933 0.11149 0.02874 0.11129 0.02835 0.11070 0.02815 0.10972 0.02815 0.10913 0.02835 0.10814 0.02874 0.10755 0.02933 0.10736 0.02972 0.10736 0.03031 0.10755 0.03071 0.10814 0.03090 0.10913 0.03090 0.10972 0.03071 0.11070 0.03031 0.11129 0.02972 0.11149 0.02933 0.11149\n 11 116 5 0.03248 0.10775 0.03228 0.10755 0.03248 0.10736 0.03268 0.10755 0.03248 0.10775\n 11 72 3 0.03602 0.11149 0.03405 0.10873 0.03701 0.10873\n 11 50 2 0.03602 0.11149 0.03602 0.10736\n 11 380 17 0.03917 0.11149 0.03858 0.11129 0.03819 0.11070 0.03799 0.10972 0.03799 0.10913 0.03819 0.10814 0.03858 0.10755 0.03917 0.10736 0.03957 0.10736 0.04016 0.10755 0.04055 0.10814 0.04075 0.10913 0.04075 0.10972 0.04055 0.11070 0.04016 0.11129 0.03957 0.11149 0.03917 0.11149\n 11 380 17 0.02933 0.14586 0.02874 0.14566 0.02835 0.14507 0.02815 0.14409 0.02815 0.14350 0.02835 0.14251 0.02874 0.14192 0.02933 0.14172 0.02972 0.14172 0.03031 0.14192 0.03071 0.14251 0.03090 0.14350 0.03090 0.14409 0.03071 0.14507 0.03031 0.14566 0.02972 0.14586 0.02933 0.14586\n 11 116 5 0.03248 0.14212 0.03228 0.14192 0.03248 0.14172 0.03268 0.14192 0.03248 0.14212\n 11 380 17 0.03523 0.14586 0.03464 0.14566 0.03425 0.14507 0.03405 0.14409 0.03405 0.14350 0.03425 0.14251 0.03464 0.14192 0.03523 0.14172 0.03563 0.14172 0.03622 0.14192 0.03661 0.14251 0.03681 0.14350 0.03681 0.14409 0.03661 0.14507 0.03622 0.14566 0.03563 0.14586 0.03523 0.14586\n 11 380 17 0.03917 0.14586 0.03858 0.14566 0.03819 0.14507 0.03799 0.14409 0.03799 0.14350 0.03819 0.14251 0.03858 0.14192 0.03917 0.14172 0.03957 0.14172 0.04016 0.14192 0.04055 0.14251 0.04075 0.14350 0.04075 0.14409 0.04055 0.14507 0.04016 0.14566 0.03957 0.14586 0.03917 0.14586\n 11 380 17 0.02933 0.18023 0.02874 0.18003 0.02835 0.17944 0.02815 0.17845 0.02815 0.17786 0.02835 0.17688 0.02874 0.17629 0.02933 0.17609 0.02972 0.17609 0.03031 0.17629 0.03071 0.17688 0.03090 0.17786 0.03090 0.17845 0.03071 0.17944 0.03031 0.18003 0.02972 0.18023 0.02933 0.18023\n 11 116 5 0.03248 0.17649 0.03228 0.17629 0.03248 0.17609 0.03268 0.17629 0.03248 0.17649\n 11 72 3 0.03602 0.18023 0.03405 0.17747 0.03701 0.17747\n 11 50 2 0.03602 0.18023 0.03602 0.17609\n 11 380 17 0.03917 0.18023 0.03858 0.18003 0.03819 0.17944 0.03799 0.17845 0.03799 0.17786 0.03819 0.17688 0.03858 0.17629 0.03917 0.17609 0.03957 0.17609 0.04016 0.17629 0.04055 0.17688 0.04075 0.17786 0.04075 0.17845 0.04055 0.17944 0.04016 0.18003 0.03957 0.18023 0.03917 0.18023\n 11 380 17 0.02933 0.21459 0.02874 0.21440 0.02835 0.21381 0.02815 0.21282 0.02815 0.21223 0.02835 0.21125 0.02874 0.21066 0.02933 0.21046 0.02972 0.21046 0.03031 0.21066 0.03071 0.21125 0.03090 0.21223 0.03090 0.21282 0.03071 0.21381 0.03031 0.21440 0.02972 0.21459 0.02933 0.21459\n 11 116 5 0.03248 0.21085 0.03228 0.21066 0.03248 0.21046 0.03268 0.21066 0.03248 0.21085\n 11 644 29 0.03504 0.21459 0.03445 0.21440 0.03425 0.21400 0.03425 0.21361 0.03445 0.21321 0.03484 0.21302 0.03563 0.21282 0.03622 0.21262 0.03661 0.21223 0.03681 0.21184 0.03681 0.21125 0.03661 0.21085 0.03642 0.21066 0.03583 0.21046 0.03504 0.21046 0.03445 0.21066 0.03425 0.21085 0.03405 0.21125 0.03405 0.21184 0.03425 0.21223 0.03464 0.21262 0.03523 0.21282 0.03602 0.21302 0.03642 0.21321 0.03661 0.21361 0.03661 0.21400 0.03642 0.21440 0.03583 0.21459 0.03504 0.21459\n 11 380 17 0.03917 0.21459 0.03858 0.21440 0.03819 0.21381 0.03799 0.21282 0.03799 0.21223 0.03819 0.21125 0.03858 0.21066 0.03917 0.21046 0.03957 0.21046 0.04016 0.21066 0.04055 0.21125 0.04075 0.21223 0.04075 0.21282 0.04055 0.21381 0.04016 0.21440 0.03957 0.21459 0.03917 0.21459\n 11 798 36 0.04960 0.05787 0.04960 0.05787 0.04960 0.05787 0.04444 0.05787 0.04960 0.05787 0.04960 0.07506 0.04444 0.07506 0.04960 0.07506 0.04960 0.09224 0.04444 0.09224 0.04960 0.09224 0.04960 0.10942 0.04444 0.10942 0.04960 0.10942 0.04960 0.12661 0.04444 0.12661 0.04960 0.12661 0.04960 0.14379 0.04444 0.14379 0.04960 0.14379 0.04960 0.16097 0.04444 0.16097 0.04960 0.16097 0.04960 0.17816 0.04444 0.17816 0.04960 0.17816 0.04960 0.19534 0.04444 0.19534 0.04960 0.19534 0.04960 0.21253 0.04444 0.21253 0.04960 0.21253 0.04960 0.22971 0.04444 0.22971 0.04960 0.22971 0.04960 0.22971\n 11 50 2 0.02323 0.07476 0.02677 0.07476\n 11 380 17 0.02933 0.07712 0.02874 0.07693 0.02835 0.07634 0.02815 0.07535 0.02815 0.07476 0.02835 0.07378 0.02874 0.07319 0.02933 0.07299 0.02972 0.07299 0.03031 0.07319 0.03071 0.07378 0.03090 0.07476 0.03090 0.07535 0.03071 0.07634 0.03031 0.07693 0.02972 0.07712 0.02933 0.07712\n 11 116 5 0.03248 0.07338 0.03228 0.07319 0.03248 0.07299 0.03268 0.07319 0.03248 0.07338\n 11 644 29 0.03504 0.07712 0.03445 0.07693 0.03425 0.07653 0.03425 0.07614 0.03445 0.07574 0.03484 0.07555 0.03563 0.07535 0.03622 0.07515 0.03661 0.07476 0.03681 0.07437 0.03681 0.07378 0.03661 0.07338 0.03642 0.07319 0.03583 0.07299 0.03504 0.07299 0.03445 0.07319 0.03425 0.07338 0.03405 0.07378 0.03405 0.07437 0.03425 0.07476 0.03464 0.07515 0.03523 0.07535 0.03602 0.07555 0.03642 0.07574 0.03661 0.07614 0.03661 0.07653 0.03642 0.07693 0.03583 0.07712 0.03504 0.07712\n 11 380 17 0.03917 0.07712 0.03858 0.07693 0.03819 0.07634 0.03799 0.07535 0.03799 0.07476 0.03819 0.07378 0.03858 0.07319 0.03917 0.07299 0.03957 0.07299 0.04016 0.07319 0.04055 0.07378 0.04075 0.07476 0.04075 0.07535 0.04055 0.07634 0.04016 0.07693 0.03957 0.07712 0.03917 0.07712\n 11 50 2 0.02323 0.10913 0.02677 0.10913\n 11 380 17 0.02933 0.11149 0.02874 0.11129 0.02835 0.11070 0.02815 0.10972 0.02815 0.10913 0.02835 0.10814 0.02874 0.10755 0.02933 0.10736 0.02972 0.10736 0.03031 0.10755 0.03071 0.10814 0.03090 0.10913 0.03090 0.10972 0.03071 0.11070 0.03031 0.11129 0.02972 0.11149 0.02933 0.11149\n 11 116 5 0.03248 0.10775 0.03228 0.10755 0.03248 0.10736 0.03268 0.10755 0.03248 0.10775\n 11 72 3 0.03602 0.11149 0.03405 0.10873 0.03701 0.10873\n 11 50 2 0.03602 0.11149 0.03602 0.10736\n 11 380 17 0.03917 0.11149 0.03858 0.11129 0.03819 0.11070 0.03799 0.10972 0.03799 0.10913 0.03819 0.10814 0.03858 0.10755 0.03917 0.10736 0.03957 0.10736 0.04016 0.10755 0.04055 0.10814 0.04075 0.10913 0.04075 0.10972 0.04055 0.11070 0.04016 0.11129 0.03957 0.11149 0.03917 0.11149\n 11 380 17 0.02933 0.14586 0.02874 0.14566 0.02835 0.14507 0.02815 0.14409 0.02815 0.14350 0.02835 0.14251 0.02874 0.14192 0.02933 0.14172 0.02972 0.14172 0.03031 0.14192 0.03071 0.14251 0.03090 0.14350 0.03090 0.14409 0.03071 0.14507 0.03031 0.14566 0.02972 0.14586 0.02933 0.14586\n 11 116 5 0.03248 0.14212 0.03228 0.14192 0.03248 0.14172 0.03268 0.14192 0.03248 0.14212\n 11 380 17 0.03523 0.14586 0.03464 0.14566 0.03425 0.14507 0.03405 0.14409 0.03405 0.14350 0.03425 0.14251 0.03464 0.14192 0.03523 0.14172 0.03563 0.14172 0.03622 0.14192 0.03661 0.14251 0.03681 0.14350 0.03681 0.14409 0.03661 0.14507 0.03622 0.14566 0.03563 0.14586 0.03523 0.14586\n 11 380 17 0.03917 0.14586 0.03858 0.14566 0.03819 0.14507 0.03799 0.14409 0.03799 0.14350 0.03819 0.14251 0.03858 0.14192 0.03917 0.14172 0.03957 0.14172 0.04016 0.14192 0.04055 0.14251 0.04075 0.14350 0.04075 0.14409 0.04055 0.14507 0.04016 0.14566 0.03957 0.14586 0.03917 0.14586\n 11 380 17 0.02933 0.18023 0.02874 0.18003 0.02835 0.17944 0.02815 0.17845 0.02815 0.17786 0.02835 0.17688 0.02874 0.17629 0.02933 0.17609 0.02972 0.17609 0.03031 0.17629 0.03071 0.17688 0.03090 0.17786 0.03090 0.17845 0.03071 0.17944 0.03031 0.18003 0.02972 0.18023 0.02933 0.18023\n 11 116 5 0.03248 0.17649 0.03228 0.17629 0.03248 0.17609 0.03268 0.17629 0.03248 0.17649\n 11 72 3 0.03602 0.18023 0.03405 0.17747 0.03701 0.17747\n 11 50 2 0.03602 0.18023 0.03602 0.17609\n 11 380 17 0.03917 0.18023 0.03858 0.18003 0.03819 0.17944 0.03799 0.17845 0.03799 0.17786 0.03819 0.17688 0.03858 0.17629 0.03917 0.17609 0.03957 0.17609 0.04016 0.17629 0.04055 0.17688 0.04075 0.17786 0.04075 0.17845 0.04055 0.17944 0.04016 0.18003 0.03957 0.18023 0.03917 0.18023\n 11 380 17 0.02933 0.21459 0.02874 0.21440 0.02835 0.21381 0.02815 0.21282 0.02815 0.21223 0.02835 0.21125 0.02874 0.21066 0.02933 0.21046 0.02972 0.21046 0.03031 0.21066 0.03071 0.21125 0.03090 0.21223 0.03090 0.21282 0.03071 0.21381 0.03031 0.21440 0.02972 0.21459 0.02933 0.21459\n 11 116 5 0.03248 0.21085 0.03228 0.21066 0.03248 0.21046 0.03268 0.21066 0.03248 0.21085\n 11 644 29 0.03504 0.21459 0.03445 0.21440 0.03425 0.21400 0.03425 0.21361 0.03445 0.21321 0.03484 0.21302 0.03563 0.21282 0.03622 0.21262 0.03661 0.21223 0.03681 0.21184 0.03681 0.21125 0.03661 0.21085 0.03642 0.21066 0.03583 0.21046 0.03504 0.21046 0.03445 0.21066 0.03425 0.21085 0.03405 0.21125 0.03405 0.21184 0.03425 0.21223 0.03464 0.21262 0.03523 0.21282 0.03602 0.21302 0.03642 0.21321 0.03661 0.21361 0.03661 0.21400 0.03642 0.21440 0.03583 0.21459 0.03504 0.21459\n 11 380 17 0.03917 0.21459 0.03858 0.21440 0.03819 0.21381 0.03799 0.21282 0.03799 0.21223 0.03819 0.21125 0.03858 0.21066 0.03917 0.21046 0.03957 0.21046 0.04016 0.21066 0.04055 0.21125 0.04075 0.21223 0.04075 0.21282 0.04055 0.21381 0.04016 0.21440 0.03957 0.21459 0.03917 0.21459\n 11 798 36 0.29167 0.05787 0.29167 0.05787 0.29167 0.05787 0.29684 0.05787 0.29167 0.05787 0.29167 0.07506 0.29684 0.07506 0.29167 0.07506 0.29167 0.09224 0.29684 0.09224 0.29167 0.09224 0.29167 0.10942 0.29684 0.10942 0.29167 0.10942 0.29167 0.12661 0.29684 0.12661 0.29167 0.12661 0.29167 0.14379 0.29684 0.14379 0.29167 0.14379 0.29167 0.16097 0.29684 0.16097 0.29167 0.16097 0.29167 0.17816 0.29684 0.17816 0.29167 0.17816 0.29167 0.19534 0.29684 0.19534 0.29167 0.19534 0.29167 0.21253 0.29684 0.21253 0.29167 0.21253 0.29167 0.22971 0.29684 0.22971 0.29167 0.22971 0.29167 0.22971\n 11 798 36 0.29167 0.05787 0.29167 0.05787 0.29167 0.05787 0.29684 0.05787 0.29167 0.05787 0.29167 0.07506 0.29684 0.07506 0.29167 0.07506 0.29167 0.09224 0.29684 0.09224 0.29167 0.09224 0.29167 0.10942 0.29684 0.10942 0.29167 0.10942 0.29167 0.12661 0.29684 0.12661 0.29167 0.12661 0.29167 0.14379 0.29684 0.14379 0.29167 0.14379 0.29167 0.16097 0.29684 0.16097 0.29167 0.16097 0.29167 0.17816 0.29684 0.17816 0.29167 0.17816 0.29167 0.19534 0.29684 0.19534 0.29167 0.19534 0.29167 0.21253 0.29684 0.21253 0.29167 0.21253 0.29167 0.22971 0.29684 0.22971 0.29167 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.22971 0.04960 0.22971 0.07381 0.22971 0.07381 0.23488 0.07381 0.22971 0.09802 0.22971 0.09802 0.23488 0.09802 0.22971 0.12223 0.22971 0.12223 0.23488 0.12223 0.22971 0.14644 0.22971 0.14644 0.23488 0.14644 0.22971 0.17065 0.22971 0.17065 0.23488 0.17065 0.22971 0.19486 0.22971 0.19486 0.23488 0.19486 0.22971 0.21907 0.22971 0.21907 0.23488 0.21907 0.22971 0.24328 0.22971 0.24328 0.23488 0.24328 0.22971 0.26749 0.22971 0.26749 0.23488 0.26749 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.22971 0.04960 0.22971 0.07381 0.22971 0.07381 0.23488 0.07381 0.22971 0.09802 0.22971 0.09802 0.23488 0.09802 0.22971 0.12223 0.22971 0.12223 0.23488 0.12223 0.22971 0.14644 0.22971 0.14644 0.23488 0.14644 0.22971 0.17065 0.22971 0.17065 0.23488 0.17065 0.22971 0.19486 0.22971 0.19486 0.23488 0.19486 0.22971 0.21907 0.22971 0.21907 0.23488 0.21907 0.22971 0.24328 0.22971 0.24328 0.23488 0.24328 0.22971 0.26749 0.22971 0.26749 0.23488 0.26749 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.05787 0.04960 0.05787 0.07381 0.05787 0.07381 0.05270 0.07381 0.05787 0.09802 0.05787 0.09802 0.05270 0.09802 0.05787 0.12223 0.05787 0.12223 0.05270 0.12223 0.05787 0.14644 0.05787 0.14644 0.05270 0.14644 0.05787 0.17065 0.05787 0.17065 0.05270 0.17065 0.05787 0.19486 0.05787 0.19486 0.05270 0.19486 0.05787 0.21907 0.05787 0.21907 0.05270 0.21907 0.05787 0.24328 0.05787 0.24328 0.05270 0.24328 0.05787 0.26749 0.05787 0.26749 0.05270 0.26749 0.05787 0.29167 0.05787\n 11 50 2 0.06515 0.04662 0.06869 0.04662\n 11 380 17 0.07125 0.04898 0.07066 0.04879 0.07027 0.04820 0.07007 0.04721 0.07007 0.04662 0.07027 0.04564 0.07066 0.04505 0.07125 0.04485 0.07165 0.04485 0.07224 0.04505 0.07263 0.04564 0.07283 0.04662 0.07283 0.04721 0.07263 0.04820 0.07224 0.04879 0.07165 0.04898 0.07125 0.04898\n 11 116 5 0.07440 0.04524 0.07421 0.04505 0.07440 0.04485 0.07460 0.04505 0.07440 0.04524\n 11 644 29 0.07696 0.04898 0.07637 0.04879 0.07617 0.04839 0.07617 0.04800 0.07637 0.04761 0.07677 0.04741 0.07755 0.04721 0.07814 0.04702 0.07854 0.04662 0.07873 0.04623 0.07873 0.04564 0.07854 0.04524 0.07834 0.04505 0.07775 0.04485 0.07696 0.04485 0.07637 0.04505 0.07617 0.04524 0.07598 0.04564 0.07598 0.04623 0.07617 0.04662 0.07657 0.04702 0.07716 0.04721 0.07795 0.04741 0.07834 0.04761 0.07854 0.04800 0.07854 0.04839 0.07834 0.04879 0.07775 0.04898 0.07696 0.04898\n 11 380 17 0.08110 0.04898 0.08051 0.04879 0.08011 0.04820 0.07991 0.04721 0.07991 0.04662 0.08011 0.04564 0.08051 0.04505 0.08110 0.04485 0.08149 0.04485 0.08208 0.04505 0.08247 0.04564 0.08267 0.04662 0.08267 0.04721 0.08247 0.04820 0.08208 0.04879 0.08149 0.04898 0.08110 0.04898\n 11 50 2 0.11357 0.04662 0.11711 0.04662\n 11 380 17 0.11967 0.04898 0.11908 0.04879 0.11869 0.04820 0.11849 0.04721 0.11849 0.04662 0.11869 0.04564 0.11908 0.04505 0.11967 0.04485 0.12007 0.04485 0.12066 0.04505 0.12105 0.04564 0.12125 0.04662 0.12125 0.04721 0.12105 0.04820 0.12066 0.04879 0.12007 0.04898 0.11967 0.04898\n 11 116 5 0.12282 0.04524 0.12263 0.04505 0.12282 0.04485 0.12302 0.04505 0.12282 0.04524\n 11 72 3 0.12637 0.04898 0.12440 0.04623 0.12735 0.04623\n 11 50 2 0.12637 0.04898 0.12637 0.04485\n 11 380 17 0.12952 0.04898 0.12892 0.04879 0.12853 0.04820 0.12833 0.04721 0.12833 0.04662 0.12853 0.04564 0.12892 0.04505 0.12952 0.04485 0.12991 0.04485 0.13050 0.04505 0.13089 0.04564 0.13109 0.04662 0.13109 0.04721 0.13089 0.04820 0.13050 0.04879 0.12991 0.04898 0.12952 0.04898\n 11 380 17 0.16553 0.04898 0.16494 0.04879 0.16455 0.04820 0.16435 0.04721 0.16435 0.04662 0.16455 0.04564 0.16494 0.04505 0.16553 0.04485 0.16593 0.04485 0.16652 0.04505 0.16691 0.04564 0.16711 0.04662 0.16711 0.04721 0.16691 0.04820 0.16652 0.04879 0.16593 0.04898 0.16553 0.04898\n 11 116 5 0.16868 0.04524 0.16849 0.04505 0.16868 0.04485 0.16888 0.04505 0.16868 0.04524\n 11 380 17 0.17144 0.04898 0.17085 0.04879 0.17045 0.04820 0.17026 0.04721 0.17026 0.04662 0.17045 0.04564 0.17085 0.04505 0.17144 0.04485 0.17183 0.04485 0.17242 0.04505 0.17282 0.04564 0.17301 0.04662 0.17301 0.04721 0.17282 0.04820 0.17242 0.04879 0.17183 0.04898 0.17144 0.04898\n 11 380 17 0.17538 0.04898 0.17478 0.04879 0.17439 0.04820 0.17419 0.04721 0.17419 0.04662 0.17439 0.04564 0.17478 0.04505 0.17538 0.04485 0.17577 0.04485 0.17636 0.04505 0.17675 0.04564 0.17695 0.04662 0.17695 0.04721 0.17675 0.04820 0.17636 0.04879 0.17577 0.04898 0.17538 0.04898\n 11 380 17 0.21395 0.04898 0.21336 0.04879 0.21297 0.04820 0.21277 0.04721 0.21277 0.04662 0.21297 0.04564 0.21336 0.04505 0.21395 0.04485 0.21435 0.04485 0.21494 0.04505 0.21533 0.04564 0.21553 0.04662 0.21553 0.04721 0.21533 0.04820 0.21494 0.04879 0.21435 0.04898 0.21395 0.04898\n 11 116 5 0.21710 0.04524 0.21691 0.04505 0.21710 0.04485 0.21730 0.04505 0.21710 0.04524\n 11 72 3 0.22065 0.04898 0.21868 0.04623 0.22163 0.04623\n 11 50 2 0.22065 0.04898 0.22065 0.04485\n 11 380 17 0.22379 0.04898 0.22320 0.04879 0.22281 0.04820 0.22261 0.04721 0.22261 0.04662 0.22281 0.04564 0.22320 0.04505 0.22379 0.04485 0.22419 0.04485 0.22478 0.04505 0.22517 0.04564 0.22537 0.04662 0.22537 0.04721 0.22517 0.04820 0.22478 0.04879 0.22419 0.04898 0.22379 0.04898\n 11 380 17 0.26237 0.04898 0.26178 0.04879 0.26139 0.04820 0.26119 0.04721 0.26119 0.04662 0.26139 0.04564 0.26178 0.04505 0.26237 0.04485 0.26277 0.04485 0.26336 0.04505 0.26375 0.04564 0.26395 0.04662 0.26395 0.04721 0.26375 0.04820 0.26336 0.04879 0.26277 0.04898 0.26237 0.04898\n 11 116 5 0.26552 0.04524 0.26532 0.04505 0.26552 0.04485 0.26572 0.04505 0.26552 0.04524\n 11 644 29 0.26808 0.04898 0.26749 0.04879 0.26729 0.04839 0.26729 0.04800 0.26749 0.04761 0.26788 0.04741 0.26867 0.04721 0.26926 0.04702 0.26966 0.04662 0.26985 0.04623 0.26985 0.04564 0.26966 0.04524 0.26946 0.04505 0.26887 0.04485 0.26808 0.04485 0.26749 0.04505 0.26729 0.04524 0.26710 0.04564 0.26710 0.04623 0.26729 0.04662 0.26769 0.04702 0.26828 0.04721 0.26906 0.04741 0.26946 0.04761 0.26966 0.04800 0.26966 0.04839 0.26946 0.04879 0.26887 0.04898 0.26808 0.04898\n 11 380 17 0.27221 0.04898 0.27162 0.04879 0.27123 0.04820 0.27103 0.04721 0.27103 0.04662 0.27123 0.04564 0.27162 0.04505 0.27221 0.04485 0.27261 0.04485 0.27320 0.04505 0.27359 0.04564 0.27379 0.04662 0.27379 0.04721 0.27359 0.04820 0.27320 0.04879 0.27261 0.04898 0.27221 0.04898\n 11 666 30 0.07381 0.05787 0.04960 0.05787 0.07381 0.05787 0.07381 0.05270 0.07381 0.05787 0.09802 0.05787 0.09802 0.05270 0.09802 0.05787 0.12223 0.05787 0.12223 0.05270 0.12223 0.05787 0.14644 0.05787 0.14644 0.05270 0.14644 0.05787 0.17065 0.05787 0.17065 0.05270 0.17065 0.05787 0.19486 0.05787 0.19486 0.05270 0.19486 0.05787 0.21907 0.05787 0.21907 0.05270 0.21907 0.05787 0.24328 0.05787 0.24328 0.05270 0.24328 0.05787 0.26749 0.05787 0.26749 0.05270 0.26749 0.05787 0.29167 0.05787\n 11 50 2 0.06515 0.04662 0.06869 0.04662\n 11 380 17 0.07125 0.04898 0.07066 0.04879 0.07027 0.04820 0.07007 0.04721 0.07007 0.04662 0.07027 0.04564 0.07066 0.04505 0.07125 0.04485 0.07165 0.04485 0.07224 0.04505 0.07263 0.04564 0.07283 0.04662 0.07283 0.04721 0.07263 0.04820 0.07224 0.04879 0.07165 0.04898 0.07125 0.04898\n 11 116 5 0.07440 0.04524 0.07421 0.04505 0.07440 0.04485 0.07460 0.04505 0.07440 0.04524\n 11 644 29 0.07696 0.04898 0.07637 0.04879 0.07617 0.04839 0.07617 0.04800 0.07637 0.04761 0.07677 0.04741 0.07755 0.04721 0.07814 0.04702 0.07854 0.04662 0.07873 0.04623 0.07873 0.04564 0.07854 0.04524 0.07834 0.04505 0.07775 0.04485 0.07696 0.04485 0.07637 0.04505 0.07617 0.04524 0.07598 0.04564 0.07598 0.04623 0.07617 0.04662 0.07657 0.04702 0.07716 0.04721 0.07795 0.04741 0.07834 0.04761 0.07854 0.04800 0.07854 0.04839 0.07834 0.04879 0.07775 0.04898 0.07696 0.04898\n 11 380 17 0.08110 0.04898 0.08051 0.04879 0.08011 0.04820 0.07991 0.04721 0.07991 0.04662 0.08011 0.04564 0.08051 0.04505 0.08110 0.04485 0.08149 0.04485 0.08208 0.04505 0.08247 0.04564 0.08267 0.04662 0.08267 0.04721 0.08247 0.04820 0.08208 0.04879 0.08149 0.04898 0.08110 0.04898\n 11 50 2 0.11357 0.04662 0.11711 0.04662\n 11 380 17 0.11967 0.04898 0.11908 0.04879 0.11869 0.04820 0.11849 0.04721 0.11849 0.04662 0.11869 0.04564 0.11908 0.04505 0.11967 0.04485 0.12007 0.04485 0.12066 0.04505 0.12105 0.04564 0.12125 0.04662 0.12125 0.04721 0.12105 0.04820 0.12066 0.04879 0.12007 0.04898 0.11967 0.04898\n 11 116 5 0.12282 0.04524 0.12263 0.04505 0.12282 0.04485 0.12302 0.04505 0.12282 0.04524\n 11 72 3 0.12637 0.04898 0.12440 0.04623 0.12735 0.04623\n 11 50 2 0.12637 0.04898 0.12637 0.04485\n 11 380 17 0.12952 0.04898 0.12892 0.04879 0.12853 0.04820 0.12833 0.04721 0.12833 0.04662 0.12853 0.04564 0.12892 0.04505 0.12952 0.04485 0.12991 0.04485 0.13050 0.04505 0.13089 0.04564 0.13109 0.04662 0.13109 0.04721 0.13089 0.04820 0.13050 0.04879 0.12991 0.04898 0.12952 0.04898\n 11 380 17 0.16553 0.04898 0.16494 0.04879 0.16455 0.04820 0.16435 0.04721 0.16435 0.04662 0.16455 0.04564 0.16494 0.04505 0.16553 0.04485 0.16593 0.04485 0.16652 0.04505 0.16691 0.04564 0.16711 0.04662 0.16711 0.04721 0.16691 0.04820 0.16652 0.04879 0.16593 0.04898 0.16553 0.04898\n 11 116 5 0.16868 0.04524 0.16849 0.04505 0.16868 0.04485 0.16888 0.04505 0.16868 0.04524\n 11 380 17 0.17144 0.04898 0.17085 0.04879 0.17045 0.04820 0.17026 0.04721 0.17026 0.04662 0.17045 0.04564 0.17085 0.04505 0.17144 0.04485 0.17183 0.04485 0.17242 0.04505 0.17282 0.04564 0.17301 0.04662 0.17301 0.04721 0.17282 0.04820 0.17242 0.04879 0.17183 0.04898 0.17144 0.04898\n 11 380 17 0.17538 0.04898 0.17478 0.04879 0.17439 0.04820 0.17419 0.04721 0.17419 0.04662 0.17439 0.04564 0.17478 0.04505 0.17538 0.04485 0.17577 0.04485 0.17636 0.04505 0.17675 0.04564 0.17695 0.04662 0.17695 0.04721 0.17675 0.04820 0.17636 0.04879 0.17577 0.04898 0.17538 0.04898\n 11 380 17 0.21395 0.04898 0.21336 0.04879 0.21297 0.04820 0.21277 0.04721 0.21277 0.04662 0.21297 0.04564 0.21336 0.04505 0.21395 0.04485 0.21435 0.04485 0.21494 0.04505 0.21533 0.04564 0.21553 0.04662 0.21553 0.04721 0.21533 0.04820 0.21494 0.04879 0.21435 0.04898 0.21395 0.04898\n 11 116 5 0.21710 0.04524 0.21691 0.04505 0.21710 0.04485 0.21730 0.04505 0.21710 0.04524\n 11 72 3 0.22065 0.04898 0.21868 0.04623 0.22163 0.04623\n 11 50 2 0.22065 0.04898 0.22065 0.04485\n 11 380 17 0.22379 0.04898 0.22320 0.04879 0.22281 0.04820 0.22261 0.04721 0.22261 0.04662 0.22281 0.04564 0.22320 0.04505 0.22379 0.04485 0.22419 0.04485 0.22478 0.04505 0.22517 0.04564 0.22537 0.04662 0.22537 0.04721 0.22517 0.04820 0.22478 0.04879 0.22419 0.04898 0.22379 0.04898\n 11 380 17 0.26237 0.04898 0.26178 0.04879 0.26139 0.04820 0.26119 0.04721 0.26119 0.04662 0.26139 0.04564 0.26178 0.04505 0.26237 0.04485 0.26277 0.04485 0.26336 0.04505 0.26375 0.04564 0.26395 0.04662 0.26395 0.04721 0.26375 0.04820 0.26336 0.04879 0.26277 0.04898 0.26237 0.04898\n 11 116 5 0.26552 0.04524 0.26532 0.04505 0.26552 0.04485 0.26572 0.04505 0.26552 0.04524\n 11 644 29 0.26808 0.04898 0.26749 0.04879 0.26729 0.04839 0.26729 0.04800 0.26749 0.04761 0.26788 0.04741 0.26867 0.04721 0.26926 0.04702 0.26966 0.04662 0.26985 0.04623 0.26985 0.04564 0.26966 0.04524 0.26946 0.04505 0.26887 0.04485 0.26808 0.04485 0.26749 0.04505 0.26729 0.04524 0.26710 0.04564 0.26710 0.04623 0.26729 0.04662 0.26769 0.04702 0.26828 0.04721 0.26906 0.04741 0.26946 0.04761 0.26966 0.04800 0.26966 0.04839 0.26946 0.04879 0.26887 0.04898 0.26808 0.04898\n 11 380 17 0.27221 0.04898 0.27162 0.04879 0.27123 0.04820 0.27103 0.04721 0.27103 0.04662 0.27123 0.04564 0.27162 0.04505 0.27221 0.04485 0.27261 0.04485 0.27320 0.04505 0.27359 0.04564 0.27379 0.04662 0.27379 0.04721 0.27359 0.04820 0.27320 0.04879 0.27261 0.04898 0.27221 0.04898\n 11 798 36 0.04960 0.05787 0.04960 0.05787 0.04960 0.05787 0.04444 0.05787 0.04960 0.05787 0.04960 0.07506 0.04444 0.07506 0.04960 0.07506 0.04960 0.09224 0.04444 0.09224 0.04960 0.09224 0.04960 0.10942 0.04444 0.10942 0.04960 0.10942 0.04960 0.12661 0.04444 0.12661 0.04960 0.12661 0.04960 0.14379 0.04444 0.14379 0.04960 0.14379 0.04960 0.16097 0.04444 0.16097 0.04960 0.16097 0.04960 0.17816 0.04444 0.17816 0.04960 0.17816 0.04960 0.19534 0.04444 0.19534 0.04960 0.19534 0.04960 0.21253 0.04444 0.21253 0.04960 0.21253 0.04960 0.22971 0.04444 0.22971 0.04960 0.22971 0.04960 0.22971\n 11 50 2 0.02323 0.07476 0.02677 0.07476\n 11 380 17 0.02933 0.07712 0.02874 0.07693 0.02835 0.07634 0.02815 0.07535 0.02815 0.07476 0.02835 0.07378 0.02874 0.07319 0.02933 0.07299 0.02972 0.07299 0.03031 0.07319 0.03071 0.07378 0.03090 0.07476 0.03090 0.07535 0.03071 0.07634 0.03031 0.07693 0.02972 0.07712 0.02933 0.07712\n 11 116 5 0.03248 0.07338 0.03228 0.07319 0.03248 0.07299 0.03268 0.07319 0.03248 0.07338\n 11 644 29 0.03504 0.07712 0.03445 0.07693 0.03425 0.07653 0.03425 0.07614 0.03445 0.07574 0.03484 0.07555 0.03563 0.07535 0.03622 0.07515 0.03661 0.07476 0.03681 0.07437 0.03681 0.07378 0.03661 0.07338 0.03642 0.07319 0.03583 0.07299 0.03504 0.07299 0.03445 0.07319 0.03425 0.07338 0.03405 0.07378 0.03405 0.07437 0.03425 0.07476 0.03464 0.07515 0.03523 0.07535 0.03602 0.07555 0.03642 0.07574 0.03661 0.07614 0.03661 0.07653 0.03642 0.07693 0.03583 0.07712 0.03504 0.07712\n 11 380 17 0.03917 0.07712 0.03858 0.07693 0.03819 0.07634 0.03799 0.07535 0.03799 0.07476 0.03819 0.07378 0.03858 0.07319 0.03917 0.07299 0.03957 0.07299 0.04016 0.07319 0.04055 0.07378 0.04075 0.07476 0.04075 0.07535 0.04055 0.07634 0.04016 0.07693 0.03957 0.07712 0.03917 0.07712\n 11 50 2 0.02323 0.10913 0.02677 0.10913\n 11 380 17 0.02933 0.11149 0.02874 0.11129 0.02835 0.11070 0.02815 0.10972 0.02815 0.10913 0.02835 0.10814 0.02874 0.10755 0.02933 0.10736 0.02972 0.10736 0.03031 0.10755 0.03071 0.10814 0.03090 0.10913 0.03090 0.10972 0.03071 0.11070 0.03031 0.11129 0.02972 0.11149 0.02933 0.11149\n 11 116 5 0.03248 0.10775 0.03228 0.10755 0.03248 0.10736 0.03268 0.10755 0.03248 0.10775\n 11 72 3 0.03602 0.11149 0.03405 0.10873 0.03701 0.10873\n 11 50 2 0.03602 0.11149 0.03602 0.10736\n 11 380 17 0.03917 0.11149 0.03858 0.11129 0.03819 0.11070 0.03799 0.10972 0.03799 0.10913 0.03819 0.10814 0.03858 0.10755 0.03917 0.10736 0.03957 0.10736 0.04016 0.10755 0.04055 0.10814 0.04075 0.10913 0.04075 0.10972 0.04055 0.11070 0.04016 0.11129 0.03957 0.11149 0.03917 0.11149\n 11 380 17 0.02933 0.14586 0.02874 0.14566 0.02835 0.14507 0.02815 0.14409 0.02815 0.14350 0.02835 0.14251 0.02874 0.14192 0.02933 0.14172 0.02972 0.14172 0.03031 0.14192 0.03071 0.14251 0.03090 0.14350 0.03090 0.14409 0.03071 0.14507 0.03031 0.14566 0.02972 0.14586 0.02933 0.14586\n 11 116 5 0.03248 0.14212 0.03228 0.14192 0.03248 0.14172 0.03268 0.14192 0.03248 0.14212\n 11 380 17 0.03523 0.14586 0.03464 0.14566 0.03425 0.14507 0.03405 0.14409 0.03405 0.14350 0.03425 0.14251 0.03464 0.14192 0.03523 0.14172 0.03563 0.14172 0.03622 0.14192 0.03661 0.14251 0.03681 0.14350 0.03681 0.14409 0.03661 0.14507 0.03622 0.14566 0.03563 0.14586 0.03523 0.14586\n 11 380 17 0.03917 0.14586 0.03858 0.14566 0.03819 0.14507 0.03799 0.14409 0.03799 0.14350 0.03819 0.14251 0.03858 0.14192 0.03917 0.14172 0.03957 0.14172 0.04016 0.14192 0.04055 0.14251 0.04075 0.14350 0.04075 0.14409 0.04055 0.14507 0.04016 0.14566 0.03957 0.14586 0.03917 0.14586\n 11 380 17 0.02933 0.18023 0.02874 0.18003 0.02835 0.17944 0.02815 0.17845 0.02815 0.17786 0.02835 0.17688 0.02874 0.17629 0.02933 0.17609 0.02972 0.17609 0.03031 0.17629 0.03071 0.17688 0.03090 0.17786 0.03090 0.17845 0.03071 0.17944 0.03031 0.18003 0.02972 0.18023 0.02933 0.18023\n 11 116 5 0.03248 0.17649 0.03228 0.17629 0.03248 0.17609 0.03268 0.17629 0.03248 0.17649\n 11 72 3 0.03602 0.18023 0.03405 0.17747 0.03701 0.17747\n 11 50 2 0.03602 0.18023 0.03602 0.17609\n 11 380 17 0.03917 0.18023 0.03858 0.18003 0.03819 0.17944 0.03799 0.17845 0.03799 0.17786 0.03819 0.17688 0.03858 0.17629 0.03917 0.17609 0.03957 0.17609 0.04016 0.17629 0.04055 0.17688 0.04075 0.17786 0.04075 0.17845 0.04055 0.17944 0.04016 0.18003 0.03957 0.18023 0.03917 0.18023\n 11 380 17 0.02933 0.21459 0.02874 0.21440 0.02835 0.21381 0.02815 0.21282 0.02815 0.21223 0.02835 0.21125 0.02874 0.21066 0.02933 0.21046 0.02972 0.21046 0.03031 0.21066 0.03071 0.21125 0.03090 0.21223 0.03090 0.21282 0.03071 0.21381 0.03031 0.21440 0.02972 0.21459 0.02933 0.21459\n 11 116 5 0.03248 0.21085 0.03228 0.21066 0.03248 0.21046 0.03268 0.21066 0.03248 0.21085\n 11 644 29 0.03504 0.21459 0.03445 0.21440 0.03425 0.21400 0.03425 0.21361 0.03445 0.21321 0.03484 0.21302 0.03563 0.21282 0.03622 0.21262 0.03661 0.21223 0.03681 0.21184 0.03681 0.21125 0.03661 0.21085 0.03642 0.21066 0.03583 0.21046 0.03504 0.21046 0.03445 0.21066 0.03425 0.21085 0.03405 0.21125 0.03405 0.21184 0.03425 0.21223 0.03464 0.21262 0.03523 0.21282 0.03602 0.21302 0.03642 0.21321 0.03661 0.21361 0.03661 0.21400 0.03642 0.21440 0.03583 0.21459 0.03504 0.21459\n 11 380 17 0.03917 0.21459 0.03858 0.21440 0.03819 0.21381 0.03799 0.21282 0.03799 0.21223 0.03819 0.21125 0.03858 0.21066 0.03917 0.21046 0.03957 0.21046 0.04016 0.21066 0.04055 0.21125 0.04075 0.21223 0.04075 0.21282 0.04055 0.21381 0.04016 0.21440 0.03957 0.21459 0.03917 0.21459\n 11 798 36 0.04960 0.05787 0.04960 0.05787 0.04960 0.05787 0.04444 0.05787 0.04960 0.05787 0.04960 0.07506 0.04444 0.07506 0.04960 0.07506 0.04960 0.09224 0.04444 0.09224 0.04960 0.09224 0.04960 0.10942 0.04444 0.10942 0.04960 0.10942 0.04960 0.12661 0.04444 0.12661 0.04960 0.12661 0.04960 0.14379 0.04444 0.14379 0.04960 0.14379 0.04960 0.16097 0.04444 0.16097 0.04960 0.16097 0.04960 0.17816 0.04444 0.17816 0.04960 0.17816 0.04960 0.19534 0.04444 0.19534 0.04960 0.19534 0.04960 0.21253 0.04444 0.21253 0.04960 0.21253 0.04960 0.22971 0.04444 0.22971 0.04960 0.22971 0.04960 0.22971\n 11 50 2 0.02323 0.07476 0.02677 0.07476\n 11 380 17 0.02933 0.07712 0.02874 0.07693 0.02835 0.07634 0.02815 0.07535 0.02815 0.07476 0.02835 0.07378 0.02874 0.07319 0.02933 0.07299 0.02972 0.07299 0.03031 0.07319 0.03071 0.07378 0.03090 0.07476 0.03090 0.07535 0.03071 0.07634 0.03031 0.07693 0.02972 0.07712 0.02933 0.07712\n 11 116 5 0.03248 0.07338 0.03228 0.07319 0.03248 0.07299 0.03268 0.07319 0.03248 0.07338\n 11 644 29 0.03504 0.07712 0.03445 0.07693 0.03425 0.07653 0.03425 0.07614 0.03445 0.07574 0.03484 0.07555 0.03563 0.07535 0.03622 0.07515 0.03661 0.07476 0.03681 0.07437 0.03681 0.07378 0.03661 0.07338 0.03642 0.07319 0.03583 0.07299 0.03504 0.07299 0.03445 0.07319 0.03425 0.07338 0.03405 0.07378 0.03405 0.07437 0.03425 0.07476 0.03464 0.07515 0.03523 0.07535 0.03602 0.07555 0.03642 0.07574 0.03661 0.07614 0.03661 0.07653 0.03642 0.07693 0.03583 0.07712 0.03504 0.07712\n 11 380 17 0.03917 0.07712 0.03858 0.07693 0.03819 0.07634 0.03799 0.07535 0.03799 0.07476 0.03819 0.07378 0.03858 0.07319 0.03917 0.07299 0.03957 0.07299 0.04016 0.07319 0.04055 0.07378 0.04075 0.07476 0.04075 0.07535 0.04055 0.07634 0.04016 0.07693 0.03957 0.07712 0.03917 0.07712\n 11 50 2 0.02323 0.10913 0.02677 0.10913\n 11 380 17 0.02933 0.11149 0.02874 0.11129 0.02835 0.11070 0.02815 0.10972 0.02815 0.10913 0.02835 0.10814 0.02874 0.10755 0.02933 0.10736 0.02972 0.10736 0.03031 0.10755 0.03071 0.10814 0.03090 0.10913 0.03090 0.10972 0.03071 0.11070 0.03031 0.11129 0.02972 0.11149 0.02933 0.11149\n 11 116 5 0.03248 0.10775 0.03228 0.10755 0.03248 0.10736 0.03268 0.10755 0.03248 0.10775\n 11 72 3 0.03602 0.11149 0.03405 0.10873 0.03701 0.10873\n 11 50 2 0.03602 0.11149 0.03602 0.10736\n 11 380 17 0.03917 0.11149 0.03858 0.11129 0.03819 0.11070 0.03799 0.10972 0.03799 0.10913 0.03819 0.10814 0.03858 0.10755 0.03917 0.10736 0.03957 0.10736 0.04016 0.10755 0.04055 0.10814 0.04075 0.10913 0.04075 0.10972 0.04055 0.11070 0.04016 0.11129 0.03957 0.11149 0.03917 0.11149\n 11 380 17 0.02933 0.14586 0.02874 0.14566 0.02835 0.14507 0.02815 0.14409 0.02815 0.14350 0.02835 0.14251 0.02874 0.14192 0.02933 0.14172 0.02972 0.14172 0.03031 0.14192 0.03071 0.14251 0.03090 0.14350 0.03090 0.14409 0.03071 0.14507 0.03031 0.14566 0.02972 0.14586 0.02933 0.14586\n 11 116 5 0.03248 0.14212 0.03228 0.14192 0.03248 0.14172 0.03268 0.14192 0.03248 0.14212\n 11 380 17 0.03523 0.14586 0.03464 0.14566 0.03425 0.14507 0.03405 0.14409 0.03405 0.14350 0.03425 0.14251 0.03464 0.14192 0.03523 0.14172 0.03563 0.14172 0.03622 0.14192 0.03661 0.14251 0.03681 0.14350 0.03681 0.14409 0.03661 0.14507 0.03622 0.14566 0.03563 0.14586 0.03523 0.14586\n 11 380 17 0.03917 0.14586 0.03858 0.14566 0.03819 0.14507 0.03799 0.14409 0.03799 0.14350 0.03819 0.14251 0.03858 0.14192 0.03917 0.14172 0.03957 0.14172 0.04016 0.14192 0.04055 0.14251 0.04075 0.14350 0.04075 0.14409 0.04055 0.14507 0.04016 0.14566 0.03957 0.14586 0.03917 0.14586\n 11 380 17 0.02933 0.18023 0.02874 0.18003 0.02835 0.17944 0.02815 0.17845 0.02815 0.17786 0.02835 0.17688 0.02874 0.17629 0.02933 0.17609 0.02972 0.17609 0.03031 0.17629 0.03071 0.17688 0.03090 0.17786 0.03090 0.17845 0.03071 0.17944 0.03031 0.18003 0.02972 0.18023 0.02933 0.18023\n 11 116 5 0.03248 0.17649 0.03228 0.17629 0.03248 0.17609 0.03268 0.17629 0.03248 0.17649\n 11 72 3 0.03602 0.18023 0.03405 0.17747 0.03701 0.17747\n 11 50 2 0.03602 0.18023 0.03602 0.17609\n 11 380 17 0.03917 0.18023 0.03858 0.18003 0.03819 0.17944 0.03799 0.17845 0.03799 0.17786 0.03819 0.17688 0.03858 0.17629 0.03917 0.17609 0.03957 0.17609 0.04016 0.17629 0.04055 0.17688 0.04075 0.17786 0.04075 0.17845 0.04055 0.17944 0.04016 0.18003 0.03957 0.18023 0.03917 0.18023\n 11 380 17 0.02933 0.21459 0.02874 0.21440 0.02835 0.21381 0.02815 0.21282 0.02815 0.21223 0.02835 0.21125 0.02874 0.21066 0.02933 0.21046 0.02972 0.21046 0.03031 0.21066 0.03071 0.21125 0.03090 0.21223 0.03090 0.21282 0.03071 0.21381 0.03031 0.21440 0.02972 0.21459 0.02933 0.21459\n 11 116 5 0.03248 0.21085 0.03228 0.21066 0.03248 0.21046 0.03268 0.21066 0.03248 0.21085\n 11 644 29 0.03504 0.21459 0.03445 0.21440 0.03425 0.21400 0.03425 0.21361 0.03445 0.21321 0.03484 0.21302 0.03563 0.21282 0.03622 0.21262 0.03661 0.21223 0.03681 0.21184 0.03681 0.21125 0.03661 0.21085 0.03642 0.21066 0.03583 0.21046 0.03504 0.21046 0.03445 0.21066 0.03425 0.21085 0.03405 0.21125 0.03405 0.21184 0.03425 0.21223 0.03464 0.21262 0.03523 0.21282 0.03602 0.21302 0.03642 0.21321 0.03661 0.21361 0.03661 0.21400 0.03642 0.21440 0.03583 0.21459 0.03504 0.21459\n 11 380 17 0.03917 0.21459 0.03858 0.21440 0.03819 0.21381 0.03799 0.21282 0.03799 0.21223 0.03819 0.21125 0.03858 0.21066 0.03917 0.21046 0.03957 0.21046 0.04016 0.21066 0.04055 0.21125 0.04075 0.21223 0.04075 0.21282 0.04055 0.21381 0.04016 0.21440 0.03957 0.21459 0.03917 0.21459\n 11 798 36 0.29167 0.05787 0.29167 0.05787 0.29167 0.05787 0.29684 0.05787 0.29167 0.05787 0.29167 0.07506 0.29684 0.07506 0.29167 0.07506 0.29167 0.09224 0.29684 0.09224 0.29167 0.09224 0.29167 0.10942 0.29684 0.10942 0.29167 0.10942 0.29167 0.12661 0.29684 0.12661 0.29167 0.12661 0.29167 0.14379 0.29684 0.14379 0.29167 0.14379 0.29167 0.16097 0.29684 0.16097 0.29167 0.16097 0.29167 0.17816 0.29684 0.17816 0.29167 0.17816 0.29167 0.19534 0.29684 0.19534 0.29167 0.19534 0.29167 0.21253 0.29684 0.21253 0.29167 0.21253 0.29167 0.22971 0.29684 0.22971 0.29167 0.22971 0.29167 0.22971\n 11 798 36 0.29167 0.05787 0.29167 0.05787 0.29167 0.05787 0.29684 0.05787 0.29167 0.05787 0.29167 0.07506 0.29684 0.07506 0.29167 0.07506 0.29167 0.09224 0.29684 0.09224 0.29167 0.09224 0.29167 0.10942 0.29684 0.10942 0.29167 0.10942 0.29167 0.12661 0.29684 0.12661 0.29167 0.12661 0.29167 0.14379 0.29684 0.14379 0.29167 0.14379 0.29167 0.16097 0.29684 0.16097 0.29167 0.16097 0.29167 0.17816 0.29684 0.17816 0.29167 0.17816 0.29167 0.19534 0.29684 0.19534 0.29167 0.19534 0.29167 0.21253 0.29684 0.21253 0.29167 0.21253 0.29167 0.22971 0.29684 0.22971 0.29167 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.22971 0.04960 0.22971 0.07381 0.22971 0.07381 0.23488 0.07381 0.22971 0.09802 0.22971 0.09802 0.23488 0.09802 0.22971 0.12223 0.22971 0.12223 0.23488 0.12223 0.22971 0.14644 0.22971 0.14644 0.23488 0.14644 0.22971 0.17065 0.22971 0.17065 0.23488 0.17065 0.22971 0.19486 0.22971 0.19486 0.23488 0.19486 0.22971 0.21907 0.22971 0.21907 0.23488 0.21907 0.22971 0.24328 0.22971 0.24328 0.23488 0.24328 0.22971 0.26749 0.22971 0.26749 0.23488 0.26749 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.22971 0.04960 0.22971 0.07381 0.22971 0.07381 0.23488 0.07381 0.22971 0.09802 0.22971 0.09802 0.23488 0.09802 0.22971 0.12223 0.22971 0.12223 0.23488 0.12223 0.22971 0.14644 0.22971 0.14644 0.23488 0.14644 0.22971 0.17065 0.22971 0.17065 0.23488 0.17065 0.22971 0.19486 0.22971 0.19486 0.23488 0.19486 0.22971 0.21907 0.22971 0.21907 0.23488 0.21907 0.22971 0.24328 0.22971 0.24328 0.23488 0.24328 0.22971 0.26749 0.22971 0.26749 0.23488 0.26749 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.05787 0.04960 0.05787 0.07381 0.05787 0.07381 0.05270 0.07381 0.05787 0.09802 0.05787 0.09802 0.05270 0.09802 0.05787 0.12223 0.05787 0.12223 0.05270 0.12223 0.05787 0.14644 0.05787 0.14644 0.05270 0.14644 0.05787 0.17065 0.05787 0.17065 0.05270 0.17065 0.05787 0.19486 0.05787 0.19486 0.05270 0.19486 0.05787 0.21907 0.05787 0.21907 0.05270 0.21907 0.05787 0.24328 0.05787 0.24328 0.05270 0.24328 0.05787 0.26749 0.05787 0.26749 0.05270 0.26749 0.05787 0.29167 0.05787\n 11 50 2 0.06515 0.04662 0.06869 0.04662\n 11 380 17 0.07125 0.04898 0.07066 0.04879 0.07027 0.04820 0.07007 0.04721 0.07007 0.04662 0.07027 0.04564 0.07066 0.04505 0.07125 0.04485 0.07165 0.04485 0.07224 0.04505 0.07263 0.04564 0.07283 0.04662 0.07283 0.04721 0.07263 0.04820 0.07224 0.04879 0.07165 0.04898 0.07125 0.04898\n 11 116 5 0.07440 0.04524 0.07421 0.04505 0.07440 0.04485 0.07460 0.04505 0.07440 0.04524\n 11 644 29 0.07696 0.04898 0.07637 0.04879 0.07617 0.04839 0.07617 0.04800 0.07637 0.04761 0.07677 0.04741 0.07755 0.04721 0.07814 0.04702 0.07854 0.04662 0.07873 0.04623 0.07873 0.04564 0.07854 0.04524 0.07834 0.04505 0.07775 0.04485 0.07696 0.04485 0.07637 0.04505 0.07617 0.04524 0.07598 0.04564 0.07598 0.04623 0.07617 0.04662 0.07657 0.04702 0.07716 0.04721 0.07795 0.04741 0.07834 0.04761 0.07854 0.04800 0.07854 0.04839 0.07834 0.04879 0.07775 0.04898 0.07696 0.04898\n 11 380 17 0.08110 0.04898 0.08051 0.04879 0.08011 0.04820 0.07991 0.04721 0.07991 0.04662 0.08011 0.04564 0.08051 0.04505 0.08110 0.04485 0.08149 0.04485 0.08208 0.04505 0.08247 0.04564 0.08267 0.04662 0.08267 0.04721 0.08247 0.04820 0.08208 0.04879 0.08149 0.04898 0.08110 0.04898\n 11 50 2 0.11357 0.04662 0.11711 0.04662\n 11 380 17 0.11967 0.04898 0.11908 0.04879 0.11869 0.04820 0.11849 0.04721 0.11849 0.04662 0.11869 0.04564 0.11908 0.04505 0.11967 0.04485 0.12007 0.04485 0.12066 0.04505 0.12105 0.04564 0.12125 0.04662 0.12125 0.04721 0.12105 0.04820 0.12066 0.04879 0.12007 0.04898 0.11967 0.04898\n 11 116 5 0.12282 0.04524 0.12263 0.04505 0.12282 0.04485 0.12302 0.04505 0.12282 0.04524\n 11 72 3 0.12637 0.04898 0.12440 0.04623 0.12735 0.04623\n 11 50 2 0.12637 0.04898 0.12637 0.04485\n 11 380 17 0.12952 0.04898 0.12892 0.04879 0.12853 0.04820 0.12833 0.04721 0.12833 0.04662 0.12853 0.04564 0.12892 0.04505 0.12952 0.04485 0.12991 0.04485 0.13050 0.04505 0.13089 0.04564 0.13109 0.04662 0.13109 0.04721 0.13089 0.04820 0.13050 0.04879 0.12991 0.04898 0.12952 0.04898\n 11 380 17 0.16553 0.04898 0.16494 0.04879 0.16455 0.04820 0.16435 0.04721 0.16435 0.04662 0.16455 0.04564 0.16494 0.04505 0.16553 0.04485 0.16593 0.04485 0.16652 0.04505 0.16691 0.04564 0.16711 0.04662 0.16711 0.04721 0.16691 0.04820 0.16652 0.04879 0.16593 0.04898 0.16553 0.04898\n 11 116 5 0.16868 0.04524 0.16849 0.04505 0.16868 0.04485 0.16888 0.04505 0.16868 0.04524\n 11 380 17 0.17144 0.04898 0.17085 0.04879 0.17045 0.04820 0.17026 0.04721 0.17026 0.04662 0.17045 0.04564 0.17085 0.04505 0.17144 0.04485 0.17183 0.04485 0.17242 0.04505 0.17282 0.04564 0.17301 0.04662 0.17301 0.04721 0.17282 0.04820 0.17242 0.04879 0.17183 0.04898 0.17144 0.04898\n 11 380 17 0.17538 0.04898 0.17478 0.04879 0.17439 0.04820 0.17419 0.04721 0.17419 0.04662 0.17439 0.04564 0.17478 0.04505 0.17538 0.04485 0.17577 0.04485 0.17636 0.04505 0.17675 0.04564 0.17695 0.04662 0.17695 0.04721 0.17675 0.04820 0.17636 0.04879 0.17577 0.04898 0.17538 0.04898\n 11 380 17 0.21395 0.04898 0.21336 0.04879 0.21297 0.04820 0.21277 0.04721 0.21277 0.04662 0.21297 0.04564 0.21336 0.04505 0.21395 0.04485 0.21435 0.04485 0.21494 0.04505 0.21533 0.04564 0.21553 0.04662 0.21553 0.04721 0.21533 0.04820 0.21494 0.04879 0.21435 0.04898 0.21395 0.04898\n 11 116 5 0.21710 0.04524 0.21691 0.04505 0.21710 0.04485 0.21730 0.04505 0.21710 0.04524\n 11 72 3 0.22065 0.04898 0.21868 0.04623 0.22163 0.04623\n 11 50 2 0.22065 0.04898 0.22065 0.04485\n 11 380 17 0.22379 0.04898 0.22320 0.04879 0.22281 0.04820 0.22261 0.04721 0.22261 0.04662 0.22281 0.04564 0.22320 0.04505 0.22379 0.04485 0.22419 0.04485 0.22478 0.04505 0.22517 0.04564 0.22537 0.04662 0.22537 0.04721 0.22517 0.04820 0.22478 0.04879 0.22419 0.04898 0.22379 0.04898\n 11 380 17 0.26237 0.04898 0.26178 0.04879 0.26139 0.04820 0.26119 0.04721 0.26119 0.04662 0.26139 0.04564 0.26178 0.04505 0.26237 0.04485 0.26277 0.04485 0.26336 0.04505 0.26375 0.04564 0.26395 0.04662 0.26395 0.04721 0.26375 0.04820 0.26336 0.04879 0.26277 0.04898 0.26237 0.04898\n 11 116 5 0.26552 0.04524 0.26532 0.04505 0.26552 0.04485 0.26572 0.04505 0.26552 0.04524\n 11 644 29 0.26808 0.04898 0.26749 0.04879 0.26729 0.04839 0.26729 0.04800 0.26749 0.04761 0.26788 0.04741 0.26867 0.04721 0.26926 0.04702 0.26966 0.04662 0.26985 0.04623 0.26985 0.04564 0.26966 0.04524 0.26946 0.04505 0.26887 0.04485 0.26808 0.04485 0.26749 0.04505 0.26729 0.04524 0.26710 0.04564 0.26710 0.04623 0.26729 0.04662 0.26769 0.04702 0.26828 0.04721 0.26906 0.04741 0.26946 0.04761 0.26966 0.04800 0.26966 0.04839 0.26946 0.04879 0.26887 0.04898 0.26808 0.04898\n 11 380 17 0.27221 0.04898 0.27162 0.04879 0.27123 0.04820 0.27103 0.04721 0.27103 0.04662 0.27123 0.04564 0.27162 0.04505 0.27221 0.04485 0.27261 0.04485 0.27320 0.04505 0.27359 0.04564 0.27379 0.04662 0.27379 0.04721 0.27359 0.04820 0.27320 0.04879 0.27261 0.04898 0.27221 0.04898\n 11 666 30 0.07381 0.05787 0.04960 0.05787 0.07381 0.05787 0.07381 0.05270 0.07381 0.05787 0.09802 0.05787 0.09802 0.05270 0.09802 0.05787 0.12223 0.05787 0.12223 0.05270 0.12223 0.05787 0.14644 0.05787 0.14644 0.05270 0.14644 0.05787 0.17065 0.05787 0.17065 0.05270 0.17065 0.05787 0.19486 0.05787 0.19486 0.05270 0.19486 0.05787 0.21907 0.05787 0.21907 0.05270 0.21907 0.05787 0.24328 0.05787 0.24328 0.05270 0.24328 0.05787 0.26749 0.05787 0.26749 0.05270 0.26749 0.05787 0.29167 0.05787\n 11 50 2 0.06515 0.04662 0.06869 0.04662\n 11 380 17 0.07125 0.04898 0.07066 0.04879 0.07027 0.04820 0.07007 0.04721 0.07007 0.04662 0.07027 0.04564 0.07066 0.04505 0.07125 0.04485 0.07165 0.04485 0.07224 0.04505 0.07263 0.04564 0.07283 0.04662 0.07283 0.04721 0.07263 0.04820 0.07224 0.04879 0.07165 0.04898 0.07125 0.04898\n 11 116 5 0.07440 0.04524 0.07421 0.04505 0.07440 0.04485 0.07460 0.04505 0.07440 0.04524\n 11 644 29 0.07696 0.04898 0.07637 0.04879 0.07617 0.04839 0.07617 0.04800 0.07637 0.04761 0.07677 0.04741 0.07755 0.04721 0.07814 0.04702 0.07854 0.04662 0.07873 0.04623 0.07873 0.04564 0.07854 0.04524 0.07834 0.04505 0.07775 0.04485 0.07696 0.04485 0.07637 0.04505 0.07617 0.04524 0.07598 0.04564 0.07598 0.04623 0.07617 0.04662 0.07657 0.04702 0.07716 0.04721 0.07795 0.04741 0.07834 0.04761 0.07854 0.04800 0.07854 0.04839 0.07834 0.04879 0.07775 0.04898 0.07696 0.04898\n 11 380 17 0.08110 0.04898 0.08051 0.04879 0.08011 0.04820 0.07991 0.04721 0.07991 0.04662 0.08011 0.04564 0.08051 0.04505 0.08110 0.04485 0.08149 0.04485 0.08208 0.04505 0.08247 0.04564 0.08267 0.04662 0.08267 0.04721 0.08247 0.04820 0.08208 0.04879 0.08149 0.04898 0.08110 0.04898\n 11 50 2 0.11357 0.04662 0.11711 0.04662\n 11 380 17 0.11967 0.04898 0.11908 0.04879 0.11869 0.04820 0.11849 0.04721 0.11849 0.04662 0.11869 0.04564 0.11908 0.04505 0.11967 0.04485 0.12007 0.04485 0.12066 0.04505 0.12105 0.04564 0.12125 0.04662 0.12125 0.04721 0.12105 0.04820 0.12066 0.04879 0.12007 0.04898 0.11967 0.04898\n 11 116 5 0.12282 0.04524 0.12263 0.04505 0.12282 0.04485 0.12302 0.04505 0.12282 0.04524\n 11 72 3 0.12637 0.04898 0.12440 0.04623 0.12735 0.04623\n 11 50 2 0.12637 0.04898 0.12637 0.04485\n 11 380 17 0.12952 0.04898 0.12892 0.04879 0.12853 0.04820 0.12833 0.04721 0.12833 0.04662 0.12853 0.04564 0.12892 0.04505 0.12952 0.04485 0.12991 0.04485 0.13050 0.04505 0.13089 0.04564 0.13109 0.04662 0.13109 0.04721 0.13089 0.04820 0.13050 0.04879 0.12991 0.04898 0.12952 0.04898\n 11 380 17 0.16553 0.04898 0.16494 0.04879 0.16455 0.04820 0.16435 0.04721 0.16435 0.04662 0.16455 0.04564 0.16494 0.04505 0.16553 0.04485 0.16593 0.04485 0.16652 0.04505 0.16691 0.04564 0.16711 0.04662 0.16711 0.04721 0.16691 0.04820 0.16652 0.04879 0.16593 0.04898 0.16553 0.04898\n 11 116 5 0.16868 0.04524 0.16849 0.04505 0.16868 0.04485 0.16888 0.04505 0.16868 0.04524\n 11 380 17 0.17144 0.04898 0.17085 0.04879 0.17045 0.04820 0.17026 0.04721 0.17026 0.04662 0.17045 0.04564 0.17085 0.04505 0.17144 0.04485 0.17183 0.04485 0.17242 0.04505 0.17282 0.04564 0.17301 0.04662 0.17301 0.04721 0.17282 0.04820 0.17242 0.04879 0.17183 0.04898 0.17144 0.04898\n 11 380 17 0.17538 0.04898 0.17478 0.04879 0.17439 0.04820 0.17419 0.04721 0.17419 0.04662 0.17439 0.04564 0.17478 0.04505 0.17538 0.04485 0.17577 0.04485 0.17636 0.04505 0.17675 0.04564 0.17695 0.04662 0.17695 0.04721 0.17675 0.04820 0.17636 0.04879 0.17577 0.04898 0.17538 0.04898\n 11 380 17 0.21395 0.04898 0.21336 0.04879 0.21297 0.04820 0.21277 0.04721 0.21277 0.04662 0.21297 0.04564 0.21336 0.04505 0.21395 0.04485 0.21435 0.04485 0.21494 0.04505 0.21533 0.04564 0.21553 0.04662 0.21553 0.04721 0.21533 0.04820 0.21494 0.04879 0.21435 0.04898 0.21395 0.04898\n 11 116 5 0.21710 0.04524 0.21691 0.04505 0.21710 0.04485 0.21730 0.04505 0.21710 0.04524\n 11 72 3 0.22065 0.04898 0.21868 0.04623 0.22163 0.04623\n 11 50 2 0.22065 0.04898 0.22065 0.04485\n 11 380 17 0.22379 0.04898 0.22320 0.04879 0.22281 0.04820 0.22261 0.04721 0.22261 0.04662 0.22281 0.04564 0.22320 0.04505 0.22379 0.04485 0.22419 0.04485 0.22478 0.04505 0.22517 0.04564 0.22537 0.04662 0.22537 0.04721 0.22517 0.04820 0.22478 0.04879 0.22419 0.04898 0.22379 0.04898\n 11 380 17 0.26237 0.04898 0.26178 0.04879 0.26139 0.04820 0.26119 0.04721 0.26119 0.04662 0.26139 0.04564 0.26178 0.04505 0.26237 0.04485 0.26277 0.04485 0.26336 0.04505 0.26375 0.04564 0.26395 0.04662 0.26395 0.04721 0.26375 0.04820 0.26336 0.04879 0.26277 0.04898 0.26237 0.04898\n 11 116 5 0.26552 0.04524 0.26532 0.04505 0.26552 0.04485 0.26572 0.04505 0.26552 0.04524\n 11 644 29 0.26808 0.04898 0.26749 0.04879 0.26729 0.04839 0.26729 0.04800 0.26749 0.04761 0.26788 0.04741 0.26867 0.04721 0.26926 0.04702 0.26966 0.04662 0.26985 0.04623 0.26985 0.04564 0.26966 0.04524 0.26946 0.04505 0.26887 0.04485 0.26808 0.04485 0.26749 0.04505 0.26729 0.04524 0.26710 0.04564 0.26710 0.04623 0.26729 0.04662 0.26769 0.04702 0.26828 0.04721 0.26906 0.04741 0.26946 0.04761 0.26966 0.04800 0.26966 0.04839 0.26946 0.04879 0.26887 0.04898 0.26808 0.04898\n 11 380 17 0.27221 0.04898 0.27162 0.04879 0.27123 0.04820 0.27103 0.04721 0.27103 0.04662 0.27123 0.04564 0.27162 0.04505 0.27221 0.04485 0.27261 0.04485 0.27320 0.04505 0.27359 0.04564 0.27379 0.04662 0.27379 0.04721 0.27359 0.04820 0.27320 0.04879 0.27261 0.04898 0.27221 0.04898\n 21 6 1\n 25 6 1\n 11 2206 100 0.19073 0.15332 0.21026 0.16273 0.22868 0.17190 0.24550 0.18073 0.26025 0.18911 0.27251 0.19692 0.28195 0.20408 0.28830 0.21050 0.29140 0.21609 0.29114 0.22079 0.28755 0.22454 0.28072 0.22730 0.27084 0.22902 0.25818 0.22970 0.24310 0.22931 0.22600 0.22788 0.20738 0.22540 0.18773 0.22192 0.16762 0.21747 0.14758 0.21212 0.12819 0.20592 0.10997 0.19895 0.09344 0.19131 0.07904 0.18308 0.06719 0.17436 0.05820 0.16527 0.05232 0.15592 0.04973 0.14641 0.05049 0.13687 0.05458 0.12742 0.06188 0.11817 0.07220 0.10923 0.08525 0.10072 0.10066 0.09274 0.11802 0.08540 0.13683 0.07877 0.15658 0.07294 0.17672 0.06799 0.19669 0.06397 0.21594 0.06094 0.23394 0.05893 0.25018 0.05796 0.26422 0.05806 0.27566 0.05921 0.28419 0.06140 0.28958 0.06461 0.29167 0.06880 0.29041 0.07391 0.28583 0.07988 0.27806 0.08665 0.26731 0.09411 0.25388 0.10219 0.23814 0.11078 0.22054 0.11978 0.20155 0.12908 0.18171 0.13856 0.16155 0.14810 0.14166 0.15759 0.12256 0.16690 0.10480 0.17594 0.08886 0.18457 0.07519 0.19271 0.06417 0.20024 0.05609 0.20707 0.05119 0.21313 0.04960 0.21833 0.05137 0.22260 0.05644 0.22591 0.06468 0.22821 0.07585 0.22946 0.08965 0.22966 0.10570 0.22880 0.12355 0.22688 0.14270 0.22395 0.16262 0.22003 0.18277 0.21516 0.20258 0.20942 0.22151 0.20286 0.23903 0.19558 0.25465 0.18766 0.26795 0.17920 0.27855 0.17030 0.28615 0.16108 0.29056 0.15164 0.29165 0.14210 0.28938 0.13259 0.28382 0.12321 0.27512 0.11409 0.26353 0.10533 0.24937 0.09705 0.23302 0.08934 0.21495 0.08231 0.19564 0.07603 0.17565 0.07059 0.15552 0.06606 0.13580 0.06248 0.11705 0.05990 0.09979 0.05836 0.08449 0.05787 0.07158 0.05844\n 21 6 2\n 25 6 2\n 11 2206 100 0.19073 0.15094 0.21026 0.15804 0.22868 0.16505 0.24550 0.17190 0.26025 0.17856 0.27251 0.18498 0.28195 0.19112 0.28830 0.19692 0.29140 0.20236 0.29114 0.20739 0.28755 0.21197 0.28072 0.21609 0.27084 0.21970 0.25818 0.22279 0.24310 0.22533 0.22600 0.22730 0.20738 0.22869 0.18773 0.22949 0.16762 0.22970 0.14758 0.22931 0.12819 0.22833 0.10997 0.22677 0.09344 0.22462 0.07904 0.22192 0.06719 0.21867 0.05820 0.21490 0.05232 0.21064 0.04973 0.20592 0.05049 0.20076 0.05458 0.19521 0.06188 0.18930 0.07220 0.18308 0.08525 0.17658 0.10066 0.16986 0.11802 0.16295 0.13683 0.15592 0.15658 0.14879 0.17672 0.14164 0.19669 0.13449 0.21594 0.12742 0.23394 0.12045 0.25018 0.11365 0.26422 0.10706 0.27566 0.10072 0.28419 0.09468 0.28958 0.08898 0.29167 0.08367 0.29041 0.07877 0.28583 0.07432 0.27806 0.07035 0.26731 0.06689 0.25388 0.06397 0.23814 0.06160 0.22054 0.05980 0.20155 0.05859 0.18171 0.05796 0.16155 0.05793 0.14166 0.05850 0.12256 0.05966 0.10480 0.06140 0.08886 0.06372 0.07519 0.06659 0.06417 0.06999 0.05609 0.07391 0.05119 0.07831 0.04960 0.08317 0.05137 0.08845 0.05644 0.09411 0.06468 0.10012 0.07585 0.10643 0.08965 0.11300 0.10570 0.11978 0.12355 0.12673 0.14270 0.13380 0.16262 0.14094 0.18277 0.14810 0.20258 0.15523 0.22151 0.16227 0.23903 0.16919 0.25465 0.17594 0.26795 0.18246 0.27855 0.18871 0.28615 0.19465 0.29056 0.20024 0.29165 0.20543 0.28938 0.21020 0.28382 0.21451 0.27512 0.21833 0.26353 0.22162 0.24937 0.22438 0.23302 0.22658 0.21495 0.22821 0.19564 0.22925 0.17565 0.22969 0.15552 0.22954 0.13580 0.22880 0.11705 0.22746 0.09979 0.22554 0.08449 0.22306 0.07158 0.22003\n 21 6 1\n 25 6 1\n 82 0\n 81 6 58\n 82 0\n 81 6 59\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 248 11 0.18789 0.15237 0.20477 0.16086 0.22096 0.16918 0.23612 0.17725 0.24995 0.18498 0.26216 0.19230 0.27251 0.19914 0.28078 0.20543 0.28681 0.21109 0.29048 0.21609 0.29167 0.22027\n 11 512 23 0.29167 0.22043 0.29046 0.22387 0.28677 0.22658 0.28072 0.22846 0.27243 0.22949 0.26206 0.22967 0.24983 0.22899 0.23599 0.22746 0.22082 0.22510 0.20462 0.22192 0.18773 0.21796 0.17050 0.21326 0.15327 0.20786 0.13639 0.20183 0.12021 0.19521 0.10506 0.18808 0.09124 0.18051 0.07904 0.17257 0.06871 0.16435 0.06046 0.15592 0.05445 0.14736 0.05080 0.13878 0.04960 0.13024\n 11 512 23 0.04960 0.13023 0.05087 0.12183 0.05458 0.11365 0.06065 0.10577 0.06896 0.09827 0.07934 0.09122 0.09159 0.08470 0.10544 0.07877 0.12063 0.07349 0.13683 0.06891 0.15372 0.06507 0.17096 0.06203 0.18819 0.05980 0.20506 0.05841 0.22123 0.05788 0.23638 0.05820 0.25018 0.05938 0.26236 0.06140 0.27267 0.06425 0.28091 0.06789 0.28690 0.07228 0.29052 0.07740 0.29167 0.08305\n 11 996 45 0.29167 0.08330 0.29041 0.08955 0.28668 0.09648 0.28059 0.10387 0.27226 0.11167 0.26186 0.11978 0.24960 0.12814 0.23573 0.13665 0.22054 0.14524 0.20433 0.15380 0.18743 0.16227 0.17019 0.17056 0.15296 0.17857 0.13609 0.18624 0.11993 0.19349 0.10480 0.20024 0.09101 0.20642 0.07884 0.21198 0.06855 0.21686 0.06033 0.22101 0.05436 0.22438 0.05076 0.22695 0.04960 0.22869 0.05091 0.22958 0.05466 0.22962 0.06077 0.22880 0.06912 0.22712 0.07954 0.22462 0.09182 0.22130 0.10570 0.21722 0.12090 0.21240 0.13712 0.20689 0.15402 0.20075 0.17126 0.19405 0.18849 0.18684 0.20535 0.17920 0.22151 0.17121 0.23663 0.16294 0.25041 0.15448 0.26256 0.14592 0.27284 0.13733 0.28104 0.12881 0.28698 0.12044 0.29056 0.11230 0.29167 0.10464\n 11 50 2 0.29167 0.10435 0.29037 0.09705\n 21 6 1\n 25 6 1\n 82 0\n 81 6 60\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 61\n 21 6 1\n 25 6 1\n 11 732 33 0.35780 0.04616 0.35780 0.02894 0.35780 0.04616 0.35522 0.04616 0.35780 0.04616 0.35780 0.06914 0.35522 0.06914 0.35780 0.06914 0.35780 0.09211 0.35522 0.09211 0.35780 0.09211 0.35780 0.11508 0.35522 0.11508 0.35780 0.11508 0.35780 0.13805 0.35522 0.13805 0.35780 0.13805 0.35780 0.16102 0.35522 0.16102 0.35780 0.16102 0.35780 0.18399 0.35522 0.18399 0.35780 0.18399 0.35780 0.20696 0.35522 0.20696 0.35780 0.20696 0.35780 0.22993 0.35522 0.22993 0.35780 0.22993 0.35780 0.25290 0.35522 0.25290 0.35780 0.25290 0.35780 0.25865\n 11 314 14 0.35209 0.04671 0.35209 0.04680 0.35219 0.04700 0.35229 0.04710 0.35249 0.04720 0.35288 0.04720 0.35308 0.04710 0.35318 0.04700 0.35327 0.04680 0.35327 0.04661 0.35318 0.04641 0.35298 0.04611 0.35200 0.04513 0.35337 0.04513\n 11 512 23 0.35327 0.09284 0.35318 0.09304 0.35288 0.09314 0.35268 0.09314 0.35239 0.09304 0.35219 0.09275 0.35209 0.09225 0.35209 0.09176 0.35219 0.09137 0.35239 0.09117 0.35268 0.09107 0.35278 0.09107 0.35308 0.09117 0.35327 0.09137 0.35337 0.09166 0.35337 0.09176 0.35327 0.09206 0.35308 0.09225 0.35278 0.09235 0.35268 0.09235 0.35239 0.09225 0.35219 0.09206 0.35209 0.09176\n 11 94 4 0.35032 0.13869 0.35052 0.13879 0.35081 0.13908 0.35081 0.13701\n 11 380 17 0.35259 0.13908 0.35229 0.13898 0.35209 0.13869 0.35200 0.13820 0.35200 0.13790 0.35209 0.13741 0.35229 0.13711 0.35259 0.13701 0.35278 0.13701 0.35308 0.13711 0.35327 0.13741 0.35337 0.13790 0.35337 0.13820 0.35327 0.13869 0.35308 0.13898 0.35278 0.13908 0.35259 0.13908\n 11 94 4 0.35032 0.18463 0.35052 0.18473 0.35081 0.18502 0.35081 0.18296\n 11 72 3 0.35298 0.18502 0.35200 0.18365 0.35347 0.18365\n 11 50 2 0.35298 0.18502 0.35298 0.18296\n 11 94 4 0.35032 0.23057 0.35052 0.23067 0.35081 0.23097 0.35081 0.22890\n 11 644 29 0.35249 0.23097 0.35219 0.23087 0.35209 0.23067 0.35209 0.23047 0.35219 0.23028 0.35239 0.23018 0.35278 0.23008 0.35308 0.22998 0.35327 0.22978 0.35337 0.22959 0.35337 0.22929 0.35327 0.22910 0.35318 0.22900 0.35288 0.22890 0.35249 0.22890 0.35219 0.22900 0.35209 0.22910 0.35200 0.22929 0.35200 0.22959 0.35209 0.22978 0.35229 0.22998 0.35259 0.23008 0.35298 0.23018 0.35318 0.23028 0.35327 0.23047 0.35327 0.23067 0.35318 0.23087 0.35288 0.23097 0.35249 0.23097\n 11 732 33 0.35780 0.04616 0.35780 0.02894 0.35780 0.04616 0.35522 0.04616 0.35780 0.04616 0.35780 0.06914 0.35522 0.06914 0.35780 0.06914 0.35780 0.09211 0.35522 0.09211 0.35780 0.09211 0.35780 0.11508 0.35522 0.11508 0.35780 0.11508 0.35780 0.13805 0.35522 0.13805 0.35780 0.13805 0.35780 0.16102 0.35522 0.16102 0.35780 0.16102 0.35780 0.18399 0.35522 0.18399 0.35780 0.18399 0.35780 0.20696 0.35522 0.20696 0.35780 0.20696 0.35780 0.22993 0.35522 0.22993 0.35780 0.22993 0.35780 0.25290 0.35522 0.25290 0.35780 0.25290 0.35780 0.25865\n 11 314 14 0.35209 0.04671 0.35209 0.04680 0.35219 0.04700 0.35229 0.04710 0.35249 0.04720 0.35288 0.04720 0.35308 0.04710 0.35318 0.04700 0.35327 0.04680 0.35327 0.04661 0.35318 0.04641 0.35298 0.04611 0.35200 0.04513 0.35337 0.04513\n 11 512 23 0.35327 0.09284 0.35318 0.09304 0.35288 0.09314 0.35268 0.09314 0.35239 0.09304 0.35219 0.09275 0.35209 0.09225 0.35209 0.09176 0.35219 0.09137 0.35239 0.09117 0.35268 0.09107 0.35278 0.09107 0.35308 0.09117 0.35327 0.09137 0.35337 0.09166 0.35337 0.09176 0.35327 0.09206 0.35308 0.09225 0.35278 0.09235 0.35268 0.09235 0.35239 0.09225 0.35219 0.09206 0.35209 0.09176\n 11 94 4 0.35032 0.13869 0.35052 0.13879 0.35081 0.13908 0.35081 0.13701\n 11 380 17 0.35259 0.13908 0.35229 0.13898 0.35209 0.13869 0.35200 0.13820 0.35200 0.13790 0.35209 0.13741 0.35229 0.13711 0.35259 0.13701 0.35278 0.13701 0.35308 0.13711 0.35327 0.13741 0.35337 0.13790 0.35337 0.13820 0.35327 0.13869 0.35308 0.13898 0.35278 0.13908 0.35259 0.13908\n 11 94 4 0.35032 0.18463 0.35052 0.18473 0.35081 0.18502 0.35081 0.18296\n 11 72 3 0.35298 0.18502 0.35200 0.18365 0.35347 0.18365\n 11 50 2 0.35298 0.18502 0.35298 0.18296\n 11 94 4 0.35032 0.23057 0.35052 0.23067 0.35081 0.23097 0.35081 0.22890\n 11 644 29 0.35249 0.23097 0.35219 0.23087 0.35209 0.23067 0.35209 0.23047 0.35219 0.23028 0.35239 0.23018 0.35278 0.23008 0.35308 0.22998 0.35327 0.22978 0.35337 0.22959 0.35337 0.22929 0.35327 0.22910 0.35318 0.22900 0.35288 0.22890 0.35249 0.22890 0.35219 0.22900 0.35209 0.22910 0.35200 0.22929 0.35200 0.22959 0.35209 0.22978 0.35229 0.22998 0.35259 0.23008 0.35298 0.23018 0.35318 0.23028 0.35327 0.23047 0.35327 0.23067 0.35318 0.23087 0.35288 0.23097 0.35249 0.23097\n 11 732 33 0.64532 0.04616 0.64532 0.02894 0.64532 0.04616 0.64790 0.04616 0.64532 0.04616 0.64532 0.06914 0.64790 0.06914 0.64532 0.06914 0.64532 0.09211 0.64790 0.09211 0.64532 0.09211 0.64532 0.11508 0.64790 0.11508 0.64532 0.11508 0.64532 0.13805 0.64790 0.13805 0.64532 0.13805 0.64532 0.16102 0.64790 0.16102 0.64532 0.16102 0.64532 0.18399 0.64790 0.18399 0.64532 0.18399 0.64532 0.20696 0.64790 0.20696 0.64532 0.20696 0.64532 0.22993 0.64790 0.22993 0.64532 0.22993 0.64532 0.25290 0.64790 0.25290 0.64532 0.25290 0.64532 0.25865\n 11 732 33 0.64532 0.04616 0.64532 0.02894 0.64532 0.04616 0.64790 0.04616 0.64532 0.04616 0.64532 0.06914 0.64790 0.06914 0.64532 0.06914 0.64532 0.09211 0.64790 0.09211 0.64532 0.09211 0.64532 0.11508 0.64790 0.11508 0.64532 0.11508 0.64532 0.13805 0.64790 0.13805 0.64532 0.13805 0.64532 0.16102 0.64790 0.16102 0.64532 0.16102 0.64532 0.18399 0.64790 0.18399 0.64532 0.18399 0.64532 0.20696 0.64790 0.20696 0.64532 0.20696 0.64532 0.22993 0.64790 0.22993 0.64532 0.22993 0.64532 0.25290 0.64790 0.25290 0.64532 0.25290 0.64532 0.25865\n 11 732 33 0.37937 0.25865 0.35780 0.25865 0.37937 0.25865 0.37937 0.26123 0.37937 0.25865 0.40812 0.25865 0.40812 0.26123 0.40812 0.25865 0.43687 0.25865 0.43687 0.26123 0.43687 0.25865 0.46562 0.25865 0.46562 0.26123 0.46562 0.25865 0.49437 0.25865 0.49437 0.26123 0.49437 0.25865 0.52313 0.25865 0.52313 0.26123 0.52313 0.25865 0.55188 0.25865 0.55188 0.26123 0.55188 0.25865 0.58063 0.25865 0.58063 0.26123 0.58063 0.25865 0.60938 0.25865 0.60938 0.26123 0.60938 0.25865 0.63813 0.25865 0.63813 0.26123 0.63813 0.25865 0.64532 0.25865\n 11 732 33 0.37937 0.25865 0.35780 0.25865 0.37937 0.25865 0.37937 0.26123 0.37937 0.25865 0.40812 0.25865 0.40812 0.26123 0.40812 0.25865 0.43687 0.25865 0.43687 0.26123 0.43687 0.25865 0.46562 0.25865 0.46562 0.26123 0.46562 0.25865 0.49437 0.25865 0.49437 0.26123 0.49437 0.25865 0.52313 0.25865 0.52313 0.26123 0.52313 0.25865 0.55188 0.25865 0.55188 0.26123 0.55188 0.25865 0.58063 0.25865 0.58063 0.26123 0.58063 0.25865 0.60938 0.25865 0.60938 0.26123 0.60938 0.25865 0.63813 0.25865 0.63813 0.26123 0.63813 0.25865 0.64532 0.25865\n 11 732 33 0.37937 0.02894 0.35780 0.02894 0.37937 0.02894 0.37937 0.02635 0.37937 0.02894 0.40812 0.02894 0.40812 0.02635 0.40812 0.02894 0.43687 0.02894 0.43687 0.02635 0.43687 0.02894 0.46562 0.02894 0.46562 0.02635 0.46562 0.02894 0.49437 0.02894 0.49437 0.02635 0.49437 0.02894 0.52313 0.02894 0.52313 0.02635 0.52313 0.02894 0.55188 0.02894 0.55188 0.02635 0.55188 0.02894 0.58063 0.02894 0.58063 0.02635 0.58063 0.02894 0.60938 0.02894 0.60938 0.02635 0.60938 0.02894 0.63813 0.02894 0.63813 0.02635 0.63813 0.02894 0.64532 0.02894\n 11 314 14 0.37878 0.02400 0.37878 0.02410 0.37887 0.02430 0.37897 0.02439 0.37917 0.02449 0.37956 0.02449 0.37976 0.02439 0.37986 0.02430 0.37996 0.02410 0.37996 0.02390 0.37986 0.02370 0.37966 0.02341 0.37868 0.02243 0.38006 0.02243\n 11 512 23 0.43746 0.02420 0.43736 0.02439 0.43707 0.02449 0.43687 0.02449 0.43657 0.02439 0.43638 0.02410 0.43628 0.02361 0.43628 0.02311 0.43638 0.02272 0.43657 0.02252 0.43687 0.02243 0.43697 0.02243 0.43726 0.02252 0.43746 0.02272 0.43756 0.02302 0.43756 0.02311 0.43746 0.02341 0.43726 0.02361 0.43697 0.02370 0.43687 0.02370 0.43657 0.02361 0.43638 0.02341 0.43628 0.02311\n 11 94 4 0.49300 0.02410 0.49319 0.02420 0.49349 0.02449 0.49349 0.02243\n 11 380 17 0.49526 0.02449 0.49496 0.02439 0.49477 0.02410 0.49467 0.02361 0.49467 0.02331 0.49477 0.02282 0.49496 0.02252 0.49526 0.02243 0.49546 0.02243 0.49575 0.02252 0.49595 0.02282 0.49605 0.02331 0.49605 0.02361 0.49595 0.02410 0.49575 0.02439 0.49546 0.02449 0.49526 0.02449\n 11 94 4 0.55050 0.02410 0.55070 0.02420 0.55099 0.02449 0.55099 0.02243\n 11 72 3 0.55316 0.02449 0.55217 0.02311 0.55365 0.02311\n 11 50 2 0.55316 0.02449 0.55316 0.02243\n 11 94 4 0.60800 0.02410 0.60820 0.02420 0.60850 0.02449 0.60850 0.02243\n 11 644 29 0.61017 0.02449 0.60987 0.02439 0.60978 0.02420 0.60978 0.02400 0.60987 0.02380 0.61007 0.02370 0.61046 0.02361 0.61076 0.02351 0.61096 0.02331 0.61105 0.02311 0.61105 0.02282 0.61096 0.02262 0.61086 0.02252 0.61056 0.02243 0.61017 0.02243 0.60987 0.02252 0.60978 0.02262 0.60968 0.02282 0.60968 0.02311 0.60978 0.02331 0.60997 0.02351 0.61027 0.02361 0.61066 0.02370 0.61086 0.02380 0.61096 0.02400 0.61096 0.02420 0.61086 0.02439 0.61056 0.02449 0.61017 0.02449\n 11 732 33 0.37937 0.02894 0.35780 0.02894 0.37937 0.02894 0.37937 0.02635 0.37937 0.02894 0.40812 0.02894 0.40812 0.02635 0.40812 0.02894 0.43687 0.02894 0.43687 0.02635 0.43687 0.02894 0.46562 0.02894 0.46562 0.02635 0.46562 0.02894 0.49437 0.02894 0.49437 0.02635 0.49437 0.02894 0.52313 0.02894 0.52313 0.02635 0.52313 0.02894 0.55188 0.02894 0.55188 0.02635 0.55188 0.02894 0.58063 0.02894 0.58063 0.02635 0.58063 0.02894 0.60938 0.02894 0.60938 0.02635 0.60938 0.02894 0.63813 0.02894 0.63813 0.02635 0.63813 0.02894 0.64532 0.02894\n 11 314 14 0.37878 0.02400 0.37878 0.02410 0.37887 0.02430 0.37897 0.02439 0.37917 0.02449 0.37956 0.02449 0.37976 0.02439 0.37986 0.02430 0.37996 0.02410 0.37996 0.02390 0.37986 0.02370 0.37966 0.02341 0.37868 0.02243 0.38006 0.02243\n 11 512 23 0.43746 0.02420 0.43736 0.02439 0.43707 0.02449 0.43687 0.02449 0.43657 0.02439 0.43638 0.02410 0.43628 0.02361 0.43628 0.02311 0.43638 0.02272 0.43657 0.02252 0.43687 0.02243 0.43697 0.02243 0.43726 0.02252 0.43746 0.02272 0.43756 0.02302 0.43756 0.02311 0.43746 0.02341 0.43726 0.02361 0.43697 0.02370 0.43687 0.02370 0.43657 0.02361 0.43638 0.02341 0.43628 0.02311\n 11 94 4 0.49300 0.02410 0.49319 0.02420 0.49349 0.02449 0.49349 0.02243\n 11 380 17 0.49526 0.02449 0.49496 0.02439 0.49477 0.02410 0.49467 0.02361 0.49467 0.02331 0.49477 0.02282 0.49496 0.02252 0.49526 0.02243 0.49546 0.02243 0.49575 0.02252 0.49595 0.02282 0.49605 0.02331 0.49605 0.02361 0.49595 0.02410 0.49575 0.02439 0.49546 0.02449 0.49526 0.02449\n 11 94 4 0.55050 0.02410 0.55070 0.02420 0.55099 0.02449 0.55099 0.02243\n 11 72 3 0.55316 0.02449 0.55217 0.02311 0.55365 0.02311\n 11 50 2 0.55316 0.02449 0.55316 0.02243\n 11 94 4 0.60800 0.02410 0.60820 0.02420 0.60850 0.02449 0.60850 0.02243\n 11 644 29 0.61017 0.02449 0.60987 0.02439 0.60978 0.02420 0.60978 0.02400 0.60987 0.02380 0.61007 0.02370 0.61046 0.02361 0.61076 0.02351 0.61096 0.02331 0.61105 0.02311 0.61105 0.02282 0.61096 0.02262 0.61086 0.02252 0.61056 0.02243 0.61017 0.02243 0.60987 0.02252 0.60978 0.02262 0.60968 0.02282 0.60968 0.02311 0.60978 0.02331 0.60997 0.02351 0.61027 0.02361 0.61066 0.02370 0.61086 0.02380 0.61096 0.02400 0.61096 0.02420 0.61086 0.02439 0.61056 0.02449 0.61017 0.02449\n 11 732 33 0.35780 0.04616 0.35780 0.02894 0.35780 0.04616 0.35522 0.04616 0.35780 0.04616 0.35780 0.06914 0.35522 0.06914 0.35780 0.06914 0.35780 0.09211 0.35522 0.09211 0.35780 0.09211 0.35780 0.11508 0.35522 0.11508 0.35780 0.11508 0.35780 0.13805 0.35522 0.13805 0.35780 0.13805 0.35780 0.16102 0.35522 0.16102 0.35780 0.16102 0.35780 0.18399 0.35522 0.18399 0.35780 0.18399 0.35780 0.20696 0.35522 0.20696 0.35780 0.20696 0.35780 0.22993 0.35522 0.22993 0.35780 0.22993 0.35780 0.25290 0.35522 0.25290 0.35780 0.25290 0.35780 0.25865\n 11 314 14 0.35209 0.04671 0.35209 0.04680 0.35219 0.04700 0.35229 0.04710 0.35249 0.04720 0.35288 0.04720 0.35308 0.04710 0.35318 0.04700 0.35327 0.04680 0.35327 0.04661 0.35318 0.04641 0.35298 0.04611 0.35200 0.04513 0.35337 0.04513\n 11 512 23 0.35327 0.09284 0.35318 0.09304 0.35288 0.09314 0.35268 0.09314 0.35239 0.09304 0.35219 0.09275 0.35209 0.09225 0.35209 0.09176 0.35219 0.09137 0.35239 0.09117 0.35268 0.09107 0.35278 0.09107 0.35308 0.09117 0.35327 0.09137 0.35337 0.09166 0.35337 0.09176 0.35327 0.09206 0.35308 0.09225 0.35278 0.09235 0.35268 0.09235 0.35239 0.09225 0.35219 0.09206 0.35209 0.09176\n 11 94 4 0.35032 0.13869 0.35052 0.13879 0.35081 0.13908 0.35081 0.13701\n 11 380 17 0.35259 0.13908 0.35229 0.13898 0.35209 0.13869 0.35200 0.13820 0.35200 0.13790 0.35209 0.13741 0.35229 0.13711 0.35259 0.13701 0.35278 0.13701 0.35308 0.13711 0.35327 0.13741 0.35337 0.13790 0.35337 0.13820 0.35327 0.13869 0.35308 0.13898 0.35278 0.13908 0.35259 0.13908\n 11 94 4 0.35032 0.18463 0.35052 0.18473 0.35081 0.18502 0.35081 0.18296\n 11 72 3 0.35298 0.18502 0.35200 0.18365 0.35347 0.18365\n 11 50 2 0.35298 0.18502 0.35298 0.18296\n 11 94 4 0.35032 0.23057 0.35052 0.23067 0.35081 0.23097 0.35081 0.22890\n 11 644 29 0.35249 0.23097 0.35219 0.23087 0.35209 0.23067 0.35209 0.23047 0.35219 0.23028 0.35239 0.23018 0.35278 0.23008 0.35308 0.22998 0.35327 0.22978 0.35337 0.22959 0.35337 0.22929 0.35327 0.22910 0.35318 0.22900 0.35288 0.22890 0.35249 0.22890 0.35219 0.22900 0.35209 0.22910 0.35200 0.22929 0.35200 0.22959 0.35209 0.22978 0.35229 0.22998 0.35259 0.23008 0.35298 0.23018 0.35318 0.23028 0.35327 0.23047 0.35327 0.23067 0.35318 0.23087 0.35288 0.23097 0.35249 0.23097\n 11 732 33 0.35780 0.04616 0.35780 0.02894 0.35780 0.04616 0.35522 0.04616 0.35780 0.04616 0.35780 0.06914 0.35522 0.06914 0.35780 0.06914 0.35780 0.09211 0.35522 0.09211 0.35780 0.09211 0.35780 0.11508 0.35522 0.11508 0.35780 0.11508 0.35780 0.13805 0.35522 0.13805 0.35780 0.13805 0.35780 0.16102 0.35522 0.16102 0.35780 0.16102 0.35780 0.18399 0.35522 0.18399 0.35780 0.18399 0.35780 0.20696 0.35522 0.20696 0.35780 0.20696 0.35780 0.22993 0.35522 0.22993 0.35780 0.22993 0.35780 0.25290 0.35522 0.25290 0.35780 0.25290 0.35780 0.25865\n 11 314 14 0.35209 0.04671 0.35209 0.04680 0.35219 0.04700 0.35229 0.04710 0.35249 0.04720 0.35288 0.04720 0.35308 0.04710 0.35318 0.04700 0.35327 0.04680 0.35327 0.04661 0.35318 0.04641 0.35298 0.04611 0.35200 0.04513 0.35337 0.04513\n 11 512 23 0.35327 0.09284 0.35318 0.09304 0.35288 0.09314 0.35268 0.09314 0.35239 0.09304 0.35219 0.09275 0.35209 0.09225 0.35209 0.09176 0.35219 0.09137 0.35239 0.09117 0.35268 0.09107 0.35278 0.09107 0.35308 0.09117 0.35327 0.09137 0.35337 0.09166 0.35337 0.09176 0.35327 0.09206 0.35308 0.09225 0.35278 0.09235 0.35268 0.09235 0.35239 0.09225 0.35219 0.09206 0.35209 0.09176\n 11 94 4 0.35032 0.13869 0.35052 0.13879 0.35081 0.13908 0.35081 0.13701\n 11 380 17 0.35259 0.13908 0.35229 0.13898 0.35209 0.13869 0.35200 0.13820 0.35200 0.13790 0.35209 0.13741 0.35229 0.13711 0.35259 0.13701 0.35278 0.13701 0.35308 0.13711 0.35327 0.13741 0.35337 0.13790 0.35337 0.13820 0.35327 0.13869 0.35308 0.13898 0.35278 0.13908 0.35259 0.13908\n 11 94 4 0.35032 0.18463 0.35052 0.18473 0.35081 0.18502 0.35081 0.18296\n 11 72 3 0.35298 0.18502 0.35200 0.18365 0.35347 0.18365\n 11 50 2 0.35298 0.18502 0.35298 0.18296\n 11 94 4 0.35032 0.23057 0.35052 0.23067 0.35081 0.23097 0.35081 0.22890\n 11 644 29 0.35249 0.23097 0.35219 0.23087 0.35209 0.23067 0.35209 0.23047 0.35219 0.23028 0.35239 0.23018 0.35278 0.23008 0.35308 0.22998 0.35327 0.22978 0.35337 0.22959 0.35337 0.22929 0.35327 0.22910 0.35318 0.22900 0.35288 0.22890 0.35249 0.22890 0.35219 0.22900 0.35209 0.22910 0.35200 0.22929 0.35200 0.22959 0.35209 0.22978 0.35229 0.22998 0.35259 0.23008 0.35298 0.23018 0.35318 0.23028 0.35327 0.23047 0.35327 0.23067 0.35318 0.23087 0.35288 0.23097 0.35249 0.23097\n 11 732 33 0.64532 0.04616 0.64532 0.02894 0.64532 0.04616 0.64790 0.04616 0.64532 0.04616 0.64532 0.06914 0.64790 0.06914 0.64532 0.06914 0.64532 0.09211 0.64790 0.09211 0.64532 0.09211 0.64532 0.11508 0.64790 0.11508 0.64532 0.11508 0.64532 0.13805 0.64790 0.13805 0.64532 0.13805 0.64532 0.16102 0.64790 0.16102 0.64532 0.16102 0.64532 0.18399 0.64790 0.18399 0.64532 0.18399 0.64532 0.20696 0.64790 0.20696 0.64532 0.20696 0.64532 0.22993 0.64790 0.22993 0.64532 0.22993 0.64532 0.25290 0.64790 0.25290 0.64532 0.25290 0.64532 0.25865\n 11 732 33 0.64532 0.04616 0.64532 0.02894 0.64532 0.04616 0.64790 0.04616 0.64532 0.04616 0.64532 0.06914 0.64790 0.06914 0.64532 0.06914 0.64532 0.09211 0.64790 0.09211 0.64532 0.09211 0.64532 0.11508 0.64790 0.11508 0.64532 0.11508 0.64532 0.13805 0.64790 0.13805 0.64532 0.13805 0.64532 0.16102 0.64790 0.16102 0.64532 0.16102 0.64532 0.18399 0.64790 0.18399 0.64532 0.18399 0.64532 0.20696 0.64790 0.20696 0.64532 0.20696 0.64532 0.22993 0.64790 0.22993 0.64532 0.22993 0.64532 0.25290 0.64790 0.25290 0.64532 0.25290 0.64532 0.25865\n 11 732 33 0.37937 0.25865 0.35780 0.25865 0.37937 0.25865 0.37937 0.26123 0.37937 0.25865 0.40812 0.25865 0.40812 0.26123 0.40812 0.25865 0.43687 0.25865 0.43687 0.26123 0.43687 0.25865 0.46562 0.25865 0.46562 0.26123 0.46562 0.25865 0.49437 0.25865 0.49437 0.26123 0.49437 0.25865 0.52313 0.25865 0.52313 0.26123 0.52313 0.25865 0.55188 0.25865 0.55188 0.26123 0.55188 0.25865 0.58063 0.25865 0.58063 0.26123 0.58063 0.25865 0.60938 0.25865 0.60938 0.26123 0.60938 0.25865 0.63813 0.25865 0.63813 0.26123 0.63813 0.25865 0.64532 0.25865\n 11 732 33 0.37937 0.25865 0.35780 0.25865 0.37937 0.25865 0.37937 0.26123 0.37937 0.25865 0.40812 0.25865 0.40812 0.26123 0.40812 0.25865 0.43687 0.25865 0.43687 0.26123 0.43687 0.25865 0.46562 0.25865 0.46562 0.26123 0.46562 0.25865 0.49437 0.25865 0.49437 0.26123 0.49437 0.25865 0.52313 0.25865 0.52313 0.26123 0.52313 0.25865 0.55188 0.25865 0.55188 0.26123 0.55188 0.25865 0.58063 0.25865 0.58063 0.26123 0.58063 0.25865 0.60938 0.25865 0.60938 0.26123 0.60938 0.25865 0.63813 0.25865 0.63813 0.26123 0.63813 0.25865 0.64532 0.25865\n 11 732 33 0.37937 0.02894 0.35780 0.02894 0.37937 0.02894 0.37937 0.02635 0.37937 0.02894 0.40812 0.02894 0.40812 0.02635 0.40812 0.02894 0.43687 0.02894 0.43687 0.02635 0.43687 0.02894 0.46562 0.02894 0.46562 0.02635 0.46562 0.02894 0.49437 0.02894 0.49437 0.02635 0.49437 0.02894 0.52313 0.02894 0.52313 0.02635 0.52313 0.02894 0.55188 0.02894 0.55188 0.02635 0.55188 0.02894 0.58063 0.02894 0.58063 0.02635 0.58063 0.02894 0.60938 0.02894 0.60938 0.02635 0.60938 0.02894 0.63813 0.02894 0.63813 0.02635 0.63813 0.02894 0.64532 0.02894\n 11 314 14 0.37878 0.02400 0.37878 0.02410 0.37887 0.02430 0.37897 0.02439 0.37917 0.02449 0.37956 0.02449 0.37976 0.02439 0.37986 0.02430 0.37996 0.02410 0.37996 0.02390 0.37986 0.02370 0.37966 0.02341 0.37868 0.02243 0.38006 0.02243\n 11 512 23 0.43746 0.02420 0.43736 0.02439 0.43707 0.02449 0.43687 0.02449 0.43657 0.02439 0.43638 0.02410 0.43628 0.02361 0.43628 0.02311 0.43638 0.02272 0.43657 0.02252 0.43687 0.02243 0.43697 0.02243 0.43726 0.02252 0.43746 0.02272 0.43756 0.02302 0.43756 0.02311 0.43746 0.02341 0.43726 0.02361 0.43697 0.02370 0.43687 0.02370 0.43657 0.02361 0.43638 0.02341 0.43628 0.02311\n 11 94 4 0.49300 0.02410 0.49319 0.02420 0.49349 0.02449 0.49349 0.02243\n 11 380 17 0.49526 0.02449 0.49496 0.02439 0.49477 0.02410 0.49467 0.02361 0.49467 0.02331 0.49477 0.02282 0.49496 0.02252 0.49526 0.02243 0.49546 0.02243 0.49575 0.02252 0.49595 0.02282 0.49605 0.02331 0.49605 0.02361 0.49595 0.02410 0.49575 0.02439 0.49546 0.02449 0.49526 0.02449\n 11 94 4 0.55050 0.02410 0.55070 0.02420 0.55099 0.02449 0.55099 0.02243\n 11 72 3 0.55316 0.02449 0.55217 0.02311 0.55365 0.02311\n 11 50 2 0.55316 0.02449 0.55316 0.02243\n 11 94 4 0.60800 0.02410 0.60820 0.02420 0.60850 0.02449 0.60850 0.02243\n 11 644 29 0.61017 0.02449 0.60987 0.02439 0.60978 0.02420 0.60978 0.02400 0.60987 0.02380 0.61007 0.02370 0.61046 0.02361 0.61076 0.02351 0.61096 0.02331 0.61105 0.02311 0.61105 0.02282 0.61096 0.02262 0.61086 0.02252 0.61056 0.02243 0.61017 0.02243 0.60987 0.02252 0.60978 0.02262 0.60968 0.02282 0.60968 0.02311 0.60978 0.02331 0.60997 0.02351 0.61027 0.02361 0.61066 0.02370 0.61086 0.02380 0.61096 0.02400 0.61096 0.02420 0.61086 0.02439 0.61056 0.02449 0.61017 0.02449\n 11 732 33 0.37937 0.02894 0.35780 0.02894 0.37937 0.02894 0.37937 0.02635 0.37937 0.02894 0.40812 0.02894 0.40812 0.02635 0.40812 0.02894 0.43687 0.02894 0.43687 0.02635 0.43687 0.02894 0.46562 0.02894 0.46562 0.02635 0.46562 0.02894 0.49437 0.02894 0.49437 0.02635 0.49437 0.02894 0.52313 0.02894 0.52313 0.02635 0.52313 0.02894 0.55188 0.02894 0.55188 0.02635 0.55188 0.02894 0.58063 0.02894 0.58063 0.02635 0.58063 0.02894 0.60938 0.02894 0.60938 0.02635 0.60938 0.02894 0.63813 0.02894 0.63813 0.02635 0.63813 0.02894 0.64532 0.02894\n 11 314 14 0.37878 0.02400 0.37878 0.02410 0.37887 0.02430 0.37897 0.02439 0.37917 0.02449 0.37956 0.02449 0.37976 0.02439 0.37986 0.02430 0.37996 0.02410 0.37996 0.02390 0.37986 0.02370 0.37966 0.02341 0.37868 0.02243 0.38006 0.02243\n 11 512 23 0.43746 0.02420 0.43736 0.02439 0.43707 0.02449 0.43687 0.02449 0.43657 0.02439 0.43638 0.02410 0.43628 0.02361 0.43628 0.02311 0.43638 0.02272 0.43657 0.02252 0.43687 0.02243 0.43697 0.02243 0.43726 0.02252 0.43746 0.02272 0.43756 0.02302 0.43756 0.02311 0.43746 0.02341 0.43726 0.02361 0.43697 0.02370 0.43687 0.02370 0.43657 0.02361 0.43638 0.02341 0.43628 0.02311\n 11 94 4 0.49300 0.02410 0.49319 0.02420 0.49349 0.02449 0.49349 0.02243\n 11 380 17 0.49526 0.02449 0.49496 0.02439 0.49477 0.02410 0.49467 0.02361 0.49467 0.02331 0.49477 0.02282 0.49496 0.02252 0.49526 0.02243 0.49546 0.02243 0.49575 0.02252 0.49595 0.02282 0.49605 0.02331 0.49605 0.02361 0.49595 0.02410 0.49575 0.02439 0.49546 0.02449 0.49526 0.02449\n 11 94 4 0.55050 0.02410 0.55070 0.02420 0.55099 0.02449 0.55099 0.02243\n 11 72 3 0.55316 0.02449 0.55217 0.02311 0.55365 0.02311\n 11 50 2 0.55316 0.02449 0.55316 0.02243\n 11 94 4 0.60800 0.02410 0.60820 0.02420 0.60850 0.02449 0.60850 0.02243\n 11 644 29 0.61017 0.02449 0.60987 0.02439 0.60978 0.02420 0.60978 0.02400 0.60987 0.02380 0.61007 0.02370 0.61046 0.02361 0.61076 0.02351 0.61096 0.02331 0.61105 0.02311 0.61105 0.02282 0.61096 0.02262 0.61086 0.02252 0.61056 0.02243 0.61017 0.02243 0.60987 0.02252 0.60978 0.02262 0.60968 0.02282 0.60968 0.02311 0.60978 0.02331 0.60997 0.02351 0.61027 0.02361 0.61066 0.02370 0.61086 0.02380 0.61096 0.02400 0.61096 0.02420 0.61086 0.02439 0.61056 0.02449 0.61017 0.02449\n 21 6 1\n 25 6 1\n 11 50 2 0.40812 0.14010 0.40853 0.14004\n 11 50 2 0.40935 0.13994 0.41017 0.13984\n 11 50 2 0.41099 0.13973 0.41181 0.13963\n 11 50 2 0.41263 0.13953 0.41345 0.13942\n 11 50 2 0.41427 0.13932 0.41509 0.13922\n 11 50 2 0.41591 0.13911 0.41673 0.13901\n 11 50 2 0.41755 0.13891 0.41837 0.13880\n 11 50 2 0.41919 0.13870 0.42001 0.13860\n 11 50 2 0.42083 0.13849 0.42165 0.13839\n 11 72 3 0.42247 0.13829 0.42249 0.13829 0.42322 0.13864\n 11 50 2 0.42396 0.13901 0.42470 0.13937\n 11 50 2 0.42544 0.13974 0.42618 0.14011\n 11 50 2 0.42692 0.14047 0.42766 0.14084\n 11 50 2 0.42841 0.14120 0.42915 0.14157\n 11 50 2 0.42989 0.14194 0.43063 0.14230\n 11 50 2 0.43137 0.14267 0.43211 0.14303\n 11 50 2 0.43285 0.14340 0.43359 0.14377\n 11 50 2 0.43434 0.14413 0.43508 0.14450\n 11 50 2 0.43582 0.14486 0.43656 0.14523\n 11 50 2 0.43717 0.14576 0.43770 0.14640\n 11 50 2 0.43822 0.14704 0.43874 0.14768\n 11 50 2 0.43926 0.14832 0.43978 0.14896\n 11 50 2 0.44028 0.14962 0.44058 0.15039\n 11 50 2 0.44088 0.15116 0.44118 0.15193\n 11 50 2 0.44147 0.15270 0.44177 0.15347\n 11 50 2 0.44207 0.15424 0.44237 0.15501\n 11 50 2 0.44266 0.15579 0.44296 0.15656\n 11 50 2 0.44326 0.15733 0.44356 0.15810\n 11 50 2 0.44385 0.15887 0.44415 0.15964\n 11 72 3 0.44445 0.16041 0.44468 0.16102 0.44469 0.16120\n 11 50 2 0.44471 0.16202 0.44473 0.16285\n 11 50 2 0.44474 0.16368 0.44476 0.16450\n 11 50 2 0.44478 0.16533 0.44480 0.16616\n 11 50 2 0.44482 0.16698 0.44484 0.16781\n 11 50 2 0.44486 0.16864 0.44487 0.16946\n 11 50 2 0.44489 0.17029 0.44491 0.17112\n 11 72 3 0.44493 0.17194 0.44494 0.17250 0.44486 0.17275\n 11 50 2 0.44460 0.17354 0.44434 0.17432\n 11 50 2 0.44408 0.17511 0.44381 0.17589\n 11 50 2 0.44355 0.17668 0.44329 0.17746\n 11 50 2 0.44303 0.17825 0.44277 0.17903\n 11 50 2 0.44251 0.17981 0.44225 0.18060\n 11 50 2 0.44199 0.18138 0.44172 0.18217\n 11 50 2 0.44146 0.18295 0.44120 0.18374\n 11 50 2 0.44078 0.18444 0.44028 0.18510\n 11 50 2 0.43978 0.18575 0.43928 0.18641\n 11 50 2 0.43878 0.18707 0.43829 0.18773\n 11 50 2 0.43779 0.18839 0.43729 0.18905\n 11 50 2 0.43675 0.18967 0.43602 0.19006\n 11 50 2 0.43530 0.19045 0.43457 0.19084\n 11 50 2 0.43384 0.19123 0.43311 0.19162\n 11 50 2 0.43238 0.19201 0.43165 0.19240\n 11 50 2 0.43092 0.19279 0.43019 0.19318\n 11 50 2 0.42946 0.19357 0.42874 0.19396\n 11 50 2 0.42801 0.19435 0.42728 0.19474\n 11 50 2 0.42655 0.19513 0.42591 0.19548\n 11 50 2 0.41827 0.19600 0.41968 0.19588\n 11 380 17 0.42078 0.19674 0.42054 0.19668 0.42036 0.19646 0.42025 0.19607 0.42023 0.19583 0.42028 0.19544 0.42041 0.19519 0.42064 0.19509 0.42080 0.19508 0.42104 0.19513 0.42122 0.19536 0.42133 0.19574 0.42135 0.19598 0.42130 0.19638 0.42117 0.19663 0.42094 0.19672 0.42078 0.19674\n 11 116 5 0.42191 0.19514 0.42183 0.19507 0.42190 0.19498 0.42198 0.19506 0.42191 0.19514\n 11 644 29 0.42306 0.19655 0.42282 0.19649 0.42272 0.19634 0.42271 0.19618 0.42278 0.19602 0.42293 0.19592 0.42323 0.19582 0.42346 0.19572 0.42361 0.19555 0.42367 0.19539 0.42365 0.19515 0.42356 0.19500 0.42347 0.19493 0.42323 0.19487 0.42292 0.19490 0.42269 0.19500 0.42262 0.19508 0.42255 0.19524 0.42257 0.19548 0.42266 0.19563 0.42283 0.19577 0.42308 0.19583 0.42340 0.19588 0.42356 0.19595 0.42365 0.19610 0.42366 0.19626 0.42360 0.19642 0.42337 0.19652 0.42306 0.19655\n 11 380 17 0.42470 0.19641 0.42446 0.19635 0.42429 0.19613 0.42417 0.19574 0.42415 0.19550 0.42420 0.19511 0.42434 0.19486 0.42457 0.19476 0.42472 0.19475 0.42496 0.19480 0.42514 0.19503 0.42525 0.19541 0.42527 0.19565 0.42523 0.19605 0.42509 0.19629 0.42486 0.19639 0.42470 0.19641\n 11 50 2 0.41755 0.19618 0.41714 0.19614\n 11 50 2 0.41632 0.19606 0.41550 0.19599\n 11 50 2 0.41467 0.19591 0.41385 0.19584\n 11 50 2 0.41303 0.19576 0.41220 0.19568\n 11 50 2 0.41138 0.19561 0.41056 0.19553\n 11 50 2 0.40973 0.19544 0.40892 0.19533\n 11 50 2 0.40810 0.19521 0.40748 0.19467\n 11 50 2 0.40685 0.19413 0.40623 0.19359\n 11 50 2 0.40560 0.19304 0.40498 0.19250\n 11 50 2 0.40435 0.19196 0.40373 0.19142\n 11 50 2 0.40310 0.19088 0.40248 0.19034\n 11 50 2 0.40185 0.18980 0.40123 0.18925\n 11 50 2 0.40060 0.18871 0.39998 0.18817\n 11 50 2 0.39935 0.18763 0.39873 0.18709\n 11 50 2 0.39810 0.18655 0.39748 0.18601\n 11 50 2 0.39686 0.18546 0.39623 0.18492\n 11 72 3 0.39561 0.18438 0.39515 0.18399 0.39505 0.18378\n 11 50 2 0.39468 0.18304 0.39432 0.18230\n 11 72 3 0.39395 0.18156 0.39374 0.18115 0.39365 0.18080\n 11 50 2 0.39343 0.18000 0.39321 0.17920\n 11 50 2 0.39299 0.17841 0.39277 0.17761\n 11 50 2 0.39255 0.17681 0.39234 0.17601\n 11 50 2 0.39212 0.17522 0.39190 0.17442\n 11 50 2 0.39168 0.17362 0.39146 0.17282\n 11 50 2 0.39138 0.17201 0.39140 0.17118\n 11 50 2 0.39141 0.17036 0.39143 0.16953\n 11 50 2 0.39145 0.16870 0.39146 0.16788\n 11 50 2 0.39148 0.16705 0.39149 0.16622\n 11 50 2 0.39151 0.16540 0.39152 0.16457\n 11 50 2 0.39154 0.16374 0.39156 0.16292\n 11 50 2 0.39157 0.16209 0.39159 0.16126\n 11 50 2 0.39176 0.16046 0.39201 0.15968\n 11 50 2 0.39226 0.15889 0.39251 0.15810\n 11 50 2 0.39275 0.15731 0.39300 0.15652\n 11 50 2 0.39325 0.15573 0.39349 0.15494\n 11 72 3 0.39374 0.15415 0.39374 0.15415 0.39415 0.15344\n 11 50 2 0.39456 0.15272 0.39498 0.15200\n 11 50 2 0.39539 0.15128 0.39580 0.15057\n 11 72 3 0.39621 0.14985 0.39639 0.14953 0.39675 0.14924\n 11 50 2 0.39740 0.14873 0.39804 0.14821\n 11 50 2 0.39868 0.14769 0.39933 0.14717\n 11 50 2 0.39997 0.14665 0.40062 0.14613\n 11 50 2 0.40126 0.14562 0.40190 0.14510\n 11 50 2 0.40255 0.14458 0.40319 0.14406\n 11 50 2 0.40384 0.14354 0.40448 0.14302\n 11 50 2 0.40512 0.14251 0.40577 0.14199\n 11 50 2 0.40641 0.14147 0.40706 0.14095\n 11 50 2 0.40770 0.14043 0.40812 0.14010\n 11 50 2 0.57941 0.03468 0.57917 0.03501\n 11 50 2 0.57867 0.03568 0.57818 0.03634\n 11 50 2 0.57769 0.03701 0.57720 0.03767\n 11 50 2 0.57671 0.03834 0.57622 0.03900\n 11 50 2 0.57573 0.03967 0.57524 0.04033\n 11 50 2 0.57474 0.04100 0.57425 0.04166\n 11 50 2 0.57376 0.04233 0.57327 0.04299\n 11 50 2 0.57278 0.04366 0.57229 0.04432\n 11 50 2 0.57180 0.04499 0.57131 0.04565\n 11 50 2 0.57077 0.04628 0.57011 0.04676\n 11 50 2 0.56944 0.04725 0.56877 0.04774\n 11 50 2 0.56810 0.04822 0.56744 0.04871\n 11 72 3 0.56677 0.04920 0.56625 0.04957 0.56607 0.04961\n 11 50 2 0.56525 0.04976 0.56444 0.04991\n 11 50 2 0.56363 0.05005 0.56281 0.05020\n 11 50 2 0.56200 0.05035 0.56119 0.05050\n 11 50 2 0.56037 0.05065 0.55956 0.05080\n 11 50 2 0.55875 0.05095 0.55793 0.05110\n 11 50 2 0.55712 0.05125 0.55631 0.05139\n 11 50 2 0.55549 0.05154 0.55468 0.05169\n 11 50 2 0.55387 0.05184 0.55305 0.05199\n 11 72 3 0.55224 0.05214 0.55188 0.05221 0.55144 0.05206\n 11 50 2 0.55066 0.05180 0.54987 0.05154\n 11 50 2 0.54909 0.05129 0.54830 0.05103\n 11 50 2 0.54752 0.05077 0.54673 0.05051\n 11 50 2 0.54595 0.05025 0.54516 0.04999\n 11 50 2 0.54438 0.04973 0.54359 0.04947\n 11 50 2 0.54281 0.04921 0.54202 0.04895\n 11 50 2 0.54124 0.04869 0.54045 0.04843\n 11 50 2 0.53967 0.04817 0.53888 0.04792\n 11 72 3 0.53810 0.04766 0.53750 0.04746 0.53735 0.04733\n 11 50 2 0.53674 0.04678 0.53612 0.04623\n 11 50 2 0.53566 0.04554 0.53522 0.04484\n 11 50 2 0.53478 0.04414 0.53435 0.04344\n 11 50 2 0.53391 0.04274 0.53347 0.04204\n 11 50 2 0.53303 0.04134 0.53259 0.04064\n 11 50 2 0.53216 0.03993 0.53172 0.03923\n 11 50 2 0.53128 0.03853 0.53084 0.03783\n 11 50 2 0.53040 0.03713 0.52997 0.03643\n 11 50 2 0.52953 0.03573 0.52909 0.03503\n 11 50 2 0.38778 0.13805 0.38758 0.13841\n 11 50 2 0.38717 0.13913 0.38677 0.13985\n 11 50 2 0.38637 0.14057 0.38596 0.14129\n 11 50 2 0.38556 0.14202 0.38515 0.14274\n 11 50 2 0.38475 0.14346 0.38435 0.14418\n 11 50 2 0.38394 0.14490 0.38354 0.14562\n 11 50 2 0.38313 0.14634 0.38273 0.14707\n 11 50 2 0.38233 0.14779 0.38192 0.14851\n 11 72 3 0.38152 0.14923 0.38135 0.14953 0.38123 0.15000\n 11 50 2 0.38104 0.15080 0.38084 0.15160\n 11 50 2 0.38064 0.15241 0.38044 0.15321\n 11 50 2 0.38024 0.15401 0.38005 0.15481\n 11 50 2 0.37985 0.15562 0.37965 0.15642\n 11 72 3 0.37945 0.15722 0.37937 0.15757 0.37929 0.15803\n 11 50 2 0.37914 0.15885 0.37900 0.15966\n 11 72 3 0.37885 0.16047 0.37876 0.16102 0.37876 0.16129\n 11 50 2 0.37875 0.16212 0.37874 0.16295\n 11 50 2 0.37873 0.16377 0.37872 0.16460\n 11 50 2 0.37871 0.16543 0.37870 0.16625\n 11 50 2 0.37869 0.16708 0.37868 0.16791\n 11 50 2 0.37867 0.16873 0.37867 0.16956\n 11 50 2 0.37866 0.17039 0.37865 0.17121\n 11 72 3 0.37864 0.17204 0.37863 0.17250 0.37869 0.17286\n 11 50 2 0.37882 0.17368 0.37894 0.17450\n 11 50 2 0.37907 0.17531 0.37919 0.17613\n 11 72 3 0.37932 0.17695 0.37937 0.17725 0.37947 0.17776\n 11 50 2 0.37965 0.17857 0.37982 0.17938\n 11 50 2 0.37999 0.18018 0.38017 0.18099\n 11 50 2 0.38034 0.18180 0.38051 0.18261\n 11 72 3 0.38068 0.18342 0.38081 0.18399 0.38092 0.18421\n 11 50 2 0.38129 0.18494 0.38166 0.18568\n 11 50 2 0.38204 0.18642 0.38241 0.18715\n 11 50 2 0.38279 0.18789 0.38316 0.18863\n 11 50 2 0.38354 0.18937 0.38391 0.19010\n 11 50 2 0.38428 0.19084 0.38466 0.19158\n 11 50 2 0.38503 0.19231 0.38541 0.19305\n 11 50 2 0.38578 0.19379 0.38616 0.19453\n 11 72 3 0.38653 0.19526 0.38664 0.19548 0.38705 0.19590\n 11 50 2 0.38762 0.19650 0.38819 0.19709\n 11 50 2 0.38876 0.19769 0.38934 0.19829\n 11 50 2 0.38991 0.19888 0.39048 0.19948\n 11 50 2 0.39105 0.20007 0.39163 0.20067\n 11 50 2 0.39220 0.20127 0.39277 0.20186\n 11 72 3 0.39334 0.20246 0.39374 0.20287 0.39397 0.20298\n 11 50 2 0.39471 0.20334 0.39546 0.20371\n 11 50 2 0.39620 0.20407 0.39694 0.20443\n 11 50 2 0.39769 0.20479 0.39843 0.20515\n 11 50 2 0.39918 0.20551 0.39992 0.20587\n 11 50 2 0.40066 0.20623 0.40141 0.20659\n 11 72 3 0.40215 0.20695 0.40217 0.20696 0.40293 0.20722\n 11 50 2 0.40372 0.20748 0.40450 0.20775\n 11 50 2 0.40528 0.20801 0.40607 0.20828\n 11 50 2 0.40685 0.20854 0.40763 0.20881\n 11 50 2 0.40843 0.20899 0.40926 0.20903\n 11 50 2 0.41008 0.20908 0.41091 0.20913\n 11 50 2 0.41173 0.20917 0.41256 0.20922\n 11 50 2 0.41339 0.20927 0.41421 0.20931\n 11 50 2 0.41504 0.20936 0.41586 0.20940\n 11 50 2 0.41669 0.20945 0.41751 0.20950\n 11 50 2 0.41834 0.20954 0.41916 0.20959\n 11 50 2 0.41999 0.20964 0.42081 0.20968\n 11 50 2 0.42164 0.20973 0.42247 0.20977\n 11 50 2 0.42327 0.20961 0.42408 0.20943\n 11 50 2 0.42489 0.20925 0.42570 0.20908\n 11 50 2 0.42650 0.20890 0.42731 0.20873\n 11 50 2 0.42812 0.20855 0.42893 0.20838\n 11 50 2 0.42974 0.20820 0.43054 0.20802\n 11 50 2 0.43135 0.20785 0.43216 0.20767\n 11 50 2 0.43297 0.20750 0.43378 0.20732\n 11 50 2 0.43458 0.20714 0.43539 0.20697\n 11 50 2 0.43596 0.20645 0.43712 0.20564\n 11 380 17 0.43850 0.20583 0.43826 0.20590 0.43800 0.20579 0.43771 0.20551 0.43757 0.20532 0.43741 0.20495 0.43741 0.20467 0.43755 0.20447 0.43768 0.20438 0.43792 0.20431 0.43819 0.20441 0.43848 0.20469 0.43861 0.20488 0.43877 0.20525 0.43878 0.20554 0.43863 0.20574 0.43850 0.20583\n 11 116 5 0.43868 0.20388 0.43857 0.20386 0.43859 0.20375 0.43870 0.20377 0.43868 0.20388\n 11 512 23 0.44075 0.20396 0.44078 0.20414 0.44063 0.20434 0.44050 0.20443 0.44026 0.20450 0.44000 0.20440 0.43971 0.20412 0.43948 0.20379 0.43937 0.20349 0.43941 0.20327 0.43956 0.20307 0.43962 0.20303 0.43986 0.20296 0.44008 0.20300 0.44028 0.20314 0.44032 0.20321 0.44039 0.20345 0.44036 0.20367 0.44021 0.20387 0.44014 0.20391 0.43990 0.20398 0.43968 0.20394 0.43948 0.20379\n 11 380 17 0.44173 0.20357 0.44149 0.20364 0.44123 0.20354 0.44094 0.20326 0.44080 0.20307 0.44064 0.20270 0.44063 0.20242 0.44078 0.20222 0.44091 0.20213 0.44115 0.20206 0.44142 0.20216 0.44170 0.20244 0.44184 0.20263 0.44200 0.20300 0.44201 0.20328 0.44186 0.20348 0.44173 0.20357\n 11 50 2 0.44231 0.20216 0.44263 0.20190\n 11 50 2 0.44327 0.20138 0.44392 0.20087\n 11 50 2 0.44456 0.20035 0.44520 0.19983\n 11 50 2 0.44585 0.19931 0.44649 0.19879\n 11 50 2 0.44714 0.19828 0.44778 0.19776\n 11 50 2 0.44843 0.19724 0.44907 0.19672\n 11 50 2 0.44971 0.19620 0.45036 0.19569\n 11 72 3 0.45090 0.19507 0.45125 0.19456 0.45133 0.19437\n 11 50 2 0.45165 0.19361 0.45197 0.19284\n 11 50 2 0.45229 0.19208 0.45261 0.19132\n 11 50 2 0.45293 0.19056 0.45325 0.18980\n 11 50 2 0.45357 0.18903 0.45390 0.18827\n 11 50 2 0.45422 0.18751 0.45454 0.18675\n 11 50 2 0.45486 0.18599 0.45518 0.18523\n 11 72 3 0.45550 0.18446 0.45570 0.18399 0.45575 0.18368\n 11 50 2 0.45590 0.18287 0.45604 0.18205\n 11 50 2 0.45618 0.18124 0.45632 0.18042\n 11 50 2 0.45647 0.17961 0.45661 0.17880\n 11 50 2 0.45675 0.17798 0.45690 0.17717\n 11 50 2 0.45704 0.17635 0.45718 0.17554\n 11 50 2 0.45732 0.17472 0.45747 0.17391\n 11 72 3 0.45761 0.17310 0.45771 0.17250 0.45771 0.17228\n 11 50 2 0.45770 0.17145 0.45769 0.17062\n 11 50 2 0.45768 0.16980 0.45767 0.16897\n 11 50 2 0.45766 0.16814 0.45765 0.16732\n 11 50 2 0.45764 0.16649 0.45763 0.16566\n 11 50 2 0.45762 0.16484 0.45761 0.16401\n 11 50 2 0.45760 0.16318 0.45759 0.16236\n 11 72 3 0.45758 0.16153 0.45757 0.16102 0.45751 0.16071\n 11 50 2 0.45735 0.15990 0.45718 0.15909\n 11 50 2 0.45702 0.15828 0.45685 0.15747\n 11 50 2 0.45669 0.15666 0.45653 0.15585\n 11 50 2 0.45636 0.15504 0.45620 0.15423\n 11 50 2 0.45603 0.15342 0.45587 0.15261\n 11 50 2 0.45570 0.15180 0.45554 0.15099\n 11 72 3 0.45538 0.15018 0.45525 0.14953 0.45518 0.14938\n 11 50 2 0.45483 0.14863 0.45449 0.14787\n 11 50 2 0.45415 0.14712 0.45381 0.14637\n 11 50 2 0.45347 0.14561 0.45313 0.14486\n 11 50 2 0.45278 0.14411 0.45244 0.14336\n 11 50 2 0.45210 0.14260 0.45176 0.14185\n 11 72 3 0.45142 0.14110 0.45125 0.14072 0.45100 0.14039\n 11 50 2 0.45051 0.13973 0.45001 0.13906\n 11 72 3 0.44952 0.13840 0.44925 0.13805 0.44894 0.13782\n 11 50 2 0.44829 0.13732 0.44763 0.13682\n 11 50 2 0.44697 0.13632 0.44631 0.13582\n 11 50 2 0.44565 0.13532 0.44499 0.13482\n 11 50 2 0.44433 0.13432 0.44367 0.13382\n 11 50 2 0.44301 0.13332 0.44236 0.13282\n 11 50 2 0.44170 0.13232 0.44104 0.13182\n 11 50 2 0.44038 0.13132 0.43972 0.13083\n 11 50 2 0.43906 0.13033 0.43840 0.12983\n 11 50 2 0.43774 0.12933 0.43708 0.12883\n 11 50 2 0.43633 0.12852 0.43553 0.12830\n 11 50 2 0.43474 0.12808 0.43394 0.12786\n 11 50 2 0.43314 0.12764 0.43235 0.12742\n 11 50 2 0.43155 0.12720 0.43075 0.12698\n 11 72 3 0.42995 0.12677 0.42921 0.12656 0.42916 0.12655\n 11 50 2 0.42835 0.12638 0.42754 0.12622\n 11 50 2 0.42673 0.12605 0.42592 0.12589\n 11 50 2 0.42511 0.12572 0.42430 0.12556\n 11 50 2 0.42349 0.12539 0.42268 0.12522\n 11 50 2 0.41484 0.12549 0.41626 0.12541\n 11 380 17 0.41733 0.12630 0.41709 0.12623 0.41692 0.12600 0.41682 0.12562 0.41681 0.12538 0.41686 0.12498 0.41701 0.12474 0.41724 0.12465 0.41740 0.12464 0.41764 0.12470 0.41781 0.12493 0.41791 0.12532 0.41792 0.12556 0.41786 0.12595 0.41772 0.12620 0.41749 0.12629 0.41733 0.12630\n 11 116 5 0.41851 0.12473 0.41842 0.12466 0.41850 0.12458 0.41858 0.12465 0.41851 0.12473\n 11 512 23 0.42023 0.12590 0.42016 0.12606 0.41993 0.12616 0.41977 0.12616 0.41953 0.12610 0.41936 0.12587 0.41926 0.12548 0.41924 0.12509 0.41930 0.12477 0.41945 0.12460 0.41968 0.12451 0.41976 0.12451 0.42000 0.12457 0.42016 0.12472 0.42025 0.12495 0.42026 0.12503 0.42019 0.12527 0.42004 0.12544 0.41981 0.12553 0.41973 0.12553 0.41949 0.12547 0.41933 0.12532 0.41924 0.12509\n 11 380 17 0.42126 0.12608 0.42102 0.12602 0.42085 0.12579 0.42075 0.12540 0.42074 0.12516 0.42080 0.12477 0.42094 0.12452 0.42117 0.12443 0.42133 0.12442 0.42157 0.12449 0.42174 0.12472 0.42184 0.12510 0.42185 0.12534 0.42179 0.12574 0.42165 0.12598 0.42142 0.12607 0.42126 0.12608\n 11 50 2 0.41412 0.12565 0.41371 0.12567\n 11 50 2 0.41288 0.12571 0.41206 0.12576\n 11 50 2 0.41123 0.12580 0.41041 0.12585\n 11 50 2 0.40958 0.12589 0.40876 0.12594\n 11 50 2 0.40794 0.12603 0.40715 0.12628\n 11 72 3 0.40636 0.12653 0.40627 0.12656 0.40560 0.12686\n 11 50 2 0.40485 0.12720 0.40410 0.12754\n 11 50 2 0.40334 0.12788 0.40259 0.12822\n 11 50 2 0.40183 0.12856 0.40108 0.12890\n 11 50 2 0.40033 0.12924 0.39957 0.12957\n 11 50 2 0.39882 0.12991 0.39806 0.13025\n 11 50 2 0.39731 0.13059 0.39656 0.13093\n 11 50 2 0.39580 0.13127 0.39505 0.13161\n 11 72 3 0.39430 0.13195 0.39374 0.13220 0.39358 0.13235\n 11 50 2 0.39299 0.13293 0.39240 0.13351\n 11 50 2 0.39181 0.13409 0.39122 0.13467\n 11 50 2 0.39063 0.13525 0.39004 0.13583\n 11 50 2 0.38945 0.13640 0.38886 0.13698\n 11 50 2 0.38827 0.13756 0.38778 0.13805\n 11 50 2 0.59250 0.03468 0.59236 0.03507\n 11 50 2 0.59209 0.03585 0.59182 0.03663\n 11 50 2 0.59156 0.03742 0.59129 0.03820\n 11 50 2 0.59102 0.03898 0.59075 0.03976\n 11 50 2 0.59048 0.04054 0.59022 0.04133\n 11 50 2 0.58995 0.04211 0.58968 0.04289\n 11 50 2 0.58941 0.04367 0.58914 0.04445\n 11 50 2 0.58887 0.04524 0.58861 0.04602\n 11 50 2 0.58816 0.04671 0.58768 0.04738\n 11 50 2 0.58720 0.04805 0.58671 0.04872\n 11 50 2 0.58623 0.04939 0.58575 0.05006\n 11 50 2 0.58527 0.05074 0.58478 0.05141\n 11 50 2 0.58430 0.05208 0.58382 0.05275\n 11 50 2 0.58333 0.05342 0.58285 0.05409\n 11 50 2 0.58237 0.05476 0.58188 0.05543\n 11 50 2 0.58140 0.05610 0.58092 0.05677\n 11 72 3 0.58036 0.05737 0.57997 0.05765 0.57966 0.05780\n 11 50 2 0.57891 0.05814 0.57816 0.05849\n 11 50 2 0.57741 0.05884 0.57666 0.05919\n 11 50 2 0.57591 0.05953 0.57516 0.05988\n 11 50 2 0.57441 0.06023 0.57366 0.06058\n 11 50 2 0.57291 0.06093 0.57215 0.06127\n 11 50 2 0.57140 0.06162 0.57065 0.06197\n 11 50 2 0.56991 0.06232 0.56915 0.06266\n 11 50 2 0.56840 0.06301 0.56765 0.06336\n 11 72 3 0.56691 0.06371 0.56625 0.06401 0.56615 0.06402\n 11 50 2 0.56532 0.06411 0.56450 0.06419\n 11 50 2 0.56368 0.06428 0.56286 0.06437\n 11 50 2 0.56203 0.06445 0.56121 0.06454\n 11 50 2 0.56039 0.06462 0.55957 0.06471\n 11 50 2 0.55875 0.06480 0.55792 0.06488\n 11 50 2 0.55710 0.06497 0.55628 0.06505\n 11 50 2 0.55546 0.06514 0.55463 0.06523\n 11 50 2 0.55381 0.06531 0.55299 0.06540\n 11 72 3 0.55217 0.06548 0.55188 0.06551 0.55135 0.06542\n 11 50 2 0.55054 0.06526 0.54973 0.06511\n 11 50 2 0.54891 0.06496 0.54810 0.06480\n 11 50 2 0.54729 0.06465 0.54648 0.06450\n 11 50 2 0.54566 0.06434 0.54485 0.06419\n 11 50 2 0.54404 0.06404 0.54323 0.06388\n 11 50 2 0.54242 0.06373 0.54160 0.06358\n 11 50 2 0.54079 0.06342 0.53998 0.06327\n 11 50 2 0.53917 0.06312 0.53835 0.06296\n 11 50 2 0.53754 0.06281 0.53750 0.06280\n 11 50 2 0.53090 0.05893 0.53213 0.05962\n 11 380 17 0.53256 0.06095 0.53239 0.06077 0.53237 0.06048 0.53249 0.06010 0.53261 0.05990 0.53287 0.05959 0.53313 0.05946 0.53337 0.05951 0.53351 0.05959 0.53367 0.05977 0.53369 0.06006 0.53357 0.06044 0.53345 0.06064 0.53319 0.06095 0.53294 0.06108 0.53269 0.06103 0.53256 0.06095\n 11 116 5 0.53439 0.06027 0.53436 0.06016 0.53447 0.06013 0.53450 0.06024 0.53439 0.06027\n 11 512 23 0.53521 0.06218 0.53506 0.06228 0.53482 0.06223 0.53468 0.06215 0.53451 0.06197 0.53449 0.06169 0.53462 0.06130 0.53481 0.06096 0.53503 0.06073 0.53525 0.06067 0.53549 0.06071 0.53556 0.06075 0.53573 0.06094 0.53579 0.06115 0.53574 0.06140 0.53570 0.06147 0.53552 0.06163 0.53530 0.06169 0.53506 0.06164 0.53499 0.06160 0.53482 0.06142 0.53476 0.06121 0.53481 0.06096\n 11 380 17 0.53598 0.06289 0.53581 0.06271 0.53579 0.06242 0.53592 0.06204 0.53604 0.06184 0.53630 0.06153 0.53655 0.06140 0.53680 0.06145 0.53693 0.06153 0.53710 0.06171 0.53712 0.06200 0.53699 0.06238 0.53688 0.06258 0.53662 0.06289 0.53636 0.06302 0.53612 0.06297 0.53598 0.06289\n 11 50 2 0.53020 0.05867 0.52984 0.05847\n 11 50 2 0.52913 0.05806 0.52841 0.05765\n 11 50 2 0.52779 0.05709 0.52718 0.05654\n 11 50 2 0.52657 0.05598 0.52596 0.05542\n 11 50 2 0.52535 0.05487 0.52474 0.05431\n 11 50 2 0.52413 0.05375 0.52352 0.05320\n 11 50 2 0.52297 0.05259 0.52254 0.05188\n 11 50 2 0.52210 0.05118 0.52167 0.05047\n 11 50 2 0.52124 0.04977 0.52080 0.04907\n 11 50 2 0.52037 0.04836 0.51993 0.04766\n 11 50 2 0.51950 0.04696 0.51907 0.04625\n 11 50 2 0.51879 0.04547 0.51855 0.04469\n 11 50 2 0.51830 0.04390 0.51805 0.04311\n 11 50 2 0.51780 0.04232 0.51755 0.04153\n 11 50 2 0.51730 0.04074 0.51705 0.03996\n 11 50 2 0.51680 0.03917 0.51656 0.03838\n 11 50 2 0.51631 0.03759 0.51606 0.03680\n 11 50 2 0.51581 0.03601 0.51556 0.03523\n 11 50 2 0.37349 0.13805 0.37337 0.13845\n 11 50 2 0.37315 0.13924 0.37292 0.14004\n 11 50 2 0.37269 0.14083 0.37246 0.14162\n 11 50 2 0.37224 0.14242 0.37201 0.14321\n 11 50 2 0.37178 0.14401 0.37155 0.14480\n 11 50 2 0.37133 0.14560 0.37110 0.14639\n 11 50 2 0.37087 0.14719 0.37065 0.14798\n 11 72 3 0.37042 0.14878 0.37020 0.14953 0.37020 0.14957\n 11 50 2 0.37010 0.15040 0.36999 0.15122\n 11 50 2 0.36989 0.15204 0.36979 0.15286\n 11 50 2 0.36969 0.15368 0.36959 0.15450\n 11 50 2 0.36949 0.15532 0.36939 0.15614\n 11 50 2 0.36929 0.15696 0.36918 0.15778\n 11 50 2 0.36908 0.15860 0.36898 0.15942\n 11 72 3 0.36888 0.16024 0.36878 0.16102 0.36878 0.16106\n 11 50 2 0.36878 0.16189 0.36877 0.16272\n 11 50 2 0.36877 0.16354 0.36876 0.16437\n 11 50 2 0.36875 0.16520 0.36875 0.16602\n 11 50 2 0.36874 0.16685 0.36874 0.16768\n 11 50 2 0.36873 0.16850 0.36872 0.16933\n 11 50 2 0.36872 0.17016 0.36871 0.17098\n 11 72 3 0.36871 0.17181 0.36870 0.17250 0.36872 0.17264\n 11 50 2 0.36880 0.17346 0.36889 0.17428\n 11 50 2 0.36898 0.17510 0.36907 0.17592\n 11 50 2 0.36915 0.17675 0.36924 0.17757\n 11 50 2 0.36933 0.17839 0.36942 0.17921\n 11 50 2 0.36950 0.18003 0.36959 0.18086\n 11 50 2 0.36968 0.18168 0.36977 0.18250\n 11 72 3 0.36985 0.18332 0.36992 0.18399 0.36996 0.18414\n 11 50 2 0.37017 0.18494 0.37038 0.18574\n 11 50 2 0.37059 0.18654 0.37079 0.18734\n 11 50 2 0.37100 0.18814 0.37121 0.18894\n 11 50 2 0.37142 0.18974 0.37162 0.19054\n 11 50 2 0.37183 0.19134 0.37204 0.19214\n 11 50 2 0.37225 0.19294 0.37245 0.19374\n 11 50 2 0.37266 0.19454 0.37287 0.19534\n 11 50 2 0.37323 0.19609 0.37362 0.19681\n 11 50 2 0.37401 0.19754 0.37440 0.19827\n 11 50 2 0.37479 0.19900 0.37518 0.19973\n 11 50 2 0.37557 0.20046 0.37596 0.20119\n 11 50 2 0.37635 0.20192 0.37674 0.20265\n 11 50 2 0.37713 0.20337 0.37752 0.20410\n 11 50 2 0.37791 0.20483 0.37830 0.20556\n 11 72 3 0.37869 0.20629 0.37905 0.20696 0.37909 0.20701\n 11 50 2 0.37970 0.20756 0.38039 0.20801\n 11 50 2 0.38108 0.20847 0.38177 0.20892\n 11 50 2 0.38246 0.20938 0.38315 0.20983\n 11 50 2 0.38384 0.21029 0.38453 0.21075\n 11 50 2 0.38522 0.21120 0.38591 0.21166\n 11 50 2 0.38660 0.21211 0.38729 0.21257\n 11 50 2 0.38798 0.21302 0.38867 0.21348\n 11 50 2 0.38936 0.21393 0.39005 0.21439\n 11 50 2 0.39074 0.21485 0.39143 0.21530\n 11 50 2 0.39212 0.21576 0.39281 0.21621\n 11 72 3 0.39350 0.21667 0.39374 0.21683 0.39426 0.21696\n 11 50 2 0.39506 0.21718 0.39586 0.21739\n 11 50 2 0.39666 0.21760 0.39746 0.21782\n 11 50 2 0.39826 0.21803 0.39905 0.21824\n 11 50 2 0.39985 0.21845 0.40066 0.21862\n 11 50 2 0.40147 0.21878 0.40228 0.21895\n 11 50 2 0.40309 0.21911 0.40390 0.21928\n 11 50 2 0.40472 0.21944 0.40553 0.21961\n 11 50 2 0.40634 0.21977 0.40715 0.21993\n 11 50 2 0.40796 0.22010 0.40812 0.22013\n 11 50 2 0.40885 0.22004 0.41027 0.22008\n 11 380 17 0.41126 0.22106 0.41102 0.22098 0.41088 0.22074 0.41081 0.22034 0.41082 0.22010 0.41091 0.21971 0.41107 0.21948 0.41131 0.21941 0.41147 0.21942 0.41170 0.21950 0.41185 0.21974 0.41192 0.22014 0.41191 0.22038 0.41182 0.22077 0.41165 0.22100 0.41142 0.22107 0.41126 0.22106\n 11 116 5 0.41257 0.21961 0.41249 0.21953 0.41257 0.21945 0.41265 0.21953 0.41257 0.21961\n 11 72 3 0.41393 0.22115 0.41318 0.22002 0.41436 0.22006\n 11 50 2 0.41393 0.22115 0.41399 0.21950\n 11 380 17 0.41519 0.22119 0.41496 0.22111 0.41481 0.22086 0.41474 0.22047 0.41475 0.22023 0.41484 0.21984 0.41501 0.21961 0.41525 0.21954 0.41540 0.21955 0.41564 0.21963 0.41579 0.21987 0.41585 0.22027 0.41585 0.22050 0.41575 0.22090 0.41559 0.22113 0.41535 0.22120 0.41519 0.22119\n 11 50 2 0.41650 0.22041 0.41691 0.22042\n 11 50 2 0.41774 0.22045 0.41856 0.22048\n 11 50 2 0.41939 0.22050 0.42022 0.22053\n 11 50 2 0.42104 0.22056 0.42187 0.22059\n 11 50 2 0.42269 0.22058 0.42351 0.22047\n 11 50 2 0.42433 0.22037 0.42515 0.22026\n 11 50 2 0.42597 0.22016 0.42679 0.22005\n 11 50 2 0.42761 0.21994 0.42843 0.21984\n 11 50 2 0.42925 0.21973 0.43007 0.21963\n 11 50 2 0.43089 0.21952 0.43171 0.21941\n 11 50 2 0.43253 0.21931 0.43335 0.21920\n 11 50 2 0.43417 0.21910 0.43499 0.21899\n 11 50 2 0.43581 0.21888 0.43663 0.21878\n 11 72 3 0.43743 0.21857 0.43784 0.21845 0.43821 0.21829\n 11 50 2 0.43896 0.21795 0.43972 0.21762\n 11 50 2 0.44047 0.21728 0.44123 0.21695\n 11 50 2 0.44199 0.21661 0.44274 0.21628\n 11 50 2 0.44350 0.21595 0.44425 0.21561\n 11 50 2 0.44501 0.21528 0.44577 0.21494\n 11 50 2 0.44652 0.21461 0.44728 0.21427\n 11 50 2 0.44803 0.21394 0.44879 0.21361\n 11 50 2 0.44955 0.21327 0.45030 0.21294\n 11 72 3 0.45106 0.21260 0.45125 0.21252 0.45170 0.21210\n 11 50 2 0.45231 0.21154 0.45292 0.21097\n 11 50 2 0.45352 0.21041 0.45413 0.20985\n 11 50 2 0.45474 0.20929 0.45534 0.20873\n 11 50 2 0.45595 0.20817 0.45656 0.20761\n 11 72 3 0.45717 0.20704 0.45726 0.20696 0.45761 0.20635\n 11 50 2 0.45803 0.20564 0.45845 0.20493\n 11 50 2 0.45887 0.20421 0.45928 0.20350\n 11 50 2 0.45970 0.20279 0.46012 0.20207\n 11 50 2 0.46054 0.20136 0.46096 0.20065\n 11 50 2 0.46137 0.19994 0.46179 0.19922\n 11 50 2 0.46221 0.19851 0.46263 0.19780\n 11 50 2 0.46305 0.19708 0.46346 0.19637\n 11 72 3 0.46388 0.19566 0.46399 0.19548 0.46417 0.19488\n 11 50 2 0.46441 0.19409 0.46465 0.19330\n 11 50 2 0.46489 0.19251 0.46513 0.19172\n 11 50 2 0.46537 0.19093 0.46561 0.19014\n 11 50 2 0.46579 0.18933 0.46598 0.18853\n 11 50 2 0.46616 0.18772 0.46634 0.18691\n 11 50 2 0.46652 0.18611 0.46670 0.18530\n 11 72 3 0.46688 0.18449 0.46699 0.18399 0.46702 0.18368\n 11 50 2 0.46710 0.18286 0.46718 0.18203\n 11 50 2 0.46726 0.18121 0.46735 0.18039\n 11 50 2 0.46743 0.17957 0.46751 0.17874\n 11 50 2 0.46759 0.17792 0.46767 0.17710\n 11 50 2 0.46775 0.17627 0.46783 0.17545\n 11 50 2 0.46791 0.17463 0.46799 0.17381\n 11 72 3 0.46807 0.17298 0.46812 0.17250 0.46812 0.17216\n 11 50 2 0.46811 0.17133 0.46811 0.17051\n 11 50 2 0.46810 0.16968 0.46809 0.16885\n 11 50 2 0.46809 0.16802 0.46808 0.16720\n 11 50 2 0.46808 0.16637 0.46807 0.16554\n 11 50 2 0.46807 0.16472 0.46806 0.16389\n 11 50 2 0.46806 0.16306 0.46805 0.16224\n 11 72 3 0.46804 0.16141 0.46804 0.16102 0.46799 0.16059\n 11 50 2 0.46790 0.15977 0.46781 0.15894\n 11 50 2 0.46771 0.15812 0.46762 0.15730\n 11 50 2 0.46753 0.15648 0.46743 0.15566\n 11 50 2 0.46734 0.15484 0.46725 0.15402\n 11 50 2 0.46715 0.15319 0.46706 0.15237\n 11 50 2 0.46697 0.15155 0.46687 0.15073\n 11 50 2 0.46678 0.14991 0.46674 0.14953\n 11 50 2 0.46479 0.14213 0.46517 0.14349\n 11 380 17 0.46454 0.14473 0.46455 0.14448 0.46473 0.14427 0.46509 0.14409 0.46532 0.14402 0.46572 0.14399 0.46599 0.14408 0.46613 0.14429 0.46617 0.14444 0.46616 0.14469 0.46597 0.14490 0.46562 0.14508 0.46539 0.14515 0.46499 0.14518 0.46472 0.14509 0.46458 0.14488 0.46454 0.14473\n 11 116 5 0.46632 0.14554 0.46637 0.14545 0.46647 0.14550 0.46641 0.14560 0.46632 0.14554\n 11 72 3 0.46526 0.14731 0.46611 0.14626 0.46642 0.14739\n 11 50 2 0.46526 0.14731 0.46685 0.14687\n 11 380 17 0.46560 0.14852 0.46561 0.14828 0.46579 0.14806 0.46615 0.14788 0.46638 0.14781 0.46678 0.14778 0.46705 0.14787 0.46719 0.14808 0.46723 0.14823 0.46722 0.14848 0.46703 0.14869 0.46668 0.14888 0.46645 0.14894 0.46605 0.14897 0.46578 0.14888 0.46564 0.14868 0.46560 0.14852\n 11 50 2 0.46448 0.14146 0.46435 0.14107\n 11 50 2 0.46409 0.14028 0.46383 0.13950\n 11 72 3 0.46357 0.13871 0.46335 0.13805 0.46328 0.13794\n 11 50 2 0.46283 0.13725 0.46238 0.13655\n 11 50 2 0.46193 0.13586 0.46148 0.13516\n 11 50 2 0.46103 0.13447 0.46058 0.13378\n 11 50 2 0.46013 0.13308 0.45969 0.13239\n 11 50 2 0.45924 0.13169 0.45879 0.13100\n 11 50 2 0.45834 0.13031 0.45789 0.12961\n 11 50 2 0.45744 0.12892 0.45699 0.12822\n 11 50 2 0.45654 0.12753 0.45609 0.12684\n 11 50 2 0.45554 0.12623 0.45491 0.12569\n 11 50 2 0.45429 0.12515 0.45367 0.12461\n 11 50 2 0.45304 0.12406 0.45242 0.12352\n 11 72 3 0.45179 0.12298 0.45125 0.12250 0.45115 0.12246\n 11 50 2 0.45039 0.12214 0.44963 0.12181\n 11 50 2 0.44887 0.12149 0.44811 0.12116\n 11 50 2 0.44735 0.12084 0.44659 0.12051\n 11 50 2 0.44583 0.12019 0.44507 0.11986\n 11 50 2 0.44431 0.11954 0.44355 0.11922\n 11 50 2 0.44279 0.11889 0.44203 0.11857\n 11 50 2 0.44127 0.11824 0.44051 0.11792\n 11 50 2 0.43975 0.11759 0.43899 0.11727\n 11 50 2 0.43823 0.11694 0.43747 0.11662\n 11 50 2 0.43669 0.11634 0.43588 0.11622\n 11 50 2 0.43506 0.11609 0.43424 0.11597\n 11 50 2 0.43342 0.11585 0.43261 0.11573\n 11 50 2 0.43179 0.11561 0.43097 0.11549\n 11 50 2 0.43015 0.11537 0.42933 0.11524\n 11 72 3 0.42852 0.11512 0.42821 0.11508 0.42770 0.11502\n 11 50 2 0.42688 0.11492 0.42606 0.11482\n 11 50 2 0.42524 0.11472 0.42441 0.11462\n 11 50 2 0.42359 0.11452 0.42277 0.11442\n 11 50 2 0.42195 0.11440 0.42112 0.11443\n 11 50 2 0.42030 0.11446 0.41947 0.11449\n 11 50 2 0.41864 0.11451 0.41782 0.11454\n 11 50 2 0.41699 0.11457 0.41616 0.11459\n 11 50 2 0.41534 0.11462 0.41451 0.11465\n 11 50 2 0.41369 0.11467 0.41286 0.11470\n 11 50 2 0.41203 0.11473 0.41121 0.11475\n 11 50 2 0.41038 0.11478 0.40955 0.11481\n 11 72 3 0.40873 0.11484 0.40812 0.11485 0.40791 0.11489\n 11 72 3 0.40709 0.11505 0.40693 0.11508 0.40629 0.11523\n 11 50 2 0.40548 0.11543 0.40468 0.11562\n 11 50 2 0.40388 0.11582 0.40307 0.11602\n 11 50 2 0.40227 0.11621 0.40147 0.11641\n 11 50 2 0.40066 0.11660 0.39986 0.11680\n 11 50 2 0.39906 0.11699 0.39825 0.11719\n 11 50 2 0.39745 0.11738 0.39665 0.11758\n 11 50 2 0.39584 0.11777 0.39504 0.11797\n 11 72 3 0.39424 0.11816 0.39374 0.11828 0.39347 0.11845\n 11 50 2 0.39277 0.11889 0.39207 0.11933\n 11 50 2 0.39137 0.11977 0.39067 0.12021\n 11 50 2 0.38997 0.12065 0.38927 0.12109\n 11 50 2 0.38857 0.12153 0.38787 0.12197\n 11 50 2 0.38717 0.12241 0.38647 0.12285\n 11 50 2 0.38577 0.12329 0.38507 0.12373\n 11 50 2 0.38437 0.12417 0.38367 0.12461\n 11 50 2 0.38297 0.12504 0.38227 0.12548\n 11 50 2 0.38157 0.12592 0.38087 0.12636\n 11 50 2 0.38024 0.12689 0.37967 0.12749\n 11 50 2 0.37917 0.12814 0.37876 0.12886\n 11 50 2 0.37835 0.12958 0.37794 0.13029\n 11 50 2 0.37753 0.13101 0.37711 0.13173\n 11 50 2 0.37670 0.13244 0.37629 0.13316\n 11 50 2 0.37588 0.13388 0.37547 0.13459\n 11 50 2 0.37506 0.13531 0.37465 0.13603\n 11 50 2 0.37423 0.13675 0.37382 0.13746\n 11 50 2 0.60296 0.03468 0.60289 0.03509\n 11 50 2 0.60274 0.03590 0.60260 0.03671\n 11 50 2 0.60245 0.03753 0.60230 0.03834\n 11 50 2 0.60216 0.03915 0.60201 0.03997\n 11 50 2 0.60186 0.04078 0.60172 0.04159\n 11 50 2 0.60157 0.04241 0.60142 0.04322\n 11 50 2 0.60128 0.04404 0.60113 0.04485\n 11 72 3 0.60098 0.04566 0.60089 0.04616 0.60078 0.04646\n 11 50 2 0.60049 0.04723 0.60019 0.04801\n 11 50 2 0.59990 0.04878 0.59961 0.04955\n 11 50 2 0.59931 0.05032 0.59902 0.05110\n 11 50 2 0.59872 0.05187 0.59843 0.05264\n 11 50 2 0.59813 0.05341 0.59784 0.05419\n 11 50 2 0.59755 0.05496 0.59725 0.05573\n 11 50 2 0.59696 0.05651 0.59666 0.05728\n 11 50 2 0.59629 0.05801 0.59585 0.05871\n 11 72 3 0.59541 0.05941 0.59501 0.06004 0.59495 0.06009\n 11 50 2 0.59434 0.06065 0.59373 0.06121\n 11 50 2 0.59312 0.06177 0.59251 0.06233\n 11 50 2 0.59190 0.06289 0.59129 0.06345\n 11 50 2 0.59068 0.06401 0.59008 0.06456\n 11 50 2 0.58947 0.06512 0.58886 0.06568\n 11 50 2 0.58825 0.06624 0.58764 0.06680\n 11 50 2 0.58703 0.06736 0.58642 0.06792\n 11 50 2 0.58581 0.06848 0.58520 0.06904\n 11 50 2 0.58450 0.06946 0.58378 0.06987\n 11 50 2 0.58305 0.07027 0.58233 0.07067\n 11 50 2 0.58161 0.07107 0.58088 0.07147\n 11 50 2 0.58011 0.07175 0.57931 0.07196\n 11 50 2 0.57851 0.07217 0.57771 0.07238\n 11 50 2 0.57692 0.07260 0.57612 0.07281\n 11 50 2 0.57532 0.07302 0.57452 0.07323\n 11 50 2 0.57372 0.07344 0.57292 0.07366\n 11 50 2 0.57212 0.07387 0.57132 0.07408\n 11 50 2 0.57052 0.07429 0.56972 0.07450\n 11 50 2 0.56892 0.07471 0.56812 0.07493\n 11 50 2 0.56733 0.07514 0.56653 0.07535\n 11 50 2 0.56571 0.07546 0.56488 0.07550\n 11 50 2 0.56406 0.07555 0.56323 0.07560\n 11 50 2 0.56241 0.07565 0.56158 0.07570\n 11 50 2 0.56076 0.07575 0.55993 0.07580\n 11 50 2 0.55911 0.07585 0.55828 0.07590\n 11 50 2 0.55746 0.07595 0.55663 0.07599\n 11 50 2 0.55581 0.07604 0.55498 0.07609\n 11 50 2 0.55416 0.07614 0.55333 0.07619\n 11 50 2 0.55251 0.07624 0.55188 0.07628\n 11 50 2 0.54428 0.07534 0.54569 0.07549\n 11 380 17 0.54660 0.07654 0.54638 0.07644 0.54625 0.07619 0.54621 0.07579 0.54623 0.07555 0.54635 0.07517 0.54654 0.07495 0.54678 0.07490 0.54694 0.07492 0.54716 0.07502 0.54729 0.07527 0.54733 0.07567 0.54730 0.07591 0.54718 0.07629 0.54700 0.07651 0.54676 0.07656 0.54660 0.07654\n 11 116 5 0.54801 0.07519 0.54794 0.07510 0.54803 0.07503 0.54810 0.07512 0.54801 0.07519\n 11 72 3 0.54926 0.07683 0.54860 0.07565 0.54977 0.07577\n 11 50 2 0.54926 0.07683 0.54944 0.07518\n 11 380 17 0.55052 0.07696 0.55029 0.07686 0.55016 0.07661 0.55012 0.07621 0.55015 0.07597 0.55027 0.07559 0.55045 0.07537 0.55069 0.07532 0.55085 0.07533 0.55108 0.07544 0.55121 0.07569 0.55124 0.07609 0.55122 0.07632 0.55110 0.07671 0.55092 0.07693 0.55067 0.07698 0.55052 0.07696\n 11 50 2 0.54354 0.07538 0.54313 0.07534\n 11 50 2 0.54231 0.07525 0.54148 0.07516\n 11 50 2 0.54066 0.07508 0.53984 0.07499\n 11 50 2 0.53902 0.07490 0.53820 0.07481\n 11 50 2 0.53738 0.07470 0.53660 0.07442\n 11 50 2 0.53582 0.07415 0.53504 0.07388\n 11 50 2 0.53426 0.07361 0.53348 0.07334\n 11 50 2 0.53270 0.07307 0.53192 0.07279\n 11 50 2 0.53113 0.07252 0.53035 0.07225\n 11 50 2 0.52957 0.07198 0.52879 0.07171\n 11 50 2 0.52801 0.07144 0.52723 0.07116\n 11 50 2 0.52645 0.07089 0.52567 0.07062\n 11 50 2 0.52489 0.07035 0.52411 0.07008\n 11 72 3 0.52333 0.06981 0.52313 0.06974 0.52261 0.06940\n 11 50 2 0.52197 0.06889 0.52140 0.06829\n 11 50 2 0.52083 0.06769 0.52026 0.06709\n 11 50 2 0.51969 0.06649 0.51912 0.06589\n 11 50 2 0.51855 0.06529 0.51798 0.06469\n 11 50 2 0.51742 0.06409 0.51685 0.06349\n 11 50 2 0.51628 0.06289 0.51571 0.06229\n 11 50 2 0.51514 0.06169 0.51457 0.06109\n 11 50 2 0.51400 0.06049 0.51343 0.05989\n 11 50 2 0.51286 0.05929 0.51229 0.05869\n 11 72 3 0.51173 0.05809 0.51130 0.05765 0.51121 0.05746\n 11 50 2 0.51085 0.05671 0.51048 0.05597\n 11 50 2 0.51012 0.05523 0.50976 0.05449\n 11 50 2 0.50939 0.05374 0.50903 0.05300\n 11 50 2 0.50869 0.05225 0.50843 0.05147\n 11 50 2 0.50816 0.05068 0.50790 0.04990\n 11 50 2 0.50764 0.04911 0.50737 0.04833\n 11 50 2 0.50711 0.04755 0.50685 0.04676\n 11 50 2 0.50661 0.04597 0.50647 0.04516\n 11 50 2 0.50633 0.04434 0.50619 0.04353\n 11 50 2 0.50605 0.04271 0.50591 0.04190\n 11 50 2 0.50577 0.04108 0.50563 0.04027\n 11 50 2 0.50548 0.03946 0.50534 0.03864\n 11 50 2 0.50520 0.03783 0.50506 0.03701\n 11 50 2 0.50492 0.03620 0.50478 0.03538\n 11 50 2 0.36499 0.12565 0.36523 0.12531\n 11 50 2 0.36571 0.12464 0.36619 0.12397\n 11 50 2 0.36668 0.12329 0.36716 0.12262\n 11 50 2 0.36764 0.12195 0.36812 0.12128\n 11 50 2 0.36860 0.12061 0.36908 0.11993\n 11 50 2 0.36957 0.11926 0.37005 0.11859\n 11 50 2 0.37053 0.11792 0.37101 0.11725\n 11 50 2 0.37149 0.11657 0.37197 0.11590\n 11 72 3 0.37245 0.11523 0.37256 0.11508 0.37310 0.11473\n 11 50 2 0.37379 0.11427 0.37448 0.11382\n 11 50 2 0.37517 0.11336 0.37586 0.11291\n 11 50 2 0.37655 0.11245 0.37724 0.11200\n 11 50 2 0.37793 0.11154 0.37862 0.11109\n 11 72 3 0.37931 0.11064 0.37937 0.11060 0.38010 0.11039\n 11 50 2 0.38089 0.11016 0.38169 0.10993\n 11 50 2 0.38248 0.10970 0.38328 0.10947\n 11 50 2 0.38407 0.10925 0.38487 0.10902\n 11 50 2 0.38566 0.10879 0.38646 0.10856\n 11 50 2 0.38725 0.10833 0.38804 0.10810\n 11 50 2 0.38884 0.10787 0.38963 0.10764\n 11 50 2 0.39043 0.10742 0.39122 0.10719\n 11 50 2 0.39202 0.10696 0.39281 0.10673\n 11 72 3 0.39361 0.10650 0.39374 0.10646 0.39442 0.10639\n 11 50 2 0.39524 0.10630 0.39607 0.10621\n 11 50 2 0.39689 0.10612 0.39771 0.10604\n 11 50 2 0.39853 0.10595 0.39935 0.10586\n 11 50 2 0.40018 0.10577 0.40100 0.10568\n 11 50 2 0.40182 0.10560 0.40264 0.10551\n 11 50 2 0.40346 0.10542 0.40429 0.10533\n 11 50 2 0.40511 0.10524 0.40593 0.10515\n 11 50 2 0.40675 0.10507 0.40758 0.10498\n 11 50 2 0.40840 0.10492 0.40923 0.10490\n 11 50 2 0.41005 0.10489 0.41088 0.10488\n 11 50 2 0.41171 0.10486 0.41253 0.10485\n 11 50 2 0.41336 0.10484 0.41419 0.10482\n 11 50 2 0.41501 0.10481 0.41584 0.10479\n 11 50 2 0.41666 0.10478 0.41749 0.10477\n 11 50 2 0.41832 0.10475 0.41914 0.10474\n 11 50 2 0.41997 0.10473 0.42080 0.10471\n 11 50 2 0.42162 0.10470 0.42245 0.10469\n 11 50 2 0.42328 0.10474 0.42410 0.10479\n 11 50 2 0.42493 0.10484 0.42575 0.10489\n 11 50 2 0.42658 0.10495 0.42740 0.10500\n 11 50 2 0.42823 0.10505 0.42905 0.10511\n 11 50 2 0.42988 0.10516 0.43070 0.10521\n 11 50 2 0.43153 0.10526 0.43235 0.10532\n 11 50 2 0.43318 0.10537 0.43400 0.10542\n 11 50 2 0.43483 0.10547 0.43565 0.10553\n 11 72 3 0.43648 0.10558 0.43687 0.10560 0.43730 0.10569\n 11 50 2 0.43811 0.10584 0.43892 0.10599\n 11 50 2 0.43973 0.10615 0.44054 0.10630\n 11 50 2 0.44136 0.10646 0.44217 0.10661\n 11 50 2 0.44298 0.10677 0.44379 0.10692\n 11 50 2 0.44461 0.10708 0.44542 0.10723\n 11 50 2 0.44623 0.10739 0.44704 0.10754\n 11 50 2 0.44785 0.10769 0.44867 0.10785\n 11 50 2 0.44948 0.10800 0.45029 0.10816\n 11 72 3 0.45110 0.10831 0.45125 0.10834 0.45185 0.10865\n 11 50 2 0.45259 0.10903 0.45332 0.10941\n 11 50 2 0.45406 0.10978 0.45479 0.11016\n 11 50 2 0.45553 0.11054 0.45626 0.11092\n 11 50 2 0.45700 0.11130 0.45773 0.11167\n 11 50 2 0.45847 0.11205 0.45921 0.11243\n 11 50 2 0.45994 0.11281 0.46068 0.11318\n 11 50 2 0.46141 0.11356 0.46215 0.11394\n 11 50 2 0.46288 0.11432 0.46362 0.11470\n 11 50 2 0.46435 0.11507 0.46436 0.11508\n 11 50 2 0.46487 0.11561 0.46568 0.11677\n 11 380 17 0.46548 0.11815 0.46541 0.11791 0.46552 0.11765 0.46580 0.11736 0.46599 0.11723 0.46636 0.11707 0.46664 0.11706 0.46684 0.11721 0.46693 0.11734 0.46700 0.11758 0.46690 0.11784 0.46662 0.11813 0.46643 0.11827 0.46606 0.11843 0.46577 0.11843 0.46557 0.11828 0.46548 0.11815\n 11 116 5 0.46743 0.11834 0.46745 0.11823 0.46756 0.11825 0.46754 0.11836 0.46743 0.11834\n 11 314 14 0.46693 0.11955 0.46686 0.11959 0.46678 0.11975 0.46676 0.11986 0.46678 0.12003 0.46696 0.12029 0.46712 0.12037 0.46723 0.12039 0.46740 0.12037 0.46753 0.12028 0.46762 0.12013 0.46772 0.11986 0.46792 0.11877 0.46855 0.11967\n 11 380 17 0.46772 0.12139 0.46765 0.12115 0.46776 0.12089 0.46804 0.12060 0.46823 0.12046 0.46860 0.12031 0.46888 0.12030 0.46908 0.12045 0.46917 0.12058 0.46924 0.12082 0.46914 0.12108 0.46886 0.12137 0.46867 0.12151 0.46830 0.12166 0.46801 0.12167 0.46781 0.12152 0.46772 0.12139\n 11 50 2 0.46913 0.12197 0.46935 0.12232\n 11 50 2 0.46978 0.12303 0.47021 0.12374\n 11 50 2 0.47064 0.12444 0.47107 0.12515\n 11 50 2 0.47150 0.12585 0.47193 0.12656\n 11 50 2 0.47215 0.12735 0.47237 0.12815\n 11 50 2 0.47259 0.12895 0.47280 0.12975\n 11 50 2 0.47302 0.13055 0.47324 0.13134\n 11 50 2 0.47346 0.13214 0.47367 0.13294\n 11 50 2 0.47389 0.13374 0.47411 0.13453\n 11 50 2 0.47432 0.13533 0.47454 0.13613\n 11 50 2 0.47476 0.13693 0.47498 0.13773\n 11 50 2 0.47513 0.13854 0.47524 0.13936\n 11 50 2 0.47534 0.14018 0.47545 0.14099\n 11 50 2 0.47556 0.14181 0.47567 0.14263\n 11 50 2 0.47578 0.14345 0.47588 0.14427\n 11 50 2 0.47599 0.14509 0.47610 0.14591\n 11 50 2 0.47621 0.14673 0.47631 0.14755\n 11 50 2 0.47642 0.14837 0.47653 0.14919\n 11 50 2 0.47660 0.15001 0.47665 0.15084\n 11 50 2 0.47670 0.15167 0.47674 0.15249\n 11 50 2 0.47679 0.15332 0.47684 0.15414\n 11 50 2 0.47688 0.15497 0.47693 0.15579\n 11 50 2 0.47698 0.15662 0.47703 0.15744\n 11 50 2 0.47707 0.15827 0.47712 0.15909\n 11 50 2 0.47717 0.15992 0.47721 0.16074\n 11 50 2 0.47723 0.16157 0.47723 0.16240\n 11 50 2 0.47724 0.16322 0.47724 0.16405\n 11 50 2 0.47724 0.16488 0.47724 0.16570\n 11 50 2 0.47725 0.16653 0.47725 0.16736\n 11 50 2 0.47725 0.16818 0.47726 0.16901\n 11 50 2 0.47726 0.16984 0.47726 0.17067\n 11 50 2 0.47726 0.17149 0.47727 0.17232\n 11 50 2 0.47724 0.17314 0.47719 0.17397\n 11 50 2 0.47715 0.17480 0.47711 0.17562\n 11 50 2 0.47707 0.17645 0.47703 0.17727\n 11 50 2 0.47699 0.17810 0.47695 0.17892\n 11 50 2 0.47691 0.17975 0.47687 0.18058\n 11 50 2 0.47683 0.18140 0.47679 0.18223\n 11 50 2 0.47675 0.18305 0.47671 0.18388\n 11 50 2 0.47662 0.18470 0.47652 0.18552\n 11 50 2 0.47642 0.18634 0.47632 0.18716\n 11 50 2 0.47623 0.18798 0.47613 0.18881\n 11 50 2 0.47603 0.18963 0.47593 0.19045\n 11 50 2 0.47583 0.19127 0.47574 0.19209\n 11 50 2 0.47564 0.19291 0.47554 0.19373\n 11 50 2 0.47544 0.19455 0.47534 0.19537\n 11 50 2 0.47516 0.19618 0.47496 0.19698\n 11 50 2 0.47476 0.19778 0.47457 0.19859\n 11 50 2 0.47437 0.19939 0.47417 0.20019\n 11 50 2 0.47397 0.20099 0.47377 0.20180\n 11 50 2 0.47358 0.20260 0.47338 0.20340\n 11 50 2 0.47318 0.20420 0.47298 0.20501\n 11 50 2 0.47279 0.20581 0.47259 0.20661\n 11 50 2 0.47227 0.20737 0.47187 0.20809\n 11 50 2 0.47146 0.20881 0.47105 0.20953\n 11 50 2 0.47065 0.21025 0.47024 0.21097\n 11 50 2 0.46984 0.21169 0.46943 0.21241\n 11 50 2 0.46902 0.21313 0.46862 0.21385\n 11 50 2 0.46821 0.21457 0.46781 0.21529\n 11 50 2 0.46740 0.21601 0.46699 0.21673\n 11 50 2 0.46659 0.21745 0.46618 0.21817\n 11 50 2 0.45933 0.22216 0.46056 0.22145\n 11 380 17 0.46192 0.22176 0.46167 0.22181 0.46142 0.22168 0.46115 0.22138 0.46104 0.22118 0.46091 0.22079 0.46093 0.22051 0.46109 0.22033 0.46123 0.22025 0.46147 0.22020 0.46173 0.22032 0.46199 0.22063 0.46211 0.22083 0.46224 0.22121 0.46222 0.22150 0.46205 0.22168 0.46192 0.22176\n 11 116 5 0.46226 0.21984 0.46216 0.21981 0.46218 0.21970 0.46229 0.21973 0.46226 0.21984\n 11 314 14 0.46343 0.22044 0.46347 0.22051 0.46361 0.22060 0.46372 0.22063 0.46390 0.22062 0.46417 0.22047 0.46427 0.22032 0.46430 0.22021 0.46429 0.22004 0.46421 0.21990 0.46406 0.21980 0.46381 0.21968 0.46273 0.21939 0.46369 0.21884\n 11 380 17 0.46533 0.21980 0.46509 0.21985 0.46483 0.21972 0.46457 0.21942 0.46445 0.21922 0.46432 0.21884 0.46434 0.21855 0.46451 0.21837 0.46464 0.21829 0.46489 0.21824 0.46514 0.21836 0.46541 0.21867 0.46552 0.21887 0.46565 0.21925 0.46563 0.21954 0.46547 0.21972 0.46533 0.21980\n 11 50 2 0.45876 0.22262 0.45839 0.22282\n 11 50 2 0.45767 0.22321 0.45694 0.22361\n 11 50 2 0.45622 0.22401 0.45549 0.22440\n 11 50 2 0.45476 0.22480 0.45404 0.22520\n 11 50 2 0.45331 0.22559 0.45259 0.22599\n 11 72 3 0.45186 0.22638 0.45125 0.22672 0.45112 0.22674\n 11 50 2 0.45031 0.22690 0.44950 0.22706\n 11 50 2 0.44869 0.22721 0.44788 0.22737\n 11 50 2 0.44706 0.22752 0.44625 0.22768\n 11 50 2 0.44544 0.22784 0.44463 0.22799\n 11 50 2 0.44382 0.22815 0.44300 0.22831\n 11 50 2 0.44219 0.22846 0.44138 0.22862\n 11 50 2 0.44057 0.22877 0.43976 0.22893\n 11 50 2 0.43895 0.22909 0.43813 0.22924\n 11 72 3 0.43732 0.22940 0.43687 0.22948 0.43650 0.22951\n 11 50 2 0.43568 0.22957 0.43485 0.22962\n 11 50 2 0.43403 0.22968 0.43320 0.22973\n 11 50 2 0.43238 0.22979 0.43155 0.22985\n 11 72 3 0.43073 0.22990 0.43028 0.22993 0.42990 0.22995\n 11 50 2 0.42908 0.23000 0.42825 0.23005\n 11 50 2 0.42743 0.23010 0.42660 0.23015\n 11 50 2 0.42578 0.23020 0.42495 0.23024\n 11 50 2 0.42413 0.23029 0.42330 0.23034\n 11 50 2 0.42248 0.23039 0.42165 0.23038\n 11 50 2 0.42082 0.23036 0.42000 0.23035\n 11 50 2 0.41917 0.23034 0.41834 0.23032\n 11 50 2 0.41752 0.23031 0.41669 0.23030\n 11 50 2 0.41586 0.23028 0.41504 0.23027\n 11 50 2 0.41421 0.23026 0.41338 0.23025\n 11 50 2 0.41256 0.23023 0.41173 0.23022\n 11 50 2 0.41090 0.23021 0.41008 0.23019\n 11 50 2 0.40925 0.23018 0.40842 0.23017\n 11 50 2 0.40760 0.23012 0.40678 0.23004\n 11 72 3 0.40595 0.22997 0.40557 0.22993 0.40513 0.22988\n 11 50 2 0.40431 0.22979 0.40349 0.22970\n 11 50 2 0.40267 0.22961 0.40184 0.22952\n 11 50 2 0.40102 0.22943 0.40020 0.22934\n 11 50 2 0.39938 0.22924 0.39856 0.22915\n 11 50 2 0.39773 0.22906 0.39691 0.22897\n 11 50 2 0.39609 0.22888 0.39527 0.22879\n 11 72 3 0.39445 0.22870 0.39374 0.22862 0.39363 0.22859\n 11 50 2 0.39284 0.22836 0.39204 0.22812\n 11 50 2 0.39125 0.22789 0.39046 0.22766\n 11 50 2 0.38966 0.22743 0.38887 0.22720\n 11 50 2 0.38807 0.22697 0.38728 0.22674\n 11 50 2 0.38649 0.22651 0.38569 0.22628\n 11 50 2 0.38490 0.22604 0.38411 0.22581\n 11 50 2 0.38331 0.22558 0.38252 0.22535\n 11 50 2 0.38172 0.22512 0.38093 0.22489\n 11 72 3 0.38014 0.22466 0.37937 0.22443 0.37935 0.22442\n 11 50 2 0.37867 0.22394 0.37800 0.22346\n 11 50 2 0.37733 0.22298 0.37665 0.22250\n 11 50 2 0.37598 0.22202 0.37531 0.22154\n 11 50 2 0.37463 0.22106 0.37396 0.22058\n 11 50 2 0.37329 0.22010 0.37262 0.21962\n 11 50 2 0.37194 0.21914 0.37127 0.21866\n 11 50 2 0.37072 0.21806 0.37027 0.21737\n 11 50 2 0.36981 0.21668 0.36936 0.21598\n 11 50 2 0.36891 0.21529 0.36846 0.21460\n 11 50 2 0.36800 0.21391 0.36755 0.21322\n 11 50 2 0.36710 0.21253 0.36664 0.21183\n 11 50 2 0.36619 0.21114 0.36574 0.21045\n 11 50 2 0.36529 0.20976 0.36499 0.20931\n 11 50 2 0.61257 0.03468 0.61253 0.03509\n 11 50 2 0.61247 0.03591 0.61240 0.03674\n 11 50 2 0.61233 0.03756 0.61226 0.03839\n 11 50 2 0.61220 0.03921 0.61213 0.04003\n 11 50 2 0.61206 0.04086 0.61199 0.04168\n 11 50 2 0.61193 0.04251 0.61186 0.04333\n 11 50 2 0.61179 0.04415 0.61173 0.04498\n 11 72 3 0.61166 0.04580 0.61163 0.04616 0.61155 0.04662\n 11 50 2 0.61141 0.04744 0.61127 0.04825\n 11 50 2 0.61113 0.04907 0.61099 0.04988\n 11 50 2 0.61085 0.05069 0.61071 0.05151\n 11 50 2 0.61057 0.05232 0.61042 0.05314\n 11 50 2 0.61028 0.05395 0.61014 0.05477\n 11 50 2 0.61000 0.05558 0.60986 0.05640\n 11 72 3 0.60972 0.05721 0.60965 0.05765 0.60954 0.05802\n 11 50 2 0.60930 0.05881 0.60898 0.05957\n 11 50 2 0.60866 0.06033 0.60835 0.06110\n 11 50 2 0.60803 0.06186 0.60771 0.06263\n 11 50 2 0.60740 0.06339 0.60708 0.06415\n 11 50 2 0.60676 0.06492 0.60645 0.06568\n 11 50 2 0.60613 0.06644 0.60581 0.06721\n 11 50 2 0.60550 0.06797 0.60518 0.06873\n 11 50 2 0.60474 0.06941 0.60415 0.06999\n 11 50 2 0.60356 0.07058 0.60297 0.07116\n 11 50 2 0.60239 0.07174 0.60180 0.07232\n 11 50 2 0.60121 0.07290 0.60063 0.07349\n 11 50 2 0.60004 0.07407 0.59945 0.07465\n 11 50 2 0.59886 0.07523 0.59828 0.07581\n 11 50 2 0.59769 0.07640 0.59710 0.07698\n 11 50 2 0.59652 0.07756 0.59593 0.07814\n 11 72 3 0.59534 0.07873 0.59501 0.07906 0.59468 0.07921\n 11 50 2 0.59393 0.07955 0.59318 0.07989\n 11 50 2 0.59243 0.08023 0.59168 0.08058\n 11 50 2 0.59089 0.08083 0.59010 0.08106\n 11 50 2 0.58930 0.08130 0.58851 0.08153\n 11 50 2 0.58772 0.08177 0.58693 0.08201\n 11 50 2 0.58613 0.08224 0.58534 0.08248\n 11 50 2 0.58455 0.08271 0.58376 0.08295\n 11 50 2 0.58296 0.08319 0.58217 0.08342\n 11 72 3 0.58138 0.08366 0.58063 0.08388 0.58059 0.08389\n 11 50 2 0.57977 0.08399 0.57894 0.08409\n 11 50 2 0.57812 0.08419 0.57730 0.08429\n 11 50 2 0.57648 0.08439 0.57566 0.08449\n 11 50 2 0.57484 0.08459 0.57402 0.08469\n 11 50 2 0.57320 0.08479 0.57238 0.08489\n 11 50 2 0.57156 0.08499 0.57074 0.08509\n 11 50 2 0.56992 0.08519 0.56910 0.08529\n 11 50 2 0.56828 0.08539 0.56746 0.08549\n 11 72 3 0.56663 0.08559 0.56625 0.08563 0.56581 0.08565\n 11 50 2 0.56498 0.08567 0.56416 0.08569\n 11 50 2 0.56333 0.08571 0.56251 0.08574\n 11 50 2 0.56168 0.08576 0.56085 0.08578\n 11 50 2 0.56003 0.08580 0.55920 0.08583\n 11 50 2 0.55837 0.08585 0.55755 0.08587\n 11 50 2 0.55672 0.08589 0.55589 0.08592\n 11 50 2 0.55507 0.08594 0.55424 0.08596\n 11 50 2 0.55341 0.08598 0.55259 0.08601\n 11 50 2 0.54424 0.08553 0.54565 0.08560\n 11 380 17 0.54663 0.08660 0.54639 0.08651 0.54625 0.08626 0.54619 0.08586 0.54620 0.08563 0.54630 0.08524 0.54647 0.08501 0.54671 0.08494 0.54687 0.08495 0.54710 0.08504 0.54724 0.08529 0.54730 0.08568 0.54729 0.08592 0.54719 0.08631 0.54702 0.08654 0.54678 0.08660 0.54663 0.08660\n 11 116 5 0.54796 0.08516 0.54788 0.08508 0.54797 0.08501 0.54804 0.08509 0.54796 0.08516\n 11 314 14 0.54861 0.08630 0.54861 0.08638 0.54868 0.08654 0.54875 0.08662 0.54891 0.08671 0.54922 0.08672 0.54938 0.08665 0.54947 0.08658 0.54955 0.08642 0.54956 0.08627 0.54949 0.08611 0.54934 0.08586 0.54860 0.08504 0.54970 0.08509\n 11 380 17 0.55056 0.08679 0.55033 0.08670 0.55018 0.08646 0.55012 0.08606 0.55013 0.08582 0.55023 0.08543 0.55040 0.08520 0.55064 0.08514 0.55080 0.08515 0.55103 0.08524 0.55118 0.08548 0.55123 0.08588 0.55122 0.08611 0.55113 0.08650 0.55096 0.08673 0.55072 0.08680 0.55056 0.08679\n 11 50 2 0.54350 0.08561 0.54309 0.08559\n 11 50 2 0.54226 0.08555 0.54144 0.08551\n 11 50 2 0.54061 0.08547 0.53979 0.08543\n 11 50 2 0.53896 0.08539 0.53814 0.08535\n 11 50 2 0.53731 0.08529 0.53650 0.08516\n 11 50 2 0.53568 0.08503 0.53486 0.08490\n 11 50 2 0.53405 0.08477 0.53323 0.08463\n 11 50 2 0.53241 0.08450 0.53160 0.08437\n 11 50 2 0.53078 0.08424 0.52996 0.08411\n 11 50 2 0.52915 0.08398 0.52833 0.08385\n 11 50 2 0.52752 0.08372 0.52670 0.08359\n 11 50 2 0.52588 0.08346 0.52507 0.08333\n 11 50 2 0.52425 0.08320 0.52343 0.08307\n 11 50 2 0.52264 0.08285 0.52186 0.08258\n 11 50 2 0.52108 0.08231 0.52030 0.08203\n 11 50 2 0.51952 0.08176 0.51873 0.08149\n 11 50 2 0.51795 0.08122 0.51717 0.08095\n 11 72 3 0.51639 0.08068 0.51623 0.08062 0.51566 0.08029\n 11 50 2 0.51494 0.07988 0.51423 0.07948\n 11 50 2 0.51351 0.07907 0.51279 0.07866\n 11 50 2 0.51207 0.07825 0.51135 0.07784\n 11 50 2 0.51064 0.07743 0.50992 0.07702\n 11 72 3 0.50920 0.07661 0.50875 0.07635 0.50855 0.07611\n 11 50 2 0.50802 0.07548 0.50749 0.07485\n 11 50 2 0.50695 0.07421 0.50642 0.07358\n 11 50 2 0.50589 0.07295 0.50536 0.07232\n 11 50 2 0.50483 0.07168 0.50429 0.07105\n 11 50 2 0.50376 0.07042 0.50323 0.06979\n 11 72 3 0.50270 0.06915 0.50268 0.06914 0.50239 0.06839\n 11 50 2 0.50209 0.06762 0.50179 0.06685\n 11 50 2 0.50149 0.06608 0.50119 0.06531\n 11 50 2 0.50089 0.06454 0.50059 0.06376\n 11 50 2 0.50029 0.06299 0.49999 0.06222\n 11 50 2 0.49969 0.06145 0.49939 0.06068\n 11 50 2 0.49909 0.05991 0.49879 0.05914\n 11 72 3 0.49849 0.05837 0.49820 0.05765 0.49819 0.05760\n 11 50 2 0.49805 0.05679 0.49790 0.05597\n 11 50 2 0.49775 0.05516 0.49760 0.05435\n 11 50 2 0.49745 0.05353 0.49730 0.05272\n 11 50 2 0.49715 0.05191 0.49700 0.05109\n 11 50 2 0.49685 0.05028 0.49671 0.04947\n 11 50 2 0.49656 0.04865 0.49641 0.04784\n 11 50 2 0.49626 0.04703 0.49611 0.04622\n 11 50 2 0.49603 0.04539 0.49596 0.04457\n 11 50 2 0.49589 0.04374 0.49582 0.04292\n 11 50 2 0.49575 0.04210 0.49568 0.04127\n 11 50 2 0.49561 0.04045 0.49554 0.03963\n 11 50 2 0.49546 0.03880 0.49539 0.03798\n 11 50 2 0.49532 0.03716 0.49525 0.03633\n 11 50 2 0.49518 0.03551 0.49511 0.03468\n 11 50 2 0.52021 0.25290 0.52061 0.25278\n 11 50 2 0.52140 0.25253 0.52219 0.25229\n 11 72 3 0.52298 0.25204 0.52313 0.25200 0.52379 0.25189\n 11 50 2 0.52461 0.25176 0.52542 0.25163\n 11 50 2 0.52624 0.25150 0.52706 0.25137\n 11 50 2 0.52787 0.25124 0.52869 0.25111\n 11 50 2 0.52950 0.25098 0.53032 0.25085\n 11 50 2 0.53114 0.25072 0.53195 0.25059\n 11 50 2 0.53277 0.25046 0.53359 0.25033\n 11 50 2 0.53440 0.25020 0.53522 0.25007\n 11 50 2 0.53604 0.24994 0.53685 0.24981\n 11 50 2 0.53767 0.24970 0.53850 0.24966\n 11 50 2 0.53932 0.24962 0.54015 0.24958\n 11 50 2 0.54097 0.24954 0.54180 0.24950\n 11 50 2 0.54263 0.24946 0.54345 0.24942\n 11 50 2 0.54428 0.24938 0.54510 0.24934\n 11 50 2 0.54593 0.24930 0.54675 0.24926\n 11 50 2 0.54758 0.24922 0.54841 0.24918\n 11 50 2 0.54923 0.24914 0.55006 0.24910\n 11 50 2 0.55088 0.24906 0.55171 0.24902\n 11 50 2 0.55254 0.24903 0.55336 0.24905\n 11 50 2 0.55419 0.24907 0.55501 0.24909\n 11 50 2 0.55584 0.24911 0.55667 0.24914\n 11 50 2 0.55749 0.24916 0.55832 0.24918\n 11 50 2 0.55915 0.24920 0.55997 0.24923\n 11 50 2 0.56080 0.24925 0.56163 0.24927\n 11 50 2 0.56245 0.24929 0.56328 0.24932\n 11 50 2 0.56411 0.24934 0.56493 0.24936\n 11 50 2 0.56576 0.24938 0.56625 0.24940\n 11 50 2 0.56699 0.24937 0.56840 0.24954\n 11 380 17 0.56930 0.25060 0.56908 0.25049 0.56895 0.25024 0.56892 0.24984 0.56894 0.24960 0.56907 0.24922 0.56926 0.24901 0.56950 0.24896 0.56966 0.24898 0.56988 0.24908 0.57001 0.24934 0.57004 0.24974 0.57001 0.24997 0.56989 0.25035 0.56970 0.25057 0.56946 0.25062 0.56930 0.25060\n 11 116 5 0.57073 0.24927 0.57066 0.24918 0.57075 0.24911 0.57082 0.24920 0.57073 0.24927\n 11 314 14 0.57130 0.25045 0.57129 0.25052 0.57135 0.25069 0.57142 0.25078 0.57157 0.25087 0.57188 0.25091 0.57205 0.25085 0.57213 0.25078 0.57223 0.25064 0.57225 0.25048 0.57219 0.25032 0.57206 0.25006 0.57138 0.24919 0.57247 0.24932\n 11 380 17 0.57321 0.25107 0.57298 0.25097 0.57286 0.25071 0.57282 0.25031 0.57285 0.25008 0.57298 0.24970 0.57316 0.24948 0.57341 0.24943 0.57356 0.24945 0.57379 0.24956 0.57392 0.24981 0.57395 0.25021 0.57392 0.25045 0.57379 0.25083 0.57361 0.25104 0.57336 0.25109 0.57321 0.25107\n 11 50 2 0.57458 0.25041 0.57499 0.25046\n 11 50 2 0.57581 0.25056 0.57663 0.25066\n 11 50 2 0.57745 0.25075 0.57827 0.25085\n 11 50 2 0.57909 0.25095 0.57991 0.25105\n 11 50 2 0.58073 0.25117 0.58153 0.25138\n 11 50 2 0.58233 0.25159 0.58313 0.25181\n 11 50 2 0.58393 0.25202 0.58473 0.25223\n 11 50 2 0.58552 0.25244 0.58632 0.25266\n 11 50 2 0.58712 0.25287 0.58725 0.25290\n 11 50 2 0.63813 0.21355 0.63796 0.21318\n 11 50 2 0.63762 0.21242 0.63727 0.21167\n 11 50 2 0.63693 0.21092 0.63658 0.21017\n 11 50 2 0.63624 0.20942 0.63589 0.20867\n 11 50 2 0.63555 0.20792 0.63520 0.20716\n 11 50 2 0.63497 0.20637 0.63477 0.20557\n 11 50 2 0.63458 0.20477 0.63439 0.20396\n 11 50 2 0.63419 0.20316 0.63400 0.20236\n 11 50 2 0.63381 0.20155 0.63362 0.20075\n 11 50 2 0.63342 0.19994 0.63323 0.19914\n 11 50 2 0.63304 0.19834 0.63284 0.19753\n 11 50 2 0.63265 0.19673 0.63246 0.19593\n 11 50 2 0.63231 0.19511 0.63221 0.19429\n 11 50 2 0.63211 0.19347 0.63202 0.19265\n 11 50 2 0.63192 0.19183 0.63183 0.19101\n 11 50 2 0.63173 0.19019 0.63164 0.18937\n 11 50 2 0.63154 0.18854 0.63144 0.18772\n 11 50 2 0.63135 0.18690 0.63125 0.18608\n 11 50 2 0.63116 0.18526 0.63106 0.18444\n 11 50 2 0.63099 0.18362 0.63095 0.18279\n 11 50 2 0.63091 0.18196 0.63087 0.18114\n 11 50 2 0.63083 0.18031 0.63079 0.17949\n 11 50 2 0.63075 0.17866 0.63071 0.17783\n 11 50 2 0.63067 0.17701 0.63064 0.17618\n 11 50 2 0.63060 0.17536 0.63056 0.17453\n 11 50 2 0.63052 0.17371 0.63048 0.17288\n 11 50 2 0.63034 0.17178 0.63035 0.17036\n 11 380 17 0.63130 0.16934 0.63122 0.16957 0.63098 0.16973 0.63059 0.16981 0.63035 0.16981 0.62996 0.16973 0.62972 0.16957 0.62964 0.16933 0.62964 0.16918 0.62972 0.16894 0.62996 0.16878 0.63035 0.16870 0.63059 0.16871 0.63098 0.16879 0.63122 0.16894 0.63130 0.16918 0.63130 0.16934\n 11 116 5 0.62980 0.16807 0.62973 0.16815 0.62965 0.16807 0.62973 0.16799 0.62980 0.16807\n 11 314 14 0.63091 0.16737 0.63099 0.16737 0.63115 0.16729 0.63122 0.16721 0.63130 0.16705 0.63130 0.16674 0.63123 0.16658 0.63115 0.16650 0.63099 0.16642 0.63083 0.16642 0.63068 0.16650 0.63044 0.16666 0.62965 0.16744 0.62965 0.16634\n 11 380 17 0.63131 0.16540 0.63123 0.16564 0.63099 0.16579 0.63060 0.16587 0.63036 0.16587 0.62997 0.16579 0.62973 0.16563 0.62966 0.16540 0.62966 0.16524 0.62974 0.16500 0.62997 0.16485 0.63037 0.16477 0.63060 0.16477 0.63100 0.16485 0.63123 0.16501 0.63131 0.16524 0.63131 0.16540\n 11 50 2 0.63049 0.16412 0.63049 0.16371\n 11 50 2 0.63049 0.16288 0.63049 0.16205\n 11 72 3 0.63050 0.16123 0.63050 0.16102 0.63053 0.16040\n 11 50 2 0.63058 0.15957 0.63062 0.15875\n 11 50 2 0.63067 0.15792 0.63071 0.15710\n 11 50 2 0.63076 0.15627 0.63081 0.15545\n 11 50 2 0.63085 0.15462 0.63090 0.15380\n 11 50 2 0.63094 0.15297 0.63099 0.15214\n 11 50 2 0.63103 0.15132 0.63108 0.15049\n 11 72 3 0.63113 0.14967 0.63113 0.14953 0.63122 0.14885\n 11 50 2 0.63133 0.14803 0.63143 0.14721\n 11 50 2 0.63154 0.14639 0.63164 0.14557\n 11 50 2 0.63175 0.14475 0.63185 0.14393\n 11 50 2 0.63196 0.14311 0.63206 0.14229\n 11 50 2 0.63217 0.14147 0.63228 0.14065\n 11 50 2 0.63238 0.13983 0.63249 0.13901\n 11 72 3 0.63259 0.13819 0.63261 0.13805 0.63279 0.13738\n 11 50 2 0.63300 0.13659 0.63321 0.13579\n 11 50 2 0.63342 0.13499 0.63363 0.13419\n 11 50 2 0.63385 0.13339 0.63406 0.13259\n 11 50 2 0.63427 0.13179 0.63448 0.13099\n 11 50 2 0.63469 0.13019 0.63491 0.12939\n 11 50 2 0.63512 0.12860 0.63533 0.12780\n 11 72 3 0.63554 0.12700 0.63566 0.12656 0.63582 0.12622\n 11 50 2 0.63619 0.12548 0.63655 0.12474\n 11 50 2 0.63691 0.12399 0.63727 0.12325\n 11 50 2 0.63764 0.12251 0.63800 0.12177\n 11 1084 49 0.62157 0.25290 0.62157 0.24142 0.62136 0.24142 0.62136 0.25290 0.62178 0.25290 0.62178 0.24142 0.62157 0.24142 0.60938 0.23968 0.60935 0.23988 0.62154 0.24162 0.62160 0.24121 0.60941 0.23947 0.60938 0.23968 0.59501 0.23968 0.59501 0.23988 0.60938 0.23988 0.60938 0.23947 0.59501 0.23947 0.59501 0.23968 0.58063 0.23968 0.58063 0.23988 0.59501 0.23988 0.59501 0.23947 0.58063 0.23947 0.58063 0.23968 0.56625 0.23968 0.56625 0.23988 0.58063 0.23988 0.58063 0.23947 0.56625 0.23947 0.56625 0.23968 0.55188 0.23968 0.55188 0.23988 0.56625 0.23988 0.56625 0.23947 0.55188 0.23947 0.55188 0.23968 0.53750 0.23968 0.53750 0.23988 0.55188 0.23988 0.55188 0.23947 0.53750 0.23947 0.53750 0.23968 0.52313 0.23968 0.52313 0.23988 0.53750 0.23988 0.53750 0.23947 0.52313 0.23947 0.52313 0.23968\n 11 380 17 0.52185 0.24051 0.52161 0.24043 0.52145 0.24019 0.52137 0.23980 0.52137 0.23956 0.52145 0.23917 0.52161 0.23893 0.52185 0.23885 0.52200 0.23885 0.52224 0.23893 0.52240 0.23917 0.52248 0.23956 0.52248 0.23980 0.52240 0.24019 0.52224 0.24043 0.52200 0.24051 0.52185 0.24051\n 11 1216 55 0.52072 0.23968 0.50875 0.23968 0.50875 0.23988 0.52072 0.23988 0.52072 0.23947 0.50875 0.23947 0.50875 0.23968 0.49437 0.23968 0.49437 0.23988 0.50875 0.23988 0.50875 0.23947 0.49437 0.23947 0.49437 0.23968 0.48611 0.22993 0.48596 0.23007 0.49422 0.23981 0.49453 0.23955 0.48627 0.22980 0.48611 0.22993 0.48611 0.21845 0.48591 0.21845 0.48591 0.22993 0.48632 0.22993 0.48632 0.21845 0.48611 0.21845 0.48611 0.20696 0.48591 0.20696 0.48591 0.21845 0.48632 0.21845 0.48632 0.20696 0.48611 0.20696 0.48611 0.19548 0.48591 0.19548 0.48591 0.20696 0.48632 0.20696 0.48632 0.19548 0.48611 0.19548 0.48611 0.18399 0.48591 0.18399 0.48591 0.19548 0.48632 0.19548 0.48632 0.18399 0.48611 0.18399 0.48611 0.17250 0.48591 0.17250 0.48591 0.18399 0.48632 0.18399 0.48632 0.17250 0.48611 0.17250 0.48611 0.16102 0.48591 0.16102 0.48591 0.17250 0.48632 0.17250 0.48632 0.16102 0.48611 0.16102\n 11 380 17 0.48694 0.15990 0.48686 0.16013 0.48663 0.16029 0.48623 0.16037 0.48600 0.16037 0.48560 0.16029 0.48537 0.16013 0.48529 0.15990 0.48529 0.15974 0.48537 0.15950 0.48560 0.15935 0.48600 0.15927 0.48623 0.15927 0.48663 0.15935 0.48686 0.15950 0.48694 0.15974 0.48694 0.15990\n 11 1216 55 0.48611 0.15862 0.48611 0.14953 0.48591 0.14953 0.48591 0.15862 0.48632 0.15862 0.48632 0.14953 0.48611 0.14953 0.48611 0.13805 0.48591 0.13805 0.48591 0.14953 0.48632 0.14953 0.48632 0.13805 0.48611 0.13805 0.48611 0.12656 0.48591 0.12656 0.48591 0.13805 0.48632 0.13805 0.48632 0.12656 0.48611 0.12656 0.48611 0.11508 0.48591 0.11508 0.48591 0.12656 0.48632 0.12656 0.48632 0.11508 0.48611 0.11508 0.48611 0.10359 0.48591 0.10359 0.48591 0.11508 0.48632 0.11508 0.48632 0.10359 0.48611 0.10359 0.48000 0.09537 0.47983 0.09549 0.48595 0.10371 0.48628 0.10347 0.48016 0.09525 0.48000 0.09537 0.46562 0.09537 0.46562 0.09558 0.48000 0.09558 0.48000 0.09516 0.46562 0.09516 0.46562 0.09537 0.45125 0.09537 0.45125 0.09558 0.46562 0.09558 0.46562 0.09516 0.45125 0.09516 0.45125 0.09537 0.43687 0.09537 0.43687 0.09558 0.45125 0.09558 0.45125 0.09516 0.43687 0.09516 0.43687 0.09537\n 11 380 17 0.43559 0.09620 0.43535 0.09612 0.43520 0.09588 0.43512 0.09549 0.43512 0.09525 0.43520 0.09486 0.43535 0.09462 0.43559 0.09454 0.43575 0.09454 0.43598 0.09462 0.43614 0.09486 0.43622 0.09525 0.43622 0.09549 0.43614 0.09588 0.43598 0.09612 0.43575 0.09620 0.43559 0.09620\n 11 688 31 0.43447 0.09537 0.42249 0.09537 0.42249 0.09558 0.43447 0.09558 0.43447 0.09516 0.42249 0.09516 0.42249 0.09537 0.40812 0.09537 0.40812 0.09558 0.42249 0.09558 0.42249 0.09516 0.40812 0.09516 0.40812 0.09537 0.39374 0.09537 0.39374 0.09558 0.40812 0.09558 0.40812 0.09516 0.39374 0.09516 0.39374 0.09537 0.37937 0.09537 0.37937 0.09558 0.39374 0.09558 0.39374 0.09516 0.37937 0.09516 0.37937 0.09537 0.36499 0.09537 0.36499 0.09558 0.37937 0.09558 0.37937 0.09516 0.36499 0.09516 0.36499 0.09537\n 11 820 37 0.48611 0.25290 0.48611 0.24142 0.48591 0.24142 0.48591 0.25290 0.48632 0.25290 0.48632 0.24142 0.48611 0.24142 0.48000 0.23968 0.47994 0.23988 0.48606 0.24162 0.48617 0.24122 0.48005 0.23948 0.48000 0.23968 0.46562 0.23968 0.46562 0.23988 0.48000 0.23988 0.48000 0.23947 0.46562 0.23947 0.46562 0.23968 0.45125 0.23968 0.45125 0.23988 0.46562 0.23988 0.46562 0.23947 0.45125 0.23947 0.45125 0.23968 0.43687 0.23968 0.43687 0.23988 0.45125 0.23988 0.45125 0.23947 0.43687 0.23947 0.43687 0.23968 0.42249 0.23968 0.42249 0.23988 0.43687 0.23988 0.43687 0.23947 0.42249 0.23947 0.42249 0.23968\n 11 380 17 0.42121 0.24051 0.42098 0.24043 0.42082 0.24019 0.42074 0.23980 0.42074 0.23956 0.42082 0.23917 0.42098 0.23893 0.42121 0.23885 0.42137 0.23885 0.42161 0.23893 0.42177 0.23917 0.42184 0.23956 0.42184 0.23980 0.42177 0.24019 0.42161 0.24043 0.42137 0.24051 0.42121 0.24051\n 11 556 25 0.42009 0.23968 0.40812 0.23968 0.40812 0.23988 0.42009 0.23988 0.42009 0.23947 0.40812 0.23947 0.40812 0.23968 0.39374 0.23968 0.39374 0.23988 0.40812 0.23988 0.40812 0.23947 0.39374 0.23947 0.39374 0.23968 0.37937 0.23968 0.37937 0.23988 0.39374 0.23988 0.39374 0.23947 0.37937 0.23947 0.37937 0.23968 0.36499 0.23968 0.36499 0.23988 0.37937 0.23988 0.37937 0.23947 0.36499 0.23947 0.36499 0.23968\n 11 1216 55 0.63813 0.23968 0.62376 0.23968 0.62376 0.23988 0.63813 0.23988 0.63813 0.23947 0.62376 0.23947 0.62376 0.23968 0.62157 0.22993 0.62137 0.22998 0.62356 0.23972 0.62396 0.23963 0.62177 0.22989 0.62157 0.22993 0.62157 0.21845 0.62136 0.21845 0.62136 0.22993 0.62178 0.22993 0.62178 0.21845 0.62157 0.21845 0.62157 0.20696 0.62136 0.20696 0.62136 0.21845 0.62178 0.21845 0.62178 0.20696 0.62157 0.20696 0.62157 0.19548 0.62136 0.19548 0.62136 0.20696 0.62178 0.20696 0.62178 0.19548 0.62157 0.19548 0.62157 0.18399 0.62136 0.18399 0.62136 0.19548 0.62178 0.19548 0.62178 0.18399 0.62157 0.18399 0.62157 0.17250 0.62136 0.17250 0.62136 0.18399 0.62178 0.18399 0.62178 0.17250 0.62157 0.17250 0.62157 0.16102 0.62136 0.16102 0.62136 0.17250 0.62178 0.17250 0.62178 0.16102 0.62157 0.16102 0.62157 0.14953 0.62136 0.14953 0.62136 0.16102 0.62178 0.16102 0.62178 0.14953 0.62157 0.14953\n 11 380 17 0.62240 0.14841 0.62232 0.14865 0.62208 0.14881 0.62169 0.14888 0.62145 0.14888 0.62106 0.14881 0.62082 0.14865 0.62074 0.14841 0.62074 0.14825 0.62082 0.14802 0.62106 0.14786 0.62145 0.14778 0.62169 0.14778 0.62208 0.14786 0.62232 0.14802 0.62240 0.14825 0.62240 0.14841\n 11 1084 49 0.62157 0.14713 0.62157 0.13805 0.62136 0.13805 0.62136 0.14713 0.62178 0.14713 0.62178 0.13805 0.62157 0.13805 0.62157 0.12656 0.62136 0.12656 0.62136 0.13805 0.62178 0.13805 0.62178 0.12656 0.62157 0.12656 0.62157 0.11508 0.62136 0.11508 0.62136 0.12656 0.62178 0.12656 0.62178 0.11508 0.62157 0.11508 0.62157 0.10359 0.62136 0.10359 0.62136 0.11508 0.62178 0.11508 0.62178 0.10359 0.62157 0.10359 0.60938 0.09537 0.60927 0.09554 0.62146 0.10376 0.62169 0.10342 0.60950 0.09520 0.60938 0.09537 0.59501 0.09537 0.59501 0.09558 0.60938 0.09558 0.60938 0.09516 0.59501 0.09516 0.59501 0.09537 0.58063 0.09537 0.58063 0.09558 0.59501 0.09558 0.59501 0.09516 0.58063 0.09516 0.58063 0.09537 0.56625 0.09537 0.56625 0.09558 0.58063 0.09558 0.58063 0.09516 0.56625 0.09516 0.56625 0.09537\n 11 380 17 0.56497 0.09620 0.56474 0.09612 0.56458 0.09588 0.56450 0.09549 0.56450 0.09525 0.56458 0.09486 0.56474 0.09462 0.56497 0.09454 0.56513 0.09454 0.56537 0.09462 0.56553 0.09486 0.56560 0.09525 0.56560 0.09549 0.56553 0.09588 0.56537 0.09612 0.56513 0.09620 0.56497 0.09620\n 11 1084 49 0.56385 0.09537 0.55188 0.09537 0.55188 0.09558 0.56385 0.09558 0.56385 0.09516 0.55188 0.09516 0.55188 0.09537 0.53750 0.09537 0.53750 0.09558 0.55188 0.09558 0.55188 0.09516 0.53750 0.09516 0.53750 0.09537 0.52313 0.09537 0.52313 0.09558 0.53750 0.09558 0.53750 0.09516 0.52313 0.09516 0.52313 0.09537 0.50875 0.09537 0.50875 0.09558 0.52313 0.09558 0.52313 0.09516 0.50875 0.09516 0.50875 0.09537 0.49437 0.09537 0.49437 0.09558 0.50875 0.09558 0.50875 0.09516 0.49437 0.09516 0.49437 0.09537 0.48611 0.09211 0.48604 0.09230 0.49430 0.09556 0.49445 0.09518 0.48619 0.09191 0.48611 0.09211 0.48611 0.08062 0.48591 0.08062 0.48591 0.09211 0.48632 0.09211 0.48632 0.08062 0.48611 0.08062 0.48611 0.06914 0.48591 0.06914 0.48591 0.08062 0.48632 0.08062 0.48632 0.06914 0.48611 0.06914\n 11 380 17 0.48694 0.06801 0.48686 0.06825 0.48663 0.06841 0.48623 0.06849 0.48600 0.06849 0.48560 0.06841 0.48537 0.06825 0.48529 0.06801 0.48529 0.06786 0.48537 0.06762 0.48560 0.06746 0.48600 0.06738 0.48623 0.06738 0.48663 0.06746 0.48686 0.06762 0.48694 0.06786 0.48694 0.06801\n 11 424 19 0.48611 0.06673 0.48611 0.05765 0.48591 0.05765 0.48591 0.06673 0.48632 0.06673 0.48632 0.05765 0.48611 0.05765 0.48611 0.04616 0.48591 0.04616 0.48591 0.05765 0.48632 0.05765 0.48632 0.04616 0.48611 0.04616 0.48611 0.03468 0.48591 0.03468 0.48591 0.04616 0.48632 0.04616 0.48632 0.03468 0.48611 0.03468\n 11 688 31 0.63813 0.09537 0.62376 0.09537 0.62376 0.09558 0.63813 0.09558 0.63813 0.09516 0.62376 0.09516 0.62376 0.09537 0.62157 0.09211 0.62140 0.09222 0.62359 0.09548 0.62393 0.09525 0.62174 0.09199 0.62157 0.09211 0.62157 0.08062 0.62136 0.08062 0.62136 0.09211 0.62178 0.09211 0.62178 0.08062 0.62157 0.08062 0.62157 0.06914 0.62136 0.06914 0.62136 0.08062 0.62178 0.08062 0.62178 0.06914 0.62157 0.06914 0.62157 0.05765 0.62136 0.05765 0.62136 0.06914 0.62178 0.06914 0.62178 0.05765 0.62157 0.05765\n 11 380 17 0.62240 0.05653 0.62232 0.05676 0.62208 0.05692 0.62169 0.05700 0.62145 0.05700 0.62106 0.05692 0.62082 0.05676 0.62074 0.05653 0.62074 0.05637 0.62082 0.05613 0.62106 0.05598 0.62145 0.05590 0.62169 0.05590 0.62208 0.05598 0.62232 0.05613 0.62240 0.05637 0.62240 0.05653\n 11 292 13 0.62157 0.05525 0.62157 0.04616 0.62136 0.04616 0.62136 0.05525 0.62178 0.05525 0.62178 0.04616 0.62157 0.04616 0.62157 0.03468 0.62136 0.03468 0.62136 0.04616 0.62178 0.04616 0.62178 0.03468 0.62157 0.03468\n 11 182 8 0.47703 0.03468 0.47605 0.04616 0.47399 0.05765 0.46958 0.06914 0.46562 0.07439 0.45605 0.08062 0.45125 0.08244 0.43687 0.08510\n 11 380 17 0.43171 0.08625 0.43147 0.08618 0.43130 0.08596 0.43120 0.08557 0.43118 0.08533 0.43124 0.08494 0.43138 0.08469 0.43161 0.08460 0.43177 0.08459 0.43201 0.08465 0.43218 0.08488 0.43229 0.08527 0.43230 0.08550 0.43225 0.08590 0.43210 0.08614 0.43187 0.08624 0.43171 0.08625\n 11 116 5 0.43288 0.08468 0.43280 0.08460 0.43287 0.08452 0.43295 0.08459 0.43288 0.08468\n 11 314 14 0.43366 0.08573 0.43366 0.08581 0.43375 0.08596 0.43383 0.08604 0.43399 0.08611 0.43431 0.08609 0.43446 0.08600 0.43453 0.08591 0.43460 0.08575 0.43459 0.08560 0.43450 0.08544 0.43433 0.08522 0.43350 0.08448 0.43460 0.08441\n 11 380 17 0.43564 0.08600 0.43540 0.08594 0.43523 0.08571 0.43513 0.08533 0.43511 0.08509 0.43517 0.08469 0.43531 0.08445 0.43554 0.08435 0.43570 0.08434 0.43594 0.08441 0.43611 0.08463 0.43621 0.08502 0.43623 0.08526 0.43617 0.08566 0.43603 0.08590 0.43580 0.08599 0.43564 0.08600\n 11 182 8 0.43054 0.08549 0.42249 0.08599 0.40812 0.08576 0.39374 0.08427 0.38039 0.08062 0.37937 0.08021 0.36711 0.06914 0.36499 0.06488\n 11 116 5 0.38495 0.25290 0.39374 0.25076 0.40812 0.24927 0.42249 0.24904 0.43687 0.24993\n 11 380 17 0.43782 0.25094 0.43761 0.25082 0.43749 0.25056 0.43749 0.25016 0.43753 0.24993 0.43768 0.24956 0.43788 0.24935 0.43812 0.24932 0.43828 0.24935 0.43850 0.24947 0.43861 0.24973 0.43861 0.25013 0.43857 0.25036 0.43842 0.25073 0.43823 0.25094 0.43798 0.25097 0.43782 0.25094\n 11 116 5 0.43933 0.24970 0.43927 0.24961 0.43936 0.24955 0.43943 0.24964 0.43933 0.24970\n 11 314 14 0.43983 0.25091 0.43982 0.25099 0.43987 0.25116 0.43993 0.25125 0.44007 0.25136 0.44038 0.25141 0.44055 0.25137 0.44064 0.25130 0.44075 0.25116 0.44077 0.25101 0.44073 0.25084 0.44061 0.25058 0.43998 0.24966 0.44107 0.24986\n 11 380 17 0.44170 0.25166 0.44148 0.25154 0.44137 0.25128 0.44136 0.25087 0.44140 0.25064 0.44155 0.25027 0.44175 0.25007 0.44199 0.25003 0.44215 0.25006 0.44237 0.25018 0.44248 0.25044 0.44249 0.25084 0.44244 0.25107 0.44229 0.25145 0.44210 0.25165 0.44185 0.25169 0.44170 0.25166\n 11 72 3 0.44310 0.25108 0.45125 0.25257 0.45222 0.25290\n 11 226 10 0.50779 0.11508 0.50029 0.12656 0.49711 0.13805 0.49557 0.14953 0.49490 0.16102 0.49486 0.17250 0.49544 0.18399 0.49683 0.19548 0.49971 0.20696 0.50630 0.21845\n 11 380 17 0.50676 0.21976 0.50661 0.21956 0.50661 0.21928 0.50677 0.21891 0.50690 0.21871 0.50719 0.21843 0.50745 0.21833 0.50769 0.21840 0.50782 0.21848 0.50797 0.21868 0.50797 0.21897 0.50781 0.21934 0.50768 0.21953 0.50739 0.21981 0.50713 0.21992 0.50689 0.21985 0.50676 0.21976\n 11 116 5 0.50865 0.21924 0.50862 0.21913 0.50873 0.21911 0.50875 0.21922 0.50865 0.21924\n 11 314 14 0.50861 0.22055 0.50856 0.22061 0.50854 0.22079 0.50856 0.22090 0.50865 0.22105 0.50891 0.22123 0.50908 0.22125 0.50919 0.22123 0.50934 0.22114 0.50943 0.22101 0.50946 0.22084 0.50946 0.22056 0.50925 0.21946 0.51016 0.22008\n 11 380 17 0.51001 0.22198 0.50986 0.22178 0.50987 0.22150 0.51002 0.22113 0.51016 0.22093 0.51044 0.22065 0.51071 0.22055 0.51094 0.22062 0.51107 0.22070 0.51123 0.22090 0.51122 0.22119 0.51107 0.22156 0.51093 0.22175 0.51065 0.22203 0.51038 0.22214 0.51014 0.22207 0.51001 0.22198\n 11 248 11 0.51154 0.22202 0.52313 0.22732 0.53750 0.22971 0.54157 0.22993 0.55188 0.23042 0.56625 0.23003 0.56725 0.22993 0.58063 0.22822 0.59501 0.22334 0.60125 0.21845 0.60810 0.20696\n 11 380 17 0.60920 0.20610 0.60906 0.20630 0.60879 0.20639 0.60839 0.20637 0.60816 0.20630 0.60780 0.20612 0.60762 0.20591 0.60760 0.20566 0.60764 0.20551 0.60778 0.20530 0.60805 0.20521 0.60845 0.20524 0.60868 0.20530 0.60904 0.20548 0.60923 0.20570 0.60924 0.20595 0.60920 0.20610\n 11 116 5 0.60809 0.20449 0.60799 0.20454 0.60794 0.20445 0.60803 0.20439 0.60809 0.20449\n 11 314 14 0.60934 0.20409 0.60941 0.20412 0.60959 0.20408 0.60968 0.20403 0.60980 0.20389 0.60988 0.20359 0.60985 0.20342 0.60979 0.20332 0.60966 0.20320 0.60951 0.20316 0.60934 0.20320 0.60907 0.20329 0.60810 0.20384 0.60839 0.20277\n 11 380 17 0.61024 0.20230 0.61010 0.20251 0.60983 0.20260 0.60943 0.20257 0.60920 0.20251 0.60884 0.20233 0.60866 0.20211 0.60864 0.20186 0.60868 0.20171 0.60882 0.20150 0.60909 0.20141 0.60949 0.20144 0.60972 0.20151 0.61008 0.20169 0.61027 0.20190 0.61028 0.20215 0.61024 0.20230\n 11 270 12 0.60978 0.20085 0.61094 0.19548 0.61225 0.18399 0.61279 0.17250 0.61276 0.16102 0.61213 0.14953 0.61068 0.13805 0.60938 0.13238 0.60751 0.12656 0.59970 0.11508 0.59501 0.11169 0.58063 0.10686\n 11 380 17 0.57535 0.10703 0.57513 0.10692 0.57500 0.10667 0.57497 0.10627 0.57500 0.10603 0.57513 0.10565 0.57531 0.10544 0.57556 0.10539 0.57571 0.10541 0.57594 0.10552 0.57606 0.10577 0.57609 0.10617 0.57606 0.10640 0.57594 0.10679 0.57575 0.10700 0.57551 0.10705 0.57535 0.10703\n 11 116 5 0.57679 0.10570 0.57672 0.10561 0.57681 0.10555 0.57687 0.10563 0.57679 0.10570\n 11 314 14 0.57735 0.10688 0.57734 0.10696 0.57740 0.10713 0.57747 0.10722 0.57762 0.10731 0.57793 0.10735 0.57810 0.10729 0.57818 0.10723 0.57828 0.10708 0.57830 0.10692 0.57824 0.10676 0.57811 0.10650 0.57743 0.10562 0.57853 0.10576\n 11 380 17 0.57926 0.10752 0.57903 0.10741 0.57891 0.10716 0.57888 0.10676 0.57891 0.10652 0.57903 0.10614 0.57922 0.10593 0.57946 0.10588 0.57962 0.10590 0.57984 0.10601 0.57997 0.10626 0.58000 0.10666 0.57997 0.10689 0.57984 0.10728 0.57966 0.10749 0.57941 0.10754 0.57926 0.10752\n 11 160 7 0.57434 0.10607 0.56625 0.10506 0.55188 0.10465 0.53750 0.10538 0.52313 0.10774 0.50875 0.11425 0.50779 0.11508\n 11 116 5 0.63813 0.06943 0.63796 0.06914 0.63366 0.05765 0.63164 0.04616 0.63069 0.03468\n 11 182 8 0.46764 0.03468 0.46569 0.04616 0.46562 0.04639 0.46079 0.05765 0.45125 0.06836 0.44991 0.06914 0.43687 0.07426 0.42249 0.07620\n 11 380 17 0.41725 0.07685 0.41702 0.07676 0.41687 0.07652 0.41680 0.07613 0.41681 0.07589 0.41690 0.07550 0.41707 0.07527 0.41731 0.07520 0.41747 0.07520 0.41770 0.07529 0.41785 0.07553 0.41791 0.07593 0.41791 0.07616 0.41781 0.07655 0.41765 0.07678 0.41741 0.07686 0.41725 0.07685\n 11 116 5 0.41856 0.07540 0.41849 0.07532 0.41857 0.07524 0.41864 0.07532 0.41856 0.07540\n 11 72 3 0.41993 0.07694 0.41918 0.07581 0.42036 0.07585\n 11 50 2 0.41993 0.07694 0.41998 0.07529\n 11 380 17 0.42119 0.07699 0.42095 0.07690 0.42080 0.07666 0.42074 0.07626 0.42075 0.07603 0.42084 0.07563 0.42100 0.07540 0.42124 0.07533 0.42140 0.07534 0.42163 0.07543 0.42178 0.07567 0.42185 0.07606 0.42184 0.07630 0.42175 0.07669 0.42158 0.07692 0.42134 0.07699 0.42119 0.07699\n 11 182 8 0.41616 0.07599 0.40812 0.07571 0.39374 0.07245 0.38722 0.06914 0.37937 0.06274 0.37583 0.05765 0.37134 0.04616 0.36922 0.03468\n 11 270 12 0.50866 0.13805 0.50558 0.14953 0.50425 0.16102 0.50417 0.17250 0.50532 0.18399 0.50811 0.19548 0.50875 0.19703 0.51498 0.20696 0.52313 0.21388 0.53480 0.21845 0.53750 0.21920 0.55188 0.22068\n 11 380 17 0.55304 0.22144 0.55280 0.22137 0.55263 0.22115 0.55253 0.22076 0.55252 0.22052 0.55258 0.22012 0.55272 0.21988 0.55295 0.21979 0.55311 0.21978 0.55335 0.21984 0.55352 0.22007 0.55362 0.22046 0.55363 0.22069 0.55358 0.22109 0.55343 0.22134 0.55320 0.22143 0.55304 0.22144\n 11 116 5 0.55422 0.21987 0.55413 0.21980 0.55421 0.21972 0.55429 0.21979 0.55422 0.21987\n 11 72 3 0.55572 0.22129 0.55487 0.22023 0.55605 0.22016\n 11 50 2 0.55572 0.22129 0.55562 0.21963\n 11 380 17 0.55698 0.22121 0.55673 0.22115 0.55656 0.22092 0.55646 0.22053 0.55645 0.22030 0.55651 0.21990 0.55665 0.21966 0.55688 0.21956 0.55704 0.21955 0.55728 0.21962 0.55745 0.21985 0.55755 0.22024 0.55756 0.22047 0.55751 0.22087 0.55736 0.22111 0.55713 0.22121 0.55698 0.22121\n 11 248 11 0.55821 0.22032 0.56625 0.21986 0.57240 0.21845 0.58063 0.21592 0.59294 0.20696 0.59501 0.20433 0.59937 0.19548 0.60227 0.18399 0.60347 0.17250 0.60339 0.16102 0.60200 0.14953\n 11 380 17 0.59981 0.14473 0.59982 0.14448 0.60000 0.14427 0.60036 0.14409 0.60059 0.14402 0.60099 0.14399 0.60126 0.14408 0.60140 0.14429 0.60144 0.14444 0.60143 0.14469 0.60124 0.14490 0.60089 0.14508 0.60066 0.14515 0.60026 0.14518 0.59999 0.14509 0.59985 0.14488 0.59981 0.14473\n 11 116 5 0.60159 0.14554 0.60164 0.14545 0.60174 0.14550 0.60168 0.14560 0.60159 0.14554\n 11 72 3 0.60053 0.14731 0.60138 0.14625 0.60169 0.14739\n 11 50 2 0.60053 0.14731 0.60212 0.14687\n 11 380 17 0.60086 0.14852 0.60088 0.14827 0.60106 0.14806 0.60142 0.14788 0.60165 0.14781 0.60205 0.14778 0.60232 0.14787 0.60246 0.14808 0.60250 0.14823 0.60249 0.14848 0.60230 0.14869 0.60194 0.14888 0.60172 0.14894 0.60131 0.14897 0.60105 0.14888 0.60091 0.14867 0.60086 0.14852\n 11 270 12 0.60030 0.14343 0.59880 0.13805 0.59501 0.13079 0.59142 0.12656 0.58063 0.11918 0.56625 0.11513 0.56544 0.11508 0.55188 0.11432 0.54412 0.11508 0.53750 0.11586 0.52313 0.12117 0.51637 0.12656\n 11 380 17 0.51414 0.13135 0.51394 0.13150 0.51365 0.13150 0.51328 0.13134 0.51309 0.13121 0.51281 0.13092 0.51270 0.13066 0.51277 0.13042 0.51285 0.13029 0.51305 0.13014 0.51334 0.13014 0.51371 0.13030 0.51390 0.13043 0.51418 0.13071 0.51429 0.13098 0.51422 0.13122 0.51414 0.13135\n 11 116 5 0.51360 0.12947 0.51349 0.12949 0.51347 0.12938 0.51358 0.12936 0.51360 0.12947\n 11 72 3 0.51564 0.12913 0.51428 0.12916 0.51494 0.12819\n 11 50 2 0.51564 0.12913 0.51427 0.12820\n 11 380 17 0.51634 0.12809 0.51614 0.12824 0.51586 0.12824 0.51549 0.12808 0.51529 0.12795 0.51501 0.12766 0.51490 0.12740 0.51497 0.12716 0.51506 0.12703 0.51526 0.12688 0.51554 0.12688 0.51591 0.12703 0.51611 0.12717 0.51639 0.12745 0.51650 0.12772 0.51643 0.12795 0.51634 0.12809\n 11 72 3 0.51282 0.13181 0.50875 0.13784 0.50866 0.13805\n 11 160 7 0.45686 0.03468 0.45338 0.04616 0.45125 0.04993 0.44376 0.05765 0.43687 0.06196 0.42249 0.06539 0.40812 0.06451\n 11 380 17 0.40297 0.06335 0.40278 0.06318 0.40272 0.06291 0.40279 0.06251 0.40288 0.06229 0.40310 0.06196 0.40333 0.06180 0.40358 0.06181 0.40373 0.06187 0.40392 0.06203 0.40398 0.06231 0.40390 0.06270 0.40382 0.06292 0.40360 0.06326 0.40336 0.06342 0.40311 0.06340 0.40297 0.06335\n 11 116 5 0.40469 0.06242 0.40465 0.06232 0.40475 0.06228 0.40479 0.06238 0.40469 0.06242\n 11 512 23 0.40576 0.06421 0.40563 0.06432 0.40538 0.06431 0.40523 0.06425 0.40504 0.06409 0.40499 0.06381 0.40506 0.06342 0.40520 0.06305 0.40539 0.06279 0.40560 0.06270 0.40585 0.06272 0.40592 0.06274 0.40611 0.06291 0.40620 0.06311 0.40618 0.06336 0.40615 0.06343 0.40599 0.06362 0.40579 0.06371 0.40554 0.06370 0.40547 0.06367 0.40528 0.06351 0.40519 0.06330 0.40520 0.06305\n 11 380 17 0.40662 0.06481 0.40643 0.06465 0.40637 0.06437 0.40645 0.06397 0.40654 0.06375 0.40675 0.06342 0.40699 0.06326 0.40724 0.06327 0.40738 0.06333 0.40757 0.06349 0.40763 0.06377 0.40756 0.06416 0.40747 0.06438 0.40725 0.06472 0.40702 0.06488 0.40677 0.06486 0.40662 0.06481\n 11 116 5 0.40223 0.06216 0.39374 0.05877 0.39236 0.05765 0.38358 0.04616 0.37942 0.03468\n 11 248 11 0.52268 0.13805 0.51707 0.14953 0.51465 0.16102 0.51450 0.17250 0.51659 0.18399 0.52169 0.19548 0.52313 0.19738 0.53658 0.20696 0.53750 0.20739 0.55188 0.20989 0.56625 0.20851\n 11 380 17 0.56761 0.20882 0.56736 0.20884 0.56713 0.20869 0.56690 0.20836 0.56680 0.20814 0.56672 0.20775 0.56677 0.20747 0.56695 0.20730 0.56710 0.20724 0.56734 0.20722 0.56758 0.20737 0.56781 0.20770 0.56791 0.20792 0.56799 0.20831 0.56794 0.20859 0.56776 0.20875 0.56761 0.20882\n 11 116 5 0.56817 0.20694 0.56807 0.20690 0.56811 0.20680 0.56821 0.20684 0.56817 0.20694\n 11 512 23 0.57019 0.20744 0.57018 0.20761 0.56999 0.20778 0.56985 0.20784 0.56960 0.20786 0.56936 0.20771 0.56913 0.20738 0.56898 0.20702 0.56892 0.20670 0.56900 0.20649 0.56919 0.20633 0.56926 0.20629 0.56951 0.20627 0.56972 0.20635 0.56988 0.20654 0.56991 0.20661 0.56994 0.20686 0.56986 0.20707 0.56967 0.20723 0.56960 0.20726 0.56935 0.20729 0.56914 0.20720 0.56898 0.20702\n 11 380 17 0.57122 0.20724 0.57097 0.20727 0.57073 0.20711 0.57051 0.20678 0.57041 0.20657 0.57033 0.20617 0.57038 0.20589 0.57056 0.20573 0.57070 0.20566 0.57095 0.20564 0.57119 0.20580 0.57142 0.20613 0.57152 0.20634 0.57160 0.20673 0.57155 0.20701 0.57137 0.20718 0.57122 0.20724\n 11 270 12 0.57206 0.20597 0.58063 0.20118 0.58565 0.19548 0.59118 0.18399 0.59346 0.17250 0.59330 0.16102 0.59067 0.14953 0.58457 0.13805 0.58063 0.13384 0.56663 0.12656 0.56625 0.12643 0.55188 0.12507\n 11 380 17 0.54687 0.12674 0.54662 0.12670 0.54643 0.12649 0.54628 0.12612 0.54625 0.12588 0.54626 0.12548 0.54638 0.12522 0.54660 0.12511 0.54675 0.12508 0.54700 0.12512 0.54719 0.12533 0.54733 0.12570 0.54737 0.12594 0.54736 0.12634 0.54724 0.12660 0.54702 0.12671 0.54687 0.12674\n 11 116 5 0.54786 0.12506 0.54777 0.12499 0.54784 0.12490 0.54793 0.12497 0.54786 0.12506\n 11 512 23 0.54970 0.12603 0.54965 0.12620 0.54943 0.12631 0.54927 0.12634 0.54903 0.12630 0.54883 0.12609 0.54869 0.12572 0.54863 0.12533 0.54865 0.12501 0.54878 0.12482 0.54900 0.12471 0.54908 0.12470 0.54933 0.12473 0.54951 0.12486 0.54963 0.12508 0.54964 0.12516 0.54960 0.12541 0.54947 0.12559 0.54925 0.12571 0.54917 0.12572 0.54893 0.12568 0.54874 0.12555 0.54863 0.12533\n 11 380 17 0.55075 0.12610 0.55050 0.12606 0.55031 0.12585 0.55017 0.12547 0.55013 0.12524 0.55014 0.12484 0.55026 0.12458 0.55048 0.12446 0.55064 0.12444 0.55088 0.12448 0.55108 0.12468 0.55122 0.12506 0.55126 0.12529 0.55124 0.12569 0.55113 0.12595 0.55091 0.12607 0.55075 0.12610\n 11 116 5 0.54562 0.12611 0.54287 0.12656 0.53750 0.12774 0.52313 0.13749 0.52268 0.13805\n 11 116 5 0.44333 0.03468 0.43687 0.04589 0.43649 0.04616 0.42249 0.05198 0.40812 0.05045\n 11 380 17 0.40329 0.04832 0.40313 0.04813 0.40313 0.04784 0.40327 0.04747 0.40340 0.04727 0.40368 0.04698 0.40394 0.04687 0.40418 0.04693 0.40432 0.04702 0.40447 0.04721 0.40448 0.04749 0.40433 0.04787 0.40420 0.04807 0.40392 0.04835 0.40366 0.04847 0.40342 0.04841 0.40329 0.04832\n 11 116 5 0.40516 0.04775 0.40513 0.04764 0.40524 0.04761 0.40526 0.04772 0.40516 0.04775\n 11 644 29 0.40521 0.04956 0.40505 0.04936 0.40507 0.04919 0.40515 0.04906 0.40531 0.04897 0.40548 0.04899 0.40579 0.04909 0.40603 0.04915 0.40625 0.04911 0.40640 0.04902 0.40653 0.04882 0.40655 0.04864 0.40652 0.04853 0.40637 0.04834 0.40610 0.04817 0.40586 0.04811 0.40575 0.04813 0.40560 0.04822 0.40547 0.04842 0.40545 0.04859 0.40550 0.04881 0.40566 0.04901 0.40588 0.04924 0.40597 0.04939 0.40595 0.04957 0.40586 0.04970 0.40571 0.04979 0.40547 0.04973 0.40521 0.04956\n 11 380 17 0.40659 0.05045 0.40644 0.05026 0.40643 0.04998 0.40658 0.04960 0.40671 0.04940 0.40699 0.04912 0.40725 0.04900 0.40749 0.04907 0.40762 0.04915 0.40778 0.04934 0.40778 0.04963 0.40764 0.05000 0.40751 0.05020 0.40723 0.05049 0.40697 0.05060 0.40673 0.05054 0.40659 0.05045\n 11 94 4 0.40279 0.04702 0.40147 0.04616 0.39374 0.03697 0.39272 0.03468\n 11 204 9 0.55177 0.13805 0.53750 0.14364 0.53220 0.14953 0.52741 0.16102 0.52713 0.17250 0.53126 0.18399 0.53750 0.19145 0.54694 0.19548 0.55188 0.19683\n 11 380 17 0.55311 0.19747 0.55287 0.19743 0.55268 0.19722 0.55254 0.19685 0.55250 0.19661 0.55252 0.19621 0.55264 0.19596 0.55286 0.19584 0.55301 0.19582 0.55326 0.19586 0.55345 0.19607 0.55359 0.19644 0.55363 0.19668 0.55361 0.19708 0.55349 0.19734 0.55327 0.19745 0.55311 0.19747\n 11 116 5 0.55413 0.19580 0.55404 0.19574 0.55410 0.19565 0.55419 0.19571 0.55413 0.19580\n 11 644 29 0.55537 0.19712 0.55512 0.19708 0.55502 0.19694 0.55500 0.19678 0.55505 0.19661 0.55519 0.19651 0.55549 0.19638 0.55571 0.19627 0.55585 0.19609 0.55590 0.19592 0.55586 0.19569 0.55576 0.19554 0.55567 0.19548 0.55542 0.19544 0.55511 0.19549 0.55489 0.19560 0.55483 0.19569 0.55477 0.19586 0.55481 0.19609 0.55491 0.19624 0.55509 0.19637 0.55534 0.19641 0.55566 0.19644 0.55583 0.19649 0.55593 0.19663 0.55596 0.19679 0.55590 0.19696 0.55568 0.19707 0.55537 0.19712\n 11 380 17 0.55700 0.19686 0.55676 0.19682 0.55657 0.19661 0.55643 0.19624 0.55639 0.19600 0.55641 0.19560 0.55653 0.19534 0.55675 0.19523 0.55690 0.19520 0.55715 0.19525 0.55734 0.19545 0.55748 0.19583 0.55752 0.19606 0.55750 0.19647 0.55738 0.19672 0.55716 0.19684 0.55700 0.19686\n 11 292 13 0.55814 0.19585 0.56050 0.19548 0.56625 0.19412 0.57659 0.18399 0.58063 0.17460 0.58116 0.17250 0.58095 0.16102 0.58063 0.15990 0.57548 0.14953 0.56625 0.14114 0.55207 0.13805 0.55188 0.13802 0.55177 0.13805\n 21 6 1\n 25 6 1\n 82 0\n 81 6 62\n 82 0\n 81 6 63\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.47060 0.22993 0.47052 0.23034\n 11 50 2 0.47037 0.23115 0.47023 0.23196\n 11 50 2 0.47008 0.23278 0.46993 0.23359\n 11 50 2 0.46978 0.23440 0.46963 0.23522\n 11 50 2 0.46948 0.23603 0.46934 0.23684\n 11 50 2 0.46919 0.23766 0.46904 0.23847\n 11 50 2 0.46889 0.23928 0.46874 0.24010\n 11 72 3 0.46859 0.24091 0.46850 0.24142 0.46860 0.24171\n 11 50 2 0.46888 0.24249 0.46915 0.24327\n 11 50 2 0.46942 0.24405 0.46970 0.24483\n 11 50 2 0.46997 0.24561 0.47024 0.24639\n 11 50 2 0.47051 0.24718 0.47079 0.24796\n 11 50 2 0.47106 0.24874 0.47133 0.24952\n 11 50 2 0.47161 0.25030 0.47188 0.25108\n 11 50 2 0.47215 0.25186 0.47242 0.25264\n 11 50 2 0.47291 0.25328 0.47350 0.25386\n 11 50 2 0.47410 0.25443 0.47469 0.25500\n 11 50 2 0.47529 0.25558 0.47588 0.25615\n 11 50 2 0.47648 0.25673 0.47708 0.25730\n 11 50 2 0.47767 0.25787 0.47827 0.25845\n 11 50 2 0.49475 0.25865 0.49528 0.25804\n 11 50 2 0.49583 0.25743 0.49638 0.25681\n 11 50 2 0.49693 0.25619 0.49747 0.25557\n 11 50 2 0.49802 0.25495 0.49857 0.25433\n 11 50 2 0.49912 0.25371 0.49967 0.25309\n 11 50 2 0.50000 0.25236 0.50024 0.25156\n 11 50 2 0.50048 0.25077 0.50072 0.24998\n 11 50 2 0.50097 0.24919 0.50121 0.24840\n 11 50 2 0.50145 0.24761 0.50169 0.24682\n 11 50 2 0.50193 0.24603 0.50217 0.24524\n 11 50 2 0.50241 0.24445 0.50265 0.24366\n 11 50 2 0.50289 0.24287 0.50313 0.24207\n 11 50 2 0.50225 0.23384 0.50247 0.23524\n 11 380 17 0.50170 0.23640 0.50174 0.23615 0.50195 0.23596 0.50232 0.23582 0.50256 0.23578 0.50296 0.23580 0.50322 0.23591 0.50333 0.23614 0.50336 0.23629 0.50332 0.23654 0.50311 0.23673 0.50273 0.23687 0.50250 0.23691 0.50210 0.23689 0.50184 0.23677 0.50172 0.23655 0.50170 0.23640\n 11 116 5 0.50337 0.23740 0.50344 0.23731 0.50353 0.23738 0.50346 0.23747 0.50337 0.23740\n 11 644 29 0.50206 0.23865 0.50210 0.23840 0.50224 0.23830 0.50240 0.23828 0.50256 0.23833 0.50267 0.23847 0.50279 0.23877 0.50291 0.23899 0.50309 0.23912 0.50326 0.23918 0.50349 0.23914 0.50363 0.23904 0.50370 0.23895 0.50374 0.23870 0.50369 0.23839 0.50357 0.23817 0.50348 0.23810 0.50332 0.23805 0.50308 0.23809 0.50294 0.23819 0.50281 0.23837 0.50277 0.23862 0.50274 0.23894 0.50269 0.23911 0.50254 0.23921 0.50239 0.23924 0.50222 0.23918 0.50211 0.23896 0.50206 0.23865\n 11 380 17 0.50232 0.24028 0.50236 0.24004 0.50257 0.23985 0.50294 0.23971 0.50318 0.23967 0.50358 0.23968 0.50383 0.23980 0.50395 0.24002 0.50397 0.24018 0.50393 0.24042 0.50372 0.24062 0.50335 0.24076 0.50311 0.24079 0.50271 0.24078 0.50246 0.24066 0.50234 0.24044 0.50232 0.24028\n 11 50 2 0.50202 0.23314 0.50195 0.23273\n 11 50 2 0.50182 0.23191 0.50169 0.23109\n 11 72 3 0.50156 0.23028 0.50151 0.22993 0.50123 0.22954\n 11 50 2 0.50075 0.22887 0.50027 0.22820\n 11 50 2 0.49979 0.22752 0.49931 0.22685\n 11 50 2 0.49883 0.22618 0.49836 0.22550\n 11 50 2 0.49788 0.22483 0.49740 0.22416\n 11 50 2 0.49692 0.22348 0.49644 0.22281\n 11 50 2 0.49596 0.22213 0.49548 0.22146\n 11 50 2 0.49500 0.22079 0.49452 0.22011\n 11 50 2 0.49380 0.21986 0.49298 0.21979\n 11 50 2 0.49215 0.21971 0.49133 0.21964\n 11 50 2 0.49051 0.21957 0.48968 0.21950\n 11 50 2 0.48886 0.21942 0.48804 0.21935\n 11 50 2 0.48721 0.21928 0.48639 0.21921\n 11 50 2 0.48557 0.21913 0.48474 0.21906\n 11 50 2 0.48392 0.21899 0.48310 0.21892\n 11 50 2 0.48227 0.21884 0.48145 0.21877\n 11 72 3 0.48062 0.21870 0.48000 0.21864 0.47987 0.21880\n 11 50 2 0.47934 0.21943 0.47881 0.22007\n 11 50 2 0.47828 0.22070 0.47775 0.22134\n 11 50 2 0.47723 0.22197 0.47670 0.22261\n 11 50 2 0.47617 0.22324 0.47564 0.22388\n 11 50 2 0.47511 0.22451 0.47458 0.22515\n 11 50 2 0.47405 0.22578 0.47352 0.22642\n 11 50 2 0.47299 0.22705 0.47246 0.22769\n 11 50 2 0.47193 0.22833 0.47141 0.22896\n 11 50 2 0.47088 0.22960 0.47060 0.22993\n 11 50 2 0.56429 0.11508 0.56413 0.11546\n 11 50 2 0.56382 0.11623 0.56351 0.11699\n 11 50 2 0.56320 0.11776 0.56288 0.11852\n 11 50 2 0.56257 0.11929 0.56226 0.12005\n 11 50 2 0.56195 0.12082 0.56164 0.12158\n 11 50 2 0.56132 0.12235 0.56101 0.12312\n 11 50 2 0.56070 0.12388 0.56039 0.12465\n 11 50 2 0.56008 0.12541 0.55976 0.12618\n 11 50 2 0.55962 0.12697 0.55965 0.12780\n 11 50 2 0.55967 0.12863 0.55970 0.12945\n 11 50 2 0.55972 0.13028 0.55975 0.13111\n 11 50 2 0.55977 0.13193 0.55980 0.13276\n 11 50 2 0.55982 0.13359 0.55985 0.13441\n 11 50 2 0.55987 0.13524 0.55990 0.13606\n 11 50 2 0.55992 0.13689 0.55995 0.13772\n 11 50 2 0.56018 0.13849 0.56054 0.13924\n 11 50 2 0.56090 0.13998 0.56126 0.14072\n 11 50 2 0.56163 0.14147 0.56199 0.14221\n 11 50 2 0.56235 0.14295 0.56271 0.14369\n 11 50 2 0.56308 0.14444 0.56344 0.14518\n 11 50 2 0.56380 0.14592 0.56417 0.14667\n 11 50 2 0.56453 0.14741 0.56489 0.14815\n 11 72 3 0.56525 0.14889 0.56557 0.14953 0.56565 0.14961\n 11 72 3 0.56624 0.15019 0.56625 0.15021 0.56705 0.15034\n 11 50 2 0.56786 0.15048 0.56868 0.15061\n 11 50 2 0.56950 0.15075 0.57031 0.15088\n 11 50 2 0.57113 0.15102 0.57194 0.15116\n 11 50 2 0.57276 0.15129 0.57357 0.15143\n 11 50 2 0.57439 0.15157 0.57520 0.15170\n 11 50 2 0.57602 0.15184 0.57683 0.15198\n 11 50 2 0.57765 0.15211 0.57846 0.15225\n 11 50 2 0.57928 0.15238 0.58010 0.15252\n 11 50 2 0.58087 0.15246 0.58157 0.15202\n 11 50 2 0.58227 0.15158 0.58297 0.15113\n 11 50 2 0.58367 0.15069 0.58437 0.15025\n 11 72 3 0.58507 0.14981 0.58551 0.14953 0.58569 0.14929\n 11 50 2 0.58617 0.14862 0.58665 0.14794\n 11 50 2 0.58714 0.14727 0.58762 0.14660\n 11 50 2 0.58810 0.14593 0.58858 0.14526\n 11 50 2 0.58907 0.14459 0.58955 0.14392\n 11 50 2 0.59003 0.14325 0.59051 0.14257\n 11 50 2 0.59100 0.14190 0.59148 0.14123\n 11 50 2 0.59196 0.14056 0.59244 0.13989\n 11 50 2 0.59293 0.13922 0.59341 0.13855\n 11 50 2 0.59368 0.13732 0.59375 0.13590\n 11 380 17 0.59473 0.13492 0.59465 0.13515 0.59440 0.13530 0.59401 0.13536 0.59377 0.13535 0.59338 0.13525 0.59315 0.13508 0.59308 0.13484 0.59309 0.13469 0.59318 0.13446 0.59342 0.13431 0.59382 0.13425 0.59406 0.13426 0.59444 0.13435 0.59467 0.13452 0.59474 0.13476 0.59473 0.13492\n 11 116 5 0.59330 0.13359 0.59321 0.13367 0.59314 0.13359 0.59322 0.13351 0.59330 0.13359\n 11 644 29 0.59484 0.13264 0.59475 0.13287 0.59459 0.13294 0.59443 0.13293 0.59428 0.13285 0.59420 0.13269 0.59414 0.13237 0.59407 0.13213 0.59392 0.13197 0.59377 0.13188 0.59353 0.13187 0.59337 0.13194 0.59329 0.13202 0.59320 0.13225 0.59319 0.13256 0.59325 0.13280 0.59333 0.13289 0.59348 0.13297 0.59372 0.13298 0.59388 0.13291 0.59404 0.13276 0.59413 0.13253 0.59423 0.13222 0.59431 0.13206 0.59447 0.13199 0.59463 0.13200 0.59478 0.13208 0.59485 0.13232 0.59484 0.13264\n 11 380 17 0.59491 0.13099 0.59482 0.13122 0.59458 0.13137 0.59418 0.13143 0.59395 0.13142 0.59356 0.13132 0.59333 0.13115 0.59326 0.13091 0.59327 0.13075 0.59336 0.13052 0.59360 0.13038 0.59400 0.13031 0.59423 0.13033 0.59462 0.13042 0.59485 0.13059 0.59492 0.13083 0.59491 0.13099\n 11 50 2 0.59414 0.12967 0.59416 0.12926\n 11 50 2 0.59420 0.12843 0.59424 0.12761\n 11 72 3 0.59427 0.12678 0.59428 0.12656 0.59397 0.12604\n 11 50 2 0.59354 0.12533 0.59312 0.12462\n 11 50 2 0.59269 0.12391 0.59227 0.12320\n 11 50 2 0.59184 0.12250 0.59142 0.12179\n 11 50 2 0.59099 0.12108 0.59057 0.12037\n 11 50 2 0.59014 0.11966 0.58972 0.11895\n 11 50 2 0.58929 0.11824 0.58887 0.11753\n 11 50 2 0.58844 0.11682 0.58802 0.11611\n 11 72 3 0.58759 0.11541 0.58739 0.11508 0.58703 0.11483\n 11 50 2 0.58635 0.11436 0.58567 0.11389\n 11 50 2 0.58499 0.11342 0.58431 0.11295\n 11 50 2 0.58363 0.11248 0.58295 0.11201\n 11 50 2 0.58227 0.11154 0.58159 0.11107\n 11 72 3 0.58091 0.11060 0.58063 0.11041 0.58015 0.11049\n 11 50 2 0.57933 0.11064 0.57852 0.11078\n 11 50 2 0.57770 0.11093 0.57689 0.11107\n 11 50 2 0.57608 0.11122 0.57526 0.11136\n 11 50 2 0.57445 0.11151 0.57363 0.11165\n 11 50 2 0.57282 0.11180 0.57201 0.11194\n 11 50 2 0.57119 0.11209 0.57038 0.11223\n 11 50 2 0.56956 0.11238 0.56875 0.11252\n 11 50 2 0.56794 0.11267 0.56712 0.11281\n 11 72 3 0.56631 0.11296 0.56625 0.11297 0.56573 0.11353\n 11 50 2 0.56516 0.11414 0.56460 0.11474\n 11 50 2 0.46486 0.21845 0.46473 0.21884\n 11 50 2 0.46446 0.21962 0.46420 0.22040\n 11 50 2 0.46393 0.22119 0.46366 0.22197\n 11 50 2 0.46340 0.22275 0.46313 0.22353\n 11 50 2 0.46286 0.22432 0.46260 0.22510\n 11 50 2 0.46233 0.22588 0.46206 0.22666\n 11 50 2 0.46180 0.22745 0.46153 0.22823\n 11 50 2 0.46126 0.22901 0.46100 0.22979\n 11 50 2 0.46090 0.23061 0.46084 0.23144\n 11 50 2 0.46078 0.23226 0.46072 0.23308\n 11 50 2 0.46066 0.23391 0.46059 0.23473\n 11 50 2 0.46053 0.23556 0.46047 0.23638\n 11 50 2 0.46041 0.23721 0.46035 0.23803\n 11 50 2 0.46029 0.23886 0.46023 0.23968\n 11 50 2 0.46016 0.24050 0.46010 0.24133\n 11 50 2 0.46020 0.24215 0.46032 0.24297\n 11 50 2 0.46043 0.24378 0.46055 0.24460\n 11 50 2 0.46067 0.24542 0.46078 0.24624\n 11 50 2 0.46090 0.24706 0.46102 0.24788\n 11 50 2 0.46113 0.24870 0.46125 0.24951\n 11 50 2 0.46137 0.25033 0.46148 0.25115\n 11 50 2 0.46160 0.25197 0.46172 0.25279\n 11 50 2 0.46202 0.25355 0.46235 0.25431\n 11 50 2 0.46268 0.25507 0.46301 0.25583\n 11 50 2 0.46334 0.25658 0.46367 0.25734\n 11 50 2 0.46400 0.25810 0.46424 0.25865\n 11 204 9 0.50733 0.25865 0.50730 0.25853 0.50738 0.25830 0.50748 0.25818 0.50769 0.25804 0.50797 0.25806 0.50833 0.25824 0.50851 0.25839 0.50873 0.25865\n 11 50 2 0.50882 0.25781 0.50897 0.25742\n 11 50 2 0.50927 0.25665 0.50957 0.25588\n 11 50 2 0.50987 0.25511 0.51017 0.25434\n 11 72 3 0.51047 0.25357 0.51073 0.25290 0.51074 0.25279\n 11 50 2 0.51085 0.25197 0.51096 0.25115\n 11 50 2 0.51107 0.25033 0.51119 0.24951\n 11 50 2 0.51130 0.24869 0.51141 0.24788\n 11 50 2 0.51152 0.24706 0.51163 0.24624\n 11 50 2 0.51174 0.24542 0.51185 0.24460\n 11 50 2 0.51196 0.24378 0.51208 0.24296\n 11 72 3 0.51219 0.24214 0.51228 0.24142 0.51228 0.24132\n 11 50 2 0.51222 0.24050 0.51216 0.23967\n 11 50 2 0.51210 0.23885 0.51204 0.23802\n 11 50 2 0.51199 0.23720 0.51193 0.23637\n 11 50 2 0.51187 0.23555 0.51181 0.23472\n 11 50 2 0.51175 0.23390 0.51169 0.23307\n 11 50 2 0.51164 0.23225 0.51158 0.23143\n 11 72 3 0.51152 0.23060 0.51147 0.22993 0.51142 0.22978\n 11 50 2 0.51118 0.22899 0.51093 0.22820\n 11 50 2 0.51069 0.22741 0.51044 0.22663\n 11 50 2 0.51020 0.22584 0.50995 0.22505\n 11 50 2 0.50970 0.22426 0.50946 0.22347\n 11 50 2 0.50921 0.22268 0.50897 0.22189\n 11 50 2 0.50870 0.22111 0.50826 0.22041\n 11 50 2 0.50783 0.21970 0.50740 0.21900\n 11 50 2 0.50691 0.21834 0.50625 0.21785\n 11 50 2 0.50558 0.21736 0.50492 0.21687\n 11 50 2 0.50425 0.21638 0.50358 0.21589\n 11 50 2 0.50292 0.21540 0.50225 0.21491\n 11 50 2 0.50159 0.21442 0.50092 0.21393\n 11 50 2 0.50025 0.21344 0.49959 0.21295\n 11 50 2 0.49892 0.21246 0.49826 0.21197\n 11 50 2 0.49759 0.21148 0.49692 0.21099\n 11 50 2 0.49626 0.21050 0.49559 0.21001\n 11 72 3 0.49493 0.20952 0.49437 0.20911 0.49423 0.20911\n 11 50 2 0.49341 0.20908 0.49258 0.20904\n 11 50 2 0.49176 0.20901 0.49093 0.20897\n 11 50 2 0.49010 0.20894 0.48928 0.20891\n 11 50 2 0.48845 0.20887 0.48763 0.20884\n 11 50 2 0.48680 0.20881 0.48597 0.20877\n 11 50 2 0.48515 0.20874 0.48432 0.20871\n 11 50 2 0.48349 0.20867 0.48267 0.20864\n 11 50 2 0.48184 0.20861 0.48102 0.20857\n 11 72 3 0.48019 0.20854 0.48000 0.20853 0.47946 0.20886\n 11 50 2 0.47875 0.20929 0.47805 0.20972\n 11 50 2 0.47734 0.21015 0.47663 0.21058\n 11 50 2 0.47593 0.21102 0.47522 0.21145\n 11 50 2 0.47452 0.21188 0.47381 0.21231\n 11 50 2 0.47311 0.21274 0.47240 0.21317\n 11 50 2 0.47170 0.21360 0.47099 0.21403\n 11 50 2 0.47029 0.21446 0.46958 0.21490\n 11 50 2 0.46887 0.21533 0.46817 0.21576\n 11 50 2 0.46746 0.21619 0.46676 0.21662\n 11 72 3 0.46605 0.21705 0.46562 0.21731 0.46544 0.21758\n 11 50 2 0.46498 0.21827 0.46486 0.21845\n 11 50 2 0.55022 0.12656 0.55023 0.12698\n 11 50 2 0.55024 0.12780 0.55025 0.12863\n 11 50 2 0.55026 0.12946 0.55028 0.13028\n 11 50 2 0.55029 0.13111 0.55030 0.13194\n 11 50 2 0.55031 0.13276 0.55032 0.13359\n 11 50 2 0.55034 0.13442 0.55035 0.13524\n 11 50 2 0.55036 0.13607 0.55037 0.13690\n 11 72 3 0.55038 0.13772 0.55039 0.13805 0.55050 0.13854\n 11 50 2 0.55067 0.13934 0.55085 0.14015\n 11 50 2 0.55103 0.14096 0.55121 0.14177\n 11 50 2 0.55139 0.14257 0.55156 0.14338\n 11 72 3 0.55174 0.14419 0.55188 0.14480 0.55195 0.14499\n 11 50 2 0.55225 0.14576 0.55256 0.14653\n 11 50 2 0.55286 0.14729 0.55316 0.14806\n 11 72 3 0.55347 0.14883 0.55374 0.14953 0.55379 0.14959\n 11 50 2 0.55438 0.15017 0.55496 0.15075\n 11 50 2 0.55555 0.15134 0.55613 0.15192\n 11 50 2 0.55672 0.15251 0.55730 0.15309\n 11 50 2 0.55789 0.15368 0.55847 0.15426\n 11 50 2 0.55905 0.15485 0.55964 0.15543\n 11 50 2 0.56022 0.15602 0.56081 0.15660\n 11 50 2 0.56139 0.15719 0.56198 0.15777\n 11 50 2 0.56256 0.15835 0.56315 0.15894\n 11 50 2 0.56373 0.15952 0.56432 0.16011\n 11 72 3 0.56490 0.16069 0.56523 0.16102 0.56555 0.16120\n 11 50 2 0.56627 0.16159 0.56710 0.16166\n 11 50 2 0.56792 0.16174 0.56874 0.16182\n 11 50 2 0.56957 0.16190 0.57039 0.16197\n 11 50 2 0.57121 0.16205 0.57204 0.16213\n 11 50 2 0.57286 0.16220 0.57368 0.16228\n 11 50 2 0.57450 0.16236 0.57533 0.16243\n 11 50 2 0.57615 0.16251 0.57697 0.16259\n 11 50 2 0.57780 0.16267 0.57862 0.16274\n 11 50 2 0.57944 0.16282 0.58027 0.16290\n 11 50 2 0.58107 0.16278 0.58184 0.16250\n 11 50 2 0.58262 0.16222 0.58340 0.16194\n 11 50 2 0.58418 0.16167 0.58496 0.16139\n 11 72 3 0.58574 0.16111 0.58601 0.16102 0.58647 0.16074\n 11 50 2 0.58719 0.16032 0.58790 0.15990\n 11 50 2 0.58861 0.15948 0.58932 0.15906\n 11 50 2 0.59004 0.15864 0.59075 0.15822\n 11 50 2 0.59146 0.15780 0.59217 0.15738\n 11 50 2 0.59288 0.15696 0.59360 0.15654\n 11 72 3 0.59431 0.15612 0.59501 0.15571 0.59501 0.15570\n 11 50 2 0.59546 0.15500 0.59590 0.15430\n 11 50 2 0.59634 0.15360 0.59678 0.15290\n 11 50 2 0.59722 0.15221 0.59767 0.15151\n 11 50 2 0.59811 0.15081 0.59855 0.15011\n 11 50 2 0.59895 0.14939 0.59917 0.14859\n 11 50 2 0.59938 0.14780 0.59959 0.14700\n 11 50 2 0.59980 0.14620 0.60002 0.14540\n 11 50 2 0.60023 0.14460 0.60044 0.14380\n 11 50 2 0.60065 0.14300 0.60087 0.14220\n 11 50 2 0.60108 0.14140 0.60129 0.14061\n 11 50 2 0.60151 0.13981 0.60172 0.13901\n 11 50 2 0.60193 0.13821 0.60197 0.13805\n 11 50 2 0.60187 0.13732 0.60189 0.13590\n 11 380 17 0.60285 0.13489 0.60277 0.13513 0.60253 0.13528 0.60214 0.13535 0.60190 0.13535 0.60151 0.13526 0.60127 0.13510 0.60120 0.13487 0.60120 0.13471 0.60129 0.13447 0.60152 0.13432 0.60192 0.13425 0.60216 0.13425 0.60255 0.13434 0.60278 0.13450 0.60286 0.13474 0.60285 0.13489\n 11 116 5 0.60138 0.13361 0.60130 0.13369 0.60122 0.13361 0.60130 0.13353 0.60138 0.13361\n 11 512 23 0.60267 0.13198 0.60282 0.13206 0.60290 0.13229 0.60289 0.13245 0.60281 0.13269 0.60257 0.13284 0.60218 0.13291 0.60178 0.13291 0.60147 0.13282 0.60132 0.13266 0.60124 0.13242 0.60124 0.13235 0.60132 0.13211 0.60148 0.13196 0.60172 0.13188 0.60180 0.13188 0.60204 0.13197 0.60219 0.13213 0.60227 0.13236 0.60226 0.13244 0.60218 0.13268 0.60202 0.13283 0.60178 0.13291\n 11 380 17 0.60292 0.13096 0.60284 0.13119 0.60260 0.13135 0.60220 0.13142 0.60197 0.13141 0.60157 0.13133 0.60134 0.13117 0.60127 0.13093 0.60127 0.13077 0.60135 0.13054 0.60159 0.13038 0.60198 0.13031 0.60222 0.13032 0.60261 0.13040 0.60285 0.13056 0.60292 0.13080 0.60292 0.13096\n 11 50 2 0.60211 0.12966 0.60212 0.12925\n 11 50 2 0.60213 0.12842 0.60215 0.12760\n 11 72 3 0.60216 0.12677 0.60217 0.12656 0.60203 0.12596\n 11 50 2 0.60185 0.12515 0.60167 0.12434\n 11 50 2 0.60149 0.12354 0.60131 0.12273\n 11 50 2 0.60113 0.12192 0.60095 0.12112\n 11 50 2 0.60078 0.12031 0.60060 0.11950\n 11 50 2 0.60042 0.11870 0.60024 0.11789\n 11 50 2 0.60006 0.11708 0.59988 0.11627\n 11 72 3 0.59970 0.11547 0.59961 0.11508 0.59940 0.11471\n 11 50 2 0.59899 0.11399 0.59857 0.11328\n 11 50 2 0.59816 0.11256 0.59775 0.11184\n 11 50 2 0.59733 0.11113 0.59692 0.11041\n 11 50 2 0.59650 0.10970 0.59609 0.10898\n 11 50 2 0.59568 0.10826 0.59526 0.10755\n 11 50 2 0.59475 0.10693 0.59406 0.10647\n 11 50 2 0.59337 0.10601 0.59268 0.10556\n 11 50 2 0.59199 0.10510 0.59130 0.10464\n 11 50 2 0.59062 0.10418 0.58993 0.10373\n 11 50 2 0.58918 0.10338 0.58841 0.10308\n 11 50 2 0.58764 0.10278 0.58687 0.10248\n 11 50 2 0.58610 0.10219 0.58533 0.10189\n 11 50 2 0.58456 0.10159 0.58378 0.10129\n 11 50 2 0.58301 0.10099 0.58224 0.10069\n 11 50 2 0.58147 0.10039 0.58070 0.10009\n 11 50 2 0.57988 0.10014 0.57906 0.10022\n 11 50 2 0.57824 0.10030 0.57741 0.10038\n 11 50 2 0.57659 0.10046 0.57577 0.10054\n 11 50 2 0.57495 0.10061 0.57412 0.10069\n 11 50 2 0.57330 0.10077 0.57248 0.10085\n 11 50 2 0.57165 0.10093 0.57083 0.10101\n 11 50 2 0.57001 0.10109 0.56919 0.10117\n 11 50 2 0.56836 0.10125 0.56754 0.10133\n 11 72 3 0.56672 0.10141 0.56625 0.10145 0.56594 0.10164\n 11 50 2 0.56524 0.10207 0.56453 0.10249\n 11 50 2 0.56382 0.10292 0.56311 0.10335\n 11 50 2 0.56247 0.10386 0.56193 0.10448\n 11 50 2 0.56139 0.10511 0.56085 0.10573\n 11 50 2 0.56031 0.10636 0.55977 0.10699\n 11 50 2 0.55923 0.10761 0.55869 0.10824\n 11 50 2 0.55815 0.10886 0.55761 0.10949\n 11 50 2 0.55707 0.11011 0.55653 0.11074\n 11 50 2 0.55599 0.11137 0.55545 0.11199\n 11 50 2 0.55491 0.11262 0.55437 0.11324\n 11 50 2 0.55383 0.11387 0.55329 0.11449\n 11 50 2 0.55276 0.11513 0.55250 0.11591\n 11 50 2 0.55224 0.11670 0.55198 0.11748\n 11 50 2 0.55179 0.11829 0.55163 0.11910\n 11 50 2 0.55148 0.11991 0.55133 0.12072\n 11 50 2 0.55117 0.12153 0.55102 0.12235\n 11 50 2 0.55086 0.12316 0.55071 0.12397\n 11 50 2 0.55056 0.12478 0.55040 0.12560\n 11 50 2 0.55025 0.12641 0.55022 0.12656\n 11 50 2 0.64523 0.22112 0.64491 0.22189\n 11 50 2 0.64460 0.22265 0.64428 0.22341\n 11 50 2 0.64397 0.22418 0.64365 0.22494\n 11 50 2 0.64334 0.22571 0.64302 0.22647\n 11 50 2 0.64271 0.22724 0.64239 0.22800\n 11 50 2 0.64208 0.22877 0.64176 0.22953\n 11 50 2 0.64156 0.23032 0.64149 0.23115\n 11 50 2 0.64141 0.23197 0.64134 0.23279\n 11 50 2 0.64127 0.23362 0.64119 0.23444\n 11 50 2 0.64112 0.23526 0.64104 0.23609\n 11 50 2 0.64097 0.23691 0.64089 0.23773\n 11 50 2 0.64082 0.23856 0.64075 0.23938\n 11 50 2 0.64067 0.24020 0.64060 0.24103\n 11 50 2 0.64064 0.24185 0.64078 0.24266\n 11 50 2 0.64092 0.24347 0.64106 0.24429\n 11 50 2 0.64120 0.24510 0.64134 0.24592\n 11 50 2 0.64148 0.24673 0.64162 0.24755\n 11 50 2 0.64176 0.24836 0.64190 0.24918\n 11 50 2 0.64204 0.24999 0.64218 0.25081\n 11 50 2 0.64232 0.25162 0.64246 0.25244\n 11 50 2 0.64272 0.25321 0.64312 0.25394\n 11 50 2 0.64352 0.25466 0.64392 0.25538\n 11 50 2 0.64432 0.25610 0.64472 0.25683\n 11 50 2 0.64512 0.25755 0.64532 0.25791\n 11 50 2 0.42249 0.16022 0.42265 0.15984\n 11 50 2 0.42296 0.15907 0.42326 0.15830\n 11 50 2 0.42357 0.15753 0.42388 0.15677\n 11 50 2 0.42418 0.15600 0.42449 0.15523\n 11 50 2 0.42480 0.15446 0.42511 0.15370\n 11 50 2 0.42541 0.15293 0.42572 0.15216\n 11 50 2 0.42603 0.15139 0.42634 0.15063\n 11 72 3 0.42664 0.14986 0.42678 0.14953 0.42685 0.14906\n 11 50 2 0.42697 0.14825 0.42709 0.14743\n 11 50 2 0.42721 0.14661 0.42734 0.14579\n 11 50 2 0.42746 0.14497 0.42758 0.14416\n 11 50 2 0.42770 0.14334 0.42783 0.14252\n 11 50 2 0.42795 0.14170 0.42807 0.14089\n 11 50 2 0.42819 0.14007 0.42832 0.13925\n 11 72 3 0.42844 0.13843 0.42850 0.13805 0.42850 0.13761\n 11 50 2 0.42851 0.13679 0.42852 0.13596\n 11 50 2 0.42853 0.13513 0.42853 0.13431\n 11 50 2 0.42854 0.13348 0.42855 0.13265\n 11 50 2 0.42856 0.13182 0.42856 0.13100\n 11 50 2 0.42857 0.13017 0.42858 0.12934\n 11 50 2 0.42859 0.12852 0.42859 0.12769\n 11 72 3 0.42860 0.12686 0.42861 0.12656 0.42854 0.12604\n 11 50 2 0.42844 0.12522 0.42834 0.12440\n 11 50 2 0.42823 0.12358 0.42813 0.12276\n 11 50 2 0.42803 0.12194 0.42792 0.12112\n 11 50 2 0.42782 0.12030 0.42772 0.11948\n 11 50 2 0.42762 0.11866 0.42751 0.11784\n 11 50 2 0.42741 0.11702 0.42731 0.11620\n 11 72 3 0.42721 0.11538 0.42717 0.11508 0.42699 0.11458\n 11 50 2 0.42672 0.11380 0.42644 0.11302\n 11 50 2 0.42617 0.11225 0.42589 0.11147\n 11 50 2 0.42561 0.11069 0.42534 0.10991\n 11 50 2 0.42506 0.10913 0.42479 0.10835\n 11 50 2 0.42451 0.10757 0.42424 0.10679\n 11 50 2 0.42396 0.10601 0.42368 0.10523\n 11 50 2 0.42341 0.10445 0.42313 0.10367\n 11 50 2 0.42270 0.10297 0.42249 0.10266\n 11 50 2 0.46317 0.20696 0.46295 0.20731\n 11 50 2 0.46252 0.20802 0.46209 0.20873\n 11 50 2 0.46167 0.20943 0.46124 0.21014\n 11 50 2 0.46081 0.21085 0.46038 0.21155\n 11 50 2 0.45995 0.21226 0.45952 0.21297\n 11 50 2 0.45909 0.21367 0.45866 0.21438\n 11 50 2 0.45823 0.21508 0.45780 0.21579\n 11 50 2 0.45737 0.21650 0.45694 0.21720\n 11 72 3 0.45651 0.21791 0.45618 0.21845 0.45614 0.21864\n 11 50 2 0.45596 0.21945 0.45577 0.22025\n 11 50 2 0.45559 0.22106 0.45541 0.22186\n 11 50 2 0.45522 0.22267 0.45504 0.22348\n 11 50 2 0.45486 0.22428 0.45468 0.22509\n 11 50 2 0.45449 0.22590 0.45431 0.22670\n 11 50 2 0.45413 0.22751 0.45394 0.22831\n 11 50 2 0.45376 0.22912 0.45358 0.22993\n 11 50 2 0.45354 0.23075 0.45349 0.23158\n 11 50 2 0.45345 0.23240 0.45341 0.23323\n 11 50 2 0.45337 0.23406 0.45333 0.23488\n 11 50 2 0.45329 0.23571 0.45325 0.23653\n 11 50 2 0.45321 0.23736 0.45317 0.23818\n 11 50 2 0.45313 0.23901 0.45308 0.23984\n 11 72 3 0.45304 0.24066 0.45301 0.24142 0.45301 0.24149\n 11 50 2 0.45309 0.24231 0.45317 0.24313\n 11 50 2 0.45325 0.24396 0.45333 0.24478\n 11 50 2 0.45340 0.24560 0.45348 0.24643\n 11 50 2 0.45356 0.24725 0.45364 0.24807\n 11 50 2 0.45372 0.24889 0.45380 0.24972\n 11 50 2 0.45387 0.25054 0.45395 0.25136\n 11 72 3 0.45403 0.25219 0.45410 0.25290 0.45413 0.25301\n 11 50 2 0.45437 0.25380 0.45461 0.25459\n 11 50 2 0.45485 0.25538 0.45510 0.25617\n 11 50 2 0.45534 0.25696 0.45558 0.25775\n 11 50 2 0.45582 0.25854 0.45585 0.25865\n 11 50 2 0.51644 0.25827 0.51667 0.25748\n 11 50 2 0.51690 0.25669 0.51713 0.25589\n 11 50 2 0.51736 0.25510 0.51759 0.25430\n 11 72 3 0.51782 0.25351 0.51800 0.25290 0.51802 0.25271\n 11 50 2 0.51809 0.25189 0.51817 0.25106\n 11 50 2 0.51824 0.25024 0.51832 0.24942\n 11 50 2 0.51839 0.24859 0.51847 0.24777\n 11 50 2 0.51854 0.24695 0.51861 0.24612\n 11 50 2 0.51869 0.24530 0.51876 0.24448\n 11 50 2 0.51884 0.24365 0.51891 0.24283\n 11 72 3 0.51899 0.24201 0.51904 0.24142 0.51903 0.24118\n 11 50 2 0.51899 0.24036 0.51895 0.23953\n 11 50 2 0.51891 0.23871 0.51887 0.23788\n 11 50 2 0.51883 0.23705 0.51880 0.23623\n 11 50 2 0.51876 0.23540 0.51872 0.23458\n 11 50 2 0.51868 0.23375 0.51864 0.23292\n 11 50 2 0.51860 0.23210 0.51856 0.23127\n 11 72 3 0.51852 0.23045 0.51850 0.22993 0.51843 0.22963\n 11 50 2 0.51826 0.22882 0.51808 0.22801\n 11 50 2 0.51791 0.22720 0.51773 0.22640\n 11 50 2 0.51756 0.22559 0.51738 0.22478\n 11 50 2 0.51721 0.22397 0.51703 0.22316\n 11 50 2 0.51686 0.22236 0.51668 0.22155\n 11 50 2 0.51651 0.22074 0.51633 0.21993\n 11 72 3 0.51616 0.21912 0.51601 0.21845 0.51595 0.21833\n 11 50 2 0.51553 0.21762 0.51512 0.21690\n 11 50 2 0.51470 0.21618 0.51429 0.21547\n 11 50 2 0.51387 0.21475 0.51346 0.21404\n 11 50 2 0.51304 0.21332 0.51263 0.21261\n 11 50 2 0.51222 0.21189 0.51180 0.21118\n 11 50 2 0.51139 0.21046 0.51097 0.20975\n 11 50 2 0.51056 0.20903 0.51014 0.20832\n 11 72 3 0.50973 0.20760 0.50936 0.20696 0.50929 0.20690\n 11 50 2 0.50868 0.20636 0.50791 0.20605\n 11 50 2 0.50714 0.20574 0.50637 0.20543\n 11 50 2 0.50561 0.20513 0.50484 0.20482\n 11 50 2 0.50407 0.20451 0.50331 0.20420\n 11 50 2 0.50254 0.20389 0.50177 0.20359\n 11 50 2 0.50100 0.20328 0.50024 0.20297\n 11 50 2 0.49947 0.20266 0.49870 0.20235\n 11 50 2 0.49794 0.20205 0.49717 0.20174\n 11 50 2 0.49640 0.20143 0.49563 0.20112\n 11 72 3 0.49487 0.20081 0.49437 0.20062 0.49408 0.20061\n 11 50 2 0.49325 0.20059 0.49242 0.20058\n 11 50 2 0.49160 0.20056 0.49077 0.20054\n 11 50 2 0.48995 0.20052 0.48912 0.20051\n 11 50 2 0.48829 0.20049 0.48747 0.20047\n 11 50 2 0.48664 0.20045 0.48581 0.20043\n 11 50 2 0.48499 0.20042 0.48416 0.20040\n 11 50 2 0.48333 0.20038 0.48251 0.20036\n 11 50 2 0.48168 0.20035 0.48085 0.20033\n 11 72 3 0.48003 0.20031 0.48000 0.20031 0.47924 0.20055\n 11 50 2 0.47845 0.20081 0.47766 0.20106\n 11 50 2 0.47688 0.20131 0.47609 0.20156\n 11 50 2 0.47530 0.20181 0.47451 0.20207\n 11 50 2 0.47373 0.20232 0.47294 0.20257\n 11 50 2 0.47215 0.20282 0.47136 0.20307\n 11 50 2 0.47058 0.20332 0.46979 0.20358\n 11 50 2 0.46900 0.20383 0.46821 0.20408\n 11 50 2 0.46743 0.20433 0.46664 0.20458\n 11 72 3 0.46585 0.20484 0.46562 0.20491 0.46517 0.20528\n 11 50 2 0.46454 0.20582 0.46390 0.20635\n 11 50 2 0.46327 0.20688 0.46317 0.20696\n 11 50 2 0.54934 0.10359 0.54920 0.10398\n 11 50 2 0.54892 0.10476 0.54863 0.10553\n 11 50 2 0.54835 0.10631 0.54806 0.10708\n 11 50 2 0.54778 0.10786 0.54749 0.10864\n 11 50 2 0.54721 0.10941 0.54693 0.11019\n 11 50 2 0.54664 0.11097 0.54636 0.11174\n 11 50 2 0.54607 0.11252 0.54579 0.11330\n 11 50 2 0.54550 0.11407 0.54522 0.11485\n 11 50 2 0.54506 0.11565 0.54496 0.11647\n 11 50 2 0.54485 0.11729 0.54474 0.11811\n 11 50 2 0.54464 0.11893 0.54453 0.11975\n 11 50 2 0.54442 0.12057 0.54432 0.12139\n 11 50 2 0.54421 0.12221 0.54411 0.12303\n 11 50 2 0.54400 0.12385 0.54389 0.12467\n 11 50 2 0.54379 0.12549 0.54368 0.12631\n 11 50 2 0.54365 0.12714 0.54366 0.12796\n 11 50 2 0.54367 0.12879 0.54368 0.12962\n 11 50 2 0.54369 0.13045 0.54369 0.13127\n 11 50 2 0.54370 0.13210 0.54371 0.13293\n 11 50 2 0.54372 0.13375 0.54373 0.13458\n 11 50 2 0.54373 0.13541 0.54374 0.13623\n 11 50 2 0.54375 0.13706 0.54376 0.13789\n 11 50 2 0.54386 0.13870 0.54399 0.13952\n 11 50 2 0.54412 0.14034 0.54424 0.14116\n 11 50 2 0.54437 0.14197 0.54450 0.14279\n 11 50 2 0.54462 0.14361 0.54475 0.14442\n 11 50 2 0.54488 0.14524 0.54500 0.14606\n 11 50 2 0.54513 0.14687 0.54526 0.14769\n 11 50 2 0.54538 0.14851 0.54551 0.14932\n 11 50 2 0.54578 0.15010 0.54611 0.15086\n 11 50 2 0.54643 0.15162 0.54675 0.15238\n 11 50 2 0.54707 0.15314 0.54740 0.15391\n 11 50 2 0.54772 0.15467 0.54804 0.15543\n 11 50 2 0.54836 0.15619 0.54869 0.15695\n 11 50 2 0.54901 0.15771 0.54933 0.15847\n 11 50 2 0.54966 0.15923 0.54998 0.15999\n 11 72 3 0.55030 0.16076 0.55041 0.16102 0.55075 0.16144\n 11 50 2 0.55127 0.16208 0.55179 0.16273\n 11 50 2 0.55249 0.16315 0.55323 0.16353\n 11 50 2 0.55396 0.16390 0.55470 0.16428\n 11 50 2 0.55543 0.16466 0.55617 0.16504\n 11 50 2 0.55690 0.16542 0.55764 0.16579\n 11 50 2 0.55837 0.16617 0.55911 0.16655\n 11 50 2 0.55984 0.16693 0.56058 0.16730\n 11 50 2 0.56132 0.16768 0.56205 0.16806\n 11 50 2 0.56279 0.16844 0.56352 0.16882\n 11 50 2 0.56426 0.16919 0.56499 0.16957\n 11 72 3 0.56573 0.16995 0.56625 0.17022 0.56649 0.17023\n 11 50 2 0.56731 0.17029 0.56814 0.17034\n 11 50 2 0.56896 0.17039 0.56979 0.17044\n 11 50 2 0.57061 0.17049 0.57144 0.17054\n 11 50 2 0.57226 0.17060 0.57309 0.17065\n 11 50 2 0.57391 0.17070 0.57474 0.17075\n 11 50 2 0.57556 0.17080 0.57639 0.17085\n 11 50 2 0.57721 0.17090 0.57804 0.17096\n 11 50 2 0.57886 0.17101 0.57969 0.17106\n 11 72 3 0.58052 0.17111 0.58063 0.17112 0.58132 0.17093\n 11 50 2 0.58211 0.17071 0.58291 0.17050\n 11 50 2 0.58371 0.17028 0.58451 0.17006\n 11 50 2 0.58531 0.16984 0.58610 0.16963\n 11 50 2 0.58690 0.16941 0.58770 0.16919\n 11 50 2 0.58850 0.16898 0.58929 0.16876\n 11 50 2 0.59009 0.16854 0.59089 0.16832\n 11 50 2 0.59169 0.16811 0.59248 0.16789\n 11 50 2 0.59328 0.16767 0.59408 0.16745\n 11 50 2 0.59488 0.16724 0.59501 0.16720\n 11 50 2 0.59547 0.16663 0.59653 0.16569\n 11 380 17 0.59792 0.16571 0.59769 0.16581 0.59742 0.16574 0.59710 0.16550 0.59694 0.16532 0.59674 0.16497 0.59670 0.16469 0.59682 0.16448 0.59694 0.16437 0.59717 0.16427 0.59744 0.16435 0.59776 0.16459 0.59792 0.16476 0.59812 0.16511 0.59816 0.16539 0.59804 0.16561 0.59792 0.16571\n 11 116 5 0.59787 0.16376 0.59776 0.16375 0.59776 0.16364 0.59787 0.16365 0.59787 0.16376\n 11 72 3 0.59992 0.16393 0.59860 0.16363 0.59948 0.16285\n 11 50 2 0.59992 0.16393 0.59882 0.16270\n 11 380 17 0.60086 0.16309 0.60063 0.16319 0.60036 0.16312 0.60004 0.16288 0.59988 0.16270 0.59968 0.16236 0.59964 0.16207 0.59976 0.16186 0.59988 0.16175 0.60011 0.16166 0.60038 0.16173 0.60070 0.16197 0.60086 0.16214 0.60106 0.16249 0.60110 0.16277 0.60098 0.16299 0.60086 0.16309\n 11 50 2 0.60127 0.16162 0.60158 0.16135\n 11 50 2 0.60209 0.16072 0.60245 0.15998\n 11 50 2 0.60281 0.15923 0.60317 0.15849\n 11 50 2 0.60353 0.15775 0.60389 0.15700\n 11 50 2 0.60425 0.15626 0.60461 0.15551\n 11 50 2 0.60498 0.15477 0.60534 0.15403\n 11 50 2 0.60570 0.15328 0.60606 0.15254\n 11 50 2 0.60642 0.15180 0.60678 0.15105\n 11 50 2 0.60714 0.15031 0.60750 0.14956\n 11 50 2 0.60766 0.14875 0.60780 0.14794\n 11 50 2 0.60795 0.14713 0.60809 0.14631\n 11 50 2 0.60824 0.14550 0.60839 0.14468\n 11 50 2 0.60853 0.14387 0.60868 0.14306\n 11 50 2 0.60882 0.14224 0.60897 0.14143\n 11 50 2 0.60912 0.14062 0.60926 0.13980\n 11 50 2 0.60940 0.13899 0.60950 0.13817\n 11 50 2 0.60952 0.13734 0.60953 0.13651\n 11 50 2 0.60954 0.13569 0.60955 0.13486\n 11 50 2 0.60955 0.13403 0.60956 0.13321\n 11 50 2 0.60957 0.13238 0.60958 0.13155\n 11 50 2 0.60958 0.13073 0.60959 0.12990\n 11 50 2 0.60960 0.12907 0.60961 0.12825\n 11 50 2 0.60961 0.12742 0.60962 0.12659\n 11 50 2 0.60953 0.12577 0.60945 0.12495\n 11 50 2 0.60935 0.12413 0.60922 0.12331\n 11 50 2 0.60910 0.12249 0.60898 0.12168\n 11 50 2 0.60885 0.12086 0.60873 0.12004\n 11 50 2 0.60861 0.11922 0.60848 0.11841\n 11 50 2 0.60836 0.11759 0.60824 0.11677\n 11 50 2 0.60811 0.11595 0.60799 0.11514\n 11 50 2 0.60768 0.11437 0.60736 0.11361\n 11 50 2 0.60705 0.11285 0.60673 0.11208\n 11 50 2 0.60641 0.11132 0.60609 0.11056\n 11 50 2 0.60577 0.10979 0.60545 0.10903\n 11 50 2 0.60513 0.10827 0.60481 0.10751\n 11 50 2 0.60449 0.10674 0.60417 0.10598\n 11 50 2 0.60385 0.10522 0.60353 0.10446\n 11 72 3 0.60321 0.10369 0.60317 0.10359 0.60266 0.10309\n 11 50 2 0.60206 0.10252 0.60147 0.10194\n 11 50 2 0.60088 0.10136 0.60029 0.10079\n 11 50 2 0.59969 0.10021 0.59910 0.09963\n 11 50 2 0.59851 0.09906 0.59792 0.09848\n 11 50 2 0.59732 0.09791 0.59673 0.09733\n 11 50 2 0.59614 0.09675 0.59554 0.09618\n 11 50 2 0.59493 0.09563 0.59414 0.09540\n 11 50 2 0.59335 0.09517 0.59255 0.09494\n 11 50 2 0.59176 0.09471 0.59096 0.09448\n 11 50 2 0.59017 0.09425 0.58937 0.09402\n 11 50 2 0.58858 0.09379 0.58779 0.09356\n 11 50 2 0.58699 0.09333 0.58620 0.09310\n 11 50 2 0.58540 0.09287 0.58461 0.09264\n 11 50 2 0.58382 0.09241 0.58302 0.09218\n 11 50 2 0.58222 0.09200 0.58141 0.09184\n 11 50 2 0.58059 0.09168 0.57977 0.09173\n 11 50 2 0.57894 0.09177 0.57812 0.09182\n 11 50 2 0.57729 0.09186 0.57647 0.09191\n 11 50 2 0.57564 0.09195 0.57482 0.09199\n 11 50 2 0.57399 0.09204 0.57316 0.09208\n 11 50 2 0.56517 0.09324 0.56657 0.09301\n 11 380 17 0.56774 0.09378 0.56749 0.09374 0.56730 0.09353 0.56716 0.09315 0.56712 0.09292 0.56713 0.09252 0.56725 0.09226 0.56747 0.09215 0.56762 0.09212 0.56787 0.09216 0.56806 0.09237 0.56820 0.09274 0.56824 0.09297 0.56823 0.09338 0.56811 0.09363 0.56789 0.09375 0.56774 0.09378\n 11 116 5 0.56873 0.09209 0.56864 0.09203 0.56871 0.09194 0.56880 0.09200 0.56873 0.09209\n 11 72 3 0.57038 0.09334 0.56942 0.09238 0.57059 0.09219\n 11 50 2 0.57038 0.09334 0.57011 0.09171\n 11 380 17 0.57162 0.09313 0.57137 0.09309 0.57118 0.09289 0.57104 0.09251 0.57100 0.09228 0.57101 0.09188 0.57113 0.09162 0.57135 0.09150 0.57151 0.09147 0.57175 0.09151 0.57195 0.09172 0.57209 0.09210 0.57213 0.09233 0.57211 0.09273 0.57200 0.09299 0.57178 0.09311 0.57162 0.09313\n 11 50 2 0.56448 0.09348 0.56411 0.09367\n 11 50 2 0.56338 0.09406 0.56265 0.09445\n 11 50 2 0.56192 0.09484 0.56119 0.09522\n 11 50 2 0.56046 0.09561 0.55973 0.09600\n 11 50 2 0.55900 0.09639 0.55827 0.09677\n 11 50 2 0.55754 0.09716 0.55681 0.09755\n 11 50 2 0.55608 0.09794 0.55535 0.09832\n 11 50 2 0.55462 0.09871 0.55389 0.09910\n 11 50 2 0.55316 0.09949 0.55243 0.09987\n 11 50 2 0.55175 0.10033 0.55126 0.10100\n 11 50 2 0.55077 0.10166 0.55028 0.10233\n 11 50 2 0.54979 0.10299 0.54934 0.10359\n 11 50 2 0.63649 0.21845 0.63641 0.21885\n 11 50 2 0.63625 0.21966 0.63609 0.22047\n 11 50 2 0.63593 0.22129 0.63577 0.22210\n 11 50 2 0.63561 0.22291 0.63545 0.22372\n 11 50 2 0.63529 0.22453 0.63513 0.22534\n 11 50 2 0.63497 0.22615 0.63481 0.22696\n 11 50 2 0.63465 0.22778 0.63449 0.22859\n 11 72 3 0.63433 0.22940 0.63423 0.22993 0.63421 0.23021\n 11 50 2 0.63418 0.23104 0.63414 0.23187\n 11 50 2 0.63411 0.23269 0.63407 0.23352\n 11 50 2 0.63404 0.23434 0.63400 0.23517\n 11 50 2 0.63397 0.23600 0.63393 0.23682\n 11 50 2 0.63389 0.23765 0.63386 0.23847\n 11 50 2 0.63382 0.23930 0.63379 0.24013\n 11 72 3 0.63375 0.24095 0.63373 0.24142 0.63376 0.24178\n 11 50 2 0.63383 0.24260 0.63390 0.24342\n 11 50 2 0.63397 0.24425 0.63403 0.24507\n 11 50 2 0.63410 0.24590 0.63417 0.24672\n 11 50 2 0.63424 0.24754 0.63431 0.24837\n 11 50 2 0.63437 0.24919 0.63444 0.25002\n 11 50 2 0.63451 0.25084 0.63458 0.25166\n 11 72 3 0.63464 0.25249 0.63468 0.25290 0.63478 0.25330\n 11 50 2 0.63500 0.25410 0.63521 0.25490\n 11 50 2 0.63542 0.25570 0.63563 0.25650\n 11 50 2 0.63584 0.25730 0.63605 0.25809\n 11 50 2 0.64532 0.20634 0.64512 0.20646\n 11 72 3 0.64440 0.20689 0.64428 0.20696 0.64385 0.20749\n 11 50 2 0.64333 0.20813 0.64280 0.20877\n 11 50 2 0.64228 0.20941 0.64176 0.21005\n 11 50 2 0.64124 0.21069 0.64071 0.21133\n 11 50 2 0.64019 0.21197 0.63967 0.21261\n 11 50 2 0.63914 0.21325 0.63862 0.21389\n 11 50 2 0.63811 0.21454 0.63779 0.21530\n 11 50 2 0.63748 0.21607 0.63716 0.21683\n 11 50 2 0.63684 0.21759 0.63652 0.21836\n 11 50 2 0.42249 0.17377 0.42283 0.17354\n 11 50 2 0.42351 0.17307 0.42419 0.17259\n 11 50 2 0.42468 0.17194 0.42513 0.17124\n 11 50 2 0.42557 0.17055 0.42602 0.16985\n 11 50 2 0.42647 0.16916 0.42691 0.16846\n 11 50 2 0.42736 0.16776 0.42781 0.16707\n 11 50 2 0.42825 0.16637 0.42870 0.16568\n 11 50 2 0.42915 0.16498 0.42959 0.16429\n 11 50 2 0.43004 0.16359 0.43048 0.16289\n 11 50 2 0.43093 0.16220 0.43138 0.16150\n 11 50 2 0.43174 0.16077 0.43190 0.15996\n 11 50 2 0.43207 0.15915 0.43224 0.15834\n 11 50 2 0.43240 0.15753 0.43257 0.15672\n 11 50 2 0.43273 0.15591 0.43290 0.15510\n 11 50 2 0.43307 0.15429 0.43323 0.15348\n 11 50 2 0.43340 0.15267 0.43356 0.15186\n 11 50 2 0.43373 0.15105 0.43390 0.15024\n 11 50 2 0.43405 0.14943 0.43411 0.14861\n 11 50 2 0.43417 0.14778 0.43423 0.14696\n 11 50 2 0.43430 0.14613 0.43436 0.14531\n 11 50 2 0.43442 0.14448 0.43448 0.14366\n 11 50 2 0.43454 0.14284 0.43460 0.14201\n 11 50 2 0.43467 0.14119 0.43473 0.14036\n 11 50 2 0.43479 0.13954 0.43485 0.13871\n 11 50 2 0.43490 0.13789 0.43491 0.13706\n 11 50 2 0.43491 0.13623 0.43491 0.13541\n 11 50 2 0.43492 0.13458 0.43492 0.13375\n 11 50 2 0.43493 0.13293 0.43493 0.13210\n 11 50 2 0.43493 0.13127 0.43494 0.13045\n 11 50 2 0.43494 0.12962 0.43495 0.12879\n 11 50 2 0.43495 0.12797 0.43495 0.12714\n 11 50 2 0.43460 0.11891 0.43468 0.12033\n 11 380 17 0.43380 0.12141 0.43387 0.12117 0.43409 0.12100 0.43448 0.12089 0.43472 0.12088 0.43512 0.12093 0.43536 0.12107 0.43545 0.12130 0.43546 0.12146 0.43540 0.12170 0.43518 0.12187 0.43479 0.12198 0.43455 0.12199 0.43415 0.12194 0.43391 0.12180 0.43381 0.12157 0.43380 0.12141\n 11 116 5 0.43538 0.12257 0.43545 0.12249 0.43553 0.12256 0.43546 0.12265 0.43538 0.12257\n 11 314 14 0.43432 0.12335 0.43424 0.12335 0.43409 0.12344 0.43402 0.12352 0.43395 0.12369 0.43397 0.12400 0.43406 0.12415 0.43414 0.12423 0.43430 0.12430 0.43446 0.12429 0.43461 0.12420 0.43484 0.12403 0.43557 0.12319 0.43564 0.12429\n 11 380 17 0.43405 0.12534 0.43411 0.12510 0.43434 0.12492 0.43473 0.12482 0.43496 0.12481 0.43536 0.12486 0.43561 0.12500 0.43570 0.12523 0.43571 0.12539 0.43565 0.12563 0.43542 0.12580 0.43503 0.12591 0.43480 0.12592 0.43440 0.12587 0.43415 0.12573 0.43406 0.12549 0.43405 0.12534\n 11 50 2 0.43443 0.11819 0.43441 0.11778\n 11 50 2 0.43435 0.11696 0.43430 0.11613\n 11 72 3 0.43425 0.11531 0.43424 0.11508 0.43413 0.11449\n 11 50 2 0.43399 0.11367 0.43384 0.11286\n 11 50 2 0.43370 0.11205 0.43356 0.11123\n 11 50 2 0.43341 0.11042 0.43327 0.10960\n 11 50 2 0.43312 0.10879 0.43298 0.10798\n 11 50 2 0.43284 0.10716 0.43269 0.10635\n 11 50 2 0.43255 0.10553 0.43240 0.10472\n 11 72 3 0.43226 0.10391 0.43220 0.10359 0.43197 0.10314\n 11 50 2 0.43159 0.10241 0.43120 0.10168\n 11 50 2 0.43082 0.10094 0.43044 0.10021\n 11 50 2 0.43005 0.09948 0.42967 0.09875\n 11 50 2 0.42929 0.09801 0.42890 0.09728\n 11 50 2 0.42852 0.09655 0.42814 0.09581\n 11 50 2 0.42776 0.09508 0.42737 0.09435\n 11 50 2 0.42699 0.09362 0.42661 0.09288\n 11 72 3 0.42622 0.09215 0.42620 0.09211 0.42559 0.09162\n 11 50 2 0.42494 0.09111 0.42430 0.09060\n 11 50 2 0.42365 0.09008 0.42300 0.08957\n 11 50 2 0.46562 0.19480 0.46603 0.19474\n 11 50 2 0.46685 0.19462 0.46767 0.19450\n 11 50 2 0.46849 0.19438 0.46930 0.19427\n 11 50 2 0.47012 0.19415 0.47094 0.19403\n 11 50 2 0.47176 0.19391 0.47258 0.19379\n 11 50 2 0.47339 0.19367 0.47421 0.19356\n 11 50 2 0.47503 0.19344 0.47585 0.19332\n 11 50 2 0.47667 0.19320 0.47749 0.19308\n 11 50 2 0.47830 0.19296 0.47912 0.19284\n 11 72 3 0.47994 0.19273 0.48000 0.19272 0.48077 0.19273\n 11 50 2 0.48159 0.19273 0.48242 0.19274\n 11 50 2 0.48325 0.19275 0.48407 0.19276\n 11 50 2 0.48490 0.19277 0.48573 0.19277\n 11 50 2 0.48655 0.19278 0.48738 0.19279\n 11 50 2 0.48821 0.19280 0.48903 0.19281\n 11 50 2 0.48986 0.19281 0.49069 0.19282\n 11 50 2 0.49151 0.19283 0.49234 0.19284\n 11 50 2 0.49317 0.19285 0.49399 0.19285\n 11 50 2 0.49481 0.19294 0.49563 0.19308\n 11 50 2 0.49644 0.19323 0.49725 0.19338\n 11 50 2 0.49807 0.19352 0.49888 0.19367\n 11 50 2 0.49969 0.19382 0.50051 0.19396\n 11 50 2 0.50132 0.19411 0.50214 0.19426\n 11 50 2 0.50295 0.19441 0.50376 0.19455\n 11 50 2 0.50458 0.19470 0.50539 0.19485\n 11 50 2 0.50620 0.19499 0.50702 0.19514\n 11 50 2 0.50783 0.19529 0.50864 0.19543\n 11 50 2 0.50928 0.19593 0.50988 0.19650\n 11 50 2 0.51049 0.19707 0.51109 0.19763\n 11 50 2 0.51169 0.19820 0.51229 0.19877\n 11 50 2 0.51289 0.19934 0.51349 0.19991\n 11 50 2 0.51409 0.20047 0.51469 0.20104\n 11 50 2 0.51529 0.20161 0.51589 0.20218\n 11 50 2 0.51649 0.20274 0.51710 0.20331\n 11 50 2 0.51770 0.20388 0.51830 0.20445\n 11 50 2 0.51890 0.20502 0.51950 0.20558\n 11 50 2 0.52010 0.20615 0.52070 0.20672\n 11 50 2 0.52110 0.20741 0.52136 0.20820\n 11 50 2 0.52162 0.20898 0.52188 0.20977\n 11 50 2 0.52214 0.21055 0.52240 0.21134\n 11 50 2 0.52266 0.21212 0.52292 0.21291\n 11 50 2 0.52316 0.21370 0.52332 0.21451\n 11 50 2 0.52349 0.21532 0.52365 0.21613\n 11 50 2 0.52382 0.21694 0.52398 0.21775\n 11 50 2 0.52413 0.21856 0.52421 0.21938\n 11 50 2 0.52429 0.22021 0.52436 0.22103\n 11 50 2 0.52444 0.22185 0.52452 0.22268\n 11 50 2 0.52459 0.22350 0.52467 0.22432\n 11 50 2 0.52475 0.22515 0.52482 0.22597\n 11 50 2 0.52490 0.22679 0.52498 0.22762\n 11 50 2 0.52505 0.22844 0.52513 0.22926\n 11 50 2 0.52520 0.23009 0.52521 0.23091\n 11 50 2 0.52523 0.23174 0.52525 0.23257\n 11 50 2 0.52526 0.23339 0.52528 0.23422\n 11 50 2 0.52530 0.23505 0.52531 0.23587\n 11 50 2 0.52533 0.23670 0.52535 0.23753\n 11 50 2 0.52536 0.23835 0.52538 0.23918\n 11 50 2 0.52540 0.24001 0.52542 0.24083\n 11 50 2 0.52542 0.24166 0.52539 0.24248\n 11 50 2 0.52535 0.24331 0.52532 0.24414\n 11 50 2 0.52529 0.24496 0.52526 0.24579\n 11 50 2 0.52522 0.24661 0.52519 0.24744\n 11 50 2 0.52516 0.24827 0.52513 0.24909\n 11 50 2 0.52510 0.24992 0.52506 0.25075\n 11 50 2 0.52503 0.25157 0.52500 0.25240\n 11 380 17 0.52515 0.25818 0.52504 0.25841 0.52479 0.25853 0.52439 0.25856 0.52415 0.25853 0.52377 0.25841 0.52356 0.25822 0.52351 0.25798 0.52353 0.25782 0.52364 0.25759 0.52389 0.25747 0.52429 0.25744 0.52452 0.25747 0.52491 0.25760 0.52512 0.25778 0.52517 0.25803 0.52515 0.25818\n 11 116 5 0.52382 0.25674 0.52373 0.25681 0.52367 0.25673 0.52375 0.25666 0.52382 0.25674\n 11 314 14 0.52500 0.25618 0.52508 0.25619 0.52525 0.25613 0.52534 0.25606 0.52543 0.25592 0.52547 0.25560 0.52541 0.25544 0.52535 0.25535 0.52520 0.25525 0.52504 0.25523 0.52488 0.25529 0.52462 0.25542 0.52374 0.25610 0.52388 0.25501\n 11 380 17 0.52564 0.25428 0.52553 0.25450 0.52528 0.25463 0.52488 0.25466 0.52464 0.25463 0.52426 0.25450 0.52405 0.25431 0.52400 0.25407 0.52402 0.25391 0.52413 0.25369 0.52438 0.25356 0.52478 0.25353 0.52502 0.25356 0.52540 0.25369 0.52561 0.25387 0.52566 0.25412 0.52564 0.25428\n 11 50 2 0.44791 0.25678 0.44808 0.25818\n 11 50 2 0.44770 0.25607 0.44765 0.25566\n 11 50 2 0.44754 0.25484 0.44744 0.25402\n 11 72 3 0.44733 0.25320 0.44730 0.25290 0.44728 0.25237\n 11 50 2 0.44724 0.25155 0.44721 0.25072\n 11 50 2 0.44718 0.24990 0.44715 0.24907\n 11 50 2 0.44711 0.24824 0.44708 0.24742\n 11 50 2 0.44705 0.24659 0.44702 0.24577\n 11 50 2 0.44698 0.24494 0.44695 0.24411\n 11 50 2 0.44692 0.24329 0.44689 0.24246\n 11 72 3 0.44686 0.24163 0.44685 0.24142 0.44686 0.24081\n 11 50 2 0.44688 0.23998 0.44689 0.23915\n 11 50 2 0.44691 0.23833 0.44693 0.23750\n 11 50 2 0.44694 0.23668 0.44696 0.23585\n 11 50 2 0.44698 0.23502 0.44699 0.23420\n 11 50 2 0.44701 0.23337 0.44703 0.23254\n 11 50 2 0.44705 0.23172 0.44706 0.23089\n 11 72 3 0.44708 0.23006 0.44708 0.22993 0.44715 0.22924\n 11 50 2 0.44722 0.22842 0.44730 0.22759\n 11 50 2 0.44738 0.22677 0.44746 0.22595\n 11 50 2 0.44753 0.22512 0.44761 0.22430\n 11 50 2 0.44769 0.22348 0.44776 0.22265\n 11 50 2 0.44784 0.22183 0.44792 0.22101\n 11 50 2 0.44800 0.22018 0.44807 0.21936\n 11 72 3 0.44815 0.21854 0.44816 0.21845 0.44834 0.21773\n 11 50 2 0.44854 0.21693 0.44874 0.21613\n 11 50 2 0.44894 0.21533 0.44914 0.21453\n 11 50 2 0.44934 0.21372 0.44954 0.21292\n 11 50 2 0.44975 0.21212 0.44995 0.21132\n 11 50 2 0.45015 0.21052 0.45035 0.20972\n 11 50 2 0.45055 0.20891 0.45075 0.20811\n 11 72 3 0.45095 0.20731 0.45104 0.20696 0.45123 0.20654\n 11 50 2 0.45185 0.20598 0.45247 0.20544\n 11 50 2 0.45309 0.20489 0.45371 0.20435\n 11 50 2 0.45433 0.20380 0.45495 0.20325\n 11 50 2 0.45557 0.20271 0.45619 0.20216\n 11 50 2 0.45681 0.20161 0.45743 0.20107\n 11 50 2 0.45805 0.20052 0.45867 0.19998\n 11 50 2 0.45929 0.19943 0.45992 0.19888\n 11 50 2 0.46054 0.19834 0.46116 0.19779\n 11 50 2 0.46178 0.19725 0.46240 0.19670\n 11 50 2 0.46302 0.19615 0.46364 0.19561\n 11 50 2 0.46438 0.19526 0.46515 0.19497\n 11 50 2 0.53712 0.12656 0.53712 0.12698\n 11 50 2 0.53713 0.12780 0.53713 0.12863\n 11 50 2 0.53713 0.12946 0.53714 0.13028\n 11 50 2 0.53714 0.13111 0.53714 0.13194\n 11 50 2 0.53715 0.13276 0.53715 0.13359\n 11 50 2 0.53716 0.13442 0.53716 0.13524\n 11 50 2 0.53716 0.13607 0.53717 0.13690\n 11 72 3 0.53717 0.13772 0.53717 0.13805 0.53720 0.13855\n 11 50 2 0.53726 0.13937 0.53731 0.14020\n 11 50 2 0.53736 0.14102 0.53742 0.14185\n 11 72 3 0.53747 0.14267 0.53750 0.14318 0.53753 0.14350\n 11 50 2 0.53760 0.14432 0.53766 0.14515\n 11 50 2 0.53773 0.14597 0.53780 0.14679\n 11 50 2 0.53787 0.14762 0.53793 0.14844\n 11 72 3 0.53800 0.14927 0.53802 0.14953 0.53814 0.15008\n 11 50 2 0.53831 0.15089 0.53848 0.15170\n 11 50 2 0.53865 0.15251 0.53882 0.15332\n 11 50 2 0.53900 0.15412 0.53917 0.15493\n 11 50 2 0.53934 0.15574 0.53951 0.15655\n 11 50 2 0.53968 0.15736 0.53985 0.15817\n 11 50 2 0.54002 0.15898 0.54020 0.15979\n 11 72 3 0.54037 0.16059 0.54046 0.16102 0.54067 0.16135\n 11 50 2 0.54113 0.16203 0.54159 0.16272\n 11 50 2 0.54205 0.16341 0.54250 0.16410\n 11 50 2 0.54296 0.16479 0.54342 0.16548\n 11 50 2 0.54388 0.16617 0.54433 0.16686\n 11 50 2 0.54479 0.16754 0.54525 0.16823\n 11 50 2 0.54571 0.16892 0.54616 0.16961\n 11 50 2 0.54662 0.17030 0.54708 0.17099\n 11 50 2 0.54754 0.17168 0.54799 0.17236\n 11 50 2 0.54865 0.17285 0.54935 0.17328\n 11 50 2 0.55006 0.17371 0.55076 0.17414\n 11 72 3 0.55147 0.17458 0.55188 0.17483 0.55222 0.17490\n 11 50 2 0.55302 0.17509 0.55383 0.17527\n 11 50 2 0.55464 0.17545 0.55544 0.17563\n 11 50 2 0.55625 0.17581 0.55706 0.17599\n 11 50 2 0.55786 0.17617 0.55867 0.17635\n 11 50 2 0.55948 0.17653 0.56028 0.17672\n 11 50 2 0.56109 0.17690 0.56190 0.17708\n 11 50 2 0.56270 0.17726 0.56351 0.17744\n 11 50 2 0.56431 0.17762 0.56512 0.17780\n 11 72 3 0.56593 0.17798 0.56625 0.17806 0.56675 0.17807\n 11 50 2 0.56757 0.17809 0.56840 0.17812\n 11 50 2 0.56923 0.17814 0.57005 0.17816\n 11 50 2 0.57088 0.17818 0.57171 0.17821\n 11 50 2 0.57253 0.17823 0.57336 0.17825\n 11 50 2 0.57418 0.17827 0.57501 0.17830\n 11 50 2 0.57584 0.17832 0.57666 0.17834\n 11 50 2 0.57749 0.17836 0.57832 0.17839\n 11 50 2 0.57914 0.17841 0.57997 0.17843\n 11 50 2 0.58079 0.17843 0.58162 0.17833\n 11 50 2 0.58244 0.17823 0.58326 0.17814\n 11 50 2 0.58408 0.17804 0.58490 0.17794\n 11 50 2 0.58572 0.17784 0.58654 0.17775\n 11 50 2 0.58736 0.17765 0.58818 0.17755\n 11 50 2 0.58900 0.17745 0.58983 0.17736\n 11 50 2 0.59065 0.17726 0.59147 0.17716\n 11 50 2 0.59229 0.17706 0.59311 0.17696\n 11 50 2 0.59393 0.17687 0.59475 0.17677\n 11 50 2 0.59553 0.17651 0.59628 0.17617\n 11 50 2 0.59704 0.17584 0.59780 0.17551\n 11 50 2 0.59855 0.17517 0.59931 0.17484\n 11 50 2 0.60007 0.17451 0.60082 0.17417\n 11 50 2 0.60158 0.17384 0.60234 0.17351\n 11 50 2 0.60309 0.17317 0.60385 0.17284\n 11 50 2 0.60460 0.17250 0.60461 0.17250\n 11 50 2 0.60500 0.17188 0.60593 0.17081\n 11 380 17 0.60732 0.17067 0.60710 0.17079 0.60682 0.17075 0.60647 0.17055 0.60629 0.17040 0.60605 0.17008 0.60598 0.16981 0.60607 0.16958 0.60618 0.16946 0.60639 0.16933 0.60667 0.16937 0.60702 0.16957 0.60720 0.16973 0.60744 0.17004 0.60752 0.17032 0.60742 0.17055 0.60732 0.17067\n 11 116 5 0.60702 0.16873 0.60691 0.16874 0.60690 0.16863 0.60701 0.16862 0.60702 0.16873\n 11 314 14 0.60832 0.16893 0.60838 0.16898 0.60855 0.16902 0.60866 0.16902 0.60882 0.16895 0.60903 0.16871 0.60907 0.16854 0.60907 0.16843 0.60900 0.16827 0.60888 0.16816 0.60871 0.16812 0.60843 0.16808 0.60732 0.16816 0.60805 0.16733\n 11 380 17 0.60991 0.16771 0.60970 0.16783 0.60942 0.16779 0.60907 0.16759 0.60889 0.16744 0.60865 0.16712 0.60857 0.16685 0.60867 0.16662 0.60877 0.16650 0.60899 0.16637 0.60927 0.16641 0.60962 0.16661 0.60979 0.16677 0.61004 0.16708 0.61011 0.16736 0.61002 0.16759 0.60991 0.16771\n 11 50 2 0.61013 0.16620 0.61031 0.16582\n 11 50 2 0.61065 0.16507 0.61100 0.16432\n 11 50 2 0.61134 0.16357 0.61169 0.16282\n 11 50 2 0.61203 0.16207 0.61238 0.16132\n 11 50 2 0.61261 0.16053 0.61276 0.15972\n 11 50 2 0.61292 0.15890 0.61308 0.15809\n 11 50 2 0.61323 0.15728 0.61339 0.15647\n 11 50 2 0.61354 0.15566 0.61370 0.15484\n 11 50 2 0.61386 0.15403 0.61401 0.15322\n 11 50 2 0.61417 0.15241 0.61432 0.15160\n 11 50 2 0.61448 0.15079 0.61464 0.14997\n 11 50 2 0.61475 0.14916 0.61481 0.14833\n 11 50 2 0.61486 0.14751 0.61492 0.14668\n 11 50 2 0.61498 0.14586 0.61504 0.14503\n 11 50 2 0.61510 0.14421 0.61515 0.14338\n 11 50 2 0.61521 0.14256 0.61527 0.14173\n 11 50 2 0.61533 0.14091 0.61539 0.14008\n 11 50 2 0.61544 0.13926 0.61550 0.13843\n 11 50 2 0.61553 0.13761 0.61554 0.13678\n 11 50 2 0.61554 0.13596 0.61554 0.13513\n 11 50 2 0.61555 0.13430 0.61555 0.13348\n 11 50 2 0.61555 0.13265 0.61556 0.13182\n 11 50 2 0.61556 0.13099 0.61556 0.13017\n 11 50 2 0.61557 0.12934 0.61557 0.12851\n 11 50 2 0.61557 0.12769 0.61558 0.12686\n 11 50 2 0.61555 0.12604 0.61550 0.12521\n 11 50 2 0.61545 0.12438 0.61540 0.12356\n 11 50 2 0.61536 0.12273 0.61531 0.12191\n 11 50 2 0.61526 0.12108 0.61521 0.12026\n 11 50 2 0.61516 0.11943 0.61511 0.11861\n 11 50 2 0.61506 0.11778 0.61502 0.11696\n 11 50 2 0.61497 0.11613 0.61492 0.11531\n 11 50 2 0.61481 0.11449 0.61467 0.11367\n 11 50 2 0.61454 0.11286 0.61440 0.11204\n 11 50 2 0.61427 0.11123 0.61413 0.11041\n 11 50 2 0.61399 0.10959 0.61386 0.10878\n 11 50 2 0.61372 0.10796 0.61359 0.10715\n 11 50 2 0.61345 0.10633 0.61332 0.10552\n 11 50 2 0.61318 0.10470 0.61305 0.10389\n 11 50 2 0.61279 0.10310 0.61247 0.10234\n 11 50 2 0.61215 0.10158 0.61183 0.10082\n 11 50 2 0.61151 0.10006 0.61119 0.09929\n 11 50 2 0.61087 0.09853 0.61055 0.09777\n 11 50 2 0.61023 0.09701 0.60991 0.09625\n 11 72 3 0.60959 0.09548 0.60938 0.09500 0.60918 0.09477\n 11 50 2 0.60864 0.09415 0.60809 0.09353\n 11 50 2 0.60754 0.09291 0.60700 0.09229\n 11 50 2 0.60632 0.09185 0.60558 0.09148\n 11 50 2 0.60484 0.09110 0.60410 0.09073\n 11 50 2 0.60336 0.09036 0.60262 0.08999\n 11 50 2 0.60188 0.08962 0.60114 0.08925\n 11 50 2 0.60041 0.08888 0.59967 0.08851\n 11 50 2 0.59893 0.08814 0.59819 0.08777\n 11 50 2 0.59745 0.08739 0.59671 0.08702\n 11 50 2 0.59597 0.08665 0.59523 0.08628\n 11 50 2 0.59444 0.08610 0.59362 0.08600\n 11 50 2 0.59280 0.08590 0.59198 0.08580\n 11 50 2 0.59115 0.08570 0.59033 0.08560\n 11 50 2 0.58951 0.08551 0.58869 0.08541\n 11 50 2 0.58787 0.08531 0.58705 0.08521\n 11 50 2 0.58623 0.08511 0.58541 0.08501\n 11 50 2 0.58459 0.08491 0.58377 0.08481\n 11 50 2 0.58295 0.08471 0.58213 0.08462\n 11 50 2 0.58131 0.08452 0.58063 0.08444\n 11 50 2 0.57297 0.08453 0.57439 0.08449\n 11 380 17 0.57544 0.08541 0.57520 0.08533 0.57504 0.08510 0.57495 0.08471 0.57494 0.08447 0.57501 0.08408 0.57516 0.08384 0.57539 0.08375 0.57555 0.08375 0.57579 0.08382 0.57595 0.08405 0.57604 0.08444 0.57605 0.08468 0.57598 0.08508 0.57583 0.08532 0.57560 0.08540 0.57544 0.08541\n 11 116 5 0.57666 0.08388 0.57658 0.08380 0.57665 0.08372 0.57673 0.08379 0.57666 0.08388\n 11 314 14 0.57739 0.08496 0.57740 0.08504 0.57748 0.08519 0.57756 0.08527 0.57772 0.08534 0.57804 0.08533 0.57819 0.08525 0.57827 0.08517 0.57834 0.08501 0.57834 0.08485 0.57825 0.08470 0.57809 0.08447 0.57728 0.08370 0.57838 0.08367\n 11 380 17 0.57937 0.08530 0.57914 0.08522 0.57897 0.08499 0.57888 0.08460 0.57888 0.08437 0.57894 0.08397 0.57909 0.08373 0.57933 0.08364 0.57949 0.08364 0.57972 0.08371 0.57989 0.08394 0.57998 0.08434 0.57998 0.08457 0.57992 0.08497 0.57976 0.08521 0.57953 0.08529 0.57937 0.08530\n 11 50 2 0.57225 0.08467 0.57183 0.08468\n 11 50 2 0.57101 0.08470 0.57018 0.08472\n 11 50 2 0.56935 0.08475 0.56853 0.08477\n 11 50 2 0.56770 0.08479 0.56688 0.08481\n 11 50 2 0.56605 0.08488 0.56525 0.08506\n 11 50 2 0.56444 0.08524 0.56364 0.08543\n 11 50 2 0.56283 0.08561 0.56202 0.08579\n 11 50 2 0.56122 0.08598 0.56041 0.08616\n 11 50 2 0.55960 0.08634 0.55880 0.08653\n 11 50 2 0.55799 0.08671 0.55719 0.08689\n 11 50 2 0.55638 0.08708 0.55557 0.08726\n 11 50 2 0.55477 0.08744 0.55396 0.08763\n 11 50 2 0.55316 0.08781 0.55235 0.08799\n 11 50 2 0.55160 0.08830 0.55092 0.08877\n 11 50 2 0.55024 0.08924 0.54956 0.08972\n 11 50 2 0.54888 0.09019 0.54821 0.09066\n 11 50 2 0.54753 0.09114 0.54685 0.09161\n 11 72 3 0.54617 0.09208 0.54614 0.09211 0.54577 0.09280\n 11 50 2 0.54537 0.09352 0.54498 0.09425\n 11 50 2 0.54458 0.09498 0.54419 0.09571\n 11 50 2 0.54380 0.09643 0.54340 0.09716\n 11 50 2 0.54301 0.09789 0.54262 0.09861\n 11 50 2 0.54222 0.09934 0.54183 0.10007\n 11 50 2 0.54144 0.10079 0.54104 0.10152\n 11 50 2 0.54065 0.10225 0.54026 0.10298\n 11 50 2 0.53990 0.10372 0.53975 0.10453\n 11 50 2 0.53960 0.10534 0.53945 0.10616\n 11 50 2 0.53930 0.10697 0.53916 0.10778\n 11 50 2 0.53901 0.10860 0.53886 0.10941\n 11 50 2 0.53871 0.11022 0.53856 0.11104\n 11 50 2 0.53841 0.11185 0.53826 0.11266\n 11 50 2 0.53811 0.11348 0.53796 0.11429\n 11 50 2 0.53782 0.11510 0.53776 0.11593\n 11 50 2 0.53770 0.11675 0.53765 0.11758\n 11 50 2 0.53759 0.11840 0.53753 0.11923\n 11 50 2 0.53748 0.12005 0.53744 0.12088\n 11 50 2 0.53739 0.12170 0.53734 0.12253\n 11 50 2 0.53730 0.12335 0.53725 0.12418\n 11 50 2 0.53721 0.12500 0.53716 0.12583\n 11 50 2 0.63199 0.20696 0.63189 0.20736\n 11 50 2 0.63168 0.20816 0.63147 0.20896\n 11 50 2 0.63126 0.20976 0.63105 0.21056\n 11 50 2 0.63084 0.21136 0.63063 0.21216\n 11 50 2 0.63041 0.21296 0.63020 0.21376\n 11 50 2 0.62999 0.21456 0.62978 0.21536\n 11 50 2 0.62957 0.21615 0.62936 0.21695\n 11 72 3 0.62915 0.21775 0.62897 0.21845 0.62896 0.21856\n 11 50 2 0.62888 0.21938 0.62880 0.22020\n 11 50 2 0.62872 0.22102 0.62863 0.22185\n 11 50 2 0.62855 0.22267 0.62847 0.22349\n 11 50 2 0.62839 0.22432 0.62831 0.22514\n 11 50 2 0.62823 0.22596 0.62815 0.22678\n 11 50 2 0.62807 0.22761 0.62799 0.22843\n 11 72 3 0.62791 0.22925 0.62784 0.22993 0.62784 0.23008\n 11 50 2 0.62782 0.23090 0.62780 0.23173\n 11 50 2 0.62778 0.23256 0.62777 0.23338\n 11 50 2 0.62775 0.23421 0.62773 0.23504\n 11 50 2 0.62771 0.23586 0.62769 0.23669\n 11 50 2 0.62768 0.23751 0.62766 0.23834\n 11 50 2 0.62764 0.23917 0.62762 0.23999\n 11 72 3 0.62761 0.24082 0.62759 0.24142 0.62760 0.24165\n 11 50 2 0.62764 0.24247 0.62767 0.24330\n 11 50 2 0.62770 0.24413 0.62774 0.24495\n 11 50 2 0.62777 0.24578 0.62781 0.24660\n 11 50 2 0.62784 0.24743 0.62787 0.24826\n 11 50 2 0.62791 0.24908 0.62794 0.24991\n 11 50 2 0.62798 0.25073 0.62801 0.25156\n 11 72 3 0.62804 0.25239 0.62807 0.25290 0.62811 0.25321\n 11 50 2 0.62822 0.25403 0.62832 0.25485\n 11 50 2 0.62843 0.25567 0.62854 0.25649\n 11 50 2 0.62865 0.25731 0.62876 0.25813\n 11 50 2 0.64532 0.19540 0.64525 0.19542\n 11 50 2 0.64449 0.19573 0.64374 0.19608\n 11 50 2 0.64299 0.19643 0.64224 0.19678\n 11 50 2 0.64150 0.19713 0.64075 0.19748\n 11 50 2 0.64000 0.19784 0.63925 0.19819\n 11 72 3 0.63850 0.19854 0.63813 0.19871 0.63788 0.19905\n 11 50 2 0.63739 0.19971 0.63690 0.20037\n 11 50 2 0.63640 0.20104 0.63591 0.20170\n 11 50 2 0.63541 0.20236 0.63492 0.20303\n 11 50 2 0.63443 0.20369 0.63393 0.20435\n 11 50 2 0.63344 0.20502 0.63295 0.20568\n 11 50 2 0.63245 0.20634 0.63199 0.20696\n 11 94 4 0.53125 0.25865 0.53125 0.25290 0.53104 0.25290 0.53104 0.25865\n 11 336 15 0.53145 0.25865 0.53145 0.25290 0.53125 0.25290 0.53125 0.24142 0.53104 0.24142 0.53104 0.25290 0.53145 0.25290 0.53145 0.24142 0.53125 0.24142 0.53125 0.22993 0.53104 0.22993 0.53104 0.24142 0.53145 0.24142 0.53145 0.22993 0.53125 0.22993\n 11 380 17 0.53208 0.22881 0.53200 0.22905 0.53176 0.22920 0.53137 0.22928 0.53113 0.22928 0.53074 0.22920 0.53050 0.22905 0.53042 0.22881 0.53042 0.22865 0.53050 0.22842 0.53074 0.22826 0.53113 0.22818 0.53137 0.22818 0.53176 0.22826 0.53200 0.22842 0.53208 0.22865 0.53208 0.22881\n 11 1084 49 0.53125 0.22753 0.53125 0.21845 0.53104 0.21845 0.53104 0.22753 0.53145 0.22753 0.53145 0.21845 0.53125 0.21845 0.53125 0.20696 0.53104 0.20696 0.53104 0.21845 0.53145 0.21845 0.53145 0.20696 0.53125 0.20696 0.53125 0.19548 0.53104 0.19548 0.53104 0.20696 0.53145 0.20696 0.53145 0.19548 0.53125 0.19548 0.52313 0.18558 0.52297 0.18571 0.53109 0.19561 0.53141 0.19534 0.52329 0.18545 0.52313 0.18558 0.50875 0.18558 0.50875 0.18579 0.52313 0.18579 0.52313 0.18538 0.50875 0.18538 0.50875 0.18558 0.49437 0.18558 0.49437 0.18579 0.50875 0.18579 0.50875 0.18538 0.49437 0.18538 0.49437 0.18558 0.48000 0.18558 0.48000 0.18579 0.49437 0.18579 0.49437 0.18538 0.48000 0.18538 0.48000 0.18558 0.46562 0.18558 0.46562 0.18579 0.48000 0.18579 0.48000 0.18538 0.46562 0.18538 0.46562 0.18558\n 11 380 17 0.46434 0.18641 0.46411 0.18633 0.46395 0.18610 0.46387 0.18570 0.46387 0.18547 0.46395 0.18507 0.46411 0.18484 0.46434 0.18476 0.46450 0.18476 0.46474 0.18484 0.46489 0.18507 0.46497 0.18547 0.46497 0.18570 0.46489 0.18610 0.46474 0.18633 0.46450 0.18641 0.46434 0.18641\n 11 1216 55 0.46322 0.18558 0.45125 0.18558 0.45125 0.18579 0.46322 0.18579 0.46322 0.18538 0.45125 0.18538 0.45125 0.18558 0.44099 0.18399 0.44096 0.18419 0.45121 0.18579 0.45128 0.18538 0.44103 0.18379 0.44099 0.18399 0.44099 0.17250 0.44079 0.17250 0.44079 0.18399 0.44120 0.18399 0.44120 0.17250 0.44099 0.17250 0.44099 0.16102 0.44079 0.16102 0.44079 0.17250 0.44120 0.17250 0.44120 0.16102 0.44099 0.16102 0.44099 0.14953 0.44079 0.14953 0.44079 0.16102 0.44120 0.16102 0.44120 0.14953 0.44099 0.14953 0.44099 0.13805 0.44079 0.13805 0.44079 0.14953 0.44120 0.14953 0.44120 0.13805 0.44099 0.13805 0.44099 0.12656 0.44079 0.12656 0.44079 0.13805 0.44120 0.13805 0.44120 0.12656 0.44099 0.12656 0.44099 0.11508 0.44079 0.11508 0.44079 0.12656 0.44120 0.12656 0.44120 0.11508 0.44099 0.11508 0.44099 0.10359 0.44079 0.10359 0.44079 0.11508 0.44120 0.11508 0.44120 0.10359 0.44099 0.10359\n 11 380 17 0.44182 0.10247 0.44174 0.10271 0.44151 0.10286 0.44111 0.10294 0.44088 0.10294 0.44048 0.10286 0.44025 0.10271 0.44017 0.10247 0.44017 0.10231 0.44025 0.10208 0.44048 0.10192 0.44088 0.10184 0.44111 0.10184 0.44151 0.10192 0.44174 0.10208 0.44182 0.10231 0.44182 0.10247\n 11 292 13 0.44099 0.10119 0.44099 0.09211 0.44079 0.09211 0.44079 0.10119 0.44120 0.10119 0.44120 0.09211 0.44099 0.09211 0.44099 0.08062 0.44079 0.08062 0.44079 0.09211 0.44120 0.09211 0.44120 0.08062 0.44099 0.08062\n 11 94 4 0.44099 0.25865 0.44099 0.25290 0.44079 0.25290 0.44079 0.25865\n 11 204 9 0.44120 0.25865 0.44120 0.25290 0.44099 0.25290 0.44099 0.24142 0.44079 0.24142 0.44079 0.25290 0.44120 0.25290 0.44120 0.24142 0.44099 0.24142\n 11 380 17 0.44182 0.24030 0.44174 0.24053 0.44151 0.24069 0.44111 0.24077 0.44088 0.24077 0.44048 0.24069 0.44025 0.24053 0.44017 0.24030 0.44017 0.24014 0.44025 0.23990 0.44048 0.23974 0.44088 0.23967 0.44111 0.23967 0.44151 0.23974 0.44174 0.23990 0.44182 0.24014 0.44182 0.24030\n 11 820 37 0.44099 0.23902 0.44099 0.22993 0.44079 0.22993 0.44079 0.23902 0.44120 0.23902 0.44120 0.22993 0.44099 0.22993 0.44099 0.21845 0.44079 0.21845 0.44079 0.22993 0.44120 0.22993 0.44120 0.21845 0.44099 0.21845 0.44099 0.20696 0.44079 0.20696 0.44079 0.21845 0.44120 0.21845 0.44120 0.20696 0.44099 0.20696 0.44099 0.19548 0.44079 0.19548 0.44079 0.20696 0.44120 0.20696 0.44120 0.19548 0.44099 0.19548 0.43687 0.18558 0.43668 0.18566 0.44080 0.19555 0.44118 0.19540 0.43706 0.18550 0.43687 0.18558 0.42249 0.18558 0.42249 0.18579 0.43687 0.18579 0.43687 0.18538 0.42249 0.18538 0.42249 0.18558\n 11 1216 55 0.62154 0.08062 0.62154 0.09211 0.62175 0.09211 0.62175 0.08062 0.62133 0.08062 0.62133 0.09211 0.62154 0.09211 0.62154 0.10359 0.62175 0.10359 0.62175 0.09211 0.62133 0.09211 0.62133 0.10359 0.62154 0.10359 0.62154 0.11508 0.62175 0.11508 0.62175 0.10359 0.62133 0.10359 0.62133 0.11508 0.62154 0.11508 0.62154 0.12656 0.62175 0.12656 0.62175 0.11508 0.62133 0.11508 0.62133 0.12656 0.62154 0.12656 0.62154 0.13805 0.62175 0.13805 0.62175 0.12656 0.62133 0.12656 0.62133 0.13805 0.62154 0.13805 0.62154 0.14953 0.62175 0.14953 0.62175 0.13805 0.62133 0.13805 0.62133 0.14953 0.62154 0.14953 0.62154 0.16102 0.62175 0.16102 0.62175 0.14953 0.62133 0.14953 0.62133 0.16102 0.62154 0.16102 0.62154 0.17250 0.62175 0.17250 0.62175 0.16102 0.62133 0.16102 0.62133 0.17250 0.62154 0.17250 0.62154 0.18399 0.62175 0.18399 0.62175 0.17250 0.62133 0.17250 0.62133 0.18399 0.62154 0.18399\n 11 380 17 0.62038 0.18498 0.62013 0.18493 0.61995 0.18471 0.61982 0.18433 0.61979 0.18410 0.61981 0.18370 0.61994 0.18345 0.62016 0.18334 0.62032 0.18332 0.62056 0.18336 0.62075 0.18358 0.62088 0.18396 0.62091 0.18419 0.62088 0.18459 0.62076 0.18485 0.62054 0.18496 0.62038 0.18498\n 11 1216 55 0.61916 0.18430 0.60938 0.18558 0.60941 0.18579 0.61919 0.18451 0.61913 0.18410 0.60935 0.18538 0.60938 0.18558 0.59501 0.18558 0.59501 0.18579 0.60938 0.18579 0.60938 0.18538 0.59501 0.18538 0.59501 0.18558 0.58063 0.18558 0.58063 0.18579 0.59501 0.18579 0.59501 0.18538 0.58063 0.18538 0.58063 0.18558 0.56625 0.18558 0.56625 0.18579 0.58063 0.18579 0.58063 0.18538 0.56625 0.18538 0.56625 0.18558 0.55188 0.18558 0.55188 0.18579 0.56625 0.18579 0.56625 0.18538 0.55188 0.18538 0.55188 0.18558 0.53750 0.18558 0.53750 0.18579 0.55188 0.18579 0.55188 0.18538 0.53750 0.18538 0.53750 0.18558 0.53125 0.18399 0.53120 0.18419 0.53745 0.18578 0.53755 0.18538 0.53130 0.18379 0.53125 0.18399 0.53125 0.17250 0.53104 0.17250 0.53104 0.18399 0.53145 0.18399 0.53145 0.17250 0.53125 0.17250 0.53125 0.16102 0.53104 0.16102 0.53104 0.17250 0.53145 0.17250 0.53145 0.16102 0.53125 0.16102\n 11 380 17 0.53208 0.15990 0.53200 0.16013 0.53176 0.16029 0.53137 0.16037 0.53113 0.16037 0.53074 0.16029 0.53050 0.16013 0.53042 0.15990 0.53042 0.15974 0.53050 0.15950 0.53074 0.15935 0.53113 0.15927 0.53137 0.15927 0.53176 0.15935 0.53200 0.15950 0.53208 0.15974 0.53208 0.15990\n 11 952 43 0.53125 0.15862 0.53125 0.14953 0.53104 0.14953 0.53104 0.15862 0.53145 0.15862 0.53145 0.14953 0.53125 0.14953 0.53125 0.13805 0.53104 0.13805 0.53104 0.14953 0.53145 0.14953 0.53145 0.13805 0.53125 0.13805 0.53125 0.12656 0.53104 0.12656 0.53104 0.13805 0.53145 0.13805 0.53145 0.12656 0.53125 0.12656 0.53125 0.11508 0.53104 0.11508 0.53104 0.12656 0.53145 0.12656 0.53145 0.11508 0.53125 0.11508 0.53125 0.10359 0.53104 0.10359 0.53104 0.11508 0.53145 0.11508 0.53145 0.10359 0.53125 0.10359 0.53125 0.09211 0.53104 0.09211 0.53104 0.10359 0.53145 0.10359 0.53145 0.09211 0.53125 0.09211 0.53125 0.08062 0.53104 0.08062 0.53104 0.09211 0.53145 0.09211 0.53145 0.08062 0.53125 0.08062\n 11 182 8 0.62376 0.18558 0.63813 0.18558 0.63813 0.18538 0.62376 0.18538 0.62376 0.18579 0.63813 0.18579 0.63813 0.18558 0.64532 0.18558\n 11 94 4 0.64532 0.18538 0.63813 0.18538 0.63813 0.18579 0.64532 0.18579\n 11 94 4 0.62154 0.25865 0.62154 0.25290 0.62133 0.25290 0.62133 0.25865\n 11 204 9 0.62175 0.25865 0.62175 0.25290 0.62154 0.25290 0.62154 0.24142 0.62133 0.24142 0.62133 0.25290 0.62175 0.25290 0.62175 0.24142 0.62154 0.24142\n 11 380 17 0.62237 0.24030 0.62229 0.24053 0.62205 0.24069 0.62166 0.24077 0.62142 0.24077 0.62103 0.24069 0.62079 0.24053 0.62071 0.24030 0.62071 0.24014 0.62079 0.23990 0.62103 0.23974 0.62142 0.23967 0.62166 0.23967 0.62205 0.23974 0.62229 0.23990 0.62237 0.24014 0.62237 0.24030\n 11 688 31 0.62154 0.23902 0.62154 0.22993 0.62133 0.22993 0.62133 0.23902 0.62175 0.23902 0.62175 0.22993 0.62154 0.22993 0.62154 0.21845 0.62133 0.21845 0.62133 0.22993 0.62175 0.22993 0.62175 0.21845 0.62154 0.21845 0.62154 0.20696 0.62133 0.20696 0.62133 0.21845 0.62175 0.21845 0.62175 0.20696 0.62154 0.20696 0.62154 0.19548 0.62133 0.19548 0.62133 0.20696 0.62175 0.20696 0.62175 0.19548 0.62154 0.19548 0.62376 0.18558 0.62356 0.18554 0.62134 0.19543 0.62174 0.19552 0.62396 0.18563 0.62376 0.18558\n 11 248 11 0.44946 0.10359 0.44757 0.11508 0.44690 0.12656 0.44695 0.13805 0.44775 0.14953 0.44994 0.16102 0.45125 0.16440 0.45796 0.17250 0.46562 0.17625 0.48000 0.17836 0.49437 0.17822\n 11 380 17 0.49563 0.17883 0.49538 0.17880 0.49518 0.17859 0.49503 0.17822 0.49499 0.17799 0.49500 0.17759 0.49511 0.17733 0.49533 0.17721 0.49548 0.17718 0.49573 0.17721 0.49593 0.17742 0.49608 0.17779 0.49612 0.17802 0.49611 0.17842 0.49600 0.17868 0.49578 0.17880 0.49563 0.17883\n 11 116 5 0.49659 0.17713 0.49650 0.17707 0.49657 0.17698 0.49666 0.17704 0.49659 0.17713\n 11 314 14 0.49749 0.17809 0.49751 0.17817 0.49761 0.17831 0.49770 0.17837 0.49787 0.17842 0.49818 0.17836 0.49832 0.17825 0.49839 0.17816 0.49843 0.17799 0.49841 0.17784 0.49830 0.17770 0.49810 0.17749 0.49719 0.17686 0.49827 0.17666\n 11 380 17 0.49950 0.17812 0.49925 0.17808 0.49905 0.17788 0.49891 0.17751 0.49886 0.17727 0.49887 0.17687 0.49898 0.17661 0.49920 0.17649 0.49935 0.17646 0.49960 0.17650 0.49980 0.17670 0.49995 0.17707 0.49999 0.17731 0.49998 0.17771 0.49987 0.17797 0.49965 0.17809 0.49950 0.17812\n 11 270 12 0.50061 0.17707 0.50875 0.17557 0.51432 0.17250 0.52223 0.16102 0.52313 0.15765 0.52453 0.14953 0.52533 0.13805 0.52538 0.12656 0.52471 0.11508 0.52313 0.10504 0.52278 0.10359 0.51634 0.09211\n 11 380 17 0.51148 0.09004 0.51132 0.08984 0.51131 0.08956 0.51146 0.08919 0.51158 0.08899 0.51186 0.08869 0.51212 0.08858 0.51236 0.08864 0.51249 0.08872 0.51265 0.08891 0.51266 0.08920 0.51251 0.08957 0.51239 0.08977 0.51211 0.09006 0.51185 0.09018 0.51161 0.09012 0.51148 0.09004\n 11 116 5 0.51334 0.08944 0.51332 0.08933 0.51342 0.08930 0.51345 0.08941 0.51334 0.08944\n 11 314 14 0.51336 0.09075 0.51331 0.09081 0.51330 0.09099 0.51332 0.09110 0.51341 0.09125 0.51368 0.09142 0.51386 0.09143 0.51396 0.09141 0.51412 0.09132 0.51420 0.09118 0.51422 0.09101 0.51421 0.09072 0.51396 0.08964 0.51489 0.09022\n 11 380 17 0.51482 0.09213 0.51466 0.09193 0.51465 0.09165 0.51479 0.09128 0.51492 0.09108 0.51519 0.09078 0.51545 0.09067 0.51569 0.09073 0.51583 0.09081 0.51599 0.09100 0.51599 0.09129 0.51585 0.09166 0.51573 0.09186 0.51545 0.09215 0.51519 0.09227 0.51495 0.09221 0.51482 0.09213\n 11 182 8 0.51097 0.08874 0.50875 0.08735 0.49437 0.08467 0.48000 0.08452 0.46562 0.08666 0.45584 0.09211 0.45125 0.09855 0.44946 0.10359\n 11 72 3 0.43375 0.25865 0.43453 0.25290 0.43501 0.24142\n 11 380 17 0.43407 0.23622 0.43414 0.23598 0.43438 0.23582 0.43477 0.23573 0.43500 0.23573 0.43540 0.23580 0.43564 0.23595 0.43572 0.23618 0.43573 0.23634 0.43565 0.23658 0.43542 0.23674 0.43503 0.23683 0.43479 0.23683 0.43440 0.23676 0.43416 0.23661 0.43407 0.23638 0.43407 0.23622\n 11 116 5 0.43559 0.23745 0.43567 0.23737 0.43575 0.23744 0.43567 0.23752 0.43559 0.23745\n 11 314 14 0.43451 0.23818 0.43443 0.23818 0.43427 0.23826 0.43420 0.23834 0.43412 0.23850 0.43413 0.23882 0.43421 0.23897 0.43429 0.23905 0.43445 0.23913 0.43461 0.23912 0.43476 0.23904 0.43499 0.23888 0.43576 0.23807 0.43579 0.23918\n 11 380 17 0.43416 0.24016 0.43423 0.23992 0.43446 0.23976 0.43485 0.23967 0.43509 0.23966 0.43549 0.23973 0.43573 0.23989 0.43581 0.24012 0.43581 0.24028 0.43574 0.24052 0.43551 0.24068 0.43512 0.24077 0.43488 0.24077 0.43448 0.24070 0.43424 0.24055 0.43416 0.24031 0.43416 0.24016\n 11 116 5 0.43487 0.23508 0.43476 0.22993 0.43360 0.21845 0.43050 0.20696 0.42249 0.19742\n 11 116 5 0.53730 0.22993 0.53707 0.24142 0.53750 0.25253 0.53752 0.25290 0.53833 0.25865\n 11 226 10 0.61445 0.25865 0.61518 0.25290 0.61563 0.24142 0.61539 0.22993 0.61431 0.21845 0.61140 0.20696 0.60938 0.20324 0.59848 0.19548 0.59501 0.19432 0.58063 0.19263\n 11 380 17 0.57544 0.19360 0.57520 0.19353 0.57504 0.19330 0.57495 0.19290 0.57494 0.19267 0.57501 0.19227 0.57516 0.19203 0.57539 0.19195 0.57555 0.19194 0.57579 0.19201 0.57595 0.19225 0.57604 0.19264 0.57605 0.19287 0.57598 0.19327 0.57583 0.19351 0.57559 0.19360 0.57544 0.19360\n 11 116 5 0.57666 0.19207 0.57658 0.19199 0.57665 0.19191 0.57673 0.19199 0.57666 0.19207\n 11 314 14 0.57739 0.19315 0.57740 0.19323 0.57748 0.19339 0.57756 0.19346 0.57772 0.19354 0.57803 0.19353 0.57819 0.19345 0.57827 0.19337 0.57834 0.19321 0.57834 0.19305 0.57825 0.19289 0.57809 0.19266 0.57728 0.19190 0.57838 0.19187\n 11 380 17 0.57937 0.19349 0.57913 0.19342 0.57897 0.19319 0.57888 0.19280 0.57888 0.19256 0.57894 0.19217 0.57909 0.19193 0.57933 0.19184 0.57949 0.19184 0.57972 0.19191 0.57989 0.19214 0.57998 0.19253 0.57998 0.19277 0.57992 0.19316 0.57976 0.19340 0.57953 0.19349 0.57937 0.19349\n 11 182 8 0.57429 0.19280 0.56625 0.19302 0.55434 0.19548 0.55188 0.19627 0.54169 0.20696 0.53848 0.21845 0.53750 0.22751 0.53730 0.22993\n 11 226 10 0.63619 0.09211 0.63033 0.10359 0.62835 0.11508 0.62765 0.12656 0.62770 0.13805 0.62854 0.14953 0.63083 0.16102 0.63802 0.17250 0.63813 0.17259 0.64532 0.17507\n 11 72 3 0.64532 0.08785 0.63813 0.09037 0.63619 0.09211\n 11 226 10 0.45933 0.10359 0.45475 0.11508 0.45313 0.12656 0.45325 0.13805 0.45519 0.14953 0.46049 0.16102 0.46562 0.16609 0.48000 0.17092 0.49437 0.17060 0.50875 0.16453\n 11 380 17 0.51009 0.16414 0.50988 0.16428 0.50960 0.16426 0.50924 0.16408 0.50905 0.16394 0.50878 0.16364 0.50869 0.16337 0.50877 0.16314 0.50887 0.16301 0.50907 0.16287 0.50935 0.16289 0.50972 0.16306 0.50990 0.16321 0.51017 0.16351 0.51026 0.16378 0.51018 0.16401 0.51009 0.16414\n 11 116 5 0.50966 0.16223 0.50955 0.16224 0.50953 0.16213 0.50964 0.16212 0.50966 0.16223\n 11 72 3 0.51171 0.16200 0.51035 0.16196 0.51107 0.16102\n 11 50 2 0.51171 0.16200 0.51039 0.16100\n 11 380 17 0.51247 0.16100 0.51226 0.16114 0.51198 0.16112 0.51162 0.16095 0.51143 0.16081 0.51116 0.16051 0.51107 0.16024 0.51115 0.16000 0.51125 0.15988 0.51145 0.15974 0.51173 0.15975 0.51210 0.15993 0.51228 0.16007 0.51255 0.16037 0.51264 0.16064 0.51256 0.16088 0.51247 0.16100\n 11 292 13 0.51258 0.15948 0.51696 0.14953 0.51881 0.13805 0.51892 0.12656 0.51738 0.11508 0.51302 0.10359 0.50875 0.09841 0.49437 0.09215 0.49262 0.09211 0.48000 0.09186 0.47893 0.09211 0.46562 0.09681 0.45933 0.10359\n 11 138 6 0.42619 0.25865 0.42775 0.25290 0.42872 0.24142 0.42821 0.22993 0.42590 0.21845 0.42249 0.21121\n 11 116 5 0.54645 0.21845 0.54406 0.22993 0.54353 0.24142 0.54454 0.25290 0.54615 0.25865\n 11 270 12 0.60691 0.25835 0.60867 0.25290 0.60938 0.24595 0.60972 0.24142 0.60938 0.23304 0.60922 0.22993 0.60647 0.21845 0.59913 0.20696 0.59501 0.20385 0.58063 0.20012 0.56625 0.20098 0.55344 0.20696\n 11 380 17 0.55113 0.21171 0.55093 0.21186 0.55065 0.21185 0.55028 0.21169 0.55009 0.21156 0.54981 0.21127 0.54970 0.21100 0.54978 0.21076 0.54987 0.21064 0.55007 0.21049 0.55035 0.21049 0.55072 0.21065 0.55091 0.21079 0.55119 0.21108 0.55129 0.21134 0.55122 0.21158 0.55113 0.21171\n 11 116 5 0.55063 0.20982 0.55052 0.20984 0.55050 0.20973 0.55061 0.20971 0.55063 0.20982\n 11 72 3 0.55266 0.20952 0.55131 0.20953 0.55199 0.20856\n 11 50 2 0.55266 0.20952 0.55131 0.20857\n 11 380 17 0.55338 0.20848 0.55319 0.20863 0.55290 0.20863 0.55253 0.20846 0.55234 0.20833 0.55206 0.20804 0.55196 0.20778 0.55203 0.20754 0.55212 0.20741 0.55232 0.20726 0.55260 0.20726 0.55297 0.20743 0.55316 0.20756 0.55344 0.20785 0.55355 0.20812 0.55348 0.20835 0.55338 0.20848\n 11 50 2 0.54981 0.21216 0.54645 0.21845\n 11 160 7 0.63524 0.11508 0.63384 0.12656 0.63395 0.13805 0.63563 0.14953 0.63813 0.15659 0.64104 0.16102 0.64532 0.16403\n 11 94 4 0.64532 0.09923 0.63963 0.10359 0.63813 0.10617 0.63524 0.11508\n 11 226 10 0.46271 0.11508 0.46028 0.12656 0.46047 0.13805 0.46338 0.14953 0.46562 0.15347 0.47612 0.16102 0.48000 0.16263 0.49437 0.16215 0.49670 0.16102 0.50875 0.15034\n 11 380 17 0.50985 0.14948 0.50971 0.14969 0.50944 0.14978 0.50904 0.14975 0.50881 0.14968 0.50845 0.14950 0.50826 0.14929 0.50825 0.14904 0.50829 0.14889 0.50843 0.14868 0.50870 0.14859 0.50910 0.14862 0.50933 0.14868 0.50969 0.14886 0.50987 0.14908 0.50989 0.14933 0.50985 0.14948\n 11 116 5 0.50874 0.14787 0.50864 0.14792 0.50859 0.14782 0.50868 0.14777 0.50874 0.14787\n 11 512 23 0.51039 0.14661 0.51053 0.14673 0.51054 0.14698 0.51050 0.14713 0.51036 0.14733 0.51009 0.14742 0.50969 0.14739 0.50931 0.14729 0.50903 0.14713 0.50892 0.14693 0.50890 0.14669 0.50892 0.14661 0.50906 0.14640 0.50926 0.14629 0.50950 0.14628 0.50958 0.14630 0.50979 0.14644 0.50990 0.14663 0.50991 0.14688 0.50989 0.14696 0.50975 0.14717 0.50956 0.14728 0.50931 0.14729\n 11 380 17 0.51090 0.14569 0.51076 0.14589 0.51049 0.14598 0.51009 0.14595 0.50986 0.14589 0.50950 0.14571 0.50931 0.14549 0.50930 0.14524 0.50934 0.14509 0.50948 0.14489 0.50975 0.14480 0.51015 0.14483 0.51038 0.14489 0.51074 0.14507 0.51092 0.14528 0.51094 0.14553 0.51090 0.14569\n 11 248 11 0.51044 0.14423 0.51193 0.13805 0.51211 0.12656 0.50979 0.11508 0.50875 0.11283 0.49950 0.10359 0.49437 0.10087 0.48000 0.10037 0.47290 0.10359 0.46562 0.10949 0.46271 0.11508\n 11 116 5 0.55083 0.22993 0.55005 0.24142 0.55155 0.25290 0.55188 0.25384 0.55512 0.25865\n 11 50 2 0.59787 0.25865 0.60064 0.25290\n 11 380 17 0.60163 0.25192 0.60151 0.25214 0.60126 0.25226 0.60086 0.25228 0.60062 0.25224 0.60024 0.25211 0.60003 0.25192 0.59999 0.25167 0.60001 0.25151 0.60013 0.25129 0.60038 0.25117 0.60079 0.25115 0.60102 0.25119 0.60140 0.25132 0.60161 0.25151 0.60165 0.25176 0.60163 0.25192\n 11 116 5 0.60033 0.25045 0.60024 0.25051 0.60018 0.25042 0.60027 0.25036 0.60033 0.25045\n 11 512 23 0.60182 0.24900 0.60197 0.24910 0.60201 0.24935 0.60199 0.24950 0.60187 0.24972 0.60162 0.24984 0.60122 0.24986 0.60083 0.24981 0.60053 0.24968 0.60040 0.24950 0.60035 0.24926 0.60036 0.24918 0.60048 0.24896 0.60066 0.24882 0.60090 0.24878 0.60098 0.24879 0.60120 0.24891 0.60133 0.24909 0.60138 0.24933 0.60136 0.24941 0.60125 0.24963 0.60107 0.24976 0.60083 0.24981\n 11 380 17 0.60221 0.24802 0.60210 0.24824 0.60184 0.24836 0.60144 0.24838 0.60120 0.24835 0.60083 0.24821 0.60062 0.24802 0.60057 0.24778 0.60060 0.24762 0.60071 0.24740 0.60097 0.24728 0.60137 0.24726 0.60160 0.24729 0.60198 0.24743 0.60219 0.24762 0.60223 0.24787 0.60221 0.24802\n 11 226 10 0.60158 0.24663 0.60236 0.24142 0.60146 0.22993 0.59735 0.21845 0.59501 0.21528 0.58063 0.20817 0.56625 0.20980 0.55589 0.21845 0.55188 0.22620 0.55083 0.22993\n 11 138 6 0.64532 0.11287 0.64373 0.11508 0.64079 0.12656 0.64101 0.13805 0.64453 0.14953 0.64532 0.15052\n 11 182 8 0.47492 0.11508 0.46896 0.12656 0.46941 0.13805 0.47655 0.14953 0.48000 0.15208 0.49437 0.15122 0.49632 0.14953 0.50254 0.13805\n 11 380 17 0.50341 0.13695 0.50332 0.13719 0.50308 0.13734 0.50268 0.13740 0.50245 0.13739 0.50206 0.13730 0.50183 0.13714 0.50175 0.13690 0.50176 0.13674 0.50185 0.13651 0.50209 0.13636 0.50248 0.13629 0.50272 0.13630 0.50311 0.13639 0.50334 0.13656 0.50341 0.13680 0.50341 0.13695\n 11 116 5 0.50195 0.13564 0.50187 0.13572 0.50180 0.13564 0.50188 0.13556 0.50195 0.13564\n 11 644 29 0.50348 0.13467 0.50340 0.13491 0.50324 0.13498 0.50308 0.13497 0.50293 0.13489 0.50285 0.13473 0.50278 0.13441 0.50271 0.13417 0.50256 0.13401 0.50241 0.13393 0.50217 0.13392 0.50201 0.13399 0.50193 0.13407 0.50184 0.13430 0.50183 0.13462 0.50190 0.13486 0.50198 0.13494 0.50213 0.13502 0.50237 0.13503 0.50253 0.13496 0.50269 0.13480 0.50278 0.13457 0.50287 0.13426 0.50295 0.13410 0.50311 0.13403 0.50327 0.13403 0.50342 0.13412 0.50350 0.13436 0.50348 0.13467\n 11 380 17 0.50354 0.13302 0.50345 0.13325 0.50321 0.13340 0.50282 0.13347 0.50258 0.13346 0.50219 0.13337 0.50196 0.13320 0.50189 0.13296 0.50189 0.13281 0.50198 0.13257 0.50222 0.13242 0.50262 0.13236 0.50285 0.13237 0.50324 0.13246 0.50348 0.13262 0.50355 0.13286 0.50354 0.13302\n 11 138 6 0.50276 0.13171 0.50293 0.12656 0.49774 0.11508 0.49437 0.11189 0.48000 0.11097 0.47492 0.11508\n 11 116 5 0.56089 0.22993 0.55925 0.24142 0.56240 0.25290 0.56625 0.25783 0.57023 0.25865\n 11 72 3 0.58320 0.25865 0.59017 0.25290 0.59482 0.24142\n 11 380 17 0.59293 0.23648 0.59296 0.23624 0.59316 0.23603 0.59353 0.23588 0.59376 0.23583 0.59416 0.23582 0.59442 0.23593 0.59455 0.23614 0.59458 0.23630 0.59455 0.23654 0.59435 0.23675 0.59398 0.23691 0.59375 0.23695 0.59335 0.23696 0.59309 0.23685 0.59296 0.23664 0.59293 0.23648\n 11 116 5 0.59465 0.23741 0.59471 0.23731 0.59481 0.23738 0.59475 0.23747 0.59465 0.23741\n 11 644 29 0.59340 0.23872 0.59343 0.23847 0.59357 0.23836 0.59372 0.23833 0.59389 0.23837 0.59400 0.23851 0.59414 0.23880 0.59427 0.23902 0.59446 0.23914 0.59463 0.23918 0.59486 0.23914 0.59500 0.23903 0.59506 0.23893 0.59508 0.23868 0.59502 0.23838 0.59489 0.23816 0.59480 0.23810 0.59463 0.23806 0.59440 0.23811 0.59426 0.23821 0.59414 0.23840 0.59411 0.23865 0.59410 0.23897 0.59405 0.23914 0.59392 0.23925 0.59376 0.23929 0.59359 0.23924 0.59347 0.23903 0.59340 0.23872\n 11 380 17 0.59374 0.24034 0.59377 0.24009 0.59397 0.23989 0.59434 0.23973 0.59457 0.23968 0.59497 0.23967 0.59523 0.23978 0.59536 0.23999 0.59539 0.24015 0.59536 0.24040 0.59517 0.24060 0.59480 0.24076 0.59457 0.24081 0.59416 0.24081 0.59390 0.24070 0.59378 0.24049 0.59374 0.24034\n 11 160 7 0.59351 0.23522 0.59239 0.22993 0.58130 0.21845 0.58063 0.21809 0.57815 0.21845 0.56625 0.22139 0.56089 0.22993\n 21 6 1\n 25 6 1\n 82 0\n 81 6 64\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 65\n 21 6 1\n 25 6 1\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 11 446 20 0.79961 0.11466 0.80238 0.11905 0.80578 0.12414 0.80935 0.12905 0.81227 0.13254 0.81397 0.13395 0.81451 0.13366 0.81436 0.13250 0.81395 0.13119 0.81357 0.13010 0.81337 0.12940 0.81342 0.12916 0.81376 0.12940 0.81444 0.13016 0.81550 0.13150 0.81702 0.13348 0.81906 0.13620 0.82171 0.13976 0.82499 0.14419 0.82882 0.14936\n 11 182 8 0.79729 0.11730 0.79961 0.12161 0.80243 0.12635 0.80547 0.13075 0.80818 0.13383 0.81013 0.13513 0.81121 0.13494 0.81126 0.13486\n 11 94 4 0.81183 0.13201 0.81184 0.13173 0.81195 0.13106 0.81206 0.13096\n 11 160 7 0.81444 0.13307 0.81449 0.13313 0.81593 0.13507 0.81782 0.13770 0.82021 0.14110 0.82311 0.14524 0.82642 0.14997\n 11 182 8 0.79522 0.11961 0.79723 0.12357 0.79961 0.12769 0.80219 0.13140 0.80466 0.13406 0.80669 0.13538 0.80815 0.13554 0.80834 0.13544\n 11 160 7 0.81293 0.13429 0.81365 0.13515 0.81502 0.13701 0.81674 0.13947 0.81883 0.14256 0.82128 0.14622 0.82400 0.15027\n 11 204 9 0.79340 0.12160 0.79526 0.12500 0.79737 0.12838 0.79961 0.13137 0.80182 0.13365 0.80380 0.13505 0.80546 0.13565 0.80677 0.13568 0.80719 0.13557\n 11 204 9 0.81018 0.13513 0.81091 0.13553 0.81184 0.13636 0.81293 0.13762 0.81422 0.13933 0.81576 0.14152 0.81753 0.14415 0.81952 0.14713 0.82163 0.15031\n 11 446 20 0.79182 0.12330 0.79367 0.12604 0.79563 0.12866 0.79763 0.13102 0.79961 0.13297 0.80147 0.13444 0.80316 0.13547 0.80465 0.13613 0.80594 0.13656 0.80709 0.13690 0.80813 0.13726 0.80912 0.13775 0.81012 0.13843 0.81116 0.13936 0.81227 0.14056 0.81349 0.14205 0.81483 0.14382 0.81628 0.14583 0.81781 0.14799 0.81937 0.15019\n 11 446 20 0.79043 0.12477 0.79238 0.12681 0.79428 0.12875 0.79612 0.13057 0.79790 0.13225 0.79961 0.13378 0.80123 0.13518 0.80276 0.13644 0.80421 0.13760 0.80557 0.13868 0.80686 0.13972 0.80810 0.14075 0.80930 0.14179 0.81047 0.14287 0.81162 0.14399 0.81277 0.14515 0.81391 0.14635 0.81505 0.14758 0.81617 0.14880 0.81726 0.15000\n 11 446 20 0.78920 0.12607 0.79130 0.12744 0.79320 0.12880 0.79494 0.13019 0.79656 0.13165 0.79811 0.13322 0.79961 0.13490 0.80109 0.13669 0.80258 0.13856 0.80406 0.14046 0.80555 0.14232 0.80700 0.14406 0.80840 0.14559 0.80971 0.14687 0.81092 0.14786 0.81200 0.14857 0.81296 0.14904 0.81381 0.14935 0.81459 0.14958 0.81532 0.14980\n 11 424 19 0.78808 0.12726 0.79035 0.12803 0.79228 0.12890 0.79396 0.12995 0.79546 0.13125 0.79686 0.13283 0.79823 0.13473 0.79961 0.13696 0.80105 0.13948 0.80257 0.14220 0.80416 0.14497 0.80578 0.14755 0.80736 0.14971 0.80882 0.15125 0.81008 0.15206 0.81111 0.15219 0.81192 0.15180 0.81256 0.15110 0.81280 0.15074\n 11 402 18 0.78704 0.12839 0.78948 0.12864 0.79146 0.12912 0.79310 0.12991 0.79451 0.13108 0.79579 0.13267 0.79702 0.13473 0.79827 0.13731 0.79961 0.14039 0.80108 0.14387 0.80269 0.14755 0.80441 0.15106 0.80614 0.15393 0.80773 0.15576 0.80906 0.15635 0.81007 0.15580 0.81078 0.15447 0.81092 0.15399\n 11 380 17 0.78602 0.12952 0.78864 0.12934 0.79067 0.12952 0.79229 0.13011 0.79364 0.13117 0.79482 0.13276 0.79592 0.13494 0.79704 0.13778 0.79825 0.14130 0.79961 0.14543 0.80117 0.14993 0.80290 0.15432 0.80470 0.15791 0.80639 0.16003 0.80781 0.16038 0.80884 0.15914 0.80912 0.15822\n 11 380 17 0.78501 0.13068 0.78776 0.13017 0.78985 0.13012 0.79148 0.13056 0.79278 0.13155 0.79389 0.13313 0.79489 0.13539 0.79588 0.13841 0.79694 0.14224 0.79817 0.14685 0.79961 0.15198 0.80128 0.15706 0.80308 0.16123 0.80483 0.16359 0.80632 0.16371 0.80742 0.16190 0.80748 0.16165\n 11 358 16 0.78396 0.13191 0.78682 0.13116 0.78897 0.13095 0.79060 0.13130 0.79189 0.13223 0.79295 0.13381 0.79387 0.13610 0.79476 0.13922 0.79569 0.14322 0.79677 0.14809 0.79806 0.15356 0.79961 0.15903 0.80135 0.16351 0.80310 0.16598 0.80465 0.16596 0.80491 0.16550\n 11 358 16 0.78286 0.13324 0.78578 0.13236 0.78798 0.13206 0.78964 0.13235 0.79092 0.13324 0.79195 0.13480 0.79283 0.13710 0.79364 0.14023 0.79447 0.14426 0.79542 0.14914 0.79657 0.15462 0.79798 0.16007 0.79961 0.16452 0.80132 0.16695 0.80290 0.16689 0.80310 0.16657\n 11 336 15 0.78168 0.13469 0.78462 0.13380 0.78684 0.13348 0.78853 0.13374 0.78984 0.13462 0.79087 0.13615 0.79173 0.13841 0.79251 0.14147 0.79328 0.14535 0.79414 0.15000 0.79519 0.15514 0.79647 0.16019 0.79798 0.16426 0.79961 0.16650 0.80024 0.16651\n 11 336 15 0.78042 0.13626 0.78330 0.13549 0.78553 0.13523 0.78725 0.13552 0.78859 0.13640 0.78966 0.13789 0.79054 0.14005 0.79133 0.14292 0.79210 0.14650 0.79294 0.15068 0.79393 0.15519 0.79513 0.15951 0.79653 0.16297 0.79807 0.16492 0.79820 0.16493\n 11 314 14 0.77906 0.13798 0.78182 0.13746 0.78401 0.13736 0.78575 0.13774 0.78715 0.13862 0.78828 0.14004 0.78924 0.14204 0.79010 0.14461 0.79094 0.14771 0.79182 0.15121 0.79283 0.15486 0.79399 0.15828 0.79532 0.16099 0.79561 0.16132\n 11 292 13 0.77762 0.13981 0.78014 0.13971 0.78225 0.13989 0.78400 0.14042 0.78546 0.14133 0.78671 0.14264 0.78780 0.14438 0.78880 0.14650 0.78977 0.14895 0.79078 0.15161 0.79186 0.15428 0.79304 0.15673 0.79342 0.15731\n 11 270 12 0.77610 0.14176 0.77828 0.14224 0.78023 0.14284 0.78197 0.14359 0.78352 0.14454 0.78492 0.14569 0.78621 0.14705 0.78743 0.14858 0.78862 0.15023 0.78981 0.15193 0.79101 0.15358 0.79180 0.15455\n 11 248 11 0.77452 0.14378 0.77626 0.14500 0.77797 0.14616 0.77965 0.14725 0.78129 0.14825 0.78290 0.14917 0.78447 0.15001 0.78600 0.15078 0.78747 0.15151 0.78889 0.15220 0.79020 0.15284\n 11 248 11 0.77293 0.14582 0.77413 0.14792 0.77550 0.14979 0.77706 0.15130 0.77881 0.15237 0.78069 0.15297 0.78262 0.15316 0.78453 0.15305 0.78634 0.15277 0.78803 0.15245 0.78865 0.15237\n 11 446 20 0.79961 0.11466 0.79729 0.11730 0.79522 0.11961 0.79340 0.12160 0.79182 0.12330 0.79043 0.12477 0.78920 0.12607 0.78808 0.12726 0.78704 0.12839 0.78602 0.12952 0.78501 0.13068 0.78396 0.13191 0.78286 0.13324 0.78168 0.13469 0.78042 0.13626 0.77906 0.13798 0.77762 0.13981 0.77610 0.14176 0.77452 0.14378 0.77293 0.14582\n 11 446 20 0.80238 0.11905 0.79961 0.12161 0.79723 0.12357 0.79526 0.12500 0.79367 0.12604 0.79238 0.12681 0.79130 0.12744 0.79035 0.12803 0.78948 0.12864 0.78864 0.12934 0.78776 0.13017 0.78682 0.13116 0.78578 0.13236 0.78462 0.13380 0.78330 0.13549 0.78182 0.13746 0.78014 0.13971 0.77828 0.14224 0.77626 0.14500 0.77413 0.14792\n 11 446 20 0.80578 0.12414 0.80243 0.12635 0.79961 0.12769 0.79737 0.12838 0.79563 0.12866 0.79428 0.12875 0.79320 0.12880 0.79228 0.12890 0.79146 0.12912 0.79067 0.12952 0.78985 0.13012 0.78897 0.13095 0.78798 0.13206 0.78684 0.13348 0.78553 0.13523 0.78401 0.13736 0.78225 0.13989 0.78023 0.14284 0.77797 0.14616 0.77550 0.14979\n 11 446 20 0.80935 0.12905 0.80547 0.13075 0.80219 0.13140 0.79961 0.13137 0.79763 0.13102 0.79612 0.13057 0.79494 0.13019 0.79396 0.12995 0.79310 0.12991 0.79229 0.13011 0.79148 0.13056 0.79060 0.13130 0.78964 0.13235 0.78853 0.13374 0.78725 0.13552 0.78575 0.13774 0.78400 0.14042 0.78197 0.14359 0.77965 0.14725 0.77706 0.15130\n 11 446 20 0.81227 0.13254 0.80818 0.13383 0.80466 0.13406 0.80182 0.13365 0.79961 0.13297 0.79790 0.13225 0.79656 0.13165 0.79546 0.13125 0.79451 0.13108 0.79364 0.13117 0.79278 0.13155 0.79189 0.13223 0.79092 0.13324 0.78984 0.13462 0.78859 0.13640 0.78715 0.13862 0.78546 0.14133 0.78352 0.14454 0.78129 0.14825 0.77881 0.15237\n 11 446 20 0.81397 0.13395 0.81013 0.13513 0.80669 0.13538 0.80380 0.13505 0.80147 0.13444 0.79961 0.13378 0.79811 0.13322 0.79686 0.13283 0.79579 0.13267 0.79482 0.13276 0.79389 0.13313 0.79295 0.13381 0.79195 0.13480 0.79087 0.13615 0.78966 0.13789 0.78828 0.14004 0.78671 0.14264 0.78492 0.14569 0.78290 0.14917 0.78069 0.15297\n 11 446 20 0.81451 0.13366 0.81121 0.13494 0.80815 0.13554 0.80546 0.13565 0.80316 0.13547 0.80123 0.13518 0.79961 0.13490 0.79823 0.13473 0.79702 0.13473 0.79592 0.13494 0.79489 0.13539 0.79387 0.13610 0.79283 0.13710 0.79173 0.13841 0.79054 0.14005 0.78924 0.14204 0.78780 0.14438 0.78621 0.14705 0.78447 0.15001 0.78262 0.15316\n 11 50 2 0.81436 0.13250 0.81431 0.13253\n 11 402 18 0.80729 0.13552 0.80677 0.13568 0.80465 0.13613 0.80276 0.13644 0.80109 0.13669 0.79961 0.13696 0.79827 0.13731 0.79704 0.13778 0.79588 0.13841 0.79476 0.13922 0.79364 0.14023 0.79251 0.14147 0.79133 0.14292 0.79010 0.14461 0.78880 0.14650 0.78743 0.14858 0.78600 0.15078 0.78453 0.15305\n 11 50 2 0.81395 0.13119 0.81391 0.13121\n 11 380 17 0.80764 0.13552 0.80594 0.13656 0.80421 0.13760 0.80258 0.13856 0.80105 0.13948 0.79961 0.14039 0.79825 0.14130 0.79694 0.14224 0.79569 0.14322 0.79447 0.14426 0.79328 0.14535 0.79210 0.14650 0.79094 0.14771 0.78977 0.14895 0.78862 0.15023 0.78747 0.15151 0.78634 0.15277\n 11 50 2 0.81357 0.13010 0.81354 0.13013\n 11 72 3 0.81354 0.13013 0.81184 0.13173 0.81171 0.13187\n 11 380 17 0.80831 0.13550 0.80709 0.13690 0.80557 0.13868 0.80406 0.14046 0.80257 0.14220 0.80108 0.14387 0.79961 0.14543 0.79817 0.14685 0.79677 0.14809 0.79542 0.14914 0.79414 0.15000 0.79294 0.15068 0.79182 0.15121 0.79078 0.15161 0.78981 0.15193 0.78889 0.15220 0.78803 0.15245\n 11 50 2 0.81337 0.12940 0.81335 0.12943\n 11 72 3 0.81335 0.12943 0.81195 0.13106 0.81152 0.13167\n 11 358 16 0.80920 0.13530 0.80813 0.13726 0.80686 0.13972 0.80555 0.14232 0.80416 0.14497 0.80269 0.14755 0.80117 0.14993 0.79961 0.15198 0.79806 0.15356 0.79657 0.15462 0.79519 0.15514 0.79393 0.15519 0.79283 0.15486 0.79186 0.15428 0.79101 0.15358 0.79032 0.15292\n 11 50 2 0.81342 0.12916 0.81340 0.12919\n 11 336 15 0.81010 0.13513 0.80912 0.13775 0.80810 0.14075 0.80700 0.14406 0.80578 0.14755 0.80441 0.15106 0.80290 0.15432 0.80128 0.15706 0.79961 0.15903 0.79798 0.16007 0.79647 0.16019 0.79513 0.15951 0.79399 0.15828 0.79304 0.15673 0.79267 0.15596\n 11 50 2 0.81376 0.12940 0.81347 0.12984\n 11 336 15 0.81114 0.13487 0.81091 0.13553 0.81012 0.13843 0.80930 0.14179 0.80840 0.14559 0.80736 0.14971 0.80614 0.15393 0.80470 0.15791 0.80308 0.16123 0.80135 0.16351 0.79961 0.16452 0.79798 0.16426 0.79653 0.16297 0.79532 0.16099 0.79501 0.16027\n 11 50 2 0.81444 0.13016 0.81388 0.13106\n 11 314 14 0.81240 0.13443 0.81184 0.13636 0.81116 0.13936 0.81047 0.14287 0.80971 0.14687 0.80882 0.15125 0.80773 0.15576 0.80639 0.16003 0.80483 0.16359 0.80310 0.16598 0.80132 0.16695 0.79961 0.16650 0.79807 0.16492 0.79787 0.16457\n 11 314 14 0.81550 0.13150 0.81449 0.13313 0.81365 0.13515 0.81293 0.13762 0.81227 0.14056 0.81162 0.14399 0.81092 0.14786 0.81008 0.15206 0.80906 0.15635 0.80781 0.16038 0.80632 0.16371 0.80465 0.16596 0.80290 0.16689 0.80254 0.16682\n 11 270 12 0.81702 0.13348 0.81593 0.13507 0.81502 0.13701 0.81422 0.13933 0.81349 0.14205 0.81277 0.14515 0.81200 0.14857 0.81111 0.15219 0.81007 0.15580 0.80884 0.15914 0.80742 0.16190 0.80725 0.16211\n 11 226 10 0.81906 0.13620 0.81782 0.13770 0.81674 0.13947 0.81576 0.14152 0.81483 0.14382 0.81391 0.14635 0.81296 0.14904 0.81192 0.15180 0.81078 0.15447 0.81041 0.15519\n 11 204 9 0.82171 0.13976 0.82021 0.14110 0.81883 0.14256 0.81753 0.14415 0.81628 0.14583 0.81505 0.14758 0.81381 0.14935 0.81256 0.15110 0.81213 0.15165\n 11 182 8 0.82499 0.14419 0.82311 0.14524 0.82128 0.14622 0.81952 0.14713 0.81781 0.14799 0.81617 0.14880 0.81459 0.14958 0.81347 0.15013\n 11 182 8 0.82882 0.14936 0.82642 0.14997 0.82400 0.15027 0.82163 0.15031 0.81937 0.15019 0.81726 0.15000 0.81532 0.14980 0.81467 0.14975\n 11 446 20 0.79961 0.11207 0.80099 0.11375 0.80232 0.11537 0.80361 0.11694 0.80485 0.11845 0.80605 0.11991 0.80721 0.12133 0.80833 0.12269 0.80941 0.12402 0.81046 0.12530 0.81148 0.12654 0.81247 0.12774 0.81343 0.12891 0.81436 0.13004 0.81526 0.13114 0.81613 0.13221 0.81698 0.13324 0.81781 0.13425 0.81861 0.13523 0.81940 0.13618\n 11 50 2 0.81940 0.13618 0.82882 0.14936\n 11 50 2 0.81940 0.13618 0.81938 0.13620\n 11 50 2 0.78025 0.13649 0.77982 0.13618\n 11 50 2 0.77982 0.13618 0.77293 0.14582\n 11 446 20 0.77982 0.13618 0.78060 0.13523 0.78141 0.13425 0.78223 0.13324 0.78309 0.13221 0.78396 0.13114 0.78486 0.13004 0.78579 0.12891 0.78675 0.12774 0.78774 0.12654 0.78875 0.12530 0.78981 0.12402 0.79089 0.12269 0.79201 0.12133 0.79317 0.11991 0.79437 0.11845 0.79561 0.11694 0.79690 0.11537 0.79823 0.11375 0.79961 0.11207\n 11 50 2 0.79961 0.11207 0.79961 0.11466\n 82 0\n 81 6 66\n 82 0\n 84 6 57\n 84 6 58\n 84 6 59\n 84 6 60\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 67\n 21 6 1\n 25 6 1\n 11 798 36 0.04960 0.05787 0.04960 0.05787 0.04960 0.05787 0.04444 0.05787 0.04960 0.05787 0.04960 0.07506 0.04444 0.07506 0.04960 0.07506 0.04960 0.09224 0.04444 0.09224 0.04960 0.09224 0.04960 0.10942 0.04444 0.10942 0.04960 0.10942 0.04960 0.12661 0.04444 0.12661 0.04960 0.12661 0.04960 0.14379 0.04444 0.14379 0.04960 0.14379 0.04960 0.16097 0.04444 0.16097 0.04960 0.16097 0.04960 0.17816 0.04444 0.17816 0.04960 0.17816 0.04960 0.19534 0.04444 0.19534 0.04960 0.19534 0.04960 0.21253 0.04444 0.21253 0.04960 0.21253 0.04960 0.22971 0.04444 0.22971 0.04960 0.22971 0.04960 0.22971\n 11 50 2 0.02323 0.07476 0.02677 0.07476\n 11 380 17 0.02933 0.07712 0.02874 0.07693 0.02835 0.07634 0.02815 0.07535 0.02815 0.07476 0.02835 0.07378 0.02874 0.07319 0.02933 0.07299 0.02972 0.07299 0.03031 0.07319 0.03071 0.07378 0.03090 0.07476 0.03090 0.07535 0.03071 0.07634 0.03031 0.07693 0.02972 0.07712 0.02933 0.07712\n 11 116 5 0.03248 0.07338 0.03228 0.07319 0.03248 0.07299 0.03268 0.07319 0.03248 0.07338\n 11 644 29 0.03504 0.07712 0.03445 0.07693 0.03425 0.07653 0.03425 0.07614 0.03445 0.07574 0.03484 0.07555 0.03563 0.07535 0.03622 0.07515 0.03661 0.07476 0.03681 0.07437 0.03681 0.07378 0.03661 0.07338 0.03642 0.07319 0.03583 0.07299 0.03504 0.07299 0.03445 0.07319 0.03425 0.07338 0.03405 0.07378 0.03405 0.07437 0.03425 0.07476 0.03464 0.07515 0.03523 0.07535 0.03602 0.07555 0.03642 0.07574 0.03661 0.07614 0.03661 0.07653 0.03642 0.07693 0.03583 0.07712 0.03504 0.07712\n 11 380 17 0.03917 0.07712 0.03858 0.07693 0.03819 0.07634 0.03799 0.07535 0.03799 0.07476 0.03819 0.07378 0.03858 0.07319 0.03917 0.07299 0.03957 0.07299 0.04016 0.07319 0.04055 0.07378 0.04075 0.07476 0.04075 0.07535 0.04055 0.07634 0.04016 0.07693 0.03957 0.07712 0.03917 0.07712\n 11 50 2 0.02323 0.10913 0.02677 0.10913\n 11 380 17 0.02933 0.11149 0.02874 0.11129 0.02835 0.11070 0.02815 0.10972 0.02815 0.10913 0.02835 0.10814 0.02874 0.10755 0.02933 0.10736 0.02972 0.10736 0.03031 0.10755 0.03071 0.10814 0.03090 0.10913 0.03090 0.10972 0.03071 0.11070 0.03031 0.11129 0.02972 0.11149 0.02933 0.11149\n 11 116 5 0.03248 0.10775 0.03228 0.10755 0.03248 0.10736 0.03268 0.10755 0.03248 0.10775\n 11 72 3 0.03602 0.11149 0.03405 0.10873 0.03701 0.10873\n 11 50 2 0.03602 0.11149 0.03602 0.10736\n 11 380 17 0.03917 0.11149 0.03858 0.11129 0.03819 0.11070 0.03799 0.10972 0.03799 0.10913 0.03819 0.10814 0.03858 0.10755 0.03917 0.10736 0.03957 0.10736 0.04016 0.10755 0.04055 0.10814 0.04075 0.10913 0.04075 0.10972 0.04055 0.11070 0.04016 0.11129 0.03957 0.11149 0.03917 0.11149\n 11 380 17 0.02933 0.14586 0.02874 0.14566 0.02835 0.14507 0.02815 0.14409 0.02815 0.14350 0.02835 0.14251 0.02874 0.14192 0.02933 0.14172 0.02972 0.14172 0.03031 0.14192 0.03071 0.14251 0.03090 0.14350 0.03090 0.14409 0.03071 0.14507 0.03031 0.14566 0.02972 0.14586 0.02933 0.14586\n 11 116 5 0.03248 0.14212 0.03228 0.14192 0.03248 0.14172 0.03268 0.14192 0.03248 0.14212\n 11 380 17 0.03523 0.14586 0.03464 0.14566 0.03425 0.14507 0.03405 0.14409 0.03405 0.14350 0.03425 0.14251 0.03464 0.14192 0.03523 0.14172 0.03563 0.14172 0.03622 0.14192 0.03661 0.14251 0.03681 0.14350 0.03681 0.14409 0.03661 0.14507 0.03622 0.14566 0.03563 0.14586 0.03523 0.14586\n 11 380 17 0.03917 0.14586 0.03858 0.14566 0.03819 0.14507 0.03799 0.14409 0.03799 0.14350 0.03819 0.14251 0.03858 0.14192 0.03917 0.14172 0.03957 0.14172 0.04016 0.14192 0.04055 0.14251 0.04075 0.14350 0.04075 0.14409 0.04055 0.14507 0.04016 0.14566 0.03957 0.14586 0.03917 0.14586\n 11 380 17 0.02933 0.18023 0.02874 0.18003 0.02835 0.17944 0.02815 0.17845 0.02815 0.17786 0.02835 0.17688 0.02874 0.17629 0.02933 0.17609 0.02972 0.17609 0.03031 0.17629 0.03071 0.17688 0.03090 0.17786 0.03090 0.17845 0.03071 0.17944 0.03031 0.18003 0.02972 0.18023 0.02933 0.18023\n 11 116 5 0.03248 0.17649 0.03228 0.17629 0.03248 0.17609 0.03268 0.17629 0.03248 0.17649\n 11 72 3 0.03602 0.18023 0.03405 0.17747 0.03701 0.17747\n 11 50 2 0.03602 0.18023 0.03602 0.17609\n 11 380 17 0.03917 0.18023 0.03858 0.18003 0.03819 0.17944 0.03799 0.17845 0.03799 0.17786 0.03819 0.17688 0.03858 0.17629 0.03917 0.17609 0.03957 0.17609 0.04016 0.17629 0.04055 0.17688 0.04075 0.17786 0.04075 0.17845 0.04055 0.17944 0.04016 0.18003 0.03957 0.18023 0.03917 0.18023\n 11 380 17 0.02933 0.21459 0.02874 0.21440 0.02835 0.21381 0.02815 0.21282 0.02815 0.21223 0.02835 0.21125 0.02874 0.21066 0.02933 0.21046 0.02972 0.21046 0.03031 0.21066 0.03071 0.21125 0.03090 0.21223 0.03090 0.21282 0.03071 0.21381 0.03031 0.21440 0.02972 0.21459 0.02933 0.21459\n 11 116 5 0.03248 0.21085 0.03228 0.21066 0.03248 0.21046 0.03268 0.21066 0.03248 0.21085\n 11 644 29 0.03504 0.21459 0.03445 0.21440 0.03425 0.21400 0.03425 0.21361 0.03445 0.21321 0.03484 0.21302 0.03563 0.21282 0.03622 0.21262 0.03661 0.21223 0.03681 0.21184 0.03681 0.21125 0.03661 0.21085 0.03642 0.21066 0.03583 0.21046 0.03504 0.21046 0.03445 0.21066 0.03425 0.21085 0.03405 0.21125 0.03405 0.21184 0.03425 0.21223 0.03464 0.21262 0.03523 0.21282 0.03602 0.21302 0.03642 0.21321 0.03661 0.21361 0.03661 0.21400 0.03642 0.21440 0.03583 0.21459 0.03504 0.21459\n 11 380 17 0.03917 0.21459 0.03858 0.21440 0.03819 0.21381 0.03799 0.21282 0.03799 0.21223 0.03819 0.21125 0.03858 0.21066 0.03917 0.21046 0.03957 0.21046 0.04016 0.21066 0.04055 0.21125 0.04075 0.21223 0.04075 0.21282 0.04055 0.21381 0.04016 0.21440 0.03957 0.21459 0.03917 0.21459\n 11 798 36 0.04960 0.05787 0.04960 0.05787 0.04960 0.05787 0.04444 0.05787 0.04960 0.05787 0.04960 0.07506 0.04444 0.07506 0.04960 0.07506 0.04960 0.09224 0.04444 0.09224 0.04960 0.09224 0.04960 0.10942 0.04444 0.10942 0.04960 0.10942 0.04960 0.12661 0.04444 0.12661 0.04960 0.12661 0.04960 0.14379 0.04444 0.14379 0.04960 0.14379 0.04960 0.16097 0.04444 0.16097 0.04960 0.16097 0.04960 0.17816 0.04444 0.17816 0.04960 0.17816 0.04960 0.19534 0.04444 0.19534 0.04960 0.19534 0.04960 0.21253 0.04444 0.21253 0.04960 0.21253 0.04960 0.22971 0.04444 0.22971 0.04960 0.22971 0.04960 0.22971\n 11 50 2 0.02323 0.07476 0.02677 0.07476\n 11 380 17 0.02933 0.07712 0.02874 0.07693 0.02835 0.07634 0.02815 0.07535 0.02815 0.07476 0.02835 0.07378 0.02874 0.07319 0.02933 0.07299 0.02972 0.07299 0.03031 0.07319 0.03071 0.07378 0.03090 0.07476 0.03090 0.07535 0.03071 0.07634 0.03031 0.07693 0.02972 0.07712 0.02933 0.07712\n 11 116 5 0.03248 0.07338 0.03228 0.07319 0.03248 0.07299 0.03268 0.07319 0.03248 0.07338\n 11 644 29 0.03504 0.07712 0.03445 0.07693 0.03425 0.07653 0.03425 0.07614 0.03445 0.07574 0.03484 0.07555 0.03563 0.07535 0.03622 0.07515 0.03661 0.07476 0.03681 0.07437 0.03681 0.07378 0.03661 0.07338 0.03642 0.07319 0.03583 0.07299 0.03504 0.07299 0.03445 0.07319 0.03425 0.07338 0.03405 0.07378 0.03405 0.07437 0.03425 0.07476 0.03464 0.07515 0.03523 0.07535 0.03602 0.07555 0.03642 0.07574 0.03661 0.07614 0.03661 0.07653 0.03642 0.07693 0.03583 0.07712 0.03504 0.07712\n 11 380 17 0.03917 0.07712 0.03858 0.07693 0.03819 0.07634 0.03799 0.07535 0.03799 0.07476 0.03819 0.07378 0.03858 0.07319 0.03917 0.07299 0.03957 0.07299 0.04016 0.07319 0.04055 0.07378 0.04075 0.07476 0.04075 0.07535 0.04055 0.07634 0.04016 0.07693 0.03957 0.07712 0.03917 0.07712\n 11 50 2 0.02323 0.10913 0.02677 0.10913\n 11 380 17 0.02933 0.11149 0.02874 0.11129 0.02835 0.11070 0.02815 0.10972 0.02815 0.10913 0.02835 0.10814 0.02874 0.10755 0.02933 0.10736 0.02972 0.10736 0.03031 0.10755 0.03071 0.10814 0.03090 0.10913 0.03090 0.10972 0.03071 0.11070 0.03031 0.11129 0.02972 0.11149 0.02933 0.11149\n 11 116 5 0.03248 0.10775 0.03228 0.10755 0.03248 0.10736 0.03268 0.10755 0.03248 0.10775\n 11 72 3 0.03602 0.11149 0.03405 0.10873 0.03701 0.10873\n 11 50 2 0.03602 0.11149 0.03602 0.10736\n 11 380 17 0.03917 0.11149 0.03858 0.11129 0.03819 0.11070 0.03799 0.10972 0.03799 0.10913 0.03819 0.10814 0.03858 0.10755 0.03917 0.10736 0.03957 0.10736 0.04016 0.10755 0.04055 0.10814 0.04075 0.10913 0.04075 0.10972 0.04055 0.11070 0.04016 0.11129 0.03957 0.11149 0.03917 0.11149\n 11 380 17 0.02933 0.14586 0.02874 0.14566 0.02835 0.14507 0.02815 0.14409 0.02815 0.14350 0.02835 0.14251 0.02874 0.14192 0.02933 0.14172 0.02972 0.14172 0.03031 0.14192 0.03071 0.14251 0.03090 0.14350 0.03090 0.14409 0.03071 0.14507 0.03031 0.14566 0.02972 0.14586 0.02933 0.14586\n 11 116 5 0.03248 0.14212 0.03228 0.14192 0.03248 0.14172 0.03268 0.14192 0.03248 0.14212\n 11 380 17 0.03523 0.14586 0.03464 0.14566 0.03425 0.14507 0.03405 0.14409 0.03405 0.14350 0.03425 0.14251 0.03464 0.14192 0.03523 0.14172 0.03563 0.14172 0.03622 0.14192 0.03661 0.14251 0.03681 0.14350 0.03681 0.14409 0.03661 0.14507 0.03622 0.14566 0.03563 0.14586 0.03523 0.14586\n 11 380 17 0.03917 0.14586 0.03858 0.14566 0.03819 0.14507 0.03799 0.14409 0.03799 0.14350 0.03819 0.14251 0.03858 0.14192 0.03917 0.14172 0.03957 0.14172 0.04016 0.14192 0.04055 0.14251 0.04075 0.14350 0.04075 0.14409 0.04055 0.14507 0.04016 0.14566 0.03957 0.14586 0.03917 0.14586\n 11 380 17 0.02933 0.18023 0.02874 0.18003 0.02835 0.17944 0.02815 0.17845 0.02815 0.17786 0.02835 0.17688 0.02874 0.17629 0.02933 0.17609 0.02972 0.17609 0.03031 0.17629 0.03071 0.17688 0.03090 0.17786 0.03090 0.17845 0.03071 0.17944 0.03031 0.18003 0.02972 0.18023 0.02933 0.18023\n 11 116 5 0.03248 0.17649 0.03228 0.17629 0.03248 0.17609 0.03268 0.17629 0.03248 0.17649\n 11 72 3 0.03602 0.18023 0.03405 0.17747 0.03701 0.17747\n 11 50 2 0.03602 0.18023 0.03602 0.17609\n 11 380 17 0.03917 0.18023 0.03858 0.18003 0.03819 0.17944 0.03799 0.17845 0.03799 0.17786 0.03819 0.17688 0.03858 0.17629 0.03917 0.17609 0.03957 0.17609 0.04016 0.17629 0.04055 0.17688 0.04075 0.17786 0.04075 0.17845 0.04055 0.17944 0.04016 0.18003 0.03957 0.18023 0.03917 0.18023\n 11 380 17 0.02933 0.21459 0.02874 0.21440 0.02835 0.21381 0.02815 0.21282 0.02815 0.21223 0.02835 0.21125 0.02874 0.21066 0.02933 0.21046 0.02972 0.21046 0.03031 0.21066 0.03071 0.21125 0.03090 0.21223 0.03090 0.21282 0.03071 0.21381 0.03031 0.21440 0.02972 0.21459 0.02933 0.21459\n 11 116 5 0.03248 0.21085 0.03228 0.21066 0.03248 0.21046 0.03268 0.21066 0.03248 0.21085\n 11 644 29 0.03504 0.21459 0.03445 0.21440 0.03425 0.21400 0.03425 0.21361 0.03445 0.21321 0.03484 0.21302 0.03563 0.21282 0.03622 0.21262 0.03661 0.21223 0.03681 0.21184 0.03681 0.21125 0.03661 0.21085 0.03642 0.21066 0.03583 0.21046 0.03504 0.21046 0.03445 0.21066 0.03425 0.21085 0.03405 0.21125 0.03405 0.21184 0.03425 0.21223 0.03464 0.21262 0.03523 0.21282 0.03602 0.21302 0.03642 0.21321 0.03661 0.21361 0.03661 0.21400 0.03642 0.21440 0.03583 0.21459 0.03504 0.21459\n 11 380 17 0.03917 0.21459 0.03858 0.21440 0.03819 0.21381 0.03799 0.21282 0.03799 0.21223 0.03819 0.21125 0.03858 0.21066 0.03917 0.21046 0.03957 0.21046 0.04016 0.21066 0.04055 0.21125 0.04075 0.21223 0.04075 0.21282 0.04055 0.21381 0.04016 0.21440 0.03957 0.21459 0.03917 0.21459\n 11 798 36 0.29167 0.05787 0.29167 0.05787 0.29167 0.05787 0.29684 0.05787 0.29167 0.05787 0.29167 0.07506 0.29684 0.07506 0.29167 0.07506 0.29167 0.09224 0.29684 0.09224 0.29167 0.09224 0.29167 0.10942 0.29684 0.10942 0.29167 0.10942 0.29167 0.12661 0.29684 0.12661 0.29167 0.12661 0.29167 0.14379 0.29684 0.14379 0.29167 0.14379 0.29167 0.16097 0.29684 0.16097 0.29167 0.16097 0.29167 0.17816 0.29684 0.17816 0.29167 0.17816 0.29167 0.19534 0.29684 0.19534 0.29167 0.19534 0.29167 0.21253 0.29684 0.21253 0.29167 0.21253 0.29167 0.22971 0.29684 0.22971 0.29167 0.22971 0.29167 0.22971\n 11 798 36 0.29167 0.05787 0.29167 0.05787 0.29167 0.05787 0.29684 0.05787 0.29167 0.05787 0.29167 0.07506 0.29684 0.07506 0.29167 0.07506 0.29167 0.09224 0.29684 0.09224 0.29167 0.09224 0.29167 0.10942 0.29684 0.10942 0.29167 0.10942 0.29167 0.12661 0.29684 0.12661 0.29167 0.12661 0.29167 0.14379 0.29684 0.14379 0.29167 0.14379 0.29167 0.16097 0.29684 0.16097 0.29167 0.16097 0.29167 0.17816 0.29684 0.17816 0.29167 0.17816 0.29167 0.19534 0.29684 0.19534 0.29167 0.19534 0.29167 0.21253 0.29684 0.21253 0.29167 0.21253 0.29167 0.22971 0.29684 0.22971 0.29167 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.22971 0.04960 0.22971 0.07381 0.22971 0.07381 0.23488 0.07381 0.22971 0.09802 0.22971 0.09802 0.23488 0.09802 0.22971 0.12223 0.22971 0.12223 0.23488 0.12223 0.22971 0.14644 0.22971 0.14644 0.23488 0.14644 0.22971 0.17065 0.22971 0.17065 0.23488 0.17065 0.22971 0.19486 0.22971 0.19486 0.23488 0.19486 0.22971 0.21907 0.22971 0.21907 0.23488 0.21907 0.22971 0.24328 0.22971 0.24328 0.23488 0.24328 0.22971 0.26749 0.22971 0.26749 0.23488 0.26749 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.22971 0.04960 0.22971 0.07381 0.22971 0.07381 0.23488 0.07381 0.22971 0.09802 0.22971 0.09802 0.23488 0.09802 0.22971 0.12223 0.22971 0.12223 0.23488 0.12223 0.22971 0.14644 0.22971 0.14644 0.23488 0.14644 0.22971 0.17065 0.22971 0.17065 0.23488 0.17065 0.22971 0.19486 0.22971 0.19486 0.23488 0.19486 0.22971 0.21907 0.22971 0.21907 0.23488 0.21907 0.22971 0.24328 0.22971 0.24328 0.23488 0.24328 0.22971 0.26749 0.22971 0.26749 0.23488 0.26749 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.05787 0.04960 0.05787 0.07381 0.05787 0.07381 0.05270 0.07381 0.05787 0.09802 0.05787 0.09802 0.05270 0.09802 0.05787 0.12223 0.05787 0.12223 0.05270 0.12223 0.05787 0.14644 0.05787 0.14644 0.05270 0.14644 0.05787 0.17065 0.05787 0.17065 0.05270 0.17065 0.05787 0.19486 0.05787 0.19486 0.05270 0.19486 0.05787 0.21907 0.05787 0.21907 0.05270 0.21907 0.05787 0.24328 0.05787 0.24328 0.05270 0.24328 0.05787 0.26749 0.05787 0.26749 0.05270 0.26749 0.05787 0.29167 0.05787\n 11 50 2 0.06515 0.04662 0.06869 0.04662\n 11 380 17 0.07125 0.04898 0.07066 0.04879 0.07027 0.04820 0.07007 0.04721 0.07007 0.04662 0.07027 0.04564 0.07066 0.04505 0.07125 0.04485 0.07165 0.04485 0.07224 0.04505 0.07263 0.04564 0.07283 0.04662 0.07283 0.04721 0.07263 0.04820 0.07224 0.04879 0.07165 0.04898 0.07125 0.04898\n 11 116 5 0.07440 0.04524 0.07421 0.04505 0.07440 0.04485 0.07460 0.04505 0.07440 0.04524\n 11 644 29 0.07696 0.04898 0.07637 0.04879 0.07617 0.04839 0.07617 0.04800 0.07637 0.04761 0.07677 0.04741 0.07755 0.04721 0.07814 0.04702 0.07854 0.04662 0.07873 0.04623 0.07873 0.04564 0.07854 0.04524 0.07834 0.04505 0.07775 0.04485 0.07696 0.04485 0.07637 0.04505 0.07617 0.04524 0.07598 0.04564 0.07598 0.04623 0.07617 0.04662 0.07657 0.04702 0.07716 0.04721 0.07795 0.04741 0.07834 0.04761 0.07854 0.04800 0.07854 0.04839 0.07834 0.04879 0.07775 0.04898 0.07696 0.04898\n 11 380 17 0.08110 0.04898 0.08051 0.04879 0.08011 0.04820 0.07991 0.04721 0.07991 0.04662 0.08011 0.04564 0.08051 0.04505 0.08110 0.04485 0.08149 0.04485 0.08208 0.04505 0.08247 0.04564 0.08267 0.04662 0.08267 0.04721 0.08247 0.04820 0.08208 0.04879 0.08149 0.04898 0.08110 0.04898\n 11 50 2 0.11357 0.04662 0.11711 0.04662\n 11 380 17 0.11967 0.04898 0.11908 0.04879 0.11869 0.04820 0.11849 0.04721 0.11849 0.04662 0.11869 0.04564 0.11908 0.04505 0.11967 0.04485 0.12007 0.04485 0.12066 0.04505 0.12105 0.04564 0.12125 0.04662 0.12125 0.04721 0.12105 0.04820 0.12066 0.04879 0.12007 0.04898 0.11967 0.04898\n 11 116 5 0.12282 0.04524 0.12263 0.04505 0.12282 0.04485 0.12302 0.04505 0.12282 0.04524\n 11 72 3 0.12637 0.04898 0.12440 0.04623 0.12735 0.04623\n 11 50 2 0.12637 0.04898 0.12637 0.04485\n 11 380 17 0.12952 0.04898 0.12892 0.04879 0.12853 0.04820 0.12833 0.04721 0.12833 0.04662 0.12853 0.04564 0.12892 0.04505 0.12952 0.04485 0.12991 0.04485 0.13050 0.04505 0.13089 0.04564 0.13109 0.04662 0.13109 0.04721 0.13089 0.04820 0.13050 0.04879 0.12991 0.04898 0.12952 0.04898\n 11 380 17 0.16553 0.04898 0.16494 0.04879 0.16455 0.04820 0.16435 0.04721 0.16435 0.04662 0.16455 0.04564 0.16494 0.04505 0.16553 0.04485 0.16593 0.04485 0.16652 0.04505 0.16691 0.04564 0.16711 0.04662 0.16711 0.04721 0.16691 0.04820 0.16652 0.04879 0.16593 0.04898 0.16553 0.04898\n 11 116 5 0.16868 0.04524 0.16849 0.04505 0.16868 0.04485 0.16888 0.04505 0.16868 0.04524\n 11 380 17 0.17144 0.04898 0.17085 0.04879 0.17045 0.04820 0.17026 0.04721 0.17026 0.04662 0.17045 0.04564 0.17085 0.04505 0.17144 0.04485 0.17183 0.04485 0.17242 0.04505 0.17282 0.04564 0.17301 0.04662 0.17301 0.04721 0.17282 0.04820 0.17242 0.04879 0.17183 0.04898 0.17144 0.04898\n 11 380 17 0.17538 0.04898 0.17478 0.04879 0.17439 0.04820 0.17419 0.04721 0.17419 0.04662 0.17439 0.04564 0.17478 0.04505 0.17538 0.04485 0.17577 0.04485 0.17636 0.04505 0.17675 0.04564 0.17695 0.04662 0.17695 0.04721 0.17675 0.04820 0.17636 0.04879 0.17577 0.04898 0.17538 0.04898\n 11 380 17 0.21395 0.04898 0.21336 0.04879 0.21297 0.04820 0.21277 0.04721 0.21277 0.04662 0.21297 0.04564 0.21336 0.04505 0.21395 0.04485 0.21435 0.04485 0.21494 0.04505 0.21533 0.04564 0.21553 0.04662 0.21553 0.04721 0.21533 0.04820 0.21494 0.04879 0.21435 0.04898 0.21395 0.04898\n 11 116 5 0.21710 0.04524 0.21691 0.04505 0.21710 0.04485 0.21730 0.04505 0.21710 0.04524\n 11 72 3 0.22065 0.04898 0.21868 0.04623 0.22163 0.04623\n 11 50 2 0.22065 0.04898 0.22065 0.04485\n 11 380 17 0.22379 0.04898 0.22320 0.04879 0.22281 0.04820 0.22261 0.04721 0.22261 0.04662 0.22281 0.04564 0.22320 0.04505 0.22379 0.04485 0.22419 0.04485 0.22478 0.04505 0.22517 0.04564 0.22537 0.04662 0.22537 0.04721 0.22517 0.04820 0.22478 0.04879 0.22419 0.04898 0.22379 0.04898\n 11 380 17 0.26237 0.04898 0.26178 0.04879 0.26139 0.04820 0.26119 0.04721 0.26119 0.04662 0.26139 0.04564 0.26178 0.04505 0.26237 0.04485 0.26277 0.04485 0.26336 0.04505 0.26375 0.04564 0.26395 0.04662 0.26395 0.04721 0.26375 0.04820 0.26336 0.04879 0.26277 0.04898 0.26237 0.04898\n 11 116 5 0.26552 0.04524 0.26532 0.04505 0.26552 0.04485 0.26572 0.04505 0.26552 0.04524\n 11 644 29 0.26808 0.04898 0.26749 0.04879 0.26729 0.04839 0.26729 0.04800 0.26749 0.04761 0.26788 0.04741 0.26867 0.04721 0.26926 0.04702 0.26966 0.04662 0.26985 0.04623 0.26985 0.04564 0.26966 0.04524 0.26946 0.04505 0.26887 0.04485 0.26808 0.04485 0.26749 0.04505 0.26729 0.04524 0.26710 0.04564 0.26710 0.04623 0.26729 0.04662 0.26769 0.04702 0.26828 0.04721 0.26906 0.04741 0.26946 0.04761 0.26966 0.04800 0.26966 0.04839 0.26946 0.04879 0.26887 0.04898 0.26808 0.04898\n 11 380 17 0.27221 0.04898 0.27162 0.04879 0.27123 0.04820 0.27103 0.04721 0.27103 0.04662 0.27123 0.04564 0.27162 0.04505 0.27221 0.04485 0.27261 0.04485 0.27320 0.04505 0.27359 0.04564 0.27379 0.04662 0.27379 0.04721 0.27359 0.04820 0.27320 0.04879 0.27261 0.04898 0.27221 0.04898\n 11 666 30 0.07381 0.05787 0.04960 0.05787 0.07381 0.05787 0.07381 0.05270 0.07381 0.05787 0.09802 0.05787 0.09802 0.05270 0.09802 0.05787 0.12223 0.05787 0.12223 0.05270 0.12223 0.05787 0.14644 0.05787 0.14644 0.05270 0.14644 0.05787 0.17065 0.05787 0.17065 0.05270 0.17065 0.05787 0.19486 0.05787 0.19486 0.05270 0.19486 0.05787 0.21907 0.05787 0.21907 0.05270 0.21907 0.05787 0.24328 0.05787 0.24328 0.05270 0.24328 0.05787 0.26749 0.05787 0.26749 0.05270 0.26749 0.05787 0.29167 0.05787\n 11 50 2 0.06515 0.04662 0.06869 0.04662\n 11 380 17 0.07125 0.04898 0.07066 0.04879 0.07027 0.04820 0.07007 0.04721 0.07007 0.04662 0.07027 0.04564 0.07066 0.04505 0.07125 0.04485 0.07165 0.04485 0.07224 0.04505 0.07263 0.04564 0.07283 0.04662 0.07283 0.04721 0.07263 0.04820 0.07224 0.04879 0.07165 0.04898 0.07125 0.04898\n 11 116 5 0.07440 0.04524 0.07421 0.04505 0.07440 0.04485 0.07460 0.04505 0.07440 0.04524\n 11 644 29 0.07696 0.04898 0.07637 0.04879 0.07617 0.04839 0.07617 0.04800 0.07637 0.04761 0.07677 0.04741 0.07755 0.04721 0.07814 0.04702 0.07854 0.04662 0.07873 0.04623 0.07873 0.04564 0.07854 0.04524 0.07834 0.04505 0.07775 0.04485 0.07696 0.04485 0.07637 0.04505 0.07617 0.04524 0.07598 0.04564 0.07598 0.04623 0.07617 0.04662 0.07657 0.04702 0.07716 0.04721 0.07795 0.04741 0.07834 0.04761 0.07854 0.04800 0.07854 0.04839 0.07834 0.04879 0.07775 0.04898 0.07696 0.04898\n 11 380 17 0.08110 0.04898 0.08051 0.04879 0.08011 0.04820 0.07991 0.04721 0.07991 0.04662 0.08011 0.04564 0.08051 0.04505 0.08110 0.04485 0.08149 0.04485 0.08208 0.04505 0.08247 0.04564 0.08267 0.04662 0.08267 0.04721 0.08247 0.04820 0.08208 0.04879 0.08149 0.04898 0.08110 0.04898\n 11 50 2 0.11357 0.04662 0.11711 0.04662\n 11 380 17 0.11967 0.04898 0.11908 0.04879 0.11869 0.04820 0.11849 0.04721 0.11849 0.04662 0.11869 0.04564 0.11908 0.04505 0.11967 0.04485 0.12007 0.04485 0.12066 0.04505 0.12105 0.04564 0.12125 0.04662 0.12125 0.04721 0.12105 0.04820 0.12066 0.04879 0.12007 0.04898 0.11967 0.04898\n 11 116 5 0.12282 0.04524 0.12263 0.04505 0.12282 0.04485 0.12302 0.04505 0.12282 0.04524\n 11 72 3 0.12637 0.04898 0.12440 0.04623 0.12735 0.04623\n 11 50 2 0.12637 0.04898 0.12637 0.04485\n 11 380 17 0.12952 0.04898 0.12892 0.04879 0.12853 0.04820 0.12833 0.04721 0.12833 0.04662 0.12853 0.04564 0.12892 0.04505 0.12952 0.04485 0.12991 0.04485 0.13050 0.04505 0.13089 0.04564 0.13109 0.04662 0.13109 0.04721 0.13089 0.04820 0.13050 0.04879 0.12991 0.04898 0.12952 0.04898\n 11 380 17 0.16553 0.04898 0.16494 0.04879 0.16455 0.04820 0.16435 0.04721 0.16435 0.04662 0.16455 0.04564 0.16494 0.04505 0.16553 0.04485 0.16593 0.04485 0.16652 0.04505 0.16691 0.04564 0.16711 0.04662 0.16711 0.04721 0.16691 0.04820 0.16652 0.04879 0.16593 0.04898 0.16553 0.04898\n 11 116 5 0.16868 0.04524 0.16849 0.04505 0.16868 0.04485 0.16888 0.04505 0.16868 0.04524\n 11 380 17 0.17144 0.04898 0.17085 0.04879 0.17045 0.04820 0.17026 0.04721 0.17026 0.04662 0.17045 0.04564 0.17085 0.04505 0.17144 0.04485 0.17183 0.04485 0.17242 0.04505 0.17282 0.04564 0.17301 0.04662 0.17301 0.04721 0.17282 0.04820 0.17242 0.04879 0.17183 0.04898 0.17144 0.04898\n 11 380 17 0.17538 0.04898 0.17478 0.04879 0.17439 0.04820 0.17419 0.04721 0.17419 0.04662 0.17439 0.04564 0.17478 0.04505 0.17538 0.04485 0.17577 0.04485 0.17636 0.04505 0.17675 0.04564 0.17695 0.04662 0.17695 0.04721 0.17675 0.04820 0.17636 0.04879 0.17577 0.04898 0.17538 0.04898\n 11 380 17 0.21395 0.04898 0.21336 0.04879 0.21297 0.04820 0.21277 0.04721 0.21277 0.04662 0.21297 0.04564 0.21336 0.04505 0.21395 0.04485 0.21435 0.04485 0.21494 0.04505 0.21533 0.04564 0.21553 0.04662 0.21553 0.04721 0.21533 0.04820 0.21494 0.04879 0.21435 0.04898 0.21395 0.04898\n 11 116 5 0.21710 0.04524 0.21691 0.04505 0.21710 0.04485 0.21730 0.04505 0.21710 0.04524\n 11 72 3 0.22065 0.04898 0.21868 0.04623 0.22163 0.04623\n 11 50 2 0.22065 0.04898 0.22065 0.04485\n 11 380 17 0.22379 0.04898 0.22320 0.04879 0.22281 0.04820 0.22261 0.04721 0.22261 0.04662 0.22281 0.04564 0.22320 0.04505 0.22379 0.04485 0.22419 0.04485 0.22478 0.04505 0.22517 0.04564 0.22537 0.04662 0.22537 0.04721 0.22517 0.04820 0.22478 0.04879 0.22419 0.04898 0.22379 0.04898\n 11 380 17 0.26237 0.04898 0.26178 0.04879 0.26139 0.04820 0.26119 0.04721 0.26119 0.04662 0.26139 0.04564 0.26178 0.04505 0.26237 0.04485 0.26277 0.04485 0.26336 0.04505 0.26375 0.04564 0.26395 0.04662 0.26395 0.04721 0.26375 0.04820 0.26336 0.04879 0.26277 0.04898 0.26237 0.04898\n 11 116 5 0.26552 0.04524 0.26532 0.04505 0.26552 0.04485 0.26572 0.04505 0.26552 0.04524\n 11 644 29 0.26808 0.04898 0.26749 0.04879 0.26729 0.04839 0.26729 0.04800 0.26749 0.04761 0.26788 0.04741 0.26867 0.04721 0.26926 0.04702 0.26966 0.04662 0.26985 0.04623 0.26985 0.04564 0.26966 0.04524 0.26946 0.04505 0.26887 0.04485 0.26808 0.04485 0.26749 0.04505 0.26729 0.04524 0.26710 0.04564 0.26710 0.04623 0.26729 0.04662 0.26769 0.04702 0.26828 0.04721 0.26906 0.04741 0.26946 0.04761 0.26966 0.04800 0.26966 0.04839 0.26946 0.04879 0.26887 0.04898 0.26808 0.04898\n 11 380 17 0.27221 0.04898 0.27162 0.04879 0.27123 0.04820 0.27103 0.04721 0.27103 0.04662 0.27123 0.04564 0.27162 0.04505 0.27221 0.04485 0.27261 0.04485 0.27320 0.04505 0.27359 0.04564 0.27379 0.04662 0.27379 0.04721 0.27359 0.04820 0.27320 0.04879 0.27261 0.04898 0.27221 0.04898\n 11 798 36 0.04960 0.05787 0.04960 0.05787 0.04960 0.05787 0.04444 0.05787 0.04960 0.05787 0.04960 0.07506 0.04444 0.07506 0.04960 0.07506 0.04960 0.09224 0.04444 0.09224 0.04960 0.09224 0.04960 0.10942 0.04444 0.10942 0.04960 0.10942 0.04960 0.12661 0.04444 0.12661 0.04960 0.12661 0.04960 0.14379 0.04444 0.14379 0.04960 0.14379 0.04960 0.16097 0.04444 0.16097 0.04960 0.16097 0.04960 0.17816 0.04444 0.17816 0.04960 0.17816 0.04960 0.19534 0.04444 0.19534 0.04960 0.19534 0.04960 0.21253 0.04444 0.21253 0.04960 0.21253 0.04960 0.22971 0.04444 0.22971 0.04960 0.22971 0.04960 0.22971\n 11 50 2 0.02323 0.07476 0.02677 0.07476\n 11 380 17 0.02933 0.07712 0.02874 0.07693 0.02835 0.07634 0.02815 0.07535 0.02815 0.07476 0.02835 0.07378 0.02874 0.07319 0.02933 0.07299 0.02972 0.07299 0.03031 0.07319 0.03071 0.07378 0.03090 0.07476 0.03090 0.07535 0.03071 0.07634 0.03031 0.07693 0.02972 0.07712 0.02933 0.07712\n 11 116 5 0.03248 0.07338 0.03228 0.07319 0.03248 0.07299 0.03268 0.07319 0.03248 0.07338\n 11 644 29 0.03504 0.07712 0.03445 0.07693 0.03425 0.07653 0.03425 0.07614 0.03445 0.07574 0.03484 0.07555 0.03563 0.07535 0.03622 0.07515 0.03661 0.07476 0.03681 0.07437 0.03681 0.07378 0.03661 0.07338 0.03642 0.07319 0.03583 0.07299 0.03504 0.07299 0.03445 0.07319 0.03425 0.07338 0.03405 0.07378 0.03405 0.07437 0.03425 0.07476 0.03464 0.07515 0.03523 0.07535 0.03602 0.07555 0.03642 0.07574 0.03661 0.07614 0.03661 0.07653 0.03642 0.07693 0.03583 0.07712 0.03504 0.07712\n 11 380 17 0.03917 0.07712 0.03858 0.07693 0.03819 0.07634 0.03799 0.07535 0.03799 0.07476 0.03819 0.07378 0.03858 0.07319 0.03917 0.07299 0.03957 0.07299 0.04016 0.07319 0.04055 0.07378 0.04075 0.07476 0.04075 0.07535 0.04055 0.07634 0.04016 0.07693 0.03957 0.07712 0.03917 0.07712\n 11 50 2 0.02323 0.10913 0.02677 0.10913\n 11 380 17 0.02933 0.11149 0.02874 0.11129 0.02835 0.11070 0.02815 0.10972 0.02815 0.10913 0.02835 0.10814 0.02874 0.10755 0.02933 0.10736 0.02972 0.10736 0.03031 0.10755 0.03071 0.10814 0.03090 0.10913 0.03090 0.10972 0.03071 0.11070 0.03031 0.11129 0.02972 0.11149 0.02933 0.11149\n 11 116 5 0.03248 0.10775 0.03228 0.10755 0.03248 0.10736 0.03268 0.10755 0.03248 0.10775\n 11 72 3 0.03602 0.11149 0.03405 0.10873 0.03701 0.10873\n 11 50 2 0.03602 0.11149 0.03602 0.10736\n 11 380 17 0.03917 0.11149 0.03858 0.11129 0.03819 0.11070 0.03799 0.10972 0.03799 0.10913 0.03819 0.10814 0.03858 0.10755 0.03917 0.10736 0.03957 0.10736 0.04016 0.10755 0.04055 0.10814 0.04075 0.10913 0.04075 0.10972 0.04055 0.11070 0.04016 0.11129 0.03957 0.11149 0.03917 0.11149\n 11 380 17 0.02933 0.14586 0.02874 0.14566 0.02835 0.14507 0.02815 0.14409 0.02815 0.14350 0.02835 0.14251 0.02874 0.14192 0.02933 0.14172 0.02972 0.14172 0.03031 0.14192 0.03071 0.14251 0.03090 0.14350 0.03090 0.14409 0.03071 0.14507 0.03031 0.14566 0.02972 0.14586 0.02933 0.14586\n 11 116 5 0.03248 0.14212 0.03228 0.14192 0.03248 0.14172 0.03268 0.14192 0.03248 0.14212\n 11 380 17 0.03523 0.14586 0.03464 0.14566 0.03425 0.14507 0.03405 0.14409 0.03405 0.14350 0.03425 0.14251 0.03464 0.14192 0.03523 0.14172 0.03563 0.14172 0.03622 0.14192 0.03661 0.14251 0.03681 0.14350 0.03681 0.14409 0.03661 0.14507 0.03622 0.14566 0.03563 0.14586 0.03523 0.14586\n 11 380 17 0.03917 0.14586 0.03858 0.14566 0.03819 0.14507 0.03799 0.14409 0.03799 0.14350 0.03819 0.14251 0.03858 0.14192 0.03917 0.14172 0.03957 0.14172 0.04016 0.14192 0.04055 0.14251 0.04075 0.14350 0.04075 0.14409 0.04055 0.14507 0.04016 0.14566 0.03957 0.14586 0.03917 0.14586\n 11 380 17 0.02933 0.18023 0.02874 0.18003 0.02835 0.17944 0.02815 0.17845 0.02815 0.17786 0.02835 0.17688 0.02874 0.17629 0.02933 0.17609 0.02972 0.17609 0.03031 0.17629 0.03071 0.17688 0.03090 0.17786 0.03090 0.17845 0.03071 0.17944 0.03031 0.18003 0.02972 0.18023 0.02933 0.18023\n 11 116 5 0.03248 0.17649 0.03228 0.17629 0.03248 0.17609 0.03268 0.17629 0.03248 0.17649\n 11 72 3 0.03602 0.18023 0.03405 0.17747 0.03701 0.17747\n 11 50 2 0.03602 0.18023 0.03602 0.17609\n 11 380 17 0.03917 0.18023 0.03858 0.18003 0.03819 0.17944 0.03799 0.17845 0.03799 0.17786 0.03819 0.17688 0.03858 0.17629 0.03917 0.17609 0.03957 0.17609 0.04016 0.17629 0.04055 0.17688 0.04075 0.17786 0.04075 0.17845 0.04055 0.17944 0.04016 0.18003 0.03957 0.18023 0.03917 0.18023\n 11 380 17 0.02933 0.21459 0.02874 0.21440 0.02835 0.21381 0.02815 0.21282 0.02815 0.21223 0.02835 0.21125 0.02874 0.21066 0.02933 0.21046 0.02972 0.21046 0.03031 0.21066 0.03071 0.21125 0.03090 0.21223 0.03090 0.21282 0.03071 0.21381 0.03031 0.21440 0.02972 0.21459 0.02933 0.21459\n 11 116 5 0.03248 0.21085 0.03228 0.21066 0.03248 0.21046 0.03268 0.21066 0.03248 0.21085\n 11 644 29 0.03504 0.21459 0.03445 0.21440 0.03425 0.21400 0.03425 0.21361 0.03445 0.21321 0.03484 0.21302 0.03563 0.21282 0.03622 0.21262 0.03661 0.21223 0.03681 0.21184 0.03681 0.21125 0.03661 0.21085 0.03642 0.21066 0.03583 0.21046 0.03504 0.21046 0.03445 0.21066 0.03425 0.21085 0.03405 0.21125 0.03405 0.21184 0.03425 0.21223 0.03464 0.21262 0.03523 0.21282 0.03602 0.21302 0.03642 0.21321 0.03661 0.21361 0.03661 0.21400 0.03642 0.21440 0.03583 0.21459 0.03504 0.21459\n 11 380 17 0.03917 0.21459 0.03858 0.21440 0.03819 0.21381 0.03799 0.21282 0.03799 0.21223 0.03819 0.21125 0.03858 0.21066 0.03917 0.21046 0.03957 0.21046 0.04016 0.21066 0.04055 0.21125 0.04075 0.21223 0.04075 0.21282 0.04055 0.21381 0.04016 0.21440 0.03957 0.21459 0.03917 0.21459\n 11 798 36 0.04960 0.05787 0.04960 0.05787 0.04960 0.05787 0.04444 0.05787 0.04960 0.05787 0.04960 0.07506 0.04444 0.07506 0.04960 0.07506 0.04960 0.09224 0.04444 0.09224 0.04960 0.09224 0.04960 0.10942 0.04444 0.10942 0.04960 0.10942 0.04960 0.12661 0.04444 0.12661 0.04960 0.12661 0.04960 0.14379 0.04444 0.14379 0.04960 0.14379 0.04960 0.16097 0.04444 0.16097 0.04960 0.16097 0.04960 0.17816 0.04444 0.17816 0.04960 0.17816 0.04960 0.19534 0.04444 0.19534 0.04960 0.19534 0.04960 0.21253 0.04444 0.21253 0.04960 0.21253 0.04960 0.22971 0.04444 0.22971 0.04960 0.22971 0.04960 0.22971\n 11 50 2 0.02323 0.07476 0.02677 0.07476\n 11 380 17 0.02933 0.07712 0.02874 0.07693 0.02835 0.07634 0.02815 0.07535 0.02815 0.07476 0.02835 0.07378 0.02874 0.07319 0.02933 0.07299 0.02972 0.07299 0.03031 0.07319 0.03071 0.07378 0.03090 0.07476 0.03090 0.07535 0.03071 0.07634 0.03031 0.07693 0.02972 0.07712 0.02933 0.07712\n 11 116 5 0.03248 0.07338 0.03228 0.07319 0.03248 0.07299 0.03268 0.07319 0.03248 0.07338\n 11 644 29 0.03504 0.07712 0.03445 0.07693 0.03425 0.07653 0.03425 0.07614 0.03445 0.07574 0.03484 0.07555 0.03563 0.07535 0.03622 0.07515 0.03661 0.07476 0.03681 0.07437 0.03681 0.07378 0.03661 0.07338 0.03642 0.07319 0.03583 0.07299 0.03504 0.07299 0.03445 0.07319 0.03425 0.07338 0.03405 0.07378 0.03405 0.07437 0.03425 0.07476 0.03464 0.07515 0.03523 0.07535 0.03602 0.07555 0.03642 0.07574 0.03661 0.07614 0.03661 0.07653 0.03642 0.07693 0.03583 0.07712 0.03504 0.07712\n 11 380 17 0.03917 0.07712 0.03858 0.07693 0.03819 0.07634 0.03799 0.07535 0.03799 0.07476 0.03819 0.07378 0.03858 0.07319 0.03917 0.07299 0.03957 0.07299 0.04016 0.07319 0.04055 0.07378 0.04075 0.07476 0.04075 0.07535 0.04055 0.07634 0.04016 0.07693 0.03957 0.07712 0.03917 0.07712\n 11 50 2 0.02323 0.10913 0.02677 0.10913\n 11 380 17 0.02933 0.11149 0.02874 0.11129 0.02835 0.11070 0.02815 0.10972 0.02815 0.10913 0.02835 0.10814 0.02874 0.10755 0.02933 0.10736 0.02972 0.10736 0.03031 0.10755 0.03071 0.10814 0.03090 0.10913 0.03090 0.10972 0.03071 0.11070 0.03031 0.11129 0.02972 0.11149 0.02933 0.11149\n 11 116 5 0.03248 0.10775 0.03228 0.10755 0.03248 0.10736 0.03268 0.10755 0.03248 0.10775\n 11 72 3 0.03602 0.11149 0.03405 0.10873 0.03701 0.10873\n 11 50 2 0.03602 0.11149 0.03602 0.10736\n 11 380 17 0.03917 0.11149 0.03858 0.11129 0.03819 0.11070 0.03799 0.10972 0.03799 0.10913 0.03819 0.10814 0.03858 0.10755 0.03917 0.10736 0.03957 0.10736 0.04016 0.10755 0.04055 0.10814 0.04075 0.10913 0.04075 0.10972 0.04055 0.11070 0.04016 0.11129 0.03957 0.11149 0.03917 0.11149\n 11 380 17 0.02933 0.14586 0.02874 0.14566 0.02835 0.14507 0.02815 0.14409 0.02815 0.14350 0.02835 0.14251 0.02874 0.14192 0.02933 0.14172 0.02972 0.14172 0.03031 0.14192 0.03071 0.14251 0.03090 0.14350 0.03090 0.14409 0.03071 0.14507 0.03031 0.14566 0.02972 0.14586 0.02933 0.14586\n 11 116 5 0.03248 0.14212 0.03228 0.14192 0.03248 0.14172 0.03268 0.14192 0.03248 0.14212\n 11 380 17 0.03523 0.14586 0.03464 0.14566 0.03425 0.14507 0.03405 0.14409 0.03405 0.14350 0.03425 0.14251 0.03464 0.14192 0.03523 0.14172 0.03563 0.14172 0.03622 0.14192 0.03661 0.14251 0.03681 0.14350 0.03681 0.14409 0.03661 0.14507 0.03622 0.14566 0.03563 0.14586 0.03523 0.14586\n 11 380 17 0.03917 0.14586 0.03858 0.14566 0.03819 0.14507 0.03799 0.14409 0.03799 0.14350 0.03819 0.14251 0.03858 0.14192 0.03917 0.14172 0.03957 0.14172 0.04016 0.14192 0.04055 0.14251 0.04075 0.14350 0.04075 0.14409 0.04055 0.14507 0.04016 0.14566 0.03957 0.14586 0.03917 0.14586\n 11 380 17 0.02933 0.18023 0.02874 0.18003 0.02835 0.17944 0.02815 0.17845 0.02815 0.17786 0.02835 0.17688 0.02874 0.17629 0.02933 0.17609 0.02972 0.17609 0.03031 0.17629 0.03071 0.17688 0.03090 0.17786 0.03090 0.17845 0.03071 0.17944 0.03031 0.18003 0.02972 0.18023 0.02933 0.18023\n 11 116 5 0.03248 0.17649 0.03228 0.17629 0.03248 0.17609 0.03268 0.17629 0.03248 0.17649\n 11 72 3 0.03602 0.18023 0.03405 0.17747 0.03701 0.17747\n 11 50 2 0.03602 0.18023 0.03602 0.17609\n 11 380 17 0.03917 0.18023 0.03858 0.18003 0.03819 0.17944 0.03799 0.17845 0.03799 0.17786 0.03819 0.17688 0.03858 0.17629 0.03917 0.17609 0.03957 0.17609 0.04016 0.17629 0.04055 0.17688 0.04075 0.17786 0.04075 0.17845 0.04055 0.17944 0.04016 0.18003 0.03957 0.18023 0.03917 0.18023\n 11 380 17 0.02933 0.21459 0.02874 0.21440 0.02835 0.21381 0.02815 0.21282 0.02815 0.21223 0.02835 0.21125 0.02874 0.21066 0.02933 0.21046 0.02972 0.21046 0.03031 0.21066 0.03071 0.21125 0.03090 0.21223 0.03090 0.21282 0.03071 0.21381 0.03031 0.21440 0.02972 0.21459 0.02933 0.21459\n 11 116 5 0.03248 0.21085 0.03228 0.21066 0.03248 0.21046 0.03268 0.21066 0.03248 0.21085\n 11 644 29 0.03504 0.21459 0.03445 0.21440 0.03425 0.21400 0.03425 0.21361 0.03445 0.21321 0.03484 0.21302 0.03563 0.21282 0.03622 0.21262 0.03661 0.21223 0.03681 0.21184 0.03681 0.21125 0.03661 0.21085 0.03642 0.21066 0.03583 0.21046 0.03504 0.21046 0.03445 0.21066 0.03425 0.21085 0.03405 0.21125 0.03405 0.21184 0.03425 0.21223 0.03464 0.21262 0.03523 0.21282 0.03602 0.21302 0.03642 0.21321 0.03661 0.21361 0.03661 0.21400 0.03642 0.21440 0.03583 0.21459 0.03504 0.21459\n 11 380 17 0.03917 0.21459 0.03858 0.21440 0.03819 0.21381 0.03799 0.21282 0.03799 0.21223 0.03819 0.21125 0.03858 0.21066 0.03917 0.21046 0.03957 0.21046 0.04016 0.21066 0.04055 0.21125 0.04075 0.21223 0.04075 0.21282 0.04055 0.21381 0.04016 0.21440 0.03957 0.21459 0.03917 0.21459\n 11 798 36 0.29167 0.05787 0.29167 0.05787 0.29167 0.05787 0.29684 0.05787 0.29167 0.05787 0.29167 0.07506 0.29684 0.07506 0.29167 0.07506 0.29167 0.09224 0.29684 0.09224 0.29167 0.09224 0.29167 0.10942 0.29684 0.10942 0.29167 0.10942 0.29167 0.12661 0.29684 0.12661 0.29167 0.12661 0.29167 0.14379 0.29684 0.14379 0.29167 0.14379 0.29167 0.16097 0.29684 0.16097 0.29167 0.16097 0.29167 0.17816 0.29684 0.17816 0.29167 0.17816 0.29167 0.19534 0.29684 0.19534 0.29167 0.19534 0.29167 0.21253 0.29684 0.21253 0.29167 0.21253 0.29167 0.22971 0.29684 0.22971 0.29167 0.22971 0.29167 0.22971\n 11 798 36 0.29167 0.05787 0.29167 0.05787 0.29167 0.05787 0.29684 0.05787 0.29167 0.05787 0.29167 0.07506 0.29684 0.07506 0.29167 0.07506 0.29167 0.09224 0.29684 0.09224 0.29167 0.09224 0.29167 0.10942 0.29684 0.10942 0.29167 0.10942 0.29167 0.12661 0.29684 0.12661 0.29167 0.12661 0.29167 0.14379 0.29684 0.14379 0.29167 0.14379 0.29167 0.16097 0.29684 0.16097 0.29167 0.16097 0.29167 0.17816 0.29684 0.17816 0.29167 0.17816 0.29167 0.19534 0.29684 0.19534 0.29167 0.19534 0.29167 0.21253 0.29684 0.21253 0.29167 0.21253 0.29167 0.22971 0.29684 0.22971 0.29167 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.22971 0.04960 0.22971 0.07381 0.22971 0.07381 0.23488 0.07381 0.22971 0.09802 0.22971 0.09802 0.23488 0.09802 0.22971 0.12223 0.22971 0.12223 0.23488 0.12223 0.22971 0.14644 0.22971 0.14644 0.23488 0.14644 0.22971 0.17065 0.22971 0.17065 0.23488 0.17065 0.22971 0.19486 0.22971 0.19486 0.23488 0.19486 0.22971 0.21907 0.22971 0.21907 0.23488 0.21907 0.22971 0.24328 0.22971 0.24328 0.23488 0.24328 0.22971 0.26749 0.22971 0.26749 0.23488 0.26749 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.22971 0.04960 0.22971 0.07381 0.22971 0.07381 0.23488 0.07381 0.22971 0.09802 0.22971 0.09802 0.23488 0.09802 0.22971 0.12223 0.22971 0.12223 0.23488 0.12223 0.22971 0.14644 0.22971 0.14644 0.23488 0.14644 0.22971 0.17065 0.22971 0.17065 0.23488 0.17065 0.22971 0.19486 0.22971 0.19486 0.23488 0.19486 0.22971 0.21907 0.22971 0.21907 0.23488 0.21907 0.22971 0.24328 0.22971 0.24328 0.23488 0.24328 0.22971 0.26749 0.22971 0.26749 0.23488 0.26749 0.22971 0.29167 0.22971\n 11 666 30 0.07381 0.05787 0.04960 0.05787 0.07381 0.05787 0.07381 0.05270 0.07381 0.05787 0.09802 0.05787 0.09802 0.05270 0.09802 0.05787 0.12223 0.05787 0.12223 0.05270 0.12223 0.05787 0.14644 0.05787 0.14644 0.05270 0.14644 0.05787 0.17065 0.05787 0.17065 0.05270 0.17065 0.05787 0.19486 0.05787 0.19486 0.05270 0.19486 0.05787 0.21907 0.05787 0.21907 0.05270 0.21907 0.05787 0.24328 0.05787 0.24328 0.05270 0.24328 0.05787 0.26749 0.05787 0.26749 0.05270 0.26749 0.05787 0.29167 0.05787\n 11 50 2 0.06515 0.04662 0.06869 0.04662\n 11 380 17 0.07125 0.04898 0.07066 0.04879 0.07027 0.04820 0.07007 0.04721 0.07007 0.04662 0.07027 0.04564 0.07066 0.04505 0.07125 0.04485 0.07165 0.04485 0.07224 0.04505 0.07263 0.04564 0.07283 0.04662 0.07283 0.04721 0.07263 0.04820 0.07224 0.04879 0.07165 0.04898 0.07125 0.04898\n 11 116 5 0.07440 0.04524 0.07421 0.04505 0.07440 0.04485 0.07460 0.04505 0.07440 0.04524\n 11 644 29 0.07696 0.04898 0.07637 0.04879 0.07617 0.04839 0.07617 0.04800 0.07637 0.04761 0.07677 0.04741 0.07755 0.04721 0.07814 0.04702 0.07854 0.04662 0.07873 0.04623 0.07873 0.04564 0.07854 0.04524 0.07834 0.04505 0.07775 0.04485 0.07696 0.04485 0.07637 0.04505 0.07617 0.04524 0.07598 0.04564 0.07598 0.04623 0.07617 0.04662 0.07657 0.04702 0.07716 0.04721 0.07795 0.04741 0.07834 0.04761 0.07854 0.04800 0.07854 0.04839 0.07834 0.04879 0.07775 0.04898 0.07696 0.04898\n 11 380 17 0.08110 0.04898 0.08051 0.04879 0.08011 0.04820 0.07991 0.04721 0.07991 0.04662 0.08011 0.04564 0.08051 0.04505 0.08110 0.04485 0.08149 0.04485 0.08208 0.04505 0.08247 0.04564 0.08267 0.04662 0.08267 0.04721 0.08247 0.04820 0.08208 0.04879 0.08149 0.04898 0.08110 0.04898\n 11 50 2 0.11357 0.04662 0.11711 0.04662\n 11 380 17 0.11967 0.04898 0.11908 0.04879 0.11869 0.04820 0.11849 0.04721 0.11849 0.04662 0.11869 0.04564 0.11908 0.04505 0.11967 0.04485 0.12007 0.04485 0.12066 0.04505 0.12105 0.04564 0.12125 0.04662 0.12125 0.04721 0.12105 0.04820 0.12066 0.04879 0.12007 0.04898 0.11967 0.04898\n 11 116 5 0.12282 0.04524 0.12263 0.04505 0.12282 0.04485 0.12302 0.04505 0.12282 0.04524\n 11 72 3 0.12637 0.04898 0.12440 0.04623 0.12735 0.04623\n 11 50 2 0.12637 0.04898 0.12637 0.04485\n 11 380 17 0.12952 0.04898 0.12892 0.04879 0.12853 0.04820 0.12833 0.04721 0.12833 0.04662 0.12853 0.04564 0.12892 0.04505 0.12952 0.04485 0.12991 0.04485 0.13050 0.04505 0.13089 0.04564 0.13109 0.04662 0.13109 0.04721 0.13089 0.04820 0.13050 0.04879 0.12991 0.04898 0.12952 0.04898\n 11 380 17 0.16553 0.04898 0.16494 0.04879 0.16455 0.04820 0.16435 0.04721 0.16435 0.04662 0.16455 0.04564 0.16494 0.04505 0.16553 0.04485 0.16593 0.04485 0.16652 0.04505 0.16691 0.04564 0.16711 0.04662 0.16711 0.04721 0.16691 0.04820 0.16652 0.04879 0.16593 0.04898 0.16553 0.04898\n 11 116 5 0.16868 0.04524 0.16849 0.04505 0.16868 0.04485 0.16888 0.04505 0.16868 0.04524\n 11 380 17 0.17144 0.04898 0.17085 0.04879 0.17045 0.04820 0.17026 0.04721 0.17026 0.04662 0.17045 0.04564 0.17085 0.04505 0.17144 0.04485 0.17183 0.04485 0.17242 0.04505 0.17282 0.04564 0.17301 0.04662 0.17301 0.04721 0.17282 0.04820 0.17242 0.04879 0.17183 0.04898 0.17144 0.04898\n 11 380 17 0.17538 0.04898 0.17478 0.04879 0.17439 0.04820 0.17419 0.04721 0.17419 0.04662 0.17439 0.04564 0.17478 0.04505 0.17538 0.04485 0.17577 0.04485 0.17636 0.04505 0.17675 0.04564 0.17695 0.04662 0.17695 0.04721 0.17675 0.04820 0.17636 0.04879 0.17577 0.04898 0.17538 0.04898\n 11 380 17 0.21395 0.04898 0.21336 0.04879 0.21297 0.04820 0.21277 0.04721 0.21277 0.04662 0.21297 0.04564 0.21336 0.04505 0.21395 0.04485 0.21435 0.04485 0.21494 0.04505 0.21533 0.04564 0.21553 0.04662 0.21553 0.04721 0.21533 0.04820 0.21494 0.04879 0.21435 0.04898 0.21395 0.04898\n 11 116 5 0.21710 0.04524 0.21691 0.04505 0.21710 0.04485 0.21730 0.04505 0.21710 0.04524\n 11 72 3 0.22065 0.04898 0.21868 0.04623 0.22163 0.04623\n 11 50 2 0.22065 0.04898 0.22065 0.04485\n 11 380 17 0.22379 0.04898 0.22320 0.04879 0.22281 0.04820 0.22261 0.04721 0.22261 0.04662 0.22281 0.04564 0.22320 0.04505 0.22379 0.04485 0.22419 0.04485 0.22478 0.04505 0.22517 0.04564 0.22537 0.04662 0.22537 0.04721 0.22517 0.04820 0.22478 0.04879 0.22419 0.04898 0.22379 0.04898\n 11 380 17 0.26237 0.04898 0.26178 0.04879 0.26139 0.04820 0.26119 0.04721 0.26119 0.04662 0.26139 0.04564 0.26178 0.04505 0.26237 0.04485 0.26277 0.04485 0.26336 0.04505 0.26375 0.04564 0.26395 0.04662 0.26395 0.04721 0.26375 0.04820 0.26336 0.04879 0.26277 0.04898 0.26237 0.04898\n 11 116 5 0.26552 0.04524 0.26532 0.04505 0.26552 0.04485 0.26572 0.04505 0.26552 0.04524\n 11 644 29 0.26808 0.04898 0.26749 0.04879 0.26729 0.04839 0.26729 0.04800 0.26749 0.04761 0.26788 0.04741 0.26867 0.04721 0.26926 0.04702 0.26966 0.04662 0.26985 0.04623 0.26985 0.04564 0.26966 0.04524 0.26946 0.04505 0.26887 0.04485 0.26808 0.04485 0.26749 0.04505 0.26729 0.04524 0.26710 0.04564 0.26710 0.04623 0.26729 0.04662 0.26769 0.04702 0.26828 0.04721 0.26906 0.04741 0.26946 0.04761 0.26966 0.04800 0.26966 0.04839 0.26946 0.04879 0.26887 0.04898 0.26808 0.04898\n 11 380 17 0.27221 0.04898 0.27162 0.04879 0.27123 0.04820 0.27103 0.04721 0.27103 0.04662 0.27123 0.04564 0.27162 0.04505 0.27221 0.04485 0.27261 0.04485 0.27320 0.04505 0.27359 0.04564 0.27379 0.04662 0.27379 0.04721 0.27359 0.04820 0.27320 0.04879 0.27261 0.04898 0.27221 0.04898\n 11 666 30 0.07381 0.05787 0.04960 0.05787 0.07381 0.05787 0.07381 0.05270 0.07381 0.05787 0.09802 0.05787 0.09802 0.05270 0.09802 0.05787 0.12223 0.05787 0.12223 0.05270 0.12223 0.05787 0.14644 0.05787 0.14644 0.05270 0.14644 0.05787 0.17065 0.05787 0.17065 0.05270 0.17065 0.05787 0.19486 0.05787 0.19486 0.05270 0.19486 0.05787 0.21907 0.05787 0.21907 0.05270 0.21907 0.05787 0.24328 0.05787 0.24328 0.05270 0.24328 0.05787 0.26749 0.05787 0.26749 0.05270 0.26749 0.05787 0.29167 0.05787\n 11 50 2 0.06515 0.04662 0.06869 0.04662\n 11 380 17 0.07125 0.04898 0.07066 0.04879 0.07027 0.04820 0.07007 0.04721 0.07007 0.04662 0.07027 0.04564 0.07066 0.04505 0.07125 0.04485 0.07165 0.04485 0.07224 0.04505 0.07263 0.04564 0.07283 0.04662 0.07283 0.04721 0.07263 0.04820 0.07224 0.04879 0.07165 0.04898 0.07125 0.04898\n 11 116 5 0.07440 0.04524 0.07421 0.04505 0.07440 0.04485 0.07460 0.04505 0.07440 0.04524\n 11 644 29 0.07696 0.04898 0.07637 0.04879 0.07617 0.04839 0.07617 0.04800 0.07637 0.04761 0.07677 0.04741 0.07755 0.04721 0.07814 0.04702 0.07854 0.04662 0.07873 0.04623 0.07873 0.04564 0.07854 0.04524 0.07834 0.04505 0.07775 0.04485 0.07696 0.04485 0.07637 0.04505 0.07617 0.04524 0.07598 0.04564 0.07598 0.04623 0.07617 0.04662 0.07657 0.04702 0.07716 0.04721 0.07795 0.04741 0.07834 0.04761 0.07854 0.04800 0.07854 0.04839 0.07834 0.04879 0.07775 0.04898 0.07696 0.04898\n 11 380 17 0.08110 0.04898 0.08051 0.04879 0.08011 0.04820 0.07991 0.04721 0.07991 0.04662 0.08011 0.04564 0.08051 0.04505 0.08110 0.04485 0.08149 0.04485 0.08208 0.04505 0.08247 0.04564 0.08267 0.04662 0.08267 0.04721 0.08247 0.04820 0.08208 0.04879 0.08149 0.04898 0.08110 0.04898\n 11 50 2 0.11357 0.04662 0.11711 0.04662\n 11 380 17 0.11967 0.04898 0.11908 0.04879 0.11869 0.04820 0.11849 0.04721 0.11849 0.04662 0.11869 0.04564 0.11908 0.04505 0.11967 0.04485 0.12007 0.04485 0.12066 0.04505 0.12105 0.04564 0.12125 0.04662 0.12125 0.04721 0.12105 0.04820 0.12066 0.04879 0.12007 0.04898 0.11967 0.04898\n 11 116 5 0.12282 0.04524 0.12263 0.04505 0.12282 0.04485 0.12302 0.04505 0.12282 0.04524\n 11 72 3 0.12637 0.04898 0.12440 0.04623 0.12735 0.04623\n 11 50 2 0.12637 0.04898 0.12637 0.04485\n 11 380 17 0.12952 0.04898 0.12892 0.04879 0.12853 0.04820 0.12833 0.04721 0.12833 0.04662 0.12853 0.04564 0.12892 0.04505 0.12952 0.04485 0.12991 0.04485 0.13050 0.04505 0.13089 0.04564 0.13109 0.04662 0.13109 0.04721 0.13089 0.04820 0.13050 0.04879 0.12991 0.04898 0.12952 0.04898\n 11 380 17 0.16553 0.04898 0.16494 0.04879 0.16455 0.04820 0.16435 0.04721 0.16435 0.04662 0.16455 0.04564 0.16494 0.04505 0.16553 0.04485 0.16593 0.04485 0.16652 0.04505 0.16691 0.04564 0.16711 0.04662 0.16711 0.04721 0.16691 0.04820 0.16652 0.04879 0.16593 0.04898 0.16553 0.04898\n 11 116 5 0.16868 0.04524 0.16849 0.04505 0.16868 0.04485 0.16888 0.04505 0.16868 0.04524\n 11 380 17 0.17144 0.04898 0.17085 0.04879 0.17045 0.04820 0.17026 0.04721 0.17026 0.04662 0.17045 0.04564 0.17085 0.04505 0.17144 0.04485 0.17183 0.04485 0.17242 0.04505 0.17282 0.04564 0.17301 0.04662 0.17301 0.04721 0.17282 0.04820 0.17242 0.04879 0.17183 0.04898 0.17144 0.04898\n 11 380 17 0.17538 0.04898 0.17478 0.04879 0.17439 0.04820 0.17419 0.04721 0.17419 0.04662 0.17439 0.04564 0.17478 0.04505 0.17538 0.04485 0.17577 0.04485 0.17636 0.04505 0.17675 0.04564 0.17695 0.04662 0.17695 0.04721 0.17675 0.04820 0.17636 0.04879 0.17577 0.04898 0.17538 0.04898\n 11 380 17 0.21395 0.04898 0.21336 0.04879 0.21297 0.04820 0.21277 0.04721 0.21277 0.04662 0.21297 0.04564 0.21336 0.04505 0.21395 0.04485 0.21435 0.04485 0.21494 0.04505 0.21533 0.04564 0.21553 0.04662 0.21553 0.04721 0.21533 0.04820 0.21494 0.04879 0.21435 0.04898 0.21395 0.04898\n 11 116 5 0.21710 0.04524 0.21691 0.04505 0.21710 0.04485 0.21730 0.04505 0.21710 0.04524\n 11 72 3 0.22065 0.04898 0.21868 0.04623 0.22163 0.04623\n 11 50 2 0.22065 0.04898 0.22065 0.04485\n 11 380 17 0.22379 0.04898 0.22320 0.04879 0.22281 0.04820 0.22261 0.04721 0.22261 0.04662 0.22281 0.04564 0.22320 0.04505 0.22379 0.04485 0.22419 0.04485 0.22478 0.04505 0.22517 0.04564 0.22537 0.04662 0.22537 0.04721 0.22517 0.04820 0.22478 0.04879 0.22419 0.04898 0.22379 0.04898\n 11 380 17 0.26237 0.04898 0.26178 0.04879 0.26139 0.04820 0.26119 0.04721 0.26119 0.04662 0.26139 0.04564 0.26178 0.04505 0.26237 0.04485 0.26277 0.04485 0.26336 0.04505 0.26375 0.04564 0.26395 0.04662 0.26395 0.04721 0.26375 0.04820 0.26336 0.04879 0.26277 0.04898 0.26237 0.04898\n 11 116 5 0.26552 0.04524 0.26532 0.04505 0.26552 0.04485 0.26572 0.04505 0.26552 0.04524\n 11 644 29 0.26808 0.04898 0.26749 0.04879 0.26729 0.04839 0.26729 0.04800 0.26749 0.04761 0.26788 0.04741 0.26867 0.04721 0.26926 0.04702 0.26966 0.04662 0.26985 0.04623 0.26985 0.04564 0.26966 0.04524 0.26946 0.04505 0.26887 0.04485 0.26808 0.04485 0.26749 0.04505 0.26729 0.04524 0.26710 0.04564 0.26710 0.04623 0.26729 0.04662 0.26769 0.04702 0.26828 0.04721 0.26906 0.04741 0.26946 0.04761 0.26966 0.04800 0.26966 0.04839 0.26946 0.04879 0.26887 0.04898 0.26808 0.04898\n 11 380 17 0.27221 0.04898 0.27162 0.04879 0.27123 0.04820 0.27103 0.04721 0.27103 0.04662 0.27123 0.04564 0.27162 0.04505 0.27221 0.04485 0.27261 0.04485 0.27320 0.04505 0.27359 0.04564 0.27379 0.04662 0.27379 0.04721 0.27359 0.04820 0.27320 0.04879 0.27261 0.04898 0.27221 0.04898\n 21 6 1\n 25 6 1\n 11 50 2 0.18991 0.15249 0.19156 0.15414\n 11 50 2 0.18991 0.15414 0.19156 0.15249\n 11 50 2 0.21026 0.16273 0.21026 0.16273\n 11 50 2 0.20943 0.16190 0.21108 0.16355\n 11 50 2 0.20943 0.16355 0.21108 0.16190\n 11 50 2 0.22868 0.17190 0.22868 0.17190\n 11 50 2 0.22786 0.17108 0.22951 0.17273\n 11 50 2 0.22786 0.17273 0.22951 0.17108\n 11 50 2 0.24550 0.18073 0.24550 0.18073\n 11 50 2 0.24468 0.17991 0.24633 0.18156\n 11 50 2 0.24468 0.18156 0.24633 0.17991\n 11 50 2 0.26025 0.18911 0.26025 0.18911\n 11 50 2 0.25942 0.18828 0.26108 0.18993\n 11 50 2 0.25942 0.18993 0.26108 0.18828\n 11 50 2 0.27251 0.19692 0.27251 0.19692\n 11 50 2 0.27168 0.19609 0.27334 0.19775\n 11 50 2 0.27168 0.19775 0.27334 0.19609\n 11 50 2 0.28195 0.20408 0.28195 0.20408\n 11 50 2 0.28112 0.20325 0.28278 0.20491\n 11 50 2 0.28112 0.20491 0.28278 0.20325\n 11 50 2 0.28830 0.21050 0.28830 0.21050\n 11 50 2 0.28748 0.20967 0.28913 0.21132\n 11 50 2 0.28748 0.21132 0.28913 0.20967\n 11 50 2 0.29140 0.21609 0.29140 0.21609\n 11 50 2 0.29057 0.21526 0.29167 0.21637\n 11 50 2 0.29057 0.21692 0.29167 0.21581\n 11 50 2 0.29114 0.22079 0.29114 0.22079\n 11 50 2 0.29032 0.21996 0.29167 0.22132\n 11 50 2 0.29032 0.22162 0.29167 0.22026\n 11 50 2 0.28755 0.22454 0.28755 0.22454\n 11 50 2 0.28672 0.22372 0.28838 0.22537\n 11 50 2 0.28672 0.22537 0.28838 0.22372\n 11 50 2 0.28072 0.22730 0.28072 0.22730\n 11 50 2 0.27989 0.22647 0.28155 0.22813\n 11 50 2 0.27989 0.22813 0.28155 0.22647\n 11 50 2 0.27084 0.22902 0.27084 0.22902\n 11 50 2 0.27001 0.22820 0.27152 0.22971\n 11 50 2 0.27015 0.22971 0.27166 0.22820\n 11 50 2 0.25818 0.22970 0.25818 0.22970\n 11 50 2 0.25735 0.22887 0.25819 0.22971\n 11 50 2 0.25817 0.22971 0.25901 0.22887\n 11 50 2 0.24310 0.22931 0.24310 0.22931\n 11 50 2 0.24227 0.22849 0.24349 0.22971\n 11 50 2 0.24270 0.22971 0.24392 0.22849\n 11 50 2 0.22600 0.22788 0.22600 0.22788\n 11 50 2 0.22518 0.22705 0.22683 0.22870\n 11 50 2 0.22518 0.22870 0.22683 0.22705\n 11 50 2 0.20738 0.22540 0.20738 0.22540\n 11 50 2 0.20655 0.22457 0.20820 0.22623\n 11 50 2 0.20655 0.22623 0.20820 0.22457\n 11 50 2 0.18773 0.22192 0.18773 0.22192\n 11 50 2 0.18691 0.22109 0.18856 0.22274\n 11 50 2 0.18691 0.22274 0.18856 0.22109\n 11 50 2 0.16762 0.21747 0.16762 0.21747\n 11 50 2 0.16679 0.21664 0.16844 0.21830\n 11 50 2 0.16679 0.21830 0.16844 0.21664\n 11 50 2 0.14758 0.21212 0.14758 0.21212\n 11 50 2 0.14676 0.21129 0.14841 0.21294\n 11 50 2 0.14676 0.21294 0.14841 0.21129\n 11 50 2 0.12819 0.20592 0.12819 0.20592\n 11 50 2 0.12736 0.20509 0.12902 0.20674\n 11 50 2 0.12736 0.20674 0.12902 0.20509\n 11 50 2 0.10997 0.19895 0.10997 0.19895\n 11 50 2 0.10915 0.19813 0.11080 0.19978\n 11 50 2 0.10915 0.19978 0.11080 0.19813\n 11 50 2 0.09344 0.19131 0.09344 0.19131\n 11 50 2 0.09261 0.19048 0.09426 0.19214\n 11 50 2 0.09261 0.19214 0.09426 0.19048\n 11 50 2 0.07904 0.18308 0.07904 0.18308\n 11 50 2 0.07822 0.18225 0.07987 0.18391\n 11 50 2 0.07822 0.18391 0.07987 0.18225\n 11 50 2 0.06719 0.17436 0.06719 0.17436\n 11 50 2 0.06636 0.17354 0.06801 0.17519\n 11 50 2 0.06636 0.17519 0.06801 0.17354\n 11 50 2 0.05820 0.16527 0.05820 0.16527\n 11 50 2 0.05737 0.16445 0.05902 0.16610\n 11 50 2 0.05737 0.16610 0.05902 0.16445\n 11 50 2 0.05232 0.15592 0.05232 0.15592\n 11 50 2 0.05150 0.15509 0.05315 0.15674\n 11 50 2 0.05150 0.15674 0.05315 0.15509\n 11 50 2 0.04973 0.14641 0.04973 0.14641\n 11 50 2 0.04960 0.14628 0.05056 0.14724\n 11 50 2 0.04960 0.14653 0.05056 0.14558\n 11 50 2 0.05049 0.13687 0.05049 0.13687\n 11 50 2 0.04966 0.13604 0.05131 0.13770\n 11 50 2 0.04966 0.13770 0.05131 0.13604\n 11 50 2 0.05458 0.12742 0.05458 0.12742\n 11 50 2 0.05375 0.12659 0.05540 0.12824\n 11 50 2 0.05375 0.12824 0.05540 0.12659\n 11 50 2 0.06188 0.11817 0.06188 0.11817\n 11 50 2 0.06105 0.11734 0.06271 0.11899\n 11 50 2 0.06105 0.11899 0.06271 0.11734\n 11 50 2 0.07220 0.10923 0.07220 0.10923\n 11 50 2 0.07137 0.10840 0.07303 0.11006\n 11 50 2 0.07137 0.11006 0.07303 0.10840\n 11 50 2 0.08525 0.10072 0.08525 0.10072\n 11 50 2 0.08442 0.09989 0.08607 0.10155\n 11 50 2 0.08442 0.10155 0.08607 0.09989\n 11 50 2 0.10066 0.09274 0.10066 0.09274\n 11 50 2 0.09983 0.09192 0.10149 0.09357\n 11 50 2 0.09983 0.09357 0.10149 0.09192\n 11 50 2 0.11802 0.08540 0.11802 0.08540\n 11 50 2 0.11719 0.08457 0.11884 0.08622\n 11 50 2 0.11719 0.08622 0.11884 0.08457\n 11 50 2 0.13683 0.07877 0.13683 0.07877\n 11 50 2 0.13600 0.07794 0.13766 0.07959\n 11 50 2 0.13600 0.07959 0.13766 0.07794\n 11 50 2 0.15658 0.07294 0.15658 0.07294\n 11 50 2 0.15575 0.07211 0.15741 0.07377\n 11 50 2 0.15575 0.07377 0.15741 0.07211\n 11 50 2 0.17672 0.06799 0.17672 0.06799\n 11 50 2 0.17589 0.06716 0.17755 0.06882\n 11 50 2 0.17589 0.06882 0.17755 0.06716\n 11 50 2 0.19669 0.06397 0.19669 0.06397\n 11 50 2 0.19586 0.06314 0.19752 0.06480\n 11 50 2 0.19586 0.06480 0.19752 0.06314\n 11 50 2 0.21594 0.06094 0.21594 0.06094\n 11 50 2 0.21511 0.06011 0.21677 0.06176\n 11 50 2 0.21511 0.06176 0.21677 0.06011\n 11 50 2 0.23394 0.05893 0.23394 0.05893\n 11 50 2 0.23311 0.05810 0.23476 0.05975\n 11 50 2 0.23311 0.05975 0.23476 0.05810\n 11 50 2 0.25018 0.05796 0.25018 0.05796\n 11 50 2 0.25009 0.05787 0.25101 0.05879\n 11 50 2 0.24935 0.05879 0.25027 0.05787\n 11 50 2 0.26422 0.05806 0.26422 0.05806\n 11 50 2 0.26403 0.05787 0.26504 0.05888\n 11 50 2 0.26339 0.05888 0.26440 0.05787\n 11 50 2 0.27566 0.05921 0.27566 0.05921\n 11 50 2 0.27483 0.05838 0.27649 0.06003\n 11 50 2 0.27483 0.06003 0.27649 0.05838\n 11 50 2 0.28419 0.06140 0.28419 0.06140\n 11 50 2 0.28337 0.06057 0.28502 0.06223\n 11 50 2 0.28337 0.06223 0.28502 0.06057\n 11 50 2 0.28958 0.06461 0.28958 0.06461\n 11 50 2 0.28876 0.06378 0.29041 0.06544\n 11 50 2 0.28876 0.06544 0.29041 0.06378\n 11 50 2 0.29167 0.06880 0.29167 0.06880\n 11 50 2 0.29085 0.06797 0.29167 0.06880\n 11 50 2 0.29085 0.06963 0.29167 0.06880\n 11 50 2 0.29041 0.07391 0.29041 0.07391\n 11 50 2 0.28958 0.07308 0.29124 0.07474\n 11 50 2 0.28958 0.07474 0.29124 0.07308\n 11 50 2 0.28583 0.07988 0.28583 0.07988\n 11 50 2 0.28500 0.07906 0.28666 0.08071\n 11 50 2 0.28500 0.08071 0.28666 0.07906\n 11 50 2 0.27806 0.08665 0.27806 0.08665\n 11 50 2 0.27723 0.08582 0.27888 0.08747\n 11 50 2 0.27723 0.08747 0.27888 0.08582\n 11 50 2 0.26731 0.09411 0.26731 0.09411\n 11 50 2 0.26648 0.09329 0.26813 0.09494\n 11 50 2 0.26648 0.09494 0.26813 0.09329\n 11 50 2 0.25388 0.10219 0.25388 0.10219\n 11 50 2 0.25305 0.10137 0.25470 0.10302\n 11 50 2 0.25305 0.10302 0.25470 0.10137\n 11 50 2 0.23814 0.11078 0.23814 0.11078\n 11 50 2 0.23732 0.10996 0.23897 0.11161\n 11 50 2 0.23732 0.11161 0.23897 0.10996\n 11 50 2 0.22054 0.11978 0.22054 0.11978\n 11 50 2 0.21971 0.11896 0.22136 0.12061\n 11 50 2 0.21971 0.12061 0.22136 0.11896\n 11 50 2 0.20155 0.12908 0.20155 0.12908\n 11 50 2 0.20072 0.12825 0.20238 0.12991\n 11 50 2 0.20072 0.12991 0.20238 0.12825\n 11 50 2 0.18171 0.13856 0.18171 0.13856\n 11 50 2 0.18088 0.13773 0.18253 0.13938\n 11 50 2 0.18088 0.13938 0.18253 0.13773\n 11 50 2 0.16155 0.14810 0.16155 0.14810\n 11 50 2 0.16073 0.14727 0.16238 0.14892\n 11 50 2 0.16073 0.14892 0.16238 0.14727\n 11 50 2 0.14166 0.15759 0.14166 0.15759\n 11 50 2 0.14083 0.15676 0.14248 0.15841\n 11 50 2 0.14083 0.15841 0.14248 0.15676\n 11 50 2 0.12256 0.16690 0.12256 0.16690\n 11 50 2 0.12173 0.16608 0.12339 0.16773\n 11 50 2 0.12173 0.16773 0.12339 0.16608\n 11 50 2 0.10480 0.17594 0.10480 0.17594\n 11 50 2 0.10397 0.17511 0.10563 0.17676\n 11 50 2 0.10397 0.17676 0.10563 0.17511\n 11 50 2 0.08886 0.18457 0.08886 0.18457\n 11 50 2 0.08803 0.18375 0.08969 0.18540\n 11 50 2 0.08803 0.18540 0.08969 0.18375\n 11 50 2 0.07519 0.19271 0.07519 0.19271\n 11 50 2 0.07436 0.19188 0.07602 0.19353\n 11 50 2 0.07436 0.19353 0.07602 0.19188\n 11 50 2 0.06417 0.20024 0.06417 0.20024\n 11 50 2 0.06334 0.19941 0.06499 0.20106\n 11 50 2 0.06334 0.20106 0.06499 0.19941\n 11 50 2 0.05609 0.20707 0.05609 0.20707\n 11 50 2 0.05527 0.20625 0.05692 0.20790\n 11 50 2 0.05527 0.20790 0.05692 0.20625\n 11 50 2 0.05119 0.21313 0.05119 0.21313\n 11 50 2 0.05037 0.21230 0.05202 0.21395\n 11 50 2 0.05037 0.21395 0.05202 0.21230\n 11 50 2 0.04960 0.21833 0.04960 0.21833\n 11 50 2 0.04960 0.21833 0.05043 0.21915\n 11 50 2 0.04960 0.21833 0.05043 0.21750\n 11 50 2 0.05137 0.22260 0.05137 0.22260\n 11 50 2 0.05054 0.22178 0.05220 0.22343\n 11 50 2 0.05054 0.22343 0.05220 0.22178\n 11 50 2 0.05644 0.22591 0.05644 0.22591\n 11 50 2 0.05562 0.22509 0.05727 0.22674\n 11 50 2 0.05562 0.22674 0.05727 0.22509\n 11 50 2 0.06468 0.22821 0.06468 0.22821\n 11 50 2 0.06385 0.22738 0.06551 0.22903\n 11 50 2 0.06385 0.22903 0.06551 0.22738\n 11 50 2 0.07585 0.22946 0.07585 0.22946\n 11 50 2 0.07503 0.22863 0.07610 0.22971\n 11 50 2 0.07560 0.22971 0.07668 0.22863\n 11 50 2 0.08965 0.22966 0.08965 0.22966\n 11 50 2 0.08883 0.22883 0.08971 0.22971\n 11 50 2 0.08960 0.22971 0.09048 0.22883\n 11 50 2 0.10570 0.22880 0.10570 0.22880\n 11 50 2 0.10487 0.22797 0.10653 0.22962\n 11 50 2 0.10487 0.22962 0.10653 0.22797\n 11 50 2 0.12355 0.22688 0.12355 0.22688\n 11 50 2 0.12272 0.22606 0.12437 0.22771\n 11 50 2 0.12272 0.22771 0.12437 0.22606\n 11 50 2 0.14270 0.22395 0.14270 0.22395\n 11 50 2 0.14187 0.22312 0.14352 0.22478\n 11 50 2 0.14187 0.22478 0.14352 0.22312\n 11 50 2 0.16262 0.22003 0.16262 0.22003\n 11 50 2 0.16180 0.21920 0.16345 0.22085\n 11 50 2 0.16180 0.22085 0.16345 0.21920\n 11 50 2 0.18277 0.21516 0.18277 0.21516\n 11 50 2 0.18194 0.21434 0.18360 0.21599\n 11 50 2 0.18194 0.21599 0.18360 0.21434\n 11 50 2 0.20258 0.20942 0.20258 0.20942\n 11 50 2 0.20176 0.20859 0.20341 0.21024\n 11 50 2 0.20176 0.21024 0.20341 0.20859\n 11 50 2 0.22151 0.20286 0.22151 0.20286\n 11 50 2 0.22068 0.20204 0.22234 0.20369\n 11 50 2 0.22068 0.20369 0.22234 0.20204\n 11 50 2 0.23903 0.19558 0.23903 0.19558\n 11 50 2 0.23820 0.19476 0.23986 0.19641\n 11 50 2 0.23820 0.19641 0.23986 0.19476\n 11 50 2 0.25465 0.18766 0.25465 0.18766\n 11 50 2 0.25383 0.18683 0.25548 0.18849\n 11 50 2 0.25383 0.18849 0.25548 0.18683\n 11 50 2 0.26795 0.17920 0.26795 0.17920\n 11 50 2 0.26712 0.17837 0.26877 0.18003\n 11 50 2 0.26712 0.18003 0.26877 0.17837\n 11 50 2 0.27855 0.17030 0.27855 0.17030\n 11 50 2 0.27772 0.16947 0.27937 0.17113\n 11 50 2 0.27772 0.17113 0.27937 0.16947\n 11 50 2 0.28615 0.16108 0.28615 0.16108\n 11 50 2 0.28533 0.16025 0.28698 0.16190\n 11 50 2 0.28533 0.16190 0.28698 0.16025\n 11 50 2 0.29056 0.15164 0.29056 0.15164\n 11 50 2 0.28974 0.15081 0.29139 0.15246\n 11 50 2 0.28974 0.15246 0.29139 0.15081\n 11 50 2 0.29165 0.14210 0.29165 0.14210\n 11 50 2 0.29082 0.14127 0.29167 0.14213\n 11 50 2 0.29082 0.14293 0.29167 0.14207\n 11 50 2 0.28938 0.13259 0.28938 0.13259\n 11 50 2 0.28855 0.13176 0.29020 0.13341\n 11 50 2 0.28855 0.13341 0.29020 0.13176\n 11 50 2 0.28382 0.12321 0.28382 0.12321\n 11 50 2 0.28299 0.12238 0.28465 0.12404\n 11 50 2 0.28299 0.12404 0.28465 0.12238\n 11 50 2 0.27512 0.11409 0.27512 0.11409\n 11 50 2 0.27430 0.11326 0.27595 0.11491\n 11 50 2 0.27430 0.11491 0.27595 0.11326\n 11 50 2 0.26353 0.10533 0.26353 0.10533\n 11 50 2 0.26271 0.10450 0.26436 0.10616\n 11 50 2 0.26271 0.10616 0.26436 0.10450\n 11 50 2 0.24937 0.09705 0.24937 0.09705\n 11 50 2 0.24854 0.09622 0.25019 0.09788\n 11 50 2 0.24854 0.09788 0.25019 0.09622\n 11 50 2 0.23302 0.08934 0.23302 0.08934\n 11 50 2 0.23219 0.08852 0.23385 0.09017\n 11 50 2 0.23219 0.09017 0.23385 0.08852\n 11 50 2 0.21495 0.08231 0.21495 0.08231\n 11 50 2 0.21412 0.08148 0.21577 0.08314\n 11 50 2 0.21412 0.08314 0.21577 0.08148\n 11 50 2 0.19564 0.07603 0.19564 0.07603\n 11 50 2 0.19482 0.07521 0.19647 0.07686\n 11 50 2 0.19482 0.07686 0.19647 0.07521\n 11 50 2 0.17565 0.07059 0.17565 0.07059\n 11 50 2 0.17482 0.06977 0.17648 0.07142\n 11 50 2 0.17482 0.07142 0.17648 0.06977\n 11 50 2 0.15552 0.06606 0.15552 0.06606\n 11 50 2 0.15469 0.06523 0.15634 0.06688\n 11 50 2 0.15469 0.06688 0.15634 0.06523\n 11 50 2 0.13580 0.06248 0.13580 0.06248\n 11 50 2 0.13497 0.06165 0.13663 0.06330\n 11 50 2 0.13497 0.06330 0.13663 0.06165\n 11 50 2 0.11705 0.05990 0.11705 0.05990\n 11 50 2 0.11623 0.05907 0.11788 0.06073\n 11 50 2 0.11623 0.06073 0.11788 0.05907\n 11 50 2 0.09979 0.05836 0.09979 0.05836\n 11 50 2 0.09930 0.05787 0.10062 0.05919\n 11 50 2 0.09896 0.05919 0.10028 0.05787\n 11 50 2 0.08449 0.05787 0.08449 0.05787\n 11 50 2 0.08449 0.05787 0.08532 0.05870\n 11 50 2 0.08366 0.05870 0.08449 0.05787\n 11 50 2 0.07158 0.05844 0.07158 0.05844\n 11 50 2 0.07101 0.05787 0.07241 0.05927\n 11 50 2 0.07075 0.05927 0.07215 0.05787\n 21 6 1\n 25 6 1\n 11 50 2 0.19073 0.15012 0.19073 0.15177\n 11 50 2 0.18991 0.15094 0.19156 0.15094\n 11 50 2 0.21026 0.15804 0.21026 0.15804\n 11 50 2 0.21026 0.15722 0.21026 0.15887\n 11 50 2 0.20943 0.15804 0.21108 0.15804\n 11 50 2 0.22868 0.16505 0.22868 0.16505\n 11 50 2 0.22868 0.16422 0.22868 0.16587\n 11 50 2 0.22786 0.16505 0.22951 0.16505\n 11 50 2 0.24550 0.17190 0.24550 0.17190\n 11 50 2 0.24550 0.17108 0.24550 0.17273\n 11 50 2 0.24468 0.17190 0.24633 0.17190\n 11 50 2 0.26025 0.17856 0.26025 0.17856\n 11 50 2 0.26025 0.17774 0.26025 0.17939\n 11 50 2 0.25942 0.17856 0.26108 0.17856\n 11 50 2 0.27251 0.18498 0.27251 0.18498\n 11 50 2 0.27251 0.18416 0.27251 0.18581\n 11 50 2 0.27168 0.18498 0.27334 0.18498\n 11 50 2 0.28195 0.19112 0.28195 0.19112\n 11 50 2 0.28195 0.19029 0.28195 0.19194\n 11 50 2 0.28112 0.19112 0.28278 0.19112\n 11 50 2 0.28830 0.19692 0.28830 0.19692\n 11 50 2 0.28830 0.19609 0.28830 0.19775\n 11 50 2 0.28748 0.19692 0.28913 0.19692\n 11 50 2 0.29140 0.20236 0.29140 0.20236\n 11 50 2 0.29140 0.20153 0.29140 0.20318\n 11 50 2 0.29057 0.20236 0.29167 0.20236\n 11 50 2 0.29114 0.20739 0.29114 0.20739\n 11 50 2 0.29114 0.20656 0.29114 0.20821\n 11 50 2 0.29032 0.20739 0.29167 0.20739\n 11 50 2 0.28755 0.21197 0.28755 0.21197\n 11 50 2 0.28755 0.21115 0.28755 0.21280\n 11 50 2 0.28672 0.21197 0.28838 0.21197\n 11 50 2 0.28072 0.21609 0.28072 0.21609\n 11 50 2 0.28072 0.21526 0.28072 0.21692\n 11 50 2 0.27989 0.21609 0.28155 0.21609\n 11 50 2 0.27084 0.21970 0.27084 0.21970\n 11 50 2 0.27084 0.21888 0.27084 0.22053\n 11 50 2 0.27001 0.21970 0.27166 0.21970\n 11 50 2 0.25818 0.22279 0.25818 0.22279\n 11 50 2 0.25818 0.22196 0.25818 0.22362\n 11 50 2 0.25735 0.22279 0.25901 0.22279\n 11 50 2 0.24310 0.22533 0.24310 0.22533\n 11 50 2 0.24310 0.22450 0.24310 0.22615\n 11 50 2 0.24227 0.22533 0.24392 0.22533\n 11 50 2 0.22600 0.22730 0.22600 0.22730\n 11 50 2 0.22600 0.22647 0.22600 0.22813\n 11 50 2 0.22518 0.22730 0.22683 0.22730\n 11 50 2 0.20738 0.22869 0.20738 0.22869\n 11 50 2 0.20738 0.22786 0.20738 0.22952\n 11 50 2 0.20655 0.22869 0.20820 0.22869\n 11 50 2 0.18773 0.22949 0.18773 0.22949\n 11 50 2 0.18773 0.22867 0.18773 0.22971\n 11 50 2 0.18691 0.22949 0.18856 0.22949\n 11 50 2 0.16762 0.22970 0.16762 0.22970\n 11 50 2 0.16762 0.22888 0.16762 0.22971\n 11 50 2 0.16679 0.22970 0.16844 0.22970\n 11 50 2 0.14758 0.22931 0.14758 0.22931\n 11 50 2 0.14758 0.22849 0.14758 0.22971\n 11 50 2 0.14676 0.22931 0.14841 0.22931\n 11 50 2 0.12819 0.22833 0.12819 0.22833\n 11 50 2 0.12819 0.22751 0.12819 0.22916\n 11 50 2 0.12736 0.22833 0.12902 0.22833\n 11 50 2 0.10997 0.22677 0.10997 0.22677\n 11 50 2 0.10997 0.22594 0.10997 0.22759\n 11 50 2 0.10915 0.22677 0.11080 0.22677\n 11 50 2 0.09344 0.22462 0.09344 0.22462\n 11 50 2 0.09344 0.22379 0.09344 0.22545\n 11 50 2 0.09261 0.22462 0.09426 0.22462\n 11 50 2 0.07904 0.22192 0.07904 0.22192\n 11 50 2 0.07904 0.22109 0.07904 0.22274\n 11 50 2 0.07822 0.22192 0.07987 0.22192\n 11 50 2 0.06719 0.21867 0.06719 0.21867\n 11 50 2 0.06719 0.21784 0.06719 0.21950\n 11 50 2 0.06636 0.21867 0.06801 0.21867\n 11 50 2 0.05820 0.21490 0.05820 0.21490\n 11 50 2 0.05820 0.21408 0.05820 0.21573\n 11 50 2 0.05737 0.21490 0.05902 0.21490\n 11 50 2 0.05232 0.21064 0.05232 0.21064\n 11 50 2 0.05232 0.20982 0.05232 0.21147\n 11 50 2 0.05150 0.21064 0.05315 0.21064\n 11 50 2 0.04973 0.20592 0.04973 0.20592\n 11 50 2 0.04973 0.20509 0.04973 0.20674\n 11 50 2 0.04960 0.20592 0.05056 0.20592\n 11 50 2 0.05049 0.20076 0.05049 0.20076\n 11 50 2 0.05049 0.19994 0.05049 0.20159\n 11 50 2 0.04966 0.20076 0.05131 0.20076\n 11 50 2 0.05458 0.19521 0.05458 0.19521\n 11 50 2 0.05458 0.19438 0.05458 0.19604\n 11 50 2 0.05375 0.19521 0.05540 0.19521\n 11 50 2 0.06188 0.18930 0.06188 0.18930\n 11 50 2 0.06188 0.18848 0.06188 0.19013\n 11 50 2 0.06105 0.18930 0.06271 0.18930\n 11 50 2 0.07220 0.18308 0.07220 0.18308\n 11 50 2 0.07220 0.18225 0.07220 0.18391\n 11 50 2 0.07137 0.18308 0.07303 0.18308\n 11 50 2 0.08525 0.17658 0.08525 0.17658\n 11 50 2 0.08525 0.17576 0.08525 0.17741\n 11 50 2 0.08442 0.17658 0.08607 0.17658\n 11 50 2 0.10066 0.16986 0.10066 0.16986\n 11 50 2 0.10066 0.16903 0.10066 0.17069\n 11 50 2 0.09983 0.16986 0.10149 0.16986\n 11 50 2 0.11802 0.16295 0.11802 0.16295\n 11 50 2 0.11802 0.16213 0.11802 0.16378\n 11 50 2 0.11719 0.16295 0.11884 0.16295\n 11 50 2 0.13683 0.15592 0.13683 0.15592\n 11 50 2 0.13683 0.15509 0.13683 0.15674\n 11 50 2 0.13600 0.15592 0.13766 0.15592\n 11 50 2 0.15658 0.14879 0.15658 0.14879\n 11 50 2 0.15658 0.14797 0.15658 0.14962\n 11 50 2 0.15575 0.14879 0.15741 0.14879\n 11 50 2 0.17672 0.14164 0.17672 0.14164\n 11 50 2 0.17672 0.14081 0.17672 0.14246\n 11 50 2 0.17589 0.14164 0.17755 0.14164\n 11 50 2 0.19669 0.13449 0.19669 0.13449\n 11 50 2 0.19669 0.13367 0.19669 0.13532\n 11 50 2 0.19586 0.13449 0.19752 0.13449\n 11 50 2 0.21594 0.12742 0.21594 0.12742\n 11 50 2 0.21594 0.12659 0.21594 0.12824\n 11 50 2 0.21511 0.12742 0.21677 0.12742\n 11 50 2 0.23394 0.12045 0.23394 0.12045\n 11 50 2 0.23394 0.11963 0.23394 0.12128\n 11 50 2 0.23311 0.12045 0.23476 0.12045\n 11 50 2 0.25018 0.11365 0.25018 0.11365\n 11 50 2 0.25018 0.11282 0.25018 0.11448\n 11 50 2 0.24935 0.11365 0.25101 0.11365\n 11 50 2 0.26422 0.10706 0.26422 0.10706\n 11 50 2 0.26422 0.10623 0.26422 0.10789\n 11 50 2 0.26339 0.10706 0.26504 0.10706\n 11 50 2 0.27566 0.10072 0.27566 0.10072\n 11 50 2 0.27566 0.09989 0.27566 0.10155\n 11 50 2 0.27483 0.10072 0.27649 0.10072\n 11 50 2 0.28419 0.09468 0.28419 0.09468\n 11 50 2 0.28419 0.09386 0.28419 0.09551\n 11 50 2 0.28337 0.09468 0.28502 0.09468\n 11 50 2 0.28958 0.08898 0.28958 0.08898\n 11 50 2 0.28958 0.08816 0.28958 0.08981\n 11 50 2 0.28876 0.08898 0.29041 0.08898\n 11 50 2 0.29167 0.08367 0.29167 0.08367\n 11 50 2 0.29167 0.08284 0.29167 0.08449\n 11 50 2 0.29085 0.08367 0.29167 0.08367\n 11 50 2 0.29041 0.07877 0.29041 0.07877\n 11 50 2 0.29041 0.07794 0.29041 0.07959\n 11 50 2 0.28958 0.07877 0.29124 0.07877\n 11 50 2 0.28583 0.07432 0.28583 0.07432\n 11 50 2 0.28583 0.07349 0.28583 0.07514\n 11 50 2 0.28500 0.07432 0.28666 0.07432\n 11 50 2 0.27806 0.07035 0.27806 0.07035\n 11 50 2 0.27806 0.06952 0.27806 0.07118\n 11 50 2 0.27723 0.07035 0.27888 0.07035\n 11 50 2 0.26731 0.06689 0.26731 0.06689\n 11 50 2 0.26731 0.06607 0.26731 0.06772\n 11 50 2 0.26648 0.06689 0.26813 0.06689\n 11 50 2 0.25388 0.06397 0.25388 0.06397\n 11 50 2 0.25388 0.06314 0.25388 0.06480\n 11 50 2 0.25305 0.06397 0.25470 0.06397\n 11 50 2 0.23814 0.06160 0.23814 0.06160\n 11 50 2 0.23814 0.06077 0.23814 0.06243\n 11 50 2 0.23732 0.06160 0.23897 0.06160\n 11 50 2 0.22054 0.05980 0.22054 0.05980\n 11 50 2 0.22054 0.05898 0.22054 0.06063\n 11 50 2 0.21971 0.05980 0.22136 0.05980\n 11 50 2 0.20155 0.05859 0.20155 0.05859\n 11 50 2 0.20155 0.05787 0.20155 0.05941\n 11 50 2 0.20072 0.05859 0.20238 0.05859\n 11 50 2 0.18171 0.05796 0.18171 0.05796\n 11 50 2 0.18171 0.05787 0.18171 0.05879\n 11 50 2 0.18088 0.05796 0.18253 0.05796\n 11 50 2 0.16155 0.05793 0.16155 0.05793\n 11 50 2 0.16155 0.05787 0.16155 0.05876\n 11 50 2 0.16073 0.05793 0.16238 0.05793\n 11 50 2 0.14166 0.05850 0.14166 0.05850\n 11 50 2 0.14166 0.05787 0.14166 0.05933\n 11 50 2 0.14083 0.05850 0.14248 0.05850\n 11 50 2 0.12256 0.05966 0.12256 0.05966\n 11 50 2 0.12256 0.05883 0.12256 0.06048\n 11 50 2 0.12173 0.05966 0.12339 0.05966\n 11 50 2 0.10480 0.06140 0.10480 0.06140\n 11 50 2 0.10480 0.06057 0.10480 0.06223\n 11 50 2 0.10397 0.06140 0.10563 0.06140\n 11 50 2 0.08886 0.06372 0.08886 0.06372\n 11 50 2 0.08886 0.06289 0.08886 0.06454\n 11 50 2 0.08803 0.06372 0.08969 0.06372\n 11 50 2 0.07519 0.06659 0.07519 0.06659\n 11 50 2 0.07519 0.06576 0.07519 0.06741\n 11 50 2 0.07436 0.06659 0.07602 0.06659\n 11 50 2 0.06417 0.06999 0.06417 0.06999\n 11 50 2 0.06417 0.06917 0.06417 0.07082\n 11 50 2 0.06334 0.06999 0.06499 0.06999\n 11 50 2 0.05609 0.07391 0.05609 0.07391\n 11 50 2 0.05609 0.07308 0.05609 0.07474\n 11 50 2 0.05527 0.07391 0.05692 0.07391\n 11 50 2 0.05119 0.07831 0.05119 0.07831\n 11 50 2 0.05119 0.07749 0.05119 0.07914\n 11 50 2 0.05037 0.07831 0.05202 0.07831\n 11 50 2 0.04960 0.08317 0.04960 0.08317\n 11 50 2 0.04960 0.08234 0.04960 0.08400\n 11 50 2 0.04960 0.08317 0.05043 0.08317\n 11 50 2 0.05137 0.08845 0.05137 0.08845\n 11 50 2 0.05137 0.08762 0.05137 0.08928\n 11 50 2 0.05054 0.08845 0.05220 0.08845\n 11 50 2 0.05644 0.09411 0.05644 0.09411\n 11 50 2 0.05644 0.09329 0.05644 0.09494\n 11 50 2 0.05562 0.09411 0.05727 0.09411\n 11 50 2 0.06468 0.10012 0.06468 0.10012\n 11 50 2 0.06468 0.09929 0.06468 0.10095\n 11 50 2 0.06385 0.10012 0.06551 0.10012\n 11 50 2 0.07585 0.10643 0.07585 0.10643\n 11 50 2 0.07585 0.10560 0.07585 0.10726\n 11 50 2 0.07503 0.10643 0.07668 0.10643\n 11 50 2 0.08965 0.11300 0.08965 0.11300\n 11 50 2 0.08965 0.11217 0.08965 0.11383\n 11 50 2 0.08883 0.11300 0.09048 0.11300\n 11 50 2 0.10570 0.11978 0.10570 0.11978\n 11 50 2 0.10570 0.11896 0.10570 0.12061\n 11 50 2 0.10487 0.11978 0.10653 0.11978\n 11 50 2 0.12355 0.12673 0.12355 0.12673\n 11 50 2 0.12355 0.12591 0.12355 0.12756\n 11 50 2 0.12272 0.12673 0.12437 0.12673\n 11 50 2 0.14270 0.13380 0.14270 0.13380\n 11 50 2 0.14270 0.13298 0.14270 0.13463\n 11 50 2 0.14187 0.13380 0.14352 0.13380\n 11 50 2 0.16262 0.14094 0.16262 0.14094\n 11 50 2 0.16262 0.14011 0.16262 0.14177\n 11 50 2 0.16180 0.14094 0.16345 0.14094\n 11 50 2 0.18277 0.14810 0.18277 0.14810\n 11 50 2 0.18277 0.14727 0.18277 0.14892\n 11 50 2 0.18194 0.14810 0.18360 0.14810\n 11 50 2 0.20258 0.15523 0.20258 0.15523\n 11 50 2 0.20258 0.15440 0.20258 0.15605\n 11 50 2 0.20176 0.15523 0.20341 0.15523\n 11 50 2 0.22151 0.16227 0.22151 0.16227\n 11 50 2 0.22151 0.16145 0.22151 0.16310\n 11 50 2 0.22068 0.16227 0.22234 0.16227\n 11 50 2 0.23903 0.16919 0.23903 0.16919\n 11 50 2 0.23903 0.16837 0.23903 0.17002\n 11 50 2 0.23820 0.16919 0.23986 0.16919\n 11 50 2 0.25465 0.17594 0.25465 0.17594\n 11 50 2 0.25465 0.17511 0.25465 0.17676\n 11 50 2 0.25383 0.17594 0.25548 0.17594\n 11 50 2 0.26795 0.18246 0.26795 0.18246\n 11 50 2 0.26795 0.18163 0.26795 0.18328\n 11 50 2 0.26712 0.18246 0.26877 0.18246\n 11 50 2 0.27855 0.18871 0.27855 0.18871\n 11 50 2 0.27855 0.18788 0.27855 0.18954\n 11 50 2 0.27772 0.18871 0.27937 0.18871\n 11 50 2 0.28615 0.19465 0.28615 0.19465\n 11 50 2 0.28615 0.19382 0.28615 0.19548\n 11 50 2 0.28533 0.19465 0.28698 0.19465\n 11 50 2 0.29056 0.20024 0.29056 0.20024\n 11 50 2 0.29056 0.19941 0.29056 0.20106\n 11 50 2 0.28974 0.20024 0.29139 0.20024\n 11 50 2 0.29165 0.20543 0.29165 0.20543\n 11 50 2 0.29165 0.20461 0.29165 0.20626\n 11 50 2 0.29082 0.20543 0.29167 0.20543\n 11 50 2 0.28938 0.21020 0.28938 0.21020\n 11 50 2 0.28938 0.20938 0.28938 0.21103\n 11 50 2 0.28855 0.21020 0.29020 0.21020\n 11 50 2 0.28382 0.21451 0.28382 0.21451\n 11 50 2 0.28382 0.21368 0.28382 0.21534\n 11 50 2 0.28299 0.21451 0.28465 0.21451\n 11 50 2 0.27512 0.21833 0.27512 0.21833\n 11 50 2 0.27512 0.21750 0.27512 0.21915\n 11 50 2 0.27430 0.21833 0.27595 0.21833\n 11 50 2 0.26353 0.22162 0.26353 0.22162\n 11 50 2 0.26353 0.22080 0.26353 0.22245\n 11 50 2 0.26271 0.22162 0.26436 0.22162\n 11 50 2 0.24937 0.22438 0.24937 0.22438\n 11 50 2 0.24937 0.22356 0.24937 0.22521\n 11 50 2 0.24854 0.22438 0.25019 0.22438\n 11 50 2 0.23302 0.22658 0.23302 0.22658\n 11 50 2 0.23302 0.22576 0.23302 0.22741\n 11 50 2 0.23219 0.22658 0.23385 0.22658\n 11 50 2 0.21495 0.22821 0.21495 0.22821\n 11 50 2 0.21495 0.22738 0.21495 0.22903\n 11 50 2 0.21412 0.22821 0.21577 0.22821\n 11 50 2 0.19564 0.22925 0.19564 0.22925\n 11 50 2 0.19564 0.22842 0.19564 0.22971\n 11 50 2 0.19482 0.22925 0.19647 0.22925\n 11 50 2 0.17565 0.22969 0.17565 0.22969\n 11 50 2 0.17565 0.22886 0.17565 0.22971\n 11 50 2 0.17482 0.22969 0.17648 0.22969\n 11 50 2 0.15552 0.22954 0.15552 0.22954\n 11 50 2 0.15552 0.22871 0.15552 0.22971\n 11 50 2 0.15469 0.22954 0.15634 0.22954\n 11 50 2 0.13580 0.22880 0.13580 0.22880\n 11 50 2 0.13580 0.22797 0.13580 0.22962\n 11 50 2 0.13497 0.22880 0.13663 0.22880\n 11 50 2 0.11705 0.22746 0.11705 0.22746\n 11 50 2 0.11705 0.22663 0.11705 0.22829\n 11 50 2 0.11623 0.22746 0.11788 0.22746\n 11 50 2 0.09979 0.22554 0.09979 0.22554\n 11 50 2 0.09979 0.22472 0.09979 0.22637\n 11 50 2 0.09896 0.22554 0.10062 0.22554\n 11 50 2 0.08449 0.22306 0.08449 0.22306\n 11 50 2 0.08449 0.22223 0.08449 0.22389\n 11 50 2 0.08366 0.22306 0.08532 0.22306\n 11 50 2 0.07158 0.22003 0.07158 0.22003\n 11 50 2 0.07158 0.21920 0.07158 0.22085\n 11 50 2 0.07075 0.22003 0.07241 0.22003\n 21 6 1\n 25 6 1\n 82 0\n 81 6 68\n 82 0\n 81 6 69\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 116 5 0.18706 0.15154 0.18871 0.15154 0.18871 0.15319 0.18706 0.15319 0.18706 0.15154\n 11 50 2 0.20477 0.16086 0.20477 0.16086\n 11 116 5 0.20394 0.16003 0.20559 0.16003 0.20559 0.16169 0.20394 0.16169 0.20394 0.16003\n 11 50 2 0.22096 0.16918 0.22096 0.16918\n 11 116 5 0.22013 0.16835 0.22178 0.16835 0.22178 0.17001 0.22013 0.17001 0.22013 0.16835\n 11 50 2 0.23612 0.17725 0.23612 0.17725\n 11 116 5 0.23529 0.17642 0.23695 0.17642 0.23695 0.17808 0.23529 0.17808 0.23529 0.17642\n 11 50 2 0.24995 0.18498 0.24995 0.18498\n 11 116 5 0.24912 0.18416 0.25077 0.18416 0.25077 0.18581 0.24912 0.18581 0.24912 0.18416\n 11 50 2 0.26216 0.19230 0.26216 0.19230\n 11 116 5 0.26133 0.19148 0.26299 0.19148 0.26299 0.19313 0.26133 0.19313 0.26133 0.19148\n 11 50 2 0.27251 0.19914 0.27251 0.19914\n 11 116 5 0.27168 0.19831 0.27334 0.19831 0.27334 0.19997 0.27168 0.19997 0.27168 0.19831\n 11 50 2 0.28078 0.20543 0.28078 0.20543\n 11 116 5 0.27996 0.20460 0.28161 0.20460 0.28161 0.20625 0.27996 0.20625 0.27996 0.20460\n 11 50 2 0.28681 0.21109 0.28681 0.21109\n 11 116 5 0.28599 0.21027 0.28764 0.21027 0.28764 0.21192 0.28599 0.21192 0.28599 0.21027\n 11 50 2 0.29048 0.21609 0.29048 0.21609\n 11 116 5 0.28965 0.21526 0.29130 0.21526 0.29130 0.21692 0.28965 0.21692 0.28965 0.21526\n 11 50 2 0.29087 0.21954 0.29167 0.21954\n 11 72 3 0.29167 0.22119 0.29087 0.22119 0.29087 0.21954\n 11 50 2 0.29046 0.22387 0.29046 0.22387\n 11 116 5 0.28963 0.22304 0.29128 0.22304 0.29128 0.22470 0.28963 0.22470 0.28963 0.22304\n 11 50 2 0.28677 0.22658 0.28677 0.22658\n 11 116 5 0.28594 0.22575 0.28760 0.22575 0.28760 0.22741 0.28594 0.22741 0.28594 0.22575\n 11 50 2 0.28072 0.22846 0.28072 0.22846\n 11 116 5 0.27989 0.22763 0.28155 0.22763 0.28155 0.22929 0.27989 0.22929 0.27989 0.22763\n 11 50 2 0.27243 0.22949 0.27243 0.22949\n 11 72 3 0.27160 0.22867 0.27325 0.22867 0.27325 0.22971\n 11 50 2 0.27160 0.22971 0.27160 0.22867\n 11 50 2 0.26206 0.22967 0.26206 0.22967\n 11 72 3 0.26123 0.22885 0.26289 0.22885 0.26289 0.22971\n 11 50 2 0.26123 0.22971 0.26123 0.22885\n 11 50 2 0.24983 0.22899 0.24983 0.22899\n 11 72 3 0.24900 0.22817 0.25066 0.22817 0.25066 0.22971\n 11 50 2 0.24900 0.22971 0.24900 0.22817\n 11 50 2 0.23599 0.22746 0.23599 0.22746\n 11 116 5 0.23516 0.22664 0.23682 0.22664 0.23682 0.22829 0.23516 0.22829 0.23516 0.22664\n 11 50 2 0.22082 0.22510 0.22082 0.22510\n 11 116 5 0.21999 0.22427 0.22164 0.22427 0.22164 0.22592 0.21999 0.22592 0.21999 0.22427\n 11 50 2 0.20462 0.22192 0.20462 0.22192\n 11 116 5 0.20379 0.22109 0.20545 0.22109 0.20545 0.22274 0.20379 0.22274 0.20379 0.22109\n 11 50 2 0.18773 0.21796 0.18773 0.21796\n 11 116 5 0.18691 0.21713 0.18856 0.21713 0.18856 0.21878 0.18691 0.21878 0.18691 0.21713\n 11 50 2 0.17050 0.21326 0.17050 0.21326\n 11 116 5 0.16967 0.21243 0.17132 0.21243 0.17132 0.21408 0.16967 0.21408 0.16967 0.21243\n 11 50 2 0.15327 0.20786 0.15327 0.20786\n 11 116 5 0.15244 0.20703 0.15409 0.20703 0.15409 0.20869 0.15244 0.20869 0.15244 0.20703\n 11 50 2 0.13639 0.20183 0.13639 0.20183\n 11 116 5 0.13556 0.20100 0.13721 0.20100 0.13721 0.20265 0.13556 0.20265 0.13556 0.20100\n 11 50 2 0.12021 0.19521 0.12021 0.19521\n 11 116 5 0.11938 0.19438 0.12103 0.19438 0.12103 0.19604 0.11938 0.19604 0.11938 0.19438\n 11 50 2 0.10506 0.18808 0.10506 0.18808\n 11 116 5 0.10423 0.18726 0.10588 0.18726 0.10588 0.18891 0.10423 0.18891 0.10423 0.18726\n 11 50 2 0.09124 0.18051 0.09124 0.18051\n 11 116 5 0.09041 0.17968 0.09207 0.17968 0.09207 0.18134 0.09041 0.18134 0.09041 0.17968\n 11 50 2 0.07904 0.17257 0.07904 0.17257\n 11 116 5 0.07822 0.17175 0.07987 0.17175 0.07987 0.17340 0.07822 0.17340 0.07822 0.17175\n 11 50 2 0.06871 0.16435 0.06871 0.16435\n 11 116 5 0.06788 0.16352 0.06954 0.16352 0.06954 0.16517 0.06788 0.16517 0.06788 0.16352\n 11 50 2 0.06046 0.15592 0.06046 0.15592\n 11 116 5 0.05963 0.15509 0.06128 0.15509 0.06128 0.15674 0.05963 0.15674 0.05963 0.15509\n 11 50 2 0.05445 0.14736 0.05445 0.14736\n 11 116 5 0.05362 0.14654 0.05527 0.14654 0.05527 0.14819 0.05362 0.14819 0.05362 0.14654\n 11 50 2 0.05080 0.13878 0.05080 0.13878\n 11 116 5 0.04998 0.13795 0.05163 0.13795 0.05163 0.13960 0.04998 0.13960 0.04998 0.13795\n 11 94 4 0.04960 0.12941 0.05043 0.12941 0.05043 0.13106 0.04960 0.13106\n 11 50 2 0.05087 0.12183 0.05087 0.12183\n 11 116 5 0.05004 0.12101 0.05170 0.12101 0.05170 0.12266 0.05004 0.12266 0.05004 0.12101\n 11 50 2 0.05458 0.11365 0.05458 0.11365\n 11 116 5 0.05375 0.11282 0.05540 0.11282 0.05540 0.11448 0.05375 0.11448 0.05375 0.11282\n 11 50 2 0.06065 0.10577 0.06065 0.10577\n 11 116 5 0.05982 0.10494 0.06147 0.10494 0.06147 0.10660 0.05982 0.10660 0.05982 0.10494\n 11 50 2 0.06896 0.09827 0.06896 0.09827\n 11 116 5 0.06813 0.09744 0.06979 0.09744 0.06979 0.09909 0.06813 0.09909 0.06813 0.09744\n 11 50 2 0.07934 0.09122 0.07934 0.09122\n 11 116 5 0.07852 0.09039 0.08017 0.09039 0.08017 0.09205 0.07852 0.09205 0.07852 0.09039\n 11 50 2 0.09159 0.08470 0.09159 0.08470\n 11 116 5 0.09076 0.08387 0.09241 0.08387 0.09241 0.08553 0.09076 0.08553 0.09076 0.08387\n 11 50 2 0.10544 0.07877 0.10544 0.07877\n 11 116 5 0.10462 0.07794 0.10627 0.07794 0.10627 0.07959 0.10462 0.07959 0.10462 0.07794\n 11 50 2 0.12063 0.07349 0.12063 0.07349\n 11 116 5 0.11980 0.07266 0.12145 0.07266 0.12145 0.07431 0.11980 0.07431 0.11980 0.07266\n 11 50 2 0.13683 0.06891 0.13683 0.06891\n 11 116 5 0.13600 0.06808 0.13766 0.06808 0.13766 0.06973 0.13600 0.06973 0.13600 0.06808\n 11 50 2 0.15372 0.06507 0.15372 0.06507\n 11 116 5 0.15289 0.06425 0.15455 0.06425 0.15455 0.06590 0.15289 0.06590 0.15289 0.06425\n 11 50 2 0.17096 0.06203 0.17096 0.06203\n 11 116 5 0.17013 0.06120 0.17178 0.06120 0.17178 0.06286 0.17013 0.06286 0.17013 0.06120\n 11 50 2 0.18819 0.05980 0.18819 0.05980\n 11 116 5 0.18736 0.05898 0.18901 0.05898 0.18901 0.06063 0.18736 0.06063 0.18736 0.05898\n 11 50 2 0.20506 0.05841 0.20506 0.05841\n 11 94 4 0.20589 0.05787 0.20589 0.05924 0.20423 0.05924 0.20423 0.05787\n 11 50 2 0.22123 0.05788 0.22123 0.05788\n 11 94 4 0.22206 0.05787 0.22206 0.05871 0.22041 0.05871 0.22041 0.05787\n 11 50 2 0.23638 0.05820 0.23638 0.05820\n 11 94 4 0.23720 0.05787 0.23720 0.05903 0.23555 0.05903 0.23555 0.05787\n 11 50 2 0.25018 0.05938 0.25018 0.05938\n 11 116 5 0.24935 0.05855 0.25101 0.05855 0.25101 0.06021 0.24935 0.06021 0.24935 0.05855\n 11 50 2 0.26236 0.06140 0.26236 0.06140\n 11 116 5 0.26153 0.06057 0.26319 0.06057 0.26319 0.06223 0.26153 0.06223 0.26153 0.06057\n 11 50 2 0.27267 0.06425 0.27267 0.06425\n 11 116 5 0.27185 0.06342 0.27350 0.06342 0.27350 0.06507 0.27185 0.06507 0.27185 0.06342\n 11 50 2 0.28091 0.06789 0.28091 0.06789\n 11 116 5 0.28008 0.06706 0.28174 0.06706 0.28174 0.06871 0.28008 0.06871 0.28008 0.06706\n 11 50 2 0.28690 0.07228 0.28690 0.07228\n 11 116 5 0.28607 0.07146 0.28773 0.07146 0.28773 0.07311 0.28607 0.07311 0.28607 0.07146\n 11 50 2 0.29052 0.07740 0.29052 0.07740\n 11 116 5 0.28969 0.07657 0.29135 0.07657 0.29135 0.07822 0.28969 0.07822 0.28969 0.07657\n 11 50 2 0.29087 0.08234 0.29167 0.08234\n 11 72 3 0.29167 0.08400 0.29087 0.08400 0.29087 0.08234\n 11 50 2 0.29041 0.08955 0.29041 0.08955\n 11 116 5 0.28958 0.08873 0.29124 0.08873 0.29124 0.09038 0.28958 0.09038 0.28958 0.08873\n 11 50 2 0.28668 0.09648 0.28668 0.09648\n 11 116 5 0.28586 0.09565 0.28751 0.09565 0.28751 0.09730 0.28586 0.09730 0.28586 0.09565\n 11 50 2 0.28059 0.10387 0.28059 0.10387\n 11 116 5 0.27977 0.10305 0.28142 0.10305 0.28142 0.10470 0.27977 0.10470 0.27977 0.10305\n 11 50 2 0.27226 0.11167 0.27226 0.11167\n 11 116 5 0.27143 0.11084 0.27309 0.11084 0.27309 0.11249 0.27143 0.11249 0.27143 0.11084\n 11 50 2 0.26186 0.11978 0.26186 0.11978\n 11 116 5 0.26103 0.11896 0.26269 0.11896 0.26269 0.12061 0.26103 0.12061 0.26103 0.11896\n 11 50 2 0.24960 0.12814 0.24960 0.12814\n 11 116 5 0.24877 0.12731 0.25043 0.12731 0.25043 0.12897 0.24877 0.12897 0.24877 0.12731\n 11 50 2 0.23573 0.13665 0.23573 0.13665\n 11 116 5 0.23490 0.13582 0.23656 0.13582 0.23656 0.13748 0.23490 0.13748 0.23490 0.13582\n 11 50 2 0.22054 0.14524 0.22054 0.14524\n 11 116 5 0.21971 0.14441 0.22136 0.14441 0.22136 0.14606 0.21971 0.14606 0.21971 0.14441\n 11 50 2 0.20433 0.15380 0.20433 0.15380\n 11 116 5 0.20350 0.15298 0.20515 0.15298 0.20515 0.15463 0.20350 0.15463 0.20350 0.15298\n 11 50 2 0.18743 0.16227 0.18743 0.16227\n 11 116 5 0.18660 0.16145 0.18826 0.16145 0.18826 0.16310 0.18660 0.16310 0.18660 0.16145\n 11 50 2 0.17019 0.17056 0.17019 0.17056\n 11 116 5 0.16937 0.16973 0.17102 0.16973 0.17102 0.17138 0.16937 0.17138 0.16937 0.16973\n 11 50 2 0.15296 0.17857 0.15296 0.17857\n 11 116 5 0.15214 0.17775 0.15379 0.17775 0.15379 0.17940 0.15214 0.17940 0.15214 0.17775\n 11 50 2 0.13609 0.18624 0.13609 0.18624\n 11 116 5 0.13527 0.18542 0.13692 0.18542 0.13692 0.18707 0.13527 0.18707 0.13527 0.18542\n 11 50 2 0.11993 0.19349 0.11993 0.19349\n 11 116 5 0.11910 0.19266 0.12076 0.19266 0.12076 0.19432 0.11910 0.19432 0.11910 0.19266\n 11 50 2 0.10480 0.20024 0.10480 0.20024\n 11 116 5 0.10397 0.19941 0.10563 0.19941 0.10563 0.20106 0.10397 0.20106 0.10397 0.19941\n 11 50 2 0.09101 0.20642 0.09101 0.20642\n 11 116 5 0.09018 0.20560 0.09184 0.20560 0.09184 0.20725 0.09018 0.20725 0.09018 0.20560\n 11 50 2 0.07884 0.21198 0.07884 0.21198\n 11 116 5 0.07802 0.21115 0.07967 0.21115 0.07967 0.21281 0.07802 0.21281 0.07802 0.21115\n 11 50 2 0.06855 0.21686 0.06855 0.21686\n 11 116 5 0.06772 0.21603 0.06937 0.21603 0.06937 0.21769 0.06772 0.21769 0.06772 0.21603\n 11 50 2 0.06033 0.22101 0.06033 0.22101\n 11 116 5 0.05950 0.22018 0.06116 0.22018 0.06116 0.22183 0.05950 0.22183 0.05950 0.22018\n 11 50 2 0.05436 0.22438 0.05436 0.22438\n 11 116 5 0.05353 0.22356 0.05519 0.22356 0.05519 0.22521 0.05353 0.22521 0.05353 0.22356\n 11 50 2 0.05076 0.22695 0.05076 0.22695\n 11 116 5 0.04993 0.22613 0.05159 0.22613 0.05159 0.22778 0.04993 0.22778 0.04993 0.22613\n 11 50 2 0.04960 0.22869 0.04960 0.22869\n 11 94 4 0.04960 0.22787 0.05043 0.22787 0.05043 0.22952 0.04960 0.22952\n 11 50 2 0.05091 0.22958 0.05091 0.22958\n 11 72 3 0.05009 0.22876 0.05174 0.22876 0.05174 0.22971\n 11 50 2 0.05009 0.22971 0.05009 0.22876\n 11 50 2 0.05466 0.22962 0.05466 0.22962\n 11 72 3 0.05384 0.22879 0.05549 0.22879 0.05549 0.22971\n 11 50 2 0.05384 0.22971 0.05384 0.22879\n 11 50 2 0.06077 0.22880 0.06077 0.22880\n 11 116 5 0.05995 0.22797 0.06160 0.22797 0.06160 0.22962 0.05995 0.22962 0.05995 0.22797\n 11 50 2 0.06912 0.22712 0.06912 0.22712\n 11 116 5 0.06830 0.22630 0.06995 0.22630 0.06995 0.22795 0.06830 0.22795 0.06830 0.22630\n 11 50 2 0.07954 0.22462 0.07954 0.22462\n 11 116 5 0.07872 0.22379 0.08037 0.22379 0.08037 0.22544 0.07872 0.22544 0.07872 0.22379\n 11 50 2 0.09182 0.22130 0.09182 0.22130\n 11 116 5 0.09099 0.22048 0.09265 0.22048 0.09265 0.22213 0.09099 0.22213 0.09099 0.22048\n 11 50 2 0.10570 0.21722 0.10570 0.21722\n 11 116 5 0.10487 0.21639 0.10653 0.21639 0.10653 0.21804 0.10487 0.21804 0.10487 0.21639\n 11 50 2 0.12090 0.21240 0.12090 0.21240\n 11 116 5 0.12008 0.21157 0.12173 0.21157 0.12173 0.21322 0.12008 0.21322 0.12008 0.21157\n 11 50 2 0.13712 0.20689 0.13712 0.20689\n 11 116 5 0.13630 0.20606 0.13795 0.20606 0.13795 0.20772 0.13630 0.20772 0.13630 0.20606\n 11 50 2 0.15402 0.20075 0.15402 0.20075\n 11 116 5 0.15320 0.19993 0.15485 0.19993 0.15485 0.20158 0.15320 0.20158 0.15320 0.19993\n 11 50 2 0.17126 0.19405 0.17126 0.19405\n 11 116 5 0.17044 0.19322 0.17209 0.19322 0.17209 0.19487 0.17044 0.19487 0.17044 0.19322\n 11 50 2 0.18849 0.18684 0.18849 0.18684\n 11 116 5 0.18766 0.18601 0.18932 0.18601 0.18932 0.18766 0.18766 0.18766 0.18766 0.18601\n 11 50 2 0.20535 0.17920 0.20535 0.17920\n 11 116 5 0.20453 0.17837 0.20618 0.17837 0.20618 0.18003 0.20453 0.18003 0.20453 0.17837\n 11 50 2 0.22151 0.17121 0.22151 0.17121\n 11 116 5 0.22068 0.17038 0.22234 0.17038 0.22234 0.17203 0.22068 0.17203 0.22068 0.17038\n 11 50 2 0.23663 0.16294 0.23663 0.16294\n 11 116 5 0.23581 0.16211 0.23746 0.16211 0.23746 0.16377 0.23581 0.16377 0.23581 0.16211\n 11 50 2 0.25041 0.15448 0.25041 0.15448\n 11 116 5 0.24958 0.15366 0.25124 0.15366 0.25124 0.15531 0.24958 0.15531 0.24958 0.15366\n 11 50 2 0.26256 0.14592 0.26256 0.14592\n 11 116 5 0.26173 0.14509 0.26339 0.14509 0.26339 0.14675 0.26173 0.14675 0.26173 0.14509\n 11 50 2 0.27284 0.13733 0.27284 0.13733\n 11 116 5 0.27201 0.13651 0.27367 0.13651 0.27367 0.13816 0.27201 0.13816 0.27201 0.13651\n 11 50 2 0.28104 0.12881 0.28104 0.12881\n 11 116 5 0.28021 0.12799 0.28186 0.12799 0.28186 0.12964 0.28021 0.12964 0.28021 0.12799\n 11 50 2 0.28698 0.12044 0.28698 0.12044\n 11 116 5 0.28616 0.11961 0.28781 0.11961 0.28781 0.12127 0.28616 0.12127 0.28616 0.11961\n 11 50 2 0.29056 0.11230 0.29056 0.11230\n 11 116 5 0.28974 0.11148 0.29139 0.11148 0.29139 0.11313 0.28974 0.11313 0.28974 0.11148\n 11 50 2 0.29087 0.10365 0.29167 0.10365\n 11 72 3 0.29167 0.10531 0.29087 0.10531 0.29087 0.10365\n 11 50 2 0.29037 0.09705 0.29037 0.09705\n 11 116 5 0.28954 0.09622 0.29119 0.09622 0.29119 0.09788 0.28954 0.09788 0.28954 0.09622\n 21 6 1\n 25 6 1\n 82 0\n 81 6 70\n 82 0\n 84 6 67\n 84 6 68\n 84 6 69\n 84 6 70\n 84 6 45\n 84 6 46\n 84 6 47\n 84 6 48\n 84 6 61\n 84 6 62\n 84 6 63\n 84 6 64\n 84 6 49\n 84 6 50\n 84 6 51\n 84 6 52\n 84 6 65\n 84 6 66\n 84 6 53\n 84 6 54\n 84 6 55\n 84 6 56\n 0 0\n","old_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 10\/11\/16 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 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0.04016 0.07147 0.03957 0.07127 0.03897 0.07127 0.03838 0.07147 0.03819 0.07166 0.03799 0.07206\n 11 94 4 0.03464 0.10898 0.03504 0.10918 0.03563 0.10977 0.03563 0.10564\n 11 380 17 0.04035 0.10977 0.03838 0.10977 0.03819 0.10800 0.03838 0.10820 0.03897 0.10839 0.03957 0.10839 0.04016 0.10820 0.04055 0.10780 0.04075 0.10721 0.04075 0.10682 0.04055 0.10623 0.04016 0.10583 0.03957 0.10564 0.03897 0.10564 0.03838 0.10583 0.03819 0.10603 0.03799 0.10643\n 11 314 14 0.03425 0.14315 0.03425 0.14335 0.03445 0.14375 0.03464 0.14394 0.03504 0.14414 0.03583 0.14414 0.03622 0.14394 0.03642 0.14375 0.03661 0.14335 0.03661 0.14296 0.03642 0.14256 0.03602 0.14197 0.03405 0.14001 0.03681 0.14001\n 11 380 17 0.04035 0.14414 0.03838 0.14414 0.03819 0.14237 0.03838 0.14256 0.03897 0.14276 0.03957 0.14276 0.04016 0.14256 0.04055 0.14217 0.04075 0.14158 0.04075 0.14119 0.04055 0.14060 0.04016 0.14020 0.03957 0.14001 0.03897 0.14001 0.03838 0.14020 0.03819 0.14040 0.03799 0.14079\n 11 336 15 0.03445 0.17851 0.03661 0.17851 0.03543 0.17693 0.03602 0.17693 0.03642 0.17674 0.03661 0.17654 0.03681 0.17595 0.03681 0.17555 0.03661 0.17496 0.03622 0.17457 0.03563 0.17437 0.03504 0.17437 0.03445 0.17457 0.03425 0.17477 0.03405 0.17516\n 11 380 17 0.04035 0.17851 0.03838 0.17851 0.03819 0.17674 0.03838 0.17693 0.03897 0.17713 0.03957 0.17713 0.04016 0.17693 0.04055 0.17654 0.04075 0.17595 0.04075 0.17555 0.04055 0.17496 0.04016 0.17457 0.03957 0.17437 0.03897 0.17437 0.03838 0.17457 0.03819 0.17477 0.03799 0.17516\n 11 72 3 0.03602 0.21287 0.03405 0.21012 0.03701 0.21012\n 11 50 2 0.03602 0.21287 0.03602 0.20874\n 11 380 17 0.04035 0.21287 0.03838 0.21287 0.03819 0.21110 0.03838 0.21130 0.03897 0.21150 0.03957 0.21150 0.04016 0.21130 0.04055 0.21091 0.04075 0.21032 0.04075 0.20992 0.04055 0.20933 0.04016 0.20894 0.03957 0.20874 0.03897 0.20874 0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.04960 0.07334 0.04960 0.05787 0.04960 0.07334 0.04444 0.07334 0.04960 0.07334 0.04960 0.09052 0.04444 0.09052 0.04960 0.09052 0.04960 0.10770 0.04444 0.10770 0.04960 0.10770 0.04960 0.12489 0.04444 0.12489 0.04960 0.12489 0.04960 0.14207 0.04444 0.14207 0.04960 0.14207 0.04960 0.15926 0.04444 0.15926 0.04960 0.15926 0.04960 0.17644 0.04444 0.17644 0.04960 0.17644 0.04960 0.19362 0.04444 0.19362 0.04960 0.19362 0.04960 0.21081 0.04444 0.21081 0.04960 0.21081 0.04960 0.22799 0.04444 0.22799 0.04960 0.22799 0.04960 0.22971\n 11 380 17 0.04035 0.07540 0.03838 0.07540 0.03819 0.07363 0.03838 0.07383 0.03897 0.07403 0.03957 0.07403 0.04016 0.07383 0.04055 0.07344 0.04075 0.07285 0.04075 0.07245 0.04055 0.07186 0.04016 0.07147 0.03957 0.07127 0.03897 0.07127 0.03838 0.07147 0.03819 0.07166 0.03799 0.07206\n 11 94 4 0.03464 0.10898 0.03504 0.10918 0.03563 0.10977 0.03563 0.10564\n 11 380 17 0.04035 0.10977 0.03838 0.10977 0.03819 0.10800 0.03838 0.10820 0.03897 0.10839 0.03957 0.10839 0.04016 0.10820 0.04055 0.10780 0.04075 0.10721 0.04075 0.10682 0.04055 0.10623 0.04016 0.10583 0.03957 0.10564 0.03897 0.10564 0.03838 0.10583 0.03819 0.10603 0.03799 0.10643\n 11 314 14 0.03425 0.14315 0.03425 0.14335 0.03445 0.14375 0.03464 0.14394 0.03504 0.14414 0.03583 0.14414 0.03622 0.14394 0.03642 0.14375 0.03661 0.14335 0.03661 0.14296 0.03642 0.14256 0.03602 0.14197 0.03405 0.14001 0.03681 0.14001\n 11 380 17 0.04035 0.14414 0.03838 0.14414 0.03819 0.14237 0.03838 0.14256 0.03897 0.14276 0.03957 0.14276 0.04016 0.14256 0.04055 0.14217 0.04075 0.14158 0.04075 0.14119 0.04055 0.14060 0.04016 0.14020 0.03957 0.14001 0.03897 0.14001 0.03838 0.14020 0.03819 0.14040 0.03799 0.14079\n 11 336 15 0.03445 0.17851 0.03661 0.17851 0.03543 0.17693 0.03602 0.17693 0.03642 0.17674 0.03661 0.17654 0.03681 0.17595 0.03681 0.17555 0.03661 0.17496 0.03622 0.17457 0.03563 0.17437 0.03504 0.17437 0.03445 0.17457 0.03425 0.17477 0.03405 0.17516\n 11 380 17 0.04035 0.17851 0.03838 0.17851 0.03819 0.17674 0.03838 0.17693 0.03897 0.17713 0.03957 0.17713 0.04016 0.17693 0.04055 0.17654 0.04075 0.17595 0.04075 0.17555 0.04055 0.17496 0.04016 0.17457 0.03957 0.17437 0.03897 0.17437 0.03838 0.17457 0.03819 0.17477 0.03799 0.17516\n 11 72 3 0.03602 0.21287 0.03405 0.21012 0.03701 0.21012\n 11 50 2 0.03602 0.21287 0.03602 0.20874\n 11 380 17 0.04035 0.21287 0.03838 0.21287 0.03819 0.21110 0.03838 0.21130 0.03897 0.21150 0.03957 0.21150 0.04016 0.21130 0.04055 0.21091 0.04075 0.21032 0.04075 0.20992 0.04055 0.20933 0.04016 0.20894 0.03957 0.20874 0.03897 0.20874 0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.29167 0.07334 0.29167 0.05787 0.29167 0.07334 0.29684 0.07334 0.29167 0.07334 0.29167 0.09052 0.29684 0.09052 0.29167 0.09052 0.29167 0.10770 0.29684 0.10770 0.29167 0.10770 0.29167 0.12489 0.29684 0.12489 0.29167 0.12489 0.29167 0.14207 0.29684 0.14207 0.29167 0.14207 0.29167 0.15926 0.29684 0.15926 0.29167 0.15926 0.29167 0.17644 0.29684 0.17644 0.29167 0.17644 0.29167 0.19362 0.29684 0.19362 0.29167 0.19362 0.29167 0.21081 0.29684 0.21081 0.29167 0.21081 0.29167 0.22799 0.29684 0.22799 0.29167 0.22799 0.29167 0.22971\n 11 732 33 0.29167 0.07334 0.29167 0.05787 0.29167 0.07334 0.29684 0.07334 0.29167 0.07334 0.29167 0.09052 0.29684 0.09052 0.29167 0.09052 0.29167 0.10770 0.29684 0.10770 0.29167 0.10770 0.29167 0.12489 0.29684 0.12489 0.29167 0.12489 0.29167 0.14207 0.29684 0.14207 0.29167 0.14207 0.29167 0.15926 0.29684 0.15926 0.29167 0.15926 0.29167 0.17644 0.29684 0.17644 0.29167 0.17644 0.29167 0.19362 0.29684 0.19362 0.29167 0.19362 0.29167 0.21081 0.29684 0.21081 0.29167 0.21081 0.29167 0.22799 0.29684 0.22799 0.29167 0.22799 0.29167 0.22971\n 11 732 33 0.07139 0.22971 0.04960 0.22971 0.07139 0.22971 0.07139 0.23488 0.07139 0.22971 0.09560 0.22971 0.09560 0.23488 0.09560 0.22971 0.11980 0.22971 0.11980 0.23488 0.11980 0.22971 0.14401 0.22971 0.14401 0.23488 0.14401 0.22971 0.16822 0.22971 0.16822 0.23488 0.16822 0.22971 0.19243 0.22971 0.19243 0.23488 0.19243 0.22971 0.21663 0.22971 0.21663 0.23488 0.21663 0.22971 0.24084 0.22971 0.24084 0.23488 0.24084 0.22971 0.26505 0.22971 0.26505 0.23488 0.26505 0.22971 0.28925 0.22971 0.28925 0.23488 0.28925 0.22971 0.29167 0.22971\n 11 732 33 0.07139 0.22971 0.04960 0.22971 0.07139 0.22971 0.07139 0.23488 0.07139 0.22971 0.09560 0.22971 0.09560 0.23488 0.09560 0.22971 0.11980 0.22971 0.11980 0.23488 0.11980 0.22971 0.14401 0.22971 0.14401 0.23488 0.14401 0.22971 0.16822 0.22971 0.16822 0.23488 0.16822 0.22971 0.19243 0.22971 0.19243 0.23488 0.19243 0.22971 0.21663 0.22971 0.21663 0.23488 0.21663 0.22971 0.24084 0.22971 0.24084 0.23488 0.24084 0.22971 0.26505 0.22971 0.26505 0.23488 0.26505 0.22971 0.28925 0.22971 0.28925 0.23488 0.28925 0.22971 0.29167 0.22971\n 11 732 33 0.07139 0.05787 0.04960 0.05787 0.07139 0.05787 0.07139 0.05270 0.07139 0.05787 0.09560 0.05787 0.09560 0.05270 0.09560 0.05787 0.11980 0.05787 0.11980 0.05270 0.11980 0.05787 0.14401 0.05787 0.14401 0.05270 0.14401 0.05787 0.16822 0.05787 0.16822 0.05270 0.16822 0.05787 0.19243 0.05787 0.19243 0.05270 0.19243 0.05787 0.21663 0.05787 0.21663 0.05270 0.21663 0.05787 0.24084 0.05787 0.24084 0.05270 0.24084 0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 11 732 33 0.07139 0.05787 0.04960 0.05787 0.07139 0.05787 0.07139 0.05270 0.07139 0.05787 0.09560 0.05787 0.09560 0.05270 0.09560 0.05787 0.11980 0.05787 0.11980 0.05270 0.11980 0.05787 0.14401 0.05787 0.14401 0.05270 0.14401 0.05787 0.16822 0.05787 0.16822 0.05270 0.16822 0.05787 0.19243 0.05787 0.19243 0.05270 0.19243 0.05787 0.21663 0.05787 0.21663 0.05270 0.21663 0.05787 0.24084 0.05787 0.24084 0.05270 0.24084 0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 11 732 33 0.04960 0.07334 0.04960 0.05787 0.04960 0.07334 0.04444 0.07334 0.04960 0.07334 0.04960 0.09052 0.04444 0.09052 0.04960 0.09052 0.04960 0.10770 0.04444 0.10770 0.04960 0.10770 0.04960 0.12489 0.04444 0.12489 0.04960 0.12489 0.04960 0.14207 0.04444 0.14207 0.04960 0.14207 0.04960 0.15926 0.04444 0.15926 0.04960 0.15926 0.04960 0.17644 0.04444 0.17644 0.04960 0.17644 0.04960 0.19362 0.04444 0.19362 0.04960 0.19362 0.04960 0.21081 0.04444 0.21081 0.04960 0.21081 0.04960 0.22799 0.04444 0.22799 0.04960 0.22799 0.04960 0.22971\n 11 380 17 0.04035 0.07540 0.03838 0.07540 0.03819 0.07363 0.03838 0.07383 0.03897 0.07403 0.03957 0.07403 0.04016 0.07383 0.04055 0.07344 0.04075 0.07285 0.04075 0.07245 0.04055 0.07186 0.04016 0.07147 0.03957 0.07127 0.03897 0.07127 0.03838 0.07147 0.03819 0.07166 0.03799 0.07206\n 11 94 4 0.03464 0.10898 0.03504 0.10918 0.03563 0.10977 0.03563 0.10564\n 11 380 17 0.04035 0.10977 0.03838 0.10977 0.03819 0.10800 0.03838 0.10820 0.03897 0.10839 0.03957 0.10839 0.04016 0.10820 0.04055 0.10780 0.04075 0.10721 0.04075 0.10682 0.04055 0.10623 0.04016 0.10583 0.03957 0.10564 0.03897 0.10564 0.03838 0.10583 0.03819 0.10603 0.03799 0.10643\n 11 314 14 0.03425 0.14315 0.03425 0.14335 0.03445 0.14375 0.03464 0.14394 0.03504 0.14414 0.03583 0.14414 0.03622 0.14394 0.03642 0.14375 0.03661 0.14335 0.03661 0.14296 0.03642 0.14256 0.03602 0.14197 0.03405 0.14001 0.03681 0.14001\n 11 380 17 0.04035 0.14414 0.03838 0.14414 0.03819 0.14237 0.03838 0.14256 0.03897 0.14276 0.03957 0.14276 0.04016 0.14256 0.04055 0.14217 0.04075 0.14158 0.04075 0.14119 0.04055 0.14060 0.04016 0.14020 0.03957 0.14001 0.03897 0.14001 0.03838 0.14020 0.03819 0.14040 0.03799 0.14079\n 11 336 15 0.03445 0.17851 0.03661 0.17851 0.03543 0.17693 0.03602 0.17693 0.03642 0.17674 0.03661 0.17654 0.03681 0.17595 0.03681 0.17555 0.03661 0.17496 0.03622 0.17457 0.03563 0.17437 0.03504 0.17437 0.03445 0.17457 0.03425 0.17477 0.03405 0.17516\n 11 380 17 0.04035 0.17851 0.03838 0.17851 0.03819 0.17674 0.03838 0.17693 0.03897 0.17713 0.03957 0.17713 0.04016 0.17693 0.04055 0.17654 0.04075 0.17595 0.04075 0.17555 0.04055 0.17496 0.04016 0.17457 0.03957 0.17437 0.03897 0.17437 0.03838 0.17457 0.03819 0.17477 0.03799 0.17516\n 11 72 3 0.03602 0.21287 0.03405 0.21012 0.03701 0.21012\n 11 50 2 0.03602 0.21287 0.03602 0.20874\n 11 380 17 0.04035 0.21287 0.03838 0.21287 0.03819 0.21110 0.03838 0.21130 0.03897 0.21150 0.03957 0.21150 0.04016 0.21130 0.04055 0.21091 0.04075 0.21032 0.04075 0.20992 0.04055 0.20933 0.04016 0.20894 0.03957 0.20874 0.03897 0.20874 0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.04960 0.07334 0.04960 0.05787 0.04960 0.07334 0.04444 0.07334 0.04960 0.07334 0.04960 0.09052 0.04444 0.09052 0.04960 0.09052 0.04960 0.10770 0.04444 0.10770 0.04960 0.10770 0.04960 0.12489 0.04444 0.12489 0.04960 0.12489 0.04960 0.14207 0.04444 0.14207 0.04960 0.14207 0.04960 0.15926 0.04444 0.15926 0.04960 0.15926 0.04960 0.17644 0.04444 0.17644 0.04960 0.17644 0.04960 0.19362 0.04444 0.19362 0.04960 0.19362 0.04960 0.21081 0.04444 0.21081 0.04960 0.21081 0.04960 0.22799 0.04444 0.22799 0.04960 0.22799 0.04960 0.22971\n 11 380 17 0.04035 0.07540 0.03838 0.07540 0.03819 0.07363 0.03838 0.07383 0.03897 0.07403 0.03957 0.07403 0.04016 0.07383 0.04055 0.07344 0.04075 0.07285 0.04075 0.07245 0.04055 0.07186 0.04016 0.07147 0.03957 0.07127 0.03897 0.07127 0.03838 0.07147 0.03819 0.07166 0.03799 0.07206\n 11 94 4 0.03464 0.10898 0.03504 0.10918 0.03563 0.10977 0.03563 0.10564\n 11 380 17 0.04035 0.10977 0.03838 0.10977 0.03819 0.10800 0.03838 0.10820 0.03897 0.10839 0.03957 0.10839 0.04016 0.10820 0.04055 0.10780 0.04075 0.10721 0.04075 0.10682 0.04055 0.10623 0.04016 0.10583 0.03957 0.10564 0.03897 0.10564 0.03838 0.10583 0.03819 0.10603 0.03799 0.10643\n 11 314 14 0.03425 0.14315 0.03425 0.14335 0.03445 0.14375 0.03464 0.14394 0.03504 0.14414 0.03583 0.14414 0.03622 0.14394 0.03642 0.14375 0.03661 0.14335 0.03661 0.14296 0.03642 0.14256 0.03602 0.14197 0.03405 0.14001 0.03681 0.14001\n 11 380 17 0.04035 0.14414 0.03838 0.14414 0.03819 0.14237 0.03838 0.14256 0.03897 0.14276 0.03957 0.14276 0.04016 0.14256 0.04055 0.14217 0.04075 0.14158 0.04075 0.14119 0.04055 0.14060 0.04016 0.14020 0.03957 0.14001 0.03897 0.14001 0.03838 0.14020 0.03819 0.14040 0.03799 0.14079\n 11 336 15 0.03445 0.17851 0.03661 0.17851 0.03543 0.17693 0.03602 0.17693 0.03642 0.17674 0.03661 0.17654 0.03681 0.17595 0.03681 0.17555 0.03661 0.17496 0.03622 0.17457 0.03563 0.17437 0.03504 0.17437 0.03445 0.17457 0.03425 0.17477 0.03405 0.17516\n 11 380 17 0.04035 0.17851 0.03838 0.17851 0.03819 0.17674 0.03838 0.17693 0.03897 0.17713 0.03957 0.17713 0.04016 0.17693 0.04055 0.17654 0.04075 0.17595 0.04075 0.17555 0.04055 0.17496 0.04016 0.17457 0.03957 0.17437 0.03897 0.17437 0.03838 0.17457 0.03819 0.17477 0.03799 0.17516\n 11 72 3 0.03602 0.21287 0.03405 0.21012 0.03701 0.21012\n 11 50 2 0.03602 0.21287 0.03602 0.20874\n 11 380 17 0.04035 0.21287 0.03838 0.21287 0.03819 0.21110 0.03838 0.21130 0.03897 0.21150 0.03957 0.21150 0.04016 0.21130 0.04055 0.21091 0.04075 0.21032 0.04075 0.20992 0.04055 0.20933 0.04016 0.20894 0.03957 0.20874 0.03897 0.20874 0.03838 0.20894 0.03819 0.20913 0.03799 0.20953\n 11 732 33 0.29167 0.07334 0.29167 0.05787 0.29167 0.07334 0.29684 0.07334 0.29167 0.07334 0.29167 0.09052 0.29684 0.09052 0.29167 0.09052 0.29167 0.10770 0.29684 0.10770 0.29167 0.10770 0.29167 0.12489 0.29684 0.12489 0.29167 0.12489 0.29167 0.14207 0.29684 0.14207 0.29167 0.14207 0.29167 0.15926 0.29684 0.15926 0.29167 0.15926 0.29167 0.17644 0.29684 0.17644 0.29167 0.17644 0.29167 0.19362 0.29684 0.19362 0.29167 0.19362 0.29167 0.21081 0.29684 0.21081 0.29167 0.21081 0.29167 0.22799 0.29684 0.22799 0.29167 0.22799 0.29167 0.22971\n 11 732 33 0.29167 0.07334 0.29167 0.05787 0.29167 0.07334 0.29684 0.07334 0.29167 0.07334 0.29167 0.09052 0.29684 0.09052 0.29167 0.09052 0.29167 0.10770 0.29684 0.10770 0.29167 0.10770 0.29167 0.12489 0.29684 0.12489 0.29167 0.12489 0.29167 0.14207 0.29684 0.14207 0.29167 0.14207 0.29167 0.15926 0.29684 0.15926 0.29167 0.15926 0.29167 0.17644 0.29684 0.17644 0.29167 0.17644 0.29167 0.19362 0.29684 0.19362 0.29167 0.19362 0.29167 0.21081 0.29684 0.21081 0.29167 0.21081 0.29167 0.22799 0.29684 0.22799 0.29167 0.22799 0.29167 0.22971\n 11 732 33 0.07139 0.22971 0.04960 0.22971 0.07139 0.22971 0.07139 0.23488 0.07139 0.22971 0.09560 0.22971 0.09560 0.23488 0.09560 0.22971 0.11980 0.22971 0.11980 0.23488 0.11980 0.22971 0.14401 0.22971 0.14401 0.23488 0.14401 0.22971 0.16822 0.22971 0.16822 0.23488 0.16822 0.22971 0.19243 0.22971 0.19243 0.23488 0.19243 0.22971 0.21663 0.22971 0.21663 0.23488 0.21663 0.22971 0.24084 0.22971 0.24084 0.23488 0.24084 0.22971 0.26505 0.22971 0.26505 0.23488 0.26505 0.22971 0.28925 0.22971 0.28925 0.23488 0.28925 0.22971 0.29167 0.22971\n 11 732 33 0.07139 0.22971 0.04960 0.22971 0.07139 0.22971 0.07139 0.23488 0.07139 0.22971 0.09560 0.22971 0.09560 0.23488 0.09560 0.22971 0.11980 0.22971 0.11980 0.23488 0.11980 0.22971 0.14401 0.22971 0.14401 0.23488 0.14401 0.22971 0.16822 0.22971 0.16822 0.23488 0.16822 0.22971 0.19243 0.22971 0.19243 0.23488 0.19243 0.22971 0.21663 0.22971 0.21663 0.23488 0.21663 0.22971 0.24084 0.22971 0.24084 0.23488 0.24084 0.22971 0.26505 0.22971 0.26505 0.23488 0.26505 0.22971 0.28925 0.22971 0.28925 0.23488 0.28925 0.22971 0.29167 0.22971\n 11 732 33 0.07139 0.05787 0.04960 0.05787 0.07139 0.05787 0.07139 0.05270 0.07139 0.05787 0.09560 0.05787 0.09560 0.05270 0.09560 0.05787 0.11980 0.05787 0.11980 0.05270 0.11980 0.05787 0.14401 0.05787 0.14401 0.05270 0.14401 0.05787 0.16822 0.05787 0.16822 0.05270 0.16822 0.05787 0.19243 0.05787 0.19243 0.05270 0.19243 0.05787 0.21663 0.05787 0.21663 0.05270 0.21663 0.05787 0.24084 0.05787 0.24084 0.05270 0.24084 0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 11 732 33 0.07139 0.05787 0.04960 0.05787 0.07139 0.05787 0.07139 0.05270 0.07139 0.05787 0.09560 0.05787 0.09560 0.05270 0.09560 0.05787 0.11980 0.05787 0.11980 0.05270 0.11980 0.05787 0.14401 0.05787 0.14401 0.05270 0.14401 0.05787 0.16822 0.05787 0.16822 0.05270 0.16822 0.05787 0.19243 0.05787 0.19243 0.05270 0.19243 0.05787 0.21663 0.05787 0.21663 0.05270 0.21663 0.05787 0.24084 0.05787 0.24084 0.05270 0.24084 0.05787 0.26505 0.05787 0.26505 0.05270 0.26505 0.05787 0.28925 0.05787 0.28925 0.05270 0.28925 0.05787 0.29167 0.05787\n 11 380 17 0.07237 0.04898 0.07041 0.04898 0.07021 0.04721 0.07041 0.04741 0.07100 0.04761 0.07159 0.04761 0.07218 0.04741 0.07257 0.04702 0.07277 0.04643 0.07277 0.04603 0.07257 0.04544 0.07218 0.04505 0.07159 0.04485 0.07100 0.04485 0.07041 0.04505 0.07021 0.04524 0.07001 0.04564\n 11 94 4 0.11705 0.04820 0.11744 0.04839 0.11803 0.04898 0.11803 0.04485\n 11 380 17 0.12276 0.04898 0.12079 0.04898 0.12059 0.04721 0.12079 0.04741 0.12138 0.04761 0.12197 0.04761 0.12256 0.04741 0.12295 0.04702 0.12315 0.04643 0.12315 0.04603 0.12295 0.04544 0.12256 0.04505 0.12197 0.04485 0.12138 0.04485 0.12079 0.04505 0.12059 0.04524 0.12039 0.04564\n 11 314 14 0.16507 0.04800 0.16507 0.04820 0.16527 0.04859 0.16546 0.04879 0.16586 0.04898 0.16664 0.04898 0.16704 0.04879 0.16723 0.04859 0.16743 0.04820 0.16743 0.04780 0.16723 0.04741 0.16684 0.04682 0.16487 0.04485 0.16763 0.04485\n 11 380 17 0.17117 0.04898 0.16920 0.04898 0.16901 0.04721 0.16920 0.04741 0.16979 0.04761 0.17038 0.04761 0.17097 0.04741 0.17137 0.04702 0.17156 0.04643 0.17156 0.04603 0.17137 0.04544 0.17097 0.04505 0.17038 0.04485 0.16979 0.04485 0.16920 0.04505 0.16901 0.04524 0.16881 0.04564\n 11 336 15 0.21368 0.04898 0.21584 0.04898 0.21466 0.04741 0.21525 0.04741 0.21565 0.04721 0.21584 0.04702 0.21604 0.04643 0.21604 0.04603 0.21584 0.04544 0.21545 0.04505 0.21486 0.04485 0.21427 0.04485 0.21368 0.04505 0.21348 0.04524 0.21329 0.04564\n 11 380 17 0.21958 0.04898 0.21762 0.04898 0.21742 0.04721 0.21762 0.04741 0.21821 0.04761 0.21880 0.04761 0.21939 0.04741 0.21978 0.04702 0.21998 0.04643 0.21998 0.04603 0.21978 0.04544 0.21939 0.04505 0.21880 0.04485 0.21821 0.04485 0.21762 0.04505 0.21742 0.04524 0.21722 0.04564\n 11 72 3 0.26367 0.04898 0.26170 0.04623 0.26465 0.04623\n 11 50 2 0.26367 0.04898 0.26367 0.04485\n 11 380 17 0.26800 0.04898 0.26603 0.04898 0.26583 0.04721 0.26603 0.04741 0.26662 0.04761 0.26721 0.04761 0.26780 0.04741 0.26820 0.04702 0.26839 0.04643 0.26839 0.04603 0.26820 0.04544 0.26780 0.04505 0.26721 0.04485 0.26662 0.04485 0.26603 0.04505 0.26583 0.04524 0.26564 0.04564\n 21 6 1\n 25 6 1\n 11 666 30 0.13191 0.22799 0.13070 0.22455 0.12949 0.22155 0.12932 0.22112 0.12828 0.21768 0.12707 0.21424 0.12586 0.21081 0.12465 0.20778 0.12449 0.20737 0.12344 0.20393 0.12223 0.20050 0.12101 0.19706 0.11980 0.19401 0.11966 0.19362 0.11859 0.19019 0.11738 0.18675 0.11617 0.18331 0.11496 0.18024 0.11483 0.17988 0.11375 0.17644 0.11254 0.17300 0.11133 0.16957 0.11012 0.16647 0.10999 0.16613 0.10891 0.16269 0.10770 0.15926 0.10649 0.15582 0.10528 0.15270 0.10516 0.15238 0.10407 0.14895\n 11 380 17 0.09901 0.13968 0.09899 0.13918 0.09933 0.13872 0.10002 0.13831 0.10047 0.13815 0.10126 0.13803 0.10181 0.13817 0.10212 0.13856 0.10223 0.13886 0.10224 0.13936 0.10190 0.13981 0.10121 0.14023 0.10076 0.14039 0.09997 0.14050 0.09942 0.14036 0.09911 0.13997 0.09901 0.13968\n 11 116 5 0.10267 0.14104 0.10277 0.14084 0.10297 0.14094 0.10287 0.14114 0.10267 0.14104\n 11 314 14 0.10107 0.14312 0.10092 0.14317 0.10068 0.14343 0.10058 0.14363 0.10054 0.14398 0.10075 0.14457 0.10101 0.14481 0.10121 0.14491 0.10156 0.14495 0.10185 0.14485 0.10210 0.14459 0.10244 0.14414 0.10339 0.14212 0.10413 0.14420\n 11 380 17 0.10197 0.14798 0.10144 0.14650 0.10272 0.14587 0.10263 0.14607 0.10264 0.14657 0.10280 0.14702 0.10310 0.14741 0.10351 0.14760 0.10400 0.14759 0.10430 0.14748 0.10469 0.14718 0.10488 0.14677 0.10487 0.14628 0.10471 0.14583 0.10441 0.14544 0.10421 0.14534 0.10386 0.14530\n 11 644 29 0.09981 0.13701 0.09923 0.13520 0.09802 0.13176 0.09681 0.12833 0.09560 0.12516 0.09550 0.12489 0.09439 0.12145 0.09318 0.11801 0.09197 0.11458 0.09076 0.11139 0.09067 0.11114 0.08955 0.10770 0.08834 0.10427 0.08713 0.10083 0.08591 0.09762 0.08584 0.09739 0.08470 0.09396 0.08349 0.09052 0.08228 0.08708 0.08107 0.08384 0.08100 0.08365 0.07986 0.08021 0.07865 0.07677 0.07744 0.07334 0.07623 0.07007 0.07617 0.06990 0.07502 0.06646 0.07381 0.06303 0.07260 0.05959\n 11 666 30 0.21646 0.22799 0.21421 0.22455 0.21179 0.22135 0.21163 0.22112 0.20937 0.21768 0.20695 0.21447 0.20679 0.21424 0.20453 0.21081 0.20211 0.20759 0.20195 0.20737 0.19969 0.20393 0.19727 0.20071 0.19712 0.20050 0.19485 0.19706 0.19243 0.19383 0.19228 0.19362 0.19000 0.19019 0.18758 0.18695 0.18744 0.18675 0.18516 0.18331 0.18274 0.18007 0.18261 0.17988 0.18032 0.17644 0.17790 0.17319 0.17777 0.17300 0.17548 0.16957 0.17306 0.16631 0.17293 0.16613 0.17064 0.16269 0.16822 0.15943\n 11 380 17 0.16092 0.15180 0.16078 0.15132 0.16099 0.15079 0.16154 0.15021 0.16193 0.14994 0.16267 0.14962 0.16324 0.14961 0.16364 0.14991 0.16382 0.15017 0.16395 0.15065 0.16375 0.15118 0.16319 0.15175 0.16280 0.15202 0.16206 0.15234 0.16150 0.15235 0.16110 0.15205 0.16092 0.15180\n 11 116 5 0.16481 0.15216 0.16485 0.15194 0.16507 0.15198 0.16503 0.15220 0.16481 0.15216\n 11 380 17 0.16415 0.15646 0.16325 0.15516 0.16432 0.15422 0.16428 0.15444 0.16442 0.15492 0.16469 0.15531 0.16509 0.15561 0.16553 0.15569 0.16601 0.15555 0.16627 0.15537 0.16657 0.15497 0.16665 0.15453 0.16651 0.15405 0.16624 0.15367 0.16584 0.15337 0.16562 0.15333 0.16527 0.15338\n 11 380 17 0.16540 0.15827 0.16526 0.15779 0.16547 0.15726 0.16603 0.15668 0.16642 0.15641 0.16715 0.15610 0.16772 0.15609 0.16812 0.15638 0.16830 0.15664 0.16844 0.15712 0.16823 0.15765 0.16767 0.15823 0.16728 0.15850 0.16655 0.15881 0.16598 0.15883 0.16558 0.15853 0.16540 0.15827\n 11 908 41 0.16100 0.14901 0.16096 0.14895 0.15854 0.14567 0.15842 0.14551 0.15611 0.14207 0.15369 0.13879 0.15359 0.13864 0.15127 0.13520 0.14885 0.13191 0.14875 0.13176 0.14643 0.12833 0.14401 0.12503 0.14391 0.12489 0.14159 0.12145 0.13917 0.11815 0.13908 0.11801 0.13675 0.11458 0.13433 0.11127 0.13424 0.11114 0.13191 0.10770 0.12949 0.10439 0.12940 0.10427 0.12707 0.10083 0.12465 0.09751 0.12457 0.09739 0.12223 0.09396 0.11980 0.09063 0.11973 0.09052 0.11738 0.08708 0.11496 0.08375 0.11489 0.08365 0.11254 0.08021 0.11012 0.07687 0.11006 0.07677 0.10770 0.07334 0.10528 0.06999 0.10522 0.06990 0.10286 0.06646 0.10044 0.06311 0.10038 0.06303 0.09802 0.05959\n 11 996 45 0.28925 0.21655 0.28683 0.21424 0.28441 0.21196 0.28320 0.21081 0.27957 0.20752 0.27941 0.20737 0.27594 0.20393 0.27473 0.20280 0.27231 0.20050 0.26989 0.19822 0.26868 0.19706 0.26505 0.19376 0.26490 0.19362 0.26141 0.19019 0.26020 0.18905 0.25778 0.18675 0.25536 0.18447 0.25415 0.18331 0.25052 0.18001 0.25038 0.17988 0.24689 0.17644 0.24568 0.17531 0.24326 0.17300 0.24084 0.17073 0.23963 0.16957 0.23600 0.16625 0.23587 0.16613 0.23237 0.16269 0.23116 0.16156 0.22874 0.15926 0.22631 0.15698 0.22510 0.15582 0.22147 0.15250 0.22136 0.15238 0.21784 0.14895 0.21663 0.14782 0.21421 0.14551 0.21179 0.14323 0.21058 0.14207 0.20695 0.13874 0.20684 0.13864 0.20332 0.13520 0.20211 0.13407 0.19969 0.13176 0.19727 0.12949\n 11 380 17 0.18856 0.12352 0.18832 0.12308 0.18842 0.12252 0.18884 0.12184 0.18917 0.12149 0.18982 0.12103 0.19038 0.12090 0.19083 0.12111 0.19106 0.12133 0.19129 0.12177 0.19120 0.12233 0.19077 0.12301 0.19044 0.12335 0.18979 0.12382 0.18924 0.12394 0.18878 0.12373 0.18856 0.12352\n 11 116 5 0.19244 0.12308 0.19244 0.12285 0.19266 0.12285 0.19266 0.12307 0.19244 0.12308\n 11 50 2 0.19290 0.12763 0.19403 0.12415\n 11 50 2 0.19130 0.12611 0.19290 0.12763\n 11 380 17 0.19496 0.12958 0.19381 0.12850 0.19467 0.12736 0.19468 0.12758 0.19492 0.12802 0.19526 0.12835 0.19571 0.12856 0.19615 0.12854 0.19659 0.12831 0.19681 0.12808 0.19702 0.12763 0.19701 0.12718 0.19677 0.12675 0.19643 0.12642 0.19598 0.12621 0.19576 0.12622 0.19543 0.12634\n 11 732 33 0.18806 0.12077 0.18758 0.12033 0.18516 0.11801 0.18274 0.11574 0.18153 0.11458 0.17790 0.11123 0.17781 0.11114 0.17427 0.10770 0.17306 0.10658 0.17064 0.10427 0.16822 0.10200 0.16701 0.10083 0.16338 0.09747 0.16330 0.09739 0.15975 0.09396 0.15854 0.09284 0.15611 0.09052 0.15369 0.08826 0.15248 0.08708 0.14885 0.08372 0.14878 0.08365 0.14522 0.08021 0.14401 0.07909 0.14159 0.07677 0.13917 0.07451 0.13796 0.07334 0.13433 0.06996 0.13427 0.06990 0.13070 0.06646 0.12949 0.06535 0.12707 0.06303 0.12465 0.06077 0.12344 0.05959\n 11 644 29 0.28925 0.15934 0.28913 0.15926 0.28441 0.15591 0.28429 0.15582 0.27957 0.15247 0.27945 0.15238 0.27473 0.14903 0.27461 0.14895 0.26989 0.14559 0.26977 0.14551 0.26505 0.14215 0.26494 0.14207 0.26020 0.13871 0.26010 0.13864 0.25536 0.13528 0.25526 0.13520 0.25052 0.13184 0.25042 0.13176 0.24568 0.12840 0.24558 0.12833 0.24084 0.12496 0.24074 0.12489 0.23600 0.12152 0.23590 0.12145 0.23116 0.11808 0.23106 0.11801 0.22631 0.11464 0.22622 0.11458 0.22147 0.11121\n 11 94 4 0.21199 0.10573 0.21216 0.10604 0.21227 0.10670 0.21418 0.10400\n 11 116 5 0.21580 0.10553 0.21576 0.10531 0.21598 0.10528 0.21602 0.10550 0.21580 0.10553\n 11 380 17 0.21586 0.10925 0.21557 0.10885 0.21559 0.10828 0.21591 0.10755 0.21619 0.10716 0.21677 0.10661 0.21730 0.10641 0.21778 0.10655 0.21803 0.10673 0.21833 0.10714 0.21831 0.10770 0.21798 0.10844 0.21771 0.10882 0.21713 0.10937 0.21660 0.10958 0.21612 0.10943 0.21586 0.10925\n 11 380 17 0.21843 0.11107 0.21814 0.11067 0.21815 0.11010 0.21848 0.10937 0.21875 0.10898 0.21934 0.10843 0.21987 0.10823 0.22034 0.10838 0.22060 0.10856 0.22090 0.10896 0.22088 0.10953 0.22055 0.11026 0.22028 0.11065 0.21969 0.11120 0.21916 0.11140 0.21869 0.11125 0.21843 0.11107\n 11 600 27 0.21114 0.10387 0.20695 0.10089 0.20687 0.10083 0.20211 0.09745 0.20203 0.09739 0.19727 0.09401 0.19719 0.09396 0.19243 0.09058 0.19235 0.09052 0.18758 0.08714 0.18751 0.08708 0.18274 0.08370 0.18267 0.08365 0.17790 0.08026 0.17783 0.08021 0.17306 0.07682 0.17300 0.07677 0.16822 0.07338 0.16816 0.07334 0.16338 0.06994 0.16332 0.06990 0.15854 0.06651 0.15848 0.06646 0.15369 0.06307 0.15364 0.06303 0.14885 0.05963 0.14880 0.05959\n 11 622 28 0.28925 0.12495 0.28915 0.12489 0.28441 0.12215 0.28320 0.12145 0.27957 0.11941 0.27715 0.11801 0.27473 0.11666 0.27110 0.11458 0.26989 0.11391 0.26505 0.11119 0.26496 0.11114 0.26020 0.10841 0.25899 0.10770 0.25536 0.10567 0.25294 0.10427 0.25052 0.10292 0.24689 0.10083 0.24568 0.10016 0.24084 0.09744 0.24076 0.09739 0.23600 0.09466 0.23479 0.09396 0.23116 0.09192 0.22874 0.09052 0.22631 0.08917 0.22268 0.08708 0.22147 0.08642 0.21663 0.08369\n 11 94 4 0.20665 0.07917 0.20685 0.07947 0.20702 0.08011 0.20866 0.07724\n 11 116 5 0.21042 0.07861 0.21036 0.07839 0.21058 0.07833 0.21064 0.07855 0.21042 0.07861\n 11 314 14 0.21056 0.08122 0.21048 0.08136 0.21046 0.08171 0.21052 0.08193 0.21072 0.08222 0.21126 0.08253 0.21162 0.08255 0.21183 0.08249 0.21212 0.08230 0.21228 0.08202 0.21230 0.08167 0.21226 0.08110 0.21167 0.07896 0.21359 0.08005\n 11 380 17 0.21441 0.08433 0.21304 0.08354 0.21361 0.08224 0.21367 0.08245 0.21400 0.08282 0.21441 0.08306 0.21490 0.08315 0.21533 0.08304 0.21570 0.08270 0.21585 0.08243 0.21595 0.08194 0.21583 0.08151 0.21550 0.08114 0.21509 0.08091 0.21460 0.08081 0.21439 0.08087 0.21410 0.08106\n 11 292 13 0.20562 0.07741 0.20453 0.07677 0.20211 0.07543 0.19848 0.07334 0.19727 0.07267 0.19243 0.06994 0.19237 0.06990 0.18758 0.06717 0.18637 0.06646 0.18274 0.06444 0.18032 0.06303 0.17790 0.06169 0.17427 0.05959\n 11 314 14 0.28925 0.10200 0.28683 0.10083 0.28441 0.09971 0.27957 0.09743 0.27949 0.09739 0.27473 0.09513 0.27231 0.09396 0.26989 0.09284 0.26505 0.09056 0.26497 0.09052 0.26020 0.08826 0.25778 0.08708 0.25536 0.08597 0.25052 0.08368\n 11 94 4 0.24023 0.07994 0.24045 0.08022 0.24067 0.08085 0.24209 0.07786\n 11 116 5 0.24394 0.07908 0.24387 0.07888 0.24408 0.07880 0.24415 0.07901 0.24394 0.07908\n 11 380 17 0.24551 0.08314 0.24409 0.08246 0.24455 0.08111 0.24463 0.08132 0.24498 0.08167 0.24541 0.08187 0.24591 0.08193 0.24633 0.08178 0.24667 0.08142 0.24680 0.08114 0.24686 0.08064 0.24671 0.08022 0.24636 0.07988 0.24593 0.07968 0.24543 0.07962 0.24522 0.07969 0.24495 0.07991\n 11 380 17 0.24750 0.08408 0.24714 0.08374 0.24706 0.08317 0.24725 0.08240 0.24746 0.08197 0.24794 0.08132 0.24842 0.08103 0.24892 0.08109 0.24920 0.08123 0.24956 0.08157 0.24964 0.08213 0.24945 0.08291 0.24925 0.08334 0.24877 0.08398 0.24828 0.08428 0.24779 0.08422 0.24750 0.08408\n 11 336 15 0.23907 0.07826 0.23600 0.07681 0.23593 0.07677 0.23116 0.07451 0.22874 0.07334 0.22631 0.07222 0.22147 0.06993 0.22141 0.06990 0.21663 0.06764 0.21421 0.06646 0.21179 0.06535 0.20695 0.06305 0.20689 0.06303 0.20211 0.06077 0.19969 0.05959\n 11 292 13 0.28925 0.08564 0.28441 0.08368 0.28434 0.08365 0.27957 0.08171 0.27594 0.08021 0.27473 0.07974 0.26989 0.07778 0.26747 0.07677 0.26505 0.07582 0.26020 0.07384 0.25899 0.07334 0.25536 0.07190 0.25052 0.06993\n 11 94 4 0.24003 0.06677 0.24026 0.06704 0.24052 0.06765 0.24177 0.06459\n 11 116 5 0.24369 0.06571 0.24361 0.06551 0.24381 0.06542 0.24390 0.06562 0.24369 0.06571\n 11 50 2 0.24578 0.06979 0.24556 0.06613\n 11 50 2 0.24374 0.06896 0.24578 0.06979\n 11 380 17 0.24840 0.07085 0.24695 0.07026 0.24733 0.06889 0.24742 0.06909 0.24780 0.06942 0.24824 0.06959 0.24873 0.06962 0.24914 0.06945 0.24947 0.06907 0.24958 0.06878 0.24962 0.06828 0.24944 0.06787 0.24906 0.06755 0.24863 0.06737 0.24813 0.06734 0.24792 0.06743 0.24766 0.06766\n 11 138 6 0.23878 0.06516 0.23600 0.06404 0.23358 0.06303 0.23116 0.06208 0.22631 0.06010 0.22510 0.05959\n 11 314 14 0.28925 0.07336 0.28919 0.07334 0.28441 0.07165 0.27957 0.06992 0.27951 0.06990 0.27473 0.06822 0.26989 0.06648 0.26983 0.06646 0.26505 0.06478 0.26020 0.06305 0.26015 0.06303 0.25536 0.06135 0.25052 0.05961 0.25047 0.05959\n 11 116 5 0.28925 0.06382 0.28683 0.06303 0.28441 0.06229 0.27957 0.06077 0.27594 0.05959\n 21 6 1\n 25 6 1\n 82 0\n 81 6 20\n 82 0\n 81 6 21\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 204 9 0.07623 0.07334 0.10528 0.06475 0.13433 0.06188 0.16338 0.06045 0.19243 0.05959 0.22147 0.05902 0.25052 0.05861 0.27957 0.05830 0.29167 0.05820\n 11 402 18 0.29167 0.08508 0.06171 0.09052 0.07623 0.07334 0.09076 0.06761 0.10528 0.06475 0.11980 0.06303 0.13433 0.06188 0.14885 0.06106 0.16338 0.06045 0.17790 0.05997 0.19243 0.05959 0.20695 0.05928 0.22147 0.05902 0.23600 0.05880 0.25052 0.05861 0.26505 0.05844 0.27957 0.05830 0.29167 0.05820\n 11 600 27 0.29167 0.09104 0.05687 0.10770 0.06655 0.08193 0.07623 0.07334 0.08591 0.06904 0.09560 0.06646 0.10528 0.06475 0.11496 0.06352 0.12465 0.06260 0.13433 0.06188 0.14401 0.06131 0.15369 0.06084 0.16338 0.06045 0.17306 0.06012 0.18274 0.05984 0.19243 0.05959 0.20211 0.05938 0.21179 0.05919 0.22147 0.05902 0.23116 0.05887 0.24084 0.05873 0.25052 0.05861 0.26020 0.05850 0.26989 0.05839 0.27957 0.05830 0.28925 0.05822 0.29167 0.05820\n 11 776 35 0.29167 0.09121 0.05445 0.12489 0.06171 0.09052 0.06897 0.07907 0.07623 0.07334 0.08349 0.06990 0.09076 0.06761 0.09802 0.06597 0.10528 0.06475 0.11254 0.06379 0.11980 0.06303 0.12707 0.06240 0.13433 0.06188 0.14159 0.06144 0.14885 0.06106 0.15611 0.06074 0.16338 0.06045 0.17064 0.06020 0.17790 0.05997 0.18516 0.05977 0.19243 0.05959 0.19969 0.05943 0.20695 0.05928 0.21421 0.05914 0.22147 0.05902 0.22874 0.05890 0.23600 0.05880 0.24326 0.05870 0.25052 0.05861 0.25778 0.05852 0.26505 0.05844 0.27231 0.05837 0.27957 0.05830 0.28683 0.05824 0.29167 0.05820\n 11 974 44 0.29167 0.08559 0.05299 0.14207 0.05880 0.09911 0.06461 0.08479 0.07042 0.07763 0.07623 0.07334 0.08204 0.07047 0.08785 0.06843 0.09366 0.06689 0.09947 0.06570 0.10528 0.06475 0.11109 0.06396 0.11690 0.06331 0.12271 0.06276 0.12852 0.06229 0.13433 0.06188 0.14014 0.06152 0.14595 0.06121 0.15176 0.06093 0.15757 0.06068 0.16338 0.06045 0.16919 0.06024 0.17500 0.06006 0.18081 0.05989 0.18662 0.05973 0.19243 0.05959 0.19823 0.05946 0.20404 0.05934 0.20985 0.05922 0.21566 0.05912 0.22147 0.05902 0.22728 0.05892 0.23309 0.05884 0.23890 0.05876 0.24471 0.05868 0.25052 0.05861 0.25633 0.05854 0.26214 0.05848 0.26795 0.05841 0.27376 0.05836 0.27957 0.05830 0.28538 0.05825 0.29119 0.05820 0.29167 0.05820\n 11 2206 100 0.29167 0.07420 0.05203 0.15926 0.05687 0.10770 0.06171 0.09052 0.06655 0.08193 0.07139 0.07677 0.07623 0.07334 0.08107 0.07088 0.08591 0.06904 0.09076 0.06761 0.09560 0.06646 0.10044 0.06553 0.10528 0.06475 0.11012 0.06408 0.11496 0.06352 0.11980 0.06303 0.12465 0.06260 0.12949 0.06222 0.13433 0.06188 0.13917 0.06158 0.14401 0.06131 0.14885 0.06106 0.15369 0.06084 0.15854 0.06064 0.16338 0.06045 0.16822 0.06028 0.17306 0.06012 0.17790 0.05997 0.18274 0.05984 0.18758 0.05971 0.19243 0.05959 0.19727 0.05948 0.20211 0.05938 0.20695 0.05928 0.21179 0.05919 0.21663 0.05910 0.22147 0.05902 0.22631 0.05894 0.23116 0.05887 0.23600 0.05880 0.24084 0.05873 0.24568 0.05867 0.25052 0.05861 0.25536 0.05855 0.26020 0.05850 0.26505 0.05844 0.26989 0.05839 0.27473 0.05835 0.27957 0.05830 0.28441 0.05826 0.28925 0.05822 0.05133 0.17644 0.05548 0.11630 0.05963 0.09625 0.06378 0.08622 0.06793 0.08021 0.07208 0.07620 0.07623 0.07334 0.08038 0.07119 0.08453 0.06952 0.08868 0.06818 0.09283 0.06709 0.09698 0.06618 0.10113 0.06541 0.10528 0.06475 0.10943 0.06417 0.11358 0.06367 0.11773 0.06323 0.12188 0.06284 0.12603 0.06248 0.13018 0.06217 0.13433 0.06188 0.13848 0.06162 0.14263 0.06138 0.14678 0.06117 0.15093 0.06096 0.15508 0.06078 0.15923 0.06061 0.16338 0.06045 0.16753 0.06030 0.17168 0.06016 0.17583 0.06003 0.17998 0.05991 0.18413 0.05980 0.18828 0.05969 0.19243 0.05959 0.19657 0.05949 0.20072 0.05940 0.20487 0.05932 0.20902 0.05924 0.21317 0.05916 0.21732 0.05909 0.22147 0.05902 0.22562 0.05895 0.22977 0.05889 0.23392 0.05883 0.23807 0.05877 0.24222 0.05871 0.24637 0.05866 0.25052 0.05861\n 11 2206 100 0.25052 0.05861 0.25467 0.05856 0.05081 0.19362 0.05445 0.12489 0.05808 0.10198 0.06171 0.09052 0.06534 0.08365 0.06897 0.07907 0.07260 0.07579 0.07623 0.07334 0.07986 0.07143 0.08349 0.06990 0.08713 0.06865 0.09076 0.06761 0.09439 0.06673 0.09802 0.06597 0.10165 0.06532 0.10528 0.06475 0.10891 0.06424 0.11254 0.06379 0.11617 0.06339 0.11980 0.06303 0.12344 0.06270 0.12707 0.06240 0.13070 0.06213 0.13433 0.06188 0.13796 0.06165 0.14159 0.06144 0.14522 0.06124 0.14885 0.06106 0.15248 0.06089 0.15611 0.06074 0.15975 0.06059 0.16338 0.06045 0.16701 0.06032 0.17064 0.06020 0.17427 0.06008 0.17790 0.05997 0.18153 0.05987 0.18516 0.05977 0.18879 0.05968 0.19243 0.05959 0.19606 0.05951 0.19969 0.05943 0.20332 0.05935 0.20695 0.05928 0.21058 0.05921 0.21421 0.05914 0.21784 0.05908 0.22147 0.05902 0.22510 0.05896 0.22874 0.05890 0.05041 0.21081 0.05364 0.13348 0.05687 0.10770 0.06009 0.09482 0.06332 0.08708 0.06655 0.08193 0.06978 0.07825 0.07300 0.07549 0.07623 0.07334 0.07946 0.07162 0.08269 0.07021 0.08591 0.06904 0.08914 0.06805 0.09237 0.06720 0.09560 0.06646 0.09883 0.06582 0.10205 0.06525 0.10528 0.06475 0.10851 0.06429 0.11174 0.06389 0.11496 0.06352 0.11819 0.06318 0.12142 0.06288 0.12465 0.06260 0.12787 0.06234 0.13110 0.06210 0.13433 0.06188 0.13756 0.06168 0.14078 0.06149 0.14401 0.06131 0.14724 0.06114 0.15047 0.06099 0.15369 0.06084 0.15692 0.06070 0.16015 0.06057 0.16338 0.06045 0.16660 0.06033 0.16983 0.06022 0.17306 0.06012 0.17629 0.06002 0.17951 0.05993 0.18274 0.05984 0.18597 0.05975 0.18920 0.05967 0.19243 0.05959 0.19565 0.05952 0.19888 0.05944 0.20211 0.05938\n 11 1194 54 0.20211 0.05938 0.20534 0.05931 0.20856 0.05925 0.05009 0.22799 0.05299 0.14207 0.05590 0.11343 0.05880 0.09911 0.06171 0.09052 0.06461 0.08479 0.06752 0.08070 0.07042 0.07763 0.07333 0.07525 0.07623 0.07334 0.07914 0.07177 0.08204 0.07047 0.08495 0.06937 0.08785 0.06843 0.09076 0.06761 0.09366 0.06689 0.09657 0.06626 0.09947 0.06570 0.10238 0.06520 0.10528 0.06475 0.10819 0.06434 0.11109 0.06396 0.11399 0.06362 0.11690 0.06331 0.11980 0.06303 0.12271 0.06276 0.12561 0.06252 0.12852 0.06229 0.13142 0.06208 0.13433 0.06188 0.13723 0.06170 0.14014 0.06152 0.14304 0.06136 0.14595 0.06121 0.14885 0.06106 0.15176 0.06093 0.15466 0.06080 0.15757 0.06068 0.16047 0.06056 0.16338 0.06045 0.16628 0.06034 0.16919 0.06024 0.17209 0.06015 0.17500 0.06006 0.17790 0.05997 0.18081 0.05989 0.18371 0.05981 0.18662 0.05973 0.18952 0.05966 0.19243 0.05959 0.06171 0.22971\n 11 1128 51 0.05026 0.22971 0.05247 0.15066 0.05511 0.11916 0.05775 0.10341 0.06039 0.09396 0.06303 0.08766 0.06567 0.08316 0.06831 0.07978 0.07095 0.07716 0.07359 0.07506 0.07623 0.07334 0.07887 0.07191 0.08151 0.07069 0.08415 0.06965 0.08679 0.06875 0.08944 0.06797 0.09208 0.06727 0.09472 0.06665 0.09736 0.06610 0.10000 0.06560 0.10264 0.06515 0.10528 0.06475 0.10792 0.06437 0.11056 0.06403 0.11320 0.06371 0.11584 0.06342 0.11848 0.06315 0.12112 0.06290 0.12377 0.06267 0.12641 0.06245 0.12905 0.06225 0.13169 0.06206 0.13433 0.06188 0.13697 0.06171 0.13961 0.06155 0.14225 0.06140 0.14489 0.06126 0.14753 0.06113 0.15017 0.06100 0.15281 0.06088 0.15545 0.06076 0.15810 0.06065 0.16074 0.06055 0.16338 0.06045 0.16602 0.06035 0.16866 0.06026 0.17130 0.06018 0.17394 0.06009 0.17658 0.06001 0.17922 0.05993 0.07051 0.22971\n 11 1128 51 0.05037 0.22971 0.05203 0.15926 0.05445 0.12489 0.05687 0.10770 0.05929 0.09739 0.06171 0.09052 0.06413 0.08561 0.06655 0.08193 0.06897 0.07907 0.07139 0.07677 0.07381 0.07490 0.07623 0.07334 0.07865 0.07202 0.08107 0.07088 0.08349 0.06990 0.08591 0.06904 0.08834 0.06828 0.09076 0.06761 0.09318 0.06701 0.09560 0.06646 0.09802 0.06597 0.10044 0.06553 0.10286 0.06512 0.10528 0.06475 0.10770 0.06440 0.11012 0.06408 0.11254 0.06379 0.11496 0.06352 0.11738 0.06326 0.11980 0.06303 0.12223 0.06281 0.12465 0.06260 0.12707 0.06240 0.12949 0.06222 0.13191 0.06204 0.13433 0.06188 0.13675 0.06173 0.13917 0.06158 0.14159 0.06144 0.14401 0.06131 0.14643 0.06118 0.14885 0.06106 0.15127 0.06095 0.15369 0.06084 0.15611 0.06074 0.15854 0.06064 0.16096 0.06054 0.16338 0.06045 0.16580 0.06036 0.16822 0.06028 0.07642 0.22971\n 11 1128 51 0.05042 0.22971 0.05165 0.16785 0.05389 0.13062 0.05612 0.11200 0.05836 0.10083 0.06059 0.09338 0.06283 0.08807 0.06506 0.08408 0.06729 0.08097 0.06953 0.07849 0.07176 0.07646 0.07400 0.07477 0.07623 0.07334 0.07847 0.07211 0.08070 0.07105 0.08294 0.07012 0.08517 0.06929 0.08740 0.06856 0.08964 0.06791 0.09187 0.06732 0.09411 0.06679 0.09634 0.06631 0.09858 0.06587 0.10081 0.06546 0.10305 0.06509 0.10528 0.06475 0.10751 0.06443 0.10975 0.06413 0.11198 0.06386 0.11422 0.06360 0.11645 0.06336 0.11869 0.06313 0.12092 0.06292 0.12316 0.06272 0.12539 0.06254 0.12763 0.06236 0.12986 0.06219 0.13209 0.06203 0.13433 0.06188 0.13656 0.06174 0.13880 0.06160 0.14103 0.06147 0.14327 0.06135 0.14550 0.06123 0.14774 0.06112 0.14997 0.06101 0.15220 0.06091 0.15444 0.06081 0.15667 0.06071 0.15891 0.06062 0.08038 0.22971\n 11 1128 51 0.05041 0.22971 0.05133 0.17644 0.05341 0.13634 0.05548 0.11630 0.05756 0.10427 0.05963 0.09625 0.06171 0.09052 0.06378 0.08622 0.06586 0.08288 0.06793 0.08021 0.07001 0.07802 0.07208 0.07620 0.07416 0.07466 0.07623 0.07334 0.07831 0.07219 0.08038 0.07119 0.08246 0.07030 0.08453 0.06952 0.08661 0.06882 0.08868 0.06818 0.09076 0.06761 0.09283 0.06709 0.09491 0.06661 0.09698 0.06618 0.09906 0.06578 0.10113 0.06541 0.10321 0.06506 0.10528 0.06475 0.10736 0.06445 0.10943 0.06417 0.11150 0.06391 0.11358 0.06367 0.11565 0.06344 0.11773 0.06323 0.11980 0.06303 0.12188 0.06284 0.12395 0.06266 0.12603 0.06248 0.12810 0.06232 0.13018 0.06217 0.13225 0.06202 0.13433 0.06188 0.13640 0.06175 0.13848 0.06162 0.14055 0.06150 0.14263 0.06138 0.14470 0.06127 0.14678 0.06117 0.14885 0.06106 0.15093 0.06096 0.08301 0.22971\n 11 1128 51 0.05039 0.22971 0.05106 0.18503 0.05299 0.14207 0.05493 0.12059 0.05687 0.10770 0.05880 0.09911 0.06074 0.09298 0.06268 0.08837 0.06461 0.08479 0.06655 0.08193 0.06849 0.07959 0.07042 0.07763 0.07236 0.07598 0.07430 0.07456 0.07623 0.07334 0.07817 0.07226 0.08011 0.07132 0.08204 0.07047 0.08398 0.06972 0.08591 0.06904 0.08785 0.06843 0.08979 0.06787 0.09172 0.06736 0.09366 0.06689 0.09560 0.06646 0.09753 0.06607 0.09947 0.06570 0.10141 0.06536 0.10334 0.06504 0.10528 0.06475 0.10722 0.06447 0.10915 0.06421 0.11109 0.06396 0.11303 0.06373 0.11496 0.06352 0.11690 0.06331 0.11884 0.06312 0.12077 0.06294 0.12271 0.06276 0.12465 0.06260 0.12658 0.06244 0.12852 0.06229 0.13046 0.06215 0.13239 0.06201 0.13433 0.06188 0.13627 0.06176 0.13820 0.06164 0.14014 0.06152 0.14207 0.06141 0.14401 0.06131 0.08470 0.22971\n 11 1128 51 0.05034 0.22971 0.05081 0.19362 0.05263 0.14780 0.05445 0.12489 0.05626 0.11114 0.05808 0.10198 0.05989 0.09543 0.06171 0.09052 0.06352 0.08670 0.06534 0.08365 0.06715 0.08115 0.06897 0.07907 0.07079 0.07730 0.07260 0.07579 0.07442 0.07448 0.07623 0.07334 0.07805 0.07233 0.07986 0.07143 0.08168 0.07062 0.08349 0.06990 0.08531 0.06925 0.08713 0.06865 0.08894 0.06811 0.09076 0.06761 0.09257 0.06715 0.09439 0.06673 0.09620 0.06634 0.09802 0.06597 0.09983 0.06563 0.10165 0.06532 0.10346 0.06502 0.10528 0.06475 0.10710 0.06448 0.10891 0.06424 0.11073 0.06401 0.11254 0.06379 0.11436 0.06358 0.11617 0.06339 0.11799 0.06320 0.11980 0.06303 0.12162 0.06286 0.12344 0.06270 0.12525 0.06255 0.12707 0.06240 0.12888 0.06226 0.13070 0.06213 0.13251 0.06200 0.13433 0.06188 0.13614 0.06176 0.13796 0.06165 0.08574 0.22971\n 11 1128 51 0.05028 0.22971 0.05060 0.20222 0.05231 0.15353 0.05402 0.12918 0.05573 0.11458 0.05744 0.10484 0.05914 0.09789 0.06085 0.09267 0.06256 0.08861 0.06427 0.08537 0.06598 0.08271 0.06769 0.08050 0.06940 0.07862 0.07111 0.07702 0.07281 0.07563 0.07452 0.07441 0.07623 0.07334 0.07794 0.07238 0.07965 0.07153 0.08136 0.07076 0.08307 0.07006 0.08478 0.06943 0.08648 0.06885 0.08819 0.06833 0.08990 0.06784 0.09161 0.06739 0.09332 0.06697 0.09503 0.06659 0.09674 0.06623 0.09845 0.06589 0.10015 0.06558 0.10186 0.06528 0.10357 0.06501 0.10528 0.06475 0.10699 0.06450 0.10870 0.06427 0.11041 0.06405 0.11212 0.06384 0.11382 0.06364 0.11553 0.06346 0.11724 0.06328 0.11895 0.06311 0.12066 0.06295 0.12237 0.06279 0.12408 0.06265 0.12578 0.06250 0.12749 0.06237 0.12920 0.06224 0.13091 0.06212 0.13262 0.06200 0.08629 0.22971\n 11 1128 51 0.05021 0.22971 0.05041 0.21081 0.05203 0.15926 0.05364 0.13348 0.05525 0.11801 0.05687 0.10770 0.05848 0.10034 0.06009 0.09482 0.06171 0.09052 0.06332 0.08708 0.06494 0.08427 0.06655 0.08193 0.06816 0.07995 0.06978 0.07825 0.07139 0.07677 0.07300 0.07549 0.07462 0.07435 0.07623 0.07334 0.07785 0.07243 0.07946 0.07162 0.08107 0.07088 0.08269 0.07021 0.08430 0.06960 0.08591 0.06904 0.08753 0.06853 0.08914 0.06805 0.09076 0.06761 0.09237 0.06720 0.09398 0.06682 0.09560 0.06646 0.09721 0.06613 0.09883 0.06582 0.10044 0.06553 0.10205 0.06525 0.10367 0.06499 0.10528 0.06475 0.10689 0.06451 0.10851 0.06429 0.11012 0.06408 0.11174 0.06389 0.11335 0.06370 0.11496 0.06352 0.11658 0.06335 0.11819 0.06318 0.11980 0.06303 0.12142 0.06288 0.12303 0.06273 0.12465 0.06260 0.12626 0.06247 0.12787 0.06234 0.08651 0.22971\n 11 1128 51 0.05014 0.22971 0.05024 0.21940 0.05177 0.16498 0.05330 0.13778 0.05483 0.12145 0.05636 0.11057 0.05789 0.10280 0.05941 0.09696 0.06094 0.09243 0.06247 0.08880 0.06400 0.08583 0.06553 0.08336 0.06706 0.08127 0.06859 0.07947 0.07012 0.07792 0.07165 0.07656 0.07317 0.07536 0.07470 0.07429 0.07623 0.07334 0.07776 0.07248 0.07929 0.07170 0.08082 0.07099 0.08235 0.07035 0.08388 0.06976 0.08541 0.06921 0.08693 0.06871 0.08846 0.06825 0.08999 0.06781 0.09152 0.06741 0.09305 0.06704 0.09458 0.06669 0.09611 0.06636 0.09764 0.06605 0.09916 0.06576 0.10069 0.06548 0.10222 0.06522 0.10375 0.06498 0.10528 0.06475 0.10681 0.06452 0.10834 0.06432 0.10987 0.06412 0.11140 0.06393 0.11292 0.06375 0.11445 0.06357 0.11598 0.06341 0.11751 0.06325 0.11904 0.06310 0.12057 0.06296 0.12210 0.06282 0.12363 0.06268 0.08648 0.22971\n 11 1128 51 0.05007 0.22971 0.05009 0.22799 0.05154 0.17071 0.05299 0.14207 0.05445 0.12489 0.05590 0.11343 0.05735 0.10525 0.05880 0.09911 0.06026 0.09434 0.06171 0.09052 0.06316 0.08740 0.06461 0.08479 0.06607 0.08259 0.06752 0.08070 0.06897 0.07907 0.07042 0.07763 0.07187 0.07637 0.07333 0.07525 0.07478 0.07424 0.07623 0.07334 0.07768 0.07252 0.07914 0.07177 0.08059 0.07110 0.08204 0.07047 0.08349 0.06990 0.08495 0.06937 0.08640 0.06888 0.08785 0.06843 0.08930 0.06800 0.09076 0.06761 0.09221 0.06724 0.09366 0.06689 0.09511 0.06657 0.09657 0.06626 0.09802 0.06597 0.09947 0.06570 0.10092 0.06544 0.10238 0.06520 0.10383 0.06497 0.10528 0.06475 0.10673 0.06454 0.10819 0.06434 0.10964 0.06415 0.11109 0.06396 0.11254 0.06379 0.11399 0.06362 0.11545 0.06347 0.11690 0.06331 0.11835 0.06317 0.11980 0.06303 0.08626 0.22971\n 11 1106 50 0.05011 0.22971 0.05133 0.17644 0.05272 0.14637 0.05410 0.12833 0.05548 0.11630 0.05687 0.10770 0.05825 0.10126 0.05963 0.09625 0.06102 0.09224 0.06240 0.08896 0.06378 0.08622 0.06517 0.08391 0.06655 0.08193 0.06793 0.08021 0.06932 0.07871 0.07070 0.07738 0.07208 0.07620 0.07347 0.07515 0.07485 0.07420 0.07623 0.07334 0.07762 0.07256 0.07900 0.07184 0.08038 0.07119 0.08176 0.07059 0.08315 0.07003 0.08453 0.06952 0.08591 0.06904 0.08730 0.06860 0.08868 0.06818 0.09006 0.06779 0.09145 0.06743 0.09283 0.06709 0.09421 0.06677 0.09560 0.06646 0.09698 0.06618 0.09836 0.06591 0.09975 0.06565 0.10113 0.06541 0.10251 0.06517 0.10390 0.06495 0.10528 0.06475 0.10666 0.06455 0.10805 0.06435 0.10943 0.06417 0.11081 0.06400 0.11220 0.06383 0.11358 0.06367 0.11496 0.06352 0.11635 0.06337 0.08591 0.22971\n 11 1106 50 0.05015 0.22971 0.05114 0.18217 0.05247 0.15066 0.05379 0.13176 0.05511 0.11916 0.05643 0.11016 0.05775 0.10341 0.05907 0.09816 0.06039 0.09396 0.06171 0.09052 0.06303 0.08766 0.06435 0.08523 0.06567 0.08316 0.06699 0.08136 0.06831 0.07978 0.06963 0.07839 0.07095 0.07716 0.07227 0.07605 0.07359 0.07506 0.07491 0.07416 0.07623 0.07334 0.07755 0.07259 0.07887 0.07191 0.08019 0.07128 0.08151 0.07069 0.08283 0.07015 0.08415 0.06965 0.08547 0.06919 0.08679 0.06875 0.08812 0.06835 0.08944 0.06797 0.09076 0.06761 0.09208 0.06727 0.09340 0.06695 0.09472 0.06665 0.09604 0.06637 0.09736 0.06610 0.09868 0.06585 0.10000 0.06560 0.10132 0.06537 0.10264 0.06515 0.10396 0.06495 0.10528 0.06475 0.10660 0.06455 0.10792 0.06437 0.10924 0.06420 0.11056 0.06403 0.11188 0.06387 0.11320 0.06371 0.08547 0.22971\n 11 1106 50 0.05017 0.22971 0.05097 0.18790 0.05224 0.15496 0.05350 0.13520 0.05476 0.12202 0.05602 0.11261 0.05729 0.10556 0.05855 0.10007 0.05981 0.09568 0.06108 0.09208 0.06234 0.08909 0.06360 0.08656 0.06487 0.08438 0.06613 0.08250 0.06739 0.08086 0.06865 0.07940 0.06992 0.07811 0.07118 0.07695 0.07244 0.07591 0.07371 0.07497 0.07497 0.07412 0.07623 0.07334 0.07749 0.07262 0.07876 0.07196 0.08002 0.07135 0.08128 0.07079 0.08255 0.07027 0.08381 0.06978 0.08507 0.06933 0.08634 0.06890 0.08760 0.06850 0.08886 0.06813 0.09012 0.06778 0.09139 0.06745 0.09265 0.06713 0.09391 0.06684 0.09518 0.06655 0.09644 0.06629 0.09770 0.06603 0.09897 0.06579 0.10023 0.06556 0.10149 0.06534 0.10275 0.06514 0.10402 0.06494 0.10528 0.06475 0.10654 0.06456 0.10781 0.06439 0.10907 0.06422 0.11033 0.06406 0.08497 0.22971\n 11 1106 50 0.05018 0.22971 0.05081 0.19362 0.05203 0.15926 0.05324 0.13864 0.05445 0.12489 0.05566 0.11507 0.05687 0.10770 0.05808 0.10198 0.05929 0.09739 0.06050 0.09365 0.06171 0.09052 0.06292 0.08788 0.06413 0.08561 0.06534 0.08365 0.06655 0.08193 0.06776 0.08041 0.06897 0.07907 0.07018 0.07786 0.07139 0.07677 0.07260 0.07579 0.07381 0.07490 0.07502 0.07408 0.07623 0.07334 0.07744 0.07265 0.07865 0.07202 0.07986 0.07143 0.08107 0.07088 0.08228 0.07037 0.08349 0.06990 0.08470 0.06946 0.08591 0.06904 0.08713 0.06865 0.08834 0.06828 0.08955 0.06794 0.09076 0.06761 0.09197 0.06730 0.09318 0.06701 0.09439 0.06673 0.09560 0.06646 0.09681 0.06621 0.09802 0.06597 0.09923 0.06574 0.10044 0.06553 0.10165 0.06532 0.10286 0.06512 0.10407 0.06493 0.10528 0.06475 0.10649 0.06457 0.10770 0.06440 0.08441 0.22971\n 11 1106 50 0.05018 0.22971 0.05067 0.19935 0.05183 0.16355 0.05299 0.14207 0.05416 0.12775 0.05532 0.11752 0.05648 0.10985 0.05764 0.10389 0.05880 0.09911 0.05996 0.09521 0.06113 0.09195 0.06229 0.08920 0.06345 0.08684 0.06461 0.08479 0.06577 0.08300 0.06694 0.08142 0.06810 0.08002 0.06926 0.07876 0.07042 0.07763 0.07158 0.07661 0.07275 0.07568 0.07391 0.07483 0.07507 0.07405 0.07623 0.07334 0.07739 0.07268 0.07856 0.07206 0.07972 0.07150 0.08088 0.07097 0.08204 0.07047 0.08320 0.07001 0.08437 0.06958 0.08553 0.06917 0.08669 0.06879 0.08785 0.06843 0.08901 0.06809 0.09018 0.06776 0.09134 0.06746 0.09250 0.06717 0.09366 0.06689 0.09482 0.06663 0.09598 0.06638 0.09715 0.06614 0.09831 0.06592 0.09947 0.06570 0.10063 0.06549 0.10179 0.06529 0.10296 0.06510 0.10412 0.06492 0.10528 0.06475 0.08383 0.22971\n 11 1106 50 0.05017 0.22971 0.05054 0.20508 0.05165 0.16785 0.05277 0.14551 0.05389 0.13062 0.05500 0.11998 0.05612 0.11200 0.05724 0.10580 0.05836 0.10083 0.05947 0.09677 0.06059 0.09338 0.06171 0.09052 0.06283 0.08807 0.06394 0.08594 0.06506 0.08408 0.06618 0.08243 0.06729 0.08097 0.06841 0.07967 0.06953 0.07849 0.07065 0.07743 0.07176 0.07646 0.07288 0.07558 0.07400 0.07477 0.07511 0.07402 0.07623 0.07334 0.07735 0.07270 0.07847 0.07211 0.07958 0.07156 0.08070 0.07105 0.08182 0.07057 0.08294 0.07012 0.08405 0.06969 0.08517 0.06929 0.08629 0.06892 0.08740 0.06856 0.08852 0.06823 0.08964 0.06791 0.09076 0.06761 0.09187 0.06732 0.09299 0.06705 0.09411 0.06679 0.09523 0.06654 0.09634 0.06631 0.09746 0.06608 0.09858 0.06587 0.09969 0.06566 0.10081 0.06546 0.10193 0.06527 0.10305 0.06509 0.08323 0.22971\n 11 1106 50 0.05015 0.22971 0.05041 0.21081 0.05149 0.17214 0.05256 0.14895 0.05364 0.13348 0.05471 0.12243 0.05579 0.11415 0.05687 0.10770 0.05794 0.10255 0.05902 0.09833 0.06009 0.09482 0.06117 0.09184 0.06225 0.08929 0.06332 0.08708 0.06440 0.08515 0.06547 0.08345 0.06655 0.08193 0.06763 0.08057 0.06870 0.07935 0.06978 0.07825 0.07085 0.07724 0.07193 0.07633 0.07300 0.07549 0.07408 0.07471 0.07516 0.07400 0.07623 0.07334 0.07731 0.07272 0.07838 0.07215 0.07946 0.07162 0.08054 0.07112 0.08161 0.07065 0.08269 0.07021 0.08376 0.06980 0.08484 0.06941 0.08591 0.06904 0.08699 0.06869 0.08807 0.06836 0.08914 0.06805 0.09022 0.06775 0.09129 0.06747 0.09237 0.06720 0.09345 0.06694 0.09452 0.06670 0.09560 0.06646 0.09667 0.06624 0.09775 0.06602 0.09883 0.06582 0.09990 0.06562 0.10098 0.06543 0.08261 0.22971\n 11 1106 50 0.05013 0.22971 0.05030 0.21654 0.05133 0.17644 0.05237 0.15238 0.05341 0.13634 0.05445 0.12489 0.05548 0.11630 0.05652 0.10961 0.05756 0.10427 0.05860 0.09989 0.05963 0.09625 0.06067 0.09316 0.06171 0.09052 0.06275 0.08823 0.06378 0.08622 0.06482 0.08446 0.06586 0.08288 0.06690 0.08148 0.06793 0.08021 0.06897 0.07907 0.07001 0.07802 0.07104 0.07707 0.07208 0.07620 0.07312 0.07540 0.07416 0.07466 0.07519 0.07397 0.07623 0.07334 0.07727 0.07274 0.07831 0.07219 0.07934 0.07167 0.08038 0.07119 0.08142 0.07073 0.08246 0.07030 0.08349 0.06990 0.08453 0.06952 0.08557 0.06916 0.08661 0.06882 0.08764 0.06849 0.08868 0.06818 0.08972 0.06789 0.09076 0.06761 0.09179 0.06734 0.09283 0.06709 0.09387 0.06685 0.09491 0.06661 0.09594 0.06639 0.09698 0.06618 0.09802 0.06597 0.09906 0.06578 0.08199 0.22971\n 11 1106 50 0.05010 0.22971 0.05019 0.22226 0.05119 0.18074 0.05219 0.15582 0.05319 0.13921 0.05420 0.12734 0.05520 0.11844 0.05620 0.11152 0.05720 0.10599 0.05820 0.10146 0.05920 0.09768 0.06021 0.09449 0.06121 0.09175 0.06221 0.08938 0.06321 0.08730 0.06421 0.08547 0.06521 0.08384 0.06622 0.08238 0.06722 0.08107 0.06822 0.07988 0.06922 0.07880 0.07022 0.07782 0.07122 0.07692 0.07223 0.07609 0.07323 0.07532 0.07423 0.07461 0.07523 0.07395 0.07623 0.07334 0.07723 0.07276 0.07824 0.07223 0.07924 0.07173 0.08024 0.07125 0.08124 0.07081 0.08224 0.07039 0.08324 0.07000 0.08425 0.06962 0.08525 0.06927 0.08625 0.06893 0.08725 0.06861 0.08825 0.06831 0.08925 0.06802 0.09026 0.06774 0.09126 0.06748 0.09226 0.06723 0.09326 0.06699 0.09426 0.06676 0.09526 0.06654 0.09627 0.06632 0.09727 0.06612 0.08137 0.22971\n 11 1106 50 0.05007 0.22971 0.05009 0.22799 0.05106 0.18503 0.05203 0.15926 0.05299 0.14207 0.05396 0.12980 0.05493 0.12059 0.05590 0.11343 0.05687 0.10770 0.05783 0.10302 0.05880 0.09911 0.05977 0.09581 0.06074 0.09298 0.06171 0.09052 0.06268 0.08837 0.06364 0.08648 0.06461 0.08479 0.06558 0.08329 0.06655 0.08193 0.06752 0.08070 0.06849 0.07959 0.06945 0.07857 0.07042 0.07763 0.07139 0.07677 0.07236 0.07598 0.07333 0.07525 0.07430 0.07456 0.07526 0.07393 0.07623 0.07334 0.07720 0.07278 0.07817 0.07226 0.07914 0.07177 0.08011 0.07132 0.08107 0.07088 0.08204 0.07047 0.08301 0.07009 0.08398 0.06972 0.08495 0.06937 0.08591 0.06904 0.08688 0.06873 0.08785 0.06843 0.08882 0.06814 0.08979 0.06787 0.09076 0.06761 0.09172 0.06736 0.09269 0.06712 0.09366 0.06689 0.09463 0.06667 0.09560 0.06646 0.08076 0.22971\n 11 1084 49 0.05008 0.22971 0.05093 0.18933 0.05187 0.16269 0.05281 0.14494 0.05374 0.13225 0.05468 0.12274 0.05562 0.11534 0.05655 0.10942 0.05749 0.10458 0.05843 0.10054 0.05937 0.09713 0.06030 0.09420 0.06124 0.09167 0.06218 0.08945 0.06311 0.08749 0.06405 0.08575 0.06499 0.08419 0.06592 0.08279 0.06686 0.08152 0.06780 0.08037 0.06874 0.07931 0.06967 0.07835 0.07061 0.07746 0.07155 0.07664 0.07248 0.07588 0.07342 0.07518 0.07436 0.07452 0.07529 0.07391 0.07623 0.07334 0.07717 0.07280 0.07811 0.07230 0.07904 0.07182 0.07998 0.07137 0.08092 0.07095 0.08185 0.07055 0.08279 0.07017 0.08373 0.06981 0.08467 0.06947 0.08560 0.06915 0.08654 0.06884 0.08748 0.06854 0.08841 0.06826 0.08935 0.06799 0.09029 0.06773 0.09122 0.06749 0.09216 0.06725 0.09310 0.06702 0.09404 0.06681 0.08016 0.22971\n 11 1084 49 0.05010 0.22971 0.05081 0.19362 0.05172 0.16613 0.05263 0.14780 0.05354 0.13471 0.05445 0.12489 0.05535 0.11725 0.05626 0.11114 0.05717 0.10614 0.05808 0.10198 0.05898 0.09845 0.05989 0.09543 0.06080 0.09281 0.06171 0.09052 0.06262 0.08850 0.06352 0.08670 0.06443 0.08509 0.06534 0.08365 0.06625 0.08234 0.06715 0.08115 0.06806 0.08006 0.06897 0.07907 0.06988 0.07815 0.07079 0.07730 0.07169 0.07652 0.07260 0.07579 0.07351 0.07511 0.07442 0.07448 0.07532 0.07389 0.07623 0.07334 0.07714 0.07282 0.07805 0.07233 0.07896 0.07186 0.07986 0.07143 0.08077 0.07102 0.08168 0.07062 0.08259 0.07025 0.08349 0.06990 0.08440 0.06957 0.08531 0.06925 0.08622 0.06894 0.08713 0.06865 0.08803 0.06837 0.08894 0.06811 0.08985 0.06785 0.09076 0.06761 0.09166 0.06738 0.09257 0.06715 0.07956 0.22971\n 11 1084 49 0.05011 0.22971 0.05070 0.19792 0.05158 0.16957 0.05247 0.15066 0.05335 0.13716 0.05423 0.12704 0.05511 0.11916 0.05599 0.11286 0.05687 0.10770 0.05775 0.10341 0.05863 0.09977 0.05951 0.09666 0.06039 0.09396 0.06127 0.09159 0.06215 0.08951 0.06303 0.08766 0.06391 0.08600 0.06479 0.08451 0.06567 0.08316 0.06655 0.08193 0.06743 0.08081 0.06831 0.07978 0.06919 0.07884 0.07007 0.07796 0.07095 0.07716 0.07183 0.07641 0.07271 0.07571 0.07359 0.07506 0.07447 0.07445 0.07535 0.07387 0.07623 0.07334 0.07711 0.07283 0.07799 0.07236 0.07887 0.07191 0.07975 0.07148 0.08063 0.07108 0.08151 0.07069 0.08239 0.07033 0.08327 0.06998 0.08415 0.06965 0.08503 0.06934 0.08591 0.06904 0.08679 0.06875 0.08768 0.06848 0.08856 0.06822 0.08944 0.06797 0.09032 0.06773 0.09120 0.06749 0.07898 0.22971\n 11 1084 49 0.05012 0.22971 0.05060 0.20222 0.05146 0.17300 0.05231 0.15353 0.05316 0.13962 0.05402 0.12918 0.05487 0.12107 0.05573 0.11458 0.05658 0.10927 0.05744 0.10484 0.05829 0.10110 0.05914 0.09789 0.06000 0.09510 0.06085 0.09267 0.06171 0.09052 0.06256 0.08861 0.06342 0.08690 0.06427 0.08537 0.06513 0.08397 0.06598 0.08271 0.06683 0.08156 0.06769 0.08050 0.06854 0.07952 0.06940 0.07862 0.07025 0.07779 0.07111 0.07702 0.07196 0.07630 0.07281 0.07563 0.07367 0.07500 0.07452 0.07441 0.07538 0.07386 0.07623 0.07334 0.07709 0.07285 0.07794 0.07238 0.07880 0.07194 0.07965 0.07153 0.08050 0.07113 0.08136 0.07076 0.08221 0.07040 0.08307 0.07006 0.08392 0.06974 0.08478 0.06943 0.08563 0.06914 0.08648 0.06885 0.08734 0.06858 0.08819 0.06833 0.08905 0.06808 0.08990 0.06784 0.07840 0.22971\n 11 1084 49 0.05012 0.22971 0.05050 0.20651 0.05133 0.17644 0.05216 0.15639 0.05299 0.14207 0.05382 0.13133 0.05465 0.12298 0.05548 0.11630 0.05631 0.11083 0.05714 0.10627 0.05797 0.10242 0.05880 0.09911 0.05963 0.09625 0.06046 0.09374 0.06129 0.09153 0.06212 0.08957 0.06295 0.08781 0.06378 0.08622 0.06461 0.08479 0.06544 0.08349 0.06627 0.08230 0.06710 0.08121 0.06793 0.08021 0.06876 0.07929 0.06959 0.07843 0.07042 0.07763 0.07125 0.07689 0.07208 0.07620 0.07291 0.07555 0.07374 0.07495 0.07457 0.07438 0.07540 0.07384 0.07623 0.07334 0.07706 0.07286 0.07789 0.07241 0.07872 0.07198 0.07955 0.07157 0.08038 0.07119 0.08121 0.07082 0.08204 0.07047 0.08287 0.07014 0.08370 0.06982 0.08453 0.06952 0.08536 0.06923 0.08619 0.06895 0.08702 0.06868 0.08785 0.06843 0.08868 0.06818 0.07785 0.22971\n 11 1084 49 0.05012 0.22971 0.05041 0.21081 0.05122 0.17988 0.05203 0.15926 0.05283 0.14453 0.05364 0.13348 0.05445 0.12489 0.05525 0.11801 0.05606 0.11239 0.05687 0.10770 0.05767 0.10374 0.05848 0.10034 0.05929 0.09739 0.06009 0.09482 0.06090 0.09254 0.06171 0.09052 0.06251 0.08871 0.06332 0.08708 0.06413 0.08561 0.06494 0.08427 0.06574 0.08305 0.06655 0.08193 0.06736 0.08090 0.06816 0.07995 0.06897 0.07907 0.06978 0.07825 0.07058 0.07748 0.07139 0.07677 0.07220 0.07611 0.07300 0.07549 0.07381 0.07490 0.07462 0.07435 0.07543 0.07383 0.07623 0.07334 0.07704 0.07287 0.07785 0.07243 0.07865 0.07202 0.07946 0.07162 0.08027 0.07124 0.08107 0.07088 0.08188 0.07054 0.08269 0.07021 0.08349 0.06990 0.08430 0.06960 0.08511 0.06932 0.08591 0.06904 0.08672 0.06878 0.08753 0.06853 0.07730 0.22971\n 11 1084 49 0.05011 0.22971 0.05032 0.21510 0.05111 0.18331 0.05189 0.16212 0.05268 0.14698 0.05346 0.13563 0.05425 0.12680 0.05503 0.11973 0.05582 0.11395 0.05660 0.10914 0.05739 0.10506 0.05817 0.10157 0.05896 0.09854 0.05975 0.09589 0.06053 0.09355 0.06132 0.09148 0.06210 0.08962 0.06289 0.08794 0.06367 0.08643 0.06446 0.08505 0.06524 0.08380 0.06603 0.08265 0.06681 0.08159 0.06760 0.08061 0.06838 0.07970 0.06917 0.07886 0.06995 0.07808 0.07074 0.07735 0.07152 0.07666 0.07231 0.07602 0.07309 0.07542 0.07388 0.07485 0.07466 0.07432 0.07545 0.07381 0.07623 0.07334 0.07702 0.07288 0.07780 0.07246 0.07859 0.07205 0.07937 0.07166 0.08016 0.07129 0.08094 0.07094 0.08173 0.07060 0.08251 0.07028 0.08330 0.06998 0.08408 0.06968 0.08487 0.06940 0.08565 0.06913 0.08644 0.06887 0.07677 0.22971\n 11 1084 49 0.05010 0.22971 0.05024 0.21940 0.05101 0.18675 0.05177 0.16498 0.05253 0.14944 0.05330 0.13778 0.05406 0.12871 0.05483 0.12145 0.05559 0.11552 0.05636 0.11057 0.05712 0.10638 0.05789 0.10280 0.05865 0.09969 0.05941 0.09696 0.06018 0.09456 0.06094 0.09243 0.06171 0.09052 0.06247 0.08880 0.06324 0.08725 0.06400 0.08583 0.06477 0.08454 0.06553 0.08336 0.06629 0.08227 0.06706 0.08127 0.06782 0.08034 0.06859 0.07947 0.06935 0.07867 0.07012 0.07792 0.07088 0.07722 0.07165 0.07656 0.07241 0.07594 0.07317 0.07536 0.07394 0.07481 0.07470 0.07429 0.07547 0.07380 0.07623 0.07334 0.07700 0.07290 0.07776 0.07248 0.07853 0.07208 0.07929 0.07170 0.08005 0.07134 0.08082 0.07099 0.08158 0.07066 0.08235 0.07035 0.08311 0.07005 0.08388 0.06976 0.08464 0.06948 0.08541 0.06921 0.07625 0.22971\n 11 1084 49 0.05008 0.22971 0.05016 0.22370 0.05091 0.19019 0.05165 0.16785 0.05240 0.15189 0.05314 0.13992 0.05389 0.13062 0.05463 0.12317 0.05538 0.11708 0.05612 0.11200 0.05687 0.10770 0.05761 0.10402 0.05836 0.10083 0.05910 0.09804 0.05985 0.09557 0.06059 0.09338 0.06134 0.09143 0.06208 0.08966 0.06283 0.08807 0.06357 0.08662 0.06431 0.08529 0.06506 0.08408 0.06580 0.08296 0.06655 0.08193 0.06729 0.08097 0.06804 0.08009 0.06878 0.07926 0.06953 0.07849 0.07027 0.07777 0.07102 0.07710 0.07176 0.07646 0.07251 0.07586 0.07325 0.07530 0.07400 0.07477 0.07474 0.07427 0.07549 0.07379 0.07623 0.07334 0.07698 0.07291 0.07772 0.07250 0.07847 0.07211 0.07921 0.07174 0.07996 0.07138 0.08070 0.07105 0.08145 0.07072 0.08219 0.07041 0.08294 0.07012 0.08368 0.06983 0.08443 0.06956 0.07575 0.22971\n 11 1084 49 0.05007 0.22971 0.05009 0.22799 0.05081 0.19362 0.05154 0.17071 0.05227 0.15435 0.05299 0.14207 0.05372 0.13253 0.05445 0.12489 0.05517 0.11864 0.05590 0.11343 0.05662 0.10903 0.05735 0.10525 0.05808 0.10198 0.05880 0.09911 0.05953 0.09659 0.06026 0.09434 0.06098 0.09233 0.06171 0.09052 0.06243 0.08888 0.06316 0.08740 0.06389 0.08604 0.06461 0.08479 0.06534 0.08365 0.06607 0.08259 0.06679 0.08161 0.06752 0.08070 0.06824 0.07986 0.06897 0.07907 0.06970 0.07833 0.07042 0.07763 0.07115 0.07698 0.07187 0.07637 0.07260 0.07579 0.07333 0.07525 0.07405 0.07473 0.07478 0.07424 0.07551 0.07378 0.07623 0.07334 0.07696 0.07292 0.07768 0.07252 0.07841 0.07214 0.07914 0.07177 0.07986 0.07143 0.08059 0.07110 0.08132 0.07078 0.08204 0.07047 0.08277 0.07018 0.08349 0.06990 0.07526 0.22971\n 11 1062 48 0.05007 0.22971 0.05073 0.19706 0.05143 0.17358 0.05214 0.15680 0.05285 0.14422 0.05356 0.13444 0.05427 0.12661 0.05498 0.12020 0.05569 0.11486 0.05639 0.11035 0.05710 0.10648 0.05781 0.10312 0.05852 0.10019 0.05923 0.09760 0.05994 0.09529 0.06065 0.09323 0.06135 0.09138 0.06206 0.08970 0.06277 0.08818 0.06348 0.08679 0.06419 0.08551 0.06490 0.08433 0.06560 0.08325 0.06631 0.08225 0.06702 0.08132 0.06773 0.08045 0.06844 0.07964 0.06915 0.07888 0.06986 0.07817 0.07056 0.07750 0.07127 0.07687 0.07198 0.07628 0.07269 0.07572 0.07340 0.07519 0.07411 0.07469 0.07481 0.07422 0.07552 0.07377 0.07623 0.07334 0.07694 0.07293 0.07765 0.07254 0.07836 0.07217 0.07907 0.07181 0.07977 0.07147 0.08048 0.07114 0.08119 0.07083 0.08190 0.07053 0.08261 0.07024 0.07478 0.22971\n 11 1062 48 0.05008 0.22971 0.05064 0.20050 0.05133 0.17644 0.05203 0.15926 0.05272 0.14637 0.05341 0.13634 0.05410 0.12833 0.05479 0.12176 0.05548 0.11630 0.05617 0.11167 0.05687 0.10770 0.05756 0.10427 0.05825 0.10126 0.05894 0.09861 0.05963 0.09625 0.06032 0.09414 0.06102 0.09224 0.06171 0.09052 0.06240 0.08896 0.06309 0.08753 0.06378 0.08622 0.06447 0.08502 0.06517 0.08391 0.06586 0.08288 0.06655 0.08193 0.06724 0.08104 0.06793 0.08021 0.06862 0.07943 0.06932 0.07871 0.07001 0.07802 0.07070 0.07738 0.07139 0.07677 0.07208 0.07620 0.07277 0.07566 0.07347 0.07515 0.07416 0.07466 0.07485 0.07420 0.07554 0.07376 0.07623 0.07334 0.07692 0.07294 0.07762 0.07256 0.07831 0.07219 0.07900 0.07184 0.07969 0.07151 0.08038 0.07119 0.08107 0.07088 0.08176 0.07059 0.07432 0.22971\n 11 1062 48 0.05009 0.22971 0.05056 0.20393 0.05124 0.17930 0.05191 0.16171 0.05259 0.14852 0.05326 0.13825 0.05394 0.13004 0.05461 0.12333 0.05529 0.11773 0.05597 0.11299 0.05664 0.10893 0.05732 0.10541 0.05799 0.10233 0.05867 0.09962 0.05934 0.09720 0.06002 0.09504 0.06069 0.09310 0.06137 0.09134 0.06205 0.08974 0.06272 0.08828 0.06340 0.08694 0.06407 0.08571 0.06475 0.08457 0.06542 0.08352 0.06610 0.08254 0.06677 0.08163 0.06745 0.08078 0.06813 0.07999 0.06880 0.07924 0.06948 0.07854 0.07015 0.07789 0.07083 0.07726 0.07150 0.07668 0.07218 0.07612 0.07285 0.07560 0.07353 0.07510 0.07421 0.07463 0.07488 0.07418 0.07556 0.07375 0.07623 0.07334 0.07691 0.07295 0.07758 0.07257 0.07826 0.07222 0.07893 0.07187 0.07961 0.07155 0.08029 0.07123 0.08096 0.07093 0.07387 0.22971\n 11 1062 48 0.05009 0.22971 0.05048 0.20737 0.05114 0.18217 0.05180 0.16417 0.05247 0.15066 0.05313 0.14016 0.05379 0.13176 0.05445 0.12489 0.05511 0.11916 0.05577 0.11431 0.05643 0.11016 0.05709 0.10656 0.05775 0.10341 0.05841 0.10063 0.05907 0.09816 0.05973 0.09595 0.06039 0.09396 0.06105 0.09216 0.06171 0.09052 0.06237 0.08903 0.06303 0.08766 0.06369 0.08640 0.06435 0.08523 0.06501 0.08416 0.06567 0.08316 0.06633 0.08223 0.06699 0.08136 0.06765 0.08054 0.06831 0.07978 0.06897 0.07907 0.06963 0.07839 0.07029 0.07776 0.07095 0.07716 0.07161 0.07659 0.07227 0.07605 0.07293 0.07554 0.07359 0.07506 0.07425 0.07459 0.07491 0.07416 0.07557 0.07374 0.07623 0.07334 0.07689 0.07296 0.07755 0.07259 0.07821 0.07224 0.07887 0.07191 0.07953 0.07158 0.08019 0.07128 0.07343 0.22971\n 11 1062 48 0.05010 0.22971 0.05041 0.21081 0.05106 0.18503 0.05170 0.16662 0.05235 0.15281 0.05299 0.14207 0.05364 0.13348 0.05428 0.12645 0.05493 0.12059 0.05558 0.11564 0.05622 0.11139 0.05687 0.10770 0.05751 0.10448 0.05816 0.10164 0.05880 0.09911 0.05945 0.09685 0.06009 0.09482 0.06074 0.09298 0.06139 0.09130 0.06203 0.08977 0.06268 0.08837 0.06332 0.08708 0.06397 0.08589 0.06461 0.08479 0.06526 0.08377 0.06590 0.08282 0.06655 0.08193 0.06719 0.08110 0.06784 0.08032 0.06849 0.07959 0.06913 0.07890 0.06978 0.07825 0.07042 0.07763 0.07107 0.07705 0.07171 0.07650 0.07236 0.07598 0.07300 0.07549 0.07365 0.07501 0.07430 0.07456 0.07494 0.07414 0.07559 0.07373 0.07623 0.07334 0.07688 0.07296 0.07752 0.07261 0.07817 0.07226 0.07881 0.07193 0.07946 0.07162 0.07300 0.22971\n 11 1062 48 0.05009 0.22971 0.05034 0.21424 0.05097 0.18790 0.05160 0.16908 0.05224 0.15496 0.05287 0.14398 0.05350 0.13520 0.05413 0.12801 0.05476 0.12202 0.05539 0.11696 0.05602 0.11261 0.05666 0.10885 0.05729 0.10556 0.05792 0.10265 0.05855 0.10007 0.05918 0.09776 0.05981 0.09568 0.06044 0.09379 0.06108 0.09208 0.06171 0.09052 0.06234 0.08909 0.06297 0.08777 0.06360 0.08656 0.06423 0.08543 0.06487 0.08438 0.06550 0.08341 0.06613 0.08250 0.06676 0.08165 0.06739 0.08086 0.06802 0.08011 0.06865 0.07940 0.06929 0.07874 0.06992 0.07811 0.07055 0.07752 0.07118 0.07695 0.07181 0.07642 0.07244 0.07591 0.07307 0.07543 0.07371 0.07497 0.07434 0.07454 0.07497 0.07412 0.07560 0.07372 0.07623 0.07334 0.07686 0.07297 0.07749 0.07262 0.07813 0.07229 0.07876 0.07196 0.07259 0.22971\n 11 1062 48 0.05009 0.22971 0.05027 0.21768 0.05089 0.19076 0.05151 0.17153 0.05213 0.15711 0.05275 0.14589 0.05336 0.13692 0.05398 0.12957 0.05460 0.12346 0.05522 0.11828 0.05584 0.11384 0.05645 0.11000 0.05707 0.10663 0.05769 0.10366 0.05831 0.10102 0.05893 0.09866 0.05954 0.09654 0.06016 0.09461 0.06078 0.09286 0.06140 0.09127 0.06202 0.08980 0.06263 0.08846 0.06325 0.08722 0.06387 0.08607 0.06449 0.08500 0.06511 0.08400 0.06573 0.08307 0.06634 0.08221 0.06696 0.08139 0.06758 0.08063 0.06820 0.07991 0.06882 0.07923 0.06943 0.07859 0.07005 0.07798 0.07067 0.07741 0.07129 0.07686 0.07191 0.07634 0.07252 0.07585 0.07314 0.07538 0.07376 0.07494 0.07438 0.07451 0.07500 0.07410 0.07561 0.07371 0.07623 0.07334 0.07685 0.07298 0.07747 0.07264 0.07809 0.07231 0.07219 0.22971\n 11 1062 48 0.05008 0.22971 0.05021 0.22112 0.05081 0.19362 0.05142 0.17398 0.05203 0.15926 0.05263 0.14780 0.05324 0.13864 0.05384 0.13114 0.05445 0.12489 0.05505 0.11960 0.05566 0.11507 0.05626 0.11114 0.05687 0.10770 0.05747 0.10467 0.05808 0.10198 0.05868 0.09957 0.05929 0.09739 0.05989 0.09543 0.06050 0.09365 0.06110 0.09202 0.06171 0.09052 0.06231 0.08915 0.06292 0.08788 0.06352 0.08670 0.06413 0.08561 0.06473 0.08460 0.06534 0.08365 0.06594 0.08276 0.06655 0.08193 0.06715 0.08115 0.06776 0.08041 0.06836 0.07972 0.06897 0.07907 0.06958 0.07845 0.07018 0.07786 0.07079 0.07730 0.07139 0.07677 0.07200 0.07627 0.07260 0.07579 0.07321 0.07534 0.07381 0.07490 0.07442 0.07448 0.07502 0.07408 0.07563 0.07370 0.07623 0.07334 0.07684 0.07299 0.07744 0.07265 0.07180 0.22971\n 11 1062 48 0.05008 0.22971 0.05015 0.22455 0.05074 0.19649 0.05133 0.17644 0.05193 0.16140 0.05252 0.14971 0.05311 0.14035 0.05370 0.13270 0.05430 0.12632 0.05489 0.12092 0.05548 0.11630 0.05608 0.11229 0.05667 0.10878 0.05726 0.10568 0.05785 0.10293 0.05845 0.10047 0.05904 0.09825 0.05963 0.09625 0.06023 0.09443 0.06082 0.09276 0.06141 0.09124 0.06200 0.08983 0.06260 0.08854 0.06319 0.08734 0.06378 0.08622 0.06438 0.08519 0.06497 0.08422 0.06556 0.08331 0.06615 0.08247 0.06675 0.08167 0.06734 0.08092 0.06793 0.08021 0.06853 0.07954 0.06912 0.07891 0.06971 0.07831 0.07030 0.07774 0.07090 0.07720 0.07149 0.07669 0.07208 0.07620 0.07268 0.07573 0.07327 0.07529 0.07386 0.07486 0.07445 0.07446 0.07505 0.07407 0.07564 0.07370 0.07623 0.07334 0.07682 0.07299 0.07142 0.22971\n 11 1040 47 0.05007 0.22971 0.05009 0.22799 0.05067 0.19935 0.05125 0.17889 0.05183 0.16355 0.05241 0.15162 0.05299 0.14207 0.05357 0.13426 0.05416 0.12775 0.05474 0.12224 0.05532 0.11752 0.05590 0.11343 0.05648 0.10985 0.05706 0.10669 0.05764 0.10389 0.05822 0.10137 0.05880 0.09911 0.05938 0.09707 0.05996 0.09521 0.06055 0.09351 0.06113 0.09195 0.06171 0.09052 0.06229 0.08920 0.06287 0.08798 0.06345 0.08684 0.06403 0.08578 0.06461 0.08479 0.06519 0.08387 0.06577 0.08300 0.06636 0.08219 0.06694 0.08142 0.06752 0.08070 0.06810 0.08002 0.06868 0.07937 0.06926 0.07876 0.06984 0.07818 0.07042 0.07763 0.07100 0.07711 0.07158 0.07661 0.07217 0.07613 0.07275 0.07568 0.07333 0.07525 0.07391 0.07483 0.07449 0.07443 0.07507 0.07405 0.07565 0.07369 0.07623 0.07334\n 21 6 1\n 25 6 1\n 82 0\n 81 6 22\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 23\n 21 6 1\n 25 6 1\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.03508 0.34702 0.03508 0.32850 0.03508 0.34702 0.03142 0.34702 0.03508 0.34702 0.03508 0.36760 0.03142 0.36760 0.03508 0.36760 0.03508 0.38817 0.03142 0.38817 0.03508 0.38817 0.03508 0.40874 0.03142 0.40874 0.03508 0.40874 0.03508 0.42932 0.03142 0.42932 0.03508 0.42932 0.03508 0.44989 0.03142 0.44989 0.03508 0.44989 0.03508 0.47047 0.03142 0.47047 0.03508 0.47047 0.03508 0.49104 0.03142 0.49104 0.03508 0.49104 0.03508 0.51162 0.03142 0.51162 0.03508 0.51162 0.03508 0.53219 0.03142 0.53219 0.03508 0.53219 0.03508 0.53425\n 11 380 17 0.02853 0.34848 0.02714 0.34848 0.02700 0.34723 0.02714 0.34737 0.02756 0.34751 0.02798 0.34751 0.02839 0.34737 0.02867 0.34709 0.02881 0.34667 0.02881 0.34639 0.02867 0.34598 0.02839 0.34570 0.02798 0.34556 0.02756 0.34556 0.02714 0.34570 0.02700 0.34584 0.02686 0.34612\n 11 94 4 0.02450 0.38907 0.02478 0.38921 0.02519 0.38963 0.02519 0.38671\n 11 380 17 0.02853 0.38963 0.02714 0.38963 0.02700 0.38838 0.02714 0.38852 0.02756 0.38866 0.02798 0.38866 0.02839 0.38852 0.02867 0.38824 0.02881 0.38782 0.02881 0.38754 0.02867 0.38713 0.02839 0.38685 0.02798 0.38671 0.02756 0.38671 0.02714 0.38685 0.02700 0.38699 0.02686 0.38727\n 11 314 14 0.02422 0.43009 0.02422 0.43022 0.02436 0.43050 0.02450 0.43064 0.02478 0.43078 0.02533 0.43078 0.02561 0.43064 0.02575 0.43050 0.02589 0.43022 0.02589 0.42995 0.02575 0.42967 0.02547 0.42925 0.02408 0.42786 0.02603 0.42786\n 11 380 17 0.02853 0.43078 0.02714 0.43078 0.02700 0.42953 0.02714 0.42967 0.02756 0.42981 0.02798 0.42981 0.02839 0.42967 0.02867 0.42939 0.02881 0.42897 0.02881 0.42869 0.02867 0.42828 0.02839 0.42800 0.02798 0.42786 0.02756 0.42786 0.02714 0.42800 0.02700 0.42814 0.02686 0.42841\n 11 336 15 0.02436 0.47193 0.02589 0.47193 0.02505 0.47082 0.02547 0.47082 0.02575 0.47068 0.02589 0.47054 0.02603 0.47012 0.02603 0.46984 0.02589 0.46943 0.02561 0.46915 0.02519 0.46901 0.02478 0.46901 0.02436 0.46915 0.02422 0.46929 0.02408 0.46956\n 11 380 17 0.02853 0.47193 0.02714 0.47193 0.02700 0.47068 0.02714 0.47082 0.02756 0.47096 0.02798 0.47096 0.02839 0.47082 0.02867 0.47054 0.02881 0.47012 0.02881 0.46984 0.02867 0.46943 0.02839 0.46915 0.02798 0.46901 0.02756 0.46901 0.02714 0.46915 0.02700 0.46929 0.02686 0.46956\n 11 72 3 0.02547 0.51308 0.02408 0.51113 0.02617 0.51113\n 11 50 2 0.02547 0.51308 0.02547 0.51016\n 11 380 17 0.02853 0.51308 0.02714 0.51308 0.02700 0.51183 0.02714 0.51197 0.02756 0.51211 0.02798 0.51211 0.02839 0.51197 0.02867 0.51169 0.02881 0.51127 0.02881 0.51099 0.02867 0.51057 0.02839 0.51030 0.02798 0.51016 0.02756 0.51016 0.02714 0.51030 0.02700 0.51044 0.02686 0.51071\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.30378 0.34702 0.30378 0.32850 0.30378 0.34702 0.30744 0.34702 0.30378 0.34702 0.30378 0.36760 0.30744 0.36760 0.30378 0.36760 0.30378 0.38817 0.30744 0.38817 0.30378 0.38817 0.30378 0.40874 0.30744 0.40874 0.30378 0.40874 0.30378 0.42932 0.30744 0.42932 0.30378 0.42932 0.30378 0.44989 0.30744 0.44989 0.30378 0.44989 0.30378 0.47047 0.30744 0.47047 0.30378 0.47047 0.30378 0.49104 0.30744 0.49104 0.30378 0.49104 0.30378 0.51162 0.30744 0.51162 0.30378 0.51162 0.30378 0.53219 0.30744 0.53219 0.30378 0.53219 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.53425 0.03508 0.53425 0.05926 0.53425 0.05926 0.53790 0.05926 0.53425 0.08613 0.53425 0.08613 0.53790 0.08613 0.53425 0.11300 0.53425 0.11300 0.53790 0.11300 0.53425 0.13987 0.53425 0.13987 0.53790 0.13987 0.53425 0.16674 0.53425 0.16674 0.53790 0.16674 0.53425 0.19361 0.53425 0.19361 0.53790 0.19361 0.53425 0.22048 0.53425 0.22048 0.53790 0.22048 0.53425 0.24735 0.53425 0.24735 0.53790 0.24735 0.53425 0.27423 0.53425 0.27423 0.53790 0.27423 0.53425 0.30110 0.53425 0.30110 0.53790 0.30110 0.53425 0.30378 0.53425\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 11 732 33 0.05926 0.32850 0.03508 0.32850 0.05926 0.32850 0.05926 0.32485 0.05926 0.32850 0.08613 0.32850 0.08613 0.32485 0.08613 0.32850 0.11300 0.32850 0.11300 0.32485 0.11300 0.32850 0.13987 0.32850 0.13987 0.32485 0.13987 0.32850 0.16674 0.32850 0.16674 0.32485 0.16674 0.32850 0.19361 0.32850 0.19361 0.32485 0.19361 0.32850 0.22048 0.32850 0.22048 0.32485 0.22048 0.32850 0.24735 0.32850 0.24735 0.32485 0.24735 0.32850 0.27423 0.32850 0.27423 0.32485 0.27423 0.32850 0.30110 0.32850 0.30110 0.32485 0.30110 0.32850 0.30378 0.32850\n 11 380 17 0.05996 0.32222 0.05856 0.32222 0.05842 0.32097 0.05856 0.32111 0.05898 0.32124 0.05940 0.32124 0.05982 0.32111 0.06009 0.32083 0.06023 0.32041 0.06023 0.32013 0.06009 0.31971 0.05982 0.31944 0.05940 0.31930 0.05898 0.31930 0.05856 0.31944 0.05842 0.31957 0.05828 0.31985\n 11 94 4 0.11105 0.32166 0.11133 0.32180 0.11175 0.32222 0.11175 0.31930\n 11 380 17 0.11509 0.32222 0.11370 0.32222 0.11356 0.32097 0.11370 0.32111 0.11411 0.32124 0.11453 0.32124 0.11495 0.32111 0.11523 0.32083 0.11537 0.32041 0.11537 0.32013 0.11523 0.31971 0.11495 0.31944 0.11453 0.31930 0.11411 0.31930 0.11370 0.31944 0.11356 0.31957 0.11342 0.31985\n 11 314 14 0.16452 0.32152 0.16452 0.32166 0.16465 0.32194 0.16479 0.32208 0.16507 0.32222 0.16563 0.32222 0.16591 0.32208 0.16605 0.32194 0.16619 0.32166 0.16619 0.32138 0.16605 0.32111 0.16577 0.32069 0.16438 0.31930 0.16632 0.31930\n 11 380 17 0.16883 0.32222 0.16744 0.32222 0.16730 0.32097 0.16744 0.32111 0.16786 0.32124 0.16827 0.32124 0.16869 0.32111 0.16897 0.32083 0.16911 0.32041 0.16911 0.32013 0.16897 0.31971 0.16869 0.31944 0.16827 0.31930 0.16786 0.31930 0.16744 0.31944 0.16730 0.31957 0.16716 0.31985\n 11 336 15 0.21840 0.32222 0.21993 0.32222 0.21909 0.32111 0.21951 0.32111 0.21979 0.32097 0.21993 0.32083 0.22007 0.32041 0.22007 0.32013 0.21993 0.31971 0.21965 0.31944 0.21923 0.31930 0.21881 0.31930 0.21840 0.31944 0.21826 0.31957 0.21812 0.31985\n 11 380 17 0.22257 0.32222 0.22118 0.32222 0.22104 0.32097 0.22118 0.32111 0.22160 0.32124 0.22202 0.32124 0.22243 0.32111 0.22271 0.32083 0.22285 0.32041 0.22285 0.32013 0.22271 0.31971 0.22243 0.31944 0.22202 0.31930 0.22160 0.31930 0.22118 0.31944 0.22104 0.31957 0.22090 0.31985\n 11 72 3 0.27325 0.32222 0.27186 0.32027 0.27395 0.32027\n 11 50 2 0.27325 0.32222 0.27325 0.31930\n 11 380 17 0.27631 0.32222 0.27492 0.32222 0.27478 0.32097 0.27492 0.32111 0.27534 0.32124 0.27576 0.32124 0.27617 0.32111 0.27645 0.32083 0.27659 0.32041 0.27659 0.32013 0.27645 0.31971 0.27617 0.31944 0.27576 0.31930 0.27534 0.31930 0.27492 0.31944 0.27478 0.31957 0.27464 0.31985\n 21 6 1\n 25 6 1\n 11 50 2 0.03605 0.32850 0.03776 0.33056\n 11 50 2 0.03508 0.33523 0.03776 0.33879\n 11 50 2 0.03508 0.34308 0.03776 0.34702\n 11 50 2 0.03508 0.35086 0.03776 0.35525\n 11 50 2 0.03552 0.35789 0.03508 0.35749\n 11 50 2 0.03508 0.35854 0.03776 0.36348\n 11 50 2 0.03600 0.36648 0.03508 0.36553\n 11 50 2 0.03508 0.36601 0.03776 0.37171\n 11 116 5 0.03649 0.37511 0.03535 0.37378 0.03541 0.37553 0.03535 0.37378 0.03776 0.37994\n 11 116 5 0.03699 0.38378 0.03607 0.38251 0.03600 0.38407 0.03607 0.38251 0.03776 0.38817\n 11 116 5 0.03750 0.39246 0.03681 0.39126 0.03660 0.39263 0.03681 0.39126 0.03776 0.39640\n 11 116 5 0.03802 0.40116 0.03757 0.40002 0.03722 0.40119 0.03757 0.40002 0.03776 0.40463\n 11 116 5 0.03855 0.40986 0.03833 0.40880 0.03783 0.40976 0.03833 0.40880 0.03776 0.41286\n 11 116 5 0.03905 0.41857 0.03906 0.41757 0.03843 0.41834 0.03906 0.41757 0.03776 0.42109\n 11 116 5 0.03950 0.42724 0.03973 0.42631 0.03897 0.42689 0.03973 0.42631 0.03776 0.42932\n 11 116 5 0.03991 0.43582 0.04032 0.43495 0.03945 0.43538 0.04032 0.43495 0.03776 0.43755\n 11 116 5 0.04030 0.44431 0.04087 0.44345 0.03989 0.44376 0.04087 0.44345 0.03776 0.44578\n 11 116 5 0.04070 0.45268 0.04142 0.45181 0.04032 0.45204 0.04142 0.45181 0.03776 0.45401\n 11 116 5 0.04113 0.46097 0.04199 0.46005 0.04074 0.46023 0.04199 0.46005 0.03776 0.46224\n 11 116 5 0.04158 0.46917 0.04258 0.46818 0.04117 0.46833 0.04258 0.46818 0.03776 0.47047\n 11 116 5 0.04205 0.47730 0.04318 0.47620 0.04161 0.47635 0.04318 0.47620 0.03776 0.47870\n 11 116 5 0.04254 0.48537 0.04380 0.48414 0.04205 0.48431 0.04380 0.48414 0.03776 0.48693\n 11 116 5 0.04305 0.49338 0.04444 0.49201 0.04249 0.49221 0.04444 0.49201 0.03776 0.49516\n 11 116 5 0.04357 0.50135 0.04508 0.49981 0.04294 0.50007 0.04508 0.49981 0.03776 0.50339\n 11 116 5 0.04410 0.50928 0.04574 0.50757 0.04339 0.50789 0.04574 0.50757 0.03776 0.51162\n 11 116 5 0.04463 0.51720 0.04639 0.51531 0.04384 0.51569 0.04639 0.51531 0.03776 0.51985\n 11 116 5 0.04517 0.52512 0.04705 0.52305 0.04429 0.52349 0.04705 0.52305 0.03776 0.52808\n 11 50 2 0.04677 0.32850 0.04851 0.33056\n 11 116 5 0.04505 0.33295 0.04306 0.33164 0.04380 0.33391 0.04306 0.33164 0.04851 0.33879\n 11 116 5 0.04552 0.34134 0.04371 0.34000 0.04429 0.34218 0.04371 0.34000 0.04851 0.34702\n 11 116 5 0.04600 0.34980 0.04437 0.34846 0.04481 0.35052 0.04437 0.34846 0.04851 0.35525\n 11 116 5 0.04648 0.35833 0.04505 0.35701 0.04535 0.35893 0.04505 0.35701 0.04851 0.36348\n 11 116 5 0.04697 0.36692 0.04575 0.36564 0.04591 0.36740 0.04575 0.36564 0.04851 0.37171\n 11 116 5 0.04746 0.37555 0.04646 0.37433 0.04648 0.37591 0.04646 0.37433 0.04851 0.37994\n 11 116 5 0.04797 0.38422 0.04719 0.38306 0.04707 0.38445 0.04719 0.38306 0.04851 0.38817\n 11 116 5 0.04848 0.39292 0.04794 0.39182 0.04768 0.39302 0.04794 0.39182 0.04851 0.39640\n 11 116 5 0.04900 0.40163 0.04870 0.40061 0.04830 0.40160 0.04870 0.40061 0.04851 0.40463\n 11 116 5 0.04952 0.41036 0.04945 0.40942 0.04891 0.41020 0.04945 0.40942 0.04851 0.41286\n 11 116 5 0.04998 0.41908 0.05014 0.41822 0.04948 0.41880 0.05014 0.41822 0.04851 0.42109\n 11 116 5 0.05039 0.42775 0.05074 0.42696 0.04997 0.42736 0.05074 0.42696 0.04851 0.42932\n 11 116 5 0.05076 0.43630 0.05128 0.43557 0.05041 0.43582 0.05128 0.43557 0.04851 0.43755\n 11 116 5 0.05114 0.44475 0.05181 0.44403 0.05083 0.44418 0.05181 0.44403 0.04851 0.44578\n 11 116 5 0.05154 0.45311 0.05236 0.45236 0.05125 0.45243 0.05236 0.45236 0.04851 0.45401\n 11 116 5 0.05197 0.46138 0.05293 0.46058 0.05168 0.46061 0.05293 0.46058 0.04851 0.46224\n 11 116 5 0.05242 0.46958 0.05352 0.46869 0.05211 0.46870 0.05352 0.46869 0.04851 0.47047\n 11 116 5 0.05289 0.47771 0.05412 0.47672 0.05255 0.47672 0.05412 0.47672 0.04851 0.47870\n 11 116 5 0.05338 0.48577 0.05474 0.48466 0.05299 0.48468 0.05474 0.48466 0.04851 0.48693\n 11 116 5 0.05389 0.49379 0.05538 0.49253 0.05343 0.49259 0.05538 0.49253 0.04851 0.49516\n 11 116 5 0.05441 0.50176 0.05602 0.50034 0.05388 0.50044 0.05602 0.50034 0.04851 0.50339\n 11 116 5 0.05494 0.50970 0.05667 0.50811 0.05432 0.50827 0.05667 0.50811 0.04851 0.51162\n 11 116 5 0.05547 0.51762 0.05733 0.51585 0.05477 0.51608 0.05733 0.51585 0.04851 0.51985\n 11 116 5 0.05601 0.52554 0.05798 0.52359 0.05522 0.52388 0.05798 0.52359 0.04851 0.52808\n 11 50 2 0.05748 0.32850 0.05926 0.33056\n 11 116 5 0.05601 0.33340 0.05416 0.33219 0.05486 0.33429 0.05416 0.33219 0.05926 0.33879\n 11 116 5 0.05649 0.34178 0.05481 0.34055 0.05535 0.34256 0.05481 0.34055 0.05926 0.34702\n 11 116 5 0.05696 0.35024 0.05547 0.34901 0.05587 0.35090 0.05547 0.34901 0.05926 0.35525\n 11 116 5 0.05745 0.35877 0.05615 0.35756 0.05641 0.35931 0.05615 0.35756 0.05926 0.36348\n 11 116 5 0.05794 0.36736 0.05685 0.36619 0.05697 0.36778 0.05685 0.36619 0.05926 0.37171\n 11 116 5 0.05843 0.37600 0.05757 0.37488 0.05755 0.37629 0.05757 0.37488 0.05926 0.37994\n 11 116 5 0.05894 0.38467 0.05830 0.38362 0.05814 0.38484 0.05830 0.38362 0.05926 0.38817\n 11 116 5 0.05946 0.39338 0.05906 0.39239 0.05876 0.39341 0.05906 0.39239 0.05926 0.39640\n 11 116 5 0.05998 0.40211 0.05982 0.40121 0.05938 0.40202 0.05982 0.40121 0.05926 0.40463\n 11 116 5 0.06046 0.41087 0.06054 0.41006 0.05997 0.41065 0.06054 0.41006 0.05926 0.41286\n 11 116 5 0.06088 0.41960 0.06116 0.41888 0.06049 0.41926 0.06116 0.41888 0.05926 0.42109\n 11 116 5 0.06124 0.42823 0.06169 0.42758 0.06093 0.42780 0.06169 0.42758 0.05926 0.42932\n 11 116 5 0.06159 0.43674 0.06221 0.43613 0.06135 0.43623 0.06221 0.43613 0.05926 0.43755\n 11 116 5 0.06198 0.44516 0.06274 0.44455 0.06176 0.44455 0.06274 0.44455 0.05926 0.44578\n 11 116 5 0.06239 0.45350 0.06330 0.45286 0.06219 0.45279 0.06330 0.45286 0.05926 0.45401\n 11 116 5 0.06283 0.46176 0.06388 0.46107 0.06262 0.46096 0.06388 0.46107 0.05926 0.46224\n 11 116 5 0.06328 0.46996 0.06447 0.46918 0.06305 0.46905 0.06447 0.46918 0.05926 0.47047\n 11 116 5 0.06375 0.47809 0.06507 0.47721 0.06349 0.47707 0.06507 0.47721 0.05926 0.47870\n 11 116 5 0.06424 0.48616 0.06569 0.48515 0.06393 0.48503 0.06569 0.48515 0.05926 0.48693\n 11 116 5 0.06474 0.49418 0.06632 0.49303 0.06437 0.49294 0.06632 0.49303 0.05926 0.49516\n 11 116 5 0.06526 0.50215 0.06696 0.50084 0.06481 0.50081 0.06696 0.50084 0.05926 0.50339\n 11 116 5 0.06578 0.51010 0.06761 0.50862 0.06526 0.50864 0.06761 0.50862 0.05926 0.51162\n 11 116 5 0.06631 0.51803 0.06826 0.51637 0.06571 0.51645 0.06826 0.51637 0.05926 0.51985\n 11 116 5 0.06685 0.52595 0.06892 0.52412 0.06615 0.52426 0.06892 0.52412 0.05926 0.52808\n 11 50 2 0.06818 0.32850 0.07001 0.33056\n 11 116 5 0.06697 0.33384 0.06525 0.33274 0.06591 0.33467 0.06525 0.33274 0.07001 0.33879\n 11 116 5 0.06744 0.34222 0.06590 0.34110 0.06641 0.34294 0.06590 0.34110 0.07001 0.34702\n 11 116 5 0.06792 0.35068 0.06656 0.34956 0.06693 0.35128 0.06656 0.34956 0.07001 0.35525\n 11 116 5 0.06841 0.35921 0.06725 0.35811 0.06747 0.35970 0.06725 0.35811 0.07001 0.36348\n 11 116 5 0.06890 0.36780 0.06795 0.36674 0.06803 0.36816 0.06795 0.36674 0.07001 0.37171\n 11 116 5 0.06940 0.37644 0.06867 0.37544 0.06861 0.37668 0.06867 0.37544 0.07001 0.37994\n 11 116 5 0.06991 0.38513 0.06941 0.38418 0.06921 0.38523 0.06941 0.38418 0.07001 0.38817\n 11 116 5 0.07043 0.39385 0.07017 0.39298 0.06983 0.39382 0.07017 0.39298 0.07001 0.39640\n 11 116 5 0.07093 0.40261 0.07092 0.40183 0.07044 0.40245 0.07092 0.40183 0.07001 0.40463\n 11 116 5 0.07135 0.41145 0.07157 0.41071 0.07094 0.41115 0.07157 0.41071 0.07001 0.41286\n 11 116 5 0.07168 0.42014 0.07211 0.41950 0.07138 0.41974 0.07211 0.41950 0.07001 0.42109\n 11 116 5 0.07206 0.42867 0.07262 0.42814 0.07184 0.42821 0.07262 0.42814 0.07001 0.42932\n 11 116 5 0.07244 0.43714 0.07314 0.43664 0.07228 0.43659 0.07314 0.43664 0.07001 0.43755\n 11 116 5 0.07284 0.44554 0.07369 0.44503 0.07270 0.44490 0.07369 0.44503 0.07001 0.44578\n 11 116 5 0.07326 0.45387 0.07426 0.45333 0.07314 0.45313 0.07426 0.45333 0.07001 0.45401\n 11 116 5 0.07370 0.46213 0.07484 0.46153 0.07357 0.46129 0.07484 0.46153 0.07001 0.46224\n 11 116 5 0.07415 0.47033 0.07544 0.46965 0.07401 0.46938 0.07544 0.46965 0.07001 0.47047\n 11 116 5 0.07462 0.47846 0.07604 0.47768 0.07444 0.47741 0.07604 0.47768 0.07001 0.47870\n 11 116 5 0.07510 0.48653 0.07665 0.48563 0.07487 0.48537 0.07665 0.48563 0.07001 0.48693\n 11 116 5 0.07560 0.49456 0.07727 0.49351 0.07531 0.49328 0.07727 0.49351 0.07001 0.49516\n 11 116 5 0.07611 0.50254 0.07790 0.50133 0.07575 0.50115 0.07790 0.50133 0.07001 0.50339\n 11 116 5 0.07663 0.51049 0.07855 0.50911 0.07619 0.50899 0.07855 0.50911 0.07001 0.51162\n 11 116 5 0.07716 0.51842 0.07920 0.51687 0.07664 0.51681 0.07920 0.51687 0.07001 0.51985\n 11 116 5 0.07769 0.52635 0.07985 0.52463 0.07708 0.52463 0.07985 0.52463 0.07001 0.52808\n 11 50 2 0.07888 0.32850 0.08076 0.33056\n 11 116 5 0.07792 0.33428 0.07634 0.33329 0.07696 0.33505 0.07634 0.33329 0.08076 0.33879\n 11 116 5 0.07839 0.34266 0.07698 0.34165 0.07745 0.34332 0.07698 0.34165 0.08076 0.34702\n 11 116 5 0.07887 0.35112 0.07764 0.35011 0.07797 0.35167 0.07764 0.35011 0.08076 0.35525\n 11 116 5 0.07936 0.35966 0.07833 0.35866 0.07851 0.36008 0.07833 0.35866 0.08076 0.36348\n 11 116 5 0.07985 0.36825 0.07903 0.36730 0.07908 0.36855 0.07903 0.36730 0.08076 0.37171\n 11 116 5 0.08035 0.37689 0.07976 0.37599 0.07966 0.37707 0.07976 0.37599 0.08076 0.37994\n 11 116 5 0.08087 0.38558 0.08051 0.38475 0.08027 0.38563 0.08051 0.38475 0.08076 0.38817\n 11 116 5 0.08139 0.39434 0.08127 0.39358 0.08089 0.39425 0.08127 0.39358 0.08076 0.39640\n 11 116 5 0.08183 0.40324 0.08197 0.40248 0.08139 0.40299 0.08197 0.40248 0.08076 0.40463\n 11 116 5 0.08215 0.41201 0.08254 0.41134 0.08181 0.41162 0.08254 0.41134 0.08076 0.41286\n 11 116 5 0.08247 0.42060 0.08303 0.42006 0.08226 0.42013 0.08303 0.42006 0.08076 0.42109\n 11 116 5 0.08289 0.42906 0.08354 0.42864 0.08277 0.42856 0.08354 0.42864 0.08076 0.42932\n 11 116 5 0.08330 0.43751 0.08409 0.43711 0.08322 0.43693 0.08409 0.43711 0.08076 0.43755\n 11 116 5 0.08371 0.44590 0.08467 0.44549 0.08366 0.44522 0.08467 0.44549 0.08076 0.44578\n 11 116 5 0.08414 0.45423 0.08525 0.45378 0.08410 0.45345 0.08525 0.45378 0.08076 0.45401\n 11 116 5 0.08458 0.46249 0.08583 0.46199 0.08454 0.46161 0.08583 0.46199 0.08076 0.46224\n 11 116 5 0.08504 0.47069 0.08642 0.47010 0.08497 0.46970 0.08642 0.47010 0.08076 0.47047\n 11 116 5 0.08550 0.47882 0.08701 0.47813 0.08540 0.47773 0.08701 0.47813 0.08076 0.47870\n 11 116 5 0.08598 0.48690 0.08762 0.48609 0.08583 0.48570 0.08762 0.48609 0.08076 0.48693\n 11 116 5 0.08646 0.49492 0.08823 0.49397 0.08626 0.49362 0.08823 0.49397 0.08076 0.49516\n 11 116 5 0.08697 0.50291 0.08885 0.50180 0.08669 0.50149 0.08885 0.50180 0.08076 0.50339\n 11 116 5 0.08748 0.51086 0.08949 0.50959 0.08713 0.50934 0.08949 0.50959 0.08076 0.51162\n 11 116 5 0.08800 0.51880 0.09013 0.51736 0.08757 0.51716 0.09013 0.51736 0.08076 0.51985\n 11 116 5 0.08853 0.52674 0.09078 0.52512 0.08801 0.52498 0.09078 0.52512 0.08076 0.52808\n 11 50 2 0.08955 0.32850 0.09150 0.33056\n 11 116 5 0.08886 0.33472 0.08741 0.33385 0.08800 0.33544 0.08741 0.33385 0.09150 0.33879\n 11 116 5 0.08933 0.34311 0.08805 0.34220 0.08849 0.34371 0.08805 0.34220 0.09150 0.34702\n 11 116 5 0.08981 0.35157 0.08871 0.35067 0.08901 0.35206 0.08871 0.35067 0.09150 0.35525\n 11 116 5 0.09029 0.36010 0.08939 0.35922 0.08955 0.36047 0.08939 0.35922 0.09150 0.36348\n 11 116 5 0.09079 0.36869 0.09010 0.36785 0.09011 0.36894 0.09010 0.36785 0.09150 0.37171\n 11 116 5 0.09130 0.37734 0.09083 0.37655 0.09070 0.37746 0.09083 0.37655 0.09150 0.37994\n 11 116 5 0.09182 0.38607 0.09159 0.38533 0.09131 0.38606 0.09159 0.38533 0.09150 0.38817\n 11 116 5 0.09231 0.39498 0.09233 0.39420 0.09184 0.39480 0.09233 0.39420 0.09150 0.39640\n 11 116 5 0.09263 0.40382 0.09295 0.40312 0.09226 0.40347 0.09295 0.40312 0.09150 0.40463\n 11 116 5 0.09290 0.41247 0.09344 0.41192 0.09267 0.41201 0.09344 0.41192 0.09150 0.41286\n 11 116 5 0.09329 0.42096 0.09395 0.42056 0.09318 0.42046 0.09395 0.42056 0.09150 0.42109\n 11 116 5 0.09377 0.42942 0.09450 0.42910 0.09373 0.42889 0.09450 0.42910 0.09150 0.42932\n 11 116 5 0.09418 0.43787 0.09508 0.43756 0.09419 0.43724 0.09508 0.43756 0.09150 0.43755\n 11 116 5 0.09461 0.44626 0.09566 0.44594 0.09464 0.44553 0.09566 0.44594 0.09150 0.44578\n 11 116 5 0.09504 0.45459 0.09625 0.45423 0.09508 0.45376 0.09625 0.45423 0.09150 0.45401\n 11 116 5 0.09548 0.46285 0.09683 0.46243 0.09552 0.46192 0.09683 0.46243 0.09150 0.46224\n 11 116 5 0.09593 0.47105 0.09742 0.47055 0.09595 0.47001 0.09742 0.47055 0.09150 0.47047\n 11 116 5 0.09639 0.47918 0.09800 0.47858 0.09637 0.47804 0.09800 0.47858 0.09150 0.47870\n 11 116 5 0.09686 0.48726 0.09859 0.48654 0.09679 0.48602 0.09859 0.48654 0.09150 0.48693\n 11 116 5 0.09734 0.49528 0.09919 0.49443 0.09721 0.49394 0.09919 0.49443 0.09150 0.49516\n 11 116 5 0.09783 0.50327 0.09981 0.50226 0.09763 0.50182 0.09981 0.50226 0.09150 0.50339\n 11 116 5 0.09834 0.51123 0.10043 0.51006 0.09806 0.50967 0.10043 0.51006 0.09150 0.51162\n 11 116 5 0.09885 0.51917 0.10106 0.51783 0.09850 0.51750 0.10106 0.51783 0.09150 0.51985\n 11 116 5 0.09937 0.52711 0.10170 0.52560 0.09894 0.52533 0.10170 0.52560 0.09150 0.52808\n 11 50 2 0.10020 0.32850 0.10225 0.33056\n 11 116 5 0.09979 0.33517 0.09846 0.33440 0.09902 0.33583 0.09846 0.33440 0.10225 0.33879\n 11 116 5 0.10026 0.34355 0.09910 0.34276 0.09951 0.34410 0.09910 0.34276 0.10225 0.34702\n 11 116 5 0.10073 0.35201 0.09976 0.35122 0.10003 0.35245 0.09976 0.35122 0.10225 0.35525\n 11 116 5 0.10122 0.36054 0.10044 0.35977 0.10057 0.36086 0.10044 0.35977 0.10225 0.36348\n 11 116 5 0.10172 0.36914 0.10115 0.36841 0.10114 0.36933 0.10115 0.36841 0.10225 0.37171\n 11 116 5 0.10224 0.37781 0.10189 0.37712 0.10173 0.37788 0.10189 0.37712 0.10225 0.37994\n 11 116 5 0.10278 0.38670 0.10265 0.38593 0.10227 0.38661 0.10265 0.38593 0.10225 0.38817\n 11 116 5 0.10313 0.39559 0.10334 0.39485 0.10271 0.39530 0.10334 0.39485 0.10225 0.39640\n 11 116 5 0.10334 0.40430 0.10385 0.40372 0.10309 0.40386 0.10385 0.40372 0.10225 0.40463\n 11 116 5 0.10368 0.41282 0.10434 0.41242 0.10358 0.41232 0.10434 0.41242 0.10225 0.41286\n 11 116 5 0.10418 0.42129 0.10490 0.42101 0.10416 0.42078 0.10490 0.42101 0.10225 0.42109\n 11 116 5 0.10466 0.42977 0.10549 0.42955 0.10470 0.42921 0.10549 0.42955 0.10225 0.42932\n 11 116 5 0.10509 0.43823 0.10609 0.43801 0.10517 0.43756 0.10609 0.43801 0.10225 0.43755\n 11 116 5 0.10552 0.44662 0.10668 0.44639 0.10563 0.44585 0.10668 0.44639 0.10225 0.44578\n 11 116 5 0.10596 0.45495 0.10727 0.45468 0.10607 0.45408 0.10727 0.45468 0.10225 0.45401\n 11 116 5 0.10639 0.46321 0.10785 0.46289 0.10651 0.46223 0.10785 0.46289 0.10225 0.46224\n 11 116 5 0.10683 0.47141 0.10842 0.47100 0.10693 0.47033 0.10842 0.47100 0.10225 0.47047\n 11 116 5 0.10728 0.47954 0.10900 0.47903 0.10734 0.47836 0.10900 0.47903 0.10225 0.47870\n 11 116 5 0.10774 0.48761 0.10958 0.48699 0.10775 0.48633 0.10958 0.48699 0.10225 0.48693\n 11 116 5 0.10821 0.49564 0.11016 0.49488 0.10816 0.49426 0.11016 0.49488 0.10225 0.49516\n 11 116 5 0.10869 0.50363 0.11076 0.50272 0.10858 0.50214 0.11076 0.50272 0.10225 0.50339\n 11 116 5 0.10919 0.51159 0.11137 0.51052 0.10900 0.50999 0.11137 0.51052 0.10225 0.51162\n 11 116 5 0.10970 0.51954 0.11200 0.51830 0.10943 0.51783 0.11200 0.51830 0.10225 0.51985\n 11 116 5 0.11021 0.52748 0.11263 0.52607 0.10986 0.52566 0.11263 0.52607 0.10225 0.52808\n 11 50 2 0.11081 0.32850 0.11300 0.33056\n 11 116 5 0.11071 0.33561 0.10950 0.33496 0.11004 0.33622 0.10950 0.33496 0.11300 0.33879\n 11 116 5 0.11117 0.34399 0.11013 0.34332 0.11052 0.34450 0.11013 0.34332 0.11300 0.34702\n 11 116 5 0.11164 0.35246 0.11079 0.35178 0.11104 0.35284 0.11079 0.35178 0.11300 0.35525\n 11 116 5 0.11213 0.36099 0.11147 0.36033 0.11158 0.36126 0.11147 0.36033 0.11300 0.36348\n 11 116 5 0.11264 0.36960 0.11218 0.36897 0.11215 0.36974 0.11218 0.36897 0.11300 0.37171\n 11 116 5 0.11321 0.37842 0.11293 0.37770 0.11270 0.37844 0.11293 0.37770 0.11300 0.37994\n 11 116 5 0.11363 0.38733 0.11367 0.38655 0.11316 0.38713 0.11367 0.38655 0.11300 0.38817\n 11 116 5 0.11382 0.39611 0.11425 0.39547 0.11351 0.39570 0.11425 0.39547 0.11300 0.39640\n 11 116 5 0.11408 0.40464 0.11473 0.40423 0.11396 0.40414 0.11473 0.40423 0.11300 0.40463\n 11 116 5 0.11455 0.41312 0.11529 0.41287 0.11456 0.41261 0.11529 0.41287 0.11300 0.41286\n 11 116 5 0.11513 0.42162 0.11589 0.42146 0.11520 0.42112 0.11589 0.42146 0.11300 0.42109\n 11 116 5 0.11556 0.43014 0.11650 0.43000 0.11568 0.42953 0.11650 0.43000 0.11300 0.42932\n 11 116 5 0.11600 0.43860 0.11711 0.43847 0.11616 0.43788 0.11711 0.43847 0.11300 0.43755\n 11 116 5 0.11643 0.44699 0.11770 0.44685 0.11662 0.44617 0.11770 0.44685 0.11300 0.44578\n 11 116 5 0.11687 0.45532 0.11829 0.45514 0.11707 0.45440 0.11829 0.45514 0.11300 0.45401\n 11 116 5 0.11730 0.46358 0.11886 0.46334 0.11749 0.46255 0.11886 0.46334 0.11300 0.46224\n 11 116 5 0.11774 0.47177 0.11943 0.47145 0.11791 0.47065 0.11943 0.47145 0.11300 0.47047\n 11 116 5 0.11818 0.47990 0.11999 0.47948 0.11831 0.47867 0.11999 0.47948 0.11300 0.47870\n 11 116 5 0.11863 0.48797 0.12056 0.48744 0.11871 0.48665 0.12056 0.48744 0.11300 0.48693\n 11 116 5 0.11909 0.49600 0.12113 0.49533 0.11911 0.49457 0.12113 0.49533 0.11300 0.49516\n 11 116 5 0.11956 0.50398 0.12172 0.50317 0.11952 0.50246 0.12172 0.50317 0.11300 0.50339\n 11 116 5 0.12004 0.51195 0.12232 0.51097 0.11993 0.51032 0.12232 0.51097 0.11300 0.51162\n 11 116 5 0.12054 0.51989 0.12293 0.51875 0.12035 0.51816 0.12293 0.51875 0.11300 0.51985\n 11 116 5 0.12105 0.52784 0.12355 0.52653 0.12078 0.52599 0.12355 0.52653 0.11300 0.52808\n 11 50 2 0.12137 0.32850 0.12375 0.33056\n 11 116 5 0.12161 0.33605 0.12052 0.33552 0.12104 0.33662 0.12052 0.33552 0.12375 0.33879\n 11 116 5 0.12207 0.34444 0.12114 0.34388 0.12152 0.34489 0.12114 0.34388 0.12375 0.34702\n 11 116 5 0.12254 0.35290 0.12179 0.35235 0.12203 0.35324 0.12179 0.35235 0.12375 0.35525\n 11 116 5 0.12303 0.36144 0.12247 0.36090 0.12257 0.36167 0.12247 0.36090 0.12375 0.36348\n 11 116 5 0.12362 0.37018 0.12319 0.36954 0.12312 0.37031 0.12319 0.36954 0.12375 0.37171\n 11 116 5 0.12411 0.37904 0.12394 0.37829 0.12360 0.37898 0.12394 0.37829 0.12375 0.37994\n 11 116 5 0.12432 0.38791 0.12462 0.38719 0.12394 0.38757 0.12462 0.38719 0.12375 0.38817\n 11 116 5 0.12447 0.39646 0.12510 0.39601 0.12433 0.39596 0.12510 0.39601 0.12375 0.39640\n 11 116 5 0.12492 0.40492 0.12565 0.40468 0.12493 0.40441 0.12565 0.40468 0.12375 0.40463\n 11 116 5 0.12550 0.41344 0.12627 0.41332 0.12559 0.41294 0.12627 0.41332 0.12375 0.41286\n 11 116 5 0.12603 0.42199 0.12689 0.42193 0.12618 0.42144 0.12689 0.42193 0.12375 0.42109\n 11 116 5 0.12647 0.43052 0.12752 0.43047 0.12668 0.42986 0.12752 0.43047 0.12375 0.42932\n 11 116 5 0.12691 0.43898 0.12813 0.43894 0.12715 0.43821 0.12813 0.43894 0.12375 0.43755\n 11 116 5 0.12734 0.44738 0.12872 0.44733 0.12762 0.44650 0.12872 0.44733 0.12375 0.44578\n 11 116 5 0.12778 0.45570 0.12931 0.45562 0.12806 0.45473 0.12931 0.45562 0.12375 0.45401\n 11 116 5 0.12821 0.46395 0.12987 0.46381 0.12848 0.46288 0.12987 0.46381 0.12375 0.46224\n 11 116 5 0.12864 0.47214 0.13043 0.47192 0.12889 0.47097 0.13043 0.47192 0.12375 0.47047\n 11 116 5 0.12907 0.48026 0.13099 0.47994 0.12929 0.47899 0.13099 0.47994 0.12375 0.47870\n 11 116 5 0.12951 0.48833 0.13154 0.48789 0.12968 0.48697 0.13154 0.48789 0.12375 0.48693\n 11 116 5 0.12996 0.49635 0.13210 0.49577 0.13007 0.49489 0.13210 0.49577 0.12375 0.49516\n 11 116 5 0.13042 0.50434 0.13267 0.50361 0.13046 0.50278 0.13267 0.50361 0.12375 0.50339\n 11 116 5 0.13090 0.51230 0.13325 0.51142 0.13086 0.51064 0.13325 0.51142 0.12375 0.51162\n 11 116 5 0.13138 0.52025 0.13385 0.51920 0.13127 0.51848 0.13385 0.51920 0.12375 0.51985\n 11 116 5 0.13188 0.52820 0.13446 0.52699 0.13169 0.52632 0.13446 0.52699 0.12375 0.52808\n 11 72 3 0.13138 0.32850 0.13158 0.32881 0.13138 0.32850\n 11 50 2 0.13183 0.32850 0.13450 0.33056\n 11 116 5 0.13250 0.33649 0.13152 0.33608 0.13203 0.33702 0.13152 0.33608 0.13450 0.33879\n 11 116 5 0.13295 0.34488 0.13214 0.34445 0.13250 0.34530 0.13214 0.34445 0.13450 0.34702\n 11 116 5 0.13342 0.35335 0.13278 0.35291 0.13301 0.35365 0.13278 0.35291 0.13450 0.35525\n 11 116 5 0.13402 0.36200 0.13345 0.36147 0.13356 0.36223 0.13345 0.36147 0.13450 0.36348\n 11 116 5 0.13457 0.37077 0.13417 0.37011 0.13407 0.37087 0.13417 0.37011 0.13450 0.37171\n 11 116 5 0.13488 0.37967 0.13492 0.37890 0.13441 0.37948 0.13492 0.37890 0.13450 0.37994\n 11 116 5 0.13488 0.38829 0.13546 0.38777 0.13469 0.38781 0.13546 0.38777 0.13450 0.38817\n 11 116 5 0.13526 0.39669 0.13600 0.39646 0.13528 0.39618 0.13600 0.39646 0.13450 0.39640\n 11 116 5 0.13585 0.40522 0.13662 0.40514 0.13597 0.40472 0.13662 0.40514 0.13450 0.40463\n 11 116 5 0.13649 0.41381 0.13726 0.41380 0.13665 0.41332 0.13726 0.41380 0.13450 0.41286\n 11 116 5 0.13693 0.42238 0.13790 0.42241 0.13717 0.42179 0.13790 0.42241 0.13450 0.42109\n 11 116 5 0.13737 0.43091 0.13853 0.43097 0.13766 0.43020 0.13853 0.43097 0.13450 0.42932\n 11 116 5 0.13781 0.43937 0.13914 0.43944 0.13814 0.43856 0.13914 0.43944 0.13450 0.43755\n 11 116 5 0.13825 0.44777 0.13973 0.44782 0.13860 0.44685 0.13973 0.44782 0.13450 0.44578\n 11 116 5 0.13868 0.45609 0.14031 0.45610 0.13904 0.45507 0.14031 0.45610 0.13450 0.45401\n 11 116 5 0.13910 0.46434 0.14088 0.46429 0.13946 0.46322 0.14088 0.46429 0.13450 0.46224\n 11 116 5 0.13953 0.47251 0.14143 0.47239 0.13986 0.47130 0.14143 0.47239 0.13450 0.47047\n 11 116 5 0.13995 0.48063 0.14197 0.48040 0.14025 0.47932 0.14197 0.48040 0.13450 0.47870\n 11 116 5 0.14039 0.48869 0.14251 0.48834 0.14063 0.48729 0.14251 0.48834 0.13450 0.48693\n 11 116 5 0.14083 0.49671 0.14306 0.49623 0.14101 0.49521 0.14306 0.49623 0.13450 0.49516\n 11 116 5 0.14128 0.50469 0.14362 0.50406 0.14140 0.50310 0.14362 0.50406 0.13450 0.50339\n 11 116 5 0.14174 0.51265 0.14418 0.51187 0.14178 0.51096 0.14418 0.51187 0.13450 0.51162\n 11 116 5 0.14222 0.52060 0.14477 0.51965 0.14218 0.51880 0.14477 0.51965 0.13450 0.51985\n 11 116 5 0.14270 0.52855 0.14537 0.52744 0.14259 0.52665 0.14537 0.52744 0.13450 0.52808\n 11 50 2 0.14294 0.32861 0.14251 0.32850\n 11 72 3 0.14203 0.32850 0.14256 0.32920 0.14203 0.32850\n 11 50 2 0.14215 0.32850 0.14525 0.33056\n 11 116 5 0.14338 0.33693 0.14250 0.33663 0.14300 0.33741 0.14250 0.33663 0.14525 0.33879\n 11 116 5 0.14382 0.34533 0.14311 0.34501 0.14347 0.34570 0.14311 0.34501 0.14525 0.34702\n 11 116 5 0.14441 0.35387 0.14374 0.35348 0.14402 0.35421 0.14374 0.35348 0.14525 0.35525\n 11 116 5 0.14499 0.36254 0.14441 0.36204 0.14455 0.36280 0.14441 0.36204 0.14525 0.36348\n 11 116 5 0.14546 0.37137 0.14512 0.37068 0.14496 0.37144 0.14512 0.37068 0.14525 0.37171\n 11 116 5 0.14537 0.38017 0.14580 0.37952 0.14506 0.37976 0.14580 0.37952 0.14525 0.37994\n 11 116 5 0.14558 0.38845 0.14632 0.38824 0.14561 0.38794 0.14632 0.38824 0.14525 0.38817\n 11 116 5 0.14618 0.39696 0.14695 0.39693 0.14633 0.39647 0.14695 0.39693 0.14525 0.39640\n 11 116 5 0.14683 0.40558 0.14761 0.40563 0.14703 0.40511 0.14761 0.40563 0.14525 0.40463\n 11 116 5 0.14738 0.41420 0.14825 0.41430 0.14763 0.41368 0.14825 0.41430 0.14525 0.41286\n 11 116 5 0.14782 0.42278 0.14889 0.42292 0.14814 0.42215 0.14889 0.42292 0.14525 0.42109\n 11 116 5 0.14826 0.43131 0.14952 0.43148 0.14864 0.43056 0.14952 0.43148 0.14525 0.42932\n 11 116 5 0.14870 0.43977 0.15013 0.43995 0.14912 0.43892 0.15013 0.43995 0.14525 0.43755\n 11 116 5 0.14913 0.44817 0.15073 0.44832 0.14958 0.44721 0.15073 0.44832 0.14525 0.44578\n 11 116 5 0.14956 0.45648 0.15130 0.45660 0.15001 0.45542 0.15130 0.45660 0.14525 0.45401\n 11 116 5 0.14999 0.46472 0.15186 0.46478 0.15043 0.46357 0.15186 0.46478 0.14525 0.46224\n 11 116 5 0.15041 0.47290 0.15241 0.47287 0.15083 0.47164 0.15241 0.47287 0.14525 0.47047\n 11 116 5 0.15083 0.48100 0.15294 0.48088 0.15121 0.47966 0.15294 0.48088 0.14525 0.47870\n 11 116 5 0.15125 0.48906 0.15348 0.48881 0.15158 0.48762 0.15348 0.48881 0.14525 0.48693\n 11 116 5 0.15168 0.49707 0.15401 0.49668 0.15195 0.49554 0.15401 0.49668 0.14525 0.49516\n 11 116 5 0.15213 0.50505 0.15455 0.50452 0.15232 0.50342 0.15455 0.50452 0.14525 0.50339\n 11 116 5 0.15258 0.51300 0.15511 0.51232 0.15270 0.51128 0.15511 0.51232 0.14525 0.51162\n 11 116 5 0.15305 0.52095 0.15568 0.52010 0.15309 0.51912 0.15568 0.52010 0.14525 0.51985\n 11 116 5 0.15352 0.52890 0.15626 0.52788 0.15349 0.52697 0.15626 0.52788 0.14525 0.52808\n 11 116 5 0.15381 0.32903 0.15289 0.32889 0.15352 0.32958 0.15289 0.32889 0.15599 0.33056\n 11 116 5 0.15424 0.33736 0.15347 0.33718 0.15396 0.33780 0.15347 0.33718 0.15599 0.33879\n 11 116 5 0.15481 0.34581 0.15407 0.34557 0.15450 0.34622 0.15407 0.34557 0.15599 0.34702\n 11 116 5 0.15540 0.35436 0.15469 0.35405 0.15506 0.35474 0.15469 0.35405 0.15599 0.35525\n 11 116 5 0.15598 0.36304 0.15534 0.36261 0.15557 0.36335 0.15534 0.36261 0.15599 0.36348\n 11 116 5 0.15622 0.37202 0.15604 0.37126 0.15571 0.37196 0.15604 0.37126 0.15599 0.37171\n 11 116 5 0.15586 0.38018 0.15662 0.38001 0.15592 0.37967 0.15662 0.38001 0.15599 0.37994\n 11 116 5 0.15649 0.38866 0.15726 0.38871 0.15669 0.38819 0.15726 0.38871 0.15599 0.38817\n 11 116 5 0.15716 0.39731 0.15792 0.39743 0.15740 0.39686 0.15792 0.39743 0.15599 0.39640\n 11 116 5 0.15780 0.40599 0.15858 0.40615 0.15806 0.40554 0.15858 0.40615 0.15599 0.40463\n 11 116 5 0.15824 0.41462 0.15922 0.41483 0.15859 0.41405 0.15922 0.41483 0.15599 0.41286\n 11 116 5 0.15869 0.42320 0.15986 0.42345 0.15910 0.42252 0.15986 0.42345 0.15599 0.42109\n 11 116 5 0.15913 0.43173 0.16049 0.43200 0.15960 0.43094 0.16049 0.43200 0.15599 0.42932\n 11 116 5 0.15957 0.44019 0.16110 0.44047 0.16008 0.43929 0.16110 0.44047 0.15599 0.43755\n 11 116 5 0.16000 0.44857 0.16170 0.44884 0.16054 0.44758 0.16170 0.44884 0.15599 0.44578\n 11 116 5 0.16043 0.45689 0.16227 0.45711 0.16097 0.45579 0.16227 0.45711 0.15599 0.45401\n 11 116 5 0.16085 0.46512 0.16283 0.46528 0.16139 0.46392 0.16283 0.46528 0.15599 0.46224\n 11 116 5 0.16127 0.47329 0.16337 0.47336 0.16178 0.47199 0.16337 0.47336 0.15599 0.47047\n 11 116 5 0.16169 0.48139 0.16390 0.48136 0.16216 0.48000 0.16390 0.48136 0.15599 0.47870\n 11 116 5 0.16211 0.48943 0.16442 0.48928 0.16252 0.48796 0.16442 0.48928 0.15599 0.48693\n 11 116 5 0.16253 0.49743 0.16495 0.49715 0.16288 0.49587 0.16495 0.49715 0.15599 0.49516\n 11 116 5 0.16297 0.50541 0.16547 0.50497 0.16324 0.50375 0.16547 0.50497 0.15599 0.50339\n 11 116 5 0.16341 0.51336 0.16602 0.51277 0.16361 0.51160 0.16602 0.51277 0.15599 0.51162\n 11 116 5 0.16387 0.52130 0.16657 0.52055 0.16399 0.51945 0.16657 0.52055 0.15599 0.51985\n 11 116 5 0.16433 0.52924 0.16714 0.52833 0.16438 0.52729 0.16714 0.52833 0.15599 0.52808\n 11 116 5 0.16466 0.32944 0.16383 0.32940 0.16446 0.32995 0.16383 0.32940 0.16674 0.33056\n 11 116 5 0.16518 0.33779 0.16441 0.33771 0.16497 0.33825 0.16441 0.33771 0.16674 0.33879\n 11 116 5 0.16578 0.34623 0.16501 0.34611 0.16554 0.34668 0.16501 0.34611 0.16674 0.34702\n 11 116 5 0.16639 0.35475 0.16563 0.35461 0.16613 0.35519 0.16563 0.35461 0.16674 0.35525\n 11 116 5 0.16702 0.36335 0.16626 0.36318 0.16675 0.36378 0.16626 0.36318 0.16674 0.36348\n 11 50 2 0.16674 0.37171 0.16674 0.37171\n 11 116 5 0.16681 0.38030 0.16755 0.38052 0.16711 0.37989 0.16755 0.38052 0.16674 0.37994\n 11 116 5 0.16747 0.38902 0.16821 0.38924 0.16777 0.38860 0.16821 0.38924 0.16674 0.38817\n 11 116 5 0.16812 0.39774 0.16886 0.39797 0.16843 0.39733 0.16886 0.39797 0.16674 0.39640\n 11 116 5 0.16864 0.40642 0.16952 0.40669 0.16900 0.40593 0.16952 0.40669 0.16674 0.40463\n 11 116 5 0.16909 0.41504 0.17017 0.41537 0.16953 0.41444 0.17017 0.41537 0.16674 0.41286\n 11 116 5 0.16954 0.42362 0.17081 0.42399 0.17004 0.42291 0.17081 0.42399 0.16674 0.42109\n 11 116 5 0.16998 0.43215 0.17143 0.43254 0.17054 0.43133 0.17143 0.43254 0.16674 0.42932\n 11 116 5 0.17042 0.44061 0.17205 0.44101 0.17102 0.43968 0.17205 0.44101 0.16674 0.43755\n 11 116 5 0.17085 0.44899 0.17264 0.44937 0.17148 0.44796 0.17264 0.44937 0.16674 0.44578\n 11 116 5 0.17128 0.45730 0.17322 0.45764 0.17192 0.45616 0.17322 0.45764 0.16674 0.45401\n 11 116 5 0.17170 0.46552 0.17377 0.46580 0.17233 0.46429 0.17377 0.46580 0.16674 0.46224\n 11 116 5 0.17212 0.47368 0.17431 0.47387 0.17272 0.47236 0.17431 0.47387 0.16674 0.47047\n 11 116 5 0.17254 0.48177 0.17484 0.48185 0.17309 0.48036 0.17484 0.48185 0.16674 0.47870\n 11 116 5 0.17295 0.48981 0.17535 0.48977 0.17345 0.48830 0.17535 0.48977 0.16674 0.48693\n 11 116 5 0.17337 0.49780 0.17587 0.49762 0.17380 0.49621 0.17587 0.49762 0.16674 0.49516\n 11 116 5 0.17379 0.50577 0.17638 0.50544 0.17415 0.50408 0.17638 0.50544 0.16674 0.50339\n 11 116 5 0.17423 0.51371 0.17691 0.51322 0.17451 0.51193 0.17691 0.51322 0.16674 0.51162\n 11 116 5 0.17467 0.52165 0.17745 0.52100 0.17487 0.51977 0.17745 0.52100 0.16674 0.51985\n 11 116 5 0.17513 0.52959 0.17801 0.52878 0.17525 0.52762 0.17801 0.52878 0.16674 0.52808\n 11 116 5 0.17551 0.32981 0.17474 0.32989 0.17539 0.33031 0.17474 0.32989 0.17749 0.33056\n 11 116 5 0.17610 0.33815 0.17532 0.33821 0.17596 0.33864 0.17532 0.33821 0.17749 0.33879\n 11 116 5 0.17670 0.34655 0.17592 0.34661 0.17657 0.34705 0.17592 0.34661 0.17749 0.34702\n 11 116 5 0.17730 0.35496 0.17654 0.35510 0.17722 0.35547 0.17654 0.35510 0.17749 0.35525\n 11 116 5 0.17765 0.36312 0.17710 0.36367 0.17787 0.36358 0.17710 0.36367 0.17749 0.36348\n 11 116 5 0.17726 0.37183 0.17777 0.37241 0.17774 0.37164 0.17777 0.37241 0.17749 0.37171\n 11 116 5 0.17779 0.38069 0.17845 0.38109 0.17818 0.38037 0.17845 0.38109 0.17749 0.37994\n 11 116 5 0.17842 0.38947 0.17911 0.38981 0.17878 0.38911 0.17911 0.38981 0.17749 0.38817\n 11 116 5 0.17901 0.39820 0.17977 0.39854 0.17939 0.39781 0.17977 0.39854 0.17749 0.39640\n 11 116 5 0.17946 0.40686 0.18042 0.40725 0.17992 0.40634 0.18042 0.40725 0.17749 0.40463\n 11 116 5 0.17991 0.41548 0.18107 0.41593 0.18045 0.41485 0.18107 0.41593 0.17749 0.41286\n 11 116 5 0.18036 0.42406 0.18172 0.42455 0.18096 0.42332 0.18172 0.42455 0.17749 0.42109\n 11 116 5 0.18080 0.43258 0.18235 0.43310 0.18146 0.43173 0.18235 0.43310 0.17749 0.42932\n 11 116 5 0.18124 0.44103 0.18296 0.44156 0.18194 0.44008 0.18296 0.44156 0.17749 0.43755\n 11 116 5 0.18168 0.44941 0.18356 0.44992 0.18240 0.44835 0.18356 0.44992 0.17749 0.44578\n 11 116 5 0.18211 0.45771 0.18413 0.45817 0.18284 0.45655 0.18413 0.45817 0.17749 0.45401\n 11 116 5 0.18253 0.46594 0.18469 0.46633 0.18325 0.46468 0.18469 0.46633 0.17749 0.46224\n 11 116 5 0.18295 0.47408 0.18523 0.47439 0.18364 0.47273 0.18523 0.47439 0.17749 0.47047\n 11 116 5 0.18337 0.48217 0.18575 0.48236 0.18401 0.48072 0.18575 0.48236 0.17749 0.47870\n 11 116 5 0.18378 0.49019 0.18626 0.49026 0.18436 0.48866 0.18626 0.49026 0.17749 0.48693\n 11 116 5 0.18419 0.49818 0.18677 0.49810 0.18471 0.49655 0.18677 0.49810 0.17749 0.49516\n 11 116 5 0.18461 0.50613 0.18727 0.50591 0.18505 0.50442 0.18727 0.50591 0.17749 0.50339\n 11 116 5 0.18503 0.51407 0.18779 0.51368 0.18539 0.51227 0.18779 0.51368 0.17749 0.51162\n 11 116 5 0.18547 0.52200 0.18832 0.52145 0.18575 0.52011 0.18832 0.52145 0.17749 0.51985\n 11 116 5 0.18592 0.52994 0.18886 0.52923 0.18612 0.52795 0.18886 0.52923 0.17749 0.52808\n 11 116 5 0.18633 0.33015 0.18558 0.33035 0.18629 0.33066 0.18558 0.33035 0.18824 0.33056\n 11 116 5 0.18691 0.33845 0.18617 0.33867 0.18688 0.33897 0.18617 0.33867 0.18824 0.33879\n 11 116 5 0.18748 0.34679 0.18676 0.34707 0.18749 0.34730 0.18676 0.34707 0.18824 0.34702\n 11 116 5 0.18792 0.35509 0.18731 0.35556 0.18808 0.35557 0.18731 0.35556 0.18824 0.35525\n 11 116 5 0.18795 0.36349 0.18785 0.36426 0.18840 0.36372 0.18785 0.36426 0.18824 0.36348\n 11 116 5 0.18815 0.37236 0.18859 0.37300 0.18864 0.37222 0.18859 0.37300 0.18824 0.37171\n 11 116 5 0.18870 0.38119 0.18929 0.38168 0.18913 0.38093 0.18929 0.38168 0.18824 0.37994\n 11 116 5 0.18932 0.38998 0.18997 0.39040 0.18972 0.38966 0.18997 0.39040 0.18824 0.38817\n 11 116 5 0.18980 0.39865 0.19063 0.39912 0.19027 0.39823 0.19063 0.39912 0.18824 0.39640\n 11 116 5 0.19025 0.40730 0.19129 0.40783 0.19081 0.40677 0.19129 0.40783 0.18824 0.40463\n 11 116 5 0.19070 0.41592 0.19195 0.41651 0.19134 0.41527 0.19195 0.41651 0.18824 0.41286\n 11 116 5 0.19115 0.42450 0.19259 0.42513 0.19186 0.42374 0.19259 0.42513 0.18824 0.42109\n 11 116 5 0.19160 0.43302 0.19322 0.43367 0.19236 0.43215 0.19322 0.43367 0.18824 0.42932\n 11 116 5 0.19204 0.44147 0.19384 0.44212 0.19284 0.44049 0.19384 0.44212 0.18824 0.43755\n 11 116 5 0.19248 0.44984 0.19444 0.45047 0.19330 0.44876 0.19444 0.45047 0.18824 0.44578\n 11 116 5 0.19291 0.45814 0.19502 0.45872 0.19374 0.45695 0.19502 0.45872 0.18824 0.45401\n 11 116 5 0.19334 0.46635 0.19558 0.46687 0.19415 0.46507 0.19558 0.46687 0.18824 0.46224\n 11 116 5 0.19376 0.47449 0.19612 0.47492 0.19454 0.47311 0.19612 0.47492 0.18824 0.47047\n 11 116 5 0.19418 0.48257 0.19664 0.48288 0.19491 0.48110 0.19664 0.48288 0.18824 0.47870\n 11 116 5 0.19459 0.49058 0.19715 0.49076 0.19526 0.48902 0.19715 0.49076 0.18824 0.48693\n 11 116 5 0.19499 0.49856 0.19765 0.49859 0.19560 0.49691 0.19765 0.49859 0.18824 0.49516\n 11 116 5 0.19541 0.50650 0.19814 0.50638 0.19593 0.50477 0.19814 0.50638 0.18824 0.50339\n 11 116 5 0.19582 0.51443 0.19865 0.51415 0.19627 0.51261 0.19865 0.51415 0.18824 0.51162\n 11 116 5 0.19625 0.52235 0.19916 0.52192 0.19661 0.52044 0.19916 0.52192 0.18824 0.51985\n 11 116 5 0.19669 0.53029 0.19969 0.52969 0.19697 0.52828 0.19969 0.52969 0.18824 0.52808\n 11 116 5 0.19705 0.33048 0.19635 0.33080 0.19710 0.33099 0.19635 0.33080 0.19899 0.33056\n 11 116 5 0.19761 0.33875 0.19692 0.33912 0.19768 0.33926 0.19692 0.33912 0.19899 0.33879\n 11 116 5 0.19808 0.34706 0.19747 0.34754 0.19825 0.34754 0.19747 0.34754 0.19899 0.34702\n 11 116 5 0.19838 0.35544 0.19799 0.35610 0.19871 0.35582 0.19799 0.35610 0.19899 0.35525\n 11 116 5 0.19856 0.36409 0.19861 0.36486 0.19905 0.36422 0.19861 0.36486 0.19899 0.36348\n 11 116 5 0.19897 0.37292 0.19937 0.37358 0.19947 0.37282 0.19937 0.37358 0.19899 0.37171\n 11 116 5 0.19955 0.38173 0.20009 0.38228 0.20001 0.38151 0.20009 0.38228 0.19899 0.37994\n 11 116 5 0.20008 0.39044 0.20078 0.39099 0.20058 0.39013 0.20078 0.39099 0.19899 0.38817\n 11 116 5 0.20055 0.39910 0.20145 0.39972 0.20113 0.39867 0.20145 0.39972 0.19899 0.39640\n 11 116 5 0.20101 0.40775 0.20212 0.40843 0.20167 0.40720 0.20212 0.40843 0.19899 0.40463\n 11 116 5 0.20146 0.41637 0.20278 0.41710 0.20220 0.41571 0.20278 0.41710 0.19899 0.41286\n 11 116 5 0.20191 0.42494 0.20343 0.42571 0.20272 0.42417 0.20343 0.42571 0.19899 0.42109\n 11 116 5 0.20237 0.43346 0.20407 0.43425 0.20323 0.43257 0.20407 0.43425 0.19899 0.42932\n 11 116 5 0.20281 0.44191 0.20469 0.44270 0.20371 0.44091 0.20469 0.44270 0.19899 0.43755\n 11 116 5 0.20326 0.45028 0.20529 0.45104 0.20418 0.44918 0.20529 0.45104 0.19899 0.44578\n 11 116 5 0.20369 0.45857 0.20588 0.45928 0.20462 0.45736 0.20588 0.45928 0.19899 0.45401\n 11 116 5 0.20413 0.46678 0.20644 0.46742 0.20503 0.46547 0.20644 0.46742 0.19899 0.46224\n 11 116 5 0.20455 0.47491 0.20698 0.47546 0.20542 0.47351 0.20698 0.47546 0.19899 0.47047\n 11 116 5 0.20496 0.48297 0.20751 0.48340 0.20579 0.48148 0.20751 0.48340 0.19899 0.47870\n 11 116 5 0.20537 0.49098 0.20801 0.49128 0.20613 0.48940 0.20801 0.49128 0.19899 0.48693\n 11 116 5 0.20578 0.49894 0.20850 0.49910 0.20647 0.49728 0.20850 0.49910 0.19899 0.49516\n 11 116 5 0.20619 0.50688 0.20899 0.50687 0.20680 0.50513 0.20899 0.50687 0.19899 0.50339\n 11 116 5 0.20660 0.51480 0.20949 0.51463 0.20713 0.51296 0.20949 0.51463 0.19899 0.51162\n 11 116 5 0.20702 0.52271 0.20999 0.52238 0.20746 0.52079 0.20999 0.52238 0.19899 0.51985\n 11 116 5 0.20745 0.53064 0.21051 0.53015 0.20781 0.52862 0.21051 0.53015 0.19899 0.52808\n 11 116 5 0.20768 0.33083 0.20704 0.33126 0.20781 0.33132 0.20704 0.33126 0.20974 0.33056\n 11 116 5 0.20819 0.33910 0.20759 0.33959 0.20837 0.33958 0.20759 0.33959 0.20974 0.33879\n 11 116 5 0.20860 0.34745 0.20812 0.34806 0.20887 0.34788 0.20812 0.34806 0.20974 0.34702\n 11 116 5 0.20890 0.35596 0.20867 0.35670 0.20931 0.35626 0.20867 0.35670 0.20974 0.35525\n 11 116 5 0.20924 0.36468 0.20935 0.36545 0.20974 0.36478 0.20935 0.36545 0.20974 0.36348\n 11 116 5 0.20974 0.37349 0.21010 0.37417 0.21025 0.37341 0.21010 0.37417 0.20974 0.37171\n 11 116 5 0.21031 0.38224 0.21084 0.38288 0.21082 0.38205 0.21084 0.38288 0.20974 0.37994\n 11 116 5 0.21079 0.39090 0.21155 0.39160 0.21139 0.39058 0.21155 0.39160 0.20974 0.38817\n 11 116 5 0.21127 0.39956 0.21223 0.40032 0.21195 0.39912 0.21223 0.40032 0.20974 0.39640\n 11 116 5 0.21173 0.40820 0.21291 0.40903 0.21250 0.40765 0.21291 0.40903 0.20974 0.40463\n 11 116 5 0.21219 0.41682 0.21357 0.41770 0.21304 0.41615 0.21357 0.41770 0.20974 0.41286\n 11 116 5 0.21265 0.42540 0.21423 0.42631 0.21356 0.42461 0.21423 0.42631 0.20974 0.42109\n 11 116 5 0.21311 0.43391 0.21487 0.43484 0.21407 0.43301 0.21487 0.43484 0.20974 0.42932\n 11 116 5 0.21356 0.44235 0.21550 0.44328 0.21456 0.44135 0.21550 0.44328 0.20974 0.43755\n 11 116 5 0.21401 0.45072 0.21611 0.45162 0.21503 0.44960 0.21611 0.45162 0.20974 0.44578\n 11 116 5 0.21445 0.45900 0.21670 0.45986 0.21547 0.45779 0.21670 0.45986 0.20974 0.45401\n 11 116 5 0.21488 0.46721 0.21727 0.46798 0.21589 0.46589 0.21727 0.46798 0.20974 0.46224\n 11 116 5 0.21531 0.47533 0.21782 0.47601 0.21628 0.47392 0.21782 0.47601 0.20974 0.47047\n 11 116 5 0.21573 0.48339 0.21834 0.48395 0.21665 0.48188 0.21834 0.48395 0.20974 0.47870\n 11 116 5 0.21614 0.49138 0.21884 0.49181 0.21699 0.48979 0.21884 0.49181 0.20974 0.48693\n 11 116 5 0.21655 0.49934 0.21934 0.49961 0.21733 0.49766 0.21934 0.49961 0.20974 0.49516\n 11 116 5 0.21695 0.50726 0.21982 0.50737 0.21765 0.50549 0.21982 0.50737 0.20974 0.50339\n 11 116 5 0.21736 0.51517 0.22031 0.51512 0.21797 0.51332 0.22031 0.51512 0.20974 0.51162\n 11 116 5 0.21777 0.52307 0.22080 0.52286 0.21830 0.52114 0.22080 0.52286 0.20974 0.51985\n 11 116 5 0.21819 0.53099 0.22131 0.53061 0.21864 0.52896 0.22131 0.53061 0.20974 0.52808\n 11 116 5 0.21827 0.33121 0.21767 0.33175 0.21848 0.33170 0.21767 0.33175 0.22048 0.33056\n 11 116 5 0.21871 0.33953 0.21821 0.34011 0.21897 0.33997 0.21821 0.34011 0.22048 0.33879\n 11 116 5 0.21911 0.34794 0.21875 0.34862 0.21946 0.34832 0.21875 0.34862 0.22048 0.34702\n 11 116 5 0.21947 0.35653 0.21934 0.35729 0.21992 0.35678 0.21934 0.35729 0.22048 0.35525\n 11 116 5 0.21992 0.36527 0.22004 0.36603 0.22042 0.36536 0.22004 0.36603 0.22048 0.36348\n 11 116 5 0.22046 0.37403 0.22080 0.37476 0.22099 0.37397 0.22080 0.37476 0.22048 0.37171\n 11 116 5 0.22097 0.38269 0.22155 0.38348 0.22159 0.38250 0.22155 0.38348 0.22048 0.37994\n 11 116 5 0.22147 0.39135 0.22227 0.39220 0.22218 0.39104 0.22227 0.39220 0.22048 0.38817\n 11 116 5 0.22195 0.40001 0.22297 0.40093 0.22274 0.39958 0.22297 0.40093 0.22048 0.39640\n 11 116 5 0.22242 0.40866 0.22365 0.40963 0.22330 0.40811 0.22365 0.40963 0.22048 0.40463\n 11 116 5 0.22289 0.41728 0.22433 0.41830 0.22384 0.41660 0.22433 0.41830 0.22048 0.41286\n 11 116 5 0.22335 0.42585 0.22499 0.42691 0.22437 0.42506 0.22499 0.42691 0.22048 0.42109\n 11 116 5 0.22382 0.43436 0.22564 0.43544 0.22489 0.43346 0.22564 0.43544 0.22048 0.42932\n 11 116 5 0.22427 0.44280 0.22628 0.44388 0.22538 0.44179 0.22628 0.44388 0.22048 0.43755\n 11 116 5 0.22473 0.45117 0.22689 0.45222 0.22585 0.45005 0.22689 0.45222 0.22048 0.44578\n 11 116 5 0.22518 0.45945 0.22749 0.46044 0.22630 0.45822 0.22749 0.46044 0.22048 0.45401\n 11 116 5 0.22562 0.46764 0.22807 0.46856 0.22672 0.46632 0.22807 0.46856 0.22048 0.46224\n 11 116 5 0.22605 0.47576 0.22862 0.47658 0.22712 0.47434 0.22862 0.47658 0.22048 0.47047\n 11 116 5 0.22647 0.48381 0.22914 0.48450 0.22749 0.48229 0.22914 0.48450 0.22048 0.47870\n 11 116 5 0.22689 0.49179 0.22965 0.49235 0.22783 0.49019 0.22965 0.49235 0.22048 0.48693\n 11 116 5 0.22729 0.49974 0.23014 0.50013 0.22816 0.49805 0.23014 0.50013 0.22048 0.49516\n 11 116 5 0.22770 0.50765 0.23062 0.50788 0.22848 0.50587 0.23062 0.50788 0.22048 0.50339\n 11 116 5 0.22810 0.51554 0.23110 0.51561 0.22880 0.51368 0.23110 0.51561 0.22048 0.51162\n 11 116 5 0.22851 0.52344 0.23159 0.52334 0.22912 0.52149 0.23159 0.52334 0.22048 0.51985\n 11 116 5 0.22892 0.53135 0.23209 0.53108 0.22945 0.52932 0.23209 0.53108 0.22048 0.52808\n 11 116 5 0.22885 0.33158 0.22826 0.33227 0.22915 0.33210 0.22826 0.33227 0.23123 0.33056\n 11 116 5 0.22925 0.33998 0.22881 0.34066 0.22958 0.34041 0.22881 0.34066 0.23123 0.33879\n 11 116 5 0.22965 0.34848 0.22936 0.34920 0.23003 0.34882 0.22936 0.34920 0.23123 0.34702\n 11 116 5 0.23007 0.35711 0.22999 0.35788 0.23053 0.35733 0.22999 0.35788 0.23123 0.35525\n 11 116 5 0.23056 0.36578 0.23071 0.36661 0.23111 0.36588 0.23071 0.36661 0.23123 0.36348\n 11 116 5 0.23109 0.37446 0.23147 0.37535 0.23173 0.37442 0.23147 0.37535 0.23123 0.37171\n 11 116 5 0.23161 0.38313 0.23222 0.38408 0.23233 0.38296 0.23222 0.38408 0.23123 0.37994\n 11 116 5 0.23211 0.39180 0.23295 0.39281 0.23293 0.39150 0.23295 0.39281 0.23123 0.38817\n 11 116 5 0.23260 0.40047 0.23366 0.40154 0.23350 0.40004 0.23366 0.40154 0.23123 0.39640\n 11 116 5 0.23308 0.40912 0.23436 0.41025 0.23407 0.40857 0.23436 0.41025 0.23123 0.40463\n 11 116 5 0.23356 0.41773 0.23504 0.41892 0.23462 0.41707 0.23504 0.41892 0.23123 0.41286\n 11 116 5 0.23403 0.42631 0.23571 0.42752 0.23515 0.42552 0.23571 0.42752 0.23123 0.42109\n 11 116 5 0.23450 0.43482 0.23637 0.43605 0.23567 0.43392 0.23637 0.43605 0.23123 0.42932\n 11 116 5 0.23496 0.44326 0.23701 0.44449 0.23617 0.44225 0.23701 0.44449 0.23123 0.43755\n 11 116 5 0.23542 0.45162 0.23764 0.45282 0.23665 0.45050 0.23764 0.45282 0.23123 0.44578\n 11 116 5 0.23588 0.45989 0.23824 0.46104 0.23711 0.45867 0.23824 0.46104 0.23123 0.45401\n 11 116 5 0.23632 0.46809 0.23883 0.46915 0.23753 0.46676 0.23883 0.46915 0.23123 0.46224\n 11 116 5 0.23676 0.47620 0.23938 0.47715 0.23793 0.47477 0.23938 0.47715 0.23123 0.47047\n 11 116 5 0.23719 0.48423 0.23992 0.48507 0.23830 0.48271 0.23992 0.48507 0.23123 0.47870\n 11 116 5 0.23761 0.49221 0.24043 0.49290 0.23865 0.49060 0.24043 0.49290 0.23123 0.48693\n 11 116 5 0.23802 0.50014 0.24092 0.50067 0.23898 0.49845 0.24092 0.50067 0.23123 0.49516\n 11 116 5 0.23842 0.50804 0.24140 0.50840 0.23930 0.50626 0.24140 0.50840 0.23123 0.50339\n 11 116 5 0.23882 0.51592 0.24188 0.51612 0.23961 0.51406 0.24188 0.51612 0.23123 0.51162\n 11 116 5 0.23923 0.52381 0.24236 0.52383 0.23992 0.52186 0.24236 0.52383 0.23123 0.51985\n 11 116 5 0.23964 0.53171 0.24284 0.53156 0.24025 0.52968 0.24284 0.53156 0.23123 0.52808\n 11 116 5 0.23941 0.33197 0.23882 0.33281 0.23981 0.33253 0.23882 0.33281 0.24198 0.33056\n 11 116 5 0.23982 0.34039 0.23938 0.34123 0.24024 0.34085 0.23938 0.34123 0.24198 0.33879\n 11 116 5 0.24023 0.34892 0.23996 0.34979 0.24071 0.34927 0.23996 0.34979 0.24198 0.34702\n 11 116 5 0.24067 0.35754 0.24061 0.35846 0.24123 0.35778 0.24061 0.35846 0.24198 0.35525\n 11 116 5 0.24117 0.36621 0.24133 0.36719 0.24182 0.36632 0.24133 0.36719 0.24198 0.36348\n 11 116 5 0.24169 0.37489 0.24209 0.37594 0.24243 0.37487 0.24209 0.37594 0.24198 0.37171\n 11 116 5 0.24222 0.38357 0.24285 0.38468 0.24305 0.38342 0.24285 0.38468 0.24198 0.37994\n 11 116 5 0.24273 0.39225 0.24359 0.39342 0.24365 0.39197 0.24359 0.39342 0.24198 0.38817\n 11 116 5 0.24322 0.40092 0.24431 0.40215 0.24423 0.40051 0.24431 0.40215 0.24198 0.39640\n 11 116 5 0.24371 0.40957 0.24502 0.41087 0.24480 0.40904 0.24502 0.41087 0.24198 0.40463\n 11 116 5 0.24419 0.41819 0.24571 0.41953 0.24536 0.41754 0.24571 0.41953 0.24198 0.41286\n 11 116 5 0.24467 0.42676 0.24639 0.42814 0.24591 0.42599 0.24639 0.42814 0.24198 0.42109\n 11 116 5 0.24515 0.43528 0.24706 0.43667 0.24643 0.43439 0.24706 0.43667 0.24198 0.42932\n 11 116 5 0.24562 0.44371 0.24771 0.44510 0.24694 0.44271 0.24771 0.44510 0.24198 0.43755\n 11 116 5 0.24608 0.45207 0.24834 0.45343 0.24742 0.45096 0.24834 0.45343 0.24198 0.44578\n 11 116 5 0.24655 0.46035 0.24896 0.46164 0.24788 0.45912 0.24896 0.46164 0.24198 0.45401\n 11 116 5 0.24700 0.46853 0.24955 0.46975 0.24832 0.46721 0.24955 0.46975 0.24198 0.46224\n 11 116 5 0.24745 0.47664 0.25012 0.47774 0.24872 0.47521 0.25012 0.47774 0.24198 0.47047\n 11 116 5 0.24788 0.48467 0.25066 0.48565 0.24910 0.48315 0.25066 0.48565 0.24198 0.47870\n 11 116 5 0.24831 0.49264 0.25118 0.49346 0.24945 0.49103 0.25118 0.49346 0.24198 0.48693\n 11 116 5 0.24872 0.50055 0.25167 0.50122 0.24978 0.49886 0.25167 0.50122 0.24198 0.49516\n 11 116 5 0.24913 0.50844 0.25215 0.50894 0.25010 0.50666 0.25215 0.50894 0.24198 0.50339\n 11 116 5 0.24953 0.51631 0.25263 0.51664 0.25040 0.51445 0.25263 0.51664 0.24198 0.51162\n 11 116 5 0.24993 0.52419 0.25310 0.52433 0.25071 0.52224 0.25310 0.52433 0.24198 0.51985\n 11 116 5 0.25033 0.53207 0.25358 0.53205 0.25103 0.53004 0.25358 0.53205 0.24198 0.52808\n 11 116 5 0.24996 0.33237 0.24937 0.33337 0.25045 0.33296 0.24937 0.33337 0.25273 0.33056\n 11 116 5 0.25037 0.34080 0.24994 0.34180 0.25090 0.34129 0.24994 0.34180 0.25273 0.33879\n 11 116 5 0.25079 0.34934 0.25054 0.35036 0.25138 0.34972 0.25054 0.35036 0.25273 0.34702\n 11 116 5 0.25125 0.35796 0.25120 0.35904 0.25191 0.35823 0.25120 0.35904 0.25273 0.35525\n 11 116 5 0.25175 0.36663 0.25192 0.36777 0.25250 0.36677 0.25192 0.36777 0.25273 0.36348\n 11 116 5 0.25227 0.37532 0.25268 0.37652 0.25311 0.37532 0.25268 0.37652 0.25273 0.37171\n 11 116 5 0.25280 0.38401 0.25344 0.38528 0.25373 0.38388 0.25344 0.38528 0.25273 0.37994\n 11 116 5 0.25331 0.39269 0.25419 0.39403 0.25434 0.39244 0.25419 0.39403 0.25273 0.38817\n 11 116 5 0.25382 0.40137 0.25492 0.40277 0.25493 0.40099 0.25492 0.40277 0.25273 0.39640\n 11 116 5 0.25431 0.41003 0.25564 0.41149 0.25551 0.40952 0.25564 0.41149 0.25273 0.40463\n 11 116 5 0.25480 0.41865 0.25634 0.42016 0.25608 0.41802 0.25634 0.42016 0.25273 0.41286\n 11 116 5 0.25528 0.42722 0.25703 0.42876 0.25663 0.42647 0.25703 0.42876 0.25273 0.42109\n 11 116 5 0.25577 0.43573 0.25771 0.43729 0.25716 0.43486 0.25771 0.43729 0.25273 0.42932\n 11 116 5 0.25624 0.44417 0.25837 0.44572 0.25767 0.44319 0.25837 0.44572 0.25273 0.43755\n 11 116 5 0.25672 0.45253 0.25901 0.45405 0.25817 0.45143 0.25901 0.45405 0.25273 0.44578\n 11 116 5 0.25719 0.46080 0.25964 0.46226 0.25863 0.45959 0.25964 0.46226 0.25273 0.45401\n 11 116 5 0.25765 0.46898 0.26024 0.47036 0.25907 0.46767 0.26024 0.47036 0.25273 0.46224\n 11 116 5 0.25811 0.47708 0.26082 0.47835 0.25948 0.47567 0.26082 0.47835 0.25273 0.47047\n 11 116 5 0.25855 0.48511 0.26137 0.48624 0.25987 0.48360 0.26137 0.48624 0.25273 0.47870\n 11 116 5 0.25898 0.49307 0.26189 0.49404 0.26023 0.49146 0.26189 0.49404 0.25273 0.48693\n 11 116 5 0.25940 0.50098 0.26240 0.50179 0.26056 0.49928 0.26240 0.50179 0.25273 0.49516\n 11 116 5 0.25981 0.50885 0.26288 0.50949 0.26088 0.50707 0.26288 0.50949 0.25273 0.50339\n 11 116 5 0.26021 0.51671 0.26335 0.51717 0.26118 0.51485 0.26335 0.51717 0.25273 0.51162\n 11 116 5 0.26061 0.52457 0.26382 0.52485 0.26149 0.52263 0.26382 0.52485 0.25273 0.51985\n 11 116 5 0.26101 0.53245 0.26430 0.53255 0.26180 0.53042 0.26430 0.53255 0.25273 0.52808\n 11 116 5 0.26049 0.33277 0.25989 0.33393 0.26108 0.33340 0.25989 0.33393 0.26348 0.33056\n 11 116 5 0.26091 0.34121 0.26048 0.34237 0.26154 0.34174 0.26048 0.34237 0.26348 0.33879\n 11 116 5 0.26135 0.34975 0.26109 0.35094 0.26203 0.35017 0.26109 0.35094 0.26348 0.34702\n 11 116 5 0.26181 0.35837 0.26176 0.35961 0.26257 0.35867 0.26176 0.35961 0.26348 0.35525\n 11 116 5 0.26230 0.36704 0.26248 0.36835 0.26316 0.36722 0.26248 0.36835 0.26348 0.36348\n 11 116 5 0.26282 0.37574 0.26324 0.37710 0.26377 0.37578 0.26324 0.37710 0.26348 0.37171\n 11 116 5 0.26335 0.38443 0.26400 0.38587 0.26439 0.38434 0.26400 0.38587 0.26348 0.37994\n 11 116 5 0.26387 0.39313 0.26475 0.39464 0.26500 0.39291 0.26475 0.39464 0.26348 0.38817\n 11 116 5 0.26438 0.40182 0.26549 0.40339 0.26560 0.40146 0.26549 0.40339 0.26348 0.39640\n 11 116 5 0.26488 0.41048 0.26622 0.41211 0.26619 0.41000 0.26622 0.41211 0.26348 0.40463\n 11 116 5 0.26538 0.41910 0.26693 0.42078 0.26676 0.41850 0.26693 0.42078 0.26348 0.41286\n 11 116 5 0.26587 0.42768 0.26763 0.42939 0.26732 0.42695 0.26763 0.42939 0.26348 0.42109\n 11 116 5 0.26636 0.43619 0.26832 0.43792 0.26786 0.43535 0.26832 0.43792 0.26348 0.42932\n 11 116 5 0.26684 0.44463 0.26899 0.44635 0.26838 0.44367 0.26899 0.44635 0.26348 0.43755\n 11 116 5 0.26733 0.45299 0.26965 0.45467 0.26888 0.45191 0.26965 0.45467 0.26348 0.44578\n 11 116 5 0.26780 0.46126 0.27028 0.46288 0.26936 0.46007 0.27028 0.46288 0.26348 0.45401\n 11 116 5 0.26828 0.46944 0.27089 0.47098 0.26980 0.46814 0.27089 0.47098 0.26348 0.46224\n 11 116 5 0.26874 0.47754 0.27148 0.47896 0.27022 0.47614 0.27148 0.47896 0.26348 0.47047\n 11 116 5 0.26919 0.48555 0.27204 0.48684 0.27062 0.48405 0.27204 0.48684 0.26348 0.47870\n 11 116 5 0.26963 0.49350 0.27258 0.49463 0.27098 0.49191 0.27258 0.49463 0.26348 0.48693\n 11 116 5 0.27006 0.50140 0.27309 0.50236 0.27132 0.49972 0.27309 0.50236 0.26348 0.49516\n 11 116 5 0.27047 0.50927 0.27358 0.51005 0.27164 0.50750 0.27358 0.51005 0.26348 0.50339\n 11 116 5 0.27088 0.51711 0.27405 0.51771 0.27194 0.51526 0.27405 0.51771 0.26348 0.51162\n 11 116 5 0.27128 0.52496 0.27452 0.52538 0.27225 0.52303 0.27452 0.52538 0.26348 0.51985\n 11 116 5 0.27168 0.53283 0.27499 0.53307 0.27255 0.53081 0.27499 0.53307 0.26348 0.52808\n 11 116 5 0.27101 0.33317 0.27040 0.33449 0.27170 0.33384 0.27040 0.33449 0.27423 0.33056\n 11 116 5 0.27144 0.34162 0.27099 0.34294 0.27216 0.34218 0.27099 0.34294 0.27423 0.33879\n 11 116 5 0.27188 0.35016 0.27162 0.35151 0.27266 0.35061 0.27162 0.35151 0.27423 0.34702\n 11 116 5 0.27234 0.35878 0.27229 0.36018 0.27320 0.35912 0.27229 0.36018 0.27423 0.35525\n 11 116 5 0.27284 0.36745 0.27301 0.36892 0.27379 0.36766 0.27301 0.36892 0.27423 0.36348\n 11 116 5 0.27335 0.37615 0.27376 0.37768 0.27440 0.37623 0.27376 0.37768 0.27423 0.37171\n 11 116 5 0.27388 0.38486 0.27452 0.38646 0.27502 0.38481 0.27452 0.38646 0.27423 0.37994\n 11 116 5 0.27440 0.39356 0.27528 0.39524 0.27564 0.39338 0.27528 0.39524 0.27423 0.38817\n 11 116 5 0.27491 0.40226 0.27603 0.40400 0.27624 0.40194 0.27603 0.40400 0.27423 0.39640\n 11 116 5 0.27542 0.41093 0.27677 0.41273 0.27684 0.41048 0.27677 0.41273 0.27423 0.40463\n 11 116 5 0.27592 0.41956 0.27749 0.42141 0.27742 0.41899 0.27749 0.42141 0.27423 0.41286\n 11 116 5 0.27642 0.42814 0.27820 0.43002 0.27799 0.42744 0.27820 0.43002 0.27423 0.42109\n 11 116 5 0.27692 0.43665 0.27889 0.43855 0.27854 0.43584 0.27889 0.43855 0.27423 0.42932\n 11 116 5 0.27741 0.44509 0.27958 0.44699 0.27906 0.44416 0.27958 0.44699 0.27423 0.43755\n 11 116 5 0.27790 0.45345 0.28024 0.45531 0.27957 0.45240 0.28024 0.45531 0.27423 0.44578\n 11 116 5 0.27839 0.46172 0.28089 0.46351 0.28005 0.46056 0.28089 0.46351 0.27423 0.45401\n 11 116 5 0.27887 0.46990 0.28151 0.47160 0.28051 0.46862 0.28151 0.47160 0.27423 0.46224\n 11 116 5 0.27934 0.47799 0.28211 0.47958 0.28094 0.47661 0.28211 0.47958 0.27423 0.47047\n 11 116 5 0.27981 0.48600 0.28269 0.48745 0.28134 0.48452 0.28269 0.48745 0.27423 0.47870\n 11 116 5 0.28026 0.49395 0.28323 0.49524 0.28171 0.49237 0.28323 0.49524 0.27423 0.48693\n 11 116 5 0.28069 0.50184 0.28375 0.50295 0.28205 0.50017 0.28375 0.50295 0.27423 0.49516\n 11 116 5 0.28111 0.50969 0.28425 0.51062 0.28238 0.50794 0.28425 0.51062 0.27423 0.50339\n 11 116 5 0.28152 0.51753 0.28473 0.51827 0.28269 0.51569 0.28473 0.51827 0.27423 0.51162\n 11 116 5 0.28193 0.52536 0.28520 0.52592 0.28299 0.52344 0.28520 0.52592 0.27423 0.51985\n 11 116 5 0.28233 0.53321 0.28567 0.53359 0.28329 0.53121 0.28567 0.53359 0.27423 0.52808\n 11 116 5 0.28151 0.33357 0.28088 0.33505 0.28230 0.33429 0.28088 0.33505 0.28497 0.33056\n 11 116 5 0.28195 0.34202 0.28149 0.34350 0.28277 0.34263 0.28149 0.34350 0.28497 0.33879\n 11 116 5 0.28239 0.35056 0.28212 0.35207 0.28327 0.35106 0.28212 0.35207 0.28497 0.34702\n 11 116 5 0.28286 0.35918 0.28279 0.36075 0.28382 0.35956 0.28279 0.36075 0.28497 0.35525\n 11 116 5 0.28335 0.36786 0.28351 0.36948 0.28440 0.36811 0.28351 0.36948 0.28497 0.36348\n 11 116 5 0.28386 0.37656 0.28426 0.37826 0.28501 0.37669 0.28426 0.37826 0.28497 0.37171\n 11 116 5 0.28438 0.38528 0.28502 0.38705 0.28563 0.38527 0.28502 0.38705 0.28497 0.37994\n 11 116 5 0.28491 0.39399 0.28578 0.39584 0.28625 0.39385 0.28578 0.39584 0.28497 0.38817\n 11 116 5 0.28543 0.40269 0.28653 0.40461 0.28686 0.40242 0.28653 0.40461 0.28497 0.39640\n 11 116 5 0.28594 0.41137 0.28728 0.41335 0.28746 0.41097 0.28728 0.41335 0.28497 0.40463\n 11 116 5 0.28645 0.42001 0.28801 0.42203 0.28805 0.41948 0.28801 0.42203 0.28497 0.41286\n 11 116 5 0.28695 0.42859 0.28873 0.43065 0.28863 0.42793 0.28873 0.43065 0.28497 0.42109\n 11 116 5 0.28746 0.43711 0.28943 0.43919 0.28918 0.43633 0.28943 0.43919 0.28497 0.42932\n 11 116 5 0.28796 0.44555 0.29013 0.44762 0.28972 0.44465 0.29013 0.44762 0.28497 0.43755\n 11 116 5 0.28846 0.45391 0.29080 0.45595 0.29024 0.45289 0.29080 0.45595 0.28497 0.44578\n 11 116 5 0.28895 0.46218 0.29146 0.46415 0.29073 0.46105 0.29146 0.46415 0.28497 0.45401\n 11 116 5 0.28944 0.47036 0.29210 0.47224 0.29119 0.46912 0.29210 0.47224 0.28497 0.46224\n 11 116 5 0.28992 0.47845 0.29271 0.48021 0.29163 0.47710 0.29271 0.48021 0.28497 0.47047\n 11 116 5 0.29040 0.48646 0.29330 0.48808 0.29204 0.48500 0.29330 0.48808 0.28497 0.47870\n 11 116 5 0.29086 0.49440 0.29386 0.49585 0.29242 0.49284 0.29386 0.49585 0.28497 0.48693\n 11 116 5 0.29130 0.50228 0.29439 0.50356 0.29277 0.50063 0.29439 0.50356 0.28497 0.49516\n 11 116 5 0.29173 0.51012 0.29490 0.51121 0.29310 0.50839 0.29490 0.51121 0.28497 0.50339\n 11 116 5 0.29215 0.51795 0.29538 0.51884 0.29341 0.51613 0.29538 0.51884 0.28497 0.51162\n 11 116 5 0.29256 0.52577 0.29586 0.52647 0.29371 0.52386 0.29586 0.52647 0.28497 0.51985\n 11 116 5 0.29296 0.53361 0.29632 0.53413 0.29402 0.53162 0.29632 0.53413 0.28497 0.52808\n 11 116 5 0.29200 0.33397 0.29135 0.33561 0.29289 0.33473 0.29135 0.33561 0.29572 0.33056\n 11 116 5 0.29244 0.34242 0.29196 0.34406 0.29336 0.34307 0.29196 0.34406 0.29572 0.33879\n 11 116 5 0.29289 0.35096 0.29260 0.35264 0.29387 0.35150 0.29260 0.35264 0.29572 0.34702\n 11 116 5 0.29335 0.35958 0.29327 0.36131 0.29441 0.36001 0.29327 0.36131 0.29572 0.35525\n 11 116 5 0.29384 0.36825 0.29398 0.37005 0.29499 0.36856 0.29398 0.37005 0.29572 0.36348\n 11 116 5 0.29435 0.37696 0.29473 0.37883 0.29560 0.37714 0.29473 0.37883 0.29572 0.37171\n 11 116 5 0.29487 0.38569 0.29548 0.38763 0.29622 0.38573 0.29548 0.38763 0.29572 0.37994\n 11 116 5 0.29539 0.39441 0.29625 0.39643 0.29684 0.39432 0.29625 0.39643 0.29572 0.38817\n 11 116 5 0.29591 0.40312 0.29701 0.40521 0.29746 0.40290 0.29701 0.40521 0.29572 0.39640\n 11 116 5 0.29643 0.41181 0.29776 0.41396 0.29806 0.41145 0.29776 0.41396 0.29572 0.40463\n 11 116 5 0.29694 0.42045 0.29850 0.42266 0.29866 0.41997 0.29850 0.42266 0.29572 0.41286\n 11 116 5 0.29746 0.42904 0.29922 0.43128 0.29924 0.42843 0.29922 0.43128 0.29572 0.42109\n 11 116 5 0.29797 0.43757 0.29994 0.43982 0.29980 0.43683 0.29994 0.43982 0.29572 0.42932\n 11 116 5 0.29847 0.44601 0.30064 0.44826 0.30035 0.44515 0.30064 0.44826 0.29572 0.43755\n 11 116 5 0.29898 0.45438 0.30133 0.45659 0.30087 0.45339 0.30133 0.45659 0.29572 0.44578\n 11 116 5 0.29949 0.46265 0.30200 0.46479 0.30137 0.46155 0.30200 0.46479 0.29572 0.45401\n 11 116 5 0.29999 0.47083 0.30265 0.47288 0.30185 0.46961 0.30265 0.47288 0.29572 0.46224\n 11 116 5 0.30048 0.47891 0.30328 0.48085 0.30230 0.47759 0.30328 0.48085 0.29572 0.47047\n 11 50 2 0.30096 0.48692 0.30378 0.48865\n 11 72 3 0.30378 0.48845 0.30271 0.48549 0.30378 0.48845\n 11 50 2 0.30378 0.48860 0.29572 0.47870\n 11 50 2 0.30143 0.49485 0.30378 0.49612\n 11 72 3 0.30378 0.49492 0.30310 0.49333 0.30378 0.49492\n 11 50 2 0.30378 0.49575 0.29572 0.48693\n 11 50 2 0.30189 0.50273 0.30378 0.50361\n 11 72 3 0.30378 0.50174 0.30347 0.50111 0.30378 0.50174\n 11 50 2 0.30378 0.50299 0.29572 0.49516\n 11 50 2 0.30233 0.51056 0.30378 0.51113\n 11 50 2 0.30378 0.51032 0.29572 0.50339\n 11 50 2 0.30275 0.51838 0.30378 0.51871\n 11 50 2 0.30378 0.51774 0.29572 0.51162\n 11 50 2 0.30317 0.52619 0.30378 0.52634\n 11 50 2 0.30378 0.52523 0.29572 0.51985\n 11 50 2 0.30357 0.53401 0.30378 0.53405\n 12 50 2 0.16674 0.37171 0.16674 0.37171\n 11 50 2 0.30378 0.53281 0.29572 0.52808\n 21 6 1\n 25 6 1\n 82 0\n 81 6 24\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 25\n 21 6 1\n 25 6 1\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35522 0.04961 0.35780 0.04961 0.35780 0.07258 0.35522 0.07258 0.35780 0.07258 0.35780 0.09555 0.35522 0.09555 0.35780 0.09555 0.35780 0.11852 0.35522 0.11852 0.35780 0.11852 0.35780 0.14149 0.35522 0.14149 0.35780 0.14149 0.35780 0.16446 0.35522 0.16446 0.35780 0.16446 0.35780 0.18744 0.35522 0.18744 0.35780 0.18744 0.35780 0.21041 0.35522 0.21041 0.35780 0.21041 0.35780 0.23338 0.35522 0.23338 0.35780 0.23338 0.35780 0.25635 0.35522 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 380 17 0.35318 0.05064 0.35219 0.05064 0.35209 0.04976 0.35219 0.04986 0.35249 0.04995 0.35278 0.04995 0.35308 0.04986 0.35327 0.04966 0.35337 0.04936 0.35337 0.04917 0.35327 0.04887 0.35308 0.04867 0.35278 0.04858 0.35249 0.04858 0.35219 0.04867 0.35209 0.04877 0.35200 0.04897\n 11 94 4 0.35032 0.09619 0.35052 0.09629 0.35081 0.09659 0.35081 0.09452\n 11 380 17 0.35318 0.09659 0.35219 0.09659 0.35209 0.09570 0.35219 0.09580 0.35249 0.09590 0.35278 0.09590 0.35308 0.09580 0.35327 0.09560 0.35337 0.09531 0.35337 0.09511 0.35327 0.09481 0.35308 0.09462 0.35278 0.09452 0.35249 0.09452 0.35219 0.09462 0.35209 0.09472 0.35200 0.09491\n 11 314 14 0.35013 0.14203 0.35013 0.14213 0.35022 0.14233 0.35032 0.14243 0.35052 0.14253 0.35091 0.14253 0.35111 0.14243 0.35121 0.14233 0.35131 0.14213 0.35131 0.14194 0.35121 0.14174 0.35101 0.14144 0.35003 0.14046 0.35140 0.14046\n 11 380 17 0.35318 0.14253 0.35219 0.14253 0.35209 0.14164 0.35219 0.14174 0.35249 0.14184 0.35278 0.14184 0.35308 0.14174 0.35327 0.14154 0.35337 0.14125 0.35337 0.14105 0.35327 0.14076 0.35308 0.14056 0.35278 0.14046 0.35249 0.14046 0.35219 0.14056 0.35209 0.14066 0.35200 0.14085\n 11 336 15 0.35022 0.18847 0.35131 0.18847 0.35072 0.18768 0.35101 0.18768 0.35121 0.18758 0.35131 0.18748 0.35140 0.18719 0.35140 0.18699 0.35131 0.18670 0.35111 0.18650 0.35081 0.18640 0.35052 0.18640 0.35022 0.18650 0.35013 0.18660 0.35003 0.18680\n 11 380 17 0.35318 0.18847 0.35219 0.18847 0.35209 0.18758 0.35219 0.18768 0.35249 0.18778 0.35278 0.18778 0.35308 0.18768 0.35327 0.18748 0.35337 0.18719 0.35337 0.18699 0.35327 0.18670 0.35308 0.18650 0.35278 0.18640 0.35249 0.18640 0.35219 0.18650 0.35209 0.18660 0.35200 0.18680\n 11 72 3 0.35101 0.23441 0.35003 0.23303 0.35150 0.23303\n 11 50 2 0.35101 0.23441 0.35101 0.23234\n 11 380 17 0.35318 0.23441 0.35219 0.23441 0.35209 0.23353 0.35219 0.23362 0.35249 0.23372 0.35278 0.23372 0.35308 0.23362 0.35327 0.23343 0.35337 0.23313 0.35337 0.23293 0.35327 0.23264 0.35308 0.23244 0.35278 0.23234 0.35249 0.23234 0.35219 0.23244 0.35209 0.23254 0.35200 0.23274\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64790 0.04961 0.64532 0.04961 0.64532 0.07258 0.64790 0.07258 0.64532 0.07258 0.64532 0.09555 0.64790 0.09555 0.64532 0.09555 0.64532 0.11852 0.64790 0.11852 0.64532 0.11852 0.64532 0.14149 0.64790 0.14149 0.64532 0.14149 0.64532 0.16446 0.64790 0.16446 0.64532 0.16446 0.64532 0.18744 0.64790 0.18744 0.64532 0.18744 0.64532 0.21041 0.64790 0.21041 0.64532 0.21041 0.64532 0.23338 0.64790 0.23338 0.64532 0.23338 0.64532 0.25635 0.64790 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.26123 0.38368 0.25865 0.41243 0.25865 0.41243 0.26123 0.41243 0.25865 0.44118 0.25865 0.44118 0.26123 0.44118 0.25865 0.46993 0.25865 0.46993 0.26123 0.46993 0.25865 0.49869 0.25865 0.49869 0.26123 0.49869 0.25865 0.52744 0.25865 0.52744 0.26123 0.52744 0.25865 0.55619 0.25865 0.55619 0.26123 0.55619 0.25865 0.58494 0.25865 0.58494 0.26123 0.58494 0.25865 0.61369 0.25865 0.61369 0.26123 0.61369 0.25865 0.64245 0.25865 0.64245 0.26123 0.64245 0.25865 0.64532 0.25865\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 732 33 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02635 0.38368 0.02894 0.41243 0.02894 0.41243 0.02635 0.41243 0.02894 0.44118 0.02894 0.44118 0.02635 0.44118 0.02894 0.46993 0.02894 0.46993 0.02635 0.46993 0.02894 0.49869 0.02894 0.49869 0.02635 0.49869 0.02894 0.52744 0.02894 0.52744 0.02635 0.52744 0.02894 0.55619 0.02894 0.55619 0.02635 0.55619 0.02894 0.58494 0.02894 0.58494 0.02635 0.58494 0.02894 0.61369 0.02894 0.61369 0.02635 0.61369 0.02894 0.64245 0.02894 0.64245 0.02635 0.64245 0.02894 0.64532 0.02894\n 11 380 17 0.38417 0.02449 0.38319 0.02449 0.38309 0.02361 0.38319 0.02370 0.38348 0.02380 0.38378 0.02380 0.38407 0.02370 0.38427 0.02351 0.38437 0.02321 0.38437 0.02302 0.38427 0.02272 0.38407 0.02252 0.38378 0.02243 0.38348 0.02243 0.38319 0.02252 0.38309 0.02262 0.38299 0.02282\n 11 94 4 0.43980 0.02410 0.44000 0.02420 0.44030 0.02449 0.44030 0.02243\n 11 380 17 0.44266 0.02449 0.44167 0.02449 0.44158 0.02361 0.44167 0.02370 0.44197 0.02380 0.44227 0.02380 0.44256 0.02370 0.44276 0.02351 0.44286 0.02321 0.44286 0.02302 0.44276 0.02272 0.44256 0.02252 0.44227 0.02243 0.44197 0.02243 0.44167 0.02252 0.44158 0.02262 0.44148 0.02282\n 11 314 14 0.49711 0.02400 0.49711 0.02410 0.49721 0.02430 0.49731 0.02439 0.49751 0.02449 0.49790 0.02449 0.49810 0.02439 0.49819 0.02430 0.49829 0.02410 0.49829 0.02390 0.49819 0.02370 0.49800 0.02341 0.49701 0.02243 0.49839 0.02243\n 11 380 17 0.50016 0.02449 0.49918 0.02449 0.49908 0.02361 0.49918 0.02370 0.49947 0.02380 0.49977 0.02380 0.50006 0.02370 0.50026 0.02351 0.50036 0.02321 0.50036 0.02302 0.50026 0.02272 0.50006 0.02252 0.49977 0.02243 0.49947 0.02243 0.49918 0.02252 0.49908 0.02262 0.49898 0.02282\n 11 336 15 0.55471 0.02449 0.55580 0.02449 0.55521 0.02370 0.55550 0.02370 0.55570 0.02361 0.55580 0.02351 0.55590 0.02321 0.55590 0.02302 0.55580 0.02272 0.55560 0.02252 0.55530 0.02243 0.55501 0.02243 0.55471 0.02252 0.55462 0.02262 0.55452 0.02282\n 11 380 17 0.55767 0.02449 0.55668 0.02449 0.55658 0.02361 0.55668 0.02370 0.55698 0.02380 0.55727 0.02380 0.55757 0.02370 0.55777 0.02351 0.55786 0.02321 0.55786 0.02302 0.55777 0.02272 0.55757 0.02252 0.55727 0.02243 0.55698 0.02243 0.55668 0.02252 0.55658 0.02262 0.55649 0.02282\n 11 72 3 0.61301 0.02449 0.61202 0.02311 0.61350 0.02311\n 11 50 2 0.61301 0.02449 0.61301 0.02243\n 56 39 8 0.58261 0.08696 1.00000\n 56 39 9 0.36522 0.17391 1.00000\n 56 39 10 0.26030 0.25293 0.90737\n 56 39 11 0.20359 0.32854 0.77505\n 56 39 12 0.14688 0.40416 0.64272\n 56 39 13 0.09017 0.47977 0.51040\n 56 39 14 0.03346 0.55539 0.37807\n 56 39 15 0.05402 0.62161 0.28379\n 56 39 16 0.18577 0.67431 0.24427\n 56 39 17 0.31752 0.72701 0.20474\n 56 39 18 0.44928 0.77971 0.16522\n 56 39 19 0.58103 0.83241 0.12569\n 56 39 20 0.71278 0.88511 0.08617\n 56 39 21 0.84453 0.93781 0.04664\n 56 39 22 0.97628 0.99051 0.00711\n 56 39 23 1.00000 0.85145 0.00000\n 56 39 24 1.00000 0.67029 0.00000\n 56 39 25 1.00000 0.48913 0.00000\n 56 39 26 1.00000 0.30797 0.00000\n 56 39 27 1.00000 0.12681 0.00000\n 56 39 28 0.94783 0.00000 0.00000\n 56 39 29 0.77391 0.00000 0.00000\n 56 39 30 0.60000 0.00000 0.00000\n 56 39 7 0.80000 0.00000 1.00000\n 38 6 3\n 40 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00005 0.00006 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.35780 0.64532 0.02894 0.25865\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.02894 0.35780 0.03353 0.36930 0.03353 0.36930 0.02894\n 40 6 8\n 38 6 1\n 14 94 4 0.36930 0.02894 0.36930 0.03353 0.38080 0.03353 0.38080 0.02894\n 40 6 9\n 38 6 1\n 14 94 4 0.38080 0.02894 0.38080 0.03353 0.39230 0.03353 0.39230 0.02894\n 40 6 10\n 38 6 1\n 14 94 4 0.39230 0.02894 0.39230 0.03353 0.40381 0.03353 0.40381 0.02894\n 40 6 11\n 38 6 1\n 14 94 4 0.40381 0.02894 0.40381 0.03353 0.41531 0.03353 0.41531 0.02894\n 40 6 12\n 38 6 1\n 14 94 4 0.41531 0.02894 0.41531 0.03353 0.42681 0.03353 0.42681 0.02894\n 40 6 13\n 38 6 1\n 14 94 4 0.42681 0.02894 0.42681 0.03353 0.43831 0.03353 0.43831 0.02894\n 40 6 14\n 38 6 1\n 14 94 4 0.43831 0.02894 0.43831 0.03353 0.44981 0.03353 0.44981 0.02894\n 40 6 15\n 38 6 1\n 14 94 4 0.44981 0.02894 0.44981 0.03353 0.46131 0.03353 0.46131 0.02894\n 40 6 16\n 38 6 1\n 14 94 4 0.46131 0.02894 0.46131 0.03353 0.47856 0.03353 0.47856 0.02894\n 40 6 17\n 38 6 1\n 14 94 4 0.47856 0.02894 0.47856 0.03353 0.49006 0.03353 0.49006 0.02894\n 40 6 18\n 38 6 1\n 14 94 4 0.49006 0.02894 0.49006 0.03353 0.50156 0.03353 0.50156 0.02894\n 40 6 19\n 38 6 1\n 14 94 4 0.50156 0.02894 0.50156 0.03353 0.51306 0.03353 0.51306 0.02894\n 40 6 20\n 38 6 1\n 14 94 4 0.51306 0.02894 0.51306 0.03353 0.52456 0.03353 0.52456 0.02894\n 40 6 21\n 38 6 1\n 14 94 4 0.52456 0.02894 0.52456 0.03353 0.53606 0.03353 0.53606 0.02894\n 40 6 22\n 38 6 1\n 14 94 4 0.53606 0.02894 0.53606 0.03353 0.54756 0.03353 0.54756 0.02894\n 40 6 23\n 38 6 1\n 14 94 4 0.54756 0.02894 0.54756 0.03353 0.55907 0.03353 0.55907 0.02894\n 40 6 24\n 38 6 1\n 14 94 4 0.55907 0.02894 0.55907 0.03353 0.57057 0.03353 0.57057 0.02894\n 40 6 25\n 38 6 1\n 14 94 4 0.57057 0.02894 0.57057 0.03353 0.58207 0.03353 0.58207 0.02894\n 40 6 26\n 38 6 1\n 14 94 4 0.58207 0.02894 0.58207 0.03353 0.59932 0.03353 0.59932 0.02894\n 40 6 27\n 38 6 1\n 14 94 4 0.59932 0.02894 0.59932 0.03353 0.61082 0.03353 0.61082 0.02894\n 40 6 28\n 38 6 1\n 14 94 4 0.61082 0.02894 0.61082 0.03353 0.62232 0.03353 0.62232 0.02894\n 40 6 29\n 38 6 1\n 14 94 4 0.62232 0.02894 0.62232 0.03353 0.63382 0.03353 0.63382 0.02894\n 40 6 30\n 38 6 1\n 14 94 4 0.63382 0.02894 0.63382 0.03353 0.64532 0.03353 0.64532 0.02894\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.03353 0.35780 0.03812 0.36930 0.03812 0.36930 0.03353\n 40 6 8\n 38 6 1\n 14 94 4 0.36930 0.03353 0.36930 0.03812 0.38080 0.03812 0.38080 0.03353\n 40 6 9\n 38 6 1\n 14 94 4 0.38080 0.03353 0.38080 0.03812 0.39230 0.03812 0.39230 0.03353\n 40 6 10\n 38 6 1\n 14 94 4 0.39230 0.03353 0.39230 0.03812 0.40381 0.03812 0.40381 0.03353\n 40 6 11\n 38 6 1\n 14 94 4 0.40381 0.03353 0.40381 0.03812 0.42106 0.03812 0.42106 0.03353\n 40 6 12\n 38 6 1\n 14 94 4 0.42106 0.03353 0.42106 0.03812 0.43256 0.03812 0.43256 0.03353\n 40 6 13\n 38 6 1\n 14 94 4 0.43256 0.03353 0.43256 0.03812 0.44406 0.03812 0.44406 0.03353\n 40 6 14\n 38 6 1\n 14 94 4 0.44406 0.03353 0.44406 0.03812 0.45556 0.03812 0.45556 0.03353\n 40 6 15\n 38 6 1\n 14 94 4 0.45556 0.03353 0.45556 0.03812 0.46706 0.03812 0.46706 0.03353\n 40 6 16\n 38 6 1\n 14 94 4 0.46706 0.03353 0.46706 0.03812 0.48431 0.03812 0.48431 0.03353\n 40 6 17\n 38 6 1\n 14 94 4 0.48431 0.03353 0.48431 0.03812 0.49581 0.03812 0.49581 0.03353\n 40 6 18\n 38 6 1\n 14 94 4 0.49581 0.03353 0.49581 0.03812 0.50731 0.03812 0.50731 0.03353\n 40 6 19\n 38 6 1\n 14 94 4 0.50731 0.03353 0.50731 0.03812 0.51881 0.03812 0.51881 0.03353\n 40 6 20\n 38 6 1\n 14 94 4 0.51881 0.03353 0.51881 0.03812 0.53031 0.03812 0.53031 0.03353\n 40 6 21\n 38 6 1\n 14 94 4 0.53031 0.03353 0.53031 0.03812 0.54756 0.03812 0.54756 0.03353\n 40 6 22\n 38 6 1\n 14 94 4 0.54756 0.03353 0.54756 0.03812 0.55907 0.03812 0.55907 0.03353\n 40 6 23\n 38 6 1\n 14 94 4 0.55907 0.03353 0.55907 0.03812 0.57057 0.03812 0.57057 0.03353\n 40 6 24\n 38 6 1\n 14 94 4 0.57057 0.03353 0.57057 0.03812 0.58207 0.03812 0.58207 0.03353\n 40 6 25\n 38 6 1\n 14 94 4 0.58207 0.03353 0.58207 0.03812 0.59357 0.03812 0.59357 0.03353\n 40 6 26\n 38 6 1\n 14 94 4 0.59357 0.03353 0.59357 0.03812 0.61082 0.03812 0.61082 0.03353\n 40 6 27\n 38 6 1\n 14 94 4 0.61082 0.03353 0.61082 0.03812 0.62232 0.03812 0.62232 0.03353\n 40 6 28\n 38 6 1\n 14 94 4 0.62232 0.03353 0.62232 0.03812 0.63382 0.03812 0.63382 0.03353\n 40 6 29\n 38 6 1\n 14 94 4 0.63382 0.03353 0.63382 0.03812 0.64532 0.03812 0.64532 0.03353\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.03812 0.35780 0.04272 0.36930 0.04272 0.36930 0.03812\n 40 6 8\n 38 6 1\n 14 94 4 0.36930 0.03812 0.36930 0.04272 0.38080 0.04272 0.38080 0.03812\n 40 6 9\n 38 6 1\n 14 94 4 0.38080 0.03812 0.38080 0.04272 0.39230 0.04272 0.39230 0.03812\n 40 6 10\n 38 6 1\n 14 94 4 0.39230 0.03812 0.39230 0.04272 0.40956 0.04272 0.40956 0.03812\n 40 6 11\n 38 6 1\n 14 94 4 0.40956 0.03812 0.40956 0.04272 0.42106 0.04272 0.42106 0.03812\n 40 6 12\n 38 6 1\n 14 94 4 0.42106 0.03812 0.42106 0.04272 0.43256 0.04272 0.43256 0.03812\n 40 6 13\n 38 6 1\n 14 94 4 0.43256 0.03812 0.43256 0.04272 0.44981 0.04272 0.44981 0.03812\n 40 6 14\n 38 6 1\n 14 94 4 0.44981 0.03812 0.44981 0.04272 0.46131 0.04272 0.46131 0.03812\n 40 6 15\n 38 6 1\n 14 94 4 0.46131 0.03812 0.46131 0.04272 0.47281 0.04272 0.47281 0.03812\n 40 6 16\n 38 6 1\n 14 94 4 0.47281 0.03812 0.47281 0.04272 0.49006 0.04272 0.49006 0.03812\n 40 6 17\n 38 6 1\n 14 94 4 0.49006 0.03812 0.49006 0.04272 0.50156 0.04272 0.50156 0.03812\n 40 6 18\n 38 6 1\n 14 94 4 0.50156 0.03812 0.50156 0.04272 0.51306 0.04272 0.51306 0.03812\n 40 6 19\n 38 6 1\n 14 94 4 0.51306 0.03812 0.51306 0.04272 0.52456 0.04272 0.52456 0.03812\n 40 6 20\n 38 6 1\n 14 94 4 0.52456 0.03812 0.52456 0.04272 0.54181 0.04272 0.54181 0.03812\n 40 6 21\n 38 6 1\n 14 94 4 0.54181 0.03812 0.54181 0.04272 0.55332 0.04272 0.55332 0.03812\n 40 6 22\n 38 6 1\n 14 94 4 0.55332 0.03812 0.55332 0.04272 0.56482 0.04272 0.56482 0.03812\n 40 6 23\n 38 6 1\n 14 94 4 0.56482 0.03812 0.56482 0.04272 0.58207 0.04272 0.58207 0.03812\n 40 6 24\n 38 6 1\n 14 94 4 0.58207 0.03812 0.58207 0.04272 0.59357 0.04272 0.59357 0.03812\n 40 6 25\n 38 6 1\n 14 94 4 0.59357 0.03812 0.59357 0.04272 0.60507 0.04272 0.60507 0.03812\n 40 6 26\n 38 6 1\n 14 94 4 0.60507 0.03812 0.60507 0.04272 0.62232 0.04272 0.62232 0.03812\n 40 6 27\n 38 6 1\n 14 94 4 0.62232 0.03812 0.62232 0.04272 0.63382 0.04272 0.63382 0.03812\n 40 6 28\n 38 6 1\n 14 94 4 0.63382 0.03812 0.63382 0.04272 0.64532 0.04272 0.64532 0.03812\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.04272 0.35780 0.04731 0.36930 0.04731 0.36930 0.04272\n 40 6 8\n 38 6 1\n 14 94 4 0.36930 0.04272 0.36930 0.04731 0.38080 0.04731 0.38080 0.04272\n 40 6 9\n 38 6 1\n 14 94 4 0.38080 0.04272 0.38080 0.04731 0.39805 0.04731 0.39805 0.04272\n 40 6 10\n 38 6 1\n 14 94 4 0.39805 0.04272 0.39805 0.04731 0.40956 0.04731 0.40956 0.04272\n 40 6 11\n 38 6 1\n 14 94 4 0.40956 0.04272 0.40956 0.04731 0.42681 0.04731 0.42681 0.04272\n 40 6 12\n 38 6 1\n 14 94 4 0.42681 0.04272 0.42681 0.04731 0.43831 0.04731 0.43831 0.04272\n 40 6 13\n 38 6 1\n 14 94 4 0.43831 0.04272 0.43831 0.04731 0.44981 0.04731 0.44981 0.04272\n 40 6 14\n 38 6 1\n 14 94 4 0.44981 0.04272 0.44981 0.04731 0.46706 0.04731 0.46706 0.04272\n 40 6 15\n 38 6 1\n 14 94 4 0.46706 0.04272 0.46706 0.04731 0.47856 0.04731 0.47856 0.04272\n 40 6 16\n 38 6 1\n 14 94 4 0.47856 0.04272 0.47856 0.04731 0.49581 0.04731 0.49581 0.04272\n 40 6 17\n 38 6 1\n 14 94 4 0.49581 0.04272 0.49581 0.04731 0.50731 0.04731 0.50731 0.04272\n 40 6 18\n 38 6 1\n 14 94 4 0.50731 0.04272 0.50731 0.04731 0.51881 0.04731 0.51881 0.04272\n 40 6 19\n 38 6 1\n 14 94 4 0.51881 0.04272 0.51881 0.04731 0.53606 0.04731 0.53606 0.04272\n 40 6 20\n 38 6 1\n 14 94 4 0.53606 0.04272 0.53606 0.04731 0.54756 0.04731 0.54756 0.04272\n 40 6 21\n 38 6 1\n 14 94 4 0.54756 0.04272 0.54756 0.04731 0.56482 0.04731 0.56482 0.04272\n 40 6 22\n 38 6 1\n 14 94 4 0.56482 0.04272 0.56482 0.04731 0.57632 0.04731 0.57632 0.04272\n 40 6 23\n 38 6 1\n 14 94 4 0.57632 0.04272 0.57632 0.04731 0.58782 0.04731 0.58782 0.04272\n 40 6 24\n 38 6 1\n 14 94 4 0.58782 0.04272 0.58782 0.04731 0.60507 0.04731 0.60507 0.04272\n 40 6 25\n 38 6 1\n 14 94 4 0.60507 0.04272 0.60507 0.04731 0.61657 0.04731 0.61657 0.04272\n 40 6 26\n 38 6 1\n 14 94 4 0.61657 0.04272 0.61657 0.04731 0.63382 0.04731 0.63382 0.04272\n 40 6 27\n 38 6 1\n 14 94 4 0.63382 0.04272 0.63382 0.04731 0.64532 0.04731 0.64532 0.04272\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.04731 0.35780 0.05191 0.36930 0.05191 0.36930 0.04731\n 40 6 8\n 38 6 1\n 14 94 4 0.36930 0.04731 0.36930 0.05191 0.38655 0.05191 0.38655 0.04731\n 40 6 9\n 38 6 1\n 14 94 4 0.38655 0.04731 0.38655 0.05191 0.39805 0.05191 0.39805 0.04731\n 40 6 10\n 38 6 1\n 14 94 4 0.39805 0.04731 0.39805 0.05191 0.41531 0.05191 0.41531 0.04731\n 40 6 11\n 38 6 1\n 14 94 4 0.41531 0.04731 0.41531 0.05191 0.42681 0.05191 0.42681 0.04731\n 40 6 12\n 38 6 1\n 14 94 4 0.42681 0.04731 0.42681 0.05191 0.43831 0.05191 0.43831 0.04731\n 40 6 13\n 38 6 1\n 14 94 4 0.43831 0.04731 0.43831 0.05191 0.45556 0.05191 0.45556 0.04731\n 40 6 14\n 38 6 1\n 14 94 4 0.45556 0.04731 0.45556 0.05191 0.47281 0.05191 0.47281 0.04731\n 40 6 15\n 38 6 1\n 14 94 4 0.47281 0.04731 0.47281 0.05191 0.48431 0.05191 0.48431 0.04731\n 40 6 16\n 38 6 1\n 14 94 4 0.48431 0.04731 0.48431 0.05191 0.50156 0.05191 0.50156 0.04731\n 40 6 17\n 38 6 1\n 14 94 4 0.50156 0.04731 0.50156 0.05191 0.51306 0.05191 0.51306 0.04731\n 40 6 18\n 38 6 1\n 14 94 4 0.51306 0.04731 0.51306 0.05191 0.52456 0.05191 0.52456 0.04731\n 40 6 19\n 38 6 1\n 14 94 4 0.52456 0.04731 0.52456 0.05191 0.54181 0.05191 0.54181 0.04731\n 40 6 20\n 38 6 1\n 14 94 4 0.54181 0.04731 0.54181 0.05191 0.55907 0.05191 0.55907 0.04731\n 40 6 21\n 38 6 1\n 14 94 4 0.55907 0.04731 0.55907 0.05191 0.57057 0.05191 0.57057 0.04731\n 40 6 22\n 38 6 1\n 14 94 4 0.57057 0.04731 0.57057 0.05191 0.58782 0.05191 0.58782 0.04731\n 40 6 23\n 38 6 1\n 14 94 4 0.58782 0.04731 0.58782 0.05191 0.59932 0.05191 0.59932 0.04731\n 40 6 24\n 38 6 1\n 14 94 4 0.59932 0.04731 0.59932 0.05191 0.61657 0.05191 0.61657 0.04731\n 40 6 25\n 38 6 1\n 14 94 4 0.61657 0.04731 0.61657 0.05191 0.62807 0.05191 0.62807 0.04731\n 40 6 26\n 38 6 1\n 14 94 4 0.62807 0.04731 0.62807 0.05191 0.64532 0.05191 0.64532 0.04731\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.05191 0.35780 0.05650 0.36930 0.05650 0.36930 0.05191\n 40 6 8\n 38 6 1\n 14 94 4 0.36930 0.05191 0.36930 0.05650 0.38655 0.05650 0.38655 0.05191\n 40 6 9\n 38 6 1\n 14 94 4 0.38655 0.05191 0.38655 0.05650 0.39805 0.05650 0.39805 0.05191\n 40 6 10\n 38 6 1\n 14 94 4 0.39805 0.05191 0.39805 0.05650 0.41531 0.05650 0.41531 0.05191\n 40 6 11\n 38 6 1\n 14 94 4 0.41531 0.05191 0.41531 0.05650 0.43256 0.05650 0.43256 0.05191\n 40 6 12\n 38 6 1\n 14 94 4 0.43256 0.05191 0.43256 0.05650 0.44406 0.05650 0.44406 0.05191\n 40 6 13\n 38 6 1\n 14 94 4 0.44406 0.05191 0.44406 0.05650 0.46131 0.05650 0.46131 0.05191\n 40 6 14\n 38 6 1\n 14 94 4 0.46131 0.05191 0.46131 0.05650 0.47281 0.05650 0.47281 0.05191\n 40 6 15\n 38 6 1\n 14 94 4 0.47281 0.05191 0.47281 0.05650 0.49006 0.05650 0.49006 0.05191\n 40 6 16\n 38 6 1\n 14 94 4 0.49006 0.05191 0.49006 0.05650 0.50731 0.05650 0.50731 0.05191\n 40 6 17\n 38 6 1\n 14 94 4 0.50731 0.05191 0.50731 0.05650 0.51881 0.05650 0.51881 0.05191\n 40 6 18\n 38 6 1\n 14 94 4 0.51881 0.05191 0.51881 0.05650 0.53606 0.05650 0.53606 0.05191\n 40 6 19\n 38 6 1\n 14 94 4 0.53606 0.05191 0.53606 0.05650 0.54756 0.05650 0.54756 0.05191\n 40 6 20\n 38 6 1\n 14 94 4 0.54756 0.05191 0.54756 0.05650 0.56482 0.05650 0.56482 0.05191\n 40 6 21\n 38 6 1\n 14 94 4 0.56482 0.05191 0.56482 0.05650 0.58207 0.05650 0.58207 0.05191\n 40 6 22\n 38 6 1\n 14 94 4 0.58207 0.05191 0.58207 0.05650 0.59357 0.05650 0.59357 0.05191\n 40 6 23\n 38 6 1\n 14 94 4 0.59357 0.05191 0.59357 0.05650 0.61082 0.05650 0.61082 0.05191\n 40 6 24\n 38 6 1\n 14 94 4 0.61082 0.05191 0.61082 0.05650 0.62232 0.05650 0.62232 0.05191\n 40 6 25\n 38 6 1\n 14 94 4 0.62232 0.05191 0.62232 0.05650 0.63957 0.05650 0.63957 0.05191\n 40 6 26\n 38 6 1\n 14 94 4 0.63957 0.05191 0.63957 0.05650 0.64532 0.05650 0.64532 0.05191\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.05650 0.35780 0.06110 0.36930 0.06110 0.36930 0.05650\n 40 6 8\n 38 6 1\n 14 94 4 0.36930 0.05650 0.36930 0.06110 0.38655 0.06110 0.38655 0.05650\n 40 6 9\n 38 6 1\n 14 94 4 0.38655 0.05650 0.38655 0.06110 0.40381 0.06110 0.40381 0.05650\n 40 6 10\n 38 6 1\n 14 94 4 0.40381 0.05650 0.40381 0.06110 0.41531 0.06110 0.41531 0.05650\n 40 6 11\n 38 6 1\n 14 94 4 0.41531 0.05650 0.41531 0.06110 0.43256 0.06110 0.43256 0.05650\n 40 6 12\n 38 6 1\n 14 94 4 0.43256 0.05650 0.43256 0.06110 0.44981 0.06110 0.44981 0.05650\n 40 6 13\n 38 6 1\n 14 94 4 0.44981 0.05650 0.44981 0.06110 0.46131 0.06110 0.46131 0.05650\n 40 6 14\n 38 6 1\n 14 94 4 0.46131 0.05650 0.46131 0.06110 0.47856 0.06110 0.47856 0.05650\n 40 6 15\n 38 6 1\n 14 94 4 0.47856 0.05650 0.47856 0.06110 0.49581 0.06110 0.49581 0.05650\n 40 6 16\n 38 6 1\n 14 94 4 0.49581 0.05650 0.49581 0.06110 0.51306 0.06110 0.51306 0.05650\n 40 6 17\n 38 6 1\n 14 94 4 0.51306 0.05650 0.51306 0.06110 0.52456 0.06110 0.52456 0.05650\n 40 6 18\n 38 6 1\n 14 94 4 0.52456 0.05650 0.52456 0.06110 0.54181 0.06110 0.54181 0.05650\n 40 6 19\n 38 6 1\n 14 94 4 0.54181 0.05650 0.54181 0.06110 0.55907 0.06110 0.55907 0.05650\n 40 6 20\n 38 6 1\n 14 94 4 0.55907 0.05650 0.55907 0.06110 0.57057 0.06110 0.57057 0.05650\n 40 6 21\n 38 6 1\n 14 94 4 0.57057 0.05650 0.57057 0.06110 0.58782 0.06110 0.58782 0.05650\n 40 6 22\n 38 6 1\n 14 94 4 0.58782 0.05650 0.58782 0.06110 0.60507 0.06110 0.60507 0.05650\n 40 6 23\n 38 6 1\n 14 94 4 0.60507 0.05650 0.60507 0.06110 0.61657 0.06110 0.61657 0.05650\n 40 6 24\n 38 6 1\n 14 94 4 0.61657 0.05650 0.61657 0.06110 0.63382 0.06110 0.63382 0.05650\n 40 6 25\n 38 6 1\n 14 94 4 0.63382 0.05650 0.63382 0.06110 0.64532 0.06110 0.64532 0.05650\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.06110 0.35780 0.06569 0.36930 0.06569 0.36930 0.06110\n 40 6 8\n 38 6 1\n 14 94 4 0.36930 0.06110 0.36930 0.06569 0.38655 0.06569 0.38655 0.06110\n 40 6 9\n 38 6 1\n 14 94 4 0.38655 0.06110 0.38655 0.06569 0.40381 0.06569 0.40381 0.06110\n 40 6 10\n 38 6 1\n 14 94 4 0.40381 0.06110 0.40381 0.06569 0.42106 0.06569 0.42106 0.06110\n 40 6 11\n 38 6 1\n 14 94 4 0.42106 0.06110 0.42106 0.06569 0.43831 0.06569 0.43831 0.06110\n 40 6 12\n 38 6 1\n 14 94 4 0.43831 0.06110 0.43831 0.06569 0.44981 0.06569 0.44981 0.06110\n 40 6 13\n 38 6 1\n 14 94 4 0.44981 0.06110 0.44981 0.06569 0.46706 0.06569 0.46706 0.06110\n 40 6 14\n 38 6 1\n 14 94 4 0.46706 0.06110 0.46706 0.06569 0.48431 0.06569 0.48431 0.06110\n 40 6 15\n 38 6 1\n 14 94 4 0.48431 0.06110 0.48431 0.06569 0.50156 0.06569 0.50156 0.06110\n 40 6 16\n 38 6 1\n 14 94 4 0.50156 0.06110 0.50156 0.06569 0.51881 0.06569 0.51881 0.06110\n 40 6 17\n 38 6 1\n 14 94 4 0.51881 0.06110 0.51881 0.06569 0.53031 0.06569 0.53031 0.06110\n 40 6 18\n 38 6 1\n 14 94 4 0.53031 0.06110 0.53031 0.06569 0.54756 0.06569 0.54756 0.06110\n 40 6 19\n 38 6 1\n 14 94 4 0.54756 0.06110 0.54756 0.06569 0.56482 0.06569 0.56482 0.06110\n 40 6 20\n 38 6 1\n 14 94 4 0.56482 0.06110 0.56482 0.06569 0.58207 0.06569 0.58207 0.06110\n 40 6 21\n 38 6 1\n 14 94 4 0.58207 0.06110 0.58207 0.06569 0.59932 0.06569 0.59932 0.06110\n 40 6 22\n 38 6 1\n 14 94 4 0.59932 0.06110 0.59932 0.06569 0.61082 0.06569 0.61082 0.06110\n 40 6 23\n 38 6 1\n 14 94 4 0.61082 0.06110 0.61082 0.06569 0.62807 0.06569 0.62807 0.06110\n 40 6 24\n 38 6 1\n 14 94 4 0.62807 0.06110 0.62807 0.06569 0.64532 0.06569 0.64532 0.06110\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.06569 0.35780 0.07028 0.36930 0.07028 0.36930 0.06569\n 40 6 8\n 38 6 1\n 14 94 4 0.36930 0.06569 0.36930 0.07028 0.38655 0.07028 0.38655 0.06569\n 40 6 9\n 38 6 1\n 14 94 4 0.38655 0.06569 0.38655 0.07028 0.40381 0.07028 0.40381 0.06569\n 40 6 10\n 38 6 1\n 14 94 4 0.40381 0.06569 0.40381 0.07028 0.42106 0.07028 0.42106 0.06569\n 40 6 11\n 38 6 1\n 14 94 4 0.42106 0.06569 0.42106 0.07028 0.43831 0.07028 0.43831 0.06569\n 40 6 12\n 38 6 1\n 14 94 4 0.43831 0.06569 0.43831 0.07028 0.45556 0.07028 0.45556 0.06569\n 40 6 13\n 38 6 1\n 14 94 4 0.45556 0.06569 0.45556 0.07028 0.47281 0.07028 0.47281 0.06569\n 40 6 14\n 38 6 1\n 14 94 4 0.47281 0.06569 0.47281 0.07028 0.49006 0.07028 0.49006 0.06569\n 40 6 15\n 38 6 1\n 14 94 4 0.49006 0.06569 0.49006 0.07028 0.50731 0.07028 0.50731 0.06569\n 40 6 16\n 38 6 1\n 14 94 4 0.50731 0.06569 0.50731 0.07028 0.52456 0.07028 0.52456 0.06569\n 40 6 17\n 38 6 1\n 14 94 4 0.52456 0.06569 0.52456 0.07028 0.53606 0.07028 0.53606 0.06569\n 40 6 18\n 38 6 1\n 14 94 4 0.53606 0.06569 0.53606 0.07028 0.55332 0.07028 0.55332 0.06569\n 40 6 19\n 38 6 1\n 14 94 4 0.55332 0.06569 0.55332 0.07028 0.57057 0.07028 0.57057 0.06569\n 40 6 20\n 38 6 1\n 14 94 4 0.57057 0.06569 0.57057 0.07028 0.58782 0.07028 0.58782 0.06569\n 40 6 21\n 38 6 1\n 14 94 4 0.58782 0.06569 0.58782 0.07028 0.60507 0.07028 0.60507 0.06569\n 40 6 22\n 38 6 1\n 14 94 4 0.60507 0.06569 0.60507 0.07028 0.62232 0.07028 0.62232 0.06569\n 40 6 23\n 38 6 1\n 14 94 4 0.62232 0.06569 0.62232 0.07028 0.63957 0.07028 0.63957 0.06569\n 40 6 24\n 38 6 1\n 14 94 4 0.63957 0.06569 0.63957 0.07028 0.64532 0.07028 0.64532 0.06569\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.07028 0.35780 0.07488 0.37505 0.07488 0.37505 0.07028\n 40 6 8\n 38 6 1\n 14 94 4 0.37505 0.07028 0.37505 0.07488 0.39230 0.07488 0.39230 0.07028\n 40 6 9\n 38 6 1\n 14 94 4 0.39230 0.07028 0.39230 0.07488 0.40381 0.07488 0.40381 0.07028\n 40 6 10\n 38 6 1\n 14 94 4 0.40381 0.07028 0.40381 0.07488 0.42681 0.07488 0.42681 0.07028\n 40 6 11\n 38 6 1\n 14 94 4 0.42681 0.07028 0.42681 0.07488 0.44406 0.07488 0.44406 0.07028\n 40 6 12\n 38 6 1\n 14 94 4 0.44406 0.07028 0.44406 0.07488 0.45556 0.07488 0.45556 0.07028\n 40 6 13\n 38 6 1\n 14 94 4 0.45556 0.07028 0.45556 0.07488 0.47856 0.07488 0.47856 0.07028\n 40 6 14\n 38 6 1\n 14 94 4 0.47856 0.07028 0.47856 0.07488 0.49581 0.07488 0.49581 0.07028\n 40 6 15\n 38 6 1\n 14 94 4 0.49581 0.07028 0.49581 0.07488 0.51306 0.07488 0.51306 0.07028\n 40 6 16\n 38 6 1\n 14 94 4 0.51306 0.07028 0.51306 0.07488 0.53031 0.07488 0.53031 0.07028\n 40 6 17\n 38 6 1\n 14 94 4 0.53031 0.07028 0.53031 0.07488 0.54756 0.07488 0.54756 0.07028\n 40 6 18\n 38 6 1\n 14 94 4 0.54756 0.07028 0.54756 0.07488 0.55907 0.07488 0.55907 0.07028\n 40 6 19\n 38 6 1\n 14 94 4 0.55907 0.07028 0.55907 0.07488 0.58207 0.07488 0.58207 0.07028\n 40 6 20\n 38 6 1\n 14 94 4 0.58207 0.07028 0.58207 0.07488 0.59932 0.07488 0.59932 0.07028\n 40 6 21\n 38 6 1\n 14 94 4 0.59932 0.07028 0.59932 0.07488 0.61657 0.07488 0.61657 0.07028\n 40 6 22\n 38 6 1\n 14 94 4 0.61657 0.07028 0.61657 0.07488 0.63382 0.07488 0.63382 0.07028\n 40 6 23\n 38 6 1\n 14 94 4 0.63382 0.07028 0.63382 0.07488 0.64532 0.07488 0.64532 0.07028\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.07488 0.35780 0.07947 0.37505 0.07947 0.37505 0.07488\n 40 6 8\n 38 6 1\n 14 94 4 0.37505 0.07488 0.37505 0.07947 0.39230 0.07947 0.39230 0.07488\n 40 6 9\n 38 6 1\n 14 94 4 0.39230 0.07488 0.39230 0.07947 0.40956 0.07947 0.40956 0.07488\n 40 6 10\n 38 6 1\n 14 94 4 0.40956 0.07488 0.40956 0.07947 0.42681 0.07947 0.42681 0.07488\n 40 6 11\n 38 6 1\n 14 94 4 0.42681 0.07488 0.42681 0.07947 0.44406 0.07947 0.44406 0.07488\n 40 6 12\n 38 6 1\n 14 94 4 0.44406 0.07488 0.44406 0.07947 0.46131 0.07947 0.46131 0.07488\n 40 6 13\n 38 6 1\n 14 94 4 0.46131 0.07488 0.46131 0.07947 0.47856 0.07947 0.47856 0.07488\n 40 6 14\n 38 6 1\n 14 94 4 0.47856 0.07488 0.47856 0.07947 0.49581 0.07947 0.49581 0.07488\n 40 6 15\n 38 6 1\n 14 94 4 0.49581 0.07488 0.49581 0.07947 0.51306 0.07947 0.51306 0.07488\n 40 6 16\n 38 6 1\n 14 94 4 0.51306 0.07488 0.51306 0.07947 0.53606 0.07947 0.53606 0.07488\n 40 6 17\n 38 6 1\n 14 94 4 0.53606 0.07488 0.53606 0.07947 0.55332 0.07947 0.55332 0.07488\n 40 6 18\n 38 6 1\n 14 94 4 0.55332 0.07488 0.55332 0.07947 0.57057 0.07947 0.57057 0.07488\n 40 6 19\n 38 6 1\n 14 94 4 0.57057 0.07488 0.57057 0.07947 0.58782 0.07947 0.58782 0.07488\n 40 6 20\n 38 6 1\n 14 94 4 0.58782 0.07488 0.58782 0.07947 0.60507 0.07947 0.60507 0.07488\n 40 6 21\n 38 6 1\n 14 94 4 0.60507 0.07488 0.60507 0.07947 0.62232 0.07947 0.62232 0.07488\n 40 6 22\n 38 6 1\n 14 94 4 0.62232 0.07488 0.62232 0.07947 0.63957 0.07947 0.63957 0.07488\n 40 6 23\n 38 6 1\n 14 94 4 0.63957 0.07488 0.63957 0.07947 0.64532 0.07947 0.64532 0.07488\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.07947 0.35780 0.08407 0.37505 0.08407 0.37505 0.07947\n 40 6 8\n 38 6 1\n 14 94 4 0.37505 0.07947 0.37505 0.08407 0.39230 0.08407 0.39230 0.07947\n 40 6 9\n 38 6 1\n 14 94 4 0.39230 0.07947 0.39230 0.08407 0.40956 0.08407 0.40956 0.07947\n 40 6 10\n 38 6 1\n 14 94 4 0.40956 0.07947 0.40956 0.08407 0.42681 0.08407 0.42681 0.07947\n 40 6 11\n 38 6 1\n 14 94 4 0.42681 0.07947 0.42681 0.08407 0.44981 0.08407 0.44981 0.07947\n 40 6 12\n 38 6 1\n 14 94 4 0.44981 0.07947 0.44981 0.08407 0.46706 0.08407 0.46706 0.07947\n 40 6 13\n 38 6 1\n 14 94 4 0.46706 0.07947 0.46706 0.08407 0.48431 0.08407 0.48431 0.07947\n 40 6 14\n 38 6 1\n 14 94 4 0.48431 0.07947 0.48431 0.08407 0.50156 0.08407 0.50156 0.07947\n 40 6 15\n 38 6 1\n 14 94 4 0.50156 0.07947 0.50156 0.08407 0.51881 0.08407 0.51881 0.07947\n 40 6 16\n 38 6 1\n 14 94 4 0.51881 0.07947 0.51881 0.08407 0.54181 0.08407 0.54181 0.07947\n 40 6 17\n 38 6 1\n 14 94 4 0.54181 0.07947 0.54181 0.08407 0.55907 0.08407 0.55907 0.07947\n 40 6 18\n 38 6 1\n 14 94 4 0.55907 0.07947 0.55907 0.08407 0.57632 0.08407 0.57632 0.07947\n 40 6 19\n 38 6 1\n 14 94 4 0.57632 0.07947 0.57632 0.08407 0.59357 0.08407 0.59357 0.07947\n 40 6 20\n 38 6 1\n 14 94 4 0.59357 0.07947 0.59357 0.08407 0.61082 0.08407 0.61082 0.07947\n 40 6 21\n 38 6 1\n 14 94 4 0.61082 0.07947 0.61082 0.08407 0.63382 0.08407 0.63382 0.07947\n 40 6 22\n 38 6 1\n 14 94 4 0.63382 0.07947 0.63382 0.08407 0.64532 0.08407 0.64532 0.07947\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.08407 0.35780 0.08866 0.37505 0.08866 0.37505 0.08407\n 40 6 8\n 38 6 1\n 14 94 4 0.37505 0.08407 0.37505 0.08866 0.39230 0.08866 0.39230 0.08407\n 40 6 9\n 38 6 1\n 14 94 4 0.39230 0.08407 0.39230 0.08866 0.40956 0.08866 0.40956 0.08407\n 40 6 10\n 38 6 1\n 14 94 4 0.40956 0.08407 0.40956 0.08866 0.43256 0.08866 0.43256 0.08407\n 40 6 11\n 38 6 1\n 14 94 4 0.43256 0.08407 0.43256 0.08866 0.44981 0.08866 0.44981 0.08407\n 40 6 12\n 38 6 1\n 14 94 4 0.44981 0.08407 0.44981 0.08866 0.46706 0.08866 0.46706 0.08407\n 40 6 13\n 38 6 1\n 14 94 4 0.46706 0.08407 0.46706 0.08866 0.49006 0.08866 0.49006 0.08407\n 40 6 14\n 38 6 1\n 14 94 4 0.49006 0.08407 0.49006 0.08866 0.50731 0.08866 0.50731 0.08407\n 40 6 15\n 38 6 1\n 14 94 4 0.50731 0.08407 0.50731 0.08866 0.52456 0.08866 0.52456 0.08407\n 40 6 16\n 38 6 1\n 14 94 4 0.52456 0.08407 0.52456 0.08866 0.54756 0.08866 0.54756 0.08407\n 40 6 17\n 38 6 1\n 14 94 4 0.54756 0.08407 0.54756 0.08866 0.56482 0.08866 0.56482 0.08407\n 40 6 18\n 38 6 1\n 14 94 4 0.56482 0.08407 0.56482 0.08866 0.58207 0.08866 0.58207 0.08407\n 40 6 19\n 38 6 1\n 14 94 4 0.58207 0.08407 0.58207 0.08866 0.59932 0.08866 0.59932 0.08407\n 40 6 20\n 38 6 1\n 14 94 4 0.59932 0.08407 0.59932 0.08866 0.62232 0.08866 0.62232 0.08407\n 40 6 21\n 38 6 1\n 14 94 4 0.62232 0.08407 0.62232 0.08866 0.63957 0.08866 0.63957 0.08407\n 40 6 22\n 38 6 1\n 14 94 4 0.63957 0.08407 0.63957 0.08866 0.64532 0.08866 0.64532 0.08407\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.08866 0.35780 0.09325 0.37505 0.09325 0.37505 0.08866\n 40 6 8\n 38 6 1\n 14 94 4 0.37505 0.08866 0.37505 0.09325 0.39230 0.09325 0.39230 0.08866\n 40 6 9\n 38 6 1\n 14 94 4 0.39230 0.08866 0.39230 0.09325 0.41531 0.09325 0.41531 0.08866\n 40 6 10\n 38 6 1\n 14 94 4 0.41531 0.08866 0.41531 0.09325 0.43256 0.09325 0.43256 0.08866\n 40 6 11\n 38 6 1\n 14 94 4 0.43256 0.08866 0.43256 0.09325 0.45556 0.09325 0.45556 0.08866\n 40 6 12\n 38 6 1\n 14 94 4 0.45556 0.08866 0.45556 0.09325 0.47281 0.09325 0.47281 0.08866\n 40 6 13\n 38 6 1\n 14 94 4 0.47281 0.08866 0.47281 0.09325 0.49006 0.09325 0.49006 0.08866\n 40 6 14\n 38 6 1\n 14 94 4 0.49006 0.08866 0.49006 0.09325 0.51306 0.09325 0.51306 0.08866\n 40 6 15\n 38 6 1\n 14 94 4 0.51306 0.08866 0.51306 0.09325 0.53031 0.09325 0.53031 0.08866\n 40 6 16\n 38 6 1\n 14 94 4 0.53031 0.08866 0.53031 0.09325 0.55332 0.09325 0.55332 0.08866\n 40 6 17\n 38 6 1\n 14 94 4 0.55332 0.08866 0.55332 0.09325 0.57057 0.09325 0.57057 0.08866\n 40 6 18\n 38 6 1\n 14 94 4 0.57057 0.08866 0.57057 0.09325 0.58782 0.09325 0.58782 0.08866\n 40 6 19\n 38 6 1\n 14 94 4 0.58782 0.08866 0.58782 0.09325 0.61082 0.09325 0.61082 0.08866\n 40 6 20\n 38 6 1\n 14 94 4 0.61082 0.08866 0.61082 0.09325 0.62807 0.09325 0.62807 0.08866\n 40 6 21\n 38 6 1\n 14 94 4 0.62807 0.08866 0.62807 0.09325 0.64532 0.09325 0.64532 0.08866\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.09325 0.35780 0.09785 0.37505 0.09785 0.37505 0.09325\n 40 6 8\n 38 6 1\n 14 94 4 0.37505 0.09325 0.37505 0.09785 0.39805 0.09785 0.39805 0.09325\n 40 6 9\n 38 6 1\n 14 94 4 0.39805 0.09325 0.39805 0.09785 0.41531 0.09785 0.41531 0.09325\n 40 6 10\n 38 6 1\n 14 94 4 0.41531 0.09325 0.41531 0.09785 0.43831 0.09785 0.43831 0.09325\n 40 6 11\n 38 6 1\n 14 94 4 0.43831 0.09325 0.43831 0.09785 0.45556 0.09785 0.45556 0.09325\n 40 6 12\n 38 6 1\n 14 94 4 0.45556 0.09325 0.45556 0.09785 0.47281 0.09785 0.47281 0.09325\n 40 6 13\n 38 6 1\n 14 94 4 0.47281 0.09325 0.47281 0.09785 0.49581 0.09785 0.49581 0.09325\n 40 6 14\n 38 6 1\n 14 94 4 0.49581 0.09325 0.49581 0.09785 0.51881 0.09785 0.51881 0.09325\n 40 6 15\n 38 6 1\n 14 94 4 0.51881 0.09325 0.51881 0.09785 0.53606 0.09785 0.53606 0.09325\n 40 6 16\n 38 6 1\n 14 94 4 0.53606 0.09325 0.53606 0.09785 0.55907 0.09785 0.55907 0.09325\n 40 6 17\n 38 6 1\n 14 94 4 0.55907 0.09325 0.55907 0.09785 0.57632 0.09785 0.57632 0.09325\n 40 6 18\n 38 6 1\n 14 94 4 0.57632 0.09325 0.57632 0.09785 0.59357 0.09785 0.59357 0.09325\n 40 6 19\n 38 6 1\n 14 94 4 0.59357 0.09325 0.59357 0.09785 0.61657 0.09785 0.61657 0.09325\n 40 6 20\n 38 6 1\n 14 94 4 0.61657 0.09325 0.61657 0.09785 0.63957 0.09785 0.63957 0.09325\n 40 6 21\n 38 6 1\n 14 94 4 0.63957 0.09325 0.63957 0.09785 0.64532 0.09785 0.64532 0.09325\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.09785 0.35780 0.10244 0.37505 0.10244 0.37505 0.09785\n 40 6 8\n 38 6 1\n 14 94 4 0.37505 0.09785 0.37505 0.10244 0.39805 0.10244 0.39805 0.09785\n 40 6 9\n 38 6 1\n 14 94 4 0.39805 0.09785 0.39805 0.10244 0.41531 0.10244 0.41531 0.09785\n 40 6 10\n 38 6 1\n 14 94 4 0.41531 0.09785 0.41531 0.10244 0.43831 0.10244 0.43831 0.09785\n 40 6 11\n 38 6 1\n 14 94 4 0.43831 0.09785 0.43831 0.10244 0.46131 0.10244 0.46131 0.09785\n 40 6 12\n 38 6 1\n 14 94 4 0.46131 0.09785 0.46131 0.10244 0.47856 0.10244 0.47856 0.09785\n 40 6 13\n 38 6 1\n 14 94 4 0.47856 0.09785 0.47856 0.10244 0.50156 0.10244 0.50156 0.09785\n 40 6 14\n 38 6 1\n 14 94 4 0.50156 0.09785 0.50156 0.10244 0.51881 0.10244 0.51881 0.09785\n 40 6 15\n 38 6 1\n 14 94 4 0.51881 0.09785 0.51881 0.10244 0.54181 0.10244 0.54181 0.09785\n 40 6 16\n 38 6 1\n 14 94 4 0.54181 0.09785 0.54181 0.10244 0.56482 0.10244 0.56482 0.09785\n 40 6 17\n 38 6 1\n 14 94 4 0.56482 0.09785 0.56482 0.10244 0.58207 0.10244 0.58207 0.09785\n 40 6 18\n 38 6 1\n 14 94 4 0.58207 0.09785 0.58207 0.10244 0.60507 0.10244 0.60507 0.09785\n 40 6 19\n 38 6 1\n 14 94 4 0.60507 0.09785 0.60507 0.10244 0.62232 0.10244 0.62232 0.09785\n 40 6 20\n 38 6 1\n 14 94 4 0.62232 0.09785 0.62232 0.10244 0.64532 0.10244 0.64532 0.09785\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.10244 0.35780 0.10704 0.37505 0.10704 0.37505 0.10244\n 40 6 8\n 38 6 1\n 14 94 4 0.37505 0.10244 0.37505 0.10704 0.39805 0.10704 0.39805 0.10244\n 40 6 9\n 38 6 1\n 14 94 4 0.39805 0.10244 0.39805 0.10704 0.42106 0.10704 0.42106 0.10244\n 40 6 10\n 38 6 1\n 14 94 4 0.42106 0.10244 0.42106 0.10704 0.43831 0.10704 0.43831 0.10244\n 40 6 11\n 38 6 1\n 14 94 4 0.43831 0.10244 0.43831 0.10704 0.46131 0.10704 0.46131 0.10244\n 40 6 12\n 38 6 1\n 14 94 4 0.46131 0.10244 0.46131 0.10704 0.48431 0.10704 0.48431 0.10244\n 40 6 13\n 38 6 1\n 14 94 4 0.48431 0.10244 0.48431 0.10704 0.50156 0.10704 0.50156 0.10244\n 40 6 14\n 38 6 1\n 14 94 4 0.50156 0.10244 0.50156 0.10704 0.52456 0.10704 0.52456 0.10244\n 40 6 15\n 38 6 1\n 14 94 4 0.52456 0.10244 0.52456 0.10704 0.54756 0.10704 0.54756 0.10244\n 40 6 16\n 38 6 1\n 14 94 4 0.54756 0.10244 0.54756 0.10704 0.57057 0.10704 0.57057 0.10244\n 40 6 17\n 38 6 1\n 14 94 4 0.57057 0.10244 0.57057 0.10704 0.58782 0.10704 0.58782 0.10244\n 40 6 18\n 38 6 1\n 14 94 4 0.58782 0.10244 0.58782 0.10704 0.61082 0.10704 0.61082 0.10244\n 40 6 19\n 38 6 1\n 14 94 4 0.61082 0.10244 0.61082 0.10704 0.63382 0.10704 0.63382 0.10244\n 40 6 20\n 38 6 1\n 14 94 4 0.63382 0.10244 0.63382 0.10704 0.64532 0.10704 0.64532 0.10244\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.10704 0.35780 0.11163 0.37505 0.11163 0.37505 0.10704\n 40 6 8\n 38 6 1\n 14 94 4 0.37505 0.10704 0.37505 0.11163 0.39805 0.11163 0.39805 0.10704\n 40 6 9\n 38 6 1\n 14 94 4 0.39805 0.10704 0.39805 0.11163 0.42106 0.11163 0.42106 0.10704\n 40 6 10\n 38 6 1\n 14 94 4 0.42106 0.10704 0.42106 0.11163 0.44406 0.11163 0.44406 0.10704\n 40 6 11\n 38 6 1\n 14 94 4 0.44406 0.10704 0.44406 0.11163 0.46706 0.11163 0.46706 0.10704\n 40 6 12\n 38 6 1\n 14 94 4 0.46706 0.10704 0.46706 0.11163 0.48431 0.11163 0.48431 0.10704\n 40 6 13\n 38 6 1\n 14 94 4 0.48431 0.10704 0.48431 0.11163 0.50731 0.11163 0.50731 0.10704\n 40 6 14\n 38 6 1\n 14 94 4 0.50731 0.10704 0.50731 0.11163 0.53031 0.11163 0.53031 0.10704\n 40 6 15\n 38 6 1\n 14 94 4 0.53031 0.10704 0.53031 0.11163 0.55332 0.11163 0.55332 0.10704\n 40 6 16\n 38 6 1\n 14 94 4 0.55332 0.10704 0.55332 0.11163 0.57632 0.11163 0.57632 0.10704\n 40 6 17\n 38 6 1\n 14 94 4 0.57632 0.10704 0.57632 0.11163 0.59357 0.11163 0.59357 0.10704\n 40 6 18\n 38 6 1\n 14 94 4 0.59357 0.10704 0.59357 0.11163 0.61657 0.11163 0.61657 0.10704\n 40 6 19\n 38 6 1\n 14 94 4 0.61657 0.10704 0.61657 0.11163 0.63957 0.11163 0.63957 0.10704\n 40 6 20\n 38 6 1\n 14 94 4 0.63957 0.10704 0.63957 0.11163 0.64532 0.11163 0.64532 0.10704\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.11163 0.35780 0.11623 0.37505 0.11623 0.37505 0.11163\n 40 6 8\n 38 6 1\n 14 94 4 0.37505 0.11163 0.37505 0.11623 0.39805 0.11623 0.39805 0.11163\n 40 6 9\n 38 6 1\n 14 94 4 0.39805 0.11163 0.39805 0.11623 0.42106 0.11623 0.42106 0.11163\n 40 6 10\n 38 6 1\n 14 94 4 0.42106 0.11163 0.42106 0.11623 0.44406 0.11623 0.44406 0.11163\n 40 6 11\n 38 6 1\n 14 94 4 0.44406 0.11163 0.44406 0.11623 0.46706 0.11623 0.46706 0.11163\n 40 6 12\n 38 6 1\n 14 94 4 0.46706 0.11163 0.46706 0.11623 0.49006 0.11623 0.49006 0.11163\n 40 6 13\n 38 6 1\n 14 94 4 0.49006 0.11163 0.49006 0.11623 0.51306 0.11623 0.51306 0.11163\n 40 6 14\n 38 6 1\n 14 94 4 0.51306 0.11163 0.51306 0.11623 0.53606 0.11623 0.53606 0.11163\n 40 6 15\n 38 6 1\n 14 94 4 0.53606 0.11163 0.53606 0.11623 0.55907 0.11623 0.55907 0.11163\n 40 6 16\n 38 6 1\n 14 94 4 0.55907 0.11163 0.55907 0.11623 0.58207 0.11623 0.58207 0.11163\n 40 6 17\n 38 6 1\n 14 94 4 0.58207 0.11163 0.58207 0.11623 0.59932 0.11623 0.59932 0.11163\n 40 6 18\n 38 6 1\n 14 94 4 0.59932 0.11163 0.59932 0.11623 0.62232 0.11623 0.62232 0.11163\n 40 6 19\n 38 6 1\n 14 94 4 0.62232 0.11163 0.62232 0.11623 0.64532 0.11623 0.64532 0.11163\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.11623 0.35780 0.12082 0.38080 0.12082 0.38080 0.11623\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.11623 0.38080 0.12082 0.40381 0.12082 0.40381 0.11623\n 40 6 9\n 38 6 1\n 14 94 4 0.40381 0.11623 0.40381 0.12082 0.42106 0.12082 0.42106 0.11623\n 40 6 10\n 38 6 1\n 14 94 4 0.42106 0.11623 0.42106 0.12082 0.44981 0.12082 0.44981 0.11623\n 40 6 11\n 38 6 1\n 14 94 4 0.44981 0.11623 0.44981 0.12082 0.47281 0.12082 0.47281 0.11623\n 40 6 12\n 38 6 1\n 14 94 4 0.47281 0.11623 0.47281 0.12082 0.49006 0.12082 0.49006 0.11623\n 40 6 13\n 38 6 1\n 14 94 4 0.49006 0.11623 0.49006 0.12082 0.51881 0.12082 0.51881 0.11623\n 40 6 14\n 38 6 1\n 14 94 4 0.51881 0.11623 0.51881 0.12082 0.54181 0.12082 0.54181 0.11623\n 40 6 15\n 38 6 1\n 14 94 4 0.54181 0.11623 0.54181 0.12082 0.56482 0.12082 0.56482 0.11623\n 40 6 16\n 38 6 1\n 14 94 4 0.56482 0.11623 0.56482 0.12082 0.58782 0.12082 0.58782 0.11623\n 40 6 17\n 38 6 1\n 14 94 4 0.58782 0.11623 0.58782 0.12082 0.61082 0.12082 0.61082 0.11623\n 40 6 18\n 38 6 1\n 14 94 4 0.61082 0.11623 0.61082 0.12082 0.62807 0.12082 0.62807 0.11623\n 40 6 19\n 38 6 1\n 14 94 4 0.62807 0.11623 0.62807 0.12082 0.64532 0.12082 0.64532 0.11623\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.12082 0.35780 0.12541 0.38080 0.12541 0.38080 0.12082\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.12082 0.38080 0.12541 0.40381 0.12541 0.40381 0.12082\n 40 6 9\n 38 6 1\n 14 94 4 0.40381 0.12082 0.40381 0.12541 0.42681 0.12541 0.42681 0.12082\n 40 6 10\n 38 6 1\n 14 94 4 0.42681 0.12082 0.42681 0.12541 0.44981 0.12541 0.44981 0.12082\n 40 6 11\n 38 6 1\n 14 94 4 0.44981 0.12082 0.44981 0.12541 0.47281 0.12541 0.47281 0.12082\n 40 6 12\n 38 6 1\n 14 94 4 0.47281 0.12082 0.47281 0.12541 0.49581 0.12541 0.49581 0.12082\n 40 6 13\n 38 6 1\n 14 94 4 0.49581 0.12082 0.49581 0.12541 0.51881 0.12541 0.51881 0.12082\n 40 6 14\n 38 6 1\n 14 94 4 0.51881 0.12082 0.51881 0.12541 0.54181 0.12541 0.54181 0.12082\n 40 6 15\n 38 6 1\n 14 94 4 0.54181 0.12082 0.54181 0.12541 0.56482 0.12541 0.56482 0.12082\n 40 6 16\n 38 6 1\n 14 94 4 0.56482 0.12082 0.56482 0.12541 0.59357 0.12541 0.59357 0.12082\n 40 6 17\n 38 6 1\n 14 94 4 0.59357 0.12082 0.59357 0.12541 0.61657 0.12541 0.61657 0.12082\n 40 6 18\n 38 6 1\n 14 94 4 0.61657 0.12082 0.61657 0.12541 0.63957 0.12541 0.63957 0.12082\n 40 6 19\n 38 6 1\n 14 94 4 0.63957 0.12082 0.63957 0.12541 0.64532 0.12541 0.64532 0.12082\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.12541 0.35780 0.13001 0.38080 0.13001 0.38080 0.12541\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.12541 0.38080 0.13001 0.40381 0.13001 0.40381 0.12541\n 40 6 9\n 38 6 1\n 14 94 4 0.40381 0.12541 0.40381 0.13001 0.42681 0.13001 0.42681 0.12541\n 40 6 10\n 38 6 1\n 14 94 4 0.42681 0.12541 0.42681 0.13001 0.44981 0.13001 0.44981 0.12541\n 40 6 11\n 38 6 1\n 14 94 4 0.44981 0.12541 0.44981 0.13001 0.47856 0.13001 0.47856 0.12541\n 40 6 12\n 38 6 1\n 14 94 4 0.47856 0.12541 0.47856 0.13001 0.50156 0.13001 0.50156 0.12541\n 40 6 13\n 38 6 1\n 14 94 4 0.50156 0.12541 0.50156 0.13001 0.52456 0.13001 0.52456 0.12541\n 40 6 14\n 38 6 1\n 14 94 4 0.52456 0.12541 0.52456 0.13001 0.54756 0.13001 0.54756 0.12541\n 40 6 15\n 38 6 1\n 14 94 4 0.54756 0.12541 0.54756 0.13001 0.57057 0.13001 0.57057 0.12541\n 40 6 16\n 38 6 1\n 14 94 4 0.57057 0.12541 0.57057 0.13001 0.59932 0.13001 0.59932 0.12541\n 40 6 17\n 38 6 1\n 14 94 4 0.59932 0.12541 0.59932 0.13001 0.62232 0.13001 0.62232 0.12541\n 40 6 18\n 38 6 1\n 14 94 4 0.62232 0.12541 0.62232 0.13001 0.64532 0.13001 0.64532 0.12541\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.13001 0.35780 0.13460 0.38080 0.13460 0.38080 0.13001\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.13001 0.38080 0.13460 0.40381 0.13460 0.40381 0.13001\n 40 6 9\n 38 6 1\n 14 94 4 0.40381 0.13001 0.40381 0.13460 0.42681 0.13460 0.42681 0.13001\n 40 6 10\n 38 6 1\n 14 94 4 0.42681 0.13001 0.42681 0.13460 0.45556 0.13460 0.45556 0.13001\n 40 6 11\n 38 6 1\n 14 94 4 0.45556 0.13001 0.45556 0.13460 0.47856 0.13460 0.47856 0.13001\n 40 6 12\n 38 6 1\n 14 94 4 0.47856 0.13001 0.47856 0.13460 0.50156 0.13460 0.50156 0.13001\n 40 6 13\n 38 6 1\n 14 94 4 0.50156 0.13001 0.50156 0.13460 0.53031 0.13460 0.53031 0.13001\n 40 6 14\n 38 6 1\n 14 94 4 0.53031 0.13001 0.53031 0.13460 0.55332 0.13460 0.55332 0.13001\n 40 6 15\n 38 6 1\n 14 94 4 0.55332 0.13001 0.55332 0.13460 0.57632 0.13460 0.57632 0.13001\n 40 6 16\n 38 6 1\n 14 94 4 0.57632 0.13001 0.57632 0.13460 0.60507 0.13460 0.60507 0.13001\n 40 6 17\n 38 6 1\n 14 94 4 0.60507 0.13001 0.60507 0.13460 0.62807 0.13460 0.62807 0.13001\n 40 6 18\n 38 6 1\n 14 94 4 0.62807 0.13001 0.62807 0.13460 0.64532 0.13460 0.64532 0.13001\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.13460 0.35780 0.13920 0.38080 0.13920 0.38080 0.13460\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.13460 0.38080 0.13920 0.40381 0.13920 0.40381 0.13460\n 40 6 9\n 38 6 1\n 14 94 4 0.40381 0.13460 0.40381 0.13920 0.43256 0.13920 0.43256 0.13460\n 40 6 10\n 38 6 1\n 14 94 4 0.43256 0.13460 0.43256 0.13920 0.45556 0.13920 0.45556 0.13460\n 40 6 11\n 38 6 1\n 14 94 4 0.45556 0.13460 0.45556 0.13920 0.48431 0.13920 0.48431 0.13460\n 40 6 12\n 38 6 1\n 14 94 4 0.48431 0.13460 0.48431 0.13920 0.50731 0.13920 0.50731 0.13460\n 40 6 13\n 38 6 1\n 14 94 4 0.50731 0.13460 0.50731 0.13920 0.53031 0.13920 0.53031 0.13460\n 40 6 14\n 38 6 1\n 14 94 4 0.53031 0.13460 0.53031 0.13920 0.55907 0.13920 0.55907 0.13460\n 40 6 15\n 38 6 1\n 14 94 4 0.55907 0.13460 0.55907 0.13920 0.58207 0.13920 0.58207 0.13460\n 40 6 16\n 38 6 1\n 14 94 4 0.58207 0.13460 0.58207 0.13920 0.61082 0.13920 0.61082 0.13460\n 40 6 17\n 38 6 1\n 14 94 4 0.61082 0.13460 0.61082 0.13920 0.63382 0.13920 0.63382 0.13460\n 40 6 18\n 38 6 1\n 14 94 4 0.63382 0.13460 0.63382 0.13920 0.64532 0.13920 0.64532 0.13460\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.13920 0.35780 0.14379 0.38080 0.14379 0.38080 0.13920\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.13920 0.38080 0.14379 0.40956 0.14379 0.40956 0.13920\n 40 6 9\n 38 6 1\n 14 94 4 0.40956 0.13920 0.40956 0.14379 0.43256 0.14379 0.43256 0.13920\n 40 6 10\n 38 6 1\n 14 94 4 0.43256 0.13920 0.43256 0.14379 0.46131 0.14379 0.46131 0.13920\n 40 6 11\n 38 6 1\n 14 94 4 0.46131 0.13920 0.46131 0.14379 0.48431 0.14379 0.48431 0.13920\n 40 6 12\n 38 6 1\n 14 94 4 0.48431 0.13920 0.48431 0.14379 0.50731 0.14379 0.50731 0.13920\n 40 6 13\n 38 6 1\n 14 94 4 0.50731 0.13920 0.50731 0.14379 0.53606 0.14379 0.53606 0.13920\n 40 6 14\n 38 6 1\n 14 94 4 0.53606 0.13920 0.53606 0.14379 0.56482 0.14379 0.56482 0.13920\n 40 6 15\n 38 6 1\n 14 94 4 0.56482 0.13920 0.56482 0.14379 0.58782 0.14379 0.58782 0.13920\n 40 6 16\n 38 6 1\n 14 94 4 0.58782 0.13920 0.58782 0.14379 0.61657 0.14379 0.61657 0.13920\n 40 6 17\n 38 6 1\n 14 94 4 0.61657 0.13920 0.61657 0.14379 0.63957 0.14379 0.63957 0.13920\n 40 6 18\n 38 6 1\n 14 94 4 0.63957 0.13920 0.63957 0.14379 0.64532 0.14379 0.64532 0.13920\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.14379 0.35780 0.14838 0.38080 0.14838 0.38080 0.14379\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.14379 0.38080 0.14838 0.40956 0.14838 0.40956 0.14379\n 40 6 9\n 38 6 1\n 14 94 4 0.40956 0.14379 0.40956 0.14838 0.43256 0.14838 0.43256 0.14379\n 40 6 10\n 38 6 1\n 14 94 4 0.43256 0.14379 0.43256 0.14838 0.46131 0.14838 0.46131 0.14379\n 40 6 11\n 38 6 1\n 14 94 4 0.46131 0.14379 0.46131 0.14838 0.49006 0.14838 0.49006 0.14379\n 40 6 12\n 38 6 1\n 14 94 4 0.49006 0.14379 0.49006 0.14838 0.51306 0.14838 0.51306 0.14379\n 40 6 13\n 38 6 1\n 14 94 4 0.51306 0.14379 0.51306 0.14838 0.54181 0.14838 0.54181 0.14379\n 40 6 14\n 38 6 1\n 14 94 4 0.54181 0.14379 0.54181 0.14838 0.56482 0.14838 0.56482 0.14379\n 40 6 15\n 38 6 1\n 14 94 4 0.56482 0.14379 0.56482 0.14838 0.59357 0.14838 0.59357 0.14379\n 40 6 16\n 38 6 1\n 14 94 4 0.59357 0.14379 0.59357 0.14838 0.62232 0.14838 0.62232 0.14379\n 40 6 17\n 38 6 1\n 14 94 4 0.62232 0.14379 0.62232 0.14838 0.64532 0.14838 0.64532 0.14379\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.14838 0.35780 0.15298 0.38080 0.15298 0.38080 0.14838\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.14838 0.38080 0.15298 0.40956 0.15298 0.40956 0.14838\n 40 6 9\n 38 6 1\n 14 94 4 0.40956 0.14838 0.40956 0.15298 0.43831 0.15298 0.43831 0.14838\n 40 6 10\n 38 6 1\n 14 94 4 0.43831 0.14838 0.43831 0.15298 0.46131 0.15298 0.46131 0.14838\n 40 6 11\n 38 6 1\n 14 94 4 0.46131 0.14838 0.46131 0.15298 0.49006 0.15298 0.49006 0.14838\n 40 6 12\n 38 6 1\n 14 94 4 0.49006 0.14838 0.49006 0.15298 0.51881 0.15298 0.51881 0.14838\n 40 6 13\n 38 6 1\n 14 94 4 0.51881 0.14838 0.51881 0.15298 0.54181 0.15298 0.54181 0.14838\n 40 6 14\n 38 6 1\n 14 94 4 0.54181 0.14838 0.54181 0.15298 0.57057 0.15298 0.57057 0.14838\n 40 6 15\n 38 6 1\n 14 94 4 0.57057 0.14838 0.57057 0.15298 0.59932 0.15298 0.59932 0.14838\n 40 6 16\n 38 6 1\n 14 94 4 0.59932 0.14838 0.59932 0.15298 0.62807 0.15298 0.62807 0.14838\n 40 6 17\n 38 6 1\n 14 94 4 0.62807 0.14838 0.62807 0.15298 0.64532 0.15298 0.64532 0.14838\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.15298 0.35780 0.15757 0.38080 0.15757 0.38080 0.15298\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.15298 0.38080 0.15757 0.40956 0.15757 0.40956 0.15298\n 40 6 9\n 38 6 1\n 14 94 4 0.40956 0.15298 0.40956 0.15757 0.43831 0.15757 0.43831 0.15298\n 40 6 10\n 38 6 1\n 14 94 4 0.43831 0.15298 0.43831 0.15757 0.46706 0.15757 0.46706 0.15298\n 40 6 11\n 38 6 1\n 14 94 4 0.46706 0.15298 0.46706 0.15757 0.49581 0.15757 0.49581 0.15298\n 40 6 12\n 38 6 1\n 14 94 4 0.49581 0.15298 0.49581 0.15757 0.51881 0.15757 0.51881 0.15298\n 40 6 13\n 38 6 1\n 14 94 4 0.51881 0.15298 0.51881 0.15757 0.54756 0.15757 0.54756 0.15298\n 40 6 14\n 38 6 1\n 14 94 4 0.54756 0.15298 0.54756 0.15757 0.57632 0.15757 0.57632 0.15298\n 40 6 15\n 38 6 1\n 14 94 4 0.57632 0.15298 0.57632 0.15757 0.60507 0.15757 0.60507 0.15298\n 40 6 16\n 38 6 1\n 14 94 4 0.60507 0.15298 0.60507 0.15757 0.63382 0.15757 0.63382 0.15298\n 40 6 17\n 38 6 1\n 14 94 4 0.63382 0.15298 0.63382 0.15757 0.64532 0.15757 0.64532 0.15298\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.15757 0.35780 0.16217 0.38080 0.16217 0.38080 0.15757\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.15757 0.38080 0.16217 0.40956 0.16217 0.40956 0.15757\n 40 6 9\n 38 6 1\n 14 94 4 0.40956 0.15757 0.40956 0.16217 0.43831 0.16217 0.43831 0.15757\n 40 6 10\n 38 6 1\n 14 94 4 0.43831 0.15757 0.43831 0.16217 0.46706 0.16217 0.46706 0.15757\n 40 6 11\n 38 6 1\n 14 94 4 0.46706 0.15757 0.46706 0.16217 0.49581 0.16217 0.49581 0.15757\n 40 6 12\n 38 6 1\n 14 94 4 0.49581 0.15757 0.49581 0.16217 0.52456 0.16217 0.52456 0.15757\n 40 6 13\n 38 6 1\n 14 94 4 0.52456 0.15757 0.52456 0.16217 0.55332 0.16217 0.55332 0.15757\n 40 6 14\n 38 6 1\n 14 94 4 0.55332 0.15757 0.55332 0.16217 0.58207 0.16217 0.58207 0.15757\n 40 6 15\n 38 6 1\n 14 94 4 0.58207 0.15757 0.58207 0.16217 0.61082 0.16217 0.61082 0.15757\n 40 6 16\n 38 6 1\n 14 94 4 0.61082 0.15757 0.61082 0.16217 0.63957 0.16217 0.63957 0.15757\n 40 6 17\n 38 6 1\n 14 94 4 0.63957 0.15757 0.63957 0.16217 0.64532 0.16217 0.64532 0.15757\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.16217 0.35780 0.16676 0.38655 0.16676 0.38655 0.16217\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.16217 0.38655 0.16676 0.41531 0.16676 0.41531 0.16217\n 40 6 9\n 38 6 1\n 14 94 4 0.41531 0.16217 0.41531 0.16676 0.43831 0.16676 0.43831 0.16217\n 40 6 10\n 38 6 1\n 14 94 4 0.43831 0.16217 0.43831 0.16676 0.47281 0.16676 0.47281 0.16217\n 40 6 11\n 38 6 1\n 14 94 4 0.47281 0.16217 0.47281 0.16676 0.50156 0.16676 0.50156 0.16217\n 40 6 12\n 38 6 1\n 14 94 4 0.50156 0.16217 0.50156 0.16676 0.52456 0.16676 0.52456 0.16217\n 40 6 13\n 38 6 1\n 14 94 4 0.52456 0.16217 0.52456 0.16676 0.55907 0.16676 0.55907 0.16217\n 40 6 14\n 38 6 1\n 14 94 4 0.55907 0.16217 0.55907 0.16676 0.58782 0.16676 0.58782 0.16217\n 40 6 15\n 38 6 1\n 14 94 4 0.58782 0.16217 0.58782 0.16676 0.61657 0.16676 0.61657 0.16217\n 40 6 16\n 38 6 1\n 14 94 4 0.61657 0.16217 0.61657 0.16676 0.64532 0.16676 0.64532 0.16217\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.16676 0.35780 0.17136 0.38655 0.17136 0.38655 0.16676\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.16676 0.38655 0.17136 0.41531 0.17136 0.41531 0.16676\n 40 6 9\n 38 6 1\n 14 94 4 0.41531 0.16676 0.41531 0.17136 0.44406 0.17136 0.44406 0.16676\n 40 6 10\n 38 6 1\n 14 94 4 0.44406 0.16676 0.44406 0.17136 0.47281 0.17136 0.47281 0.16676\n 40 6 11\n 38 6 1\n 14 94 4 0.47281 0.16676 0.47281 0.17136 0.50156 0.17136 0.50156 0.16676\n 40 6 12\n 38 6 1\n 14 94 4 0.50156 0.16676 0.50156 0.17136 0.53031 0.17136 0.53031 0.16676\n 40 6 13\n 38 6 1\n 14 94 4 0.53031 0.16676 0.53031 0.17136 0.55907 0.17136 0.55907 0.16676\n 40 6 14\n 38 6 1\n 14 94 4 0.55907 0.16676 0.55907 0.17136 0.58782 0.17136 0.58782 0.16676\n 40 6 15\n 38 6 1\n 14 94 4 0.58782 0.16676 0.58782 0.17136 0.61657 0.17136 0.61657 0.16676\n 40 6 16\n 38 6 1\n 14 94 4 0.61657 0.16676 0.61657 0.17136 0.64532 0.17136 0.64532 0.16676\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.17136 0.35780 0.17595 0.38655 0.17595 0.38655 0.17136\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.17136 0.38655 0.17595 0.41531 0.17595 0.41531 0.17136\n 40 6 9\n 38 6 1\n 14 94 4 0.41531 0.17136 0.41531 0.17595 0.44406 0.17595 0.44406 0.17136\n 40 6 10\n 38 6 1\n 14 94 4 0.44406 0.17136 0.44406 0.17595 0.47281 0.17595 0.47281 0.17136\n 40 6 11\n 38 6 1\n 14 94 4 0.47281 0.17136 0.47281 0.17595 0.50731 0.17595 0.50731 0.17136\n 40 6 12\n 38 6 1\n 14 94 4 0.50731 0.17136 0.50731 0.17595 0.53606 0.17595 0.53606 0.17136\n 40 6 13\n 38 6 1\n 14 94 4 0.53606 0.17136 0.53606 0.17595 0.56482 0.17595 0.56482 0.17136\n 40 6 14\n 38 6 1\n 14 94 4 0.56482 0.17136 0.56482 0.17595 0.59357 0.17595 0.59357 0.17136\n 40 6 15\n 38 6 1\n 14 94 4 0.59357 0.17136 0.59357 0.17595 0.62232 0.17595 0.62232 0.17136\n 40 6 16\n 38 6 1\n 14 94 4 0.62232 0.17136 0.62232 0.17595 0.64532 0.17595 0.64532 0.17136\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.17595 0.35780 0.18054 0.38655 0.18054 0.38655 0.17595\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.17595 0.38655 0.18054 0.41531 0.18054 0.41531 0.17595\n 40 6 9\n 38 6 1\n 14 94 4 0.41531 0.17595 0.41531 0.18054 0.44406 0.18054 0.44406 0.17595\n 40 6 10\n 38 6 1\n 14 94 4 0.44406 0.17595 0.44406 0.18054 0.47856 0.18054 0.47856 0.17595\n 40 6 11\n 38 6 1\n 14 94 4 0.47856 0.17595 0.47856 0.18054 0.50731 0.18054 0.50731 0.17595\n 40 6 12\n 38 6 1\n 14 94 4 0.50731 0.17595 0.50731 0.18054 0.53606 0.18054 0.53606 0.17595\n 40 6 13\n 38 6 1\n 14 94 4 0.53606 0.17595 0.53606 0.18054 0.57057 0.18054 0.57057 0.17595\n 40 6 14\n 38 6 1\n 14 94 4 0.57057 0.17595 0.57057 0.18054 0.59932 0.18054 0.59932 0.17595\n 40 6 15\n 38 6 1\n 14 94 4 0.59932 0.17595 0.59932 0.18054 0.62807 0.18054 0.62807 0.17595\n 40 6 16\n 38 6 1\n 14 94 4 0.62807 0.17595 0.62807 0.18054 0.64532 0.18054 0.64532 0.17595\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.18054 0.35780 0.18514 0.38655 0.18514 0.38655 0.18054\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.18054 0.38655 0.18514 0.41531 0.18514 0.41531 0.18054\n 40 6 9\n 38 6 1\n 14 94 4 0.41531 0.18054 0.41531 0.18514 0.44981 0.18514 0.44981 0.18054\n 40 6 10\n 38 6 1\n 14 94 4 0.44981 0.18054 0.44981 0.18514 0.47856 0.18514 0.47856 0.18054\n 40 6 11\n 38 6 1\n 14 94 4 0.47856 0.18054 0.47856 0.18514 0.51306 0.18514 0.51306 0.18054\n 40 6 12\n 38 6 1\n 14 94 4 0.51306 0.18054 0.51306 0.18514 0.54181 0.18514 0.54181 0.18054\n 40 6 13\n 38 6 1\n 14 94 4 0.54181 0.18054 0.54181 0.18514 0.57057 0.18514 0.57057 0.18054\n 40 6 14\n 38 6 1\n 14 94 4 0.57057 0.18054 0.57057 0.18514 0.60507 0.18514 0.60507 0.18054\n 40 6 15\n 38 6 1\n 14 94 4 0.60507 0.18054 0.60507 0.18514 0.63382 0.18514 0.63382 0.18054\n 40 6 16\n 38 6 1\n 14 94 4 0.63382 0.18054 0.63382 0.18514 0.64532 0.18514 0.64532 0.18054\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.18514 0.35780 0.18973 0.38655 0.18973 0.38655 0.18514\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.18514 0.38655 0.18973 0.42106 0.18973 0.42106 0.18514\n 40 6 9\n 38 6 1\n 14 94 4 0.42106 0.18514 0.42106 0.18973 0.44981 0.18973 0.44981 0.18514\n 40 6 10\n 38 6 1\n 14 94 4 0.44981 0.18514 0.44981 0.18973 0.48431 0.18973 0.48431 0.18514\n 40 6 11\n 38 6 1\n 14 94 4 0.48431 0.18514 0.48431 0.18973 0.51306 0.18973 0.51306 0.18514\n 40 6 12\n 38 6 1\n 14 94 4 0.51306 0.18514 0.51306 0.18973 0.54181 0.18973 0.54181 0.18514\n 40 6 13\n 38 6 1\n 14 94 4 0.54181 0.18514 0.54181 0.18973 0.57632 0.18973 0.57632 0.18514\n 40 6 14\n 38 6 1\n 14 94 4 0.57632 0.18514 0.57632 0.18973 0.61082 0.18973 0.61082 0.18514\n 40 6 15\n 38 6 1\n 14 94 4 0.61082 0.18514 0.61082 0.18973 0.63957 0.18973 0.63957 0.18514\n 40 6 16\n 38 6 1\n 14 94 4 0.63957 0.18514 0.63957 0.18973 0.64532 0.18973 0.64532 0.18514\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.18973 0.35780 0.19433 0.38655 0.19433 0.38655 0.18973\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.18973 0.38655 0.19433 0.42106 0.19433 0.42106 0.18973\n 40 6 9\n 38 6 1\n 14 94 4 0.42106 0.18973 0.42106 0.19433 0.44981 0.19433 0.44981 0.18973\n 40 6 10\n 38 6 1\n 14 94 4 0.44981 0.18973 0.44981 0.19433 0.48431 0.19433 0.48431 0.18973\n 40 6 11\n 38 6 1\n 14 94 4 0.48431 0.18973 0.48431 0.19433 0.51881 0.19433 0.51881 0.18973\n 40 6 12\n 38 6 1\n 14 94 4 0.51881 0.18973 0.51881 0.19433 0.54756 0.19433 0.54756 0.18973\n 40 6 13\n 38 6 1\n 14 94 4 0.54756 0.18973 0.54756 0.19433 0.58207 0.19433 0.58207 0.18973\n 40 6 14\n 38 6 1\n 14 94 4 0.58207 0.18973 0.58207 0.19433 0.61082 0.19433 0.61082 0.18973\n 40 6 15\n 38 6 1\n 14 94 4 0.61082 0.18973 0.61082 0.19433 0.64532 0.19433 0.64532 0.18973\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.19433 0.35780 0.19892 0.38655 0.19892 0.38655 0.19433\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.19433 0.38655 0.19892 0.42106 0.19892 0.42106 0.19433\n 40 6 9\n 38 6 1\n 14 94 4 0.42106 0.19433 0.42106 0.19892 0.45556 0.19892 0.45556 0.19433\n 40 6 10\n 38 6 1\n 14 94 4 0.45556 0.19433 0.45556 0.19892 0.48431 0.19892 0.48431 0.19433\n 40 6 11\n 38 6 1\n 14 94 4 0.48431 0.19433 0.48431 0.19892 0.51881 0.19892 0.51881 0.19433\n 40 6 12\n 38 6 1\n 14 94 4 0.51881 0.19433 0.51881 0.19892 0.55332 0.19892 0.55332 0.19433\n 40 6 13\n 38 6 1\n 14 94 4 0.55332 0.19433 0.55332 0.19892 0.58207 0.19892 0.58207 0.19433\n 40 6 14\n 38 6 1\n 14 94 4 0.58207 0.19433 0.58207 0.19892 0.61657 0.19892 0.61657 0.19433\n 40 6 15\n 38 6 1\n 14 94 4 0.61657 0.19433 0.61657 0.19892 0.64532 0.19892 0.64532 0.19433\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.19892 0.35780 0.20352 0.38655 0.20352 0.38655 0.19892\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.19892 0.38655 0.20352 0.42106 0.20352 0.42106 0.19892\n 40 6 9\n 38 6 1\n 14 94 4 0.42106 0.19892 0.42106 0.20352 0.45556 0.20352 0.45556 0.19892\n 40 6 10\n 38 6 1\n 14 94 4 0.45556 0.19892 0.45556 0.20352 0.49006 0.20352 0.49006 0.19892\n 40 6 11\n 38 6 1\n 14 94 4 0.49006 0.19892 0.49006 0.20352 0.52456 0.20352 0.52456 0.19892\n 40 6 12\n 38 6 1\n 14 94 4 0.52456 0.19892 0.52456 0.20352 0.55332 0.20352 0.55332 0.19892\n 40 6 13\n 38 6 1\n 14 94 4 0.55332 0.19892 0.55332 0.20352 0.58782 0.20352 0.58782 0.19892\n 40 6 14\n 38 6 1\n 14 94 4 0.58782 0.19892 0.58782 0.20352 0.62232 0.20352 0.62232 0.19892\n 40 6 15\n 38 6 1\n 14 94 4 0.62232 0.19892 0.62232 0.20352 0.64532 0.20352 0.64532 0.19892\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.20352 0.35780 0.20811 0.38655 0.20811 0.38655 0.20352\n 40 6 8\n 38 6 1\n 14 94 4 0.38655 0.20352 0.38655 0.20811 0.42106 0.20811 0.42106 0.20352\n 40 6 9\n 38 6 1\n 14 94 4 0.42106 0.20352 0.42106 0.20811 0.45556 0.20811 0.45556 0.20352\n 40 6 10\n 38 6 1\n 14 94 4 0.45556 0.20352 0.45556 0.20811 0.49006 0.20811 0.49006 0.20352\n 40 6 11\n 38 6 1\n 14 94 4 0.49006 0.20352 0.49006 0.20811 0.52456 0.20811 0.52456 0.20352\n 40 6 12\n 38 6 1\n 14 94 4 0.52456 0.20352 0.52456 0.20811 0.55907 0.20811 0.55907 0.20352\n 40 6 13\n 38 6 1\n 14 94 4 0.55907 0.20352 0.55907 0.20811 0.59357 0.20811 0.59357 0.20352\n 40 6 14\n 38 6 1\n 14 94 4 0.59357 0.20352 0.59357 0.20811 0.62807 0.20811 0.62807 0.20352\n 40 6 15\n 38 6 1\n 14 94 4 0.62807 0.20352 0.62807 0.20811 0.64532 0.20811 0.64532 0.20352\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.20811 0.35780 0.21270 0.39230 0.21270 0.39230 0.20811\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.20811 0.39230 0.21270 0.42681 0.21270 0.42681 0.20811\n 40 6 9\n 38 6 1\n 14 94 4 0.42681 0.20811 0.42681 0.21270 0.45556 0.21270 0.45556 0.20811\n 40 6 10\n 38 6 1\n 14 94 4 0.45556 0.20811 0.45556 0.21270 0.49581 0.21270 0.49581 0.20811\n 40 6 11\n 38 6 1\n 14 94 4 0.49581 0.20811 0.49581 0.21270 0.53031 0.21270 0.53031 0.20811\n 40 6 12\n 38 6 1\n 14 94 4 0.53031 0.20811 0.53031 0.21270 0.55907 0.21270 0.55907 0.20811\n 40 6 13\n 38 6 1\n 14 94 4 0.55907 0.20811 0.55907 0.21270 0.59932 0.21270 0.59932 0.20811\n 40 6 14\n 38 6 1\n 14 94 4 0.59932 0.20811 0.59932 0.21270 0.63382 0.21270 0.63382 0.20811\n 40 6 15\n 38 6 1\n 14 94 4 0.63382 0.20811 0.63382 0.21270 0.64532 0.21270 0.64532 0.20811\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.21270 0.35780 0.21730 0.39230 0.21730 0.39230 0.21270\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.21270 0.39230 0.21730 0.42681 0.21730 0.42681 0.21270\n 40 6 9\n 38 6 1\n 14 94 4 0.42681 0.21270 0.42681 0.21730 0.46131 0.21730 0.46131 0.21270\n 40 6 10\n 38 6 1\n 14 94 4 0.46131 0.21270 0.46131 0.21730 0.49581 0.21730 0.49581 0.21270\n 40 6 11\n 38 6 1\n 14 94 4 0.49581 0.21270 0.49581 0.21730 0.53031 0.21730 0.53031 0.21270\n 40 6 12\n 38 6 1\n 14 94 4 0.53031 0.21270 0.53031 0.21730 0.56482 0.21730 0.56482 0.21270\n 40 6 13\n 38 6 1\n 14 94 4 0.56482 0.21270 0.56482 0.21730 0.59932 0.21730 0.59932 0.21270\n 40 6 14\n 38 6 1\n 14 94 4 0.59932 0.21270 0.59932 0.21730 0.63382 0.21730 0.63382 0.21270\n 40 6 15\n 38 6 1\n 14 94 4 0.63382 0.21270 0.63382 0.21730 0.64532 0.21730 0.64532 0.21270\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.21730 0.35780 0.22189 0.39230 0.22189 0.39230 0.21730\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.21730 0.39230 0.22189 0.42681 0.22189 0.42681 0.21730\n 40 6 9\n 38 6 1\n 14 94 4 0.42681 0.21730 0.42681 0.22189 0.46131 0.22189 0.46131 0.21730\n 40 6 10\n 38 6 1\n 14 94 4 0.46131 0.21730 0.46131 0.22189 0.49581 0.22189 0.49581 0.21730\n 40 6 11\n 38 6 1\n 14 94 4 0.49581 0.21730 0.49581 0.22189 0.53606 0.22189 0.53606 0.21730\n 40 6 12\n 38 6 1\n 14 94 4 0.53606 0.21730 0.53606 0.22189 0.57057 0.22189 0.57057 0.21730\n 40 6 13\n 38 6 1\n 14 94 4 0.57057 0.21730 0.57057 0.22189 0.60507 0.22189 0.60507 0.21730\n 40 6 14\n 38 6 1\n 14 94 4 0.60507 0.21730 0.60507 0.22189 0.63957 0.22189 0.63957 0.21730\n 40 6 15\n 38 6 1\n 14 94 4 0.63957 0.21730 0.63957 0.22189 0.64532 0.22189 0.64532 0.21730\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.22189 0.35780 0.22649 0.39230 0.22649 0.39230 0.22189\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.22189 0.39230 0.22649 0.42681 0.22649 0.42681 0.22189\n 40 6 9\n 38 6 1\n 14 94 4 0.42681 0.22189 0.42681 0.22649 0.46131 0.22649 0.46131 0.22189\n 40 6 10\n 38 6 1\n 14 94 4 0.46131 0.22189 0.46131 0.22649 0.50156 0.22649 0.50156 0.22189\n 40 6 11\n 38 6 1\n 14 94 4 0.50156 0.22189 0.50156 0.22649 0.53606 0.22649 0.53606 0.22189\n 40 6 12\n 38 6 1\n 14 94 4 0.53606 0.22189 0.53606 0.22649 0.57057 0.22649 0.57057 0.22189\n 40 6 13\n 38 6 1\n 14 94 4 0.57057 0.22189 0.57057 0.22649 0.61082 0.22649 0.61082 0.22189\n 40 6 14\n 38 6 1\n 14 94 4 0.61082 0.22189 0.61082 0.22649 0.64532 0.22649 0.64532 0.22189\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.22649 0.35780 0.23108 0.39230 0.23108 0.39230 0.22649\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.22649 0.39230 0.23108 0.42681 0.23108 0.42681 0.22649\n 40 6 9\n 38 6 1\n 14 94 4 0.42681 0.22649 0.42681 0.23108 0.46706 0.23108 0.46706 0.22649\n 40 6 10\n 38 6 1\n 14 94 4 0.46706 0.22649 0.46706 0.23108 0.50156 0.23108 0.50156 0.22649\n 40 6 11\n 38 6 1\n 14 94 4 0.50156 0.22649 0.50156 0.23108 0.54181 0.23108 0.54181 0.22649\n 40 6 12\n 38 6 1\n 14 94 4 0.54181 0.22649 0.54181 0.23108 0.57632 0.23108 0.57632 0.22649\n 40 6 13\n 38 6 1\n 14 94 4 0.57632 0.22649 0.57632 0.23108 0.61082 0.23108 0.61082 0.22649\n 40 6 14\n 38 6 1\n 14 94 4 0.61082 0.22649 0.61082 0.23108 0.64532 0.23108 0.64532 0.22649\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.23108 0.35780 0.23567 0.39230 0.23567 0.39230 0.23108\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.23108 0.39230 0.23567 0.43256 0.23567 0.43256 0.23108\n 40 6 9\n 38 6 1\n 14 94 4 0.43256 0.23108 0.43256 0.23567 0.46706 0.23567 0.46706 0.23108\n 40 6 10\n 38 6 1\n 14 94 4 0.46706 0.23108 0.46706 0.23567 0.50731 0.23567 0.50731 0.23108\n 40 6 11\n 38 6 1\n 14 94 4 0.50731 0.23108 0.50731 0.23567 0.54181 0.23567 0.54181 0.23108\n 40 6 12\n 38 6 1\n 14 94 4 0.54181 0.23108 0.54181 0.23567 0.57632 0.23567 0.57632 0.23108\n 40 6 13\n 38 6 1\n 14 94 4 0.57632 0.23108 0.57632 0.23567 0.61657 0.23567 0.61657 0.23108\n 40 6 14\n 38 6 1\n 14 94 4 0.61657 0.23108 0.61657 0.23567 0.64532 0.23567 0.64532 0.23108\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.23567 0.35780 0.24027 0.39230 0.24027 0.39230 0.23567\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.23567 0.39230 0.24027 0.43256 0.24027 0.43256 0.23567\n 40 6 9\n 38 6 1\n 14 94 4 0.43256 0.23567 0.43256 0.24027 0.46706 0.24027 0.46706 0.23567\n 40 6 10\n 38 6 1\n 14 94 4 0.46706 0.23567 0.46706 0.24027 0.50731 0.24027 0.50731 0.23567\n 40 6 11\n 38 6 1\n 14 94 4 0.50731 0.23567 0.50731 0.24027 0.54756 0.24027 0.54756 0.23567\n 40 6 12\n 38 6 1\n 14 94 4 0.54756 0.23567 0.54756 0.24027 0.58207 0.24027 0.58207 0.23567\n 40 6 13\n 38 6 1\n 14 94 4 0.58207 0.23567 0.58207 0.24027 0.62232 0.24027 0.62232 0.23567\n 40 6 14\n 38 6 1\n 14 94 4 0.62232 0.23567 0.62232 0.24027 0.64532 0.24027 0.64532 0.23567\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.24027 0.35780 0.24486 0.39230 0.24486 0.39230 0.24027\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.24027 0.39230 0.24486 0.43256 0.24486 0.43256 0.24027\n 40 6 9\n 38 6 1\n 14 94 4 0.43256 0.24027 0.43256 0.24486 0.47281 0.24486 0.47281 0.24027\n 40 6 10\n 38 6 1\n 14 94 4 0.47281 0.24027 0.47281 0.24486 0.50731 0.24486 0.50731 0.24027\n 40 6 11\n 38 6 1\n 14 94 4 0.50731 0.24027 0.50731 0.24486 0.54756 0.24486 0.54756 0.24027\n 40 6 12\n 38 6 1\n 14 94 4 0.54756 0.24027 0.54756 0.24486 0.58782 0.24486 0.58782 0.24027\n 40 6 13\n 38 6 1\n 14 94 4 0.58782 0.24027 0.58782 0.24486 0.62232 0.24486 0.62232 0.24027\n 40 6 14\n 38 6 1\n 14 94 4 0.62232 0.24027 0.62232 0.24486 0.64532 0.24486 0.64532 0.24027\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.24486 0.35780 0.24946 0.39230 0.24946 0.39230 0.24486\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.24486 0.39230 0.24946 0.43256 0.24946 0.43256 0.24486\n 40 6 9\n 38 6 1\n 14 94 4 0.43256 0.24486 0.43256 0.24946 0.47281 0.24946 0.47281 0.24486\n 40 6 10\n 38 6 1\n 14 94 4 0.47281 0.24486 0.47281 0.24946 0.51306 0.24946 0.51306 0.24486\n 40 6 11\n 38 6 1\n 14 94 4 0.51306 0.24486 0.51306 0.24946 0.55332 0.24946 0.55332 0.24486\n 40 6 12\n 38 6 1\n 14 94 4 0.55332 0.24486 0.55332 0.24946 0.58782 0.24946 0.58782 0.24486\n 40 6 13\n 38 6 1\n 14 94 4 0.58782 0.24486 0.58782 0.24946 0.62807 0.24946 0.62807 0.24486\n 40 6 14\n 38 6 1\n 14 94 4 0.62807 0.24486 0.62807 0.24946 0.64532 0.24946 0.64532 0.24486\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.24946 0.35780 0.25405 0.39230 0.25405 0.39230 0.24946\n 40 6 8\n 38 6 1\n 14 94 4 0.39230 0.24946 0.39230 0.25405 0.43256 0.25405 0.43256 0.24946\n 40 6 9\n 38 6 1\n 14 94 4 0.43256 0.24946 0.43256 0.25405 0.47281 0.25405 0.47281 0.24946\n 40 6 10\n 38 6 1\n 14 94 4 0.47281 0.24946 0.47281 0.25405 0.51306 0.25405 0.51306 0.24946\n 40 6 11\n 38 6 1\n 14 94 4 0.51306 0.24946 0.51306 0.25405 0.55332 0.25405 0.55332 0.24946\n 40 6 12\n 38 6 1\n 14 94 4 0.55332 0.24946 0.55332 0.25405 0.59357 0.25405 0.59357 0.24946\n 40 6 13\n 38 6 1\n 14 94 4 0.59357 0.24946 0.59357 0.25405 0.63382 0.25405 0.63382 0.24946\n 40 6 14\n 38 6 1\n 14 94 4 0.63382 0.24946 0.63382 0.25405 0.64532 0.25405 0.64532 0.24946\n 40 6 7\n 38 6 1\n 14 94 4 0.35780 0.25405 0.35780 0.25865 0.39805 0.25865 0.39805 0.25405\n 40 6 8\n 38 6 1\n 14 94 4 0.39805 0.25405 0.39805 0.25865 0.43831 0.25865 0.43831 0.25405\n 40 6 9\n 38 6 1\n 14 94 4 0.43831 0.25405 0.43831 0.25865 0.47281 0.25865 0.47281 0.25405\n 40 6 10\n 38 6 1\n 14 94 4 0.47281 0.25405 0.47281 0.25865 0.51881 0.25865 0.51881 0.25405\n 40 6 11\n 38 6 1\n 14 94 4 0.51881 0.25405 0.51881 0.25865 0.55907 0.25865 0.55907 0.25405\n 40 6 12\n 38 6 1\n 14 94 4 0.55907 0.25405 0.55907 0.25865 0.59357 0.25865 0.59357 0.25405\n 40 6 13\n 38 6 1\n 14 94 4 0.59357 0.25405 0.59357 0.25865 0.63957 0.25865 0.63957 0.25405\n 40 6 14\n 38 6 1\n 14 94 4 0.63957 0.25405 0.63957 0.25865 0.64532 0.25865 0.64532 0.25405\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 40 6 7\n 38 6 1\n 14 94 4 0.64946 0.02894 0.65541 0.02894 0.65541 0.03851 0.64946 0.03851\n 11 116 5 0.64946 0.02894 0.65541 0.02894 0.65541 0.03851 0.64946 0.03851 0.64946 0.02894\n 40 6 8\n 38 6 1\n 14 94 4 0.64946 0.03851 0.65541 0.03851 0.65541 0.04808 0.64946 0.04808\n 11 116 5 0.64946 0.03851 0.65541 0.03851 0.65541 0.04808 0.64946 0.04808 0.64946 0.03851\n 40 6 9\n 38 6 1\n 14 94 4 0.64946 0.04808 0.65541 0.04808 0.65541 0.05765 0.64946 0.05765\n 11 116 5 0.64946 0.04808 0.65541 0.04808 0.65541 0.05765 0.64946 0.05765 0.64946 0.04808\n 40 6 10\n 38 6 1\n 14 94 4 0.64946 0.05765 0.65541 0.05765 0.65541 0.06722 0.64946 0.06722\n 11 116 5 0.64946 0.05765 0.65541 0.05765 0.65541 0.06722 0.64946 0.06722 0.64946 0.05765\n 40 6 11\n 38 6 1\n 14 94 4 0.64946 0.06722 0.65541 0.06722 0.65541 0.07679 0.64946 0.07679\n 11 116 5 0.64946 0.06722 0.65541 0.06722 0.65541 0.07679 0.64946 0.07679 0.64946 0.06722\n 40 6 12\n 38 6 1\n 14 94 4 0.64946 0.07679 0.65541 0.07679 0.65541 0.08636 0.64946 0.08636\n 11 116 5 0.64946 0.07679 0.65541 0.07679 0.65541 0.08636 0.64946 0.08636 0.64946 0.07679\n 40 6 13\n 38 6 1\n 14 94 4 0.64946 0.08636 0.65541 0.08636 0.65541 0.09593 0.64946 0.09593\n 11 116 5 0.64946 0.08636 0.65541 0.08636 0.65541 0.09593 0.64946 0.09593 0.64946 0.08636\n 40 6 14\n 38 6 1\n 14 94 4 0.64946 0.09593 0.65541 0.09593 0.65541 0.10551 0.64946 0.10551\n 11 116 5 0.64946 0.09593 0.65541 0.09593 0.65541 0.10551 0.64946 0.10551 0.64946 0.09593\n 40 6 15\n 38 6 1\n 14 94 4 0.64946 0.10551 0.65541 0.10551 0.65541 0.11508 0.64946 0.11508\n 11 116 5 0.64946 0.10551 0.65541 0.10551 0.65541 0.11508 0.64946 0.11508 0.64946 0.10551\n 40 6 16\n 38 6 1\n 14 94 4 0.64946 0.11508 0.65541 0.11508 0.65541 0.12465 0.64946 0.12465\n 11 116 5 0.64946 0.11508 0.65541 0.11508 0.65541 0.12465 0.64946 0.12465 0.64946 0.11508\n 40 6 17\n 38 6 1\n 14 94 4 0.64946 0.12465 0.65541 0.12465 0.65541 0.13422 0.64946 0.13422\n 11 116 5 0.64946 0.12465 0.65541 0.12465 0.65541 0.13422 0.64946 0.13422 0.64946 0.12465\n 40 6 18\n 38 6 1\n 14 94 4 0.64946 0.13422 0.65541 0.13422 0.65541 0.14379 0.64946 0.14379\n 11 116 5 0.64946 0.13422 0.65541 0.13422 0.65541 0.14379 0.64946 0.14379 0.64946 0.13422\n 40 6 19\n 38 6 1\n 14 94 4 0.64946 0.14379 0.65541 0.14379 0.65541 0.15336 0.64946 0.15336\n 11 116 5 0.64946 0.14379 0.65541 0.14379 0.65541 0.15336 0.64946 0.15336 0.64946 0.14379\n 40 6 20\n 38 6 1\n 14 94 4 0.64946 0.15336 0.65541 0.15336 0.65541 0.16293 0.64946 0.16293\n 11 116 5 0.64946 0.15336 0.65541 0.15336 0.65541 0.16293 0.64946 0.16293 0.64946 0.15336\n 40 6 21\n 38 6 1\n 14 94 4 0.64946 0.16293 0.65541 0.16293 0.65541 0.17250 0.64946 0.17250\n 11 116 5 0.64946 0.16293 0.65541 0.16293 0.65541 0.17250 0.64946 0.17250 0.64946 0.16293\n 40 6 22\n 38 6 1\n 14 94 4 0.64946 0.17250 0.65541 0.17250 0.65541 0.18208 0.64946 0.18208\n 11 116 5 0.64946 0.17250 0.65541 0.17250 0.65541 0.18208 0.64946 0.18208 0.64946 0.17250\n 40 6 23\n 38 6 1\n 14 94 4 0.64946 0.18208 0.65541 0.18208 0.65541 0.19165 0.64946 0.19165\n 11 116 5 0.64946 0.18208 0.65541 0.18208 0.65541 0.19165 0.64946 0.19165 0.64946 0.18208\n 40 6 24\n 38 6 1\n 14 94 4 0.64946 0.19165 0.65541 0.19165 0.65541 0.20122 0.64946 0.20122\n 11 116 5 0.64946 0.19165 0.65541 0.19165 0.65541 0.20122 0.64946 0.20122 0.64946 0.19165\n 40 6 25\n 38 6 1\n 14 94 4 0.64946 0.20122 0.65541 0.20122 0.65541 0.21079 0.64946 0.21079\n 11 116 5 0.64946 0.20122 0.65541 0.20122 0.65541 0.21079 0.64946 0.21079 0.64946 0.20122\n 40 6 26\n 38 6 1\n 14 94 4 0.64946 0.21079 0.65541 0.21079 0.65541 0.22036 0.64946 0.22036\n 11 116 5 0.64946 0.21079 0.65541 0.21079 0.65541 0.22036 0.64946 0.22036 0.64946 0.21079\n 40 6 27\n 38 6 1\n 14 94 4 0.64946 0.22036 0.65541 0.22036 0.65541 0.22993 0.64946 0.22993\n 11 116 5 0.64946 0.22036 0.65541 0.22036 0.65541 0.22993 0.64946 0.22993 0.64946 0.22036\n 40 6 28\n 38 6 1\n 14 94 4 0.64946 0.22993 0.65541 0.22993 0.65541 0.23950 0.64946 0.23950\n 11 116 5 0.64946 0.22993 0.65541 0.22993 0.65541 0.23950 0.64946 0.23950 0.64946 0.22993\n 40 6 29\n 38 6 1\n 14 94 4 0.64946 0.23950 0.65541 0.23950 0.65541 0.24907 0.64946 0.24907\n 11 116 5 0.64946 0.23950 0.65541 0.23950 0.65541 0.24907 0.64946 0.24907 0.64946 0.23950\n 40 6 30\n 38 6 1\n 14 94 4 0.64946 0.24907 0.65541 0.24907 0.65541 0.25865 0.64946 0.25865\n 11 116 5 0.64946 0.24907 0.65541 0.24907 0.65541 0.25865 0.64946 0.25865 0.64946 0.24907\n 11 380 17 0.61517 0.02449 0.61419 0.02449 0.61409 0.02361 0.61419 0.02370 0.61448 0.02380 0.61478 0.02380 0.61507 0.02370 0.61527 0.02351 0.61537 0.02321 0.61537 0.02302 0.61527 0.02272 0.61507 0.02252 0.61478 0.02243 0.61448 0.02243 0.61419 0.02252 0.61409 0.02262 0.61399 0.02282\n 11 380 17 0.65733 0.02997 0.65704 0.02987 0.65684 0.02958 0.65674 0.02908 0.65674 0.02879 0.65684 0.02830 0.65704 0.02800 0.65733 0.02790 0.65753 0.02790 0.65782 0.02800 0.65802 0.02830 0.65812 0.02879 0.65812 0.02908 0.65802 0.02958 0.65782 0.02987 0.65753 0.02997 0.65733 0.02997\n 11 380 17 0.65733 0.03954 0.65704 0.03944 0.65684 0.03915 0.65674 0.03865 0.65674 0.03836 0.65684 0.03787 0.65704 0.03757 0.65733 0.03747 0.65753 0.03747 0.65782 0.03757 0.65802 0.03787 0.65812 0.03836 0.65812 0.03865 0.65802 0.03915 0.65782 0.03944 0.65753 0.03954 0.65733 0.03954\n 11 116 5 0.65891 0.03767 0.65881 0.03757 0.65891 0.03747 0.65900 0.03757 0.65891 0.03767\n 11 94 4 0.65999 0.03915 0.66019 0.03925 0.66048 0.03954 0.66048 0.03747\n 11 380 17 0.65733 0.04911 0.65704 0.04901 0.65684 0.04872 0.65674 0.04823 0.65674 0.04793 0.65684 0.04744 0.65704 0.04714 0.65733 0.04704 0.65753 0.04704 0.65782 0.04714 0.65802 0.04744 0.65812 0.04793 0.65812 0.04823 0.65802 0.04872 0.65782 0.04901 0.65753 0.04911 0.65733 0.04911\n 11 116 5 0.65891 0.04724 0.65881 0.04714 0.65891 0.04704 0.65900 0.04714 0.65891 0.04724\n 11 314 14 0.65979 0.04862 0.65979 0.04872 0.65989 0.04891 0.65999 0.04901 0.66019 0.04911 0.66058 0.04911 0.66078 0.04901 0.66087 0.04891 0.66097 0.04872 0.66097 0.04852 0.66087 0.04832 0.66068 0.04803 0.65969 0.04704 0.66107 0.04704\n 11 380 17 0.65733 0.05868 0.65704 0.05858 0.65684 0.05829 0.65674 0.05780 0.65674 0.05750 0.65684 0.05701 0.65704 0.05671 0.65733 0.05662 0.65753 0.05662 0.65782 0.05671 0.65802 0.05701 0.65812 0.05750 0.65812 0.05780 0.65802 0.05829 0.65782 0.05858 0.65753 0.05868 0.65733 0.05868\n 11 116 5 0.65891 0.05681 0.65881 0.05671 0.65891 0.05662 0.65900 0.05671 0.65891 0.05681\n 11 336 15 0.65989 0.05868 0.66097 0.05868 0.66038 0.05790 0.66068 0.05790 0.66087 0.05780 0.66097 0.05770 0.66107 0.05740 0.66107 0.05721 0.66097 0.05691 0.66078 0.05671 0.66048 0.05662 0.66019 0.05662 0.65989 0.05671 0.65979 0.05681 0.65969 0.05701\n 11 380 17 0.65733 0.06825 0.65704 0.06816 0.65684 0.06786 0.65674 0.06737 0.65674 0.06707 0.65684 0.06658 0.65704 0.06629 0.65733 0.06619 0.65753 0.06619 0.65782 0.06629 0.65802 0.06658 0.65812 0.06707 0.65812 0.06737 0.65802 0.06786 0.65782 0.06816 0.65753 0.06825 0.65733 0.06825\n 11 116 5 0.65891 0.06638 0.65881 0.06629 0.65891 0.06619 0.65900 0.06629 0.65891 0.06638\n 11 72 3 0.66068 0.06825 0.65969 0.06688 0.66117 0.06688\n 11 50 2 0.66068 0.06825 0.66068 0.06619\n 11 380 17 0.65733 0.07783 0.65704 0.07773 0.65684 0.07743 0.65674 0.07694 0.65674 0.07664 0.65684 0.07615 0.65704 0.07586 0.65733 0.07576 0.65753 0.07576 0.65782 0.07586 0.65802 0.07615 0.65812 0.07664 0.65812 0.07694 0.65802 0.07743 0.65782 0.07773 0.65753 0.07783 0.65733 0.07783\n 11 116 5 0.65891 0.07596 0.65881 0.07586 0.65891 0.07576 0.65900 0.07586 0.65891 0.07596\n 11 380 17 0.66087 0.07783 0.65989 0.07783 0.65979 0.07694 0.65989 0.07704 0.66019 0.07714 0.66048 0.07714 0.66078 0.07704 0.66097 0.07684 0.66107 0.07655 0.66107 0.07635 0.66097 0.07605 0.66078 0.07586 0.66048 0.07576 0.66019 0.07576 0.65989 0.07586 0.65979 0.07596 0.65969 0.07615\n 11 380 17 0.65733 0.08740 0.65704 0.08730 0.65684 0.08700 0.65674 0.08651 0.65674 0.08622 0.65684 0.08572 0.65704 0.08543 0.65733 0.08533 0.65753 0.08533 0.65782 0.08543 0.65802 0.08572 0.65812 0.08622 0.65812 0.08651 0.65802 0.08700 0.65782 0.08730 0.65753 0.08740 0.65733 0.08740\n 11 116 5 0.65891 0.08553 0.65881 0.08543 0.65891 0.08533 0.65900 0.08543 0.65891 0.08553\n 11 512 23 0.66097 0.08710 0.66087 0.08730 0.66058 0.08740 0.66038 0.08740 0.66009 0.08730 0.65989 0.08700 0.65979 0.08651 0.65979 0.08602 0.65989 0.08563 0.66009 0.08543 0.66038 0.08533 0.66048 0.08533 0.66078 0.08543 0.66097 0.08563 0.66107 0.08592 0.66107 0.08602 0.66097 0.08631 0.66078 0.08651 0.66048 0.08661 0.66038 0.08661 0.66009 0.08651 0.65989 0.08631 0.65979 0.08602\n 11 380 17 0.65733 0.09697 0.65704 0.09687 0.65684 0.09657 0.65674 0.09608 0.65674 0.09579 0.65684 0.09529 0.65704 0.09500 0.65733 0.09490 0.65753 0.09490 0.65782 0.09500 0.65802 0.09529 0.65812 0.09579 0.65812 0.09608 0.65802 0.09657 0.65782 0.09687 0.65753 0.09697 0.65733 0.09697\n 11 116 5 0.65891 0.09510 0.65881 0.09500 0.65891 0.09490 0.65900 0.09500 0.65891 0.09510\n 11 50 2 0.66107 0.09697 0.66009 0.09490\n 11 50 2 0.65969 0.09697 0.66107 0.09697\n 11 380 17 0.65733 0.10654 0.65704 0.10644 0.65684 0.10615 0.65674 0.10565 0.65674 0.10536 0.65684 0.10487 0.65704 0.10457 0.65733 0.10447 0.65753 0.10447 0.65782 0.10457 0.65802 0.10487 0.65812 0.10536 0.65812 0.10565 0.65802 0.10615 0.65782 0.10644 0.65753 0.10654 0.65733 0.10654\n 11 116 5 0.65891 0.10467 0.65881 0.10457 0.65891 0.10447 0.65900 0.10457 0.65891 0.10467\n 11 644 29 0.66019 0.10654 0.65989 0.10644 0.65979 0.10624 0.65979 0.10605 0.65989 0.10585 0.66009 0.10575 0.66048 0.10565 0.66078 0.10555 0.66097 0.10536 0.66107 0.10516 0.66107 0.10487 0.66097 0.10467 0.66087 0.10457 0.66058 0.10447 0.66019 0.10447 0.65989 0.10457 0.65979 0.10467 0.65969 0.10487 0.65969 0.10516 0.65979 0.10536 0.65999 0.10555 0.66028 0.10565 0.66068 0.10575 0.66087 0.10585 0.66097 0.10605 0.66097 0.10624 0.66087 0.10644 0.66058 0.10654 0.66019 0.10654\n 11 380 17 0.65733 0.11611 0.65704 0.11601 0.65684 0.11572 0.65674 0.11522 0.65674 0.11493 0.65684 0.11444 0.65704 0.11414 0.65733 0.11404 0.65753 0.11404 0.65782 0.11414 0.65802 0.11444 0.65812 0.11493 0.65812 0.11522 0.65802 0.11572 0.65782 0.11601 0.65753 0.11611 0.65733 0.11611\n 11 116 5 0.65891 0.11424 0.65881 0.11414 0.65891 0.11404 0.65900 0.11414 0.65891 0.11424\n 11 512 23 0.66097 0.11542 0.66087 0.11513 0.66068 0.11493 0.66038 0.11483 0.66028 0.11483 0.65999 0.11493 0.65979 0.11513 0.65969 0.11542 0.65969 0.11552 0.65979 0.11582 0.65999 0.11601 0.66028 0.11611 0.66038 0.11611 0.66068 0.11601 0.66087 0.11582 0.66097 0.11542 0.66097 0.11493 0.66087 0.11444 0.66068 0.11414 0.66038 0.11404 0.66019 0.11404 0.65989 0.11414 0.65979 0.11434\n 11 94 4 0.65704 0.12529 0.65723 0.12539 0.65753 0.12568 0.65753 0.12361\n 11 94 4 0.65704 0.13486 0.65723 0.13496 0.65753 0.13525 0.65753 0.13319\n 11 116 5 0.65891 0.13338 0.65881 0.13328 0.65891 0.13319 0.65900 0.13328 0.65891 0.13338\n 11 94 4 0.65999 0.13486 0.66019 0.13496 0.66048 0.13525 0.66048 0.13319\n 11 94 4 0.65704 0.14443 0.65723 0.14453 0.65753 0.14482 0.65753 0.14276\n 11 116 5 0.65891 0.14295 0.65881 0.14286 0.65891 0.14276 0.65900 0.14286 0.65891 0.14295\n 11 314 14 0.65979 0.14433 0.65979 0.14443 0.65989 0.14463 0.65999 0.14473 0.66019 0.14482 0.66058 0.14482 0.66078 0.14473 0.66087 0.14463 0.66097 0.14443 0.66097 0.14423 0.66087 0.14404 0.66068 0.14374 0.65969 0.14276 0.66107 0.14276\n 11 94 4 0.65704 0.15400 0.65723 0.15410 0.65753 0.15440 0.65753 0.15233\n 11 116 5 0.65891 0.15253 0.65881 0.15243 0.65891 0.15233 0.65900 0.15243 0.65891 0.15253\n 11 336 15 0.65989 0.15440 0.66097 0.15440 0.66038 0.15361 0.66068 0.15361 0.66087 0.15351 0.66097 0.15341 0.66107 0.15312 0.66107 0.15292 0.66097 0.15262 0.66078 0.15243 0.66048 0.15233 0.66019 0.15233 0.65989 0.15243 0.65979 0.15253 0.65969 0.15272\n 11 94 4 0.65704 0.16357 0.65723 0.16367 0.65753 0.16397 0.65753 0.16190\n 11 116 5 0.65891 0.16210 0.65881 0.16200 0.65891 0.16190 0.65900 0.16200 0.65891 0.16210\n 11 72 3 0.66068 0.16397 0.65969 0.16259 0.66117 0.16259\n 11 50 2 0.66068 0.16397 0.66068 0.16190\n 11 94 4 0.65704 0.17314 0.65723 0.17324 0.65753 0.17354 0.65753 0.17147\n 11 116 5 0.65891 0.17167 0.65881 0.17157 0.65891 0.17147 0.65900 0.17157 0.65891 0.17167\n 11 380 17 0.66087 0.17354 0.65989 0.17354 0.65979 0.17265 0.65989 0.17275 0.66019 0.17285 0.66048 0.17285 0.66078 0.17275 0.66097 0.17255 0.66107 0.17226 0.66107 0.17206 0.66097 0.17177 0.66078 0.17157 0.66048 0.17147 0.66019 0.17147 0.65989 0.17157 0.65979 0.17167 0.65969 0.17186\n 11 94 4 0.65704 0.18272 0.65723 0.18281 0.65753 0.18311 0.65753 0.18104\n 11 116 5 0.65891 0.18124 0.65881 0.18114 0.65891 0.18104 0.65900 0.18114 0.65891 0.18124\n 11 512 23 0.66097 0.18281 0.66087 0.18301 0.66058 0.18311 0.66038 0.18311 0.66009 0.18301 0.65989 0.18272 0.65979 0.18222 0.65979 0.18173 0.65989 0.18134 0.66009 0.18114 0.66038 0.18104 0.66048 0.18104 0.66078 0.18114 0.66097 0.18134 0.66107 0.18163 0.66107 0.18173 0.66097 0.18203 0.66078 0.18222 0.66048 0.18232 0.66038 0.18232 0.66009 0.18222 0.65989 0.18203 0.65979 0.18173\n 11 94 4 0.65704 0.19229 0.65723 0.19238 0.65753 0.19268 0.65753 0.19061\n 11 116 5 0.65891 0.19081 0.65881 0.19071 0.65891 0.19061 0.65900 0.19071 0.65891 0.19081\n 11 50 2 0.66107 0.19268 0.66009 0.19061\n 11 50 2 0.65969 0.19268 0.66107 0.19268\n 11 94 4 0.65704 0.20186 0.65723 0.20196 0.65753 0.20225 0.65753 0.20018\n 11 116 5 0.65891 0.20038 0.65881 0.20028 0.65891 0.20018 0.65900 0.20028 0.65891 0.20038\n 11 644 29 0.66019 0.20225 0.65989 0.20215 0.65979 0.20196 0.65979 0.20176 0.65989 0.20156 0.66009 0.20146 0.66048 0.20137 0.66078 0.20127 0.66097 0.20107 0.66107 0.20087 0.66107 0.20058 0.66097 0.20038 0.66087 0.20028 0.66058 0.20018 0.66019 0.20018 0.65989 0.20028 0.65979 0.20038 0.65969 0.20058 0.65969 0.20087 0.65979 0.20107 0.65999 0.20127 0.66028 0.20137 0.66068 0.20146 0.66087 0.20156 0.66097 0.20176 0.66097 0.20196 0.66087 0.20215 0.66058 0.20225 0.66019 0.20225\n 11 94 4 0.65704 0.21143 0.65723 0.21153 0.65753 0.21182 0.65753 0.20976\n 11 116 5 0.65891 0.20995 0.65881 0.20985 0.65891 0.20976 0.65900 0.20985 0.65891 0.20995\n 11 512 23 0.66097 0.21113 0.66087 0.21084 0.66068 0.21064 0.66038 0.21054 0.66028 0.21054 0.65999 0.21064 0.65979 0.21084 0.65969 0.21113 0.65969 0.21123 0.65979 0.21153 0.65999 0.21172 0.66028 0.21182 0.66038 0.21182 0.66068 0.21172 0.66087 0.21153 0.66097 0.21113 0.66097 0.21064 0.66087 0.21015 0.66068 0.20985 0.66038 0.20976 0.66019 0.20976 0.65989 0.20985 0.65979 0.21005\n 11 314 14 0.65684 0.22090 0.65684 0.22100 0.65694 0.22120 0.65704 0.22130 0.65723 0.22139 0.65763 0.22139 0.65782 0.22130 0.65792 0.22120 0.65802 0.22100 0.65802 0.22080 0.65792 0.22061 0.65773 0.22031 0.65674 0.21933 0.65812 0.21933\n 11 314 14 0.65684 0.23047 0.65684 0.23057 0.65694 0.23077 0.65704 0.23087 0.65723 0.23097 0.65763 0.23097 0.65782 0.23087 0.65792 0.23077 0.65802 0.23057 0.65802 0.23037 0.65792 0.23018 0.65773 0.22988 0.65674 0.22890 0.65812 0.22890\n 11 116 5 0.65891 0.22910 0.65881 0.22900 0.65891 0.22890 0.65900 0.22900 0.65891 0.22910\n 11 94 4 0.65999 0.23057 0.66019 0.23067 0.66048 0.23097 0.66048 0.22890\n 11 314 14 0.65684 0.24004 0.65684 0.24014 0.65694 0.24034 0.65704 0.24044 0.65723 0.24054 0.65763 0.24054 0.65782 0.24044 0.65792 0.24034 0.65802 0.24014 0.65802 0.23995 0.65792 0.23975 0.65773 0.23945 0.65674 0.23847 0.65812 0.23847\n 11 116 5 0.65891 0.23867 0.65881 0.23857 0.65891 0.23847 0.65900 0.23857 0.65891 0.23867\n 11 314 14 0.65979 0.24004 0.65979 0.24014 0.65989 0.24034 0.65999 0.24044 0.66019 0.24054 0.66058 0.24054 0.66078 0.24044 0.66087 0.24034 0.66097 0.24014 0.66097 0.23995 0.66087 0.23975 0.66068 0.23945 0.65969 0.23847 0.66107 0.23847\n 11 314 14 0.65684 0.24962 0.65684 0.24971 0.65694 0.24991 0.65704 0.25001 0.65723 0.25011 0.65763 0.25011 0.65782 0.25001 0.65792 0.24991 0.65802 0.24971 0.65802 0.24952 0.65792 0.24932 0.65773 0.24902 0.65674 0.24804 0.65812 0.24804\n 11 116 5 0.65891 0.24824 0.65881 0.24814 0.65891 0.24804 0.65900 0.24814 0.65891 0.24824\n 11 336 15 0.65989 0.25011 0.66097 0.25011 0.66038 0.24932 0.66068 0.24932 0.66087 0.24922 0.66097 0.24912 0.66107 0.24883 0.66107 0.24863 0.66097 0.24834 0.66078 0.24814 0.66048 0.24804 0.66019 0.24804 0.65989 0.24814 0.65979 0.24824 0.65969 0.24843\n 11 314 14 0.65684 0.25919 0.65684 0.25929 0.65694 0.25948 0.65704 0.25958 0.65723 0.25968 0.65763 0.25968 0.65782 0.25958 0.65792 0.25948 0.65802 0.25929 0.65802 0.25909 0.65792 0.25889 0.65773 0.25860 0.65674 0.25761 0.65812 0.25761\n 11 116 5 0.65891 0.25781 0.65881 0.25771 0.65891 0.25761 0.65900 0.25771 0.65891 0.25781\n 11 72 3 0.66068 0.25968 0.65969 0.25830 0.66117 0.25830\n 11 50 2 0.66068 0.25968 0.66068 0.25761\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.35780 0.04961 0.35780 0.02894 0.35780 0.04961 0.35780 0.04961\n 11 94 4 0.35780 0.04961 0.35780 0.04961 0.35780 0.07258 0.35780 0.07258\n 11 94 4 0.35780 0.07258 0.35780 0.07258 0.35780 0.09555 0.35780 0.09555\n 11 94 4 0.35780 0.09555 0.35780 0.09555 0.35780 0.11852 0.35780 0.11852\n 11 94 4 0.35780 0.11852 0.35780 0.11852 0.35780 0.14149 0.35780 0.14149\n 11 94 4 0.35780 0.14149 0.35780 0.14149 0.35780 0.16446 0.35780 0.16446\n 11 94 4 0.35780 0.16446 0.35780 0.16446 0.35780 0.18744 0.35780 0.18744\n 11 94 4 0.35780 0.18744 0.35780 0.18744 0.35780 0.21041 0.35780 0.21041\n 11 94 4 0.35780 0.21041 0.35780 0.21041 0.35780 0.23338 0.35780 0.23338\n 11 94 4 0.35780 0.23338 0.35780 0.23338 0.35780 0.25635 0.35780 0.25635\n 11 72 3 0.35780 0.25635 0.35780 0.25635 0.35780 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.64532 0.04961 0.64532 0.02894 0.64532 0.04961 0.64532 0.04961\n 11 94 4 0.64532 0.04961 0.64532 0.04961 0.64532 0.07258 0.64532 0.07258\n 11 94 4 0.64532 0.07258 0.64532 0.07258 0.64532 0.09555 0.64532 0.09555\n 11 94 4 0.64532 0.09555 0.64532 0.09555 0.64532 0.11852 0.64532 0.11852\n 11 94 4 0.64532 0.11852 0.64532 0.11852 0.64532 0.14149 0.64532 0.14149\n 11 94 4 0.64532 0.14149 0.64532 0.14149 0.64532 0.16446 0.64532 0.16446\n 11 94 4 0.64532 0.16446 0.64532 0.16446 0.64532 0.18744 0.64532 0.18744\n 11 94 4 0.64532 0.18744 0.64532 0.18744 0.64532 0.21041 0.64532 0.21041\n 11 94 4 0.64532 0.21041 0.64532 0.21041 0.64532 0.23338 0.64532 0.23338\n 11 94 4 0.64532 0.23338 0.64532 0.23338 0.64532 0.25635 0.64532 0.25635\n 11 72 3 0.64532 0.25635 0.64532 0.25635 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.25865 0.35780 0.25865 0.38368 0.25865 0.38368 0.25865\n 11 94 4 0.38368 0.25865 0.38368 0.25865 0.41243 0.25865 0.41243 0.25865\n 11 94 4 0.41243 0.25865 0.41243 0.25865 0.44118 0.25865 0.44118 0.25865\n 11 94 4 0.44118 0.25865 0.44118 0.25865 0.46993 0.25865 0.46993 0.25865\n 11 94 4 0.46993 0.25865 0.46993 0.25865 0.49869 0.25865 0.49869 0.25865\n 11 94 4 0.49869 0.25865 0.49869 0.25865 0.52744 0.25865 0.52744 0.25865\n 11 94 4 0.52744 0.25865 0.52744 0.25865 0.55619 0.25865 0.55619 0.25865\n 11 94 4 0.55619 0.25865 0.55619 0.25865 0.58494 0.25865 0.58494 0.25865\n 11 94 4 0.58494 0.25865 0.58494 0.25865 0.61369 0.25865 0.61369 0.25865\n 11 94 4 0.61369 0.25865 0.61369 0.25865 0.64245 0.25865 0.64245 0.25865\n 11 72 3 0.64245 0.25865 0.64245 0.25865 0.64532 0.25865\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 94 4 0.38368 0.02894 0.35780 0.02894 0.38368 0.02894 0.38368 0.02894\n 11 94 4 0.38368 0.02894 0.38368 0.02894 0.41243 0.02894 0.41243 0.02894\n 11 94 4 0.41243 0.02894 0.41243 0.02894 0.44118 0.02894 0.44118 0.02894\n 11 94 4 0.44118 0.02894 0.44118 0.02894 0.46993 0.02894 0.46993 0.02894\n 11 94 4 0.46993 0.02894 0.46993 0.02894 0.49869 0.02894 0.49869 0.02894\n 11 94 4 0.49869 0.02894 0.49869 0.02894 0.52744 0.02894 0.52744 0.02894\n 11 94 4 0.52744 0.02894 0.52744 0.02894 0.55619 0.02894 0.55619 0.02894\n 11 94 4 0.55619 0.02894 0.55619 0.02894 0.58494 0.02894 0.58494 0.02894\n 11 94 4 0.58494 0.02894 0.58494 0.02894 0.61369 0.02894 0.61369 0.02894\n 11 94 4 0.61369 0.02894 0.61369 0.02894 0.64245 0.02894 0.64245 0.02894\n 11 72 3 0.64245 0.02894 0.64245 0.02894 0.64532 0.02894\n 11 50 2 0.35780 0.02894 0.35780 0.25865\n 11 50 2 0.64532 0.02894 0.64532 0.25865\n 11 50 2 0.35780 0.25865 0.64532 0.25865\n 11 50 2 0.35780 0.02894 0.64532 0.02894\n 82 0\n 81 6 26\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 27\n 21 6 1\n 25 6 1\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.75205 0.11778 0.76206 0.11778 0.76206 0.12413 0.75205 0.12413 0.76206 0.12413 0.76206 0.13048 0.75205 0.13048 0.76206 0.13048 0.76206 0.13682 0.75205 0.13682 0.76206 0.13682 0.76206 0.14317 0.75205 0.14317 0.76206 0.14317 0.76206 0.14952 0.75205 0.14952 0.76206 0.14952 0.76206 0.15587 0.75205 0.15587 0.76206 0.15587 0.76206 0.16222 0.75205 0.16222 0.76206 0.16222 0.76206 0.16856 0.75205 0.16856 0.76206 0.16856 0.76206 0.17491 0.75205 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 380 17 0.74414 0.12178 0.74033 0.12178 0.73995 0.11835 0.74033 0.11873 0.74147 0.11912 0.74262 0.11912 0.74376 0.11873 0.74452 0.11797 0.74491 0.11683 0.74491 0.11607 0.74452 0.11492 0.74376 0.11416 0.74262 0.11378 0.74147 0.11378 0.74033 0.11416 0.73995 0.11454 0.73957 0.11530\n 11 94 4 0.73309 0.13295 0.73385 0.13334 0.73499 0.13448 0.73499 0.12647\n 11 380 17 0.74414 0.13448 0.74033 0.13448 0.73995 0.13105 0.74033 0.13143 0.74147 0.13181 0.74262 0.13181 0.74376 0.13143 0.74452 0.13067 0.74491 0.12952 0.74491 0.12876 0.74452 0.12762 0.74376 0.12686 0.74262 0.12647 0.74147 0.12647 0.74033 0.12686 0.73995 0.12724 0.73957 0.12800\n 11 314 14 0.73233 0.14527 0.73233 0.14565 0.73271 0.14641 0.73309 0.14679 0.73385 0.14718 0.73538 0.14718 0.73614 0.14679 0.73652 0.14641 0.73690 0.14565 0.73690 0.14489 0.73652 0.14413 0.73576 0.14298 0.73194 0.13917 0.73728 0.13917\n 11 380 17 0.74414 0.14718 0.74033 0.14718 0.73995 0.14374 0.74033 0.14413 0.74147 0.14451 0.74262 0.14451 0.74376 0.14413 0.74452 0.14336 0.74491 0.14222 0.74491 0.14146 0.74452 0.14031 0.74376 0.13955 0.74262 0.13917 0.74147 0.13917 0.74033 0.13955 0.73995 0.13993 0.73957 0.14069\n 11 336 15 0.73271 0.15987 0.73690 0.15987 0.73461 0.15682 0.73576 0.15682 0.73652 0.15644 0.73690 0.15606 0.73728 0.15492 0.73728 0.15415 0.73690 0.15301 0.73614 0.15225 0.73499 0.15187 0.73385 0.15187 0.73271 0.15225 0.73233 0.15263 0.73194 0.15339\n 11 380 17 0.74414 0.15987 0.74033 0.15987 0.73995 0.15644 0.74033 0.15682 0.74147 0.15720 0.74262 0.15720 0.74376 0.15682 0.74452 0.15606 0.74491 0.15492 0.74491 0.15415 0.74452 0.15301 0.74376 0.15225 0.74262 0.15187 0.74147 0.15187 0.74033 0.15225 0.73995 0.15263 0.73957 0.15339\n 11 72 3 0.73576 0.17257 0.73194 0.16723 0.73766 0.16723\n 11 50 2 0.73576 0.17257 0.73576 0.16456\n 11 380 17 0.74414 0.17257 0.74033 0.17257 0.73995 0.16914 0.74033 0.16952 0.74147 0.16990 0.74262 0.16990 0.74376 0.16952 0.74452 0.16875 0.74491 0.16761 0.74491 0.16685 0.74452 0.16571 0.74376 0.16494 0.74262 0.16456 0.74147 0.16456 0.74033 0.16494 0.73995 0.16532 0.73957 0.16609\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.92992 0.11778 0.91991 0.11778 0.91991 0.12413 0.92992 0.12413 0.91991 0.12413 0.91991 0.13048 0.92992 0.13048 0.91991 0.13048 0.91991 0.13682 0.92992 0.13682 0.91991 0.13682 0.91991 0.14317 0.92992 0.14317 0.91991 0.14317 0.91991 0.14952 0.92992 0.14952 0.91991 0.14952 0.91991 0.15587 0.92992 0.15587 0.91991 0.15587 0.91991 0.16222 0.92992 0.16222 0.91991 0.16222 0.91991 0.16856 0.92992 0.16856 0.91991 0.16856 0.91991 0.17491 0.92992 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.18555 0.77627 0.17555 0.79205 0.17555 0.79205 0.18555 0.79205 0.17555 0.80784 0.17555 0.80784 0.18555 0.80784 0.17555 0.82362 0.17555 0.82362 0.18555 0.82362 0.17555 0.83941 0.17555 0.83941 0.18555 0.83941 0.17555 0.85519 0.17555 0.85519 0.18555 0.85519 0.17555 0.87098 0.17555 0.87098 0.18555 0.87098 0.17555 0.88676 0.17555 0.88676 0.18555 0.88676 0.17555 0.90255 0.17555 0.90255 0.18555 0.90255 0.17555 0.91834 0.17555 0.91834 0.18555 0.91834 0.17555 0.91991 0.17555\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 732 33 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.10206 0.77627 0.11207 0.79205 0.11207 0.79205 0.10206 0.79205 0.11207 0.80784 0.11207 0.80784 0.10206 0.80784 0.11207 0.82362 0.11207 0.82362 0.10206 0.82362 0.11207 0.83941 0.11207 0.83941 0.10206 0.83941 0.11207 0.85519 0.11207 0.85519 0.10206 0.85519 0.11207 0.87098 0.11207 0.87098 0.10206 0.87098 0.11207 0.88676 0.11207 0.88676 0.10206 0.88676 0.11207 0.90255 0.11207 0.90255 0.10206 0.90255 0.11207 0.91834 0.11207 0.91834 0.10206 0.91834 0.11207 0.91991 0.11207\n 11 380 17 0.77817 0.09486 0.77436 0.09486 0.77398 0.09143 0.77436 0.09181 0.77550 0.09219 0.77665 0.09219 0.77779 0.09181 0.77855 0.09105 0.77893 0.08990 0.77893 0.08914 0.77855 0.08800 0.77779 0.08723 0.77665 0.08685 0.77550 0.08685 0.77436 0.08723 0.77398 0.08762 0.77360 0.08838\n 11 94 4 0.80250 0.09333 0.80326 0.09371 0.80441 0.09486 0.80441 0.08685\n 11 380 17 0.81355 0.09486 0.80974 0.09486 0.80936 0.09143 0.80974 0.09181 0.81089 0.09219 0.81203 0.09219 0.81317 0.09181 0.81394 0.09105 0.81432 0.08990 0.81432 0.08914 0.81394 0.08800 0.81317 0.08723 0.81203 0.08685 0.81089 0.08685 0.80974 0.08723 0.80936 0.08762 0.80898 0.08838\n 11 314 14 0.83331 0.09295 0.83331 0.09333 0.83369 0.09410 0.83407 0.09448 0.83483 0.09486 0.83636 0.09486 0.83712 0.09448 0.83750 0.09410 0.83788 0.09333 0.83788 0.09257 0.83750 0.09181 0.83674 0.09066 0.83293 0.08685 0.83826 0.08685\n 11 380 17 0.84513 0.09486 0.84131 0.09486 0.84093 0.09143 0.84131 0.09181 0.84246 0.09219 0.84360 0.09219 0.84474 0.09181 0.84551 0.09105 0.84589 0.08990 0.84589 0.08914 0.84551 0.08800 0.84474 0.08723 0.84360 0.08685 0.84246 0.08685 0.84131 0.08723 0.84093 0.08762 0.84055 0.08838\n 11 336 15 0.86526 0.09486 0.86945 0.09486 0.86717 0.09181 0.86831 0.09181 0.86907 0.09143 0.86945 0.09105 0.86984 0.08990 0.86984 0.08914 0.86945 0.08800 0.86869 0.08723 0.86755 0.08685 0.86640 0.08685 0.86526 0.08723 0.86488 0.08762 0.86450 0.08838\n 11 380 17 0.87670 0.09486 0.87288 0.09486 0.87250 0.09143 0.87288 0.09181 0.87403 0.09219 0.87517 0.09219 0.87632 0.09181 0.87708 0.09105 0.87746 0.08990 0.87746 0.08914 0.87708 0.08800 0.87632 0.08723 0.87517 0.08685 0.87403 0.08685 0.87288 0.08723 0.87250 0.08762 0.87212 0.08838\n 11 72 3 0.89988 0.09486 0.89607 0.08952 0.90179 0.08952\n 11 50 2 0.89988 0.09486 0.89988 0.08685\n 56 39 32 0.59167 0.08333 1.00000\n 56 39 33 0.38333 0.16667 1.00000\n 56 39 34 0.26739 0.24348 0.92391\n 56 39 35 0.21304 0.31594 0.79710\n 56 39 36 0.15870 0.38841 0.67029\n 56 39 37 0.10435 0.46087 0.54348\n 56 39 38 0.05000 0.53333 0.41667\n 56 39 39 0.01010 0.60404 0.29697\n 56 39 40 0.13636 0.65455 0.25909\n 56 39 41 0.26263 0.70505 0.22121\n 56 39 42 0.38889 0.75556 0.18333\n 56 39 43 0.51515 0.80606 0.14545\n 56 39 44 0.64141 0.85657 0.10758\n 56 39 45 0.76768 0.90707 0.06970\n 56 39 46 0.89394 0.95758 0.03182\n 56 39 47 1.00000 0.97222 0.00000\n 56 39 48 1.00000 0.79861 0.00000\n 56 39 49 1.00000 0.62500 0.00000\n 56 39 50 1.00000 0.45139 0.00000\n 56 39 51 1.00000 0.27778 0.00000\n 56 39 52 1.00000 0.10417 0.00000\n 56 39 53 0.93333 0.00000 0.00000\n 56 39 54 0.76667 0.00000 0.00000\n 56 39 55 0.60000 0.00000 0.00000\n 56 39 31 0.80000 0.00000 1.00000\n 38 6 3\n 40 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00001 0.00003 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.76206 0.91991 0.11207 0.17555\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.11207 0.76206 0.11334 0.76837 0.11334 0.76837 0.11207\n 40 6 32\n 38 6 1\n 14 94 4 0.76837 0.11207 0.76837 0.11334 0.77469 0.11334 0.77469 0.11207\n 40 6 33\n 38 6 1\n 14 94 4 0.77469 0.11207 0.77469 0.11334 0.78100 0.11334 0.78100 0.11207\n 40 6 34\n 38 6 1\n 14 94 4 0.78100 0.11207 0.78100 0.11334 0.78732 0.11334 0.78732 0.11207\n 40 6 35\n 38 6 1\n 14 94 4 0.78732 0.11207 0.78732 0.11334 0.79363 0.11334 0.79363 0.11207\n 40 6 36\n 38 6 1\n 14 94 4 0.79363 0.11207 0.79363 0.11334 0.79994 0.11334 0.79994 0.11207\n 40 6 37\n 38 6 1\n 14 94 4 0.79994 0.11207 0.79994 0.11334 0.80626 0.11334 0.80626 0.11207\n 40 6 38\n 38 6 1\n 14 94 4 0.80626 0.11207 0.80626 0.11334 0.81257 0.11334 0.81257 0.11207\n 40 6 39\n 38 6 1\n 14 94 4 0.81257 0.11207 0.81257 0.11334 0.81889 0.11334 0.81889 0.11207\n 40 6 40\n 38 6 1\n 14 94 4 0.81889 0.11207 0.81889 0.11334 0.82520 0.11334 0.82520 0.11207\n 40 6 41\n 38 6 1\n 14 94 4 0.82520 0.11207 0.82520 0.11334 0.83467 0.11334 0.83467 0.11207\n 40 6 42\n 38 6 1\n 14 94 4 0.83467 0.11207 0.83467 0.11334 0.84099 0.11334 0.84099 0.11207\n 40 6 43\n 38 6 1\n 14 94 4 0.84099 0.11207 0.84099 0.11334 0.84730 0.11334 0.84730 0.11207\n 40 6 44\n 38 6 1\n 14 94 4 0.84730 0.11207 0.84730 0.11334 0.85361 0.11334 0.85361 0.11207\n 40 6 45\n 38 6 1\n 14 94 4 0.85361 0.11207 0.85361 0.11334 0.85993 0.11334 0.85993 0.11207\n 40 6 46\n 38 6 1\n 14 94 4 0.85993 0.11207 0.85993 0.11334 0.86624 0.11334 0.86624 0.11207\n 40 6 47\n 38 6 1\n 14 94 4 0.86624 0.11207 0.86624 0.11334 0.87256 0.11334 0.87256 0.11207\n 40 6 48\n 38 6 1\n 14 94 4 0.87256 0.11207 0.87256 0.11334 0.87887 0.11334 0.87887 0.11207\n 40 6 49\n 38 6 1\n 14 94 4 0.87887 0.11207 0.87887 0.11334 0.88519 0.11334 0.88519 0.11207\n 40 6 50\n 38 6 1\n 14 94 4 0.88519 0.11207 0.88519 0.11334 0.89150 0.11334 0.89150 0.11207\n 40 6 51\n 38 6 1\n 14 94 4 0.89150 0.11207 0.89150 0.11334 0.90097 0.11334 0.90097 0.11207\n 40 6 52\n 38 6 1\n 14 94 4 0.90097 0.11207 0.90097 0.11334 0.90729 0.11334 0.90729 0.11207\n 40 6 53\n 38 6 1\n 14 94 4 0.90729 0.11207 0.90729 0.11334 0.91360 0.11334 0.91360 0.11207\n 40 6 54\n 38 6 1\n 14 94 4 0.91360 0.11207 0.91360 0.11334 0.91991 0.11334 0.91991 0.11207\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.11334 0.76206 0.11461 0.76837 0.11461 0.76837 0.11334\n 40 6 32\n 38 6 1\n 14 94 4 0.76837 0.11334 0.76837 0.11461 0.77469 0.11461 0.77469 0.11334\n 40 6 33\n 38 6 1\n 14 94 4 0.77469 0.11334 0.77469 0.11461 0.78100 0.11461 0.78100 0.11334\n 40 6 34\n 38 6 1\n 14 94 4 0.78100 0.11334 0.78100 0.11461 0.78732 0.11461 0.78732 0.11334\n 40 6 35\n 38 6 1\n 14 94 4 0.78732 0.11334 0.78732 0.11461 0.79363 0.11461 0.79363 0.11334\n 40 6 36\n 38 6 1\n 14 94 4 0.79363 0.11334 0.79363 0.11461 0.80310 0.11461 0.80310 0.11334\n 40 6 37\n 38 6 1\n 14 94 4 0.80310 0.11334 0.80310 0.11461 0.80942 0.11461 0.80942 0.11334\n 40 6 38\n 38 6 1\n 14 94 4 0.80942 0.11334 0.80942 0.11461 0.81573 0.11461 0.81573 0.11334\n 40 6 39\n 38 6 1\n 14 94 4 0.81573 0.11334 0.81573 0.11461 0.82204 0.11461 0.82204 0.11334\n 40 6 40\n 38 6 1\n 14 94 4 0.82204 0.11334 0.82204 0.11461 0.82836 0.11461 0.82836 0.11334\n 40 6 41\n 38 6 1\n 14 94 4 0.82836 0.11334 0.82836 0.11461 0.83783 0.11461 0.83783 0.11334\n 40 6 42\n 38 6 1\n 14 94 4 0.83783 0.11334 0.83783 0.11461 0.84414 0.11461 0.84414 0.11334\n 40 6 43\n 38 6 1\n 14 94 4 0.84414 0.11334 0.84414 0.11461 0.85046 0.11461 0.85046 0.11334\n 40 6 44\n 38 6 1\n 14 94 4 0.85046 0.11334 0.85046 0.11461 0.85677 0.11461 0.85677 0.11334\n 40 6 45\n 38 6 1\n 14 94 4 0.85677 0.11334 0.85677 0.11461 0.86309 0.11461 0.86309 0.11334\n 40 6 46\n 38 6 1\n 14 94 4 0.86309 0.11334 0.86309 0.11461 0.87256 0.11461 0.87256 0.11334\n 40 6 47\n 38 6 1\n 14 94 4 0.87256 0.11334 0.87256 0.11461 0.87887 0.11461 0.87887 0.11334\n 40 6 48\n 38 6 1\n 14 94 4 0.87887 0.11334 0.87887 0.11461 0.88519 0.11461 0.88519 0.11334\n 40 6 49\n 38 6 1\n 14 94 4 0.88519 0.11334 0.88519 0.11461 0.89150 0.11461 0.89150 0.11334\n 40 6 50\n 38 6 1\n 14 94 4 0.89150 0.11334 0.89150 0.11461 0.89781 0.11461 0.89781 0.11334\n 40 6 51\n 38 6 1\n 14 94 4 0.89781 0.11334 0.89781 0.11461 0.90729 0.11461 0.90729 0.11334\n 40 6 52\n 38 6 1\n 14 94 4 0.90729 0.11334 0.90729 0.11461 0.91360 0.11461 0.91360 0.11334\n 40 6 53\n 38 6 1\n 14 94 4 0.91360 0.11334 0.91360 0.11461 0.91991 0.11461 0.91991 0.11334\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.11461 0.76206 0.11588 0.76837 0.11588 0.76837 0.11461\n 40 6 32\n 38 6 1\n 14 94 4 0.76837 0.11461 0.76837 0.11588 0.77469 0.11588 0.77469 0.11461\n 40 6 33\n 38 6 1\n 14 94 4 0.77469 0.11461 0.77469 0.11588 0.78100 0.11588 0.78100 0.11461\n 40 6 34\n 38 6 1\n 14 94 4 0.78100 0.11461 0.78100 0.11588 0.79047 0.11588 0.79047 0.11461\n 40 6 35\n 38 6 1\n 14 94 4 0.79047 0.11461 0.79047 0.11588 0.79679 0.11588 0.79679 0.11461\n 40 6 36\n 38 6 1\n 14 94 4 0.79679 0.11461 0.79679 0.11588 0.80310 0.11588 0.80310 0.11461\n 40 6 37\n 38 6 1\n 14 94 4 0.80310 0.11461 0.80310 0.11588 0.81257 0.11588 0.81257 0.11461\n 40 6 38\n 38 6 1\n 14 94 4 0.81257 0.11461 0.81257 0.11588 0.81889 0.11588 0.81889 0.11461\n 40 6 39\n 38 6 1\n 14 94 4 0.81889 0.11461 0.81889 0.11588 0.82520 0.11588 0.82520 0.11461\n 40 6 40\n 38 6 1\n 14 94 4 0.82520 0.11461 0.82520 0.11588 0.83152 0.11588 0.83152 0.11461\n 40 6 41\n 38 6 1\n 14 94 4 0.83152 0.11461 0.83152 0.11588 0.84099 0.11588 0.84099 0.11461\n 40 6 42\n 38 6 1\n 14 94 4 0.84099 0.11461 0.84099 0.11588 0.84730 0.11588 0.84730 0.11461\n 40 6 43\n 38 6 1\n 14 94 4 0.84730 0.11461 0.84730 0.11588 0.85361 0.11588 0.85361 0.11461\n 40 6 44\n 38 6 1\n 14 94 4 0.85361 0.11461 0.85361 0.11588 0.86309 0.11588 0.86309 0.11461\n 40 6 45\n 38 6 1\n 14 94 4 0.86309 0.11461 0.86309 0.11588 0.86940 0.11588 0.86940 0.11461\n 40 6 46\n 38 6 1\n 14 94 4 0.86940 0.11461 0.86940 0.11588 0.87571 0.11588 0.87571 0.11461\n 40 6 47\n 38 6 1\n 14 94 4 0.87571 0.11461 0.87571 0.11588 0.88519 0.11588 0.88519 0.11461\n 40 6 48\n 38 6 1\n 14 94 4 0.88519 0.11461 0.88519 0.11588 0.89150 0.11588 0.89150 0.11461\n 40 6 49\n 38 6 1\n 14 94 4 0.89150 0.11461 0.89150 0.11588 0.89781 0.11588 0.89781 0.11461\n 40 6 50\n 38 6 1\n 14 94 4 0.89781 0.11461 0.89781 0.11588 0.90413 0.11588 0.90413 0.11461\n 40 6 51\n 38 6 1\n 14 94 4 0.90413 0.11461 0.90413 0.11588 0.91360 0.11588 0.91360 0.11461\n 40 6 52\n 38 6 1\n 14 94 4 0.91360 0.11461 0.91360 0.11588 0.91991 0.11588 0.91991 0.11461\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.11588 0.76206 0.11715 0.76837 0.11715 0.76837 0.11588\n 40 6 32\n 38 6 1\n 14 94 4 0.76837 0.11588 0.76837 0.11715 0.77469 0.11715 0.77469 0.11588\n 40 6 33\n 38 6 1\n 14 94 4 0.77469 0.11588 0.77469 0.11715 0.78416 0.11715 0.78416 0.11588\n 40 6 34\n 38 6 1\n 14 94 4 0.78416 0.11588 0.78416 0.11715 0.79047 0.11715 0.79047 0.11588\n 40 6 35\n 38 6 1\n 14 94 4 0.79047 0.11588 0.79047 0.11715 0.79679 0.11715 0.79679 0.11588\n 40 6 36\n 38 6 1\n 14 94 4 0.79679 0.11588 0.79679 0.11715 0.80626 0.11715 0.80626 0.11588\n 40 6 37\n 38 6 1\n 14 94 4 0.80626 0.11588 0.80626 0.11715 0.81257 0.11715 0.81257 0.11588\n 40 6 38\n 38 6 1\n 14 94 4 0.81257 0.11588 0.81257 0.11715 0.82204 0.11715 0.82204 0.11588\n 40 6 39\n 38 6 1\n 14 94 4 0.82204 0.11588 0.82204 0.11715 0.82836 0.11715 0.82836 0.11588\n 40 6 40\n 38 6 1\n 14 94 4 0.82836 0.11588 0.82836 0.11715 0.83467 0.11715 0.83467 0.11588\n 40 6 41\n 38 6 1\n 14 94 4 0.83467 0.11588 0.83467 0.11715 0.84414 0.11715 0.84414 0.11588\n 40 6 42\n 38 6 1\n 14 94 4 0.84414 0.11588 0.84414 0.11715 0.85046 0.11715 0.85046 0.11588\n 40 6 43\n 38 6 1\n 14 94 4 0.85046 0.11588 0.85046 0.11715 0.85993 0.11715 0.85993 0.11588\n 40 6 44\n 38 6 1\n 14 94 4 0.85993 0.11588 0.85993 0.11715 0.86624 0.11715 0.86624 0.11588\n 40 6 45\n 38 6 1\n 14 94 4 0.86624 0.11588 0.86624 0.11715 0.87256 0.11715 0.87256 0.11588\n 40 6 46\n 38 6 1\n 14 94 4 0.87256 0.11588 0.87256 0.11715 0.88203 0.11715 0.88203 0.11588\n 40 6 47\n 38 6 1\n 14 94 4 0.88203 0.11588 0.88203 0.11715 0.88834 0.11715 0.88834 0.11588\n 40 6 48\n 38 6 1\n 14 94 4 0.88834 0.11588 0.88834 0.11715 0.89781 0.11715 0.89781 0.11588\n 40 6 49\n 38 6 1\n 14 94 4 0.89781 0.11588 0.89781 0.11715 0.90413 0.11715 0.90413 0.11588\n 40 6 50\n 38 6 1\n 14 94 4 0.90413 0.11588 0.90413 0.11715 0.91044 0.11715 0.91044 0.11588\n 40 6 51\n 38 6 1\n 14 94 4 0.91044 0.11588 0.91044 0.11715 0.91991 0.11715 0.91991 0.11588\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.11715 0.76206 0.11842 0.76837 0.11842 0.76837 0.11715\n 40 6 32\n 38 6 1\n 14 94 4 0.76837 0.11715 0.76837 0.11842 0.77469 0.11842 0.77469 0.11715\n 40 6 33\n 38 6 1\n 14 94 4 0.77469 0.11715 0.77469 0.11842 0.78416 0.11842 0.78416 0.11715\n 40 6 34\n 38 6 1\n 14 94 4 0.78416 0.11715 0.78416 0.11842 0.79047 0.11842 0.79047 0.11715\n 40 6 35\n 38 6 1\n 14 94 4 0.79047 0.11715 0.79047 0.11842 0.79994 0.11842 0.79994 0.11715\n 40 6 36\n 38 6 1\n 14 94 4 0.79994 0.11715 0.79994 0.11842 0.80626 0.11842 0.80626 0.11715\n 40 6 37\n 38 6 1\n 14 94 4 0.80626 0.11715 0.80626 0.11842 0.81573 0.11842 0.81573 0.11715\n 40 6 38\n 38 6 1\n 14 94 4 0.81573 0.11715 0.81573 0.11842 0.82204 0.11842 0.82204 0.11715\n 40 6 39\n 38 6 1\n 14 94 4 0.82204 0.11715 0.82204 0.11842 0.83152 0.11842 0.83152 0.11715\n 40 6 40\n 38 6 1\n 14 94 4 0.83152 0.11715 0.83152 0.11842 0.83783 0.11842 0.83783 0.11715\n 40 6 41\n 38 6 1\n 14 94 4 0.83783 0.11715 0.83783 0.11842 0.84730 0.11842 0.84730 0.11715\n 40 6 42\n 38 6 1\n 14 94 4 0.84730 0.11715 0.84730 0.11842 0.85361 0.11842 0.85361 0.11715\n 40 6 43\n 38 6 1\n 14 94 4 0.85361 0.11715 0.85361 0.11842 0.86309 0.11842 0.86309 0.11715\n 40 6 44\n 38 6 1\n 14 94 4 0.86309 0.11715 0.86309 0.11842 0.86940 0.11842 0.86940 0.11715\n 40 6 45\n 38 6 1\n 14 94 4 0.86940 0.11715 0.86940 0.11842 0.87887 0.11842 0.87887 0.11715\n 40 6 46\n 38 6 1\n 14 94 4 0.87887 0.11715 0.87887 0.11842 0.88519 0.11842 0.88519 0.11715\n 40 6 47\n 38 6 1\n 14 94 4 0.88519 0.11715 0.88519 0.11842 0.89466 0.11842 0.89466 0.11715\n 40 6 48\n 38 6 1\n 14 94 4 0.89466 0.11715 0.89466 0.11842 0.90413 0.11842 0.90413 0.11715\n 40 6 49\n 38 6 1\n 14 94 4 0.90413 0.11715 0.90413 0.11842 0.91044 0.11842 0.91044 0.11715\n 40 6 50\n 38 6 1\n 14 94 4 0.91044 0.11715 0.91044 0.11842 0.91676 0.11842 0.91676 0.11715\n 40 6 51\n 38 6 1\n 14 94 4 0.91676 0.11715 0.91676 0.11842 0.91991 0.11842 0.91991 0.11715\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.11842 0.76206 0.11969 0.76837 0.11969 0.76837 0.11842\n 40 6 32\n 38 6 1\n 14 94 4 0.76837 0.11842 0.76837 0.11969 0.77784 0.11969 0.77784 0.11842\n 40 6 33\n 38 6 1\n 14 94 4 0.77784 0.11842 0.77784 0.11969 0.78416 0.11969 0.78416 0.11842\n 40 6 34\n 38 6 1\n 14 94 4 0.78416 0.11842 0.78416 0.11969 0.79363 0.11969 0.79363 0.11842\n 40 6 35\n 38 6 1\n 14 94 4 0.79363 0.11842 0.79363 0.11969 0.79994 0.11969 0.79994 0.11842\n 40 6 36\n 38 6 1\n 14 94 4 0.79994 0.11842 0.79994 0.11969 0.80942 0.11969 0.80942 0.11842\n 40 6 37\n 38 6 1\n 14 94 4 0.80942 0.11842 0.80942 0.11969 0.81889 0.11969 0.81889 0.11842\n 40 6 38\n 38 6 1\n 14 94 4 0.81889 0.11842 0.81889 0.11969 0.82520 0.11969 0.82520 0.11842\n 40 6 39\n 38 6 1\n 14 94 4 0.82520 0.11842 0.82520 0.11969 0.83467 0.11969 0.83467 0.11842\n 40 6 40\n 38 6 1\n 14 94 4 0.83467 0.11842 0.83467 0.11969 0.84099 0.11969 0.84099 0.11842\n 40 6 41\n 38 6 1\n 14 94 4 0.84099 0.11842 0.84099 0.11969 0.85046 0.11969 0.85046 0.11842\n 40 6 42\n 38 6 1\n 14 94 4 0.85046 0.11842 0.85046 0.11969 0.85993 0.11969 0.85993 0.11842\n 40 6 43\n 38 6 1\n 14 94 4 0.85993 0.11842 0.85993 0.11969 0.86624 0.11969 0.86624 0.11842\n 40 6 44\n 38 6 1\n 14 94 4 0.86624 0.11842 0.86624 0.11969 0.87571 0.11969 0.87571 0.11842\n 40 6 45\n 38 6 1\n 14 94 4 0.87571 0.11842 0.87571 0.11969 0.88203 0.11969 0.88203 0.11842\n 40 6 46\n 38 6 1\n 14 94 4 0.88203 0.11842 0.88203 0.11969 0.89150 0.11969 0.89150 0.11842\n 40 6 47\n 38 6 1\n 14 94 4 0.89150 0.11842 0.89150 0.11969 0.90097 0.11969 0.90097 0.11842\n 40 6 48\n 38 6 1\n 14 94 4 0.90097 0.11842 0.90097 0.11969 0.90729 0.11969 0.90729 0.11842\n 40 6 49\n 38 6 1\n 14 94 4 0.90729 0.11842 0.90729 0.11969 0.91676 0.11969 0.91676 0.11842\n 40 6 50\n 38 6 1\n 14 94 4 0.91676 0.11842 0.91676 0.11969 0.91991 0.11969 0.91991 0.11842\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.11969 0.76206 0.12096 0.76837 0.12096 0.76837 0.11969\n 40 6 32\n 38 6 1\n 14 94 4 0.76837 0.11969 0.76837 0.12096 0.77784 0.12096 0.77784 0.11969\n 40 6 33\n 38 6 1\n 14 94 4 0.77784 0.11969 0.77784 0.12096 0.78732 0.12096 0.78732 0.11969\n 40 6 34\n 38 6 1\n 14 94 4 0.78732 0.11969 0.78732 0.12096 0.79363 0.12096 0.79363 0.11969\n 40 6 35\n 38 6 1\n 14 94 4 0.79363 0.11969 0.79363 0.12096 0.80310 0.12096 0.80310 0.11969\n 40 6 36\n 38 6 1\n 14 94 4 0.80310 0.11969 0.80310 0.12096 0.81257 0.12096 0.81257 0.11969\n 40 6 37\n 38 6 1\n 14 94 4 0.81257 0.11969 0.81257 0.12096 0.81889 0.12096 0.81889 0.11969\n 40 6 38\n 38 6 1\n 14 94 4 0.81889 0.11969 0.81889 0.12096 0.82836 0.12096 0.82836 0.11969\n 40 6 39\n 38 6 1\n 14 94 4 0.82836 0.11969 0.82836 0.12096 0.83783 0.12096 0.83783 0.11969\n 40 6 40\n 38 6 1\n 14 94 4 0.83783 0.11969 0.83783 0.12096 0.84414 0.12096 0.84414 0.11969\n 40 6 41\n 38 6 1\n 14 94 4 0.84414 0.11969 0.84414 0.12096 0.85361 0.12096 0.85361 0.11969\n 40 6 42\n 38 6 1\n 14 94 4 0.85361 0.11969 0.85361 0.12096 0.86309 0.12096 0.86309 0.11969\n 40 6 43\n 38 6 1\n 14 94 4 0.86309 0.11969 0.86309 0.12096 0.87256 0.12096 0.87256 0.11969\n 40 6 44\n 38 6 1\n 14 94 4 0.87256 0.11969 0.87256 0.12096 0.87887 0.12096 0.87887 0.11969\n 40 6 45\n 38 6 1\n 14 94 4 0.87887 0.11969 0.87887 0.12096 0.88834 0.12096 0.88834 0.11969\n 40 6 46\n 38 6 1\n 14 94 4 0.88834 0.11969 0.88834 0.12096 0.89781 0.12096 0.89781 0.11969\n 40 6 47\n 38 6 1\n 14 94 4 0.89781 0.11969 0.89781 0.12096 0.90413 0.12096 0.90413 0.11969\n 40 6 48\n 38 6 1\n 14 94 4 0.90413 0.11969 0.90413 0.12096 0.91360 0.12096 0.91360 0.11969\n 40 6 49\n 38 6 1\n 14 94 4 0.91360 0.11969 0.91360 0.12096 0.91991 0.12096 0.91991 0.11969\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.12096 0.76206 0.12222 0.76837 0.12222 0.76837 0.12096\n 40 6 32\n 38 6 1\n 14 94 4 0.76837 0.12096 0.76837 0.12222 0.77784 0.12222 0.77784 0.12096\n 40 6 33\n 38 6 1\n 14 94 4 0.77784 0.12096 0.77784 0.12222 0.78732 0.12222 0.78732 0.12096\n 40 6 34\n 38 6 1\n 14 94 4 0.78732 0.12096 0.78732 0.12222 0.79679 0.12222 0.79679 0.12096\n 40 6 35\n 38 6 1\n 14 94 4 0.79679 0.12096 0.79679 0.12222 0.80310 0.12222 0.80310 0.12096\n 40 6 36\n 38 6 1\n 14 94 4 0.80310 0.12096 0.80310 0.12222 0.81257 0.12222 0.81257 0.12096\n 40 6 37\n 38 6 1\n 14 94 4 0.81257 0.12096 0.81257 0.12222 0.82204 0.12222 0.82204 0.12096\n 40 6 38\n 38 6 1\n 14 94 4 0.82204 0.12096 0.82204 0.12222 0.83152 0.12222 0.83152 0.12096\n 40 6 39\n 38 6 1\n 14 94 4 0.83152 0.12096 0.83152 0.12222 0.84099 0.12222 0.84099 0.12096\n 40 6 40\n 38 6 1\n 14 94 4 0.84099 0.12096 0.84099 0.12222 0.84730 0.12222 0.84730 0.12096\n 40 6 41\n 38 6 1\n 14 94 4 0.84730 0.12096 0.84730 0.12222 0.85677 0.12222 0.85677 0.12096\n 40 6 42\n 38 6 1\n 14 94 4 0.85677 0.12096 0.85677 0.12222 0.86624 0.12222 0.86624 0.12096\n 40 6 43\n 38 6 1\n 14 94 4 0.86624 0.12096 0.86624 0.12222 0.87571 0.12222 0.87571 0.12096\n 40 6 44\n 38 6 1\n 14 94 4 0.87571 0.12096 0.87571 0.12222 0.88519 0.12222 0.88519 0.12096\n 40 6 45\n 38 6 1\n 14 94 4 0.88519 0.12096 0.88519 0.12222 0.89150 0.12222 0.89150 0.12096\n 40 6 46\n 38 6 1\n 14 94 4 0.89150 0.12096 0.89150 0.12222 0.90097 0.12222 0.90097 0.12096\n 40 6 47\n 38 6 1\n 14 94 4 0.90097 0.12096 0.90097 0.12222 0.91044 0.12222 0.91044 0.12096\n 40 6 48\n 38 6 1\n 14 94 4 0.91044 0.12096 0.91044 0.12222 0.91991 0.12222 0.91991 0.12096\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.12222 0.76206 0.12349 0.76837 0.12349 0.76837 0.12222\n 40 6 32\n 38 6 1\n 14 94 4 0.76837 0.12222 0.76837 0.12349 0.77784 0.12349 0.77784 0.12222\n 40 6 33\n 38 6 1\n 14 94 4 0.77784 0.12222 0.77784 0.12349 0.78732 0.12349 0.78732 0.12222\n 40 6 34\n 38 6 1\n 14 94 4 0.78732 0.12222 0.78732 0.12349 0.79679 0.12349 0.79679 0.12222\n 40 6 35\n 38 6 1\n 14 94 4 0.79679 0.12222 0.79679 0.12349 0.80626 0.12349 0.80626 0.12222\n 40 6 36\n 38 6 1\n 14 94 4 0.80626 0.12222 0.80626 0.12349 0.81573 0.12349 0.81573 0.12222\n 40 6 37\n 38 6 1\n 14 94 4 0.81573 0.12222 0.81573 0.12349 0.82520 0.12349 0.82520 0.12222\n 40 6 38\n 38 6 1\n 14 94 4 0.82520 0.12222 0.82520 0.12349 0.83467 0.12349 0.83467 0.12222\n 40 6 39\n 38 6 1\n 14 94 4 0.83467 0.12222 0.83467 0.12349 0.84414 0.12349 0.84414 0.12222\n 40 6 40\n 38 6 1\n 14 94 4 0.84414 0.12222 0.84414 0.12349 0.85046 0.12349 0.85046 0.12222\n 40 6 41\n 38 6 1\n 14 94 4 0.85046 0.12222 0.85046 0.12349 0.85993 0.12349 0.85993 0.12222\n 40 6 42\n 38 6 1\n 14 94 4 0.85993 0.12222 0.85993 0.12349 0.86940 0.12349 0.86940 0.12222\n 40 6 43\n 38 6 1\n 14 94 4 0.86940 0.12222 0.86940 0.12349 0.87887 0.12349 0.87887 0.12222\n 40 6 44\n 38 6 1\n 14 94 4 0.87887 0.12222 0.87887 0.12349 0.88834 0.12349 0.88834 0.12222\n 40 6 45\n 38 6 1\n 14 94 4 0.88834 0.12222 0.88834 0.12349 0.89781 0.12349 0.89781 0.12222\n 40 6 46\n 38 6 1\n 14 94 4 0.89781 0.12222 0.89781 0.12349 0.90729 0.12349 0.90729 0.12222\n 40 6 47\n 38 6 1\n 14 94 4 0.90729 0.12222 0.90729 0.12349 0.91676 0.12349 0.91676 0.12222\n 40 6 48\n 38 6 1\n 14 94 4 0.91676 0.12222 0.91676 0.12349 0.91991 0.12349 0.91991 0.12222\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.12349 0.76206 0.12476 0.76837 0.12476 0.76837 0.12349\n 40 6 32\n 38 6 1\n 14 94 4 0.76837 0.12349 0.76837 0.12476 0.77784 0.12476 0.77784 0.12349\n 40 6 33\n 38 6 1\n 14 94 4 0.77784 0.12349 0.77784 0.12476 0.78732 0.12476 0.78732 0.12349\n 40 6 34\n 38 6 1\n 14 94 4 0.78732 0.12349 0.78732 0.12476 0.79679 0.12476 0.79679 0.12349\n 40 6 35\n 38 6 1\n 14 94 4 0.79679 0.12349 0.79679 0.12476 0.80626 0.12476 0.80626 0.12349\n 40 6 36\n 38 6 1\n 14 94 4 0.80626 0.12349 0.80626 0.12476 0.81573 0.12476 0.81573 0.12349\n 40 6 37\n 38 6 1\n 14 94 4 0.81573 0.12349 0.81573 0.12476 0.82520 0.12476 0.82520 0.12349\n 40 6 38\n 38 6 1\n 14 94 4 0.82520 0.12349 0.82520 0.12476 0.83467 0.12476 0.83467 0.12349\n 40 6 39\n 38 6 1\n 14 94 4 0.83467 0.12349 0.83467 0.12476 0.84730 0.12476 0.84730 0.12349\n 40 6 40\n 38 6 1\n 14 94 4 0.84730 0.12349 0.84730 0.12476 0.85361 0.12476 0.85361 0.12349\n 40 6 41\n 38 6 1\n 14 94 4 0.85361 0.12349 0.85361 0.12476 0.86309 0.12476 0.86309 0.12349\n 40 6 42\n 38 6 1\n 14 94 4 0.86309 0.12349 0.86309 0.12476 0.87256 0.12476 0.87256 0.12349\n 40 6 43\n 38 6 1\n 14 94 4 0.87256 0.12349 0.87256 0.12476 0.88519 0.12476 0.88519 0.12349\n 40 6 44\n 38 6 1\n 14 94 4 0.88519 0.12349 0.88519 0.12476 0.89150 0.12476 0.89150 0.12349\n 40 6 45\n 38 6 1\n 14 94 4 0.89150 0.12349 0.89150 0.12476 0.90097 0.12476 0.90097 0.12349\n 40 6 46\n 38 6 1\n 14 94 4 0.90097 0.12349 0.90097 0.12476 0.91044 0.12476 0.91044 0.12349\n 40 6 47\n 38 6 1\n 14 94 4 0.91044 0.12349 0.91044 0.12476 0.91991 0.12476 0.91991 0.12349\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.12476 0.76206 0.12603 0.77153 0.12603 0.77153 0.12476\n 40 6 32\n 38 6 1\n 14 94 4 0.77153 0.12476 0.77153 0.12603 0.78100 0.12603 0.78100 0.12476\n 40 6 33\n 38 6 1\n 14 94 4 0.78100 0.12476 0.78100 0.12603 0.79047 0.12603 0.79047 0.12476\n 40 6 34\n 38 6 1\n 14 94 4 0.79047 0.12476 0.79047 0.12603 0.79994 0.12603 0.79994 0.12476\n 40 6 35\n 38 6 1\n 14 94 4 0.79994 0.12476 0.79994 0.12603 0.80942 0.12603 0.80942 0.12476\n 40 6 36\n 38 6 1\n 14 94 4 0.80942 0.12476 0.80942 0.12603 0.81889 0.12603 0.81889 0.12476\n 40 6 37\n 38 6 1\n 14 94 4 0.81889 0.12476 0.81889 0.12603 0.82836 0.12603 0.82836 0.12476\n 40 6 38\n 38 6 1\n 14 94 4 0.82836 0.12476 0.82836 0.12603 0.83783 0.12603 0.83783 0.12476\n 40 6 39\n 38 6 1\n 14 94 4 0.83783 0.12476 0.83783 0.12603 0.84730 0.12603 0.84730 0.12476\n 40 6 40\n 38 6 1\n 14 94 4 0.84730 0.12476 0.84730 0.12603 0.85677 0.12603 0.85677 0.12476\n 40 6 41\n 38 6 1\n 14 94 4 0.85677 0.12476 0.85677 0.12603 0.86940 0.12603 0.86940 0.12476\n 40 6 42\n 38 6 1\n 14 94 4 0.86940 0.12476 0.86940 0.12603 0.87887 0.12603 0.87887 0.12476\n 40 6 43\n 38 6 1\n 14 94 4 0.87887 0.12476 0.87887 0.12603 0.88834 0.12603 0.88834 0.12476\n 40 6 44\n 38 6 1\n 14 94 4 0.88834 0.12476 0.88834 0.12603 0.89781 0.12603 0.89781 0.12476\n 40 6 45\n 38 6 1\n 14 94 4 0.89781 0.12476 0.89781 0.12603 0.90729 0.12603 0.90729 0.12476\n 40 6 46\n 38 6 1\n 14 94 4 0.90729 0.12476 0.90729 0.12603 0.91676 0.12603 0.91676 0.12476\n 40 6 47\n 38 6 1\n 14 94 4 0.91676 0.12476 0.91676 0.12603 0.91991 0.12603 0.91991 0.12476\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.12603 0.76206 0.12730 0.77153 0.12730 0.77153 0.12603\n 40 6 32\n 38 6 1\n 14 94 4 0.77153 0.12603 0.77153 0.12730 0.78100 0.12730 0.78100 0.12603\n 40 6 33\n 38 6 1\n 14 94 4 0.78100 0.12603 0.78100 0.12730 0.79047 0.12730 0.79047 0.12603\n 40 6 34\n 38 6 1\n 14 94 4 0.79047 0.12603 0.79047 0.12730 0.79994 0.12730 0.79994 0.12603\n 40 6 35\n 38 6 1\n 14 94 4 0.79994 0.12603 0.79994 0.12730 0.80942 0.12730 0.80942 0.12603\n 40 6 36\n 38 6 1\n 14 94 4 0.80942 0.12603 0.80942 0.12730 0.82204 0.12730 0.82204 0.12603\n 40 6 37\n 38 6 1\n 14 94 4 0.82204 0.12603 0.82204 0.12730 0.83152 0.12730 0.83152 0.12603\n 40 6 38\n 38 6 1\n 14 94 4 0.83152 0.12603 0.83152 0.12730 0.84099 0.12730 0.84099 0.12603\n 40 6 39\n 38 6 1\n 14 94 4 0.84099 0.12603 0.84099 0.12730 0.85046 0.12730 0.85046 0.12603\n 40 6 40\n 38 6 1\n 14 94 4 0.85046 0.12603 0.85046 0.12730 0.85993 0.12730 0.85993 0.12603\n 40 6 41\n 38 6 1\n 14 94 4 0.85993 0.12603 0.85993 0.12730 0.87256 0.12730 0.87256 0.12603\n 40 6 42\n 38 6 1\n 14 94 4 0.87256 0.12603 0.87256 0.12730 0.88203 0.12730 0.88203 0.12603\n 40 6 43\n 38 6 1\n 14 94 4 0.88203 0.12603 0.88203 0.12730 0.89150 0.12730 0.89150 0.12603\n 40 6 44\n 38 6 1\n 14 94 4 0.89150 0.12603 0.89150 0.12730 0.90097 0.12730 0.90097 0.12603\n 40 6 45\n 38 6 1\n 14 94 4 0.90097 0.12603 0.90097 0.12730 0.91044 0.12730 0.91044 0.12603\n 40 6 46\n 38 6 1\n 14 94 4 0.91044 0.12603 0.91044 0.12730 0.91991 0.12730 0.91991 0.12603\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.12730 0.76206 0.12857 0.77153 0.12857 0.77153 0.12730\n 40 6 32\n 38 6 1\n 14 94 4 0.77153 0.12730 0.77153 0.12857 0.78100 0.12857 0.78100 0.12730\n 40 6 33\n 38 6 1\n 14 94 4 0.78100 0.12730 0.78100 0.12857 0.79047 0.12857 0.79047 0.12730\n 40 6 34\n 38 6 1\n 14 94 4 0.79047 0.12730 0.79047 0.12857 0.80310 0.12857 0.80310 0.12730\n 40 6 35\n 38 6 1\n 14 94 4 0.80310 0.12730 0.80310 0.12857 0.81257 0.12857 0.81257 0.12730\n 40 6 36\n 38 6 1\n 14 94 4 0.81257 0.12730 0.81257 0.12857 0.82204 0.12857 0.82204 0.12730\n 40 6 37\n 38 6 1\n 14 94 4 0.82204 0.12730 0.82204 0.12857 0.83467 0.12857 0.83467 0.12730\n 40 6 38\n 38 6 1\n 14 94 4 0.83467 0.12730 0.83467 0.12857 0.84414 0.12857 0.84414 0.12730\n 40 6 39\n 38 6 1\n 14 94 4 0.84414 0.12730 0.84414 0.12857 0.85361 0.12857 0.85361 0.12730\n 40 6 40\n 38 6 1\n 14 94 4 0.85361 0.12730 0.85361 0.12857 0.86309 0.12857 0.86309 0.12730\n 40 6 41\n 38 6 1\n 14 94 4 0.86309 0.12730 0.86309 0.12857 0.87571 0.12857 0.87571 0.12730\n 40 6 42\n 38 6 1\n 14 94 4 0.87571 0.12730 0.87571 0.12857 0.88519 0.12857 0.88519 0.12730\n 40 6 43\n 38 6 1\n 14 94 4 0.88519 0.12730 0.88519 0.12857 0.89466 0.12857 0.89466 0.12730\n 40 6 44\n 38 6 1\n 14 94 4 0.89466 0.12730 0.89466 0.12857 0.90729 0.12857 0.90729 0.12730\n 40 6 45\n 38 6 1\n 14 94 4 0.90729 0.12730 0.90729 0.12857 0.91676 0.12857 0.91676 0.12730\n 40 6 46\n 38 6 1\n 14 94 4 0.91676 0.12730 0.91676 0.12857 0.91991 0.12857 0.91991 0.12730\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.12857 0.76206 0.12984 0.77153 0.12984 0.77153 0.12857\n 40 6 32\n 38 6 1\n 14 94 4 0.77153 0.12857 0.77153 0.12984 0.78100 0.12984 0.78100 0.12857\n 40 6 33\n 38 6 1\n 14 94 4 0.78100 0.12857 0.78100 0.12984 0.79363 0.12984 0.79363 0.12857\n 40 6 34\n 38 6 1\n 14 94 4 0.79363 0.12857 0.79363 0.12984 0.80310 0.12984 0.80310 0.12857\n 40 6 35\n 38 6 1\n 14 94 4 0.80310 0.12857 0.80310 0.12984 0.81257 0.12984 0.81257 0.12857\n 40 6 36\n 38 6 1\n 14 94 4 0.81257 0.12857 0.81257 0.12984 0.82520 0.12984 0.82520 0.12857\n 40 6 37\n 38 6 1\n 14 94 4 0.82520 0.12857 0.82520 0.12984 0.83467 0.12984 0.83467 0.12857\n 40 6 38\n 38 6 1\n 14 94 4 0.83467 0.12857 0.83467 0.12984 0.84730 0.12984 0.84730 0.12857\n 40 6 39\n 38 6 1\n 14 94 4 0.84730 0.12857 0.84730 0.12984 0.85677 0.12984 0.85677 0.12857\n 40 6 40\n 38 6 1\n 14 94 4 0.85677 0.12857 0.85677 0.12984 0.86624 0.12984 0.86624 0.12857\n 40 6 41\n 38 6 1\n 14 94 4 0.86624 0.12857 0.86624 0.12984 0.87887 0.12984 0.87887 0.12857\n 40 6 42\n 38 6 1\n 14 94 4 0.87887 0.12857 0.87887 0.12984 0.88834 0.12984 0.88834 0.12857\n 40 6 43\n 38 6 1\n 14 94 4 0.88834 0.12857 0.88834 0.12984 0.90097 0.12984 0.90097 0.12857\n 40 6 44\n 38 6 1\n 14 94 4 0.90097 0.12857 0.90097 0.12984 0.91044 0.12984 0.91044 0.12857\n 40 6 45\n 38 6 1\n 14 94 4 0.91044 0.12857 0.91044 0.12984 0.91991 0.12984 0.91991 0.12857\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.12984 0.76206 0.13111 0.77153 0.13111 0.77153 0.12984\n 40 6 32\n 38 6 1\n 14 94 4 0.77153 0.12984 0.77153 0.13111 0.78100 0.13111 0.78100 0.12984\n 40 6 33\n 38 6 1\n 14 94 4 0.78100 0.12984 0.78100 0.13111 0.79363 0.13111 0.79363 0.12984\n 40 6 34\n 38 6 1\n 14 94 4 0.79363 0.12984 0.79363 0.13111 0.80310 0.13111 0.80310 0.12984\n 40 6 35\n 38 6 1\n 14 94 4 0.80310 0.12984 0.80310 0.13111 0.81573 0.13111 0.81573 0.12984\n 40 6 36\n 38 6 1\n 14 94 4 0.81573 0.12984 0.81573 0.13111 0.82520 0.13111 0.82520 0.12984\n 40 6 37\n 38 6 1\n 14 94 4 0.82520 0.12984 0.82520 0.13111 0.83783 0.13111 0.83783 0.12984\n 40 6 38\n 38 6 1\n 14 94 4 0.83783 0.12984 0.83783 0.13111 0.84730 0.13111 0.84730 0.12984\n 40 6 39\n 38 6 1\n 14 94 4 0.84730 0.12984 0.84730 0.13111 0.85993 0.13111 0.85993 0.12984\n 40 6 40\n 38 6 1\n 14 94 4 0.85993 0.12984 0.85993 0.13111 0.86940 0.13111 0.86940 0.12984\n 40 6 41\n 38 6 1\n 14 94 4 0.86940 0.12984 0.86940 0.13111 0.88203 0.13111 0.88203 0.12984\n 40 6 42\n 38 6 1\n 14 94 4 0.88203 0.12984 0.88203 0.13111 0.89150 0.13111 0.89150 0.12984\n 40 6 43\n 38 6 1\n 14 94 4 0.89150 0.12984 0.89150 0.13111 0.90413 0.13111 0.90413 0.12984\n 40 6 44\n 38 6 1\n 14 94 4 0.90413 0.12984 0.90413 0.13111 0.91360 0.13111 0.91360 0.12984\n 40 6 45\n 38 6 1\n 14 94 4 0.91360 0.12984 0.91360 0.13111 0.91991 0.13111 0.91991 0.12984\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.13111 0.76206 0.13238 0.77153 0.13238 0.77153 0.13111\n 40 6 32\n 38 6 1\n 14 94 4 0.77153 0.13111 0.77153 0.13238 0.78416 0.13238 0.78416 0.13111\n 40 6 33\n 38 6 1\n 14 94 4 0.78416 0.13111 0.78416 0.13238 0.79363 0.13238 0.79363 0.13111\n 40 6 34\n 38 6 1\n 14 94 4 0.79363 0.13111 0.79363 0.13238 0.80626 0.13238 0.80626 0.13111\n 40 6 35\n 38 6 1\n 14 94 4 0.80626 0.13111 0.80626 0.13238 0.81573 0.13238 0.81573 0.13111\n 40 6 36\n 38 6 1\n 14 94 4 0.81573 0.13111 0.81573 0.13238 0.82836 0.13238 0.82836 0.13111\n 40 6 37\n 38 6 1\n 14 94 4 0.82836 0.13111 0.82836 0.13238 0.84099 0.13238 0.84099 0.13111\n 40 6 38\n 38 6 1\n 14 94 4 0.84099 0.13111 0.84099 0.13238 0.85046 0.13238 0.85046 0.13111\n 40 6 39\n 38 6 1\n 14 94 4 0.85046 0.13111 0.85046 0.13238 0.86309 0.13238 0.86309 0.13111\n 40 6 40\n 38 6 1\n 14 94 4 0.86309 0.13111 0.86309 0.13238 0.87256 0.13238 0.87256 0.13111\n 40 6 41\n 38 6 1\n 14 94 4 0.87256 0.13111 0.87256 0.13238 0.88519 0.13238 0.88519 0.13111\n 40 6 42\n 38 6 1\n 14 94 4 0.88519 0.13111 0.88519 0.13238 0.89781 0.13238 0.89781 0.13111\n 40 6 43\n 38 6 1\n 14 94 4 0.89781 0.13111 0.89781 0.13238 0.90729 0.13238 0.90729 0.13111\n 40 6 44\n 38 6 1\n 14 94 4 0.90729 0.13111 0.90729 0.13238 0.91991 0.13238 0.91991 0.13111\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.13238 0.76206 0.13365 0.77153 0.13365 0.77153 0.13238\n 40 6 32\n 38 6 1\n 14 94 4 0.77153 0.13238 0.77153 0.13365 0.78416 0.13365 0.78416 0.13238\n 40 6 33\n 38 6 1\n 14 94 4 0.78416 0.13238 0.78416 0.13365 0.79679 0.13365 0.79679 0.13238\n 40 6 34\n 38 6 1\n 14 94 4 0.79679 0.13238 0.79679 0.13365 0.80626 0.13365 0.80626 0.13238\n 40 6 35\n 38 6 1\n 14 94 4 0.80626 0.13238 0.80626 0.13365 0.81889 0.13365 0.81889 0.13238\n 40 6 36\n 38 6 1\n 14 94 4 0.81889 0.13238 0.81889 0.13365 0.83152 0.13365 0.83152 0.13238\n 40 6 37\n 38 6 1\n 14 94 4 0.83152 0.13238 0.83152 0.13365 0.84099 0.13365 0.84099 0.13238\n 40 6 38\n 38 6 1\n 14 94 4 0.84099 0.13238 0.84099 0.13365 0.85361 0.13365 0.85361 0.13238\n 40 6 39\n 38 6 1\n 14 94 4 0.85361 0.13238 0.85361 0.13365 0.86624 0.13365 0.86624 0.13238\n 40 6 40\n 38 6 1\n 14 94 4 0.86624 0.13238 0.86624 0.13365 0.87571 0.13365 0.87571 0.13238\n 40 6 41\n 38 6 1\n 14 94 4 0.87571 0.13238 0.87571 0.13365 0.88834 0.13365 0.88834 0.13238\n 40 6 42\n 38 6 1\n 14 94 4 0.88834 0.13238 0.88834 0.13365 0.90097 0.13365 0.90097 0.13238\n 40 6 43\n 38 6 1\n 14 94 4 0.90097 0.13238 0.90097 0.13365 0.91360 0.13365 0.91360 0.13238\n 40 6 44\n 38 6 1\n 14 94 4 0.91360 0.13238 0.91360 0.13365 0.91991 0.13365 0.91991 0.13238\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.13365 0.76206 0.13492 0.77153 0.13492 0.77153 0.13365\n 40 6 32\n 38 6 1\n 14 94 4 0.77153 0.13365 0.77153 0.13492 0.78416 0.13492 0.78416 0.13365\n 40 6 33\n 38 6 1\n 14 94 4 0.78416 0.13365 0.78416 0.13492 0.79679 0.13492 0.79679 0.13365\n 40 6 34\n 38 6 1\n 14 94 4 0.79679 0.13365 0.79679 0.13492 0.80942 0.13492 0.80942 0.13365\n 40 6 35\n 38 6 1\n 14 94 4 0.80942 0.13365 0.80942 0.13492 0.81889 0.13492 0.81889 0.13365\n 40 6 36\n 38 6 1\n 14 94 4 0.81889 0.13365 0.81889 0.13492 0.83152 0.13492 0.83152 0.13365\n 40 6 37\n 38 6 1\n 14 94 4 0.83152 0.13365 0.83152 0.13492 0.84414 0.13492 0.84414 0.13365\n 40 6 38\n 38 6 1\n 14 94 4 0.84414 0.13365 0.84414 0.13492 0.85677 0.13492 0.85677 0.13365\n 40 6 39\n 38 6 1\n 14 94 4 0.85677 0.13365 0.85677 0.13492 0.86940 0.13492 0.86940 0.13365\n 40 6 40\n 38 6 1\n 14 94 4 0.86940 0.13365 0.86940 0.13492 0.87887 0.13492 0.87887 0.13365\n 40 6 41\n 38 6 1\n 14 94 4 0.87887 0.13365 0.87887 0.13492 0.89150 0.13492 0.89150 0.13365\n 40 6 42\n 38 6 1\n 14 94 4 0.89150 0.13365 0.89150 0.13492 0.90413 0.13492 0.90413 0.13365\n 40 6 43\n 38 6 1\n 14 94 4 0.90413 0.13365 0.90413 0.13492 0.91676 0.13492 0.91676 0.13365\n 40 6 44\n 38 6 1\n 14 94 4 0.91676 0.13365 0.91676 0.13492 0.91991 0.13492 0.91991 0.13365\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.13492 0.76206 0.13619 0.77153 0.13619 0.77153 0.13492\n 40 6 32\n 38 6 1\n 14 94 4 0.77153 0.13492 0.77153 0.13619 0.78416 0.13619 0.78416 0.13492\n 40 6 33\n 38 6 1\n 14 94 4 0.78416 0.13492 0.78416 0.13619 0.79679 0.13619 0.79679 0.13492\n 40 6 34\n 38 6 1\n 14 94 4 0.79679 0.13492 0.79679 0.13619 0.80942 0.13619 0.80942 0.13492\n 40 6 35\n 38 6 1\n 14 94 4 0.80942 0.13492 0.80942 0.13619 0.82204 0.13619 0.82204 0.13492\n 40 6 36\n 38 6 1\n 14 94 4 0.82204 0.13492 0.82204 0.13619 0.83467 0.13619 0.83467 0.13492\n 40 6 37\n 38 6 1\n 14 94 4 0.83467 0.13492 0.83467 0.13619 0.84730 0.13619 0.84730 0.13492\n 40 6 38\n 38 6 1\n 14 94 4 0.84730 0.13492 0.84730 0.13619 0.85993 0.13619 0.85993 0.13492\n 40 6 39\n 38 6 1\n 14 94 4 0.85993 0.13492 0.85993 0.13619 0.87256 0.13619 0.87256 0.13492\n 40 6 40\n 38 6 1\n 14 94 4 0.87256 0.13492 0.87256 0.13619 0.88203 0.13619 0.88203 0.13492\n 40 6 41\n 38 6 1\n 14 94 4 0.88203 0.13492 0.88203 0.13619 0.89466 0.13619 0.89466 0.13492\n 40 6 42\n 38 6 1\n 14 94 4 0.89466 0.13492 0.89466 0.13619 0.90729 0.13619 0.90729 0.13492\n 40 6 43\n 38 6 1\n 14 94 4 0.90729 0.13492 0.90729 0.13619 0.91991 0.13619 0.91991 0.13492\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.13619 0.76206 0.13746 0.77153 0.13746 0.77153 0.13619\n 40 6 32\n 38 6 1\n 14 94 4 0.77153 0.13619 0.77153 0.13746 0.78416 0.13746 0.78416 0.13619\n 40 6 33\n 38 6 1\n 14 94 4 0.78416 0.13619 0.78416 0.13746 0.79679 0.13746 0.79679 0.13619\n 40 6 34\n 38 6 1\n 14 94 4 0.79679 0.13619 0.79679 0.13746 0.80942 0.13746 0.80942 0.13619\n 40 6 35\n 38 6 1\n 14 94 4 0.80942 0.13619 0.80942 0.13746 0.82204 0.13746 0.82204 0.13619\n 40 6 36\n 38 6 1\n 14 94 4 0.82204 0.13619 0.82204 0.13746 0.83467 0.13746 0.83467 0.13619\n 40 6 37\n 38 6 1\n 14 94 4 0.83467 0.13619 0.83467 0.13746 0.84730 0.13746 0.84730 0.13619\n 40 6 38\n 38 6 1\n 14 94 4 0.84730 0.13619 0.84730 0.13746 0.85993 0.13746 0.85993 0.13619\n 40 6 39\n 38 6 1\n 14 94 4 0.85993 0.13619 0.85993 0.13746 0.87571 0.13746 0.87571 0.13619\n 40 6 40\n 38 6 1\n 14 94 4 0.87571 0.13619 0.87571 0.13746 0.88519 0.13746 0.88519 0.13619\n 40 6 41\n 38 6 1\n 14 94 4 0.88519 0.13619 0.88519 0.13746 0.89781 0.13746 0.89781 0.13619\n 40 6 42\n 38 6 1\n 14 94 4 0.89781 0.13619 0.89781 0.13746 0.91044 0.13746 0.91044 0.13619\n 40 6 43\n 38 6 1\n 14 94 4 0.91044 0.13619 0.91044 0.13746 0.91991 0.13746 0.91991 0.13619\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.13746 0.76206 0.13873 0.77469 0.13873 0.77469 0.13746\n 40 6 32\n 38 6 1\n 14 94 4 0.77469 0.13746 0.77469 0.13873 0.78732 0.13873 0.78732 0.13746\n 40 6 33\n 38 6 1\n 14 94 4 0.78732 0.13746 0.78732 0.13873 0.79994 0.13873 0.79994 0.13746\n 40 6 34\n 38 6 1\n 14 94 4 0.79994 0.13746 0.79994 0.13873 0.81257 0.13873 0.81257 0.13746\n 40 6 35\n 38 6 1\n 14 94 4 0.81257 0.13746 0.81257 0.13873 0.82520 0.13873 0.82520 0.13746\n 40 6 36\n 38 6 1\n 14 94 4 0.82520 0.13746 0.82520 0.13873 0.83783 0.13873 0.83783 0.13746\n 40 6 37\n 38 6 1\n 14 94 4 0.83783 0.13746 0.83783 0.13873 0.85046 0.13873 0.85046 0.13746\n 40 6 38\n 38 6 1\n 14 94 4 0.85046 0.13746 0.85046 0.13873 0.86309 0.13873 0.86309 0.13746\n 40 6 39\n 38 6 1\n 14 94 4 0.86309 0.13746 0.86309 0.13873 0.87571 0.13873 0.87571 0.13746\n 40 6 40\n 38 6 1\n 14 94 4 0.87571 0.13746 0.87571 0.13873 0.88834 0.13873 0.88834 0.13746\n 40 6 41\n 38 6 1\n 14 94 4 0.88834 0.13746 0.88834 0.13873 0.90413 0.13873 0.90413 0.13746\n 40 6 42\n 38 6 1\n 14 94 4 0.90413 0.13746 0.90413 0.13873 0.91676 0.13873 0.91676 0.13746\n 40 6 43\n 38 6 1\n 14 94 4 0.91676 0.13746 0.91676 0.13873 0.91991 0.13873 0.91991 0.13746\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.13873 0.76206 0.14000 0.77469 0.14000 0.77469 0.13873\n 40 6 32\n 38 6 1\n 14 94 4 0.77469 0.13873 0.77469 0.14000 0.78732 0.14000 0.78732 0.13873\n 40 6 33\n 38 6 1\n 14 94 4 0.78732 0.13873 0.78732 0.14000 0.79994 0.14000 0.79994 0.13873\n 40 6 34\n 38 6 1\n 14 94 4 0.79994 0.13873 0.79994 0.14000 0.81257 0.14000 0.81257 0.13873\n 40 6 35\n 38 6 1\n 14 94 4 0.81257 0.13873 0.81257 0.14000 0.82520 0.14000 0.82520 0.13873\n 40 6 36\n 38 6 1\n 14 94 4 0.82520 0.13873 0.82520 0.14000 0.84099 0.14000 0.84099 0.13873\n 40 6 37\n 38 6 1\n 14 94 4 0.84099 0.13873 0.84099 0.14000 0.85361 0.14000 0.85361 0.13873\n 40 6 38\n 38 6 1\n 14 94 4 0.85361 0.13873 0.85361 0.14000 0.86624 0.14000 0.86624 0.13873\n 40 6 39\n 38 6 1\n 14 94 4 0.86624 0.13873 0.86624 0.14000 0.87887 0.14000 0.87887 0.13873\n 40 6 40\n 38 6 1\n 14 94 4 0.87887 0.13873 0.87887 0.14000 0.89150 0.14000 0.89150 0.13873\n 40 6 41\n 38 6 1\n 14 94 4 0.89150 0.13873 0.89150 0.14000 0.90729 0.14000 0.90729 0.13873\n 40 6 42\n 38 6 1\n 14 94 4 0.90729 0.13873 0.90729 0.14000 0.91991 0.14000 0.91991 0.13873\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.14000 0.76206 0.14127 0.77469 0.14127 0.77469 0.14000\n 40 6 32\n 38 6 1\n 14 94 4 0.77469 0.14000 0.77469 0.14127 0.78732 0.14127 0.78732 0.14000\n 40 6 33\n 38 6 1\n 14 94 4 0.78732 0.14000 0.78732 0.14127 0.79994 0.14127 0.79994 0.14000\n 40 6 34\n 38 6 1\n 14 94 4 0.79994 0.14000 0.79994 0.14127 0.81573 0.14127 0.81573 0.14000\n 40 6 35\n 38 6 1\n 14 94 4 0.81573 0.14000 0.81573 0.14127 0.82836 0.14127 0.82836 0.14000\n 40 6 36\n 38 6 1\n 14 94 4 0.82836 0.14000 0.82836 0.14127 0.84099 0.14127 0.84099 0.14000\n 40 6 37\n 38 6 1\n 14 94 4 0.84099 0.14000 0.84099 0.14127 0.85677 0.14127 0.85677 0.14000\n 40 6 38\n 38 6 1\n 14 94 4 0.85677 0.14000 0.85677 0.14127 0.86940 0.14127 0.86940 0.14000\n 40 6 39\n 38 6 1\n 14 94 4 0.86940 0.14000 0.86940 0.14127 0.88203 0.14127 0.88203 0.14000\n 40 6 40\n 38 6 1\n 14 94 4 0.88203 0.14000 0.88203 0.14127 0.89466 0.14127 0.89466 0.14000\n 40 6 41\n 38 6 1\n 14 94 4 0.89466 0.14000 0.89466 0.14127 0.91044 0.14127 0.91044 0.14000\n 40 6 42\n 38 6 1\n 14 94 4 0.91044 0.14000 0.91044 0.14127 0.91991 0.14127 0.91991 0.14000\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.14127 0.76206 0.14254 0.77469 0.14254 0.77469 0.14127\n 40 6 32\n 38 6 1\n 14 94 4 0.77469 0.14127 0.77469 0.14254 0.78732 0.14254 0.78732 0.14127\n 40 6 33\n 38 6 1\n 14 94 4 0.78732 0.14127 0.78732 0.14254 0.80310 0.14254 0.80310 0.14127\n 40 6 34\n 38 6 1\n 14 94 4 0.80310 0.14127 0.80310 0.14254 0.81573 0.14254 0.81573 0.14127\n 40 6 35\n 38 6 1\n 14 94 4 0.81573 0.14127 0.81573 0.14254 0.82836 0.14254 0.82836 0.14127\n 40 6 36\n 38 6 1\n 14 94 4 0.82836 0.14127 0.82836 0.14254 0.84414 0.14254 0.84414 0.14127\n 40 6 37\n 38 6 1\n 14 94 4 0.84414 0.14127 0.84414 0.14254 0.85677 0.14254 0.85677 0.14127\n 40 6 38\n 38 6 1\n 14 94 4 0.85677 0.14127 0.85677 0.14254 0.87256 0.14254 0.87256 0.14127\n 40 6 39\n 38 6 1\n 14 94 4 0.87256 0.14127 0.87256 0.14254 0.88519 0.14254 0.88519 0.14127\n 40 6 40\n 38 6 1\n 14 94 4 0.88519 0.14127 0.88519 0.14254 0.89781 0.14254 0.89781 0.14127\n 40 6 41\n 38 6 1\n 14 94 4 0.89781 0.14127 0.89781 0.14254 0.91360 0.14254 0.91360 0.14127\n 40 6 42\n 38 6 1\n 14 94 4 0.91360 0.14127 0.91360 0.14254 0.91991 0.14254 0.91991 0.14127\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.14254 0.76206 0.14381 0.77469 0.14381 0.77469 0.14254\n 40 6 32\n 38 6 1\n 14 94 4 0.77469 0.14254 0.77469 0.14381 0.78732 0.14381 0.78732 0.14254\n 40 6 33\n 38 6 1\n 14 94 4 0.78732 0.14254 0.78732 0.14381 0.80310 0.14381 0.80310 0.14254\n 40 6 34\n 38 6 1\n 14 94 4 0.80310 0.14254 0.80310 0.14381 0.81573 0.14381 0.81573 0.14254\n 40 6 35\n 38 6 1\n 14 94 4 0.81573 0.14254 0.81573 0.14381 0.83152 0.14381 0.83152 0.14254\n 40 6 36\n 38 6 1\n 14 94 4 0.83152 0.14254 0.83152 0.14381 0.84414 0.14381 0.84414 0.14254\n 40 6 37\n 38 6 1\n 14 94 4 0.84414 0.14254 0.84414 0.14381 0.85993 0.14381 0.85993 0.14254\n 40 6 38\n 38 6 1\n 14 94 4 0.85993 0.14254 0.85993 0.14381 0.87256 0.14381 0.87256 0.14254\n 40 6 39\n 38 6 1\n 14 94 4 0.87256 0.14254 0.87256 0.14381 0.88834 0.14381 0.88834 0.14254\n 40 6 40\n 38 6 1\n 14 94 4 0.88834 0.14254 0.88834 0.14381 0.90097 0.14381 0.90097 0.14254\n 40 6 41\n 38 6 1\n 14 94 4 0.90097 0.14254 0.90097 0.14381 0.91676 0.14381 0.91676 0.14254\n 40 6 42\n 38 6 1\n 14 94 4 0.91676 0.14254 0.91676 0.14381 0.91991 0.14381 0.91991 0.14254\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.14381 0.76206 0.14508 0.77469 0.14508 0.77469 0.14381\n 40 6 32\n 38 6 1\n 14 94 4 0.77469 0.14381 0.77469 0.14508 0.79047 0.14508 0.79047 0.14381\n 40 6 33\n 38 6 1\n 14 94 4 0.79047 0.14381 0.79047 0.14508 0.80310 0.14508 0.80310 0.14381\n 40 6 34\n 38 6 1\n 14 94 4 0.80310 0.14381 0.80310 0.14508 0.81889 0.14508 0.81889 0.14381\n 40 6 35\n 38 6 1\n 14 94 4 0.81889 0.14381 0.81889 0.14508 0.83152 0.14508 0.83152 0.14381\n 40 6 36\n 38 6 1\n 14 94 4 0.83152 0.14381 0.83152 0.14508 0.84730 0.14508 0.84730 0.14381\n 40 6 37\n 38 6 1\n 14 94 4 0.84730 0.14381 0.84730 0.14508 0.86309 0.14508 0.86309 0.14381\n 40 6 38\n 38 6 1\n 14 94 4 0.86309 0.14381 0.86309 0.14508 0.87571 0.14508 0.87571 0.14381\n 40 6 39\n 38 6 1\n 14 94 4 0.87571 0.14381 0.87571 0.14508 0.89150 0.14508 0.89150 0.14381\n 40 6 40\n 38 6 1\n 14 94 4 0.89150 0.14381 0.89150 0.14508 0.90413 0.14508 0.90413 0.14381\n 40 6 41\n 38 6 1\n 14 94 4 0.90413 0.14381 0.90413 0.14508 0.91991 0.14508 0.91991 0.14381\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.14508 0.76206 0.14635 0.77469 0.14635 0.77469 0.14508\n 40 6 32\n 38 6 1\n 14 94 4 0.77469 0.14508 0.77469 0.14635 0.79047 0.14635 0.79047 0.14508\n 40 6 33\n 38 6 1\n 14 94 4 0.79047 0.14508 0.79047 0.14635 0.80626 0.14635 0.80626 0.14508\n 40 6 34\n 38 6 1\n 14 94 4 0.80626 0.14508 0.80626 0.14635 0.81889 0.14635 0.81889 0.14508\n 40 6 35\n 38 6 1\n 14 94 4 0.81889 0.14508 0.81889 0.14635 0.83467 0.14635 0.83467 0.14508\n 40 6 36\n 38 6 1\n 14 94 4 0.83467 0.14508 0.83467 0.14635 0.85046 0.14635 0.85046 0.14508\n 40 6 37\n 38 6 1\n 14 94 4 0.85046 0.14508 0.85046 0.14635 0.86309 0.14635 0.86309 0.14508\n 40 6 38\n 38 6 1\n 14 94 4 0.86309 0.14508 0.86309 0.14635 0.87887 0.14635 0.87887 0.14508\n 40 6 39\n 38 6 1\n 14 94 4 0.87887 0.14508 0.87887 0.14635 0.89466 0.14635 0.89466 0.14508\n 40 6 40\n 38 6 1\n 14 94 4 0.89466 0.14508 0.89466 0.14635 0.90729 0.14635 0.90729 0.14508\n 40 6 41\n 38 6 1\n 14 94 4 0.90729 0.14508 0.90729 0.14635 0.91991 0.14635 0.91991 0.14508\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.14635 0.76206 0.14762 0.77469 0.14762 0.77469 0.14635\n 40 6 32\n 38 6 1\n 14 94 4 0.77469 0.14635 0.77469 0.14762 0.79047 0.14762 0.79047 0.14635\n 40 6 33\n 38 6 1\n 14 94 4 0.79047 0.14635 0.79047 0.14762 0.80626 0.14762 0.80626 0.14635\n 40 6 34\n 38 6 1\n 14 94 4 0.80626 0.14635 0.80626 0.14762 0.82204 0.14762 0.82204 0.14635\n 40 6 35\n 38 6 1\n 14 94 4 0.82204 0.14635 0.82204 0.14762 0.83467 0.14762 0.83467 0.14635\n 40 6 36\n 38 6 1\n 14 94 4 0.83467 0.14635 0.83467 0.14762 0.85046 0.14762 0.85046 0.14635\n 40 6 37\n 38 6 1\n 14 94 4 0.85046 0.14635 0.85046 0.14762 0.86624 0.14762 0.86624 0.14635\n 40 6 38\n 38 6 1\n 14 94 4 0.86624 0.14635 0.86624 0.14762 0.88203 0.14762 0.88203 0.14635\n 40 6 39\n 38 6 1\n 14 94 4 0.88203 0.14635 0.88203 0.14762 0.89781 0.14762 0.89781 0.14635\n 40 6 40\n 38 6 1\n 14 94 4 0.89781 0.14635 0.89781 0.14762 0.91044 0.14762 0.91044 0.14635\n 40 6 41\n 38 6 1\n 14 94 4 0.91044 0.14635 0.91044 0.14762 0.91991 0.14762 0.91991 0.14635\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.14762 0.76206 0.14889 0.77469 0.14889 0.77469 0.14762\n 40 6 32\n 38 6 1\n 14 94 4 0.77469 0.14762 0.77469 0.14889 0.79047 0.14889 0.79047 0.14762\n 40 6 33\n 38 6 1\n 14 94 4 0.79047 0.14762 0.79047 0.14889 0.80626 0.14889 0.80626 0.14762\n 40 6 34\n 38 6 1\n 14 94 4 0.80626 0.14762 0.80626 0.14889 0.82204 0.14889 0.82204 0.14762\n 40 6 35\n 38 6 1\n 14 94 4 0.82204 0.14762 0.82204 0.14889 0.83783 0.14889 0.83783 0.14762\n 40 6 36\n 38 6 1\n 14 94 4 0.83783 0.14762 0.83783 0.14889 0.85361 0.14889 0.85361 0.14762\n 40 6 37\n 38 6 1\n 14 94 4 0.85361 0.14762 0.85361 0.14889 0.86940 0.14889 0.86940 0.14762\n 40 6 38\n 38 6 1\n 14 94 4 0.86940 0.14762 0.86940 0.14889 0.88519 0.14889 0.88519 0.14762\n 40 6 39\n 38 6 1\n 14 94 4 0.88519 0.14762 0.88519 0.14889 0.90097 0.14889 0.90097 0.14762\n 40 6 40\n 38 6 1\n 14 94 4 0.90097 0.14762 0.90097 0.14889 0.91360 0.14889 0.91360 0.14762\n 40 6 41\n 38 6 1\n 14 94 4 0.91360 0.14762 0.91360 0.14889 0.91991 0.14889 0.91991 0.14762\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.14889 0.76206 0.15016 0.77469 0.15016 0.77469 0.14889\n 40 6 32\n 38 6 1\n 14 94 4 0.77469 0.14889 0.77469 0.15016 0.79047 0.15016 0.79047 0.14889\n 40 6 33\n 38 6 1\n 14 94 4 0.79047 0.14889 0.79047 0.15016 0.80626 0.15016 0.80626 0.14889\n 40 6 34\n 38 6 1\n 14 94 4 0.80626 0.14889 0.80626 0.15016 0.82204 0.15016 0.82204 0.14889\n 40 6 35\n 38 6 1\n 14 94 4 0.82204 0.14889 0.82204 0.15016 0.83783 0.15016 0.83783 0.14889\n 40 6 36\n 38 6 1\n 14 94 4 0.83783 0.14889 0.83783 0.15016 0.85361 0.15016 0.85361 0.14889\n 40 6 37\n 38 6 1\n 14 94 4 0.85361 0.14889 0.85361 0.15016 0.86940 0.15016 0.86940 0.14889\n 40 6 38\n 38 6 1\n 14 94 4 0.86940 0.14889 0.86940 0.15016 0.88519 0.15016 0.88519 0.14889\n 40 6 39\n 38 6 1\n 14 94 4 0.88519 0.14889 0.88519 0.15016 0.90413 0.15016 0.90413 0.14889\n 40 6 40\n 38 6 1\n 14 94 4 0.90413 0.14889 0.90413 0.15016 0.91676 0.15016 0.91676 0.14889\n 40 6 41\n 38 6 1\n 14 94 4 0.91676 0.14889 0.91676 0.15016 0.91991 0.15016 0.91991 0.14889\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.15016 0.76206 0.15142 0.77784 0.15142 0.77784 0.15016\n 40 6 32\n 38 6 1\n 14 94 4 0.77784 0.15016 0.77784 0.15142 0.79363 0.15142 0.79363 0.15016\n 40 6 33\n 38 6 1\n 14 94 4 0.79363 0.15016 0.79363 0.15142 0.80942 0.15142 0.80942 0.15016\n 40 6 34\n 38 6 1\n 14 94 4 0.80942 0.15016 0.80942 0.15142 0.82520 0.15142 0.82520 0.15016\n 40 6 35\n 38 6 1\n 14 94 4 0.82520 0.15016 0.82520 0.15142 0.84099 0.15142 0.84099 0.15016\n 40 6 36\n 38 6 1\n 14 94 4 0.84099 0.15016 0.84099 0.15142 0.85677 0.15142 0.85677 0.15016\n 40 6 37\n 38 6 1\n 14 94 4 0.85677 0.15016 0.85677 0.15142 0.87256 0.15142 0.87256 0.15016\n 40 6 38\n 38 6 1\n 14 94 4 0.87256 0.15016 0.87256 0.15142 0.88834 0.15142 0.88834 0.15016\n 40 6 39\n 38 6 1\n 14 94 4 0.88834 0.15016 0.88834 0.15142 0.90413 0.15142 0.90413 0.15016\n 40 6 40\n 38 6 1\n 14 94 4 0.90413 0.15016 0.90413 0.15142 0.91991 0.15142 0.91991 0.15016\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.15142 0.76206 0.15269 0.77784 0.15269 0.77784 0.15142\n 40 6 32\n 38 6 1\n 14 94 4 0.77784 0.15142 0.77784 0.15269 0.79363 0.15269 0.79363 0.15142\n 40 6 33\n 38 6 1\n 14 94 4 0.79363 0.15142 0.79363 0.15269 0.80942 0.15269 0.80942 0.15142\n 40 6 34\n 38 6 1\n 14 94 4 0.80942 0.15142 0.80942 0.15269 0.82520 0.15269 0.82520 0.15142\n 40 6 35\n 38 6 1\n 14 94 4 0.82520 0.15142 0.82520 0.15269 0.84099 0.15269 0.84099 0.15142\n 40 6 36\n 38 6 1\n 14 94 4 0.84099 0.15142 0.84099 0.15269 0.85993 0.15269 0.85993 0.15142\n 40 6 37\n 38 6 1\n 14 94 4 0.85993 0.15142 0.85993 0.15269 0.87571 0.15269 0.87571 0.15142\n 40 6 38\n 38 6 1\n 14 94 4 0.87571 0.15142 0.87571 0.15269 0.89150 0.15269 0.89150 0.15142\n 40 6 39\n 38 6 1\n 14 94 4 0.89150 0.15142 0.89150 0.15269 0.90729 0.15269 0.90729 0.15142\n 40 6 40\n 38 6 1\n 14 94 4 0.90729 0.15142 0.90729 0.15269 0.91991 0.15269 0.91991 0.15142\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.15269 0.76206 0.15396 0.77784 0.15396 0.77784 0.15269\n 40 6 32\n 38 6 1\n 14 94 4 0.77784 0.15269 0.77784 0.15396 0.79363 0.15396 0.79363 0.15269\n 40 6 33\n 38 6 1\n 14 94 4 0.79363 0.15269 0.79363 0.15396 0.80942 0.15396 0.80942 0.15269\n 40 6 34\n 38 6 1\n 14 94 4 0.80942 0.15269 0.80942 0.15396 0.82836 0.15396 0.82836 0.15269\n 40 6 35\n 38 6 1\n 14 94 4 0.82836 0.15269 0.82836 0.15396 0.84414 0.15396 0.84414 0.15269\n 40 6 36\n 38 6 1\n 14 94 4 0.84414 0.15269 0.84414 0.15396 0.85993 0.15396 0.85993 0.15269\n 40 6 37\n 38 6 1\n 14 94 4 0.85993 0.15269 0.85993 0.15396 0.87887 0.15396 0.87887 0.15269\n 40 6 38\n 38 6 1\n 14 94 4 0.87887 0.15269 0.87887 0.15396 0.89466 0.15396 0.89466 0.15269\n 40 6 39\n 38 6 1\n 14 94 4 0.89466 0.15269 0.89466 0.15396 0.91044 0.15396 0.91044 0.15269\n 40 6 40\n 38 6 1\n 14 94 4 0.91044 0.15269 0.91044 0.15396 0.91991 0.15396 0.91991 0.15269\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.15396 0.76206 0.15523 0.77784 0.15523 0.77784 0.15396\n 40 6 32\n 38 6 1\n 14 94 4 0.77784 0.15396 0.77784 0.15523 0.79363 0.15523 0.79363 0.15396\n 40 6 33\n 38 6 1\n 14 94 4 0.79363 0.15396 0.79363 0.15523 0.81257 0.15523 0.81257 0.15396\n 40 6 34\n 38 6 1\n 14 94 4 0.81257 0.15396 0.81257 0.15523 0.82836 0.15523 0.82836 0.15396\n 40 6 35\n 38 6 1\n 14 94 4 0.82836 0.15396 0.82836 0.15523 0.84414 0.15523 0.84414 0.15396\n 40 6 36\n 38 6 1\n 14 94 4 0.84414 0.15396 0.84414 0.15523 0.86309 0.15523 0.86309 0.15396\n 40 6 37\n 38 6 1\n 14 94 4 0.86309 0.15396 0.86309 0.15523 0.87887 0.15523 0.87887 0.15396\n 40 6 38\n 38 6 1\n 14 94 4 0.87887 0.15396 0.87887 0.15523 0.89781 0.15523 0.89781 0.15396\n 40 6 39\n 38 6 1\n 14 94 4 0.89781 0.15396 0.89781 0.15523 0.91360 0.15523 0.91360 0.15396\n 40 6 40\n 38 6 1\n 14 94 4 0.91360 0.15396 0.91360 0.15523 0.91991 0.15523 0.91991 0.15396\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.15523 0.76206 0.15650 0.77784 0.15650 0.77784 0.15523\n 40 6 32\n 38 6 1\n 14 94 4 0.77784 0.15523 0.77784 0.15650 0.79363 0.15650 0.79363 0.15523\n 40 6 33\n 38 6 1\n 14 94 4 0.79363 0.15523 0.79363 0.15650 0.81257 0.15650 0.81257 0.15523\n 40 6 34\n 38 6 1\n 14 94 4 0.81257 0.15523 0.81257 0.15650 0.82836 0.15650 0.82836 0.15523\n 40 6 35\n 38 6 1\n 14 94 4 0.82836 0.15523 0.82836 0.15650 0.84730 0.15650 0.84730 0.15523\n 40 6 36\n 38 6 1\n 14 94 4 0.84730 0.15523 0.84730 0.15650 0.86309 0.15650 0.86309 0.15523\n 40 6 37\n 38 6 1\n 14 94 4 0.86309 0.15523 0.86309 0.15650 0.88203 0.15650 0.88203 0.15523\n 40 6 38\n 38 6 1\n 14 94 4 0.88203 0.15523 0.88203 0.15650 0.89781 0.15650 0.89781 0.15523\n 40 6 39\n 38 6 1\n 14 94 4 0.89781 0.15523 0.89781 0.15650 0.91676 0.15650 0.91676 0.15523\n 40 6 40\n 38 6 1\n 14 94 4 0.91676 0.15523 0.91676 0.15650 0.91991 0.15650 0.91991 0.15523\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.15650 0.76206 0.15777 0.77784 0.15777 0.77784 0.15650\n 40 6 32\n 38 6 1\n 14 94 4 0.77784 0.15650 0.77784 0.15777 0.79679 0.15777 0.79679 0.15650\n 40 6 33\n 38 6 1\n 14 94 4 0.79679 0.15650 0.79679 0.15777 0.81257 0.15777 0.81257 0.15650\n 40 6 34\n 38 6 1\n 14 94 4 0.81257 0.15650 0.81257 0.15777 0.83152 0.15777 0.83152 0.15650\n 40 6 35\n 38 6 1\n 14 94 4 0.83152 0.15650 0.83152 0.15777 0.84730 0.15777 0.84730 0.15650\n 40 6 36\n 38 6 1\n 14 94 4 0.84730 0.15650 0.84730 0.15777 0.86624 0.15777 0.86624 0.15650\n 40 6 37\n 38 6 1\n 14 94 4 0.86624 0.15650 0.86624 0.15777 0.88519 0.15777 0.88519 0.15650\n 40 6 38\n 38 6 1\n 14 94 4 0.88519 0.15650 0.88519 0.15777 0.90097 0.15777 0.90097 0.15650\n 40 6 39\n 38 6 1\n 14 94 4 0.90097 0.15650 0.90097 0.15777 0.91991 0.15777 0.91991 0.15650\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.15777 0.76206 0.15904 0.77784 0.15904 0.77784 0.15777\n 40 6 32\n 38 6 1\n 14 94 4 0.77784 0.15777 0.77784 0.15904 0.79679 0.15904 0.79679 0.15777\n 40 6 33\n 38 6 1\n 14 94 4 0.79679 0.15777 0.79679 0.15904 0.81573 0.15904 0.81573 0.15777\n 40 6 34\n 38 6 1\n 14 94 4 0.81573 0.15777 0.81573 0.15904 0.83152 0.15904 0.83152 0.15777\n 40 6 35\n 38 6 1\n 14 94 4 0.83152 0.15777 0.83152 0.15904 0.85046 0.15904 0.85046 0.15777\n 40 6 36\n 38 6 1\n 14 94 4 0.85046 0.15777 0.85046 0.15904 0.86940 0.15904 0.86940 0.15777\n 40 6 37\n 38 6 1\n 14 94 4 0.86940 0.15777 0.86940 0.15904 0.88519 0.15904 0.88519 0.15777\n 40 6 38\n 38 6 1\n 14 94 4 0.88519 0.15777 0.88519 0.15904 0.90413 0.15904 0.90413 0.15777\n 40 6 39\n 38 6 1\n 14 94 4 0.90413 0.15777 0.90413 0.15904 0.91991 0.15904 0.91991 0.15777\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.15904 0.76206 0.16031 0.77784 0.16031 0.77784 0.15904\n 40 6 32\n 38 6 1\n 14 94 4 0.77784 0.15904 0.77784 0.16031 0.79679 0.16031 0.79679 0.15904\n 40 6 33\n 38 6 1\n 14 94 4 0.79679 0.15904 0.79679 0.16031 0.81573 0.16031 0.81573 0.15904\n 40 6 34\n 38 6 1\n 14 94 4 0.81573 0.15904 0.81573 0.16031 0.83467 0.16031 0.83467 0.15904\n 40 6 35\n 38 6 1\n 14 94 4 0.83467 0.15904 0.83467 0.16031 0.85046 0.16031 0.85046 0.15904\n 40 6 36\n 38 6 1\n 14 94 4 0.85046 0.15904 0.85046 0.16031 0.86940 0.16031 0.86940 0.15904\n 40 6 37\n 38 6 1\n 14 94 4 0.86940 0.15904 0.86940 0.16031 0.88834 0.16031 0.88834 0.15904\n 40 6 38\n 38 6 1\n 14 94 4 0.88834 0.15904 0.88834 0.16031 0.90729 0.16031 0.90729 0.15904\n 40 6 39\n 38 6 1\n 14 94 4 0.90729 0.15904 0.90729 0.16031 0.91991 0.16031 0.91991 0.15904\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.16031 0.76206 0.16158 0.77784 0.16158 0.77784 0.16031\n 40 6 32\n 38 6 1\n 14 94 4 0.77784 0.16031 0.77784 0.16158 0.79679 0.16158 0.79679 0.16031\n 40 6 33\n 38 6 1\n 14 94 4 0.79679 0.16031 0.79679 0.16158 0.81573 0.16158 0.81573 0.16031\n 40 6 34\n 38 6 1\n 14 94 4 0.81573 0.16031 0.81573 0.16158 0.83467 0.16158 0.83467 0.16031\n 40 6 35\n 38 6 1\n 14 94 4 0.83467 0.16031 0.83467 0.16158 0.85361 0.16158 0.85361 0.16031\n 40 6 36\n 38 6 1\n 14 94 4 0.85361 0.16031 0.85361 0.16158 0.87256 0.16158 0.87256 0.16031\n 40 6 37\n 38 6 1\n 14 94 4 0.87256 0.16031 0.87256 0.16158 0.89150 0.16158 0.89150 0.16031\n 40 6 38\n 38 6 1\n 14 94 4 0.89150 0.16031 0.89150 0.16158 0.91044 0.16158 0.91044 0.16031\n 40 6 39\n 38 6 1\n 14 94 4 0.91044 0.16031 0.91044 0.16158 0.91991 0.16158 0.91991 0.16031\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.16158 0.76206 0.16285 0.77784 0.16285 0.77784 0.16158\n 40 6 32\n 38 6 1\n 14 94 4 0.77784 0.16158 0.77784 0.16285 0.79679 0.16285 0.79679 0.16158\n 40 6 33\n 38 6 1\n 14 94 4 0.79679 0.16158 0.79679 0.16285 0.81573 0.16285 0.81573 0.16158\n 40 6 34\n 38 6 1\n 14 94 4 0.81573 0.16158 0.81573 0.16285 0.83467 0.16285 0.83467 0.16158\n 40 6 35\n 38 6 1\n 14 94 4 0.83467 0.16158 0.83467 0.16285 0.85361 0.16285 0.85361 0.16158\n 40 6 36\n 38 6 1\n 14 94 4 0.85361 0.16158 0.85361 0.16285 0.87256 0.16285 0.87256 0.16158\n 40 6 37\n 38 6 1\n 14 94 4 0.87256 0.16158 0.87256 0.16285 0.89150 0.16285 0.89150 0.16158\n 40 6 38\n 38 6 1\n 14 94 4 0.89150 0.16158 0.89150 0.16285 0.91044 0.16285 0.91044 0.16158\n 40 6 39\n 38 6 1\n 14 94 4 0.91044 0.16158 0.91044 0.16285 0.91991 0.16285 0.91991 0.16158\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.16285 0.76206 0.16412 0.78100 0.16412 0.78100 0.16285\n 40 6 32\n 38 6 1\n 14 94 4 0.78100 0.16285 0.78100 0.16412 0.79994 0.16412 0.79994 0.16285\n 40 6 33\n 38 6 1\n 14 94 4 0.79994 0.16285 0.79994 0.16412 0.81889 0.16412 0.81889 0.16285\n 40 6 34\n 38 6 1\n 14 94 4 0.81889 0.16285 0.81889 0.16412 0.83783 0.16412 0.83783 0.16285\n 40 6 35\n 38 6 1\n 14 94 4 0.83783 0.16285 0.83783 0.16412 0.85677 0.16412 0.85677 0.16285\n 40 6 36\n 38 6 1\n 14 94 4 0.85677 0.16285 0.85677 0.16412 0.87571 0.16412 0.87571 0.16285\n 40 6 37\n 38 6 1\n 14 94 4 0.87571 0.16285 0.87571 0.16412 0.89466 0.16412 0.89466 0.16285\n 40 6 38\n 38 6 1\n 14 94 4 0.89466 0.16285 0.89466 0.16412 0.91360 0.16412 0.91360 0.16285\n 40 6 39\n 38 6 1\n 14 94 4 0.91360 0.16285 0.91360 0.16412 0.91991 0.16412 0.91991 0.16285\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.16412 0.76206 0.16539 0.78100 0.16539 0.78100 0.16412\n 40 6 32\n 38 6 1\n 14 94 4 0.78100 0.16412 0.78100 0.16539 0.79994 0.16539 0.79994 0.16412\n 40 6 33\n 38 6 1\n 14 94 4 0.79994 0.16412 0.79994 0.16539 0.81889 0.16539 0.81889 0.16412\n 40 6 34\n 38 6 1\n 14 94 4 0.81889 0.16412 0.81889 0.16539 0.83783 0.16539 0.83783 0.16412\n 40 6 35\n 38 6 1\n 14 94 4 0.83783 0.16412 0.83783 0.16539 0.85677 0.16539 0.85677 0.16412\n 40 6 36\n 38 6 1\n 14 94 4 0.85677 0.16412 0.85677 0.16539 0.87887 0.16539 0.87887 0.16412\n 40 6 37\n 38 6 1\n 14 94 4 0.87887 0.16412 0.87887 0.16539 0.89781 0.16539 0.89781 0.16412\n 40 6 38\n 38 6 1\n 14 94 4 0.89781 0.16412 0.89781 0.16539 0.91676 0.16539 0.91676 0.16412\n 40 6 39\n 38 6 1\n 14 94 4 0.91676 0.16412 0.91676 0.16539 0.91991 0.16539 0.91991 0.16412\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.16539 0.76206 0.16666 0.78100 0.16666 0.78100 0.16539\n 40 6 32\n 38 6 1\n 14 94 4 0.78100 0.16539 0.78100 0.16666 0.79994 0.16666 0.79994 0.16539\n 40 6 33\n 38 6 1\n 14 94 4 0.79994 0.16539 0.79994 0.16666 0.81889 0.16666 0.81889 0.16539\n 40 6 34\n 38 6 1\n 14 94 4 0.81889 0.16539 0.81889 0.16666 0.84099 0.16666 0.84099 0.16539\n 40 6 35\n 38 6 1\n 14 94 4 0.84099 0.16539 0.84099 0.16666 0.85993 0.16666 0.85993 0.16539\n 40 6 36\n 38 6 1\n 14 94 4 0.85993 0.16539 0.85993 0.16666 0.87887 0.16666 0.87887 0.16539\n 40 6 37\n 38 6 1\n 14 94 4 0.87887 0.16539 0.87887 0.16666 0.90097 0.16666 0.90097 0.16539\n 40 6 38\n 38 6 1\n 14 94 4 0.90097 0.16539 0.90097 0.16666 0.91991 0.16666 0.91991 0.16539\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.16666 0.76206 0.16793 0.78100 0.16793 0.78100 0.16666\n 40 6 32\n 38 6 1\n 14 94 4 0.78100 0.16666 0.78100 0.16793 0.79994 0.16793 0.79994 0.16666\n 40 6 33\n 38 6 1\n 14 94 4 0.79994 0.16666 0.79994 0.16793 0.82204 0.16793 0.82204 0.16666\n 40 6 34\n 38 6 1\n 14 94 4 0.82204 0.16666 0.82204 0.16793 0.84099 0.16793 0.84099 0.16666\n 40 6 35\n 38 6 1\n 14 94 4 0.84099 0.16666 0.84099 0.16793 0.85993 0.16793 0.85993 0.16666\n 40 6 36\n 38 6 1\n 14 94 4 0.85993 0.16666 0.85993 0.16793 0.88203 0.16793 0.88203 0.16666\n 40 6 37\n 38 6 1\n 14 94 4 0.88203 0.16666 0.88203 0.16793 0.90097 0.16793 0.90097 0.16666\n 40 6 38\n 38 6 1\n 14 94 4 0.90097 0.16666 0.90097 0.16793 0.91991 0.16793 0.91991 0.16666\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.16793 0.76206 0.16920 0.78100 0.16920 0.78100 0.16793\n 40 6 32\n 38 6 1\n 14 94 4 0.78100 0.16793 0.78100 0.16920 0.79994 0.16920 0.79994 0.16793\n 40 6 33\n 38 6 1\n 14 94 4 0.79994 0.16793 0.79994 0.16920 0.82204 0.16920 0.82204 0.16793\n 40 6 34\n 38 6 1\n 14 94 4 0.82204 0.16793 0.82204 0.16920 0.84099 0.16920 0.84099 0.16793\n 40 6 35\n 38 6 1\n 14 94 4 0.84099 0.16793 0.84099 0.16920 0.86309 0.16920 0.86309 0.16793\n 40 6 36\n 38 6 1\n 14 94 4 0.86309 0.16793 0.86309 0.16920 0.88203 0.16920 0.88203 0.16793\n 40 6 37\n 38 6 1\n 14 94 4 0.88203 0.16793 0.88203 0.16920 0.90413 0.16920 0.90413 0.16793\n 40 6 38\n 38 6 1\n 14 94 4 0.90413 0.16793 0.90413 0.16920 0.91991 0.16920 0.91991 0.16793\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.16920 0.76206 0.17047 0.78100 0.17047 0.78100 0.16920\n 40 6 32\n 38 6 1\n 14 94 4 0.78100 0.16920 0.78100 0.17047 0.80310 0.17047 0.80310 0.16920\n 40 6 33\n 38 6 1\n 14 94 4 0.80310 0.16920 0.80310 0.17047 0.82204 0.17047 0.82204 0.16920\n 40 6 34\n 38 6 1\n 14 94 4 0.82204 0.16920 0.82204 0.17047 0.84414 0.17047 0.84414 0.16920\n 40 6 35\n 38 6 1\n 14 94 4 0.84414 0.16920 0.84414 0.17047 0.86309 0.17047 0.86309 0.16920\n 40 6 36\n 38 6 1\n 14 94 4 0.86309 0.16920 0.86309 0.17047 0.88519 0.17047 0.88519 0.16920\n 40 6 37\n 38 6 1\n 14 94 4 0.88519 0.16920 0.88519 0.17047 0.90729 0.17047 0.90729 0.16920\n 40 6 38\n 38 6 1\n 14 94 4 0.90729 0.16920 0.90729 0.17047 0.91991 0.17047 0.91991 0.16920\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.17047 0.76206 0.17174 0.78100 0.17174 0.78100 0.17047\n 40 6 32\n 38 6 1\n 14 94 4 0.78100 0.17047 0.78100 0.17174 0.80310 0.17174 0.80310 0.17047\n 40 6 33\n 38 6 1\n 14 94 4 0.80310 0.17047 0.80310 0.17174 0.82520 0.17174 0.82520 0.17047\n 40 6 34\n 38 6 1\n 14 94 4 0.82520 0.17047 0.82520 0.17174 0.84414 0.17174 0.84414 0.17047\n 40 6 35\n 38 6 1\n 14 94 4 0.84414 0.17047 0.84414 0.17174 0.86624 0.17174 0.86624 0.17047\n 40 6 36\n 38 6 1\n 14 94 4 0.86624 0.17047 0.86624 0.17174 0.88834 0.17174 0.88834 0.17047\n 40 6 37\n 38 6 1\n 14 94 4 0.88834 0.17047 0.88834 0.17174 0.90729 0.17174 0.90729 0.17047\n 40 6 38\n 38 6 1\n 14 94 4 0.90729 0.17047 0.90729 0.17174 0.91991 0.17174 0.91991 0.17047\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.17174 0.76206 0.17301 0.78100 0.17301 0.78100 0.17174\n 40 6 32\n 38 6 1\n 14 94 4 0.78100 0.17174 0.78100 0.17301 0.80310 0.17301 0.80310 0.17174\n 40 6 33\n 38 6 1\n 14 94 4 0.80310 0.17174 0.80310 0.17301 0.82520 0.17301 0.82520 0.17174\n 40 6 34\n 38 6 1\n 14 94 4 0.82520 0.17174 0.82520 0.17301 0.84730 0.17301 0.84730 0.17174\n 40 6 35\n 38 6 1\n 14 94 4 0.84730 0.17174 0.84730 0.17301 0.86624 0.17301 0.86624 0.17174\n 40 6 36\n 38 6 1\n 14 94 4 0.86624 0.17174 0.86624 0.17301 0.88834 0.17301 0.88834 0.17174\n 40 6 37\n 38 6 1\n 14 94 4 0.88834 0.17174 0.88834 0.17301 0.91044 0.17301 0.91044 0.17174\n 40 6 38\n 38 6 1\n 14 94 4 0.91044 0.17174 0.91044 0.17301 0.91991 0.17301 0.91991 0.17174\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.17301 0.76206 0.17428 0.78100 0.17428 0.78100 0.17301\n 40 6 32\n 38 6 1\n 14 94 4 0.78100 0.17301 0.78100 0.17428 0.80310 0.17428 0.80310 0.17301\n 40 6 33\n 38 6 1\n 14 94 4 0.80310 0.17301 0.80310 0.17428 0.82520 0.17428 0.82520 0.17301\n 40 6 34\n 38 6 1\n 14 94 4 0.82520 0.17301 0.82520 0.17428 0.84730 0.17428 0.84730 0.17301\n 40 6 35\n 38 6 1\n 14 94 4 0.84730 0.17301 0.84730 0.17428 0.86940 0.17428 0.86940 0.17301\n 40 6 36\n 38 6 1\n 14 94 4 0.86940 0.17301 0.86940 0.17428 0.89150 0.17428 0.89150 0.17301\n 40 6 37\n 38 6 1\n 14 94 4 0.89150 0.17301 0.89150 0.17428 0.91360 0.17428 0.91360 0.17301\n 40 6 38\n 38 6 1\n 14 94 4 0.91360 0.17301 0.91360 0.17428 0.91991 0.17428 0.91991 0.17301\n 40 6 31\n 38 6 1\n 14 94 4 0.76206 0.17428 0.76206 0.17555 0.78100 0.17555 0.78100 0.17428\n 40 6 32\n 38 6 1\n 14 94 4 0.78100 0.17428 0.78100 0.17555 0.80310 0.17555 0.80310 0.17428\n 40 6 33\n 38 6 1\n 14 94 4 0.80310 0.17428 0.80310 0.17555 0.82520 0.17555 0.82520 0.17428\n 40 6 34\n 38 6 1\n 14 94 4 0.82520 0.17428 0.82520 0.17555 0.84730 0.17555 0.84730 0.17428\n 40 6 35\n 38 6 1\n 14 94 4 0.84730 0.17428 0.84730 0.17555 0.86940 0.17555 0.86940 0.17428\n 40 6 36\n 38 6 1\n 14 94 4 0.86940 0.17428 0.86940 0.17555 0.89150 0.17555 0.89150 0.17428\n 40 6 37\n 38 6 1\n 14 94 4 0.89150 0.17428 0.89150 0.17555 0.91360 0.17555 0.91360 0.17428\n 40 6 38\n 38 6 1\n 14 94 4 0.91360 0.17428 0.91360 0.17555 0.91991 0.17555 0.91991 0.17428\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 380 17 0.90827 0.09486 0.90446 0.09486 0.90408 0.09143 0.90446 0.09181 0.90560 0.09219 0.90674 0.09219 0.90789 0.09181 0.90865 0.09105 0.90903 0.08990 0.90903 0.08914 0.90865 0.08800 0.90789 0.08723 0.90674 0.08685 0.90560 0.08685 0.90446 0.08723 0.90408 0.08762 0.90369 0.08838\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.76206 0.11778 0.76206 0.11207 0.76206 0.11778 0.76206 0.11778\n 11 94 4 0.76206 0.11778 0.76206 0.11778 0.76206 0.12413 0.76206 0.12413\n 11 94 4 0.76206 0.12413 0.76206 0.12413 0.76206 0.13048 0.76206 0.13048\n 11 94 4 0.76206 0.13048 0.76206 0.13048 0.76206 0.13682 0.76206 0.13682\n 11 94 4 0.76206 0.13682 0.76206 0.13682 0.76206 0.14317 0.76206 0.14317\n 11 94 4 0.76206 0.14317 0.76206 0.14317 0.76206 0.14952 0.76206 0.14952\n 11 94 4 0.76206 0.14952 0.76206 0.14952 0.76206 0.15587 0.76206 0.15587\n 11 94 4 0.76206 0.15587 0.76206 0.15587 0.76206 0.16222 0.76206 0.16222\n 11 94 4 0.76206 0.16222 0.76206 0.16222 0.76206 0.16856 0.76206 0.16856\n 11 94 4 0.76206 0.16856 0.76206 0.16856 0.76206 0.17491 0.76206 0.17491\n 11 72 3 0.76206 0.17491 0.76206 0.17491 0.76206 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.91991 0.11778 0.91991 0.11207 0.91991 0.11778 0.91991 0.11778\n 11 94 4 0.91991 0.11778 0.91991 0.11778 0.91991 0.12413 0.91991 0.12413\n 11 94 4 0.91991 0.12413 0.91991 0.12413 0.91991 0.13048 0.91991 0.13048\n 11 94 4 0.91991 0.13048 0.91991 0.13048 0.91991 0.13682 0.91991 0.13682\n 11 94 4 0.91991 0.13682 0.91991 0.13682 0.91991 0.14317 0.91991 0.14317\n 11 94 4 0.91991 0.14317 0.91991 0.14317 0.91991 0.14952 0.91991 0.14952\n 11 94 4 0.91991 0.14952 0.91991 0.14952 0.91991 0.15587 0.91991 0.15587\n 11 94 4 0.91991 0.15587 0.91991 0.15587 0.91991 0.16222 0.91991 0.16222\n 11 94 4 0.91991 0.16222 0.91991 0.16222 0.91991 0.16856 0.91991 0.16856\n 11 94 4 0.91991 0.16856 0.91991 0.16856 0.91991 0.17491 0.91991 0.17491\n 11 72 3 0.91991 0.17491 0.91991 0.17491 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.17555 0.76206 0.17555 0.77627 0.17555 0.77627 0.17555\n 11 94 4 0.77627 0.17555 0.77627 0.17555 0.79205 0.17555 0.79205 0.17555\n 11 94 4 0.79205 0.17555 0.79205 0.17555 0.80784 0.17555 0.80784 0.17555\n 11 94 4 0.80784 0.17555 0.80784 0.17555 0.82362 0.17555 0.82362 0.17555\n 11 94 4 0.82362 0.17555 0.82362 0.17555 0.83941 0.17555 0.83941 0.17555\n 11 94 4 0.83941 0.17555 0.83941 0.17555 0.85519 0.17555 0.85519 0.17555\n 11 94 4 0.85519 0.17555 0.85519 0.17555 0.87098 0.17555 0.87098 0.17555\n 11 94 4 0.87098 0.17555 0.87098 0.17555 0.88676 0.17555 0.88676 0.17555\n 11 94 4 0.88676 0.17555 0.88676 0.17555 0.90255 0.17555 0.90255 0.17555\n 11 94 4 0.90255 0.17555 0.90255 0.17555 0.91834 0.17555 0.91834 0.17555\n 11 72 3 0.91834 0.17555 0.91834 0.17555 0.91991 0.17555\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 94 4 0.77627 0.11207 0.76206 0.11207 0.77627 0.11207 0.77627 0.11207\n 11 94 4 0.77627 0.11207 0.77627 0.11207 0.79205 0.11207 0.79205 0.11207\n 11 94 4 0.79205 0.11207 0.79205 0.11207 0.80784 0.11207 0.80784 0.11207\n 11 94 4 0.80784 0.11207 0.80784 0.11207 0.82362 0.11207 0.82362 0.11207\n 11 94 4 0.82362 0.11207 0.82362 0.11207 0.83941 0.11207 0.83941 0.11207\n 11 94 4 0.83941 0.11207 0.83941 0.11207 0.85519 0.11207 0.85519 0.11207\n 11 94 4 0.85519 0.11207 0.85519 0.11207 0.87098 0.11207 0.87098 0.11207\n 11 94 4 0.87098 0.11207 0.87098 0.11207 0.88676 0.11207 0.88676 0.11207\n 11 94 4 0.88676 0.11207 0.88676 0.11207 0.90255 0.11207 0.90255 0.11207\n 11 94 4 0.90255 0.11207 0.90255 0.11207 0.91834 0.11207 0.91834 0.11207\n 11 72 3 0.91834 0.11207 0.91834 0.11207 0.91991 0.11207\n 11 50 2 0.76206 0.11207 0.76206 0.17555\n 11 50 2 0.91991 0.11207 0.91991 0.17555\n 11 50 2 0.76206 0.17555 0.91991 0.17555\n 11 50 2 0.76206 0.11207 0.91991 0.11207\n 82 0\n 81 6 28\n 82 0\n 81 6 29\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 1194 54 0.78247 0.17491 0.78226 0.17364 0.78195 0.17237 0.78163 0.17110 0.78132 0.16983 0.78100 0.16856 0.78069 0.16729 0.78037 0.16602 0.78005 0.16476 0.77974 0.16349 0.77942 0.16252 0.77933 0.16222 0.77911 0.16095 0.77879 0.15968 0.77848 0.15841 0.77816 0.15714 0.77784 0.15587 0.77753 0.15460 0.77721 0.15333 0.77690 0.15206 0.77658 0.15079 0.77627 0.14979 0.77619 0.14952 0.77595 0.14825 0.77563 0.14698 0.77532 0.14571 0.77500 0.14444 0.77469 0.14317 0.77437 0.14190 0.77406 0.14063 0.77374 0.13936 0.77342 0.13809 0.77311 0.13705 0.77304 0.13682 0.77279 0.13556 0.77248 0.13429 0.77216 0.13302 0.77185 0.13175 0.77153 0.13048 0.77121 0.12921 0.77090 0.12794 0.77058 0.12667 0.77027 0.12540 0.76995 0.12431 0.76990 0.12413 0.76964 0.12286 0.76932 0.12159 0.76900 0.12032 0.76869 0.11905 0.76837 0.11778 0.76806 0.11651 0.76774 0.11524 0.76743 0.11397 0.76711 0.11270\n 11 1304 59 0.80457 0.17491 0.80405 0.17364 0.80342 0.17237 0.80279 0.17110 0.80215 0.16983 0.80152 0.16875 0.80142 0.16856 0.80089 0.16729 0.80026 0.16602 0.79963 0.16476 0.79900 0.16349 0.79837 0.16239 0.79827 0.16222 0.79773 0.16095 0.79710 0.15968 0.79647 0.15841 0.79584 0.15714 0.79521 0.15603 0.79512 0.15587 0.79458 0.15460 0.79395 0.15333 0.79331 0.15206 0.79268 0.15079 0.79205 0.14967 0.79197 0.14952 0.79142 0.14825 0.79079 0.14698 0.79016 0.14571 0.78953 0.14444 0.78889 0.14331 0.78882 0.14317 0.78826 0.14190 0.78763 0.14063 0.78700 0.13936 0.78637 0.13809 0.78574 0.13695 0.78567 0.13682 0.78511 0.13556 0.78447 0.13429 0.78384 0.13302 0.78321 0.13175 0.78258 0.13059 0.78252 0.13048 0.78195 0.12921 0.78132 0.12794 0.78069 0.12667 0.78005 0.12540 0.77942 0.12422 0.77937 0.12413 0.77879 0.12286 0.77816 0.12159 0.77753 0.12032 0.77690 0.11905 0.77627 0.11786 0.77622 0.11778 0.77563 0.11651 0.77500 0.11524 0.77437 0.11397 0.77374 0.11270\n 11 1414 64 0.82667 0.17491 0.82583 0.17364 0.82489 0.17237 0.82394 0.17110 0.82362 0.17068 0.82299 0.16983 0.82204 0.16856 0.82110 0.16729 0.82047 0.16645 0.82015 0.16602 0.81920 0.16476 0.81826 0.16349 0.81731 0.16234 0.81721 0.16222 0.81636 0.16095 0.81541 0.15968 0.81447 0.15841 0.81415 0.15799 0.81352 0.15714 0.81257 0.15587 0.81163 0.15460 0.81099 0.15376 0.81068 0.15333 0.80973 0.15206 0.80878 0.15079 0.80784 0.14962 0.80776 0.14952 0.80689 0.14825 0.80594 0.14698 0.80500 0.14571 0.80468 0.14529 0.80405 0.14444 0.80310 0.14317 0.80215 0.14190 0.80152 0.14106 0.80121 0.14063 0.80026 0.13936 0.79931 0.13809 0.79837 0.13691 0.79830 0.13682 0.79742 0.13556 0.79647 0.13429 0.79552 0.13302 0.79521 0.13260 0.79458 0.13175 0.79363 0.13048 0.79268 0.12921 0.79205 0.12837 0.79174 0.12794 0.79079 0.12667 0.78984 0.12540 0.78889 0.12419 0.78885 0.12413 0.78795 0.12286 0.78700 0.12159 0.78605 0.12032 0.78574 0.11991 0.78511 0.11905 0.78416 0.11778 0.78321 0.11651 0.78258 0.11568 0.78226 0.11524 0.78132 0.11397 0.78037 0.11270\n 11 1524 69 0.84877 0.17491 0.84762 0.17364 0.84635 0.17237 0.84572 0.17174 0.84509 0.17110 0.84383 0.16983 0.84257 0.16866 0.84246 0.16856 0.84130 0.16729 0.84004 0.16602 0.83941 0.16540 0.83878 0.16476 0.83751 0.16349 0.83625 0.16231 0.83616 0.16222 0.83499 0.16095 0.83373 0.15968 0.83309 0.15905 0.83246 0.15841 0.83120 0.15714 0.82994 0.15595 0.82985 0.15587 0.82867 0.15460 0.82741 0.15333 0.82678 0.15270 0.82615 0.15206 0.82489 0.15079 0.82362 0.14960 0.82354 0.14952 0.82236 0.14825 0.82110 0.14698 0.82047 0.14635 0.81983 0.14571 0.81857 0.14444 0.81731 0.14324 0.81724 0.14317 0.81605 0.14190 0.81478 0.14063 0.81415 0.14001 0.81352 0.13936 0.81226 0.13809 0.81099 0.13689 0.81093 0.13682 0.80973 0.13556 0.80847 0.13429 0.80784 0.13366 0.80721 0.13302 0.80594 0.13175 0.80468 0.13053 0.80462 0.13048 0.80342 0.12921 0.80215 0.12794 0.80152 0.12731 0.80089 0.12667 0.79963 0.12540 0.79837 0.12418 0.79832 0.12413 0.79710 0.12286 0.79584 0.12159 0.79521 0.12097 0.79458 0.12032 0.79331 0.11905 0.79205 0.11782 0.79201 0.11778 0.79079 0.11651 0.78953 0.11524 0.78889 0.11462 0.78826 0.11397 0.78700 0.11270\n 11 1634 74 0.87087 0.17491 0.86940 0.17364 0.86782 0.17246 0.86771 0.17237 0.86624 0.17110 0.86466 0.16992 0.86456 0.16983 0.86309 0.16856 0.86151 0.16738 0.86141 0.16729 0.85993 0.16602 0.85835 0.16483 0.85825 0.16476 0.85677 0.16349 0.85519 0.16229 0.85510 0.16222 0.85361 0.16095 0.85204 0.15975 0.85194 0.15968 0.85046 0.15841 0.84888 0.15721 0.84879 0.15714 0.84730 0.15587 0.84572 0.15467 0.84564 0.15460 0.84414 0.15333 0.84257 0.15213 0.84248 0.15206 0.84099 0.15079 0.83941 0.14958 0.83933 0.14952 0.83783 0.14825 0.83625 0.14704 0.83617 0.14698 0.83467 0.14571 0.83309 0.14450 0.83302 0.14444 0.83152 0.14317 0.82994 0.14196 0.82987 0.14190 0.82836 0.14063 0.82678 0.13942 0.82671 0.13936 0.82520 0.13809 0.82362 0.13688 0.82356 0.13682 0.82204 0.13556 0.82047 0.13434 0.82040 0.13429 0.81889 0.13302 0.81731 0.13179 0.81725 0.13175 0.81573 0.13048 0.81415 0.12925 0.81410 0.12921 0.81257 0.12794 0.81099 0.12671 0.81094 0.12667 0.80942 0.12540 0.80784 0.12417 0.80779 0.12413 0.80626 0.12286 0.80468 0.12163 0.80463 0.12159 0.80310 0.12032 0.80152 0.11909 0.80148 0.11905 0.79994 0.11778 0.79837 0.11654 0.79833 0.11651 0.79679 0.11524 0.79521 0.11400 0.79517 0.11397 0.79363 0.11270\n 11 1744 79 0.89297 0.17491 0.89118 0.17364 0.88992 0.17280 0.88929 0.17237 0.88740 0.17110 0.88676 0.17068 0.88550 0.16983 0.88361 0.16863 0.88350 0.16856 0.88171 0.16729 0.88045 0.16645 0.87982 0.16602 0.87792 0.16476 0.87729 0.16434 0.87603 0.16349 0.87414 0.16228 0.87404 0.16222 0.87224 0.16095 0.87098 0.16011 0.87035 0.15968 0.86845 0.15841 0.86782 0.15799 0.86656 0.15714 0.86466 0.15593 0.86458 0.15587 0.86277 0.15460 0.86151 0.15376 0.86088 0.15333 0.85898 0.15206 0.85835 0.15164 0.85709 0.15079 0.85519 0.14957 0.85511 0.14952 0.85330 0.14825 0.85204 0.14741 0.85140 0.14698 0.84951 0.14571 0.84888 0.14529 0.84762 0.14444 0.84572 0.14322 0.84565 0.14317 0.84383 0.14190 0.84257 0.14106 0.84193 0.14063 0.84004 0.13936 0.83941 0.13895 0.83815 0.13809 0.83625 0.13687 0.83619 0.13682 0.83436 0.13556 0.83309 0.13472 0.83246 0.13429 0.83057 0.13302 0.82994 0.13260 0.82867 0.13175 0.82678 0.13052 0.82672 0.13048 0.82489 0.12921 0.82362 0.12837 0.82299 0.12794 0.82110 0.12667 0.82047 0.12625 0.81920 0.12540 0.81731 0.12416 0.81726 0.12413 0.81541 0.12286 0.81415 0.12202 0.81352 0.12159 0.81163 0.12032 0.81099 0.11991 0.80973 0.11905 0.80784 0.11781 0.80780 0.11778 0.80594 0.11651 0.80468 0.11568 0.80405 0.11524 0.80215 0.11397 0.80152 0.11356 0.80026 0.11270\n 11 1854 84 0.91507 0.17491 0.91297 0.17364 0.91202 0.17310 0.91076 0.17237 0.90886 0.17129 0.90855 0.17110 0.90634 0.16983 0.90571 0.16947 0.90413 0.16856 0.90255 0.16766 0.90192 0.16729 0.89971 0.16602 0.89939 0.16585 0.89750 0.16476 0.89624 0.16404 0.89529 0.16349 0.89308 0.16227 0.89298 0.16222 0.89087 0.16095 0.88992 0.16041 0.88866 0.15968 0.88676 0.15859 0.88645 0.15841 0.88424 0.15714 0.88361 0.15678 0.88203 0.15587 0.88045 0.15497 0.87982 0.15460 0.87761 0.15333 0.87729 0.15315 0.87540 0.15206 0.87414 0.15134 0.87319 0.15079 0.87098 0.14957 0.87090 0.14952 0.86877 0.14825 0.86782 0.14771 0.86656 0.14698 0.86466 0.14590 0.86435 0.14571 0.86214 0.14444 0.86151 0.14409 0.85993 0.14317 0.85835 0.14227 0.85772 0.14190 0.85551 0.14063 0.85519 0.14046 0.85330 0.13936 0.85204 0.13865 0.85109 0.13809 0.84888 0.13686 0.84881 0.13682 0.84667 0.13556 0.84572 0.13502 0.84446 0.13429 0.84257 0.13320 0.84225 0.13302 0.84004 0.13175 0.83941 0.13139 0.83783 0.13048 0.83625 0.12958 0.83562 0.12921 0.83341 0.12794 0.83309 0.12776 0.83120 0.12667 0.82994 0.12595 0.82899 0.12540 0.82678 0.12416 0.82673 0.12413 0.82457 0.12286 0.82362 0.12233 0.82236 0.12159 0.82047 0.12051 0.82015 0.12032 0.81794 0.11905 0.81731 0.11870 0.81573 0.11778 0.81415 0.11689 0.81352 0.11651 0.81131 0.11524 0.81099 0.11507 0.80910 0.11397 0.80784 0.11326 0.80689 0.11270\n 11 1678 76 0.91834 0.16540 0.91707 0.16476 0.91518 0.16381 0.91455 0.16349 0.91202 0.16226 0.91193 0.16222 0.90950 0.16095 0.90886 0.16063 0.90697 0.15968 0.90571 0.15905 0.90444 0.15841 0.90255 0.15746 0.90192 0.15714 0.89939 0.15591 0.89931 0.15587 0.89687 0.15460 0.89624 0.15429 0.89434 0.15333 0.89308 0.15270 0.89182 0.15206 0.88992 0.15111 0.88929 0.15079 0.88676 0.14956 0.88668 0.14952 0.88424 0.14825 0.88361 0.14794 0.88171 0.14698 0.88045 0.14635 0.87919 0.14571 0.87729 0.14476 0.87666 0.14444 0.87414 0.14321 0.87406 0.14317 0.87161 0.14190 0.87098 0.14159 0.86908 0.14063 0.86782 0.14001 0.86656 0.13936 0.86466 0.13842 0.86403 0.13809 0.86151 0.13686 0.86144 0.13682 0.85898 0.13556 0.85835 0.13524 0.85646 0.13429 0.85519 0.13366 0.85393 0.13302 0.85204 0.13207 0.85140 0.13175 0.84888 0.13051 0.84882 0.13048 0.84635 0.12921 0.84572 0.12890 0.84383 0.12794 0.84257 0.12731 0.84130 0.12667 0.83941 0.12572 0.83878 0.12540 0.83625 0.12415 0.83620 0.12413 0.83373 0.12286 0.83309 0.12255 0.83120 0.12159 0.82994 0.12097 0.82867 0.12032 0.82678 0.11938 0.82615 0.11905 0.82362 0.11780 0.82358 0.11778 0.82110 0.11651 0.82047 0.11620 0.81857 0.11524 0.81731 0.11462 0.81605 0.11397 0.81415 0.11303 0.81352 0.11270\n 11 1480 67 0.91834 0.15658 0.91676 0.15587 0.91518 0.15517 0.91392 0.15460 0.91202 0.15376 0.91107 0.15333 0.90886 0.15235 0.90823 0.15206 0.90571 0.15093 0.90539 0.15079 0.90263 0.14952 0.90255 0.14949 0.89971 0.14825 0.89939 0.14811 0.89687 0.14698 0.89624 0.14670 0.89403 0.14571 0.89308 0.14529 0.89118 0.14444 0.88992 0.14388 0.88834 0.14317 0.88676 0.14247 0.88550 0.14190 0.88361 0.14106 0.88266 0.14063 0.88045 0.13965 0.87982 0.13936 0.87729 0.13824 0.87698 0.13809 0.87420 0.13682 0.87414 0.13680 0.87129 0.13556 0.87098 0.13542 0.86845 0.13429 0.86782 0.13401 0.86561 0.13302 0.86466 0.13260 0.86277 0.13175 0.86151 0.13119 0.85993 0.13048 0.85835 0.12978 0.85709 0.12921 0.85519 0.12837 0.85425 0.12794 0.85204 0.12696 0.85140 0.12667 0.84888 0.12554 0.84856 0.12540 0.84577 0.12413 0.84572 0.12411 0.84288 0.12286 0.84257 0.12272 0.84004 0.12159 0.83941 0.12132 0.83720 0.12032 0.83625 0.11991 0.83436 0.11905 0.83309 0.11850 0.83152 0.11778 0.82994 0.11709 0.82867 0.11651 0.82678 0.11568 0.82583 0.11524 0.82362 0.11426 0.82299 0.11397 0.82047 0.11285 0.82015 0.11270\n 11 1326 60 0.91834 0.14955 0.91826 0.14952 0.91518 0.14828 0.91510 0.14825 0.91202 0.14701 0.91194 0.14698 0.90886 0.14574 0.90879 0.14571 0.90571 0.14447 0.90563 0.14444 0.90255 0.14320 0.90248 0.14317 0.89939 0.14193 0.89932 0.14190 0.89624 0.14066 0.89617 0.14063 0.89308 0.13939 0.89301 0.13936 0.88992 0.13812 0.88986 0.13809 0.88676 0.13685 0.88670 0.13682 0.88361 0.13558 0.88354 0.13556 0.88045 0.13431 0.88039 0.13429 0.87729 0.13304 0.87723 0.13302 0.87414 0.13177 0.87408 0.13175 0.87098 0.13050 0.87092 0.13048 0.86782 0.12923 0.86777 0.12921 0.86466 0.12796 0.86461 0.12794 0.86151 0.12669 0.86146 0.12667 0.85835 0.12542 0.85830 0.12540 0.85519 0.12415 0.85514 0.12413 0.85204 0.12288 0.85199 0.12286 0.84888 0.12161 0.84883 0.12159 0.84572 0.12034 0.84568 0.12032 0.84257 0.11907 0.84252 0.11905 0.83941 0.11780 0.83937 0.11778 0.83625 0.11653 0.83621 0.11651 0.83309 0.11526 0.83306 0.11524 0.82994 0.11399 0.82990 0.11397 0.82678 0.11272 0.82675 0.11270\n 11 1150 52 0.91834 0.14376 0.91676 0.14317 0.91518 0.14260 0.91328 0.14190 0.91202 0.14145 0.90981 0.14063 0.90886 0.14029 0.90634 0.13936 0.90571 0.13914 0.90287 0.13809 0.90255 0.13798 0.89939 0.13685 0.89933 0.13682 0.89624 0.13567 0.89592 0.13556 0.89308 0.13452 0.89245 0.13429 0.88992 0.13337 0.88897 0.13302 0.88676 0.13222 0.88550 0.13175 0.88361 0.13106 0.88203 0.13048 0.88045 0.12991 0.87856 0.12921 0.87729 0.12875 0.87508 0.12794 0.87414 0.12760 0.87161 0.12667 0.87098 0.12644 0.86814 0.12540 0.86782 0.12529 0.86466 0.12415 0.86462 0.12413 0.86151 0.12298 0.86119 0.12286 0.85835 0.12183 0.85772 0.12159 0.85519 0.12068 0.85425 0.12032 0.85204 0.11952 0.85077 0.11905 0.84888 0.11837 0.84730 0.11778 0.84572 0.11722 0.84383 0.11651 0.84257 0.11606 0.84036 0.11524 0.83941 0.11491 0.83688 0.11397 0.83625 0.11375 0.83341 0.11270\n 11 1018 46 0.91834 0.13895 0.91581 0.13809 0.91518 0.13789 0.91202 0.13685 0.91196 0.13682 0.90886 0.13577 0.90823 0.13556 0.90571 0.13472 0.90444 0.13429 0.90255 0.13366 0.90066 0.13302 0.89939 0.13260 0.89687 0.13175 0.89624 0.13154 0.89308 0.13050 0.89302 0.13048 0.88992 0.12942 0.88929 0.12921 0.88676 0.12837 0.88550 0.12794 0.88361 0.12731 0.88171 0.12667 0.88045 0.12625 0.87792 0.12540 0.87729 0.12519 0.87414 0.12415 0.87409 0.12413 0.87098 0.12308 0.87035 0.12286 0.86782 0.12202 0.86656 0.12159 0.86466 0.12097 0.86277 0.12032 0.86151 0.11991 0.85898 0.11905 0.85835 0.11885 0.85519 0.11780 0.85515 0.11778 0.85204 0.11673 0.85140 0.11651 0.84888 0.11568 0.84762 0.11524 0.84572 0.11462 0.84383 0.11397 0.84257 0.11356 0.84004 0.11270\n 11 908 41 0.91834 0.13488 0.91644 0.13429 0.91518 0.13390 0.91234 0.13302 0.91202 0.13292 0.90886 0.13195 0.90823 0.13175 0.90571 0.13097 0.90413 0.13048 0.90255 0.13000 0.90002 0.12921 0.89939 0.12902 0.89624 0.12804 0.89592 0.12794 0.89308 0.12707 0.89182 0.12667 0.88992 0.12609 0.88771 0.12540 0.88676 0.12511 0.88366 0.12413 0.88361 0.12411 0.88045 0.12316 0.87950 0.12286 0.87729 0.12219 0.87540 0.12159 0.87414 0.12121 0.87129 0.12032 0.87098 0.12023 0.86782 0.11925 0.86719 0.11905 0.86466 0.11828 0.86309 0.11778 0.86151 0.11731 0.85898 0.11651 0.85835 0.11632 0.85519 0.11534 0.85488 0.11524 0.85204 0.11438 0.85077 0.11397 0.84888 0.11340 0.84667 0.11270\n 11 798 36 0.91834 0.13139 0.91518 0.13049 0.91512 0.13048 0.91202 0.12958 0.91076 0.12921 0.90886 0.12867 0.90634 0.12794 0.90571 0.12776 0.90255 0.12685 0.90192 0.12667 0.89939 0.12595 0.89750 0.12540 0.89624 0.12504 0.89308 0.12414 0.89303 0.12413 0.88992 0.12323 0.88866 0.12286 0.88676 0.12233 0.88424 0.12159 0.88361 0.12141 0.88045 0.12051 0.87982 0.12032 0.87729 0.11961 0.87540 0.11905 0.87414 0.11870 0.87098 0.11779 0.87094 0.11778 0.86782 0.11689 0.86656 0.11651 0.86466 0.11598 0.86214 0.11524 0.86151 0.11507 0.85835 0.11416 0.85772 0.11397 0.85519 0.11326 0.85330 0.11270\n 11 710 32 0.91834 0.12837 0.91676 0.12794 0.91518 0.12752 0.91202 0.12668 0.91197 0.12667 0.90886 0.12583 0.90729 0.12540 0.90571 0.12498 0.90255 0.12414 0.90250 0.12413 0.89939 0.12329 0.89781 0.12286 0.89624 0.12245 0.89308 0.12160 0.89303 0.12159 0.88992 0.12075 0.88834 0.12032 0.88676 0.11991 0.88361 0.11906 0.88357 0.11905 0.88045 0.11822 0.87887 0.11778 0.87729 0.11737 0.87414 0.11652 0.87410 0.11651 0.87098 0.11568 0.86940 0.11524 0.86782 0.11483 0.86466 0.11398 0.86463 0.11397 0.86151 0.11314 0.85993 0.11270\n 11 622 28 0.91834 0.12572 0.91707 0.12540 0.91518 0.12493 0.91202 0.12414 0.91197 0.12413 0.90886 0.12335 0.90697 0.12286 0.90571 0.12255 0.90255 0.12175 0.90192 0.12159 0.89939 0.12097 0.89687 0.12032 0.89624 0.12017 0.89308 0.11938 0.89182 0.11905 0.88992 0.11859 0.88676 0.11779 0.88672 0.11778 0.88361 0.11700 0.88171 0.11651 0.88045 0.11620 0.87729 0.11541 0.87666 0.11524 0.87414 0.11462 0.87161 0.11397 0.87098 0.11382 0.86782 0.11303 0.86656 0.11270\n 11 534 24 0.91834 0.12339 0.91613 0.12286 0.91518 0.12264 0.91202 0.12190 0.91076 0.12159 0.90886 0.12115 0.90571 0.12040 0.90539 0.12032 0.90255 0.11966 0.90002 0.11905 0.89939 0.11891 0.89624 0.11817 0.89466 0.11778 0.89308 0.11742 0.88992 0.11667 0.88929 0.11651 0.88676 0.11593 0.88392 0.11524 0.88361 0.11517 0.88045 0.11443 0.87856 0.11397 0.87729 0.11368 0.87414 0.11294 0.87319 0.11270\n 11 446 20 0.91834 0.12132 0.91518 0.12061 0.91392 0.12032 0.91202 0.11991 0.90886 0.11920 0.90823 0.11905 0.90571 0.11850 0.90259 0.11778 0.90255 0.11777 0.89939 0.11709 0.89687 0.11651 0.89624 0.11638 0.89308 0.11568 0.89118 0.11524 0.88992 0.11497 0.88676 0.11426 0.88550 0.11397 0.88361 0.11356 0.88045 0.11285 0.87982 0.11270\n 11 380 17 0.91834 0.11946 0.91644 0.11905 0.91518 0.11879 0.91202 0.11813 0.91044 0.11778 0.90886 0.11746 0.90571 0.11679 0.90444 0.11651 0.90255 0.11612 0.89939 0.11545 0.89845 0.11524 0.89624 0.11479 0.89308 0.11411 0.89245 0.11397 0.88992 0.11345 0.88676 0.11277 0.88645 0.11270\n 11 314 14 0.91834 0.11779 0.91830 0.11778 0.91518 0.11716 0.91202 0.11652 0.91198 0.11651 0.90886 0.11589 0.90571 0.11525 0.90567 0.11524 0.90255 0.11462 0.89939 0.11398 0.89936 0.11397 0.89624 0.11335 0.89308 0.11271 0.89304 0.11270\n 11 204 9 0.91834 0.11628 0.91518 0.11568 0.91297 0.11524 0.91202 0.11507 0.90886 0.11447 0.90634 0.11397 0.90571 0.11386 0.90255 0.11326 0.89971 0.11270\n 11 138 6 0.91834 0.11491 0.91518 0.11433 0.91328 0.11397 0.91202 0.11375 0.90886 0.11318 0.90634 0.11270\n 11 72 3 0.91834 0.11365 0.91518 0.11310 0.91297 0.11270\n 21 6 1\n 25 6 1\n 82 0\n 81 6 30\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 31\n 21 6 1\n 25 6 1\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.71614 0.36143 0.71614 0.34608 0.71614 0.36143 0.71092 0.36143 0.71614 0.36143 0.71614 0.37849 0.71092 0.37849 0.71614 0.37849 0.71614 0.39555 0.71092 0.39555 0.71614 0.39555 0.71614 0.41261 0.71092 0.41261 0.71614 0.41261 0.71614 0.42967 0.71092 0.42967 0.71614 0.42967 0.71614 0.44673 0.71092 0.44673 0.71614 0.44673 0.71614 0.46379 0.71092 0.46379 0.71614 0.46379 0.71614 0.48085 0.71092 0.48085 0.71614 0.48085 0.71614 0.49791 0.71092 0.49791 0.71614 0.49791 0.71614 0.51497 0.71092 0.51497 0.71614 0.51497 0.71614 0.51667\n 11 380 17 0.70679 0.36352 0.70480 0.36352 0.70460 0.36173 0.70480 0.36193 0.70539 0.36213 0.70599 0.36213 0.70659 0.36193 0.70699 0.36153 0.70718 0.36093 0.70718 0.36053 0.70699 0.35994 0.70659 0.35954 0.70599 0.35934 0.70539 0.35934 0.70480 0.35954 0.70460 0.35974 0.70440 0.36014\n 11 94 4 0.70102 0.39684 0.70142 0.39704 0.70201 0.39764 0.70201 0.39346\n 11 380 17 0.70679 0.39764 0.70480 0.39764 0.70460 0.39585 0.70480 0.39605 0.70539 0.39625 0.70599 0.39625 0.70659 0.39605 0.70699 0.39565 0.70718 0.39505 0.70718 0.39465 0.70699 0.39406 0.70659 0.39366 0.70599 0.39346 0.70539 0.39346 0.70480 0.39366 0.70460 0.39386 0.70440 0.39426\n 11 314 14 0.70062 0.43076 0.70062 0.43096 0.70082 0.43136 0.70102 0.43156 0.70142 0.43176 0.70221 0.43176 0.70261 0.43156 0.70281 0.43136 0.70301 0.43096 0.70301 0.43056 0.70281 0.43017 0.70241 0.42957 0.70042 0.42758 0.70321 0.42758\n 11 380 17 0.70679 0.43176 0.70480 0.43176 0.70460 0.42997 0.70480 0.43017 0.70539 0.43036 0.70599 0.43036 0.70659 0.43017 0.70699 0.42977 0.70718 0.42917 0.70718 0.42877 0.70699 0.42818 0.70659 0.42778 0.70599 0.42758 0.70539 0.42758 0.70480 0.42778 0.70460 0.42798 0.70440 0.42837\n 11 336 15 0.70082 0.46588 0.70301 0.46588 0.70181 0.46428 0.70241 0.46428 0.70281 0.46409 0.70301 0.46389 0.70321 0.46329 0.70321 0.46289 0.70301 0.46229 0.70261 0.46190 0.70201 0.46170 0.70142 0.46170 0.70082 0.46190 0.70062 0.46210 0.70042 0.46249\n 11 380 17 0.70679 0.46588 0.70480 0.46588 0.70460 0.46409 0.70480 0.46428 0.70539 0.46448 0.70599 0.46448 0.70659 0.46428 0.70699 0.46389 0.70718 0.46329 0.70718 0.46289 0.70699 0.46229 0.70659 0.46190 0.70599 0.46170 0.70539 0.46170 0.70480 0.46190 0.70460 0.46210 0.70440 0.46249\n 11 72 3 0.70241 0.50000 0.70042 0.49721 0.70340 0.49721\n 11 50 2 0.70241 0.50000 0.70241 0.49582\n 11 380 17 0.70679 0.50000 0.70480 0.50000 0.70460 0.49820 0.70480 0.49840 0.70539 0.49860 0.70599 0.49860 0.70659 0.49840 0.70699 0.49801 0.70718 0.49741 0.70718 0.49701 0.70699 0.49641 0.70659 0.49602 0.70599 0.49582 0.70539 0.49582 0.70480 0.49602 0.70460 0.49621 0.70440 0.49661\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.95822 0.36143 0.95822 0.34608 0.95822 0.36143 0.96345 0.36143 0.95822 0.36143 0.95822 0.37849 0.96345 0.37849 0.95822 0.37849 0.95822 0.39555 0.96345 0.39555 0.95822 0.39555 0.95822 0.41261 0.96345 0.41261 0.95822 0.41261 0.95822 0.42967 0.96345 0.42967 0.95822 0.42967 0.95822 0.44673 0.96345 0.44673 0.95822 0.44673 0.95822 0.46379 0.96345 0.46379 0.95822 0.46379 0.95822 0.48085 0.96345 0.48085 0.95822 0.48085 0.95822 0.49791 0.96345 0.49791 0.95822 0.49791 0.95822 0.51497 0.96345 0.51497 0.95822 0.51497 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.51667 0.71614 0.51667 0.73793 0.51667 0.73793 0.52189 0.73793 0.51667 0.76213 0.51667 0.76213 0.52189 0.76213 0.51667 0.78634 0.51667 0.78634 0.52189 0.78634 0.51667 0.81055 0.51667 0.81055 0.52189 0.81055 0.51667 0.83476 0.51667 0.83476 0.52189 0.83476 0.51667 0.85897 0.51667 0.85897 0.52189 0.85897 0.51667 0.88318 0.51667 0.88318 0.52189 0.88318 0.51667 0.90738 0.51667 0.90738 0.52189 0.90738 0.51667 0.93159 0.51667 0.93159 0.52189 0.93159 0.51667 0.95580 0.51667 0.95580 0.52189 0.95580 0.51667 0.95822 0.51667\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 11 732 33 0.73793 0.34608 0.71614 0.34608 0.73793 0.34608 0.73793 0.34085 0.73793 0.34608 0.76213 0.34608 0.76213 0.34085 0.76213 0.34608 0.78634 0.34608 0.78634 0.34085 0.78634 0.34608 0.81055 0.34608 0.81055 0.34085 0.81055 0.34608 0.83476 0.34608 0.83476 0.34085 0.83476 0.34608 0.85897 0.34608 0.85897 0.34085 0.85897 0.34608 0.88318 0.34608 0.88318 0.34085 0.88318 0.34608 0.90738 0.34608 0.90738 0.34085 0.90738 0.34608 0.93159 0.34608 0.93159 0.34085 0.93159 0.34608 0.95580 0.34608 0.95580 0.34085 0.95580 0.34608 0.95822 0.34608\n 11 380 17 0.73892 0.33709 0.73693 0.33709 0.73673 0.33530 0.73693 0.33550 0.73753 0.33570 0.73812 0.33570 0.73872 0.33550 0.73912 0.33510 0.73932 0.33451 0.73932 0.33411 0.73912 0.33351 0.73872 0.33311 0.73812 0.33292 0.73753 0.33292 0.73693 0.33311 0.73673 0.33331 0.73653 0.33371\n 11 94 4 0.78356 0.33630 0.78396 0.33650 0.78455 0.33709 0.78455 0.33292\n 11 380 17 0.78933 0.33709 0.78734 0.33709 0.78714 0.33530 0.78734 0.33550 0.78793 0.33570 0.78853 0.33570 0.78913 0.33550 0.78953 0.33510 0.78972 0.33451 0.78972 0.33411 0.78953 0.33351 0.78913 0.33311 0.78853 0.33292 0.78793 0.33292 0.78734 0.33311 0.78714 0.33331 0.78694 0.33371\n 11 314 14 0.83158 0.33610 0.83158 0.33630 0.83178 0.33670 0.83197 0.33689 0.83237 0.33709 0.83317 0.33709 0.83357 0.33689 0.83376 0.33670 0.83396 0.33630 0.83396 0.33590 0.83376 0.33550 0.83337 0.33490 0.83138 0.33292 0.83416 0.33292\n 11 380 17 0.83774 0.33709 0.83575 0.33709 0.83556 0.33530 0.83575 0.33550 0.83635 0.33570 0.83695 0.33570 0.83754 0.33550 0.83794 0.33510 0.83814 0.33451 0.83814 0.33411 0.83794 0.33351 0.83754 0.33311 0.83695 0.33292 0.83635 0.33292 0.83575 0.33311 0.83556 0.33331 0.83536 0.33371\n 11 336 15 0.88019 0.33709 0.88238 0.33709 0.88119 0.33550 0.88178 0.33550 0.88218 0.33530 0.88238 0.33510 0.88258 0.33451 0.88258 0.33411 0.88238 0.33351 0.88198 0.33311 0.88139 0.33292 0.88079 0.33292 0.88019 0.33311 0.87999 0.33331 0.87979 0.33371\n 11 380 17 0.88616 0.33709 0.88417 0.33709 0.88397 0.33530 0.88417 0.33550 0.88477 0.33570 0.88536 0.33570 0.88596 0.33550 0.88636 0.33510 0.88656 0.33451 0.88656 0.33411 0.88636 0.33351 0.88596 0.33311 0.88536 0.33292 0.88477 0.33292 0.88417 0.33311 0.88397 0.33331 0.88377 0.33371\n 11 72 3 0.93020 0.33709 0.92821 0.33431 0.93120 0.33431\n 11 50 2 0.93020 0.33709 0.93020 0.33292\n 11 380 17 0.93458 0.33709 0.93259 0.33709 0.93239 0.33530 0.93259 0.33550 0.93318 0.33570 0.93378 0.33570 0.93438 0.33550 0.93478 0.33510 0.93498 0.33451 0.93498 0.33411 0.93478 0.33351 0.93438 0.33311 0.93378 0.33292 0.93318 0.33292 0.93259 0.33311 0.93239 0.33331 0.93219 0.33371\n 21 6 1\n 25 6 1\n 11 666 30 0.71856 0.41557 0.72210 0.41261 0.72340 0.41161 0.72649 0.40920 0.72824 0.40792 0.73114 0.40578 0.73308 0.40443 0.73598 0.40237 0.73793 0.40106 0.74097 0.39896 0.74277 0.39777 0.74606 0.39555 0.74761 0.39453 0.75120 0.39214 0.75245 0.39132 0.75636 0.38873 0.75729 0.38811 0.76150 0.38531 0.76213 0.38489 0.76659 0.38190 0.76698 0.38164 0.77160 0.37849 0.77182 0.37834 0.77653 0.37508 0.77666 0.37498 0.78135 0.37167 0.78150 0.37156 0.78607 0.36825 0.78634 0.36804 0.79067 0.36484\n 11 314 14 0.79237 0.36464 0.79247 0.36477 0.79279 0.36492 0.79301 0.36495 0.79336 0.36489 0.79386 0.36450 0.79402 0.36418 0.79405 0.36396 0.79398 0.36361 0.79379 0.36335 0.79347 0.36320 0.79293 0.36301 0.79069 0.36272 0.79246 0.36136\n 11 380 17 0.79601 0.36286 0.79554 0.36302 0.79499 0.36283 0.79438 0.36230 0.79409 0.36192 0.79374 0.36119 0.79370 0.36062 0.79398 0.36020 0.79423 0.36001 0.79471 0.35984 0.79525 0.36003 0.79586 0.36056 0.79615 0.36094 0.79651 0.36167 0.79655 0.36225 0.79627 0.36266 0.79601 0.36286\n 11 380 17 0.79854 0.36092 0.79806 0.36108 0.79752 0.36090 0.79691 0.36036 0.79662 0.35998 0.79626 0.35926 0.79623 0.35868 0.79651 0.35827 0.79676 0.35807 0.79724 0.35791 0.79778 0.35809 0.79839 0.35863 0.79868 0.35901 0.79904 0.35974 0.79908 0.36031 0.79879 0.36073 0.79854 0.36092\n 11 182 8 0.79958 0.35802 0.79958 0.35802 0.80087 0.35698 0.80395 0.35461 0.80571 0.35318 0.80831 0.35119 0.81055 0.34941 0.81275 0.34778\n 11 908 41 0.90755 0.34778 0.91056 0.35119 0.91223 0.35375 0.91274 0.35461 0.91399 0.35802 0.91444 0.36143 0.91410 0.36484 0.91299 0.36825 0.91223 0.36966 0.91108 0.37167 0.90843 0.37508 0.90738 0.37615 0.90503 0.37849 0.90254 0.38058 0.90092 0.38190 0.89770 0.38421 0.89614 0.38531 0.89286 0.38738 0.89070 0.38873 0.88802 0.39025 0.88468 0.39214 0.88318 0.39293 0.87833 0.39546 0.87817 0.39555 0.87349 0.39781 0.87113 0.39896 0.86865 0.40011 0.86389 0.40237 0.86381 0.40241 0.85897 0.40451 0.85614 0.40578 0.85413 0.40666 0.84928 0.40878 0.84833 0.40920 0.84444 0.41085 0.84040 0.41261 0.83960 0.41295 0.83476 0.41501 0.83240 0.41602 0.82992 0.41708 0.82508 0.41917\n 11 314 14 0.81646 0.42381 0.81652 0.42396 0.81680 0.42419 0.81701 0.42427 0.81736 0.42429 0.81795 0.42404 0.81818 0.42377 0.81826 0.42356 0.81828 0.42321 0.81815 0.42292 0.81788 0.42269 0.81740 0.42237 0.81531 0.42154 0.81736 0.42066\n 11 380 17 0.82043 0.42298 0.81993 0.42302 0.81945 0.42271 0.81899 0.42204 0.81880 0.42160 0.81863 0.42080 0.81874 0.42024 0.81911 0.41991 0.81941 0.41978 0.81991 0.41974 0.82039 0.42005 0.82085 0.42072 0.82104 0.42116 0.82121 0.42195 0.82110 0.42252 0.82073 0.42285 0.82043 0.42298\n 11 380 17 0.82336 0.42172 0.82286 0.42176 0.82238 0.42145 0.82192 0.42078 0.82173 0.42034 0.82156 0.41955 0.82166 0.41898 0.82204 0.41865 0.82233 0.41852 0.82283 0.41848 0.82332 0.41880 0.82378 0.41946 0.82396 0.41990 0.82413 0.42070 0.82403 0.42126 0.82365 0.42160 0.82336 0.42172\n 11 622 28 0.81476 0.42359 0.81055 0.42540 0.80856 0.42626 0.80571 0.42748 0.80087 0.42958 0.80066 0.42967 0.79603 0.43163 0.79259 0.43308 0.79118 0.43368 0.78634 0.43568 0.78432 0.43649 0.78150 0.43762 0.77666 0.43951 0.77559 0.43990 0.77182 0.44128 0.76698 0.44296 0.76585 0.44332 0.76213 0.44447 0.75729 0.44584 0.75372 0.44673 0.75245 0.44703 0.74761 0.44798 0.74277 0.44873 0.73793 0.44923 0.73308 0.44946 0.72824 0.44935 0.72340 0.44886 0.71856 0.44789\n 11 358 16 0.71856 0.39618 0.71954 0.39555 0.72340 0.39309 0.72487 0.39214 0.72824 0.38998 0.73018 0.38873 0.73308 0.38684 0.73543 0.38531 0.73793 0.38367 0.74059 0.38190 0.74277 0.38043 0.74562 0.37849 0.74761 0.37710 0.75052 0.37508 0.75245 0.37368 0.75524 0.37167\n 11 72 3 0.75857 0.37122 0.75595 0.37042 0.75784 0.36897\n 11 50 2 0.75857 0.37122 0.75653 0.36857\n 11 380 17 0.76059 0.36967 0.76011 0.36984 0.75957 0.36965 0.75896 0.36912 0.75867 0.36874 0.75831 0.36801 0.75827 0.36744 0.75855 0.36702 0.75881 0.36683 0.75928 0.36666 0.75982 0.36685 0.76043 0.36738 0.76073 0.36776 0.76108 0.36849 0.76112 0.36906 0.76084 0.36948 0.76059 0.36967\n 11 380 17 0.76311 0.36774 0.76264 0.36790 0.76209 0.36771 0.76148 0.36718 0.76119 0.36680 0.76083 0.36607 0.76080 0.36550 0.76108 0.36508 0.76133 0.36489 0.76181 0.36473 0.76235 0.36491 0.76296 0.36545 0.76325 0.36582 0.76361 0.36655 0.76365 0.36712 0.76337 0.36754 0.76311 0.36774\n 11 226 10 0.76415 0.36484 0.76698 0.36249 0.76828 0.36143 0.77182 0.35835 0.77221 0.35802 0.77597 0.35461 0.77666 0.35394 0.77956 0.35119 0.78150 0.34921 0.78296 0.34778\n 11 952 43 0.93751 0.34778 0.93958 0.35119 0.94103 0.35461 0.94128 0.35568 0.94179 0.35802 0.94191 0.36143 0.94140 0.36484 0.94128 0.36523 0.94022 0.36825 0.93839 0.37167 0.93643 0.37444 0.93596 0.37508 0.93287 0.37849 0.93159 0.37969 0.92918 0.38190 0.92675 0.38385 0.92489 0.38531 0.92191 0.38743 0.92004 0.38873 0.91707 0.39062 0.91466 0.39214 0.91223 0.39356 0.90880 0.39555 0.90738 0.39632 0.90254 0.39893 0.90248 0.39896 0.89770 0.40142 0.89582 0.40237 0.89286 0.40383 0.88887 0.40578 0.88802 0.40619 0.88318 0.40849 0.88167 0.40920 0.87833 0.41075 0.87436 0.41261 0.87349 0.41301 0.86865 0.41524 0.86696 0.41602 0.86381 0.41747 0.85959 0.41943 0.85897 0.41972 0.85413 0.42197 0.85226 0.42284\n 11 72 3 0.84547 0.42793 0.84307 0.42660 0.84523 0.42557\n 11 50 2 0.84547 0.42793 0.84403 0.42491\n 11 380 17 0.84777 0.42683 0.84727 0.42690 0.84677 0.42660 0.84629 0.42595 0.84608 0.42552 0.84588 0.42473 0.84597 0.42417 0.84633 0.42382 0.84662 0.42368 0.84712 0.42362 0.84761 0.42391 0.84809 0.42456 0.84830 0.42499 0.84850 0.42578 0.84842 0.42635 0.84805 0.42670 0.84777 0.42683\n 11 380 17 0.85064 0.42547 0.85014 0.42553 0.84965 0.42523 0.84916 0.42458 0.84896 0.42415 0.84876 0.42336 0.84884 0.42280 0.84920 0.42245 0.84949 0.42231 0.84999 0.42225 0.85048 0.42254 0.85097 0.42319 0.85117 0.42362 0.85137 0.42441 0.85129 0.42498 0.85093 0.42533 0.85064 0.42547\n 11 864 39 0.84213 0.42767 0.83960 0.42888 0.83797 0.42967 0.83476 0.43125 0.83105 0.43308 0.82992 0.43365 0.82508 0.43608 0.82426 0.43649 0.82023 0.43854 0.81756 0.43990 0.81539 0.44103 0.81095 0.44332 0.81055 0.44353 0.80571 0.44602 0.80430 0.44673 0.80087 0.44848 0.79753 0.45014 0.79603 0.45090 0.79118 0.45324 0.79051 0.45355 0.78634 0.45547 0.78294 0.45696 0.78150 0.45759 0.77666 0.45955 0.77448 0.46038 0.77182 0.46135 0.76698 0.46298 0.76435 0.46379 0.76213 0.46443 0.75729 0.46569 0.75245 0.46679 0.75031 0.46720 0.74761 0.46768 0.74277 0.46839 0.73793 0.46893 0.73308 0.46929 0.72824 0.46948 0.72340 0.46948 0.71856 0.46930\n 11 446 20 0.71856 0.38344 0.72089 0.38190 0.72340 0.38021 0.72595 0.37849 0.72824 0.37689 0.73085 0.37508 0.73308 0.37345 0.73555 0.37167 0.73793 0.36986 0.74005 0.36825 0.74277 0.36607 0.74432 0.36484 0.74761 0.36205 0.74835 0.36143 0.75214 0.35802 0.75245 0.35771 0.75572 0.35461 0.75729 0.35297 0.75904 0.35119 0.76209 0.34778\n 11 930 42 0.95580 0.37611 0.95380 0.37849 0.95096 0.38138 0.95044 0.38190 0.94652 0.38531 0.94612 0.38563 0.94208 0.38873 0.94128 0.38929 0.93717 0.39214 0.93643 0.39261 0.93181 0.39555 0.93159 0.39568 0.92675 0.39854 0.92602 0.39896 0.92191 0.40125 0.91988 0.40237 0.91707 0.40387 0.91345 0.40578 0.91223 0.40642 0.90738 0.40889 0.90678 0.40920 0.90254 0.41131 0.89992 0.41261 0.89770 0.41371 0.89300 0.41602 0.89286 0.41609 0.88802 0.41845 0.88601 0.41943 0.88318 0.42083 0.87908 0.42284 0.87833 0.42322 0.87349 0.42563 0.87222 0.42626 0.86865 0.42807 0.86550 0.42967 0.86381 0.43055 0.85897 0.43305 0.85891 0.43308 0.85413 0.43567 0.85258 0.43649 0.84928 0.43831 0.84639 0.43990\n 11 512 23 0.84018 0.44484 0.84020 0.44519 0.83987 0.44557 0.83959 0.44573 0.83910 0.44583 0.83858 0.44557 0.83805 0.44496 0.83765 0.44427 0.83747 0.44364 0.83759 0.44320 0.83793 0.44283 0.83807 0.44275 0.83856 0.44265 0.83899 0.44277 0.83937 0.44310 0.83945 0.44324 0.83955 0.44373 0.83943 0.44417 0.83909 0.44454 0.83896 0.44462 0.83846 0.44472 0.83803 0.44460 0.83765 0.44427\n 11 380 17 0.84221 0.44422 0.84172 0.44432 0.84121 0.44407 0.84067 0.44345 0.84043 0.44304 0.84018 0.44227 0.84022 0.44170 0.84055 0.44132 0.84083 0.44116 0.84132 0.44107 0.84183 0.44132 0.84237 0.44193 0.84261 0.44235 0.84286 0.44312 0.84282 0.44369 0.84249 0.44406 0.84221 0.44422\n 11 380 17 0.84498 0.44264 0.84448 0.44274 0.84397 0.44248 0.84343 0.44187 0.84320 0.44146 0.84294 0.44069 0.84298 0.44012 0.84331 0.43974 0.84359 0.43958 0.84408 0.43948 0.84460 0.43974 0.84513 0.44035 0.84537 0.44076 0.84563 0.44153 0.84559 0.44211 0.84525 0.44248 0.84498 0.44264\n 11 820 37 0.83665 0.44548 0.83476 0.44658 0.83450 0.44673 0.82992 0.44944 0.82871 0.45014 0.82508 0.45231 0.82295 0.45355 0.82023 0.45517 0.81714 0.45696 0.81539 0.45799 0.81117 0.46038 0.81055 0.46073 0.80571 0.46335 0.80486 0.46379 0.80087 0.46582 0.79801 0.46720 0.79603 0.46813 0.79118 0.47026 0.79033 0.47061 0.78634 0.47218 0.78150 0.47394 0.78126 0.47402 0.77666 0.47548 0.77182 0.47688 0.76967 0.47743 0.76698 0.47809 0.76213 0.47913 0.75729 0.48003 0.75245 0.48080 0.75208 0.48085 0.74761 0.48139 0.74277 0.48185 0.73793 0.48217 0.73308 0.48237 0.72824 0.48244 0.72340 0.48238 0.71856 0.48218\n 11 314 14 0.71856 0.37203 0.71907 0.37167 0.72340 0.36837 0.72355 0.36825 0.72780 0.36484 0.72824 0.36446 0.73180 0.36143 0.73308 0.36025 0.73555 0.35802 0.73793 0.35566 0.73901 0.35461 0.74222 0.35119 0.74277 0.35055 0.74520 0.34778\n 11 952 43 0.95580 0.39208 0.95572 0.39214 0.95096 0.39541 0.95075 0.39555 0.94612 0.39850 0.94539 0.39896 0.94128 0.40144 0.93970 0.40237 0.93643 0.40425 0.93372 0.40578 0.93159 0.40697 0.92752 0.40920 0.92675 0.40962 0.92191 0.41220 0.92114 0.41261 0.91707 0.41475 0.91463 0.41602 0.91223 0.41728 0.90808 0.41943 0.90738 0.41980 0.90254 0.42232 0.90153 0.42284 0.89770 0.42486 0.89504 0.42626 0.89286 0.42743 0.88868 0.42967 0.88802 0.43004 0.88318 0.43269 0.88247 0.43308 0.87833 0.43542 0.87643 0.43649 0.87349 0.43822 0.87060 0.43990 0.86865 0.44109 0.86498 0.44332 0.86381 0.44406 0.85955 0.44673 0.85897 0.44711 0.85429 0.45014 0.85413 0.45025 0.84928 0.45347 0.84916 0.45355 0.84444 0.45674\n 11 644 29 0.83782 0.46322 0.83733 0.46335 0.83702 0.46317 0.83684 0.46291 0.83680 0.46256 0.83697 0.46225 0.83741 0.46176 0.83772 0.46136 0.83781 0.46092 0.83776 0.46057 0.83749 0.46017 0.83718 0.46000 0.83696 0.45995 0.83648 0.46009 0.83595 0.46044 0.83564 0.46084 0.83560 0.46106 0.83564 0.46141 0.83591 0.46181 0.83622 0.46199 0.83666 0.46207 0.83715 0.46194 0.83776 0.46171 0.83812 0.46167 0.83843 0.46184 0.83861 0.46211 0.83865 0.46246 0.83834 0.46286 0.83782 0.46322\n 11 380 17 0.84059 0.46135 0.84010 0.46148 0.83957 0.46127 0.83900 0.46069 0.83873 0.46030 0.83842 0.45955 0.83842 0.45898 0.83872 0.45858 0.83899 0.45840 0.83947 0.45826 0.84000 0.45848 0.84058 0.45905 0.84085 0.45945 0.84116 0.46020 0.84116 0.46077 0.84085 0.46117 0.84059 0.46135\n 11 380 17 0.84323 0.45957 0.84274 0.45971 0.84221 0.45949 0.84164 0.45892 0.84137 0.45852 0.84106 0.45777 0.84106 0.45720 0.84136 0.45680 0.84163 0.45662 0.84211 0.45649 0.84264 0.45671 0.84322 0.45728 0.84349 0.45767 0.84380 0.45842 0.84380 0.45900 0.84349 0.45939 0.84323 0.45957\n 11 776 35 0.83513 0.46301 0.83476 0.46326 0.83394 0.46379 0.82992 0.46639 0.82862 0.46720 0.82508 0.46937 0.82297 0.47061 0.82023 0.47216 0.81679 0.47402 0.81539 0.47474 0.81055 0.47710 0.80983 0.47743 0.80571 0.47923 0.80172 0.48085 0.80087 0.48117 0.79603 0.48289 0.79184 0.48426 0.79118 0.48446 0.78634 0.48582 0.78150 0.48706 0.77889 0.48767 0.77666 0.48815 0.77182 0.48909 0.76698 0.48992 0.76213 0.49064 0.75860 0.49108 0.75729 0.49123 0.75245 0.49170 0.74761 0.49207 0.74277 0.49233 0.73793 0.49249 0.73308 0.49255 0.72824 0.49250 0.72340 0.49235 0.71856 0.49210\n 11 160 7 0.71856 0.36028 0.72103 0.35802 0.72340 0.35565 0.72446 0.35461 0.72761 0.35119 0.72824 0.35044 0.73051 0.34778\n 11 930 42 0.95580 0.40297 0.95119 0.40578 0.95096 0.40592 0.94612 0.40877 0.94539 0.40920 0.94128 0.41156 0.93942 0.41261 0.93643 0.41429 0.93334 0.41602 0.93159 0.41700 0.92721 0.41943 0.92675 0.41969 0.92191 0.42238 0.92106 0.42284 0.91707 0.42509 0.91497 0.42626 0.91223 0.42783 0.90898 0.42967 0.90738 0.43061 0.90314 0.43308 0.90254 0.43344 0.89770 0.43636 0.89748 0.43649 0.89286 0.43938 0.89201 0.43990 0.88802 0.44251 0.88676 0.44332 0.88318 0.44576 0.88173 0.44673 0.87833 0.44915 0.87692 0.45014 0.87349 0.45268 0.87229 0.45355 0.86865 0.45634 0.86782 0.45696 0.86381 0.46010 0.86345 0.46038 0.85912 0.46379 0.85897 0.46391 0.85473 0.46720 0.85413 0.46767 0.85021 0.47061\n 11 94 4 0.84028 0.47847 0.84064 0.47842 0.84130 0.47856 0.83945 0.47578\n 11 380 17 0.84368 0.47697 0.84320 0.47710 0.84267 0.47688 0.84209 0.47631 0.84183 0.47591 0.84152 0.47516 0.84152 0.47458 0.84183 0.47419 0.84209 0.47401 0.84258 0.47388 0.84311 0.47410 0.84368 0.47467 0.84395 0.47507 0.84426 0.47582 0.84426 0.47639 0.84395 0.47679 0.84368 0.47697\n 11 380 17 0.84633 0.47520 0.84585 0.47533 0.84532 0.47511 0.84474 0.47454 0.84448 0.47414 0.84417 0.47339 0.84417 0.47282 0.84448 0.47242 0.84474 0.47224 0.84523 0.47211 0.84576 0.47233 0.84633 0.47291 0.84660 0.47330 0.84691 0.47405 0.84691 0.47463 0.84660 0.47503 0.84633 0.47520\n 11 380 17 0.84898 0.47344 0.84850 0.47357 0.84797 0.47335 0.84739 0.47277 0.84713 0.47238 0.84682 0.47163 0.84682 0.47105 0.84713 0.47065 0.84739 0.47048 0.84788 0.47035 0.84841 0.47057 0.84898 0.47114 0.84925 0.47154 0.84956 0.47229 0.84956 0.47286 0.84925 0.47326 0.84898 0.47344\n 11 710 32 0.83822 0.47860 0.83476 0.48062 0.83435 0.48085 0.82992 0.48314 0.82761 0.48426 0.82508 0.48540 0.82023 0.48744 0.81967 0.48767 0.81539 0.48924 0.81055 0.49090 0.80997 0.49108 0.80571 0.49234 0.80087 0.49367 0.79759 0.49449 0.79603 0.49486 0.79118 0.49591 0.78634 0.49686 0.78150 0.49772 0.78034 0.49791 0.77666 0.49845 0.77182 0.49909 0.76698 0.49965 0.76213 0.50012 0.75729 0.50050 0.75245 0.50080 0.74761 0.50101 0.74277 0.50114 0.73793 0.50118 0.73308 0.50113 0.72824 0.50099 0.72340 0.50077 0.71856 0.50045\n 11 974 44 0.95580 0.41248 0.95558 0.41261 0.95096 0.41538 0.94988 0.41602 0.94612 0.41826 0.94412 0.41943 0.94128 0.42114 0.93838 0.42284 0.93643 0.42402 0.93269 0.42626 0.93159 0.42693 0.92709 0.42967 0.92675 0.42989 0.92191 0.43291 0.92164 0.43308 0.91707 0.43604 0.91635 0.43649 0.91223 0.43928 0.91128 0.43990 0.90738 0.44266 0.90644 0.44332 0.90254 0.44621 0.90184 0.44673 0.89770 0.44997 0.89748 0.45014 0.89334 0.45355 0.89286 0.45398 0.88940 0.45696 0.88802 0.45825 0.88564 0.46038 0.88318 0.46271 0.88200 0.46379 0.87843 0.46720 0.87833 0.46729 0.87482 0.47061 0.87349 0.47186 0.87110 0.47402 0.86865 0.47617 0.86714 0.47743 0.86381 0.48008 0.86280 0.48085 0.85897 0.48354 0.85789 0.48426 0.85413 0.48656\n 11 94 4 0.84324 0.49302 0.84360 0.49302 0.84424 0.49324 0.84277 0.49023\n 11 314 14 0.84575 0.49162 0.84582 0.49176 0.84610 0.49198 0.84631 0.49205 0.84667 0.49205 0.84724 0.49177 0.84746 0.49149 0.84753 0.49128 0.84753 0.49092 0.84739 0.49064 0.84711 0.49042 0.84662 0.49013 0.84449 0.48940 0.84649 0.48842\n 11 380 17 0.84967 0.49059 0.84917 0.49065 0.84868 0.49036 0.84819 0.48972 0.84798 0.48929 0.84777 0.48850 0.84785 0.48794 0.84821 0.48758 0.84849 0.48744 0.84899 0.48738 0.84949 0.48767 0.84998 0.48831 0.85019 0.48874 0.85040 0.48953 0.85032 0.49009 0.84996 0.49045 0.84967 0.49059\n 11 380 17 0.85253 0.48919 0.85204 0.48926 0.85154 0.48897 0.85105 0.48832 0.85084 0.48789 0.85063 0.48711 0.85071 0.48654 0.85107 0.48619 0.85135 0.48605 0.85185 0.48598 0.85235 0.48627 0.85284 0.48692 0.85305 0.48735 0.85326 0.48813 0.85318 0.48870 0.85282 0.48905 0.85253 0.48919\n 11 732 33 0.84118 0.49287 0.83960 0.49353 0.83714 0.49449 0.83476 0.49534 0.82992 0.49696 0.82690 0.49791 0.82508 0.49843 0.82023 0.49974 0.81539 0.50095 0.81384 0.50132 0.81055 0.50203 0.80571 0.50302 0.80087 0.50392 0.79619 0.50473 0.79603 0.50476 0.79118 0.50548 0.78634 0.50613 0.78150 0.50672 0.77666 0.50724 0.77182 0.50770 0.76698 0.50808 0.76602 0.50814 0.76213 0.50838 0.75729 0.50861 0.75245 0.50878 0.74761 0.50887 0.74277 0.50889 0.73793 0.50884 0.73308 0.50872 0.72824 0.50852 0.72340 0.50824 0.72204 0.50814 0.71856 0.50788\n 11 50 2 0.72141 0.51497 0.71856 0.51473\n 11 512 23 0.77842 0.51497 0.78150 0.51473 0.78634 0.51430 0.79118 0.51383 0.79603 0.51330 0.80087 0.51272 0.80571 0.51209 0.80955 0.51155 0.81055 0.51140 0.81539 0.51064 0.82023 0.50982 0.82508 0.50895 0.82928 0.50814 0.82992 0.50801 0.83476 0.50696 0.83960 0.50583 0.84404 0.50473 0.84444 0.50462 0.84928 0.50324 0.85413 0.50175 0.85546 0.50132 0.85897 0.50005 0.86381 0.49815\n 11 94 4 0.86588 0.49823 0.86623 0.49823 0.86688 0.49843 0.86532 0.49547\n 11 72 3 0.86998 0.49680 0.86753 0.49557 0.86964 0.49445\n 11 50 2 0.86998 0.49680 0.86842 0.49384\n 11 380 17 0.87223 0.49561 0.87173 0.49569 0.87123 0.49542 0.87072 0.49479 0.87049 0.49436 0.87026 0.49359 0.87032 0.49302 0.87067 0.49265 0.87095 0.49250 0.87145 0.49242 0.87195 0.49270 0.87247 0.49333 0.87269 0.49375 0.87292 0.49453 0.87286 0.49510 0.87251 0.49546 0.87223 0.49561\n 11 380 17 0.87505 0.49413 0.87455 0.49421 0.87405 0.49393 0.87353 0.49330 0.87331 0.49288 0.87308 0.49210 0.87314 0.49153 0.87349 0.49117 0.87377 0.49102 0.87427 0.49094 0.87477 0.49121 0.87528 0.49184 0.87551 0.49227 0.87574 0.49304 0.87568 0.49362 0.87533 0.49398 0.87505 0.49413\n 11 864 39 0.87656 0.49144 0.87714 0.49108 0.87833 0.49025 0.88176 0.48767 0.88318 0.48648 0.88564 0.48426 0.88802 0.48188 0.88899 0.48085 0.89199 0.47743 0.89286 0.47642 0.89480 0.47402 0.89753 0.47061 0.89770 0.47041 0.90026 0.46720 0.90254 0.46447 0.90309 0.46379 0.90606 0.46038 0.90738 0.45898 0.90922 0.45696 0.91223 0.45396 0.91262 0.45355 0.91626 0.45014 0.91707 0.44945 0.92017 0.44673 0.92191 0.44532 0.92434 0.44332 0.92675 0.44148 0.92877 0.43990 0.93159 0.43786 0.93344 0.43649 0.93643 0.43442 0.93833 0.43308 0.94128 0.43112 0.94340 0.42967 0.94612 0.42791 0.94862 0.42626 0.95096 0.42478 0.95395 0.42284 0.95580 0.42169\n 11 600 27 0.84502 0.51497 0.84928 0.51421 0.85413 0.51330 0.85897 0.51234 0.86272 0.51155 0.86381 0.51130 0.86865 0.51013 0.87349 0.50886 0.87608 0.50814 0.87833 0.50743 0.88318 0.50579 0.88604 0.50473 0.88802 0.50389 0.89286 0.50163 0.89347 0.50132 0.89770 0.49878 0.89902 0.49791 0.90254 0.49510 0.90323 0.49449 0.90649 0.49108 0.90738 0.48997 0.90909 0.48767 0.91125 0.48426 0.91223 0.48257 0.91315 0.48085 0.91491 0.47743 0.91666 0.47402\n 11 94 4 0.91846 0.47301 0.91876 0.47281 0.91942 0.47265 0.91654 0.47095\n 11 512 23 0.92103 0.46898 0.92122 0.46927 0.92111 0.46977 0.92095 0.47004 0.92057 0.47037 0.92000 0.47040 0.91923 0.47013 0.91855 0.46973 0.91808 0.46927 0.91797 0.46883 0.91807 0.46834 0.91816 0.46820 0.91853 0.46787 0.91897 0.46776 0.91946 0.46787 0.91960 0.46795 0.91993 0.46833 0.92004 0.46876 0.91994 0.46926 0.91986 0.46939 0.91948 0.46972 0.91904 0.46984 0.91855 0.46973\n 11 380 17 0.92249 0.46744 0.92211 0.46777 0.92154 0.46780 0.92077 0.46753 0.92036 0.46729 0.91976 0.46675 0.91951 0.46623 0.91961 0.46574 0.91977 0.46546 0.92015 0.46513 0.92073 0.46510 0.92149 0.46537 0.92190 0.46561 0.92251 0.46615 0.92276 0.46667 0.92265 0.46716 0.92249 0.46744\n 11 380 17 0.92411 0.46470 0.92373 0.46503 0.92316 0.46506 0.92239 0.46479 0.92198 0.46455 0.92137 0.46400 0.92112 0.46349 0.92123 0.46300 0.92139 0.46272 0.92177 0.46239 0.92234 0.46236 0.92311 0.46263 0.92352 0.46287 0.92413 0.46341 0.92438 0.46393 0.92427 0.46442 0.92411 0.46470\n 11 380 17 0.92398 0.46162 0.92483 0.46038 0.92675 0.45789 0.92744 0.45696 0.93031 0.45355 0.93159 0.45220 0.93347 0.45014 0.93643 0.44725 0.93695 0.44673 0.94070 0.44332 0.94128 0.44284 0.94473 0.43990 0.94612 0.43882 0.94901 0.43649 0.95096 0.43504 0.95353 0.43308 0.95580 0.43146\n 11 380 17 0.95580 0.44322 0.95570 0.44332 0.95232 0.44673 0.95096 0.44828 0.94927 0.45014 0.94655 0.45355 0.94612 0.45418 0.94413 0.45696 0.94206 0.46038 0.94128 0.46193 0.94030 0.46379 0.93881 0.46720 0.93761 0.47061 0.93663 0.47402 0.93643 0.47488 0.93582 0.47743 0.93512 0.48085\n 11 94 4 0.93312 0.49334 0.93335 0.49307 0.93393 0.49272 0.93068 0.49193\n 11 644 29 0.93458 0.49009 0.93431 0.49052 0.93396 0.49060 0.93365 0.49052 0.93338 0.49029 0.93330 0.48995 0.93330 0.48929 0.93326 0.48879 0.93302 0.48840 0.93275 0.48817 0.93229 0.48806 0.93194 0.48814 0.93175 0.48825 0.93148 0.48868 0.93133 0.48930 0.93137 0.48980 0.93149 0.48999 0.93176 0.49022 0.93222 0.49034 0.93257 0.49026 0.93295 0.49002 0.93322 0.48960 0.93353 0.48902 0.93376 0.48875 0.93411 0.48867 0.93441 0.48874 0.93469 0.48897 0.93473 0.48948 0.93458 0.49009\n 11 380 17 0.93537 0.48685 0.93510 0.48727 0.93456 0.48747 0.93375 0.48743 0.93329 0.48732 0.93255 0.48698 0.93217 0.48655 0.93213 0.48605 0.93220 0.48574 0.93247 0.48532 0.93301 0.48512 0.93382 0.48516 0.93428 0.48527 0.93502 0.48561 0.93541 0.48604 0.93545 0.48654 0.93537 0.48685\n 11 380 17 0.93613 0.48376 0.93586 0.48418 0.93532 0.48438 0.93451 0.48434 0.93405 0.48423 0.93331 0.48388 0.93292 0.48346 0.93288 0.48296 0.93296 0.48265 0.93323 0.48223 0.93377 0.48203 0.93458 0.48207 0.93504 0.48218 0.93578 0.48252 0.93617 0.48295 0.93621 0.48345 0.93613 0.48376\n 11 314 14 0.93169 0.49484 0.93159 0.49506 0.93022 0.49791 0.92788 0.50132 0.92675 0.50253 0.92446 0.50473 0.92191 0.50657 0.91945 0.50814 0.91707 0.50935 0.91223 0.51150 0.91210 0.51155 0.90738 0.51315 0.90254 0.51459 0.90119 0.51497\n 11 116 5 0.94936 0.51497 0.95096 0.51362 0.95308 0.51155 0.95529 0.50814 0.95580 0.50673\n 11 204 9 0.95580 0.48865 0.95566 0.48767 0.95520 0.48426 0.95485 0.48085 0.95468 0.47743 0.95472 0.47402 0.95504 0.47061 0.95565 0.46720 0.95580 0.46668\n 21 6 1\n 25 6 1\n 82 0\n 81 6 32\n 82 0\n 81 6 33\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 666 30 0.79403 0.34778 0.79519 0.35119 0.79603 0.35397 0.79611 0.35461 0.79651 0.35802 0.79686 0.36143 0.79716 0.36484 0.79742 0.36825 0.79764 0.37167 0.79781 0.37508 0.79793 0.37849 0.79801 0.38190 0.79805 0.38531 0.79804 0.38873 0.79799 0.39214 0.79790 0.39555 0.79777 0.39896 0.79759 0.40237 0.79737 0.40578 0.79711 0.40920 0.79681 0.41261 0.79647 0.41602 0.79609 0.41943 0.79603 0.41999 0.79527 0.42284 0.79429 0.42626 0.79324 0.42967 0.79211 0.43308 0.79118 0.43570 0.78634 0.43356\n 11 314 14 0.78338 0.42423 0.78323 0.42426 0.78295 0.42448 0.78283 0.42467 0.78274 0.42502 0.78288 0.42564 0.78310 0.42592 0.78329 0.42604 0.78364 0.42613 0.78395 0.42606 0.78423 0.42583 0.78462 0.42542 0.78583 0.42352 0.78632 0.42570\n 11 380 17 0.78346 0.42828 0.78352 0.42778 0.78391 0.42737 0.78466 0.42704 0.78512 0.42694 0.78593 0.42692 0.78647 0.42713 0.78673 0.42756 0.78680 0.42787 0.78674 0.42837 0.78635 0.42879 0.78560 0.42911 0.78514 0.42922 0.78433 0.42923 0.78379 0.42903 0.78353 0.42859 0.78346 0.42828\n 11 380 17 0.78415 0.43139 0.78420 0.43089 0.78460 0.43048 0.78534 0.43015 0.78581 0.43005 0.78662 0.43003 0.78716 0.43024 0.78742 0.43067 0.78748 0.43098 0.78743 0.43148 0.78703 0.43189 0.78629 0.43222 0.78583 0.43233 0.78501 0.43234 0.78448 0.43213 0.78422 0.43170 0.78415 0.43139\n 11 556 25 0.78392 0.42260 0.78336 0.41943 0.78283 0.41602 0.78236 0.41261 0.78197 0.40920 0.78165 0.40578 0.78150 0.40378 0.78144 0.40237 0.78134 0.39896 0.78127 0.39555 0.78124 0.39214 0.78124 0.38873 0.78128 0.38531 0.78135 0.38190 0.78146 0.37849 0.78150 0.37746 0.78168 0.37508 0.78199 0.37167 0.78236 0.36825 0.78279 0.36484 0.78327 0.36143 0.78381 0.35802 0.78441 0.35461 0.78506 0.35119 0.78576 0.34778\n 11 622 28 0.94616 0.34778 0.94677 0.35119 0.94735 0.35461 0.94787 0.35802 0.94835 0.36143 0.94878 0.36484 0.94916 0.36825 0.94948 0.37167 0.94976 0.37508 0.94998 0.37849 0.95015 0.38190 0.95026 0.38531 0.95032 0.38873 0.95032 0.39214 0.95027 0.39555 0.95016 0.39896 0.95000 0.40237 0.94977 0.40578 0.94949 0.40920 0.94914 0.41261 0.94874 0.41602 0.94827 0.41943 0.94774 0.42284 0.94715 0.42626 0.94649 0.42967 0.94612 0.43145 0.94466 0.43308 0.94128 0.43628\n 11 314 14 0.93673 0.42762 0.93658 0.42768 0.93635 0.42795 0.93626 0.42816 0.93623 0.42851 0.93648 0.42910 0.93675 0.42933 0.93696 0.42942 0.93731 0.42944 0.93761 0.42932 0.93784 0.42905 0.93816 0.42857 0.93902 0.42649 0.93987 0.42855\n 11 380 17 0.93752 0.43160 0.93748 0.43110 0.93780 0.43062 0.93847 0.43017 0.93892 0.42998 0.93971 0.42982 0.94027 0.42993 0.94060 0.43031 0.94073 0.43061 0.94076 0.43111 0.94044 0.43159 0.93977 0.43204 0.93933 0.43222 0.93853 0.43238 0.93797 0.43227 0.93764 0.43189 0.93752 0.43160\n 11 380 17 0.93874 0.43454 0.93870 0.43403 0.93902 0.43356 0.93970 0.43310 0.94014 0.43292 0.94093 0.43276 0.94150 0.43287 0.94183 0.43325 0.94195 0.43355 0.94199 0.43405 0.94167 0.43453 0.94099 0.43498 0.94055 0.43516 0.93976 0.43532 0.93919 0.43521 0.93886 0.43483 0.93874 0.43454\n 11 578 26 0.93697 0.42592 0.93643 0.42442 0.93620 0.42284 0.93574 0.41943 0.93533 0.41602 0.93495 0.41261 0.93463 0.40920 0.93434 0.40578 0.93410 0.40237 0.93391 0.39896 0.93376 0.39555 0.93366 0.39214 0.93361 0.38873 0.93360 0.38531 0.93364 0.38190 0.93373 0.37849 0.93387 0.37508 0.93405 0.37167 0.93429 0.36825 0.93458 0.36484 0.93491 0.36143 0.93530 0.35802 0.93574 0.35461 0.93623 0.35119 0.93643 0.34990 0.93737 0.34778\n 11 908 41 0.79964 0.34778 0.80012 0.35119 0.80055 0.35461 0.80087 0.35744 0.80091 0.35802 0.80113 0.36143 0.80132 0.36484 0.80149 0.36825 0.80162 0.37167 0.80172 0.37508 0.80180 0.37849 0.80185 0.38190 0.80186 0.38531 0.80185 0.38873 0.80181 0.39214 0.80174 0.39555 0.80165 0.39896 0.80152 0.40237 0.80137 0.40578 0.80119 0.40920 0.80098 0.41261 0.80087 0.41430 0.80069 0.41602 0.80030 0.41943 0.79987 0.42284 0.79940 0.42626 0.79889 0.42967 0.79834 0.43308 0.79775 0.43649 0.79712 0.43990 0.79646 0.44332 0.79603 0.44543 0.79547 0.44673 0.79393 0.45014 0.79233 0.45355 0.79118 0.45589 0.78634 0.45478 0.78586 0.45355 0.78459 0.45014 0.78341 0.44673 0.78230 0.44332\n 11 72 3 0.77917 0.43543 0.78107 0.43347 0.78150 0.43582\n 11 50 2 0.77917 0.43543 0.78246 0.43483\n 11 380 17 0.77962 0.43794 0.77969 0.43744 0.78011 0.43704 0.78086 0.43674 0.78133 0.43666 0.78214 0.43667 0.78267 0.43690 0.78291 0.43734 0.78297 0.43765 0.78290 0.43815 0.78249 0.43855 0.78173 0.43885 0.78126 0.43893 0.78045 0.43892 0.77992 0.43869 0.77968 0.43825 0.77962 0.43794\n 11 380 17 0.78019 0.44107 0.78026 0.44057 0.78068 0.44017 0.78143 0.43987 0.78190 0.43979 0.78271 0.43980 0.78324 0.44003 0.78348 0.44047 0.78354 0.44078 0.78347 0.44128 0.78306 0.44168 0.78230 0.44198 0.78183 0.44207 0.78102 0.44205 0.78049 0.44182 0.78025 0.44138 0.78019 0.44107\n 11 578 26 0.78029 0.43228 0.77996 0.42967 0.77956 0.42626 0.77921 0.42284 0.77889 0.41943 0.77861 0.41602 0.77837 0.41261 0.77816 0.40920 0.77799 0.40578 0.77786 0.40237 0.77777 0.39896 0.77771 0.39555 0.77769 0.39214 0.77770 0.38873 0.77775 0.38531 0.77783 0.38190 0.77795 0.37849 0.77810 0.37508 0.77829 0.37167 0.77851 0.36825 0.77876 0.36484 0.77905 0.36143 0.77937 0.35802 0.77972 0.35461 0.78010 0.35119 0.78052 0.34778\n 11 886 40 0.95125 0.34778 0.95164 0.35119 0.95200 0.35461 0.95233 0.35802 0.95263 0.36143 0.95289 0.36484 0.95313 0.36825 0.95334 0.37167 0.95351 0.37508 0.95365 0.37849 0.95376 0.38190 0.95384 0.38531 0.95388 0.38873 0.95390 0.39214 0.95388 0.39555 0.95382 0.39896 0.95373 0.40237 0.95361 0.40578 0.95345 0.40920 0.95326 0.41261 0.95304 0.41602 0.95277 0.41943 0.95248 0.42284 0.95215 0.42626 0.95178 0.42967 0.95137 0.43308 0.95096 0.43626 0.95091 0.43649 0.95009 0.43990 0.94919 0.44332 0.94823 0.44673 0.94720 0.45014 0.94612 0.45339 0.94588 0.45355 0.94128 0.45648 0.93952 0.45355 0.93755 0.45014 0.93643 0.44813 0.93610 0.44673 0.93534 0.44332\n 11 72 3 0.93208 0.43548 0.93395 0.43349 0.93442 0.43583\n 11 50 2 0.93208 0.43548 0.93535 0.43483\n 11 380 17 0.93257 0.43798 0.93264 0.43748 0.93304 0.43708 0.93379 0.43677 0.93426 0.43667 0.93507 0.43667 0.93560 0.43689 0.93585 0.43733 0.93591 0.43764 0.93585 0.43814 0.93544 0.43855 0.93469 0.43886 0.93423 0.43895 0.93341 0.43895 0.93288 0.43873 0.93263 0.43829 0.93257 0.43798\n 11 380 17 0.93319 0.44110 0.93326 0.44061 0.93366 0.44020 0.93441 0.43989 0.93488 0.43980 0.93569 0.43980 0.93622 0.44002 0.93647 0.44045 0.93653 0.44077 0.93647 0.44126 0.93606 0.44167 0.93532 0.44198 0.93485 0.44207 0.93404 0.44207 0.93350 0.44185 0.93326 0.44142 0.93319 0.44110\n 11 622 28 0.93315 0.43231 0.93268 0.42967 0.93212 0.42626 0.93163 0.42284 0.93159 0.42257 0.93130 0.41943 0.93102 0.41602 0.93077 0.41261 0.93055 0.40920 0.93036 0.40578 0.93020 0.40237 0.93007 0.39896 0.92997 0.39555 0.92990 0.39214 0.92986 0.38873 0.92984 0.38531 0.92986 0.38190 0.92991 0.37849 0.92999 0.37508 0.93010 0.37167 0.93024 0.36825 0.93042 0.36484 0.93062 0.36143 0.93085 0.35802 0.93112 0.35461 0.93142 0.35119 0.93159 0.34941 0.93185 0.34778\n 11 908 41 0.80298 0.34778 0.80329 0.35119 0.80357 0.35461 0.80381 0.35802 0.80403 0.36143 0.80422 0.36484 0.80437 0.36825 0.80450 0.37167 0.80460 0.37508 0.80467 0.37849 0.80471 0.38190 0.80472 0.38531 0.80471 0.38873 0.80466 0.39214 0.80459 0.39555 0.80449 0.39896 0.80436 0.40237 0.80420 0.40578 0.80402 0.40920 0.80380 0.41261 0.80356 0.41602 0.80330 0.41943 0.80300 0.42284 0.80268 0.42626 0.80233 0.42967 0.80196 0.43308 0.80156 0.43649 0.80113 0.43990 0.80087 0.44188 0.80058 0.44332 0.79987 0.44673 0.79912 0.45014 0.79834 0.45355 0.79751 0.45696 0.79666 0.46038 0.79603 0.46277 0.79548 0.46379 0.79357 0.46720 0.79160 0.47061 0.79118 0.47131 0.78634 0.47073\n 11 512 23 0.78199 0.46410 0.78163 0.46409 0.78129 0.46372 0.78116 0.46343 0.78110 0.46293 0.78141 0.46245 0.78206 0.46197 0.78279 0.46164 0.78343 0.46152 0.78385 0.46167 0.78420 0.46204 0.78426 0.46219 0.78432 0.46269 0.78416 0.46311 0.78379 0.46345 0.78365 0.46352 0.78315 0.46357 0.78273 0.46342 0.78238 0.46305 0.78232 0.46290 0.78226 0.46240 0.78242 0.46198 0.78279 0.46164\n 11 380 17 0.78242 0.46618 0.78236 0.46568 0.78267 0.46519 0.78332 0.46472 0.78376 0.46452 0.78455 0.46433 0.78511 0.46442 0.78546 0.46479 0.78559 0.46508 0.78564 0.46558 0.78534 0.46607 0.78469 0.46654 0.78425 0.46674 0.78346 0.46693 0.78290 0.46684 0.78255 0.46647 0.78242 0.46618\n 11 380 17 0.78375 0.46908 0.78369 0.46858 0.78399 0.46809 0.78465 0.46761 0.78508 0.46741 0.78587 0.46723 0.78644 0.46732 0.78678 0.46768 0.78692 0.46797 0.78697 0.46847 0.78667 0.46896 0.78601 0.46944 0.78558 0.46964 0.78479 0.46982 0.78422 0.46973 0.78388 0.46937 0.78375 0.46908\n 11 842 38 0.78167 0.46053 0.78160 0.46038 0.78150 0.46014 0.78080 0.45696 0.78010 0.45355 0.77943 0.45014 0.77881 0.44673 0.77823 0.44332 0.77768 0.43990 0.77718 0.43649 0.77672 0.43308 0.77666 0.43261 0.77640 0.42967 0.77613 0.42626 0.77588 0.42284 0.77567 0.41943 0.77547 0.41602 0.77531 0.41261 0.77517 0.40920 0.77506 0.40578 0.77497 0.40237 0.77491 0.39896 0.77487 0.39555 0.77486 0.39214 0.77488 0.38873 0.77492 0.38531 0.77498 0.38190 0.77507 0.37849 0.77519 0.37508 0.77533 0.37167 0.77549 0.36825 0.77568 0.36484 0.77589 0.36143 0.77613 0.35802 0.77638 0.35461 0.77666 0.35144 0.77669 0.35119 0.77710 0.34778\n 11 996 45 0.95580 0.42362 0.95555 0.42626 0.95519 0.42967 0.95480 0.43308 0.95437 0.43649 0.95390 0.43990 0.95339 0.44332 0.95285 0.44673 0.95227 0.45014 0.95165 0.45355 0.95099 0.45696 0.95096 0.45712 0.94980 0.46038 0.94851 0.46379 0.94715 0.46720 0.94612 0.46964 0.94403 0.47061 0.94128 0.47182 0.94040 0.47061 0.93799 0.46720 0.93643 0.46492 0.93610 0.46379 0.93512 0.46038 0.93418 0.45696 0.93328 0.45355 0.93242 0.45014 0.93163 0.44673 0.93159 0.44656 0.93109 0.44332 0.93062 0.43990 0.93016 0.43649 0.92974 0.43308 0.92935 0.42967 0.92898 0.42626 0.92864 0.42284 0.92833 0.41943 0.92805 0.41602 0.92779 0.41261 0.92757 0.40920 0.92737 0.40578 0.92721 0.40237 0.92707 0.39896 0.92696 0.39555 0.92688 0.39214 0.92684 0.38873\n 11 512 23 0.92805 0.38535 0.92837 0.38551 0.92852 0.38599 0.92852 0.38631 0.92836 0.38678 0.92788 0.38710 0.92708 0.38725 0.92629 0.38725 0.92565 0.38709 0.92534 0.38677 0.92518 0.38629 0.92518 0.38613 0.92534 0.38565 0.92566 0.38534 0.92614 0.38518 0.92630 0.38518 0.92678 0.38534 0.92709 0.38566 0.92725 0.38614 0.92725 0.38630 0.92709 0.38678 0.92677 0.38709 0.92629 0.38725\n 11 380 17 0.92854 0.38328 0.92838 0.38376 0.92790 0.38407 0.92710 0.38423 0.92662 0.38423 0.92583 0.38406 0.92535 0.38374 0.92519 0.38326 0.92520 0.38295 0.92536 0.38247 0.92584 0.38215 0.92663 0.38200 0.92711 0.38200 0.92791 0.38216 0.92838 0.38249 0.92854 0.38296 0.92854 0.38328\n 11 380 17 0.92855 0.38010 0.92839 0.38058 0.92791 0.38089 0.92712 0.38105 0.92664 0.38104 0.92584 0.38088 0.92537 0.38056 0.92521 0.38008 0.92521 0.37976 0.92538 0.37929 0.92585 0.37897 0.92665 0.37882 0.92713 0.37882 0.92792 0.37898 0.92840 0.37930 0.92856 0.37978 0.92855 0.38010\n 11 226 10 0.92690 0.37750 0.92695 0.37508 0.92705 0.37167 0.92719 0.36825 0.92736 0.36484 0.92755 0.36143 0.92778 0.35802 0.92804 0.35461 0.92834 0.35119 0.92866 0.34778\n 11 116 5 0.95580 0.36076 0.95555 0.35802 0.95522 0.35461 0.95485 0.35119 0.95445 0.34778\n 11 886 40 0.80585 0.34778 0.80609 0.35119 0.80629 0.35461 0.80648 0.35802 0.80664 0.36143 0.80678 0.36484 0.80690 0.36825 0.80700 0.37167 0.80707 0.37508 0.80712 0.37849 0.80715 0.38190 0.80715 0.38531 0.80714 0.38873 0.80710 0.39214 0.80704 0.39555 0.80696 0.39896 0.80686 0.40237 0.80673 0.40578 0.80658 0.40920 0.80642 0.41261 0.80623 0.41602 0.80602 0.41943 0.80579 0.42284 0.80571 0.42389 0.80548 0.42626 0.80513 0.42967 0.80475 0.43308 0.80434 0.43649 0.80391 0.43990 0.80345 0.44332 0.80297 0.44673 0.80246 0.45014 0.80192 0.45355 0.80136 0.45696 0.80087 0.45981 0.80072 0.46038 0.79982 0.46379 0.79888 0.46720 0.79790 0.47061 0.79689 0.47402\n 11 644 29 0.79398 0.48282 0.79362 0.48316 0.79326 0.48315 0.79298 0.48300 0.79278 0.48270 0.79279 0.48235 0.79296 0.48171 0.79305 0.48122 0.79292 0.48079 0.79272 0.48049 0.79230 0.48027 0.79194 0.48025 0.79173 0.48032 0.79136 0.48066 0.79105 0.48122 0.79096 0.48171 0.79103 0.48193 0.79123 0.48222 0.79165 0.48245 0.79200 0.48246 0.79244 0.48234 0.79280 0.48199 0.79325 0.48151 0.79354 0.48131 0.79390 0.48132 0.79418 0.48147 0.79438 0.48177 0.79429 0.48226 0.79398 0.48282\n 11 380 17 0.79559 0.47989 0.79522 0.48023 0.79465 0.48028 0.79387 0.48004 0.79345 0.47981 0.79283 0.47929 0.79257 0.47878 0.79265 0.47828 0.79281 0.47800 0.79318 0.47766 0.79375 0.47761 0.79452 0.47785 0.79494 0.47808 0.79556 0.47860 0.79583 0.47911 0.79574 0.47961 0.79559 0.47989\n 11 380 17 0.79711 0.47709 0.79675 0.47744 0.79617 0.47749 0.79540 0.47724 0.79498 0.47702 0.79436 0.47649 0.79409 0.47599 0.79418 0.47549 0.79433 0.47521 0.79470 0.47487 0.79527 0.47482 0.79605 0.47506 0.79647 0.47529 0.79709 0.47581 0.79736 0.47632 0.79727 0.47681 0.79711 0.47709\n 11 1040 47 0.79151 0.48387 0.79125 0.48426 0.79118 0.48436 0.79005 0.48426 0.78634 0.48390 0.78456 0.48085 0.78267 0.47743 0.78150 0.47523 0.78116 0.47402 0.78026 0.47061 0.77939 0.46720 0.77857 0.46379 0.77779 0.46038 0.77705 0.45696 0.77666 0.45504 0.77645 0.45355 0.77599 0.45014 0.77555 0.44673 0.77515 0.44332 0.77477 0.43990 0.77442 0.43649 0.77410 0.43308 0.77381 0.42967 0.77354 0.42626 0.77330 0.42284 0.77309 0.41943 0.77290 0.41602 0.77274 0.41261 0.77261 0.40920 0.77250 0.40578 0.77242 0.40237 0.77236 0.39896 0.77233 0.39555 0.77233 0.39214 0.77235 0.38873 0.77240 0.38531 0.77247 0.38190 0.77256 0.37849 0.77268 0.37508 0.77283 0.37167 0.77300 0.36825 0.77319 0.36484 0.77341 0.36143 0.77365 0.35802 0.77391 0.35461 0.77420 0.35119 0.77451 0.34778\n 11 1304 59 0.95580 0.44978 0.95574 0.45014 0.95513 0.45355 0.95448 0.45696 0.95380 0.46038 0.95307 0.46379 0.95231 0.46720 0.95150 0.47061 0.95096 0.47281 0.95043 0.47402 0.94887 0.47743 0.94723 0.48085 0.94612 0.48305 0.94277 0.48426 0.94128 0.48477 0.94086 0.48426 0.93813 0.48085 0.93643 0.47867 0.93601 0.47743 0.93487 0.47402 0.93376 0.47061 0.93270 0.46720 0.93167 0.46379 0.93159 0.46353 0.93099 0.46038 0.93037 0.45696 0.92978 0.45355 0.92921 0.45014 0.92868 0.44673 0.92816 0.44332 0.92768 0.43990 0.92722 0.43649 0.92679 0.43308 0.92675 0.43272 0.92648 0.42967 0.92620 0.42626 0.92593 0.42284 0.92569 0.41943 0.92548 0.41602 0.92528 0.41261 0.92511 0.40920 0.92496 0.40578 0.92483 0.40237 0.92472 0.39896 0.92463 0.39555 0.92457 0.39214 0.92453 0.38873 0.92452 0.38531 0.92452 0.38190 0.92455 0.37849 0.92461 0.37508 0.92468 0.37167 0.92478 0.36825 0.92490 0.36484 0.92505 0.36143 0.92522 0.35802 0.92541 0.35461 0.92563 0.35119 0.92587 0.34778\n 11 886 40 0.80809 0.34778 0.80832 0.35119 0.80852 0.35461 0.80871 0.35802 0.80887 0.36143 0.80900 0.36484 0.80912 0.36825 0.80921 0.37167 0.80928 0.37508 0.80933 0.37849 0.80935 0.38190 0.80936 0.38531 0.80934 0.38873 0.80930 0.39214 0.80923 0.39555 0.80915 0.39896 0.80904 0.40237 0.80892 0.40578 0.80877 0.40920 0.80860 0.41261 0.80841 0.41602 0.80819 0.41943 0.80796 0.42284 0.80770 0.42626 0.80743 0.42967 0.80713 0.43308 0.80681 0.43649 0.80647 0.43990 0.80611 0.44332 0.80573 0.44673 0.80571 0.44693 0.80522 0.45014 0.80468 0.45355 0.80412 0.45696 0.80352 0.46038 0.80290 0.46379 0.80226 0.46720 0.80159 0.47061 0.80090 0.47402 0.80087 0.47417\n 11 94 4 0.79795 0.48648 0.79820 0.48623 0.79880 0.48593 0.79562 0.48489\n 11 380 17 0.79969 0.48320 0.79939 0.48361 0.79883 0.48376 0.79803 0.48367 0.79757 0.48352 0.79687 0.48312 0.79651 0.48267 0.79651 0.48217 0.79661 0.48186 0.79691 0.48146 0.79746 0.48130 0.79826 0.48140 0.79872 0.48155 0.79943 0.48194 0.79978 0.48239 0.79978 0.48290 0.79969 0.48320\n 11 380 17 0.80067 0.48017 0.80037 0.48058 0.79982 0.48073 0.79901 0.48064 0.79856 0.48049 0.79785 0.48009 0.79750 0.47964 0.79749 0.47914 0.79759 0.47884 0.79789 0.47843 0.79844 0.47828 0.79925 0.47837 0.79970 0.47852 0.80041 0.47892 0.80077 0.47937 0.80077 0.47987 0.80067 0.48017\n 11 380 17 0.80166 0.47715 0.80136 0.47755 0.80080 0.47771 0.80000 0.47761 0.79954 0.47746 0.79884 0.47707 0.79848 0.47662 0.79848 0.47611 0.79858 0.47581 0.79888 0.47540 0.79943 0.47525 0.80023 0.47534 0.80069 0.47549 0.80140 0.47589 0.80175 0.47634 0.80175 0.47684 0.80166 0.47715\n 11 1194 54 0.79641 0.48787 0.79603 0.48896 0.79454 0.49108 0.79209 0.49449 0.79118 0.49572 0.78634 0.49549 0.78566 0.49449 0.78342 0.49108 0.78150 0.48803 0.78138 0.48767 0.78031 0.48426 0.77928 0.48085 0.77829 0.47743 0.77735 0.47402 0.77666 0.47138 0.77652 0.47061 0.77592 0.46720 0.77535 0.46379 0.77481 0.46038 0.77430 0.45696 0.77381 0.45355 0.77336 0.45014 0.77293 0.44673 0.77253 0.44332 0.77216 0.43990 0.77184 0.43649 0.77182 0.43626 0.77157 0.43308 0.77134 0.42967 0.77113 0.42626 0.77094 0.42284 0.77078 0.41943 0.77063 0.41602 0.77051 0.41261 0.77040 0.40920 0.77032 0.40578 0.77026 0.40237 0.77022 0.39896 0.77020 0.39555 0.77020 0.39214 0.77022 0.38873 0.77026 0.38531 0.77032 0.38190 0.77040 0.37849 0.77050 0.37508 0.77062 0.37167 0.77076 0.36825 0.77092 0.36484 0.77110 0.36143 0.77129 0.35802 0.77151 0.35461 0.77175 0.35119 0.77182 0.35026 0.77205 0.34778\n 11 1304 59 0.95580 0.46733 0.95504 0.47061 0.95420 0.47402 0.95333 0.47743 0.95241 0.48085 0.95146 0.48426 0.95096 0.48596 0.95007 0.48767 0.94822 0.49108 0.94628 0.49449 0.94612 0.49478 0.94128 0.49616 0.93979 0.49449 0.93683 0.49108 0.93643 0.49062 0.93531 0.48767 0.93405 0.48426 0.93282 0.48085 0.93163 0.47743 0.93159 0.47732 0.93086 0.47402 0.93013 0.47061 0.92942 0.46720 0.92874 0.46379 0.92809 0.46038 0.92747 0.45696 0.92687 0.45355 0.92675 0.45286 0.92640 0.45014 0.92599 0.44673 0.92559 0.44332 0.92522 0.43990 0.92487 0.43649 0.92454 0.43308 0.92423 0.42967 0.92395 0.42626 0.92368 0.42284 0.92344 0.41943 0.92322 0.41602 0.92302 0.41261 0.92284 0.40920 0.92269 0.40578 0.92256 0.40237 0.92245 0.39896 0.92236 0.39555 0.92229 0.39214 0.92225 0.38873 0.92223 0.38531 0.92224 0.38190 0.92226 0.37849 0.92231 0.37508 0.92238 0.37167 0.92248 0.36825 0.92260 0.36484 0.92274 0.36143 0.92291 0.35802 0.92310 0.35461 0.92331 0.35119 0.92355 0.34778\n 11 1216 55 0.81032 0.34778 0.81053 0.35119 0.81055 0.35150 0.81072 0.35461 0.81087 0.35802 0.81100 0.36143 0.81111 0.36484 0.81121 0.36825 0.81128 0.37167 0.81134 0.37508 0.81138 0.37849 0.81140 0.38190 0.81140 0.38531 0.81138 0.38873 0.81134 0.39214 0.81129 0.39555 0.81122 0.39896 0.81113 0.40237 0.81102 0.40578 0.81089 0.40920 0.81074 0.41261 0.81058 0.41602 0.81055 0.41654 0.81037 0.41943 0.81013 0.42284 0.80987 0.42626 0.80959 0.42967 0.80929 0.43308 0.80897 0.43649 0.80863 0.43990 0.80827 0.44332 0.80789 0.44673 0.80748 0.45014 0.80706 0.45355 0.80662 0.45696 0.80615 0.46038 0.80571 0.46348 0.80565 0.46379 0.80500 0.46720 0.80433 0.47061 0.80363 0.47402 0.80291 0.47743 0.80216 0.48085 0.80139 0.48426 0.80087 0.48648 0.80046 0.48767 0.79926 0.49108 0.79802 0.49449 0.79675 0.49791 0.79603 0.49980 0.79487 0.50132 0.79223 0.50473 0.79118 0.50604 0.78634 0.50594 0.78542 0.50473\n 11 94 4 0.77879 0.49395 0.77879 0.49430 0.77858 0.49494 0.78156 0.49343\n 11 314 14 0.78023 0.49643 0.78009 0.49650 0.77987 0.49679 0.77980 0.49700 0.77981 0.49736 0.78009 0.49793 0.78038 0.49814 0.78059 0.49821 0.78095 0.49821 0.78123 0.49806 0.78144 0.49778 0.78173 0.49728 0.78243 0.49514 0.78343 0.49712\n 11 380 17 0.78132 0.50034 0.78124 0.49984 0.78152 0.49934 0.78216 0.49884 0.78259 0.49862 0.78337 0.49841 0.78394 0.49847 0.78430 0.49883 0.78444 0.49911 0.78452 0.49961 0.78423 0.50011 0.78360 0.50061 0.78317 0.50083 0.78239 0.50105 0.78182 0.50098 0.78146 0.50062 0.78132 0.50034\n 11 380 17 0.78276 0.50318 0.78268 0.50268 0.78296 0.50218 0.78360 0.50168 0.78403 0.50146 0.78481 0.50125 0.78538 0.50131 0.78574 0.50167 0.78588 0.50195 0.78596 0.50245 0.78567 0.50295 0.78504 0.50345 0.78461 0.50367 0.78383 0.50388 0.78326 0.50382 0.78290 0.50346 0.78276 0.50318\n 11 1018 46 0.77890 0.49188 0.77863 0.49108 0.77752 0.48767 0.77666 0.48489 0.77652 0.48426 0.77581 0.48085 0.77513 0.47743 0.77448 0.47402 0.77386 0.47061 0.77326 0.46720 0.77270 0.46379 0.77217 0.46038 0.77182 0.45803 0.77169 0.45696 0.77131 0.45355 0.77095 0.45014 0.77062 0.44673 0.77030 0.44332 0.77001 0.43990 0.76974 0.43649 0.76949 0.43308 0.76927 0.42967 0.76906 0.42626 0.76888 0.42284 0.76872 0.41943 0.76857 0.41602 0.76845 0.41261 0.76836 0.40920 0.76828 0.40578 0.76822 0.40237 0.76818 0.39896 0.76816 0.39555 0.76817 0.39214 0.76819 0.38873 0.76824 0.38531 0.76830 0.38190 0.76838 0.37849 0.76849 0.37508 0.76861 0.37167 0.76875 0.36825 0.76892 0.36484 0.76910 0.36143 0.76930 0.35802 0.76952 0.35461 0.76976 0.35119 0.77002 0.34778\n 11 1370 62 0.95580 0.48148 0.95503 0.48426 0.95404 0.48767 0.95301 0.49108 0.95194 0.49449 0.95096 0.49751 0.95073 0.49791 0.94866 0.50132 0.94650 0.50473 0.94612 0.50531 0.94128 0.50646 0.93962 0.50473 0.93643 0.50140 0.93640 0.50132 0.93501 0.49791 0.93363 0.49449 0.93228 0.49108 0.93159 0.48929 0.93118 0.48767 0.93034 0.48426 0.92953 0.48085 0.92874 0.47743 0.92798 0.47402 0.92724 0.47061 0.92675 0.46827 0.92658 0.46720 0.92606 0.46379 0.92556 0.46038 0.92507 0.45696 0.92461 0.45355 0.92417 0.45014 0.92376 0.44673 0.92336 0.44332 0.92298 0.43990 0.92263 0.43649 0.92230 0.43308 0.92199 0.42967 0.92191 0.42876 0.92173 0.42626 0.92151 0.42284 0.92131 0.41943 0.92112 0.41602 0.92095 0.41261 0.92080 0.40920 0.92067 0.40578 0.92056 0.40237 0.92047 0.39896 0.92039 0.39555 0.92034 0.39214 0.92030 0.38873 0.92028 0.38531 0.92028 0.38190 0.92030 0.37849 0.92034 0.37508 0.92040 0.37167 0.92048 0.36825 0.92057 0.36484 0.92069 0.36143 0.92082 0.35802 0.92098 0.35461 0.92115 0.35119 0.92134 0.34778\n 11 1216 55 0.78586 0.51497 0.78308 0.51155 0.78150 0.50955 0.78093 0.50814 0.77961 0.50473 0.77832 0.50132 0.77709 0.49791 0.77666 0.49667 0.77613 0.49449 0.77534 0.49108 0.77457 0.48767 0.77384 0.48426 0.77313 0.48085 0.77246 0.47743 0.77182 0.47414 0.77180 0.47402 0.77132 0.47061 0.77086 0.46720 0.77041 0.46379 0.76999 0.46038 0.76959 0.45696 0.76921 0.45355 0.76886 0.45014 0.76853 0.44673 0.76822 0.44332 0.76793 0.43990 0.76766 0.43649 0.76742 0.43308 0.76720 0.42967 0.76700 0.42626 0.76698 0.42588 0.76684 0.42284 0.76670 0.41943 0.76658 0.41602 0.76648 0.41261 0.76640 0.40920 0.76633 0.40578 0.76629 0.40237 0.76626 0.39896 0.76625 0.39555 0.76625 0.39214 0.76628 0.38873 0.76632 0.38531 0.76637 0.38190 0.76645 0.37849 0.76654 0.37508 0.76665 0.37167 0.76678 0.36825 0.76692 0.36484 0.76698 0.36369 0.76710 0.36143 0.76730 0.35802 0.76753 0.35461 0.76777 0.35119 0.76803 0.34778\n 11 1194 54 0.79167 0.51497 0.79450 0.51155 0.79603 0.50969 0.79666 0.50814 0.79804 0.50473 0.79939 0.50132 0.80070 0.49791 0.80087 0.49746 0.80163 0.49449 0.80248 0.49108 0.80331 0.48767 0.80411 0.48426 0.80489 0.48085 0.80564 0.47743 0.80571 0.47710 0.80622 0.47402 0.80677 0.47061 0.80730 0.46720 0.80781 0.46379 0.80829 0.46038 0.80876 0.45696 0.80921 0.45355 0.80963 0.45014 0.81004 0.44673 0.81043 0.44332 0.81055 0.44214 0.81075 0.43990 0.81104 0.43649 0.81132 0.43308 0.81157 0.42967 0.81181 0.42626 0.81203 0.42284 0.81223 0.41943 0.81241 0.41602 0.81258 0.41261 0.81273 0.40920 0.81286 0.40578 0.81297 0.40237 0.81306 0.39896 0.81313 0.39555 0.81319 0.39214 0.81323 0.38873 0.81325 0.38531 0.81325 0.38190 0.81323 0.37849 0.81320 0.37508 0.81314 0.37167 0.81307 0.36825 0.81298 0.36484 0.81287 0.36143 0.81274 0.35802 0.81259 0.35461 0.81242 0.35119 0.81223 0.34778\n 11 1194 54 0.94028 0.51497 0.93688 0.51155 0.93643 0.51110 0.93511 0.50814 0.93361 0.50473 0.93214 0.50132 0.93159 0.50001 0.93101 0.49791 0.93009 0.49449 0.92919 0.49108 0.92832 0.48767 0.92747 0.48426 0.92675 0.48125 0.92668 0.48085 0.92607 0.47743 0.92548 0.47402 0.92491 0.47061 0.92437 0.46720 0.92384 0.46379 0.92334 0.46038 0.92285 0.45696 0.92239 0.45355 0.92195 0.45014 0.92191 0.44985 0.92159 0.44673 0.92126 0.44332 0.92094 0.43990 0.92064 0.43649 0.92036 0.43308 0.92010 0.42967 0.91986 0.42626 0.91963 0.42284 0.91943 0.41943 0.91924 0.41602 0.91907 0.41261 0.91892 0.40920 0.91879 0.40578 0.91867 0.40237 0.91858 0.39896 0.91850 0.39555 0.91844 0.39214 0.91840 0.38873 0.91838 0.38531 0.91838 0.38190 0.91840 0.37849 0.91844 0.37508 0.91849 0.37167 0.91857 0.36825 0.91866 0.36484 0.91878 0.36143 0.91891 0.35802 0.91906 0.35461 0.91923 0.35119 0.91943 0.34778\n 11 204 9 0.94618 0.51497 0.94851 0.51155 0.95081 0.50814 0.95096 0.50792 0.95211 0.50473 0.95330 0.50132 0.95445 0.49791 0.95555 0.49449 0.95580 0.49368\n 11 1172 53 0.77978 0.51497 0.77837 0.51155 0.77700 0.50814 0.77666 0.50725 0.77598 0.50473 0.77510 0.50132 0.77425 0.49791 0.77343 0.49449 0.77264 0.49108 0.77188 0.48767 0.77182 0.48738 0.77129 0.48426 0.77073 0.48085 0.77020 0.47743 0.76969 0.47402 0.76921 0.47061 0.76874 0.46720 0.76830 0.46379 0.76789 0.46038 0.76749 0.45696 0.76712 0.45355 0.76698 0.45217 0.76680 0.45014 0.76651 0.44673 0.76625 0.44332 0.76601 0.43990 0.76578 0.43649 0.76557 0.43308 0.76538 0.42967 0.76521 0.42626 0.76506 0.42284 0.76493 0.41943 0.76481 0.41602 0.76471 0.41261 0.76463 0.40920 0.76457 0.40578 0.76453 0.40237 0.76450 0.39896 0.76449 0.39555 0.76450 0.39214 0.76452 0.38873 0.76457 0.38531 0.76463 0.38190 0.76471 0.37849 0.76480 0.37508 0.76492 0.37167 0.76504 0.36825 0.76519 0.36484 0.76535 0.36143 0.76553 0.35802 0.76573 0.35461 0.76594 0.35119 0.76617 0.34778\n 11 1172 53 0.79771 0.51497 0.79917 0.51155 0.80059 0.50814 0.80087 0.50745 0.80163 0.50473 0.80255 0.50132 0.80346 0.49791 0.80434 0.49449 0.80519 0.49108 0.80571 0.48895 0.80595 0.48767 0.80658 0.48426 0.80719 0.48085 0.80778 0.47743 0.80835 0.47402 0.80890 0.47061 0.80944 0.46720 0.80995 0.46379 0.81044 0.46038 0.81055 0.45954 0.81085 0.45696 0.81123 0.45355 0.81159 0.45014 0.81194 0.44673 0.81227 0.44332 0.81258 0.43990 0.81287 0.43649 0.81314 0.43308 0.81340 0.42967 0.81364 0.42626 0.81386 0.42284 0.81406 0.41943 0.81425 0.41602 0.81442 0.41261 0.81456 0.40920 0.81470 0.40578 0.81481 0.40237 0.81490 0.39896 0.81498 0.39555 0.81504 0.39214 0.81508 0.38873 0.81510 0.38531 0.81510 0.38190 0.81509 0.37849 0.81505 0.37508 0.81500 0.37167 0.81493 0.36825 0.81484 0.36484 0.81473 0.36143 0.81460 0.35802 0.81445 0.35461 0.81429 0.35119 0.81410 0.34778\n 11 1216 55 0.93396 0.51497 0.93238 0.51155 0.93159 0.50980 0.93109 0.50814 0.93009 0.50473 0.92911 0.50132 0.92816 0.49791 0.92724 0.49449 0.92675 0.49266 0.92643 0.49108 0.92576 0.48767 0.92511 0.48426 0.92447 0.48085 0.92386 0.47743 0.92327 0.47402 0.92270 0.47061 0.92215 0.46720 0.92191 0.46563 0.92167 0.46379 0.92125 0.46038 0.92084 0.45696 0.92045 0.45355 0.92008 0.45014 0.91973 0.44673 0.91939 0.44332 0.91907 0.43990 0.91877 0.43649 0.91849 0.43308 0.91823 0.42967 0.91798 0.42626 0.91776 0.42284 0.91755 0.41943 0.91736 0.41602 0.91719 0.41261 0.91707 0.40993 0.91704 0.40920 0.91692 0.40578 0.91682 0.40237 0.91673 0.39896 0.91666 0.39555 0.91661 0.39214 0.91657 0.38873 0.91655 0.38531 0.91655 0.38190 0.91656 0.37849 0.91660 0.37508 0.91664 0.37167 0.91671 0.36825 0.91679 0.36484 0.91689 0.36143 0.91701 0.35802 0.91707 0.35641 0.91715 0.35461 0.91732 0.35119 0.91751 0.34778\n 11 116 5 0.95195 0.51497 0.95326 0.51155 0.95453 0.50814 0.95575 0.50473 0.95580 0.50457\n 11 1150 52 0.77608 0.51497 0.77511 0.51155 0.77417 0.50814 0.77326 0.50473 0.77239 0.50132 0.77182 0.49903 0.77160 0.49791 0.77095 0.49449 0.77033 0.49108 0.76973 0.48767 0.76916 0.48426 0.76861 0.48085 0.76808 0.47743 0.76757 0.47402 0.76709 0.47061 0.76698 0.46976 0.76668 0.46720 0.76630 0.46379 0.76595 0.46038 0.76561 0.45696 0.76529 0.45355 0.76500 0.45014 0.76472 0.44673 0.76446 0.44332 0.76421 0.43990 0.76399 0.43649 0.76379 0.43308 0.76360 0.42967 0.76343 0.42626 0.76328 0.42284 0.76315 0.41943 0.76304 0.41602 0.76294 0.41261 0.76287 0.40920 0.76281 0.40578 0.76276 0.40237 0.76274 0.39896 0.76273 0.39555 0.76275 0.39214 0.76277 0.38873 0.76282 0.38531 0.76288 0.38190 0.76297 0.37849 0.76306 0.37508 0.76318 0.37167 0.76331 0.36825 0.76346 0.36484 0.76363 0.36143 0.76381 0.35802 0.76401 0.35461 0.76422 0.35119 0.76445 0.34778\n 11 1172 53 0.80138 0.51497 0.80238 0.51155 0.80336 0.50814 0.80432 0.50473 0.80525 0.50132 0.80571 0.49959 0.80606 0.49791 0.80675 0.49449 0.80742 0.49108 0.80808 0.48767 0.80871 0.48426 0.80932 0.48085 0.80991 0.47743 0.81049 0.47402 0.81055 0.47362 0.81096 0.47061 0.81142 0.46720 0.81185 0.46379 0.81227 0.46038 0.81266 0.45696 0.81305 0.45355 0.81341 0.45014 0.81376 0.44673 0.81409 0.44332 0.81440 0.43990 0.81469 0.43649 0.81497 0.43308 0.81523 0.42967 0.81539 0.42732 0.81546 0.42626 0.81566 0.42284 0.81584 0.41943 0.81601 0.41602 0.81616 0.41261 0.81630 0.40920 0.81642 0.40578 0.81652 0.40237 0.81660 0.39896 0.81667 0.39555 0.81673 0.39214 0.81676 0.38873 0.81678 0.38531 0.81679 0.38190 0.81678 0.37849 0.81675 0.37508 0.81670 0.37167 0.81664 0.36825 0.81656 0.36484 0.81646 0.36143 0.81635 0.35802 0.81622 0.35461 0.81607 0.35119 0.81591 0.34778\n 11 1172 53 0.93035 0.51497 0.92929 0.51155 0.92826 0.50814 0.92725 0.50473 0.92675 0.50298 0.92638 0.50132 0.92565 0.49791 0.92493 0.49449 0.92424 0.49108 0.92356 0.48767 0.92291 0.48426 0.92227 0.48085 0.92191 0.47883 0.92170 0.47743 0.92120 0.47402 0.92072 0.47061 0.92026 0.46720 0.91982 0.46379 0.91939 0.46038 0.91898 0.45696 0.91859 0.45355 0.91822 0.45014 0.91786 0.44673 0.91753 0.44332 0.91721 0.43990 0.91707 0.43833 0.91692 0.43649 0.91667 0.43308 0.91644 0.42967 0.91622 0.42626 0.91602 0.42284 0.91583 0.41943 0.91566 0.41602 0.91551 0.41261 0.91537 0.40920 0.91525 0.40578 0.91515 0.40237 0.91506 0.39896 0.91499 0.39555 0.91493 0.39214 0.91490 0.38873 0.91487 0.38531 0.91487 0.38190 0.91488 0.37849 0.91491 0.37508 0.91496 0.37167 0.91502 0.36825 0.91510 0.36484 0.91520 0.36143 0.91531 0.35802 0.91545 0.35461 0.91560 0.35119 0.91576 0.34778\n 11 50 2 0.95562 0.51497 0.95580 0.51449\n 11 1194 54 0.77334 0.51497 0.77237 0.51155 0.77182 0.50952 0.77152 0.50814 0.77081 0.50473 0.77012 0.50132 0.76945 0.49791 0.76881 0.49449 0.76819 0.49108 0.76760 0.48767 0.76703 0.48426 0.76698 0.48395 0.76655 0.48085 0.76610 0.47743 0.76567 0.47402 0.76526 0.47061 0.76486 0.46720 0.76449 0.46379 0.76414 0.46038 0.76381 0.45696 0.76349 0.45355 0.76319 0.45014 0.76292 0.44673 0.76266 0.44332 0.76242 0.43990 0.76220 0.43649 0.76213 0.43537 0.76201 0.43308 0.76184 0.42967 0.76169 0.42626 0.76156 0.42284 0.76144 0.41943 0.76134 0.41602 0.76126 0.41261 0.76119 0.40920 0.76114 0.40578 0.76110 0.40237 0.76108 0.39896 0.76108 0.39555 0.76109 0.39214 0.76112 0.38873 0.76117 0.38531 0.76123 0.38190 0.76130 0.37849 0.76140 0.37508 0.76150 0.37167 0.76163 0.36825 0.76176 0.36484 0.76192 0.36143 0.76209 0.35802 0.76213 0.35713 0.76228 0.35461 0.76250 0.35119 0.76274 0.34778\n 11 1172 53 0.80406 0.51497 0.80507 0.51155 0.80571 0.50933 0.80598 0.50814 0.80673 0.50473 0.80746 0.50132 0.80817 0.49791 0.80887 0.49449 0.80954 0.49108 0.81020 0.48767 0.81055 0.48577 0.81079 0.48426 0.81131 0.48085 0.81181 0.47743 0.81230 0.47402 0.81277 0.47061 0.81322 0.46720 0.81366 0.46379 0.81408 0.46038 0.81448 0.45696 0.81486 0.45355 0.81523 0.45014 0.81539 0.44852 0.81556 0.44673 0.81585 0.44332 0.81613 0.43990 0.81640 0.43649 0.81665 0.43308 0.81688 0.42967 0.81710 0.42626 0.81730 0.42284 0.81748 0.41943 0.81765 0.41602 0.81780 0.41261 0.81794 0.40920 0.81806 0.40578 0.81816 0.40237 0.81825 0.39896 0.81832 0.39555 0.81838 0.39214 0.81842 0.38873 0.81844 0.38531 0.81844 0.38190 0.81843 0.37849 0.81840 0.37508 0.81836 0.37167 0.81830 0.36825 0.81822 0.36484 0.81813 0.36143 0.81801 0.35802 0.81789 0.35461 0.81774 0.35119 0.81758 0.34778\n 11 1172 53 0.92753 0.51497 0.92675 0.51247 0.92653 0.51155 0.92573 0.50814 0.92496 0.50473 0.92420 0.50132 0.92346 0.49791 0.92274 0.49449 0.92204 0.49108 0.92191 0.49041 0.92145 0.48767 0.92090 0.48426 0.92037 0.48085 0.91985 0.47743 0.91935 0.47402 0.91887 0.47061 0.91841 0.46720 0.91796 0.46379 0.91754 0.46038 0.91713 0.45696 0.91707 0.45646 0.91677 0.45355 0.91644 0.45014 0.91612 0.44673 0.91582 0.44332 0.91553 0.43990 0.91527 0.43649 0.91501 0.43308 0.91478 0.42967 0.91456 0.42626 0.91435 0.42284 0.91417 0.41943 0.91399 0.41602 0.91384 0.41261 0.91370 0.40920 0.91358 0.40578 0.91347 0.40237 0.91338 0.39896 0.91331 0.39555 0.91326 0.39214 0.91322 0.38873 0.91320 0.38531 0.91319 0.38190 0.91320 0.37849 0.91323 0.37508 0.91327 0.37167 0.91334 0.36825 0.91342 0.36484 0.91351 0.36143 0.91362 0.35802 0.91375 0.35461 0.91390 0.35119 0.91407 0.34778\n 11 1150 52 0.77085 0.51497 0.77009 0.51155 0.76936 0.50814 0.76865 0.50473 0.76796 0.50132 0.76730 0.49791 0.76698 0.49616 0.76671 0.49449 0.76618 0.49108 0.76568 0.48767 0.76519 0.48426 0.76472 0.48085 0.76427 0.47743 0.76385 0.47402 0.76344 0.47061 0.76305 0.46720 0.76268 0.46379 0.76233 0.46038 0.76213 0.45837 0.76201 0.45696 0.76173 0.45355 0.76146 0.45014 0.76121 0.44673 0.76098 0.44332 0.76076 0.43990 0.76057 0.43649 0.76038 0.43308 0.76022 0.42967 0.76007 0.42626 0.75994 0.42284 0.75983 0.41943 0.75973 0.41602 0.75965 0.41261 0.75958 0.40920 0.75953 0.40578 0.75950 0.40237 0.75948 0.39896 0.75948 0.39555 0.75950 0.39214 0.75953 0.38873 0.75957 0.38531 0.75964 0.38190 0.75971 0.37849 0.75981 0.37508 0.75992 0.37167 0.76004 0.36825 0.76018 0.36484 0.76034 0.36143 0.76051 0.35802 0.76070 0.35461 0.76090 0.35119 0.76112 0.34778\n 11 1150 52 0.80652 0.51497 0.80731 0.51155 0.80808 0.50814 0.80884 0.50473 0.80957 0.50132 0.81029 0.49791 0.81055 0.49662 0.81092 0.49449 0.81149 0.49108 0.81205 0.48767 0.81259 0.48426 0.81311 0.48085 0.81362 0.47743 0.81411 0.47402 0.81458 0.47061 0.81503 0.46720 0.81539 0.46438 0.81546 0.46379 0.81584 0.46038 0.81620 0.45696 0.81654 0.45355 0.81687 0.45014 0.81719 0.44673 0.81748 0.44332 0.81777 0.43990 0.81803 0.43649 0.81828 0.43308 0.81852 0.42967 0.81873 0.42626 0.81894 0.42284 0.81912 0.41943 0.81929 0.41602 0.81945 0.41261 0.81958 0.40920 0.81971 0.40578 0.81981 0.40237 0.81990 0.39896 0.81997 0.39555 0.82003 0.39214 0.82007 0.38873 0.82009 0.38531 0.82010 0.38190 0.82009 0.37849 0.82006 0.37508 0.82002 0.37167 0.81996 0.36825 0.81988 0.36484 0.81979 0.36143 0.81968 0.35802 0.81955 0.35461 0.81941 0.35119 0.81925 0.34778\n 11 1194 54 0.92517 0.51497 0.92435 0.51155 0.92355 0.50814 0.92277 0.50473 0.92201 0.50132 0.92191 0.50085 0.92137 0.49791 0.92077 0.49449 0.92018 0.49108 0.91961 0.48767 0.91906 0.48426 0.91853 0.48085 0.91801 0.47743 0.91751 0.47402 0.91707 0.47092 0.91703 0.47061 0.91662 0.46720 0.91622 0.46379 0.91584 0.46038 0.91547 0.45696 0.91512 0.45355 0.91478 0.45014 0.91447 0.44673 0.91416 0.44332 0.91388 0.43990 0.91361 0.43649 0.91335 0.43308 0.91312 0.42967 0.91289 0.42626 0.91269 0.42284 0.91250 0.41943 0.91233 0.41602 0.91223 0.41380 0.91218 0.41261 0.91205 0.40920 0.91193 0.40578 0.91183 0.40237 0.91175 0.39896 0.91168 0.39555 0.91163 0.39214 0.91159 0.38873 0.91157 0.38531 0.91156 0.38190 0.91157 0.37849 0.91159 0.37508 0.91164 0.37167 0.91169 0.36825 0.91176 0.36484 0.91185 0.36143 0.91196 0.35802 0.91207 0.35461 0.91221 0.35119 0.91223 0.35084 0.91237 0.34778\n 21 6 1\n 25 6 1\n 82 0\n 81 6 34\n 82 0\n 81 6 35\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 50 2 0.71685 0.34608 0.71856 0.34778\n 11 50 2 0.71614 0.35190 0.71856 0.35461\n 11 50 2 0.71614 0.35836 0.71856 0.36143\n 11 50 2 0.71614 0.36472 0.71856 0.36825\n 11 50 2 0.71614 0.37090 0.71856 0.37508\n 11 50 2 0.71614 0.37679 0.71856 0.38190\n 11 50 2 0.71668 0.38096 0.71614 0.38030\n 11 50 2 0.71614 0.38215 0.71856 0.38873\n 11 50 2 0.71747 0.38788 0.71614 0.38591\n 11 50 2 0.71614 0.38635 0.71856 0.39555\n 11 116 5 0.71825 0.39479 0.71699 0.39245 0.71652 0.39507 0.71699 0.39245 0.71856 0.40237\n 11 116 5 0.71904 0.40171 0.71804 0.39927 0.71730 0.40180 0.71804 0.39927 0.71856 0.40920\n 11 116 5 0.71982 0.40862 0.71908 0.40609 0.71808 0.40853 0.71908 0.40609 0.71856 0.41602\n 11 116 5 0.72060 0.41554 0.72013 0.41292 0.71887 0.41526 0.72013 0.41292 0.71856 0.42284\n 11 116 5 0.72139 0.42245 0.72117 0.41974 0.71965 0.42200 0.72117 0.41974 0.71856 0.42967\n 11 116 5 0.72217 0.42937 0.72222 0.42657 0.72043 0.42873 0.72222 0.42657 0.71856 0.43649\n 11 116 5 0.72295 0.43628 0.72326 0.43339 0.72122 0.43546 0.72326 0.43339 0.71856 0.44332\n 11 116 5 0.72374 0.44320 0.72431 0.44021 0.72200 0.44219 0.72431 0.44021 0.71856 0.45014\n 11 116 5 0.72452 0.45011 0.72535 0.44704 0.72278 0.44892 0.72535 0.44704 0.71856 0.45696\n 11 116 5 0.72530 0.45703 0.72640 0.45386 0.72357 0.45566 0.72640 0.45386 0.71856 0.46379\n 11 116 5 0.72609 0.46394 0.72744 0.46069 0.72435 0.46239 0.72744 0.46069 0.71856 0.47061\n 11 116 5 0.72687 0.47086 0.72848 0.46751 0.72513 0.46912 0.72848 0.46751 0.71856 0.47743\n 11 116 5 0.72766 0.47777 0.72953 0.47433 0.72592 0.47585 0.72953 0.47433 0.71856 0.48426\n 11 116 5 0.72844 0.48469 0.73057 0.48116 0.72670 0.48259 0.73057 0.48116 0.71856 0.49108\n 11 116 5 0.72922 0.49160 0.73162 0.48798 0.72749 0.48932 0.73162 0.48798 0.71856 0.49791\n 11 116 5 0.73001 0.49852 0.73266 0.49480 0.72827 0.49605 0.73266 0.49480 0.71856 0.50473\n 11 116 5 0.73079 0.50544 0.73371 0.50163 0.72905 0.50278 0.73371 0.50163 0.71856 0.51155\n 11 50 2 0.72634 0.34608 0.72824 0.34778\n 11 50 2 0.72236 0.34717 0.72009 0.34608\n 11 72 3 0.71953 0.34608 0.72080 0.34872 0.71953 0.34608\n 11 50 2 0.71971 0.34608 0.72824 0.35461\n 11 116 5 0.72314 0.35408 0.72041 0.35255 0.72159 0.35545 0.72041 0.35255 0.72824 0.36143\n 11 116 5 0.72393 0.36100 0.72145 0.35937 0.72237 0.36219 0.72145 0.35937 0.72824 0.36825\n 11 116 5 0.72471 0.36791 0.72250 0.36620 0.72316 0.36892 0.72250 0.36620 0.72824 0.37508\n 11 116 5 0.72549 0.37483 0.72354 0.37302 0.72394 0.37565 0.72354 0.37302 0.72824 0.38190\n 11 116 5 0.72628 0.38174 0.72459 0.37984 0.72472 0.38238 0.72459 0.37984 0.72824 0.38873\n 11 116 5 0.72706 0.38866 0.72563 0.38667 0.72551 0.38912 0.72563 0.38667 0.72824 0.39555\n 11 116 5 0.72784 0.39558 0.72668 0.39349 0.72629 0.39585 0.72668 0.39349 0.72824 0.40237\n 11 116 5 0.72863 0.40249 0.72772 0.40032 0.72707 0.40258 0.72772 0.40032 0.72824 0.40920\n 11 116 5 0.72941 0.40941 0.72876 0.40714 0.72786 0.40931 0.72876 0.40714 0.72824 0.41602\n 11 116 5 0.73019 0.41632 0.72981 0.41396 0.72864 0.41605 0.72981 0.41396 0.72824 0.42284\n 11 116 5 0.73098 0.42324 0.73085 0.42079 0.72942 0.42278 0.73085 0.42079 0.72824 0.42967\n 11 116 5 0.73176 0.43015 0.73190 0.42761 0.73021 0.42951 0.73190 0.42761 0.72824 0.43649\n 11 116 5 0.73255 0.43707 0.73294 0.43443 0.73099 0.43624 0.73294 0.43443 0.72824 0.44332\n 11 116 5 0.73333 0.44398 0.73399 0.44126 0.73178 0.44298 0.73399 0.44126 0.72824 0.45014\n 11 116 5 0.73411 0.45090 0.73503 0.44808 0.73256 0.44971 0.73503 0.44808 0.72824 0.45696\n 11 116 5 0.73490 0.45781 0.73608 0.45491 0.73334 0.45644 0.73608 0.45491 0.72824 0.46379\n 11 116 5 0.73568 0.46473 0.73712 0.46173 0.73413 0.46317 0.73712 0.46173 0.72824 0.47061\n 11 116 5 0.73646 0.47164 0.73817 0.46855 0.73491 0.46991 0.73817 0.46855 0.72824 0.47743\n 11 116 5 0.73725 0.47856 0.73921 0.47538 0.73569 0.47664 0.73921 0.47538 0.72824 0.48426\n 11 116 5 0.73803 0.48547 0.74026 0.48220 0.73648 0.48337 0.74026 0.48220 0.72824 0.49108\n 11 116 5 0.73881 0.49239 0.74130 0.48903 0.73726 0.49010 0.74130 0.48903 0.72824 0.49791\n 11 116 5 0.73960 0.49930 0.74235 0.49585 0.73804 0.49684 0.74235 0.49585 0.72824 0.50473\n 11 116 5 0.74038 0.50622 0.74339 0.50267 0.73883 0.50357 0.74339 0.50267 0.72824 0.51155\n 11 50 2 0.73576 0.34608 0.73793 0.34778\n 11 116 5 0.73195 0.34795 0.72905 0.34677 0.73058 0.34951 0.72905 0.34677 0.73793 0.35461\n 11 116 5 0.73273 0.35487 0.73009 0.35359 0.73136 0.35624 0.73009 0.35359 0.73793 0.36143\n 11 116 5 0.73352 0.36178 0.73113 0.36042 0.73215 0.36297 0.73113 0.36042 0.73793 0.36825\n 11 116 5 0.73430 0.36870 0.73218 0.36724 0.73293 0.36970 0.73218 0.36724 0.73793 0.37508\n 11 116 5 0.73509 0.37561 0.73322 0.37407 0.73371 0.37644 0.73322 0.37407 0.73793 0.38190\n 11 116 5 0.73587 0.38253 0.73427 0.38089 0.73450 0.38317 0.73427 0.38089 0.73793 0.38873\n 11 116 5 0.73665 0.38944 0.73531 0.38771 0.73528 0.38990 0.73531 0.38771 0.73793 0.39555\n 11 116 5 0.73744 0.39636 0.73636 0.39454 0.73606 0.39663 0.73636 0.39454 0.73793 0.40237\n 11 116 5 0.73822 0.40327 0.73740 0.40136 0.73685 0.40337 0.73740 0.40136 0.73793 0.40920\n 11 116 5 0.73900 0.41019 0.73845 0.40818 0.73763 0.41010 0.73845 0.40818 0.73793 0.41602\n 11 116 5 0.73979 0.41710 0.73949 0.41501 0.73842 0.41683 0.73949 0.41501 0.73793 0.42284\n 11 116 5 0.74057 0.42402 0.74054 0.42183 0.73920 0.42356 0.74054 0.42183 0.73793 0.42967\n 11 116 5 0.74135 0.43093 0.74158 0.42866 0.73998 0.43029 0.74158 0.42866 0.73793 0.43649\n 11 116 5 0.74214 0.43785 0.74263 0.43548 0.74077 0.43703 0.74263 0.43548 0.73793 0.44332\n 11 116 5 0.74292 0.44477 0.74367 0.44230 0.74155 0.44376 0.74367 0.44230 0.73793 0.45014\n 11 116 5 0.74370 0.45168 0.74472 0.44913 0.74233 0.45049 0.74472 0.44913 0.73793 0.45696\n 11 116 5 0.74449 0.45860 0.74576 0.45595 0.74312 0.45722 0.74576 0.45595 0.73793 0.46379\n 11 116 5 0.74527 0.46551 0.74681 0.46277 0.74390 0.46396 0.74681 0.46277 0.73793 0.47061\n 11 116 5 0.74606 0.47243 0.74785 0.46960 0.74468 0.47069 0.74785 0.46960 0.73793 0.47743\n 11 116 5 0.74684 0.47934 0.74890 0.47642 0.74547 0.47742 0.74890 0.47642 0.73793 0.48426\n 11 116 5 0.74762 0.48626 0.74994 0.48325 0.74625 0.48415 0.74994 0.48325 0.73793 0.49108\n 11 116 5 0.74841 0.49317 0.75099 0.49007 0.74704 0.49089 0.75099 0.49007 0.73793 0.49791\n 11 116 5 0.74919 0.50009 0.75203 0.49689 0.74782 0.49762 0.75203 0.49689 0.73793 0.50473\n 11 116 5 0.74997 0.50700 0.75308 0.50372 0.74860 0.50435 0.75308 0.50372 0.73793 0.51155\n 11 50 2 0.74512 0.34608 0.74761 0.34778\n 11 116 5 0.74154 0.34874 0.73873 0.34781 0.74035 0.35029 0.73873 0.34781 0.74761 0.35461\n 11 116 5 0.74233 0.35565 0.73977 0.35464 0.74114 0.35702 0.73977 0.35464 0.74761 0.36143\n 11 116 5 0.74311 0.36257 0.74082 0.36146 0.74192 0.36375 0.74082 0.36146 0.74761 0.36825\n 11 116 5 0.74389 0.36948 0.74186 0.36829 0.74271 0.37049 0.74186 0.36829 0.74761 0.37508\n 11 116 5 0.74468 0.37640 0.74291 0.37511 0.74349 0.37722 0.74291 0.37511 0.74761 0.38190\n 11 116 5 0.74546 0.38331 0.74395 0.38193 0.74427 0.38395 0.74395 0.38193 0.74761 0.38873\n 11 116 5 0.74624 0.39023 0.74500 0.38876 0.74506 0.39068 0.74500 0.38876 0.74761 0.39555\n 11 116 5 0.74703 0.39714 0.74604 0.39558 0.74584 0.39742 0.74604 0.39558 0.74761 0.40237\n 11 116 5 0.74781 0.40406 0.74709 0.40241 0.74662 0.40415 0.74709 0.40241 0.74761 0.40920\n 11 116 5 0.74860 0.41097 0.74813 0.40923 0.74741 0.41088 0.74813 0.40923 0.74761 0.41602\n 11 116 5 0.74938 0.41789 0.74918 0.41605 0.74819 0.41761 0.74918 0.41605 0.74761 0.42284\n 11 116 5 0.75016 0.42480 0.75022 0.42288 0.74897 0.42435 0.75022 0.42288 0.74761 0.42967\n 11 116 5 0.75095 0.43172 0.75127 0.42970 0.74976 0.43108 0.75127 0.42970 0.74761 0.43649\n 11 116 5 0.75173 0.43863 0.75231 0.43652 0.75054 0.43781 0.75231 0.43652 0.74761 0.44332\n 11 116 5 0.75251 0.44555 0.75336 0.44335 0.75132 0.44454 0.75336 0.44335 0.74761 0.45014\n 11 116 5 0.75330 0.45246 0.75440 0.45017 0.75211 0.45128 0.75440 0.45017 0.74761 0.45696\n 11 116 5 0.75408 0.45938 0.75545 0.45700 0.75289 0.45801 0.75545 0.45700 0.74761 0.46379\n 11 116 5 0.75486 0.46629 0.75649 0.46382 0.75368 0.46474 0.75649 0.46382 0.74761 0.47061\n 11 116 5 0.75565 0.47321 0.75753 0.47064 0.75446 0.47147 0.75753 0.47064 0.74761 0.47743\n 11 116 5 0.75643 0.48013 0.75858 0.47747 0.75524 0.47821 0.75858 0.47747 0.74761 0.48426\n 11 116 5 0.75721 0.48704 0.75962 0.48429 0.75603 0.48494 0.75962 0.48429 0.74761 0.49108\n 11 116 5 0.75800 0.49396 0.76067 0.49111 0.75681 0.49167 0.76067 0.49111 0.74761 0.49791\n 11 116 5 0.75878 0.50087 0.76171 0.49794 0.75759 0.49840 0.76171 0.49794 0.74761 0.50473\n 11 116 5 0.75957 0.50779 0.76276 0.50476 0.75838 0.50513 0.76276 0.50476 0.74761 0.51155\n 11 50 2 0.75435 0.34608 0.75729 0.34778\n 11 116 5 0.75113 0.34952 0.74841 0.34886 0.75013 0.35107 0.74841 0.34886 0.75729 0.35461\n 11 116 5 0.75192 0.35643 0.74946 0.35568 0.75091 0.35781 0.74946 0.35568 0.75729 0.36143\n 11 116 5 0.75270 0.36335 0.75050 0.36251 0.75170 0.36454 0.75050 0.36251 0.75729 0.36825\n 11 116 5 0.75349 0.37026 0.75155 0.36933 0.75248 0.37127 0.75155 0.36933 0.75729 0.37508\n 11 116 5 0.75427 0.37718 0.75259 0.37615 0.75326 0.37800 0.75259 0.37615 0.75729 0.38190\n 11 116 5 0.75505 0.38410 0.75364 0.38298 0.75405 0.38474 0.75364 0.38298 0.75729 0.38873\n 11 116 5 0.75584 0.39101 0.75468 0.38980 0.75483 0.39147 0.75468 0.38980 0.75729 0.39555\n 11 116 5 0.75662 0.39793 0.75573 0.39663 0.75561 0.39820 0.75573 0.39663 0.75729 0.40237\n 11 116 5 0.75740 0.40484 0.75677 0.40345 0.75640 0.40493 0.75677 0.40345 0.75729 0.40920\n 11 116 5 0.75819 0.41176 0.75781 0.41027 0.75718 0.41166 0.75781 0.41027 0.75729 0.41602\n 11 116 5 0.75897 0.41867 0.75886 0.41710 0.75797 0.41840 0.75886 0.41710 0.75729 0.42284\n 11 116 5 0.75975 0.42559 0.75990 0.42392 0.75875 0.42513 0.75990 0.42392 0.75729 0.42967\n 11 116 5 0.76054 0.43250 0.76095 0.43075 0.75953 0.43186 0.76095 0.43075 0.75729 0.43649\n 11 116 5 0.76132 0.43942 0.76199 0.43757 0.76032 0.43859 0.76199 0.43757 0.75729 0.44332\n 11 116 5 0.76211 0.44633 0.76304 0.44439 0.76110 0.44533 0.76304 0.44439 0.75729 0.45014\n 11 116 5 0.76289 0.45325 0.76408 0.45122 0.76188 0.45206 0.76408 0.45122 0.75729 0.45696\n 11 116 5 0.76367 0.46016 0.76513 0.45804 0.76267 0.45879 0.76513 0.45804 0.75729 0.46379\n 11 116 5 0.76446 0.46708 0.76617 0.46486 0.76345 0.46552 0.76617 0.46486 0.75729 0.47061\n 11 116 5 0.76524 0.47399 0.76722 0.47169 0.76423 0.47226 0.76722 0.47169 0.75729 0.47743\n 11 116 5 0.76602 0.48091 0.76826 0.47851 0.76502 0.47899 0.76826 0.47851 0.75729 0.48426\n 11 116 5 0.76681 0.48782 0.76931 0.48534 0.76580 0.48572 0.76931 0.48534 0.75729 0.49108\n 11 116 5 0.76759 0.49474 0.77035 0.49216 0.76658 0.49245 0.77035 0.49216 0.75729 0.49791\n 11 116 5 0.76837 0.50165 0.77140 0.49898 0.76737 0.49919 0.77140 0.49898 0.75729 0.50473\n 11 116 5 0.76916 0.50857 0.77244 0.50581 0.76815 0.50592 0.77244 0.50581 0.75729 0.51155\n 11 50 2 0.76337 0.34608 0.76698 0.34778\n 11 116 5 0.76073 0.35030 0.75810 0.34990 0.75990 0.35186 0.75810 0.34990 0.76698 0.35461\n 11 116 5 0.76151 0.35722 0.75914 0.35673 0.76069 0.35859 0.75914 0.35673 0.76698 0.36143\n 11 116 5 0.76229 0.36413 0.76018 0.36355 0.76147 0.36532 0.76018 0.36355 0.76698 0.36825\n 11 116 5 0.76308 0.37105 0.76123 0.37038 0.76225 0.37205 0.76123 0.37038 0.76698 0.37508\n 11 116 5 0.76386 0.37796 0.76227 0.37720 0.76304 0.37879 0.76227 0.37720 0.76698 0.38190\n 11 116 5 0.76464 0.38488 0.76332 0.38402 0.76382 0.38552 0.76332 0.38402 0.76698 0.38873\n 11 116 5 0.76543 0.39179 0.76436 0.39085 0.76461 0.39225 0.76436 0.39085 0.76698 0.39555\n 11 116 5 0.76621 0.39871 0.76541 0.39767 0.76539 0.39898 0.76541 0.39767 0.76698 0.40237\n 11 116 5 0.76700 0.40562 0.76645 0.40450 0.76617 0.40572 0.76645 0.40450 0.76698 0.40920\n 11 116 5 0.76778 0.41254 0.76750 0.41132 0.76696 0.41245 0.76750 0.41132 0.76698 0.41602\n 11 116 5 0.76856 0.41946 0.76854 0.41814 0.76774 0.41918 0.76854 0.41814 0.76698 0.42284\n 11 116 5 0.76935 0.42637 0.76959 0.42497 0.76852 0.42591 0.76959 0.42497 0.76698 0.42967\n 11 116 5 0.77013 0.43329 0.77063 0.43179 0.76931 0.43265 0.77063 0.43179 0.76698 0.43649\n 11 116 5 0.77091 0.44020 0.77168 0.43861 0.77009 0.43938 0.77168 0.43861 0.76698 0.44332\n 11 116 5 0.77170 0.44712 0.77272 0.44544 0.77087 0.44611 0.77272 0.44544 0.76698 0.45014\n 11 116 5 0.77248 0.45403 0.77377 0.45226 0.77166 0.45284 0.77377 0.45226 0.76698 0.45696\n 11 116 5 0.77326 0.46095 0.77481 0.45909 0.77244 0.45958 0.77481 0.45909 0.76698 0.46379\n 11 116 5 0.77405 0.46786 0.77586 0.46591 0.77323 0.46631 0.77586 0.46591 0.76698 0.47061\n 11 116 5 0.77483 0.47478 0.77690 0.47273 0.77401 0.47304 0.77690 0.47273 0.76698 0.47743\n 11 116 5 0.77562 0.48169 0.77795 0.47956 0.77479 0.47977 0.77795 0.47956 0.76698 0.48426\n 11 116 5 0.77640 0.48861 0.77899 0.48638 0.77558 0.48650 0.77899 0.48638 0.76698 0.49108\n 11 116 5 0.77718 0.49552 0.78004 0.49320 0.77636 0.49324 0.78004 0.49320 0.76698 0.49791\n 11 116 5 0.77797 0.50244 0.78108 0.50003 0.77714 0.49997 0.78108 0.50003 0.76698 0.50473\n 11 116 5 0.77875 0.50935 0.78213 0.50685 0.77793 0.50670 0.78213 0.50685 0.76698 0.51155\n 11 50 2 0.77203 0.34608 0.77666 0.34778\n 11 116 5 0.77032 0.35109 0.76778 0.35095 0.76968 0.35264 0.76778 0.35095 0.77666 0.35461\n 11 116 5 0.77110 0.35800 0.76882 0.35777 0.77046 0.35937 0.76882 0.35777 0.77666 0.36143\n 11 116 5 0.77189 0.36492 0.76987 0.36460 0.77125 0.36611 0.76987 0.36460 0.77666 0.36825\n 11 116 5 0.77267 0.37183 0.77091 0.37142 0.77203 0.37284 0.77091 0.37142 0.77666 0.37508\n 11 116 5 0.77345 0.37875 0.77196 0.37824 0.77281 0.37957 0.77196 0.37824 0.77666 0.38190\n 11 116 5 0.77424 0.38566 0.77300 0.38507 0.77360 0.38630 0.77300 0.38507 0.77666 0.38873\n 11 116 5 0.77502 0.39258 0.77405 0.39189 0.77438 0.39303 0.77405 0.39189 0.77666 0.39555\n 11 116 5 0.77584 0.39953 0.77509 0.39872 0.77517 0.39982 0.77509 0.39872 0.77666 0.40237\n 11 116 5 0.77665 0.40652 0.77614 0.40554 0.77592 0.40663 0.77614 0.40554 0.77666 0.40920\n 11 116 5 0.77740 0.41345 0.77718 0.41236 0.77667 0.41335 0.77718 0.41236 0.77666 0.41602\n 11 116 5 0.77815 0.42029 0.77823 0.41919 0.77748 0.42000 0.77823 0.41919 0.77666 0.42284\n 11 116 5 0.77894 0.42715 0.77927 0.42601 0.77830 0.42670 0.77927 0.42601 0.77666 0.42967\n 11 116 5 0.77972 0.43407 0.78032 0.43284 0.77908 0.43343 0.78032 0.43284 0.77666 0.43649\n 11 116 5 0.78051 0.44098 0.78136 0.43966 0.77987 0.44016 0.78136 0.43966 0.77666 0.44332\n 11 116 5 0.78129 0.44790 0.78241 0.44648 0.78065 0.44689 0.78241 0.44648 0.77666 0.45014\n 11 116 5 0.78207 0.45481 0.78345 0.45331 0.78143 0.45363 0.78345 0.45331 0.77666 0.45696\n 11 116 5 0.78286 0.46173 0.78450 0.46013 0.78222 0.46036 0.78450 0.46013 0.77666 0.46379\n 11 116 5 0.78364 0.46865 0.78554 0.46695 0.78300 0.46709 0.78554 0.46695 0.77666 0.47061\n 11 116 5 0.78442 0.47556 0.78658 0.47378 0.78378 0.47382 0.78658 0.47378 0.77666 0.47743\n 11 116 5 0.78521 0.48248 0.78763 0.48060 0.78457 0.48056 0.78763 0.48060 0.77666 0.48426\n 11 116 5 0.78599 0.48939 0.78867 0.48743 0.78535 0.48729 0.78867 0.48743 0.77666 0.49108\n 11 116 5 0.78677 0.49631 0.78972 0.49425 0.78613 0.49402 0.78972 0.49425 0.77666 0.49791\n 11 116 5 0.78756 0.50322 0.79076 0.50107 0.78692 0.50075 0.79076 0.50107 0.77666 0.50473\n 11 116 5 0.78834 0.51014 0.79181 0.50790 0.78770 0.50749 0.79181 0.50790 0.77666 0.51155\n 11 72 3 0.77776 0.34608 0.77867 0.34669 0.77776 0.34608\n 11 50 2 0.77986 0.34608 0.78634 0.34778\n 11 116 5 0.77991 0.35187 0.77746 0.35199 0.77945 0.35342 0.77746 0.35199 0.78634 0.35461\n 11 116 5 0.78069 0.35879 0.77851 0.35882 0.78024 0.36016 0.77851 0.35882 0.78634 0.36143\n 11 116 5 0.78148 0.36570 0.77955 0.36564 0.78102 0.36689 0.77955 0.36564 0.78634 0.36825\n 11 116 5 0.78226 0.37262 0.78060 0.37247 0.78180 0.37362 0.78060 0.37247 0.78634 0.37508\n 11 116 5 0.78304 0.37953 0.78164 0.37929 0.78259 0.38035 0.78164 0.37929 0.78634 0.38190\n 11 116 5 0.78383 0.38645 0.78269 0.38611 0.78337 0.38709 0.78269 0.38611 0.78634 0.38873\n 11 116 5 0.78473 0.39342 0.78373 0.39294 0.78421 0.39393 0.78373 0.39294 0.78634 0.39555\n 11 116 5 0.78563 0.40047 0.78478 0.39976 0.78500 0.40084 0.78478 0.39976 0.78634 0.40237\n 11 116 5 0.78638 0.40754 0.78582 0.40658 0.78567 0.40768 0.78582 0.40658 0.78634 0.40920\n 11 116 5 0.78702 0.41450 0.78686 0.41341 0.78630 0.41436 0.78686 0.41341 0.78634 0.41602\n 11 116 5 0.78769 0.42132 0.78791 0.42023 0.78706 0.42094 0.78791 0.42023 0.78634 0.42284\n 11 116 5 0.78847 0.42805 0.78895 0.42706 0.78796 0.42754 0.78895 0.42706 0.78634 0.42967\n 11 116 5 0.78931 0.43485 0.79000 0.43388 0.78886 0.43421 0.79000 0.43388 0.78634 0.43649\n 11 116 5 0.79010 0.44177 0.79104 0.44070 0.78964 0.44095 0.79104 0.44070 0.78634 0.44332\n 11 116 5 0.79088 0.44868 0.79209 0.44753 0.79042 0.44768 0.79209 0.44753 0.78634 0.45014\n 11 116 5 0.79166 0.45560 0.79313 0.45435 0.79121 0.45441 0.79313 0.45435 0.78634 0.45696\n 11 116 5 0.79245 0.46251 0.79418 0.46118 0.79199 0.46114 0.79418 0.46118 0.78634 0.46379\n 11 116 5 0.79323 0.46943 0.79522 0.46800 0.79277 0.46787 0.79522 0.46800 0.78634 0.47061\n 11 116 5 0.79402 0.47634 0.79627 0.47482 0.79356 0.47461 0.79627 0.47482 0.78634 0.47743\n 11 116 5 0.79480 0.48326 0.79731 0.48165 0.79434 0.48134 0.79731 0.48165 0.78634 0.48426\n 11 116 5 0.79558 0.49017 0.79836 0.48847 0.79513 0.48807 0.79836 0.48847 0.78634 0.49108\n 11 116 5 0.79637 0.49709 0.79940 0.49529 0.79591 0.49480 0.79940 0.49529 0.78634 0.49791\n 11 116 5 0.79715 0.50401 0.80045 0.50212 0.79669 0.50154 0.80045 0.50212 0.78634 0.50473\n 11 116 5 0.79793 0.51092 0.80149 0.50894 0.79748 0.50827 0.80149 0.50894 0.78634 0.51155\n 11 116 5 0.78686 0.34608 0.78610 0.34622 0.78844 0.34748 0.78610 0.34622 0.79603 0.34778\n 11 116 5 0.78950 0.35265 0.78715 0.35304 0.78923 0.35421 0.78715 0.35304 0.79603 0.35461\n 11 116 5 0.79029 0.35957 0.78819 0.35986 0.79001 0.36094 0.78819 0.35986 0.79603 0.36143\n 11 116 5 0.79107 0.36648 0.78923 0.36669 0.79080 0.36767 0.78923 0.36669 0.79603 0.36825\n 11 116 5 0.79185 0.37340 0.79028 0.37351 0.79158 0.37440 0.79028 0.37351 0.79603 0.37508\n 11 116 5 0.79264 0.38031 0.79132 0.38033 0.79236 0.38114 0.79132 0.38033 0.79603 0.38190\n 11 116 5 0.79347 0.38723 0.79237 0.38716 0.79319 0.38791 0.79237 0.38716 0.79603 0.38873\n 11 116 5 0.79450 0.39421 0.79341 0.39398 0.79412 0.39483 0.79341 0.39398 0.79603 0.39555\n 11 116 5 0.79546 0.40129 0.79446 0.40081 0.79494 0.40180 0.79446 0.40081 0.79603 0.40237\n 11 116 5 0.79618 0.40850 0.79550 0.40763 0.79549 0.40874 0.79550 0.40763 0.79603 0.40920\n 11 116 5 0.79656 0.41556 0.79655 0.41445 0.79587 0.41533 0.79655 0.41445 0.79603 0.41602\n 11 116 5 0.79711 0.42227 0.79759 0.42128 0.79660 0.42176 0.79759 0.42128 0.79603 0.42284\n 11 116 5 0.79793 0.42895 0.79864 0.42810 0.79755 0.42832 0.79864 0.42810 0.79603 0.42967\n 11 116 5 0.79887 0.43567 0.79968 0.43492 0.79858 0.43500 0.79968 0.43492 0.79603 0.43649\n 11 116 5 0.79969 0.44255 0.80073 0.44175 0.79942 0.44173 0.80073 0.44175 0.79603 0.44332\n 11 116 5 0.80047 0.44947 0.80177 0.44857 0.80020 0.44846 0.80177 0.44857 0.79603 0.45014\n 11 116 5 0.80126 0.45638 0.80282 0.45540 0.80098 0.45519 0.80282 0.45540 0.79603 0.45696\n 11 116 5 0.80204 0.46330 0.80386 0.46222 0.80177 0.46193 0.80386 0.46222 0.79603 0.46379\n 11 116 5 0.80282 0.47021 0.80491 0.46904 0.80255 0.46866 0.80491 0.46904 0.79603 0.47061\n 11 116 5 0.80361 0.47713 0.80595 0.47587 0.80333 0.47539 0.80595 0.47587 0.79603 0.47743\n 11 116 5 0.80439 0.48404 0.80700 0.48269 0.80412 0.48212 0.80700 0.48269 0.79603 0.48426\n 11 116 5 0.80517 0.49096 0.80804 0.48952 0.80490 0.48886 0.80804 0.48952 0.79603 0.49108\n 11 116 5 0.80596 0.49787 0.80909 0.49634 0.80568 0.49559 0.80909 0.49634 0.79603 0.49791\n 11 116 5 0.80674 0.50479 0.81013 0.50316 0.80647 0.50232 0.81013 0.50316 0.79603 0.50473\n 11 116 5 0.80753 0.51170 0.81118 0.50999 0.80725 0.50905 0.81118 0.50999 0.79603 0.51155\n 11 116 5 0.79831 0.34652 0.79578 0.34726 0.79822 0.34826 0.79578 0.34726 0.80571 0.34778\n 11 116 5 0.79909 0.35344 0.79683 0.35408 0.79900 0.35499 0.79683 0.35408 0.80571 0.35461\n 11 116 5 0.79988 0.36035 0.79787 0.36091 0.79979 0.36172 0.79787 0.36091 0.80571 0.36143\n 11 116 5 0.80066 0.36727 0.79892 0.36773 0.80057 0.36846 0.79892 0.36773 0.80571 0.36825\n 11 116 5 0.80145 0.37418 0.79996 0.37456 0.80135 0.37519 0.79996 0.37456 0.80571 0.37508\n 11 116 5 0.80223 0.38110 0.80101 0.38138 0.80214 0.38192 0.80101 0.38138 0.80571 0.38190\n 11 116 5 0.80314 0.38799 0.80205 0.38820 0.80303 0.38871 0.80205 0.38820 0.80571 0.38873\n 11 116 5 0.80419 0.39487 0.80310 0.39503 0.80405 0.39559 0.80310 0.39503 0.80571 0.39555\n 11 116 5 0.80525 0.40183 0.80414 0.40185 0.80502 0.40253 0.80414 0.40185 0.80571 0.40237\n 11 116 5 0.80618 0.40915 0.80519 0.40867 0.80567 0.40967 0.80519 0.40867 0.80571 0.40920\n 11 116 5 0.80575 0.41650 0.80623 0.41550 0.80523 0.41598 0.80623 0.41550 0.80571 0.41602\n 11 116 5 0.80640 0.42300 0.80728 0.42232 0.80617 0.42231 0.80728 0.42232 0.80571 0.42284\n 11 116 5 0.80737 0.42971 0.80832 0.42915 0.80723 0.42899 0.80832 0.42915 0.80571 0.42967\n 11 116 5 0.80838 0.43648 0.80937 0.43597 0.80828 0.43576 0.80937 0.43597 0.80571 0.43649\n 11 116 5 0.80928 0.44334 0.81041 0.44279 0.80919 0.44251 0.81041 0.44279 0.80571 0.44332\n 11 116 5 0.81006 0.45025 0.81146 0.44962 0.80997 0.44924 0.81146 0.44962 0.80571 0.45014\n 11 116 5 0.81085 0.45717 0.81250 0.45644 0.81076 0.45598 0.81250 0.45644 0.80571 0.45696\n 11 116 5 0.81163 0.46408 0.81355 0.46326 0.81154 0.46271 0.81355 0.46326 0.80571 0.46379\n 11 116 5 0.81242 0.47100 0.81459 0.47009 0.81232 0.46944 0.81459 0.47009 0.80571 0.47061\n 11 116 5 0.81320 0.47791 0.81563 0.47691 0.81311 0.47617 0.81563 0.47691 0.80571 0.47743\n 11 116 5 0.81398 0.48483 0.81668 0.48374 0.81389 0.48291 0.81668 0.48374 0.80571 0.48426\n 11 116 5 0.81477 0.49174 0.81772 0.49056 0.81467 0.48964 0.81772 0.49056 0.80571 0.49108\n 11 116 5 0.81555 0.49866 0.81877 0.49738 0.81546 0.49637 0.81877 0.49738 0.80571 0.49791\n 11 116 5 0.81633 0.50557 0.81981 0.50421 0.81624 0.50310 0.81981 0.50421 0.80571 0.50473\n 11 116 5 0.81712 0.51249 0.82086 0.51103 0.81703 0.50984 0.82086 0.51103 0.80571 0.51155\n 11 116 5 0.80790 0.34731 0.80547 0.34830 0.80799 0.34904 0.80547 0.34830 0.81539 0.34778\n 11 116 5 0.80869 0.35422 0.80651 0.35513 0.80878 0.35577 0.80651 0.35513 0.81539 0.35461\n 11 116 5 0.80947 0.36114 0.80756 0.36195 0.80956 0.36251 0.80756 0.36195 0.81539 0.36143\n 11 116 5 0.81025 0.36805 0.80860 0.36878 0.81035 0.36924 0.80860 0.36878 0.81539 0.36825\n 11 116 5 0.81104 0.37497 0.80965 0.37560 0.81113 0.37597 0.80965 0.37560 0.81539 0.37508\n 11 116 5 0.81182 0.38188 0.81069 0.38242 0.81191 0.38270 0.81069 0.38242 0.81539 0.38190\n 11 116 5 0.81272 0.38874 0.81174 0.38925 0.81282 0.38946 0.81174 0.38925 0.81539 0.38873\n 11 116 5 0.81373 0.39551 0.81278 0.39607 0.81388 0.39622 0.81278 0.39607 0.81539 0.39555\n 11 116 5 0.81470 0.40222 0.81383 0.40290 0.81493 0.40291 0.81383 0.40290 0.81539 0.40237\n 11 116 5 0.81535 0.40872 0.81487 0.40972 0.81587 0.40924 0.81487 0.40972 0.81539 0.40920\n 11 116 5 0.81492 0.41606 0.81592 0.41654 0.81543 0.41555 0.81592 0.41654 0.81539 0.41602\n 11 116 5 0.81585 0.42338 0.81696 0.42337 0.81608 0.42269 0.81696 0.42337 0.81539 0.42284\n 11 116 5 0.81691 0.43034 0.81800 0.43019 0.81705 0.42963 0.81800 0.43019 0.81539 0.42967\n 11 116 5 0.81796 0.43723 0.81905 0.43701 0.81807 0.43650 0.81905 0.43701 0.81539 0.43649\n 11 116 5 0.81887 0.44412 0.82009 0.44384 0.81896 0.44330 0.82009 0.44384 0.81539 0.44332\n 11 116 5 0.81966 0.45103 0.82114 0.45066 0.81975 0.45003 0.82114 0.45066 0.81539 0.45014\n 11 116 5 0.82044 0.45795 0.82218 0.45749 0.82053 0.45676 0.82218 0.45749 0.81539 0.45696\n 11 116 5 0.82122 0.46486 0.82323 0.46431 0.82132 0.46349 0.82323 0.46431 0.81539 0.46379\n 11 116 5 0.82201 0.47178 0.82427 0.47113 0.82210 0.47023 0.82427 0.47113 0.81539 0.47061\n 11 116 5 0.82279 0.47869 0.82532 0.47796 0.82288 0.47696 0.82532 0.47796 0.81539 0.47743\n 11 116 5 0.82357 0.48561 0.82636 0.48478 0.82367 0.48369 0.82636 0.48478 0.81539 0.48426\n 11 116 5 0.82436 0.49253 0.82741 0.49160 0.82445 0.49042 0.82741 0.49160 0.81539 0.49108\n 11 116 5 0.82514 0.49944 0.82845 0.49843 0.82523 0.49716 0.82845 0.49843 0.81539 0.49791\n 11 116 5 0.82593 0.50636 0.82950 0.50525 0.82602 0.50389 0.82950 0.50525 0.81539 0.50473\n 11 116 5 0.82671 0.51327 0.83054 0.51208 0.82680 0.51062 0.83054 0.51208 0.81539 0.51155\n 11 116 5 0.81749 0.34809 0.81515 0.34935 0.81777 0.34983 0.81515 0.34935 0.82508 0.34778\n 11 116 5 0.81828 0.35500 0.81620 0.35617 0.81855 0.35656 0.81620 0.35617 0.82508 0.35461\n 11 116 5 0.81906 0.36192 0.81724 0.36300 0.81934 0.36329 0.81724 0.36300 0.82508 0.36143\n 11 116 5 0.81985 0.36883 0.81828 0.36982 0.82012 0.37002 0.81828 0.36982 0.82508 0.36825\n 11 116 5 0.82063 0.37575 0.81933 0.37664 0.82090 0.37676 0.81933 0.37664 0.82508 0.37508\n 11 116 5 0.82141 0.38267 0.82037 0.38347 0.82169 0.38349 0.82037 0.38347 0.82508 0.38190\n 11 116 5 0.82224 0.38954 0.82142 0.39029 0.82252 0.39022 0.82142 0.39029 0.82508 0.38873\n 11 116 5 0.82317 0.39627 0.82246 0.39712 0.82355 0.39689 0.82246 0.39712 0.82508 0.39555\n 11 116 5 0.82399 0.40294 0.82351 0.40394 0.82451 0.40346 0.82351 0.40394 0.82508 0.40237\n 11 116 5 0.82454 0.40966 0.82455 0.41076 0.82523 0.40989 0.82455 0.41076 0.82508 0.40920\n 11 116 5 0.82492 0.41671 0.82560 0.41759 0.82561 0.41648 0.82560 0.41759 0.82508 0.41602\n 11 116 5 0.82565 0.42393 0.82664 0.42441 0.82616 0.42341 0.82664 0.42441 0.82508 0.42284\n 11 116 5 0.82660 0.43101 0.82769 0.43124 0.82698 0.43038 0.82769 0.43124 0.82508 0.42967\n 11 116 5 0.82763 0.43798 0.82873 0.43806 0.82792 0.43731 0.82873 0.43806 0.82508 0.43649\n 11 116 5 0.82847 0.44490 0.82978 0.44488 0.82874 0.44408 0.82978 0.44488 0.82508 0.44332\n 11 116 5 0.82925 0.45182 0.83082 0.45171 0.82952 0.45081 0.83082 0.45171 0.82508 0.45014\n 11 116 5 0.83003 0.45873 0.83187 0.45853 0.83031 0.45754 0.83187 0.45853 0.82508 0.45696\n 11 116 5 0.83082 0.46565 0.83291 0.46535 0.83109 0.46428 0.83291 0.46535 0.82508 0.46379\n 11 116 5 0.83160 0.47256 0.83396 0.47218 0.83187 0.47101 0.83396 0.47218 0.82508 0.47061\n 11 116 5 0.83238 0.47948 0.83500 0.47900 0.83266 0.47774 0.83500 0.47900 0.82508 0.47743\n 11 116 5 0.83317 0.48639 0.83605 0.48583 0.83344 0.48447 0.83605 0.48583 0.82508 0.48426\n 11 116 5 0.83395 0.49331 0.83709 0.49265 0.83422 0.49121 0.83709 0.49265 0.82508 0.49108\n 11 116 5 0.83473 0.50022 0.83814 0.49947 0.83501 0.49794 0.83814 0.49947 0.82508 0.49791\n 11 116 5 0.83552 0.50714 0.83918 0.50630 0.83579 0.50467 0.83918 0.50630 0.82508 0.50473\n 11 116 5 0.83630 0.51405 0.84023 0.51312 0.83658 0.51140 0.84023 0.51312 0.82508 0.51155\n 11 116 5 0.82709 0.34887 0.82483 0.35039 0.82754 0.35061 0.82483 0.35039 0.83476 0.34778\n 11 116 5 0.82787 0.35579 0.82588 0.35722 0.82833 0.35734 0.82588 0.35722 0.83476 0.35461\n 11 116 5 0.82865 0.36270 0.82692 0.36404 0.82911 0.36407 0.82692 0.36404 0.83476 0.36143\n 11 116 5 0.82944 0.36962 0.82797 0.37087 0.82989 0.37081 0.82797 0.37087 0.83476 0.36825\n 11 116 5 0.83022 0.37653 0.82901 0.37769 0.83068 0.37754 0.82901 0.37769 0.83476 0.37508\n 11 116 5 0.83100 0.38345 0.83006 0.38451 0.83146 0.38427 0.83006 0.38451 0.83476 0.38190\n 11 116 5 0.83179 0.39036 0.83110 0.39134 0.83225 0.39100 0.83110 0.39134 0.83476 0.38873\n 11 116 5 0.83263 0.39716 0.83215 0.39816 0.83314 0.39768 0.83215 0.39816 0.83476 0.39555\n 11 116 5 0.83342 0.40390 0.83319 0.40498 0.83404 0.40428 0.83319 0.40498 0.83476 0.40237\n 11 116 5 0.83408 0.41071 0.83424 0.41181 0.83480 0.41086 0.83424 0.41181 0.83476 0.40920\n 11 116 5 0.83472 0.41768 0.83528 0.41863 0.83544 0.41754 0.83528 0.41863 0.83476 0.41602\n 11 116 5 0.83548 0.42475 0.83633 0.42546 0.83610 0.42437 0.83633 0.42546 0.83476 0.42284\n 11 116 5 0.83637 0.43180 0.83737 0.43228 0.83689 0.43128 0.83737 0.43228 0.83476 0.42967\n 11 116 5 0.83727 0.43877 0.83842 0.43910 0.83773 0.43813 0.83842 0.43910 0.83476 0.43649\n 11 116 5 0.83806 0.44569 0.83946 0.44593 0.83851 0.44486 0.83946 0.44593 0.83476 0.44332\n 11 116 5 0.83884 0.45260 0.84051 0.45275 0.83930 0.45160 0.84051 0.45275 0.83476 0.45014\n 11 116 5 0.83962 0.45952 0.84155 0.45958 0.84008 0.45833 0.84155 0.45958 0.83476 0.45696\n 11 116 5 0.84041 0.46643 0.84260 0.46640 0.84086 0.46506 0.84260 0.46640 0.83476 0.46379\n 11 116 5 0.84119 0.47335 0.84364 0.47322 0.84165 0.47179 0.84364 0.47322 0.83476 0.47061\n 11 116 5 0.84198 0.48026 0.84468 0.48005 0.84243 0.47853 0.84468 0.48005 0.83476 0.47743\n 11 116 5 0.84276 0.48718 0.84573 0.48687 0.84322 0.48526 0.84573 0.48687 0.83476 0.48426\n 11 116 5 0.84354 0.49409 0.84677 0.49369 0.84400 0.49199 0.84677 0.49369 0.83476 0.49108\n 11 116 5 0.84433 0.50101 0.84782 0.50052 0.84478 0.49872 0.84782 0.50052 0.83476 0.49791\n 11 116 5 0.84511 0.50792 0.84886 0.50734 0.84557 0.50545 0.84886 0.50734 0.83476 0.50473\n 11 116 5 0.84589 0.51484 0.84991 0.51417 0.84635 0.51219 0.84991 0.51417 0.83476 0.51155\n 11 116 5 0.83668 0.34966 0.83452 0.35144 0.83732 0.35139 0.83452 0.35144 0.84444 0.34778\n 11 116 5 0.83746 0.35657 0.83556 0.35826 0.83810 0.35813 0.83556 0.35826 0.84444 0.35461\n 11 116 5 0.83825 0.36349 0.83661 0.36509 0.83889 0.36486 0.83661 0.36509 0.84444 0.36143\n 11 116 5 0.83903 0.37040 0.83765 0.37191 0.83967 0.37159 0.83765 0.37191 0.84444 0.36825\n 11 116 5 0.83981 0.37732 0.83870 0.37873 0.84045 0.37832 0.83870 0.37873 0.84444 0.37508\n 11 116 5 0.84060 0.38423 0.83974 0.38556 0.84124 0.38506 0.83974 0.38556 0.84444 0.38190\n 11 116 5 0.84138 0.39115 0.84079 0.39238 0.84202 0.39179 0.84079 0.39238 0.84444 0.38873\n 11 116 5 0.84216 0.39806 0.84183 0.39921 0.84280 0.39852 0.84183 0.39921 0.84444 0.39555\n 11 116 5 0.84295 0.40493 0.84288 0.40603 0.84362 0.40521 0.84288 0.40603 0.84444 0.40237\n 11 116 5 0.84371 0.41177 0.84392 0.41285 0.84443 0.41187 0.84392 0.41285 0.84444 0.40920\n 11 116 5 0.84446 0.41869 0.84497 0.41968 0.84518 0.41859 0.84497 0.41968 0.84444 0.41602\n 11 116 5 0.84526 0.42568 0.84601 0.42650 0.84593 0.42540 0.84601 0.42650 0.84444 0.42284\n 11 116 5 0.84608 0.43264 0.84705 0.43332 0.84672 0.43218 0.84705 0.43332 0.84444 0.42967\n 11 116 5 0.84687 0.43955 0.84810 0.44015 0.84751 0.43891 0.84810 0.44015 0.84444 0.43649\n 11 116 5 0.84765 0.44647 0.84914 0.44697 0.84829 0.44565 0.84914 0.44697 0.84444 0.44332\n 11 116 5 0.84843 0.45338 0.85019 0.45380 0.84907 0.45238 0.85019 0.45380 0.84444 0.45014\n 11 116 5 0.84922 0.46030 0.85123 0.46062 0.84986 0.45911 0.85123 0.46062 0.84444 0.45696\n 11 116 5 0.85000 0.46722 0.85228 0.46744 0.85064 0.46584 0.85228 0.46744 0.84444 0.46379\n 11 116 5 0.85078 0.47413 0.85332 0.47427 0.85142 0.47258 0.85332 0.47427 0.84444 0.47061\n 11 116 5 0.85157 0.48105 0.85437 0.48109 0.85221 0.47931 0.85437 0.48109 0.84444 0.47743\n 11 116 5 0.85235 0.48796 0.85541 0.48792 0.85299 0.48604 0.85541 0.48792 0.84444 0.48426\n 11 116 5 0.85313 0.49488 0.85646 0.49474 0.85377 0.49277 0.85646 0.49474 0.84444 0.49108\n 11 116 5 0.85392 0.50179 0.85750 0.50156 0.85456 0.49951 0.85750 0.50156 0.84444 0.49791\n 11 116 5 0.85470 0.50871 0.85855 0.50839 0.85534 0.50624 0.85855 0.50839 0.84444 0.50473\n 11 116 5 0.85548 0.51562 0.85959 0.51521 0.85612 0.51297 0.85959 0.51521 0.84444 0.51155\n 11 116 5 0.84627 0.35044 0.84420 0.35248 0.84709 0.35218 0.84420 0.35248 0.85413 0.34778\n 11 116 5 0.84705 0.35736 0.84525 0.35931 0.84788 0.35891 0.84525 0.35931 0.85413 0.35461\n 11 116 5 0.84784 0.36427 0.84629 0.36613 0.84866 0.36564 0.84629 0.36613 0.85413 0.36143\n 11 116 5 0.84862 0.37119 0.84733 0.37296 0.84944 0.37237 0.84733 0.37296 0.85413 0.36825\n 11 116 5 0.84940 0.37810 0.84838 0.37978 0.85023 0.37911 0.84838 0.37978 0.85413 0.37508\n 11 116 5 0.85019 0.38502 0.84942 0.38660 0.85101 0.38584 0.84942 0.38660 0.85413 0.38190\n 11 116 5 0.85097 0.39193 0.85047 0.39343 0.85179 0.39257 0.85047 0.39343 0.85413 0.38873\n 11 116 5 0.85176 0.39885 0.85151 0.40025 0.85258 0.39930 0.85151 0.40025 0.85413 0.39555\n 11 116 5 0.85254 0.40576 0.85256 0.40707 0.85336 0.40604 0.85256 0.40707 0.85413 0.40237\n 11 116 5 0.85332 0.41268 0.85360 0.41390 0.85415 0.41277 0.85360 0.41390 0.85413 0.40920\n 11 116 5 0.85411 0.41959 0.85465 0.42072 0.85493 0.41950 0.85465 0.42072 0.85413 0.41602\n 11 116 5 0.85489 0.42651 0.85569 0.42755 0.85571 0.42623 0.85569 0.42755 0.85413 0.42284\n 11 116 5 0.85567 0.43342 0.85674 0.43437 0.85650 0.43297 0.85674 0.43437 0.85413 0.42967\n 11 116 5 0.85646 0.44034 0.85778 0.44119 0.85728 0.43970 0.85778 0.44119 0.85413 0.43649\n 11 116 5 0.85724 0.44725 0.85883 0.44802 0.85806 0.44643 0.85883 0.44802 0.85413 0.44332\n 11 116 5 0.85802 0.45417 0.85987 0.45484 0.85885 0.45316 0.85987 0.45484 0.85413 0.45014\n 11 116 5 0.85881 0.46108 0.86092 0.46166 0.85963 0.45990 0.86092 0.46166 0.85413 0.45696\n 11 116 5 0.85959 0.46800 0.86196 0.46849 0.86041 0.46663 0.86196 0.46849 0.85413 0.46379\n 11 116 5 0.86038 0.47491 0.86301 0.47531 0.86120 0.47336 0.86301 0.47531 0.85413 0.47061\n 11 116 5 0.86116 0.48183 0.86405 0.48214 0.86198 0.48009 0.86405 0.48214 0.85413 0.47743\n 11 116 5 0.86194 0.48874 0.86510 0.48896 0.86277 0.48682 0.86510 0.48896 0.85413 0.48426\n 11 116 5 0.86273 0.49566 0.86614 0.49578 0.86355 0.49356 0.86614 0.49578 0.85413 0.49108\n 11 116 5 0.86351 0.50258 0.86719 0.50261 0.86433 0.50029 0.86719 0.50261 0.85413 0.49791\n 11 116 5 0.86429 0.50949 0.86823 0.50943 0.86512 0.50702 0.86823 0.50943 0.85413 0.50473\n 11 116 5 0.86508 0.51641 0.86928 0.51626 0.86590 0.51375 0.86928 0.51626 0.85413 0.51155\n 11 116 5 0.85586 0.35122 0.85388 0.35353 0.85687 0.35296 0.85388 0.35353 0.86381 0.34778\n 11 116 5 0.85665 0.35814 0.85493 0.36035 0.85765 0.35969 0.85493 0.36035 0.86381 0.35461\n 11 116 5 0.85743 0.36505 0.85597 0.36718 0.85844 0.36643 0.85597 0.36718 0.86381 0.36143\n 11 116 5 0.85821 0.37197 0.85702 0.37400 0.85922 0.37316 0.85702 0.37400 0.86381 0.36825\n 11 116 5 0.85900 0.37888 0.85806 0.38082 0.86000 0.37989 0.85806 0.38082 0.86381 0.37508\n 11 116 5 0.85978 0.38580 0.85911 0.38765 0.86079 0.38662 0.85911 0.38765 0.86381 0.38190\n 11 116 5 0.86056 0.39271 0.86015 0.39447 0.86157 0.39335 0.86015 0.39447 0.86381 0.38873\n 11 116 5 0.86135 0.39963 0.86120 0.40130 0.86235 0.40009 0.86120 0.40130 0.86381 0.39555\n 11 116 5 0.86213 0.40655 0.86224 0.40812 0.86314 0.40682 0.86224 0.40812 0.86381 0.40237\n 11 116 5 0.86291 0.41346 0.86329 0.41494 0.86392 0.41355 0.86329 0.41494 0.86381 0.40920\n 11 116 5 0.86370 0.42038 0.86433 0.42177 0.86470 0.42028 0.86433 0.42177 0.86381 0.41602\n 11 116 5 0.86448 0.42729 0.86538 0.42859 0.86549 0.42702 0.86538 0.42859 0.86381 0.42284\n 11 116 5 0.86527 0.43421 0.86642 0.43541 0.86627 0.43375 0.86642 0.43541 0.86381 0.42967\n 11 116 5 0.86605 0.44112 0.86747 0.44224 0.86705 0.44048 0.86747 0.44224 0.86381 0.43649\n 11 116 5 0.86683 0.44804 0.86851 0.44906 0.86784 0.44721 0.86851 0.44906 0.86381 0.44332\n 11 116 5 0.86762 0.45495 0.86956 0.45589 0.86862 0.45395 0.86956 0.45589 0.86381 0.45014\n 11 116 5 0.86840 0.46187 0.87060 0.46271 0.86941 0.46068 0.87060 0.46271 0.86381 0.45696\n 11 116 5 0.86918 0.46878 0.87165 0.46953 0.87019 0.46741 0.87165 0.46953 0.86381 0.46379\n 11 116 5 0.86997 0.47570 0.87269 0.47636 0.87097 0.47414 0.87269 0.47636 0.86381 0.47061\n 11 116 5 0.87075 0.48261 0.87374 0.48318 0.87176 0.48088 0.87374 0.48318 0.86381 0.47743\n 11 116 5 0.87153 0.48953 0.87478 0.49000 0.87254 0.48761 0.87478 0.49000 0.86381 0.48426\n 11 116 5 0.87232 0.49644 0.87582 0.49683 0.87332 0.49434 0.87582 0.49683 0.86381 0.49108\n 11 116 5 0.87310 0.50336 0.87687 0.50365 0.87411 0.50107 0.87687 0.50365 0.86381 0.49791\n 11 116 5 0.87389 0.51027 0.87791 0.51048 0.87489 0.50781 0.87791 0.51048 0.86381 0.50473\n 11 72 3 0.87821 0.51667 0.87567 0.51454 0.87821 0.51667\n 11 50 2 0.87730 0.51667 0.86381 0.51155\n 11 116 5 0.86545 0.35201 0.86357 0.35457 0.86664 0.35374 0.86357 0.35457 0.87349 0.34778\n 11 116 5 0.86624 0.35892 0.86461 0.36140 0.86743 0.36048 0.86461 0.36140 0.87349 0.35461\n 11 116 5 0.86702 0.36584 0.86566 0.36822 0.86821 0.36721 0.86566 0.36822 0.87349 0.36143\n 11 116 5 0.86781 0.37275 0.86670 0.37504 0.86899 0.37394 0.86670 0.37504 0.87349 0.36825\n 11 116 5 0.86859 0.37967 0.86775 0.38187 0.86978 0.38067 0.86775 0.38187 0.87349 0.37508\n 11 116 5 0.86937 0.38658 0.86879 0.38869 0.87056 0.38741 0.86879 0.38869 0.87349 0.38190\n 11 116 5 0.87016 0.39350 0.86984 0.39552 0.87134 0.39414 0.86984 0.39552 0.87349 0.38873\n 11 116 5 0.87094 0.40041 0.87088 0.40234 0.87213 0.40087 0.87088 0.40234 0.87349 0.39555\n 11 116 5 0.87172 0.40733 0.87193 0.40916 0.87291 0.40760 0.87193 0.40916 0.87349 0.40237\n 11 116 5 0.87251 0.41424 0.87297 0.41599 0.87370 0.41434 0.87297 0.41599 0.87349 0.40920\n 11 116 5 0.87329 0.42116 0.87402 0.42281 0.87448 0.42107 0.87402 0.42281 0.87349 0.41602\n 11 116 5 0.87407 0.42807 0.87506 0.42964 0.87526 0.42780 0.87506 0.42964 0.87349 0.42284\n 11 116 5 0.87486 0.43499 0.87610 0.43646 0.87605 0.43453 0.87610 0.43646 0.87349 0.42967\n 11 116 5 0.87564 0.44191 0.87715 0.44328 0.87683 0.44127 0.87715 0.44328 0.87349 0.43649\n 11 116 5 0.87642 0.44882 0.87819 0.45011 0.87761 0.44800 0.87819 0.45011 0.87349 0.44332\n 11 116 5 0.87721 0.45574 0.87924 0.45693 0.87840 0.45473 0.87924 0.45693 0.87349 0.45014\n 11 116 5 0.87799 0.46265 0.88028 0.46375 0.87918 0.46146 0.88028 0.46375 0.87349 0.45696\n 11 116 5 0.87878 0.46957 0.88133 0.47058 0.87996 0.46819 0.88133 0.47058 0.87349 0.46379\n 11 116 5 0.87956 0.47648 0.88237 0.47740 0.88075 0.47493 0.88237 0.47740 0.87349 0.47061\n 11 116 5 0.88034 0.48340 0.88342 0.48423 0.88153 0.48166 0.88342 0.48423 0.87349 0.47743\n 11 116 5 0.88113 0.49031 0.88446 0.49105 0.88231 0.48839 0.88446 0.49105 0.87349 0.48426\n 11 116 5 0.88191 0.49723 0.88551 0.49787 0.88310 0.49512 0.88551 0.49787 0.87349 0.49108\n 11 116 5 0.88269 0.50414 0.88655 0.50470 0.88388 0.50186 0.88655 0.50470 0.87349 0.49791\n 11 116 5 0.88348 0.51106 0.88760 0.51152 0.88467 0.50859 0.88760 0.51152 0.87349 0.50473\n 11 72 3 0.88688 0.51667 0.88545 0.51532 0.88688 0.51667\n 11 50 2 0.88491 0.51667 0.87349 0.51155\n 11 116 5 0.87505 0.35279 0.87325 0.35562 0.87642 0.35453 0.87325 0.35562 0.88318 0.34778\n 11 116 5 0.87583 0.35971 0.87430 0.36244 0.87720 0.36126 0.87430 0.36244 0.88318 0.35461\n 11 116 5 0.87661 0.36662 0.87534 0.36927 0.87798 0.36799 0.87534 0.36927 0.88318 0.36143\n 11 116 5 0.87740 0.37354 0.87639 0.37609 0.87877 0.37472 0.87639 0.37609 0.88318 0.36825\n 11 116 5 0.87818 0.38045 0.87743 0.38291 0.87955 0.38146 0.87743 0.38291 0.88318 0.37508\n 11 116 5 0.87896 0.38737 0.87847 0.38974 0.88034 0.38819 0.87847 0.38974 0.88318 0.38190\n 11 116 5 0.87975 0.39428 0.87952 0.39656 0.88112 0.39492 0.87952 0.39656 0.88318 0.38873\n 11 116 5 0.88053 0.40120 0.88056 0.40338 0.88190 0.40165 0.88056 0.40338 0.88318 0.39555\n 11 116 5 0.88132 0.40811 0.88161 0.41021 0.88269 0.40839 0.88161 0.41021 0.88318 0.40237\n 11 116 5 0.88210 0.41503 0.88265 0.41703 0.88347 0.41512 0.88265 0.41703 0.88318 0.40920\n 11 116 5 0.88288 0.42194 0.88370 0.42386 0.88425 0.42185 0.88370 0.42386 0.88318 0.41602\n 11 116 5 0.88367 0.42886 0.88474 0.43068 0.88504 0.42858 0.88474 0.43068 0.88318 0.42284\n 11 116 5 0.88445 0.43577 0.88579 0.43750 0.88582 0.43532 0.88579 0.43750 0.88318 0.42967\n 11 116 5 0.88523 0.44269 0.88683 0.44433 0.88660 0.44205 0.88683 0.44433 0.88318 0.43649\n 11 116 5 0.88602 0.44960 0.88788 0.45115 0.88739 0.44878 0.88788 0.45115 0.88318 0.44332\n 11 116 5 0.88680 0.45652 0.88892 0.45798 0.88817 0.45551 0.88892 0.45798 0.88318 0.45014\n 11 116 5 0.88758 0.46343 0.88997 0.46480 0.88896 0.46225 0.88997 0.46480 0.88318 0.45696\n 11 116 5 0.88837 0.47035 0.89101 0.47162 0.88974 0.46898 0.89101 0.47162 0.88318 0.46379\n 11 116 5 0.88915 0.47726 0.89206 0.47845 0.89052 0.47571 0.89206 0.47845 0.88318 0.47061\n 11 116 5 0.88993 0.48418 0.89310 0.48527 0.89131 0.48244 0.89310 0.48527 0.88318 0.47743\n 11 116 5 0.89072 0.49110 0.89415 0.49209 0.89209 0.48918 0.89415 0.49209 0.88318 0.48426\n 11 116 5 0.89150 0.49801 0.89519 0.49892 0.89287 0.49591 0.89519 0.49892 0.88318 0.49108\n 11 116 5 0.89229 0.50493 0.89624 0.50574 0.89366 0.50264 0.89624 0.50574 0.88318 0.49791\n 11 116 5 0.89307 0.51184 0.89728 0.51257 0.89444 0.50937 0.89728 0.51257 0.88318 0.50473\n 11 72 3 0.89576 0.51667 0.89522 0.51611 0.89576 0.51667\n 11 50 2 0.89307 0.51667 0.88318 0.51155\n 11 116 5 0.88464 0.35357 0.88293 0.35666 0.88619 0.35531 0.88293 0.35666 0.89286 0.34778\n 11 116 5 0.88542 0.36049 0.88398 0.36349 0.88698 0.36204 0.88398 0.36349 0.89286 0.35461\n 11 116 5 0.88621 0.36740 0.88502 0.37031 0.88776 0.36878 0.88502 0.37031 0.89286 0.36143\n 11 116 5 0.88699 0.37432 0.88607 0.37713 0.88854 0.37551 0.88607 0.37713 0.89286 0.36825\n 11 116 5 0.88777 0.38124 0.88711 0.38396 0.88933 0.38224 0.88711 0.38396 0.89286 0.37508\n 11 116 5 0.88856 0.38815 0.88816 0.39078 0.89011 0.38897 0.88816 0.39078 0.89286 0.38190\n 11 116 5 0.88934 0.39507 0.88920 0.39761 0.89089 0.39571 0.88920 0.39761 0.89286 0.38873\n 11 116 5 0.89012 0.40198 0.89025 0.40443 0.89168 0.40244 0.89025 0.40443 0.89286 0.39555\n 11 116 5 0.89091 0.40890 0.89129 0.41125 0.89246 0.40917 0.89129 0.41125 0.89286 0.40237\n 11 116 5 0.89169 0.41581 0.89234 0.41808 0.89324 0.41590 0.89234 0.41808 0.89286 0.40920\n 11 116 5 0.89247 0.42273 0.89338 0.42490 0.89403 0.42264 0.89338 0.42490 0.89286 0.41602\n 11 116 5 0.89326 0.42964 0.89443 0.43172 0.89481 0.42937 0.89443 0.43172 0.89286 0.42284\n 11 116 5 0.89404 0.43656 0.89547 0.43855 0.89560 0.43610 0.89547 0.43855 0.89286 0.42967\n 11 116 5 0.89483 0.44347 0.89652 0.44537 0.89638 0.44283 0.89652 0.44537 0.89286 0.43649\n 11 116 5 0.89561 0.45039 0.89756 0.45220 0.89716 0.44956 0.89756 0.45220 0.89286 0.44332\n 11 116 5 0.89639 0.45730 0.89861 0.45902 0.89795 0.45630 0.89861 0.45902 0.89286 0.45014\n 11 116 5 0.89718 0.46422 0.89965 0.46584 0.89873 0.46303 0.89965 0.46584 0.89286 0.45696\n 11 116 5 0.89796 0.47113 0.90070 0.47267 0.89951 0.46976 0.90070 0.47267 0.89286 0.46379\n 11 116 5 0.89874 0.47805 0.90174 0.47949 0.90030 0.47649 0.90174 0.47949 0.89286 0.47061\n 11 116 5 0.89953 0.48496 0.90279 0.48632 0.90108 0.48323 0.90279 0.48632 0.89286 0.47743\n 11 116 5 0.90031 0.49188 0.90383 0.49314 0.90186 0.48996 0.90383 0.49314 0.89286 0.48426\n 11 116 5 0.90109 0.49879 0.90487 0.49996 0.90265 0.49669 0.90487 0.49996 0.89286 0.49108\n 11 116 5 0.90188 0.50571 0.90592 0.50679 0.90343 0.50342 0.90592 0.50679 0.89286 0.49791\n 11 116 5 0.90266 0.51262 0.90696 0.51361 0.90422 0.51016 0.90696 0.51361 0.89286 0.50473\n 11 50 2 0.90159 0.51667 0.89286 0.51155\n 11 116 5 0.89423 0.35436 0.89262 0.35771 0.89597 0.35609 0.89262 0.35771 0.90254 0.34778\n 11 116 5 0.89501 0.36127 0.89366 0.36453 0.89675 0.36283 0.89366 0.36453 0.90254 0.35461\n 11 116 5 0.89580 0.36819 0.89471 0.37136 0.89753 0.36956 0.89471 0.37136 0.90254 0.36143\n 11 116 5 0.89658 0.37510 0.89575 0.37818 0.89832 0.37629 0.89575 0.37818 0.90254 0.36825\n 11 116 5 0.89736 0.38202 0.89680 0.38500 0.89910 0.38302 0.89680 0.38500 0.90254 0.37508\n 11 116 5 0.89815 0.38893 0.89784 0.39183 0.89989 0.38976 0.89784 0.39183 0.90254 0.38190\n 11 116 5 0.89893 0.39585 0.89889 0.39865 0.90067 0.39649 0.89889 0.39865 0.90254 0.38873\n 11 116 5 0.89972 0.40276 0.89993 0.40547 0.90145 0.40322 0.89993 0.40547 0.90254 0.39555\n 11 116 5 0.90050 0.40968 0.90098 0.41230 0.90224 0.40995 0.90098 0.41230 0.90254 0.40237\n 11 116 5 0.90128 0.41660 0.90202 0.41912 0.90302 0.41669 0.90202 0.41912 0.90254 0.40920\n 11 116 5 0.90207 0.42351 0.90307 0.42595 0.90380 0.42342 0.90307 0.42595 0.90254 0.41602\n 11 116 5 0.90285 0.43043 0.90411 0.43277 0.90459 0.43015 0.90411 0.43277 0.90254 0.42284\n 11 116 5 0.90363 0.43734 0.90515 0.43959 0.90537 0.43688 0.90515 0.43959 0.90254 0.42967\n 11 116 5 0.90442 0.44426 0.90620 0.44642 0.90615 0.44362 0.90620 0.44642 0.90254 0.43649\n 11 116 5 0.90520 0.45117 0.90724 0.45324 0.90694 0.45035 0.90724 0.45324 0.90254 0.44332\n 11 116 5 0.90598 0.45809 0.90829 0.46007 0.90772 0.45708 0.90829 0.46007 0.90254 0.45014\n 11 116 5 0.90677 0.46500 0.90933 0.46689 0.90850 0.46381 0.90933 0.46689 0.90254 0.45696\n 11 116 5 0.90755 0.47192 0.91038 0.47371 0.90929 0.47055 0.91038 0.47371 0.90254 0.46379\n 11 116 5 0.90834 0.47883 0.91142 0.48054 0.91007 0.47728 0.91142 0.48054 0.90254 0.47061\n 11 116 5 0.90912 0.48575 0.91247 0.48736 0.91086 0.48401 0.91247 0.48736 0.90254 0.47743\n 11 116 5 0.90990 0.49266 0.91351 0.49418 0.91164 0.49074 0.91351 0.49418 0.90254 0.48426\n 11 116 5 0.91069 0.49958 0.91456 0.50101 0.91242 0.49748 0.91456 0.50101 0.90254 0.49108\n 11 116 5 0.91147 0.50649 0.91560 0.50783 0.91321 0.50421 0.91560 0.50783 0.90254 0.49791\n 11 116 5 0.91225 0.51341 0.91665 0.51466 0.91399 0.51094 0.91665 0.51466 0.90254 0.50473\n 11 50 2 0.91035 0.51667 0.90254 0.51155\n 11 116 5 0.90382 0.35514 0.90230 0.35875 0.90574 0.35688 0.90230 0.35875 0.91223 0.34778\n 11 116 5 0.90461 0.36206 0.90335 0.36558 0.90653 0.36361 0.90335 0.36558 0.91223 0.35461\n 11 116 5 0.90539 0.36897 0.90439 0.37240 0.90731 0.37034 0.90439 0.37240 0.91223 0.36143\n 11 116 5 0.90617 0.37589 0.90544 0.37922 0.90809 0.37708 0.90544 0.37922 0.91223 0.36825\n 11 116 5 0.90696 0.38280 0.90648 0.38605 0.90888 0.38381 0.90648 0.38605 0.91223 0.37508\n 11 116 5 0.90774 0.38972 0.90752 0.39287 0.90966 0.39054 0.90752 0.39287 0.91223 0.38190\n 11 116 5 0.90852 0.39663 0.90857 0.39970 0.91044 0.39727 0.90857 0.39970 0.91223 0.38873\n 11 116 5 0.90931 0.40355 0.90961 0.40652 0.91123 0.40401 0.90961 0.40652 0.91223 0.39555\n 11 116 5 0.91009 0.41046 0.91066 0.41334 0.91201 0.41074 0.91066 0.41334 0.91223 0.40237\n 11 116 5 0.91087 0.41738 0.91170 0.42017 0.91279 0.41747 0.91170 0.42017 0.91223 0.40920\n 11 116 5 0.91166 0.42429 0.91275 0.42699 0.91358 0.42420 0.91275 0.42699 0.91223 0.41602\n 11 116 5 0.91244 0.43121 0.91379 0.43381 0.91436 0.43093 0.91379 0.43381 0.91223 0.42284\n 11 116 5 0.91323 0.43812 0.91484 0.44064 0.91515 0.43767 0.91484 0.44064 0.91223 0.42967\n 11 116 5 0.91401 0.44504 0.91588 0.44746 0.91593 0.44440 0.91588 0.44746 0.91223 0.43649\n 11 116 5 0.91479 0.45195 0.91693 0.45429 0.91671 0.45113 0.91693 0.45429 0.91223 0.44332\n 11 116 5 0.91558 0.45887 0.91797 0.46111 0.91750 0.45786 0.91797 0.46111 0.91223 0.45014\n 11 116 5 0.91636 0.46579 0.91902 0.46793 0.91828 0.46460 0.91902 0.46793 0.91223 0.45696\n 11 116 5 0.91714 0.47270 0.92006 0.47476 0.91906 0.47133 0.92006 0.47476 0.91223 0.46379\n 11 116 5 0.91793 0.47962 0.92111 0.48158 0.91985 0.47806 0.92111 0.48158 0.91223 0.47061\n 11 116 5 0.91871 0.48653 0.92215 0.48841 0.92063 0.48479 0.92215 0.48841 0.91223 0.47743\n 11 116 5 0.91949 0.49345 0.92320 0.49523 0.92141 0.49153 0.92320 0.49523 0.91223 0.48426\n 11 116 5 0.92028 0.50036 0.92424 0.50205 0.92220 0.49826 0.92424 0.50205 0.91223 0.49108\n 11 116 5 0.92106 0.50728 0.92529 0.50888 0.92298 0.50499 0.92529 0.50888 0.91223 0.49791\n 11 116 5 0.92184 0.51419 0.92633 0.51570 0.92376 0.51172 0.92633 0.51570 0.91223 0.50473\n 11 50 2 0.91929 0.51667 0.91223 0.51155\n 11 116 5 0.91341 0.35593 0.91198 0.35980 0.91552 0.35766 0.91198 0.35980 0.92191 0.34778\n 11 116 5 0.91420 0.36284 0.91303 0.36662 0.91630 0.36439 0.91303 0.36662 0.92191 0.35461\n 11 116 5 0.91498 0.36976 0.91407 0.37345 0.91708 0.37113 0.91407 0.37345 0.92191 0.36143\n 11 116 5 0.91576 0.37667 0.91512 0.38027 0.91787 0.37786 0.91512 0.38027 0.92191 0.36825\n 11 116 5 0.91655 0.38359 0.91616 0.38709 0.91865 0.38459 0.91616 0.38709 0.92191 0.37508\n 11 116 5 0.91733 0.39050 0.91721 0.39392 0.91943 0.39132 0.91721 0.39392 0.92191 0.38190\n 11 116 5 0.91812 0.39742 0.91825 0.40074 0.92022 0.39806 0.91825 0.40074 0.92191 0.38873\n 11 116 5 0.91890 0.40433 0.91930 0.40756 0.92100 0.40479 0.91930 0.40756 0.92191 0.39555\n 11 116 5 0.91968 0.41125 0.92034 0.41439 0.92179 0.41152 0.92034 0.41439 0.92191 0.40237\n 11 116 5 0.92047 0.41816 0.92139 0.42121 0.92257 0.41825 0.92139 0.42121 0.92191 0.40920\n 11 116 5 0.92125 0.42508 0.92243 0.42804 0.92335 0.42499 0.92243 0.42804 0.92191 0.41602\n 11 116 5 0.92203 0.43199 0.92348 0.43486 0.92414 0.43172 0.92348 0.43486 0.92191 0.42284\n 11 116 5 0.92282 0.43891 0.92452 0.44168 0.92492 0.43845 0.92452 0.44168 0.92191 0.42967\n 11 116 5 0.92360 0.44582 0.92557 0.44851 0.92570 0.44518 0.92557 0.44851 0.92191 0.43649\n 11 116 5 0.92438 0.45274 0.92661 0.45533 0.92649 0.45192 0.92661 0.45533 0.92191 0.44332\n 11 116 5 0.92517 0.45965 0.92766 0.46215 0.92727 0.45865 0.92766 0.46215 0.92191 0.45014\n 11 116 5 0.92595 0.46657 0.92870 0.46898 0.92805 0.46538 0.92870 0.46898 0.92191 0.45696\n 11 116 5 0.92674 0.47348 0.92975 0.47580 0.92884 0.47211 0.92975 0.47580 0.92191 0.46379\n 11 116 5 0.92752 0.48040 0.93079 0.48263 0.92962 0.47885 0.93079 0.48263 0.92191 0.47061\n 11 116 5 0.92830 0.48731 0.93184 0.48945 0.93041 0.48558 0.93184 0.48945 0.92191 0.47743\n 11 116 5 0.92909 0.49423 0.93288 0.49627 0.93119 0.49231 0.93288 0.49627 0.92191 0.48426\n 11 116 5 0.92987 0.50115 0.93392 0.50310 0.93197 0.49904 0.93392 0.50310 0.92191 0.49108\n 11 116 5 0.93065 0.50806 0.93497 0.50992 0.93276 0.50577 0.93497 0.50992 0.92191 0.49791\n 11 50 2 0.93144 0.51498 0.93582 0.51667\n 11 72 3 0.93597 0.51667 0.93354 0.51251 0.93597 0.51667\n 11 50 2 0.93593 0.51667 0.92191 0.50473\n 11 50 2 0.92836 0.51667 0.92191 0.51155\n 11 116 5 0.92301 0.35671 0.92167 0.36084 0.92529 0.35845 0.92167 0.36084 0.93159 0.34778\n 11 116 5 0.92379 0.36362 0.92271 0.36767 0.92608 0.36518 0.92271 0.36767 0.93159 0.35461\n 11 116 5 0.92457 0.37054 0.92376 0.37449 0.92686 0.37191 0.92376 0.37449 0.93159 0.36143\n 11 116 5 0.92536 0.37745 0.92480 0.38131 0.92764 0.37864 0.92480 0.38131 0.93159 0.36825\n 11 116 5 0.92614 0.38437 0.92585 0.38814 0.92843 0.38538 0.92585 0.38814 0.93159 0.37508\n 11 116 5 0.92692 0.39128 0.92689 0.39496 0.92921 0.39211 0.92689 0.39496 0.93159 0.38190\n 11 116 5 0.92771 0.39820 0.92794 0.40179 0.92999 0.39884 0.92794 0.40179 0.93159 0.38873\n 11 116 5 0.92849 0.40512 0.92898 0.40861 0.93078 0.40557 0.92898 0.40861 0.93159 0.39555\n 11 116 5 0.92927 0.41203 0.93003 0.41543 0.93156 0.41230 0.93003 0.41543 0.93159 0.40237\n 11 116 5 0.93006 0.41895 0.93107 0.42226 0.93234 0.41904 0.93107 0.42226 0.93159 0.40920\n 11 116 5 0.93084 0.42586 0.93212 0.42908 0.93313 0.42577 0.93212 0.42908 0.93159 0.41602\n 11 116 5 0.93163 0.43278 0.93316 0.43590 0.93391 0.43250 0.93316 0.43590 0.93159 0.42284\n 11 116 5 0.93241 0.43969 0.93421 0.44273 0.93469 0.43923 0.93421 0.44273 0.93159 0.42967\n 11 116 5 0.93319 0.44661 0.93525 0.44955 0.93548 0.44597 0.93525 0.44955 0.93159 0.43649\n 11 116 5 0.93398 0.45352 0.93629 0.45638 0.93626 0.45270 0.93629 0.45638 0.93159 0.44332\n 11 116 5 0.93476 0.46044 0.93734 0.46320 0.93705 0.45943 0.93734 0.46320 0.93159 0.45014\n 11 116 5 0.93554 0.46735 0.93838 0.47002 0.93783 0.46616 0.93838 0.47002 0.93159 0.45696\n 11 116 5 0.93633 0.47427 0.93943 0.47685 0.93861 0.47290 0.93943 0.47685 0.93159 0.46379\n 11 116 5 0.93711 0.48118 0.94047 0.48367 0.93940 0.47963 0.94047 0.48367 0.93159 0.47061\n 11 116 5 0.93789 0.48810 0.94152 0.49049 0.94018 0.48636 0.94152 0.49049 0.93159 0.47743\n 11 116 5 0.93868 0.49501 0.94256 0.49732 0.94096 0.49309 0.94256 0.49732 0.93159 0.48426\n 11 116 5 0.93946 0.50193 0.94361 0.50414 0.94175 0.49983 0.94361 0.50414 0.93159 0.49108\n 11 116 5 0.94025 0.50884 0.94465 0.51097 0.94253 0.50656 0.94465 0.51097 0.93159 0.49791\n 11 50 2 0.94103 0.51576 0.94313 0.51667\n 11 72 3 0.94511 0.51667 0.94331 0.51329 0.94511 0.51667\n 11 50 2 0.94449 0.51667 0.93159 0.50473\n 11 50 2 0.93753 0.51667 0.93159 0.51155\n 11 116 5 0.93260 0.35749 0.93135 0.36189 0.93507 0.35923 0.93135 0.36189 0.94128 0.34778\n 11 116 5 0.93338 0.36441 0.93240 0.36871 0.93585 0.36596 0.93240 0.36871 0.94128 0.35461\n 11 116 5 0.93417 0.37132 0.93344 0.37553 0.93663 0.37269 0.93344 0.37553 0.94128 0.36143\n 11 116 5 0.93495 0.37824 0.93449 0.38236 0.93742 0.37943 0.93449 0.38236 0.94128 0.36825\n 11 116 5 0.93573 0.38515 0.93553 0.38918 0.93820 0.38616 0.93553 0.38918 0.94128 0.37508\n 11 116 5 0.93652 0.39207 0.93657 0.39601 0.93898 0.39289 0.93657 0.39601 0.94128 0.38190\n 11 116 5 0.93730 0.39898 0.93762 0.40283 0.93977 0.39962 0.93762 0.40283 0.94128 0.38873\n 11 116 5 0.93808 0.40590 0.93866 0.40965 0.94055 0.40636 0.93866 0.40965 0.94128 0.39555\n 11 116 5 0.93887 0.41281 0.93971 0.41648 0.94134 0.41309 0.93971 0.41648 0.94128 0.40237\n 11 116 5 0.93965 0.41973 0.94075 0.42330 0.94212 0.41982 0.94075 0.42330 0.94128 0.40920\n 11 116 5 0.94043 0.42664 0.94180 0.43013 0.94290 0.42655 0.94180 0.43013 0.94128 0.41602\n 11 116 5 0.94122 0.43356 0.94284 0.43695 0.94369 0.43329 0.94284 0.43695 0.94128 0.42284\n 11 116 5 0.94200 0.44048 0.94389 0.44377 0.94447 0.44002 0.94389 0.44377 0.94128 0.42967\n 11 116 5 0.94278 0.44739 0.94493 0.45060 0.94525 0.44675 0.94493 0.45060 0.94128 0.43649\n 11 116 5 0.94357 0.45431 0.94598 0.45742 0.94604 0.45348 0.94598 0.45742 0.94128 0.44332\n 11 116 5 0.94435 0.46122 0.94702 0.46424 0.94682 0.46022 0.94702 0.46424 0.94128 0.45014\n 11 116 5 0.94514 0.46814 0.94807 0.47107 0.94760 0.46695 0.94807 0.47107 0.94128 0.45696\n 11 116 5 0.94592 0.47505 0.94911 0.47789 0.94839 0.47368 0.94911 0.47789 0.94128 0.46379\n 11 116 5 0.94670 0.48197 0.95016 0.48472 0.94917 0.48041 0.95016 0.48472 0.94128 0.47061\n 11 116 5 0.94749 0.48888 0.95120 0.49154 0.94995 0.48714 0.95120 0.49154 0.94128 0.47743\n 11 116 5 0.94827 0.49580 0.95225 0.49836 0.95074 0.49388 0.95225 0.49836 0.94128 0.48426\n 11 116 5 0.94905 0.50271 0.95329 0.50519 0.95152 0.50061 0.95329 0.50519 0.94128 0.49108\n 11 116 5 0.94984 0.50963 0.95434 0.51201 0.95231 0.50734 0.95434 0.51201 0.94128 0.49791\n 11 50 2 0.95062 0.51654 0.95089 0.51667\n 11 72 3 0.95434 0.51667 0.95309 0.51407 0.95434 0.51667\n 11 50 2 0.95322 0.51667 0.94128 0.50473\n 11 50 2 0.94677 0.51667 0.94128 0.51155\n 11 116 5 0.94219 0.35828 0.94103 0.36293 0.94484 0.36001 0.94103 0.36293 0.95096 0.34778\n 11 116 5 0.94297 0.36519 0.94208 0.36976 0.94562 0.36675 0.94208 0.36976 0.95096 0.35461\n 11 116 5 0.94376 0.37211 0.94312 0.37658 0.94641 0.37348 0.94312 0.37658 0.95096 0.36143\n 11 116 5 0.94454 0.37902 0.94417 0.38340 0.94719 0.38021 0.94417 0.38340 0.95096 0.36825\n 11 116 5 0.94532 0.38594 0.94521 0.39023 0.94798 0.38694 0.94521 0.39023 0.95096 0.37508\n 11 116 5 0.94611 0.39285 0.94626 0.39705 0.94876 0.39367 0.94626 0.39705 0.95096 0.38190\n 11 116 5 0.94689 0.39977 0.94730 0.40387 0.94954 0.40041 0.94730 0.40387 0.95096 0.38873\n 11 116 5 0.94768 0.40668 0.94835 0.41070 0.95033 0.40714 0.94835 0.41070 0.95096 0.39555\n 11 116 5 0.94846 0.41360 0.94939 0.41752 0.95111 0.41387 0.94939 0.41752 0.95096 0.40237\n 11 116 5 0.94924 0.42051 0.95044 0.42435 0.95189 0.42060 0.95044 0.42435 0.95096 0.40920\n 11 116 5 0.95003 0.42743 0.95148 0.43117 0.95268 0.42734 0.95148 0.43117 0.95096 0.41602\n 11 116 5 0.95081 0.43434 0.95253 0.43799 0.95346 0.43407 0.95253 0.43799 0.95096 0.42284\n 11 116 5 0.95159 0.44126 0.95357 0.44482 0.95424 0.44080 0.95357 0.44482 0.95096 0.42967\n 11 116 5 0.95238 0.44817 0.95462 0.45164 0.95503 0.44753 0.95462 0.45164 0.95096 0.43649\n 11 116 5 0.95316 0.45509 0.95566 0.45847 0.95581 0.45427 0.95566 0.45847 0.95096 0.44332\n 11 116 5 0.95394 0.46200 0.95671 0.46529 0.95660 0.46100 0.95671 0.46529 0.95096 0.45014\n 11 116 5 0.95473 0.46892 0.95775 0.47211 0.95738 0.46773 0.95775 0.47211 0.95096 0.45696\n 11 50 2 0.95551 0.47583 0.95822 0.47840\n 11 72 3 0.95822 0.47489 0.95816 0.47446 0.95822 0.47489\n 11 50 2 0.95822 0.47783 0.95096 0.46379\n 11 50 2 0.95629 0.48275 0.95822 0.48439\n 11 50 2 0.95822 0.48300 0.95096 0.47061\n 11 50 2 0.95708 0.48967 0.95822 0.49054\n 11 50 2 0.95822 0.48852 0.95096 0.47743\n 11 50 2 0.95786 0.49658 0.95822 0.49683\n 11 50 2 0.95822 0.49429 0.95096 0.48426\n 11 50 2 0.95822 0.50024 0.95096 0.49108\n 11 50 2 0.95822 0.50633 0.95096 0.49791\n 11 50 2 0.95822 0.51253 0.95096 0.50473\n 11 50 2 0.95608 0.51667 0.95096 0.51155\n 21 6 1\n 25 6 1\n 82 0\n 81 6 36\n 82 0\n 81 6 37\n 21 6 1\n 25 6 1\n 21 6 4\n 25 6 4\n 11 50 2 0.71614 0.35275 0.71856 0.34778\n 11 50 2 0.71614 0.35932 0.71856 0.35461\n 11 50 2 0.71614 0.36589 0.71856 0.36143\n 11 50 2 0.71614 0.37246 0.71856 0.36825\n 11 50 2 0.71614 0.37903 0.71856 0.37508\n 11 50 2 0.71614 0.38560 0.71856 0.38190\n 11 50 2 0.71614 0.39217 0.71856 0.38873\n 11 50 2 0.71614 0.39873 0.71856 0.39555\n 11 50 2 0.71614 0.40530 0.71856 0.40237\n 11 50 2 0.71614 0.41187 0.71856 0.40920\n 11 50 2 0.71614 0.41844 0.71856 0.41602\n 11 50 2 0.71614 0.42501 0.71856 0.42284\n 11 50 2 0.71614 0.43158 0.71856 0.42967\n 11 50 2 0.71614 0.43815 0.71856 0.43649\n 11 50 2 0.71614 0.44472 0.71856 0.44332\n 11 50 2 0.71614 0.45129 0.71856 0.45014\n 11 50 2 0.71614 0.45786 0.71856 0.45696\n 11 50 2 0.71614 0.46442 0.71856 0.46379\n 11 50 2 0.71614 0.47099 0.71856 0.47061\n 11 50 2 0.71614 0.47756 0.71856 0.47743\n 11 50 2 0.71614 0.48413 0.71856 0.48426\n 11 50 2 0.71614 0.49070 0.71856 0.49108\n 11 50 2 0.71614 0.49727 0.71856 0.49791\n 11 50 2 0.71614 0.50384 0.71856 0.50473\n 11 50 2 0.71614 0.51041 0.71856 0.51155\n 11 116 5 0.71977 0.36264 0.71936 0.36816 0.72312 0.36410 0.71936 0.36816 0.72824 0.34778\n 11 116 5 0.71988 0.36843 0.71936 0.37393 0.72320 0.36995 0.71936 0.37393 0.72824 0.35461\n 11 116 5 0.71998 0.37437 0.71936 0.37971 0.72318 0.37592 0.71936 0.37971 0.72824 0.36143\n 11 116 5 0.72007 0.38041 0.71936 0.38549 0.72309 0.38196 0.71936 0.38549 0.72824 0.36825\n 11 116 5 0.72016 0.38645 0.71936 0.39127 0.72300 0.38800 0.71936 0.39127 0.72824 0.37508\n 11 116 5 0.72026 0.39249 0.71936 0.39705 0.72291 0.39404 0.71936 0.39705 0.72824 0.38190\n 11 116 5 0.72035 0.39853 0.71936 0.40283 0.72282 0.40008 0.71936 0.40283 0.72824 0.38873\n 11 116 5 0.72044 0.40457 0.71936 0.40861 0.72272 0.40612 0.71936 0.40861 0.72824 0.39555\n 11 116 5 0.72053 0.41061 0.71936 0.41439 0.72263 0.41216 0.71936 0.41439 0.72824 0.40237\n 11 116 5 0.72062 0.41665 0.71936 0.42017 0.72254 0.41820 0.71936 0.42017 0.72824 0.40920\n 11 116 5 0.72071 0.42269 0.71936 0.42595 0.72245 0.42424 0.71936 0.42595 0.72824 0.41602\n 11 116 5 0.72080 0.42873 0.71936 0.43172 0.72236 0.43028 0.71936 0.43172 0.72824 0.42284\n 11 116 5 0.72090 0.43477 0.71936 0.43750 0.72227 0.43632 0.71936 0.43750 0.72824 0.42967\n 11 116 5 0.72099 0.44081 0.71936 0.44328 0.72218 0.44236 0.71936 0.44328 0.72824 0.43649\n 11 116 5 0.72108 0.44685 0.71936 0.44906 0.72208 0.44840 0.71936 0.44906 0.72824 0.44332\n 11 116 5 0.72117 0.45289 0.71936 0.45484 0.72199 0.45444 0.71936 0.45484 0.72824 0.45014\n 11 116 5 0.72126 0.45893 0.71936 0.46062 0.72190 0.46048 0.71936 0.46062 0.72824 0.45696\n 11 116 5 0.72135 0.46497 0.71936 0.46640 0.72181 0.46652 0.71936 0.46640 0.72824 0.46379\n 11 116 5 0.72144 0.47101 0.71936 0.47218 0.72172 0.47256 0.71936 0.47218 0.72824 0.47061\n 11 116 5 0.72154 0.47705 0.71936 0.47796 0.72163 0.47860 0.71936 0.47796 0.72824 0.47743\n 11 116 5 0.72163 0.48309 0.71936 0.48374 0.72154 0.48464 0.71936 0.48374 0.72824 0.48426\n 11 116 5 0.72172 0.48913 0.71936 0.48952 0.72144 0.49068 0.71936 0.48952 0.72824 0.49108\n 11 116 5 0.72181 0.49517 0.71936 0.49529 0.72135 0.49672 0.71936 0.49529 0.72824 0.49791\n 11 116 5 0.72190 0.50121 0.71936 0.50107 0.72126 0.50276 0.71936 0.50107 0.72824 0.50473\n 11 116 5 0.72199 0.50725 0.71936 0.50685 0.72117 0.50880 0.71936 0.50685 0.72824 0.51155\n 11 116 5 0.73026 0.36263 0.73009 0.36816 0.73367 0.36394 0.73009 0.36816 0.73793 0.34778\n 11 116 5 0.73036 0.36842 0.73009 0.37393 0.73374 0.36979 0.73009 0.37393 0.73793 0.35461\n 11 116 5 0.73045 0.37446 0.73009 0.37971 0.73365 0.37583 0.73009 0.37971 0.73793 0.36143\n 11 116 5 0.73054 0.38050 0.73009 0.38549 0.73356 0.38187 0.73009 0.38549 0.73793 0.36825\n 11 116 5 0.73063 0.38654 0.73009 0.39127 0.73347 0.38791 0.73009 0.39127 0.73793 0.37508\n 11 116 5 0.73072 0.39258 0.73009 0.39705 0.73337 0.39395 0.73009 0.39705 0.73793 0.38190\n 11 116 5 0.73081 0.39862 0.73009 0.40283 0.73328 0.39999 0.73009 0.40283 0.73793 0.38873\n 11 116 5 0.73091 0.40466 0.73009 0.40861 0.73319 0.40603 0.73009 0.40861 0.73793 0.39555\n 11 116 5 0.73100 0.41070 0.73009 0.41439 0.73310 0.41207 0.73009 0.41439 0.73793 0.40237\n 11 116 5 0.73109 0.41674 0.73009 0.42017 0.73301 0.41811 0.73009 0.42017 0.73793 0.40920\n 11 116 5 0.73118 0.42278 0.73009 0.42595 0.73292 0.42415 0.73009 0.42595 0.73793 0.41602\n 11 116 5 0.73127 0.42882 0.73009 0.43172 0.73283 0.43019 0.73009 0.43172 0.73793 0.42284\n 11 116 5 0.73136 0.43486 0.73009 0.43750 0.73273 0.43623 0.73009 0.43750 0.73793 0.42967\n 11 116 5 0.73145 0.44090 0.73009 0.44328 0.73264 0.44227 0.73009 0.44328 0.73793 0.43649\n 11 116 5 0.73155 0.44694 0.73009 0.44906 0.73255 0.44831 0.73009 0.44906 0.73793 0.44332\n 11 116 5 0.73164 0.45298 0.73009 0.45484 0.73246 0.45435 0.73009 0.45484 0.73793 0.45014\n 11 116 5 0.73173 0.45902 0.73009 0.46062 0.73237 0.46039 0.73009 0.46062 0.73793 0.45696\n 11 116 5 0.73182 0.46506 0.73009 0.46640 0.73228 0.46643 0.73009 0.46640 0.73793 0.46379\n 11 116 5 0.73191 0.47110 0.73009 0.47218 0.73219 0.47247 0.73009 0.47218 0.73793 0.47061\n 11 116 5 0.73200 0.47714 0.73009 0.47796 0.73209 0.47851 0.73009 0.47796 0.73793 0.47743\n 11 116 5 0.73209 0.48318 0.73009 0.48374 0.73200 0.48455 0.73009 0.48374 0.73793 0.48426\n 11 116 5 0.73219 0.48922 0.73009 0.48952 0.73191 0.49059 0.73009 0.48952 0.73793 0.49108\n 11 116 5 0.73228 0.49526 0.73009 0.49529 0.73182 0.49663 0.73009 0.49529 0.73793 0.49791\n 11 116 5 0.73237 0.50130 0.73009 0.50107 0.73173 0.50267 0.73009 0.50107 0.73793 0.50473\n 11 116 5 0.73246 0.50734 0.73009 0.50685 0.73164 0.50871 0.73009 0.50685 0.73793 0.51155\n 11 116 5 0.74074 0.36262 0.74082 0.36816 0.74420 0.36378 0.74082 0.36816 0.74761 0.34778\n 11 116 5 0.74082 0.36851 0.74082 0.37393 0.74421 0.36970 0.74082 0.37393 0.74761 0.35461\n 11 116 5 0.74092 0.37455 0.74082 0.37971 0.74412 0.37574 0.74082 0.37971 0.74761 0.36143\n 11 116 5 0.74101 0.38059 0.74082 0.38549 0.74402 0.38178 0.74082 0.38549 0.74761 0.36825\n 11 116 5 0.74110 0.38663 0.74082 0.39127 0.74393 0.38782 0.74082 0.39127 0.74761 0.37508\n 11 116 5 0.74119 0.39267 0.74082 0.39705 0.74384 0.39386 0.74082 0.39705 0.74761 0.38190\n 11 116 5 0.74128 0.39871 0.74082 0.40283 0.74375 0.39990 0.74082 0.40283 0.74761 0.38873\n 11 116 5 0.74137 0.40475 0.74082 0.40861 0.74366 0.40594 0.74082 0.40861 0.74761 0.39555\n 11 116 5 0.74146 0.41079 0.74082 0.41439 0.74357 0.41198 0.74082 0.41439 0.74761 0.40237\n 11 116 5 0.74156 0.41683 0.74082 0.42017 0.74348 0.41802 0.74082 0.42017 0.74761 0.40920\n 11 116 5 0.74165 0.42287 0.74082 0.42595 0.74338 0.42406 0.74082 0.42595 0.74761 0.41602\n 11 116 5 0.74174 0.42891 0.74082 0.43172 0.74329 0.43010 0.74082 0.43172 0.74761 0.42284\n 11 116 5 0.74183 0.43495 0.74082 0.43750 0.74320 0.43614 0.74082 0.43750 0.74761 0.42967\n 11 116 5 0.74192 0.44099 0.74082 0.44328 0.74311 0.44218 0.74082 0.44328 0.74761 0.43649\n 11 116 5 0.74201 0.44703 0.74082 0.44906 0.74302 0.44822 0.74082 0.44906 0.74761 0.44332\n 11 116 5 0.74210 0.45307 0.74082 0.45484 0.74293 0.45426 0.74082 0.45484 0.74761 0.45014\n 11 116 5 0.74220 0.45911 0.74082 0.46062 0.74284 0.46030 0.74082 0.46062 0.74761 0.45696\n 11 116 5 0.74229 0.46515 0.74082 0.46640 0.74274 0.46634 0.74082 0.46640 0.74761 0.46379\n 11 116 5 0.74238 0.47119 0.74082 0.47218 0.74265 0.47238 0.74082 0.47218 0.74761 0.47061\n 11 116 5 0.74247 0.47723 0.74082 0.47796 0.74256 0.47842 0.74082 0.47796 0.74761 0.47743\n 11 116 5 0.74256 0.48327 0.74082 0.48374 0.74247 0.48446 0.74082 0.48374 0.74761 0.48426\n 11 116 5 0.74265 0.48931 0.74082 0.48952 0.74238 0.49050 0.74082 0.48952 0.74761 0.49108\n 11 116 5 0.74274 0.49535 0.74082 0.49529 0.74229 0.49654 0.74082 0.49529 0.74761 0.49791\n 11 116 5 0.74284 0.50139 0.74082 0.50107 0.74220 0.50258 0.74082 0.50107 0.74761 0.50473\n 11 116 5 0.74293 0.50743 0.74082 0.50685 0.74210 0.50862 0.74082 0.50685 0.74761 0.51155\n 11 116 5 0.75120 0.36263 0.75155 0.36816 0.75472 0.36363 0.75155 0.36816 0.75729 0.34778\n 11 116 5 0.75129 0.36860 0.75155 0.37393 0.75467 0.36961 0.75155 0.37393 0.75729 0.35461\n 11 116 5 0.75138 0.37464 0.75155 0.37971 0.75458 0.37565 0.75155 0.37971 0.75729 0.36143\n 11 116 5 0.75147 0.38068 0.75155 0.38549 0.75449 0.38169 0.75155 0.38549 0.75729 0.36825\n 11 116 5 0.75157 0.38672 0.75155 0.39127 0.75440 0.38773 0.75155 0.39127 0.75729 0.37508\n 11 116 5 0.75166 0.39276 0.75155 0.39705 0.75431 0.39377 0.75155 0.39705 0.75729 0.38190\n 11 116 5 0.75175 0.39880 0.75155 0.40283 0.75422 0.39981 0.75155 0.40283 0.75729 0.38873\n 11 116 5 0.75184 0.40484 0.75155 0.40861 0.75413 0.40585 0.75155 0.40861 0.75729 0.39555\n 11 116 5 0.75193 0.41088 0.75155 0.41439 0.75403 0.41189 0.75155 0.41439 0.75729 0.40237\n 11 116 5 0.75202 0.41692 0.75155 0.42017 0.75394 0.41793 0.75155 0.42017 0.75729 0.40920\n 11 116 5 0.75211 0.42296 0.75155 0.42595 0.75385 0.42397 0.75155 0.42595 0.75729 0.41602\n 11 116 5 0.75221 0.42900 0.75155 0.43172 0.75376 0.43001 0.75155 0.43172 0.75729 0.42284\n 11 116 5 0.75230 0.43504 0.75155 0.43750 0.75367 0.43605 0.75155 0.43750 0.75729 0.42967\n 11 116 5 0.75239 0.44108 0.75155 0.44328 0.75358 0.44209 0.75155 0.44328 0.75729 0.43649\n 11 116 5 0.75248 0.44712 0.75155 0.44906 0.75349 0.44813 0.75155 0.44906 0.75729 0.44332\n 11 116 5 0.75257 0.45316 0.75155 0.45484 0.75339 0.45417 0.75155 0.45484 0.75729 0.45014\n 11 116 5 0.75266 0.45920 0.75155 0.46062 0.75330 0.46021 0.75155 0.46062 0.75729 0.45696\n 11 116 5 0.75275 0.46524 0.75155 0.46640 0.75321 0.46625 0.75155 0.46640 0.75729 0.46379\n 11 116 5 0.75285 0.47128 0.75155 0.47218 0.75312 0.47229 0.75155 0.47218 0.75729 0.47061\n 11 116 5 0.75294 0.47732 0.75155 0.47796 0.75303 0.47833 0.75155 0.47796 0.75729 0.47743\n 11 116 5 0.75303 0.48336 0.75155 0.48374 0.75294 0.48437 0.75155 0.48374 0.75729 0.48426\n 11 116 5 0.75312 0.48940 0.75155 0.48952 0.75285 0.49041 0.75155 0.48952 0.75729 0.49108\n 11 116 5 0.75321 0.49544 0.75155 0.49529 0.75275 0.49645 0.75155 0.49529 0.75729 0.49791\n 11 116 5 0.75330 0.50148 0.75155 0.50107 0.75266 0.50249 0.75155 0.50107 0.75729 0.50473\n 11 116 5 0.75339 0.50752 0.75155 0.50685 0.75257 0.50853 0.75155 0.50685 0.75729 0.51155\n 11 116 5 0.76167 0.36266 0.76227 0.36816 0.76523 0.36348 0.76227 0.36816 0.76698 0.34778\n 11 116 5 0.76176 0.36869 0.76227 0.37393 0.76514 0.36951 0.76227 0.37393 0.76698 0.35461\n 11 116 5 0.76185 0.37473 0.76227 0.37971 0.76505 0.37555 0.76227 0.37971 0.76698 0.36143\n 11 116 5 0.76194 0.38077 0.76227 0.38549 0.76496 0.38159 0.76227 0.38549 0.76698 0.36825\n 11 116 5 0.76203 0.38681 0.76227 0.39127 0.76487 0.38763 0.76227 0.39127 0.76698 0.37508\n 11 116 5 0.76212 0.39285 0.76227 0.39705 0.76478 0.39367 0.76227 0.39705 0.76698 0.38190\n 11 116 5 0.76222 0.39889 0.76227 0.40283 0.76468 0.39972 0.76227 0.40283 0.76698 0.38873\n 11 116 5 0.76231 0.40493 0.76227 0.40861 0.76459 0.40576 0.76227 0.40861 0.76698 0.39555\n 11 116 5 0.76240 0.41097 0.76227 0.41439 0.76450 0.41180 0.76227 0.41439 0.76698 0.40237\n 11 116 5 0.76249 0.41701 0.76227 0.42017 0.76441 0.41784 0.76227 0.42017 0.76698 0.40920\n 11 116 5 0.76258 0.42305 0.76227 0.42595 0.76432 0.42388 0.76227 0.42595 0.76698 0.41602\n 11 116 5 0.76267 0.42909 0.76227 0.43172 0.76423 0.42992 0.76227 0.43172 0.76698 0.42284\n 11 116 5 0.76276 0.43513 0.76227 0.43750 0.76414 0.43596 0.76227 0.43750 0.76698 0.42967\n 11 116 5 0.76286 0.44117 0.76227 0.44328 0.76404 0.44200 0.76227 0.44328 0.76698 0.43649\n 11 116 5 0.76295 0.44721 0.76227 0.44906 0.76395 0.44804 0.76227 0.44906 0.76698 0.44332\n 11 116 5 0.76304 0.45325 0.76227 0.45484 0.76386 0.45408 0.76227 0.45484 0.76698 0.45014\n 11 116 5 0.76313 0.45929 0.76227 0.46062 0.76377 0.46012 0.76227 0.46062 0.76698 0.45696\n 11 116 5 0.76322 0.46533 0.76227 0.46640 0.76368 0.46616 0.76227 0.46640 0.76698 0.46379\n 11 116 5 0.76331 0.47137 0.76227 0.47218 0.76359 0.47220 0.76227 0.47218 0.76698 0.47061\n 11 116 5 0.76340 0.47742 0.76227 0.47796 0.76350 0.47824 0.76227 0.47796 0.76698 0.47743\n 11 116 5 0.76350 0.48346 0.76227 0.48374 0.76340 0.48428 0.76227 0.48374 0.76698 0.48426\n 11 116 5 0.76359 0.48950 0.76227 0.48952 0.76331 0.49032 0.76227 0.48952 0.76698 0.49108\n 11 116 5 0.76368 0.49554 0.76227 0.49529 0.76322 0.49636 0.76227 0.49529 0.76698 0.49791\n 11 116 5 0.76377 0.50158 0.76227 0.50107 0.76313 0.50240 0.76227 0.50107 0.76698 0.50473\n 11 116 5 0.76386 0.50762 0.76227 0.50685 0.76304 0.50844 0.76227 0.50685 0.76698 0.51155\n 11 116 5 0.77213 0.36274 0.77300 0.36816 0.77570 0.36338 0.77300 0.36816 0.77666 0.34778\n 11 116 5 0.77223 0.36878 0.77300 0.37393 0.77561 0.36942 0.77300 0.37393 0.77666 0.35461\n 11 116 5 0.77232 0.37482 0.77300 0.37971 0.77552 0.37546 0.77300 0.37971 0.77666 0.36143\n 11 116 5 0.77241 0.38086 0.77300 0.38549 0.77543 0.38150 0.77300 0.38549 0.77666 0.36825\n 11 116 5 0.77250 0.38690 0.77300 0.39127 0.77533 0.38754 0.77300 0.39127 0.77666 0.37508\n 11 116 5 0.77259 0.39294 0.77300 0.39705 0.77524 0.39358 0.77300 0.39705 0.77666 0.38190\n 11 116 5 0.77268 0.39898 0.77300 0.40283 0.77515 0.39962 0.77300 0.40283 0.77666 0.38873\n 11 116 5 0.77277 0.40502 0.77300 0.40861 0.77506 0.40566 0.77300 0.40861 0.77666 0.39555\n 11 116 5 0.77287 0.41106 0.77300 0.41439 0.77497 0.41170 0.77300 0.41439 0.77666 0.40237\n 11 116 5 0.77296 0.41710 0.77300 0.42017 0.77488 0.41774 0.77300 0.42017 0.77666 0.40920\n 11 116 5 0.77305 0.42314 0.77300 0.42595 0.77479 0.42378 0.77300 0.42595 0.77666 0.41602\n 11 116 5 0.77314 0.42918 0.77300 0.43172 0.77469 0.42982 0.77300 0.43172 0.77666 0.42284\n 11 116 5 0.77323 0.43523 0.77300 0.43750 0.77460 0.43586 0.77300 0.43750 0.77666 0.42967\n 11 116 5 0.77332 0.44127 0.77300 0.44328 0.77451 0.44191 0.77300 0.44328 0.77666 0.43649\n 11 116 5 0.77341 0.44731 0.77300 0.44906 0.77442 0.44795 0.77300 0.44906 0.77666 0.44332\n 11 116 5 0.77351 0.45335 0.77300 0.45484 0.77433 0.45399 0.77300 0.45484 0.77666 0.45014\n 11 116 5 0.77360 0.45939 0.77300 0.46062 0.77424 0.46003 0.77300 0.46062 0.77666 0.45696\n 11 116 5 0.77369 0.46543 0.77300 0.46640 0.77415 0.46607 0.77300 0.46640 0.77666 0.46379\n 11 116 5 0.77382 0.47143 0.77300 0.47218 0.77411 0.47210 0.77300 0.47218 0.77666 0.47061\n 11 116 5 0.77398 0.47745 0.77300 0.47796 0.77409 0.47817 0.77300 0.47796 0.77666 0.47743\n 11 116 5 0.77409 0.48352 0.77300 0.48374 0.77398 0.48425 0.77300 0.48374 0.77666 0.48426\n 11 116 5 0.77411 0.48959 0.77300 0.48952 0.77382 0.49026 0.77300 0.48952 0.77666 0.49108\n 11 116 5 0.77415 0.49563 0.77300 0.49529 0.77369 0.49627 0.77300 0.49529 0.77666 0.49791\n 11 116 5 0.77424 0.50167 0.77300 0.50107 0.77360 0.50231 0.77300 0.50107 0.77666 0.50473\n 11 116 5 0.77433 0.50771 0.77300 0.50685 0.77351 0.50835 0.77300 0.50685 0.77666 0.51155\n 11 116 5 0.78260 0.36283 0.78373 0.36816 0.78617 0.36329 0.78373 0.36816 0.78634 0.34778\n 11 116 5 0.78269 0.36887 0.78373 0.37393 0.78607 0.36933 0.78373 0.37393 0.78634 0.35461\n 11 116 5 0.78278 0.37491 0.78373 0.37971 0.78598 0.37537 0.78373 0.37971 0.78634 0.36143\n 11 116 5 0.78288 0.38095 0.78373 0.38549 0.78589 0.38141 0.78373 0.38549 0.78634 0.36825\n 11 116 5 0.78297 0.38699 0.78373 0.39127 0.78580 0.38745 0.78373 0.39127 0.78634 0.37508\n 11 116 5 0.78306 0.39303 0.78373 0.39705 0.78571 0.39349 0.78373 0.39705 0.78634 0.38190\n 11 116 5 0.78315 0.39908 0.78373 0.40283 0.78562 0.39953 0.78373 0.40283 0.78634 0.38873\n 11 116 5 0.78324 0.40512 0.78373 0.40861 0.78553 0.40557 0.78373 0.40861 0.78634 0.39555\n 11 116 5 0.78333 0.41116 0.78373 0.41439 0.78543 0.41161 0.78373 0.41439 0.78634 0.40237\n 11 116 5 0.78342 0.41720 0.78373 0.42017 0.78534 0.41765 0.78373 0.42017 0.78634 0.40920\n 11 116 5 0.78352 0.42324 0.78373 0.42595 0.78525 0.42369 0.78373 0.42595 0.78634 0.41602\n 11 116 5 0.78361 0.42928 0.78373 0.43172 0.78516 0.42973 0.78373 0.43172 0.78634 0.42284\n 11 116 5 0.78370 0.43532 0.78373 0.43750 0.78507 0.43577 0.78373 0.43750 0.78634 0.42967\n 11 116 5 0.78379 0.44136 0.78373 0.44328 0.78498 0.44181 0.78373 0.44328 0.78634 0.43649\n 11 116 5 0.78388 0.44740 0.78373 0.44906 0.78489 0.44785 0.78373 0.44906 0.78634 0.44332\n 11 116 5 0.78397 0.45344 0.78373 0.45484 0.78479 0.45389 0.78373 0.45484 0.78634 0.45014\n 11 116 5 0.78406 0.45948 0.78373 0.46062 0.78470 0.45993 0.78373 0.46062 0.78634 0.45696\n 11 116 5 0.78421 0.46540 0.78373 0.46640 0.78473 0.46592 0.78373 0.46640 0.78634 0.46379\n 11 116 5 0.78444 0.47133 0.78373 0.47218 0.78481 0.47195 0.78373 0.47218 0.78634 0.47061\n 11 116 5 0.78468 0.47739 0.78373 0.47796 0.78483 0.47811 0.78373 0.47796 0.78634 0.47743\n 11 116 5 0.78483 0.48358 0.78373 0.48374 0.78468 0.48430 0.78373 0.48374 0.78634 0.48426\n 11 116 5 0.78481 0.48974 0.78373 0.48952 0.78444 0.49037 0.78373 0.48952 0.78634 0.49108\n 11 116 5 0.78473 0.49577 0.78373 0.49529 0.78421 0.49629 0.78373 0.49529 0.78634 0.49791\n 11 116 5 0.78470 0.50176 0.78373 0.50107 0.78406 0.50222 0.78373 0.50107 0.78634 0.50473\n 11 116 5 0.78479 0.50780 0.78373 0.50685 0.78397 0.50826 0.78373 0.50685 0.78634 0.51155\n 11 116 5 0.79307 0.36293 0.79446 0.36816 0.79663 0.36320 0.79446 0.36816 0.79603 0.34778\n 11 116 5 0.79316 0.36897 0.79446 0.37393 0.79654 0.36924 0.79446 0.37393 0.79603 0.35461\n 11 116 5 0.79325 0.37501 0.79446 0.37971 0.79645 0.37528 0.79446 0.37971 0.79603 0.36143\n 11 116 5 0.79334 0.38105 0.79446 0.38549 0.79636 0.38132 0.79446 0.38549 0.79603 0.36825\n 11 116 5 0.79343 0.38709 0.79446 0.39127 0.79627 0.38736 0.79446 0.39127 0.79603 0.37508\n 11 116 5 0.79352 0.39313 0.79446 0.39705 0.79618 0.39340 0.79446 0.39705 0.79603 0.38190\n 11 116 5 0.79362 0.39917 0.79446 0.40283 0.79608 0.39944 0.79446 0.40283 0.79603 0.38873\n 11 116 5 0.79371 0.40521 0.79446 0.40861 0.79599 0.40548 0.79446 0.40861 0.79603 0.39555\n 11 116 5 0.79380 0.41125 0.79446 0.41439 0.79590 0.41152 0.79446 0.41439 0.79603 0.40237\n 11 116 5 0.79389 0.41729 0.79446 0.42017 0.79581 0.41756 0.79446 0.42017 0.79603 0.40920\n 11 116 5 0.79398 0.42333 0.79446 0.42595 0.79572 0.42360 0.79446 0.42595 0.79603 0.41602\n 11 116 5 0.79407 0.42937 0.79446 0.43172 0.79563 0.42964 0.79446 0.43172 0.79603 0.42284\n 11 116 5 0.79416 0.43541 0.79446 0.43750 0.79554 0.43568 0.79446 0.43750 0.79603 0.42967\n 11 116 5 0.79426 0.44145 0.79446 0.44328 0.79544 0.44172 0.79446 0.44328 0.79603 0.43649\n 11 116 5 0.79435 0.44749 0.79446 0.44906 0.79535 0.44776 0.79446 0.44906 0.79603 0.44332\n 11 116 5 0.79444 0.45353 0.79446 0.45484 0.79526 0.45380 0.79446 0.45484 0.79603 0.45014\n 11 116 5 0.79453 0.45952 0.79446 0.46062 0.79521 0.45980 0.79446 0.46062 0.79603 0.45696\n 11 116 5 0.79468 0.46532 0.79446 0.46640 0.79531 0.46569 0.79446 0.46640 0.79603 0.46379\n 11 116 5 0.79494 0.47118 0.79446 0.47218 0.79546 0.47170 0.79446 0.47218 0.79603 0.47061\n 11 116 5 0.79533 0.47728 0.79446 0.47796 0.79557 0.47797 0.79446 0.47796 0.79603 0.47743\n 11 116 5 0.79557 0.48372 0.79446 0.48374 0.79533 0.48441 0.79446 0.48374 0.79603 0.48426\n 11 116 5 0.79546 0.49000 0.79446 0.48952 0.79494 0.49051 0.79446 0.48952 0.79603 0.49108\n 11 116 5 0.79531 0.49600 0.79446 0.49529 0.79468 0.49638 0.79446 0.49529 0.79603 0.49791\n 11 116 5 0.79521 0.50189 0.79446 0.50107 0.79453 0.50218 0.79446 0.50107 0.79603 0.50473\n 11 116 5 0.79526 0.50789 0.79446 0.50685 0.79444 0.50816 0.79446 0.50685 0.79603 0.51155\n 11 116 5 0.80353 0.36302 0.80519 0.36816 0.80710 0.36311 0.80519 0.36816 0.80571 0.34778\n 11 116 5 0.80363 0.36906 0.80519 0.37393 0.80701 0.36915 0.80519 0.37393 0.80571 0.35461\n 11 116 5 0.80372 0.37510 0.80519 0.37971 0.80692 0.37519 0.80519 0.37971 0.80571 0.36143\n 11 116 5 0.80381 0.38114 0.80519 0.38549 0.80683 0.38123 0.80519 0.38549 0.80571 0.36825\n 11 116 5 0.80390 0.38718 0.80519 0.39127 0.80673 0.38727 0.80519 0.39127 0.80571 0.37508\n 11 116 5 0.80399 0.39322 0.80519 0.39705 0.80664 0.39331 0.80519 0.39705 0.80571 0.38190\n 11 116 5 0.80408 0.39926 0.80519 0.40283 0.80655 0.39935 0.80519 0.40283 0.80571 0.38873\n 11 116 5 0.80417 0.40530 0.80519 0.40861 0.80646 0.40539 0.80519 0.40861 0.80571 0.39555\n 11 116 5 0.80427 0.41134 0.80519 0.41439 0.80637 0.41143 0.80519 0.41439 0.80571 0.40237\n 11 116 5 0.80436 0.41738 0.80519 0.42017 0.80628 0.41747 0.80519 0.42017 0.80571 0.40920\n 11 116 5 0.80445 0.42342 0.80519 0.42595 0.80619 0.42351 0.80519 0.42595 0.80571 0.41602\n 11 116 5 0.80454 0.42946 0.80519 0.43172 0.80609 0.42955 0.80519 0.43172 0.80571 0.42284\n 11 116 5 0.80463 0.43550 0.80519 0.43750 0.80600 0.43559 0.80519 0.43750 0.80571 0.42967\n 11 116 5 0.80472 0.44154 0.80519 0.44328 0.80591 0.44163 0.80519 0.44328 0.80571 0.43649\n 11 116 5 0.80481 0.44758 0.80519 0.44906 0.80582 0.44767 0.80519 0.44906 0.80571 0.44332\n 11 116 5 0.80491 0.45362 0.80519 0.45484 0.80573 0.45371 0.80519 0.45484 0.80571 0.45014\n 11 116 5 0.80497 0.45953 0.80519 0.46062 0.80570 0.45964 0.80519 0.46062 0.80571 0.45696\n 11 116 5 0.80503 0.46530 0.80519 0.46640 0.80575 0.46545 0.80519 0.46640 0.80571 0.46379\n 11 116 5 0.80517 0.47107 0.80519 0.47218 0.80586 0.47130 0.80519 0.47218 0.80571 0.47061\n 11 116 5 0.80567 0.47696 0.80519 0.47796 0.80618 0.47748 0.80519 0.47796 0.80571 0.47743\n 11 116 5 0.80618 0.48422 0.80519 0.48374 0.80567 0.48473 0.80519 0.48374 0.80571 0.48426\n 11 116 5 0.80586 0.49039 0.80519 0.48952 0.80517 0.49062 0.80519 0.48952 0.80571 0.49108\n 11 116 5 0.80575 0.49625 0.80519 0.49529 0.80503 0.49639 0.80519 0.49529 0.80571 0.49791\n 11 116 5 0.80570 0.50206 0.80519 0.50107 0.80497 0.50216 0.80519 0.50107 0.80571 0.50473\n 11 116 5 0.80573 0.50798 0.80519 0.50685 0.80491 0.50807 0.80519 0.50685 0.80571 0.51155\n 11 116 5 0.81400 0.36311 0.81592 0.36816 0.81757 0.36302 0.81592 0.36816 0.81539 0.34778\n 11 116 5 0.81409 0.36915 0.81592 0.37393 0.81748 0.36906 0.81592 0.37393 0.81539 0.35461\n 11 116 5 0.81418 0.37519 0.81592 0.37971 0.81738 0.37510 0.81592 0.37971 0.81539 0.36143\n 11 116 5 0.81428 0.38123 0.81592 0.38549 0.81729 0.38114 0.81592 0.38549 0.81539 0.36825\n 11 116 5 0.81437 0.38727 0.81592 0.39127 0.81720 0.38718 0.81592 0.39127 0.81539 0.37508\n 11 116 5 0.81446 0.39331 0.81592 0.39705 0.81711 0.39322 0.81592 0.39705 0.81539 0.38190\n 11 116 5 0.81455 0.39935 0.81592 0.40283 0.81702 0.39926 0.81592 0.40283 0.81539 0.38873\n 11 116 5 0.81464 0.40539 0.81592 0.40861 0.81693 0.40530 0.81592 0.40861 0.81539 0.39555\n 11 116 5 0.81473 0.41143 0.81592 0.41439 0.81684 0.41134 0.81592 0.41439 0.81539 0.40237\n 11 116 5 0.81482 0.41747 0.81592 0.42017 0.81674 0.41738 0.81592 0.42017 0.81539 0.40920\n 11 116 5 0.81492 0.42351 0.81592 0.42595 0.81665 0.42342 0.81592 0.42595 0.81539 0.41602\n 11 116 5 0.81501 0.42955 0.81592 0.43172 0.81656 0.42946 0.81592 0.43172 0.81539 0.42284\n 11 116 5 0.81510 0.43559 0.81592 0.43750 0.81647 0.43550 0.81592 0.43750 0.81539 0.42967\n 11 116 5 0.81519 0.44163 0.81592 0.44328 0.81638 0.44154 0.81592 0.44328 0.81539 0.43649\n 11 116 5 0.81528 0.44767 0.81592 0.44906 0.81629 0.44758 0.81592 0.44906 0.81539 0.44332\n 11 116 5 0.81537 0.45371 0.81592 0.45484 0.81620 0.45362 0.81592 0.45484 0.81539 0.45014\n 11 116 5 0.81541 0.45964 0.81592 0.46062 0.81613 0.45953 0.81592 0.46062 0.81539 0.45696\n 11 116 5 0.81535 0.46545 0.81592 0.46640 0.81607 0.46530 0.81592 0.46640 0.81539 0.46379\n 11 116 5 0.81524 0.47130 0.81592 0.47218 0.81593 0.47107 0.81592 0.47218 0.81539 0.47061\n 11 116 5 0.81492 0.47748 0.81592 0.47796 0.81543 0.47696 0.81592 0.47796 0.81539 0.47743\n 11 116 5 0.81543 0.48473 0.81592 0.48374 0.81492 0.48422 0.81592 0.48374 0.81539 0.48426\n 11 116 5 0.81593 0.49062 0.81592 0.48952 0.81524 0.49039 0.81592 0.48952 0.81539 0.49108\n 11 116 5 0.81607 0.49639 0.81592 0.49529 0.81535 0.49625 0.81592 0.49529 0.81539 0.49791\n 11 116 5 0.81613 0.50216 0.81592 0.50107 0.81541 0.50206 0.81592 0.50107 0.81539 0.50473\n 11 116 5 0.81620 0.50807 0.81592 0.50685 0.81537 0.50798 0.81592 0.50685 0.81539 0.51155\n 11 116 5 0.82447 0.36320 0.82664 0.36816 0.82803 0.36293 0.82664 0.36816 0.82508 0.34778\n 11 116 5 0.82456 0.36924 0.82664 0.37393 0.82794 0.36897 0.82664 0.37393 0.82508 0.35461\n 11 116 5 0.82465 0.37528 0.82664 0.37971 0.82785 0.37501 0.82664 0.37971 0.82508 0.36143\n 11 116 5 0.82474 0.38132 0.82664 0.38549 0.82776 0.38105 0.82664 0.38549 0.82508 0.36825\n 11 116 5 0.82483 0.38736 0.82664 0.39127 0.82767 0.38709 0.82664 0.39127 0.82508 0.37508\n 11 116 5 0.82493 0.39340 0.82664 0.39705 0.82758 0.39313 0.82664 0.39705 0.82508 0.38190\n 11 116 5 0.82502 0.39944 0.82664 0.40283 0.82749 0.39917 0.82664 0.40283 0.82508 0.38873\n 11 116 5 0.82511 0.40548 0.82664 0.40861 0.82739 0.40521 0.82664 0.40861 0.82508 0.39555\n 11 116 5 0.82520 0.41152 0.82664 0.41439 0.82730 0.41125 0.82664 0.41439 0.82508 0.40237\n 11 116 5 0.82529 0.41756 0.82664 0.42017 0.82721 0.41729 0.82664 0.42017 0.82508 0.40920\n 11 116 5 0.82538 0.42360 0.82664 0.42595 0.82712 0.42333 0.82664 0.42595 0.82508 0.41602\n 11 116 5 0.82547 0.42964 0.82664 0.43172 0.82703 0.42937 0.82664 0.43172 0.82508 0.42284\n 11 116 5 0.82557 0.43568 0.82664 0.43750 0.82694 0.43541 0.82664 0.43750 0.82508 0.42967\n 11 116 5 0.82566 0.44172 0.82664 0.44328 0.82685 0.44145 0.82664 0.44328 0.82508 0.43649\n 11 116 5 0.82575 0.44776 0.82664 0.44906 0.82675 0.44749 0.82664 0.44906 0.82508 0.44332\n 11 116 5 0.82584 0.45380 0.82664 0.45484 0.82666 0.45353 0.82664 0.45484 0.82508 0.45014\n 11 116 5 0.82590 0.45980 0.82664 0.46062 0.82657 0.45952 0.82664 0.46062 0.82508 0.45696\n 11 116 5 0.82579 0.46569 0.82664 0.46640 0.82642 0.46532 0.82664 0.46640 0.82508 0.46379\n 11 116 5 0.82565 0.47170 0.82664 0.47218 0.82616 0.47118 0.82664 0.47218 0.82508 0.47061\n 11 116 5 0.82554 0.47797 0.82664 0.47796 0.82577 0.47728 0.82664 0.47796 0.82508 0.47743\n 11 116 5 0.82577 0.48441 0.82664 0.48374 0.82554 0.48372 0.82664 0.48374 0.82508 0.48426\n 11 116 5 0.82616 0.49051 0.82664 0.48952 0.82565 0.49000 0.82664 0.48952 0.82508 0.49108\n 11 116 5 0.82642 0.49638 0.82664 0.49529 0.82579 0.49600 0.82664 0.49529 0.82508 0.49791\n 11 116 5 0.82657 0.50218 0.82664 0.50107 0.82590 0.50189 0.82664 0.50107 0.82508 0.50473\n 11 116 5 0.82666 0.50816 0.82664 0.50685 0.82584 0.50789 0.82664 0.50685 0.82508 0.51155\n 11 116 5 0.83494 0.36329 0.83737 0.36816 0.83850 0.36283 0.83737 0.36816 0.83476 0.34778\n 11 116 5 0.83503 0.36933 0.83737 0.37393 0.83841 0.36887 0.83737 0.37393 0.83476 0.35461\n 11 116 5 0.83512 0.37537 0.83737 0.37971 0.83832 0.37491 0.83737 0.37971 0.83476 0.36143\n 11 116 5 0.83521 0.38141 0.83737 0.38549 0.83823 0.38095 0.83737 0.38549 0.83476 0.36825\n 11 116 5 0.83530 0.38745 0.83737 0.39127 0.83814 0.38699 0.83737 0.39127 0.83476 0.37508\n 11 116 5 0.83539 0.39349 0.83737 0.39705 0.83804 0.39303 0.83737 0.39705 0.83476 0.38190\n 11 116 5 0.83548 0.39953 0.83737 0.40283 0.83795 0.39908 0.83737 0.40283 0.83476 0.38873\n 11 116 5 0.83558 0.40557 0.83737 0.40861 0.83786 0.40512 0.83737 0.40861 0.83476 0.39555\n 11 116 5 0.83567 0.41161 0.83737 0.41439 0.83777 0.41116 0.83737 0.41439 0.83476 0.40237\n 11 116 5 0.83576 0.41765 0.83737 0.42017 0.83768 0.41720 0.83737 0.42017 0.83476 0.40920\n 11 116 5 0.83585 0.42369 0.83737 0.42595 0.83759 0.42324 0.83737 0.42595 0.83476 0.41602\n 11 116 5 0.83594 0.42973 0.83737 0.43172 0.83750 0.42928 0.83737 0.43172 0.83476 0.42284\n 11 116 5 0.83603 0.43577 0.83737 0.43750 0.83740 0.43532 0.83737 0.43750 0.83476 0.42967\n 11 116 5 0.83612 0.44181 0.83737 0.44328 0.83731 0.44136 0.83737 0.44328 0.83476 0.43649\n 11 116 5 0.83622 0.44785 0.83737 0.44906 0.83722 0.44740 0.83737 0.44906 0.83476 0.44332\n 11 116 5 0.83631 0.45389 0.83737 0.45484 0.83713 0.45344 0.83737 0.45484 0.83476 0.45014\n 11 116 5 0.83640 0.45993 0.83737 0.46062 0.83704 0.45948 0.83737 0.46062 0.83476 0.45696\n 11 116 5 0.83637 0.46592 0.83737 0.46640 0.83689 0.46540 0.83737 0.46640 0.83476 0.46379\n 11 116 5 0.83629 0.47195 0.83737 0.47218 0.83666 0.47133 0.83737 0.47218 0.83476 0.47061\n 11 116 5 0.83628 0.47811 0.83737 0.47796 0.83642 0.47739 0.83737 0.47796 0.83476 0.47743\n 11 116 5 0.83642 0.48430 0.83737 0.48374 0.83628 0.48358 0.83737 0.48374 0.83476 0.48426\n 11 116 5 0.83666 0.49037 0.83737 0.48952 0.83629 0.48974 0.83737 0.48952 0.83476 0.49108\n 11 116 5 0.83689 0.49629 0.83737 0.49529 0.83637 0.49577 0.83737 0.49529 0.83476 0.49791\n 11 116 5 0.83704 0.50222 0.83737 0.50107 0.83640 0.50176 0.83737 0.50107 0.83476 0.50473\n 11 116 5 0.83713 0.50826 0.83737 0.50685 0.83631 0.50780 0.83737 0.50685 0.83476 0.51155\n 11 116 5 0.84540 0.36338 0.84810 0.36816 0.84897 0.36274 0.84810 0.36816 0.84444 0.34778\n 11 116 5 0.84549 0.36942 0.84810 0.37393 0.84888 0.36878 0.84810 0.37393 0.84444 0.35461\n 11 116 5 0.84559 0.37546 0.84810 0.37971 0.84879 0.37482 0.84810 0.37971 0.84444 0.36143\n 11 116 5 0.84568 0.38150 0.84810 0.38549 0.84869 0.38086 0.84810 0.38549 0.84444 0.36825\n 11 116 5 0.84577 0.38754 0.84810 0.39127 0.84860 0.38690 0.84810 0.39127 0.84444 0.37508\n 11 116 5 0.84586 0.39358 0.84810 0.39705 0.84851 0.39294 0.84810 0.39705 0.84444 0.38190\n 11 116 5 0.84595 0.39962 0.84810 0.40283 0.84842 0.39898 0.84810 0.40283 0.84444 0.38873\n 11 116 5 0.84604 0.40566 0.84810 0.40861 0.84833 0.40502 0.84810 0.40861 0.84444 0.39555\n 11 116 5 0.84613 0.41170 0.84810 0.41439 0.84824 0.41106 0.84810 0.41439 0.84444 0.40237\n 11 116 5 0.84623 0.41774 0.84810 0.42017 0.84815 0.41710 0.84810 0.42017 0.84444 0.40920\n 11 116 5 0.84632 0.42378 0.84810 0.42595 0.84805 0.42314 0.84810 0.42595 0.84444 0.41602\n 11 116 5 0.84641 0.42982 0.84810 0.43172 0.84796 0.42918 0.84810 0.43172 0.84444 0.42284\n 11 116 5 0.84650 0.43586 0.84810 0.43750 0.84787 0.43523 0.84810 0.43750 0.84444 0.42967\n 11 116 5 0.84659 0.44191 0.84810 0.44328 0.84778 0.44127 0.84810 0.44328 0.84444 0.43649\n 11 116 5 0.84668 0.44795 0.84810 0.44906 0.84769 0.44731 0.84810 0.44906 0.84444 0.44332\n 11 116 5 0.84677 0.45399 0.84810 0.45484 0.84760 0.45335 0.84810 0.45484 0.84444 0.45014\n 11 116 5 0.84687 0.46003 0.84810 0.46062 0.84751 0.45939 0.84810 0.46062 0.84444 0.45696\n 11 116 5 0.84696 0.46607 0.84810 0.46640 0.84741 0.46543 0.84810 0.46640 0.84444 0.46379\n 11 116 5 0.84700 0.47210 0.84810 0.47218 0.84728 0.47143 0.84810 0.47218 0.84444 0.47061\n 11 116 5 0.84701 0.47817 0.84810 0.47796 0.84712 0.47745 0.84810 0.47796 0.84444 0.47743\n 11 116 5 0.84712 0.48425 0.84810 0.48374 0.84701 0.48352 0.84810 0.48374 0.84444 0.48426\n 11 116 5 0.84728 0.49026 0.84810 0.48952 0.84700 0.48959 0.84810 0.48952 0.84444 0.49108\n 11 116 5 0.84741 0.49627 0.84810 0.49529 0.84696 0.49563 0.84810 0.49529 0.84444 0.49791\n 11 116 5 0.84751 0.50231 0.84810 0.50107 0.84687 0.50167 0.84810 0.50107 0.84444 0.50473\n 11 116 5 0.84760 0.50835 0.84810 0.50685 0.84677 0.50771 0.84810 0.50685 0.84444 0.51155\n 11 116 5 0.85587 0.36348 0.85883 0.36816 0.85943 0.36266 0.85883 0.36816 0.85413 0.34778\n 11 116 5 0.85596 0.36951 0.85883 0.37393 0.85934 0.36869 0.85883 0.37393 0.85413 0.35461\n 11 116 5 0.85605 0.37555 0.85883 0.37971 0.85925 0.37473 0.85883 0.37971 0.85413 0.36143\n 11 116 5 0.85614 0.38159 0.85883 0.38549 0.85916 0.38077 0.85883 0.38549 0.85413 0.36825\n 11 116 5 0.85624 0.38763 0.85883 0.39127 0.85907 0.38681 0.85883 0.39127 0.85413 0.37508\n 11 116 5 0.85633 0.39367 0.85883 0.39705 0.85898 0.39285 0.85883 0.39705 0.85413 0.38190\n 11 116 5 0.85642 0.39972 0.85883 0.40283 0.85889 0.39889 0.85883 0.40283 0.85413 0.38873\n 11 116 5 0.85651 0.40576 0.85883 0.40861 0.85880 0.40493 0.85883 0.40861 0.85413 0.39555\n 11 116 5 0.85660 0.41180 0.85883 0.41439 0.85870 0.41097 0.85883 0.41439 0.85413 0.40237\n 11 116 5 0.85669 0.41784 0.85883 0.42017 0.85861 0.41701 0.85883 0.42017 0.85413 0.40920\n 11 116 5 0.85678 0.42388 0.85883 0.42595 0.85852 0.42305 0.85883 0.42595 0.85413 0.41602\n 11 116 5 0.85688 0.42992 0.85883 0.43172 0.85843 0.42909 0.85883 0.43172 0.85413 0.42284\n 11 116 5 0.85697 0.43596 0.85883 0.43750 0.85834 0.43513 0.85883 0.43750 0.85413 0.42967\n 11 116 5 0.85706 0.44200 0.85883 0.44328 0.85825 0.44117 0.85883 0.44328 0.85413 0.43649\n 11 116 5 0.85715 0.44804 0.85883 0.44906 0.85816 0.44721 0.85883 0.44906 0.85413 0.44332\n 11 116 5 0.85724 0.45408 0.85883 0.45484 0.85806 0.45325 0.85883 0.45484 0.85413 0.45014\n 11 116 5 0.85733 0.46012 0.85883 0.46062 0.85797 0.45929 0.85883 0.46062 0.85413 0.45696\n 11 116 5 0.85742 0.46616 0.85883 0.46640 0.85788 0.46533 0.85883 0.46640 0.85413 0.46379\n 11 116 5 0.85752 0.47220 0.85883 0.47218 0.85779 0.47137 0.85883 0.47218 0.85413 0.47061\n 11 116 5 0.85761 0.47824 0.85883 0.47796 0.85770 0.47742 0.85883 0.47796 0.85413 0.47743\n 11 116 5 0.85770 0.48428 0.85883 0.48374 0.85761 0.48346 0.85883 0.48374 0.85413 0.48426\n 11 116 5 0.85779 0.49032 0.85883 0.48952 0.85752 0.48950 0.85883 0.48952 0.85413 0.49108\n 11 116 5 0.85788 0.49636 0.85883 0.49529 0.85742 0.49554 0.85883 0.49529 0.85413 0.49791\n 11 116 5 0.85797 0.50240 0.85883 0.50107 0.85733 0.50158 0.85883 0.50107 0.85413 0.50473\n 11 116 5 0.85806 0.50844 0.85883 0.50685 0.85724 0.50762 0.85883 0.50685 0.85413 0.51155\n 11 116 5 0.86638 0.36363 0.86956 0.36816 0.86990 0.36263 0.86956 0.36816 0.86381 0.34778\n 11 116 5 0.86643 0.36961 0.86956 0.37393 0.86981 0.36860 0.86956 0.37393 0.86381 0.35461\n 11 116 5 0.86652 0.37565 0.86956 0.37971 0.86972 0.37464 0.86956 0.37971 0.86381 0.36143\n 11 116 5 0.86661 0.38169 0.86956 0.38549 0.86963 0.38068 0.86956 0.38549 0.86381 0.36825\n 11 116 5 0.86670 0.38773 0.86956 0.39127 0.86954 0.38672 0.86956 0.39127 0.86381 0.37508\n 11 116 5 0.86679 0.39377 0.86956 0.39705 0.86944 0.39276 0.86956 0.39705 0.86381 0.38190\n 11 116 5 0.86689 0.39981 0.86956 0.40283 0.86935 0.39880 0.86956 0.40283 0.86381 0.38873\n 11 116 5 0.86698 0.40585 0.86956 0.40861 0.86926 0.40484 0.86956 0.40861 0.86381 0.39555\n 11 116 5 0.86707 0.41189 0.86956 0.41439 0.86917 0.41088 0.86956 0.41439 0.86381 0.40237\n 11 116 5 0.86716 0.41793 0.86956 0.42017 0.86908 0.41692 0.86956 0.42017 0.86381 0.40920\n 11 116 5 0.86725 0.42397 0.86956 0.42595 0.86899 0.42296 0.86956 0.42595 0.86381 0.41602\n 11 116 5 0.86734 0.43001 0.86956 0.43172 0.86890 0.42900 0.86956 0.43172 0.86381 0.42284\n 11 116 5 0.86743 0.43605 0.86956 0.43750 0.86880 0.43504 0.86956 0.43750 0.86381 0.42967\n 11 116 5 0.86753 0.44209 0.86956 0.44328 0.86871 0.44108 0.86956 0.44328 0.86381 0.43649\n 11 116 5 0.86762 0.44813 0.86956 0.44906 0.86862 0.44712 0.86956 0.44906 0.86381 0.44332\n 11 116 5 0.86771 0.45417 0.86956 0.45484 0.86853 0.45316 0.86956 0.45484 0.86381 0.45014\n 11 116 5 0.86780 0.46021 0.86956 0.46062 0.86844 0.45920 0.86956 0.46062 0.86381 0.45696\n 11 116 5 0.86789 0.46625 0.86956 0.46640 0.86835 0.46524 0.86956 0.46640 0.86381 0.46379\n 11 116 5 0.86798 0.47229 0.86956 0.47218 0.86826 0.47128 0.86956 0.47218 0.86381 0.47061\n 11 116 5 0.86807 0.47833 0.86956 0.47796 0.86817 0.47732 0.86956 0.47796 0.86381 0.47743\n 11 116 5 0.86817 0.48437 0.86956 0.48374 0.86807 0.48336 0.86956 0.48374 0.86381 0.48426\n 11 116 5 0.86826 0.49041 0.86956 0.48952 0.86798 0.48940 0.86956 0.48952 0.86381 0.49108\n 11 116 5 0.86835 0.49645 0.86956 0.49529 0.86789 0.49544 0.86956 0.49529 0.86381 0.49791\n 11 116 5 0.86844 0.50249 0.86956 0.50107 0.86780 0.50148 0.86956 0.50107 0.86381 0.50473\n 11 116 5 0.86853 0.50853 0.86956 0.50685 0.86771 0.50752 0.86956 0.50685 0.86381 0.51155\n 11 116 5 0.87690 0.36378 0.88028 0.36816 0.88037 0.36262 0.88028 0.36816 0.87349 0.34778\n 11 116 5 0.87690 0.36970 0.88028 0.37393 0.88028 0.36851 0.88028 0.37393 0.87349 0.35461\n 11 116 5 0.87699 0.37574 0.88028 0.37971 0.88019 0.37455 0.88028 0.37971 0.87349 0.36143\n 11 116 5 0.87708 0.38178 0.88028 0.38549 0.88009 0.38059 0.88028 0.38549 0.87349 0.36825\n 11 116 5 0.87717 0.38782 0.88028 0.39127 0.88000 0.38663 0.88028 0.39127 0.87349 0.37508\n 11 116 5 0.87726 0.39386 0.88028 0.39705 0.87991 0.39267 0.88028 0.39705 0.87349 0.38190\n 11 116 5 0.87735 0.39990 0.88028 0.40283 0.87982 0.39871 0.88028 0.40283 0.87349 0.38873\n 11 116 5 0.87744 0.40594 0.88028 0.40861 0.87973 0.40475 0.88028 0.40861 0.87349 0.39555\n 11 116 5 0.87753 0.41198 0.88028 0.41439 0.87964 0.41079 0.88028 0.41439 0.87349 0.40237\n 11 116 5 0.87763 0.41802 0.88028 0.42017 0.87955 0.41683 0.88028 0.42017 0.87349 0.40920\n 11 116 5 0.87772 0.42406 0.88028 0.42595 0.87945 0.42287 0.88028 0.42595 0.87349 0.41602\n 11 116 5 0.87781 0.43010 0.88028 0.43172 0.87936 0.42891 0.88028 0.43172 0.87349 0.42284\n 11 116 5 0.87790 0.43614 0.88028 0.43750 0.87927 0.43495 0.88028 0.43750 0.87349 0.42967\n 11 116 5 0.87799 0.44218 0.88028 0.44328 0.87918 0.44099 0.88028 0.44328 0.87349 0.43649\n 11 116 5 0.87808 0.44822 0.88028 0.44906 0.87909 0.44703 0.88028 0.44906 0.87349 0.44332\n 11 116 5 0.87817 0.45426 0.88028 0.45484 0.87900 0.45307 0.88028 0.45484 0.87349 0.45014\n 11 116 5 0.87827 0.46030 0.88028 0.46062 0.87891 0.45911 0.88028 0.46062 0.87349 0.45696\n 11 116 5 0.87836 0.46634 0.88028 0.46640 0.87881 0.46515 0.88028 0.46640 0.87349 0.46379\n 11 116 5 0.87845 0.47238 0.88028 0.47218 0.87872 0.47119 0.88028 0.47218 0.87349 0.47061\n 11 116 5 0.87854 0.47842 0.88028 0.47796 0.87863 0.47723 0.88028 0.47796 0.87349 0.47743\n 11 116 5 0.87863 0.48446 0.88028 0.48374 0.87854 0.48327 0.88028 0.48374 0.87349 0.48426\n 11 116 5 0.87872 0.49050 0.88028 0.48952 0.87845 0.48931 0.88028 0.48952 0.87349 0.49108\n 11 116 5 0.87881 0.49654 0.88028 0.49529 0.87836 0.49535 0.88028 0.49529 0.87349 0.49791\n 11 116 5 0.87891 0.50258 0.88028 0.50107 0.87827 0.50139 0.88028 0.50107 0.87349 0.50473\n 11 116 5 0.87900 0.50862 0.88028 0.50685 0.87817 0.50743 0.88028 0.50685 0.87349 0.51155\n 11 116 5 0.88743 0.36394 0.89101 0.36816 0.89084 0.36263 0.89101 0.36816 0.88318 0.34778\n 11 116 5 0.88736 0.36979 0.89101 0.37393 0.89074 0.36842 0.89101 0.37393 0.88318 0.35461\n 11 116 5 0.88745 0.37583 0.89101 0.37971 0.89065 0.37446 0.89101 0.37971 0.88318 0.36143\n 11 116 5 0.88754 0.38187 0.89101 0.38549 0.89056 0.38050 0.89101 0.38549 0.88318 0.36825\n 11 116 5 0.88764 0.38791 0.89101 0.39127 0.89047 0.38654 0.89101 0.39127 0.88318 0.37508\n 11 116 5 0.88773 0.39395 0.89101 0.39705 0.89038 0.39258 0.89101 0.39705 0.88318 0.38190\n 11 116 5 0.88782 0.39999 0.89101 0.40283 0.89029 0.39862 0.89101 0.40283 0.88318 0.38873\n 11 116 5 0.88791 0.40603 0.89101 0.40861 0.89020 0.40466 0.89101 0.40861 0.88318 0.39555\n 11 116 5 0.88800 0.41207 0.89101 0.41439 0.89010 0.41070 0.89101 0.41439 0.88318 0.40237\n 11 116 5 0.88809 0.41811 0.89101 0.42017 0.89001 0.41674 0.89101 0.42017 0.88318 0.40920\n 11 116 5 0.88818 0.42415 0.89101 0.42595 0.88992 0.42278 0.89101 0.42595 0.88318 0.41602\n 11 116 5 0.88828 0.43019 0.89101 0.43172 0.88983 0.42882 0.89101 0.43172 0.88318 0.42284\n 11 116 5 0.88837 0.43623 0.89101 0.43750 0.88974 0.43486 0.89101 0.43750 0.88318 0.42967\n 11 116 5 0.88846 0.44227 0.89101 0.44328 0.88965 0.44090 0.89101 0.44328 0.88318 0.43649\n 11 116 5 0.88855 0.44831 0.89101 0.44906 0.88956 0.44694 0.89101 0.44906 0.88318 0.44332\n 11 116 5 0.88864 0.45435 0.89101 0.45484 0.88946 0.45298 0.89101 0.45484 0.88318 0.45014\n 11 116 5 0.88873 0.46039 0.89101 0.46062 0.88937 0.45902 0.89101 0.46062 0.88318 0.45696\n 11 116 5 0.88882 0.46643 0.89101 0.46640 0.88928 0.46506 0.89101 0.46640 0.88318 0.46379\n 11 116 5 0.88892 0.47247 0.89101 0.47218 0.88919 0.47110 0.89101 0.47218 0.88318 0.47061\n 11 116 5 0.88901 0.47851 0.89101 0.47796 0.88910 0.47714 0.89101 0.47796 0.88318 0.47743\n 11 116 5 0.88910 0.48455 0.89101 0.48374 0.88901 0.48318 0.89101 0.48374 0.88318 0.48426\n 11 116 5 0.88919 0.49059 0.89101 0.48952 0.88892 0.48922 0.89101 0.48952 0.88318 0.49108\n 11 116 5 0.88928 0.49663 0.89101 0.49529 0.88882 0.49526 0.89101 0.49529 0.88318 0.49791\n 11 116 5 0.88937 0.50267 0.89101 0.50107 0.88873 0.50130 0.89101 0.50107 0.88318 0.50473\n 11 116 5 0.88946 0.50871 0.89101 0.50685 0.88864 0.50734 0.89101 0.50685 0.88318 0.51155\n 11 116 5 0.89798 0.36410 0.90174 0.36816 0.90133 0.36264 0.90174 0.36816 0.89286 0.34778\n 11 116 5 0.89790 0.36995 0.90174 0.37393 0.90122 0.36843 0.90174 0.37393 0.89286 0.35461\n 11 116 5 0.89792 0.37592 0.90174 0.37971 0.90112 0.37437 0.90174 0.37971 0.89286 0.36143\n 11 116 5 0.89801 0.38196 0.90174 0.38549 0.90103 0.38041 0.90174 0.38549 0.89286 0.36825\n 11 116 5 0.89810 0.38800 0.90174 0.39127 0.90094 0.38645 0.90174 0.39127 0.89286 0.37508\n 11 116 5 0.89819 0.39404 0.90174 0.39705 0.90085 0.39249 0.90174 0.39705 0.89286 0.38190\n 11 116 5 0.89829 0.40008 0.90174 0.40283 0.90075 0.39853 0.90174 0.40283 0.89286 0.38873\n 11 116 5 0.89838 0.40612 0.90174 0.40861 0.90066 0.40457 0.90174 0.40861 0.89286 0.39555\n 11 116 5 0.89847 0.41216 0.90174 0.41439 0.90057 0.41061 0.90174 0.41439 0.89286 0.40237\n 11 116 5 0.89856 0.41820 0.90174 0.42017 0.90048 0.41665 0.90174 0.42017 0.89286 0.40920\n 11 116 5 0.89865 0.42424 0.90174 0.42595 0.90039 0.42269 0.90174 0.42595 0.89286 0.41602\n 11 116 5 0.89874 0.43028 0.90174 0.43172 0.90030 0.42873 0.90174 0.43172 0.89286 0.42284\n 11 116 5 0.89883 0.43632 0.90174 0.43750 0.90021 0.43477 0.90174 0.43750 0.89286 0.42967\n 11 116 5 0.89893 0.44236 0.90174 0.44328 0.90011 0.44081 0.90174 0.44328 0.89286 0.43649\n 11 116 5 0.89902 0.44840 0.90174 0.44906 0.90002 0.44685 0.90174 0.44906 0.89286 0.44332\n 11 116 5 0.89911 0.45444 0.90174 0.45484 0.89993 0.45289 0.90174 0.45484 0.89286 0.45014\n 11 116 5 0.89920 0.46048 0.90174 0.46062 0.89984 0.45893 0.90174 0.46062 0.89286 0.45696\n 11 116 5 0.89929 0.46652 0.90174 0.46640 0.89975 0.46497 0.90174 0.46640 0.89286 0.46379\n 11 116 5 0.89938 0.47256 0.90174 0.47218 0.89966 0.47101 0.90174 0.47218 0.89286 0.47061\n 11 116 5 0.89947 0.47860 0.90174 0.47796 0.89957 0.47705 0.90174 0.47796 0.89286 0.47743\n 11 116 5 0.89957 0.48464 0.90174 0.48374 0.89947 0.48309 0.90174 0.48374 0.89286 0.48426\n 11 116 5 0.89966 0.49068 0.90174 0.48952 0.89938 0.48913 0.90174 0.48952 0.89286 0.49108\n 11 116 5 0.89975 0.49672 0.90174 0.49529 0.89929 0.49517 0.90174 0.49529 0.89286 0.49791\n 11 116 5 0.89984 0.50276 0.90174 0.50107 0.89920 0.50121 0.90174 0.50107 0.89286 0.50473\n 11 116 5 0.89993 0.50880 0.90174 0.50685 0.89911 0.50725 0.90174 0.50685 0.89286 0.51155\n 11 116 5 0.90854 0.36426 0.91247 0.36816 0.91182 0.36266 0.91247 0.36816 0.90254 0.34778\n 11 116 5 0.90846 0.37012 0.91247 0.37393 0.91171 0.36845 0.91247 0.37393 0.90254 0.35461\n 11 116 5 0.90839 0.37601 0.91247 0.37971 0.91159 0.37427 0.91247 0.37971 0.90254 0.36143\n 11 116 5 0.90848 0.38205 0.91247 0.38549 0.91150 0.38031 0.91247 0.38549 0.90254 0.36825\n 11 116 5 0.90857 0.38809 0.91247 0.39127 0.91140 0.38635 0.91247 0.39127 0.90254 0.37508\n 11 116 5 0.90866 0.39413 0.91247 0.39705 0.91131 0.39239 0.91247 0.39705 0.90254 0.38190\n 11 116 5 0.90875 0.40017 0.91247 0.40283 0.91122 0.39844 0.91247 0.40283 0.90254 0.38873\n 11 116 5 0.90884 0.40621 0.91247 0.40861 0.91113 0.40448 0.91247 0.40861 0.90254 0.39555\n 11 116 5 0.90894 0.41225 0.91247 0.41439 0.91104 0.41052 0.91247 0.41439 0.90254 0.40237\n 11 116 5 0.90903 0.41829 0.91247 0.42017 0.91095 0.41656 0.91247 0.42017 0.90254 0.40920\n 11 116 5 0.90912 0.42433 0.91247 0.42595 0.91086 0.42260 0.91247 0.42595 0.90254 0.41602\n 11 116 5 0.90921 0.43037 0.91247 0.43172 0.91076 0.42864 0.91247 0.43172 0.90254 0.42284\n 11 116 5 0.90930 0.43641 0.91247 0.43750 0.91067 0.43468 0.91247 0.43750 0.90254 0.42967\n 11 116 5 0.90939 0.44245 0.91247 0.44328 0.91058 0.44072 0.91247 0.44328 0.90254 0.43649\n 11 116 5 0.90948 0.44849 0.91247 0.44906 0.91049 0.44676 0.91247 0.44906 0.90254 0.44332\n 11 116 5 0.90958 0.45453 0.91247 0.45484 0.91040 0.45280 0.91247 0.45484 0.90254 0.45014\n 11 116 5 0.90967 0.46057 0.91247 0.46062 0.91031 0.45884 0.91247 0.46062 0.90254 0.45696\n 11 116 5 0.90976 0.46661 0.91247 0.46640 0.91022 0.46488 0.91247 0.46640 0.90254 0.46379\n 11 116 5 0.90985 0.47265 0.91247 0.47218 0.91012 0.47092 0.91247 0.47218 0.90254 0.47061\n 11 116 5 0.90994 0.47869 0.91247 0.47796 0.91003 0.47696 0.91247 0.47796 0.90254 0.47743\n 11 116 5 0.91003 0.48474 0.91247 0.48374 0.90994 0.48300 0.91247 0.48374 0.90254 0.48426\n 11 116 5 0.91012 0.49078 0.91247 0.48952 0.90985 0.48904 0.91247 0.48952 0.90254 0.49108\n 11 116 5 0.91022 0.49682 0.91247 0.49529 0.90976 0.49508 0.91247 0.49529 0.90254 0.49791\n 11 116 5 0.91031 0.50286 0.91247 0.50107 0.90967 0.50112 0.91247 0.50107 0.90254 0.50473\n 11 116 5 0.91040 0.50890 0.91247 0.50685 0.90958 0.50716 0.91247 0.50685 0.90254 0.51155\n 11 116 5 0.91911 0.36442 0.92320 0.36816 0.92233 0.36269 0.92320 0.36816 0.91223 0.34778\n 11 116 5 0.91903 0.37029 0.92320 0.37393 0.92221 0.36849 0.92320 0.37393 0.91223 0.35461\n 11 116 5 0.91894 0.37618 0.92320 0.37971 0.92208 0.37429 0.92320 0.37971 0.91223 0.36143\n 11 116 5 0.91895 0.38214 0.92320 0.38549 0.92196 0.38022 0.92320 0.38549 0.91223 0.36825\n 11 116 5 0.91904 0.38818 0.92320 0.39127 0.92187 0.38626 0.92320 0.39127 0.91223 0.37508\n 11 116 5 0.91913 0.39422 0.92320 0.39705 0.92178 0.39230 0.92320 0.39705 0.91223 0.38190\n 11 116 5 0.91922 0.40026 0.92320 0.40283 0.92169 0.39834 0.92320 0.40283 0.91223 0.38873\n 11 116 5 0.91931 0.40630 0.92320 0.40861 0.92160 0.40438 0.92320 0.40861 0.91223 0.39555\n 11 116 5 0.91940 0.41234 0.92320 0.41439 0.92151 0.41042 0.92320 0.41439 0.91223 0.40237\n 11 116 5 0.91949 0.41838 0.92320 0.42017 0.92141 0.41646 0.92320 0.42017 0.91223 0.40920\n 11 116 5 0.91959 0.42442 0.92320 0.42595 0.92132 0.42250 0.92320 0.42595 0.91223 0.41602\n 11 116 5 0.91968 0.43046 0.92320 0.43172 0.92123 0.42854 0.92320 0.43172 0.91223 0.42284\n 11 116 5 0.91977 0.43650 0.92320 0.43750 0.92114 0.43459 0.92320 0.43750 0.91223 0.42967\n 11 116 5 0.91986 0.44255 0.92320 0.44328 0.92105 0.44063 0.92320 0.44328 0.91223 0.43649\n 11 116 5 0.91995 0.44859 0.92320 0.44906 0.92096 0.44667 0.92320 0.44906 0.91223 0.44332\n 11 116 5 0.92004 0.45463 0.92320 0.45484 0.92087 0.45271 0.92320 0.45484 0.91223 0.45014\n 11 116 5 0.92013 0.46067 0.92320 0.46062 0.92077 0.45875 0.92320 0.46062 0.91223 0.45696\n 11 116 5 0.92023 0.46671 0.92320 0.46640 0.92068 0.46479 0.92320 0.46640 0.91223 0.46379\n 11 116 5 0.92032 0.47275 0.92320 0.47218 0.92059 0.47083 0.92320 0.47218 0.91223 0.47061\n 11 116 5 0.92041 0.47879 0.92320 0.47796 0.92050 0.47687 0.92320 0.47796 0.91223 0.47743\n 11 116 5 0.92050 0.48483 0.92320 0.48374 0.92041 0.48291 0.92320 0.48374 0.91223 0.48426\n 11 116 5 0.92059 0.49087 0.92320 0.48952 0.92032 0.48895 0.92320 0.48952 0.91223 0.49108\n 11 116 5 0.92068 0.49691 0.92320 0.49529 0.92023 0.49499 0.92320 0.49529 0.91223 0.49791\n 11 116 5 0.92077 0.50295 0.92320 0.50107 0.92013 0.50103 0.92320 0.50107 0.91223 0.50473\n 11 116 5 0.92087 0.50899 0.92320 0.50685 0.92004 0.50707 0.92320 0.50685 0.91223 0.51155\n 11 116 5 0.92970 0.36459 0.93392 0.36816 0.93285 0.36273 0.93392 0.36816 0.92191 0.34778\n 11 116 5 0.92962 0.37046 0.93392 0.37393 0.93272 0.36853 0.93392 0.37393 0.92191 0.35461\n 11 116 5 0.92953 0.37635 0.93392 0.37971 0.93258 0.37435 0.93392 0.37971 0.92191 0.36143\n 11 116 5 0.92944 0.38225 0.93392 0.38549 0.93244 0.38016 0.93392 0.38549 0.92191 0.36825\n 11 116 5 0.92950 0.38827 0.93392 0.39127 0.93234 0.38617 0.93392 0.39127 0.92191 0.37508\n 11 116 5 0.92960 0.39431 0.93392 0.39705 0.93225 0.39221 0.93392 0.39705 0.92191 0.38190\n 11 116 5 0.92969 0.40036 0.93392 0.40283 0.93216 0.39825 0.93392 0.40283 0.92191 0.38873\n 11 116 5 0.92978 0.40640 0.93392 0.40861 0.93206 0.40429 0.93392 0.40861 0.92191 0.39555\n 11 116 5 0.92987 0.41244 0.93392 0.41439 0.93197 0.41033 0.93392 0.41439 0.92191 0.40237\n 11 116 5 0.92996 0.41848 0.93392 0.42017 0.93188 0.41637 0.93392 0.42017 0.92191 0.40920\n 11 116 5 0.93005 0.42452 0.93392 0.42595 0.93179 0.42241 0.93392 0.42595 0.92191 0.41602\n 11 116 5 0.93014 0.43056 0.93392 0.43172 0.93170 0.42845 0.93392 0.43172 0.92191 0.42284\n 11 116 5 0.93024 0.43660 0.93392 0.43750 0.93161 0.43449 0.93392 0.43750 0.92191 0.42967\n 11 116 5 0.93033 0.44264 0.93392 0.44328 0.93152 0.44053 0.93392 0.44328 0.92191 0.43649\n 11 116 5 0.93042 0.44868 0.93392 0.44906 0.93142 0.44657 0.93392 0.44906 0.92191 0.44332\n 11 116 5 0.93051 0.45472 0.93392 0.45484 0.93133 0.45261 0.93392 0.45484 0.92191 0.45014\n 11 116 5 0.93060 0.46076 0.93392 0.46062 0.93124 0.45865 0.93392 0.46062 0.92191 0.45696\n 11 116 5 0.93069 0.46680 0.93392 0.46640 0.93115 0.46469 0.93392 0.46640 0.92191 0.46379\n 11 116 5 0.93078 0.47284 0.93392 0.47218 0.93106 0.47073 0.93392 0.47218 0.92191 0.47061\n 11 116 5 0.93088 0.47888 0.93392 0.47796 0.93097 0.47678 0.93392 0.47796 0.92191 0.47743\n 11 116 5 0.93097 0.48492 0.93392 0.48374 0.93088 0.48282 0.93392 0.48374 0.92191 0.48426\n 11 116 5 0.93106 0.49096 0.93392 0.48952 0.93078 0.48886 0.93392 0.48952 0.92191 0.49108\n 11 116 5 0.93115 0.49700 0.93392 0.49529 0.93069 0.49490 0.93392 0.49529 0.92191 0.49791\n 11 116 5 0.93124 0.50304 0.93392 0.50107 0.93060 0.50094 0.93392 0.50107 0.92191 0.50473\n 11 116 5 0.93133 0.50908 0.93392 0.50685 0.93051 0.50698 0.93392 0.50685 0.92191 0.51155\n 11 116 5 0.94030 0.36475 0.94465 0.36816 0.94337 0.36277 0.94465 0.36816 0.93159 0.34778\n 11 116 5 0.94021 0.37063 0.94465 0.37393 0.94324 0.36858 0.94465 0.37393 0.93159 0.35461\n 11 116 5 0.94013 0.37653 0.94465 0.37971 0.94310 0.37440 0.94465 0.37971 0.93159 0.36143\n 11 116 5 0.94004 0.38243 0.94465 0.38549 0.94296 0.38023 0.94465 0.38549 0.93159 0.36825\n 11 116 5 0.93997 0.38837 0.94465 0.39127 0.94281 0.38608 0.94465 0.39127 0.93159 0.37508\n 11 116 5 0.94006 0.39441 0.94465 0.39705 0.94271 0.39212 0.94465 0.39705 0.93159 0.38190\n 11 116 5 0.94015 0.40045 0.94465 0.40283 0.94262 0.39816 0.94465 0.40283 0.93159 0.38873\n 11 116 5 0.94025 0.40649 0.94465 0.40861 0.94253 0.40420 0.94465 0.40861 0.93159 0.39555\n 11 116 5 0.94034 0.41253 0.94465 0.41439 0.94244 0.41024 0.94465 0.41439 0.93159 0.40237\n 11 116 5 0.94043 0.41857 0.94465 0.42017 0.94235 0.41628 0.94465 0.42017 0.93159 0.40920\n 11 116 5 0.94052 0.42461 0.94465 0.42595 0.94226 0.42232 0.94465 0.42595 0.93159 0.41602\n 11 116 5 0.94061 0.43065 0.94465 0.43172 0.94217 0.42836 0.94465 0.43172 0.93159 0.42284\n 11 116 5 0.94070 0.43669 0.94465 0.43750 0.94207 0.43440 0.94465 0.43750 0.93159 0.42967\n 11 116 5 0.94079 0.44273 0.94465 0.44328 0.94198 0.44044 0.94465 0.44328 0.93159 0.43649\n 11 116 5 0.94089 0.44877 0.94465 0.44906 0.94189 0.44648 0.94465 0.44906 0.93159 0.44332\n 11 116 5 0.94098 0.45481 0.94465 0.45484 0.94180 0.45252 0.94465 0.45484 0.93159 0.45014\n 11 116 5 0.94107 0.46085 0.94465 0.46062 0.94171 0.45856 0.94465 0.46062 0.93159 0.45696\n 11 116 5 0.94116 0.46689 0.94465 0.46640 0.94162 0.46460 0.94465 0.46640 0.93159 0.46379\n 11 116 5 0.94125 0.47293 0.94465 0.47218 0.94153 0.47064 0.94465 0.47218 0.93159 0.47061\n 11 116 5 0.94134 0.47897 0.94465 0.47796 0.94143 0.47668 0.94465 0.47796 0.93159 0.47743\n 11 116 5 0.94143 0.48501 0.94465 0.48374 0.94134 0.48272 0.94465 0.48374 0.93159 0.48426\n 11 116 5 0.94153 0.49105 0.94465 0.48952 0.94125 0.48876 0.94465 0.48952 0.93159 0.49108\n 11 116 5 0.94162 0.49709 0.94465 0.49529 0.94116 0.49480 0.94465 0.49529 0.93159 0.49791\n 11 116 5 0.94171 0.50313 0.94465 0.50107 0.94107 0.50084 0.94465 0.50107 0.93159 0.50473\n 11 116 5 0.94180 0.50917 0.94465 0.50685 0.94098 0.50688 0.94465 0.50685 0.93159 0.51155\n 11 116 5 0.95091 0.36490 0.95538 0.36816 0.95391 0.36282 0.95538 0.36816 0.94128 0.34778\n 11 116 5 0.95083 0.37079 0.95538 0.37393 0.95378 0.36864 0.95538 0.37393 0.94128 0.35461\n 11 116 5 0.95074 0.37670 0.95538 0.37971 0.95364 0.37446 0.95538 0.37971 0.94128 0.36143\n 11 116 5 0.95066 0.38261 0.95538 0.38549 0.95349 0.38029 0.95538 0.38549 0.94128 0.36825\n 11 116 5 0.95057 0.38853 0.95538 0.39127 0.95333 0.38613 0.95538 0.39127 0.94128 0.37508\n 11 116 5 0.95053 0.39450 0.95538 0.39705 0.95318 0.39203 0.95538 0.39705 0.94128 0.38190\n 11 116 5 0.95062 0.40054 0.95538 0.40283 0.95309 0.39807 0.95538 0.40283 0.94128 0.38873\n 11 116 5 0.95071 0.40658 0.95538 0.40861 0.95300 0.40411 0.95538 0.40861 0.94128 0.39555\n 11 116 5 0.95080 0.41262 0.95538 0.41439 0.95291 0.41015 0.95538 0.41439 0.94128 0.40237\n 11 116 5 0.95090 0.41866 0.95538 0.42017 0.95281 0.41619 0.95538 0.42017 0.94128 0.40920\n 11 116 5 0.95099 0.42470 0.95538 0.42595 0.95272 0.42223 0.95538 0.42595 0.94128 0.41602\n 11 116 5 0.95108 0.43074 0.95538 0.43172 0.95263 0.42827 0.95538 0.43172 0.94128 0.42284\n 11 116 5 0.95117 0.43678 0.95538 0.43750 0.95254 0.43431 0.95538 0.43750 0.94128 0.42967\n 11 116 5 0.95126 0.44282 0.95538 0.44328 0.95245 0.44035 0.95538 0.44328 0.94128 0.43649\n 11 116 5 0.95135 0.44886 0.95538 0.44906 0.95236 0.44639 0.95538 0.44906 0.94128 0.44332\n 11 116 5 0.95144 0.45490 0.95538 0.45484 0.95227 0.45243 0.95538 0.45484 0.94128 0.45014\n 11 116 5 0.95153 0.46094 0.95538 0.46062 0.95217 0.45847 0.95538 0.46062 0.94128 0.45696\n 11 116 5 0.95163 0.46698 0.95538 0.46640 0.95208 0.46451 0.95538 0.46640 0.94128 0.46379\n 11 116 5 0.95172 0.47302 0.95538 0.47218 0.95199 0.47055 0.95538 0.47218 0.94128 0.47061\n 11 116 5 0.95181 0.47906 0.95538 0.47796 0.95190 0.47659 0.95538 0.47796 0.94128 0.47743\n 11 116 5 0.95190 0.48510 0.95538 0.48374 0.95181 0.48263 0.95538 0.48374 0.94128 0.48426\n 11 116 5 0.95199 0.49114 0.95538 0.48952 0.95172 0.48867 0.95538 0.48952 0.94128 0.49108\n 11 116 5 0.95208 0.49718 0.95538 0.49529 0.95163 0.49471 0.95538 0.49529 0.94128 0.49791\n 11 116 5 0.95217 0.50322 0.95538 0.50107 0.95153 0.50075 0.95538 0.50107 0.94128 0.50473\n 11 116 5 0.95227 0.50926 0.95538 0.50685 0.95144 0.50679 0.95538 0.50685 0.94128 0.51155\n 11 50 2 0.95822 0.35755 0.95096 0.34778\n 11 50 2 0.95822 0.36387 0.95096 0.35461\n 11 50 2 0.95822 0.37020 0.95096 0.36143\n 11 50 2 0.95822 0.37652 0.95096 0.36825\n 11 50 2 0.95822 0.38284 0.95096 0.37508\n 11 50 2 0.95822 0.38916 0.95096 0.38190\n 11 50 2 0.95822 0.39549 0.95096 0.38873\n 11 50 2 0.95822 0.40181 0.95096 0.39555\n 11 50 2 0.95822 0.40813 0.95096 0.40237\n 11 50 2 0.95822 0.41446 0.95096 0.40920\n 11 50 2 0.95822 0.42078 0.95096 0.41602\n 11 50 2 0.95822 0.42710 0.95096 0.42284\n 11 50 2 0.95822 0.43342 0.95096 0.42967\n 11 50 2 0.95822 0.43975 0.95096 0.43649\n 11 50 2 0.95822 0.44607 0.95096 0.44332\n 11 50 2 0.95822 0.45239 0.95096 0.45014\n 11 50 2 0.95822 0.45872 0.95096 0.45696\n 11 50 2 0.95822 0.46504 0.95096 0.46379\n 11 50 2 0.95822 0.47136 0.95096 0.47061\n 11 50 2 0.95822 0.47769 0.95096 0.47743\n 11 50 2 0.95822 0.48401 0.95096 0.48426\n 11 50 2 0.95822 0.49033 0.95096 0.49108\n 11 50 2 0.95822 0.49665 0.95096 0.49791\n 11 50 2 0.95822 0.50298 0.95096 0.50473\n 11 50 2 0.95822 0.50930 0.95096 0.51155\n 21 6 1\n 25 6 1\n 82 0\n 81 6 38\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.57516\n 72 44 0.00000 15.30000 0.00000 8.80000\n 81 6 39\n 21 6 1\n 25 6 1\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.38742 0.37158 0.39375 0.37158 0.39375 0.38616 0.38742 0.38616 0.39375 0.38616 0.39375 0.40074 0.38742 0.40074 0.39375 0.40074 0.39375 0.41532 0.38742 0.41532 0.39375 0.41532 0.39375 0.42990 0.38742 0.42990 0.39375 0.42990 0.39375 0.44449 0.38742 0.44449 0.39375 0.44449 0.39375 0.45907 0.38742 0.45907 0.39375 0.45907 0.39375 0.47365 0.38742 0.47365 0.39375 0.47365 0.39375 0.48823 0.38742 0.48823 0.39375 0.48823 0.39375 0.50281 0.38742 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 380 17 0.38242 0.37411 0.38001 0.37411 0.37977 0.37194 0.38001 0.37219 0.38073 0.37243 0.38146 0.37243 0.38218 0.37219 0.38266 0.37170 0.38290 0.37098 0.38290 0.37050 0.38266 0.36977 0.38218 0.36929 0.38146 0.36905 0.38073 0.36905 0.38001 0.36929 0.37977 0.36953 0.37953 0.37002\n 11 94 4 0.37543 0.40231 0.37591 0.40255 0.37664 0.40328 0.37664 0.39821\n 11 380 17 0.38242 0.40328 0.38001 0.40328 0.37977 0.40111 0.38001 0.40135 0.38073 0.40159 0.38146 0.40159 0.38218 0.40135 0.38266 0.40086 0.38290 0.40014 0.38290 0.39966 0.38266 0.39894 0.38218 0.39845 0.38146 0.39821 0.38073 0.39821 0.38001 0.39845 0.37977 0.39869 0.37953 0.39918\n 11 314 14 0.37495 0.43123 0.37495 0.43147 0.37519 0.43195 0.37543 0.43220 0.37591 0.43244 0.37688 0.43244 0.37736 0.43220 0.37760 0.43195 0.37784 0.43147 0.37784 0.43099 0.37760 0.43051 0.37712 0.42978 0.37471 0.42737 0.37808 0.42737\n 11 380 17 0.38242 0.43244 0.38001 0.43244 0.37977 0.43027 0.38001 0.43051 0.38073 0.43075 0.38146 0.43075 0.38218 0.43051 0.38266 0.43003 0.38290 0.42930 0.38290 0.42882 0.38266 0.42810 0.38218 0.42761 0.38146 0.42737 0.38073 0.42737 0.38001 0.42761 0.37977 0.42786 0.37953 0.42834\n 11 336 15 0.37519 0.46160 0.37784 0.46160 0.37639 0.45967 0.37712 0.45967 0.37760 0.45943 0.37784 0.45919 0.37808 0.45846 0.37808 0.45798 0.37784 0.45726 0.37736 0.45678 0.37664 0.45653 0.37591 0.45653 0.37519 0.45678 0.37495 0.45702 0.37471 0.45750\n 11 380 17 0.38242 0.46160 0.38001 0.46160 0.37977 0.45943 0.38001 0.45967 0.38073 0.45991 0.38146 0.45991 0.38218 0.45967 0.38266 0.45919 0.38290 0.45846 0.38290 0.45798 0.38266 0.45726 0.38218 0.45678 0.38146 0.45653 0.38073 0.45653 0.38001 0.45678 0.37977 0.45702 0.37953 0.45750\n 11 72 3 0.37712 0.49076 0.37471 0.48738 0.37832 0.48738\n 11 50 2 0.37712 0.49076 0.37712 0.48570\n 11 380 17 0.38242 0.49076 0.38001 0.49076 0.37977 0.48859 0.38001 0.48883 0.38073 0.48907 0.38146 0.48907 0.38218 0.48883 0.38266 0.48835 0.38290 0.48762 0.38290 0.48714 0.38266 0.48642 0.38218 0.48594 0.38146 0.48570 0.38073 0.48570 0.38001 0.48594 0.37977 0.48618 0.37953 0.48666\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.62168 0.37158 0.61535 0.37158 0.61535 0.38616 0.62168 0.38616 0.61535 0.38616 0.61535 0.40074 0.62168 0.40074 0.61535 0.40074 0.61535 0.41532 0.62168 0.41532 0.61535 0.41532 0.61535 0.42990 0.62168 0.42990 0.61535 0.42990 0.61535 0.44449 0.62168 0.44449 0.61535 0.44449 0.61535 0.45907 0.62168 0.45907 0.61535 0.45907 0.61535 0.47365 0.62168 0.47365 0.61535 0.47365 0.61535 0.48823 0.62168 0.48823 0.61535 0.48823 0.61535 0.50281 0.62168 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.51059 0.41370 0.50427 0.43586 0.50427 0.43586 0.51059 0.43586 0.50427 0.45802 0.50427 0.45802 0.51059 0.45802 0.50427 0.48017 0.50427 0.48017 0.51059 0.48017 0.50427 0.50233 0.50427 0.50233 0.51059 0.50233 0.50427 0.52449 0.50427 0.52449 0.51059 0.52449 0.50427 0.54665 0.50427 0.54665 0.51059 0.54665 0.50427 0.56881 0.50427 0.56881 0.51059 0.56881 0.50427 0.59097 0.50427 0.59097 0.51059 0.59097 0.50427 0.61313 0.50427 0.61313 0.51059 0.61313 0.50427 0.61535 0.50427\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 732 33 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35213 0.41370 0.35846 0.43586 0.35846 0.43586 0.35213 0.43586 0.35846 0.45802 0.35846 0.45802 0.35213 0.45802 0.35846 0.48017 0.35846 0.48017 0.35213 0.48017 0.35846 0.50233 0.35846 0.50233 0.35213 0.50233 0.35846 0.52449 0.35846 0.52449 0.35213 0.52449 0.35846 0.54665 0.35846 0.54665 0.35213 0.54665 0.35846 0.56881 0.35846 0.56881 0.35213 0.56881 0.35846 0.59097 0.35846 0.59097 0.35213 0.59097 0.35846 0.61313 0.35846 0.61313 0.35213 0.61313 0.35846 0.61535 0.35846\n 11 380 17 0.41490 0.34757 0.41249 0.34757 0.41225 0.34541 0.41249 0.34565 0.41321 0.34589 0.41394 0.34589 0.41466 0.34565 0.41514 0.34516 0.41538 0.34444 0.41538 0.34396 0.41514 0.34324 0.41466 0.34275 0.41394 0.34251 0.41321 0.34251 0.41249 0.34275 0.41225 0.34299 0.41201 0.34348\n 11 94 4 0.45464 0.34661 0.45512 0.34685 0.45585 0.34757 0.45585 0.34251\n 11 380 17 0.46163 0.34757 0.45922 0.34757 0.45898 0.34541 0.45922 0.34565 0.45994 0.34589 0.46067 0.34589 0.46139 0.34565 0.46187 0.34516 0.46211 0.34444 0.46211 0.34396 0.46187 0.34324 0.46139 0.34275 0.46067 0.34251 0.45994 0.34251 0.45922 0.34275 0.45898 0.34299 0.45874 0.34348\n 11 314 14 0.49848 0.34637 0.49848 0.34661 0.49872 0.34709 0.49896 0.34733 0.49944 0.34757 0.50041 0.34757 0.50089 0.34733 0.50113 0.34709 0.50137 0.34661 0.50137 0.34613 0.50113 0.34565 0.50065 0.34492 0.49824 0.34251 0.50161 0.34251\n 11 380 17 0.50595 0.34757 0.50354 0.34757 0.50330 0.34541 0.50354 0.34565 0.50426 0.34589 0.50499 0.34589 0.50571 0.34565 0.50619 0.34516 0.50643 0.34444 0.50643 0.34396 0.50619 0.34324 0.50571 0.34275 0.50499 0.34251 0.50426 0.34251 0.50354 0.34275 0.50330 0.34299 0.50306 0.34348\n 11 336 15 0.54304 0.34757 0.54569 0.34757 0.54424 0.34565 0.54497 0.34565 0.54545 0.34541 0.54569 0.34516 0.54593 0.34444 0.54593 0.34396 0.54569 0.34324 0.54521 0.34275 0.54448 0.34251 0.54376 0.34251 0.54304 0.34275 0.54280 0.34299 0.54256 0.34348\n 11 380 17 0.55027 0.34757 0.54786 0.34757 0.54762 0.34541 0.54786 0.34565 0.54858 0.34589 0.54931 0.34589 0.55003 0.34565 0.55051 0.34516 0.55075 0.34444 0.55075 0.34396 0.55051 0.34324 0.55003 0.34275 0.54931 0.34251 0.54858 0.34251 0.54786 0.34275 0.54762 0.34299 0.54738 0.34348\n 11 72 3 0.58929 0.34757 0.58687 0.34420 0.59049 0.34420\n 11 50 2 0.58929 0.34757 0.58929 0.34251\n 56 39 57 0.58261 0.08696 1.00000\n 56 39 58 0.36522 0.17391 1.00000\n 56 39 59 0.26030 0.25293 0.90737\n 56 39 60 0.20359 0.32854 0.77505\n 56 39 61 0.14688 0.40416 0.64272\n 56 39 62 0.09017 0.47977 0.51040\n 56 39 63 0.03346 0.55539 0.37807\n 56 39 64 0.05402 0.62161 0.28379\n 56 39 65 0.18577 0.67431 0.24427\n 56 39 66 0.31752 0.72701 0.20474\n 56 39 67 0.44928 0.77971 0.16522\n 56 39 68 0.58103 0.83241 0.12569\n 56 39 69 0.71278 0.88511 0.08617\n 56 39 70 0.84453 0.93781 0.04664\n 56 39 71 0.97628 0.99051 0.00711\n 56 39 72 1.00000 0.85145 0.00000\n 56 39 73 1.00000 0.67029 0.00000\n 56 39 74 1.00000 0.48913 0.00000\n 56 39 75 1.00000 0.30797 0.00000\n 56 39 76 1.00000 0.12681 0.00000\n 56 39 77 0.94783 0.00000 0.00000\n 56 39 78 0.77391 0.00000 0.00000\n 56 39 79 0.60000 0.00000 0.00000\n 56 39 56 0.80000 0.00000 1.00000\n 38 6 3\n 40 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00003 0.00004 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.39375 0.61535 0.35846 0.50427\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.35846 0.39375 0.36138 0.40262 0.36138 0.40262 0.35846\n 40 6 57\n 38 6 1\n 14 94 4 0.40262 0.35846 0.40262 0.36138 0.41148 0.36138 0.41148 0.35846\n 40 6 58\n 38 6 1\n 14 94 4 0.41148 0.35846 0.41148 0.36138 0.42034 0.36138 0.42034 0.35846\n 40 6 59\n 38 6 1\n 14 94 4 0.42034 0.35846 0.42034 0.36138 0.42921 0.36138 0.42921 0.35846\n 40 6 60\n 38 6 1\n 14 94 4 0.42921 0.35846 0.42921 0.36138 0.43807 0.36138 0.43807 0.35846\n 40 6 61\n 38 6 1\n 14 94 4 0.43807 0.35846 0.43807 0.36138 0.44694 0.36138 0.44694 0.35846\n 40 6 62\n 38 6 1\n 14 94 4 0.44694 0.35846 0.44694 0.36138 0.45580 0.36138 0.45580 0.35846\n 40 6 63\n 38 6 1\n 14 94 4 0.45580 0.35846 0.45580 0.36138 0.46466 0.36138 0.46466 0.35846\n 40 6 64\n 38 6 1\n 14 94 4 0.46466 0.35846 0.46466 0.36138 0.47353 0.36138 0.47353 0.35846\n 40 6 65\n 38 6 1\n 14 94 4 0.47353 0.35846 0.47353 0.36138 0.48682 0.36138 0.48682 0.35846\n 40 6 66\n 38 6 1\n 14 94 4 0.48682 0.35846 0.48682 0.36138 0.49569 0.36138 0.49569 0.35846\n 40 6 67\n 38 6 1\n 14 94 4 0.49569 0.35846 0.49569 0.36138 0.50455 0.36138 0.50455 0.35846\n 40 6 68\n 38 6 1\n 14 94 4 0.50455 0.35846 0.50455 0.36138 0.51341 0.36138 0.51341 0.35846\n 40 6 69\n 38 6 1\n 14 94 4 0.51341 0.35846 0.51341 0.36138 0.52228 0.36138 0.52228 0.35846\n 40 6 70\n 38 6 1\n 14 94 4 0.52228 0.35846 0.52228 0.36138 0.53114 0.36138 0.53114 0.35846\n 40 6 71\n 38 6 1\n 14 94 4 0.53114 0.35846 0.53114 0.36138 0.54001 0.36138 0.54001 0.35846\n 40 6 72\n 38 6 1\n 14 94 4 0.54001 0.35846 0.54001 0.36138 0.54887 0.36138 0.54887 0.35846\n 40 6 73\n 38 6 1\n 14 94 4 0.54887 0.35846 0.54887 0.36138 0.55773 0.36138 0.55773 0.35846\n 40 6 74\n 38 6 1\n 14 94 4 0.55773 0.35846 0.55773 0.36138 0.56660 0.36138 0.56660 0.35846\n 40 6 75\n 38 6 1\n 14 94 4 0.56660 0.35846 0.56660 0.36138 0.57989 0.36138 0.57989 0.35846\n 40 6 76\n 38 6 1\n 14 94 4 0.57989 0.35846 0.57989 0.36138 0.58876 0.36138 0.58876 0.35846\n 40 6 77\n 38 6 1\n 14 94 4 0.58876 0.35846 0.58876 0.36138 0.59762 0.36138 0.59762 0.35846\n 40 6 78\n 38 6 1\n 14 94 4 0.59762 0.35846 0.59762 0.36138 0.60648 0.36138 0.60648 0.35846\n 40 6 79\n 38 6 1\n 14 94 4 0.60648 0.35846 0.60648 0.36138 0.61535 0.36138 0.61535 0.35846\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.36138 0.39375 0.36429 0.40262 0.36429 0.40262 0.36138\n 40 6 57\n 38 6 1\n 14 94 4 0.40262 0.36138 0.40262 0.36429 0.41148 0.36429 0.41148 0.36138\n 40 6 58\n 38 6 1\n 14 94 4 0.41148 0.36138 0.41148 0.36429 0.42034 0.36429 0.42034 0.36138\n 40 6 59\n 38 6 1\n 14 94 4 0.42034 0.36138 0.42034 0.36429 0.42921 0.36429 0.42921 0.36138\n 40 6 60\n 38 6 1\n 14 94 4 0.42921 0.36138 0.42921 0.36429 0.44250 0.36429 0.44250 0.36138\n 40 6 61\n 38 6 1\n 14 94 4 0.44250 0.36138 0.44250 0.36429 0.45137 0.36429 0.45137 0.36138\n 40 6 62\n 38 6 1\n 14 94 4 0.45137 0.36138 0.45137 0.36429 0.46023 0.36429 0.46023 0.36138\n 40 6 63\n 38 6 1\n 14 94 4 0.46023 0.36138 0.46023 0.36429 0.46910 0.36429 0.46910 0.36138\n 40 6 64\n 38 6 1\n 14 94 4 0.46910 0.36138 0.46910 0.36429 0.47796 0.36429 0.47796 0.36138\n 40 6 65\n 38 6 1\n 14 94 4 0.47796 0.36138 0.47796 0.36429 0.49125 0.36429 0.49125 0.36138\n 40 6 66\n 38 6 1\n 14 94 4 0.49125 0.36138 0.49125 0.36429 0.50012 0.36429 0.50012 0.36138\n 40 6 67\n 38 6 1\n 14 94 4 0.50012 0.36138 0.50012 0.36429 0.50898 0.36429 0.50898 0.36138\n 40 6 68\n 38 6 1\n 14 94 4 0.50898 0.36138 0.50898 0.36429 0.51785 0.36429 0.51785 0.36138\n 40 6 69\n 38 6 1\n 14 94 4 0.51785 0.36138 0.51785 0.36429 0.52671 0.36429 0.52671 0.36138\n 40 6 70\n 38 6 1\n 14 94 4 0.52671 0.36138 0.52671 0.36429 0.54001 0.36429 0.54001 0.36138\n 40 6 71\n 38 6 1\n 14 94 4 0.54001 0.36138 0.54001 0.36429 0.54887 0.36429 0.54887 0.36138\n 40 6 72\n 38 6 1\n 14 94 4 0.54887 0.36138 0.54887 0.36429 0.55773 0.36429 0.55773 0.36138\n 40 6 73\n 38 6 1\n 14 94 4 0.55773 0.36138 0.55773 0.36429 0.56660 0.36429 0.56660 0.36138\n 40 6 74\n 38 6 1\n 14 94 4 0.56660 0.36138 0.56660 0.36429 0.57546 0.36429 0.57546 0.36138\n 40 6 75\n 38 6 1\n 14 94 4 0.57546 0.36138 0.57546 0.36429 0.58876 0.36429 0.58876 0.36138\n 40 6 76\n 38 6 1\n 14 94 4 0.58876 0.36138 0.58876 0.36429 0.59762 0.36429 0.59762 0.36138\n 40 6 77\n 38 6 1\n 14 94 4 0.59762 0.36138 0.59762 0.36429 0.60648 0.36429 0.60648 0.36138\n 40 6 78\n 38 6 1\n 14 94 4 0.60648 0.36138 0.60648 0.36429 0.61535 0.36429 0.61535 0.36138\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.36429 0.39375 0.36721 0.40262 0.36721 0.40262 0.36429\n 40 6 57\n 38 6 1\n 14 94 4 0.40262 0.36429 0.40262 0.36721 0.41148 0.36721 0.41148 0.36429\n 40 6 58\n 38 6 1\n 14 94 4 0.41148 0.36429 0.41148 0.36721 0.42034 0.36721 0.42034 0.36429\n 40 6 59\n 38 6 1\n 14 94 4 0.42034 0.36429 0.42034 0.36721 0.43364 0.36721 0.43364 0.36429\n 40 6 60\n 38 6 1\n 14 94 4 0.43364 0.36429 0.43364 0.36721 0.44250 0.36721 0.44250 0.36429\n 40 6 61\n 38 6 1\n 14 94 4 0.44250 0.36429 0.44250 0.36721 0.45137 0.36721 0.45137 0.36429\n 40 6 62\n 38 6 1\n 14 94 4 0.45137 0.36429 0.45137 0.36721 0.46466 0.36721 0.46466 0.36429\n 40 6 63\n 38 6 1\n 14 94 4 0.46466 0.36429 0.46466 0.36721 0.47353 0.36721 0.47353 0.36429\n 40 6 64\n 38 6 1\n 14 94 4 0.47353 0.36429 0.47353 0.36721 0.48239 0.36721 0.48239 0.36429\n 40 6 65\n 38 6 1\n 14 94 4 0.48239 0.36429 0.48239 0.36721 0.49569 0.36721 0.49569 0.36429\n 40 6 66\n 38 6 1\n 14 94 4 0.49569 0.36429 0.49569 0.36721 0.50455 0.36721 0.50455 0.36429\n 40 6 67\n 38 6 1\n 14 94 4 0.50455 0.36429 0.50455 0.36721 0.51341 0.36721 0.51341 0.36429\n 40 6 68\n 38 6 1\n 14 94 4 0.51341 0.36429 0.51341 0.36721 0.52228 0.36721 0.52228 0.36429\n 40 6 69\n 38 6 1\n 14 94 4 0.52228 0.36429 0.52228 0.36721 0.53557 0.36721 0.53557 0.36429\n 40 6 70\n 38 6 1\n 14 94 4 0.53557 0.36429 0.53557 0.36721 0.54444 0.36721 0.54444 0.36429\n 40 6 71\n 38 6 1\n 14 94 4 0.54444 0.36429 0.54444 0.36721 0.55330 0.36721 0.55330 0.36429\n 40 6 72\n 38 6 1\n 14 94 4 0.55330 0.36429 0.55330 0.36721 0.56660 0.36721 0.56660 0.36429\n 40 6 73\n 38 6 1\n 14 94 4 0.56660 0.36429 0.56660 0.36721 0.57546 0.36721 0.57546 0.36429\n 40 6 74\n 38 6 1\n 14 94 4 0.57546 0.36429 0.57546 0.36721 0.58432 0.36721 0.58432 0.36429\n 40 6 75\n 38 6 1\n 14 94 4 0.58432 0.36429 0.58432 0.36721 0.59762 0.36721 0.59762 0.36429\n 40 6 76\n 38 6 1\n 14 94 4 0.59762 0.36429 0.59762 0.36721 0.60648 0.36721 0.60648 0.36429\n 40 6 77\n 38 6 1\n 14 94 4 0.60648 0.36429 0.60648 0.36721 0.61535 0.36721 0.61535 0.36429\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.36721 0.39375 0.37012 0.40262 0.37012 0.40262 0.36721\n 40 6 57\n 38 6 1\n 14 94 4 0.40262 0.36721 0.40262 0.37012 0.41148 0.37012 0.41148 0.36721\n 40 6 58\n 38 6 1\n 14 94 4 0.41148 0.36721 0.41148 0.37012 0.42478 0.37012 0.42478 0.36721\n 40 6 59\n 38 6 1\n 14 94 4 0.42478 0.36721 0.42478 0.37012 0.43364 0.37012 0.43364 0.36721\n 40 6 60\n 38 6 1\n 14 94 4 0.43364 0.36721 0.43364 0.37012 0.44694 0.37012 0.44694 0.36721\n 40 6 61\n 38 6 1\n 14 94 4 0.44694 0.36721 0.44694 0.37012 0.45580 0.37012 0.45580 0.36721\n 40 6 62\n 38 6 1\n 14 94 4 0.45580 0.36721 0.45580 0.37012 0.46466 0.37012 0.46466 0.36721\n 40 6 63\n 38 6 1\n 14 94 4 0.46466 0.36721 0.46466 0.37012 0.47796 0.37012 0.47796 0.36721\n 40 6 64\n 38 6 1\n 14 94 4 0.47796 0.36721 0.47796 0.37012 0.48682 0.37012 0.48682 0.36721\n 40 6 65\n 38 6 1\n 14 94 4 0.48682 0.36721 0.48682 0.37012 0.50012 0.37012 0.50012 0.36721\n 40 6 66\n 38 6 1\n 14 94 4 0.50012 0.36721 0.50012 0.37012 0.50898 0.37012 0.50898 0.36721\n 40 6 67\n 38 6 1\n 14 94 4 0.50898 0.36721 0.50898 0.37012 0.51785 0.37012 0.51785 0.36721\n 40 6 68\n 38 6 1\n 14 94 4 0.51785 0.36721 0.51785 0.37012 0.53114 0.37012 0.53114 0.36721\n 40 6 69\n 38 6 1\n 14 94 4 0.53114 0.36721 0.53114 0.37012 0.54001 0.37012 0.54001 0.36721\n 40 6 70\n 38 6 1\n 14 94 4 0.54001 0.36721 0.54001 0.37012 0.55330 0.37012 0.55330 0.36721\n 40 6 71\n 38 6 1\n 14 94 4 0.55330 0.36721 0.55330 0.37012 0.56217 0.37012 0.56217 0.36721\n 40 6 72\n 38 6 1\n 14 94 4 0.56217 0.36721 0.56217 0.37012 0.57103 0.37012 0.57103 0.36721\n 40 6 73\n 38 6 1\n 14 94 4 0.57103 0.36721 0.57103 0.37012 0.58432 0.37012 0.58432 0.36721\n 40 6 74\n 38 6 1\n 14 94 4 0.58432 0.36721 0.58432 0.37012 0.59319 0.37012 0.59319 0.36721\n 40 6 75\n 38 6 1\n 14 94 4 0.59319 0.36721 0.59319 0.37012 0.60648 0.37012 0.60648 0.36721\n 40 6 76\n 38 6 1\n 14 94 4 0.60648 0.36721 0.60648 0.37012 0.61535 0.37012 0.61535 0.36721\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.37012 0.39375 0.37304 0.40262 0.37304 0.40262 0.37012\n 40 6 57\n 38 6 1\n 14 94 4 0.40262 0.37012 0.40262 0.37304 0.41591 0.37304 0.41591 0.37012\n 40 6 58\n 38 6 1\n 14 94 4 0.41591 0.37012 0.41591 0.37304 0.42478 0.37304 0.42478 0.37012\n 40 6 59\n 38 6 1\n 14 94 4 0.42478 0.37012 0.42478 0.37304 0.43807 0.37304 0.43807 0.37012\n 40 6 60\n 38 6 1\n 14 94 4 0.43807 0.37012 0.43807 0.37304 0.44694 0.37304 0.44694 0.37012\n 40 6 61\n 38 6 1\n 14 94 4 0.44694 0.37012 0.44694 0.37304 0.45580 0.37304 0.45580 0.37012\n 40 6 62\n 38 6 1\n 14 94 4 0.45580 0.37012 0.45580 0.37304 0.46910 0.37304 0.46910 0.37012\n 40 6 63\n 38 6 1\n 14 94 4 0.46910 0.37012 0.46910 0.37304 0.48239 0.37304 0.48239 0.37012\n 40 6 64\n 38 6 1\n 14 94 4 0.48239 0.37012 0.48239 0.37304 0.49125 0.37304 0.49125 0.37012\n 40 6 65\n 38 6 1\n 14 94 4 0.49125 0.37012 0.49125 0.37304 0.50455 0.37304 0.50455 0.37012\n 40 6 66\n 38 6 1\n 14 94 4 0.50455 0.37012 0.50455 0.37304 0.51341 0.37304 0.51341 0.37012\n 40 6 67\n 38 6 1\n 14 94 4 0.51341 0.37012 0.51341 0.37304 0.52228 0.37304 0.52228 0.37012\n 40 6 68\n 38 6 1\n 14 94 4 0.52228 0.37012 0.52228 0.37304 0.53557 0.37304 0.53557 0.37012\n 40 6 69\n 38 6 1\n 14 94 4 0.53557 0.37012 0.53557 0.37304 0.54887 0.37304 0.54887 0.37012\n 40 6 70\n 38 6 1\n 14 94 4 0.54887 0.37012 0.54887 0.37304 0.55773 0.37304 0.55773 0.37012\n 40 6 71\n 38 6 1\n 14 94 4 0.55773 0.37012 0.55773 0.37304 0.57103 0.37304 0.57103 0.37012\n 40 6 72\n 38 6 1\n 14 94 4 0.57103 0.37012 0.57103 0.37304 0.57989 0.37304 0.57989 0.37012\n 40 6 73\n 38 6 1\n 14 94 4 0.57989 0.37012 0.57989 0.37304 0.59319 0.37304 0.59319 0.37012\n 40 6 74\n 38 6 1\n 14 94 4 0.59319 0.37012 0.59319 0.37304 0.60205 0.37304 0.60205 0.37012\n 40 6 75\n 38 6 1\n 14 94 4 0.60205 0.37012 0.60205 0.37304 0.61535 0.37304 0.61535 0.37012\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.37304 0.39375 0.37596 0.40262 0.37596 0.40262 0.37304\n 40 6 57\n 38 6 1\n 14 94 4 0.40262 0.37304 0.40262 0.37596 0.41591 0.37596 0.41591 0.37304\n 40 6 58\n 38 6 1\n 14 94 4 0.41591 0.37304 0.41591 0.37596 0.42478 0.37596 0.42478 0.37304\n 40 6 59\n 38 6 1\n 14 94 4 0.42478 0.37304 0.42478 0.37596 0.43807 0.37596 0.43807 0.37304\n 40 6 60\n 38 6 1\n 14 94 4 0.43807 0.37304 0.43807 0.37596 0.45137 0.37596 0.45137 0.37304\n 40 6 61\n 38 6 1\n 14 94 4 0.45137 0.37304 0.45137 0.37596 0.46023 0.37596 0.46023 0.37304\n 40 6 62\n 38 6 1\n 14 94 4 0.46023 0.37304 0.46023 0.37596 0.47353 0.37596 0.47353 0.37304\n 40 6 63\n 38 6 1\n 14 94 4 0.47353 0.37304 0.47353 0.37596 0.48239 0.37596 0.48239 0.37304\n 40 6 64\n 38 6 1\n 14 94 4 0.48239 0.37304 0.48239 0.37596 0.49569 0.37596 0.49569 0.37304\n 40 6 65\n 38 6 1\n 14 94 4 0.49569 0.37304 0.49569 0.37596 0.50898 0.37596 0.50898 0.37304\n 40 6 66\n 38 6 1\n 14 94 4 0.50898 0.37304 0.50898 0.37596 0.51785 0.37596 0.51785 0.37304\n 40 6 67\n 38 6 1\n 14 94 4 0.51785 0.37304 0.51785 0.37596 0.53114 0.37596 0.53114 0.37304\n 40 6 68\n 38 6 1\n 14 94 4 0.53114 0.37304 0.53114 0.37596 0.54001 0.37596 0.54001 0.37304\n 40 6 69\n 38 6 1\n 14 94 4 0.54001 0.37304 0.54001 0.37596 0.55330 0.37596 0.55330 0.37304\n 40 6 70\n 38 6 1\n 14 94 4 0.55330 0.37304 0.55330 0.37596 0.56660 0.37596 0.56660 0.37304\n 40 6 71\n 38 6 1\n 14 94 4 0.56660 0.37304 0.56660 0.37596 0.57546 0.37596 0.57546 0.37304\n 40 6 72\n 38 6 1\n 14 94 4 0.57546 0.37304 0.57546 0.37596 0.58876 0.37596 0.58876 0.37304\n 40 6 73\n 38 6 1\n 14 94 4 0.58876 0.37304 0.58876 0.37596 0.59762 0.37596 0.59762 0.37304\n 40 6 74\n 38 6 1\n 14 94 4 0.59762 0.37304 0.59762 0.37596 0.61092 0.37596 0.61092 0.37304\n 40 6 75\n 38 6 1\n 14 94 4 0.61092 0.37304 0.61092 0.37596 0.61535 0.37596 0.61535 0.37304\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.37596 0.39375 0.37887 0.40262 0.37887 0.40262 0.37596\n 40 6 57\n 38 6 1\n 14 94 4 0.40262 0.37596 0.40262 0.37887 0.41591 0.37887 0.41591 0.37596\n 40 6 58\n 38 6 1\n 14 94 4 0.41591 0.37596 0.41591 0.37887 0.42921 0.37887 0.42921 0.37596\n 40 6 59\n 38 6 1\n 14 94 4 0.42921 0.37596 0.42921 0.37887 0.43807 0.37887 0.43807 0.37596\n 40 6 60\n 38 6 1\n 14 94 4 0.43807 0.37596 0.43807 0.37887 0.45137 0.37887 0.45137 0.37596\n 40 6 61\n 38 6 1\n 14 94 4 0.45137 0.37596 0.45137 0.37887 0.46466 0.37887 0.46466 0.37596\n 40 6 62\n 38 6 1\n 14 94 4 0.46466 0.37596 0.46466 0.37887 0.47353 0.37887 0.47353 0.37596\n 40 6 63\n 38 6 1\n 14 94 4 0.47353 0.37596 0.47353 0.37887 0.48682 0.37887 0.48682 0.37596\n 40 6 64\n 38 6 1\n 14 94 4 0.48682 0.37596 0.48682 0.37887 0.50012 0.37887 0.50012 0.37596\n 40 6 65\n 38 6 1\n 14 94 4 0.50012 0.37596 0.50012 0.37887 0.51341 0.37887 0.51341 0.37596\n 40 6 66\n 38 6 1\n 14 94 4 0.51341 0.37596 0.51341 0.37887 0.52228 0.37887 0.52228 0.37596\n 40 6 67\n 38 6 1\n 14 94 4 0.52228 0.37596 0.52228 0.37887 0.53557 0.37887 0.53557 0.37596\n 40 6 68\n 38 6 1\n 14 94 4 0.53557 0.37596 0.53557 0.37887 0.54887 0.37887 0.54887 0.37596\n 40 6 69\n 38 6 1\n 14 94 4 0.54887 0.37596 0.54887 0.37887 0.55773 0.37887 0.55773 0.37596\n 40 6 70\n 38 6 1\n 14 94 4 0.55773 0.37596 0.55773 0.37887 0.57103 0.37887 0.57103 0.37596\n 40 6 71\n 38 6 1\n 14 94 4 0.57103 0.37596 0.57103 0.37887 0.58432 0.37887 0.58432 0.37596\n 40 6 72\n 38 6 1\n 14 94 4 0.58432 0.37596 0.58432 0.37887 0.59319 0.37887 0.59319 0.37596\n 40 6 73\n 38 6 1\n 14 94 4 0.59319 0.37596 0.59319 0.37887 0.60648 0.37887 0.60648 0.37596\n 40 6 74\n 38 6 1\n 14 94 4 0.60648 0.37596 0.60648 0.37887 0.61535 0.37887 0.61535 0.37596\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.37887 0.39375 0.38179 0.40262 0.38179 0.40262 0.37887\n 40 6 57\n 38 6 1\n 14 94 4 0.40262 0.37887 0.40262 0.38179 0.41591 0.38179 0.41591 0.37887\n 40 6 58\n 38 6 1\n 14 94 4 0.41591 0.37887 0.41591 0.38179 0.42921 0.38179 0.42921 0.37887\n 40 6 59\n 38 6 1\n 14 94 4 0.42921 0.37887 0.42921 0.38179 0.44250 0.38179 0.44250 0.37887\n 40 6 60\n 38 6 1\n 14 94 4 0.44250 0.37887 0.44250 0.38179 0.45580 0.38179 0.45580 0.37887\n 40 6 61\n 38 6 1\n 14 94 4 0.45580 0.37887 0.45580 0.38179 0.46466 0.38179 0.46466 0.37887\n 40 6 62\n 38 6 1\n 14 94 4 0.46466 0.37887 0.46466 0.38179 0.47796 0.38179 0.47796 0.37887\n 40 6 63\n 38 6 1\n 14 94 4 0.47796 0.37887 0.47796 0.38179 0.49125 0.38179 0.49125 0.37887\n 40 6 64\n 38 6 1\n 14 94 4 0.49125 0.37887 0.49125 0.38179 0.50455 0.38179 0.50455 0.37887\n 40 6 65\n 38 6 1\n 14 94 4 0.50455 0.37887 0.50455 0.38179 0.51785 0.38179 0.51785 0.37887\n 40 6 66\n 38 6 1\n 14 94 4 0.51785 0.37887 0.51785 0.38179 0.52671 0.38179 0.52671 0.37887\n 40 6 67\n 38 6 1\n 14 94 4 0.52671 0.37887 0.52671 0.38179 0.54001 0.38179 0.54001 0.37887\n 40 6 68\n 38 6 1\n 14 94 4 0.54001 0.37887 0.54001 0.38179 0.55330 0.38179 0.55330 0.37887\n 40 6 69\n 38 6 1\n 14 94 4 0.55330 0.37887 0.55330 0.38179 0.56660 0.38179 0.56660 0.37887\n 40 6 70\n 38 6 1\n 14 94 4 0.56660 0.37887 0.56660 0.38179 0.57989 0.38179 0.57989 0.37887\n 40 6 71\n 38 6 1\n 14 94 4 0.57989 0.37887 0.57989 0.38179 0.58876 0.38179 0.58876 0.37887\n 40 6 72\n 38 6 1\n 14 94 4 0.58876 0.37887 0.58876 0.38179 0.60205 0.38179 0.60205 0.37887\n 40 6 73\n 38 6 1\n 14 94 4 0.60205 0.37887 0.60205 0.38179 0.61535 0.38179 0.61535 0.37887\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.38179 0.39375 0.38471 0.40262 0.38471 0.40262 0.38179\n 40 6 57\n 38 6 1\n 14 94 4 0.40262 0.38179 0.40262 0.38471 0.41591 0.38471 0.41591 0.38179\n 40 6 58\n 38 6 1\n 14 94 4 0.41591 0.38179 0.41591 0.38471 0.42921 0.38471 0.42921 0.38179\n 40 6 59\n 38 6 1\n 14 94 4 0.42921 0.38179 0.42921 0.38471 0.44250 0.38471 0.44250 0.38179\n 40 6 60\n 38 6 1\n 14 94 4 0.44250 0.38179 0.44250 0.38471 0.45580 0.38471 0.45580 0.38179\n 40 6 61\n 38 6 1\n 14 94 4 0.45580 0.38179 0.45580 0.38471 0.46910 0.38471 0.46910 0.38179\n 40 6 62\n 38 6 1\n 14 94 4 0.46910 0.38179 0.46910 0.38471 0.48239 0.38471 0.48239 0.38179\n 40 6 63\n 38 6 1\n 14 94 4 0.48239 0.38179 0.48239 0.38471 0.49569 0.38471 0.49569 0.38179\n 40 6 64\n 38 6 1\n 14 94 4 0.49569 0.38179 0.49569 0.38471 0.50898 0.38471 0.50898 0.38179\n 40 6 65\n 38 6 1\n 14 94 4 0.50898 0.38179 0.50898 0.38471 0.52228 0.38471 0.52228 0.38179\n 40 6 66\n 38 6 1\n 14 94 4 0.52228 0.38179 0.52228 0.38471 0.53114 0.38471 0.53114 0.38179\n 40 6 67\n 38 6 1\n 14 94 4 0.53114 0.38179 0.53114 0.38471 0.54444 0.38471 0.54444 0.38179\n 40 6 68\n 38 6 1\n 14 94 4 0.54444 0.38179 0.54444 0.38471 0.55773 0.38471 0.55773 0.38179\n 40 6 69\n 38 6 1\n 14 94 4 0.55773 0.38179 0.55773 0.38471 0.57103 0.38471 0.57103 0.38179\n 40 6 70\n 38 6 1\n 14 94 4 0.57103 0.38179 0.57103 0.38471 0.58432 0.38471 0.58432 0.38179\n 40 6 71\n 38 6 1\n 14 94 4 0.58432 0.38179 0.58432 0.38471 0.59762 0.38471 0.59762 0.38179\n 40 6 72\n 38 6 1\n 14 94 4 0.59762 0.38179 0.59762 0.38471 0.61092 0.38471 0.61092 0.38179\n 40 6 73\n 38 6 1\n 14 94 4 0.61092 0.38179 0.61092 0.38471 0.61535 0.38471 0.61535 0.38179\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.38471 0.39375 0.38762 0.40705 0.38762 0.40705 0.38471\n 40 6 57\n 38 6 1\n 14 94 4 0.40705 0.38471 0.40705 0.38762 0.42034 0.38762 0.42034 0.38471\n 40 6 58\n 38 6 1\n 14 94 4 0.42034 0.38471 0.42034 0.38762 0.42921 0.38762 0.42921 0.38471\n 40 6 59\n 38 6 1\n 14 94 4 0.42921 0.38471 0.42921 0.38762 0.44694 0.38762 0.44694 0.38471\n 40 6 60\n 38 6 1\n 14 94 4 0.44694 0.38471 0.44694 0.38762 0.46023 0.38762 0.46023 0.38471\n 40 6 61\n 38 6 1\n 14 94 4 0.46023 0.38471 0.46023 0.38762 0.46910 0.38762 0.46910 0.38471\n 40 6 62\n 38 6 1\n 14 94 4 0.46910 0.38471 0.46910 0.38762 0.48682 0.38762 0.48682 0.38471\n 40 6 63\n 38 6 1\n 14 94 4 0.48682 0.38471 0.48682 0.38762 0.50012 0.38762 0.50012 0.38471\n 40 6 64\n 38 6 1\n 14 94 4 0.50012 0.38471 0.50012 0.38762 0.51341 0.38762 0.51341 0.38471\n 40 6 65\n 38 6 1\n 14 94 4 0.51341 0.38471 0.51341 0.38762 0.52671 0.38762 0.52671 0.38471\n 40 6 66\n 38 6 1\n 14 94 4 0.52671 0.38471 0.52671 0.38762 0.54001 0.38762 0.54001 0.38471\n 40 6 67\n 38 6 1\n 14 94 4 0.54001 0.38471 0.54001 0.38762 0.54887 0.38762 0.54887 0.38471\n 40 6 68\n 38 6 1\n 14 94 4 0.54887 0.38471 0.54887 0.38762 0.56660 0.38762 0.56660 0.38471\n 40 6 69\n 38 6 1\n 14 94 4 0.56660 0.38471 0.56660 0.38762 0.57989 0.38762 0.57989 0.38471\n 40 6 70\n 38 6 1\n 14 94 4 0.57989 0.38471 0.57989 0.38762 0.59319 0.38762 0.59319 0.38471\n 40 6 71\n 38 6 1\n 14 94 4 0.59319 0.38471 0.59319 0.38762 0.60648 0.38762 0.60648 0.38471\n 40 6 72\n 38 6 1\n 14 94 4 0.60648 0.38471 0.60648 0.38762 0.61535 0.38762 0.61535 0.38471\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.38762 0.39375 0.39054 0.40705 0.39054 0.40705 0.38762\n 40 6 57\n 38 6 1\n 14 94 4 0.40705 0.38762 0.40705 0.39054 0.42034 0.39054 0.42034 0.38762\n 40 6 58\n 38 6 1\n 14 94 4 0.42034 0.38762 0.42034 0.39054 0.43364 0.39054 0.43364 0.38762\n 40 6 59\n 38 6 1\n 14 94 4 0.43364 0.38762 0.43364 0.39054 0.44694 0.39054 0.44694 0.38762\n 40 6 60\n 38 6 1\n 14 94 4 0.44694 0.38762 0.44694 0.39054 0.46023 0.39054 0.46023 0.38762\n 40 6 61\n 38 6 1\n 14 94 4 0.46023 0.38762 0.46023 0.39054 0.47353 0.39054 0.47353 0.38762\n 40 6 62\n 38 6 1\n 14 94 4 0.47353 0.38762 0.47353 0.39054 0.48682 0.39054 0.48682 0.38762\n 40 6 63\n 38 6 1\n 14 94 4 0.48682 0.38762 0.48682 0.39054 0.50012 0.39054 0.50012 0.38762\n 40 6 64\n 38 6 1\n 14 94 4 0.50012 0.38762 0.50012 0.39054 0.51341 0.39054 0.51341 0.38762\n 40 6 65\n 38 6 1\n 14 94 4 0.51341 0.38762 0.51341 0.39054 0.53114 0.39054 0.53114 0.38762\n 40 6 66\n 38 6 1\n 14 94 4 0.53114 0.38762 0.53114 0.39054 0.54444 0.39054 0.54444 0.38762\n 40 6 67\n 38 6 1\n 14 94 4 0.54444 0.38762 0.54444 0.39054 0.55773 0.39054 0.55773 0.38762\n 40 6 68\n 38 6 1\n 14 94 4 0.55773 0.38762 0.55773 0.39054 0.57103 0.39054 0.57103 0.38762\n 40 6 69\n 38 6 1\n 14 94 4 0.57103 0.38762 0.57103 0.39054 0.58432 0.39054 0.58432 0.38762\n 40 6 70\n 38 6 1\n 14 94 4 0.58432 0.38762 0.58432 0.39054 0.59762 0.39054 0.59762 0.38762\n 40 6 71\n 38 6 1\n 14 94 4 0.59762 0.38762 0.59762 0.39054 0.61092 0.39054 0.61092 0.38762\n 40 6 72\n 38 6 1\n 14 94 4 0.61092 0.38762 0.61092 0.39054 0.61535 0.39054 0.61535 0.38762\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.39054 0.39375 0.39345 0.40705 0.39345 0.40705 0.39054\n 40 6 57\n 38 6 1\n 14 94 4 0.40705 0.39054 0.40705 0.39345 0.42034 0.39345 0.42034 0.39054\n 40 6 58\n 38 6 1\n 14 94 4 0.42034 0.39054 0.42034 0.39345 0.43364 0.39345 0.43364 0.39054\n 40 6 59\n 38 6 1\n 14 94 4 0.43364 0.39054 0.43364 0.39345 0.44694 0.39345 0.44694 0.39054\n 40 6 60\n 38 6 1\n 14 94 4 0.44694 0.39054 0.44694 0.39345 0.46466 0.39345 0.46466 0.39054\n 40 6 61\n 38 6 1\n 14 94 4 0.46466 0.39054 0.46466 0.39345 0.47796 0.39345 0.47796 0.39054\n 40 6 62\n 38 6 1\n 14 94 4 0.47796 0.39054 0.47796 0.39345 0.49125 0.39345 0.49125 0.39054\n 40 6 63\n 38 6 1\n 14 94 4 0.49125 0.39054 0.49125 0.39345 0.50455 0.39345 0.50455 0.39054\n 40 6 64\n 38 6 1\n 14 94 4 0.50455 0.39054 0.50455 0.39345 0.51785 0.39345 0.51785 0.39054\n 40 6 65\n 38 6 1\n 14 94 4 0.51785 0.39054 0.51785 0.39345 0.53557 0.39345 0.53557 0.39054\n 40 6 66\n 38 6 1\n 14 94 4 0.53557 0.39054 0.53557 0.39345 0.54887 0.39345 0.54887 0.39054\n 40 6 67\n 38 6 1\n 14 94 4 0.54887 0.39054 0.54887 0.39345 0.56217 0.39345 0.56217 0.39054\n 40 6 68\n 38 6 1\n 14 94 4 0.56217 0.39054 0.56217 0.39345 0.57546 0.39345 0.57546 0.39054\n 40 6 69\n 38 6 1\n 14 94 4 0.57546 0.39054 0.57546 0.39345 0.58876 0.39345 0.58876 0.39054\n 40 6 70\n 38 6 1\n 14 94 4 0.58876 0.39054 0.58876 0.39345 0.60648 0.39345 0.60648 0.39054\n 40 6 71\n 38 6 1\n 14 94 4 0.60648 0.39054 0.60648 0.39345 0.61535 0.39345 0.61535 0.39054\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.39345 0.39375 0.39637 0.40705 0.39637 0.40705 0.39345\n 40 6 57\n 38 6 1\n 14 94 4 0.40705 0.39345 0.40705 0.39637 0.42034 0.39637 0.42034 0.39345\n 40 6 58\n 38 6 1\n 14 94 4 0.42034 0.39345 0.42034 0.39637 0.43364 0.39637 0.43364 0.39345\n 40 6 59\n 38 6 1\n 14 94 4 0.43364 0.39345 0.43364 0.39637 0.45137 0.39637 0.45137 0.39345\n 40 6 60\n 38 6 1\n 14 94 4 0.45137 0.39345 0.45137 0.39637 0.46466 0.39637 0.46466 0.39345\n 40 6 61\n 38 6 1\n 14 94 4 0.46466 0.39345 0.46466 0.39637 0.47796 0.39637 0.47796 0.39345\n 40 6 62\n 38 6 1\n 14 94 4 0.47796 0.39345 0.47796 0.39637 0.49569 0.39637 0.49569 0.39345\n 40 6 63\n 38 6 1\n 14 94 4 0.49569 0.39345 0.49569 0.39637 0.50898 0.39637 0.50898 0.39345\n 40 6 64\n 38 6 1\n 14 94 4 0.50898 0.39345 0.50898 0.39637 0.52228 0.39637 0.52228 0.39345\n 40 6 65\n 38 6 1\n 14 94 4 0.52228 0.39345 0.52228 0.39637 0.54001 0.39637 0.54001 0.39345\n 40 6 66\n 38 6 1\n 14 94 4 0.54001 0.39345 0.54001 0.39637 0.55330 0.39637 0.55330 0.39345\n 40 6 67\n 38 6 1\n 14 94 4 0.55330 0.39345 0.55330 0.39637 0.56660 0.39637 0.56660 0.39345\n 40 6 68\n 38 6 1\n 14 94 4 0.56660 0.39345 0.56660 0.39637 0.57989 0.39637 0.57989 0.39345\n 40 6 69\n 38 6 1\n 14 94 4 0.57989 0.39345 0.57989 0.39637 0.59762 0.39637 0.59762 0.39345\n 40 6 70\n 38 6 1\n 14 94 4 0.59762 0.39345 0.59762 0.39637 0.61092 0.39637 0.61092 0.39345\n 40 6 71\n 38 6 1\n 14 94 4 0.61092 0.39345 0.61092 0.39637 0.61535 0.39637 0.61535 0.39345\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.39637 0.39375 0.39929 0.40705 0.39929 0.40705 0.39637\n 40 6 57\n 38 6 1\n 14 94 4 0.40705 0.39637 0.40705 0.39929 0.42034 0.39929 0.42034 0.39637\n 40 6 58\n 38 6 1\n 14 94 4 0.42034 0.39637 0.42034 0.39929 0.43807 0.39929 0.43807 0.39637\n 40 6 59\n 38 6 1\n 14 94 4 0.43807 0.39637 0.43807 0.39929 0.45137 0.39929 0.45137 0.39637\n 40 6 60\n 38 6 1\n 14 94 4 0.45137 0.39637 0.45137 0.39929 0.46910 0.39929 0.46910 0.39637\n 40 6 61\n 38 6 1\n 14 94 4 0.46910 0.39637 0.46910 0.39929 0.48239 0.39929 0.48239 0.39637\n 40 6 62\n 38 6 1\n 14 94 4 0.48239 0.39637 0.48239 0.39929 0.49569 0.39929 0.49569 0.39637\n 40 6 63\n 38 6 1\n 14 94 4 0.49569 0.39637 0.49569 0.39929 0.51341 0.39929 0.51341 0.39637\n 40 6 64\n 38 6 1\n 14 94 4 0.51341 0.39637 0.51341 0.39929 0.52671 0.39929 0.52671 0.39637\n 40 6 65\n 38 6 1\n 14 94 4 0.52671 0.39637 0.52671 0.39929 0.54444 0.39929 0.54444 0.39637\n 40 6 66\n 38 6 1\n 14 94 4 0.54444 0.39637 0.54444 0.39929 0.55773 0.39929 0.55773 0.39637\n 40 6 67\n 38 6 1\n 14 94 4 0.55773 0.39637 0.55773 0.39929 0.57103 0.39929 0.57103 0.39637\n 40 6 68\n 38 6 1\n 14 94 4 0.57103 0.39637 0.57103 0.39929 0.58876 0.39929 0.58876 0.39637\n 40 6 69\n 38 6 1\n 14 94 4 0.58876 0.39637 0.58876 0.39929 0.60205 0.39929 0.60205 0.39637\n 40 6 70\n 38 6 1\n 14 94 4 0.60205 0.39637 0.60205 0.39929 0.61535 0.39929 0.61535 0.39637\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.39929 0.39375 0.40220 0.40705 0.40220 0.40705 0.39929\n 40 6 57\n 38 6 1\n 14 94 4 0.40705 0.39929 0.40705 0.40220 0.42478 0.40220 0.42478 0.39929\n 40 6 58\n 38 6 1\n 14 94 4 0.42478 0.39929 0.42478 0.40220 0.43807 0.40220 0.43807 0.39929\n 40 6 59\n 38 6 1\n 14 94 4 0.43807 0.39929 0.43807 0.40220 0.45580 0.40220 0.45580 0.39929\n 40 6 60\n 38 6 1\n 14 94 4 0.45580 0.39929 0.45580 0.40220 0.46910 0.40220 0.46910 0.39929\n 40 6 61\n 38 6 1\n 14 94 4 0.46910 0.39929 0.46910 0.40220 0.48239 0.40220 0.48239 0.39929\n 40 6 62\n 38 6 1\n 14 94 4 0.48239 0.39929 0.48239 0.40220 0.50012 0.40220 0.50012 0.39929\n 40 6 63\n 38 6 1\n 14 94 4 0.50012 0.39929 0.50012 0.40220 0.51785 0.40220 0.51785 0.39929\n 40 6 64\n 38 6 1\n 14 94 4 0.51785 0.39929 0.51785 0.40220 0.53114 0.40220 0.53114 0.39929\n 40 6 65\n 38 6 1\n 14 94 4 0.53114 0.39929 0.53114 0.40220 0.54887 0.40220 0.54887 0.39929\n 40 6 66\n 38 6 1\n 14 94 4 0.54887 0.39929 0.54887 0.40220 0.56217 0.40220 0.56217 0.39929\n 40 6 67\n 38 6 1\n 14 94 4 0.56217 0.39929 0.56217 0.40220 0.57546 0.40220 0.57546 0.39929\n 40 6 68\n 38 6 1\n 14 94 4 0.57546 0.39929 0.57546 0.40220 0.59319 0.40220 0.59319 0.39929\n 40 6 69\n 38 6 1\n 14 94 4 0.59319 0.39929 0.59319 0.40220 0.61092 0.40220 0.61092 0.39929\n 40 6 70\n 38 6 1\n 14 94 4 0.61092 0.39929 0.61092 0.40220 0.61535 0.40220 0.61535 0.39929\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.40220 0.39375 0.40512 0.40705 0.40512 0.40705 0.40220\n 40 6 57\n 38 6 1\n 14 94 4 0.40705 0.40220 0.40705 0.40512 0.42478 0.40512 0.42478 0.40220\n 40 6 58\n 38 6 1\n 14 94 4 0.42478 0.40220 0.42478 0.40512 0.43807 0.40512 0.43807 0.40220\n 40 6 59\n 38 6 1\n 14 94 4 0.43807 0.40220 0.43807 0.40512 0.45580 0.40512 0.45580 0.40220\n 40 6 60\n 38 6 1\n 14 94 4 0.45580 0.40220 0.45580 0.40512 0.47353 0.40512 0.47353 0.40220\n 40 6 61\n 38 6 1\n 14 94 4 0.47353 0.40220 0.47353 0.40512 0.48682 0.40512 0.48682 0.40220\n 40 6 62\n 38 6 1\n 14 94 4 0.48682 0.40220 0.48682 0.40512 0.50455 0.40512 0.50455 0.40220\n 40 6 63\n 38 6 1\n 14 94 4 0.50455 0.40220 0.50455 0.40512 0.51785 0.40512 0.51785 0.40220\n 40 6 64\n 38 6 1\n 14 94 4 0.51785 0.40220 0.51785 0.40512 0.53557 0.40512 0.53557 0.40220\n 40 6 65\n 38 6 1\n 14 94 4 0.53557 0.40220 0.53557 0.40512 0.55330 0.40512 0.55330 0.40220\n 40 6 66\n 38 6 1\n 14 94 4 0.55330 0.40220 0.55330 0.40512 0.56660 0.40512 0.56660 0.40220\n 40 6 67\n 38 6 1\n 14 94 4 0.56660 0.40220 0.56660 0.40512 0.58432 0.40512 0.58432 0.40220\n 40 6 68\n 38 6 1\n 14 94 4 0.58432 0.40220 0.58432 0.40512 0.59762 0.40512 0.59762 0.40220\n 40 6 69\n 38 6 1\n 14 94 4 0.59762 0.40220 0.59762 0.40512 0.61535 0.40512 0.61535 0.40220\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.40512 0.39375 0.40803 0.40705 0.40803 0.40705 0.40512\n 40 6 57\n 38 6 1\n 14 94 4 0.40705 0.40512 0.40705 0.40803 0.42478 0.40803 0.42478 0.40512\n 40 6 58\n 38 6 1\n 14 94 4 0.42478 0.40512 0.42478 0.40803 0.44250 0.40803 0.44250 0.40512\n 40 6 59\n 38 6 1\n 14 94 4 0.44250 0.40512 0.44250 0.40803 0.45580 0.40803 0.45580 0.40512\n 40 6 60\n 38 6 1\n 14 94 4 0.45580 0.40512 0.45580 0.40803 0.47353 0.40803 0.47353 0.40512\n 40 6 61\n 38 6 1\n 14 94 4 0.47353 0.40512 0.47353 0.40803 0.49125 0.40803 0.49125 0.40512\n 40 6 62\n 38 6 1\n 14 94 4 0.49125 0.40512 0.49125 0.40803 0.50455 0.40803 0.50455 0.40512\n 40 6 63\n 38 6 1\n 14 94 4 0.50455 0.40512 0.50455 0.40803 0.52228 0.40803 0.52228 0.40512\n 40 6 64\n 38 6 1\n 14 94 4 0.52228 0.40512 0.52228 0.40803 0.54001 0.40803 0.54001 0.40512\n 40 6 65\n 38 6 1\n 14 94 4 0.54001 0.40512 0.54001 0.40803 0.55773 0.40803 0.55773 0.40512\n 40 6 66\n 38 6 1\n 14 94 4 0.55773 0.40512 0.55773 0.40803 0.57103 0.40803 0.57103 0.40512\n 40 6 67\n 38 6 1\n 14 94 4 0.57103 0.40512 0.57103 0.40803 0.58876 0.40803 0.58876 0.40512\n 40 6 68\n 38 6 1\n 14 94 4 0.58876 0.40512 0.58876 0.40803 0.60648 0.40803 0.60648 0.40512\n 40 6 69\n 38 6 1\n 14 94 4 0.60648 0.40512 0.60648 0.40803 0.61535 0.40803 0.61535 0.40512\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.40803 0.39375 0.41095 0.40705 0.41095 0.40705 0.40803\n 40 6 57\n 38 6 1\n 14 94 4 0.40705 0.40803 0.40705 0.41095 0.42478 0.41095 0.42478 0.40803\n 40 6 58\n 38 6 1\n 14 94 4 0.42478 0.40803 0.42478 0.41095 0.44250 0.41095 0.44250 0.40803\n 40 6 59\n 38 6 1\n 14 94 4 0.44250 0.40803 0.44250 0.41095 0.46023 0.41095 0.46023 0.40803\n 40 6 60\n 38 6 1\n 14 94 4 0.46023 0.40803 0.46023 0.41095 0.47796 0.41095 0.47796 0.40803\n 40 6 61\n 38 6 1\n 14 94 4 0.47796 0.40803 0.47796 0.41095 0.49125 0.41095 0.49125 0.40803\n 40 6 62\n 38 6 1\n 14 94 4 0.49125 0.40803 0.49125 0.41095 0.50898 0.41095 0.50898 0.40803\n 40 6 63\n 38 6 1\n 14 94 4 0.50898 0.40803 0.50898 0.41095 0.52671 0.41095 0.52671 0.40803\n 40 6 64\n 38 6 1\n 14 94 4 0.52671 0.40803 0.52671 0.41095 0.54444 0.41095 0.54444 0.40803\n 40 6 65\n 38 6 1\n 14 94 4 0.54444 0.40803 0.54444 0.41095 0.56217 0.41095 0.56217 0.40803\n 40 6 66\n 38 6 1\n 14 94 4 0.56217 0.40803 0.56217 0.41095 0.57546 0.41095 0.57546 0.40803\n 40 6 67\n 38 6 1\n 14 94 4 0.57546 0.40803 0.57546 0.41095 0.59319 0.41095 0.59319 0.40803\n 40 6 68\n 38 6 1\n 14 94 4 0.59319 0.40803 0.59319 0.41095 0.61092 0.41095 0.61092 0.40803\n 40 6 69\n 38 6 1\n 14 94 4 0.61092 0.40803 0.61092 0.41095 0.61535 0.41095 0.61535 0.40803\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.41095 0.39375 0.41387 0.40705 0.41387 0.40705 0.41095\n 40 6 57\n 38 6 1\n 14 94 4 0.40705 0.41095 0.40705 0.41387 0.42478 0.41387 0.42478 0.41095\n 40 6 58\n 38 6 1\n 14 94 4 0.42478 0.41095 0.42478 0.41387 0.44250 0.41387 0.44250 0.41095\n 40 6 59\n 38 6 1\n 14 94 4 0.44250 0.41095 0.44250 0.41387 0.46023 0.41387 0.46023 0.41095\n 40 6 60\n 38 6 1\n 14 94 4 0.46023 0.41095 0.46023 0.41387 0.47796 0.41387 0.47796 0.41095\n 40 6 61\n 38 6 1\n 14 94 4 0.47796 0.41095 0.47796 0.41387 0.49569 0.41387 0.49569 0.41095\n 40 6 62\n 38 6 1\n 14 94 4 0.49569 0.41095 0.49569 0.41387 0.51341 0.41387 0.51341 0.41095\n 40 6 63\n 38 6 1\n 14 94 4 0.51341 0.41095 0.51341 0.41387 0.53114 0.41387 0.53114 0.41095\n 40 6 64\n 38 6 1\n 14 94 4 0.53114 0.41095 0.53114 0.41387 0.54887 0.41387 0.54887 0.41095\n 40 6 65\n 38 6 1\n 14 94 4 0.54887 0.41095 0.54887 0.41387 0.56660 0.41387 0.56660 0.41095\n 40 6 66\n 38 6 1\n 14 94 4 0.56660 0.41095 0.56660 0.41387 0.57989 0.41387 0.57989 0.41095\n 40 6 67\n 38 6 1\n 14 94 4 0.57989 0.41095 0.57989 0.41387 0.59762 0.41387 0.59762 0.41095\n 40 6 68\n 38 6 1\n 14 94 4 0.59762 0.41095 0.59762 0.41387 0.61535 0.41387 0.61535 0.41095\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.41387 0.39375 0.41678 0.41148 0.41678 0.41148 0.41387\n 40 6 57\n 38 6 1\n 14 94 4 0.41148 0.41387 0.41148 0.41678 0.42921 0.41678 0.42921 0.41387\n 40 6 58\n 38 6 1\n 14 94 4 0.42921 0.41387 0.42921 0.41678 0.44250 0.41678 0.44250 0.41387\n 40 6 59\n 38 6 1\n 14 94 4 0.44250 0.41387 0.44250 0.41678 0.46466 0.41678 0.46466 0.41387\n 40 6 60\n 38 6 1\n 14 94 4 0.46466 0.41387 0.46466 0.41678 0.48239 0.41678 0.48239 0.41387\n 40 6 61\n 38 6 1\n 14 94 4 0.48239 0.41387 0.48239 0.41678 0.49569 0.41678 0.49569 0.41387\n 40 6 62\n 38 6 1\n 14 94 4 0.49569 0.41387 0.49569 0.41678 0.51785 0.41678 0.51785 0.41387\n 40 6 63\n 38 6 1\n 14 94 4 0.51785 0.41387 0.51785 0.41678 0.53557 0.41678 0.53557 0.41387\n 40 6 64\n 38 6 1\n 14 94 4 0.53557 0.41387 0.53557 0.41678 0.55330 0.41678 0.55330 0.41387\n 40 6 65\n 38 6 1\n 14 94 4 0.55330 0.41387 0.55330 0.41678 0.57103 0.41678 0.57103 0.41387\n 40 6 66\n 38 6 1\n 14 94 4 0.57103 0.41387 0.57103 0.41678 0.58876 0.41678 0.58876 0.41387\n 40 6 67\n 38 6 1\n 14 94 4 0.58876 0.41387 0.58876 0.41678 0.60205 0.41678 0.60205 0.41387\n 40 6 68\n 38 6 1\n 14 94 4 0.60205 0.41387 0.60205 0.41678 0.61535 0.41678 0.61535 0.41387\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.41678 0.39375 0.41970 0.41148 0.41970 0.41148 0.41678\n 40 6 57\n 38 6 1\n 14 94 4 0.41148 0.41678 0.41148 0.41970 0.42921 0.41970 0.42921 0.41678\n 40 6 58\n 38 6 1\n 14 94 4 0.42921 0.41678 0.42921 0.41970 0.44694 0.41970 0.44694 0.41678\n 40 6 59\n 38 6 1\n 14 94 4 0.44694 0.41678 0.44694 0.41970 0.46466 0.41970 0.46466 0.41678\n 40 6 60\n 38 6 1\n 14 94 4 0.46466 0.41678 0.46466 0.41970 0.48239 0.41970 0.48239 0.41678\n 40 6 61\n 38 6 1\n 14 94 4 0.48239 0.41678 0.48239 0.41970 0.50012 0.41970 0.50012 0.41678\n 40 6 62\n 38 6 1\n 14 94 4 0.50012 0.41678 0.50012 0.41970 0.51785 0.41970 0.51785 0.41678\n 40 6 63\n 38 6 1\n 14 94 4 0.51785 0.41678 0.51785 0.41970 0.53557 0.41970 0.53557 0.41678\n 40 6 64\n 38 6 1\n 14 94 4 0.53557 0.41678 0.53557 0.41970 0.55330 0.41970 0.55330 0.41678\n 40 6 65\n 38 6 1\n 14 94 4 0.55330 0.41678 0.55330 0.41970 0.57546 0.41970 0.57546 0.41678\n 40 6 66\n 38 6 1\n 14 94 4 0.57546 0.41678 0.57546 0.41970 0.59319 0.41970 0.59319 0.41678\n 40 6 67\n 38 6 1\n 14 94 4 0.59319 0.41678 0.59319 0.41970 0.61092 0.41970 0.61092 0.41678\n 40 6 68\n 38 6 1\n 14 94 4 0.61092 0.41678 0.61092 0.41970 0.61535 0.41970 0.61535 0.41678\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.41970 0.39375 0.42261 0.41148 0.42261 0.41148 0.41970\n 40 6 57\n 38 6 1\n 14 94 4 0.41148 0.41970 0.41148 0.42261 0.42921 0.42261 0.42921 0.41970\n 40 6 58\n 38 6 1\n 14 94 4 0.42921 0.41970 0.42921 0.42261 0.44694 0.42261 0.44694 0.41970\n 40 6 59\n 38 6 1\n 14 94 4 0.44694 0.41970 0.44694 0.42261 0.46466 0.42261 0.46466 0.41970\n 40 6 60\n 38 6 1\n 14 94 4 0.46466 0.41970 0.46466 0.42261 0.48682 0.42261 0.48682 0.41970\n 40 6 61\n 38 6 1\n 14 94 4 0.48682 0.41970 0.48682 0.42261 0.50455 0.42261 0.50455 0.41970\n 40 6 62\n 38 6 1\n 14 94 4 0.50455 0.41970 0.50455 0.42261 0.52228 0.42261 0.52228 0.41970\n 40 6 63\n 38 6 1\n 14 94 4 0.52228 0.41970 0.52228 0.42261 0.54001 0.42261 0.54001 0.41970\n 40 6 64\n 38 6 1\n 14 94 4 0.54001 0.41970 0.54001 0.42261 0.55773 0.42261 0.55773 0.41970\n 40 6 65\n 38 6 1\n 14 94 4 0.55773 0.41970 0.55773 0.42261 0.57989 0.42261 0.57989 0.41970\n 40 6 66\n 38 6 1\n 14 94 4 0.57989 0.41970 0.57989 0.42261 0.59762 0.42261 0.59762 0.41970\n 40 6 67\n 38 6 1\n 14 94 4 0.59762 0.41970 0.59762 0.42261 0.61535 0.42261 0.61535 0.41970\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.42261 0.39375 0.42553 0.41148 0.42553 0.41148 0.42261\n 40 6 57\n 38 6 1\n 14 94 4 0.41148 0.42261 0.41148 0.42553 0.42921 0.42553 0.42921 0.42261\n 40 6 58\n 38 6 1\n 14 94 4 0.42921 0.42261 0.42921 0.42553 0.44694 0.42553 0.44694 0.42261\n 40 6 59\n 38 6 1\n 14 94 4 0.44694 0.42261 0.44694 0.42553 0.46910 0.42553 0.46910 0.42261\n 40 6 60\n 38 6 1\n 14 94 4 0.46910 0.42261 0.46910 0.42553 0.48682 0.42553 0.48682 0.42261\n 40 6 61\n 38 6 1\n 14 94 4 0.48682 0.42261 0.48682 0.42553 0.50455 0.42553 0.50455 0.42261\n 40 6 62\n 38 6 1\n 14 94 4 0.50455 0.42261 0.50455 0.42553 0.52671 0.42553 0.52671 0.42261\n 40 6 63\n 38 6 1\n 14 94 4 0.52671 0.42261 0.52671 0.42553 0.54444 0.42553 0.54444 0.42261\n 40 6 64\n 38 6 1\n 14 94 4 0.54444 0.42261 0.54444 0.42553 0.56217 0.42553 0.56217 0.42261\n 40 6 65\n 38 6 1\n 14 94 4 0.56217 0.42261 0.56217 0.42553 0.58432 0.42553 0.58432 0.42261\n 40 6 66\n 38 6 1\n 14 94 4 0.58432 0.42261 0.58432 0.42553 0.60205 0.42553 0.60205 0.42261\n 40 6 67\n 38 6 1\n 14 94 4 0.60205 0.42261 0.60205 0.42553 0.61535 0.42553 0.61535 0.42261\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.42553 0.39375 0.42845 0.41148 0.42845 0.41148 0.42553\n 40 6 57\n 38 6 1\n 14 94 4 0.41148 0.42553 0.41148 0.42845 0.42921 0.42845 0.42921 0.42553\n 40 6 58\n 38 6 1\n 14 94 4 0.42921 0.42553 0.42921 0.42845 0.45137 0.42845 0.45137 0.42553\n 40 6 59\n 38 6 1\n 14 94 4 0.45137 0.42553 0.45137 0.42845 0.46910 0.42845 0.46910 0.42553\n 40 6 60\n 38 6 1\n 14 94 4 0.46910 0.42553 0.46910 0.42845 0.49125 0.42845 0.49125 0.42553\n 40 6 61\n 38 6 1\n 14 94 4 0.49125 0.42553 0.49125 0.42845 0.50898 0.42845 0.50898 0.42553\n 40 6 62\n 38 6 1\n 14 94 4 0.50898 0.42553 0.50898 0.42845 0.52671 0.42845 0.52671 0.42553\n 40 6 63\n 38 6 1\n 14 94 4 0.52671 0.42553 0.52671 0.42845 0.54887 0.42845 0.54887 0.42553\n 40 6 64\n 38 6 1\n 14 94 4 0.54887 0.42553 0.54887 0.42845 0.56660 0.42845 0.56660 0.42553\n 40 6 65\n 38 6 1\n 14 94 4 0.56660 0.42553 0.56660 0.42845 0.58876 0.42845 0.58876 0.42553\n 40 6 66\n 38 6 1\n 14 94 4 0.58876 0.42553 0.58876 0.42845 0.60648 0.42845 0.60648 0.42553\n 40 6 67\n 38 6 1\n 14 94 4 0.60648 0.42553 0.60648 0.42845 0.61535 0.42845 0.61535 0.42553\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.42845 0.39375 0.43136 0.41148 0.43136 0.41148 0.42845\n 40 6 57\n 38 6 1\n 14 94 4 0.41148 0.42845 0.41148 0.43136 0.43364 0.43136 0.43364 0.42845\n 40 6 58\n 38 6 1\n 14 94 4 0.43364 0.42845 0.43364 0.43136 0.45137 0.43136 0.45137 0.42845\n 40 6 59\n 38 6 1\n 14 94 4 0.45137 0.42845 0.45137 0.43136 0.47353 0.43136 0.47353 0.42845\n 40 6 60\n 38 6 1\n 14 94 4 0.47353 0.42845 0.47353 0.43136 0.49125 0.43136 0.49125 0.42845\n 40 6 61\n 38 6 1\n 14 94 4 0.49125 0.42845 0.49125 0.43136 0.50898 0.43136 0.50898 0.42845\n 40 6 62\n 38 6 1\n 14 94 4 0.50898 0.42845 0.50898 0.43136 0.53114 0.43136 0.53114 0.42845\n 40 6 63\n 38 6 1\n 14 94 4 0.53114 0.42845 0.53114 0.43136 0.55330 0.43136 0.55330 0.42845\n 40 6 64\n 38 6 1\n 14 94 4 0.55330 0.42845 0.55330 0.43136 0.57103 0.43136 0.57103 0.42845\n 40 6 65\n 38 6 1\n 14 94 4 0.57103 0.42845 0.57103 0.43136 0.59319 0.43136 0.59319 0.42845\n 40 6 66\n 38 6 1\n 14 94 4 0.59319 0.42845 0.59319 0.43136 0.61092 0.43136 0.61092 0.42845\n 40 6 67\n 38 6 1\n 14 94 4 0.61092 0.42845 0.61092 0.43136 0.61535 0.43136 0.61535 0.42845\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.43136 0.39375 0.43428 0.41148 0.43428 0.41148 0.43136\n 40 6 57\n 38 6 1\n 14 94 4 0.41148 0.43136 0.41148 0.43428 0.43364 0.43428 0.43364 0.43136\n 40 6 58\n 38 6 1\n 14 94 4 0.43364 0.43136 0.43364 0.43428 0.45137 0.43428 0.45137 0.43136\n 40 6 59\n 38 6 1\n 14 94 4 0.45137 0.43136 0.45137 0.43428 0.47353 0.43428 0.47353 0.43136\n 40 6 60\n 38 6 1\n 14 94 4 0.47353 0.43136 0.47353 0.43428 0.49569 0.43428 0.49569 0.43136\n 40 6 61\n 38 6 1\n 14 94 4 0.49569 0.43136 0.49569 0.43428 0.51341 0.43428 0.51341 0.43136\n 40 6 62\n 38 6 1\n 14 94 4 0.51341 0.43136 0.51341 0.43428 0.53557 0.43428 0.53557 0.43136\n 40 6 63\n 38 6 1\n 14 94 4 0.53557 0.43136 0.53557 0.43428 0.55330 0.43428 0.55330 0.43136\n 40 6 64\n 38 6 1\n 14 94 4 0.55330 0.43136 0.55330 0.43428 0.57546 0.43428 0.57546 0.43136\n 40 6 65\n 38 6 1\n 14 94 4 0.57546 0.43136 0.57546 0.43428 0.59762 0.43428 0.59762 0.43136\n 40 6 66\n 38 6 1\n 14 94 4 0.59762 0.43136 0.59762 0.43428 0.61535 0.43428 0.61535 0.43136\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.43428 0.39375 0.43720 0.41148 0.43720 0.41148 0.43428\n 40 6 57\n 38 6 1\n 14 94 4 0.41148 0.43428 0.41148 0.43720 0.43364 0.43720 0.43364 0.43428\n 40 6 58\n 38 6 1\n 14 94 4 0.43364 0.43428 0.43364 0.43720 0.45580 0.43720 0.45580 0.43428\n 40 6 59\n 38 6 1\n 14 94 4 0.45580 0.43428 0.45580 0.43720 0.47353 0.43720 0.47353 0.43428\n 40 6 60\n 38 6 1\n 14 94 4 0.47353 0.43428 0.47353 0.43720 0.49569 0.43720 0.49569 0.43428\n 40 6 61\n 38 6 1\n 14 94 4 0.49569 0.43428 0.49569 0.43720 0.51785 0.43720 0.51785 0.43428\n 40 6 62\n 38 6 1\n 14 94 4 0.51785 0.43428 0.51785 0.43720 0.53557 0.43720 0.53557 0.43428\n 40 6 63\n 38 6 1\n 14 94 4 0.53557 0.43428 0.53557 0.43720 0.55773 0.43720 0.55773 0.43428\n 40 6 64\n 38 6 1\n 14 94 4 0.55773 0.43428 0.55773 0.43720 0.57989 0.43720 0.57989 0.43428\n 40 6 65\n 38 6 1\n 14 94 4 0.57989 0.43428 0.57989 0.43720 0.60205 0.43720 0.60205 0.43428\n 40 6 66\n 38 6 1\n 14 94 4 0.60205 0.43428 0.60205 0.43720 0.61535 0.43720 0.61535 0.43428\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.43720 0.39375 0.44011 0.41148 0.44011 0.41148 0.43720\n 40 6 57\n 38 6 1\n 14 94 4 0.41148 0.43720 0.41148 0.44011 0.43364 0.44011 0.43364 0.43720\n 40 6 58\n 38 6 1\n 14 94 4 0.43364 0.43720 0.43364 0.44011 0.45580 0.44011 0.45580 0.43720\n 40 6 59\n 38 6 1\n 14 94 4 0.45580 0.43720 0.45580 0.44011 0.47796 0.44011 0.47796 0.43720\n 40 6 60\n 38 6 1\n 14 94 4 0.47796 0.43720 0.47796 0.44011 0.50012 0.44011 0.50012 0.43720\n 40 6 61\n 38 6 1\n 14 94 4 0.50012 0.43720 0.50012 0.44011 0.51785 0.44011 0.51785 0.43720\n 40 6 62\n 38 6 1\n 14 94 4 0.51785 0.43720 0.51785 0.44011 0.54001 0.44011 0.54001 0.43720\n 40 6 63\n 38 6 1\n 14 94 4 0.54001 0.43720 0.54001 0.44011 0.56217 0.44011 0.56217 0.43720\n 40 6 64\n 38 6 1\n 14 94 4 0.56217 0.43720 0.56217 0.44011 0.58432 0.44011 0.58432 0.43720\n 40 6 65\n 38 6 1\n 14 94 4 0.58432 0.43720 0.58432 0.44011 0.60648 0.44011 0.60648 0.43720\n 40 6 66\n 38 6 1\n 14 94 4 0.60648 0.43720 0.60648 0.44011 0.61535 0.44011 0.61535 0.43720\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.44011 0.39375 0.44303 0.41148 0.44303 0.41148 0.44011\n 40 6 57\n 38 6 1\n 14 94 4 0.41148 0.44011 0.41148 0.44303 0.43364 0.44303 0.43364 0.44011\n 40 6 58\n 38 6 1\n 14 94 4 0.43364 0.44011 0.43364 0.44303 0.45580 0.44303 0.45580 0.44011\n 40 6 59\n 38 6 1\n 14 94 4 0.45580 0.44011 0.45580 0.44303 0.47796 0.44303 0.47796 0.44011\n 40 6 60\n 38 6 1\n 14 94 4 0.47796 0.44011 0.47796 0.44303 0.50012 0.44303 0.50012 0.44011\n 40 6 61\n 38 6 1\n 14 94 4 0.50012 0.44011 0.50012 0.44303 0.52228 0.44303 0.52228 0.44011\n 40 6 62\n 38 6 1\n 14 94 4 0.52228 0.44011 0.52228 0.44303 0.54444 0.44303 0.54444 0.44011\n 40 6 63\n 38 6 1\n 14 94 4 0.54444 0.44011 0.54444 0.44303 0.56660 0.44303 0.56660 0.44011\n 40 6 64\n 38 6 1\n 14 94 4 0.56660 0.44011 0.56660 0.44303 0.58876 0.44303 0.58876 0.44011\n 40 6 65\n 38 6 1\n 14 94 4 0.58876 0.44011 0.58876 0.44303 0.61092 0.44303 0.61092 0.44011\n 40 6 66\n 38 6 1\n 14 94 4 0.61092 0.44011 0.61092 0.44303 0.61535 0.44303 0.61535 0.44011\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.44303 0.39375 0.44594 0.41591 0.44594 0.41591 0.44303\n 40 6 57\n 38 6 1\n 14 94 4 0.41591 0.44303 0.41591 0.44594 0.43807 0.44594 0.43807 0.44303\n 40 6 58\n 38 6 1\n 14 94 4 0.43807 0.44303 0.43807 0.44594 0.45580 0.44594 0.45580 0.44303\n 40 6 59\n 38 6 1\n 14 94 4 0.45580 0.44303 0.45580 0.44594 0.48239 0.44594 0.48239 0.44303\n 40 6 60\n 38 6 1\n 14 94 4 0.48239 0.44303 0.48239 0.44594 0.50455 0.44594 0.50455 0.44303\n 40 6 61\n 38 6 1\n 14 94 4 0.50455 0.44303 0.50455 0.44594 0.52228 0.44594 0.52228 0.44303\n 40 6 62\n 38 6 1\n 14 94 4 0.52228 0.44303 0.52228 0.44594 0.54887 0.44594 0.54887 0.44303\n 40 6 63\n 38 6 1\n 14 94 4 0.54887 0.44303 0.54887 0.44594 0.57103 0.44594 0.57103 0.44303\n 40 6 64\n 38 6 1\n 14 94 4 0.57103 0.44303 0.57103 0.44594 0.59319 0.44594 0.59319 0.44303\n 40 6 65\n 38 6 1\n 14 94 4 0.59319 0.44303 0.59319 0.44594 0.61535 0.44594 0.61535 0.44303\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.44594 0.39375 0.44886 0.41591 0.44886 0.41591 0.44594\n 40 6 57\n 38 6 1\n 14 94 4 0.41591 0.44594 0.41591 0.44886 0.43807 0.44886 0.43807 0.44594\n 40 6 58\n 38 6 1\n 14 94 4 0.43807 0.44594 0.43807 0.44886 0.46023 0.44886 0.46023 0.44594\n 40 6 59\n 38 6 1\n 14 94 4 0.46023 0.44594 0.46023 0.44886 0.48239 0.44886 0.48239 0.44594\n 40 6 60\n 38 6 1\n 14 94 4 0.48239 0.44594 0.48239 0.44886 0.50455 0.44886 0.50455 0.44594\n 40 6 61\n 38 6 1\n 14 94 4 0.50455 0.44594 0.50455 0.44886 0.52671 0.44886 0.52671 0.44594\n 40 6 62\n 38 6 1\n 14 94 4 0.52671 0.44594 0.52671 0.44886 0.54887 0.44886 0.54887 0.44594\n 40 6 63\n 38 6 1\n 14 94 4 0.54887 0.44594 0.54887 0.44886 0.57103 0.44886 0.57103 0.44594\n 40 6 64\n 38 6 1\n 14 94 4 0.57103 0.44594 0.57103 0.44886 0.59319 0.44886 0.59319 0.44594\n 40 6 65\n 38 6 1\n 14 94 4 0.59319 0.44594 0.59319 0.44886 0.61535 0.44886 0.61535 0.44594\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.44886 0.39375 0.45178 0.41591 0.45178 0.41591 0.44886\n 40 6 57\n 38 6 1\n 14 94 4 0.41591 0.44886 0.41591 0.45178 0.43807 0.45178 0.43807 0.44886\n 40 6 58\n 38 6 1\n 14 94 4 0.43807 0.44886 0.43807 0.45178 0.46023 0.45178 0.46023 0.44886\n 40 6 59\n 38 6 1\n 14 94 4 0.46023 0.44886 0.46023 0.45178 0.48239 0.45178 0.48239 0.44886\n 40 6 60\n 38 6 1\n 14 94 4 0.48239 0.44886 0.48239 0.45178 0.50898 0.45178 0.50898 0.44886\n 40 6 61\n 38 6 1\n 14 94 4 0.50898 0.44886 0.50898 0.45178 0.53114 0.45178 0.53114 0.44886\n 40 6 62\n 38 6 1\n 14 94 4 0.53114 0.44886 0.53114 0.45178 0.55330 0.45178 0.55330 0.44886\n 40 6 63\n 38 6 1\n 14 94 4 0.55330 0.44886 0.55330 0.45178 0.57546 0.45178 0.57546 0.44886\n 40 6 64\n 38 6 1\n 14 94 4 0.57546 0.44886 0.57546 0.45178 0.59762 0.45178 0.59762 0.44886\n 40 6 65\n 38 6 1\n 14 94 4 0.59762 0.44886 0.59762 0.45178 0.61535 0.45178 0.61535 0.44886\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.45178 0.39375 0.45469 0.41591 0.45469 0.41591 0.45178\n 40 6 57\n 38 6 1\n 14 94 4 0.41591 0.45178 0.41591 0.45469 0.43807 0.45469 0.43807 0.45178\n 40 6 58\n 38 6 1\n 14 94 4 0.43807 0.45178 0.43807 0.45469 0.46023 0.45469 0.46023 0.45178\n 40 6 59\n 38 6 1\n 14 94 4 0.46023 0.45178 0.46023 0.45469 0.48682 0.45469 0.48682 0.45178\n 40 6 60\n 38 6 1\n 14 94 4 0.48682 0.45178 0.48682 0.45469 0.50898 0.45469 0.50898 0.45178\n 40 6 61\n 38 6 1\n 14 94 4 0.50898 0.45178 0.50898 0.45469 0.53114 0.45469 0.53114 0.45178\n 40 6 62\n 38 6 1\n 14 94 4 0.53114 0.45178 0.53114 0.45469 0.55773 0.45469 0.55773 0.45178\n 40 6 63\n 38 6 1\n 14 94 4 0.55773 0.45178 0.55773 0.45469 0.57989 0.45469 0.57989 0.45178\n 40 6 64\n 38 6 1\n 14 94 4 0.57989 0.45178 0.57989 0.45469 0.60205 0.45469 0.60205 0.45178\n 40 6 65\n 38 6 1\n 14 94 4 0.60205 0.45178 0.60205 0.45469 0.61535 0.45469 0.61535 0.45178\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.45469 0.39375 0.45761 0.41591 0.45761 0.41591 0.45469\n 40 6 57\n 38 6 1\n 14 94 4 0.41591 0.45469 0.41591 0.45761 0.43807 0.45761 0.43807 0.45469\n 40 6 58\n 38 6 1\n 14 94 4 0.43807 0.45469 0.43807 0.45761 0.46466 0.45761 0.46466 0.45469\n 40 6 59\n 38 6 1\n 14 94 4 0.46466 0.45469 0.46466 0.45761 0.48682 0.45761 0.48682 0.45469\n 40 6 60\n 38 6 1\n 14 94 4 0.48682 0.45469 0.48682 0.45761 0.51341 0.45761 0.51341 0.45469\n 40 6 61\n 38 6 1\n 14 94 4 0.51341 0.45469 0.51341 0.45761 0.53557 0.45761 0.53557 0.45469\n 40 6 62\n 38 6 1\n 14 94 4 0.53557 0.45469 0.53557 0.45761 0.55773 0.45761 0.55773 0.45469\n 40 6 63\n 38 6 1\n 14 94 4 0.55773 0.45469 0.55773 0.45761 0.58432 0.45761 0.58432 0.45469\n 40 6 64\n 38 6 1\n 14 94 4 0.58432 0.45469 0.58432 0.45761 0.60648 0.45761 0.60648 0.45469\n 40 6 65\n 38 6 1\n 14 94 4 0.60648 0.45469 0.60648 0.45761 0.61535 0.45761 0.61535 0.45469\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.45761 0.39375 0.46052 0.41591 0.46052 0.41591 0.45761\n 40 6 57\n 38 6 1\n 14 94 4 0.41591 0.45761 0.41591 0.46052 0.44250 0.46052 0.44250 0.45761\n 40 6 58\n 38 6 1\n 14 94 4 0.44250 0.45761 0.44250 0.46052 0.46466 0.46052 0.46466 0.45761\n 40 6 59\n 38 6 1\n 14 94 4 0.46466 0.45761 0.46466 0.46052 0.49125 0.46052 0.49125 0.45761\n 40 6 60\n 38 6 1\n 14 94 4 0.49125 0.45761 0.49125 0.46052 0.51341 0.46052 0.51341 0.45761\n 40 6 61\n 38 6 1\n 14 94 4 0.51341 0.45761 0.51341 0.46052 0.53557 0.46052 0.53557 0.45761\n 40 6 62\n 38 6 1\n 14 94 4 0.53557 0.45761 0.53557 0.46052 0.56217 0.46052 0.56217 0.45761\n 40 6 63\n 38 6 1\n 14 94 4 0.56217 0.45761 0.56217 0.46052 0.58876 0.46052 0.58876 0.45761\n 40 6 64\n 38 6 1\n 14 94 4 0.58876 0.45761 0.58876 0.46052 0.61092 0.46052 0.61092 0.45761\n 40 6 65\n 38 6 1\n 14 94 4 0.61092 0.45761 0.61092 0.46052 0.61535 0.46052 0.61535 0.45761\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.46052 0.39375 0.46344 0.41591 0.46344 0.41591 0.46052\n 40 6 57\n 38 6 1\n 14 94 4 0.41591 0.46052 0.41591 0.46344 0.44250 0.46344 0.44250 0.46052\n 40 6 58\n 38 6 1\n 14 94 4 0.44250 0.46052 0.44250 0.46344 0.46466 0.46344 0.46466 0.46052\n 40 6 59\n 38 6 1\n 14 94 4 0.46466 0.46052 0.46466 0.46344 0.49125 0.46344 0.49125 0.46052\n 40 6 60\n 38 6 1\n 14 94 4 0.49125 0.46052 0.49125 0.46344 0.51785 0.46344 0.51785 0.46052\n 40 6 61\n 38 6 1\n 14 94 4 0.51785 0.46052 0.51785 0.46344 0.54001 0.46344 0.54001 0.46052\n 40 6 62\n 38 6 1\n 14 94 4 0.54001 0.46052 0.54001 0.46344 0.56660 0.46344 0.56660 0.46052\n 40 6 63\n 38 6 1\n 14 94 4 0.56660 0.46052 0.56660 0.46344 0.58876 0.46344 0.58876 0.46052\n 40 6 64\n 38 6 1\n 14 94 4 0.58876 0.46052 0.58876 0.46344 0.61535 0.46344 0.61535 0.46052\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.46344 0.39375 0.46636 0.41591 0.46636 0.41591 0.46344\n 40 6 57\n 38 6 1\n 14 94 4 0.41591 0.46344 0.41591 0.46636 0.44250 0.46636 0.44250 0.46344\n 40 6 58\n 38 6 1\n 14 94 4 0.44250 0.46344 0.44250 0.46636 0.46910 0.46636 0.46910 0.46344\n 40 6 59\n 38 6 1\n 14 94 4 0.46910 0.46344 0.46910 0.46636 0.49125 0.46636 0.49125 0.46344\n 40 6 60\n 38 6 1\n 14 94 4 0.49125 0.46344 0.49125 0.46636 0.51785 0.46636 0.51785 0.46344\n 40 6 61\n 38 6 1\n 14 94 4 0.51785 0.46344 0.51785 0.46636 0.54444 0.46636 0.54444 0.46344\n 40 6 62\n 38 6 1\n 14 94 4 0.54444 0.46344 0.54444 0.46636 0.56660 0.46636 0.56660 0.46344\n 40 6 63\n 38 6 1\n 14 94 4 0.56660 0.46344 0.56660 0.46636 0.59319 0.46636 0.59319 0.46344\n 40 6 64\n 38 6 1\n 14 94 4 0.59319 0.46344 0.59319 0.46636 0.61535 0.46636 0.61535 0.46344\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.46636 0.39375 0.46927 0.41591 0.46927 0.41591 0.46636\n 40 6 57\n 38 6 1\n 14 94 4 0.41591 0.46636 0.41591 0.46927 0.44250 0.46927 0.44250 0.46636\n 40 6 58\n 38 6 1\n 14 94 4 0.44250 0.46636 0.44250 0.46927 0.46910 0.46927 0.46910 0.46636\n 40 6 59\n 38 6 1\n 14 94 4 0.46910 0.46636 0.46910 0.46927 0.49569 0.46927 0.49569 0.46636\n 40 6 60\n 38 6 1\n 14 94 4 0.49569 0.46636 0.49569 0.46927 0.52228 0.46927 0.52228 0.46636\n 40 6 61\n 38 6 1\n 14 94 4 0.52228 0.46636 0.52228 0.46927 0.54444 0.46927 0.54444 0.46636\n 40 6 62\n 38 6 1\n 14 94 4 0.54444 0.46636 0.54444 0.46927 0.57103 0.46927 0.57103 0.46636\n 40 6 63\n 38 6 1\n 14 94 4 0.57103 0.46636 0.57103 0.46927 0.59762 0.46927 0.59762 0.46636\n 40 6 64\n 38 6 1\n 14 94 4 0.59762 0.46636 0.59762 0.46927 0.61535 0.46927 0.61535 0.46636\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.46927 0.39375 0.47219 0.41591 0.47219 0.41591 0.46927\n 40 6 57\n 38 6 1\n 14 94 4 0.41591 0.46927 0.41591 0.47219 0.44250 0.47219 0.44250 0.46927\n 40 6 58\n 38 6 1\n 14 94 4 0.44250 0.46927 0.44250 0.47219 0.46910 0.47219 0.46910 0.46927\n 40 6 59\n 38 6 1\n 14 94 4 0.46910 0.46927 0.46910 0.47219 0.49569 0.47219 0.49569 0.46927\n 40 6 60\n 38 6 1\n 14 94 4 0.49569 0.46927 0.49569 0.47219 0.52228 0.47219 0.52228 0.46927\n 40 6 61\n 38 6 1\n 14 94 4 0.52228 0.46927 0.52228 0.47219 0.54887 0.47219 0.54887 0.46927\n 40 6 62\n 38 6 1\n 14 94 4 0.54887 0.46927 0.54887 0.47219 0.57546 0.47219 0.57546 0.46927\n 40 6 63\n 38 6 1\n 14 94 4 0.57546 0.46927 0.57546 0.47219 0.60205 0.47219 0.60205 0.46927\n 40 6 64\n 38 6 1\n 14 94 4 0.60205 0.46927 0.60205 0.47219 0.61535 0.47219 0.61535 0.46927\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.47219 0.39375 0.47510 0.42034 0.47510 0.42034 0.47219\n 40 6 57\n 38 6 1\n 14 94 4 0.42034 0.47219 0.42034 0.47510 0.44694 0.47510 0.44694 0.47219\n 40 6 58\n 38 6 1\n 14 94 4 0.44694 0.47219 0.44694 0.47510 0.46910 0.47510 0.46910 0.47219\n 40 6 59\n 38 6 1\n 14 94 4 0.46910 0.47219 0.46910 0.47510 0.50012 0.47510 0.50012 0.47219\n 40 6 60\n 38 6 1\n 14 94 4 0.50012 0.47219 0.50012 0.47510 0.52671 0.47510 0.52671 0.47219\n 40 6 61\n 38 6 1\n 14 94 4 0.52671 0.47219 0.52671 0.47510 0.54887 0.47510 0.54887 0.47219\n 40 6 62\n 38 6 1\n 14 94 4 0.54887 0.47219 0.54887 0.47510 0.57989 0.47510 0.57989 0.47219\n 40 6 63\n 38 6 1\n 14 94 4 0.57989 0.47219 0.57989 0.47510 0.60648 0.47510 0.60648 0.47219\n 40 6 64\n 38 6 1\n 14 94 4 0.60648 0.47219 0.60648 0.47510 0.61535 0.47510 0.61535 0.47219\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.47510 0.39375 0.47802 0.42034 0.47802 0.42034 0.47510\n 40 6 57\n 38 6 1\n 14 94 4 0.42034 0.47510 0.42034 0.47802 0.44694 0.47802 0.44694 0.47510\n 40 6 58\n 38 6 1\n 14 94 4 0.44694 0.47510 0.44694 0.47802 0.47353 0.47802 0.47353 0.47510\n 40 6 59\n 38 6 1\n 14 94 4 0.47353 0.47510 0.47353 0.47802 0.50012 0.47802 0.50012 0.47510\n 40 6 60\n 38 6 1\n 14 94 4 0.50012 0.47510 0.50012 0.47802 0.52671 0.47802 0.52671 0.47510\n 40 6 61\n 38 6 1\n 14 94 4 0.52671 0.47510 0.52671 0.47802 0.55330 0.47802 0.55330 0.47510\n 40 6 62\n 38 6 1\n 14 94 4 0.55330 0.47510 0.55330 0.47802 0.57989 0.47802 0.57989 0.47510\n 40 6 63\n 38 6 1\n 14 94 4 0.57989 0.47510 0.57989 0.47802 0.60648 0.47802 0.60648 0.47510\n 40 6 64\n 38 6 1\n 14 94 4 0.60648 0.47510 0.60648 0.47802 0.61535 0.47802 0.61535 0.47510\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.47802 0.39375 0.48094 0.42034 0.48094 0.42034 0.47802\n 40 6 57\n 38 6 1\n 14 94 4 0.42034 0.47802 0.42034 0.48094 0.44694 0.48094 0.44694 0.47802\n 40 6 58\n 38 6 1\n 14 94 4 0.44694 0.47802 0.44694 0.48094 0.47353 0.48094 0.47353 0.47802\n 40 6 59\n 38 6 1\n 14 94 4 0.47353 0.47802 0.47353 0.48094 0.50012 0.48094 0.50012 0.47802\n 40 6 60\n 38 6 1\n 14 94 4 0.50012 0.47802 0.50012 0.48094 0.53114 0.48094 0.53114 0.47802\n 40 6 61\n 38 6 1\n 14 94 4 0.53114 0.47802 0.53114 0.48094 0.55773 0.48094 0.55773 0.47802\n 40 6 62\n 38 6 1\n 14 94 4 0.55773 0.47802 0.55773 0.48094 0.58432 0.48094 0.58432 0.47802\n 40 6 63\n 38 6 1\n 14 94 4 0.58432 0.47802 0.58432 0.48094 0.61092 0.48094 0.61092 0.47802\n 40 6 64\n 38 6 1\n 14 94 4 0.61092 0.47802 0.61092 0.48094 0.61535 0.48094 0.61535 0.47802\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.48094 0.39375 0.48385 0.42034 0.48385 0.42034 0.48094\n 40 6 57\n 38 6 1\n 14 94 4 0.42034 0.48094 0.42034 0.48385 0.44694 0.48385 0.44694 0.48094\n 40 6 58\n 38 6 1\n 14 94 4 0.44694 0.48094 0.44694 0.48385 0.47353 0.48385 0.47353 0.48094\n 40 6 59\n 38 6 1\n 14 94 4 0.47353 0.48094 0.47353 0.48385 0.50455 0.48385 0.50455 0.48094\n 40 6 60\n 38 6 1\n 14 94 4 0.50455 0.48094 0.50455 0.48385 0.53114 0.48385 0.53114 0.48094\n 40 6 61\n 38 6 1\n 14 94 4 0.53114 0.48094 0.53114 0.48385 0.55773 0.48385 0.55773 0.48094\n 40 6 62\n 38 6 1\n 14 94 4 0.55773 0.48094 0.55773 0.48385 0.58876 0.48385 0.58876 0.48094\n 40 6 63\n 38 6 1\n 14 94 4 0.58876 0.48094 0.58876 0.48385 0.61535 0.48385 0.61535 0.48094\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.48385 0.39375 0.48677 0.42034 0.48677 0.42034 0.48385\n 40 6 57\n 38 6 1\n 14 94 4 0.42034 0.48385 0.42034 0.48677 0.44694 0.48677 0.44694 0.48385\n 40 6 58\n 38 6 1\n 14 94 4 0.44694 0.48385 0.44694 0.48677 0.47796 0.48677 0.47796 0.48385\n 40 6 59\n 38 6 1\n 14 94 4 0.47796 0.48385 0.47796 0.48677 0.50455 0.48677 0.50455 0.48385\n 40 6 60\n 38 6 1\n 14 94 4 0.50455 0.48385 0.50455 0.48677 0.53557 0.48677 0.53557 0.48385\n 40 6 61\n 38 6 1\n 14 94 4 0.53557 0.48385 0.53557 0.48677 0.56217 0.48677 0.56217 0.48385\n 40 6 62\n 38 6 1\n 14 94 4 0.56217 0.48385 0.56217 0.48677 0.58876 0.48677 0.58876 0.48385\n 40 6 63\n 38 6 1\n 14 94 4 0.58876 0.48385 0.58876 0.48677 0.61535 0.48677 0.61535 0.48385\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.48677 0.39375 0.48969 0.42034 0.48969 0.42034 0.48677\n 40 6 57\n 38 6 1\n 14 94 4 0.42034 0.48677 0.42034 0.48969 0.45137 0.48969 0.45137 0.48677\n 40 6 58\n 38 6 1\n 14 94 4 0.45137 0.48677 0.45137 0.48969 0.47796 0.48969 0.47796 0.48677\n 40 6 59\n 38 6 1\n 14 94 4 0.47796 0.48677 0.47796 0.48969 0.50898 0.48969 0.50898 0.48677\n 40 6 60\n 38 6 1\n 14 94 4 0.50898 0.48677 0.50898 0.48969 0.53557 0.48969 0.53557 0.48677\n 40 6 61\n 38 6 1\n 14 94 4 0.53557 0.48677 0.53557 0.48969 0.56217 0.48969 0.56217 0.48677\n 40 6 62\n 38 6 1\n 14 94 4 0.56217 0.48677 0.56217 0.48969 0.59319 0.48969 0.59319 0.48677\n 40 6 63\n 38 6 1\n 14 94 4 0.59319 0.48677 0.59319 0.48969 0.61535 0.48969 0.61535 0.48677\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.48969 0.39375 0.49260 0.42034 0.49260 0.42034 0.48969\n 40 6 57\n 38 6 1\n 14 94 4 0.42034 0.48969 0.42034 0.49260 0.45137 0.49260 0.45137 0.48969\n 40 6 58\n 38 6 1\n 14 94 4 0.45137 0.48969 0.45137 0.49260 0.47796 0.49260 0.47796 0.48969\n 40 6 59\n 38 6 1\n 14 94 4 0.47796 0.48969 0.47796 0.49260 0.50898 0.49260 0.50898 0.48969\n 40 6 60\n 38 6 1\n 14 94 4 0.50898 0.48969 0.50898 0.49260 0.54001 0.49260 0.54001 0.48969\n 40 6 61\n 38 6 1\n 14 94 4 0.54001 0.48969 0.54001 0.49260 0.56660 0.49260 0.56660 0.48969\n 40 6 62\n 38 6 1\n 14 94 4 0.56660 0.48969 0.56660 0.49260 0.59762 0.49260 0.59762 0.48969\n 40 6 63\n 38 6 1\n 14 94 4 0.59762 0.48969 0.59762 0.49260 0.61535 0.49260 0.61535 0.48969\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.49260 0.39375 0.49552 0.42034 0.49552 0.42034 0.49260\n 40 6 57\n 38 6 1\n 14 94 4 0.42034 0.49260 0.42034 0.49552 0.45137 0.49552 0.45137 0.49260\n 40 6 58\n 38 6 1\n 14 94 4 0.45137 0.49260 0.45137 0.49552 0.48239 0.49552 0.48239 0.49260\n 40 6 59\n 38 6 1\n 14 94 4 0.48239 0.49260 0.48239 0.49552 0.50898 0.49552 0.50898 0.49260\n 40 6 60\n 38 6 1\n 14 94 4 0.50898 0.49260 0.50898 0.49552 0.54001 0.49552 0.54001 0.49260\n 40 6 61\n 38 6 1\n 14 94 4 0.54001 0.49260 0.54001 0.49552 0.57103 0.49552 0.57103 0.49260\n 40 6 62\n 38 6 1\n 14 94 4 0.57103 0.49260 0.57103 0.49552 0.59762 0.49552 0.59762 0.49260\n 40 6 63\n 38 6 1\n 14 94 4 0.59762 0.49260 0.59762 0.49552 0.61535 0.49552 0.61535 0.49260\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.49552 0.39375 0.49843 0.42034 0.49843 0.42034 0.49552\n 40 6 57\n 38 6 1\n 14 94 4 0.42034 0.49552 0.42034 0.49843 0.45137 0.49843 0.45137 0.49552\n 40 6 58\n 38 6 1\n 14 94 4 0.45137 0.49552 0.45137 0.49843 0.48239 0.49843 0.48239 0.49552\n 40 6 59\n 38 6 1\n 14 94 4 0.48239 0.49552 0.48239 0.49843 0.51341 0.49843 0.51341 0.49552\n 40 6 60\n 38 6 1\n 14 94 4 0.51341 0.49552 0.51341 0.49843 0.54444 0.49843 0.54444 0.49552\n 40 6 61\n 38 6 1\n 14 94 4 0.54444 0.49552 0.54444 0.49843 0.57103 0.49843 0.57103 0.49552\n 40 6 62\n 38 6 1\n 14 94 4 0.57103 0.49552 0.57103 0.49843 0.60205 0.49843 0.60205 0.49552\n 40 6 63\n 38 6 1\n 14 94 4 0.60205 0.49552 0.60205 0.49843 0.61535 0.49843 0.61535 0.49552\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.49843 0.39375 0.50135 0.42034 0.50135 0.42034 0.49843\n 40 6 57\n 38 6 1\n 14 94 4 0.42034 0.49843 0.42034 0.50135 0.45137 0.50135 0.45137 0.49843\n 40 6 58\n 38 6 1\n 14 94 4 0.45137 0.49843 0.45137 0.50135 0.48239 0.50135 0.48239 0.49843\n 40 6 59\n 38 6 1\n 14 94 4 0.48239 0.49843 0.48239 0.50135 0.51341 0.50135 0.51341 0.49843\n 40 6 60\n 38 6 1\n 14 94 4 0.51341 0.49843 0.51341 0.50135 0.54444 0.50135 0.54444 0.49843\n 40 6 61\n 38 6 1\n 14 94 4 0.54444 0.49843 0.54444 0.50135 0.57546 0.50135 0.57546 0.49843\n 40 6 62\n 38 6 1\n 14 94 4 0.57546 0.49843 0.57546 0.50135 0.60648 0.50135 0.60648 0.49843\n 40 6 63\n 38 6 1\n 14 94 4 0.60648 0.49843 0.60648 0.50135 0.61535 0.50135 0.61535 0.49843\n 40 6 56\n 38 6 1\n 14 94 4 0.39375 0.50135 0.39375 0.50427 0.42478 0.50427 0.42478 0.50135\n 40 6 57\n 38 6 1\n 14 94 4 0.42478 0.50135 0.42478 0.50427 0.45580 0.50427 0.45580 0.50135\n 40 6 58\n 38 6 1\n 14 94 4 0.45580 0.50135 0.45580 0.50427 0.48239 0.50427 0.48239 0.50135\n 40 6 59\n 38 6 1\n 14 94 4 0.48239 0.50135 0.48239 0.50427 0.51785 0.50427 0.51785 0.50135\n 40 6 60\n 38 6 1\n 14 94 4 0.51785 0.50135 0.51785 0.50427 0.54887 0.50427 0.54887 0.50135\n 40 6 61\n 38 6 1\n 14 94 4 0.54887 0.50135 0.54887 0.50427 0.57546 0.50427 0.57546 0.50135\n 40 6 62\n 38 6 1\n 14 94 4 0.57546 0.50135 0.57546 0.50427 0.61092 0.50427 0.61092 0.50135\n 40 6 63\n 38 6 1\n 14 94 4 0.61092 0.50135 0.61092 0.50427 0.61535 0.50427 0.61535 0.50135\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 40 6 56\n 38 6 1\n 14 94 4 0.62548 0.35846 0.64007 0.35846 0.64007 0.36454 0.62548 0.36454\n 11 116 5 0.62548 0.35846 0.64007 0.35846 0.64007 0.36454 0.62548 0.36454 0.62548 0.35846\n 40 6 57\n 38 6 1\n 14 94 4 0.62548 0.36454 0.64007 0.36454 0.64007 0.37061 0.62548 0.37061\n 11 116 5 0.62548 0.36454 0.64007 0.36454 0.64007 0.37061 0.62548 0.37061 0.62548 0.36454\n 40 6 58\n 38 6 1\n 14 94 4 0.62548 0.37061 0.64007 0.37061 0.64007 0.37669 0.62548 0.37669\n 11 116 5 0.62548 0.37061 0.64007 0.37061 0.64007 0.37669 0.62548 0.37669 0.62548 0.37061\n 40 6 59\n 38 6 1\n 14 94 4 0.62548 0.37669 0.64007 0.37669 0.64007 0.38276 0.62548 0.38276\n 11 116 5 0.62548 0.37669 0.64007 0.37669 0.64007 0.38276 0.62548 0.38276 0.62548 0.37669\n 40 6 60\n 38 6 1\n 14 94 4 0.62548 0.38276 0.64007 0.38276 0.64007 0.38884 0.62548 0.38884\n 11 116 5 0.62548 0.38276 0.64007 0.38276 0.64007 0.38884 0.62548 0.38884 0.62548 0.38276\n 40 6 61\n 38 6 1\n 14 94 4 0.62548 0.38884 0.64007 0.38884 0.64007 0.39491 0.62548 0.39491\n 11 116 5 0.62548 0.38884 0.64007 0.38884 0.64007 0.39491 0.62548 0.39491 0.62548 0.38884\n 40 6 62\n 38 6 1\n 14 94 4 0.62548 0.39491 0.64007 0.39491 0.64007 0.40099 0.62548 0.40099\n 11 116 5 0.62548 0.39491 0.64007 0.39491 0.64007 0.40099 0.62548 0.40099 0.62548 0.39491\n 40 6 63\n 38 6 1\n 14 94 4 0.62548 0.40099 0.64007 0.40099 0.64007 0.40706 0.62548 0.40706\n 11 116 5 0.62548 0.40099 0.64007 0.40099 0.64007 0.40706 0.62548 0.40706 0.62548 0.40099\n 40 6 64\n 38 6 1\n 14 94 4 0.62548 0.40706 0.64007 0.40706 0.64007 0.41314 0.62548 0.41314\n 11 116 5 0.62548 0.40706 0.64007 0.40706 0.64007 0.41314 0.62548 0.41314 0.62548 0.40706\n 40 6 65\n 38 6 1\n 14 94 4 0.62548 0.41314 0.64007 0.41314 0.64007 0.41921 0.62548 0.41921\n 11 116 5 0.62548 0.41314 0.64007 0.41314 0.64007 0.41921 0.62548 0.41921 0.62548 0.41314\n 40 6 66\n 38 6 1\n 14 94 4 0.62548 0.41921 0.64007 0.41921 0.64007 0.42529 0.62548 0.42529\n 11 116 5 0.62548 0.41921 0.64007 0.41921 0.64007 0.42529 0.62548 0.42529 0.62548 0.41921\n 40 6 67\n 38 6 1\n 14 94 4 0.62548 0.42529 0.64007 0.42529 0.64007 0.43136 0.62548 0.43136\n 11 116 5 0.62548 0.42529 0.64007 0.42529 0.64007 0.43136 0.62548 0.43136 0.62548 0.42529\n 40 6 68\n 38 6 1\n 14 94 4 0.62548 0.43136 0.64007 0.43136 0.64007 0.43744 0.62548 0.43744\n 11 116 5 0.62548 0.43136 0.64007 0.43136 0.64007 0.43744 0.62548 0.43744 0.62548 0.43136\n 40 6 69\n 38 6 1\n 14 94 4 0.62548 0.43744 0.64007 0.43744 0.64007 0.44351 0.62548 0.44351\n 11 116 5 0.62548 0.43744 0.64007 0.43744 0.64007 0.44351 0.62548 0.44351 0.62548 0.43744\n 40 6 70\n 38 6 1\n 14 94 4 0.62548 0.44351 0.64007 0.44351 0.64007 0.44959 0.62548 0.44959\n 11 116 5 0.62548 0.44351 0.64007 0.44351 0.64007 0.44959 0.62548 0.44959 0.62548 0.44351\n 40 6 71\n 38 6 1\n 14 94 4 0.62548 0.44959 0.64007 0.44959 0.64007 0.45566 0.62548 0.45566\n 11 116 5 0.62548 0.44959 0.64007 0.44959 0.64007 0.45566 0.62548 0.45566 0.62548 0.44959\n 40 6 72\n 38 6 1\n 14 94 4 0.62548 0.45566 0.64007 0.45566 0.64007 0.46174 0.62548 0.46174\n 11 116 5 0.62548 0.45566 0.64007 0.45566 0.64007 0.46174 0.62548 0.46174 0.62548 0.45566\n 40 6 73\n 38 6 1\n 14 94 4 0.62548 0.46174 0.64007 0.46174 0.64007 0.46781 0.62548 0.46781\n 11 116 5 0.62548 0.46174 0.64007 0.46174 0.64007 0.46781 0.62548 0.46781 0.62548 0.46174\n 40 6 74\n 38 6 1\n 14 94 4 0.62548 0.46781 0.64007 0.46781 0.64007 0.47389 0.62548 0.47389\n 11 116 5 0.62548 0.46781 0.64007 0.46781 0.64007 0.47389 0.62548 0.47389 0.62548 0.46781\n 40 6 75\n 38 6 1\n 14 94 4 0.62548 0.47389 0.64007 0.47389 0.64007 0.47997 0.62548 0.47997\n 11 116 5 0.62548 0.47389 0.64007 0.47389 0.64007 0.47997 0.62548 0.47997 0.62548 0.47389\n 40 6 76\n 38 6 1\n 14 94 4 0.62548 0.47997 0.64007 0.47997 0.64007 0.48604 0.62548 0.48604\n 11 116 5 0.62548 0.47997 0.64007 0.47997 0.64007 0.48604 0.62548 0.48604 0.62548 0.47997\n 40 6 77\n 38 6 1\n 14 94 4 0.62548 0.48604 0.64007 0.48604 0.64007 0.49212 0.62548 0.49212\n 11 116 5 0.62548 0.48604 0.64007 0.48604 0.64007 0.49212 0.62548 0.49212 0.62548 0.48604\n 40 6 78\n 38 6 1\n 14 94 4 0.62548 0.49212 0.64007 0.49212 0.64007 0.49819 0.62548 0.49819\n 11 116 5 0.62548 0.49212 0.64007 0.49212 0.64007 0.49819 0.62548 0.49819 0.62548 0.49212\n 40 6 79\n 38 6 1\n 14 94 4 0.62548 0.49819 0.64007 0.49819 0.64007 0.50427 0.62548 0.50427\n 11 116 5 0.62548 0.49819 0.64007 0.49819 0.64007 0.50427 0.62548 0.50427 0.62548 0.49819\n 11 380 17 0.59459 0.34757 0.59218 0.34757 0.59194 0.34541 0.59218 0.34565 0.59290 0.34589 0.59362 0.34589 0.59435 0.34565 0.59483 0.34516 0.59507 0.34444 0.59507 0.34396 0.59483 0.34324 0.59435 0.34275 0.59362 0.34251 0.59290 0.34251 0.59218 0.34275 0.59194 0.34299 0.59170 0.34348\n 11 380 17 0.64477 0.36099 0.64404 0.36075 0.64356 0.36003 0.64332 0.35882 0.64332 0.35810 0.64356 0.35689 0.64404 0.35617 0.64477 0.35593 0.64525 0.35593 0.64597 0.35617 0.64645 0.35689 0.64670 0.35810 0.64670 0.35882 0.64645 0.36003 0.64597 0.36075 0.64525 0.36099 0.64477 0.36099\n 11 380 17 0.64477 0.37314 0.64404 0.37290 0.64356 0.37218 0.64332 0.37097 0.64332 0.37025 0.64356 0.36904 0.64404 0.36832 0.64477 0.36808 0.64525 0.36808 0.64597 0.36832 0.64645 0.36904 0.64670 0.37025 0.64670 0.37097 0.64645 0.37218 0.64597 0.37290 0.64525 0.37314 0.64477 0.37314\n 11 116 5 0.64862 0.36856 0.64838 0.36832 0.64862 0.36808 0.64887 0.36832 0.64862 0.36856\n 11 314 14 0.65079 0.37194 0.65079 0.37218 0.65104 0.37266 0.65128 0.37290 0.65176 0.37314 0.65272 0.37314 0.65321 0.37290 0.65345 0.37266 0.65369 0.37218 0.65369 0.37170 0.65345 0.37121 0.65296 0.37049 0.65055 0.36808 0.65393 0.36808\n 11 380 17 0.64477 0.38529 0.64404 0.38505 0.64356 0.38433 0.64332 0.38312 0.64332 0.38240 0.64356 0.38119 0.64404 0.38047 0.64477 0.38023 0.64525 0.38023 0.64597 0.38047 0.64645 0.38119 0.64670 0.38240 0.64670 0.38312 0.64645 0.38433 0.64597 0.38505 0.64525 0.38529 0.64477 0.38529\n 11 116 5 0.64862 0.38071 0.64838 0.38047 0.64862 0.38023 0.64887 0.38047 0.64862 0.38071\n 11 72 3 0.65296 0.38529 0.65055 0.38192 0.65417 0.38192\n 11 50 2 0.65296 0.38529 0.65296 0.38023\n 11 380 17 0.64477 0.39744 0.64404 0.39720 0.64356 0.39648 0.64332 0.39527 0.64332 0.39455 0.64356 0.39334 0.64404 0.39262 0.64477 0.39238 0.64525 0.39238 0.64597 0.39262 0.64645 0.39334 0.64670 0.39455 0.64670 0.39527 0.64645 0.39648 0.64597 0.39720 0.64525 0.39744 0.64477 0.39744\n 11 116 5 0.64862 0.39286 0.64838 0.39262 0.64862 0.39238 0.64887 0.39262 0.64862 0.39286\n 11 512 23 0.65369 0.39672 0.65345 0.39720 0.65272 0.39744 0.65224 0.39744 0.65152 0.39720 0.65104 0.39648 0.65079 0.39527 0.65079 0.39407 0.65104 0.39310 0.65152 0.39262 0.65224 0.39238 0.65248 0.39238 0.65321 0.39262 0.65369 0.39310 0.65393 0.39383 0.65393 0.39407 0.65369 0.39479 0.65321 0.39527 0.65248 0.39551 0.65224 0.39551 0.65152 0.39527 0.65104 0.39479 0.65079 0.39407\n 11 380 17 0.64477 0.40959 0.64404 0.40935 0.64356 0.40863 0.64332 0.40742 0.64332 0.40670 0.64356 0.40549 0.64404 0.40477 0.64477 0.40453 0.64525 0.40453 0.64597 0.40477 0.64645 0.40549 0.64670 0.40670 0.64670 0.40742 0.64645 0.40863 0.64597 0.40935 0.64525 0.40959 0.64477 0.40959\n 11 116 5 0.64862 0.40501 0.64838 0.40477 0.64862 0.40453 0.64887 0.40477 0.64862 0.40501\n 11 644 29 0.65176 0.40959 0.65104 0.40935 0.65079 0.40887 0.65079 0.40839 0.65104 0.40791 0.65152 0.40766 0.65248 0.40742 0.65321 0.40718 0.65369 0.40670 0.65393 0.40622 0.65393 0.40549 0.65369 0.40501 0.65345 0.40477 0.65272 0.40453 0.65176 0.40453 0.65104 0.40477 0.65079 0.40501 0.65055 0.40549 0.65055 0.40622 0.65079 0.40670 0.65128 0.40718 0.65200 0.40742 0.65296 0.40766 0.65345 0.40791 0.65369 0.40839 0.65369 0.40887 0.65345 0.40935 0.65272 0.40959 0.65176 0.40959\n 11 94 4 0.64404 0.42078 0.64453 0.42102 0.64525 0.42174 0.64525 0.41668\n 11 94 4 0.64404 0.43293 0.64453 0.43317 0.64525 0.43389 0.64525 0.42883\n 11 116 5 0.64862 0.42931 0.64838 0.42907 0.64862 0.42883 0.64887 0.42907 0.64862 0.42931\n 11 314 14 0.65079 0.43269 0.65079 0.43293 0.65104 0.43341 0.65128 0.43365 0.65176 0.43389 0.65272 0.43389 0.65321 0.43365 0.65345 0.43341 0.65369 0.43293 0.65369 0.43245 0.65345 0.43197 0.65296 0.43124 0.65055 0.42883 0.65393 0.42883\n 11 94 4 0.64404 0.44508 0.64453 0.44532 0.64525 0.44604 0.64525 0.44098\n 11 116 5 0.64862 0.44146 0.64838 0.44122 0.64862 0.44098 0.64887 0.44122 0.64862 0.44146\n 11 72 3 0.65296 0.44604 0.65055 0.44267 0.65417 0.44267\n 11 50 2 0.65296 0.44604 0.65296 0.44098\n 11 94 4 0.64404 0.45723 0.64453 0.45747 0.64525 0.45820 0.64525 0.45313\n 11 116 5 0.64862 0.45361 0.64838 0.45337 0.64862 0.45313 0.64887 0.45337 0.64862 0.45361\n 11 512 23 0.65369 0.45747 0.65345 0.45795 0.65272 0.45820 0.65224 0.45820 0.65152 0.45795 0.65104 0.45723 0.65079 0.45603 0.65079 0.45482 0.65104 0.45386 0.65152 0.45337 0.65224 0.45313 0.65248 0.45313 0.65321 0.45337 0.65369 0.45386 0.65393 0.45458 0.65393 0.45482 0.65369 0.45554 0.65321 0.45603 0.65248 0.45627 0.65224 0.45627 0.65152 0.45603 0.65104 0.45554 0.65079 0.45482\n 11 94 4 0.64404 0.46938 0.64453 0.46962 0.64525 0.47035 0.64525 0.46528\n 11 116 5 0.64862 0.46577 0.64838 0.46552 0.64862 0.46528 0.64887 0.46552 0.64862 0.46577\n 11 644 29 0.65176 0.47035 0.65104 0.47010 0.65079 0.46962 0.65079 0.46914 0.65104 0.46866 0.65152 0.46842 0.65248 0.46818 0.65321 0.46794 0.65369 0.46745 0.65393 0.46697 0.65393 0.46625 0.65369 0.46577 0.65345 0.46552 0.65272 0.46528 0.65176 0.46528 0.65104 0.46552 0.65079 0.46577 0.65055 0.46625 0.65055 0.46697 0.65079 0.46745 0.65128 0.46794 0.65200 0.46818 0.65296 0.46842 0.65345 0.46866 0.65369 0.46914 0.65369 0.46962 0.65345 0.47010 0.65272 0.47035 0.65176 0.47035\n 11 314 14 0.64356 0.48129 0.64356 0.48153 0.64380 0.48201 0.64404 0.48226 0.64453 0.48250 0.64549 0.48250 0.64597 0.48226 0.64621 0.48201 0.64645 0.48153 0.64645 0.48105 0.64621 0.48057 0.64573 0.47984 0.64332 0.47743 0.64670 0.47743\n 11 314 14 0.64356 0.49344 0.64356 0.49368 0.64380 0.49416 0.64404 0.49441 0.64453 0.49465 0.64549 0.49465 0.64597 0.49441 0.64621 0.49416 0.64645 0.49368 0.64645 0.49320 0.64621 0.49272 0.64573 0.49200 0.64332 0.48958 0.64670 0.48958\n 11 116 5 0.64862 0.49007 0.64838 0.48983 0.64862 0.48958 0.64887 0.48983 0.64862 0.49007\n 11 314 14 0.65079 0.49344 0.65079 0.49368 0.65104 0.49416 0.65128 0.49441 0.65176 0.49465 0.65272 0.49465 0.65321 0.49441 0.65345 0.49416 0.65369 0.49368 0.65369 0.49320 0.65345 0.49272 0.65296 0.49200 0.65055 0.48958 0.65393 0.48958\n 11 314 14 0.64356 0.50559 0.64356 0.50583 0.64380 0.50632 0.64404 0.50656 0.64453 0.50680 0.64549 0.50680 0.64597 0.50656 0.64621 0.50632 0.64645 0.50583 0.64645 0.50535 0.64621 0.50487 0.64573 0.50415 0.64332 0.50173 0.64670 0.50173\n 11 116 5 0.64862 0.50222 0.64838 0.50198 0.64862 0.50173 0.64887 0.50198 0.64862 0.50222\n 11 72 3 0.65296 0.50680 0.65055 0.50342 0.65417 0.50342\n 11 50 2 0.65296 0.50680 0.65296 0.50173\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.39375 0.37158 0.39375 0.35846 0.39375 0.37158 0.39375 0.37158\n 11 94 4 0.39375 0.37158 0.39375 0.37158 0.39375 0.38616 0.39375 0.38616\n 11 94 4 0.39375 0.38616 0.39375 0.38616 0.39375 0.40074 0.39375 0.40074\n 11 94 4 0.39375 0.40074 0.39375 0.40074 0.39375 0.41532 0.39375 0.41532\n 11 94 4 0.39375 0.41532 0.39375 0.41532 0.39375 0.42990 0.39375 0.42990\n 11 94 4 0.39375 0.42990 0.39375 0.42990 0.39375 0.44449 0.39375 0.44449\n 11 94 4 0.39375 0.44449 0.39375 0.44449 0.39375 0.45907 0.39375 0.45907\n 11 94 4 0.39375 0.45907 0.39375 0.45907 0.39375 0.47365 0.39375 0.47365\n 11 94 4 0.39375 0.47365 0.39375 0.47365 0.39375 0.48823 0.39375 0.48823\n 11 94 4 0.39375 0.48823 0.39375 0.48823 0.39375 0.50281 0.39375 0.50281\n 11 72 3 0.39375 0.50281 0.39375 0.50281 0.39375 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.61535 0.37158 0.61535 0.35846 0.61535 0.37158 0.61535 0.37158\n 11 94 4 0.61535 0.37158 0.61535 0.37158 0.61535 0.38616 0.61535 0.38616\n 11 94 4 0.61535 0.38616 0.61535 0.38616 0.61535 0.40074 0.61535 0.40074\n 11 94 4 0.61535 0.40074 0.61535 0.40074 0.61535 0.41532 0.61535 0.41532\n 11 94 4 0.61535 0.41532 0.61535 0.41532 0.61535 0.42990 0.61535 0.42990\n 11 94 4 0.61535 0.42990 0.61535 0.42990 0.61535 0.44449 0.61535 0.44449\n 11 94 4 0.61535 0.44449 0.61535 0.44449 0.61535 0.45907 0.61535 0.45907\n 11 94 4 0.61535 0.45907 0.61535 0.45907 0.61535 0.47365 0.61535 0.47365\n 11 94 4 0.61535 0.47365 0.61535 0.47365 0.61535 0.48823 0.61535 0.48823\n 11 94 4 0.61535 0.48823 0.61535 0.48823 0.61535 0.50281 0.61535 0.50281\n 11 72 3 0.61535 0.50281 0.61535 0.50281 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.50427 0.39375 0.50427 0.41370 0.50427 0.41370 0.50427\n 11 94 4 0.41370 0.50427 0.41370 0.50427 0.43586 0.50427 0.43586 0.50427\n 11 94 4 0.43586 0.50427 0.43586 0.50427 0.45802 0.50427 0.45802 0.50427\n 11 94 4 0.45802 0.50427 0.45802 0.50427 0.48017 0.50427 0.48017 0.50427\n 11 94 4 0.48017 0.50427 0.48017 0.50427 0.50233 0.50427 0.50233 0.50427\n 11 94 4 0.50233 0.50427 0.50233 0.50427 0.52449 0.50427 0.52449 0.50427\n 11 94 4 0.52449 0.50427 0.52449 0.50427 0.54665 0.50427 0.54665 0.50427\n 11 94 4 0.54665 0.50427 0.54665 0.50427 0.56881 0.50427 0.56881 0.50427\n 11 94 4 0.56881 0.50427 0.56881 0.50427 0.59097 0.50427 0.59097 0.50427\n 11 94 4 0.59097 0.50427 0.59097 0.50427 0.61313 0.50427 0.61313 0.50427\n 11 72 3 0.61313 0.50427 0.61313 0.50427 0.61535 0.50427\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 94 4 0.41370 0.35846 0.39375 0.35846 0.41370 0.35846 0.41370 0.35846\n 11 94 4 0.41370 0.35846 0.41370 0.35846 0.43586 0.35846 0.43586 0.35846\n 11 94 4 0.43586 0.35846 0.43586 0.35846 0.45802 0.35846 0.45802 0.35846\n 11 94 4 0.45802 0.35846 0.45802 0.35846 0.48017 0.35846 0.48017 0.35846\n 11 94 4 0.48017 0.35846 0.48017 0.35846 0.50233 0.35846 0.50233 0.35846\n 11 94 4 0.50233 0.35846 0.50233 0.35846 0.52449 0.35846 0.52449 0.35846\n 11 94 4 0.52449 0.35846 0.52449 0.35846 0.54665 0.35846 0.54665 0.35846\n 11 94 4 0.54665 0.35846 0.54665 0.35846 0.56881 0.35846 0.56881 0.35846\n 11 94 4 0.56881 0.35846 0.56881 0.35846 0.59097 0.35846 0.59097 0.35846\n 11 94 4 0.59097 0.35846 0.59097 0.35846 0.61313 0.35846 0.61313 0.35846\n 11 72 3 0.61313 0.35846 0.61313 0.35846 0.61535 0.35846\n 11 50 2 0.39375 0.35846 0.39375 0.50427\n 11 50 2 0.61535 0.35846 0.61535 0.50427\n 11 50 2 0.39375 0.50427 0.61535 0.50427\n 11 50 2 0.39375 0.35846 0.61535 0.35846\n 82 0\n 81 6 40\n 82 0\n 81 6 41\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 11 1150 52 0.41807 0.40658 0.41699 0.40949 0.41619 0.41241 0.41570 0.41532 0.41555 0.41824 0.41574 0.42116 0.41629 0.42407 0.41720 0.42699 0.41813 0.42907 0.41853 0.42990 0.42035 0.43282 0.42256 0.43565 0.42264 0.43574 0.42554 0.43865 0.42699 0.43990 0.42914 0.44157 0.43142 0.44313 0.43365 0.44449 0.43586 0.44569 0.43940 0.44740 0.44029 0.44779 0.44472 0.44949 0.44727 0.45032 0.44915 0.45088 0.45358 0.45199 0.45802 0.45287 0.46043 0.45323 0.46245 0.45352 0.46688 0.45393 0.47131 0.45415 0.47574 0.45417 0.48017 0.45399 0.48461 0.45362 0.48755 0.45323 0.48904 0.45303 0.49347 0.45220 0.49790 0.45117 0.50092 0.45032 0.50233 0.44989 0.50677 0.44832 0.50905 0.44740 0.51120 0.44647 0.51524 0.44449 0.51563 0.44428 0.52006 0.44167 0.52021 0.44157 0.52435 0.43865 0.52449 0.43854 0.52782 0.43574 0.52893 0.43471 0.53079 0.43282 0.53336 0.42998\n 11 314 14 0.53515 0.42894 0.53532 0.42904 0.53575 0.42906 0.53602 0.42898 0.53637 0.42874 0.53675 0.42807 0.53677 0.42764 0.53669 0.42737 0.53645 0.42702 0.53611 0.42683 0.53568 0.42681 0.53499 0.42686 0.53237 0.42761 0.53368 0.42525\n 11 380 17 0.53835 0.42520 0.53790 0.42562 0.53720 0.42567 0.53627 0.42537 0.53576 0.42509 0.53501 0.42445 0.53470 0.42383 0.53481 0.42323 0.53500 0.42289 0.53545 0.42248 0.53614 0.42243 0.53708 0.42273 0.53758 0.42301 0.53833 0.42365 0.53865 0.42427 0.53853 0.42487 0.53835 0.42520\n 11 380 17 0.54023 0.42184 0.53978 0.42225 0.53908 0.42230 0.53815 0.42200 0.53764 0.42172 0.53689 0.42108 0.53658 0.42046 0.53669 0.41986 0.53688 0.41952 0.53733 0.41911 0.53802 0.41906 0.53896 0.41936 0.53946 0.41964 0.54021 0.42028 0.54053 0.42090 0.54041 0.42150 0.54023 0.42184\n 11 1282 58 0.53999 0.41811 0.54082 0.41532 0.54139 0.41241 0.54167 0.40949 0.54163 0.40658 0.54126 0.40366 0.54056 0.40074 0.53951 0.39783 0.53810 0.39491 0.53779 0.39440 0.53619 0.39200 0.53385 0.38908 0.53336 0.38856 0.53086 0.38616 0.52893 0.38455 0.52719 0.38325 0.52449 0.38146 0.52257 0.38033 0.52006 0.37901 0.51659 0.37741 0.51563 0.37702 0.51120 0.37543 0.50808 0.37450 0.50677 0.37414 0.50233 0.37316 0.49790 0.37242 0.49347 0.37190 0.48904 0.37163 0.48682 0.37158 0.48461 0.37154 0.48352 0.37158 0.48017 0.37171 0.47574 0.37209 0.47131 0.37268 0.46688 0.37347 0.46245 0.37446 0.46230 0.37450 0.45802 0.37575 0.45358 0.37724 0.45313 0.37741 0.44915 0.37905 0.44636 0.38033 0.44472 0.38114 0.44083 0.38325 0.44029 0.38357 0.43622 0.38616 0.43586 0.38642 0.43231 0.38908 0.43142 0.38981 0.42894 0.39200 0.42699 0.39389 0.42601 0.39491 0.42349 0.39783 0.42256 0.39906 0.42136 0.40074 0.41957 0.40366 0.41813 0.40645 0.41807 0.40658\n 11 600 27 0.39597 0.39840 0.39631 0.39783 0.39823 0.39491 0.40035 0.39200 0.40040 0.39194 0.40278 0.38908 0.40483 0.38679 0.40543 0.38616 0.40838 0.38325 0.40926 0.38243 0.41165 0.38033 0.41370 0.37864 0.41525 0.37741 0.41813 0.37528 0.41925 0.37450 0.42256 0.37231 0.42373 0.37158 0.42699 0.36966 0.42879 0.36867 0.43142 0.36728 0.43457 0.36575 0.43586 0.36516 0.44029 0.36326 0.44139 0.36283 0.44472 0.36159 0.44915 0.36010 0.44977 0.35992\n 11 1282 58 0.52313 0.35992 0.52449 0.36035 0.52893 0.36194 0.53116 0.36283 0.53336 0.36377 0.53757 0.36575 0.53779 0.36586 0.54222 0.36831 0.54282 0.36867 0.54665 0.37115 0.54727 0.37158 0.55109 0.37445 0.55114 0.37450 0.55433 0.37741 0.55552 0.37860 0.55713 0.38033 0.55955 0.38325 0.55995 0.38380 0.56156 0.38616 0.56327 0.38908 0.56438 0.39134 0.56468 0.39200 0.56578 0.39491 0.56663 0.39783 0.56723 0.40074 0.56760 0.40366 0.56774 0.40658 0.56765 0.40949 0.56736 0.41241 0.56685 0.41532 0.56614 0.41824 0.56523 0.42116 0.56438 0.42343 0.56413 0.42407 0.56278 0.42699 0.56124 0.42990 0.55995 0.43208 0.55948 0.43282 0.55746 0.43574 0.55552 0.43830 0.55523 0.43865 0.55268 0.44157 0.55109 0.44326 0.54986 0.44449 0.54671 0.44740 0.54665 0.44745 0.54312 0.45032 0.54222 0.45100 0.53909 0.45323 0.53779 0.45410 0.53449 0.45615 0.53336 0.45681 0.52920 0.45907 0.52893 0.45921 0.52449 0.46129 0.52288 0.46198 0.52006 0.46312 0.51563 0.46475\n 11 72 3 0.50645 0.46936 0.50387 0.46727 0.50666 0.46650\n 11 50 2 0.50645 0.46936 0.50538 0.46546\n 11 380 17 0.50942 0.46855 0.50881 0.46851 0.50829 0.46806 0.50785 0.46718 0.50769 0.46662 0.50763 0.46564 0.50785 0.46498 0.50835 0.46464 0.50872 0.46454 0.50933 0.46457 0.50986 0.46503 0.51030 0.46591 0.51045 0.46647 0.51052 0.46745 0.51030 0.46811 0.50979 0.46845 0.50942 0.46855\n 11 380 17 0.51314 0.46753 0.51253 0.46750 0.51201 0.46704 0.51157 0.46616 0.51141 0.46560 0.51135 0.46462 0.51157 0.46396 0.51207 0.46362 0.51244 0.46352 0.51305 0.46355 0.51358 0.46401 0.51402 0.46489 0.51417 0.46545 0.51424 0.46643 0.51402 0.46709 0.51351 0.46743 0.51314 0.46753\n 11 842 38 0.50252 0.46834 0.50233 0.46838 0.49790 0.46923 0.49347 0.46994 0.48904 0.47050 0.48650 0.47073 0.48461 0.47090 0.48017 0.47115 0.47574 0.47126 0.47131 0.47123 0.46688 0.47107 0.46245 0.47077 0.46208 0.47073 0.45802 0.47031 0.45358 0.46970 0.44915 0.46896 0.44472 0.46807 0.44364 0.46781 0.44029 0.46699 0.43586 0.46574 0.43318 0.46490 0.43142 0.46431 0.42699 0.46266 0.42534 0.46198 0.42256 0.46077 0.41899 0.45907 0.41813 0.45862 0.41370 0.45619 0.41363 0.45615 0.40926 0.45328 0.40920 0.45323 0.40538 0.45032 0.40483 0.44986 0.40210 0.44740 0.40040 0.44569 0.39927 0.44449 0.39687 0.44157 0.39597 0.44031\n 11 226 10 0.39597 0.37334 0.39802 0.37158 0.40040 0.36964 0.40165 0.36867 0.40483 0.36629 0.40560 0.36575 0.40926 0.36326 0.40993 0.36283 0.41370 0.36051 0.41471 0.35992\n 11 1348 61 0.55795 0.35992 0.55995 0.36119 0.56237 0.36283 0.56438 0.36429 0.56627 0.36575 0.56881 0.36786 0.56973 0.36867 0.57279 0.37158 0.57324 0.37206 0.57547 0.37450 0.57768 0.37719 0.57785 0.37741 0.57990 0.38033 0.58170 0.38325 0.58211 0.38401 0.58322 0.38616 0.58449 0.38908 0.58555 0.39200 0.58639 0.39491 0.58654 0.39559 0.58701 0.39783 0.58743 0.40074 0.58766 0.40366 0.58771 0.40658 0.58758 0.40949 0.58729 0.41241 0.58683 0.41532 0.58654 0.41667 0.58619 0.41824 0.58539 0.42116 0.58443 0.42407 0.58332 0.42699 0.58211 0.42979 0.58205 0.42990 0.58059 0.43282 0.57897 0.43574 0.57768 0.43788 0.57719 0.43865 0.57519 0.44157 0.57324 0.44420 0.57303 0.44449 0.57061 0.44740 0.56881 0.44943 0.56798 0.45032 0.56509 0.45323 0.56438 0.45391 0.56190 0.45615 0.55995 0.45780 0.55838 0.45907 0.55552 0.46124 0.55449 0.46198 0.55109 0.46429 0.55014 0.46490 0.54665 0.46701 0.54523 0.46781 0.54222 0.46943 0.53963 0.47073 0.53779 0.47161 0.53336 0.47357 0.53316 0.47365 0.52893 0.47529\n 11 512 23 0.52030 0.47951 0.52023 0.47994 0.51973 0.48030 0.51937 0.48041 0.51876 0.48040 0.51821 0.47997 0.51774 0.47910 0.51745 0.47818 0.51741 0.47739 0.51766 0.47691 0.51815 0.47655 0.51834 0.47649 0.51895 0.47650 0.51943 0.47675 0.51979 0.47725 0.51984 0.47743 0.51983 0.47804 0.51958 0.47853 0.51909 0.47888 0.51890 0.47894 0.51829 0.47893 0.51781 0.47868 0.51745 0.47818\n 11 380 17 0.52286 0.47932 0.52225 0.47931 0.52171 0.47887 0.52124 0.47801 0.52106 0.47745 0.52096 0.47648 0.52115 0.47581 0.52165 0.47545 0.52202 0.47534 0.52263 0.47535 0.52317 0.47578 0.52364 0.47665 0.52381 0.47720 0.52392 0.47818 0.52372 0.47884 0.52323 0.47920 0.52286 0.47932\n 11 380 17 0.52654 0.47816 0.52593 0.47815 0.52539 0.47771 0.52492 0.47685 0.52474 0.47630 0.52464 0.47532 0.52483 0.47465 0.52533 0.47430 0.52570 0.47418 0.52631 0.47419 0.52685 0.47463 0.52732 0.47549 0.52749 0.47604 0.52760 0.47702 0.52740 0.47769 0.52691 0.47805 0.52654 0.47816\n 11 842 38 0.51595 0.47936 0.51563 0.47945 0.51552 0.47948 0.51120 0.48050 0.50677 0.48143 0.50233 0.48222 0.50120 0.48240 0.49790 0.48287 0.49347 0.48340 0.48904 0.48381 0.48461 0.48410 0.48017 0.48428 0.47574 0.48434 0.47131 0.48429 0.46688 0.48413 0.46245 0.48385 0.45802 0.48346 0.45358 0.48296 0.44947 0.48240 0.44915 0.48235 0.44472 0.48159 0.44029 0.48072 0.43586 0.47974 0.43481 0.47948 0.43142 0.47860 0.42699 0.47733 0.42457 0.47656 0.42256 0.47590 0.41813 0.47431 0.41641 0.47365 0.41370 0.47254 0.40957 0.47073 0.40926 0.47059 0.40483 0.46840 0.40373 0.46781 0.40040 0.46595 0.39863 0.46490 0.39597 0.46321\n 11 1370 62 0.58069 0.35992 0.58211 0.36111 0.58409 0.36283 0.58654 0.36514 0.58717 0.36575 0.58991 0.36867 0.59097 0.36989 0.59237 0.37158 0.59457 0.37450 0.59540 0.37572 0.59651 0.37741 0.59820 0.38033 0.59970 0.38325 0.59984 0.38357 0.60094 0.38616 0.60199 0.38908 0.60285 0.39200 0.60353 0.39491 0.60404 0.39783 0.60427 0.39985 0.60437 0.40074 0.60452 0.40366 0.60453 0.40658 0.60438 0.40949 0.60427 0.41063 0.60408 0.41241 0.60364 0.41532 0.60305 0.41824 0.60233 0.42116 0.60148 0.42407 0.60050 0.42699 0.59984 0.42875 0.59938 0.42990 0.59812 0.43282 0.59673 0.43574 0.59540 0.43828 0.59520 0.43865 0.59351 0.44157 0.59168 0.44449 0.59097 0.44554 0.58968 0.44740 0.58751 0.45032 0.58654 0.45155 0.58516 0.45323 0.58261 0.45615 0.58211 0.45669 0.57982 0.45907 0.57768 0.46117 0.57681 0.46198 0.57352 0.46490 0.57324 0.46513 0.56989 0.46781 0.56881 0.46864 0.56591 0.47073 0.56438 0.47178 0.56152 0.47365 0.55995 0.47462 0.55662 0.47656 0.55552 0.47718 0.55114 0.47948 0.55109 0.47951 0.54665 0.48158\n 11 644 29 0.53710 0.48747 0.53649 0.48750 0.53617 0.48721 0.53603 0.48685 0.53607 0.48642 0.53636 0.48610 0.53701 0.48564 0.53748 0.48525 0.53770 0.48475 0.53774 0.48432 0.53753 0.48378 0.53721 0.48349 0.53696 0.48338 0.53635 0.48341 0.53563 0.48369 0.53516 0.48408 0.53505 0.48433 0.53501 0.48476 0.53522 0.48530 0.53554 0.48559 0.53604 0.48581 0.53665 0.48578 0.53744 0.48568 0.53787 0.48572 0.53819 0.48601 0.53833 0.48637 0.53829 0.48680 0.53782 0.48719 0.53710 0.48747\n 11 380 17 0.54087 0.48600 0.54026 0.48603 0.53969 0.48563 0.53916 0.48480 0.53895 0.48426 0.53878 0.48329 0.53893 0.48261 0.53940 0.48223 0.53976 0.48209 0.54037 0.48205 0.54094 0.48245 0.54147 0.48328 0.54168 0.48382 0.54185 0.48479 0.54170 0.48547 0.54123 0.48586 0.54087 0.48600\n 11 380 17 0.54447 0.48460 0.54386 0.48463 0.54329 0.48423 0.54276 0.48340 0.54255 0.48286 0.54238 0.48189 0.54253 0.48122 0.54300 0.48083 0.54336 0.48069 0.54397 0.48066 0.54454 0.48106 0.54507 0.48188 0.54528 0.48242 0.54545 0.48339 0.54530 0.48407 0.54483 0.48446 0.54447 0.48460\n 11 930 42 0.53398 0.48651 0.53336 0.48672 0.52893 0.48813 0.52858 0.48823 0.52449 0.48936 0.52006 0.49048 0.51713 0.49114 0.51563 0.49147 0.51120 0.49233 0.50677 0.49308 0.50233 0.49372 0.49955 0.49406 0.49790 0.49425 0.49347 0.49467 0.48904 0.49499 0.48461 0.49521 0.48017 0.49534 0.47574 0.49537 0.47131 0.49530 0.46688 0.49513 0.46245 0.49487 0.45802 0.49451 0.45378 0.49406 0.45358 0.49404 0.44915 0.49349 0.44472 0.49282 0.44029 0.49206 0.43586 0.49120 0.43560 0.49114 0.43142 0.49021 0.42699 0.48911 0.42372 0.48823 0.42256 0.48790 0.41813 0.48655 0.41434 0.48531 0.41370 0.48509 0.40926 0.48347 0.40653 0.48240 0.40483 0.48170 0.40040 0.47978 0.39974 0.47948 0.39597 0.47766\n 11 380 17 0.44567 0.50281 0.44472 0.50268 0.44029 0.50197 0.43586 0.50117 0.43142 0.50029 0.42962 0.49989 0.42699 0.49930 0.42256 0.49820 0.41813 0.49702 0.41798 0.49698 0.41370 0.49570 0.40926 0.49429 0.40859 0.49406 0.40483 0.49274 0.40056 0.49114 0.40040 0.49108 0.39597 0.48926\n 11 1062 48 0.50965 0.50281 0.51120 0.50258 0.51563 0.50185 0.52006 0.50101 0.52449 0.50008 0.52531 0.49989 0.52893 0.49902 0.53336 0.49786 0.53643 0.49698 0.53779 0.49657 0.54222 0.49514 0.54534 0.49406 0.54665 0.49358 0.55109 0.49187 0.55283 0.49114 0.55552 0.48998 0.55933 0.48823 0.55995 0.48793 0.56438 0.48567 0.56504 0.48531 0.56881 0.48318 0.57013 0.48240 0.57324 0.48045 0.57473 0.47948 0.57768 0.47745 0.57890 0.47656 0.58211 0.47412 0.58270 0.47365 0.58619 0.47073 0.58654 0.47042 0.58938 0.46781 0.59097 0.46627 0.59233 0.46490 0.59507 0.46198 0.59540 0.46161 0.59759 0.45907 0.59984 0.45630 0.59995 0.45615 0.60211 0.45323 0.60414 0.45032 0.60427 0.45013 0.60600 0.44740 0.60774 0.44449 0.60870 0.44278 0.60935 0.44157 0.61082 0.43865 0.61219 0.43574 0.61313 0.43356\n 11 248 11 0.61313 0.37866 0.61249 0.37741 0.61080 0.37450 0.60892 0.37158 0.60870 0.37128 0.60678 0.36867 0.60443 0.36575 0.60427 0.36556 0.60180 0.36283 0.59984 0.36082 0.59893 0.35992\n 11 116 5 0.40595 0.50281 0.40483 0.50245 0.40040 0.50094 0.39751 0.49989 0.39597 0.49932\n 11 688 31 0.55014 0.50281 0.55109 0.50249 0.55552 0.50088 0.55810 0.49989 0.55995 0.49915 0.56438 0.49726 0.56502 0.49698 0.56881 0.49520 0.57110 0.49406 0.57324 0.49295 0.57656 0.49114 0.57768 0.49051 0.58148 0.48823 0.58211 0.48783 0.58594 0.48531 0.58654 0.48489 0.59000 0.48240 0.59097 0.48166 0.59373 0.47948 0.59540 0.47809 0.59716 0.47656 0.59984 0.47413 0.60035 0.47365 0.60328 0.47073 0.60427 0.46969 0.60600 0.46781 0.60855 0.46490 0.60870 0.46471 0.61089 0.46198 0.61310 0.45907 0.61313 0.45903\n 11 424 19 0.57506 0.50281 0.57768 0.50156 0.58101 0.49989 0.58211 0.49932 0.58637 0.49698 0.58654 0.49688 0.59097 0.49422 0.59122 0.49406 0.59540 0.49131 0.59565 0.49114 0.59971 0.48823 0.59984 0.48813 0.60343 0.48531 0.60427 0.48462 0.60687 0.48240 0.60870 0.48075 0.61006 0.47948 0.61303 0.47656 0.61313 0.47646\n 11 226 10 0.59480 0.50281 0.59540 0.50246 0.59968 0.49989 0.59984 0.49980 0.60415 0.49698 0.60427 0.49690 0.60825 0.49406 0.60870 0.49373 0.61203 0.49114 0.61313 0.49025\n 11 50 2 0.61160 0.50281 0.61313 0.50177\n 21 6 1\n 25 6 1\n 82 0\n 81 6 42\n 82 0\n 81 6 43\n 21 6 1\n 25 6 1\n 21 6 2\n 25 6 2\n 11 50 2 0.39451 0.35846 0.39597 0.35992\n 11 50 2 0.39375 0.36327 0.39597 0.36575\n 11 50 2 0.39375 0.36878 0.39597 0.37158\n 11 50 2 0.39375 0.37418 0.39597 0.37741\n 11 50 2 0.39375 0.37942 0.39597 0.38325\n 11 50 2 0.39375 0.38440 0.39597 0.38908\n 11 50 2 0.39375 0.38890 0.39597 0.39491\n 11 50 2 0.39465 0.39145 0.39375 0.39012\n 11 50 2 0.39375 0.39232 0.39597 0.40074\n 11 72 3 0.39560 0.39739 0.39407 0.39455 0.39375 0.39629\n 11 72 3 0.39375 0.39629 0.39407 0.39455 0.39597 0.40658\n 11 116 5 0.39655 0.40333 0.39534 0.40038 0.39444 0.40344 0.39534 0.40038 0.39597 0.41241\n 11 116 5 0.39750 0.40928 0.39660 0.40621 0.39539 0.40916 0.39660 0.40621 0.39597 0.41824\n 11 116 5 0.39845 0.41522 0.39787 0.41205 0.39634 0.41489 0.39787 0.41205 0.39597 0.42407\n 11 116 5 0.39939 0.42116 0.39913 0.41788 0.39729 0.42061 0.39913 0.41788 0.39597 0.42990\n 11 116 5 0.40034 0.42710 0.40040 0.42371 0.39824 0.42633 0.40040 0.42371 0.39597 0.43574\n 11 116 5 0.40129 0.43305 0.40167 0.42954 0.39919 0.43205 0.40167 0.42954 0.39597 0.44157\n 11 116 5 0.40224 0.43899 0.40293 0.43537 0.40014 0.43777 0.40293 0.43537 0.39597 0.44740\n 11 116 5 0.40319 0.44493 0.40420 0.44121 0.40109 0.44349 0.40420 0.44121 0.39597 0.45323\n 11 116 5 0.40414 0.45088 0.40546 0.44704 0.40204 0.44922 0.40546 0.44704 0.39597 0.45907\n 11 116 5 0.40509 0.45682 0.40673 0.45287 0.40299 0.45494 0.40673 0.45287 0.39597 0.46490\n 11 116 5 0.40604 0.46276 0.40800 0.45870 0.40394 0.46066 0.40800 0.45870 0.39597 0.47073\n 11 116 5 0.40699 0.46871 0.40926 0.46454 0.40489 0.46638 0.40926 0.46454 0.39597 0.47656\n 11 116 5 0.40794 0.47465 0.41053 0.47037 0.40584 0.47210 0.41053 0.47037 0.39597 0.48240\n 11 116 5 0.40889 0.48059 0.41179 0.47620 0.40678 0.47782 0.41179 0.47620 0.39597 0.48823\n 11 116 5 0.40984 0.48654 0.41306 0.48203 0.40773 0.48354 0.41306 0.48203 0.39597 0.49406\n 11 116 5 0.41079 0.49248 0.41433 0.48787 0.40868 0.48927 0.41433 0.48787 0.39597 0.49989\n 11 50 2 0.40320 0.35846 0.40483 0.35992\n 11 72 3 0.39574 0.35846 0.39582 0.35862 0.39574 0.35846\n 11 50 2 0.39754 0.35846 0.40483 0.36575\n 11 116 5 0.39865 0.36268 0.39534 0.36082 0.39677 0.36434 0.39534 0.36082 0.40483 0.37158\n 11 116 5 0.39960 0.36862 0.39660 0.36665 0.39772 0.37006 0.39660 0.36665 0.40483 0.37741\n 11 116 5 0.40055 0.37457 0.39787 0.37249 0.39867 0.37579 0.39787 0.37249 0.40483 0.38325\n 11 116 5 0.40150 0.38051 0.39914 0.37832 0.39962 0.38151 0.39914 0.37832 0.40483 0.38908\n 11 116 5 0.40245 0.38645 0.40040 0.38415 0.40057 0.38723 0.40040 0.38415 0.40483 0.39491\n 11 116 5 0.40340 0.39240 0.40167 0.38998 0.40152 0.39295 0.40167 0.38998 0.40483 0.40074\n 11 116 5 0.40435 0.39834 0.40293 0.39582 0.40247 0.39867 0.40293 0.39582 0.40483 0.40658\n 11 116 5 0.40530 0.40428 0.40420 0.40165 0.40342 0.40439 0.40420 0.40165 0.40483 0.41241\n 11 116 5 0.40625 0.41023 0.40547 0.40748 0.40437 0.41011 0.40547 0.40748 0.40483 0.41824\n 11 116 5 0.40720 0.41617 0.40673 0.41331 0.40532 0.41584 0.40673 0.41331 0.40483 0.42407\n 11 116 5 0.40815 0.42211 0.40800 0.41914 0.40626 0.42156 0.40800 0.41914 0.40483 0.42990\n 11 116 5 0.40910 0.42805 0.40926 0.42498 0.40721 0.42728 0.40926 0.42498 0.40483 0.43574\n 11 116 5 0.41005 0.43400 0.41053 0.43081 0.40816 0.43300 0.41053 0.43081 0.40483 0.44157\n 11 116 5 0.41100 0.43994 0.41180 0.43664 0.40911 0.43872 0.41180 0.43664 0.40483 0.44740\n 11 116 5 0.41195 0.44588 0.41306 0.44247 0.41006 0.44444 0.41306 0.44247 0.40483 0.45323\n 11 116 5 0.41290 0.45183 0.41433 0.44831 0.41101 0.45016 0.41433 0.44831 0.40483 0.45907\n 11 116 5 0.41384 0.45777 0.41559 0.45414 0.41196 0.45589 0.41559 0.45414 0.40483 0.46490\n 11 116 5 0.41479 0.46371 0.41686 0.45997 0.41291 0.46161 0.41686 0.45997 0.40483 0.47073\n 11 116 5 0.41574 0.46966 0.41813 0.46580 0.41386 0.46733 0.41813 0.46580 0.40483 0.47656\n 11 116 5 0.41669 0.47560 0.41939 0.47163 0.41481 0.47305 0.41939 0.47163 0.40483 0.48240\n 11 116 5 0.41764 0.48154 0.42066 0.47747 0.41576 0.47877 0.42066 0.47747 0.40483 0.48823\n 11 116 5 0.41859 0.48748 0.42192 0.48330 0.41671 0.48449 0.42192 0.48330 0.40483 0.49406\n 11 116 5 0.41954 0.49343 0.42319 0.48913 0.41766 0.49022 0.42319 0.48913 0.40483 0.49989\n 11 50 2 0.41185 0.35846 0.41370 0.35992\n 11 72 3 0.40417 0.35846 0.40479 0.35957 0.40417 0.35846\n 11 50 2 0.40543 0.35846 0.41370 0.36575\n 11 116 5 0.40741 0.36363 0.40420 0.36209 0.40574 0.36529 0.40420 0.36209 0.41370 0.37158\n 11 116 5 0.40836 0.36957 0.40547 0.36792 0.40669 0.37101 0.40547 0.36792 0.41370 0.37741\n 11 116 5 0.40930 0.37552 0.40673 0.37375 0.40764 0.37674 0.40673 0.37375 0.41370 0.38325\n 11 116 5 0.41025 0.38146 0.40800 0.37958 0.40859 0.38246 0.40800 0.37958 0.41370 0.38908\n 11 116 5 0.41120 0.38740 0.40927 0.38542 0.40954 0.38818 0.40927 0.38542 0.41370 0.39491\n 11 116 5 0.41215 0.39335 0.41053 0.39125 0.41049 0.39390 0.41053 0.39125 0.41370 0.40074\n 11 116 5 0.41310 0.39929 0.41180 0.39708 0.41144 0.39962 0.41180 0.39708 0.41370 0.40658\n 11 116 5 0.41405 0.40523 0.41306 0.40291 0.41239 0.40534 0.41306 0.40291 0.41370 0.41241\n 11 116 5 0.41500 0.41117 0.41433 0.40875 0.41334 0.41106 0.41433 0.40875 0.41370 0.41824\n 11 116 5 0.41595 0.41712 0.41560 0.41458 0.41429 0.41679 0.41560 0.41458 0.41370 0.42407\n 11 116 5 0.41690 0.42306 0.41686 0.42041 0.41524 0.42251 0.41686 0.42041 0.41370 0.42990\n 11 116 5 0.41785 0.42900 0.41813 0.42624 0.41619 0.42823 0.41813 0.42624 0.41370 0.43574\n 11 116 5 0.41880 0.43495 0.41939 0.43207 0.41714 0.43395 0.41939 0.43207 0.41370 0.44157\n 11 116 5 0.41975 0.44089 0.42066 0.43791 0.41809 0.43967 0.42066 0.43791 0.41370 0.44740\n 11 116 5 0.42070 0.44683 0.42193 0.44374 0.41904 0.44539 0.42193 0.44374 0.41370 0.45323\n 11 116 5 0.42165 0.45278 0.42319 0.44957 0.41999 0.45111 0.42319 0.44957 0.41370 0.45907\n 11 116 5 0.42260 0.45872 0.42446 0.45540 0.42094 0.45684 0.42446 0.45540 0.41370 0.46490\n 11 116 5 0.42355 0.46466 0.42572 0.46124 0.42189 0.46256 0.42572 0.46124 0.41370 0.47073\n 11 116 5 0.42450 0.47061 0.42699 0.46707 0.42284 0.46828 0.42699 0.46707 0.41370 0.47656\n 11 116 5 0.42545 0.47655 0.42826 0.47290 0.42378 0.47400 0.42826 0.47290 0.41370 0.48240\n 11 116 5 0.42640 0.48249 0.42952 0.47873 0.42473 0.47972 0.42952 0.47873 0.41370 0.48823\n 11 116 5 0.42735 0.48843 0.43079 0.48456 0.42568 0.48544 0.43079 0.48456 0.41370 0.49406\n 11 116 5 0.42829 0.49438 0.43205 0.49040 0.42663 0.49116 0.43205 0.49040 0.41370 0.49989\n 11 50 2 0.42043 0.35846 0.42256 0.35992\n 11 50 2 0.41521 0.35864 0.41467 0.35846\n 11 72 3 0.41242 0.35846 0.41377 0.36052 0.41242 0.35846\n 11 50 2 0.41303 0.35846 0.42256 0.36575\n 11 116 5 0.41616 0.36458 0.41307 0.36335 0.41472 0.36624 0.41307 0.36335 0.42256 0.37158\n 11 116 5 0.41711 0.37052 0.41433 0.36919 0.41567 0.37196 0.41433 0.36919 0.42256 0.37741\n 11 116 5 0.41806 0.37647 0.41560 0.37502 0.41662 0.37768 0.41560 0.37502 0.42256 0.38325\n 11 116 5 0.41901 0.38241 0.41686 0.38085 0.41757 0.38341 0.41686 0.38085 0.42256 0.38908\n 11 116 5 0.41996 0.38835 0.41813 0.38668 0.41852 0.38913 0.41813 0.38668 0.42256 0.39491\n 11 116 5 0.42091 0.39430 0.41940 0.39251 0.41947 0.39485 0.41940 0.39251 0.42256 0.40074\n 11 116 5 0.42186 0.40024 0.42066 0.39835 0.42042 0.40057 0.42066 0.39835 0.42256 0.40658\n 11 116 5 0.42281 0.40618 0.42193 0.40418 0.42137 0.40629 0.42193 0.40418 0.42256 0.41241\n 11 116 5 0.42375 0.41212 0.42319 0.41001 0.42231 0.41201 0.42319 0.41001 0.42256 0.41824\n 11 116 5 0.42470 0.41807 0.42446 0.41584 0.42326 0.41773 0.42446 0.41584 0.42256 0.42407\n 11 116 5 0.42565 0.42401 0.42573 0.42168 0.42421 0.42346 0.42573 0.42168 0.42256 0.42990\n 11 116 5 0.42660 0.42995 0.42699 0.42751 0.42516 0.42918 0.42699 0.42751 0.42256 0.43574\n 11 116 5 0.42755 0.43590 0.42826 0.43334 0.42611 0.43490 0.42826 0.43334 0.42256 0.44157\n 11 116 5 0.42850 0.44184 0.42952 0.43917 0.42706 0.44062 0.42952 0.43917 0.42256 0.44740\n 11 116 5 0.42945 0.44778 0.43079 0.44501 0.42801 0.44634 0.43079 0.44501 0.42256 0.45323\n 11 116 5 0.43040 0.45373 0.43205 0.45084 0.42896 0.45206 0.43205 0.45084 0.42256 0.45907\n 11 116 5 0.43135 0.45967 0.43332 0.45667 0.42991 0.45779 0.43332 0.45667 0.42256 0.46490\n 11 116 5 0.43230 0.46561 0.43459 0.46250 0.43086 0.46351 0.43459 0.46250 0.42256 0.47073\n 11 116 5 0.43325 0.47155 0.43585 0.46833 0.43181 0.46923 0.43585 0.46833 0.42256 0.47656\n 11 116 5 0.43420 0.47750 0.43712 0.47417 0.43276 0.47495 0.43712 0.47417 0.42256 0.48240\n 11 116 5 0.43515 0.48344 0.43838 0.48000 0.43371 0.48067 0.43838 0.48000 0.42256 0.48823\n 11 116 5 0.43610 0.48938 0.43965 0.48583 0.43466 0.48639 0.43965 0.48583 0.42256 0.49406\n 11 116 5 0.43705 0.49533 0.44092 0.49166 0.43561 0.49211 0.44092 0.49166 0.42256 0.49989\n 11 50 2 0.42891 0.35846 0.43142 0.35992\n 11 116 5 0.42396 0.35959 0.42066 0.35879 0.42274 0.36147 0.42066 0.35879 0.43142 0.36575\n 11 116 5 0.42491 0.36553 0.42193 0.36462 0.42369 0.36719 0.42193 0.36462 0.43142 0.37158\n 11 116 5 0.42586 0.37147 0.42320 0.37045 0.42464 0.37291 0.42320 0.37045 0.43142 0.37741\n 11 116 5 0.42681 0.37742 0.42446 0.37628 0.42559 0.37863 0.42446 0.37628 0.43142 0.38325\n 11 116 5 0.42776 0.38336 0.42573 0.38212 0.42654 0.38436 0.42573 0.38212 0.43142 0.38908\n 11 116 5 0.42871 0.38930 0.42699 0.38795 0.42749 0.39008 0.42699 0.38795 0.43142 0.39491\n 11 116 5 0.42966 0.39524 0.42826 0.39378 0.42844 0.39580 0.42826 0.39378 0.43142 0.40074\n 11 116 5 0.43061 0.40119 0.42952 0.39961 0.42939 0.40152 0.42952 0.39961 0.43142 0.40658\n 11 116 5 0.43156 0.40713 0.43079 0.40545 0.43034 0.40724 0.43079 0.40545 0.43142 0.41241\n 11 116 5 0.43251 0.41307 0.43206 0.41128 0.43129 0.41296 0.43206 0.41128 0.43142 0.41824\n 11 116 5 0.43346 0.41902 0.43332 0.41711 0.43224 0.41868 0.43332 0.41711 0.43142 0.42407\n 11 116 5 0.43441 0.42496 0.43459 0.42294 0.43319 0.42441 0.43459 0.42294 0.43142 0.42990\n 11 116 5 0.43536 0.43090 0.43585 0.42877 0.43414 0.43013 0.43585 0.42877 0.43142 0.43574\n 11 116 5 0.43631 0.43685 0.43712 0.43461 0.43509 0.43585 0.43712 0.43461 0.43142 0.44157\n 11 116 5 0.43726 0.44279 0.43839 0.44044 0.43604 0.44157 0.43839 0.44044 0.43142 0.44740\n 11 116 5 0.43820 0.44873 0.43965 0.44627 0.43699 0.44729 0.43965 0.44627 0.43142 0.45323\n 11 116 5 0.43915 0.45467 0.44092 0.45210 0.43794 0.45301 0.44092 0.45210 0.43142 0.45907\n 11 116 5 0.44010 0.46062 0.44218 0.45794 0.43889 0.45873 0.44218 0.45794 0.43142 0.46490\n 11 116 5 0.44105 0.46656 0.44345 0.46377 0.43983 0.46446 0.44345 0.46377 0.43142 0.47073\n 11 116 5 0.44200 0.47250 0.44472 0.46960 0.44078 0.47018 0.44472 0.46960 0.43142 0.47656\n 11 116 5 0.44295 0.47845 0.44598 0.47543 0.44173 0.47590 0.44598 0.47543 0.43142 0.48240\n 11 116 5 0.44390 0.48439 0.44725 0.48126 0.44268 0.48162 0.44725 0.48126 0.43142 0.48823\n 11 116 5 0.44485 0.49033 0.44851 0.48710 0.44363 0.48734 0.44851 0.48710 0.43142 0.49406\n 11 116 5 0.44580 0.49628 0.44978 0.49293 0.44458 0.49306 0.44978 0.49293 0.43142 0.49989\n 11 50 2 0.43721 0.35846 0.44029 0.35992\n 11 116 5 0.43272 0.36054 0.42953 0.36005 0.43172 0.36242 0.42953 0.36005 0.44029 0.36575\n 11 116 5 0.43367 0.36648 0.43079 0.36589 0.43267 0.36814 0.43079 0.36589 0.44029 0.37158\n 11 116 5 0.43461 0.37242 0.43206 0.37172 0.43362 0.37386 0.43206 0.37172 0.44029 0.37741\n 11 116 5 0.43556 0.37836 0.43332 0.37755 0.43457 0.37958 0.43332 0.37755 0.44029 0.38325\n 11 116 5 0.43651 0.38431 0.43459 0.38338 0.43552 0.38530 0.43459 0.38338 0.44029 0.38908\n 11 116 5 0.43746 0.39025 0.43586 0.38921 0.43647 0.39103 0.43586 0.38921 0.44029 0.39491\n 11 116 5 0.43841 0.39619 0.43712 0.39505 0.43742 0.39675 0.43712 0.39505 0.44029 0.40074\n 11 116 5 0.43936 0.40214 0.43839 0.40088 0.43837 0.40247 0.43839 0.40088 0.44029 0.40658\n 11 116 5 0.44031 0.40808 0.43965 0.40671 0.43931 0.40819 0.43965 0.40671 0.44029 0.41241\n 11 116 5 0.44126 0.41402 0.44092 0.41254 0.44026 0.41391 0.44092 0.41254 0.44029 0.41824\n 11 116 5 0.44221 0.41997 0.44219 0.41838 0.44121 0.41963 0.44219 0.41838 0.44029 0.42407\n 11 116 5 0.44316 0.42591 0.44345 0.42421 0.44216 0.42536 0.44345 0.42421 0.44029 0.42990\n 11 116 5 0.44411 0.43185 0.44472 0.43004 0.44311 0.43108 0.44472 0.43004 0.44029 0.43574\n 11 116 5 0.44506 0.43780 0.44598 0.43587 0.44406 0.43680 0.44598 0.43587 0.44029 0.44157\n 11 116 5 0.44601 0.44374 0.44725 0.44170 0.44501 0.44252 0.44725 0.44170 0.44029 0.44740\n 11 116 5 0.44696 0.44968 0.44852 0.44754 0.44596 0.44824 0.44852 0.44754 0.44029 0.45323\n 11 116 5 0.44791 0.45562 0.44978 0.45337 0.44691 0.45396 0.44978 0.45337 0.44029 0.45907\n 11 116 5 0.44886 0.46157 0.45105 0.45920 0.44786 0.45968 0.45105 0.45920 0.44029 0.46490\n 11 116 5 0.44981 0.46751 0.45231 0.46503 0.44881 0.46541 0.45231 0.46503 0.44029 0.47073\n 11 116 5 0.45076 0.47345 0.45358 0.47087 0.44976 0.47113 0.45358 0.47087 0.44029 0.47656\n 11 116 5 0.45171 0.47940 0.45485 0.47670 0.45071 0.47685 0.45485 0.47670 0.44029 0.48240\n 11 116 5 0.45265 0.48534 0.45611 0.48253 0.45166 0.48257 0.45611 0.48253 0.44029 0.48823\n 11 116 5 0.45360 0.49128 0.45738 0.48836 0.45261 0.48829 0.45738 0.48836 0.44029 0.49406\n 11 116 5 0.45455 0.49723 0.45864 0.49420 0.45356 0.49401 0.45864 0.49420 0.44029 0.49989\n 11 50 2 0.44519 0.35846 0.44915 0.35992\n 11 116 5 0.44147 0.36149 0.43839 0.36132 0.44069 0.36337 0.43839 0.36132 0.44915 0.36575\n 11 116 5 0.44242 0.36743 0.43966 0.36715 0.44164 0.36909 0.43966 0.36715 0.44915 0.37158\n 11 116 5 0.44337 0.37337 0.44092 0.37298 0.44259 0.37481 0.44092 0.37298 0.44915 0.37741\n 11 116 5 0.44432 0.37931 0.44219 0.37882 0.44354 0.38053 0.44219 0.37882 0.44915 0.38325\n 11 116 5 0.44527 0.38526 0.44345 0.38465 0.44449 0.38625 0.44345 0.38465 0.44915 0.38908\n 11 116 5 0.44622 0.39120 0.44472 0.39048 0.44544 0.39198 0.44472 0.39048 0.44915 0.39491\n 11 116 5 0.44717 0.39714 0.44599 0.39631 0.44639 0.39770 0.44599 0.39631 0.44915 0.40074\n 11 116 5 0.44816 0.40313 0.44725 0.40215 0.44734 0.40348 0.44725 0.40215 0.44915 0.40658\n 11 116 5 0.44914 0.40917 0.44852 0.40798 0.44826 0.40929 0.44852 0.40798 0.44915 0.41241\n 11 116 5 0.45004 0.41513 0.44978 0.41381 0.44917 0.41500 0.44978 0.41381 0.44915 0.41824\n 11 116 5 0.45096 0.42098 0.45105 0.41964 0.45014 0.42063 0.45105 0.41964 0.44915 0.42407\n 11 116 5 0.45191 0.42686 0.45232 0.42547 0.45114 0.42630 0.45232 0.42547 0.44915 0.42990\n 11 116 5 0.45286 0.43280 0.45358 0.43131 0.45209 0.43203 0.45358 0.43131 0.44915 0.43574\n 11 116 5 0.45381 0.43874 0.45485 0.43714 0.45304 0.43775 0.45485 0.43714 0.44915 0.44157\n 11 116 5 0.45476 0.44469 0.45611 0.44297 0.45399 0.44347 0.45611 0.44297 0.44915 0.44740\n 11 116 5 0.45571 0.45063 0.45738 0.44880 0.45494 0.44919 0.45738 0.44880 0.44915 0.45323\n 11 116 5 0.45666 0.45657 0.45865 0.45464 0.45588 0.45491 0.45865 0.45464 0.44915 0.45907\n 11 116 5 0.45761 0.46252 0.45991 0.46047 0.45683 0.46063 0.45991 0.46047 0.44915 0.46490\n 11 116 5 0.45856 0.46846 0.46118 0.46630 0.45778 0.46636 0.46118 0.46630 0.44915 0.47073\n 11 116 5 0.45951 0.47440 0.46244 0.47213 0.45873 0.47208 0.46244 0.47213 0.44915 0.47656\n 11 116 5 0.46046 0.48035 0.46371 0.47796 0.45968 0.47780 0.46371 0.47796 0.44915 0.48240\n 11 116 5 0.46141 0.48629 0.46498 0.48380 0.46063 0.48352 0.46498 0.48380 0.44915 0.48823\n 11 116 5 0.46236 0.49223 0.46624 0.48963 0.46158 0.48924 0.46624 0.48963 0.44915 0.49406\n 11 116 5 0.46331 0.49818 0.46751 0.49546 0.46253 0.49496 0.46751 0.49546 0.44915 0.49989\n 11 72 3 0.44852 0.35846 0.44872 0.35860 0.44852 0.35846\n 11 50 2 0.45247 0.35846 0.45802 0.35992\n 11 116 5 0.45022 0.36243 0.44725 0.36259 0.44967 0.36432 0.44725 0.36259 0.45802 0.36575\n 11 116 5 0.45117 0.36838 0.44852 0.36842 0.45062 0.37004 0.44852 0.36842 0.45802 0.37158\n 11 116 5 0.45212 0.37432 0.44979 0.37425 0.45157 0.37576 0.44979 0.37425 0.45802 0.37741\n 11 116 5 0.45307 0.38026 0.45105 0.38008 0.45252 0.38148 0.45105 0.38008 0.45802 0.38325\n 11 116 5 0.45402 0.38621 0.45232 0.38591 0.45347 0.38720 0.45232 0.38591 0.45802 0.38908\n 11 116 5 0.45497 0.39215 0.45358 0.39175 0.45442 0.39293 0.45358 0.39175 0.45802 0.39491\n 11 116 5 0.45606 0.39816 0.45485 0.39758 0.45543 0.39879 0.45485 0.39758 0.45802 0.40074\n 11 116 5 0.45715 0.40427 0.45612 0.40341 0.45639 0.40472 0.45612 0.40341 0.45802 0.40658\n 11 116 5 0.45806 0.41040 0.45738 0.40924 0.45720 0.41057 0.45738 0.40924 0.45802 0.41241\n 11 116 5 0.45883 0.41640 0.45865 0.41508 0.45797 0.41623 0.45865 0.41508 0.45802 0.41824\n 11 116 5 0.45964 0.42222 0.45991 0.42091 0.45888 0.42177 0.45991 0.42091 0.45802 0.42407\n 11 116 5 0.46060 0.42795 0.46118 0.42674 0.45997 0.42732 0.46118 0.42674 0.45802 0.42990\n 11 116 5 0.46162 0.43375 0.46245 0.43257 0.46106 0.43298 0.46245 0.43257 0.45802 0.43574\n 11 116 5 0.46257 0.43969 0.46371 0.43840 0.46201 0.43870 0.46371 0.43840 0.45802 0.44157\n 11 116 5 0.46351 0.44564 0.46498 0.44424 0.46296 0.44442 0.46498 0.44424 0.45802 0.44740\n 11 116 5 0.46446 0.45158 0.46624 0.45007 0.46391 0.45014 0.46624 0.45007 0.45802 0.45323\n 11 116 5 0.46541 0.45752 0.46751 0.45590 0.46486 0.45586 0.46751 0.45590 0.45802 0.45907\n 11 116 5 0.46636 0.46347 0.46878 0.46173 0.46581 0.46158 0.46878 0.46173 0.45802 0.46490\n 11 116 5 0.46731 0.46941 0.47004 0.46757 0.46676 0.46730 0.47004 0.46757 0.45802 0.47073\n 11 116 5 0.46826 0.47535 0.47131 0.47340 0.46771 0.47303 0.47131 0.47340 0.45802 0.47656\n 11 116 5 0.46921 0.48130 0.47257 0.47923 0.46866 0.47875 0.47257 0.47923 0.45802 0.48240\n 11 116 5 0.47016 0.48724 0.47384 0.48506 0.46961 0.48447 0.47384 0.48506 0.45802 0.48823\n 11 116 5 0.47111 0.49318 0.47511 0.49089 0.47056 0.49019 0.47511 0.49089 0.45802 0.49406\n 11 116 5 0.47206 0.49912 0.47637 0.49673 0.47151 0.49591 0.47637 0.49673 0.45802 0.49989\n 11 72 3 0.45567 0.35846 0.45769 0.35955 0.45567 0.35846\n 11 50 2 0.45764 0.35846 0.46688 0.35992\n 11 116 5 0.45897 0.36338 0.45612 0.36385 0.45864 0.36527 0.45612 0.36385 0.46688 0.36575\n 11 116 5 0.45992 0.36933 0.45738 0.36968 0.45959 0.37099 0.45738 0.36968 0.46688 0.37158\n 11 116 5 0.46087 0.37527 0.45865 0.37552 0.46054 0.37671 0.45865 0.37552 0.46688 0.37741\n 11 116 5 0.46182 0.38121 0.45992 0.38135 0.46149 0.38243 0.45992 0.38135 0.46688 0.38325\n 11 116 5 0.46277 0.38716 0.46118 0.38718 0.46244 0.38815 0.46118 0.38718 0.46688 0.38908\n 11 116 5 0.46379 0.39310 0.46245 0.39301 0.46344 0.39392 0.46245 0.39301 0.46688 0.39491\n 11 116 5 0.46503 0.39912 0.46371 0.39884 0.46457 0.39988 0.46371 0.39884 0.46688 0.40074\n 11 116 5 0.46619 0.40526 0.46498 0.40468 0.46556 0.40589 0.46498 0.40468 0.46688 0.40658\n 11 116 5 0.46707 0.41157 0.46625 0.41051 0.46623 0.41185 0.46625 0.41051 0.46688 0.41241\n 11 116 5 0.46753 0.41768 0.46751 0.41634 0.46669 0.41740 0.46751 0.41634 0.46688 0.41824\n 11 116 5 0.46820 0.42338 0.46878 0.42217 0.46757 0.42276 0.46878 0.42217 0.46688 0.42407\n 11 116 5 0.46919 0.42904 0.47004 0.42801 0.46873 0.42828 0.47004 0.42801 0.46688 0.42990\n 11 116 5 0.47032 0.43474 0.47131 0.43384 0.46997 0.43393 0.47131 0.43384 0.46688 0.43574\n 11 116 5 0.47132 0.44064 0.47258 0.43967 0.47099 0.43965 0.47258 0.43967 0.46688 0.44157\n 11 116 5 0.47227 0.44659 0.47384 0.44550 0.47194 0.44537 0.47384 0.44550 0.46688 0.44740\n 11 116 5 0.47322 0.45253 0.47511 0.45134 0.47288 0.45109 0.47511 0.45134 0.46688 0.45323\n 11 116 5 0.47417 0.45847 0.47637 0.45717 0.47383 0.45681 0.47637 0.45717 0.46688 0.45907\n 11 116 5 0.47512 0.46442 0.47764 0.46300 0.47478 0.46253 0.47764 0.46300 0.46688 0.46490\n 11 116 5 0.47607 0.47036 0.47891 0.46883 0.47573 0.46825 0.47891 0.46883 0.46688 0.47073\n 11 116 5 0.47701 0.47630 0.48017 0.47466 0.47668 0.47398 0.48017 0.47466 0.46688 0.47656\n 11 116 5 0.47796 0.48224 0.48144 0.48050 0.47763 0.47970 0.48144 0.48050 0.46688 0.48240\n 11 116 5 0.47891 0.48819 0.48270 0.48633 0.47858 0.48542 0.48270 0.48633 0.46688 0.48823\n 11 116 5 0.47986 0.49413 0.48397 0.49216 0.47953 0.49114 0.48397 0.49216 0.46688 0.49406\n 11 116 5 0.48081 0.50007 0.48524 0.49799 0.48048 0.49686 0.48524 0.49799 0.46688 0.49989\n 11 116 5 0.46654 0.35846 0.46372 0.35928 0.46667 0.36050 0.46372 0.35928 0.47574 0.35992\n 11 116 5 0.46773 0.36433 0.46498 0.36512 0.46762 0.36622 0.46498 0.36512 0.47574 0.36575\n 11 116 5 0.46868 0.37028 0.46625 0.37095 0.46857 0.37194 0.46625 0.37095 0.47574 0.37158\n 11 116 5 0.46963 0.37622 0.46751 0.37678 0.46952 0.37766 0.46751 0.37678 0.47574 0.37741\n 11 116 5 0.47058 0.38216 0.46878 0.38261 0.47047 0.38338 0.46878 0.38261 0.47574 0.38325\n 11 116 5 0.47153 0.38811 0.47005 0.38845 0.47141 0.38910 0.47005 0.38845 0.47574 0.38908\n 11 116 5 0.47263 0.39402 0.47131 0.39428 0.47250 0.39490 0.47131 0.39428 0.47574 0.39491\n 11 116 5 0.47391 0.39992 0.47258 0.40011 0.47373 0.40079 0.47258 0.40011 0.47574 0.40074\n 11 116 5 0.47518 0.40592 0.47384 0.40594 0.47490 0.40676 0.47384 0.40594 0.47574 0.40658\n 11 116 5 0.47632 0.41236 0.47511 0.41178 0.47569 0.41298 0.47511 0.41178 0.47574 0.41241\n 11 116 5 0.47579 0.41882 0.47638 0.41761 0.47517 0.41819 0.47638 0.41761 0.47574 0.41824\n 11 116 5 0.47658 0.42426 0.47764 0.42344 0.47630 0.42342 0.47764 0.42344 0.47574 0.42407\n 11 116 5 0.47775 0.42995 0.47891 0.42927 0.47758 0.42909 0.47891 0.42927 0.47574 0.42990\n 11 116 5 0.47898 0.43572 0.48017 0.43510 0.47886 0.43484 0.48017 0.43510 0.47574 0.43574\n 11 116 5 0.48007 0.44159 0.48144 0.44094 0.47996 0.44060 0.48144 0.44094 0.47574 0.44157\n 11 116 5 0.48102 0.44754 0.48271 0.44677 0.48091 0.44632 0.48271 0.44677 0.47574 0.44740\n 11 116 5 0.48197 0.45348 0.48397 0.45260 0.48186 0.45204 0.48397 0.45260 0.47574 0.45323\n 11 116 5 0.48292 0.45942 0.48524 0.45843 0.48281 0.45776 0.48524 0.45843 0.47574 0.45907\n 11 116 5 0.48387 0.46537 0.48650 0.46427 0.48376 0.46348 0.48650 0.46427 0.47574 0.46490\n 11 116 5 0.48482 0.47131 0.48777 0.47010 0.48471 0.46920 0.48777 0.47010 0.47574 0.47073\n 11 116 5 0.48577 0.47725 0.48904 0.47593 0.48566 0.47493 0.48904 0.47593 0.47574 0.47656\n 11 116 5 0.48672 0.48319 0.49030 0.48176 0.48661 0.48065 0.49030 0.48176 0.47574 0.48240\n 11 116 5 0.48767 0.48914 0.49157 0.48759 0.48756 0.48637 0.49157 0.48759 0.47574 0.48823\n 11 116 5 0.48862 0.49508 0.49283 0.49343 0.48851 0.49209 0.49283 0.49343 0.47574 0.49406\n 11 116 5 0.48957 0.50102 0.49410 0.49926 0.48946 0.49781 0.49410 0.49926 0.47574 0.49989\n 11 116 5 0.47553 0.35934 0.47258 0.36055 0.47564 0.36145 0.47258 0.36055 0.48461 0.35992\n 11 116 5 0.47648 0.36528 0.47385 0.36638 0.47659 0.36717 0.47385 0.36638 0.48461 0.36575\n 11 116 5 0.47743 0.37123 0.47511 0.37222 0.47754 0.37289 0.47511 0.37222 0.48461 0.37158\n 11 116 5 0.47838 0.37717 0.47638 0.37805 0.47849 0.37861 0.47638 0.37805 0.48461 0.37741\n 11 116 5 0.47933 0.38311 0.47764 0.38388 0.47944 0.38433 0.47764 0.38388 0.48461 0.38325\n 11 116 5 0.48028 0.38906 0.47891 0.38971 0.48039 0.39005 0.47891 0.38971 0.48461 0.38908\n 11 116 5 0.48137 0.39493 0.48018 0.39554 0.48149 0.39580 0.48018 0.39554 0.48461 0.39491\n 11 116 5 0.48260 0.40069 0.48144 0.40138 0.48277 0.40156 0.48144 0.40138 0.48461 0.40074\n 11 116 5 0.48377 0.40639 0.48271 0.40721 0.48405 0.40723 0.48271 0.40721 0.48461 0.40658\n 11 116 5 0.48456 0.41183 0.48397 0.41304 0.48518 0.41246 0.48397 0.41304 0.48461 0.41241\n 11 116 5 0.48403 0.41829 0.48524 0.41887 0.48466 0.41767 0.48524 0.41887 0.48461 0.41824\n 11 116 5 0.48516 0.42473 0.48651 0.42471 0.48545 0.42389 0.48651 0.42471 0.48461 0.42407\n 11 116 5 0.48644 0.43072 0.48777 0.43054 0.48662 0.42986 0.48777 0.43054 0.48461 0.42990\n 11 116 5 0.48772 0.43663 0.48904 0.43637 0.48785 0.43575 0.48904 0.43637 0.48461 0.43574\n 11 116 5 0.48882 0.44254 0.49030 0.44220 0.48893 0.44155 0.49030 0.44220 0.48461 0.44157\n 11 116 5 0.48977 0.44849 0.49157 0.44803 0.48988 0.44727 0.49157 0.44803 0.48461 0.44740\n 11 116 5 0.49072 0.45443 0.49284 0.45387 0.49083 0.45299 0.49284 0.45387 0.48461 0.45323\n 11 116 5 0.49167 0.46037 0.49410 0.45970 0.49178 0.45871 0.49410 0.45970 0.48461 0.45907\n 11 116 5 0.49262 0.46631 0.49537 0.46553 0.49273 0.46443 0.49537 0.46553 0.48461 0.46490\n 11 116 5 0.49357 0.47226 0.49663 0.47136 0.49368 0.47015 0.49663 0.47136 0.48461 0.47073\n 11 116 5 0.49452 0.47820 0.49790 0.47720 0.49463 0.47587 0.49790 0.47720 0.48461 0.47656\n 11 116 5 0.49547 0.48414 0.49917 0.48303 0.49558 0.48160 0.49917 0.48303 0.48461 0.48240\n 11 116 5 0.49642 0.49009 0.50043 0.48886 0.49653 0.48732 0.50043 0.48886 0.48461 0.48823\n 11 116 5 0.49737 0.49603 0.50170 0.49469 0.49748 0.49304 0.50170 0.49469 0.48461 0.49406\n 11 116 5 0.49832 0.50197 0.50296 0.50053 0.49843 0.49876 0.50296 0.50053 0.48461 0.49989\n 11 116 5 0.48428 0.36029 0.48144 0.36182 0.48462 0.36239 0.48144 0.36182 0.49347 0.35992\n 11 116 5 0.48523 0.36623 0.48271 0.36765 0.48557 0.36812 0.48271 0.36765 0.49347 0.36575\n 11 116 5 0.48618 0.37218 0.48398 0.37348 0.48652 0.37384 0.48398 0.37348 0.49347 0.37158\n 11 116 5 0.48713 0.37812 0.48524 0.37931 0.48747 0.37956 0.48524 0.37931 0.49347 0.37741\n 11 116 5 0.48808 0.38406 0.48651 0.38515 0.48841 0.38528 0.48651 0.38515 0.49347 0.38325\n 11 116 5 0.48903 0.39000 0.48777 0.39098 0.48936 0.39100 0.48777 0.39098 0.49347 0.38908\n 11 116 5 0.49003 0.39590 0.48904 0.39681 0.49038 0.39672 0.48904 0.39681 0.49347 0.39491\n 11 116 5 0.49116 0.40161 0.49031 0.40264 0.49162 0.40237 0.49031 0.40264 0.49347 0.40074\n 11 116 5 0.49215 0.40727 0.49157 0.40847 0.49278 0.40789 0.49157 0.40847 0.49347 0.40658\n 11 116 5 0.49282 0.41297 0.49284 0.41431 0.49366 0.41325 0.49284 0.41431 0.49347 0.41241\n 11 116 5 0.49328 0.41908 0.49410 0.42014 0.49412 0.41880 0.49410 0.42014 0.49347 0.41824\n 11 116 5 0.49416 0.42539 0.49537 0.42597 0.49479 0.42476 0.49537 0.42597 0.49347 0.42407\n 11 116 5 0.49532 0.43153 0.49664 0.43180 0.49578 0.43077 0.49664 0.43180 0.49347 0.42990\n 11 116 5 0.49656 0.43754 0.49790 0.43764 0.49691 0.43673 0.49790 0.43764 0.49347 0.43574\n 11 116 5 0.49758 0.44349 0.49917 0.44347 0.49791 0.44250 0.49917 0.44347 0.49347 0.44157\n 11 116 5 0.49853 0.44944 0.50043 0.44930 0.49886 0.44822 0.50043 0.44930 0.49347 0.44740\n 11 116 5 0.49948 0.45538 0.50170 0.45513 0.49981 0.45394 0.50170 0.45513 0.49347 0.45323\n 11 116 5 0.50043 0.46132 0.50297 0.46097 0.50076 0.45966 0.50297 0.46097 0.49347 0.45907\n 11 116 5 0.50138 0.46726 0.50423 0.46680 0.50171 0.46538 0.50423 0.46680 0.49347 0.46490\n 11 116 5 0.50232 0.47321 0.50550 0.47263 0.50266 0.47110 0.50550 0.47263 0.49347 0.47073\n 11 116 5 0.50327 0.47915 0.50676 0.47846 0.50361 0.47682 0.50676 0.47846 0.49347 0.47656\n 11 116 5 0.50422 0.48509 0.50803 0.48429 0.50456 0.48255 0.50803 0.48429 0.49347 0.48240\n 11 116 5 0.50517 0.49104 0.50930 0.49013 0.50551 0.48827 0.50930 0.49013 0.49347 0.48823\n 11 116 5 0.50612 0.49698 0.51056 0.49596 0.50645 0.49399 0.51056 0.49596 0.49347 0.49406\n 11 116 5 0.50707 0.50292 0.51183 0.50179 0.50740 0.49971 0.51183 0.50179 0.49347 0.49989\n 11 116 5 0.49304 0.36124 0.49031 0.36308 0.49359 0.36334 0.49031 0.36308 0.50233 0.35992\n 11 116 5 0.49399 0.36718 0.49157 0.36892 0.49454 0.36907 0.49157 0.36892 0.50233 0.36575\n 11 116 5 0.49494 0.37313 0.49284 0.37475 0.49549 0.37479 0.49284 0.37475 0.50233 0.37158\n 11 116 5 0.49589 0.37907 0.49411 0.38058 0.49644 0.38051 0.49411 0.38058 0.50233 0.37741\n 11 116 5 0.49684 0.38501 0.49537 0.38641 0.49739 0.38623 0.49537 0.38641 0.50233 0.38325\n 11 116 5 0.49778 0.39095 0.49664 0.39224 0.49834 0.39195 0.49664 0.39224 0.50233 0.38908\n 11 116 5 0.49873 0.39690 0.49790 0.39808 0.49929 0.39767 0.49790 0.39808 0.50233 0.39491\n 11 116 5 0.49975 0.40270 0.49917 0.40391 0.50038 0.40333 0.49917 0.40391 0.50233 0.40074\n 11 116 5 0.50071 0.40843 0.50044 0.40974 0.50147 0.40888 0.50044 0.40974 0.50233 0.40658\n 11 116 5 0.50152 0.41425 0.50170 0.41557 0.50238 0.41442 0.50170 0.41557 0.50233 0.41241\n 11 116 5 0.50228 0.42025 0.50297 0.42141 0.50315 0.42008 0.50297 0.42141 0.50233 0.41824\n 11 116 5 0.50320 0.42638 0.50423 0.42724 0.50396 0.42592 0.50423 0.42724 0.50233 0.42407\n 11 116 5 0.50429 0.43249 0.50550 0.43307 0.50492 0.43186 0.50550 0.43307 0.50233 0.42990\n 11 116 5 0.50538 0.43850 0.50677 0.43890 0.50593 0.43772 0.50677 0.43890 0.50233 0.43574\n 11 116 5 0.50633 0.44444 0.50803 0.44473 0.50688 0.44344 0.50803 0.44473 0.50233 0.44157\n 11 116 5 0.50728 0.45038 0.50930 0.45057 0.50783 0.44917 0.50930 0.45057 0.50233 0.44740\n 11 116 5 0.50823 0.45633 0.51056 0.45640 0.50878 0.45489 0.51056 0.45640 0.50233 0.45323\n 11 116 5 0.50918 0.46227 0.51183 0.46223 0.50973 0.46061 0.51183 0.46223 0.50233 0.45907\n 11 116 5 0.51013 0.46821 0.51310 0.46806 0.51068 0.46633 0.51310 0.46806 0.50233 0.46490\n 11 116 5 0.51108 0.47416 0.51436 0.47390 0.51163 0.47205 0.51436 0.47390 0.50233 0.47073\n 11 116 5 0.51203 0.48010 0.51563 0.47973 0.51258 0.47777 0.51563 0.47973 0.50233 0.47656\n 11 116 5 0.51298 0.48604 0.51689 0.48556 0.51353 0.48350 0.51689 0.48556 0.50233 0.48240\n 11 116 5 0.51393 0.49199 0.51816 0.49139 0.51448 0.48922 0.51816 0.49139 0.50233 0.48823\n 11 116 5 0.51488 0.49793 0.51943 0.49722 0.51543 0.49494 0.51943 0.49722 0.50233 0.49406\n 11 116 5 0.51583 0.50387 0.52069 0.50306 0.51638 0.50066 0.52069 0.50306 0.50233 0.49989\n 11 116 5 0.50179 0.36219 0.49917 0.36435 0.50257 0.36429 0.49917 0.36435 0.51120 0.35992\n 11 116 5 0.50274 0.36813 0.50044 0.37018 0.50352 0.37001 0.50044 0.37018 0.51120 0.36575\n 11 116 5 0.50369 0.37407 0.50170 0.37601 0.50446 0.37574 0.50170 0.37601 0.51120 0.37158\n 11 116 5 0.50464 0.38002 0.50297 0.38185 0.50541 0.38146 0.50297 0.38185 0.51120 0.37741\n 11 116 5 0.50559 0.38596 0.50424 0.38768 0.50636 0.38718 0.50424 0.38768 0.51120 0.38325\n 11 116 5 0.50654 0.39190 0.50550 0.39351 0.50731 0.39290 0.50550 0.39351 0.51120 0.38908\n 11 116 5 0.50749 0.39785 0.50677 0.39934 0.50826 0.39862 0.50677 0.39934 0.51120 0.39491\n 11 116 5 0.50844 0.40379 0.50803 0.40517 0.50921 0.40434 0.50803 0.40517 0.51120 0.40074\n 11 116 5 0.50939 0.40967 0.50930 0.41101 0.51021 0.41002 0.50930 0.41101 0.51120 0.40658\n 11 116 5 0.51031 0.41552 0.51057 0.41684 0.51118 0.41565 0.51057 0.41684 0.51120 0.41241\n 11 116 5 0.51121 0.42148 0.51183 0.42267 0.51209 0.42136 0.51183 0.42267 0.51120 0.41824\n 11 116 5 0.51219 0.42751 0.51310 0.42850 0.51301 0.42717 0.51310 0.42850 0.51120 0.42407\n 11 116 5 0.51318 0.43351 0.51436 0.43434 0.51396 0.43295 0.51436 0.43434 0.51120 0.42990\n 11 116 5 0.51413 0.43945 0.51563 0.44017 0.51491 0.43867 0.51563 0.44017 0.51120 0.43574\n 11 116 5 0.51508 0.44539 0.51690 0.44600 0.51586 0.44439 0.51690 0.44600 0.51120 0.44157\n 11 116 5 0.51603 0.45133 0.51816 0.45183 0.51681 0.45012 0.51816 0.45183 0.51120 0.44740\n 11 116 5 0.51698 0.45728 0.51943 0.45766 0.51776 0.45584 0.51943 0.45766 0.51120 0.45323\n 11 116 5 0.51793 0.46322 0.52069 0.46350 0.51871 0.46156 0.52069 0.46350 0.51120 0.45907\n 11 116 5 0.51888 0.46916 0.52196 0.46933 0.51966 0.46728 0.52196 0.46933 0.51120 0.46490\n 11 116 5 0.51983 0.47511 0.52323 0.47516 0.52061 0.47300 0.52323 0.47516 0.51120 0.47073\n 11 116 5 0.52078 0.48105 0.52449 0.48099 0.52156 0.47872 0.52449 0.48099 0.51120 0.47656\n 11 116 5 0.52173 0.48699 0.52576 0.48683 0.52251 0.48444 0.52576 0.48683 0.51120 0.48240\n 11 116 5 0.52268 0.49294 0.52702 0.49266 0.52345 0.49017 0.52702 0.49266 0.51120 0.48823\n 11 116 5 0.52363 0.49888 0.52829 0.49849 0.52440 0.49589 0.52829 0.49849 0.51120 0.49406\n 11 72 3 0.52947 0.50427 0.52535 0.50161 0.52947 0.50427\n 11 50 2 0.52932 0.50427 0.51120 0.49989\n 11 116 5 0.51054 0.36314 0.50804 0.36561 0.51154 0.36524 0.50804 0.36561 0.52006 0.35992\n 11 116 5 0.51149 0.36908 0.50930 0.37145 0.51249 0.37096 0.50930 0.37145 0.52006 0.36575\n 11 116 5 0.51244 0.37502 0.51057 0.37728 0.51344 0.37669 0.51057 0.37728 0.52006 0.37158\n 11 116 5 0.51339 0.38097 0.51183 0.38311 0.51439 0.38241 0.51183 0.38311 0.52006 0.37741\n 11 116 5 0.51434 0.38691 0.51310 0.38894 0.51534 0.38813 0.51310 0.38894 0.52006 0.38325\n 11 116 5 0.51529 0.39285 0.51437 0.39478 0.51629 0.39385 0.51437 0.39478 0.52006 0.38908\n 11 116 5 0.51624 0.39880 0.51563 0.40061 0.51724 0.39957 0.51563 0.40061 0.52006 0.39491\n 11 116 5 0.51719 0.40474 0.51690 0.40644 0.51819 0.40529 0.51690 0.40644 0.52006 0.40074\n 11 116 5 0.51814 0.41068 0.51816 0.41227 0.51914 0.41101 0.51816 0.41227 0.52006 0.40658\n 11 116 5 0.51909 0.41663 0.51943 0.41811 0.52009 0.41674 0.51943 0.41811 0.52006 0.41241\n 11 116 5 0.52004 0.42257 0.52070 0.42394 0.52104 0.42246 0.52070 0.42394 0.52006 0.41824\n 11 116 5 0.52099 0.42851 0.52196 0.42977 0.52198 0.42818 0.52196 0.42977 0.52006 0.42407\n 11 116 5 0.52194 0.43445 0.52323 0.43560 0.52293 0.43390 0.52323 0.43560 0.52006 0.42990\n 11 116 5 0.52289 0.44040 0.52449 0.44143 0.52388 0.43962 0.52449 0.44143 0.52006 0.43574\n 11 116 5 0.52384 0.44634 0.52576 0.44727 0.52483 0.44534 0.52576 0.44727 0.52006 0.44157\n 11 116 5 0.52479 0.45228 0.52702 0.45310 0.52578 0.45107 0.52702 0.45310 0.52006 0.44740\n 11 116 5 0.52574 0.45823 0.52829 0.45893 0.52673 0.45679 0.52829 0.45893 0.52006 0.45323\n 11 116 5 0.52668 0.46417 0.52956 0.46476 0.52768 0.46251 0.52956 0.46476 0.52006 0.45907\n 11 116 5 0.52763 0.47011 0.53082 0.47060 0.52863 0.46823 0.53082 0.47060 0.52006 0.46490\n 11 116 5 0.52858 0.47606 0.53209 0.47643 0.52958 0.47395 0.53209 0.47643 0.52006 0.47073\n 11 116 5 0.52953 0.48200 0.53335 0.48226 0.53053 0.47967 0.53335 0.48226 0.52006 0.47656\n 11 116 5 0.53048 0.48794 0.53462 0.48809 0.53148 0.48539 0.53462 0.48809 0.52006 0.48240\n 11 116 5 0.53143 0.49388 0.53589 0.49392 0.53243 0.49112 0.53589 0.49392 0.52006 0.48823\n 11 116 5 0.53238 0.49983 0.53715 0.49976 0.53338 0.49684 0.53715 0.49976 0.52006 0.49406\n 11 72 3 0.53663 0.50427 0.53433 0.50256 0.53663 0.50427\n 11 50 2 0.53416 0.50427 0.52006 0.49989\n 11 116 5 0.51930 0.36409 0.51690 0.36688 0.52052 0.36619 0.51690 0.36688 0.52893 0.35992\n 11 116 5 0.52025 0.37003 0.51816 0.37271 0.52146 0.37191 0.51816 0.37271 0.52893 0.36575\n 11 116 5 0.52120 0.37597 0.51943 0.37855 0.52241 0.37764 0.51943 0.37855 0.52893 0.37158\n 11 116 5 0.52214 0.38192 0.52070 0.38438 0.52336 0.38336 0.52070 0.38438 0.52893 0.37741\n 11 116 5 0.52309 0.38786 0.52196 0.39021 0.52431 0.38908 0.52196 0.39021 0.52893 0.38325\n 11 116 5 0.52404 0.39380 0.52323 0.39604 0.52526 0.39480 0.52323 0.39604 0.52893 0.38908\n 11 116 5 0.52499 0.39975 0.52449 0.40187 0.52621 0.40052 0.52449 0.40187 0.52893 0.39491\n 11 116 5 0.52594 0.40569 0.52576 0.40771 0.52716 0.40624 0.52576 0.40771 0.52893 0.40074\n 11 116 5 0.52689 0.41163 0.52703 0.41354 0.52811 0.41196 0.52703 0.41354 0.52893 0.40658\n 11 116 5 0.52784 0.41758 0.52829 0.41937 0.52906 0.41769 0.52829 0.41937 0.52893 0.41241\n 11 116 5 0.52879 0.42352 0.52956 0.42520 0.53001 0.42341 0.52956 0.42520 0.52893 0.41824\n 11 116 5 0.52974 0.42946 0.53082 0.43104 0.53096 0.42913 0.53082 0.43104 0.52893 0.42407\n 11 116 5 0.53069 0.43540 0.53209 0.43687 0.53191 0.43485 0.53209 0.43687 0.52893 0.42990\n 11 116 5 0.53164 0.44135 0.53336 0.44270 0.53286 0.44057 0.53336 0.44270 0.52893 0.43574\n 11 116 5 0.53259 0.44729 0.53462 0.44853 0.53381 0.44629 0.53462 0.44853 0.52893 0.44157\n 11 116 5 0.53354 0.45323 0.53589 0.45436 0.53476 0.45201 0.53589 0.45436 0.52893 0.44740\n 11 116 5 0.53449 0.45918 0.53715 0.46020 0.53571 0.45774 0.53715 0.46020 0.52893 0.45323\n 11 116 5 0.53544 0.46512 0.53842 0.46603 0.53666 0.46346 0.53842 0.46603 0.52893 0.45907\n 11 116 5 0.53639 0.47106 0.53969 0.47186 0.53761 0.46918 0.53969 0.47186 0.52893 0.46490\n 11 116 5 0.53734 0.47701 0.54095 0.47769 0.53856 0.47490 0.54095 0.47769 0.52893 0.47073\n 11 116 5 0.53829 0.48295 0.54222 0.48353 0.53950 0.48062 0.54222 0.48353 0.52893 0.47656\n 11 116 5 0.53924 0.48889 0.54348 0.48936 0.54045 0.48634 0.54348 0.48936 0.52893 0.48240\n 11 116 5 0.54019 0.49483 0.54475 0.49519 0.54140 0.49207 0.54475 0.49519 0.52893 0.48823\n 11 116 5 0.54113 0.50078 0.54602 0.50102 0.54235 0.49779 0.54602 0.50102 0.52893 0.49406\n 11 72 3 0.54420 0.50427 0.54330 0.50351 0.54420 0.50427\n 11 50 2 0.54046 0.50427 0.52893 0.49989\n 11 116 5 0.52805 0.36504 0.52576 0.36815 0.52949 0.36714 0.52576 0.36815 0.53779 0.35992\n 11 116 5 0.52900 0.37098 0.52703 0.37398 0.53044 0.37286 0.52703 0.37398 0.53779 0.36575\n 11 116 5 0.52995 0.37692 0.52829 0.37981 0.53139 0.37858 0.52829 0.37981 0.53779 0.37158\n 11 116 5 0.53090 0.38287 0.52956 0.38564 0.53234 0.38431 0.52956 0.38564 0.53779 0.37741\n 11 116 5 0.53185 0.38881 0.53083 0.39148 0.53329 0.39003 0.53083 0.39148 0.53779 0.38325\n 11 116 5 0.53280 0.39475 0.53209 0.39731 0.53424 0.39575 0.53209 0.39731 0.53779 0.38908\n 11 116 5 0.53375 0.40070 0.53336 0.40314 0.53519 0.40147 0.53336 0.40314 0.53779 0.39491\n 11 116 5 0.53470 0.40664 0.53462 0.40897 0.53614 0.40719 0.53462 0.40897 0.53779 0.40074\n 11 116 5 0.53565 0.41258 0.53589 0.41480 0.53709 0.41291 0.53589 0.41480 0.53779 0.40658\n 11 116 5 0.53659 0.41852 0.53716 0.42064 0.53803 0.41864 0.53716 0.42064 0.53779 0.41241\n 11 116 5 0.53754 0.42447 0.53842 0.42647 0.53898 0.42436 0.53842 0.42647 0.53779 0.41824\n 11 116 5 0.53849 0.43041 0.53969 0.43230 0.53993 0.43008 0.53969 0.43230 0.53779 0.42407\n 11 116 5 0.53944 0.43635 0.54095 0.43813 0.54088 0.43580 0.54095 0.43813 0.53779 0.42990\n 11 116 5 0.54039 0.44230 0.54222 0.44397 0.54183 0.44152 0.54222 0.44397 0.53779 0.43574\n 11 116 5 0.54134 0.44824 0.54349 0.44980 0.54278 0.44724 0.54349 0.44980 0.53779 0.44157\n 11 116 5 0.54229 0.45418 0.54475 0.45563 0.54373 0.45296 0.54475 0.45563 0.53779 0.44740\n 11 116 5 0.54324 0.46013 0.54602 0.46146 0.54468 0.45869 0.54602 0.46146 0.53779 0.45323\n 11 116 5 0.54419 0.46607 0.54728 0.46730 0.54563 0.46441 0.54728 0.46730 0.53779 0.45907\n 11 116 5 0.54514 0.47201 0.54855 0.47313 0.54658 0.47013 0.54855 0.47313 0.53779 0.46490\n 11 116 5 0.54609 0.47795 0.54982 0.47896 0.54753 0.47585 0.54982 0.47896 0.53779 0.47073\n 11 116 5 0.54704 0.48390 0.55108 0.48479 0.54848 0.48157 0.55108 0.48479 0.53779 0.47656\n 11 116 5 0.54799 0.48984 0.55235 0.49062 0.54943 0.48729 0.55235 0.49062 0.53779 0.48240\n 11 116 5 0.54894 0.49578 0.55361 0.49646 0.55038 0.49301 0.55361 0.49646 0.53779 0.48823\n 11 116 5 0.54989 0.50173 0.55488 0.50229 0.55133 0.49874 0.55488 0.50229 0.53779 0.49406\n 11 50 2 0.54755 0.50427 0.53779 0.49989\n 11 116 5 0.53680 0.36599 0.53463 0.36941 0.53846 0.36809 0.53463 0.36941 0.54665 0.35992\n 11 116 5 0.53775 0.37193 0.53589 0.37525 0.53941 0.37381 0.53589 0.37525 0.54665 0.36575\n 11 116 5 0.53870 0.37787 0.53716 0.38108 0.54036 0.37953 0.53716 0.38108 0.54665 0.37158\n 11 116 5 0.53965 0.38382 0.53842 0.38691 0.54131 0.38526 0.53842 0.38691 0.54665 0.37741\n 11 116 5 0.54060 0.38976 0.53969 0.39274 0.54226 0.39098 0.53969 0.39274 0.54665 0.38325\n 11 116 5 0.54155 0.39570 0.54096 0.39857 0.54321 0.39670 0.54096 0.39857 0.54665 0.38908\n 11 116 5 0.54250 0.40164 0.54222 0.40441 0.54416 0.40242 0.54222 0.40441 0.54665 0.39491\n 11 116 5 0.54345 0.40759 0.54349 0.41024 0.54511 0.40814 0.54349 0.41024 0.54665 0.40074\n 11 116 5 0.54440 0.41353 0.54475 0.41607 0.54606 0.41386 0.54475 0.41607 0.54665 0.40658\n 11 116 5 0.54535 0.41947 0.54602 0.42190 0.54701 0.41958 0.54602 0.42190 0.54665 0.41241\n 11 116 5 0.54630 0.42542 0.54729 0.42774 0.54796 0.42531 0.54729 0.42774 0.54665 0.41824\n 11 116 5 0.54725 0.43136 0.54855 0.43357 0.54891 0.43103 0.54855 0.43357 0.54665 0.42407\n 11 116 5 0.54820 0.43730 0.54982 0.43940 0.54986 0.43675 0.54982 0.43940 0.54665 0.42990\n 11 116 5 0.54915 0.44325 0.55108 0.44523 0.55081 0.44247 0.55108 0.44523 0.54665 0.43574\n 11 116 5 0.55010 0.44919 0.55235 0.45106 0.55176 0.44819 0.55235 0.45106 0.54665 0.44157\n 11 116 5 0.55104 0.45513 0.55362 0.45690 0.55271 0.45391 0.55362 0.45690 0.54665 0.44740\n 11 116 5 0.55199 0.46108 0.55488 0.46273 0.55366 0.45964 0.55488 0.46273 0.54665 0.45323\n 11 116 5 0.55294 0.46702 0.55615 0.46856 0.55461 0.46536 0.55615 0.46856 0.54665 0.45907\n 11 116 5 0.55389 0.47296 0.55741 0.47439 0.55555 0.47108 0.55741 0.47439 0.54665 0.46490\n 11 116 5 0.55484 0.47890 0.55868 0.48023 0.55650 0.47680 0.55868 0.48023 0.54665 0.47073\n 11 116 5 0.55579 0.48485 0.55995 0.48606 0.55745 0.48252 0.55995 0.48606 0.54665 0.47656\n 11 116 5 0.55674 0.49079 0.56121 0.49189 0.55840 0.48824 0.56121 0.49189 0.54665 0.48240\n 11 116 5 0.55769 0.49673 0.56248 0.49772 0.55935 0.49396 0.56248 0.49772 0.54665 0.48823\n 11 116 5 0.55864 0.50268 0.56374 0.50355 0.56030 0.49969 0.56374 0.50355 0.54665 0.49406\n 11 50 2 0.55511 0.50427 0.54665 0.49989\n 11 116 5 0.54556 0.36694 0.54349 0.37068 0.54744 0.36904 0.54349 0.37068 0.55552 0.35992\n 11 116 5 0.54651 0.37288 0.54476 0.37651 0.54839 0.37476 0.54476 0.37651 0.55552 0.36575\n 11 116 5 0.54745 0.37882 0.54602 0.38234 0.54934 0.38048 0.54602 0.38234 0.55552 0.37158\n 11 116 5 0.54840 0.38477 0.54729 0.38818 0.55029 0.38621 0.54729 0.38818 0.55552 0.37741\n 11 116 5 0.54935 0.39071 0.54855 0.39401 0.55124 0.39193 0.54855 0.39401 0.55552 0.38325\n 11 116 5 0.55030 0.39665 0.54982 0.39984 0.55219 0.39765 0.54982 0.39984 0.55552 0.38908\n 11 116 5 0.55125 0.40259 0.55109 0.40567 0.55314 0.40337 0.55109 0.40567 0.55552 0.39491\n 11 116 5 0.55220 0.40854 0.55235 0.41150 0.55409 0.40909 0.55235 0.41150 0.55552 0.40074\n 11 116 5 0.55315 0.41448 0.55362 0.41734 0.55503 0.41481 0.55362 0.41734 0.55552 0.40658\n 11 116 5 0.55410 0.42042 0.55488 0.42317 0.55598 0.42053 0.55488 0.42317 0.55552 0.41241\n 11 116 5 0.55505 0.42637 0.55615 0.42900 0.55693 0.42626 0.55615 0.42900 0.55552 0.41824\n 11 116 5 0.55600 0.43231 0.55742 0.43483 0.55788 0.43198 0.55742 0.43483 0.55552 0.42407\n 11 116 5 0.55695 0.43825 0.55868 0.44067 0.55883 0.43770 0.55868 0.44067 0.55552 0.42990\n 11 116 5 0.55790 0.44420 0.55995 0.44650 0.55978 0.44342 0.55995 0.44650 0.55552 0.43574\n 11 116 5 0.55885 0.45014 0.56121 0.45233 0.56073 0.44914 0.56121 0.45233 0.55552 0.44157\n 11 116 5 0.55980 0.45608 0.56248 0.45816 0.56168 0.45486 0.56248 0.45816 0.55552 0.44740\n 11 116 5 0.56075 0.46202 0.56375 0.46399 0.56263 0.46058 0.56375 0.46399 0.55552 0.45323\n 11 116 5 0.56170 0.46797 0.56501 0.46983 0.56358 0.46631 0.56501 0.46983 0.55552 0.45907\n 11 116 5 0.56265 0.47391 0.56628 0.47566 0.56453 0.47203 0.56628 0.47566 0.55552 0.46490\n 11 116 5 0.56360 0.47985 0.56754 0.48149 0.56548 0.47775 0.56754 0.48149 0.55552 0.47073\n 11 116 5 0.56455 0.48580 0.56881 0.48732 0.56643 0.48347 0.56881 0.48732 0.55552 0.47656\n 11 116 5 0.56549 0.49174 0.57008 0.49316 0.56738 0.48919 0.57008 0.49316 0.55552 0.48240\n 11 116 5 0.56644 0.49768 0.57134 0.49899 0.56833 0.49491 0.57134 0.49899 0.55552 0.48823\n 11 50 2 0.56739 0.50363 0.57019 0.50427\n 11 72 3 0.57217 0.50427 0.56928 0.50064 0.57217 0.50427\n 11 50 2 0.57173 0.50427 0.55552 0.49406\n 11 50 2 0.56298 0.50427 0.55552 0.49989\n 11 116 5 0.55431 0.36789 0.55235 0.37194 0.55641 0.36999 0.55235 0.37194 0.56438 0.35992\n 11 116 5 0.55526 0.37383 0.55362 0.37778 0.55736 0.37571 0.55362 0.37778 0.56438 0.36575\n 11 116 5 0.55621 0.37977 0.55489 0.38361 0.55831 0.38143 0.55489 0.38361 0.56438 0.37158\n 11 116 5 0.55716 0.38571 0.55615 0.38944 0.55926 0.38715 0.55615 0.38944 0.56438 0.37741\n 11 116 5 0.55811 0.39166 0.55742 0.39527 0.56021 0.39288 0.55742 0.39527 0.56438 0.38325\n 11 116 5 0.55906 0.39760 0.55868 0.40111 0.56116 0.39860 0.55868 0.40111 0.56438 0.38908\n 11 116 5 0.56001 0.40354 0.55995 0.40694 0.56211 0.40432 0.55995 0.40694 0.56438 0.39491\n 11 116 5 0.56096 0.40949 0.56122 0.41277 0.56306 0.41004 0.56122 0.41277 0.56438 0.40074\n 11 116 5 0.56190 0.41543 0.56248 0.41860 0.56401 0.41576 0.56248 0.41860 0.56438 0.40658\n 11 116 5 0.56285 0.42137 0.56375 0.42444 0.56496 0.42148 0.56375 0.42444 0.56438 0.41241\n 11 116 5 0.56380 0.42732 0.56501 0.43027 0.56591 0.42721 0.56501 0.43027 0.56438 0.41824\n 11 116 5 0.56475 0.43326 0.56628 0.43610 0.56686 0.43293 0.56628 0.43610 0.56438 0.42407\n 11 116 5 0.56570 0.43920 0.56755 0.44193 0.56781 0.43865 0.56755 0.44193 0.56438 0.42990\n 11 116 5 0.56665 0.44515 0.56881 0.44776 0.56876 0.44437 0.56881 0.44776 0.56438 0.43574\n 11 116 5 0.56760 0.45109 0.57008 0.45360 0.56971 0.45009 0.57008 0.45360 0.56438 0.44157\n 11 116 5 0.56855 0.45703 0.57134 0.45943 0.57066 0.45581 0.57134 0.45943 0.56438 0.44740\n 11 116 5 0.56950 0.46297 0.57261 0.46526 0.57161 0.46153 0.57261 0.46526 0.56438 0.45323\n 11 116 5 0.57045 0.46892 0.57388 0.47109 0.57255 0.46726 0.57388 0.47109 0.56438 0.45907\n 11 116 5 0.57140 0.47486 0.57514 0.47693 0.57350 0.47298 0.57514 0.47693 0.56438 0.46490\n 11 116 5 0.57235 0.48080 0.57641 0.48276 0.57445 0.47870 0.57641 0.48276 0.56438 0.47073\n 11 116 5 0.57330 0.48675 0.57767 0.48859 0.57540 0.48442 0.57767 0.48859 0.56438 0.47656\n 11 116 5 0.57425 0.49269 0.57894 0.49442 0.57635 0.49014 0.57894 0.49442 0.56438 0.48240\n 11 116 5 0.57520 0.49863 0.58021 0.50025 0.57730 0.49586 0.58021 0.50025 0.56438 0.48823\n 11 72 3 0.58017 0.50427 0.57825 0.50158 0.58017 0.50427\n 11 50 2 0.57889 0.50427 0.56438 0.49406\n 11 50 2 0.57106 0.50427 0.56438 0.49989\n 11 116 5 0.56306 0.36884 0.56122 0.37321 0.56539 0.37094 0.56122 0.37321 0.57324 0.35992\n 11 116 5 0.56401 0.37478 0.56248 0.37904 0.56634 0.37666 0.56248 0.37904 0.57324 0.36575\n 11 116 5 0.56496 0.38072 0.56375 0.38488 0.56729 0.38238 0.56375 0.38488 0.57324 0.37158\n 11 116 5 0.56591 0.38666 0.56502 0.39071 0.56824 0.38810 0.56502 0.39071 0.57324 0.37741\n 11 116 5 0.56686 0.39261 0.56628 0.39654 0.56919 0.39383 0.56628 0.39654 0.57324 0.38325\n 11 116 5 0.56781 0.39855 0.56755 0.40237 0.57014 0.39955 0.56755 0.40237 0.57324 0.38908\n 11 116 5 0.56876 0.40449 0.56881 0.40820 0.57108 0.40527 0.56881 0.40820 0.57324 0.39491\n 11 116 5 0.56971 0.41044 0.57008 0.41404 0.57203 0.41099 0.57008 0.41404 0.57324 0.40074\n 11 116 5 0.57066 0.41638 0.57135 0.41987 0.57298 0.41671 0.57135 0.41987 0.57324 0.40658\n 11 116 5 0.57161 0.42232 0.57261 0.42570 0.57393 0.42243 0.57261 0.42570 0.57324 0.41241\n 11 116 5 0.57256 0.42827 0.57388 0.43153 0.57488 0.42815 0.57388 0.43153 0.57324 0.41824\n 11 116 5 0.57351 0.43421 0.57514 0.43737 0.57583 0.43388 0.57514 0.43737 0.57324 0.42407\n 11 116 5 0.57446 0.44015 0.57641 0.44320 0.57678 0.43960 0.57641 0.44320 0.57324 0.42990\n 11 116 5 0.57541 0.44609 0.57768 0.44903 0.57773 0.44532 0.57768 0.44903 0.57324 0.43574\n 11 116 5 0.57635 0.45204 0.57894 0.45486 0.57868 0.45104 0.57894 0.45486 0.57324 0.44157\n 11 116 5 0.57730 0.45798 0.58021 0.46069 0.57963 0.45676 0.58021 0.46069 0.57324 0.44740\n 11 116 5 0.57825 0.46392 0.58147 0.46653 0.58058 0.46248 0.58147 0.46653 0.57324 0.45323\n 11 116 5 0.57920 0.46987 0.58274 0.47236 0.58153 0.46821 0.58274 0.47236 0.57324 0.45907\n 11 116 5 0.58015 0.47581 0.58401 0.47819 0.58248 0.47393 0.58401 0.47819 0.57324 0.46490\n 11 116 5 0.58110 0.48175 0.58527 0.48402 0.58343 0.47965 0.58527 0.48402 0.57324 0.47073\n 11 116 5 0.58205 0.48770 0.58654 0.48986 0.58438 0.48537 0.58654 0.48986 0.57324 0.47656\n 11 116 5 0.58300 0.49364 0.58780 0.49569 0.58533 0.49109 0.58780 0.49569 0.57324 0.48240\n 11 116 5 0.58395 0.49958 0.58907 0.50152 0.58628 0.49681 0.58907 0.50152 0.57324 0.48823\n 11 72 3 0.58834 0.50427 0.58723 0.50253 0.58834 0.50427\n 11 50 2 0.58637 0.50427 0.57324 0.49406\n 11 50 2 0.57929 0.50427 0.57324 0.49989\n 11 116 5 0.57181 0.36978 0.57008 0.37448 0.57436 0.37189 0.57008 0.37448 0.58211 0.35992\n 11 116 5 0.57276 0.37573 0.57135 0.38031 0.57531 0.37761 0.57135 0.38031 0.58211 0.36575\n 11 116 5 0.57371 0.38167 0.57261 0.38614 0.57626 0.38333 0.57261 0.38614 0.58211 0.37158\n 11 116 5 0.57466 0.38761 0.57388 0.39197 0.57721 0.38905 0.57388 0.39197 0.58211 0.37741\n 11 116 5 0.57561 0.39356 0.57515 0.39781 0.57816 0.39478 0.57515 0.39781 0.58211 0.38325\n 11 116 5 0.57656 0.39950 0.57641 0.40364 0.57911 0.40050 0.57641 0.40364 0.58211 0.38908\n 11 116 5 0.57751 0.40544 0.57768 0.40947 0.58006 0.40622 0.57768 0.40947 0.58211 0.39491\n 11 116 5 0.57846 0.41139 0.57894 0.41530 0.58101 0.41194 0.57894 0.41530 0.58211 0.40074\n 11 116 5 0.57941 0.41733 0.58021 0.42113 0.58196 0.41766 0.58021 0.42113 0.58211 0.40658\n 11 116 5 0.58036 0.42327 0.58148 0.42697 0.58291 0.42338 0.58148 0.42697 0.58211 0.41241\n 11 116 5 0.58131 0.42922 0.58274 0.43280 0.58386 0.42910 0.58274 0.43280 0.58211 0.41824\n 11 116 5 0.58226 0.43516 0.58401 0.43863 0.58481 0.43483 0.58401 0.43863 0.58211 0.42407\n 11 116 5 0.58321 0.44110 0.58527 0.44446 0.58576 0.44055 0.58527 0.44446 0.58211 0.42990\n 11 116 5 0.58416 0.44704 0.58654 0.45030 0.58671 0.44627 0.58654 0.45030 0.58211 0.43574\n 11 116 5 0.58511 0.45299 0.58781 0.45613 0.58766 0.45199 0.58781 0.45613 0.58211 0.44157\n 11 116 5 0.58606 0.45893 0.58907 0.46196 0.58860 0.45771 0.58907 0.46196 0.58211 0.44740\n 11 116 5 0.58701 0.46487 0.59034 0.46779 0.58955 0.46343 0.59034 0.46779 0.58211 0.45323\n 11 116 5 0.58796 0.47082 0.59160 0.47363 0.59050 0.46915 0.59160 0.47363 0.58211 0.45907\n 11 116 5 0.58891 0.47676 0.59287 0.47946 0.59145 0.47488 0.59287 0.47946 0.58211 0.46490\n 11 116 5 0.58986 0.48270 0.59414 0.48529 0.59240 0.48060 0.59414 0.48529 0.58211 0.47073\n 11 116 5 0.59080 0.48865 0.59540 0.49112 0.59335 0.48632 0.59540 0.49112 0.58211 0.47656\n 11 116 5 0.59175 0.49459 0.59667 0.49695 0.59430 0.49204 0.59667 0.49695 0.58211 0.48240\n 11 116 5 0.59270 0.50053 0.59793 0.50279 0.59525 0.49776 0.59793 0.50279 0.58211 0.48823\n 11 72 3 0.59666 0.50427 0.59620 0.50348 0.59666 0.50427\n 11 50 2 0.59409 0.50427 0.58211 0.49406\n 11 50 2 0.58762 0.50427 0.58211 0.49989\n 11 116 5 0.58057 0.37073 0.57895 0.37574 0.58334 0.37284 0.57895 0.37574 0.59097 0.35992\n 11 116 5 0.58152 0.37668 0.58021 0.38157 0.58429 0.37856 0.58021 0.38157 0.59097 0.36575\n 11 116 5 0.58247 0.38262 0.58148 0.38741 0.58524 0.38428 0.58148 0.38741 0.59097 0.37158\n 11 116 5 0.58342 0.38856 0.58274 0.39324 0.58619 0.39000 0.58274 0.39324 0.59097 0.37741\n 11 116 5 0.58437 0.39451 0.58401 0.39907 0.58714 0.39572 0.58401 0.39907 0.59097 0.38325\n 11 116 5 0.58532 0.40045 0.58528 0.40490 0.58808 0.40145 0.58528 0.40490 0.59097 0.38908\n 11 116 5 0.58626 0.40639 0.58654 0.41074 0.58903 0.40717 0.58654 0.41074 0.59097 0.39491\n 11 116 5 0.58721 0.41234 0.58781 0.41657 0.58998 0.41289 0.58781 0.41657 0.59097 0.40074\n 11 116 5 0.58816 0.41828 0.58907 0.42240 0.59093 0.41861 0.58907 0.42240 0.59097 0.40658\n 11 116 5 0.58911 0.42422 0.59034 0.42823 0.59188 0.42433 0.59034 0.42823 0.59097 0.41241\n 11 116 5 0.59006 0.43016 0.59161 0.43407 0.59283 0.43005 0.59161 0.43407 0.59097 0.41824\n 11 116 5 0.59101 0.43611 0.59287 0.43990 0.59378 0.43578 0.59287 0.43990 0.59097 0.42407\n 11 116 5 0.59196 0.44205 0.59414 0.44573 0.59473 0.44150 0.59414 0.44573 0.59097 0.42990\n 11 116 5 0.59291 0.44799 0.59540 0.45156 0.59568 0.44722 0.59540 0.45156 0.59097 0.43574\n 11 116 5 0.59386 0.45394 0.59667 0.45739 0.59663 0.45294 0.59667 0.45739 0.59097 0.44157\n 11 116 5 0.59481 0.45988 0.59794 0.46323 0.59758 0.45866 0.59794 0.46323 0.59097 0.44740\n 11 116 5 0.59576 0.46582 0.59920 0.46906 0.59853 0.46438 0.59920 0.46906 0.59097 0.45323\n 11 116 5 0.59671 0.47177 0.60047 0.47489 0.59948 0.47010 0.60047 0.47489 0.59097 0.45907\n 11 116 5 0.59766 0.47771 0.60173 0.48072 0.60043 0.47583 0.60173 0.48072 0.59097 0.46490\n 11 116 5 0.59861 0.48365 0.60300 0.48656 0.60138 0.48155 0.60300 0.48656 0.59097 0.47073\n 11 116 5 0.59956 0.48959 0.60427 0.49239 0.60233 0.48727 0.60427 0.49239 0.59097 0.47656\n 11 116 5 0.60051 0.49554 0.60553 0.49822 0.60328 0.49299 0.60553 0.49822 0.59097 0.48240\n 11 116 5 0.60146 0.50148 0.60680 0.50405 0.60423 0.49871 0.60680 0.50405 0.59097 0.48823\n 11 50 2 0.60200 0.50427 0.59097 0.49406\n 11 50 2 0.59605 0.50427 0.59097 0.49989\n 11 116 5 0.58932 0.37168 0.58781 0.37701 0.59231 0.37379 0.58781 0.37701 0.59984 0.35992\n 11 116 5 0.59027 0.37763 0.58908 0.38284 0.59326 0.37951 0.58908 0.38284 0.59984 0.36575\n 11 116 5 0.59122 0.38357 0.59034 0.38867 0.59421 0.38523 0.59034 0.38867 0.59984 0.37158\n 11 116 5 0.59217 0.38951 0.59161 0.39451 0.59516 0.39095 0.59161 0.39451 0.59984 0.37741\n 11 116 5 0.59312 0.39546 0.59287 0.40034 0.59611 0.39667 0.59287 0.40034 0.59984 0.38325\n 11 116 5 0.59407 0.40140 0.59414 0.40617 0.59706 0.40240 0.59414 0.40617 0.59984 0.38908\n 11 116 5 0.59502 0.40734 0.59541 0.41200 0.59801 0.40812 0.59541 0.41200 0.59984 0.39491\n 11 116 5 0.59597 0.41328 0.59667 0.41783 0.59896 0.41384 0.59667 0.41783 0.59984 0.40074\n 11 116 5 0.59692 0.41923 0.59794 0.42367 0.59991 0.41956 0.59794 0.42367 0.59984 0.40658\n 11 116 5 0.59787 0.42517 0.59920 0.42950 0.60086 0.42528 0.59920 0.42950 0.59984 0.41241\n 11 116 5 0.59882 0.43111 0.60047 0.43533 0.60181 0.43100 0.60047 0.43533 0.59984 0.41824\n 11 116 5 0.59977 0.43706 0.60174 0.44116 0.60276 0.43672 0.60174 0.44116 0.59984 0.42407\n 11 116 5 0.60071 0.44300 0.60300 0.44700 0.60371 0.44245 0.60300 0.44700 0.59984 0.42990\n 11 116 5 0.60166 0.44894 0.60427 0.45283 0.60466 0.44817 0.60427 0.45283 0.59984 0.43574\n 11 116 5 0.60261 0.45489 0.60553 0.45866 0.60560 0.45389 0.60553 0.45866 0.59984 0.44157\n 11 116 5 0.60356 0.46083 0.60680 0.46449 0.60655 0.45961 0.60680 0.46449 0.59984 0.44740\n 11 116 5 0.60451 0.46677 0.60807 0.47032 0.60750 0.46533 0.60807 0.47032 0.59984 0.45323\n 11 116 5 0.60546 0.47272 0.60933 0.47616 0.60845 0.47105 0.60933 0.47616 0.59984 0.45907\n 11 116 5 0.60641 0.47866 0.61060 0.48199 0.60940 0.47678 0.61060 0.48199 0.59984 0.46490\n 11 116 5 0.60736 0.48460 0.61186 0.48782 0.61035 0.48250 0.61186 0.48782 0.59984 0.47073\n 11 116 5 0.60831 0.49054 0.61313 0.49365 0.61130 0.48822 0.61313 0.49365 0.59984 0.47656\n 11 116 5 0.60926 0.49649 0.61440 0.49949 0.61225 0.49394 0.61440 0.49949 0.59984 0.48240\n 11 50 2 0.61021 0.50243 0.61368 0.50427\n 11 72 3 0.61520 0.50427 0.61320 0.49966 0.61520 0.50427\n 11 50 2 0.61469 0.50427 0.59984 0.48823\n 11 50 2 0.61004 0.50427 0.59984 0.49406\n 11 50 2 0.60453 0.50427 0.59984 0.49989\n 11 116 5 0.59807 0.37263 0.59667 0.37827 0.60129 0.37474 0.59667 0.37827 0.60870 0.35992\n 11 116 5 0.59902 0.37858 0.59794 0.38411 0.60224 0.38046 0.59794 0.38411 0.60870 0.36575\n 11 116 5 0.59997 0.38452 0.59921 0.38994 0.60319 0.38618 0.59921 0.38994 0.60870 0.37158\n 11 116 5 0.60092 0.39046 0.60047 0.39577 0.60413 0.39190 0.60047 0.39577 0.60870 0.37741\n 11 116 5 0.60187 0.39641 0.60174 0.40160 0.60508 0.39762 0.60174 0.40160 0.60870 0.38325\n 11 116 5 0.60282 0.40235 0.60300 0.40744 0.60603 0.40335 0.60300 0.40744 0.60870 0.38908\n 11 116 5 0.60377 0.40829 0.60427 0.41327 0.60698 0.40907 0.60427 0.41327 0.60870 0.39491\n 11 116 5 0.60472 0.41423 0.60554 0.41910 0.60793 0.41479 0.60554 0.41910 0.60870 0.40074\n 11 116 5 0.60567 0.42018 0.60680 0.42493 0.60888 0.42051 0.60680 0.42493 0.60870 0.40658\n 11 116 5 0.60662 0.42612 0.60807 0.43077 0.60983 0.42623 0.60807 0.43077 0.60870 0.41241\n 11 116 5 0.60757 0.43206 0.60933 0.43660 0.61078 0.43195 0.60933 0.43660 0.60870 0.41824\n 11 116 5 0.60852 0.43801 0.61060 0.44243 0.61173 0.43767 0.61060 0.44243 0.60870 0.42407\n 11 116 5 0.60947 0.44395 0.61187 0.44826 0.61268 0.44340 0.61187 0.44826 0.60870 0.42990\n 11 116 5 0.61042 0.44989 0.61313 0.45409 0.61363 0.44912 0.61313 0.45409 0.60870 0.43574\n 11 116 5 0.61137 0.45584 0.61440 0.45993 0.61458 0.45484 0.61440 0.45993 0.60870 0.44157\n 11 50 2 0.61232 0.46178 0.61535 0.46538\n 11 50 2 0.61535 0.46493 0.60870 0.44740\n 11 50 2 0.61327 0.46772 0.61535 0.46992\n 11 50 2 0.61535 0.46806 0.60870 0.45323\n 11 50 2 0.61422 0.47366 0.61535 0.47473\n 11 50 2 0.61535 0.47192 0.60870 0.45907\n 11 50 2 0.61516 0.47961 0.61535 0.47976\n 11 50 2 0.61535 0.47624 0.60870 0.46490\n 11 50 2 0.61535 0.48088 0.60870 0.47073\n 11 50 2 0.61535 0.48574 0.60870 0.47656\n 11 50 2 0.61535 0.49078 0.60870 0.48240\n 11 50 2 0.61535 0.49594 0.60870 0.48823\n 11 50 2 0.61535 0.50120 0.60870 0.49406\n 11 50 2 0.61307 0.50427 0.60870 0.49989\n 21 6 1\n 25 6 1\n 82 0\n 81 6 44\n 82 0\n 84 6 19\n 84 6 20\n 84 6 21\n 84 6 22\n 84 6 23\n 84 6 24\n 84 6 25\n 84 6 26\n 84 6 39\n 84 6 40\n 84 6 41\n 84 6 42\n 84 6 43\n 84 6 44\n 84 6 27\n 84 6 28\n 84 6 29\n 84 6 30\n 84 6 31\n 84 6 32\n 84 6 33\n 84 6 34\n 84 6 35\n 84 6 36\n 84 6 37\n 84 6 38\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"b461ffe93c13b9a5347f8c5e4b8a7f56b807a36f","subject":"plotting changes","message":"plotting changes\n","repos":"toonn\/bdap-proj4","old_file":"src\/dist_hist.gnuplot","new_file":"src\/dist_hist.gnuplot","new_contents":"if (!exists(\"datafile\")) datafile='tripDistances.data'\nset terminal pdf\nset output 'out.pdf'\nset key off\nset boxwidth 0.8 absolute\nset xrange [-0.5:35]\nset style fill solid 0.5\nset xlabel \"Distance in kilometers\"\nset ylabel \"Number of trips\"\nbin(x) = floor(x+0.5)\nset table 'foobar.table'\nplot datafile using (bin($1)):(1) smooth frequency with boxes\n","old_contents":"if (!exists(\"datafile\")) datafile='tripDistances.data'\nset key off\nset boxwidth 0.9 absolute\nset yrange [1:20]\n#set logscale y\nset style fill solid 0.25 noborder\nset xlabel \"Distance in kilometers\"\nset ylabel \"Number of trips\"\nbin(x) = floor((x\/100)+0.5)\nplot datafile using (bin($1)):(1) smooth frequency with boxes\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"0970633ac78e026868db9903dc33ce7db68301aa","subject":"slight difference in label at lower left, flowline plot","message":"slight difference in label at lower left, flowline plot\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@12934 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret","old_file":"bench\/metafile_masters_64bit\/flowlines.plt","new_file":"bench\/metafile_masters_64bit\/flowlines.plt","new_contents":"GKSMansley@dunkel.pmel.nXPPLP Profile F 1.0 11\/10\/25 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 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0.12666 0.63385 0.12666 0.70429 0.11347 0.70429 0.12666 0.70429 0.12666 0.77474 0.11347 0.77474 0.12666 0.77474 0.12666 0.84518 0.11347 0.84518 0.12666 0.84518 0.12666 0.85223\n 11 380 17 0.10304 0.21645 0.09801 0.21645 0.09751 0.21193 0.09801 0.21243 0.09952 0.21293 0.10103 0.21293 0.10254 0.21243 0.10354 0.21143 0.10404 0.20992 0.10404 0.20891 0.10354 0.20740 0.10254 0.20640 0.10103 0.20590 0.09952 0.20590 0.09801 0.20640 0.09751 0.20690 0.09701 0.20791\n 11 94 4 0.08846 0.35533 0.08947 0.35583 0.09098 0.35734 0.09098 0.34679\n 11 380 17 0.10304 0.35734 0.09801 0.35734 0.09751 0.35282 0.09801 0.35332 0.09952 0.35382 0.10103 0.35382 0.10254 0.35332 0.10354 0.35232 0.10404 0.35081 0.10404 0.34980 0.10354 0.34829 0.10254 0.34729 0.10103 0.34679 0.09952 0.34679 0.09801 0.34729 0.09751 0.34779 0.09701 0.34880\n 11 314 14 0.08746 0.49572 0.08746 0.49622 0.08796 0.49723 0.08846 0.49773 0.08947 0.49823 0.09148 0.49823 0.09248 0.49773 0.09299 0.49723 0.09349 0.49622 0.09349 0.49522 0.09299 0.49421 0.09198 0.49270 0.08695 0.48768 0.09399 0.48768\n 11 380 17 0.10304 0.49823 0.09801 0.49823 0.09751 0.49371 0.09801 0.49421 0.09952 0.49471 0.10103 0.49471 0.10254 0.49421 0.10354 0.49321 0.10404 0.49170 0.10404 0.49069 0.10354 0.48919 0.10254 0.48818 0.10103 0.48768 0.09952 0.48768 0.09801 0.48818 0.09751 0.48868 0.09701 0.48969\n 11 336 15 0.08796 0.63912 0.09349 0.63912 0.09047 0.63510 0.09198 0.63510 0.09299 0.63460 0.09349 0.63410 0.09399 0.63259 0.09399 0.63158 0.09349 0.63008 0.09248 0.62907 0.09098 0.62857 0.08947 0.62857 0.08796 0.62907 0.08746 0.62957 0.08695 0.63058\n 11 380 17 0.10304 0.63912 0.09801 0.63912 0.09751 0.63460 0.09801 0.63510 0.09952 0.63561 0.10103 0.63561 0.10254 0.63510 0.10354 0.63410 0.10404 0.63259 0.10404 0.63158 0.10354 0.63008 0.10254 0.62907 0.10103 0.62857 0.09952 0.62857 0.09801 0.62907 0.09751 0.62957 0.09701 0.63058\n 11 72 3 0.09198 0.78001 0.08695 0.77298 0.09449 0.77298\n 11 50 2 0.09198 0.78001 0.09198 0.76946\n 11 380 17 0.10304 0.78001 0.09801 0.78001 0.09751 0.77549 0.09801 0.77599 0.09952 0.77650 0.10103 0.77650 0.10254 0.77599 0.10354 0.77499 0.10404 0.77348 0.10404 0.77248 0.10354 0.77097 0.10254 0.76996 0.10103 0.76946 0.09952 0.76946 0.09801 0.76996 0.09751 0.77046 0.09701 0.77147\n 11 732 33 0.12666 0.21117 0.12666 0.14777 0.12666 0.21117 0.11347 0.21117 0.12666 0.21117 0.12666 0.28162 0.11347 0.28162 0.12666 0.28162 0.12666 0.35206 0.11347 0.35206 0.12666 0.35206 0.12666 0.42251 0.11347 0.42251 0.12666 0.42251 0.12666 0.49296 0.11347 0.49296 0.12666 0.49296 0.12666 0.56340 0.11347 0.56340 0.12666 0.56340 0.12666 0.63385 0.11347 0.63385 0.12666 0.63385 0.12666 0.70429 0.11347 0.70429 0.12666 0.70429 0.12666 0.77474 0.11347 0.77474 0.12666 0.77474 0.12666 0.84518 0.11347 0.84518 0.12666 0.84518 0.12666 0.85223\n 11 380 17 0.10304 0.21645 0.09801 0.21645 0.09751 0.21193 0.09801 0.21243 0.09952 0.21293 0.10103 0.21293 0.10254 0.21243 0.10354 0.21143 0.10404 0.20992 0.10404 0.20891 0.10354 0.20740 0.10254 0.20640 0.10103 0.20590 0.09952 0.20590 0.09801 0.20640 0.09751 0.20690 0.09701 0.20791\n 11 94 4 0.08846 0.35533 0.08947 0.35583 0.09098 0.35734 0.09098 0.34679\n 11 380 17 0.10304 0.35734 0.09801 0.35734 0.09751 0.35282 0.09801 0.35332 0.09952 0.35382 0.10103 0.35382 0.10254 0.35332 0.10354 0.35232 0.10404 0.35081 0.10404 0.34980 0.10354 0.34829 0.10254 0.34729 0.10103 0.34679 0.09952 0.34679 0.09801 0.34729 0.09751 0.34779 0.09701 0.34880\n 11 314 14 0.08746 0.49572 0.08746 0.49622 0.08796 0.49723 0.08846 0.49773 0.08947 0.49823 0.09148 0.49823 0.09248 0.49773 0.09299 0.49723 0.09349 0.49622 0.09349 0.49522 0.09299 0.49421 0.09198 0.49270 0.08695 0.48768 0.09399 0.48768\n 11 380 17 0.10304 0.49823 0.09801 0.49823 0.09751 0.49371 0.09801 0.49421 0.09952 0.49471 0.10103 0.49471 0.10254 0.49421 0.10354 0.49321 0.10404 0.49170 0.10404 0.49069 0.10354 0.48919 0.10254 0.48818 0.10103 0.48768 0.09952 0.48768 0.09801 0.48818 0.09751 0.48868 0.09701 0.48969\n 11 336 15 0.08796 0.63912 0.09349 0.63912 0.09047 0.63510 0.09198 0.63510 0.09299 0.63460 0.09349 0.63410 0.09399 0.63259 0.09399 0.63158 0.09349 0.63008 0.09248 0.62907 0.09098 0.62857 0.08947 0.62857 0.08796 0.62907 0.08746 0.62957 0.08695 0.63058\n 11 380 17 0.10304 0.63912 0.09801 0.63912 0.09751 0.63460 0.09801 0.63510 0.09952 0.63561 0.10103 0.63561 0.10254 0.63510 0.10354 0.63410 0.10404 0.63259 0.10404 0.63158 0.10354 0.63008 0.10254 0.62907 0.10103 0.62857 0.09952 0.62857 0.09801 0.62907 0.09751 0.62957 0.09701 0.63058\n 11 72 3 0.09198 0.78001 0.08695 0.77298 0.09449 0.77298\n 11 50 2 0.09198 0.78001 0.09198 0.76946\n 11 380 17 0.10304 0.78001 0.09801 0.78001 0.09751 0.77549 0.09801 0.77599 0.09952 0.77650 0.10103 0.77650 0.10254 0.77599 0.10354 0.77499 0.10404 0.77348 0.10404 0.77248 0.10354 0.77097 0.10254 0.76996 0.10103 0.76946 0.09952 0.76946 0.09801 0.76996 0.09751 0.77046 0.09701 0.77147\n 11 732 33 0.89445 0.21117 0.89445 0.14777 0.89445 0.21117 0.90764 0.21117 0.89445 0.21117 0.89445 0.28162 0.90764 0.28162 0.89445 0.28162 0.89445 0.35206 0.90764 0.35206 0.89445 0.35206 0.89445 0.42251 0.90764 0.42251 0.89445 0.42251 0.89445 0.49296 0.90764 0.49296 0.89445 0.49296 0.89445 0.56340 0.90764 0.56340 0.89445 0.56340 0.89445 0.63385 0.90764 0.63385 0.89445 0.63385 0.89445 0.70429 0.90764 0.70429 0.89445 0.70429 0.89445 0.77474 0.90764 0.77474 0.89445 0.77474 0.89445 0.84518 0.90764 0.84518 0.89445 0.84518 0.89445 0.85223\n 11 732 33 0.89445 0.21117 0.89445 0.14777 0.89445 0.21117 0.90764 0.21117 0.89445 0.21117 0.89445 0.28162 0.90764 0.28162 0.89445 0.28162 0.89445 0.35206 0.90764 0.35206 0.89445 0.35206 0.89445 0.42251 0.90764 0.42251 0.89445 0.42251 0.89445 0.49296 0.90764 0.49296 0.89445 0.49296 0.89445 0.56340 0.90764 0.56340 0.89445 0.56340 0.89445 0.63385 0.90764 0.63385 0.89445 0.63385 0.89445 0.70429 0.90764 0.70429 0.89445 0.70429 0.89445 0.77474 0.90764 0.77474 0.89445 0.77474 0.89445 0.84518 0.90764 0.84518 0.89445 0.84518 0.89445 0.85223\n 11 732 33 0.19576 0.85223 0.12666 0.85223 0.19576 0.85223 0.19576 0.86542 0.19576 0.85223 0.27254 0.85223 0.27254 0.86542 0.27254 0.85223 0.34932 0.85223 0.34932 0.86542 0.34932 0.85223 0.42610 0.85223 0.42610 0.86542 0.42610 0.85223 0.50288 0.85223 0.50288 0.86542 0.50288 0.85223 0.57966 0.85223 0.57966 0.86542 0.57966 0.85223 0.65643 0.85223 0.65643 0.86542 0.65643 0.85223 0.73321 0.85223 0.73321 0.86542 0.73321 0.85223 0.80999 0.85223 0.80999 0.86542 0.80999 0.85223 0.88677 0.85223 0.88677 0.86542 0.88677 0.85223 0.89445 0.85223\n 11 732 33 0.19576 0.85223 0.12666 0.85223 0.19576 0.85223 0.19576 0.86542 0.19576 0.85223 0.27254 0.85223 0.27254 0.86542 0.27254 0.85223 0.34932 0.85223 0.34932 0.86542 0.34932 0.85223 0.42610 0.85223 0.42610 0.86542 0.42610 0.85223 0.50288 0.85223 0.50288 0.86542 0.50288 0.85223 0.57966 0.85223 0.57966 0.86542 0.57966 0.85223 0.65643 0.85223 0.65643 0.86542 0.65643 0.85223 0.73321 0.85223 0.73321 0.86542 0.73321 0.85223 0.80999 0.85223 0.80999 0.86542 0.80999 0.85223 0.88677 0.85223 0.88677 0.86542 0.88677 0.85223 0.89445 0.85223\n 11 732 33 0.19576 0.14777 0.12666 0.14777 0.19576 0.14777 0.19576 0.13458 0.19576 0.14777 0.27254 0.14777 0.27254 0.13458 0.27254 0.14777 0.34932 0.14777 0.34932 0.13458 0.34932 0.14777 0.42610 0.14777 0.42610 0.13458 0.42610 0.14777 0.50288 0.14777 0.50288 0.13458 0.50288 0.14777 0.57966 0.14777 0.57966 0.13458 0.57966 0.14777 0.65643 0.14777 0.65643 0.13458 0.65643 0.14777 0.73321 0.14777 0.73321 0.13458 0.73321 0.14777 0.80999 0.14777 0.80999 0.13458 0.80999 0.14777 0.88677 0.14777 0.88677 0.13458 0.88677 0.14777 0.89445 0.14777\n 11 380 17 0.19828 0.12508 0.19325 0.12508 0.19275 0.12056 0.19325 0.12106 0.19476 0.12156 0.19627 0.12156 0.19777 0.12106 0.19878 0.12005 0.19928 0.11854 0.19928 0.11754 0.19878 0.11603 0.19777 0.11503 0.19627 0.11452 0.19476 0.11452 0.19325 0.11503 0.19275 0.11553 0.19224 0.11653\n 11 94 4 0.34228 0.12307 0.34329 0.12357 0.34480 0.12508 0.34480 0.11452\n 11 380 17 0.35686 0.12508 0.35183 0.12508 0.35133 0.12056 0.35183 0.12106 0.35334 0.12156 0.35485 0.12156 0.35636 0.12106 0.35736 0.12005 0.35786 0.11854 0.35786 0.11754 0.35736 0.11603 0.35636 0.11503 0.35485 0.11452 0.35334 0.11452 0.35183 0.11503 0.35133 0.11553 0.35083 0.11653\n 11 314 14 0.49484 0.12257 0.49484 0.12307 0.49534 0.12407 0.49584 0.12458 0.49685 0.12508 0.49886 0.12508 0.49986 0.12458 0.50036 0.12407 0.50087 0.12307 0.50087 0.12206 0.50036 0.12106 0.49936 0.11955 0.49433 0.11452 0.50137 0.11452\n 11 380 17 0.51042 0.12508 0.50539 0.12508 0.50489 0.12056 0.50539 0.12106 0.50690 0.12156 0.50841 0.12156 0.50991 0.12106 0.51092 0.12005 0.51142 0.11854 0.51142 0.11754 0.51092 0.11603 0.50991 0.11503 0.50841 0.11452 0.50690 0.11452 0.50539 0.11503 0.50489 0.11553 0.50439 0.11653\n 11 336 15 0.64890 0.12508 0.65442 0.12508 0.65141 0.12106 0.65292 0.12106 0.65392 0.12056 0.65442 0.12005 0.65493 0.11854 0.65493 0.11754 0.65442 0.11603 0.65342 0.11503 0.65191 0.11452 0.65040 0.11452 0.64890 0.11503 0.64839 0.11553 0.64789 0.11653\n 11 380 17 0.66397 0.12508 0.65895 0.12508 0.65845 0.12056 0.65895 0.12106 0.66046 0.12156 0.66196 0.12156 0.66347 0.12106 0.66448 0.12005 0.66498 0.11854 0.66498 0.11754 0.66448 0.11603 0.66347 0.11503 0.66196 0.11452 0.66046 0.11452 0.65895 0.11503 0.65845 0.11553 0.65794 0.11653\n 11 72 3 0.80647 0.12508 0.80145 0.11804 0.80899 0.11804\n 11 50 2 0.80647 0.12508 0.80647 0.11452\n 11 380 17 0.81753 0.12508 0.81250 0.12508 0.81200 0.12056 0.81250 0.12106 0.81401 0.12156 0.81552 0.12156 0.81703 0.12106 0.81803 0.12005 0.81854 0.11854 0.81854 0.11754 0.81803 0.11603 0.81703 0.11503 0.81552 0.11452 0.81401 0.11452 0.81250 0.11503 0.81200 0.11553 0.81150 0.11653\n 11 732 33 0.19576 0.14777 0.12666 0.14777 0.19576 0.14777 0.19576 0.13458 0.19576 0.14777 0.27254 0.14777 0.27254 0.13458 0.27254 0.14777 0.34932 0.14777 0.34932 0.13458 0.34932 0.14777 0.42610 0.14777 0.42610 0.13458 0.42610 0.14777 0.50288 0.14777 0.50288 0.13458 0.50288 0.14777 0.57966 0.14777 0.57966 0.13458 0.57966 0.14777 0.65643 0.14777 0.65643 0.13458 0.65643 0.14777 0.73321 0.14777 0.73321 0.13458 0.73321 0.14777 0.80999 0.14777 0.80999 0.13458 0.80999 0.14777 0.88677 0.14777 0.88677 0.13458 0.88677 0.14777 0.89445 0.14777\n 11 380 17 0.19828 0.12508 0.19325 0.12508 0.19275 0.12056 0.19325 0.12106 0.19476 0.12156 0.19627 0.12156 0.19777 0.12106 0.19878 0.12005 0.19928 0.11854 0.19928 0.11754 0.19878 0.11603 0.19777 0.11503 0.19627 0.11452 0.19476 0.11452 0.19325 0.11503 0.19275 0.11553 0.19224 0.11653\n 11 94 4 0.34228 0.12307 0.34329 0.12357 0.34480 0.12508 0.34480 0.11452\n 11 380 17 0.35686 0.12508 0.35183 0.12508 0.35133 0.12056 0.35183 0.12106 0.35334 0.12156 0.35485 0.12156 0.35636 0.12106 0.35736 0.12005 0.35786 0.11854 0.35786 0.11754 0.35736 0.11603 0.35636 0.11503 0.35485 0.11452 0.35334 0.11452 0.35183 0.11503 0.35133 0.11553 0.35083 0.11653\n 11 314 14 0.49484 0.12257 0.49484 0.12307 0.49534 0.12407 0.49584 0.12458 0.49685 0.12508 0.49886 0.12508 0.49986 0.12458 0.50036 0.12407 0.50087 0.12307 0.50087 0.12206 0.50036 0.12106 0.49936 0.11955 0.49433 0.11452 0.50137 0.11452\n 11 380 17 0.51042 0.12508 0.50539 0.12508 0.50489 0.12056 0.50539 0.12106 0.50690 0.12156 0.50841 0.12156 0.50991 0.12106 0.51092 0.12005 0.51142 0.11854 0.51142 0.11754 0.51092 0.11603 0.50991 0.11503 0.50841 0.11452 0.50690 0.11452 0.50539 0.11503 0.50489 0.11553 0.50439 0.11653\n 11 336 15 0.64890 0.12508 0.65442 0.12508 0.65141 0.12106 0.65292 0.12106 0.65392 0.12056 0.65442 0.12005 0.65493 0.11854 0.65493 0.11754 0.65442 0.11603 0.65342 0.11503 0.65191 0.11452 0.65040 0.11452 0.64890 0.11503 0.64839 0.11553 0.64789 0.11653\n 11 380 17 0.66397 0.12508 0.65895 0.12508 0.65845 0.12056 0.65895 0.12106 0.66046 0.12156 0.66196 0.12156 0.66347 0.12106 0.66448 0.12005 0.66498 0.11854 0.66498 0.11754 0.66448 0.11603 0.66347 0.11503 0.66196 0.11452 0.66046 0.11452 0.65895 0.11503 0.65845 0.11553 0.65794 0.11653\n 11 72 3 0.80647 0.12508 0.80145 0.11804 0.80899 0.11804\n 11 50 2 0.80647 0.12508 0.80647 0.11452\n 11 380 17 0.81753 0.12508 0.81250 0.12508 0.81200 0.12056 0.81250 0.12106 0.81401 0.12156 0.81552 0.12156 0.81703 0.12106 0.81803 0.12005 0.81854 0.11854 0.81854 0.11754 0.81803 0.11603 0.81703 0.11503 0.81552 0.11452 0.81401 0.11452 0.81250 0.11503 0.81200 0.11553 0.81150 0.11653\n 11 732 33 0.12666 0.21117 0.12666 0.14777 0.12666 0.21117 0.11347 0.21117 0.12666 0.21117 0.12666 0.28162 0.11347 0.28162 0.12666 0.28162 0.12666 0.35206 0.11347 0.35206 0.12666 0.35206 0.12666 0.42251 0.11347 0.42251 0.12666 0.42251 0.12666 0.49296 0.11347 0.49296 0.12666 0.49296 0.12666 0.56340 0.11347 0.56340 0.12666 0.56340 0.12666 0.63385 0.11347 0.63385 0.12666 0.63385 0.12666 0.70429 0.11347 0.70429 0.12666 0.70429 0.12666 0.77474 0.11347 0.77474 0.12666 0.77474 0.12666 0.84518 0.11347 0.84518 0.12666 0.84518 0.12666 0.85223\n 11 380 17 0.10304 0.21645 0.09801 0.21645 0.09751 0.21193 0.09801 0.21243 0.09952 0.21293 0.10103 0.21293 0.10254 0.21243 0.10354 0.21143 0.10404 0.20992 0.10404 0.20891 0.10354 0.20740 0.10254 0.20640 0.10103 0.20590 0.09952 0.20590 0.09801 0.20640 0.09751 0.20690 0.09701 0.20791\n 11 94 4 0.08846 0.35533 0.08947 0.35583 0.09098 0.35734 0.09098 0.34679\n 11 380 17 0.10304 0.35734 0.09801 0.35734 0.09751 0.35282 0.09801 0.35332 0.09952 0.35382 0.10103 0.35382 0.10254 0.35332 0.10354 0.35232 0.10404 0.35081 0.10404 0.34980 0.10354 0.34829 0.10254 0.34729 0.10103 0.34679 0.09952 0.34679 0.09801 0.34729 0.09751 0.34779 0.09701 0.34880\n 11 314 14 0.08746 0.49572 0.08746 0.49622 0.08796 0.49723 0.08846 0.49773 0.08947 0.49823 0.09148 0.49823 0.09248 0.49773 0.09299 0.49723 0.09349 0.49622 0.09349 0.49522 0.09299 0.49421 0.09198 0.49270 0.08695 0.48768 0.09399 0.48768\n 11 380 17 0.10304 0.49823 0.09801 0.49823 0.09751 0.49371 0.09801 0.49421 0.09952 0.49471 0.10103 0.49471 0.10254 0.49421 0.10354 0.49321 0.10404 0.49170 0.10404 0.49069 0.10354 0.48919 0.10254 0.48818 0.10103 0.48768 0.09952 0.48768 0.09801 0.48818 0.09751 0.48868 0.09701 0.48969\n 11 336 15 0.08796 0.63912 0.09349 0.63912 0.09047 0.63510 0.09198 0.63510 0.09299 0.63460 0.09349 0.63410 0.09399 0.63259 0.09399 0.63158 0.09349 0.63008 0.09248 0.62907 0.09098 0.62857 0.08947 0.62857 0.08796 0.62907 0.08746 0.62957 0.08695 0.63058\n 11 380 17 0.10304 0.63912 0.09801 0.63912 0.09751 0.63460 0.09801 0.63510 0.09952 0.63561 0.10103 0.63561 0.10254 0.63510 0.10354 0.63410 0.10404 0.63259 0.10404 0.63158 0.10354 0.63008 0.10254 0.62907 0.10103 0.62857 0.09952 0.62857 0.09801 0.62907 0.09751 0.62957 0.09701 0.63058\n 11 72 3 0.09198 0.78001 0.08695 0.77298 0.09449 0.77298\n 11 50 2 0.09198 0.78001 0.09198 0.76946\n 11 380 17 0.10304 0.78001 0.09801 0.78001 0.09751 0.77549 0.09801 0.77599 0.09952 0.77650 0.10103 0.77650 0.10254 0.77599 0.10354 0.77499 0.10404 0.77348 0.10404 0.77248 0.10354 0.77097 0.10254 0.76996 0.10103 0.76946 0.09952 0.76946 0.09801 0.76996 0.09751 0.77046 0.09701 0.77147\n 11 732 33 0.12666 0.21117 0.12666 0.14777 0.12666 0.21117 0.11347 0.21117 0.12666 0.21117 0.12666 0.28162 0.11347 0.28162 0.12666 0.28162 0.12666 0.35206 0.11347 0.35206 0.12666 0.35206 0.12666 0.42251 0.11347 0.42251 0.12666 0.42251 0.12666 0.49296 0.11347 0.49296 0.12666 0.49296 0.12666 0.56340 0.11347 0.56340 0.12666 0.56340 0.12666 0.63385 0.11347 0.63385 0.12666 0.63385 0.12666 0.70429 0.11347 0.70429 0.12666 0.70429 0.12666 0.77474 0.11347 0.77474 0.12666 0.77474 0.12666 0.84518 0.11347 0.84518 0.12666 0.84518 0.12666 0.85223\n 11 380 17 0.10304 0.21645 0.09801 0.21645 0.09751 0.21193 0.09801 0.21243 0.09952 0.21293 0.10103 0.21293 0.10254 0.21243 0.10354 0.21143 0.10404 0.20992 0.10404 0.20891 0.10354 0.20740 0.10254 0.20640 0.10103 0.20590 0.09952 0.20590 0.09801 0.20640 0.09751 0.20690 0.09701 0.20791\n 11 94 4 0.08846 0.35533 0.08947 0.35583 0.09098 0.35734 0.09098 0.34679\n 11 380 17 0.10304 0.35734 0.09801 0.35734 0.09751 0.35282 0.09801 0.35332 0.09952 0.35382 0.10103 0.35382 0.10254 0.35332 0.10354 0.35232 0.10404 0.35081 0.10404 0.34980 0.10354 0.34829 0.10254 0.34729 0.10103 0.34679 0.09952 0.34679 0.09801 0.34729 0.09751 0.34779 0.09701 0.34880\n 11 314 14 0.08746 0.49572 0.08746 0.49622 0.08796 0.49723 0.08846 0.49773 0.08947 0.49823 0.09148 0.49823 0.09248 0.49773 0.09299 0.49723 0.09349 0.49622 0.09349 0.49522 0.09299 0.49421 0.09198 0.49270 0.08695 0.48768 0.09399 0.48768\n 11 380 17 0.10304 0.49823 0.09801 0.49823 0.09751 0.49371 0.09801 0.49421 0.09952 0.49471 0.10103 0.49471 0.10254 0.49421 0.10354 0.49321 0.10404 0.49170 0.10404 0.49069 0.10354 0.48919 0.10254 0.48818 0.10103 0.48768 0.09952 0.48768 0.09801 0.48818 0.09751 0.48868 0.09701 0.48969\n 11 336 15 0.08796 0.63912 0.09349 0.63912 0.09047 0.63510 0.09198 0.63510 0.09299 0.63460 0.09349 0.63410 0.09399 0.63259 0.09399 0.63158 0.09349 0.63008 0.09248 0.62907 0.09098 0.62857 0.08947 0.62857 0.08796 0.62907 0.08746 0.62957 0.08695 0.63058\n 11 380 17 0.10304 0.63912 0.09801 0.63912 0.09751 0.63460 0.09801 0.63510 0.09952 0.63561 0.10103 0.63561 0.10254 0.63510 0.10354 0.63410 0.10404 0.63259 0.10404 0.63158 0.10354 0.63008 0.10254 0.62907 0.10103 0.62857 0.09952 0.62857 0.09801 0.62907 0.09751 0.62957 0.09701 0.63058\n 11 72 3 0.09198 0.78001 0.08695 0.77298 0.09449 0.77298\n 11 50 2 0.09198 0.78001 0.09198 0.76946\n 11 380 17 0.10304 0.78001 0.09801 0.78001 0.09751 0.77549 0.09801 0.77599 0.09952 0.77650 0.10103 0.77650 0.10254 0.77599 0.10354 0.77499 0.10404 0.77348 0.10404 0.77248 0.10354 0.77097 0.10254 0.76996 0.10103 0.76946 0.09952 0.76946 0.09801 0.76996 0.09751 0.77046 0.09701 0.77147\n 11 732 33 0.89445 0.21117 0.89445 0.14777 0.89445 0.21117 0.90764 0.21117 0.89445 0.21117 0.89445 0.28162 0.90764 0.28162 0.89445 0.28162 0.89445 0.35206 0.90764 0.35206 0.89445 0.35206 0.89445 0.42251 0.90764 0.42251 0.89445 0.42251 0.89445 0.49296 0.90764 0.49296 0.89445 0.49296 0.89445 0.56340 0.90764 0.56340 0.89445 0.56340 0.89445 0.63385 0.90764 0.63385 0.89445 0.63385 0.89445 0.70429 0.90764 0.70429 0.89445 0.70429 0.89445 0.77474 0.90764 0.77474 0.89445 0.77474 0.89445 0.84518 0.90764 0.84518 0.89445 0.84518 0.89445 0.85223\n 11 732 33 0.89445 0.21117 0.89445 0.14777 0.89445 0.21117 0.90764 0.21117 0.89445 0.21117 0.89445 0.28162 0.90764 0.28162 0.89445 0.28162 0.89445 0.35206 0.90764 0.35206 0.89445 0.35206 0.89445 0.42251 0.90764 0.42251 0.89445 0.42251 0.89445 0.49296 0.90764 0.49296 0.89445 0.49296 0.89445 0.56340 0.90764 0.56340 0.89445 0.56340 0.89445 0.63385 0.90764 0.63385 0.89445 0.63385 0.89445 0.70429 0.90764 0.70429 0.89445 0.70429 0.89445 0.77474 0.90764 0.77474 0.89445 0.77474 0.89445 0.84518 0.90764 0.84518 0.89445 0.84518 0.89445 0.85223\n 11 732 33 0.19576 0.85223 0.12666 0.85223 0.19576 0.85223 0.19576 0.86542 0.19576 0.85223 0.27254 0.85223 0.27254 0.86542 0.27254 0.85223 0.34932 0.85223 0.34932 0.86542 0.34932 0.85223 0.42610 0.85223 0.42610 0.86542 0.42610 0.85223 0.50288 0.85223 0.50288 0.86542 0.50288 0.85223 0.57966 0.85223 0.57966 0.86542 0.57966 0.85223 0.65643 0.85223 0.65643 0.86542 0.65643 0.85223 0.73321 0.85223 0.73321 0.86542 0.73321 0.85223 0.80999 0.85223 0.80999 0.86542 0.80999 0.85223 0.88677 0.85223 0.88677 0.86542 0.88677 0.85223 0.89445 0.85223\n 11 732 33 0.19576 0.85223 0.12666 0.85223 0.19576 0.85223 0.19576 0.86542 0.19576 0.85223 0.27254 0.85223 0.27254 0.86542 0.27254 0.85223 0.34932 0.85223 0.34932 0.86542 0.34932 0.85223 0.42610 0.85223 0.42610 0.86542 0.42610 0.85223 0.50288 0.85223 0.50288 0.86542 0.50288 0.85223 0.57966 0.85223 0.57966 0.86542 0.57966 0.85223 0.65643 0.85223 0.65643 0.86542 0.65643 0.85223 0.73321 0.85223 0.73321 0.86542 0.73321 0.85223 0.80999 0.85223 0.80999 0.86542 0.80999 0.85223 0.88677 0.85223 0.88677 0.86542 0.88677 0.85223 0.89445 0.85223\n 11 732 33 0.19576 0.14777 0.12666 0.14777 0.19576 0.14777 0.19576 0.13458 0.19576 0.14777 0.27254 0.14777 0.27254 0.13458 0.27254 0.14777 0.34932 0.14777 0.34932 0.13458 0.34932 0.14777 0.42610 0.14777 0.42610 0.13458 0.42610 0.14777 0.50288 0.14777 0.50288 0.13458 0.50288 0.14777 0.57966 0.14777 0.57966 0.13458 0.57966 0.14777 0.65643 0.14777 0.65643 0.13458 0.65643 0.14777 0.73321 0.14777 0.73321 0.13458 0.73321 0.14777 0.80999 0.14777 0.80999 0.13458 0.80999 0.14777 0.88677 0.14777 0.88677 0.13458 0.88677 0.14777 0.89445 0.14777\n 11 380 17 0.19828 0.12508 0.19325 0.12508 0.19275 0.12056 0.19325 0.12106 0.19476 0.12156 0.19627 0.12156 0.19777 0.12106 0.19878 0.12005 0.19928 0.11854 0.19928 0.11754 0.19878 0.11603 0.19777 0.11503 0.19627 0.11452 0.19476 0.11452 0.19325 0.11503 0.19275 0.11553 0.19224 0.11653\n 11 94 4 0.34228 0.12307 0.34329 0.12357 0.34480 0.12508 0.34480 0.11452\n 11 380 17 0.35686 0.12508 0.35183 0.12508 0.35133 0.12056 0.35183 0.12106 0.35334 0.12156 0.35485 0.12156 0.35636 0.12106 0.35736 0.12005 0.35786 0.11854 0.35786 0.11754 0.35736 0.11603 0.35636 0.11503 0.35485 0.11452 0.35334 0.11452 0.35183 0.11503 0.35133 0.11553 0.35083 0.11653\n 11 314 14 0.49484 0.12257 0.49484 0.12307 0.49534 0.12407 0.49584 0.12458 0.49685 0.12508 0.49886 0.12508 0.49986 0.12458 0.50036 0.12407 0.50087 0.12307 0.50087 0.12206 0.50036 0.12106 0.49936 0.11955 0.49433 0.11452 0.50137 0.11452\n 11 380 17 0.51042 0.12508 0.50539 0.12508 0.50489 0.12056 0.50539 0.12106 0.50690 0.12156 0.50841 0.12156 0.50991 0.12106 0.51092 0.12005 0.51142 0.11854 0.51142 0.11754 0.51092 0.11603 0.50991 0.11503 0.50841 0.11452 0.50690 0.11452 0.50539 0.11503 0.50489 0.11553 0.50439 0.11653\n 11 336 15 0.64890 0.12508 0.65442 0.12508 0.65141 0.12106 0.65292 0.12106 0.65392 0.12056 0.65442 0.12005 0.65493 0.11854 0.65493 0.11754 0.65442 0.11603 0.65342 0.11503 0.65191 0.11452 0.65040 0.11452 0.64890 0.11503 0.64839 0.11553 0.64789 0.11653\n 11 380 17 0.66397 0.12508 0.65895 0.12508 0.65845 0.12056 0.65895 0.12106 0.66046 0.12156 0.66196 0.12156 0.66347 0.12106 0.66448 0.12005 0.66498 0.11854 0.66498 0.11754 0.66448 0.11603 0.66347 0.11503 0.66196 0.11452 0.66046 0.11452 0.65895 0.11503 0.65845 0.11553 0.65794 0.11653\n 11 72 3 0.80647 0.12508 0.80145 0.11804 0.80899 0.11804\n 11 50 2 0.80647 0.12508 0.80647 0.11452\n 11 380 17 0.81753 0.12508 0.81250 0.12508 0.81200 0.12056 0.81250 0.12106 0.81401 0.12156 0.81552 0.12156 0.81703 0.12106 0.81803 0.12005 0.81854 0.11854 0.81854 0.11754 0.81803 0.11603 0.81703 0.11503 0.81552 0.11452 0.81401 0.11452 0.81250 0.11503 0.81200 0.11553 0.81150 0.11653\n 11 732 33 0.19576 0.14777 0.12666 0.14777 0.19576 0.14777 0.19576 0.13458 0.19576 0.14777 0.27254 0.14777 0.27254 0.13458 0.27254 0.14777 0.34932 0.14777 0.34932 0.13458 0.34932 0.14777 0.42610 0.14777 0.42610 0.13458 0.42610 0.14777 0.50288 0.14777 0.50288 0.13458 0.50288 0.14777 0.57966 0.14777 0.57966 0.13458 0.57966 0.14777 0.65643 0.14777 0.65643 0.13458 0.65643 0.14777 0.73321 0.14777 0.73321 0.13458 0.73321 0.14777 0.80999 0.14777 0.80999 0.13458 0.80999 0.14777 0.88677 0.14777 0.88677 0.13458 0.88677 0.14777 0.89445 0.14777\n 11 380 17 0.19828 0.12508 0.19325 0.12508 0.19275 0.12056 0.19325 0.12106 0.19476 0.12156 0.19627 0.12156 0.19777 0.12106 0.19878 0.12005 0.19928 0.11854 0.19928 0.11754 0.19878 0.11603 0.19777 0.11503 0.19627 0.11452 0.19476 0.11452 0.19325 0.11503 0.19275 0.11553 0.19224 0.11653\n 11 94 4 0.34228 0.12307 0.34329 0.12357 0.34480 0.12508 0.34480 0.11452\n 11 380 17 0.35686 0.12508 0.35183 0.12508 0.35133 0.12056 0.35183 0.12106 0.35334 0.12156 0.35485 0.12156 0.35636 0.12106 0.35736 0.12005 0.35786 0.11854 0.35786 0.11754 0.35736 0.11603 0.35636 0.11503 0.35485 0.11452 0.35334 0.11452 0.35183 0.11503 0.35133 0.11553 0.35083 0.11653\n 11 314 14 0.49484 0.12257 0.49484 0.12307 0.49534 0.12407 0.49584 0.12458 0.49685 0.12508 0.49886 0.12508 0.49986 0.12458 0.50036 0.12407 0.50087 0.12307 0.50087 0.12206 0.50036 0.12106 0.49936 0.11955 0.49433 0.11452 0.50137 0.11452\n 11 380 17 0.51042 0.12508 0.50539 0.12508 0.50489 0.12056 0.50539 0.12106 0.50690 0.12156 0.50841 0.12156 0.50991 0.12106 0.51092 0.12005 0.51142 0.11854 0.51142 0.11754 0.51092 0.11603 0.50991 0.11503 0.50841 0.11452 0.50690 0.11452 0.50539 0.11503 0.50489 0.11553 0.50439 0.11653\n 11 336 15 0.64890 0.12508 0.65442 0.12508 0.65141 0.12106 0.65292 0.12106 0.65392 0.12056 0.65442 0.12005 0.65493 0.11854 0.65493 0.11754 0.65442 0.11603 0.65342 0.11503 0.65191 0.11452 0.65040 0.11452 0.64890 0.11503 0.64839 0.11553 0.64789 0.11653\n 11 380 17 0.66397 0.12508 0.65895 0.12508 0.65845 0.12056 0.65895 0.12106 0.66046 0.12156 0.66196 0.12156 0.66347 0.12106 0.66448 0.12005 0.66498 0.11854 0.66498 0.11754 0.66448 0.11603 0.66347 0.11503 0.66196 0.11452 0.66046 0.11452 0.65895 0.11503 0.65845 0.11553 0.65794 0.11653\n 11 72 3 0.80647 0.12508 0.80145 0.11804 0.80899 0.11804\n 11 50 2 0.80647 0.12508 0.80647 0.11452\n 11 380 17 0.81753 0.12508 0.81250 0.12508 0.81200 0.12056 0.81250 0.12106 0.81401 0.12156 0.81552 0.12156 0.81703 0.12106 0.81803 0.12005 0.81854 0.11854 0.81854 0.11754 0.81803 0.11603 0.81703 0.11503 0.81552 0.11452 0.81401 0.11452 0.81250 0.11503 0.81200 0.11553 0.81150 0.11653\n 21 6 1\n 25 6 1\n 11 50 2 0.12943 0.14777 0.13434 0.15482\n 11 50 2 0.12666 0.17081 0.13434 0.18300\n 11 50 2 0.12666 0.19768 0.13434 0.21117\n 11 50 2 0.12666 0.22433 0.13434 0.23935\n 11 50 2 0.12770 0.24680 0.12666 0.24571\n 11 50 2 0.12666 0.25061 0.13434 0.26753\n 11 50 2 0.12924 0.27643 0.12666 0.27345\n 11 50 2 0.12666 0.27620 0.13434 0.29571\n 11 116 5 0.13076 0.30621 0.12692 0.30118 0.12679 0.30751 0.12692 0.30118 0.13434 0.32389\n 11 116 5 0.13229 0.33608 0.12919 0.33136 0.12866 0.33699 0.12919 0.33136 0.13434 0.35206\n 11 116 5 0.13382 0.36600 0.13147 0.36158 0.13055 0.36650 0.13147 0.36158 0.13434 0.38024\n 11 116 5 0.13536 0.39589 0.13376 0.39178 0.13245 0.39599 0.13376 0.39178 0.13434 0.40842\n 11 116 5 0.13692 0.42572 0.13606 0.42189 0.13435 0.42542 0.13606 0.42189 0.13434 0.43660\n 11 116 5 0.13847 0.45543 0.13834 0.45185 0.13621 0.45473 0.13834 0.45185 0.13434 0.46478\n 11 116 5 0.14000 0.48496 0.14055 0.48157 0.13800 0.48387 0.14055 0.48157 0.13434 0.49296\n 11 116 5 0.14149 0.51424 0.14269 0.51096 0.13971 0.51277 0.14269 0.51096 0.13434 0.52113\n 11 116 5 0.14299 0.54320 0.14478 0.53995 0.14135 0.54137 0.14478 0.53995 0.13434 0.54931\n 11 116 5 0.14452 0.57184 0.14686 0.56849 0.14294 0.56964 0.14686 0.56849 0.13434 0.57749\n 11 116 5 0.14610 0.60015 0.14896 0.59660 0.14451 0.59759 0.14896 0.59660 0.13434 0.60567\n 11 116 5 0.14773 0.62815 0.15107 0.62430 0.14606 0.62522 0.15107 0.62430 0.13434 0.63385\n 11 116 5 0.14940 0.65587 0.15321 0.65162 0.14758 0.65257 0.15321 0.65162 0.13434 0.66202\n 11 116 5 0.15113 0.68333 0.15537 0.67859 0.14910 0.67965 0.15537 0.67859 0.13434 0.69020\n 11 116 5 0.15289 0.71057 0.15754 0.70526 0.15060 0.70651 0.15754 0.70526 0.13434 0.71838\n 11 116 5 0.15468 0.73763 0.15973 0.73170 0.15208 0.73319 0.15973 0.73170 0.13434 0.74656\n 11 116 5 0.15650 0.76457 0.16193 0.75797 0.15356 0.75975 0.16193 0.75797 0.13434 0.77474\n 11 116 5 0.15833 0.79145 0.16413 0.78415 0.15504 0.78624 0.16413 0.78415 0.13434 0.80292\n 11 116 5 0.16015 0.81832 0.16633 0.81033 0.15652 0.81272 0.16633 0.81033 0.13434 0.83109\n 11 50 2 0.16006 0.14777 0.16505 0.15482\n 11 116 5 0.15438 0.16093 0.14763 0.15561 0.14959 0.16398 0.14763 0.15561 0.16505 0.18300\n 11 116 5 0.15596 0.18984 0.14982 0.18450 0.15129 0.19250 0.14982 0.18450 0.16505 0.21117\n 11 116 5 0.15753 0.21902 0.15203 0.21376 0.15305 0.22130 0.15203 0.21376 0.16505 0.23935\n 11 116 5 0.15907 0.24845 0.15426 0.24335 0.15484 0.25034 0.15426 0.24335 0.16505 0.26753\n 11 116 5 0.16061 0.27808 0.15650 0.27320 0.15667 0.27958 0.15650 0.27320 0.16505 0.29571\n 11 116 5 0.16214 0.30787 0.15876 0.30326 0.15853 0.30897 0.15876 0.30326 0.16505 0.32389\n 11 116 5 0.16367 0.33774 0.16103 0.33344 0.16041 0.33845 0.16103 0.33344 0.16505 0.35206\n 11 116 5 0.16520 0.36766 0.16332 0.36367 0.16230 0.36797 0.16332 0.36367 0.16505 0.38024\n 11 116 5 0.16675 0.39757 0.16562 0.39389 0.16421 0.39747 0.16562 0.39389 0.16505 0.40842\n 11 116 5 0.16830 0.42742 0.16791 0.42403 0.16610 0.42692 0.16791 0.42403 0.16505 0.43660\n 11 116 5 0.16981 0.45716 0.17015 0.45403 0.16793 0.45627 0.17015 0.45403 0.16505 0.46478\n 11 116 5 0.17129 0.48669 0.17229 0.48376 0.16968 0.48542 0.17229 0.48376 0.16505 0.49296\n 11 116 5 0.17274 0.51594 0.17437 0.51312 0.17134 0.51431 0.17437 0.51312 0.16505 0.52113\n 11 116 5 0.17422 0.54487 0.17643 0.54206 0.17295 0.54288 0.17643 0.54206 0.16505 0.54931\n 11 116 5 0.17574 0.57348 0.17850 0.57057 0.17453 0.57112 0.17850 0.57057 0.16505 0.57749\n 11 116 5 0.17732 0.60177 0.18059 0.59866 0.17609 0.59905 0.18059 0.59866 0.16505 0.60567\n 11 116 5 0.17895 0.62977 0.18271 0.62635 0.17764 0.62668 0.18271 0.62635 0.16505 0.63385\n 11 116 5 0.18063 0.65748 0.18485 0.65366 0.17917 0.65402 0.18485 0.65366 0.16505 0.66202\n 11 116 5 0.18236 0.68494 0.18701 0.68063 0.18068 0.68110 0.18701 0.68063 0.16505 0.69020\n 11 116 5 0.18412 0.71219 0.18918 0.70731 0.18218 0.70796 0.18918 0.70731 0.16505 0.71838\n 11 116 5 0.18591 0.73926 0.19137 0.73375 0.18367 0.73465 0.19137 0.73375 0.16505 0.74656\n 11 116 5 0.18772 0.76620 0.19356 0.76003 0.18515 0.76121 0.19356 0.76003 0.16505 0.77474\n 11 116 5 0.18955 0.79309 0.19577 0.78623 0.18663 0.78771 0.19577 0.78623 0.16505 0.80292\n 11 116 5 0.19137 0.81996 0.19797 0.81241 0.18810 0.81420 0.19797 0.81241 0.16505 0.83109\n 11 50 2 0.19068 0.14777 0.19576 0.15482\n 11 116 5 0.18574 0.16259 0.17945 0.15769 0.18131 0.16544 0.17945 0.15769 0.19576 0.18300\n 11 116 5 0.18732 0.19149 0.18164 0.18657 0.18302 0.19396 0.18164 0.18657 0.19576 0.21117\n 11 116 5 0.18889 0.22067 0.18385 0.21584 0.18477 0.22276 0.18385 0.21584 0.19576 0.23935\n 11 116 5 0.19044 0.25010 0.18608 0.24542 0.18657 0.25180 0.18608 0.24542 0.19576 0.26753\n 11 116 5 0.19197 0.27974 0.18833 0.27528 0.18840 0.28104 0.18833 0.27528 0.19576 0.29571\n 11 116 5 0.19350 0.30952 0.19059 0.30534 0.19026 0.31043 0.19059 0.30534 0.19576 0.32389\n 11 116 5 0.19504 0.33941 0.19286 0.33552 0.19214 0.33991 0.19286 0.33552 0.19576 0.35206\n 11 116 5 0.19658 0.36934 0.19516 0.36577 0.19404 0.36944 0.19516 0.36577 0.19576 0.38024\n 11 116 5 0.19812 0.39927 0.19746 0.39602 0.19595 0.39897 0.19746 0.39602 0.19576 0.40842\n 11 116 5 0.19964 0.42915 0.19972 0.42620 0.19782 0.42845 0.19972 0.42620 0.19576 0.43660\n 11 116 5 0.20111 0.45890 0.20189 0.45622 0.19960 0.45782 0.20189 0.45622 0.19576 0.46478\n 11 116 5 0.20253 0.48840 0.20396 0.48592 0.20130 0.48696 0.20396 0.48592 0.19576 0.49296\n 11 116 5 0.20395 0.51760 0.20600 0.51523 0.20292 0.51581 0.20600 0.51523 0.19576 0.52113\n 11 116 5 0.20543 0.54649 0.20805 0.54412 0.20452 0.54434 0.20805 0.54412 0.19576 0.54931\n 11 116 5 0.20696 0.57507 0.21012 0.57259 0.20611 0.57256 0.21012 0.57259 0.19576 0.57749\n 11 116 5 0.20855 0.60336 0.21223 0.60067 0.20767 0.60048 0.21223 0.60067 0.19576 0.60567\n 11 116 5 0.21018 0.63135 0.21435 0.62835 0.20922 0.62810 0.21435 0.62835 0.19576 0.63385\n 11 116 5 0.21186 0.65906 0.21648 0.65566 0.21075 0.65544 0.21648 0.65566 0.19576 0.66202\n 11 116 5 0.21358 0.68653 0.21864 0.68264 0.21226 0.68253 0.21864 0.68264 0.19576 0.69020\n 11 116 5 0.21534 0.71378 0.22081 0.70932 0.21375 0.70940 0.22081 0.70932 0.19576 0.71838\n 11 116 5 0.21713 0.74086 0.22299 0.73578 0.21524 0.73609 0.22299 0.73578 0.19576 0.74656\n 11 116 5 0.21894 0.76781 0.22519 0.76207 0.21672 0.76266 0.22519 0.76207 0.19576 0.77474\n 11 116 5 0.22076 0.79470 0.22739 0.78827 0.21820 0.78917 0.22739 0.78827 0.19576 0.80292\n 11 116 5 0.22259 0.82158 0.22959 0.81446 0.21968 0.81566 0.22959 0.81446 0.19576 0.83109\n 11 50 2 0.22127 0.14777 0.22647 0.15482\n 11 116 5 0.21708 0.16424 0.21124 0.15976 0.21301 0.16690 0.21124 0.15976 0.22647 0.18300\n 11 116 5 0.21866 0.19314 0.21343 0.18865 0.21472 0.19542 0.21343 0.18865 0.22647 0.21117\n 11 116 5 0.22023 0.22232 0.21564 0.21791 0.21647 0.22422 0.21564 0.21791 0.22647 0.23935\n 11 116 5 0.22178 0.25175 0.21787 0.24750 0.21827 0.25326 0.21787 0.24750 0.22647 0.26753\n 11 116 5 0.22331 0.28139 0.22012 0.27736 0.22010 0.28250 0.22012 0.27736 0.22647 0.29571\n 11 116 5 0.22485 0.31118 0.22239 0.30742 0.22197 0.31189 0.22239 0.30742 0.22647 0.32389\n 11 116 5 0.22639 0.34107 0.22467 0.33761 0.22386 0.34138 0.22467 0.33761 0.22647 0.35206\n 11 116 5 0.22793 0.37102 0.22697 0.36788 0.22576 0.37093 0.22697 0.36788 0.22647 0.38024\n 11 116 5 0.22946 0.40097 0.22925 0.39817 0.22766 0.40049 0.22925 0.39817 0.22647 0.40842\n 11 116 5 0.23088 0.43112 0.23146 0.42839 0.22930 0.43016 0.23146 0.42839 0.22647 0.43660\n 11 116 5 0.23220 0.46084 0.23354 0.45839 0.23096 0.45947 0.23354 0.45839 0.22647 0.46478\n 11 116 5 0.23368 0.49009 0.23556 0.48802 0.23280 0.48847 0.23556 0.48802 0.22647 0.49296\n 11 116 5 0.23515 0.51920 0.23759 0.51726 0.23448 0.51726 0.23759 0.51726 0.22647 0.52113\n 11 116 5 0.23665 0.54806 0.23966 0.54611 0.23608 0.54576 0.23966 0.54611 0.22647 0.54931\n 11 116 5 0.23819 0.57663 0.24176 0.57457 0.23768 0.57396 0.24176 0.57457 0.22647 0.57749\n 11 116 5 0.23978 0.60491 0.24386 0.60263 0.23925 0.60187 0.24386 0.60263 0.22647 0.60567\n 11 116 5 0.24142 0.63291 0.24598 0.63032 0.24080 0.62949 0.24598 0.63032 0.22647 0.63385\n 11 116 5 0.24309 0.66062 0.24812 0.65763 0.24232 0.65684 0.24812 0.65763 0.22647 0.66202\n 11 116 5 0.24481 0.68809 0.25026 0.68462 0.24383 0.68393 0.25026 0.68462 0.22647 0.69020\n 11 116 5 0.24656 0.71535 0.25243 0.71131 0.24532 0.71081 0.25243 0.71131 0.22647 0.71838\n 11 116 5 0.24834 0.74243 0.25460 0.73778 0.24680 0.73751 0.25460 0.73778 0.22647 0.74656\n 11 116 5 0.25014 0.76940 0.25679 0.76408 0.24828 0.76409 0.25679 0.76408 0.22647 0.77474\n 11 116 5 0.25196 0.79629 0.25899 0.79029 0.24975 0.79060 0.25899 0.79029 0.22647 0.80292\n 11 116 5 0.25378 0.82318 0.26118 0.81650 0.25123 0.81711 0.26118 0.81650 0.22647 0.83109\n 11 50 2 0.25182 0.14777 0.25719 0.15482\n 11 116 5 0.24839 0.16589 0.24299 0.16184 0.24469 0.16837 0.24299 0.16184 0.25719 0.18300\n 11 116 5 0.24997 0.19479 0.24518 0.19073 0.24640 0.19689 0.24518 0.19073 0.25719 0.21117\n 11 116 5 0.25154 0.22397 0.24740 0.21999 0.24815 0.22569 0.24740 0.21999 0.25719 0.23935\n 11 116 5 0.25309 0.25340 0.24963 0.24958 0.24995 0.25473 0.24963 0.24958 0.25719 0.26753\n 11 116 5 0.25463 0.28304 0.25188 0.27943 0.25178 0.28397 0.25188 0.27943 0.25719 0.29571\n 11 116 5 0.25617 0.31283 0.25415 0.30950 0.25365 0.31336 0.25415 0.30950 0.25719 0.32389\n 11 116 5 0.25771 0.34273 0.25644 0.33971 0.25554 0.34286 0.25644 0.33971 0.25719 0.35206\n 11 116 5 0.25925 0.37276 0.25874 0.37001 0.25743 0.37248 0.25874 0.37001 0.25719 0.38024\n 11 116 5 0.26070 0.40312 0.26098 0.40034 0.25903 0.40234 0.26098 0.40034 0.25719 0.40842\n 11 116 5 0.26191 0.43310 0.26310 0.43057 0.26059 0.43180 0.26310 0.43057 0.25719 0.43660\n 11 116 5 0.26323 0.46256 0.26511 0.46049 0.26235 0.46093 0.26511 0.46049 0.25719 0.46478\n 11 116 5 0.26486 0.49167 0.26713 0.49004 0.26434 0.48990 0.26713 0.49004 0.25719 0.49296\n 11 116 5 0.26636 0.52076 0.26919 0.51923 0.26603 0.51866 0.26919 0.51923 0.25719 0.52113\n 11 116 5 0.26787 0.54961 0.27129 0.54806 0.26765 0.54714 0.27129 0.54806 0.25719 0.54931\n 11 116 5 0.26943 0.57818 0.27339 0.57651 0.26926 0.57534 0.27339 0.57651 0.25719 0.57749\n 11 116 5 0.27102 0.60645 0.27551 0.60458 0.27083 0.60325 0.27551 0.60458 0.25719 0.60567\n 11 116 5 0.27265 0.63445 0.27762 0.63226 0.27237 0.63087 0.27762 0.63226 0.25719 0.63385\n 11 116 5 0.27432 0.66217 0.27975 0.65958 0.27389 0.65822 0.27975 0.65958 0.25719 0.66202\n 11 116 5 0.27602 0.68964 0.28188 0.68657 0.27539 0.68532 0.28188 0.68657 0.25719 0.69020\n 11 116 5 0.27777 0.71690 0.28403 0.71328 0.27687 0.71220 0.28403 0.71328 0.25719 0.71838\n 11 116 5 0.27954 0.74399 0.28620 0.73975 0.27835 0.73892 0.28620 0.73975 0.25719 0.74656\n 11 116 5 0.28133 0.77096 0.28837 0.76607 0.27982 0.76551 0.28837 0.76607 0.25719 0.77474\n 11 116 5 0.28315 0.79787 0.29056 0.79229 0.28129 0.79203 0.29056 0.79229 0.25719 0.80292\n 11 116 5 0.28496 0.82476 0.29275 0.81850 0.28276 0.81854 0.29275 0.81850 0.25719 0.83109\n 11 50 2 0.28232 0.14777 0.28790 0.15482\n 11 116 5 0.27967 0.16753 0.27470 0.16392 0.27633 0.16984 0.27470 0.16392 0.28790 0.18300\n 11 116 5 0.28125 0.19644 0.27689 0.19281 0.27804 0.19836 0.27689 0.19281 0.28790 0.21117\n 11 116 5 0.28281 0.22562 0.27910 0.22207 0.27979 0.22716 0.27910 0.22207 0.28790 0.23935\n 11 116 5 0.28436 0.25505 0.28133 0.25166 0.28159 0.25620 0.28133 0.25166 0.28790 0.26753\n 11 116 5 0.28591 0.28469 0.28359 0.28152 0.28342 0.28544 0.28359 0.28152 0.28790 0.29571\n 11 116 5 0.28745 0.31449 0.28586 0.31159 0.28529 0.31484 0.28586 0.31159 0.28790 0.32389\n 11 116 5 0.28901 0.34448 0.28816 0.34182 0.28717 0.34443 0.28816 0.34182 0.28790 0.35206\n 11 116 5 0.29053 0.37496 0.29044 0.37216 0.28877 0.37440 0.29044 0.37216 0.28790 0.38024\n 11 116 5 0.29168 0.40516 0.29261 0.40252 0.29024 0.40401 0.29261 0.40252 0.28790 0.40842\n 11 116 5 0.29281 0.43481 0.29462 0.43268 0.29188 0.43321 0.29462 0.43268 0.28790 0.43660\n 11 116 5 0.29431 0.46406 0.29663 0.46250 0.29385 0.46227 0.29663 0.46250 0.28790 0.46478\n 11 116 5 0.29608 0.49318 0.29870 0.49200 0.29592 0.49129 0.29870 0.49200 0.28790 0.49296\n 11 116 5 0.29757 0.52229 0.30080 0.52117 0.29758 0.52003 0.30080 0.52117 0.28790 0.52113\n 11 116 5 0.29910 0.55114 0.30292 0.55000 0.29922 0.54851 0.30292 0.55000 0.28790 0.54931\n 11 116 5 0.30066 0.57971 0.30503 0.57845 0.30083 0.57671 0.30503 0.57845 0.28790 0.57749\n 11 116 5 0.30226 0.60799 0.30714 0.60652 0.30240 0.60462 0.30714 0.60652 0.28790 0.60567\n 11 116 5 0.30388 0.63598 0.30925 0.63420 0.30394 0.63224 0.30925 0.63420 0.28790 0.63385\n 11 116 5 0.30554 0.66370 0.31136 0.66152 0.30545 0.65959 0.31136 0.66152 0.28790 0.66202\n 11 116 5 0.30723 0.69118 0.31348 0.68852 0.30694 0.68670 0.31348 0.68852 0.28790 0.69020\n 11 116 5 0.30896 0.71844 0.31561 0.71523 0.30841 0.71359 0.31561 0.71523 0.28790 0.71838\n 11 116 5 0.31072 0.74554 0.31776 0.74171 0.30987 0.74031 0.31776 0.74171 0.28790 0.74656\n 11 116 5 0.31251 0.77251 0.31993 0.76804 0.31133 0.76691 0.31993 0.76804 0.28790 0.77474\n 11 116 5 0.31431 0.79943 0.32210 0.79427 0.31280 0.79344 0.32210 0.79427 0.28790 0.80292\n 11 116 5 0.31612 0.82633 0.32429 0.82049 0.31426 0.81996 0.32429 0.82049 0.28790 0.83109\n 11 50 2 0.31274 0.14777 0.31861 0.15482\n 11 116 5 0.31091 0.16918 0.30636 0.16600 0.30793 0.17132 0.30636 0.16600 0.31861 0.18300\n 11 116 5 0.31248 0.19808 0.30854 0.19489 0.30963 0.19984 0.30854 0.19489 0.31861 0.21117\n 11 116 5 0.31404 0.22726 0.31075 0.22415 0.31138 0.22864 0.31075 0.22415 0.31861 0.23935\n 11 116 5 0.31559 0.25669 0.31298 0.25374 0.31318 0.25768 0.31298 0.25374 0.31861 0.26753\n 11 116 5 0.31714 0.28633 0.31524 0.28360 0.31502 0.28692 0.31524 0.28360 0.31861 0.29571\n 11 116 5 0.31872 0.31621 0.31752 0.31368 0.31688 0.31641 0.31752 0.31368 0.31861 0.32389\n 11 116 5 0.32034 0.34669 0.31982 0.34394 0.31852 0.34642 0.31982 0.34394 0.31861 0.35206\n 11 116 5 0.32152 0.37708 0.32205 0.37434 0.31992 0.37615 0.32205 0.37434 0.31861 0.38024\n 11 116 5 0.32244 0.40692 0.32410 0.40466 0.32140 0.40539 0.32410 0.40466 0.31861 0.40842\n 11 116 5 0.32376 0.43624 0.32609 0.43470 0.32331 0.43445 0.32609 0.43470 0.31861 0.43660\n 11 116 5 0.32556 0.46546 0.32816 0.46445 0.32550 0.46362 0.32816 0.46445 0.31861 0.46478\n 11 116 5 0.32728 0.49471 0.33028 0.49394 0.32745 0.49267 0.33028 0.49394 0.31861 0.49296\n 11 116 5 0.32879 0.52383 0.33241 0.52311 0.32913 0.52141 0.33241 0.52311 0.31861 0.52113\n 11 116 5 0.33032 0.55268 0.33454 0.55194 0.33078 0.54989 0.33454 0.55194 0.31861 0.54931\n 11 116 5 0.33189 0.58125 0.33665 0.58039 0.33239 0.57809 0.33665 0.58039 0.31861 0.57749\n 11 116 5 0.33347 0.60952 0.33875 0.60846 0.33396 0.60600 0.33875 0.60846 0.31861 0.60567\n 11 116 5 0.33509 0.63751 0.34085 0.63614 0.33549 0.63362 0.34085 0.63614 0.31861 0.63385\n 11 116 5 0.33674 0.66523 0.34295 0.66346 0.33699 0.66097 0.34295 0.66346 0.31861 0.66202\n 11 116 5 0.33842 0.69270 0.34505 0.69045 0.33846 0.68808 0.34505 0.69045 0.31861 0.69020\n 11 116 5 0.34013 0.71997 0.34717 0.71717 0.33992 0.71497 0.34717 0.71717 0.31861 0.71838\n 11 116 5 0.34188 0.74707 0.34930 0.74366 0.34137 0.74170 0.34930 0.74366 0.31861 0.74656\n 11 116 5 0.34365 0.77405 0.35145 0.76999 0.34282 0.76830 0.35145 0.76999 0.31861 0.77474\n 11 116 5 0.34544 0.80097 0.35361 0.79623 0.34428 0.79484 0.35361 0.79623 0.31861 0.80292\n 11 116 5 0.34725 0.82788 0.35578 0.82247 0.34574 0.82137 0.35578 0.82247 0.31861 0.83109\n 11 50 2 0.34306 0.14777 0.34932 0.15482\n 11 116 5 0.34210 0.17082 0.33795 0.16809 0.33949 0.17281 0.33795 0.16809 0.34932 0.18300\n 11 116 5 0.34367 0.19972 0.34013 0.19698 0.34118 0.20133 0.34013 0.19698 0.34932 0.21117\n 11 116 5 0.34523 0.22890 0.34233 0.22624 0.34293 0.23013 0.34233 0.22624 0.34932 0.23935\n 11 116 5 0.34678 0.25833 0.34456 0.25582 0.34473 0.25917 0.34456 0.25582 0.34932 0.26753\n 11 116 5 0.34835 0.28803 0.34682 0.28569 0.34656 0.28847 0.34682 0.28569 0.34932 0.29571\n 11 116 5 0.35010 0.31840 0.34911 0.31579 0.34825 0.31845 0.34911 0.31579 0.34932 0.32389\n 11 116 5 0.35140 0.34889 0.35139 0.34609 0.34965 0.34828 0.35139 0.34609 0.34932 0.35206\n 11 116 5 0.35216 0.37895 0.35351 0.37650 0.35093 0.37757 0.35351 0.37650 0.34932 0.38024\n 11 116 5 0.35321 0.40830 0.35550 0.40670 0.35271 0.40652 0.35550 0.40670 0.34932 0.40842\n 11 116 5 0.35493 0.43755 0.35757 0.43665 0.35494 0.43571 0.35757 0.43665 0.34932 0.43660\n 11 116 5 0.35696 0.46690 0.35970 0.46639 0.35724 0.46507 0.35970 0.46639 0.34932 0.46478\n 11 116 5 0.35846 0.49625 0.36185 0.49589 0.35898 0.49406 0.36185 0.49589 0.34932 0.49296\n 11 116 5 0.35998 0.52537 0.36400 0.52507 0.36067 0.52280 0.36400 0.52507 0.34932 0.52113\n 11 116 5 0.36152 0.55423 0.36612 0.55390 0.36232 0.55128 0.36612 0.55390 0.34932 0.54931\n 11 116 5 0.36308 0.58279 0.36823 0.58235 0.36393 0.57948 0.36823 0.58235 0.34932 0.57749\n 11 116 5 0.36466 0.61106 0.37033 0.61041 0.36549 0.60739 0.37033 0.61041 0.34932 0.60567\n 11 116 5 0.36627 0.63905 0.37242 0.63809 0.36701 0.63501 0.37242 0.63809 0.34932 0.63385\n 11 116 5 0.36791 0.66676 0.37450 0.66540 0.36850 0.66235 0.37450 0.66540 0.34932 0.66202\n 11 116 5 0.36958 0.69423 0.37659 0.69239 0.36996 0.68946 0.37659 0.69239 0.34932 0.69020\n 11 116 5 0.37128 0.72149 0.37868 0.71911 0.37141 0.71636 0.37868 0.71911 0.34932 0.71838\n 11 116 5 0.37301 0.74859 0.38079 0.74560 0.37284 0.74308 0.38079 0.74560 0.34932 0.74656\n 11 116 5 0.37477 0.77558 0.38292 0.77193 0.37428 0.76969 0.38292 0.77193 0.34932 0.77474\n 11 116 5 0.37655 0.80250 0.38507 0.79819 0.37572 0.79624 0.38507 0.79819 0.34932 0.80292\n 11 116 5 0.37834 0.82941 0.38723 0.82443 0.37717 0.82278 0.38723 0.82443 0.34932 0.83109\n 11 50 2 0.37322 0.14777 0.38003 0.15482\n 11 116 5 0.37323 0.17246 0.36947 0.17018 0.37099 0.17430 0.36947 0.17018 0.38003 0.18300\n 11 116 5 0.37480 0.20136 0.37164 0.19907 0.37268 0.20283 0.37164 0.19907 0.38003 0.21117\n 11 116 5 0.37635 0.23054 0.37384 0.22833 0.37442 0.23163 0.37384 0.22833 0.38003 0.23935\n 11 116 5 0.37793 0.26000 0.37607 0.25791 0.37622 0.26071 0.37607 0.25791 0.38003 0.26753\n 11 116 5 0.37978 0.29017 0.37833 0.28778 0.37798 0.29056 0.37833 0.28778 0.38003 0.29571\n 11 116 5 0.38128 0.32062 0.38062 0.31790 0.37944 0.32044 0.38062 0.31790 0.38003 0.32389\n 11 116 5 0.38202 0.35093 0.38284 0.34826 0.38053 0.34984 0.38284 0.34826 0.38003 0.35206\n 11 116 5 0.38265 0.38031 0.38484 0.37857 0.38205 0.37856 0.38484 0.37857 0.38003 0.38024\n 11 116 5 0.38424 0.40948 0.38691 0.40865 0.38430 0.40764 0.38691 0.40865 0.38003 0.40842\n 11 116 5 0.38628 0.43892 0.38906 0.43859 0.38668 0.43712 0.38906 0.43859 0.38003 0.43660\n 11 116 5 0.38811 0.46844 0.39122 0.46836 0.38874 0.46648 0.39122 0.46836 0.38003 0.46478\n 11 116 5 0.38962 0.49780 0.39339 0.49786 0.39048 0.49547 0.39339 0.49786 0.38003 0.49296\n 11 116 5 0.39114 0.52693 0.39553 0.52705 0.39218 0.52422 0.39553 0.52705 0.38003 0.52113\n 11 116 5 0.39268 0.55578 0.39766 0.55588 0.39383 0.55270 0.39766 0.55588 0.38003 0.54931\n 11 116 5 0.39424 0.58435 0.39977 0.58433 0.39543 0.58089 0.39977 0.58433 0.38003 0.57749\n 11 116 5 0.39581 0.61261 0.40186 0.61238 0.39699 0.60879 0.40186 0.61238 0.38003 0.60567\n 11 116 5 0.39742 0.64059 0.40393 0.64005 0.39850 0.63640 0.40393 0.64005 0.38003 0.63385\n 11 116 5 0.39904 0.66829 0.40600 0.66735 0.39998 0.66375 0.40600 0.66735 0.38003 0.66202\n 11 116 5 0.40070 0.69576 0.40807 0.69434 0.40142 0.69085 0.40807 0.69434 0.38003 0.69020\n 11 116 5 0.40239 0.72301 0.41015 0.72104 0.40285 0.71774 0.41015 0.72104 0.38003 0.71838\n 11 116 5 0.40410 0.75011 0.41224 0.74754 0.40427 0.74447 0.41224 0.74754 0.38003 0.74656\n 11 116 5 0.40585 0.77709 0.41435 0.77387 0.40570 0.77109 0.41435 0.77387 0.38003 0.77474\n 11 116 5 0.40761 0.80401 0.41648 0.80013 0.40712 0.79764 0.41648 0.80013 0.38003 0.80292\n 11 116 5 0.40939 0.83093 0.41862 0.82638 0.40856 0.82418 0.41862 0.82638 0.38003 0.83109\n 11 50 2 0.40312 0.14777 0.41074 0.15482\n 11 116 5 0.40431 0.17409 0.40092 0.17227 0.40244 0.17581 0.40092 0.17227 0.41074 0.18300\n 11 116 5 0.40587 0.20299 0.40308 0.20116 0.40412 0.20433 0.40308 0.20116 0.41074 0.21117\n 11 116 5 0.40743 0.23219 0.40527 0.23042 0.40586 0.23316 0.40527 0.23042 0.41074 0.23935\n 11 116 5 0.40938 0.26206 0.40749 0.26001 0.40769 0.26280 0.40749 0.26001 0.41074 0.26753\n 11 116 5 0.41110 0.29232 0.40975 0.28988 0.40928 0.29263 0.40975 0.28988 0.41074 0.29571\n 11 116 5 0.41207 0.32283 0.41204 0.32004 0.41032 0.32225 0.41204 0.32004 0.41074 0.32389\n 11 116 5 0.41217 0.35239 0.41411 0.35038 0.41134 0.35073 0.41411 0.35038 0.41074 0.35206\n 11 116 5 0.41348 0.38131 0.41616 0.38052 0.41358 0.37946 0.41616 0.38052 0.41074 0.38024\n 11 116 5 0.41554 0.41076 0.41833 0.41060 0.41605 0.40898 0.41833 0.41060 0.41074 0.40842\n 11 116 5 0.41772 0.44043 0.42051 0.44057 0.41842 0.43872 0.42051 0.44057 0.41074 0.43660\n 11 116 5 0.41922 0.47000 0.42269 0.47035 0.42019 0.46791 0.42269 0.47035 0.41074 0.46478\n 11 116 5 0.42072 0.49937 0.42486 0.49987 0.42193 0.49690 0.42486 0.49987 0.41074 0.49296\n 11 116 5 0.42224 0.52850 0.42700 0.52906 0.42363 0.52566 0.42700 0.52906 0.41074 0.52113\n 11 116 5 0.42378 0.55735 0.42913 0.55789 0.42528 0.55413 0.42913 0.55789 0.41074 0.54931\n 11 116 5 0.42534 0.58591 0.43123 0.58632 0.42689 0.58232 0.43123 0.58632 0.41074 0.57749\n 11 116 5 0.42691 0.61417 0.43332 0.61437 0.42844 0.61022 0.43332 0.61437 0.41074 0.60567\n 11 116 5 0.42851 0.64213 0.43539 0.64202 0.42994 0.63782 0.43539 0.64202 0.41074 0.63385\n 11 116 5 0.43013 0.66983 0.43745 0.66932 0.43141 0.66516 0.43745 0.66932 0.41074 0.66202\n 11 116 5 0.43178 0.69728 0.43950 0.69629 0.43284 0.69225 0.43950 0.69629 0.41074 0.69020\n 11 116 5 0.43345 0.72453 0.44156 0.72299 0.43426 0.71914 0.44156 0.72299 0.41074 0.71838\n 11 116 5 0.43515 0.75162 0.44363 0.74947 0.43566 0.74587 0.44363 0.74947 0.41074 0.74656\n 11 116 5 0.43688 0.77860 0.44572 0.77581 0.43707 0.77248 0.44572 0.77581 0.41074 0.77474\n 11 116 5 0.43863 0.80552 0.44783 0.80207 0.43848 0.79903 0.44783 0.80207 0.41074 0.80292\n 11 116 5 0.44040 0.83244 0.44996 0.82832 0.43991 0.82558 0.44996 0.82832 0.41074 0.83109\n 11 72 3 0.43138 0.14777 0.43220 0.14907 0.43138 0.14777\n 11 50 2 0.43260 0.14777 0.44145 0.15482\n 11 116 5 0.43533 0.17571 0.43229 0.17435 0.43382 0.17732 0.43229 0.17435 0.44145 0.18300\n 11 116 5 0.43688 0.20462 0.43444 0.20326 0.43550 0.20585 0.43444 0.20326 0.44145 0.21117\n 11 116 5 0.43889 0.23414 0.43661 0.23252 0.43738 0.23521 0.43661 0.23252 0.44145 0.23935\n 11 116 5 0.44080 0.26408 0.43882 0.26211 0.43914 0.26489 0.43882 0.26211 0.44145 0.26753\n 11 116 5 0.44226 0.29451 0.44108 0.29198 0.44042 0.29470 0.44108 0.29198 0.44145 0.29571\n 11 116 5 0.44198 0.32466 0.44330 0.32220 0.44073 0.32330 0.44330 0.32220 0.44145 0.32389\n 11 116 5 0.44264 0.35308 0.44533 0.35235 0.44277 0.35123 0.44533 0.35235 0.44145 0.35206\n 11 116 5 0.44472 0.38243 0.44751 0.38248 0.44536 0.38070 0.44751 0.38248 0.44145 0.38024\n 11 116 5 0.44694 0.41223 0.44971 0.41260 0.44777 0.41058 0.44971 0.41260 0.44145 0.40842\n 11 116 5 0.44876 0.44201 0.45190 0.44259 0.44981 0.44018 0.45190 0.44259 0.44145 0.43660\n 11 116 5 0.45026 0.47159 0.45408 0.47238 0.45159 0.46938 0.45408 0.47238 0.44145 0.46478\n 11 116 5 0.45177 0.50096 0.45625 0.50190 0.45333 0.49837 0.45625 0.50190 0.44145 0.49296\n 11 116 5 0.45329 0.53008 0.45839 0.53109 0.45503 0.52712 0.45839 0.53109 0.44145 0.52113\n 11 116 5 0.45483 0.55893 0.46052 0.55991 0.45668 0.55559 0.46052 0.55991 0.44145 0.54931\n 11 116 5 0.45638 0.58748 0.46262 0.58834 0.45828 0.58378 0.46262 0.58834 0.44145 0.57749\n 11 116 5 0.45796 0.61573 0.46470 0.61637 0.45983 0.61166 0.46470 0.61637 0.44145 0.60567\n 11 116 5 0.45955 0.64369 0.46677 0.64401 0.46133 0.63926 0.46677 0.64401 0.44145 0.63385\n 11 116 5 0.46116 0.67137 0.46882 0.67129 0.46279 0.66658 0.46882 0.67129 0.44145 0.66202\n 11 116 5 0.46280 0.69881 0.47086 0.69825 0.46421 0.69367 0.47086 0.69825 0.44145 0.69020\n 11 116 5 0.46446 0.72605 0.47290 0.72494 0.46561 0.72055 0.47290 0.72494 0.44145 0.71838\n 11 116 5 0.46615 0.75313 0.47495 0.75142 0.46700 0.74727 0.47495 0.75142 0.44145 0.74656\n 11 116 5 0.46787 0.78011 0.47702 0.77775 0.46839 0.77388 0.47702 0.77775 0.44145 0.77474\n 11 116 5 0.46960 0.80703 0.47911 0.80400 0.46979 0.80044 0.47911 0.80400 0.44145 0.80292\n 11 116 5 0.47135 0.83394 0.48122 0.83026 0.47121 0.82699 0.48122 0.83026 0.44145 0.83109\n 11 116 5 0.46474 0.14869 0.46146 0.14790 0.46353 0.15057 0.46146 0.14790 0.47217 0.15482\n 11 116 5 0.46630 0.17732 0.46357 0.17643 0.46515 0.17883 0.46357 0.17643 0.47217 0.18300\n 11 116 5 0.46829 0.20643 0.46571 0.20535 0.46705 0.20780 0.46571 0.20535 0.47217 0.21117\n 11 116 5 0.47033 0.23596 0.46787 0.23462 0.46896 0.23720 0.46787 0.23462 0.47217 0.23935\n 11 116 5 0.47226 0.26595 0.47006 0.26421 0.47070 0.26694 0.47006 0.26421 0.47217 0.26753\n 11 116 5 0.47299 0.29680 0.47231 0.29409 0.47115 0.29663 0.47231 0.29409 0.47217 0.29571\n 11 116 5 0.47167 0.32475 0.47442 0.32420 0.47193 0.32292 0.47442 0.32420 0.47217 0.32389\n 11 116 5 0.47384 0.35395 0.47661 0.35433 0.47467 0.35231 0.47661 0.35433 0.47217 0.35206\n 11 116 5 0.47609 0.38386 0.47881 0.38451 0.47709 0.38231 0.47881 0.38451 0.47217 0.38024\n 11 116 5 0.47825 0.41386 0.48101 0.41464 0.47934 0.41231 0.48101 0.41464 0.47217 0.40842\n 11 116 5 0.47974 0.44360 0.48320 0.44464 0.48114 0.44167 0.48320 0.44464 0.47217 0.43660\n 11 116 5 0.48123 0.47318 0.48538 0.47444 0.48292 0.47087 0.48538 0.47444 0.47217 0.46478\n 11 116 5 0.48274 0.50255 0.48754 0.50395 0.48466 0.49986 0.48754 0.50395 0.47217 0.49296\n 11 116 5 0.48426 0.53167 0.48969 0.53314 0.48636 0.52860 0.48969 0.53314 0.47217 0.52113\n 11 116 5 0.48580 0.56051 0.49182 0.56195 0.48801 0.55707 0.49182 0.56195 0.47217 0.54931\n 11 116 5 0.48736 0.58906 0.49392 0.59037 0.48961 0.58525 0.49392 0.59037 0.47217 0.57749\n 11 116 5 0.48893 0.61730 0.49600 0.61839 0.49116 0.61313 0.49600 0.61839 0.47217 0.60567\n 11 116 5 0.49052 0.64524 0.49806 0.64602 0.49265 0.64071 0.49806 0.64602 0.47217 0.63385\n 11 116 5 0.49213 0.67292 0.50010 0.67329 0.49411 0.66803 0.50010 0.67329 0.47217 0.66202\n 11 116 5 0.49377 0.70035 0.50213 0.70023 0.49552 0.69510 0.50213 0.70023 0.47217 0.69020\n 11 116 5 0.49542 0.72757 0.50416 0.72691 0.49691 0.72197 0.50416 0.72691 0.47217 0.71838\n 11 116 5 0.49710 0.75465 0.50620 0.75337 0.49829 0.74869 0.50620 0.75337 0.47217 0.74656\n 11 116 5 0.49880 0.78161 0.50825 0.77969 0.49966 0.77530 0.50825 0.77969 0.47217 0.77474\n 11 116 5 0.50052 0.80852 0.51032 0.80594 0.50105 0.80185 0.51032 0.80594 0.47217 0.80292\n 11 116 5 0.50226 0.83544 0.51241 0.83219 0.50245 0.82840 0.51241 0.83219 0.47217 0.83109\n 11 116 5 0.49565 0.15027 0.49267 0.14994 0.49479 0.15205 0.49267 0.14994 0.50288 0.15482\n 11 116 5 0.49753 0.17896 0.49478 0.17849 0.49663 0.18058 0.49478 0.17849 0.50288 0.18300\n 11 116 5 0.49963 0.20804 0.49691 0.20742 0.49865 0.20961 0.49691 0.20742 0.50288 0.21117\n 11 116 5 0.50176 0.23745 0.49906 0.23671 0.50071 0.23897 0.49906 0.23671 0.50288 0.23935\n 11 116 5 0.50390 0.26714 0.50123 0.26631 0.50280 0.26862 0.50123 0.26631 0.50288 0.26753\n 11 50 2 0.50288 0.29571 0.50288 0.29571\n 11 116 5 0.50300 0.32521 0.50561 0.32623 0.50420 0.32381 0.50561 0.32623 0.50288 0.32389\n 11 116 5 0.50521 0.35534 0.50781 0.35639 0.50643 0.35395 0.50781 0.35639 0.50288 0.35206\n 11 116 5 0.50742 0.38552 0.51001 0.38658 0.50865 0.38414 0.51001 0.38658 0.50288 0.38024\n 11 116 5 0.50915 0.41546 0.51220 0.41672 0.51060 0.41383 0.51220 0.41672 0.50288 0.40842\n 11 116 5 0.51063 0.44520 0.51439 0.44672 0.51240 0.44318 0.51439 0.44672 0.50288 0.43660\n 11 116 5 0.51212 0.47478 0.51657 0.47651 0.51418 0.47238 0.51657 0.47651 0.50288 0.46478\n 11 116 5 0.51363 0.50415 0.51874 0.50603 0.51592 0.50137 0.51874 0.50603 0.50288 0.49296\n 11 116 5 0.51516 0.53327 0.52089 0.53521 0.51762 0.53011 0.52089 0.53521 0.50288 0.52113\n 11 116 5 0.51670 0.56210 0.52302 0.56402 0.51927 0.55858 0.52302 0.56402 0.50288 0.54931\n 11 116 5 0.51826 0.59064 0.52513 0.59243 0.52087 0.58675 0.52513 0.59243 0.50288 0.57749\n 11 116 5 0.51983 0.61887 0.52721 0.62043 0.52242 0.61461 0.52721 0.62043 0.50288 0.60567\n 11 116 5 0.52143 0.64681 0.52927 0.64805 0.52391 0.64219 0.52927 0.64805 0.50288 0.63385\n 11 116 5 0.52304 0.67447 0.53130 0.67530 0.52536 0.66949 0.53130 0.67530 0.50288 0.66202\n 11 116 5 0.52466 0.70188 0.53333 0.70222 0.52677 0.69655 0.53333 0.70222 0.50288 0.69020\n 11 116 5 0.52631 0.72910 0.53535 0.72888 0.52815 0.72342 0.53535 0.72888 0.50288 0.71838\n 11 116 5 0.52798 0.75616 0.53737 0.75533 0.52951 0.75012 0.53737 0.75533 0.50288 0.74656\n 11 116 5 0.52967 0.78311 0.53940 0.78164 0.53087 0.77672 0.53940 0.78164 0.50288 0.77474\n 11 116 5 0.53137 0.81002 0.54145 0.80789 0.53224 0.80327 0.54145 0.80789 0.50288 0.80292\n 11 116 5 0.53310 0.83693 0.54353 0.83413 0.53363 0.82981 0.54353 0.83413 0.50288 0.83109\n 11 116 5 0.52655 0.15179 0.52376 0.15194 0.52603 0.15357 0.52376 0.15194 0.53359 0.15482\n 11 116 5 0.52867 0.18043 0.52588 0.18050 0.52810 0.18219 0.52588 0.18050 0.53359 0.18300\n 11 116 5 0.53080 0.20934 0.52801 0.20944 0.53026 0.21110 0.52801 0.20944 0.53359 0.21117\n 11 116 5 0.53292 0.23829 0.53016 0.23872 0.53258 0.24011 0.53016 0.23872 0.53359 0.23935\n 11 116 5 0.53407 0.26619 0.53225 0.26831 0.53499 0.26778 0.53225 0.26831 0.53359 0.26753\n 11 116 5 0.53274 0.29608 0.53445 0.29829 0.53449 0.29549 0.53445 0.29829 0.53359 0.29571\n 11 116 5 0.53441 0.32669 0.53668 0.32833 0.53593 0.32564 0.53668 0.32833 0.53359 0.32389\n 11 116 5 0.53649 0.35704 0.53888 0.35849 0.53792 0.35587 0.53888 0.35849 0.53359 0.35206\n 11 116 5 0.53847 0.38723 0.54109 0.38868 0.53995 0.38592 0.54109 0.38868 0.53359 0.38024\n 11 116 5 0.53995 0.41707 0.54329 0.41882 0.54177 0.41537 0.54329 0.41882 0.53359 0.40842\n 11 116 5 0.54144 0.44680 0.54548 0.44882 0.54358 0.44472 0.54548 0.44882 0.53359 0.43660\n 11 116 5 0.54293 0.47638 0.54766 0.47861 0.54535 0.47392 0.54766 0.47861 0.53359 0.46478\n 11 116 5 0.54444 0.50575 0.54983 0.50812 0.54710 0.50290 0.54983 0.50812 0.53359 0.49296\n 11 116 5 0.54597 0.53486 0.55199 0.53729 0.54880 0.53164 0.55199 0.53729 0.53359 0.52113\n 11 116 5 0.54752 0.56369 0.55412 0.56609 0.55045 0.56010 0.55412 0.56609 0.53359 0.54931\n 11 116 5 0.54908 0.59222 0.55623 0.59449 0.55206 0.58826 0.55623 0.59449 0.53359 0.57749\n 11 116 5 0.55066 0.62045 0.55831 0.62249 0.55360 0.61612 0.55831 0.62249 0.53359 0.60567\n 11 116 5 0.55226 0.64837 0.56037 0.65009 0.55510 0.64369 0.56037 0.65009 0.53359 0.63385\n 11 116 5 0.55387 0.67602 0.56241 0.67732 0.55654 0.67098 0.56241 0.67732 0.53359 0.66202\n 11 116 5 0.55549 0.70342 0.56443 0.70423 0.55795 0.69803 0.56443 0.70423 0.53359 0.69020\n 11 116 5 0.55713 0.73062 0.56644 0.73087 0.55932 0.72488 0.56644 0.73087 0.53359 0.71838\n 11 116 5 0.55879 0.75767 0.56845 0.75731 0.56067 0.75157 0.56845 0.75731 0.53359 0.74656\n 11 116 5 0.56047 0.78461 0.57046 0.78360 0.56202 0.77816 0.57046 0.78360 0.53359 0.77474\n 11 116 5 0.56217 0.81151 0.57250 0.80983 0.56338 0.80470 0.57250 0.80983 0.53359 0.80292\n 11 116 5 0.56388 0.83841 0.57455 0.83607 0.56475 0.83124 0.57455 0.83607 0.53359 0.83109\n 11 116 5 0.55743 0.15323 0.55472 0.15390 0.55725 0.15507 0.55472 0.15390 0.56430 0.15482\n 11 116 5 0.55953 0.18173 0.55683 0.18246 0.55940 0.18357 0.55683 0.18246 0.56430 0.18300\n 11 116 5 0.56154 0.21036 0.55894 0.21139 0.56162 0.21221 0.55894 0.21139 0.56430 0.21117\n 11 116 5 0.56312 0.23883 0.56101 0.24068 0.56381 0.24055 0.56101 0.24068 0.56430 0.23935\n 11 116 5 0.56325 0.26764 0.56308 0.27043 0.56495 0.26836 0.56308 0.27043 0.56430 0.26753\n 11 116 5 0.56388 0.29803 0.56536 0.30040 0.56568 0.29762 0.56536 0.30040 0.56430 0.29571\n 11 116 5 0.56560 0.32851 0.56761 0.33045 0.56725 0.32768 0.56761 0.33045 0.56430 0.32389\n 11 116 5 0.56762 0.35890 0.56983 0.36061 0.56918 0.35789 0.56983 0.36061 0.56430 0.35206\n 11 116 5 0.56919 0.38884 0.57205 0.39080 0.57103 0.38748 0.57205 0.39080 0.56430 0.38024\n 11 116 5 0.57067 0.41867 0.57425 0.42093 0.57286 0.41693 0.57425 0.42093 0.56430 0.40842\n 11 116 5 0.57216 0.44841 0.57645 0.45093 0.57467 0.44628 0.57645 0.45093 0.56430 0.43660\n 11 116 5 0.57366 0.47798 0.57864 0.48071 0.57645 0.47548 0.57864 0.48071 0.56430 0.46478\n 11 116 5 0.57517 0.50735 0.58081 0.51022 0.57819 0.50446 0.58081 0.51022 0.56430 0.49296\n 11 116 5 0.57670 0.53646 0.58297 0.53939 0.57990 0.53319 0.58297 0.53939 0.56430 0.52113\n 11 116 5 0.57825 0.56529 0.58511 0.56818 0.58156 0.56165 0.58511 0.56818 0.56430 0.54931\n 11 116 5 0.57982 0.59381 0.58722 0.59658 0.58316 0.58980 0.58722 0.59658 0.56430 0.57749\n 11 116 5 0.58141 0.62203 0.58931 0.62456 0.58471 0.61765 0.58931 0.62456 0.56430 0.60567\n 11 116 5 0.58301 0.64994 0.59138 0.65215 0.58621 0.64520 0.59138 0.65215 0.56430 0.63385\n 11 116 5 0.58462 0.67758 0.59341 0.67937 0.58765 0.67248 0.59341 0.67937 0.56430 0.66202\n 11 116 5 0.58624 0.70497 0.59543 0.70626 0.58905 0.69952 0.59543 0.70626 0.56430 0.69020\n 11 116 5 0.58788 0.73215 0.59743 0.73288 0.59042 0.72635 0.59743 0.73288 0.56430 0.71838\n 11 116 5 0.58954 0.75918 0.59943 0.75929 0.59176 0.75304 0.59943 0.75929 0.56430 0.74656\n 11 116 5 0.59120 0.78611 0.60144 0.78557 0.59310 0.77962 0.60144 0.78557 0.56430 0.77474\n 11 116 5 0.59289 0.81300 0.60346 0.81179 0.59444 0.80615 0.60346 0.81179 0.56430 0.80292\n 11 116 5 0.59459 0.83989 0.60549 0.83802 0.59580 0.83268 0.60549 0.83802 0.56430 0.83109\n 11 116 5 0.58803 0.15464 0.58550 0.15584 0.58822 0.15647 0.58550 0.15584 0.59501 0.15482\n 11 116 5 0.59002 0.18300 0.58760 0.18440 0.59036 0.18482 0.58760 0.18440 0.59501 0.18300\n 11 116 5 0.59176 0.21150 0.58966 0.21336 0.59245 0.21321 0.58966 0.21336 0.59501 0.21117\n 11 116 5 0.59288 0.24022 0.59169 0.24275 0.59420 0.24151 0.59169 0.24275 0.59501 0.23935\n 11 116 5 0.59355 0.26978 0.59386 0.27256 0.59535 0.27019 0.59386 0.27256 0.59501 0.26753\n 11 116 5 0.59481 0.30007 0.59616 0.30252 0.59663 0.29976 0.59616 0.30252 0.59501 0.29571\n 11 116 5 0.59660 0.33046 0.59842 0.33258 0.59832 0.32979 0.59842 0.33258 0.59501 0.32389\n 11 116 5 0.59831 0.36056 0.60066 0.36274 0.60018 0.35958 0.60066 0.36274 0.59501 0.35206\n 11 116 5 0.59981 0.39044 0.60288 0.39293 0.60202 0.38907 0.60288 0.39293 0.59501 0.38024\n 11 116 5 0.60129 0.42028 0.60510 0.42306 0.60386 0.41852 0.60510 0.42306 0.59501 0.40842\n 11 116 5 0.60279 0.45001 0.60730 0.45305 0.60567 0.44786 0.60730 0.45305 0.59501 0.43660\n 11 116 5 0.60429 0.47959 0.60949 0.48283 0.60745 0.47705 0.60949 0.48283 0.59501 0.46478\n 11 116 5 0.60581 0.50895 0.61168 0.51234 0.60921 0.50603 0.61168 0.51234 0.59501 0.49296\n 11 116 5 0.60735 0.53806 0.61384 0.54150 0.61092 0.53476 0.61384 0.54150 0.59501 0.52113\n 11 116 5 0.60891 0.56688 0.61599 0.57029 0.61258 0.56321 0.61599 0.57029 0.59501 0.54931\n 11 116 5 0.61048 0.59540 0.61811 0.59867 0.61419 0.59136 0.61811 0.59867 0.59501 0.57749\n 11 116 5 0.61207 0.62361 0.62020 0.62665 0.61574 0.61920 0.62020 0.62665 0.59501 0.60567\n 11 116 5 0.61367 0.65151 0.62227 0.65422 0.61724 0.64674 0.62227 0.65422 0.59501 0.63385\n 11 116 5 0.61529 0.67914 0.62431 0.68142 0.61869 0.67401 0.62431 0.68142 0.59501 0.66202\n 11 116 5 0.61692 0.70651 0.62633 0.70830 0.62008 0.70103 0.62633 0.70830 0.59501 0.69020\n 11 116 5 0.61856 0.73368 0.62833 0.73490 0.62145 0.72785 0.62833 0.73490 0.59501 0.71838\n 11 116 5 0.62021 0.76070 0.63032 0.76129 0.62278 0.75452 0.63032 0.76129 0.59501 0.74656\n 11 116 5 0.62187 0.78762 0.63232 0.78756 0.62411 0.78109 0.63232 0.78756 0.59501 0.77474\n 11 116 5 0.62355 0.81449 0.63432 0.81376 0.62544 0.80761 0.63432 0.81376 0.59501 0.80292\n 11 116 5 0.62523 0.84137 0.63635 0.83998 0.62679 0.83414 0.63635 0.83998 0.59501 0.83109\n 11 116 5 0.61836 0.15613 0.61611 0.15780 0.61891 0.15790 0.61611 0.15780 0.62572 0.15482\n 11 116 5 0.62021 0.18446 0.61818 0.18639 0.62097 0.18615 0.61818 0.18639 0.62572 0.18300\n 11 116 5 0.62176 0.21306 0.62023 0.21541 0.62288 0.21453 0.62023 0.21541 0.62572 0.21117\n 11 116 5 0.62291 0.24215 0.62231 0.24488 0.62448 0.24312 0.62231 0.24488 0.62572 0.23935\n 11 116 5 0.62406 0.27192 0.62454 0.27468 0.62588 0.27222 0.62454 0.27468 0.62572 0.26753\n 11 116 5 0.62559 0.30213 0.62684 0.30463 0.62743 0.30190 0.62684 0.30463 0.62572 0.29571\n 11 116 5 0.62732 0.33230 0.62911 0.33471 0.62921 0.33171 0.62911 0.33471 0.62572 0.32389\n 11 116 5 0.62883 0.36216 0.63137 0.36487 0.63108 0.36118 0.63137 0.36487 0.62572 0.35206\n 11 116 5 0.63033 0.39204 0.63360 0.39506 0.63293 0.39067 0.63360 0.39506 0.62572 0.38024\n 11 116 5 0.63183 0.42188 0.63582 0.42519 0.63476 0.42011 0.63582 0.42519 0.62572 0.40842\n 11 116 5 0.63333 0.45162 0.63803 0.45518 0.63658 0.44946 0.63803 0.45518 0.62572 0.43660\n 11 116 5 0.63484 0.48119 0.64023 0.48496 0.63837 0.47865 0.64023 0.48496 0.62572 0.46478\n 11 116 5 0.63637 0.51055 0.64242 0.51446 0.64013 0.50763 0.64242 0.51446 0.62572 0.49296\n 11 116 5 0.63791 0.53965 0.64460 0.54363 0.64185 0.53635 0.64460 0.54363 0.62572 0.52113\n 11 116 5 0.63947 0.56847 0.64675 0.57241 0.64351 0.56479 0.64675 0.57241 0.62572 0.54931\n 11 116 5 0.64105 0.59699 0.64888 0.60078 0.64513 0.59293 0.64888 0.60078 0.62572 0.57749\n 11 116 5 0.64265 0.62519 0.65098 0.62875 0.64669 0.62077 0.65098 0.62875 0.62572 0.60567\n 11 116 5 0.64426 0.65309 0.65306 0.65631 0.64819 0.64830 0.65306 0.65631 0.62572 0.63385\n 11 116 5 0.64588 0.68070 0.65511 0.68350 0.64964 0.67556 0.65511 0.68350 0.62572 0.66202\n 11 116 5 0.64751 0.70806 0.65713 0.71035 0.65104 0.70257 0.65713 0.71035 0.62572 0.69020\n 11 116 5 0.64915 0.73522 0.65913 0.73694 0.65240 0.72937 0.65913 0.73694 0.62572 0.71838\n 11 116 5 0.65080 0.76222 0.66112 0.76331 0.65373 0.75603 0.66112 0.76331 0.62572 0.74656\n 11 116 5 0.65246 0.78912 0.66310 0.78955 0.65505 0.78258 0.66310 0.78955 0.62572 0.77474\n 11 116 5 0.65413 0.81598 0.66509 0.81574 0.65637 0.80909 0.66509 0.81574 0.62572 0.80292\n 11 116 5 0.65581 0.84285 0.66710 0.84194 0.65771 0.83561 0.66710 0.84194 0.62572 0.83109\n 11 116 5 0.64861 0.15769 0.64658 0.15980 0.64948 0.15942 0.64658 0.15980 0.65643 0.15482\n 11 116 5 0.65028 0.18616 0.64865 0.18843 0.65134 0.18768 0.64865 0.18843 0.65643 0.18300\n 11 116 5 0.65180 0.21493 0.65071 0.21751 0.65317 0.21617 0.65071 0.21751 0.65643 0.21117\n 11 116 5 0.65313 0.24422 0.65285 0.24700 0.65481 0.24500 0.65285 0.24700 0.65643 0.23935\n 11 116 5 0.65456 0.27404 0.65510 0.27679 0.65639 0.27431 0.65510 0.27679 0.65643 0.26753\n 11 116 5 0.65619 0.30407 0.65740 0.30675 0.65812 0.30390 0.65740 0.30675 0.65643 0.29571\n 11 116 5 0.65774 0.33388 0.65969 0.33683 0.66001 0.33331 0.65969 0.33683 0.65643 0.32389\n 11 116 5 0.65926 0.36375 0.66195 0.36701 0.66188 0.36279 0.66195 0.36701 0.65643 0.35206\n 11 116 5 0.66077 0.39364 0.66419 0.39720 0.66374 0.39228 0.66419 0.39720 0.65643 0.38024\n 11 116 5 0.66227 0.42348 0.66643 0.42733 0.66558 0.42173 0.66643 0.42733 0.65643 0.40842\n 11 116 5 0.66378 0.45321 0.66865 0.45732 0.66741 0.45107 0.66865 0.45732 0.65643 0.43660\n 11 116 5 0.66530 0.48278 0.67086 0.48710 0.66921 0.48026 0.67086 0.48710 0.65643 0.46478\n 11 116 5 0.66683 0.51214 0.67305 0.51660 0.67097 0.50924 0.67305 0.51660 0.65643 0.49296\n 11 116 5 0.66838 0.54125 0.67523 0.54576 0.67269 0.53796 0.67523 0.54576 0.65643 0.52113\n 11 116 5 0.66995 0.57006 0.67740 0.57454 0.67436 0.56640 0.67740 0.57454 0.65643 0.54931\n 11 116 5 0.67154 0.59857 0.67954 0.60291 0.67598 0.59453 0.67954 0.60291 0.65643 0.57749\n 11 116 5 0.67314 0.62677 0.68165 0.63086 0.67755 0.62236 0.68165 0.63086 0.65643 0.60567\n 11 116 5 0.67476 0.65466 0.68373 0.65841 0.67906 0.64988 0.68373 0.65841 0.65643 0.63385\n 11 116 5 0.67639 0.68226 0.68579 0.68559 0.68051 0.67713 0.68579 0.68559 0.65643 0.66202\n 11 116 5 0.67803 0.70962 0.68782 0.71243 0.68192 0.70412 0.68782 0.71243 0.65643 0.69020\n 11 116 5 0.67967 0.73676 0.68982 0.73899 0.68328 0.73092 0.68982 0.73899 0.65643 0.71838\n 11 116 5 0.68132 0.76374 0.69181 0.76534 0.68461 0.75755 0.69181 0.76534 0.65643 0.74656\n 11 116 5 0.68298 0.79063 0.69379 0.79157 0.68592 0.78409 0.69379 0.79157 0.65643 0.77474\n 11 116 5 0.68464 0.81747 0.69577 0.81773 0.68723 0.81059 0.69577 0.81773 0.65643 0.80292\n 11 116 5 0.68631 0.84433 0.69777 0.84392 0.68856 0.83710 0.69777 0.84392 0.65643 0.83109\n 11 116 5 0.67888 0.15920 0.67694 0.16185 0.68011 0.16098 0.67694 0.16185 0.68715 0.15482\n 11 116 5 0.68039 0.18792 0.67902 0.19051 0.68171 0.18934 0.67902 0.19051 0.68715 0.18300\n 11 116 5 0.68190 0.21694 0.68112 0.21962 0.68340 0.21801 0.68112 0.21962 0.68715 0.21117\n 11 116 5 0.68340 0.24632 0.68329 0.24912 0.68512 0.24700 0.68329 0.24912 0.68715 0.23935\n 11 116 5 0.68496 0.27591 0.68555 0.27890 0.68695 0.27619 0.68555 0.27890 0.68715 0.26753\n 11 116 5 0.68652 0.30563 0.68785 0.30886 0.68883 0.30551 0.68785 0.30886 0.68715 0.29571\n 11 116 5 0.68807 0.33545 0.69014 0.33896 0.69071 0.33493 0.69014 0.33896 0.68715 0.32389\n 11 116 5 0.68960 0.36533 0.69242 0.36914 0.69259 0.36441 0.69242 0.36914 0.68715 0.35206\n 11 116 5 0.69112 0.39522 0.69467 0.39934 0.69446 0.39391 0.69467 0.39934 0.68715 0.38024\n 11 116 5 0.69263 0.42507 0.69691 0.42948 0.69631 0.42336 0.69691 0.42948 0.68715 0.40842\n 11 116 5 0.69414 0.45480 0.69914 0.45947 0.69815 0.45270 0.69914 0.45947 0.68715 0.43660\n 11 116 5 0.69567 0.48438 0.70136 0.48925 0.69995 0.48189 0.70136 0.48925 0.68715 0.46478\n 11 116 5 0.69721 0.51374 0.70357 0.51875 0.70172 0.51086 0.70357 0.51875 0.68715 0.49296\n 11 116 5 0.69876 0.54284 0.70576 0.54790 0.70345 0.53958 0.70576 0.54790 0.68715 0.52113\n 11 116 5 0.70034 0.57165 0.70793 0.57668 0.70513 0.56802 0.70793 0.57668 0.68715 0.54931\n 11 116 5 0.70193 0.60016 0.71008 0.60504 0.70676 0.59615 0.71008 0.60504 0.68715 0.57749\n 11 116 5 0.70355 0.62835 0.71220 0.63299 0.70833 0.62397 0.71220 0.63299 0.68715 0.60567\n 11 116 5 0.70517 0.65624 0.71430 0.66053 0.70984 0.65148 0.71430 0.66053 0.68715 0.63385\n 11 116 5 0.70681 0.68383 0.71636 0.68769 0.71130 0.67872 0.71636 0.68769 0.68715 0.66202\n 11 116 5 0.70846 0.71117 0.71840 0.71451 0.71271 0.70570 0.71840 0.71451 0.68715 0.69020\n 11 116 5 0.71011 0.73830 0.72041 0.74106 0.71408 0.73248 0.72041 0.74106 0.68715 0.71838\n 11 116 5 0.71176 0.76527 0.72240 0.76739 0.71541 0.75910 0.72240 0.76739 0.68715 0.74656\n 11 116 5 0.71342 0.79214 0.72437 0.79359 0.71672 0.78562 0.72437 0.79359 0.68715 0.77474\n 11 116 5 0.71508 0.81896 0.72635 0.81974 0.71802 0.81210 0.72635 0.81974 0.68715 0.80292\n 11 116 5 0.71674 0.84581 0.72834 0.84591 0.71934 0.83860 0.72834 0.84591 0.68715 0.83109\n 11 116 5 0.70907 0.16071 0.70721 0.16392 0.71067 0.16258 0.70721 0.16392 0.71786 0.15482\n 11 116 5 0.71060 0.18946 0.70930 0.19261 0.71228 0.19096 0.70930 0.19261 0.71786 0.18300\n 11 116 5 0.71211 0.21853 0.71143 0.22173 0.71396 0.21966 0.71143 0.22173 0.71786 0.21117\n 11 116 5 0.71365 0.24789 0.71363 0.25123 0.71572 0.24863 0.71363 0.25123 0.71786 0.23935\n 11 116 5 0.71521 0.27746 0.71589 0.28100 0.71756 0.27781 0.71589 0.28100 0.71786 0.26753\n 11 116 5 0.71677 0.30719 0.71819 0.31097 0.71944 0.30713 0.71819 0.31097 0.71786 0.29571\n 11 116 5 0.71832 0.33702 0.72049 0.34109 0.72133 0.33656 0.72049 0.34109 0.71786 0.32389\n 11 116 5 0.71986 0.36691 0.72277 0.37128 0.72322 0.36605 0.72277 0.37128 0.71786 0.35206\n 11 116 5 0.72138 0.39680 0.72503 0.40148 0.72510 0.39555 0.72503 0.40148 0.71786 0.38024\n 11 116 5 0.72290 0.42665 0.72729 0.43162 0.72696 0.42500 0.72729 0.43162 0.71786 0.40842\n 11 116 5 0.72442 0.45639 0.72953 0.46162 0.72880 0.45434 0.72953 0.46162 0.71786 0.43660\n 11 116 5 0.72595 0.48596 0.73175 0.49140 0.73061 0.48353 0.73175 0.49140 0.71786 0.46478\n 11 116 5 0.72750 0.51532 0.73397 0.52090 0.73239 0.51250 0.73397 0.52090 0.71786 0.49296\n 11 116 5 0.72906 0.54443 0.73617 0.55005 0.73412 0.54122 0.73617 0.55005 0.71786 0.52113\n 11 116 5 0.73064 0.57324 0.73835 0.57883 0.73581 0.56965 0.73835 0.57883 0.71786 0.54931\n 11 116 5 0.73225 0.60175 0.74051 0.60719 0.73745 0.59778 0.74051 0.60719 0.71786 0.57749\n 11 116 5 0.73387 0.62993 0.74264 0.63513 0.73903 0.62560 0.74264 0.63513 0.71786 0.60567\n 11 116 5 0.73551 0.65781 0.74475 0.66266 0.74055 0.65311 0.74475 0.66266 0.71786 0.63385\n 11 116 5 0.73715 0.68540 0.74683 0.68981 0.74202 0.68033 0.74683 0.68981 0.71786 0.66202\n 11 116 5 0.73881 0.71273 0.74887 0.71662 0.74343 0.70730 0.74887 0.71662 0.71786 0.69020\n 11 116 5 0.74047 0.73984 0.75089 0.74315 0.74480 0.73406 0.75089 0.74315 0.71786 0.71838\n 11 116 5 0.74212 0.76680 0.75289 0.76946 0.74613 0.76067 0.75289 0.76946 0.71786 0.74656\n 11 116 5 0.74378 0.79365 0.75486 0.79564 0.74744 0.78718 0.75486 0.79564 0.71786 0.77474\n 11 116 5 0.74544 0.82046 0.75684 0.82176 0.74874 0.81364 0.75684 0.82176 0.71786 0.80292\n 11 116 5 0.74711 0.84729 0.75882 0.84791 0.75005 0.84012 0.75882 0.84791 0.71786 0.83109\n 11 116 5 0.73920 0.16223 0.73739 0.16601 0.74116 0.16419 0.73739 0.16601 0.74857 0.15482\n 11 116 5 0.74074 0.19099 0.73950 0.19471 0.74279 0.19258 0.73950 0.19471 0.74857 0.18300\n 11 116 5 0.74227 0.22007 0.74165 0.22384 0.74449 0.22128 0.74165 0.22384 0.74857 0.21117\n 11 116 5 0.74381 0.24942 0.74386 0.25333 0.74626 0.25025 0.74386 0.25333 0.74857 0.23935\n 11 116 5 0.74537 0.27900 0.74613 0.28311 0.74810 0.27943 0.74613 0.28311 0.74857 0.26753\n 11 116 5 0.74694 0.30873 0.74842 0.31309 0.74998 0.30875 0.74842 0.31309 0.74857 0.29571\n 11 116 5 0.74849 0.33857 0.75072 0.34321 0.75187 0.33819 0.75072 0.34321 0.74857 0.32389\n 11 116 5 0.75003 0.36846 0.75301 0.37341 0.75377 0.36769 0.75301 0.37341 0.74857 0.35206\n 11 116 5 0.75156 0.39837 0.75529 0.40363 0.75565 0.39719 0.75529 0.40363 0.74857 0.38024\n 11 116 5 0.75308 0.42822 0.75755 0.43377 0.75752 0.42665 0.75755 0.43377 0.74857 0.40842\n 11 116 5 0.75461 0.45796 0.75980 0.46377 0.75937 0.45600 0.75980 0.46377 0.74857 0.43660\n 11 116 5 0.75615 0.48754 0.76203 0.49356 0.76119 0.48518 0.76203 0.49356 0.74857 0.46478\n 11 116 5 0.75770 0.51690 0.76426 0.52306 0.76297 0.51416 0.76426 0.52306 0.74857 0.49296\n 11 116 5 0.75927 0.54601 0.76647 0.55221 0.76471 0.54288 0.76647 0.55221 0.74857 0.52113\n 11 116 5 0.76087 0.57482 0.76866 0.58098 0.76641 0.57131 0.76866 0.58098 0.74857 0.54931\n 11 116 5 0.76248 0.60333 0.77083 0.60934 0.76805 0.59943 0.77083 0.60934 0.74857 0.57749\n 11 116 5 0.76411 0.63151 0.77298 0.63728 0.76964 0.62724 0.77298 0.63728 0.74857 0.60567\n 11 116 5 0.76576 0.65939 0.77510 0.66480 0.77117 0.65474 0.77510 0.66480 0.74857 0.63385\n 11 116 5 0.76741 0.68697 0.77719 0.69194 0.77265 0.68196 0.77719 0.69194 0.74857 0.66202\n 11 116 5 0.76908 0.71429 0.77925 0.71874 0.77407 0.70892 0.77925 0.71874 0.74857 0.69020\n 11 116 5 0.77075 0.74139 0.78127 0.74525 0.77545 0.73567 0.78127 0.74525 0.74857 0.71838\n 11 116 5 0.77241 0.76833 0.78327 0.77154 0.77678 0.76226 0.78327 0.77154 0.74857 0.74656\n 11 116 5 0.77408 0.79517 0.78526 0.79770 0.77809 0.78875 0.78526 0.79770 0.74857 0.77474\n 11 116 5 0.77574 0.82196 0.78723 0.82380 0.77939 0.81520 0.78723 0.82380 0.74857 0.80292\n 11 116 5 0.77740 0.84878 0.78920 0.84993 0.78069 0.84167 0.78920 0.84993 0.74857 0.83109\n 11 116 5 0.76927 0.16375 0.76748 0.16810 0.77160 0.16581 0.76748 0.16810 0.77928 0.15482\n 11 116 5 0.77082 0.19251 0.76961 0.19682 0.77324 0.19421 0.76961 0.19682 0.77928 0.18300\n 11 116 5 0.77236 0.22159 0.77178 0.22594 0.77494 0.22291 0.77178 0.22594 0.77928 0.21117\n 11 116 5 0.77391 0.25095 0.77399 0.25543 0.77672 0.25187 0.77399 0.25543 0.77928 0.23935\n 11 116 5 0.77547 0.28052 0.77626 0.28521 0.77856 0.28105 0.77626 0.28521 0.77928 0.26753\n 11 116 5 0.77703 0.31026 0.77855 0.31520 0.78044 0.31039 0.77855 0.31520 0.77928 0.29571\n 11 116 5 0.77858 0.34011 0.78085 0.34533 0.78234 0.33983 0.78085 0.34533 0.77928 0.32389\n 11 116 5 0.78013 0.37001 0.78315 0.37555 0.78424 0.36934 0.78315 0.37555 0.77928 0.35206\n 11 116 5 0.78166 0.39992 0.78543 0.40577 0.78613 0.39885 0.78543 0.40577 0.77928 0.38024\n 11 116 5 0.78319 0.42978 0.78770 0.43592 0.78800 0.42831 0.78770 0.43592 0.77928 0.40842\n 11 116 5 0.78472 0.45953 0.78996 0.46593 0.78986 0.45766 0.78996 0.46593 0.77928 0.43660\n 11 116 5 0.78627 0.48911 0.79220 0.49572 0.79168 0.48685 0.79220 0.49572 0.77928 0.46478\n 11 116 5 0.78783 0.51848 0.79444 0.52522 0.79347 0.51583 0.79444 0.52522 0.77928 0.49296\n 11 116 5 0.78941 0.54758 0.79666 0.55437 0.79522 0.54454 0.79666 0.55437 0.77928 0.52113\n 11 116 5 0.79101 0.57640 0.79886 0.58315 0.79693 0.57297 0.79886 0.58315 0.77928 0.54931\n 11 116 5 0.79263 0.60490 0.80104 0.61150 0.79858 0.60110 0.80104 0.61150 0.77928 0.57749\n 11 116 5 0.79427 0.63309 0.80320 0.63944 0.80018 0.62890 0.80320 0.63944 0.77928 0.60567\n 11 116 5 0.79593 0.66096 0.80534 0.66696 0.80172 0.65640 0.80534 0.66696 0.77928 0.63385\n 11 116 5 0.79760 0.68854 0.80744 0.69409 0.80321 0.68361 0.80744 0.69409 0.77928 0.66202\n 11 116 5 0.79927 0.71585 0.80951 0.72087 0.80464 0.71056 0.80951 0.72087 0.77928 0.69020\n 11 116 5 0.80095 0.74294 0.81155 0.74737 0.80602 0.73730 0.81155 0.74737 0.77928 0.71838\n 11 116 5 0.80262 0.76987 0.81357 0.77364 0.80736 0.76387 0.81357 0.77364 0.77928 0.74656\n 11 116 5 0.80429 0.79669 0.81555 0.79978 0.80868 0.79035 0.81555 0.79978 0.77928 0.77474\n 11 116 5 0.80596 0.82347 0.81753 0.82586 0.80997 0.81678 0.81753 0.82586 0.77928 0.80292\n 11 116 5 0.80762 0.85027 0.81950 0.85197 0.81127 0.84323 0.81950 0.85197 0.77928 0.83109\n 11 116 5 0.79928 0.16526 0.79750 0.17020 0.80197 0.16744 0.79750 0.17020 0.80999 0.15482\n 11 116 5 0.80083 0.19403 0.79964 0.19891 0.80362 0.19584 0.79964 0.19891 0.80999 0.18300\n 11 116 5 0.80238 0.22311 0.80181 0.22804 0.80533 0.22454 0.80181 0.22804 0.80999 0.21117\n 11 116 5 0.80393 0.25246 0.80403 0.25753 0.80711 0.25350 0.80403 0.25753 0.80999 0.23935\n 11 116 5 0.80549 0.28204 0.80630 0.28730 0.80895 0.28268 0.80630 0.28730 0.80999 0.26753\n 11 116 5 0.80705 0.31178 0.80859 0.31730 0.81083 0.31203 0.80859 0.31730 0.80999 0.29571\n 11 116 5 0.80860 0.34164 0.81089 0.34745 0.81273 0.34148 0.81089 0.34745 0.80999 0.32389\n 11 116 5 0.81015 0.37155 0.81319 0.37767 0.81463 0.37099 0.81319 0.37767 0.80999 0.35206\n 11 116 5 0.81168 0.40147 0.81547 0.40791 0.81652 0.40051 0.81547 0.40791 0.80999 0.38024\n 11 116 5 0.81322 0.43134 0.81775 0.43807 0.81841 0.42998 0.81775 0.43807 0.80999 0.40842\n 11 116 5 0.81476 0.46109 0.82002 0.46808 0.82027 0.45934 0.82002 0.46808 0.80999 0.43660\n 11 116 5 0.81631 0.49068 0.82227 0.49788 0.82210 0.48853 0.82227 0.49788 0.80999 0.46478\n 11 116 5 0.81787 0.52005 0.82452 0.52738 0.82390 0.51750 0.82452 0.52738 0.80999 0.49296\n 11 116 5 0.81946 0.54915 0.82675 0.55654 0.82566 0.54622 0.82675 0.55654 0.80999 0.52113\n 11 116 5 0.82107 0.57797 0.82896 0.58531 0.82737 0.57465 0.82896 0.58531 0.80999 0.54931\n 11 116 5 0.82270 0.60648 0.83116 0.61367 0.82903 0.60277 0.83116 0.61367 0.80999 0.57749\n 11 116 5 0.82435 0.63466 0.83333 0.64161 0.83064 0.63058 0.83333 0.64161 0.80999 0.60567\n 11 116 5 0.82602 0.66253 0.83548 0.66912 0.83219 0.65807 0.83548 0.66912 0.80999 0.63385\n 11 116 5 0.82770 0.69011 0.83760 0.69624 0.83369 0.68527 0.83760 0.69624 0.80999 0.66202\n 11 116 5 0.82939 0.71741 0.83968 0.72302 0.83513 0.71222 0.83968 0.72302 0.80999 0.69020\n 11 116 5 0.83108 0.74450 0.84174 0.74950 0.83652 0.73894 0.84174 0.74950 0.80999 0.71838\n 11 116 5 0.83276 0.77141 0.84376 0.77576 0.83787 0.76550 0.84376 0.77576 0.80999 0.74656\n 11 116 5 0.83444 0.79822 0.84576 0.80188 0.83919 0.79196 0.84576 0.80188 0.80999 0.77474\n 11 116 5 0.83611 0.82498 0.84774 0.82793 0.84049 0.81838 0.84774 0.82793 0.80999 0.80292\n 11 50 2 0.83778 0.85176 0.84023 0.85223\n 11 72 3 0.84817 0.85223 0.84179 0.84481 0.84817 0.85223\n 11 50 2 0.84661 0.85223 0.80999 0.83109\n 11 116 5 0.82922 0.16676 0.82743 0.17229 0.83228 0.16908 0.82743 0.17229 0.84070 0.15482\n 11 116 5 0.83079 0.19553 0.82958 0.20100 0.83394 0.19748 0.82958 0.20100 0.84070 0.18300\n 11 116 5 0.83234 0.22461 0.83176 0.23013 0.83566 0.22617 0.83176 0.23013 0.84070 0.21117\n 11 116 5 0.83389 0.25396 0.83399 0.25962 0.83744 0.25514 0.83399 0.25962 0.84070 0.23935\n 11 116 5 0.83545 0.28354 0.83625 0.28940 0.83927 0.28432 0.83625 0.28940 0.84070 0.26753\n 11 116 5 0.83700 0.31329 0.83854 0.31940 0.84115 0.31367 0.83854 0.31940 0.84070 0.29571\n 11 116 5 0.83856 0.34315 0.84084 0.34956 0.84305 0.34313 0.84084 0.34956 0.84070 0.32389\n 11 116 5 0.84010 0.37308 0.84313 0.37980 0.84495 0.37265 0.84313 0.37980 0.84070 0.35206\n 11 116 5 0.84164 0.40301 0.84543 0.41004 0.84685 0.40218 0.84543 0.41004 0.84070 0.38024\n 11 116 5 0.84318 0.43288 0.84771 0.44022 0.84874 0.43165 0.84771 0.44022 0.84070 0.40842\n 11 116 5 0.84472 0.46264 0.84999 0.47024 0.85061 0.46102 0.84999 0.47024 0.84070 0.43660\n 11 116 5 0.84628 0.49223 0.85225 0.50004 0.85245 0.49021 0.85225 0.50004 0.84070 0.46478\n 11 116 5 0.84785 0.52161 0.85450 0.52955 0.85425 0.51919 0.85450 0.52955 0.84070 0.49296\n 11 116 5 0.84944 0.55072 0.85674 0.55871 0.85602 0.54791 0.85674 0.55871 0.84070 0.52113\n 11 116 5 0.85106 0.57954 0.85897 0.58748 0.85774 0.57634 0.85897 0.58748 0.84070 0.54931\n 11 116 5 0.85270 0.60805 0.86117 0.61584 0.85941 0.60446 0.86117 0.61584 0.84070 0.57749\n 11 116 5 0.85436 0.63623 0.86336 0.64378 0.86103 0.63227 0.86336 0.64378 0.84070 0.60567\n 11 116 5 0.85604 0.66410 0.86552 0.67129 0.86259 0.65976 0.86552 0.67129 0.84070 0.63385\n 11 116 5 0.85773 0.69167 0.86766 0.69841 0.86410 0.68696 0.86766 0.69841 0.84070 0.66202\n 11 116 5 0.85944 0.71898 0.86976 0.72518 0.86556 0.71389 0.86976 0.72518 0.84070 0.69020\n 11 116 5 0.86114 0.74605 0.87183 0.75165 0.86696 0.74061 0.87183 0.75165 0.84070 0.71838\n 11 116 5 0.86284 0.77296 0.87387 0.77789 0.86832 0.76716 0.87387 0.77789 0.84070 0.74656\n 11 116 5 0.86453 0.79975 0.87588 0.80399 0.86964 0.79360 0.87588 0.80399 0.84070 0.77474\n 11 116 5 0.86620 0.82650 0.87787 0.83003 0.87095 0.82000 0.87787 0.83003 0.84070 0.80292\n 11 72 3 0.87681 0.85223 0.87225 0.84642 0.87681 0.85223\n 11 50 2 0.87380 0.85223 0.84070 0.83109\n 11 116 5 0.85911 0.16825 0.85729 0.17437 0.86253 0.17072 0.85729 0.17437 0.87141 0.15482\n 11 116 5 0.86068 0.19702 0.85945 0.20309 0.86420 0.19912 0.85945 0.20309 0.87141 0.18300\n 11 116 5 0.86224 0.22610 0.86164 0.23222 0.86592 0.22781 0.86164 0.23222 0.87141 0.21117\n 11 116 5 0.86379 0.25546 0.86386 0.26171 0.86770 0.25678 0.86386 0.26171 0.87141 0.23935\n 11 116 5 0.86534 0.28504 0.86612 0.29149 0.86954 0.28596 0.86612 0.29149 0.87141 0.26753\n 11 116 5 0.86690 0.31479 0.86840 0.32150 0.87141 0.31532 0.86840 0.32150 0.87141 0.29571\n 11 116 5 0.86845 0.34466 0.87070 0.35167 0.87331 0.34479 0.87070 0.35167 0.87141 0.32389\n 11 116 5 0.86999 0.37460 0.87300 0.38192 0.87522 0.37432 0.87300 0.38192 0.87141 0.35206\n 11 116 5 0.87153 0.40453 0.87530 0.41218 0.87712 0.40385 0.87530 0.41218 0.87141 0.38024\n 11 116 5 0.87307 0.43441 0.87759 0.44236 0.87901 0.43333 0.87759 0.44236 0.87141 0.40842\n 11 116 5 0.87462 0.46418 0.87987 0.47239 0.88088 0.46270 0.87987 0.47239 0.87141 0.43660\n 11 116 5 0.87618 0.49378 0.88214 0.50219 0.88273 0.49190 0.88214 0.50219 0.87141 0.46478\n 11 116 5 0.87776 0.52316 0.88440 0.53171 0.88454 0.52088 0.88440 0.53171 0.87141 0.49296\n 11 116 5 0.87936 0.55227 0.88665 0.56088 0.88632 0.54961 0.88665 0.56088 0.87141 0.52113\n 11 116 5 0.88099 0.58110 0.88888 0.58966 0.88805 0.57804 0.88888 0.58966 0.87141 0.54931\n 11 116 5 0.88263 0.60961 0.89110 0.61802 0.88973 0.60616 0.89110 0.61802 0.87141 0.57749\n 11 116 5 0.88430 0.63780 0.89330 0.64595 0.89135 0.63397 0.89330 0.64595 0.87141 0.60567\n 11 50 2 0.88600 0.66567 0.89445 0.67262\n 11 72 3 0.89445 0.66862 0.89293 0.66146 0.89445 0.66862\n 11 50 2 0.89445 0.67177 0.87141 0.63385\n 11 50 2 0.88770 0.69324 0.89445 0.69823\n 11 50 2 0.89445 0.69591 0.87141 0.66202\n 11 50 2 0.88941 0.72054 0.89445 0.72385\n 11 50 2 0.89445 0.72040 0.87141 0.69020\n 11 50 2 0.89113 0.74761 0.89445 0.74953\n 11 50 2 0.89445 0.74520 0.87141 0.71838\n 11 50 2 0.89284 0.77451 0.89445 0.77531\n 11 50 2 0.89445 0.77030 0.87141 0.74656\n 11 50 2 0.89445 0.79569 0.87141 0.77474\n 11 50 2 0.89445 0.82136 0.87141 0.80292\n 12 50 2 0.50288 0.29571 0.50288 0.29571\n 11 50 2 0.89445 0.84730 0.87141 0.83109\n 21 6 1\n 25 6 1\n 82 0\n 81 6 410\n 82 0\n 81 6 411\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 50 2 0.14970 0.16891 0.14031 0.15482\n 11 72 3 0.14970 0.16891 0.15909 0.18300 0.16803 0.19708\n 11 50 2 0.15909 0.18300 0.18261 0.20096\n 11 50 2 0.15909 0.18300 0.16452 0.21063\n 11 490 22 0.15909 0.18300 0.17654 0.21117 0.18460 0.22526 0.19221 0.23935 0.19935 0.25344 0.20600 0.26753 0.21213 0.28162 0.21770 0.29571 0.22265 0.30980 0.22692 0.32389 0.23041 0.33798 0.23302 0.35206 0.23461 0.36615 0.23502 0.38024 0.23407 0.39433 0.23158 0.40842 0.22737 0.42251 0.22133 0.43660 0.21342 0.45069 0.20373 0.46478 0.19249 0.47887 0.18001 0.49296\n 11 50 2 0.19249 0.47887 0.18942 0.48699\n 11 50 2 0.19249 0.47887 0.18445 0.48328\n 11 116 5 0.19249 0.47887 0.16665 0.50704 0.15273 0.52113 0.13854 0.53522 0.12666 0.54697\n 11 50 2 0.24183 0.16891 0.23189 0.15482\n 11 72 3 0.24183 0.16891 0.25177 0.18300 0.26118 0.19708\n 11 50 2 0.25177 0.18300 0.27085 0.19692\n 11 50 2 0.25177 0.18300 0.25663 0.20492\n 11 490 22 0.25177 0.18300 0.27005 0.21117 0.27839 0.22526 0.28616 0.23935 0.29332 0.25344 0.29984 0.26753 0.30563 0.28162 0.31060 0.29571 0.31463 0.30980 0.31752 0.32389 0.31906 0.33798 0.31895 0.35206 0.31683 0.36615 0.31232 0.38024 0.30508 0.39433 0.29497 0.40842 0.28218 0.42251 0.26725 0.43660 0.25189 0.44983 0.23654 0.46249 0.22118 0.47494 0.20583 0.48738\n 11 50 2 0.22118 0.47494 0.21716 0.48172\n 11 50 2 0.22118 0.47494 0.21336 0.47776\n 11 50 2 0.22118 0.47494 0.19047 0.49993\n 11 50 2 0.33396 0.16891 0.32273 0.15482\n 11 72 3 0.33396 0.16891 0.34520 0.18300 0.35585 0.19708\n 11 50 2 0.34520 0.18300 0.36021 0.19273\n 11 50 2 0.34520 0.18300 0.34988 0.19931\n 11 490 22 0.34520 0.18300 0.36591 0.21117 0.37535 0.22526 0.38410 0.23935 0.39209 0.25344 0.39917 0.26753 0.40513 0.28162 0.40962 0.29571 0.41205 0.30980 0.41151 0.32389 0.40665 0.33798 0.39602 0.35206 0.38066 0.36527 0.36530 0.37637 0.34995 0.38698 0.33459 0.39744 0.31924 0.40791 0.30388 0.41844 0.28853 0.42910 0.27317 0.43991 0.25781 0.45089 0.24246 0.46207\n 11 50 2 0.25781 0.45089 0.25407 0.45649\n 11 50 2 0.25781 0.45089 0.25102 0.45297\n 11 138 6 0.25781 0.45089 0.22710 0.47349 0.21175 0.48516 0.19639 0.49712 0.18104 0.50939 0.16568 0.52200\n 11 72 3 0.44145 0.16891 0.42610 0.15561 0.41705 0.14777\n 11 72 3 0.44145 0.16891 0.45681 0.18220 0.47217 0.19529\n 11 50 2 0.45681 0.18220 0.46790 0.18650\n 11 50 2 0.45681 0.18220 0.46230 0.19204\n 11 358 16 0.45681 0.18220 0.48752 0.20788 0.50288 0.21950 0.51823 0.22943 0.53359 0.23662 0.54894 0.23976 0.56430 0.23808 0.57966 0.23230 0.59501 0.22411 0.61037 0.21478 0.62572 0.20482 0.64108 0.19447 0.65643 0.18385 0.67179 0.17300 0.68715 0.16191 0.70250 0.15061\n 11 490 22 0.73321 0.16891 0.71980 0.18300 0.70740 0.19708 0.69628 0.21117 0.68675 0.22526 0.67903 0.23935 0.67325 0.25344 0.66942 0.26753 0.66744 0.28162 0.66709 0.29571 0.66815 0.30980 0.67038 0.32389 0.67357 0.33798 0.67753 0.35206 0.68213 0.36615 0.68725 0.38024 0.69280 0.39433 0.69871 0.40842 0.70493 0.42251 0.71142 0.43660 0.71815 0.45069 0.72511 0.46478\n 11 50 2 0.72511 0.46478 0.70849 0.44919\n 11 50 2 0.72511 0.46478 0.72330 0.44303\n 11 424 19 0.72511 0.46478 0.73228 0.47887 0.73965 0.49296 0.74721 0.50704 0.75496 0.52113 0.76292 0.53522 0.77107 0.54931 0.77943 0.56340 0.78800 0.57749 0.79679 0.59158 0.80580 0.60567 0.81506 0.61976 0.82457 0.63385 0.83435 0.64794 0.84439 0.66202 0.85472 0.67611 0.86534 0.69020 0.87627 0.70429 0.88752 0.71838\n 11 50 2 0.73321 0.16891 0.74662 0.15482\n 11 490 22 0.77928 0.16891 0.76808 0.18300 0.75789 0.19708 0.74888 0.21117 0.74119 0.22526 0.73490 0.23935 0.73006 0.25344 0.72663 0.26753 0.72453 0.28162 0.72366 0.29571 0.72388 0.30980 0.72506 0.32389 0.72707 0.33798 0.72979 0.35206 0.73312 0.36615 0.73698 0.38024 0.74129 0.39433 0.74599 0.40842 0.75103 0.42251 0.75639 0.43660 0.76203 0.45069 0.76793 0.46478\n 11 50 2 0.76793 0.46478 0.75076 0.44666\n 11 50 2 0.76793 0.46478 0.76747 0.44078\n 11 380 17 0.76793 0.46478 0.77407 0.47887 0.78043 0.49296 0.78703 0.50704 0.79384 0.52113 0.80087 0.53522 0.80811 0.54931 0.81558 0.56340 0.82327 0.57749 0.83119 0.59158 0.83936 0.60567 0.84776 0.61976 0.85643 0.63385 0.86536 0.64794 0.87457 0.66202 0.88406 0.67611 0.89385 0.69020\n 11 50 2 0.77928 0.16891 0.79048 0.15482\n 11 490 22 0.82535 0.16891 0.81535 0.18300 0.80628 0.19708 0.79824 0.21117 0.79130 0.22526 0.78551 0.23935 0.78088 0.25344 0.77740 0.26753 0.77500 0.28162 0.77362 0.29571 0.77317 0.30980 0.77355 0.32389 0.77468 0.33798 0.77647 0.35206 0.77885 0.36615 0.78173 0.38024 0.78508 0.39433 0.78883 0.40842 0.79294 0.42251 0.79738 0.43660 0.80213 0.45069 0.80715 0.46478\n 11 50 2 0.80715 0.46478 0.78951 0.44414\n 11 50 2 0.80715 0.46478 0.80809 0.43857\n 11 314 14 0.80715 0.46478 0.81244 0.47887 0.81797 0.49296 0.82375 0.50704 0.82976 0.52113 0.83600 0.53522 0.84247 0.54931 0.84917 0.56340 0.85611 0.57749 0.86329 0.59158 0.87070 0.60567 0.87837 0.61976 0.88630 0.63385 0.89445 0.64785\n 11 50 2 0.82535 0.16891 0.83534 0.15482\n 11 490 22 0.87141 0.16891 0.86212 0.18300 0.85365 0.19708 0.84607 0.21117 0.83945 0.22526 0.83381 0.23935 0.82915 0.25344 0.82547 0.26753 0.82272 0.28162 0.82085 0.29571 0.81980 0.30980 0.81950 0.32389 0.81989 0.33798 0.82090 0.35206 0.82246 0.36615 0.82453 0.38024 0.82706 0.39433 0.82999 0.40842 0.83329 0.42251 0.83693 0.43660 0.84089 0.45069 0.84515 0.46478\n 11 50 2 0.84515 0.46478 0.82761 0.44220\n 11 50 2 0.84515 0.46478 0.84753 0.43714\n 11 204 9 0.84515 0.46478 0.84967 0.47887 0.85446 0.49296 0.85951 0.50704 0.86479 0.52113 0.87032 0.53522 0.87609 0.54931 0.88209 0.56340 0.88834 0.57749\n 11 50 2 0.87141 0.16891 0.88071 0.15482\n 11 204 9 0.47217 0.26753 0.46323 0.25344 0.45311 0.23935 0.44230 0.22526 0.43097 0.21117 0.41916 0.19708 0.40690 0.18300 0.39420 0.16891 0.38102 0.15482\n 11 72 3 0.47217 0.26753 0.48111 0.28162 0.48752 0.29571\n 11 50 2 0.48111 0.28162 0.48347 0.28398\n 11 50 2 0.48111 0.28162 0.48127 0.28482\n 11 138 6 0.48111 0.28162 0.47834 0.30980 0.46299 0.31238 0.44763 0.32486 0.43228 0.33409 0.41692 0.34393\n 11 490 22 0.53359 0.28162 0.53125 0.29571 0.53616 0.30980 0.54385 0.32389 0.55253 0.33798 0.56162 0.35206 0.57092 0.36615 0.58031 0.38024 0.58977 0.39433 0.59926 0.40842 0.60878 0.42251 0.61834 0.43660 0.62794 0.45069 0.63759 0.46478 0.64730 0.47887 0.65709 0.49296 0.66697 0.50704 0.67696 0.52113 0.68706 0.53522 0.69730 0.54931 0.70769 0.56340 0.71824 0.57749\n 11 50 2 0.71824 0.57749 0.69335 0.56120\n 11 50 2 0.71824 0.57749 0.71059 0.55033\n 11 336 15 0.71824 0.57749 0.72897 0.59158 0.73990 0.60567 0.75105 0.61976 0.76242 0.63385 0.77404 0.64794 0.78592 0.66202 0.79806 0.67611 0.81050 0.69020 0.82323 0.70429 0.83626 0.71838 0.84961 0.73247 0.86327 0.74656 0.87726 0.76065 0.89156 0.77474\n 11 72 3 0.53359 0.28162 0.53592 0.26753 0.55128 0.25679\n 11 50 2 0.53592 0.26753 0.53674 0.26636\n 11 50 2 0.53592 0.26753 0.53737 0.26712\n 11 50 2 0.53592 0.26753 0.56663 0.24666\n 11 270 12 0.87141 0.30980 0.87043 0.32389 0.87008 0.33798 0.87031 0.35206 0.87108 0.36615 0.87233 0.38024 0.87403 0.39433 0.87613 0.40842 0.87861 0.42251 0.88144 0.43660 0.88459 0.45069 0.88805 0.46478\n 11 72 3 0.87141 0.30980 0.87240 0.29571 0.87405 0.28162\n 11 50 2 0.87240 0.29571 0.86668 0.27443\n 11 50 2 0.87240 0.29571 0.88292 0.27604\n 11 116 5 0.87240 0.29571 0.87644 0.26753 0.87959 0.25344 0.88356 0.23935 0.88837 0.22526\n 11 116 5 0.14970 0.35206 0.14641 0.33798 0.14247 0.32389 0.13794 0.30980 0.13288 0.29571\n 11 72 3 0.14970 0.35206 0.15298 0.36615 0.15552 0.38024\n 11 50 2 0.15298 0.36615 0.16180 0.38051\n 11 50 2 0.15298 0.36615 0.14968 0.38236\n 11 226 10 0.15298 0.36615 0.15723 0.39433 0.15799 0.40842 0.15770 0.42251 0.15625 0.43660 0.15354 0.45069 0.14950 0.46478 0.14410 0.47887 0.13737 0.49296 0.12941 0.50704\n 11 490 22 0.45681 0.36615 0.47217 0.37273 0.48752 0.38219 0.50288 0.39402 0.51823 0.40770 0.53259 0.42179 0.54607 0.43588 0.55899 0.44997 0.57154 0.46406 0.58385 0.47815 0.59599 0.49224 0.60805 0.50633 0.62006 0.52041 0.63206 0.53450 0.64411 0.54859 0.65622 0.56268 0.66844 0.57677 0.68078 0.59086 0.69327 0.60495 0.70594 0.61904 0.71880 0.63313 0.73188 0.64722\n 11 50 2 0.73188 0.64722 0.70264 0.63199\n 11 50 2 0.73188 0.64722 0.72015 0.61831\n 11 270 12 0.73188 0.64722 0.74520 0.66130 0.75876 0.67539 0.77259 0.68948 0.78670 0.70357 0.80110 0.71766 0.81579 0.73175 0.83078 0.74584 0.84608 0.75993 0.86143 0.77381 0.87679 0.78743 0.89214 0.80083\n 11 72 3 0.45681 0.36615 0.44145 0.35958 0.42610 0.35681\n 11 50 2 0.44145 0.35958 0.43643 0.36030\n 11 50 2 0.44145 0.35958 0.43710 0.35717\n 11 50 2 0.44145 0.35958 0.41074 0.35821\n 11 490 22 0.41074 0.40842 0.42610 0.41283 0.44145 0.41925 0.45681 0.42751 0.47217 0.43736 0.48752 0.44856 0.50288 0.46087 0.51823 0.47407 0.53359 0.48799 0.54855 0.50208 0.56311 0.51617 0.57740 0.53025 0.59154 0.54434 0.60558 0.55843 0.61960 0.57252 0.63364 0.58661 0.64774 0.60070 0.66195 0.61479 0.67630 0.62888 0.69081 0.64297 0.70551 0.65706 0.72043 0.67115\n 11 50 2 0.72043 0.67115 0.68994 0.65760\n 11 50 2 0.72043 0.67115 0.70656 0.64279\n 11 270 12 0.72043 0.67115 0.73557 0.68523 0.75093 0.69929 0.76628 0.71312 0.78164 0.72671 0.79699 0.74009 0.81235 0.75325 0.82771 0.76622 0.84306 0.77900 0.85842 0.79161 0.87377 0.80406 0.88913 0.81638\n 11 72 3 0.41074 0.40842 0.39539 0.40401 0.38003 0.40200\n 11 50 2 0.39539 0.40401 0.38852 0.40534\n 11 50 2 0.39539 0.40401 0.38920 0.40097\n 11 138 6 0.39539 0.40401 0.36468 0.40247 0.34932 0.40535 0.33396 0.41032 0.31861 0.41700 0.30325 0.42497\n 11 490 22 0.34932 0.45069 0.36468 0.45210 0.38003 0.45508 0.39539 0.45957 0.41074 0.46546 0.42610 0.47264 0.44145 0.48095 0.45681 0.49025 0.47217 0.50041 0.48752 0.51128 0.50288 0.52274 0.51823 0.53469 0.53359 0.54703 0.54894 0.55965 0.56430 0.57249 0.57966 0.58547 0.59501 0.59855 0.61037 0.61166 0.62572 0.62476 0.64108 0.63783 0.65643 0.65083 0.67179 0.66374\n 11 50 2 0.67179 0.66374 0.64216 0.65248\n 11 50 2 0.67179 0.66374 0.65698 0.63764\n 11 336 15 0.67179 0.66374 0.68715 0.67655 0.70250 0.68923 0.71786 0.70179 0.73321 0.71421 0.74857 0.72649 0.76392 0.73864 0.77928 0.75067 0.79464 0.76256 0.80999 0.77434 0.82535 0.78602 0.84070 0.79759 0.85606 0.80907 0.87141 0.82048 0.88677 0.83183\n 11 72 3 0.34932 0.45069 0.33396 0.44927 0.31861 0.44961\n 11 50 2 0.33396 0.44927 0.32622 0.45206\n 11 50 2 0.33396 0.44927 0.32608 0.44683\n 11 182 8 0.33396 0.44927 0.30325 0.45169 0.28790 0.45545 0.27254 0.46076 0.25719 0.46744 0.24183 0.47530 0.22647 0.48416 0.21112 0.49388\n 11 490 22 0.31861 0.49296 0.33396 0.49424 0.34932 0.49676 0.36468 0.50045 0.38003 0.50523 0.39539 0.51101 0.41074 0.51770 0.42610 0.52520 0.44145 0.53341 0.45681 0.54225 0.47217 0.55160 0.48752 0.56142 0.50288 0.57161 0.51823 0.58211 0.53359 0.59285 0.54894 0.60380 0.56430 0.61489 0.57966 0.62609 0.59501 0.63735 0.61037 0.64866 0.62572 0.65999 0.64108 0.67131\n 11 50 2 0.64108 0.67131 0.61138 0.66205\n 11 50 2 0.64108 0.67131 0.62482 0.64670\n 11 380 17 0.64108 0.67131 0.65643 0.68260 0.67179 0.69386 0.68715 0.70507 0.70250 0.71623 0.71786 0.72732 0.73321 0.73835 0.74857 0.74932 0.76392 0.76023 0.77928 0.77107 0.79464 0.78186 0.80999 0.79261 0.82535 0.80330 0.84070 0.81397 0.85606 0.82460 0.87141 0.83521 0.88677 0.84582\n 11 72 3 0.31861 0.49296 0.30325 0.49167 0.28790 0.49173\n 11 50 2 0.30325 0.49167 0.29348 0.49498\n 11 50 2 0.30325 0.49167 0.29344 0.48844\n 11 248 11 0.30325 0.49167 0.27254 0.49318 0.25719 0.49602 0.24183 0.50024 0.22647 0.50578 0.21112 0.51254 0.19576 0.52045 0.18041 0.52940 0.16505 0.53931 0.14970 0.55010 0.13434 0.56170\n 11 490 22 0.27254 0.53522 0.28790 0.53459 0.30325 0.53502 0.31861 0.53648 0.33396 0.53892 0.34932 0.54227 0.36468 0.54647 0.38003 0.55146 0.39539 0.55716 0.41074 0.56349 0.42610 0.57040 0.44145 0.57781 0.45681 0.58567 0.47217 0.59391 0.48752 0.60249 0.50288 0.61135 0.51823 0.62046 0.53359 0.62977 0.54894 0.63924 0.56430 0.64885 0.57966 0.65857 0.59501 0.66838\n 11 50 2 0.59501 0.66838 0.56638 0.66142\n 11 50 2 0.59501 0.66838 0.57795 0.64616\n 11 424 19 0.59501 0.66838 0.61037 0.67824 0.62572 0.68816 0.64108 0.69811 0.65643 0.70808 0.67179 0.71806 0.68715 0.72804 0.70250 0.73802 0.71786 0.74799 0.73321 0.75796 0.74857 0.76792 0.76392 0.77786 0.77928 0.78781 0.79464 0.79774 0.80999 0.80768 0.82535 0.81763 0.84070 0.82758 0.85606 0.83755 0.87141 0.84755\n 11 72 3 0.27254 0.53522 0.25719 0.53586 0.24183 0.53764\n 11 50 2 0.25719 0.53586 0.24649 0.54090\n 11 50 2 0.25719 0.53586 0.24546 0.53341\n 11 182 8 0.25719 0.53586 0.22647 0.54059 0.21112 0.54473 0.19576 0.55004 0.18041 0.55649 0.16505 0.56408 0.14970 0.57274 0.13434 0.58246\n 11 490 22 0.25719 0.57749 0.27254 0.57656 0.28790 0.57655 0.30325 0.57741 0.31861 0.57910 0.33396 0.58155 0.34932 0.58472 0.36468 0.58855 0.38003 0.59300 0.39539 0.59801 0.41074 0.60352 0.42610 0.60949 0.44145 0.61587 0.45681 0.62261 0.47217 0.62969 0.48752 0.63705 0.50288 0.64467 0.51823 0.65251 0.53359 0.66055 0.54894 0.66876 0.56430 0.67711 0.57966 0.68560\n 11 50 2 0.57966 0.68560 0.55062 0.68039\n 11 50 2 0.57966 0.68560 0.56106 0.66448\n 11 358 16 0.57966 0.68560 0.59501 0.69419 0.61037 0.70288 0.62572 0.71165 0.64108 0.72049 0.65643 0.72939 0.67179 0.73834 0.68715 0.74733 0.70250 0.75637 0.71786 0.76544 0.73321 0.77455 0.74857 0.78370 0.76392 0.79288 0.77928 0.80209 0.79464 0.81134 0.80999 0.82063\n 11 72 3 0.25719 0.57749 0.24183 0.57842 0.22647 0.58031\n 11 50 2 0.24183 0.57842 0.22903 0.58457\n 11 50 2 0.24183 0.57842 0.22772 0.57558\n 11 160 7 0.24183 0.57842 0.21112 0.58321 0.19576 0.58714 0.18041 0.59213 0.16505 0.59818 0.14970 0.60531 0.13434 0.61350\n 11 490 22 0.24183 0.61976 0.25719 0.61792 0.27254 0.61691 0.28790 0.61669 0.30325 0.61722 0.31861 0.61845 0.33396 0.62035 0.34932 0.62287 0.36468 0.62595 0.38003 0.62955 0.39539 0.63365 0.41074 0.63820 0.42610 0.64315 0.44145 0.64848 0.45681 0.65415 0.47217 0.66013 0.48752 0.66639 0.50288 0.67290 0.51823 0.67964 0.53359 0.68658 0.54894 0.69371 0.56430 0.70101\n 11 50 2 0.56430 0.70101 0.53496 0.69752\n 11 50 2 0.56430 0.70101 0.54427 0.68103\n 11 424 19 0.56430 0.70101 0.57966 0.70846 0.59501 0.71605 0.61037 0.72376 0.62572 0.73159 0.64108 0.73952 0.65643 0.74754 0.67179 0.75565 0.68715 0.76384 0.70250 0.77210 0.71786 0.78044 0.73321 0.78885 0.74857 0.79733 0.76392 0.80588 0.77928 0.81449 0.79464 0.82317 0.80999 0.83193 0.82535 0.84075 0.84070 0.84966\n 11 72 3 0.24183 0.61976 0.22647 0.62159 0.21112 0.62430\n 11 50 2 0.22647 0.62159 0.21193 0.62957\n 11 50 2 0.22647 0.62159 0.20974 0.61913\n 11 138 6 0.22647 0.62159 0.19576 0.62791 0.18041 0.63246 0.16505 0.63797 0.14970 0.64448 0.13434 0.65199\n 11 490 22 0.22647 0.66202 0.24183 0.65891 0.25719 0.65658 0.27254 0.65502 0.28790 0.65417 0.30325 0.65401 0.31861 0.65449 0.33396 0.65558 0.34932 0.65724 0.36468 0.65943 0.38003 0.66211 0.39539 0.66526 0.41074 0.66883 0.42610 0.67279 0.44145 0.67712 0.45681 0.68179 0.47217 0.68677 0.48752 0.69203 0.50288 0.69756 0.51823 0.70333 0.53359 0.70933 0.54894 0.71553\n 11 50 2 0.54894 0.71553 0.51937 0.71375\n 11 50 2 0.54894 0.71553 0.52754 0.69672\n 11 270 12 0.54894 0.71553 0.56430 0.72192 0.57966 0.72849 0.59501 0.73522 0.61037 0.74210 0.62572 0.74913 0.64108 0.75628 0.65643 0.76356 0.67179 0.77096 0.68715 0.77847 0.70250 0.78608 0.71786 0.79380\n 11 72 3 0.22647 0.66202 0.21112 0.66514 0.19576 0.66908\n 11 50 2 0.21112 0.66514 0.19515 0.67564\n 11 50 2 0.21112 0.66514 0.19153 0.66377\n 11 116 5 0.21112 0.66514 0.18041 0.67388 0.16505 0.67957 0.14970 0.68617 0.13434 0.69371\n 11 490 22 0.27254 0.69020 0.28790 0.68858 0.30325 0.68761 0.31861 0.68725 0.33396 0.68747 0.34932 0.68825 0.36468 0.68954 0.38003 0.69131 0.39539 0.69354 0.41074 0.69618 0.42610 0.69923 0.44145 0.70264 0.45681 0.70640 0.47217 0.71048 0.48752 0.71486 0.50288 0.71952 0.51823 0.72444 0.53359 0.72961 0.54894 0.73500 0.56430 0.74060 0.57966 0.74640 0.59501 0.75240\n 11 50 2 0.59501 0.75240 0.56236 0.75081\n 11 50 2 0.59501 0.75240 0.57111 0.73192\n 11 336 15 0.59501 0.75240 0.61037 0.75856 0.62572 0.76489 0.64108 0.77138 0.65643 0.77802 0.67179 0.78480 0.68715 0.79172 0.70250 0.79876 0.71786 0.80594 0.73321 0.81324 0.74857 0.82066 0.76392 0.82819 0.77928 0.83585 0.79464 0.84362 0.80999 0.85152\n 11 72 3 0.27254 0.69020 0.25719 0.69183 0.24183 0.69412\n 11 50 2 0.25719 0.69183 0.23756 0.70191\n 11 50 2 0.25719 0.69183 0.23509 0.68798\n 11 182 8 0.25719 0.69183 0.22647 0.69713 0.21112 0.70087 0.19576 0.70539 0.18041 0.71072 0.16505 0.71689 0.14970 0.72392 0.13434 0.73183\n 11 490 22 0.25719 0.73247 0.27254 0.72921 0.28790 0.72661 0.30325 0.72464 0.31861 0.72327 0.33396 0.72248 0.34932 0.72223 0.36468 0.72249 0.38003 0.72323 0.39539 0.72443 0.41074 0.72606 0.42610 0.72809 0.44145 0.73051 0.45681 0.73329 0.47217 0.73641 0.48752 0.73984 0.50288 0.74357 0.51823 0.74759 0.53359 0.75187 0.54894 0.75640 0.56430 0.76117 0.57966 0.76616\n 11 50 2 0.57966 0.76616 0.54681 0.76641\n 11 50 2 0.57966 0.76616 0.55431 0.74698\n 11 314 14 0.57966 0.76616 0.59501 0.77137 0.61037 0.77677 0.62572 0.78237 0.64108 0.78815 0.65643 0.79411 0.67179 0.80024 0.68715 0.80653 0.70250 0.81297 0.71786 0.81957 0.73321 0.82632 0.74857 0.83321 0.76392 0.84025 0.77928 0.84742\n 11 72 3 0.25719 0.73247 0.24183 0.73573 0.22647 0.73967\n 11 50 2 0.24183 0.73573 0.22118 0.74930\n 11 50 2 0.24183 0.73573 0.21651 0.73395\n 11 160 7 0.24183 0.73573 0.21112 0.74432 0.19576 0.74970 0.18041 0.75584 0.16505 0.76276 0.14970 0.77049 0.13434 0.77905\n 11 490 22 0.30325 0.76065 0.31861 0.75831 0.33396 0.75653 0.34932 0.75529 0.36468 0.75456 0.38003 0.75432 0.39539 0.75455 0.41074 0.75521 0.42610 0.75629 0.44145 0.75776 0.45681 0.75962 0.47217 0.76182 0.48752 0.76436 0.50288 0.76722 0.51823 0.77039 0.53359 0.77384 0.54894 0.77756 0.56430 0.78154 0.57966 0.78577 0.59501 0.79024 0.61037 0.79493 0.62572 0.79984\n 11 50 2 0.62572 0.79984 0.59006 0.80029\n 11 50 2 0.62572 0.79984 0.59808 0.77915\n 11 204 9 0.62572 0.79984 0.64108 0.80495 0.65643 0.81027 0.67179 0.81578 0.68715 0.82147 0.70250 0.82734 0.71786 0.83339 0.73321 0.83961 0.74857 0.84600\n 11 72 3 0.30325 0.76065 0.28790 0.76299 0.27254 0.76591\n 11 50 2 0.28790 0.76299 0.26389 0.77660\n 11 50 2 0.28790 0.76299 0.25997 0.75925\n 11 226 10 0.28790 0.76299 0.25719 0.76943 0.24183 0.77357 0.22647 0.77837 0.21112 0.78385 0.19576 0.79002 0.18041 0.79691 0.16505 0.80453 0.14970 0.81290 0.13434 0.82202\n 11 490 22 0.34932 0.78883 0.36468 0.78716 0.38003 0.78598 0.39539 0.78527 0.41074 0.78501 0.42610 0.78517 0.44145 0.78574 0.45681 0.78670 0.47217 0.78802 0.48752 0.78970 0.50288 0.79171 0.51823 0.79405 0.53359 0.79669 0.54894 0.79963 0.56430 0.80284 0.57966 0.80632 0.59501 0.81007 0.61037 0.81405 0.62572 0.81828 0.64108 0.82274 0.65643 0.82741 0.67179 0.83230\n 11 50 2 0.67179 0.83230 0.63411 0.83282\n 11 50 2 0.67179 0.83230 0.64257 0.81048\n 11 94 4 0.67179 0.83230 0.68715 0.83740 0.70250 0.84271 0.71786 0.84820\n 11 72 3 0.34932 0.78883 0.33396 0.79049 0.31861 0.79265\n 11 50 2 0.33396 0.79049 0.30675 0.80417\n 11 50 2 0.33396 0.79049 0.30353 0.78492\n 11 248 11 0.33396 0.79049 0.30325 0.79533 0.28790 0.79855 0.27254 0.80234 0.25719 0.80670 0.24183 0.81167 0.22647 0.81725 0.21112 0.82348 0.19576 0.83035 0.18041 0.83789 0.16505 0.84610\n 11 402 18 0.39539 0.81700 0.41074 0.81587 0.42610 0.81517 0.44145 0.81488 0.45681 0.81499 0.47217 0.81548 0.48752 0.81633 0.50288 0.81752 0.51823 0.81906 0.53359 0.82092 0.54894 0.82308 0.56430 0.82555 0.57966 0.82830 0.59501 0.83133 0.61037 0.83462 0.62572 0.83817 0.64108 0.84197 0.65643 0.84601\n 11 72 3 0.39539 0.81700 0.38003 0.81813 0.36468 0.81970\n 11 50 2 0.38003 0.81813 0.34978 0.83188\n 11 50 2 0.38003 0.81813 0.34723 0.81082\n 11 204 9 0.38003 0.81813 0.34932 0.82172 0.33396 0.82421 0.31861 0.82718 0.30325 0.83066 0.28790 0.83466 0.27254 0.83920 0.25719 0.84430 0.24183 0.84996\n 21 6 1\n 25 6 1\n 11 50 2 0.17944 0.09500 0.16888 0.09500\n 21 6 1\n 25 6 1\n 11 116 5 0.19866 0.10133 0.19746 0.10133 0.19625 0.10073 0.19565 0.09892 0.19565 0.08866\n 11 50 2 0.19384 0.09711 0.19806 0.09711\n 11 50 2 0.20228 0.10133 0.20228 0.08866\n 11 380 17 0.20952 0.09711 0.20831 0.09650 0.20711 0.09530 0.20651 0.09349 0.20651 0.09228 0.20711 0.09047 0.20831 0.08927 0.20952 0.08866 0.21133 0.08866 0.21254 0.08927 0.21374 0.09047 0.21435 0.09228 0.21435 0.09349 0.21374 0.09530 0.21254 0.09650 0.21133 0.09711 0.20952 0.09711\n 11 50 2 0.21796 0.09711 0.22038 0.08866\n 11 50 2 0.22279 0.09711 0.22038 0.08866\n 11 50 2 0.22279 0.09711 0.22520 0.08866\n 11 50 2 0.22762 0.09711 0.22520 0.08866\n 11 50 2 0.24812 0.09711 0.24812 0.08866\n 11 314 14 0.24812 0.09530 0.24692 0.09650 0.24571 0.09711 0.24390 0.09711 0.24269 0.09650 0.24149 0.09530 0.24088 0.09349 0.24088 0.09228 0.24149 0.09047 0.24269 0.08927 0.24390 0.08866 0.24571 0.08866 0.24692 0.08927 0.24812 0.09047\n 11 50 2 0.25295 0.09711 0.25295 0.08866\n 11 116 5 0.25295 0.09349 0.25355 0.09530 0.25476 0.09650 0.25596 0.09711 0.25777 0.09711\n 11 50 2 0.26079 0.09711 0.26079 0.08866\n 11 116 5 0.26079 0.09349 0.26139 0.09530 0.26260 0.09650 0.26380 0.09711 0.26561 0.09711\n 11 380 17 0.27104 0.09711 0.26984 0.09650 0.26863 0.09530 0.26803 0.09349 0.26803 0.09228 0.26863 0.09047 0.26984 0.08927 0.27104 0.08866 0.27285 0.08866 0.27406 0.08927 0.27526 0.09047 0.27587 0.09228 0.27587 0.09349 0.27526 0.09530 0.27406 0.09650 0.27285 0.09711 0.27104 0.09711\n 11 50 2 0.27949 0.09711 0.28190 0.08866\n 11 50 2 0.28431 0.09711 0.28190 0.08866\n 11 50 2 0.28431 0.09711 0.28672 0.08866\n 11 50 2 0.28914 0.09711 0.28672 0.08866\n 11 380 17 0.30904 0.09530 0.30844 0.09650 0.30663 0.09711 0.30482 0.09711 0.30301 0.09650 0.30241 0.09530 0.30301 0.09409 0.30422 0.09349 0.30723 0.09289 0.30844 0.09228 0.30904 0.09108 0.30904 0.09047 0.30844 0.08927 0.30663 0.08866 0.30482 0.08866 0.30301 0.08927 0.30241 0.09047\n 11 314 14 0.31990 0.09530 0.31869 0.09650 0.31749 0.09711 0.31568 0.09711 0.31447 0.09650 0.31326 0.09530 0.31266 0.09349 0.31266 0.09228 0.31326 0.09047 0.31447 0.08927 0.31568 0.08866 0.31749 0.08866 0.31869 0.08927 0.31990 0.09047\n 11 50 2 0.33075 0.09711 0.33075 0.08866\n 11 314 14 0.33075 0.09530 0.32955 0.09650 0.32834 0.09711 0.32653 0.09711 0.32533 0.09650 0.32412 0.09530 0.32352 0.09349 0.32352 0.09228 0.32412 0.09047 0.32533 0.08927 0.32653 0.08866 0.32834 0.08866 0.32955 0.08927 0.33075 0.09047\n 11 50 2 0.33558 0.10133 0.33558 0.08866\n 11 380 17 0.33980 0.09349 0.34704 0.09349 0.34704 0.09470 0.34644 0.09590 0.34583 0.09650 0.34463 0.09711 0.34282 0.09711 0.34161 0.09650 0.34041 0.09530 0.33980 0.09349 0.33980 0.09228 0.34041 0.09047 0.34161 0.08927 0.34282 0.08866 0.34463 0.08866 0.34583 0.08927 0.34704 0.09047\n 11 94 4 0.36212 0.09892 0.36333 0.09952 0.36513 0.10133 0.36513 0.08866\n 11 314 14 0.37298 0.09831 0.37298 0.09892 0.37358 0.10012 0.37418 0.10073 0.37539 0.10133 0.37780 0.10133 0.37901 0.10073 0.37961 0.10012 0.38021 0.09892 0.38021 0.09771 0.37961 0.09650 0.37840 0.09470 0.37237 0.08866 0.38082 0.08866\n 11 116 5 0.38564 0.08987 0.38504 0.08927 0.38564 0.08866 0.38625 0.08927 0.38564 0.08987\n 11 446 20 0.04955 0.10046 0.04883 0.10118 0.04774 0.10154 0.04629 0.10154 0.04521 0.10118 0.04448 0.10046 0.04448 0.09973 0.04484 0.09901 0.04521 0.09865 0.04593 0.09828 0.04810 0.09756 0.04883 0.09720 0.04919 0.09684 0.04955 0.09611 0.04955 0.09503 0.04883 0.09430 0.04774 0.09394 0.04629 0.09394 0.04521 0.09430 0.04448 0.09503\n 11 50 2 0.05208 0.10154 0.05208 0.09394\n 11 50 2 0.05498 0.10154 0.05498 0.09394\n 11 50 2 0.05498 0.10154 0.06004 0.09394\n 11 50 2 0.06004 0.10154 0.06004 0.09394\n 11 226 10 0.06547 0.10299 0.06475 0.10226 0.06402 0.10118 0.06330 0.09973 0.06294 0.09792 0.06294 0.09647 0.06330 0.09467 0.06402 0.09322 0.06475 0.09213 0.06547 0.09141\n 11 50 2 0.06801 0.10154 0.06801 0.09394\n 11 50 2 0.07669 0.10299 0.07018 0.09141\n 11 314 14 0.07886 0.09973 0.07886 0.10009 0.07922 0.10082 0.07959 0.10118 0.08031 0.10154 0.08176 0.10154 0.08248 0.10118 0.08284 0.10082 0.08321 0.10009 0.08321 0.09937 0.08284 0.09865 0.08212 0.09756 0.07850 0.09394 0.08357 0.09394\n 11 380 17 0.08791 0.10154 0.08682 0.10118 0.08610 0.10009 0.08574 0.09828 0.08574 0.09720 0.08610 0.09539 0.08682 0.09430 0.08791 0.09394 0.08863 0.09394 0.08972 0.09430 0.09044 0.09539 0.09080 0.09720 0.09080 0.09828 0.09044 0.10009 0.08972 0.10118 0.08863 0.10154 0.08791 0.10154\n 11 226 10 0.09298 0.10299 0.09370 0.10226 0.09442 0.10118 0.09515 0.09973 0.09551 0.09792 0.09551 0.09647 0.09515 0.09467 0.09442 0.09322 0.09370 0.09213 0.09298 0.09141\n 11 50 2 0.09985 0.09937 0.09985 0.09503\n 11 50 2 0.09804 0.09828 0.10166 0.09611\n 11 50 2 0.10166 0.09828 0.09804 0.09611\n 11 94 4 0.10492 0.10009 0.10564 0.10046 0.10673 0.10154 0.10673 0.09394\n 11 380 17 0.11324 0.10154 0.11216 0.10118 0.11143 0.10009 0.11107 0.09828 0.11107 0.09720 0.11143 0.09539 0.11216 0.09430 0.11324 0.09394 0.11397 0.09394 0.11505 0.09430 0.11578 0.09539 0.11614 0.09720 0.11614 0.09828 0.11578 0.10009 0.11505 0.10118 0.11397 0.10154 0.11324 0.10154\n 11 50 2 0.12193 0.10046 0.12193 0.09394\n 11 50 2 0.11867 0.09720 0.12518 0.09720\n 11 226 10 0.13098 0.10154 0.13098 0.09575 0.13061 0.09467 0.13025 0.09430 0.12953 0.09394 0.12880 0.09394 0.12808 0.09430 0.12772 0.09467 0.12736 0.09575 0.12736 0.09647\n 11 50 2 0.13387 0.09720 0.14038 0.09720\n 11 314 14 0.14328 0.09973 0.14328 0.10009 0.14364 0.10082 0.14400 0.10118 0.14473 0.10154 0.14617 0.10154 0.14690 0.10118 0.14726 0.10082 0.14762 0.10009 0.14762 0.09937 0.14726 0.09865 0.14654 0.09756 0.14292 0.09394 0.14798 0.09394\n 11 380 17 0.15233 0.10154 0.15124 0.10118 0.15052 0.10009 0.15016 0.09828 0.15016 0.09720 0.15052 0.09539 0.15124 0.09430 0.15233 0.09394 0.15305 0.09394 0.15414 0.09430 0.15486 0.09539 0.15522 0.09720 0.15522 0.09828 0.15486 0.10009 0.15414 0.10118 0.15305 0.10154 0.15233 0.10154\n 11 182 8 0.16427 0.09430 0.16391 0.09394 0.16355 0.09430 0.16391 0.09467 0.16427 0.09430 0.16427 0.09358 0.16391 0.09286 0.16355 0.09249\n 11 50 2 0.02711 0.08656 0.03363 0.08656\n 11 94 4 0.03724 0.08945 0.03797 0.08982 0.03905 0.09090 0.03905 0.08330\n 11 50 2 0.04521 0.08873 0.04521 0.08439\n 11 50 2 0.04340 0.08764 0.04702 0.08547\n 11 50 2 0.04702 0.08764 0.04340 0.08547\n 11 402 18 0.05462 0.08909 0.05425 0.08982 0.05353 0.09054 0.05281 0.09090 0.05136 0.09090 0.05063 0.09054 0.04991 0.08982 0.04955 0.08909 0.04919 0.08801 0.04919 0.08620 0.04955 0.08511 0.04991 0.08439 0.05063 0.08366 0.05136 0.08330 0.05281 0.08330 0.05353 0.08366 0.05425 0.08439 0.05462 0.08511\n 11 468 21 0.05896 0.09090 0.05823 0.09054 0.05751 0.08982 0.05715 0.08909 0.05679 0.08801 0.05679 0.08620 0.05715 0.08511 0.05751 0.08439 0.05823 0.08366 0.05896 0.08330 0.06041 0.08330 0.06113 0.08366 0.06185 0.08439 0.06222 0.08511 0.06258 0.08620 0.06258 0.08801 0.06222 0.08909 0.06185 0.08982 0.06113 0.09054 0.06041 0.09090 0.05896 0.09090\n 11 446 20 0.06982 0.08982 0.06909 0.09054 0.06801 0.09090 0.06656 0.09090 0.06547 0.09054 0.06475 0.08982 0.06475 0.08909 0.06511 0.08837 0.06547 0.08801 0.06620 0.08764 0.06837 0.08692 0.06909 0.08656 0.06945 0.08620 0.06982 0.08547 0.06982 0.08439 0.06909 0.08366 0.06801 0.08330 0.06656 0.08330 0.06547 0.08366 0.06475 0.08439\n 11 226 10 0.07488 0.09235 0.07416 0.09163 0.07343 0.09054 0.07271 0.08909 0.07235 0.08728 0.07235 0.08583 0.07271 0.08403 0.07343 0.08258 0.07416 0.08149 0.07488 0.08077\n 11 226 10 0.08031 0.09090 0.08031 0.08511 0.07995 0.08403 0.07959 0.08366 0.07886 0.08330 0.07814 0.08330 0.07741 0.08366 0.07705 0.08403 0.07669 0.08511 0.07669 0.08583\n 11 50 2 0.08900 0.09235 0.08248 0.08077\n 11 94 4 0.09189 0.08945 0.09261 0.08982 0.09370 0.09090 0.09370 0.08330\n 11 380 17 0.10021 0.09090 0.09913 0.09054 0.09840 0.08945 0.09804 0.08764 0.09804 0.08656 0.09840 0.08475 0.09913 0.08366 0.10021 0.08330 0.10094 0.08330 0.10202 0.08366 0.10275 0.08475 0.10311 0.08656 0.10311 0.08764 0.10275 0.08945 0.10202 0.09054 0.10094 0.09090 0.10021 0.09090\n 11 226 10 0.10528 0.09235 0.10600 0.09163 0.10673 0.09054 0.10745 0.08909 0.10781 0.08728 0.10781 0.08583 0.10745 0.08403 0.10673 0.08258 0.10600 0.08149 0.10528 0.08077\n 11 50 2 0.11216 0.08873 0.11216 0.08439\n 11 50 2 0.11035 0.08764 0.11397 0.08547\n 11 50 2 0.11397 0.08764 0.11035 0.08547\n 11 94 4 0.11722 0.08945 0.11795 0.08982 0.11903 0.09090 0.11903 0.08330\n 11 380 17 0.12555 0.09090 0.12446 0.09054 0.12374 0.08945 0.12338 0.08764 0.12338 0.08656 0.12374 0.08475 0.12446 0.08366 0.12555 0.08330 0.12627 0.08330 0.12736 0.08366 0.12808 0.08475 0.12844 0.08656 0.12844 0.08764 0.12808 0.08945 0.12736 0.09054 0.12627 0.09090 0.12555 0.09090\n 11 50 2 0.13423 0.08982 0.13423 0.08330\n 11 50 2 0.13098 0.08656 0.13749 0.08656\n 11 50 2 0.14038 0.09090 0.14038 0.08330\n 11 50 2 0.14328 0.08656 0.14979 0.08656\n 11 314 14 0.15269 0.08909 0.15269 0.08945 0.15305 0.09018 0.15341 0.09054 0.15414 0.09090 0.15558 0.09090 0.15631 0.09054 0.15667 0.09018 0.15703 0.08945 0.15703 0.08873 0.15667 0.08801 0.15595 0.08692 0.15233 0.08330 0.15739 0.08330\n 11 380 17 0.16174 0.09090 0.16065 0.09054 0.15993 0.08945 0.15956 0.08764 0.15956 0.08656 0.15993 0.08475 0.16065 0.08366 0.16174 0.08330 0.16246 0.08330 0.16355 0.08366 0.16427 0.08475 0.16463 0.08656 0.16463 0.08764 0.16427 0.08945 0.16355 0.09054 0.16246 0.09090 0.16174 0.09090\n 82 0\n 81 6 412\n 82 0\n 81 6 413\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 50 2 0.13946 0.15951 0.13623 0.15482\n 11 72 3 0.13946 0.15951 0.14268 0.16421 0.14586 0.16891\n 11 50 2 0.14268 0.16421 0.17242 0.18566\n 11 50 2 0.14268 0.16421 0.15043 0.19818\n 11 490 22 0.14268 0.16421 0.14899 0.17360 0.15206 0.17830 0.15509 0.18300 0.15807 0.18769 0.16100 0.19239 0.16388 0.19708 0.16671 0.20178 0.16950 0.20648 0.17223 0.21117 0.17492 0.21587 0.17755 0.22057 0.18014 0.22526 0.18268 0.22996 0.18516 0.23466 0.18760 0.23935 0.18998 0.24405 0.19231 0.24874 0.19458 0.25344 0.19680 0.25814 0.19897 0.26283 0.20108 0.26753\n 11 50 2 0.19897 0.26283 0.21674 0.28070\n 11 50 2 0.19897 0.26283 0.20007 0.28700\n 11 490 22 0.19897 0.26283 0.20313 0.27223 0.20512 0.27692 0.20705 0.28162 0.20892 0.28632 0.21072 0.29101 0.21245 0.29571 0.21412 0.30040 0.21571 0.30510 0.21723 0.30980 0.21868 0.31449 0.22004 0.31919 0.22132 0.32389 0.22251 0.32858 0.22362 0.33328 0.22462 0.33798 0.22553 0.34267 0.22633 0.34737 0.22703 0.35206 0.22761 0.35676 0.22807 0.36146 0.22841 0.36615\n 11 50 2 0.22807 0.36146 0.23420 0.37421\n 11 50 2 0.22807 0.36146 0.22383 0.37484\n 11 490 22 0.22807 0.36146 0.22862 0.37085 0.22869 0.37555 0.22862 0.38024 0.22840 0.38494 0.22803 0.38964 0.22750 0.39433 0.22680 0.39903 0.22592 0.40372 0.22487 0.40842 0.22364 0.41312 0.22222 0.41781 0.22061 0.42251 0.21881 0.42721 0.21681 0.43190 0.21462 0.43660 0.21224 0.44130 0.20966 0.44599 0.20690 0.45069 0.20396 0.45538 0.20085 0.46008 0.19756 0.46478\n 11 50 2 0.20085 0.46008 0.19839 0.47009\n 11 50 2 0.20085 0.46008 0.19196 0.46630\n 11 380 17 0.20085 0.46008 0.19412 0.46947 0.19053 0.47417 0.18680 0.47887 0.18294 0.48356 0.17897 0.48826 0.17489 0.49296 0.17072 0.49765 0.16646 0.50235 0.16214 0.50704 0.15774 0.51174 0.15330 0.51644 0.14882 0.52113 0.14429 0.52583 0.13975 0.53053 0.13518 0.53522 0.13060 0.53992\n 11 50 2 0.17529 0.15951 0.17200 0.15482\n 11 72 3 0.17529 0.15951 0.17858 0.16421 0.18181 0.16891\n 11 50 2 0.17858 0.16421 0.20656 0.18407\n 11 50 2 0.17858 0.16421 0.18610 0.19593\n 11 490 22 0.17858 0.16421 0.18499 0.17360 0.18812 0.17830 0.19119 0.18300 0.19421 0.18769 0.19718 0.19239 0.20010 0.19708 0.20297 0.20178 0.20578 0.20648 0.20854 0.21117 0.21124 0.21587 0.21390 0.22057 0.21649 0.22526 0.21904 0.22996 0.22152 0.23466 0.22396 0.23935 0.22633 0.24405 0.22864 0.24874 0.23090 0.25344 0.23310 0.25814 0.23523 0.26283 0.23730 0.26753\n 11 50 2 0.23523 0.26283 0.25124 0.27914\n 11 50 2 0.23523 0.26283 0.23607 0.28477\n 11 490 22 0.23523 0.26283 0.23930 0.27223 0.24124 0.27692 0.24310 0.28162 0.24490 0.28632 0.24661 0.29101 0.24826 0.29571 0.24982 0.30040 0.25130 0.30510 0.25269 0.30980 0.25398 0.31449 0.25519 0.31919 0.25629 0.32389 0.25729 0.32858 0.25818 0.33328 0.25895 0.33798 0.25960 0.34267 0.26012 0.34737 0.26051 0.35206 0.26076 0.35676 0.26085 0.36146 0.26080 0.36615\n 11 50 2 0.26085 0.36146 0.26513 0.37263\n 11 50 2 0.26085 0.36146 0.25630 0.37254\n 11 490 22 0.26085 0.36146 0.26057 0.37085 0.26018 0.37555 0.25961 0.38024 0.25885 0.38494 0.25789 0.38964 0.25673 0.39433 0.25537 0.39903 0.25379 0.40372 0.25199 0.40842 0.24998 0.41312 0.24774 0.41781 0.24527 0.42251 0.24259 0.42721 0.23968 0.43190 0.23657 0.43660 0.23325 0.44130 0.22973 0.44599 0.22603 0.45069 0.22215 0.45538 0.21811 0.46008 0.21393 0.46478\n 11 50 2 0.21811 0.46008 0.21466 0.46915\n 11 50 2 0.21811 0.46008 0.20911 0.46499\n 11 402 18 0.21811 0.46008 0.20960 0.46947 0.20517 0.47417 0.20062 0.47887 0.19598 0.48356 0.19127 0.48826 0.18649 0.49296 0.18165 0.49765 0.17677 0.50235 0.17186 0.50704 0.16692 0.51174 0.16196 0.51644 0.15700 0.52113 0.15204 0.52583 0.14708 0.53053 0.14213 0.53522 0.13719 0.53992 0.13228 0.54461\n 11 50 2 0.21112 0.15951 0.20775 0.15482\n 11 72 3 0.21112 0.15951 0.21448 0.16421 0.21779 0.16891\n 11 50 2 0.21448 0.16421 0.23979 0.18178\n 11 50 2 0.21448 0.16421 0.22156 0.19260\n 11 490 22 0.21448 0.16421 0.22104 0.17360 0.22424 0.17830 0.22738 0.18300 0.23046 0.18769 0.23349 0.19239 0.23646 0.19708 0.23937 0.20178 0.24223 0.20648 0.24503 0.21117 0.24777 0.21587 0.25045 0.22057 0.25307 0.22526 0.25564 0.22996 0.25814 0.23466 0.26058 0.23935 0.26295 0.24405 0.26527 0.24874 0.26751 0.25344 0.26969 0.25814 0.27179 0.26283 0.27383 0.26753\n 11 50 2 0.27179 0.26283 0.28608 0.27757\n 11 50 2 0.27179 0.26283 0.27242 0.28255\n 11 490 22 0.27179 0.26283 0.27578 0.27223 0.27766 0.27692 0.27946 0.28162 0.28118 0.28632 0.28281 0.29101 0.28434 0.29571 0.28578 0.30040 0.28712 0.30510 0.28836 0.30980 0.28948 0.31449 0.29049 0.31919 0.29137 0.32389 0.29212 0.32858 0.29273 0.33328 0.29319 0.33798 0.29351 0.34267 0.29365 0.34737 0.29363 0.35206 0.29341 0.35676 0.29301 0.36146 0.29240 0.36615\n 11 50 2 0.29301 0.36146 0.29546 0.37101\n 11 50 2 0.29301 0.36146 0.28820 0.37021\n 11 490 22 0.29301 0.36146 0.29158 0.37085 0.29054 0.37555 0.28926 0.38024 0.28774 0.38494 0.28597 0.38964 0.28395 0.39433 0.28166 0.39903 0.27912 0.40372 0.27632 0.40842 0.27326 0.41312 0.26994 0.41781 0.26639 0.42251 0.26260 0.42721 0.25860 0.43190 0.25440 0.43660 0.25000 0.44130 0.24544 0.44599 0.24073 0.45069 0.23588 0.45538 0.23092 0.46008 0.22587 0.46478\n 11 50 2 0.23092 0.46008 0.22681 0.46830\n 11 50 2 0.23092 0.46008 0.22202 0.46395\n 11 424 19 0.23092 0.46008 0.22075 0.46945 0.21563 0.47407 0.21051 0.47864 0.20539 0.48317 0.20027 0.48768 0.19516 0.49218 0.19004 0.49666 0.18492 0.50115 0.17980 0.50564 0.17468 0.51013 0.16956 0.51464 0.16444 0.51916 0.15933 0.52371 0.15421 0.52828 0.14909 0.53288 0.14397 0.53750 0.13885 0.54216 0.13373 0.54686\n 11 50 2 0.24695 0.15951 0.24348 0.15482\n 11 72 3 0.24695 0.15951 0.25042 0.16421 0.25383 0.16891\n 11 50 2 0.25042 0.16421 0.27405 0.18015\n 11 50 2 0.25042 0.16421 0.25735 0.19036\n 11 490 22 0.25042 0.16421 0.25718 0.17360 0.26047 0.17830 0.26370 0.18300 0.26687 0.18769 0.26998 0.19239 0.27303 0.19708 0.27601 0.20178 0.27894 0.20648 0.28181 0.21117 0.28461 0.21587 0.28735 0.22057 0.29002 0.22526 0.29263 0.22996 0.29517 0.23466 0.29764 0.23935 0.30004 0.24405 0.30237 0.24874 0.30462 0.25344 0.30679 0.25814 0.30889 0.26283 0.31090 0.26753\n 11 50 2 0.30889 0.26283 0.32073 0.27515\n 11 50 2 0.30889 0.26283 0.30934 0.27925\n 11 490 22 0.30889 0.26283 0.31282 0.27223 0.31465 0.27692 0.31639 0.28162 0.31802 0.28632 0.31955 0.29101 0.32097 0.29571 0.32227 0.30040 0.32344 0.30510 0.32448 0.30980 0.32538 0.31449 0.32613 0.31919 0.32672 0.32389 0.32713 0.32858 0.32736 0.33328 0.32740 0.33798 0.32723 0.34267 0.32683 0.34737 0.32620 0.35206 0.32531 0.35676 0.32417 0.36146 0.32274 0.36615\n 11 50 2 0.32417 0.36146 0.32483 0.36929\n 11 50 2 0.32417 0.36146 0.31919 0.36785\n 11 490 22 0.32417 0.36146 0.32103 0.37085 0.31901 0.37555 0.31669 0.38024 0.31406 0.38494 0.31112 0.38964 0.30787 0.39433 0.30431 0.39903 0.30047 0.40372 0.29635 0.40842 0.29198 0.41312 0.28737 0.41781 0.28255 0.42251 0.27754 0.42721 0.27243 0.43186 0.26731 0.43638 0.26219 0.44081 0.25707 0.44517 0.25195 0.44947 0.24683 0.45372 0.24171 0.45794 0.23660 0.46213\n 11 50 2 0.24171 0.45794 0.23729 0.46550\n 11 50 2 0.24171 0.45794 0.23303 0.46112\n 11 336 15 0.24171 0.45794 0.23148 0.46631 0.22636 0.47048 0.22124 0.47464 0.21612 0.47881 0.21100 0.48297 0.20588 0.48715 0.20077 0.49135 0.19565 0.49556 0.19053 0.49979 0.18541 0.50404 0.18029 0.50832 0.17517 0.51262 0.17005 0.51696 0.16494 0.52132\n 11 50 2 0.28278 0.15951 0.27916 0.15482\n 11 72 3 0.28278 0.15951 0.28639 0.16421 0.28995 0.16891\n 11 50 2 0.28639 0.16421 0.30841 0.17849\n 11 50 2 0.28639 0.16421 0.29326 0.18813\n 11 490 22 0.28639 0.16421 0.29343 0.17360 0.29686 0.17830 0.30022 0.18300 0.30352 0.18769 0.30676 0.19239 0.30993 0.19708 0.31303 0.20178 0.31607 0.20648 0.31905 0.21117 0.32195 0.21587 0.32479 0.22057 0.32756 0.22526 0.33025 0.22996 0.33287 0.23466 0.33542 0.23935 0.33788 0.24405 0.34026 0.24874 0.34256 0.25344 0.34477 0.25814 0.34688 0.26283 0.34890 0.26753\n 11 50 2 0.34688 0.26283 0.35717 0.27351\n 11 50 2 0.34688 0.26283 0.34729 0.27708\n 11 490 22 0.34688 0.26283 0.35081 0.27223 0.35261 0.27692 0.35429 0.28162 0.35585 0.28632 0.35727 0.29101 0.35856 0.29571 0.35968 0.30040 0.36065 0.30510 0.36143 0.30980 0.36202 0.31449 0.36240 0.31919 0.36255 0.32389 0.36246 0.32858 0.36210 0.33328 0.36145 0.33798 0.36050 0.34267 0.35922 0.34737 0.35760 0.35206 0.35561 0.35676 0.35324 0.36146 0.35049 0.36615\n 11 50 2 0.35324 0.36146 0.35229 0.36744\n 11 50 2 0.35324 0.36146 0.34832 0.36548\n 11 490 22 0.35324 0.36146 0.34735 0.37085 0.34382 0.37555 0.33993 0.38024 0.33568 0.38494 0.33111 0.38964 0.32624 0.39433 0.32112 0.39901 0.31600 0.40350 0.31088 0.40783 0.30576 0.41204 0.30064 0.41616 0.29552 0.42022 0.29041 0.42422 0.28529 0.42818 0.28017 0.43211 0.27505 0.43602 0.26993 0.43991 0.26481 0.44380 0.25969 0.44768 0.25458 0.45156 0.24946 0.45544\n 11 50 2 0.25458 0.45156 0.25011 0.45853\n 11 50 2 0.25458 0.45156 0.24627 0.45427\n 11 336 15 0.25458 0.45156 0.24434 0.45934 0.23922 0.46324 0.23410 0.46716 0.22898 0.47109 0.22386 0.47505 0.21875 0.47902 0.21363 0.48302 0.20851 0.48704 0.20339 0.49109 0.19827 0.49516 0.19315 0.49927 0.18803 0.50341 0.18292 0.50758 0.17780 0.51178\n 11 50 2 0.31861 0.15951 0.31479 0.15482\n 11 72 3 0.31861 0.15951 0.32243 0.16421 0.32619 0.16891\n 11 50 2 0.32243 0.16421 0.34196 0.17617\n 11 50 2 0.32243 0.16421 0.32901 0.18489\n 11 490 22 0.32243 0.16421 0.32988 0.17360 0.33350 0.17830 0.33707 0.18300 0.34056 0.18769 0.34399 0.19239 0.34736 0.19708 0.35065 0.20178 0.35388 0.20648 0.35704 0.21117 0.36013 0.21587 0.36315 0.22057 0.36609 0.22526 0.36895 0.22996 0.37173 0.23466 0.37443 0.23935 0.37703 0.24405 0.37955 0.24874 0.38197 0.25344 0.38428 0.25814 0.38649 0.26283 0.38857 0.26753\n 11 50 2 0.38649 0.26283 0.39456 0.27102\n 11 50 2 0.38649 0.26283 0.38694 0.27387\n 11 490 22 0.38649 0.26283 0.39053 0.27223 0.39235 0.27692 0.39401 0.28162 0.39551 0.28632 0.39683 0.29101 0.39795 0.29571 0.39885 0.30040 0.39950 0.30510 0.39988 0.30980 0.39995 0.31449 0.39969 0.31919 0.39906 0.32389 0.39801 0.32858 0.39652 0.33328 0.39455 0.33798 0.39207 0.34267 0.38908 0.34737 0.38556 0.35206 0.38154 0.35676 0.37705 0.36146 0.37212 0.36615\n 11 50 2 0.37705 0.36146 0.37505 0.36559\n 11 50 2 0.37705 0.36146 0.37262 0.36345\n 11 380 17 0.37705 0.36146 0.36700 0.37069 0.36189 0.37497 0.35677 0.37908 0.35165 0.38306 0.34653 0.38694 0.34141 0.39075 0.33629 0.39450 0.33117 0.39821 0.32606 0.40190 0.32094 0.40556 0.31582 0.40921 0.31070 0.41284 0.30558 0.41648 0.30046 0.42011 0.29534 0.42374 0.29023 0.42738\n 11 50 2 0.35444 0.15951 0.35032 0.15482\n 11 72 3 0.35444 0.15951 0.35856 0.16421 0.36262 0.16891\n 11 50 2 0.35856 0.16421 0.37665 0.17441\n 11 50 2 0.35856 0.16421 0.36527 0.18269\n 11 490 22 0.35856 0.16421 0.36662 0.17360 0.37055 0.17830 0.37442 0.18300 0.37823 0.18769 0.38198 0.19239 0.38566 0.19708 0.38928 0.20178 0.39284 0.20648 0.39632 0.21117 0.39974 0.21587 0.40309 0.22057 0.40636 0.22526 0.40955 0.22996 0.41267 0.23466 0.41570 0.23935 0.41863 0.24405 0.42148 0.24874 0.42421 0.25344 0.42682 0.25814 0.42931 0.26283 0.43165 0.26753\n 11 50 2 0.42931 0.26283 0.43536 0.26847\n 11 50 2 0.42931 0.26283 0.43000 0.27072\n 11 490 22 0.42931 0.26283 0.43383 0.27223 0.43583 0.27692 0.43761 0.28162 0.43914 0.28632 0.44037 0.29101 0.44126 0.29571 0.44174 0.30040 0.44172 0.30510 0.44111 0.30980 0.43982 0.31449 0.43774 0.31919 0.43481 0.32389 0.43102 0.32858 0.42640 0.33328 0.42128 0.33779 0.41616 0.34191 0.41104 0.34577 0.40593 0.34949 0.40081 0.35311 0.39569 0.35666 0.39057 0.36017\n 11 50 2 0.39569 0.35666 0.39332 0.35997\n 11 50 2 0.39569 0.35666 0.39156 0.35780\n 11 248 11 0.39569 0.35666 0.38545 0.36364 0.38033 0.36709 0.37521 0.37053 0.37010 0.37395 0.36498 0.37738 0.35986 0.38079 0.35474 0.38421 0.34962 0.38764 0.34450 0.39107 0.33938 0.39451\n 11 50 2 0.39027 0.15951 0.38569 0.15482\n 11 72 3 0.39027 0.15951 0.39485 0.16421 0.39937 0.16891\n 11 50 2 0.39485 0.16421 0.41159 0.17256\n 11 50 2 0.39485 0.16421 0.40183 0.18048\n 11 490 22 0.39485 0.16421 0.40385 0.17360 0.40828 0.17830 0.41266 0.18300 0.41700 0.18769 0.42129 0.19239 0.42554 0.19708 0.42975 0.20178 0.43392 0.20648 0.43805 0.21117 0.44213 0.21587 0.44618 0.22057 0.45020 0.22526 0.45418 0.22996 0.45812 0.23466 0.46203 0.23935 0.46590 0.24405 0.46974 0.24874 0.47355 0.25344 0.47732 0.25814 0.48107 0.26283 0.48478 0.26753\n 11 50 2 0.48107 0.26283 0.48554 0.26560\n 11 50 2 0.48107 0.26283 0.48255 0.26759\n 11 468 21 0.48107 0.26283 0.48845 0.27223 0.49208 0.27692 0.49565 0.28162 0.49911 0.28632 0.50222 0.29101 0.49710 0.28685 0.49937 0.29155 0.49425 0.29217 0.49193 0.29686 0.48681 0.29868 0.48169 0.30218 0.47657 0.30548 0.47145 0.30878 0.46634 0.31209 0.46122 0.31539 0.45610 0.31868 0.45098 0.32196 0.44586 0.32526 0.44074 0.32856 0.43562 0.33185\n 11 72 3 0.43122 0.15951 0.42610 0.15509 0.42098 0.15067\n 11 72 3 0.43122 0.15951 0.43634 0.16393 0.44145 0.16835\n 11 50 2 0.43634 0.16393 0.45103 0.16973\n 11 50 2 0.43634 0.16393 0.44353 0.17704\n 11 490 22 0.43634 0.16393 0.44657 0.17277 0.45169 0.17716 0.45681 0.18154 0.46193 0.18588 0.46705 0.19018 0.47217 0.19442 0.47728 0.19859 0.48240 0.20268 0.48752 0.20666 0.49264 0.21050 0.49776 0.21420 0.50288 0.21771 0.50800 0.22099 0.51311 0.22403 0.51823 0.22678 0.52335 0.22919 0.52847 0.23122 0.53359 0.23284 0.53871 0.23402 0.54383 0.23473 0.54894 0.23497\n 11 50 2 0.54383 0.23473 0.54848 0.23342\n 11 50 2 0.54383 0.23473 0.54831 0.23647\n 11 490 22 0.54383 0.23473 0.55406 0.23475 0.55918 0.23409 0.56430 0.23301 0.56942 0.23158 0.57454 0.22982 0.57966 0.22779 0.58477 0.22552 0.58989 0.22306 0.59501 0.22044 0.60013 0.21766 0.60525 0.21477 0.61037 0.21178 0.61549 0.20870 0.62060 0.20555 0.62572 0.20233 0.63084 0.19905 0.63596 0.19573 0.64108 0.19236 0.64620 0.18894 0.65132 0.18548 0.65643 0.18199\n 11 50 2 0.65132 0.18548 0.65638 0.17842\n 11 50 2 0.65132 0.18548 0.66014 0.18306\n 11 204 9 0.65132 0.18548 0.66155 0.17846 0.66667 0.17490 0.67179 0.17131 0.67691 0.16768 0.68203 0.16403 0.68715 0.16035 0.69226 0.15664 0.69738 0.15290\n 11 72 3 0.47728 0.15951 0.47217 0.15626 0.46705 0.15293\n 11 72 3 0.47728 0.15951 0.48240 0.16277 0.48752 0.16594\n 11 50 2 0.48240 0.16277 0.49530 0.16573\n 11 50 2 0.48240 0.16277 0.49021 0.17264\n 11 490 22 0.48240 0.16277 0.49264 0.16902 0.49776 0.17200 0.50288 0.17486 0.50800 0.17759 0.51311 0.18017 0.51823 0.18260 0.52335 0.18486 0.52847 0.18693 0.53359 0.18880 0.53871 0.19046 0.54383 0.19189 0.54894 0.19309 0.55406 0.19405 0.55918 0.19475 0.56430 0.19520 0.56942 0.19540 0.57454 0.19534 0.57966 0.19502 0.58477 0.19446 0.58989 0.19366 0.59501 0.19263\n 11 50 2 0.58989 0.19366 0.59644 0.18985\n 11 50 2 0.58989 0.19366 0.59757 0.19460\n 11 380 17 0.58989 0.19366 0.60013 0.19138 0.60525 0.18992 0.61037 0.18828 0.61549 0.18645 0.62060 0.18447 0.62572 0.18233 0.63084 0.18005 0.63596 0.17764 0.64108 0.17510 0.64620 0.17245 0.65132 0.16971 0.65643 0.16687 0.66155 0.16394 0.66667 0.16093 0.67179 0.15784 0.67691 0.15469\n 11 116 5 0.54383 0.15951 0.53871 0.15833 0.53359 0.15698 0.52847 0.15546 0.52335 0.15380\n 11 72 3 0.54383 0.15951 0.54894 0.16070 0.55406 0.16172\n 11 50 2 0.54894 0.16070 0.55953 0.15937\n 11 50 2 0.54894 0.16070 0.55798 0.16592\n 11 380 17 0.54894 0.16070 0.55918 0.16256 0.56430 0.16322 0.56942 0.16369 0.57454 0.16398 0.57966 0.16409 0.58477 0.16400 0.58989 0.16373 0.59501 0.16328 0.60013 0.16264 0.60525 0.16183 0.61037 0.16084 0.61549 0.15968 0.62060 0.15836 0.62572 0.15689 0.63084 0.15526 0.63596 0.15350\n 11 50 2 0.54894 0.15951 0.54383 0.15850\n 11 72 3 0.54894 0.15951 0.55406 0.16053 0.55918 0.16136\n 11 50 2 0.55406 0.16053 0.56421 0.15891\n 11 50 2 0.55406 0.16053 0.56297 0.16527\n 11 336 15 0.55406 0.16053 0.56430 0.16203 0.56942 0.16250 0.57454 0.16280 0.57966 0.16291 0.58477 0.16283 0.58989 0.16257 0.59501 0.16213 0.60013 0.16151 0.60525 0.16071 0.61037 0.15973 0.61549 0.15859 0.62060 0.15729 0.62572 0.15583 0.63084 0.15423\n 11 160 7 0.57454 0.15951 0.56942 0.15939 0.56430 0.15908 0.55918 0.15860 0.55406 0.15794 0.54894 0.15710 0.54383 0.15609\n 11 72 3 0.57454 0.15951 0.57966 0.15964 0.58477 0.15959\n 11 50 2 0.57966 0.15964 0.58905 0.15639\n 11 50 2 0.57966 0.15964 0.58913 0.16269\n 11 182 8 0.57966 0.15964 0.58989 0.15935 0.59501 0.15894 0.60013 0.15835 0.60525 0.15758 0.61037 0.15665 0.61549 0.15556 0.62060 0.15431\n 11 490 22 0.70250 0.15951 0.69738 0.16365 0.69226 0.16779 0.68715 0.17193 0.68203 0.17610 0.67691 0.18029 0.67179 0.18451 0.66667 0.18877 0.66155 0.19308 0.65643 0.19744 0.65132 0.20188 0.64620 0.20643 0.64108 0.21109 0.63609 0.21579 0.63131 0.22048 0.62675 0.22518 0.62245 0.22988 0.61845 0.23457 0.61477 0.23927 0.61144 0.24397 0.60849 0.24866 0.60593 0.25336\n 11 50 2 0.60593 0.25336 0.60659 0.24805\n 11 50 2 0.60593 0.25336 0.61016 0.24969\n 11 490 22 0.60593 0.25336 0.60376 0.25806 0.60199 0.26275 0.60061 0.26745 0.59960 0.27214 0.59896 0.27684 0.59864 0.28154 0.59864 0.28623 0.59891 0.29093 0.59943 0.29563 0.60019 0.30032 0.60114 0.30502 0.60228 0.30972 0.60358 0.31441 0.60502 0.31911 0.60659 0.32380 0.60828 0.32850 0.61007 0.33320 0.61195 0.33789 0.61391 0.34259 0.61595 0.34729 0.61805 0.35198\n 11 50 2 0.61805 0.35198 0.60986 0.34373\n 11 50 2 0.61805 0.35198 0.61756 0.34083\n 11 490 22 0.61805 0.35198 0.62021 0.35668 0.62242 0.36138 0.62469 0.36607 0.62700 0.37077 0.62935 0.37546 0.63174 0.38016 0.63416 0.38486 0.63661 0.38955 0.63909 0.39425 0.64161 0.39895 0.64414 0.40364 0.64671 0.40834 0.64929 0.41304 0.65190 0.41773 0.65452 0.42243 0.65717 0.42712 0.65984 0.43182 0.66253 0.43652 0.66523 0.44121 0.66795 0.44591 0.67069 0.45061\n 11 50 2 0.67069 0.45061 0.65200 0.43525\n 11 50 2 0.67069 0.45061 0.66713 0.42782\n 11 490 22 0.67069 0.45061 0.67344 0.45530 0.67622 0.46000 0.67901 0.46470 0.68181 0.46939 0.68463 0.47409 0.68747 0.47878 0.69033 0.48348 0.69320 0.48818 0.69609 0.49287 0.69899 0.49757 0.70191 0.50227 0.70485 0.50696 0.70781 0.51166 0.71078 0.51636 0.71378 0.52105 0.71679 0.52575 0.71982 0.53044 0.72286 0.53514 0.72593 0.53984 0.72902 0.54453 0.73212 0.54923\n 11 50 2 0.73212 0.54923 0.70356 0.52820\n 11 50 2 0.73212 0.54923 0.72498 0.51627\n 11 490 22 0.73212 0.54923 0.73525 0.55393 0.73840 0.55862 0.74157 0.56332 0.74476 0.56802 0.74797 0.57271 0.75120 0.57741 0.75446 0.58210 0.75774 0.58680 0.76105 0.59150 0.76437 0.59619 0.76773 0.60089 0.77111 0.60559 0.77451 0.61028 0.77794 0.61498 0.78140 0.61967 0.78488 0.62437 0.78839 0.62907 0.79193 0.63376 0.79550 0.63846 0.79909 0.64316 0.80272 0.64785\n 11 50 2 0.80272 0.64785 0.76599 0.62453\n 11 50 2 0.80272 0.64785 0.79092 0.60833\n 11 490 22 0.80272 0.64785 0.80638 0.65255 0.81006 0.65725 0.81378 0.66194 0.81753 0.66664 0.82131 0.67134 0.82512 0.67603 0.82896 0.68073 0.83284 0.68542 0.83675 0.69012 0.84069 0.69482 0.84467 0.69951 0.84869 0.70421 0.85273 0.70891 0.85681 0.71360 0.86093 0.71830 0.86508 0.72300 0.86927 0.72769 0.87349 0.73239 0.87775 0.73708 0.88204 0.74178 0.88637 0.74648\n 11 50 2 0.88637 0.74648 0.84412 0.72430\n 11 50 2 0.88637 0.74648 0.86954 0.70457\n 11 50 2 0.88637 0.74648 0.89074 0.75117\n 11 72 3 0.70250 0.15951 0.70762 0.15538 0.71274 0.15126\n 11 50 2 0.70762 0.15538 0.71216 0.14777\n 11 50 2 0.70762 0.15538 0.72042 0.15080\n 11 490 22 0.71274 0.15951 0.70762 0.16393 0.70250 0.16838 0.69738 0.17287 0.69226 0.17741 0.68715 0.18202 0.68203 0.18670 0.67699 0.19139 0.67208 0.19609 0.66730 0.20079 0.66268 0.20548 0.65824 0.21018 0.65398 0.21487 0.64995 0.21957 0.64616 0.22427 0.64262 0.22896 0.63935 0.23366 0.63638 0.23836 0.63371 0.24305 0.63134 0.24775 0.62929 0.25245 0.62755 0.25714\n 11 50 2 0.62755 0.25714 0.62740 0.25093\n 11 50 2 0.62755 0.25714 0.63179 0.25230\n 11 490 22 0.62755 0.25714 0.62612 0.26184 0.62499 0.26653 0.62414 0.27123 0.62358 0.27593 0.62327 0.28062 0.62320 0.28532 0.62336 0.29002 0.62372 0.29471 0.62428 0.29941 0.62501 0.30411 0.62591 0.30880 0.62695 0.31350 0.62812 0.31819 0.62942 0.32289 0.63083 0.32759 0.63233 0.33228 0.63393 0.33698 0.63562 0.34168 0.63738 0.34637 0.63921 0.35107 0.64110 0.35577\n 11 50 2 0.64110 0.35577 0.63257 0.34654\n 11 50 2 0.64110 0.35577 0.64103 0.34367\n 11 490 22 0.64110 0.35577 0.64306 0.36046 0.64507 0.36516 0.64713 0.36985 0.64923 0.37455 0.65138 0.37925 0.65357 0.38394 0.65580 0.38864 0.65806 0.39334 0.66035 0.39803 0.66268 0.40273 0.66503 0.40743 0.66742 0.41212 0.66982 0.41682 0.67226 0.42151 0.67472 0.42621 0.67720 0.43091 0.67970 0.43560 0.68222 0.44030 0.68477 0.44500 0.68734 0.44969 0.68992 0.45439\n 11 50 2 0.68992 0.45439 0.67096 0.43805\n 11 50 2 0.68992 0.45439 0.68684 0.43069\n 11 490 22 0.68992 0.45439 0.69253 0.45909 0.69515 0.46378 0.69780 0.46848 0.70046 0.47317 0.70314 0.47787 0.70585 0.48257 0.70857 0.48726 0.71130 0.49196 0.71406 0.49666 0.71684 0.50135 0.71963 0.50605 0.72245 0.51075 0.72528 0.51544 0.72813 0.52014 0.73100 0.52483 0.73390 0.52953 0.73681 0.53423 0.73974 0.53892 0.74269 0.54362 0.74567 0.54832 0.74866 0.55301\n 11 50 2 0.74866 0.55301 0.71983 0.53107\n 11 50 2 0.74866 0.55301 0.74194 0.51920\n 11 490 22 0.74866 0.55301 0.75168 0.55771 0.75472 0.56241 0.75778 0.56710 0.76086 0.57180 0.76397 0.57649 0.76710 0.58119 0.77025 0.58589 0.77343 0.59058 0.77663 0.59528 0.77986 0.59998 0.78312 0.60467 0.78640 0.60937 0.78970 0.61407 0.79304 0.61876 0.79640 0.62346 0.79979 0.62815 0.80320 0.63285 0.80665 0.63755 0.81012 0.64224 0.81363 0.64694 0.81716 0.65164\n 11 50 2 0.81716 0.65164 0.78015 0.62752\n 11 50 2 0.81716 0.65164 0.80570 0.61134\n 11 446 20 0.81716 0.65164 0.82073 0.65633 0.82432 0.66103 0.82795 0.66573 0.83161 0.67042 0.83530 0.67512 0.83902 0.67981 0.84278 0.68451 0.84657 0.68921 0.85039 0.69390 0.85425 0.69860 0.85814 0.70330 0.86207 0.70799 0.86603 0.71269 0.87002 0.71739 0.87405 0.72208 0.87812 0.72678 0.88223 0.73147 0.88636 0.73617 0.89054 0.74087\n 11 72 3 0.71274 0.15951 0.71786 0.15510 0.72298 0.15071\n 11 50 2 0.71786 0.15510 0.72192 0.14777\n 11 50 2 0.71786 0.15510 0.73050 0.15016\n 11 490 22 0.72809 0.15951 0.72311 0.16421 0.71820 0.16891 0.71336 0.17360 0.70862 0.17830 0.70398 0.18300 0.69946 0.18769 0.69506 0.19239 0.69082 0.19708 0.68672 0.20178 0.68281 0.20648 0.67907 0.21117 0.67553 0.21587 0.67221 0.22057 0.66912 0.22526 0.66625 0.22996 0.66362 0.23466 0.66124 0.23935 0.65911 0.24405 0.65723 0.24874 0.65561 0.25344 0.65422 0.25814\n 11 50 2 0.65422 0.25814 0.65347 0.25008\n 11 50 2 0.65422 0.25814 0.65929 0.25153\n 11 490 22 0.65422 0.25814 0.65308 0.26283 0.65217 0.26753 0.65149 0.27223 0.65102 0.27692 0.65075 0.28162 0.65068 0.28632 0.65079 0.29101 0.65107 0.29571 0.65150 0.30040 0.65209 0.30510 0.65282 0.30980 0.65367 0.31449 0.65464 0.31919 0.65572 0.32389 0.65691 0.32858 0.65819 0.33328 0.65956 0.33798 0.66100 0.34267 0.66253 0.34737 0.66412 0.35206 0.66578 0.35676\n 11 50 2 0.66578 0.35676 0.65641 0.34573\n 11 50 2 0.66578 0.35676 0.66632 0.34279\n 11 490 22 0.66578 0.35676 0.66749 0.36146 0.66927 0.36615 0.67109 0.37085 0.67297 0.37555 0.67489 0.38024 0.67686 0.38494 0.67886 0.38964 0.68090 0.39433 0.68298 0.39903 0.68510 0.40372 0.68725 0.40842 0.68942 0.41312 0.69163 0.41781 0.69387 0.42251 0.69613 0.42721 0.69842 0.43190 0.70073 0.43660 0.70307 0.44130 0.70544 0.44599 0.70782 0.45069 0.71023 0.45538\n 11 50 2 0.71023 0.45538 0.69046 0.43737\n 11 50 2 0.71023 0.45538 0.70771 0.42992\n 11 490 22 0.71023 0.45538 0.71266 0.46008 0.71512 0.46478 0.71759 0.46947 0.72009 0.47417 0.72261 0.47887 0.72514 0.48356 0.72770 0.48826 0.73028 0.49296 0.73288 0.49765 0.73550 0.50235 0.73815 0.50704 0.74081 0.51174 0.74349 0.51644 0.74620 0.52113 0.74892 0.52583 0.75167 0.53053 0.75443 0.53522 0.75722 0.53992 0.76003 0.54461 0.76287 0.54931 0.76572 0.55401\n 11 50 2 0.76572 0.55401 0.73675 0.53102\n 11 50 2 0.76572 0.55401 0.75963 0.51931\n 11 490 22 0.76572 0.55401 0.76860 0.55870 0.77150 0.56340 0.77443 0.56810 0.77737 0.57279 0.78035 0.57749 0.78334 0.58219 0.78636 0.58688 0.78941 0.59158 0.79248 0.59627 0.79558 0.60097 0.79870 0.60567 0.80185 0.61036 0.80503 0.61506 0.80823 0.61976 0.81146 0.62445 0.81473 0.62915 0.81801 0.63385 0.82133 0.63854 0.82468 0.64324 0.82806 0.64794 0.83147 0.65263\n 11 50 2 0.83147 0.65263 0.79491 0.62795\n 11 50 2 0.83147 0.65263 0.82075 0.61216\n 11 380 17 0.83147 0.65263 0.83491 0.65733 0.83838 0.66202 0.84188 0.66672 0.84541 0.67142 0.84898 0.67611 0.85258 0.68081 0.85621 0.68551 0.85988 0.69020 0.86357 0.69490 0.86731 0.69960 0.87108 0.70429 0.87488 0.70899 0.87872 0.71368 0.88259 0.71838 0.88650 0.72308 0.89045 0.72777\n 11 50 2 0.72809 0.15951 0.73308 0.15482\n 11 490 22 0.74345 0.15951 0.73883 0.16421 0.73429 0.16891 0.72985 0.17360 0.72551 0.17830 0.72128 0.18300 0.71718 0.18769 0.71321 0.19239 0.70939 0.19708 0.70573 0.20178 0.70224 0.20648 0.69892 0.21117 0.69579 0.21587 0.69285 0.22057 0.69012 0.22526 0.68759 0.22996 0.68528 0.23466 0.68318 0.23935 0.68129 0.24405 0.67962 0.24874 0.67816 0.25344 0.67690 0.25814\n 11 50 2 0.67690 0.25814 0.67583 0.24913\n 11 50 2 0.67690 0.25814 0.68239 0.25061\n 11 490 22 0.67690 0.25814 0.67585 0.26283 0.67500 0.26753 0.67434 0.27223 0.67387 0.27692 0.67357 0.28162 0.67344 0.28632 0.67346 0.29101 0.67364 0.29571 0.67396 0.30040 0.67441 0.30510 0.67499 0.30980 0.67569 0.31449 0.67650 0.31919 0.67741 0.32389 0.67841 0.32858 0.67951 0.33328 0.68069 0.33798 0.68195 0.34267 0.68329 0.34737 0.68469 0.35206 0.68616 0.35676\n 11 50 2 0.68616 0.35676 0.67659 0.34469\n 11 50 2 0.68616 0.35676 0.68729 0.34187\n 11 490 22 0.68616 0.35676 0.68769 0.36146 0.68928 0.36615 0.69092 0.37085 0.69261 0.37555 0.69436 0.38024 0.69614 0.38494 0.69797 0.38964 0.69984 0.39433 0.70174 0.39903 0.70369 0.40372 0.70567 0.40842 0.70768 0.41312 0.70972 0.41781 0.71180 0.42251 0.71390 0.42721 0.71604 0.43190 0.71820 0.43660 0.72038 0.44130 0.72260 0.44599 0.72484 0.45069 0.72710 0.45538\n 11 50 2 0.72710 0.45538 0.70715 0.43633\n 11 50 2 0.72710 0.45538 0.72517 0.42902\n 11 490 22 0.72710 0.45538 0.72939 0.46008 0.73170 0.46478 0.73403 0.46947 0.73639 0.47417 0.73877 0.47887 0.74117 0.48356 0.74359 0.48826 0.74604 0.49296 0.74851 0.49765 0.75100 0.50235 0.75351 0.50704 0.75605 0.51174 0.75860 0.51644 0.76118 0.52113 0.76378 0.52583 0.76640 0.53053 0.76905 0.53522 0.77172 0.53992 0.77441 0.54461 0.77712 0.54931 0.77985 0.55401\n 11 50 2 0.77985 0.55401 0.75071 0.53003\n 11 50 2 0.77985 0.55401 0.77432 0.51846\n 11 490 22 0.77985 0.55401 0.78261 0.55870 0.78540 0.56340 0.78820 0.56810 0.79104 0.57279 0.79389 0.57749 0.79677 0.58219 0.79968 0.58688 0.80261 0.59158 0.80557 0.59627 0.80855 0.60097 0.81156 0.60567 0.81460 0.61036 0.81766 0.61506 0.82075 0.61976 0.82387 0.62445 0.82702 0.62915 0.83020 0.63385 0.83340 0.63854 0.83664 0.64324 0.83991 0.64794 0.84320 0.65263\n 11 50 2 0.84320 0.65263 0.80648 0.62704\n 11 50 2 0.84320 0.65263 0.83300 0.61136\n 11 314 14 0.84320 0.65263 0.84653 0.65733 0.84989 0.66202 0.85328 0.66672 0.85671 0.67142 0.86016 0.67611 0.86365 0.68081 0.86717 0.68551 0.87073 0.69020 0.87432 0.69490 0.87794 0.69960 0.88160 0.70429 0.88529 0.70899 0.88902 0.71368\n 11 50 2 0.74345 0.15951 0.74807 0.15482\n 11 490 22 0.75881 0.15951 0.75448 0.16421 0.75024 0.16891 0.74609 0.17360 0.74206 0.17830 0.73815 0.18300 0.73436 0.18769 0.73070 0.19239 0.72719 0.19708 0.72383 0.20178 0.72063 0.20648 0.71760 0.21117 0.71474 0.21587 0.71205 0.22057 0.70955 0.22526 0.70724 0.22996 0.70511 0.23466 0.70318 0.23935 0.70144 0.24405 0.69988 0.24874 0.69851 0.25344 0.69732 0.25814\n 11 50 2 0.69732 0.25814 0.69600 0.24816\n 11 50 2 0.69732 0.25814 0.70330 0.24972\n 11 490 22 0.69732 0.25814 0.69632 0.26283 0.69548 0.26753 0.69482 0.27223 0.69432 0.27692 0.69398 0.28162 0.69378 0.28632 0.69374 0.29101 0.69382 0.29571 0.69404 0.30040 0.69438 0.30510 0.69484 0.30980 0.69540 0.31449 0.69608 0.31919 0.69684 0.32389 0.69771 0.32858 0.69866 0.33328 0.69969 0.33798 0.70080 0.34267 0.70198 0.34737 0.70323 0.35206 0.70454 0.35676\n 11 50 2 0.70454 0.35676 0.69476 0.34366\n 11 50 2 0.70454 0.35676 0.70623 0.34096\n 11 490 22 0.70454 0.35676 0.70592 0.36146 0.70735 0.36615 0.70884 0.37085 0.71038 0.37555 0.71197 0.38024 0.71360 0.38494 0.71528 0.38964 0.71700 0.39433 0.71876 0.39903 0.72056 0.40372 0.72240 0.40842 0.72427 0.41312 0.72617 0.41781 0.72811 0.42251 0.73007 0.42721 0.73207 0.43190 0.73410 0.43660 0.73615 0.44130 0.73824 0.44599 0.74035 0.45069 0.74248 0.45538\n 11 50 2 0.74248 0.45538 0.72234 0.43532\n 11 50 2 0.74248 0.45538 0.74111 0.42813\n 11 490 22 0.74248 0.45538 0.74464 0.46008 0.74683 0.46478 0.74904 0.46947 0.75128 0.47417 0.75354 0.47887 0.75582 0.48356 0.75812 0.48826 0.76045 0.49296 0.76281 0.49765 0.76518 0.50235 0.76758 0.50704 0.77000 0.51174 0.77245 0.51644 0.77491 0.52113 0.77740 0.52583 0.77991 0.53053 0.78245 0.53522 0.78501 0.53992 0.78759 0.54461 0.79020 0.54931 0.79283 0.55401\n 11 50 2 0.79283 0.55401 0.76350 0.52907\n 11 50 2 0.79283 0.55401 0.78782 0.51761\n 11 490 22 0.79283 0.55401 0.79548 0.55870 0.79816 0.56340 0.80086 0.56810 0.80359 0.57279 0.80634 0.57749 0.80912 0.58219 0.81192 0.58688 0.81475 0.59158 0.81761 0.59627 0.82049 0.60097 0.82340 0.60567 0.82633 0.61036 0.82929 0.61506 0.83229 0.61976 0.83530 0.62445 0.83835 0.62915 0.84143 0.63385 0.84454 0.63854 0.84767 0.64324 0.85084 0.64794 0.85404 0.65263\n 11 50 2 0.85404 0.65263 0.81712 0.62616\n 11 50 2 0.85404 0.65263 0.84431 0.61058\n 11 248 11 0.85404 0.65263 0.85727 0.65733 0.86053 0.66202 0.86382 0.66672 0.86714 0.67142 0.87050 0.67611 0.87389 0.68081 0.87731 0.68551 0.88077 0.69020 0.88426 0.69490 0.88778 0.69960\n 11 50 2 0.75881 0.15951 0.76314 0.15482\n 11 490 22 0.77416 0.15951 0.77007 0.16421 0.76607 0.16891 0.76217 0.17360 0.75838 0.17830 0.75470 0.18300 0.75115 0.18769 0.74773 0.19239 0.74445 0.19708 0.74131 0.20178 0.73833 0.20648 0.73549 0.21117 0.73282 0.21587 0.73031 0.22057 0.72797 0.22526 0.72580 0.22996 0.72380 0.23466 0.72198 0.23935 0.72032 0.24405 0.71883 0.24874 0.71751 0.25344 0.71636 0.25814\n 11 50 2 0.71636 0.25814 0.71469 0.24617\n 11 50 2 0.71636 0.25814 0.72346 0.24799\n 11 490 22 0.71636 0.25814 0.71537 0.26283 0.71453 0.26753 0.71385 0.27223 0.71332 0.27692 0.71293 0.28162 0.71268 0.28632 0.71256 0.29101 0.71256 0.29571 0.71269 0.30040 0.71293 0.30510 0.71328 0.30980 0.71374 0.31449 0.71429 0.31919 0.71494 0.32389 0.71568 0.32858 0.71650 0.33328 0.71740 0.33798 0.71837 0.34267 0.71942 0.34737 0.72054 0.35206 0.72172 0.35676\n 11 50 2 0.72172 0.35676 0.71117 0.34184\n 11 50 2 0.72172 0.35676 0.72409 0.33911\n 11 490 22 0.72172 0.35676 0.72296 0.36146 0.72426 0.36615 0.72561 0.37085 0.72701 0.37555 0.72847 0.38024 0.72997 0.38494 0.73151 0.38964 0.73310 0.39433 0.73474 0.39903 0.73641 0.40372 0.73811 0.40842 0.73986 0.41312 0.74164 0.41781 0.74345 0.42251 0.74529 0.42721 0.74717 0.43190 0.74908 0.43660 0.75101 0.44130 0.75298 0.44599 0.75497 0.45069 0.75699 0.45538\n 11 50 2 0.75699 0.45538 0.73665 0.43432\n 11 50 2 0.75699 0.45538 0.75617 0.42726\n 11 490 22 0.75699 0.45538 0.75904 0.46008 0.76111 0.46478 0.76321 0.46947 0.76533 0.47417 0.76748 0.47887 0.76966 0.48356 0.77185 0.48826 0.77408 0.49296 0.77632 0.49765 0.77859 0.50235 0.78089 0.50704 0.78321 0.51174 0.78555 0.51644 0.78791 0.52113 0.79030 0.52583 0.79271 0.53053 0.79515 0.53522 0.79761 0.53992 0.80009 0.54461 0.80260 0.54931 0.80513 0.55401\n 11 50 2 0.80513 0.55401 0.77560 0.52813\n 11 50 2 0.80513 0.55401 0.80064 0.51677\n 11 490 22 0.80513 0.55401 0.80769 0.55870 0.81027 0.56340 0.81287 0.56810 0.81551 0.57279 0.81816 0.57749 0.82084 0.58219 0.82355 0.58688 0.82629 0.59158 0.82905 0.59627 0.83183 0.60097 0.83465 0.60567 0.83749 0.61036 0.84036 0.61506 0.84326 0.61976 0.84618 0.62445 0.84914 0.62915 0.85212 0.63385 0.85514 0.63854 0.85818 0.64324 0.86126 0.64794 0.86436 0.65263\n 11 50 2 0.86436 0.65263 0.82725 0.62529\n 11 50 2 0.86436 0.65263 0.85508 0.60980\n 11 182 8 0.86436 0.65263 0.86750 0.65733 0.87067 0.66202 0.87386 0.66672 0.87710 0.67142 0.88036 0.67611 0.88366 0.68081 0.88699 0.68551\n 11 50 2 0.77416 0.15951 0.77826 0.15482\n 11 490 22 0.78952 0.15951 0.78562 0.16421 0.78181 0.16891 0.77811 0.17360 0.77451 0.17830 0.77103 0.18300 0.76766 0.18769 0.76442 0.19239 0.76132 0.19708 0.75835 0.20178 0.75552 0.20648 0.75283 0.21117 0.75030 0.21587 0.74792 0.22057 0.74569 0.22526 0.74362 0.22996 0.74170 0.23466 0.73995 0.23935 0.73834 0.24405 0.73690 0.24874 0.73561 0.25344 0.73447 0.25814\n 11 50 2 0.73447 0.25814 0.73262 0.24516\n 11 50 2 0.73447 0.25814 0.74214 0.24711\n 11 490 22 0.73447 0.25814 0.73347 0.26283 0.73263 0.26753 0.73192 0.27223 0.73135 0.27692 0.73091 0.28162 0.73060 0.28632 0.73041 0.29101 0.73034 0.29571 0.73038 0.30040 0.73054 0.30510 0.73079 0.30980 0.73115 0.31449 0.73160 0.31919 0.73213 0.32389 0.73276 0.32858 0.73347 0.33328 0.73425 0.33798 0.73511 0.34267 0.73604 0.34737 0.73703 0.35206 0.73809 0.35676\n 11 50 2 0.73809 0.35676 0.72736 0.34081\n 11 50 2 0.73809 0.35676 0.74105 0.33821\n 11 490 22 0.73809 0.35676 0.73921 0.36146 0.74038 0.36615 0.74161 0.37085 0.74290 0.37555 0.74423 0.38024 0.74561 0.38494 0.74704 0.38964 0.74851 0.39433 0.75002 0.39903 0.75157 0.40372 0.75316 0.40842 0.75479 0.41312 0.75645 0.41781 0.75815 0.42251 0.75988 0.42721 0.76165 0.43190 0.76344 0.43660 0.76527 0.44130 0.76713 0.44599 0.76901 0.45069 0.77092 0.45538\n 11 50 2 0.77092 0.45538 0.75040 0.43333\n 11 50 2 0.77092 0.45538 0.77065 0.42638\n 11 490 22 0.77092 0.45538 0.77286 0.46008 0.77483 0.46478 0.77683 0.46947 0.77885 0.47417 0.78090 0.47887 0.78297 0.48356 0.78507 0.48826 0.78719 0.49296 0.78934 0.49765 0.79151 0.50235 0.79370 0.50704 0.79592 0.51174 0.79817 0.51644 0.80044 0.52113 0.80273 0.52583 0.80505 0.53053 0.80739 0.53522 0.80976 0.53992 0.81215 0.54461 0.81456 0.54931 0.81700 0.55401\n 11 50 2 0.81700 0.55401 0.78728 0.52719\n 11 50 2 0.81700 0.55401 0.81302 0.51593\n 11 490 22 0.81700 0.55401 0.81947 0.55870 0.82196 0.56340 0.82447 0.56810 0.82702 0.57279 0.82958 0.57749 0.83217 0.58219 0.83479 0.58688 0.83744 0.59158 0.84011 0.59627 0.84281 0.60097 0.84553 0.60567 0.84829 0.61036 0.85107 0.61506 0.85388 0.61976 0.85672 0.62445 0.85958 0.62915 0.86248 0.63385 0.86541 0.63854 0.86836 0.64324 0.87135 0.64794 0.87437 0.65263\n 11 50 2 0.87437 0.65263 0.83763 0.62486\n 11 50 2 0.87437 0.65263 0.86568 0.60969\n 11 138 6 0.87437 0.65263 0.87742 0.65733 0.88050 0.66202 0.88361 0.66672 0.88675 0.67142 0.88993 0.67611\n 11 50 2 0.78952 0.15951 0.79342 0.15482\n 11 490 22 0.80487 0.15951 0.80113 0.16421 0.79749 0.16891 0.79394 0.17360 0.79050 0.17830 0.78717 0.18300 0.78395 0.18769 0.78086 0.19239 0.77789 0.19708 0.77505 0.20178 0.77234 0.20648 0.76977 0.21117 0.76733 0.21587 0.76504 0.22057 0.76290 0.22526 0.76089 0.22996 0.75904 0.23466 0.75733 0.23935 0.75576 0.24405 0.75434 0.24874 0.75305 0.25344 0.75191 0.25814\n 11 50 2 0.75191 0.25814 0.74993 0.24414\n 11 50 2 0.75191 0.25814 0.76020 0.24624\n 11 490 22 0.75191 0.25814 0.75091 0.26283 0.75004 0.26753 0.74930 0.27223 0.74869 0.27692 0.74820 0.28162 0.74783 0.28632 0.74758 0.29101 0.74744 0.29571 0.74740 0.30040 0.74747 0.30510 0.74764 0.30980 0.74790 0.31449 0.74825 0.31919 0.74869 0.32389 0.74921 0.32858 0.74982 0.33328 0.75049 0.33798 0.75124 0.34267 0.75206 0.34737 0.75294 0.35206 0.75389 0.35676\n 11 50 2 0.75389 0.35676 0.74300 0.33977\n 11 50 2 0.75389 0.35676 0.75745 0.33732\n 11 490 22 0.75389 0.35676 0.75490 0.36146 0.75596 0.36615 0.75708 0.37085 0.75825 0.37555 0.75947 0.38024 0.76074 0.38494 0.76206 0.38964 0.76342 0.39433 0.76482 0.39903 0.76626 0.40372 0.76774 0.40842 0.76926 0.41312 0.77082 0.41781 0.77241 0.42251 0.77404 0.42721 0.77570 0.43190 0.77739 0.43660 0.77911 0.44130 0.78087 0.44599 0.78265 0.45069 0.78446 0.45538\n 11 50 2 0.78446 0.45538 0.76376 0.43234\n 11 50 2 0.78446 0.45538 0.78475 0.42551\n 11 490 22 0.78446 0.45538 0.78631 0.46008 0.78817 0.46478 0.79007 0.46947 0.79199 0.47417 0.79395 0.47887 0.79592 0.48356 0.79792 0.48826 0.79995 0.49296 0.80201 0.49765 0.80409 0.50235 0.80619 0.50704 0.80832 0.51174 0.81047 0.51644 0.81265 0.52113 0.81485 0.52583 0.81708 0.53053 0.81933 0.53522 0.82161 0.53992 0.82391 0.54461 0.82624 0.54931 0.82859 0.55401\n 11 50 2 0.82859 0.55401 0.79928 0.52681\n 11 50 2 0.82859 0.55401 0.82519 0.51589\n 11 490 22 0.82859 0.55401 0.83097 0.55870 0.83338 0.56340 0.83580 0.56810 0.83826 0.57279 0.84074 0.57749 0.84325 0.58219 0.84578 0.58688 0.84834 0.59158 0.85092 0.59627 0.85354 0.60097 0.85618 0.60567 0.85885 0.61036 0.86155 0.61506 0.86427 0.61976 0.86703 0.62445 0.86981 0.62915 0.87262 0.63385 0.87547 0.63854 0.87834 0.64324 0.88124 0.64794 0.88418 0.65263\n 11 50 2 0.88418 0.65263 0.84724 0.62401\n 11 50 2 0.88418 0.65263 0.87593 0.60892\n 11 50 2 0.88418 0.65263 0.88714 0.65733\n 11 50 2 0.80487 0.15951 0.80861 0.15482\n 11 490 22 0.82023 0.15951 0.81662 0.16421 0.81311 0.16891 0.80969 0.17360 0.80638 0.17830 0.80317 0.18300 0.80007 0.18769 0.79709 0.19239 0.79423 0.19708 0.79149 0.20178 0.78887 0.20648 0.78639 0.21117 0.78403 0.21587 0.78181 0.22057 0.77972 0.22526 0.77777 0.22996 0.77595 0.23466 0.77427 0.23935 0.77272 0.24405 0.77130 0.24874 0.77002 0.25344 0.76887 0.25814\n 11 50 2 0.76887 0.25814 0.76677 0.24311\n 11 50 2 0.76887 0.25814 0.77779 0.24538\n 11 490 22 0.76887 0.25814 0.76785 0.26283 0.76695 0.26753 0.76618 0.27223 0.76552 0.27692 0.76498 0.28162 0.76456 0.28632 0.76424 0.29101 0.76403 0.29571 0.76392 0.30040 0.76391 0.30510 0.76400 0.30980 0.76417 0.31449 0.76443 0.31919 0.76478 0.32389 0.76521 0.32858 0.76571 0.33328 0.76629 0.33798 0.76694 0.34267 0.76766 0.34737 0.76844 0.35206 0.76928 0.35676\n 11 50 2 0.76928 0.35676 0.75823 0.33874\n 11 50 2 0.76928 0.35676 0.77344 0.33644\n 11 490 22 0.76928 0.35676 0.77018 0.36146 0.77114 0.36615 0.77215 0.37085 0.77322 0.37555 0.77434 0.38024 0.77550 0.38494 0.77671 0.38964 0.77797 0.39433 0.77927 0.39903 0.78061 0.40372 0.78199 0.40842 0.78341 0.41312 0.78486 0.41781 0.78636 0.42251 0.78788 0.42721 0.78944 0.43190 0.79104 0.43660 0.79266 0.44130 0.79432 0.44599 0.79601 0.45069 0.79773 0.45538\n 11 50 2 0.79773 0.45538 0.77744 0.43202\n 11 50 2 0.79773 0.45538 0.79855 0.42552\n 11 490 22 0.79773 0.45538 0.79947 0.46008 0.80125 0.46478 0.80305 0.46947 0.80488 0.47417 0.80674 0.47887 0.80863 0.48356 0.81054 0.48826 0.81248 0.49296 0.81444 0.49765 0.81643 0.50235 0.81845 0.50704 0.82049 0.51174 0.82255 0.51644 0.82465 0.52113 0.82676 0.52583 0.82891 0.53053 0.83107 0.53522 0.83327 0.53992 0.83548 0.54461 0.83773 0.54931 0.83999 0.55401\n 11 50 2 0.83999 0.55401 0.81049 0.52588\n 11 50 2 0.83999 0.55401 0.83710 0.51506\n 11 446 20 0.83999 0.55401 0.84229 0.55870 0.84461 0.56340 0.84695 0.56810 0.84933 0.57279 0.85172 0.57749 0.85415 0.58219 0.85660 0.58688 0.85908 0.59158 0.86158 0.59627 0.86411 0.60097 0.86667 0.60567 0.86926 0.61036 0.87188 0.61506 0.87452 0.61976 0.87720 0.62445 0.87990 0.62915 0.88263 0.63385 0.88539 0.63854 0.88818 0.64324\n 11 50 2 0.82023 0.15951 0.82383 0.15482\n 11 490 22 0.83558 0.15951 0.83209 0.16421 0.82869 0.16891 0.82538 0.17360 0.82217 0.17830 0.81906 0.18300 0.81606 0.18769 0.81317 0.19239 0.81039 0.19708 0.80773 0.20178 0.80518 0.20648 0.80276 0.21117 0.80046 0.21587 0.79829 0.22057 0.79625 0.22526 0.79433 0.22996 0.79253 0.23466 0.79087 0.23935 0.78933 0.24405 0.78791 0.24874 0.78663 0.25344 0.78546 0.25814\n 11 50 2 0.78546 0.25814 0.78326 0.24207\n 11 50 2 0.78546 0.25814 0.79503 0.24453\n 11 490 22 0.78546 0.25814 0.78441 0.26283 0.78348 0.26753 0.78267 0.27223 0.78197 0.27692 0.78138 0.28162 0.78090 0.28632 0.78052 0.29101 0.78024 0.29571 0.78007 0.30040 0.77998 0.30510 0.77999 0.30980 0.78008 0.31449 0.78026 0.31919 0.78052 0.32389 0.78086 0.32858 0.78127 0.33328 0.78175 0.33798 0.78231 0.34267 0.78293 0.34737 0.78361 0.35206 0.78436 0.35676\n 11 50 2 0.78436 0.35676 0.77318 0.33770\n 11 50 2 0.78436 0.35676 0.78915 0.33556\n 11 490 22 0.78436 0.35676 0.78516 0.36146 0.78602 0.36615 0.78694 0.37085 0.78791 0.37555 0.78892 0.38024 0.78999 0.38494 0.79110 0.38964 0.79226 0.39433 0.79346 0.39903 0.79471 0.40372 0.79599 0.40842 0.79731 0.41312 0.79867 0.41781 0.80007 0.42251 0.80150 0.42721 0.80297 0.43190 0.80447 0.43660 0.80600 0.44130 0.80757 0.44599 0.80916 0.45069 0.81079 0.45538\n 11 50 2 0.81079 0.45538 0.79033 0.43104\n 11 50 2 0.81079 0.45538 0.81217 0.42467\n 11 490 22 0.81079 0.45538 0.81245 0.46008 0.81413 0.46478 0.81585 0.46947 0.81759 0.47417 0.81936 0.47887 0.82116 0.48356 0.82298 0.48826 0.82483 0.49296 0.82671 0.49765 0.82862 0.50235 0.83055 0.50704 0.83250 0.51174 0.83449 0.51644 0.83649 0.52113 0.83853 0.52583 0.84059 0.53053 0.84267 0.53522 0.84478 0.53992 0.84692 0.54461 0.84908 0.54931 0.85127 0.55401\n 11 50 2 0.85127 0.55401 0.82159 0.52494\n 11 50 2 0.85127 0.55401 0.84889 0.51423\n 11 358 16 0.85127 0.55401 0.85348 0.55870 0.85572 0.56340 0.85799 0.56810 0.86028 0.57279 0.86260 0.57749 0.86494 0.58219 0.86731 0.58688 0.86971 0.59158 0.87214 0.59627 0.87459 0.60097 0.87707 0.60567 0.87958 0.61036 0.88212 0.61506 0.88468 0.61976 0.88728 0.62445\n 11 50 2 0.83558 0.15951 0.83908 0.15482\n 11 490 22 0.85094 0.15951 0.84754 0.16421 0.84423 0.16891 0.84101 0.17360 0.83789 0.17830 0.83486 0.18300 0.83194 0.18769 0.82912 0.19239 0.82641 0.19708 0.82381 0.20178 0.82132 0.20648 0.81895 0.21117 0.81669 0.21587 0.81456 0.22057 0.81254 0.22526 0.81064 0.22996 0.80886 0.23466 0.80720 0.23935 0.80567 0.24405 0.80424 0.24874 0.80294 0.25344 0.80175 0.25814\n 11 50 2 0.80175 0.25814 0.79948 0.24102\n 11 50 2 0.80175 0.25814 0.81201 0.24368\n 11 490 22 0.80175 0.25814 0.80068 0.26283 0.79972 0.26753 0.79887 0.27223 0.79812 0.27692 0.79748 0.28162 0.79694 0.28632 0.79651 0.29101 0.79617 0.29571 0.79592 0.30040 0.79576 0.30510 0.79569 0.30980 0.79571 0.31449 0.79581 0.31919 0.79598 0.32389 0.79624 0.32858 0.79656 0.33328 0.79696 0.33798 0.79743 0.34267 0.79796 0.34737 0.79855 0.35206 0.79920 0.35676\n 11 50 2 0.79920 0.35676 0.78790 0.33665\n 11 50 2 0.79920 0.35676 0.80463 0.33469\n 11 490 22 0.79920 0.35676 0.79991 0.36146 0.80068 0.36615 0.80150 0.37085 0.80238 0.37555 0.80330 0.38024 0.80428 0.38494 0.80530 0.38964 0.80636 0.39433 0.80747 0.39903 0.80862 0.40372 0.80981 0.40842 0.81104 0.41312 0.81231 0.41781 0.81361 0.42251 0.81496 0.42721 0.81633 0.43190 0.81774 0.43660 0.81919 0.44130 0.82066 0.44599 0.82217 0.45069 0.82371 0.45538\n 11 50 2 0.82371 0.45538 0.80310 0.43004\n 11 50 2 0.82371 0.45538 0.82567 0.42381\n 11 490 22 0.82371 0.45538 0.82528 0.46008 0.82688 0.46478 0.82851 0.46947 0.83017 0.47417 0.83185 0.47887 0.83356 0.48356 0.83531 0.48826 0.83707 0.49296 0.83887 0.49765 0.84069 0.50235 0.84254 0.50704 0.84442 0.51174 0.84632 0.51644 0.84824 0.52113 0.85020 0.52583 0.85218 0.53053 0.85418 0.53522 0.85621 0.53992 0.85827 0.54461 0.86035 0.54931 0.86246 0.55401\n 11 50 2 0.86246 0.55401 0.83261 0.52400\n 11 50 2 0.86246 0.55401 0.86062 0.51341\n 11 270 12 0.86246 0.55401 0.86460 0.55870 0.86676 0.56340 0.86895 0.56810 0.87116 0.57279 0.87340 0.57749 0.87567 0.58219 0.87796 0.58688 0.88028 0.59158 0.88263 0.59627 0.88501 0.60097 0.88741 0.60567\n 11 50 2 0.85094 0.15951 0.85434 0.15482\n 11 490 22 0.86630 0.15951 0.86298 0.16421 0.85975 0.16891 0.85660 0.17360 0.85355 0.17830 0.85059 0.18300 0.84772 0.18769 0.84496 0.19239 0.84231 0.19708 0.83975 0.20178 0.83731 0.20648 0.83498 0.21117 0.83275 0.21587 0.83064 0.22057 0.82864 0.22526 0.82676 0.22996 0.82499 0.23466 0.82333 0.23935 0.82179 0.24405 0.82035 0.24874 0.81903 0.25344 0.81782 0.25814\n 11 50 2 0.81782 0.25814 0.81550 0.23996\n 11 50 2 0.81782 0.25814 0.82878 0.24284\n 11 490 22 0.81782 0.25814 0.81672 0.26283 0.81572 0.26753 0.81483 0.27223 0.81404 0.27692 0.81335 0.28162 0.81276 0.28632 0.81226 0.29101 0.81186 0.29571 0.81154 0.30040 0.81132 0.30510 0.81118 0.30980 0.81112 0.31449 0.81114 0.31919 0.81124 0.32389 0.81141 0.32858 0.81166 0.33328 0.81197 0.33798 0.81235 0.34267 0.81279 0.34737 0.81330 0.35206 0.81387 0.35676\n 11 50 2 0.81387 0.35676 0.80246 0.33560\n 11 50 2 0.81387 0.35676 0.81995 0.33383\n 11 490 22 0.81387 0.35676 0.81449 0.36146 0.81517 0.36615 0.81590 0.37085 0.81669 0.37555 0.81752 0.38024 0.81841 0.38494 0.81934 0.38964 0.82031 0.39433 0.82133 0.39903 0.82239 0.40372 0.82350 0.40842 0.82464 0.41312 0.82582 0.41781 0.82704 0.42251 0.82829 0.42721 0.82958 0.43190 0.83091 0.43660 0.83226 0.44130 0.83365 0.44599 0.83508 0.45069 0.83653 0.45538\n 11 50 2 0.83653 0.45538 0.81578 0.42904\n 11 50 2 0.83653 0.45538 0.83909 0.42296\n 11 490 22 0.83653 0.45538 0.83802 0.46008 0.83953 0.46478 0.84108 0.46947 0.84265 0.47417 0.84426 0.47887 0.84589 0.48356 0.84755 0.48826 0.84924 0.49296 0.85095 0.49765 0.85269 0.50235 0.85446 0.50704 0.85626 0.51174 0.85808 0.51644 0.85993 0.52113 0.86181 0.52583 0.86371 0.53053 0.86564 0.53522 0.86759 0.53992 0.86957 0.54461 0.87158 0.54931 0.87361 0.55401\n 11 50 2 0.87361 0.55401 0.84417 0.52365\n 11 50 2 0.87361 0.55401 0.87233 0.51339\n 11 182 8 0.87361 0.55401 0.87567 0.55870 0.87775 0.56340 0.87986 0.56810 0.88200 0.57279 0.88417 0.57749 0.88636 0.58219 0.88858 0.58688\n 11 50 2 0.86630 0.15951 0.86961 0.15482\n 11 490 22 0.88165 0.15951 0.87840 0.16421 0.87523 0.16891 0.87215 0.17360 0.86915 0.17830 0.86625 0.18300 0.86344 0.18769 0.86073 0.19239 0.85811 0.19708 0.85560 0.20178 0.85319 0.20648 0.85088 0.21117 0.84868 0.21587 0.84659 0.22057 0.84460 0.22526 0.84272 0.22996 0.84095 0.23466 0.83929 0.23935 0.83773 0.24405 0.83628 0.24874 0.83494 0.25344 0.83370 0.25814\n 11 50 2 0.83370 0.25814 0.83135 0.23889\n 11 50 2 0.83370 0.25814 0.84538 0.24201\n 11 490 22 0.83370 0.25814 0.83257 0.26283 0.83153 0.26753 0.83060 0.27223 0.82977 0.27692 0.82903 0.28162 0.82838 0.28632 0.82783 0.29101 0.82737 0.29571 0.82699 0.30040 0.82670 0.30510 0.82649 0.30980 0.82636 0.31449 0.82631 0.31919 0.82633 0.32389 0.82642 0.32858 0.82659 0.33328 0.82682 0.33798 0.82712 0.34267 0.82748 0.34737 0.82791 0.35206 0.82839 0.35676\n 11 50 2 0.82839 0.35676 0.81690 0.33455\n 11 50 2 0.82839 0.35676 0.83515 0.33297\n 11 490 22 0.82839 0.35676 0.82893 0.36146 0.82952 0.36615 0.83017 0.37085 0.83087 0.37555 0.83162 0.38024 0.83242 0.38494 0.83326 0.38964 0.83415 0.39433 0.83509 0.39903 0.83606 0.40372 0.83708 0.40842 0.83814 0.41312 0.83923 0.41781 0.84037 0.42251 0.84154 0.42721 0.84275 0.43190 0.84399 0.43660 0.84526 0.44130 0.84657 0.44599 0.84791 0.45069 0.84929 0.45538\n 11 50 2 0.84929 0.45538 0.82840 0.42803\n 11 50 2 0.84929 0.45538 0.85245 0.42212\n 11 490 22 0.84929 0.45538 0.85069 0.46008 0.85213 0.46478 0.85359 0.46947 0.85508 0.47417 0.85661 0.47887 0.85816 0.48356 0.85974 0.48826 0.86135 0.49296 0.86299 0.49765 0.86465 0.50235 0.86635 0.50704 0.86806 0.51174 0.86981 0.51644 0.87158 0.52113 0.87338 0.52583 0.87521 0.53053 0.87706 0.53522 0.87894 0.53992 0.88084 0.54461 0.88277 0.54931 0.88473 0.55401\n 11 50 2 0.88473 0.55401 0.85514 0.52270\n 11 50 2 0.88473 0.55401 0.88400 0.51257\n 11 72 3 0.88473 0.55401 0.88672 0.55870 0.88873 0.56340\n 11 50 2 0.88165 0.15951 0.88490 0.15482\n 11 292 13 0.55918 0.17360 0.55406 0.17297 0.54894 0.17213 0.54383 0.17110 0.53871 0.16987 0.53359 0.16845 0.52847 0.16686 0.52335 0.16510 0.51823 0.16319 0.51311 0.16112 0.50800 0.15891 0.50288 0.15657 0.49776 0.15410\n 11 72 3 0.55918 0.17360 0.56430 0.17424 0.56942 0.17467\n 11 50 2 0.56430 0.17424 0.57318 0.17209\n 11 50 2 0.56430 0.17424 0.57261 0.17783\n 11 402 18 0.56430 0.17424 0.57454 0.17490 0.57966 0.17491 0.58477 0.17472 0.58989 0.17433 0.59501 0.17374 0.60013 0.17295 0.60525 0.17198 0.61037 0.17082 0.61549 0.16949 0.62060 0.16799 0.62572 0.16633 0.63084 0.16452 0.63596 0.16256 0.64108 0.16046 0.64620 0.15824 0.65132 0.15590 0.65643 0.15345\n 11 358 16 0.55918 0.18300 0.55406 0.18241 0.54894 0.18160 0.54383 0.18058 0.53871 0.17935 0.53359 0.17791 0.52847 0.17628 0.52335 0.17446 0.51823 0.17246 0.51311 0.17030 0.50800 0.16798 0.50288 0.16551 0.49776 0.16292 0.49264 0.16020 0.48752 0.15738 0.48240 0.15445\n 11 72 3 0.55918 0.18300 0.56430 0.18358 0.56942 0.18394\n 11 50 2 0.56430 0.18358 0.57205 0.18159\n 11 50 2 0.56430 0.18358 0.57163 0.18663\n 11 446 20 0.56430 0.18358 0.57454 0.18407 0.57966 0.18398 0.58477 0.18366 0.58989 0.18313 0.59501 0.18238 0.60013 0.18142 0.60525 0.18026 0.61037 0.17892 0.61549 0.17739 0.62060 0.17569 0.62572 0.17383 0.63084 0.17182 0.63596 0.16967 0.64108 0.16740 0.64620 0.16500 0.65132 0.16249 0.65643 0.15986 0.66155 0.15714 0.66667 0.15433\n 11 490 22 0.88165 0.18769 0.87898 0.19239 0.87641 0.19708 0.87392 0.20178 0.87154 0.20648 0.86926 0.21117 0.86708 0.21587 0.86499 0.22057 0.86301 0.22526 0.86113 0.22996 0.85936 0.23466 0.85768 0.23935 0.85611 0.24405 0.85464 0.24874 0.85327 0.25344 0.85200 0.25814 0.85083 0.26283 0.84975 0.26753 0.84877 0.27223 0.84788 0.27692 0.84709 0.28162 0.84638 0.28632\n 11 50 2 0.84638 0.28632 0.84148 0.26544\n 11 50 2 0.84638 0.28632 0.85725 0.26743\n 11 490 22 0.84638 0.28632 0.84576 0.29101 0.84523 0.29571 0.84478 0.30040 0.84442 0.30510 0.84413 0.30980 0.84392 0.31449 0.84379 0.31919 0.84372 0.32389 0.84373 0.32858 0.84381 0.33328 0.84396 0.33798 0.84416 0.34267 0.84443 0.34737 0.84477 0.35206 0.84515 0.35676 0.84560 0.36146 0.84610 0.36615 0.84665 0.37085 0.84726 0.37555 0.84791 0.38024 0.84861 0.38494\n 11 50 2 0.84861 0.38494 0.83450 0.36040\n 11 50 2 0.84861 0.38494 0.85500 0.35782\n 11 490 22 0.84861 0.38494 0.84936 0.38964 0.85016 0.39433 0.85100 0.39903 0.85188 0.40372 0.85280 0.40842 0.85376 0.41312 0.85476 0.41781 0.85580 0.42251 0.85688 0.42721 0.85799 0.43190 0.85914 0.43660 0.86032 0.44130 0.86154 0.44599 0.86279 0.45069 0.86407 0.45538 0.86538 0.46008 0.86672 0.46478 0.86810 0.46947 0.86950 0.47417 0.87094 0.47887 0.87240 0.48356\n 11 50 2 0.87240 0.48356 0.84912 0.45412\n 11 50 2 0.87240 0.48356 0.87520 0.44728\n 11 226 10 0.87240 0.48356 0.87389 0.48826 0.87541 0.49296 0.87696 0.49765 0.87854 0.50235 0.88014 0.50704 0.88177 0.51174 0.88343 0.51644 0.88512 0.52113 0.88683 0.52583\n 11 72 3 0.88165 0.18769 0.88432 0.18300 0.88709 0.17830\n 11 50 2 0.88432 0.18300 0.88787 0.16085\n 11 50 2 0.88432 0.18300 0.89445 0.17474\n 11 94 4 0.55918 0.19239 0.55406 0.19191 0.54894 0.19118 0.54383 0.19021\n 11 72 3 0.55918 0.19239 0.56430 0.19287 0.56942 0.19310\n 11 50 2 0.56430 0.19287 0.57199 0.19069\n 11 50 2 0.56430 0.19287 0.57172 0.19573\n 11 270 12 0.56430 0.19287 0.57454 0.19308 0.57966 0.19281 0.58477 0.19231 0.58989 0.19156 0.59501 0.19059 0.60013 0.18941 0.60525 0.18802 0.61037 0.18644 0.61549 0.18468 0.62060 0.18276 0.62572 0.18068\n 11 402 18 0.53871 0.20178 0.53359 0.20040 0.52847 0.19875 0.52335 0.19685 0.51823 0.19471 0.51311 0.19236 0.50800 0.18982 0.50288 0.18709 0.49776 0.18419 0.49264 0.18114 0.48752 0.17796 0.48240 0.17467 0.47728 0.17127 0.47217 0.16777 0.46705 0.16420 0.46193 0.16056 0.45681 0.15687 0.45169 0.15313\n 11 72 3 0.53871 0.20178 0.54383 0.20317 0.54894 0.20427\n 11 50 2 0.54383 0.20317 0.55107 0.20238\n 11 50 2 0.54383 0.20317 0.54992 0.20684\n 11 490 22 0.54383 0.20317 0.55406 0.20510 0.55918 0.20563 0.56430 0.20587 0.56942 0.20582 0.57454 0.20548 0.57966 0.20486 0.58477 0.20398 0.58989 0.20284 0.59501 0.20147 0.60013 0.19989 0.60525 0.19810 0.61037 0.19613 0.61549 0.19399 0.62060 0.19169 0.62572 0.18926 0.63084 0.18669 0.63596 0.18401 0.64108 0.18123 0.64620 0.17836 0.65132 0.17539 0.65643 0.17234\n 11 50 2 0.65132 0.17539 0.65735 0.16804\n 11 50 2 0.65132 0.17539 0.66109 0.17332\n 11 160 7 0.65132 0.17539 0.66155 0.16922 0.66667 0.16604 0.67179 0.16279 0.67691 0.15948 0.68203 0.15611 0.68715 0.15269\n 11 72 3 0.13946 0.21117 0.13679 0.20648 0.13406 0.20178\n 11 72 3 0.13946 0.21117 0.14213 0.21587 0.14476 0.22057\n 11 50 2 0.14213 0.21587 0.16744 0.23738\n 11 50 2 0.14213 0.21587 0.14645 0.24727\n 11 490 22 0.14213 0.21587 0.14734 0.22526 0.14988 0.22996 0.15237 0.23466 0.15481 0.23935 0.15720 0.24405 0.15955 0.24874 0.16184 0.25344 0.16409 0.25814 0.16629 0.26283 0.16843 0.26753 0.17052 0.27223 0.17256 0.27692 0.17455 0.28162 0.17647 0.28632 0.17834 0.29101 0.18015 0.29571 0.18190 0.30040 0.18359 0.30510 0.18521 0.30980 0.18676 0.31449 0.18825 0.31919\n 11 50 2 0.18676 0.31449 0.20010 0.33123\n 11 50 2 0.18676 0.31449 0.18525 0.33518\n 11 490 22 0.18676 0.31449 0.18966 0.32389 0.19100 0.32858 0.19225 0.33328 0.19343 0.33798 0.19453 0.34267 0.19553 0.34737 0.19645 0.35206 0.19726 0.35676 0.19798 0.36146 0.19860 0.36615 0.19910 0.37085 0.19950 0.37555 0.19977 0.38024 0.19993 0.38494 0.19995 0.38964 0.19984 0.39433 0.19959 0.39903 0.19920 0.40372 0.19866 0.40842 0.19797 0.41312 0.19712 0.41781\n 11 50 2 0.19797 0.41312 0.20037 0.42489\n 11 50 2 0.19797 0.41312 0.19156 0.42355\n 11 490 22 0.19797 0.41312 0.19611 0.42251 0.19494 0.42721 0.19359 0.43190 0.19208 0.43660 0.19039 0.44130 0.18854 0.44599 0.18651 0.45069 0.18431 0.45538 0.18194 0.46008 0.17940 0.46478 0.17671 0.46947 0.17386 0.47417 0.17086 0.47887 0.16771 0.48356 0.16444 0.48826 0.16104 0.49296 0.15751 0.49765 0.15389 0.50235 0.15016 0.50704 0.14634 0.51174 0.14245 0.51644\n 11 50 2 0.14634 0.51174 0.14254 0.52298\n 11 50 2 0.14634 0.51174 0.13555 0.51810\n 11 94 4 0.14634 0.51174 0.13848 0.52113 0.13445 0.52583 0.13037 0.53053\n 11 490 22 0.88165 0.22996 0.87986 0.23466 0.87817 0.23935 0.87658 0.24405 0.87508 0.24874 0.87367 0.25344 0.87236 0.25814 0.87114 0.26283 0.87002 0.26753 0.86898 0.27223 0.86804 0.27692 0.86718 0.28162 0.86641 0.28632 0.86572 0.29101 0.86511 0.29571 0.86459 0.30040 0.86414 0.30510 0.86377 0.30980 0.86348 0.31449 0.86326 0.31919 0.86310 0.32389 0.86302 0.32858\n 11 50 2 0.86302 0.32858 0.85424 0.30528\n 11 50 2 0.86302 0.32858 0.87262 0.30555\n 11 490 22 0.86302 0.32858 0.86300 0.33328 0.86305 0.33798 0.86316 0.34267 0.86334 0.34737 0.86357 0.35206 0.86386 0.35676 0.86420 0.36146 0.86460 0.36615 0.86505 0.37085 0.86556 0.37555 0.86611 0.38024 0.86671 0.38494 0.86735 0.38964 0.86805 0.39433 0.86878 0.39903 0.86956 0.40372 0.87038 0.40842 0.87124 0.41312 0.87214 0.41781 0.87307 0.42251 0.87405 0.42721\n 11 50 2 0.87405 0.42721 0.85564 0.39885\n 11 50 2 0.87405 0.42721 0.87981 0.39462\n 11 270 12 0.87405 0.42721 0.87506 0.43190 0.87611 0.43660 0.87719 0.44130 0.87830 0.44599 0.87945 0.45069 0.88063 0.45538 0.88185 0.46008 0.88309 0.46478 0.88437 0.46947 0.88568 0.47417 0.88701 0.47887\n 11 72 3 0.88165 0.22996 0.88344 0.22526 0.88533 0.22057\n 11 50 2 0.88344 0.22526 0.88353 0.20294\n 11 50 2 0.88344 0.22526 0.89445 0.21332\n 11 50 2 0.88344 0.22526 0.88731 0.21587\n 11 446 20 0.50288 0.23935 0.49776 0.23581 0.49264 0.23195 0.48752 0.22784 0.48240 0.22351 0.47728 0.21903 0.47217 0.21442 0.46706 0.20972 0.46203 0.20503 0.45705 0.20033 0.45210 0.19563 0.44718 0.19094 0.44226 0.18624 0.43735 0.18154 0.43243 0.17685 0.42750 0.17215 0.42255 0.16746 0.41758 0.16276 0.41258 0.15806 0.40755 0.15337\n 11 72 3 0.50288 0.23935 0.50800 0.24290 0.51311 0.24603\n 11 50 2 0.50800 0.24290 0.51270 0.24395\n 11 50 2 0.50800 0.24290 0.51086 0.24648\n 11 490 22 0.50800 0.24290 0.51823 0.24868 0.52335 0.25076 0.52847 0.25219 0.53359 0.25290 0.53871 0.25289 0.54383 0.25218 0.54894 0.25086 0.55406 0.24903 0.55918 0.24680 0.56430 0.24428 0.56942 0.24154 0.57454 0.23864 0.57966 0.23562 0.58477 0.23249 0.58989 0.22929 0.59501 0.22603 0.60013 0.22272 0.60525 0.21937 0.61037 0.21598 0.61549 0.21255 0.62060 0.20910\n 11 50 2 0.61549 0.21255 0.61883 0.20795\n 11 50 2 0.61549 0.21255 0.62127 0.21100\n 11 490 22 0.51823 0.25814 0.51311 0.25648 0.50800 0.25405 0.50288 0.25094 0.49776 0.24729 0.49264 0.24323 0.48752 0.23884 0.48240 0.23420 0.47740 0.22950 0.47252 0.22481 0.46774 0.22011 0.46301 0.21541 0.45832 0.21072 0.45365 0.20602 0.44899 0.20133 0.44433 0.19663 0.43967 0.19193 0.43499 0.18724 0.43030 0.18254 0.42559 0.17784 0.42085 0.17315 0.41608 0.16845\n 11 50 2 0.41608 0.16845 0.43043 0.17517\n 11 50 2 0.41608 0.16845 0.42237 0.18206\n 11 94 4 0.41608 0.16845 0.41129 0.16375 0.40645 0.15906 0.40158 0.15436\n 11 72 3 0.51823 0.25814 0.52335 0.25979 0.52847 0.26053\n 11 50 2 0.52335 0.25979 0.52611 0.25930\n 11 50 2 0.52335 0.25979 0.52581 0.26104\n 11 116 5 0.52335 0.25979 0.53359 0.26033 0.53871 0.25926 0.54383 0.25749 0.54894 0.25522\n 11 490 22 0.56942 0.25814 0.56605 0.26283 0.56334 0.26753 0.56131 0.27223 0.55996 0.27692 0.55925 0.28162 0.55909 0.28632 0.55943 0.29101 0.56019 0.29571 0.56130 0.30040 0.56269 0.30510 0.56433 0.30980 0.56616 0.31449 0.56816 0.31919 0.57029 0.32389 0.57253 0.32858 0.57487 0.33328 0.57730 0.33798 0.57979 0.34267 0.58234 0.34737 0.58494 0.35206 0.58759 0.35676\n 11 50 2 0.58759 0.35676 0.58014 0.35046\n 11 50 2 0.58759 0.35676 0.58630 0.34754\n 11 490 22 0.58759 0.35676 0.59028 0.36146 0.59300 0.36615 0.59574 0.37085 0.59852 0.37555 0.60132 0.38024 0.60414 0.38494 0.60698 0.38964 0.60984 0.39433 0.61271 0.39903 0.61560 0.40372 0.61851 0.40842 0.62142 0.41312 0.62435 0.41781 0.62730 0.42251 0.63025 0.42721 0.63322 0.43190 0.63619 0.43660 0.63918 0.44130 0.64218 0.44599 0.64519 0.45069 0.64821 0.45538\n 11 50 2 0.64821 0.45538 0.62955 0.44129\n 11 50 2 0.64821 0.45538 0.64379 0.43358\n 11 490 22 0.64821 0.45538 0.65125 0.46008 0.65429 0.46478 0.65735 0.46947 0.66042 0.47417 0.66350 0.47887 0.66659 0.48356 0.66970 0.48826 0.67282 0.49296 0.67595 0.49765 0.67909 0.50235 0.68225 0.50704 0.68543 0.51174 0.68862 0.51644 0.69182 0.52113 0.69504 0.52583 0.69828 0.53053 0.70153 0.53522 0.70480 0.53992 0.70808 0.54462 0.71139 0.54931 0.71471 0.55401\n 11 50 2 0.71471 0.55401 0.68613 0.53424\n 11 50 2 0.71471 0.55401 0.70667 0.52201\n 11 490 22 0.71471 0.55401 0.71806 0.55870 0.72142 0.56340 0.72480 0.56810 0.72820 0.57279 0.73163 0.57749 0.73507 0.58219 0.73854 0.58688 0.74203 0.59158 0.74554 0.59627 0.74908 0.60097 0.75264 0.60567 0.75623 0.61036 0.75984 0.61506 0.76347 0.61976 0.76714 0.62445 0.77083 0.62915 0.77454 0.63385 0.77829 0.63854 0.78206 0.64324 0.78587 0.64794 0.78970 0.65263\n 11 50 2 0.78970 0.65263 0.75292 0.63056\n 11 50 2 0.78970 0.65263 0.77699 0.61403\n 11 490 22 0.78970 0.65263 0.79356 0.65733 0.79745 0.66202 0.80137 0.66672 0.80533 0.67142 0.80931 0.67611 0.81333 0.68081 0.81738 0.68551 0.82147 0.69020 0.82558 0.69490 0.82973 0.69960 0.83392 0.70429 0.83813 0.70899 0.84238 0.71368 0.84667 0.71838 0.85099 0.72308 0.85535 0.72777 0.85974 0.73247 0.86417 0.73717 0.86863 0.74186 0.87313 0.74656 0.87766 0.75126\n 11 50 2 0.87766 0.75126 0.83538 0.73022\n 11 50 2 0.87766 0.75126 0.86001 0.71020\n 11 72 3 0.87766 0.75126 0.88223 0.75595 0.88684 0.76065\n 11 72 3 0.56942 0.25814 0.57279 0.25344 0.57684 0.24874\n 11 50 2 0.57279 0.25344 0.57380 0.25066\n 11 50 2 0.57279 0.25344 0.57551 0.25190\n 11 490 22 0.57279 0.25344 0.58146 0.24405 0.58657 0.23935 0.59168 0.23499 0.59680 0.23081 0.60192 0.22678 0.60704 0.22285 0.61216 0.21898 0.61728 0.21515 0.62240 0.21136 0.62751 0.20760 0.63263 0.20384 0.63775 0.20009 0.64287 0.19635 0.64799 0.19262 0.65311 0.18887 0.65823 0.18512 0.66334 0.18137 0.66846 0.17760 0.67358 0.17382 0.67870 0.17003 0.68382 0.16623\n 11 50 2 0.67870 0.17003 0.68456 0.16109\n 11 50 2 0.67870 0.17003 0.68945 0.16663\n 11 94 4 0.67870 0.17003 0.68894 0.16241 0.69406 0.15857 0.69918 0.15471\n 11 94 4 0.13946 0.26753 0.13733 0.26283 0.13516 0.25814 0.13294 0.25344\n 11 72 3 0.13946 0.26753 0.14158 0.27223 0.14366 0.27692\n 11 50 2 0.14158 0.27223 0.16174 0.29270\n 11 50 2 0.14158 0.27223 0.14268 0.29980\n 11 490 22 0.14158 0.27223 0.14569 0.28162 0.14766 0.28632 0.14959 0.29101 0.15146 0.29571 0.15327 0.30040 0.15503 0.30510 0.15673 0.30980 0.15836 0.31449 0.15994 0.31919 0.16145 0.32389 0.16290 0.32858 0.16428 0.33328 0.16558 0.33798 0.16681 0.34267 0.16797 0.34737 0.16904 0.35206 0.17003 0.35676 0.17094 0.36146 0.17175 0.36615 0.17247 0.37085 0.17309 0.37555\n 11 50 2 0.17247 0.37085 0.18090 0.38606\n 11 50 2 0.17247 0.37085 0.16827 0.38747\n 11 490 22 0.17247 0.37085 0.17361 0.38024 0.17403 0.38494 0.17434 0.38964 0.17453 0.39433 0.17460 0.39903 0.17455 0.40372 0.17437 0.40842 0.17407 0.41312 0.17362 0.41781 0.17304 0.42251 0.17231 0.42721 0.17144 0.43190 0.17041 0.43660 0.16924 0.44130 0.16791 0.44599 0.16642 0.45069 0.16478 0.45538 0.16298 0.46008 0.16103 0.46478 0.15892 0.46947 0.15666 0.47417\n 11 50 2 0.15892 0.46947 0.15801 0.48205\n 11 50 2 0.15892 0.46947 0.14941 0.47857\n 11 204 9 0.15892 0.46947 0.15426 0.47887 0.15171 0.48356 0.14902 0.48826 0.14620 0.49296 0.14326 0.49765 0.14019 0.50235 0.13701 0.50704 0.13372 0.51174\n 11 490 22 0.45681 0.27223 0.45453 0.26753 0.45204 0.26283 0.44937 0.25814 0.44655 0.25344 0.44360 0.24874 0.44053 0.24405 0.43737 0.23935 0.43411 0.23466 0.43077 0.22996 0.42735 0.22526 0.42387 0.22057 0.42031 0.21587 0.41669 0.21117 0.41300 0.20648 0.40925 0.20178 0.40545 0.19708 0.40158 0.19239 0.39765 0.18769 0.39367 0.18300 0.38963 0.17830 0.38553 0.17360\n 11 50 2 0.38553 0.17360 0.40033 0.18186\n 11 50 2 0.38553 0.17360 0.39108 0.18866\n 11 138 6 0.38553 0.17360 0.38137 0.16891 0.37716 0.16421 0.37289 0.15951 0.36856 0.15482 0.36417 0.15012\n 11 72 3 0.45681 0.27223 0.45909 0.27692 0.46110 0.28162\n 11 50 2 0.45909 0.27692 0.46252 0.28048\n 11 50 2 0.45909 0.27692 0.45922 0.28167\n 11 160 7 0.45909 0.27692 0.46279 0.28632 0.46405 0.29101 0.46474 0.29571 0.46468 0.30040 0.46362 0.30510 0.46130 0.30980\n 11 490 22 0.51823 0.27223 0.51311 0.27248 0.50800 0.27131 0.50288 0.26869 0.49776 0.26491 0.49264 0.26039 0.48782 0.25569 0.48327 0.25099 0.47884 0.24630 0.47449 0.24160 0.47020 0.23691 0.46592 0.23221 0.46166 0.22751 0.45740 0.22282 0.45314 0.21812 0.44886 0.21342 0.44456 0.20873 0.44024 0.20403 0.43590 0.19933 0.43153 0.19464 0.42713 0.18994 0.42269 0.18525\n 11 50 2 0.42269 0.18525 0.43505 0.19155\n 11 50 2 0.42269 0.18525 0.42774 0.19736\n 11 182 8 0.42269 0.18525 0.41822 0.18055 0.41371 0.17585 0.40917 0.17116 0.40458 0.16646 0.39995 0.16176 0.39527 0.15707 0.39054 0.15237\n 11 72 3 0.51823 0.27223 0.52335 0.27198 0.52847 0.27024\n 11 50 2 0.52335 0.27198 0.52451 0.27107\n 11 50 2 0.52335 0.27198 0.52487 0.27197\n 11 160 7 0.52335 0.27198 0.53359 0.26762 0.53871 0.26463 0.54383 0.26143 0.54894 0.25815 0.55406 0.25482 0.55918 0.25148\n 11 490 22 0.51823 0.28632 0.51805 0.29101 0.51938 0.29571 0.52152 0.30040 0.52409 0.30510 0.52690 0.30980 0.52987 0.31449 0.53293 0.31919 0.53605 0.32389 0.53921 0.32858 0.54240 0.33328 0.54561 0.33798 0.54884 0.34267 0.55207 0.34737 0.55531 0.35206 0.55856 0.35676 0.56180 0.36146 0.56505 0.36615 0.56830 0.37085 0.57155 0.37555 0.57480 0.38024 0.57804 0.38494\n 11 50 2 0.57804 0.38494 0.56843 0.37814\n 11 50 2 0.57804 0.38494 0.57544 0.37407\n 11 490 22 0.57804 0.38494 0.58129 0.38964 0.58454 0.39433 0.58778 0.39903 0.59103 0.40372 0.59428 0.40842 0.59752 0.41312 0.60077 0.41781 0.60402 0.42251 0.60727 0.42721 0.61052 0.43190 0.61378 0.43660 0.61703 0.44130 0.62029 0.44599 0.62356 0.45069 0.62683 0.45538 0.63010 0.46008 0.63339 0.46478 0.63667 0.46947 0.63997 0.47417 0.64327 0.47887 0.64658 0.48356\n 11 50 2 0.64658 0.48356 0.62590 0.46920\n 11 50 2 0.64658 0.48356 0.64080 0.46037\n 11 490 22 0.64658 0.48356 0.64989 0.48826 0.65322 0.49296 0.65655 0.49765 0.65990 0.50235 0.66326 0.50704 0.66662 0.51174 0.67000 0.51644 0.67340 0.52113 0.67680 0.52583 0.68022 0.53053 0.68365 0.53522 0.68710 0.53992 0.69057 0.54461 0.69405 0.54931 0.69754 0.55401 0.70106 0.55870 0.70459 0.56340 0.70814 0.56810 0.71171 0.57279 0.71529 0.57749 0.71890 0.58219\n 11 50 2 0.71890 0.58219 0.68816 0.56257\n 11 50 2 0.71890 0.58219 0.70910 0.54902\n 11 490 22 0.71890 0.58219 0.72253 0.58688 0.72619 0.59158 0.72986 0.59627 0.73355 0.60097 0.73727 0.60567 0.74102 0.61036 0.74478 0.61506 0.74858 0.61976 0.75239 0.62445 0.75624 0.62915 0.76011 0.63385 0.76401 0.63854 0.76793 0.64324 0.77189 0.64794 0.77587 0.65263 0.77988 0.65733 0.78393 0.66202 0.78800 0.66672 0.79210 0.67142 0.79624 0.67611 0.80040 0.68081\n 11 50 2 0.80040 0.68081 0.76219 0.65986\n 11 50 2 0.80040 0.68081 0.78581 0.64223\n 11 468 21 0.80040 0.68081 0.80460 0.68551 0.80883 0.69020 0.81310 0.69490 0.81739 0.69960 0.82172 0.70429 0.82609 0.70899 0.83048 0.71368 0.83492 0.71838 0.83938 0.72308 0.84388 0.72777 0.84842 0.73247 0.85299 0.73717 0.85760 0.74186 0.86224 0.74656 0.86691 0.75126 0.87162 0.75595 0.87637 0.76065 0.88115 0.76534 0.88596 0.77004 0.89081 0.77474\n 11 72 3 0.51823 0.28632 0.51841 0.28162 0.52147 0.27692\n 11 50 2 0.51841 0.28162 0.51856 0.28093\n 11 50 2 0.51841 0.28162 0.51901 0.28117\n 11 50 2 0.51841 0.28162 0.52658 0.27317\n 11 490 22 0.88165 0.30040 0.88114 0.30510 0.88070 0.30980 0.88033 0.31449 0.88004 0.31919 0.87981 0.32389 0.87965 0.32858 0.87956 0.33328 0.87953 0.33798 0.87956 0.34267 0.87965 0.34737 0.87980 0.35206 0.88001 0.35676 0.88027 0.36146 0.88058 0.36615 0.88095 0.37085 0.88137 0.37555 0.88183 0.38024 0.88235 0.38494 0.88291 0.38964 0.88351 0.39433 0.88416 0.39903\n 11 50 2 0.88416 0.39903 0.86881 0.37166\n 11 50 2 0.88416 0.39903 0.89158 0.36901\n 11 116 5 0.88416 0.39903 0.88486 0.40372 0.88559 0.40842 0.88636 0.41312 0.88718 0.41781\n 11 72 3 0.88165 0.30040 0.88217 0.29571 0.88275 0.29101\n 11 50 2 0.88217 0.29571 0.87587 0.27153\n 11 50 2 0.88217 0.29571 0.89428 0.27348\n 11 138 6 0.88217 0.29571 0.88342 0.28632 0.88417 0.28162 0.88499 0.27692 0.88590 0.27223 0.88690 0.26753\n 11 490 22 0.49264 0.31449 0.49776 0.31731 0.50288 0.32101 0.50800 0.32539 0.51290 0.33009 0.51744 0.33478 0.52176 0.33948 0.52593 0.34417 0.52997 0.34887 0.53392 0.35357 0.53780 0.35826 0.54162 0.36296 0.54538 0.36766 0.54910 0.37235 0.55279 0.37705 0.55644 0.38175 0.56007 0.38644 0.56367 0.39114 0.56725 0.39583 0.57081 0.40053 0.57435 0.40523 0.57788 0.40992\n 11 50 2 0.57788 0.40992 0.56551 0.40186\n 11 50 2 0.57788 0.40992 0.57406 0.39645\n 11 490 22 0.57788 0.40992 0.58139 0.41462 0.58490 0.41932 0.58839 0.42401 0.59188 0.42871 0.59535 0.43341 0.59883 0.43810 0.60230 0.44280 0.60576 0.44749 0.60923 0.45219 0.61269 0.45689 0.61615 0.46158 0.61961 0.46628 0.62308 0.47098 0.62654 0.47567 0.63001 0.48037 0.63349 0.48507 0.63697 0.48976 0.64045 0.49446 0.64394 0.49915 0.64744 0.50385 0.65095 0.50855\n 11 50 2 0.65095 0.50855 0.62714 0.49292\n 11 50 2 0.65095 0.50855 0.64366 0.48253\n 11 490 22 0.65095 0.50855 0.65446 0.51324 0.65799 0.51794 0.66152 0.52264 0.66507 0.52733 0.66863 0.53203 0.67220 0.53672 0.67578 0.54142 0.67938 0.54612 0.68299 0.55081 0.68662 0.55551 0.69027 0.56021 0.69393 0.56490 0.69761 0.56960 0.70130 0.57430 0.70502 0.57899 0.70875 0.58369 0.71251 0.58838 0.71629 0.59308 0.72008 0.59778 0.72390 0.60247 0.72774 0.60717\n 11 50 2 0.72774 0.60717 0.69458 0.58733\n 11 50 2 0.72774 0.60717 0.71624 0.57241\n 11 490 22 0.72774 0.60717 0.73161 0.61187 0.73550 0.61656 0.73941 0.62126 0.74335 0.62596 0.74731 0.63065 0.75130 0.63535 0.75532 0.64004 0.75937 0.64474 0.76344 0.64944 0.76754 0.65413 0.77167 0.65883 0.77583 0.66353 0.78002 0.66822 0.78424 0.67292 0.78850 0.67762 0.79278 0.68231 0.79709 0.68701 0.80144 0.69171 0.80582 0.69640 0.81023 0.70110 0.81468 0.70579\n 11 50 2 0.81468 0.70579 0.77486 0.68552\n 11 50 2 0.81468 0.70579 0.79838 0.66678\n 11 380 17 0.81468 0.70579 0.81916 0.71049 0.82367 0.71519 0.82822 0.71988 0.83280 0.72458 0.83741 0.72928 0.84206 0.73397 0.84675 0.73867 0.85147 0.74337 0.85622 0.74806 0.86101 0.75276 0.86583 0.75745 0.87069 0.76215 0.87558 0.76685 0.88050 0.77154 0.88546 0.77624 0.89045 0.78094\n 11 72 3 0.49264 0.31449 0.48752 0.31168 0.48240 0.31005\n 11 50 2 0.48752 0.31168 0.48601 0.31170\n 11 50 2 0.48752 0.31168 0.48635 0.31080\n 11 116 5 0.48752 0.31168 0.47728 0.30983 0.47217 0.31096 0.46705 0.31308 0.46193 0.31576\n 11 490 22 0.46705 0.32858 0.47217 0.32921 0.47728 0.33051 0.48240 0.33248 0.48752 0.33507 0.49264 0.33824 0.49776 0.34191 0.50288 0.34601 0.50800 0.35048 0.51301 0.35518 0.51777 0.35988 0.52233 0.36457 0.52674 0.36927 0.53104 0.37397 0.53523 0.37866 0.53934 0.38336 0.54339 0.38806 0.54737 0.39275 0.55130 0.39745 0.55520 0.40214 0.55905 0.40684 0.56287 0.41154\n 11 50 2 0.56287 0.41154 0.55097 0.40437\n 11 50 2 0.56287 0.41154 0.55877 0.39903\n 11 490 22 0.56287 0.41154 0.56666 0.41623 0.57042 0.42093 0.57416 0.42563 0.57788 0.43032 0.58159 0.43502 0.58528 0.43972 0.58896 0.44441 0.59262 0.44911 0.59628 0.45380 0.59993 0.45850 0.60357 0.46320 0.60721 0.46789 0.61084 0.47259 0.61447 0.47729 0.61810 0.48198 0.62174 0.48668 0.62537 0.49138 0.62901 0.49607 0.63265 0.50077 0.63629 0.50546 0.63994 0.51016\n 11 50 2 0.63994 0.51016 0.61654 0.49539\n 11 50 2 0.63994 0.51016 0.63236 0.48505\n 11 490 22 0.63994 0.51016 0.64359 0.51486 0.64726 0.51955 0.65093 0.52425 0.65461 0.52895 0.65830 0.53364 0.66200 0.53834 0.66571 0.54303 0.66944 0.54773 0.67318 0.55243 0.67693 0.55712 0.68070 0.56182 0.68448 0.56652 0.68828 0.57121 0.69210 0.57591 0.69593 0.58061 0.69979 0.58530 0.70366 0.59000 0.70755 0.59469 0.71147 0.59939 0.71540 0.60409 0.71936 0.60878\n 11 50 2 0.71936 0.60878 0.68654 0.58975\n 11 50 2 0.71936 0.60878 0.70755 0.57485\n 11 490 22 0.71936 0.60878 0.72334 0.61348 0.72734 0.61818 0.73137 0.62287 0.73542 0.62757 0.73950 0.63227 0.74360 0.63696 0.74773 0.64166 0.75189 0.64635 0.75607 0.65105 0.76028 0.65575 0.76453 0.66044 0.76880 0.66514 0.77310 0.66984 0.77743 0.67453 0.78179 0.67923 0.78618 0.68393 0.79061 0.68862 0.79506 0.69332 0.79955 0.69802 0.80407 0.70271 0.80863 0.70741\n 11 50 2 0.80863 0.70741 0.76855 0.68757\n 11 50 2 0.80863 0.70741 0.79182 0.66858\n 11 402 18 0.80863 0.70741 0.81321 0.71210 0.81784 0.71680 0.82249 0.72150 0.82718 0.72619 0.83190 0.73089 0.83666 0.73559 0.84145 0.74028 0.84627 0.74498 0.85113 0.74968 0.85602 0.75437 0.86095 0.75907 0.86591 0.76376 0.87091 0.76846 0.87593 0.77316 0.88099 0.77785 0.88609 0.78255 0.89120 0.78724\n 11 72 3 0.46705 0.32858 0.46193 0.32796 0.45681 0.32808\n 11 50 2 0.46193 0.32796 0.45985 0.32871\n 11 50 2 0.46193 0.32796 0.45981 0.32731\n 11 226 10 0.46193 0.32796 0.45169 0.32890 0.44657 0.33032 0.44145 0.33222 0.43634 0.33450 0.43122 0.33705 0.42610 0.33981 0.42098 0.34271 0.41586 0.34571 0.41074 0.34879\n 11 490 22 0.45681 0.34267 0.46193 0.34359 0.46705 0.34501 0.47217 0.34695 0.47728 0.34936 0.48240 0.35222 0.48752 0.35548 0.49264 0.35912 0.49776 0.36310 0.50288 0.36737 0.50800 0.37189 0.51304 0.37659 0.51788 0.38129 0.52256 0.38598 0.52710 0.39068 0.53154 0.39538 0.53588 0.40007 0.54015 0.40477 0.54435 0.40947 0.54849 0.41416 0.55258 0.41886 0.55663 0.42355\n 11 50 2 0.55663 0.42355 0.54401 0.41641\n 11 50 2 0.55663 0.42355 0.55196 0.41064\n 11 490 22 0.55663 0.42355 0.56063 0.42825 0.56461 0.43295 0.56856 0.43764 0.57247 0.44234 0.57637 0.44704 0.58025 0.45173 0.58411 0.45643 0.58795 0.46113 0.59178 0.46582 0.59561 0.47052 0.59942 0.47521 0.60322 0.47991 0.60702 0.48461 0.61082 0.48930 0.61462 0.49400 0.61841 0.49870 0.62220 0.50339 0.62600 0.50809 0.62980 0.51279 0.63360 0.51748 0.63740 0.52218\n 11 50 2 0.63740 0.52218 0.61273 0.50727\n 11 50 2 0.63740 0.52218 0.62894 0.49620\n 11 490 22 0.63740 0.52218 0.64122 0.52687 0.64504 0.53157 0.64887 0.53627 0.65270 0.54096 0.65655 0.54566 0.66041 0.55036 0.66428 0.55505 0.66816 0.55975 0.67206 0.56444 0.67597 0.56914 0.67990 0.57384 0.68384 0.57853 0.68780 0.58323 0.69178 0.58793 0.69578 0.59262 0.69980 0.59732 0.70383 0.60202 0.70789 0.60671 0.71197 0.61141 0.71607 0.61610 0.72020 0.62080\n 11 50 2 0.72020 0.62080 0.68646 0.60210\n 11 50 2 0.72020 0.62080 0.70745 0.58658\n 11 490 22 0.72020 0.62080 0.72434 0.62550 0.72852 0.63019 0.73271 0.63489 0.73694 0.63959 0.74119 0.64428 0.74546 0.64898 0.74976 0.65368 0.75410 0.65837 0.75846 0.66307 0.76285 0.66777 0.76726 0.67246 0.77171 0.67716 0.77619 0.68185 0.78070 0.68655 0.78525 0.69125 0.78982 0.69594 0.79442 0.70064 0.79906 0.70534 0.80373 0.71003 0.80844 0.71473 0.81317 0.71943\n 11 50 2 0.81317 0.71943 0.77256 0.70026\n 11 50 2 0.81317 0.71943 0.79549 0.68079\n 11 358 16 0.81317 0.71943 0.81794 0.72412 0.82275 0.72882 0.82759 0.73351 0.83246 0.73821 0.83736 0.74291 0.84230 0.74760 0.84727 0.75230 0.85228 0.75700 0.85732 0.76169 0.86239 0.76639 0.86749 0.77109 0.87261 0.77577 0.87773 0.78042 0.88285 0.78504 0.88797 0.78963\n 11 72 3 0.45681 0.34267 0.45169 0.34176 0.44657 0.34141\n 11 50 2 0.45169 0.34176 0.44859 0.34256\n 11 50 2 0.45169 0.34176 0.44875 0.34054\n 11 116 5 0.45169 0.34176 0.44145 0.34160 0.43634 0.34231 0.43122 0.34349 0.42610 0.34508\n 11 116 5 0.13946 0.34737 0.13825 0.34267 0.13696 0.33798 0.13561 0.33328 0.13420 0.32858\n 11 72 3 0.13946 0.34737 0.14067 0.35206 0.14181 0.35676\n 11 50 2 0.14067 0.35206 0.15336 0.37030\n 11 50 2 0.14067 0.35206 0.13761 0.37352\n 11 490 22 0.14067 0.35206 0.14287 0.36146 0.14386 0.36615 0.14476 0.37085 0.14558 0.37555 0.14631 0.38024 0.14695 0.38494 0.14749 0.38964 0.14794 0.39433 0.14828 0.39903 0.14851 0.40372 0.14864 0.40842 0.14865 0.41312 0.14855 0.41781 0.14832 0.42251 0.14797 0.42721 0.14749 0.43190 0.14688 0.43660 0.14614 0.44130 0.14526 0.44599 0.14424 0.45069 0.14309 0.45538\n 11 50 2 0.14424 0.45069 0.14619 0.46475\n 11 50 2 0.14424 0.45069 0.13589 0.46261\n 11 160 7 0.14424 0.45069 0.14179 0.46008 0.14035 0.46478 0.13876 0.46947 0.13704 0.47417 0.13518 0.47887 0.13317 0.48356\n 11 490 22 0.42610 0.35676 0.43122 0.35629 0.43634 0.35620 0.44145 0.35651 0.44657 0.35722 0.45169 0.35835 0.45681 0.35989 0.46193 0.36184 0.46705 0.36417 0.47217 0.36686 0.47728 0.36989 0.48240 0.37324 0.48752 0.37687 0.49264 0.38077 0.49776 0.38492 0.50288 0.38928 0.50800 0.39383 0.51307 0.39853 0.51798 0.40323 0.52275 0.40792 0.52741 0.41262 0.53197 0.41732\n 11 50 2 0.53197 0.41732 0.52106 0.41192\n 11 50 2 0.53197 0.41732 0.52738 0.40675\n 11 490 22 0.53197 0.41732 0.53645 0.42201 0.54085 0.42671 0.54520 0.43140 0.54949 0.43610 0.55373 0.44080 0.55794 0.44549 0.56210 0.45019 0.56624 0.45489 0.57034 0.45958 0.57443 0.46428 0.57849 0.46898 0.58253 0.47367 0.58656 0.47837 0.59057 0.48306 0.59457 0.48776 0.59857 0.49246 0.60255 0.49715 0.60653 0.50185 0.61051 0.50655 0.61448 0.51124 0.61845 0.51594\n 11 50 2 0.61845 0.51594 0.59515 0.50249\n 11 50 2 0.61845 0.51594 0.61003 0.49189\n 11 490 22 0.61845 0.51594 0.62243 0.52063 0.62640 0.52533 0.63039 0.53003 0.63437 0.53472 0.63836 0.53942 0.64236 0.54412 0.64637 0.54881 0.65038 0.55351 0.65440 0.55821 0.65844 0.56290 0.66249 0.56760 0.66655 0.57229 0.67063 0.57699 0.67472 0.58169 0.67883 0.58638 0.68295 0.59108 0.68710 0.59578 0.69126 0.60047 0.69544 0.60517 0.69964 0.60987 0.70386 0.61456\n 11 50 2 0.70386 0.61456 0.67106 0.59685\n 11 50 2 0.70386 0.61456 0.69114 0.58165\n 11 490 22 0.70386 0.61456 0.70811 0.61926 0.71237 0.62395 0.71666 0.62865 0.72097 0.63335 0.72531 0.63804 0.72967 0.64274 0.73406 0.64744 0.73848 0.65213 0.74292 0.65683 0.74739 0.66153 0.75189 0.66622 0.75642 0.67092 0.76098 0.67561 0.76556 0.68031 0.77018 0.68501 0.77483 0.68970 0.77950 0.69440 0.78421 0.69910 0.78896 0.70379 0.79373 0.70849 0.79854 0.71319\n 11 50 2 0.79854 0.71319 0.75844 0.69460\n 11 50 2 0.79854 0.71319 0.78084 0.67531\n 11 424 19 0.79854 0.71319 0.80338 0.71788 0.80825 0.72258 0.81315 0.72728 0.81809 0.73197 0.82306 0.73667 0.82806 0.74136 0.83310 0.74606 0.83817 0.75076 0.84327 0.75545 0.84839 0.76013 0.85351 0.76479 0.85863 0.76941 0.86375 0.77401 0.86886 0.77857 0.87398 0.78312 0.87910 0.78763 0.88422 0.79213 0.88934 0.79660\n 11 72 3 0.42610 0.35676 0.42098 0.35723 0.41586 0.35809\n 11 50 2 0.42098 0.35723 0.41767 0.35901\n 11 50 2 0.42098 0.35723 0.41720 0.35664\n 11 248 11 0.42098 0.35723 0.41074 0.35931 0.40562 0.36084 0.40051 0.36266 0.39539 0.36473 0.39027 0.36701 0.38515 0.36946 0.38003 0.37207 0.37491 0.37481 0.36979 0.37765 0.36468 0.38058\n 11 490 22 0.42098 0.37085 0.42610 0.37114 0.43122 0.37178 0.43634 0.37276 0.44145 0.37408 0.44657 0.37574 0.45169 0.37774 0.45681 0.38004 0.46193 0.38265 0.46705 0.38554 0.47217 0.38870 0.47728 0.39211 0.48240 0.39574 0.48752 0.39960 0.49264 0.40364 0.49776 0.40787 0.50288 0.41227 0.50800 0.41682 0.51311 0.42151 0.51810 0.42621 0.52298 0.43090 0.52776 0.43560\n 11 50 2 0.52776 0.43560 0.51482 0.42956\n 11 50 2 0.52776 0.43560 0.52208 0.42334\n 11 490 22 0.52776 0.43560 0.53245 0.44030 0.53707 0.44499 0.54163 0.44969 0.54613 0.45438 0.55059 0.45908 0.55500 0.46378 0.55937 0.46847 0.56371 0.47317 0.56802 0.47787 0.57231 0.48256 0.57657 0.48726 0.58082 0.49196 0.58505 0.49665 0.58926 0.50135 0.59347 0.50604 0.59766 0.51074 0.60185 0.51544 0.60604 0.52013 0.61022 0.52483 0.61440 0.52953 0.61858 0.53422\n 11 50 2 0.61858 0.53422 0.59372 0.52065\n 11 50 2 0.61858 0.53422 0.60904 0.50916\n 11 490 22 0.61858 0.53422 0.62276 0.53892 0.62694 0.54362 0.63113 0.54831 0.63533 0.55301 0.63953 0.55770 0.64374 0.56240 0.64796 0.56710 0.65219 0.57179 0.65643 0.57649 0.66069 0.58119 0.66496 0.58588 0.66924 0.59058 0.67354 0.59528 0.67786 0.59997 0.68219 0.60467 0.68655 0.60936 0.69092 0.61406 0.69531 0.61876 0.69972 0.62345 0.70416 0.62815 0.70862 0.63285\n 11 50 2 0.70862 0.63285 0.67430 0.61544\n 11 50 2 0.70862 0.63285 0.69453 0.59927\n 11 490 22 0.70862 0.63285 0.71310 0.63754 0.71761 0.64224 0.72214 0.64694 0.72669 0.65163 0.73128 0.65633 0.73589 0.66102 0.74052 0.66572 0.74519 0.67042 0.74988 0.67511 0.75460 0.67981 0.75935 0.68451 0.76413 0.68920 0.76894 0.69390 0.77379 0.69860 0.77866 0.70329 0.78356 0.70799 0.78850 0.71268 0.79347 0.71738 0.79847 0.72208 0.80350 0.72677 0.80856 0.73147\n 11 50 2 0.80856 0.73147 0.76716 0.71351\n 11 50 2 0.80856 0.73147 0.78943 0.69329\n 11 380 17 0.80856 0.73147 0.81366 0.73617 0.81878 0.74085 0.82390 0.74551 0.82901 0.75014 0.83413 0.75474 0.83925 0.75932 0.84437 0.76386 0.84949 0.76838 0.85461 0.77288 0.85973 0.77735 0.86485 0.78180 0.86996 0.78622 0.87508 0.79063 0.88020 0.79501 0.88532 0.79937 0.89044 0.80371\n 11 72 3 0.42098 0.37085 0.41586 0.37056 0.41074 0.37062\n 11 50 2 0.41586 0.37056 0.41154 0.37206\n 11 50 2 0.41586 0.37056 0.41150 0.36916\n 11 490 22 0.41586 0.37056 0.40562 0.37104 0.40051 0.37178 0.39539 0.37284 0.39027 0.37419 0.38515 0.37580 0.38003 0.37764 0.37491 0.37970 0.36979 0.38194 0.36468 0.38435 0.35956 0.38690 0.35444 0.38958 0.34932 0.39236 0.34420 0.39524 0.33908 0.39820 0.33396 0.40124 0.32885 0.40434 0.32373 0.40750 0.31861 0.41071 0.31349 0.41397 0.30837 0.41727 0.30325 0.42061\n 11 50 2 0.30837 0.41727 0.30421 0.42281\n 11 50 2 0.30837 0.41727 0.30131 0.41906\n 11 490 22 0.40562 0.38494 0.41074 0.38519 0.41586 0.38573 0.42098 0.38657 0.42610 0.38771 0.43122 0.38914 0.43634 0.39085 0.44145 0.39285 0.44657 0.39512 0.45169 0.39764 0.45681 0.40041 0.46193 0.40340 0.46705 0.40662 0.47217 0.41004 0.47728 0.41365 0.48240 0.41744 0.48752 0.42140 0.49264 0.42551 0.49776 0.42976 0.50288 0.43415 0.50800 0.43865 0.51311 0.44327\n 11 50 2 0.51311 0.44327 0.50070 0.43808\n 11 50 2 0.51311 0.44327 0.50724 0.43197\n 11 490 22 0.51311 0.44327 0.51821 0.44796 0.52321 0.45266 0.52812 0.45736 0.53295 0.46205 0.53772 0.46675 0.54244 0.47145 0.54710 0.47614 0.55173 0.48084 0.55631 0.48553 0.56086 0.49023 0.56538 0.49493 0.56988 0.49962 0.57435 0.50432 0.57880 0.50902 0.58324 0.51371 0.58767 0.51841 0.59208 0.52311 0.59649 0.52780 0.60089 0.53250 0.60529 0.53719 0.60968 0.54189\n 11 50 2 0.60968 0.54189 0.58447 0.52888\n 11 50 2 0.60968 0.54189 0.59948 0.51705\n 11 490 22 0.60968 0.54189 0.61408 0.54659 0.61847 0.55128 0.62287 0.55598 0.62727 0.56068 0.63167 0.56537 0.63609 0.57007 0.64051 0.57476 0.64494 0.57946 0.64938 0.58416 0.65384 0.58885 0.65831 0.59355 0.66279 0.59825 0.66729 0.60294 0.67180 0.60764 0.67633 0.61234 0.68088 0.61703 0.68545 0.62173 0.69003 0.62642 0.69464 0.63112 0.69928 0.63582 0.70393 0.64051\n 11 50 2 0.70393 0.64051 0.66922 0.62377\n 11 50 2 0.70393 0.64051 0.68907 0.60722\n 11 490 22 0.70393 0.64051 0.70861 0.64521 0.71331 0.64991 0.71803 0.65460 0.72278 0.65930 0.72756 0.66400 0.73236 0.66869 0.73719 0.67339 0.74205 0.67809 0.74694 0.68278 0.75186 0.68748 0.75680 0.69217 0.76178 0.69687 0.76678 0.70157 0.77181 0.70626 0.77688 0.71096 0.78198 0.71566 0.78710 0.72034 0.79221 0.72501 0.79733 0.72964 0.80245 0.73424 0.80757 0.73882\n 11 50 2 0.80757 0.73882 0.76581 0.72155\n 11 50 2 0.80757 0.73882 0.78768 0.70096\n 11 380 17 0.80757 0.73882 0.81269 0.74337 0.81781 0.74790 0.82293 0.75240 0.82804 0.75687 0.83316 0.76132 0.83828 0.76575 0.84340 0.77015 0.84852 0.77453 0.85364 0.77889 0.85876 0.78323 0.86387 0.78755 0.86899 0.79185 0.87411 0.79613 0.87923 0.80039 0.88435 0.80463 0.88947 0.80886\n 11 72 3 0.40562 0.38494 0.40051 0.38469 0.39539 0.38475\n 11 50 2 0.40051 0.38469 0.39548 0.38644\n 11 50 2 0.40051 0.38469 0.39543 0.38306\n 11 292 13 0.40051 0.38469 0.39027 0.38511 0.38515 0.38577 0.38003 0.38670 0.37491 0.38789 0.36979 0.38932 0.36468 0.39099 0.35956 0.39285 0.35444 0.39491 0.34932 0.39713 0.34420 0.39950 0.33908 0.40202 0.33396 0.40466\n 11 490 22 0.38515 0.39903 0.39027 0.39897 0.39539 0.39917 0.40051 0.39962 0.40562 0.40034 0.41074 0.40132 0.41586 0.40256 0.42098 0.40406 0.42610 0.40580 0.43122 0.40778 0.43634 0.41000 0.44145 0.41245 0.44657 0.41510 0.45169 0.41796 0.45681 0.42101 0.46193 0.42424 0.46705 0.42765 0.47217 0.43121 0.47728 0.43493 0.48240 0.43879 0.48752 0.44278 0.49264 0.44689\n 11 50 2 0.49264 0.44689 0.47936 0.44216\n 11 50 2 0.49264 0.44689 0.48578 0.43544\n 11 490 22 0.49264 0.44689 0.49776 0.45111 0.50288 0.45544 0.50800 0.45987 0.51311 0.46439 0.51823 0.46899 0.52335 0.47366 0.52842 0.47836 0.53341 0.48306 0.53836 0.48775 0.54325 0.49245 0.54809 0.49715 0.55290 0.50184 0.55768 0.50654 0.56242 0.51123 0.56714 0.51593 0.57184 0.52063 0.57651 0.52532 0.58118 0.53002 0.58583 0.53472 0.59046 0.53941 0.59510 0.54411\n 11 50 2 0.59510 0.54411 0.57027 0.53207\n 11 50 2 0.59510 0.54411 0.58451 0.52024\n 11 490 22 0.59510 0.54411 0.59972 0.54881 0.60434 0.55350 0.60896 0.55820 0.61358 0.56289 0.61821 0.56759 0.62283 0.57229 0.62746 0.57698 0.63210 0.58168 0.63675 0.58638 0.64140 0.59107 0.64607 0.59577 0.65075 0.60047 0.65544 0.60516 0.66014 0.60986 0.66487 0.61455 0.66960 0.61925 0.67436 0.62395 0.67913 0.62864 0.68393 0.63334 0.68874 0.63804 0.69358 0.64273\n 11 50 2 0.69358 0.64273 0.65917 0.62690\n 11 50 2 0.69358 0.64273 0.67831 0.61031\n 11 490 22 0.69358 0.64273 0.69843 0.64743 0.70331 0.65213 0.70822 0.65682 0.71315 0.66152 0.71810 0.66621 0.72308 0.67091 0.72808 0.67561 0.73311 0.68030 0.73817 0.68500 0.74326 0.68970 0.74837 0.69439 0.75349 0.69907 0.75861 0.70371 0.76373 0.70833 0.76885 0.71293 0.77397 0.71750 0.77909 0.72204 0.78420 0.72656 0.78932 0.73106 0.79444 0.73553 0.79956 0.73998\n 11 50 2 0.79956 0.73998 0.75805 0.72347\n 11 50 2 0.79956 0.73998 0.77933 0.70285\n 11 424 19 0.79956 0.73998 0.80468 0.74440 0.80980 0.74880 0.81492 0.75318 0.82004 0.75754 0.82515 0.76187 0.83027 0.76618 0.83539 0.77048 0.84051 0.77475 0.84563 0.77900 0.85075 0.78324 0.85587 0.78746 0.86098 0.79166 0.86610 0.79584 0.87122 0.80000 0.87634 0.80415 0.88146 0.80829 0.88658 0.81241 0.89170 0.81652\n 11 72 3 0.38515 0.39903 0.38003 0.39909 0.37491 0.39941\n 11 50 2 0.38003 0.39909 0.37444 0.40137\n 11 50 2 0.38003 0.39909 0.37415 0.39753\n 11 248 11 0.38003 0.39909 0.36979 0.39999 0.36468 0.40083 0.35956 0.40190 0.35444 0.40320 0.34932 0.40471 0.34420 0.40642 0.33908 0.40831 0.33396 0.41037 0.32885 0.41259 0.32373 0.41496\n 11 490 22 0.36468 0.41312 0.36979 0.41279 0.37491 0.41268 0.38003 0.41281 0.38515 0.41317 0.39027 0.41376 0.39539 0.41459 0.40051 0.41565 0.40562 0.41694 0.41074 0.41845 0.41586 0.42018 0.42098 0.42213 0.42610 0.42428 0.43122 0.42663 0.43634 0.42917 0.44145 0.43189 0.44657 0.43478 0.45169 0.43784 0.45681 0.44105 0.46193 0.44441 0.46705 0.44791 0.47217 0.45154\n 11 50 2 0.47217 0.45154 0.45941 0.44780\n 11 50 2 0.47217 0.45154 0.46501 0.44115\n 11 490 22 0.47217 0.45154 0.47728 0.45529 0.48240 0.45915 0.48752 0.46312 0.49264 0.46718 0.49776 0.47135 0.50288 0.47559 0.50800 0.47992 0.51311 0.48432 0.51823 0.48878 0.52335 0.49331 0.52847 0.49790 0.53359 0.50253 0.53871 0.50721 0.54379 0.51191 0.54884 0.51661 0.55385 0.52130 0.55883 0.52600 0.56378 0.53070 0.56872 0.53539 0.57363 0.54009 0.57852 0.54478\n 11 50 2 0.57852 0.54478 0.55315 0.53329\n 11 50 2 0.57852 0.54478 0.56713 0.52102\n 11 490 22 0.57852 0.54478 0.58341 0.54948 0.58828 0.55418 0.59315 0.55887 0.59801 0.56357 0.60286 0.56827 0.60772 0.57296 0.61257 0.57766 0.61743 0.58236 0.62230 0.58705 0.62716 0.59175 0.63204 0.59644 0.63692 0.60114 0.64182 0.60584 0.64673 0.61053 0.65165 0.61523 0.65658 0.61993 0.66153 0.62462 0.66649 0.62932 0.67148 0.63402 0.67648 0.63871 0.68150 0.64341\n 11 50 2 0.68150 0.64341 0.64694 0.62825\n 11 50 2 0.68150 0.64341 0.66564 0.61141\n 11 490 22 0.68150 0.64341 0.68654 0.64810 0.69160 0.65280 0.69668 0.65750 0.70179 0.66219 0.70691 0.66688 0.71203 0.67154 0.71715 0.67619 0.72226 0.68081 0.72738 0.68540 0.73250 0.68998 0.73762 0.69453 0.74274 0.69906 0.74786 0.70356 0.75298 0.70805 0.75809 0.71251 0.76321 0.71695 0.76833 0.72136 0.77345 0.72576 0.77857 0.73013 0.78369 0.73448 0.78881 0.73881\n 11 50 2 0.78881 0.73881 0.74757 0.72300\n 11 50 2 0.78881 0.73881 0.76829 0.70238\n 11 468 21 0.78881 0.73881 0.79393 0.74312 0.79904 0.74741 0.80416 0.75168 0.80928 0.75593 0.81440 0.76016 0.81952 0.76437 0.82464 0.76857 0.82976 0.77274 0.83487 0.77690 0.83999 0.78105 0.84511 0.78517 0.85023 0.78928 0.85535 0.79338 0.86047 0.79746 0.86559 0.80152 0.87070 0.80558 0.87582 0.80962 0.88094 0.81364 0.88606 0.81766 0.89118 0.82166\n 11 72 3 0.36468 0.41312 0.35956 0.41345 0.35444 0.41401\n 11 50 2 0.35956 0.41345 0.35345 0.41628\n 11 50 2 0.35956 0.41345 0.35289 0.41202\n 11 446 20 0.35956 0.41345 0.34932 0.41480 0.34420 0.41581 0.33908 0.41703 0.33396 0.41845 0.32885 0.42006 0.32373 0.42184 0.31861 0.42379 0.31349 0.42590 0.30837 0.42816 0.30325 0.43055 0.29813 0.43307 0.29302 0.43570 0.28790 0.43844 0.28278 0.44128 0.27766 0.44421 0.27254 0.44723 0.26742 0.45033 0.26230 0.45350 0.25719 0.45674\n 11 490 22 0.34932 0.42721 0.35444 0.42685 0.35956 0.42670 0.36468 0.42676 0.36979 0.42703 0.37491 0.42751 0.38003 0.42820 0.38515 0.42910 0.39027 0.43021 0.39539 0.43152 0.40051 0.43304 0.40562 0.43475 0.41074 0.43664 0.41586 0.43873 0.42098 0.44098 0.42610 0.44341 0.43122 0.44600 0.43634 0.44874 0.44145 0.45163 0.44657 0.45467 0.45169 0.45783 0.45681 0.46112\n 11 50 2 0.45681 0.46112 0.44330 0.45780\n 11 50 2 0.45681 0.46112 0.44879 0.45061\n 11 490 22 0.45681 0.46112 0.46193 0.46453 0.46705 0.46806 0.47217 0.47169 0.47728 0.47541 0.48240 0.47923 0.48752 0.48314 0.49264 0.48713 0.49776 0.49119 0.50288 0.49533 0.50800 0.49953 0.51311 0.50378 0.51823 0.50810 0.52335 0.51246 0.52847 0.51688 0.53359 0.52133 0.53871 0.52582 0.54383 0.53035 0.54894 0.53490 0.55406 0.53949 0.55918 0.54410 0.56430 0.54873\n 11 50 2 0.56430 0.54873 0.53933 0.53824\n 11 50 2 0.56430 0.54873 0.55252 0.52597\n 11 490 22 0.56430 0.54873 0.56942 0.55338 0.57454 0.55804 0.57966 0.56272 0.58477 0.56741 0.58989 0.57210 0.59501 0.57680 0.60012 0.58149 0.60523 0.58619 0.61034 0.59089 0.61545 0.59558 0.62056 0.60028 0.62568 0.60497 0.63080 0.60966 0.63592 0.61434 0.64104 0.61901 0.64615 0.62367 0.65127 0.62831 0.65639 0.63295 0.66151 0.63757 0.66663 0.64218 0.67175 0.64677\n 11 50 2 0.67175 0.64677 0.63685 0.63228\n 11 50 2 0.67175 0.64677 0.65516 0.61508\n 11 490 22 0.67175 0.64677 0.67687 0.65134 0.68198 0.65590 0.68710 0.66044 0.69222 0.66497 0.69734 0.66947 0.70246 0.67396 0.70758 0.67843 0.71270 0.68288 0.71781 0.68732 0.72293 0.69173 0.72805 0.69612 0.73317 0.70050 0.73829 0.70485 0.74341 0.70919 0.74853 0.71351 0.75365 0.71780 0.75876 0.72208 0.76388 0.72634 0.76900 0.73058 0.77412 0.73481 0.77924 0.73901\n 11 50 2 0.77924 0.73901 0.73775 0.72376\n 11 50 2 0.77924 0.73901 0.75815 0.70286\n 11 490 22 0.77924 0.73901 0.78436 0.74320 0.78948 0.74737 0.79459 0.75152 0.79971 0.75565 0.80483 0.75977 0.80995 0.76387 0.81507 0.76796 0.82019 0.77203 0.82531 0.77609 0.83042 0.78013 0.83554 0.78415 0.84066 0.78817 0.84578 0.79217 0.85090 0.79615 0.85602 0.80013 0.86114 0.80409 0.86625 0.80804 0.87137 0.81199 0.87649 0.81592 0.88161 0.81984 0.88673 0.82375\n 11 50 2 0.88673 0.82375 0.84084 0.80860\n 11 50 2 0.88673 0.82375 0.86220 0.78508\n 11 50 2 0.88673 0.82375 0.89185 0.82765\n 11 72 3 0.34932 0.42721 0.34420 0.42756 0.33908 0.42813\n 11 50 2 0.34420 0.42756 0.33746 0.43070\n 11 50 2 0.34420 0.42756 0.33684 0.42599\n 11 490 22 0.34420 0.42756 0.33396 0.42891 0.32885 0.42989 0.32373 0.43106 0.31861 0.43242 0.31349 0.43396 0.30837 0.43567 0.30325 0.43754 0.29813 0.43957 0.29302 0.44174 0.28790 0.44405 0.28278 0.44649 0.27766 0.44905 0.27254 0.45172 0.26742 0.45450 0.26230 0.45737 0.25719 0.46035 0.25207 0.46340 0.24695 0.46654 0.24183 0.46976 0.23671 0.47306 0.23159 0.47642\n 11 50 2 0.23671 0.47306 0.23110 0.48058\n 11 50 2 0.23671 0.47306 0.22714 0.47552\n 11 50 2 0.23671 0.47306 0.22647 0.47986\n 11 490 22 0.33396 0.44130 0.33908 0.44089 0.34420 0.44067 0.34932 0.44065 0.35444 0.44081 0.35956 0.44117 0.36468 0.44173 0.36979 0.44247 0.37491 0.44341 0.38003 0.44453 0.38515 0.44583 0.39027 0.44731 0.39539 0.44897 0.40051 0.45080 0.40562 0.45280 0.41074 0.45495 0.41586 0.45725 0.42098 0.45971 0.42610 0.46230 0.43122 0.46502 0.43634 0.46788 0.44145 0.47086\n 11 50 2 0.44145 0.47086 0.42724 0.46800\n 11 50 2 0.44145 0.47086 0.43257 0.46029\n 11 490 22 0.44145 0.47086 0.44657 0.47395 0.45169 0.47715 0.45681 0.48046 0.46193 0.48387 0.46705 0.48737 0.47217 0.49095 0.47728 0.49462 0.48240 0.49836 0.48752 0.50218 0.49264 0.50606 0.49776 0.51000 0.50288 0.51401 0.50800 0.51806 0.51311 0.52217 0.51823 0.52632 0.52335 0.53052 0.52847 0.53475 0.53359 0.53902 0.53871 0.54332 0.54383 0.54764 0.54894 0.55200\n 11 50 2 0.54894 0.55200 0.52440 0.54252\n 11 50 2 0.54894 0.55200 0.53679 0.53026\n 11 490 22 0.54894 0.55200 0.55406 0.55637 0.55918 0.56077 0.56430 0.56518 0.56942 0.56961 0.57454 0.57405 0.57966 0.57850 0.58477 0.58297 0.58989 0.58743 0.59501 0.59190 0.60013 0.59638 0.60525 0.60085 0.61037 0.60532 0.61549 0.60980 0.62060 0.61426 0.62572 0.61873 0.63084 0.62319 0.63596 0.62764 0.64108 0.63208 0.64620 0.63651 0.65132 0.64093 0.65643 0.64535\n 11 50 2 0.65643 0.64535 0.62187 0.63175\n 11 50 2 0.65643 0.64535 0.63948 0.61455\n 11 490 22 0.65643 0.64535 0.66155 0.64975 0.66667 0.65414 0.67179 0.65851 0.67691 0.66287 0.68203 0.66722 0.68715 0.67156 0.69226 0.67587 0.69738 0.68018 0.70250 0.68447 0.70762 0.68874 0.71274 0.69300 0.71786 0.69724 0.72298 0.70147 0.72809 0.70568 0.73321 0.70987 0.73833 0.71405 0.74345 0.71821 0.74857 0.72235 0.75369 0.72648 0.75881 0.73059 0.76392 0.73469\n 11 50 2 0.76392 0.73469 0.72274 0.72011\n 11 50 2 0.76392 0.73469 0.74259 0.69923\n 11 94 4 0.76392 0.73469 0.76904 0.73877 0.77416 0.74284 0.77928 0.74689\n 11 72 3 0.33396 0.44130 0.32885 0.44170 0.32373 0.44230\n 11 50 2 0.32885 0.44170 0.32151 0.44518\n 11 50 2 0.32885 0.44170 0.32079 0.44003\n 11 358 16 0.32885 0.44170 0.31861 0.44309 0.31349 0.44407 0.30837 0.44523 0.30325 0.44657 0.29813 0.44808 0.29302 0.44975 0.28790 0.45157 0.28278 0.45355 0.27766 0.45567 0.27254 0.45793 0.26742 0.46032 0.26230 0.46283 0.25719 0.46545 0.25207 0.46818 0.24695 0.47102\n 11 490 22 0.31861 0.45538 0.32373 0.45491 0.32885 0.45460 0.33396 0.45447 0.33908 0.45453 0.34420 0.45475 0.34932 0.45516 0.35444 0.45574 0.35956 0.45650 0.36468 0.45743 0.36979 0.45853 0.37491 0.45979 0.38003 0.46122 0.38515 0.46280 0.39027 0.46455 0.39539 0.46644 0.40051 0.46847 0.40562 0.47065 0.41074 0.47296 0.41586 0.47539 0.42098 0.47795 0.42610 0.48063\n 11 50 2 0.42610 0.48063 0.41254 0.47850\n 11 50 2 0.42610 0.48063 0.41721 0.47101\n 11 490 22 0.42610 0.48063 0.43122 0.48342 0.43634 0.48632 0.44145 0.48932 0.44657 0.49242 0.45169 0.49561 0.45681 0.49889 0.46193 0.50224 0.46705 0.50568 0.47217 0.50919 0.47728 0.51277 0.48240 0.51641 0.48752 0.52011 0.49264 0.52387 0.49776 0.52768 0.50288 0.53154 0.50800 0.53544 0.51311 0.53939 0.51823 0.54338 0.52335 0.54740 0.52847 0.55145 0.53359 0.55553\n 11 50 2 0.53359 0.55553 0.50951 0.54705\n 11 50 2 0.53359 0.55553 0.52109 0.53484\n 11 490 22 0.53359 0.55553 0.53871 0.55964 0.54383 0.56378 0.54894 0.56793 0.55406 0.57211 0.55918 0.57630 0.56430 0.58050 0.56942 0.58472 0.57454 0.58895 0.57966 0.59319 0.58477 0.59744 0.58989 0.60169 0.59501 0.60594 0.60013 0.61020 0.60525 0.61446 0.61037 0.61871 0.61549 0.62297 0.62060 0.62723 0.62572 0.63147 0.63084 0.63572 0.63596 0.63996 0.64108 0.64419\n 11 50 2 0.64108 0.64419 0.60687 0.63149\n 11 50 2 0.64108 0.64419 0.62377 0.61429\n 11 490 22 0.64108 0.64419 0.64620 0.64842 0.65132 0.65263 0.65643 0.65684 0.66155 0.66104 0.66667 0.66523 0.67179 0.66941 0.67691 0.67357 0.68203 0.67773 0.68715 0.68187 0.69226 0.68600 0.69738 0.69012 0.70250 0.69423 0.70762 0.69832 0.71274 0.70240 0.71786 0.70647 0.72298 0.71052 0.72809 0.71456 0.73321 0.71859 0.73833 0.72260 0.74345 0.72660 0.74857 0.73059\n 11 50 2 0.74857 0.73059 0.70768 0.71669\n 11 50 2 0.74857 0.73059 0.72699 0.69583\n 11 490 22 0.74857 0.73059 0.75369 0.73456 0.75881 0.73853 0.76392 0.74247 0.76904 0.74641 0.77416 0.75033 0.77928 0.75425 0.78440 0.75815 0.78952 0.76203 0.79464 0.76591 0.79976 0.76978 0.80487 0.77363 0.80999 0.77747 0.81511 0.78131 0.82023 0.78513 0.82535 0.78895 0.83047 0.79275 0.83559 0.79655 0.84070 0.80033 0.84582 0.80411 0.85094 0.80789 0.85606 0.81165\n 11 50 2 0.85606 0.81165 0.81062 0.79752\n 11 50 2 0.85606 0.81165 0.83114 0.77403\n 11 160 7 0.85606 0.81165 0.86118 0.81541 0.86630 0.81916 0.87142 0.82291 0.87653 0.82665 0.88165 0.83038 0.88677 0.83411\n 11 72 3 0.31861 0.45538 0.31349 0.45586 0.30837 0.45652\n 11 50 2 0.31349 0.45586 0.30559 0.45972\n 11 50 2 0.31349 0.45586 0.30474 0.45416\n 11 490 22 0.31349 0.45586 0.30325 0.45736 0.29813 0.45837 0.29302 0.45955 0.28790 0.46090 0.28278 0.46240 0.27766 0.46407 0.27254 0.46588 0.26742 0.46784 0.26230 0.46994 0.25719 0.47217 0.25207 0.47454 0.24695 0.47702 0.24183 0.47962 0.23671 0.48234 0.23159 0.48516 0.22647 0.48809 0.22136 0.49112 0.21624 0.49424 0.21112 0.49744 0.20600 0.50074 0.20088 0.50413\n 11 50 2 0.20600 0.50074 0.19966 0.50929\n 11 50 2 0.20600 0.50074 0.19516 0.50355\n 11 314 14 0.20600 0.50074 0.19576 0.50759 0.19064 0.51113 0.18553 0.51474 0.18041 0.51844 0.17529 0.52220 0.17017 0.52604 0.16505 0.52994 0.15993 0.53392 0.15481 0.53796 0.14970 0.54207 0.14458 0.54625 0.13946 0.55049 0.13434 0.55480\n 11 490 22 0.30325 0.46947 0.30837 0.46890 0.31349 0.46849 0.31861 0.46824 0.32373 0.46816 0.32885 0.46824 0.33396 0.46849 0.33908 0.46890 0.34420 0.46947 0.34932 0.47021 0.35444 0.47110 0.35956 0.47215 0.36468 0.47334 0.36979 0.47469 0.37491 0.47619 0.38003 0.47782 0.38515 0.47960 0.39027 0.48150 0.39539 0.48354 0.40051 0.48570 0.40562 0.48797 0.41074 0.49036\n 11 50 2 0.41074 0.49036 0.39654 0.48877\n 11 50 2 0.41074 0.49036 0.40098 0.48076\n 11 490 22 0.41074 0.49036 0.41586 0.49286 0.42098 0.49547 0.42610 0.49817 0.43122 0.50097 0.43634 0.50386 0.44145 0.50684 0.44657 0.50991 0.45169 0.51305 0.45681 0.51626 0.46193 0.51954 0.46705 0.52289 0.47217 0.52630 0.47728 0.52977 0.48240 0.53329 0.48752 0.53687 0.49264 0.54049 0.49776 0.54416 0.50288 0.54787 0.50800 0.55162 0.51311 0.55541 0.51823 0.55922\n 11 50 2 0.51823 0.55922 0.49365 0.55141\n 11 50 2 0.51823 0.55922 0.50488 0.53874\n 11 490 22 0.51823 0.55922 0.52335 0.56307 0.52847 0.56695 0.53359 0.57085 0.53871 0.57477 0.54383 0.57872 0.54894 0.58269 0.55406 0.58667 0.55918 0.59066 0.56430 0.59467 0.56942 0.59869 0.57454 0.60272 0.57966 0.60676 0.58477 0.61081 0.58989 0.61486 0.59501 0.61891 0.60013 0.62297 0.60525 0.62703 0.61037 0.63108 0.61549 0.63514 0.62060 0.63920 0.62572 0.64325\n 11 50 2 0.62572 0.64325 0.59188 0.63146\n 11 50 2 0.62572 0.64325 0.60806 0.61426\n 11 490 22 0.62572 0.64325 0.63084 0.64730 0.63596 0.65134 0.64108 0.65538 0.64620 0.65942 0.65132 0.66344 0.65643 0.66747 0.66155 0.67148 0.66667 0.67548 0.67179 0.67948 0.67691 0.68347 0.68203 0.68745 0.68715 0.69142 0.69226 0.69538 0.69738 0.69932 0.70250 0.70326 0.70762 0.70719 0.71274 0.71111 0.71786 0.71502 0.72298 0.71892 0.72809 0.72280 0.73321 0.72668\n 11 50 2 0.73321 0.72668 0.69263 0.71347\n 11 50 2 0.73321 0.72668 0.71138 0.69262\n 11 490 22 0.73321 0.72668 0.73833 0.73054 0.74345 0.73440 0.74857 0.73824 0.75369 0.74208 0.75881 0.74590 0.76392 0.74972 0.76904 0.75352 0.77416 0.75731 0.77928 0.76110 0.78440 0.76487 0.78952 0.76864 0.79464 0.77239 0.79976 0.77614 0.80487 0.77988 0.80999 0.78361 0.81511 0.78733 0.82023 0.79105 0.82535 0.79476 0.83047 0.79846 0.83559 0.80216 0.84070 0.80584\n 11 50 2 0.84070 0.80584 0.79565 0.79229\n 11 50 2 0.84070 0.80584 0.81568 0.76889\n 11 226 10 0.84070 0.80584 0.84582 0.80953 0.85094 0.81321 0.85606 0.81688 0.86118 0.82055 0.86630 0.82421 0.87142 0.82787 0.87653 0.83152 0.88165 0.83518 0.88677 0.83883\n 11 72 3 0.30325 0.46947 0.29813 0.47005 0.29302 0.47079\n 11 50 2 0.29813 0.47005 0.28971 0.47433\n 11 50 2 0.29813 0.47005 0.28868 0.46836\n 11 490 22 0.29813 0.47005 0.28790 0.47170 0.28278 0.47277 0.27766 0.47400 0.27254 0.47539 0.26742 0.47693 0.26230 0.47862 0.25719 0.48045 0.25207 0.48242 0.24695 0.48453 0.24183 0.48677 0.23671 0.48914 0.23159 0.49164 0.22647 0.49425 0.22136 0.49697 0.21624 0.49980 0.21112 0.50274 0.20600 0.50578 0.20088 0.50892 0.19576 0.51215 0.19064 0.51548 0.18553 0.51890\n 11 50 2 0.19064 0.51548 0.18393 0.52462\n 11 50 2 0.19064 0.51548 0.17910 0.51852\n 11 72 3 0.19064 0.51548 0.18041 0.52240 0.17529 0.52598\n 11 490 22 0.31349 0.47887 0.31861 0.47889 0.32373 0.47906 0.32885 0.47939 0.33396 0.47987 0.33908 0.48051 0.34420 0.48129 0.34932 0.48222 0.35444 0.48329 0.35956 0.48451 0.36468 0.48586 0.36979 0.48734 0.37491 0.48896 0.38003 0.49070 0.38515 0.49257 0.39027 0.49456 0.39539 0.49666 0.40051 0.49886 0.40562 0.50118 0.41074 0.50359 0.41586 0.50611 0.42098 0.50872\n 11 50 2 0.42098 0.50872 0.40479 0.50635\n 11 50 2 0.42098 0.50872 0.41024 0.49736\n 11 490 22 0.42098 0.50872 0.42610 0.51141 0.43122 0.51419 0.43634 0.51705 0.44145 0.51999 0.44657 0.52300 0.45169 0.52608 0.45681 0.52923 0.46193 0.53244 0.46705 0.53571 0.47217 0.53903 0.47728 0.54240 0.48240 0.54583 0.48752 0.54930 0.49264 0.55281 0.49776 0.55636 0.50288 0.55995 0.50800 0.56358 0.51311 0.56724 0.51823 0.57093 0.52335 0.57464 0.52847 0.57838\n 11 50 2 0.52847 0.57838 0.50286 0.57050\n 11 50 2 0.52847 0.57838 0.51437 0.55724\n 11 490 22 0.52847 0.57838 0.53359 0.58214 0.53871 0.58593 0.54383 0.58973 0.54894 0.59355 0.55406 0.59739 0.55918 0.60124 0.56430 0.60510 0.56942 0.60897 0.57454 0.61286 0.57966 0.61675 0.58477 0.62064 0.58989 0.62454 0.59501 0.62845 0.60013 0.63236 0.60525 0.63627 0.61037 0.64018 0.61549 0.64409 0.62060 0.64800 0.62572 0.65191 0.63084 0.65582 0.63596 0.65972\n 11 50 2 0.63596 0.65972 0.60135 0.64833\n 11 50 2 0.63596 0.65972 0.61742 0.63058\n 11 490 22 0.63596 0.65972 0.64108 0.66362 0.64620 0.66751 0.65132 0.67140 0.65643 0.67529 0.66155 0.67916 0.66667 0.68304 0.67179 0.68690 0.67691 0.69076 0.68203 0.69461 0.68715 0.69845 0.69226 0.70228 0.69738 0.70611 0.70250 0.70993 0.70762 0.71374 0.71274 0.71754 0.71786 0.72133 0.72298 0.72512 0.72809 0.72889 0.73321 0.73266 0.73833 0.73642 0.74345 0.74016\n 11 50 2 0.74345 0.74016 0.70188 0.72733\n 11 50 2 0.74345 0.74016 0.72060 0.70582\n 11 380 17 0.74345 0.74016 0.74857 0.74390 0.75369 0.74764 0.75881 0.75136 0.76392 0.75508 0.76904 0.75878 0.77416 0.76248 0.77928 0.76617 0.78440 0.76986 0.78952 0.77353 0.79464 0.77720 0.79976 0.78086 0.80487 0.78452 0.80999 0.78817 0.81511 0.79181 0.82023 0.79545 0.82535 0.79908\n 11 72 3 0.31349 0.47887 0.30837 0.47885 0.30325 0.47899\n 11 50 2 0.30837 0.47885 0.29848 0.48246\n 11 50 2 0.30837 0.47885 0.29827 0.47578\n 11 468 21 0.30837 0.47885 0.29813 0.47929 0.29302 0.47975 0.28790 0.48038 0.28278 0.48116 0.27766 0.48210 0.27254 0.48320 0.26742 0.48446 0.26230 0.48586 0.25719 0.48742 0.25207 0.48911 0.24695 0.49095 0.24183 0.49293 0.23671 0.49504 0.23159 0.49728 0.22647 0.49965 0.22136 0.50214 0.21624 0.50475 0.21112 0.50747 0.20600 0.51030 0.20088 0.51324\n 11 490 22 0.28278 0.49296 0.28790 0.49234 0.29302 0.49187 0.29813 0.49155 0.30325 0.49138 0.30837 0.49135 0.31349 0.49147 0.31861 0.49173 0.32373 0.49214 0.32885 0.49270 0.33396 0.49339 0.33908 0.49422 0.34420 0.49518 0.34932 0.49628 0.35444 0.49750 0.35956 0.49886 0.36468 0.50033 0.36979 0.50192 0.37491 0.50363 0.38003 0.50545 0.38515 0.50738 0.39027 0.50941\n 11 50 2 0.39027 0.50941 0.37546 0.50860\n 11 50 2 0.39027 0.50941 0.37949 0.50005\n 11 490 22 0.39027 0.50941 0.39539 0.51155 0.40051 0.51378 0.40562 0.51610 0.41074 0.51851 0.41586 0.52101 0.42098 0.52359 0.42610 0.52625 0.43122 0.52899 0.43634 0.53179 0.44145 0.53466 0.44657 0.53760 0.45169 0.54060 0.45681 0.54365 0.46193 0.54676 0.46705 0.54993 0.47217 0.55314 0.47728 0.55640 0.48240 0.55970 0.48752 0.56304 0.49264 0.56642 0.49776 0.56984\n 11 50 2 0.49776 0.56984 0.47433 0.56366\n 11 50 2 0.49776 0.56984 0.48414 0.55129\n 11 490 22 0.49776 0.56984 0.50288 0.57329 0.50800 0.57677 0.51311 0.58028 0.51823 0.58382 0.52335 0.58738 0.52847 0.59096 0.53359 0.59457 0.53871 0.59820 0.54383 0.60184 0.54894 0.60550 0.55406 0.60917 0.55918 0.61286 0.56430 0.61656 0.56942 0.62027 0.57454 0.62399 0.57966 0.62771 0.58477 0.63144 0.58989 0.63518 0.59501 0.63892 0.60013 0.64267 0.60525 0.64642\n 11 50 2 0.60525 0.64642 0.57227 0.63624\n 11 50 2 0.60525 0.64642 0.58712 0.61917\n 11 490 22 0.60525 0.64642 0.61037 0.65017 0.61549 0.65392 0.62060 0.65767 0.62572 0.66142 0.63084 0.66517 0.63596 0.66892 0.64108 0.67266 0.64620 0.67641 0.65132 0.68015 0.65643 0.68388 0.66155 0.68761 0.66667 0.69134 0.67179 0.69506 0.67691 0.69878 0.68203 0.70249 0.68715 0.70619 0.69226 0.70989 0.69738 0.71358 0.70250 0.71727 0.70762 0.72095 0.71274 0.72462\n 11 50 2 0.71274 0.72462 0.67314 0.71279\n 11 50 2 0.71274 0.72462 0.69069 0.69221\n 11 50 2 0.71274 0.72462 0.71786 0.72829\n 11 72 3 0.28278 0.49296 0.27766 0.49357 0.27254 0.49434\n 11 50 2 0.27766 0.49357 0.26806 0.49851\n 11 50 2 0.27766 0.49357 0.26685 0.49169\n 11 490 22 0.27766 0.49357 0.26742 0.49526 0.26230 0.49632 0.25719 0.49754 0.25207 0.49890 0.24695 0.50041 0.24183 0.50206 0.23671 0.50384 0.23159 0.50577 0.22647 0.50782 0.22136 0.51000 0.21624 0.51231 0.21112 0.51475 0.20600 0.51730 0.20088 0.51998 0.19576 0.52276 0.19064 0.52566 0.18553 0.52867 0.18041 0.53178 0.17529 0.53500 0.17017 0.53831 0.16505 0.54172\n 11 50 2 0.17017 0.53831 0.16301 0.54806\n 11 50 2 0.17017 0.53831 0.15785 0.54155\n 11 182 8 0.17017 0.53831 0.15993 0.54524 0.15481 0.54884 0.14970 0.55253 0.14458 0.55632 0.13946 0.56020 0.13434 0.56416 0.12922 0.56821\n 11 490 22 0.29813 0.50235 0.30325 0.50237 0.30837 0.50253 0.31349 0.50282 0.31861 0.50326 0.32373 0.50382 0.32885 0.50452 0.33396 0.50535 0.33908 0.50630 0.34420 0.50738 0.34932 0.50858 0.35444 0.50989 0.35956 0.51132 0.36468 0.51286 0.36979 0.51451 0.37491 0.51626 0.38003 0.51811 0.38515 0.52006 0.39027 0.52211 0.39539 0.52425 0.40051 0.52647 0.40562 0.52878\n 11 50 2 0.40562 0.52878 0.38765 0.52700\n 11 50 2 0.40562 0.52878 0.39310 0.51681\n 11 490 22 0.40562 0.52878 0.41074 0.53116 0.41586 0.53363 0.42098 0.53616 0.42610 0.53877 0.43122 0.54145 0.43634 0.54419 0.44145 0.54699 0.44657 0.54985 0.45169 0.55277 0.45681 0.55573 0.46193 0.55875 0.46705 0.56181 0.47217 0.56492 0.47728 0.56808 0.48240 0.57127 0.48752 0.57449 0.49264 0.57776 0.49776 0.58106 0.50288 0.58438 0.50800 0.58774 0.51311 0.59112\n 11 50 2 0.51311 0.59112 0.48697 0.58435\n 11 50 2 0.51311 0.59112 0.49783 0.57052\n 11 490 22 0.51311 0.59112 0.51823 0.59453 0.52335 0.59796 0.52847 0.60141 0.53359 0.60489 0.53871 0.60838 0.54383 0.61189 0.54894 0.61541 0.55406 0.61895 0.55918 0.62250 0.56430 0.62606 0.56942 0.62963 0.57454 0.63321 0.57966 0.63680 0.58477 0.64040 0.58989 0.64400 0.59501 0.64760 0.60013 0.65122 0.60525 0.65483 0.61037 0.65845 0.61549 0.66207 0.62060 0.66569\n 11 50 2 0.62060 0.66569 0.58621 0.65566\n 11 50 2 0.62060 0.66569 0.60129 0.63772\n 11 490 22 0.62060 0.66569 0.62572 0.66931 0.63084 0.67293 0.63596 0.67655 0.64108 0.68017 0.64620 0.68379 0.65132 0.68740 0.65643 0.69101 0.66155 0.69462 0.66667 0.69823 0.67179 0.70184 0.67691 0.70544 0.68203 0.70903 0.68715 0.71262 0.69226 0.71621 0.69738 0.71979 0.70250 0.72337 0.70762 0.72695 0.71274 0.73052 0.71786 0.73408 0.72298 0.73764 0.72809 0.74119\n 11 50 2 0.72809 0.74119 0.68715 0.72962\n 11 50 2 0.72809 0.74119 0.70483 0.70818\n 11 490 22 0.72809 0.74119 0.73321 0.74474 0.73833 0.74829 0.74345 0.75183 0.74857 0.75536 0.75369 0.75889 0.75881 0.76242 0.76392 0.76594 0.76904 0.76945 0.77416 0.77297 0.77928 0.77647 0.78440 0.77998 0.78952 0.78348 0.79464 0.78697 0.79976 0.79047 0.80487 0.79396 0.80999 0.79744 0.81511 0.80093 0.82023 0.80441 0.82535 0.80789 0.83047 0.81136 0.83559 0.81484\n 11 50 2 0.83559 0.81484 0.78994 0.80243\n 11 50 2 0.83559 0.81484 0.80931 0.77842\n 11 226 10 0.83559 0.81484 0.84070 0.81831 0.84582 0.82178 0.85094 0.82526 0.85606 0.82873 0.86118 0.83220 0.86630 0.83567 0.87142 0.83914 0.87653 0.84261 0.88165 0.84609\n 11 72 3 0.29813 0.50235 0.29302 0.50233 0.28790 0.50245\n 11 50 2 0.29302 0.50233 0.28249 0.50613\n 11 50 2 0.29302 0.50233 0.28229 0.49903\n 11 446 20 0.29302 0.50233 0.28278 0.50271 0.27766 0.50312 0.27254 0.50367 0.26742 0.50437 0.26230 0.50521 0.25719 0.50619 0.25207 0.50732 0.24695 0.50858 0.24183 0.50999 0.23671 0.51154 0.23159 0.51323 0.22647 0.51505 0.22136 0.51701 0.21624 0.51909 0.21112 0.52130 0.20600 0.52364 0.20088 0.52610 0.19576 0.52868 0.19064 0.53138\n 11 490 22 0.26742 0.51644 0.27254 0.51584 0.27766 0.51537 0.28278 0.51503 0.28790 0.51483 0.29302 0.51477 0.29813 0.51483 0.30325 0.51502 0.30837 0.51534 0.31349 0.51579 0.31861 0.51636 0.32373 0.51706 0.32885 0.51787 0.33396 0.51881 0.33908 0.51986 0.34420 0.52102 0.34932 0.52229 0.35444 0.52366 0.35956 0.52514 0.36468 0.52672 0.36979 0.52839 0.37491 0.53016\n 11 50 2 0.37491 0.53016 0.35835 0.52999\n 11 50 2 0.37491 0.53016 0.36234 0.52027\n 11 490 22 0.37491 0.53016 0.38003 0.53202 0.38515 0.53396 0.39027 0.53600 0.39539 0.53811 0.40051 0.54030 0.40562 0.54257 0.41074 0.54490 0.41586 0.54731 0.42098 0.54979 0.42610 0.55232 0.43122 0.55492 0.43634 0.55758 0.44145 0.56029 0.44657 0.56305 0.45169 0.56587 0.45681 0.56873 0.46193 0.57163 0.46705 0.57458 0.47217 0.57757 0.47728 0.58060 0.48240 0.58367\n 11 50 2 0.48240 0.58367 0.45748 0.57833\n 11 50 2 0.48240 0.58367 0.46705 0.56488\n 11 490 22 0.48240 0.58367 0.48752 0.58677 0.49264 0.58990 0.49776 0.59306 0.50288 0.59625 0.50800 0.59947 0.51311 0.60271 0.51823 0.60598 0.52335 0.60927 0.52847 0.61258 0.53359 0.61590 0.53871 0.61925 0.54383 0.62261 0.54894 0.62599 0.55406 0.62938 0.55918 0.63278 0.56430 0.63619 0.56942 0.63962 0.57454 0.64305 0.57966 0.64649 0.58477 0.64994 0.58989 0.65340\n 11 50 2 0.58989 0.65340 0.55719 0.64459\n 11 50 2 0.58989 0.65340 0.57101 0.62737\n 11 490 22 0.58989 0.65340 0.59501 0.65686 0.60013 0.66033 0.60525 0.66380 0.61037 0.66728 0.61549 0.67076 0.62060 0.67424 0.62572 0.67772 0.63084 0.68121 0.63596 0.68469 0.64108 0.68818 0.64620 0.69166 0.65132 0.69515 0.65643 0.69863 0.66155 0.70211 0.66667 0.70559 0.67179 0.70907 0.67691 0.71255 0.68203 0.71603 0.68715 0.71950 0.69226 0.72297 0.69738 0.72644\n 11 50 2 0.69738 0.72644 0.65762 0.71567\n 11 50 2 0.69738 0.72644 0.67447 0.69474\n 11 490 22 0.69738 0.72644 0.70250 0.72990 0.70762 0.73336 0.71274 0.73682 0.71786 0.74028 0.72298 0.74373 0.72809 0.74718 0.73321 0.75063 0.73833 0.75407 0.74345 0.75751 0.74857 0.76095 0.75369 0.76438 0.75881 0.76781 0.76392 0.77124 0.76904 0.77466 0.77416 0.77809 0.77928 0.78151 0.78440 0.78493 0.78952 0.78834 0.79464 0.79176 0.79976 0.79517 0.80487 0.79858\n 11 50 2 0.80487 0.79858 0.76006 0.78680\n 11 50 2 0.80487 0.79858 0.77880 0.76312\n 11 94 4 0.80487 0.79858 0.80999 0.80199 0.81511 0.80539 0.82023 0.80880\n 11 72 3 0.26742 0.51644 0.26230 0.51704 0.25719 0.51778\n 11 50 2 0.26230 0.51704 0.25206 0.52224\n 11 50 2 0.26230 0.51704 0.25082 0.51498\n 11 490 22 0.26230 0.51704 0.25207 0.51865 0.24695 0.51967 0.24183 0.52081 0.23671 0.52210 0.23159 0.52352 0.22647 0.52507 0.22136 0.52676 0.21624 0.52858 0.21112 0.53054 0.20600 0.53262 0.20088 0.53482 0.19576 0.53715 0.19064 0.53960 0.18553 0.54217 0.18041 0.54487 0.17529 0.54768 0.17017 0.55060 0.16505 0.55363 0.15993 0.55677 0.15481 0.56003 0.14970 0.56338\n 11 50 2 0.15481 0.56003 0.14673 0.57085\n 11 50 2 0.15481 0.56003 0.14104 0.56355\n 11 116 5 0.15481 0.56003 0.14458 0.56684 0.13946 0.57041 0.13434 0.57408 0.12922 0.57785\n 11 490 22 0.28278 0.52583 0.28790 0.52577 0.29302 0.52583 0.29813 0.52601 0.30325 0.52632 0.30837 0.52675 0.31349 0.52729 0.31861 0.52795 0.32373 0.52872 0.32885 0.52961 0.33396 0.53060 0.33908 0.53169 0.34420 0.53289 0.34932 0.53420 0.35444 0.53560 0.35956 0.53709 0.36468 0.53868 0.36979 0.54035 0.37491 0.54211 0.38003 0.54395 0.38515 0.54587 0.39027 0.54787\n 11 50 2 0.39027 0.54787 0.37181 0.54696\n 11 50 2 0.39027 0.54787 0.37676 0.53629\n 11 490 22 0.39027 0.54787 0.39539 0.54995 0.40051 0.55209 0.40562 0.55431 0.41074 0.55659 0.41586 0.55893 0.42098 0.56134 0.42610 0.56380 0.43122 0.56632 0.43634 0.56890 0.44145 0.57152 0.44657 0.57419 0.45169 0.57691 0.45681 0.57968 0.46193 0.58248 0.46705 0.58533 0.47217 0.58821 0.47728 0.59113 0.48240 0.59409 0.48752 0.59707 0.49264 0.60009 0.49776 0.60313\n 11 50 2 0.49776 0.60313 0.47115 0.59752\n 11 50 2 0.49776 0.60313 0.48131 0.58314\n 11 490 22 0.49776 0.60313 0.50288 0.60621 0.50800 0.60931 0.51311 0.61243 0.51823 0.61557 0.52335 0.61874 0.52847 0.62192 0.53359 0.62513 0.53871 0.62835 0.54383 0.63159 0.54894 0.63484 0.55406 0.63811 0.55918 0.64138 0.56430 0.64467 0.56942 0.64797 0.57454 0.65129 0.57966 0.65461 0.58477 0.65793 0.58989 0.66127 0.59501 0.66461 0.60013 0.66796 0.60525 0.67131\n 11 50 2 0.60525 0.67131 0.57056 0.66247\n 11 50 2 0.60525 0.67131 0.58487 0.64408\n 11 490 22 0.60525 0.67131 0.61037 0.67467 0.61549 0.67803 0.62060 0.68140 0.62572 0.68477 0.63084 0.68814 0.63596 0.69151 0.64108 0.69488 0.64620 0.69826 0.65132 0.70163 0.65643 0.70501 0.66155 0.70839 0.66667 0.71177 0.67179 0.71514 0.67691 0.71852 0.68203 0.72189 0.68715 0.72527 0.69226 0.72864 0.69738 0.73201 0.70250 0.73538 0.70762 0.73875 0.71274 0.74212\n 11 50 2 0.71274 0.74212 0.67197 0.73165\n 11 50 2 0.71274 0.74212 0.68884 0.71005\n 11 402 18 0.71274 0.74212 0.71786 0.74548 0.72298 0.74885 0.72809 0.75221 0.73321 0.75557 0.73833 0.75893 0.74345 0.76229 0.74857 0.76565 0.75369 0.76900 0.75881 0.77235 0.76392 0.77570 0.76904 0.77905 0.77416 0.78240 0.77928 0.78575 0.78440 0.78910 0.78952 0.79244 0.79464 0.79579 0.79976 0.79913\n 11 72 3 0.28278 0.52583 0.27766 0.52589 0.27254 0.52608\n 11 50 2 0.27766 0.52589 0.26561 0.53043\n 11 50 2 0.27766 0.52589 0.26525 0.52226\n 11 490 22 0.27766 0.52589 0.26742 0.52640 0.26230 0.52685 0.25719 0.52743 0.25207 0.52814 0.24695 0.52899 0.24183 0.52996 0.23671 0.53107 0.23159 0.53231 0.22647 0.53369 0.22136 0.53519 0.21624 0.53682 0.21112 0.53858 0.20600 0.54047 0.20088 0.54249 0.19576 0.54464 0.19064 0.54691 0.18553 0.54930 0.18041 0.55181 0.17529 0.55444 0.17017 0.55719 0.16505 0.56006\n 11 50 2 0.17017 0.55719 0.16140 0.56728\n 11 50 2 0.17017 0.55719 0.15638 0.55975\n 11 182 8 0.17017 0.55719 0.15993 0.56304 0.15481 0.56613 0.14970 0.56934 0.14458 0.57265 0.13946 0.57608 0.13434 0.57960 0.12922 0.58323\n 11 490 22 0.25207 0.53992 0.25719 0.53924 0.26230 0.53868 0.26742 0.53825 0.27254 0.53794 0.27766 0.53775 0.28278 0.53768 0.28790 0.53773 0.29302 0.53790 0.29813 0.53818 0.30325 0.53857 0.30837 0.53908 0.31349 0.53969 0.31861 0.54041 0.32373 0.54123 0.32885 0.54216 0.33396 0.54318 0.33908 0.54430 0.34420 0.54552 0.34932 0.54683 0.35444 0.54823 0.35956 0.54971\n 11 50 2 0.35956 0.54971 0.34255 0.55038\n 11 50 2 0.35956 0.54971 0.34606 0.54019\n 11 490 22 0.35956 0.54971 0.36468 0.55129 0.36979 0.55294 0.37491 0.55467 0.38003 0.55647 0.38515 0.55835 0.39027 0.56030 0.39539 0.56232 0.40051 0.56440 0.40562 0.56655 0.41074 0.56876 0.41586 0.57103 0.42098 0.57335 0.42610 0.57573 0.43122 0.57816 0.43634 0.58064 0.44145 0.58316 0.44657 0.58573 0.45169 0.58835 0.45681 0.59100 0.46193 0.59370 0.46705 0.59643\n 11 50 2 0.46705 0.59643 0.44263 0.59240\n 11 50 2 0.46705 0.59643 0.45117 0.57894\n 11 490 22 0.46705 0.59643 0.47217 0.59920 0.47728 0.60200 0.48240 0.60484 0.48752 0.60770 0.49264 0.61060 0.49776 0.61352 0.50288 0.61647 0.50800 0.61944 0.51311 0.62243 0.51823 0.62545 0.52335 0.62849 0.52847 0.63154 0.53359 0.63462 0.53871 0.63771 0.54383 0.64082 0.54894 0.64395 0.55406 0.64708 0.55918 0.65023 0.56430 0.65340 0.56942 0.65657 0.57454 0.65975\n 11 50 2 0.57454 0.65975 0.54152 0.65212\n 11 50 2 0.57454 0.65975 0.55459 0.63444\n 11 490 22 0.57454 0.65975 0.57966 0.66295 0.58477 0.66615 0.58989 0.66936 0.59501 0.67258 0.60013 0.67580 0.60525 0.67904 0.61037 0.68227 0.61549 0.68552 0.62060 0.68876 0.62572 0.69201 0.63084 0.69527 0.63596 0.69853 0.64108 0.70179 0.64620 0.70505 0.65132 0.70832 0.65643 0.71158 0.66155 0.71485 0.66667 0.71812 0.67179 0.72140 0.67691 0.72467 0.68203 0.72794\n 11 50 2 0.68203 0.72794 0.64248 0.71830\n 11 50 2 0.68203 0.72794 0.65848 0.69723\n 11 446 20 0.68203 0.72794 0.68715 0.73121 0.69226 0.73449 0.69738 0.73776 0.70250 0.74104 0.70762 0.74431 0.71274 0.74759 0.71786 0.75086 0.72298 0.75414 0.72809 0.75741 0.73321 0.76068 0.73833 0.76396 0.74345 0.76723 0.74857 0.77050 0.75369 0.77378 0.75881 0.77705 0.76392 0.78032 0.76904 0.78360 0.77416 0.78687 0.77928 0.79014\n 11 72 3 0.25207 0.53992 0.24695 0.54060 0.24183 0.54141\n 11 50 2 0.24695 0.54060 0.23532 0.54670\n 11 50 2 0.24695 0.54060 0.23376 0.53841\n 11 490 22 0.24695 0.54060 0.23671 0.54234 0.23159 0.54340 0.22647 0.54459 0.22136 0.54590 0.21624 0.54735 0.21112 0.54891 0.20600 0.55061 0.20088 0.55243 0.19576 0.55437 0.19064 0.55645 0.18553 0.55864 0.18041 0.56096 0.17529 0.56340 0.17017 0.56595 0.16505 0.56863 0.15993 0.57143 0.15481 0.57434 0.14970 0.57737 0.14458 0.58051 0.13946 0.58376 0.13434 0.58712\n 11 50 2 0.13946 0.58376 0.13038 0.59594\n 11 50 2 0.13946 0.58376 0.12666 0.58704\n 11 50 2 0.13946 0.58376 0.12922 0.59060\n 11 490 22 0.26742 0.54931 0.27254 0.54910 0.27766 0.54900 0.28278 0.54901 0.28790 0.54913 0.29302 0.54937 0.29813 0.54971 0.30325 0.55015 0.30837 0.55070 0.31349 0.55135 0.31861 0.55210 0.32373 0.55295 0.32885 0.55389 0.33396 0.55492 0.33908 0.55604 0.34420 0.55725 0.34932 0.55855 0.35444 0.55993 0.35956 0.56139 0.36468 0.56293 0.36979 0.56454 0.37491 0.56623\n 11 50 2 0.37491 0.56623 0.35603 0.56630\n 11 50 2 0.37491 0.56623 0.36040 0.55515\n 11 490 22 0.37491 0.56623 0.38003 0.56799 0.38515 0.56981 0.39027 0.57170 0.39539 0.57365 0.40051 0.57567 0.40562 0.57775 0.41074 0.57988 0.41586 0.58207 0.42098 0.58431 0.42610 0.58660 0.43122 0.58893 0.43634 0.59132 0.44145 0.59375 0.44657 0.59622 0.45169 0.59874 0.45681 0.60129 0.46193 0.60388 0.46705 0.60650 0.47217 0.60916 0.47728 0.61185 0.48240 0.61458\n 11 50 2 0.48240 0.61458 0.45539 0.61016\n 11 50 2 0.48240 0.61458 0.46480 0.59526\n 11 490 22 0.48240 0.61458 0.48752 0.61733 0.49264 0.62011 0.49776 0.62292 0.50288 0.62575 0.50800 0.62860 0.51311 0.63148 0.51823 0.63438 0.52335 0.63730 0.52847 0.64024 0.53359 0.64320 0.53871 0.64618 0.54383 0.64917 0.54894 0.65218 0.55406 0.65520 0.55918 0.65823 0.56430 0.66128 0.56942 0.66434 0.57454 0.66741 0.57966 0.67049 0.58477 0.67358 0.58989 0.67667\n 11 50 2 0.58989 0.67667 0.55551 0.66915\n 11 50 2 0.58989 0.67667 0.56883 0.65063\n 11 490 22 0.58989 0.67667 0.59501 0.67978 0.60013 0.68290 0.60525 0.68602 0.61037 0.68915 0.61549 0.69228 0.62060 0.69542 0.62572 0.69857 0.63084 0.70172 0.63596 0.70488 0.64108 0.70804 0.64620 0.71120 0.65132 0.71436 0.65643 0.71753 0.66155 0.72071 0.66667 0.72388 0.67179 0.72706 0.67691 0.73024 0.68203 0.73342 0.68715 0.73661 0.69226 0.73979 0.69738 0.74298\n 11 50 2 0.69738 0.74298 0.65682 0.73359\n 11 50 2 0.69738 0.74298 0.67289 0.71186\n 11 160 7 0.69738 0.74298 0.70250 0.74617 0.70762 0.74936 0.71274 0.75255 0.71786 0.75574 0.72298 0.75893 0.72809 0.76213\n 11 72 3 0.26742 0.54931 0.26230 0.54953 0.25719 0.54986\n 11 50 2 0.26230 0.54953 0.24882 0.55505\n 11 50 2 0.26230 0.54953 0.24811 0.54580\n 11 490 22 0.26230 0.54953 0.25207 0.55031 0.24695 0.55088 0.24183 0.55157 0.23671 0.55238 0.23159 0.55332 0.22647 0.55438 0.22136 0.55556 0.21624 0.55687 0.21112 0.55830 0.20600 0.55985 0.20088 0.56153 0.19576 0.56333 0.19064 0.56525 0.18553 0.56730 0.18041 0.56947 0.17529 0.57176 0.17017 0.57417 0.16505 0.57671 0.15993 0.57935 0.15481 0.58212 0.14970 0.58501\n 11 50 2 0.15481 0.58212 0.14494 0.59354\n 11 50 2 0.15481 0.58212 0.13926 0.58505\n 11 116 5 0.15481 0.58212 0.14458 0.58801 0.13946 0.59113 0.13434 0.59436 0.12922 0.59770\n 11 490 22 0.24695 0.56340 0.25207 0.56281 0.25719 0.56233 0.26230 0.56197 0.26742 0.56171 0.27254 0.56156 0.27766 0.56152 0.28278 0.56159 0.28790 0.56176 0.29302 0.56203 0.29813 0.56240 0.30325 0.56288 0.30837 0.56345 0.31349 0.56411 0.31861 0.56487 0.32373 0.56571 0.32885 0.56665 0.33396 0.56766 0.33908 0.56877 0.34420 0.56995 0.34932 0.57121 0.35444 0.57255\n 11 50 2 0.35444 0.57255 0.33588 0.57377\n 11 50 2 0.35444 0.57255 0.33937 0.56254\n 11 490 22 0.35444 0.57255 0.35956 0.57396 0.36468 0.57545 0.36979 0.57701 0.37491 0.57863 0.38003 0.58032 0.38515 0.58208 0.39027 0.58389 0.39539 0.58577 0.40051 0.58770 0.40562 0.58969 0.41074 0.59173 0.41586 0.59382 0.42098 0.59596 0.42610 0.59815 0.43122 0.60039 0.43634 0.60266 0.44145 0.60499 0.44657 0.60735 0.45169 0.60975 0.45681 0.61219 0.46193 0.61466\n 11 50 2 0.46193 0.61466 0.43548 0.61135\n 11 50 2 0.46193 0.61466 0.44398 0.59652\n 11 490 22 0.46193 0.61466 0.46705 0.61717 0.47217 0.61971 0.47728 0.62228 0.48240 0.62488 0.48752 0.62751 0.49264 0.63017 0.49776 0.63285 0.50288 0.63556 0.50800 0.63829 0.51311 0.64104 0.51823 0.64382 0.52335 0.64661 0.52847 0.64943 0.53359 0.65226 0.53871 0.65511 0.54383 0.65798 0.54894 0.66086 0.55406 0.66376 0.55918 0.66667 0.56430 0.66960 0.56942 0.67254\n 11 50 2 0.56942 0.67254 0.53549 0.66591\n 11 50 2 0.56942 0.67254 0.54807 0.64745\n 11 490 22 0.56942 0.67254 0.57454 0.67548 0.57966 0.67845 0.58477 0.68142 0.58989 0.68440 0.59501 0.68739 0.60013 0.69039 0.60525 0.69339 0.61037 0.69641 0.61549 0.69943 0.62060 0.70246 0.62572 0.70550 0.63084 0.70854 0.63596 0.71159 0.64108 0.71464 0.64620 0.71770 0.65132 0.72076 0.65643 0.72383 0.66155 0.72690 0.66667 0.72998 0.67179 0.73306 0.67691 0.73614\n 11 50 2 0.67691 0.73614 0.63708 0.72751\n 11 50 2 0.67691 0.73614 0.65245 0.70604\n 11 490 22 0.67691 0.73614 0.68203 0.73923 0.68715 0.74232 0.69226 0.74541 0.69738 0.74850 0.70250 0.75160 0.70762 0.75470 0.71274 0.75781 0.71786 0.76092 0.72298 0.76403 0.72809 0.76714 0.73321 0.77025 0.73833 0.77337 0.74345 0.77649 0.74857 0.77961 0.75369 0.78274 0.75881 0.78586 0.76392 0.78899 0.76904 0.79213 0.77416 0.79526 0.77928 0.79840 0.78440 0.80154\n 11 50 2 0.78440 0.80154 0.73987 0.79152\n 11 50 2 0.78440 0.80154 0.75731 0.76761\n 11 336 15 0.78440 0.80154 0.78952 0.80469 0.79464 0.80783 0.79976 0.81099 0.80487 0.81414 0.80999 0.81730 0.81511 0.82046 0.82023 0.82363 0.82535 0.82680 0.83047 0.82997 0.83559 0.83315 0.84070 0.83633 0.84582 0.83952 0.85094 0.84272 0.85606 0.84592\n 11 72 3 0.24695 0.56340 0.24183 0.56399 0.23671 0.56470\n 11 50 2 0.24183 0.56399 0.22824 0.57078\n 11 50 2 0.24183 0.56399 0.22667 0.56118\n 11 490 22 0.24183 0.56399 0.23159 0.56552 0.22647 0.56646 0.22136 0.56752 0.21624 0.56870 0.21112 0.57000 0.20600 0.57142 0.20088 0.57296 0.19576 0.57462 0.19064 0.57640 0.18553 0.57830 0.18041 0.58032 0.17529 0.58246 0.17017 0.58472 0.16505 0.58710 0.15993 0.58960 0.15481 0.59222 0.14970 0.59495 0.14458 0.59780 0.13946 0.60078 0.13434 0.60386 0.12922 0.60706\n 11 50 2 0.13434 0.60386 0.12666 0.61366\n 11 50 2 0.13434 0.60386 0.12666 0.60565\n 11 490 22 0.26230 0.57279 0.26742 0.57258 0.27254 0.57246 0.27766 0.57245 0.28278 0.57254 0.28790 0.57272 0.29302 0.57301 0.29813 0.57339 0.30325 0.57386 0.30837 0.57442 0.31349 0.57508 0.31861 0.57582 0.32373 0.57664 0.32885 0.57755 0.33396 0.57855 0.33908 0.57962 0.34420 0.58076 0.34932 0.58198 0.35444 0.58327 0.35956 0.58464 0.36468 0.58607 0.36979 0.58756\n 11 50 2 0.36979 0.58756 0.34944 0.58832\n 11 50 2 0.36979 0.58756 0.35367 0.57614\n 11 490 22 0.36979 0.58756 0.37491 0.58912 0.38003 0.59075 0.38515 0.59244 0.39027 0.59418 0.39539 0.59598 0.40051 0.59783 0.40562 0.59974 0.41074 0.60169 0.41586 0.60370 0.42098 0.60575 0.42610 0.60785 0.43122 0.61000 0.43634 0.61218 0.44145 0.61441 0.44657 0.61667 0.45169 0.61897 0.45681 0.62131 0.46193 0.62369 0.46705 0.62609 0.47217 0.62853 0.47728 0.63100\n 11 50 2 0.47728 0.63100 0.44923 0.62751\n 11 50 2 0.47728 0.63100 0.45824 0.61178\n 11 490 22 0.47728 0.63100 0.48240 0.63349 0.48752 0.63602 0.49264 0.63857 0.49776 0.64115 0.50288 0.64375 0.50800 0.64638 0.51311 0.64903 0.51823 0.65170 0.52335 0.65439 0.52847 0.65710 0.53359 0.65983 0.53871 0.66257 0.54383 0.66534 0.54894 0.66812 0.55406 0.67091 0.55918 0.67372 0.56430 0.67654 0.56942 0.67938 0.57454 0.68223 0.57966 0.68509 0.58477 0.68796\n 11 50 2 0.58477 0.68796 0.54955 0.68142\n 11 50 2 0.58477 0.68796 0.56237 0.66217\n 11 490 22 0.58477 0.68796 0.58989 0.69085 0.59501 0.69374 0.60013 0.69664 0.60525 0.69955 0.61037 0.70248 0.61549 0.70540 0.62060 0.70834 0.62572 0.71129 0.63084 0.71424 0.63596 0.71720 0.64108 0.72016 0.64620 0.72313 0.65132 0.72611 0.65643 0.72909 0.66155 0.73208 0.66667 0.73508 0.67179 0.73807 0.67691 0.74108 0.68203 0.74408 0.68715 0.74710 0.69226 0.75011\n 11 50 2 0.69226 0.75011 0.65145 0.74167\n 11 50 2 0.69226 0.75011 0.66692 0.71957\n 11 116 5 0.69226 0.75011 0.69738 0.75313 0.70250 0.75616 0.70762 0.75919 0.71274 0.76222\n 11 72 3 0.26230 0.57279 0.25719 0.57301 0.25207 0.57334\n 11 50 2 0.25719 0.57301 0.24271 0.57891\n 11 50 2 0.25719 0.57301 0.24196 0.56899\n 11 490 22 0.25719 0.57301 0.24695 0.57377 0.24183 0.57431 0.23671 0.57496 0.23159 0.57572 0.22647 0.57659 0.22136 0.57758 0.21624 0.57868 0.21112 0.57989 0.20600 0.58122 0.20088 0.58268 0.19576 0.58425 0.19064 0.58593 0.18553 0.58774 0.18041 0.58966 0.17529 0.59170 0.17017 0.59386 0.16505 0.59613 0.15993 0.59853 0.15481 0.60105 0.14970 0.60368 0.14458 0.60643\n 11 50 2 0.14970 0.60368 0.13897 0.61555\n 11 50 2 0.14970 0.60368 0.13316 0.60645\n 11 94 4 0.14970 0.60368 0.13946 0.60929 0.13434 0.61228 0.12922 0.61538\n 11 490 22 0.24183 0.58688 0.24695 0.58627 0.25207 0.58577 0.25719 0.58537 0.26230 0.58507 0.26742 0.58487 0.27254 0.58477 0.27766 0.58477 0.28278 0.58486 0.28790 0.58504 0.29302 0.58532 0.29813 0.58569 0.30325 0.58614 0.30837 0.58668 0.31349 0.58731 0.31861 0.58801 0.32373 0.58880 0.32885 0.58967 0.33396 0.59061 0.33908 0.59163 0.34420 0.59272 0.34932 0.59388\n 11 50 2 0.34932 0.59388 0.32867 0.59591\n 11 50 2 0.34932 0.59388 0.33208 0.58326\n 11 490 22 0.34932 0.59388 0.35444 0.59511 0.35956 0.59640 0.36468 0.59776 0.36979 0.59919 0.37491 0.60067 0.38003 0.60221 0.38515 0.60381 0.39027 0.60546 0.39539 0.60717 0.40051 0.60894 0.40562 0.61075 0.41074 0.61260 0.41586 0.61451 0.42098 0.61646 0.42610 0.61846 0.43122 0.62049 0.43634 0.62257 0.44145 0.62469 0.44657 0.62684 0.45169 0.62904 0.45681 0.63126\n 11 50 2 0.45681 0.63126 0.42934 0.62890\n 11 50 2 0.45681 0.63126 0.43743 0.61325\n 11 490 22 0.45681 0.63126 0.46193 0.63352 0.46705 0.63582 0.47217 0.63814 0.47728 0.64049 0.48240 0.64288 0.48752 0.64529 0.49264 0.64772 0.49776 0.65019 0.50288 0.65268 0.50800 0.65519 0.51311 0.65772 0.51823 0.66027 0.52335 0.66285 0.52847 0.66545 0.53359 0.66806 0.53871 0.67069 0.54383 0.67334 0.54894 0.67601 0.55406 0.67869 0.55918 0.68139 0.56430 0.68410\n 11 50 2 0.56430 0.68410 0.52952 0.67847\n 11 50 2 0.56430 0.68410 0.54160 0.65928\n 11 490 22 0.56430 0.68410 0.56942 0.68683 0.57454 0.68957 0.57966 0.69232 0.58477 0.69509 0.58989 0.69787 0.59501 0.70065 0.60013 0.70345 0.60525 0.70626 0.61037 0.70908 0.61549 0.71191 0.62060 0.71475 0.62572 0.71759 0.63084 0.72045 0.63596 0.72331 0.64108 0.72618 0.64620 0.72906 0.65132 0.73194 0.65643 0.73484 0.66155 0.73773 0.66667 0.74064 0.67179 0.74355\n 11 50 2 0.67179 0.74355 0.63132 0.73580\n 11 50 2 0.67179 0.74355 0.64622 0.71375\n 11 490 22 0.67179 0.74355 0.67691 0.74647 0.68203 0.74939 0.68715 0.75232 0.69226 0.75525 0.69738 0.75819 0.70250 0.76114 0.70762 0.76408 0.71274 0.76704 0.71786 0.77000 0.72298 0.77296 0.72809 0.77593 0.73321 0.77891 0.73833 0.78189 0.74345 0.78487 0.74857 0.78786 0.75369 0.79086 0.75881 0.79385 0.76392 0.79686 0.76904 0.79987 0.77416 0.80288 0.77928 0.80590\n 11 50 2 0.77928 0.80590 0.73456 0.79663\n 11 50 2 0.77928 0.80590 0.75152 0.77243\n 11 314 14 0.77928 0.80590 0.78440 0.80893 0.78952 0.81195 0.79464 0.81499 0.79976 0.81803 0.80487 0.82108 0.80999 0.82413 0.81511 0.82719 0.82023 0.83025 0.82535 0.83332 0.83047 0.83640 0.83559 0.83948 0.84070 0.84257 0.84582 0.84566\n 11 72 3 0.24183 0.58688 0.23671 0.58749 0.23159 0.58820\n 11 50 2 0.23671 0.58749 0.22219 0.59477\n 11 50 2 0.23671 0.58749 0.22049 0.58450\n 11 468 21 0.23671 0.58749 0.22647 0.58903 0.22136 0.58995 0.21624 0.59099 0.21112 0.59214 0.20600 0.59340 0.20088 0.59477 0.19576 0.59626 0.19064 0.59786 0.18553 0.59958 0.18041 0.60141 0.17529 0.60336 0.17017 0.60543 0.16505 0.60760 0.15993 0.60990 0.15481 0.61231 0.14970 0.61485 0.14458 0.61749 0.13946 0.62026 0.13434 0.62314 0.12922 0.62613\n 11 490 22 0.25719 0.59628 0.26230 0.59598 0.26742 0.59578 0.27254 0.59567 0.27766 0.59566 0.28278 0.59574 0.28790 0.59590 0.29302 0.59616 0.29813 0.59650 0.30325 0.59692 0.30837 0.59743 0.31349 0.59801 0.31861 0.59868 0.32373 0.59942 0.32885 0.60024 0.33396 0.60113 0.33908 0.60209 0.34420 0.60312 0.34932 0.60421 0.35444 0.60538 0.35956 0.60661 0.36468 0.60790\n 11 50 2 0.36468 0.60790 0.34332 0.60949\n 11 50 2 0.36468 0.60790 0.34720 0.59652\n 11 490 22 0.36468 0.60790 0.36979 0.60925 0.37491 0.61065 0.38003 0.61212 0.38515 0.61364 0.39027 0.61521 0.39539 0.61683 0.40051 0.61851 0.40562 0.62023 0.41074 0.62200 0.41586 0.62382 0.42098 0.62568 0.42610 0.62758 0.43122 0.62952 0.43634 0.63150 0.44145 0.63352 0.44657 0.63558 0.45169 0.63768 0.45681 0.63981 0.46193 0.64197 0.46705 0.64416 0.47217 0.64638\n 11 50 2 0.47217 0.64638 0.44315 0.64389\n 11 50 2 0.47217 0.64638 0.45168 0.62736\n 11 490 22 0.47217 0.64638 0.47728 0.64864 0.48240 0.65092 0.48752 0.65323 0.49264 0.65557 0.49776 0.65793 0.50288 0.66032 0.50800 0.66273 0.51311 0.66517 0.51823 0.66762 0.52335 0.67010 0.52847 0.67260 0.53359 0.67511 0.53871 0.67765 0.54383 0.68020 0.54894 0.68277 0.55406 0.68536 0.55918 0.68796 0.56430 0.69058 0.56942 0.69322 0.57454 0.69586 0.57966 0.69852\n 11 50 2 0.57966 0.69852 0.54363 0.69297\n 11 50 2 0.57966 0.69852 0.55595 0.67302\n 11 490 22 0.57966 0.69852 0.58477 0.70120 0.58989 0.70389 0.59501 0.70659 0.60013 0.70930 0.60525 0.71202 0.61037 0.71475 0.61549 0.71749 0.62060 0.72025 0.62572 0.72301 0.63084 0.72578 0.63596 0.72856 0.64108 0.73135 0.64620 0.73415 0.65132 0.73696 0.65643 0.73977 0.66155 0.74259 0.66667 0.74542 0.67179 0.74826 0.67691 0.75110 0.68203 0.75395 0.68715 0.75681\n 11 50 2 0.68715 0.75681 0.64573 0.74920\n 11 50 2 0.68715 0.75681 0.66074 0.72656\n 11 248 11 0.68715 0.75681 0.69226 0.75967 0.69738 0.76254 0.70250 0.76542 0.70762 0.76830 0.71274 0.77119 0.71786 0.77408 0.72298 0.77699 0.72809 0.77989 0.73321 0.78281 0.73833 0.78572\n 11 72 3 0.25719 0.59628 0.25207 0.59657 0.24695 0.59697\n 11 50 2 0.25207 0.59657 0.23570 0.60351\n 11 50 2 0.25207 0.59657 0.23466 0.59223\n 11 490 22 0.25207 0.59657 0.24183 0.59746 0.23671 0.59805 0.23159 0.59875 0.22647 0.59955 0.22136 0.60045 0.21624 0.60146 0.21112 0.60258 0.20600 0.60380 0.20088 0.60513 0.19576 0.60658 0.19064 0.60813 0.18553 0.60980 0.18041 0.61158 0.17529 0.61347 0.17017 0.61548 0.16505 0.61760 0.15993 0.61983 0.15481 0.62218 0.14970 0.62465 0.14458 0.62723 0.13946 0.62993\n 11 50 2 0.14458 0.62723 0.13241 0.64048\n 11 50 2 0.14458 0.62723 0.12666 0.63009\n 11 72 3 0.14458 0.62723 0.13434 0.63274 0.12922 0.63567\n 11 490 22 0.27254 0.60567 0.27766 0.60564 0.28278 0.60569 0.28790 0.60583 0.29302 0.60605 0.29813 0.60636 0.30325 0.60675 0.30837 0.60722 0.31349 0.60776 0.31861 0.60838 0.32373 0.60907 0.32885 0.60983 0.33396 0.61067 0.33908 0.61157 0.34420 0.61254 0.34932 0.61357 0.35444 0.61467 0.35956 0.61583 0.36468 0.61704 0.36979 0.61832 0.37491 0.61966 0.38003 0.62105\n 11 50 2 0.38003 0.62105 0.35694 0.62234\n 11 50 2 0.38003 0.62105 0.36144 0.60842\n 11 490 22 0.38003 0.62105 0.38515 0.62249 0.39027 0.62399 0.39539 0.62553 0.40051 0.62712 0.40562 0.62876 0.41074 0.63045 0.41586 0.63218 0.42098 0.63396 0.42610 0.63577 0.43122 0.63763 0.43634 0.63952 0.44145 0.64146 0.44657 0.64343 0.45169 0.64543 0.45681 0.64747 0.46193 0.64954 0.46705 0.65165 0.47217 0.65378 0.47728 0.65594 0.48240 0.65814 0.48752 0.66036\n 11 50 2 0.48752 0.66036 0.45701 0.65776\n 11 50 2 0.48752 0.66036 0.46597 0.64037\n 11 490 22 0.48752 0.66036 0.49264 0.66260 0.49776 0.66488 0.50288 0.66718 0.50800 0.66950 0.51311 0.67184 0.51823 0.67421 0.52335 0.67660 0.52847 0.67901 0.53359 0.68144 0.53871 0.68388 0.54383 0.68635 0.54894 0.68883 0.55406 0.69134 0.55918 0.69386 0.56430 0.69639 0.56942 0.69894 0.57454 0.70150 0.57966 0.70408 0.58477 0.70668 0.58989 0.70928 0.59501 0.71190\n 11 50 2 0.59501 0.71190 0.55780 0.70640\n 11 50 2 0.59501 0.71190 0.57036 0.68575\n 11 468 21 0.59501 0.71190 0.60013 0.71453 0.60525 0.71718 0.61037 0.71983 0.61549 0.72250 0.62060 0.72518 0.62572 0.72787 0.63084 0.73057 0.63596 0.73327 0.64108 0.73599 0.64620 0.73872 0.65132 0.74146 0.65643 0.74420 0.66155 0.74696 0.66667 0.74972 0.67179 0.75249 0.67691 0.75527 0.68203 0.75805 0.68715 0.76085 0.69226 0.76365 0.69738 0.76646\n 11 72 3 0.27254 0.60567 0.26742 0.60570 0.26230 0.60582\n 11 50 2 0.26742 0.60570 0.24919 0.61229\n 11 50 2 0.26742 0.60570 0.24885 0.59999\n 11 490 22 0.26742 0.60570 0.25719 0.60604 0.25207 0.60634 0.24695 0.60674 0.24183 0.60724 0.23671 0.60783 0.23159 0.60852 0.22647 0.60932 0.22136 0.61021 0.21624 0.61121 0.21112 0.61231 0.20600 0.61352 0.20088 0.61483 0.19576 0.61625 0.19064 0.61778 0.18553 0.61942 0.18041 0.62116 0.17529 0.62302 0.17017 0.62499 0.16505 0.62707 0.15993 0.62927 0.15481 0.63158\n 11 50 2 0.15993 0.62927 0.14687 0.64176\n 11 50 2 0.15993 0.62927 0.14117 0.63114\n 11 138 6 0.15993 0.62927 0.14970 0.63400 0.14458 0.63654 0.13946 0.63919 0.13434 0.64195 0.12922 0.64484\n 11 490 22 0.23671 0.61976 0.24183 0.61905 0.24695 0.61844 0.25207 0.61792 0.25719 0.61750 0.26230 0.61716 0.26742 0.61692 0.27254 0.61676 0.27766 0.61668 0.28278 0.61670 0.28790 0.61679 0.29302 0.61697 0.29813 0.61722 0.30325 0.61755 0.30837 0.61796 0.31349 0.61845 0.31861 0.61901 0.32373 0.61964 0.32885 0.62033 0.33396 0.62110 0.33908 0.62193 0.34420 0.62283\n 11 50 2 0.34420 0.62283 0.32163 0.62618\n 11 50 2 0.34420 0.62283 0.32456 0.61209\n 11 490 22 0.34420 0.62283 0.34932 0.62379 0.35444 0.62481 0.35956 0.62589 0.36468 0.62702 0.36979 0.62822 0.37491 0.62947 0.38003 0.63077 0.38515 0.63212 0.39027 0.63353 0.39539 0.63498 0.40051 0.63649 0.40562 0.63804 0.41074 0.63963 0.41586 0.64126 0.42098 0.64294 0.42610 0.64466 0.43122 0.64642 0.43634 0.64822 0.44145 0.65006 0.44657 0.65193 0.45169 0.65384\n 11 50 2 0.45169 0.65384 0.42308 0.65288\n 11 50 2 0.45169 0.65384 0.43044 0.63622\n 11 490 22 0.45169 0.65384 0.45681 0.65578 0.46193 0.65775 0.46705 0.65975 0.47217 0.66179 0.47728 0.66386 0.48240 0.66595 0.48752 0.66807 0.49264 0.67022 0.49776 0.67239 0.50288 0.67459 0.50800 0.67682 0.51311 0.67907 0.51823 0.68134 0.52335 0.68363 0.52847 0.68594 0.53359 0.68828 0.53871 0.69063 0.54383 0.69301 0.54894 0.69540 0.55406 0.69781 0.55918 0.70024\n 11 50 2 0.55918 0.70024 0.52413 0.69610\n 11 50 2 0.55918 0.70024 0.53523 0.67640\n 11 490 22 0.55918 0.70024 0.56430 0.70268 0.56942 0.70514 0.57454 0.70762 0.57966 0.71011 0.58477 0.71261 0.58989 0.71513 0.59501 0.71767 0.60013 0.72021 0.60525 0.72278 0.61037 0.72535 0.61549 0.72793 0.62060 0.73053 0.62572 0.73314 0.63084 0.73576 0.63596 0.73839 0.64108 0.74103 0.64620 0.74368 0.65132 0.74634 0.65643 0.74901 0.66155 0.75169 0.66667 0.75438\n 11 50 2 0.66667 0.75438 0.62597 0.74793\n 11 50 2 0.66667 0.75438 0.64001 0.72543\n 11 94 4 0.66667 0.75438 0.67179 0.75708 0.67691 0.75979 0.68203 0.76251\n 11 72 3 0.23671 0.61976 0.23159 0.62046 0.22647 0.62127\n 11 50 2 0.23159 0.62046 0.21462 0.62934\n 11 50 2 0.23159 0.62046 0.21237 0.61726\n 11 446 20 0.23159 0.62046 0.22136 0.62217 0.21624 0.62317 0.21112 0.62427 0.20600 0.62547 0.20088 0.62678 0.19576 0.62819 0.19064 0.62971 0.18553 0.63133 0.18041 0.63306 0.17529 0.63490 0.17017 0.63684 0.16505 0.63890 0.15993 0.64107 0.15481 0.64334 0.14970 0.64573 0.14458 0.64824 0.13946 0.65085 0.13434 0.65358 0.12922 0.65642\n 11 490 22 0.25207 0.62915 0.25719 0.62869 0.26230 0.62831 0.26742 0.62802 0.27254 0.62781 0.27766 0.62769 0.28278 0.62765 0.28790 0.62769 0.29302 0.62781 0.29813 0.62800 0.30325 0.62827 0.30837 0.62861 0.31349 0.62903 0.31861 0.62952 0.32373 0.63008 0.32885 0.63070 0.33396 0.63139 0.33908 0.63214 0.34420 0.63296 0.34932 0.63384 0.35444 0.63478 0.35956 0.63578\n 11 50 2 0.35956 0.63578 0.33630 0.63878\n 11 50 2 0.35956 0.63578 0.33964 0.62436\n 11 490 22 0.35956 0.63578 0.36468 0.63683 0.36979 0.63794 0.37491 0.63910 0.38003 0.64031 0.38515 0.64158 0.39027 0.64289 0.39539 0.64425 0.40051 0.64566 0.40562 0.64712 0.41074 0.64862 0.41586 0.65016 0.42098 0.65174 0.42610 0.65337 0.43122 0.65503 0.43634 0.65673 0.44145 0.65847 0.44657 0.66024 0.45169 0.66205 0.45681 0.66390 0.46193 0.66577 0.46705 0.66768\n 11 50 2 0.46705 0.66768 0.43694 0.66666\n 11 50 2 0.46705 0.66768 0.44469 0.64914\n 11 490 22 0.46705 0.66768 0.47217 0.66962 0.47728 0.67159 0.48240 0.67358 0.48752 0.67561 0.49264 0.67766 0.49776 0.67974 0.50288 0.68185 0.50800 0.68398 0.51311 0.68613 0.51823 0.68831 0.52335 0.69050 0.52847 0.69273 0.53359 0.69497 0.53871 0.69723 0.54383 0.69951 0.54894 0.70181 0.55406 0.70413 0.55918 0.70647 0.56430 0.70883 0.56942 0.71120 0.57454 0.71359\n 11 50 2 0.57454 0.71359 0.53825 0.70952\n 11 50 2 0.57454 0.71359 0.54959 0.68908\n 11 490 22 0.57454 0.71359 0.57966 0.71600 0.58477 0.71842 0.58989 0.72086 0.59501 0.72331 0.60013 0.72577 0.60525 0.72825 0.61037 0.73074 0.61549 0.73325 0.62060 0.73577 0.62572 0.73830 0.63084 0.74084 0.63596 0.74340 0.64108 0.74596 0.64620 0.74854 0.65132 0.75113 0.65643 0.75373 0.66155 0.75634 0.66667 0.75896 0.67179 0.76159 0.67691 0.76423 0.68203 0.76688\n 11 50 2 0.68203 0.76688 0.64036 0.76053\n 11 50 2 0.68203 0.76688 0.65456 0.73744\n 11 490 22 0.68203 0.76688 0.68715 0.76954 0.69226 0.77221 0.69738 0.77489 0.70250 0.77758 0.70762 0.78028 0.71274 0.78298 0.71786 0.78570 0.72298 0.78842 0.72809 0.79116 0.73321 0.79390 0.73833 0.79665 0.74345 0.79941 0.74857 0.80217 0.75369 0.80495 0.75881 0.80774 0.76392 0.81053 0.76904 0.81333 0.77416 0.81614 0.77928 0.81896 0.78440 0.82179 0.78952 0.82463\n 11 50 2 0.78952 0.82463 0.74353 0.81632\n 11 50 2 0.78952 0.82463 0.76011 0.79115\n 11 204 9 0.78952 0.82463 0.79464 0.82748 0.79976 0.83033 0.80487 0.83319 0.80999 0.83607 0.81511 0.83895 0.82023 0.84184 0.82535 0.84474 0.83047 0.84765\n 11 72 3 0.25207 0.62915 0.24695 0.62961 0.24183 0.63017\n 11 50 2 0.24695 0.62961 0.22920 0.63781\n 11 50 2 0.24695 0.62961 0.22761 0.62543\n 11 490 22 0.24695 0.62961 0.23671 0.63081 0.23159 0.63155 0.22647 0.63238 0.22136 0.63330 0.21624 0.63432 0.21112 0.63544 0.20600 0.63665 0.20088 0.63797 0.19576 0.63939 0.19064 0.64091 0.18553 0.64254 0.18041 0.64427 0.17529 0.64611 0.17017 0.64805 0.16505 0.65010 0.15993 0.65225 0.15481 0.65452 0.14970 0.65690 0.14458 0.65939 0.13946 0.66198 0.13434 0.66469\n 11 50 2 0.13946 0.66198 0.12666 0.67596\n 11 50 2 0.13946 0.66198 0.12666 0.66405\n 11 50 2 0.13946 0.66198 0.12922 0.66751\n 11 490 22 0.26742 0.63854 0.27254 0.63828 0.27766 0.63811 0.28278 0.63801 0.28790 0.63799 0.29302 0.63805 0.29813 0.63818 0.30325 0.63838 0.30837 0.63866 0.31349 0.63901 0.31861 0.63942 0.32373 0.63991 0.32885 0.64046 0.33396 0.64107 0.33908 0.64174 0.34420 0.64248 0.34932 0.64328 0.35444 0.64414 0.35956 0.64505 0.36468 0.64602 0.36979 0.64704 0.37491 0.64812\n 11 50 2 0.37491 0.64812 0.34999 0.65096\n 11 50 2 0.37491 0.64812 0.35383 0.63560\n 11 490 22 0.37491 0.64812 0.38003 0.64925 0.38515 0.65043 0.39027 0.65165 0.39539 0.65293 0.40051 0.65425 0.40562 0.65561 0.41074 0.65702 0.41586 0.65847 0.42098 0.65996 0.42610 0.66149 0.43122 0.66307 0.43634 0.66468 0.44145 0.66633 0.44657 0.66801 0.45169 0.66973 0.45681 0.67148 0.46193 0.67326 0.46705 0.67508 0.47217 0.67692 0.47728 0.67880 0.48240 0.68071\n 11 50 2 0.48240 0.68071 0.45085 0.67965\n 11 50 2 0.48240 0.68071 0.45898 0.66129\n 11 490 22 0.48240 0.68071 0.48752 0.68264 0.49264 0.68461 0.49776 0.68660 0.50288 0.68861 0.50800 0.69065 0.51311 0.69272 0.51823 0.69481 0.52335 0.69692 0.52847 0.69905 0.53359 0.70121 0.53871 0.70339 0.54383 0.70559 0.54894 0.70780 0.55406 0.71004 0.55918 0.71230 0.56430 0.71457 0.56942 0.71686 0.57454 0.71917 0.57966 0.72150 0.58477 0.72384 0.58989 0.72620\n 11 50 2 0.58989 0.72620 0.55243 0.72218\n 11 50 2 0.58989 0.72620 0.56401 0.70103\n 11 468 21 0.58989 0.72620 0.59501 0.72858 0.60013 0.73096 0.60525 0.73337 0.61037 0.73579 0.61549 0.73822 0.62060 0.74067 0.62572 0.74312 0.63084 0.74560 0.63596 0.74808 0.64108 0.75058 0.64620 0.75309 0.65132 0.75561 0.65643 0.75814 0.66155 0.76069 0.66667 0.76325 0.67179 0.76581 0.67691 0.76839 0.68203 0.77098 0.68715 0.77358 0.69226 0.77619\n 11 72 3 0.26742 0.63854 0.26230 0.63880 0.25719 0.63914\n 11 50 2 0.26230 0.63880 0.24280 0.64683\n 11 50 2 0.26230 0.63880 0.24174 0.63345\n 11 490 22 0.26230 0.63880 0.25207 0.63957 0.24695 0.64008 0.24183 0.64067 0.23671 0.64136 0.23159 0.64214 0.22647 0.64300 0.22136 0.64396 0.21624 0.64501 0.21112 0.64616 0.20600 0.64740 0.20088 0.64874 0.19576 0.65018 0.19064 0.65172 0.18553 0.65336 0.18041 0.65511 0.17529 0.65696 0.17017 0.65891 0.16505 0.66097 0.15993 0.66313 0.15481 0.66540 0.14970 0.66778\n 11 50 2 0.15481 0.66540 0.13949 0.68041\n 11 50 2 0.15481 0.66540 0.13256 0.66786\n 11 116 5 0.15481 0.66540 0.14458 0.67027 0.13946 0.67286 0.13434 0.67557 0.12922 0.67839\n 11 490 22 0.28278 0.64794 0.28790 0.64785 0.29302 0.64785 0.29813 0.64791 0.30325 0.64805 0.30837 0.64826 0.31349 0.64854 0.31861 0.64888 0.32373 0.64930 0.32885 0.64977 0.33396 0.65031 0.33908 0.65091 0.34420 0.65157 0.34932 0.65229 0.35444 0.65306 0.35956 0.65389 0.36468 0.65478 0.36979 0.65572 0.37491 0.65671 0.38003 0.65775 0.38515 0.65884 0.39027 0.65998\n 11 50 2 0.39027 0.65998 0.36373 0.66269\n 11 50 2 0.39027 0.65998 0.36804 0.64640\n 11 490 22 0.39027 0.65998 0.39539 0.66117 0.40051 0.66241 0.40562 0.66368 0.41074 0.66501 0.41586 0.66637 0.42098 0.66777 0.42610 0.66922 0.43122 0.67070 0.43634 0.67222 0.44145 0.67378 0.44657 0.67538 0.45169 0.67701 0.45681 0.67867 0.46193 0.68037 0.46705 0.68210 0.47217 0.68386 0.47728 0.68565 0.48240 0.68747 0.48752 0.68932 0.49264 0.69120 0.49776 0.69311\n 11 50 2 0.49776 0.69311 0.46559 0.69203\n 11 50 2 0.49776 0.69311 0.47387 0.67331\n 11 490 22 0.49776 0.69311 0.50288 0.69504 0.50800 0.69699 0.51311 0.69897 0.51823 0.70098 0.52335 0.70301 0.52847 0.70506 0.53359 0.70714 0.53871 0.70924 0.54383 0.71135 0.54894 0.71349 0.55406 0.71565 0.55918 0.71783 0.56430 0.72003 0.56942 0.72224 0.57454 0.72448 0.57966 0.72673 0.58477 0.72900 0.58989 0.73128 0.59501 0.73359 0.60013 0.73590 0.60525 0.73824\n 11 50 2 0.60525 0.73824 0.56665 0.73425\n 11 50 2 0.60525 0.73824 0.57847 0.71242\n 11 248 11 0.60525 0.73824 0.61037 0.74058 0.61549 0.74295 0.62060 0.74533 0.62572 0.74772 0.63084 0.75012 0.63596 0.75254 0.64108 0.75497 0.64620 0.75742 0.65132 0.75988 0.65643 0.76235\n 11 72 3 0.28278 0.64794 0.27766 0.64802 0.27254 0.64817\n 11 50 2 0.27766 0.64802 0.25640 0.65587\n 11 50 2 0.27766 0.64802 0.25587 0.64149\n 11 490 22 0.27766 0.64802 0.26742 0.64841 0.26230 0.64872 0.25719 0.64912 0.25207 0.64959 0.24695 0.65015 0.24183 0.65080 0.23671 0.65153 0.23159 0.65235 0.22647 0.65326 0.22136 0.65426 0.21624 0.65535 0.21112 0.65654 0.20600 0.65782 0.20088 0.65919 0.19576 0.66066 0.19064 0.66223 0.18553 0.66390 0.18041 0.66567 0.17529 0.66754 0.17017 0.66951 0.16505 0.67159\n 11 50 2 0.17017 0.66951 0.15401 0.68376\n 11 50 2 0.17017 0.66951 0.14780 0.67090\n 11 182 8 0.17017 0.66951 0.15993 0.67377 0.15481 0.67606 0.14970 0.67845 0.14458 0.68095 0.13946 0.68355 0.13434 0.68627 0.12922 0.68909\n 11 490 22 0.24183 0.66202 0.24695 0.66123 0.25207 0.66053 0.25719 0.65990 0.26230 0.65936 0.26742 0.65890 0.27254 0.65852 0.27766 0.65821 0.28278 0.65798 0.28790 0.65783 0.29302 0.65775 0.29813 0.65774 0.30325 0.65781 0.30837 0.65794 0.31349 0.65814 0.31861 0.65840 0.32373 0.65873 0.32885 0.65913 0.33396 0.65958 0.33908 0.66010 0.34420 0.66068 0.34932 0.66132\n 11 50 2 0.34932 0.66132 0.32497 0.66618\n 11 50 2 0.34932 0.66132 0.32726 0.65068\n 11 490 22 0.34932 0.66132 0.35444 0.66201 0.35956 0.66276 0.36468 0.66356 0.36979 0.66441 0.37491 0.66532 0.38003 0.66628 0.38515 0.66728 0.39027 0.66833 0.39539 0.66943 0.40051 0.67058 0.40562 0.67177 0.41074 0.67300 0.41586 0.67427 0.42098 0.67559 0.42610 0.67695 0.43122 0.67834 0.43634 0.67978 0.44145 0.68125 0.44657 0.68276 0.45169 0.68430 0.45681 0.68587\n 11 50 2 0.45681 0.68587 0.42586 0.68659\n 11 50 2 0.45681 0.68587 0.43260 0.66817\n 11 490 22 0.45681 0.68587 0.46193 0.68748 0.46705 0.68912 0.47217 0.69080 0.47728 0.69250 0.48240 0.69424 0.48752 0.69600 0.49264 0.69779 0.49776 0.69961 0.50288 0.70146 0.50800 0.70333 0.51311 0.70523 0.51823 0.70716 0.52335 0.70911 0.52847 0.71108 0.53359 0.71307 0.53871 0.71509 0.54383 0.71713 0.54894 0.71919 0.55406 0.72127 0.55918 0.72337 0.56430 0.72549\n 11 50 2 0.56430 0.72549 0.52722 0.72293\n 11 50 2 0.56430 0.72549 0.53769 0.70166\n 11 490 22 0.56430 0.72549 0.56942 0.72763 0.57454 0.72979 0.57966 0.73197 0.58477 0.73416 0.58989 0.73638 0.59501 0.73861 0.60013 0.74085 0.60525 0.74312 0.61037 0.74539 0.61549 0.74769 0.62060 0.75000 0.62572 0.75232 0.63084 0.75466 0.63596 0.75702 0.64108 0.75938 0.64620 0.76177 0.65132 0.76416 0.65643 0.76657 0.66155 0.76899 0.66667 0.77143 0.67179 0.77388\n 11 50 2 0.67179 0.77388 0.62992 0.76880\n 11 50 2 0.67179 0.77388 0.64327 0.74529\n 11 490 22 0.67179 0.77388 0.67691 0.77634 0.68203 0.77881 0.68715 0.78129 0.69226 0.78379 0.69738 0.78630 0.70250 0.78882 0.70762 0.79135 0.71274 0.79390 0.71786 0.79645 0.72298 0.79902 0.72809 0.80160 0.73321 0.80419 0.73833 0.80679 0.74345 0.80940 0.74857 0.81202 0.75369 0.81465 0.75881 0.81730 0.76392 0.81995 0.76904 0.82262 0.77416 0.82530 0.77928 0.82799\n 11 50 2 0.77928 0.82799 0.73340 0.82072\n 11 50 2 0.77928 0.82799 0.74923 0.79537\n 11 182 8 0.77928 0.82799 0.78440 0.83069 0.78952 0.83340 0.79464 0.83612 0.79976 0.83885 0.80487 0.84160 0.80999 0.84435 0.81511 0.84712\n 11 72 3 0.24183 0.66202 0.23671 0.66282 0.23159 0.66369\n 11 50 2 0.23671 0.66282 0.21663 0.67370\n 11 50 2 0.23671 0.66282 0.21370 0.65931\n 11 468 21 0.23671 0.66282 0.22647 0.66466 0.22136 0.66571 0.21624 0.66686 0.21112 0.66809 0.20600 0.66942 0.20088 0.67084 0.19576 0.67236 0.19064 0.67397 0.18553 0.67568 0.18041 0.67749 0.17529 0.67939 0.17017 0.68140 0.16505 0.68351 0.15993 0.68572 0.15481 0.68804 0.14970 0.69046 0.14458 0.69298 0.13946 0.69561 0.13434 0.69835 0.12922 0.70119\n 11 490 22 0.25719 0.67142 0.26230 0.67080 0.26742 0.67026 0.27254 0.66980 0.27766 0.66941 0.28278 0.66910 0.28790 0.66886 0.29302 0.66870 0.29813 0.66861 0.30325 0.66858 0.30837 0.66863 0.31349 0.66874 0.31861 0.66891 0.32373 0.66915 0.32885 0.66945 0.33396 0.66982 0.33908 0.67024 0.34420 0.67072 0.34932 0.67126 0.35444 0.67186 0.35956 0.67251 0.36468 0.67322\n 11 50 2 0.36468 0.67322 0.33871 0.67805\n 11 50 2 0.36468 0.67322 0.34140 0.66160\n 11 490 22 0.36468 0.67322 0.36979 0.67397 0.37491 0.67478 0.38003 0.67564 0.38515 0.67655 0.39027 0.67751 0.39539 0.67851 0.40051 0.67956 0.40562 0.68065 0.41074 0.68178 0.41586 0.68296 0.42098 0.68418 0.42610 0.68543 0.43122 0.68673 0.43634 0.68807 0.44145 0.68944 0.44657 0.69085 0.45169 0.69230 0.45681 0.69378 0.46193 0.69529 0.46705 0.69684 0.47217 0.69842\n 11 50 2 0.47217 0.69842 0.43980 0.69915\n 11 50 2 0.47217 0.69842 0.44685 0.67989\n 11 490 22 0.47217 0.69842 0.47728 0.70002 0.48240 0.70166 0.48752 0.70333 0.49264 0.70503 0.49776 0.70676 0.50288 0.70852 0.50800 0.71030 0.51311 0.71211 0.51823 0.71394 0.52335 0.71580 0.52847 0.71768 0.53359 0.71959 0.53871 0.72152 0.54383 0.72347 0.54894 0.72544 0.55406 0.72744 0.55918 0.72946 0.56430 0.73150 0.56942 0.73355 0.57454 0.73563 0.57966 0.73773\n 11 50 2 0.57966 0.73773 0.54141 0.73524\n 11 50 2 0.57966 0.73773 0.55211 0.71327\n 11 490 22 0.57966 0.73773 0.58477 0.73984 0.58989 0.74198 0.59501 0.74413 0.60013 0.74630 0.60525 0.74848 0.61037 0.75069 0.61549 0.75291 0.62060 0.75514 0.62572 0.75740 0.63084 0.75966 0.63596 0.76195 0.64108 0.76424 0.64620 0.76656 0.65132 0.76888 0.65643 0.77123 0.66155 0.77358 0.66667 0.77595 0.67179 0.77833 0.67691 0.78073 0.68203 0.78314 0.68715 0.78556\n 11 50 2 0.68715 0.78556 0.64437 0.78054\n 11 50 2 0.68715 0.78556 0.65789 0.75649\n 11 116 5 0.68715 0.78556 0.69226 0.78800 0.69738 0.79045 0.70250 0.79291 0.70762 0.79538\n 11 72 3 0.25719 0.67142 0.25207 0.67204 0.24695 0.67273\n 11 50 2 0.25207 0.67204 0.23126 0.68238\n 11 50 2 0.25207 0.67204 0.22888 0.66769\n 11 490 22 0.25207 0.67204 0.24183 0.67351 0.23671 0.67438 0.23159 0.67532 0.22647 0.67635 0.22136 0.67747 0.21624 0.67868 0.21112 0.67997 0.20600 0.68136 0.20088 0.68284 0.19576 0.68441 0.19064 0.68608 0.18553 0.68784 0.18041 0.68969 0.17529 0.69165 0.17017 0.69370 0.16505 0.69586 0.15993 0.69811 0.15481 0.70047 0.14970 0.70292 0.14458 0.70548 0.13946 0.70815\n 11 50 2 0.14458 0.70548 0.12837 0.72294\n 11 50 2 0.14458 0.70548 0.12666 0.70825\n 11 72 3 0.14458 0.70548 0.13434 0.71092 0.12922 0.71379\n 11 490 22 0.27254 0.68081 0.27766 0.68034 0.28278 0.67995 0.28790 0.67963 0.29302 0.67937 0.29813 0.67919 0.30325 0.67908 0.30837 0.67904 0.31349 0.67906 0.31861 0.67914 0.32373 0.67929 0.32885 0.67950 0.33396 0.67978 0.33908 0.68011 0.34420 0.68050 0.34932 0.68094 0.35444 0.68144 0.35956 0.68200 0.36468 0.68261 0.36979 0.68327 0.37491 0.68398 0.38003 0.68474\n 11 50 2 0.38003 0.68474 0.35248 0.68956\n 11 50 2 0.38003 0.68474 0.35555 0.67218\n 11 490 22 0.38003 0.68474 0.38515 0.68556 0.39027 0.68641 0.39539 0.68732 0.40051 0.68827 0.40562 0.68927 0.41074 0.69031 0.41586 0.69139 0.42098 0.69251 0.42610 0.69367 0.43122 0.69488 0.43634 0.69612 0.44145 0.69740 0.44657 0.69871 0.45169 0.70006 0.45681 0.70145 0.46193 0.70287 0.46705 0.70432 0.47217 0.70581 0.47728 0.70733 0.48240 0.70888 0.48752 0.71046\n 11 50 2 0.48752 0.71046 0.45379 0.71122\n 11 50 2 0.48752 0.71046 0.46115 0.69115\n 11 490 22 0.48752 0.71046 0.49264 0.71206 0.49776 0.71370 0.50288 0.71537 0.50800 0.71706 0.51311 0.71878 0.51823 0.72053 0.52335 0.72230 0.52847 0.72410 0.53359 0.72592 0.53871 0.72776 0.54383 0.72963 0.54894 0.73153 0.55406 0.73344 0.55918 0.73538 0.56430 0.73733 0.56942 0.73931 0.57454 0.74131 0.57966 0.74333 0.58477 0.74537 0.58989 0.74743 0.59501 0.74950\n 11 50 2 0.59501 0.74950 0.55626 0.74711\n 11 50 2 0.59501 0.74950 0.56701 0.72481\n 11 490 22 0.59501 0.74950 0.60013 0.75160 0.60525 0.75371 0.61037 0.75584 0.61549 0.75799 0.62060 0.76016 0.62572 0.76234 0.63084 0.76454 0.63596 0.76675 0.64108 0.76898 0.64620 0.77123 0.65132 0.77349 0.65643 0.77577 0.66155 0.77806 0.66667 0.78036 0.67179 0.78268 0.67691 0.78502 0.68203 0.78737 0.68715 0.78973 0.69226 0.79211 0.69738 0.79450 0.70250 0.79690\n 11 50 2 0.70250 0.79690 0.65885 0.79191\n 11 50 2 0.70250 0.79690 0.67256 0.76733\n 11 468 21 0.70250 0.79690 0.70762 0.79932 0.71274 0.80175 0.71786 0.80420 0.72298 0.80665 0.72809 0.80912 0.73321 0.81161 0.73833 0.81410 0.74345 0.81661 0.74857 0.81913 0.75369 0.82167 0.75881 0.82421 0.76392 0.82677 0.76904 0.82934 0.77416 0.83193 0.77928 0.83452 0.78440 0.83713 0.78952 0.83976 0.79464 0.84239 0.79976 0.84504 0.80487 0.84770\n 11 72 3 0.27254 0.68081 0.26742 0.68128 0.26230 0.68182\n 11 50 2 0.26742 0.68128 0.24489 0.69163\n 11 50 2 0.26742 0.68128 0.24291 0.67592\n 11 490 22 0.26742 0.68128 0.25719 0.68244 0.25207 0.68314 0.24695 0.68391 0.24183 0.68477 0.23671 0.68571 0.23159 0.68672 0.22647 0.68783 0.22136 0.68902 0.21624 0.69029 0.21112 0.69165 0.20600 0.69310 0.20088 0.69464 0.19576 0.69628 0.19064 0.69800 0.18553 0.69982 0.18041 0.70174 0.17529 0.70375 0.17017 0.70586 0.16505 0.70806 0.15993 0.71036 0.15481 0.71277\n 11 50 2 0.15993 0.71036 0.14202 0.72805\n 11 50 2 0.15993 0.71036 0.13382 0.71335\n 11 138 6 0.15993 0.71036 0.14970 0.71527 0.14458 0.71788 0.13946 0.72058 0.13434 0.72339 0.12922 0.72630\n 11 490 22 0.28278 0.69020 0.28790 0.68980 0.29302 0.68946 0.29813 0.68920 0.30325 0.68900 0.30837 0.68887 0.31349 0.68880 0.31861 0.68880 0.32373 0.68886 0.32885 0.68899 0.33396 0.68917 0.33908 0.68941 0.34420 0.68971 0.34932 0.69007 0.35444 0.69048 0.35956 0.69095 0.36468 0.69147 0.36979 0.69204 0.37491 0.69266 0.38003 0.69333 0.38515 0.69405 0.39027 0.69482\n 11 50 2 0.39027 0.69482 0.36122 0.69986\n 11 50 2 0.39027 0.69482 0.36448 0.68155\n 11 490 22 0.39027 0.69482 0.39539 0.69563 0.40051 0.69649 0.40562 0.69740 0.41074 0.69834 0.41586 0.69933 0.42098 0.70036 0.42610 0.70144 0.43122 0.70255 0.43634 0.70370 0.44145 0.70489 0.44657 0.70612 0.45169 0.70738 0.45681 0.70868 0.46193 0.71001 0.46705 0.71138 0.47217 0.71278 0.47728 0.71421 0.48240 0.71567 0.48752 0.71717 0.49264 0.71869 0.49776 0.72025\n 11 50 2 0.49776 0.72025 0.46403 0.72116\n 11 50 2 0.49776 0.72025 0.47128 0.70105\n 11 490 22 0.49776 0.72025 0.50288 0.72183 0.50800 0.72344 0.51311 0.72508 0.51823 0.72674 0.52335 0.72843 0.52847 0.73015 0.53359 0.73189 0.53871 0.73366 0.54383 0.73545 0.54894 0.73727 0.55406 0.73911 0.55918 0.74097 0.56430 0.74285 0.56942 0.74475 0.57454 0.74668 0.57966 0.74863 0.58477 0.75059 0.58989 0.75258 0.59501 0.75459 0.60013 0.75661 0.60525 0.75866\n 11 50 2 0.60525 0.75866 0.56588 0.75643\n 11 50 2 0.60525 0.75866 0.57665 0.73373\n 11 490 22 0.60525 0.75866 0.61037 0.76072 0.61549 0.76280 0.62060 0.76490 0.62572 0.76702 0.63084 0.76915 0.63596 0.77130 0.64108 0.77347 0.64620 0.77565 0.65132 0.77785 0.65643 0.78007 0.66155 0.78230 0.66667 0.78455 0.67179 0.78681 0.67691 0.78909 0.68203 0.79138 0.68715 0.79369 0.69226 0.79601 0.69738 0.79834 0.70250 0.80070 0.70762 0.80306 0.71274 0.80544\n 11 50 2 0.71274 0.80544 0.66906 0.80061\n 11 50 2 0.71274 0.80544 0.68266 0.77599\n 11 226 10 0.71274 0.80544 0.71786 0.80783 0.72298 0.81024 0.72809 0.81266 0.73321 0.81509 0.73833 0.81754 0.74345 0.82000 0.74857 0.82248 0.75369 0.82497 0.75881 0.82747\n 11 72 3 0.28278 0.69020 0.27766 0.69061 0.27254 0.69108\n 11 50 2 0.27766 0.69061 0.25392 0.70113\n 11 50 2 0.27766 0.69061 0.25210 0.68467\n 11 490 22 0.27766 0.69061 0.26742 0.69163 0.26230 0.69225 0.25719 0.69295 0.25207 0.69373 0.24695 0.69458 0.24183 0.69551 0.23671 0.69652 0.23159 0.69761 0.22647 0.69879 0.22136 0.70005 0.21624 0.70140 0.21112 0.70283 0.20600 0.70435 0.20088 0.70595 0.19576 0.70765 0.19064 0.70944 0.18553 0.71132 0.18041 0.71329 0.17529 0.71536 0.17017 0.71753 0.16505 0.71979\n 11 50 2 0.17017 0.71753 0.15179 0.73481\n 11 50 2 0.17017 0.71753 0.14398 0.71992\n 11 182 8 0.17017 0.71753 0.15993 0.72214 0.15481 0.72460 0.14970 0.72715 0.14458 0.72980 0.13946 0.73256 0.13434 0.73541 0.12922 0.73836\n 11 490 22 0.29813 0.69960 0.30325 0.69931 0.30837 0.69908 0.31349 0.69892 0.31861 0.69883 0.32373 0.69879 0.32885 0.69882 0.33396 0.69891 0.33908 0.69905 0.34420 0.69926 0.34932 0.69952 0.35444 0.69983 0.35956 0.70020 0.36468 0.70063 0.36979 0.70110 0.37491 0.70163 0.38003 0.70221 0.38515 0.70283 0.39027 0.70350 0.39539 0.70423 0.40051 0.70499 0.40562 0.70580\n 11 50 2 0.40562 0.70580 0.37600 0.71070\n 11 50 2 0.40562 0.70580 0.37950 0.69208\n 11 490 22 0.40562 0.70580 0.41074 0.70666 0.41586 0.70755 0.42098 0.70849 0.42610 0.70947 0.43122 0.71049 0.43634 0.71155 0.44145 0.71265 0.44657 0.71378 0.45169 0.71495 0.45681 0.71616 0.46193 0.71740 0.46705 0.71868 0.47217 0.71999 0.47728 0.72133 0.48240 0.72271 0.48752 0.72412 0.49264 0.72555 0.49776 0.72702 0.50288 0.72852 0.50800 0.73004 0.51311 0.73160\n 11 50 2 0.51311 0.73160 0.47807 0.73254\n 11 50 2 0.51311 0.73160 0.48560 0.71165\n 11 490 22 0.51311 0.73160 0.51823 0.73318 0.52335 0.73479 0.52847 0.73642 0.53359 0.73809 0.53871 0.73977 0.54383 0.74148 0.54894 0.74322 0.55406 0.74498 0.55918 0.74676 0.56430 0.74857 0.56942 0.75040 0.57454 0.75225 0.57966 0.75412 0.58477 0.75601 0.58989 0.75793 0.59501 0.75986 0.60013 0.76181 0.60525 0.76379 0.61037 0.76578 0.61549 0.76779 0.62060 0.76982\n 11 50 2 0.62060 0.76982 0.58017 0.76763\n 11 50 2 0.62060 0.76982 0.59116 0.74429\n 11 248 11 0.62060 0.76982 0.62572 0.77187 0.63084 0.77394 0.63596 0.77603 0.64108 0.77813 0.64620 0.78025 0.65132 0.78239 0.65643 0.78454 0.66155 0.78671 0.66667 0.78890 0.67179 0.79110\n 11 72 3 0.29813 0.69960 0.29302 0.69989 0.28790 0.70024\n 11 50 2 0.29302 0.69989 0.26865 0.71000\n 11 50 2 0.29302 0.69989 0.26727 0.69327\n 11 490 22 0.29302 0.69989 0.28278 0.70067 0.27766 0.70116 0.27254 0.70173 0.26742 0.70236 0.26230 0.70307 0.25719 0.70385 0.25207 0.70471 0.24695 0.70564 0.24183 0.70666 0.23671 0.70775 0.23159 0.70892 0.22647 0.71018 0.22136 0.71151 0.21624 0.71294 0.21112 0.71444 0.20600 0.71604 0.20088 0.71772 0.19576 0.71949 0.19064 0.72134 0.18553 0.72329 0.18041 0.72533\n 11 50 2 0.18553 0.72329 0.16542 0.74079\n 11 50 2 0.18553 0.72329 0.15787 0.72484\n 11 226 10 0.18553 0.72329 0.17529 0.72747 0.17017 0.72970 0.16505 0.73202 0.15993 0.73443 0.15481 0.73695 0.14970 0.73956 0.14458 0.74226 0.13946 0.74507 0.13434 0.74797\n 11 490 22 0.31349 0.70899 0.31861 0.70880 0.32373 0.70867 0.32885 0.70860 0.33396 0.70860 0.33908 0.70865 0.34420 0.70876 0.34932 0.70892 0.35444 0.70915 0.35956 0.70942 0.36468 0.70975 0.36979 0.71013 0.37491 0.71056 0.38003 0.71104 0.38515 0.71157 0.39027 0.71215 0.39539 0.71277 0.40051 0.71345 0.40562 0.71416 0.41074 0.71492 0.41586 0.71572 0.42098 0.71657\n 11 50 2 0.42098 0.71657 0.38987 0.72150\n 11 50 2 0.42098 0.71657 0.39370 0.70200\n 11 490 22 0.42098 0.71657 0.42610 0.71746 0.43122 0.71839 0.43634 0.71935 0.44145 0.72036 0.44657 0.72141 0.45169 0.72249 0.45681 0.72360 0.46193 0.72476 0.46705 0.72594 0.47217 0.72717 0.47728 0.72842 0.48240 0.72971 0.48752 0.73103 0.49264 0.73238 0.49776 0.73377 0.50288 0.73518 0.50800 0.73662 0.51311 0.73809 0.51823 0.73959 0.52335 0.74112 0.52847 0.74268\n 11 50 2 0.52847 0.74268 0.49214 0.74366\n 11 50 2 0.52847 0.74268 0.49995 0.72200\n 11 490 22 0.52847 0.74268 0.53359 0.74426 0.53871 0.74586 0.54383 0.74750 0.54894 0.74915 0.55406 0.75084 0.55918 0.75254 0.56430 0.75427 0.56942 0.75603 0.57454 0.75780 0.57966 0.75960 0.58477 0.76142 0.58989 0.76326 0.59501 0.76513 0.60013 0.76701 0.60525 0.76892 0.61037 0.77084 0.61549 0.77279 0.62060 0.77475 0.62572 0.77673 0.63084 0.77874 0.63596 0.78076\n 11 50 2 0.63596 0.78076 0.59449 0.77857\n 11 50 2 0.63596 0.78076 0.60572 0.75463\n 11 138 6 0.63596 0.78076 0.64108 0.78280 0.64620 0.78485 0.65132 0.78693 0.65643 0.78902 0.66155 0.79113\n 11 72 3 0.31349 0.70899 0.30837 0.70918 0.30325 0.70943\n 11 50 2 0.30837 0.70918 0.28235 0.71935\n 11 50 2 0.30837 0.70918 0.28132 0.70162\n 11 490 22 0.30837 0.70918 0.29813 0.70975 0.29302 0.71013 0.28790 0.71057 0.28278 0.71109 0.27766 0.71167 0.27254 0.71233 0.26742 0.71305 0.26230 0.71385 0.25719 0.71472 0.25207 0.71566 0.24695 0.71668 0.24183 0.71778 0.23671 0.71896 0.23159 0.72021 0.22647 0.72155 0.22136 0.72296 0.21624 0.72446 0.21112 0.72605 0.20600 0.72772 0.20088 0.72948 0.19576 0.73132\n 11 50 2 0.20088 0.72948 0.18005 0.74634\n 11 50 2 0.20088 0.72948 0.17311 0.73011\n 11 292 13 0.20088 0.72948 0.19064 0.73325 0.18553 0.73527 0.18041 0.73738 0.17529 0.73958 0.17017 0.74188 0.16505 0.74426 0.15993 0.74674 0.15481 0.74931 0.14970 0.75198 0.14458 0.75475 0.13946 0.75761 0.13434 0.76056\n 11 490 22 0.32885 0.71838 0.33396 0.71828 0.33908 0.71824 0.34420 0.71825 0.34932 0.71832 0.35444 0.71845 0.35956 0.71863 0.36468 0.71887 0.36979 0.71915 0.37491 0.71949 0.38003 0.71988 0.38515 0.72031 0.39027 0.72080 0.39539 0.72133 0.40051 0.72191 0.40562 0.72253 0.41074 0.72320 0.41586 0.72391 0.42098 0.72466 0.42610 0.72546 0.43122 0.72629 0.43634 0.72717\n 11 50 2 0.43634 0.72717 0.40428 0.73206\n 11 50 2 0.43634 0.72717 0.40835 0.71201\n 11 490 22 0.43634 0.72717 0.44145 0.72808 0.44657 0.72904 0.45169 0.73003 0.45681 0.73106 0.46193 0.73212 0.46705 0.73322 0.47217 0.73436 0.47728 0.73553 0.48240 0.73673 0.48752 0.73796 0.49264 0.73923 0.49776 0.74053 0.50288 0.74186 0.50800 0.74322 0.51311 0.74461 0.51823 0.74602 0.52335 0.74747 0.52847 0.74895 0.53359 0.75045 0.53871 0.75198 0.54383 0.75353\n 11 50 2 0.54383 0.75353 0.50626 0.75454\n 11 50 2 0.54383 0.75353 0.51434 0.73215\n 11 490 22 0.54383 0.75353 0.54894 0.75511 0.55406 0.75672 0.55918 0.75835 0.56430 0.76000 0.56942 0.76168 0.57454 0.76339 0.57966 0.76511 0.58477 0.76686 0.58989 0.76863 0.59501 0.77042 0.60013 0.77224 0.60525 0.77407 0.61037 0.77593 0.61549 0.77781 0.62060 0.77971 0.62572 0.78162 0.63084 0.78356 0.63596 0.78552 0.64108 0.78749 0.64620 0.78949 0.65132 0.79150\n 11 50 2 0.65132 0.79150 0.60944 0.78935\n 11 50 2 0.65132 0.79150 0.62075 0.76516\n 11 490 22 0.65132 0.79150 0.65643 0.79353 0.66155 0.79558 0.66667 0.79765 0.67179 0.79974 0.67691 0.80184 0.68203 0.80396 0.68715 0.80610 0.69226 0.80825 0.69738 0.81042 0.70250 0.81261 0.70762 0.81482 0.71274 0.81704 0.71786 0.81927 0.72298 0.82153 0.72809 0.82380 0.73321 0.82608 0.73833 0.82838 0.74345 0.83070 0.74857 0.83303 0.75369 0.83538 0.75881 0.83774\n 11 50 2 0.75881 0.83774 0.71241 0.83273\n 11 50 2 0.75881 0.83774 0.72678 0.80654\n 11 116 5 0.75881 0.83774 0.76392 0.84012 0.76904 0.84251 0.77416 0.84492 0.77928 0.84735\n 11 72 3 0.32885 0.71838 0.32373 0.71848 0.31861 0.71864\n 11 50 2 0.32373 0.71848 0.29607 0.72871\n 11 50 2 0.32373 0.71848 0.29538 0.71000\n 11 490 22 0.32373 0.71848 0.31349 0.71886 0.30837 0.71914 0.30325 0.71949 0.29813 0.71989 0.29302 0.72037 0.28790 0.72090 0.28278 0.72151 0.27766 0.72218 0.27254 0.72293 0.26742 0.72374 0.26230 0.72462 0.25719 0.72558 0.25207 0.72662 0.24695 0.72772 0.24183 0.72891 0.23671 0.73017 0.23159 0.73151 0.22647 0.73292 0.22136 0.73442 0.21624 0.73600 0.21112 0.73767\n 11 50 2 0.21624 0.73600 0.19368 0.75308\n 11 50 2 0.21624 0.73600 0.18700 0.73578\n 11 358 16 0.21624 0.73600 0.20600 0.73942 0.20088 0.74125 0.19576 0.74317 0.19064 0.74518 0.18553 0.74727 0.18041 0.74945 0.17529 0.75172 0.17017 0.75408 0.16505 0.75654 0.15993 0.75908 0.15481 0.76172 0.14970 0.76445 0.14458 0.76727 0.13946 0.77019 0.13434 0.77320\n 11 490 22 0.28278 0.73247 0.28790 0.73170 0.29302 0.73100 0.29813 0.73037 0.30325 0.72980 0.30837 0.72930 0.31349 0.72886 0.31861 0.72848 0.32373 0.72817 0.32885 0.72792 0.33396 0.72772 0.33908 0.72759 0.34420 0.72751 0.34932 0.72749 0.35444 0.72752 0.35956 0.72761 0.36468 0.72775 0.36979 0.72794 0.37491 0.72818 0.38003 0.72848 0.38515 0.72882 0.39027 0.72922\n 11 50 2 0.39027 0.72922 0.35984 0.73681\n 11 50 2 0.39027 0.72922 0.36164 0.71709\n 11 490 22 0.39027 0.72922 0.39539 0.72966 0.40051 0.73014 0.40562 0.73068 0.41074 0.73125 0.41586 0.73187 0.42098 0.73254 0.42610 0.73325 0.43122 0.73399 0.43634 0.73478 0.44145 0.73561 0.44657 0.73648 0.45169 0.73738 0.45681 0.73833 0.46193 0.73930 0.46705 0.74032 0.47217 0.74137 0.47728 0.74246 0.48240 0.74357 0.48752 0.74473 0.49264 0.74591 0.49776 0.74713\n 11 50 2 0.49776 0.74713 0.46256 0.75022\n 11 50 2 0.49776 0.74713 0.46863 0.72874\n 11 490 22 0.49776 0.74713 0.50288 0.74838 0.50800 0.74966 0.51311 0.75097 0.51823 0.75231 0.52335 0.75368 0.52847 0.75507 0.53359 0.75650 0.53871 0.75795 0.54383 0.75943 0.54894 0.76094 0.55406 0.76247 0.55918 0.76403 0.56430 0.76561 0.56942 0.76722 0.57454 0.76885 0.57966 0.77050 0.58477 0.77218 0.58989 0.77389 0.59501 0.77561 0.60013 0.77736 0.60525 0.77913\n 11 50 2 0.60525 0.77913 0.56450 0.77871\n 11 50 2 0.60525 0.77913 0.57433 0.75478\n 11 226 10 0.60525 0.77913 0.61037 0.78092 0.61549 0.78273 0.62060 0.78457 0.62572 0.78642 0.63084 0.78830 0.63596 0.79019 0.64108 0.79211 0.64620 0.79404 0.65132 0.79599\n 11 72 3 0.28278 0.73247 0.27766 0.73324 0.27254 0.73408\n 11 50 2 0.27766 0.73324 0.25168 0.74706\n 11 50 2 0.27766 0.73324 0.24808 0.72851\n 11 490 22 0.27766 0.73324 0.26742 0.73498 0.26230 0.73596 0.25719 0.73701 0.25207 0.73814 0.24695 0.73934 0.24183 0.74061 0.23671 0.74196 0.23159 0.74339 0.22647 0.74490 0.22136 0.74648 0.21624 0.74815 0.21112 0.74990 0.20600 0.75173 0.20088 0.75364 0.19576 0.75564 0.19064 0.75773 0.18553 0.75990 0.18041 0.76216 0.17529 0.76450 0.17017 0.76694 0.16505 0.76946\n 11 50 2 0.17017 0.76694 0.14887 0.78883\n 11 50 2 0.17017 0.76694 0.13852 0.77114\n 11 182 8 0.17017 0.76694 0.15993 0.77207 0.15481 0.77477 0.14970 0.77757 0.14458 0.78045 0.13946 0.78343 0.13434 0.78649 0.12922 0.78965\n 11 490 22 0.29813 0.74186 0.30325 0.74119 0.30837 0.74058 0.31349 0.74004 0.31861 0.73956 0.32373 0.73914 0.32885 0.73878 0.33396 0.73848 0.33908 0.73824 0.34420 0.73806 0.34932 0.73793 0.35444 0.73786 0.35956 0.73785 0.36468 0.73788 0.36979 0.73797 0.37491 0.73811 0.38003 0.73830 0.38515 0.73854 0.39027 0.73883 0.39539 0.73917 0.40051 0.73955 0.40562 0.73998\n 11 50 2 0.40562 0.73998 0.37372 0.74770\n 11 50 2 0.40562 0.73998 0.37577 0.72708\n 11 490 22 0.40562 0.73998 0.41074 0.74046 0.41586 0.74098 0.42098 0.74154 0.42610 0.74214 0.43122 0.74279 0.43634 0.74348 0.44145 0.74421 0.44657 0.74498 0.45169 0.74579 0.45681 0.74663 0.46193 0.74752 0.46705 0.74844 0.47217 0.74939 0.47728 0.75038 0.48240 0.75141 0.48752 0.75247 0.49264 0.75356 0.49776 0.75468 0.50288 0.75584 0.50800 0.75703 0.51311 0.75825\n 11 50 2 0.51311 0.75825 0.47662 0.76144\n 11 50 2 0.51311 0.75825 0.48293 0.73917\n 11 490 22 0.51311 0.75825 0.51823 0.75950 0.52335 0.76078 0.52847 0.76209 0.53359 0.76343 0.53871 0.76480 0.54383 0.76619 0.54894 0.76761 0.55406 0.76906 0.55918 0.77054 0.56430 0.77204 0.56942 0.77357 0.57454 0.77512 0.57966 0.77670 0.58477 0.77830 0.58989 0.77992 0.59501 0.78157 0.60013 0.78324 0.60525 0.78494 0.61037 0.78665 0.61549 0.78839 0.62060 0.79015\n 11 50 2 0.62060 0.79015 0.57946 0.78979\n 11 50 2 0.62060 0.79015 0.58934 0.76561\n 11 490 22 0.62060 0.79015 0.62572 0.79194 0.63084 0.79374 0.63596 0.79557 0.64108 0.79741 0.64620 0.79928 0.65132 0.80116 0.65643 0.80307 0.66155 0.80500 0.66667 0.80694 0.67179 0.80891 0.67691 0.81089 0.68203 0.81289 0.68715 0.81492 0.69226 0.81696 0.69738 0.81901 0.70250 0.82109 0.70762 0.82319 0.71274 0.82530 0.71786 0.82743 0.72298 0.82958 0.72809 0.83174\n 11 50 2 0.72809 0.83174 0.68290 0.82829\n 11 50 2 0.72809 0.83174 0.69589 0.80245\n 11 182 8 0.72809 0.83174 0.73321 0.83392 0.73833 0.83612 0.74345 0.83834 0.74857 0.84058 0.75369 0.84283 0.75881 0.84510 0.76392 0.84738\n 11 72 3 0.29813 0.74186 0.29302 0.74253 0.28790 0.74327\n 11 50 2 0.29302 0.74253 0.26648 0.75598\n 11 50 2 0.29302 0.74253 0.26327 0.73719\n 11 490 22 0.29302 0.74253 0.28278 0.74407 0.27766 0.74494 0.27254 0.74588 0.26742 0.74689 0.26230 0.74796 0.25719 0.74911 0.25207 0.75034 0.24695 0.75163 0.24183 0.75300 0.23671 0.75445 0.23159 0.75597 0.22647 0.75757 0.22136 0.75925 0.21624 0.76100 0.21112 0.76284 0.20600 0.76476 0.20088 0.76676 0.19576 0.76884 0.19064 0.77101 0.18553 0.77326 0.18041 0.77560\n 11 50 2 0.18553 0.77326 0.16351 0.79452\n 11 50 2 0.18553 0.77326 0.15378 0.77656\n 11 226 10 0.18553 0.77326 0.17529 0.77802 0.17017 0.78053 0.16505 0.78313 0.15993 0.78581 0.15481 0.78858 0.14970 0.79144 0.14458 0.79439 0.13946 0.79743 0.13434 0.80055\n 11 490 22 0.31349 0.75126 0.31861 0.75067 0.32373 0.75015 0.32885 0.74969 0.33396 0.74928 0.33908 0.74894 0.34420 0.74865 0.34932 0.74842 0.35444 0.74825 0.35956 0.74813 0.36468 0.74806 0.36979 0.74805 0.37491 0.74808 0.38003 0.74817 0.38515 0.74831 0.39027 0.74850 0.39539 0.74873 0.40051 0.74901 0.40562 0.74934 0.41074 0.74972 0.41586 0.75014 0.42098 0.75060\n 11 50 2 0.42098 0.75060 0.38762 0.75844\n 11 50 2 0.42098 0.75060 0.38993 0.73693\n 11 490 22 0.42098 0.75060 0.42610 0.75111 0.43122 0.75165 0.43634 0.75224 0.44145 0.75288 0.44657 0.75355 0.45169 0.75426 0.45681 0.75501 0.46193 0.75579 0.46705 0.75662 0.47217 0.75748 0.47728 0.75837 0.48240 0.75931 0.48752 0.76027 0.49264 0.76128 0.49776 0.76231 0.50288 0.76338 0.50800 0.76448 0.51311 0.76561 0.51823 0.76677 0.52335 0.76796 0.52847 0.76919\n 11 50 2 0.52847 0.76919 0.49071 0.77246\n 11 50 2 0.52847 0.76919 0.49725 0.74943\n 11 490 22 0.52847 0.76919 0.53359 0.77044 0.53871 0.77172 0.54383 0.77303 0.54894 0.77437 0.55406 0.77574 0.55918 0.77713 0.56430 0.77855 0.56942 0.78000 0.57454 0.78147 0.57966 0.78297 0.58477 0.78449 0.58989 0.78604 0.59501 0.78761 0.60013 0.78921 0.60525 0.79083 0.61037 0.79247 0.61549 0.79414 0.62060 0.79583 0.62572 0.79754 0.63084 0.79927 0.63596 0.80103\n 11 50 2 0.63596 0.80103 0.59378 0.80069\n 11 50 2 0.63596 0.80103 0.60388 0.77590\n 11 446 20 0.63596 0.80103 0.64108 0.80280 0.64620 0.80460 0.65132 0.80642 0.65643 0.80826 0.66155 0.81012 0.66667 0.81200 0.67179 0.81390 0.67691 0.81582 0.68203 0.81777 0.68715 0.81973 0.69226 0.82170 0.69738 0.82370 0.70250 0.82572 0.70762 0.82776 0.71274 0.82981 0.71786 0.83189 0.72298 0.83398 0.72809 0.83609 0.73321 0.83822\n 11 72 3 0.31349 0.75126 0.30837 0.75184 0.30325 0.75248\n 11 50 2 0.30837 0.75184 0.28021 0.76548\n 11 50 2 0.30837 0.75184 0.27725 0.74568\n 11 490 22 0.30837 0.75184 0.29813 0.75319 0.29302 0.75397 0.28790 0.75480 0.28278 0.75571 0.27766 0.75668 0.27254 0.75771 0.26742 0.75882 0.26230 0.75999 0.25719 0.76124 0.25207 0.76256 0.24695 0.76395 0.24183 0.76541 0.23671 0.76695 0.23159 0.76857 0.22647 0.77026 0.22136 0.77203 0.21624 0.77387 0.21112 0.77580 0.20600 0.77780 0.20088 0.77989 0.19576 0.78206\n 11 50 2 0.20088 0.77989 0.17716 0.80148\n 11 50 2 0.20088 0.77989 0.16759 0.78244\n 11 292 13 0.20088 0.77989 0.19064 0.78431 0.18553 0.78664 0.18041 0.78905 0.17529 0.79155 0.17017 0.79413 0.16505 0.79680 0.15993 0.79955 0.15481 0.80239 0.14970 0.80531 0.14458 0.80832 0.13946 0.81141 0.13434 0.81460\n 11 490 22 0.32885 0.76065 0.33396 0.76014 0.33908 0.75970 0.34420 0.75931 0.34932 0.75897 0.35444 0.75870 0.35956 0.75847 0.36468 0.75830 0.36979 0.75819 0.37491 0.75812 0.38003 0.75811 0.38515 0.75814 0.39027 0.75823 0.39539 0.75836 0.40051 0.75854 0.40562 0.75877 0.41074 0.75905 0.41586 0.75937 0.42098 0.75973 0.42610 0.76014 0.43122 0.76059 0.43634 0.76108\n 11 50 2 0.43634 0.76108 0.40292 0.76873\n 11 50 2 0.43634 0.76108 0.40538 0.74724\n 11 490 22 0.43634 0.76108 0.44145 0.76162 0.44657 0.76219 0.45169 0.76281 0.45681 0.76346 0.46193 0.76415 0.46705 0.76488 0.47217 0.76565 0.47728 0.76645 0.48240 0.76729 0.48752 0.76817 0.49264 0.76908 0.49776 0.77002 0.50288 0.77100 0.50800 0.77201 0.51311 0.77305 0.51823 0.77413 0.52335 0.77523 0.52847 0.77637 0.53359 0.77754 0.53871 0.77874 0.54383 0.77996\n 11 50 2 0.54383 0.77996 0.50483 0.78332\n 11 50 2 0.54383 0.77996 0.51160 0.75954\n 11 490 22 0.54383 0.77996 0.54894 0.78122 0.55406 0.78250 0.55918 0.78381 0.56430 0.78515 0.56942 0.78652 0.57454 0.78791 0.57966 0.78933 0.58477 0.79078 0.58989 0.79225 0.59501 0.79375 0.60013 0.79527 0.60525 0.79682 0.61037 0.79838 0.61549 0.79998 0.62060 0.80160 0.62572 0.80324 0.63084 0.80490 0.63596 0.80659 0.64108 0.80829 0.64620 0.81002 0.65132 0.81178\n 11 50 2 0.65132 0.81178 0.60813 0.81146\n 11 50 2 0.65132 0.81178 0.61846 0.78606\n 11 424 19 0.65132 0.81178 0.65643 0.81355 0.66155 0.81535 0.66667 0.81716 0.67179 0.81900 0.67691 0.82086 0.68203 0.82274 0.68715 0.82463 0.69226 0.82655 0.69738 0.82849 0.70250 0.83045 0.70762 0.83243 0.71274 0.83443 0.71786 0.83644 0.72298 0.83848 0.72809 0.84053 0.73321 0.84261 0.73833 0.84470 0.74345 0.84681\n 11 72 3 0.32885 0.76065 0.32373 0.76115 0.31861 0.76172\n 11 50 2 0.32373 0.76115 0.29396 0.77498\n 11 50 2 0.32373 0.76115 0.29124 0.75419\n 11 490 22 0.32373 0.76115 0.31349 0.76234 0.30837 0.76302 0.30325 0.76377 0.29813 0.76458 0.29302 0.76545 0.28790 0.76639 0.28278 0.76739 0.27766 0.76846 0.27254 0.76959 0.26742 0.77079 0.26230 0.77207 0.25719 0.77341 0.25207 0.77482 0.24695 0.77631 0.24183 0.77786 0.23671 0.77949 0.23159 0.78120 0.22647 0.78298 0.22136 0.78484 0.21624 0.78677 0.21112 0.78878\n 11 50 2 0.21624 0.78677 0.19185 0.80777\n 11 50 2 0.21624 0.78677 0.18284 0.78847\n 11 358 16 0.21624 0.78677 0.20600 0.79087 0.20088 0.79304 0.19576 0.79528 0.19064 0.79761 0.18553 0.80002 0.18041 0.80251 0.17529 0.80508 0.17017 0.80773 0.16505 0.81046 0.15993 0.81328 0.15481 0.81618 0.14970 0.81916 0.14458 0.82223 0.13946 0.82538 0.13434 0.82861\n 11 490 22 0.34420 0.77004 0.34932 0.76961 0.35444 0.76923 0.35956 0.76890 0.36468 0.76863 0.36979 0.76841 0.37491 0.76825 0.38003 0.76813 0.38515 0.76807 0.39027 0.76805 0.39539 0.76809 0.40051 0.76817 0.40562 0.76830 0.41074 0.76847 0.41586 0.76869 0.42098 0.76896 0.42610 0.76927 0.43122 0.76962 0.43634 0.77002 0.44145 0.77046 0.44657 0.77093 0.45169 0.77145\n 11 50 2 0.45169 0.77145 0.41686 0.77924\n 11 50 2 0.45169 0.77145 0.41956 0.75688\n 11 490 22 0.45169 0.77145 0.45681 0.77201 0.46193 0.77261 0.46705 0.77325 0.47217 0.77392 0.47728 0.77463 0.48240 0.77538 0.48752 0.77617 0.49264 0.77699 0.49776 0.77784 0.50288 0.77873 0.50800 0.77965 0.51311 0.78061 0.51823 0.78159 0.52335 0.78261 0.52847 0.78367 0.53359 0.78475 0.53871 0.78586 0.54383 0.78701 0.54894 0.78818 0.55406 0.78938 0.55918 0.79061\n 11 50 2 0.55918 0.79061 0.51979 0.79397\n 11 50 2 0.55918 0.79061 0.52665 0.76996\n 11 490 22 0.55918 0.79061 0.56430 0.79187 0.56942 0.79316 0.57454 0.79447 0.57966 0.79581 0.58477 0.79718 0.58989 0.79858 0.59501 0.80000 0.60013 0.80145 0.60525 0.80292 0.61037 0.80441 0.61549 0.80593 0.62060 0.80748 0.62572 0.80905 0.63084 0.81064 0.63596 0.81226 0.64108 0.81390 0.64620 0.81556 0.65132 0.81725 0.65643 0.81896 0.66155 0.82069 0.66667 0.82244\n 11 50 2 0.66667 0.82244 0.62250 0.82211\n 11 50 2 0.66667 0.82244 0.63306 0.79614\n 11 270 12 0.66667 0.82244 0.67179 0.82421 0.67691 0.82601 0.68203 0.82782 0.68715 0.82966 0.69226 0.83152 0.69738 0.83340 0.70250 0.83529 0.70762 0.83721 0.71274 0.83916 0.71786 0.84112 0.72298 0.84310\n 11 72 3 0.34420 0.77004 0.33908 0.77048 0.33396 0.77097\n 11 50 2 0.33908 0.77048 0.30881 0.78400\n 11 50 2 0.33908 0.77048 0.30642 0.76298\n 11 490 22 0.33908 0.77048 0.32885 0.77151 0.32373 0.77212 0.31861 0.77278 0.31349 0.77351 0.30837 0.77429 0.30325 0.77513 0.29813 0.77604 0.29302 0.77701 0.28790 0.77804 0.28278 0.77914 0.27766 0.78030 0.27254 0.78153 0.26742 0.78283 0.26230 0.78420 0.25719 0.78563 0.25207 0.78714 0.24695 0.78872 0.24183 0.79036 0.23671 0.79208 0.23159 0.79388 0.22647 0.79574\n 11 50 2 0.23159 0.79388 0.20550 0.81519\n 11 50 2 0.23159 0.79388 0.19667 0.79482\n 11 424 19 0.23159 0.79388 0.22136 0.79768 0.21624 0.79970 0.21112 0.80179 0.20600 0.80396 0.20088 0.80621 0.19576 0.80853 0.19064 0.81093 0.18553 0.81341 0.18041 0.81597 0.17529 0.81861 0.17017 0.82133 0.16505 0.82412 0.15993 0.82700 0.15481 0.82996 0.14970 0.83299 0.14458 0.83611 0.13946 0.83931 0.13434 0.84258\n 11 490 22 0.35956 0.77943 0.36468 0.77906 0.36979 0.77875 0.37491 0.77848 0.38003 0.77827 0.38515 0.77810 0.39027 0.77799 0.39539 0.77793 0.40051 0.77791 0.40562 0.77794 0.41074 0.77802 0.41586 0.77814 0.42098 0.77831 0.42610 0.77852 0.43122 0.77878 0.43634 0.77908 0.44145 0.77942 0.44657 0.77981 0.45169 0.78023 0.45681 0.78070 0.46193 0.78120 0.46705 0.78175\n 11 50 2 0.46705 0.78175 0.43083 0.78966\n 11 50 2 0.46705 0.78175 0.43376 0.76645\n 11 490 22 0.46705 0.78175 0.47217 0.78233 0.47728 0.78295 0.48240 0.78360 0.48752 0.78430 0.49264 0.78503 0.49776 0.78579 0.50288 0.78659 0.50800 0.78743 0.51311 0.78830 0.51823 0.78920 0.52335 0.79013 0.52847 0.79110 0.53359 0.79210 0.53871 0.79313 0.54383 0.79419 0.54894 0.79528 0.55406 0.79640 0.55918 0.79755 0.56430 0.79873 0.56942 0.79994 0.57454 0.80117\n 11 50 2 0.57454 0.80117 0.53398 0.80459\n 11 50 2 0.57454 0.80117 0.54107 0.77987\n 11 490 22 0.57454 0.80117 0.57966 0.80244 0.58477 0.80373 0.58989 0.80505 0.59501 0.80639 0.60013 0.80776 0.60525 0.80916 0.61037 0.81058 0.61549 0.81203 0.62060 0.81351 0.62572 0.81501 0.63084 0.81653 0.63596 0.81808 0.64108 0.81965 0.64620 0.82124 0.65132 0.82286 0.65643 0.82450 0.66155 0.82617 0.66667 0.82785 0.67179 0.82956 0.67691 0.83129 0.68203 0.83305\n 11 50 2 0.68203 0.83305 0.63756 0.83271\n 11 50 2 0.68203 0.83305 0.64820 0.80656\n 11 182 8 0.68203 0.83305 0.68715 0.83482 0.69226 0.83662 0.69738 0.83844 0.70250 0.84028 0.70762 0.84214 0.71274 0.84402 0.71786 0.84593\n 11 72 3 0.35956 0.77943 0.35444 0.77980 0.34932 0.78023\n 11 50 2 0.35444 0.77980 0.32260 0.79352\n 11 50 2 0.35444 0.77980 0.32044 0.77154\n 11 490 22 0.35444 0.77980 0.34420 0.78071 0.33908 0.78124 0.33396 0.78183 0.32885 0.78247 0.32373 0.78317 0.31861 0.78394 0.31349 0.78476 0.30837 0.78564 0.30325 0.78658 0.29813 0.78758 0.29302 0.78864 0.28790 0.78977 0.28278 0.79096 0.27766 0.79222 0.27254 0.79355 0.26742 0.79493 0.26230 0.79639 0.25719 0.79792 0.25207 0.79951 0.24695 0.80118 0.24183 0.80291\n 11 50 2 0.24695 0.80118 0.22023 0.82195\n 11 50 2 0.24695 0.80118 0.21193 0.80133\n 11 424 19 0.24695 0.80118 0.23671 0.80472 0.23159 0.80659 0.22647 0.80854 0.22136 0.81056 0.21624 0.81266 0.21112 0.81483 0.20600 0.81708 0.20088 0.81940 0.19576 0.82179 0.19064 0.82426 0.18553 0.82681 0.18041 0.82943 0.17529 0.83213 0.17017 0.83491 0.16505 0.83776 0.15993 0.84069 0.15481 0.84370 0.14970 0.84679\n 11 490 22 0.37491 0.78883 0.38003 0.78852 0.38515 0.78825 0.39027 0.78804 0.39539 0.78788 0.40051 0.78777 0.40562 0.78770 0.41074 0.78769 0.41586 0.78771 0.42098 0.78779 0.42610 0.78791 0.43122 0.78807 0.43634 0.78827 0.44145 0.78852 0.44657 0.78881 0.45169 0.78914 0.45681 0.78952 0.46193 0.78993 0.46705 0.79038 0.47217 0.79087 0.47728 0.79140 0.48240 0.79197\n 11 50 2 0.48240 0.79197 0.44482 0.80000\n 11 50 2 0.48240 0.79197 0.44799 0.77596\n 11 490 22 0.48240 0.79197 0.48752 0.79257 0.49264 0.79321 0.49776 0.79389 0.50288 0.79460 0.50800 0.79535 0.51311 0.79613 0.51823 0.79695 0.52335 0.79780 0.52847 0.79868 0.53359 0.79959 0.53871 0.80054 0.54383 0.80152 0.54894 0.80253 0.55406 0.80357 0.55918 0.80464 0.56430 0.80574 0.56942 0.80686 0.57454 0.80802 0.57966 0.80921 0.58477 0.81042 0.58989 0.81167\n 11 50 2 0.58989 0.81167 0.54819 0.81514\n 11 50 2 0.58989 0.81167 0.55551 0.78973\n 11 490 22 0.58989 0.81167 0.59501 0.81294 0.60013 0.81423 0.60525 0.81556 0.61037 0.81691 0.61549 0.81828 0.62060 0.81969 0.62572 0.82111 0.63084 0.82257 0.63596 0.82404 0.64108 0.82555 0.64620 0.82707 0.65132 0.82862 0.65643 0.83020 0.66155 0.83180 0.66667 0.83342 0.67179 0.83506 0.67691 0.83673 0.68203 0.83842 0.68715 0.84014 0.69226 0.84187 0.69738 0.84363\n 11 50 2 0.69738 0.84363 0.65199 0.84325\n 11 50 2 0.69738 0.84363 0.66287 0.81657\n 11 50 2 0.69738 0.84363 0.70250 0.84541\n 11 72 3 0.37491 0.78883 0.36979 0.78914 0.36468 0.78950\n 11 50 2 0.36979 0.78914 0.33641 0.80304\n 11 50 2 0.36979 0.78914 0.33448 0.78010\n 11 490 22 0.36979 0.78914 0.35956 0.78991 0.35444 0.79038 0.34932 0.79090 0.34420 0.79147 0.33908 0.79210 0.33396 0.79278 0.32885 0.79352 0.32373 0.79432 0.31861 0.79518 0.31349 0.79609 0.30837 0.79707 0.30325 0.79810 0.29813 0.79920 0.29302 0.80035 0.28790 0.80157 0.28278 0.80286 0.27766 0.80420 0.27254 0.80562 0.26742 0.80710 0.26230 0.80864 0.25719 0.81025\n 11 50 2 0.26230 0.80864 0.23389 0.82971\n 11 50 2 0.26230 0.80864 0.22578 0.80802\n 11 380 17 0.26230 0.80864 0.25207 0.81193 0.24695 0.81368 0.24183 0.81550 0.23671 0.81738 0.23159 0.81934 0.22647 0.82137 0.22136 0.82346 0.21624 0.82563 0.21112 0.82788 0.20600 0.83019 0.20088 0.83258 0.19576 0.83504 0.19064 0.83758 0.18553 0.84018 0.18041 0.84287 0.17529 0.84562\n 11 490 22 0.39027 0.79822 0.39539 0.79796 0.40051 0.79776 0.40562 0.79760 0.41074 0.79748 0.41586 0.79742 0.42098 0.79740 0.42610 0.79742 0.43122 0.79749 0.43634 0.79760 0.44145 0.79776 0.44657 0.79795 0.45169 0.79819 0.45681 0.79848 0.46193 0.79880 0.46705 0.79916 0.47217 0.79956 0.47728 0.80000 0.48240 0.80048 0.48752 0.80099 0.49264 0.80155 0.49776 0.80214\n 11 50 2 0.49776 0.80214 0.45979 0.81008\n 11 50 2 0.49776 0.80214 0.46311 0.78583\n 11 490 22 0.49776 0.80214 0.50288 0.80276 0.50800 0.80342 0.51311 0.80412 0.51823 0.80485 0.52335 0.80561 0.52847 0.80641 0.53359 0.80724 0.53871 0.80811 0.54383 0.80900 0.54894 0.80993 0.55406 0.81089 0.55918 0.81188 0.56430 0.81290 0.56942 0.81395 0.57454 0.81503 0.57966 0.81614 0.58477 0.81728 0.58989 0.81844 0.59501 0.81964 0.60013 0.82086 0.60525 0.82211\n 11 50 2 0.60525 0.82211 0.56242 0.82561\n 11 50 2 0.60525 0.82211 0.56999 0.79954\n 11 380 17 0.60525 0.82211 0.61037 0.82339 0.61549 0.82469 0.62060 0.82602 0.62572 0.82738 0.63084 0.82876 0.63596 0.83017 0.64108 0.83160 0.64620 0.83306 0.65132 0.83455 0.65643 0.83606 0.66155 0.83759 0.66667 0.83915 0.67179 0.84073 0.67691 0.84233 0.68203 0.84396 0.68715 0.84561\n 11 72 3 0.39027 0.79822 0.38515 0.79848 0.38003 0.79878\n 11 50 2 0.38515 0.79848 0.35132 0.81211\n 11 50 2 0.38515 0.79848 0.34968 0.78897\n 11 490 22 0.38515 0.79848 0.37491 0.79913 0.36979 0.79954 0.36468 0.80000 0.35956 0.80050 0.35444 0.80106 0.34932 0.80168 0.34420 0.80234 0.33908 0.80306 0.33396 0.80384 0.32885 0.80467 0.32373 0.80556 0.31861 0.80651 0.31349 0.80752 0.30837 0.80858 0.30325 0.80970 0.29813 0.81089 0.29302 0.81214 0.28790 0.81344 0.28278 0.81481 0.27766 0.81625 0.27254 0.81775\n 11 50 2 0.27766 0.81625 0.24865 0.83681\n 11 50 2 0.27766 0.81625 0.24104 0.81489\n 11 336 15 0.27766 0.81625 0.26742 0.81931 0.26230 0.82094 0.25719 0.82263 0.25207 0.82439 0.24695 0.82621 0.24183 0.82811 0.23671 0.83007 0.23159 0.83210 0.22647 0.83420 0.22136 0.83637 0.21624 0.83861 0.21112 0.84092 0.20600 0.84330 0.20088 0.84575\n 11 490 22 0.40562 0.80761 0.41074 0.80741 0.41586 0.80725 0.42098 0.80714 0.42610 0.80707 0.43122 0.80705 0.43634 0.80707 0.44145 0.80713 0.44657 0.80724 0.45169 0.80739 0.45681 0.80758 0.46193 0.80781 0.46705 0.80809 0.47217 0.80840 0.47728 0.80875 0.48240 0.80914 0.48752 0.80957 0.49264 0.81004 0.49776 0.81054 0.50288 0.81108 0.50800 0.81166 0.51311 0.81227\n 11 50 2 0.51311 0.81227 0.47384 0.82031\n 11 50 2 0.51311 0.81227 0.47739 0.79527\n 11 490 22 0.51311 0.81227 0.51823 0.81291 0.52335 0.81359 0.52847 0.81431 0.53359 0.81506 0.53871 0.81584 0.54383 0.81665 0.54894 0.81750 0.55406 0.81838 0.55918 0.81929 0.56430 0.82023 0.56942 0.82120 0.57454 0.82221 0.57966 0.82324 0.58477 0.82430 0.58989 0.82539 0.59501 0.82651 0.60013 0.82766 0.60525 0.82884 0.61037 0.83004 0.61549 0.83127 0.62060 0.83253\n 11 50 2 0.62060 0.83253 0.57748 0.83599\n 11 50 2 0.62060 0.83253 0.58514 0.80975\n 11 248 11 0.62060 0.83253 0.62572 0.83382 0.63084 0.83513 0.63596 0.83647 0.64108 0.83784 0.64620 0.83923 0.65132 0.84064 0.65643 0.84209 0.66155 0.84355 0.66667 0.84505 0.67179 0.84656\n 11 72 3 0.40562 0.80761 0.40051 0.80782 0.39539 0.80807\n 11 50 2 0.40051 0.80782 0.36517 0.82162\n 11 50 2 0.40051 0.80782 0.36377 0.79755\n 11 490 22 0.40051 0.80782 0.39027 0.80837 0.38515 0.80871 0.38003 0.80911 0.37491 0.80956 0.36979 0.81005 0.36468 0.81060 0.35956 0.81120 0.35444 0.81185 0.34932 0.81255 0.34420 0.81331 0.33908 0.81412 0.33396 0.81498 0.32885 0.81591 0.32373 0.81688 0.31861 0.81792 0.31349 0.81901 0.30837 0.82016 0.30325 0.82137 0.29813 0.82264 0.29302 0.82397 0.28790 0.82536\n 11 50 2 0.29302 0.82397 0.26234 0.84480\n 11 50 2 0.29302 0.82397 0.25493 0.82184\n 11 292 13 0.29302 0.82397 0.28278 0.82682 0.27766 0.82833 0.27254 0.82991 0.26742 0.83155 0.26230 0.83326 0.25719 0.83503 0.25207 0.83686 0.24695 0.83876 0.24183 0.84073 0.23671 0.84276 0.23159 0.84486 0.22647 0.84702\n 11 490 22 0.42098 0.81700 0.42610 0.81685 0.43122 0.81674 0.43634 0.81667 0.44145 0.81665 0.44657 0.81666 0.45169 0.81673 0.45681 0.81683 0.46193 0.81697 0.46705 0.81716 0.47217 0.81739 0.47728 0.81765 0.48240 0.81796 0.48752 0.81830 0.49264 0.81868 0.49776 0.81910 0.50288 0.81955 0.50800 0.82005 0.51311 0.82057 0.51823 0.82114 0.52335 0.82174 0.52847 0.82237\n 11 50 2 0.52847 0.82237 0.48790 0.83050\n 11 50 2 0.52847 0.82237 0.49170 0.80467\n 11 490 22 0.52847 0.82237 0.53359 0.82304 0.53871 0.82374 0.54383 0.82447 0.54894 0.82524 0.55406 0.82604 0.55918 0.82687 0.56430 0.82773 0.56942 0.82863 0.57454 0.82955 0.57966 0.83051 0.58477 0.83150 0.58989 0.83251 0.59501 0.83356 0.60013 0.83463 0.60525 0.83574 0.61037 0.83687 0.61549 0.83803 0.62060 0.83922 0.62572 0.84043 0.63084 0.84168 0.63596 0.84295\n 11 50 2 0.63596 0.84295 0.59176 0.84640\n 11 50 2 0.63596 0.84295 0.59968 0.81953\n 11 72 3 0.63596 0.84295 0.64108 0.84424 0.64620 0.84557\n 11 72 3 0.42098 0.81700 0.41586 0.81716 0.41074 0.81736\n 11 50 2 0.41586 0.81716 0.37905 0.83112\n 11 50 2 0.41586 0.81716 0.37788 0.80614\n 11 490 22 0.41586 0.81716 0.40562 0.81761 0.40051 0.81790 0.39539 0.81824 0.39027 0.81863 0.38515 0.81906 0.38003 0.81955 0.37491 0.82008 0.36979 0.82066 0.36468 0.82130 0.35956 0.82198 0.35444 0.82272 0.34932 0.82351 0.34420 0.82435 0.33908 0.82525 0.33396 0.82620 0.32885 0.82721 0.32373 0.82827 0.31861 0.82939 0.31349 0.83057 0.30837 0.83180 0.30325 0.83309\n 11 50 2 0.30837 0.83180 0.27714 0.85215\n 11 50 2 0.30837 0.83180 0.27019 0.82897\n 11 204 9 0.30837 0.83180 0.29813 0.83444 0.29302 0.83585 0.28790 0.83732 0.28278 0.83885 0.27766 0.84044 0.27254 0.84209 0.26742 0.84381 0.26230 0.84559\n 11 490 22 0.43634 0.82640 0.44145 0.82629 0.44657 0.82622 0.45169 0.82620 0.45681 0.82622 0.46193 0.82628 0.46705 0.82638 0.47217 0.82652 0.47728 0.82670 0.48240 0.82692 0.48752 0.82718 0.49264 0.82748 0.49776 0.82781 0.50288 0.82818 0.50800 0.82859 0.51311 0.82904 0.51823 0.82952 0.52335 0.83004 0.52847 0.83059 0.53359 0.83118 0.53871 0.83180 0.54383 0.83246\n 11 50 2 0.54383 0.83246 0.50199 0.84065\n 11 50 2 0.54383 0.83246 0.50603 0.81406\n 11 358 16 0.54383 0.83246 0.54894 0.83314 0.55406 0.83387 0.55918 0.83462 0.56430 0.83541 0.56942 0.83623 0.57454 0.83708 0.57966 0.83796 0.58477 0.83887 0.58989 0.83981 0.59501 0.84078 0.60013 0.84178 0.60525 0.84282 0.61037 0.84388 0.61549 0.84497 0.62060 0.84608\n 11 72 3 0.43634 0.82640 0.43122 0.82651 0.42610 0.82666\n 11 50 2 0.43122 0.82651 0.39400 0.84021\n 11 50 2 0.43122 0.82651 0.39311 0.81505\n 11 490 22 0.43122 0.82651 0.42098 0.82686 0.41586 0.82710 0.41074 0.82738 0.40562 0.82771 0.40051 0.82809 0.39539 0.82852 0.39027 0.82899 0.38515 0.82951 0.38003 0.83008 0.37491 0.83070 0.36979 0.83136 0.36468 0.83208 0.35956 0.83285 0.35444 0.83367 0.34932 0.83454 0.34420 0.83547 0.33908 0.83645 0.33396 0.83748 0.32885 0.83857 0.32373 0.83971 0.31861 0.84090\n 11 50 2 0.32373 0.83971 0.30373 0.85223\n 11 50 2 0.32373 0.83971 0.28412 0.83608\n 11 116 5 0.32373 0.83971 0.31349 0.84216 0.30837 0.84347 0.30325 0.84484 0.29813 0.84626\n 11 490 22 0.39027 0.84049 0.39539 0.83988 0.40051 0.83932 0.40562 0.83880 0.41074 0.83834 0.41586 0.83792 0.42098 0.83754 0.42610 0.83722 0.43122 0.83693 0.43634 0.83669 0.44145 0.83650 0.44657 0.83634 0.45169 0.83623 0.45681 0.83617 0.46193 0.83614 0.46705 0.83615 0.47217 0.83621 0.47728 0.83630 0.48240 0.83644 0.48752 0.83661 0.49264 0.83683 0.49776 0.83708\n 11 50 2 0.49776 0.83708 0.45759 0.84830\n 11 50 2 0.49776 0.83708 0.45912 0.82199\n 11 380 17 0.49776 0.83708 0.50288 0.83737 0.50800 0.83769 0.51311 0.83806 0.51823 0.83845 0.52335 0.83889 0.52847 0.83936 0.53359 0.83987 0.53871 0.84041 0.54383 0.84098 0.54894 0.84159 0.55406 0.84223 0.55918 0.84291 0.56430 0.84361 0.56942 0.84435 0.57454 0.84512 0.57966 0.84593\n 11 72 3 0.39027 0.84049 0.38515 0.84109 0.38003 0.84175\n 11 50 2 0.38515 0.84109 0.36229 0.85223\n 11 50 2 0.38515 0.84109 0.34549 0.83334\n 11 138 6 0.38515 0.84109 0.37491 0.84246 0.36979 0.84321 0.36468 0.84402 0.35956 0.84487 0.35444 0.84578\n 21 6 1\n 25 6 1\n 11 50 2 0.17944 0.07389 0.16888 0.07389\n 21 6 1\n 25 6 1\n 11 116 5 0.19866 0.08022 0.19746 0.08022 0.19625 0.07962 0.19565 0.07781 0.19565 0.06755\n 11 50 2 0.19384 0.07600 0.19806 0.07600\n 11 50 2 0.20228 0.08022 0.20228 0.06755\n 11 380 17 0.20952 0.07600 0.20831 0.07539 0.20711 0.07419 0.20651 0.07238 0.20651 0.07117 0.20711 0.06936 0.20831 0.06816 0.20952 0.06755 0.21133 0.06755 0.21254 0.06816 0.21374 0.06936 0.21435 0.07117 0.21435 0.07238 0.21374 0.07419 0.21254 0.07539 0.21133 0.07600 0.20952 0.07600\n 11 50 2 0.21796 0.07600 0.22038 0.06755\n 11 50 2 0.22279 0.07600 0.22038 0.06755\n 11 50 2 0.22279 0.07600 0.22520 0.06755\n 11 50 2 0.22762 0.07600 0.22520 0.06755\n 11 50 2 0.24812 0.07600 0.24812 0.06755\n 11 314 14 0.24812 0.07419 0.24692 0.07539 0.24571 0.07600 0.24390 0.07600 0.24269 0.07539 0.24149 0.07419 0.24088 0.07238 0.24088 0.07117 0.24149 0.06936 0.24269 0.06816 0.24390 0.06755 0.24571 0.06755 0.24692 0.06816 0.24812 0.06936\n 11 50 2 0.25295 0.07600 0.25295 0.06755\n 11 116 5 0.25295 0.07238 0.25355 0.07419 0.25476 0.07539 0.25596 0.07600 0.25777 0.07600\n 11 50 2 0.26079 0.07600 0.26079 0.06755\n 11 116 5 0.26079 0.07238 0.26139 0.07419 0.26260 0.07539 0.26380 0.07600 0.26561 0.07600\n 11 380 17 0.27104 0.07600 0.26984 0.07539 0.26863 0.07419 0.26803 0.07238 0.26803 0.07117 0.26863 0.06936 0.26984 0.06816 0.27104 0.06755 0.27285 0.06755 0.27406 0.06816 0.27526 0.06936 0.27587 0.07117 0.27587 0.07238 0.27526 0.07419 0.27406 0.07539 0.27285 0.07600 0.27104 0.07600\n 11 50 2 0.27949 0.07600 0.28190 0.06755\n 11 50 2 0.28431 0.07600 0.28190 0.06755\n 11 50 2 0.28431 0.07600 0.28672 0.06755\n 11 50 2 0.28914 0.07600 0.28672 0.06755\n 11 380 17 0.30904 0.07419 0.30844 0.07539 0.30663 0.07600 0.30482 0.07600 0.30301 0.07539 0.30241 0.07419 0.30301 0.07298 0.30422 0.07238 0.30723 0.07178 0.30844 0.07117 0.30904 0.06997 0.30904 0.06936 0.30844 0.06816 0.30663 0.06755 0.30482 0.06755 0.30301 0.06816 0.30241 0.06936\n 11 314 14 0.31990 0.07419 0.31869 0.07539 0.31749 0.07600 0.31568 0.07600 0.31447 0.07539 0.31326 0.07419 0.31266 0.07238 0.31266 0.07117 0.31326 0.06936 0.31447 0.06816 0.31568 0.06755 0.31749 0.06755 0.31869 0.06816 0.31990 0.06936\n 11 50 2 0.33075 0.07600 0.33075 0.06755\n 11 314 14 0.33075 0.07419 0.32955 0.07539 0.32834 0.07600 0.32653 0.07600 0.32533 0.07539 0.32412 0.07419 0.32352 0.07238 0.32352 0.07117 0.32412 0.06936 0.32533 0.06816 0.32653 0.06755 0.32834 0.06755 0.32955 0.06816 0.33075 0.06936\n 11 50 2 0.33558 0.08022 0.33558 0.06755\n 11 380 17 0.33980 0.07238 0.34704 0.07238 0.34704 0.07358 0.34644 0.07479 0.34583 0.07539 0.34463 0.07600 0.34282 0.07600 0.34161 0.07539 0.34041 0.07419 0.33980 0.07238 0.33980 0.07117 0.34041 0.06936 0.34161 0.06816 0.34282 0.06755 0.34463 0.06755 0.34583 0.06816 0.34704 0.06936\n 11 94 4 0.36212 0.07781 0.36333 0.07841 0.36513 0.08022 0.36513 0.06755\n 11 380 17 0.37599 0.08022 0.37418 0.07962 0.37298 0.07781 0.37237 0.07479 0.37237 0.07298 0.37298 0.06997 0.37418 0.06816 0.37599 0.06755 0.37720 0.06755 0.37901 0.06816 0.38021 0.06997 0.38082 0.07298 0.38082 0.07479 0.38021 0.07781 0.37901 0.07962 0.37720 0.08022 0.37599 0.08022\n 11 116 5 0.38564 0.06876 0.38504 0.06816 0.38564 0.06755 0.38625 0.06816 0.38564 0.06876\n 11 446 20 0.04955 0.10046 0.04883 0.10118 0.04774 0.10154 0.04629 0.10154 0.04521 0.10118 0.04448 0.10046 0.04448 0.09973 0.04484 0.09901 0.04521 0.09865 0.04593 0.09828 0.04810 0.09756 0.04883 0.09720 0.04919 0.09684 0.04955 0.09611 0.04955 0.09503 0.04883 0.09430 0.04774 0.09394 0.04629 0.09394 0.04521 0.09430 0.04448 0.09503\n 11 50 2 0.05208 0.10154 0.05208 0.09394\n 11 50 2 0.05498 0.10154 0.05498 0.09394\n 11 50 2 0.05498 0.10154 0.06004 0.09394\n 11 50 2 0.06004 0.10154 0.06004 0.09394\n 11 226 10 0.06547 0.10299 0.06475 0.10226 0.06402 0.10118 0.06330 0.09973 0.06294 0.09792 0.06294 0.09647 0.06330 0.09467 0.06402 0.09322 0.06475 0.09213 0.06547 0.09141\n 11 50 2 0.06801 0.10154 0.06801 0.09394\n 11 50 2 0.07669 0.10299 0.07018 0.09141\n 11 314 14 0.07886 0.09973 0.07886 0.10009 0.07922 0.10082 0.07959 0.10118 0.08031 0.10154 0.08176 0.10154 0.08248 0.10118 0.08284 0.10082 0.08321 0.10009 0.08321 0.09937 0.08284 0.09865 0.08212 0.09756 0.07850 0.09394 0.08357 0.09394\n 11 380 17 0.08791 0.10154 0.08682 0.10118 0.08610 0.10009 0.08574 0.09828 0.08574 0.09720 0.08610 0.09539 0.08682 0.09430 0.08791 0.09394 0.08863 0.09394 0.08972 0.09430 0.09044 0.09539 0.09080 0.09720 0.09080 0.09828 0.09044 0.10009 0.08972 0.10118 0.08863 0.10154 0.08791 0.10154\n 11 226 10 0.09298 0.10299 0.09370 0.10226 0.09442 0.10118 0.09515 0.09973 0.09551 0.09792 0.09551 0.09647 0.09515 0.09467 0.09442 0.09322 0.09370 0.09213 0.09298 0.09141\n 11 50 2 0.09985 0.09937 0.09985 0.09503\n 11 50 2 0.09804 0.09828 0.10166 0.09611\n 11 50 2 0.10166 0.09828 0.09804 0.09611\n 11 94 4 0.10492 0.10009 0.10564 0.10046 0.10673 0.10154 0.10673 0.09394\n 11 380 17 0.11324 0.10154 0.11216 0.10118 0.11143 0.10009 0.11107 0.09828 0.11107 0.09720 0.11143 0.09539 0.11216 0.09430 0.11324 0.09394 0.11397 0.09394 0.11505 0.09430 0.11578 0.09539 0.11614 0.09720 0.11614 0.09828 0.11578 0.10009 0.11505 0.10118 0.11397 0.10154 0.11324 0.10154\n 11 50 2 0.12193 0.10046 0.12193 0.09394\n 11 50 2 0.11867 0.09720 0.12518 0.09720\n 11 226 10 0.13098 0.10154 0.13098 0.09575 0.13061 0.09467 0.13025 0.09430 0.12953 0.09394 0.12880 0.09394 0.12808 0.09430 0.12772 0.09467 0.12736 0.09575 0.12736 0.09647\n 11 50 2 0.13387 0.09720 0.14038 0.09720\n 11 314 14 0.14328 0.09973 0.14328 0.10009 0.14364 0.10082 0.14400 0.10118 0.14473 0.10154 0.14617 0.10154 0.14690 0.10118 0.14726 0.10082 0.14762 0.10009 0.14762 0.09937 0.14726 0.09865 0.14654 0.09756 0.14292 0.09394 0.14798 0.09394\n 11 380 17 0.15233 0.10154 0.15124 0.10118 0.15052 0.10009 0.15016 0.09828 0.15016 0.09720 0.15052 0.09539 0.15124 0.09430 0.15233 0.09394 0.15305 0.09394 0.15414 0.09430 0.15486 0.09539 0.15522 0.09720 0.15522 0.09828 0.15486 0.10009 0.15414 0.10118 0.15305 0.10154 0.15233 0.10154\n 11 182 8 0.16427 0.09430 0.16391 0.09394 0.16355 0.09430 0.16391 0.09467 0.16427 0.09430 0.16427 0.09358 0.16391 0.09286 0.16355 0.09249\n 11 50 2 0.02711 0.08656 0.03363 0.08656\n 11 94 4 0.03724 0.08945 0.03797 0.08982 0.03905 0.09090 0.03905 0.08330\n 11 50 2 0.04521 0.08873 0.04521 0.08439\n 11 50 2 0.04340 0.08764 0.04702 0.08547\n 11 50 2 0.04702 0.08764 0.04340 0.08547\n 11 402 18 0.05462 0.08909 0.05425 0.08982 0.05353 0.09054 0.05281 0.09090 0.05136 0.09090 0.05063 0.09054 0.04991 0.08982 0.04955 0.08909 0.04919 0.08801 0.04919 0.08620 0.04955 0.08511 0.04991 0.08439 0.05063 0.08366 0.05136 0.08330 0.05281 0.08330 0.05353 0.08366 0.05425 0.08439 0.05462 0.08511\n 11 468 21 0.05896 0.09090 0.05823 0.09054 0.05751 0.08982 0.05715 0.08909 0.05679 0.08801 0.05679 0.08620 0.05715 0.08511 0.05751 0.08439 0.05823 0.08366 0.05896 0.08330 0.06041 0.08330 0.06113 0.08366 0.06185 0.08439 0.06222 0.08511 0.06258 0.08620 0.06258 0.08801 0.06222 0.08909 0.06185 0.08982 0.06113 0.09054 0.06041 0.09090 0.05896 0.09090\n 11 446 20 0.06982 0.08982 0.06909 0.09054 0.06801 0.09090 0.06656 0.09090 0.06547 0.09054 0.06475 0.08982 0.06475 0.08909 0.06511 0.08837 0.06547 0.08801 0.06620 0.08764 0.06837 0.08692 0.06909 0.08656 0.06945 0.08620 0.06982 0.08547 0.06982 0.08439 0.06909 0.08366 0.06801 0.08330 0.06656 0.08330 0.06547 0.08366 0.06475 0.08439\n 11 226 10 0.07488 0.09235 0.07416 0.09163 0.07343 0.09054 0.07271 0.08909 0.07235 0.08728 0.07235 0.08583 0.07271 0.08403 0.07343 0.08258 0.07416 0.08149 0.07488 0.08077\n 11 226 10 0.08031 0.09090 0.08031 0.08511 0.07995 0.08403 0.07959 0.08366 0.07886 0.08330 0.07814 0.08330 0.07741 0.08366 0.07705 0.08403 0.07669 0.08511 0.07669 0.08583\n 11 50 2 0.08900 0.09235 0.08248 0.08077\n 11 94 4 0.09189 0.08945 0.09261 0.08982 0.09370 0.09090 0.09370 0.08330\n 11 380 17 0.10021 0.09090 0.09913 0.09054 0.09840 0.08945 0.09804 0.08764 0.09804 0.08656 0.09840 0.08475 0.09913 0.08366 0.10021 0.08330 0.10094 0.08330 0.10202 0.08366 0.10275 0.08475 0.10311 0.08656 0.10311 0.08764 0.10275 0.08945 0.10202 0.09054 0.10094 0.09090 0.10021 0.09090\n 11 226 10 0.10528 0.09235 0.10600 0.09163 0.10673 0.09054 0.10745 0.08909 0.10781 0.08728 0.10781 0.08583 0.10745 0.08403 0.10673 0.08258 0.10600 0.08149 0.10528 0.08077\n 11 50 2 0.11216 0.08873 0.11216 0.08439\n 11 50 2 0.11035 0.08764 0.11397 0.08547\n 11 50 2 0.11397 0.08764 0.11035 0.08547\n 11 94 4 0.11722 0.08945 0.11795 0.08982 0.11903 0.09090 0.11903 0.08330\n 11 380 17 0.12555 0.09090 0.12446 0.09054 0.12374 0.08945 0.12338 0.08764 0.12338 0.08656 0.12374 0.08475 0.12446 0.08366 0.12555 0.08330 0.12627 0.08330 0.12736 0.08366 0.12808 0.08475 0.12844 0.08656 0.12844 0.08764 0.12808 0.08945 0.12736 0.09054 0.12627 0.09090 0.12555 0.09090\n 11 50 2 0.13423 0.08982 0.13423 0.08330\n 11 50 2 0.13098 0.08656 0.13749 0.08656\n 11 50 2 0.14038 0.09090 0.14038 0.08330\n 11 50 2 0.14328 0.08656 0.14979 0.08656\n 11 314 14 0.15269 0.08909 0.15269 0.08945 0.15305 0.09018 0.15341 0.09054 0.15414 0.09090 0.15558 0.09090 0.15631 0.09054 0.15667 0.09018 0.15703 0.08945 0.15703 0.08873 0.15667 0.08801 0.15595 0.08692 0.15233 0.08330 0.15739 0.08330\n 11 380 17 0.16174 0.09090 0.16065 0.09054 0.15993 0.08945 0.15956 0.08764 0.15956 0.08656 0.15993 0.08475 0.16065 0.08366 0.16174 0.08330 0.16246 0.08330 0.16355 0.08366 0.16427 0.08475 0.16463 0.08656 0.16463 0.08764 0.16427 0.08945 0.16355 0.09054 0.16246 0.09090 0.16174 0.09090\n 11 446 20 0.04955 0.08146 0.04883 0.08218 0.04774 0.08254 0.04629 0.08254 0.04521 0.08218 0.04448 0.08146 0.04448 0.08073 0.04484 0.08001 0.04521 0.07965 0.04593 0.07928 0.04810 0.07856 0.04883 0.07820 0.04919 0.07784 0.04955 0.07711 0.04955 0.07603 0.04883 0.07530 0.04774 0.07494 0.04629 0.07494 0.04521 0.07530 0.04448 0.07603\n 11 50 2 0.05208 0.08254 0.05208 0.07494\n 11 50 2 0.05498 0.08254 0.05498 0.07494\n 11 50 2 0.05498 0.08254 0.06004 0.07494\n 11 50 2 0.06004 0.08254 0.06004 0.07494\n 11 226 10 0.06547 0.08399 0.06475 0.08327 0.06402 0.08218 0.06330 0.08073 0.06294 0.07892 0.06294 0.07748 0.06330 0.07567 0.06402 0.07422 0.06475 0.07313 0.06547 0.07241\n 11 50 2 0.06801 0.08254 0.06801 0.07494\n 11 50 2 0.07669 0.08399 0.07018 0.07241\n 11 314 14 0.07886 0.08073 0.07886 0.08109 0.07922 0.08182 0.07959 0.08218 0.08031 0.08254 0.08176 0.08254 0.08248 0.08218 0.08284 0.08182 0.08321 0.08109 0.08321 0.08037 0.08284 0.07965 0.08212 0.07856 0.07850 0.07494 0.08357 0.07494\n 11 380 17 0.08791 0.08254 0.08682 0.08218 0.08610 0.08109 0.08574 0.07928 0.08574 0.07820 0.08610 0.07639 0.08682 0.07530 0.08791 0.07494 0.08863 0.07494 0.08972 0.07530 0.09044 0.07639 0.09080 0.07820 0.09080 0.07928 0.09044 0.08109 0.08972 0.08218 0.08863 0.08254 0.08791 0.08254\n 11 226 10 0.09298 0.08399 0.09370 0.08327 0.09442 0.08218 0.09515 0.08073 0.09551 0.07892 0.09551 0.07748 0.09515 0.07567 0.09442 0.07422 0.09370 0.07313 0.09298 0.07241\n 11 50 2 0.09985 0.08037 0.09985 0.07603\n 11 50 2 0.09804 0.07928 0.10166 0.07711\n 11 50 2 0.10166 0.07928 0.09804 0.07711\n 11 94 4 0.10492 0.08109 0.10564 0.08146 0.10673 0.08254 0.10673 0.07494\n 11 380 17 0.11324 0.08254 0.11216 0.08218 0.11143 0.08109 0.11107 0.07928 0.11107 0.07820 0.11143 0.07639 0.11216 0.07530 0.11324 0.07494 0.11397 0.07494 0.11505 0.07530 0.11578 0.07639 0.11614 0.07820 0.11614 0.07928 0.11578 0.08109 0.11505 0.08218 0.11397 0.08254 0.11324 0.08254\n 11 50 2 0.12193 0.08146 0.12193 0.07494\n 11 50 2 0.11867 0.07820 0.12518 0.07820\n 11 226 10 0.13098 0.08254 0.13098 0.07675 0.13061 0.07567 0.13025 0.07530 0.12953 0.07494 0.12880 0.07494 0.12808 0.07530 0.12772 0.07567 0.12736 0.07675 0.12736 0.07748\n 11 50 2 0.13387 0.07820 0.14038 0.07820\n 11 314 14 0.14328 0.08073 0.14328 0.08109 0.14364 0.08182 0.14400 0.08218 0.14473 0.08254 0.14617 0.08254 0.14690 0.08218 0.14726 0.08182 0.14762 0.08109 0.14762 0.08037 0.14726 0.07965 0.14654 0.07856 0.14292 0.07494 0.14798 0.07494\n 11 380 17 0.15233 0.08254 0.15124 0.08218 0.15052 0.08109 0.15016 0.07928 0.15016 0.07820 0.15052 0.07639 0.15124 0.07530 0.15233 0.07494 0.15305 0.07494 0.15414 0.07530 0.15486 0.07639 0.15522 0.07820 0.15522 0.07928 0.15486 0.08109 0.15414 0.08218 0.15305 0.08254 0.15233 0.08254\n 11 182 8 0.16427 0.07530 0.16391 0.07494 0.16355 0.07530 0.16391 0.07567 0.16427 0.07530 0.16427 0.07458 0.16391 0.07386 0.16355 0.07349\n 11 50 2 0.02711 0.06756 0.03363 0.06756\n 11 94 4 0.03724 0.07045 0.03797 0.07082 0.03905 0.07190 0.03905 0.06430\n 11 50 2 0.04521 0.06973 0.04521 0.06539\n 11 50 2 0.04340 0.06865 0.04702 0.06647\n 11 50 2 0.04702 0.06865 0.04340 0.06647\n 11 402 18 0.05462 0.07009 0.05425 0.07082 0.05353 0.07154 0.05281 0.07190 0.05136 0.07190 0.05063 0.07154 0.04991 0.07082 0.04955 0.07009 0.04919 0.06901 0.04919 0.06720 0.04955 0.06611 0.04991 0.06539 0.05063 0.06466 0.05136 0.06430 0.05281 0.06430 0.05353 0.06466 0.05425 0.06539 0.05462 0.06611\n 11 468 21 0.05896 0.07190 0.05823 0.07154 0.05751 0.07082 0.05715 0.07009 0.05679 0.06901 0.05679 0.06720 0.05715 0.06611 0.05751 0.06539 0.05823 0.06466 0.05896 0.06430 0.06041 0.06430 0.06113 0.06466 0.06185 0.06539 0.06222 0.06611 0.06258 0.06720 0.06258 0.06901 0.06222 0.07009 0.06185 0.07082 0.06113 0.07154 0.06041 0.07190 0.05896 0.07190\n 11 446 20 0.06982 0.07082 0.06909 0.07154 0.06801 0.07190 0.06656 0.07190 0.06547 0.07154 0.06475 0.07082 0.06475 0.07009 0.06511 0.06937 0.06547 0.06901 0.06620 0.06865 0.06837 0.06792 0.06909 0.06756 0.06945 0.06720 0.06982 0.06647 0.06982 0.06539 0.06909 0.06466 0.06801 0.06430 0.06656 0.06430 0.06547 0.06466 0.06475 0.06539\n 11 226 10 0.07488 0.07335 0.07416 0.07263 0.07343 0.07154 0.07271 0.07009 0.07235 0.06828 0.07235 0.06684 0.07271 0.06503 0.07343 0.06358 0.07416 0.06249 0.07488 0.06177\n 11 226 10 0.08031 0.07190 0.08031 0.06611 0.07995 0.06503 0.07959 0.06466 0.07886 0.06430 0.07814 0.06430 0.07741 0.06466 0.07705 0.06503 0.07669 0.06611 0.07669 0.06684\n 11 50 2 0.08900 0.07335 0.08248 0.06177\n 11 94 4 0.09189 0.07045 0.09261 0.07082 0.09370 0.07190 0.09370 0.06430\n 11 380 17 0.10021 0.07190 0.09913 0.07154 0.09840 0.07045 0.09804 0.06865 0.09804 0.06756 0.09840 0.06575 0.09913 0.06466 0.10021 0.06430 0.10094 0.06430 0.10202 0.06466 0.10275 0.06575 0.10311 0.06756 0.10311 0.06865 0.10275 0.07045 0.10202 0.07154 0.10094 0.07190 0.10021 0.07190\n 11 226 10 0.10528 0.07335 0.10600 0.07263 0.10673 0.07154 0.10745 0.07009 0.10781 0.06828 0.10781 0.06684 0.10745 0.06503 0.10673 0.06358 0.10600 0.06249 0.10528 0.06177\n 11 50 2 0.11216 0.06973 0.11216 0.06539\n 11 50 2 0.11035 0.06865 0.11397 0.06647\n 11 50 2 0.11397 0.06865 0.11035 0.06647\n 11 94 4 0.11722 0.07045 0.11795 0.07082 0.11903 0.07190 0.11903 0.06430\n 11 380 17 0.12555 0.07190 0.12446 0.07154 0.12374 0.07045 0.12338 0.06865 0.12338 0.06756 0.12374 0.06575 0.12446 0.06466 0.12555 0.06430 0.12627 0.06430 0.12736 0.06466 0.12808 0.06575 0.12844 0.06756 0.12844 0.06865 0.12808 0.07045 0.12736 0.07154 0.12627 0.07190 0.12555 0.07190\n 11 50 2 0.13423 0.07082 0.13423 0.06430\n 11 50 2 0.13098 0.06756 0.13749 0.06756\n 11 50 2 0.14038 0.07190 0.14038 0.06430\n 11 50 2 0.14328 0.06756 0.14979 0.06756\n 11 314 14 0.15269 0.07009 0.15269 0.07045 0.15305 0.07118 0.15341 0.07154 0.15414 0.07190 0.15558 0.07190 0.15631 0.07154 0.15667 0.07118 0.15703 0.07045 0.15703 0.06973 0.15667 0.06901 0.15595 0.06792 0.15233 0.06430 0.15739 0.06430\n 11 380 17 0.16174 0.07190 0.16065 0.07154 0.15993 0.07045 0.15956 0.06865 0.15956 0.06756 0.15993 0.06575 0.16065 0.06466 0.16174 0.06430 0.16246 0.06430 0.16355 0.06466 0.16427 0.06575 0.16463 0.06756 0.16463 0.06865 0.16427 0.07045 0.16355 0.07154 0.16246 0.07190 0.16174 0.07190\n 82 0\n 81 6 414\n 82 0\n 0 0\n","old_contents":"GKSM@porter.pmel.noaa.goXPPLP Profile F 1.0 10\/11\/16 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 9 1 1.00000 3\n 51 29 9 1 2.00000 3\n 52 29 15 1 1.00000 3\n 51 29 15 1 3.00000 3\n 52 29 4 1 1.00000 4\n 51 29 4 1 1.00000 4\n 52 29 10 1 1.00000 4\n 51 29 10 1 2.00000 4\n 52 29 16 1 1.00000 4\n 51 29 16 1 3.00000 4\n 52 29 5 1 1.00000 5\n 51 29 5 1 1.00000 5\n 52 29 11 1 1.00000 5\n 51 29 11 1 2.00000 5\n 52 29 17 1 1.00000 5\n 51 29 17 1 3.00000 5\n 52 29 6 1 1.00000 6\n 51 29 6 1 1.00000 6\n 52 29 12 1 1.00000 6\n 51 29 12 1 2.00000 6\n 52 29 18 1 1.00000 6\n 51 29 18 1 3.00000 6\n 56 39 1 0.00000 0.00000 0.00000\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 22 6 1\n 23 11 1.00000\n 24 6 1\n 25 6 1\n 26 6 3\n 27 11 1.00000\n 28 6 1\n 29 6 1\n 30 12 1 0\n 31 11 1.00000\n 32 11 0.00000\n 33 6 1\n 35 6 0\n 36 12 0 0\n 34 44 0.00000 0.00000 0.00000 0.00000\n 37 6 1\n 38 6 3\n 39 6 -17\n 40 6 48\n 41 44 1.00000 0.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 43 78 0 0 0 0 0 0 1 1 1 1 1 1 1\n 44 6 0\n 71 44 0.00000 1.00000 0.00000 1.00000\n 72 44 0.00000 9.47400 0.00000 9.47400\n 81 6 409\n 21 6 1\n 25 6 1\n 11 732 33 0.12666 0.21117 0.12666 0.14777 0.12666 0.21117 0.11347 0.21117 0.12666 0.21117 0.12666 0.28162 0.11347 0.28162 0.12666 0.28162 0.12666 0.35206 0.11347 0.35206 0.12666 0.35206 0.12666 0.42251 0.11347 0.42251 0.12666 0.42251 0.12666 0.49296 0.11347 0.49296 0.12666 0.49296 0.12666 0.56340 0.11347 0.56340 0.12666 0.56340 0.12666 0.63385 0.11347 0.63385 0.12666 0.63385 0.12666 0.70429 0.11347 0.70429 0.12666 0.70429 0.12666 0.77474 0.11347 0.77474 0.12666 0.77474 0.12666 0.84518 0.11347 0.84518 0.12666 0.84518 0.12666 0.85223\n 11 380 17 0.10304 0.21645 0.09801 0.21645 0.09751 0.21193 0.09801 0.21243 0.09952 0.21293 0.10103 0.21293 0.10254 0.21243 0.10354 0.21143 0.10404 0.20992 0.10404 0.20891 0.10354 0.20740 0.10254 0.20640 0.10103 0.20590 0.09952 0.20590 0.09801 0.20640 0.09751 0.20690 0.09701 0.20791\n 11 94 4 0.08846 0.35533 0.08947 0.35583 0.09098 0.35734 0.09098 0.34679\n 11 380 17 0.10304 0.35734 0.09801 0.35734 0.09751 0.35282 0.09801 0.35332 0.09952 0.35382 0.10103 0.35382 0.10254 0.35332 0.10354 0.35232 0.10404 0.35081 0.10404 0.34980 0.10354 0.34829 0.10254 0.34729 0.10103 0.34679 0.09952 0.34679 0.09801 0.34729 0.09751 0.34779 0.09701 0.34880\n 11 314 14 0.08746 0.49572 0.08746 0.49622 0.08796 0.49723 0.08846 0.49773 0.08947 0.49823 0.09148 0.49823 0.09248 0.49773 0.09299 0.49723 0.09349 0.49622 0.09349 0.49522 0.09299 0.49421 0.09198 0.49270 0.08695 0.48768 0.09399 0.48768\n 11 380 17 0.10304 0.49823 0.09801 0.49823 0.09751 0.49371 0.09801 0.49421 0.09952 0.49471 0.10103 0.49471 0.10254 0.49421 0.10354 0.49321 0.10404 0.49170 0.10404 0.49069 0.10354 0.48919 0.10254 0.48818 0.10103 0.48768 0.09952 0.48768 0.09801 0.48818 0.09751 0.48868 0.09701 0.48969\n 11 336 15 0.08796 0.63912 0.09349 0.63912 0.09047 0.63510 0.09198 0.63510 0.09299 0.63460 0.09349 0.63410 0.09399 0.63259 0.09399 0.63158 0.09349 0.63008 0.09248 0.62907 0.09098 0.62857 0.08947 0.62857 0.08796 0.62907 0.08746 0.62957 0.08695 0.63058\n 11 380 17 0.10304 0.63912 0.09801 0.63912 0.09751 0.63460 0.09801 0.63510 0.09952 0.63561 0.10103 0.63561 0.10254 0.63510 0.10354 0.63410 0.10404 0.63259 0.10404 0.63158 0.10354 0.63008 0.10254 0.62907 0.10103 0.62857 0.09952 0.62857 0.09801 0.62907 0.09751 0.62957 0.09701 0.63058\n 11 72 3 0.09198 0.78001 0.08695 0.77298 0.09449 0.77298\n 11 50 2 0.09198 0.78001 0.09198 0.76946\n 11 380 17 0.10304 0.78001 0.09801 0.78001 0.09751 0.77549 0.09801 0.77599 0.09952 0.77650 0.10103 0.77650 0.10254 0.77599 0.10354 0.77499 0.10404 0.77348 0.10404 0.77248 0.10354 0.77097 0.10254 0.76996 0.10103 0.76946 0.09952 0.76946 0.09801 0.76996 0.09751 0.77046 0.09701 0.77147\n 11 732 33 0.12666 0.21117 0.12666 0.14777 0.12666 0.21117 0.11347 0.21117 0.12666 0.21117 0.12666 0.28162 0.11347 0.28162 0.12666 0.28162 0.12666 0.35206 0.11347 0.35206 0.12666 0.35206 0.12666 0.42251 0.11347 0.42251 0.12666 0.42251 0.12666 0.49296 0.11347 0.49296 0.12666 0.49296 0.12666 0.56340 0.11347 0.56340 0.12666 0.56340 0.12666 0.63385 0.11347 0.63385 0.12666 0.63385 0.12666 0.70429 0.11347 0.70429 0.12666 0.70429 0.12666 0.77474 0.11347 0.77474 0.12666 0.77474 0.12666 0.84518 0.11347 0.84518 0.12666 0.84518 0.12666 0.85223\n 11 380 17 0.10304 0.21645 0.09801 0.21645 0.09751 0.21193 0.09801 0.21243 0.09952 0.21293 0.10103 0.21293 0.10254 0.21243 0.10354 0.21143 0.10404 0.20992 0.10404 0.20891 0.10354 0.20740 0.10254 0.20640 0.10103 0.20590 0.09952 0.20590 0.09801 0.20640 0.09751 0.20690 0.09701 0.20791\n 11 94 4 0.08846 0.35533 0.08947 0.35583 0.09098 0.35734 0.09098 0.34679\n 11 380 17 0.10304 0.35734 0.09801 0.35734 0.09751 0.35282 0.09801 0.35332 0.09952 0.35382 0.10103 0.35382 0.10254 0.35332 0.10354 0.35232 0.10404 0.35081 0.10404 0.34980 0.10354 0.34829 0.10254 0.34729 0.10103 0.34679 0.09952 0.34679 0.09801 0.34729 0.09751 0.34779 0.09701 0.34880\n 11 314 14 0.08746 0.49572 0.08746 0.49622 0.08796 0.49723 0.08846 0.49773 0.08947 0.49823 0.09148 0.49823 0.09248 0.49773 0.09299 0.49723 0.09349 0.49622 0.09349 0.49522 0.09299 0.49421 0.09198 0.49270 0.08695 0.48768 0.09399 0.48768\n 11 380 17 0.10304 0.49823 0.09801 0.49823 0.09751 0.49371 0.09801 0.49421 0.09952 0.49471 0.10103 0.49471 0.10254 0.49421 0.10354 0.49321 0.10404 0.49170 0.10404 0.49069 0.10354 0.48919 0.10254 0.48818 0.10103 0.48768 0.09952 0.48768 0.09801 0.48818 0.09751 0.48868 0.09701 0.48969\n 11 336 15 0.08796 0.63912 0.09349 0.63912 0.09047 0.63510 0.09198 0.63510 0.09299 0.63460 0.09349 0.63410 0.09399 0.63259 0.09399 0.63158 0.09349 0.63008 0.09248 0.62907 0.09098 0.62857 0.08947 0.62857 0.08796 0.62907 0.08746 0.62957 0.08695 0.63058\n 11 380 17 0.10304 0.63912 0.09801 0.63912 0.09751 0.63460 0.09801 0.63510 0.09952 0.63561 0.10103 0.63561 0.10254 0.63510 0.10354 0.63410 0.10404 0.63259 0.10404 0.63158 0.10354 0.63008 0.10254 0.62907 0.10103 0.62857 0.09952 0.62857 0.09801 0.62907 0.09751 0.62957 0.09701 0.63058\n 11 72 3 0.09198 0.78001 0.08695 0.77298 0.09449 0.77298\n 11 50 2 0.09198 0.78001 0.09198 0.76946\n 11 380 17 0.10304 0.78001 0.09801 0.78001 0.09751 0.77549 0.09801 0.77599 0.09952 0.77650 0.10103 0.77650 0.10254 0.77599 0.10354 0.77499 0.10404 0.77348 0.10404 0.77248 0.10354 0.77097 0.10254 0.76996 0.10103 0.76946 0.09952 0.76946 0.09801 0.76996 0.09751 0.77046 0.09701 0.77147\n 11 732 33 0.89445 0.21117 0.89445 0.14777 0.89445 0.21117 0.90764 0.21117 0.89445 0.21117 0.89445 0.28162 0.90764 0.28162 0.89445 0.28162 0.89445 0.35206 0.90764 0.35206 0.89445 0.35206 0.89445 0.42251 0.90764 0.42251 0.89445 0.42251 0.89445 0.49296 0.90764 0.49296 0.89445 0.49296 0.89445 0.56340 0.90764 0.56340 0.89445 0.56340 0.89445 0.63385 0.90764 0.63385 0.89445 0.63385 0.89445 0.70429 0.90764 0.70429 0.89445 0.70429 0.89445 0.77474 0.90764 0.77474 0.89445 0.77474 0.89445 0.84518 0.90764 0.84518 0.89445 0.84518 0.89445 0.85223\n 11 732 33 0.89445 0.21117 0.89445 0.14777 0.89445 0.21117 0.90764 0.21117 0.89445 0.21117 0.89445 0.28162 0.90764 0.28162 0.89445 0.28162 0.89445 0.35206 0.90764 0.35206 0.89445 0.35206 0.89445 0.42251 0.90764 0.42251 0.89445 0.42251 0.89445 0.49296 0.90764 0.49296 0.89445 0.49296 0.89445 0.56340 0.90764 0.56340 0.89445 0.56340 0.89445 0.63385 0.90764 0.63385 0.89445 0.63385 0.89445 0.70429 0.90764 0.70429 0.89445 0.70429 0.89445 0.77474 0.90764 0.77474 0.89445 0.77474 0.89445 0.84518 0.90764 0.84518 0.89445 0.84518 0.89445 0.85223\n 11 732 33 0.19576 0.85223 0.12666 0.85223 0.19576 0.85223 0.19576 0.86542 0.19576 0.85223 0.27254 0.85223 0.27254 0.86542 0.27254 0.85223 0.34932 0.85223 0.34932 0.86542 0.34932 0.85223 0.42610 0.85223 0.42610 0.86542 0.42610 0.85223 0.50288 0.85223 0.50288 0.86542 0.50288 0.85223 0.57966 0.85223 0.57966 0.86542 0.57966 0.85223 0.65643 0.85223 0.65643 0.86542 0.65643 0.85223 0.73321 0.85223 0.73321 0.86542 0.73321 0.85223 0.80999 0.85223 0.80999 0.86542 0.80999 0.85223 0.88677 0.85223 0.88677 0.86542 0.88677 0.85223 0.89445 0.85223\n 11 732 33 0.19576 0.85223 0.12666 0.85223 0.19576 0.85223 0.19576 0.86542 0.19576 0.85223 0.27254 0.85223 0.27254 0.86542 0.27254 0.85223 0.34932 0.85223 0.34932 0.86542 0.34932 0.85223 0.42610 0.85223 0.42610 0.86542 0.42610 0.85223 0.50288 0.85223 0.50288 0.86542 0.50288 0.85223 0.57966 0.85223 0.57966 0.86542 0.57966 0.85223 0.65643 0.85223 0.65643 0.86542 0.65643 0.85223 0.73321 0.85223 0.73321 0.86542 0.73321 0.85223 0.80999 0.85223 0.80999 0.86542 0.80999 0.85223 0.88677 0.85223 0.88677 0.86542 0.88677 0.85223 0.89445 0.85223\n 11 732 33 0.19576 0.14777 0.12666 0.14777 0.19576 0.14777 0.19576 0.13458 0.19576 0.14777 0.27254 0.14777 0.27254 0.13458 0.27254 0.14777 0.34932 0.14777 0.34932 0.13458 0.34932 0.14777 0.42610 0.14777 0.42610 0.13458 0.42610 0.14777 0.50288 0.14777 0.50288 0.13458 0.50288 0.14777 0.57966 0.14777 0.57966 0.13458 0.57966 0.14777 0.65643 0.14777 0.65643 0.13458 0.65643 0.14777 0.73321 0.14777 0.73321 0.13458 0.73321 0.14777 0.80999 0.14777 0.80999 0.13458 0.80999 0.14777 0.88677 0.14777 0.88677 0.13458 0.88677 0.14777 0.89445 0.14777\n 11 380 17 0.19828 0.12508 0.19325 0.12508 0.19275 0.12056 0.19325 0.12106 0.19476 0.12156 0.19627 0.12156 0.19777 0.12106 0.19878 0.12005 0.19928 0.11854 0.19928 0.11754 0.19878 0.11603 0.19777 0.11503 0.19627 0.11452 0.19476 0.11452 0.19325 0.11503 0.19275 0.11553 0.19224 0.11653\n 11 94 4 0.34228 0.12307 0.34329 0.12357 0.34480 0.12508 0.34480 0.11452\n 11 380 17 0.35686 0.12508 0.35183 0.12508 0.35133 0.12056 0.35183 0.12106 0.35334 0.12156 0.35485 0.12156 0.35636 0.12106 0.35736 0.12005 0.35786 0.11854 0.35786 0.11754 0.35736 0.11603 0.35636 0.11503 0.35485 0.11452 0.35334 0.11452 0.35183 0.11503 0.35133 0.11553 0.35083 0.11653\n 11 314 14 0.49484 0.12257 0.49484 0.12307 0.49534 0.12407 0.49584 0.12458 0.49685 0.12508 0.49886 0.12508 0.49986 0.12458 0.50036 0.12407 0.50087 0.12307 0.50087 0.12206 0.50036 0.12106 0.49936 0.11955 0.49433 0.11452 0.50137 0.11452\n 11 380 17 0.51042 0.12508 0.50539 0.12508 0.50489 0.12056 0.50539 0.12106 0.50690 0.12156 0.50841 0.12156 0.50991 0.12106 0.51092 0.12005 0.51142 0.11854 0.51142 0.11754 0.51092 0.11603 0.50991 0.11503 0.50841 0.11452 0.50690 0.11452 0.50539 0.11503 0.50489 0.11553 0.50439 0.11653\n 11 336 15 0.64890 0.12508 0.65442 0.12508 0.65141 0.12106 0.65292 0.12106 0.65392 0.12056 0.65442 0.12005 0.65493 0.11854 0.65493 0.11754 0.65442 0.11603 0.65342 0.11503 0.65191 0.11452 0.65040 0.11452 0.64890 0.11503 0.64839 0.11553 0.64789 0.11653\n 11 380 17 0.66397 0.12508 0.65895 0.12508 0.65845 0.12056 0.65895 0.12106 0.66046 0.12156 0.66196 0.12156 0.66347 0.12106 0.66448 0.12005 0.66498 0.11854 0.66498 0.11754 0.66448 0.11603 0.66347 0.11503 0.66196 0.11452 0.66046 0.11452 0.65895 0.11503 0.65845 0.11553 0.65794 0.11653\n 11 72 3 0.80647 0.12508 0.80145 0.11804 0.80899 0.11804\n 11 50 2 0.80647 0.12508 0.80647 0.11452\n 11 380 17 0.81753 0.12508 0.81250 0.12508 0.81200 0.12056 0.81250 0.12106 0.81401 0.12156 0.81552 0.12156 0.81703 0.12106 0.81803 0.12005 0.81854 0.11854 0.81854 0.11754 0.81803 0.11603 0.81703 0.11503 0.81552 0.11452 0.81401 0.11452 0.81250 0.11503 0.81200 0.11553 0.81150 0.11653\n 11 732 33 0.19576 0.14777 0.12666 0.14777 0.19576 0.14777 0.19576 0.13458 0.19576 0.14777 0.27254 0.14777 0.27254 0.13458 0.27254 0.14777 0.34932 0.14777 0.34932 0.13458 0.34932 0.14777 0.42610 0.14777 0.42610 0.13458 0.42610 0.14777 0.50288 0.14777 0.50288 0.13458 0.50288 0.14777 0.57966 0.14777 0.57966 0.13458 0.57966 0.14777 0.65643 0.14777 0.65643 0.13458 0.65643 0.14777 0.73321 0.14777 0.73321 0.13458 0.73321 0.14777 0.80999 0.14777 0.80999 0.13458 0.80999 0.14777 0.88677 0.14777 0.88677 0.13458 0.88677 0.14777 0.89445 0.14777\n 11 380 17 0.19828 0.12508 0.19325 0.12508 0.19275 0.12056 0.19325 0.12106 0.19476 0.12156 0.19627 0.12156 0.19777 0.12106 0.19878 0.12005 0.19928 0.11854 0.19928 0.11754 0.19878 0.11603 0.19777 0.11503 0.19627 0.11452 0.19476 0.11452 0.19325 0.11503 0.19275 0.11553 0.19224 0.11653\n 11 94 4 0.34228 0.12307 0.34329 0.12357 0.34480 0.12508 0.34480 0.11452\n 11 380 17 0.35686 0.12508 0.35183 0.12508 0.35133 0.12056 0.35183 0.12106 0.35334 0.12156 0.35485 0.12156 0.35636 0.12106 0.35736 0.12005 0.35786 0.11854 0.35786 0.11754 0.35736 0.11603 0.35636 0.11503 0.35485 0.11452 0.35334 0.11452 0.35183 0.11503 0.35133 0.11553 0.35083 0.11653\n 11 314 14 0.49484 0.12257 0.49484 0.12307 0.49534 0.12407 0.49584 0.12458 0.49685 0.12508 0.49886 0.12508 0.49986 0.12458 0.50036 0.12407 0.50087 0.12307 0.50087 0.12206 0.50036 0.12106 0.49936 0.11955 0.49433 0.11452 0.50137 0.11452\n 11 380 17 0.51042 0.12508 0.50539 0.12508 0.50489 0.12056 0.50539 0.12106 0.50690 0.12156 0.50841 0.12156 0.50991 0.12106 0.51092 0.12005 0.51142 0.11854 0.51142 0.11754 0.51092 0.11603 0.50991 0.11503 0.50841 0.11452 0.50690 0.11452 0.50539 0.11503 0.50489 0.11553 0.50439 0.11653\n 11 336 15 0.64890 0.12508 0.65442 0.12508 0.65141 0.12106 0.65292 0.12106 0.65392 0.12056 0.65442 0.12005 0.65493 0.11854 0.65493 0.11754 0.65442 0.11603 0.65342 0.11503 0.65191 0.11452 0.65040 0.11452 0.64890 0.11503 0.64839 0.11553 0.64789 0.11653\n 11 380 17 0.66397 0.12508 0.65895 0.12508 0.65845 0.12056 0.65895 0.12106 0.66046 0.12156 0.66196 0.12156 0.66347 0.12106 0.66448 0.12005 0.66498 0.11854 0.66498 0.11754 0.66448 0.11603 0.66347 0.11503 0.66196 0.11452 0.66046 0.11452 0.65895 0.11503 0.65845 0.11553 0.65794 0.11653\n 11 72 3 0.80647 0.12508 0.80145 0.11804 0.80899 0.11804\n 11 50 2 0.80647 0.12508 0.80647 0.11452\n 11 380 17 0.81753 0.12508 0.81250 0.12508 0.81200 0.12056 0.81250 0.12106 0.81401 0.12156 0.81552 0.12156 0.81703 0.12106 0.81803 0.12005 0.81854 0.11854 0.81854 0.11754 0.81803 0.11603 0.81703 0.11503 0.81552 0.11452 0.81401 0.11452 0.81250 0.11503 0.81200 0.11553 0.81150 0.11653\n 11 732 33 0.12666 0.21117 0.12666 0.14777 0.12666 0.21117 0.11347 0.21117 0.12666 0.21117 0.12666 0.28162 0.11347 0.28162 0.12666 0.28162 0.12666 0.35206 0.11347 0.35206 0.12666 0.35206 0.12666 0.42251 0.11347 0.42251 0.12666 0.42251 0.12666 0.49296 0.11347 0.49296 0.12666 0.49296 0.12666 0.56340 0.11347 0.56340 0.12666 0.56340 0.12666 0.63385 0.11347 0.63385 0.12666 0.63385 0.12666 0.70429 0.11347 0.70429 0.12666 0.70429 0.12666 0.77474 0.11347 0.77474 0.12666 0.77474 0.12666 0.84518 0.11347 0.84518 0.12666 0.84518 0.12666 0.85223\n 11 380 17 0.10304 0.21645 0.09801 0.21645 0.09751 0.21193 0.09801 0.21243 0.09952 0.21293 0.10103 0.21293 0.10254 0.21243 0.10354 0.21143 0.10404 0.20992 0.10404 0.20891 0.10354 0.20740 0.10254 0.20640 0.10103 0.20590 0.09952 0.20590 0.09801 0.20640 0.09751 0.20690 0.09701 0.20791\n 11 94 4 0.08846 0.35533 0.08947 0.35583 0.09098 0.35734 0.09098 0.34679\n 11 380 17 0.10304 0.35734 0.09801 0.35734 0.09751 0.35282 0.09801 0.35332 0.09952 0.35382 0.10103 0.35382 0.10254 0.35332 0.10354 0.35232 0.10404 0.35081 0.10404 0.34980 0.10354 0.34829 0.10254 0.34729 0.10103 0.34679 0.09952 0.34679 0.09801 0.34729 0.09751 0.34779 0.09701 0.34880\n 11 314 14 0.08746 0.49572 0.08746 0.49622 0.08796 0.49723 0.08846 0.49773 0.08947 0.49823 0.09148 0.49823 0.09248 0.49773 0.09299 0.49723 0.09349 0.49622 0.09349 0.49522 0.09299 0.49421 0.09198 0.49270 0.08695 0.48768 0.09399 0.48768\n 11 380 17 0.10304 0.49823 0.09801 0.49823 0.09751 0.49371 0.09801 0.49421 0.09952 0.49471 0.10103 0.49471 0.10254 0.49421 0.10354 0.49321 0.10404 0.49170 0.10404 0.49069 0.10354 0.48919 0.10254 0.48818 0.10103 0.48768 0.09952 0.48768 0.09801 0.48818 0.09751 0.48868 0.09701 0.48969\n 11 336 15 0.08796 0.63912 0.09349 0.63912 0.09047 0.63510 0.09198 0.63510 0.09299 0.63460 0.09349 0.63410 0.09399 0.63259 0.09399 0.63158 0.09349 0.63008 0.09248 0.62907 0.09098 0.62857 0.08947 0.62857 0.08796 0.62907 0.08746 0.62957 0.08695 0.63058\n 11 380 17 0.10304 0.63912 0.09801 0.63912 0.09751 0.63460 0.09801 0.63510 0.09952 0.63561 0.10103 0.63561 0.10254 0.63510 0.10354 0.63410 0.10404 0.63259 0.10404 0.63158 0.10354 0.63008 0.10254 0.62907 0.10103 0.62857 0.09952 0.62857 0.09801 0.62907 0.09751 0.62957 0.09701 0.63058\n 11 72 3 0.09198 0.78001 0.08695 0.77298 0.09449 0.77298\n 11 50 2 0.09198 0.78001 0.09198 0.76946\n 11 380 17 0.10304 0.78001 0.09801 0.78001 0.09751 0.77549 0.09801 0.77599 0.09952 0.77650 0.10103 0.77650 0.10254 0.77599 0.10354 0.77499 0.10404 0.77348 0.10404 0.77248 0.10354 0.77097 0.10254 0.76996 0.10103 0.76946 0.09952 0.76946 0.09801 0.76996 0.09751 0.77046 0.09701 0.77147\n 11 732 33 0.12666 0.21117 0.12666 0.14777 0.12666 0.21117 0.11347 0.21117 0.12666 0.21117 0.12666 0.28162 0.11347 0.28162 0.12666 0.28162 0.12666 0.35206 0.11347 0.35206 0.12666 0.35206 0.12666 0.42251 0.11347 0.42251 0.12666 0.42251 0.12666 0.49296 0.11347 0.49296 0.12666 0.49296 0.12666 0.56340 0.11347 0.56340 0.12666 0.56340 0.12666 0.63385 0.11347 0.63385 0.12666 0.63385 0.12666 0.70429 0.11347 0.70429 0.12666 0.70429 0.12666 0.77474 0.11347 0.77474 0.12666 0.77474 0.12666 0.84518 0.11347 0.84518 0.12666 0.84518 0.12666 0.85223\n 11 380 17 0.10304 0.21645 0.09801 0.21645 0.09751 0.21193 0.09801 0.21243 0.09952 0.21293 0.10103 0.21293 0.10254 0.21243 0.10354 0.21143 0.10404 0.20992 0.10404 0.20891 0.10354 0.20740 0.10254 0.20640 0.10103 0.20590 0.09952 0.20590 0.09801 0.20640 0.09751 0.20690 0.09701 0.20791\n 11 94 4 0.08846 0.35533 0.08947 0.35583 0.09098 0.35734 0.09098 0.34679\n 11 380 17 0.10304 0.35734 0.09801 0.35734 0.09751 0.35282 0.09801 0.35332 0.09952 0.35382 0.10103 0.35382 0.10254 0.35332 0.10354 0.35232 0.10404 0.35081 0.10404 0.34980 0.10354 0.34829 0.10254 0.34729 0.10103 0.34679 0.09952 0.34679 0.09801 0.34729 0.09751 0.34779 0.09701 0.34880\n 11 314 14 0.08746 0.49572 0.08746 0.49622 0.08796 0.49723 0.08846 0.49773 0.08947 0.49823 0.09148 0.49823 0.09248 0.49773 0.09299 0.49723 0.09349 0.49622 0.09349 0.49522 0.09299 0.49421 0.09198 0.49270 0.08695 0.48768 0.09399 0.48768\n 11 380 17 0.10304 0.49823 0.09801 0.49823 0.09751 0.49371 0.09801 0.49421 0.09952 0.49471 0.10103 0.49471 0.10254 0.49421 0.10354 0.49321 0.10404 0.49170 0.10404 0.49069 0.10354 0.48919 0.10254 0.48818 0.10103 0.48768 0.09952 0.48768 0.09801 0.48818 0.09751 0.48868 0.09701 0.48969\n 11 336 15 0.08796 0.63912 0.09349 0.63912 0.09047 0.63510 0.09198 0.63510 0.09299 0.63460 0.09349 0.63410 0.09399 0.63259 0.09399 0.63158 0.09349 0.63008 0.09248 0.62907 0.09098 0.62857 0.08947 0.62857 0.08796 0.62907 0.08746 0.62957 0.08695 0.63058\n 11 380 17 0.10304 0.63912 0.09801 0.63912 0.09751 0.63460 0.09801 0.63510 0.09952 0.63561 0.10103 0.63561 0.10254 0.63510 0.10354 0.63410 0.10404 0.63259 0.10404 0.63158 0.10354 0.63008 0.10254 0.62907 0.10103 0.62857 0.09952 0.62857 0.09801 0.62907 0.09751 0.62957 0.09701 0.63058\n 11 72 3 0.09198 0.78001 0.08695 0.77298 0.09449 0.77298\n 11 50 2 0.09198 0.78001 0.09198 0.76946\n 11 380 17 0.10304 0.78001 0.09801 0.78001 0.09751 0.77549 0.09801 0.77599 0.09952 0.77650 0.10103 0.77650 0.10254 0.77599 0.10354 0.77499 0.10404 0.77348 0.10404 0.77248 0.10354 0.77097 0.10254 0.76996 0.10103 0.76946 0.09952 0.76946 0.09801 0.76996 0.09751 0.77046 0.09701 0.77147\n 11 732 33 0.89445 0.21117 0.89445 0.14777 0.89445 0.21117 0.90764 0.21117 0.89445 0.21117 0.89445 0.28162 0.90764 0.28162 0.89445 0.28162 0.89445 0.35206 0.90764 0.35206 0.89445 0.35206 0.89445 0.42251 0.90764 0.42251 0.89445 0.42251 0.89445 0.49296 0.90764 0.49296 0.89445 0.49296 0.89445 0.56340 0.90764 0.56340 0.89445 0.56340 0.89445 0.63385 0.90764 0.63385 0.89445 0.63385 0.89445 0.70429 0.90764 0.70429 0.89445 0.70429 0.89445 0.77474 0.90764 0.77474 0.89445 0.77474 0.89445 0.84518 0.90764 0.84518 0.89445 0.84518 0.89445 0.85223\n 11 732 33 0.89445 0.21117 0.89445 0.14777 0.89445 0.21117 0.90764 0.21117 0.89445 0.21117 0.89445 0.28162 0.90764 0.28162 0.89445 0.28162 0.89445 0.35206 0.90764 0.35206 0.89445 0.35206 0.89445 0.42251 0.90764 0.42251 0.89445 0.42251 0.89445 0.49296 0.90764 0.49296 0.89445 0.49296 0.89445 0.56340 0.90764 0.56340 0.89445 0.56340 0.89445 0.63385 0.90764 0.63385 0.89445 0.63385 0.89445 0.70429 0.90764 0.70429 0.89445 0.70429 0.89445 0.77474 0.90764 0.77474 0.89445 0.77474 0.89445 0.84518 0.90764 0.84518 0.89445 0.84518 0.89445 0.85223\n 11 732 33 0.19576 0.85223 0.12666 0.85223 0.19576 0.85223 0.19576 0.86542 0.19576 0.85223 0.27254 0.85223 0.27254 0.86542 0.27254 0.85223 0.34932 0.85223 0.34932 0.86542 0.34932 0.85223 0.42610 0.85223 0.42610 0.86542 0.42610 0.85223 0.50288 0.85223 0.50288 0.86542 0.50288 0.85223 0.57966 0.85223 0.57966 0.86542 0.57966 0.85223 0.65643 0.85223 0.65643 0.86542 0.65643 0.85223 0.73321 0.85223 0.73321 0.86542 0.73321 0.85223 0.80999 0.85223 0.80999 0.86542 0.80999 0.85223 0.88677 0.85223 0.88677 0.86542 0.88677 0.85223 0.89445 0.85223\n 11 732 33 0.19576 0.85223 0.12666 0.85223 0.19576 0.85223 0.19576 0.86542 0.19576 0.85223 0.27254 0.85223 0.27254 0.86542 0.27254 0.85223 0.34932 0.85223 0.34932 0.86542 0.34932 0.85223 0.42610 0.85223 0.42610 0.86542 0.42610 0.85223 0.50288 0.85223 0.50288 0.86542 0.50288 0.85223 0.57966 0.85223 0.57966 0.86542 0.57966 0.85223 0.65643 0.85223 0.65643 0.86542 0.65643 0.85223 0.73321 0.85223 0.73321 0.86542 0.73321 0.85223 0.80999 0.85223 0.80999 0.86542 0.80999 0.85223 0.88677 0.85223 0.88677 0.86542 0.88677 0.85223 0.89445 0.85223\n 11 732 33 0.19576 0.14777 0.12666 0.14777 0.19576 0.14777 0.19576 0.13458 0.19576 0.14777 0.27254 0.14777 0.27254 0.13458 0.27254 0.14777 0.34932 0.14777 0.34932 0.13458 0.34932 0.14777 0.42610 0.14777 0.42610 0.13458 0.42610 0.14777 0.50288 0.14777 0.50288 0.13458 0.50288 0.14777 0.57966 0.14777 0.57966 0.13458 0.57966 0.14777 0.65643 0.14777 0.65643 0.13458 0.65643 0.14777 0.73321 0.14777 0.73321 0.13458 0.73321 0.14777 0.80999 0.14777 0.80999 0.13458 0.80999 0.14777 0.88677 0.14777 0.88677 0.13458 0.88677 0.14777 0.89445 0.14777\n 11 380 17 0.19828 0.12508 0.19325 0.12508 0.19275 0.12056 0.19325 0.12106 0.19476 0.12156 0.19627 0.12156 0.19777 0.12106 0.19878 0.12005 0.19928 0.11854 0.19928 0.11754 0.19878 0.11603 0.19777 0.11503 0.19627 0.11452 0.19476 0.11452 0.19325 0.11503 0.19275 0.11553 0.19224 0.11653\n 11 94 4 0.34228 0.12307 0.34329 0.12357 0.34480 0.12508 0.34480 0.11452\n 11 380 17 0.35686 0.12508 0.35183 0.12508 0.35133 0.12056 0.35183 0.12106 0.35334 0.12156 0.35485 0.12156 0.35636 0.12106 0.35736 0.12005 0.35786 0.11854 0.35786 0.11754 0.35736 0.11603 0.35636 0.11503 0.35485 0.11452 0.35334 0.11452 0.35183 0.11503 0.35133 0.11553 0.35083 0.11653\n 11 314 14 0.49484 0.12257 0.49484 0.12307 0.49534 0.12407 0.49584 0.12458 0.49685 0.12508 0.49886 0.12508 0.49986 0.12458 0.50036 0.12407 0.50087 0.12307 0.50087 0.12206 0.50036 0.12106 0.49936 0.11955 0.49433 0.11452 0.50137 0.11452\n 11 380 17 0.51042 0.12508 0.50539 0.12508 0.50489 0.12056 0.50539 0.12106 0.50690 0.12156 0.50841 0.12156 0.50991 0.12106 0.51092 0.12005 0.51142 0.11854 0.51142 0.11754 0.51092 0.11603 0.50991 0.11503 0.50841 0.11452 0.50690 0.11452 0.50539 0.11503 0.50489 0.11553 0.50439 0.11653\n 11 336 15 0.64890 0.12508 0.65442 0.12508 0.65141 0.12106 0.65292 0.12106 0.65392 0.12056 0.65442 0.12005 0.65493 0.11854 0.65493 0.11754 0.65442 0.11603 0.65342 0.11503 0.65191 0.11452 0.65040 0.11452 0.64890 0.11503 0.64839 0.11553 0.64789 0.11653\n 11 380 17 0.66397 0.12508 0.65895 0.12508 0.65845 0.12056 0.65895 0.12106 0.66046 0.12156 0.66196 0.12156 0.66347 0.12106 0.66448 0.12005 0.66498 0.11854 0.66498 0.11754 0.66448 0.11603 0.66347 0.11503 0.66196 0.11452 0.66046 0.11452 0.65895 0.11503 0.65845 0.11553 0.65794 0.11653\n 11 72 3 0.80647 0.12508 0.80145 0.11804 0.80899 0.11804\n 11 50 2 0.80647 0.12508 0.80647 0.11452\n 11 380 17 0.81753 0.12508 0.81250 0.12508 0.81200 0.12056 0.81250 0.12106 0.81401 0.12156 0.81552 0.12156 0.81703 0.12106 0.81803 0.12005 0.81854 0.11854 0.81854 0.11754 0.81803 0.11603 0.81703 0.11503 0.81552 0.11452 0.81401 0.11452 0.81250 0.11503 0.81200 0.11553 0.81150 0.11653\n 11 732 33 0.19576 0.14777 0.12666 0.14777 0.19576 0.14777 0.19576 0.13458 0.19576 0.14777 0.27254 0.14777 0.27254 0.13458 0.27254 0.14777 0.34932 0.14777 0.34932 0.13458 0.34932 0.14777 0.42610 0.14777 0.42610 0.13458 0.42610 0.14777 0.50288 0.14777 0.50288 0.13458 0.50288 0.14777 0.57966 0.14777 0.57966 0.13458 0.57966 0.14777 0.65643 0.14777 0.65643 0.13458 0.65643 0.14777 0.73321 0.14777 0.73321 0.13458 0.73321 0.14777 0.80999 0.14777 0.80999 0.13458 0.80999 0.14777 0.88677 0.14777 0.88677 0.13458 0.88677 0.14777 0.89445 0.14777\n 11 380 17 0.19828 0.12508 0.19325 0.12508 0.19275 0.12056 0.19325 0.12106 0.19476 0.12156 0.19627 0.12156 0.19777 0.12106 0.19878 0.12005 0.19928 0.11854 0.19928 0.11754 0.19878 0.11603 0.19777 0.11503 0.19627 0.11452 0.19476 0.11452 0.19325 0.11503 0.19275 0.11553 0.19224 0.11653\n 11 94 4 0.34228 0.12307 0.34329 0.12357 0.34480 0.12508 0.34480 0.11452\n 11 380 17 0.35686 0.12508 0.35183 0.12508 0.35133 0.12056 0.35183 0.12106 0.35334 0.12156 0.35485 0.12156 0.35636 0.12106 0.35736 0.12005 0.35786 0.11854 0.35786 0.11754 0.35736 0.11603 0.35636 0.11503 0.35485 0.11452 0.35334 0.11452 0.35183 0.11503 0.35133 0.11553 0.35083 0.11653\n 11 314 14 0.49484 0.12257 0.49484 0.12307 0.49534 0.12407 0.49584 0.12458 0.49685 0.12508 0.49886 0.12508 0.49986 0.12458 0.50036 0.12407 0.50087 0.12307 0.50087 0.12206 0.50036 0.12106 0.49936 0.11955 0.49433 0.11452 0.50137 0.11452\n 11 380 17 0.51042 0.12508 0.50539 0.12508 0.50489 0.12056 0.50539 0.12106 0.50690 0.12156 0.50841 0.12156 0.50991 0.12106 0.51092 0.12005 0.51142 0.11854 0.51142 0.11754 0.51092 0.11603 0.50991 0.11503 0.50841 0.11452 0.50690 0.11452 0.50539 0.11503 0.50489 0.11553 0.50439 0.11653\n 11 336 15 0.64890 0.12508 0.65442 0.12508 0.65141 0.12106 0.65292 0.12106 0.65392 0.12056 0.65442 0.12005 0.65493 0.11854 0.65493 0.11754 0.65442 0.11603 0.65342 0.11503 0.65191 0.11452 0.65040 0.11452 0.64890 0.11503 0.64839 0.11553 0.64789 0.11653\n 11 380 17 0.66397 0.12508 0.65895 0.12508 0.65845 0.12056 0.65895 0.12106 0.66046 0.12156 0.66196 0.12156 0.66347 0.12106 0.66448 0.12005 0.66498 0.11854 0.66498 0.11754 0.66448 0.11603 0.66347 0.11503 0.66196 0.11452 0.66046 0.11452 0.65895 0.11503 0.65845 0.11553 0.65794 0.11653\n 11 72 3 0.80647 0.12508 0.80145 0.11804 0.80899 0.11804\n 11 50 2 0.80647 0.12508 0.80647 0.11452\n 11 380 17 0.81753 0.12508 0.81250 0.12508 0.81200 0.12056 0.81250 0.12106 0.81401 0.12156 0.81552 0.12156 0.81703 0.12106 0.81803 0.12005 0.81854 0.11854 0.81854 0.11754 0.81803 0.11603 0.81703 0.11503 0.81552 0.11452 0.81401 0.11452 0.81250 0.11503 0.81200 0.11553 0.81150 0.11653\n 21 6 1\n 25 6 1\n 11 50 2 0.12943 0.14777 0.13434 0.15482\n 11 50 2 0.12666 0.17081 0.13434 0.18300\n 11 50 2 0.12666 0.19768 0.13434 0.21117\n 11 50 2 0.12666 0.22433 0.13434 0.23935\n 11 50 2 0.12770 0.24680 0.12666 0.24571\n 11 50 2 0.12666 0.25061 0.13434 0.26753\n 11 50 2 0.12924 0.27643 0.12666 0.27345\n 11 50 2 0.12666 0.27620 0.13434 0.29571\n 11 116 5 0.13076 0.30621 0.12692 0.30118 0.12679 0.30751 0.12692 0.30118 0.13434 0.32389\n 11 116 5 0.13229 0.33608 0.12919 0.33136 0.12866 0.33699 0.12919 0.33136 0.13434 0.35206\n 11 116 5 0.13382 0.36600 0.13147 0.36158 0.13055 0.36650 0.13147 0.36158 0.13434 0.38024\n 11 116 5 0.13536 0.39589 0.13376 0.39178 0.13245 0.39599 0.13376 0.39178 0.13434 0.40842\n 11 116 5 0.13692 0.42572 0.13606 0.42189 0.13435 0.42542 0.13606 0.42189 0.13434 0.43660\n 11 116 5 0.13847 0.45543 0.13834 0.45185 0.13621 0.45473 0.13834 0.45185 0.13434 0.46478\n 11 116 5 0.14000 0.48496 0.14055 0.48157 0.13800 0.48387 0.14055 0.48157 0.13434 0.49296\n 11 116 5 0.14149 0.51424 0.14269 0.51096 0.13971 0.51277 0.14269 0.51096 0.13434 0.52113\n 11 116 5 0.14299 0.54320 0.14478 0.53995 0.14135 0.54137 0.14478 0.53995 0.13434 0.54931\n 11 116 5 0.14452 0.57184 0.14686 0.56849 0.14294 0.56964 0.14686 0.56849 0.13434 0.57749\n 11 116 5 0.14610 0.60015 0.14896 0.59660 0.14451 0.59759 0.14896 0.59660 0.13434 0.60567\n 11 116 5 0.14773 0.62815 0.15107 0.62430 0.14606 0.62522 0.15107 0.62430 0.13434 0.63385\n 11 116 5 0.14940 0.65587 0.15321 0.65162 0.14758 0.65257 0.15321 0.65162 0.13434 0.66202\n 11 116 5 0.15113 0.68333 0.15537 0.67859 0.14910 0.67965 0.15537 0.67859 0.13434 0.69020\n 11 116 5 0.15289 0.71057 0.15754 0.70526 0.15060 0.70651 0.15754 0.70526 0.13434 0.71838\n 11 116 5 0.15468 0.73763 0.15973 0.73170 0.15208 0.73319 0.15973 0.73170 0.13434 0.74656\n 11 116 5 0.15650 0.76457 0.16193 0.75797 0.15356 0.75975 0.16193 0.75797 0.13434 0.77474\n 11 116 5 0.15833 0.79145 0.16413 0.78415 0.15504 0.78624 0.16413 0.78415 0.13434 0.80292\n 11 116 5 0.16015 0.81832 0.16633 0.81033 0.15652 0.81272 0.16633 0.81033 0.13434 0.83109\n 11 50 2 0.16006 0.14777 0.16505 0.15482\n 11 116 5 0.15438 0.16093 0.14763 0.15561 0.14959 0.16398 0.14763 0.15561 0.16505 0.18300\n 11 116 5 0.15596 0.18984 0.14982 0.18450 0.15129 0.19250 0.14982 0.18450 0.16505 0.21117\n 11 116 5 0.15753 0.21902 0.15203 0.21376 0.15305 0.22130 0.15203 0.21376 0.16505 0.23935\n 11 116 5 0.15907 0.24845 0.15426 0.24335 0.15484 0.25034 0.15426 0.24335 0.16505 0.26753\n 11 116 5 0.16061 0.27808 0.15650 0.27320 0.15667 0.27958 0.15650 0.27320 0.16505 0.29571\n 11 116 5 0.16214 0.30787 0.15876 0.30326 0.15853 0.30897 0.15876 0.30326 0.16505 0.32389\n 11 116 5 0.16367 0.33774 0.16103 0.33344 0.16041 0.33845 0.16103 0.33344 0.16505 0.35206\n 11 116 5 0.16520 0.36766 0.16332 0.36367 0.16230 0.36797 0.16332 0.36367 0.16505 0.38024\n 11 116 5 0.16675 0.39757 0.16562 0.39389 0.16421 0.39747 0.16562 0.39389 0.16505 0.40842\n 11 116 5 0.16830 0.42742 0.16791 0.42403 0.16610 0.42692 0.16791 0.42403 0.16505 0.43660\n 11 116 5 0.16981 0.45716 0.17015 0.45403 0.16793 0.45627 0.17015 0.45403 0.16505 0.46478\n 11 116 5 0.17129 0.48669 0.17229 0.48376 0.16968 0.48542 0.17229 0.48376 0.16505 0.49296\n 11 116 5 0.17274 0.51594 0.17437 0.51312 0.17134 0.51431 0.17437 0.51312 0.16505 0.52113\n 11 116 5 0.17422 0.54487 0.17643 0.54206 0.17295 0.54288 0.17643 0.54206 0.16505 0.54931\n 11 116 5 0.17574 0.57348 0.17850 0.57057 0.17453 0.57112 0.17850 0.57057 0.16505 0.57749\n 11 116 5 0.17732 0.60177 0.18059 0.59866 0.17609 0.59905 0.18059 0.59866 0.16505 0.60567\n 11 116 5 0.17895 0.62977 0.18271 0.62635 0.17764 0.62668 0.18271 0.62635 0.16505 0.63385\n 11 116 5 0.18063 0.65748 0.18485 0.65366 0.17917 0.65402 0.18485 0.65366 0.16505 0.66202\n 11 116 5 0.18236 0.68494 0.18701 0.68063 0.18068 0.68110 0.18701 0.68063 0.16505 0.69020\n 11 116 5 0.18412 0.71219 0.18918 0.70731 0.18218 0.70796 0.18918 0.70731 0.16505 0.71838\n 11 116 5 0.18591 0.73926 0.19137 0.73375 0.18367 0.73465 0.19137 0.73375 0.16505 0.74656\n 11 116 5 0.18772 0.76620 0.19356 0.76003 0.18515 0.76121 0.19356 0.76003 0.16505 0.77474\n 11 116 5 0.18955 0.79309 0.19577 0.78623 0.18663 0.78771 0.19577 0.78623 0.16505 0.80292\n 11 116 5 0.19137 0.81996 0.19797 0.81241 0.18810 0.81420 0.19797 0.81241 0.16505 0.83109\n 11 50 2 0.19068 0.14777 0.19576 0.15482\n 11 116 5 0.18574 0.16259 0.17945 0.15769 0.18131 0.16544 0.17945 0.15769 0.19576 0.18300\n 11 116 5 0.18732 0.19149 0.18164 0.18657 0.18302 0.19396 0.18164 0.18657 0.19576 0.21117\n 11 116 5 0.18889 0.22067 0.18385 0.21584 0.18477 0.22276 0.18385 0.21584 0.19576 0.23935\n 11 116 5 0.19044 0.25010 0.18608 0.24542 0.18657 0.25180 0.18608 0.24542 0.19576 0.26753\n 11 116 5 0.19197 0.27974 0.18833 0.27528 0.18840 0.28104 0.18833 0.27528 0.19576 0.29571\n 11 116 5 0.19350 0.30952 0.19059 0.30534 0.19026 0.31043 0.19059 0.30534 0.19576 0.32389\n 11 116 5 0.19504 0.33941 0.19286 0.33552 0.19214 0.33991 0.19286 0.33552 0.19576 0.35206\n 11 116 5 0.19658 0.36934 0.19516 0.36577 0.19404 0.36944 0.19516 0.36577 0.19576 0.38024\n 11 116 5 0.19812 0.39927 0.19746 0.39602 0.19595 0.39897 0.19746 0.39602 0.19576 0.40842\n 11 116 5 0.19964 0.42915 0.19972 0.42620 0.19782 0.42845 0.19972 0.42620 0.19576 0.43660\n 11 116 5 0.20111 0.45890 0.20189 0.45622 0.19960 0.45782 0.20189 0.45622 0.19576 0.46478\n 11 116 5 0.20253 0.48840 0.20396 0.48592 0.20130 0.48696 0.20396 0.48592 0.19576 0.49296\n 11 116 5 0.20395 0.51760 0.20600 0.51523 0.20292 0.51581 0.20600 0.51523 0.19576 0.52113\n 11 116 5 0.20543 0.54649 0.20805 0.54412 0.20452 0.54434 0.20805 0.54412 0.19576 0.54931\n 11 116 5 0.20696 0.57507 0.21012 0.57259 0.20611 0.57256 0.21012 0.57259 0.19576 0.57749\n 11 116 5 0.20855 0.60336 0.21223 0.60067 0.20767 0.60048 0.21223 0.60067 0.19576 0.60567\n 11 116 5 0.21018 0.63135 0.21435 0.62835 0.20922 0.62810 0.21435 0.62835 0.19576 0.63385\n 11 116 5 0.21186 0.65906 0.21648 0.65566 0.21075 0.65544 0.21648 0.65566 0.19576 0.66202\n 11 116 5 0.21358 0.68653 0.21864 0.68264 0.21226 0.68253 0.21864 0.68264 0.19576 0.69020\n 11 116 5 0.21534 0.71378 0.22081 0.70932 0.21375 0.70940 0.22081 0.70932 0.19576 0.71838\n 11 116 5 0.21713 0.74086 0.22299 0.73578 0.21524 0.73609 0.22299 0.73578 0.19576 0.74656\n 11 116 5 0.21894 0.76781 0.22519 0.76207 0.21672 0.76266 0.22519 0.76207 0.19576 0.77474\n 11 116 5 0.22076 0.79470 0.22739 0.78827 0.21820 0.78917 0.22739 0.78827 0.19576 0.80292\n 11 116 5 0.22259 0.82158 0.22959 0.81446 0.21968 0.81566 0.22959 0.81446 0.19576 0.83109\n 11 50 2 0.22127 0.14777 0.22647 0.15482\n 11 116 5 0.21708 0.16424 0.21124 0.15976 0.21301 0.16690 0.21124 0.15976 0.22647 0.18300\n 11 116 5 0.21866 0.19314 0.21343 0.18865 0.21472 0.19542 0.21343 0.18865 0.22647 0.21117\n 11 116 5 0.22023 0.22232 0.21564 0.21791 0.21647 0.22422 0.21564 0.21791 0.22647 0.23935\n 11 116 5 0.22178 0.25175 0.21787 0.24750 0.21827 0.25326 0.21787 0.24750 0.22647 0.26753\n 11 116 5 0.22331 0.28139 0.22012 0.27736 0.22010 0.28250 0.22012 0.27736 0.22647 0.29571\n 11 116 5 0.22485 0.31118 0.22239 0.30742 0.22197 0.31189 0.22239 0.30742 0.22647 0.32389\n 11 116 5 0.22639 0.34107 0.22467 0.33761 0.22386 0.34138 0.22467 0.33761 0.22647 0.35206\n 11 116 5 0.22793 0.37102 0.22697 0.36788 0.22576 0.37093 0.22697 0.36788 0.22647 0.38024\n 11 116 5 0.22946 0.40097 0.22925 0.39817 0.22766 0.40049 0.22925 0.39817 0.22647 0.40842\n 11 116 5 0.23088 0.43112 0.23146 0.42839 0.22930 0.43016 0.23146 0.42839 0.22647 0.43660\n 11 116 5 0.23220 0.46084 0.23354 0.45839 0.23096 0.45947 0.23354 0.45839 0.22647 0.46478\n 11 116 5 0.23368 0.49009 0.23556 0.48802 0.23280 0.48847 0.23556 0.48802 0.22647 0.49296\n 11 116 5 0.23515 0.51920 0.23759 0.51726 0.23448 0.51726 0.23759 0.51726 0.22647 0.52113\n 11 116 5 0.23665 0.54806 0.23966 0.54611 0.23608 0.54576 0.23966 0.54611 0.22647 0.54931\n 11 116 5 0.23819 0.57663 0.24176 0.57457 0.23768 0.57396 0.24176 0.57457 0.22647 0.57749\n 11 116 5 0.23978 0.60491 0.24386 0.60263 0.23925 0.60187 0.24386 0.60263 0.22647 0.60567\n 11 116 5 0.24142 0.63291 0.24598 0.63032 0.24080 0.62949 0.24598 0.63032 0.22647 0.63385\n 11 116 5 0.24309 0.66062 0.24812 0.65763 0.24232 0.65684 0.24812 0.65763 0.22647 0.66202\n 11 116 5 0.24481 0.68809 0.25026 0.68462 0.24383 0.68393 0.25026 0.68462 0.22647 0.69020\n 11 116 5 0.24656 0.71535 0.25243 0.71131 0.24532 0.71081 0.25243 0.71131 0.22647 0.71838\n 11 116 5 0.24834 0.74243 0.25460 0.73778 0.24680 0.73751 0.25460 0.73778 0.22647 0.74656\n 11 116 5 0.25014 0.76940 0.25679 0.76408 0.24828 0.76409 0.25679 0.76408 0.22647 0.77474\n 11 116 5 0.25196 0.79629 0.25899 0.79029 0.24975 0.79060 0.25899 0.79029 0.22647 0.80292\n 11 116 5 0.25378 0.82318 0.26118 0.81650 0.25123 0.81711 0.26118 0.81650 0.22647 0.83109\n 11 50 2 0.25182 0.14777 0.25719 0.15482\n 11 116 5 0.24839 0.16589 0.24299 0.16184 0.24469 0.16837 0.24299 0.16184 0.25719 0.18300\n 11 116 5 0.24997 0.19479 0.24518 0.19073 0.24640 0.19689 0.24518 0.19073 0.25719 0.21117\n 11 116 5 0.25154 0.22397 0.24740 0.21999 0.24815 0.22569 0.24740 0.21999 0.25719 0.23935\n 11 116 5 0.25309 0.25340 0.24963 0.24958 0.24995 0.25473 0.24963 0.24958 0.25719 0.26753\n 11 116 5 0.25463 0.28304 0.25188 0.27943 0.25178 0.28397 0.25188 0.27943 0.25719 0.29571\n 11 116 5 0.25617 0.31283 0.25415 0.30950 0.25365 0.31336 0.25415 0.30950 0.25719 0.32389\n 11 116 5 0.25771 0.34273 0.25644 0.33971 0.25554 0.34286 0.25644 0.33971 0.25719 0.35206\n 11 116 5 0.25925 0.37276 0.25874 0.37001 0.25743 0.37248 0.25874 0.37001 0.25719 0.38024\n 11 116 5 0.26070 0.40312 0.26098 0.40034 0.25903 0.40234 0.26098 0.40034 0.25719 0.40842\n 11 116 5 0.26191 0.43310 0.26310 0.43057 0.26059 0.43180 0.26310 0.43057 0.25719 0.43660\n 11 116 5 0.26323 0.46256 0.26511 0.46049 0.26235 0.46093 0.26511 0.46049 0.25719 0.46478\n 11 116 5 0.26486 0.49167 0.26713 0.49004 0.26434 0.48990 0.26713 0.49004 0.25719 0.49296\n 11 116 5 0.26636 0.52076 0.26919 0.51923 0.26603 0.51866 0.26919 0.51923 0.25719 0.52113\n 11 116 5 0.26787 0.54961 0.27129 0.54806 0.26765 0.54714 0.27129 0.54806 0.25719 0.54931\n 11 116 5 0.26943 0.57818 0.27339 0.57651 0.26926 0.57534 0.27339 0.57651 0.25719 0.57749\n 11 116 5 0.27102 0.60645 0.27551 0.60458 0.27083 0.60325 0.27551 0.60458 0.25719 0.60567\n 11 116 5 0.27265 0.63445 0.27762 0.63226 0.27237 0.63087 0.27762 0.63226 0.25719 0.63385\n 11 116 5 0.27432 0.66217 0.27975 0.65958 0.27389 0.65822 0.27975 0.65958 0.25719 0.66202\n 11 116 5 0.27602 0.68964 0.28188 0.68657 0.27539 0.68532 0.28188 0.68657 0.25719 0.69020\n 11 116 5 0.27777 0.71690 0.28403 0.71328 0.27687 0.71220 0.28403 0.71328 0.25719 0.71838\n 11 116 5 0.27954 0.74399 0.28620 0.73975 0.27835 0.73892 0.28620 0.73975 0.25719 0.74656\n 11 116 5 0.28133 0.77096 0.28837 0.76607 0.27982 0.76551 0.28837 0.76607 0.25719 0.77474\n 11 116 5 0.28315 0.79787 0.29056 0.79229 0.28129 0.79203 0.29056 0.79229 0.25719 0.80292\n 11 116 5 0.28496 0.82476 0.29275 0.81850 0.28276 0.81854 0.29275 0.81850 0.25719 0.83109\n 11 50 2 0.28232 0.14777 0.28790 0.15482\n 11 116 5 0.27967 0.16753 0.27470 0.16392 0.27633 0.16984 0.27470 0.16392 0.28790 0.18300\n 11 116 5 0.28125 0.19644 0.27689 0.19281 0.27804 0.19836 0.27689 0.19281 0.28790 0.21117\n 11 116 5 0.28281 0.22562 0.27910 0.22207 0.27979 0.22716 0.27910 0.22207 0.28790 0.23935\n 11 116 5 0.28436 0.25505 0.28133 0.25166 0.28159 0.25620 0.28133 0.25166 0.28790 0.26753\n 11 116 5 0.28591 0.28469 0.28359 0.28152 0.28342 0.28544 0.28359 0.28152 0.28790 0.29571\n 11 116 5 0.28745 0.31449 0.28586 0.31159 0.28529 0.31484 0.28586 0.31159 0.28790 0.32389\n 11 116 5 0.28901 0.34448 0.28816 0.34182 0.28717 0.34443 0.28816 0.34182 0.28790 0.35206\n 11 116 5 0.29053 0.37496 0.29044 0.37216 0.28877 0.37440 0.29044 0.37216 0.28790 0.38024\n 11 116 5 0.29168 0.40516 0.29261 0.40252 0.29024 0.40401 0.29261 0.40252 0.28790 0.40842\n 11 116 5 0.29281 0.43481 0.29462 0.43268 0.29188 0.43321 0.29462 0.43268 0.28790 0.43660\n 11 116 5 0.29431 0.46406 0.29663 0.46250 0.29385 0.46227 0.29663 0.46250 0.28790 0.46478\n 11 116 5 0.29608 0.49318 0.29870 0.49200 0.29592 0.49129 0.29870 0.49200 0.28790 0.49296\n 11 116 5 0.29757 0.52229 0.30080 0.52117 0.29758 0.52003 0.30080 0.52117 0.28790 0.52113\n 11 116 5 0.29910 0.55114 0.30292 0.55000 0.29922 0.54851 0.30292 0.55000 0.28790 0.54931\n 11 116 5 0.30066 0.57971 0.30503 0.57845 0.30083 0.57671 0.30503 0.57845 0.28790 0.57749\n 11 116 5 0.30226 0.60799 0.30714 0.60652 0.30240 0.60462 0.30714 0.60652 0.28790 0.60567\n 11 116 5 0.30388 0.63598 0.30925 0.63420 0.30394 0.63224 0.30925 0.63420 0.28790 0.63385\n 11 116 5 0.30554 0.66370 0.31136 0.66152 0.30545 0.65959 0.31136 0.66152 0.28790 0.66202\n 11 116 5 0.30723 0.69118 0.31348 0.68852 0.30694 0.68670 0.31348 0.68852 0.28790 0.69020\n 11 116 5 0.30896 0.71844 0.31561 0.71523 0.30841 0.71359 0.31561 0.71523 0.28790 0.71838\n 11 116 5 0.31072 0.74554 0.31776 0.74171 0.30987 0.74031 0.31776 0.74171 0.28790 0.74656\n 11 116 5 0.31251 0.77251 0.31993 0.76804 0.31133 0.76691 0.31993 0.76804 0.28790 0.77474\n 11 116 5 0.31431 0.79943 0.32210 0.79427 0.31280 0.79344 0.32210 0.79427 0.28790 0.80292\n 11 116 5 0.31612 0.82633 0.32429 0.82049 0.31426 0.81996 0.32429 0.82049 0.28790 0.83109\n 11 50 2 0.31274 0.14777 0.31861 0.15482\n 11 116 5 0.31091 0.16918 0.30636 0.16600 0.30793 0.17132 0.30636 0.16600 0.31861 0.18300\n 11 116 5 0.31248 0.19808 0.30854 0.19489 0.30963 0.19984 0.30854 0.19489 0.31861 0.21117\n 11 116 5 0.31404 0.22726 0.31075 0.22415 0.31138 0.22864 0.31075 0.22415 0.31861 0.23935\n 11 116 5 0.31559 0.25669 0.31298 0.25374 0.31318 0.25768 0.31298 0.25374 0.31861 0.26753\n 11 116 5 0.31714 0.28633 0.31524 0.28360 0.31502 0.28692 0.31524 0.28360 0.31861 0.29571\n 11 116 5 0.31872 0.31621 0.31752 0.31368 0.31688 0.31641 0.31752 0.31368 0.31861 0.32389\n 11 116 5 0.32034 0.34669 0.31982 0.34394 0.31852 0.34642 0.31982 0.34394 0.31861 0.35206\n 11 116 5 0.32152 0.37708 0.32205 0.37434 0.31992 0.37615 0.32205 0.37434 0.31861 0.38024\n 11 116 5 0.32244 0.40692 0.32410 0.40466 0.32140 0.40539 0.32410 0.40466 0.31861 0.40842\n 11 116 5 0.32376 0.43624 0.32609 0.43470 0.32331 0.43445 0.32609 0.43470 0.31861 0.43660\n 11 116 5 0.32556 0.46546 0.32816 0.46445 0.32550 0.46362 0.32816 0.46445 0.31861 0.46478\n 11 116 5 0.32728 0.49471 0.33028 0.49394 0.32745 0.49267 0.33028 0.49394 0.31861 0.49296\n 11 116 5 0.32879 0.52383 0.33241 0.52311 0.32913 0.52141 0.33241 0.52311 0.31861 0.52113\n 11 116 5 0.33032 0.55268 0.33454 0.55194 0.33078 0.54989 0.33454 0.55194 0.31861 0.54931\n 11 116 5 0.33189 0.58125 0.33665 0.58039 0.33239 0.57809 0.33665 0.58039 0.31861 0.57749\n 11 116 5 0.33347 0.60952 0.33875 0.60846 0.33396 0.60600 0.33875 0.60846 0.31861 0.60567\n 11 116 5 0.33509 0.63751 0.34085 0.63614 0.33549 0.63362 0.34085 0.63614 0.31861 0.63385\n 11 116 5 0.33674 0.66523 0.34295 0.66346 0.33699 0.66097 0.34295 0.66346 0.31861 0.66202\n 11 116 5 0.33842 0.69270 0.34505 0.69045 0.33846 0.68808 0.34505 0.69045 0.31861 0.69020\n 11 116 5 0.34013 0.71997 0.34717 0.71717 0.33992 0.71497 0.34717 0.71717 0.31861 0.71838\n 11 116 5 0.34188 0.74707 0.34930 0.74366 0.34137 0.74170 0.34930 0.74366 0.31861 0.74656\n 11 116 5 0.34365 0.77405 0.35145 0.76999 0.34282 0.76830 0.35145 0.76999 0.31861 0.77474\n 11 116 5 0.34544 0.80097 0.35361 0.79623 0.34428 0.79484 0.35361 0.79623 0.31861 0.80292\n 11 116 5 0.34725 0.82788 0.35578 0.82247 0.34574 0.82137 0.35578 0.82247 0.31861 0.83109\n 11 50 2 0.34306 0.14777 0.34932 0.15482\n 11 116 5 0.34210 0.17082 0.33795 0.16809 0.33949 0.17281 0.33795 0.16809 0.34932 0.18300\n 11 116 5 0.34367 0.19972 0.34013 0.19698 0.34118 0.20133 0.34013 0.19698 0.34932 0.21117\n 11 116 5 0.34523 0.22890 0.34233 0.22624 0.34293 0.23013 0.34233 0.22624 0.34932 0.23935\n 11 116 5 0.34678 0.25833 0.34456 0.25582 0.34473 0.25917 0.34456 0.25582 0.34932 0.26753\n 11 116 5 0.34835 0.28803 0.34682 0.28569 0.34656 0.28847 0.34682 0.28569 0.34932 0.29571\n 11 116 5 0.35010 0.31840 0.34911 0.31579 0.34825 0.31845 0.34911 0.31579 0.34932 0.32389\n 11 116 5 0.35140 0.34889 0.35139 0.34609 0.34965 0.34828 0.35139 0.34609 0.34932 0.35206\n 11 116 5 0.35216 0.37895 0.35351 0.37650 0.35093 0.37757 0.35351 0.37650 0.34932 0.38024\n 11 116 5 0.35321 0.40830 0.35550 0.40670 0.35271 0.40652 0.35550 0.40670 0.34932 0.40842\n 11 116 5 0.35493 0.43755 0.35757 0.43665 0.35494 0.43571 0.35757 0.43665 0.34932 0.43660\n 11 116 5 0.35696 0.46690 0.35970 0.46639 0.35724 0.46507 0.35970 0.46639 0.34932 0.46478\n 11 116 5 0.35846 0.49625 0.36185 0.49589 0.35898 0.49406 0.36185 0.49589 0.34932 0.49296\n 11 116 5 0.35998 0.52537 0.36400 0.52507 0.36067 0.52280 0.36400 0.52507 0.34932 0.52113\n 11 116 5 0.36152 0.55423 0.36612 0.55390 0.36232 0.55128 0.36612 0.55390 0.34932 0.54931\n 11 116 5 0.36308 0.58279 0.36823 0.58235 0.36393 0.57948 0.36823 0.58235 0.34932 0.57749\n 11 116 5 0.36466 0.61106 0.37033 0.61041 0.36549 0.60739 0.37033 0.61041 0.34932 0.60567\n 11 116 5 0.36627 0.63905 0.37242 0.63809 0.36701 0.63501 0.37242 0.63809 0.34932 0.63385\n 11 116 5 0.36791 0.66676 0.37450 0.66540 0.36850 0.66235 0.37450 0.66540 0.34932 0.66202\n 11 116 5 0.36958 0.69423 0.37659 0.69239 0.36996 0.68946 0.37659 0.69239 0.34932 0.69020\n 11 116 5 0.37128 0.72149 0.37868 0.71911 0.37141 0.71636 0.37868 0.71911 0.34932 0.71838\n 11 116 5 0.37301 0.74859 0.38079 0.74560 0.37284 0.74308 0.38079 0.74560 0.34932 0.74656\n 11 116 5 0.37477 0.77558 0.38292 0.77193 0.37428 0.76969 0.38292 0.77193 0.34932 0.77474\n 11 116 5 0.37655 0.80250 0.38507 0.79819 0.37572 0.79624 0.38507 0.79819 0.34932 0.80292\n 11 116 5 0.37834 0.82941 0.38723 0.82443 0.37717 0.82278 0.38723 0.82443 0.34932 0.83109\n 11 50 2 0.37322 0.14777 0.38003 0.15482\n 11 116 5 0.37323 0.17246 0.36947 0.17018 0.37099 0.17430 0.36947 0.17018 0.38003 0.18300\n 11 116 5 0.37480 0.20136 0.37164 0.19907 0.37268 0.20283 0.37164 0.19907 0.38003 0.21117\n 11 116 5 0.37635 0.23054 0.37384 0.22833 0.37442 0.23163 0.37384 0.22833 0.38003 0.23935\n 11 116 5 0.37793 0.26000 0.37607 0.25791 0.37622 0.26071 0.37607 0.25791 0.38003 0.26753\n 11 116 5 0.37978 0.29017 0.37833 0.28778 0.37798 0.29056 0.37833 0.28778 0.38003 0.29571\n 11 116 5 0.38128 0.32062 0.38062 0.31790 0.37944 0.32044 0.38062 0.31790 0.38003 0.32389\n 11 116 5 0.38202 0.35093 0.38284 0.34826 0.38053 0.34984 0.38284 0.34826 0.38003 0.35206\n 11 116 5 0.38265 0.38031 0.38484 0.37857 0.38205 0.37856 0.38484 0.37857 0.38003 0.38024\n 11 116 5 0.38424 0.40948 0.38691 0.40865 0.38430 0.40764 0.38691 0.40865 0.38003 0.40842\n 11 116 5 0.38628 0.43892 0.38906 0.43859 0.38668 0.43712 0.38906 0.43859 0.38003 0.43660\n 11 116 5 0.38811 0.46844 0.39122 0.46836 0.38874 0.46648 0.39122 0.46836 0.38003 0.46478\n 11 116 5 0.38962 0.49780 0.39339 0.49786 0.39048 0.49547 0.39339 0.49786 0.38003 0.49296\n 11 116 5 0.39114 0.52693 0.39553 0.52705 0.39218 0.52422 0.39553 0.52705 0.38003 0.52113\n 11 116 5 0.39268 0.55578 0.39766 0.55588 0.39383 0.55270 0.39766 0.55588 0.38003 0.54931\n 11 116 5 0.39424 0.58435 0.39977 0.58433 0.39543 0.58089 0.39977 0.58433 0.38003 0.57749\n 11 116 5 0.39581 0.61261 0.40186 0.61238 0.39699 0.60879 0.40186 0.61238 0.38003 0.60567\n 11 116 5 0.39742 0.64059 0.40393 0.64005 0.39850 0.63640 0.40393 0.64005 0.38003 0.63385\n 11 116 5 0.39904 0.66829 0.40600 0.66735 0.39998 0.66375 0.40600 0.66735 0.38003 0.66202\n 11 116 5 0.40070 0.69576 0.40807 0.69434 0.40142 0.69085 0.40807 0.69434 0.38003 0.69020\n 11 116 5 0.40239 0.72301 0.41015 0.72104 0.40285 0.71774 0.41015 0.72104 0.38003 0.71838\n 11 116 5 0.40410 0.75011 0.41224 0.74754 0.40427 0.74447 0.41224 0.74754 0.38003 0.74656\n 11 116 5 0.40585 0.77709 0.41435 0.77387 0.40570 0.77109 0.41435 0.77387 0.38003 0.77474\n 11 116 5 0.40761 0.80401 0.41648 0.80013 0.40712 0.79764 0.41648 0.80013 0.38003 0.80292\n 11 116 5 0.40939 0.83093 0.41862 0.82638 0.40856 0.82418 0.41862 0.82638 0.38003 0.83109\n 11 50 2 0.40312 0.14777 0.41074 0.15482\n 11 116 5 0.40431 0.17409 0.40092 0.17227 0.40244 0.17581 0.40092 0.17227 0.41074 0.18300\n 11 116 5 0.40587 0.20299 0.40308 0.20116 0.40412 0.20433 0.40308 0.20116 0.41074 0.21117\n 11 116 5 0.40743 0.23219 0.40527 0.23042 0.40586 0.23316 0.40527 0.23042 0.41074 0.23935\n 11 116 5 0.40938 0.26206 0.40749 0.26001 0.40769 0.26280 0.40749 0.26001 0.41074 0.26753\n 11 116 5 0.41110 0.29232 0.40975 0.28988 0.40928 0.29263 0.40975 0.28988 0.41074 0.29571\n 11 116 5 0.41207 0.32283 0.41204 0.32004 0.41032 0.32225 0.41204 0.32004 0.41074 0.32389\n 11 116 5 0.41217 0.35239 0.41411 0.35038 0.41134 0.35073 0.41411 0.35038 0.41074 0.35206\n 11 116 5 0.41348 0.38131 0.41616 0.38052 0.41358 0.37946 0.41616 0.38052 0.41074 0.38024\n 11 116 5 0.41554 0.41076 0.41833 0.41060 0.41605 0.40898 0.41833 0.41060 0.41074 0.40842\n 11 116 5 0.41772 0.44043 0.42051 0.44057 0.41842 0.43872 0.42051 0.44057 0.41074 0.43660\n 11 116 5 0.41922 0.47000 0.42269 0.47035 0.42019 0.46791 0.42269 0.47035 0.41074 0.46478\n 11 116 5 0.42072 0.49937 0.42486 0.49987 0.42193 0.49690 0.42486 0.49987 0.41074 0.49296\n 11 116 5 0.42224 0.52850 0.42700 0.52906 0.42363 0.52566 0.42700 0.52906 0.41074 0.52113\n 11 116 5 0.42378 0.55735 0.42913 0.55789 0.42528 0.55413 0.42913 0.55789 0.41074 0.54931\n 11 116 5 0.42534 0.58591 0.43123 0.58632 0.42689 0.58232 0.43123 0.58632 0.41074 0.57749\n 11 116 5 0.42691 0.61417 0.43332 0.61437 0.42844 0.61022 0.43332 0.61437 0.41074 0.60567\n 11 116 5 0.42851 0.64213 0.43539 0.64202 0.42994 0.63782 0.43539 0.64202 0.41074 0.63385\n 11 116 5 0.43013 0.66983 0.43745 0.66932 0.43141 0.66516 0.43745 0.66932 0.41074 0.66202\n 11 116 5 0.43178 0.69728 0.43950 0.69629 0.43284 0.69225 0.43950 0.69629 0.41074 0.69020\n 11 116 5 0.43345 0.72453 0.44156 0.72299 0.43426 0.71914 0.44156 0.72299 0.41074 0.71838\n 11 116 5 0.43515 0.75162 0.44363 0.74947 0.43566 0.74587 0.44363 0.74947 0.41074 0.74656\n 11 116 5 0.43688 0.77860 0.44572 0.77581 0.43707 0.77248 0.44572 0.77581 0.41074 0.77474\n 11 116 5 0.43863 0.80552 0.44783 0.80207 0.43848 0.79903 0.44783 0.80207 0.41074 0.80292\n 11 116 5 0.44040 0.83244 0.44996 0.82832 0.43991 0.82558 0.44996 0.82832 0.41074 0.83109\n 11 72 3 0.43138 0.14777 0.43220 0.14907 0.43138 0.14777\n 11 50 2 0.43260 0.14777 0.44145 0.15482\n 11 116 5 0.43533 0.17571 0.43229 0.17435 0.43382 0.17732 0.43229 0.17435 0.44145 0.18300\n 11 116 5 0.43688 0.20462 0.43444 0.20326 0.43550 0.20585 0.43444 0.20326 0.44145 0.21117\n 11 116 5 0.43889 0.23414 0.43661 0.23252 0.43738 0.23521 0.43661 0.23252 0.44145 0.23935\n 11 116 5 0.44080 0.26408 0.43882 0.26211 0.43914 0.26489 0.43882 0.26211 0.44145 0.26753\n 11 116 5 0.44226 0.29451 0.44108 0.29198 0.44042 0.29470 0.44108 0.29198 0.44145 0.29571\n 11 116 5 0.44198 0.32466 0.44330 0.32220 0.44073 0.32330 0.44330 0.32220 0.44145 0.32389\n 11 116 5 0.44264 0.35308 0.44533 0.35235 0.44277 0.35123 0.44533 0.35235 0.44145 0.35206\n 11 116 5 0.44472 0.38243 0.44751 0.38248 0.44536 0.38070 0.44751 0.38248 0.44145 0.38024\n 11 116 5 0.44694 0.41223 0.44971 0.41260 0.44777 0.41058 0.44971 0.41260 0.44145 0.40842\n 11 116 5 0.44876 0.44201 0.45190 0.44259 0.44981 0.44018 0.45190 0.44259 0.44145 0.43660\n 11 116 5 0.45026 0.47159 0.45408 0.47238 0.45159 0.46938 0.45408 0.47238 0.44145 0.46478\n 11 116 5 0.45177 0.50096 0.45625 0.50190 0.45333 0.49837 0.45625 0.50190 0.44145 0.49296\n 11 116 5 0.45329 0.53008 0.45839 0.53109 0.45503 0.52712 0.45839 0.53109 0.44145 0.52113\n 11 116 5 0.45483 0.55893 0.46052 0.55991 0.45668 0.55559 0.46052 0.55991 0.44145 0.54931\n 11 116 5 0.45638 0.58748 0.46262 0.58834 0.45828 0.58378 0.46262 0.58834 0.44145 0.57749\n 11 116 5 0.45796 0.61573 0.46470 0.61637 0.45983 0.61166 0.46470 0.61637 0.44145 0.60567\n 11 116 5 0.45955 0.64369 0.46677 0.64401 0.46133 0.63926 0.46677 0.64401 0.44145 0.63385\n 11 116 5 0.46116 0.67137 0.46882 0.67129 0.46279 0.66658 0.46882 0.67129 0.44145 0.66202\n 11 116 5 0.46280 0.69881 0.47086 0.69825 0.46421 0.69367 0.47086 0.69825 0.44145 0.69020\n 11 116 5 0.46446 0.72605 0.47290 0.72494 0.46561 0.72055 0.47290 0.72494 0.44145 0.71838\n 11 116 5 0.46615 0.75313 0.47495 0.75142 0.46700 0.74727 0.47495 0.75142 0.44145 0.74656\n 11 116 5 0.46787 0.78011 0.47702 0.77775 0.46839 0.77388 0.47702 0.77775 0.44145 0.77474\n 11 116 5 0.46960 0.80703 0.47911 0.80400 0.46979 0.80044 0.47911 0.80400 0.44145 0.80292\n 11 116 5 0.47135 0.83394 0.48122 0.83026 0.47121 0.82699 0.48122 0.83026 0.44145 0.83109\n 11 116 5 0.46474 0.14869 0.46146 0.14790 0.46353 0.15057 0.46146 0.14790 0.47217 0.15482\n 11 116 5 0.46630 0.17732 0.46357 0.17643 0.46515 0.17883 0.46357 0.17643 0.47217 0.18300\n 11 116 5 0.46829 0.20643 0.46571 0.20535 0.46705 0.20780 0.46571 0.20535 0.47217 0.21117\n 11 116 5 0.47033 0.23596 0.46787 0.23462 0.46896 0.23720 0.46787 0.23462 0.47217 0.23935\n 11 116 5 0.47226 0.26595 0.47006 0.26421 0.47070 0.26694 0.47006 0.26421 0.47217 0.26753\n 11 116 5 0.47299 0.29680 0.47231 0.29409 0.47115 0.29663 0.47231 0.29409 0.47217 0.29571\n 11 116 5 0.47167 0.32475 0.47442 0.32420 0.47193 0.32292 0.47442 0.32420 0.47217 0.32389\n 11 116 5 0.47384 0.35395 0.47661 0.35433 0.47467 0.35231 0.47661 0.35433 0.47217 0.35206\n 11 116 5 0.47609 0.38386 0.47881 0.38451 0.47709 0.38231 0.47881 0.38451 0.47217 0.38024\n 11 116 5 0.47825 0.41386 0.48101 0.41464 0.47934 0.41231 0.48101 0.41464 0.47217 0.40842\n 11 116 5 0.47974 0.44360 0.48320 0.44464 0.48114 0.44167 0.48320 0.44464 0.47217 0.43660\n 11 116 5 0.48123 0.47318 0.48538 0.47444 0.48292 0.47087 0.48538 0.47444 0.47217 0.46478\n 11 116 5 0.48274 0.50255 0.48754 0.50395 0.48466 0.49986 0.48754 0.50395 0.47217 0.49296\n 11 116 5 0.48426 0.53167 0.48969 0.53314 0.48636 0.52860 0.48969 0.53314 0.47217 0.52113\n 11 116 5 0.48580 0.56051 0.49182 0.56195 0.48801 0.55707 0.49182 0.56195 0.47217 0.54931\n 11 116 5 0.48736 0.58906 0.49392 0.59037 0.48961 0.58525 0.49392 0.59037 0.47217 0.57749\n 11 116 5 0.48893 0.61730 0.49600 0.61839 0.49116 0.61313 0.49600 0.61839 0.47217 0.60567\n 11 116 5 0.49052 0.64524 0.49806 0.64602 0.49265 0.64071 0.49806 0.64602 0.47217 0.63385\n 11 116 5 0.49213 0.67292 0.50010 0.67329 0.49411 0.66803 0.50010 0.67329 0.47217 0.66202\n 11 116 5 0.49377 0.70035 0.50213 0.70023 0.49552 0.69510 0.50213 0.70023 0.47217 0.69020\n 11 116 5 0.49542 0.72757 0.50416 0.72691 0.49691 0.72197 0.50416 0.72691 0.47217 0.71838\n 11 116 5 0.49710 0.75465 0.50620 0.75337 0.49829 0.74869 0.50620 0.75337 0.47217 0.74656\n 11 116 5 0.49880 0.78161 0.50825 0.77969 0.49966 0.77530 0.50825 0.77969 0.47217 0.77474\n 11 116 5 0.50052 0.80852 0.51032 0.80594 0.50105 0.80185 0.51032 0.80594 0.47217 0.80292\n 11 116 5 0.50226 0.83544 0.51241 0.83219 0.50245 0.82840 0.51241 0.83219 0.47217 0.83109\n 11 116 5 0.49565 0.15027 0.49267 0.14994 0.49479 0.15205 0.49267 0.14994 0.50288 0.15482\n 11 116 5 0.49753 0.17896 0.49478 0.17849 0.49663 0.18058 0.49478 0.17849 0.50288 0.18300\n 11 116 5 0.49963 0.20804 0.49691 0.20742 0.49865 0.20961 0.49691 0.20742 0.50288 0.21117\n 11 116 5 0.50176 0.23745 0.49906 0.23671 0.50071 0.23897 0.49906 0.23671 0.50288 0.23935\n 11 116 5 0.50390 0.26714 0.50123 0.26631 0.50280 0.26862 0.50123 0.26631 0.50288 0.26753\n 11 50 2 0.50288 0.29571 0.50288 0.29571\n 11 116 5 0.50300 0.32521 0.50561 0.32623 0.50420 0.32381 0.50561 0.32623 0.50288 0.32389\n 11 116 5 0.50521 0.35534 0.50781 0.35639 0.50643 0.35395 0.50781 0.35639 0.50288 0.35206\n 11 116 5 0.50742 0.38552 0.51001 0.38658 0.50865 0.38414 0.51001 0.38658 0.50288 0.38024\n 11 116 5 0.50915 0.41546 0.51220 0.41672 0.51060 0.41383 0.51220 0.41672 0.50288 0.40842\n 11 116 5 0.51063 0.44520 0.51439 0.44672 0.51240 0.44318 0.51439 0.44672 0.50288 0.43660\n 11 116 5 0.51212 0.47478 0.51657 0.47651 0.51418 0.47238 0.51657 0.47651 0.50288 0.46478\n 11 116 5 0.51363 0.50415 0.51874 0.50603 0.51592 0.50137 0.51874 0.50603 0.50288 0.49296\n 11 116 5 0.51516 0.53327 0.52089 0.53521 0.51762 0.53011 0.52089 0.53521 0.50288 0.52113\n 11 116 5 0.51670 0.56210 0.52302 0.56402 0.51927 0.55858 0.52302 0.56402 0.50288 0.54931\n 11 116 5 0.51826 0.59064 0.52513 0.59243 0.52087 0.58675 0.52513 0.59243 0.50288 0.57749\n 11 116 5 0.51983 0.61887 0.52721 0.62043 0.52242 0.61461 0.52721 0.62043 0.50288 0.60567\n 11 116 5 0.52143 0.64681 0.52927 0.64805 0.52391 0.64219 0.52927 0.64805 0.50288 0.63385\n 11 116 5 0.52304 0.67447 0.53130 0.67530 0.52536 0.66949 0.53130 0.67530 0.50288 0.66202\n 11 116 5 0.52466 0.70188 0.53333 0.70222 0.52677 0.69655 0.53333 0.70222 0.50288 0.69020\n 11 116 5 0.52631 0.72910 0.53535 0.72888 0.52815 0.72342 0.53535 0.72888 0.50288 0.71838\n 11 116 5 0.52798 0.75616 0.53737 0.75533 0.52951 0.75012 0.53737 0.75533 0.50288 0.74656\n 11 116 5 0.52967 0.78311 0.53940 0.78164 0.53087 0.77672 0.53940 0.78164 0.50288 0.77474\n 11 116 5 0.53137 0.81002 0.54145 0.80789 0.53224 0.80327 0.54145 0.80789 0.50288 0.80292\n 11 116 5 0.53310 0.83693 0.54353 0.83413 0.53363 0.82981 0.54353 0.83413 0.50288 0.83109\n 11 116 5 0.52655 0.15179 0.52376 0.15194 0.52603 0.15357 0.52376 0.15194 0.53359 0.15482\n 11 116 5 0.52867 0.18043 0.52588 0.18050 0.52810 0.18219 0.52588 0.18050 0.53359 0.18300\n 11 116 5 0.53080 0.20934 0.52801 0.20944 0.53026 0.21110 0.52801 0.20944 0.53359 0.21117\n 11 116 5 0.53292 0.23829 0.53016 0.23872 0.53258 0.24011 0.53016 0.23872 0.53359 0.23935\n 11 116 5 0.53407 0.26619 0.53225 0.26831 0.53499 0.26778 0.53225 0.26831 0.53359 0.26753\n 11 116 5 0.53274 0.29608 0.53445 0.29829 0.53449 0.29549 0.53445 0.29829 0.53359 0.29571\n 11 116 5 0.53441 0.32669 0.53668 0.32833 0.53593 0.32564 0.53668 0.32833 0.53359 0.32389\n 11 116 5 0.53649 0.35704 0.53888 0.35849 0.53792 0.35587 0.53888 0.35849 0.53359 0.35206\n 11 116 5 0.53847 0.38723 0.54109 0.38868 0.53995 0.38592 0.54109 0.38868 0.53359 0.38024\n 11 116 5 0.53995 0.41707 0.54329 0.41882 0.54177 0.41537 0.54329 0.41882 0.53359 0.40842\n 11 116 5 0.54144 0.44680 0.54548 0.44882 0.54358 0.44472 0.54548 0.44882 0.53359 0.43660\n 11 116 5 0.54293 0.47638 0.54766 0.47861 0.54535 0.47392 0.54766 0.47861 0.53359 0.46478\n 11 116 5 0.54444 0.50575 0.54983 0.50812 0.54710 0.50290 0.54983 0.50812 0.53359 0.49296\n 11 116 5 0.54597 0.53486 0.55199 0.53729 0.54880 0.53164 0.55199 0.53729 0.53359 0.52113\n 11 116 5 0.54752 0.56369 0.55412 0.56609 0.55045 0.56010 0.55412 0.56609 0.53359 0.54931\n 11 116 5 0.54908 0.59222 0.55623 0.59449 0.55206 0.58826 0.55623 0.59449 0.53359 0.57749\n 11 116 5 0.55066 0.62045 0.55831 0.62249 0.55360 0.61612 0.55831 0.62249 0.53359 0.60567\n 11 116 5 0.55226 0.64837 0.56037 0.65009 0.55510 0.64369 0.56037 0.65009 0.53359 0.63385\n 11 116 5 0.55387 0.67602 0.56241 0.67732 0.55654 0.67098 0.56241 0.67732 0.53359 0.66202\n 11 116 5 0.55549 0.70342 0.56443 0.70423 0.55795 0.69803 0.56443 0.70423 0.53359 0.69020\n 11 116 5 0.55713 0.73062 0.56644 0.73087 0.55932 0.72488 0.56644 0.73087 0.53359 0.71838\n 11 116 5 0.55879 0.75767 0.56845 0.75731 0.56067 0.75157 0.56845 0.75731 0.53359 0.74656\n 11 116 5 0.56047 0.78461 0.57046 0.78360 0.56202 0.77816 0.57046 0.78360 0.53359 0.77474\n 11 116 5 0.56217 0.81151 0.57250 0.80983 0.56338 0.80470 0.57250 0.80983 0.53359 0.80292\n 11 116 5 0.56388 0.83841 0.57455 0.83607 0.56475 0.83124 0.57455 0.83607 0.53359 0.83109\n 11 116 5 0.55743 0.15323 0.55472 0.15390 0.55725 0.15507 0.55472 0.15390 0.56430 0.15482\n 11 116 5 0.55953 0.18173 0.55683 0.18246 0.55940 0.18357 0.55683 0.18246 0.56430 0.18300\n 11 116 5 0.56154 0.21036 0.55894 0.21139 0.56162 0.21221 0.55894 0.21139 0.56430 0.21117\n 11 116 5 0.56312 0.23883 0.56101 0.24068 0.56381 0.24055 0.56101 0.24068 0.56430 0.23935\n 11 116 5 0.56325 0.26764 0.56308 0.27043 0.56495 0.26836 0.56308 0.27043 0.56430 0.26753\n 11 116 5 0.56388 0.29803 0.56536 0.30040 0.56568 0.29762 0.56536 0.30040 0.56430 0.29571\n 11 116 5 0.56560 0.32851 0.56761 0.33045 0.56725 0.32768 0.56761 0.33045 0.56430 0.32389\n 11 116 5 0.56762 0.35890 0.56983 0.36061 0.56918 0.35789 0.56983 0.36061 0.56430 0.35206\n 11 116 5 0.56919 0.38884 0.57205 0.39080 0.57103 0.38748 0.57205 0.39080 0.56430 0.38024\n 11 116 5 0.57067 0.41867 0.57425 0.42093 0.57286 0.41693 0.57425 0.42093 0.56430 0.40842\n 11 116 5 0.57216 0.44841 0.57645 0.45093 0.57467 0.44628 0.57645 0.45093 0.56430 0.43660\n 11 116 5 0.57366 0.47798 0.57864 0.48071 0.57645 0.47548 0.57864 0.48071 0.56430 0.46478\n 11 116 5 0.57517 0.50735 0.58081 0.51022 0.57819 0.50446 0.58081 0.51022 0.56430 0.49296\n 11 116 5 0.57670 0.53646 0.58297 0.53939 0.57990 0.53319 0.58297 0.53939 0.56430 0.52113\n 11 116 5 0.57825 0.56529 0.58511 0.56818 0.58156 0.56165 0.58511 0.56818 0.56430 0.54931\n 11 116 5 0.57982 0.59381 0.58722 0.59658 0.58316 0.58980 0.58722 0.59658 0.56430 0.57749\n 11 116 5 0.58141 0.62203 0.58931 0.62456 0.58471 0.61765 0.58931 0.62456 0.56430 0.60567\n 11 116 5 0.58301 0.64994 0.59138 0.65215 0.58621 0.64520 0.59138 0.65215 0.56430 0.63385\n 11 116 5 0.58462 0.67758 0.59341 0.67937 0.58765 0.67248 0.59341 0.67937 0.56430 0.66202\n 11 116 5 0.58624 0.70497 0.59543 0.70626 0.58905 0.69952 0.59543 0.70626 0.56430 0.69020\n 11 116 5 0.58788 0.73215 0.59743 0.73288 0.59042 0.72635 0.59743 0.73288 0.56430 0.71838\n 11 116 5 0.58954 0.75918 0.59943 0.75929 0.59176 0.75304 0.59943 0.75929 0.56430 0.74656\n 11 116 5 0.59120 0.78611 0.60144 0.78557 0.59310 0.77962 0.60144 0.78557 0.56430 0.77474\n 11 116 5 0.59289 0.81300 0.60346 0.81179 0.59444 0.80615 0.60346 0.81179 0.56430 0.80292\n 11 116 5 0.59459 0.83989 0.60549 0.83802 0.59580 0.83268 0.60549 0.83802 0.56430 0.83109\n 11 116 5 0.58803 0.15464 0.58550 0.15584 0.58822 0.15647 0.58550 0.15584 0.59501 0.15482\n 11 116 5 0.59002 0.18300 0.58760 0.18440 0.59036 0.18482 0.58760 0.18440 0.59501 0.18300\n 11 116 5 0.59176 0.21150 0.58966 0.21336 0.59245 0.21321 0.58966 0.21336 0.59501 0.21117\n 11 116 5 0.59288 0.24022 0.59169 0.24275 0.59420 0.24151 0.59169 0.24275 0.59501 0.23935\n 11 116 5 0.59355 0.26978 0.59386 0.27256 0.59535 0.27019 0.59386 0.27256 0.59501 0.26753\n 11 116 5 0.59481 0.30007 0.59616 0.30252 0.59663 0.29976 0.59616 0.30252 0.59501 0.29571\n 11 116 5 0.59660 0.33046 0.59842 0.33258 0.59832 0.32979 0.59842 0.33258 0.59501 0.32389\n 11 116 5 0.59831 0.36056 0.60066 0.36274 0.60018 0.35958 0.60066 0.36274 0.59501 0.35206\n 11 116 5 0.59981 0.39044 0.60288 0.39293 0.60202 0.38907 0.60288 0.39293 0.59501 0.38024\n 11 116 5 0.60129 0.42028 0.60510 0.42306 0.60386 0.41852 0.60510 0.42306 0.59501 0.40842\n 11 116 5 0.60279 0.45001 0.60730 0.45305 0.60567 0.44786 0.60730 0.45305 0.59501 0.43660\n 11 116 5 0.60429 0.47959 0.60949 0.48283 0.60745 0.47705 0.60949 0.48283 0.59501 0.46478\n 11 116 5 0.60581 0.50895 0.61168 0.51234 0.60921 0.50603 0.61168 0.51234 0.59501 0.49296\n 11 116 5 0.60735 0.53806 0.61384 0.54150 0.61092 0.53476 0.61384 0.54150 0.59501 0.52113\n 11 116 5 0.60891 0.56688 0.61599 0.57029 0.61258 0.56321 0.61599 0.57029 0.59501 0.54931\n 11 116 5 0.61048 0.59540 0.61811 0.59867 0.61419 0.59136 0.61811 0.59867 0.59501 0.57749\n 11 116 5 0.61207 0.62361 0.62020 0.62665 0.61574 0.61920 0.62020 0.62665 0.59501 0.60567\n 11 116 5 0.61367 0.65151 0.62227 0.65422 0.61724 0.64674 0.62227 0.65422 0.59501 0.63385\n 11 116 5 0.61529 0.67914 0.62431 0.68142 0.61869 0.67401 0.62431 0.68142 0.59501 0.66202\n 11 116 5 0.61692 0.70651 0.62633 0.70830 0.62008 0.70103 0.62633 0.70830 0.59501 0.69020\n 11 116 5 0.61856 0.73368 0.62833 0.73490 0.62145 0.72785 0.62833 0.73490 0.59501 0.71838\n 11 116 5 0.62021 0.76070 0.63032 0.76129 0.62278 0.75452 0.63032 0.76129 0.59501 0.74656\n 11 116 5 0.62187 0.78762 0.63232 0.78756 0.62411 0.78109 0.63232 0.78756 0.59501 0.77474\n 11 116 5 0.62355 0.81449 0.63432 0.81376 0.62544 0.80761 0.63432 0.81376 0.59501 0.80292\n 11 116 5 0.62523 0.84137 0.63635 0.83998 0.62679 0.83414 0.63635 0.83998 0.59501 0.83109\n 11 116 5 0.61836 0.15613 0.61611 0.15780 0.61891 0.15790 0.61611 0.15780 0.62572 0.15482\n 11 116 5 0.62021 0.18446 0.61818 0.18639 0.62097 0.18615 0.61818 0.18639 0.62572 0.18300\n 11 116 5 0.62176 0.21306 0.62023 0.21541 0.62288 0.21453 0.62023 0.21541 0.62572 0.21117\n 11 116 5 0.62291 0.24215 0.62231 0.24488 0.62448 0.24312 0.62231 0.24488 0.62572 0.23935\n 11 116 5 0.62406 0.27192 0.62454 0.27468 0.62588 0.27222 0.62454 0.27468 0.62572 0.26753\n 11 116 5 0.62559 0.30213 0.62684 0.30463 0.62743 0.30190 0.62684 0.30463 0.62572 0.29571\n 11 116 5 0.62732 0.33230 0.62911 0.33471 0.62921 0.33171 0.62911 0.33471 0.62572 0.32389\n 11 116 5 0.62883 0.36216 0.63137 0.36487 0.63108 0.36118 0.63137 0.36487 0.62572 0.35206\n 11 116 5 0.63033 0.39204 0.63360 0.39506 0.63293 0.39067 0.63360 0.39506 0.62572 0.38024\n 11 116 5 0.63183 0.42188 0.63582 0.42519 0.63476 0.42011 0.63582 0.42519 0.62572 0.40842\n 11 116 5 0.63333 0.45162 0.63803 0.45518 0.63658 0.44946 0.63803 0.45518 0.62572 0.43660\n 11 116 5 0.63484 0.48119 0.64023 0.48496 0.63837 0.47865 0.64023 0.48496 0.62572 0.46478\n 11 116 5 0.63637 0.51055 0.64242 0.51446 0.64013 0.50763 0.64242 0.51446 0.62572 0.49296\n 11 116 5 0.63791 0.53965 0.64460 0.54363 0.64185 0.53635 0.64460 0.54363 0.62572 0.52113\n 11 116 5 0.63947 0.56847 0.64675 0.57241 0.64351 0.56479 0.64675 0.57241 0.62572 0.54931\n 11 116 5 0.64105 0.59699 0.64888 0.60078 0.64513 0.59293 0.64888 0.60078 0.62572 0.57749\n 11 116 5 0.64265 0.62519 0.65098 0.62875 0.64669 0.62077 0.65098 0.62875 0.62572 0.60567\n 11 116 5 0.64426 0.65309 0.65306 0.65631 0.64819 0.64830 0.65306 0.65631 0.62572 0.63385\n 11 116 5 0.64588 0.68070 0.65511 0.68350 0.64964 0.67556 0.65511 0.68350 0.62572 0.66202\n 11 116 5 0.64751 0.70806 0.65713 0.71035 0.65104 0.70257 0.65713 0.71035 0.62572 0.69020\n 11 116 5 0.64915 0.73522 0.65913 0.73694 0.65240 0.72937 0.65913 0.73694 0.62572 0.71838\n 11 116 5 0.65080 0.76222 0.66112 0.76331 0.65373 0.75603 0.66112 0.76331 0.62572 0.74656\n 11 116 5 0.65246 0.78912 0.66310 0.78955 0.65505 0.78258 0.66310 0.78955 0.62572 0.77474\n 11 116 5 0.65413 0.81598 0.66509 0.81574 0.65637 0.80909 0.66509 0.81574 0.62572 0.80292\n 11 116 5 0.65581 0.84285 0.66710 0.84194 0.65771 0.83561 0.66710 0.84194 0.62572 0.83109\n 11 116 5 0.64861 0.15769 0.64658 0.15980 0.64948 0.15942 0.64658 0.15980 0.65643 0.15482\n 11 116 5 0.65028 0.18616 0.64865 0.18843 0.65134 0.18768 0.64865 0.18843 0.65643 0.18300\n 11 116 5 0.65180 0.21493 0.65071 0.21751 0.65317 0.21617 0.65071 0.21751 0.65643 0.21117\n 11 116 5 0.65313 0.24422 0.65285 0.24700 0.65481 0.24500 0.65285 0.24700 0.65643 0.23935\n 11 116 5 0.65456 0.27404 0.65510 0.27679 0.65639 0.27431 0.65510 0.27679 0.65643 0.26753\n 11 116 5 0.65619 0.30407 0.65740 0.30675 0.65812 0.30390 0.65740 0.30675 0.65643 0.29571\n 11 116 5 0.65774 0.33388 0.65969 0.33683 0.66001 0.33331 0.65969 0.33683 0.65643 0.32389\n 11 116 5 0.65926 0.36375 0.66195 0.36701 0.66188 0.36279 0.66195 0.36701 0.65643 0.35206\n 11 116 5 0.66077 0.39364 0.66419 0.39720 0.66374 0.39228 0.66419 0.39720 0.65643 0.38024\n 11 116 5 0.66227 0.42348 0.66643 0.42733 0.66558 0.42173 0.66643 0.42733 0.65643 0.40842\n 11 116 5 0.66378 0.45321 0.66865 0.45732 0.66741 0.45107 0.66865 0.45732 0.65643 0.43660\n 11 116 5 0.66530 0.48278 0.67086 0.48710 0.66921 0.48026 0.67086 0.48710 0.65643 0.46478\n 11 116 5 0.66683 0.51214 0.67305 0.51660 0.67097 0.50924 0.67305 0.51660 0.65643 0.49296\n 11 116 5 0.66838 0.54125 0.67523 0.54576 0.67269 0.53796 0.67523 0.54576 0.65643 0.52113\n 11 116 5 0.66995 0.57006 0.67740 0.57454 0.67436 0.56640 0.67740 0.57454 0.65643 0.54931\n 11 116 5 0.67154 0.59857 0.67954 0.60291 0.67598 0.59453 0.67954 0.60291 0.65643 0.57749\n 11 116 5 0.67314 0.62677 0.68165 0.63086 0.67755 0.62236 0.68165 0.63086 0.65643 0.60567\n 11 116 5 0.67476 0.65466 0.68373 0.65841 0.67906 0.64988 0.68373 0.65841 0.65643 0.63385\n 11 116 5 0.67639 0.68226 0.68579 0.68559 0.68051 0.67713 0.68579 0.68559 0.65643 0.66202\n 11 116 5 0.67803 0.70962 0.68782 0.71243 0.68192 0.70412 0.68782 0.71243 0.65643 0.69020\n 11 116 5 0.67967 0.73676 0.68982 0.73899 0.68328 0.73092 0.68982 0.73899 0.65643 0.71838\n 11 116 5 0.68132 0.76374 0.69181 0.76534 0.68461 0.75755 0.69181 0.76534 0.65643 0.74656\n 11 116 5 0.68298 0.79063 0.69379 0.79157 0.68592 0.78409 0.69379 0.79157 0.65643 0.77474\n 11 116 5 0.68464 0.81747 0.69577 0.81773 0.68723 0.81059 0.69577 0.81773 0.65643 0.80292\n 11 116 5 0.68631 0.84433 0.69777 0.84392 0.68856 0.83710 0.69777 0.84392 0.65643 0.83109\n 11 116 5 0.67888 0.15920 0.67694 0.16185 0.68011 0.16098 0.67694 0.16185 0.68715 0.15482\n 11 116 5 0.68039 0.18792 0.67902 0.19051 0.68171 0.18934 0.67902 0.19051 0.68715 0.18300\n 11 116 5 0.68190 0.21694 0.68112 0.21962 0.68340 0.21801 0.68112 0.21962 0.68715 0.21117\n 11 116 5 0.68340 0.24632 0.68329 0.24912 0.68512 0.24700 0.68329 0.24912 0.68715 0.23935\n 11 116 5 0.68496 0.27591 0.68555 0.27890 0.68695 0.27619 0.68555 0.27890 0.68715 0.26753\n 11 116 5 0.68652 0.30563 0.68785 0.30886 0.68883 0.30551 0.68785 0.30886 0.68715 0.29571\n 11 116 5 0.68807 0.33545 0.69014 0.33896 0.69071 0.33493 0.69014 0.33896 0.68715 0.32389\n 11 116 5 0.68960 0.36533 0.69242 0.36914 0.69259 0.36441 0.69242 0.36914 0.68715 0.35206\n 11 116 5 0.69112 0.39522 0.69467 0.39934 0.69446 0.39391 0.69467 0.39934 0.68715 0.38024\n 11 116 5 0.69263 0.42507 0.69691 0.42948 0.69631 0.42336 0.69691 0.42948 0.68715 0.40842\n 11 116 5 0.69414 0.45480 0.69914 0.45947 0.69815 0.45270 0.69914 0.45947 0.68715 0.43660\n 11 116 5 0.69567 0.48438 0.70136 0.48925 0.69995 0.48189 0.70136 0.48925 0.68715 0.46478\n 11 116 5 0.69721 0.51374 0.70357 0.51875 0.70172 0.51086 0.70357 0.51875 0.68715 0.49296\n 11 116 5 0.69876 0.54284 0.70576 0.54790 0.70345 0.53958 0.70576 0.54790 0.68715 0.52113\n 11 116 5 0.70034 0.57165 0.70793 0.57668 0.70513 0.56802 0.70793 0.57668 0.68715 0.54931\n 11 116 5 0.70193 0.60016 0.71008 0.60504 0.70676 0.59615 0.71008 0.60504 0.68715 0.57749\n 11 116 5 0.70355 0.62835 0.71220 0.63299 0.70833 0.62397 0.71220 0.63299 0.68715 0.60567\n 11 116 5 0.70517 0.65624 0.71430 0.66053 0.70984 0.65148 0.71430 0.66053 0.68715 0.63385\n 11 116 5 0.70681 0.68383 0.71636 0.68769 0.71130 0.67872 0.71636 0.68769 0.68715 0.66202\n 11 116 5 0.70846 0.71117 0.71840 0.71451 0.71271 0.70570 0.71840 0.71451 0.68715 0.69020\n 11 116 5 0.71011 0.73830 0.72041 0.74106 0.71408 0.73248 0.72041 0.74106 0.68715 0.71838\n 11 116 5 0.71176 0.76527 0.72240 0.76739 0.71541 0.75910 0.72240 0.76739 0.68715 0.74656\n 11 116 5 0.71342 0.79214 0.72437 0.79359 0.71672 0.78562 0.72437 0.79359 0.68715 0.77474\n 11 116 5 0.71508 0.81896 0.72635 0.81974 0.71802 0.81210 0.72635 0.81974 0.68715 0.80292\n 11 116 5 0.71674 0.84581 0.72834 0.84591 0.71934 0.83860 0.72834 0.84591 0.68715 0.83109\n 11 116 5 0.70907 0.16071 0.70721 0.16392 0.71067 0.16258 0.70721 0.16392 0.71786 0.15482\n 11 116 5 0.71060 0.18946 0.70930 0.19261 0.71228 0.19096 0.70930 0.19261 0.71786 0.18300\n 11 116 5 0.71211 0.21853 0.71143 0.22173 0.71396 0.21966 0.71143 0.22173 0.71786 0.21117\n 11 116 5 0.71365 0.24789 0.71363 0.25123 0.71572 0.24863 0.71363 0.25123 0.71786 0.23935\n 11 116 5 0.71521 0.27746 0.71589 0.28100 0.71756 0.27781 0.71589 0.28100 0.71786 0.26753\n 11 116 5 0.71677 0.30719 0.71819 0.31097 0.71944 0.30713 0.71819 0.31097 0.71786 0.29571\n 11 116 5 0.71832 0.33702 0.72049 0.34109 0.72133 0.33656 0.72049 0.34109 0.71786 0.32389\n 11 116 5 0.71986 0.36691 0.72277 0.37128 0.72322 0.36605 0.72277 0.37128 0.71786 0.35206\n 11 116 5 0.72138 0.39680 0.72503 0.40148 0.72510 0.39555 0.72503 0.40148 0.71786 0.38024\n 11 116 5 0.72290 0.42665 0.72729 0.43162 0.72696 0.42500 0.72729 0.43162 0.71786 0.40842\n 11 116 5 0.72442 0.45639 0.72953 0.46162 0.72880 0.45434 0.72953 0.46162 0.71786 0.43660\n 11 116 5 0.72595 0.48596 0.73175 0.49140 0.73061 0.48353 0.73175 0.49140 0.71786 0.46478\n 11 116 5 0.72750 0.51532 0.73397 0.52090 0.73239 0.51250 0.73397 0.52090 0.71786 0.49296\n 11 116 5 0.72906 0.54443 0.73617 0.55005 0.73412 0.54122 0.73617 0.55005 0.71786 0.52113\n 11 116 5 0.73064 0.57324 0.73835 0.57883 0.73581 0.56965 0.73835 0.57883 0.71786 0.54931\n 11 116 5 0.73225 0.60175 0.74051 0.60719 0.73745 0.59778 0.74051 0.60719 0.71786 0.57749\n 11 116 5 0.73387 0.62993 0.74264 0.63513 0.73903 0.62560 0.74264 0.63513 0.71786 0.60567\n 11 116 5 0.73551 0.65781 0.74475 0.66266 0.74055 0.65311 0.74475 0.66266 0.71786 0.63385\n 11 116 5 0.73715 0.68540 0.74683 0.68981 0.74202 0.68033 0.74683 0.68981 0.71786 0.66202\n 11 116 5 0.73881 0.71273 0.74887 0.71662 0.74343 0.70730 0.74887 0.71662 0.71786 0.69020\n 11 116 5 0.74047 0.73984 0.75089 0.74315 0.74480 0.73406 0.75089 0.74315 0.71786 0.71838\n 11 116 5 0.74212 0.76680 0.75289 0.76946 0.74613 0.76067 0.75289 0.76946 0.71786 0.74656\n 11 116 5 0.74378 0.79365 0.75486 0.79564 0.74744 0.78718 0.75486 0.79564 0.71786 0.77474\n 11 116 5 0.74544 0.82046 0.75684 0.82176 0.74874 0.81364 0.75684 0.82176 0.71786 0.80292\n 11 116 5 0.74711 0.84729 0.75882 0.84791 0.75005 0.84012 0.75882 0.84791 0.71786 0.83109\n 11 116 5 0.73920 0.16223 0.73739 0.16601 0.74116 0.16419 0.73739 0.16601 0.74857 0.15482\n 11 116 5 0.74074 0.19099 0.73950 0.19471 0.74279 0.19258 0.73950 0.19471 0.74857 0.18300\n 11 116 5 0.74227 0.22007 0.74165 0.22384 0.74449 0.22128 0.74165 0.22384 0.74857 0.21117\n 11 116 5 0.74381 0.24942 0.74386 0.25333 0.74626 0.25025 0.74386 0.25333 0.74857 0.23935\n 11 116 5 0.74537 0.27900 0.74613 0.28311 0.74810 0.27943 0.74613 0.28311 0.74857 0.26753\n 11 116 5 0.74694 0.30873 0.74842 0.31309 0.74998 0.30875 0.74842 0.31309 0.74857 0.29571\n 11 116 5 0.74849 0.33857 0.75072 0.34321 0.75187 0.33819 0.75072 0.34321 0.74857 0.32389\n 11 116 5 0.75003 0.36846 0.75301 0.37341 0.75377 0.36769 0.75301 0.37341 0.74857 0.35206\n 11 116 5 0.75156 0.39837 0.75529 0.40363 0.75565 0.39719 0.75529 0.40363 0.74857 0.38024\n 11 116 5 0.75308 0.42822 0.75755 0.43377 0.75752 0.42665 0.75755 0.43377 0.74857 0.40842\n 11 116 5 0.75461 0.45796 0.75980 0.46377 0.75937 0.45600 0.75980 0.46377 0.74857 0.43660\n 11 116 5 0.75615 0.48754 0.76203 0.49356 0.76119 0.48518 0.76203 0.49356 0.74857 0.46478\n 11 116 5 0.75770 0.51690 0.76426 0.52306 0.76297 0.51416 0.76426 0.52306 0.74857 0.49296\n 11 116 5 0.75927 0.54601 0.76647 0.55221 0.76471 0.54288 0.76647 0.55221 0.74857 0.52113\n 11 116 5 0.76087 0.57482 0.76866 0.58098 0.76641 0.57131 0.76866 0.58098 0.74857 0.54931\n 11 116 5 0.76248 0.60333 0.77083 0.60934 0.76805 0.59943 0.77083 0.60934 0.74857 0.57749\n 11 116 5 0.76411 0.63151 0.77298 0.63728 0.76964 0.62724 0.77298 0.63728 0.74857 0.60567\n 11 116 5 0.76576 0.65939 0.77510 0.66480 0.77117 0.65474 0.77510 0.66480 0.74857 0.63385\n 11 116 5 0.76741 0.68697 0.77719 0.69194 0.77265 0.68196 0.77719 0.69194 0.74857 0.66202\n 11 116 5 0.76908 0.71429 0.77925 0.71874 0.77407 0.70892 0.77925 0.71874 0.74857 0.69020\n 11 116 5 0.77075 0.74139 0.78127 0.74525 0.77545 0.73567 0.78127 0.74525 0.74857 0.71838\n 11 116 5 0.77241 0.76833 0.78327 0.77154 0.77678 0.76226 0.78327 0.77154 0.74857 0.74656\n 11 116 5 0.77408 0.79517 0.78526 0.79770 0.77809 0.78875 0.78526 0.79770 0.74857 0.77474\n 11 116 5 0.77574 0.82196 0.78723 0.82380 0.77939 0.81520 0.78723 0.82380 0.74857 0.80292\n 11 116 5 0.77740 0.84878 0.78920 0.84993 0.78069 0.84167 0.78920 0.84993 0.74857 0.83109\n 11 116 5 0.76927 0.16375 0.76748 0.16810 0.77160 0.16581 0.76748 0.16810 0.77928 0.15482\n 11 116 5 0.77082 0.19251 0.76961 0.19682 0.77324 0.19421 0.76961 0.19682 0.77928 0.18300\n 11 116 5 0.77236 0.22159 0.77178 0.22594 0.77494 0.22291 0.77178 0.22594 0.77928 0.21117\n 11 116 5 0.77391 0.25095 0.77399 0.25543 0.77672 0.25187 0.77399 0.25543 0.77928 0.23935\n 11 116 5 0.77547 0.28052 0.77626 0.28521 0.77856 0.28105 0.77626 0.28521 0.77928 0.26753\n 11 116 5 0.77703 0.31026 0.77855 0.31520 0.78044 0.31039 0.77855 0.31520 0.77928 0.29571\n 11 116 5 0.77858 0.34011 0.78085 0.34533 0.78234 0.33983 0.78085 0.34533 0.77928 0.32389\n 11 116 5 0.78013 0.37001 0.78315 0.37555 0.78424 0.36934 0.78315 0.37555 0.77928 0.35206\n 11 116 5 0.78166 0.39992 0.78543 0.40577 0.78613 0.39885 0.78543 0.40577 0.77928 0.38024\n 11 116 5 0.78319 0.42978 0.78770 0.43592 0.78800 0.42831 0.78770 0.43592 0.77928 0.40842\n 11 116 5 0.78472 0.45953 0.78996 0.46593 0.78986 0.45766 0.78996 0.46593 0.77928 0.43660\n 11 116 5 0.78627 0.48911 0.79220 0.49572 0.79168 0.48685 0.79220 0.49572 0.77928 0.46478\n 11 116 5 0.78783 0.51848 0.79444 0.52522 0.79347 0.51583 0.79444 0.52522 0.77928 0.49296\n 11 116 5 0.78941 0.54758 0.79666 0.55437 0.79522 0.54454 0.79666 0.55437 0.77928 0.52113\n 11 116 5 0.79101 0.57640 0.79886 0.58315 0.79693 0.57297 0.79886 0.58315 0.77928 0.54931\n 11 116 5 0.79263 0.60490 0.80104 0.61150 0.79858 0.60110 0.80104 0.61150 0.77928 0.57749\n 11 116 5 0.79427 0.63309 0.80320 0.63944 0.80018 0.62890 0.80320 0.63944 0.77928 0.60567\n 11 116 5 0.79593 0.66096 0.80534 0.66696 0.80172 0.65640 0.80534 0.66696 0.77928 0.63385\n 11 116 5 0.79760 0.68854 0.80744 0.69409 0.80321 0.68361 0.80744 0.69409 0.77928 0.66202\n 11 116 5 0.79927 0.71585 0.80951 0.72087 0.80464 0.71056 0.80951 0.72087 0.77928 0.69020\n 11 116 5 0.80095 0.74294 0.81155 0.74737 0.80602 0.73730 0.81155 0.74737 0.77928 0.71838\n 11 116 5 0.80262 0.76987 0.81357 0.77364 0.80736 0.76387 0.81357 0.77364 0.77928 0.74656\n 11 116 5 0.80429 0.79669 0.81555 0.79978 0.80868 0.79035 0.81555 0.79978 0.77928 0.77474\n 11 116 5 0.80596 0.82347 0.81753 0.82586 0.80997 0.81678 0.81753 0.82586 0.77928 0.80292\n 11 116 5 0.80762 0.85027 0.81950 0.85197 0.81127 0.84323 0.81950 0.85197 0.77928 0.83109\n 11 116 5 0.79928 0.16526 0.79750 0.17020 0.80197 0.16744 0.79750 0.17020 0.80999 0.15482\n 11 116 5 0.80083 0.19403 0.79964 0.19891 0.80362 0.19584 0.79964 0.19891 0.80999 0.18300\n 11 116 5 0.80238 0.22311 0.80181 0.22804 0.80533 0.22454 0.80181 0.22804 0.80999 0.21117\n 11 116 5 0.80393 0.25246 0.80403 0.25753 0.80711 0.25350 0.80403 0.25753 0.80999 0.23935\n 11 116 5 0.80549 0.28204 0.80630 0.28730 0.80895 0.28268 0.80630 0.28730 0.80999 0.26753\n 11 116 5 0.80705 0.31178 0.80859 0.31730 0.81083 0.31203 0.80859 0.31730 0.80999 0.29571\n 11 116 5 0.80860 0.34164 0.81089 0.34745 0.81273 0.34148 0.81089 0.34745 0.80999 0.32389\n 11 116 5 0.81015 0.37155 0.81319 0.37767 0.81463 0.37099 0.81319 0.37767 0.80999 0.35206\n 11 116 5 0.81168 0.40147 0.81547 0.40791 0.81652 0.40051 0.81547 0.40791 0.80999 0.38024\n 11 116 5 0.81322 0.43134 0.81775 0.43807 0.81841 0.42998 0.81775 0.43807 0.80999 0.40842\n 11 116 5 0.81476 0.46109 0.82002 0.46808 0.82027 0.45934 0.82002 0.46808 0.80999 0.43660\n 11 116 5 0.81631 0.49068 0.82227 0.49788 0.82210 0.48853 0.82227 0.49788 0.80999 0.46478\n 11 116 5 0.81787 0.52005 0.82452 0.52738 0.82390 0.51750 0.82452 0.52738 0.80999 0.49296\n 11 116 5 0.81946 0.54915 0.82675 0.55654 0.82566 0.54622 0.82675 0.55654 0.80999 0.52113\n 11 116 5 0.82107 0.57797 0.82896 0.58531 0.82737 0.57465 0.82896 0.58531 0.80999 0.54931\n 11 116 5 0.82270 0.60648 0.83116 0.61367 0.82903 0.60277 0.83116 0.61367 0.80999 0.57749\n 11 116 5 0.82435 0.63466 0.83333 0.64161 0.83064 0.63058 0.83333 0.64161 0.80999 0.60567\n 11 116 5 0.82602 0.66253 0.83548 0.66912 0.83219 0.65807 0.83548 0.66912 0.80999 0.63385\n 11 116 5 0.82770 0.69011 0.83760 0.69624 0.83369 0.68527 0.83760 0.69624 0.80999 0.66202\n 11 116 5 0.82939 0.71741 0.83968 0.72302 0.83513 0.71222 0.83968 0.72302 0.80999 0.69020\n 11 116 5 0.83108 0.74450 0.84174 0.74950 0.83652 0.73894 0.84174 0.74950 0.80999 0.71838\n 11 116 5 0.83276 0.77141 0.84376 0.77576 0.83787 0.76550 0.84376 0.77576 0.80999 0.74656\n 11 116 5 0.83444 0.79822 0.84576 0.80188 0.83919 0.79196 0.84576 0.80188 0.80999 0.77474\n 11 116 5 0.83611 0.82498 0.84774 0.82793 0.84049 0.81838 0.84774 0.82793 0.80999 0.80292\n 11 50 2 0.83778 0.85176 0.84023 0.85223\n 11 72 3 0.84817 0.85223 0.84179 0.84481 0.84817 0.85223\n 11 50 2 0.84661 0.85223 0.80999 0.83109\n 11 116 5 0.82922 0.16676 0.82743 0.17229 0.83228 0.16908 0.82743 0.17229 0.84070 0.15482\n 11 116 5 0.83079 0.19553 0.82958 0.20100 0.83394 0.19748 0.82958 0.20100 0.84070 0.18300\n 11 116 5 0.83234 0.22461 0.83176 0.23013 0.83566 0.22617 0.83176 0.23013 0.84070 0.21117\n 11 116 5 0.83389 0.25396 0.83399 0.25962 0.83744 0.25514 0.83399 0.25962 0.84070 0.23935\n 11 116 5 0.83545 0.28354 0.83625 0.28940 0.83927 0.28432 0.83625 0.28940 0.84070 0.26753\n 11 116 5 0.83700 0.31329 0.83854 0.31940 0.84115 0.31367 0.83854 0.31940 0.84070 0.29571\n 11 116 5 0.83856 0.34315 0.84084 0.34956 0.84305 0.34313 0.84084 0.34956 0.84070 0.32389\n 11 116 5 0.84010 0.37308 0.84313 0.37980 0.84495 0.37265 0.84313 0.37980 0.84070 0.35206\n 11 116 5 0.84164 0.40301 0.84543 0.41004 0.84685 0.40218 0.84543 0.41004 0.84070 0.38024\n 11 116 5 0.84318 0.43288 0.84771 0.44022 0.84874 0.43165 0.84771 0.44022 0.84070 0.40842\n 11 116 5 0.84472 0.46264 0.84999 0.47024 0.85061 0.46102 0.84999 0.47024 0.84070 0.43660\n 11 116 5 0.84628 0.49223 0.85225 0.50004 0.85245 0.49021 0.85225 0.50004 0.84070 0.46478\n 11 116 5 0.84785 0.52161 0.85450 0.52955 0.85425 0.51919 0.85450 0.52955 0.84070 0.49296\n 11 116 5 0.84944 0.55072 0.85674 0.55871 0.85602 0.54791 0.85674 0.55871 0.84070 0.52113\n 11 116 5 0.85106 0.57954 0.85897 0.58748 0.85774 0.57634 0.85897 0.58748 0.84070 0.54931\n 11 116 5 0.85270 0.60805 0.86117 0.61584 0.85941 0.60446 0.86117 0.61584 0.84070 0.57749\n 11 116 5 0.85436 0.63623 0.86336 0.64378 0.86103 0.63227 0.86336 0.64378 0.84070 0.60567\n 11 116 5 0.85604 0.66410 0.86552 0.67129 0.86259 0.65976 0.86552 0.67129 0.84070 0.63385\n 11 116 5 0.85773 0.69167 0.86766 0.69841 0.86410 0.68696 0.86766 0.69841 0.84070 0.66202\n 11 116 5 0.85944 0.71898 0.86976 0.72518 0.86556 0.71389 0.86976 0.72518 0.84070 0.69020\n 11 116 5 0.86114 0.74605 0.87183 0.75165 0.86696 0.74061 0.87183 0.75165 0.84070 0.71838\n 11 116 5 0.86284 0.77296 0.87387 0.77789 0.86832 0.76716 0.87387 0.77789 0.84070 0.74656\n 11 116 5 0.86453 0.79975 0.87588 0.80399 0.86964 0.79360 0.87588 0.80399 0.84070 0.77474\n 11 116 5 0.86620 0.82650 0.87787 0.83003 0.87095 0.82000 0.87787 0.83003 0.84070 0.80292\n 11 72 3 0.87681 0.85223 0.87225 0.84642 0.87681 0.85223\n 11 50 2 0.87380 0.85223 0.84070 0.83109\n 11 116 5 0.85911 0.16825 0.85729 0.17437 0.86253 0.17072 0.85729 0.17437 0.87141 0.15482\n 11 116 5 0.86068 0.19702 0.85945 0.20309 0.86420 0.19912 0.85945 0.20309 0.87141 0.18300\n 11 116 5 0.86224 0.22610 0.86164 0.23222 0.86592 0.22781 0.86164 0.23222 0.87141 0.21117\n 11 116 5 0.86379 0.25546 0.86386 0.26171 0.86770 0.25678 0.86386 0.26171 0.87141 0.23935\n 11 116 5 0.86534 0.28504 0.86612 0.29149 0.86954 0.28596 0.86612 0.29149 0.87141 0.26753\n 11 116 5 0.86690 0.31479 0.86840 0.32150 0.87141 0.31532 0.86840 0.32150 0.87141 0.29571\n 11 116 5 0.86845 0.34466 0.87070 0.35167 0.87331 0.34479 0.87070 0.35167 0.87141 0.32389\n 11 116 5 0.86999 0.37460 0.87300 0.38192 0.87522 0.37432 0.87300 0.38192 0.87141 0.35206\n 11 116 5 0.87153 0.40453 0.87530 0.41218 0.87712 0.40385 0.87530 0.41218 0.87141 0.38024\n 11 116 5 0.87307 0.43441 0.87759 0.44236 0.87901 0.43333 0.87759 0.44236 0.87141 0.40842\n 11 116 5 0.87462 0.46418 0.87987 0.47239 0.88088 0.46270 0.87987 0.47239 0.87141 0.43660\n 11 116 5 0.87618 0.49378 0.88214 0.50219 0.88273 0.49190 0.88214 0.50219 0.87141 0.46478\n 11 116 5 0.87776 0.52316 0.88440 0.53171 0.88454 0.52088 0.88440 0.53171 0.87141 0.49296\n 11 116 5 0.87936 0.55227 0.88665 0.56088 0.88632 0.54961 0.88665 0.56088 0.87141 0.52113\n 11 116 5 0.88099 0.58110 0.88888 0.58966 0.88805 0.57804 0.88888 0.58966 0.87141 0.54931\n 11 116 5 0.88263 0.60961 0.89110 0.61802 0.88973 0.60616 0.89110 0.61802 0.87141 0.57749\n 11 116 5 0.88430 0.63780 0.89330 0.64595 0.89135 0.63397 0.89330 0.64595 0.87141 0.60567\n 11 50 2 0.88600 0.66567 0.89445 0.67262\n 11 72 3 0.89445 0.66862 0.89293 0.66146 0.89445 0.66862\n 11 50 2 0.89445 0.67177 0.87141 0.63385\n 11 50 2 0.88770 0.69324 0.89445 0.69823\n 11 50 2 0.89445 0.69591 0.87141 0.66202\n 11 50 2 0.88941 0.72054 0.89445 0.72385\n 11 50 2 0.89445 0.72040 0.87141 0.69020\n 11 50 2 0.89113 0.74761 0.89445 0.74953\n 11 50 2 0.89445 0.74520 0.87141 0.71838\n 11 50 2 0.89284 0.77451 0.89445 0.77531\n 11 50 2 0.89445 0.77030 0.87141 0.74656\n 11 50 2 0.89445 0.79569 0.87141 0.77474\n 11 50 2 0.89445 0.82136 0.87141 0.80292\n 12 50 2 0.50288 0.29571 0.50288 0.29571\n 11 50 2 0.89445 0.84730 0.87141 0.83109\n 21 6 1\n 25 6 1\n 82 0\n 81 6 410\n 82 0\n 81 6 411\n 21 6 1\n 25 6 1\n 21 6 10\n 25 6 10\n 11 50 2 0.14970 0.16891 0.14031 0.15482\n 11 72 3 0.14970 0.16891 0.15909 0.18300 0.16803 0.19708\n 11 50 2 0.15909 0.18300 0.18261 0.20096\n 11 50 2 0.15909 0.18300 0.16452 0.21063\n 11 490 22 0.15909 0.18300 0.17654 0.21117 0.18460 0.22526 0.19221 0.23935 0.19935 0.25344 0.20600 0.26753 0.21213 0.28162 0.21770 0.29571 0.22265 0.30980 0.22692 0.32389 0.23041 0.33798 0.23302 0.35206 0.23461 0.36615 0.23502 0.38024 0.23407 0.39433 0.23158 0.40842 0.22737 0.42251 0.22133 0.43660 0.21342 0.45069 0.20373 0.46478 0.19249 0.47887 0.18001 0.49296\n 11 50 2 0.19249 0.47887 0.18942 0.48699\n 11 50 2 0.19249 0.47887 0.18445 0.48328\n 11 116 5 0.19249 0.47887 0.16665 0.50704 0.15273 0.52113 0.13854 0.53522 0.12666 0.54697\n 11 50 2 0.24183 0.16891 0.23189 0.15482\n 11 72 3 0.24183 0.16891 0.25177 0.18300 0.26118 0.19708\n 11 50 2 0.25177 0.18300 0.27085 0.19692\n 11 50 2 0.25177 0.18300 0.25663 0.20492\n 11 490 22 0.25177 0.18300 0.27005 0.21117 0.27839 0.22526 0.28616 0.23935 0.29332 0.25344 0.29984 0.26753 0.30563 0.28162 0.31060 0.29571 0.31463 0.30980 0.31752 0.32389 0.31906 0.33798 0.31895 0.35206 0.31683 0.36615 0.31232 0.38024 0.30508 0.39433 0.29497 0.40842 0.28218 0.42251 0.26725 0.43660 0.25189 0.44983 0.23654 0.46249 0.22118 0.47494 0.20583 0.48738\n 11 50 2 0.22118 0.47494 0.21716 0.48172\n 11 50 2 0.22118 0.47494 0.21336 0.47776\n 11 50 2 0.22118 0.47494 0.19047 0.49993\n 11 50 2 0.33396 0.16891 0.32273 0.15482\n 11 72 3 0.33396 0.16891 0.34520 0.18300 0.35585 0.19708\n 11 50 2 0.34520 0.18300 0.36021 0.19273\n 11 50 2 0.34520 0.18300 0.34988 0.19931\n 11 490 22 0.34520 0.18300 0.36591 0.21117 0.37535 0.22526 0.38410 0.23935 0.39209 0.25344 0.39917 0.26753 0.40513 0.28162 0.40962 0.29571 0.41205 0.30980 0.41151 0.32389 0.40665 0.33798 0.39602 0.35206 0.38066 0.36527 0.36530 0.37637 0.34995 0.38698 0.33459 0.39744 0.31924 0.40791 0.30388 0.41844 0.28853 0.42910 0.27317 0.43991 0.25781 0.45089 0.24246 0.46207\n 11 50 2 0.25781 0.45089 0.25407 0.45649\n 11 50 2 0.25781 0.45089 0.25102 0.45297\n 11 138 6 0.25781 0.45089 0.22710 0.47349 0.21175 0.48516 0.19639 0.49712 0.18104 0.50939 0.16568 0.52200\n 11 72 3 0.44145 0.16891 0.42610 0.15561 0.41705 0.14777\n 11 72 3 0.44145 0.16891 0.45681 0.18220 0.47217 0.19529\n 11 50 2 0.45681 0.18220 0.46790 0.18650\n 11 50 2 0.45681 0.18220 0.46230 0.19204\n 11 358 16 0.45681 0.18220 0.48752 0.20788 0.50288 0.21950 0.51823 0.22943 0.53359 0.23662 0.54894 0.23976 0.56430 0.23808 0.57966 0.23230 0.59501 0.22411 0.61037 0.21478 0.62572 0.20482 0.64108 0.19447 0.65643 0.18385 0.67179 0.17300 0.68715 0.16191 0.70250 0.15061\n 11 490 22 0.73321 0.16891 0.71980 0.18300 0.70740 0.19708 0.69628 0.21117 0.68675 0.22526 0.67903 0.23935 0.67325 0.25344 0.66942 0.26753 0.66744 0.28162 0.66709 0.29571 0.66815 0.30980 0.67038 0.32389 0.67357 0.33798 0.67753 0.35206 0.68213 0.36615 0.68725 0.38024 0.69280 0.39433 0.69871 0.40842 0.70493 0.42251 0.71142 0.43660 0.71815 0.45069 0.72511 0.46478\n 11 50 2 0.72511 0.46478 0.70849 0.44919\n 11 50 2 0.72511 0.46478 0.72330 0.44303\n 11 424 19 0.72511 0.46478 0.73228 0.47887 0.73965 0.49296 0.74721 0.50704 0.75496 0.52113 0.76292 0.53522 0.77107 0.54931 0.77943 0.56340 0.78800 0.57749 0.79679 0.59158 0.80580 0.60567 0.81506 0.61976 0.82457 0.63385 0.83435 0.64794 0.84439 0.66202 0.85472 0.67611 0.86534 0.69020 0.87627 0.70429 0.88752 0.71838\n 11 50 2 0.73321 0.16891 0.74662 0.15482\n 11 490 22 0.77928 0.16891 0.76808 0.18300 0.75789 0.19708 0.74888 0.21117 0.74119 0.22526 0.73490 0.23935 0.73006 0.25344 0.72663 0.26753 0.72453 0.28162 0.72366 0.29571 0.72388 0.30980 0.72506 0.32389 0.72707 0.33798 0.72979 0.35206 0.73312 0.36615 0.73698 0.38024 0.74129 0.39433 0.74599 0.40842 0.75103 0.42251 0.75639 0.43660 0.76203 0.45069 0.76793 0.46478\n 11 50 2 0.76793 0.46478 0.75076 0.44666\n 11 50 2 0.76793 0.46478 0.76747 0.44078\n 11 380 17 0.76793 0.46478 0.77407 0.47887 0.78043 0.49296 0.78703 0.50704 0.79384 0.52113 0.80087 0.53522 0.80811 0.54931 0.81558 0.56340 0.82327 0.57749 0.83119 0.59158 0.83936 0.60567 0.84776 0.61976 0.85643 0.63385 0.86536 0.64794 0.87457 0.66202 0.88406 0.67611 0.89385 0.69020\n 11 50 2 0.77928 0.16891 0.79048 0.15482\n 11 490 22 0.82535 0.16891 0.81535 0.18300 0.80628 0.19708 0.79824 0.21117 0.79130 0.22526 0.78551 0.23935 0.78088 0.25344 0.77740 0.26753 0.77500 0.28162 0.77362 0.29571 0.77317 0.30980 0.77355 0.32389 0.77468 0.33798 0.77647 0.35206 0.77885 0.36615 0.78173 0.38024 0.78508 0.39433 0.78883 0.40842 0.79294 0.42251 0.79738 0.43660 0.80213 0.45069 0.80715 0.46478\n 11 50 2 0.80715 0.46478 0.78951 0.44414\n 11 50 2 0.80715 0.46478 0.80809 0.43857\n 11 314 14 0.80715 0.46478 0.81244 0.47887 0.81797 0.49296 0.82375 0.50704 0.82976 0.52113 0.83600 0.53522 0.84247 0.54931 0.84917 0.56340 0.85611 0.57749 0.86329 0.59158 0.87070 0.60567 0.87837 0.61976 0.88630 0.63385 0.89445 0.64785\n 11 50 2 0.82535 0.16891 0.83534 0.15482\n 11 490 22 0.87141 0.16891 0.86212 0.18300 0.85365 0.19708 0.84607 0.21117 0.83945 0.22526 0.83381 0.23935 0.82915 0.25344 0.82547 0.26753 0.82272 0.28162 0.82085 0.29571 0.81980 0.30980 0.81950 0.32389 0.81989 0.33798 0.82090 0.35206 0.82246 0.36615 0.82453 0.38024 0.82706 0.39433 0.82999 0.40842 0.83329 0.42251 0.83693 0.43660 0.84089 0.45069 0.84515 0.46478\n 11 50 2 0.84515 0.46478 0.82761 0.44220\n 11 50 2 0.84515 0.46478 0.84753 0.43714\n 11 204 9 0.84515 0.46478 0.84967 0.47887 0.85446 0.49296 0.85951 0.50704 0.86479 0.52113 0.87032 0.53522 0.87609 0.54931 0.88209 0.56340 0.88834 0.57749\n 11 50 2 0.87141 0.16891 0.88071 0.15482\n 11 204 9 0.47217 0.26753 0.46323 0.25344 0.45311 0.23935 0.44230 0.22526 0.43097 0.21117 0.41916 0.19708 0.40690 0.18300 0.39420 0.16891 0.38102 0.15482\n 11 72 3 0.47217 0.26753 0.48111 0.28162 0.48752 0.29571\n 11 50 2 0.48111 0.28162 0.48347 0.28398\n 11 50 2 0.48111 0.28162 0.48127 0.28482\n 11 138 6 0.48111 0.28162 0.47834 0.30980 0.46299 0.31238 0.44763 0.32486 0.43228 0.33409 0.41692 0.34393\n 11 490 22 0.53359 0.28162 0.53125 0.29571 0.53616 0.30980 0.54385 0.32389 0.55253 0.33798 0.56162 0.35206 0.57092 0.36615 0.58031 0.38024 0.58977 0.39433 0.59926 0.40842 0.60878 0.42251 0.61834 0.43660 0.62794 0.45069 0.63759 0.46478 0.64730 0.47887 0.65709 0.49296 0.66697 0.50704 0.67696 0.52113 0.68706 0.53522 0.69730 0.54931 0.70769 0.56340 0.71824 0.57749\n 11 50 2 0.71824 0.57749 0.69335 0.56120\n 11 50 2 0.71824 0.57749 0.71059 0.55033\n 11 336 15 0.71824 0.57749 0.72897 0.59158 0.73990 0.60567 0.75105 0.61976 0.76242 0.63385 0.77404 0.64794 0.78592 0.66202 0.79806 0.67611 0.81050 0.69020 0.82323 0.70429 0.83626 0.71838 0.84961 0.73247 0.86327 0.74656 0.87726 0.76065 0.89156 0.77474\n 11 72 3 0.53359 0.28162 0.53592 0.26753 0.55128 0.25679\n 11 50 2 0.53592 0.26753 0.53674 0.26636\n 11 50 2 0.53592 0.26753 0.53737 0.26712\n 11 50 2 0.53592 0.26753 0.56663 0.24666\n 11 270 12 0.87141 0.30980 0.87043 0.32389 0.87008 0.33798 0.87031 0.35206 0.87108 0.36615 0.87233 0.38024 0.87403 0.39433 0.87613 0.40842 0.87861 0.42251 0.88144 0.43660 0.88459 0.45069 0.88805 0.46478\n 11 72 3 0.87141 0.30980 0.87240 0.29571 0.87405 0.28162\n 11 50 2 0.87240 0.29571 0.86668 0.27443\n 11 50 2 0.87240 0.29571 0.88292 0.27604\n 11 116 5 0.87240 0.29571 0.87644 0.26753 0.87959 0.25344 0.88356 0.23935 0.88837 0.22526\n 11 116 5 0.14970 0.35206 0.14641 0.33798 0.14247 0.32389 0.13794 0.30980 0.13288 0.29571\n 11 72 3 0.14970 0.35206 0.15298 0.36615 0.15552 0.38024\n 11 50 2 0.15298 0.36615 0.16180 0.38051\n 11 50 2 0.15298 0.36615 0.14968 0.38236\n 11 226 10 0.15298 0.36615 0.15723 0.39433 0.15799 0.40842 0.15770 0.42251 0.15625 0.43660 0.15354 0.45069 0.14950 0.46478 0.14410 0.47887 0.13737 0.49296 0.12941 0.50704\n 11 490 22 0.45681 0.36615 0.47217 0.37273 0.48752 0.38219 0.50288 0.39402 0.51823 0.40770 0.53259 0.42179 0.54607 0.43588 0.55899 0.44997 0.57154 0.46406 0.58385 0.47815 0.59599 0.49224 0.60805 0.50633 0.62006 0.52041 0.63206 0.53450 0.64411 0.54859 0.65622 0.56268 0.66844 0.57677 0.68078 0.59086 0.69327 0.60495 0.70594 0.61904 0.71880 0.63313 0.73188 0.64722\n 11 50 2 0.73188 0.64722 0.70264 0.63199\n 11 50 2 0.73188 0.64722 0.72015 0.61831\n 11 270 12 0.73188 0.64722 0.74520 0.66130 0.75876 0.67539 0.77259 0.68948 0.78670 0.70357 0.80110 0.71766 0.81579 0.73175 0.83078 0.74584 0.84608 0.75993 0.86143 0.77381 0.87679 0.78743 0.89214 0.80083\n 11 72 3 0.45681 0.36615 0.44145 0.35958 0.42610 0.35681\n 11 50 2 0.44145 0.35958 0.43643 0.36030\n 11 50 2 0.44145 0.35958 0.43710 0.35717\n 11 50 2 0.44145 0.35958 0.41074 0.35821\n 11 490 22 0.41074 0.40842 0.42610 0.41283 0.44145 0.41925 0.45681 0.42751 0.47217 0.43736 0.48752 0.44856 0.50288 0.46087 0.51823 0.47407 0.53359 0.48799 0.54855 0.50208 0.56311 0.51617 0.57740 0.53025 0.59154 0.54434 0.60558 0.55843 0.61960 0.57252 0.63364 0.58661 0.64774 0.60070 0.66195 0.61479 0.67630 0.62888 0.69081 0.64297 0.70551 0.65706 0.72043 0.67115\n 11 50 2 0.72043 0.67115 0.68994 0.65760\n 11 50 2 0.72043 0.67115 0.70656 0.64279\n 11 270 12 0.72043 0.67115 0.73557 0.68523 0.75093 0.69929 0.76628 0.71312 0.78164 0.72671 0.79699 0.74009 0.81235 0.75325 0.82771 0.76622 0.84306 0.77900 0.85842 0.79161 0.87377 0.80406 0.88913 0.81638\n 11 72 3 0.41074 0.40842 0.39539 0.40401 0.38003 0.40200\n 11 50 2 0.39539 0.40401 0.38852 0.40534\n 11 50 2 0.39539 0.40401 0.38920 0.40097\n 11 138 6 0.39539 0.40401 0.36468 0.40247 0.34932 0.40535 0.33396 0.41032 0.31861 0.41700 0.30325 0.42497\n 11 490 22 0.34932 0.45069 0.36468 0.45210 0.38003 0.45508 0.39539 0.45957 0.41074 0.46546 0.42610 0.47264 0.44145 0.48095 0.45681 0.49025 0.47217 0.50041 0.48752 0.51128 0.50288 0.52274 0.51823 0.53469 0.53359 0.54703 0.54894 0.55965 0.56430 0.57249 0.57966 0.58547 0.59501 0.59855 0.61037 0.61166 0.62572 0.62476 0.64108 0.63783 0.65643 0.65083 0.67179 0.66374\n 11 50 2 0.67179 0.66374 0.64216 0.65248\n 11 50 2 0.67179 0.66374 0.65698 0.63764\n 11 336 15 0.67179 0.66374 0.68715 0.67655 0.70250 0.68923 0.71786 0.70179 0.73321 0.71421 0.74857 0.72649 0.76392 0.73864 0.77928 0.75067 0.79464 0.76256 0.80999 0.77434 0.82535 0.78602 0.84070 0.79759 0.85606 0.80907 0.87141 0.82048 0.88677 0.83183\n 11 72 3 0.34932 0.45069 0.33396 0.44927 0.31861 0.44961\n 11 50 2 0.33396 0.44927 0.32622 0.45206\n 11 50 2 0.33396 0.44927 0.32608 0.44683\n 11 182 8 0.33396 0.44927 0.30325 0.45169 0.28790 0.45545 0.27254 0.46076 0.25719 0.46744 0.24183 0.47530 0.22647 0.48416 0.21112 0.49388\n 11 490 22 0.31861 0.49296 0.33396 0.49424 0.34932 0.49676 0.36468 0.50045 0.38003 0.50523 0.39539 0.51101 0.41074 0.51770 0.42610 0.52520 0.44145 0.53341 0.45681 0.54225 0.47217 0.55160 0.48752 0.56142 0.50288 0.57161 0.51823 0.58211 0.53359 0.59285 0.54894 0.60380 0.56430 0.61489 0.57966 0.62609 0.59501 0.63735 0.61037 0.64866 0.62572 0.65999 0.64108 0.67131\n 11 50 2 0.64108 0.67131 0.61138 0.66205\n 11 50 2 0.64108 0.67131 0.62482 0.64670\n 11 380 17 0.64108 0.67131 0.65643 0.68260 0.67179 0.69386 0.68715 0.70507 0.70250 0.71623 0.71786 0.72732 0.73321 0.73835 0.74857 0.74932 0.76392 0.76023 0.77928 0.77107 0.79464 0.78186 0.80999 0.79261 0.82535 0.80330 0.84070 0.81397 0.85606 0.82460 0.87141 0.83521 0.88677 0.84582\n 11 72 3 0.31861 0.49296 0.30325 0.49167 0.28790 0.49173\n 11 50 2 0.30325 0.49167 0.29348 0.49498\n 11 50 2 0.30325 0.49167 0.29344 0.48844\n 11 248 11 0.30325 0.49167 0.27254 0.49318 0.25719 0.49602 0.24183 0.50024 0.22647 0.50578 0.21112 0.51254 0.19576 0.52045 0.18041 0.52940 0.16505 0.53931 0.14970 0.55010 0.13434 0.56170\n 11 490 22 0.27254 0.53522 0.28790 0.53459 0.30325 0.53502 0.31861 0.53648 0.33396 0.53892 0.34932 0.54227 0.36468 0.54647 0.38003 0.55146 0.39539 0.55716 0.41074 0.56349 0.42610 0.57040 0.44145 0.57781 0.45681 0.58567 0.47217 0.59391 0.48752 0.60249 0.50288 0.61135 0.51823 0.62046 0.53359 0.62977 0.54894 0.63924 0.56430 0.64885 0.57966 0.65857 0.59501 0.66838\n 11 50 2 0.59501 0.66838 0.56638 0.66142\n 11 50 2 0.59501 0.66838 0.57795 0.64616\n 11 424 19 0.59501 0.66838 0.61037 0.67824 0.62572 0.68816 0.64108 0.69811 0.65643 0.70808 0.67179 0.71806 0.68715 0.72804 0.70250 0.73802 0.71786 0.74799 0.73321 0.75796 0.74857 0.76792 0.76392 0.77786 0.77928 0.78781 0.79464 0.79774 0.80999 0.80768 0.82535 0.81763 0.84070 0.82758 0.85606 0.83755 0.87141 0.84755\n 11 72 3 0.27254 0.53522 0.25719 0.53586 0.24183 0.53764\n 11 50 2 0.25719 0.53586 0.24649 0.54090\n 11 50 2 0.25719 0.53586 0.24546 0.53341\n 11 182 8 0.25719 0.53586 0.22647 0.54059 0.21112 0.54473 0.19576 0.55004 0.18041 0.55649 0.16505 0.56408 0.14970 0.57274 0.13434 0.58246\n 11 490 22 0.25719 0.57749 0.27254 0.57656 0.28790 0.57655 0.30325 0.57741 0.31861 0.57910 0.33396 0.58155 0.34932 0.58472 0.36468 0.58855 0.38003 0.59300 0.39539 0.59801 0.41074 0.60352 0.42610 0.60949 0.44145 0.61587 0.45681 0.62261 0.47217 0.62969 0.48752 0.63705 0.50288 0.64467 0.51823 0.65251 0.53359 0.66055 0.54894 0.66876 0.56430 0.67711 0.57966 0.68560\n 11 50 2 0.57966 0.68560 0.55062 0.68039\n 11 50 2 0.57966 0.68560 0.56106 0.66448\n 11 358 16 0.57966 0.68560 0.59501 0.69419 0.61037 0.70288 0.62572 0.71165 0.64108 0.72049 0.65643 0.72939 0.67179 0.73834 0.68715 0.74733 0.70250 0.75637 0.71786 0.76544 0.73321 0.77455 0.74857 0.78370 0.76392 0.79288 0.77928 0.80209 0.79464 0.81134 0.80999 0.82063\n 11 72 3 0.25719 0.57749 0.24183 0.57842 0.22647 0.58031\n 11 50 2 0.24183 0.57842 0.22903 0.58457\n 11 50 2 0.24183 0.57842 0.22772 0.57558\n 11 160 7 0.24183 0.57842 0.21112 0.58321 0.19576 0.58714 0.18041 0.59213 0.16505 0.59818 0.14970 0.60531 0.13434 0.61350\n 11 490 22 0.24183 0.61976 0.25719 0.61792 0.27254 0.61691 0.28790 0.61669 0.30325 0.61722 0.31861 0.61845 0.33396 0.62035 0.34932 0.62287 0.36468 0.62595 0.38003 0.62955 0.39539 0.63365 0.41074 0.63820 0.42610 0.64315 0.44145 0.64848 0.45681 0.65415 0.47217 0.66013 0.48752 0.66639 0.50288 0.67290 0.51823 0.67964 0.53359 0.68658 0.54894 0.69371 0.56430 0.70101\n 11 50 2 0.56430 0.70101 0.53496 0.69752\n 11 50 2 0.56430 0.70101 0.54427 0.68103\n 11 424 19 0.56430 0.70101 0.57966 0.70846 0.59501 0.71605 0.61037 0.72376 0.62572 0.73159 0.64108 0.73952 0.65643 0.74754 0.67179 0.75565 0.68715 0.76384 0.70250 0.77210 0.71786 0.78044 0.73321 0.78885 0.74857 0.79733 0.76392 0.80588 0.77928 0.81449 0.79464 0.82317 0.80999 0.83193 0.82535 0.84075 0.84070 0.84966\n 11 72 3 0.24183 0.61976 0.22647 0.62159 0.21112 0.62430\n 11 50 2 0.22647 0.62159 0.21193 0.62957\n 11 50 2 0.22647 0.62159 0.20974 0.61913\n 11 138 6 0.22647 0.62159 0.19576 0.62791 0.18041 0.63246 0.16505 0.63797 0.14970 0.64448 0.13434 0.65199\n 11 490 22 0.22647 0.66202 0.24183 0.65891 0.25719 0.65658 0.27254 0.65502 0.28790 0.65417 0.30325 0.65401 0.31861 0.65449 0.33396 0.65558 0.34932 0.65724 0.36468 0.65943 0.38003 0.66211 0.39539 0.66526 0.41074 0.66883 0.42610 0.67279 0.44145 0.67712 0.45681 0.68179 0.47217 0.68677 0.48752 0.69203 0.50288 0.69756 0.51823 0.70333 0.53359 0.70933 0.54894 0.71553\n 11 50 2 0.54894 0.71553 0.51937 0.71375\n 11 50 2 0.54894 0.71553 0.52754 0.69672\n 11 270 12 0.54894 0.71553 0.56430 0.72192 0.57966 0.72849 0.59501 0.73522 0.61037 0.74210 0.62572 0.74913 0.64108 0.75628 0.65643 0.76356 0.67179 0.77096 0.68715 0.77847 0.70250 0.78608 0.71786 0.79380\n 11 72 3 0.22647 0.66202 0.21112 0.66514 0.19576 0.66908\n 11 50 2 0.21112 0.66514 0.19515 0.67564\n 11 50 2 0.21112 0.66514 0.19153 0.66377\n 11 116 5 0.21112 0.66514 0.18041 0.67388 0.16505 0.67957 0.14970 0.68617 0.13434 0.69371\n 11 490 22 0.27254 0.69020 0.28790 0.68858 0.30325 0.68761 0.31861 0.68725 0.33396 0.68747 0.34932 0.68825 0.36468 0.68954 0.38003 0.69131 0.39539 0.69354 0.41074 0.69618 0.42610 0.69923 0.44145 0.70264 0.45681 0.70640 0.47217 0.71048 0.48752 0.71486 0.50288 0.71952 0.51823 0.72444 0.53359 0.72961 0.54894 0.73500 0.56430 0.74060 0.57966 0.74640 0.59501 0.75240\n 11 50 2 0.59501 0.75240 0.56236 0.75081\n 11 50 2 0.59501 0.75240 0.57111 0.73192\n 11 336 15 0.59501 0.75240 0.61037 0.75856 0.62572 0.76489 0.64108 0.77138 0.65643 0.77802 0.67179 0.78480 0.68715 0.79172 0.70250 0.79876 0.71786 0.80594 0.73321 0.81324 0.74857 0.82066 0.76392 0.82819 0.77928 0.83585 0.79464 0.84362 0.80999 0.85152\n 11 72 3 0.27254 0.69020 0.25719 0.69183 0.24183 0.69412\n 11 50 2 0.25719 0.69183 0.23756 0.70191\n 11 50 2 0.25719 0.69183 0.23509 0.68798\n 11 182 8 0.25719 0.69183 0.22647 0.69713 0.21112 0.70087 0.19576 0.70539 0.18041 0.71072 0.16505 0.71689 0.14970 0.72392 0.13434 0.73183\n 11 490 22 0.25719 0.73247 0.27254 0.72921 0.28790 0.72661 0.30325 0.72464 0.31861 0.72327 0.33396 0.72248 0.34932 0.72223 0.36468 0.72249 0.38003 0.72323 0.39539 0.72443 0.41074 0.72606 0.42610 0.72809 0.44145 0.73051 0.45681 0.73329 0.47217 0.73641 0.48752 0.73984 0.50288 0.74357 0.51823 0.74759 0.53359 0.75187 0.54894 0.75640 0.56430 0.76117 0.57966 0.76616\n 11 50 2 0.57966 0.76616 0.54681 0.76641\n 11 50 2 0.57966 0.76616 0.55431 0.74698\n 11 314 14 0.57966 0.76616 0.59501 0.77137 0.61037 0.77677 0.62572 0.78237 0.64108 0.78815 0.65643 0.79411 0.67179 0.80024 0.68715 0.80653 0.70250 0.81297 0.71786 0.81957 0.73321 0.82632 0.74857 0.83321 0.76392 0.84025 0.77928 0.84742\n 11 72 3 0.25719 0.73247 0.24183 0.73573 0.22647 0.73967\n 11 50 2 0.24183 0.73573 0.22118 0.74930\n 11 50 2 0.24183 0.73573 0.21651 0.73395\n 11 160 7 0.24183 0.73573 0.21112 0.74432 0.19576 0.74970 0.18041 0.75584 0.16505 0.76276 0.14970 0.77049 0.13434 0.77905\n 11 490 22 0.30325 0.76065 0.31861 0.75831 0.33396 0.75653 0.34932 0.75529 0.36468 0.75456 0.38003 0.75432 0.39539 0.75455 0.41074 0.75521 0.42610 0.75629 0.44145 0.75776 0.45681 0.75962 0.47217 0.76182 0.48752 0.76436 0.50288 0.76722 0.51823 0.77039 0.53359 0.77384 0.54894 0.77756 0.56430 0.78154 0.57966 0.78577 0.59501 0.79024 0.61037 0.79493 0.62572 0.79984\n 11 50 2 0.62572 0.79984 0.59006 0.80029\n 11 50 2 0.62572 0.79984 0.59808 0.77915\n 11 204 9 0.62572 0.79984 0.64108 0.80495 0.65643 0.81027 0.67179 0.81578 0.68715 0.82147 0.70250 0.82734 0.71786 0.83339 0.73321 0.83961 0.74857 0.84600\n 11 72 3 0.30325 0.76065 0.28790 0.76299 0.27254 0.76591\n 11 50 2 0.28790 0.76299 0.26389 0.77660\n 11 50 2 0.28790 0.76299 0.25997 0.75925\n 11 226 10 0.28790 0.76299 0.25719 0.76943 0.24183 0.77357 0.22647 0.77837 0.21112 0.78385 0.19576 0.79002 0.18041 0.79691 0.16505 0.80453 0.14970 0.81290 0.13434 0.82202\n 11 490 22 0.34932 0.78883 0.36468 0.78716 0.38003 0.78598 0.39539 0.78527 0.41074 0.78501 0.42610 0.78517 0.44145 0.78574 0.45681 0.78670 0.47217 0.78802 0.48752 0.78970 0.50288 0.79171 0.51823 0.79405 0.53359 0.79669 0.54894 0.79963 0.56430 0.80284 0.57966 0.80632 0.59501 0.81007 0.61037 0.81405 0.62572 0.81828 0.64108 0.82274 0.65643 0.82741 0.67179 0.83230\n 11 50 2 0.67179 0.83230 0.63411 0.83282\n 11 50 2 0.67179 0.83230 0.64257 0.81048\n 11 94 4 0.67179 0.83230 0.68715 0.83740 0.70250 0.84271 0.71786 0.84820\n 11 72 3 0.34932 0.78883 0.33396 0.79049 0.31861 0.79265\n 11 50 2 0.33396 0.79049 0.30675 0.80417\n 11 50 2 0.33396 0.79049 0.30353 0.78492\n 11 248 11 0.33396 0.79049 0.30325 0.79533 0.28790 0.79855 0.27254 0.80234 0.25719 0.80670 0.24183 0.81167 0.22647 0.81725 0.21112 0.82348 0.19576 0.83035 0.18041 0.83789 0.16505 0.84610\n 11 402 18 0.39539 0.81700 0.41074 0.81587 0.42610 0.81517 0.44145 0.81488 0.45681 0.81499 0.47217 0.81548 0.48752 0.81633 0.50288 0.81752 0.51823 0.81906 0.53359 0.82092 0.54894 0.82308 0.56430 0.82555 0.57966 0.82830 0.59501 0.83133 0.61037 0.83462 0.62572 0.83817 0.64108 0.84197 0.65643 0.84601\n 11 72 3 0.39539 0.81700 0.38003 0.81813 0.36468 0.81970\n 11 50 2 0.38003 0.81813 0.34978 0.83188\n 11 50 2 0.38003 0.81813 0.34723 0.81082\n 11 204 9 0.38003 0.81813 0.34932 0.82172 0.33396 0.82421 0.31861 0.82718 0.30325 0.83066 0.28790 0.83466 0.27254 0.83920 0.25719 0.84430 0.24183 0.84996\n 11 50 2 0.17944 0.09500 0.16888 0.09500\n 21 6 1\n 25 6 1\n 11 116 5 0.19866 0.10133 0.19746 0.10133 0.19625 0.10073 0.19565 0.09892 0.19565 0.08866\n 11 50 2 0.19384 0.09711 0.19806 0.09711\n 11 50 2 0.20228 0.10133 0.20228 0.08866\n 11 380 17 0.20952 0.09711 0.20831 0.09650 0.20711 0.09530 0.20651 0.09349 0.20651 0.09228 0.20711 0.09047 0.20831 0.08927 0.20952 0.08866 0.21133 0.08866 0.21254 0.08927 0.21374 0.09047 0.21435 0.09228 0.21435 0.09349 0.21374 0.09530 0.21254 0.09650 0.21133 0.09711 0.20952 0.09711\n 11 50 2 0.21796 0.09711 0.22038 0.08866\n 11 50 2 0.22279 0.09711 0.22038 0.08866\n 11 50 2 0.22279 0.09711 0.22520 0.08866\n 11 50 2 0.22762 0.09711 0.22520 0.08866\n 11 50 2 0.24812 0.09711 0.24812 0.08866\n 11 314 14 0.24812 0.09530 0.24692 0.09650 0.24571 0.09711 0.24390 0.09711 0.24269 0.09650 0.24149 0.09530 0.24088 0.09349 0.24088 0.09228 0.24149 0.09047 0.24269 0.08927 0.24390 0.08866 0.24571 0.08866 0.24692 0.08927 0.24812 0.09047\n 11 50 2 0.25295 0.09711 0.25295 0.08866\n 11 116 5 0.25295 0.09349 0.25355 0.09530 0.25476 0.09650 0.25596 0.09711 0.25777 0.09711\n 11 50 2 0.26079 0.09711 0.26079 0.08866\n 11 116 5 0.26079 0.09349 0.26139 0.09530 0.26260 0.09650 0.26380 0.09711 0.26561 0.09711\n 11 380 17 0.27104 0.09711 0.26984 0.09650 0.26863 0.09530 0.26803 0.09349 0.26803 0.09228 0.26863 0.09047 0.26984 0.08927 0.27104 0.08866 0.27285 0.08866 0.27406 0.08927 0.27526 0.09047 0.27587 0.09228 0.27587 0.09349 0.27526 0.09530 0.27406 0.09650 0.27285 0.09711 0.27104 0.09711\n 11 50 2 0.27949 0.09711 0.28190 0.08866\n 11 50 2 0.28431 0.09711 0.28190 0.08866\n 11 50 2 0.28431 0.09711 0.28672 0.08866\n 11 50 2 0.28914 0.09711 0.28672 0.08866\n 11 380 17 0.30904 0.09530 0.30844 0.09650 0.30663 0.09711 0.30482 0.09711 0.30301 0.09650 0.30241 0.09530 0.30301 0.09409 0.30422 0.09349 0.30723 0.09289 0.30844 0.09228 0.30904 0.09108 0.30904 0.09047 0.30844 0.08927 0.30663 0.08866 0.30482 0.08866 0.30301 0.08927 0.30241 0.09047\n 11 314 14 0.31990 0.09530 0.31869 0.09650 0.31749 0.09711 0.31568 0.09711 0.31447 0.09650 0.31326 0.09530 0.31266 0.09349 0.31266 0.09228 0.31326 0.09047 0.31447 0.08927 0.31568 0.08866 0.31749 0.08866 0.31869 0.08927 0.31990 0.09047\n 11 50 2 0.33075 0.09711 0.33075 0.08866\n 11 314 14 0.33075 0.09530 0.32955 0.09650 0.32834 0.09711 0.32653 0.09711 0.32533 0.09650 0.32412 0.09530 0.32352 0.09349 0.32352 0.09228 0.32412 0.09047 0.32533 0.08927 0.32653 0.08866 0.32834 0.08866 0.32955 0.08927 0.33075 0.09047\n 11 50 2 0.33558 0.10133 0.33558 0.08866\n 11 380 17 0.33980 0.09349 0.34704 0.09349 0.34704 0.09470 0.34644 0.09590 0.34583 0.09650 0.34463 0.09711 0.34282 0.09711 0.34161 0.09650 0.34041 0.09530 0.33980 0.09349 0.33980 0.09228 0.34041 0.09047 0.34161 0.08927 0.34282 0.08866 0.34463 0.08866 0.34583 0.08927 0.34704 0.09047\n 11 94 4 0.36212 0.09892 0.36333 0.09952 0.36513 0.10133 0.36513 0.08866\n 11 314 14 0.37298 0.09831 0.37298 0.09892 0.37358 0.10012 0.37418 0.10073 0.37539 0.10133 0.37780 0.10133 0.37901 0.10073 0.37961 0.10012 0.38021 0.09892 0.38021 0.09771 0.37961 0.09650 0.37840 0.09470 0.37237 0.08866 0.38082 0.08866\n 11 116 5 0.38564 0.08987 0.38504 0.08927 0.38564 0.08866 0.38625 0.08927 0.38564 0.08987\n 11 446 20 0.04955 0.10046 0.04883 0.10118 0.04774 0.10154 0.04629 0.10154 0.04521 0.10118 0.04448 0.10046 0.04448 0.09973 0.04484 0.09901 0.04521 0.09865 0.04593 0.09828 0.04810 0.09756 0.04883 0.09720 0.04919 0.09684 0.04955 0.09611 0.04955 0.09503 0.04883 0.09430 0.04774 0.09394 0.04629 0.09394 0.04521 0.09430 0.04448 0.09503\n 11 50 2 0.05208 0.10154 0.05208 0.09394\n 11 50 2 0.05498 0.10154 0.05498 0.09394\n 11 50 2 0.05498 0.10154 0.06004 0.09394\n 11 50 2 0.06004 0.10154 0.06004 0.09394\n 11 226 10 0.06547 0.10299 0.06475 0.10226 0.06402 0.10118 0.06330 0.09973 0.06294 0.09792 0.06294 0.09647 0.06330 0.09467 0.06402 0.09322 0.06475 0.09213 0.06547 0.09141\n 11 50 2 0.06801 0.10154 0.06801 0.09394\n 11 50 2 0.07669 0.10299 0.07018 0.09141\n 11 314 14 0.07886 0.09973 0.07886 0.10009 0.07922 0.10082 0.07959 0.10118 0.08031 0.10154 0.08176 0.10154 0.08248 0.10118 0.08284 0.10082 0.08321 0.10009 0.08321 0.09937 0.08284 0.09865 0.08212 0.09756 0.07850 0.09394 0.08357 0.09394\n 11 380 17 0.08791 0.10154 0.08682 0.10118 0.08610 0.10009 0.08574 0.09828 0.08574 0.09720 0.08610 0.09539 0.08682 0.09430 0.08791 0.09394 0.08863 0.09394 0.08972 0.09430 0.09044 0.09539 0.09080 0.09720 0.09080 0.09828 0.09044 0.10009 0.08972 0.10118 0.08863 0.10154 0.08791 0.10154\n 11 226 10 0.09298 0.10299 0.09370 0.10226 0.09442 0.10118 0.09515 0.09973 0.09551 0.09792 0.09551 0.09647 0.09515 0.09467 0.09442 0.09322 0.09370 0.09213 0.09298 0.09141\n 11 50 2 0.09985 0.09937 0.09985 0.09503\n 11 50 2 0.09804 0.09828 0.10166 0.09611\n 11 50 2 0.10166 0.09828 0.09804 0.09611\n 11 94 4 0.10492 0.10009 0.10564 0.10046 0.10673 0.10154 0.10673 0.09394\n 11 380 17 0.11324 0.10154 0.11216 0.10118 0.11143 0.10009 0.11107 0.09828 0.11107 0.09720 0.11143 0.09539 0.11216 0.09430 0.11324 0.09394 0.11397 0.09394 0.11505 0.09430 0.11578 0.09539 0.11614 0.09720 0.11614 0.09828 0.11578 0.10009 0.11505 0.10118 0.11397 0.10154 0.11324 0.10154\n 11 50 2 0.12193 0.10046 0.12193 0.09394\n 11 50 2 0.11867 0.09720 0.12518 0.09720\n 11 226 10 0.13098 0.10154 0.13098 0.09575 0.13061 0.09467 0.13025 0.09430 0.12953 0.09394 0.12880 0.09394 0.12808 0.09430 0.12772 0.09467 0.12736 0.09575 0.12736 0.09647\n 11 50 2 0.13387 0.09720 0.14038 0.09720\n 11 314 14 0.14328 0.09973 0.14328 0.10009 0.14364 0.10082 0.14400 0.10118 0.14473 0.10154 0.14617 0.10154 0.14690 0.10118 0.14726 0.10082 0.14762 0.10009 0.14762 0.09937 0.14726 0.09865 0.14654 0.09756 0.14292 0.09394 0.14798 0.09394\n 11 380 17 0.15233 0.10154 0.15124 0.10118 0.15052 0.10009 0.15016 0.09828 0.15016 0.09720 0.15052 0.09539 0.15124 0.09430 0.15233 0.09394 0.15305 0.09394 0.15414 0.09430 0.15486 0.09539 0.15522 0.09720 0.15522 0.09828 0.15486 0.10009 0.15414 0.10118 0.15305 0.10154 0.15233 0.10154\n 11 182 8 0.16427 0.09430 0.16391 0.09394 0.16355 0.09430 0.16391 0.09467 0.16427 0.09430 0.16427 0.09358 0.16391 0.09286 0.16355 0.09249\n 11 50 2 0.02711 0.08770 0.03363 0.08770\n 11 94 4 0.03724 0.09059 0.03797 0.09096 0.03905 0.09204 0.03905 0.08444\n 11 50 2 0.04521 0.08987 0.04521 0.08553\n 11 50 2 0.04340 0.08878 0.04702 0.08661\n 11 50 2 0.04702 0.08878 0.04340 0.08661\n 11 402 18 0.05462 0.09023 0.05425 0.09096 0.05353 0.09168 0.05281 0.09204 0.05136 0.09204 0.05063 0.09168 0.04991 0.09096 0.04955 0.09023 0.04919 0.08915 0.04919 0.08734 0.04955 0.08625 0.04991 0.08553 0.05063 0.08480 0.05136 0.08444 0.05281 0.08444 0.05353 0.08480 0.05425 0.08553 0.05462 0.08625\n 11 468 21 0.05896 0.09204 0.05823 0.09168 0.05751 0.09096 0.05715 0.09023 0.05679 0.08915 0.05679 0.08734 0.05715 0.08625 0.05751 0.08553 0.05823 0.08480 0.05896 0.08444 0.06041 0.08444 0.06113 0.08480 0.06185 0.08553 0.06222 0.08625 0.06258 0.08734 0.06258 0.08915 0.06222 0.09023 0.06185 0.09096 0.06113 0.09168 0.06041 0.09204 0.05896 0.09204\n 11 446 20 0.06982 0.09096 0.06909 0.09168 0.06801 0.09204 0.06656 0.09204 0.06547 0.09168 0.06475 0.09096 0.06475 0.09023 0.06511 0.08951 0.06547 0.08915 0.06620 0.08878 0.06837 0.08806 0.06909 0.08770 0.06945 0.08734 0.06982 0.08661 0.06982 0.08553 0.06909 0.08480 0.06801 0.08444 0.06656 0.08444 0.06547 0.08480 0.06475 0.08553\n 11 226 10 0.07488 0.09349 0.07416 0.09277 0.07343 0.09168 0.07271 0.09023 0.07235 0.08842 0.07235 0.08697 0.07271 0.08517 0.07343 0.08372 0.07416 0.08263 0.07488 0.08191\n 11 226 10 0.08031 0.09204 0.08031 0.08625 0.07995 0.08517 0.07959 0.08480 0.07886 0.08444 0.07814 0.08444 0.07741 0.08480 0.07705 0.08517 0.07669 0.08625 0.07669 0.08697\n 11 50 2 0.08900 0.09349 0.08248 0.08191\n 11 94 4 0.09189 0.09059 0.09261 0.09096 0.09370 0.09204 0.09370 0.08444\n 11 380 17 0.10021 0.09204 0.09913 0.09168 0.09840 0.09059 0.09804 0.08878 0.09804 0.08770 0.09840 0.08589 0.09913 0.08480 0.10021 0.08444 0.10094 0.08444 0.10202 0.08480 0.10275 0.08589 0.10311 0.08770 0.10311 0.08878 0.10275 0.09059 0.10202 0.09168 0.10094 0.09204 0.10021 0.09204\n 11 226 10 0.10528 0.09349 0.10600 0.09277 0.10673 0.09168 0.10745 0.09023 0.10781 0.08842 0.10781 0.08697 0.10745 0.08517 0.10673 0.08372 0.10600 0.08263 0.10528 0.08191\n 11 50 2 0.11216 0.08987 0.11216 0.08553\n 11 50 2 0.11035 0.08878 0.11397 0.08661\n 11 50 2 0.11397 0.08878 0.11035 0.08661\n 11 94 4 0.11722 0.09059 0.11795 0.09096 0.11903 0.09204 0.11903 0.08444\n 11 380 17 0.12555 0.09204 0.12446 0.09168 0.12374 0.09059 0.12338 0.08878 0.12338 0.08770 0.12374 0.08589 0.12446 0.08480 0.12555 0.08444 0.12627 0.08444 0.12736 0.08480 0.12808 0.08589 0.12844 0.08770 0.12844 0.08878 0.12808 0.09059 0.12736 0.09168 0.12627 0.09204 0.12555 0.09204\n 11 50 2 0.13423 0.09096 0.13423 0.08444\n 11 50 2 0.13098 0.08770 0.13749 0.08770\n 11 50 2 0.14038 0.09204 0.14038 0.08444\n 11 50 2 0.14328 0.08770 0.14979 0.08770\n 11 314 14 0.15269 0.09023 0.15269 0.09059 0.15305 0.09132 0.15341 0.09168 0.15414 0.09204 0.15558 0.09204 0.15631 0.09168 0.15667 0.09132 0.15703 0.09059 0.15703 0.08987 0.15667 0.08915 0.15595 0.08806 0.15233 0.08444 0.15739 0.08444\n 11 380 17 0.16174 0.09204 0.16065 0.09168 0.15993 0.09059 0.15956 0.08878 0.15956 0.08770 0.15993 0.08589 0.16065 0.08480 0.16174 0.08444 0.16246 0.08444 0.16355 0.08480 0.16427 0.08589 0.16463 0.08770 0.16463 0.08878 0.16427 0.09059 0.16355 0.09168 0.16246 0.09204 0.16174 0.09204\n 82 0\n 81 6 412\n 82 0\n 81 6 413\n 21 6 1\n 25 6 1\n 21 6 3\n 25 6 3\n 11 50 2 0.13946 0.15951 0.13623 0.15482\n 11 72 3 0.13946 0.15951 0.14268 0.16421 0.14586 0.16891\n 11 50 2 0.14268 0.16421 0.17242 0.18566\n 11 50 2 0.14268 0.16421 0.15043 0.19818\n 11 490 22 0.14268 0.16421 0.14899 0.17360 0.15206 0.17830 0.15509 0.18300 0.15807 0.18769 0.16100 0.19239 0.16388 0.19708 0.16671 0.20178 0.16950 0.20648 0.17223 0.21117 0.17492 0.21587 0.17755 0.22057 0.18014 0.22526 0.18268 0.22996 0.18516 0.23466 0.18760 0.23935 0.18998 0.24405 0.19231 0.24874 0.19458 0.25344 0.19680 0.25814 0.19897 0.26283 0.20108 0.26753\n 11 50 2 0.19897 0.26283 0.21674 0.28070\n 11 50 2 0.19897 0.26283 0.20007 0.28700\n 11 490 22 0.19897 0.26283 0.20313 0.27223 0.20512 0.27692 0.20705 0.28162 0.20892 0.28632 0.21072 0.29101 0.21245 0.29571 0.21412 0.30040 0.21571 0.30510 0.21723 0.30980 0.21868 0.31449 0.22004 0.31919 0.22132 0.32389 0.22251 0.32858 0.22362 0.33328 0.22462 0.33798 0.22553 0.34267 0.22633 0.34737 0.22703 0.35206 0.22761 0.35676 0.22807 0.36146 0.22841 0.36615\n 11 50 2 0.22807 0.36146 0.23420 0.37421\n 11 50 2 0.22807 0.36146 0.22383 0.37484\n 11 490 22 0.22807 0.36146 0.22862 0.37085 0.22869 0.37555 0.22862 0.38024 0.22840 0.38494 0.22803 0.38964 0.22750 0.39433 0.22680 0.39903 0.22592 0.40372 0.22487 0.40842 0.22364 0.41312 0.22222 0.41781 0.22061 0.42251 0.21881 0.42721 0.21681 0.43190 0.21462 0.43660 0.21224 0.44130 0.20966 0.44599 0.20690 0.45069 0.20396 0.45538 0.20085 0.46008 0.19756 0.46478\n 11 50 2 0.20085 0.46008 0.19839 0.47009\n 11 50 2 0.20085 0.46008 0.19196 0.46630\n 11 380 17 0.20085 0.46008 0.19412 0.46947 0.19053 0.47417 0.18680 0.47887 0.18294 0.48356 0.17897 0.48826 0.17489 0.49296 0.17072 0.49765 0.16646 0.50235 0.16214 0.50704 0.15774 0.51174 0.15330 0.51644 0.14882 0.52113 0.14429 0.52583 0.13975 0.53053 0.13518 0.53522 0.13060 0.53992\n 11 50 2 0.17529 0.15951 0.17200 0.15482\n 11 72 3 0.17529 0.15951 0.17858 0.16421 0.18181 0.16891\n 11 50 2 0.17858 0.16421 0.20656 0.18407\n 11 50 2 0.17858 0.16421 0.18610 0.19593\n 11 490 22 0.17858 0.16421 0.18499 0.17360 0.18812 0.17830 0.19119 0.18300 0.19421 0.18769 0.19718 0.19239 0.20010 0.19708 0.20297 0.20178 0.20578 0.20648 0.20854 0.21117 0.21124 0.21587 0.21390 0.22057 0.21649 0.22526 0.21904 0.22996 0.22152 0.23466 0.22396 0.23935 0.22633 0.24405 0.22864 0.24874 0.23090 0.25344 0.23310 0.25814 0.23523 0.26283 0.23730 0.26753\n 11 50 2 0.23523 0.26283 0.25124 0.27914\n 11 50 2 0.23523 0.26283 0.23607 0.28477\n 11 490 22 0.23523 0.26283 0.23930 0.27223 0.24124 0.27692 0.24310 0.28162 0.24490 0.28632 0.24661 0.29101 0.24826 0.29571 0.24982 0.30040 0.25130 0.30510 0.25269 0.30980 0.25398 0.31449 0.25519 0.31919 0.25629 0.32389 0.25729 0.32858 0.25818 0.33328 0.25895 0.33798 0.25960 0.34267 0.26012 0.34737 0.26051 0.35206 0.26076 0.35676 0.26085 0.36146 0.26080 0.36615\n 11 50 2 0.26085 0.36146 0.26513 0.37263\n 11 50 2 0.26085 0.36146 0.25630 0.37254\n 11 490 22 0.26085 0.36146 0.26057 0.37085 0.26018 0.37555 0.25961 0.38024 0.25885 0.38494 0.25789 0.38964 0.25673 0.39433 0.25537 0.39903 0.25379 0.40372 0.25199 0.40842 0.24998 0.41312 0.24774 0.41781 0.24527 0.42251 0.24259 0.42721 0.23968 0.43190 0.23657 0.43660 0.23325 0.44130 0.22973 0.44599 0.22603 0.45069 0.22215 0.45538 0.21811 0.46008 0.21393 0.46478\n 11 50 2 0.21811 0.46008 0.21466 0.46915\n 11 50 2 0.21811 0.46008 0.20911 0.46499\n 11 402 18 0.21811 0.46008 0.20960 0.46947 0.20517 0.47417 0.20062 0.47887 0.19598 0.48356 0.19127 0.48826 0.18649 0.49296 0.18165 0.49765 0.17677 0.50235 0.17186 0.50704 0.16692 0.51174 0.16196 0.51644 0.15700 0.52113 0.15204 0.52583 0.14708 0.53053 0.14213 0.53522 0.13719 0.53992 0.13228 0.54461\n 11 50 2 0.21112 0.15951 0.20775 0.15482\n 11 72 3 0.21112 0.15951 0.21448 0.16421 0.21779 0.16891\n 11 50 2 0.21448 0.16421 0.23979 0.18178\n 11 50 2 0.21448 0.16421 0.22156 0.19260\n 11 490 22 0.21448 0.16421 0.22104 0.17360 0.22424 0.17830 0.22738 0.18300 0.23046 0.18769 0.23349 0.19239 0.23646 0.19708 0.23937 0.20178 0.24223 0.20648 0.24503 0.21117 0.24777 0.21587 0.25045 0.22057 0.25307 0.22526 0.25564 0.22996 0.25814 0.23466 0.26058 0.23935 0.26295 0.24405 0.26527 0.24874 0.26751 0.25344 0.26969 0.25814 0.27179 0.26283 0.27383 0.26753\n 11 50 2 0.27179 0.26283 0.28608 0.27757\n 11 50 2 0.27179 0.26283 0.27242 0.28255\n 11 490 22 0.27179 0.26283 0.27578 0.27223 0.27766 0.27692 0.27946 0.28162 0.28118 0.28632 0.28281 0.29101 0.28434 0.29571 0.28578 0.30040 0.28712 0.30510 0.28836 0.30980 0.28948 0.31449 0.29049 0.31919 0.29137 0.32389 0.29212 0.32858 0.29273 0.33328 0.29319 0.33798 0.29351 0.34267 0.29365 0.34737 0.29363 0.35206 0.29341 0.35676 0.29301 0.36146 0.29240 0.36615\n 11 50 2 0.29301 0.36146 0.29546 0.37101\n 11 50 2 0.29301 0.36146 0.28820 0.37021\n 11 490 22 0.29301 0.36146 0.29158 0.37085 0.29054 0.37555 0.28926 0.38024 0.28774 0.38494 0.28597 0.38964 0.28395 0.39433 0.28166 0.39903 0.27912 0.40372 0.27632 0.40842 0.27326 0.41312 0.26994 0.41781 0.26639 0.42251 0.26260 0.42721 0.25860 0.43190 0.25440 0.43660 0.25000 0.44130 0.24544 0.44599 0.24073 0.45069 0.23588 0.45538 0.23092 0.46008 0.22587 0.46478\n 11 50 2 0.23092 0.46008 0.22681 0.46830\n 11 50 2 0.23092 0.46008 0.22202 0.46395\n 11 424 19 0.23092 0.46008 0.22075 0.46945 0.21563 0.47407 0.21051 0.47864 0.20539 0.48317 0.20027 0.48768 0.19516 0.49218 0.19004 0.49666 0.18492 0.50115 0.17980 0.50564 0.17468 0.51013 0.16956 0.51464 0.16444 0.51916 0.15933 0.52371 0.15421 0.52828 0.14909 0.53288 0.14397 0.53750 0.13885 0.54216 0.13373 0.54686\n 11 50 2 0.24695 0.15951 0.24348 0.15482\n 11 72 3 0.24695 0.15951 0.25042 0.16421 0.25383 0.16891\n 11 50 2 0.25042 0.16421 0.27405 0.18015\n 11 50 2 0.25042 0.16421 0.25735 0.19036\n 11 490 22 0.25042 0.16421 0.25718 0.17360 0.26047 0.17830 0.26370 0.18300 0.26687 0.18769 0.26998 0.19239 0.27303 0.19708 0.27601 0.20178 0.27894 0.20648 0.28181 0.21117 0.28461 0.21587 0.28735 0.22057 0.29002 0.22526 0.29263 0.22996 0.29517 0.23466 0.29764 0.23935 0.30004 0.24405 0.30237 0.24874 0.30462 0.25344 0.30679 0.25814 0.30889 0.26283 0.31090 0.26753\n 11 50 2 0.30889 0.26283 0.32073 0.27515\n 11 50 2 0.30889 0.26283 0.30934 0.27925\n 11 490 22 0.30889 0.26283 0.31282 0.27223 0.31465 0.27692 0.31639 0.28162 0.31802 0.28632 0.31955 0.29101 0.32097 0.29571 0.32227 0.30040 0.32344 0.30510 0.32448 0.30980 0.32538 0.31449 0.32613 0.31919 0.32672 0.32389 0.32713 0.32858 0.32736 0.33328 0.32740 0.33798 0.32723 0.34267 0.32683 0.34737 0.32620 0.35206 0.32531 0.35676 0.32417 0.36146 0.32274 0.36615\n 11 50 2 0.32417 0.36146 0.32483 0.36929\n 11 50 2 0.32417 0.36146 0.31919 0.36785\n 11 490 22 0.32417 0.36146 0.32103 0.37085 0.31901 0.37555 0.31669 0.38024 0.31406 0.38494 0.31112 0.38964 0.30787 0.39433 0.30431 0.39903 0.30047 0.40372 0.29635 0.40842 0.29198 0.41312 0.28737 0.41781 0.28255 0.42251 0.27754 0.42721 0.27243 0.43186 0.26731 0.43638 0.26219 0.44081 0.25707 0.44517 0.25195 0.44947 0.24683 0.45372 0.24171 0.45794 0.23660 0.46213\n 11 50 2 0.24171 0.45794 0.23729 0.46550\n 11 50 2 0.24171 0.45794 0.23303 0.46112\n 11 336 15 0.24171 0.45794 0.23148 0.46631 0.22636 0.47048 0.22124 0.47464 0.21612 0.47881 0.21100 0.48297 0.20588 0.48715 0.20077 0.49135 0.19565 0.49556 0.19053 0.49979 0.18541 0.50404 0.18029 0.50832 0.17517 0.51262 0.17005 0.51696 0.16494 0.52132\n 11 50 2 0.28278 0.15951 0.27916 0.15482\n 11 72 3 0.28278 0.15951 0.28639 0.16421 0.28995 0.16891\n 11 50 2 0.28639 0.16421 0.30841 0.17849\n 11 50 2 0.28639 0.16421 0.29326 0.18813\n 11 490 22 0.28639 0.16421 0.29343 0.17360 0.29686 0.17830 0.30022 0.18300 0.30352 0.18769 0.30676 0.19239 0.30993 0.19708 0.31303 0.20178 0.31607 0.20648 0.31905 0.21117 0.32195 0.21587 0.32479 0.22057 0.32756 0.22526 0.33025 0.22996 0.33287 0.23466 0.33542 0.23935 0.33788 0.24405 0.34026 0.24874 0.34256 0.25344 0.34477 0.25814 0.34688 0.26283 0.34890 0.26753\n 11 50 2 0.34688 0.26283 0.35717 0.27351\n 11 50 2 0.34688 0.26283 0.34729 0.27708\n 11 490 22 0.34688 0.26283 0.35081 0.27223 0.35261 0.27692 0.35429 0.28162 0.35585 0.28632 0.35727 0.29101 0.35856 0.29571 0.35968 0.30040 0.36065 0.30510 0.36143 0.30980 0.36202 0.31449 0.36240 0.31919 0.36255 0.32389 0.36246 0.32858 0.36210 0.33328 0.36145 0.33798 0.36050 0.34267 0.35922 0.34737 0.35760 0.35206 0.35561 0.35676 0.35324 0.36146 0.35049 0.36615\n 11 50 2 0.35324 0.36146 0.35229 0.36744\n 11 50 2 0.35324 0.36146 0.34832 0.36548\n 11 490 22 0.35324 0.36146 0.34735 0.37085 0.34382 0.37555 0.33993 0.38024 0.33568 0.38494 0.33111 0.38964 0.32624 0.39433 0.32112 0.39901 0.31600 0.40350 0.31088 0.40783 0.30576 0.41204 0.30064 0.41616 0.29552 0.42022 0.29041 0.42422 0.28529 0.42818 0.28017 0.43211 0.27505 0.43602 0.26993 0.43991 0.26481 0.44380 0.25969 0.44768 0.25458 0.45156 0.24946 0.45544\n 11 50 2 0.25458 0.45156 0.25011 0.45853\n 11 50 2 0.25458 0.45156 0.24627 0.45427\n 11 336 15 0.25458 0.45156 0.24434 0.45934 0.23922 0.46324 0.23410 0.46716 0.22898 0.47109 0.22386 0.47505 0.21875 0.47902 0.21363 0.48302 0.20851 0.48704 0.20339 0.49109 0.19827 0.49516 0.19315 0.49927 0.18803 0.50341 0.18292 0.50758 0.17780 0.51178\n 11 50 2 0.31861 0.15951 0.31479 0.15482\n 11 72 3 0.31861 0.15951 0.32243 0.16421 0.32619 0.16891\n 11 50 2 0.32243 0.16421 0.34196 0.17617\n 11 50 2 0.32243 0.16421 0.32901 0.18489\n 11 490 22 0.32243 0.16421 0.32988 0.17360 0.33350 0.17830 0.33707 0.18300 0.34056 0.18769 0.34399 0.19239 0.34736 0.19708 0.35065 0.20178 0.35388 0.20648 0.35704 0.21117 0.36013 0.21587 0.36315 0.22057 0.36609 0.22526 0.36895 0.22996 0.37173 0.23466 0.37443 0.23935 0.37703 0.24405 0.37955 0.24874 0.38197 0.25344 0.38428 0.25814 0.38649 0.26283 0.38857 0.26753\n 11 50 2 0.38649 0.26283 0.39456 0.27102\n 11 50 2 0.38649 0.26283 0.38694 0.27387\n 11 490 22 0.38649 0.26283 0.39053 0.27223 0.39235 0.27692 0.39401 0.28162 0.39551 0.28632 0.39683 0.29101 0.39795 0.29571 0.39885 0.30040 0.39950 0.30510 0.39988 0.30980 0.39995 0.31449 0.39969 0.31919 0.39906 0.32389 0.39801 0.32858 0.39652 0.33328 0.39455 0.33798 0.39207 0.34267 0.38908 0.34737 0.38556 0.35206 0.38154 0.35676 0.37705 0.36146 0.37212 0.36615\n 11 50 2 0.37705 0.36146 0.37505 0.36559\n 11 50 2 0.37705 0.36146 0.37262 0.36345\n 11 380 17 0.37705 0.36146 0.36700 0.37069 0.36189 0.37497 0.35677 0.37908 0.35165 0.38306 0.34653 0.38694 0.34141 0.39075 0.33629 0.39450 0.33117 0.39821 0.32606 0.40190 0.32094 0.40556 0.31582 0.40921 0.31070 0.41284 0.30558 0.41648 0.30046 0.42011 0.29534 0.42374 0.29023 0.42738\n 11 50 2 0.35444 0.15951 0.35032 0.15482\n 11 72 3 0.35444 0.15951 0.35856 0.16421 0.36262 0.16891\n 11 50 2 0.35856 0.16421 0.37665 0.17441\n 11 50 2 0.35856 0.16421 0.36527 0.18269\n 11 490 22 0.35856 0.16421 0.36662 0.17360 0.37055 0.17830 0.37442 0.18300 0.37823 0.18769 0.38198 0.19239 0.38566 0.19708 0.38928 0.20178 0.39284 0.20648 0.39632 0.21117 0.39974 0.21587 0.40309 0.22057 0.40636 0.22526 0.40955 0.22996 0.41267 0.23466 0.41570 0.23935 0.41863 0.24405 0.42148 0.24874 0.42421 0.25344 0.42682 0.25814 0.42931 0.26283 0.43165 0.26753\n 11 50 2 0.42931 0.26283 0.43536 0.26847\n 11 50 2 0.42931 0.26283 0.43000 0.27072\n 11 490 22 0.42931 0.26283 0.43383 0.27223 0.43583 0.27692 0.43761 0.28162 0.43914 0.28632 0.44037 0.29101 0.44126 0.29571 0.44174 0.30040 0.44172 0.30510 0.44111 0.30980 0.43982 0.31449 0.43774 0.31919 0.43481 0.32389 0.43102 0.32858 0.42640 0.33328 0.42128 0.33779 0.41616 0.34191 0.41104 0.34577 0.40593 0.34949 0.40081 0.35311 0.39569 0.35666 0.39057 0.36017\n 11 50 2 0.39569 0.35666 0.39332 0.35997\n 11 50 2 0.39569 0.35666 0.39156 0.35780\n 11 248 11 0.39569 0.35666 0.38545 0.36364 0.38033 0.36709 0.37521 0.37053 0.37010 0.37395 0.36498 0.37738 0.35986 0.38079 0.35474 0.38421 0.34962 0.38764 0.34450 0.39107 0.33938 0.39451\n 11 50 2 0.39027 0.15951 0.38569 0.15482\n 11 72 3 0.39027 0.15951 0.39485 0.16421 0.39937 0.16891\n 11 50 2 0.39485 0.16421 0.41159 0.17256\n 11 50 2 0.39485 0.16421 0.40183 0.18048\n 11 490 22 0.39485 0.16421 0.40385 0.17360 0.40828 0.17830 0.41266 0.18300 0.41700 0.18769 0.42129 0.19239 0.42554 0.19708 0.42975 0.20178 0.43392 0.20648 0.43805 0.21117 0.44213 0.21587 0.44618 0.22057 0.45020 0.22526 0.45418 0.22996 0.45812 0.23466 0.46203 0.23935 0.46590 0.24405 0.46974 0.24874 0.47355 0.25344 0.47732 0.25814 0.48107 0.26283 0.48478 0.26753\n 11 50 2 0.48107 0.26283 0.48554 0.26560\n 11 50 2 0.48107 0.26283 0.48255 0.26759\n 11 468 21 0.48107 0.26283 0.48845 0.27223 0.49208 0.27692 0.49565 0.28162 0.49911 0.28632 0.50222 0.29101 0.49710 0.28685 0.49937 0.29155 0.49425 0.29217 0.49193 0.29686 0.48681 0.29868 0.48169 0.30218 0.47657 0.30548 0.47145 0.30878 0.46634 0.31209 0.46122 0.31539 0.45610 0.31868 0.45098 0.32196 0.44586 0.32526 0.44074 0.32856 0.43562 0.33185\n 11 72 3 0.43122 0.15951 0.42610 0.15509 0.42098 0.15067\n 11 72 3 0.43122 0.15951 0.43634 0.16393 0.44145 0.16835\n 11 50 2 0.43634 0.16393 0.45103 0.16973\n 11 50 2 0.43634 0.16393 0.44353 0.17704\n 11 490 22 0.43634 0.16393 0.44657 0.17277 0.45169 0.17716 0.45681 0.18154 0.46193 0.18588 0.46705 0.19018 0.47217 0.19442 0.47728 0.19859 0.48240 0.20268 0.48752 0.20666 0.49264 0.21050 0.49776 0.21420 0.50288 0.21771 0.50800 0.22099 0.51311 0.22403 0.51823 0.22678 0.52335 0.22919 0.52847 0.23122 0.53359 0.23284 0.53871 0.23402 0.54383 0.23473 0.54894 0.23497\n 11 50 2 0.54383 0.23473 0.54848 0.23342\n 11 50 2 0.54383 0.23473 0.54831 0.23647\n 11 490 22 0.54383 0.23473 0.55406 0.23475 0.55918 0.23409 0.56430 0.23301 0.56942 0.23158 0.57454 0.22982 0.57966 0.22779 0.58477 0.22552 0.58989 0.22306 0.59501 0.22044 0.60013 0.21766 0.60525 0.21477 0.61037 0.21178 0.61549 0.20870 0.62060 0.20555 0.62572 0.20233 0.63084 0.19905 0.63596 0.19573 0.64108 0.19236 0.64620 0.18894 0.65132 0.18548 0.65643 0.18199\n 11 50 2 0.65132 0.18548 0.65638 0.17842\n 11 50 2 0.65132 0.18548 0.66014 0.18306\n 11 204 9 0.65132 0.18548 0.66155 0.17846 0.66667 0.17490 0.67179 0.17131 0.67691 0.16768 0.68203 0.16403 0.68715 0.16035 0.69226 0.15664 0.69738 0.15290\n 11 72 3 0.47728 0.15951 0.47217 0.15626 0.46705 0.15293\n 11 72 3 0.47728 0.15951 0.48240 0.16277 0.48752 0.16594\n 11 50 2 0.48240 0.16277 0.49530 0.16573\n 11 50 2 0.48240 0.16277 0.49021 0.17264\n 11 490 22 0.48240 0.16277 0.49264 0.16902 0.49776 0.17200 0.50288 0.17486 0.50800 0.17759 0.51311 0.18017 0.51823 0.18260 0.52335 0.18486 0.52847 0.18693 0.53359 0.18880 0.53871 0.19046 0.54383 0.19189 0.54894 0.19309 0.55406 0.19405 0.55918 0.19475 0.56430 0.19520 0.56942 0.19540 0.57454 0.19534 0.57966 0.19502 0.58477 0.19446 0.58989 0.19366 0.59501 0.19263\n 11 50 2 0.58989 0.19366 0.59644 0.18985\n 11 50 2 0.58989 0.19366 0.59757 0.19460\n 11 380 17 0.58989 0.19366 0.60013 0.19138 0.60525 0.18992 0.61037 0.18828 0.61549 0.18645 0.62060 0.18447 0.62572 0.18233 0.63084 0.18005 0.63596 0.17764 0.64108 0.17510 0.64620 0.17245 0.65132 0.16971 0.65643 0.16687 0.66155 0.16394 0.66667 0.16093 0.67179 0.15784 0.67691 0.15469\n 11 116 5 0.54383 0.15951 0.53871 0.15833 0.53359 0.15698 0.52847 0.15546 0.52335 0.15380\n 11 72 3 0.54383 0.15951 0.54894 0.16070 0.55406 0.16172\n 11 50 2 0.54894 0.16070 0.55953 0.15937\n 11 50 2 0.54894 0.16070 0.55798 0.16592\n 11 380 17 0.54894 0.16070 0.55918 0.16256 0.56430 0.16322 0.56942 0.16369 0.57454 0.16398 0.57966 0.16409 0.58477 0.16400 0.58989 0.16373 0.59501 0.16328 0.60013 0.16264 0.60525 0.16183 0.61037 0.16084 0.61549 0.15968 0.62060 0.15836 0.62572 0.15689 0.63084 0.15526 0.63596 0.15350\n 11 50 2 0.54894 0.15951 0.54383 0.15850\n 11 72 3 0.54894 0.15951 0.55406 0.16053 0.55918 0.16136\n 11 50 2 0.55406 0.16053 0.56421 0.15891\n 11 50 2 0.55406 0.16053 0.56297 0.16527\n 11 336 15 0.55406 0.16053 0.56430 0.16203 0.56942 0.16250 0.57454 0.16280 0.57966 0.16291 0.58477 0.16283 0.58989 0.16257 0.59501 0.16213 0.60013 0.16151 0.60525 0.16071 0.61037 0.15973 0.61549 0.15859 0.62060 0.15729 0.62572 0.15583 0.63084 0.15423\n 11 160 7 0.57454 0.15951 0.56942 0.15939 0.56430 0.15908 0.55918 0.15860 0.55406 0.15794 0.54894 0.15710 0.54383 0.15609\n 11 72 3 0.57454 0.15951 0.57966 0.15964 0.58477 0.15959\n 11 50 2 0.57966 0.15964 0.58905 0.15639\n 11 50 2 0.57966 0.15964 0.58913 0.16269\n 11 182 8 0.57966 0.15964 0.58989 0.15935 0.59501 0.15894 0.60013 0.15835 0.60525 0.15758 0.61037 0.15665 0.61549 0.15556 0.62060 0.15431\n 11 490 22 0.70250 0.15951 0.69738 0.16365 0.69226 0.16779 0.68715 0.17193 0.68203 0.17610 0.67691 0.18029 0.67179 0.18451 0.66667 0.18877 0.66155 0.19308 0.65643 0.19744 0.65132 0.20188 0.64620 0.20643 0.64108 0.21109 0.63609 0.21579 0.63131 0.22048 0.62675 0.22518 0.62245 0.22988 0.61845 0.23457 0.61477 0.23927 0.61144 0.24397 0.60849 0.24866 0.60593 0.25336\n 11 50 2 0.60593 0.25336 0.60659 0.24805\n 11 50 2 0.60593 0.25336 0.61016 0.24969\n 11 490 22 0.60593 0.25336 0.60376 0.25806 0.60199 0.26275 0.60061 0.26745 0.59960 0.27214 0.59896 0.27684 0.59864 0.28154 0.59864 0.28623 0.59891 0.29093 0.59943 0.29563 0.60019 0.30032 0.60114 0.30502 0.60228 0.30972 0.60358 0.31441 0.60502 0.31911 0.60659 0.32380 0.60828 0.32850 0.61007 0.33320 0.61195 0.33789 0.61391 0.34259 0.61595 0.34729 0.61805 0.35198\n 11 50 2 0.61805 0.35198 0.60986 0.34373\n 11 50 2 0.61805 0.35198 0.61756 0.34083\n 11 490 22 0.61805 0.35198 0.62021 0.35668 0.62242 0.36138 0.62469 0.36607 0.62700 0.37077 0.62935 0.37546 0.63174 0.38016 0.63416 0.38486 0.63661 0.38955 0.63909 0.39425 0.64161 0.39895 0.64414 0.40364 0.64671 0.40834 0.64929 0.41304 0.65190 0.41773 0.65452 0.42243 0.65717 0.42712 0.65984 0.43182 0.66253 0.43652 0.66523 0.44121 0.66795 0.44591 0.67069 0.45061\n 11 50 2 0.67069 0.45061 0.65200 0.43525\n 11 50 2 0.67069 0.45061 0.66713 0.42782\n 11 490 22 0.67069 0.45061 0.67344 0.45530 0.67622 0.46000 0.67901 0.46470 0.68181 0.46939 0.68463 0.47409 0.68747 0.47878 0.69033 0.48348 0.69320 0.48818 0.69609 0.49287 0.69899 0.49757 0.70191 0.50227 0.70485 0.50696 0.70781 0.51166 0.71078 0.51636 0.71378 0.52105 0.71679 0.52575 0.71982 0.53044 0.72286 0.53514 0.72593 0.53984 0.72902 0.54453 0.73212 0.54923\n 11 50 2 0.73212 0.54923 0.70356 0.52820\n 11 50 2 0.73212 0.54923 0.72498 0.51627\n 11 490 22 0.73212 0.54923 0.73525 0.55393 0.73840 0.55862 0.74157 0.56332 0.74476 0.56802 0.74797 0.57271 0.75120 0.57741 0.75446 0.58210 0.75774 0.58680 0.76105 0.59150 0.76437 0.59619 0.76773 0.60089 0.77111 0.60559 0.77451 0.61028 0.77794 0.61498 0.78140 0.61967 0.78488 0.62437 0.78839 0.62907 0.79193 0.63376 0.79550 0.63846 0.79909 0.64316 0.80272 0.64785\n 11 50 2 0.80272 0.64785 0.76599 0.62453\n 11 50 2 0.80272 0.64785 0.79092 0.60833\n 11 490 22 0.80272 0.64785 0.80638 0.65255 0.81006 0.65725 0.81378 0.66194 0.81753 0.66664 0.82131 0.67134 0.82512 0.67603 0.82896 0.68073 0.83284 0.68542 0.83675 0.69012 0.84069 0.69482 0.84467 0.69951 0.84869 0.70421 0.85273 0.70891 0.85681 0.71360 0.86093 0.71830 0.86508 0.72300 0.86927 0.72769 0.87349 0.73239 0.87775 0.73708 0.88204 0.74178 0.88637 0.74648\n 11 50 2 0.88637 0.74648 0.84412 0.72430\n 11 50 2 0.88637 0.74648 0.86954 0.70457\n 11 50 2 0.88637 0.74648 0.89074 0.75117\n 11 72 3 0.70250 0.15951 0.70762 0.15538 0.71274 0.15126\n 11 50 2 0.70762 0.15538 0.71216 0.14777\n 11 50 2 0.70762 0.15538 0.72042 0.15080\n 11 490 22 0.71274 0.15951 0.70762 0.16393 0.70250 0.16838 0.69738 0.17287 0.69226 0.17741 0.68715 0.18202 0.68203 0.18670 0.67699 0.19139 0.67208 0.19609 0.66730 0.20079 0.66268 0.20548 0.65824 0.21018 0.65398 0.21487 0.64995 0.21957 0.64616 0.22427 0.64262 0.22896 0.63935 0.23366 0.63638 0.23836 0.63371 0.24305 0.63134 0.24775 0.62929 0.25245 0.62755 0.25714\n 11 50 2 0.62755 0.25714 0.62740 0.25093\n 11 50 2 0.62755 0.25714 0.63179 0.25230\n 11 490 22 0.62755 0.25714 0.62612 0.26184 0.62499 0.26653 0.62414 0.27123 0.62358 0.27593 0.62327 0.28062 0.62320 0.28532 0.62336 0.29002 0.62372 0.29471 0.62428 0.29941 0.62501 0.30411 0.62591 0.30880 0.62695 0.31350 0.62812 0.31819 0.62942 0.32289 0.63083 0.32759 0.63233 0.33228 0.63393 0.33698 0.63562 0.34168 0.63738 0.34637 0.63921 0.35107 0.64110 0.35577\n 11 50 2 0.64110 0.35577 0.63257 0.34654\n 11 50 2 0.64110 0.35577 0.64103 0.34367\n 11 490 22 0.64110 0.35577 0.64306 0.36046 0.64507 0.36516 0.64713 0.36985 0.64923 0.37455 0.65138 0.37925 0.65357 0.38394 0.65580 0.38864 0.65806 0.39334 0.66035 0.39803 0.66268 0.40273 0.66503 0.40743 0.66742 0.41212 0.66982 0.41682 0.67226 0.42151 0.67472 0.42621 0.67720 0.43091 0.67970 0.43560 0.68222 0.44030 0.68477 0.44500 0.68734 0.44969 0.68992 0.45439\n 11 50 2 0.68992 0.45439 0.67096 0.43805\n 11 50 2 0.68992 0.45439 0.68684 0.43069\n 11 490 22 0.68992 0.45439 0.69253 0.45909 0.69515 0.46378 0.69780 0.46848 0.70046 0.47317 0.70314 0.47787 0.70585 0.48257 0.70857 0.48726 0.71130 0.49196 0.71406 0.49666 0.71684 0.50135 0.71963 0.50605 0.72245 0.51075 0.72528 0.51544 0.72813 0.52014 0.73100 0.52483 0.73390 0.52953 0.73681 0.53423 0.73974 0.53892 0.74269 0.54362 0.74567 0.54832 0.74866 0.55301\n 11 50 2 0.74866 0.55301 0.71983 0.53107\n 11 50 2 0.74866 0.55301 0.74194 0.51920\n 11 490 22 0.74866 0.55301 0.75168 0.55771 0.75472 0.56241 0.75778 0.56710 0.76086 0.57180 0.76397 0.57649 0.76710 0.58119 0.77025 0.58589 0.77343 0.59058 0.77663 0.59528 0.77986 0.59998 0.78312 0.60467 0.78640 0.60937 0.78970 0.61407 0.79304 0.61876 0.79640 0.62346 0.79979 0.62815 0.80320 0.63285 0.80665 0.63755 0.81012 0.64224 0.81363 0.64694 0.81716 0.65164\n 11 50 2 0.81716 0.65164 0.78015 0.62752\n 11 50 2 0.81716 0.65164 0.80570 0.61134\n 11 446 20 0.81716 0.65164 0.82073 0.65633 0.82432 0.66103 0.82795 0.66573 0.83161 0.67042 0.83530 0.67512 0.83902 0.67981 0.84278 0.68451 0.84657 0.68921 0.85039 0.69390 0.85425 0.69860 0.85814 0.70330 0.86207 0.70799 0.86603 0.71269 0.87002 0.71739 0.87405 0.72208 0.87812 0.72678 0.88223 0.73147 0.88636 0.73617 0.89054 0.74087\n 11 72 3 0.71274 0.15951 0.71786 0.15510 0.72298 0.15071\n 11 50 2 0.71786 0.15510 0.72192 0.14777\n 11 50 2 0.71786 0.15510 0.73050 0.15016\n 11 490 22 0.72809 0.15951 0.72311 0.16421 0.71820 0.16891 0.71336 0.17360 0.70862 0.17830 0.70398 0.18300 0.69946 0.18769 0.69506 0.19239 0.69082 0.19708 0.68672 0.20178 0.68281 0.20648 0.67907 0.21117 0.67553 0.21587 0.67221 0.22057 0.66912 0.22526 0.66625 0.22996 0.66362 0.23466 0.66124 0.23935 0.65911 0.24405 0.65723 0.24874 0.65561 0.25344 0.65422 0.25814\n 11 50 2 0.65422 0.25814 0.65347 0.25008\n 11 50 2 0.65422 0.25814 0.65929 0.25153\n 11 490 22 0.65422 0.25814 0.65308 0.26283 0.65217 0.26753 0.65149 0.27223 0.65102 0.27692 0.65075 0.28162 0.65068 0.28632 0.65079 0.29101 0.65107 0.29571 0.65150 0.30040 0.65209 0.30510 0.65282 0.30980 0.65367 0.31449 0.65464 0.31919 0.65572 0.32389 0.65691 0.32858 0.65819 0.33328 0.65956 0.33798 0.66100 0.34267 0.66253 0.34737 0.66412 0.35206 0.66578 0.35676\n 11 50 2 0.66578 0.35676 0.65641 0.34573\n 11 50 2 0.66578 0.35676 0.66632 0.34279\n 11 490 22 0.66578 0.35676 0.66749 0.36146 0.66927 0.36615 0.67109 0.37085 0.67297 0.37555 0.67489 0.38024 0.67686 0.38494 0.67886 0.38964 0.68090 0.39433 0.68298 0.39903 0.68510 0.40372 0.68725 0.40842 0.68942 0.41312 0.69163 0.41781 0.69387 0.42251 0.69613 0.42721 0.69842 0.43190 0.70073 0.43660 0.70307 0.44130 0.70544 0.44599 0.70782 0.45069 0.71023 0.45538\n 11 50 2 0.71023 0.45538 0.69046 0.43737\n 11 50 2 0.71023 0.45538 0.70771 0.42992\n 11 490 22 0.71023 0.45538 0.71266 0.46008 0.71512 0.46478 0.71759 0.46947 0.72009 0.47417 0.72261 0.47887 0.72514 0.48356 0.72770 0.48826 0.73028 0.49296 0.73288 0.49765 0.73550 0.50235 0.73815 0.50704 0.74081 0.51174 0.74349 0.51644 0.74620 0.52113 0.74892 0.52583 0.75167 0.53053 0.75443 0.53522 0.75722 0.53992 0.76003 0.54461 0.76287 0.54931 0.76572 0.55401\n 11 50 2 0.76572 0.55401 0.73675 0.53102\n 11 50 2 0.76572 0.55401 0.75963 0.51931\n 11 490 22 0.76572 0.55401 0.76860 0.55870 0.77150 0.56340 0.77443 0.56810 0.77737 0.57279 0.78035 0.57749 0.78334 0.58219 0.78636 0.58688 0.78941 0.59158 0.79248 0.59627 0.79558 0.60097 0.79870 0.60567 0.80185 0.61036 0.80503 0.61506 0.80823 0.61976 0.81146 0.62445 0.81473 0.62915 0.81801 0.63385 0.82133 0.63854 0.82468 0.64324 0.82806 0.64794 0.83147 0.65263\n 11 50 2 0.83147 0.65263 0.79491 0.62795\n 11 50 2 0.83147 0.65263 0.82075 0.61216\n 11 380 17 0.83147 0.65263 0.83491 0.65733 0.83838 0.66202 0.84188 0.66672 0.84541 0.67142 0.84898 0.67611 0.85258 0.68081 0.85621 0.68551 0.85988 0.69020 0.86357 0.69490 0.86731 0.69960 0.87108 0.70429 0.87488 0.70899 0.87872 0.71368 0.88259 0.71838 0.88650 0.72308 0.89045 0.72777\n 11 50 2 0.72809 0.15951 0.73308 0.15482\n 11 490 22 0.74345 0.15951 0.73883 0.16421 0.73429 0.16891 0.72985 0.17360 0.72551 0.17830 0.72128 0.18300 0.71718 0.18769 0.71321 0.19239 0.70939 0.19708 0.70573 0.20178 0.70224 0.20648 0.69892 0.21117 0.69579 0.21587 0.69285 0.22057 0.69012 0.22526 0.68759 0.22996 0.68528 0.23466 0.68318 0.23935 0.68129 0.24405 0.67962 0.24874 0.67816 0.25344 0.67690 0.25814\n 11 50 2 0.67690 0.25814 0.67583 0.24913\n 11 50 2 0.67690 0.25814 0.68239 0.25061\n 11 490 22 0.67690 0.25814 0.67585 0.26283 0.67500 0.26753 0.67434 0.27223 0.67387 0.27692 0.67357 0.28162 0.67344 0.28632 0.67346 0.29101 0.67364 0.29571 0.67396 0.30040 0.67441 0.30510 0.67499 0.30980 0.67569 0.31449 0.67650 0.31919 0.67741 0.32389 0.67841 0.32858 0.67951 0.33328 0.68069 0.33798 0.68195 0.34267 0.68329 0.34737 0.68469 0.35206 0.68616 0.35676\n 11 50 2 0.68616 0.35676 0.67659 0.34469\n 11 50 2 0.68616 0.35676 0.68729 0.34187\n 11 490 22 0.68616 0.35676 0.68769 0.36146 0.68928 0.36615 0.69092 0.37085 0.69261 0.37555 0.69436 0.38024 0.69614 0.38494 0.69797 0.38964 0.69984 0.39433 0.70174 0.39903 0.70369 0.40372 0.70567 0.40842 0.70768 0.41312 0.70972 0.41781 0.71180 0.42251 0.71390 0.42721 0.71604 0.43190 0.71820 0.43660 0.72038 0.44130 0.72260 0.44599 0.72484 0.45069 0.72710 0.45538\n 11 50 2 0.72710 0.45538 0.70715 0.43633\n 11 50 2 0.72710 0.45538 0.72517 0.42902\n 11 490 22 0.72710 0.45538 0.72939 0.46008 0.73170 0.46478 0.73403 0.46947 0.73639 0.47417 0.73877 0.47887 0.74117 0.48356 0.74359 0.48826 0.74604 0.49296 0.74851 0.49765 0.75100 0.50235 0.75351 0.50704 0.75605 0.51174 0.75860 0.51644 0.76118 0.52113 0.76378 0.52583 0.76640 0.53053 0.76905 0.53522 0.77172 0.53992 0.77441 0.54461 0.77712 0.54931 0.77985 0.55401\n 11 50 2 0.77985 0.55401 0.75071 0.53003\n 11 50 2 0.77985 0.55401 0.77432 0.51846\n 11 490 22 0.77985 0.55401 0.78261 0.55870 0.78540 0.56340 0.78820 0.56810 0.79104 0.57279 0.79389 0.57749 0.79677 0.58219 0.79968 0.58688 0.80261 0.59158 0.80557 0.59627 0.80855 0.60097 0.81156 0.60567 0.81460 0.61036 0.81766 0.61506 0.82075 0.61976 0.82387 0.62445 0.82702 0.62915 0.83020 0.63385 0.83340 0.63854 0.83664 0.64324 0.83991 0.64794 0.84320 0.65263\n 11 50 2 0.84320 0.65263 0.80648 0.62704\n 11 50 2 0.84320 0.65263 0.83300 0.61136\n 11 314 14 0.84320 0.65263 0.84653 0.65733 0.84989 0.66202 0.85328 0.66672 0.85671 0.67142 0.86016 0.67611 0.86365 0.68081 0.86717 0.68551 0.87073 0.69020 0.87432 0.69490 0.87794 0.69960 0.88160 0.70429 0.88529 0.70899 0.88902 0.71368\n 11 50 2 0.74345 0.15951 0.74807 0.15482\n 11 490 22 0.75881 0.15951 0.75448 0.16421 0.75024 0.16891 0.74609 0.17360 0.74206 0.17830 0.73815 0.18300 0.73436 0.18769 0.73070 0.19239 0.72719 0.19708 0.72383 0.20178 0.72063 0.20648 0.71760 0.21117 0.71474 0.21587 0.71205 0.22057 0.70955 0.22526 0.70724 0.22996 0.70511 0.23466 0.70318 0.23935 0.70144 0.24405 0.69988 0.24874 0.69851 0.25344 0.69732 0.25814\n 11 50 2 0.69732 0.25814 0.69600 0.24816\n 11 50 2 0.69732 0.25814 0.70330 0.24972\n 11 490 22 0.69732 0.25814 0.69632 0.26283 0.69548 0.26753 0.69482 0.27223 0.69432 0.27692 0.69398 0.28162 0.69378 0.28632 0.69374 0.29101 0.69382 0.29571 0.69404 0.30040 0.69438 0.30510 0.69484 0.30980 0.69540 0.31449 0.69608 0.31919 0.69684 0.32389 0.69771 0.32858 0.69866 0.33328 0.69969 0.33798 0.70080 0.34267 0.70198 0.34737 0.70323 0.35206 0.70454 0.35676\n 11 50 2 0.70454 0.35676 0.69476 0.34366\n 11 50 2 0.70454 0.35676 0.70623 0.34096\n 11 490 22 0.70454 0.35676 0.70592 0.36146 0.70735 0.36615 0.70884 0.37085 0.71038 0.37555 0.71197 0.38024 0.71360 0.38494 0.71528 0.38964 0.71700 0.39433 0.71876 0.39903 0.72056 0.40372 0.72240 0.40842 0.72427 0.41312 0.72617 0.41781 0.72811 0.42251 0.73007 0.42721 0.73207 0.43190 0.73410 0.43660 0.73615 0.44130 0.73824 0.44599 0.74035 0.45069 0.74248 0.45538\n 11 50 2 0.74248 0.45538 0.72234 0.43532\n 11 50 2 0.74248 0.45538 0.74111 0.42813\n 11 490 22 0.74248 0.45538 0.74464 0.46008 0.74683 0.46478 0.74904 0.46947 0.75128 0.47417 0.75354 0.47887 0.75582 0.48356 0.75812 0.48826 0.76045 0.49296 0.76281 0.49765 0.76518 0.50235 0.76758 0.50704 0.77000 0.51174 0.77245 0.51644 0.77491 0.52113 0.77740 0.52583 0.77991 0.53053 0.78245 0.53522 0.78501 0.53992 0.78759 0.54461 0.79020 0.54931 0.79283 0.55401\n 11 50 2 0.79283 0.55401 0.76350 0.52907\n 11 50 2 0.79283 0.55401 0.78782 0.51761\n 11 490 22 0.79283 0.55401 0.79548 0.55870 0.79816 0.56340 0.80086 0.56810 0.80359 0.57279 0.80634 0.57749 0.80912 0.58219 0.81192 0.58688 0.81475 0.59158 0.81761 0.59627 0.82049 0.60097 0.82340 0.60567 0.82633 0.61036 0.82929 0.61506 0.83229 0.61976 0.83530 0.62445 0.83835 0.62915 0.84143 0.63385 0.84454 0.63854 0.84767 0.64324 0.85084 0.64794 0.85404 0.65263\n 11 50 2 0.85404 0.65263 0.81712 0.62616\n 11 50 2 0.85404 0.65263 0.84431 0.61058\n 11 248 11 0.85404 0.65263 0.85727 0.65733 0.86053 0.66202 0.86382 0.66672 0.86714 0.67142 0.87050 0.67611 0.87389 0.68081 0.87731 0.68551 0.88077 0.69020 0.88426 0.69490 0.88778 0.69960\n 11 50 2 0.75881 0.15951 0.76314 0.15482\n 11 490 22 0.77416 0.15951 0.77007 0.16421 0.76607 0.16891 0.76217 0.17360 0.75838 0.17830 0.75470 0.18300 0.75115 0.18769 0.74773 0.19239 0.74445 0.19708 0.74131 0.20178 0.73833 0.20648 0.73549 0.21117 0.73282 0.21587 0.73031 0.22057 0.72797 0.22526 0.72580 0.22996 0.72380 0.23466 0.72198 0.23935 0.72032 0.24405 0.71883 0.24874 0.71751 0.25344 0.71636 0.25814\n 11 50 2 0.71636 0.25814 0.71469 0.24617\n 11 50 2 0.71636 0.25814 0.72346 0.24799\n 11 490 22 0.71636 0.25814 0.71537 0.26283 0.71453 0.26753 0.71385 0.27223 0.71332 0.27692 0.71293 0.28162 0.71268 0.28632 0.71256 0.29101 0.71256 0.29571 0.71269 0.30040 0.71293 0.30510 0.71328 0.30980 0.71374 0.31449 0.71429 0.31919 0.71494 0.32389 0.71568 0.32858 0.71650 0.33328 0.71740 0.33798 0.71837 0.34267 0.71942 0.34737 0.72054 0.35206 0.72172 0.35676\n 11 50 2 0.72172 0.35676 0.71117 0.34184\n 11 50 2 0.72172 0.35676 0.72409 0.33911\n 11 490 22 0.72172 0.35676 0.72296 0.36146 0.72426 0.36615 0.72561 0.37085 0.72701 0.37555 0.72847 0.38024 0.72997 0.38494 0.73151 0.38964 0.73310 0.39433 0.73474 0.39903 0.73641 0.40372 0.73811 0.40842 0.73986 0.41312 0.74164 0.41781 0.74345 0.42251 0.74529 0.42721 0.74717 0.43190 0.74908 0.43660 0.75101 0.44130 0.75298 0.44599 0.75497 0.45069 0.75699 0.45538\n 11 50 2 0.75699 0.45538 0.73665 0.43432\n 11 50 2 0.75699 0.45538 0.75617 0.42726\n 11 490 22 0.75699 0.45538 0.75904 0.46008 0.76111 0.46478 0.76321 0.46947 0.76533 0.47417 0.76748 0.47887 0.76966 0.48356 0.77185 0.48826 0.77408 0.49296 0.77632 0.49765 0.77859 0.50235 0.78089 0.50704 0.78321 0.51174 0.78555 0.51644 0.78791 0.52113 0.79030 0.52583 0.79271 0.53053 0.79515 0.53522 0.79761 0.53992 0.80009 0.54461 0.80260 0.54931 0.80513 0.55401\n 11 50 2 0.80513 0.55401 0.77560 0.52813\n 11 50 2 0.80513 0.55401 0.80064 0.51677\n 11 490 22 0.80513 0.55401 0.80769 0.55870 0.81027 0.56340 0.81287 0.56810 0.81551 0.57279 0.81816 0.57749 0.82084 0.58219 0.82355 0.58688 0.82629 0.59158 0.82905 0.59627 0.83183 0.60097 0.83465 0.60567 0.83749 0.61036 0.84036 0.61506 0.84326 0.61976 0.84618 0.62445 0.84914 0.62915 0.85212 0.63385 0.85514 0.63854 0.85818 0.64324 0.86126 0.64794 0.86436 0.65263\n 11 50 2 0.86436 0.65263 0.82725 0.62529\n 11 50 2 0.86436 0.65263 0.85508 0.60980\n 11 182 8 0.86436 0.65263 0.86750 0.65733 0.87067 0.66202 0.87386 0.66672 0.87710 0.67142 0.88036 0.67611 0.88366 0.68081 0.88699 0.68551\n 11 50 2 0.77416 0.15951 0.77826 0.15482\n 11 490 22 0.78952 0.15951 0.78562 0.16421 0.78181 0.16891 0.77811 0.17360 0.77451 0.17830 0.77103 0.18300 0.76766 0.18769 0.76442 0.19239 0.76132 0.19708 0.75835 0.20178 0.75552 0.20648 0.75283 0.21117 0.75030 0.21587 0.74792 0.22057 0.74569 0.22526 0.74362 0.22996 0.74170 0.23466 0.73995 0.23935 0.73834 0.24405 0.73690 0.24874 0.73561 0.25344 0.73447 0.25814\n 11 50 2 0.73447 0.25814 0.73262 0.24516\n 11 50 2 0.73447 0.25814 0.74214 0.24711\n 11 490 22 0.73447 0.25814 0.73347 0.26283 0.73263 0.26753 0.73192 0.27223 0.73135 0.27692 0.73091 0.28162 0.73060 0.28632 0.73041 0.29101 0.73034 0.29571 0.73038 0.30040 0.73054 0.30510 0.73079 0.30980 0.73115 0.31449 0.73160 0.31919 0.73213 0.32389 0.73276 0.32858 0.73347 0.33328 0.73425 0.33798 0.73511 0.34267 0.73604 0.34737 0.73703 0.35206 0.73809 0.35676\n 11 50 2 0.73809 0.35676 0.72736 0.34081\n 11 50 2 0.73809 0.35676 0.74105 0.33821\n 11 490 22 0.73809 0.35676 0.73921 0.36146 0.74038 0.36615 0.74161 0.37085 0.74290 0.37555 0.74423 0.38024 0.74561 0.38494 0.74704 0.38964 0.74851 0.39433 0.75002 0.39903 0.75157 0.40372 0.75316 0.40842 0.75479 0.41312 0.75645 0.41781 0.75815 0.42251 0.75988 0.42721 0.76165 0.43190 0.76344 0.43660 0.76527 0.44130 0.76713 0.44599 0.76901 0.45069 0.77092 0.45538\n 11 50 2 0.77092 0.45538 0.75040 0.43333\n 11 50 2 0.77092 0.45538 0.77065 0.42638\n 11 490 22 0.77092 0.45538 0.77286 0.46008 0.77483 0.46478 0.77683 0.46947 0.77885 0.47417 0.78090 0.47887 0.78297 0.48356 0.78507 0.48826 0.78719 0.49296 0.78934 0.49765 0.79151 0.50235 0.79370 0.50704 0.79592 0.51174 0.79817 0.51644 0.80044 0.52113 0.80273 0.52583 0.80505 0.53053 0.80739 0.53522 0.80976 0.53992 0.81215 0.54461 0.81456 0.54931 0.81700 0.55401\n 11 50 2 0.81700 0.55401 0.78728 0.52719\n 11 50 2 0.81700 0.55401 0.81302 0.51593\n 11 490 22 0.81700 0.55401 0.81947 0.55870 0.82196 0.56340 0.82447 0.56810 0.82702 0.57279 0.82958 0.57749 0.83217 0.58219 0.83479 0.58688 0.83744 0.59158 0.84011 0.59627 0.84281 0.60097 0.84553 0.60567 0.84829 0.61036 0.85107 0.61506 0.85388 0.61976 0.85672 0.62445 0.85958 0.62915 0.86248 0.63385 0.86541 0.63854 0.86836 0.64324 0.87135 0.64794 0.87437 0.65263\n 11 50 2 0.87437 0.65263 0.83763 0.62486\n 11 50 2 0.87437 0.65263 0.86568 0.60969\n 11 138 6 0.87437 0.65263 0.87742 0.65733 0.88050 0.66202 0.88361 0.66672 0.88675 0.67142 0.88993 0.67611\n 11 50 2 0.78952 0.15951 0.79342 0.15482\n 11 490 22 0.80487 0.15951 0.80113 0.16421 0.79749 0.16891 0.79394 0.17360 0.79050 0.17830 0.78717 0.18300 0.78395 0.18769 0.78086 0.19239 0.77789 0.19708 0.77505 0.20178 0.77234 0.20648 0.76977 0.21117 0.76733 0.21587 0.76504 0.22057 0.76290 0.22526 0.76089 0.22996 0.75904 0.23466 0.75733 0.23935 0.75576 0.24405 0.75434 0.24874 0.75305 0.25344 0.75191 0.25814\n 11 50 2 0.75191 0.25814 0.74993 0.24414\n 11 50 2 0.75191 0.25814 0.76020 0.24624\n 11 490 22 0.75191 0.25814 0.75091 0.26283 0.75004 0.26753 0.74930 0.27223 0.74869 0.27692 0.74820 0.28162 0.74783 0.28632 0.74758 0.29101 0.74744 0.29571 0.74740 0.30040 0.74747 0.30510 0.74764 0.30980 0.74790 0.31449 0.74825 0.31919 0.74869 0.32389 0.74921 0.32858 0.74982 0.33328 0.75049 0.33798 0.75124 0.34267 0.75206 0.34737 0.75294 0.35206 0.75389 0.35676\n 11 50 2 0.75389 0.35676 0.74300 0.33977\n 11 50 2 0.75389 0.35676 0.75745 0.33732\n 11 490 22 0.75389 0.35676 0.75490 0.36146 0.75596 0.36615 0.75708 0.37085 0.75825 0.37555 0.75947 0.38024 0.76074 0.38494 0.76206 0.38964 0.76342 0.39433 0.76482 0.39903 0.76626 0.40372 0.76774 0.40842 0.76926 0.41312 0.77082 0.41781 0.77241 0.42251 0.77404 0.42721 0.77570 0.43190 0.77739 0.43660 0.77911 0.44130 0.78087 0.44599 0.78265 0.45069 0.78446 0.45538\n 11 50 2 0.78446 0.45538 0.76376 0.43234\n 11 50 2 0.78446 0.45538 0.78475 0.42551\n 11 490 22 0.78446 0.45538 0.78631 0.46008 0.78817 0.46478 0.79007 0.46947 0.79199 0.47417 0.79395 0.47887 0.79592 0.48356 0.79792 0.48826 0.79995 0.49296 0.80201 0.49765 0.80409 0.50235 0.80619 0.50704 0.80832 0.51174 0.81047 0.51644 0.81265 0.52113 0.81485 0.52583 0.81708 0.53053 0.81933 0.53522 0.82161 0.53992 0.82391 0.54461 0.82624 0.54931 0.82859 0.55401\n 11 50 2 0.82859 0.55401 0.79928 0.52681\n 11 50 2 0.82859 0.55401 0.82519 0.51589\n 11 490 22 0.82859 0.55401 0.83097 0.55870 0.83338 0.56340 0.83580 0.56810 0.83826 0.57279 0.84074 0.57749 0.84325 0.58219 0.84578 0.58688 0.84834 0.59158 0.85092 0.59627 0.85354 0.60097 0.85618 0.60567 0.85885 0.61036 0.86155 0.61506 0.86427 0.61976 0.86703 0.62445 0.86981 0.62915 0.87262 0.63385 0.87547 0.63854 0.87834 0.64324 0.88124 0.64794 0.88418 0.65263\n 11 50 2 0.88418 0.65263 0.84724 0.62401\n 11 50 2 0.88418 0.65263 0.87593 0.60892\n 11 50 2 0.88418 0.65263 0.88714 0.65733\n 11 50 2 0.80487 0.15951 0.80861 0.15482\n 11 490 22 0.82023 0.15951 0.81662 0.16421 0.81311 0.16891 0.80969 0.17360 0.80638 0.17830 0.80317 0.18300 0.80007 0.18769 0.79709 0.19239 0.79423 0.19708 0.79149 0.20178 0.78887 0.20648 0.78639 0.21117 0.78403 0.21587 0.78181 0.22057 0.77972 0.22526 0.77777 0.22996 0.77595 0.23466 0.77427 0.23935 0.77272 0.24405 0.77130 0.24874 0.77002 0.25344 0.76887 0.25814\n 11 50 2 0.76887 0.25814 0.76677 0.24311\n 11 50 2 0.76887 0.25814 0.77779 0.24538\n 11 490 22 0.76887 0.25814 0.76785 0.26283 0.76695 0.26753 0.76618 0.27223 0.76552 0.27692 0.76498 0.28162 0.76456 0.28632 0.76424 0.29101 0.76403 0.29571 0.76392 0.30040 0.76391 0.30510 0.76400 0.30980 0.76417 0.31449 0.76443 0.31919 0.76478 0.32389 0.76521 0.32858 0.76571 0.33328 0.76629 0.33798 0.76694 0.34267 0.76766 0.34737 0.76844 0.35206 0.76928 0.35676\n 11 50 2 0.76928 0.35676 0.75823 0.33874\n 11 50 2 0.76928 0.35676 0.77344 0.33644\n 11 490 22 0.76928 0.35676 0.77018 0.36146 0.77114 0.36615 0.77215 0.37085 0.77322 0.37555 0.77434 0.38024 0.77550 0.38494 0.77671 0.38964 0.77797 0.39433 0.77927 0.39903 0.78061 0.40372 0.78199 0.40842 0.78341 0.41312 0.78486 0.41781 0.78636 0.42251 0.78788 0.42721 0.78944 0.43190 0.79104 0.43660 0.79266 0.44130 0.79432 0.44599 0.79601 0.45069 0.79773 0.45538\n 11 50 2 0.79773 0.45538 0.77744 0.43202\n 11 50 2 0.79773 0.45538 0.79855 0.42552\n 11 490 22 0.79773 0.45538 0.79947 0.46008 0.80125 0.46478 0.80305 0.46947 0.80488 0.47417 0.80674 0.47887 0.80863 0.48356 0.81054 0.48826 0.81248 0.49296 0.81444 0.49765 0.81643 0.50235 0.81845 0.50704 0.82049 0.51174 0.82255 0.51644 0.82465 0.52113 0.82676 0.52583 0.82891 0.53053 0.83107 0.53522 0.83327 0.53992 0.83548 0.54461 0.83773 0.54931 0.83999 0.55401\n 11 50 2 0.83999 0.55401 0.81049 0.52588\n 11 50 2 0.83999 0.55401 0.83710 0.51506\n 11 446 20 0.83999 0.55401 0.84229 0.55870 0.84461 0.56340 0.84695 0.56810 0.84933 0.57279 0.85172 0.57749 0.85415 0.58219 0.85660 0.58688 0.85908 0.59158 0.86158 0.59627 0.86411 0.60097 0.86667 0.60567 0.86926 0.61036 0.87188 0.61506 0.87452 0.61976 0.87720 0.62445 0.87990 0.62915 0.88263 0.63385 0.88539 0.63854 0.88818 0.64324\n 11 50 2 0.82023 0.15951 0.82383 0.15482\n 11 490 22 0.83558 0.15951 0.83209 0.16421 0.82869 0.16891 0.82538 0.17360 0.82217 0.17830 0.81906 0.18300 0.81606 0.18769 0.81317 0.19239 0.81039 0.19708 0.80773 0.20178 0.80518 0.20648 0.80276 0.21117 0.80046 0.21587 0.79829 0.22057 0.79625 0.22526 0.79433 0.22996 0.79253 0.23466 0.79087 0.23935 0.78933 0.24405 0.78791 0.24874 0.78663 0.25344 0.78546 0.25814\n 11 50 2 0.78546 0.25814 0.78326 0.24207\n 11 50 2 0.78546 0.25814 0.79503 0.24453\n 11 490 22 0.78546 0.25814 0.78441 0.26283 0.78348 0.26753 0.78267 0.27223 0.78197 0.27692 0.78138 0.28162 0.78090 0.28632 0.78052 0.29101 0.78024 0.29571 0.78007 0.30040 0.77998 0.30510 0.77999 0.30980 0.78008 0.31449 0.78026 0.31919 0.78052 0.32389 0.78086 0.32858 0.78127 0.33328 0.78175 0.33798 0.78231 0.34267 0.78293 0.34737 0.78361 0.35206 0.78436 0.35676\n 11 50 2 0.78436 0.35676 0.77318 0.33770\n 11 50 2 0.78436 0.35676 0.78915 0.33556\n 11 490 22 0.78436 0.35676 0.78516 0.36146 0.78602 0.36615 0.78694 0.37085 0.78791 0.37555 0.78892 0.38024 0.78999 0.38494 0.79110 0.38964 0.79226 0.39433 0.79346 0.39903 0.79471 0.40372 0.79599 0.40842 0.79731 0.41312 0.79867 0.41781 0.80007 0.42251 0.80150 0.42721 0.80297 0.43190 0.80447 0.43660 0.80600 0.44130 0.80757 0.44599 0.80916 0.45069 0.81079 0.45538\n 11 50 2 0.81079 0.45538 0.79033 0.43104\n 11 50 2 0.81079 0.45538 0.81217 0.42467\n 11 490 22 0.81079 0.45538 0.81245 0.46008 0.81413 0.46478 0.81585 0.46947 0.81759 0.47417 0.81936 0.47887 0.82116 0.48356 0.82298 0.48826 0.82483 0.49296 0.82671 0.49765 0.82862 0.50235 0.83055 0.50704 0.83250 0.51174 0.83449 0.51644 0.83649 0.52113 0.83853 0.52583 0.84059 0.53053 0.84267 0.53522 0.84478 0.53992 0.84692 0.54461 0.84908 0.54931 0.85127 0.55401\n 11 50 2 0.85127 0.55401 0.82159 0.52494\n 11 50 2 0.85127 0.55401 0.84889 0.51423\n 11 358 16 0.85127 0.55401 0.85348 0.55870 0.85572 0.56340 0.85799 0.56810 0.86028 0.57279 0.86260 0.57749 0.86494 0.58219 0.86731 0.58688 0.86971 0.59158 0.87214 0.59627 0.87459 0.60097 0.87707 0.60567 0.87958 0.61036 0.88212 0.61506 0.88468 0.61976 0.88728 0.62445\n 11 50 2 0.83558 0.15951 0.83908 0.15482\n 11 490 22 0.85094 0.15951 0.84754 0.16421 0.84423 0.16891 0.84101 0.17360 0.83789 0.17830 0.83486 0.18300 0.83194 0.18769 0.82912 0.19239 0.82641 0.19708 0.82381 0.20178 0.82132 0.20648 0.81895 0.21117 0.81669 0.21587 0.81456 0.22057 0.81254 0.22526 0.81064 0.22996 0.80886 0.23466 0.80720 0.23935 0.80567 0.24405 0.80424 0.24874 0.80294 0.25344 0.80175 0.25814\n 11 50 2 0.80175 0.25814 0.79948 0.24102\n 11 50 2 0.80175 0.25814 0.81201 0.24368\n 11 490 22 0.80175 0.25814 0.80068 0.26283 0.79972 0.26753 0.79887 0.27223 0.79812 0.27692 0.79748 0.28162 0.79694 0.28632 0.79651 0.29101 0.79617 0.29571 0.79592 0.30040 0.79576 0.30510 0.79569 0.30980 0.79571 0.31449 0.79581 0.31919 0.79598 0.32389 0.79624 0.32858 0.79656 0.33328 0.79696 0.33798 0.79743 0.34267 0.79796 0.34737 0.79855 0.35206 0.79920 0.35676\n 11 50 2 0.79920 0.35676 0.78790 0.33665\n 11 50 2 0.79920 0.35676 0.80463 0.33469\n 11 490 22 0.79920 0.35676 0.79991 0.36146 0.80068 0.36615 0.80150 0.37085 0.80238 0.37555 0.80330 0.38024 0.80428 0.38494 0.80530 0.38964 0.80636 0.39433 0.80747 0.39903 0.80862 0.40372 0.80981 0.40842 0.81104 0.41312 0.81231 0.41781 0.81361 0.42251 0.81496 0.42721 0.81633 0.43190 0.81774 0.43660 0.81919 0.44130 0.82066 0.44599 0.82217 0.45069 0.82371 0.45538\n 11 50 2 0.82371 0.45538 0.80310 0.43004\n 11 50 2 0.82371 0.45538 0.82567 0.42381\n 11 490 22 0.82371 0.45538 0.82528 0.46008 0.82688 0.46478 0.82851 0.46947 0.83017 0.47417 0.83185 0.47887 0.83356 0.48356 0.83531 0.48826 0.83707 0.49296 0.83887 0.49765 0.84069 0.50235 0.84254 0.50704 0.84442 0.51174 0.84632 0.51644 0.84824 0.52113 0.85020 0.52583 0.85218 0.53053 0.85418 0.53522 0.85621 0.53992 0.85827 0.54461 0.86035 0.54931 0.86246 0.55401\n 11 50 2 0.86246 0.55401 0.83261 0.52400\n 11 50 2 0.86246 0.55401 0.86062 0.51341\n 11 270 12 0.86246 0.55401 0.86460 0.55870 0.86676 0.56340 0.86895 0.56810 0.87116 0.57279 0.87340 0.57749 0.87567 0.58219 0.87796 0.58688 0.88028 0.59158 0.88263 0.59627 0.88501 0.60097 0.88741 0.60567\n 11 50 2 0.85094 0.15951 0.85434 0.15482\n 11 490 22 0.86630 0.15951 0.86298 0.16421 0.85975 0.16891 0.85660 0.17360 0.85355 0.17830 0.85059 0.18300 0.84772 0.18769 0.84496 0.19239 0.84231 0.19708 0.83975 0.20178 0.83731 0.20648 0.83498 0.21117 0.83275 0.21587 0.83064 0.22057 0.82864 0.22526 0.82676 0.22996 0.82499 0.23466 0.82333 0.23935 0.82179 0.24405 0.82035 0.24874 0.81903 0.25344 0.81782 0.25814\n 11 50 2 0.81782 0.25814 0.81550 0.23996\n 11 50 2 0.81782 0.25814 0.82878 0.24284\n 11 490 22 0.81782 0.25814 0.81672 0.26283 0.81572 0.26753 0.81483 0.27223 0.81404 0.27692 0.81335 0.28162 0.81276 0.28632 0.81226 0.29101 0.81186 0.29571 0.81154 0.30040 0.81132 0.30510 0.81118 0.30980 0.81112 0.31449 0.81114 0.31919 0.81124 0.32389 0.81141 0.32858 0.81166 0.33328 0.81197 0.33798 0.81235 0.34267 0.81279 0.34737 0.81330 0.35206 0.81387 0.35676\n 11 50 2 0.81387 0.35676 0.80246 0.33560\n 11 50 2 0.81387 0.35676 0.81995 0.33383\n 11 490 22 0.81387 0.35676 0.81449 0.36146 0.81517 0.36615 0.81590 0.37085 0.81669 0.37555 0.81752 0.38024 0.81841 0.38494 0.81934 0.38964 0.82031 0.39433 0.82133 0.39903 0.82239 0.40372 0.82350 0.40842 0.82464 0.41312 0.82582 0.41781 0.82704 0.42251 0.82829 0.42721 0.82958 0.43190 0.83091 0.43660 0.83226 0.44130 0.83365 0.44599 0.83508 0.45069 0.83653 0.45538\n 11 50 2 0.83653 0.45538 0.81578 0.42904\n 11 50 2 0.83653 0.45538 0.83909 0.42296\n 11 490 22 0.83653 0.45538 0.83802 0.46008 0.83953 0.46478 0.84108 0.46947 0.84265 0.47417 0.84426 0.47887 0.84589 0.48356 0.84755 0.48826 0.84924 0.49296 0.85095 0.49765 0.85269 0.50235 0.85446 0.50704 0.85626 0.51174 0.85808 0.51644 0.85993 0.52113 0.86181 0.52583 0.86371 0.53053 0.86564 0.53522 0.86759 0.53992 0.86957 0.54461 0.87158 0.54931 0.87361 0.55401\n 11 50 2 0.87361 0.55401 0.84417 0.52365\n 11 50 2 0.87361 0.55401 0.87233 0.51339\n 11 182 8 0.87361 0.55401 0.87567 0.55870 0.87775 0.56340 0.87986 0.56810 0.88200 0.57279 0.88417 0.57749 0.88636 0.58219 0.88858 0.58688\n 11 50 2 0.86630 0.15951 0.86961 0.15482\n 11 490 22 0.88165 0.15951 0.87840 0.16421 0.87523 0.16891 0.87215 0.17360 0.86915 0.17830 0.86625 0.18300 0.86344 0.18769 0.86073 0.19239 0.85811 0.19708 0.85560 0.20178 0.85319 0.20648 0.85088 0.21117 0.84868 0.21587 0.84659 0.22057 0.84460 0.22526 0.84272 0.22996 0.84095 0.23466 0.83929 0.23935 0.83773 0.24405 0.83628 0.24874 0.83494 0.25344 0.83370 0.25814\n 11 50 2 0.83370 0.25814 0.83135 0.23889\n 11 50 2 0.83370 0.25814 0.84538 0.24201\n 11 490 22 0.83370 0.25814 0.83257 0.26283 0.83153 0.26753 0.83060 0.27223 0.82977 0.27692 0.82903 0.28162 0.82838 0.28632 0.82783 0.29101 0.82737 0.29571 0.82699 0.30040 0.82670 0.30510 0.82649 0.30980 0.82636 0.31449 0.82631 0.31919 0.82633 0.32389 0.82642 0.32858 0.82659 0.33328 0.82682 0.33798 0.82712 0.34267 0.82748 0.34737 0.82791 0.35206 0.82839 0.35676\n 11 50 2 0.82839 0.35676 0.81690 0.33455\n 11 50 2 0.82839 0.35676 0.83515 0.33297\n 11 490 22 0.82839 0.35676 0.82893 0.36146 0.82952 0.36615 0.83017 0.37085 0.83087 0.37555 0.83162 0.38024 0.83242 0.38494 0.83326 0.38964 0.83415 0.39433 0.83509 0.39903 0.83606 0.40372 0.83708 0.40842 0.83814 0.41312 0.83923 0.41781 0.84037 0.42251 0.84154 0.42721 0.84275 0.43190 0.84399 0.43660 0.84526 0.44130 0.84657 0.44599 0.84791 0.45069 0.84929 0.45538\n 11 50 2 0.84929 0.45538 0.82840 0.42803\n 11 50 2 0.84929 0.45538 0.85245 0.42212\n 11 490 22 0.84929 0.45538 0.85069 0.46008 0.85213 0.46478 0.85359 0.46947 0.85508 0.47417 0.85661 0.47887 0.85816 0.48356 0.85974 0.48826 0.86135 0.49296 0.86299 0.49765 0.86465 0.50235 0.86635 0.50704 0.86806 0.51174 0.86981 0.51644 0.87158 0.52113 0.87338 0.52583 0.87521 0.53053 0.87706 0.53522 0.87894 0.53992 0.88084 0.54461 0.88277 0.54931 0.88473 0.55401\n 11 50 2 0.88473 0.55401 0.85514 0.52270\n 11 50 2 0.88473 0.55401 0.88400 0.51257\n 11 72 3 0.88473 0.55401 0.88672 0.55870 0.88873 0.56340\n 11 50 2 0.88165 0.15951 0.88490 0.15482\n 11 292 13 0.55918 0.17360 0.55406 0.17297 0.54894 0.17213 0.54383 0.17110 0.53871 0.16987 0.53359 0.16845 0.52847 0.16686 0.52335 0.16510 0.51823 0.16319 0.51311 0.16112 0.50800 0.15891 0.50288 0.15657 0.49776 0.15410\n 11 72 3 0.55918 0.17360 0.56430 0.17424 0.56942 0.17467\n 11 50 2 0.56430 0.17424 0.57318 0.17209\n 11 50 2 0.56430 0.17424 0.57261 0.17783\n 11 402 18 0.56430 0.17424 0.57454 0.17490 0.57966 0.17491 0.58477 0.17472 0.58989 0.17433 0.59501 0.17374 0.60013 0.17295 0.60525 0.17198 0.61037 0.17082 0.61549 0.16949 0.62060 0.16799 0.62572 0.16633 0.63084 0.16452 0.63596 0.16256 0.64108 0.16046 0.64620 0.15824 0.65132 0.15590 0.65643 0.15345\n 11 358 16 0.55918 0.18300 0.55406 0.18241 0.54894 0.18160 0.54383 0.18058 0.53871 0.17935 0.53359 0.17791 0.52847 0.17628 0.52335 0.17446 0.51823 0.17246 0.51311 0.17030 0.50800 0.16798 0.50288 0.16551 0.49776 0.16292 0.49264 0.16020 0.48752 0.15738 0.48240 0.15445\n 11 72 3 0.55918 0.18300 0.56430 0.18358 0.56942 0.18394\n 11 50 2 0.56430 0.18358 0.57205 0.18159\n 11 50 2 0.56430 0.18358 0.57163 0.18663\n 11 446 20 0.56430 0.18358 0.57454 0.18407 0.57966 0.18398 0.58477 0.18366 0.58989 0.18313 0.59501 0.18238 0.60013 0.18142 0.60525 0.18026 0.61037 0.17892 0.61549 0.17739 0.62060 0.17569 0.62572 0.17383 0.63084 0.17182 0.63596 0.16967 0.64108 0.16740 0.64620 0.16500 0.65132 0.16249 0.65643 0.15986 0.66155 0.15714 0.66667 0.15433\n 11 490 22 0.88165 0.18769 0.87898 0.19239 0.87641 0.19708 0.87392 0.20178 0.87154 0.20648 0.86926 0.21117 0.86708 0.21587 0.86499 0.22057 0.86301 0.22526 0.86113 0.22996 0.85936 0.23466 0.85768 0.23935 0.85611 0.24405 0.85464 0.24874 0.85327 0.25344 0.85200 0.25814 0.85083 0.26283 0.84975 0.26753 0.84877 0.27223 0.84788 0.27692 0.84709 0.28162 0.84638 0.28632\n 11 50 2 0.84638 0.28632 0.84148 0.26544\n 11 50 2 0.84638 0.28632 0.85725 0.26743\n 11 490 22 0.84638 0.28632 0.84576 0.29101 0.84523 0.29571 0.84478 0.30040 0.84442 0.30510 0.84413 0.30980 0.84392 0.31449 0.84379 0.31919 0.84372 0.32389 0.84373 0.32858 0.84381 0.33328 0.84396 0.33798 0.84416 0.34267 0.84443 0.34737 0.84477 0.35206 0.84515 0.35676 0.84560 0.36146 0.84610 0.36615 0.84665 0.37085 0.84726 0.37555 0.84791 0.38024 0.84861 0.38494\n 11 50 2 0.84861 0.38494 0.83450 0.36040\n 11 50 2 0.84861 0.38494 0.85500 0.35782\n 11 490 22 0.84861 0.38494 0.84936 0.38964 0.85016 0.39433 0.85100 0.39903 0.85188 0.40372 0.85280 0.40842 0.85376 0.41312 0.85476 0.41781 0.85580 0.42251 0.85688 0.42721 0.85799 0.43190 0.85914 0.43660 0.86032 0.44130 0.86154 0.44599 0.86279 0.45069 0.86407 0.45538 0.86538 0.46008 0.86672 0.46478 0.86810 0.46947 0.86950 0.47417 0.87094 0.47887 0.87240 0.48356\n 11 50 2 0.87240 0.48356 0.84912 0.45412\n 11 50 2 0.87240 0.48356 0.87520 0.44728\n 11 226 10 0.87240 0.48356 0.87389 0.48826 0.87541 0.49296 0.87696 0.49765 0.87854 0.50235 0.88014 0.50704 0.88177 0.51174 0.88343 0.51644 0.88512 0.52113 0.88683 0.52583\n 11 72 3 0.88165 0.18769 0.88432 0.18300 0.88709 0.17830\n 11 50 2 0.88432 0.18300 0.88787 0.16085\n 11 50 2 0.88432 0.18300 0.89445 0.17474\n 11 94 4 0.55918 0.19239 0.55406 0.19191 0.54894 0.19118 0.54383 0.19021\n 11 72 3 0.55918 0.19239 0.56430 0.19287 0.56942 0.19310\n 11 50 2 0.56430 0.19287 0.57199 0.19069\n 11 50 2 0.56430 0.19287 0.57172 0.19573\n 11 270 12 0.56430 0.19287 0.57454 0.19308 0.57966 0.19281 0.58477 0.19231 0.58989 0.19156 0.59501 0.19059 0.60013 0.18941 0.60525 0.18802 0.61037 0.18644 0.61549 0.18468 0.62060 0.18276 0.62572 0.18068\n 11 402 18 0.53871 0.20178 0.53359 0.20040 0.52847 0.19875 0.52335 0.19685 0.51823 0.19471 0.51311 0.19236 0.50800 0.18982 0.50288 0.18709 0.49776 0.18419 0.49264 0.18114 0.48752 0.17796 0.48240 0.17467 0.47728 0.17127 0.47217 0.16777 0.46705 0.16420 0.46193 0.16056 0.45681 0.15687 0.45169 0.15313\n 11 72 3 0.53871 0.20178 0.54383 0.20317 0.54894 0.20427\n 11 50 2 0.54383 0.20317 0.55107 0.20238\n 11 50 2 0.54383 0.20317 0.54992 0.20684\n 11 490 22 0.54383 0.20317 0.55406 0.20510 0.55918 0.20563 0.56430 0.20587 0.56942 0.20582 0.57454 0.20548 0.57966 0.20486 0.58477 0.20398 0.58989 0.20284 0.59501 0.20147 0.60013 0.19989 0.60525 0.19810 0.61037 0.19613 0.61549 0.19399 0.62060 0.19169 0.62572 0.18926 0.63084 0.18669 0.63596 0.18401 0.64108 0.18123 0.64620 0.17836 0.65132 0.17539 0.65643 0.17234\n 11 50 2 0.65132 0.17539 0.65735 0.16804\n 11 50 2 0.65132 0.17539 0.66109 0.17332\n 11 160 7 0.65132 0.17539 0.66155 0.16922 0.66667 0.16604 0.67179 0.16279 0.67691 0.15948 0.68203 0.15611 0.68715 0.15269\n 11 72 3 0.13946 0.21117 0.13679 0.20648 0.13406 0.20178\n 11 72 3 0.13946 0.21117 0.14213 0.21587 0.14476 0.22057\n 11 50 2 0.14213 0.21587 0.16744 0.23738\n 11 50 2 0.14213 0.21587 0.14645 0.24727\n 11 490 22 0.14213 0.21587 0.14734 0.22526 0.14988 0.22996 0.15237 0.23466 0.15481 0.23935 0.15720 0.24405 0.15955 0.24874 0.16184 0.25344 0.16409 0.25814 0.16629 0.26283 0.16843 0.26753 0.17052 0.27223 0.17256 0.27692 0.17455 0.28162 0.17647 0.28632 0.17834 0.29101 0.18015 0.29571 0.18190 0.30040 0.18359 0.30510 0.18521 0.30980 0.18676 0.31449 0.18825 0.31919\n 11 50 2 0.18676 0.31449 0.20010 0.33123\n 11 50 2 0.18676 0.31449 0.18525 0.33518\n 11 490 22 0.18676 0.31449 0.18966 0.32389 0.19100 0.32858 0.19225 0.33328 0.19343 0.33798 0.19453 0.34267 0.19553 0.34737 0.19645 0.35206 0.19726 0.35676 0.19798 0.36146 0.19860 0.36615 0.19910 0.37085 0.19950 0.37555 0.19977 0.38024 0.19993 0.38494 0.19995 0.38964 0.19984 0.39433 0.19959 0.39903 0.19920 0.40372 0.19866 0.40842 0.19797 0.41312 0.19712 0.41781\n 11 50 2 0.19797 0.41312 0.20037 0.42489\n 11 50 2 0.19797 0.41312 0.19156 0.42355\n 11 490 22 0.19797 0.41312 0.19611 0.42251 0.19494 0.42721 0.19359 0.43190 0.19208 0.43660 0.19039 0.44130 0.18854 0.44599 0.18651 0.45069 0.18431 0.45538 0.18194 0.46008 0.17940 0.46478 0.17671 0.46947 0.17386 0.47417 0.17086 0.47887 0.16771 0.48356 0.16444 0.48826 0.16104 0.49296 0.15751 0.49765 0.15389 0.50235 0.15016 0.50704 0.14634 0.51174 0.14245 0.51644\n 11 50 2 0.14634 0.51174 0.14254 0.52298\n 11 50 2 0.14634 0.51174 0.13555 0.51810\n 11 94 4 0.14634 0.51174 0.13848 0.52113 0.13445 0.52583 0.13037 0.53053\n 11 490 22 0.88165 0.22996 0.87986 0.23466 0.87817 0.23935 0.87658 0.24405 0.87508 0.24874 0.87367 0.25344 0.87236 0.25814 0.87114 0.26283 0.87002 0.26753 0.86898 0.27223 0.86804 0.27692 0.86718 0.28162 0.86641 0.28632 0.86572 0.29101 0.86511 0.29571 0.86459 0.30040 0.86414 0.30510 0.86377 0.30980 0.86348 0.31449 0.86326 0.31919 0.86310 0.32389 0.86302 0.32858\n 11 50 2 0.86302 0.32858 0.85424 0.30528\n 11 50 2 0.86302 0.32858 0.87262 0.30555\n 11 490 22 0.86302 0.32858 0.86300 0.33328 0.86305 0.33798 0.86316 0.34267 0.86334 0.34737 0.86357 0.35206 0.86386 0.35676 0.86420 0.36146 0.86460 0.36615 0.86505 0.37085 0.86556 0.37555 0.86611 0.38024 0.86671 0.38494 0.86735 0.38964 0.86805 0.39433 0.86878 0.39903 0.86956 0.40372 0.87038 0.40842 0.87124 0.41312 0.87214 0.41781 0.87307 0.42251 0.87405 0.42721\n 11 50 2 0.87405 0.42721 0.85564 0.39885\n 11 50 2 0.87405 0.42721 0.87981 0.39462\n 11 270 12 0.87405 0.42721 0.87506 0.43190 0.87611 0.43660 0.87719 0.44130 0.87830 0.44599 0.87945 0.45069 0.88063 0.45538 0.88185 0.46008 0.88309 0.46478 0.88437 0.46947 0.88568 0.47417 0.88701 0.47887\n 11 72 3 0.88165 0.22996 0.88344 0.22526 0.88533 0.22057\n 11 50 2 0.88344 0.22526 0.88353 0.20294\n 11 50 2 0.88344 0.22526 0.89445 0.21332\n 11 50 2 0.88344 0.22526 0.88731 0.21587\n 11 446 20 0.50288 0.23935 0.49776 0.23581 0.49264 0.23195 0.48752 0.22784 0.48240 0.22351 0.47728 0.21903 0.47217 0.21442 0.46706 0.20972 0.46203 0.20503 0.45705 0.20033 0.45210 0.19563 0.44718 0.19094 0.44226 0.18624 0.43735 0.18154 0.43243 0.17685 0.42750 0.17215 0.42255 0.16746 0.41758 0.16276 0.41258 0.15806 0.40755 0.15337\n 11 72 3 0.50288 0.23935 0.50800 0.24290 0.51311 0.24603\n 11 50 2 0.50800 0.24290 0.51270 0.24395\n 11 50 2 0.50800 0.24290 0.51086 0.24648\n 11 490 22 0.50800 0.24290 0.51823 0.24868 0.52335 0.25076 0.52847 0.25219 0.53359 0.25290 0.53871 0.25289 0.54383 0.25218 0.54894 0.25086 0.55406 0.24903 0.55918 0.24680 0.56430 0.24428 0.56942 0.24154 0.57454 0.23864 0.57966 0.23562 0.58477 0.23249 0.58989 0.22929 0.59501 0.22603 0.60013 0.22272 0.60525 0.21937 0.61037 0.21598 0.61549 0.21255 0.62060 0.20910\n 11 50 2 0.61549 0.21255 0.61883 0.20795\n 11 50 2 0.61549 0.21255 0.62127 0.21100\n 11 490 22 0.51823 0.25814 0.51311 0.25648 0.50800 0.25405 0.50288 0.25094 0.49776 0.24729 0.49264 0.24323 0.48752 0.23884 0.48240 0.23420 0.47740 0.22950 0.47252 0.22481 0.46774 0.22011 0.46301 0.21541 0.45832 0.21072 0.45365 0.20602 0.44899 0.20133 0.44433 0.19663 0.43967 0.19193 0.43499 0.18724 0.43030 0.18254 0.42559 0.17784 0.42085 0.17315 0.41608 0.16845\n 11 50 2 0.41608 0.16845 0.43043 0.17517\n 11 50 2 0.41608 0.16845 0.42237 0.18206\n 11 94 4 0.41608 0.16845 0.41129 0.16375 0.40645 0.15906 0.40158 0.15436\n 11 72 3 0.51823 0.25814 0.52335 0.25979 0.52847 0.26053\n 11 50 2 0.52335 0.25979 0.52611 0.25930\n 11 50 2 0.52335 0.25979 0.52581 0.26104\n 11 116 5 0.52335 0.25979 0.53359 0.26033 0.53871 0.25926 0.54383 0.25749 0.54894 0.25522\n 11 490 22 0.56942 0.25814 0.56605 0.26283 0.56334 0.26753 0.56131 0.27223 0.55996 0.27692 0.55925 0.28162 0.55909 0.28632 0.55943 0.29101 0.56019 0.29571 0.56130 0.30040 0.56269 0.30510 0.56433 0.30980 0.56616 0.31449 0.56816 0.31919 0.57029 0.32389 0.57253 0.32858 0.57487 0.33328 0.57730 0.33798 0.57979 0.34267 0.58234 0.34737 0.58494 0.35206 0.58759 0.35676\n 11 50 2 0.58759 0.35676 0.58014 0.35046\n 11 50 2 0.58759 0.35676 0.58630 0.34754\n 11 490 22 0.58759 0.35676 0.59028 0.36146 0.59300 0.36615 0.59574 0.37085 0.59852 0.37555 0.60132 0.38024 0.60414 0.38494 0.60698 0.38964 0.60984 0.39433 0.61271 0.39903 0.61560 0.40372 0.61851 0.40842 0.62142 0.41312 0.62435 0.41781 0.62730 0.42251 0.63025 0.42721 0.63322 0.43190 0.63619 0.43660 0.63918 0.44130 0.64218 0.44599 0.64519 0.45069 0.64821 0.45538\n 11 50 2 0.64821 0.45538 0.62955 0.44129\n 11 50 2 0.64821 0.45538 0.64379 0.43358\n 11 490 22 0.64821 0.45538 0.65125 0.46008 0.65429 0.46478 0.65735 0.46947 0.66042 0.47417 0.66350 0.47887 0.66659 0.48356 0.66970 0.48826 0.67282 0.49296 0.67595 0.49765 0.67909 0.50235 0.68225 0.50704 0.68543 0.51174 0.68862 0.51644 0.69182 0.52113 0.69504 0.52583 0.69828 0.53053 0.70153 0.53522 0.70480 0.53992 0.70808 0.54462 0.71139 0.54931 0.71471 0.55401\n 11 50 2 0.71471 0.55401 0.68613 0.53424\n 11 50 2 0.71471 0.55401 0.70667 0.52201\n 11 490 22 0.71471 0.55401 0.71806 0.55870 0.72142 0.56340 0.72480 0.56810 0.72820 0.57279 0.73163 0.57749 0.73507 0.58219 0.73854 0.58688 0.74203 0.59158 0.74554 0.59627 0.74908 0.60097 0.75264 0.60567 0.75623 0.61036 0.75984 0.61506 0.76347 0.61976 0.76714 0.62445 0.77083 0.62915 0.77454 0.63385 0.77829 0.63854 0.78206 0.64324 0.78587 0.64794 0.78970 0.65263\n 11 50 2 0.78970 0.65263 0.75292 0.63056\n 11 50 2 0.78970 0.65263 0.77699 0.61403\n 11 490 22 0.78970 0.65263 0.79356 0.65733 0.79745 0.66202 0.80137 0.66672 0.80533 0.67142 0.80931 0.67611 0.81333 0.68081 0.81738 0.68551 0.82147 0.69020 0.82558 0.69490 0.82973 0.69960 0.83392 0.70429 0.83813 0.70899 0.84238 0.71368 0.84667 0.71838 0.85099 0.72308 0.85535 0.72777 0.85974 0.73247 0.86417 0.73717 0.86863 0.74186 0.87313 0.74656 0.87766 0.75126\n 11 50 2 0.87766 0.75126 0.83538 0.73022\n 11 50 2 0.87766 0.75126 0.86001 0.71020\n 11 72 3 0.87766 0.75126 0.88223 0.75595 0.88684 0.76065\n 11 72 3 0.56942 0.25814 0.57279 0.25344 0.57684 0.24874\n 11 50 2 0.57279 0.25344 0.57380 0.25066\n 11 50 2 0.57279 0.25344 0.57551 0.25190\n 11 490 22 0.57279 0.25344 0.58146 0.24405 0.58657 0.23935 0.59168 0.23499 0.59680 0.23081 0.60192 0.22678 0.60704 0.22285 0.61216 0.21898 0.61728 0.21515 0.62240 0.21136 0.62751 0.20760 0.63263 0.20384 0.63775 0.20009 0.64287 0.19635 0.64799 0.19262 0.65311 0.18887 0.65823 0.18512 0.66334 0.18137 0.66846 0.17760 0.67358 0.17382 0.67870 0.17003 0.68382 0.16623\n 11 50 2 0.67870 0.17003 0.68456 0.16109\n 11 50 2 0.67870 0.17003 0.68945 0.16663\n 11 94 4 0.67870 0.17003 0.68894 0.16241 0.69406 0.15857 0.69918 0.15471\n 11 94 4 0.13946 0.26753 0.13733 0.26283 0.13516 0.25814 0.13294 0.25344\n 11 72 3 0.13946 0.26753 0.14158 0.27223 0.14366 0.27692\n 11 50 2 0.14158 0.27223 0.16174 0.29270\n 11 50 2 0.14158 0.27223 0.14268 0.29980\n 11 490 22 0.14158 0.27223 0.14569 0.28162 0.14766 0.28632 0.14959 0.29101 0.15146 0.29571 0.15327 0.30040 0.15503 0.30510 0.15673 0.30980 0.15836 0.31449 0.15994 0.31919 0.16145 0.32389 0.16290 0.32858 0.16428 0.33328 0.16558 0.33798 0.16681 0.34267 0.16797 0.34737 0.16904 0.35206 0.17003 0.35676 0.17094 0.36146 0.17175 0.36615 0.17247 0.37085 0.17309 0.37555\n 11 50 2 0.17247 0.37085 0.18090 0.38606\n 11 50 2 0.17247 0.37085 0.16827 0.38747\n 11 490 22 0.17247 0.37085 0.17361 0.38024 0.17403 0.38494 0.17434 0.38964 0.17453 0.39433 0.17460 0.39903 0.17455 0.40372 0.17437 0.40842 0.17407 0.41312 0.17362 0.41781 0.17304 0.42251 0.17231 0.42721 0.17144 0.43190 0.17041 0.43660 0.16924 0.44130 0.16791 0.44599 0.16642 0.45069 0.16478 0.45538 0.16298 0.46008 0.16103 0.46478 0.15892 0.46947 0.15666 0.47417\n 11 50 2 0.15892 0.46947 0.15801 0.48205\n 11 50 2 0.15892 0.46947 0.14941 0.47857\n 11 204 9 0.15892 0.46947 0.15426 0.47887 0.15171 0.48356 0.14902 0.48826 0.14620 0.49296 0.14326 0.49765 0.14019 0.50235 0.13701 0.50704 0.13372 0.51174\n 11 490 22 0.45681 0.27223 0.45453 0.26753 0.45204 0.26283 0.44937 0.25814 0.44655 0.25344 0.44360 0.24874 0.44053 0.24405 0.43737 0.23935 0.43411 0.23466 0.43077 0.22996 0.42735 0.22526 0.42387 0.22057 0.42031 0.21587 0.41669 0.21117 0.41300 0.20648 0.40925 0.20178 0.40545 0.19708 0.40158 0.19239 0.39765 0.18769 0.39367 0.18300 0.38963 0.17830 0.38553 0.17360\n 11 50 2 0.38553 0.17360 0.40033 0.18186\n 11 50 2 0.38553 0.17360 0.39108 0.18866\n 11 138 6 0.38553 0.17360 0.38137 0.16891 0.37716 0.16421 0.37289 0.15951 0.36856 0.15482 0.36417 0.15012\n 11 72 3 0.45681 0.27223 0.45909 0.27692 0.46110 0.28162\n 11 50 2 0.45909 0.27692 0.46252 0.28048\n 11 50 2 0.45909 0.27692 0.45922 0.28167\n 11 160 7 0.45909 0.27692 0.46279 0.28632 0.46405 0.29101 0.46474 0.29571 0.46468 0.30040 0.46362 0.30510 0.46130 0.30980\n 11 490 22 0.51823 0.27223 0.51311 0.27248 0.50800 0.27131 0.50288 0.26869 0.49776 0.26491 0.49264 0.26039 0.48782 0.25569 0.48327 0.25099 0.47884 0.24630 0.47449 0.24160 0.47020 0.23691 0.46592 0.23221 0.46166 0.22751 0.45740 0.22282 0.45314 0.21812 0.44886 0.21342 0.44456 0.20873 0.44024 0.20403 0.43590 0.19933 0.43153 0.19464 0.42713 0.18994 0.42269 0.18525\n 11 50 2 0.42269 0.18525 0.43505 0.19155\n 11 50 2 0.42269 0.18525 0.42774 0.19736\n 11 182 8 0.42269 0.18525 0.41822 0.18055 0.41371 0.17585 0.40917 0.17116 0.40458 0.16646 0.39995 0.16176 0.39527 0.15707 0.39054 0.15237\n 11 72 3 0.51823 0.27223 0.52335 0.27198 0.52847 0.27024\n 11 50 2 0.52335 0.27198 0.52451 0.27107\n 11 50 2 0.52335 0.27198 0.52487 0.27197\n 11 160 7 0.52335 0.27198 0.53359 0.26762 0.53871 0.26463 0.54383 0.26143 0.54894 0.25815 0.55406 0.25482 0.55918 0.25148\n 11 490 22 0.51823 0.28632 0.51805 0.29101 0.51938 0.29571 0.52152 0.30040 0.52409 0.30510 0.52690 0.30980 0.52987 0.31449 0.53293 0.31919 0.53605 0.32389 0.53921 0.32858 0.54240 0.33328 0.54561 0.33798 0.54884 0.34267 0.55207 0.34737 0.55531 0.35206 0.55856 0.35676 0.56180 0.36146 0.56505 0.36615 0.56830 0.37085 0.57155 0.37555 0.57480 0.38024 0.57804 0.38494\n 11 50 2 0.57804 0.38494 0.56843 0.37814\n 11 50 2 0.57804 0.38494 0.57544 0.37407\n 11 490 22 0.57804 0.38494 0.58129 0.38964 0.58454 0.39433 0.58778 0.39903 0.59103 0.40372 0.59428 0.40842 0.59752 0.41312 0.60077 0.41781 0.60402 0.42251 0.60727 0.42721 0.61052 0.43190 0.61378 0.43660 0.61703 0.44130 0.62029 0.44599 0.62356 0.45069 0.62683 0.45538 0.63010 0.46008 0.63339 0.46478 0.63667 0.46947 0.63997 0.47417 0.64327 0.47887 0.64658 0.48356\n 11 50 2 0.64658 0.48356 0.62590 0.46920\n 11 50 2 0.64658 0.48356 0.64080 0.46037\n 11 490 22 0.64658 0.48356 0.64989 0.48826 0.65322 0.49296 0.65655 0.49765 0.65990 0.50235 0.66326 0.50704 0.66662 0.51174 0.67000 0.51644 0.67340 0.52113 0.67680 0.52583 0.68022 0.53053 0.68365 0.53522 0.68710 0.53992 0.69057 0.54461 0.69405 0.54931 0.69754 0.55401 0.70106 0.55870 0.70459 0.56340 0.70814 0.56810 0.71171 0.57279 0.71529 0.57749 0.71890 0.58219\n 11 50 2 0.71890 0.58219 0.68816 0.56257\n 11 50 2 0.71890 0.58219 0.70910 0.54902\n 11 490 22 0.71890 0.58219 0.72253 0.58688 0.72619 0.59158 0.72986 0.59627 0.73355 0.60097 0.73727 0.60567 0.74102 0.61036 0.74478 0.61506 0.74858 0.61976 0.75239 0.62445 0.75624 0.62915 0.76011 0.63385 0.76401 0.63854 0.76793 0.64324 0.77189 0.64794 0.77587 0.65263 0.77988 0.65733 0.78393 0.66202 0.78800 0.66672 0.79210 0.67142 0.79624 0.67611 0.80040 0.68081\n 11 50 2 0.80040 0.68081 0.76219 0.65986\n 11 50 2 0.80040 0.68081 0.78581 0.64223\n 11 468 21 0.80040 0.68081 0.80460 0.68551 0.80883 0.69020 0.81310 0.69490 0.81739 0.69960 0.82172 0.70429 0.82609 0.70899 0.83048 0.71368 0.83492 0.71838 0.83938 0.72308 0.84388 0.72777 0.84842 0.73247 0.85299 0.73717 0.85760 0.74186 0.86224 0.74656 0.86691 0.75126 0.87162 0.75595 0.87637 0.76065 0.88115 0.76534 0.88596 0.77004 0.89081 0.77474\n 11 72 3 0.51823 0.28632 0.51841 0.28162 0.52147 0.27692\n 11 50 2 0.51841 0.28162 0.51856 0.28093\n 11 50 2 0.51841 0.28162 0.51901 0.28117\n 11 50 2 0.51841 0.28162 0.52658 0.27317\n 11 490 22 0.88165 0.30040 0.88114 0.30510 0.88070 0.30980 0.88033 0.31449 0.88004 0.31919 0.87981 0.32389 0.87965 0.32858 0.87956 0.33328 0.87953 0.33798 0.87956 0.34267 0.87965 0.34737 0.87980 0.35206 0.88001 0.35676 0.88027 0.36146 0.88058 0.36615 0.88095 0.37085 0.88137 0.37555 0.88183 0.38024 0.88235 0.38494 0.88291 0.38964 0.88351 0.39433 0.88416 0.39903\n 11 50 2 0.88416 0.39903 0.86881 0.37166\n 11 50 2 0.88416 0.39903 0.89158 0.36901\n 11 116 5 0.88416 0.39903 0.88486 0.40372 0.88559 0.40842 0.88636 0.41312 0.88718 0.41781\n 11 72 3 0.88165 0.30040 0.88217 0.29571 0.88275 0.29101\n 11 50 2 0.88217 0.29571 0.87587 0.27153\n 11 50 2 0.88217 0.29571 0.89428 0.27348\n 11 138 6 0.88217 0.29571 0.88342 0.28632 0.88417 0.28162 0.88499 0.27692 0.88590 0.27223 0.88690 0.26753\n 11 490 22 0.49264 0.31449 0.49776 0.31731 0.50288 0.32101 0.50800 0.32539 0.51290 0.33009 0.51744 0.33478 0.52176 0.33948 0.52593 0.34417 0.52997 0.34887 0.53392 0.35357 0.53780 0.35826 0.54162 0.36296 0.54538 0.36766 0.54910 0.37235 0.55279 0.37705 0.55644 0.38175 0.56007 0.38644 0.56367 0.39114 0.56725 0.39583 0.57081 0.40053 0.57435 0.40523 0.57788 0.40992\n 11 50 2 0.57788 0.40992 0.56551 0.40186\n 11 50 2 0.57788 0.40992 0.57406 0.39645\n 11 490 22 0.57788 0.40992 0.58139 0.41462 0.58490 0.41932 0.58839 0.42401 0.59188 0.42871 0.59535 0.43341 0.59883 0.43810 0.60230 0.44280 0.60576 0.44749 0.60923 0.45219 0.61269 0.45689 0.61615 0.46158 0.61961 0.46628 0.62308 0.47098 0.62654 0.47567 0.63001 0.48037 0.63349 0.48507 0.63697 0.48976 0.64045 0.49446 0.64394 0.49915 0.64744 0.50385 0.65095 0.50855\n 11 50 2 0.65095 0.50855 0.62714 0.49292\n 11 50 2 0.65095 0.50855 0.64366 0.48253\n 11 490 22 0.65095 0.50855 0.65446 0.51324 0.65799 0.51794 0.66152 0.52264 0.66507 0.52733 0.66863 0.53203 0.67220 0.53672 0.67578 0.54142 0.67938 0.54612 0.68299 0.55081 0.68662 0.55551 0.69027 0.56021 0.69393 0.56490 0.69761 0.56960 0.70130 0.57430 0.70502 0.57899 0.70875 0.58369 0.71251 0.58838 0.71629 0.59308 0.72008 0.59778 0.72390 0.60247 0.72774 0.60717\n 11 50 2 0.72774 0.60717 0.69458 0.58733\n 11 50 2 0.72774 0.60717 0.71624 0.57241\n 11 490 22 0.72774 0.60717 0.73161 0.61187 0.73550 0.61656 0.73941 0.62126 0.74335 0.62596 0.74731 0.63065 0.75130 0.63535 0.75532 0.64004 0.75937 0.64474 0.76344 0.64944 0.76754 0.65413 0.77167 0.65883 0.77583 0.66353 0.78002 0.66822 0.78424 0.67292 0.78850 0.67762 0.79278 0.68231 0.79709 0.68701 0.80144 0.69171 0.80582 0.69640 0.81023 0.70110 0.81468 0.70579\n 11 50 2 0.81468 0.70579 0.77486 0.68552\n 11 50 2 0.81468 0.70579 0.79838 0.66678\n 11 380 17 0.81468 0.70579 0.81916 0.71049 0.82367 0.71519 0.82822 0.71988 0.83280 0.72458 0.83741 0.72928 0.84206 0.73397 0.84675 0.73867 0.85147 0.74337 0.85622 0.74806 0.86101 0.75276 0.86583 0.75745 0.87069 0.76215 0.87558 0.76685 0.88050 0.77154 0.88546 0.77624 0.89045 0.78094\n 11 72 3 0.49264 0.31449 0.48752 0.31168 0.48240 0.31005\n 11 50 2 0.48752 0.31168 0.48601 0.31170\n 11 50 2 0.48752 0.31168 0.48635 0.31080\n 11 116 5 0.48752 0.31168 0.47728 0.30983 0.47217 0.31096 0.46705 0.31308 0.46193 0.31576\n 11 490 22 0.46705 0.32858 0.47217 0.32921 0.47728 0.33051 0.48240 0.33248 0.48752 0.33507 0.49264 0.33824 0.49776 0.34191 0.50288 0.34601 0.50800 0.35048 0.51301 0.35518 0.51777 0.35988 0.52233 0.36457 0.52674 0.36927 0.53104 0.37397 0.53523 0.37866 0.53934 0.38336 0.54339 0.38806 0.54737 0.39275 0.55130 0.39745 0.55520 0.40214 0.55905 0.40684 0.56287 0.41154\n 11 50 2 0.56287 0.41154 0.55097 0.40437\n 11 50 2 0.56287 0.41154 0.55877 0.39903\n 11 490 22 0.56287 0.41154 0.56666 0.41623 0.57042 0.42093 0.57416 0.42563 0.57788 0.43032 0.58159 0.43502 0.58528 0.43972 0.58896 0.44441 0.59262 0.44911 0.59628 0.45380 0.59993 0.45850 0.60357 0.46320 0.60721 0.46789 0.61084 0.47259 0.61447 0.47729 0.61810 0.48198 0.62174 0.48668 0.62537 0.49138 0.62901 0.49607 0.63265 0.50077 0.63629 0.50546 0.63994 0.51016\n 11 50 2 0.63994 0.51016 0.61654 0.49539\n 11 50 2 0.63994 0.51016 0.63236 0.48505\n 11 490 22 0.63994 0.51016 0.64359 0.51486 0.64726 0.51955 0.65093 0.52425 0.65461 0.52895 0.65830 0.53364 0.66200 0.53834 0.66571 0.54303 0.66944 0.54773 0.67318 0.55243 0.67693 0.55712 0.68070 0.56182 0.68448 0.56652 0.68828 0.57121 0.69210 0.57591 0.69593 0.58061 0.69979 0.58530 0.70366 0.59000 0.70755 0.59469 0.71147 0.59939 0.71540 0.60409 0.71936 0.60878\n 11 50 2 0.71936 0.60878 0.68654 0.58975\n 11 50 2 0.71936 0.60878 0.70755 0.57485\n 11 490 22 0.71936 0.60878 0.72334 0.61348 0.72734 0.61818 0.73137 0.62287 0.73542 0.62757 0.73950 0.63227 0.74360 0.63696 0.74773 0.64166 0.75189 0.64635 0.75607 0.65105 0.76028 0.65575 0.76453 0.66044 0.76880 0.66514 0.77310 0.66984 0.77743 0.67453 0.78179 0.67923 0.78618 0.68393 0.79061 0.68862 0.79506 0.69332 0.79955 0.69802 0.80407 0.70271 0.80863 0.70741\n 11 50 2 0.80863 0.70741 0.76855 0.68757\n 11 50 2 0.80863 0.70741 0.79182 0.66858\n 11 402 18 0.80863 0.70741 0.81321 0.71210 0.81784 0.71680 0.82249 0.72150 0.82718 0.72619 0.83190 0.73089 0.83666 0.73559 0.84145 0.74028 0.84627 0.74498 0.85113 0.74968 0.85602 0.75437 0.86095 0.75907 0.86591 0.76376 0.87091 0.76846 0.87593 0.77316 0.88099 0.77785 0.88609 0.78255 0.89120 0.78724\n 11 72 3 0.46705 0.32858 0.46193 0.32796 0.45681 0.32808\n 11 50 2 0.46193 0.32796 0.45985 0.32871\n 11 50 2 0.46193 0.32796 0.45981 0.32731\n 11 226 10 0.46193 0.32796 0.45169 0.32890 0.44657 0.33032 0.44145 0.33222 0.43634 0.33450 0.43122 0.33705 0.42610 0.33981 0.42098 0.34271 0.41586 0.34571 0.41074 0.34879\n 11 490 22 0.45681 0.34267 0.46193 0.34359 0.46705 0.34501 0.47217 0.34695 0.47728 0.34936 0.48240 0.35222 0.48752 0.35548 0.49264 0.35912 0.49776 0.36310 0.50288 0.36737 0.50800 0.37189 0.51304 0.37659 0.51788 0.38129 0.52256 0.38598 0.52710 0.39068 0.53154 0.39538 0.53588 0.40007 0.54015 0.40477 0.54435 0.40947 0.54849 0.41416 0.55258 0.41886 0.55663 0.42355\n 11 50 2 0.55663 0.42355 0.54401 0.41641\n 11 50 2 0.55663 0.42355 0.55196 0.41064\n 11 490 22 0.55663 0.42355 0.56063 0.42825 0.56461 0.43295 0.56856 0.43764 0.57247 0.44234 0.57637 0.44704 0.58025 0.45173 0.58411 0.45643 0.58795 0.46113 0.59178 0.46582 0.59561 0.47052 0.59942 0.47521 0.60322 0.47991 0.60702 0.48461 0.61082 0.48930 0.61462 0.49400 0.61841 0.49870 0.62220 0.50339 0.62600 0.50809 0.62980 0.51279 0.63360 0.51748 0.63740 0.52218\n 11 50 2 0.63740 0.52218 0.61273 0.50727\n 11 50 2 0.63740 0.52218 0.62894 0.49620\n 11 490 22 0.63740 0.52218 0.64122 0.52687 0.64504 0.53157 0.64887 0.53627 0.65270 0.54096 0.65655 0.54566 0.66041 0.55036 0.66428 0.55505 0.66816 0.55975 0.67206 0.56444 0.67597 0.56914 0.67990 0.57384 0.68384 0.57853 0.68780 0.58323 0.69178 0.58793 0.69578 0.59262 0.69980 0.59732 0.70383 0.60202 0.70789 0.60671 0.71197 0.61141 0.71607 0.61610 0.72020 0.62080\n 11 50 2 0.72020 0.62080 0.68646 0.60210\n 11 50 2 0.72020 0.62080 0.70745 0.58658\n 11 490 22 0.72020 0.62080 0.72434 0.62550 0.72852 0.63019 0.73271 0.63489 0.73694 0.63959 0.74119 0.64428 0.74546 0.64898 0.74976 0.65368 0.75410 0.65837 0.75846 0.66307 0.76285 0.66777 0.76726 0.67246 0.77171 0.67716 0.77619 0.68185 0.78070 0.68655 0.78525 0.69125 0.78982 0.69594 0.79442 0.70064 0.79906 0.70534 0.80373 0.71003 0.80844 0.71473 0.81317 0.71943\n 11 50 2 0.81317 0.71943 0.77256 0.70026\n 11 50 2 0.81317 0.71943 0.79549 0.68079\n 11 358 16 0.81317 0.71943 0.81794 0.72412 0.82275 0.72882 0.82759 0.73351 0.83246 0.73821 0.83736 0.74291 0.84230 0.74760 0.84727 0.75230 0.85228 0.75700 0.85732 0.76169 0.86239 0.76639 0.86749 0.77109 0.87261 0.77577 0.87773 0.78042 0.88285 0.78504 0.88797 0.78963\n 11 72 3 0.45681 0.34267 0.45169 0.34176 0.44657 0.34141\n 11 50 2 0.45169 0.34176 0.44859 0.34256\n 11 50 2 0.45169 0.34176 0.44875 0.34054\n 11 116 5 0.45169 0.34176 0.44145 0.34160 0.43634 0.34231 0.43122 0.34349 0.42610 0.34508\n 11 116 5 0.13946 0.34737 0.13825 0.34267 0.13696 0.33798 0.13561 0.33328 0.13420 0.32858\n 11 72 3 0.13946 0.34737 0.14067 0.35206 0.14181 0.35676\n 11 50 2 0.14067 0.35206 0.15336 0.37030\n 11 50 2 0.14067 0.35206 0.13761 0.37352\n 11 490 22 0.14067 0.35206 0.14287 0.36146 0.14386 0.36615 0.14476 0.37085 0.14558 0.37555 0.14631 0.38024 0.14695 0.38494 0.14749 0.38964 0.14794 0.39433 0.14828 0.39903 0.14851 0.40372 0.14864 0.40842 0.14865 0.41312 0.14855 0.41781 0.14832 0.42251 0.14797 0.42721 0.14749 0.43190 0.14688 0.43660 0.14614 0.44130 0.14526 0.44599 0.14424 0.45069 0.14309 0.45538\n 11 50 2 0.14424 0.45069 0.14619 0.46475\n 11 50 2 0.14424 0.45069 0.13589 0.46261\n 11 160 7 0.14424 0.45069 0.14179 0.46008 0.14035 0.46478 0.13876 0.46947 0.13704 0.47417 0.13518 0.47887 0.13317 0.48356\n 11 490 22 0.42610 0.35676 0.43122 0.35629 0.43634 0.35620 0.44145 0.35651 0.44657 0.35722 0.45169 0.35835 0.45681 0.35989 0.46193 0.36184 0.46705 0.36417 0.47217 0.36686 0.47728 0.36989 0.48240 0.37324 0.48752 0.37687 0.49264 0.38077 0.49776 0.38492 0.50288 0.38928 0.50800 0.39383 0.51307 0.39853 0.51798 0.40323 0.52275 0.40792 0.52741 0.41262 0.53197 0.41732\n 11 50 2 0.53197 0.41732 0.52106 0.41192\n 11 50 2 0.53197 0.41732 0.52738 0.40675\n 11 490 22 0.53197 0.41732 0.53645 0.42201 0.54085 0.42671 0.54520 0.43140 0.54949 0.43610 0.55373 0.44080 0.55794 0.44549 0.56210 0.45019 0.56624 0.45489 0.57034 0.45958 0.57443 0.46428 0.57849 0.46898 0.58253 0.47367 0.58656 0.47837 0.59057 0.48306 0.59457 0.48776 0.59857 0.49246 0.60255 0.49715 0.60653 0.50185 0.61051 0.50655 0.61448 0.51124 0.61845 0.51594\n 11 50 2 0.61845 0.51594 0.59515 0.50249\n 11 50 2 0.61845 0.51594 0.61003 0.49189\n 11 490 22 0.61845 0.51594 0.62243 0.52063 0.62640 0.52533 0.63039 0.53003 0.63437 0.53472 0.63836 0.53942 0.64236 0.54412 0.64637 0.54881 0.65038 0.55351 0.65440 0.55821 0.65844 0.56290 0.66249 0.56760 0.66655 0.57229 0.67063 0.57699 0.67472 0.58169 0.67883 0.58638 0.68295 0.59108 0.68710 0.59578 0.69126 0.60047 0.69544 0.60517 0.69964 0.60987 0.70386 0.61456\n 11 50 2 0.70386 0.61456 0.67106 0.59685\n 11 50 2 0.70386 0.61456 0.69114 0.58165\n 11 490 22 0.70386 0.61456 0.70811 0.61926 0.71237 0.62395 0.71666 0.62865 0.72097 0.63335 0.72531 0.63804 0.72967 0.64274 0.73406 0.64744 0.73848 0.65213 0.74292 0.65683 0.74739 0.66153 0.75189 0.66622 0.75642 0.67092 0.76098 0.67561 0.76556 0.68031 0.77018 0.68501 0.77483 0.68970 0.77950 0.69440 0.78421 0.69910 0.78896 0.70379 0.79373 0.70849 0.79854 0.71319\n 11 50 2 0.79854 0.71319 0.75844 0.69460\n 11 50 2 0.79854 0.71319 0.78084 0.67531\n 11 424 19 0.79854 0.71319 0.80338 0.71788 0.80825 0.72258 0.81315 0.72728 0.81809 0.73197 0.82306 0.73667 0.82806 0.74136 0.83310 0.74606 0.83817 0.75076 0.84327 0.75545 0.84839 0.76013 0.85351 0.76479 0.85863 0.76941 0.86375 0.77401 0.86886 0.77857 0.87398 0.78312 0.87910 0.78763 0.88422 0.79213 0.88934 0.79660\n 11 72 3 0.42610 0.35676 0.42098 0.35723 0.41586 0.35809\n 11 50 2 0.42098 0.35723 0.41767 0.35901\n 11 50 2 0.42098 0.35723 0.41720 0.35664\n 11 248 11 0.42098 0.35723 0.41074 0.35931 0.40562 0.36084 0.40051 0.36266 0.39539 0.36473 0.39027 0.36701 0.38515 0.36946 0.38003 0.37207 0.37491 0.37481 0.36979 0.37765 0.36468 0.38058\n 11 490 22 0.42098 0.37085 0.42610 0.37114 0.43122 0.37178 0.43634 0.37276 0.44145 0.37408 0.44657 0.37574 0.45169 0.37774 0.45681 0.38004 0.46193 0.38265 0.46705 0.38554 0.47217 0.38870 0.47728 0.39211 0.48240 0.39574 0.48752 0.39960 0.49264 0.40364 0.49776 0.40787 0.50288 0.41227 0.50800 0.41682 0.51311 0.42151 0.51810 0.42621 0.52298 0.43090 0.52776 0.43560\n 11 50 2 0.52776 0.43560 0.51482 0.42956\n 11 50 2 0.52776 0.43560 0.52208 0.42334\n 11 490 22 0.52776 0.43560 0.53245 0.44030 0.53707 0.44499 0.54163 0.44969 0.54613 0.45438 0.55059 0.45908 0.55500 0.46378 0.55937 0.46847 0.56371 0.47317 0.56802 0.47787 0.57231 0.48256 0.57657 0.48726 0.58082 0.49196 0.58505 0.49665 0.58926 0.50135 0.59347 0.50604 0.59766 0.51074 0.60185 0.51544 0.60604 0.52013 0.61022 0.52483 0.61440 0.52953 0.61858 0.53422\n 11 50 2 0.61858 0.53422 0.59372 0.52065\n 11 50 2 0.61858 0.53422 0.60904 0.50916\n 11 490 22 0.61858 0.53422 0.62276 0.53892 0.62694 0.54362 0.63113 0.54831 0.63533 0.55301 0.63953 0.55770 0.64374 0.56240 0.64796 0.56710 0.65219 0.57179 0.65643 0.57649 0.66069 0.58119 0.66496 0.58588 0.66924 0.59058 0.67354 0.59528 0.67786 0.59997 0.68219 0.60467 0.68655 0.60936 0.69092 0.61406 0.69531 0.61876 0.69972 0.62345 0.70416 0.62815 0.70862 0.63285\n 11 50 2 0.70862 0.63285 0.67430 0.61544\n 11 50 2 0.70862 0.63285 0.69453 0.59927\n 11 490 22 0.70862 0.63285 0.71310 0.63754 0.71761 0.64224 0.72214 0.64694 0.72669 0.65163 0.73128 0.65633 0.73589 0.66102 0.74052 0.66572 0.74519 0.67042 0.74988 0.67511 0.75460 0.67981 0.75935 0.68451 0.76413 0.68920 0.76894 0.69390 0.77379 0.69860 0.77866 0.70329 0.78356 0.70799 0.78850 0.71268 0.79347 0.71738 0.79847 0.72208 0.80350 0.72677 0.80856 0.73147\n 11 50 2 0.80856 0.73147 0.76716 0.71351\n 11 50 2 0.80856 0.73147 0.78943 0.69329\n 11 380 17 0.80856 0.73147 0.81366 0.73617 0.81878 0.74085 0.82390 0.74551 0.82901 0.75014 0.83413 0.75474 0.83925 0.75932 0.84437 0.76386 0.84949 0.76838 0.85461 0.77288 0.85973 0.77735 0.86485 0.78180 0.86996 0.78622 0.87508 0.79063 0.88020 0.79501 0.88532 0.79937 0.89044 0.80371\n 11 72 3 0.42098 0.37085 0.41586 0.37056 0.41074 0.37062\n 11 50 2 0.41586 0.37056 0.41154 0.37206\n 11 50 2 0.41586 0.37056 0.41150 0.36916\n 11 490 22 0.41586 0.37056 0.40562 0.37104 0.40051 0.37178 0.39539 0.37284 0.39027 0.37419 0.38515 0.37580 0.38003 0.37764 0.37491 0.37970 0.36979 0.38194 0.36468 0.38435 0.35956 0.38690 0.35444 0.38958 0.34932 0.39236 0.34420 0.39524 0.33908 0.39820 0.33396 0.40124 0.32885 0.40434 0.32373 0.40750 0.31861 0.41071 0.31349 0.41397 0.30837 0.41727 0.30325 0.42061\n 11 50 2 0.30837 0.41727 0.30421 0.42281\n 11 50 2 0.30837 0.41727 0.30131 0.41906\n 11 490 22 0.40562 0.38494 0.41074 0.38519 0.41586 0.38573 0.42098 0.38657 0.42610 0.38771 0.43122 0.38914 0.43634 0.39085 0.44145 0.39285 0.44657 0.39512 0.45169 0.39764 0.45681 0.40041 0.46193 0.40340 0.46705 0.40662 0.47217 0.41004 0.47728 0.41365 0.48240 0.41744 0.48752 0.42140 0.49264 0.42551 0.49776 0.42976 0.50288 0.43415 0.50800 0.43865 0.51311 0.44327\n 11 50 2 0.51311 0.44327 0.50070 0.43808\n 11 50 2 0.51311 0.44327 0.50724 0.43197\n 11 490 22 0.51311 0.44327 0.51821 0.44796 0.52321 0.45266 0.52812 0.45736 0.53295 0.46205 0.53772 0.46675 0.54244 0.47145 0.54710 0.47614 0.55173 0.48084 0.55631 0.48553 0.56086 0.49023 0.56538 0.49493 0.56988 0.49962 0.57435 0.50432 0.57880 0.50902 0.58324 0.51371 0.58767 0.51841 0.59208 0.52311 0.59649 0.52780 0.60089 0.53250 0.60529 0.53719 0.60968 0.54189\n 11 50 2 0.60968 0.54189 0.58447 0.52888\n 11 50 2 0.60968 0.54189 0.59948 0.51705\n 11 490 22 0.60968 0.54189 0.61408 0.54659 0.61847 0.55128 0.62287 0.55598 0.62727 0.56068 0.63167 0.56537 0.63609 0.57007 0.64051 0.57476 0.64494 0.57946 0.64938 0.58416 0.65384 0.58885 0.65831 0.59355 0.66279 0.59825 0.66729 0.60294 0.67180 0.60764 0.67633 0.61234 0.68088 0.61703 0.68545 0.62173 0.69003 0.62642 0.69464 0.63112 0.69928 0.63582 0.70393 0.64051\n 11 50 2 0.70393 0.64051 0.66922 0.62377\n 11 50 2 0.70393 0.64051 0.68907 0.60722\n 11 490 22 0.70393 0.64051 0.70861 0.64521 0.71331 0.64991 0.71803 0.65460 0.72278 0.65930 0.72756 0.66400 0.73236 0.66869 0.73719 0.67339 0.74205 0.67809 0.74694 0.68278 0.75186 0.68748 0.75680 0.69217 0.76178 0.69687 0.76678 0.70157 0.77181 0.70626 0.77688 0.71096 0.78198 0.71566 0.78710 0.72034 0.79221 0.72501 0.79733 0.72964 0.80245 0.73424 0.80757 0.73882\n 11 50 2 0.80757 0.73882 0.76581 0.72155\n 11 50 2 0.80757 0.73882 0.78768 0.70096\n 11 380 17 0.80757 0.73882 0.81269 0.74337 0.81781 0.74790 0.82293 0.75240 0.82804 0.75687 0.83316 0.76132 0.83828 0.76575 0.84340 0.77015 0.84852 0.77453 0.85364 0.77889 0.85876 0.78323 0.86387 0.78755 0.86899 0.79185 0.87411 0.79613 0.87923 0.80039 0.88435 0.80463 0.88947 0.80886\n 11 72 3 0.40562 0.38494 0.40051 0.38469 0.39539 0.38475\n 11 50 2 0.40051 0.38469 0.39548 0.38644\n 11 50 2 0.40051 0.38469 0.39543 0.38306\n 11 292 13 0.40051 0.38469 0.39027 0.38511 0.38515 0.38577 0.38003 0.38670 0.37491 0.38789 0.36979 0.38932 0.36468 0.39099 0.35956 0.39285 0.35444 0.39491 0.34932 0.39713 0.34420 0.39950 0.33908 0.40202 0.33396 0.40466\n 11 490 22 0.38515 0.39903 0.39027 0.39897 0.39539 0.39917 0.40051 0.39962 0.40562 0.40034 0.41074 0.40132 0.41586 0.40256 0.42098 0.40406 0.42610 0.40580 0.43122 0.40778 0.43634 0.41000 0.44145 0.41245 0.44657 0.41510 0.45169 0.41796 0.45681 0.42101 0.46193 0.42424 0.46705 0.42765 0.47217 0.43121 0.47728 0.43493 0.48240 0.43879 0.48752 0.44278 0.49264 0.44689\n 11 50 2 0.49264 0.44689 0.47936 0.44216\n 11 50 2 0.49264 0.44689 0.48578 0.43544\n 11 490 22 0.49264 0.44689 0.49776 0.45111 0.50288 0.45544 0.50800 0.45987 0.51311 0.46439 0.51823 0.46899 0.52335 0.47366 0.52842 0.47836 0.53341 0.48306 0.53836 0.48775 0.54325 0.49245 0.54809 0.49715 0.55290 0.50184 0.55768 0.50654 0.56242 0.51123 0.56714 0.51593 0.57184 0.52063 0.57651 0.52532 0.58118 0.53002 0.58583 0.53472 0.59046 0.53941 0.59510 0.54411\n 11 50 2 0.59510 0.54411 0.57027 0.53207\n 11 50 2 0.59510 0.54411 0.58451 0.52024\n 11 490 22 0.59510 0.54411 0.59972 0.54881 0.60434 0.55350 0.60896 0.55820 0.61358 0.56289 0.61821 0.56759 0.62283 0.57229 0.62746 0.57698 0.63210 0.58168 0.63675 0.58638 0.64140 0.59107 0.64607 0.59577 0.65075 0.60047 0.65544 0.60516 0.66014 0.60986 0.66487 0.61455 0.66960 0.61925 0.67436 0.62395 0.67913 0.62864 0.68393 0.63334 0.68874 0.63804 0.69358 0.64273\n 11 50 2 0.69358 0.64273 0.65917 0.62690\n 11 50 2 0.69358 0.64273 0.67831 0.61031\n 11 490 22 0.69358 0.64273 0.69843 0.64743 0.70331 0.65213 0.70822 0.65682 0.71315 0.66152 0.71810 0.66621 0.72308 0.67091 0.72808 0.67561 0.73311 0.68030 0.73817 0.68500 0.74326 0.68970 0.74837 0.69439 0.75349 0.69907 0.75861 0.70371 0.76373 0.70833 0.76885 0.71293 0.77397 0.71750 0.77909 0.72204 0.78420 0.72656 0.78932 0.73106 0.79444 0.73553 0.79956 0.73998\n 11 50 2 0.79956 0.73998 0.75805 0.72347\n 11 50 2 0.79956 0.73998 0.77933 0.70285\n 11 424 19 0.79956 0.73998 0.80468 0.74440 0.80980 0.74880 0.81492 0.75318 0.82004 0.75754 0.82515 0.76187 0.83027 0.76618 0.83539 0.77048 0.84051 0.77475 0.84563 0.77900 0.85075 0.78324 0.85587 0.78746 0.86098 0.79166 0.86610 0.79584 0.87122 0.80000 0.87634 0.80415 0.88146 0.80829 0.88658 0.81241 0.89170 0.81652\n 11 72 3 0.38515 0.39903 0.38003 0.39909 0.37491 0.39941\n 11 50 2 0.38003 0.39909 0.37444 0.40137\n 11 50 2 0.38003 0.39909 0.37415 0.39753\n 11 248 11 0.38003 0.39909 0.36979 0.39999 0.36468 0.40083 0.35956 0.40190 0.35444 0.40320 0.34932 0.40471 0.34420 0.40642 0.33908 0.40831 0.33396 0.41037 0.32885 0.41259 0.32373 0.41496\n 11 490 22 0.36468 0.41312 0.36979 0.41279 0.37491 0.41268 0.38003 0.41281 0.38515 0.41317 0.39027 0.41376 0.39539 0.41459 0.40051 0.41565 0.40562 0.41694 0.41074 0.41845 0.41586 0.42018 0.42098 0.42213 0.42610 0.42428 0.43122 0.42663 0.43634 0.42917 0.44145 0.43189 0.44657 0.43478 0.45169 0.43784 0.45681 0.44105 0.46193 0.44441 0.46705 0.44791 0.47217 0.45154\n 11 50 2 0.47217 0.45154 0.45941 0.44780\n 11 50 2 0.47217 0.45154 0.46501 0.44115\n 11 490 22 0.47217 0.45154 0.47728 0.45529 0.48240 0.45915 0.48752 0.46312 0.49264 0.46718 0.49776 0.47135 0.50288 0.47559 0.50800 0.47992 0.51311 0.48432 0.51823 0.48878 0.52335 0.49331 0.52847 0.49790 0.53359 0.50253 0.53871 0.50721 0.54379 0.51191 0.54884 0.51661 0.55385 0.52130 0.55883 0.52600 0.56378 0.53070 0.56872 0.53539 0.57363 0.54009 0.57852 0.54478\n 11 50 2 0.57852 0.54478 0.55315 0.53329\n 11 50 2 0.57852 0.54478 0.56713 0.52102\n 11 490 22 0.57852 0.54478 0.58341 0.54948 0.58828 0.55418 0.59315 0.55887 0.59801 0.56357 0.60286 0.56827 0.60772 0.57296 0.61257 0.57766 0.61743 0.58236 0.62230 0.58705 0.62716 0.59175 0.63204 0.59644 0.63692 0.60114 0.64182 0.60584 0.64673 0.61053 0.65165 0.61523 0.65658 0.61993 0.66153 0.62462 0.66649 0.62932 0.67148 0.63402 0.67648 0.63871 0.68150 0.64341\n 11 50 2 0.68150 0.64341 0.64694 0.62825\n 11 50 2 0.68150 0.64341 0.66564 0.61141\n 11 490 22 0.68150 0.64341 0.68654 0.64810 0.69160 0.65280 0.69668 0.65750 0.70179 0.66219 0.70691 0.66688 0.71203 0.67154 0.71715 0.67619 0.72226 0.68081 0.72738 0.68540 0.73250 0.68998 0.73762 0.69453 0.74274 0.69906 0.74786 0.70356 0.75298 0.70805 0.75809 0.71251 0.76321 0.71695 0.76833 0.72136 0.77345 0.72576 0.77857 0.73013 0.78369 0.73448 0.78881 0.73881\n 11 50 2 0.78881 0.73881 0.74757 0.72300\n 11 50 2 0.78881 0.73881 0.76829 0.70238\n 11 468 21 0.78881 0.73881 0.79393 0.74312 0.79904 0.74741 0.80416 0.75168 0.80928 0.75593 0.81440 0.76016 0.81952 0.76437 0.82464 0.76857 0.82976 0.77274 0.83487 0.77690 0.83999 0.78105 0.84511 0.78517 0.85023 0.78928 0.85535 0.79338 0.86047 0.79746 0.86559 0.80152 0.87070 0.80558 0.87582 0.80962 0.88094 0.81364 0.88606 0.81766 0.89118 0.82166\n 11 72 3 0.36468 0.41312 0.35956 0.41345 0.35444 0.41401\n 11 50 2 0.35956 0.41345 0.35345 0.41628\n 11 50 2 0.35956 0.41345 0.35289 0.41202\n 11 446 20 0.35956 0.41345 0.34932 0.41480 0.34420 0.41581 0.33908 0.41703 0.33396 0.41845 0.32885 0.42006 0.32373 0.42184 0.31861 0.42379 0.31349 0.42590 0.30837 0.42816 0.30325 0.43055 0.29813 0.43307 0.29302 0.43570 0.28790 0.43844 0.28278 0.44128 0.27766 0.44421 0.27254 0.44723 0.26742 0.45033 0.26230 0.45350 0.25719 0.45674\n 11 490 22 0.34932 0.42721 0.35444 0.42685 0.35956 0.42670 0.36468 0.42676 0.36979 0.42703 0.37491 0.42751 0.38003 0.42820 0.38515 0.42910 0.39027 0.43021 0.39539 0.43152 0.40051 0.43304 0.40562 0.43475 0.41074 0.43664 0.41586 0.43873 0.42098 0.44098 0.42610 0.44341 0.43122 0.44600 0.43634 0.44874 0.44145 0.45163 0.44657 0.45467 0.45169 0.45783 0.45681 0.46112\n 11 50 2 0.45681 0.46112 0.44330 0.45780\n 11 50 2 0.45681 0.46112 0.44879 0.45061\n 11 490 22 0.45681 0.46112 0.46193 0.46453 0.46705 0.46806 0.47217 0.47169 0.47728 0.47541 0.48240 0.47923 0.48752 0.48314 0.49264 0.48713 0.49776 0.49119 0.50288 0.49533 0.50800 0.49953 0.51311 0.50378 0.51823 0.50810 0.52335 0.51246 0.52847 0.51688 0.53359 0.52133 0.53871 0.52582 0.54383 0.53035 0.54894 0.53490 0.55406 0.53949 0.55918 0.54410 0.56430 0.54873\n 11 50 2 0.56430 0.54873 0.53933 0.53824\n 11 50 2 0.56430 0.54873 0.55252 0.52597\n 11 490 22 0.56430 0.54873 0.56942 0.55338 0.57454 0.55804 0.57966 0.56272 0.58477 0.56741 0.58989 0.57210 0.59501 0.57680 0.60012 0.58149 0.60523 0.58619 0.61034 0.59089 0.61545 0.59558 0.62056 0.60028 0.62568 0.60497 0.63080 0.60966 0.63592 0.61434 0.64104 0.61901 0.64615 0.62367 0.65127 0.62831 0.65639 0.63295 0.66151 0.63757 0.66663 0.64218 0.67175 0.64677\n 11 50 2 0.67175 0.64677 0.63685 0.63228\n 11 50 2 0.67175 0.64677 0.65516 0.61508\n 11 490 22 0.67175 0.64677 0.67687 0.65134 0.68198 0.65590 0.68710 0.66044 0.69222 0.66497 0.69734 0.66947 0.70246 0.67396 0.70758 0.67843 0.71270 0.68288 0.71781 0.68732 0.72293 0.69173 0.72805 0.69612 0.73317 0.70050 0.73829 0.70485 0.74341 0.70919 0.74853 0.71351 0.75365 0.71780 0.75876 0.72208 0.76388 0.72634 0.76900 0.73058 0.77412 0.73481 0.77924 0.73901\n 11 50 2 0.77924 0.73901 0.73775 0.72376\n 11 50 2 0.77924 0.73901 0.75815 0.70286\n 11 490 22 0.77924 0.73901 0.78436 0.74320 0.78948 0.74737 0.79459 0.75152 0.79971 0.75565 0.80483 0.75977 0.80995 0.76387 0.81507 0.76796 0.82019 0.77203 0.82531 0.77609 0.83042 0.78013 0.83554 0.78415 0.84066 0.78817 0.84578 0.79217 0.85090 0.79615 0.85602 0.80013 0.86114 0.80409 0.86625 0.80804 0.87137 0.81199 0.87649 0.81592 0.88161 0.81984 0.88673 0.82375\n 11 50 2 0.88673 0.82375 0.84084 0.80860\n 11 50 2 0.88673 0.82375 0.86220 0.78508\n 11 50 2 0.88673 0.82375 0.89185 0.82765\n 11 72 3 0.34932 0.42721 0.34420 0.42756 0.33908 0.42813\n 11 50 2 0.34420 0.42756 0.33746 0.43070\n 11 50 2 0.34420 0.42756 0.33684 0.42599\n 11 490 22 0.34420 0.42756 0.33396 0.42891 0.32885 0.42989 0.32373 0.43106 0.31861 0.43242 0.31349 0.43396 0.30837 0.43567 0.30325 0.43754 0.29813 0.43957 0.29302 0.44174 0.28790 0.44405 0.28278 0.44649 0.27766 0.44905 0.27254 0.45172 0.26742 0.45450 0.26230 0.45737 0.25719 0.46035 0.25207 0.46340 0.24695 0.46654 0.24183 0.46976 0.23671 0.47306 0.23159 0.47642\n 11 50 2 0.23671 0.47306 0.23110 0.48058\n 11 50 2 0.23671 0.47306 0.22714 0.47552\n 11 50 2 0.23671 0.47306 0.22647 0.47986\n 11 490 22 0.33396 0.44130 0.33908 0.44089 0.34420 0.44067 0.34932 0.44065 0.35444 0.44081 0.35956 0.44117 0.36468 0.44173 0.36979 0.44247 0.37491 0.44341 0.38003 0.44453 0.38515 0.44583 0.39027 0.44731 0.39539 0.44897 0.40051 0.45080 0.40562 0.45280 0.41074 0.45495 0.41586 0.45725 0.42098 0.45971 0.42610 0.46230 0.43122 0.46502 0.43634 0.46788 0.44145 0.47086\n 11 50 2 0.44145 0.47086 0.42724 0.46800\n 11 50 2 0.44145 0.47086 0.43257 0.46029\n 11 490 22 0.44145 0.47086 0.44657 0.47395 0.45169 0.47715 0.45681 0.48046 0.46193 0.48387 0.46705 0.48737 0.47217 0.49095 0.47728 0.49462 0.48240 0.49836 0.48752 0.50218 0.49264 0.50606 0.49776 0.51000 0.50288 0.51401 0.50800 0.51806 0.51311 0.52217 0.51823 0.52632 0.52335 0.53052 0.52847 0.53475 0.53359 0.53902 0.53871 0.54332 0.54383 0.54764 0.54894 0.55200\n 11 50 2 0.54894 0.55200 0.52440 0.54252\n 11 50 2 0.54894 0.55200 0.53679 0.53026\n 11 490 22 0.54894 0.55200 0.55406 0.55637 0.55918 0.56077 0.56430 0.56518 0.56942 0.56961 0.57454 0.57405 0.57966 0.57850 0.58477 0.58297 0.58989 0.58743 0.59501 0.59190 0.60013 0.59638 0.60525 0.60085 0.61037 0.60532 0.61549 0.60980 0.62060 0.61426 0.62572 0.61873 0.63084 0.62319 0.63596 0.62764 0.64108 0.63208 0.64620 0.63651 0.65132 0.64093 0.65643 0.64535\n 11 50 2 0.65643 0.64535 0.62187 0.63175\n 11 50 2 0.65643 0.64535 0.63948 0.61455\n 11 490 22 0.65643 0.64535 0.66155 0.64975 0.66667 0.65414 0.67179 0.65851 0.67691 0.66287 0.68203 0.66722 0.68715 0.67156 0.69226 0.67587 0.69738 0.68018 0.70250 0.68447 0.70762 0.68874 0.71274 0.69300 0.71786 0.69724 0.72298 0.70147 0.72809 0.70568 0.73321 0.70987 0.73833 0.71405 0.74345 0.71821 0.74857 0.72235 0.75369 0.72648 0.75881 0.73059 0.76392 0.73469\n 11 50 2 0.76392 0.73469 0.72274 0.72011\n 11 50 2 0.76392 0.73469 0.74259 0.69923\n 11 94 4 0.76392 0.73469 0.76904 0.73877 0.77416 0.74284 0.77928 0.74689\n 11 72 3 0.33396 0.44130 0.32885 0.44170 0.32373 0.44230\n 11 50 2 0.32885 0.44170 0.32151 0.44518\n 11 50 2 0.32885 0.44170 0.32079 0.44003\n 11 358 16 0.32885 0.44170 0.31861 0.44309 0.31349 0.44407 0.30837 0.44523 0.30325 0.44657 0.29813 0.44808 0.29302 0.44975 0.28790 0.45157 0.28278 0.45355 0.27766 0.45567 0.27254 0.45793 0.26742 0.46032 0.26230 0.46283 0.25719 0.46545 0.25207 0.46818 0.24695 0.47102\n 11 490 22 0.31861 0.45538 0.32373 0.45491 0.32885 0.45460 0.33396 0.45447 0.33908 0.45453 0.34420 0.45475 0.34932 0.45516 0.35444 0.45574 0.35956 0.45650 0.36468 0.45743 0.36979 0.45853 0.37491 0.45979 0.38003 0.46122 0.38515 0.46280 0.39027 0.46455 0.39539 0.46644 0.40051 0.46847 0.40562 0.47065 0.41074 0.47296 0.41586 0.47539 0.42098 0.47795 0.42610 0.48063\n 11 50 2 0.42610 0.48063 0.41254 0.47850\n 11 50 2 0.42610 0.48063 0.41721 0.47101\n 11 490 22 0.42610 0.48063 0.43122 0.48342 0.43634 0.48632 0.44145 0.48932 0.44657 0.49242 0.45169 0.49561 0.45681 0.49889 0.46193 0.50224 0.46705 0.50568 0.47217 0.50919 0.47728 0.51277 0.48240 0.51641 0.48752 0.52011 0.49264 0.52387 0.49776 0.52768 0.50288 0.53154 0.50800 0.53544 0.51311 0.53939 0.51823 0.54338 0.52335 0.54740 0.52847 0.55145 0.53359 0.55553\n 11 50 2 0.53359 0.55553 0.50951 0.54705\n 11 50 2 0.53359 0.55553 0.52109 0.53484\n 11 490 22 0.53359 0.55553 0.53871 0.55964 0.54383 0.56378 0.54894 0.56793 0.55406 0.57211 0.55918 0.57630 0.56430 0.58050 0.56942 0.58472 0.57454 0.58895 0.57966 0.59319 0.58477 0.59744 0.58989 0.60169 0.59501 0.60594 0.60013 0.61020 0.60525 0.61446 0.61037 0.61871 0.61549 0.62297 0.62060 0.62723 0.62572 0.63147 0.63084 0.63572 0.63596 0.63996 0.64108 0.64419\n 11 50 2 0.64108 0.64419 0.60687 0.63149\n 11 50 2 0.64108 0.64419 0.62377 0.61429\n 11 490 22 0.64108 0.64419 0.64620 0.64842 0.65132 0.65263 0.65643 0.65684 0.66155 0.66104 0.66667 0.66523 0.67179 0.66941 0.67691 0.67357 0.68203 0.67773 0.68715 0.68187 0.69226 0.68600 0.69738 0.69012 0.70250 0.69423 0.70762 0.69832 0.71274 0.70240 0.71786 0.70647 0.72298 0.71052 0.72809 0.71456 0.73321 0.71859 0.73833 0.72260 0.74345 0.72660 0.74857 0.73059\n 11 50 2 0.74857 0.73059 0.70768 0.71669\n 11 50 2 0.74857 0.73059 0.72699 0.69583\n 11 490 22 0.74857 0.73059 0.75369 0.73456 0.75881 0.73853 0.76392 0.74247 0.76904 0.74641 0.77416 0.75033 0.77928 0.75425 0.78440 0.75815 0.78952 0.76203 0.79464 0.76591 0.79976 0.76978 0.80487 0.77363 0.80999 0.77747 0.81511 0.78131 0.82023 0.78513 0.82535 0.78895 0.83047 0.79275 0.83559 0.79655 0.84070 0.80033 0.84582 0.80411 0.85094 0.80789 0.85606 0.81165\n 11 50 2 0.85606 0.81165 0.81062 0.79752\n 11 50 2 0.85606 0.81165 0.83114 0.77403\n 11 160 7 0.85606 0.81165 0.86118 0.81541 0.86630 0.81916 0.87142 0.82291 0.87653 0.82665 0.88165 0.83038 0.88677 0.83411\n 11 72 3 0.31861 0.45538 0.31349 0.45586 0.30837 0.45652\n 11 50 2 0.31349 0.45586 0.30559 0.45972\n 11 50 2 0.31349 0.45586 0.30474 0.45416\n 11 490 22 0.31349 0.45586 0.30325 0.45736 0.29813 0.45837 0.29302 0.45955 0.28790 0.46090 0.28278 0.46240 0.27766 0.46407 0.27254 0.46588 0.26742 0.46784 0.26230 0.46994 0.25719 0.47217 0.25207 0.47454 0.24695 0.47702 0.24183 0.47962 0.23671 0.48234 0.23159 0.48516 0.22647 0.48809 0.22136 0.49112 0.21624 0.49424 0.21112 0.49744 0.20600 0.50074 0.20088 0.50413\n 11 50 2 0.20600 0.50074 0.19966 0.50929\n 11 50 2 0.20600 0.50074 0.19516 0.50355\n 11 314 14 0.20600 0.50074 0.19576 0.50759 0.19064 0.51113 0.18553 0.51474 0.18041 0.51844 0.17529 0.52220 0.17017 0.52604 0.16505 0.52994 0.15993 0.53392 0.15481 0.53796 0.14970 0.54207 0.14458 0.54625 0.13946 0.55049 0.13434 0.55480\n 11 490 22 0.30325 0.46947 0.30837 0.46890 0.31349 0.46849 0.31861 0.46824 0.32373 0.46816 0.32885 0.46824 0.33396 0.46849 0.33908 0.46890 0.34420 0.46947 0.34932 0.47021 0.35444 0.47110 0.35956 0.47215 0.36468 0.47334 0.36979 0.47469 0.37491 0.47619 0.38003 0.47782 0.38515 0.47960 0.39027 0.48150 0.39539 0.48354 0.40051 0.48570 0.40562 0.48797 0.41074 0.49036\n 11 50 2 0.41074 0.49036 0.39654 0.48877\n 11 50 2 0.41074 0.49036 0.40098 0.48076\n 11 490 22 0.41074 0.49036 0.41586 0.49286 0.42098 0.49547 0.42610 0.49817 0.43122 0.50097 0.43634 0.50386 0.44145 0.50684 0.44657 0.50991 0.45169 0.51305 0.45681 0.51626 0.46193 0.51954 0.46705 0.52289 0.47217 0.52630 0.47728 0.52977 0.48240 0.53329 0.48752 0.53687 0.49264 0.54049 0.49776 0.54416 0.50288 0.54787 0.50800 0.55162 0.51311 0.55541 0.51823 0.55922\n 11 50 2 0.51823 0.55922 0.49365 0.55141\n 11 50 2 0.51823 0.55922 0.50488 0.53874\n 11 490 22 0.51823 0.55922 0.52335 0.56307 0.52847 0.56695 0.53359 0.57085 0.53871 0.57477 0.54383 0.57872 0.54894 0.58269 0.55406 0.58667 0.55918 0.59066 0.56430 0.59467 0.56942 0.59869 0.57454 0.60272 0.57966 0.60676 0.58477 0.61081 0.58989 0.61486 0.59501 0.61891 0.60013 0.62297 0.60525 0.62703 0.61037 0.63108 0.61549 0.63514 0.62060 0.63920 0.62572 0.64325\n 11 50 2 0.62572 0.64325 0.59188 0.63146\n 11 50 2 0.62572 0.64325 0.60806 0.61426\n 11 490 22 0.62572 0.64325 0.63084 0.64730 0.63596 0.65134 0.64108 0.65538 0.64620 0.65942 0.65132 0.66344 0.65643 0.66747 0.66155 0.67148 0.66667 0.67548 0.67179 0.67948 0.67691 0.68347 0.68203 0.68745 0.68715 0.69142 0.69226 0.69538 0.69738 0.69932 0.70250 0.70326 0.70762 0.70719 0.71274 0.71111 0.71786 0.71502 0.72298 0.71892 0.72809 0.72280 0.73321 0.72668\n 11 50 2 0.73321 0.72668 0.69263 0.71347\n 11 50 2 0.73321 0.72668 0.71138 0.69262\n 11 490 22 0.73321 0.72668 0.73833 0.73054 0.74345 0.73440 0.74857 0.73824 0.75369 0.74208 0.75881 0.74590 0.76392 0.74972 0.76904 0.75352 0.77416 0.75731 0.77928 0.76110 0.78440 0.76487 0.78952 0.76864 0.79464 0.77239 0.79976 0.77614 0.80487 0.77988 0.80999 0.78361 0.81511 0.78733 0.82023 0.79105 0.82535 0.79476 0.83047 0.79846 0.83559 0.80216 0.84070 0.80584\n 11 50 2 0.84070 0.80584 0.79565 0.79229\n 11 50 2 0.84070 0.80584 0.81568 0.76889\n 11 226 10 0.84070 0.80584 0.84582 0.80953 0.85094 0.81321 0.85606 0.81688 0.86118 0.82055 0.86630 0.82421 0.87142 0.82787 0.87653 0.83152 0.88165 0.83518 0.88677 0.83883\n 11 72 3 0.30325 0.46947 0.29813 0.47005 0.29302 0.47079\n 11 50 2 0.29813 0.47005 0.28971 0.47433\n 11 50 2 0.29813 0.47005 0.28868 0.46836\n 11 490 22 0.29813 0.47005 0.28790 0.47170 0.28278 0.47277 0.27766 0.47400 0.27254 0.47539 0.26742 0.47693 0.26230 0.47862 0.25719 0.48045 0.25207 0.48242 0.24695 0.48453 0.24183 0.48677 0.23671 0.48914 0.23159 0.49164 0.22647 0.49425 0.22136 0.49697 0.21624 0.49980 0.21112 0.50274 0.20600 0.50578 0.20088 0.50892 0.19576 0.51215 0.19064 0.51548 0.18553 0.51890\n 11 50 2 0.19064 0.51548 0.18393 0.52462\n 11 50 2 0.19064 0.51548 0.17910 0.51852\n 11 72 3 0.19064 0.51548 0.18041 0.52240 0.17529 0.52598\n 11 490 22 0.31349 0.47887 0.31861 0.47889 0.32373 0.47906 0.32885 0.47939 0.33396 0.47987 0.33908 0.48051 0.34420 0.48129 0.34932 0.48222 0.35444 0.48329 0.35956 0.48451 0.36468 0.48586 0.36979 0.48734 0.37491 0.48896 0.38003 0.49070 0.38515 0.49257 0.39027 0.49456 0.39539 0.49666 0.40051 0.49886 0.40562 0.50118 0.41074 0.50359 0.41586 0.50611 0.42098 0.50872\n 11 50 2 0.42098 0.50872 0.40479 0.50635\n 11 50 2 0.42098 0.50872 0.41024 0.49736\n 11 490 22 0.42098 0.50872 0.42610 0.51141 0.43122 0.51419 0.43634 0.51705 0.44145 0.51999 0.44657 0.52300 0.45169 0.52608 0.45681 0.52923 0.46193 0.53244 0.46705 0.53571 0.47217 0.53903 0.47728 0.54240 0.48240 0.54583 0.48752 0.54930 0.49264 0.55281 0.49776 0.55636 0.50288 0.55995 0.50800 0.56358 0.51311 0.56724 0.51823 0.57093 0.52335 0.57464 0.52847 0.57838\n 11 50 2 0.52847 0.57838 0.50286 0.57050\n 11 50 2 0.52847 0.57838 0.51437 0.55724\n 11 490 22 0.52847 0.57838 0.53359 0.58214 0.53871 0.58593 0.54383 0.58973 0.54894 0.59355 0.55406 0.59739 0.55918 0.60124 0.56430 0.60510 0.56942 0.60897 0.57454 0.61286 0.57966 0.61675 0.58477 0.62064 0.58989 0.62454 0.59501 0.62845 0.60013 0.63236 0.60525 0.63627 0.61037 0.64018 0.61549 0.64409 0.62060 0.64800 0.62572 0.65191 0.63084 0.65582 0.63596 0.65972\n 11 50 2 0.63596 0.65972 0.60135 0.64833\n 11 50 2 0.63596 0.65972 0.61742 0.63058\n 11 490 22 0.63596 0.65972 0.64108 0.66362 0.64620 0.66751 0.65132 0.67140 0.65643 0.67529 0.66155 0.67916 0.66667 0.68304 0.67179 0.68690 0.67691 0.69076 0.68203 0.69461 0.68715 0.69845 0.69226 0.70228 0.69738 0.70611 0.70250 0.70993 0.70762 0.71374 0.71274 0.71754 0.71786 0.72133 0.72298 0.72512 0.72809 0.72889 0.73321 0.73266 0.73833 0.73642 0.74345 0.74016\n 11 50 2 0.74345 0.74016 0.70188 0.72733\n 11 50 2 0.74345 0.74016 0.72060 0.70582\n 11 380 17 0.74345 0.74016 0.74857 0.74390 0.75369 0.74764 0.75881 0.75136 0.76392 0.75508 0.76904 0.75878 0.77416 0.76248 0.77928 0.76617 0.78440 0.76986 0.78952 0.77353 0.79464 0.77720 0.79976 0.78086 0.80487 0.78452 0.80999 0.78817 0.81511 0.79181 0.82023 0.79545 0.82535 0.79908\n 11 72 3 0.31349 0.47887 0.30837 0.47885 0.30325 0.47899\n 11 50 2 0.30837 0.47885 0.29848 0.48246\n 11 50 2 0.30837 0.47885 0.29827 0.47578\n 11 468 21 0.30837 0.47885 0.29813 0.47929 0.29302 0.47975 0.28790 0.48038 0.28278 0.48116 0.27766 0.48210 0.27254 0.48320 0.26742 0.48446 0.26230 0.48586 0.25719 0.48742 0.25207 0.48911 0.24695 0.49095 0.24183 0.49293 0.23671 0.49504 0.23159 0.49728 0.22647 0.49965 0.22136 0.50214 0.21624 0.50475 0.21112 0.50747 0.20600 0.51030 0.20088 0.51324\n 11 490 22 0.28278 0.49296 0.28790 0.49234 0.29302 0.49187 0.29813 0.49155 0.30325 0.49138 0.30837 0.49135 0.31349 0.49147 0.31861 0.49173 0.32373 0.49214 0.32885 0.49270 0.33396 0.49339 0.33908 0.49422 0.34420 0.49518 0.34932 0.49628 0.35444 0.49750 0.35956 0.49886 0.36468 0.50033 0.36979 0.50192 0.37491 0.50363 0.38003 0.50545 0.38515 0.50738 0.39027 0.50941\n 11 50 2 0.39027 0.50941 0.37546 0.50860\n 11 50 2 0.39027 0.50941 0.37949 0.50005\n 11 490 22 0.39027 0.50941 0.39539 0.51155 0.40051 0.51378 0.40562 0.51610 0.41074 0.51851 0.41586 0.52101 0.42098 0.52359 0.42610 0.52625 0.43122 0.52899 0.43634 0.53179 0.44145 0.53466 0.44657 0.53760 0.45169 0.54060 0.45681 0.54365 0.46193 0.54676 0.46705 0.54993 0.47217 0.55314 0.47728 0.55640 0.48240 0.55970 0.48752 0.56304 0.49264 0.56642 0.49776 0.56984\n 11 50 2 0.49776 0.56984 0.47433 0.56366\n 11 50 2 0.49776 0.56984 0.48414 0.55129\n 11 490 22 0.49776 0.56984 0.50288 0.57329 0.50800 0.57677 0.51311 0.58028 0.51823 0.58382 0.52335 0.58738 0.52847 0.59096 0.53359 0.59457 0.53871 0.59820 0.54383 0.60184 0.54894 0.60550 0.55406 0.60917 0.55918 0.61286 0.56430 0.61656 0.56942 0.62027 0.57454 0.62399 0.57966 0.62771 0.58477 0.63144 0.58989 0.63518 0.59501 0.63892 0.60013 0.64267 0.60525 0.64642\n 11 50 2 0.60525 0.64642 0.57227 0.63624\n 11 50 2 0.60525 0.64642 0.58712 0.61917\n 11 490 22 0.60525 0.64642 0.61037 0.65017 0.61549 0.65392 0.62060 0.65767 0.62572 0.66142 0.63084 0.66517 0.63596 0.66892 0.64108 0.67266 0.64620 0.67641 0.65132 0.68015 0.65643 0.68388 0.66155 0.68761 0.66667 0.69134 0.67179 0.69506 0.67691 0.69878 0.68203 0.70249 0.68715 0.70619 0.69226 0.70989 0.69738 0.71358 0.70250 0.71727 0.70762 0.72095 0.71274 0.72462\n 11 50 2 0.71274 0.72462 0.67314 0.71279\n 11 50 2 0.71274 0.72462 0.69069 0.69221\n 11 50 2 0.71274 0.72462 0.71786 0.72829\n 11 72 3 0.28278 0.49296 0.27766 0.49357 0.27254 0.49434\n 11 50 2 0.27766 0.49357 0.26806 0.49851\n 11 50 2 0.27766 0.49357 0.26685 0.49169\n 11 490 22 0.27766 0.49357 0.26742 0.49526 0.26230 0.49632 0.25719 0.49754 0.25207 0.49890 0.24695 0.50041 0.24183 0.50206 0.23671 0.50384 0.23159 0.50577 0.22647 0.50782 0.22136 0.51000 0.21624 0.51231 0.21112 0.51475 0.20600 0.51730 0.20088 0.51998 0.19576 0.52276 0.19064 0.52566 0.18553 0.52867 0.18041 0.53178 0.17529 0.53500 0.17017 0.53831 0.16505 0.54172\n 11 50 2 0.17017 0.53831 0.16301 0.54806\n 11 50 2 0.17017 0.53831 0.15785 0.54155\n 11 182 8 0.17017 0.53831 0.15993 0.54524 0.15481 0.54884 0.14970 0.55253 0.14458 0.55632 0.13946 0.56020 0.13434 0.56416 0.12922 0.56821\n 11 490 22 0.29813 0.50235 0.30325 0.50237 0.30837 0.50253 0.31349 0.50282 0.31861 0.50326 0.32373 0.50382 0.32885 0.50452 0.33396 0.50535 0.33908 0.50630 0.34420 0.50738 0.34932 0.50858 0.35444 0.50989 0.35956 0.51132 0.36468 0.51286 0.36979 0.51451 0.37491 0.51626 0.38003 0.51811 0.38515 0.52006 0.39027 0.52211 0.39539 0.52425 0.40051 0.52647 0.40562 0.52878\n 11 50 2 0.40562 0.52878 0.38765 0.52700\n 11 50 2 0.40562 0.52878 0.39310 0.51681\n 11 490 22 0.40562 0.52878 0.41074 0.53116 0.41586 0.53363 0.42098 0.53616 0.42610 0.53877 0.43122 0.54145 0.43634 0.54419 0.44145 0.54699 0.44657 0.54985 0.45169 0.55277 0.45681 0.55573 0.46193 0.55875 0.46705 0.56181 0.47217 0.56492 0.47728 0.56808 0.48240 0.57127 0.48752 0.57449 0.49264 0.57776 0.49776 0.58106 0.50288 0.58438 0.50800 0.58774 0.51311 0.59112\n 11 50 2 0.51311 0.59112 0.48697 0.58435\n 11 50 2 0.51311 0.59112 0.49783 0.57052\n 11 490 22 0.51311 0.59112 0.51823 0.59453 0.52335 0.59796 0.52847 0.60141 0.53359 0.60489 0.53871 0.60838 0.54383 0.61189 0.54894 0.61541 0.55406 0.61895 0.55918 0.62250 0.56430 0.62606 0.56942 0.62963 0.57454 0.63321 0.57966 0.63680 0.58477 0.64040 0.58989 0.64400 0.59501 0.64760 0.60013 0.65122 0.60525 0.65483 0.61037 0.65845 0.61549 0.66207 0.62060 0.66569\n 11 50 2 0.62060 0.66569 0.58621 0.65566\n 11 50 2 0.62060 0.66569 0.60129 0.63772\n 11 490 22 0.62060 0.66569 0.62572 0.66931 0.63084 0.67293 0.63596 0.67655 0.64108 0.68017 0.64620 0.68379 0.65132 0.68740 0.65643 0.69101 0.66155 0.69462 0.66667 0.69823 0.67179 0.70184 0.67691 0.70544 0.68203 0.70903 0.68715 0.71262 0.69226 0.71621 0.69738 0.71979 0.70250 0.72337 0.70762 0.72695 0.71274 0.73052 0.71786 0.73408 0.72298 0.73764 0.72809 0.74119\n 11 50 2 0.72809 0.74119 0.68715 0.72962\n 11 50 2 0.72809 0.74119 0.70483 0.70818\n 11 490 22 0.72809 0.74119 0.73321 0.74474 0.73833 0.74829 0.74345 0.75183 0.74857 0.75536 0.75369 0.75889 0.75881 0.76242 0.76392 0.76594 0.76904 0.76945 0.77416 0.77297 0.77928 0.77647 0.78440 0.77998 0.78952 0.78348 0.79464 0.78697 0.79976 0.79047 0.80487 0.79396 0.80999 0.79744 0.81511 0.80093 0.82023 0.80441 0.82535 0.80789 0.83047 0.81136 0.83559 0.81484\n 11 50 2 0.83559 0.81484 0.78994 0.80243\n 11 50 2 0.83559 0.81484 0.80931 0.77842\n 11 226 10 0.83559 0.81484 0.84070 0.81831 0.84582 0.82178 0.85094 0.82526 0.85606 0.82873 0.86118 0.83220 0.86630 0.83567 0.87142 0.83914 0.87653 0.84261 0.88165 0.84609\n 11 72 3 0.29813 0.50235 0.29302 0.50233 0.28790 0.50245\n 11 50 2 0.29302 0.50233 0.28249 0.50613\n 11 50 2 0.29302 0.50233 0.28229 0.49903\n 11 446 20 0.29302 0.50233 0.28278 0.50271 0.27766 0.50312 0.27254 0.50367 0.26742 0.50437 0.26230 0.50521 0.25719 0.50619 0.25207 0.50732 0.24695 0.50858 0.24183 0.50999 0.23671 0.51154 0.23159 0.51323 0.22647 0.51505 0.22136 0.51701 0.21624 0.51909 0.21112 0.52130 0.20600 0.52364 0.20088 0.52610 0.19576 0.52868 0.19064 0.53138\n 11 490 22 0.26742 0.51644 0.27254 0.51584 0.27766 0.51537 0.28278 0.51503 0.28790 0.51483 0.29302 0.51477 0.29813 0.51483 0.30325 0.51502 0.30837 0.51534 0.31349 0.51579 0.31861 0.51636 0.32373 0.51706 0.32885 0.51787 0.33396 0.51881 0.33908 0.51986 0.34420 0.52102 0.34932 0.52229 0.35444 0.52366 0.35956 0.52514 0.36468 0.52672 0.36979 0.52839 0.37491 0.53016\n 11 50 2 0.37491 0.53016 0.35835 0.52999\n 11 50 2 0.37491 0.53016 0.36234 0.52027\n 11 490 22 0.37491 0.53016 0.38003 0.53202 0.38515 0.53396 0.39027 0.53600 0.39539 0.53811 0.40051 0.54030 0.40562 0.54257 0.41074 0.54490 0.41586 0.54731 0.42098 0.54979 0.42610 0.55232 0.43122 0.55492 0.43634 0.55758 0.44145 0.56029 0.44657 0.56305 0.45169 0.56587 0.45681 0.56873 0.46193 0.57163 0.46705 0.57458 0.47217 0.57757 0.47728 0.58060 0.48240 0.58367\n 11 50 2 0.48240 0.58367 0.45748 0.57833\n 11 50 2 0.48240 0.58367 0.46705 0.56488\n 11 490 22 0.48240 0.58367 0.48752 0.58677 0.49264 0.58990 0.49776 0.59306 0.50288 0.59625 0.50800 0.59947 0.51311 0.60271 0.51823 0.60598 0.52335 0.60927 0.52847 0.61258 0.53359 0.61590 0.53871 0.61925 0.54383 0.62261 0.54894 0.62599 0.55406 0.62938 0.55918 0.63278 0.56430 0.63619 0.56942 0.63962 0.57454 0.64305 0.57966 0.64649 0.58477 0.64994 0.58989 0.65340\n 11 50 2 0.58989 0.65340 0.55719 0.64459\n 11 50 2 0.58989 0.65340 0.57101 0.62737\n 11 490 22 0.58989 0.65340 0.59501 0.65686 0.60013 0.66033 0.60525 0.66380 0.61037 0.66728 0.61549 0.67076 0.62060 0.67424 0.62572 0.67772 0.63084 0.68121 0.63596 0.68469 0.64108 0.68818 0.64620 0.69166 0.65132 0.69515 0.65643 0.69863 0.66155 0.70211 0.66667 0.70559 0.67179 0.70907 0.67691 0.71255 0.68203 0.71603 0.68715 0.71950 0.69226 0.72297 0.69738 0.72644\n 11 50 2 0.69738 0.72644 0.65762 0.71567\n 11 50 2 0.69738 0.72644 0.67447 0.69474\n 11 490 22 0.69738 0.72644 0.70250 0.72990 0.70762 0.73336 0.71274 0.73682 0.71786 0.74028 0.72298 0.74373 0.72809 0.74718 0.73321 0.75063 0.73833 0.75407 0.74345 0.75751 0.74857 0.76095 0.75369 0.76438 0.75881 0.76781 0.76392 0.77124 0.76904 0.77466 0.77416 0.77809 0.77928 0.78151 0.78440 0.78493 0.78952 0.78834 0.79464 0.79176 0.79976 0.79517 0.80487 0.79858\n 11 50 2 0.80487 0.79858 0.76006 0.78680\n 11 50 2 0.80487 0.79858 0.77880 0.76312\n 11 94 4 0.80487 0.79858 0.80999 0.80199 0.81511 0.80539 0.82023 0.80880\n 11 72 3 0.26742 0.51644 0.26230 0.51704 0.25719 0.51778\n 11 50 2 0.26230 0.51704 0.25206 0.52224\n 11 50 2 0.26230 0.51704 0.25082 0.51498\n 11 490 22 0.26230 0.51704 0.25207 0.51865 0.24695 0.51967 0.24183 0.52081 0.23671 0.52210 0.23159 0.52352 0.22647 0.52507 0.22136 0.52676 0.21624 0.52858 0.21112 0.53054 0.20600 0.53262 0.20088 0.53482 0.19576 0.53715 0.19064 0.53960 0.18553 0.54217 0.18041 0.54487 0.17529 0.54768 0.17017 0.55060 0.16505 0.55363 0.15993 0.55677 0.15481 0.56003 0.14970 0.56338\n 11 50 2 0.15481 0.56003 0.14673 0.57085\n 11 50 2 0.15481 0.56003 0.14104 0.56355\n 11 116 5 0.15481 0.56003 0.14458 0.56684 0.13946 0.57041 0.13434 0.57408 0.12922 0.57785\n 11 490 22 0.28278 0.52583 0.28790 0.52577 0.29302 0.52583 0.29813 0.52601 0.30325 0.52632 0.30837 0.52675 0.31349 0.52729 0.31861 0.52795 0.32373 0.52872 0.32885 0.52961 0.33396 0.53060 0.33908 0.53169 0.34420 0.53289 0.34932 0.53420 0.35444 0.53560 0.35956 0.53709 0.36468 0.53868 0.36979 0.54035 0.37491 0.54211 0.38003 0.54395 0.38515 0.54587 0.39027 0.54787\n 11 50 2 0.39027 0.54787 0.37181 0.54696\n 11 50 2 0.39027 0.54787 0.37676 0.53629\n 11 490 22 0.39027 0.54787 0.39539 0.54995 0.40051 0.55209 0.40562 0.55431 0.41074 0.55659 0.41586 0.55893 0.42098 0.56134 0.42610 0.56380 0.43122 0.56632 0.43634 0.56890 0.44145 0.57152 0.44657 0.57419 0.45169 0.57691 0.45681 0.57968 0.46193 0.58248 0.46705 0.58533 0.47217 0.58821 0.47728 0.59113 0.48240 0.59409 0.48752 0.59707 0.49264 0.60009 0.49776 0.60313\n 11 50 2 0.49776 0.60313 0.47115 0.59752\n 11 50 2 0.49776 0.60313 0.48131 0.58314\n 11 490 22 0.49776 0.60313 0.50288 0.60621 0.50800 0.60931 0.51311 0.61243 0.51823 0.61557 0.52335 0.61874 0.52847 0.62192 0.53359 0.62513 0.53871 0.62835 0.54383 0.63159 0.54894 0.63484 0.55406 0.63811 0.55918 0.64138 0.56430 0.64467 0.56942 0.64797 0.57454 0.65129 0.57966 0.65461 0.58477 0.65793 0.58989 0.66127 0.59501 0.66461 0.60013 0.66796 0.60525 0.67131\n 11 50 2 0.60525 0.67131 0.57056 0.66247\n 11 50 2 0.60525 0.67131 0.58487 0.64408\n 11 490 22 0.60525 0.67131 0.61037 0.67467 0.61549 0.67803 0.62060 0.68140 0.62572 0.68477 0.63084 0.68814 0.63596 0.69151 0.64108 0.69488 0.64620 0.69826 0.65132 0.70163 0.65643 0.70501 0.66155 0.70839 0.66667 0.71177 0.67179 0.71514 0.67691 0.71852 0.68203 0.72189 0.68715 0.72527 0.69226 0.72864 0.69738 0.73201 0.70250 0.73538 0.70762 0.73875 0.71274 0.74212\n 11 50 2 0.71274 0.74212 0.67197 0.73165\n 11 50 2 0.71274 0.74212 0.68884 0.71005\n 11 402 18 0.71274 0.74212 0.71786 0.74548 0.72298 0.74885 0.72809 0.75221 0.73321 0.75557 0.73833 0.75893 0.74345 0.76229 0.74857 0.76565 0.75369 0.76900 0.75881 0.77235 0.76392 0.77570 0.76904 0.77905 0.77416 0.78240 0.77928 0.78575 0.78440 0.78910 0.78952 0.79244 0.79464 0.79579 0.79976 0.79913\n 11 72 3 0.28278 0.52583 0.27766 0.52589 0.27254 0.52608\n 11 50 2 0.27766 0.52589 0.26561 0.53043\n 11 50 2 0.27766 0.52589 0.26525 0.52226\n 11 490 22 0.27766 0.52589 0.26742 0.52640 0.26230 0.52685 0.25719 0.52743 0.25207 0.52814 0.24695 0.52899 0.24183 0.52996 0.23671 0.53107 0.23159 0.53231 0.22647 0.53369 0.22136 0.53519 0.21624 0.53682 0.21112 0.53858 0.20600 0.54047 0.20088 0.54249 0.19576 0.54464 0.19064 0.54691 0.18553 0.54930 0.18041 0.55181 0.17529 0.55444 0.17017 0.55719 0.16505 0.56006\n 11 50 2 0.17017 0.55719 0.16140 0.56728\n 11 50 2 0.17017 0.55719 0.15638 0.55975\n 11 182 8 0.17017 0.55719 0.15993 0.56304 0.15481 0.56613 0.14970 0.56934 0.14458 0.57265 0.13946 0.57608 0.13434 0.57960 0.12922 0.58323\n 11 490 22 0.25207 0.53992 0.25719 0.53924 0.26230 0.53868 0.26742 0.53825 0.27254 0.53794 0.27766 0.53775 0.28278 0.53768 0.28790 0.53773 0.29302 0.53790 0.29813 0.53818 0.30325 0.53857 0.30837 0.53908 0.31349 0.53969 0.31861 0.54041 0.32373 0.54123 0.32885 0.54216 0.33396 0.54318 0.33908 0.54430 0.34420 0.54552 0.34932 0.54683 0.35444 0.54823 0.35956 0.54971\n 11 50 2 0.35956 0.54971 0.34255 0.55038\n 11 50 2 0.35956 0.54971 0.34606 0.54019\n 11 490 22 0.35956 0.54971 0.36468 0.55129 0.36979 0.55294 0.37491 0.55467 0.38003 0.55647 0.38515 0.55835 0.39027 0.56030 0.39539 0.56232 0.40051 0.56440 0.40562 0.56655 0.41074 0.56876 0.41586 0.57103 0.42098 0.57335 0.42610 0.57573 0.43122 0.57816 0.43634 0.58064 0.44145 0.58316 0.44657 0.58573 0.45169 0.58835 0.45681 0.59100 0.46193 0.59370 0.46705 0.59643\n 11 50 2 0.46705 0.59643 0.44263 0.59240\n 11 50 2 0.46705 0.59643 0.45117 0.57894\n 11 490 22 0.46705 0.59643 0.47217 0.59920 0.47728 0.60200 0.48240 0.60484 0.48752 0.60770 0.49264 0.61060 0.49776 0.61352 0.50288 0.61647 0.50800 0.61944 0.51311 0.62243 0.51823 0.62545 0.52335 0.62849 0.52847 0.63154 0.53359 0.63462 0.53871 0.63771 0.54383 0.64082 0.54894 0.64395 0.55406 0.64708 0.55918 0.65023 0.56430 0.65340 0.56942 0.65657 0.57454 0.65975\n 11 50 2 0.57454 0.65975 0.54152 0.65212\n 11 50 2 0.57454 0.65975 0.55459 0.63444\n 11 490 22 0.57454 0.65975 0.57966 0.66295 0.58477 0.66615 0.58989 0.66936 0.59501 0.67258 0.60013 0.67580 0.60525 0.67904 0.61037 0.68227 0.61549 0.68552 0.62060 0.68876 0.62572 0.69201 0.63084 0.69527 0.63596 0.69853 0.64108 0.70179 0.64620 0.70505 0.65132 0.70832 0.65643 0.71158 0.66155 0.71485 0.66667 0.71812 0.67179 0.72140 0.67691 0.72467 0.68203 0.72794\n 11 50 2 0.68203 0.72794 0.64248 0.71830\n 11 50 2 0.68203 0.72794 0.65848 0.69723\n 11 446 20 0.68203 0.72794 0.68715 0.73121 0.69226 0.73449 0.69738 0.73776 0.70250 0.74104 0.70762 0.74431 0.71274 0.74759 0.71786 0.75086 0.72298 0.75414 0.72809 0.75741 0.73321 0.76068 0.73833 0.76396 0.74345 0.76723 0.74857 0.77050 0.75369 0.77378 0.75881 0.77705 0.76392 0.78032 0.76904 0.78360 0.77416 0.78687 0.77928 0.79014\n 11 72 3 0.25207 0.53992 0.24695 0.54060 0.24183 0.54141\n 11 50 2 0.24695 0.54060 0.23532 0.54670\n 11 50 2 0.24695 0.54060 0.23376 0.53841\n 11 490 22 0.24695 0.54060 0.23671 0.54234 0.23159 0.54340 0.22647 0.54459 0.22136 0.54590 0.21624 0.54735 0.21112 0.54891 0.20600 0.55061 0.20088 0.55243 0.19576 0.55437 0.19064 0.55645 0.18553 0.55864 0.18041 0.56096 0.17529 0.56340 0.17017 0.56595 0.16505 0.56863 0.15993 0.57143 0.15481 0.57434 0.14970 0.57737 0.14458 0.58051 0.13946 0.58376 0.13434 0.58712\n 11 50 2 0.13946 0.58376 0.13038 0.59594\n 11 50 2 0.13946 0.58376 0.12666 0.58704\n 11 50 2 0.13946 0.58376 0.12922 0.59060\n 11 490 22 0.26742 0.54931 0.27254 0.54910 0.27766 0.54900 0.28278 0.54901 0.28790 0.54913 0.29302 0.54937 0.29813 0.54971 0.30325 0.55015 0.30837 0.55070 0.31349 0.55135 0.31861 0.55210 0.32373 0.55295 0.32885 0.55389 0.33396 0.55492 0.33908 0.55604 0.34420 0.55725 0.34932 0.55855 0.35444 0.55993 0.35956 0.56139 0.36468 0.56293 0.36979 0.56454 0.37491 0.56623\n 11 50 2 0.37491 0.56623 0.35603 0.56630\n 11 50 2 0.37491 0.56623 0.36040 0.55515\n 11 490 22 0.37491 0.56623 0.38003 0.56799 0.38515 0.56981 0.39027 0.57170 0.39539 0.57365 0.40051 0.57567 0.40562 0.57775 0.41074 0.57988 0.41586 0.58207 0.42098 0.58431 0.42610 0.58660 0.43122 0.58893 0.43634 0.59132 0.44145 0.59375 0.44657 0.59622 0.45169 0.59874 0.45681 0.60129 0.46193 0.60388 0.46705 0.60650 0.47217 0.60916 0.47728 0.61185 0.48240 0.61458\n 11 50 2 0.48240 0.61458 0.45539 0.61016\n 11 50 2 0.48240 0.61458 0.46480 0.59526\n 11 490 22 0.48240 0.61458 0.48752 0.61733 0.49264 0.62011 0.49776 0.62292 0.50288 0.62575 0.50800 0.62860 0.51311 0.63148 0.51823 0.63438 0.52335 0.63730 0.52847 0.64024 0.53359 0.64320 0.53871 0.64618 0.54383 0.64917 0.54894 0.65218 0.55406 0.65520 0.55918 0.65823 0.56430 0.66128 0.56942 0.66434 0.57454 0.66741 0.57966 0.67049 0.58477 0.67358 0.58989 0.67667\n 11 50 2 0.58989 0.67667 0.55551 0.66915\n 11 50 2 0.58989 0.67667 0.56883 0.65063\n 11 490 22 0.58989 0.67667 0.59501 0.67978 0.60013 0.68290 0.60525 0.68602 0.61037 0.68915 0.61549 0.69228 0.62060 0.69542 0.62572 0.69857 0.63084 0.70172 0.63596 0.70488 0.64108 0.70804 0.64620 0.71120 0.65132 0.71436 0.65643 0.71753 0.66155 0.72071 0.66667 0.72388 0.67179 0.72706 0.67691 0.73024 0.68203 0.73342 0.68715 0.73661 0.69226 0.73979 0.69738 0.74298\n 11 50 2 0.69738 0.74298 0.65682 0.73359\n 11 50 2 0.69738 0.74298 0.67289 0.71186\n 11 160 7 0.69738 0.74298 0.70250 0.74617 0.70762 0.74936 0.71274 0.75255 0.71786 0.75574 0.72298 0.75893 0.72809 0.76213\n 11 72 3 0.26742 0.54931 0.26230 0.54953 0.25719 0.54986\n 11 50 2 0.26230 0.54953 0.24882 0.55505\n 11 50 2 0.26230 0.54953 0.24811 0.54580\n 11 490 22 0.26230 0.54953 0.25207 0.55031 0.24695 0.55088 0.24183 0.55157 0.23671 0.55238 0.23159 0.55332 0.22647 0.55438 0.22136 0.55556 0.21624 0.55687 0.21112 0.55830 0.20600 0.55985 0.20088 0.56153 0.19576 0.56333 0.19064 0.56525 0.18553 0.56730 0.18041 0.56947 0.17529 0.57176 0.17017 0.57417 0.16505 0.57671 0.15993 0.57935 0.15481 0.58212 0.14970 0.58501\n 11 50 2 0.15481 0.58212 0.14494 0.59354\n 11 50 2 0.15481 0.58212 0.13926 0.58505\n 11 116 5 0.15481 0.58212 0.14458 0.58801 0.13946 0.59113 0.13434 0.59436 0.12922 0.59770\n 11 490 22 0.24695 0.56340 0.25207 0.56281 0.25719 0.56233 0.26230 0.56197 0.26742 0.56171 0.27254 0.56156 0.27766 0.56152 0.28278 0.56159 0.28790 0.56176 0.29302 0.56203 0.29813 0.56240 0.30325 0.56288 0.30837 0.56345 0.31349 0.56411 0.31861 0.56487 0.32373 0.56571 0.32885 0.56665 0.33396 0.56766 0.33908 0.56877 0.34420 0.56995 0.34932 0.57121 0.35444 0.57255\n 11 50 2 0.35444 0.57255 0.33588 0.57377\n 11 50 2 0.35444 0.57255 0.33937 0.56254\n 11 490 22 0.35444 0.57255 0.35956 0.57396 0.36468 0.57545 0.36979 0.57701 0.37491 0.57863 0.38003 0.58032 0.38515 0.58208 0.39027 0.58389 0.39539 0.58577 0.40051 0.58770 0.40562 0.58969 0.41074 0.59173 0.41586 0.59382 0.42098 0.59596 0.42610 0.59815 0.43122 0.60039 0.43634 0.60266 0.44145 0.60499 0.44657 0.60735 0.45169 0.60975 0.45681 0.61219 0.46193 0.61466\n 11 50 2 0.46193 0.61466 0.43548 0.61135\n 11 50 2 0.46193 0.61466 0.44398 0.59652\n 11 490 22 0.46193 0.61466 0.46705 0.61717 0.47217 0.61971 0.47728 0.62228 0.48240 0.62488 0.48752 0.62751 0.49264 0.63017 0.49776 0.63285 0.50288 0.63556 0.50800 0.63829 0.51311 0.64104 0.51823 0.64382 0.52335 0.64661 0.52847 0.64943 0.53359 0.65226 0.53871 0.65511 0.54383 0.65798 0.54894 0.66086 0.55406 0.66376 0.55918 0.66667 0.56430 0.66960 0.56942 0.67254\n 11 50 2 0.56942 0.67254 0.53549 0.66591\n 11 50 2 0.56942 0.67254 0.54807 0.64745\n 11 490 22 0.56942 0.67254 0.57454 0.67548 0.57966 0.67845 0.58477 0.68142 0.58989 0.68440 0.59501 0.68739 0.60013 0.69039 0.60525 0.69339 0.61037 0.69641 0.61549 0.69943 0.62060 0.70246 0.62572 0.70550 0.63084 0.70854 0.63596 0.71159 0.64108 0.71464 0.64620 0.71770 0.65132 0.72076 0.65643 0.72383 0.66155 0.72690 0.66667 0.72998 0.67179 0.73306 0.67691 0.73614\n 11 50 2 0.67691 0.73614 0.63708 0.72751\n 11 50 2 0.67691 0.73614 0.65245 0.70604\n 11 490 22 0.67691 0.73614 0.68203 0.73923 0.68715 0.74232 0.69226 0.74541 0.69738 0.74850 0.70250 0.75160 0.70762 0.75470 0.71274 0.75781 0.71786 0.76092 0.72298 0.76403 0.72809 0.76714 0.73321 0.77025 0.73833 0.77337 0.74345 0.77649 0.74857 0.77961 0.75369 0.78274 0.75881 0.78586 0.76392 0.78899 0.76904 0.79213 0.77416 0.79526 0.77928 0.79840 0.78440 0.80154\n 11 50 2 0.78440 0.80154 0.73987 0.79152\n 11 50 2 0.78440 0.80154 0.75731 0.76761\n 11 336 15 0.78440 0.80154 0.78952 0.80469 0.79464 0.80783 0.79976 0.81099 0.80487 0.81414 0.80999 0.81730 0.81511 0.82046 0.82023 0.82363 0.82535 0.82680 0.83047 0.82997 0.83559 0.83315 0.84070 0.83633 0.84582 0.83952 0.85094 0.84272 0.85606 0.84592\n 11 72 3 0.24695 0.56340 0.24183 0.56399 0.23671 0.56470\n 11 50 2 0.24183 0.56399 0.22824 0.57078\n 11 50 2 0.24183 0.56399 0.22667 0.56118\n 11 490 22 0.24183 0.56399 0.23159 0.56552 0.22647 0.56646 0.22136 0.56752 0.21624 0.56870 0.21112 0.57000 0.20600 0.57142 0.20088 0.57296 0.19576 0.57462 0.19064 0.57640 0.18553 0.57830 0.18041 0.58032 0.17529 0.58246 0.17017 0.58472 0.16505 0.58710 0.15993 0.58960 0.15481 0.59222 0.14970 0.59495 0.14458 0.59780 0.13946 0.60078 0.13434 0.60386 0.12922 0.60706\n 11 50 2 0.13434 0.60386 0.12666 0.61366\n 11 50 2 0.13434 0.60386 0.12666 0.60565\n 11 490 22 0.26230 0.57279 0.26742 0.57258 0.27254 0.57246 0.27766 0.57245 0.28278 0.57254 0.28790 0.57272 0.29302 0.57301 0.29813 0.57339 0.30325 0.57386 0.30837 0.57442 0.31349 0.57508 0.31861 0.57582 0.32373 0.57664 0.32885 0.57755 0.33396 0.57855 0.33908 0.57962 0.34420 0.58076 0.34932 0.58198 0.35444 0.58327 0.35956 0.58464 0.36468 0.58607 0.36979 0.58756\n 11 50 2 0.36979 0.58756 0.34944 0.58832\n 11 50 2 0.36979 0.58756 0.35367 0.57614\n 11 490 22 0.36979 0.58756 0.37491 0.58912 0.38003 0.59075 0.38515 0.59244 0.39027 0.59418 0.39539 0.59598 0.40051 0.59783 0.40562 0.59974 0.41074 0.60169 0.41586 0.60370 0.42098 0.60575 0.42610 0.60785 0.43122 0.61000 0.43634 0.61218 0.44145 0.61441 0.44657 0.61667 0.45169 0.61897 0.45681 0.62131 0.46193 0.62369 0.46705 0.62609 0.47217 0.62853 0.47728 0.63100\n 11 50 2 0.47728 0.63100 0.44923 0.62751\n 11 50 2 0.47728 0.63100 0.45824 0.61178\n 11 490 22 0.47728 0.63100 0.48240 0.63349 0.48752 0.63602 0.49264 0.63857 0.49776 0.64115 0.50288 0.64375 0.50800 0.64638 0.51311 0.64903 0.51823 0.65170 0.52335 0.65439 0.52847 0.65710 0.53359 0.65983 0.53871 0.66257 0.54383 0.66534 0.54894 0.66812 0.55406 0.67091 0.55918 0.67372 0.56430 0.67654 0.56942 0.67938 0.57454 0.68223 0.57966 0.68509 0.58477 0.68796\n 11 50 2 0.58477 0.68796 0.54955 0.68142\n 11 50 2 0.58477 0.68796 0.56237 0.66217\n 11 490 22 0.58477 0.68796 0.58989 0.69085 0.59501 0.69374 0.60013 0.69664 0.60525 0.69955 0.61037 0.70248 0.61549 0.70540 0.62060 0.70834 0.62572 0.71129 0.63084 0.71424 0.63596 0.71720 0.64108 0.72016 0.64620 0.72313 0.65132 0.72611 0.65643 0.72909 0.66155 0.73208 0.66667 0.73508 0.67179 0.73807 0.67691 0.74108 0.68203 0.74408 0.68715 0.74710 0.69226 0.75011\n 11 50 2 0.69226 0.75011 0.65145 0.74167\n 11 50 2 0.69226 0.75011 0.66692 0.71957\n 11 116 5 0.69226 0.75011 0.69738 0.75313 0.70250 0.75616 0.70762 0.75919 0.71274 0.76222\n 11 72 3 0.26230 0.57279 0.25719 0.57301 0.25207 0.57334\n 11 50 2 0.25719 0.57301 0.24271 0.57891\n 11 50 2 0.25719 0.57301 0.24196 0.56899\n 11 490 22 0.25719 0.57301 0.24695 0.57377 0.24183 0.57431 0.23671 0.57496 0.23159 0.57572 0.22647 0.57659 0.22136 0.57758 0.21624 0.57868 0.21112 0.57989 0.20600 0.58122 0.20088 0.58268 0.19576 0.58425 0.19064 0.58593 0.18553 0.58774 0.18041 0.58966 0.17529 0.59170 0.17017 0.59386 0.16505 0.59613 0.15993 0.59853 0.15481 0.60105 0.14970 0.60368 0.14458 0.60643\n 11 50 2 0.14970 0.60368 0.13897 0.61555\n 11 50 2 0.14970 0.60368 0.13316 0.60645\n 11 94 4 0.14970 0.60368 0.13946 0.60929 0.13434 0.61228 0.12922 0.61538\n 11 490 22 0.24183 0.58688 0.24695 0.58627 0.25207 0.58577 0.25719 0.58537 0.26230 0.58507 0.26742 0.58487 0.27254 0.58477 0.27766 0.58477 0.28278 0.58486 0.28790 0.58504 0.29302 0.58532 0.29813 0.58569 0.30325 0.58614 0.30837 0.58668 0.31349 0.58731 0.31861 0.58801 0.32373 0.58880 0.32885 0.58967 0.33396 0.59061 0.33908 0.59163 0.34420 0.59272 0.34932 0.59388\n 11 50 2 0.34932 0.59388 0.32867 0.59591\n 11 50 2 0.34932 0.59388 0.33208 0.58326\n 11 490 22 0.34932 0.59388 0.35444 0.59511 0.35956 0.59640 0.36468 0.59776 0.36979 0.59919 0.37491 0.60067 0.38003 0.60221 0.38515 0.60381 0.39027 0.60546 0.39539 0.60717 0.40051 0.60894 0.40562 0.61075 0.41074 0.61260 0.41586 0.61451 0.42098 0.61646 0.42610 0.61846 0.43122 0.62049 0.43634 0.62257 0.44145 0.62469 0.44657 0.62684 0.45169 0.62904 0.45681 0.63126\n 11 50 2 0.45681 0.63126 0.42934 0.62890\n 11 50 2 0.45681 0.63126 0.43743 0.61325\n 11 490 22 0.45681 0.63126 0.46193 0.63352 0.46705 0.63582 0.47217 0.63814 0.47728 0.64049 0.48240 0.64288 0.48752 0.64529 0.49264 0.64772 0.49776 0.65019 0.50288 0.65268 0.50800 0.65519 0.51311 0.65772 0.51823 0.66027 0.52335 0.66285 0.52847 0.66545 0.53359 0.66806 0.53871 0.67069 0.54383 0.67334 0.54894 0.67601 0.55406 0.67869 0.55918 0.68139 0.56430 0.68410\n 11 50 2 0.56430 0.68410 0.52952 0.67847\n 11 50 2 0.56430 0.68410 0.54160 0.65928\n 11 490 22 0.56430 0.68410 0.56942 0.68683 0.57454 0.68957 0.57966 0.69232 0.58477 0.69509 0.58989 0.69787 0.59501 0.70065 0.60013 0.70345 0.60525 0.70626 0.61037 0.70908 0.61549 0.71191 0.62060 0.71475 0.62572 0.71759 0.63084 0.72045 0.63596 0.72331 0.64108 0.72618 0.64620 0.72906 0.65132 0.73194 0.65643 0.73484 0.66155 0.73773 0.66667 0.74064 0.67179 0.74355\n 11 50 2 0.67179 0.74355 0.63132 0.73580\n 11 50 2 0.67179 0.74355 0.64622 0.71375\n 11 490 22 0.67179 0.74355 0.67691 0.74647 0.68203 0.74939 0.68715 0.75232 0.69226 0.75525 0.69738 0.75819 0.70250 0.76114 0.70762 0.76408 0.71274 0.76704 0.71786 0.77000 0.72298 0.77296 0.72809 0.77593 0.73321 0.77891 0.73833 0.78189 0.74345 0.78487 0.74857 0.78786 0.75369 0.79086 0.75881 0.79385 0.76392 0.79686 0.76904 0.79987 0.77416 0.80288 0.77928 0.80590\n 11 50 2 0.77928 0.80590 0.73456 0.79663\n 11 50 2 0.77928 0.80590 0.75152 0.77243\n 11 314 14 0.77928 0.80590 0.78440 0.80893 0.78952 0.81195 0.79464 0.81499 0.79976 0.81803 0.80487 0.82108 0.80999 0.82413 0.81511 0.82719 0.82023 0.83025 0.82535 0.83332 0.83047 0.83640 0.83559 0.83948 0.84070 0.84257 0.84582 0.84566\n 11 72 3 0.24183 0.58688 0.23671 0.58749 0.23159 0.58820\n 11 50 2 0.23671 0.58749 0.22219 0.59477\n 11 50 2 0.23671 0.58749 0.22049 0.58450\n 11 468 21 0.23671 0.58749 0.22647 0.58903 0.22136 0.58995 0.21624 0.59099 0.21112 0.59214 0.20600 0.59340 0.20088 0.59477 0.19576 0.59626 0.19064 0.59786 0.18553 0.59958 0.18041 0.60141 0.17529 0.60336 0.17017 0.60543 0.16505 0.60760 0.15993 0.60990 0.15481 0.61231 0.14970 0.61485 0.14458 0.61749 0.13946 0.62026 0.13434 0.62314 0.12922 0.62613\n 11 490 22 0.25719 0.59628 0.26230 0.59598 0.26742 0.59578 0.27254 0.59567 0.27766 0.59566 0.28278 0.59574 0.28790 0.59590 0.29302 0.59616 0.29813 0.59650 0.30325 0.59692 0.30837 0.59743 0.31349 0.59801 0.31861 0.59868 0.32373 0.59942 0.32885 0.60024 0.33396 0.60113 0.33908 0.60209 0.34420 0.60312 0.34932 0.60421 0.35444 0.60538 0.35956 0.60661 0.36468 0.60790\n 11 50 2 0.36468 0.60790 0.34332 0.60949\n 11 50 2 0.36468 0.60790 0.34720 0.59652\n 11 490 22 0.36468 0.60790 0.36979 0.60925 0.37491 0.61065 0.38003 0.61212 0.38515 0.61364 0.39027 0.61521 0.39539 0.61683 0.40051 0.61851 0.40562 0.62023 0.41074 0.62200 0.41586 0.62382 0.42098 0.62568 0.42610 0.62758 0.43122 0.62952 0.43634 0.63150 0.44145 0.63352 0.44657 0.63558 0.45169 0.63768 0.45681 0.63981 0.46193 0.64197 0.46705 0.64416 0.47217 0.64638\n 11 50 2 0.47217 0.64638 0.44315 0.64389\n 11 50 2 0.47217 0.64638 0.45168 0.62736\n 11 490 22 0.47217 0.64638 0.47728 0.64864 0.48240 0.65092 0.48752 0.65323 0.49264 0.65557 0.49776 0.65793 0.50288 0.66032 0.50800 0.66273 0.51311 0.66517 0.51823 0.66762 0.52335 0.67010 0.52847 0.67260 0.53359 0.67511 0.53871 0.67765 0.54383 0.68020 0.54894 0.68277 0.55406 0.68536 0.55918 0.68796 0.56430 0.69058 0.56942 0.69322 0.57454 0.69586 0.57966 0.69852\n 11 50 2 0.57966 0.69852 0.54363 0.69297\n 11 50 2 0.57966 0.69852 0.55595 0.67302\n 11 490 22 0.57966 0.69852 0.58477 0.70120 0.58989 0.70389 0.59501 0.70659 0.60013 0.70930 0.60525 0.71202 0.61037 0.71475 0.61549 0.71749 0.62060 0.72025 0.62572 0.72301 0.63084 0.72578 0.63596 0.72856 0.64108 0.73135 0.64620 0.73415 0.65132 0.73696 0.65643 0.73977 0.66155 0.74259 0.66667 0.74542 0.67179 0.74826 0.67691 0.75110 0.68203 0.75395 0.68715 0.75681\n 11 50 2 0.68715 0.75681 0.64573 0.74920\n 11 50 2 0.68715 0.75681 0.66074 0.72656\n 11 248 11 0.68715 0.75681 0.69226 0.75967 0.69738 0.76254 0.70250 0.76542 0.70762 0.76830 0.71274 0.77119 0.71786 0.77408 0.72298 0.77699 0.72809 0.77989 0.73321 0.78281 0.73833 0.78572\n 11 72 3 0.25719 0.59628 0.25207 0.59657 0.24695 0.59697\n 11 50 2 0.25207 0.59657 0.23570 0.60351\n 11 50 2 0.25207 0.59657 0.23466 0.59223\n 11 490 22 0.25207 0.59657 0.24183 0.59746 0.23671 0.59805 0.23159 0.59875 0.22647 0.59955 0.22136 0.60045 0.21624 0.60146 0.21112 0.60258 0.20600 0.60380 0.20088 0.60513 0.19576 0.60658 0.19064 0.60813 0.18553 0.60980 0.18041 0.61158 0.17529 0.61347 0.17017 0.61548 0.16505 0.61760 0.15993 0.61983 0.15481 0.62218 0.14970 0.62465 0.14458 0.62723 0.13946 0.62993\n 11 50 2 0.14458 0.62723 0.13241 0.64048\n 11 50 2 0.14458 0.62723 0.12666 0.63009\n 11 72 3 0.14458 0.62723 0.13434 0.63274 0.12922 0.63567\n 11 490 22 0.27254 0.60567 0.27766 0.60564 0.28278 0.60569 0.28790 0.60583 0.29302 0.60605 0.29813 0.60636 0.30325 0.60675 0.30837 0.60722 0.31349 0.60776 0.31861 0.60838 0.32373 0.60907 0.32885 0.60983 0.33396 0.61067 0.33908 0.61157 0.34420 0.61254 0.34932 0.61357 0.35444 0.61467 0.35956 0.61583 0.36468 0.61704 0.36979 0.61832 0.37491 0.61966 0.38003 0.62105\n 11 50 2 0.38003 0.62105 0.35694 0.62234\n 11 50 2 0.38003 0.62105 0.36144 0.60842\n 11 490 22 0.38003 0.62105 0.38515 0.62249 0.39027 0.62399 0.39539 0.62553 0.40051 0.62712 0.40562 0.62876 0.41074 0.63045 0.41586 0.63218 0.42098 0.63396 0.42610 0.63577 0.43122 0.63763 0.43634 0.63952 0.44145 0.64146 0.44657 0.64343 0.45169 0.64543 0.45681 0.64747 0.46193 0.64954 0.46705 0.65165 0.47217 0.65378 0.47728 0.65594 0.48240 0.65814 0.48752 0.66036\n 11 50 2 0.48752 0.66036 0.45701 0.65776\n 11 50 2 0.48752 0.66036 0.46597 0.64037\n 11 490 22 0.48752 0.66036 0.49264 0.66260 0.49776 0.66488 0.50288 0.66718 0.50800 0.66950 0.51311 0.67184 0.51823 0.67421 0.52335 0.67660 0.52847 0.67901 0.53359 0.68144 0.53871 0.68388 0.54383 0.68635 0.54894 0.68883 0.55406 0.69134 0.55918 0.69386 0.56430 0.69639 0.56942 0.69894 0.57454 0.70150 0.57966 0.70408 0.58477 0.70668 0.58989 0.70928 0.59501 0.71190\n 11 50 2 0.59501 0.71190 0.55780 0.70640\n 11 50 2 0.59501 0.71190 0.57036 0.68575\n 11 468 21 0.59501 0.71190 0.60013 0.71453 0.60525 0.71718 0.61037 0.71983 0.61549 0.72250 0.62060 0.72518 0.62572 0.72787 0.63084 0.73057 0.63596 0.73327 0.64108 0.73599 0.64620 0.73872 0.65132 0.74146 0.65643 0.74420 0.66155 0.74696 0.66667 0.74972 0.67179 0.75249 0.67691 0.75527 0.68203 0.75805 0.68715 0.76085 0.69226 0.76365 0.69738 0.76646\n 11 72 3 0.27254 0.60567 0.26742 0.60570 0.26230 0.60582\n 11 50 2 0.26742 0.60570 0.24919 0.61229\n 11 50 2 0.26742 0.60570 0.24885 0.59999\n 11 490 22 0.26742 0.60570 0.25719 0.60604 0.25207 0.60634 0.24695 0.60674 0.24183 0.60724 0.23671 0.60783 0.23159 0.60852 0.22647 0.60932 0.22136 0.61021 0.21624 0.61121 0.21112 0.61231 0.20600 0.61352 0.20088 0.61483 0.19576 0.61625 0.19064 0.61778 0.18553 0.61942 0.18041 0.62116 0.17529 0.62302 0.17017 0.62499 0.16505 0.62707 0.15993 0.62927 0.15481 0.63158\n 11 50 2 0.15993 0.62927 0.14687 0.64176\n 11 50 2 0.15993 0.62927 0.14117 0.63114\n 11 138 6 0.15993 0.62927 0.14970 0.63400 0.14458 0.63654 0.13946 0.63919 0.13434 0.64195 0.12922 0.64484\n 11 490 22 0.23671 0.61976 0.24183 0.61905 0.24695 0.61844 0.25207 0.61792 0.25719 0.61750 0.26230 0.61716 0.26742 0.61692 0.27254 0.61676 0.27766 0.61668 0.28278 0.61670 0.28790 0.61679 0.29302 0.61697 0.29813 0.61722 0.30325 0.61755 0.30837 0.61796 0.31349 0.61845 0.31861 0.61901 0.32373 0.61964 0.32885 0.62033 0.33396 0.62110 0.33908 0.62193 0.34420 0.62283\n 11 50 2 0.34420 0.62283 0.32163 0.62618\n 11 50 2 0.34420 0.62283 0.32456 0.61209\n 11 490 22 0.34420 0.62283 0.34932 0.62379 0.35444 0.62481 0.35956 0.62589 0.36468 0.62702 0.36979 0.62822 0.37491 0.62947 0.38003 0.63077 0.38515 0.63212 0.39027 0.63353 0.39539 0.63498 0.40051 0.63649 0.40562 0.63804 0.41074 0.63963 0.41586 0.64126 0.42098 0.64294 0.42610 0.64466 0.43122 0.64642 0.43634 0.64822 0.44145 0.65006 0.44657 0.65193 0.45169 0.65384\n 11 50 2 0.45169 0.65384 0.42308 0.65288\n 11 50 2 0.45169 0.65384 0.43044 0.63622\n 11 490 22 0.45169 0.65384 0.45681 0.65578 0.46193 0.65775 0.46705 0.65975 0.47217 0.66179 0.47728 0.66386 0.48240 0.66595 0.48752 0.66807 0.49264 0.67022 0.49776 0.67239 0.50288 0.67459 0.50800 0.67682 0.51311 0.67907 0.51823 0.68134 0.52335 0.68363 0.52847 0.68594 0.53359 0.68828 0.53871 0.69063 0.54383 0.69301 0.54894 0.69540 0.55406 0.69781 0.55918 0.70024\n 11 50 2 0.55918 0.70024 0.52413 0.69610\n 11 50 2 0.55918 0.70024 0.53523 0.67640\n 11 490 22 0.55918 0.70024 0.56430 0.70268 0.56942 0.70514 0.57454 0.70762 0.57966 0.71011 0.58477 0.71261 0.58989 0.71513 0.59501 0.71767 0.60013 0.72021 0.60525 0.72278 0.61037 0.72535 0.61549 0.72793 0.62060 0.73053 0.62572 0.73314 0.63084 0.73576 0.63596 0.73839 0.64108 0.74103 0.64620 0.74368 0.65132 0.74634 0.65643 0.74901 0.66155 0.75169 0.66667 0.75438\n 11 50 2 0.66667 0.75438 0.62597 0.74793\n 11 50 2 0.66667 0.75438 0.64001 0.72543\n 11 94 4 0.66667 0.75438 0.67179 0.75708 0.67691 0.75979 0.68203 0.76251\n 11 72 3 0.23671 0.61976 0.23159 0.62046 0.22647 0.62127\n 11 50 2 0.23159 0.62046 0.21462 0.62934\n 11 50 2 0.23159 0.62046 0.21237 0.61726\n 11 446 20 0.23159 0.62046 0.22136 0.62217 0.21624 0.62317 0.21112 0.62427 0.20600 0.62547 0.20088 0.62678 0.19576 0.62819 0.19064 0.62971 0.18553 0.63133 0.18041 0.63306 0.17529 0.63490 0.17017 0.63684 0.16505 0.63890 0.15993 0.64107 0.15481 0.64334 0.14970 0.64573 0.14458 0.64824 0.13946 0.65085 0.13434 0.65358 0.12922 0.65642\n 11 490 22 0.25207 0.62915 0.25719 0.62869 0.26230 0.62831 0.26742 0.62802 0.27254 0.62781 0.27766 0.62769 0.28278 0.62765 0.28790 0.62769 0.29302 0.62781 0.29813 0.62800 0.30325 0.62827 0.30837 0.62861 0.31349 0.62903 0.31861 0.62952 0.32373 0.63008 0.32885 0.63070 0.33396 0.63139 0.33908 0.63214 0.34420 0.63296 0.34932 0.63384 0.35444 0.63478 0.35956 0.63578\n 11 50 2 0.35956 0.63578 0.33630 0.63878\n 11 50 2 0.35956 0.63578 0.33964 0.62436\n 11 490 22 0.35956 0.63578 0.36468 0.63683 0.36979 0.63794 0.37491 0.63910 0.38003 0.64031 0.38515 0.64158 0.39027 0.64289 0.39539 0.64425 0.40051 0.64566 0.40562 0.64712 0.41074 0.64862 0.41586 0.65016 0.42098 0.65174 0.42610 0.65337 0.43122 0.65503 0.43634 0.65673 0.44145 0.65847 0.44657 0.66024 0.45169 0.66205 0.45681 0.66390 0.46193 0.66577 0.46705 0.66768\n 11 50 2 0.46705 0.66768 0.43694 0.66666\n 11 50 2 0.46705 0.66768 0.44469 0.64914\n 11 490 22 0.46705 0.66768 0.47217 0.66962 0.47728 0.67159 0.48240 0.67358 0.48752 0.67561 0.49264 0.67766 0.49776 0.67974 0.50288 0.68185 0.50800 0.68398 0.51311 0.68613 0.51823 0.68831 0.52335 0.69050 0.52847 0.69273 0.53359 0.69497 0.53871 0.69723 0.54383 0.69951 0.54894 0.70181 0.55406 0.70413 0.55918 0.70647 0.56430 0.70883 0.56942 0.71120 0.57454 0.71359\n 11 50 2 0.57454 0.71359 0.53825 0.70952\n 11 50 2 0.57454 0.71359 0.54959 0.68908\n 11 490 22 0.57454 0.71359 0.57966 0.71600 0.58477 0.71842 0.58989 0.72086 0.59501 0.72331 0.60013 0.72577 0.60525 0.72825 0.61037 0.73074 0.61549 0.73325 0.62060 0.73577 0.62572 0.73830 0.63084 0.74084 0.63596 0.74340 0.64108 0.74596 0.64620 0.74854 0.65132 0.75113 0.65643 0.75373 0.66155 0.75634 0.66667 0.75896 0.67179 0.76159 0.67691 0.76423 0.68203 0.76688\n 11 50 2 0.68203 0.76688 0.64036 0.76053\n 11 50 2 0.68203 0.76688 0.65456 0.73744\n 11 490 22 0.68203 0.76688 0.68715 0.76954 0.69226 0.77221 0.69738 0.77489 0.70250 0.77758 0.70762 0.78028 0.71274 0.78298 0.71786 0.78570 0.72298 0.78842 0.72809 0.79116 0.73321 0.79390 0.73833 0.79665 0.74345 0.79941 0.74857 0.80217 0.75369 0.80495 0.75881 0.80774 0.76392 0.81053 0.76904 0.81333 0.77416 0.81614 0.77928 0.81896 0.78440 0.82179 0.78952 0.82463\n 11 50 2 0.78952 0.82463 0.74353 0.81632\n 11 50 2 0.78952 0.82463 0.76011 0.79115\n 11 204 9 0.78952 0.82463 0.79464 0.82748 0.79976 0.83033 0.80487 0.83319 0.80999 0.83607 0.81511 0.83895 0.82023 0.84184 0.82535 0.84474 0.83047 0.84765\n 11 72 3 0.25207 0.62915 0.24695 0.62961 0.24183 0.63017\n 11 50 2 0.24695 0.62961 0.22920 0.63781\n 11 50 2 0.24695 0.62961 0.22761 0.62543\n 11 490 22 0.24695 0.62961 0.23671 0.63081 0.23159 0.63155 0.22647 0.63238 0.22136 0.63330 0.21624 0.63432 0.21112 0.63544 0.20600 0.63665 0.20088 0.63797 0.19576 0.63939 0.19064 0.64091 0.18553 0.64254 0.18041 0.64427 0.17529 0.64611 0.17017 0.64805 0.16505 0.65010 0.15993 0.65225 0.15481 0.65452 0.14970 0.65690 0.14458 0.65939 0.13946 0.66198 0.13434 0.66469\n 11 50 2 0.13946 0.66198 0.12666 0.67596\n 11 50 2 0.13946 0.66198 0.12666 0.66405\n 11 50 2 0.13946 0.66198 0.12922 0.66751\n 11 490 22 0.26742 0.63854 0.27254 0.63828 0.27766 0.63811 0.28278 0.63801 0.28790 0.63799 0.29302 0.63805 0.29813 0.63818 0.30325 0.63838 0.30837 0.63866 0.31349 0.63901 0.31861 0.63942 0.32373 0.63991 0.32885 0.64046 0.33396 0.64107 0.33908 0.64174 0.34420 0.64248 0.34932 0.64328 0.35444 0.64414 0.35956 0.64505 0.36468 0.64602 0.36979 0.64704 0.37491 0.64812\n 11 50 2 0.37491 0.64812 0.34999 0.65096\n 11 50 2 0.37491 0.64812 0.35383 0.63560\n 11 490 22 0.37491 0.64812 0.38003 0.64925 0.38515 0.65043 0.39027 0.65165 0.39539 0.65293 0.40051 0.65425 0.40562 0.65561 0.41074 0.65702 0.41586 0.65847 0.42098 0.65996 0.42610 0.66149 0.43122 0.66307 0.43634 0.66468 0.44145 0.66633 0.44657 0.66801 0.45169 0.66973 0.45681 0.67148 0.46193 0.67326 0.46705 0.67508 0.47217 0.67692 0.47728 0.67880 0.48240 0.68071\n 11 50 2 0.48240 0.68071 0.45085 0.67965\n 11 50 2 0.48240 0.68071 0.45898 0.66129\n 11 490 22 0.48240 0.68071 0.48752 0.68264 0.49264 0.68461 0.49776 0.68660 0.50288 0.68861 0.50800 0.69065 0.51311 0.69272 0.51823 0.69481 0.52335 0.69692 0.52847 0.69905 0.53359 0.70121 0.53871 0.70339 0.54383 0.70559 0.54894 0.70780 0.55406 0.71004 0.55918 0.71230 0.56430 0.71457 0.56942 0.71686 0.57454 0.71917 0.57966 0.72150 0.58477 0.72384 0.58989 0.72620\n 11 50 2 0.58989 0.72620 0.55243 0.72218\n 11 50 2 0.58989 0.72620 0.56401 0.70103\n 11 468 21 0.58989 0.72620 0.59501 0.72858 0.60013 0.73096 0.60525 0.73337 0.61037 0.73579 0.61549 0.73822 0.62060 0.74067 0.62572 0.74312 0.63084 0.74560 0.63596 0.74808 0.64108 0.75058 0.64620 0.75309 0.65132 0.75561 0.65643 0.75814 0.66155 0.76069 0.66667 0.76325 0.67179 0.76581 0.67691 0.76839 0.68203 0.77098 0.68715 0.77358 0.69226 0.77619\n 11 72 3 0.26742 0.63854 0.26230 0.63880 0.25719 0.63914\n 11 50 2 0.26230 0.63880 0.24280 0.64683\n 11 50 2 0.26230 0.63880 0.24174 0.63345\n 11 490 22 0.26230 0.63880 0.25207 0.63957 0.24695 0.64008 0.24183 0.64067 0.23671 0.64136 0.23159 0.64214 0.22647 0.64300 0.22136 0.64396 0.21624 0.64501 0.21112 0.64616 0.20600 0.64740 0.20088 0.64874 0.19576 0.65018 0.19064 0.65172 0.18553 0.65336 0.18041 0.65511 0.17529 0.65696 0.17017 0.65891 0.16505 0.66097 0.15993 0.66313 0.15481 0.66540 0.14970 0.66778\n 11 50 2 0.15481 0.66540 0.13949 0.68041\n 11 50 2 0.15481 0.66540 0.13256 0.66786\n 11 116 5 0.15481 0.66540 0.14458 0.67027 0.13946 0.67286 0.13434 0.67557 0.12922 0.67839\n 11 490 22 0.28278 0.64794 0.28790 0.64785 0.29302 0.64785 0.29813 0.64791 0.30325 0.64805 0.30837 0.64826 0.31349 0.64854 0.31861 0.64888 0.32373 0.64930 0.32885 0.64977 0.33396 0.65031 0.33908 0.65091 0.34420 0.65157 0.34932 0.65229 0.35444 0.65306 0.35956 0.65389 0.36468 0.65478 0.36979 0.65572 0.37491 0.65671 0.38003 0.65775 0.38515 0.65884 0.39027 0.65998\n 11 50 2 0.39027 0.65998 0.36373 0.66269\n 11 50 2 0.39027 0.65998 0.36804 0.64640\n 11 490 22 0.39027 0.65998 0.39539 0.66117 0.40051 0.66241 0.40562 0.66368 0.41074 0.66501 0.41586 0.66637 0.42098 0.66777 0.42610 0.66922 0.43122 0.67070 0.43634 0.67222 0.44145 0.67378 0.44657 0.67538 0.45169 0.67701 0.45681 0.67867 0.46193 0.68037 0.46705 0.68210 0.47217 0.68386 0.47728 0.68565 0.48240 0.68747 0.48752 0.68932 0.49264 0.69120 0.49776 0.69311\n 11 50 2 0.49776 0.69311 0.46559 0.69203\n 11 50 2 0.49776 0.69311 0.47387 0.67331\n 11 490 22 0.49776 0.69311 0.50288 0.69504 0.50800 0.69699 0.51311 0.69897 0.51823 0.70098 0.52335 0.70301 0.52847 0.70506 0.53359 0.70714 0.53871 0.70924 0.54383 0.71135 0.54894 0.71349 0.55406 0.71565 0.55918 0.71783 0.56430 0.72003 0.56942 0.72224 0.57454 0.72448 0.57966 0.72673 0.58477 0.72900 0.58989 0.73128 0.59501 0.73359 0.60013 0.73590 0.60525 0.73824\n 11 50 2 0.60525 0.73824 0.56665 0.73425\n 11 50 2 0.60525 0.73824 0.57847 0.71242\n 11 248 11 0.60525 0.73824 0.61037 0.74058 0.61549 0.74295 0.62060 0.74533 0.62572 0.74772 0.63084 0.75012 0.63596 0.75254 0.64108 0.75497 0.64620 0.75742 0.65132 0.75988 0.65643 0.76235\n 11 72 3 0.28278 0.64794 0.27766 0.64802 0.27254 0.64817\n 11 50 2 0.27766 0.64802 0.25640 0.65587\n 11 50 2 0.27766 0.64802 0.25587 0.64149\n 11 490 22 0.27766 0.64802 0.26742 0.64841 0.26230 0.64872 0.25719 0.64912 0.25207 0.64959 0.24695 0.65015 0.24183 0.65080 0.23671 0.65153 0.23159 0.65235 0.22647 0.65326 0.22136 0.65426 0.21624 0.65535 0.21112 0.65654 0.20600 0.65782 0.20088 0.65919 0.19576 0.66066 0.19064 0.66223 0.18553 0.66390 0.18041 0.66567 0.17529 0.66754 0.17017 0.66951 0.16505 0.67159\n 11 50 2 0.17017 0.66951 0.15401 0.68376\n 11 50 2 0.17017 0.66951 0.14780 0.67090\n 11 182 8 0.17017 0.66951 0.15993 0.67377 0.15481 0.67606 0.14970 0.67845 0.14458 0.68095 0.13946 0.68355 0.13434 0.68627 0.12922 0.68909\n 11 490 22 0.24183 0.66202 0.24695 0.66123 0.25207 0.66053 0.25719 0.65990 0.26230 0.65936 0.26742 0.65890 0.27254 0.65852 0.27766 0.65821 0.28278 0.65798 0.28790 0.65783 0.29302 0.65775 0.29813 0.65774 0.30325 0.65781 0.30837 0.65794 0.31349 0.65814 0.31861 0.65840 0.32373 0.65873 0.32885 0.65913 0.33396 0.65958 0.33908 0.66010 0.34420 0.66068 0.34932 0.66132\n 11 50 2 0.34932 0.66132 0.32497 0.66618\n 11 50 2 0.34932 0.66132 0.32726 0.65068\n 11 490 22 0.34932 0.66132 0.35444 0.66201 0.35956 0.66276 0.36468 0.66356 0.36979 0.66441 0.37491 0.66532 0.38003 0.66628 0.38515 0.66728 0.39027 0.66833 0.39539 0.66943 0.40051 0.67058 0.40562 0.67177 0.41074 0.67300 0.41586 0.67427 0.42098 0.67559 0.42610 0.67695 0.43122 0.67834 0.43634 0.67978 0.44145 0.68125 0.44657 0.68276 0.45169 0.68430 0.45681 0.68587\n 11 50 2 0.45681 0.68587 0.42586 0.68659\n 11 50 2 0.45681 0.68587 0.43260 0.66817\n 11 490 22 0.45681 0.68587 0.46193 0.68748 0.46705 0.68912 0.47217 0.69080 0.47728 0.69250 0.48240 0.69424 0.48752 0.69600 0.49264 0.69779 0.49776 0.69961 0.50288 0.70146 0.50800 0.70333 0.51311 0.70523 0.51823 0.70716 0.52335 0.70911 0.52847 0.71108 0.53359 0.71307 0.53871 0.71509 0.54383 0.71713 0.54894 0.71919 0.55406 0.72127 0.55918 0.72337 0.56430 0.72549\n 11 50 2 0.56430 0.72549 0.52722 0.72293\n 11 50 2 0.56430 0.72549 0.53769 0.70166\n 11 490 22 0.56430 0.72549 0.56942 0.72763 0.57454 0.72979 0.57966 0.73197 0.58477 0.73416 0.58989 0.73638 0.59501 0.73861 0.60013 0.74085 0.60525 0.74312 0.61037 0.74539 0.61549 0.74769 0.62060 0.75000 0.62572 0.75232 0.63084 0.75466 0.63596 0.75702 0.64108 0.75938 0.64620 0.76177 0.65132 0.76416 0.65643 0.76657 0.66155 0.76899 0.66667 0.77143 0.67179 0.77388\n 11 50 2 0.67179 0.77388 0.62992 0.76880\n 11 50 2 0.67179 0.77388 0.64327 0.74529\n 11 490 22 0.67179 0.77388 0.67691 0.77634 0.68203 0.77881 0.68715 0.78129 0.69226 0.78379 0.69738 0.78630 0.70250 0.78882 0.70762 0.79135 0.71274 0.79390 0.71786 0.79645 0.72298 0.79902 0.72809 0.80160 0.73321 0.80419 0.73833 0.80679 0.74345 0.80940 0.74857 0.81202 0.75369 0.81465 0.75881 0.81730 0.76392 0.81995 0.76904 0.82262 0.77416 0.82530 0.77928 0.82799\n 11 50 2 0.77928 0.82799 0.73340 0.82072\n 11 50 2 0.77928 0.82799 0.74923 0.79537\n 11 182 8 0.77928 0.82799 0.78440 0.83069 0.78952 0.83340 0.79464 0.83612 0.79976 0.83885 0.80487 0.84160 0.80999 0.84435 0.81511 0.84712\n 11 72 3 0.24183 0.66202 0.23671 0.66282 0.23159 0.66369\n 11 50 2 0.23671 0.66282 0.21663 0.67370\n 11 50 2 0.23671 0.66282 0.21370 0.65931\n 11 468 21 0.23671 0.66282 0.22647 0.66466 0.22136 0.66571 0.21624 0.66686 0.21112 0.66809 0.20600 0.66942 0.20088 0.67084 0.19576 0.67236 0.19064 0.67397 0.18553 0.67568 0.18041 0.67749 0.17529 0.67939 0.17017 0.68140 0.16505 0.68351 0.15993 0.68572 0.15481 0.68804 0.14970 0.69046 0.14458 0.69298 0.13946 0.69561 0.13434 0.69835 0.12922 0.70119\n 11 490 22 0.25719 0.67142 0.26230 0.67080 0.26742 0.67026 0.27254 0.66980 0.27766 0.66941 0.28278 0.66910 0.28790 0.66886 0.29302 0.66870 0.29813 0.66861 0.30325 0.66858 0.30837 0.66863 0.31349 0.66874 0.31861 0.66891 0.32373 0.66915 0.32885 0.66945 0.33396 0.66982 0.33908 0.67024 0.34420 0.67072 0.34932 0.67126 0.35444 0.67186 0.35956 0.67251 0.36468 0.67322\n 11 50 2 0.36468 0.67322 0.33871 0.67805\n 11 50 2 0.36468 0.67322 0.34140 0.66160\n 11 490 22 0.36468 0.67322 0.36979 0.67397 0.37491 0.67478 0.38003 0.67564 0.38515 0.67655 0.39027 0.67751 0.39539 0.67851 0.40051 0.67956 0.40562 0.68065 0.41074 0.68178 0.41586 0.68296 0.42098 0.68418 0.42610 0.68543 0.43122 0.68673 0.43634 0.68807 0.44145 0.68944 0.44657 0.69085 0.45169 0.69230 0.45681 0.69378 0.46193 0.69529 0.46705 0.69684 0.47217 0.69842\n 11 50 2 0.47217 0.69842 0.43980 0.69915\n 11 50 2 0.47217 0.69842 0.44685 0.67989\n 11 490 22 0.47217 0.69842 0.47728 0.70002 0.48240 0.70166 0.48752 0.70333 0.49264 0.70503 0.49776 0.70676 0.50288 0.70852 0.50800 0.71030 0.51311 0.71211 0.51823 0.71394 0.52335 0.71580 0.52847 0.71768 0.53359 0.71959 0.53871 0.72152 0.54383 0.72347 0.54894 0.72544 0.55406 0.72744 0.55918 0.72946 0.56430 0.73150 0.56942 0.73355 0.57454 0.73563 0.57966 0.73773\n 11 50 2 0.57966 0.73773 0.54141 0.73524\n 11 50 2 0.57966 0.73773 0.55211 0.71327\n 11 490 22 0.57966 0.73773 0.58477 0.73984 0.58989 0.74198 0.59501 0.74413 0.60013 0.74630 0.60525 0.74848 0.61037 0.75069 0.61549 0.75291 0.62060 0.75514 0.62572 0.75740 0.63084 0.75966 0.63596 0.76195 0.64108 0.76424 0.64620 0.76656 0.65132 0.76888 0.65643 0.77123 0.66155 0.77358 0.66667 0.77595 0.67179 0.77833 0.67691 0.78073 0.68203 0.78314 0.68715 0.78556\n 11 50 2 0.68715 0.78556 0.64437 0.78054\n 11 50 2 0.68715 0.78556 0.65789 0.75649\n 11 116 5 0.68715 0.78556 0.69226 0.78800 0.69738 0.79045 0.70250 0.79291 0.70762 0.79538\n 11 72 3 0.25719 0.67142 0.25207 0.67204 0.24695 0.67273\n 11 50 2 0.25207 0.67204 0.23126 0.68238\n 11 50 2 0.25207 0.67204 0.22888 0.66769\n 11 490 22 0.25207 0.67204 0.24183 0.67351 0.23671 0.67438 0.23159 0.67532 0.22647 0.67635 0.22136 0.67747 0.21624 0.67868 0.21112 0.67997 0.20600 0.68136 0.20088 0.68284 0.19576 0.68441 0.19064 0.68608 0.18553 0.68784 0.18041 0.68969 0.17529 0.69165 0.17017 0.69370 0.16505 0.69586 0.15993 0.69811 0.15481 0.70047 0.14970 0.70292 0.14458 0.70548 0.13946 0.70815\n 11 50 2 0.14458 0.70548 0.12837 0.72294\n 11 50 2 0.14458 0.70548 0.12666 0.70825\n 11 72 3 0.14458 0.70548 0.13434 0.71092 0.12922 0.71379\n 11 490 22 0.27254 0.68081 0.27766 0.68034 0.28278 0.67995 0.28790 0.67963 0.29302 0.67937 0.29813 0.67919 0.30325 0.67908 0.30837 0.67904 0.31349 0.67906 0.31861 0.67914 0.32373 0.67929 0.32885 0.67950 0.33396 0.67978 0.33908 0.68011 0.34420 0.68050 0.34932 0.68094 0.35444 0.68144 0.35956 0.68200 0.36468 0.68261 0.36979 0.68327 0.37491 0.68398 0.38003 0.68474\n 11 50 2 0.38003 0.68474 0.35248 0.68956\n 11 50 2 0.38003 0.68474 0.35555 0.67218\n 11 490 22 0.38003 0.68474 0.38515 0.68556 0.39027 0.68641 0.39539 0.68732 0.40051 0.68827 0.40562 0.68927 0.41074 0.69031 0.41586 0.69139 0.42098 0.69251 0.42610 0.69367 0.43122 0.69488 0.43634 0.69612 0.44145 0.69740 0.44657 0.69871 0.45169 0.70006 0.45681 0.70145 0.46193 0.70287 0.46705 0.70432 0.47217 0.70581 0.47728 0.70733 0.48240 0.70888 0.48752 0.71046\n 11 50 2 0.48752 0.71046 0.45379 0.71122\n 11 50 2 0.48752 0.71046 0.46115 0.69115\n 11 490 22 0.48752 0.71046 0.49264 0.71206 0.49776 0.71370 0.50288 0.71537 0.50800 0.71706 0.51311 0.71878 0.51823 0.72053 0.52335 0.72230 0.52847 0.72410 0.53359 0.72592 0.53871 0.72776 0.54383 0.72963 0.54894 0.73153 0.55406 0.73344 0.55918 0.73538 0.56430 0.73733 0.56942 0.73931 0.57454 0.74131 0.57966 0.74333 0.58477 0.74537 0.58989 0.74743 0.59501 0.74950\n 11 50 2 0.59501 0.74950 0.55626 0.74711\n 11 50 2 0.59501 0.74950 0.56701 0.72481\n 11 490 22 0.59501 0.74950 0.60013 0.75160 0.60525 0.75371 0.61037 0.75584 0.61549 0.75799 0.62060 0.76016 0.62572 0.76234 0.63084 0.76454 0.63596 0.76675 0.64108 0.76898 0.64620 0.77123 0.65132 0.77349 0.65643 0.77577 0.66155 0.77806 0.66667 0.78036 0.67179 0.78268 0.67691 0.78502 0.68203 0.78737 0.68715 0.78973 0.69226 0.79211 0.69738 0.79450 0.70250 0.79690\n 11 50 2 0.70250 0.79690 0.65885 0.79191\n 11 50 2 0.70250 0.79690 0.67256 0.76733\n 11 468 21 0.70250 0.79690 0.70762 0.79932 0.71274 0.80175 0.71786 0.80420 0.72298 0.80665 0.72809 0.80912 0.73321 0.81161 0.73833 0.81410 0.74345 0.81661 0.74857 0.81913 0.75369 0.82167 0.75881 0.82421 0.76392 0.82677 0.76904 0.82934 0.77416 0.83193 0.77928 0.83452 0.78440 0.83713 0.78952 0.83976 0.79464 0.84239 0.79976 0.84504 0.80487 0.84770\n 11 72 3 0.27254 0.68081 0.26742 0.68128 0.26230 0.68182\n 11 50 2 0.26742 0.68128 0.24489 0.69163\n 11 50 2 0.26742 0.68128 0.24291 0.67592\n 11 490 22 0.26742 0.68128 0.25719 0.68244 0.25207 0.68314 0.24695 0.68391 0.24183 0.68477 0.23671 0.68571 0.23159 0.68672 0.22647 0.68783 0.22136 0.68902 0.21624 0.69029 0.21112 0.69165 0.20600 0.69310 0.20088 0.69464 0.19576 0.69628 0.19064 0.69800 0.18553 0.69982 0.18041 0.70174 0.17529 0.70375 0.17017 0.70586 0.16505 0.70806 0.15993 0.71036 0.15481 0.71277\n 11 50 2 0.15993 0.71036 0.14202 0.72805\n 11 50 2 0.15993 0.71036 0.13382 0.71335\n 11 138 6 0.15993 0.71036 0.14970 0.71527 0.14458 0.71788 0.13946 0.72058 0.13434 0.72339 0.12922 0.72630\n 11 490 22 0.28278 0.69020 0.28790 0.68980 0.29302 0.68946 0.29813 0.68920 0.30325 0.68900 0.30837 0.68887 0.31349 0.68880 0.31861 0.68880 0.32373 0.68886 0.32885 0.68899 0.33396 0.68917 0.33908 0.68941 0.34420 0.68971 0.34932 0.69007 0.35444 0.69048 0.35956 0.69095 0.36468 0.69147 0.36979 0.69204 0.37491 0.69266 0.38003 0.69333 0.38515 0.69405 0.39027 0.69482\n 11 50 2 0.39027 0.69482 0.36122 0.69986\n 11 50 2 0.39027 0.69482 0.36448 0.68155\n 11 490 22 0.39027 0.69482 0.39539 0.69563 0.40051 0.69649 0.40562 0.69740 0.41074 0.69834 0.41586 0.69933 0.42098 0.70036 0.42610 0.70144 0.43122 0.70255 0.43634 0.70370 0.44145 0.70489 0.44657 0.70612 0.45169 0.70738 0.45681 0.70868 0.46193 0.71001 0.46705 0.71138 0.47217 0.71278 0.47728 0.71421 0.48240 0.71567 0.48752 0.71717 0.49264 0.71869 0.49776 0.72025\n 11 50 2 0.49776 0.72025 0.46403 0.72116\n 11 50 2 0.49776 0.72025 0.47128 0.70105\n 11 490 22 0.49776 0.72025 0.50288 0.72183 0.50800 0.72344 0.51311 0.72508 0.51823 0.72674 0.52335 0.72843 0.52847 0.73015 0.53359 0.73189 0.53871 0.73366 0.54383 0.73545 0.54894 0.73727 0.55406 0.73911 0.55918 0.74097 0.56430 0.74285 0.56942 0.74475 0.57454 0.74668 0.57966 0.74863 0.58477 0.75059 0.58989 0.75258 0.59501 0.75459 0.60013 0.75661 0.60525 0.75866\n 11 50 2 0.60525 0.75866 0.56588 0.75643\n 11 50 2 0.60525 0.75866 0.57665 0.73373\n 11 490 22 0.60525 0.75866 0.61037 0.76072 0.61549 0.76280 0.62060 0.76490 0.62572 0.76702 0.63084 0.76915 0.63596 0.77130 0.64108 0.77347 0.64620 0.77565 0.65132 0.77785 0.65643 0.78007 0.66155 0.78230 0.66667 0.78455 0.67179 0.78681 0.67691 0.78909 0.68203 0.79138 0.68715 0.79369 0.69226 0.79601 0.69738 0.79834 0.70250 0.80070 0.70762 0.80306 0.71274 0.80544\n 11 50 2 0.71274 0.80544 0.66906 0.80061\n 11 50 2 0.71274 0.80544 0.68266 0.77599\n 11 226 10 0.71274 0.80544 0.71786 0.80783 0.72298 0.81024 0.72809 0.81266 0.73321 0.81509 0.73833 0.81754 0.74345 0.82000 0.74857 0.82248 0.75369 0.82497 0.75881 0.82747\n 11 72 3 0.28278 0.69020 0.27766 0.69061 0.27254 0.69108\n 11 50 2 0.27766 0.69061 0.25392 0.70113\n 11 50 2 0.27766 0.69061 0.25210 0.68467\n 11 490 22 0.27766 0.69061 0.26742 0.69163 0.26230 0.69225 0.25719 0.69295 0.25207 0.69373 0.24695 0.69458 0.24183 0.69551 0.23671 0.69652 0.23159 0.69761 0.22647 0.69879 0.22136 0.70005 0.21624 0.70140 0.21112 0.70283 0.20600 0.70435 0.20088 0.70595 0.19576 0.70765 0.19064 0.70944 0.18553 0.71132 0.18041 0.71329 0.17529 0.71536 0.17017 0.71753 0.16505 0.71979\n 11 50 2 0.17017 0.71753 0.15179 0.73481\n 11 50 2 0.17017 0.71753 0.14398 0.71992\n 11 182 8 0.17017 0.71753 0.15993 0.72214 0.15481 0.72460 0.14970 0.72715 0.14458 0.72980 0.13946 0.73256 0.13434 0.73541 0.12922 0.73836\n 11 490 22 0.29813 0.69960 0.30325 0.69931 0.30837 0.69908 0.31349 0.69892 0.31861 0.69883 0.32373 0.69879 0.32885 0.69882 0.33396 0.69891 0.33908 0.69905 0.34420 0.69926 0.34932 0.69952 0.35444 0.69983 0.35956 0.70020 0.36468 0.70063 0.36979 0.70110 0.37491 0.70163 0.38003 0.70221 0.38515 0.70283 0.39027 0.70350 0.39539 0.70423 0.40051 0.70499 0.40562 0.70580\n 11 50 2 0.40562 0.70580 0.37600 0.71070\n 11 50 2 0.40562 0.70580 0.37950 0.69208\n 11 490 22 0.40562 0.70580 0.41074 0.70666 0.41586 0.70755 0.42098 0.70849 0.42610 0.70947 0.43122 0.71049 0.43634 0.71155 0.44145 0.71265 0.44657 0.71378 0.45169 0.71495 0.45681 0.71616 0.46193 0.71740 0.46705 0.71868 0.47217 0.71999 0.47728 0.72133 0.48240 0.72271 0.48752 0.72412 0.49264 0.72555 0.49776 0.72702 0.50288 0.72852 0.50800 0.73004 0.51311 0.73160\n 11 50 2 0.51311 0.73160 0.47807 0.73254\n 11 50 2 0.51311 0.73160 0.48560 0.71165\n 11 490 22 0.51311 0.73160 0.51823 0.73318 0.52335 0.73479 0.52847 0.73642 0.53359 0.73809 0.53871 0.73977 0.54383 0.74148 0.54894 0.74322 0.55406 0.74498 0.55918 0.74676 0.56430 0.74857 0.56942 0.75040 0.57454 0.75225 0.57966 0.75412 0.58477 0.75601 0.58989 0.75793 0.59501 0.75986 0.60013 0.76181 0.60525 0.76379 0.61037 0.76578 0.61549 0.76779 0.62060 0.76982\n 11 50 2 0.62060 0.76982 0.58017 0.76763\n 11 50 2 0.62060 0.76982 0.59116 0.74429\n 11 248 11 0.62060 0.76982 0.62572 0.77187 0.63084 0.77394 0.63596 0.77603 0.64108 0.77813 0.64620 0.78025 0.65132 0.78239 0.65643 0.78454 0.66155 0.78671 0.66667 0.78890 0.67179 0.79110\n 11 72 3 0.29813 0.69960 0.29302 0.69989 0.28790 0.70024\n 11 50 2 0.29302 0.69989 0.26865 0.71000\n 11 50 2 0.29302 0.69989 0.26727 0.69327\n 11 490 22 0.29302 0.69989 0.28278 0.70067 0.27766 0.70116 0.27254 0.70173 0.26742 0.70236 0.26230 0.70307 0.25719 0.70385 0.25207 0.70471 0.24695 0.70564 0.24183 0.70666 0.23671 0.70775 0.23159 0.70892 0.22647 0.71018 0.22136 0.71151 0.21624 0.71294 0.21112 0.71444 0.20600 0.71604 0.20088 0.71772 0.19576 0.71949 0.19064 0.72134 0.18553 0.72329 0.18041 0.72533\n 11 50 2 0.18553 0.72329 0.16542 0.74079\n 11 50 2 0.18553 0.72329 0.15787 0.72484\n 11 226 10 0.18553 0.72329 0.17529 0.72747 0.17017 0.72970 0.16505 0.73202 0.15993 0.73443 0.15481 0.73695 0.14970 0.73956 0.14458 0.74226 0.13946 0.74507 0.13434 0.74797\n 11 490 22 0.31349 0.70899 0.31861 0.70880 0.32373 0.70867 0.32885 0.70860 0.33396 0.70860 0.33908 0.70865 0.34420 0.70876 0.34932 0.70892 0.35444 0.70915 0.35956 0.70942 0.36468 0.70975 0.36979 0.71013 0.37491 0.71056 0.38003 0.71104 0.38515 0.71157 0.39027 0.71215 0.39539 0.71277 0.40051 0.71345 0.40562 0.71416 0.41074 0.71492 0.41586 0.71572 0.42098 0.71657\n 11 50 2 0.42098 0.71657 0.38987 0.72150\n 11 50 2 0.42098 0.71657 0.39370 0.70200\n 11 490 22 0.42098 0.71657 0.42610 0.71746 0.43122 0.71839 0.43634 0.71935 0.44145 0.72036 0.44657 0.72141 0.45169 0.72249 0.45681 0.72360 0.46193 0.72476 0.46705 0.72594 0.47217 0.72717 0.47728 0.72842 0.48240 0.72971 0.48752 0.73103 0.49264 0.73238 0.49776 0.73377 0.50288 0.73518 0.50800 0.73662 0.51311 0.73809 0.51823 0.73959 0.52335 0.74112 0.52847 0.74268\n 11 50 2 0.52847 0.74268 0.49214 0.74366\n 11 50 2 0.52847 0.74268 0.49995 0.72200\n 11 490 22 0.52847 0.74268 0.53359 0.74426 0.53871 0.74586 0.54383 0.74750 0.54894 0.74915 0.55406 0.75084 0.55918 0.75254 0.56430 0.75427 0.56942 0.75603 0.57454 0.75780 0.57966 0.75960 0.58477 0.76142 0.58989 0.76326 0.59501 0.76513 0.60013 0.76701 0.60525 0.76892 0.61037 0.77084 0.61549 0.77279 0.62060 0.77475 0.62572 0.77673 0.63084 0.77874 0.63596 0.78076\n 11 50 2 0.63596 0.78076 0.59449 0.77857\n 11 50 2 0.63596 0.78076 0.60572 0.75463\n 11 138 6 0.63596 0.78076 0.64108 0.78280 0.64620 0.78485 0.65132 0.78693 0.65643 0.78902 0.66155 0.79113\n 11 72 3 0.31349 0.70899 0.30837 0.70918 0.30325 0.70943\n 11 50 2 0.30837 0.70918 0.28235 0.71935\n 11 50 2 0.30837 0.70918 0.28132 0.70162\n 11 490 22 0.30837 0.70918 0.29813 0.70975 0.29302 0.71013 0.28790 0.71057 0.28278 0.71109 0.27766 0.71167 0.27254 0.71233 0.26742 0.71305 0.26230 0.71385 0.25719 0.71472 0.25207 0.71566 0.24695 0.71668 0.24183 0.71778 0.23671 0.71896 0.23159 0.72021 0.22647 0.72155 0.22136 0.72296 0.21624 0.72446 0.21112 0.72605 0.20600 0.72772 0.20088 0.72948 0.19576 0.73132\n 11 50 2 0.20088 0.72948 0.18005 0.74634\n 11 50 2 0.20088 0.72948 0.17311 0.73011\n 11 292 13 0.20088 0.72948 0.19064 0.73325 0.18553 0.73527 0.18041 0.73738 0.17529 0.73958 0.17017 0.74188 0.16505 0.74426 0.15993 0.74674 0.15481 0.74931 0.14970 0.75198 0.14458 0.75475 0.13946 0.75761 0.13434 0.76056\n 11 490 22 0.32885 0.71838 0.33396 0.71828 0.33908 0.71824 0.34420 0.71825 0.34932 0.71832 0.35444 0.71845 0.35956 0.71863 0.36468 0.71887 0.36979 0.71915 0.37491 0.71949 0.38003 0.71988 0.38515 0.72031 0.39027 0.72080 0.39539 0.72133 0.40051 0.72191 0.40562 0.72253 0.41074 0.72320 0.41586 0.72391 0.42098 0.72466 0.42610 0.72546 0.43122 0.72629 0.43634 0.72717\n 11 50 2 0.43634 0.72717 0.40428 0.73206\n 11 50 2 0.43634 0.72717 0.40835 0.71201\n 11 490 22 0.43634 0.72717 0.44145 0.72808 0.44657 0.72904 0.45169 0.73003 0.45681 0.73106 0.46193 0.73212 0.46705 0.73322 0.47217 0.73436 0.47728 0.73553 0.48240 0.73673 0.48752 0.73796 0.49264 0.73923 0.49776 0.74053 0.50288 0.74186 0.50800 0.74322 0.51311 0.74461 0.51823 0.74602 0.52335 0.74747 0.52847 0.74895 0.53359 0.75045 0.53871 0.75198 0.54383 0.75353\n 11 50 2 0.54383 0.75353 0.50626 0.75454\n 11 50 2 0.54383 0.75353 0.51434 0.73215\n 11 490 22 0.54383 0.75353 0.54894 0.75511 0.55406 0.75672 0.55918 0.75835 0.56430 0.76000 0.56942 0.76168 0.57454 0.76339 0.57966 0.76511 0.58477 0.76686 0.58989 0.76863 0.59501 0.77042 0.60013 0.77224 0.60525 0.77407 0.61037 0.77593 0.61549 0.77781 0.62060 0.77971 0.62572 0.78162 0.63084 0.78356 0.63596 0.78552 0.64108 0.78749 0.64620 0.78949 0.65132 0.79150\n 11 50 2 0.65132 0.79150 0.60944 0.78935\n 11 50 2 0.65132 0.79150 0.62075 0.76516\n 11 490 22 0.65132 0.79150 0.65643 0.79353 0.66155 0.79558 0.66667 0.79765 0.67179 0.79974 0.67691 0.80184 0.68203 0.80396 0.68715 0.80610 0.69226 0.80825 0.69738 0.81042 0.70250 0.81261 0.70762 0.81482 0.71274 0.81704 0.71786 0.81927 0.72298 0.82153 0.72809 0.82380 0.73321 0.82608 0.73833 0.82838 0.74345 0.83070 0.74857 0.83303 0.75369 0.83538 0.75881 0.83774\n 11 50 2 0.75881 0.83774 0.71241 0.83273\n 11 50 2 0.75881 0.83774 0.72678 0.80654\n 11 116 5 0.75881 0.83774 0.76392 0.84012 0.76904 0.84251 0.77416 0.84492 0.77928 0.84735\n 11 72 3 0.32885 0.71838 0.32373 0.71848 0.31861 0.71864\n 11 50 2 0.32373 0.71848 0.29607 0.72871\n 11 50 2 0.32373 0.71848 0.29538 0.71000\n 11 490 22 0.32373 0.71848 0.31349 0.71886 0.30837 0.71914 0.30325 0.71949 0.29813 0.71989 0.29302 0.72037 0.28790 0.72090 0.28278 0.72151 0.27766 0.72218 0.27254 0.72293 0.26742 0.72374 0.26230 0.72462 0.25719 0.72558 0.25207 0.72662 0.24695 0.72772 0.24183 0.72891 0.23671 0.73017 0.23159 0.73151 0.22647 0.73292 0.22136 0.73442 0.21624 0.73600 0.21112 0.73767\n 11 50 2 0.21624 0.73600 0.19368 0.75308\n 11 50 2 0.21624 0.73600 0.18700 0.73578\n 11 358 16 0.21624 0.73600 0.20600 0.73942 0.20088 0.74125 0.19576 0.74317 0.19064 0.74518 0.18553 0.74727 0.18041 0.74945 0.17529 0.75172 0.17017 0.75408 0.16505 0.75654 0.15993 0.75908 0.15481 0.76172 0.14970 0.76445 0.14458 0.76727 0.13946 0.77019 0.13434 0.77320\n 11 490 22 0.28278 0.73247 0.28790 0.73170 0.29302 0.73100 0.29813 0.73037 0.30325 0.72980 0.30837 0.72930 0.31349 0.72886 0.31861 0.72848 0.32373 0.72817 0.32885 0.72792 0.33396 0.72772 0.33908 0.72759 0.34420 0.72751 0.34932 0.72749 0.35444 0.72752 0.35956 0.72761 0.36468 0.72775 0.36979 0.72794 0.37491 0.72818 0.38003 0.72848 0.38515 0.72882 0.39027 0.72922\n 11 50 2 0.39027 0.72922 0.35984 0.73681\n 11 50 2 0.39027 0.72922 0.36164 0.71709\n 11 490 22 0.39027 0.72922 0.39539 0.72966 0.40051 0.73014 0.40562 0.73068 0.41074 0.73125 0.41586 0.73187 0.42098 0.73254 0.42610 0.73325 0.43122 0.73399 0.43634 0.73478 0.44145 0.73561 0.44657 0.73648 0.45169 0.73738 0.45681 0.73833 0.46193 0.73930 0.46705 0.74032 0.47217 0.74137 0.47728 0.74246 0.48240 0.74357 0.48752 0.74473 0.49264 0.74591 0.49776 0.74713\n 11 50 2 0.49776 0.74713 0.46256 0.75022\n 11 50 2 0.49776 0.74713 0.46863 0.72874\n 11 490 22 0.49776 0.74713 0.50288 0.74838 0.50800 0.74966 0.51311 0.75097 0.51823 0.75231 0.52335 0.75368 0.52847 0.75507 0.53359 0.75650 0.53871 0.75795 0.54383 0.75943 0.54894 0.76094 0.55406 0.76247 0.55918 0.76403 0.56430 0.76561 0.56942 0.76722 0.57454 0.76885 0.57966 0.77050 0.58477 0.77218 0.58989 0.77389 0.59501 0.77561 0.60013 0.77736 0.60525 0.77913\n 11 50 2 0.60525 0.77913 0.56450 0.77871\n 11 50 2 0.60525 0.77913 0.57433 0.75478\n 11 226 10 0.60525 0.77913 0.61037 0.78092 0.61549 0.78273 0.62060 0.78457 0.62572 0.78642 0.63084 0.78830 0.63596 0.79019 0.64108 0.79211 0.64620 0.79404 0.65132 0.79599\n 11 72 3 0.28278 0.73247 0.27766 0.73324 0.27254 0.73408\n 11 50 2 0.27766 0.73324 0.25168 0.74706\n 11 50 2 0.27766 0.73324 0.24808 0.72851\n 11 490 22 0.27766 0.73324 0.26742 0.73498 0.26230 0.73596 0.25719 0.73701 0.25207 0.73814 0.24695 0.73934 0.24183 0.74061 0.23671 0.74196 0.23159 0.74339 0.22647 0.74490 0.22136 0.74648 0.21624 0.74815 0.21112 0.74990 0.20600 0.75173 0.20088 0.75364 0.19576 0.75564 0.19064 0.75773 0.18553 0.75990 0.18041 0.76216 0.17529 0.76450 0.17017 0.76694 0.16505 0.76946\n 11 50 2 0.17017 0.76694 0.14887 0.78883\n 11 50 2 0.17017 0.76694 0.13852 0.77114\n 11 182 8 0.17017 0.76694 0.15993 0.77207 0.15481 0.77477 0.14970 0.77757 0.14458 0.78045 0.13946 0.78343 0.13434 0.78649 0.12922 0.78965\n 11 490 22 0.29813 0.74186 0.30325 0.74119 0.30837 0.74058 0.31349 0.74004 0.31861 0.73956 0.32373 0.73914 0.32885 0.73878 0.33396 0.73848 0.33908 0.73824 0.34420 0.73806 0.34932 0.73793 0.35444 0.73786 0.35956 0.73785 0.36468 0.73788 0.36979 0.73797 0.37491 0.73811 0.38003 0.73830 0.38515 0.73854 0.39027 0.73883 0.39539 0.73917 0.40051 0.73955 0.40562 0.73998\n 11 50 2 0.40562 0.73998 0.37372 0.74770\n 11 50 2 0.40562 0.73998 0.37577 0.72708\n 11 490 22 0.40562 0.73998 0.41074 0.74046 0.41586 0.74098 0.42098 0.74154 0.42610 0.74214 0.43122 0.74279 0.43634 0.74348 0.44145 0.74421 0.44657 0.74498 0.45169 0.74579 0.45681 0.74663 0.46193 0.74752 0.46705 0.74844 0.47217 0.74939 0.47728 0.75038 0.48240 0.75141 0.48752 0.75247 0.49264 0.75356 0.49776 0.75468 0.50288 0.75584 0.50800 0.75703 0.51311 0.75825\n 11 50 2 0.51311 0.75825 0.47662 0.76144\n 11 50 2 0.51311 0.75825 0.48293 0.73917\n 11 490 22 0.51311 0.75825 0.51823 0.75950 0.52335 0.76078 0.52847 0.76209 0.53359 0.76343 0.53871 0.76480 0.54383 0.76619 0.54894 0.76761 0.55406 0.76906 0.55918 0.77054 0.56430 0.77204 0.56942 0.77357 0.57454 0.77512 0.57966 0.77670 0.58477 0.77830 0.58989 0.77992 0.59501 0.78157 0.60013 0.78324 0.60525 0.78494 0.61037 0.78665 0.61549 0.78839 0.62060 0.79015\n 11 50 2 0.62060 0.79015 0.57946 0.78979\n 11 50 2 0.62060 0.79015 0.58934 0.76561\n 11 490 22 0.62060 0.79015 0.62572 0.79194 0.63084 0.79374 0.63596 0.79557 0.64108 0.79741 0.64620 0.79928 0.65132 0.80116 0.65643 0.80307 0.66155 0.80500 0.66667 0.80694 0.67179 0.80891 0.67691 0.81089 0.68203 0.81289 0.68715 0.81492 0.69226 0.81696 0.69738 0.81901 0.70250 0.82109 0.70762 0.82319 0.71274 0.82530 0.71786 0.82743 0.72298 0.82958 0.72809 0.83174\n 11 50 2 0.72809 0.83174 0.68290 0.82829\n 11 50 2 0.72809 0.83174 0.69589 0.80245\n 11 182 8 0.72809 0.83174 0.73321 0.83392 0.73833 0.83612 0.74345 0.83834 0.74857 0.84058 0.75369 0.84283 0.75881 0.84510 0.76392 0.84738\n 11 72 3 0.29813 0.74186 0.29302 0.74253 0.28790 0.74327\n 11 50 2 0.29302 0.74253 0.26648 0.75598\n 11 50 2 0.29302 0.74253 0.26327 0.73719\n 11 490 22 0.29302 0.74253 0.28278 0.74407 0.27766 0.74494 0.27254 0.74588 0.26742 0.74689 0.26230 0.74796 0.25719 0.74911 0.25207 0.75034 0.24695 0.75163 0.24183 0.75300 0.23671 0.75445 0.23159 0.75597 0.22647 0.75757 0.22136 0.75925 0.21624 0.76100 0.21112 0.76284 0.20600 0.76476 0.20088 0.76676 0.19576 0.76884 0.19064 0.77101 0.18553 0.77326 0.18041 0.77560\n 11 50 2 0.18553 0.77326 0.16351 0.79452\n 11 50 2 0.18553 0.77326 0.15378 0.77656\n 11 226 10 0.18553 0.77326 0.17529 0.77802 0.17017 0.78053 0.16505 0.78313 0.15993 0.78581 0.15481 0.78858 0.14970 0.79144 0.14458 0.79439 0.13946 0.79743 0.13434 0.80055\n 11 490 22 0.31349 0.75126 0.31861 0.75067 0.32373 0.75015 0.32885 0.74969 0.33396 0.74928 0.33908 0.74894 0.34420 0.74865 0.34932 0.74842 0.35444 0.74825 0.35956 0.74813 0.36468 0.74806 0.36979 0.74805 0.37491 0.74808 0.38003 0.74817 0.38515 0.74831 0.39027 0.74850 0.39539 0.74873 0.40051 0.74901 0.40562 0.74934 0.41074 0.74972 0.41586 0.75014 0.42098 0.75060\n 11 50 2 0.42098 0.75060 0.38762 0.75844\n 11 50 2 0.42098 0.75060 0.38993 0.73693\n 11 490 22 0.42098 0.75060 0.42610 0.75111 0.43122 0.75165 0.43634 0.75224 0.44145 0.75288 0.44657 0.75355 0.45169 0.75426 0.45681 0.75501 0.46193 0.75579 0.46705 0.75662 0.47217 0.75748 0.47728 0.75837 0.48240 0.75931 0.48752 0.76027 0.49264 0.76128 0.49776 0.76231 0.50288 0.76338 0.50800 0.76448 0.51311 0.76561 0.51823 0.76677 0.52335 0.76796 0.52847 0.76919\n 11 50 2 0.52847 0.76919 0.49071 0.77246\n 11 50 2 0.52847 0.76919 0.49725 0.74943\n 11 490 22 0.52847 0.76919 0.53359 0.77044 0.53871 0.77172 0.54383 0.77303 0.54894 0.77437 0.55406 0.77574 0.55918 0.77713 0.56430 0.77855 0.56942 0.78000 0.57454 0.78147 0.57966 0.78297 0.58477 0.78449 0.58989 0.78604 0.59501 0.78761 0.60013 0.78921 0.60525 0.79083 0.61037 0.79247 0.61549 0.79414 0.62060 0.79583 0.62572 0.79754 0.63084 0.79927 0.63596 0.80103\n 11 50 2 0.63596 0.80103 0.59378 0.80069\n 11 50 2 0.63596 0.80103 0.60388 0.77590\n 11 446 20 0.63596 0.80103 0.64108 0.80280 0.64620 0.80460 0.65132 0.80642 0.65643 0.80826 0.66155 0.81012 0.66667 0.81200 0.67179 0.81390 0.67691 0.81582 0.68203 0.81777 0.68715 0.81973 0.69226 0.82170 0.69738 0.82370 0.70250 0.82572 0.70762 0.82776 0.71274 0.82981 0.71786 0.83189 0.72298 0.83398 0.72809 0.83609 0.73321 0.83822\n 11 72 3 0.31349 0.75126 0.30837 0.75184 0.30325 0.75248\n 11 50 2 0.30837 0.75184 0.28021 0.76548\n 11 50 2 0.30837 0.75184 0.27725 0.74568\n 11 490 22 0.30837 0.75184 0.29813 0.75319 0.29302 0.75397 0.28790 0.75480 0.28278 0.75571 0.27766 0.75668 0.27254 0.75771 0.26742 0.75882 0.26230 0.75999 0.25719 0.76124 0.25207 0.76256 0.24695 0.76395 0.24183 0.76541 0.23671 0.76695 0.23159 0.76857 0.22647 0.77026 0.22136 0.77203 0.21624 0.77387 0.21112 0.77580 0.20600 0.77780 0.20088 0.77989 0.19576 0.78206\n 11 50 2 0.20088 0.77989 0.17716 0.80148\n 11 50 2 0.20088 0.77989 0.16759 0.78244\n 11 292 13 0.20088 0.77989 0.19064 0.78431 0.18553 0.78664 0.18041 0.78905 0.17529 0.79155 0.17017 0.79413 0.16505 0.79680 0.15993 0.79955 0.15481 0.80239 0.14970 0.80531 0.14458 0.80832 0.13946 0.81141 0.13434 0.81460\n 11 490 22 0.32885 0.76065 0.33396 0.76014 0.33908 0.75970 0.34420 0.75931 0.34932 0.75897 0.35444 0.75870 0.35956 0.75847 0.36468 0.75830 0.36979 0.75819 0.37491 0.75812 0.38003 0.75811 0.38515 0.75814 0.39027 0.75823 0.39539 0.75836 0.40051 0.75854 0.40562 0.75877 0.41074 0.75905 0.41586 0.75937 0.42098 0.75973 0.42610 0.76014 0.43122 0.76059 0.43634 0.76108\n 11 50 2 0.43634 0.76108 0.40292 0.76873\n 11 50 2 0.43634 0.76108 0.40538 0.74724\n 11 490 22 0.43634 0.76108 0.44145 0.76162 0.44657 0.76219 0.45169 0.76281 0.45681 0.76346 0.46193 0.76415 0.46705 0.76488 0.47217 0.76565 0.47728 0.76645 0.48240 0.76729 0.48752 0.76817 0.49264 0.76908 0.49776 0.77002 0.50288 0.77100 0.50800 0.77201 0.51311 0.77305 0.51823 0.77413 0.52335 0.77523 0.52847 0.77637 0.53359 0.77754 0.53871 0.77874 0.54383 0.77996\n 11 50 2 0.54383 0.77996 0.50483 0.78332\n 11 50 2 0.54383 0.77996 0.51160 0.75954\n 11 490 22 0.54383 0.77996 0.54894 0.78122 0.55406 0.78250 0.55918 0.78381 0.56430 0.78515 0.56942 0.78652 0.57454 0.78791 0.57966 0.78933 0.58477 0.79078 0.58989 0.79225 0.59501 0.79375 0.60013 0.79527 0.60525 0.79682 0.61037 0.79838 0.61549 0.79998 0.62060 0.80160 0.62572 0.80324 0.63084 0.80490 0.63596 0.80659 0.64108 0.80829 0.64620 0.81002 0.65132 0.81178\n 11 50 2 0.65132 0.81178 0.60813 0.81146\n 11 50 2 0.65132 0.81178 0.61846 0.78606\n 11 424 19 0.65132 0.81178 0.65643 0.81355 0.66155 0.81535 0.66667 0.81716 0.67179 0.81900 0.67691 0.82086 0.68203 0.82274 0.68715 0.82463 0.69226 0.82655 0.69738 0.82849 0.70250 0.83045 0.70762 0.83243 0.71274 0.83443 0.71786 0.83644 0.72298 0.83848 0.72809 0.84053 0.73321 0.84261 0.73833 0.84470 0.74345 0.84681\n 11 72 3 0.32885 0.76065 0.32373 0.76115 0.31861 0.76172\n 11 50 2 0.32373 0.76115 0.29396 0.77498\n 11 50 2 0.32373 0.76115 0.29124 0.75419\n 11 490 22 0.32373 0.76115 0.31349 0.76234 0.30837 0.76302 0.30325 0.76377 0.29813 0.76458 0.29302 0.76545 0.28790 0.76639 0.28278 0.76739 0.27766 0.76846 0.27254 0.76959 0.26742 0.77079 0.26230 0.77207 0.25719 0.77341 0.25207 0.77482 0.24695 0.77631 0.24183 0.77786 0.23671 0.77949 0.23159 0.78120 0.22647 0.78298 0.22136 0.78484 0.21624 0.78677 0.21112 0.78878\n 11 50 2 0.21624 0.78677 0.19185 0.80777\n 11 50 2 0.21624 0.78677 0.18284 0.78847\n 11 358 16 0.21624 0.78677 0.20600 0.79087 0.20088 0.79304 0.19576 0.79528 0.19064 0.79761 0.18553 0.80002 0.18041 0.80251 0.17529 0.80508 0.17017 0.80773 0.16505 0.81046 0.15993 0.81328 0.15481 0.81618 0.14970 0.81916 0.14458 0.82223 0.13946 0.82538 0.13434 0.82861\n 11 490 22 0.34420 0.77004 0.34932 0.76961 0.35444 0.76923 0.35956 0.76890 0.36468 0.76863 0.36979 0.76841 0.37491 0.76825 0.38003 0.76813 0.38515 0.76807 0.39027 0.76805 0.39539 0.76809 0.40051 0.76817 0.40562 0.76830 0.41074 0.76847 0.41586 0.76869 0.42098 0.76896 0.42610 0.76927 0.43122 0.76962 0.43634 0.77002 0.44145 0.77046 0.44657 0.77093 0.45169 0.77145\n 11 50 2 0.45169 0.77145 0.41686 0.77924\n 11 50 2 0.45169 0.77145 0.41956 0.75688\n 11 490 22 0.45169 0.77145 0.45681 0.77201 0.46193 0.77261 0.46705 0.77325 0.47217 0.77392 0.47728 0.77463 0.48240 0.77538 0.48752 0.77617 0.49264 0.77699 0.49776 0.77784 0.50288 0.77873 0.50800 0.77965 0.51311 0.78061 0.51823 0.78159 0.52335 0.78261 0.52847 0.78367 0.53359 0.78475 0.53871 0.78586 0.54383 0.78701 0.54894 0.78818 0.55406 0.78938 0.55918 0.79061\n 11 50 2 0.55918 0.79061 0.51979 0.79397\n 11 50 2 0.55918 0.79061 0.52665 0.76996\n 11 490 22 0.55918 0.79061 0.56430 0.79187 0.56942 0.79316 0.57454 0.79447 0.57966 0.79581 0.58477 0.79718 0.58989 0.79858 0.59501 0.80000 0.60013 0.80145 0.60525 0.80292 0.61037 0.80441 0.61549 0.80593 0.62060 0.80748 0.62572 0.80905 0.63084 0.81064 0.63596 0.81226 0.64108 0.81390 0.64620 0.81556 0.65132 0.81725 0.65643 0.81896 0.66155 0.82069 0.66667 0.82244\n 11 50 2 0.66667 0.82244 0.62250 0.82211\n 11 50 2 0.66667 0.82244 0.63306 0.79614\n 11 270 12 0.66667 0.82244 0.67179 0.82421 0.67691 0.82601 0.68203 0.82782 0.68715 0.82966 0.69226 0.83152 0.69738 0.83340 0.70250 0.83529 0.70762 0.83721 0.71274 0.83916 0.71786 0.84112 0.72298 0.84310\n 11 72 3 0.34420 0.77004 0.33908 0.77048 0.33396 0.77097\n 11 50 2 0.33908 0.77048 0.30881 0.78400\n 11 50 2 0.33908 0.77048 0.30642 0.76298\n 11 490 22 0.33908 0.77048 0.32885 0.77151 0.32373 0.77212 0.31861 0.77278 0.31349 0.77351 0.30837 0.77429 0.30325 0.77513 0.29813 0.77604 0.29302 0.77701 0.28790 0.77804 0.28278 0.77914 0.27766 0.78030 0.27254 0.78153 0.26742 0.78283 0.26230 0.78420 0.25719 0.78563 0.25207 0.78714 0.24695 0.78872 0.24183 0.79036 0.23671 0.79208 0.23159 0.79388 0.22647 0.79574\n 11 50 2 0.23159 0.79388 0.20550 0.81519\n 11 50 2 0.23159 0.79388 0.19667 0.79482\n 11 424 19 0.23159 0.79388 0.22136 0.79768 0.21624 0.79970 0.21112 0.80179 0.20600 0.80396 0.20088 0.80621 0.19576 0.80853 0.19064 0.81093 0.18553 0.81341 0.18041 0.81597 0.17529 0.81861 0.17017 0.82133 0.16505 0.82412 0.15993 0.82700 0.15481 0.82996 0.14970 0.83299 0.14458 0.83611 0.13946 0.83931 0.13434 0.84258\n 11 490 22 0.35956 0.77943 0.36468 0.77906 0.36979 0.77875 0.37491 0.77848 0.38003 0.77827 0.38515 0.77810 0.39027 0.77799 0.39539 0.77793 0.40051 0.77791 0.40562 0.77794 0.41074 0.77802 0.41586 0.77814 0.42098 0.77831 0.42610 0.77852 0.43122 0.77878 0.43634 0.77908 0.44145 0.77942 0.44657 0.77981 0.45169 0.78023 0.45681 0.78070 0.46193 0.78120 0.46705 0.78175\n 11 50 2 0.46705 0.78175 0.43083 0.78966\n 11 50 2 0.46705 0.78175 0.43376 0.76645\n 11 490 22 0.46705 0.78175 0.47217 0.78233 0.47728 0.78295 0.48240 0.78360 0.48752 0.78430 0.49264 0.78503 0.49776 0.78579 0.50288 0.78659 0.50800 0.78743 0.51311 0.78830 0.51823 0.78920 0.52335 0.79013 0.52847 0.79110 0.53359 0.79210 0.53871 0.79313 0.54383 0.79419 0.54894 0.79528 0.55406 0.79640 0.55918 0.79755 0.56430 0.79873 0.56942 0.79994 0.57454 0.80117\n 11 50 2 0.57454 0.80117 0.53398 0.80459\n 11 50 2 0.57454 0.80117 0.54107 0.77987\n 11 490 22 0.57454 0.80117 0.57966 0.80244 0.58477 0.80373 0.58989 0.80505 0.59501 0.80639 0.60013 0.80776 0.60525 0.80916 0.61037 0.81058 0.61549 0.81203 0.62060 0.81351 0.62572 0.81501 0.63084 0.81653 0.63596 0.81808 0.64108 0.81965 0.64620 0.82124 0.65132 0.82286 0.65643 0.82450 0.66155 0.82617 0.66667 0.82785 0.67179 0.82956 0.67691 0.83129 0.68203 0.83305\n 11 50 2 0.68203 0.83305 0.63756 0.83271\n 11 50 2 0.68203 0.83305 0.64820 0.80656\n 11 182 8 0.68203 0.83305 0.68715 0.83482 0.69226 0.83662 0.69738 0.83844 0.70250 0.84028 0.70762 0.84214 0.71274 0.84402 0.71786 0.84593\n 11 72 3 0.35956 0.77943 0.35444 0.77980 0.34932 0.78023\n 11 50 2 0.35444 0.77980 0.32260 0.79352\n 11 50 2 0.35444 0.77980 0.32044 0.77154\n 11 490 22 0.35444 0.77980 0.34420 0.78071 0.33908 0.78124 0.33396 0.78183 0.32885 0.78247 0.32373 0.78317 0.31861 0.78394 0.31349 0.78476 0.30837 0.78564 0.30325 0.78658 0.29813 0.78758 0.29302 0.78864 0.28790 0.78977 0.28278 0.79096 0.27766 0.79222 0.27254 0.79355 0.26742 0.79493 0.26230 0.79639 0.25719 0.79792 0.25207 0.79951 0.24695 0.80118 0.24183 0.80291\n 11 50 2 0.24695 0.80118 0.22023 0.82195\n 11 50 2 0.24695 0.80118 0.21193 0.80133\n 11 424 19 0.24695 0.80118 0.23671 0.80472 0.23159 0.80659 0.22647 0.80854 0.22136 0.81056 0.21624 0.81266 0.21112 0.81483 0.20600 0.81708 0.20088 0.81940 0.19576 0.82179 0.19064 0.82426 0.18553 0.82681 0.18041 0.82943 0.17529 0.83213 0.17017 0.83491 0.16505 0.83776 0.15993 0.84069 0.15481 0.84370 0.14970 0.84679\n 11 490 22 0.37491 0.78883 0.38003 0.78852 0.38515 0.78825 0.39027 0.78804 0.39539 0.78788 0.40051 0.78777 0.40562 0.78770 0.41074 0.78769 0.41586 0.78771 0.42098 0.78779 0.42610 0.78791 0.43122 0.78807 0.43634 0.78827 0.44145 0.78852 0.44657 0.78881 0.45169 0.78914 0.45681 0.78952 0.46193 0.78993 0.46705 0.79038 0.47217 0.79087 0.47728 0.79140 0.48240 0.79197\n 11 50 2 0.48240 0.79197 0.44482 0.80000\n 11 50 2 0.48240 0.79197 0.44799 0.77596\n 11 490 22 0.48240 0.79197 0.48752 0.79257 0.49264 0.79321 0.49776 0.79389 0.50288 0.79460 0.50800 0.79535 0.51311 0.79613 0.51823 0.79695 0.52335 0.79780 0.52847 0.79868 0.53359 0.79959 0.53871 0.80054 0.54383 0.80152 0.54894 0.80253 0.55406 0.80357 0.55918 0.80464 0.56430 0.80574 0.56942 0.80686 0.57454 0.80802 0.57966 0.80921 0.58477 0.81042 0.58989 0.81167\n 11 50 2 0.58989 0.81167 0.54819 0.81514\n 11 50 2 0.58989 0.81167 0.55551 0.78973\n 11 490 22 0.58989 0.81167 0.59501 0.81294 0.60013 0.81423 0.60525 0.81556 0.61037 0.81691 0.61549 0.81828 0.62060 0.81969 0.62572 0.82111 0.63084 0.82257 0.63596 0.82404 0.64108 0.82555 0.64620 0.82707 0.65132 0.82862 0.65643 0.83020 0.66155 0.83180 0.66667 0.83342 0.67179 0.83506 0.67691 0.83673 0.68203 0.83842 0.68715 0.84014 0.69226 0.84187 0.69738 0.84363\n 11 50 2 0.69738 0.84363 0.65199 0.84325\n 11 50 2 0.69738 0.84363 0.66287 0.81657\n 11 50 2 0.69738 0.84363 0.70250 0.84541\n 11 72 3 0.37491 0.78883 0.36979 0.78914 0.36468 0.78950\n 11 50 2 0.36979 0.78914 0.33641 0.80304\n 11 50 2 0.36979 0.78914 0.33448 0.78010\n 11 490 22 0.36979 0.78914 0.35956 0.78991 0.35444 0.79038 0.34932 0.79090 0.34420 0.79147 0.33908 0.79210 0.33396 0.79278 0.32885 0.79352 0.32373 0.79432 0.31861 0.79518 0.31349 0.79609 0.30837 0.79707 0.30325 0.79810 0.29813 0.79920 0.29302 0.80035 0.28790 0.80157 0.28278 0.80286 0.27766 0.80420 0.27254 0.80562 0.26742 0.80710 0.26230 0.80864 0.25719 0.81025\n 11 50 2 0.26230 0.80864 0.23389 0.82971\n 11 50 2 0.26230 0.80864 0.22578 0.80802\n 11 380 17 0.26230 0.80864 0.25207 0.81193 0.24695 0.81368 0.24183 0.81550 0.23671 0.81738 0.23159 0.81934 0.22647 0.82137 0.22136 0.82346 0.21624 0.82563 0.21112 0.82788 0.20600 0.83019 0.20088 0.83258 0.19576 0.83504 0.19064 0.83758 0.18553 0.84018 0.18041 0.84287 0.17529 0.84562\n 11 490 22 0.39027 0.79822 0.39539 0.79796 0.40051 0.79776 0.40562 0.79760 0.41074 0.79748 0.41586 0.79742 0.42098 0.79740 0.42610 0.79742 0.43122 0.79749 0.43634 0.79760 0.44145 0.79776 0.44657 0.79795 0.45169 0.79819 0.45681 0.79848 0.46193 0.79880 0.46705 0.79916 0.47217 0.79956 0.47728 0.80000 0.48240 0.80048 0.48752 0.80099 0.49264 0.80155 0.49776 0.80214\n 11 50 2 0.49776 0.80214 0.45979 0.81008\n 11 50 2 0.49776 0.80214 0.46311 0.78583\n 11 490 22 0.49776 0.80214 0.50288 0.80276 0.50800 0.80342 0.51311 0.80412 0.51823 0.80485 0.52335 0.80561 0.52847 0.80641 0.53359 0.80724 0.53871 0.80811 0.54383 0.80900 0.54894 0.80993 0.55406 0.81089 0.55918 0.81188 0.56430 0.81290 0.56942 0.81395 0.57454 0.81503 0.57966 0.81614 0.58477 0.81728 0.58989 0.81844 0.59501 0.81964 0.60013 0.82086 0.60525 0.82211\n 11 50 2 0.60525 0.82211 0.56242 0.82561\n 11 50 2 0.60525 0.82211 0.56999 0.79954\n 11 380 17 0.60525 0.82211 0.61037 0.82339 0.61549 0.82469 0.62060 0.82602 0.62572 0.82738 0.63084 0.82876 0.63596 0.83017 0.64108 0.83160 0.64620 0.83306 0.65132 0.83455 0.65643 0.83606 0.66155 0.83759 0.66667 0.83915 0.67179 0.84073 0.67691 0.84233 0.68203 0.84396 0.68715 0.84561\n 11 72 3 0.39027 0.79822 0.38515 0.79848 0.38003 0.79878\n 11 50 2 0.38515 0.79848 0.35132 0.81211\n 11 50 2 0.38515 0.79848 0.34968 0.78897\n 11 490 22 0.38515 0.79848 0.37491 0.79913 0.36979 0.79954 0.36468 0.80000 0.35956 0.80050 0.35444 0.80106 0.34932 0.80168 0.34420 0.80234 0.33908 0.80306 0.33396 0.80384 0.32885 0.80467 0.32373 0.80556 0.31861 0.80651 0.31349 0.80752 0.30837 0.80858 0.30325 0.80970 0.29813 0.81089 0.29302 0.81214 0.28790 0.81344 0.28278 0.81481 0.27766 0.81625 0.27254 0.81775\n 11 50 2 0.27766 0.81625 0.24865 0.83681\n 11 50 2 0.27766 0.81625 0.24104 0.81489\n 11 336 15 0.27766 0.81625 0.26742 0.81931 0.26230 0.82094 0.25719 0.82263 0.25207 0.82439 0.24695 0.82621 0.24183 0.82811 0.23671 0.83007 0.23159 0.83210 0.22647 0.83420 0.22136 0.83637 0.21624 0.83861 0.21112 0.84092 0.20600 0.84330 0.20088 0.84575\n 11 490 22 0.40562 0.80761 0.41074 0.80741 0.41586 0.80725 0.42098 0.80714 0.42610 0.80707 0.43122 0.80705 0.43634 0.80707 0.44145 0.80713 0.44657 0.80724 0.45169 0.80739 0.45681 0.80758 0.46193 0.80781 0.46705 0.80809 0.47217 0.80840 0.47728 0.80875 0.48240 0.80914 0.48752 0.80957 0.49264 0.81004 0.49776 0.81054 0.50288 0.81108 0.50800 0.81166 0.51311 0.81227\n 11 50 2 0.51311 0.81227 0.47384 0.82031\n 11 50 2 0.51311 0.81227 0.47739 0.79527\n 11 490 22 0.51311 0.81227 0.51823 0.81291 0.52335 0.81359 0.52847 0.81431 0.53359 0.81506 0.53871 0.81584 0.54383 0.81665 0.54894 0.81750 0.55406 0.81838 0.55918 0.81929 0.56430 0.82023 0.56942 0.82120 0.57454 0.82221 0.57966 0.82324 0.58477 0.82430 0.58989 0.82539 0.59501 0.82651 0.60013 0.82766 0.60525 0.82884 0.61037 0.83004 0.61549 0.83127 0.62060 0.83253\n 11 50 2 0.62060 0.83253 0.57748 0.83599\n 11 50 2 0.62060 0.83253 0.58514 0.80975\n 11 248 11 0.62060 0.83253 0.62572 0.83382 0.63084 0.83513 0.63596 0.83647 0.64108 0.83784 0.64620 0.83923 0.65132 0.84064 0.65643 0.84209 0.66155 0.84355 0.66667 0.84505 0.67179 0.84656\n 11 72 3 0.40562 0.80761 0.40051 0.80782 0.39539 0.80807\n 11 50 2 0.40051 0.80782 0.36517 0.82162\n 11 50 2 0.40051 0.80782 0.36377 0.79755\n 11 490 22 0.40051 0.80782 0.39027 0.80837 0.38515 0.80871 0.38003 0.80911 0.37491 0.80956 0.36979 0.81005 0.36468 0.81060 0.35956 0.81120 0.35444 0.81185 0.34932 0.81255 0.34420 0.81331 0.33908 0.81412 0.33396 0.81498 0.32885 0.81591 0.32373 0.81688 0.31861 0.81792 0.31349 0.81901 0.30837 0.82016 0.30325 0.82137 0.29813 0.82264 0.29302 0.82397 0.28790 0.82536\n 11 50 2 0.29302 0.82397 0.26234 0.84480\n 11 50 2 0.29302 0.82397 0.25493 0.82184\n 11 292 13 0.29302 0.82397 0.28278 0.82682 0.27766 0.82833 0.27254 0.82991 0.26742 0.83155 0.26230 0.83326 0.25719 0.83503 0.25207 0.83686 0.24695 0.83876 0.24183 0.84073 0.23671 0.84276 0.23159 0.84486 0.22647 0.84702\n 11 490 22 0.42098 0.81700 0.42610 0.81685 0.43122 0.81674 0.43634 0.81667 0.44145 0.81665 0.44657 0.81666 0.45169 0.81673 0.45681 0.81683 0.46193 0.81697 0.46705 0.81716 0.47217 0.81739 0.47728 0.81765 0.48240 0.81796 0.48752 0.81830 0.49264 0.81868 0.49776 0.81910 0.50288 0.81955 0.50800 0.82005 0.51311 0.82057 0.51823 0.82114 0.52335 0.82174 0.52847 0.82237\n 11 50 2 0.52847 0.82237 0.48790 0.83050\n 11 50 2 0.52847 0.82237 0.49170 0.80467\n 11 490 22 0.52847 0.82237 0.53359 0.82304 0.53871 0.82374 0.54383 0.82447 0.54894 0.82524 0.55406 0.82604 0.55918 0.82687 0.56430 0.82773 0.56942 0.82863 0.57454 0.82955 0.57966 0.83051 0.58477 0.83150 0.58989 0.83251 0.59501 0.83356 0.60013 0.83463 0.60525 0.83574 0.61037 0.83687 0.61549 0.83803 0.62060 0.83922 0.62572 0.84043 0.63084 0.84168 0.63596 0.84295\n 11 50 2 0.63596 0.84295 0.59176 0.84640\n 11 50 2 0.63596 0.84295 0.59968 0.81953\n 11 72 3 0.63596 0.84295 0.64108 0.84424 0.64620 0.84557\n 11 72 3 0.42098 0.81700 0.41586 0.81716 0.41074 0.81736\n 11 50 2 0.41586 0.81716 0.37905 0.83112\n 11 50 2 0.41586 0.81716 0.37788 0.80614\n 11 490 22 0.41586 0.81716 0.40562 0.81761 0.40051 0.81790 0.39539 0.81824 0.39027 0.81863 0.38515 0.81906 0.38003 0.81955 0.37491 0.82008 0.36979 0.82066 0.36468 0.82130 0.35956 0.82198 0.35444 0.82272 0.34932 0.82351 0.34420 0.82435 0.33908 0.82525 0.33396 0.82620 0.32885 0.82721 0.32373 0.82827 0.31861 0.82939 0.31349 0.83057 0.30837 0.83180 0.30325 0.83309\n 11 50 2 0.30837 0.83180 0.27714 0.85215\n 11 50 2 0.30837 0.83180 0.27019 0.82897\n 11 204 9 0.30837 0.83180 0.29813 0.83444 0.29302 0.83585 0.28790 0.83732 0.28278 0.83885 0.27766 0.84044 0.27254 0.84209 0.26742 0.84381 0.26230 0.84559\n 11 490 22 0.43634 0.82640 0.44145 0.82629 0.44657 0.82622 0.45169 0.82620 0.45681 0.82622 0.46193 0.82628 0.46705 0.82638 0.47217 0.82652 0.47728 0.82670 0.48240 0.82692 0.48752 0.82718 0.49264 0.82748 0.49776 0.82781 0.50288 0.82818 0.50800 0.82859 0.51311 0.82904 0.51823 0.82952 0.52335 0.83004 0.52847 0.83059 0.53359 0.83118 0.53871 0.83180 0.54383 0.83246\n 11 50 2 0.54383 0.83246 0.50199 0.84065\n 11 50 2 0.54383 0.83246 0.50603 0.81406\n 11 358 16 0.54383 0.83246 0.54894 0.83314 0.55406 0.83387 0.55918 0.83462 0.56430 0.83541 0.56942 0.83623 0.57454 0.83708 0.57966 0.83796 0.58477 0.83887 0.58989 0.83981 0.59501 0.84078 0.60013 0.84178 0.60525 0.84282 0.61037 0.84388 0.61549 0.84497 0.62060 0.84608\n 11 72 3 0.43634 0.82640 0.43122 0.82651 0.42610 0.82666\n 11 50 2 0.43122 0.82651 0.39400 0.84021\n 11 50 2 0.43122 0.82651 0.39311 0.81505\n 11 490 22 0.43122 0.82651 0.42098 0.82686 0.41586 0.82710 0.41074 0.82738 0.40562 0.82771 0.40051 0.82809 0.39539 0.82852 0.39027 0.82899 0.38515 0.82951 0.38003 0.83008 0.37491 0.83070 0.36979 0.83136 0.36468 0.83208 0.35956 0.83285 0.35444 0.83367 0.34932 0.83454 0.34420 0.83547 0.33908 0.83645 0.33396 0.83748 0.32885 0.83857 0.32373 0.83971 0.31861 0.84090\n 11 50 2 0.32373 0.83971 0.30373 0.85223\n 11 50 2 0.32373 0.83971 0.28412 0.83608\n 11 116 5 0.32373 0.83971 0.31349 0.84216 0.30837 0.84347 0.30325 0.84484 0.29813 0.84626\n 11 490 22 0.39027 0.84049 0.39539 0.83988 0.40051 0.83932 0.40562 0.83880 0.41074 0.83834 0.41586 0.83792 0.42098 0.83754 0.42610 0.83722 0.43122 0.83693 0.43634 0.83669 0.44145 0.83650 0.44657 0.83634 0.45169 0.83623 0.45681 0.83617 0.46193 0.83614 0.46705 0.83615 0.47217 0.83621 0.47728 0.83630 0.48240 0.83644 0.48752 0.83661 0.49264 0.83683 0.49776 0.83708\n 11 50 2 0.49776 0.83708 0.45759 0.84830\n 11 50 2 0.49776 0.83708 0.45912 0.82199\n 11 380 17 0.49776 0.83708 0.50288 0.83737 0.50800 0.83769 0.51311 0.83806 0.51823 0.83845 0.52335 0.83889 0.52847 0.83936 0.53359 0.83987 0.53871 0.84041 0.54383 0.84098 0.54894 0.84159 0.55406 0.84223 0.55918 0.84291 0.56430 0.84361 0.56942 0.84435 0.57454 0.84512 0.57966 0.84593\n 11 72 3 0.39027 0.84049 0.38515 0.84109 0.38003 0.84175\n 11 50 2 0.38515 0.84109 0.36229 0.85223\n 11 50 2 0.38515 0.84109 0.34549 0.83334\n 11 138 6 0.38515 0.84109 0.37491 0.84246 0.36979 0.84321 0.36468 0.84402 0.35956 0.84487 0.35444 0.84578\n 11 50 2 0.17944 0.07389 0.16888 0.07389\n 21 6 1\n 25 6 1\n 11 116 5 0.19866 0.08022 0.19746 0.08022 0.19625 0.07962 0.19565 0.07781 0.19565 0.06755\n 11 50 2 0.19384 0.07600 0.19806 0.07600\n 11 50 2 0.20228 0.08022 0.20228 0.06755\n 11 380 17 0.20952 0.07600 0.20831 0.07539 0.20711 0.07419 0.20651 0.07238 0.20651 0.07117 0.20711 0.06936 0.20831 0.06816 0.20952 0.06755 0.21133 0.06755 0.21254 0.06816 0.21374 0.06936 0.21435 0.07117 0.21435 0.07238 0.21374 0.07419 0.21254 0.07539 0.21133 0.07600 0.20952 0.07600\n 11 50 2 0.21796 0.07600 0.22038 0.06755\n 11 50 2 0.22279 0.07600 0.22038 0.06755\n 11 50 2 0.22279 0.07600 0.22520 0.06755\n 11 50 2 0.22762 0.07600 0.22520 0.06755\n 11 50 2 0.24812 0.07600 0.24812 0.06755\n 11 314 14 0.24812 0.07419 0.24692 0.07539 0.24571 0.07600 0.24390 0.07600 0.24269 0.07539 0.24149 0.07419 0.24088 0.07238 0.24088 0.07117 0.24149 0.06936 0.24269 0.06816 0.24390 0.06755 0.24571 0.06755 0.24692 0.06816 0.24812 0.06936\n 11 50 2 0.25295 0.07600 0.25295 0.06755\n 11 116 5 0.25295 0.07238 0.25355 0.07419 0.25476 0.07539 0.25596 0.07600 0.25777 0.07600\n 11 50 2 0.26079 0.07600 0.26079 0.06755\n 11 116 5 0.26079 0.07238 0.26139 0.07419 0.26260 0.07539 0.26380 0.07600 0.26561 0.07600\n 11 380 17 0.27104 0.07600 0.26984 0.07539 0.26863 0.07419 0.26803 0.07238 0.26803 0.07117 0.26863 0.06936 0.26984 0.06816 0.27104 0.06755 0.27285 0.06755 0.27406 0.06816 0.27526 0.06936 0.27587 0.07117 0.27587 0.07238 0.27526 0.07419 0.27406 0.07539 0.27285 0.07600 0.27104 0.07600\n 11 50 2 0.27949 0.07600 0.28190 0.06755\n 11 50 2 0.28431 0.07600 0.28190 0.06755\n 11 50 2 0.28431 0.07600 0.28672 0.06755\n 11 50 2 0.28914 0.07600 0.28672 0.06755\n 11 380 17 0.30904 0.07419 0.30844 0.07539 0.30663 0.07600 0.30482 0.07600 0.30301 0.07539 0.30241 0.07419 0.30301 0.07298 0.30422 0.07238 0.30723 0.07178 0.30844 0.07117 0.30904 0.06997 0.30904 0.06936 0.30844 0.06816 0.30663 0.06755 0.30482 0.06755 0.30301 0.06816 0.30241 0.06936\n 11 314 14 0.31990 0.07419 0.31869 0.07539 0.31749 0.07600 0.31568 0.07600 0.31447 0.07539 0.31326 0.07419 0.31266 0.07238 0.31266 0.07117 0.31326 0.06936 0.31447 0.06816 0.31568 0.06755 0.31749 0.06755 0.31869 0.06816 0.31990 0.06936\n 11 50 2 0.33075 0.07600 0.33075 0.06755\n 11 314 14 0.33075 0.07419 0.32955 0.07539 0.32834 0.07600 0.32653 0.07600 0.32533 0.07539 0.32412 0.07419 0.32352 0.07238 0.32352 0.07117 0.32412 0.06936 0.32533 0.06816 0.32653 0.06755 0.32834 0.06755 0.32955 0.06816 0.33075 0.06936\n 11 50 2 0.33558 0.08022 0.33558 0.06755\n 11 380 17 0.33980 0.07238 0.34704 0.07238 0.34704 0.07358 0.34644 0.07479 0.34583 0.07539 0.34463 0.07600 0.34282 0.07600 0.34161 0.07539 0.34041 0.07419 0.33980 0.07238 0.33980 0.07117 0.34041 0.06936 0.34161 0.06816 0.34282 0.06755 0.34463 0.06755 0.34583 0.06816 0.34704 0.06936\n 11 94 4 0.36212 0.07781 0.36333 0.07841 0.36513 0.08022 0.36513 0.06755\n 11 380 17 0.37599 0.08022 0.37418 0.07962 0.37298 0.07781 0.37237 0.07479 0.37237 0.07298 0.37298 0.06997 0.37418 0.06816 0.37599 0.06755 0.37720 0.06755 0.37901 0.06816 0.38021 0.06997 0.38082 0.07298 0.38082 0.07479 0.38021 0.07781 0.37901 0.07962 0.37720 0.08022 0.37599 0.08022\n 11 116 5 0.38564 0.06876 0.38504 0.06816 0.38564 0.06755 0.38625 0.06816 0.38564 0.06876\n 11 446 20 0.04955 0.10046 0.04883 0.10118 0.04774 0.10154 0.04629 0.10154 0.04521 0.10118 0.04448 0.10046 0.04448 0.09973 0.04484 0.09901 0.04521 0.09865 0.04593 0.09828 0.04810 0.09756 0.04883 0.09720 0.04919 0.09684 0.04955 0.09611 0.04955 0.09503 0.04883 0.09430 0.04774 0.09394 0.04629 0.09394 0.04521 0.09430 0.04448 0.09503\n 11 50 2 0.05208 0.10154 0.05208 0.09394\n 11 50 2 0.05498 0.10154 0.05498 0.09394\n 11 50 2 0.05498 0.10154 0.06004 0.09394\n 11 50 2 0.06004 0.10154 0.06004 0.09394\n 11 226 10 0.06547 0.10299 0.06475 0.10226 0.06402 0.10118 0.06330 0.09973 0.06294 0.09792 0.06294 0.09647 0.06330 0.09467 0.06402 0.09322 0.06475 0.09213 0.06547 0.09141\n 11 50 2 0.06801 0.10154 0.06801 0.09394\n 11 50 2 0.07669 0.10299 0.07018 0.09141\n 11 314 14 0.07886 0.09973 0.07886 0.10009 0.07922 0.10082 0.07959 0.10118 0.08031 0.10154 0.08176 0.10154 0.08248 0.10118 0.08284 0.10082 0.08321 0.10009 0.08321 0.09937 0.08284 0.09865 0.08212 0.09756 0.07850 0.09394 0.08357 0.09394\n 11 380 17 0.08791 0.10154 0.08682 0.10118 0.08610 0.10009 0.08574 0.09828 0.08574 0.09720 0.08610 0.09539 0.08682 0.09430 0.08791 0.09394 0.08863 0.09394 0.08972 0.09430 0.09044 0.09539 0.09080 0.09720 0.09080 0.09828 0.09044 0.10009 0.08972 0.10118 0.08863 0.10154 0.08791 0.10154\n 11 226 10 0.09298 0.10299 0.09370 0.10226 0.09442 0.10118 0.09515 0.09973 0.09551 0.09792 0.09551 0.09647 0.09515 0.09467 0.09442 0.09322 0.09370 0.09213 0.09298 0.09141\n 11 50 2 0.09985 0.09937 0.09985 0.09503\n 11 50 2 0.09804 0.09828 0.10166 0.09611\n 11 50 2 0.10166 0.09828 0.09804 0.09611\n 11 94 4 0.10492 0.10009 0.10564 0.10046 0.10673 0.10154 0.10673 0.09394\n 11 380 17 0.11324 0.10154 0.11216 0.10118 0.11143 0.10009 0.11107 0.09828 0.11107 0.09720 0.11143 0.09539 0.11216 0.09430 0.11324 0.09394 0.11397 0.09394 0.11505 0.09430 0.11578 0.09539 0.11614 0.09720 0.11614 0.09828 0.11578 0.10009 0.11505 0.10118 0.11397 0.10154 0.11324 0.10154\n 11 50 2 0.12193 0.10046 0.12193 0.09394\n 11 50 2 0.11867 0.09720 0.12518 0.09720\n 11 226 10 0.13098 0.10154 0.13098 0.09575 0.13061 0.09467 0.13025 0.09430 0.12953 0.09394 0.12880 0.09394 0.12808 0.09430 0.12772 0.09467 0.12736 0.09575 0.12736 0.09647\n 11 50 2 0.13387 0.09720 0.14038 0.09720\n 11 314 14 0.14328 0.09973 0.14328 0.10009 0.14364 0.10082 0.14400 0.10118 0.14473 0.10154 0.14617 0.10154 0.14690 0.10118 0.14726 0.10082 0.14762 0.10009 0.14762 0.09937 0.14726 0.09865 0.14654 0.09756 0.14292 0.09394 0.14798 0.09394\n 11 380 17 0.15233 0.10154 0.15124 0.10118 0.15052 0.10009 0.15016 0.09828 0.15016 0.09720 0.15052 0.09539 0.15124 0.09430 0.15233 0.09394 0.15305 0.09394 0.15414 0.09430 0.15486 0.09539 0.15522 0.09720 0.15522 0.09828 0.15486 0.10009 0.15414 0.10118 0.15305 0.10154 0.15233 0.10154\n 11 182 8 0.16427 0.09430 0.16391 0.09394 0.16355 0.09430 0.16391 0.09467 0.16427 0.09430 0.16427 0.09358 0.16391 0.09286 0.16355 0.09249\n 11 50 2 0.02711 0.08770 0.03363 0.08770\n 11 94 4 0.03724 0.09059 0.03797 0.09096 0.03905 0.09204 0.03905 0.08444\n 11 50 2 0.04521 0.08987 0.04521 0.08553\n 11 50 2 0.04340 0.08878 0.04702 0.08661\n 11 50 2 0.04702 0.08878 0.04340 0.08661\n 11 402 18 0.05462 0.09023 0.05425 0.09096 0.05353 0.09168 0.05281 0.09204 0.05136 0.09204 0.05063 0.09168 0.04991 0.09096 0.04955 0.09023 0.04919 0.08915 0.04919 0.08734 0.04955 0.08625 0.04991 0.08553 0.05063 0.08480 0.05136 0.08444 0.05281 0.08444 0.05353 0.08480 0.05425 0.08553 0.05462 0.08625\n 11 468 21 0.05896 0.09204 0.05823 0.09168 0.05751 0.09096 0.05715 0.09023 0.05679 0.08915 0.05679 0.08734 0.05715 0.08625 0.05751 0.08553 0.05823 0.08480 0.05896 0.08444 0.06041 0.08444 0.06113 0.08480 0.06185 0.08553 0.06222 0.08625 0.06258 0.08734 0.06258 0.08915 0.06222 0.09023 0.06185 0.09096 0.06113 0.09168 0.06041 0.09204 0.05896 0.09204\n 11 446 20 0.06982 0.09096 0.06909 0.09168 0.06801 0.09204 0.06656 0.09204 0.06547 0.09168 0.06475 0.09096 0.06475 0.09023 0.06511 0.08951 0.06547 0.08915 0.06620 0.08878 0.06837 0.08806 0.06909 0.08770 0.06945 0.08734 0.06982 0.08661 0.06982 0.08553 0.06909 0.08480 0.06801 0.08444 0.06656 0.08444 0.06547 0.08480 0.06475 0.08553\n 11 226 10 0.07488 0.09349 0.07416 0.09277 0.07343 0.09168 0.07271 0.09023 0.07235 0.08842 0.07235 0.08697 0.07271 0.08517 0.07343 0.08372 0.07416 0.08263 0.07488 0.08191\n 11 226 10 0.08031 0.09204 0.08031 0.08625 0.07995 0.08517 0.07959 0.08480 0.07886 0.08444 0.07814 0.08444 0.07741 0.08480 0.07705 0.08517 0.07669 0.08625 0.07669 0.08697\n 11 50 2 0.08900 0.09349 0.08248 0.08191\n 11 94 4 0.09189 0.09059 0.09261 0.09096 0.09370 0.09204 0.09370 0.08444\n 11 380 17 0.10021 0.09204 0.09913 0.09168 0.09840 0.09059 0.09804 0.08878 0.09804 0.08770 0.09840 0.08589 0.09913 0.08480 0.10021 0.08444 0.10094 0.08444 0.10202 0.08480 0.10275 0.08589 0.10311 0.08770 0.10311 0.08878 0.10275 0.09059 0.10202 0.09168 0.10094 0.09204 0.10021 0.09204\n 11 226 10 0.10528 0.09349 0.10600 0.09277 0.10673 0.09168 0.10745 0.09023 0.10781 0.08842 0.10781 0.08697 0.10745 0.08517 0.10673 0.08372 0.10600 0.08263 0.10528 0.08191\n 11 50 2 0.11216 0.08987 0.11216 0.08553\n 11 50 2 0.11035 0.08878 0.11397 0.08661\n 11 50 2 0.11397 0.08878 0.11035 0.08661\n 11 94 4 0.11722 0.09059 0.11795 0.09096 0.11903 0.09204 0.11903 0.08444\n 11 380 17 0.12555 0.09204 0.12446 0.09168 0.12374 0.09059 0.12338 0.08878 0.12338 0.08770 0.12374 0.08589 0.12446 0.08480 0.12555 0.08444 0.12627 0.08444 0.12736 0.08480 0.12808 0.08589 0.12844 0.08770 0.12844 0.08878 0.12808 0.09059 0.12736 0.09168 0.12627 0.09204 0.12555 0.09204\n 11 50 2 0.13423 0.09096 0.13423 0.08444\n 11 50 2 0.13098 0.08770 0.13749 0.08770\n 11 50 2 0.14038 0.09204 0.14038 0.08444\n 11 50 2 0.14328 0.08770 0.14979 0.08770\n 11 314 14 0.15269 0.09023 0.15269 0.09059 0.15305 0.09132 0.15341 0.09168 0.15414 0.09204 0.15558 0.09204 0.15631 0.09168 0.15667 0.09132 0.15703 0.09059 0.15703 0.08987 0.15667 0.08915 0.15595 0.08806 0.15233 0.08444 0.15739 0.08444\n 11 380 17 0.16174 0.09204 0.16065 0.09168 0.15993 0.09059 0.15956 0.08878 0.15956 0.08770 0.15993 0.08589 0.16065 0.08480 0.16174 0.08444 0.16246 0.08444 0.16355 0.08480 0.16427 0.08589 0.16463 0.08770 0.16463 0.08878 0.16427 0.09059 0.16355 0.09168 0.16246 0.09204 0.16174 0.09204\n 11 446 20 0.04955 0.08146 0.04883 0.08218 0.04774 0.08254 0.04629 0.08254 0.04521 0.08218 0.04448 0.08146 0.04448 0.08073 0.04484 0.08001 0.04521 0.07965 0.04593 0.07928 0.04810 0.07856 0.04883 0.07820 0.04919 0.07784 0.04955 0.07711 0.04955 0.07603 0.04883 0.07530 0.04774 0.07494 0.04629 0.07494 0.04521 0.07530 0.04448 0.07603\n 11 50 2 0.05208 0.08254 0.05208 0.07494\n 11 50 2 0.05498 0.08254 0.05498 0.07494\n 11 50 2 0.05498 0.08254 0.06004 0.07494\n 11 50 2 0.06004 0.08254 0.06004 0.07494\n 11 226 10 0.06547 0.08399 0.06475 0.08327 0.06402 0.08218 0.06330 0.08073 0.06294 0.07892 0.06294 0.07748 0.06330 0.07567 0.06402 0.07422 0.06475 0.07313 0.06547 0.07241\n 11 50 2 0.06801 0.08254 0.06801 0.07494\n 11 50 2 0.07669 0.08399 0.07018 0.07241\n 11 314 14 0.07886 0.08073 0.07886 0.08109 0.07922 0.08182 0.07959 0.08218 0.08031 0.08254 0.08176 0.08254 0.08248 0.08218 0.08284 0.08182 0.08321 0.08109 0.08321 0.08037 0.08284 0.07965 0.08212 0.07856 0.07850 0.07494 0.08357 0.07494\n 11 380 17 0.08791 0.08254 0.08682 0.08218 0.08610 0.08109 0.08574 0.07928 0.08574 0.07820 0.08610 0.07639 0.08682 0.07530 0.08791 0.07494 0.08863 0.07494 0.08972 0.07530 0.09044 0.07639 0.09080 0.07820 0.09080 0.07928 0.09044 0.08109 0.08972 0.08218 0.08863 0.08254 0.08791 0.08254\n 11 226 10 0.09298 0.08399 0.09370 0.08327 0.09442 0.08218 0.09515 0.08073 0.09551 0.07892 0.09551 0.07748 0.09515 0.07567 0.09442 0.07422 0.09370 0.07313 0.09298 0.07241\n 11 50 2 0.09985 0.08037 0.09985 0.07603\n 11 50 2 0.09804 0.07928 0.10166 0.07711\n 11 50 2 0.10166 0.07928 0.09804 0.07711\n 11 94 4 0.10492 0.08109 0.10564 0.08146 0.10673 0.08254 0.10673 0.07494\n 11 380 17 0.11324 0.08254 0.11216 0.08218 0.11143 0.08109 0.11107 0.07928 0.11107 0.07820 0.11143 0.07639 0.11216 0.07530 0.11324 0.07494 0.11397 0.07494 0.11505 0.07530 0.11578 0.07639 0.11614 0.07820 0.11614 0.07928 0.11578 0.08109 0.11505 0.08218 0.11397 0.08254 0.11324 0.08254\n 11 50 2 0.12193 0.08146 0.12193 0.07494\n 11 50 2 0.11867 0.07820 0.12518 0.07820\n 11 226 10 0.13098 0.08254 0.13098 0.07675 0.13061 0.07567 0.13025 0.07530 0.12953 0.07494 0.12880 0.07494 0.12808 0.07530 0.12772 0.07567 0.12736 0.07675 0.12736 0.07748\n 11 50 2 0.13387 0.07820 0.14038 0.07820\n 11 314 14 0.14328 0.08073 0.14328 0.08109 0.14364 0.08182 0.14400 0.08218 0.14473 0.08254 0.14617 0.08254 0.14690 0.08218 0.14726 0.08182 0.14762 0.08109 0.14762 0.08037 0.14726 0.07965 0.14654 0.07856 0.14292 0.07494 0.14798 0.07494\n 11 380 17 0.15233 0.08254 0.15124 0.08218 0.15052 0.08109 0.15016 0.07928 0.15016 0.07820 0.15052 0.07639 0.15124 0.07530 0.15233 0.07494 0.15305 0.07494 0.15414 0.07530 0.15486 0.07639 0.15522 0.07820 0.15522 0.07928 0.15486 0.08109 0.15414 0.08218 0.15305 0.08254 0.15233 0.08254\n 11 182 8 0.16427 0.07530 0.16391 0.07494 0.16355 0.07530 0.16391 0.07567 0.16427 0.07530 0.16427 0.07458 0.16391 0.07386 0.16355 0.07349\n 11 50 2 0.02711 0.06870 0.03363 0.06870\n 11 94 4 0.03724 0.07159 0.03797 0.07196 0.03905 0.07304 0.03905 0.06544\n 11 50 2 0.04521 0.07087 0.04521 0.06653\n 11 50 2 0.04340 0.06978 0.04702 0.06761\n 11 50 2 0.04702 0.06978 0.04340 0.06761\n 11 402 18 0.05462 0.07123 0.05425 0.07196 0.05353 0.07268 0.05281 0.07304 0.05136 0.07304 0.05063 0.07268 0.04991 0.07196 0.04955 0.07123 0.04919 0.07015 0.04919 0.06834 0.04955 0.06725 0.04991 0.06653 0.05063 0.06580 0.05136 0.06544 0.05281 0.06544 0.05353 0.06580 0.05425 0.06653 0.05462 0.06725\n 11 468 21 0.05896 0.07304 0.05823 0.07268 0.05751 0.07196 0.05715 0.07123 0.05679 0.07015 0.05679 0.06834 0.05715 0.06725 0.05751 0.06653 0.05823 0.06580 0.05896 0.06544 0.06041 0.06544 0.06113 0.06580 0.06185 0.06653 0.06222 0.06725 0.06258 0.06834 0.06258 0.07015 0.06222 0.07123 0.06185 0.07196 0.06113 0.07268 0.06041 0.07304 0.05896 0.07304\n 11 446 20 0.06982 0.07196 0.06909 0.07268 0.06801 0.07304 0.06656 0.07304 0.06547 0.07268 0.06475 0.07196 0.06475 0.07123 0.06511 0.07051 0.06547 0.07015 0.06620 0.06978 0.06837 0.06906 0.06909 0.06870 0.06945 0.06834 0.06982 0.06761 0.06982 0.06653 0.06909 0.06580 0.06801 0.06544 0.06656 0.06544 0.06547 0.06580 0.06475 0.06653\n 11 226 10 0.07488 0.07449 0.07416 0.07377 0.07343 0.07268 0.07271 0.07123 0.07235 0.06942 0.07235 0.06798 0.07271 0.06617 0.07343 0.06472 0.07416 0.06363 0.07488 0.06291\n 11 226 10 0.08031 0.07304 0.08031 0.06725 0.07995 0.06617 0.07959 0.06580 0.07886 0.06544 0.07814 0.06544 0.07741 0.06580 0.07705 0.06617 0.07669 0.06725 0.07669 0.06798\n 11 50 2 0.08900 0.07449 0.08248 0.06291\n 11 94 4 0.09189 0.07159 0.09261 0.07196 0.09370 0.07304 0.09370 0.06544\n 11 380 17 0.10021 0.07304 0.09913 0.07268 0.09840 0.07159 0.09804 0.06978 0.09804 0.06870 0.09840 0.06689 0.09913 0.06580 0.10021 0.06544 0.10094 0.06544 0.10202 0.06580 0.10275 0.06689 0.10311 0.06870 0.10311 0.06978 0.10275 0.07159 0.10202 0.07268 0.10094 0.07304 0.10021 0.07304\n 11 226 10 0.10528 0.07449 0.10600 0.07377 0.10673 0.07268 0.10745 0.07123 0.10781 0.06942 0.10781 0.06798 0.10745 0.06617 0.10673 0.06472 0.10600 0.06363 0.10528 0.06291\n 11 50 2 0.11216 0.07087 0.11216 0.06653\n 11 50 2 0.11035 0.06978 0.11397 0.06761\n 11 50 2 0.11397 0.06978 0.11035 0.06761\n 11 94 4 0.11722 0.07159 0.11795 0.07196 0.11903 0.07304 0.11903 0.06544\n 11 380 17 0.12555 0.07304 0.12446 0.07268 0.12374 0.07159 0.12338 0.06978 0.12338 0.06870 0.12374 0.06689 0.12446 0.06580 0.12555 0.06544 0.12627 0.06544 0.12736 0.06580 0.12808 0.06689 0.12844 0.06870 0.12844 0.06978 0.12808 0.07159 0.12736 0.07268 0.12627 0.07304 0.12555 0.07304\n 11 50 2 0.13423 0.07196 0.13423 0.06544\n 11 50 2 0.13098 0.06870 0.13749 0.06870\n 11 50 2 0.14038 0.07304 0.14038 0.06544\n 11 50 2 0.14328 0.06870 0.14979 0.06870\n 11 314 14 0.15269 0.07123 0.15269 0.07159 0.15305 0.07232 0.15341 0.07268 0.15414 0.07304 0.15558 0.07304 0.15631 0.07268 0.15667 0.07232 0.15703 0.07159 0.15703 0.07087 0.15667 0.07015 0.15595 0.06906 0.15233 0.06544 0.15739 0.06544\n 11 380 17 0.16174 0.07304 0.16065 0.07268 0.15993 0.07159 0.15956 0.06978 0.15956 0.06870 0.15993 0.06689 0.16065 0.06580 0.16174 0.06544 0.16246 0.06544 0.16355 0.06580 0.16427 0.06689 0.16463 0.06870 0.16463 0.06978 0.16427 0.07159 0.16355 0.07268 0.16246 0.07304 0.16174 0.07304\n 82 0\n 81 6 414\n 82 0\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"a81d444ff932fd2c2bddf9a3f6155ea9c9eb53b9","subject":"[kernel] improve gnuplot file","message":"[kernel] improve gnuplot file\n","repos":"siconos\/siconos,fperignon\/siconos,fperignon\/siconos,bremond\/siconos,bremond\/siconos,siconos\/siconos,fperignon\/siconos,fperignon\/siconos,bremond\/siconos,radarsat1\/siconos,radarsat1\/siconos,bremond\/siconos,radarsat1\/siconos,bremond\/siconos,siconos\/siconos,radarsat1\/siconos,siconos\/siconos,fperignon\/siconos,radarsat1\/siconos","old_file":"examples\/Mechanics\/NewtonEuler\/result.gp","new_file":"examples\/Mechanics\/NewtonEuler\/result.gp","new_contents":"#set term X11\nresultfile_ref = 'resultNETS.ref'\nresultfile = 'resultNETS-WITHPROJ.ref'\nresultfile = 'result.dat'\nplot \\\nresultfile every ::2 u 1:2 t \"Ball position\" w l,\\\nresultfile every ::2 u 1:3 t \"Ball Velocity\" w l,\\\nresultfile every ::2 u 1:4 t \"Reaction force\" w l,\\\nresultfile_ref every ::2 u 1:2 t \"Ball position\" w l,\\\nresultfile_ref every ::2 u 1:3 t \"Ball Velocity\" w l,\\\nresultfile_ref every ::2 u 1:4 t \"Reaction force\" w l\n\n\n","old_contents":"#set term X11\nresultfile = 'resultNETS.ref'\nresultfile = 'resultNETS-WITHPROJ.ref'\nresultfile = 'result.dat'\nplot \\\nresultfile every ::2 u 1:2 t \"Ball position\" w l,\\\nresultfile every ::2 u 1:3 t \"Ball Velocity\" w l,\\\nresultfile every ::2 u 1:4 t \"Reaction force\" w l\n\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"deca5758a24532ad3e90da32b1c55a903ff4db1e","subject":"only add the -Wno-invalid-offsetof for gcc 3.4","message":"only add the -Wno-invalid-offsetof for gcc 3.4\n\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@350 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"CoryMcCartan\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,hildeth\/chapel,sungeunchoi\/chapel,hildeth\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,hildeth\/chapel,hildeth\/chapel,hildeth\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,hildeth\/chapel","old_file":"make\/Makefile.gnu","new_file":"make\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCC = g++\n\n\n#\n# Flags\n#\n\nCFLAGS += -Wall\n\nGNU_GCC_MAJOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nGNU_GCC_MINOR_VERSION = $(shell $(CC) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\n\nifeq ($(GNU_GCC_MAJOR_VERSION),3)\nifeq ($(GNU_GCC_MINOR_VERSION),4)\nCFLAGS += -Wno-invalid-offsetof\nendif\nendif\n\nifdef DEBUG\nCFLAGS += -g -DDEBUG=1\nelse\nCFLAGS += -DNDEBUG=1\nendif\n\nifdef OPTIMIZE\nCFLAGS += -O2\nendif\n\nifdef PROFILE\nCFLAGS += -pg\nLDFLAGS += -pg\nendif\n\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCC = g++\n\n\n#\n# Flags\n#\n\nCFLAGS += -Wall -Wno-invalid-offsetof\n\nifdef DEBUG\nCFLAGS += -g -DDEBUG=1\nelse\nCFLAGS += -DNDEBUG=1\nendif\n\nifdef OPTIMIZE\nCFLAGS += -O2\nendif\n\nifdef PROFILE\nCFLAGS += -pg\nLDFLAGS += -pg\nendif\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"f813d64cdd2068cf191f26e273ed2a06e78a8534","subject":"Reset ranges to automatic mode:","message":"Reset ranges to automatic mode:\n\nThe scripts sets the ranges from 0 to 4096. Resetting this values will\navoid confusion at subsequent plotting.\n","repos":"EFTEMj\/EFTEMj,EFTEMj\/EFTEMj,EFTEMj\/EFTEMj,EFTEMj\/EFTEMj","old_file":"Scripts+Macros\/Gnuplot\/sreels_fit.plt","new_file":"Scripts+Macros\/Gnuplot\/sreels_fit.plt","new_contents":"# File:\t\tsreels_fit.plt\n# Author:\tMichael Entrup\n# Version:\t1.0.1\n# Date:\t\t28.07.2014\n\n# Info:\t\tThis script is part of the Gnuplot_sreels package. The package is used to process the data that has been created by https:\/\/github.com\/EFTEMj\/EFTEMj\/blob\/master\/Scripts%2BMacros\/SR-EELS_char2acterisation.ijm.\n\n#########################\n#\tSetup\t\t\t\t#\n#########################\n\nif (!exists('path')) {\n\tprint ''\n\tPrint 'Please run \"sreels_init\" first.'\n\tprint ''\n}\n\n# Order of the polynomial of the pseudo3D fit:\nm = 2\t# polynomial along the energy axis\nn = 2\t# polynomial that describes the variation of the parameters of the polynomial\n\n# Order of the polynomial of the 3D fit:\nk = 2\t# polynomial along the energy axis\nl = 2\t# polynomial along the lateral axis\n\nif (strstrt(GPVAL_PWD, \"\/\")) {\n\t# Unix\n\tsystem 'mkdir '.path.'parameters'\n} else {\n\t# Windows\n\tsystem 'md '.path_win.'parameters'\n}\n\nset xrange[0:4096]\nset yrange[0:4096]\nset zrange[0:4096]\n\n#########################\n#\tFit - 2D\t\t\t#\n#########################\n\n# ToDo: Change the implementation of the 2D-Fit to use polynomials of arbitrary order.\n\n# We can create a function that can be used to create an arbitrary number of functions. In this case the first line will create one function per input file and per position (top, center, bottom). The command eval() is essential for this approach. A function creates a string that depends on indexes and eval will run the command that is represented by the string.\nf_str(N, S1, S2) = sprintf('%s%d(x) = %s', S1, N, S2)\nfit_str(N, S1, S2) = sprintf('fit %s%d(x) filename_%s(%d) via %s', S1, N, S1, N, S2)\n\ndo for [i=index_start:index_stop:index_inc] {\n\tdo for [str in \"T C B\"] {\n\t\tstr_f_it = ''\n\t\tstr_via = ''\n\t\tdo for [j=0:m] {\n\t\t\tstr_f_it = str_f_it.sprintf(' + a%d%s%d*x**%d', j, str, i, j)\n\t\t\tstr_via = str_via.sprintf(',a%d%s%d', j, str, i)\n\t\t}\n\t\tstr_f_it = substr(str_f_it, 4, strlen(str_f_it))\n\t\tstr_via = substr(str_via, 2, strlen(str_via))\n\t\teval(f_str(i, str, str_f_it))\n\t\teval(fit_str(i, str, str_via))\n\t}\n}\n\ndo for [i=index_start:index_stop:index_inc] {\n\tdo for [str in \"T C B\"] {\n\t\t# We want to overwrite the old file, that is why we don't use the option 'append' for the first line.\n\t\tset print path.'parameters\/'.str.i.'.txt'\n\t\tprint '# This file contains the parameters for a polynomial \"y(x) = a0*x**0 + a1*x**1 + .. + am*x**m\". with m='.m\n\t\tset print path.'parameters\/'.str.i.'.txt' append\n\t\tdo for [j=0:m] {\n\t\t\t# \"parameter = value('parameter')\"\n\t\t\tprint sprintf('a%d%s%d = %e', j, str, i, value('a'.j.str.i))\n\t\t}\t\t\n\t}\n}\nunset print\n\n#########################\n#\tFit - pseudo3D\t\t\t#\n#########################\n\n# We don't want to show a plot or write to a file until the last call of 'replot'.\nset terminal unknown\n\n# As we only use 'replot' at a FOR-loop, we have to create an empty graph first.\nsplot NaN\n\nplot_str_pseudo3D(N, S) = sprintf('replot filename_%s(%d) using ($1):(%s%d(2048)):($2) with points', S, N, S, N)\ndo for [i=index_start:index_stop:index_inc] {\n\tdo for [str in \"T C B\"] {\n\t\teval(plot_str_pseudo3D(i, str))\n\t}\n}\n\n# Now we set the table, we want to write to.\nset table filename_pseudo3D\nreplot\nunset table\nset terminal wxt\n\nstr_f_it = ''\nstr_via =''\ndo for [i=0:m] {\n\tdo for [j=0:n] {\n\t\tstr_f_it = str_f_it.sprintf(' + a%d%d*x**%d*y**%d', i, j, i, j)\n\t\tstr_via = str_via.sprintf(',a%d%d',i,j)\n\t\teval(sprintf('a%d%d = %e', i, j, 100.0**(-i-j)))\n\t}\n}\nstr_f_it = substr(str_f_it, 4, strlen(str_f_it))\nstr_via = substr(str_via, 2, strlen(str_via))\neval('f(x,y)='.str_f_it)\n# Using a fourth column for the weight is necessary. Even a constant value of 1 will do.\neval('fit f(x,y) filename_pseudo3D using 1:2:(strcol(4) eq \"u\"?1\/0:$3):(1) via '.str_via)\n\nset print path.'parameters\/pseudo3D.txt'\nprint '# This file contains the parameters for \"z(x,y) = \"'.str_f_it.'.'\nset print path.'parameters\/pseudo3D.txt' append\ndo for [i=0:m] {\n\tdo for [j=0:n] {\t\t\n\t\t# \"parameter = value('parameter')\"\n\t\tprint sprintf('a%d%d = %e', i, j ,value(sprintf('a%d%d', i, j)))\n\t}\n}\n# We will print the same values to a file that is used as input for EFTEMj. We will append more values at the section \"Fit - 3D\".\nset print path.'parameters\/EFTEMj_input.txt'\nprint '# This file is used as input for the SR-EELS correction of EFTEMj.'\nset print path.'parameters\/EFTEMj_input.txt' append\ndo for [i=0:m] {\n\tdo for [j=0:n] {\t\t\n\t\t# \"parameter = value('parameter')\"\n\t\tprint sprintf('a%d%d = %e', i, j ,value(sprintf('a%d%d', i, j)))\n\t}\n}\nunset print\n\n#########################\n#\tFit\t- 3D\t\t\t#\n#########################\n\nstr_f2_it = ''\nstr_via2 =''\ndo for [i=0:k] {\n\tdo for [j=0:l] {\n\t\tstr_f2_it = str_f2_it.sprintf(' + b%d%d*x**%d*y**%d', i, j, i, j)\n\t\tstr_via2 = str_via2.sprintf(',b%d%d',i,j)\n\t\teval(sprintf('b%d%d = %e', i, j, 100.0**(-i-j)))\n\t}\n}\nstr_f2_it = substr(str_f2_it, 4, strlen(str_f2_it))\nstr_via2 = substr(str_via2, 2, strlen(str_via2))\neval('f2(x,y)='.str_f2_it)\n# Using a fourth column for the weight is necessary. Even a constant value of 1 will do.\neval('fit f2(x,y) filename_3D using 1:2:3:(1) via '.str_via2)\n\nset print path.'parameters\/3D.txt'\nprint '# This file contains the parameters for \"z(x,y) = \"'.str_f2_it.'.'\nset print path.'parameters\/3D.txt' append\ndo for [i=0:k] {\n\tdo for [j=0:l] {\t\t\n\t\t# \"parameter = value('parameter')\"\n\t\tprint sprintf('b%d%d = %e', i, j ,value(sprintf('b%d%d', i, j)))\n\t}\n}\nset print path.'parameters\/EFTEMj_input.txt' append\ndo for [i=0:k] {\n\tdo for [j=0:l] {\t\t\n\t\t# \"parameter = value('parameter')\"\n\t\tprint sprintf('b%d%d = %e', i, j ,value(sprintf('b%d%d', i, j)))\n\t}\n}\nunset print\nset xrange[*:*]\nset yrange[*:*]\nset zrange[*:*]","old_contents":"# File:\t\tsreels_fit.plt\n# Author:\tMichael Entrup\n# Version:\t1.0.1\n# Date:\t\t28.07.2014\n\n# Info:\t\tThis script is part of the Gnuplot_sreels package. The package is used to process the data that has been created by https:\/\/github.com\/EFTEMj\/EFTEMj\/blob\/master\/Scripts%2BMacros\/SR-EELS_char2acterisation.ijm.\n\n#########################\n#\tSetup\t\t\t\t#\n#########################\n\nif (!exists('path')) {\n\tprint ''\n\tPrint 'Please run \"sreels_init\" first.'\n\tprint ''\n}\n\n# Order of the polynomial of the pseudo3D fit:\nm = 2\t# polynomial along the energy axis\nn = 2\t# polynomial that describes the variation of the parameters of the polynomial\n\n# Order of the polynomial of the 3D fit:\nk = 2\t# polynomial along the energy axis\nl = 2\t# polynomial along the lateral axis\n\nif (strstrt(GPVAL_PWD, \"\/\")) {\n\t# Unix\n\tsystem 'mkdir '.path.'parameters'\n} else {\n\t# Windows\n\tsystem 'md '.path_win.'parameters'\n}\n\nset xrange[0:4096]\nset yrange[0:4096]\nset zrange[0:4096]\n\n#########################\n#\tFit - 2D\t\t\t#\n#########################\n\n# ToDo: Change the implementation of the 2D-Fit to use polynomials of arbitrary order.\n\n# We can create a function that can be used to create an arbitrary number of functions. In this case the first line will create one function per input file and per position (top, center, bottom). The command eval() is essential for this approach. A function creates a string that depends on indexes and eval will run the command that is represented by the string.\nf_str(N, S1, S2) = sprintf('%s%d(x) = %s', S1, N, S2)\nfit_str(N, S1, S2) = sprintf('fit %s%d(x) filename_%s(%d) via %s', S1, N, S1, N, S2)\n\ndo for [i=index_start:index_stop:index_inc] {\n\tdo for [str in \"T C B\"] {\n\t\tstr_f_it = ''\n\t\tstr_via = ''\n\t\tdo for [j=0:m] {\n\t\t\tstr_f_it = str_f_it.sprintf(' + a%d%s%d*x**%d', j, str, i, j)\n\t\t\tstr_via = str_via.sprintf(',a%d%s%d', j, str, i)\n\t\t}\n\t\tstr_f_it = substr(str_f_it, 4, strlen(str_f_it))\n\t\tstr_via = substr(str_via, 2, strlen(str_via))\n\t\teval(f_str(i, str, str_f_it))\n\t\teval(fit_str(i, str, str_via))\n\t}\n}\n\ndo for [i=index_start:index_stop:index_inc] {\n\tdo for [str in \"T C B\"] {\n\t\t# We want to overwrite the old file, that is why we don't use the option 'append' for the first line.\n\t\tset print path.'parameters\/'.str.i.'.txt'\n\t\tprint '# This file contains the parameters for a polynomial \"y(x) = a0*x**0 + a1*x**1 + .. + am*x**m\". with m='.m\n\t\tset print path.'parameters\/'.str.i.'.txt' append\n\t\tdo for [j=0:m] {\n\t\t\t# \"parameter = value('parameter')\"\n\t\t\tprint sprintf('a%d%s%d = %e', j, str, i, value('a'.j.str.i))\n\t\t}\t\t\n\t}\n}\nunset print\n\n#########################\n#\tFit - pseudo3D\t\t\t#\n#########################\n\n# We don't want to show a plot or write to a file until the last call of 'replot'.\nset terminal unknown\n\n# As we only use 'replot' at a FOR-loop, we have to create an empty graph first.\nsplot NaN\n\nplot_str_pseudo3D(N, S) = sprintf('replot filename_%s(%d) using ($1):(%s%d(2048)):($2) with points', S, N, S, N)\ndo for [i=index_start:index_stop:index_inc] {\n\tdo for [str in \"T C B\"] {\n\t\teval(plot_str_pseudo3D(i, str))\n\t}\n}\n\n# Now we set the table, we want to write to.\nset table filename_pseudo3D\nreplot\nunset table\nset terminal wxt\n\nstr_f_it = ''\nstr_via =''\ndo for [i=0:m] {\n\tdo for [j=0:n] {\n\t\tstr_f_it = str_f_it.sprintf(' + a%d%d*x**%d*y**%d', i, j, i, j)\n\t\tstr_via = str_via.sprintf(',a%d%d',i,j)\n\t\teval(sprintf('a%d%d = %e', i, j, 100.0**(-i-j)))\n\t}\n}\nstr_f_it = substr(str_f_it, 4, strlen(str_f_it))\nstr_via = substr(str_via, 2, strlen(str_via))\neval('f(x,y)='.str_f_it)\n# Using a fourth column for the weight is necessary. Even a constant value of 1 will do.\neval('fit f(x,y) filename_pseudo3D using 1:2:(strcol(4) eq \"u\"?1\/0:$3):(1) via '.str_via)\n\nset print path.'parameters\/pseudo3D.txt'\nprint '# This file contains the parameters for \"z(x,y) = \"'.str_f_it.'.'\nset print path.'parameters\/pseudo3D.txt' append\ndo for [i=0:m] {\n\tdo for [j=0:n] {\t\t\n\t\t# \"parameter = value('parameter')\"\n\t\tprint sprintf('a%d%d = %e', i, j ,value(sprintf('a%d%d', i, j)))\n\t}\n}\n# We will print the same values to a file that is used as input for EFTEMj. We will append more values at the section \"Fit - 3D\".\nset print path.'parameters\/EFTEMj_input.txt'\nprint '# This file is used as input for the SR-EELS correction of EFTEMj.'\nset print path.'parameters\/EFTEMj_input.txt' append\ndo for [i=0:m] {\n\tdo for [j=0:n] {\t\t\n\t\t# \"parameter = value('parameter')\"\n\t\tprint sprintf('a%d%d = %e', i, j ,value(sprintf('a%d%d', i, j)))\n\t}\n}\nunset print\n\n#########################\n#\tFit\t- 3D\t\t\t#\n#########################\n\nstr_f2_it = ''\nstr_via2 =''\ndo for [i=0:k] {\n\tdo for [j=0:l] {\n\t\tstr_f2_it = str_f2_it.sprintf(' + b%d%d*x**%d*y**%d', i, j, i, j)\n\t\tstr_via2 = str_via2.sprintf(',b%d%d',i,j)\n\t\teval(sprintf('b%d%d = %e', i, j, 100.0**(-i-j)))\n\t}\n}\nstr_f2_it = substr(str_f2_it, 4, strlen(str_f2_it))\nstr_via2 = substr(str_via2, 2, strlen(str_via2))\neval('f2(x,y)='.str_f2_it)\n# Using a fourth column for the weight is necessary. Even a constant value of 1 will do.\neval('fit f2(x,y) filename_3D using 1:2:3:(1) via '.str_via2)\n\nset print path.'parameters\/3D.txt'\nprint '# This file contains the parameters for \"z(x,y) = \"'.str_f2_it.'.'\nset print path.'parameters\/3D.txt' append\ndo for [i=0:k] {\n\tdo for [j=0:l] {\t\t\n\t\t# \"parameter = value('parameter')\"\n\t\tprint sprintf('b%d%d = %e', i, j ,value(sprintf('b%d%d', i, j)))\n\t}\n}\nset print path.'parameters\/EFTEMj_input.txt' append\ndo for [i=0:k] {\n\tdo for [j=0:l] {\t\t\n\t\t# \"parameter = value('parameter')\"\n\t\tprint sprintf('b%d%d = %e', i, j ,value(sprintf('b%d%d', i, j)))\n\t}\n}\nunset print","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"d350aa4dd72841355a174d548aea9a22d2b052fd","subject":"Fix aducrf101 builds with GCC 4.9+","message":"Fix aducrf101 builds with GCC 4.9+\n\nMixing LTO and libraries requires the use of gcc-ar instead of ar.\nSee https:\/\/gcc.gnu.org\/wiki\/LinkTimeOptimizationFAQ?action=recall&rev=5#ar.2C_nm_and_ranlib\n","repos":"MohamedSeliem\/contiki,bluerover\/6lbr,MohamedSeliem\/contiki,arurke\/contiki,MohamedSeliem\/contiki,bluerover\/6lbr,MohamedSeliem\/contiki,MohamedSeliem\/contiki,bluerover\/6lbr,arurke\/contiki,MohamedSeliem\/contiki,arurke\/contiki,arurke\/contiki,bluerover\/6lbr,bluerover\/6lbr,bluerover\/6lbr,bluerover\/6lbr,arurke\/contiki,MohamedSeliem\/contiki,arurke\/contiki,arurke\/contiki","old_file":"cpu\/arm\/aducrf101\/Makefile.aducrf101.gnu","new_file":"cpu\/arm\/aducrf101\/Makefile.aducrf101.gnu","new_contents":"# -*- makefile -*-\n\n# Copyright (c) 2014, Analog Devices, Inc. All rights reserved.\n#\n# Redistribution and use in source and binary forms, with or without\n# modification, are permitted (subject to the limitations in the\n# disclaimer below) provided that the following conditions are met:\n#\n# - Redistributions of source code must retain the above copyright\n# notice, this list of conditions and the following disclaimer.\n#\n# - Redistributions in binary form must reproduce the above copyright\n# notice, this list of conditions and the following disclaimer in the\n# documentation and\/or other materials provided with the\n# distribution.\n#\n# - Neither the name of Analog Devices, Inc. nor the names of its\n# contributors may be used to endorse or promote products derived\n# from this software without specific prior written permission.\n#\n# NO EXPRESS OR IMPLIED LICENSES TO ANY PARTY'S PATENT RIGHTS ARE\n# GRANTED BY THIS LICENSE. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT\n# HOLDERS AND CONTRIBUTORS \"AS IS\" AND ANY EXPRESS OR IMPLIED\n# WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF\n# MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n# DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE\n# LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR\n# CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF\n# SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR\n# BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,\n# WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE\n# OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN\n# IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\n# Author: Jim Paris <jim.paris@rigado.com>\n\nCROSS_COMPILE = arm-none-eabi-\n\nCC = $(CROSS_COMPILE)gcc\nLD = $(CROSS_COMPILE)gcc\nAS = $(CROSS_COMPILE)gcc\nAR = $(CROSS_COMPILE)gcc-ar\nNM = $(CROSS_COMPILE)gcc-nm\nOBJCOPY = $(CROSS_COMPILE)objcopy\nOBJDUMP = $(CROSS_COMPILE)objdump\nSTRIP = $(CROSS_COMPILE)strip\n\nCFLAGS_OPT ?= -Os\nCFLAGS_DEBUG ?= -ggdb3 -fomit-frame-pointer\nCFLAGS += $(CFLAGS_OPT) $(CFLAGS_DEBUG)\nCFLAGS += -std=gnu99\nCFLAGS += -ffreestanding -mcpu=cortex-m3 -mthumb -mno-thumb-interwork\nCFLAGS += -ffunction-sections -fdata-sections -fno-common -fno-builtin\nCFLAGS += -flto\n\nifdef WERROR\n CFLAGS += -Wall -Werror\n # These warnings are triggered by existing Contiki code\n CFLAGS += -Wno-error=pointer-sign\n CFLAGS += -Wno-error=char-subscripts\n CFLAGS += -Wno-error=unused-variable\n CFLAGS += -Wno-error=unused-but-set-variable\nendif\n\n# UIP code does not follow C aliasing rules\nCFLAGS += -fno-strict-aliasing\n\nLDFLAGS = $(CFLAGS)\nLDFLAGS += -specs=nosys.specs -nostartfiles\n\n# TODO: When it becomes more commonly available, switch to newlib-nano\n# for significant size reduction, by uncommenting this:\n# LDFLAGS += -specs=nano.specs\n\nLDFLAGS += -Wl,--gc-sections\nLDFLAGS += -Wl,-T$(CONTIKI_CPU)\/Common\/GCC\/ADuCRF101.ld\n\nASFLAGS += -c $(CFLAGS)\n\n# Compiler-specific startup code\nCONTIKI_CPU_DIRS += Common\/GCC\nCONTIKI_SOURCEFILES += crt0.S\n\n# Rules\n%.hex: %\n\t$(OBJCOPY) -O ihex $^ $@","old_contents":"# -*- makefile -*-\n\n# Copyright (c) 2014, Analog Devices, Inc. All rights reserved.\n#\n# Redistribution and use in source and binary forms, with or without\n# modification, are permitted (subject to the limitations in the\n# disclaimer below) provided that the following conditions are met:\n#\n# - Redistributions of source code must retain the above copyright\n# notice, this list of conditions and the following disclaimer.\n#\n# - Redistributions in binary form must reproduce the above copyright\n# notice, this list of conditions and the following disclaimer in the\n# documentation and\/or other materials provided with the\n# distribution.\n#\n# - Neither the name of Analog Devices, Inc. nor the names of its\n# contributors may be used to endorse or promote products derived\n# from this software without specific prior written permission.\n#\n# NO EXPRESS OR IMPLIED LICENSES TO ANY PARTY'S PATENT RIGHTS ARE\n# GRANTED BY THIS LICENSE. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT\n# HOLDERS AND CONTRIBUTORS \"AS IS\" AND ANY EXPRESS OR IMPLIED\n# WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF\n# MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\n# DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE\n# LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR\n# CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF\n# SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR\n# BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,\n# WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE\n# OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN\n# IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\n# Author: Jim Paris <jim.paris@rigado.com>\n\nCROSS_COMPILE = arm-none-eabi-\n\nCC = $(CROSS_COMPILE)gcc\nLD = $(CROSS_COMPILE)gcc\nAS = $(CROSS_COMPILE)gcc\nAR = $(CROSS_COMPILE)ar\nNM = $(CROSS_COMPILE)nm\nOBJCOPY = $(CROSS_COMPILE)objcopy\nOBJDUMP = $(CROSS_COMPILE)objdump\nSTRIP = $(CROSS_COMPILE)strip\n\nCFLAGS_OPT ?= -Os\nCFLAGS_DEBUG ?= -ggdb3 -fomit-frame-pointer\nCFLAGS += $(CFLAGS_OPT) $(CFLAGS_DEBUG)\nCFLAGS += -std=gnu99\nCFLAGS += -ffreestanding -mcpu=cortex-m3 -mthumb -mno-thumb-interwork\nCFLAGS += -ffunction-sections -fdata-sections -fno-common -fno-builtin\nCFLAGS += -flto\n\nifdef WERROR\n CFLAGS += -Wall -Werror\n # These warnings are triggered by existing Contiki code\n CFLAGS += -Wno-error=pointer-sign\n CFLAGS += -Wno-error=char-subscripts\n CFLAGS += -Wno-error=unused-variable\n CFLAGS += -Wno-error=unused-but-set-variable\nendif\n\n# UIP code does not follow C aliasing rules\nCFLAGS += -fno-strict-aliasing\n\nLDFLAGS = $(CFLAGS)\nLDFLAGS += -specs=nosys.specs -nostartfiles\n\n# TODO: When it becomes more commonly available, switch to newlib-nano\n# for significant size reduction, by uncommenting this:\n# LDFLAGS += -specs=nano.specs\n\nLDFLAGS += -Wl,--gc-sections\nLDFLAGS += -Wl,-T$(CONTIKI_CPU)\/Common\/GCC\/ADuCRF101.ld\n\nASFLAGS += -c $(CFLAGS)\n\n# Compiler-specific startup code\nCONTIKI_CPU_DIRS += Common\/GCC\nCONTIKI_SOURCEFILES += crt0.S\n\n# Rules\n%.hex: %\n\t$(OBJCOPY) -O ihex $^ $@","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"9e4d8197070c19fb5ff579704444536711863c52","subject":"Update plot.","message":"Update plot.","repos":"ergl\/lasp,lasp-lang\/lasp,ergl\/lasp,lasp-lang\/lasp,lasp-lang\/lasp,ergl\/lasp,lasp-lang\/lasp,ergl\/lasp","old_file":"apps\/lasp\/priv\/plots\/advertisement_counter_transmission.gnuplot","new_file":"apps\/lasp\/priv\/plots\/advertisement_counter_transmission.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lt rgb \"#A00000\" lw 2 pt 1\n# set style line 2 lt rgb \"#00A000\" lw 2 pt 6\n# set style line 3 lt rgb \"#5060D0\" lw 2 pt 2\n# set style line 4 lt rgb \"#F25900\" lw 2 pt 9\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB\/client Transmitted\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\nset logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot inputfile1 using 1:3 title \"OR-Set, G-Counter\" with linespoints, \\\n inputfile2 using 1:3 title \"OR-Set, G-Counter, Deltas\" with linespoints\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,9\" linewidth 2 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lt rgb \"#A00000\" lw 2 pt 1\n# set style line 2 lt rgb \"#00A000\" lw 2 pt 6\n# set style line 3 lt rgb \"#5060D0\" lw 2 pt 2\n# set style line 4 lt rgb \"#F25900\" lw 2 pt 9\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB\/client Transmitted\"\n\nset key top left\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot inputfile1 using 1:3 title \"OR-Set, G-Counter\" with linespoints, \\\n inputfile2 using 1:3 title \"OR-Set, G-Counter, Deltas\" with linespoints\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"0ddce0e21063dcac98591973911e49bd2d696cc4","subject":"Fix ur_option UTs","message":"Fix ur_option UTs\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/ur_option.plt","new_file":"U-238\/u\/ur_option.plt","new_contents":":- use_module(ur_option).\n:- use_module(u(v)).\n\n:- begin_tests(ur_option, [setup(setup_options)]).\n\ntest(single_option_nonrep, [setup(setup_options)]) :-\n\n options_object(test_pred1, [height(-1), length(3)], Obj),\n assertion(Obj \/ length =^= length(3)),\n assertion(Obj \/ height =^= height(-1)).\n\ntest(single_option_unknown,\n [error(domain_error(valid_option, Option), _)]) :-\n\n Option = width(3),\n options_object(test_pred1, [Option], _).\n\ntest(single_option_no_default, [setup(setup_options)]) :-\n\n options_object(test_pred1, [], Obj),\n Obj \/ length ^= Length,\n assertion(Length =@= _).\n\ntest(single_option_default, [setup(setup_options)]) :-\n\n options_object(test_pred3, [], Obj),\n assertion(Obj \/ length =^= length(4)).\n\ntest(single_option_default_overriden, [setup(setup_options)]) :-\n\n options_object(test_pred3, [length(3)], Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep1,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(_)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep2,\n [error(domain_error(nonrepeating_options, Options),\n _)]) :-\n\n Options = [length(3), length(3)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep3,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(4)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_meta1) :-\n\n \n options_object(test_pred2, [generator(test_pred1)],\n Obj),\n context_module(That),\n assertion(Obj \/ generator\n =^= generator(That:test_pred1)).\n\ntest(single_option_meta2) :-\n\n options_object(test_pred2, [generator(dummy:test_pred1)],\n Obj),\n assertion(Obj \/ generator\n =^= generator(dummy:test_pred1)).\n\ntest(single_option_meta3) :-\n\n options_object(test_pred1, [length(_:test_pred1)],\n Obj),\n assertion(Obj \/ length =^= length(_:test_pred1)).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [meta_option(length\/1), default(len(3))],\n ur_options(test_pred4, [Rule]).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [option(length\/1), default(length(3, 4))],\n ur_options(test_pred5, [Rule]).\n\ntest(single_option_repeated1, [fail]) :-\n\n ur_options(test_pred6, [[option(length\/1)],\n [option(width\/1)],\n [option(length\/1)]]).\n\ntest(single_option_repeated2, [fail]) :-\n\n ur_options(test_pred7, [[option(length\/1)],\n [option(width\/1)],\n [option(length\/3)]]).\n\nsetup_options :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n ur_options(test_pred1, [[option(length\/1)], [option(height\/1)]]),\n ur_options(test_pred2, [[meta_option(generator\/1)]]),\n ur_options(test_pred3, [[option(length\/1), default(length(4))]]).\n\ntest_pred1(_).\ntest_pred2(_).\ntest_pred3(_).\ntest_pred4(_).\ntest_pred5(_).\ntest_pred6(_).\ntest_pred7(_).\n\n:- end_tests(ur_option).\n","old_contents":":- use_module(ur_option).\n:- use_module(u(v)).\n\n:- begin_tests(ur_option, [setup(setup_options)]).\n\ntest(single_option_nonrep, [setup(setup_options)]) :-\n\n options_object(test_pred1, [width(-1), length(3)], Obj),\n assertion(Obj \/ length =^= length(3)),\n assertion(Obj \/ width =^= width(-1)),\n\ntest(single_option_unknown,\n [error(domain_error(valid_option, Option), _)]) :-\n\n Option = width(3),\n options_object(test_pred1, [Option], _).\n\ntest(single_option_no_default, [setup(setup_options)]) :-\n\n options_object(test_pred1, [], Obj),\n Obj \/ length ^= Length,\n assertion(Length =@= _).\n\ntest(single_option_default, [setup(setup_options)]) :-\n\n options_object(test_pred3, [], Obj),\n assertion(Obj \/ length =^= length(4)).\n\ntest(single_option_default_overriden, [setup(setup_options)]) :-\n\n options_object(test_pred3, [length(3)], Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep1,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(_)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep2,\n [error(domain_error(nonrepeating_options, Options),\n _)]) :-\n\n Options = [length(3), length(3)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_rep3,\n [error(domain_error(consistent_options, Options),\n _)]) :-\n\n Options = [length(3), length(4)],\n options_object(test_pred1, Options, Obj),\n assertion(Obj \/ length =^= length(3)).\n\ntest(single_option_meta1) :-\n\n \n options_object(test_pred2, [generator(test_pred1)],\n Obj),\n context_module(That),\n assertion(Obj \/ generator\n =^= generator(That:test_pred1)).\n\ntest(single_option_meta2) :-\n\n options_object(test_pred2, [generator(dummy:test_pred1)],\n Obj),\n assertion(Obj \/ generator\n =^= generator(dummy:test_pred1)).\n\ntest(single_option_meta3) :-\n\n options_object(test_pred1, [length(_:test_pred1)],\n Obj),\n assertion(Obj \/ length =^= length(_:test_pred1)).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [meta_option(length\/1), default(len(3))],\n ur_options(test_pred4, [Rule]).\n\ntest(single_option_bad_default1,\n [error(invalid_option_definition(Rule), _)]) :-\n\n Rule = [option(length\/1), default(length(3, 4))],\n ur_options(test_pred5, [Rule]).\n\ntest(single_option_repeated1, [fail]) :-\n\n ur_options(test_pred6, [[option(length\/1)],\n [option(width\/1)],\n [option(length\/1)]]).\n\ntest(single_option_repeated2, [fail]) :-\n\n ur_options(test_pred7, [[option(length\/1)],\n [option(width\/1)],\n [option(length\/3)]]).\n\nsetup_options :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n\n ur_options(test_pred1, [[option(length\/1)], [option(width\/1)]]),\n ur_options(test_pred2, [[meta_option(generator\/1)]]),\n ur_options(test_pred3, [[option(length\/1), default(length(4))]]).\n\ntest_pred1(_).\ntest_pred2(_).\ntest_pred3(_).\ntest_pred4(_).\ntest_pred5(_).\ntest_pred6(_).\ntest_pred7(_).\n\n:- end_tests(ur_option).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"4f13a76d31714f055a596bc13ef3a0eaf9d483f5","subject":"More UTs","message":"More UTs\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/v.plt","new_file":"U-238\/u\/v.plt","new_contents":":- begin_tests(v).\n:- use_module(u(v)).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2),\n\n obj_rebase((db_object_v -> object_v), Obj2, Obj3),\n\n arg(1, Obj2_0, Class_Id0),\n arg(1, Obj3, Class_Id3),\n assertion(Class_Id0 =:= Class_Id3),\n assertion(Obj2_0 == Obj3).\n\ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\n:- end_tests(v).\n","old_contents":":- begin_tests(v).\n:- use_module(u(v)).\n\ntest(obj_rebase_bug1) :-\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj1_0),\n obj_rebase((object_v -> db_object_v), Obj1_0, Obj1),\n\n obj_construct(man_v, [sex, name], [man, 'Adam'], Obj2_0),\n obj_rebase((object_v -> db_object_v), Obj2_0, Obj2),\n\n arg(1, Obj1, Class_Id1),\n arg(1, Obj2, Class_Id2),\n\n assertion(Class_Id1 =:= Class_Id2).\n\ntest(obj_construct_bug1) :-\n\n class_fields(man_v, Field_Names),\n obj_construct(man_v, Field_Names, Field_Names, Obj),\n Obj =.. [man_v, _|Field_Names2],\n\n assertion(Field_Names == Field_Names2).\n\n:- end_tests(v).\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"2e5f90d583f0728c592085670ffd6a03b87a7102","subject":"tools\/fix: Fix latency frequency plot scaling","message":"tools\/fix: Fix latency frequency plot scaling\n\nWe're so fast now that the generated latency graph is almost useless as\nit groups all the latency observations under one 10 microsecond bar.\n\nFix that up.\n\nSigned-off-by: Pekka Enberg <add4fcd06328a394f0ad91feda7ee057316dc5ed@iki.fi>\n","repos":"fengzhyuan\/libtrading,jvirtanen\/libtrading,jvirtanen\/libtrading,svdev\/libtrading,svdev\/libtrading,etoestja\/libtrading,femtotrader\/libtrading,femtotrader\/libtrading,etoestja\/libtrading,divaykin\/libtrading,fengzhyuan\/libtrading,divaykin\/libtrading,penberg\/libtrading,libtrading\/libtrading,NunoEdgarGub1\/libtrading,penberg\/libtrading,mstanichenko\/libtrading,mstanichenko\/libtrading,libtrading\/libtrading,NunoEdgarGub1\/libtrading","old_file":"tools\/fix\/frequency.gp","new_file":"tools\/fix\/frequency.gp","new_contents":"reset\n\nset terminal unknown\n\nplot file\n\nset terminal svg size 600, 460 fname 'Verdana' fsize 10\nset output \"histogram.svg\"\n\nset xrange [0:]\nset yrange [0:]\n\nunset xtics\nset xtics 0, 5\nset xtics font \",8\"\nset ytics font \",8\"\n\nset xlabel \"RTT (\u03bcs)\"\nset ylabel \"Frequency\"\nset xlabel font \",8\"\nset ylabel font \",8\"\n\nplot file using ($1):(1.0) smooth freq w boxes lc rgb \"blue\" notitle\n","old_contents":"reset\n\nset terminal unknown\n\nplot file\nxmin = GPVAL_DATA_Y_MIN\nxmax = GPVAL_DATA_Y_MAX\n\nround(x, width) = width * floor(x \/ width) + width \/ 2.0\n\nset terminal svg size 600, 460 fname 'Verdana' fsize 10\nset output \"histogram.svg\"\n\nxmax = max > 0 ? max : xmax\n\nset xrange [xmin:xmax]\nset yrange [0:]\n\nunset xtics\nset xtics font \",8\"\nset ytics font \",8\"\n\nset xlabel \"RTT (\u03bcs)\"\nset ylabel \"Frequency\"\nset xlabel font \",8\"\nset ylabel font \",8\"\n\nplot file using (round($1, width)):(1.0) smooth freq w boxes lc rgb \"blue\" notitle\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"cf1795f6d0a02048b96efea48a47cc979e758877","subject":"Plots fill now.","message":"Plots fill now.\n","repos":"hickerson\/bbn,hickerson\/bbn,hickerson\/bbn,hickerson\/bbn","old_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.8 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 2.0 #inch height of individual plots\nmpl_width = 3.0 #inch width of individual plots\nmpl_dx = 0.3 #inch inter-plot horizontal spacing\nmpl_dy = 0.3 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\n#set terminal latex\nset terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 14\nset encoding iso_8859_1\nset tics scale 1.5\n\nset output 'bbn-fierz.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [ -0.2 : 0.2 ] noreverse nowriteback\n#set xrange [-4:4]\nset xlabel 'Fierz b'\n#set format x ''\nset xtics 1\nset mxtics 10\n\n# start plotting\nset multiplot\n\n\n#-----------------------------------------------\n# Yp\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'BBN from Fierz'\nset xlabel ''\n\nset yrange [ 0.22 : 0.27 ] noreverse nowriteback\n\nset ylabel \"Yp\"\nset format y \"%1.2f\"\n#set ytics mirror 1\n#set ytics 10\nset mytics 5\n\nplot 'fierz-study.dat' u 1:3:2 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:3 lt -1 notitle, '' u 1:2 lt -1 notitle; \n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:6 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n#-----------------------------------------------\n# D\/H and He3\/H\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(2)\nset bmargin at screen bot(2)\n\nset title ''\nset xlabel ''\n\nset yrange [ 1e-6 : 1e-4 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"He3\/H\\t\\t\\tD\/H\"\nset format y \"%1.e\"\nset mytics 10\n\nplot 'fierz-study.dat' using 1:5:4 with filledcurves;\n# '' u 1:5 lt 1 notitle, '' u 1:4 lt 1 notitle;\nplot 'fierz-study.dat' using 1:6:7 with filledcurves;\n# '' u 1:7 lt 2 notitle, '' u 1:6 lt 2 notitle;\n#plot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n\n#-----------------------------------------------\n# Li7\/H\n# subplot 1-1\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(1)\nset bmargin at screen bot(1)\n\nset title ''\nset xlabel 'Fierz b'\n\nset yrange [ 1e-10 : 1e-9 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"Li7\/H\"\nset format y \"%1.e\"\n#set ytics mirror 1\n#set ytics 1\nset mytics 10\n\nplot 'fierz-study.dat' using 1:8:9 with filledcurves;\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n#plot 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle;\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\nunset multiplot;\n","old_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.8 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 2.0 #inch height of individual plots\nmpl_width = 3.0 #inch width of individual plots\nmpl_dx = 0.3 #inch inter-plot horizontal spacing\nmpl_dy = 0.3 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\n#set terminal latex\nset terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 14\nset encoding iso_8859_1\nset tics scale 1.5\n\nset output 'bbn-fierz.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [ -0.2 : 0.2 ] noreverse nowriteback\n#set xrange [-4:4]\nset xlabel 'Fierz b'\n#set format x ''\nset xtics 1\nset mxtics 10\n\n# start plotting\nset multiplot\n\n\n#-----------------------------------------------\n# Yp\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'BBN from Fierz'\nset xlabel ''\n\nset yrange [ 0.22 : 0.27 ] noreverse nowriteback\n\nset ylabel \"Yp\"\nset format y \"%f\"\n#set ytics mirror 1\n#set ytics 10\nset mytics 5\n\nplot 'fierz-study.dat' u 1:3:2 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:3 lt -1 notitle, '' u 1:2 lt -1 notitle; \n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:6 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n#-----------------------------------------------\n# D\/H and He3\/H\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(2)\nset bmargin at screen bot(2)\n\nset title ''\nset xlabel ''\n\nset yrange [ 1e-6 : 1e-4 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"He3\/H\\t\\t\\tD\/H\"\nset format y \"%1.E0\"\nset mytics 10\n\nplot 'fierz-study.dat' u 1:5:4 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:5 lt 1 notitle, '' u 1:4 lt 1 notitle;\nplot 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:7 lt 2 notitle, '' u 1:6 lt 2 notitle;\n#plot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n\n#-----------------------------------------------\n# Li7\/H\n# subplot 1-1\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(1)\nset bmargin at screen bot(1)\n\nset title ''\nset xlabel 'Fierz b'\n\nset yrange [ 1e-10 : 1e-9 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"Li7\/H\"\nset format y \"%1.E0\"\n#set ytics mirror 1\n#set ytics 1\nset mytics 10\n\nplot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n#plot 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle;\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\nunset multiplot;\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"26fbc64efdaae836897914b69df32a73d4fedfe7","subject":"use additional query (d3) iso d2","message":"use additional query (d3) iso d2","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd3.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 2 title \"Actueel Verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ 0 : 1.6 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamed \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ 0 : 0.16 ]\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd2.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 2 title \"Actueel Verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ 0 : 1.6 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamed \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ 0 : 0.16 ]\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"c42292a5b0728309f4dd97ee2666d494cf9ab2ca","subject":"Made executable script.","message":"Made executable script.\n","repos":"ai-ku\/upos,ai-ku\/upos,ai-ku\/upos,ai-ku\/upos,ai-ku\/upos,ai-ku\/upos,ai-ku\/upos","old_file":"src\/scripts\/plot-all.gp","new_file":"src\/scripts\/plot-all.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\nset style data errorlines\nset logscale x\nset grid xtics mxtics ytics\n#set ylabel \"m2o\"\nunset ylabel\nunset title\nset terminal pdf mono size 3,2\n\nset xlabel \"number of random substitutes per word\"\nset xrange [0.9:100]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-s.pdf\"\nplot \"plot-s.dat\" title \"m2o\"\n\nset xlabel \"number of random partitions\"\nset xrange [3000:400000]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-p.pdf\"\nplot \"plot-p.dat\" title \"m2o\"\n\nset xlabel \"number of s-code dimensions\"\nset xrange [1:400]\nset yrange [0.35:0.8]\nset ytics 0.05\nset key bottom right\nset output \"plot-d.pdf\"\nplot \"plot-d.dat\" title \"m2o\"\n\nset xlabel \"s-code Z approximation\"\nset xrange [0.005:4]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-z.pdf\"\nplot \"plot-z.dat\" title \"m2o\"\n","old_contents":"set style data errorlines\nset logscale x\nset grid xtics mxtics ytics\n#set ylabel \"m2o\"\nunset ylabel\nunset title\nset terminal pdf mono size 3,2\n\nset xlabel \"number of random substitutes per word\"\nset xrange [0.9:100]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-s.pdf\"\nplot \"plot-s.dat\" title \"m2o\"\n\nset xlabel \"number of random partitions\"\nset xrange [3000:400000]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-p.pdf\"\nplot \"plot-p.dat\" title \"m2o\"\n\nset xlabel \"number of s-code dimensions\"\nset xrange [1:400]\nset yrange [0.35:0.8]\nset ytics 0.05\nset key bottom right\nset output \"plot-d.pdf\"\nplot \"plot-d.dat\" title \"m2o\"\n\nset xlabel \"s-code Z approximation\"\nset xrange [0.005:4]\nset yrange [0.7:0.8]\nset ytics 0.01\nset key top right\nset output \"plot-z.pdf\"\nplot \"plot-z.dat\" title \"m2o\"\n\nset terminal x11\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"7d470e4658341ca8d9af89cd8f21a335dea017aa","subject":"db_erase_other_db UT","message":"db_erase_other_db UT\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd, [setup(setup)]).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(util\/lambda)).\n:- use_module(library(aggregate)).\n:- use_module(library(ordsets)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n reload_classes,\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase1, [setup(model_db)]) :-\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_erase2, [setup(db_clear(people))]) :-\n db_construct(people, citizen_v,\n [birthday, sex],\n [1994, man], C1),\n db_size(people, S1),\n assertion(S1 == 1),\n obj_downcast(C1, C2),\n functor(C2, CC, _),\n assertion(CC == callup_v),\n db_erase(C2),\n db_size(people, S2),\n assertion(S2 == 0).\n\ntest(db_erase_other_db, [setup((db_clear(people), db_clear(people2)))]) :-\n db_construct(people, man_v, [], [], M1),\n db_construct(people2, man_v, [], []),\n obj_rewrite(M1, [db_key], [_], [people2], MM1),\n db_erase(MM1),\n db_size(people, S1),\n db_size(people2, S2),\n assertion(S1 == 1),\n assertion(S2 == 0).\n \ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_iterate8, [setup(model_db)]) :-\n\n findall(Surname, db_iterate(people, surname(Surname), _), SL),\n assertion(SL =@= [_, _, 'Mayakovsky']),\n findall(Surname, db_iterate(people, sex(Surname), _), SL2),\n assertion(SL2 == [man, woman, man]).\n\ntest(db_iterate9, [setup(model_db), N == 1]) :-\n\n aggregate_all(count, db_iterate(people, surname(+bound), _), N).\n\ntest(db_iterate10, [setup(model_db), N == 2]) :-\n\n aggregate_all(count, db_iterate(people, surname(+free), _), N).\n\ntest(db_iterate11, [setup(model_db)]) :-\n\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+free), _),\n N1),\n assertion(N1 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname('Mayakovsky'), _),\n N2),\n assertion(N2 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname(+bound), _),\n N3),\n assertion(N3 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \\\/ surname(+bound), _),\n N4),\n assertion(N4 == 3),\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+bound), _),\n N5),\n assertion(N5 == 1),\n aggregate_all(count,\n db_iterate(people,\n surname(+bound) \/\\ surname('Mayakovsky'), _),\n N6),\n assertion(N6 == 1).\n\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\n% replacing rebased\ntest(db_put_object4_1, [setup(model_db), error(class_parents_mismatch(_,_,_,_))]) :-\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n obj_parents(Man1, [man_v, tarjan_vertex_v, db_object_v, object_v, object_base_v], Man2),\n db_put_object(people2, throw, Man2, _, _).\n\n% replacing downcasted\ntest(db_put_object4_2, [setup(db_clear(people2))]) :-\n db_construct(people2, citizen_v,\n [birthday, sex, name, surname, id],\n [1994, man, l, k, 199442]),\n db_recorded(people2, Man1), !,\n obj_downcast(Man1, callup_v, Man2),\n db_put_object(people2, throw, Man2, Man3, Replaced),\n named_args_unify(Man3,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name == l),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n db_size(people2, N),\n assertion(N =:= 1).\n\n% replace with incorrect db_key\ntest(db_put_object4_3,\n [setup((db_clear(people), db_clear(people2))),\n error(_)]) :-\n db_construct(people, man_v, [name, surname], [1,2], M1),\n db_construct(people2, man_v, [name,surname], [1,2]),\n obj_rewrite(M1, [db_key, deb_ref], [_, _], [people2, _], MM1),\n db_put_object(people, throw, MM1, _, _).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\ntest(db_select3,\n [setup((model_db,\n db_construct(people, citizen_v, [id, sex, name, age], [2, man, 'Igor', 19]))),\n Classes == [callup_v]]) :-\n findall(Class, db_select(people, [name, class], ['Igor', Class]), Classes).\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(eval_obj_expr1,\n [setup(model_db),\n List == ['Adam', 'Eva', 'Vladimir']]) :-\n findall(Name, @people \/ name ^= Name, List).\n\ntest(eval_obj_expr2, [setup(model_db)]) :-\n findall(Object, ((@people -> Object) \/ functor ^= citizen_v), Os),\n assertion(Os \/ surname =^= ['Mayakovsky']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\ntest(key_test1) :-\n obj_construct(c4_v, [a, b, c], [1, 2, 3], A),\n obj_construct(c4_v, [a, b, c], [1, 20, 30], B),\n key_test2(A, B, allow).\n\n% nearest_keymaster(A) = nearest_keymaster(B)\ntest(key_test_set1) :-\n\n key_test(c1_v, c2_v).\n\n% nearest_keymaster(A) is_accessor_off nearest_keymaster(B)\ntest(key_test_set2) :-\n\n key_test(c1_v, c3_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, c4_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, c6_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, c7_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nearest_keymaster(A) is_desc_off nearest_keymaster(B)\ntest(key_test_set3) :-\n\n key_test(c4_v, c1_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c3_v, c1_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, c1_v), % key(nk(A)) = key(nk(B))\n key_test(c6_v, c1_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c7_v, c1_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = {}\ntest(key_test_set4_1) :-\n\n key_test(c1_v, d2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, d3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, d4_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, d5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, d6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) \/= {}\ntest(key_test_set4_2) :-\n\n key_test(c5_v, e2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, e3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, e4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, e5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, e6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(A))\ntest(key_test_set4_3) :-\n\n key_test(c5_v, f2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, f3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, f4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, f5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, f6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(B))\ntest(key_test_set4_4) :-\n\n key_test(f3_v, c5_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(f2_v, c5_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(f4_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(f5_v, c5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(f6_v, c5_v). % key(nk(A)) instersect key(nk(B)) = {}\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country, id],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union'], 1]).\n\nsetup :-\n\n db_clear(plunit_vd__key_test),\n reload_classes.\n\nreload_classes :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n key_test_classes.\n\nkey_test_classes :-\n\n class_create(c0_v, object_v, [a, b, c], [a]),\n class_create(c1_v, c0_v, [], [b, c]),\n class_create(c2_v, c1_v, [d]),\n class_create(c3_v, c2_v, [], [c]),\n class_create(c4_v, c3_v, [], [a, b, c]),\n class_create(c5_v, c1_v, [], [b, c]),\n class_create(c6_v, c1_v, [d], [c, d]),\n class_create(c7_v, c1_v, [e], [a, e]),\n\n class_create(d1_v, object_v, [a, b, c], [a]),\n class_create(d2_v, d1_v, [], [b]),\n class_create(d3_v, d1_v, [], [a, b, c]),\n class_create(d4_v, d3_v, [], [b, c]),\n class_create(d5_v, d2_v, [], [a, b]),\n class_create(d6_v, d2_v, [f], [c, f]),\n\n class_create(e1_v, c0_v, [], [b]),\n class_create(e2_v, e1_v, [], [b]),\n class_create(e3_v, e1_v, [], [a, b, c]),\n class_create(e4_v, e3_v, [], [b, c]),\n class_create(e5_v, e2_v, [], [a, b]),\n class_create(e6_v, e2_v, [g], [c, g]),\n\n class_create(f1_v, c1_v, [], [a]),\n class_create(f2_v, f1_v, [], [b]),\n class_create(f3_v, f1_v, [], [a, b, c]),\n class_create(f4_v, f3_v, [], [b, c]),\n class_create(f5_v, f2_v, [], [a, b]),\n class_create(f6_v, f2_v, [h, j], [j, h]).\n\nkey_pattern(patt(Left, Common, Right)) :-\n L = [free, bound],\n member(Left, L),\n member(Common, L),\n member(Right, L).\n\nkey_test(AC, BC) :-\n class_primary_id(AC, Id1),\n class_primary_id(BC, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n forall(\n key_pattern(Patt),\n ( fill_keys(AC, BC, Keymaster_Id, Patt, A, B),\n assertion(key_test2(A, B))\n\t )).\n\n% Calculate the result\nkey_test_result(A, B, allow) :-\n ( obj_key(A, []) ; obj_key(B, [])), !.\nkey_test_result(A, B, conflict) :-\n arg(1, A, Id1),\n arg(1, B, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n get_key(Keymaster_Id, K_Key),\n K_Key \\= [],\n obj_unify(A, K_Key, Value),\n obj_unify(B, K_Key, Value), !.\nkey_test_result(_, _, allow).\n\nkey_test2(A, B) :-\n key_test_result(A, B, Conflict),\n key_test2(A, B, Conflict).\n\nkey_test2(A, B, allow) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n db_put_object(DB, fail, A, _), !.\n\nkey_test2(A, B, conflict) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n \\+ db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n \\+ db_put_object(DB, fail, A, _).\n\nfill_keys(AC, BC, Keymaster_Id, Patt, A, B) :-\n get_key(Keymaster_Id, Common_Key_Part),\n obj_construct(AC, [], [], A),\n obj_construct(BC, [], [], B),\n fill_key(Patt, Common_Key_Part, A, B).\n\nfill_key(patt(A_Patt, Common_Patt, B_Patt), Common_Key, A, B) :-\n obj_key(A, A_Key),\n obj_unify(A, A_Key, A_Key_Value),\n fill_key(A_Patt, A_Key, A_Key_Value),\n obj_unify(A, Common_Key, Common_Key_Value),\n fill_key(Common_Patt, Common_Key, Common_Key_Value),\n obj_key(B, B_Key),\n obj_unify(B, B_Key, B_Key_Value),\n fill_key(B_Patt, B_Key, B_Key_Value).\n\n\nfill_key(bound, Key, Key) :- !.\nfill_key(half_bound, [K|KT], [K|KVT]) :- !,\n same_length(KT, KVT).\nfill_key(free, Key, Key_Value) :-\n same_length(Key, Key_Value).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd, [setup(setup)]).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(util\/lambda)).\n:- use_module(library(aggregate)).\n:- use_module(library(ordsets)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n reload_classes,\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase1, [setup(model_db)]) :-\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_erase2, [setup(db_clear(people))]) :-\n db_construct(people, citizen_v,\n [birthday, sex],\n [1994, man], C1),\n db_size(people, S1),\n assertion(S1 == 1),\n obj_downcast(C1, C2),\n functor(C2, CC, _),\n assertion(CC == callup_v),\n db_erase(C2),\n db_size(people, S2),\n assertion(S2 == 0).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_iterate8, [setup(model_db)]) :-\n\n findall(Surname, db_iterate(people, surname(Surname), _), SL),\n assertion(SL =@= [_, _, 'Mayakovsky']),\n findall(Surname, db_iterate(people, sex(Surname), _), SL2),\n assertion(SL2 == [man, woman, man]).\n\ntest(db_iterate9, [setup(model_db), N == 1]) :-\n\n aggregate_all(count, db_iterate(people, surname(+bound), _), N).\n\ntest(db_iterate10, [setup(model_db), N == 2]) :-\n\n aggregate_all(count, db_iterate(people, surname(+free), _), N).\n\ntest(db_iterate11, [setup(model_db)]) :-\n\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+free), _),\n N1),\n assertion(N1 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname('Mayakovsky'), _),\n N2),\n assertion(N2 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname(+bound), _),\n N3),\n assertion(N3 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \\\/ surname(+bound), _),\n N4),\n assertion(N4 == 3),\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+bound), _),\n N5),\n assertion(N5 == 1),\n aggregate_all(count,\n db_iterate(people,\n surname(+bound) \/\\ surname('Mayakovsky'), _),\n N6),\n assertion(N6 == 1).\n\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\n% replacing rebased\ntest(db_put_object4_1, [setup(model_db), error(class_parents_mismatch(_,_,_,_))]) :-\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n obj_parents(Man1, [man_v, tarjan_vertex_v, db_object_v, object_v, object_base_v], Man2),\n db_put_object(people2, throw, Man2, _, _).\n\n% replacing downcasted\ntest(db_put_object4_2, [setup(db_clear(people2))]) :-\n db_construct(people2, citizen_v,\n [birthday, sex, name, surname, id],\n [1994, man, l, k, 199442]),\n db_recorded(people2, Man1), !,\n obj_downcast(Man1, callup_v, Man2),\n db_put_object(people2, throw, Man2, Man3, Replaced),\n named_args_unify(Man3,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name == l),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n db_size(people2, N),\n assertion(N =:= 1).\n\n% replace with incorrect db_key\ntest(db_put_object4_3,\n [setup((db_clear(people), db_clear(people2))),\n error(_)]) :-\n db_construct(people, man_v, [name, surname], [1,2], M1),\n db_construct(people2, man_v, [name,surname], [1,2]),\n obj_rewrite(M1, [db_key, deb_ref], [_, _], [people2, _], MM1),\n db_put_object(people, throw, MM1, _, _).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\ntest(db_select3,\n [setup((model_db,\n db_construct(people, citizen_v, [id, sex, name, age], [2, man, 'Igor', 19]))),\n Classes == [callup_v]]) :-\n findall(Class, db_select(people, [name, class], ['Igor', Class]), Classes).\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(eval_obj_expr1,\n [setup(model_db),\n List == ['Adam', 'Eva', 'Vladimir']]) :-\n findall(Name, @people \/ name ^= Name, List).\n\ntest(eval_obj_expr2, [setup(model_db)]) :-\n findall(Object, ((@people -> Object) \/ functor ^= citizen_v), Os),\n assertion(Os \/ surname =^= ['Mayakovsky']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\ntest(key_test1) :-\n obj_construct(c4_v, [a, b, c], [1, 2, 3], A),\n obj_construct(c4_v, [a, b, c], [1, 20, 30], B),\n key_test2(A, B, allow).\n\n% nearest_keymaster(A) = nearest_keymaster(B)\ntest(key_test_set1) :-\n\n key_test(c1_v, c2_v).\n\n% nearest_keymaster(A) is_accessor_off nearest_keymaster(B)\ntest(key_test_set2) :-\n\n key_test(c1_v, c3_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, c4_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, c6_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, c7_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nearest_keymaster(A) is_desc_off nearest_keymaster(B)\ntest(key_test_set3) :-\n\n key_test(c4_v, c1_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c3_v, c1_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, c1_v), % key(nk(A)) = key(nk(B))\n key_test(c6_v, c1_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c7_v, c1_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = {}\ntest(key_test_set4_1) :-\n\n key_test(c1_v, d2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, d3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, d4_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, d5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, d6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) \/= {}\ntest(key_test_set4_2) :-\n\n key_test(c5_v, e2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, e3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, e4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, e5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, e6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(A))\ntest(key_test_set4_3) :-\n\n key_test(c5_v, f2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, f3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, f4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, f5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, f6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(B))\ntest(key_test_set4_4) :-\n\n key_test(f3_v, c5_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(f2_v, c5_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(f4_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(f5_v, c5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(f6_v, c5_v). % key(nk(A)) instersect key(nk(B)) = {}\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country, id],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union'], 1]).\n\nsetup :-\n\n db_clear(plunit_vd__key_test),\n reload_classes.\n\nreload_classes :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n key_test_classes.\n\nkey_test_classes :-\n\n class_create(c0_v, object_v, [a, b, c], [a]),\n class_create(c1_v, c0_v, [], [b, c]),\n class_create(c2_v, c1_v, [d]),\n class_create(c3_v, c2_v, [], [c]),\n class_create(c4_v, c3_v, [], [a, b, c]),\n class_create(c5_v, c1_v, [], [b, c]),\n class_create(c6_v, c1_v, [d], [c, d]),\n class_create(c7_v, c1_v, [e], [a, e]),\n\n class_create(d1_v, object_v, [a, b, c], [a]),\n class_create(d2_v, d1_v, [], [b]),\n class_create(d3_v, d1_v, [], [a, b, c]),\n class_create(d4_v, d3_v, [], [b, c]),\n class_create(d5_v, d2_v, [], [a, b]),\n class_create(d6_v, d2_v, [f], [c, f]),\n\n class_create(e1_v, c0_v, [], [b]),\n class_create(e2_v, e1_v, [], [b]),\n class_create(e3_v, e1_v, [], [a, b, c]),\n class_create(e4_v, e3_v, [], [b, c]),\n class_create(e5_v, e2_v, [], [a, b]),\n class_create(e6_v, e2_v, [g], [c, g]),\n\n class_create(f1_v, c1_v, [], [a]),\n class_create(f2_v, f1_v, [], [b]),\n class_create(f3_v, f1_v, [], [a, b, c]),\n class_create(f4_v, f3_v, [], [b, c]),\n class_create(f5_v, f2_v, [], [a, b]),\n class_create(f6_v, f2_v, [h, j], [j, h]).\n\nkey_pattern(patt(Left, Common, Right)) :-\n L = [free, bound],\n member(Left, L),\n member(Common, L),\n member(Right, L).\n\nkey_test(AC, BC) :-\n class_primary_id(AC, Id1),\n class_primary_id(BC, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n forall(\n key_pattern(Patt),\n ( fill_keys(AC, BC, Keymaster_Id, Patt, A, B),\n assertion(key_test2(A, B))\n\t )).\n\n% Calculate the result\nkey_test_result(A, B, allow) :-\n ( obj_key(A, []) ; obj_key(B, [])), !.\nkey_test_result(A, B, conflict) :-\n arg(1, A, Id1),\n arg(1, B, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n get_key(Keymaster_Id, K_Key),\n K_Key \\= [],\n obj_unify(A, K_Key, Value),\n obj_unify(B, K_Key, Value), !.\nkey_test_result(_, _, allow).\n\nkey_test2(A, B) :-\n key_test_result(A, B, Conflict),\n key_test2(A, B, Conflict).\n\nkey_test2(A, B, allow) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n db_put_object(DB, fail, A, _), !.\n\nkey_test2(A, B, conflict) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n \\+ db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n \\+ db_put_object(DB, fail, A, _).\n\nfill_keys(AC, BC, Keymaster_Id, Patt, A, B) :-\n get_key(Keymaster_Id, Common_Key_Part),\n obj_construct(AC, [], [], A),\n obj_construct(BC, [], [], B),\n fill_key(Patt, Common_Key_Part, A, B).\n\nfill_key(patt(A_Patt, Common_Patt, B_Patt), Common_Key, A, B) :-\n obj_key(A, A_Key),\n obj_unify(A, A_Key, A_Key_Value),\n fill_key(A_Patt, A_Key, A_Key_Value),\n obj_unify(A, Common_Key, Common_Key_Value),\n fill_key(Common_Patt, Common_Key, Common_Key_Value),\n obj_key(B, B_Key),\n obj_unify(B, B_Key, B_Key_Value),\n fill_key(B_Patt, B_Key, B_Key_Value).\n\n\nfill_key(bound, Key, Key) :- !.\nfill_key(half_bound, [K|KT], [K|KVT]) :- !,\n same_length(KT, KVT).\nfill_key(free, Key, Key_Value) :-\n same_length(Key, Key_Value).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"69fb4bcc115884ba2affee7d5ca4583d966eb34f","subject":"Check gcc version before adding -Wno-pointer-sign","message":"Check gcc version before adding -Wno-pointer-sign\n","repos":"CoryMcCartan\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"# Copyright 2004-2015 Cray Inc.\n# Other additional copyright holders may be indicated within.\n# \n# The entirety of this work is licensed under the Apache License,\n# Version 2.0 (the \"License\"); you may not use this file except\n# in compliance with the License.\n# \n# You may obtain a copy of the License at\n# \n# http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n# \n# Unless required by applicable law or agreed to in writing, software\n# distributed under the License is distributed on an \"AS IS\" BASIS,\n# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n# See the License for the specific language governing permissions and\n# limitations under the License.\n\n#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\n# Set the target architecture for optimization\nifneq ($(CHPL_MAKE_TARGET_ARCH), none)\nifneq ($(CHPL_MAKE_TARGET_ARCH), unknown)\nSPECIALIZE_CFLAGS = -march=$(CHPL_MAKE_TARGET_ARCH)\nendif\nendif\n\n# Set flag for lax or IEEE floating point\nFAST_FLOAT_GEN_CFLAGS = -ffast-math\nIEEE_FLOAT_GEN_CFLAGS = -fno-fast-math\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\n# -Wa,-q passes control over from the horribly outdated version of as to clang's\n# as this is needed to set things like -march=native or else gcc will generate\n# instructions as can't actually assemble.\nRUNTIME_CFLAGS += $(ARCH) -Wa,-q\nRUNTIME_CXXFLAGS += $(ARCH) -Wa,-q\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH) -Wa,-q\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\nifndef GNU_GPP_SUPPORTS_STRICT_OVERFLOW\nexport GNU_GPP_SUPPORTS_STRICT_OVERFLOW = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\n#\n# Don't warn for signed pointer issues (ex. c_ptr(c_char) )\n#\nifeq ($(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4; echo \"$$?\"),1)\nWARN_GEN_CFLAGS += -Wno-pointer-sign\nelse\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\nifeq ($(GNU_GPP_SUPPORTS_STRICT_OVERFLOW),1)\n# -Wno-strict-overflow is needed only because the way we code range iteration\n# (ChapelRangeBase.chpl:793) generates code which can overflow. \nGEN_CFLAGS += -Wno-strict-overflow\n# -fstrict-overflow was introduced in GCC 4.2 and is on by default. When on,\n# it allows the compiler to assume that integer sums will not overflow, which\n# can change the programs runtime behavior (when -O2 or greater is tossed).\nendif\n\n#\n# compiler warnings settings\n#\nifeq ($(WARNINGS), 1)\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","old_contents":"# Copyright 2004-2015 Cray Inc.\n# Other additional copyright holders may be indicated within.\n# \n# The entirety of this work is licensed under the Apache License,\n# Version 2.0 (the \"License\"); you may not use this file except\n# in compliance with the License.\n# \n# You may obtain a copy of the License at\n# \n# http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n# \n# Unless required by applicable law or agreed to in writing, software\n# distributed under the License is distributed on an \"AS IS\" BASIS,\n# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n# See the License for the specific language governing permissions and\n# limitations under the License.\n\n#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\n# Set the target architecture for optimization\nifneq ($(CHPL_MAKE_TARGET_ARCH), none)\nifneq ($(CHPL_MAKE_TARGET_ARCH), unknown)\nSPECIALIZE_CFLAGS = -march=$(CHPL_MAKE_TARGET_ARCH)\nendif\nendif\n\n# Set flag for lax or IEEE floating point\nFAST_FLOAT_GEN_CFLAGS = -ffast-math\nIEEE_FLOAT_GEN_CFLAGS = -fno-fast-math\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\n# -Wa,-q passes control over from the horribly outdated version of as to clang's\n# as this is needed to set things like -march=native or else gcc will generate\n# instructions as can't actually assemble.\nRUNTIME_CFLAGS += $(ARCH) -Wa,-q\nRUNTIME_CXXFLAGS += $(ARCH) -Wa,-q\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH) -Wa,-q\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\nifndef GNU_GPP_SUPPORTS_STRICT_OVERFLOW\nexport GNU_GPP_SUPPORTS_STRICT_OVERFLOW = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\n#\n# Don't warn for signed pointer issues (ex. c_ptr(c_char) )\n#\nWARN_GEN_CFLAGS += -Wno-pointer-sign\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\nifeq ($(GNU_GPP_SUPPORTS_STRICT_OVERFLOW),1)\n# -Wno-strict-overflow is needed only because the way we code range iteration\n# (ChapelRangeBase.chpl:793) generates code which can overflow. \nGEN_CFLAGS += -Wno-strict-overflow\n# -fstrict-overflow was introduced in GCC 4.2 and is on by default. When on,\n# it allows the compiler to assume that integer sums will not overflow, which\n# can change the programs runtime behavior (when -O2 or greater is tossed).\nendif\n\n#\n# compiler warnings settings\n#\nifeq ($(WARNINGS), 1)\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"03318f770fd86d4e5eec638bd2b75b5cccfac302","subject":"Test for find_all.","message":"Test for find_all.\n","repos":"khueue\/prolog-bson","old_file":"src\/mongo\/mongo.plt","new_file":"src\/mongo\/mongo.plt","new_contents":":- include(misc(common)).\n\n:- use_module(bson(bson), []).\n:- use_module(misc(util), []).\n\nup(Conn, Coll) :-\n mongo:new(Conn),\n mongo:get_database(Conn, 'prolongo', Db),\n mongo:get_collection(Db, 'testcoll', Coll).\n\ndown(Conn) :-\n mongo:free(Conn).\n\n:- begin_tests('mongo:update\/4').\n\ntest('update normal', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world]),\n mongo:update(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:update\/4').\n\n:- begin_tests('mongo:update\/5').\n\ntest('update upsert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:update(Coll, [hello-world], [hello-me], [upsert]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\ntest('update multi', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world,num-1]),\n mongo:insert(Coll, [hello-world,num-2]),\n mongo:insert(Coll, [hello-world,num-3]),\n mongo:update(Coll, [hello-world], ['$inc'-[num-10]], [multi]),\n mongo:find(Coll, [hello-world], [], 0, 3, _Cursor, [Doc1,Doc2,Doc3]),\n % XXX Maybe this sort order is not guaranteed?\n bson:doc_get(Doc1, num, 11),\n bson:doc_get(Doc2, num, 12),\n bson:doc_get(Doc3, num, 13).\n\n:- end_tests('mongo:update\/5').\n\n:- begin_tests('mongo:delete\/3').\n\ntest('delete', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:insert(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor1, [_|_]),\n mongo:delete(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor2, []).\n\n:- end_tests('mongo:delete\/3').\n\n:- begin_tests('mongo:find\/8').\n\ntest('cursor', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, [hello-world,number-1]),\n mongo:insert(Coll, [hello-world,number-2]),\n mongo:insert(Coll, [hello-world,number-3]),\n mongo:insert(Coll, [hello-world,number-4]),\n mongo:insert(Coll, [hello-world,number-5]),\n mongo:insert(Coll, [hello-world,number-6]),\n mongo:insert(Coll, [hello-world,number-7]),\n mongo:insert(Coll, [hello-world,number-8]),\n mongo:insert(Coll, [hello-world,number-9]),\n mongo:find(Coll, [hello-world], [number-1], 3, 3, Cursor0, Docs0),\n Docs0 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor0),\n mongo:get_more(Cursor0, 3, Docs1, Cursor1),\n Docs1 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor1),\n mongo:get_more(Cursor1, 3, Docs2, Cursor2),\n Docs2 =\n [\n ],\n \\+ mongo:has_more(Cursor2).\n\ntest('insert many single, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n insert_n_docs(Coll, 1000),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ninsert_n_docs(_Coll, 0) :- !.\ninsert_n_docs(Coll, N) :-\n mongo:insert(Coll, [hello-world,number-N]),\n N1 is N - 1,\n insert_n_docs(Coll, N1).\n\ntest('insert batch, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ncreate_n_docs(0, []) :- !.\ncreate_n_docs(N, [[hello-world,number-N]|Docs]) :-\n N1 is N - 1,\n create_n_docs(N1, Docs).\n\ntest('insert batch, find_all', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find_all(Coll, [hello-world], [number-1], DocsAll),\n lists:length(DocsAll, 1000).\n\n:- end_tests('mongo:find\/8').\n\n:- begin_tests('mongo:find_one\/4,5').\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('return fields selector', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n Fields = [number-1],\n mongo:find_one(Coll, Doc, Fields, Doc1),\n bson:doc_get(Doc1, '_id', object_id(_)), % Always returned.\n bson:doc_get(Doc1, number, 42),\n \\+ bson:doc_get(Doc1, hello, world).\n\n:- end_tests('mongo:find_one\/4,5').\n\n:- begin_tests('mongo:insert\/3').\n\ntest('insert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n util:ms_since_epoch(MilliSeconds),\n Doc =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n mongo:insert(Coll, Doc).\n\n:- end_tests('mongo:insert\/3').\n\n\/*\n:- begin_tests('mongo:command\/3').\n\ntest('list database infos', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_infos(Mongo, DatabaseInfos),\n database(Database),\n bson:doc_get(DatabaseInfos, Database, Info),\n Info \\== +null.\n %bson_format:pp(DatabaseInfos), nl.\n\ntest('list database names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_names(Mongo, DatabaseNames),\n database(Database),\n core:memberchk(Database, DatabaseNames).\n\n% XXX this works now, but I need to fix cursors (only one is shown).\ntest('list collection names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_collection_names(Mongo, Result),\n bson_format:pp(Result).\n\ntest('drop collection',\n[\n setup(up(Mongo)),\n cleanup(down(Mongo))\n]) :-\n collection(Collection),\n mongo:drop_collection(Mongo, Collection, Result),\n write(Result), nl,\n mongo:doc_ok(Result).\n\n% Takes a bit too long when MongoDB reallocates the collection later.\ntest('drop database', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n database(Database),\n mongo:drop_database(Mongo, Database, Result),\n bson:doc_get(Result, ok, 1.0).\n\n:- end_tests('mongo:command\/3').\n*\/\n","old_contents":":- include(misc(common)).\n\n:- use_module(bson(bson), []).\n:- use_module(misc(util), []).\n\nup(Conn, Coll) :-\n mongo:new(Conn),\n mongo:get_database(Conn, 'prolongo', Db),\n mongo:get_collection(Db, 'testcoll', Coll).\n\ndown(Conn) :-\n mongo:free(Conn).\n\n:- begin_tests('mongo:update\/4').\n\ntest('update normal', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world]),\n mongo:update(Coll, [hello-world], [hello-me]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:update\/4').\n\n:- begin_tests('mongo:update\/5').\n\ntest('update upsert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:update(Coll, [hello-world], [hello-me], [upsert]),\n mongo:find_one(Coll, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\ntest('update multi', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:insert(Coll, [hello-world,num-1]),\n mongo:insert(Coll, [hello-world,num-2]),\n mongo:insert(Coll, [hello-world,num-3]),\n mongo:update(Coll, [hello-world], ['$inc'-[num-10]], [multi]),\n mongo:find(Coll, [hello-world], [], 0, 3, _Cursor, [Doc1,Doc2,Doc3]),\n % XXX Maybe this sort order is not guaranteed?\n bson:doc_get(Doc1, num, 11),\n bson:doc_get(Doc2, num, 12),\n bson:doc_get(Doc3, num, 13).\n\n:- end_tests('mongo:update\/5').\n\n:- begin_tests('mongo:delete\/3').\n\ntest('delete', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:insert(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor1, [_|_]),\n mongo:delete(Coll, [hello-world]),\n mongo:find(Coll, [hello-world], [], 0, 0, _Cursor2, []).\n\n:- end_tests('mongo:delete\/3').\n\n:- begin_tests('mongo:find\/8').\n\ntest('cursor', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n mongo:insert(Coll, [hello-world,number-1]),\n mongo:insert(Coll, [hello-world,number-2]),\n mongo:insert(Coll, [hello-world,number-3]),\n mongo:insert(Coll, [hello-world,number-4]),\n mongo:insert(Coll, [hello-world,number-5]),\n mongo:insert(Coll, [hello-world,number-6]),\n mongo:insert(Coll, [hello-world,number-7]),\n mongo:insert(Coll, [hello-world,number-8]),\n mongo:insert(Coll, [hello-world,number-9]),\n mongo:find(Coll, [hello-world], [number-1], 3, 3, Cursor0, Docs0),\n Docs0 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor0),\n mongo:get_more(Cursor0, 3, Docs1, Cursor1),\n Docs1 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:has_more(Cursor1),\n mongo:get_more(Cursor1, 3, Docs2, Cursor2),\n Docs2 =\n [\n ],\n \\+ mongo:has_more(Cursor2).\n\ntest('insert many single, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n insert_n_docs(Coll, 1000),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ninsert_n_docs(_Coll, 0) :- !.\ninsert_n_docs(Coll, N) :-\n mongo:insert(Coll, [hello-world,number-N]),\n N1 is N - 1,\n insert_n_docs(Coll, N1).\n\ntest('insert batch, cursor exhaust', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n mongo:delete(Coll, [hello-world]),\n create_n_docs(1000, Docs),\n mongo:insert_batch(Coll, [], Docs),\n mongo:find(Coll, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ncreate_n_docs(0, []) :- !.\ncreate_n_docs(N, [[hello-world,number-N]|Docs]) :-\n N1 is N - 1,\n create_n_docs(N1, Docs).\n\n:- end_tests('mongo:find\/8').\n\n:- begin_tests('mongo:find_one\/4,5').\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('entire doc', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n mongo:find_one(Coll, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('return fields selector', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n Doc = [hello-world, number-42],\n mongo:insert(Coll, Doc),\n Fields = [number-1],\n mongo:find_one(Coll, Doc, Fields, Doc1),\n bson:doc_get(Doc1, '_id', object_id(_)), % Always returned.\n bson:doc_get(Doc1, number, 42),\n \\+ bson:doc_get(Doc1, hello, world).\n\n:- end_tests('mongo:find_one\/4,5').\n\n:- begin_tests('mongo:insert\/3').\n\ntest('insert', [setup(up(Conn,Coll)),cleanup(down(Conn))]) :-\n util:ms_since_epoch(MilliSeconds),\n Doc =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n mongo:insert(Coll, Doc).\n\n:- end_tests('mongo:insert\/3').\n\n\/*\n:- begin_tests('mongo:command\/3').\n\ntest('list database infos', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_infos(Mongo, DatabaseInfos),\n database(Database),\n bson:doc_get(DatabaseInfos, Database, Info),\n Info \\== +null.\n %bson_format:pp(DatabaseInfos), nl.\n\ntest('list database names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_names(Mongo, DatabaseNames),\n database(Database),\n core:memberchk(Database, DatabaseNames).\n\n% XXX this works now, but I need to fix cursors (only one is shown).\ntest('list collection names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_collection_names(Mongo, Result),\n bson_format:pp(Result).\n\ntest('drop collection',\n[\n setup(up(Mongo)),\n cleanup(down(Mongo))\n]) :-\n collection(Collection),\n mongo:drop_collection(Mongo, Collection, Result),\n write(Result), nl,\n mongo:doc_ok(Result).\n\n% Takes a bit too long when MongoDB reallocates the collection later.\ntest('drop database', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n database(Database),\n mongo:drop_database(Mongo, Database, Result),\n bson:doc_get(Result, ok, 1.0).\n\n:- end_tests('mongo:command\/3').\n*\/\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f3a90fe1c0ed96786fcd552f12ba9f8a162d5e98","subject":"20160508T1323","message":"20160508T1323\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0+utc_offset))\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature -=- \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0+utc_offset))\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"10f466c958630225cf8b0476974b43918ae2d451","subject":"reversed Y-axis without using `reverse` keyword","message":"reversed Y-axis without using `reverse` keyword\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nBPS = 8. \/ (60. * 3.)\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($7)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * BPS\nYmin = 1024 * BPS\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($6)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($7) * BPS) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($7) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($7) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * BPS\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * BPS\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($6) * BPS) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($6) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($6) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nBPS = 8. \/ (60. * 3.)\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($7)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * BPS\nYmin = 1024 * BPS\nYstd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\nYmean = max(max(Yd_mean, Yh_mean), Yw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($6)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($7) * BPS) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($7) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($7) * BPS) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * BPS\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * BPS\nYstd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\nYmean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\nYmax = (Ymean + Ystd) * 3 * BPS\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymin : Ymax ] reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($6) * BPS) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($6) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($6) * BPS) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e9c5bdf465810aa17405cba6675c8ca38bc11faa","subject":"lower key box at bottom of graph","message":"lower key box at bottom of graph\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($7)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * 8 \/ 60.\nYmin = 1024 * 8 \/ 60.\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($6)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($7)*8\/60.) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($7)*8\/60.) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($7)*8\/60.) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * 8 \/ 60.\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * 8 \/ 60.\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymin : Ymax ] reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($6)*8\/60.) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($6)*8\/60.) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($6)*8\/60.) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($7)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * 8 \/ 60.\nYmin = 1024 * 8 \/ 60.\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($6)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($7)*8\/60.) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($7)*8\/60.) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($7)*8\/60.) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * 8 \/ 60.\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * 8 \/ 60.\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymin : Ymax ] reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($6)*8\/60.) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($6)*8\/60.) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($6)*8\/60.) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"ce49635d2de96f2dbc7f0b2a19d1c1a4c5abb52b","subject":"L-M-R","message":"L-M-R\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnamel = \"\/tmp\/kamstrupd\/mysql\/kamyr.csv\"\nifnamem = \"\/tmp\/kamstrupd\/mysql\/kammr.csv\"\nifnamer = \"\/tmp\/kamstrupd\/mysql\/kamwr.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamer using 2 name \"X\" nooutput\n\nXr_min = X_min + utc_offset - epoch_compensate\nXr_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamer using (delta($3)) name \"Yr1\" nooutput\n#old_x = NaN\n#stats ifnamer using (delta($4)) name \"Yr2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamem using 2 name \"X\" nooutput\n\nXm_min = X_min + utc_offset - epoch_compensate\nXm_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamem using (delta($3)) name \"Ym1\" nooutput\n#old_x = NaN\n#stats ifnamem using (delta($4)) name \"Ym2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamel using 2 name \"X\" nooutput\nXl_min = X_min + utc_offset - epoch_compensate\nXl_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\n#stats ifnamel using (delta($3)) name \"Yl1\" nooutput\n#old_x = NaN\n#stats ifnamel using (delta($4)) name \"Yl2\" nooutput\n#old_x = NaN\n\nYmax = 10\nYmin = 0\n\nset multiplot layout 1, 3 title \"Historisch verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past year\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past year\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%m-%y\" # Display time in 24 hour notation on the X axis\nset xrange [ Xl_min : Xl_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamel \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past month\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past month\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xm_min : Xm_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamem \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xr_min : Xr_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamer \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnamel = \"\/tmp\/kamstrupd\/mysql\/kamyr.csv\"\nifnamem = \"\/tmp\/kamstrupd\/mysql\/kammr.csv\"\nifnamer = \"\/tmp\/kamstrupd\/mysql\/kamwr.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamel using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamel using (delta($3)) name \"Yl1\" nooutput\n#old_x = NaN\n#stats ifnamel using (delta($4)) name \"Yl2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamem using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamem using (delta($3)) name \"Ym1\" nooutput\n#old_x = NaN\n#stats ifnamem using (delta($4)) name \"Ym2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamer using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\n#stats ifnamer using (delta($3)) name \"Yr1\" nooutput\n#old_x = NaN\n#stats ifnamer using (delta($4)) name \"Yr2\" nooutput\n#old_x = NaN\n\nYmax = 10\nYmin = 0\n\nset multiplot layout 1, 3 title \"Historisch verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past year\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past year\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%m-%y\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamel \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past month\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past month\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamem \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamer \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"0195d19c67165c645fa4353b140fbe562e55dae8","subject":"Add more data columns and a plots for time spent with GPU and Ethernet","message":"Add more data columns and a plots for time spent with GPU and Ethernet\n","repos":"LourensVeen\/gromacs-bench,LourensVeen\/gromacs-bench","old_file":"make_plots.gnuplot","new_file":"make_plots.gnuplot","new_contents":"set terminal png font 'Arial, 24' size 1600,900 background rgb \"#ffffff\"\n\nset style line 100 lt -1 lw 2 lc rgb '#000000'\n\nset border 3 front ls 100\n\nset datafile separator ','\n\nset grid back lw 2 x y\nset xrange [0:24]\nset x2range [0:768]\nset yrange [0:210]\nset xtics nomirror 4\nset x2tics nomirror 128\nset ytics nomirror 30\n\n\nnum_steps=50000\n\n####################################\n\nset output 'laptop_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on a cluster node'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\nset yrange [0:30]\nset ytics 5\nset ylabel 'Simulation speed (ns\/day)'\n\nset boxwidth 0.5\nset style fill solid\n\nbarcolor(x) = (x == 0) ? (65536 * 64 + 128) : (256 * 174 + 239)\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) every ::0::1 with boxes lc rgb variable notitle\n\n####################################\n\nset output 'cpus.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs'\nset xlabel 'Cluster nodes'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\nset ylabel 'Simulation speed (ns\/day)'\nset ytics nomirror 30\nset yrange [0:210]\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):22 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):17 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:3 with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_timespent.png'\n\nset yrange [0:10]\nset ytics 1\nset ylabel 'Time spent per step (ms)'\nset key inside right top invert opaque\n\nplot \\\n\t'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * $9 * 1000 \/ 100) \\\n\t\twith filledcurves above x1 title 'Decomposition' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * $9 * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Neighbor search' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Comm. Coord.' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10+$11) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Calc. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Comm. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13+$16) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Constraints'\n\n\n\n####################################\n\nset output 'cpus_corehours.png'\n\nset key off autotitle columnheader\nset title 'Core hours for 1ns run'\nset ylabel 'Core hours'\nset autoscale y\nset ytics autofreq\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($23 * 10 \/ 3600) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($18 * 10 \/ 3600) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 10 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_wallclock.png'\n\nset title 'Wallclock time for 1ns run'\nset ylabel 'Wallclock time (min)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($24 * 10 \/ 60) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($19 * 10 \/ 60) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3\n\n\n\n####################################\n\nset output 'cpus_ethernet.png'\n\nset key on inside right bottom box autotitle columnheader height 0.5\nset title 'Influence of network'\nset yrange [0:210]\nset ytics nomirror 30\nset ylabel 'Simulation speed (ns\/day)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):22 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):17 \\\n\t\twith lines title 'Infiniband' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):22 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):17 \\\n\t\twith lines title 'Ethernet' lc rgb '#ef6e00' lw 3 \\\n\t, 'laptop.csv' using 1:3 with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'ethernet_timespent.png'\n\nset yrange [0:10]\nset ytics 1\nset ylabel 'Time spent per step (ms)'\nset key inside right top invert opaque\n\nplot \\\n\t'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * $9 * 1000 \/ 100) \\\n\t\twith filledcurves above x1 title 'Decomposition' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * $9 * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Neighbor search' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Comm. Coord.' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10+$11) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Calc. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Comm. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13+$16) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Constraints'\n\n####################################\n\nset output 'gpu_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many GPUs'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\n\nset yrange [0:210]\nset ytics nomirror 30\nset ylabel 'Simulation speed (ns\/day)'\n\nset boxwidth 0.5\nset style fill solid\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) with boxes lc rgb variable notitle\n\nset xtics nomirror 128\n\n\n####################################\n\nset output 'cpus_gpu.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs, with 1 GPU per node'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\nset yrange [0:210]\nset ytics nomirror 30\nset ylabel 'Simulation speed (ns\/day)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):22 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):17 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 1 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):22 \\\n\t\twith points notitle lc rgb '#009f00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):17 \\\n\t\twith lines notitle lc rgb '#009f00' lw 3 \\\n\t, 'laptop.csv' using 1:3 with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'gpus_timespent.png'\n\nset xrange [0:12]\nset xtics nomirror 2\nset x2label 'Threads'\nset x2range [0:384]\nset x2tics nomirror 64\nset ylabel 'Time spent per step (ms)'\nset yrange [0:10]\nset ytics 1\n\nset key inside right top nobox invert opaque\n\nplot \\\n\t'means_clean.csv' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * $9 * 1000 \/ 100) \\\n\t\twith filledcurves above x1 title 'Decomposition' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * $9 * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Neighbor search' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Comm. Coord.' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10+$11) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Calc. Force' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Comm. Force' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13+$14) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Wait GPU local' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13+$14) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13+$14+$15) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Wait GPU nonlocal' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13+$14+$15) * 1000 \/ 100):\\\n\t\t($19 \/ num_steps * ($9+$10+$11+$12+$13+$14+$15+$16) * 1000 \/ 100) \\\n\t\twith filledcurves title 'Constraints'\n\n\n\n####################################\n\nset output 'practice.png'\n\nset key on inside right bottom autotitle columnheader box height 0.5\nset title 'Gromacs on Cartesius vs. Lisa (approximately)'\nset xrange [0:24]\nset xtics 4\nset x2range [0:768]\nset x2tics 128\nset yrange [0:210]\nset ytics nomirror 30\nset ylabel 'Simulation speed (ns\/day)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):22 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):17 \\\n\t\twith lines title 'Cartesius CPU' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):22 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):17 \\\n\t\twith lines title 'Lisa CPU' lc rgb '#ef6e00' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 2 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):22 \\\n\t\twith points notitle lc rgb '#ae00ef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 2 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):17 \\\n\t\twith lines title 'Cartesius GPU' lc rgb '#ae00ef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n","old_contents":"set terminal png font 'Arial, 24' size 1600,900 background rgb \"#ffffff\"\n\nset style line 100 lt -1 lw 2 lc rgb '#000000'\n\nset border 3 front ls 100\n\nset datafile separator ','\n\nset grid back lw 2 x y\nset xrange [0:24]\nset x2range [0:768]\nset yrange [0:210]\nset xtics nomirror 4\nset x2tics nomirror 128\nset ytics nomirror 30\n\n\n####################################\n\nset output 'laptop_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on a cluster node'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\nset yrange [0:30]\nset ytics 5\nset ylabel 'Simulation speed (ns\/day)'\n\nset boxwidth 0.5\nset style fill solid\n\nbarcolor(x) = (x == 0) ? (65536 * 64 + 128) : (256 * 174 + 239)\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) every ::0::1 with boxes lc rgb variable notitle\n\n####################################\n\nset output 'cpus.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs'\nset xlabel 'Cluster nodes'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\nset ylabel 'Simulation speed (ns\/day)'\nset ytics nomirror 30\nset yrange [0:210]\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:3 with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_timespent.png'\n\nset yrange [0:100]\nset ytics 25\nset ylabel '% Time spent'\nset key inside left center invert opaque\n\nplot \\\n\t'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9 with filledcurves above x1 title 'Decomposition' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9:($9+$10) with filledcurves title 'Comm.Coord.' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10):($9+$10+$11) with filledcurves title 'Calc. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11):($9+$10+$11+$12) with filledcurves title 'Comm. Force' \\\n\t, '' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11+$12):($9+$10+$11+$12+$14) with filledcurves title 'Constraints'\n\n\n\n####################################\n\nset output 'cpus_corehours.png'\n\nset key off autotitle columnheader\nset title 'Core hours for 1ns run'\nset ylabel 'Core hours'\nset autoscale y\nset ytics autofreq\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($21 * 10 \/ 3600) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($16 * 10 \/ 3600) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 10 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'cpus_wallclock.png'\n\nset title 'Wallclock time for 1ns run'\nset ylabel 'Wallclock time (min)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):($22 * 10 \/ 60) \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($17 * 10 \/ 60) \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3\n\n\n\n####################################\n\nset output 'cpus_ethernet.png'\n\nset key on inside right bottom autotitle columnheader box height 0.5\nset title 'Influence of network'\nset yrange [0:210]\nset ytics nomirror 30\nset ylabel 'Simulation speed (ns\/day)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Infiniband' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Ethernet' lc rgb '#ef6e00' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'gpu_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many GPUs'\nset autoscale x\n# disable x2 label and tics, but reserve space to preserve alignment\nset x2label ' '\nset x2tics 10000,10000\n\nset boxwidth 0.5\nset style fill solid\n\nplot 'gpu_cmp_clean.csv' using 0:14:(barcolor($0)):xtic(18) with boxes lc rgb variable notitle\n\nset xtics nomirror 128\n\n\n####################################\n\nset output 'cpus_gpu.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs, with 1 GPU per node'\nset xrange [0:24]\nset xtics nomirror 4\nset x2label 'Threads'\nset x2tics nomirror 128\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 1 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#009f00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines notitle lc rgb '#009f00' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n\n####################################\n\nset output 'gpus_timespent.png'\n\nset yrange [0:100]\nset xrange [0:12]\nset xtics nomirror 2\nset x2label 'Threads'\nset x2range [0:384]\nset x2tics nomirror 64\nset ytics 25\nset ylabel '% Time spent'\nset key inside right top invert opaque\n\nplot \\\n\t'means_clean.csv' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9 with filledcurves above x1 title 'Decomposition' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):9:($9+$10) with filledcurves title 'Comm.Coord.' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10):($9+$10+$11) with filledcurves title 'Calc. Force' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11):($9+$10+$11+$12) with filledcurves title 'Comm. Force' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11+$12):($9+$10+$11+$12+$13) with filledcurves title 'GPU Wait' \\\n\t, '' using (($2 == 1 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):($9+$10+$11+$12+$13):($9+$10+$11+$12+$14) with filledcurves title 'Constraints'\n\n\n\n####################################\n\nset output 'practice.png'\n\nset key on inside right bottom autotitle columnheader box height 0.5\nset title 'Gromacs on Cartesius vs. Lisa (approximately)'\nset yrange [0:210]\nset ytics nomirror 30\nset ylabel 'Simulation speed (ns\/day)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Cartesius CPU' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 0 && stringcolumn(1) eq 'ethernet') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Lisa CPU' lc rgb '#ef6e00' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 2 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):20 \\\n\t\twith points notitle lc rgb '#ae00ef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($2 == 0 && $3 == 2 && stringcolumn(1) eq 'infiniband') ? $4 : 0\/0):15 \\\n\t\twith lines title 'Cartesius GPU' lc rgb '#ae00ef' lw 3 \\\n\t, 'laptop.csv' using 1:($4 * 100 \/ 3600) with points notitle lc rgb '#400080' pt 7 ps 3\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"5604bae33a09e154fd9c6f56b4886081f8d29af1","subject":"gnuplot script tweak","message":"gnuplot script tweak\n","repos":"narner\/Soundpipe,aure\/Soundpipe,aure\/Soundpipe,aure\/Soundpipe,narner\/Soundpipe,aure\/Soundpipe,narner\/Soundpipe,narner\/Soundpipe","old_file":"examples\/wave.plt","new_file":"examples\/wave.plt","new_contents":"set terminal png\nunset key \nset output \"plot.png\"\nplot \"plot.dat\" with lines\n","old_contents":"set terminal pngcairo\nunset key \nset output \"plot.png\"\nplot \"plot.dat\" with lines","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"439a1ef5bda97cd49de432d7cd4b5dfc1dd5858e","subject":"T2 on top","message":"T2 on top\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnamel = \"\/tmp\/kamstrupd\/mysql\/kamyr.csv\"\nifnamem = \"\/tmp\/kamstrupd\/mysql\/kammr.csv\"\nifnamer = \"\/tmp\/kamstrupd\/mysql\/kamwr.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.425\nMRPOS = 0.71\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamer using 2 name \"X\" nooutput\n\nXr_min = X_min + utc_offset - epoch_compensate\nXr_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamer using (delta($3)) name \"Yr1\" nooutput\n#old_x = NaN\n#stats ifnamer using (delta($4)) name \"Yr2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamem using 2 name \"X\" nooutput\n\nXm_min = X_min + utc_offset - epoch_compensate\nXm_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamem using (delta($3)) name \"Ym1\" nooutput\n#old_x = NaN\n#stats ifnamem using (delta($4)) name \"Ym2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamel using 2 name \"X\" nooutput\nXl_min = X_min + utc_offset - epoch_compensate\nXl_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\n#stats ifnamel using (delta($3)) name \"Yl1\" nooutput\n#old_x = NaN\n#stats ifnamel using (delta($4)) name \"Yl2\" nooutput\n#old_x = NaN\n\nYmax = 10\nYmin = 0\n\nset multiplot layout 1, 3 title \"Historisch verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past year\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past year\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xl_min : Xl_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS - 0.025\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamel \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T2\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)\/1000) title \"T1\" fc \"green\"\n\nold_x = NaN\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past month\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past month\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"wk %W\" # Display time in 24 hour notation on the X axis\nset xrange [ Xm_min : Xm_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set ytics format \" \"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS + 0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamem \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T2\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)\/1000) title \"T1\" fc \"green\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a\" # Display time in 24 hour notation on the X axis\nset xrange [ Xr_min : Xr_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set ytics format \" \"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS + 0.021\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamer \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T2\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):(delta($3)\/1000) title \"T1\" fc \"green\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnamel = \"\/tmp\/kamstrupd\/mysql\/kamyr.csv\"\nifnamem = \"\/tmp\/kamstrupd\/mysql\/kammr.csv\"\nifnamer = \"\/tmp\/kamstrupd\/mysql\/kamwr.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.425\nMRPOS = 0.71\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamer using 2 name \"X\" nooutput\n\nXr_min = X_min + utc_offset - epoch_compensate\nXr_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamer using (delta($3)) name \"Yr1\" nooutput\n#old_x = NaN\n#stats ifnamer using (delta($4)) name \"Yr2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamem using 2 name \"X\" nooutput\n\nXm_min = X_min + utc_offset - epoch_compensate\nXm_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\n#stats ifnamem using (delta($3)) name \"Ym1\" nooutput\n#old_x = NaN\n#stats ifnamem using (delta($4)) name \"Ym2\" nooutput\n#old_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamel using 2 name \"X\" nooutput\nXl_min = X_min + utc_offset - epoch_compensate\nXl_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\n#stats ifnamel using (delta($3)) name \"Yl1\" nooutput\n#old_x = NaN\n#stats ifnamel using (delta($4)) name \"Yl2\" nooutput\n#old_x = NaN\n\nYmax = 10\nYmin = 0\n\nset multiplot layout 1, 3 title \"Historisch verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past year\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past year\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xl_min : Xl_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS - 0.025\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamel \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past month\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past month\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"wk %W\" # Display time in 24 hour notation on the X axis\nset xrange [ Xm_min : Xm_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set ytics format \" \"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS + 0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamem \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a\" # Display time in 24 hour notation on the X axis\nset xrange [ Xr_min : Xr_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\n#set ytics format \" \"\nset yrange [ Ymin : * ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS + 0.021\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamer \\\n using ($2+utc_offset):(delta($3+$4)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($2+utc_offset):(delta($4)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"83aa90b5bc04306d291ba1b9a256bbbf2ff2737a","subject":"use correct unit","message":"use correct unit\n","repos":"Mausy5043\/domog,Mausy5043\/domog","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql29h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql29d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql29w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day29.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Wind (Gilze-Rijen) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [km\/h]\"\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc00bb00\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Direction [deg]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) title \" Speed [km\/h]\" with impulses fc rgb \"#cc00bb00\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Direction [deg]\"\nset y2tics format \"%.0f\"\nset y2range [0:360]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# datafile\nifnameh = \"\/tmp\/domog\/mysql\/sql29h.csv\"\nifnamed = \"\/tmp\/domog\/mysql\/sql29d.csv\"\nifnamew = \"\/tmp\/domog\/mysql\/sql29w.csv\"\nset output ofname = \"\/tmp\/domog\/site\/img\/day29.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.056\nLMPOS = 0.403\nMRPOS = 0.75\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Wind (Gilze-Rijen) \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Speed [m\/s]\"\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"#cc00bb00\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Direction [deg]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) title \" Speed [m\/s]\" with impulses fc rgb \"#cc00bb00\" \\\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [0:360]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [0:]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Direction [deg]\"\nset y2tics format \"%.0f\"\nset y2range [0:360]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"#ccbb0000\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):(kmh($3)) with impulses fc rgb \"#cc00bb00\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a626320c62eb885db4e8cce82623d80ad6984b83","subject":"encoding fix","message":"encoding fix\n","repos":"JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot,JensTimmerman\/radical.pilot","old_file":"bin\/plot_session_stats.plot","new_file":"bin\/plot_session_stats.plot","new_contents":"\nprint 'plot title: ' . plottitle\nprint 'session id: ' . session\nprint 'max time : ' . maxtime\nprint 'timetics : ' . timetics\nprint 'slotnum : ' . slotnum\nprint 'nodesize : ' . nodesize\n\nevents_dat = '\/tmp\/' . session . '.events.dat'\nslots_dat = '\/tmp\/' . session . '.slots.dat'\n\nterms = 'png pdf'\ndo for [term_i=1:words(terms)] {\n t = word(terms, term_i)\n term_t = t.'cairo'\n\n # --------------------------------------------------------------------------------------------------\n #\n # base parameters\n #\n set key Left left\n\n if (t eq 'pdf') {\n term_mult = 6.0\n term_x = 70\n term_y = 70\n term_font = 'Monospace,6'\n term_dl = 7\n term_lw = 3\n\n set key font \",6\"\n set xlabel font \",6\"\n set ylabel font \",6\"\n set title font \",6\"\n\n } else {\n term_mult = 8.0\n term_x = '6000'\n term_y = '4000'\n term_font = 'Monospace,6'\n term_dl = 6\n term_lw = 1\n\n set key font \",8\"\n set xlabel font \",8\"\n set ylabel font \",8\"\n set title font \",8\"\n }\n\n # pilot 1: states, notifications, slots, maxslots \n set style line 100 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*1\n set style line 101 lt 1 lc rgb '#AA6666' pt 7 ps term_mult*0.6 lw term_mult*1\n set style line 102 lt 1 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*4\n set style line 103 lt 2 lc rgb '#FF9944' pt 7 ps term_mult*0.6 lw term_mult*2\n\n set style line 1 lt 1 lc rgb '#FF9944' pt 6 ps term_mult*0.6 lw term_mult*1\n set style line 2 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.6 lw term_mult*1\n\n set style line 4 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.6 lw term_mult*1\n set style line 5 lt 1 lc rgb '#FF4400' pt 6 ps term_mult*0.6 lw term_mult*1\n set style line 6 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.6 lw term_mult*1\n set style line 7 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.6 lw term_mult*1\n set style line 8 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.6 lw term_mult*1\n \n # set mxtics 10\n # set mytics 10\n set tics scale 1.5\n\n set term term_t enhanced color dashed \\\n size term_x,term_y \\\n font term_font \\\n fontscale term_mult \\\n dashlength term_dl \\\n linewidth term_lw\n \n # --------------------------------------------------------------------------------------------------\n set output '.\/'.session.'.'.t \n print '.\/'.session.'.'.t\n\n set title ''\n\n set tmargin 0\n set bmargin 0\n set lmargin 25\n set rmargin 10\n set border lw 4.0\n\n # set size 1.0,1.5\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\n\n # ------------------------------------------------------------------------------------\n set xrange [0:maxtime]\n set xtics timetics\n set yrange [0:8]\n set ytics (\"PENDING LAUNCH\" 1, \\\n \"LAUNCHING \" 2, \\\n \"PENDING ACTIVE\" 3, \\\n \"ACTIVE \" 4, \\\n \"DONE \" 5, \\\n \"CANCELED \" 6, \\\n \"FAILED \" 7)\n set xlabel ''\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\n set format x \"\"\n set grid\n\n plot '<(grep -e \"^pilot\" -e \"^ *$\" '.events_dat.' | grep -e \"state\" -e \"^ *$\")' \\\n using 3:4 title '' with linespoints ls 100 , \\\n '<(grep -e \"^pilot\" -e \"^ *$\" '.events_dat.' | grep -e \"callback\" -e \"^ *$\")' \\\n using 3:4 title '' with linespoints ls 101\n \n # ------------------------------------------------------------------------------------\n set xrange [0:maxtime]\n set yrange [0:12]\n set ytics (\"NEW \" 1, \\\n \"PEND. EXECUTION\" 2, \\\n \"SCHEDULING \" 3, \\\n \"PEND. INPUT \" 4, \\\n \"TRANSF. INPUT \" 5, \\\n \"EXECUTING \" 6, \\\n \"PEND. OUTPUT \" 7, \\\n \"TRANSF. OUTPUT \" 8, \\\n \"DONE \" 9, \\\n \"CANCELED \" 10, \\\n \"FAILED \" 11)\n\n set xlabel ''\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\n set format x \"\"\n set grid\n\n plot '<(grep -e \"^unit\" -e \"^ *$\" '.events_dat.' | grep -e \"state\" -e \"^ *$\")' \\\n using 3:4 title '' with linespoints ls 1 , \\\n '<(grep -e \"^unit\" -e \"^ *$\" '.events_dat.' | grep -e \"callback\" -e \"^ *$\")' \\\n using 3:4 title '' with linespoints ls 2\n\n\n\n # ------------------------------------------------------------------------------------\n set xrange [0:maxtime]\n set yrange [-1:slotnum+nodesize\/2]\n set ytics nodesize\n\n set xlabel 'time'\n set ylabel \"SLOTS\\n[busy]\" offset second -14,0\n unset format\n set grid\n\n plot '<(grep -e \"^pilot\" -e \"^ *$\" '.slots_dat.')' \\\n using 3:($4+1) title '' with lines ls 102, \\\n 32 title '' with lines ls 103\n\n # ------------------------------------------------------------------------------------\n # Key plot\n set tmargin 3\n set lmargin 24\n set key top left reverse\n set border lw 0\n unset tics\n unset xlabel\n unset ylabel\n set yrange [0:1]\n plot NaN ls 1 t 'pilot\/unit states recorded by RP agent' , \\\n NaN ls 2 t 'pilot\/unit states notified to application' , \\\n NaN ls 3 t 'busy slot (i.e. used CPU core)' , \\\n NaN lw 0 t \"\\n\" \\\n . \"2.25s : mean time Pilot SUBMITTED -> ACTIVE\\n\" \\\n . \"1.23s : mean time CU SUBMITTED -> EXECUTING\\n\" \\\n . \"1.23s : mean time CU EXECUTING -> DONE\\n\"\n # ------------------------------------------------------------------------------------\n\n unset multiplot\n # ------------------------------------------------------------------------------------\n\n}\n\n\n\n\n# ------------------------------------------------------------------------------\n# vim: ft=gnuplot\n\n","old_contents":"\r\nprint 'plot title: ' . plottitle\r\nprint 'session id: ' . session\r\nprint 'max time : ' . maxtime\r\nprint 'timetics : ' . timetics\r\nprint 'slotnum : ' . slotnum\r\nprint 'nodesize : ' . nodesize\r\n\r\nevents_dat = '\/tmp\/' . session . '.events.dat'\r\nslots_dat = '\/tmp\/' . session . '.slots.dat'\r\n\r\nterms = 'png pdf'\r\ndo for [term_i=1:words(terms)] {\r\n t = word(terms, term_i)\r\n term_t = t.'cairo'\r\n\r\n # --------------------------------------------------------------------------------------------------\r\n #\r\n # base parameters\r\n #\r\n set key Left left\r\n\r\n if (t eq 'pdf') {\r\n term_mult = 6.0\r\n term_x = 70\r\n term_y = 70\r\n term_font = 'Monospace,6'\r\n term_dl = 7\r\n term_lw = 3\r\n\r\n set key font \",6\"\r\n set xlabel font \",6\"\r\n set ylabel font \",6\"\r\n set title font \",6\"\r\n\r\n } else {\r\n term_mult = 8.0\r\n term_x = '6000'\r\n term_y = '4000'\r\n term_font = 'Monospace,6'\r\n term_dl = 6\r\n term_lw = 1\r\n\r\n set key font \",8\"\r\n set xlabel font \",8\"\r\n set ylabel font \",8\"\r\n set title font \",8\"\r\n }\r\n \r\n set style line 1 lt 1 lc rgb '#FF9944' pt 6 ps term_mult*0.6 lw term_mult*1\r\n set style line 2 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.6 lw term_mult*1\r\n set style line 3 lt 1 lc rgb '#FF9944' pt 6 ps term_mult*0.2 lw term_mult*4\r\n set style line 4 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.6 lw term_mult*1\r\n set style line 5 lt 1 lc rgb '#FF4400' pt 6 ps term_mult*0.6 lw term_mult*1\r\n set style line 6 lt 1 lc rgb '#AA6666' pt 6 ps term_mult*0.6 lw term_mult*1\r\n set style line 7 lt 1 lc rgb '#66AA66' pt 6 ps term_mult*0.6 lw term_mult*1\r\n set style line 8 lt 1 lc rgb '#6666AA' pt 6 ps term_mult*0.6 lw term_mult*1\r\n \r\n set border lw 4.0\r\n # set mxtics 10\r\n # set mytics 10\r\n set tics scale 1.5\r\n\r\n set term term_t enhanced color dashed \\\r\n size term_x,term_y \\\r\n font term_font \\\r\n fontscale term_mult \\\r\n dashlength term_dl \\\r\n linewidth term_lw\r\n \r\n # --------------------------------------------------------------------------------------------------\r\n set output '.\/'.session.'.'.t \r\n print '.\/'.session.'.'.t\r\n\r\n set title ''\r\n\r\n set tmargin 0\r\n set bmargin 0\r\n set lmargin 25\r\n set rmargin 10\r\n\r\n # set size 1.0,1.5\r\n set multiplot layout 4,1 title \"\\n\\n\" . plottitle . \"\\n\\n\\n\\n\"\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set xtics timetics\r\n set yrange [0:8]\r\n set ytics (\"PENDING LAUNCH\" 1, \\\r\n \"LAUNCHING \" 2, \\\r\n \"PENDING ACTIVE\" 3, \\\r\n \"ACTIVE \" 4, \\\r\n \"DONE \" 5, \\\r\n \"CANCELED \" 6, \\\r\n \"FAILED \" 7)\r\n set xlabel ''\r\n set ylabel \"PILOTS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n plot '<(grep -e \"^pilot\" -e \"^ *$\" '.events_dat.' | grep -e \"state\" -e \"^ *$\")' \\\r\n using 3:4 title '' with linespoints ls 1 , \\\r\n '<(grep -e \"^pilot\" -e \"^ *$\" '.events_dat.' | grep -e \"callback\" -e \"^ *$\")' \\\r\n using 3:4 title '' with linespoints ls 2\r\n \r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [0:12]\r\n set ytics (\"NEW \" 1, \\\r\n \"PEND. EXECUTION\" 2, \\\r\n \"SCHEDULING \" 3, \\\r\n \"PEND. INPUT \" 4, \\\r\n \"TRANSF. INPUT \" 5, \\\r\n \"EXECUTING \" 6, \\\r\n \"PEND. OUTPUT \" 7, \\\r\n \"TRANSF. OUTPUT \" 8, \\\r\n \"DONE \" 9, \\\r\n \"CANCELED \" 10, \\\r\n \"FAILED \" 11)\r\n\r\n set xlabel ''\r\n set ylabel \"UNITS\\n[states]\" offset second -0.06,0\r\n set format x \"\"\r\n set grid\r\n\r\n plot '<(grep -e \"^unit\" -e \"^ *$\" '.events_dat.' | grep -e \"state\" -e \"^ *$\")' \\\r\n using 3:4 title '' with linespoints ls 1 , \\\r\n '<(grep -e \"^unit\" -e \"^ *$\" '.events_dat.' | grep -e \"callback\" -e \"^ *$\")' \\\r\n using 3:4 title '' with linespoints ls 2\r\n\r\n\r\n\r\n # ------------------------------------------------------------------------------------\r\n set xrange [0:maxtime]\r\n set yrange [-1:slotnum+1]\r\n set ytics nodesize\r\n\r\n set xlabel 'time'\r\n set ylabel \"SLOTS\\n[busy]\" offset second -14,0\r\n unset format\r\n set grid\r\n\r\n plot '<(grep -e \"^pilot\" -e \"^ *$\" '.slots_dat.')' \\\r\n using 3:4 title '' with lines ls 3\r\n\r\n # ------------------------------------------------------------------------------------\r\n # Key plot\r\n set tmargin 3\r\n set lmargin 24\r\n set key top left reverse\r\n set border 0\r\n unset tics\r\n unset xlabel\r\n unset ylabel\r\n set yrange [0:1]\r\n plot NaN ls 1 t 'pilot\/unit states recorded by RP agent' , \\\r\n NaN ls 2 t 'pilot\/unit states notified to application' , \\\r\n NaN ls 3 t 'busy slot (i.e. used CPU core)' , \\\r\n NaN lw 0 t \"\\n\" \\\r\n . \"2.25s : mean time Pilot SUBMITTED -> ACTIVE\\n\" \\\r\n . \"1.23s : mean time CU SUBMITTED -> EXECUTING\\n\" \\\r\n . \"1.23s : mean time CU EXECUTING -> DONE\\n\"\r\n # ------------------------------------------------------------------------------------\r\n\r\n unset multiplot\r\n # ------------------------------------------------------------------------------------\r\n\r\n}\r\n\r\n\r\n\r\n\r\n# ------------------------------------------------------------------------------\r\n# vim: ft=gnuplot\r\n\r\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f5515cfc348aa3317061e776c9f3976c8aaa7367","subject":"no `truecolor` in graph 13. Improves line visibility","message":"no `truecolor` in graph 13. Improves line visibility\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,480 # we don't use \"truecolor\" here for better lines\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n# yearly data is queried in 1 week intervals (604 800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSy = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\nspeedy(x) = x * BPSy\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(speedd(Yd_max), speedh(Yh_max)), speedw(Yw_max))\nYmin = 1024\n#Ystd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\n#Ymean = max(max(Yd_mean, Yh_mean), Yw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using 3 name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using 3 name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using 3 name \"Ybw\" nooutput\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ : ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\n#set bmargin 0\nset tmargin at screen TTPOS\nset bmargin at screen TTPOS - 0.2\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n# ***************************************************************** X-axis *****\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ : ] reverse\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n\n#set tmargin 0\n#unset bmargin\nset tmargin at screen TTPOS - 0.2\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin at screen BTPOS\nset bmargin at screen BTPOS - 0.2\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(speedd(Ybd_max), speedh(Ybh_max)), speedw(Ybw_max))\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\n#Ystd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\n#Ymean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin at screen BTPOS - 0.2\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n# yearly data is queried in 1 week intervals (604 800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSy = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\nspeedy(x) = x * BPSy\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(speedd(Yd_max), speedh(Yh_max)), speedw(Yw_max))\nYmin = 1024\n#Ystd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\n#Ymean = max(max(Yd_mean, Yh_mean), Yw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using 3 name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using 3 name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using 3 name \"Ybw\" nooutput\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ : ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\n#set bmargin 0\nset tmargin at screen TTPOS\nset bmargin at screen TTPOS - 0.2\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n# ***************************************************************** X-axis *****\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ : ] reverse\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n\n#set tmargin 0\n#unset bmargin\nset tmargin at screen TTPOS - 0.2\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin at screen BTPOS\nset bmargin at screen BTPOS - 0.2\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(speedd(Ybd_max), speedh(Ybh_max)), speedw(Ybw_max))\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\n#Ystd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\n#Ymean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin at screen BTPOS - 0.2\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"6ae3d181505ca759dd5ec0697e391b4cd418f685","subject":"updating tracing gnuplot script ","message":"updating tracing gnuplot script \n\n","repos":"tangyibin\/goblin-core,hoangt\/goblin-core,tangyibin\/goblin-core,hoangt\/goblin-core,hoangt\/goblin-core,tangyibin\/goblin-core,hoangt\/goblin-core,tangyibin\/goblin-core,hoangt\/goblin-core,tangyibin\/goblin-core,tangyibin\/goblin-core,hoangt\/goblin-core,hoangt\/goblin-core,hoangt\/goblin-core,tangyibin\/goblin-core,hoangt\/goblin-core,tangyibin\/goblin-core,tangyibin\/goblin-core,hoangt\/goblin-core,tangyibin\/goblin-core,hoangt\/goblin-core,tangyibin\/goblin-core","old_file":"sim\/hmc_sim\/gnuplot\/alltrace.gnuplot","new_file":"sim\/hmc_sim\/gnuplot\/alltrace.gnuplot","new_contents":"#-- alltrace.gnuplot\n\nset title \"HMC-SIM\" \nset xlabel \"Clock Tick\" \nset ylabel \"Count\" \n#set ytics \"10\"\nset term png\nset output \"1024.png\"\n\nplot \"bank_conflict.out\" title \"Bank Conflicts\" with linespoints,\\\n \"xbar_latency.out\" title \"XBAR Latency\" with linespoints,\\\n \"xbar_rqst_stall.out\" title \"XBAR Request Stall\" with linespoints,\\\n \"rd64.out\" title \"RD64 CMD\" with linespoints,\\\n \"wr64.out\" title \"WR64 CMD\" with linespoints\n","old_contents":"#-- alltrace.gnuplot\n\nset title \"HMC-SIM\" \nset xlabel \"Clock Tick\" \nset ylabel \"Count\" \nset ytics \"10\"\nset term png\nset output \"1024.png\"\n\nplot \"bank_conflict.out\" title \"Bank Conflicts\" with linespoints,\\\n \"xbar_latency.out\" title \"XBAR Latency\" with linespoints,\\\n \"xbar_rqst_stall.out\" title \"XBAR Request Stall\" with linespoints,\\\n \"rd64.out\" title \"RD64 CMD\" with linespoints,\\\n \"wr64.out\" title \"WR64 CMD\" with linespoints\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"1550e3472e4045e1c59825bb5a98f7bbe0cfcd64","subject":"Rename test sections","message":"Rename test sections\n","repos":"khueue\/prolog-bson","old_file":"src\/bson_bits.plt","new_file":"src\/bson_bits.plt","new_contents":":- include(bson(include\/common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad(input),\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, not a float', [true(Got \\== Expected)]) :-\n Expected = 0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4, 32-bit big-endian').\n\ntest('32-bit, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad(input),\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4, 32-bit big-endian').\n\n:- begin_tests('bson_bits:integer_bytes\/4, 32-bit little-endian').\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4, 32-bit little-endian').\n\n:- begin_tests('bson_bits:integer_bytes\/4, 64-bit big-endian').\n\ntest('64-bit, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad(input),\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4, 64-bit big-endian').\n\n:- begin_tests('bson_bits:integer_bytes\/4, 64-bit little-endian').\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4, 64-bit little-endian').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hex to bytes, bad input should throw', [throws(_)]) :-\n Expected = bad(input),\n bson_bits:hex_bytes(Expected, _Bytes).\n\ntest('hex <-> bytes', [true(Got == Expected)]) :-\n Expected = '47cc67093475061e3d95369d',\n bson_bits:hex_bytes(Expected, Bytes),\n bson_bits:hex_bytes(Got, Bytes).\n\ntest('hex to bytes, verify big endian', [true(Got == Expected)]) :-\n Hex = '47cc6709',\n Expected = [0x47,0xcc,0x67,0x09],\n bson_bits:hex_bytes(Hex, Got).\n\ntest('hex to bytes, odd length should fail', [fail]) :-\n HexOddLength = '47c',\n bson_bits:hex_bytes(HexOddLength, _Bytes).\n\ntest('bytes to hex, low byte is zero-padded', [true(Got == Expected)]) :-\n Bytes = [0x0f],\n Expected = '0f',\n bson_bits:hex_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","old_contents":":- include(bson(include\/common)).\n\n:- begin_tests('bson_bits:float_bytes\/2').\n\ntest('float, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad(input),\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, not a float', [true(Got \\== Expected)]) :-\n Expected = 0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, -5.05', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, 5.05', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\ntest('float, pi', [true(Got == Expected)]) :-\n Expected is 3.14159,\n bson_bits:float_bytes(Expected, Bytes),\n bson_bits:float_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:float_bytes\/2').\n\n:- begin_tests('bson_bits:integer_bytes\/4').\n\ntest('32-bit, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad(input),\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,1],\n bson_bits:integer_bytes(1, 4, big, Got).\n\ntest('32-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\ntest('32-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, big, Bytes),\n bson_bits:integer_bytes(Got, 4, big, Bytes).\n\n% ------------------------------------\n\ntest('32-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0],\n bson_bits:integer_bytes(1, 4, little, Got).\n\ntest('32-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**31,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**31 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**31 - 1,\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\ntest('32-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**31, % Too high.\n bson_bits:integer_bytes(Expected, 4, little, Bytes),\n bson_bits:integer_bytes(Got, 4, little, Bytes).\n\n% ------------------------------------\n\ntest('64-bit, bad input, result undefined', [true(Got \\== Expected)]) :-\n Expected = bad(input),\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [0,0,0,0,0,0,0,1],\n bson_bits:integer_bytes(1, 8, big, Got).\n\ntest('64-bit big-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\ntest('64-bit big-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, big, Bytes),\n bson_bits:integer_bytes(Got, 8, big, Bytes).\n\n% ------------------------------------\n\ntest('64-bit little-endian, zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, -1', [true(Got == Expected)]) :-\n Expected = -1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, 1', [true(Got == Expected)]) :-\n Expected = 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, verify endian', [true(Got == Expected)]) :-\n Expected = [1,0,0,0,0,0,0,0],\n bson_bits:integer_bytes(1, 8, little, Got).\n\ntest('64-bit little-endian, min', [true(Got == Expected)]) :-\n Expected is -2**63,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, min-1', [true(Got \\== Expected)]) :-\n Expected is -2**63 - 1, % Too low.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max', [true(Got == Expected)]) :-\n Expected is 2**63 - 1,\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\ntest('64-bit little-endian, max+1', [true(Got \\== Expected)]) :-\n Expected is 2**63, % Too high.\n bson_bits:integer_bytes(Expected, 8, little, Bytes),\n bson_bits:integer_bytes(Got, 8, little, Bytes).\n\n:- end_tests('bson_bits:integer_bytes\/4').\n\n:- begin_tests('bson_bits:hex_bytes\/2').\n\ntest('hex to bytes, bad input should throw', [throws(_)]) :-\n Expected = bad(input),\n bson_bits:hex_bytes(Expected, _Bytes).\n\ntest('hex <-> bytes', [true(Got == Expected)]) :-\n Expected = '47cc67093475061e3d95369d',\n bson_bits:hex_bytes(Expected, Bytes),\n bson_bits:hex_bytes(Got, Bytes).\n\ntest('hex to bytes, verify big endian', [true(Got == Expected)]) :-\n Hex = '47cc6709',\n Expected = [0x47,0xcc,0x67,0x09],\n bson_bits:hex_bytes(Hex, Got).\n\ntest('hex to bytes, odd length should fail', [fail]) :-\n HexOddLength = '47c',\n bson_bits:hex_bytes(HexOddLength, _Bytes).\n\ntest('bytes to hex, low byte is zero-padded', [true(Got == Expected)]) :-\n Bytes = [0x0f],\n Expected = '0f',\n bson_bits:hex_bytes(Got, Bytes).\n\n:- end_tests('bson_bits:hex_bytes\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"adeaefff0b08924f20af9fcc23941b9de9969e2b","subject":"some more pari\/gp examples","message":"some more pari\/gp examples\n","repos":"fredrik-johansson\/314,fredrik-johansson\/314","old_file":"pi_pari.gp","new_file":"pi_pari.gp","new_contents":"\\p 50\n\npi_000() = Pi;\n\npi_002() = 4*atan(1);\n\npi_003() = 16*atan(1\/5)-4*atan(1\/239);\n\npi_004() = 48*atan(1\/49)+128*atan(1\/57)-20*atan(1\/239)+48*atan(1\/110443);\n\npi_005() = 2*I*log((1-I)\/(1+I));\n\npi_006() = -2*I*asinh(I);\n\npi_008() = gamma(1\/2)^2;\n\npi_011() = solve(x=3,4,sin(x));\n\npi_012() = solve(x=1,2,cos(x))*2;\n\npi_027() = sqrt(6*zeta(2));\n\npi_059() = intnum(x=0,[1],2\/(x^2+1));\n\npi_061() = 2*intnum(x=-1,1,sqrt(1-x^2));\n\npi_100() = sqrt(sumpos(k=1,1\/k^2)*6);\n\ncheck(s,f) = {\n my (v);\n v = f();\n if (abs(v-Pi) > 1e-45, print(s,\" \",v,\" is not even close to pi!\"); quit(););\n print(s,\" \",v);\n}\n\ncheck(\"pi_000\",pi_000);\ncheck(\"pi_002\",pi_002);\ncheck(\"pi_003\",pi_003);\ncheck(\"pi_004\",pi_004);\ncheck(\"pi_005\",pi_005);\ncheck(\"pi_006\",pi_006);\ncheck(\"pi_008\",pi_008);\ncheck(\"pi_011\",pi_011);\ncheck(\"pi_012\",pi_012);\ncheck(\"pi_027\",pi_027);\ncheck(\"pi_059\",pi_059);\ncheck(\"pi_061\",pi_061);\ncheck(\"pi_100\",pi_100);\n\nquit();\n\n","old_contents":"\\p 50\n\npi_000() = Pi;\n\npi_002() = 4*atan(1);\n\npi_003() = 16*atan(1\/5)-4*atan(1\/239);\n\npi_005() = 2*I*log((1-I)\/(1+I));\n\npi_008() = gamma(1\/2)^2;\n\npi_100() = sqrt(sumpos(k=1,1\/k^2)*6);\n\ncheck(s,f) = {\n my (v);\n v = f();\n if (abs(v-Pi) > 1e-45, print(s,\" \",v,\" is not even close to pi!\"); quit(););\n print(s,\" \",v);\n}\n\ncheck(\"pi_000\",pi_000);\ncheck(\"pi_002\",pi_002);\ncheck(\"pi_003\",pi_003);\ncheck(\"pi_005\",pi_005);\ncheck(\"pi_008\",pi_008);\ncheck(\"pi_100\",pi_100);\n\nquit();\n\n\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"c0e88f471bebd314a84f822967506b418af8b030","subject":"[2714] Actually graph the HSDir set size","message":"[2714] Actually graph the HSDir set size\n","repos":"sysrqb\/metrics-tasks,gsathya\/metrics-tasks,gsathya\/metrics-tasks,gsathya\/metrics-tasks,sysrqb\/metrics-tasks,gsathya\/metrics-tasks,sysrqb\/metrics-tasks,sysrqb\/metrics-tasks,sysrqb\/metrics-tasks,gsathya\/metrics-tasks,sysrqb\/metrics-tasks,gsathya\/metrics-tasks","old_file":"task-2714\/graph-hsdir-set-absolute-instability.gnuplot","new_file":"task-2714\/graph-hsdir-set-absolute-instability.gnuplot","new_contents":"\nset xdata time\nset timefmt \"%Y-%m-%d-%H-%M-%S\"\nset format x \"%Y-%m-%d\"\nset xrange [\"2011-01-01-00-00-00\":]\n\nplot \"out\/hsdir-set-instability\" using 1:2 with lines title \"HSDir set size\",\\\n \"out\/hsdir-set-instability\" using 1:(0):6 with filledcurves title \"4 hr\",\\\n \"out\/hsdir-set-instability\" using 1:(0):5 with filledcurves title \"3 hr\",\\\n \"out\/hsdir-set-instability\" using 1:(0):4 with filledcurves title \"2 hr\",\\\n \"out\/hsdir-set-instability\" using 1:(0):3 with filledcurves title \"1 hr\"\n\n","old_contents":"\nset xdata time\nset timefmt \"%Y-%m-%d-%H-%M-%S\"\nset format x \"%Y-%m-%d\"\nset xrange [\"2011-01-01-00-00-00\":]\n\nplot \"out\/hsdir-set-instability\" using 1:(0):2 with lines title \"HSDir set size\",\\\n \"out\/hsdir-set-instability\" using 1:(0):6 with filledcurves title \"4 hr\",\\\n \"out\/hsdir-set-instability\" using 1:(0):5 with filledcurves title \"3 hr\",\\\n \"out\/hsdir-set-instability\" using 1:(0):4 with filledcurves title \"2 hr\",\\\n \"out\/hsdir-set-instability\" using 1:(0):3 with filledcurves title \"1 hr\"\n\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"5452d53e47f16fd26e2092d20a20f312810f2e5f","subject":"Add UT on (@db -> object) syntax.","message":"Add UT on (@db -> object) syntax.\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd, [setup(setup)]).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(util\/lambda)).\n:- use_module(library(aggregate)).\n:- use_module(library(ordsets)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n reload_classes,\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_iterate8, [setup(model_db)]) :-\n\n findall(Surname, db_iterate(people, surname(Surname), _), SL),\n assertion(SL =@= [_, _, 'Mayakovsky']),\n findall(Surname, db_iterate(people, sex(Surname), _), SL2),\n assertion(SL2 == [man, woman, man]).\n\ntest(db_iterate9, [setup(model_db), N == 1]) :-\n\n aggregate_all(count, db_iterate(people, surname(+bound), _), N).\n\ntest(db_iterate10, [setup(model_db), N == 2]) :-\n\n aggregate_all(count, db_iterate(people, surname(+free), _), N).\n\ntest(db_iterate11, [setup(model_db)]) :-\n\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+free), _),\n N1),\n assertion(N1 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname('Mayakovsky'), _),\n N2),\n assertion(N2 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname(+bound), _),\n N3),\n assertion(N3 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \\\/ surname(+bound), _),\n N4),\n assertion(N4 == 3),\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+bound), _),\n N5),\n assertion(N5 == 1),\n aggregate_all(count,\n db_iterate(people,\n surname(+bound) \/\\ surname('Mayakovsky'), _),\n N6),\n assertion(N6 == 1).\n\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\ntest(db_select3,\n [setup((model_db,\n db_construct(people, citizen_v, [id, sex, name, age], [2, man, 'Igor', 19]))),\n Class == callup_v]) :-\n db_select(people, [name, class], ['Igor', Class]).\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(eval_obj_expr1,\n [setup(model_db),\n List == ['Adam', 'Eva', 'Vladimir']]) :-\n findall(Name, @people \/ name ^= Name, List).\n\ntest(eval_obj_expr2, [setup(model_db)]) :-\n (@people -> Object) \/ functor ^= citizen_v,\n assertion(Object \/ surname =^= 'Mayakovsky').\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\ntest(key_test1) :-\n obj_construct(c4_v, [a, b, c], [1, 2, 3], A),\n obj_construct(c4_v, [a, b, c], [1, 20, 30], B),\n key_test2(A, B, allow).\n\n% nearest_keymaster(A) = nearest_keymaster(B)\ntest(key_test_set1) :-\n\n key_test(c1_v, c2_v).\n\n% nearest_keymaster(A) is_accessor_off nearest_keymaster(B)\ntest(key_test_set2) :-\n\n key_test(c1_v, c3_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, c4_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, c6_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, c7_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nearest_keymaster(A) is_desc_off nearest_keymaster(B)\ntest(key_test_set3) :-\n\n key_test(c4_v, c1_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c3_v, c1_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, c1_v), % key(nk(A)) = key(nk(B))\n key_test(c6_v, c1_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c7_v, c1_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = {}\ntest(key_test_set4_1) :-\n\n key_test(c1_v, d2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, d3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, d4_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, d5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, d6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) \/= {}\ntest(key_test_set4_2) :-\n\n key_test(c5_v, e2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, e3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, e4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, e5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, e6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(A))\ntest(key_test_set4_3) :-\n\n key_test(c5_v, f2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, f3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, f4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, f5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, f6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(B))\ntest(key_test_set4_4) :-\n\n key_test(f3_v, c5_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(f2_v, c5_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(f4_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(f5_v, c5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(f6_v, c5_v). % key(nk(A)) instersect key(nk(B)) = {}\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country, id],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union'], 1]).\n\nsetup :-\n\n db_clear(plunit_vd__key_test),\n reload_classes.\n\nreload_classes :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n key_test_classes.\n\nkey_test_classes :-\n\n class_create(c0_v, object_v, [a, b, c], [a]),\n class_create(c1_v, c0_v, [], [b, c]),\n class_create(c2_v, c1_v, [d]),\n class_create(c3_v, c2_v, [], [c]),\n class_create(c4_v, c3_v, [], [a, b, c]),\n class_create(c5_v, c1_v, [], [b, c]),\n class_create(c6_v, c1_v, [d], [c, d]),\n class_create(c7_v, c1_v, [e], [a, e]),\n\n class_create(d1_v, object_v, [a, b, c], [a]),\n class_create(d2_v, d1_v, [], [b]),\n class_create(d3_v, d1_v, [], [a, b, c]),\n class_create(d4_v, d3_v, [], [b, c]),\n class_create(d5_v, d2_v, [], [a, b]),\n class_create(d6_v, d2_v, [f], [c, f]),\n\n class_create(e1_v, c0_v, [], [b]),\n class_create(e2_v, e1_v, [], [b]),\n class_create(e3_v, e1_v, [], [a, b, c]),\n class_create(e4_v, e3_v, [], [b, c]),\n class_create(e5_v, e2_v, [], [a, b]),\n class_create(e6_v, e2_v, [g], [c, g]),\n\n class_create(f1_v, c1_v, [], [a]),\n class_create(f2_v, f1_v, [], [b]),\n class_create(f3_v, f1_v, [], [a, b, c]),\n class_create(f4_v, f3_v, [], [b, c]),\n class_create(f5_v, f2_v, [], [a, b]),\n class_create(f6_v, f2_v, [h, j], [j, h]).\n\nkey_pattern(patt(Left, Common, Right)) :-\n L = [free, bound],\n member(Left, L),\n member(Common, L),\n member(Right, L).\n\nkey_test(AC, BC) :-\n class_primary_id(AC, Id1),\n class_primary_id(BC, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n forall(\n key_pattern(Patt),\n ( fill_keys(AC, BC, Keymaster_Id, Patt, A, B),\n assertion(key_test2(A, B))\n\t )).\n\n% Calculate the result\nkey_test_result(A, B, allow) :-\n ( obj_key(A, []) ; obj_key(B, [])), !.\nkey_test_result(A, B, conflict) :-\n arg(1, A, Id1),\n arg(1, B, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n get_key(Keymaster_Id, K_Key),\n K_Key \\= [],\n obj_unify(A, K_Key, Value),\n obj_unify(B, K_Key, Value), !.\nkey_test_result(_, _, allow).\n\nkey_test2(A, B) :-\n key_test_result(A, B, Conflict),\n key_test2(A, B, Conflict).\n\nkey_test2(A, B, allow) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n db_put_object(DB, fail, A, _), !.\n\nkey_test2(A, B, conflict) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n \\+ db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n \\+ db_put_object(DB, fail, A, _).\n\nfill_keys(AC, BC, Keymaster_Id, Patt, A, B) :-\n get_key(Keymaster_Id, Common_Key_Part),\n obj_construct(AC, [], [], A),\n obj_construct(BC, [], [], B),\n fill_key(Patt, Common_Key_Part, A, B).\n\nfill_key(patt(A_Patt, Common_Patt, B_Patt), Common_Key, A, B) :-\n obj_key(A, A_Key),\n obj_unify(A, A_Key, A_Key_Value),\n fill_key(A_Patt, A_Key, A_Key_Value),\n obj_unify(A, Common_Key, Common_Key_Value),\n fill_key(Common_Patt, Common_Key, Common_Key_Value),\n obj_key(B, B_Key),\n obj_unify(B, B_Key, B_Key_Value),\n fill_key(B_Patt, B_Key, B_Key_Value).\n\n\nfill_key(bound, Key, Key) :- !.\nfill_key(half_bound, [K|KT], [K|KVT]) :- !,\n same_length(KT, KVT).\nfill_key(free, Key, Key_Value) :-\n same_length(Key, Key_Value).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd, [setup(setup)]).\n\n:- multifile prolog:message\/\/1.\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(internal\/objects_i)).\n:- use_module(u(util\/lambda)).\n:- use_module(library(aggregate)).\n:- use_module(library(ordsets)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_clear, [setup(model_db), List == []]) :-\n\n reload_classes,\n\n % clear all DBs with citizen_v\n ( db_name(DB_Key),\n ( named_args_unify(DB_Key, citizen_v, [], [], _)\n -> db_clear(DB_Key)\n ; true\n ),\n fail ; true\n ),\n\n findall(X,\n (db_i:current_predicate(citizen_v, X), call(db_i:X)),\n List).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate5, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_iterate6, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, same_or_descendant(man_v), O), L),\n length(L, N).\n\ntest(db_iterate7, [setup(model_db), N =:= 1]) :-\n\n findall(O, db_iterate(people, same_or_descendant(citizen_v), O), L),\n length(L, N).\n\ntest(db_iterate8, [setup(model_db)]) :-\n\n findall(Surname, db_iterate(people, surname(Surname), _), SL),\n assertion(SL =@= [_, _, 'Mayakovsky']),\n findall(Surname, db_iterate(people, sex(Surname), _), SL2),\n assertion(SL2 == [man, woman, man]).\n\ntest(db_iterate9, [setup(model_db), N == 1]) :-\n\n aggregate_all(count, db_iterate(people, surname(+bound), _), N).\n\ntest(db_iterate10, [setup(model_db), N == 2]) :-\n\n aggregate_all(count, db_iterate(people, surname(+free), _), N).\n\ntest(db_iterate11, [setup(model_db)]) :-\n\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+free), _),\n N1),\n assertion(N1 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname('Mayakovsky'), _),\n N2),\n assertion(N2 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \/\\ surname(+bound), _),\n N3),\n assertion(N3 == 0),\n aggregate_all(count,\n db_iterate(people,\n surname(+free) \\\/ surname(+bound), _),\n N4),\n assertion(N4 == 3),\n aggregate_all(count,\n db_iterate(people,\n surname('Mayakovsky') \/\\ surname(+bound), _),\n N5),\n assertion(N5 == 1),\n aggregate_all(count,\n db_iterate(people,\n surname(+bound) \/\\ surname('Mayakovsky'), _),\n N6),\n assertion(N6 == 1).\n\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1,\n [setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, _, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_object7,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man1))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [db_ref, name], [_, 'Moses'], [_, _], Man1),\n db_put_object(people2, throw, Man1, _, replaced).\n % does not replace because of unbound db_ref\n\ntest(db_put_object8,\n [setup(model_db),\n error(db_obj_replace_protector(people2, replaced, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n obj_construct(man_v, [name], ['Simeon'], Man),\n db_put_object(people2, _, Man, _, replaced).\n % does not replace because of not db_object_v descendant\n\ntest(db_put_object9,\n [blocked(rebase_collision), setup(model_db),\n List == [['Adam'], ['Eva'], ['Moses'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man1),\n obj_rebase((object_v -> tarjan_vertex_v), Man1, Man),\n db_put_object(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_recorda1,\n [setup(model_db),\n List == [['Moses'], ['Adam'], ['Eva'], ['Vladimir']]\n ]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_recorda(people, Man),\n db_select_list(people, _, [name], List).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n\n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X),\n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n\ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\n\n% test(db_rewrite1,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Kasperski', 66]]\n% ]) :-\n\n% db_rewrite(people, _,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\n% test(db_rewrite2,\n% [setup(model_db),\n% List =@= [['Adam', 'Kasperski', 66],\n% ['Eva', 'Kasperski', 66],\n% ['Vladimir', 'Mayakovsky', _]]\n% ]) :-\n\n% db_rewrite(people, man_v,\n% [weight, surname], _, [66, 'Kasperski']),\n% db_select_list(people, _, [name, surname, weight], List).\n\ntest(db_search,\n [setup(model_db),\n List == [['Adam'], ['Vladimir']]\n ]) :-\n\n db_search(people, people2, db_search_pred),\n db_select_list(people2, _, [name], List).\n\ndb_search_pred(Man) :-\n\n obj_field(Man, sex, Sex),\n Sex == man.\n\ntest(db_select1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n findall(Row,\n db_select(people,\n [class, sex, name, surname, weight, country],\n Row),\n List\n ).\n\ntest(db_select2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n findall(Row,\n ( Row = [man_v|_],\n db_select(people,\n [functor, sex, name, surname, weight,\n country],\n Row)\n ), List\n ).\n\ntest(db_select3,\n [setup((model_db,\n db_construct(people, citizen_v, [id, sex, name, age], [2, man, 'Igor', 19]))),\n Class == callup_v]) :-\n db_select(people, [name, class], ['Igor', Class]).\n\ntest(db_select_list1,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _],\n [citizen_v, man, 'Vladimir', 'Mayakovsky', _,\n ['Soviet Union']]]\n ]) :-\n\n db_select_list(people, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list2,\n [setup(model_db),\n List =@= [[man_v, man, 'Adam', _, 73, _],\n [man_v, woman, 'Eva', _, 64, _]]\n ]) :-\n\n db_select_list(people, man_v, _,\n [class, sex, name, surname, weight, country],\n List).\n\ntest(db_select_list3,\n [setup(model_db),\n error(no_object_field(_, country))\n ]) :-\n\n db_select_list(people, man_v, throw,\n [class, sex, name, surname, weight, country],\n _).\n\ntest(filter_on_db,\n [setup(model_db),\n List = [['Adam'], ['Vladimir']]\n ]) :-\n\n filter_on_db(people, [sex], [man]),\n db_select_list(people, _, [name], List).\n\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify3_eval, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, age], [_, _], _),\n ['.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(eval_obj_expr,\n [setup(model_db),\n List == ['Adam', 'Eva', 'Vladimir']]) :-\n findall(Name, @people \/ name ^= Name, List).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n\ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n\ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n\n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n\ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n\ntest(key_rule12,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n\ntest(key_rule13,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n\ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n\ntest(key_rule15,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']).\n\ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\ntest(key_test1) :-\n obj_construct(c4_v, [a, b, c], [1, 2, 3], A),\n obj_construct(c4_v, [a, b, c], [1, 20, 30], B),\n key_test2(A, B, allow).\n\n% nearest_keymaster(A) = nearest_keymaster(B)\ntest(key_test_set1) :-\n\n key_test(c1_v, c2_v).\n\n% nearest_keymaster(A) is_accessor_off nearest_keymaster(B)\ntest(key_test_set2) :-\n\n key_test(c1_v, c3_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, c4_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, c6_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, c7_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nearest_keymaster(A) is_desc_off nearest_keymaster(B)\ntest(key_test_set3) :-\n\n key_test(c4_v, c1_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c3_v, c1_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, c1_v), % key(nk(A)) = key(nk(B))\n key_test(c6_v, c1_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c7_v, c1_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = {}\ntest(key_test_set4_1) :-\n\n key_test(c1_v, d2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c1_v, d3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c1_v, d4_v), % key(nk(A)) = key(nk(B))\n key_test(c1_v, d5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c1_v, d6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) \/= {}\ntest(key_test_set4_2) :-\n\n key_test(c5_v, e2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, e3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, e4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, e5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, e6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(A))\ntest(key_test_set4_3) :-\n\n key_test(c5_v, f2_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(c5_v, f3_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(c5_v, f4_v), % key(nk(A)) = key(nk(B))\n key_test(c5_v, f5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(c5_v, f6_v). % key(nk(A)) instersect key(nk(B)) = {}\n\n% nk(A) no_parent_relation_to nk(B) \/\\ key(nk(A, B)) = key(nk(B))\ntest(key_test_set4_4) :-\n\n key_test(f3_v, c5_v), % key(nk(A)) is_superset_of key(nk(B))\n key_test(f2_v, c5_v), % key(nk(A)) is_subset_of key(nk(B))\n key_test(f4_v, c5_v), % key(nk(A)) = key(nk(B))\n key_test(f5_v, c5_v), % key(nk(A)) instersect key(nk(B)) \/= {}\n key_test(f6_v, c5_v). % key(nk(A)) instersect key(nk(B)) = {}\n\ntest(db_properties_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n\n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_properties_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\ntest(db_properties_v3_fail_ignore, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n named_args_unify(people, db_properties_v, [], _, Singl1), !,\n obj_rewrite(Singl1, [key_policy], [fail], [ignore], Singl2),\n db_put_object(people, _, Singl2, _, replaced),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v4_fail_ignore2, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin'], Obj1),\n db_construct(people, db_properties_v,\n [key_policy], [fail]),\n \\+ db_construct(people, man_v, [surname], ['Lodyagin']),\n\n obj_construct(db_properties_v, [key_policy], [ignore], Singl2),\n db_put_object(people, overwrite, Singl2, _),\n\n db_construct(people, man_v,\n [name, surname, height], ['Sergei', 'Lodyagin',\n 1.74], Obj2),\n\n findall([Name, Surname, Height],\n named_args_unify(people, _,\n [name, surname, height],\n [Name, Surname, Height], _),\n List1),\n assertion(List1 =@= [['Sergei', 'Lodyagin', _]]),\n assertion(Obj1 =@= Obj2).\n\ntest(db_properties_v5_invalid_policy,\n [setup(db_clear(people)),\n blocked(need_to_see)\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_properties_v,\n [key_policy], [throws]),\n db_construct(people, man_v, [surname], ['Lodyagin']).\n\n\ntest(rebase_collision_bug1, [blocked(rebase_collision)]) :-\n\n obj_construct(man_v, [], [], O0),\n obj_rebase((object_v -> tarjan_vertex_v), O0, O),\n db_put_object(people, O).\n\n% check default key policy\ntest(after_put_callback1,\n [setup(callback_setup),\n error(db_key_exists(people, _, _))\n ]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback]),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n\n\ntest(after_put_callback2,\n [setup(callback_setup)]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n\n context_module(This),\n db_construct(people, db_properties_v,\n [after_put_callback], [This:after_put_callback], Props),\n\n db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko']),\n\n obj_rewrite(Props, [key_policy], _, [fail], Props2),\n db_put_object(people, _, Props2, Props3, replaced),\n ignore(db_construct(people, man_v,\n [name, surname], ['Alex', 'Petrenko'])),\n\n obj_rewrite(Props3, [after_put_callback], _, [_], Props4),\n db_put_object(people, _, Props4, _, replaced),\n\n db_construct(people, man_v,\n [name, surname], ['James', 'Petrenko']),\n\n findall(p(Functor, Name, Surname),\n ( apc(Obj),\n obj_unify(Obj, weak,\n [functor, name, surname], [Functor, Name, Surname])\n ),\n List),\n\n assertion(List = [p(db_properties_v, _, _),\n p(man_v, 'Alex', 'Petrenko'),\n p(db_properties_v, _, _),\n p(db_properties_v, _, _),\n p(man_v, 'James', 'Petrenko')\n ]).\n\nafter_put_callback(Obj) :-\n\n assertz(apc(Obj)).\n\ncallback_setup :-\n\n db_clear(people),\n retractall(apc(_)).\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n\n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]),\n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]),\n\n db_construct(people, citizen_v,\n [sex, name, surname, country, id],\n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union'], 1]).\n\nsetup :-\n\n db_clear(plunit_vd__key_test),\n reload_classes.\n\nreload_classes :-\n\n current_prolog_flag(verbose, Old_Verbose),\n set_prolog_flag(verbose, silent),\n reload_all_classes,\n set_prolog_flag(verbose, Old_Verbose),\n key_test_classes.\n\nkey_test_classes :-\n\n class_create(c0_v, object_v, [a, b, c], [a]),\n class_create(c1_v, c0_v, [], [b, c]),\n class_create(c2_v, c1_v, [d]),\n class_create(c3_v, c2_v, [], [c]),\n class_create(c4_v, c3_v, [], [a, b, c]),\n class_create(c5_v, c1_v, [], [b, c]),\n class_create(c6_v, c1_v, [d], [c, d]),\n class_create(c7_v, c1_v, [e], [a, e]),\n\n class_create(d1_v, object_v, [a, b, c], [a]),\n class_create(d2_v, d1_v, [], [b]),\n class_create(d3_v, d1_v, [], [a, b, c]),\n class_create(d4_v, d3_v, [], [b, c]),\n class_create(d5_v, d2_v, [], [a, b]),\n class_create(d6_v, d2_v, [f], [c, f]),\n\n class_create(e1_v, c0_v, [], [b]),\n class_create(e2_v, e1_v, [], [b]),\n class_create(e3_v, e1_v, [], [a, b, c]),\n class_create(e4_v, e3_v, [], [b, c]),\n class_create(e5_v, e2_v, [], [a, b]),\n class_create(e6_v, e2_v, [g], [c, g]),\n\n class_create(f1_v, c1_v, [], [a]),\n class_create(f2_v, f1_v, [], [b]),\n class_create(f3_v, f1_v, [], [a, b, c]),\n class_create(f4_v, f3_v, [], [b, c]),\n class_create(f5_v, f2_v, [], [a, b]),\n class_create(f6_v, f2_v, [h, j], [j, h]).\n\nkey_pattern(patt(Left, Common, Right)) :-\n L = [free, bound],\n member(Left, L),\n member(Common, L),\n member(Right, L).\n\nkey_test(AC, BC) :-\n class_primary_id(AC, Id1),\n class_primary_id(BC, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n forall(\n key_pattern(Patt),\n ( fill_keys(AC, BC, Keymaster_Id, Patt, A, B),\n assertion(key_test2(A, B))\n\t )).\n\n% Calculate the result\nkey_test_result(A, B, allow) :-\n ( obj_key(A, []) ; obj_key(B, [])), !.\nkey_test_result(A, B, conflict) :-\n arg(1, A, Id1),\n arg(1, B, Id2),\n nearest_common_keymaster_int(Id1, Id2, Keymaster_Id),\n get_key(Keymaster_Id, K_Key),\n K_Key \\= [],\n obj_unify(A, K_Key, Value),\n obj_unify(B, K_Key, Value), !.\nkey_test_result(_, _, allow).\n\nkey_test2(A, B) :-\n key_test_result(A, B, Conflict),\n key_test2(A, B, Conflict).\n\nkey_test2(A, B, allow) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n db_put_object(DB, fail, A, _), !.\n\nkey_test2(A, B, conflict) :-\n DB = plunit_vd__key_test,\n db_clear(DB),\n db_put_object(DB, A),\n \\+ db_put_object(DB, fail, B, _),\n db_clear(DB),\n db_put_object(DB, B),\n \\+ db_put_object(DB, fail, A, _).\n\nfill_keys(AC, BC, Keymaster_Id, Patt, A, B) :-\n get_key(Keymaster_Id, Common_Key_Part),\n obj_construct(AC, [], [], A),\n obj_construct(BC, [], [], B),\n fill_key(Patt, Common_Key_Part, A, B).\n\nfill_key(patt(A_Patt, Common_Patt, B_Patt), Common_Key, A, B) :-\n obj_key(A, A_Key),\n obj_unify(A, A_Key, A_Key_Value),\n fill_key(A_Patt, A_Key, A_Key_Value),\n obj_unify(A, Common_Key, Common_Key_Value),\n fill_key(Common_Patt, Common_Key, Common_Key_Value),\n obj_key(B, B_Key),\n obj_unify(B, B_Key, B_Key_Value),\n fill_key(B_Patt, B_Key, B_Key_Value).\n\n\nfill_key(bound, Key, Key) :- !.\nfill_key(half_bound, [K|KT], [K|KVT]) :- !,\n same_length(KT, KVT).\nfill_key(free, Key, Key_Value) :-\n same_length(Key, Key_Value).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"1b813ad889a3a3796c0df30e2ebd2a6bcf0c228a","subject":"Explain why BSON decoder tests use invalid document length","message":"Explain why BSON decoder tests use invalid document length\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_decoder.plt","new_file":"src\/bson\/bson_decoder.plt","new_contents":":- include(misc(common)).\n\n% NOTE: The first four bytes in a document represent an integer\n% that dictates the total byte length of the document. This is currently\n% ignored by the decoder, so many of these tests simply mark them as\n% \"doc,length,not,implemented\". This is partly due to the fact that\n% they are being ignored and partly due to laziness.\n\n:- begin_tests('bson_decoder:bytes_to_docs\/2').\n\ntest('no docs', [true(Got == Expected)]) :-\n Bytes = [],\n Expected = [],\n bson_decoder:bytes_to_docs(Bytes, Got).\n\ntest('several empty docs', [true(Got == Expected)]) :-\n Bytes =\n [\n 5,0,0,0, 0,\n 5,0,0,0, 0\n ],\n Expected =\n [\n [],\n []\n ],\n bson_decoder:bytes_to_docs(Bytes, Got).\n\ntest('several more complex docs', [true(Got == Expected)]) :-\n Bytes =\n [\n % Doc 1.\n 17,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0, % End of top doc.\n % Doc 2.\n 17,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n [hello - []],\n [hello - []]\n ],\n bson_decoder:bytes_to_docs(Bytes, Got).\n\n:- end_tests('bson_decoder:bytes_to_docs\/2').\n\n:- begin_tests('bson_decoder:bytes_to_doc\/2').\n\ntest('empty doc', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x01, float', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x01, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 51,51,51,51, 51,51,20,64, % Double data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 5.05\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x02, string', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x02, % Tag.\n 0xc3,0xa4, 0, % Ename.\n 6,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n '\u00e4' - '\u00e4\\0\u00e4'\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x02, nuls not allowed in ename', [throws(bson_error(_))]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x02, % Tag.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % Ename, INVALID.\n 3,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, % String data.\n 0 % End of top doc.\n ],\n bson_decoder:bytes_to_doc(Bytes, _Got).\n\ntest('0x03, embedded doc', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 97, 0, % Ename.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 98, 0, % Ename.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 99, 0, % Ename.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello -\n [\n 'a' - 'awesome',\n 'b' - 5.05,\n 'c' - 1986\n ]\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x03, embedded empty doc', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - []\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x04, embedded array', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x04, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 48, 0, % Ename, index 0.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 49, 0, % Ename, index 1.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 50, 0, % Ename, index 2.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - ['awesome', 5.05, 1986]\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x04, embedded empty array', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x04, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - []\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, generic', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x00, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(generic, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, function', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x01, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(function, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, old generic', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x02, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(old_generic, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, uuid_old', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x03, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(uuid_old, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, uuid', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x04, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(uuid, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, md5', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x05, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(md5, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, user defined', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x80, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(user_defined, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x06, undefined', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x06, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +undefined\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x07, object id', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x07, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - object_id('47cc67093475061e3d95369d')\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x08, boolean true', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 1, % Boolean data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +true\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x08, boolean false', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0, % Boolean data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +false\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x08, boolean invalid', [throws(bson_error(invalid_boolean))]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 2, % Boolean data, INVALID value.\n 0 % End of top doc.\n ],\n bson_decoder:bytes_to_doc(Bytes, _Got).\n\ntest('0x09, utc datetime', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x09, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 188,11,99,58,47,1,0,0, % UTC datetime data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - utc(1302354660284) % date(2011, 4, 9, ...)\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0a, null', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x0a, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +null\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0b, regex', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x0b, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 97, 0, % Regex pattern.\n 105, 0, % Regex options.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - regex('a','i')\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0c, db pointer', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x0c, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 2,0,0,0, % String's byte length, incl. nul.\n 97, 0, % String data.\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - db_pointer('a', '47cc67093475061e3d95369d')\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0d, js', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x0d, % Tag.\n 106,115, 0, % Ename.\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n js - js('code ...')\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0e, symbol', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x0e, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % String's byte length, incl. nul.\n 97,116,111,109, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - symbol(atom)\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0f, js with scope', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x0f, % Tag.\n 106,115, 0, % Ename.\n doc,length,not,implemented, % Length of entire JS with scope.\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data.\n doc,length,not,implemented, % Length of embedded doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n js - js('code ...', ['hello'-32])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x10, int32', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 32\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x11, mongostamp', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x11, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,0,0,0, 0,0,0,0, % Int64 mongostamp data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - mongostamp(0)\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x12, int64', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x12, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, 0,0,0,0, % Int64 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 32\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0xff, min', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0xff, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +min\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x7f, max', [true(Got == Expected)]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x7f, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +max\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('invalid bson, missing terminating nul', [throws(bson_error(invalid))]) :-\n Bytes =\n [\n doc,length,not,implemented, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0 % Int32 data.\n % Missing nul at end-of-doc.\n ],\n bson_decoder:bytes_to_doc(Bytes, _Got).\n\n:- end_tests('bson_decoder:bytes_to_doc\/2').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_decoder:bytes_to_docs\/2').\n\ntest('no docs', [true(Got == Expected)]) :-\n Bytes = [],\n Expected = [],\n bson_decoder:bytes_to_docs(Bytes, Got).\n\ntest('several empty docs', [true(Got == Expected)]) :-\n Bytes =\n [\n 5,0,0,0, 0,\n 5,0,0,0, 0\n ],\n Expected =\n [\n [],\n []\n ],\n bson_decoder:bytes_to_docs(Bytes, Got).\n\ntest('several more complex docs', [true(Got == Expected)]) :-\n Bytes =\n [\n % Doc 1.\n 17,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0, % End of top doc.\n % Doc 2.\n 17,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n [hello - []],\n [hello - []]\n ],\n bson_decoder:bytes_to_docs(Bytes, Got).\n\n:- end_tests('bson_decoder:bytes_to_docs\/2').\n\n:- begin_tests('bson_decoder:bytes_to_doc\/2').\n\ntest('empty doc', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x01, float', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x01, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 51,51,51,51, 51,51,20,64, % Double data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 5.05\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x02, string', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % Tag.\n 0xc3,0xa4, 0, % Ename.\n 6,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n '\u00e4' - '\u00e4\\0\u00e4'\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x02, nuls not allowed in ename', [throws(bson_error(_))]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x02, % Tag.\n 0xc3,0xa4, 0, 0xc3,0xa4, 0, % Ename, INVALID.\n 3,0,0,0, % String's byte length, incl. nul.\n 0xc3,0xa4, 0, % String data.\n 0 % End of top doc.\n ],\n bson_decoder:bytes_to_doc(Bytes, _Got).\n\ntest('0x03, embedded doc', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 97, 0, % Ename.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 98, 0, % Ename.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 99, 0, % Ename.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello -\n [\n 'a' - 'awesome',\n 'b' - 5.05,\n 'c' - 1986\n ]\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x03, embedded empty doc', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x03, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - []\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x04, embedded array', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x04, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 38,0,0,0, % Length of embedded doc.\n 0x02, % Tag.\n 48, 0, % Ename, index 0.\n 8,0,0,0, % String's byte length, incl. nul.\n 97,119,101,115,111,109,101, 0, % String data.\n 0x01, % Tag.\n 49, 0, % Ename, index 1.\n 51,51,51,51,51,51,20,64, % Double 8-byte data.\n 0x10, % Tag.\n 50, 0, % Ename, index 2.\n 194,7,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - ['awesome', 5.05, 1986]\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x04, embedded empty array', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x04, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of embedded doc.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - []\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, generic', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x00, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(generic, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, function', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x01, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(function, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, old generic', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x02, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(old_generic, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, uuid_old', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x03, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(uuid_old, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, uuid', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x04, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(uuid, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, md5', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x05, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(md5, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x05, binary, user defined', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x05, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % Length of binary data.\n 0x80, % Subtype.\n 0,1,2,1,0, % Binary data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - binary(user_defined, [0,1,2,1,0])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x06, undefined', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x06, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +undefined\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x07, object id', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x07, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - object_id('47cc67093475061e3d95369d')\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x08, boolean true', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 1, % Boolean data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +true\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x08, boolean false', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0, % Boolean data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +false\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x08, boolean invalid', [throws(bson_error(invalid_boolean))]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x08, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 2, % Boolean data, INVALID value.\n 0 % End of top doc.\n ],\n bson_decoder:bytes_to_doc(Bytes, _Got).\n\ntest('0x09, utc datetime', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x09, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 188,11,99,58,47,1,0,0, % UTC datetime data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - utc(1302354660284) % date(2011, 4, 9, ...)\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0a, null', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0a, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +null\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0b, regex', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0b, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 97, 0, % Regex pattern.\n 105, 0, % Regex options.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - regex('a','i')\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0c, db pointer', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0c, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 2,0,0,0, % String's byte length, incl. nul.\n 97, 0, % String data.\n 0x47,0xcc,0x67,0x09, % ObjectID, time.\n 0x34,0x75,0x06, % ObjectID, machine.\n 0x1e,0x3d, % ObjectID, pid.\n 0x95,0x36,0x9d, % ObjectID, inc.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - db_pointer('a', '47cc67093475061e3d95369d')\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0d, js', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0d, % Tag.\n 106,115, 0, % Ename.\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n js - js('code ...')\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0e, symbol', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0e, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 5,0,0,0, % String's byte length, incl. nul.\n 97,116,111,109, 0, % String data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - symbol(atom)\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x0f, js with scope', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x0f, % Tag.\n 106,115, 0, % Ename.\n xxx_not_impl,0,0,0, % Length of entire JS with scope.\n 9,0,0,0, % String's byte length, incl. nul.\n 99,111,100,101,32,46,46,46, 0, % String data.\n xxx_not_impl,0,0,0, % Length of embedded doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, % Int32 data.\n 0, % End of embedded doc.\n 0 % End of top doc.\n ],\n Expected =\n [\n js - js('code ...', ['hello'-32])\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x10, int32', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, % Int32 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 32\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x11, mongostamp', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x11, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0,0,0,0, 0,0,0,0, % Int64 mongostamp data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - mongostamp(0)\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x12, int64', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x12, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0, 0,0,0,0, % Int64 data.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - 32\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0xff, min', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0xff, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +min\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('0x7f, max', [true(Got == Expected)]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x7f, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 0 % End of top doc.\n ],\n Expected =\n [\n hello - +max\n ],\n bson_decoder:bytes_to_doc(Bytes, Got).\n\ntest('invalid bson, missing terminating nul', [throws(bson_error(invalid))]) :-\n Bytes =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Tag.\n 104,101,108,108,111, 0, % Ename.\n 32,0,0,0 % Int32 data.\n % Missing nul at end-of-doc.\n ],\n bson_decoder:bytes_to_doc(Bytes, _Got).\n\n:- end_tests('bson_decoder:bytes_to_doc\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"905ecc01a99b7f9746301fa521853ece2fbdb3b2","subject":"Y-scaling fix","message":"Y-scaling fix","repos":"Mausy5043\/upsdiagd,Mausy5043\/upsdiagd,Mausy5043\/upsdiagd","old_file":"ups16.gp","new_file":"ups16.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of load\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups16.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 6 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 6 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) + 0.5\nYmin = min(min(Yd_min, Yh_min), Yw_min) - 0.5\n\nset multiplot layout 1, 3 title \"UPS belasting \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Belasting [%]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):6 title \" Belasting [%]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):6 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):6 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of load\n\n# datafiles\nifnameh = \"\/tmp\/upsdiagd\/mysql\/upsh.csv\"\nifnamed = \"\/tmp\/upsdiagd\/mysql\/upsd.csv\"\nifnamew = \"\/tmp\/upsdiagd\/mysql\/upsw.csv\"\nset output \"\/tmp\/upsdiagd\/site\/img\/ups16.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 6 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 6 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max)\nYmin = min(min(Yd_min, Yh_min), Yw_min)\nR10 = (Ymax - Ymin) * 0.1\nYmax = Ymax + R10\nYmin = Ymin - R10\n\nset multiplot layout 1, 3 title \"UPS belasting \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Belasting [%]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):6 title \" Belasting [%]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):6 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):6 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f5be6381afbe4a7d066daa9c22c3a439fcf01555","subject":"Update loop.gnu","message":"Update loop.gnu","repos":"sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher","old_file":"oceanoptics\/get\/loop.gnu","new_file":"oceanoptics\/get\/loop.gnu","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"apache-2.0","lang":"Gnuplot"} {"commit":"3635bfb03589f55d67e51258c5370b0169b81b77","subject":"updated colors and labels","message":"updated colors and labels\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/vsyear.gp","new_file":"graphs\/vsyear.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of annual power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_vs_year.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik per jaar afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"jaar\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"blue\" \\\n , '' using 3 title \"T2\" lc \"orange\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Levering per jaar afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Levering [kWh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"darkgreen\" \\\n , '' using 5 title \"T2\" lc \"green\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage and production\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_vs_year.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset multiplot layout 2,1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Verbruik per jaar afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"jaar\"\nset xtics rotate by -60\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset style data histograms\nset style histogram rowstacked\nset style fill solid noborder\nset boxwidth 0.75\n\n# ****************************************************************** PLOT ******\nplot kamdata using 2:xtic(1) title \"T1\" lc \"blue\" \\\n , '' using 3 title \"T2\" lc \"orange\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM PLOT: Production\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Productie per jaar afgelopen jaren \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [kWh]\"\n\n# ****************************************************************** PLOT ******\nplot kamdata using 4:xtic(1) title \"T1\" lc \"blue\" \\\n , '' using 5 title \"T2\" lc \"orange\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"6f325406bd97a49741252cb2aac47978cb08a9d9","subject":"new plot file for v6.19","message":"new plot file for v6.19\n\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@10559 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret","old_file":"bench\/metafile_masters_v61\/polygon_plot.plt","new_file":"bench\/metafile_masters_v61\/polygon_plot.plt","new_contents":"GKSM@stout.pmel.noaa.govXPPLP Profile F 1.0 09\/02\/13 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 9 1 1.00000 3\n 51 29 9 1 2.00000 3\n 52 29 15 1 1.00000 3\n 51 29 15 1 3.00000 3\n 52 29 4 1 1.00000 4\n 51 29 4 1 1.00000 4\n 52 29 10 1 1.00000 4\n 51 29 10 1 2.00000 4\n 52 29 16 1 1.00000 4\n 51 29 16 1 3.00000 4\n 52 29 5 1 1.00000 5\n 51 29 5 1 1.00000 5\n 52 29 11 1 1.00000 5\n 51 29 11 1 2.00000 5\n 52 29 17 1 1.00000 5\n 51 29 17 1 3.00000 5\n 52 29 6 1 1.00000 6\n 51 29 6 1 1.00000 6\n 52 29 12 1 1.00000 6\n 51 29 12 1 2.00000 6\n 52 29 18 1 1.00000 6\n 51 29 18 1 3.00000 6\n 56 39 1 0.00000 0.00000 0.00000\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 22 6 1\n 23 11 1.00000\n 24 6 1\n 25 6 1\n 26 6 3\n 27 11 1.00000\n 28 6 1\n 29 6 1\n 30 12 1 0\n 31 11 1.00000\n 32 11 0.00000\n 33 6 1\n 35 6 0\n 36 12 0 0\n 34 44 0.00000 0.00000 0.00000 0.00000\n 37 6 1\n 38 6 3\n 39 6 -14\n 40 6 18\n 41 44 1.00000 0.00000 0.00000 1.00000\n 42 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0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 56 39 8 0.30000 0.20000 1.00000\n 56 39 9 0.16957 0.37391 0.69565\n 56 39 10 0.03913 0.54783 0.39130\n 56 39 11 0.21212 0.68485 0.23636\n 56 39 12 0.51515 0.80606 0.14545\n 56 39 13 0.81818 0.92727 0.05455\n 56 39 14 1.00000 0.83333 0.00000\n 56 39 15 1.00000 0.41667 0.00000\n 56 39 16 1.00000 0.00000 0.00000\n 56 39 17 0.60000 0.00000 0.00000\n 56 39 7 0.80000 0.00000 1.00000\n 11 380 17 1078.51123 120.46090 1077.29248 119.97761 1076.47998 118.52774 1076.07373 116.11131 1076.07373 114.66145 1076.47998 112.24502 1077.29248 110.79515 1078.51123 110.31187 1079.32373 110.31187 1080.54248 110.79515 1081.35510 112.24502 1081.76135 114.66145 1081.76135 116.11131 1081.35510 118.52774 1080.54248 119.97761 1079.32373 120.46090 1078.51123 120.46090\n 21 6 1\n 25 6 1\n 40 6 7\n 38 6 1\n 14 94 4 0.08011 0.29590 0.08011 0.30605 0.08864 0.30605 0.08864 0.29590\n 40 6 7\n 38 6 1\n 14 94 4 0.08864 0.29438 0.08864 0.30453 0.09717 0.30453 0.09717 0.29438\n 40 6 7\n 38 6 1\n 14 94 4 0.09717 0.29187 0.09717 0.30202 0.10570 0.30202 0.10570 0.29187\n 40 6 7\n 38 6 1\n 14 94 4 0.10570 0.28840 0.10570 0.29854 0.11423 0.29854 0.11423 0.28840\n 40 6 7\n 38 6 1\n 14 94 4 0.11423 0.28398 0.11423 0.29413 0.12276 0.29413 0.12276 0.28398\n 40 6 7\n 38 6 1\n 14 94 4 0.12276 0.27868 0.12276 0.28883 0.13130 0.28883 0.13130 0.27868\n 40 6 7\n 38 6 1\n 14 94 4 0.13130 0.27254 0.13130 0.28269 0.13983 0.28269 0.13983 0.27254\n 40 6 7\n 38 6 1\n 14 94 4 0.13983 0.26563 0.13983 0.27578 0.14836 0.27578 0.14836 0.26563\n 40 6 7\n 38 6 1\n 14 94 4 0.14836 0.25800 0.14836 0.26815 0.15689 0.26815 0.15689 0.25800\n 40 6 7\n 38 6 1\n 14 94 4 0.15689 0.24975 0.15689 0.25990 0.16542 0.25990 0.16542 0.24975\n 40 6 7\n 38 6 1\n 14 94 4 0.16542 0.24095 0.16542 0.25110 0.17395 0.25110 0.17395 0.24095\n 40 6 7\n 38 6 1\n 14 94 4 0.17395 0.23169 0.17395 0.24184 0.18248 0.24184 0.18248 0.23169\n 40 6 7\n 38 6 1\n 14 94 4 0.18248 0.22207 0.18248 0.23221 0.19101 0.23221 0.19101 0.22207\n 40 6 7\n 38 6 1\n 14 94 4 0.19101 0.21217 0.19101 0.22232 0.19955 0.22232 0.19955 0.21217\n 40 6 7\n 38 6 1\n 14 94 4 0.19955 0.20210 0.19955 0.21225 0.20808 0.21225 0.20808 0.20210\n 40 6 7\n 38 6 1\n 14 94 4 0.20808 0.19195 0.20808 0.20210 0.21661 0.20210 0.21661 0.19195\n 40 6 7\n 38 6 1\n 14 94 4 0.21661 0.18184 0.21661 0.19199 0.22514 0.19199 0.22514 0.18184\n 40 6 7\n 38 6 1\n 14 94 4 0.22514 0.17186 0.22514 0.18201 0.23367 0.18201 0.23367 0.17186\n 40 6 7\n 38 6 1\n 14 94 4 0.23367 0.16211 0.23367 0.17226 0.24220 0.17226 0.24220 0.16211\n 40 6 7\n 38 6 1\n 14 94 4 0.24220 0.15268 0.24220 0.16283 0.25073 0.16283 0.25073 0.15268\n 40 6 7\n 38 6 1\n 14 94 4 0.25073 0.14368 0.25073 0.15383 0.25927 0.15383 0.25927 0.14368\n 40 6 7\n 38 6 1\n 14 94 4 0.25927 0.13519 0.25927 0.14534 0.26780 0.14534 0.26780 0.13519\n 40 6 7\n 38 6 1\n 14 94 4 0.26780 0.12730 0.26780 0.13745 0.27633 0.13745 0.27633 0.12730\n 40 6 7\n 38 6 1\n 14 94 4 0.27633 0.12008 0.27633 0.13023 0.28486 0.13023 0.28486 0.12008\n 40 6 7\n 38 6 1\n 14 94 4 0.28486 0.11361 0.28486 0.12376 0.29339 0.12376 0.29339 0.11361\n 40 6 7\n 38 6 1\n 14 94 4 0.29339 0.10795 0.29339 0.11810 0.30192 0.11810 0.30192 0.10795\n 40 6 7\n 38 6 1\n 14 94 4 0.30192 0.10316 0.30192 0.11331 0.31045 0.11331 0.31045 0.10316\n 40 6 7\n 38 6 1\n 14 94 4 0.31045 0.09929 0.31045 0.10944 0.31899 0.10944 0.31899 0.09929\n 40 6 7\n 38 6 1\n 14 94 4 0.31899 0.09637 0.31899 0.10652 0.32752 0.10652 0.32752 0.09637\n 40 6 7\n 38 6 1\n 14 94 4 0.32752 0.09444 0.32752 0.10459 0.33605 0.10459 0.33605 0.09444\n 40 6 7\n 38 6 1\n 14 94 4 0.33605 0.09351 0.33605 0.10366 0.34458 0.10366 0.34458 0.09351\n 40 6 8\n 38 6 1\n 14 94 4 0.34458 0.09360 0.34458 0.10375 0.35311 0.10375 0.35311 0.09360\n 40 6 8\n 38 6 1\n 14 94 4 0.35311 0.09470 0.35311 0.10485 0.36164 0.10485 0.36164 0.09470\n 40 6 8\n 38 6 1\n 14 94 4 0.36164 0.09680 0.36164 0.10695 0.37017 0.10695 0.37017 0.09680\n 40 6 8\n 38 6 1\n 14 94 4 0.37017 0.09988 0.37017 0.11002 0.37870 0.11002 0.37870 0.09988\n 40 6 8\n 38 6 1\n 14 94 4 0.37870 0.10390 0.37870 0.11405 0.38724 0.11405 0.38724 0.10390\n 40 6 8\n 38 6 1\n 14 94 4 0.38724 0.10884 0.38724 0.11899 0.39577 0.11899 0.39577 0.10884\n 40 6 8\n 38 6 1\n 14 94 4 0.39577 0.11464 0.39577 0.12479 0.40430 0.12479 0.40430 0.11464\n 40 6 8\n 38 6 1\n 14 94 4 0.40430 0.12124 0.40430 0.13139 0.41283 0.13139 0.41283 0.12124\n 40 6 8\n 38 6 1\n 14 94 4 0.41283 0.12858 0.41283 0.13873 0.42136 0.13873 0.42136 0.12858\n 40 6 8\n 38 6 1\n 14 94 4 0.42136 0.13658 0.42136 0.14673 0.42989 0.14673 0.42989 0.13658\n 40 6 8\n 38 6 1\n 14 94 4 0.42989 0.14516 0.42989 0.15531 0.43842 0.15531 0.43842 0.14516\n 40 6 8\n 38 6 1\n 14 94 4 0.43842 0.15424 0.43842 0.16439 0.44696 0.16439 0.44696 0.15424\n 40 6 8\n 38 6 1\n 14 94 4 0.44696 0.16373 0.44696 0.17387 0.45549 0.17387 0.45549 0.16373\n 40 6 9\n 38 6 1\n 14 94 4 0.45549 0.17352 0.45549 0.18367 0.46402 0.18367 0.46402 0.17352\n 40 6 9\n 38 6 1\n 14 94 4 0.46402 0.18353 0.46402 0.19368 0.47255 0.19368 0.47255 0.18353\n 40 6 9\n 38 6 1\n 14 94 4 0.47255 0.19366 0.47255 0.20381 0.48108 0.20381 0.48108 0.19366\n 40 6 9\n 38 6 1\n 14 94 4 0.48108 0.20380 0.48108 0.21395 0.48961 0.21395 0.48961 0.20380\n 40 6 9\n 38 6 1\n 14 94 4 0.48961 0.21385 0.48961 0.22400 0.49814 0.22400 0.49814 0.21385\n 40 6 9\n 38 6 1\n 14 94 4 0.49814 0.22371 0.49814 0.23386 0.50668 0.23386 0.50668 0.22371\n 40 6 9\n 38 6 1\n 14 94 4 0.50668 0.23328 0.50668 0.24343 0.51521 0.24343 0.51521 0.23328\n 40 6 9\n 38 6 1\n 14 94 4 0.51521 0.24247 0.51521 0.25262 0.52374 0.25262 0.52374 0.24247\n 40 6 9\n 38 6 1\n 14 94 4 0.52374 0.25118 0.52374 0.26133 0.53227 0.26133 0.53227 0.25118\n 40 6 9\n 38 6 1\n 14 94 4 0.53227 0.25933 0.53227 0.26948 0.54080 0.26948 0.54080 0.25933\n 40 6 10\n 38 6 1\n 14 94 4 0.54080 0.26684 0.54080 0.27699 0.54933 0.27699 0.54933 0.26684\n 40 6 10\n 38 6 1\n 14 94 4 0.54933 0.27363 0.54933 0.28378 0.55786 0.28378 0.55786 0.27363\n 40 6 10\n 38 6 1\n 14 94 4 0.55786 0.27963 0.55786 0.28978 0.56640 0.28978 0.56640 0.27963\n 40 6 10\n 38 6 1\n 14 94 4 0.56640 0.28479 0.56640 0.29494 0.57493 0.29494 0.57493 0.28479\n 40 6 10\n 38 6 1\n 14 94 4 0.57493 0.28905 0.57493 0.29920 0.58346 0.29920 0.58346 0.28905\n 40 6 10\n 38 6 1\n 14 94 4 0.58346 0.29237 0.58346 0.30251 0.59199 0.30251 0.59199 0.29237\n 40 6 10\n 38 6 1\n 14 94 4 0.59199 0.29471 0.59199 0.30486 0.60052 0.30486 0.60052 0.29471\n 40 6 10\n 38 6 1\n 14 94 4 0.60052 0.29606 0.60052 0.30621 0.60905 0.30621 0.60905 0.29606\n 40 6 10\n 38 6 1\n 14 94 4 0.60905 0.29639 0.60905 0.30654 0.61758 0.30654 0.61758 0.29639\n 40 6 11\n 38 6 1\n 14 94 4 0.61758 0.29572 0.61758 0.30586 0.62611 0.30586 0.62611 0.29572\n 40 6 11\n 38 6 1\n 14 94 4 0.62611 0.29403 0.62611 0.30418 0.63465 0.30418 0.63465 0.29403\n 40 6 11\n 38 6 1\n 14 94 4 0.63465 0.29136 0.63465 0.30151 0.64318 0.30151 0.64318 0.29136\n 40 6 11\n 38 6 1\n 14 94 4 0.64318 0.28772 0.64318 0.29787 0.65171 0.29787 0.65171 0.28772\n 40 6 11\n 38 6 1\n 14 94 4 0.65171 0.28315 0.65171 0.29330 0.66024 0.29330 0.66024 0.28315\n 40 6 11\n 38 6 1\n 14 94 4 0.66024 0.27771 0.66024 0.28785 0.66877 0.28785 0.66877 0.27771\n 40 6 11\n 38 6 1\n 14 94 4 0.66877 0.27143 0.66877 0.28158 0.67730 0.28158 0.67730 0.27143\n 40 6 12\n 38 6 1\n 14 94 4 0.67730 0.26439 0.67730 0.27454 0.68583 0.27454 0.68583 0.26439\n 40 6 12\n 38 6 1\n 14 94 4 0.68583 0.25666 0.68583 0.26681 0.69437 0.26681 0.69437 0.25666\n 40 6 12\n 38 6 1\n 14 94 4 0.69437 0.24831 0.69437 0.25846 0.70290 0.25846 0.70290 0.24831\n 40 6 12\n 38 6 1\n 14 94 4 0.70290 0.23943 0.70290 0.24957 0.71143 0.24957 0.71143 0.23943\n 40 6 12\n 38 6 1\n 14 94 4 0.71143 0.23010 0.71143 0.24025 0.71996 0.24025 0.71996 0.23010\n 40 6 12\n 38 6 1\n 14 94 4 0.71996 0.22042 0.71996 0.23057 0.72849 0.23057 0.72849 0.22042\n 40 6 12\n 38 6 1\n 14 94 4 0.72849 0.21048 0.72849 0.22063 0.73702 0.22063 0.73702 0.21048\n 40 6 13\n 38 6 1\n 14 94 4 0.73702 0.20039 0.73702 0.21054 0.74555 0.21054 0.74555 0.20039\n 40 6 13\n 38 6 1\n 14 94 4 0.74555 0.19025 0.74555 0.20040 0.75409 0.20040 0.75409 0.19025\n 40 6 13\n 38 6 1\n 14 94 4 0.75409 0.18015 0.75409 0.19030 0.76262 0.19030 0.76262 0.18015\n 40 6 13\n 38 6 1\n 14 94 4 0.76262 0.17020 0.76262 0.18035 0.77115 0.18035 0.77115 0.17020\n 40 6 13\n 38 6 1\n 14 94 4 0.77115 0.16050 0.77115 0.17065 0.77968 0.17065 0.77968 0.16050\n 40 6 13\n 38 6 1\n 14 94 4 0.77968 0.15114 0.77968 0.16129 0.78821 0.16129 0.78821 0.15114\n 40 6 14\n 38 6 1\n 14 94 4 0.78821 0.14221 0.78821 0.15236 0.79674 0.15236 0.79674 0.14221\n 40 6 14\n 38 6 1\n 14 94 4 0.79674 0.13382 0.79674 0.14397 0.80527 0.14397 0.80527 0.13382\n 40 6 14\n 38 6 1\n 14 94 4 0.80527 0.12603 0.80527 0.13618 0.81381 0.13618 0.81381 0.12603\n 40 6 14\n 38 6 1\n 14 94 4 0.81381 0.11894 0.81381 0.12909 0.82234 0.12909 0.82234 0.11894\n 40 6 14\n 38 6 1\n 14 94 4 0.82234 0.11260 0.82234 0.12275 0.83087 0.12275 0.83087 0.11260\n 40 6 14\n 38 6 1\n 14 94 4 0.83087 0.10708 0.83087 0.11723 0.83940 0.11723 0.83940 0.10708\n 40 6 15\n 38 6 1\n 14 94 4 0.83940 0.10245 0.83940 0.11260 0.84793 0.11260 0.84793 0.10245\n 40 6 15\n 38 6 1\n 14 94 4 0.84793 0.09873 0.84793 0.10888 0.85646 0.10888 0.85646 0.09873\n 40 6 15\n 38 6 1\n 14 94 4 0.85646 0.09598 0.85646 0.10613 0.86499 0.10613 0.86499 0.09598\n 40 6 15\n 38 6 1\n 14 94 4 0.86499 0.09422 0.86499 0.10436 0.87352 0.10436 0.87352 0.09422\n 40 6 15\n 38 6 1\n 14 94 4 0.87352 0.09346 0.87352 0.10361 0.88206 0.10361 0.88206 0.09346\n 40 6 16\n 38 6 1\n 14 94 4 0.88206 0.09371 0.88206 0.10386 0.89059 0.10386 0.89059 0.09371\n 40 6 16\n 38 6 1\n 14 94 4 0.89059 0.09498 0.89059 0.10513 0.89912 0.10513 0.89912 0.09498\n 40 6 16\n 38 6 1\n 14 94 4 0.89912 0.09725 0.89912 0.10740 0.90765 0.10740 0.90765 0.09725\n 40 6 16\n 38 6 1\n 14 94 4 0.90765 0.10049 0.90765 0.11064 0.91618 0.11064 0.91618 0.10049\n 40 6 16\n 38 6 1\n 14 94 4 0.91618 0.10467 0.91618 0.11482 0.92471 0.11482 0.92471 0.10467\n 40 6 17\n 38 6 1\n 14 94 4 0.92471 0.10976 0.92471 0.11991 0.93324 0.11991 0.93324 0.10976\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 25 6 1\n 40 6 7\n 38 6 1\n 14 94 4 0.94993 0.09346 0.96729 0.09346 0.96729 0.11283 0.94993 0.11283\n 11 116 5 0.94993 0.09346 0.96729 0.09346 0.96729 0.11283 0.94993 0.11283 0.94993 0.09346\n 40 6 8\n 38 6 1\n 14 94 4 0.94993 0.11283 0.96729 0.11283 0.96729 0.13220 0.94993 0.13220\n 11 116 5 0.94993 0.11283 0.96729 0.11283 0.96729 0.13220 0.94993 0.13220 0.94993 0.11283\n 40 6 9\n 38 6 1\n 14 94 4 0.94993 0.13220 0.96729 0.13220 0.96729 0.15157 0.94993 0.15157\n 11 116 5 0.94993 0.13220 0.96729 0.13220 0.96729 0.15157 0.94993 0.15157 0.94993 0.13220\n 40 6 10\n 38 6 1\n 14 94 4 0.94993 0.15157 0.96729 0.15157 0.96729 0.17094 0.94993 0.17094\n 11 116 5 0.94993 0.15157 0.96729 0.15157 0.96729 0.17094 0.94993 0.17094 0.94993 0.15157\n 40 6 11\n 38 6 1\n 14 94 4 0.94993 0.17094 0.96729 0.17094 0.96729 0.19031 0.94993 0.19031\n 11 116 5 0.94993 0.17094 0.96729 0.17094 0.96729 0.19031 0.94993 0.19031 0.94993 0.17094\n 40 6 12\n 38 6 1\n 14 94 4 0.94993 0.19031 0.96729 0.19031 0.96729 0.20969 0.94993 0.20969\n 11 116 5 0.94993 0.19031 0.96729 0.19031 0.96729 0.20969 0.94993 0.20969 0.94993 0.19031\n 40 6 13\n 38 6 1\n 14 94 4 0.94993 0.20969 0.96729 0.20969 0.96729 0.22906 0.94993 0.22906\n 11 116 5 0.94993 0.20969 0.96729 0.20969 0.96729 0.22906 0.94993 0.22906 0.94993 0.20969\n 40 6 14\n 38 6 1\n 14 94 4 0.94993 0.22906 0.96729 0.22906 0.96729 0.24843 0.94993 0.24843\n 11 116 5 0.94993 0.22906 0.96729 0.22906 0.96729 0.24843 0.94993 0.24843 0.94993 0.22906\n 40 6 15\n 38 6 1\n 14 94 4 0.94993 0.24843 0.96729 0.24843 0.96729 0.26780 0.94993 0.26780\n 11 116 5 0.94993 0.24843 0.96729 0.24843 0.96729 0.26780 0.94993 0.26780 0.94993 0.24843\n 40 6 16\n 38 6 1\n 14 94 4 0.94993 0.26780 0.96729 0.26780 0.96729 0.28717 0.94993 0.28717\n 11 116 5 0.94993 0.26780 0.96729 0.26780 0.96729 0.28717 0.94993 0.28717 0.94993 0.26780\n 40 6 17\n 38 6 1\n 14 94 4 0.94993 0.28717 0.96729 0.28717 0.96729 0.30654 0.94993 0.30654\n 11 116 5 0.94993 0.28717 0.96729 0.28717 0.96729 0.30654 0.94993 0.30654 0.94993 0.28717\n 11 380 17 0.98975 0.09680 0.98879 0.09648 0.98816 0.09552 0.98784 0.09393 0.98784 0.09298 0.98816 0.09139 0.98879 0.09044 0.98975 0.09012 0.99038 0.09012 0.99134 0.09044 0.99197 0.09139 0.99229 0.09298 0.99229 0.09393 0.99197 0.09552 0.99134 0.09648 0.99038 0.09680 0.98975 0.09680\n 11 94 4 0.97862 0.11490 0.97926 0.11521 0.98021 0.11617 0.98021 0.10949\n 11 380 17 0.98593 0.11617 0.98498 0.11585 0.98434 0.11490 0.98403 0.11331 0.98403 0.11235 0.98434 0.11076 0.98498 0.10981 0.98593 0.10949 0.98657 0.10949 0.98752 0.10981 0.98816 0.11076 0.98848 0.11235 0.98848 0.11331 0.98816 0.11490 0.98752 0.11585 0.98657 0.11617 0.98593 0.11617\n 11 380 17 0.99229 0.11617 0.99134 0.11585 0.99070 0.11490 0.99038 0.11331 0.99038 0.11235 0.99070 0.11076 0.99134 0.10981 0.99229 0.10949 0.99293 0.10949 0.99388 0.10981 0.99452 0.11076 0.99483 0.11235 0.99483 0.11331 0.99452 0.11490 0.99388 0.11585 0.99293 0.11617 0.99229 0.11617\n 11 314 14 0.97799 0.13395 0.97799 0.13427 0.97830 0.13490 0.97862 0.13522 0.97926 0.13554 0.98053 0.13554 0.98117 0.13522 0.98148 0.13490 0.98180 0.13427 0.98180 0.13363 0.98148 0.13300 0.98085 0.13204 0.97767 0.12886 0.98212 0.12886\n 11 380 17 0.98593 0.13554 0.98498 0.13522 0.98434 0.13427 0.98403 0.13268 0.98403 0.13172 0.98434 0.13013 0.98498 0.12918 0.98593 0.12886 0.98657 0.12886 0.98752 0.12918 0.98816 0.13013 0.98848 0.13172 0.98848 0.13268 0.98816 0.13427 0.98752 0.13522 0.98657 0.13554 0.98593 0.13554\n 11 380 17 0.99229 0.13554 0.99134 0.13522 0.99070 0.13427 0.99038 0.13268 0.99038 0.13172 0.99070 0.13013 0.99134 0.12918 0.99229 0.12886 0.99293 0.12886 0.99388 0.12918 0.99452 0.13013 0.99483 0.13172 0.99483 0.13268 0.99452 0.13427 0.99388 0.13522 0.99293 0.13554 0.99229 0.13554\n 11 336 15 0.97830 0.15491 0.98180 0.15491 0.97989 0.15237 0.98085 0.15237 0.98148 0.15205 0.98180 0.15173 0.98212 0.15078 0.98212 0.15014 0.98180 0.14919 0.98117 0.14855 0.98021 0.14823 0.97926 0.14823 0.97830 0.14855 0.97799 0.14887 0.97767 0.14951\n 11 380 17 0.98593 0.15491 0.98498 0.15459 0.98434 0.15364 0.98403 0.15205 0.98403 0.15109 0.98434 0.14951 0.98498 0.14855 0.98593 0.14823 0.98657 0.14823 0.98752 0.14855 0.98816 0.14951 0.98848 0.15109 0.98848 0.15205 0.98816 0.15364 0.98752 0.15459 0.98657 0.15491 0.98593 0.15491\n 11 380 17 0.99229 0.15491 0.99134 0.15459 0.99070 0.15364 0.99038 0.15205 0.99038 0.15109 0.99070 0.14951 0.99134 0.14855 0.99229 0.14823 0.99293 0.14823 0.99388 0.14855 0.99452 0.14951 0.99483 0.15109 0.99483 0.15205 0.99452 0.15364 0.99388 0.15459 0.99293 0.15491 0.99229 0.15491\n 11 72 3 0.98085 0.17428 0.97767 0.16983 0.98244 0.16983\n 11 50 2 0.98085 0.17428 0.98085 0.16761\n 11 380 17 0.98593 0.17428 0.98498 0.17396 0.98434 0.17301 0.98403 0.17142 0.98403 0.17047 0.98434 0.16888 0.98498 0.16792 0.98593 0.16761 0.98657 0.16761 0.98752 0.16792 0.98816 0.16888 0.98848 0.17047 0.98848 0.17142 0.98816 0.17301 0.98752 0.17396 0.98657 0.17428 0.98593 0.17428\n 11 380 17 0.99229 0.17428 0.99134 0.17396 0.99070 0.17301 0.99038 0.17142 0.99038 0.17047 0.99070 0.16888 0.99134 0.16792 0.99229 0.16761 0.99293 0.16761 0.99388 0.16792 0.99452 0.16888 0.99483 0.17047 0.99483 0.17142 0.99452 0.17301 0.99388 0.17396 0.99293 0.17428 0.99229 0.17428\n 11 380 17 0.98148 0.19365 0.97830 0.19365 0.97799 0.19079 0.97830 0.19111 0.97926 0.19143 0.98021 0.19143 0.98117 0.19111 0.98180 0.19047 0.98212 0.18952 0.98212 0.18888 0.98180 0.18793 0.98117 0.18729 0.98021 0.18698 0.97926 0.18698 0.97830 0.18729 0.97799 0.18761 0.97767 0.18825\n 11 380 17 0.98593 0.19365 0.98498 0.19333 0.98434 0.19238 0.98403 0.19079 0.98403 0.18984 0.98434 0.18825 0.98498 0.18729 0.98593 0.18698 0.98657 0.18698 0.98752 0.18729 0.98816 0.18825 0.98848 0.18984 0.98848 0.19079 0.98816 0.19238 0.98752 0.19333 0.98657 0.19365 0.98593 0.19365\n 11 380 17 0.99229 0.19365 0.99134 0.19333 0.99070 0.19238 0.99038 0.19079 0.99038 0.18984 0.99070 0.18825 0.99134 0.18729 0.99229 0.18698 0.99293 0.18698 0.99388 0.18729 0.99452 0.18825 0.99483 0.18984 0.99483 0.19079 0.99452 0.19238 0.99388 0.19333 0.99293 0.19365 0.99229 0.19365\n 11 512 23 0.98180 0.21207 0.98148 0.21271 0.98053 0.21302 0.97989 0.21302 0.97894 0.21271 0.97830 0.21175 0.97799 0.21016 0.97799 0.20857 0.97830 0.20730 0.97894 0.20667 0.97989 0.20635 0.98021 0.20635 0.98117 0.20667 0.98180 0.20730 0.98212 0.20826 0.98212 0.20857 0.98180 0.20953 0.98117 0.21016 0.98021 0.21048 0.97989 0.21048 0.97894 0.21016 0.97830 0.20953 0.97799 0.20857\n 11 380 17 0.98593 0.21302 0.98498 0.21271 0.98434 0.21175 0.98403 0.21016 0.98403 0.20921 0.98434 0.20762 0.98498 0.20667 0.98593 0.20635 0.98657 0.20635 0.98752 0.20667 0.98816 0.20762 0.98848 0.20921 0.98848 0.21016 0.98816 0.21175 0.98752 0.21271 0.98657 0.21302 0.98593 0.21302\n 11 380 17 0.99229 0.21302 0.99134 0.21271 0.99070 0.21175 0.99038 0.21016 0.99038 0.20921 0.99070 0.20762 0.99134 0.20667 0.99229 0.20635 0.99293 0.20635 0.99388 0.20667 0.99452 0.20762 0.99483 0.20921 0.99483 0.21016 0.99452 0.21175 0.99388 0.21271 0.99293 0.21302 0.99229 0.21302\n 11 50 2 0.98212 0.23239 0.97894 0.22572\n 11 50 2 0.97767 0.23239 0.98212 0.23239\n 11 380 17 0.98593 0.23239 0.98498 0.23208 0.98434 0.23112 0.98403 0.22953 0.98403 0.22858 0.98434 0.22699 0.98498 0.22604 0.98593 0.22572 0.98657 0.22572 0.98752 0.22604 0.98816 0.22699 0.98848 0.22858 0.98848 0.22953 0.98816 0.23112 0.98752 0.23208 0.98657 0.23239 0.98593 0.23239\n 11 380 17 0.99229 0.23239 0.99134 0.23208 0.99070 0.23112 0.99038 0.22953 0.99038 0.22858 0.99070 0.22699 0.99134 0.22604 0.99229 0.22572 0.99293 0.22572 0.99388 0.22604 0.99452 0.22699 0.99483 0.22858 0.99483 0.22953 0.99452 0.23112 0.99388 0.23208 0.99293 0.23239 0.99229 0.23239\n 11 644 29 0.97926 0.25177 0.97830 0.25145 0.97799 0.25081 0.97799 0.25018 0.97830 0.24954 0.97894 0.24922 0.98021 0.24891 0.98117 0.24859 0.98180 0.24795 0.98212 0.24732 0.98212 0.24636 0.98180 0.24573 0.98148 0.24541 0.98053 0.24509 0.97926 0.24509 0.97830 0.24541 0.97799 0.24573 0.97767 0.24636 0.97767 0.24732 0.97799 0.24795 0.97862 0.24859 0.97958 0.24891 0.98085 0.24922 0.98148 0.24954 0.98180 0.25018 0.98180 0.25081 0.98148 0.25145 0.98053 0.25177 0.97926 0.25177\n 11 380 17 0.98593 0.25177 0.98498 0.25145 0.98434 0.25049 0.98403 0.24891 0.98403 0.24795 0.98434 0.24636 0.98498 0.24541 0.98593 0.24509 0.98657 0.24509 0.98752 0.24541 0.98816 0.24636 0.98848 0.24795 0.98848 0.24891 0.98816 0.25049 0.98752 0.25145 0.98657 0.25177 0.98593 0.25177\n 11 380 17 0.99229 0.25177 0.99134 0.25145 0.99070 0.25049 0.99038 0.24891 0.99038 0.24795 0.99070 0.24636 0.99134 0.24541 0.99229 0.24509 0.99293 0.24509 0.99388 0.24541 0.99452 0.24636 0.99483 0.24795 0.99483 0.24891 0.99452 0.25049 0.99388 0.25145 0.99293 0.25177 0.99229 0.25177\n 11 512 23 0.98180 0.26891 0.98148 0.26796 0.98085 0.26732 0.97989 0.26700 0.97958 0.26700 0.97862 0.26732 0.97799 0.26796 0.97767 0.26891 0.97767 0.26923 0.97799 0.27018 0.97862 0.27082 0.97958 0.27114 0.97989 0.27114 0.98085 0.27082 0.98148 0.27018 0.98180 0.26891 0.98180 0.26732 0.98148 0.26573 0.98085 0.26478 0.97989 0.26446 0.97926 0.26446 0.97830 0.26478 0.97799 0.26542\n 11 380 17 0.98593 0.27114 0.98498 0.27082 0.98434 0.26987 0.98403 0.26828 0.98403 0.26732 0.98434 0.26573 0.98498 0.26478 0.98593 0.26446 0.98657 0.26446 0.98752 0.26478 0.98816 0.26573 0.98848 0.26732 0.98848 0.26828 0.98816 0.26987 0.98752 0.27082 0.98657 0.27114 0.98593 0.27114\n 11 380 17 0.99229 0.27114 0.99134 0.27082 0.99070 0.26987 0.99038 0.26828 0.99038 0.26732 0.99070 0.26573 0.99134 0.26478 0.99229 0.26446 0.99293 0.26446 0.99388 0.26478 0.99452 0.26573 0.99483 0.26732 0.99483 0.26828 0.99452 0.26987 0.99388 0.27082 0.99293 0.27114 0.99229 0.27114\n 11 94 4 0.97354 0.28924 0.97417 0.28955 0.97513 0.29051 0.97513 0.28383\n 11 380 17 0.98085 0.29051 0.97989 0.29019 0.97926 0.28924 0.97894 0.28765 0.97894 0.28669 0.97926 0.28510 0.97989 0.28415 0.98085 0.28383 0.98148 0.28383 0.98244 0.28415 0.98307 0.28510 0.98339 0.28669 0.98339 0.28765 0.98307 0.28924 0.98244 0.29019 0.98148 0.29051 0.98085 0.29051\n 11 380 17 0.98721 0.29051 0.98625 0.29019 0.98562 0.28924 0.98530 0.28765 0.98530 0.28669 0.98562 0.28510 0.98625 0.28415 0.98721 0.28383 0.98784 0.28383 0.98879 0.28415 0.98943 0.28510 0.98975 0.28669 0.98975 0.28765 0.98943 0.28924 0.98879 0.29019 0.98784 0.29051 0.98721 0.29051\n 11 380 17 0.99356 0.29051 0.99261 0.29019 0.99197 0.28924 0.99166 0.28765 0.99166 0.28669 0.99197 0.28510 0.99261 0.28415 0.99356 0.28383 0.99420 0.28383 0.99515 0.28415 0.99579 0.28510 0.99611 0.28669 0.99611 0.28765 0.99579 0.28924 0.99515 0.29019 0.99420 0.29051 0.99356 0.29051\n 11 94 4 0.97354 0.30861 0.97417 0.30893 0.97513 0.30988 0.97513 0.30320\n 11 94 4 0.97989 0.30861 0.98053 0.30893 0.98148 0.30988 0.98148 0.30320\n 11 380 17 0.98721 0.30988 0.98625 0.30956 0.98562 0.30861 0.98530 0.30702 0.98530 0.30607 0.98562 0.30448 0.98625 0.30352 0.98721 0.30320 0.98784 0.30320 0.98879 0.30352 0.98943 0.30448 0.98975 0.30607 0.98975 0.30702 0.98943 0.30861 0.98879 0.30956 0.98784 0.30988 0.98721 0.30988\n 11 380 17 0.99356 0.30988 0.99261 0.30956 0.99197 0.30861 0.99166 0.30702 0.99166 0.30607 0.99197 0.30448 0.99261 0.30352 0.99356 0.30320 0.99420 0.30320 0.99515 0.30352 0.99579 0.30448 0.99611 0.30607 0.99611 0.30702 0.99579 0.30861 0.99515 0.30956 0.99420 0.30988 0.99356 0.30988\n 21 6 1\n 25 6 1\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 50 2 0.08011 0.09346 0.08011 0.30654\n 11 50 2 0.93324 0.09346 0.93324 0.30654\n 11 50 2 0.08011 0.30654 0.93324 0.30654\n 11 50 2 0.08011 0.09346 0.93324 0.09346\n 82 0\n 81 6 430\n 82 0\n 81 6 431\n 21 6 1\n 25 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 56 39 19 0.30000 0.20000 1.00000\n 56 39 20 0.16957 0.37391 0.69565\n 56 39 21 0.03913 0.54783 0.39130\n 56 39 22 0.21212 0.68485 0.23636\n 56 39 23 0.51515 0.80606 0.14545\n 56 39 24 0.81818 0.92727 0.05455\n 56 39 25 1.00000 0.83333 0.00000\n 56 39 26 1.00000 0.41667 0.00000\n 56 39 27 1.00000 0.00000 0.00000\n 56 39 28 0.60000 0.00000 0.00000\n 56 39 18 0.80000 0.00000 1.00000\n 21 6 6\n 25 6 6\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.12276 0.29590 0.12276 0.30605 0.13130 0.30605 0.13130 0.29590\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.13130 0.29438 0.13130 0.30453 0.13983 0.30453 0.13983 0.29438\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.12276 0.29590 0.12276 0.30605 0.13130 0.30605 0.13130 0.29590 0.12276 0.29590\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.13983 0.29187 0.13983 0.30202 0.14836 0.30202 0.14836 0.29187\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.13130 0.29438 0.13130 0.30453 0.13983 0.30453 0.13983 0.29438 0.13130 0.29438\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.14836 0.28840 0.14836 0.29854 0.15689 0.29854 0.15689 0.28840\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.13983 0.29187 0.13983 0.30202 0.14836 0.30202 0.14836 0.29187 0.13983 0.29187\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.15689 0.28398 0.15689 0.29413 0.16542 0.29413 0.16542 0.28398\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.14836 0.28840 0.14836 0.29854 0.15689 0.29854 0.15689 0.28840 0.14836 0.28840\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.16542 0.27868 0.16542 0.28883 0.17395 0.28883 0.17395 0.27868\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.15689 0.28398 0.15689 0.29413 0.16542 0.29413 0.16542 0.28398 0.15689 0.28398\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.17395 0.27254 0.17395 0.28269 0.18248 0.28269 0.18248 0.27254\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.16542 0.27868 0.16542 0.28883 0.17395 0.28883 0.17395 0.27868 0.16542 0.27868\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.18248 0.26563 0.18248 0.27578 0.19101 0.27578 0.19101 0.26563\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.17395 0.27254 0.17395 0.28269 0.18248 0.28269 0.18248 0.27254 0.17395 0.27254\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.19101 0.25800 0.19101 0.26815 0.19955 0.26815 0.19955 0.25800\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.18248 0.26563 0.18248 0.27578 0.19101 0.27578 0.19101 0.26563 0.18248 0.26563\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.19955 0.24975 0.19955 0.25990 0.20808 0.25990 0.20808 0.24975\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.19101 0.25800 0.19101 0.26815 0.19955 0.26815 0.19955 0.25800 0.19101 0.25800\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.20808 0.24095 0.20808 0.25110 0.21661 0.25110 0.21661 0.24095\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.19955 0.24975 0.19955 0.25990 0.20808 0.25990 0.20808 0.24975 0.19955 0.24975\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.21661 0.23169 0.21661 0.24184 0.22514 0.24184 0.22514 0.23169\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.20808 0.24095 0.20808 0.25110 0.21661 0.25110 0.21661 0.24095 0.20808 0.24095\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.22514 0.22207 0.22514 0.23221 0.23367 0.23221 0.23367 0.22207\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.21661 0.23169 0.21661 0.24184 0.22514 0.24184 0.22514 0.23169 0.21661 0.23169\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.23367 0.21217 0.23367 0.22232 0.24220 0.22232 0.24220 0.21217\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.22514 0.22207 0.22514 0.23221 0.23367 0.23221 0.23367 0.22207 0.22514 0.22207\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.24220 0.20210 0.24220 0.21225 0.25073 0.21225 0.25073 0.20210\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.23367 0.21217 0.23367 0.22232 0.24220 0.22232 0.24220 0.21217 0.23367 0.21217\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.25073 0.19195 0.25073 0.20210 0.25927 0.20210 0.25927 0.19195\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.24220 0.20210 0.24220 0.21225 0.25073 0.21225 0.25073 0.20210 0.24220 0.20210\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.25927 0.18184 0.25927 0.19199 0.26780 0.19199 0.26780 0.18184\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.25073 0.19195 0.25073 0.20210 0.25927 0.20210 0.25927 0.19195 0.25073 0.19195\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.26780 0.17186 0.26780 0.18201 0.27633 0.18201 0.27633 0.17186\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.25927 0.18184 0.25927 0.19199 0.26780 0.19199 0.26780 0.18184 0.25927 0.18184\n 40 6 18\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.27633 0.16211 0.27633 0.17226 0.28486 0.17226 0.28486 0.16211\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.26780 0.17186 0.26780 0.18201 0.27633 0.18201 0.27633 0.17186 0.26780 0.17186\n 40 6 18\n 38 6 3\n 39 6 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1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.84793 0.12603 0.84793 0.13618 0.85646 0.13618 0.85646 0.12603\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.83940 0.13382 0.83940 0.14397 0.84793 0.14397 0.84793 0.13382 0.83940 0.13382\n 40 6 25\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.85646 0.11894 0.85646 0.12909 0.86499 0.12909 0.86499 0.11894\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.84793 0.12603 0.84793 0.13618 0.85646 0.13618 0.85646 0.12603 0.84793 0.12603\n 40 6 25\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.86499 0.11260 0.86499 0.12275 0.87352 0.12275 0.87352 0.11260\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.85646 0.11894 0.85646 0.12909 0.86499 0.12909 0.86499 0.11894 0.85646 0.11894\n 40 6 25\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.87352 0.10708 0.87352 0.11723 0.88206 0.11723 0.88206 0.10708\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.86499 0.11260 0.86499 0.12275 0.87352 0.12275 0.87352 0.11260 0.86499 0.11260\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.88206 0.10245 0.88206 0.11260 0.89059 0.11260 0.89059 0.10245\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.87352 0.10708 0.87352 0.11723 0.88206 0.11723 0.88206 0.10708 0.87352 0.10708\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.89059 0.09873 0.89059 0.10888 0.89912 0.10888 0.89912 0.09873\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.88206 0.10245 0.88206 0.11260 0.89059 0.11260 0.89059 0.10245 0.88206 0.10245\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.89912 0.09598 0.89912 0.10613 0.90765 0.10613 0.90765 0.09598\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.89059 0.09873 0.89059 0.10888 0.89912 0.10888 0.89912 0.09873 0.89059 0.09873\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.90765 0.09422 0.90765 0.10436 0.91618 0.10436 0.91618 0.09422\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.89912 0.09598 0.89912 0.10613 0.90765 0.10613 0.90765 0.09598 0.89912 0.09598\n 40 6 26\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.91618 0.09346 0.91618 0.10361 0.92471 0.10361 0.92471 0.09346\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.90765 0.09422 0.90765 0.10436 0.91618 0.10436 0.91618 0.09422 0.90765 0.09422\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.92471 0.09371 0.92471 0.10386 0.93324 0.10386 0.93324 0.09371\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 94 4 0.91618 0.09346 0.91618 0.10361 0.92471 0.10361 0.92471 0.09346\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.93324 0.09498 0.93324 0.10513 0.94178 0.10513 0.94178 0.09498\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.92471 0.09371 0.92471 0.10386 0.93324 0.10386 0.93324 0.09371 0.92471 0.09371\n 11 72 3 0.93324 0.09498 0.93324 0.10513 0.93324 0.10513\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.94178 0.09725 0.94178 0.10740 0.95031 0.10740 0.95031 0.09725\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.95031 0.10049 0.95031 0.11064 0.95884 0.11064 0.95884 0.10049\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.95884 0.10467 0.95884 0.11482 0.96737 0.11482 0.96737 0.10467\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 40 6 28\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.96737 0.10976 0.96737 0.11991 0.97590 0.11991 0.97590 0.10976\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 50 2 0.93324 0.09498 0.93324 0.09498\n 21 6 1\n 25 6 1\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 50 2 0.08011 0.09346 0.08011 0.30654\n 11 50 2 0.93324 0.09346 0.93324 0.30654\n 11 50 2 0.08011 0.30654 0.93324 0.30654\n 11 50 2 0.08011 0.09346 0.93324 0.09346\n 82 0\n 81 6 432\n 82 0\n 81 6 433\n 21 6 1\n 25 6 1\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 56 39 30 0.30000 0.20000 1.00000\n 56 39 31 0.16957 0.37391 0.69565\n 56 39 32 0.03913 0.54783 0.39130\n 56 39 33 0.21212 0.68485 0.23636\n 56 39 34 0.51515 0.80606 0.14545\n 56 39 35 0.81818 0.92727 0.05455\n 56 39 36 1.00000 0.83333 0.00000\n 56 39 37 1.00000 0.41667 0.00000\n 56 39 38 1.00000 0.00000 0.00000\n 56 39 39 0.60000 0.00000 0.00000\n 56 39 29 0.80000 0.00000 1.00000\n 21 6 4\n 25 6 4\n 11 116 5 0.08011 0.27053 0.08011 0.28068 0.08864 0.28068 0.08864 0.27053 0.08011 0.27053\n 11 116 5 0.08864 0.26901 0.08864 0.27916 0.09717 0.27916 0.09717 0.26901 0.08864 0.26901\n 11 116 5 0.09717 0.26650 0.09717 0.27665 0.10570 0.27665 0.10570 0.26650 0.09717 0.26650\n 11 116 5 0.10570 0.26302 0.10570 0.27317 0.11423 0.27317 0.11423 0.26302 0.10570 0.26302\n 11 116 5 0.11423 0.25861 0.11423 0.26876 0.12276 0.26876 0.12276 0.25861 0.11423 0.25861\n 11 116 5 0.12276 0.25331 0.12276 0.26346 0.13130 0.26346 0.13130 0.25331 0.12276 0.25331\n 11 116 5 0.13130 0.24717 0.13130 0.25732 0.13983 0.25732 0.13983 0.24717 0.13130 0.24717\n 11 116 5 0.13983 0.24025 0.13983 0.25040 0.14836 0.25040 0.14836 0.24025 0.13983 0.24025\n 11 116 5 0.14836 0.23263 0.14836 0.24278 0.15689 0.24278 0.15689 0.23263 0.14836 0.23263\n 11 116 5 0.15689 0.22438 0.15689 0.23453 0.16542 0.23453 0.16542 0.22438 0.15689 0.22438\n 11 116 5 0.16542 0.21558 0.16542 0.22573 0.17395 0.22573 0.17395 0.21558 0.16542 0.21558\n 11 116 5 0.17395 0.20632 0.17395 0.21647 0.18248 0.21647 0.18248 0.20632 0.17395 0.20632\n 11 116 5 0.18248 0.19669 0.18248 0.20684 0.19101 0.20684 0.19101 0.19669 0.18248 0.19669\n 11 116 5 0.19101 0.18679 0.19101 0.19694 0.19955 0.19694 0.19955 0.18679 0.19101 0.18679\n 11 116 5 0.19955 0.17672 0.19955 0.18687 0.20808 0.18687 0.20808 0.17672 0.19955 0.17672\n 11 116 5 0.20808 0.16658 0.20808 0.17673 0.21661 0.17673 0.21661 0.16658 0.20808 0.16658\n 11 116 5 0.21661 0.15647 0.21661 0.16662 0.22514 0.16662 0.22514 0.15647 0.21661 0.15647\n 11 116 5 0.22514 0.14649 0.22514 0.15663 0.23367 0.15663 0.23367 0.14649 0.22514 0.14649\n 11 116 5 0.23367 0.13673 0.23367 0.14688 0.24220 0.14688 0.24220 0.13673 0.23367 0.13673\n 11 116 5 0.24220 0.12731 0.24220 0.13746 0.25073 0.13746 0.25073 0.12731 0.24220 0.12731\n 11 116 5 0.25073 0.11831 0.25073 0.12846 0.25927 0.12846 0.25927 0.11831 0.25073 0.11831\n 11 116 5 0.25927 0.10982 0.25927 0.11997 0.26780 0.11997 0.26780 0.10982 0.25927 0.10982\n 11 116 5 0.26780 0.10192 0.26780 0.11207 0.27633 0.11207 0.27633 0.10192 0.26780 0.10192\n 11 116 5 0.27633 0.09471 0.27633 0.10486 0.28486 0.10486 0.28486 0.09471 0.27633 0.09471\n 11 94 4 0.28486 0.09346 0.28486 0.09839 0.29339 0.09839 0.29339 0.09346\n 11 94 4 0.38724 0.09346 0.38724 0.09362 0.39577 0.09362 0.39577 0.09346\n 11 94 4 0.39577 0.09346 0.39577 0.09942 0.40430 0.09942 0.40430 0.09346\n 11 116 5 0.40430 0.09587 0.40430 0.10602 0.41283 0.10602 0.41283 0.09587 0.40430 0.09587\n 11 116 5 0.41283 0.10321 0.41283 0.11336 0.42136 0.11336 0.42136 0.10321 0.41283 0.10321\n 11 116 5 0.42136 0.11121 0.42136 0.12135 0.42989 0.12135 0.42989 0.11121 0.42136 0.11121\n 11 116 5 0.42989 0.11979 0.42989 0.12994 0.43842 0.12994 0.43842 0.11979 0.42989 0.11979\n 11 116 5 0.43842 0.12887 0.43842 0.13902 0.44696 0.13902 0.44696 0.12887 0.43842 0.12887\n 11 116 5 0.44696 0.13835 0.44696 0.14850 0.45549 0.14850 0.45549 0.13835 0.44696 0.13835\n 11 116 5 0.45549 0.14815 0.45549 0.15830 0.46402 0.15830 0.46402 0.14815 0.45549 0.14815\n 11 116 5 0.46402 0.15816 0.46402 0.16831 0.47255 0.16831 0.47255 0.15816 0.46402 0.15816\n 11 116 5 0.47255 0.16829 0.47255 0.17844 0.48108 0.17844 0.48108 0.16829 0.47255 0.16829\n 11 116 5 0.48108 0.17842 0.48108 0.18857 0.48961 0.18857 0.48961 0.17842 0.48108 0.17842\n 11 116 5 0.48961 0.18847 0.48961 0.19862 0.49814 0.19862 0.49814 0.18847 0.48961 0.18847\n 11 116 5 0.49814 0.19833 0.49814 0.20848 0.50668 0.20848 0.50668 0.19833 0.49814 0.19833\n 11 116 5 0.50668 0.20791 0.50668 0.21805 0.51521 0.21805 0.51521 0.20791 0.50668 0.20791\n 11 116 5 0.51521 0.21709 0.51521 0.22724 0.52374 0.22724 0.52374 0.21709 0.51521 0.21709\n 11 116 5 0.52374 0.22581 0.52374 0.23596 0.53227 0.23596 0.53227 0.22581 0.52374 0.22581\n 11 116 5 0.53227 0.23396 0.53227 0.24411 0.54080 0.24411 0.54080 0.23396 0.53227 0.23396\n 11 116 5 0.54080 0.24147 0.54080 0.25162 0.54933 0.25162 0.54933 0.24147 0.54080 0.24147\n 11 116 5 0.54933 0.24826 0.54933 0.25841 0.55786 0.25841 0.55786 0.24826 0.54933 0.24826\n 11 116 5 0.55786 0.25426 0.55786 0.26441 0.56640 0.26441 0.56640 0.25426 0.55786 0.25426\n 11 116 5 0.56640 0.25942 0.56640 0.26957 0.57493 0.26957 0.57493 0.25942 0.56640 0.25942\n 11 116 5 0.57493 0.26367 0.57493 0.27382 0.58346 0.27382 0.58346 0.26367 0.57493 0.26367\n 11 116 5 0.58346 0.26699 0.58346 0.27714 0.59199 0.27714 0.59199 0.26699 0.58346 0.26699\n 11 116 5 0.59199 0.26934 0.59199 0.27949 0.60052 0.27949 0.60052 0.26934 0.59199 0.26934\n 11 116 5 0.60052 0.27068 0.60052 0.28083 0.60905 0.28083 0.60905 0.27068 0.60052 0.27068\n 11 116 5 0.60905 0.27102 0.60905 0.28117 0.61758 0.28117 0.61758 0.27102 0.60905 0.27102\n 11 116 5 0.61758 0.27034 0.61758 0.28049 0.62611 0.28049 0.62611 0.27034 0.61758 0.27034\n 11 116 5 0.62611 0.26866 0.62611 0.27881 0.63465 0.27881 0.63465 0.26866 0.62611 0.26866\n 11 116 5 0.63465 0.26598 0.63465 0.27613 0.64318 0.27613 0.64318 0.26598 0.63465 0.26598\n 11 116 5 0.64318 0.26235 0.64318 0.27249 0.65171 0.27249 0.65171 0.26235 0.64318 0.26235\n 11 116 5 0.65171 0.25778 0.65171 0.26793 0.66024 0.26793 0.66024 0.25778 0.65171 0.25778\n 11 116 5 0.66024 0.25233 0.66024 0.26248 0.66877 0.26248 0.66877 0.25233 0.66024 0.25233\n 11 116 5 0.66877 0.24606 0.66877 0.25621 0.67730 0.25621 0.67730 0.24606 0.66877 0.24606\n 11 116 5 0.67730 0.23902 0.67730 0.24917 0.68583 0.24917 0.68583 0.23902 0.67730 0.23902\n 11 116 5 0.68583 0.23129 0.68583 0.24144 0.69437 0.24144 0.69437 0.23129 0.68583 0.23129\n 11 116 5 0.69437 0.22294 0.69437 0.23309 0.70290 0.23309 0.70290 0.22294 0.69437 0.22294\n 11 116 5 0.70290 0.21405 0.70290 0.22420 0.71143 0.22420 0.71143 0.21405 0.70290 0.21405\n 11 116 5 0.71143 0.20472 0.71143 0.21487 0.71996 0.21487 0.71996 0.20472 0.71143 0.20472\n 11 116 5 0.71996 0.19504 0.71996 0.20519 0.72849 0.20519 0.72849 0.19504 0.71996 0.19504\n 11 116 5 0.72849 0.18511 0.72849 0.19526 0.73702 0.19526 0.73702 0.18511 0.72849 0.18511\n 11 116 5 0.73702 0.17502 0.73702 0.18517 0.74555 0.18517 0.74555 0.17502 0.73702 0.17502\n 11 116 5 0.74555 0.16488 0.74555 0.17502 0.75409 0.17502 0.75409 0.16488 0.74555 0.16488\n 11 116 5 0.75409 0.15478 0.75409 0.16493 0.76262 0.16493 0.76262 0.15478 0.75409 0.15478\n 11 116 5 0.76262 0.14483 0.76262 0.15498 0.77115 0.15498 0.77115 0.14483 0.76262 0.14483\n 11 116 5 0.77115 0.13512 0.77115 0.14527 0.77968 0.14527 0.77968 0.13512 0.77115 0.13512\n 11 116 5 0.77968 0.12576 0.77968 0.13591 0.78821 0.13591 0.78821 0.12576 0.77968 0.12576\n 11 116 5 0.78821 0.11684 0.78821 0.12699 0.79674 0.12699 0.79674 0.11684 0.78821 0.11684\n 11 116 5 0.79674 0.10845 0.79674 0.11860 0.80527 0.11860 0.80527 0.10845 0.79674 0.10845\n 11 116 5 0.80527 0.10066 0.80527 0.11081 0.81381 0.11081 0.81381 0.10066 0.80527 0.10066\n 11 116 5 0.81380 0.09356 0.81380 0.10371 0.82234 0.10371 0.82234 0.09356 0.81380 0.09356\n 11 94 4 0.82234 0.09346 0.82234 0.09738 0.83087 0.09738 0.83087 0.09346\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 94 4 0.92471 0.09346 0.92471 0.09454 0.93324 0.09454 0.93324 0.09346\n 21 6 1\n 25 6 1\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 50 2 0.08011 0.09346 0.08011 0.30654\n 11 50 2 0.93324 0.09346 0.93324 0.30654\n 11 50 2 0.08011 0.30654 0.93324 0.30654\n 11 50 2 0.08011 0.09346 0.93324 0.09346\n 82 0\n 81 6 434\n 82 0\n 0 0\n","old_contents":"GKSM@stout.pmel.noaa.govXPPLP Profile F 1.0 09\/01\/20 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 7 1 1.00000 1\n 51 29 7 1 2.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 3.00000 1\n 52 29 2 1 1.00000 2\n 51 29 2 1 1.00000 2\n 52 29 8 1 1.00000 2\n 51 29 8 1 2.00000 2\n 52 29 14 1 1.00000 2\n 51 29 14 1 3.00000 2\n 52 29 3 1 1.00000 3\n 51 29 3 1 1.00000 3\n 52 29 9 1 1.00000 3\n 51 29 9 1 2.00000 3\n 52 29 15 1 1.00000 3\n 51 29 15 1 3.00000 3\n 52 29 4 1 1.00000 4\n 51 29 4 1 1.00000 4\n 52 29 10 1 1.00000 4\n 51 29 10 1 2.00000 4\n 52 29 16 1 1.00000 4\n 51 29 16 1 3.00000 4\n 52 29 5 1 1.00000 5\n 51 29 5 1 1.00000 5\n 52 29 11 1 1.00000 5\n 51 29 11 1 2.00000 5\n 52 29 17 1 1.00000 5\n 51 29 17 1 3.00000 5\n 52 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0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.40000\n 72 44 0.00000 14.98000 0.00000 5.99200\n 81 6 429\n 21 6 1\n 25 6 1\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.07176 0.11372 0.08011 0.11372 0.08011 0.13402 0.07176 0.13402 0.08011 0.13402 0.08011 0.15432 0.07176 0.15432 0.08011 0.15432 0.08011 0.17462 0.07176 0.17462 0.08011 0.17462 0.08011 0.19492 0.07176 0.19492 0.08011 0.19492 0.08011 0.21522 0.07176 0.21522 0.08011 0.21522 0.08011 0.23551 0.07176 0.23551 0.08011 0.23551 0.08011 0.25581 0.07176 0.25581 0.08011 0.25581 0.08011 0.27611 0.07176 0.27611 0.08011 0.27611 0.08011 0.29641 0.07176 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 50 2 0.03751 0.11325 0.04323 0.11325\n 11 380 17 0.04736 0.11706 0.04641 0.11674 0.04578 0.11579 0.04546 0.11420 0.04546 0.11325 0.04578 0.11166 0.04641 0.11070 0.04736 0.11039 0.04800 0.11039 0.04895 0.11070 0.04959 0.11166 0.04991 0.11325 0.04991 0.11420 0.04959 0.11579 0.04895 0.11674 0.04800 0.11706 0.04736 0.11706\n 11 116 5 0.05245 0.11102 0.05213 0.11070 0.05245 0.11039 0.05277 0.11070 0.05245 0.11102\n 11 644 29 0.05658 0.11706 0.05563 0.11674 0.05531 0.11611 0.05531 0.11547 0.05563 0.11484 0.05627 0.11452 0.05754 0.11420 0.05849 0.11388 0.05913 0.11325 0.05944 0.11261 0.05944 0.11166 0.05913 0.11102 0.05881 0.11070 0.05785 0.11039 0.05658 0.11039 0.05563 0.11070 0.05531 0.11102 0.05499 0.11166 0.05499 0.11261 0.05531 0.11325 0.05595 0.11388 0.05690 0.11420 0.05817 0.11452 0.05881 0.11484 0.05913 0.11547 0.05913 0.11611 0.05881 0.11674 0.05785 0.11706 0.05658 0.11706\n 11 380 17 0.06326 0.11706 0.06231 0.11674 0.06167 0.11579 0.06135 0.11420 0.06135 0.11325 0.06167 0.11166 0.06231 0.11070 0.06326 0.11039 0.06389 0.11039 0.06485 0.11070 0.06548 0.11166 0.06580 0.11325 0.06580 0.11420 0.06548 0.11579 0.06485 0.11674 0.06389 0.11706 0.06326 0.11706\n 11 50 2 0.03751 0.15384 0.04323 0.15384\n 11 380 17 0.04736 0.15766 0.04641 0.15734 0.04578 0.15639 0.04546 0.15480 0.04546 0.15384 0.04578 0.15225 0.04641 0.15130 0.04736 0.15098 0.04800 0.15098 0.04895 0.15130 0.04959 0.15225 0.04991 0.15384 0.04991 0.15480 0.04959 0.15639 0.04895 0.15734 0.04800 0.15766 0.04736 0.15766\n 11 116 5 0.05245 0.15162 0.05213 0.15130 0.05245 0.15098 0.05277 0.15130 0.05245 0.15162\n 11 72 3 0.05817 0.15766 0.05499 0.15321 0.05976 0.15321\n 11 50 2 0.05817 0.15766 0.05817 0.15098\n 11 380 17 0.06326 0.15766 0.06231 0.15734 0.06167 0.15639 0.06135 0.15480 0.06135 0.15384 0.06167 0.15225 0.06231 0.15130 0.06326 0.15098 0.06389 0.15098 0.06485 0.15130 0.06548 0.15225 0.06580 0.15384 0.06580 0.15480 0.06548 0.15639 0.06485 0.15734 0.06389 0.15766 0.06326 0.15766\n 11 380 17 0.04736 0.19825 0.04641 0.19794 0.04578 0.19698 0.04546 0.19539 0.04546 0.19444 0.04578 0.19285 0.04641 0.19190 0.04736 0.19158 0.04800 0.19158 0.04895 0.19190 0.04959 0.19285 0.04991 0.19444 0.04991 0.19539 0.04959 0.19698 0.04895 0.19794 0.04800 0.19825 0.04736 0.19825\n 11 116 5 0.05245 0.19222 0.05213 0.19190 0.05245 0.19158 0.05277 0.19190 0.05245 0.19222\n 11 380 17 0.05690 0.19825 0.05595 0.19794 0.05531 0.19698 0.05499 0.19539 0.05499 0.19444 0.05531 0.19285 0.05595 0.19190 0.05690 0.19158 0.05754 0.19158 0.05849 0.19190 0.05913 0.19285 0.05944 0.19444 0.05944 0.19539 0.05913 0.19698 0.05849 0.19794 0.05754 0.19825 0.05690 0.19825\n 11 380 17 0.06326 0.19825 0.06231 0.19794 0.06167 0.19698 0.06135 0.19539 0.06135 0.19444 0.06167 0.19285 0.06231 0.19190 0.06326 0.19158 0.06389 0.19158 0.06485 0.19190 0.06548 0.19285 0.06580 0.19444 0.06580 0.19539 0.06548 0.19698 0.06485 0.19794 0.06389 0.19825 0.06326 0.19825\n 11 380 17 0.04736 0.23885 0.04641 0.23853 0.04578 0.23758 0.04546 0.23599 0.04546 0.23504 0.04578 0.23345 0.04641 0.23249 0.04736 0.23218 0.04800 0.23218 0.04895 0.23249 0.04959 0.23345 0.04991 0.23504 0.04991 0.23599 0.04959 0.23758 0.04895 0.23853 0.04800 0.23885 0.04736 0.23885\n 11 116 5 0.05245 0.23281 0.05213 0.23249 0.05245 0.23218 0.05277 0.23249 0.05245 0.23281\n 11 72 3 0.05817 0.23885 0.05499 0.23440 0.05976 0.23440\n 11 50 2 0.05817 0.23885 0.05817 0.23218\n 11 380 17 0.06326 0.23885 0.06231 0.23853 0.06167 0.23758 0.06135 0.23599 0.06135 0.23504 0.06167 0.23345 0.06231 0.23249 0.06326 0.23218 0.06389 0.23218 0.06485 0.23249 0.06548 0.23345 0.06580 0.23504 0.06580 0.23599 0.06548 0.23758 0.06485 0.23853 0.06389 0.23885 0.06326 0.23885\n 11 380 17 0.04736 0.27945 0.04641 0.27913 0.04578 0.27818 0.04546 0.27659 0.04546 0.27563 0.04578 0.27404 0.04641 0.27309 0.04736 0.27277 0.04800 0.27277 0.04895 0.27309 0.04959 0.27404 0.04991 0.27563 0.04991 0.27659 0.04959 0.27818 0.04895 0.27913 0.04800 0.27945 0.04736 0.27945\n 11 116 5 0.05245 0.27341 0.05213 0.27309 0.05245 0.27277 0.05277 0.27309 0.05245 0.27341\n 11 644 29 0.05658 0.27945 0.05563 0.27913 0.05531 0.27849 0.05531 0.27786 0.05563 0.27722 0.05627 0.27690 0.05754 0.27659 0.05849 0.27627 0.05913 0.27563 0.05944 0.27500 0.05944 0.27404 0.05913 0.27341 0.05881 0.27309 0.05785 0.27277 0.05658 0.27277 0.05563 0.27309 0.05531 0.27341 0.05499 0.27404 0.05499 0.27500 0.05531 0.27563 0.05595 0.27627 0.05690 0.27659 0.05817 0.27690 0.05881 0.27722 0.05913 0.27786 0.05913 0.27849 0.05881 0.27913 0.05785 0.27945 0.05658 0.27945\n 11 380 17 0.06326 0.27945 0.06231 0.27913 0.06167 0.27818 0.06135 0.27659 0.06135 0.27563 0.06167 0.27404 0.06231 0.27309 0.06326 0.27277 0.06389 0.27277 0.06485 0.27309 0.06548 0.27404 0.06580 0.27563 0.06580 0.27659 0.06548 0.27818 0.06485 0.27913 0.06389 0.27945 0.06326 0.27945\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.94159 0.11372 0.93324 0.11372 0.93324 0.13402 0.94159 0.13402 0.93324 0.13402 0.93324 0.15432 0.94159 0.15432 0.93324 0.15432 0.93324 0.17462 0.94159 0.17462 0.93324 0.17462 0.93324 0.19492 0.94159 0.19492 0.93324 0.19492 0.93324 0.21522 0.94159 0.21522 0.93324 0.21522 0.93324 0.23551 0.94159 0.23551 0.93324 0.23551 0.93324 0.25581 0.94159 0.25581 0.93324 0.25581 0.93324 0.27611 0.94159 0.27611 0.93324 0.27611 0.93324 0.29641 0.94159 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.31489 0.15689 0.30654 0.24220 0.30654 0.24220 0.31489 0.24220 0.30654 0.32752 0.30654 0.32752 0.31489 0.32752 0.30654 0.41283 0.30654 0.41283 0.31489 0.41283 0.30654 0.49814 0.30654 0.49814 0.31489 0.49814 0.30654 0.58346 0.30654 0.58346 0.31489 0.58346 0.30654 0.66877 0.30654 0.66877 0.31489 0.66877 0.30654 0.75409 0.30654 0.75409 0.31489 0.75409 0.30654 0.83940 0.30654 0.83940 0.31489 0.83940 0.30654 0.92471 0.30654 0.92471 0.31489 0.92471 0.30654 0.93324 0.30654\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 732 33 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.08511 0.15689 0.09346 0.24220 0.09346 0.24220 0.08511 0.24220 0.09346 0.32752 0.09346 0.32752 0.08511 0.32752 0.09346 0.41283 0.09346 0.41283 0.08511 0.41283 0.09346 0.49814 0.09346 0.49814 0.08511 0.49814 0.09346 0.58346 0.09346 0.58346 0.08511 0.58346 0.09346 0.66877 0.09346 0.66877 0.08511 0.66877 0.09346 0.75409 0.09346 0.75409 0.08511 0.75409 0.09346 0.83940 0.09346 0.83940 0.08511 0.83940 0.09346 0.92471 0.09346 0.92471 0.08511 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 56 39 8 0.30000 0.20000 1.00000\n 56 39 9 0.16957 0.37391 0.69565\n 56 39 10 0.03913 0.54783 0.39130\n 56 39 11 0.21212 0.68485 0.23636\n 56 39 12 0.51515 0.80606 0.14545\n 56 39 13 0.81818 0.92727 0.05455\n 56 39 14 1.00000 0.83333 0.00000\n 56 39 15 1.00000 0.41667 0.00000\n 56 39 16 1.00000 0.00000 0.00000\n 56 39 17 0.60000 0.00000 0.00000\n 56 39 7 0.80000 0.00000 1.00000\n 11 380 17 1078.51123 120.46090 1077.29248 119.97761 1076.47998 118.52774 1076.07373 116.11131 1076.07373 114.66145 1076.47998 112.24502 1077.29248 110.79515 1078.51123 110.31187 1079.32373 110.31187 1080.54248 110.79515 1081.35510 112.24502 1081.76135 114.66145 1081.76135 116.11131 1081.35510 118.52774 1080.54248 119.97761 1079.32373 120.46090 1078.51123 120.46090\n 21 6 1\n 25 6 1\n 40 6 7\n 38 6 1\n 14 94 4 0.08011 0.29590 0.08011 0.30605 0.08864 0.30605 0.08864 0.29590\n 40 6 7\n 38 6 1\n 14 94 4 0.08864 0.29438 0.08864 0.30453 0.09717 0.30453 0.09717 0.29438\n 40 6 7\n 38 6 1\n 14 94 4 0.09717 0.29187 0.09717 0.30202 0.10570 0.30202 0.10570 0.29187\n 40 6 7\n 38 6 1\n 14 94 4 0.10570 0.28840 0.10570 0.29854 0.11423 0.29854 0.11423 0.28840\n 40 6 7\n 38 6 1\n 14 94 4 0.11423 0.28398 0.11423 0.29413 0.12276 0.29413 0.12276 0.28398\n 40 6 7\n 38 6 1\n 14 94 4 0.12276 0.27868 0.12276 0.28883 0.13130 0.28883 0.13130 0.27868\n 40 6 7\n 38 6 1\n 14 94 4 0.13130 0.27254 0.13130 0.28269 0.13983 0.28269 0.13983 0.27254\n 40 6 7\n 38 6 1\n 14 94 4 0.13983 0.26563 0.13983 0.27578 0.14836 0.27578 0.14836 0.26563\n 40 6 7\n 38 6 1\n 14 94 4 0.14836 0.25800 0.14836 0.26815 0.15689 0.26815 0.15689 0.25800\n 40 6 7\n 38 6 1\n 14 94 4 0.15689 0.24975 0.15689 0.25990 0.16542 0.25990 0.16542 0.24975\n 40 6 7\n 38 6 1\n 14 94 4 0.16542 0.24095 0.16542 0.25110 0.17395 0.25110 0.17395 0.24095\n 40 6 7\n 38 6 1\n 14 94 4 0.17395 0.23169 0.17395 0.24184 0.18248 0.24184 0.18248 0.23169\n 40 6 7\n 38 6 1\n 14 94 4 0.18248 0.22207 0.18248 0.23221 0.19101 0.23221 0.19101 0.22207\n 40 6 7\n 38 6 1\n 14 94 4 0.19101 0.21217 0.19101 0.22232 0.19955 0.22232 0.19955 0.21217\n 40 6 7\n 38 6 1\n 14 94 4 0.19955 0.20210 0.19955 0.21225 0.20808 0.21225 0.20808 0.20210\n 40 6 7\n 38 6 1\n 14 94 4 0.20808 0.19195 0.20808 0.20210 0.21661 0.20210 0.21661 0.19195\n 40 6 7\n 38 6 1\n 14 94 4 0.21661 0.18184 0.21661 0.19199 0.22514 0.19199 0.22514 0.18184\n 40 6 7\n 38 6 1\n 14 94 4 0.22514 0.17186 0.22514 0.18201 0.23367 0.18201 0.23367 0.17186\n 40 6 7\n 38 6 1\n 14 94 4 0.23367 0.16211 0.23367 0.17226 0.24220 0.17226 0.24220 0.16211\n 40 6 7\n 38 6 1\n 14 94 4 0.24220 0.15268 0.24220 0.16283 0.25073 0.16283 0.25073 0.15268\n 40 6 7\n 38 6 1\n 14 94 4 0.25073 0.14368 0.25073 0.15383 0.25927 0.15383 0.25927 0.14368\n 40 6 7\n 38 6 1\n 14 94 4 0.25927 0.13519 0.25927 0.14534 0.26780 0.14534 0.26780 0.13519\n 40 6 7\n 38 6 1\n 14 94 4 0.26780 0.12730 0.26780 0.13745 0.27633 0.13745 0.27633 0.12730\n 40 6 7\n 38 6 1\n 14 94 4 0.27633 0.12008 0.27633 0.13023 0.28486 0.13023 0.28486 0.12008\n 40 6 7\n 38 6 1\n 14 94 4 0.28486 0.11361 0.28486 0.12376 0.29339 0.12376 0.29339 0.11361\n 40 6 7\n 38 6 1\n 14 94 4 0.29339 0.10795 0.29339 0.11810 0.30192 0.11810 0.30192 0.10795\n 40 6 7\n 38 6 1\n 14 94 4 0.30192 0.10316 0.30192 0.11331 0.31045 0.11331 0.31045 0.10316\n 40 6 7\n 38 6 1\n 14 94 4 0.31045 0.09929 0.31045 0.10944 0.31899 0.10944 0.31899 0.09929\n 40 6 7\n 38 6 1\n 14 94 4 0.31899 0.09637 0.31899 0.10652 0.32752 0.10652 0.32752 0.09637\n 40 6 7\n 38 6 1\n 14 94 4 0.32752 0.09444 0.32752 0.10459 0.33605 0.10459 0.33605 0.09444\n 40 6 7\n 38 6 1\n 14 94 4 0.33605 0.09351 0.33605 0.10366 0.34458 0.10366 0.34458 0.09351\n 40 6 8\n 38 6 1\n 14 94 4 0.34458 0.09360 0.34458 0.10375 0.35311 0.10375 0.35311 0.09360\n 40 6 8\n 38 6 1\n 14 94 4 0.35311 0.09470 0.35311 0.10485 0.36164 0.10485 0.36164 0.09470\n 40 6 8\n 38 6 1\n 14 94 4 0.36164 0.09680 0.36164 0.10695 0.37017 0.10695 0.37017 0.09680\n 40 6 8\n 38 6 1\n 14 94 4 0.37017 0.09988 0.37017 0.11002 0.37870 0.11002 0.37870 0.09988\n 40 6 8\n 38 6 1\n 14 94 4 0.37870 0.10390 0.37870 0.11405 0.38724 0.11405 0.38724 0.10390\n 40 6 8\n 38 6 1\n 14 94 4 0.38724 0.10884 0.38724 0.11899 0.39577 0.11899 0.39577 0.10884\n 40 6 8\n 38 6 1\n 14 94 4 0.39577 0.11464 0.39577 0.12479 0.40430 0.12479 0.40430 0.11464\n 40 6 8\n 38 6 1\n 14 94 4 0.40430 0.12124 0.40430 0.13139 0.41283 0.13139 0.41283 0.12124\n 40 6 8\n 38 6 1\n 14 94 4 0.41283 0.12858 0.41283 0.13873 0.42136 0.13873 0.42136 0.12858\n 40 6 8\n 38 6 1\n 14 94 4 0.42136 0.13658 0.42136 0.14673 0.42989 0.14673 0.42989 0.13658\n 40 6 8\n 38 6 1\n 14 94 4 0.42989 0.14516 0.42989 0.15531 0.43842 0.15531 0.43842 0.14516\n 40 6 8\n 38 6 1\n 14 94 4 0.43842 0.15424 0.43842 0.16439 0.44696 0.16439 0.44696 0.15424\n 40 6 8\n 38 6 1\n 14 94 4 0.44696 0.16373 0.44696 0.17387 0.45549 0.17387 0.45549 0.16373\n 40 6 9\n 38 6 1\n 14 94 4 0.45549 0.17352 0.45549 0.18367 0.46402 0.18367 0.46402 0.17352\n 40 6 9\n 38 6 1\n 14 94 4 0.46402 0.18353 0.46402 0.19368 0.47255 0.19368 0.47255 0.18353\n 40 6 9\n 38 6 1\n 14 94 4 0.47255 0.19366 0.47255 0.20381 0.48108 0.20381 0.48108 0.19366\n 40 6 9\n 38 6 1\n 14 94 4 0.48108 0.20380 0.48108 0.21395 0.48961 0.21395 0.48961 0.20380\n 40 6 9\n 38 6 1\n 14 94 4 0.48961 0.21385 0.48961 0.22400 0.49814 0.22400 0.49814 0.21385\n 40 6 9\n 38 6 1\n 14 94 4 0.49814 0.22371 0.49814 0.23386 0.50668 0.23386 0.50668 0.22371\n 40 6 9\n 38 6 1\n 14 94 4 0.50668 0.23328 0.50668 0.24343 0.51521 0.24343 0.51521 0.23328\n 40 6 9\n 38 6 1\n 14 94 4 0.51521 0.24247 0.51521 0.25262 0.52374 0.25262 0.52374 0.24247\n 40 6 9\n 38 6 1\n 14 94 4 0.52374 0.25118 0.52374 0.26133 0.53227 0.26133 0.53227 0.25118\n 40 6 9\n 38 6 1\n 14 94 4 0.53227 0.25933 0.53227 0.26948 0.54080 0.26948 0.54080 0.25933\n 40 6 10\n 38 6 1\n 14 94 4 0.54080 0.26684 0.54080 0.27699 0.54933 0.27699 0.54933 0.26684\n 40 6 10\n 38 6 1\n 14 94 4 0.54933 0.27363 0.54933 0.28378 0.55786 0.28378 0.55786 0.27363\n 40 6 10\n 38 6 1\n 14 94 4 0.55786 0.27963 0.55786 0.28978 0.56640 0.28978 0.56640 0.27963\n 40 6 10\n 38 6 1\n 14 94 4 0.56640 0.28479 0.56640 0.29494 0.57493 0.29494 0.57493 0.28479\n 40 6 10\n 38 6 1\n 14 94 4 0.57493 0.28905 0.57493 0.29920 0.58346 0.29920 0.58346 0.28905\n 40 6 10\n 38 6 1\n 14 94 4 0.58346 0.29237 0.58346 0.30251 0.59199 0.30251 0.59199 0.29237\n 40 6 10\n 38 6 1\n 14 94 4 0.59199 0.29471 0.59199 0.30486 0.60052 0.30486 0.60052 0.29471\n 40 6 10\n 38 6 1\n 14 94 4 0.60052 0.29606 0.60052 0.30621 0.60905 0.30621 0.60905 0.29606\n 40 6 10\n 38 6 1\n 14 94 4 0.60905 0.29639 0.60905 0.30654 0.61758 0.30654 0.61758 0.29639\n 40 6 11\n 38 6 1\n 14 94 4 0.61758 0.29572 0.61758 0.30586 0.62611 0.30586 0.62611 0.29572\n 40 6 11\n 38 6 1\n 14 94 4 0.62611 0.29403 0.62611 0.30418 0.63465 0.30418 0.63465 0.29403\n 40 6 11\n 38 6 1\n 14 94 4 0.63465 0.29136 0.63465 0.30151 0.64318 0.30151 0.64318 0.29136\n 40 6 11\n 38 6 1\n 14 94 4 0.64318 0.28772 0.64318 0.29787 0.65171 0.29787 0.65171 0.28772\n 40 6 11\n 38 6 1\n 14 94 4 0.65171 0.28315 0.65171 0.29330 0.66024 0.29330 0.66024 0.28315\n 40 6 11\n 38 6 1\n 14 94 4 0.66024 0.27771 0.66024 0.28785 0.66877 0.28785 0.66877 0.27771\n 40 6 11\n 38 6 1\n 14 94 4 0.66877 0.27143 0.66877 0.28158 0.67730 0.28158 0.67730 0.27143\n 40 6 12\n 38 6 1\n 14 94 4 0.67730 0.26439 0.67730 0.27454 0.68583 0.27454 0.68583 0.26439\n 40 6 12\n 38 6 1\n 14 94 4 0.68583 0.25666 0.68583 0.26681 0.69437 0.26681 0.69437 0.25666\n 40 6 12\n 38 6 1\n 14 94 4 0.69437 0.24831 0.69437 0.25846 0.70290 0.25846 0.70290 0.24831\n 40 6 12\n 38 6 1\n 14 94 4 0.70290 0.23943 0.70290 0.24957 0.71143 0.24957 0.71143 0.23943\n 40 6 12\n 38 6 1\n 14 94 4 0.71143 0.23010 0.71143 0.24025 0.71996 0.24025 0.71996 0.23010\n 40 6 12\n 38 6 1\n 14 94 4 0.71996 0.22042 0.71996 0.23057 0.72849 0.23057 0.72849 0.22042\n 40 6 12\n 38 6 1\n 14 94 4 0.72849 0.21048 0.72849 0.22063 0.73702 0.22063 0.73702 0.21048\n 40 6 13\n 38 6 1\n 14 94 4 0.73702 0.20039 0.73702 0.21054 0.74555 0.21054 0.74555 0.20039\n 40 6 13\n 38 6 1\n 14 94 4 0.74555 0.19025 0.74555 0.20040 0.75409 0.20040 0.75409 0.19025\n 40 6 13\n 38 6 1\n 14 94 4 0.75409 0.18015 0.75409 0.19030 0.76262 0.19030 0.76262 0.18015\n 40 6 13\n 38 6 1\n 14 94 4 0.76262 0.17020 0.76262 0.18035 0.77115 0.18035 0.77115 0.17020\n 40 6 13\n 38 6 1\n 14 94 4 0.77115 0.16050 0.77115 0.17065 0.77968 0.17065 0.77968 0.16050\n 40 6 13\n 38 6 1\n 14 94 4 0.77968 0.15114 0.77968 0.16129 0.78821 0.16129 0.78821 0.15114\n 40 6 14\n 38 6 1\n 14 94 4 0.78821 0.14221 0.78821 0.15236 0.79674 0.15236 0.79674 0.14221\n 40 6 14\n 38 6 1\n 14 94 4 0.79674 0.13382 0.79674 0.14397 0.80527 0.14397 0.80527 0.13382\n 40 6 14\n 38 6 1\n 14 94 4 0.80527 0.12603 0.80527 0.13618 0.81381 0.13618 0.81381 0.12603\n 40 6 14\n 38 6 1\n 14 94 4 0.81381 0.11894 0.81381 0.12909 0.82234 0.12909 0.82234 0.11894\n 40 6 14\n 38 6 1\n 14 94 4 0.82234 0.11260 0.82234 0.12275 0.83087 0.12275 0.83087 0.11260\n 40 6 14\n 38 6 1\n 14 94 4 0.83087 0.10708 0.83087 0.11723 0.83940 0.11723 0.83940 0.10708\n 40 6 15\n 38 6 1\n 14 94 4 0.83940 0.10245 0.83940 0.11260 0.84793 0.11260 0.84793 0.10245\n 40 6 15\n 38 6 1\n 14 94 4 0.84793 0.09873 0.84793 0.10888 0.85646 0.10888 0.85646 0.09873\n 40 6 15\n 38 6 1\n 14 94 4 0.85646 0.09598 0.85646 0.10613 0.86499 0.10613 0.86499 0.09598\n 40 6 15\n 38 6 1\n 14 94 4 0.86499 0.09422 0.86499 0.10436 0.87352 0.10436 0.87352 0.09422\n 40 6 15\n 38 6 1\n 14 94 4 0.87352 0.09346 0.87352 0.10361 0.88206 0.10361 0.88206 0.09346\n 40 6 16\n 38 6 1\n 14 94 4 0.88206 0.09371 0.88206 0.10386 0.89059 0.10386 0.89059 0.09371\n 40 6 16\n 38 6 1\n 14 94 4 0.89059 0.09498 0.89059 0.10513 0.89912 0.10513 0.89912 0.09498\n 40 6 16\n 38 6 1\n 14 94 4 0.89912 0.09725 0.89912 0.10740 0.90765 0.10740 0.90765 0.09725\n 40 6 16\n 38 6 1\n 14 94 4 0.90765 0.10049 0.90765 0.11064 0.91618 0.11064 0.91618 0.10049\n 40 6 16\n 38 6 1\n 14 94 4 0.91618 0.10467 0.91618 0.11482 0.92471 0.11482 0.92471 0.10467\n 40 6 17\n 38 6 1\n 14 94 4 0.92471 0.10976 0.92471 0.11991 0.93324 0.11991 0.93324 0.10976\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 25 6 1\n 40 6 7\n 38 6 1\n 14 94 4 0.94993 0.09346 0.96729 0.09346 0.96729 0.11283 0.94993 0.11283\n 11 116 5 0.94993 0.09346 0.96729 0.09346 0.96729 0.11283 0.94993 0.11283 0.94993 0.09346\n 40 6 8\n 38 6 1\n 14 94 4 0.94993 0.11283 0.96729 0.11283 0.96729 0.13220 0.94993 0.13220\n 11 116 5 0.94993 0.11283 0.96729 0.11283 0.96729 0.13220 0.94993 0.13220 0.94993 0.11283\n 40 6 9\n 38 6 1\n 14 94 4 0.94993 0.13220 0.96729 0.13220 0.96729 0.15157 0.94993 0.15157\n 11 116 5 0.94993 0.13220 0.96729 0.13220 0.96729 0.15157 0.94993 0.15157 0.94993 0.13220\n 40 6 10\n 38 6 1\n 14 94 4 0.94993 0.15157 0.96729 0.15157 0.96729 0.17094 0.94993 0.17094\n 11 116 5 0.94993 0.15157 0.96729 0.15157 0.96729 0.17094 0.94993 0.17094 0.94993 0.15157\n 40 6 11\n 38 6 1\n 14 94 4 0.94993 0.17094 0.96729 0.17094 0.96729 0.19031 0.94993 0.19031\n 11 116 5 0.94993 0.17094 0.96729 0.17094 0.96729 0.19031 0.94993 0.19031 0.94993 0.17094\n 40 6 12\n 38 6 1\n 14 94 4 0.94993 0.19031 0.96729 0.19031 0.96729 0.20969 0.94993 0.20969\n 11 116 5 0.94993 0.19031 0.96729 0.19031 0.96729 0.20969 0.94993 0.20969 0.94993 0.19031\n 40 6 13\n 38 6 1\n 14 94 4 0.94993 0.20969 0.96729 0.20969 0.96729 0.22906 0.94993 0.22906\n 11 116 5 0.94993 0.20969 0.96729 0.20969 0.96729 0.22906 0.94993 0.22906 0.94993 0.20969\n 40 6 14\n 38 6 1\n 14 94 4 0.94993 0.22906 0.96729 0.22906 0.96729 0.24843 0.94993 0.24843\n 11 116 5 0.94993 0.22906 0.96729 0.22906 0.96729 0.24843 0.94993 0.24843 0.94993 0.22906\n 40 6 15\n 38 6 1\n 14 94 4 0.94993 0.24843 0.96729 0.24843 0.96729 0.26780 0.94993 0.26780\n 11 116 5 0.94993 0.24843 0.96729 0.24843 0.96729 0.26780 0.94993 0.26780 0.94993 0.24843\n 40 6 16\n 38 6 1\n 14 94 4 0.94993 0.26780 0.96729 0.26780 0.96729 0.28717 0.94993 0.28717\n 11 116 5 0.94993 0.26780 0.96729 0.26780 0.96729 0.28717 0.94993 0.28717 0.94993 0.26780\n 40 6 17\n 38 6 1\n 14 94 4 0.94993 0.28717 0.96729 0.28717 0.96729 0.30654 0.94993 0.30654\n 11 116 5 0.94993 0.28717 0.96729 0.28717 0.96729 0.30654 0.94993 0.30654 0.94993 0.28717\n 11 380 17 0.98975 0.09680 0.98879 0.09648 0.98816 0.09552 0.98784 0.09393 0.98784 0.09298 0.98816 0.09139 0.98879 0.09044 0.98975 0.09012 0.99038 0.09012 0.99134 0.09044 0.99197 0.09139 0.99229 0.09298 0.99229 0.09393 0.99197 0.09552 0.99134 0.09648 0.99038 0.09680 0.98975 0.09680\n 11 94 4 0.97862 0.11490 0.97926 0.11521 0.98021 0.11617 0.98021 0.10949\n 11 380 17 0.98593 0.11617 0.98498 0.11585 0.98434 0.11490 0.98403 0.11331 0.98403 0.11235 0.98434 0.11076 0.98498 0.10981 0.98593 0.10949 0.98657 0.10949 0.98752 0.10981 0.98816 0.11076 0.98848 0.11235 0.98848 0.11331 0.98816 0.11490 0.98752 0.11585 0.98657 0.11617 0.98593 0.11617\n 11 380 17 0.99229 0.11617 0.99134 0.11585 0.99070 0.11490 0.99038 0.11331 0.99038 0.11235 0.99070 0.11076 0.99134 0.10981 0.99229 0.10949 0.99293 0.10949 0.99388 0.10981 0.99452 0.11076 0.99483 0.11235 0.99483 0.11331 0.99452 0.11490 0.99388 0.11585 0.99293 0.11617 0.99229 0.11617\n 11 314 14 0.97799 0.13395 0.97799 0.13427 0.97830 0.13490 0.97862 0.13522 0.97926 0.13554 0.98053 0.13554 0.98117 0.13522 0.98148 0.13490 0.98180 0.13427 0.98180 0.13363 0.98148 0.13300 0.98085 0.13204 0.97767 0.12886 0.98212 0.12886\n 11 380 17 0.98593 0.13554 0.98498 0.13522 0.98434 0.13427 0.98403 0.13268 0.98403 0.13172 0.98434 0.13013 0.98498 0.12918 0.98593 0.12886 0.98657 0.12886 0.98752 0.12918 0.98816 0.13013 0.98848 0.13172 0.98848 0.13268 0.98816 0.13427 0.98752 0.13522 0.98657 0.13554 0.98593 0.13554\n 11 380 17 0.99229 0.13554 0.99134 0.13522 0.99070 0.13427 0.99038 0.13268 0.99038 0.13172 0.99070 0.13013 0.99134 0.12918 0.99229 0.12886 0.99293 0.12886 0.99388 0.12918 0.99452 0.13013 0.99483 0.13172 0.99483 0.13268 0.99452 0.13427 0.99388 0.13522 0.99293 0.13554 0.99229 0.13554\n 11 336 15 0.97830 0.15491 0.98180 0.15491 0.97989 0.15237 0.98085 0.15237 0.98148 0.15205 0.98180 0.15173 0.98212 0.15078 0.98212 0.15014 0.98180 0.14919 0.98117 0.14855 0.98021 0.14823 0.97926 0.14823 0.97830 0.14855 0.97799 0.14887 0.97767 0.14951\n 11 380 17 0.98593 0.15491 0.98498 0.15459 0.98434 0.15364 0.98403 0.15205 0.98403 0.15109 0.98434 0.14951 0.98498 0.14855 0.98593 0.14823 0.98657 0.14823 0.98752 0.14855 0.98816 0.14951 0.98848 0.15109 0.98848 0.15205 0.98816 0.15364 0.98752 0.15459 0.98657 0.15491 0.98593 0.15491\n 11 380 17 0.99229 0.15491 0.99134 0.15459 0.99070 0.15364 0.99038 0.15205 0.99038 0.15109 0.99070 0.14951 0.99134 0.14855 0.99229 0.14823 0.99293 0.14823 0.99388 0.14855 0.99452 0.14951 0.99483 0.15109 0.99483 0.15205 0.99452 0.15364 0.99388 0.15459 0.99293 0.15491 0.99229 0.15491\n 11 72 3 0.98085 0.17428 0.97767 0.16983 0.98244 0.16983\n 11 50 2 0.98085 0.17428 0.98085 0.16761\n 11 380 17 0.98593 0.17428 0.98498 0.17396 0.98434 0.17301 0.98403 0.17142 0.98403 0.17047 0.98434 0.16888 0.98498 0.16792 0.98593 0.16761 0.98657 0.16761 0.98752 0.16792 0.98816 0.16888 0.98848 0.17047 0.98848 0.17142 0.98816 0.17301 0.98752 0.17396 0.98657 0.17428 0.98593 0.17428\n 11 380 17 0.99229 0.17428 0.99134 0.17396 0.99070 0.17301 0.99038 0.17142 0.99038 0.17047 0.99070 0.16888 0.99134 0.16792 0.99229 0.16761 0.99293 0.16761 0.99388 0.16792 0.99452 0.16888 0.99483 0.17047 0.99483 0.17142 0.99452 0.17301 0.99388 0.17396 0.99293 0.17428 0.99229 0.17428\n 11 380 17 0.98148 0.19365 0.97830 0.19365 0.97799 0.19079 0.97830 0.19111 0.97926 0.19143 0.98021 0.19143 0.98117 0.19111 0.98180 0.19047 0.98212 0.18952 0.98212 0.18888 0.98180 0.18793 0.98117 0.18729 0.98021 0.18698 0.97926 0.18698 0.97830 0.18729 0.97799 0.18761 0.97767 0.18825\n 11 380 17 0.98593 0.19365 0.98498 0.19333 0.98434 0.19238 0.98403 0.19079 0.98403 0.18984 0.98434 0.18825 0.98498 0.18729 0.98593 0.18698 0.98657 0.18698 0.98752 0.18729 0.98816 0.18825 0.98848 0.18984 0.98848 0.19079 0.98816 0.19238 0.98752 0.19333 0.98657 0.19365 0.98593 0.19365\n 11 380 17 0.99229 0.19365 0.99134 0.19333 0.99070 0.19238 0.99038 0.19079 0.99038 0.18984 0.99070 0.18825 0.99134 0.18729 0.99229 0.18698 0.99293 0.18698 0.99388 0.18729 0.99452 0.18825 0.99483 0.18984 0.99483 0.19079 0.99452 0.19238 0.99388 0.19333 0.99293 0.19365 0.99229 0.19365\n 11 512 23 0.98180 0.21207 0.98148 0.21271 0.98053 0.21302 0.97989 0.21302 0.97894 0.21271 0.97830 0.21175 0.97799 0.21016 0.97799 0.20857 0.97830 0.20730 0.97894 0.20667 0.97989 0.20635 0.98021 0.20635 0.98117 0.20667 0.98180 0.20730 0.98212 0.20826 0.98212 0.20857 0.98180 0.20953 0.98117 0.21016 0.98021 0.21048 0.97989 0.21048 0.97894 0.21016 0.97830 0.20953 0.97799 0.20857\n 11 380 17 0.98593 0.21302 0.98498 0.21271 0.98434 0.21175 0.98403 0.21016 0.98403 0.20921 0.98434 0.20762 0.98498 0.20667 0.98593 0.20635 0.98657 0.20635 0.98752 0.20667 0.98816 0.20762 0.98848 0.20921 0.98848 0.21016 0.98816 0.21175 0.98752 0.21271 0.98657 0.21302 0.98593 0.21302\n 11 380 17 0.99229 0.21302 0.99134 0.21271 0.99070 0.21175 0.99038 0.21016 0.99038 0.20921 0.99070 0.20762 0.99134 0.20667 0.99229 0.20635 0.99293 0.20635 0.99388 0.20667 0.99452 0.20762 0.99483 0.20921 0.99483 0.21016 0.99452 0.21175 0.99388 0.21271 0.99293 0.21302 0.99229 0.21302\n 11 50 2 0.98212 0.23239 0.97894 0.22572\n 11 50 2 0.97767 0.23239 0.98212 0.23239\n 11 380 17 0.98593 0.23239 0.98498 0.23208 0.98434 0.23112 0.98403 0.22953 0.98403 0.22858 0.98434 0.22699 0.98498 0.22604 0.98593 0.22572 0.98657 0.22572 0.98752 0.22604 0.98816 0.22699 0.98848 0.22858 0.98848 0.22953 0.98816 0.23112 0.98752 0.23208 0.98657 0.23239 0.98593 0.23239\n 11 380 17 0.99229 0.23239 0.99134 0.23208 0.99070 0.23112 0.99038 0.22953 0.99038 0.22858 0.99070 0.22699 0.99134 0.22604 0.99229 0.22572 0.99293 0.22572 0.99388 0.22604 0.99452 0.22699 0.99483 0.22858 0.99483 0.22953 0.99452 0.23112 0.99388 0.23208 0.99293 0.23239 0.99229 0.23239\n 11 644 29 0.97926 0.25177 0.97830 0.25145 0.97799 0.25081 0.97799 0.25018 0.97830 0.24954 0.97894 0.24922 0.98021 0.24891 0.98117 0.24859 0.98180 0.24795 0.98212 0.24732 0.98212 0.24636 0.98180 0.24573 0.98148 0.24541 0.98053 0.24509 0.97926 0.24509 0.97830 0.24541 0.97799 0.24573 0.97767 0.24636 0.97767 0.24732 0.97799 0.24795 0.97862 0.24859 0.97958 0.24891 0.98085 0.24922 0.98148 0.24954 0.98180 0.25018 0.98180 0.25081 0.98148 0.25145 0.98053 0.25177 0.97926 0.25177\n 11 380 17 0.98593 0.25177 0.98498 0.25145 0.98434 0.25049 0.98403 0.24891 0.98403 0.24795 0.98434 0.24636 0.98498 0.24541 0.98593 0.24509 0.98657 0.24509 0.98752 0.24541 0.98816 0.24636 0.98848 0.24795 0.98848 0.24891 0.98816 0.25049 0.98752 0.25145 0.98657 0.25177 0.98593 0.25177\n 11 380 17 0.99229 0.25177 0.99134 0.25145 0.99070 0.25049 0.99038 0.24891 0.99038 0.24795 0.99070 0.24636 0.99134 0.24541 0.99229 0.24509 0.99293 0.24509 0.99388 0.24541 0.99452 0.24636 0.99483 0.24795 0.99483 0.24891 0.99452 0.25049 0.99388 0.25145 0.99293 0.25177 0.99229 0.25177\n 11 512 23 0.98180 0.26891 0.98148 0.26796 0.98085 0.26732 0.97989 0.26700 0.97958 0.26700 0.97862 0.26732 0.97799 0.26796 0.97767 0.26891 0.97767 0.26923 0.97799 0.27018 0.97862 0.27082 0.97958 0.27114 0.97989 0.27114 0.98085 0.27082 0.98148 0.27018 0.98180 0.26891 0.98180 0.26732 0.98148 0.26573 0.98085 0.26478 0.97989 0.26446 0.97926 0.26446 0.97830 0.26478 0.97799 0.26542\n 11 380 17 0.98593 0.27114 0.98498 0.27082 0.98434 0.26987 0.98403 0.26828 0.98403 0.26732 0.98434 0.26573 0.98498 0.26478 0.98593 0.26446 0.98657 0.26446 0.98752 0.26478 0.98816 0.26573 0.98848 0.26732 0.98848 0.26828 0.98816 0.26987 0.98752 0.27082 0.98657 0.27114 0.98593 0.27114\n 11 380 17 0.99229 0.27114 0.99134 0.27082 0.99070 0.26987 0.99038 0.26828 0.99038 0.26732 0.99070 0.26573 0.99134 0.26478 0.99229 0.26446 0.99293 0.26446 0.99388 0.26478 0.99452 0.26573 0.99483 0.26732 0.99483 0.26828 0.99452 0.26987 0.99388 0.27082 0.99293 0.27114 0.99229 0.27114\n 11 94 4 0.97354 0.28924 0.97417 0.28955 0.97513 0.29051 0.97513 0.28383\n 11 380 17 0.98085 0.29051 0.97989 0.29019 0.97926 0.28924 0.97894 0.28765 0.97894 0.28669 0.97926 0.28510 0.97989 0.28415 0.98085 0.28383 0.98148 0.28383 0.98244 0.28415 0.98307 0.28510 0.98339 0.28669 0.98339 0.28765 0.98307 0.28924 0.98244 0.29019 0.98148 0.29051 0.98085 0.29051\n 11 380 17 0.98721 0.29051 0.98625 0.29019 0.98562 0.28924 0.98530 0.28765 0.98530 0.28669 0.98562 0.28510 0.98625 0.28415 0.98721 0.28383 0.98784 0.28383 0.98879 0.28415 0.98943 0.28510 0.98975 0.28669 0.98975 0.28765 0.98943 0.28924 0.98879 0.29019 0.98784 0.29051 0.98721 0.29051\n 11 380 17 0.99356 0.29051 0.99261 0.29019 0.99197 0.28924 0.99166 0.28765 0.99166 0.28669 0.99197 0.28510 0.99261 0.28415 0.99356 0.28383 0.99420 0.28383 0.99515 0.28415 0.99579 0.28510 0.99611 0.28669 0.99611 0.28765 0.99579 0.28924 0.99515 0.29019 0.99420 0.29051 0.99356 0.29051\n 11 94 4 0.97354 0.30861 0.97417 0.30893 0.97513 0.30988 0.97513 0.30320\n 11 94 4 0.97989 0.30861 0.98053 0.30893 0.98148 0.30988 0.98148 0.30320\n 11 380 17 0.98721 0.30988 0.98625 0.30956 0.98562 0.30861 0.98530 0.30702 0.98530 0.30607 0.98562 0.30448 0.98625 0.30352 0.98721 0.30320 0.98784 0.30320 0.98879 0.30352 0.98943 0.30448 0.98975 0.30607 0.98975 0.30702 0.98943 0.30861 0.98879 0.30956 0.98784 0.30988 0.98721 0.30988\n 11 380 17 0.99356 0.30988 0.99261 0.30956 0.99197 0.30861 0.99166 0.30702 0.99166 0.30607 0.99197 0.30448 0.99261 0.30352 0.99356 0.30320 0.99420 0.30320 0.99515 0.30352 0.99579 0.30448 0.99611 0.30607 0.99611 0.30702 0.99579 0.30861 0.99515 0.30956 0.99420 0.30988 0.99356 0.30988\n 21 6 1\n 25 6 1\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.08011 0.11372 0.08011 0.09346 0.08011 0.11372 0.08011 0.11372\n 11 94 4 0.08011 0.11372 0.08011 0.11372 0.08011 0.13402 0.08011 0.13402\n 11 94 4 0.08011 0.13402 0.08011 0.13402 0.08011 0.15432 0.08011 0.15432\n 11 94 4 0.08011 0.15432 0.08011 0.15432 0.08011 0.17462 0.08011 0.17462\n 11 94 4 0.08011 0.17462 0.08011 0.17462 0.08011 0.19492 0.08011 0.19492\n 11 94 4 0.08011 0.19492 0.08011 0.19492 0.08011 0.21522 0.08011 0.21522\n 11 94 4 0.08011 0.21522 0.08011 0.21522 0.08011 0.23551 0.08011 0.23551\n 11 94 4 0.08011 0.23551 0.08011 0.23551 0.08011 0.25581 0.08011 0.25581\n 11 94 4 0.08011 0.25581 0.08011 0.25581 0.08011 0.27611 0.08011 0.27611\n 11 94 4 0.08011 0.27611 0.08011 0.27611 0.08011 0.29641 0.08011 0.29641\n 11 72 3 0.08011 0.29641 0.08011 0.29641 0.08011 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.93324 0.11372 0.93324 0.09346 0.93324 0.11372 0.93324 0.11372\n 11 94 4 0.93324 0.11372 0.93324 0.11372 0.93324 0.13402 0.93324 0.13402\n 11 94 4 0.93324 0.13402 0.93324 0.13402 0.93324 0.15432 0.93324 0.15432\n 11 94 4 0.93324 0.15432 0.93324 0.15432 0.93324 0.17462 0.93324 0.17462\n 11 94 4 0.93324 0.17462 0.93324 0.17462 0.93324 0.19492 0.93324 0.19492\n 11 94 4 0.93324 0.19492 0.93324 0.19492 0.93324 0.21522 0.93324 0.21522\n 11 94 4 0.93324 0.21522 0.93324 0.21522 0.93324 0.23551 0.93324 0.23551\n 11 94 4 0.93324 0.23551 0.93324 0.23551 0.93324 0.25581 0.93324 0.25581\n 11 94 4 0.93324 0.25581 0.93324 0.25581 0.93324 0.27611 0.93324 0.27611\n 11 94 4 0.93324 0.27611 0.93324 0.27611 0.93324 0.29641 0.93324 0.29641\n 11 72 3 0.93324 0.29641 0.93324 0.29641 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.30654 0.08011 0.30654 0.15689 0.30654 0.15689 0.30654\n 11 94 4 0.15689 0.30654 0.15689 0.30654 0.24220 0.30654 0.24220 0.30654\n 11 94 4 0.24220 0.30654 0.24220 0.30654 0.32752 0.30654 0.32752 0.30654\n 11 94 4 0.32752 0.30654 0.32752 0.30654 0.41283 0.30654 0.41283 0.30654\n 11 94 4 0.41283 0.30654 0.41283 0.30654 0.49814 0.30654 0.49814 0.30654\n 11 94 4 0.49814 0.30654 0.49814 0.30654 0.58346 0.30654 0.58346 0.30654\n 11 94 4 0.58346 0.30654 0.58346 0.30654 0.66877 0.30654 0.66877 0.30654\n 11 94 4 0.66877 0.30654 0.66877 0.30654 0.75409 0.30654 0.75409 0.30654\n 11 94 4 0.75409 0.30654 0.75409 0.30654 0.83940 0.30654 0.83940 0.30654\n 11 94 4 0.83940 0.30654 0.83940 0.30654 0.92471 0.30654 0.92471 0.30654\n 11 72 3 0.92471 0.30654 0.92471 0.30654 0.93324 0.30654\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 0.07275 0.83463 0.07243 0.83400 0.07243 0.83304 0.07275 0.83272 0.07338\n 11 116 5 0.83940 0.07307 0.83908 0.07275 0.83940 0.07243 0.83972 0.07275 0.83940 0.07307\n 11 380 17 0.84385 0.07911 0.84290 0.07879 0.84226 0.07783 0.84194 0.07624 0.84194 0.07529 0.84226 0.07370 0.84290 0.07275 0.84385 0.07243 0.84449 0.07243 0.84544 0.07275 0.84607 0.07370 0.84639 0.07529 0.84639 0.07624 0.84607 0.07783 0.84544 0.07879 0.84449 0.07911 0.84385 0.07911\n 11 94 4 0.15689 0.09346 0.08011 0.09346 0.15689 0.09346 0.15689 0.09346\n 11 94 4 0.15689 0.09346 0.15689 0.09346 0.24220 0.09346 0.24220 0.09346\n 11 94 4 0.24220 0.09346 0.24220 0.09346 0.32752 0.09346 0.32752 0.09346\n 11 94 4 0.32752 0.09346 0.32752 0.09346 0.41283 0.09346 0.41283 0.09346\n 11 94 4 0.41283 0.09346 0.41283 0.09346 0.49814 0.09346 0.49814 0.09346\n 11 94 4 0.49814 0.09346 0.49814 0.09346 0.58346 0.09346 0.58346 0.09346\n 11 94 4 0.58346 0.09346 0.58346 0.09346 0.66877 0.09346 0.66877 0.09346\n 11 94 4 0.66877 0.09346 0.66877 0.09346 0.75409 0.09346 0.75409 0.09346\n 11 94 4 0.75409 0.09346 0.75409 0.09346 0.83940 0.09346 0.83940 0.09346\n 11 94 4 0.83940 0.09346 0.83940 0.09346 0.92471 0.09346 0.92471 0.09346\n 11 72 3 0.92471 0.09346 0.92471 0.09346 0.93324 0.09346\n 11 94 4 0.15085 0.07783 0.15149 0.07815 0.15244 0.07911 0.15244 0.07243\n 11 116 5 0.15689 0.07307 0.15657 0.07275 0.15689 0.07243 0.15721 0.07275 0.15689 0.07307\n 11 380 17 0.16134 0.07911 0.16039 0.07879 0.15975 0.07783 0.15943 0.07624 0.15943 0.07529 0.15975 0.07370 0.16039 0.07275 0.16134 0.07243 0.16198 0.07243 0.16293 0.07275 0.16356 0.07370 0.16388 0.07529 0.16388 0.07624 0.16356 0.07783 0.16293 0.07879 0.16198 0.07911 0.16134 0.07911\n 11 336 15 0.32116 0.07911 0.32466 0.07911 0.32275 0.07656 0.32370 0.07656 0.32434 0.07624 0.32466 0.07593 0.32497 0.07497 0.32497 0.07434 0.32466 0.07338 0.32402 0.07275 0.32307 0.07243 0.32211 0.07243 0.32116 0.07275 0.32084 0.07307 0.32052 0.07370\n 11 116 5 0.32752 0.07307 0.32720 0.07275 0.32752 0.07243 0.32783 0.07275 0.32752 0.07307\n 11 380 17 0.33197 0.07911 0.33101 0.07879 0.33038 0.07783 0.33006 0.07624 0.33006 0.07529 0.33038 0.07370 0.33101 0.07275 0.33197 0.07243 0.33260 0.07243 0.33356 0.07275 0.33419 0.07370 0.33451 0.07529 0.33451 0.07624 0.33419 0.07783 0.33356 0.07879 0.33260 0.07911 0.33197 0.07911\n 11 380 17 0.49497 0.07911 0.49179 0.07911 0.49147 0.07624 0.49179 0.07656 0.49274 0.07688 0.49369 0.07688 0.49465 0.07656 0.49528 0.07593 0.49560 0.07497 0.49560 0.07434 0.49528 0.07338 0.49465 0.07275 0.49369 0.07243 0.49274 0.07243 0.49179 0.07275 0.49147 0.07307 0.49115 0.07370\n 11 116 5 0.49814 0.07307 0.49783 0.07275 0.49814 0.07243 0.49846 0.07275 0.49814 0.07307\n 11 380 17 0.50259 0.07911 0.50164 0.07879 0.50101 0.07783 0.50069 0.07624 0.50069 0.07529 0.50101 0.07370 0.50164 0.07275 0.50259 0.07243 0.50323 0.07243 0.50418 0.07275 0.50482 0.07370 0.50514 0.07529 0.50514 0.07624 0.50482 0.07783 0.50418 0.07879 0.50323 0.07911 0.50259 0.07911\n 11 50 2 0.66623 0.07911 0.66305 0.07243\n 11 50 2 0.66178 0.07911 0.66623 0.07911\n 11 116 5 0.66877 0.07307 0.66845 0.07275 0.66877 0.07243 0.66909 0.07275 0.66877 0.07307\n 11 380 17 0.67322 0.07911 0.67227 0.07879 0.67163 0.07783 0.67131 0.07624 0.67131 0.07529 0.67163 0.07370 0.67227 0.07275 0.67322 0.07243 0.67386 0.07243 0.67481 0.07275 0.67545 0.07370 0.67577 0.07529 0.67577 0.07624 0.67545 0.07783 0.67481 0.07879 0.67386 0.07911 0.67322 0.07911\n 11 512 23 0.83654 0.07688 0.83622 0.07593 0.83558 0.07529 0.83463 0.07497 0.83431 0.07497 0.83336 0.07529 0.83272 0.07593 0.83241 0.07688 0.83241 0.07720 0.83272 0.07815 0.83336 0.07879 0.83431 0.07911 0.83463 0.07911 0.83558 0.07879 0.83622 0.07815 0.83654 0.07688 0.83654 0.07529 0.83622 0.07370 0.83558 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0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.92471 0.09371 0.92471 0.10386 0.93324 0.10386 0.93324 0.09371\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 94 4 0.91618 0.09346 0.91618 0.10361 0.92471 0.10361 0.92471 0.09346\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00101 0.00085 0.00000\n 61 44 0.08011 0.93324 0.09346 0.30654\n 14 94 4 0.93324 0.09498 0.93324 0.10513 0.94178 0.10513 0.94178 0.09498\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 0.40000\n 11 116 5 0.92471 0.09371 0.92471 0.10386 0.93324 0.10386 0.93324 0.09371 0.92471 0.09371\n 11 72 3 0.93324 0.09498 0.93324 0.10513 0.93324 0.10513\n 40 6 27\n 38 6 3\n 39 6 -17\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 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0.25331 0.12276 0.25331\n 11 116 5 0.13130 0.24717 0.13130 0.25732 0.13983 0.25732 0.13983 0.24717 0.13130 0.24717\n 11 116 5 0.13983 0.24025 0.13983 0.25040 0.14836 0.25040 0.14836 0.24025 0.13983 0.24025\n 11 116 5 0.14836 0.23263 0.14836 0.24278 0.15689 0.24278 0.15689 0.23263 0.14836 0.23263\n 11 116 5 0.15689 0.22438 0.15689 0.23453 0.16542 0.23453 0.16542 0.22438 0.15689 0.22438\n 11 116 5 0.16542 0.21558 0.16542 0.22573 0.17395 0.22573 0.17395 0.21558 0.16542 0.21558\n 11 116 5 0.17395 0.20632 0.17395 0.21647 0.18248 0.21647 0.18248 0.20632 0.17395 0.20632\n 11 116 5 0.18248 0.19669 0.18248 0.20684 0.19101 0.20684 0.19101 0.19669 0.18248 0.19669\n 11 116 5 0.19101 0.18679 0.19101 0.19694 0.19955 0.19694 0.19955 0.18679 0.19101 0.18679\n 11 116 5 0.19955 0.17672 0.19955 0.18687 0.20808 0.18687 0.20808 0.17672 0.19955 0.17672\n 11 116 5 0.20808 0.16658 0.20808 0.17673 0.21661 0.17673 0.21661 0.16658 0.20808 0.16658\n 11 116 5 0.21661 0.15647 0.21661 0.16662 0.22514 0.16662 0.22514 0.15647 0.21661 0.15647\n 11 116 5 0.22514 0.14649 0.22514 0.15663 0.23367 0.15663 0.23367 0.14649 0.22514 0.14649\n 11 116 5 0.23367 0.13673 0.23367 0.14688 0.24220 0.14688 0.24220 0.13673 0.23367 0.13673\n 11 116 5 0.24220 0.12731 0.24220 0.13746 0.25073 0.13746 0.25073 0.12731 0.24220 0.12731\n 11 116 5 0.25073 0.11831 0.25073 0.12846 0.25927 0.12846 0.25927 0.11831 0.25073 0.11831\n 11 116 5 0.25927 0.10982 0.25927 0.11997 0.26780 0.11997 0.26780 0.10982 0.25927 0.10982\n 11 116 5 0.26780 0.10192 0.26780 0.11207 0.27633 0.11207 0.27633 0.10192 0.26780 0.10192\n 11 116 5 0.27633 0.09471 0.27633 0.10486 0.28486 0.10486 0.28486 0.09471 0.27633 0.09471\n 11 94 4 0.28486 0.09346 0.28486 0.09839 0.29339 0.09839 0.29339 0.09346\n 11 94 4 0.38724 0.09346 0.38724 0.09362 0.39577 0.09362 0.39577 0.09346\n 11 94 4 0.39577 0.09346 0.39577 0.09942 0.40430 0.09942 0.40430 0.09346\n 11 116 5 0.40430 0.09587 0.40430 0.10602 0.41283 0.10602 0.41283 0.09587 0.40430 0.09587\n 11 116 5 0.41283 0.10321 0.41283 0.11336 0.42136 0.11336 0.42136 0.10321 0.41283 0.10321\n 11 116 5 0.42136 0.11121 0.42136 0.12135 0.42989 0.12135 0.42989 0.11121 0.42136 0.11121\n 11 116 5 0.42989 0.11979 0.42989 0.12994 0.43842 0.12994 0.43842 0.11979 0.42989 0.11979\n 11 116 5 0.43842 0.12887 0.43842 0.13902 0.44696 0.13902 0.44696 0.12887 0.43842 0.12887\n 11 116 5 0.44696 0.13835 0.44696 0.14850 0.45549 0.14850 0.45549 0.13835 0.44696 0.13835\n 11 116 5 0.45549 0.14815 0.45549 0.15830 0.46402 0.15830 0.46402 0.14815 0.45549 0.14815\n 11 116 5 0.46402 0.15816 0.46402 0.16831 0.47255 0.16831 0.47255 0.15816 0.46402 0.15816\n 11 116 5 0.47255 0.16829 0.47255 0.17844 0.48108 0.17844 0.48108 0.16829 0.47255 0.16829\n 11 116 5 0.48108 0.17842 0.48108 0.18857 0.48961 0.18857 0.48961 0.17842 0.48108 0.17842\n 11 116 5 0.48961 0.18847 0.48961 0.19862 0.49814 0.19862 0.49814 0.18847 0.48961 0.18847\n 11 116 5 0.49814 0.19833 0.49814 0.20848 0.50668 0.20848 0.50668 0.19833 0.49814 0.19833\n 11 116 5 0.50668 0.20791 0.50668 0.21805 0.51521 0.21805 0.51521 0.20791 0.50668 0.20791\n 11 116 5 0.51521 0.21709 0.51521 0.22724 0.52374 0.22724 0.52374 0.21709 0.51521 0.21709\n 11 116 5 0.52374 0.22581 0.52374 0.23596 0.53227 0.23596 0.53227 0.22581 0.52374 0.22581\n 11 116 5 0.53227 0.23396 0.53227 0.24411 0.54080 0.24411 0.54080 0.23396 0.53227 0.23396\n 11 116 5 0.54080 0.24147 0.54080 0.25162 0.54933 0.25162 0.54933 0.24147 0.54080 0.24147\n 11 116 5 0.54933 0.24826 0.54933 0.25841 0.55786 0.25841 0.55786 0.24826 0.54933 0.24826\n 11 116 5 0.55786 0.25426 0.55786 0.26441 0.56640 0.26441 0.56640 0.25426 0.55786 0.25426\n 11 116 5 0.56640 0.25942 0.56640 0.26957 0.57493 0.26957 0.57493 0.25942 0.56640 0.25942\n 11 116 5 0.57493 0.26367 0.57493 0.27382 0.58346 0.27382 0.58346 0.26367 0.57493 0.26367\n 11 116 5 0.58346 0.26699 0.58346 0.27714 0.59199 0.27714 0.59199 0.26699 0.58346 0.26699\n 11 116 5 0.59199 0.26934 0.59199 0.27949 0.60052 0.27949 0.60052 0.26934 0.59199 0.26934\n 11 116 5 0.60052 0.27068 0.60052 0.28083 0.60905 0.28083 0.60905 0.27068 0.60052 0.27068\n 11 116 5 0.60905 0.27102 0.60905 0.28117 0.61758 0.28117 0.61758 0.27102 0.60905 0.27102\n 11 116 5 0.61758 0.27034 0.61758 0.28049 0.62611 0.28049 0.62611 0.27034 0.61758 0.27034\n 11 116 5 0.62611 0.26866 0.62611 0.27881 0.63465 0.27881 0.63465 0.26866 0.62611 0.26866\n 11 116 5 0.63465 0.26598 0.63465 0.27613 0.64318 0.27613 0.64318 0.26598 0.63465 0.26598\n 11 116 5 0.64318 0.26235 0.64318 0.27249 0.65171 0.27249 0.65171 0.26235 0.64318 0.26235\n 11 116 5 0.65171 0.25778 0.65171 0.26793 0.66024 0.26793 0.66024 0.25778 0.65171 0.25778\n 11 116 5 0.66024 0.25233 0.66024 0.26248 0.66877 0.26248 0.66877 0.25233 0.66024 0.25233\n 11 116 5 0.66877 0.24606 0.66877 0.25621 0.67730 0.25621 0.67730 0.24606 0.66877 0.24606\n 11 116 5 0.67730 0.23902 0.67730 0.24917 0.68583 0.24917 0.68583 0.23902 0.67730 0.23902\n 11 116 5 0.68583 0.23129 0.68583 0.24144 0.69437 0.24144 0.69437 0.23129 0.68583 0.23129\n 11 116 5 0.69437 0.22294 0.69437 0.23309 0.70290 0.23309 0.70290 0.22294 0.69437 0.22294\n 11 116 5 0.70290 0.21405 0.70290 0.22420 0.71143 0.22420 0.71143 0.21405 0.70290 0.21405\n 11 116 5 0.71143 0.20472 0.71143 0.21487 0.71996 0.21487 0.71996 0.20472 0.71143 0.20472\n 11 116 5 0.71996 0.19504 0.71996 0.20519 0.72849 0.20519 0.72849 0.19504 0.71996 0.19504\n 11 116 5 0.72849 0.18511 0.72849 0.19526 0.73702 0.19526 0.73702 0.18511 0.72849 0.18511\n 11 116 5 0.73702 0.17502 0.73702 0.18517 0.74555 0.18517 0.74555 0.17502 0.73702 0.17502\n 11 116 5 0.74555 0.16488 0.74555 0.17502 0.75409 0.17502 0.75409 0.16488 0.74555 0.16488\n 11 116 5 0.75409 0.15478 0.75409 0.16493 0.76262 0.16493 0.76262 0.15478 0.75409 0.15478\n 11 116 5 0.76262 0.14483 0.76262 0.15498 0.77115 0.15498 0.77115 0.14483 0.76262 0.14483\n 11 116 5 0.77115 0.13512 0.77115 0.14527 0.77968 0.14527 0.77968 0.13512 0.77115 0.13512\n 11 116 5 0.77968 0.12576 0.77968 0.13591 0.78821 0.13591 0.78821 0.12576 0.77968 0.12576\n 11 116 5 0.78821 0.11684 0.78821 0.12699 0.79674 0.12699 0.79674 0.11684 0.78821 0.11684\n 11 116 5 0.79674 0.10845 0.79674 0.11860 0.80527 0.11860 0.80527 0.10845 0.79674 0.10845\n 11 116 5 0.80527 0.10066 0.80527 0.11081 0.81381 0.11081 0.81381 0.10066 0.80527 0.10066\n 11 116 5 0.81380 0.09356 0.81380 0.10371 0.82234 0.10371 0.82234 0.09356 0.81380 0.09356\n 11 94 4 0.82234 0.09346 0.82234 0.09738 0.83087 0.09738 0.83087 0.09346\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 11 94 4 0.92471 0.09346 0.92471 0.09454 0.93324 0.09454 0.93324 0.09346\n 21 6 1\n 25 6 1\n 82 0\n 81 6 434\n 82 0\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"55c8867af3aea4096d0281c3531875a48db9813c","subject":"Disable optimizations depending on no arithmetic overflow.","message":"Disable optimizations depending on no arithmetic overflow.\n\ngit-svn-id: 88467cb1fb04b8a755be7e1ee1026be4190196ef@22290 3a8e244f-b0f2-452b-bcba-4c88e055c3ca\n","repos":"sungeunchoi\/chapel,chizarlicious\/chapel,hildeth\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,hildeth\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,sungeunchoi\/chapel,hildeth\/chapel,sungeunchoi\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,hildeth\/chapel,hildeth\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,hildeth\/chapel,sungeunchoi\/chapel,chizarlicious\/chapel,hildeth\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\n\n# -fno-strict-overflow is needed only because the way we code range iteration\n# (ChapelRangeBase.chpl:793) generates code which can overflow. \nGEN_CFLAGS += -fno-strict-overflow\n\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","old_contents":"#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\nRUNTIME_CFLAGS += $(ARCH)\nRUNTIME_CXXFLAGS += $(ARCH)\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH)\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# a hacky flag necessary currently due to our use of setenv in the runtime code\n#\nSUPPORT_SETENV_CFLAGS = -std=gnu89\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\n#\n# developer settings\n#\nifdef CHPL_DEVELOPER\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"63d7244855a1d097a1259e2a2e549cad3cd17de9","subject":"Pretty plots now","message":"Pretty plots now\n","repos":"ergl\/lasp,ergl\/lasp,ergl\/lasp,lasp-lang\/lasp,lasp-lang\/lasp,lasp-lang\/lasp,ergl\/lasp,lasp-lang\/lasp","old_file":"priv\/plots\/transmission.gnuplot","new_file":"priv\/plots\/transmission.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0.5\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Transmitted\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\nset logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lt rgb \"#A00000\" lw 2 pt 1\n#set style line 2 lt rgb \"#00A000\" lw 2 pt 6\n#set style line 3 lt rgb \"#5060D0\" lw 2 pt 2\n#set style line 4 lt rgb \"#F25900\" lw 2 pt 9\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Transmitted\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\nset logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"d48413fb79dcf63847ce5840e6bf2d7d8d7e5ddc","subject":"Let gnuplot decide the color, if more than 4 lines","message":"Let gnuplot decide the color, if more than 4 lines\n","repos":"ergl\/lasp,ergl\/lasp,ergl\/lasp,lasp-lang\/lasp,lasp-lang\/lasp,ergl\/lasp,lasp-lang\/lasp,lasp-lang\/lasp","old_file":"priv\/plots\/transmission.gnuplot","new_file":"priv\/plots\/transmission.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0.5\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 lw 2 pt 7 ps 0.5\nset style line 6 lw 2 pt 7 ps 0.5\nset style line 7 lw 2 pt 7 ps 0.5\nset style line 8 lw 2 pt 7 ps 0.5\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Transmitted\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\nset logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0.5\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Transmitted\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\nset logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"1490eb1a505cee8b9ec9b57aa9549d6068514d99","subject":"set proper yscaling","message":"set proper yscaling\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd2.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 2 title \"Actueel Verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ 0 : 1.6 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamed \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd2.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 2 title \"Actueel Verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\n#set yrange [ 0 : 0.06 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamed \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f72cbbf3d6b735b867075c6872f35c46795b6760","subject":"Modification","message":"Modification\n\nSigned-off-by: Cheng Cao <f82fd421a071e898477b279d460f8204bae370d8@163.com>\n","repos":"IcebergOS\/VM-76","old_file":"VMGS\/Makefile.gnu","new_file":"VMGS\/Makefile.gnu","new_contents":"# make.rb is not working on Mac\n\nCXX = clang++\nCCLD = clang\n\nOBJ = VMGS\nSrc = $(shell find . -name \"*.cpp\")\nObjects = $(patsubst %.cpp, %.o, $(Src))\n\nLIBS = $(shell pkg-config --libs --static glfw3 glm gl glew portaudio-2.0 vorbisfile) -lstdc++\nLDFLAGS = -O4 -fPIC ..\/VMDE\/libVMDE.so\nCXXFLAGS = -I..\/lib\/SOIL\/include -I..\/VMDE \\\n\t$(shell pkg-config --cflags glfw3 glm glew gl portaudio-2.0 vorbisfile) \\\n\t-I..\/ -std=c++14 -Wall -Wextra -O3 -c \\\n\t-Ofast -msse4.1 -mtune=core2\n\nall: $(OBJ)\nrun: all\n\t@echo \u8fd0\u884c\n\t.\/$(OBJ)\n\n.cpp.o: .cpp\n\t@echo \u7f16\u8bd1C++\u6587\u4ef6$^\u2026\u2026\n\t$(CXX) $(CXXFLAGS) $^ -o $@\n\nVMGS: $(Objects)\n\t@echo \u94fe\u63a5\u6700\u7ec8\u4e8c\u8fdb\u5236\n\t$(CCLD) $(LIBS) $(LDFLAGS) $^ -o VMGS\n\nclean:\n\trm -rf $(OBJ) $(Objects)\n\n.PHONY: all run clean\n","old_contents":"# make.rb is not working on Mac\n\nCXX = clang++\nCCLD = clang\n\nOBJ = VMGS\nSrc = $(shell find . -name \"*.cpp\")\nObjects = $(patsubst %.cpp, %.o, $(Src))\n\nLIBS = $(shell pkg-config --libs --static glfw3 glm gl glew portaudio-2.0 vorbisfile) -lstdc++\nLDFLAGS = -O4 -fPIC ..\/VMDE\/libVMDE.so\nCXXFLAGS = -I..\/lib\/SOIL\/include -I..\/VMDE \\\n\t$(shell pkg-config --cflags glfw3 glm glew gl portaudio-2.0 vorbisfile) \\\n\t-I..\/ -std=c++14 -Wall -Wextra -O3 -c \\\n\t-Ofast -msse4.1 -mtune=core2\n\nall: $(OBJ)\nrun: all\n\t@echo \u8fd0\u884c\n\t.\/$(OBJ)\n\n.cpp.o: .cpp\n\t@echo \u7f16\u8bd1C++\u6587\u4ef6$^\u2026\u2026\n\t$(CXX) $(CXXFLAGS) $^ -o $@\n\nVMGS: $(Objects)\n\t@echo \u94fe\u63a5\u6700\u7ec8\u4e8c\u8fdb\u5236\n\t$(CCLD) $(LIBS) $(LDFLAGS) $^ -o VMGS\n\nclean:\n\trm -rf $(OBJ) $(Objects)mcpu\n\n.PHONY: all run clean\n","returncode":0,"stderr":"","license":"agpl-3.0","lang":"Gnuplot"} {"commit":"b7a0c69fd286272b0e7e6dcb033feea050f06b61","subject":"plot bigger dots","message":"plot bigger dots\n","repos":"Mausy5043\/ubundiagd,Mausy5043\/ubundiagd,Mausy5043\/ubundiagd","old_file":"graph29.gp","new_file":"graph29.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp '%Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Wind Speed (Gilze-Rijen)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed [km\/h]\" # Title for Y-axis\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \"Wind direction [deg]\" # Title for Y2-axis\nset y2range [0:360]\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):(kmh($3)) title \"Windspeed [km\/h]\" with impulses\\\n ,\"\/tmp\/sql29.csv\" using ($2+utc_offset):4 title \"Direction [deg]\" axes x1y2 with points pt 5 ps 0.2\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of Windspeed\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp '%Y-%m-%d %H:%M' bottom\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql29.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Wind Speed (Gilze-Rijen)\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Windspeed [km\/h]\" # Title for Y-axis\nset yrange [0:]\nset format y \"%4.1f\"\n\n# **************************************************************** Y2-axis *****\nset y2label \"Wind direction [deg]\" # Title for Y2-axis\nset y2range [0:360]\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/again29.png\"\n\nkmh(x) = x * 3.6 # x in m\/s -> km\/h => * (3600 \/ 1000)\n\n# ***** PLOT *****\nplot \"\/tmp\/sql29.csv\" using ($2+utc_offset):(kmh($3)) title \"Windspeed [km\/h]\" with impulses\\\n ,\"\/tmp\/sql29.csv\" using ($2+utc_offset):4 title \"Direction [deg]\" axes x1y2 with points pt 5 ps 0.1\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"685aaefb775fe698ad43e7399dcb16881d1f3793","subject":"20160110T2134","message":"20160110T2134\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 5 ps 0.15\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pt 5 ps 0.1\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 7 ps 0.15\\\n ,\"\/tmp\/sql21b.csv\" using ($2+utc_offset):3 title \"Room temperature [degC]\" with points pt 7 ps 0.1\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b369ff37498fda1521c34d3f0bc2407683d1ef7f","subject":"not showing priority 5 (NOTICE)","message":"not showing priority 5 (NOTICE)\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph15.gp","new_file":"graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"p0\" fc \"black\"\\\n ,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"p1\" fc \"blue\"\\\n ,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"p2\" fc \"red\"\\\n ,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"p3\" fc \"orange\"\\\n ,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"p4\" fc \"gold\"\\\n #,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"p5\" fc \"yellow\"\\\n #,'' using ($2+utc_offset):(delta($10+$11)) title \"p6\" fc \"green\" \\\n #,'' using ($2+utc_offset):(delta($11)) title \"p7\" fc \"grey\" \\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of memory usage\n\n# datafile\nifname = \"\/tmp\/sql15.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? NaN : xD)\nold_x = NaN\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Logging\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Lines []\"\nset autoscale y\nset format y \"%4.1s %c\"\nset logscale y 10\n\n# **************************************************************** Y2-axis *****\n# set y2label \"Load\"\n# set autoscale y2\n# set y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(delta($4+$5+$6+$7+$8+$9+$10+$11)) title \"p0\" fc \"black\"\\\n ,'' using ($2+utc_offset):(delta($5+$6+$7+$8+$9+$10+$11)) title \"p1\" fc \"blue\"\\\n ,'' using ($2+utc_offset):(delta($6+$7+$8+$9+$10+$11)) title \"p2\" fc \"red\"\\\n ,'' using ($2+utc_offset):(delta($7+$8+$9+$10+$11)) title \"p3\" fc \"orange\"\\\n ,'' using ($2+utc_offset):(delta($8+$9+$10+$11)) title \"p4\" fc \"gold\"\\\n ,'' using ($2+utc_offset):(delta($9+$10+$11)) title \"p5\" fc \"yellow\"\\\n #,'' using ($2+utc_offset):(delta($10+$11)) title \"p6\" fc \"green\" \\\n #,'' using ($2+utc_offset):(delta($11)) title \"p7\" fc \"grey\" \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8e948a97e14c53bccf568868fd92f079ed1badb4","subject":"20160102T1007","message":"20160102T1007\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".tz_gap.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\nset yrange [15:20]\n#set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Raw values [mV]\" # Title for Y2-axis\nset autoscale y2\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+tz_gap):4 title \"Temperature [degC]\" with lines \\\n ,\"\" using ($2+tz_gap):3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n ,\"\/tmp\/sql21b.csv\" using ($2+tz_gap):3 title \"Room temperature [degC]\" with lines \\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nprint tz_gap\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\n\n# ****************************************************************** Title *****\nset title \"Test graph -\".tz_gap.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\nset yrange [15:20]\n#set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Raw values [mV]\" # Title for Y2-axis\nset autoscale y2\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot.png\"\n\n# Data columns are:\n# 2 is Unix Epoch time\n# 3 is TMP36 mV\n# 4 is calculated temperature\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+tz_gap):4 title \"Temperature [degC]\" with lines \\\n ,\"\" using ($2+tz_gap):3 title \"Raw signal [mV]\" with lines axes x1y2 \\\n \"\/tmp\/sql21b.csv\" using ($2+tz_gap):3 title \"Room temperature [degC]\" with lines \\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"6ce268d935146639938ae948e443e78f1e1475c5","subject":"correction of Y ranges","message":"correction of Y ranges\n","repos":"Mausy5043\/domod,Mausy5043\/domod,Mausy5043\/domod","old_file":"graph22.gp","new_file":"graph22.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.36\nMRPOS = 0.73\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Humidity \\\\& Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2min : Y2max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2min : Y2max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2min : Y2max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.36\nMRPOS = 0.73\nRMARG = 0.96\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 3 name \"Yh\" nooutput\n\n# stats for Y2-axis\nstats ifnameh using 4 name \"Y2h\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# stats for Y2-axis\nstats ifnamed using 4 name \"Y2d\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2w\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\nY2max = max(max(Y2d_max, Y2h_max), Y2w_max) +1\nY2min = min(min(Y2d_min, Y2h_min), Y2w_min) -1\n\nset multiplot layout 1, 3 title \"Humidity \\\\& Temperature (DHT22) \".strftime(\"( %Y-%m-%dT%H:%M )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2w_min : Y2w_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2w_min : Y2w_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"black\" front\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%.0f\"\nset y2range [ Y2w_min : Y2w_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 axes x1y2 with points pt 5 ps 0.2 fc rgb \"#cc99bb99\" \\\n ,'' using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"79758b7a6cc1affcd272fcf1e2c5037cd41669e6","subject":"Additional indirection COMPILER_GCC allows to set specific GCC compiler in make.settings.local, without harming the icpc targets.","message":"Additional indirection COMPILER_GCC allows to set specific GCC compiler in make.settings.local, without harming the icpc targets.\n\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@699 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nCOMPILER\t?= $(COMPILER_GCC)\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL hasn't been configured correctly) #')\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER\t?= icpc\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER\t?= g++-4.2\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER\t?= g++\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL hasn't been configured correctly) #')\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"90fd237fac25d478dd322c9d8831245c04f59353","subject":"Trying to get the plot to work.","message":"Trying to get the plot to work.\n","repos":"hickerson\/bbn,hickerson\/bbn,hickerson\/bbn,hickerson\/bbn","old_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_contents":"# set terminal pngcairo transparent enhanced font \"arial,10\" fontscale 1.0 size 500, 350 \n# set output 'fillbetween.1.png'\nset style data lines\nset title \"Fill area between two curves\" \nset logscale y 10\nset xrange [ -0.04 : 0.04 ] noreverse nowriteback\nset yrange [ 1e-16 : 1 ] noreverse nowriteback\nplot 'fierz-study.dat' u 1:2:3 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:2 lt -1 notitle, '' u 1:3 lt -1 notitle \nplot 'fierz-study.dat' u 1:4:5 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:4 lt -1 notitle, '' u 1:5 lt -1 notitle \nplot 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:8 lt -1 notitle, '' u 1:7 lt -1 notitle \nplot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle \nplot 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle \nplot 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \n","old_contents":"# set terminal pngcairo transparent enhanced font \"arial,10\" fontscale 1.0 size 500, 350 \n# set output 'fillbetween.1.png'\nset style data lines\nset title \"Fill area between two curves\" \nset logscale y 10\nset xrange [ -0.04 : 0.04 ] noreverse nowriteback\nset yrange [ 1e-16 : 1 ] noreverse nowriteback\n#plot 'fierz-study.dat' u 1:2:3 w filledcu, '' u 1:2 lt -1 notitle, '' u 1:3 lt -1 notitle\nplot 'fierz-study.dat' u 1:2:3 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:2 lt -1 notitle, '' u 1:3 lt -1 notitle \n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"115b8a606ffaa2bad95c6591c1c3b5389206543f","subject":"beautify code","message":"beautify code\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph15.gp","new_file":"graph15.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of count of loglines\n\n# datafile\nifname = \"\/tmp\/lnxdiagd\/mysql\/sql15w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\n#delta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n#old_x = NaN\n\nnonull(x) = (x <= 0 ? 0.1 : x)\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - epoch_compensate\nX_max = X_max + utc_offset - epoch_compensate\n\n# ****************************************************************** Title *****\nset title \"System Logging Linecounts \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0) + utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Count [#]\"\nset format y \"%4.0s%c\"\nset logscale y 10\nset yrange [ 0.5 : ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\n\n# ***************************************************************** Output *****\n\n# ***** PLOT *****\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(nonull($4+$5+$6+$7+$8+$9)) title \"p5\" fc \"green\" \\\n ,'' using ($2+utc_offset):(nonull($4+$5+$6+$7+$8)) title \"p4\" fc \"cyan\" \\\n ,'' using ($2+utc_offset):(nonull($4+$5+$6+$7)) title \"p3\" fc \"blue\" \\\n ,'' using ($2+utc_offset):(nonull($4+$5+$6)) title \"p2\" fc \"orange\" \\\n ,'' using ($2+utc_offset):(nonull($4+$5)) title \"p1\" fc \"red\" \\\n ,'' using ($2+utc_offset):(nonull($4)) title \"p0\" fc \"black\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of count of loglines\n\n# datafile\nifname = \"\/tmp\/lnxdiagd\/mysql\/sql15w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day15.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\n#delta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n#old_x = NaN\n\nnonull(x) = (x <= 0 ? 0.1 : x)\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - epoch_compensate\nX_max = X_max + utc_offset - epoch_compensate\n\n# ****************************************************************** Title *****\nset title \"System Logging Linecounts \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Count [#]\"\nset format y \"%4.0s%c\"\nset logscale y 10\nset yrange [ 0.5 : ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\n\n# ***************************************************************** Output *****\n\n# ***** PLOT *****\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\nset style data boxes\nset style fill solid noborder\n\nplot ifname \\\n using ($2+utc_offset):(nonull($4+$5+$6+$7+$8+$9)) title \"p5\" fc \"green\" \\\n ,'' using ($2+utc_offset):(nonull($4+$5+$6+$7+$8)) title \"p4\" fc \"cyan\" \\\n ,'' using ($2+utc_offset):(nonull($4+$5+$6+$7)) title \"p3\" fc \"blue\" \\\n ,'' using ($2+utc_offset):(nonull($4+$5+$6)) title \"p2\" fc \"orange\" \\\n ,'' using ($2+utc_offset):(nonull($4+$5)) title \"p1\" fc \"red\" \\\n ,'' using ($2+utc_offset):(nonull($4)) title \"p0\" fc \"black\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b28404687b382a278026d09e8b605d85644ff5e8","subject":"Fix plots","message":"Fix plots\n","repos":"lorenzhs\/ssssort","old_file":"speed.plot","new_file":"speed.plot","new_contents":"# IMPORT-DATA stats stats.txt\n\nset terminal pdf size 28cm,18cm linewidth 2.0\nset output \"speed.pdf\"\n\nset pointsize 0.7\nset style line 6 lc rgb \"#f0b000\"\nset style line 15 lc rgb \"#f0b000\"\nset style line 24 lc rgb \"#f0b000\"\nset style line 33 lc rgb \"#f0b000\"\nset style line 42 lc rgb \"#f0b000\"\nset style line 51 lc rgb \"#f0b000\"\nset style line 60 lc rgb \"#f0b000\"\nset style increment user\n\nset grid xtics ytics\n\nset key top left\n\nset xlabel 'Item Count [log_2(n)]'\nset ylabel 'Run Time per Item [Microseconds \/ Item]'\n\n\nset title 'Super Scalar Sample Sort Test: Random'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"random\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 0 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 1 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 80% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"80pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"90pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 99.9% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99.9pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted + 10% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail90\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted + 1% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail99\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"sorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n\n\nset title 'Super Scalar Sample Sort Test: Reverse Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"reverse\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\n","old_contents":"# IMPORT-DATA stats stats.txt\n\nset terminal pdf size 28cm,18cm linewidth 2.0\nset output \"speed.pdf\"\n\nset pointsize 0.7\nset style line 6 lc rgb \"#f0b000\"\nset style line 15 lc rgb \"#f0b000\"\nset style line 24 lc rgb \"#f0b000\"\nset style line 33 lc rgb \"#f0b000\"\nset style line 42 lc rgb \"#f0b000\"\nset style line 51 lc rgb \"#f0b000\"\nset style line 60 lc rgb \"#f0b000\"\nset style increment user\n\nset grid xtics ytics\n\nset key top left\n\nset xlabel 'Item Count [log_2(n)]'\nset ylabel 'Run Time per Item [Microseconds \/ Item]'\n\n\nset title 'Super Scalar Sample Sort Test: Random'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ iterations \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"random\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 0 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 1 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 80% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ iterations \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"80pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 2 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 3 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ iterations \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"90pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 4 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 5 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ iterations \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 6 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 7 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99.9% Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ iterations \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"99.9pcsorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 8 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 9 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 90% Sorted + 10% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ iterations \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail90\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 10 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 11 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: 99% Sorted + 1% Random Tail'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ iterations \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"tail99\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 12 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 13 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ iterations \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"sorted\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 14 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 15 title \"algo=stdsort\" with linespoints\n\n\nset title 'Super Scalar Sample Sort Test: Reverse Sorted'\n## MULTIPLOT(algo) SELECT LOG(2, size) AS x,\n## MEDIAN(time \/ iterations \/ size * 1e6) AS y,\n## MULTIPLOT\n## FROM stats WHERE name = \"reverse\"\n## GROUP BY MULTIPLOT, x ORDER BY MULTIPLOT, x\nplot \\\n 'speed-data.txt' index 16 title \"algo=ssssort\" with linespoints, \\\n 'speed-data.txt' index 17 title \"algo=stdsort\" with linespoints\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4bba325dcefde2d9fda43e91aaa4a6d6fa9fe2dc","subject":"20160123T1139","message":"20160123T1139\n","repos":"Mausy5043\/ubundiagd,Mausy5043\/ubundiagd,Mausy5043\/ubundiagd","old_file":"graph21e.gp","new_file":"graph21e.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Courier\" 9 size 440,228\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21e.csv\"\nstats fname using 2 name \"Y\" nooutput\n\nY_min = Y_min + utc_offset - 946684800\nY_max = Y_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b %y\" # Display monthname on the X axis\n#set xtics rotate by 40 right\nset xrange [ Y_min : Y_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nunset key\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/plote.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21e.csv\" using ($2+utc_offset):3 title \"Temperature [degC]\" with dots\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,228\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21e.csv\"\nstats fname using 2 name \"Y\" nooutput\n\nY_min = Y_min + utc_offset - 946684800\nY_max = Y_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b %y\" # Display monthname on the X axis\n#set xtics rotate by 40 right\nset xrange [ Y_min : Y_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nunset key\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/plote.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21e.csv\" using ($2+utc_offset):3 title \"Temperature [degC]\" with dots\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d209d65efb6d044d07461a9c8102e0b9b8662d1a","subject":"D'oh, forgot endif","message":"D'oh, forgot endif\n","repos":"CoryMcCartan\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,CoryMcCartan\/chapel,chizarlicious\/chapel,chizarlicious\/chapel","old_file":"make\/compiler\/Makefile.gnu","new_file":"make\/compiler\/Makefile.gnu","new_contents":"# Copyright 2004-2015 Cray Inc.\n# Other additional copyright holders may be indicated within.\n# \n# The entirety of this work is licensed under the Apache License,\n# Version 2.0 (the \"License\"); you may not use this file except\n# in compliance with the License.\n# \n# You may obtain a copy of the License at\n# \n# http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n# \n# Unless required by applicable law or agreed to in writing, software\n# distributed under the License is distributed on an \"AS IS\" BASIS,\n# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n# See the License for the specific language governing permissions and\n# limitations under the License.\n\n#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\n# Set the target architecture for optimization\nifneq ($(CHPL_MAKE_TARGET_ARCH), none)\nifneq ($(CHPL_MAKE_TARGET_ARCH), unknown)\nSPECIALIZE_CFLAGS = -march=$(CHPL_MAKE_TARGET_ARCH)\nendif\nendif\n\n# Set flag for lax or IEEE floating point\nFAST_FLOAT_GEN_CFLAGS = -ffast-math\nIEEE_FLOAT_GEN_CFLAGS = -fno-fast-math\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\n# -Wa,-q passes control over from the horribly outdated version of as to clang's\n# as this is needed to set things like -march=native or else gcc will generate\n# instructions as can't actually assemble.\nRUNTIME_CFLAGS += $(ARCH) -Wa,-q\nRUNTIME_CXXFLAGS += $(ARCH) -Wa,-q\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH) -Wa,-q\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\nifndef GNU_GPP_SUPPORTS_STRICT_OVERFLOW\nexport GNU_GPP_SUPPORTS_STRICT_OVERFLOW = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\n#\n# Don't warn for signed pointer issues (ex. c_ptr(c_char) )\n#\nifeq ($(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4; echo \"$$?\"),1)\nWARN_GEN_CFLAGS += -Wno-pointer-sign\nendif\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\nifeq ($(GNU_GPP_SUPPORTS_STRICT_OVERFLOW),1)\n# -Wno-strict-overflow is needed only because the way we code range iteration\n# (ChapelRangeBase.chpl:793) generates code which can overflow. \nGEN_CFLAGS += -Wno-strict-overflow\n# -fstrict-overflow was introduced in GCC 4.2 and is on by default. When on,\n# it allows the compiler to assume that integer sums will not overflow, which\n# can change the programs runtime behavior (when -O2 or greater is tossed).\nendif\n\n#\n# compiler warnings settings\n#\nifeq ($(WARNINGS), 1)\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","old_contents":"# Copyright 2004-2015 Cray Inc.\n# Other additional copyright holders may be indicated within.\n# \n# The entirety of this work is licensed under the Apache License,\n# Version 2.0 (the \"License\"); you may not use this file except\n# in compliance with the License.\n# \n# You may obtain a copy of the License at\n# \n# http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n# \n# Unless required by applicable law or agreed to in writing, software\n# distributed under the License is distributed on an \"AS IS\" BASIS,\n# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n# See the License for the specific language governing permissions and\n# limitations under the License.\n\n#\n# settings for gnu-compatible platforms\n#\n\n#\n# Tools\n#\nCXX = g++\nCC = gcc\n\nRANLIB = ranlib\n\n\n#\n# General Flags\n#\n\nDEBUG_CFLAGS = -g\nDEPEND_CFLAGS = -MMD -MP\nOPT_CFLAGS = -O3\nPROFILE_CFLAGS = -pg\nPROFILE_LFLAGS = -pg\n\nifdef CHPL_GCOV\nCFLAGS += -fprofile-arcs -ftest-coverage\nLDFLAGS += -fprofile-arcs\nendif\n\n#\n# Flags for compiler, runtime, and generated code\n#\nCOMP_CFLAGS = $(CFLAGS)\nCOMP_CFLAGS_NONCHPL = -Wno-error\nRUNTIME_CFLAGS = -std=c99 $(CFLAGS)\nRUNTIME_GEN_CFLAGS = $(RUNTIME_CFLAGS)\nRUNTIME_CXXFLAGS = $(CFLAGS)\nRUNTIME_GEN_CXXFLAGS = $(RUNTIME_CXXFLAGS)\nGEN_CFLAGS = -std=c99\nGEN_STATIC_FLAG = -static\nGEN_DYNAMIC_FLAG =\nLIB_STATIC_FLAG = \nLIB_DYNAMIC_FLAG = -shared\nSHARED_LIB_CFLAGS = -fPIC\n\n# Set the target architecture for optimization\nifneq ($(CHPL_MAKE_TARGET_ARCH), none)\nifneq ($(CHPL_MAKE_TARGET_ARCH), unknown)\nSPECIALIZE_CFLAGS = -march=$(CHPL_MAKE_TARGET_ARCH)\nendif\nendif\n\n# Set flag for lax or IEEE floating point\nFAST_FLOAT_GEN_CFLAGS = -ffast-math\nIEEE_FLOAT_GEN_CFLAGS = -fno-fast-math\n\nifeq ($(CHPL_MAKE_PLATFORM), darwin)\n# build 64-bit binaries when on a 64-bit capable PowerPC\nARCH := $(shell test -x \/usr\/bin\/machine -a `\/usr\/bin\/machine` = ppc970 && echo -arch ppc64)\n# -Wa,-q passes control over from the horribly outdated version of as to clang's\n# as this is needed to set things like -march=native or else gcc will generate\n# instructions as can't actually assemble.\nRUNTIME_CFLAGS += $(ARCH) -Wa,-q\nRUNTIME_CXXFLAGS += $(ARCH) -Wa,-q\n# the -D_POSIX_C_SOURCE flag prevents nonstandard functions from polluting the global name space\nGEN_CFLAGS += -D_POSIX_C_SOURCE $(ARCH) -Wa,-q\nGEN_LFLAGS += $(ARCH)\nendif\n\n#ensure that 64 bit binaries are made on AIX\nifeq ($(CHPL_MAKE_PLATFORM), aix)\nGEN_CFLAGS += -maix64\nRUNTIME_CFLAGS += -maix64\nRUNTIME_GEN_CFLAGS += -maix64\nGEN_CFLAGS += -maix64\nCOMP_GEN_LFLAGS += -maix64\nendif\n\n#\n# query gcc version\n#\nifndef GNU_GPP_MAJOR_VERSION\nexport GNU_GPP_MAJOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[1]);}')\nendif\nifndef GNU_GPP_MINOR_VERSION\nexport GNU_GPP_MINOR_VERSION = $(shell $(CXX) -dumpversion | awk '{split($$1,a,\".\"); printf(\"%s\", a[2]);}')\nendif\nifndef GNU_GPP_SUPPORTS_MISSING_DECLS\nexport GNU_GPP_SUPPORTS_MISSING_DECLS = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\nifndef GNU_GPP_SUPPORTS_STRICT_OVERFLOW\nexport GNU_GPP_SUPPORTS_STRICT_OVERFLOW = $(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4 || (test $(GNU_GPP_MAJOR_VERSION) -eq 4 && test $(GNU_GPP_MINOR_VERSION) -le 2); echo \"$$?\")\nendif\n\n#\n# Flags for turning on warnings for C++\/C code\n#\nWARN_CXXFLAGS = -Wall -Werror -Wpointer-arith -Wwrite-strings -Wno-strict-aliasing\n# decl-after-stmt for non c99 compilers. See commit message 21665\nWARN_CFLAGS = $(WARN_CXXFLAGS) -Wmissing-prototypes -Wstrict-prototypes -Wnested-externs -Wdeclaration-after-statement -Wmissing-format-attribute\nWARN_GEN_CFLAGS = $(WARN_CFLAGS) -Wno-unused -Wno-uninitialized\n\n#\n# Don't warn for signed pointer issues (ex. c_ptr(c_char) )\n#\nifeq ($(shell test $(GNU_GPP_MAJOR_VERSION) -lt 4; echo \"$$?\"),1)\nWARN_GEN_CFLAGS += -Wno-pointer-sign\nelse\n\nifeq ($(GNU_GPP_SUPPORTS_MISSING_DECLS),1)\nWARN_CXXFLAGS += -Wmissing-declarations\nelse\nWARN_CFLAGS += -Wmissing-declarations\nendif\n\nifeq ($(GNU_GPP_SUPPORTS_STRICT_OVERFLOW),1)\n# -Wno-strict-overflow is needed only because the way we code range iteration\n# (ChapelRangeBase.chpl:793) generates code which can overflow. \nGEN_CFLAGS += -Wno-strict-overflow\n# -fstrict-overflow was introduced in GCC 4.2 and is on by default. When on,\n# it allows the compiler to assume that integer sums will not overflow, which\n# can change the programs runtime behavior (when -O2 or greater is tossed).\nendif\n\n#\n# compiler warnings settings\n#\nifeq ($(WARNINGS), 1)\nCOMP_CFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CFLAGS += $(WARN_CFLAGS) -Wno-char-subscripts\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_CXXFLAGS += $(WARN_CXXFLAGS)\nRUNTIME_GEN_CFLAGS += -Wno-unused\nRUNTIME_GEN_CXXFLAGS += -Wno-unused\n#WARN_GEN_CFLAGS += -Wunreachable-code\n# GEN_CFLAGS gets warnings added via WARN_GEN_CFLAGS in comp-generated Makefile\n\n\n#\n# When compiling GASNet...\n#\n# -Wno-missing-prototypes must be used because\n# gasneti_linkconfig_idiotcheck isn't prototyped before it's used (boo)\n# and is static, so we can't prototype it for them (awwww).\n#\n# -Wno-strict-prototypes has to be used because most GASNet prototypes\n# aren't strict.\n#\n# -Wno-unused has to be used due to _dummy_checkalign variables in\n# -gasnet_atomicops.h\n#\nCHPL_GASNET_MORE_CFLAGS = -Wno-strict-prototypes -Wno-missing-prototypes\nifndef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -Wno-unused\nendif\nendif\nifdef CHPL_COMM_DEBUG\nCHPL_GASNET_MORE_CFLAGS += -O0\nCHPL_GASNET_MORE_GEN_CFLAGS += -Wno-uninitialized\nendif\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"1d9fc0b9e19e504559cc519aa3976e3dda11e2bf","subject":"filled curves in graph","message":"filled curves in graph\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph12.gp","new_file":"graphs\/graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset style fill solid 0.25 noborder\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"black\" \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" \\\n ,'' using ($1+utc_offset):5 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):2:4 notitle with filledcurves lc \"black\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" \\\n ,'' using ($1+utc_offset):5 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql12w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 3 title \"CPU Usage \\\\& Load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 4\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamew \\\n using ($1+utc_offset):($5+$6+$7+$8) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($5+$6+$7) title \"waiting\" fc \"blue\" \\\n ,'' using ($1+utc_offset):($5+$6) title \"system\" fc \"yellow\" \\\n ,'' using ($1+utc_offset):5 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):3 title \"load 5min\" with lines lw 0.1 fc \"black\" axes x1y2\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\nset y2range [ 0 : 2 ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" \\\n ,'' using ($1+utc_offset):5 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : 100 ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):($5+$6+$7+$8) fc rgb \"#229922\" \\\n ,'' using ($1+utc_offset):($5+$6+$7) fc \"blue\" \\\n ,'' using ($1+utc_offset):($5+$6) fc \"yellow\" \\\n ,'' using ($1+utc_offset):5 fc rgb \"#ccbb0000\" \\\n ,'' using ($1+utc_offset):3 with lines lw 0.1 fc \"black\" axes x1y2\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"6325cbf06eec99641fe6878ec1835243804a6534","subject":"bug fix in counting total number of jobs submitted by a user","message":"bug fix in counting total number of jobs submitted by a user\n","repos":"SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk","old_file":"boinc_software\/monitor-boinc-server\/submissions\/archive\/plotData_period.gnu","new_file":"boinc_software\/monitor-boinc-server\/submissions\/archive\/plotData_period.gnu","new_contents":"reset\n\n# ------------------------------------------------------------------------------\n# user defined vars\n# ------------------------------------------------------------------------------\n\n# files\ngrepFiles='2017-??\/submit*.dat'\niFileName='submitAll.dat'\ngrepFilesAssimilated='2017-??\/assimilate*.dat'\niFileNameAssimilated='assimilateAll.dat'\n\n# last 24h\nrightNow=system('date +\"%FT%T\"')\nlast24H=system('date -d \"yesterday 13:00 \" '.\"'+%Y-%m-%d'\").\"T\".system('date +\"%T\"')\ntMin=last24H\ntMax=rightNow\ntStep=1*3600\n\n# time interval\n# AM -> tMin='2017-05-23T00:00:00'\ntMin='2017-05-05T00:00:00'\n# AM -> tMax='2017-01-27T00:00:00'\ntStep=3600*24\n\n# typical enlarged window size: 1900,400\n# trigger use of png or interactive windows: 0: png, 1: interactive\nlinteractive=1\nrightNowPNG=system('date +\"%F_%H-%M-%S\"')\n\n# ------------------------------------------------------------------------------\n# actual script\n# ------------------------------------------------------------------------------\n\n# retrieve data\nsystem('awk -v \"tMin='.tMin.'\" -v tMax=\"'.tMax.'\" '.\"'{if ($1!=\\\"#\\\") {if (tMin<$1 && $1<tMax) {print ($0)}}}' \".grepFiles.' > '.iFileName)\nsystem('awk -v \"tMin='.tMin.'\" -v tMax=\"'.tMax.'\" '.\"'{if ($1!=\\\"#\\\") {tStamp=$1\\\"T\\\"$2; if (tMin<=tStamp && tStamp<=tMax) {print ($1\\\"T\\\"$2,$3,$4,$5)}}}' \".grepFilesAssimilated.' > '.iFileNameAssimilated)\n# AM -> system('awk -v \"tMin='.tMin.'\" '.\"'{if (tMin<$1) {print ($0)}}' \".grepFiles.' > '.iFileName)\n\n# echo runners\nsystem( \"awk '{if ($1!=\\\"#\\\") {print ($6,$4)}}' \".iFileName.\" | sort -k 1 | awk '{if (NR==1) {oldOwner=$1} else {if ($1!=oldOwner) {print (tot,oldOwner); totot+=tot; tot=0; oldOwner=$1;}} tot+=$2}END{print (tot,oldOwner); totot+=tot; print(\\\"total:\\\",totot)}'\" )\n\n# AM -> set logscale y\n# AM -> set grid xtics ytics mxtics mytics\n# AM -> set grid layerdefault linetype -1 linecolor rgb \"gray\" linewidth 0.200, linetype 0 linecolor rgb \"gray\" linewidth 0.200\n# AM -> set format y '10^{%L}'\n# AM -> set mytics 10\n\nset xdata time\nset timefmt '%Y-%m-%dT%H:%M:%S'\nset format x '%Y-%m-%d %H:%M'\nset xtics rotate by 90 tStep right\nset key outside horizontal\nset grid\n\ncurrTitle='submitted WUs'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size 1200,400 notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/submissionCumulative_'.rightNowPNG.'.png'\n} else {\nset term qt 10 title currTitle font \"Times-Roman\" size 1000,400\n}\nset ylabel 'submitted WUs [10^3]'\nplot \\\n \"< awk '{if ($6==\\\"mcrouch\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'black' title 'mcrouch',\\\n \"< awk '{if ($6==\\\"ynosochk\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'dark-green' title 'ynosochk',\\\n \"< awk '{if ($6==\\\"emaclean\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'green' title 'emaclean',\\\n \"< awk '{if ($6==\\\"fvanderv\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'blue' title 'fvanderv',\\\n \"< awk '{if ($6==\\\"kaltchev\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'magenta' title 'kaltchev',\\\n \"< awk '{if ($6==\\\"phermes\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'cyan' title 'phermes',\\\n \"< awk '{if ($6==\\\"nkarast\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'orange' title 'nkarast',\\\n \"< awk '{if ($6==\\\"dpellegr\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'pink' title 'dpellegr',\\\n \"< awk '{if ($6==\\\"amereghe\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'purple' title 'amereghe',\\\n \"< awk '{if ($6==\\\"rdemaria\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'yellow' title 'rdemaria',\\\n \"< awk '{if ($6==\\\"jbarranc\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'dark-blue' title 'jbarranc',\\\n \"< awk '{if ($6==\\\"giovanno\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'gold' title 'giovanno',\\\n \"< awk '{if ($6==\\\"mcintosh\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'violet' title 'mcintosh',\\\n \"< awk '{if ($6==\\\"skostogl\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'dark-red' title 'skostogl',\\\n \"< awk '{if ($6==\\\"-\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'red' title '-'\n\ncurrTitle='overview'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size 1200,400 notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/overviewCumulative_'.rightNowPNG.'.png'\n} else {\nset term qt 11 title currTitle font \"Times-Roman\" size 1000,400\n}\nset ylabel 'WUs [10^3]'\nplot \\\n \"< awk '{tot+=$4; print ($1,tot)}' \".iFileName index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'red' title 'submitted',\\\n \"< awk '{tot+=$3; print ($1,tot)}' \".iFileNameAssimilated index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'blue' title 'assimilated'\n","old_contents":"reset\n\n# ------------------------------------------------------------------------------\n# user defined vars\n# ------------------------------------------------------------------------------\n\n# files\ngrepFiles='2017-??\/submit*.dat'\niFileName='submitAll.dat'\ngrepFilesAssimilated='2017-??\/assimilate*.dat'\niFileNameAssimilated='assimilateAll.dat'\n\n# last 24h\nrightNow=system('date +\"%FT%T\"')\nlast24H=system('date -d \"yesterday 13:00 \" '.\"'+%Y-%m-%d'\").\"T\".system('date +\"%T\"')\ntMin=last24H\ntMax=rightNow\ntStep=1*3600\n\n# time interval\ntMin='2017-05-07T00:00:00'\n# AM -> tMax='2017-01-27T00:00:00'\ntStep=3600*6\n\n# typical enlarged window size: 1900,400\n# trigger use of png or interactive windows: 0: png, 1: interactive\nlinteractive=1\n\n# ------------------------------------------------------------------------------\n# actual script\n# ------------------------------------------------------------------------------\n\n# retrieve data\nsystem('awk -v \"tMin='.tMin.'\" -v tMax=\"'.tMax.'\" '.\"'{if ($1!=\\\"#\\\") {if (tMin<$1 && $1<tMax) {print ($0)}}}' \".grepFiles.' > '.iFileName)\nsystem('awk -v \"tMin='.tMin.'\" -v tMax=\"'.tMax.'\" '.\"'{if ($1!=\\\"#\\\") {tStamp=$1\\\"T\\\"$2; if (tMin<=tStamp && tStamp<=tMax) {print ($1\\\"T\\\"$2,$3,$4,$5)}}}' \".grepFilesAssimilated.' > '.iFileNameAssimilated)\n# AM -> system('awk -v \"tMin='.tMin.'\" '.\"'{if (tMin<$1) {print ($0)}}' \".grepFiles.' > '.iFileName)\n\n# echo runners\nsystem( \"awk '{if ($1!=\\\"#\\\") {print ($6,$4)}}' \".iFileName.\" | sort -k 1 | awk '{tot+=$2; if (NR==1) {oldOwner=$1} else {if ($1!=oldOwner) {print (tot,oldOwner); totot+=tot; tot=0; oldOwner=$1;}}}END{print (tot,oldOwner); totot+=tot; print(\\\"total:\\\",totot)}'\" )\n\n# AM -> set logscale y\n# AM -> set grid xtics ytics mxtics mytics\n# AM -> set grid layerdefault linetype -1 linecolor rgb \"gray\" linewidth 0.200, linetype 0 linecolor rgb \"gray\" linewidth 0.200\n# AM -> set format y '10^{%L}'\n# AM -> set mytics 10\n\nset xdata time\nset timefmt '%Y-%m-%dT%H:%M:%S'\nset format x '%Y-%m-%d %H:%M'\nset xtics rotate by 90 tStep right\nset key outside horizontal\nset grid\n\ncurrTitle='submitted WUs'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size 1200,400 notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/submissionCumulative.png'\n} else {\nset term qt 10 title currTitle font \"Times-Roman\" size 1000,400\n}\nset ylabel 'submitted WUs [10^3]'\nplot \\\n \"< awk '{if ($6==\\\"mcrouch\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'black' title 'mcrouch',\\\n \"< awk '{if ($6==\\\"ynosochk\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'dark-green' title 'ynosochk',\\\n \"< awk '{if ($6==\\\"emaclean\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'green' title 'emaclean',\\\n \"< awk '{if ($6==\\\"fvanderv\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'blue' title 'fvanderv',\\\n \"< awk '{if ($6==\\\"kaltchev\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'magenta' title 'kaltchev',\\\n \"< awk '{if ($6==\\\"phermes\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'cyan' title 'phermes',\\\n \"< awk '{if ($6==\\\"nkarast\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'orange' title 'nkarast',\\\n \"< awk '{if ($6==\\\"dpellegr\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'pink' title 'dpellegr',\\\n \"< awk '{if ($6==\\\"amereghe\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'purple' title 'amereghe',\\\n \"< awk '{if ($6==\\\"rdemaria\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'yellow' title 'rdemaria',\\\n \"< awk '{if ($6==\\\"jbarranc\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'dark-blue' title 'jbarranc',\\\n \"< awk '{if ($6==\\\"giovanno\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'gold' title 'giovanno',\\\n \"< awk '{if ($6==\\\"mcintosh\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'violet' title 'mcintosh',\\\n \"< awk '{if ($6==\\\"-\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'red' title '-'\n\ncurrTitle='overview'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size 1200,400 notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/overviewCumulative.png'\n} else {\nset term qt 11 title currTitle font \"Times-Roman\" size 1000,400\n}\nset ylabel 'WUs [10^3]'\nplot \\\n \"< awk '{tot+=$4; print ($1,tot)}' \".iFileName index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'red' title 'submitted',\\\n \"< awk '{tot+=$3; print ($1,tot)}' \".iFileNameAssimilated index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'blue' title 'assimilated'\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"36abef8b2cee11ca17225f0a5a736d38d8b58a85","subject":"20160123T1250","message":"20160123T1250\n","repos":"Mausy5043\/ubundiagd,Mausy5043\/ubundiagd,Mausy5043\/ubundiagd","old_file":"graph21c.gp","new_file":"graph21c.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Courier\" 10 size 480,228\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21c.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display dayname of the week on the X axis\nset xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nunset key\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/plotc.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21c.csv\" using ($2+utc_offset):3 title \"Temperature [degC]\" with points pt 5 ps 0.2\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of Room temperature\n\n# ******************************************************* General settings *****\nset terminal png font \"Courier\" 10 size 480,228\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql21c.csv\"\nstats fname using 2 name \"W\" nooutput\n\nW_min = W_min + utc_offset - 946684800\nW_max = W_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display dayname of the week on the X axis\n#set xtics rotate by 40 right\nset xrange [ W_min : W_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\" # Title for Y2-axis\n#set autoscale y2\n#set y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nunset key\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/plotc.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21c.csv\" using ($2+utc_offset):3 title \"Temperature [degC]\" with points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"9cd53bc2ca8ee4cf14416c0b14577355a15059bf","subject":"plot now includes title","message":"plot now includes title\n","repos":"sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher,sunjerry019\/photonLauncher","old_file":"teaspoon\/plot.gnu","new_file":"teaspoon\/plot.gnu","new_contents":"set term epscairo enhanced truecolor font \"Helvetica,14\" size 8.6cm,6cm\n\nset output outfile\n\nset multiplot title titletext\n\nset style line 1 lc rgb \"red\" pt 7 ps 0.2\nset style line 2 lc rgb \"blue\" pt 7 ps 0.2\nset style line 3 lc rgb \"black\" pt 7 ps 0.2\n\n#set xl \"Time\/s\"\nset yl \"Temperature\/{\/Symbol \\260}C\"\n\nset xl offset 0,0.3 font \",10\"\nset yl offset 1.2,0 font \",10\"\n\nset xtics font \",8\"\nset ytics font \",8\"\n\nset size 1,0.5\nset origin 0,0.45\n\nplot filename u 1:2 ls 1 notitle, filename u 1:4 ls 2 notitle\n\nset size 1,0.5\nset origin 0,0\nset xl \"Time\/s\"\nset yl \"Relative Humidity\/%\"\nplot filename u 1:3 ls 3 notitle\n","old_contents":"set term epscairo enhanced truecolor font \"Helvetica,14\" size 8.6cm,6cm\n\nset output outfile\n\nset multiplot\n\nset style line 1 lc rgb \"red\" pt 7 ps 0.2\nset style line 2 lc rgb \"blue\" pt 7 ps 0.2\nset style line 3 lc rgb \"black\" pt 7 ps 0.2\n\nset xl \"Time\/s\"\nset yl \"Temperature\/{\/Symbol \\260}C\"\n\nset xl offset 0,0.3 font \",10\"\nset yl offset 1.2,0 font \",10\"\n\nset xtics font \",8\"\nset ytics font \",8\"\n\nset size 1,0.5\nset origin 0,0.5\nplot filename u 1:2 ls 1 notitle, filename u 1:4 ls 2 notitle\n\nset size 1,0.5\nset origin 0,0\nset xl \"Time\/s\"\nset yl \"Relative Humidity\/%\"\nplot filename u 1:3 ls 3 notitle\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"ad919fb67e088d4d82ed3c2d98386b28330eae3e","subject":"I suppose I better add the new files to the GNU makefile! Added parseStat and parseClose.","message":"I suppose I better add the new files to the GNU makefile! Added parseStat and parseClose.\n","repos":"NormanDunbar\/TraceMiner2,NormanDunbar\/TraceMiner2,NormanDunbar\/TraceMiner2","old_file":"makefile.gnu","new_file":"makefile.gnu","new_contents":"# A simple makefile to be used on Linux, with GNU make.\n# To see what it will do, without doing it, run:\n# make -n -f makefile.gnu\n#\n# Norman Dunbar.\n# January 2017.\n#\n# PS. It's \"noisy\" anyway. So you'll see what's what on the screen.\n#\n\nCPP=g++\nCPPFLAGS=-std=c++11\nTARGET=$(BIN)\/TraceMiner2\nRM=rm\nBIN=.\/bin\n\nSOURCES=TraceMiner2\/TraceMiner2.cpp \\\n TraceMiner2\/tmoptions.cpp \\\n TraceMiner2\/tmbind.cpp \\\n TraceMiner2\/tmcursor.cpp \\\n TraceMiner2\/tmtracefile.cpp \\\n TraceMiner2\/utilities.cpp \\\n TraceMiner2\/parseExec.cpp \\\n TraceMiner2\/parseParsing.cpp \\\n TraceMiner2\/parseParse.cpp \\\n TraceMiner2\/parseBinds.cpp \\\n TraceMiner2\/parseClose.cpp \\\n TraceMiner2\/parseStat.cpp \\\n TraceMiner2\/parseParseError.cpp \\\n TraceMiner2\/parseXctend.cpp \\\n TraceMiner2\/parseError.cpp\n\nOBJECTS=$(SOURCES:.cpp=.o)\n\nall:\ttraceminer2 $(BIN)\n\ntraceminer2:\t$(OBJECTS) $(BIN)\n\t$(CPP) -o $(TARGET) $(OBJECTS)\n\n\n$(BIN):\n\tmkdir $(BIN)\n\nclean:\n\t$(RM) $(OBJECTS)\n\ndistclean: clean\n\t$(RM) -r $(BIN)\n\n\n","old_contents":"# A simple makefile to be used on Linux, with GNU make.\n# To see what it will do, without doing it, run:\n# make -n -f makefile.gnu\n#\n# Norman Dunbar.\n# January 2017.\n#\n# PS. It's \"noisy\" anyway. So you'll see what's what on the screen.\n#\n\nCPP=g++\nCPPFLAGS=-std=c++11\nTARGET=$(BIN)\/TraceMiner2\nRM=rm\nBIN=.\/bin\n\nSOURCES=TraceMiner2\/TraceMiner2.cpp \\\n TraceMiner2\/tmoptions.cpp \\\n TraceMiner2\/tmbind.cpp \\\n TraceMiner2\/tmcursor.cpp \\\n TraceMiner2\/tmtracefile.cpp \\\n TraceMiner2\/utilities.cpp \\\n TraceMiner2\/parseExec.cpp \\\n TraceMiner2\/parseParsing.cpp \\\n TraceMiner2\/parseParse.cpp \\\n TraceMiner2\/parseBinds.cpp \\\n TraceMiner2\/parseParseError.cpp \\\n TraceMiner2\/parseXctend.cpp \\\n TraceMiner2\/parseError.cpp\n\nOBJECTS=$(SOURCES:.cpp=.o)\n\nall:\ttraceminer2 $(BIN)\n\ntraceminer2:\t$(OBJECTS) $(BIN)\n\t$(CPP) -o $(TARGET) $(OBJECTS)\n\n\n$(BIN):\n\tmkdir $(BIN)\n\nclean:\n\t$(RM) $(OBJECTS)\n\ndistclean: clean\n\t$(RM) -r $(BIN)\n\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f2594a2c5b86c2954473f74f4730a90652ba4606","subject":"Text color.","message":"Text color.","repos":"nintaitrading-eu\/ledgerplot","old_file":"test\/hist.gnu","new_file":"test\/hist.gnu","new_contents":"####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n# This part is dynamic and can be altered to influence the look of the graph.\n####################################################################################\n\n### plot setup\n#set terminal pngcairo transparent enhanced font \"inconsolata,10\" fontscale 1.0 size 500, 350 \nset terminal pngcairo size 800,600 enhanced font 'Liberation Mono,10' background \"#002b36\"\nset output 'test.png'\nCOLORS = \"red green gray\"\nSTARTCOL = 2\nENDCOL = 4\nset border 3 front linetype -1 linewidth 1.000 linecolor rgb \"gold\"\n\n### titles and labels\nset title \"income\\_vs\\_expenses\\n(Extra info here?)\" textcolor rgb \"gold\"\nset xlabel \"Year\" \nset xlabel offset character 0, -2, 0 font \"\" textcolor rgb \"gold\" lt -1 norotate\nset ylabel \"Value (EUR)\" \n\n####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n# This part is static and can not be altered.\n####################################################################################\n\n### legend\nset key bmargin center horizontal Left reverse noenhanced autotitles columnhead nobox\n\n### main code\nGAPSIZE = 5\nNCOL = ENDCOL-STARTCOL+1\nBOXWIDTH = 1.\/(GAPSIZE+NCOL)\n\n### barchart layout - axis + grid\nset style fill solid 1.00 border lt -1\nset boxwidth BOXWIDTH absolute\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset xzeroaxis linetype 0 linewidth 1.000\nset yzeroaxis linetype 0 linewidth 1.000\nset zzeroaxis linetype 0 linewidth 1.000\n\n### Set tics and histograms\n# Note: I can not use GAPSIZE below, for some reason... hardcoded 4 is used instead\nset style histogram clustered gap 5 title offset character 2, 0.25, 0\nset datafile missing '-'\nset style data histograms\nset xtics border in scale 0,0 nomirror rotate by -45 offset character 0, 0, 0 autojustify\nset xtics norangelimit font \",8\"\nset xtics ()\nset ytics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset ztics border in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\nset cbtics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset rtics axis in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\n\n#x = 0.0\n#i = 23\n### plotting\nplot for [COL=STARTCOL:ENDCOL] 'test.dat' u COL:xtic(1) w histogram title columnheader(COL) lc rgb word(COLORS, COL), \\\n for [COL=STARTCOL:ENDCOL] 'test.dat' u (column(0)+BOXWIDTH*(COL-STARTCOL+GAPSIZE\/2+1)-0.5):COL:COL notitle w labels\n","old_contents":"####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n# This part is dynamic and can be altered to influence the look of the graph.\n####################################################################################\n\n### plot setup\n#set terminal pngcairo transparent enhanced font \"inconsolata,10\" fontscale 1.0 size 500, 350 \nset terminal pngcairo size 800,600 enhanced font 'Liberation Mono,10' background \"#002b36\"\nset output 'test.png'\nCOLORS = \"red green gray\"\nSTARTCOL = 2\nENDCOL = 4\n\n### titles and labels\nset title \"income\\_vs\\_expenses\\n(Extra info here?)\" \nset xlabel \"Year\" \nset xlabel offset character 0, -2, 0 font \"\" textcolor lt -1 norotate\nset ylabel \"Value (EUR)\" \n\n####################################################################################\n# Gnuplot 4.6 script for plotting multiple groups of 3 bars in a barchart.\n# This part is static and can not be altered.\n####################################################################################\n\n### legend\nset key bmargin center horizontal Left reverse noenhanced autotitles columnhead nobox\n\n### main code\nGAPSIZE = 5\nNCOL = ENDCOL-STARTCOL+1\nBOXWIDTH = 1.\/(GAPSIZE+NCOL)\n\n### barchart layout - axis + grid\n#set border 3 front linetype -1 linewidth 1.000\nset style fill solid 1.00 border lt -1\nset boxwidth BOXWIDTH absolute\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset xzeroaxis linetype 0 linewidth 1.000\nset yzeroaxis linetype 0 linewidth 1.000\nset zzeroaxis linetype 0 linewidth 1.000\n\n### Set tics and histograms\n# Note: I can not use GAPSIZE below, for some reason... hardcoded 4 is used instead\nset style histogram clustered gap 5 title offset character 2, 0.25, 0\nset datafile missing '-'\nset style data histograms\nset xtics border in scale 0,0 nomirror rotate by -45 offset character 0, 0, 0 autojustify\nset xtics norangelimit font \",8\"\nset xtics ()\nset ytics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset ztics border in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\nset cbtics border in scale 0,0 mirror norotate offset character 0, 0, 0 autojustify\nset rtics axis in scale 0,0 nomirror norotate offset character 0, 0, 0 autojustify\n\n#x = 0.0\n#i = 23\n### plotting\nplot for [COL=STARTCOL:ENDCOL] 'test.dat' u COL:xtic(1) w histogram title columnheader(COL) lc rgb word(COLORS, COL), \\\n for [COL=STARTCOL:ENDCOL] 'test.dat' u (column(0)+BOXWIDTH*(COL-STARTCOL+GAPSIZE\/2+1)-0.5):COL:COL notitle w labels\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"404510613b48a0faf568916f481d5e36d33ad316","subject":"make adding values in make.settings.local more easy with STXXL_EXTRA and WARNINGS_EXTRA","message":"make adding values in make.settings.local more easy with STXXL_EXTRA and WARNINGS_EXTRA\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@1014 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t\t+= $(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h compat_hash_set.h\nHEADER_FILES_BITS\t+= compat_auto_ptr.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\nHEADER_FILES_MNG\t+= block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\n%.$(ii): %.cpp $(DEPS_MAKEFILES)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"1682ff8915d6711c5e0992c76f5423d458bbc53b","subject":"updating figures","message":"updating figures\n","repos":"heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed,heineman\/algorithms-nutshell-2ed","old_file":"Figures\/scripts\/chapter2\/2ed-2-2.plot","new_file":"Figures\/scripts\/chapter2\/2ed-2-2.plot","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"mit","lang":"Gnuplot"} {"commit":"8a8858e1a5649374e0f7eb94bc0ee6b16b7a948c","subject":"Add test for bson_unicode:utf8_bytes_size\/3.","message":"Add test for bson_unicode:utf8_bytes_size\/3.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_unicode.plt","new_file":"src\/bson\/bson_unicode.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson_unicode:utf8_bytes\/2').\n\ntest('empty utf8', [true(Got == Expected)]) :-\n Utf8 = '',\n Expected = [],\n bson_unicode:utf8_bytes(Utf8, Got).\n\ntest('empty bytes', [true(Got == Expected)]) :-\n Bytes = [],\n Expected = '',\n bson_unicode:utf8_bytes(Got, Bytes).\n\ntest('both nonvar') :-\n bson_unicode:utf8_bytes('', []).\n\ntest('utf8 to bytes', [true(Got == Expected)]) :-\n Utf8 = '\u00e4\\0\u00e4',\n Expected = [0xc3,0xa4, 0, 0xc3,0xa4],\n bson_unicode:utf8_bytes(Utf8, Got).\n\ntest('bytes to utf8', [true(Got == Expected)]) :-\n Expected = '\u00e4\\0\u00e4',\n Bytes = [0xc3,0xa4, 0, 0xc3,0xa4],\n bson_unicode:utf8_bytes(Got, Bytes).\n\n:- end_tests('bson_unicode:utf8_bytes\/2').\n\n:- begin_tests('bson_unicode:utf8_bytes_size\/3').\n\ntest('utf8 to bytes, with size', [true(Got == Expected)]) :-\n Utf8 = '\u00e4\\0\u00e4',\n Expected = 5,\n bson_unicode:utf8_bytes_size(Utf8, _Bytes, Got).\n\n:- end_tests('bson_unicode:utf8_bytes_size\/3').\n","old_contents":":- include(misc(common)).\n\n:- begin_tests('bson_unicode:utf8_bytes\/2').\n\ntest('empty utf8', [true(Got == Expected)]) :-\n Utf8 = '',\n Expected = [],\n bson_unicode:utf8_bytes(Utf8, Got).\n\ntest('empty bytes', [true(Got == Expected)]) :-\n Bytes = [],\n Expected = '',\n bson_unicode:utf8_bytes(Got, Bytes).\n\ntest('both nonvar') :-\n bson_unicode:utf8_bytes('', []).\n\ntest('utf8 to bytes', [true(Got == Expected)]) :-\n Utf8 = '\u00e4\\0\u00e4',\n Expected = [0xc3,0xa4, 0, 0xc3,0xa4],\n bson_unicode:utf8_bytes(Utf8, Got).\n\ntest('bytes to utf8', [true(Got == Expected)]) :-\n Expected = '\u00e4\\0\u00e4',\n Bytes = [0xc3,0xa4, 0, 0xc3,0xa4],\n bson_unicode:utf8_bytes(Got, Bytes).\n\n:- end_tests('bson_unicode:utf8_bytes\/2').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"b53e36aa7e28054dbb1a18053eef2e7d21eef72c","subject":"Gnuplot script cleanup.","message":"Gnuplot script cleanup.\n","repos":"hfp\/libxsmm,egeor\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,egeor\/libxsmm,hfp\/libxsmm,maxhutch\/libxsmm,hfp\/libxsmm,egeor\/libxsmm,egeor\/libxsmm,egeor\/libxsmm","old_file":"samples\/cp2k\/cp2k-perf.plt","new_file":"samples\/cp2k\/cp2k-perf.plt","new_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=8 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK**1\/3)\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.1\n","old_contents":"MPARM = 1\nNPARM = 2\nKPARM = 3\nCPARM = 4\nSSIZE = 5\nUSIZE = 6\nFLOPS = 8\nMEMBW = 9\n\nHIM = -1\nHIN = HIM\nHIK = HIM\n\nBASENAME = \"cp2k\"\nFILENAME = system(\"sh -c \\\"echo ${FILENAME}\\\"\")\nif (FILENAME eq \"\") {\n FILENAME = BASENAME.\"-perf.pdf\"\n}\n\nFILECOUNT = 1 # initial file number\n# MULTI =-1: multiple files; no titles\n# MULTI = 0: multiple files with titles\n# MULTI = 1: single file with titles\nMULTI = system(\"sh -c \\\"echo ${MULTI}\\\"\")\nif (MULTI eq \"\") {\n MULTI = 1\n}\n\nXFLOPS(M, N, K) = 2.0 * M * N * K\nNFLOPS(M, N, K) = XFLOPS(column(M), column(N), column(K))\nNBYTES(M, N, K, ELEMSIZE) = ELEMSIZE * (column(M) * column(K) + column(K) * column(N) + column(M) * column(N))\nAI(M, N, K, ELEMSIZE) = NFLOPS(M, N, K) \/ NBYTES(M, N, K, ELEMSIZE)\n\nTIME(M, N, K, F, S) = column(S) * NFLOPS(M, N, K) * 1E-9 \/ column(F)\n#BW(M, N, K, F, S, BWC, ELEMSIZE) = column(S) * (column(M) * column(K) + column(K) * column(N)) * ELEMSIZE \/ (TIME(M, N, K, F, S) * 1024 * 1024 * 1024)\nBW(M, N, K, F, S, BWC, ELEMSIZE) = column(BWC)\n\nstats BASENAME.\"-perf.dat\" using (column(MPARM)*column(NPARM)*column(KPARM)) nooutput; MNK = STATS_stddev**(1.0\/3.0); MAXMNK = int(STATS_max)\nstats BASENAME.\"-perf.dat\" using (log(column(FLOPS))) nooutput; GEO = exp(STATS_sum\/STATS_records)\nstats BASENAME.\"-perf.dat\" using FLOPS nooutput; MED = STATS_median; MINFLOPS = STATS_min; MAXFLOPS = STATS_max\nstats BASENAME.\"-perf.dat\" using NPARM nooutput; XN = int(STATS_max)\n\nMAX(A, B) = A < B ? B : A\nACC = sprintf(\"%%.%if\", ceil(MAX(1.0 \/ log10(MED) - 1.0, 0)))\n\nIX(I1, J1, NJ) = int(MAX(I1 - 1, 0) * NJ + MAX(J1 - 1, 0))\nI1(IX, NJ) = int(IX \/ NJ) + 1\nJ1(IX, NJ) = int(IX) % NJ + 1\n\nset table BASENAME.\"-perf-avg.dat\"\nplot BASENAME.\"-perf.dat\" using (IX(column(MPARM), column(NPARM), XN)):FLOPS smooth unique\nunset table\nset table BASENAME.\"-perf-mbw.dat\"\nplot BASENAME.\"-perf.dat\" using (BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)):(1.0) smooth cumulative\nunset table\nset table BASENAME.\"-perf-cdf.dat\"\nplot BASENAME.\"-perf.dat\" using FLOPS:(1.0) smooth cumulative\nunset table\nstats BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?($2):(1\/0)) nooutput; FREQSUM = STATS_max; FREQN = STATS_records\n\nif (MULTI==1) {\n set output FILENAME\n}\n\nFILEEXT = system(\"sh -c \\\"echo \".FILENAME.\" | sed 's\/.\\\\+\\\\.\\\\(.\\\\+\\\\)\/\\\\1\/'\\\"\")\nset terminal FILEEXT\nset termoption enhanced\n#set termoption font \",12\"\nsave_encoding = GPVAL_ENCODING\nset encoding utf8\n\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance\" }\nset origin -0.03, 0\nset pm3d interpolate 0, 0\n#set colorbox horizontal user origin 0, 0.1 size 1, 0.1\n#set autoscale fix\nif (0<HIM) { set xrange [*:HIM] }\nif (0<HIN) { set yrange [*:HIN] }\nif (0<HIK) { set zrange [*:HIK] }\nif (0>HIM) { set xrange [*:MNK] }\nif (0>HIN) { set yrange [*:MNK] }\nif (0>HIK) { set zrange [*:MNK] }\nset xlabel \"M\"\nset ylabel \"N\" offset -3.0\nset zlabel \"K\" offset 1.0\nset ticslevel 0\nset cblabel \"GFLOP\/s\" offset 1.5\nset format x \"%g\"; set format y \"%g\"; set format z \"%g\"; set format cb \"%g\"\nsplot BASENAME.\"-perf.dat\" using MPARM:NPARM:KPARM:FLOPS notitle with points pointtype 7 linetype palette\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (K-Average)\" }\nset origin -0.02, 0\nset dgrid3d #9, 9\nset pm3d interpolate 0, 0 map\nset autoscale fix\nset xlabel \"M\"\nset ylabel \"N\" offset -1.5\nset cblabel \"GFLOP\/s\" offset 0.5\nset format x \"%g\"; set format y \"%g\"; set format cb \"%g\"\nset mxtics 2\nsplot BASENAME.\"-perf-avg.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(I1($1, XN)):(1\/0)):((\"\".strcol(3).\"\" eq \"i\")?(J1($1, XN)):(1\/0)):2 notitle with pm3d\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance (Average per Bin)\" }\nset style fill solid 0.4 noborder\nset boxwidth 0.5\nset grid y2tics linecolor \"grey\"\nunset key\nunset xtics\nset xtics (\"MNK <= 13^3\" 0, \"13^3 < MNK <= 23^3\" 1, \"23^3 < MNK\" 2) scale 0 offset 0, 0.2\nset x2tics (\"Small\" 0, \"Medium\" 1, \"Larger\" 2) scale 0\nset xlabel \"Problem Size (MNK)\"\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xrange [-0.5:2.5]\nset autoscale fix\nplot BASENAME.\"-perf.dat\" \\\n using (0.0):((NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(13,13,13))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (1.0):(((XFLOPS(13,13,13)<NFLOPS(MPARM,NPARM,KPARM))&&(NFLOPS(MPARM,NPARM,KPARM)<=XFLOPS(23,23,23)))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\", \\\n \"\" using (2.0):((XFLOPS(23,23,23)<NFLOPS(MPARM,NPARM,KPARM))?column(FLOPS):1\/0) notitle smooth unique with boxes linetype 1 linecolor \"grey\"\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Memory Bandwidth (CDF)\" }\nset xlabel \"Probability\\n\\n{\/=8 Minimum: \".sprintf(ACC, MINFLOPS).\" GFLOP\/s Geo. Mean: \".sprintf(ACC, GEO).\" GFLOP\/s Median: \".sprintf(ACC, MED).\" GFLOP\/s Maximum: \".sprintf(ACC, MAXFLOPS).\" GFLOP\/s}\"\nset ylabel \"GB\/s\"\nset y2label \"GFLOP\/s\"\nset format x \"%g%%\"\nset format y \"%g\"\nset format y2 \"%g\"\nset ytics nomirror\nset y2tics nomirror\nset grid x y2 linecolor \"grey\"\nset xrange [0:100]\nset yrange [0:*]\nset y2range [0:*]\nset fit quiet\nf(x) = b * x + a\nfit f(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via a, b\ng(x) = (x - a) \/ b\nx50 = 0.5 * (100 + MAX(0, g(0)))\nh(x) = d * x + c\ndx = 100 \/ FREQN\nfit [x50-1.5*dx:x50+1.5*dx] h(x) BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 via c, d\nset arrow from x50, second h(x50) to x50, second 0 front\nset arrow from x50, second h(x50) to 100, second h(x50) front\nset label sprintf(\"%.0f%%\", x50) at x50, second 0.5 * h(x50) left offset 1 front\nset label sprintf(ACC.\" GFLOP\/s\", h(x50)) at 0.5 * (x50 + 100.0), second h(x50) centre offset 0, -1 front\nset key left invert\nplot BASENAME.\"-perf-mbw.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y1 title \"Memory Bandwidth\" with lines linecolor \"grey\", \\\n BASENAME.\"-perf-cdf.dat\" using ((\"\".strcol(3).\"\" eq \"i\")?(100*$2\/FREQSUM):(1\/0)):1 axes x1y2 title \"Compute Performance\" with lines linewidth 2\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Memory Bandwidth\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GB\/s\"\nset xlabel \"Problem Size (MNK**1\/3)\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using ((column(MPARM)*column(NPARM)*column(KPARM))**(1.0\/3.0)):(BW(MPARM,NPARM,KPARM,FLOPS,SSIZE,MEMBW,8)) notitle smooth unique with points pointtype 7 pointsize 0.1\n\nreset\nif (MULTI<=0) { set output \"\".FILECOUNT.\"-\".FILENAME; FILECOUNT = FILECOUNT + 1 }\nif (MULTI>-1) { set title \"Performance and Arithmetic Intensity\" }\nset grid x y2 linecolor \"grey\"\nset key left #spacing 0.5\nset ytics format \"\"\nset y2tics nomirror\nset y2label \"GFLOP\/s\"\nset xlabel \"FLOPS\/Byte\"\nset autoscale fix\nplot BASENAME.\"-perf.dat\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth sbezier with lines linecolor \"grey\", \\\n \"\" using (AI(MPARM,NPARM,KPARM,8)):FLOPS notitle smooth unique with points pointtype 7 pointsize 0.1\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"0ee5031d17db92a9824271a5e4725e521f37b5a0","subject":"Add fourth point to define unique polynomial.","message":"Add fourth point to define unique polynomial.\n","repos":"eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing","old_file":"figures\/gnuplot\/cubic-2.gp","new_file":"figures\/gnuplot\/cubic-2.gp","new_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"cubic-2.png\"\nset encoding utf8\n\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [-7:5]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\nset label 2 \"f(x) = x^3 + 3x^2 - 13x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\nset label 3 \"f(x) = \u03b1(x^3 + x^2 - 26x + 24) + 2x^2 + 13x + 18\" at screen 0.21,0.830 left font \"times.ttf,30\"\nset title \"Cubic polynomials passing through points (-4,50) and (1,40)\" font \"lucon.ttf,30\"\n\n# Greek \u03b1 symbol is U03B1\nf(x) = x**3 + 3*x**2 - 13.0*x + 42\nx1 = -6\nx2 = 1\nx3 = 4\nx4 = -3\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot \\\n (-34.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (-21.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (-13.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (-8.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (8.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (13.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (21.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (34.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n f(x) axes x1y1 not with lines linestyle 106, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('(%.1d,%.1d)', x1, f(x1))) \\\n with labels offset char -2,2.5 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x2 : NaN):(f(x2)):(sprintf('(%.1d,%.1d)', x2, f(x2))) \\\n with labels offset char -4.0,3 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x3 : NaN):(f(x3)):(sprintf('(%.1d,%.1d)', x3, f(x3))) \\\n with labels offset char -3.0,2.0 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x4 : NaN):(f(x4)):(sprintf('(%.1d,%.1d)', x4, f(x4))) \\\n with labels offset char -2.5,0.75 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n","old_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"cubic-2.png\"\nset encoding utf8\n\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [-7:5]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\nset label 2 \"f(x) = x^3 + 3x^2 - 13x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\nset label 3 \"f(x) = \u03b1(x^3 + x^2 - 26x + 24) + 2x^2 + 13x + 18\" at screen 0.21,0.830 left font \"times.ttf,30\"\nset title \"Cubic polynomials passing through points (-4,50) and (1,40)\" font \"lucon.ttf,30\"\n\n# Greek \u03b1 symbol is U03B1\nf(x) = x**3 + 3*x**2 - 13.0*x + 42\nx1 = -6\nx2 = 1\nx3 = 4\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot \\\n (-34.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (-21.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (-13.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (-8.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (8.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (13.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (21.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n (34.0*(x**3 + x**2 - 26.0*x + 24) + 2.0*x**2 + 13.0*x + 18) axes x1y1 not with lines linestyle 102, \\\n f(x) axes x1y1 not with lines linestyle 106, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('(%.1d,%.1d)', x1, f(x1))) \\\n with labels offset char -2,2.5 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x2 : NaN):(f(x2)):(sprintf('(%.1d,%.1d)', x2, f(x2))) \\\n with labels offset char -4.0,3 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x3 : NaN):(f(x3)):(sprintf('(%.1d,%.1d)', x3, f(x3))) \\\n with labels offset char -4.0,3 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"eee39f959173b6429f72cdbafaf3afd86f10d174","subject":"change event process plot to lines","message":"change event process plot to lines\n","repos":"bladepan\/cloudbrowser,bladepan\/cloudbrowser,bladepan\/cloudbrowser","old_file":"benchmarks\/analysis\/eventprocess.gp","new_file":"benchmarks\/analysis\/eventprocess.gp","new_contents":"# Gnuplot script file for plotting data\nreset\nset terminal png\nset samples 10000\nset autoscale # scale axes automatically\nunset log # remove any log-scaling\nunset label # remove any previous labels\nset xtic auto # set xtics automatically\nset ytic auto # set ytics automatically\nset title \"Event Process Plot \".filename\nset xlabel \"Time(ms)\"\n\n\nset ylabel \"Throughput\"\nset y2label \"Latency\"\n\nset ytics nomirror in\nset y2tics nomirror\n\nset yrange [0:*]\nset y2range [0:*]\n\n# filename is a parameter\nplot filename u 1:2 t 'Throughput' with lines axes x1y1,\\\n\"\" u 1:4 t 'Latency' with lines axes x1y2\n#\n","old_contents":"# Gnuplot script file for plotting data\nreset\nset terminal png\nset samples 10000\nset autoscale # scale axes automatically\nunset log # remove any log-scaling\nunset label # remove any previous labels\nset xtic auto # set xtics automatically\nset ytic auto # set ytics automatically\nset title \"Event Process Plot \".filename\nset xlabel \"Time(ms)\"\n\n\nset ylabel \"Throughput\"\nset y2label \"Latency\"\n\nset ytics nomirror in\nset y2tics nomirror\n\nset yrange [0:*]\nset y2range [0:*]\n\n# filename is a parameter\nplot filename u 1:2 t 'Throughput' with points pointtype 7 pointsize 1 axes x1y1,\\\n\"\" u 1:4 t 'Latency' with points pointtype 7 pointsize 1 axes x1y2\n#","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"6aeb07fb2b759cbd7810ed03e437f2ad05674029","subject":"y2tics needs format on right graph","message":"y2tics needs format on right graph\n","repos":"Mausy5043\/domod,Mausy5043\/domod,Mausy5043\/domod","old_file":"graph22.gp","new_file":"graph22.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) -=- \".strftime(\"%Y-%m-%d %H:%M\", time(0))\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"``\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2tics format \"%2.1f\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of humidity (and temperature)\n\n# datafile\nifnameh = \"\/tmp\/domod\/mysql\/sql22h.csv\"\nifnamed = \"\/tmp\/domod\/mysql\/sql22d.csv\"\nifnamew = \"\/tmp\/domod\/mysql\/sql22w.csv\"\nset output ofname = \"\/tmp\/domod\/site\/img\/day22.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera\" 9 size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\n# stats for Y2-axis\nstats ifnamew using 4 name \"Y2\" nooutput\nY2w_min = Y2_min -1\nY2w_max = Y2_max +1\n\nset multiplot layout 1, 3 title \"Humidity & Temperature (DHT22) -=- \".strftime(\"%Y-%m-%d %H:%M\", time(0))\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Humidity [%]\"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"``\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\nset arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):3 title \" Humidity [%]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \" \"\nset y2tics format \" \"\nset y2range [ Y2_min : Y2_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset y2range [ Y2_min : Y2_max ]\nset y2tics border\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):4 axes x1y2 with dots\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d3b2ad1d1a5be932641f5f9dbf8df1ae91650353","subject":"Newplot","message":"Newplot\n","repos":"nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura","old_file":"attic\/xeon\/plot-stream-bench.gnu","new_file":"attic\/xeon\/plot-stream-bench.gnu","new_contents":"#!\/usr\/bin\/env gnuplot\nset term postscript enhanced color 20\n\nset log xy\nse gri\nset xlabel \"memory footprint(MB)\"\nset ylabel \"load bandwidth (GB\/s)\"\nset arrow from 40,10 to 40,1000 nohead lc 2\nset arrow from 4,10 to 4,1000 nohead lc 2\nset arrow from 0.5,10 to 0.5,1000 nohead lc 2\nset label 4 at first 100,12 \"Memory\"\nset label 3 at first 10,12 \"L3\"\nset label 2 at first 1,12 \"L2\"\nset label 1 at first 0.1,12 \"L1\"\n\nset out \"benchmark-stream-xeon.eps\"\nplot 'benchmark-stream-xeon.txt' u (8*$1\/2**20):(2*$4) lw 2 ps 4 t \"\"\nset out \"benchmark-stream-3d.eps\"\nplot 'benchmark-stream-3d.txt' u (8*$1\/2**20):(2*$4) lw 2 ps 4 t \"\"\n","old_contents":"#!\/usr\/bin\/env gnuplot\nset term postscript enhanced color 20\n\nset log xy\nse gri\nset out \"benchmark-stream-xeon.eps\"\nset xlabel \"memory footprint(MB)\"\nset ylabel \"load bandwidth (GB\/s)\"\nset arrow from 40,10 to 40,1000 nohead lc 2\nset arrow from 4,10 to 4,1000 nohead lc 2\nset arrow from 0.5,10 to 0.5,1000 nohead lc 2\nset label 4 at first 100,12 \"Memory\"\nset label 3 at first 10,12 \"L3\"\nset label 2 at first 1,12 \"L2\"\nset label 1 at first 0.1,12 \"L1\"\nplot 'benchmark-stream-xeon.txt' u (8*$1\/2**20):(2*$4) lw 2 ps 4 t \"\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"a780210bcc39eff5c316ae44cb2598a06195769c","subject":"remove plot.gnuplot","message":"remove plot.gnuplot\n","repos":"aijunbai\/autotest2d,aijunbai\/autotest2d","old_file":"plot.gnuplot","new_file":"plot.gnuplot","new_contents":"","old_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 4.2 patchlevel 3 \n# \tlast modified Mar 2008\n# \tSystem: Linux 2.6.25-gentoo-r6\n# \n# \tCopyright (C) 1986 - 1993, 1998, 2004, 2007, 2008\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tType `help` to access the on-line reference manual.\n# \tThe gnuplot FAQ is available from http:\/\/www.gnuplot.info\/faq\/\n# \n# \tSend bug reports and suggestions to <http:\/\/sourceforge.net\/projects\/gnuplot>\n# \n# set terminal x11 \n# set output\nunset clip points\nset clip one\nunset clip two\nset bar 1.000000\nset border 31 front linetype -1 linewidth 1.000\nset xdata\nset ydata\nset zdata\nset x2data\nset y2data\nset timefmt x \"%d\/%m\/%y,%H:%M\"\nset timefmt y \"%d\/%m\/%y,%H:%M\"\nset timefmt z \"%d\/%m\/%y,%H:%M\"\nset timefmt x2 \"%d\/%m\/%y,%H:%M\"\nset timefmt y2 \"%d\/%m\/%y,%H:%M\"\nset timefmt cb \"%d\/%m\/%y,%H:%M\"\nset boxwidth\nset style fill empty border\nset style rectangle back fc lt -3 fillstyle solid 1.00 border -1\nset dummy x,y\nset format x \"% g\"\nset format y \"% g\"\nset format x2 \"% g\"\nset format y2 \"% g\"\nset format z \"% g\"\nset format cb \"% g\"\nset angles radians\nunset grid\nset key title \"\"\nset key inside right top vertical Right noreverse enhanced autotitles nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title offset character 0, 0, 0\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset encoding default\nunset polar\nunset parametric\nunset decimalsign\nset view 60, 30, 1, 1\nset samples 100, 100\nset isosamples 10, 10\nset surface\nunset contour\nset clabel '%8.3g'\nset mapping cartesian\nset datafile separator whitespace\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nset xzeroaxis linetype -2 linewidth 1.000\nset yzeroaxis linetype -2 linewidth 1.000\nset zzeroaxis linetype -2 linewidth 1.000\nset x2zeroaxis linetype -2 linewidth 1.000\nset y2zeroaxis linetype -2 linewidth 1.000\nset ticslevel 0.5\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset xtics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset xtics autofreq \nset ytics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset ytics autofreq \nset ztics border in scale 1,0.5 nomirror norotate offset character 0, 0, 0\nset ztics autofreq \nset nox2tics\nset noy2tics\nset cbtics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset cbtics autofreq \nset title \"game count - win rate curve\" \nset title offset character 0, 0, 0 font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp offset character 0, 0, 0 font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback # (currently [0.00000:10.0000] )\nset trange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset urange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset vrange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset xlabel \"game_count\" \nset xlabel offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset x2range [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset ylabel \"rate\" \nset ylabel offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset y2label \"\" \nset y2label offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset yrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset y2range [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset zlabel \"\" \nset zlabel offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset cblabel \"\" \nset cblabel offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset cbrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"C\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles nohidden3d corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front bdefault\nset loadpath \nset fontpath \nset fit noerrorvariables\nGNUTERM = \"x11\"\nplot 'plot' u 1:2 w l title \"win rate\", 'plot' u 1:3 w l title \"expected win rate\"\n# EOF\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"19a936a5827eeaad0c9b8ff155c8b131ab57afea","subject":"Add linear polynomial. Remove extra cruft.","message":"Add linear polynomial. Remove extra cruft.\n","repos":"eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing","old_file":"figures\/gnuplot\/background-title.gp","new_file":"figures\/gnuplot\/background-title.gp","new_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"background-title.png\"\nset encoding utf8\n\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [-3:3]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset format y \"\"\nset format x \"\"\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\n#set label 2 \"f(x) = x^3 + 3x^2 - 13x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\n#set label 3 \"f(x) = \u03b1(x^3 + x^2 - 26x + 24) + 2x^2 + 13x + 18\" at screen 0.21,0.830 left font \"times.ttf,30\"\n#set title \"Cubic polynomials passing through points (-4,50) and (1,40)\" font \"lucon.ttf,30\"\n\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot \\\n -120*x - 300 axes x1y1 not with lines linestyle 102, \\\n 90*x**2 -20*x - 90 axes x1y1 not with lines linestyle 102, \\\n 12*x**3 - 8*x**2 - 20*x - 100 axes x1y1 not with lines linestyle 102, \\\n 2*x**4 - 19*x**3 + 3*x**2 + x - 300 axes x1y1 not with lines linestyle 102, \\\n 260*x axes x1y1 not with lines linestyle 102\n","old_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"background-title.png\"\nset encoding utf8\n\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [-3:3]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset format y \"\"\nset format x \"\"\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\n#set label 2 \"f(x) = x^3 + 3x^2 - 13x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\n#set label 3 \"f(x) = \u03b1(x^3 + x^2 - 26x + 24) + 2x^2 + 13x + 18\" at screen 0.21,0.830 left font \"times.ttf,30\"\n#set title \"Cubic polynomials passing through points (-4,50) and (1,40)\" font \"lucon.ttf,30\"\n\n# Greek \u03b1 symbol is U03B1\nf(x) = x**3 + 3*x**2 - 13.0*x + 42\nx1 = -6\nx2 = 1\nx3 = 4\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot \\\n -120*x - 300 axes x1y1 not with lines linestyle 102, \\\n 90*x**2 -20*x - 90 axes x1y1 not with lines linestyle 102, \\\n 12*x**3 - 8*x**2 - 20*x - 100 axes x1y1 not with lines linestyle 102, \\\n 2*x**4 - 19*x**3 + 3*x**2 + x - 300 axes x1y1 not with lines linestyle 102\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"52afaecd1f873cf06acd0ef17021d8566a04d76e","subject":"Tests.","message":"Tests.\n","repos":"khueue\/prolog-bson","old_file":"src\/mongo\/mongo.plt","new_file":"src\/mongo\/mongo.plt","new_contents":":- include(misc(common)).\n\n:- use_module(misc(util), []).\n\ndatabase('prolongo').\ncollection('testcoll').\n\nup(Mongo) :-\n mongo:new_mongo(Mongo0),\n database(Database),\n mongo:use_database(Mongo0, Database, Mongo).\n\ndown(Mongo) :-\n mongo:free_mongo(Mongo).\n\n:- begin_tests('mongo:update\/4').\n\ntest('update normal', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n mongo:delete(Mongo, Collection, [hello-world]),\n mongo:delete(Mongo, Collection, [hello-me]),\n mongo:insert(Mongo, Collection, [hello-world]),\n mongo:update(Mongo, Collection, [hello-world], [hello-me]),\n mongo:find_one(Mongo, Collection, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:update\/4').\n\n:- begin_tests('mongo:update\/5').\n\ntest('update upsert', [setup(up(Conn)),cleanup(down(Conn))]) :-\n % xxx collection(Collection),\n mongo:get_database(Conn, prolongo, Db),\n mongo:get_collection(Db, testcoll, Coll),\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:update(Coll, [hello-world], [hello-me], [upsert]).\n %mongo:find_one(Coll, [hello-me], Doc),\n %bson:doc_get(Doc, hello, me).\n\ntest('update multi', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Coll),\n mongo:delete(Mongo, Coll, [hello-world]),\n mongo:delete(Mongo, Coll, [hello-me]),\n mongo:insert(Mongo, Coll, [hello-world,num-1]),\n mongo:insert(Mongo, Coll, [hello-world,num-2]),\n mongo:insert(Mongo, Coll, [hello-world,num-3]),\n mongo:update(Mongo, Coll, [hello-world], ['$inc'-[num-10]], [multi]),\n mongo:find(Mongo, Coll, [hello-world], [], 0, 3, _Cursor, [Doc1,Doc2,Doc3]),\n % XXX Maybe this sort order is not guaranteed?\n bson:doc_get(Doc1, num, 11),\n bson:doc_get(Doc2, num, 12),\n bson:doc_get(Doc3, num, 13).\n\n:- end_tests('mongo:update\/5').\n\n:- begin_tests('mongo:delete\/3').\n\ntest('delete', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n mongo:insert(Mongo, Collection, [hello-world]),\n mongo:find(Mongo, Collection, [hello-world], [], 0, 0, _Cursor1, [_|_]),\n mongo:delete(Mongo, Collection, [hello-world]),\n mongo:find(Mongo, Collection, [hello-world], [], 0, 0, _Cursor2, []).\n\n:- end_tests('mongo:delete\/3').\n\n:- begin_tests('mongo:find\/8').\n\ntest('cursor', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n mongo:delete(Mongo, Collection, [hello-world]),\n mongo:insert(Mongo, Collection, [hello-world,number-1]),\n mongo:insert(Mongo, Collection, [hello-world,number-2]),\n mongo:insert(Mongo, Collection, [hello-world,number-3]),\n mongo:insert(Mongo, Collection, [hello-world,number-4]),\n mongo:insert(Mongo, Collection, [hello-world,number-5]),\n mongo:insert(Mongo, Collection, [hello-world,number-6]),\n mongo:insert(Mongo, Collection, [hello-world,number-7]),\n mongo:insert(Mongo, Collection, [hello-world,number-8]),\n mongo:insert(Mongo, Collection, [hello-world,number-9]),\n mongo:find(Mongo, Collection, [hello-world], [number-1], 3, 3, Cursor0, Docs0),\n Docs0 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:cursor_has_more(Cursor0),\n mongo:cursor_get_more(Cursor0, 3, Docs1, Cursor1),\n Docs1 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:cursor_has_more(Cursor1),\n mongo:cursor_get_more(Cursor1, 3, Docs2, Cursor2),\n Docs2 =\n [\n ],\n \\+ mongo:cursor_has_more(Cursor2).\n\ntest('cursor exhaust', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n mongo:delete(Mongo, Collection, [hello-world]),\n insert_n(Mongo, Collection, 1000),\n mongo:find(Mongo, Collection, [hello-world], [number-1], 0, 0, Cursor, Docs0),\n mongo:cursor_exhaust(Cursor, DocsRest),\n lists:length(Docs0, N0),\n lists:length(DocsRest, N),\n 1000 is N0 + N.\n\ninsert_n(_Mongo, _Coll, 0) :- !.\ninsert_n(Mongo, Coll, N) :-\n mongo:insert(Mongo, Coll, [hello-world,number-N]),\n N1 is N - 1,\n insert_n(Mongo, Coll, N1).\n\n:- end_tests('mongo:find\/8').\n\n:- begin_tests('mongo:find_one\/4,5').\n\ntest('entire doc', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n Doc = [hello-world, number-42],\n mongo:insert(Mongo, Collection, Doc),\n mongo:find_one(Mongo, Collection, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('entire doc', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n Doc = [hello-world, number-42],\n mongo:insert(Mongo, Collection, Doc),\n mongo:find_one(Mongo, Collection, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('return fields selector', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n Doc = [hello-world, number-42],\n mongo:insert(Mongo, Collection, Doc),\n Fields = [number-1],\n mongo:find_one(Mongo, Collection, Doc, Fields, Doc1),\n bson:doc_get(Doc1, '_id', object_id(_)), % Always returned.\n bson:doc_get(Doc1, number, 42),\n \\+ bson:doc_get(Doc1, hello, world).\n\n:- end_tests('mongo:find_one\/4,5').\n\n:- begin_tests('mongo:insert\/3').\n\ntest('insert', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n util:ms_since_epoch(MilliSeconds),\n Document =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n collection(Collection),\n mongo:insert(Mongo, Collection, Document).\n\n:- end_tests('mongo:insert\/3').\n\n:- begin_tests('mongo:command\/3').\n\/*\ntest('list database infos', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_infos(Mongo, DatabaseInfos),\n database(Database),\n bson:doc_get(DatabaseInfos, Database, Info),\n Info \\== +null.\n %bson_format:pp(DatabaseInfos), nl.\n\ntest('list database names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_names(Mongo, DatabaseNames),\n database(Database),\n core:memberchk(Database, DatabaseNames).\n*\/\n\n% XXX this works now, but I need to fix cursors (only one is shown).\ntest('list collection names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_collection_names(Mongo, Result),\n bson_format:pp(Result).\n\n\/*\ntest('drop collection',\n[\n setup(up(Mongo)),\n cleanup(down(Mongo))\n]) :-\n collection(Collection),\n mongo:drop_collection(Mongo, Collection, Result),\n write(Result), nl,\n mongo:doc_ok(Result).\n*\/\n\n\/*\n% Takes a bit too long when MongoDB reallocates the collection later.\ntest('drop database', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n database(Database),\n mongo:drop_database(Mongo, Database, Result),\n bson:doc_get(Result, ok, 1.0).\n*\/\n\n:- end_tests('mongo:command\/3').\n","old_contents":":- include(misc(common)).\n\n:- use_module(misc(util), []).\n\ndatabase('prolongo').\ncollection('testcoll').\n\nup(Mongo) :-\n mongo:new_mongo(Mongo0),\n database(Database),\n mongo:use_database(Mongo0, Database, Mongo).\n\ndown(Mongo) :-\n mongo:free_mongo(Mongo).\n\n:- begin_tests('mongo:update\/4').\n\ntest('update normal', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n mongo:delete(Mongo, Collection, [hello-world]),\n mongo:delete(Mongo, Collection, [hello-me]),\n mongo:insert(Mongo, Collection, [hello-world]),\n mongo:update(Mongo, Collection, [hello-world], [hello-me]),\n mongo:find_one(Mongo, Collection, [hello-me], Doc),\n bson:doc_get(Doc, hello, me).\n\n:- end_tests('mongo:update\/4').\n\n:- begin_tests('mongo:update\/5').\n\ntest('update upsert', [setup(up(Conn)),cleanup(down(Conn))]) :-\n % xxx collection(Collection),\n mongo:get_database(Conn, prolongo, Db),\n mongo:get_collection(Db, testcoll, Coll),\n mongo:delete(Coll, [hello-world]),\n mongo:delete(Coll, [hello-me]),\n mongo:update(Coll, [hello-world], [hello-me], [upsert]).\n %mongo:find_one(Coll, [hello-me], Doc),\n %bson:doc_get(Doc, hello, me).\n\ntest('update multi', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Coll),\n mongo:delete(Mongo, Coll, [hello-world]),\n mongo:delete(Mongo, Coll, [hello-me]),\n mongo:insert(Mongo, Coll, [hello-world,num-1]),\n mongo:insert(Mongo, Coll, [hello-world,num-2]),\n mongo:insert(Mongo, Coll, [hello-world,num-3]),\n mongo:update(Mongo, Coll, [hello-world], ['$inc'-[num-10]], [multi]),\n mongo:find(Mongo, Coll, [hello-world], [], 0, 3, _Cursor, [Doc1,Doc2,Doc3]),\n % XXX Maybe this sort order is not guaranteed?\n bson:doc_get(Doc1, num, 11),\n bson:doc_get(Doc2, num, 12),\n bson:doc_get(Doc3, num, 13).\n\n:- end_tests('mongo:update\/5').\n\n:- begin_tests('mongo:delete\/3').\n\ntest('delete', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n mongo:insert(Mongo, Collection, [hello-world]),\n mongo:find(Mongo, Collection, [hello-world], [], 0, 0, _Cursor1, [_|_]),\n mongo:delete(Mongo, Collection, [hello-world]),\n mongo:find(Mongo, Collection, [hello-world], [], 0, 0, _Cursor2, []).\n\n:- end_tests('mongo:delete\/3').\n\n:- begin_tests('mongo:find\/8').\n\ntest('cursor', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n mongo:delete(Mongo, Collection, [hello-world]),\n mongo:insert(Mongo, Collection, [hello-world,number-1]),\n mongo:insert(Mongo, Collection, [hello-world,number-2]),\n mongo:insert(Mongo, Collection, [hello-world,number-3]),\n mongo:insert(Mongo, Collection, [hello-world,number-4]),\n mongo:insert(Mongo, Collection, [hello-world,number-5]),\n mongo:insert(Mongo, Collection, [hello-world,number-6]),\n mongo:insert(Mongo, Collection, [hello-world,number-7]),\n mongo:insert(Mongo, Collection, [hello-world,number-8]),\n mongo:insert(Mongo, Collection, [hello-world,number-9]),\n mongo:find(Mongo, testcoll, [hello-world], [number-1], 3, 3, Cursor0, Docs0),\n Docs0 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:cursor_has_more(Cursor0),\n mongo:cursor_get_more(Cursor0, 3, Docs1, Cursor1),\n Docs1 =\n [\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_],\n ['_id'-object_id(_),number-_]\n ],\n mongo:cursor_has_more(Cursor1),\n mongo:cursor_get_more(Cursor1, 3, Docs2, Cursor2),\n Docs2 =\n [\n ],\n \\+ mongo:cursor_has_more(Cursor2).\n\ntest('cursor exhaust', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n mongo:delete(Mongo, Collection, [hello-world]),\n mongo:insert(Mongo, Collection, [hello-world,number-1]),\n mongo:insert(Mongo, Collection, [hello-world,number-2]),\n mongo:insert(Mongo, Collection, [hello-world,number-3]),\n mongo:insert(Mongo, Collection, [hello-world,number-4]),\n mongo:insert(Mongo, Collection, [hello-world,number-5]),\n mongo:insert(Mongo, Collection, [hello-world,number-6]),\n mongo:insert(Mongo, Collection, [hello-world,number-7]),\n mongo:insert(Mongo, Collection, [hello-world,number-8]),\n mongo:insert(Mongo, Collection, [hello-world,number-9]),\n mongo:find(Mongo, testcoll, [hello-world], [number-1], 3, 3, Cursor0, Docs0),\n Docs0 =\n [\n ['_id'-object_id(_),number-4],\n ['_id'-object_id(_),number-5],\n ['_id'-object_id(_),number-6]\n ],\n mongo:cursor_exhaust(Cursor0, DocsRest),\n lists:length(DocsRest, 3).\n\n:- end_tests('mongo:find\/8').\n\n:- begin_tests('mongo:find_one\/4,5').\n\ntest('entire doc', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n Doc = [hello-world, number-42],\n mongo:insert(Mongo, Collection, Doc),\n mongo:find_one(Mongo, Collection, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('entire doc', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n Doc = [hello-world, number-42],\n mongo:insert(Mongo, Collection, Doc),\n mongo:find_one(Mongo, Collection, Doc, Doc1),\n bson:doc_get(Doc1, number, 42).\n\ntest('return fields selector', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n collection(Collection),\n Doc = [hello-world, number-42],\n mongo:insert(Mongo, Collection, Doc),\n Fields = [number-1],\n mongo:find_one(Mongo, Collection, Doc, Fields, Doc1),\n bson:doc_get(Doc1, '_id', object_id(_)), % Always returned.\n bson:doc_get(Doc1, number, 42),\n \\+ bson:doc_get(Doc1, hello, world).\n\n:- end_tests('mongo:find_one\/4,5').\n\n:- begin_tests('mongo:insert\/3').\n\ntest('insert', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n util:ms_since_epoch(MilliSeconds),\n Document =\n [\n hello - [\u00e5\u00e4\u00f6,5.05],\n now - utc(MilliSeconds)\n ],\n collection(Collection),\n mongo:insert(Mongo, Collection, Document).\n\n:- end_tests('mongo:insert\/3').\n\n:- begin_tests('mongo:command\/3').\n\/*\ntest('list database infos', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_infos(Mongo, DatabaseInfos),\n database(Database),\n bson:doc_get(DatabaseInfos, Database, Info),\n Info \\== +null.\n %bson_format:pp(DatabaseInfos), nl.\n\ntest('list database names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_database_names(Mongo, DatabaseNames),\n database(Database),\n core:memberchk(Database, DatabaseNames).\n*\/\n\n% XXX this works now, but I need to fix cursors (only one is shown).\ntest('list collection names', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n mongo:list_collection_names(Mongo, Result),\n bson_format:pp(Result).\n\n\/*\ntest('drop collection',\n[\n setup(up(Mongo)),\n cleanup(down(Mongo))\n]) :-\n collection(Collection),\n mongo:drop_collection(Mongo, Collection, Result),\n write(Result), nl,\n mongo:doc_ok(Result).\n*\/\n\n\/*\n% Takes a bit too long when MongoDB reallocates the collection later.\ntest('drop database', [setup(up(Mongo)),cleanup(down(Mongo))]) :-\n database(Database),\n mongo:drop_database(Mongo, Database, Result),\n bson:doc_get(Result, ok, 1.0).\n*\/\n\n:- end_tests('mongo:command\/3').\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"d9147704f265412a7465a7701f32cc1e09bcbd97","subject":"cleaned space","message":"cleaned space\n","repos":"jaak-s\/parallel-benchmark,jaak-s\/parallel-benchmark,jaak-s\/parallel-benchmark,jaak-s\/parallel-benchmark","old_file":"cilk\/Makefile.gnu","new_file":"cilk\/Makefile.gnu","new_contents":"#\nBHOME\t=$(PWD)\n#\nCC\t= g++-5\n#\n#\nCOMP\t= -fcilkplus -lcilkrts -lm\nCOPTS\t= -O3 -fstrict-aliasing\n#\n#\nNOLINK= -c\n#\n\nall: sum dot normsq\n\nsum: sum.o\n\t$(CC) $(COMP) -o sum sum.o\n\nnormsq: normsq.o\n\t$(CC) $(COMP) -o normsq normsq.o\n\ndot: dot.o\n\t$(CC) $(COMP) -o dot dot.o\n\n%.o: %.cpp\n\t$(CC) $(COPTS) $(COMP) $(NOLINK) $<\n\nclean:\n\trm -f *.o sum dot normsq\n\n","old_contents":"#\nBHOME\t=$(PWD)\n#\nCC\t= g++-5\n#\n#\nCOMP\t= -fcilkplus -lcilkrts -lm\nCOPTS\t= -O3 -fstrict-aliasing\n#\n#\nNOLINK= -c\n#\n\nall: sum dot normsq\n\nsum: sum.o\n\t$(CC) $(COMP) -o sum sum.o\n\nnormsq: normsq.o\n\t$(CC) $(COMP) -o normsq normsq.o\n\ndot: dot.o\n\t$(CC) $(COMP) -o dot dot.o\n\n%.o: %.cpp\n\t$(CC) $(COPTS) $(COMP) $(NOLINK) $<\n\nclean:\n\trm -f *.o sum dot normsq\n\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"4ad62d166701572bc02802793d4c7dc076395c5e","subject":"update plot","message":"update plot\n","repos":"CoolerVoid\/cooler_sse42_strcmp","old_file":"plot_compare.gp","new_file":"plot_compare.gp","new_contents":"reset\ndx=5.\nn=2\ntotal_box_width_relative=0.75\ngap_width_relative=0.1\nd_width=(gap_width_relative+total_box_width_relative)*dx\/2.\nreset\nset term png truecolor\nset output \"profit.png\"\nset grid\nset border linecolor rgbcolor \"cyan\"\nset key textcolor rgbcolor \"yellow\"\nset title \"Coolerudo's Benchmark strcmp() vs sse4.2 strcmp()\" textcolor rgbcolor \"cyan\"\nset ylabel \"CPU cycles\" textcolor rgbcolor \"yellow\"\nset xlabel \"Cyan - simple strcmp()\\nGreen - SSE4.2 strcmp()\" textcolor rgbcolor \"yellow\"\nset obj 1 rectangle behind from screen 0,0 to screen 1,1\nset obj 1 fillstyle solid 1.0 fillcolor rgbcolor \"black\"\nset boxwidth total_box_width_relative\/n relative\nset style fill transparent solid 0.5 noborder\nplot \"bench.dat\" u 1:2 w boxes lc rgb\"green\" notitle,\\\n \"bench.dat\" u ($1+d_width):3 w boxes lc rgb\"cyan\" notitle\n","old_contents":"reset\ndx=5.\nn=2\ntotal_box_width_relative=0.75\ngap_width_relative=0.1\nd_width=(gap_width_relative+total_box_width_relative)*dx\/2.\nreset\nset term png truecolor\nset output \"profit.png\"\nset grid\nset border linecolor rgbcolor \"cyan\"\nset key textcolor rgbcolor \"yellow\"\nset title \"Coolerudo's Benchmark strcmp() vs sse4.2 strcmp()\" textcolor rgbcolor \"cyan\"\nset ylabel \"CPU cycles\" textcolor rgbcolor \"yellow\"\nset xlabel \"Green - simple strcmp()\\nCyan - SSE4.2 strcmp()\" textcolor rgbcolor \"yellow\"\nset obj 1 rectangle behind from screen 0,0 to screen 1,1\nset obj 1 fillstyle solid 1.0 fillcolor rgbcolor \"black\"\nset boxwidth total_box_width_relative\/n relative\nset style fill transparent solid 0.5 noborder\nplot \"bench.dat\" u 1:2 w boxes lc rgb\"green\" notitle,\\\n \"bench.dat\" u ($1+d_width):3 w boxes lc rgb\"cyan\" notitle\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"0eb2ff50f8de05d82db27f2152216983a7e89074","subject":"tools: perftests gnuplot: set xrange and yrange","message":"tools: perftests gnuplot: set xrange and yrange\n","repos":"vmaffione\/rlite,autrimpo\/rlite,autrimpo\/rlite,vmaffione\/rlite,autrimpo\/rlite,autrimpo\/rlite,vmaffione\/rlite,vmaffione\/rlite","old_file":"tests\/perftests.gnuplot","new_file":"tests\/perftests.gnuplot","new_contents":"if (!exists(\"unrelfile\")) unrelfile='out1.txt'\nif (!exists(\"relfile\")) relfile='out2.txt'\nif (!exists(\"mytitle\")) mytitle='Throughput tests'\n\nset title mytitle\nset xlabel \"Packet size (bytes)\"\nset ylabel \"Throughput (Gbps)\"\nset grid xtics lw 1 lt 0\nset grid ytics lw 1 lt 0\nset xtics 0,100,1500\nset ytics 0,1,13\nset xrange [-10:1500]\nset yrange [-0.5:13.5]\nset key left top\nplot unrelfile using 1:($7\/1000) title 'Unreliable sender' with linespoints lw 2 ps 1 pt 6 lt rgb \"red\", \\\n unrelfile using 1:($9\/1000) title 'Unreliable receiver' with linespoints lw 2 ps 1 pt 6 lt rgb \"#00AA00\", \\\n relfile using 1:($7\/1000) title 'Reliable sender\/receiver' with linespoints lw 2 ps 1 pt 6 lt rgb \"blue\"\npause -1\n","old_contents":"if (!exists(\"unrelfile\")) unrelfile='out1.txt'\nif (!exists(\"relfile\")) relfile='out2.txt'\nif (!exists(\"mytitle\")) mytitle='Throughput tests'\n\nset title mytitle\nset xlabel \"Packet size (bytes)\"\nset ylabel \"Throughput (Gbps)\"\nset grid xtics lw 1 lt 0\nset grid ytics lw 1 lt 0\nset xtics 0,100,1500\nset ytics 0,1,13\nset key left top\nplot unrelfile using 1:($7\/1000) title 'Unreliable sender' with linespoints lw 2 ps 1 pt 6 lt rgb \"red\", \\\n unrelfile using 1:($9\/1000) title 'Unreliable receiver' with linespoints lw 2 ps 1 pt 6 lt rgb \"#00AA00\", \\\n relfile using 1:($7\/1000) title 'Reliable sender\/receiver' with linespoints lw 2 ps 1 pt 6 lt rgb \"blue\"\npause -1\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"f787585b1038b0a50ba7c764dec7ef18ef29ce0a","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/plots\/sstable-accesses\/by-sstables-by-time\/_sstable-accesses-by-time.gnuplot","new_file":"mtdb\/plots\/sstable-accesses\/by-sstables-by-time\/_sstable-accesses-by-time.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Can be parameterized later\nNUM_SSTABLES=17\n\n# Get min and max values\nset terminal unknown\nset xdata time\nset timefmt \"%Y-%m-%d-%H:%M:%S\"\nplot \\\nFN_IN u 2:($4+$5) w points not\n# GPVAL_DATA_[X|Y]_[MIN|MAX] are set now\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset print \"-\"\nprint sprintf(\"SSTableMaxAccesses=%d\", GPVAL_DATA_Y_MAX)\n\nset xlabel \"Time (min)\" offset 0,0.3\nset ylabel \"Normalized # of accesses\\nper sec by SSTables\" offset 1.6,0\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,5\n\nset xdata time\nset timefmt \"%Y-%m-%d-%H:%M:%S\"\nset format x \"%M\"\n#set format x \":%S\"\n\n# Draw the bottom line. Not really needed.\n#set for [i=1:NUM_SSTABLES] arrow from GPVAL_DATA_X_MIN,i to GPVAL_DATA_X_MAX,i nohead lc rgb \"#C0C0C0\" front\n\nset pointsize 0.02\n\nMAX_HEIGHT=1.2*GPVAL_DATA_Y_MAX\n\nset xrange [GPVAL_DATA_X_MIN:GPVAL_DATA_X_MAX]\nset yrange [:NUM_SSTABLES]\n\nplot \\\nfor [i=1:NUM_SSTABLES] \\\nFN_IN u 2:($1==i ? (($1-1)+(($4+$5)\/MAX_HEIGHT)) : 1\/0) w filledcurves y1=(i-1) lc rgb \"#FFC0C0\" not, \\\nfor [i=1:NUM_SSTABLES] \\\nFN_IN u 2:($1==i ? (($1-1)+(($4+$5)\/MAX_HEIGHT)) : 1\/0) w linespoints pt 7 lc rgb \"#FF0000\" not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n# Can be parameterized later\nNUM_SSTABLES=17\n\n# Get min and max values\nset terminal unknown\nset xdata time\nset timefmt \"%Y-%m-%d-%H:%M:%S\"\nplot \\\nFN_IN u 2:($4+$5) w points not\n# GPVAL_DATA_[X|Y]_[MIN|MAX] are set now\n\nset terminal pdfcairo enhanced size 3in, 2in\nset output FN_OUT\n\n#set tmargin at screen 0.975\n#set bmargin at screen 0.152\n#set lmargin at screen 0.185\n#set rmargin at screen 0.940\n\nset xlabel \"Time (min)\" offset 0,0.3\nset ylabel sprintf(\"Normalized # of accesses\\nper sec by SSTables (max=%d)\", GPVAL_DATA_Y_MAX) offset 1.6,0\n\nset border (1 + 2) back lc rgb \"#808080\"\nset xtics nomirror scale 0.5,0 tc rgb \"#808080\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" autofreq 0,5\n\nset xdata time\nset timefmt \"%Y-%m-%d-%H:%M:%S\"\nset format x \"%M\"\n#set format x \":%S\"\n\n# Draw the bottom line. Not really needed.\n#set for [i=1:NUM_SSTABLES] arrow from GPVAL_DATA_X_MIN,i to GPVAL_DATA_X_MAX,i nohead lc rgb \"#C0C0C0\" front\n\nset pointsize 0.02\n\nMAX_HEIGHT=1.2*GPVAL_DATA_Y_MAX\n\nset xrange [GPVAL_DATA_X_MIN:GPVAL_DATA_X_MAX]\nset yrange [:NUM_SSTABLES]\n\nplot \\\nfor [i=1:NUM_SSTABLES] \\\nFN_IN u 2:($1==i ? (($1-1)+(($4+$5)\/MAX_HEIGHT)) : 1\/0) w filledcurves y1=(i-1) lc rgb \"#FFC0C0\" not, \\\nfor [i=1:NUM_SSTABLES] \\\nFN_IN u 2:($1==i ? (($1-1)+(($4+$5)\/MAX_HEIGHT)) : 1\/0) w linespoints pt 7 lc rgb \"#FF0000\" not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"6687da74ad75a9cbe7703edc81bf0f7489076f67","subject":"set y2range","message":"set y2range\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\n#set autoscale y2\nset y2range [0:2]\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with lines lw 0.1 lc \"black\" axes x1y2\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU load\n\n# datafile\nifname = \"\/tmp\/sql12.csv\"\nofname = \"\/tmp\/lnxdiagd\/site\/img\/day12.png\"\n\n# ******************************************************* General settings *****\n# set terminal png font \"Vera\" 11 size 640,480\nset terminal png truecolor enhanced font \"Vera\" 10 size 640,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,8\"\n\n# ************************************************************* Statistics *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifname using 2 name \"X\" nooutput\n\nX_min = X_min + utc_offset - 946684800\nX_max = X_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"CPU Load\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ X_min : X_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Usage [%]\"\nset yrange [0:100]\n# set autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Load\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\nset key outside bottom center horizontal box\nset key samplen .2\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output ofname\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\nplot ifname \\\n using ($2+utc_offset):($10+$11+$12+$13) title \"idle\" fc rgb \"#229922\" \\\n ,'' using ($2+utc_offset):($10+$11+$13) title \"waiting\" fc \"blue\" \\\n ,'' using ($2+utc_offset):($10+$11) title \"system\" fc \"yellow\" \\\n ,'' using ($2+utc_offset):10 title \"user\" fc rgb \"#ccbb0000\" \\\n ,'' using ($2+utc_offset):5 title \"load 5min\" with lines lw 0.1 lc \"black\" axes x1y2\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e39aacfd7b6badfea4cfa58d6730202a80471b46","subject":"more indexing op [] tests","message":"more indexing op [] tests\n","repos":"erikerlandson\/classad_pl","old_file":"test\/classad_eval.plt","new_file":"test\/classad_eval.plt","new_contents":":- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n\n:- use_module('..\/lib\/classad_parser.pl').\n:- use_module('..\/lib\/classad_eval.pl').\n\n:- begin_tests(classad_eval_ut).\n\ntest('error 1') :-\n parse(\"[a = error;]\", C),\n eval(a, C, R),\n R == error.\n\ntest('undefined 1') :-\n parse(\"[a = undefined;]\", C),\n eval(a, C, R),\n R == undefined.\n\ntest('true 1') :-\n parse(\"[a = true;]\", C),\n eval(a, C, R),\n R == true.\n\ntest('false 1') :-\n parse(\"[a = false;]\", C),\n eval(a, C, R),\n R == false.\n\ntest('number 1') :-\n parse(\"[a = 0;]\", C),\n eval(a, C, R),\n R == 0.\n\ntest('string 1') :-\n parse(\"[a = \\\"fred and wilma\\\";]\", C),\n eval(a, C, R),\n R == '[str]'('fred and wilma').\n\ntest('classad 1') :-\n parse(\"[a = [b=0;];]\", C),\n eval(a, C, R),\n functor(R,'[classad]',1),\n eval(b, R, R2),\n R2 == 0.\n\ntest('list 0') :-\n parse(\"[a = {};]\", C),\n eval(a, C, R),\n R == [].\n\ntest('list 1') :-\n parse(\"[a = {0};]\", C),\n eval(a, C, R),\n R == [0].\n\ntest('list 2') :-\n parse(\"[a = {0, true};]\", C),\n eval(a, C, R),\n R == [0, true].\n\ntest('list 3') :-\n parse(\"[x = 42; a = {0, true, x};]\", C),\n eval(a, C, R),\n R == [0, true, 42].\n\ntest('undefined var 1') :-\n parse(\"[]\", C),\n eval(a, C, R),\n R == undefined.\n\ntest('select 1') :-\n parse(\"[a = [b=0;];]\", C),\n eval(as_expr \"a.b\", C, R),\n R == 0.\n\ntest('select 2') :-\n parse(\"[a = [b=[c=42;];];]\", C),\n eval(as_expr \"a.b.c\", C, R),\n R == 42.\n\ntest('select 3') :-\n parse(\"[a = [b=[c=42;];];]\", C),\n eval(as_expr \"a.z.c\", C, R),\n R == undefined.\n\ntest('select 4') :-\n parse(\"[a = [z=0; b=[c=42;];];]\", C),\n eval(as_expr \"a.z.c\", C, R),\n R == error.\n\ntest('parent 1') :-\n parse(\"[a = [b=parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n R == 42.\n\ntest('parent 2') :-\n parse(\"[a = [b=[c=parent.parent.x; x=4;]; x=2;]; x = 42;]\", C),\n eval(as_expr \"a.b.c\", C, R),\n R == 42.\n\ntest('parent 3') :-\n parse(\"[a = [b=parent.parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n R == undefined.\n\ntest('parent 4') :-\n parse(\"[a = [b=parent.parent.parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n R == undefined.\n\ntest('var context pop 1') :-\n parse(\"[a = [b=x;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n R == 42.\n\ntest('var cyclic 1') :-\n parse(\"[a = b; b = a;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('var cyclic 2') :-\n parse(\"[a = b+c; b = 1; c = 2 * d; d = a;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('add 1') :-\n parse(\"[a = 1 + 2;]\", C),\n eval(as_expr \"a\", C, R),\n R == 3.\n\ntest('add 2') :-\n parse(\"[a = 1 + x; x=3.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == 4.0.\n\ntest('add 3') :-\n parse(\"[a = 1 + x; x=3.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == 4.0.\n\ntest('add 4') :-\n parse(\"[a = 1 + x;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('add 5') :-\n parse(\"[a = 1 + x; x = true;]\", C),\n eval(as_expr \"a\", C, R),\n R == 2.\n\ntest('add 6') :-\n parse(\"[a = 1 + x; x = \\\"s\\\";]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('sub 1') :-\n parse(\"[a = 3 - 2;]\", C),\n eval(as_expr \"a\", C, R),\n R == 1.\n\ntest('mul 1') :-\n parse(\"[a = 3.0 * 2;]\", C),\n eval(as_expr \"a\", C, R),\n R == 6.0.\n\ntest('mul 2') :-\n parse(\"[a = 3 * 2;]\", C),\n eval(as_expr \"a\", C, R),\n R == 6.\n\ntest('divide 1') :-\n parse(\"[a = 10 \/ 2;]\", C),\n eval(as_expr \"a\", C, R),\n R == 5.\n\ntest('divide 2') :-\n parse(\"[a = 10 \/ 2.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == 5.0.\n\ntest('divide 3') :-\n parse(\"[a = 10 \/ 0;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('divide 4') :-\n parse(\"[a = 10 \/ 0.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('mod 1') :-\n parse(\"[a = 5 % 3;]\", C),\n eval(as_expr \"a\", C, R),\n R == 2.\n\ntest('mod 2') :-\n parse(\"[a = 5 % -3;]\", C),\n eval(as_expr \"a\", C, R),\n R == -1.\n\ntest('mod 3') :-\n parse(\"[a = -5 % 3;]\", C),\n eval(as_expr \"a\", C, R),\n R == 1.\n\ntest('mod 4') :-\n parse(\"[a = -5 % -3;]\", C),\n eval(as_expr \"a\", C, R),\n R == -2.\n\ntest('mod 5') :-\n parse(\"[a = 5.0 % 3;]\", C),\n eval(as_expr \"a\", C, R),\n R == 2.0.\n\ntest('mod 6') :-\n parse(\"[a = 5 % -3.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == -1.0.\n\ntest('mod 7') :-\n parse(\"[a = -5 % 3.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == 1.0.\n\ntest('mod 8') :-\n parse(\"[a = -5.0 % -3;]\", C),\n eval(as_expr \"a\", C, R),\n R == -2.0.\n\ntest('mod 9') :-\n parse(\"[a = 5 % 0;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('mod 10') :-\n parse(\"[a = 5 % 0.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('&& 1') :-\n parse(\"[a = true && true;]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('&& 2') :-\n parse(\"[a = false && b;]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('&& 3') :-\n parse(\"[a = 0 && \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('&& 4') :-\n parse(\"[a = 1 && \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('&& 5') :-\n parse(\"[a = \\\"z\\\" && false;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('&& 6') :-\n parse(\"[a = 1.0 && b;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('&& 7') :-\n parse(\"[a = b && 1.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('&& 8') :-\n parse(\"[a = b && 0;]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('|| 1') :-\n parse(\"[a = false || false;]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('|| 2') :-\n parse(\"[a = true || b;]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('|| 3') :-\n parse(\"[a = 1 || \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('|| 4') :-\n parse(\"[a = 0 || \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('|| 5') :-\n parse(\"[a = \\\"z\\\" || true;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('|| 6') :-\n parse(\"[a = 0.0 || b;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('|| 7') :-\n parse(\"[a = b || 0.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('|| 8') :-\n parse(\"[a = b || 1;]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('promotion 1') :-\n parse(\"[a = true + true]\", C),\n eval(as_expr \"a\", C, R),\n R == 2.\n\ntest('promotion 2') :-\n parse(\"[a = 4.0 * true]\", C),\n eval(as_expr \"a\", C, R),\n R == 4.0.\n\ntest('promotion 3') :-\n parse(\"[a = 4.0 * false]\", C),\n eval(as_expr \"a\", C, R),\n R == 0.0.\n\ntest('! op 1') :-\n parse(\"[a = !true]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('! op 2') :-\n parse(\"[a = !false]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('! op 3') :-\n parse(\"[a = !0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('! op 4') :-\n parse(\"[a = !1]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('! op 5') :-\n parse(\"[a = !\\\"z\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('! op 6') :-\n parse(\"[a = !b]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('?: op 1') :-\n parse(\"[a = (true) ? 2.0 : true]\", C),\n eval(as_expr \"a\", C, R),\n R == 2.0.\n\ntest('?: op 2') :-\n parse(\"[a = (false) ? 2.0 : true]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('?: op 3') :-\n parse(\"[a = (b) ? 2.0 : true]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('?: op 4') :-\n parse(\"[a = (\\\"z\\\") ? 2.0 : true]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('?: op 5') :-\n parse(\"[r = [a = ((true) ? parent : q).z; q = [z=42]]; z=69]\", C),\n eval(as_expr \"r.a\", C, R),\n R == 69.\n\ntest('?: op 6') :-\n parse(\"[r = [a = ((false) ? parent : q).z; q = [z=42]]; z=69]\", C),\n eval(as_expr \"r.a\", C, R),\n R == 42.\n\ntest('op== 1') :-\n parse(\"[a = 7 == 7]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op== 2') :-\n parse(\"[a = 6 == 7]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op== 3') :-\n parse(\"[a = 7.0 == 7]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op== 4') :-\n parse(\"[a = \\\"z\\\" == \\\"z\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op== 5') :-\n parse(\"[a = \\\"a\\\" == \\\"z\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op== 6') :-\n parse(\"[a = \\\"z\\\" == 1]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('op== 7') :-\n parse(\"[a = \\\"z\\\" == \\\"z\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op== 8') :-\n parse(\"[a = \\\"z\\\" == b]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('op!= 1') :-\n parse(\"[a = 1 != 0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op!= 2') :-\n parse(\"[a = 1 != 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op!= 3') :-\n parse(\"[a = \\\"a\\\" != \\\"b\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op!= 4') :-\n parse(\"[a = \\\"a\\\" != \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op< 1') :-\n parse(\"[a = 1 < 2]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op< 2') :-\n parse(\"[a = 1 < 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op< 3') :-\n parse(\"[a = \\\"a\\\" < \\\"b\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op< 4') :-\n parse(\"[a = \\\"a\\\" < \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op> 1') :-\n parse(\"[a = 1 > 0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op> 2') :-\n parse(\"[a = 1 > 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op> 3') :-\n parse(\"[a = \\\"b\\\" > \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op> 4') :-\n parse(\"[a = \\\"a\\\" > \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op<= 1') :-\n parse(\"[a = 1 <= 2]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op<= 2') :-\n parse(\"[a = 1 <= 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op<= 3') :-\n parse(\"[a = 2 <= 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op<= 4') :-\n parse(\"[a = \\\"a\\\" <= \\\"b\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op<= 5') :-\n parse(\"[a = \\\"a\\\" <= \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op<= 6') :-\n parse(\"[a = \\\"b\\\" <= \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op>= 1') :-\n parse(\"[a = 1 >= 2]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op>= 2') :-\n parse(\"[a = 1 >= 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op>= 3') :-\n parse(\"[a = 2 >= 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op>= 4') :-\n parse(\"[a = \\\"a\\\" >= \\\"b\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op>= 5') :-\n parse(\"[a = \\\"a\\\" >= \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op>= 6') :-\n parse(\"[a = \\\"b\\\" >= \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op=?= 1') :-\n parse(\"[a = 1 =?= 1]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op=?= 2') :-\n parse(\"[a = 1 =?= b]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op=?= 3') :-\n parse(\"[a = 1 =?= 2]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op=!= 1') :-\n parse(\"[a = 1 =!= 1]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op=!= 2') :-\n parse(\"[a = 1 =!= b]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op=!= 3') :-\n parse(\"[a = 1 =!= 2]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op[] 1') :-\n parse(\"[a = {1}[0]]\", C),\n eval(as_expr \"a\", C, R),\n R == 1.\n\ntest('op[] 2') :-\n parse(\"[a = [z=42][\\\"z\\\"]; z=69]\", C),\n eval(as_expr \"a\", C, R),\n R == 42.\n\ntest('op[] 3') :-\n parse(\"[a = {1}[3]]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('op[] 4') :-\n parse(\"[a = {[z=42]}[\\\"z\\\"]; z=69]\", C),\n eval(as_expr \"a\", C, R),\n R == [42].\n\ntest('op[] 5') :-\n parse(\"[a = {}[\\\"z\\\"]; z=69]\", C),\n eval(as_expr \"a\", C, R),\n R == [].\n\ntest('op[] 6') :-\n parse(\"[a = {1}[\\\"z\\\"]]\", C),\n eval(as_expr \"a\", C, R),\n R == [error].\n\ntest('op[] 7') :-\n parse(\"[a = {[x=1]}[\\\"z\\\"]]\", C),\n eval(as_expr \"a\", C, R),\n R == [undefined].\n\ntest('op[] 8') :-\n parse(\"[a = {}[0]]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('op[] 9') :-\n parse(\"[a = {0}[-1]]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('op[] 10') :-\n parse(\"[a = b[0]]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('op[] 11') :-\n parse(\"[a = {1}[b]]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('op[] 12') :-\n parse(\"[a = {{3},{4}}[1][0]]\", C),\n eval(as_expr \"a\", C, R),\n R == 4.\n\ntest('op[] 13') :-\n parse(\"[a = [b=[c=55];c=44]; c=33; d=a[\\\"b\\\"][\\\"c\\\"]]\", C),\n eval(as_expr \"d\", C, R),\n R == 55.\n\ntest('op[] 14') :-\n parse(\"[a = [b=[c=parent.c];c=44]; c=33; d=a[\\\"b\\\"][\\\"c\\\"]]\", C),\n eval(as_expr \"d\", C, R),\n R == 44.\n\ntest('op[] 15') :-\n parse(\"[a = [b=[c=parent.c];c=44]; c=33; d=a[\\\"parent\\\"][\\\"c\\\"]]\", C),\n eval(as_expr \"d\", C, R),\n R == 33.\n\ntest('op[] 16') :-\n parse(\"[a = {0,[],[z=77],[z=\\\"zz\\\"]}[\\\"z\\\"]]\", C),\n eval(as_expr \"a\", C, R),\n R == [error, undefined, 77, '[str]'(zz)].\n\ntest('op[] 17') :-\n parse(\"[a = {0,[],[z=77],[z=\\\"zz\\\"]}[\\\"z\\\"][2]]\", C),\n eval(as_expr \"a\", C, R),\n R == 77.\n\ntest('op[] 18') :-\n parse(\"[a = {66, 88, 77}; b = [z=1]; c=a[b[\\\"z\\\"]]]\", C),\n eval(as_expr \"c\", C, R),\n R == 88.\n\n:- end_tests(classad_eval_ut).\n","old_contents":":- use_module(library(debug)).\n:- use_module(library(plunit)).\n\n:- use_module(library(lists)).\n:- use_module(library(assoc)).\n\n:- use_module('..\/lib\/classad_parser.pl').\n:- use_module('..\/lib\/classad_eval.pl').\n\n:- begin_tests(classad_eval_ut).\n\ntest('error 1') :-\n parse(\"[a = error;]\", C),\n eval(a, C, R),\n R == error.\n\ntest('undefined 1') :-\n parse(\"[a = undefined;]\", C),\n eval(a, C, R),\n R == undefined.\n\ntest('true 1') :-\n parse(\"[a = true;]\", C),\n eval(a, C, R),\n R == true.\n\ntest('false 1') :-\n parse(\"[a = false;]\", C),\n eval(a, C, R),\n R == false.\n\ntest('number 1') :-\n parse(\"[a = 0;]\", C),\n eval(a, C, R),\n R == 0.\n\ntest('string 1') :-\n parse(\"[a = \\\"fred and wilma\\\";]\", C),\n eval(a, C, R),\n R == '[str]'('fred and wilma').\n\ntest('classad 1') :-\n parse(\"[a = [b=0;];]\", C),\n eval(a, C, R),\n functor(R,'[classad]',1),\n eval(b, R, R2),\n R2 == 0.\n\ntest('list 0') :-\n parse(\"[a = {};]\", C),\n eval(a, C, R),\n R == [].\n\ntest('list 1') :-\n parse(\"[a = {0};]\", C),\n eval(a, C, R),\n R == [0].\n\ntest('list 2') :-\n parse(\"[a = {0, true};]\", C),\n eval(a, C, R),\n R == [0, true].\n\ntest('list 3') :-\n parse(\"[x = 42; a = {0, true, x};]\", C),\n eval(a, C, R),\n R == [0, true, 42].\n\ntest('undefined var 1') :-\n parse(\"[]\", C),\n eval(a, C, R),\n R == undefined.\n\ntest('select 1') :-\n parse(\"[a = [b=0;];]\", C),\n eval(as_expr \"a.b\", C, R),\n R == 0.\n\ntest('select 2') :-\n parse(\"[a = [b=[c=42;];];]\", C),\n eval(as_expr \"a.b.c\", C, R),\n R == 42.\n\ntest('select 3') :-\n parse(\"[a = [b=[c=42;];];]\", C),\n eval(as_expr \"a.z.c\", C, R),\n R == undefined.\n\ntest('select 4') :-\n parse(\"[a = [z=0; b=[c=42;];];]\", C),\n eval(as_expr \"a.z.c\", C, R),\n R == error.\n\ntest('parent 1') :-\n parse(\"[a = [b=parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n R == 42.\n\ntest('parent 2') :-\n parse(\"[a = [b=[c=parent.parent.x; x=4;]; x=2;]; x = 42;]\", C),\n eval(as_expr \"a.b.c\", C, R),\n R == 42.\n\ntest('parent 3') :-\n parse(\"[a = [b=parent.parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n R == undefined.\n\ntest('parent 4') :-\n parse(\"[a = [b=parent.parent.parent.x; x=4;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n R == undefined.\n\ntest('var context pop 1') :-\n parse(\"[a = [b=x;]; x = 42;]\", C),\n eval(as_expr \"a.b\", C, R),\n R == 42.\n\ntest('var cyclic 1') :-\n parse(\"[a = b; b = a;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('var cyclic 2') :-\n parse(\"[a = b+c; b = 1; c = 2 * d; d = a;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('add 1') :-\n parse(\"[a = 1 + 2;]\", C),\n eval(as_expr \"a\", C, R),\n R == 3.\n\ntest('add 2') :-\n parse(\"[a = 1 + x; x=3.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == 4.0.\n\ntest('add 3') :-\n parse(\"[a = 1 + x; x=3.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == 4.0.\n\ntest('add 4') :-\n parse(\"[a = 1 + x;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('add 5') :-\n parse(\"[a = 1 + x; x = true;]\", C),\n eval(as_expr \"a\", C, R),\n R == 2.\n\ntest('add 6') :-\n parse(\"[a = 1 + x; x = \\\"s\\\";]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('sub 1') :-\n parse(\"[a = 3 - 2;]\", C),\n eval(as_expr \"a\", C, R),\n R == 1.\n\ntest('mul 1') :-\n parse(\"[a = 3.0 * 2;]\", C),\n eval(as_expr \"a\", C, R),\n R == 6.0.\n\ntest('mul 2') :-\n parse(\"[a = 3 * 2;]\", C),\n eval(as_expr \"a\", C, R),\n R == 6.\n\ntest('divide 1') :-\n parse(\"[a = 10 \/ 2;]\", C),\n eval(as_expr \"a\", C, R),\n R == 5.\n\ntest('divide 2') :-\n parse(\"[a = 10 \/ 2.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == 5.0.\n\ntest('divide 3') :-\n parse(\"[a = 10 \/ 0;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('divide 4') :-\n parse(\"[a = 10 \/ 0.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('mod 1') :-\n parse(\"[a = 5 % 3;]\", C),\n eval(as_expr \"a\", C, R),\n R == 2.\n\ntest('mod 2') :-\n parse(\"[a = 5 % -3;]\", C),\n eval(as_expr \"a\", C, R),\n R == -1.\n\ntest('mod 3') :-\n parse(\"[a = -5 % 3;]\", C),\n eval(as_expr \"a\", C, R),\n R == 1.\n\ntest('mod 4') :-\n parse(\"[a = -5 % -3;]\", C),\n eval(as_expr \"a\", C, R),\n R == -2.\n\ntest('mod 5') :-\n parse(\"[a = 5.0 % 3;]\", C),\n eval(as_expr \"a\", C, R),\n R == 2.0.\n\ntest('mod 6') :-\n parse(\"[a = 5 % -3.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == -1.0.\n\ntest('mod 7') :-\n parse(\"[a = -5 % 3.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == 1.0.\n\ntest('mod 8') :-\n parse(\"[a = -5.0 % -3;]\", C),\n eval(as_expr \"a\", C, R),\n R == -2.0.\n\ntest('mod 9') :-\n parse(\"[a = 5 % 0;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('mod 10') :-\n parse(\"[a = 5 % 0.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('&& 1') :-\n parse(\"[a = true && true;]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('&& 2') :-\n parse(\"[a = false && b;]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('&& 3') :-\n parse(\"[a = 0 && \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('&& 4') :-\n parse(\"[a = 1 && \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('&& 5') :-\n parse(\"[a = \\\"z\\\" && false;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('&& 6') :-\n parse(\"[a = 1.0 && b;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('&& 7') :-\n parse(\"[a = b && 1.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('&& 8') :-\n parse(\"[a = b && 0;]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('|| 1') :-\n parse(\"[a = false || false;]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('|| 2') :-\n parse(\"[a = true || b;]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('|| 3') :-\n parse(\"[a = 1 || \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('|| 4') :-\n parse(\"[a = 0 || \\\"z\\\";]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('|| 5') :-\n parse(\"[a = \\\"z\\\" || true;]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('|| 6') :-\n parse(\"[a = 0.0 || b;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('|| 7') :-\n parse(\"[a = b || 0.0;]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('|| 8') :-\n parse(\"[a = b || 1;]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('promotion 1') :-\n parse(\"[a = true + true]\", C),\n eval(as_expr \"a\", C, R),\n R == 2.\n\ntest('promotion 2') :-\n parse(\"[a = 4.0 * true]\", C),\n eval(as_expr \"a\", C, R),\n R == 4.0.\n\ntest('promotion 3') :-\n parse(\"[a = 4.0 * false]\", C),\n eval(as_expr \"a\", C, R),\n R == 0.0.\n\ntest('! op 1') :-\n parse(\"[a = !true]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('! op 2') :-\n parse(\"[a = !false]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('! op 3') :-\n parse(\"[a = !0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('! op 4') :-\n parse(\"[a = !1]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('! op 5') :-\n parse(\"[a = !\\\"z\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('! op 6') :-\n parse(\"[a = !b]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('?: op 1') :-\n parse(\"[a = (true) ? 2.0 : true]\", C),\n eval(as_expr \"a\", C, R),\n R == 2.0.\n\ntest('?: op 2') :-\n parse(\"[a = (false) ? 2.0 : true]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('?: op 3') :-\n parse(\"[a = (b) ? 2.0 : true]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('?: op 4') :-\n parse(\"[a = (\\\"z\\\") ? 2.0 : true]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('?: op 5') :-\n parse(\"[r = [a = ((true) ? parent : q).z; q = [z=42]]; z=69]\", C),\n eval(as_expr \"r.a\", C, R),\n R == 69.\n\ntest('?: op 6') :-\n parse(\"[r = [a = ((false) ? parent : q).z; q = [z=42]]; z=69]\", C),\n eval(as_expr \"r.a\", C, R),\n R == 42.\n\ntest('op== 1') :-\n parse(\"[a = 7 == 7]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op== 2') :-\n parse(\"[a = 6 == 7]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op== 3') :-\n parse(\"[a = 7.0 == 7]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op== 4') :-\n parse(\"[a = \\\"z\\\" == \\\"z\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op== 5') :-\n parse(\"[a = \\\"a\\\" == \\\"z\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op== 6') :-\n parse(\"[a = \\\"z\\\" == 1]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('op== 7') :-\n parse(\"[a = \\\"z\\\" == \\\"z\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op== 8') :-\n parse(\"[a = \\\"z\\\" == b]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('op!= 1') :-\n parse(\"[a = 1 != 0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op!= 2') :-\n parse(\"[a = 1 != 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op!= 3') :-\n parse(\"[a = \\\"a\\\" != \\\"b\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op!= 4') :-\n parse(\"[a = \\\"a\\\" != \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op< 1') :-\n parse(\"[a = 1 < 2]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op< 2') :-\n parse(\"[a = 1 < 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op< 3') :-\n parse(\"[a = \\\"a\\\" < \\\"b\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op< 4') :-\n parse(\"[a = \\\"a\\\" < \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op> 1') :-\n parse(\"[a = 1 > 0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op> 2') :-\n parse(\"[a = 1 > 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op> 3') :-\n parse(\"[a = \\\"b\\\" > \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op> 4') :-\n parse(\"[a = \\\"a\\\" > \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op<= 1') :-\n parse(\"[a = 1 <= 2]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op<= 2') :-\n parse(\"[a = 1 <= 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op<= 3') :-\n parse(\"[a = 2 <= 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op<= 4') :-\n parse(\"[a = \\\"a\\\" <= \\\"b\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op<= 5') :-\n parse(\"[a = \\\"a\\\" <= \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op<= 6') :-\n parse(\"[a = \\\"b\\\" <= \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op>= 1') :-\n parse(\"[a = 1 >= 2]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op>= 2') :-\n parse(\"[a = 1 >= 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op>= 3') :-\n parse(\"[a = 2 >= 1.0]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op>= 4') :-\n parse(\"[a = \\\"a\\\" >= \\\"b\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op>= 5') :-\n parse(\"[a = \\\"a\\\" >= \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op>= 6') :-\n parse(\"[a = \\\"b\\\" >= \\\"a\\\"]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op=?= 1') :-\n parse(\"[a = 1 =?= 1]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op=?= 2') :-\n parse(\"[a = 1 =?= b]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op=?= 3') :-\n parse(\"[a = 1 =?= 2]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op=!= 1') :-\n parse(\"[a = 1 =!= 1]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op=!= 2') :-\n parse(\"[a = 1 =!= b]\", C),\n eval(as_expr \"a\", C, R),\n R == false.\n\ntest('op=!= 3') :-\n parse(\"[a = 1 =!= 2]\", C),\n eval(as_expr \"a\", C, R),\n R == true.\n\ntest('op[] 1') :-\n parse(\"[a = {1}[0]]\", C),\n eval(as_expr \"a\", C, R),\n R == 1.\n\ntest('op[] 2') :-\n parse(\"[a = [z=42][\\\"z\\\"]; z=69]\", C),\n eval(as_expr \"a\", C, R),\n R == 42.\n\ntest('op[] 3') :-\n parse(\"[a = {1}[3]]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('op[] 4') :-\n parse(\"[a = {[z=42]}[\\\"z\\\"]; z=69]\", C),\n eval(as_expr \"a\", C, R),\n R == [42].\n\ntest('op[] 5') :-\n parse(\"[a = {}[\\\"z\\\"]; z=69]\", C),\n eval(as_expr \"a\", C, R),\n R == [].\n\ntest('op[] 6') :-\n parse(\"[a = {1}[\\\"z\\\"]]\", C),\n eval(as_expr \"a\", C, R),\n R == [error].\n\ntest('op[] 7') :-\n parse(\"[a = {[x=1]}[\\\"z\\\"]]\", C),\n eval(as_expr \"a\", C, R),\n R == [undefined].\n\ntest('op[] 8') :-\n parse(\"[a = {}[0]]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('op[] 9') :-\n parse(\"[a = {0}[-1]]\", C),\n eval(as_expr \"a\", C, R),\n R == error.\n\ntest('op[] 10') :-\n parse(\"[a = b[0]]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('op[] 11') :-\n parse(\"[a = {1}[b]]\", C),\n eval(as_expr \"a\", C, R),\n R == undefined.\n\ntest('op[] 12') :-\n parse(\"[a = {{3},{4}}[1][0]]\", C),\n eval(as_expr \"a\", C, R),\n R == 4.\n\ntest('op[] 13') :-\n parse(\"[a = [b=[c=55];c=44]; c=33; d=a[\\\"b\\\"][\\\"c\\\"]]\", C),\n eval(as_expr \"d\", C, R),\n R == 55.\n\ntest('op[] 14') :-\n parse(\"[a = [b=[c=parent.c];c=44]; c=33; d=a[\\\"b\\\"][\\\"c\\\"]]\", C),\n eval(as_expr \"d\", C, R),\n R == 44.\n\ntest('op[] 15') :-\n parse(\"[a = [b=[c=parent.c];c=44]; c=33; d=a[\\\"parent\\\"][\\\"c\\\"]]\", C),\n eval(as_expr \"d\", C, R),\n R == 33.\n\n:- end_tests(classad_eval_ut).\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"3e3084e4ded5972cc92099d122d81070fb9ab225","subject":"Set graph title","message":"Set graph title\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph22.gp","new_file":"graph22.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql22.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"DHT22 measurements\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Humidity [%]\" # Title for Y2-axis\nset autoscale y2\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot2.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):3 title \"Humidity [%]\" axes x1y2 with points pt 5 ps 0.2\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of TMP36\n\n\n# ******************************************************* General settings *****\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql22.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\n#set title \"Test graph -\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 45 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\" # Title for Y-axis\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Humidity [%]\" # Title for Y2-axis\nset autoscale y2\nset y2tics border # place ticks on second Y2-axis\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\nset key outside bottom center box title \"-=legend=-\"\n\n# ***************************************************************** Output *****\nset terminal png large\nset output \"\/tmp\/bonediagd\/plot2.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \"Temperature [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):3 title \"Humidity [%]\" axes x1y2 with points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"40bd4db53efce44109e94c3e425f503a97d50f99","subject":"Pressure graph improved","message":"Pressure graph improved\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph23.gp","new_file":"graph23.gp","new_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of DHT22 data\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql23.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Air Pressure (BMP183) @ NAP+12.1m\"\n# groundlevel = +8.5m\n# sensor at +3.5 above groundlevel\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Pressure [mbar]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Temperature [degC]\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset output \"\/tmp\/bonediagd\/plot3.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql23.csv\" using ($2+utc_offset):3 title \" Pressure [mbar]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql23.csv\" using ($2+utc_offset):4 title \" Temperature [degC]\" axes x1y2 with dots\\\n","old_contents":"#!\/usr\/bin\/gnuplot\n\n# graph of DHT22 data\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql23.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"BMP183 measurements\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\nset y2label \"Pressure [mbar]\"\nset autoscale y2\nset y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset output \"\/tmp\/bonediagd\/plot3.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql23.csv\" using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql23.csv\" using ($2+utc_offset):3 title \" Pressure [mbar]\" axes x1y2 with points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"894525a2be41e5a4db866d3ba9c061c6ae1953a9","subject":"Add third point to uniquely identify line.","message":"Add third point to uniquely identify line.\n","repos":"eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing","old_file":"figures\/gnuplot\/quadratic-2.gp","new_file":"figures\/gnuplot\/quadratic-2.gp","new_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"quadratic-2.png\"\nset encoding utf8\n\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [1.5:5.5]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\nset label 2 \"f(x) = 7x^2 - 3x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\nset label 3 \"f(x) = \u03b1(x^2 - 7x + 10) + 46x - 28\" at screen 0.21,0.830 left font \"times.ttf,30\"\nset title \"Quadratic polynomials passing through points (2,64) and (5,202)\" font \"lucon.ttf,30\"\n\n# Greek \u03b1 symbol is U03B1\nf(x) = 7.0*x**2 - 3.0*x + 42\nx1 = 2\nx2 = 5\nx3 = 3.5\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot \\\n (-89.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (-55.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (-34.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (-21.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (-8.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (13.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (21.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (34.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (55.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (89.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (120.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (144.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n f(x) axes x1y1 not with lines linestyle 106, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('(%.1d,%.1d)', x1, f(x1))) \\\n with labels offset char -2,2.5 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x2 : NaN):(f(x2)):(sprintf('(%.1d,%.1d)', x2, f(x2))) \\\n with labels offset char -4.0,3.0 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x3 : NaN):(f(x3)):(sprintf('(%.1d,%.1d)', x3, f(x3))) \\\n with labels offset char -1.0,0.5 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n","old_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"quadratic-2.png\"\nset encoding utf8\n\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [1.5:5.5]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\nset label 2 \"f(x) = 7x^2 - 3x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\nset label 3 \"f(x) = \u03b1(x^2 - 7x + 10) + 46x - 28\" at screen 0.21,0.830 left font \"times.ttf,30\"\nset title \"Quadratic polynomials passing through points (2,64) and (5,202)\" font \"lucon.ttf,30\"\n\n# Greek \u03b1 symbol is U03B1\nf(x) = 7.0*x**2 - 3.0*x + 42\nx1 = 2\nx2 = 5\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot \\\n (-89.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (-55.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (-34.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (-21.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (-8.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (13.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (21.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (34.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (55.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (89.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (120.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n (144.0*(x**2 - 7.0*x + 10.0) + 46.0*x - 28.0) axes x1y1 not with lines linestyle 102, \\\n f(x) axes x1y1 not with lines linestyle 106, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('(%.1d,%.1d)', x1, f(x1))) \\\n with labels offset char -2,2.5 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x2 : NaN):(f(x2)):(sprintf('(%.1d,%.1d)', x2, f(x2))) \\\n with labels offset char -4.0,3.0 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"328ca91a60f6e571878eecbcf1106bd1ec1a7fad","subject":"cropped grpah was too cropped, didn't notice before that gnuplot won't show errorbars if data falls outside of graph","message":"cropped grpah was too cropped, didn't notice before that gnuplot won't show errorbars if data falls outside of graph\n","repos":"LucidWorks\/blog-hll-perf,LucidWorks\/blog-hll-perf","old_file":"plot.gnuplot","new_file":"plot.gnuplot","new_contents":"# expects 'fieldtype' variable to be defined on command line\n#\n# example: gnuplot -e 'fieldtype=\"long\"' plot.gnuplot\n\nset terminal png size 800,600 enhanced font \"Helvetica,12\"\nset key top left\n\n# same style for every line, just diff colors\nset style line 1 pointtype 1\nset style line 2 pointtype 1\nset style line 3 pointtype 1\nset style line 4 pointtype 1\nset style line 5 pointtype 1\nset style line 6 pointtype 1\n\nx3(x) = (3 * x)\nrelerr(expected,observed) = abs(expected - observed) \/ expected\ndatafile(base) = \"output\/\".base.\".plotdata.tsv\"\n\n### plot the (real) value counts\n\nset output 'output\/'.fieldtype.'_num_values.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Num Values\"\n\nset title \"Number of Values Found (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):2 title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):2 title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):2 title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):2 title \"cardinality=true (0.3)\" ls 4\n\n### plot the relative error of the value counts\n\nset output 'output\/'.fieldtype.'_rel_error.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Relative Error\"\n\nset title \"Compared to Expected: Relative Error of Value Counts (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):(relerr(x3($1), $2)) title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=true (0.3)\" ls 4\n\n### plot the the timing data\n\nset output 'output\/'.fieldtype.'_timing.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Req Time (sec)\"\n\nset title \"Request Time (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):3:4 with errorbars title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):3:4 with errorbars title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):3:4 with errorbars title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):3:4 with errorbars title \"cardinality=true (0.3)\" ls 4\n\n# crop some of the really noisy data so detail is more clear\nset xrange [20000:]\nset yrange [0:4]\nset output 'output\/'.fieldtype.'_timing_cropped.png'\n\nset title \"Request Time (\".fieldtype.\" field, cropped)\" noenhanced\nreplot\n","old_contents":"# expects 'fieldtype' variable to be defined on command line\n#\n# example: gnuplot -e 'fieldtype=\"long\"' plot.gnuplot\n\nset terminal png size 800,600 enhanced font \"Helvetica,12\"\nset key top left\n\n# same style for every line, just diff colors\nset style line 1 pointtype 1\nset style line 2 pointtype 1\nset style line 3 pointtype 1\nset style line 4 pointtype 1\nset style line 5 pointtype 1\nset style line 6 pointtype 1\n\nx3(x) = (3 * x)\nrelerr(expected,observed) = abs(expected - observed) \/ expected\ndatafile(base) = \"output\/\".base.\".plotdata.tsv\"\n\n### plot the (real) value counts\n\nset output 'output\/'.fieldtype.'_num_values.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Num Values\"\n\nset title \"Number of Values Found (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):2 title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):2 title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):2 title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):2 title \"cardinality=true (0.3)\" ls 4\n\n### plot the relative error of the value counts\n\nset output 'output\/'.fieldtype.'_rel_error.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Relative Error\"\n\nset title \"Compared to Expected: Relative Error of Value Counts (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):(relerr(x3($1), $2)) title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):(relerr(x3($1), $2)) title \"cardinality=true (0.3)\" ls 4\n\n### plot the the timing data\n\n# crop some of the really noisy data (not enough warming in particular) so detail is more clear\nset yrange [0:2]\n\nset output 'output\/'.fieldtype.'_timing.png'\n\nset xlabel \"Num Values Expected (# Docs * 3)\"\nset ylabel \"Req Time (sec)\"\n\nset title \"Request Time (\".fieldtype.\" field)\" noenhanced\n\nplot datafile(fieldtype.\"_countdistinct\") using (x3($1)):3:4 with errorbars title \"countDistinct\" ls 1, \\\n datafile(fieldtype.\"_cardinality=7\") using (x3($1)):3:4 with errorbars title \"cardinality=0.7\" ls 2, \\\n datafile(fieldtype.\"_cardinality=5\") using (x3($1)):3:4 with errorbars title \"cardinality=0.5\" ls 3, \\\n datafile(fieldtype.\"_cardinality=true\") using (x3($1)):3:4 with errorbars title \"cardinality=true (0.3)\" ls 4\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"8915c6c5361d8bc30e73d20318afa5e4d2979f5f","subject":"improve readability of date\/time in title","message":"improve readability of date\/time in title\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"mit","lang":"Gnuplot"} {"commit":"2c6cc87463b13c7ff25ef920e4d6c16d5a552df1","subject":"Add more db_singleton_v (keypolicy) tests","message":"Add more db_singleton_v (keypolicy) tests\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate4, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n \n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_singleton_v1_overwrite, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [[_, 'Lodyagin']]).\n\ntest(db_singleton_v2_throw,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [throw]),\n db_construct(people, man_v, [name], ['Sergei']).\n\n %named_args_unify(people, db_singleton_v, [], _, Singl1),\n %db_put_object(people, _, Singl1, _, replaced),\n \n \n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_erase, [setup(model_db)]) :-\n\n ( named_args_unify(people, _,\n [weight, surname], [73, _], X),\n db_erase(X),\n fail ; true\n ),\n\n findall(Y,\n db_recorded(people, Y),\n LY),\n assertion(LY = [man_v(_, _, _, _, 'Eva', woman, _, _)]).\n\ntest(db_iterate1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_iterate(people, true, _), L),\n length(L, N).\n\ntest(db_iterate2, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, sex(man), O), L),\n length(L, N).\n\ntest(db_iterate3, [setup(model_db), fail]) :-\n\n db_iterate(people, unexisting_name(man_v), _).\n\ntest(db_iterate4, [setup(model_db), N =:= 2]) :-\n\n findall(O, db_iterate(people, functor(man_v), O), L),\n length(L, N).\n\ntest(db_iterate4, [setup(model_db), N =:= 3]) :-\n\n findall(O, db_iterate(people, functor(_), O), L),\n length(L, N).\n\ntest(db_to_list, [setup(model_db)]) :-\n\n db_to_list(people, man_v, L1),\n length(L1, N1),\n assertion(N1 =:= 2),\n\n db_to_list(people, citizen_v, L2),\n length(L2, N2),\n assertion(N2 =:= 1),\n\n db_to_list(people, _, L3),\n length(L3, N3),\n assertion(N3 =:= 3).\n\ntest(db_put_object1, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man),\n db_put_object(people, Man).\n\ntest(db_put_object2, [setup(model_db)]) :-\n\n obj_construct(man_v, [name], ['Moses'], Man0),\n obj_rebase((object_v -> db_object_v), Man0, Man),\n db_put_object(people, Man).\n\ntest(db_put_object3,\n [setup(model_db),\n error(db_obj_replace_protector(people2, Man))]) :-\n\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man), !,\n db_put_object(people2, Man).\n\ntest(db_put_object4, [setup(model_db)]) :-\n% replacing\n \n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_rewrite(Man0, [name], ['Moses'], [_], Man1),\n db_put_object(people2, throw, Man1, Man2, Replaced),\n named_args_unify(Man2,\n [name, db_key, db_ref],\n [New_Name, DB_Key, DB_Ref]),\n assertion(New_Name =@= _),\n assertion(Replaced == replaced),\n assertion(nonvar(DB_Ref)),\n assertion(DB_Key == people2),\n\n db_size(people2, N),\n assertion(N =:= 1).\n\ntest(db_put_object5,\n [setup(model_db),\n error(domain_error(unbound_db_ref, DB_Ref))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_field(Man0, db_ref, DB_Ref),\n db_put_object(people, throw, Man0, _, _).\n\ntest(db_put_object6,\n [setup(model_db),\n error(domain_error(unbound_or_same_db_key, people2))]) :-\n\n db_construct(people, man_v, [name], ['Moses']),\n db_construct(people2, man_v, [name], ['Moses']),\n db_recorded(people2, Man0), !,\n obj_reset_fields([db_ref], Man0, Man),\n db_put_object(people, throw, Man, _, _).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t Men+\\El^member(El, Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n error(domain_error(db_object_v_descendant, X))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v, [], []),\n db_recorded(people, X), !,\n db_recorded(people, X).\n\ntest(named_args_unify1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex], [man], _),\n ['.', '.']).\n\ntest(named_args_unify2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [sex, sex], [man, man], _),\n ['.', '.']).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, citizen_v, [sex], [man], _),\n ['.']).\n\ntest(named_args_unify_bug2, [setup(model_db)]) :-\n\n findall('.',\n named_args_unify(people, _, [], [], _),\n ['.', '.', '.']).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\ntest(key_rule1,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']).\n \ntest(key_rule2,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [], []).\n \ntest(key_rule3,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['Sergei']),\n db_construct(people, man_v, [], []).\n \ntest(key_rule4,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [], []),\n db_construct(people, man_v, [name], ['Sergei']).\n \ntest(key_rule5, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n \n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sikorsky']).\n\ntest(key_rule6,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule7,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [surname], ['Lodyagin']).\n\ntest(key_rule8, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n \n db_construct(people, man_v,\n [name], ['Artem']).\n\ntest(key_rule9,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']),\n \n db_construct(people, man_v,\n [name], ['Sergei']).\n\ntest(key_rule10,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v,\n [name], ['Sergei']),\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Sysoev']).\n \ntest(key_rule11,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, citizen_v, [], []).\n \ntest(key_rule12, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []).\n \ntest(key_rule13, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [name], ['James']).\n \ntest(key_rule14,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v, [], []),\n db_construct(people, citizen_v, [id], [5]).\n \ntest(key_rule15, [setup(db_clear(people))]) :-\n\n db_construct(people, citizen_v, [id], [4]),\n db_construct(people, man_v,\n [name, surname], ['James', 'Crick']),\n db_construct(people, citizen_v,\n [name, surname, id], ['Adam', 'Adamovitch', 5]).\n \ntest(key_rule16,\n [setup(db_clear(people)),\n error(db_key_exists(people, _, _))]) :-\n\n db_construct(people, man_v, [name], ['James']),\n db_construct(people, citizen_v, [id], [4]).\n\n\ntest(db_singleton_v1, [setup(db_clear(people))]) :-\n\n db_construct(people, man_v,\n [name, surname], ['Sergei', 'Lodyagin']),\n db_construct(people, db_singleton_v,\n [key_policy], [overwrite]),\n db_construct(people, man_v, [surname], ['Lodyagin']),\n \n findall([Name, Surname],\n named_args_unify(people, _, [name, surname],\n [Name, Surname], _),\n List1),\n assertion(List1 =@= [_, 'Lodyagin']).\n\n \n \nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n db_construct(people, man_v,\n [sex, name, weight], [man, 'Adam', 73]), \n db_construct(people, man_v,\n [sex, name, weight], [woman, 'Eva', 64]), \n\n db_construct(people, citizen_v, \n [sex, name, surname, country], \n [man, 'Vladimir', 'Mayakovsky',\n ['Soviet Union']]).\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"553ea466b37e0f8237cbf9e73a3e5a044f592754","subject":"[FEATURE] Expand the averages gnuplot file to expand range to 160 concurrent.","message":"[FEATURE] Expand the averages gnuplot file to expand range to 160 concurrent.\n","repos":"bvdwiel\/loadtest,bvdwiel\/loadtest","old_file":"averages.gnuplot","new_file":"averages.gnuplot","new_contents":"set terminal 'pngcairo' size 1920, 1080\nset output 'averages.png'\nset datafile separator ','\nset title 'Average response time versus concurrency level'\nset xlabel 'Concurrency level (number of simultaneous users)'\nset ylabel 'Average response time (ms.)'\nset style line 1 lc rgb '#0060ad' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset pointintervalbox 3\nset grid\nset xrange [0:160]\nset yrange [0:5000]\nset xtics (0,10,20,30,40,50,60,70,80,90,100,110,120,130,140,150,160)\nset ytics 500\nplot \"averages.csv\" using 2:1 with linespoints ls 1 title 'Response time'\n","old_contents":"set terminal 'pngcairo' size 1920, 1080\nset output 'averages.png'\nset datafile separator ','\nset title 'Average response time versus concurrency level'\nset xlabel 'Concurrency level (number of simultaneous users)'\nset ylabel 'Average response time (ms.)'\nset style line 1 lc rgb '#0060ad' lt 1 lw 2 pt 7 pi -1 ps 1.5\nset pointintervalbox 3\nset grid\nset xrange [0:100]\nset yrange [0:5000]\nset xtics (0,10,20,30,40,50,60,70,80,90,100)\nset ytics 500\nplot \"averages.csv\" using 2:1 with linespoints ls 1 title 'Response time'\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"6bc76916d688fe044e3723ac809220583e3dd8f0","subject":"done prolt script","message":"done prolt script\n","repos":"nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura","old_file":"attic\/reference\/plot-benchmark.gnu","new_file":"attic\/reference\/plot-benchmark.gnu","new_contents":"set term postscript enhanced color solid 20\nset out 'result\/benchmark.eps'\nset log x\nset grid\nset xlabel 'Problem Size (NX)'\nset ylabel 'Flop\/s'\nset yrange [0:]\nset key left top\nset format y \"%2.1t{\/Symbol \\327}10^{%L}\"\nset format x \"10^{%L}\"\n\nset label \"N_{T}=8\" at 16,1.3e9 rotate by 75 right\nset label \"N_{T}=16\" at 32,1.6e9 rotate by 75 right\nset label \"N_{T}=32\" at 64,1.6e9 rotate by 75 right\nset label \"N_{T}=64\" at 128,1.8e9 rotate by 75 right\nset label \"N_{T}=128\" at 256,2.0e9 rotate by 75 right\nset label \"N_{T}=256\" at 512,1.9e9 rotate by 75 right\n\n\nplot \\\n '< grep PiTCH-256 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#ff0000\" t 'PiTCH' , \\\n '< grep PiTCH-128 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#df0000\" t '' , \\\n '< grep PiTCH-64 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#bf0000\" t '' , \\\n '< grep PiTCH-32 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#9f0000\" t '' , \\\n '< grep PiTCH-16 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#7f0000\" t '' , \\\n '< grep PiTCH-8 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#5f0000\" t '' , \\\n '< grep PiTCH-256 result\/analyzed.txt' u 2:3 w l lc rgb \"#ff0000\" t '' , \\\n '< grep PiTCH-128 result\/analyzed.txt' u 2:3 w l lc rgb \"#df0000\" t '' , \\\n '< grep PiTCH-64 result\/analyzed.txt' u 2:3 w l lc rgb \"#bf0000\" t '' , \\\n '< grep PiTCH-32 result\/analyzed.txt' u 2:3 w l lc rgb \"#9f0000\" t '' , \\\n '< grep PiTCH-16 result\/analyzed.txt' u 2:3 w l lc rgb \"#7f0000\" t '' , \\\n '< grep PiTCH-8 result\/analyzed.txt' u 2:3 w l lc rgb \"#5f0000\" t '' , \\\n '< grep PiTCHOpt-256 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#00ff00\" t 'Optimized PiTCH' , \\\n '< grep PiTCHOpt-128 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#00df00\" t '' , \\\n '< grep PiTCHOpt-64 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#00bf00\" t '' , \\\n '< grep PiTCHOpt-32 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#009f00\" t '' , \\\n '< grep PiTCHOpt-16 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#007f00\" t '' , \\\n '< grep PiTCHOpt-8 result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"#005f00\" t '' , \\\n '< grep PiTCHOpt-256 result\/analyzed.txt' u 2:3 w l lc rgb \"#00ff00\" t '' , \\\n '< grep PiTCHOpt-128 result\/analyzed.txt' u 2:3 w l lc rgb \"#00df00\" t '' , \\\n '< grep PiTCHOpt-64 result\/analyzed.txt' u 2:3 w l lc rgb \"#00bf00\" t '' , \\\n '< grep PiTCHOpt-32 result\/analyzed.txt' u 2:3 w l lc rgb \"#009f00\" t '' , \\\n '< grep PiTCHOpt-16 result\/analyzed.txt' u 2:3 w l lc rgb \"#007f00\" t '' , \\\n '< grep PiTCHOpt-8 result\/analyzed.txt' u 2:3 w l lc rgb \"#005f00\" t '' , \\\n '< grep NoTB result\/analyzed.txt' u 2:3:4:5 w yerr pt 0 lc rgb \"blue\" t 'No Blocking' ,\\\n '< grep NoTB result\/analyzed.txt' u 2:3 w l lc rgb \"blue\" t ''\n","old_contents":"set term postscript enhanced color solid 20\nset out 'result\/benchmark.eps'\nset log x\nset grid\nset xlabel 'Problem Size (NX^2)'\nset ylabel 'Flop\/s'\nset yrange [0:]\nset key left top\nset format y \"%2.1t{\/Symbol \\327}10^{%L}\"\nset format x \"10^{%L}\"\nplot '< grep \"PiTCH-\" result\/benchmark.txt' u ($3**2):8 t 'PiTCH', \\\n '< grep PiTCHOpt result\/benchmark.txt' u ($3**2):8 t 'Optimized PiTCH' , \\\n '< grep NoTB result\/benchmark.txt' u ($3**2):8 t 'No Blocking'\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f173e6cf1c8ba6d6b351057d6394d2fad283eb86","subject":"decimate y-axis","message":"decimate y-axis\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph12.gp","new_file":"graph12.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd2.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 2 title \"Actueel Verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ 0 : 1.6 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamed \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ 0 : 0.16 ]\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of power usage history\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd2.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup12.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 1, 2 title \"Actueel Verbruik \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Verbruik [kWh]\"\nset yrange [ 0 : 1.6 ]\n\n# ***************************************************************** Legend *****\nset key opaque box inside top left\nset key samplen 0.1\nset key reverse horizontal Left\nset key maxcols 2\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nset style data boxes\nset style fill solid noborder\n\nplot ifnamed \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(delta($2+$3)\/1000) title \"T1\" fc \"green\" \\\n ,'' using ($1+utc_offset):(delta($3)\/1000) title \"T2\" fc \"yellow\"\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"9e917a7c9e5f26cade48da4aa161b2c64992a4de","subject":"Update gnuplot file for platform folders","message":"Update gnuplot file for platform folders\n","repos":"etcimon\/libasync","old_file":"tests\/http_request_benchmark\/plot_results.gnu","new_file":"tests\/http_request_benchmark\/plot_results.gnu","new_contents":"#! \/usr\/bin\/env gnuplot\n\nset terminal svg\n\nset style line 1 lc rgb '#dd181f' lt 1 lw 0.1 pt 5 ps 0.2 # --- red\nset style line 2 lc rgb '#0060ad' lt 1 lw 0.1 pt 7 ps 0.2 # --- blue\n\nset xlabel 'Index of HTTP request'\nset ylabel 'Time required for completion in nanoseconds'\n\nset yrange [0:300000]\n\ncd 'results'\nresults = system('ls *\/*.dat')\ndo for [result in results] {\n\tset output sprintf('%s.svg', result[:strlen(result)-4])\n\tplot result index 0 t 'AsyncSocket' with linespoints ls 1, \\\n\t result index 1 t 'AsyncTCPConnection' with linespoints ls 2\n}\n","old_contents":"#! \/usr\/bin\/env gnuplot\n\nset terminal svg\n\nset style line 1 lc rgb '#dd181f' lt 1 lw 0.1 pt 5 ps 0.2 # --- red\nset style line 2 lc rgb '#0060ad' lt 1 lw 0.1 pt 7 ps 0.2 # --- blue\n\nset xlabel 'Index of HTTP request'\nset ylabel 'Time required for completion in nanoseconds'\n\nset yrange [0:300000]\n\ncd 'results'\nresults = system('ls *.dat')\ndo for [result in results] {\n\tset output sprintf('%s.svg', result[:strlen(result)-4])\n\tplot result index 0 t 'AsyncSocket' with linespoints ls 1, \\\n\t result index 1 t 'AsyncTCPConnection' with linespoints ls 2\n}","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"97ca0faaef56c1ad1523113cb9ad4de7a96610cb","subject":"rrepair, eval: add a column definition for the expected_delta added by 2b818c3f83","message":"rrepair, eval: add a column definition for the expected_delta added by 2b818c3f83\n","repos":"scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris","old_file":"contrib\/rrepair\/coldefs_eval_point.gp","new_file":"contrib\/rrepair\/coldefs_eval_point.gp","new_contents":"col_id = 1\ncol_nodes = 2\ncol_dbsize = 3\ncol_fprob = 4\ncol_round = 5\ncol_recon_p1e = 6\ncol_merkle_bucket = 7\ncol_merkle_branch = 8\ncol_art_corr_factor = 9\ncol_art_leaf_fpr = 10\ncol_art_inner_fpr = 11\ncol_missing = 12\ncol_regen = 13\ncol_outdated = 14\ncol_updated = 15\ncol_bw_rc_size = 16\ncol_bw_rc_msg = 17\ncol_bw_rc2_size = 18\ncol_bw_rc2_msg = 19\ncol_bw_rs_size = 20\ncol_bw_rs_msg = 21\ncol_bw_rs_kvv = 22\ncol_sd_missing = 23\ncol_sd_regen = 24\ncol_sd_outdated = 25\ncol_sd_updated = 26\ncol_sd_bw_rc_size = 27\ncol_sd_bw_rc_msg = 28\ncol_sd_bw_rc2_size = 29\ncol_sd_bw_rc2_msg = 30\ncol_sd_bw_rs_size = 31\ncol_sd_bw_rs_msg = 32\ncol_sd_bw_rs_kvv = 33\ncol_min_missing = 34\ncol_max_missing = 35\ncol_min_regen = 36\ncol_max_regen = 37\ncol_min_outdated = 38\ncol_max_outdated = 39\ncol_min_updated = 40\ncol_max_updated = 41\ncol_min_bw_rc_size = 42\ncol_max_bw_rc_size = 43\ncol_min_rc_msg = 44\ncol_max_rc_msg = 45\ncol_min_bw_rc2_size = 46\ncol_max_bw_rc2_size = 47\ncol_min_rc2_msg = 48\ncol_max_rc2_msg = 49\ncol_min_bw_rs_size = 50\ncol_max_bw_rs_size = 51\ncol_min_bw_rs_msg = 52\ncol_max_bw_rs_msg = 53\ncol_min_bw_rs_kvv = 54\ncol_max_bw_rs_kvv = 55\ncol_rc_method = 56\ncol_ring_type = 57\ncol_ddist = 58\ncol_ftype = 59\ncol_fdist = 60\ncol_dtype = 61\ncol_tprob = 62\ncol_merkle_num_trees = 63\ncol_p1e_p1 = 64\ncol_sd_p1e_p1 = 65\ncol_min_p1e_p1 = 66\ncol_max_p1e_p1 = 67\ncol_p1e_p2 = 68\ncol_sd_p1e_p2 = 69\ncol_min_p1e_p2 = 70\ncol_max_p1e_p2 = 71\ncol_p1e = 72\ncol_sd_p1e = 73\ncol_min_p1e = 74\ncol_max_p1e = 75\ncol_exp_delta = 76\n","old_contents":"col_id = 1\ncol_nodes = 2\ncol_dbsize = 3\ncol_fprob = 4\ncol_round = 5\ncol_recon_p1e = 6\ncol_merkle_bucket = 7\ncol_merkle_branch = 8\ncol_art_corr_factor = 9\ncol_art_leaf_fpr = 10\ncol_art_inner_fpr = 11\ncol_missing = 12\ncol_regen = 13\ncol_outdated = 14\ncol_updated = 15\ncol_bw_rc_size = 16\ncol_bw_rc_msg = 17\ncol_bw_rc2_size = 18\ncol_bw_rc2_msg = 19\ncol_bw_rs_size = 20\ncol_bw_rs_msg = 21\ncol_bw_rs_kvv = 22\ncol_sd_missing = 23\ncol_sd_regen = 24\ncol_sd_outdated = 25\ncol_sd_updated = 26\ncol_sd_bw_rc_size = 27\ncol_sd_bw_rc_msg = 28\ncol_sd_bw_rc2_size = 29\ncol_sd_bw_rc2_msg = 30\ncol_sd_bw_rs_size = 31\ncol_sd_bw_rs_msg = 32\ncol_sd_bw_rs_kvv = 33\ncol_min_missing = 34\ncol_max_missing = 35\ncol_min_regen = 36\ncol_max_regen = 37\ncol_min_outdated = 38\ncol_max_outdated = 39\ncol_min_updated = 40\ncol_max_updated = 41\ncol_min_bw_rc_size = 42\ncol_max_bw_rc_size = 43\ncol_min_rc_msg = 44\ncol_max_rc_msg = 45\ncol_min_bw_rc2_size = 46\ncol_max_bw_rc2_size = 47\ncol_min_rc2_msg = 48\ncol_max_rc2_msg = 49\ncol_min_bw_rs_size = 50\ncol_max_bw_rs_size = 51\ncol_min_bw_rs_msg = 52\ncol_max_bw_rs_msg = 53\ncol_min_bw_rs_kvv = 54\ncol_max_bw_rs_kvv = 55\ncol_rc_method = 56\ncol_ring_type = 57\ncol_ddist = 58\ncol_ftype = 59\ncol_fdist = 60\ncol_dtype = 61\ncol_tprob = 62\ncol_merkle_num_trees = 63\ncol_p1e_p1 = 64\ncol_sd_p1e_p1 = 65\ncol_min_p1e_p1 = 66\ncol_max_p1e_p1 = 67\ncol_p1e_p2 = 68\ncol_sd_p1e_p2 = 69\ncol_min_p1e_p2 = 70\ncol_max_p1e_p2 = 71\ncol_p1e = 72\ncol_sd_p1e = 73\ncol_min_p1e = 74\ncol_max_p1e = 75\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"51b6bff8babcac57146848625a0c1e6d4f1f418c","subject":"new mods to mp stuff changed file size","message":"new mods to mp stuff changed file size\n\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@6819 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret","old_file":"bench\/metafile_masters_v500\/bnplot-5.plt","new_file":"bench\/metafile_masters_v500\/bnplot-5.plt","new_contents":"GKSM@jaguar XPPLP Profile F 1.0 99\/05\/26 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 51 29 1 1 1.00000 1\n 51 29 7 1 2.00000 1\n 51 29 13 1 3.00000 1\n 51 29 2 1 1.00000 2\n 51 29 8 1 2.00000 2\n 51 29 14 1 3.00000 2\n 51 29 3 1 1.00000 3\n 51 29 9 1 2.00000 3\n 51 29 15 1 3.00000 3\n 51 29 4 1 1.00000 4\n 51 29 10 1 2.00000 4\n 51 29 16 1 3.00000 4\n 51 29 5 1 1.00000 5\n 51 29 11 1 2.00000 5\n 51 29 17 1 3.00000 5\n 51 29 6 1 1.00000 6\n 51 29 12 1 2.00000 6\n 51 29 18 1 3.00000 6\n 56 39 1 0.00000 0.00000 0.00000\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 22 6 1\n 23 11 1.00000\n 24 6 1\n 25 6 1\n 26 6 3\n 27 11 1.00000\n 28 6 1\n 29 6 1\n 30 12 1 0\n 31 11 1.00000\n 32 11 0.00000\n 33 6 1\n 35 6 0\n 36 12 0 0\n 34 44 0.00000 0.00000 0.00000 0.00000\n 37 6 1\n 38 6 1\n 39 6 1\n 40 6 14\n 41 44 1.00000 0.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 43 78 0 0 0 1 1 1 1 1 1 1 1 1 1\n 44 6 0\n 71 44 0.00000 1.00000 0.00000 1.00000\n 72 44 0.00000 9.47400 0.00000 9.47400\n 84 6 71\n 84 6 72\n 81 6 73\n 21 6 1\n 11 666 30 0.12666 0.21820 0.12666 0.14777 0.12666 0.21820 0.11347 0.21820 0.12666 0.21820 0.12666 0.28865 0.11347 0.28865 0.12666 0.28865 0.12666 0.35910 0.11347 0.35910 0.12666 0.35910 0.12666 0.42955 0.11347 0.42955 0.12666 0.42955 0.12666 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0.49472 0.09349 0.49523 0.09299 0.49573\n 11 380 17 0.10002 0.50528 0.09852 0.50477 0.09751 0.50327 0.09701 0.50075 0.09701 0.49925 0.09751 0.49673 0.09852 0.49523 0.10002 0.49472 0.10103 0.49472 0.10254 0.49523 0.10354 0.49673 0.10404 0.49925 0.10404 0.50075 0.10354 0.50327 0.10254 0.50477 0.10103 0.50528 0.10002 0.50528\n 11 380 17 0.08494 0.64618 0.08344 0.64568 0.08243 0.64417 0.08193 0.64166 0.08193 0.64015 0.08243 0.63763 0.08344 0.63613 0.08494 0.63562 0.08595 0.63562 0.08746 0.63613 0.08846 0.63763 0.08897 0.64015 0.08897 0.64166 0.08846 0.64417 0.08746 0.64568 0.08595 0.64618 0.08494 0.64618\n 11 116 5 0.09299 0.63663 0.09248 0.63613 0.09299 0.63562 0.09349 0.63613 0.09299 0.63663\n 11 72 3 0.10203 0.64618 0.09701 0.63914 0.10455 0.63914\n 11 50 2 0.10203 0.64618 0.10203 0.63562\n 11 380 17 0.08494 0.78708 0.08344 0.78658 0.08243 0.78507 0.08193 0.78256 0.08193 0.78105 0.08243 0.77854 0.08344 0.77703 0.08494 0.77653 0.08595 0.77653 0.08746 0.77703 0.08846 0.77854 0.08897 0.78105 0.08897 0.78256 0.08846 0.78507 0.08746 0.78658 0.08595 0.78708 0.08494 0.78708\n 11 116 5 0.09299 0.77753 0.09248 0.77703 0.09299 0.77653 0.09349 0.77703 0.09299 0.77753\n 11 644 29 0.09952 0.78708 0.09801 0.78658 0.09751 0.78557 0.09751 0.78457 0.09801 0.78356 0.09902 0.78306 0.10103 0.78256 0.10254 0.78205 0.10354 0.78105 0.10404 0.78004 0.10404 0.77854 0.10354 0.77753 0.10304 0.77703 0.10153 0.77653 0.09952 0.77653 0.09801 0.77703 0.09751 0.77753 0.09701 0.77854 0.09701 0.78004 0.09751 0.78105 0.09852 0.78205 0.10002 0.78256 0.10203 0.78306 0.10304 0.78356 0.10354 0.78457 0.10354 0.78557 0.10304 0.78658 0.10153 0.78708 0.09952 0.78708\n 11 666 30 0.89445 0.21820 0.89445 0.14777 0.89445 0.21820 0.90764 0.21820 0.89445 0.21820 0.89445 0.28865 0.90764 0.28865 0.89445 0.28865 0.89445 0.35910 0.90764 0.35910 0.89445 0.35910 0.89445 0.42955 0.90764 0.42955 0.89445 0.42955 0.89445 0.50000 0.90764 0.50000 0.89445 0.50000 0.89445 0.57045 0.90764 0.57045 0.89445 0.57045 0.89445 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0.51458 0.11905 0.51508 0.11653 0.51608 0.11503 0.51759 0.11452 0.51860 0.11452 0.52011 0.11503 0.52111 0.11653 0.52161 0.11905 0.52161 0.12056 0.52111 0.12307 0.52011 0.12458 0.51860 0.12508 0.51759 0.12508\n 11 380 17 0.65612 0.12508 0.65461 0.12458 0.65360 0.12307 0.65310 0.12056 0.65310 0.11905 0.65360 0.11653 0.65461 0.11503 0.65612 0.11452 0.65712 0.11452 0.65863 0.11503 0.65964 0.11653 0.66014 0.11905 0.66014 0.12056 0.65964 0.12307 0.65863 0.12458 0.65712 0.12508 0.65612 0.12508\n 11 116 5 0.66416 0.11553 0.66366 0.11503 0.66416 0.11452 0.66466 0.11503 0.66416 0.11553\n 11 72 3 0.67321 0.12508 0.66818 0.11804 0.67572 0.11804\n 11 50 2 0.67321 0.12508 0.67321 0.11452\n 11 380 17 0.80972 0.12508 0.80821 0.12458 0.80721 0.12307 0.80671 0.12056 0.80671 0.11905 0.80721 0.11653 0.80821 0.11503 0.80972 0.11452 0.81073 0.11452 0.81223 0.11503 0.81324 0.11653 0.81374 0.11905 0.81374 0.12056 0.81324 0.12307 0.81223 0.12458 0.81073 0.12508 0.80972 0.12508\n 11 116 5 0.81776 0.11553 0.81726 0.11503 0.81776 0.11452 0.81827 0.11503 0.81776 0.11553\n 11 644 29 0.82430 0.12508 0.82279 0.12458 0.82229 0.12357 0.82229 0.12257 0.82279 0.12156 0.82379 0.12106 0.82581 0.12056 0.82731 0.12005 0.82832 0.11905 0.82882 0.11804 0.82882 0.11653 0.82832 0.11553 0.82782 0.11503 0.82631 0.11452 0.82430 0.11452 0.82279 0.11503 0.82229 0.11553 0.82178 0.11653 0.82178 0.11804 0.82229 0.11905 0.82329 0.12005 0.82480 0.12056 0.82681 0.12106 0.82782 0.12156 0.82832 0.12257 0.82832 0.12357 0.82782 0.12458 0.82631 0.12508 0.82430 0.12508\n 11 50 2 0.04202 -0.05460 0.05469 -0.05460\n 11 50 2 0.04202 -0.05460 0.05469 -0.04978\n 11 50 2 0.04202 -0.04495 0.05469 -0.04978\n 11 50 2 0.04202 -0.04495 0.05469 -0.04495\n 11 50 2 0.04202 -0.04012 0.05469 -0.04012\n 11 226 10 0.04202 -0.04012 0.04202 -0.03470 0.04262 -0.03289 0.04323 -0.03228 0.04443 -0.03168 0.04624 -0.03168 0.04745 -0.03228 0.04805 -0.03289 0.04865 -0.03470 0.04865 -0.04012\n 11 50 2 0.05891 -0.02866 0.05891 -0.01781\n 11 50 2 0.04202 -0.01419 0.05469 -0.01419\n 11 226 10 0.04202 -0.01419 0.04202 -0.00876 0.04262 -0.00695 0.04323 -0.00635 0.04443 -0.00575 0.04564 -0.00575 0.04685 -0.00635 0.04745 -0.00695 0.04805 -0.00876 0.04805 -0.01419\n 11 50 2 0.04805 -0.00997 0.05469 -0.00575\n 11 50 2 0.04564 0.01054 0.05288 0.01054\n 11 50 2 0.04745 0.00752 0.05107 0.01356\n 11 50 2 0.04745 0.01356 0.05107 0.00752\n 11 50 2 0.04202 0.02743 0.05469 0.02743\n 11 50 2 0.04202 0.02743 0.05469 0.03225\n 11 50 2 0.04202 0.03708 0.05469 0.03225\n 11 50 2 0.04202 0.03708 0.05469 0.03708\n 11 50 2 0.04202 0.04190 0.05469 0.04190\n 11 226 10 0.04202 0.04190 0.04202 0.04733 0.04262 0.04914 0.04323 0.04975 0.04443 0.05035 0.04624 0.05035 0.04745 0.04975 0.04805 0.04914 0.04865 0.04733 0.04865 0.04190\n 11 50 2 0.05891 0.05336 0.05891 0.06422\n 11 50 2 0.04202 0.06784 0.05469 0.06784\n 11 204 9 0.04202 0.06784 0.04202 0.07327 0.04262 0.07508 0.04323 0.07568 0.04443 0.07628 0.04564 0.07628 0.04685 0.07568 0.04745 0.07508 0.04805 0.07327\n 11 226 10 0.04805 0.06784 0.04805 0.07327 0.04865 0.07508 0.04926 0.07568 0.05046 0.07628 0.05227 0.07628 0.05348 0.07568 0.05408 0.07508 0.05469 0.07327 0.05469 0.06784\n 11 50 2 0.04202 0.08051 0.05469 0.08051\n 11 424 19 0.04504 0.09378 0.04383 0.09317 0.04262 0.09197 0.04202 0.09076 0.04202 0.08835 0.04262 0.08714 0.04383 0.08593 0.04504 0.08533 0.04685 0.08473 0.04986 0.08473 0.05167 0.08533 0.05288 0.08593 0.05408 0.08714 0.05469 0.08835 0.05469 0.09076 0.05408 0.09197 0.05288 0.09317 0.05167 0.09378 0.04986 0.09378\n 11 50 2 0.04986 0.09076 0.04986 0.09378\n 11 50 2 0.04202 0.09800 0.05469 0.09800\n 11 50 2 0.04202 0.10644 0.05046 0.09800\n 11 50 2 0.04745 0.10101 0.05469 0.10644\n 11 50 2 0.04564 0.12273 0.05288 0.12273\n 11 50 2 0.04745 0.11971 0.05107 0.12574\n 11 50 2 0.04745 0.12574 0.05107 0.11971\n 11 226 10 0.03961 0.14384 0.04081 0.14263 0.04262 0.14142 0.04504 0.14022 0.04805 0.13962 0.05046 0.13962 0.05348 0.14022 0.05589 0.14142 0.05770 0.14263 0.05891 0.14384\n 11 402 18 0.04504 0.16615 0.04383 0.16555 0.04262 0.16434 0.04202 0.16314 0.04202 0.16073 0.04262 0.15952 0.04383 0.15831 0.04504 0.15771 0.04685 0.15711 0.04986 0.15711 0.05167 0.15771 0.05288 0.15831 0.05408 0.15952 0.05469 0.16073 0.05469 0.16314 0.05408 0.16434 0.05288 0.16555 0.05167 0.16615\n 11 468 21 0.04202 0.17339 0.04262 0.17219 0.04383 0.17098 0.04504 0.17038 0.04685 0.16977 0.04986 0.16977 0.05167 0.17038 0.05288 0.17098 0.05408 0.17219 0.05469 0.17339 0.05469 0.17580 0.05408 0.17701 0.05288 0.17822 0.05167 0.17882 0.04986 0.17942 0.04685 0.17942 0.04504 0.17882 0.04383 0.17822 0.04262 0.17701 0.04202 0.17580 0.04202 0.17339\n 11 446 20 0.04383 0.19149 0.04262 0.19028 0.04202 0.18847 0.04202 0.18606 0.04262 0.18425 0.04383 0.18304 0.04504 0.18304 0.04624 0.18365 0.04685 0.18425 0.04745 0.18545 0.04865 0.18907 0.04926 0.19028 0.04986 0.19088 0.05107 0.19149 0.05288 0.19149 0.05408 0.19028 0.05469 0.18847 0.05469 0.18606 0.05408 0.18425 0.05288 0.18304\n 11 226 10 0.03961 0.19993 0.04081 0.19872 0.04262 0.19752 0.04504 0.19631 0.04805 0.19571 0.05046 0.19571 0.05348 0.19631 0.05589 0.19752 0.05770 0.19872 0.05891 0.19993\n 11 50 2 0.04202 0.20415 0.05469 0.20415\n 11 50 2 0.04202 0.20415 0.05469 0.20898\n 11 50 2 0.04202 0.21380 0.05469 0.20898\n 11 50 2 0.04202 0.21380 0.05469 0.21380\n 11 50 2 0.04202 0.21863 0.05469 0.21863\n 11 226 10 0.04202 0.21863 0.04202 0.22406 0.04262 0.22587 0.04323 0.22647 0.04443 0.22707 0.04624 0.22707 0.04745 0.22647 0.04805 0.22587 0.04865 0.22406 0.04865 0.21863\n 11 50 2 0.05891 0.23009 0.05891 0.24095\n 11 50 2 0.04202 0.24456 0.05469 0.24456\n 11 226 10 0.04202 0.24456 0.04202 0.24999 0.04262 0.25180 0.04323 0.25241 0.04443 0.25301 0.04624 0.25301 0.04745 0.25241 0.04805 0.25180 0.04865 0.24999 0.04865 0.24456\n 11 50 2 0.04202 0.25723 0.05469 0.25723\n 11 50 2 0.04202 0.26567 0.05469 0.26567\n 11 50 2 0.04805 0.25723 0.04805 0.26567\n 11 50 2 0.04202 0.27050 0.05469 0.27050\n 11 94 4 0.04443 0.27653 0.04383 0.27774 0.04202 0.27955 0.05469 0.27955\n 11 226 10 0.03961 0.28678 0.04081 0.28799 0.04262 0.28920 0.04504 0.29040 0.04805 0.29101 0.05046 0.29101 0.05348 0.29040 0.05589 0.28920 0.05770 0.28799 0.05891 0.28678\n 11 50 2 0.04564 0.29824 0.05288 0.29824\n 11 50 2 0.04745 0.29523 0.05107 0.30126\n 11 50 2 0.04745 0.30126 0.05107 0.29523\n 11 446 20 0.04383 0.31332 0.04262 0.31212 0.04202 0.31031 0.04202 0.30790 0.04262 0.30609 0.04383 0.30488 0.04504 0.30488 0.04624 0.30548 0.04684 0.30609 0.04745 0.30729 0.04865 0.31091 0.04926 0.31212 0.04986 0.31272 0.05107 0.31332 0.05288 0.31332 0.05408 0.31212 0.05469 0.31031 0.05469 0.30790 0.05408 0.30609 0.05288 0.30488\n 11 50 2 0.04202 0.31755 0.05469 0.31755\n 11 50 2 0.04202 0.32237 0.05469 0.32237\n 11 50 2 0.04202 0.32237 0.05469 0.33082\n 11 50 2 0.04202 0.33082 0.05469 0.33082\n 11 226 10 0.03961 0.33986 0.04081 0.33866 0.04262 0.33745 0.04504 0.33624 0.04805 0.33564 0.05046 0.33564 0.05348 0.33624 0.05589 0.33745 0.05770 0.33866 0.05891 0.33986\n 11 50 2 0.04202 0.34408 0.05469 0.34408\n 11 50 2 0.04202 0.34408 0.05469 0.34891\n 11 50 2 0.04202 0.35374 0.05469 0.34891\n 11 50 2 0.04202 0.35374 0.05469 0.35374\n 11 50 2 0.04202 0.35856 0.05469 0.35856\n 11 226 10 0.04202 0.35856 0.04202 0.36399 0.04262 0.36580 0.04323 0.36640 0.04443 0.36700 0.04624 0.36700 0.04745 0.36640 0.04805 0.36580 0.04865 0.36399 0.04865 0.35856\n 11 50 2 0.05891 0.37002 0.05891 0.38088\n 11 50 2 0.04202 0.38450 0.05469 0.38450\n 11 226 10 0.04202 0.38450 0.04202 0.38992 0.04262 0.39173 0.04323 0.39234 0.04443 0.39294 0.04624 0.39294 0.04745 0.39234 0.04805 0.39173 0.04865 0.38992 0.04865 0.38450\n 11 50 2 0.04202 0.39716 0.05469 0.39716\n 11 50 2 0.04202 0.40561 0.05469 0.40561\n 11 50 2 0.04805 0.39716 0.04805 0.40561\n 11 50 2 0.04202 0.41043 0.05469 0.41043\n 11 226 10 0.03961 0.41465 0.04081 0.41586 0.04262 0.41707 0.04504 0.41827 0.04805 0.41888 0.05046 0.41888 0.05348 0.41827 0.05589 0.41707 0.05770 0.41586 0.05891 0.41465\n 11 50 2 0.04926 0.43335 0.04926 0.44421\n 11 446 20 0.04383 0.46652 0.04262 0.46532 0.04202 0.46351 0.04202 0.46110 0.04262 0.45929 0.04383 0.45808 0.04504 0.45808 0.04624 0.45868 0.04684 0.45929 0.04745 0.46049 0.04865 0.46411 0.04926 0.46532 0.04986 0.46592 0.05107 0.46652 0.05288 0.46652 0.05408 0.46532 0.05469 0.46351 0.05469 0.46110 0.05408 0.45929 0.05288 0.45808\n 11 50 2 0.04202 0.47075 0.05469 0.47075\n 11 50 2 0.04202 0.47557 0.05469 0.47557\n 11 50 2 0.04202 0.47557 0.05469 0.48402\n 11 50 2 0.04202 0.48402 0.05469 0.48402\n 11 226 10 0.03961 0.49306 0.04081 0.49186 0.04262 0.49065 0.04504 0.48944 0.04805 0.48884 0.05046 0.48884 0.05348 0.48944 0.05589 0.49065 0.05770 0.49186 0.05891 0.49306\n 11 50 2 0.04202 0.49729 0.05469 0.49729\n 11 50 2 0.04202 0.49729 0.05469 0.50211\n 11 50 2 0.04202 0.50694 0.05469 0.50211\n 11 50 2 0.04202 0.50694 0.05469 0.50694\n 11 50 2 0.04202 0.51176 0.05469 0.51176\n 11 226 10 0.04202 0.51176 0.04202 0.51719 0.04262 0.51900 0.04323 0.51960 0.04443 0.52021 0.04624 0.52021 0.04745 0.51960 0.04805 0.51900 0.04865 0.51719 0.04865 0.51176\n 11 50 2 0.05891 0.52322 0.05891 0.53408\n 11 50 2 0.04202 0.53770 0.05469 0.53770\n 11 226 10 0.04202 0.53770 0.04202 0.54313 0.04262 0.54494 0.04323 0.54554 0.04443 0.54614 0.04624 0.54614 0.04745 0.54554 0.04805 0.54494 0.04865 0.54313 0.04865 0.53770\n 11 50 2 0.04202 0.55036 0.05469 0.55036\n 11 50 2 0.04202 0.55881 0.05469 0.55881\n 11 50 2 0.04805 0.55036 0.04805 0.55881\n 11 50 2 0.04202 0.56363 0.05469 0.56363\n 11 94 4 0.04443 0.56966 0.04383 0.57087 0.04202 0.57268 0.05469 0.57268\n 11 226 10 0.03961 0.57992 0.04081 0.58112 0.04262 0.58233 0.04504 0.58354 0.04805 0.58414 0.05046 0.58414 0.05348 0.58354 0.05589 0.58233 0.05770 0.58112 0.05891 0.57992\n 11 50 2 0.04564 0.59138 0.05288 0.59138\n 11 50 2 0.04745 0.58836 0.05107 0.59439\n 11 50 2 0.04745 0.59439 0.05107 0.58836\n 11 402 18 0.04504 0.60706 0.04383 0.60646 0.04262 0.60525 0.04202 0.60404 0.04202 0.60163 0.04262 0.60043 0.04383 0.59922 0.04504 0.59862 0.04684 0.59801 0.04986 0.59801 0.05167 0.59862 0.05288 0.59922 0.05408 0.60043 0.05469 0.60163 0.05469 0.60404 0.05408 0.60525 0.05288 0.60646 0.05167 0.60706\n 11 468 21 0.04202 0.61430 0.04262 0.61309 0.04383 0.61189 0.04504 0.61128 0.04684 0.61068 0.04986 0.61068 0.05167 0.61128 0.05288 0.61189 0.05408 0.61309 0.05469 0.61430 0.05469 0.61671 0.05408 0.61792 0.05288 0.61912 0.05167 0.61973 0.04986 0.62033 0.04684 0.62033 0.04504 0.61973 0.04383 0.61912 0.04262 0.61792 0.04202 0.61671 0.04202 0.61430\n 11 446 20 0.04383 0.63239 0.04262 0.63119 0.04202 0.62938 0.04202 0.62696 0.04262 0.62515 0.04383 0.62395 0.04504 0.62395 0.04624 0.62455 0.04684 0.62515 0.04745 0.62636 0.04865 0.62998 0.04926 0.63119 0.04986 0.63179 0.05107 0.63239 0.05288 0.63239 0.05408 0.63119 0.05469 0.62938 0.05469 0.62696 0.05408 0.62515 0.05288 0.62395\n 11 226 10 0.03961 0.64084 0.04081 0.63963 0.04262 0.63842 0.04504 0.63722 0.04805 0.63661 0.05046 0.63661 0.05348 0.63722 0.05589 0.63842 0.05770 0.63963 0.05891 0.64084\n 11 50 2 0.04202 0.64506 0.05469 0.64506\n 11 50 2 0.04202 0.64506 0.05469 0.64988\n 11 50 2 0.04202 0.65471 0.05469 0.64988\n 11 50 2 0.04202 0.65471 0.05469 0.65471\n 11 50 2 0.04202 0.65953 0.05469 0.65953\n 11 226 10 0.04202 0.65953 0.04202 0.66496 0.04262 0.66677 0.04323 0.66738 0.04443 0.66798 0.04624 0.66798 0.04745 0.66738 0.04805 0.66677 0.04865 0.66496 0.04865 0.65953\n 11 50 2 0.05891 0.67099 0.05891 0.68185\n 11 50 2 0.04202 0.68547 0.05469 0.68547\n 11 226 10 0.04202 0.68547 0.04202 0.69090 0.04262 0.69271 0.04323 0.69331 0.04443 0.69391 0.04624 0.69391 0.04745 0.69331 0.04805 0.69271 0.04865 0.69090 0.04865 0.68547\n 11 50 2 0.04202 0.69814 0.05469 0.69814\n 11 50 2 0.04202 0.70658 0.05469 0.70658\n 11 50 2 0.04805 0.69814 0.04805 0.70658\n 11 50 2 0.04202 0.71141 0.05469 0.71141\n 11 226 10 0.03961 0.71563 0.04081 0.71683 0.04262 0.71804 0.04504 0.71925 0.04805 0.71985 0.05046 0.71985 0.05348 0.71925 0.05589 0.71804 0.05770 0.71683 0.05891 0.71563\n 11 50 2 0.04564 0.72709 0.05288 0.72709\n 11 50 2 0.04745 0.72407 0.05107 0.73010\n 11 50 2 0.04745 0.73010 0.05107 0.72407\n 11 402 18 0.04504 0.74277 0.04383 0.74217 0.04262 0.74096 0.04202 0.73975 0.04202 0.73734 0.04262 0.73614 0.04383 0.73493 0.04504 0.73433 0.04684 0.73372 0.04986 0.73372 0.05167 0.73433 0.05288 0.73493 0.05408 0.73614 0.05469 0.73734 0.05469 0.73975 0.05408 0.74096 0.05288 0.74217 0.05167 0.74277\n 11 468 21 0.04202 0.75001 0.04262 0.74880 0.04383 0.74759 0.04504 0.74699 0.04684 0.74639 0.04986 0.74639 0.05167 0.74699 0.05288 0.74759 0.05408 0.74880 0.05469 0.75001 0.05469 0.75242 0.05408 0.75363 0.05288 0.75483 0.05167 0.75544 0.04986 0.75604 0.04684 0.75604 0.04504 0.75544 0.04383 0.75483 0.04262 0.75363 0.04202 0.75242 0.04202 0.75001\n 11 446 20 0.04383 0.76810 0.04262 0.76690 0.04202 0.76509 0.04202 0.76267 0.04262 0.76086 0.04383 0.75966 0.04504 0.75966 0.04624 0.76026 0.04684 0.76086 0.04745 0.76207 0.04865 0.76569 0.04926 0.76690 0.04986 0.76750 0.05107 0.76810 0.05288 0.76810 0.05408 0.76690 0.05469 0.76509 0.05469 0.76267 0.05408 0.76086 0.05288 0.75966\n 11 226 10 0.03961 0.77655 0.04081 0.77534 0.04262 0.77413 0.04504 0.77293 0.04805 0.77232 0.05046 0.77232 0.05348 0.77293 0.05589 0.77413 0.05770 0.77534 0.05891 0.77655\n 11 50 2 0.04202 0.78077 0.05469 0.78077\n 11 50 2 0.04202 0.78077 0.05469 0.78559\n 11 50 2 0.04202 0.79042 0.05469 0.78559\n 11 50 2 0.04202 0.79042 0.05469 0.79042\n 11 50 2 0.04202 0.79524 0.05469 0.79524\n 11 226 10 0.04202 0.79524 0.04202 0.80067 0.04262 0.80248 0.04323 0.80309 0.04443 0.80369 0.04624 0.80369 0.04745 0.80309 0.04805 0.80248 0.04865 0.80067 0.04865 0.79524\n 11 50 2 0.05891 0.80670 0.05891 0.81756\n 11 50 2 0.04202 0.82118 0.05469 0.82118\n 11 50 2 0.05469 0.82118 0.05469 0.82842\n 11 50 2 0.04202 0.83445 0.05469 0.82962\n 11 50 2 0.04202 0.83445 0.05469 0.83927\n 11 50 2 0.05046 0.83143 0.05046 0.83746\n 11 50 2 0.04202 0.84229 0.05469 0.84229\n 11 50 2 0.04202 0.84229 0.05469 0.84712\n 11 50 2 0.04202 0.85194 0.05469 0.84712\n 11 50 2 0.04202 0.85194 0.05469 0.85194\n 11 50 2 0.04202 0.85677 0.05469 0.85677\n 11 204 9 0.04202 0.85677 0.04202 0.86219 0.04262 0.86400 0.04323 0.86461 0.04443 0.86521 0.04564 0.86521 0.04684 0.86461 0.04745 0.86400 0.04805 0.86219\n 11 226 10 0.04805 0.85677 0.04805 0.86219 0.04865 0.86400 0.04926 0.86461 0.05046 0.86521 0.05227 0.86521 0.05348 0.86461 0.05408 0.86400 0.05469 0.86219 0.05469 0.85677\n 11 50 2 0.04202 0.86943 0.05469 0.86943\n 11 270 12 0.04202 0.86943 0.04202 0.87365 0.04262 0.87546 0.04383 0.87667 0.04504 0.87727 0.04684 0.87788 0.04986 0.87788 0.05167 0.87727 0.05288 0.87667 0.05408 0.87546 0.05469 0.87365 0.05469 0.86943\n 11 50 2 0.04202 0.88511 0.05469 0.88029\n 11 50 2 0.04202 0.88511 0.05469 0.88994\n 11 50 2 0.05046 0.88210 0.05046 0.88813\n 11 50 2 0.04926 0.89296 0.04926 0.90381\n 11 50 2 0.04202 0.90864 0.05469 0.90864\n 11 50 2 0.04202 0.90864 0.05469 0.91346\n 11 50 2 0.04202 0.91829 0.05469 0.91346\n 11 50 2 0.04202 0.91829 0.05469 0.91829\n 11 50 2 0.04202 0.92311 0.05469 0.92311\n 11 226 10 0.04202 0.92311 0.04202 0.92854 0.04262 0.93035 0.04323 0.93095 0.04443 0.93156 0.04624 0.93156 0.04745 0.93095 0.04805 0.93035 0.04865 0.92854 0.04865 0.92311\n 11 50 2 0.05891 0.93457 0.05891 0.94543\n 11 50 2 0.04202 0.94905 0.05469 0.94905\n 11 50 2 0.05469 0.94905 0.05469 0.95629\n 11 50 2 0.04202 0.96232 0.05469 0.95749\n 11 50 2 0.04202 0.96232 0.05469 0.96714\n 11 50 2 0.05046 0.95930 0.05046 0.96533\n 11 50 2 0.04202 0.97016 0.05469 0.97016\n 11 50 2 0.04202 0.97016 0.05469 0.97498\n 11 50 2 0.04202 0.97981 0.05469 0.97498\n 11 50 2 0.04202 0.97981 0.05469 0.97981\n 11 50 2 0.04202 0.98463 0.05469 0.98463\n 11 204 9 0.04202 0.98463 0.04202 0.99006 0.04262 0.99187 0.04323 0.99248 0.04443 0.99308 0.04564 0.99308 0.04684 0.99248 0.04745 0.99187 0.04805 0.99006\n 11 226 10 0.04805 0.98463 0.04805 0.99006 0.04865 0.99187 0.04926 0.99248 0.05046 0.99308 0.05227 0.99308 0.05348 0.99248 0.05408 0.99187 0.05469 0.99006 0.05469 0.98463\n 11 50 2 0.04202 0.99730 0.05469 0.99730\n 11 270 12 0.04202 0.99730 0.04202 1.00152 0.04262 1.00333 0.04383 1.00454 0.04504 1.00514 0.04684 1.00574 0.04986 1.00574 0.05167 1.00514 0.05288 1.00454 0.05408 1.00333 0.05469 1.00152 0.05469 0.99730\n 11 50 2 0.04202 1.01298 0.05469 1.00816\n 11 50 2 0.04202 1.01298 0.05469 1.01781\n 11 50 2 0.05046 1.00997 0.05046 1.01600\n 11 380 17 0.04202 1.02384 0.04262 1.02203 0.04443 1.02082 0.04745 1.02022 0.04926 1.02022 0.05227 1.02082 0.05408 1.02203 0.05469 1.02384 0.05469 1.02505 0.05408 1.02686 0.05227 1.02806 0.04926 1.02866 0.04745 1.02866 0.04443 1.02806 0.04262 1.02686 0.04202 1.02505 0.04202 1.02384\n 11 226 10 0.03961 1.03228 0.04081 1.03349 0.04262 1.03470 0.04504 1.03590 0.04805 1.03651 0.05046 1.03651 0.05348 1.03590 0.05589 1.03470 0.05770 1.03349 0.05891 1.03228\n 11 226 10 0.03961 1.05038 0.04081 1.05158 0.04262 1.05279 0.04504 1.05400 0.04805 1.05460 0.05046 1.05460 0.05348 1.05400 0.05589 1.05279 0.05770 1.05158 0.05891 1.05038\n 11 50 2 0.18877 0.10186 0.18877 0.08919\n 11 50 2 0.18877 0.10186 0.19360 0.08919\n 11 50 2 0.19842 0.10186 0.19360 0.08919\n 11 50 2 0.19842 0.10186 0.19842 0.08919\n 11 50 2 0.20325 0.10186 0.20325 0.08919\n 11 226 10 0.20325 0.10186 0.20868 0.10186 0.21049 0.10125 0.21109 0.10065 0.21169 0.09945 0.21169 0.09764 0.21109 0.09643 0.21049 0.09583 0.20868 0.09522 0.20325 0.09522\n 11 50 2 0.21471 0.08497 0.22556 0.08497\n 11 50 2 0.22918 0.10186 0.22918 0.08919\n 11 226 10 0.22918 0.10186 0.23461 0.10186 0.23642 0.10125 0.23702 0.10065 0.23763 0.09945 0.23763 0.09824 0.23702 0.09703 0.23642 0.09643 0.23461 0.09583 0.22918 0.09583\n 11 50 2 0.23341 0.09583 0.23763 0.08919\n 11 50 2 0.25391 0.09824 0.25391 0.09100\n 11 50 2 0.25090 0.09643 0.25693 0.09281\n 11 50 2 0.25693 0.09643 0.25090 0.09281\n 11 50 2 0.27080 0.10186 0.27080 0.08919\n 11 50 2 0.27080 0.10186 0.27563 0.08919\n 11 50 2 0.28045 0.10186 0.27563 0.08919\n 11 50 2 0.28045 0.10186 0.28045 0.08919\n 11 50 2 0.28528 0.10186 0.28528 0.08919\n 11 226 10 0.28528 0.10186 0.29071 0.10186 0.29251 0.10125 0.29312 0.10065 0.29372 0.09945 0.29372 0.09764 0.29312 0.09643 0.29251 0.09583 0.29071 0.09522 0.28528 0.09522\n 11 50 2 0.29674 0.08497 0.30759 0.08497\n 11 50 2 0.31121 0.10186 0.31121 0.08919\n 11 204 9 0.31121 0.10186 0.31664 0.10186 0.31845 0.10125 0.31905 0.10065 0.31966 0.09945 0.31966 0.09824 0.31905 0.09703 0.31845 0.09643 0.31664 0.09583\n 11 226 10 0.31121 0.09583 0.31664 0.09583 0.31845 0.09522 0.31905 0.09462 0.31966 0.09341 0.31966 0.09160 0.31905 0.09040 0.31845 0.08979 0.31664 0.08919 0.31121 0.08919\n 11 50 2 0.32388 0.10186 0.32388 0.08919\n 11 424 19 0.33715 0.09884 0.33655 0.10005 0.33534 0.10125 0.33413 0.10186 0.33172 0.10186 0.33051 0.10125 0.32931 0.10005 0.32870 0.09884 0.32810 0.09703 0.32810 0.09402 0.32870 0.09221 0.32931 0.09100 0.33051 0.08979 0.33172 0.08919 0.33413 0.08919 0.33534 0.08979 0.33655 0.09100 0.33715 0.09221 0.33715 0.09402\n 11 50 2 0.33413 0.09402 0.33715 0.09402\n 11 50 2 0.34137 0.10186 0.34137 0.08919\n 11 50 2 0.34981 0.10186 0.34137 0.09341\n 11 50 2 0.34439 0.09643 0.34981 0.08919\n 11 50 2 0.36610 0.09824 0.36610 0.09100\n 11 50 2 0.36308 0.09643 0.36912 0.09281\n 11 50 2 0.36912 0.09643 0.36308 0.09281\n 11 402 18 0.39143 0.09884 0.39083 0.10005 0.38962 0.10125 0.38842 0.10186 0.38600 0.10186 0.38480 0.10125 0.38359 0.10005 0.38299 0.09884 0.38238 0.09703 0.38238 0.09402 0.38299 0.09221 0.38359 0.09100 0.38480 0.08979 0.38600 0.08919 0.38842 0.08919 0.38962 0.08979 0.39083 0.09100 0.39143 0.09221\n 11 468 21 0.39867 0.10186 0.39746 0.10125 0.39626 0.10005 0.39565 0.09884 0.39505 0.09703 0.39505 0.09402 0.39565 0.09221 0.39626 0.09100 0.39746 0.08979 0.39867 0.08919 0.40108 0.08919 0.40229 0.08979 0.40350 0.09100 0.40410 0.09221 0.40470 0.09402 0.40470 0.09703 0.40410 0.09884 0.40350 0.10005 0.40229 0.10125 0.40108 0.10186 0.39867 0.10186\n 11 446 20 0.41676 0.10005 0.41556 0.10125 0.41375 0.10186 0.41134 0.10186 0.40953 0.10125 0.40832 0.10005 0.40832 0.09884 0.40892 0.09764 0.40953 0.09703 0.41073 0.09643 0.41435 0.09522 0.41556 0.09462 0.41616 0.09402 0.41676 0.09281 0.41676 0.09100 0.41556 0.08979 0.41375 0.08919 0.41134 0.08919 0.40953 0.08979 0.40832 0.09100\n 11 226 10 0.42521 0.10427 0.42400 0.10306 0.42280 0.10125 0.42159 0.09884 0.42099 0.09583 0.42099 0.09341 0.42159 0.09040 0.42280 0.08799 0.42400 0.08618 0.42521 0.08497\n 11 50 2 0.42943 0.10186 0.42943 0.08919\n 11 50 2 0.42943 0.10186 0.43426 0.08919\n 11 50 2 0.43908 0.10186 0.43426 0.08919\n 11 50 2 0.43908 0.10186 0.43908 0.08919\n 11 50 2 0.44391 0.10186 0.44391 0.08919\n 11 226 10 0.44391 0.10186 0.44934 0.10186 0.45114 0.10125 0.45175 0.10065 0.45235 0.09945 0.45235 0.09764 0.45175 0.09643 0.45114 0.09583 0.44934 0.09522 0.44391 0.09522\n 11 50 2 0.45537 0.08497 0.46622 0.08497\n 11 50 2 0.46984 0.10186 0.46984 0.08919\n 11 226 10 0.46984 0.10186 0.47527 0.10186 0.47708 0.10125 0.47768 0.10065 0.47829 0.09945 0.47829 0.09764 0.47768 0.09643 0.47708 0.09583 0.47527 0.09522 0.46984 0.09522\n 11 50 2 0.48251 0.10186 0.48251 0.08919\n 11 50 2 0.49095 0.10186 0.49095 0.08919\n 11 50 2 0.48251 0.09583 0.49095 0.09583\n 11 50 2 0.49578 0.10186 0.49578 0.08919\n 11 226 10 0.50000 0.10427 0.50121 0.10306 0.50241 0.10125 0.50362 0.09884 0.50422 0.09583 0.50422 0.09341 0.50362 0.09040 0.50241 0.08799 0.50121 0.08618 0.50000 0.08497\n 11 50 2 0.52111 0.09824 0.52111 0.09100\n 11 50 2 0.51809 0.09643 0.52413 0.09281\n 11 50 2 0.52413 0.09643 0.51809 0.09281\n 11 446 20 0.54584 0.10005 0.54463 0.10125 0.54282 0.10186 0.54041 0.10186 0.53860 0.10125 0.53740 0.10005 0.53740 0.09884 0.53800 0.09764 0.53860 0.09703 0.53981 0.09643 0.54343 0.09522 0.54463 0.09462 0.54524 0.09402 0.54584 0.09281 0.54584 0.09100 0.54463 0.08979 0.54282 0.08919 0.54041 0.08919 0.53860 0.08979 0.53740 0.09100\n 11 50 2 0.55006 0.10186 0.55006 0.08919\n 11 50 2 0.55489 0.10186 0.55489 0.08919\n 11 50 2 0.55489 0.10186 0.56333 0.08919\n 11 50 2 0.56333 0.10186 0.56333 0.08919\n 11 226 10 0.57238 0.10427 0.57117 0.10306 0.56997 0.10125 0.56876 0.09884 0.56816 0.09583 0.56816 0.09341 0.56876 0.09040 0.56997 0.08799 0.57117 0.08618 0.57238 0.08497\n 11 50 2 0.57660 0.10186 0.57660 0.08919\n 11 50 2 0.57660 0.10186 0.58143 0.08919\n 11 50 2 0.58625 0.10186 0.58143 0.08919\n 11 50 2 0.58625 0.10186 0.58625 0.08919\n 11 50 2 0.59108 0.10186 0.59108 0.08919\n 11 226 10 0.59108 0.10186 0.59650 0.10186 0.59831 0.10125 0.59892 0.10065 0.59952 0.09945 0.59952 0.09764 0.59892 0.09643 0.59831 0.09583 0.59650 0.09522 0.59108 0.09522\n 11 50 2 0.60254 0.08497 0.61339 0.08497\n 11 50 2 0.61701 0.10186 0.61701 0.08919\n 11 50 2 0.61701 0.08919 0.62425 0.08919\n 11 50 2 0.63028 0.10186 0.62546 0.08919\n 11 50 2 0.63028 0.10186 0.63511 0.08919\n 11 50 2 0.62727 0.09341 0.63330 0.09341\n 11 50 2 0.63812 0.10186 0.63812 0.08919\n 11 50 2 0.63812 0.10186 0.64295 0.08919\n 11 50 2 0.64777 0.10186 0.64295 0.08919\n 11 50 2 0.64777 0.10186 0.64777 0.08919\n 11 50 2 0.65260 0.10186 0.65260 0.08919\n 11 204 9 0.65260 0.10186 0.65803 0.10186 0.65984 0.10125 0.66044 0.10065 0.66104 0.09945 0.66104 0.09824 0.66044 0.09703 0.65984 0.09643 0.65803 0.09583\n 11 226 10 0.65260 0.09583 0.65803 0.09583 0.65984 0.09522 0.66044 0.09462 0.66104 0.09341 0.66104 0.09160 0.66044 0.09040 0.65984 0.08979 0.65803 0.08919 0.65260 0.08919\n 11 50 2 0.66526 0.10186 0.66526 0.08919\n 11 270 12 0.66526 0.10186 0.66949 0.10186 0.67130 0.10125 0.67250 0.10005 0.67311 0.09884 0.67371 0.09703 0.67371 0.09402 0.67311 0.09221 0.67250 0.09100 0.67130 0.08979 0.66949 0.08919 0.66526 0.08919\n 11 50 2 0.68095 0.10186 0.67612 0.08919\n 11 50 2 0.68095 0.10186 0.68577 0.08919\n 11 50 2 0.67793 0.09341 0.68396 0.09341\n 11 50 2 0.68879 0.09462 0.69964 0.09462\n 11 50 2 0.70447 0.10186 0.70447 0.08919\n 11 50 2 0.70447 0.10186 0.70929 0.08919\n 11 50 2 0.71412 0.10186 0.70929 0.08919\n 11 50 2 0.71412 0.10186 0.71412 0.08919\n 11 50 2 0.71895 0.10186 0.71895 0.08919\n 11 226 10 0.71895 0.10186 0.72437 0.10186 0.72618 0.10125 0.72679 0.10065 0.72739 0.09945 0.72739 0.09764 0.72679 0.09643 0.72618 0.09583 0.72437 0.09522 0.71895 0.09522\n 11 50 2 0.73041 0.08497 0.74126 0.08497\n 11 50 2 0.74488 0.10186 0.74488 0.08919\n 11 50 2 0.74488 0.08919 0.75212 0.08919\n 11 50 2 0.75815 0.10186 0.75332 0.08919\n 11 50 2 0.75815 0.10186 0.76298 0.08919\n 11 50 2 0.75513 0.09341 0.76117 0.09341\n 11 50 2 0.76599 0.10186 0.76599 0.08919\n 11 50 2 0.76599 0.10186 0.77082 0.08919\n 11 50 2 0.77564 0.10186 0.77082 0.08919\n 11 50 2 0.77564 0.10186 0.77564 0.08919\n 11 50 2 0.78047 0.10186 0.78047 0.08919\n 11 204 9 0.78047 0.10186 0.78590 0.10186 0.78770 0.10125 0.78831 0.10065 0.78891 0.09945 0.78891 0.09824 0.78831 0.09703 0.78770 0.09643 0.78590 0.09583\n 11 226 10 0.78047 0.09583 0.78590 0.09583 0.78770 0.09522 0.78831 0.09462 0.78891 0.09341 0.78891 0.09160 0.78831 0.09040 0.78770 0.08979 0.78590 0.08919 0.78047 0.08919\n 11 50 2 0.79313 0.10186 0.79313 0.08919\n 11 270 12 0.79313 0.10186 0.79736 0.10186 0.79916 0.10125 0.80037 0.10005 0.80097 0.09884 0.80158 0.09703 0.80158 0.09402 0.80097 0.09221 0.80037 0.09100 0.79916 0.08979 0.79736 0.08919 0.79313 0.08919\n 11 50 2 0.80882 0.10186 0.80399 0.08919\n 11 50 2 0.80882 0.10186 0.81364 0.08919\n 11 50 2 0.80580 0.09341 0.81183 0.09341\n 11 380 17 0.81967 0.10186 0.81786 0.10125 0.81666 0.09945 0.81605 0.09643 0.81605 0.09462 0.81666 0.09160 0.81786 0.08979 0.81967 0.08919 0.82088 0.08919 0.82269 0.08979 0.82389 0.09160 0.82450 0.09462 0.82450 0.09643 0.82389 0.09945 0.82269 0.10125 0.82088 0.10186 0.81967 0.10186\n 11 226 10 0.82812 0.10427 0.82932 0.10306 0.83053 0.10125 0.83174 0.09884 0.83234 0.09583 0.83234 0.09341 0.83174 0.09040 0.83053 0.08799 0.82932 0.08618 0.82812 0.08497\n 21 6 1\n 56 39 8 0.24410 0.27453 0.86957\n 56 39 9 0.05776 0.52298 0.43478\n 56 39 10 0.29870 0.71948 0.21039\n 56 39 11 0.73160 0.89264 0.08052\n 56 39 12 1.00000 0.77381 0.00000\n 56 39 13 1.00000 0.17857 0.00000\n 56 39 14 0.60000 0.00000 0.00000\n 56 39 7 0.80000 0.00000 1.00000\n 40 6 11\n 38 6 1\n 14 314 14 0.40991 0.16006 0.41912 0.15789 0.42844 0.15592 0.43787 0.15417 0.44738 0.15263 0.45697 0.15131 0.46662 0.15020 0.46522 0.15092 0.45526 0.15206 0.44536 0.15342 0.43555 0.15501 0.42582 0.15682 0.41620 0.15885 0.40669 0.16109\n 40 6 10\n 38 6 1\n 14 72 3 0.47060 0.14984 0.47633 0.14932 0.47617 0.14942\n 40 6 11\n 38 6 1\n 14 116 5 0.47060 0.14984 0.47617 0.14942 0.47524 0.15001 0.46522 0.15092 0.46662 0.15020\n 40 6 10\n 38 6 1\n 14 72 3 0.48144 0.14897 0.47617 0.14942 0.47633 0.14932\n 40 6 11\n 38 6 1\n 14 116 5 0.48144 0.14897 0.48608 0.14865 0.48530 0.14932 0.47524 0.15001 0.47617 0.14942\n 40 6 10\n 38 6 1\n 14 72 3 0.49227 0.14837 0.49586 0.14821 0.49582 0.14826\n 40 6 11\n 38 6 1\n 14 116 5 0.49227 0.14837 0.49582 0.14826 0.49539 0.14886 0.48530 0.14932 0.48608 0.14865\n 40 6 10\n 38 6 1\n 14 94 4 0.50565 0.14799 0.50564 0.14805 0.49582 0.14826 0.49586 0.14821\n 40 6 11\n 38 6 1\n 14 94 4 0.50564 0.14805 0.50550 0.14863 0.49539 0.14886 0.49582 0.14826\n 40 6 10\n 38 6 1\n 14 94 4 0.51546 0.14799 0.51548 0.14810 0.50564 0.14805 0.50565 0.14799\n 40 6 11\n 38 6 1\n 14 94 4 0.51548 0.14810 0.51561 0.14863 0.50550 0.14863 0.50564 0.14805\n 40 6 10\n 38 6 1\n 14 94 4 0.52525 0.14821 0.52535 0.14834 0.51548 0.14810 0.51546 0.14799\n 40 6 11\n 38 6 1\n 14 94 4 0.52535 0.14834 0.52572 0.14886 0.51561 0.14863 0.51548 0.14810\n 40 6 10\n 38 6 1\n 14 94 4 0.53503 0.14865 0.53532 0.14890 0.52535 0.14834 0.52525 0.14821\n 40 6 11\n 38 6 1\n 14 94 4 0.53532 0.14890 0.53581 0.14932 0.52572 0.14886 0.52535 0.14834\n 40 6 10\n 38 6 1\n 14 94 4 0.54478 0.14932 0.54487 0.14938 0.53532 0.14890 0.53503 0.14865\n 40 6 11\n 38 6 1\n 14 94 4 0.54487 0.14938 0.54587 0.15001 0.53581 0.14932 0.53532 0.14890\n 40 6 10\n 38 6 1\n 14 94 4 0.55449 0.15020 0.55479 0.15036 0.54487 0.14938 0.54478 0.14932\n 40 6 11\n 38 6 1\n 14 94 4 0.55479 0.15036 0.55589 0.15092 0.54587 0.15001 0.54487 0.14938\n 40 6 10\n 38 6 1\n 14 94 4 0.56414 0.15131 0.56464 0.15153 0.55479 0.15036 0.55449 0.15020\n 40 6 11\n 38 6 1\n 14 94 4 0.56464 0.15153 0.56585 0.15206 0.55589 0.15092 0.55479 0.15036\n 40 6 10\n 38 6 1\n 14 94 4 0.57373 0.15263 0.57478 0.15304 0.56464 0.15153 0.56414 0.15131\n 40 6 11\n 38 6 1\n 14 94 4 0.57478 0.15304 0.57575 0.15342 0.56585 0.15206 0.56464 0.15153\n 40 6 10\n 38 6 1\n 14 94 4 0.58324 0.15417 0.58477 0.15472 0.57478 0.15304 0.57373 0.15263\n 40 6 11\n 38 6 1\n 14 94 4 0.58477 0.15472 0.58557 0.15501 0.57575 0.15342 0.57478 0.15304\n 40 6 10\n 38 6 1\n 14 94 4 0.59267 0.15592 0.59400 0.15638 0.58477 0.15472 0.58324 0.15417\n 40 6 11\n 38 6 1\n 14 94 4 0.59400 0.15638 0.59529 0.15682 0.58557 0.15501 0.58477 0.15472\n 40 6 10\n 38 6 1\n 14 94 4 0.60199 0.15789 0.60315 0.15827 0.59400 0.15638 0.59267 0.15592\n 40 6 11\n 38 6 1\n 14 94 4 0.60315 0.15827 0.60491 0.15885 0.59529 0.15682 0.59400 0.15638\n 40 6 10\n 38 6 1\n 14 94 4 0.61120 0.16006 0.61280 0.16057 0.60315 0.15827 0.60199 0.15789\n 40 6 11\n 38 6 1\n 14 94 4 0.61280 0.16057 0.61442 0.16109 0.60491 0.15885 0.60315 0.15827\n 40 6 11\n 38 6 1\n 14 1326 60 0.37005 0.17217 0.37898 0.16909 0.38807 0.16622 0.39732 0.16355 0.40669 0.16109 0.41620 0.15885 0.42582 0.15682 0.43555 0.15501 0.44536 0.15342 0.45526 0.15206 0.46522 0.15092 0.47524 0.15001 0.48530 0.14932 0.49539 0.14886 0.50550 0.14863 0.51561 0.14863 0.52572 0.14886 0.53581 0.14932 0.54587 0.15001 0.55589 0.15092 0.56585 0.15206 0.57575 0.15342 0.58557 0.15501 0.59529 0.15682 0.60491 0.15885 0.61442 0.16109 0.62380 0.16355 0.63304 0.16622 0.64213 0.16909 0.65106 0.17217 0.65524 0.17395 0.64604 0.17077 0.63668 0.16781 0.62716 0.16506 0.61750 0.16253 0.60772 0.16022 0.59781 0.15813 0.58779 0.15627 0.57769 0.15464 0.56750 0.15323 0.55724 0.15206 0.54692 0.15112 0.53657 0.15041 0.52617 0.14994 0.51576 0.14971 0.50535 0.14971 0.49494 0.14994 0.48455 0.15041 0.47419 0.15112 0.46387 0.15206 0.45361 0.15323 0.44342 0.15464 0.43332 0.15627 0.42330 0.15813 0.41340 0.16022 0.40361 0.16253 0.39395 0.16506 0.38443 0.16781 0.37507 0.17077 0.36587 0.17395\n 40 6 11\n 38 6 1\n 14 94 4 0.34802 0.18090 0.34496 0.18251 0.33574 0.18658 0.33938 0.18468\n 40 6 12\n 38 6 1\n 14 94 4 0.34496 0.18251 0.34352 0.18327 0.33465 0.18715 0.33574 0.18658\n 40 6 11\n 38 6 1\n 14 94 4 0.35685 0.17732 0.35401 0.17884 0.34496 0.18251 0.34802 0.18090\n 40 6 12\n 38 6 1\n 14 94 4 0.35401 0.17884 0.35260 0.17959 0.34352 0.18327 0.34496 0.18251\n 40 6 11\n 38 6 1\n 14 94 4 0.36587 0.17395 0.36314 0.17543 0.35401 0.17884 0.35685 0.17732\n 40 6 12\n 38 6 1\n 14 94 4 0.36314 0.17543 0.36187 0.17612 0.35260 0.17959 0.35401 0.17884\n 40 6 11\n 38 6 1\n 14 94 4 0.37507 0.17077 0.37151 0.17275 0.36314 0.17543 0.36587 0.17395\n 40 6 12\n 38 6 1\n 14 94 4 0.37151 0.17275 0.37132 0.17286 0.36187 0.17612 0.36314 0.17543\n 40 6 11\n 38 6 1\n 14 116 5 0.38443 0.16781 0.38094 0.16981 0.37439 0.17189 0.37151 0.17275 0.37507 0.17077\n 40 6 12\n 38 6 1\n 14 72 3 0.37439 0.17189 0.37132 0.17286 0.37151 0.17275\n 40 6 11\n 38 6 1\n 14 1194 54 0.38443 0.16781 0.39395 0.16506 0.40361 0.16253 0.41340 0.16022 0.42330 0.15813 0.43332 0.15627 0.44342 0.15464 0.45361 0.15323 0.46387 0.15206 0.47419 0.15112 0.48455 0.15041 0.49494 0.14994 0.50535 0.14971 0.51576 0.14971 0.52617 0.14994 0.53657 0.15041 0.54692 0.15112 0.55724 0.15206 0.56750 0.15323 0.57769 0.15464 0.58779 0.15627 0.59781 0.15813 0.60772 0.16022 0.61750 0.16253 0.62716 0.16506 0.63668 0.16781 0.64604 0.17077 0.64979 0.17286 0.64017 0.16981 0.63039 0.16699 0.62046 0.16439 0.61040 0.16201 0.60022 0.15987 0.58993 0.15795 0.57954 0.15627 0.56907 0.15483 0.55853 0.15362 0.54793 0.15266 0.53728 0.15193 0.52661 0.15145 0.51591 0.15120 0.50520 0.15120 0.49450 0.15145 0.48383 0.15193 0.47318 0.15266 0.46258 0.15362 0.45204 0.15483 0.44157 0.15627 0.43118 0.15795 0.42089 0.15987 0.41071 0.16201 0.40065 0.16439 0.39072 0.16699 0.38094 0.16981\n 40 6 11\n 38 6 1\n 14 138 6 0.66426 0.17732 0.67309 0.18090 0.68173 0.18468 0.68646 0.18715 0.67759 0.18327 0.66851 0.17959\n 40 6 11\n 38 6 1\n 14 72 3 0.31526 0.19675 0.30798 0.20081 0.30935 0.19997\n 40 6 12\n 38 6 1\n 14 116 5 0.31526 0.19675 0.31755 0.19551 0.31259 0.19857 0.30418 0.20315 0.30798 0.20081\n 40 6 11\n 38 6 1\n 14 72 3 0.32290 0.19279 0.32599 0.19123 0.32544 0.19157\n 40 6 12\n 38 6 1\n 14 116 5 0.32290 0.19279 0.32544 0.19157 0.32125 0.19418 0.31259 0.19857 0.31755 0.19551\n 40 6 11\n 38 6 1\n 14 72 3 0.32715 0.19068 0.32544 0.19157 0.32599 0.19123\n 40 6 12\n 38 6 1\n 14 116 5 0.32715 0.19068 0.33465 0.18715 0.33013 0.19000 0.32125 0.19418 0.32544 0.19157\n 40 6 12\n 38 6 1\n 14 226 10 0.33465 0.18715 0.34352 0.18327 0.35260 0.17959 0.36187 0.17612 0.37132 0.17286 0.36775 0.17534 0.35805 0.17868 0.34854 0.18224 0.33923 0.18601 0.33013 0.19000\n 40 6 11\n 38 6 1\n 14 72 3 0.37439 0.17189 0.38094 0.16981 0.38044 0.17018\n 40 6 12\n 38 6 1\n 14 116 5 0.37439 0.17189 0.38044 0.17018 0.37762 0.17221 0.36775 0.17534 0.37132 0.17286\n 40 6 11\n 38 6 1\n 14 94 4 0.39072 0.16699 0.38988 0.16763 0.38044 0.17018 0.38094 0.16981\n 40 6 12\n 38 6 1\n 14 94 4 0.38988 0.16763 0.38765 0.16932 0.37762 0.17221 0.38044 0.17018\n 40 6 11\n 38 6 1\n 14 94 4 0.40065 0.16439 0.39918 0.16557 0.38988 0.16763 0.39072 0.16699\n 40 6 12\n 38 6 1\n 14 94 4 0.39918 0.16557 0.39783 0.16665 0.38765 0.16932 0.38988 0.16763\n 40 6 11\n 38 6 1\n 14 94 4 0.41071 0.16201 0.40897 0.16350 0.39918 0.16557 0.40065 0.16439\n 40 6 12\n 38 6 1\n 14 94 4 0.40897 0.16350 0.40814 0.16421 0.39783 0.16665 0.39918 0.16557\n 40 6 11\n 38 6 1\n 14 94 4 0.42089 0.15987 0.41892 0.16170 0.40897 0.16350 0.41071 0.16201\n 40 6 12\n 38 6 1\n 14 94 4 0.41892 0.16170 0.41859 0.16201 0.40814 0.16421 0.40897 0.16350\n 40 6 11\n 38 6 1\n 14 94 4 0.43118 0.15795 0.42935 0.15984 0.41892 0.16170 0.42089 0.15987\n 40 6 12\n 38 6 1\n 14 94 4 0.42935 0.15984 0.42914 0.16005 0.41859 0.16201 0.41892 0.16170\n 40 6 11\n 38 6 1\n 14 94 4 0.44157 0.15627 0.43991 0.15819 0.42935 0.15984 0.43118 0.15795\n 40 6 12\n 38 6 1\n 14 94 4 0.43991 0.15819 0.43979 0.15833 0.42914 0.16005 0.42935 0.15984\n 40 6 11\n 38 6 1\n 14 94 4 0.45204 0.15483 0.45055 0.15682 0.43991 0.15819 0.44157 0.15627\n 40 6 12\n 38 6 1\n 14 94 4 0.45055 0.15682 0.45053 0.15685 0.43979 0.15833 0.43991 0.15819\n 40 6 11\n 38 6 1\n 14 94 4 0.46258 0.15362 0.46142 0.15549 0.45055 0.15682 0.45204 0.15483\n 40 6 12\n 38 6 1\n 14 94 4 0.46142 0.15549 0.46135 0.15561 0.45053 0.15685 0.45055 0.15682\n 40 6 11\n 38 6 1\n 14 116 5 0.47318 0.15266 0.47222 0.15462 0.47024 0.15480 0.46142 0.15549 0.46258 0.15362\n 40 6 12\n 38 6 1\n 14 72 3 0.47024 0.15480 0.46135 0.15561 0.46142 0.15549\n 40 6 11\n 38 6 1\n 14 94 4 0.47318 0.15266 0.48383 0.15193 0.48314 0.15387 0.47222 0.15462\n 40 6 11\n 38 6 1\n 14 116 5 0.49450 0.15145 0.49410 0.15335 0.49217 0.15346 0.48314 0.15387 0.48383 0.15193\n 40 6 12\n 38 6 1\n 14 72 3 0.49410 0.15335 0.49409 0.15338 0.49217 0.15346\n 40 6 11\n 38 6 1\n 14 94 4 0.50520 0.15120 0.50507 0.15313 0.49410 0.15335 0.49450 0.15145\n 40 6 12\n 38 6 1\n 14 94 4 0.50507 0.15313 0.50507 0.15313 0.49409 0.15338 0.49410 0.15335\n 40 6 11\n 38 6 1\n 14 94 4 0.51591 0.15120 0.51604 0.15312 0.50507 0.15313 0.50520 0.15120\n 40 6 12\n 38 6 1\n 14 94 4 0.51604 0.15312 0.51605 0.15313 0.50507 0.15313 0.50507 0.15313\n 40 6 11\n 38 6 1\n 14 94 4 0.52661 0.15145 0.52701 0.15332 0.51604 0.15312 0.51591 0.15120\n 40 6 12\n 38 6 1\n 14 94 4 0.52701 0.15332 0.52702 0.15338 0.51605 0.15313 0.51604 0.15312\n 40 6 11\n 38 6 1\n 14 94 4 0.53728 0.15193 0.53794 0.15377 0.52701 0.15332 0.52661 0.15145\n 40 6 12\n 38 6 1\n 14 94 4 0.53794 0.15377 0.53797 0.15387 0.52702 0.15338 0.52701 0.15332\n 40 6 11\n 38 6 1\n 14 94 4 0.54793 0.15266 0.54887 0.15457 0.53794 0.15377 0.53728 0.15193\n 40 6 12\n 38 6 1\n 14 94 4 0.54887 0.15457 0.54889 0.15462 0.53797 0.15387 0.53794 0.15377\n 40 6 11\n 38 6 1\n 14 116 5 0.55853 0.15362 0.55976 0.15561 0.54947 0.15467 0.54887 0.15457 0.54793 0.15266\n 40 6 12\n 38 6 1\n 14 72 3 0.54947 0.15467 0.54889 0.15462 0.54887 0.15457\n 40 6 11\n 38 6 1\n 14 94 4 0.55853 0.15362 0.56907 0.15483 0.57058 0.15685 0.55976 0.15561\n 40 6 11\n 38 6 1\n 14 116 5 0.57954 0.15627 0.58113 0.15811 0.57573 0.15756 0.57058 0.15685 0.56907 0.15483\n 40 6 12\n 38 6 1\n 14 72 3 0.58113 0.15811 0.58132 0.15833 0.57573 0.15756\n 40 6 11\n 38 6 1\n 14 94 4 0.58993 0.15795 0.59151 0.15958 0.58113 0.15811 0.57954 0.15627\n 40 6 12\n 38 6 1\n 14 94 4 0.59151 0.15958 0.59197 0.16005 0.58132 0.15833 0.58113 0.15811\n 40 6 11\n 38 6 1\n 14 94 4 0.60022 0.15987 0.60207 0.16159 0.59151 0.15958 0.58993 0.15795\n 40 6 12\n 38 6 1\n 14 94 4 0.60207 0.16159 0.60252 0.16201 0.59197 0.16005 0.59151 0.15958\n 40 6 11\n 38 6 1\n 14 94 4 0.61040 0.16201 0.61228 0.16362 0.60207 0.16159 0.60022 0.15987\n 40 6 12\n 38 6 1\n 14 94 4 0.61228 0.16362 0.61297 0.16421 0.60252 0.16201 0.60207 0.16159\n 40 6 11\n 38 6 1\n 14 94 4 0.62046 0.16439 0.62242 0.16596 0.61228 0.16362 0.61040 0.16201\n 40 6 12\n 38 6 1\n 14 94 4 0.62242 0.16596 0.62328 0.16665 0.61297 0.16421 0.61228 0.16362\n 40 6 11\n 38 6 1\n 14 94 4 0.63039 0.16699 0.63311 0.16905 0.62242 0.16596 0.62046 0.16439\n 40 6 12\n 38 6 1\n 14 94 4 0.63311 0.16905 0.63346 0.16932 0.62328 0.16665 0.62242 0.16596\n 40 6 11\n 38 6 1\n 14 94 4 0.64017 0.16981 0.64242 0.17144 0.63311 0.16905 0.63039 0.16699\n 40 6 12\n 38 6 1\n 14 94 4 0.64242 0.17144 0.64350 0.17221 0.63346 0.16932 0.63311 0.16905\n 40 6 11\n 38 6 1\n 14 94 4 0.64979 0.17286 0.65247 0.17472 0.64242 0.17144 0.64017 0.16981\n 40 6 12\n 38 6 1\n 14 94 4 0.65247 0.17472 0.65336 0.17534 0.64350 0.17221 0.64242 0.17144\n 40 6 11\n 38 6 1\n 14 94 4 0.67759 0.18327 0.67824 0.18369 0.67011 0.18063 0.66851 0.17959\n 40 6 12\n 38 6 1\n 14 94 4 0.67824 0.18369 0.68188 0.18601 0.67257 0.18224 0.67011 0.18063\n 40 6 11\n 38 6 1\n 14 116 5 0.68646 0.18715 0.69098 0.19000 0.68582 0.18774 0.67824 0.18369 0.67759 0.18327\n 40 6 12\n 38 6 1\n 14 72 3 0.68582 0.18774 0.68188 0.18601 0.67824 0.18369\n 40 6 11\n 38 6 1\n 14 116 5 0.69512 0.19123 0.69569 0.19158 0.69450 0.19165 0.69098 0.19000 0.68646 0.18715\n 40 6 12\n 38 6 1\n 14 72 3 0.69569 0.19158 0.69986 0.19418 0.69450 0.19165\n 40 6 11\n 38 6 1\n 14 94 4 0.70356 0.19551 0.70520 0.19652 0.69569 0.19158 0.69512 0.19123\n 40 6 12\n 38 6 1\n 14 94 4 0.70520 0.19652 0.70852 0.19857 0.69986 0.19418 0.69569 0.19158\n 40 6 12\n 38 6 1\n 14 842 38 0.28813 0.21286 0.29602 0.20791 0.30418 0.20315 0.31259 0.19857 0.32125 0.19418 0.33013 0.19000 0.33923 0.18601 0.34854 0.18224 0.35805 0.17868 0.36775 0.17534 0.37762 0.17221 0.38765 0.16932 0.39783 0.16665 0.40814 0.16421 0.41859 0.16201 0.42914 0.16005 0.43979 0.15833 0.45053 0.15685 0.46135 0.15561 0.46017 0.15802 0.44910 0.15928 0.43811 0.16080 0.42720 0.16256 0.41639 0.16457 0.40570 0.16682 0.39514 0.16932 0.38472 0.17205 0.37445 0.17502 0.36434 0.17821 0.35442 0.18164 0.34468 0.18528 0.33515 0.18914 0.32583 0.19322 0.31674 0.19751 0.30788 0.20200 0.29927 0.20668 0.29091 0.21156 0.28283 0.21663\n 40 6 11\n 38 6 1\n 14 72 3 0.47024 0.15480 0.47222 0.15462 0.47221 0.15466\n 40 6 12\n 38 6 1\n 14 116 5 0.47024 0.15480 0.47221 0.15466 0.47131 0.15700 0.46017 0.15802 0.46135 0.15561\n 40 6 11\n 38 6 1\n 14 94 4 0.48314 0.15387 0.48310 0.15402 0.47221 0.15466 0.47222 0.15462\n 40 6 12\n 38 6 1\n 14 94 4 0.48310 0.15402 0.48249 0.15624 0.47131 0.15700 0.47221 0.15466\n 40 6 11\n 38 6 1\n 14 72 3 0.49217 0.15346 0.48310 0.15402 0.48314 0.15387\n 40 6 12\n 38 6 1\n 14 116 5 0.49217 0.15346 0.49409 0.15338 0.49370 0.15573 0.48249 0.15624 0.48310 0.15402\n 40 6 12\n 38 6 1\n 14 270 12 0.49409 0.15338 0.50507 0.15313 0.51605 0.15313 0.52702 0.15338 0.53797 0.15387 0.54889 0.15462 0.54980 0.15700 0.53862 0.15624 0.52741 0.15573 0.51618 0.15548 0.50493 0.15548 0.49370 0.15573\n 40 6 11\n 38 6 1\n 14 72 3 0.54947 0.15467 0.55976 0.15561 0.56010 0.15630\n 40 6 12\n 38 6 1\n 14 116 5 0.54947 0.15467 0.56010 0.15630 0.56094 0.15802 0.54980 0.15700 0.54889 0.15462\n 40 6 11\n 38 6 1\n 14 94 4 0.57058 0.15685 0.57073 0.15711 0.56010 0.15630 0.55976 0.15561\n 40 6 12\n 38 6 1\n 14 94 4 0.57073 0.15711 0.57201 0.15928 0.56094 0.15802 0.56010 0.15630\n 40 6 11\n 38 6 1\n 14 72 3 0.57573 0.15756 0.57073 0.15711 0.57058 0.15685\n 40 6 12\n 38 6 1\n 14 116 5 0.57573 0.15756 0.58132 0.15833 0.58300 0.16080 0.57201 0.15928 0.57073 0.15711\n 40 6 12\n 38 6 1\n 14 490 22 0.58132 0.15833 0.59197 0.16005 0.60252 0.16201 0.61297 0.16421 0.62328 0.16665 0.63346 0.16932 0.64350 0.17221 0.65336 0.17534 0.66306 0.17868 0.67257 0.18224 0.68188 0.18601 0.68596 0.18914 0.67643 0.18528 0.66669 0.18164 0.65677 0.17821 0.64666 0.17502 0.63639 0.17205 0.62597 0.16932 0.61541 0.16682 0.60472 0.16457 0.59391 0.16256 0.58300 0.16080\n 40 6 11\n 38 6 1\n 14 72 3 0.68582 0.18774 0.69098 0.19000 0.69234 0.19102\n 40 6 12\n 38 6 1\n 14 116 5 0.68582 0.18774 0.69234 0.19102 0.69528 0.19322 0.68596 0.18914 0.68188 0.18601\n 40 6 11\n 38 6 1\n 14 72 3 0.69450 0.19165 0.69234 0.19102 0.69098 0.19000\n 40 6 12\n 38 6 1\n 14 116 5 0.69450 0.19165 0.69986 0.19418 0.70437 0.19751 0.69528 0.19322 0.69234 0.19102\n 40 6 12\n 38 6 1\n 14 182 8 0.69986 0.19418 0.70852 0.19857 0.71693 0.20315 0.72509 0.20791 0.73020 0.21156 0.72184 0.20668 0.71323 0.20200 0.70437 0.19751\n 40 6 12\n 38 6 1\n 14 2206 100 0.26750 0.22729 0.27502 0.22187 0.28283 0.21663 0.29091 0.21156 0.29927 0.20668 0.30788 0.20200 0.31674 0.19751 0.32583 0.19322 0.33515 0.18914 0.34468 0.18528 0.35442 0.18164 0.36434 0.17821 0.37445 0.17502 0.38472 0.17205 0.39514 0.16932 0.40570 0.16682 0.41639 0.16457 0.42720 0.16256 0.43811 0.16080 0.44910 0.15928 0.46017 0.15802 0.47131 0.15700 0.48249 0.15624 0.49370 0.15573 0.50493 0.15548 0.51618 0.15548 0.52741 0.15573 0.53862 0.15624 0.54980 0.15700 0.56094 0.15802 0.57201 0.15928 0.58300 0.16080 0.59391 0.16256 0.60472 0.16457 0.61541 0.16682 0.62597 0.16932 0.63639 0.17205 0.64666 0.17502 0.65677 0.17821 0.66669 0.18164 0.67643 0.18528 0.68596 0.18914 0.69528 0.19322 0.70437 0.19751 0.71323 0.20200 0.72184 0.20668 0.73020 0.21156 0.73828 0.21663 0.74609 0.22187 0.75362 0.22729 0.75898 0.23164 0.75129 0.22610 0.74331 0.22074 0.73504 0.21557 0.72650 0.21058 0.71770 0.20579 0.70865 0.20120 0.69935 0.19682 0.68983 0.19265 0.68009 0.18870 0.67014 0.18498 0.65999 0.18148 0.64966 0.17821 0.63917 0.17518 0.62852 0.17239 0.61772 0.16984 0.60679 0.16754 0.59575 0.16548 0.58460 0.16368 0.57336 0.16213 0.56205 0.16084 0.55067 0.15980 0.53924 0.15902 0.52778 0.15850 0.51630 0.15824 0.50481 0.15824 0.49333 0.15850 0.48187 0.15902 0.47044 0.15980 0.45906 0.16084 0.44775 0.16213 0.43651 0.16368 0.42536 0.16548 0.41432 0.16754 0.40339 0.16984 0.39259 0.17239 0.38194 0.17518 0.37145 0.17821 0.36112 0.18148 0.35097 0.18498 0.34102 0.18870 0.33128 0.19265 0.32176 0.19682 0.31246 0.20120 0.30341 0.20579 0.29461 0.21058 0.28607 0.21557 0.27780 0.22074 0.26982 0.22610 0.26213 0.23164\n 40 6 12\n 38 6 1\n 14 2250 102 0.24768 0.24322 0.25475 0.23735 0.26213 0.23164 0.26982 0.22610 0.27780 0.22074 0.28607 0.21557 0.29461 0.21058 0.30341 0.20579 0.31246 0.20120 0.32176 0.19682 0.33128 0.19265 0.34102 0.18870 0.35097 0.18498 0.36112 0.18148 0.37145 0.17821 0.38194 0.17518 0.39259 0.17239 0.40339 0.16984 0.41432 0.16754 0.42536 0.16548 0.43651 0.16368 0.44775 0.16213 0.45906 0.16084 0.47044 0.15980 0.48187 0.15902 0.49333 0.15850 0.50481 0.15824 0.51630 0.15824 0.52778 0.15850 0.53924 0.15902 0.55067 0.15980 0.56205 0.16084 0.57336 0.16213 0.58460 0.16368 0.59575 0.16548 0.60679 0.16754 0.61772 0.16984 0.62852 0.17239 0.63917 0.17518 0.64966 0.17821 0.65999 0.18148 0.67014 0.18498 0.68009 0.18870 0.68983 0.19265 0.69935 0.19682 0.70865 0.20120 0.71770 0.20579 0.72650 0.21058 0.73504 0.21557 0.74331 0.22074 0.75129 0.22610 0.75619 0.23067 0.74805 0.22520 0.73961 0.21992 0.73090 0.21483 0.72192 0.20994 0.71268 0.20526 0.70320 0.20079 0.69348 0.19654 0.68354 0.19251 0.67338 0.18871 0.66303 0.18514 0.65250 0.18180 0.64179 0.17871 0.63092 0.17586 0.61990 0.17326 0.60875 0.17091 0.59748 0.16881 0.58611 0.16698 0.57464 0.16539 0.56310 0.16407 0.55149 0.16302 0.53983 0.16222 0.52813 0.16169 0.51642 0.16143 0.50469 0.16143 0.49298 0.16169 0.48128 0.16222 0.46962 0.16302 0.45801 0.16407 0.44647 0.16539 0.43500 0.16698 0.42363 0.16881 0.41236 0.17091 0.40121 0.17326 0.39019 0.17586 0.37932 0.17871 0.36861 0.18180 0.35808 0.18514 0.34773 0.18871 0.33757 0.19251 0.32763 0.19654 0.31791 0.20079 0.30843 0.20526 0.29919 0.20994 0.29021 0.21483 0.28150 0.21992 0.27306 0.22520 0.26492 0.23067 0.25708 0.23632 0.24954 0.24214 0.24232 0.24814\n 40 6 12\n 38 6 1\n 14 182 8 0.75129 0.22610 0.75898 0.23164 0.76636 0.23735 0.77343 0.24322 0.77879 0.24814 0.77157 0.24214 0.76403 0.23632 0.75619 0.23067\n 40 6 12\n 38 6 1\n 14 72 3 0.24114 0.24919 0.24232 0.24814 0.24061 0.24992\n 40 6 13\n 38 6 1\n 14 116 5 0.24114 0.24919 0.24061 0.24992 0.23730 0.25336 0.23028 0.25962 0.23543 0.25429\n 40 6 12\n 38 6 1\n 14 94 4 0.24954 0.24214 0.24570 0.24615 0.24061 0.24992 0.24232 0.24814\n 40 6 13\n 38 6 1\n 14 94 4 0.24570 0.24615 0.24465 0.24725 0.23730 0.25336 0.24061 0.24992\n 40 6 12\n 38 6 1\n 14 116 5 0.25708 0.23632 0.25233 0.24132 0.24833 0.24441 0.24570 0.24615 0.24954 0.24214\n 40 6 13\n 38 6 1\n 14 72 3 0.24833 0.24441 0.24465 0.24725 0.24570 0.24615\n 40 6 12\n 38 6 1\n 14 1018 46 0.25708 0.23632 0.26492 0.23067 0.27306 0.22520 0.28150 0.21992 0.29021 0.21483 0.29919 0.20994 0.30843 0.20526 0.31791 0.20079 0.32763 0.19654 0.33757 0.19251 0.34773 0.18871 0.35808 0.18514 0.36861 0.18180 0.37932 0.17871 0.39019 0.17586 0.40121 0.17326 0.41236 0.17091 0.42363 0.16881 0.43500 0.16698 0.44647 0.16539 0.45801 0.16407 0.46962 0.16302 0.48128 0.16222 0.48073 0.16583 0.46886 0.16664 0.45703 0.16772 0.44527 0.16906 0.43359 0.17067 0.42200 0.17255 0.41052 0.17468 0.39916 0.17708 0.38794 0.17973 0.37686 0.18263 0.36595 0.18578 0.35522 0.18918 0.34468 0.19281 0.33433 0.19669 0.32420 0.20079 0.31430 0.20512 0.30464 0.20968 0.29523 0.21445 0.28608 0.21942 0.27721 0.22461 0.26861 0.22999 0.26032 0.23556 0.25233 0.24132\n 40 6 12\n 38 6 1\n 14 116 5 0.49298 0.16169 0.49265 0.16525 0.48953 0.16543 0.48073 0.16583 0.48128 0.16222\n 40 6 13\n 38 6 1\n 14 72 3 0.49265 0.16525 0.49265 0.16529 0.48953 0.16543\n 40 6 12\n 38 6 1\n 14 116 5 0.50469 0.16143 0.50458 0.16502 0.49381 0.16526 0.49265 0.16525 0.49298 0.16169\n 40 6 13\n 38 6 1\n 14 72 3 0.49381 0.16526 0.49265 0.16529 0.49265 0.16525\n 40 6 12\n 38 6 1\n 14 94 4 0.50469 0.16143 0.51642 0.16143 0.51653 0.16502 0.50458 0.16502\n 40 6 12\n 38 6 1\n 14 116 5 0.52813 0.16169 0.52842 0.16486 0.52614 0.16524 0.51653 0.16502 0.51642 0.16143\n 40 6 13\n 38 6 1\n 14 72 3 0.52842 0.16486 0.52846 0.16529 0.52614 0.16524\n 40 6 12\n 38 6 1\n 14 116 5 0.53983 0.16222 0.54038 0.16583 0.53596 0.16563 0.52842 0.16486 0.52813 0.16169\n 40 6 13\n 38 6 1\n 14 72 3 0.53596 0.16563 0.52846 0.16529 0.52842 0.16486\n 40 6 12\n 38 6 1\n 14 116 5 0.55149 0.16302 0.55222 0.16648 0.54856 0.16639 0.54038 0.16583 0.53983 0.16222\n 40 6 13\n 38 6 1\n 14 72 3 0.55222 0.16648 0.55225 0.16664 0.54856 0.16639\n 40 6 12\n 38 6 1\n 14 94 4 0.56310 0.16407 0.56396 0.16729 0.55222 0.16648 0.55149 0.16302\n 40 6 13\n 38 6 1\n 14 94 4 0.56396 0.16729 0.56408 0.16772 0.55225 0.16664 0.55222 0.16648\n 40 6 12\n 38 6 1\n 14 94 4 0.57464 0.16539 0.57548 0.16797 0.56396 0.16729 0.56310 0.16407\n 40 6 13\n 38 6 1\n 14 94 4 0.57548 0.16797 0.57584 0.16906 0.56408 0.16772 0.56396 0.16729\n 40 6 12\n 38 6 1\n 14 94 4 0.58611 0.16698 0.58705 0.16943 0.57548 0.16797 0.57464 0.16539\n 40 6 13\n 38 6 1\n 14 94 4 0.58705 0.16943 0.58752 0.17067 0.57584 0.16906 0.57548 0.16797\n 40 6 12\n 38 6 1\n 14 94 4 0.59748 0.16881 0.59831 0.17071 0.58705 0.16943 0.58611 0.16698\n 40 6 13\n 38 6 1\n 14 94 4 0.59831 0.17071 0.59911 0.17255 0.58752 0.17067 0.58705 0.16943\n 40 6 12\n 38 6 1\n 14 94 4 0.60875 0.17091 0.60944 0.17233 0.59831 0.17071 0.59748 0.16881\n 40 6 13\n 38 6 1\n 14 94 4 0.60944 0.17233 0.61059 0.17468 0.59911 0.17255 0.59831 0.17071\n 40 6 12\n 38 6 1\n 14 94 4 0.61990 0.17326 0.62083 0.17499 0.60944 0.17233 0.60875 0.17091\n 40 6 13\n 38 6 1\n 14 94 4 0.62083 0.17499 0.62195 0.17708 0.61059 0.17468 0.60944 0.17233\n 40 6 12\n 38 6 1\n 14 94 4 0.63092 0.17586 0.63199 0.17770 0.62083 0.17499 0.61990 0.17326\n 40 6 13\n 38 6 1\n 14 94 4 0.63199 0.17770 0.63317 0.17973 0.62195 0.17708 0.62083 0.17499\n 40 6 12\n 38 6 1\n 14 94 4 0.64179 0.17871 0.64340 0.18129 0.63199 0.17770 0.63092 0.17586\n 40 6 13\n 38 6 1\n 14 94 4 0.64340 0.18129 0.64425 0.18263 0.63317 0.17973 0.63199 0.17770\n 40 6 12\n 38 6 1\n 14 94 4 0.65250 0.18180 0.65427 0.18445 0.64340 0.18129 0.64179 0.17871\n 40 6 13\n 38 6 1\n 14 94 4 0.65427 0.18445 0.65516 0.18578 0.64425 0.18263 0.64340 0.18129\n 40 6 12\n 38 6 1\n 14 94 4 0.66303 0.18514 0.66453 0.18725 0.65427 0.18445 0.65250 0.18180\n 40 6 13\n 38 6 1\n 14 94 4 0.66453 0.18725 0.66589 0.18918 0.65516 0.18578 0.65427 0.18445\n 40 6 12\n 38 6 1\n 14 94 4 0.67338 0.18871 0.67556 0.19164 0.66453 0.18725 0.66303 0.18514\n 40 6 13\n 38 6 1\n 14 94 4 0.67556 0.19164 0.67644 0.19281 0.66589 0.18918 0.66453 0.18725\n 40 6 12\n 38 6 1\n 14 94 4 0.68354 0.19251 0.68632 0.19609 0.67556 0.19164 0.67338 0.18871\n 40 6 13\n 38 6 1\n 14 94 4 0.68632 0.19609 0.68678 0.19669 0.67644 0.19281 0.67556 0.19164\n 40 6 12\n 38 6 1\n 14 116 5 0.69348 0.19654 0.69691 0.20079 0.69328 0.19932 0.68632 0.19609 0.68354 0.19251\n 40 6 13\n 38 6 1\n 14 72 3 0.69328 0.19932 0.68678 0.19669 0.68632 0.19609\n 40 6 12\n 38 6 1\n 14 116 5 0.70320 0.20079 0.70677 0.20507 0.70622 0.20487 0.69691 0.20079 0.69348 0.19654\n 40 6 13\n 38 6 1\n 14 72 3 0.70677 0.20507 0.70681 0.20512 0.70622 0.20487\n 40 6 12\n 38 6 1\n 14 94 4 0.71268 0.20526 0.71574 0.20883 0.70677 0.20507 0.70320 0.20079\n 40 6 13\n 38 6 1\n 14 94 4 0.71574 0.20883 0.71647 0.20968 0.70681 0.20512 0.70677 0.20507\n 40 6 12\n 38 6 1\n 14 116 5 0.72192 0.20994 0.72588 0.21445 0.72011 0.21152 0.71574 0.20883 0.71268 0.20526\n 40 6 13\n 38 6 1\n 14 72 3 0.72011 0.21152 0.71647 0.20968 0.71574 0.20883\n 40 6 12\n 38 6 1\n 14 402 18 0.72192 0.20994 0.73090 0.21483 0.73961 0.21992 0.74805 0.22520 0.75619 0.23067 0.76403 0.23632 0.77157 0.24214 0.77879 0.24814 0.78568 0.25429 0.79083 0.25962 0.78381 0.25336 0.77646 0.24725 0.76878 0.24132 0.76079 0.23556 0.75250 0.22999 0.74390 0.22461 0.73503 0.21942 0.72588 0.21445\n 40 6 13\n 38 6 1\n 14 182 8 0.22360 0.26605 0.23028 0.25962 0.23730 0.25336 0.24465 0.24725 0.24008 0.25267 0.23261 0.25888 0.22546 0.26525 0.21867 0.27178\n 40 6 12\n 38 6 1\n 14 72 3 0.24833 0.24441 0.25233 0.24132 0.25176 0.24200\n 40 6 13\n 38 6 1\n 14 116 5 0.24833 0.24441 0.25176 0.24200 0.24789 0.24663 0.24008 0.25267 0.24465 0.24725\n 40 6 12\n 38 6 1\n 14 94 4 0.26032 0.23556 0.25962 0.23641 0.25176 0.24200 0.25233 0.24132\n 40 6 13\n 38 6 1\n 14 94 4 0.25962 0.23641 0.25602 0.24078 0.24789 0.24663 0.25176 0.24200\n 40 6 12\n 38 6 1\n 14 94 4 0.26861 0.22999 0.26729 0.23162 0.25962 0.23641 0.26032 0.23556\n 40 6 13\n 38 6 1\n 14 94 4 0.26729 0.23162 0.26446 0.23511 0.25602 0.24078 0.25962 0.23641\n 40 6 12\n 38 6 1\n 14 94 4 0.27721 0.22461 0.27590 0.22624 0.26729 0.23162 0.26861 0.22999\n 40 6 13\n 38 6 1\n 14 94 4 0.27590 0.22624 0.27320 0.22963 0.26446 0.23511 0.26729 0.23162\n 40 6 12\n 38 6 1\n 14 94 4 0.28608 0.21942 0.28390 0.22222 0.27590 0.22624 0.27721 0.22461\n 40 6 13\n 38 6 1\n 14 94 4 0.28390 0.22222 0.28223 0.22436 0.27320 0.22963 0.27590 0.22624\n 40 6 12\n 38 6 1\n 14 94 4 0.29523 0.21445 0.29390 0.21619 0.28390 0.22222 0.28608 0.21942\n 40 6 13\n 38 6 1\n 14 94 4 0.29390 0.21619 0.29153 0.21930 0.28223 0.22436 0.28390 0.22222\n 40 6 12\n 38 6 1\n 14 94 4 0.30464 0.20968 0.30406 0.21045 0.29390 0.21619 0.29523 0.21445\n 40 6 13\n 38 6 1\n 14 94 4 0.30406 0.21045 0.30110 0.21445 0.29153 0.21930 0.29390 0.21619\n 40 6 12\n 38 6 1\n 14 94 4 0.31430 0.20512 0.31289 0.20709 0.30406 0.21045 0.30464 0.20968\n 40 6 13\n 38 6 1\n 14 94 4 0.31289 0.20709 0.31093 0.20982 0.30110 0.21445 0.30406 0.21045\n 40 6 12\n 38 6 1\n 14 94 4 0.32420 0.20079 0.32390 0.20123 0.31289 0.20709 0.31430 0.20512\n 40 6 13\n 38 6 1\n 14 94 4 0.32390 0.20123 0.32100 0.20541 0.31093 0.20982 0.31289 0.20709\n 40 6 12\n 38 6 1\n 14 94 4 0.33433 0.19669 0.33371 0.19763 0.32390 0.20123 0.32420 0.20079\n 40 6 13\n 38 6 1\n 14 94 4 0.33371 0.19763 0.33131 0.20123 0.32100 0.20541 0.32390 0.20123\n 40 6 12\n 38 6 1\n 14 94 4 0.34468 0.19281 0.34430 0.19340 0.33371 0.19763 0.33433 0.19669\n 40 6 13\n 38 6 1\n 14 94 4 0.34430 0.19340 0.34183 0.19729 0.33131 0.20123 0.33371 0.19763\n 40 6 12\n 38 6 1\n 14 94 4 0.35522 0.18918 0.35446 0.19044 0.34430 0.19340 0.34468 0.19281\n 40 6 13\n 38 6 1\n 14 94 4 0.35446 0.19044 0.35255 0.19359 0.34183 0.19729 0.34430 0.19340\n 40 6 12\n 38 6 1\n 14 94 4 0.36595 0.18578 0.36515 0.18719 0.35446 0.19044 0.35522 0.18918\n 40 6 13\n 38 6 1\n 14 94 4 0.36515 0.18719 0.36347 0.19014 0.35255 0.19359 0.35446 0.19044\n 40 6 12\n 38 6 1\n 14 94 4 0.37686 0.18263 0.37667 0.18299 0.36515 0.18719 0.36595 0.18578\n 40 6 13\n 38 6 1\n 14 94 4 0.37667 0.18299 0.37457 0.18694 0.36347 0.19014 0.36515 0.18719\n 40 6 12\n 38 6 1\n 14 94 4 0.38794 0.17973 0.38752 0.18057 0.37667 0.18299 0.37686 0.18263\n 40 6 13\n 38 6 1\n 14 94 4 0.38752 0.18057 0.38583 0.18398 0.37457 0.18694 0.37667 0.18299\n 40 6 12\n 38 6 1\n 14 94 4 0.39916 0.17708 0.39851 0.17851 0.38752 0.18057 0.38794 0.17973\n 40 6 13\n 38 6 1\n 14 94 4 0.39851 0.17851 0.39725 0.18129 0.38583 0.18398 0.38752 0.18057\n 40 6 12\n 38 6 1\n 14 94 4 0.41052 0.17468 0.41008 0.17576 0.39851 0.17851 0.39916 0.17708\n 40 6 13\n 38 6 1\n 14 94 4 0.41008 0.17576 0.40880 0.17885 0.39725 0.18129 0.39851 0.17851\n 40 6 12\n 38 6 1\n 14 94 4 0.42200 0.17255 0.42151 0.17387 0.41008 0.17576 0.41052 0.17468\n 40 6 13\n 38 6 1\n 14 94 4 0.42151 0.17387 0.42048 0.17668 0.40880 0.17885 0.41008 0.17576\n 40 6 12\n 38 6 1\n 14 94 4 0.43359 0.17067 0.43315 0.17202 0.42151 0.17387 0.42200 0.17255\n 40 6 13\n 38 6 1\n 14 94 4 0.43315 0.17202 0.43227 0.17478 0.42048 0.17668 0.42151 0.17387\n 40 6 12\n 38 6 1\n 14 94 4 0.44527 0.16906 0.44502 0.16998 0.43315 0.17202 0.43359 0.17067\n 40 6 13\n 38 6 1\n 14 94 4 0.44502 0.16998 0.44415 0.17314 0.43227 0.17478 0.43315 0.17202\n 40 6 12\n 38 6 1\n 14 94 4 0.45703 0.16772 0.45670 0.16918 0.44502 0.16998 0.44527 0.16906\n 40 6 13\n 38 6 1\n 14 94 4 0.45670 0.16918 0.45611 0.17177 0.44415 0.17314 0.44502 0.16998\n 40 6 12\n 38 6 1\n 14 94 4 0.46886 0.16664 0.46878 0.16709 0.45670 0.16918 0.45703 0.16772\n 40 6 13\n 38 6 1\n 14 94 4 0.46878 0.16709 0.46814 0.17067 0.45611 0.17177 0.45670 0.16918\n 40 6 12\n 38 6 1\n 14 94 4 0.48073 0.16583 0.48070 0.16612 0.46878 0.16709 0.46886 0.16664\n 40 6 13\n 38 6 1\n 14 94 4 0.48070 0.16612 0.48022 0.16985 0.46814 0.17067 0.46878 0.16709\n 40 6 12\n 38 6 1\n 14 72 3 0.48953 0.16543 0.48070 0.16612 0.48073 0.16583\n 40 6 13\n 38 6 1\n 14 116 5 0.48953 0.16543 0.49265 0.16529 0.49234 0.16930 0.48022 0.16985 0.48070 0.16612\n 40 6 12\n 38 6 1\n 14 72 3 0.49381 0.16526 0.50458 0.16502 0.50457 0.16552\n 40 6 13\n 38 6 1\n 14 116 5 0.49381 0.16526 0.50457 0.16552 0.50448 0.16902 0.49234 0.16930 0.49265 0.16529\n 40 6 12\n 38 6 1\n 14 94 4 0.51653 0.16502 0.51656 0.16629 0.50457 0.16552 0.50458 0.16502\n 40 6 13\n 38 6 1\n 14 94 4 0.51656 0.16629 0.51663 0.16902 0.50448 0.16902 0.50457 0.16552\n 40 6 12\n 38 6 1\n 14 72 3 0.52614 0.16524 0.51656 0.16629 0.51653 0.16502\n 40 6 13\n 38 6 1\n 14 116 5 0.52614 0.16524 0.52846 0.16529 0.52877 0.16930 0.51663 0.16902 0.51656 0.16629\n 40 6 12\n 38 6 1\n 14 72 3 0.53596 0.16563 0.54038 0.16583 0.54040 0.16605\n 40 6 13\n 38 6 1\n 14 116 5 0.53596 0.16563 0.54040 0.16605 0.54089 0.16985 0.52877 0.16930 0.52846 0.16529\n 40 6 12\n 38 6 1\n 14 72 3 0.54856 0.16639 0.54040 0.16605 0.54038 0.16583\n 40 6 13\n 38 6 1\n 14 116 5 0.54856 0.16639 0.55225 0.16664 0.55297 0.17067 0.54089 0.16985 0.54040 0.16605\n 40 6 13\n 38 6 1\n 14 578 26 0.55225 0.16664 0.56408 0.16772 0.57584 0.16906 0.58752 0.17067 0.59911 0.17255 0.61059 0.17468 0.62195 0.17708 0.63317 0.17973 0.64425 0.18263 0.65516 0.18578 0.66589 0.18918 0.67644 0.19281 0.68678 0.19669 0.68980 0.20123 0.67928 0.19729 0.66856 0.19359 0.65764 0.19014 0.64654 0.18694 0.63528 0.18398 0.62386 0.18129 0.61231 0.17885 0.60063 0.17668 0.58885 0.17478 0.57696 0.17314 0.56500 0.17177 0.55297 0.17067\n 40 6 12\n 38 6 1\n 14 72 3 0.69328 0.19932 0.69691 0.20079 0.69727 0.20131\n 40 6 13\n 38 6 1\n 14 116 5 0.69328 0.19932 0.69727 0.20131 0.70011 0.20541 0.68980 0.20123 0.68678 0.19669\n 40 6 12\n 38 6 1\n 14 72 3 0.70622 0.20487 0.69727 0.20131 0.69691 0.20079\n 40 6 13\n 38 6 1\n 14 116 5 0.70622 0.20487 0.70681 0.20512 0.71018 0.20982 0.70011 0.20541 0.69727 0.20131\n 40 6 13\n 38 6 1\n 14 94 4 0.70681 0.20512 0.71647 0.20968 0.72001 0.21445 0.71018 0.20982\n 40 6 12\n 38 6 1\n 14 72 3 0.72011 0.21152 0.72588 0.21445 0.72818 0.21747\n 40 6 13\n 38 6 1\n 14 116 5 0.72011 0.21152 0.72818 0.21747 0.72958 0.21930 0.72001 0.21445 0.71647 0.20968\n 40 6 12\n 38 6 1\n 14 94 4 0.73503 0.21942 0.73667 0.22153 0.72818 0.21747 0.72588 0.21445\n 40 6 13\n 38 6 1\n 14 94 4 0.73667 0.22153 0.73888 0.22436 0.72958 0.21930 0.72818 0.21747\n 40 6 12\n 38 6 1\n 14 116 5 0.74390 0.22461 0.74791 0.22963 0.74715 0.22919 0.73667 0.22153 0.73503 0.21942\n 40 6 13\n 38 6 1\n 14 72 3 0.74715 0.22919 0.73888 0.22436 0.73667 0.22153\n 40 6 12\n 38 6 1\n 14 402 18 0.74390 0.22461 0.75250 0.22999 0.76079 0.23556 0.76878 0.24132 0.77646 0.24725 0.78381 0.25336 0.79083 0.25962 0.79751 0.26605 0.80384 0.27262 0.80888 0.27847 0.80244 0.27178 0.79565 0.26525 0.78851 0.25888 0.78103 0.25267 0.77322 0.24663 0.76509 0.24078 0.75665 0.23511 0.74791 0.22963\n 40 6 13\n 38 6 1\n 14 2250 102 0.21223 0.27847 0.21867 0.27178 0.22546 0.26525 0.23261 0.25888 0.24008 0.25267 0.24789 0.24663 0.25602 0.24078 0.26446 0.23511 0.27320 0.22963 0.28223 0.22436 0.29153 0.21930 0.30110 0.21445 0.31093 0.20982 0.32100 0.20541 0.33131 0.20123 0.34183 0.19729 0.35255 0.19359 0.36347 0.19014 0.37457 0.18694 0.38583 0.18398 0.39725 0.18129 0.40880 0.17885 0.42048 0.17668 0.43227 0.17478 0.44415 0.17314 0.45611 0.17177 0.46814 0.17067 0.48022 0.16985 0.49234 0.16930 0.50448 0.16902 0.51663 0.16902 0.52877 0.16930 0.54089 0.16985 0.55297 0.17067 0.56500 0.17177 0.57696 0.17314 0.58885 0.17478 0.60063 0.17668 0.61231 0.17885 0.62386 0.18129 0.63528 0.18398 0.64654 0.18694 0.65764 0.19014 0.66856 0.19359 0.67928 0.19729 0.68980 0.20123 0.70011 0.20541 0.71018 0.20982 0.72001 0.21445 0.72958 0.21930 0.73888 0.22436 0.74246 0.22964 0.73301 0.22449 0.72329 0.21956 0.71330 0.21486 0.70308 0.21039 0.69261 0.20614 0.68193 0.20214 0.67103 0.19839 0.65994 0.19488 0.64867 0.19162 0.63723 0.18862 0.62564 0.18589 0.61390 0.18341 0.60204 0.18121 0.59007 0.17927 0.57800 0.17761 0.56585 0.17622 0.55363 0.17510 0.54136 0.17427 0.52906 0.17371 0.51672 0.17343 0.50439 0.17343 0.49206 0.17371 0.47975 0.17427 0.46748 0.17510 0.45526 0.17622 0.44311 0.17761 0.43104 0.17927 0.41907 0.18121 0.40721 0.18341 0.39547 0.18589 0.38388 0.18862 0.37244 0.19162 0.36117 0.19488 0.35008 0.19839 0.33918 0.20214 0.32850 0.20614 0.31803 0.21039 0.30781 0.21486 0.29782 0.21956 0.28810 0.22449 0.27865 0.22964 0.26948 0.23499 0.26061 0.24055 0.25203 0.24631 0.24378 0.25225 0.23585 0.25839 0.22825 0.26469 0.22100 0.27117 0.21410 0.27780 0.20756 0.28459\n 40 6 12\n 38 6 1\n 14 72 3 0.74715 0.22919 0.74791 0.22963 0.74855 0.23055\n 40 6 13\n 38 6 1\n 14 116 5 0.74715 0.22919 0.74855 0.23055 0.75163 0.23499 0.74246 0.22964 0.73888 0.22436\n 40 6 12\n 38 6 1\n 14 116 5 0.75665 0.23511 0.76051 0.24055 0.75366 0.23626 0.74855 0.23055 0.74791 0.22963\n 40 6 13\n 38 6 1\n 14 72 3 0.75366 0.23626 0.75163 0.23499 0.74855 0.23055\n 40 6 12\n 38 6 1\n 14 402 18 0.75665 0.23511 0.76509 0.24078 0.77322 0.24663 0.78103 0.25267 0.78851 0.25888 0.79565 0.26525 0.80244 0.27178 0.80888 0.27847 0.81495 0.28529 0.81972 0.29152 0.81355 0.28459 0.80701 0.27780 0.80011 0.27117 0.79286 0.26469 0.78526 0.25839 0.77733 0.25225 0.76908 0.24631 0.76051 0.24055\n 40 6 13\n 38 6 1\n 14 2250 102 0.20139 0.29152 0.20756 0.28459 0.21410 0.27780 0.22100 0.27117 0.22825 0.26469 0.23585 0.25839 0.24378 0.25225 0.25203 0.24631 0.26061 0.24055 0.26948 0.23499 0.27865 0.22964 0.28810 0.22449 0.29782 0.21956 0.30781 0.21486 0.31803 0.21039 0.32850 0.20614 0.33918 0.20214 0.35008 0.19839 0.36117 0.19488 0.37244 0.19162 0.38388 0.18862 0.39547 0.18589 0.40721 0.18341 0.41907 0.18121 0.43104 0.17927 0.44311 0.17761 0.45526 0.17622 0.46748 0.17510 0.47975 0.17427 0.49206 0.17371 0.50439 0.17343 0.51672 0.17343 0.52906 0.17371 0.54136 0.17427 0.55363 0.17510 0.56585 0.17622 0.57800 0.17761 0.59007 0.17927 0.60204 0.18121 0.61390 0.18341 0.62564 0.18589 0.63723 0.18862 0.64867 0.19162 0.65994 0.19488 0.67103 0.19839 0.68193 0.20214 0.69261 0.20614 0.70308 0.21039 0.71330 0.21486 0.72329 0.21956 0.73301 0.22449 0.73617 0.23002 0.72631 0.22502 0.71618 0.22025 0.70581 0.21572 0.69520 0.21141 0.68436 0.20736 0.67331 0.20355 0.66207 0.19999 0.65063 0.19669 0.63903 0.19365 0.62727 0.19087 0.61537 0.18836 0.60334 0.18612 0.59120 0.18416 0.57896 0.18247 0.56664 0.18106 0.55425 0.17993 0.54180 0.17908 0.52932 0.17852 0.51681 0.17824 0.50430 0.17824 0.49179 0.17852 0.47931 0.17908 0.46686 0.17993 0.45447 0.18106 0.44215 0.18247 0.42991 0.18416 0.41777 0.18612 0.40574 0.18836 0.39384 0.19087 0.38208 0.19365 0.37048 0.19669 0.35904 0.19999 0.34780 0.20355 0.33675 0.20736 0.32591 0.21141 0.31530 0.21572 0.30493 0.22025 0.29480 0.22502 0.28494 0.23002 0.27536 0.23524 0.26606 0.24067 0.25705 0.24631 0.24836 0.25215 0.23999 0.25818 0.23195 0.26440 0.22424 0.27079 0.21689 0.27736 0.20989 0.28409 0.20326 0.29097 0.19700 0.29800\n 40 6 13\n 38 6 1\n 14 138 6 0.73301 0.22449 0.74246 0.22964 0.75163 0.23499 0.75505 0.24067 0.74576 0.23524 0.73617 0.23002\n 40 6 12\n 38 6 1\n 14 72 3 0.75366 0.23626 0.76051 0.24055 0.76249 0.24376\n 40 6 13\n 38 6 1\n 14 116 5 0.75366 0.23626 0.76249 0.24376 0.76406 0.24631 0.75505 0.24067 0.75163 0.23499\n 40 6 12\n 38 6 1\n 14 116 5 0.76908 0.24631 0.77275 0.25215 0.76705 0.24832 0.76249 0.24376 0.76051 0.24055\n 40 6 13\n 38 6 1\n 14 72 3 0.76705 0.24832 0.76406 0.24631 0.76249 0.24376\n 40 6 12\n 38 6 1\n 14 402 18 0.76908 0.24631 0.77733 0.25225 0.78526 0.25839 0.79286 0.26469 0.80011 0.27117 0.80701 0.27780 0.81355 0.28459 0.81972 0.29152 0.82551 0.29859 0.82998 0.30517 0.82411 0.29800 0.81785 0.29097 0.81122 0.28409 0.80422 0.27736 0.79687 0.27079 0.78917 0.26440 0.78112 0.25818 0.77275 0.25215\n 40 6 13\n 38 6 1\n 14 2250 102 0.19700 0.29800 0.20326 0.29097 0.20989 0.28409 0.21689 0.27736 0.22424 0.27079 0.23195 0.26440 0.23999 0.25818 0.24836 0.25215 0.25705 0.24631 0.26606 0.24067 0.27536 0.23524 0.28494 0.23002 0.29480 0.22502 0.30493 0.22025 0.31530 0.21572 0.32591 0.21141 0.33675 0.20736 0.34780 0.20355 0.35904 0.19999 0.37048 0.19669 0.38208 0.19365 0.39384 0.19087 0.40574 0.18836 0.41777 0.18612 0.42991 0.18416 0.44215 0.18247 0.45447 0.18106 0.46686 0.17993 0.47931 0.17908 0.49179 0.17852 0.50430 0.17824 0.51681 0.17824 0.52932 0.17852 0.54180 0.17908 0.55425 0.17993 0.56664 0.18106 0.57896 0.18247 0.59120 0.18416 0.60334 0.18612 0.61537 0.18836 0.62727 0.19087 0.63903 0.19365 0.65063 0.19669 0.66207 0.19999 0.67331 0.20355 0.68436 0.20736 0.69520 0.21141 0.70581 0.21572 0.71618 0.22025 0.72631 0.22502 0.73617 0.23002 0.73905 0.23588 0.72907 0.23082 0.71881 0.22599 0.70831 0.22139 0.69756 0.21703 0.68658 0.21292 0.67539 0.20907 0.66400 0.20546 0.65243 0.20212 0.64067 0.19904 0.62877 0.19623 0.61671 0.19369 0.60453 0.19142 0.59223 0.18943 0.57984 0.18772 0.56735 0.18630 0.55480 0.18515 0.54220 0.18429 0.52956 0.18372 0.51689 0.18343 0.50422 0.18343 0.49155 0.18372 0.47891 0.18429 0.46631 0.18515 0.45376 0.18630 0.44127 0.18772 0.42888 0.18943 0.41658 0.19142 0.40440 0.19369 0.39235 0.19623 0.38044 0.19904 0.36869 0.20212 0.35711 0.20546 0.34572 0.20907 0.33453 0.21292 0.32355 0.21703 0.31280 0.22139 0.30230 0.22599 0.29204 0.23082 0.28206 0.23588 0.27235 0.24116 0.26293 0.24667 0.25381 0.25238 0.24501 0.25829 0.23653 0.26440 0.22838 0.27070 0.22058 0.27717 0.21313 0.28382 0.20604 0.29064 0.19933 0.29761 0.19299 0.30473\n 40 6 13\n 38 6 1\n 14 138 6 0.73617 0.23002 0.74576 0.23524 0.75505 0.24067 0.75818 0.24667 0.74876 0.24116 0.73905 0.23588\n 40 6 12\n 38 6 1\n 14 72 3 0.76636 0.25062 0.76730 0.25238 0.76227 0.24922\n 40 6 13\n 38 6 1\n 14 116 5 0.76406 0.24631 0.76636 0.25062 0.76227 0.24922 0.75818 0.24667 0.75505 0.24067\n 40 6 12\n 38 6 1\n 14 116 5 0.76705 0.24832 0.77275 0.25215 0.77610 0.25829 0.76730 0.25238 0.76636 0.25062\n 40 6 13\n 38 6 1\n 14 72 3 0.76705 0.24832 0.76636 0.25062 0.76406 0.24631\n 40 6 12\n 38 6 1\n 14 490 22 0.77275 0.25215 0.78112 0.25818 0.78917 0.26440 0.79687 0.27079 0.80422 0.27736 0.81122 0.28409 0.81785 0.29097 0.82411 0.29800 0.82998 0.30517 0.83547 0.31246 0.84056 0.31988 0.84478 0.32689 0.83963 0.31938 0.83407 0.31199 0.82812 0.30473 0.82178 0.29761 0.81507 0.29064 0.80798 0.28382 0.80053 0.27717 0.79273 0.27070 0.78458 0.26440 0.77610 0.25829\n 40 6 13\n 38 6 1\n 14 2250 102 0.18149 0.31938 0.18704 0.31199 0.19299 0.30473 0.19933 0.29761 0.20604 0.29064 0.21313 0.28382 0.22058 0.27717 0.22838 0.27070 0.23653 0.26440 0.24501 0.25829 0.25381 0.25238 0.26293 0.24667 0.27235 0.24116 0.28206 0.23588 0.29204 0.23082 0.30230 0.22599 0.31280 0.22139 0.32355 0.21703 0.33453 0.21292 0.34572 0.20907 0.35711 0.20546 0.36869 0.20212 0.38044 0.19904 0.39235 0.19623 0.40440 0.19369 0.41658 0.19142 0.42888 0.18943 0.44127 0.18772 0.45376 0.18630 0.46631 0.18515 0.47891 0.18429 0.49155 0.18372 0.50422 0.18343 0.51689 0.18343 0.52956 0.18372 0.54220 0.18429 0.55480 0.18515 0.56735 0.18630 0.57984 0.18772 0.59223 0.18943 0.60453 0.19142 0.61671 0.19369 0.62877 0.19623 0.64067 0.19904 0.65243 0.20212 0.66400 0.20546 0.67539 0.20907 0.68658 0.21292 0.69756 0.21703 0.70831 0.22139 0.71881 0.22599 0.72119 0.23206 0.71056 0.22741 0.69969 0.22300 0.68859 0.21884 0.67727 0.21494 0.66575 0.21130 0.65404 0.20791 0.64216 0.20480 0.63011 0.20196 0.61792 0.19939 0.60560 0.19709 0.59316 0.19508 0.58063 0.19335 0.56800 0.19191 0.55531 0.19075 0.54256 0.18988 0.52977 0.18930 0.51696 0.18901 0.50415 0.18901 0.49134 0.18930 0.47855 0.18988 0.46580 0.19075 0.45311 0.19191 0.44048 0.19335 0.42795 0.19508 0.41551 0.19709 0.40319 0.19939 0.39100 0.20196 0.37895 0.20480 0.36707 0.20791 0.35536 0.21130 0.34384 0.21494 0.33252 0.21884 0.32142 0.22300 0.31055 0.22741 0.29992 0.23206 0.28955 0.23694 0.27945 0.24206 0.26963 0.24741 0.26010 0.25297 0.25088 0.25874 0.24198 0.26473 0.23340 0.27090 0.22516 0.27727 0.21727 0.28382 0.20974 0.29055 0.20257 0.29744 0.19578 0.30449 0.18937 0.31170 0.18335 0.31904 0.17773 0.32651\n 40 6 13\n 38 6 1\n 14 182 8 0.71881 0.22599 0.72907 0.23082 0.73905 0.23588 0.74876 0.24116 0.75148 0.24741 0.74166 0.24206 0.73156 0.23694 0.72119 0.23206\n 40 6 12\n 38 6 1\n 14 72 3 0.75999 0.25071 0.76101 0.25297 0.75962 0.25216\n 40 6 13\n 38 6 1\n 14 116 5 0.75818 0.24667 0.75999 0.25071 0.75962 0.25216 0.75148 0.24741 0.74876 0.24116\n 40 6 12\n 38 6 1\n 14 116 5 0.76227 0.24922 0.76730 0.25238 0.77023 0.25874 0.76101 0.25297 0.75999 0.25071\n 40 6 13\n 38 6 1\n 14 72 3 0.76227 0.24922 0.75999 0.25071 0.75818 0.24667\n 40 6 12\n 38 6 1\n 14 578 26 0.76730 0.25238 0.77610 0.25829 0.78458 0.26440 0.79273 0.27070 0.80053 0.27717 0.80798 0.28382 0.81507 0.29064 0.82178 0.29761 0.82812 0.30473 0.83407 0.31199 0.83963 0.31938 0.84478 0.32689 0.84953 0.33451 0.85339 0.34181 0.84859 0.33410 0.84338 0.32651 0.83776 0.31904 0.83174 0.31170 0.82533 0.30449 0.81854 0.29744 0.81137 0.29055 0.80384 0.28382 0.79595 0.27727 0.78771 0.27090 0.77913 0.26473 0.77023 0.25874\n 40 6 13\n 38 6 1\n 14 2250 102 0.17773 0.32651 0.18335 0.31904 0.18937 0.31170 0.19578 0.30449 0.20257 0.29744 0.20974 0.29055 0.21727 0.28382 0.22516 0.27727 0.23340 0.27090 0.24198 0.26473 0.25088 0.25874 0.26010 0.25297 0.26963 0.24741 0.27945 0.24206 0.28955 0.23694 0.29992 0.23206 0.31055 0.22741 0.32142 0.22300 0.33252 0.21884 0.34384 0.21494 0.35536 0.21130 0.36707 0.20791 0.37895 0.20480 0.39100 0.20196 0.40319 0.19939 0.41551 0.19709 0.42795 0.19508 0.44048 0.19335 0.45311 0.19191 0.46580 0.19075 0.47855 0.18988 0.49134 0.18930 0.50415 0.18901 0.51696 0.18901 0.52977 0.18930 0.54256 0.18988 0.55531 0.19075 0.56800 0.19191 0.58063 0.19335 0.59316 0.19508 0.60560 0.19709 0.61792 0.19939 0.63011 0.20196 0.64216 0.20480 0.65404 0.20791 0.66575 0.21130 0.67727 0.21494 0.68859 0.21884 0.69969 0.22300 0.71056 0.22741 0.72119 0.23206 0.72331 0.23845 0.71258 0.23375 0.70160 0.22930 0.69038 0.22510 0.67895 0.22116 0.66731 0.21748 0.65549 0.21407 0.64348 0.21092 0.63132 0.20805 0.61900 0.20545 0.60656 0.20314 0.59400 0.20111 0.58133 0.19936 0.56858 0.19790 0.55576 0.19673 0.54288 0.19585 0.52997 0.19527 0.51703 0.19498 0.50408 0.19498 0.49114 0.19527 0.47823 0.19585 0.46535 0.19673 0.45253 0.19790 0.43978 0.19936 0.42712 0.20111 0.41455 0.20314 0.40211 0.20545 0.38979 0.20805 0.37763 0.21092 0.36562 0.21407 0.35380 0.21748 0.34216 0.22116 0.33073 0.22510 0.31951 0.22930 0.30853 0.23375 0.29780 0.23845 0.28733 0.24339 0.27712 0.24856 0.26721 0.25395 0.25758 0.25957 0.24827 0.26541 0.23928 0.27145 0.23061 0.27769 0.22229 0.28412 0.21432 0.29074 0.20671 0.29753 0.19947 0.30450 0.19261 0.31162 0.18614 0.31889 0.18006 0.32631 0.17438 0.33385\n 40 6 13\n 38 6 1\n 14 182 8 0.72119 0.23206 0.73156 0.23694 0.74166 0.24206 0.75148 0.24741 0.75390 0.25395 0.74399 0.24856 0.73378 0.24339 0.72331 0.23845\n 40 6 12\n 38 6 1\n 14 72 3 0.75962 0.25216 0.76101 0.25297 0.76149 0.25423\n 40 6 13\n 38 6 1\n 14 116 5 0.75962 0.25216 0.76149 0.25423 0.76353 0.25957 0.75390 0.25395 0.75148 0.24741\n 40 6 12\n 38 6 1\n 14 116 5 0.77023 0.25874 0.77284 0.26541 0.77096 0.26423 0.76149 0.25423 0.76101 0.25297\n 40 6 13\n 38 6 1\n 14 72 3 0.77096 0.26423 0.76353 0.25957 0.76149 0.25423\n 40 6 12\n 38 6 1\n 14 622 28 0.77023 0.25874 0.77913 0.26473 0.78771 0.27090 0.79595 0.27727 0.80384 0.28382 0.81137 0.29055 0.81854 0.29744 0.82533 0.30449 0.83174 0.31170 0.83776 0.31904 0.84338 0.32651 0.84859 0.33410 0.85339 0.34181 0.85778 0.34963 0.86127 0.35720 0.85684 0.34931 0.85199 0.34153 0.84673 0.33385 0.84105 0.32631 0.83497 0.31889 0.82850 0.31162 0.82164 0.30450 0.81440 0.29753 0.80679 0.29074 0.79882 0.28412 0.79050 0.27769 0.78183 0.27145 0.77284 0.26541\n 40 6 13\n 38 6 1\n 14 116 5 0.15922 0.35844 0.15925 0.35870 0.15677 0.36495 0.15274 0.37301 0.15584 0.36519\n 40 6 14\n 38 6 1\n 14 72 3 0.15922 0.35844 0.15984 0.35720 0.15925 0.35870\n 40 6 13\n 38 6 1\n 14 116 5 0.16047 0.35607 0.16427 0.34931 0.16124 0.35699 0.15677 0.36495 0.15925 0.35870\n 40 6 14\n 38 6 1\n 14 72 3 0.16047 0.35607 0.15925 0.35870 0.15984 0.35720\n 40 6 13\n 38 6 1\n 14 2250 102 0.16427 0.34931 0.16912 0.34153 0.17438 0.33385 0.18006 0.32631 0.18614 0.31889 0.19261 0.31162 0.19947 0.30450 0.20671 0.29753 0.21432 0.29074 0.22229 0.28412 0.23061 0.27769 0.23928 0.27145 0.24827 0.26541 0.25758 0.25957 0.26721 0.25395 0.27712 0.24856 0.28733 0.24339 0.29780 0.23845 0.30853 0.23375 0.31951 0.22930 0.33073 0.22510 0.34216 0.22116 0.35380 0.21748 0.36562 0.21407 0.37763 0.21092 0.38979 0.20805 0.40211 0.20545 0.41455 0.20314 0.42712 0.20111 0.43978 0.19936 0.45253 0.19790 0.46535 0.19673 0.47823 0.19585 0.49114 0.19527 0.50408 0.19498 0.51703 0.19498 0.52997 0.19527 0.54288 0.19585 0.55576 0.19673 0.56858 0.19790 0.58133 0.19936 0.59400 0.20111 0.60656 0.20314 0.61900 0.20545 0.63132 0.20805 0.64348 0.21092 0.65549 0.21407 0.66731 0.21748 0.67895 0.22116 0.69038 0.22510 0.70160 0.22930 0.70327 0.23594 0.69196 0.23170 0.68042 0.22772 0.66869 0.22401 0.65675 0.22056 0.64464 0.21739 0.63237 0.21449 0.61995 0.21188 0.60740 0.20954 0.59472 0.20749 0.58195 0.20573 0.56909 0.20426 0.55615 0.20308 0.54317 0.20220 0.53014 0.20160 0.51709 0.20131 0.50403 0.20131 0.49097 0.20160 0.47794 0.20220 0.46496 0.20308 0.45202 0.20426 0.43916 0.20573 0.42639 0.20749 0.41371 0.20954 0.40116 0.21188 0.38874 0.21449 0.37647 0.21739 0.36436 0.22057 0.35243 0.22401 0.34069 0.22772 0.32916 0.23170 0.31784 0.23594 0.30677 0.24043 0.29594 0.24516 0.28538 0.25014 0.27508 0.25536 0.26508 0.26080 0.25537 0.26647 0.24598 0.27236 0.23691 0.27845 0.22817 0.28475 0.21977 0.29123 0.21173 0.29791 0.20405 0.30476 0.19675 0.31179 0.18983 0.31897 0.18330 0.32631 0.17717 0.33379 0.17144 0.34140 0.16613 0.34914 0.16124 0.35699\n 40 6 13\n 38 6 1\n 14 314 14 0.70160 0.22930 0.71258 0.23375 0.72331 0.23845 0.73378 0.24339 0.74399 0.24856 0.75390 0.25395 0.76353 0.25957 0.76574 0.26647 0.75603 0.26080 0.74603 0.25536 0.73574 0.25014 0.72517 0.24516 0.71434 0.24043 0.70327 0.23594\n 40 6 12\n 38 6 1\n 14 72 3 0.77096 0.26423 0.77284 0.26541 0.77321 0.26654\n 40 6 13\n 38 6 1\n 14 116 5 0.77096 0.26423 0.77321 0.26654 0.77513 0.27236 0.76574 0.26647 0.76353 0.25957\n 40 6 12\n 38 6 1\n 14 116 5 0.78183 0.27145 0.78420 0.27845 0.78420 0.27844 0.77321 0.26654 0.77284 0.26541\n 40 6 13\n 38 6 1\n 14 72 3 0.78420 0.27844 0.77513 0.27236 0.77321 0.26654\n 40 6 12\n 38 6 1\n 14 116 5 0.79050 0.27769 0.79285 0.28448 0.78430 0.27852 0.78420 0.27845 0.78183 0.27145\n 40 6 13\n 38 6 1\n 14 72 3 0.79285 0.28448 0.79294 0.28475 0.78430 0.27852\n 40 6 12\n 38 6 1\n 14 116 5 0.79882 0.28412 0.80134 0.29123 0.79348 0.28516 0.79285 0.28448 0.79050 0.27769\n 40 6 13\n 38 6 1\n 14 72 3 0.79348 0.28516 0.79294 0.28475 0.79285 0.28448\n 40 6 12\n 38 6 1\n 14 138 6 0.79882 0.28412 0.80679 0.29074 0.81440 0.29753 0.81706 0.30476 0.80938 0.29791 0.80134 0.29123\n 40 6 12\n 38 6 1\n 14 116 5 0.82164 0.30450 0.82372 0.31007 0.82179 0.30931 0.81706 0.30476 0.81440 0.29753\n 40 6 13\n 38 6 1\n 14 72 3 0.82372 0.31007 0.82436 0.31179 0.82179 0.30931\n 40 6 12\n 38 6 1\n 14 94 4 0.82850 0.31162 0.83018 0.31606 0.82372 0.31007 0.82164 0.30450\n 40 6 13\n 38 6 1\n 14 94 4 0.83018 0.31606 0.83128 0.31897 0.82436 0.31179 0.82372 0.31007\n 40 6 12\n 38 6 1\n 14 94 4 0.83497 0.31889 0.83717 0.32464 0.83018 0.31606 0.82850 0.31162\n 40 6 13\n 38 6 1\n 14 94 4 0.83717 0.32464 0.83781 0.32631 0.83128 0.31897 0.83018 0.31606\n 40 6 12\n 38 6 1\n 14 94 4 0.84105 0.32631 0.84127 0.32686 0.83717 0.32464 0.83497 0.31889\n 40 6 13\n 38 6 1\n 14 94 4 0.84127 0.32686 0.84394 0.33379 0.83781 0.32631 0.83717 0.32464\n 40 6 12\n 38 6 1\n 14 94 4 0.84673 0.33385 0.84803 0.33719 0.84127 0.32686 0.84105 0.32631\n 40 6 13\n 38 6 1\n 14 94 4 0.84803 0.33719 0.84967 0.34140 0.84394 0.33379 0.84127 0.32686\n 40 6 12\n 38 6 1\n 14 94 4 0.85199 0.34153 0.85312 0.34440 0.84803 0.33719 0.84673 0.33385\n 40 6 13\n 38 6 1\n 14 94 4 0.85312 0.34440 0.85498 0.34914 0.84967 0.34140 0.84803 0.33719\n 40 6 12\n 38 6 1\n 14 94 4 0.85684 0.34931 0.85953 0.35613 0.85312 0.34440 0.85199 0.34153\n 40 6 13\n 38 6 1\n 14 94 4 0.85953 0.35613 0.85987 0.35699 0.85498 0.34914 0.85312 0.34440\n 40 6 12\n 38 6 1\n 14 116 5 0.86127 0.35720 0.86434 0.36495 0.86029 0.35775 0.85953 0.35613 0.85684 0.34931\n 40 6 13\n 38 6 1\n 14 72 3 0.86029 0.35775 0.85987 0.35699 0.85953 0.35613\n 40 6 12\n 38 6 1\n 14 94 4 0.86127 0.35720 0.86527 0.36519 0.86837 0.37301 0.86434 0.36495\n 40 6 13\n 38 6 1\n 14 2250 102 0.14914 0.38115 0.15274 0.37301 0.15677 0.36495 0.16124 0.35699 0.16613 0.34914 0.17144 0.34140 0.17717 0.33379 0.18330 0.32631 0.18983 0.31897 0.19675 0.31179 0.20405 0.30476 0.21173 0.29791 0.21977 0.29123 0.22817 0.28475 0.23691 0.27845 0.24598 0.27236 0.25537 0.26647 0.26508 0.26080 0.27508 0.25536 0.28538 0.25014 0.29594 0.24516 0.30677 0.24043 0.31784 0.23594 0.32916 0.23170 0.34069 0.22772 0.35243 0.22401 0.36436 0.22057 0.37647 0.21739 0.38874 0.21449 0.40116 0.21188 0.41371 0.20954 0.42639 0.20749 0.43916 0.20573 0.45202 0.20426 0.46496 0.20308 0.47794 0.20220 0.49097 0.20160 0.50403 0.20131 0.51709 0.20131 0.53014 0.20160 0.54317 0.20220 0.55615 0.20308 0.56909 0.20426 0.58195 0.20573 0.59472 0.20749 0.60740 0.20954 0.61995 0.21188 0.63237 0.21449 0.64464 0.21739 0.65675 0.22056 0.66869 0.22401 0.66986 0.23088 0.65784 0.22741 0.64564 0.22421 0.63328 0.22129 0.62077 0.21865 0.60812 0.21630 0.59535 0.21423 0.58248 0.21246 0.56952 0.21098 0.55649 0.20979 0.54341 0.20890 0.53028 0.20830 0.51713 0.20801 0.50398 0.20801 0.49083 0.20830 0.47770 0.20890 0.46462 0.20979 0.45159 0.21098 0.43863 0.21246 0.42576 0.21423 0.41299 0.21630 0.40034 0.21865 0.38783 0.22129 0.37547 0.22421 0.36327 0.22741 0.35125 0.23088 0.33942 0.23462 0.32780 0.23862 0.31641 0.24289 0.30525 0.24741 0.29434 0.25219 0.28370 0.25720 0.27333 0.26246 0.26325 0.26794 0.25347 0.27365 0.24401 0.27958 0.23487 0.28572 0.22606 0.29206 0.21761 0.29860 0.20951 0.30533 0.20177 0.31223 0.19441 0.31931 0.18744 0.32654 0.18086 0.33393 0.17469 0.34147 0.16892 0.34914 0.16357 0.35694 0.15864 0.36485 0.15414 0.37287 0.15007 0.38099 0.14645 0.38919\n 40 6 13\n 38 6 1\n 14 490 22 0.66869 0.22401 0.68042 0.22772 0.69196 0.23170 0.70327 0.23594 0.71434 0.24043 0.72517 0.24516 0.73574 0.25014 0.74603 0.25536 0.75603 0.26080 0.76574 0.26647 0.77513 0.27236 0.77710 0.27958 0.76764 0.27365 0.75786 0.26794 0.74778 0.26246 0.73741 0.25720 0.72677 0.25219 0.71586 0.24741 0.70470 0.24289 0.69331 0.23862 0.68169 0.23462 0.66986 0.23088\n 40 6 12\n 38 6 1\n 14 72 3 0.78420 0.27844 0.78420 0.27845 0.78421 0.27845\n 40 6 13\n 38 6 1\n 14 116 5 0.78420 0.27844 0.78421 0.27845 0.78624 0.28572 0.77710 0.27958 0.77513 0.27236\n 40 6 12\n 38 6 1\n 14 72 3 0.78430 0.27852 0.78421 0.27845 0.78420 0.27845\n 40 6 13\n 38 6 1\n 14 116 5 0.78430 0.27852 0.79294 0.28475 0.79505 0.29206 0.78624 0.28572 0.78421 0.27845\n 40 6 12\n 38 6 1\n 14 72 3 0.79348 0.28516 0.80134 0.29123 0.80223 0.29428\n 40 6 13\n 38 6 1\n 14 116 5 0.79348 0.28516 0.80223 0.29428 0.80350 0.29860 0.79505 0.29206 0.79294 0.28475\n 40 6 12\n 38 6 1\n 14 94 4 0.80938 0.29791 0.81017 0.30054 0.80223 0.29428 0.80134 0.29123\n 40 6 13\n 38 6 1\n 14 94 4 0.81017 0.30054 0.81160 0.30533 0.80350 0.29860 0.80223 0.29428\n 40 6 12\n 38 6 1\n 14 94 4 0.81706 0.30476 0.81829 0.30881 0.81017 0.30054 0.80938 0.29791\n 40 6 13\n 38 6 1\n 14 94 4 0.81829 0.30881 0.81934 0.31223 0.81160 0.30533 0.81017 0.30054\n 40 6 12\n 38 6 1\n 14 72 3 0.82179 0.30931 0.81829 0.30881 0.81706 0.30476\n 40 6 13\n 38 6 1\n 14 116 5 0.82179 0.30931 0.82436 0.31179 0.82670 0.31931 0.81934 0.31223 0.81829 0.30881\n 40 6 13\n 38 6 1\n 14 314 14 0.82436 0.31179 0.83128 0.31897 0.83781 0.32631 0.84394 0.33379 0.84967 0.34140 0.85498 0.34914 0.85987 0.35699 0.86247 0.36485 0.85754 0.35694 0.85219 0.34914 0.84642 0.34147 0.84025 0.33393 0.83367 0.32654 0.82670 0.31931\n 40 6 12\n 38 6 1\n 14 94 4 0.86029 0.35775 0.86434 0.36495 0.86697 0.37287 0.86305 0.36589\n 40 6 13\n 38 6 1\n 14 94 4 0.86029 0.35775 0.86305 0.36589 0.86247 0.36485 0.85987 0.35699\n 40 6 12\n 38 6 1\n 14 94 4 0.86434 0.36495 0.86837 0.37301 0.87104 0.38099 0.86697 0.37287\n 40 6 13\n 38 6 1\n 14 2250 102 0.14326 0.39747 0.14645 0.38919 0.15007 0.38099 0.15414 0.37287 0.15864 0.36485 0.16357 0.35694 0.16892 0.34914 0.17469 0.34147 0.18086 0.33393 0.18744 0.32654 0.19441 0.31931 0.20177 0.31223 0.20951 0.30533 0.21761 0.29860 0.22606 0.29206 0.23487 0.28572 0.24401 0.27958 0.25347 0.27365 0.26325 0.26794 0.27333 0.26246 0.28370 0.25720 0.29434 0.25219 0.30525 0.24741 0.31641 0.24289 0.32780 0.23862 0.33942 0.23462 0.35125 0.23088 0.36327 0.22741 0.37547 0.22421 0.38783 0.22129 0.40034 0.21865 0.41299 0.21630 0.42576 0.21423 0.43863 0.21246 0.45159 0.21098 0.46462 0.20979 0.47770 0.20890 0.49083 0.20830 0.50398 0.20801 0.51713 0.20801 0.53028 0.20830 0.54341 0.20890 0.55649 0.20979 0.56952 0.21098 0.58248 0.21246 0.59535 0.21423 0.60812 0.21630 0.62077 0.21865 0.63328 0.22129 0.64564 0.22421 0.65784 0.22741 0.65875 0.23458 0.64648 0.23136 0.63404 0.22842 0.62145 0.22577 0.60872 0.22340 0.59588 0.22133 0.58293 0.21954 0.56989 0.21805 0.55678 0.21685 0.54361 0.21596 0.53041 0.21536 0.51717 0.21506 0.50394 0.21506 0.49071 0.21536 0.47750 0.21596 0.46433 0.21685 0.45122 0.21805 0.43818 0.21954 0.42524 0.22133 0.41239 0.22340 0.39966 0.22577 0.38707 0.22842 0.37463 0.23136 0.36236 0.23458 0.35026 0.23807 0.33836 0.24183 0.32668 0.24587 0.31521 0.25016 0.30398 0.25471 0.29301 0.25951 0.28230 0.26456 0.27187 0.26985 0.26172 0.27537 0.25189 0.28111 0.24236 0.28708 0.23317 0.29325 0.22431 0.29964 0.21580 0.30621 0.20765 0.31298 0.19987 0.31993 0.19246 0.32705 0.18545 0.33433 0.17883 0.34176 0.17261 0.34935 0.16681 0.35706 0.16142 0.36491 0.15646 0.37287 0.15194 0.38094 0.14785 0.38911 0.14420 0.39736 0.14099 0.40569\n 40 6 13\n 38 6 1\n 14 1018 46 0.65784 0.22741 0.66986 0.23088 0.68169 0.23462 0.69331 0.23862 0.70470 0.24289 0.71586 0.24741 0.72677 0.25219 0.73741 0.25720 0.74778 0.26246 0.75786 0.26794 0.76764 0.27365 0.77710 0.27958 0.78624 0.28572 0.79505 0.29206 0.80350 0.29860 0.81160 0.30533 0.81934 0.31223 0.82670 0.31931 0.83367 0.32654 0.84025 0.33393 0.84642 0.34147 0.85219 0.34914 0.85754 0.35694 0.85969 0.36491 0.85430 0.35706 0.84850 0.34935 0.84228 0.34176 0.83566 0.33433 0.82865 0.32705 0.82124 0.31993 0.81346 0.31298 0.80531 0.30621 0.79680 0.29964 0.78794 0.29325 0.77875 0.28708 0.76922 0.28111 0.75939 0.27537 0.74925 0.26985 0.73881 0.26456 0.72810 0.25951 0.71713 0.25471 0.70590 0.25016 0.69443 0.24587 0.68275 0.24183 0.67085 0.23807 0.65875 0.23458\n 40 6 12\n 38 6 1\n 14 72 3 0.86317 0.36741 0.86465 0.37287 0.86310 0.37038\n 40 6 13\n 38 6 1\n 14 116 5 0.86247 0.36485 0.86317 0.36741 0.86310 0.37038 0.85969 0.36491 0.85754 0.35694\n 40 6 12\n 38 6 1\n 14 116 5 0.86305 0.36589 0.86697 0.37287 0.86917 0.38094 0.86465 0.37287 0.86317 0.36741\n 40 6 13\n 38 6 1\n 14 72 3 0.86305 0.36589 0.86317 0.36741 0.86247 0.36485\n 40 6 13\n 38 6 1\n 14 2250 102 0.13824 0.41409 0.14099 0.40569 0.14420 0.39736 0.14785 0.38911 0.15194 0.38094 0.15646 0.37287 0.16142 0.36491 0.16681 0.35706 0.17261 0.34935 0.17883 0.34176 0.18545 0.33433 0.19246 0.32705 0.19987 0.31993 0.20765 0.31298 0.21580 0.30621 0.22431 0.29964 0.23317 0.29325 0.24236 0.28708 0.25189 0.28111 0.26172 0.27537 0.27187 0.26985 0.28230 0.26456 0.29301 0.25951 0.30398 0.25471 0.31521 0.25016 0.32668 0.24587 0.33836 0.24183 0.35026 0.23807 0.36236 0.23458 0.37463 0.23136 0.38707 0.22842 0.39966 0.22577 0.41239 0.22340 0.42524 0.22133 0.43818 0.21954 0.45122 0.21805 0.46433 0.21685 0.47750 0.21596 0.49071 0.21536 0.50394 0.21506 0.51717 0.21506 0.53041 0.21536 0.54361 0.21596 0.55678 0.21685 0.56989 0.21805 0.58293 0.21954 0.59588 0.22133 0.60872 0.22340 0.62145 0.22577 0.63404 0.22842 0.64648 0.23136 0.64715 0.23884 0.63464 0.23589 0.62199 0.23322 0.60920 0.23084 0.59629 0.22876 0.58328 0.22696 0.57018 0.22546 0.55701 0.22426 0.54377 0.22336 0.53050 0.22276 0.51721 0.22246 0.50390 0.22246 0.49061 0.22276 0.47734 0.22336 0.46411 0.22426 0.45093 0.22546 0.43783 0.22696 0.42482 0.22876 0.41191 0.23084 0.39912 0.23322 0.38647 0.23589 0.37396 0.23884 0.36163 0.24207 0.34948 0.24558 0.33752 0.24937 0.32577 0.25342 0.31425 0.25773 0.30297 0.26230 0.29194 0.26713 0.28117 0.27220 0.27069 0.27752 0.26050 0.28306 0.25061 0.28884 0.24104 0.29483 0.23180 0.30104 0.22290 0.30745 0.21435 0.31406 0.20616 0.32086 0.19834 0.32784 0.19090 0.33500 0.18385 0.34231 0.17720 0.34979 0.17095 0.35741 0.16512 0.36516 0.15971 0.37305 0.15472 0.38105 0.15017 0.38916 0.14606 0.39736 0.14239 0.40566 0.13918 0.41403 0.13641 0.42247\n 40 6 13\n 38 6 1\n 14 1062 48 0.64648 0.23136 0.65875 0.23458 0.67085 0.23807 0.68275 0.24183 0.69443 0.24587 0.70590 0.25016 0.71713 0.25471 0.72810 0.25951 0.73881 0.26456 0.74925 0.26985 0.75939 0.27537 0.76922 0.28111 0.77875 0.28708 0.78794 0.29325 0.79680 0.29964 0.80531 0.30621 0.81346 0.31298 0.82124 0.31993 0.82865 0.32705 0.83566 0.33433 0.84228 0.34176 0.84850 0.34935 0.85430 0.35706 0.85969 0.36491 0.86140 0.37305 0.85599 0.36516 0.85016 0.35741 0.84391 0.34979 0.83726 0.34231 0.83021 0.33500 0.82277 0.32784 0.81495 0.32086 0.80676 0.31406 0.79821 0.30745 0.78931 0.30104 0.78007 0.29483 0.77050 0.28884 0.76061 0.28306 0.75042 0.27752 0.73994 0.27220 0.72917 0.26713 0.71814 0.26230 0.70686 0.25773 0.69534 0.25342 0.68359 0.24937 0.67164 0.24558 0.65948 0.24207 0.64715 0.23884\n 40 6 12\n 38 6 1\n 14 94 4 0.86310 0.37038 0.86465 0.37287 0.86639 0.38105 0.86215 0.37425\n 40 6 13\n 38 6 1\n 14 94 4 0.86310 0.37038 0.86215 0.37425 0.86140 0.37305 0.85969 0.36491\n 40 6 12\n 38 6 1\n 14 94 4 0.86465 0.37287 0.86917 0.38094 0.87094 0.38916 0.86639 0.38105\n 40 6 13\n 38 6 1\n 14 226 10 0.13410 0.43097 0.13641 0.42247 0.13918 0.41403 0.14239 0.40566 0.14606 0.39736 0.14472 0.40574 0.14104 0.41407 0.13781 0.42247 0.13504 0.43095 0.13272 0.43947\n 40 6 13\n 38 6 1\n 14 2250 102 0.16512 0.36516 0.17095 0.35741 0.17720 0.34979 0.18385 0.34231 0.19090 0.33500 0.19834 0.32784 0.20616 0.32086 0.21435 0.31406 0.22290 0.30745 0.23180 0.30104 0.24104 0.29483 0.25061 0.28884 0.26050 0.28306 0.27069 0.27752 0.28117 0.27220 0.29194 0.26713 0.30297 0.26230 0.31425 0.25773 0.32577 0.25342 0.33752 0.24937 0.34948 0.24558 0.36163 0.24207 0.37396 0.23884 0.38647 0.23589 0.39912 0.23322 0.41191 0.23084 0.42482 0.22876 0.43783 0.22696 0.45093 0.22546 0.46411 0.22426 0.47734 0.22336 0.49061 0.22276 0.50390 0.22246 0.51721 0.22246 0.53050 0.22276 0.54377 0.22336 0.55701 0.22426 0.57018 0.22546 0.58328 0.22696 0.59629 0.22876 0.60920 0.23084 0.62199 0.23322 0.63464 0.23589 0.64715 0.23884 0.65948 0.24207 0.67164 0.24558 0.68359 0.24937 0.69534 0.25342 0.70686 0.25773 0.71814 0.26230 0.72917 0.26713 0.72998 0.27503 0.71891 0.27019 0.70758 0.26560 0.69602 0.26127 0.68423 0.25720 0.67223 0.25341 0.66003 0.24988 0.64765 0.24664 0.63510 0.24368 0.62240 0.24100 0.60957 0.23861 0.59661 0.23652 0.58355 0.23472 0.57040 0.23321 0.55718 0.23201 0.54390 0.23110 0.53058 0.23050 0.51723 0.23020 0.50388 0.23020 0.49053 0.23050 0.47721 0.23110 0.46393 0.23201 0.45071 0.23321 0.43756 0.23472 0.42450 0.23652 0.41154 0.23861 0.39871 0.24100 0.38601 0.24368 0.37346 0.24664 0.36108 0.24988 0.34888 0.25341 0.33688 0.25720 0.32509 0.26127 0.31353 0.26560 0.30220 0.27019 0.29113 0.27503 0.28033 0.28012 0.26981 0.28546 0.25958 0.29102 0.24966 0.29682 0.24005 0.30283 0.23078 0.30906 0.22184 0.31550 0.21326 0.32214 0.20504 0.32896 0.19719 0.33597 0.18972 0.34315 0.18265 0.35049 0.17597 0.35799 0.16970 0.36564 0.16385 0.37343\n 40 6 13\n 38 6 1\n 14 754 34 0.72917 0.26713 0.73994 0.27220 0.75042 0.27752 0.76061 0.28306 0.77050 0.28884 0.78007 0.29483 0.78931 0.30104 0.79821 0.30745 0.80676 0.31406 0.81495 0.32086 0.82277 0.32784 0.83021 0.33500 0.83726 0.34231 0.84391 0.34979 0.85016 0.35741 0.85599 0.36516 0.86140 0.37305 0.86269 0.38134 0.85726 0.37343 0.85141 0.36564 0.84514 0.35799 0.83846 0.35049 0.83139 0.34315 0.82392 0.33597 0.81607 0.32896 0.80785 0.32214 0.79927 0.31550 0.79033 0.30906 0.78106 0.30283 0.77145 0.29682 0.76153 0.29102 0.75130 0.28546 0.74078 0.28012 0.72998 0.27503\n 40 6 12\n 38 6 1\n 14 94 4 0.86215 0.37425 0.86639 0.38105 0.86770 0.38937 0.86354 0.38270\n 40 6 13\n 38 6 1\n 14 94 4 0.86215 0.37425 0.86354 0.38270 0.86269 0.38134 0.86140 0.37305\n 40 6 13\n 38 6 1\n 14 182 8 0.13086 0.44805 0.13272 0.43947 0.13504 0.43095 0.13781 0.42247 0.13690 0.43101 0.13412 0.43950 0.13179 0.44805 0.12993 0.45665\n 40 6 13\n 38 6 1\n 14 116 5 0.14104 0.41407 0.14057 0.41854 0.13866 0.42643 0.13690 0.43101 0.13781 0.42247\n 40 6 14\n 38 6 1\n 14 72 3 0.14057 0.41854 0.14014 0.42259 0.13866 0.42643\n 40 6 13\n 38 6 1\n 14 116 5 0.14472 0.40574 0.14383 0.41424 0.14194 0.41851 0.14057 0.41854 0.14104 0.41407\n 40 6 14\n 38 6 1\n 14 72 3 0.14194 0.41851 0.14014 0.42259 0.14057 0.41854\n 40 6 13\n 38 6 1\n 14 2250 102 0.16385 0.37343 0.16970 0.36564 0.17597 0.35799 0.18265 0.35049 0.18972 0.34315 0.19719 0.33597 0.20504 0.32896 0.21326 0.32214 0.22184 0.31550 0.23078 0.30906 0.24005 0.30283 0.24966 0.29682 0.25958 0.29102 0.26981 0.28546 0.28033 0.28012 0.29113 0.27503 0.30220 0.27019 0.31353 0.26560 0.32509 0.26127 0.33688 0.25720 0.34888 0.25341 0.36108 0.24988 0.37346 0.24664 0.38601 0.24368 0.39871 0.24100 0.41154 0.23861 0.42450 0.23652 0.43756 0.23472 0.45071 0.23321 0.46393 0.23201 0.47721 0.23110 0.49053 0.23050 0.50388 0.23020 0.51723 0.23020 0.53058 0.23050 0.54390 0.23110 0.55718 0.23201 0.57040 0.23321 0.58355 0.23472 0.59661 0.23652 0.60957 0.23861 0.62240 0.24100 0.63510 0.24368 0.64765 0.24664 0.66003 0.24988 0.67223 0.25341 0.68423 0.25720 0.69602 0.26127 0.70758 0.26560 0.71891 0.27019 0.72998 0.27503 0.73051 0.28321 0.71942 0.27835 0.70806 0.27375 0.69647 0.26941 0.68465 0.26534 0.67262 0.26153 0.66039 0.25800 0.64798 0.25475 0.63541 0.25178 0.62268 0.24909 0.60981 0.24670 0.59682 0.24460 0.58373 0.24279 0.57055 0.24129 0.55729 0.24008 0.54398 0.23917 0.53063 0.23857 0.51725 0.23826 0.50386 0.23826 0.49049 0.23857 0.47713 0.23917 0.46382 0.24008 0.45057 0.24129 0.43738 0.24279 0.42429 0.24460 0.41130 0.24670 0.39844 0.24909 0.38571 0.25178 0.37313 0.25475 0.36072 0.25800 0.34849 0.26153 0.33646 0.26534 0.32464 0.26941 0.31305 0.27375 0.30170 0.27835 0.29060 0.28321 0.27977 0.28831 0.26922 0.29366 0.25897 0.29924 0.24902 0.30505 0.23939 0.31108 0.23009 0.31732 0.22114 0.32378 0.21253 0.33043 0.20429 0.33727 0.19642 0.34429 0.18894 0.35149 0.18185 0.35885 0.17515 0.36637 0.16887 0.37404 0.16300 0.38184\n 40 6 13\n 38 6 1\n 14 710 32 0.72998 0.27503 0.74078 0.28012 0.75130 0.28546 0.76153 0.29102 0.77145 0.29682 0.78106 0.30283 0.79033 0.30906 0.79927 0.31550 0.80785 0.32214 0.81607 0.32896 0.82392 0.33597 0.83139 0.34315 0.83846 0.35049 0.84514 0.35799 0.85141 0.36564 0.85726 0.37343 0.85811 0.38184 0.85224 0.37404 0.84596 0.36637 0.83926 0.35885 0.83217 0.35149 0.82469 0.34429 0.81682 0.33727 0.80858 0.33043 0.79997 0.32378 0.79102 0.31732 0.78172 0.31108 0.77209 0.30505 0.76214 0.29924 0.75189 0.29366 0.74134 0.28831 0.73051 0.28321\n 40 6 12\n 38 6 1\n 14 72 3 0.86329 0.38723 0.86355 0.38977 0.86290 0.38882\n 40 6 13\n 38 6 1\n 14 116 5 0.86269 0.38134 0.86329 0.38723 0.86290 0.38882 0.85811 0.38184 0.85726 0.37343\n 40 6 12\n 38 6 1\n 14 138 6 0.86354 0.38270 0.86770 0.38937 0.86846 0.39678 0.86550 0.39289 0.86355 0.38977 0.86329 0.38723\n 40 6 13\n 38 6 1\n 14 138 6 0.86354 0.38270 0.86846 0.39678 0.86857 0.39782 0.86550 0.39289 0.86329 0.38723 0.86269 0.38134\n 40 6 13\n 38 6 1\n 14 226 10 0.12853 0.46529 0.12993 0.45665 0.13179 0.44805 0.13412 0.43950 0.13690 0.43101 0.13644 0.43963 0.13366 0.44813 0.13133 0.45669 0.12947 0.46530 0.12806 0.47395\n 40 6 13\n 38 6 1\n 14 116 5 0.13866 0.42643 0.13995 0.42618 0.13969 0.43120 0.13644 0.43963 0.13690 0.43101\n 40 6 14\n 38 6 1\n 14 72 3 0.13866 0.42643 0.14014 0.42259 0.13995 0.42618\n 40 6 13\n 38 6 1\n 14 116 5 0.14194 0.41851 0.14383 0.41424 0.14338 0.42284 0.13969 0.43120 0.13995 0.42618\n 40 6 14\n 38 6 1\n 14 72 3 0.14194 0.41851 0.13995 0.42618 0.14014 0.42259\n 40 6 13\n 38 6 1\n 14 2250 102 0.14383 0.41424 0.14796 0.40598 0.15254 0.39782 0.15756 0.38977 0.16300 0.38184 0.16887 0.37404 0.17515 0.36637 0.18185 0.35885 0.18894 0.35149 0.19642 0.34429 0.20429 0.33727 0.21253 0.33043 0.22114 0.32378 0.23009 0.31732 0.23939 0.31108 0.24902 0.30505 0.25897 0.29924 0.26922 0.29366 0.27977 0.28831 0.29060 0.28321 0.30170 0.27835 0.31305 0.27375 0.32464 0.26941 0.33646 0.26534 0.34849 0.26153 0.36072 0.25800 0.37313 0.25475 0.38571 0.25178 0.39844 0.24909 0.41130 0.24670 0.42429 0.24460 0.43738 0.24279 0.45057 0.24129 0.46382 0.24008 0.47713 0.23917 0.49049 0.23857 0.50386 0.23826 0.51725 0.23826 0.53063 0.23857 0.54398 0.23917 0.55729 0.24008 0.57055 0.24129 0.58373 0.24279 0.59682 0.24460 0.60981 0.24670 0.62268 0.24909 0.63541 0.25178 0.64798 0.25475 0.66039 0.25800 0.67262 0.26153 0.68465 0.26534 0.68487 0.27375 0.67282 0.26994 0.66058 0.26641 0.64815 0.26315 0.63556 0.26018 0.62281 0.25749 0.60993 0.25510 0.59693 0.25299 0.58382 0.25119 0.57062 0.24968 0.55735 0.24847 0.54402 0.24756 0.53065 0.24695 0.51726 0.24665 0.50385 0.24665 0.49046 0.24695 0.47709 0.24756 0.46376 0.24847 0.45049 0.24968 0.43729 0.25119 0.42419 0.25299 0.41118 0.25510 0.39830 0.25749 0.38555 0.26018 0.37296 0.26315 0.36053 0.26641 0.34829 0.26994 0.33624 0.27375 0.32441 0.27783 0.31281 0.28218 0.30144 0.28679 0.29033 0.29165 0.27949 0.29676 0.26893 0.30211 0.25866 0.30770 0.24870 0.31351 0.23906 0.31955 0.22975 0.32581 0.22078 0.33227 0.21217 0.33892 0.20392 0.34578 0.19604 0.35281 0.18855 0.36001 0.18144 0.36739 0.17474 0.37491 0.16845 0.38259 0.16258 0.39040 0.15713 0.39834 0.15211 0.40640 0.14752 0.41457 0.14338 0.42284\n 40 6 13\n 38 6 1\n 14 886 40 0.68465 0.26534 0.69647 0.26941 0.70806 0.27375 0.71942 0.27835 0.73051 0.28321 0.74134 0.28831 0.75189 0.29366 0.76214 0.29924 0.77209 0.30505 0.78172 0.31108 0.79102 0.31732 0.79997 0.32378 0.80858 0.33043 0.81682 0.33727 0.82469 0.34429 0.83217 0.35149 0.83926 0.35885 0.84596 0.36637 0.85224 0.37404 0.85811 0.38184 0.85853 0.39040 0.85266 0.38259 0.84637 0.37491 0.83967 0.36739 0.83256 0.36001 0.82507 0.35281 0.81719 0.34577 0.80894 0.33892 0.80033 0.33227 0.79136 0.32581 0.78205 0.31955 0.77241 0.31351 0.76245 0.30770 0.75218 0.30211 0.74162 0.29676 0.73078 0.29165 0.71967 0.28679 0.70830 0.28218 0.69670 0.27783 0.68487 0.27375\n 40 6 12\n 38 6 1\n 14 72 3 0.86290 0.38882 0.86355 0.38977 0.86364 0.39142\n 40 6 13\n 38 6 1\n 14 116 5 0.86290 0.38882 0.86364 0.39142 0.86398 0.39834 0.85853 0.39040 0.85811 0.38184\n 40 6 12\n 38 6 1\n 14 72 3 0.86550 0.39289 0.86364 0.39142 0.86355 0.38977\n 40 6 13\n 38 6 1\n 14 116 5 0.86550 0.39289 0.86857 0.39782 0.86900 0.40640 0.86398 0.39834 0.86364 0.39142\n 40 6 13\n 38 6 1\n 14 2250 102 0.12713 0.48262 0.12806 0.47395 0.12947 0.46530 0.13133 0.45669 0.13366 0.44813 0.13644 0.43963 0.13969 0.43120 0.14338 0.42284 0.14752 0.41457 0.15211 0.40640 0.15713 0.39834 0.16258 0.39040 0.16845 0.38259 0.17474 0.37491 0.18144 0.36739 0.18855 0.36001 0.19604 0.35281 0.20392 0.34578 0.21217 0.33892 0.22078 0.33227 0.22975 0.32581 0.23906 0.31955 0.24870 0.31351 0.25866 0.30770 0.26893 0.30211 0.27949 0.29676 0.29033 0.29165 0.30144 0.28679 0.31281 0.28218 0.32441 0.27783 0.33624 0.27375 0.34829 0.26994 0.36053 0.26641 0.37296 0.26315 0.38555 0.26018 0.39830 0.25749 0.41118 0.25510 0.42419 0.25299 0.43729 0.25119 0.45049 0.24968 0.46376 0.24847 0.47709 0.24756 0.49046 0.24695 0.50385 0.24665 0.51726 0.24665 0.53065 0.24695 0.54402 0.24756 0.55735 0.24847 0.57062 0.24968 0.58382 0.25119 0.59693 0.25299 0.59693 0.26169 0.58382 0.25988 0.57062 0.25837 0.55735 0.25716 0.54402 0.25625 0.53065 0.25565 0.51726 0.25534 0.50385 0.25534 0.49046 0.25565 0.47709 0.25625 0.46376 0.25716 0.45049 0.25837 0.43729 0.25988 0.42419 0.26169 0.41118 0.26379 0.39830 0.26619 0.38555 0.26887 0.37296 0.27185 0.36053 0.27510 0.34829 0.27864 0.33624 0.28245 0.32441 0.28653 0.31281 0.29088 0.30144 0.29548 0.29033 0.30034 0.27949 0.30545 0.26893 0.31080 0.25866 0.31639 0.24870 0.32221 0.23906 0.32825 0.22975 0.33450 0.22078 0.34096 0.21217 0.34762 0.20392 0.35447 0.19604 0.36150 0.18855 0.36871 0.18144 0.37608 0.17474 0.38361 0.16845 0.39128 0.16258 0.39910 0.15713 0.40704 0.15211 0.41510 0.14752 0.42327 0.14338 0.43153 0.13969 0.43989 0.13644 0.44832 0.13366 0.45683 0.13133 0.46539 0.12947 0.47400 0.12806 0.48264 0.12713 0.49131\n 40 6 13\n 38 6 1\n 14 1282 58 0.59693 0.25299 0.60993 0.25510 0.62281 0.25749 0.63556 0.26018 0.64815 0.26315 0.66058 0.26641 0.67282 0.26994 0.68487 0.27375 0.69670 0.27783 0.70830 0.28218 0.71967 0.28679 0.73078 0.29165 0.74162 0.29676 0.75218 0.30211 0.76245 0.30770 0.77241 0.31351 0.78205 0.31955 0.79136 0.32581 0.80033 0.33227 0.80894 0.33892 0.81719 0.34577 0.82507 0.35281 0.83256 0.36001 0.83967 0.36739 0.84637 0.37491 0.85266 0.38259 0.85853 0.39040 0.86398 0.39834 0.86900 0.40640 0.86900 0.41510 0.86398 0.40704 0.85853 0.39910 0.85266 0.39128 0.84637 0.38361 0.83967 0.37608 0.83256 0.36871 0.82507 0.36150 0.81719 0.35447 0.80894 0.34762 0.80033 0.34096 0.79136 0.33450 0.78205 0.32825 0.77241 0.32221 0.76245 0.31639 0.75218 0.31080 0.74162 0.30545 0.73078 0.30034 0.71967 0.29548 0.70830 0.29088 0.69670 0.28653 0.68487 0.28245 0.67282 0.27864 0.66058 0.27510 0.64815 0.27185 0.63556 0.26887 0.62281 0.26619 0.60993 0.26379 0.59693 0.26169\n 40 6 13\n 38 6 1\n 14 2250 102 0.12666 0.50000 0.12713 0.49131 0.12806 0.48264 0.12947 0.47400 0.13133 0.46539 0.13366 0.45683 0.13644 0.44832 0.13969 0.43989 0.14338 0.43153 0.14752 0.42327 0.15211 0.41510 0.15713 0.40704 0.16258 0.39910 0.16845 0.39128 0.17474 0.38361 0.18144 0.37608 0.18855 0.36871 0.19604 0.36150 0.20392 0.35447 0.21217 0.34762 0.22078 0.34096 0.22975 0.33450 0.23906 0.32825 0.24870 0.32221 0.25866 0.31639 0.26893 0.31080 0.27949 0.30545 0.29033 0.30034 0.30144 0.29548 0.31281 0.29088 0.32441 0.28653 0.33624 0.28245 0.34829 0.27864 0.36053 0.27510 0.37296 0.27185 0.38555 0.26887 0.39830 0.26619 0.41118 0.26379 0.42419 0.26169 0.43729 0.25988 0.45049 0.25837 0.46376 0.25716 0.47709 0.25625 0.49046 0.25565 0.50385 0.25534 0.51726 0.25534 0.53065 0.25565 0.54402 0.25625 0.55735 0.25716 0.57062 0.25837 0.57055 0.26736 0.55729 0.26615 0.54398 0.26524 0.53063 0.26464 0.51725 0.26433 0.50386 0.26433 0.49049 0.26464 0.47713 0.26524 0.46382 0.26615 0.45057 0.26736 0.43738 0.26887 0.42429 0.27067 0.41130 0.27277 0.39844 0.27516 0.38571 0.27785 0.37313 0.28082 0.36072 0.28407 0.34849 0.28760 0.33646 0.29141 0.32464 0.29548 0.31305 0.29982 0.30170 0.30443 0.29060 0.30928 0.27977 0.31438 0.26922 0.31973 0.25897 0.32531 0.24902 0.33112 0.23939 0.33715 0.23009 0.34340 0.22114 0.34985 0.21253 0.35650 0.20429 0.36334 0.19642 0.37036 0.18894 0.37756 0.18185 0.38493 0.17515 0.39244 0.16887 0.40011 0.16300 0.40791 0.15756 0.41585 0.15254 0.42390 0.14796 0.43205 0.14383 0.44031 0.14014 0.44866 0.13690 0.45708 0.13412 0.46557 0.13179 0.47412 0.12993 0.48272 0.12853 0.49136 0.12760 0.50002 0.12713 0.50869 0.12713 0.51738 0.12666 0.50870\n 40 6 13\n 38 6 1\n 14 1414 64 0.57062 0.25837 0.58382 0.25988 0.59693 0.26169 0.60993 0.26379 0.62281 0.26619 0.63556 0.26887 0.64815 0.27185 0.66058 0.27510 0.67282 0.27864 0.68487 0.28245 0.69670 0.28653 0.70830 0.29088 0.71967 0.29548 0.73078 0.30034 0.74162 0.30545 0.75218 0.31080 0.76245 0.31639 0.77241 0.32221 0.78205 0.32825 0.79136 0.33450 0.80033 0.34096 0.80894 0.34762 0.81719 0.35447 0.82507 0.36150 0.83256 0.36871 0.83967 0.37608 0.84637 0.38361 0.85266 0.39128 0.85853 0.39910 0.86398 0.40704 0.86900 0.41510 0.87359 0.42327 0.87315 0.43205 0.86857 0.42390 0.86355 0.41585 0.85811 0.40791 0.85224 0.40011 0.84596 0.39244 0.83926 0.38493 0.83217 0.37756 0.82469 0.37036 0.81682 0.36334 0.80858 0.35650 0.79997 0.34985 0.79102 0.34340 0.78172 0.33715 0.77209 0.33112 0.76214 0.32531 0.75189 0.31973 0.74134 0.31438 0.73051 0.30928 0.71942 0.30443 0.70806 0.29982 0.69647 0.29548 0.68465 0.29141 0.67262 0.28760 0.66039 0.28407 0.64798 0.28082 0.63541 0.27785 0.62268 0.27516 0.60981 0.27277 0.59682 0.27067 0.58373 0.26887 0.57055 0.26736\n 40 6 13\n 38 6 1\n 14 2250 102 0.12760 0.52605 0.12713 0.51738 0.12713 0.50869 0.12760 0.50002 0.12853 0.49136 0.12993 0.48272 0.13179 0.47412 0.13412 0.46557 0.13690 0.45708 0.14014 0.44866 0.14383 0.44031 0.14796 0.43205 0.15254 0.42390 0.15756 0.41585 0.16300 0.40791 0.16887 0.40011 0.17515 0.39244 0.18185 0.38493 0.18894 0.37756 0.19642 0.37036 0.20429 0.36334 0.21253 0.35650 0.22114 0.34985 0.23009 0.34340 0.23939 0.33715 0.24902 0.33112 0.25897 0.32531 0.26922 0.31973 0.27977 0.31438 0.29060 0.30928 0.30170 0.30443 0.31305 0.29982 0.32464 0.29548 0.33646 0.29141 0.34849 0.28760 0.36072 0.28407 0.37313 0.28082 0.38571 0.27785 0.39844 0.27516 0.41130 0.27277 0.42429 0.27067 0.43738 0.26887 0.45057 0.26736 0.46382 0.26615 0.47713 0.26524 0.49049 0.26464 0.50386 0.26433 0.51725 0.26433 0.53063 0.26464 0.54398 0.26524 0.55729 0.26615 0.55718 0.27543 0.54390 0.27452 0.53058 0.27392 0.51723 0.27361 0.50388 0.27361 0.49053 0.27392 0.47721 0.27452 0.46393 0.27543 0.45071 0.27663 0.43756 0.27813 0.42450 0.27994 0.41154 0.28203 0.39871 0.28442 0.38601 0.28709 0.37346 0.29006 0.36108 0.29330 0.34888 0.29682 0.33688 0.30062 0.32509 0.30469 0.31353 0.30902 0.30220 0.31361 0.29113 0.31845 0.28033 0.32354 0.26981 0.32887 0.25958 0.33444 0.24966 0.34024 0.24005 0.34625 0.23078 0.35248 0.22184 0.35892 0.21326 0.36555 0.20504 0.37238 0.19719 0.37939 0.18972 0.38657 0.18265 0.39391 0.17597 0.40141 0.16970 0.40906 0.16385 0.41684 0.15842 0.42476 0.15342 0.43279 0.14885 0.44092 0.14472 0.44916 0.14104 0.45749 0.13781 0.46589 0.13504 0.47436 0.13272 0.48289 0.13086 0.49147 0.12946 0.50008 0.12853 0.50872 0.12806 0.51738 0.12806 0.52604 0.12853 0.53470\n 40 6 13\n 38 6 1\n 14 1502 68 0.55729 0.26615 0.57055 0.26736 0.58373 0.26887 0.59682 0.27067 0.60981 0.27277 0.62268 0.27516 0.63541 0.27785 0.64798 0.28082 0.66039 0.28407 0.67262 0.28760 0.68465 0.29141 0.69647 0.29548 0.70806 0.29982 0.71942 0.30443 0.73051 0.30928 0.74134 0.31438 0.75189 0.31973 0.76214 0.32531 0.77209 0.33112 0.78172 0.33715 0.79102 0.34340 0.79997 0.34985 0.80858 0.35650 0.81682 0.36334 0.82469 0.37036 0.83217 0.37756 0.83926 0.38493 0.84596 0.39244 0.85224 0.40011 0.85811 0.40791 0.86355 0.41585 0.86857 0.42390 0.87315 0.43205 0.87728 0.44031 0.87639 0.44916 0.87226 0.44092 0.86770 0.43279 0.86269 0.42476 0.85726 0.41684 0.85141 0.40906 0.84514 0.40141 0.83846 0.39391 0.83139 0.38657 0.82392 0.37939 0.81607 0.37238 0.80785 0.36555 0.79927 0.35892 0.79033 0.35248 0.78106 0.34625 0.77145 0.34024 0.76153 0.33444 0.75130 0.32887 0.74078 0.32354 0.72998 0.31845 0.71891 0.31361 0.70758 0.30902 0.69602 0.30469 0.68423 0.30062 0.67223 0.29682 0.66003 0.29330 0.64765 0.29006 0.63510 0.28709 0.62240 0.28442 0.60957 0.28203 0.59661 0.27994 0.58355 0.27813 0.57040 0.27663 0.55718 0.27543\n 40 6 13\n 38 6 1\n 14 2250 102 0.12946 0.54334 0.12853 0.53470 0.12806 0.52604 0.12806 0.51738 0.12853 0.50872 0.12946 0.50008 0.13086 0.49147 0.13272 0.48289 0.13504 0.47436 0.13781 0.46589 0.14104 0.45749 0.14472 0.44916 0.14885 0.44092 0.15342 0.43279 0.15842 0.42476 0.16385 0.41684 0.16970 0.40906 0.17597 0.40141 0.18265 0.39391 0.18972 0.38657 0.19719 0.37939 0.20504 0.37238 0.21326 0.36555 0.22184 0.35892 0.23078 0.35248 0.24005 0.34625 0.24966 0.34024 0.25958 0.33444 0.26981 0.32887 0.28033 0.32354 0.29113 0.31845 0.30220 0.31361 0.31353 0.30902 0.32509 0.30469 0.33688 0.30062 0.34888 0.29682 0.36108 0.29330 0.37346 0.29006 0.38601 0.28709 0.39871 0.28442 0.41154 0.28203 0.42450 0.27994 0.43756 0.27813 0.45071 0.27663 0.46393 0.27543 0.47721 0.27452 0.49053 0.27392 0.50388 0.27361 0.51723 0.27361 0.53058 0.27392 0.54390 0.27452 0.54377 0.28407 0.53050 0.28347 0.51721 0.28317 0.50390 0.28317 0.49061 0.28347 0.47734 0.28407 0.46411 0.28497 0.45093 0.28617 0.43783 0.28767 0.42482 0.28947 0.41191 0.29155 0.39912 0.29393 0.38647 0.29660 0.37396 0.29955 0.36163 0.30278 0.34948 0.30629 0.33752 0.31008 0.32577 0.31413 0.31425 0.31844 0.30297 0.32302 0.29194 0.32784 0.28117 0.33291 0.27069 0.33823 0.26050 0.34377 0.25061 0.34955 0.24104 0.35554 0.23180 0.36175 0.22290 0.36816 0.21435 0.37477 0.20616 0.38157 0.19834 0.38855 0.19090 0.39571 0.18385 0.40303 0.17720 0.41050 0.17095 0.41812 0.16512 0.42587 0.15971 0.43376 0.15472 0.44176 0.15017 0.44987 0.14606 0.45807 0.14239 0.46637 0.13918 0.47474 0.13641 0.48318 0.13410 0.49168 0.13225 0.50023 0.13086 0.50881 0.12993 0.51742 0.12947 0.52604 0.12947 0.53467 0.12993 0.54329 0.13086 0.55190\n 40 6 13\n 38 6 1\n 14 1546 70 0.54390 0.27452 0.55718 0.27543 0.57040 0.27663 0.58355 0.27813 0.59661 0.27994 0.60957 0.28203 0.62240 0.28442 0.63510 0.28709 0.64765 0.29006 0.66003 0.29330 0.67223 0.29682 0.68423 0.30062 0.69602 0.30469 0.70758 0.30902 0.71891 0.31361 0.72998 0.31845 0.74078 0.32354 0.75130 0.32887 0.76153 0.33444 0.77145 0.34024 0.78106 0.34625 0.79033 0.35248 0.79927 0.35892 0.80785 0.36555 0.81607 0.37238 0.82392 0.37939 0.83139 0.38657 0.83846 0.39391 0.84514 0.40141 0.85141 0.40906 0.85726 0.41684 0.86269 0.42476 0.86770 0.43279 0.87226 0.44092 0.87639 0.44916 0.87505 0.45807 0.87094 0.44987 0.86639 0.44176 0.86140 0.43376 0.85599 0.42587 0.85016 0.41812 0.84391 0.41050 0.83726 0.40303 0.83021 0.39571 0.82277 0.38855 0.81495 0.38157 0.80676 0.37477 0.79821 0.36816 0.78931 0.36175 0.78007 0.35554 0.77050 0.34955 0.76061 0.34377 0.75042 0.33823 0.73994 0.33291 0.72917 0.32784 0.71814 0.32302 0.70686 0.31844 0.69534 0.31413 0.68359 0.31008 0.67164 0.30629 0.65948 0.30278 0.64715 0.29955 0.63464 0.29660 0.62199 0.29393 0.60920 0.29155 0.59629 0.28947 0.58328 0.28767 0.57018 0.28617 0.55701 0.28497 0.54377 0.28407\n 40 6 13\n 38 6 1\n 14 94 4 0.89258 0.53470 0.89165 0.54334 0.89025 0.55190 0.89118 0.54329\n 40 6 13\n 38 6 1\n 14 2250 102 0.13225 0.56048 0.13086 0.55190 0.12993 0.54329 0.12947 0.53467 0.12947 0.52604 0.12993 0.51742 0.13086 0.50881 0.13225 0.50023 0.13410 0.49168 0.13641 0.48318 0.13918 0.47474 0.14239 0.46637 0.14606 0.45807 0.15017 0.44987 0.15472 0.44176 0.15971 0.43376 0.16512 0.42587 0.17095 0.41812 0.17720 0.41050 0.18385 0.40303 0.19090 0.39571 0.19834 0.38855 0.20616 0.38157 0.21435 0.37477 0.22290 0.36816 0.23180 0.36175 0.24104 0.35554 0.25061 0.34955 0.26050 0.34377 0.27069 0.33823 0.28117 0.33291 0.29194 0.32784 0.30297 0.32302 0.31425 0.31844 0.32577 0.31413 0.33752 0.31008 0.34948 0.30629 0.36163 0.30278 0.37396 0.29955 0.38647 0.29660 0.39912 0.29393 0.41191 0.29155 0.42482 0.28947 0.43783 0.28767 0.45093 0.28617 0.46411 0.28497 0.47734 0.28407 0.49061 0.28347 0.50390 0.28317 0.51721 0.28317 0.53050 0.28347 0.53041 0.29329 0.51717 0.29299 0.50394 0.29299 0.49071 0.29329 0.47750 0.29389 0.46433 0.29478 0.45122 0.29598 0.43818 0.29747 0.42524 0.29926 0.41239 0.30133 0.39966 0.30370 0.38707 0.30635 0.37463 0.30929 0.36236 0.31251 0.35026 0.31600 0.33836 0.31976 0.32668 0.32380 0.31521 0.32809 0.30398 0.33264 0.29301 0.33744 0.28230 0.34249 0.27187 0.34778 0.26172 0.35330 0.25189 0.35904 0.24236 0.36501 0.23317 0.37118 0.22431 0.37756 0.21580 0.38414 0.20765 0.39091 0.19987 0.39786 0.19246 0.40498 0.18545 0.41226 0.17883 0.41969 0.17261 0.42728 0.16681 0.43499 0.16142 0.44284 0.15646 0.45080 0.15194 0.45887 0.14785 0.46704 0.14420 0.47529 0.14099 0.48362 0.13824 0.49202 0.13594 0.50048 0.13410 0.50898 0.13272 0.51752 0.13179 0.52609 0.13133 0.53467 0.13133 0.54326 0.13179 0.55184 0.13272 0.56041 0.13410 0.56895\n 40 6 13\n 38 6 1\n 14 1590 72 0.53050 0.28347 0.54377 0.28407 0.55701 0.28497 0.57018 0.28617 0.58328 0.28767 0.59629 0.28947 0.60920 0.29155 0.62199 0.29393 0.63464 0.29660 0.64715 0.29955 0.65948 0.30278 0.67164 0.30629 0.68359 0.31008 0.69534 0.31413 0.70686 0.31844 0.71814 0.32302 0.72917 0.32784 0.73994 0.33291 0.75042 0.33823 0.76061 0.34377 0.77050 0.34955 0.78007 0.35554 0.78931 0.36175 0.79821 0.36816 0.80676 0.37477 0.81495 0.38157 0.82277 0.38855 0.83021 0.39571 0.83726 0.40303 0.84391 0.41050 0.85016 0.41812 0.85599 0.42587 0.86140 0.43376 0.86639 0.44176 0.87094 0.44987 0.87505 0.45807 0.87326 0.46704 0.86917 0.45887 0.86465 0.45080 0.85969 0.44284 0.85430 0.43499 0.84850 0.42728 0.84228 0.41969 0.83566 0.41226 0.82865 0.40498 0.82124 0.39786 0.81346 0.39091 0.80531 0.38414 0.79680 0.37756 0.78794 0.37118 0.77875 0.36501 0.76922 0.35904 0.75939 0.35330 0.74925 0.34778 0.73881 0.34249 0.72810 0.33744 0.71713 0.33264 0.70590 0.32809 0.69443 0.32380 0.68275 0.31976 0.67085 0.31600 0.65875 0.31251 0.64648 0.30929 0.63404 0.30635 0.62145 0.30370 0.60872 0.30133 0.59588 0.29926 0.58293 0.29747 0.56989 0.29598 0.55678 0.29478 0.54361 0.29389 0.53041 0.29329\n 40 6 13\n 38 6 1\n 14 182 8 0.89164 0.53467 0.89118 0.54329 0.89025 0.55190 0.88886 0.56048 0.88701 0.56895 0.88839 0.56041 0.88932 0.55184 0.88978 0.54326\n 40 6 13\n 38 6 1\n 14 2250 102 0.13594 0.57745 0.13410 0.56895 0.13272 0.56041 0.13179 0.55184 0.13133 0.54326 0.13133 0.53467 0.13179 0.52609 0.13272 0.51752 0.13410 0.50898 0.13594 0.50048 0.13824 0.49202 0.14099 0.48362 0.14420 0.47529 0.14785 0.46704 0.15194 0.45887 0.15646 0.45080 0.16142 0.44284 0.16681 0.43499 0.17261 0.42728 0.17883 0.41969 0.18545 0.41226 0.19246 0.40498 0.19987 0.39786 0.20765 0.39091 0.21580 0.38414 0.22431 0.37756 0.23317 0.37118 0.24236 0.36501 0.25189 0.35904 0.26172 0.35330 0.27187 0.34778 0.28230 0.34249 0.29301 0.33744 0.30398 0.33264 0.31521 0.32809 0.32668 0.32380 0.33836 0.31976 0.35026 0.31600 0.36236 0.31251 0.37463 0.30929 0.38707 0.30635 0.39966 0.30370 0.41239 0.30133 0.42524 0.29926 0.43818 0.29747 0.45122 0.29598 0.46433 0.29478 0.47750 0.29389 0.49071 0.29329 0.50394 0.29299 0.51717 0.29299 0.51713 0.30306 0.50398 0.30306 0.49083 0.30336 0.47770 0.30395 0.46462 0.30484 0.45159 0.30603 0.43863 0.30751 0.42576 0.30929 0.41299 0.31135 0.40034 0.31371 0.38783 0.31634 0.37547 0.31926 0.36327 0.32246 0.35125 0.32593 0.33942 0.32967 0.32780 0.33368 0.31641 0.33795 0.30525 0.34247 0.29434 0.34724 0.28370 0.35226 0.27333 0.35751 0.26325 0.36300 0.25347 0.36871 0.24401 0.37464 0.23487 0.38078 0.22606 0.38712 0.21761 0.39366 0.20951 0.40038 0.20177 0.40728 0.19441 0.41436 0.18744 0.42160 0.18086 0.42899 0.17469 0.43652 0.16892 0.44419 0.16357 0.45199 0.15864 0.45990 0.15414 0.46792 0.15007 0.47604 0.14645 0.48424 0.14326 0.49253 0.14053 0.50087 0.13824 0.50928 0.13641 0.51773 0.13504 0.52622 0.13412 0.53473 0.13366 0.54326 0.13366 0.55179 0.13412 0.56032 0.13504 0.56884 0.13641 0.57732 0.13824 0.58578\n 40 6 13\n 38 6 1\n 14 1766 80 0.51717 0.29299 0.53041 0.29329 0.54361 0.29389 0.55678 0.29478 0.56989 0.29598 0.58293 0.29747 0.59588 0.29926 0.60872 0.30133 0.62145 0.30370 0.63404 0.30635 0.64648 0.30929 0.65875 0.31251 0.67085 0.31600 0.68275 0.31976 0.69443 0.32380 0.70590 0.32809 0.71713 0.33264 0.72810 0.33744 0.73881 0.34249 0.74925 0.34778 0.75939 0.35330 0.76922 0.35904 0.77875 0.36501 0.78794 0.37118 0.79680 0.37756 0.80531 0.38414 0.81346 0.39091 0.82124 0.39786 0.82865 0.40498 0.83566 0.41226 0.84228 0.41969 0.84850 0.42728 0.85430 0.43499 0.85969 0.44284 0.86465 0.45080 0.86917 0.45887 0.87326 0.46704 0.87691 0.47529 0.88012 0.48362 0.88287 0.49202 0.88058 0.50087 0.87785 0.49253 0.87467 0.48424 0.87104 0.47604 0.86697 0.46792 0.86247 0.45990 0.85754 0.45199 0.85219 0.44419 0.84642 0.43652 0.84025 0.42899 0.83367 0.42160 0.82670 0.41436 0.81934 0.40728 0.81160 0.40038 0.80350 0.39366 0.79505 0.38712 0.78624 0.38078 0.77710 0.37464 0.76764 0.36871 0.75786 0.36300 0.74778 0.35751 0.73741 0.35226 0.72677 0.34724 0.71586 0.34247 0.70470 0.33795 0.69331 0.33368 0.68169 0.32967 0.66986 0.32593 0.65784 0.32246 0.64564 0.31926 0.63328 0.31634 0.62077 0.31371 0.60812 0.31135 0.59535 0.30929 0.58248 0.30751 0.56952 0.30603 0.55649 0.30484 0.54341 0.30395 0.53028 0.30336 0.51713 0.30306\n 40 6 13\n 38 6 1\n 14 314 14 0.88932 0.52609 0.88978 0.53467 0.88978 0.54326 0.88932 0.55184 0.88839 0.56041 0.88701 0.56895 0.88517 0.57745 0.88287 0.58578 0.88470 0.57732 0.88608 0.56884 0.88699 0.56032 0.88745 0.55179 0.88745 0.54326 0.88699 0.53473\n 40 6 13\n 38 6 1\n 14 2250 102 0.14053 0.59418 0.13824 0.58578 0.13641 0.57732 0.13504 0.56884 0.13412 0.56032 0.13366 0.55179 0.13366 0.54326 0.13412 0.53473 0.13504 0.52622 0.13641 0.51773 0.13824 0.50928 0.14053 0.50087 0.14326 0.49253 0.14645 0.48424 0.15007 0.47604 0.15414 0.46792 0.15864 0.45990 0.16357 0.45199 0.16892 0.44419 0.17469 0.43652 0.18086 0.42899 0.18744 0.42160 0.19441 0.41436 0.20177 0.40728 0.20951 0.40038 0.21761 0.39366 0.22606 0.38712 0.23487 0.38078 0.24401 0.37464 0.25347 0.36871 0.26325 0.36300 0.27333 0.35751 0.28370 0.35226 0.29434 0.34724 0.30525 0.34247 0.31641 0.33795 0.32780 0.33368 0.33942 0.32967 0.35125 0.32593 0.36327 0.32246 0.37547 0.31926 0.38783 0.31634 0.40034 0.31371 0.41299 0.31135 0.42576 0.30929 0.43863 0.30751 0.45159 0.30603 0.46462 0.30484 0.47770 0.30395 0.49083 0.30336 0.50398 0.30306 0.50403 0.31337 0.49097 0.31367 0.47794 0.31426 0.46496 0.31514 0.45202 0.31632 0.43916 0.31779 0.42639 0.31955 0.41371 0.32160 0.40116 0.32394 0.38874 0.32656 0.37647 0.32945 0.36436 0.33263 0.35243 0.33607 0.34069 0.33979 0.32916 0.34376 0.31784 0.34800 0.30677 0.35249 0.29594 0.35723 0.28538 0.36220 0.27508 0.36742 0.26508 0.37287 0.25537 0.37853 0.24598 0.38442 0.23691 0.39051 0.22817 0.39681 0.21977 0.40330 0.21173 0.40997 0.20405 0.41683 0.19675 0.42385 0.18983 0.43103 0.18330 0.43837 0.17717 0.44585 0.17144 0.45346 0.16613 0.46120 0.16124 0.46906 0.15677 0.47702 0.15274 0.48507 0.14914 0.49322 0.14598 0.50144 0.14326 0.50972 0.14099 0.51806 0.13918 0.52645 0.13781 0.53488 0.13690 0.54333 0.13644 0.55180 0.13644 0.56027 0.13690 0.56873 0.13781 0.57718 0.13918 0.58561 0.14099 0.59400 0.14326 0.60234\n 40 6 13\n 38 6 1\n 14 226 10 0.50398 0.30306 0.51713 0.30306 0.53028 0.30336 0.54341 0.30395 0.55649 0.30484 0.55615 0.31514 0.54317 0.31426 0.53014 0.31367 0.51709 0.31337 0.50403 0.31337\n 40 6 12\n 38 6 1\n 14 72 3 0.56914 0.31515 0.56909 0.31632 0.56350 0.31581\n 40 6 13\n 38 6 1\n 14 116 5 0.56952 0.30603 0.56914 0.31515 0.56350 0.31581 0.55615 0.31514 0.55649 0.30484\n 40 6 12\n 38 6 1\n 14 94 4 0.58206 0.31564 0.58195 0.31779 0.56909 0.31632 0.56914 0.31515\n 40 6 13\n 38 6 1\n 14 94 4 0.58248 0.30751 0.58206 0.31564 0.56914 0.31515 0.56952 0.30603\n 40 6 12\n 38 6 1\n 14 94 4 0.59473 0.31947 0.59472 0.31955 0.58195 0.31779 0.58206 0.31564\n 40 6 13\n 38 6 1\n 14 94 4 0.59535 0.30929 0.59473 0.31947 0.58206 0.31564 0.58248 0.30751\n 40 6 12\n 38 6 1\n 14 94 4 0.60765 0.31802 0.60740 0.32160 0.59472 0.31955 0.59473 0.31947\n 40 6 13\n 38 6 1\n 14 94 4 0.60812 0.31135 0.60765 0.31802 0.59473 0.31947 0.59535 0.30929\n 40 6 12\n 38 6 1\n 14 94 4 0.62013 0.32173 0.61995 0.32394 0.60740 0.32160 0.60765 0.31802\n 40 6 13\n 38 6 1\n 14 94 4 0.62077 0.31371 0.62013 0.32173 0.60765 0.31802 0.60812 0.31135\n 40 6 12\n 38 6 1\n 14 72 3 0.62730 0.32549 0.61995 0.32394 0.62013 0.32173\n 40 6 13\n 38 6 1\n 14 116 5 0.63328 0.31634 0.63237 0.32656 0.62730 0.32549 0.62013 0.32173 0.62077 0.31371\n 40 6 13\n 38 6 1\n 14 1018 46 0.63328 0.31634 0.64564 0.31926 0.65784 0.32246 0.66986 0.32593 0.68169 0.32967 0.69331 0.33368 0.70470 0.33795 0.71586 0.34247 0.72677 0.34724 0.73741 0.35226 0.74778 0.35751 0.75786 0.36300 0.76764 0.36871 0.77710 0.37464 0.78624 0.38078 0.79505 0.38712 0.80350 0.39366 0.81160 0.40038 0.81934 0.40728 0.82670 0.41436 0.83367 0.42160 0.84025 0.42899 0.84642 0.43652 0.84394 0.44585 0.83781 0.43837 0.83128 0.43103 0.82436 0.42385 0.81706 0.41683 0.80938 0.40997 0.80134 0.40330 0.79294 0.39681 0.78420 0.39051 0.77513 0.38442 0.76574 0.37853 0.75603 0.37287 0.74603 0.36742 0.73574 0.36220 0.72517 0.35723 0.71434 0.35249 0.70327 0.34800 0.69196 0.34376 0.68042 0.33979 0.66869 0.33607 0.65675 0.33263 0.64464 0.32945 0.63237 0.32656\n 40 6 13\n 38 6 1\n 14 798 36 0.85754 0.45199 0.86247 0.45990 0.86697 0.46792 0.87104 0.47604 0.87467 0.48424 0.87785 0.49253 0.88058 0.50087 0.88287 0.50928 0.88470 0.51773 0.88608 0.52622 0.88699 0.53473 0.88745 0.54326 0.88745 0.55179 0.88699 0.56032 0.88608 0.56884 0.88470 0.57732 0.88287 0.58578 0.88058 0.59418 0.87785 0.60234 0.88012 0.59400 0.88193 0.58561 0.88330 0.57718 0.88421 0.56873 0.88467 0.56027 0.88467 0.55180 0.88421 0.54333 0.88330 0.53488 0.88193 0.52645 0.88012 0.51806 0.87785 0.50972 0.87513 0.50144 0.87197 0.49322 0.86837 0.48507 0.86434 0.47702 0.85987 0.46906 0.85498 0.46120\n 40 6 13\n 38 6 1\n 14 2250 102 0.14326 0.60234 0.14099 0.59400 0.13918 0.58561 0.13781 0.57718 0.13690 0.56873 0.13644 0.56027 0.13644 0.55180 0.13690 0.54333 0.13781 0.53488 0.13918 0.52645 0.14099 0.51806 0.14326 0.50972 0.14598 0.50144 0.14914 0.49322 0.15274 0.48507 0.15677 0.47702 0.16124 0.46906 0.16613 0.46120 0.17144 0.45346 0.17717 0.44585 0.18330 0.43837 0.18983 0.43103 0.19675 0.42385 0.20405 0.41683 0.21173 0.40997 0.21977 0.40330 0.22817 0.39681 0.23691 0.39051 0.24598 0.38442 0.25537 0.37853 0.26508 0.37287 0.27508 0.36742 0.28538 0.36220 0.29594 0.35723 0.30677 0.35249 0.31784 0.34800 0.32916 0.34376 0.34069 0.33979 0.35243 0.33607 0.36436 0.33263 0.37647 0.32945 0.38874 0.32656 0.40116 0.32394 0.41371 0.32160 0.42639 0.31955 0.43916 0.31779 0.45202 0.31632 0.46496 0.31514 0.47794 0.31426 0.49097 0.31367 0.50403 0.31337 0.50408 0.32391 0.49114 0.32420 0.47823 0.32479 0.46535 0.32567 0.45253 0.32684 0.43978 0.32829 0.42712 0.33004 0.41455 0.33207 0.40211 0.33439 0.38979 0.33698 0.37763 0.33985 0.36562 0.34300 0.35380 0.34641 0.34216 0.35010 0.33073 0.35404 0.31951 0.35824 0.30853 0.36269 0.29780 0.36738 0.28733 0.37232 0.27712 0.37749 0.26721 0.38289 0.25758 0.38851 0.24827 0.39434 0.23928 0.40038 0.23061 0.40662 0.22229 0.41306 0.21432 0.41967 0.20671 0.42647 0.19947 0.43343 0.19261 0.44055 0.18614 0.44782 0.18006 0.45524 0.17438 0.46279 0.16912 0.47046 0.16427 0.47825 0.15984 0.48614 0.15584 0.49412 0.15227 0.50220 0.14914 0.51035 0.14645 0.51856 0.14420 0.52683 0.14239 0.53515 0.14104 0.54350 0.14014 0.55188 0.13969 0.56027 0.13969 0.56867 0.14014 0.57706 0.14104 0.58544 0.14239 0.59379 0.14420 0.60210 0.14645 0.61037\n 40 6 12\n 38 6 1\n 14 72 3 0.51704 0.32252 0.51703 0.32391 0.51033 0.32391\n 40 6 13\n 38 6 1\n 14 116 5 0.51709 0.31337 0.51704 0.32252 0.51033 0.32391 0.50408 0.32391 0.50403 0.31337\n 40 6 12\n 38 6 1\n 14 94 4 0.53005 0.31895 0.52997 0.32420 0.51703 0.32391 0.51704 0.32252\n 40 6 13\n 38 6 1\n 14 94 4 0.53014 0.31367 0.53005 0.31895 0.51704 0.32252 0.51709 0.31337\n 40 6 12\n 38 6 1\n 14 94 4 0.54310 0.31676 0.54288 0.32479 0.52997 0.32420 0.53005 0.31895\n 40 6 13\n 38 6 1\n 14 94 4 0.54317 0.31426 0.54310 0.31676 0.53005 0.31895 0.53014 0.31367\n 40 6 12\n 38 6 1\n 14 94 4 0.55606 0.31758 0.55576 0.32567 0.54288 0.32479 0.54310 0.31676\n 40 6 13\n 38 6 1\n 14 94 4 0.55615 0.31514 0.55606 0.31758 0.54310 0.31676 0.54317 0.31426\n 40 6 12\n 38 6 1\n 14 116 5 0.56350 0.31581 0.56909 0.31632 0.56858 0.32684 0.55576 0.32567 0.55606 0.31758\n 40 6 13\n 38 6 1\n 14 72 3 0.56350 0.31581 0.55606 0.31758 0.55615 0.31514\n 40 6 12\n 38 6 1\n 14 226 10 0.56909 0.31632 0.58195 0.31779 0.59472 0.31955 0.60740 0.32160 0.61995 0.32394 0.61900 0.33439 0.60656 0.33207 0.59400 0.33004 0.58133 0.32829 0.56858 0.32684\n 40 6 12\n 38 6 1\n 14 116 5 0.62730 0.32549 0.63221 0.32817 0.63132 0.33698 0.61900 0.33439 0.61995 0.32394\n 40 6 13\n 38 6 1\n 14 72 3 0.62730 0.32549 0.63237 0.32656 0.63221 0.32817\n 40 6 12\n 38 6 1\n 14 94 4 0.64403 0.33495 0.64348 0.33985 0.63132 0.33698 0.63221 0.32817\n 40 6 13\n 38 6 1\n 14 94 4 0.64464 0.32945 0.64403 0.33495 0.63221 0.32817 0.63237 0.32656\n 40 6 12\n 38 6 1\n 14 72 3 0.65430 0.34269 0.64348 0.33985 0.64403 0.33495\n 40 6 13\n 38 6 1\n 14 116 5 0.65675 0.33263 0.65549 0.34300 0.65430 0.34269 0.64403 0.33495 0.64464 0.32945\n 40 6 12\n 38 6 1\n 14 72 3 0.66756 0.34458 0.66731 0.34641 0.65763 0.34362\n 40 6 13\n 38 6 1\n 14 116 5 0.66869 0.33607 0.66756 0.34458 0.65763 0.34362 0.65549 0.34300 0.65675 0.33263\n 40 6 12\n 38 6 1\n 14 72 3 0.67344 0.34835 0.66731 0.34641 0.66756 0.34458\n 40 6 13\n 38 6 1\n 14 116 5 0.68042 0.33979 0.67895 0.35010 0.67344 0.34835 0.66756 0.34458 0.66869 0.33607\n 40 6 13\n 38 6 1\n 14 842 38 0.68042 0.33979 0.69196 0.34376 0.70327 0.34800 0.71434 0.35249 0.72517 0.35723 0.73574 0.36220 0.74603 0.36742 0.75603 0.37287 0.76574 0.37853 0.77513 0.38442 0.78420 0.39051 0.79294 0.39681 0.80134 0.40330 0.80938 0.40997 0.81706 0.41683 0.82436 0.42385 0.83128 0.43103 0.83781 0.43837 0.84394 0.44585 0.84105 0.45524 0.83497 0.44782 0.82850 0.44055 0.82164 0.43343 0.81440 0.42647 0.80679 0.41967 0.79882 0.41306 0.79050 0.40662 0.78183 0.40038 0.77284 0.39434 0.76353 0.38851 0.75390 0.38289 0.74399 0.37749 0.73378 0.37232 0.72331 0.36738 0.71258 0.36269 0.70160 0.35824 0.69038 0.35404 0.67895 0.35010\n 40 6 13\n 38 6 1\n 14 842 38 0.85498 0.46120 0.85987 0.46906 0.86434 0.47702 0.86837 0.48507 0.87197 0.49322 0.87513 0.50144 0.87785 0.50972 0.88012 0.51806 0.88193 0.52645 0.88330 0.53488 0.88421 0.54333 0.88467 0.55180 0.88467 0.56027 0.88421 0.56873 0.88330 0.57718 0.88193 0.58561 0.88012 0.59400 0.87785 0.60234 0.87513 0.61063 0.87197 0.61859 0.87467 0.61037 0.87691 0.60210 0.87872 0.59379 0.88007 0.58544 0.88097 0.57706 0.88142 0.56867 0.88142 0.56027 0.88097 0.55188 0.88007 0.54350 0.87872 0.53515 0.87691 0.52683 0.87467 0.51856 0.87197 0.51035 0.86884 0.50220 0.86527 0.49412 0.86127 0.48614 0.85684 0.47825 0.85199 0.47046\n 40 6 12\n 38 6 1\n 14 72 3 0.14787 0.61019 0.15007 0.61827 0.14858 0.61502\n 40 6 13\n 38 6 1\n 14 116 5 0.14420 0.60210 0.14785 0.61009 0.14787 0.61019 0.14858 0.61502 0.14645 0.61037\n 40 6 13\n 38 6 1\n 14 2030 92 0.14420 0.60210 0.14239 0.59379 0.14104 0.58544 0.14014 0.57706 0.13969 0.56867 0.13969 0.56027 0.14014 0.55188 0.14104 0.54350 0.14239 0.53515 0.14420 0.52683 0.14645 0.51856 0.14914 0.51035 0.15227 0.50220 0.15584 0.49412 0.15984 0.48614 0.16427 0.47825 0.16912 0.47046 0.17438 0.46279 0.18006 0.45524 0.18614 0.44782 0.19261 0.44055 0.19947 0.43343 0.20671 0.42647 0.21432 0.41967 0.22229 0.41306 0.23061 0.40662 0.23928 0.40038 0.24827 0.39434 0.25758 0.38851 0.26721 0.38289 0.27712 0.37749 0.28733 0.37232 0.29780 0.36738 0.30853 0.36269 0.31951 0.35824 0.33073 0.35404 0.34216 0.35010 0.35380 0.34641 0.36562 0.34300 0.37763 0.33985 0.38979 0.33698 0.40211 0.33439 0.41455 0.33207 0.42712 0.33004 0.43978 0.32829 0.45253 0.32684 0.45311 0.33756 0.44048 0.33900 0.42795 0.34073 0.41551 0.34274 0.40319 0.34503 0.39100 0.34760 0.37895 0.35045 0.36707 0.35356 0.35536 0.35694 0.34384 0.36059 0.33252 0.36449 0.32142 0.36865 0.31055 0.37306 0.29992 0.37770 0.28955 0.38259 0.27945 0.38771 0.26963 0.39305 0.26010 0.39862 0.25088 0.40439 0.24198 0.41037 0.23340 0.41655 0.22516 0.42292 0.21727 0.42947 0.20974 0.43620 0.20257 0.44309 0.19578 0.45014 0.18937 0.45734 0.18335 0.46468 0.17773 0.47216 0.17252 0.47975 0.16772 0.48746 0.16333 0.49527 0.15937 0.50318 0.15584 0.51117 0.15274 0.51924 0.15007 0.52737 0.14785 0.53556 0.14606 0.54380 0.14472 0.55206 0.14383 0.56036 0.14338 0.56867 0.14338 0.57698 0.14383 0.58529 0.14472 0.59358 0.14606 0.60185 0.14785 0.61009\n 40 6 12\n 38 6 1\n 14 72 3 0.46568 0.33343 0.46580 0.33640 0.45738 0.33717\n 40 6 13\n 38 6 1\n 14 116 5 0.46535 0.32567 0.46568 0.33343 0.45738 0.33717 0.45311 0.33756 0.45253 0.32684\n 40 6 12\n 38 6 1\n 14 94 4 0.47842 0.33127 0.47855 0.33553 0.46580 0.33640 0.46568 0.33343\n 40 6 13\n 38 6 1\n 14 94 4 0.47823 0.32479 0.47842 0.33127 0.46568 0.33343 0.46535 0.32567\n 40 6 12\n 38 6 1\n 14 94 4 0.49116 0.32498 0.49134 0.33495 0.47855 0.33553 0.47842 0.33127\n 40 6 13\n 38 6 1\n 14 94 4 0.49114 0.32420 0.49116 0.32498 0.47842 0.33127 0.47823 0.32479\n 40 6 12\n 38 6 1\n 14 94 4 0.50409 0.32513 0.50415 0.33466 0.49134 0.33495 0.49116 0.32498\n 40 6 13\n 38 6 1\n 14 94 4 0.50408 0.32391 0.50409 0.32513 0.49116 0.32498 0.49114 0.32420\n 40 6 12\n 38 6 1\n 14 116 5 0.51033 0.32391 0.51703 0.32391 0.51696 0.33466 0.50415 0.33466 0.50409 0.32513\n 40 6 13\n 38 6 1\n 14 72 3 0.51033 0.32391 0.50409 0.32513 0.50408 0.32391\n 40 6 12\n 38 6 1\n 14 490 22 0.51703 0.32391 0.52997 0.32420 0.54288 0.32479 0.55576 0.32567 0.56858 0.32684 0.58133 0.32829 0.59400 0.33004 0.60656 0.33207 0.61900 0.33439 0.63132 0.33698 0.64348 0.33985 0.64216 0.35045 0.63011 0.34760 0.61792 0.34503 0.60560 0.34274 0.59316 0.34073 0.58063 0.33900 0.56800 0.33756 0.55531 0.33640 0.54256 0.33553 0.52977 0.33495 0.51696 0.33466\n 40 6 12\n 38 6 1\n 14 116 5 0.65430 0.34269 0.65545 0.34326 0.65404 0.35356 0.64216 0.35045 0.64348 0.33985\n 40 6 13\n 38 6 1\n 14 72 3 0.65430 0.34269 0.65549 0.34300 0.65545 0.34326\n 40 6 12\n 38 6 1\n 14 116 5 0.65763 0.34362 0.66731 0.34641 0.66575 0.35694 0.65404 0.35356 0.65545 0.34326\n 40 6 13\n 38 6 1\n 14 72 3 0.65763 0.34362 0.65545 0.34326 0.65549 0.34300\n 40 6 12\n 38 6 1\n 14 116 5 0.67344 0.34835 0.67875 0.35134 0.67727 0.36059 0.66575 0.35694 0.66731 0.34641\n 40 6 13\n 38 6 1\n 14 72 3 0.67344 0.34835 0.67895 0.35010 0.67875 0.35134\n 40 6 12\n 38 6 1\n 14 94 4 0.68992 0.35675 0.68859 0.36449 0.67727 0.36059 0.67875 0.35134\n 40 6 13\n 38 6 1\n 14 94 4 0.69038 0.35404 0.68992 0.35675 0.67875 0.35134 0.67895 0.35010\n 40 6 12\n 38 6 1\n 14 94 4 0.70094 0.36185 0.69969 0.36865 0.68859 0.36449 0.68992 0.35675\n 40 6 13\n 38 6 1\n 14 94 4 0.70160 0.35824 0.70094 0.36185 0.68992 0.35675 0.69038 0.35404\n 40 6 12\n 38 6 1\n 14 94 4 0.71163 0.36757 0.71056 0.37306 0.69969 0.36865 0.70094 0.36185\n 40 6 13\n 38 6 1\n 14 94 4 0.71258 0.36269 0.71163 0.36757 0.70094 0.36185 0.70160 0.35824\n 40 6 12\n 38 6 1\n 14 94 4 0.72177 0.37489 0.72119 0.37770 0.71056 0.37306 0.71163 0.36757\n 40 6 13\n 38 6 1\n 14 94 4 0.72331 0.36738 0.72177 0.37489 0.71163 0.36757 0.71258 0.36269\n 40 6 12\n 38 6 1\n 14 72 3 0.72729 0.38058 0.72119 0.37770 0.72177 0.37489\n 40 6 13\n 38 6 1\n 14 116 5 0.73378 0.37232 0.73156 0.38259 0.72729 0.38058 0.72177 0.37489 0.72331 0.36738\n 40 6 13\n 38 6 1\n 14 490 22 0.73378 0.37232 0.74399 0.37749 0.75390 0.38289 0.76353 0.38851 0.77284 0.39434 0.78183 0.40038 0.79050 0.40662 0.79882 0.41306 0.80679 0.41967 0.81440 0.42647 0.82164 0.43343 0.81854 0.44309 0.81137 0.43620 0.80384 0.42947 0.79595 0.42292 0.78771 0.41655 0.77913 0.41037 0.77023 0.40439 0.76101 0.39862 0.75148 0.39305 0.74166 0.38771 0.73156 0.38259\n 40 6 13\n 38 6 1\n 14 930 42 0.83497 0.44782 0.84105 0.45524 0.84673 0.46279 0.85199 0.47046 0.85684 0.47825 0.86127 0.48614 0.86527 0.49412 0.86884 0.50220 0.87197 0.51035 0.87467 0.51856 0.87691 0.52683 0.87872 0.53515 0.88007 0.54350 0.88097 0.55188 0.88142 0.56027 0.88142 0.56867 0.88097 0.57706 0.88007 0.58544 0.87872 0.59379 0.87691 0.60210 0.87467 0.61037 0.87104 0.61827 0.87326 0.61009 0.87505 0.60185 0.87639 0.59358 0.87728 0.58529 0.87773 0.57698 0.87773 0.56867 0.87728 0.56036 0.87639 0.55206 0.87505 0.54380 0.87326 0.53556 0.87104 0.52737 0.86837 0.51924 0.86527 0.51117 0.86174 0.50318 0.85778 0.49527 0.85339 0.48746 0.84859 0.47975 0.84338 0.47216 0.83776 0.46468 0.83174 0.45734\n 40 6 12\n 38 6 1\n 14 72 3 0.86943 0.62412 0.86837 0.62641 0.86965 0.62253\n 40 6 13\n 38 6 1\n 14 116 5 0.87197 0.61859 0.86943 0.62412 0.86965 0.62253 0.87104 0.61827 0.87467 0.61037\n 40 6 12\n 38 6 1\n 14 94 4 0.86865 0.62716 0.86527 0.63447 0.86837 0.62641 0.86943 0.62412\n 40 6 13\n 38 6 1\n 14 94 4 0.86884 0.62674 0.86865 0.62716 0.86943 0.62412 0.87197 0.61859\n 40 6 12\n 38 6 1\n 14 94 4 0.15274 0.62641 0.15007 0.61827 0.15414 0.62603 0.15677 0.63407\n 40 6 12\n 38 6 1\n 14 116 5 0.14787 0.61019 0.14786 0.61012 0.15194 0.61793 0.15414 0.62603 0.15007 0.61827\n 40 6 13\n 38 6 1\n 14 72 3 0.14787 0.61019 0.14785 0.61009 0.14786 0.61012\n 40 6 12\n 38 6 1\n 14 94 4 0.14812 0.60582 0.15017 0.60979 0.15194 0.61793 0.14786 0.61012\n 40 6 13\n 38 6 1\n 14 94 4 0.14606 0.60185 0.14812 0.60582 0.14786 0.61012 0.14785 0.61009\n 40 6 12\n 38 6 1\n 14 94 4 0.14734 0.59868 0.14885 0.60162 0.15017 0.60979 0.14812 0.60582\n 40 6 13\n 38 6 1\n 14 94 4 0.14472 0.59358 0.14734 0.59868 0.14812 0.60582 0.14606 0.60185\n 40 6 12\n 38 6 1\n 14 94 4 0.14778 0.59305 0.14796 0.59342 0.14885 0.60162 0.14734 0.59868\n 40 6 13\n 38 6 1\n 14 94 4 0.14383 0.58529 0.14778 0.59305 0.14734 0.59868 0.14472 0.59358\n 40 6 12\n 38 6 1\n 14 72 3 0.14791 0.59249 0.14796 0.59342 0.14778 0.59305\n 40 6 13\n 38 6 1\n 14 116 5 0.14338 0.57698 0.14752 0.58520 0.14791 0.59249 0.14778 0.59305 0.14383 0.58529\n 40 6 13\n 38 6 1\n 14 1722 78 0.14338 0.57698 0.14338 0.56867 0.14383 0.56036 0.14472 0.55206 0.14606 0.54380 0.14785 0.53556 0.15007 0.52737 0.15274 0.51924 0.15584 0.51117 0.15937 0.50318 0.16333 0.49527 0.16772 0.48746 0.17252 0.47975 0.17773 0.47216 0.18335 0.46468 0.18937 0.45734 0.19578 0.45014 0.20257 0.44309 0.20974 0.43620 0.21727 0.42947 0.22516 0.42292 0.23340 0.41655 0.24198 0.41037 0.25088 0.40439 0.26010 0.39862 0.26963 0.39305 0.27945 0.38771 0.28955 0.38259 0.29992 0.37770 0.31055 0.37306 0.32142 0.36865 0.33252 0.36449 0.34384 0.36059 0.35536 0.35694 0.36707 0.35356 0.37895 0.35045 0.39100 0.34760 0.40319 0.34503 0.41551 0.34274 0.41658 0.35361 0.40440 0.35587 0.39235 0.35841 0.38044 0.36122 0.36869 0.36430 0.35711 0.36765 0.34572 0.37125 0.33453 0.37511 0.32355 0.37922 0.31280 0.38358 0.30230 0.38817 0.29204 0.39301 0.28206 0.39807 0.27235 0.40335 0.26293 0.40885 0.25381 0.41456 0.24501 0.42047 0.23653 0.42658 0.22838 0.43288 0.22058 0.43936 0.21313 0.44601 0.20604 0.45282 0.19933 0.45980 0.19299 0.46692 0.18704 0.47417 0.18149 0.48156 0.17633 0.48907 0.17158 0.49669 0.16725 0.50442 0.16333 0.51224 0.15984 0.52014 0.15677 0.52811 0.15414 0.53616 0.15194 0.54425 0.15017 0.55239 0.14885 0.56057 0.14796 0.56877 0.14752 0.57698 0.14752 0.58520\n 40 6 12\n 38 6 1\n 14 72 3 0.42854 0.34768 0.42888 0.35162 0.41975 0.35309\n 40 6 13\n 38 6 1\n 14 116 5 0.42795 0.34073 0.42854 0.34768 0.41975 0.35309 0.41658 0.35361 0.41551 0.34274\n 40 6 12\n 38 6 1\n 14 94 4 0.44095 0.34543 0.44127 0.34991 0.42888 0.35162 0.42854 0.34768\n 40 6 13\n 38 6 1\n 14 94 4 0.44048 0.33900 0.44095 0.34543 0.42854 0.34768 0.42795 0.34073\n 40 6 12\n 38 6 1\n 14 94 4 0.45326 0.34013 0.45376 0.34848 0.44127 0.34991 0.44095 0.34543\n 40 6 13\n 38 6 1\n 14 94 4 0.45311 0.33756 0.45326 0.34013 0.44095 0.34543 0.44048 0.33900\n 40 6 12\n 38 6 1\n 14 116 5 0.45738 0.33717 0.46580 0.33640 0.46631 0.34734 0.45376 0.34848 0.45326 0.34013\n 40 6 13\n 38 6 1\n 14 72 3 0.45738 0.33717 0.45326 0.34013 0.45311 0.33756\n 40 6 12\n 38 6 1\n 14 974 44 0.46580 0.33640 0.47855 0.33553 0.49134 0.33495 0.50415 0.33466 0.51696 0.33466 0.52977 0.33495 0.54256 0.33553 0.55531 0.33640 0.56800 0.33756 0.58063 0.33900 0.59316 0.34073 0.60560 0.34274 0.61792 0.34503 0.63011 0.34760 0.64216 0.35045 0.65404 0.35356 0.66575 0.35694 0.67727 0.36059 0.68859 0.36449 0.69969 0.36865 0.71056 0.37306 0.72119 0.37770 0.71881 0.38817 0.70831 0.38358 0.69756 0.37922 0.68658 0.37511 0.67539 0.37125 0.66400 0.36765 0.65243 0.36430 0.64067 0.36122 0.62877 0.35841 0.61671 0.35587 0.60453 0.35361 0.59223 0.35162 0.57984 0.34991 0.56735 0.34848 0.55480 0.34734 0.54220 0.34648 0.52956 0.34590 0.51689 0.34562 0.50422 0.34562 0.49155 0.34590 0.47891 0.34648 0.46631 0.34734\n 40 6 12\n 38 6 1\n 14 116 5 0.72729 0.38058 0.73129 0.38373 0.72907 0.39301 0.71881 0.38817 0.72119 0.37770\n 40 6 13\n 38 6 1\n 14 72 3 0.72729 0.38058 0.73156 0.38259 0.73129 0.38373\n 40 6 12\n 38 6 1\n 14 94 4 0.74063 0.39181 0.73905 0.39807 0.72907 0.39301 0.73129 0.38373\n 40 6 13\n 38 6 1\n 14 94 4 0.74166 0.38771 0.74063 0.39181 0.73129 0.38373 0.73156 0.38259\n 40 6 12\n 38 6 1\n 14 94 4 0.75020 0.39790 0.74876 0.40335 0.73905 0.39807 0.74063 0.39181\n 40 6 13\n 38 6 1\n 14 94 4 0.75148 0.39305 0.75020 0.39790 0.74063 0.39181 0.74166 0.38771\n 40 6 12\n 38 6 1\n 14 94 4 0.75956 0.40385 0.75818 0.40885 0.74876 0.40335 0.75020 0.39790\n 40 6 13\n 38 6 1\n 14 94 4 0.76101 0.39862 0.75956 0.40385 0.75020 0.39790 0.75148 0.39305\n 40 6 12\n 38 6 1\n 14 94 4 0.76775 0.41300 0.76730 0.41456 0.75818 0.40885 0.75956 0.40385\n 40 6 13\n 38 6 1\n 14 94 4 0.77023 0.40439 0.76775 0.41300 0.75956 0.40385 0.76101 0.39862\n 40 6 12\n 38 6 1\n 14 72 3 0.76916 0.41581 0.76730 0.41456 0.76775 0.41300\n 40 6 13\n 38 6 1\n 14 116 5 0.77913 0.41037 0.77610 0.42047 0.76916 0.41581 0.76775 0.41300 0.77023 0.40439\n 40 6 12\n 38 6 1\n 14 94 4 0.80915 0.44263 0.80798 0.44601 0.80053 0.43936 0.80068 0.43890\n 40 6 13\n 38 6 1\n 14 94 4 0.81137 0.43620 0.80915 0.44263 0.80068 0.43890 0.80384 0.42947\n 40 6 12\n 38 6 1\n 14 94 4 0.81518 0.45250 0.81507 0.45282 0.80798 0.44601 0.80915 0.44263\n 40 6 13\n 38 6 1\n 14 94 4 0.81854 0.44309 0.81518 0.45250 0.80915 0.44263 0.81137 0.43620\n 40 6 13\n 38 6 1\n 14 798 36 0.83174 0.45734 0.83776 0.46468 0.84338 0.47216 0.84859 0.47975 0.85339 0.48746 0.85778 0.49527 0.86174 0.50318 0.86527 0.51117 0.86837 0.51924 0.87104 0.52737 0.87326 0.53556 0.87505 0.54380 0.87639 0.55206 0.87728 0.56036 0.87773 0.56867 0.87773 0.57698 0.87728 0.58529 0.87639 0.59358 0.87226 0.60162 0.87315 0.59342 0.87359 0.58520 0.87359 0.57698 0.87315 0.56877 0.87226 0.56057 0.87094 0.55239 0.86917 0.54425 0.86697 0.53616 0.86434 0.52811 0.86127 0.52014 0.85778 0.51224 0.85386 0.50442 0.84953 0.49669 0.84478 0.48907 0.83963 0.48156 0.83407 0.47417 0.82812 0.46692\n 40 6 12\n 38 6 1\n 14 72 3 0.87123 0.60922 0.87094 0.60979 0.87118 0.60827\n 40 6 13\n 38 6 1\n 14 116 5 0.87505 0.60185 0.87123 0.60922 0.87118 0.60827 0.87226 0.60162 0.87639 0.59358\n 40 6 12\n 38 6 1\n 14 94 4 0.87067 0.61507 0.86917 0.61793 0.87094 0.60979 0.87123 0.60922\n 40 6 13\n 38 6 1\n 14 94 4 0.87326 0.61009 0.87067 0.61507 0.87123 0.60922 0.87505 0.60185\n 40 6 12\n 38 6 1\n 14 94 4 0.86960 0.62103 0.86697 0.62603 0.86917 0.61793 0.87067 0.61507\n 40 6 13\n 38 6 1\n 14 94 4 0.87104 0.61827 0.86960 0.62103 0.87067 0.61507 0.87326 0.61009\n 40 6 12\n 38 6 1\n 14 116 5 0.86965 0.62253 0.86837 0.62641 0.86434 0.63407 0.86697 0.62603 0.86960 0.62103\n 40 6 13\n 38 6 1\n 14 72 3 0.86965 0.62253 0.86960 0.62103 0.87104 0.61827\n 40 6 12\n 38 6 1\n 14 138 6 0.86837 0.62641 0.86527 0.63447 0.86174 0.64247 0.85778 0.64995 0.86127 0.64205 0.86434 0.63407\n 40 6 11\n 38 6 1\n 14 72 3 0.16044 0.63914 0.16124 0.64157 0.16069 0.64065\n 40 6 12\n 38 6 1\n 14 116 5 0.15414 0.62603 0.15864 0.63363 0.16044 0.63914 0.16069 0.64065 0.15677 0.63407\n 40 6 12\n 38 6 1\n 14 226 10 0.15414 0.62603 0.15194 0.61793 0.15017 0.60979 0.14885 0.60162 0.14796 0.59342 0.15254 0.60143 0.15342 0.60953 0.15472 0.61760 0.15646 0.62564 0.15864 0.63363\n 40 6 12\n 38 6 1\n 14 116 5 0.14791 0.59249 0.14981 0.58926 0.15211 0.59332 0.15254 0.60143 0.14796 0.59342\n 40 6 13\n 38 6 1\n 14 72 3 0.14791 0.59249 0.14752 0.58520 0.14981 0.58926\n 40 6 12\n 38 6 1\n 14 72 3 0.15211 0.58853 0.15211 0.59332 0.14981 0.58926\n 40 6 13\n 38 6 1\n 14 116 5 0.14752 0.57698 0.15211 0.58520 0.15211 0.58853 0.14981 0.58926 0.14752 0.58520\n 40 6 12\n 38 6 1\n 14 72 3 0.15182 0.57578 0.15254 0.57709 0.15236 0.58053\n 40 6 13\n 38 6 1\n 14 116 5 0.14796 0.56877 0.15182 0.57578 0.15236 0.58053 0.15211 0.58520 0.14752 0.57698\n 40 6 12\n 38 6 1\n 14 94 4 0.15191 0.56621 0.15342 0.56900 0.15254 0.57709 0.15182 0.57578\n 40 6 13\n 38 6 1\n 14 94 4 0.14885 0.56057 0.15191 0.56621 0.15182 0.57578 0.14796 0.56877\n 40 6 12\n 38 6 1\n 14 94 4 0.15311 0.55790 0.15472 0.56092 0.15342 0.56900 0.15191 0.56621\n 40 6 13\n 38 6 1\n 14 94 4 0.15017 0.55239 0.15311 0.55790 0.15191 0.56621 0.14885 0.56057\n 40 6 12\n 38 6 1\n 14 94 4 0.15488 0.54987 0.15646 0.55289 0.15472 0.56092 0.15311 0.55790\n 40 6 13\n 38 6 1\n 14 94 4 0.15194 0.54425 0.15488 0.54987 0.15311 0.55790 0.15017 0.55239\n 40 6 12\n 38 6 1\n 14 94 4 0.15685 0.54143 0.15864 0.54489 0.15646 0.55289 0.15488 0.54987\n 40 6 13\n 38 6 1\n 14 94 4 0.15414 0.53616 0.15685 0.54143 0.15488 0.54987 0.15194 0.54425\n 40 6 12\n 38 6 1\n 14 94 4 0.16081 0.53610 0.16124 0.53695 0.15864 0.54489 0.15685 0.54143\n 40 6 13\n 38 6 1\n 14 94 4 0.15677 0.52811 0.16081 0.53610 0.15685 0.54143 0.15414 0.53616\n 40 6 12\n 38 6 1\n 14 72 3 0.16332 0.53153 0.16124 0.53695 0.16081 0.53610\n 40 6 13\n 38 6 1\n 14 116 5 0.15984 0.52014 0.16427 0.52908 0.16332 0.53153 0.16081 0.53610 0.15677 0.52811\n 40 6 13\n 38 6 1\n 14 1018 46 0.15984 0.52014 0.16333 0.51224 0.16725 0.50442 0.17158 0.49669 0.17633 0.48907 0.18149 0.48156 0.18704 0.47417 0.19299 0.46692 0.19933 0.45980 0.20604 0.45282 0.21313 0.44601 0.22058 0.43936 0.22838 0.43288 0.23653 0.42658 0.24501 0.42047 0.25381 0.41456 0.26293 0.40885 0.27235 0.40335 0.28206 0.39807 0.29204 0.39301 0.30230 0.38817 0.31280 0.38358 0.32355 0.37922 0.32591 0.38994 0.31530 0.39424 0.30493 0.39878 0.29480 0.40355 0.28494 0.40855 0.27536 0.41376 0.26606 0.41920 0.25705 0.42483 0.24836 0.43067 0.23999 0.43670 0.23195 0.44292 0.22424 0.44932 0.21689 0.45588 0.20989 0.46261 0.20326 0.46950 0.19700 0.47653 0.19113 0.48369 0.18564 0.49099 0.18055 0.49840 0.17586 0.50593 0.17158 0.51356 0.16772 0.52128 0.16427 0.52908\n 40 6 12\n 38 6 1\n 14 72 3 0.33639 0.38414 0.33675 0.38588 0.33110 0.38800\n 40 6 13\n 38 6 1\n 14 116 5 0.33453 0.37511 0.33639 0.38414 0.33110 0.38800 0.32591 0.38994 0.32355 0.37922\n 40 6 12\n 38 6 1\n 14 94 4 0.34729 0.37944 0.34780 0.38207 0.33675 0.38588 0.33639 0.38414\n 40 6 13\n 38 6 1\n 14 94 4 0.34572 0.37125 0.34729 0.37944 0.33639 0.38414 0.33453 0.37511\n 40 6 12\n 38 6 1\n 14 94 4 0.35823 0.37394 0.35904 0.37851 0.34780 0.38207 0.34729 0.37944\n 40 6 13\n 38 6 1\n 14 94 4 0.35711 0.36765 0.35823 0.37394 0.34729 0.37944 0.34572 0.37125\n 40 6 12\n 38 6 1\n 14 94 4 0.36932 0.36818 0.37048 0.37521 0.35904 0.37851 0.35823 0.37394\n 40 6 13\n 38 6 1\n 14 94 4 0.36869 0.36430 0.36932 0.36818 0.35823 0.37394 0.35711 0.36765\n 40 6 12\n 38 6 1\n 14 94 4 0.38099 0.36490 0.38208 0.37217 0.37048 0.37521 0.36932 0.36818\n 40 6 13\n 38 6 1\n 14 94 4 0.38044 0.36122 0.38099 0.36490 0.36932 0.36818 0.36869 0.36430\n 40 6 12\n 38 6 1\n 14 94 4 0.39265 0.36065 0.39384 0.36939 0.38208 0.37217 0.38099 0.36490\n 40 6 13\n 38 6 1\n 14 94 4 0.39235 0.35841 0.39265 0.36065 0.38099 0.36490 0.38044 0.36122\n 40 6 12\n 38 6 1\n 14 94 4 0.40466 0.35802 0.40574 0.36689 0.39384 0.36939 0.39265 0.36065\n 40 6 13\n 38 6 1\n 14 94 4 0.40440 0.35587 0.40466 0.35802 0.39265 0.36065 0.39235 0.35841\n 40 6 12\n 38 6 1\n 14 94 4 0.41665 0.35429 0.41777 0.36465 0.40574 0.36689 0.40466 0.35802\n 40 6 13\n 38 6 1\n 14 94 4 0.41658 0.35361 0.41665 0.35429 0.40466 0.35802 0.40440 0.35587\n 40 6 12\n 38 6 1\n 14 116 5 0.41975 0.35309 0.42888 0.35162 0.42991 0.36269 0.41777 0.36465 0.41665 0.35429\n 40 6 13\n 38 6 1\n 14 72 3 0.41975 0.35309 0.41665 0.35429 0.41658 0.35361\n 40 6 12\n 38 6 1\n 14 1326 60 0.42888 0.35162 0.44127 0.34991 0.45376 0.34848 0.46631 0.34734 0.47891 0.34648 0.49155 0.34590 0.50422 0.34562 0.51689 0.34562 0.52956 0.34590 0.54220 0.34648 0.55480 0.34734 0.56735 0.34848 0.57984 0.34991 0.59223 0.35162 0.60453 0.35361 0.61671 0.35587 0.62877 0.35841 0.64067 0.36122 0.65243 0.36430 0.66400 0.36765 0.67539 0.37125 0.68658 0.37511 0.69756 0.37922 0.70831 0.38358 0.71881 0.38817 0.72907 0.39301 0.73905 0.39807 0.74876 0.40335 0.75818 0.40885 0.76730 0.41456 0.76406 0.42483 0.75505 0.41920 0.74576 0.41376 0.73617 0.40855 0.72631 0.40355 0.71618 0.39878 0.70581 0.39424 0.69520 0.38994 0.68436 0.38588 0.67331 0.38207 0.66207 0.37851 0.65063 0.37521 0.63903 0.37217 0.62727 0.36939 0.61537 0.36689 0.60334 0.36465 0.59120 0.36269 0.57896 0.36100 0.56664 0.35959 0.55425 0.35846 0.54180 0.35761 0.52932 0.35704 0.51681 0.35676 0.50430 0.35676 0.49179 0.35704 0.47931 0.35761 0.46686 0.35846 0.45447 0.35959 0.44215 0.36100 0.42991 0.36269\n 40 6 12\n 38 6 1\n 14 182 8 0.80053 0.43936 0.80798 0.44601 0.81507 0.45282 0.82178 0.45980 0.81785 0.46950 0.81122 0.46261 0.80422 0.45588 0.79687 0.44932\n 40 6 12\n 38 6 1\n 14 94 4 0.82185 0.45988 0.82091 0.47293 0.81785 0.46950 0.82178 0.45980\n 40 6 13\n 38 6 1\n 14 94 4 0.82185 0.45988 0.82812 0.46692 0.82411 0.47653 0.82091 0.47293\n 40 6 13\n 38 6 1\n 14 666 30 0.82812 0.46692 0.83407 0.47417 0.83963 0.48156 0.84478 0.48907 0.84953 0.49669 0.85386 0.50442 0.85778 0.51224 0.86127 0.52014 0.86434 0.52811 0.86697 0.53616 0.86917 0.54425 0.87094 0.55239 0.87226 0.56057 0.87315 0.56877 0.87359 0.57698 0.86900 0.58520 0.86857 0.57709 0.86770 0.56900 0.86639 0.56092 0.86465 0.55289 0.86247 0.54489 0.85987 0.53695 0.85684 0.52908 0.85339 0.52128 0.84953 0.51356 0.84525 0.50593 0.84056 0.49840 0.83547 0.49099 0.82998 0.48369 0.82411 0.47653\n 40 6 12\n 38 6 1\n 14 72 3 0.86974 0.59202 0.86900 0.59332 0.86900 0.58869\n 40 6 13\n 38 6 1\n 14 116 5 0.87359 0.58520 0.86974 0.59202 0.86900 0.58869 0.86900 0.58520 0.87359 0.57698\n 40 6 12\n 38 6 1\n 14 94 4 0.86998 0.59896 0.86857 0.60143 0.86900 0.59332 0.86974 0.59202\n 40 6 13\n 38 6 1\n 14 94 4 0.87315 0.59342 0.86998 0.59896 0.86974 0.59202 0.87359 0.58520\n 40 6 12\n 38 6 1\n 14 94 4 0.87056 0.60457 0.86770 0.60953 0.86857 0.60143 0.86998 0.59896\n 40 6 13\n 38 6 1\n 14 94 4 0.87226 0.60162 0.87056 0.60457 0.86998 0.59896 0.87315 0.59342\n 40 6 12\n 38 6 1\n 14 116 5 0.87118 0.60827 0.87094 0.60979 0.86639 0.61760 0.86770 0.60953 0.87056 0.60457\n 40 6 13\n 38 6 1\n 14 72 3 0.87118 0.60827 0.87056 0.60457 0.87226 0.60162\n 40 6 12\n 38 6 1\n 14 314 14 0.87094 0.60979 0.86917 0.61793 0.86697 0.62603 0.86434 0.63407 0.86127 0.64205 0.85778 0.64995 0.85386 0.65777 0.84953 0.66497 0.85339 0.65725 0.85684 0.64945 0.85987 0.64157 0.86247 0.63363 0.86465 0.62564 0.86639 0.61760\n 40 6 12\n 38 6 1\n 14 94 4 0.15472 0.61760 0.15342 0.60953 0.15842 0.61731 0.15971 0.62527\n 40 6 11\n 38 6 1\n 14 72 3 0.15692 0.60832 0.15756 0.60932 0.15837 0.61688\n 40 6 12\n 38 6 1\n 14 116 5 0.15254 0.60143 0.15692 0.60832 0.15837 0.61688 0.15842 0.61731 0.15342 0.60953\n 40 6 11\n 38 6 1\n 14 72 3 0.15738 0.60611 0.15756 0.60932 0.15692 0.60832\n 40 6 12\n 38 6 1\n 14 116 5 0.15211 0.59332 0.15713 0.60133 0.15738 0.60611 0.15692 0.60832 0.15254 0.60143\n 40 6 12\n 38 6 1\n 14 116 5 0.15211 0.58853 0.15458 0.58921 0.15713 0.59332 0.15713 0.60133 0.15211 0.59332\n 40 6 13\n 38 6 1\n 14 72 3 0.15211 0.58853 0.15211 0.58520 0.15458 0.58921\n 40 6 12\n 38 6 1\n 14 116 5 0.15236 0.58053 0.15254 0.57709 0.15756 0.58532 0.15713 0.59332 0.15458 0.58921\n 40 6 13\n 38 6 1\n 14 72 3 0.15236 0.58053 0.15458 0.58921 0.15211 0.58520\n 40 6 12\n 38 6 1\n 14 270 12 0.15254 0.57709 0.15342 0.56900 0.15472 0.56092 0.15646 0.55289 0.15864 0.54489 0.16124 0.53695 0.16613 0.54575 0.16357 0.55357 0.16142 0.56146 0.15971 0.56938 0.15842 0.57734 0.15756 0.58532\n 40 6 12\n 38 6 1\n 14 116 5 0.16332 0.53153 0.16440 0.52932 0.16912 0.53798 0.16613 0.54575 0.16124 0.53695\n 40 6 13\n 38 6 1\n 14 72 3 0.16332 0.53153 0.16427 0.52908 0.16440 0.52932\n 40 6 12\n 38 6 1\n 14 94 4 0.16797 0.52175 0.17252 0.53029 0.16912 0.53798 0.16440 0.52932\n 40 6 13\n 38 6 1\n 14 94 4 0.16772 0.52128 0.16797 0.52175 0.16440 0.52932 0.16427 0.52908\n 40 6 12\n 38 6 1\n 14 94 4 0.17233 0.51498 0.17633 0.52268 0.17252 0.53029 0.16797 0.52175\n 40 6 13\n 38 6 1\n 14 94 4 0.17158 0.51356 0.17233 0.51498 0.16797 0.52175 0.16772 0.52128\n 40 6 12\n 38 6 1\n 14 94 4 0.17667 0.50751 0.18055 0.51516 0.17633 0.52268 0.17233 0.51498\n 40 6 13\n 38 6 1\n 14 94 4 0.17586 0.50593 0.17667 0.50751 0.17233 0.51498 0.17158 0.51356\n 40 6 12\n 38 6 1\n 14 94 4 0.18241 0.50215 0.18517 0.50774 0.18055 0.51516 0.17667 0.50751\n 40 6 13\n 38 6 1\n 14 94 4 0.18055 0.49840 0.18241 0.50215 0.17667 0.50751 0.17586 0.50593\n 40 6 12\n 38 6 1\n 14 94 4 0.18728 0.49440 0.19019 0.50043 0.18517 0.50774 0.18241 0.50215\n 40 6 13\n 38 6 1\n 14 94 4 0.18564 0.49099 0.18728 0.49440 0.18241 0.50215 0.18055 0.49840\n 40 6 12\n 38 6 1\n 14 94 4 0.19235 0.48630 0.19560 0.49323 0.19019 0.50043 0.18728 0.49440\n 40 6 13\n 38 6 1\n 14 94 4 0.19113 0.48369 0.19235 0.48630 0.18728 0.49440 0.18564 0.49099\n 40 6 12\n 38 6 1\n 14 94 4 0.19894 0.48079 0.20139 0.48617 0.19560 0.49323 0.19235 0.48630\n 40 6 13\n 38 6 1\n 14 94 4 0.19700 0.47653 0.19894 0.48079 0.19235 0.48630 0.19113 0.48369\n 40 6 12\n 38 6 1\n 14 94 4 0.20568 0.47498 0.20756 0.47924 0.20139 0.48617 0.19894 0.48079\n 40 6 13\n 38 6 1\n 14 94 4 0.20326 0.46950 0.20568 0.47498 0.19894 0.48079 0.19700 0.47653\n 40 6 12\n 38 6 1\n 14 94 4 0.21250 0.46871 0.21410 0.47245 0.20756 0.47924 0.20568 0.47498\n 40 6 13\n 38 6 1\n 14 94 4 0.20989 0.46261 0.21250 0.46871 0.20568 0.47498 0.20326 0.46950\n 40 6 12\n 38 6 1\n 14 94 4 0.21943 0.46203 0.22100 0.46581 0.21410 0.47245 0.21250 0.46871\n 40 6 13\n 38 6 1\n 14 94 4 0.21689 0.45588 0.21943 0.46203 0.21250 0.46871 0.20989 0.46261\n 40 6 12\n 38 6 1\n 14 94 4 0.22647 0.45490 0.22825 0.45934 0.22100 0.46581 0.21943 0.46203\n 40 6 13\n 38 6 1\n 14 94 4 0.22424 0.44932 0.22647 0.45490 0.21943 0.46203 0.21689 0.45588\n 40 6 12\n 38 6 1\n 14 94 4 0.23384 0.44784 0.23585 0.45303 0.22825 0.45934 0.22647 0.45490\n 40 6 13\n 38 6 1\n 14 94 4 0.23195 0.44292 0.23384 0.44784 0.22647 0.45490 0.22424 0.44932\n 40 6 12\n 38 6 1\n 14 94 4 0.24160 0.44103 0.24378 0.44690 0.23585 0.45303 0.23384 0.44784\n 40 6 13\n 38 6 1\n 14 94 4 0.23999 0.43670 0.24160 0.44103 0.23384 0.44784 0.23195 0.44292\n 40 6 12\n 38 6 1\n 14 94 4 0.24977 0.43462 0.25203 0.44095 0.24378 0.44690 0.24160 0.44103\n 40 6 13\n 38 6 1\n 14 94 4 0.24836 0.43067 0.24977 0.43462 0.24160 0.44103 0.23999 0.43670\n 40 6 12\n 38 6 1\n 14 94 4 0.25831 0.42850 0.26061 0.43520 0.25203 0.44095 0.24977 0.43462\n 40 6 13\n 38 6 1\n 14 94 4 0.25705 0.42483 0.25831 0.42850 0.24977 0.43462 0.24836 0.43067\n 40 6 12\n 38 6 1\n 14 94 4 0.26710 0.42239 0.26948 0.42964 0.26061 0.43520 0.25831 0.42850\n 40 6 13\n 38 6 1\n 14 94 4 0.26606 0.41920 0.26710 0.42239 0.25831 0.42850 0.25705 0.42483\n 40 6 12\n 38 6 1\n 14 94 4 0.27614 0.41626 0.27865 0.42428 0.26948 0.42964 0.26710 0.42239\n 40 6 13\n 38 6 1\n 14 94 4 0.27536 0.41376 0.27614 0.41626 0.26710 0.42239 0.26606 0.41920\n 40 6 12\n 38 6 1\n 14 94 4 0.28548 0.41036 0.28810 0.41914 0.27865 0.42428 0.27614 0.41626\n 40 6 13\n 38 6 1\n 14 94 4 0.28494 0.40855 0.28548 0.41036 0.27614 0.41626 0.27536 0.41376\n 40 6 12\n 38 6 1\n 14 94 4 0.29538 0.40558 0.29782 0.41421 0.28810 0.41914 0.28548 0.41036\n 40 6 13\n 38 6 1\n 14 94 4 0.29480 0.40355 0.29538 0.40558 0.28548 0.41036 0.28494 0.40855\n 40 6 12\n 38 6 1\n 14 94 4 0.30520 0.39982 0.30781 0.40951 0.29782 0.41421 0.29538 0.40558\n 40 6 13\n 38 6 1\n 14 94 4 0.30493 0.39878 0.30520 0.39982 0.29538 0.40558 0.29480 0.40355\n 40 6 12\n 38 6 1\n 14 94 4 0.31549 0.39501 0.31803 0.40503 0.30781 0.40951 0.30520 0.39982\n 40 6 13\n 38 6 1\n 14 94 4 0.31530 0.39424 0.31549 0.39501 0.30520 0.39982 0.30493 0.39878\n 40 6 12\n 38 6 1\n 14 94 4 0.32620 0.39113 0.32850 0.40079 0.31803 0.40503 0.31549 0.39501\n 40 6 13\n 38 6 1\n 14 94 4 0.32591 0.38994 0.32620 0.39113 0.31549 0.39501 0.31530 0.39424\n 40 6 12\n 38 6 1\n 14 116 5 0.33110 0.38800 0.33675 0.38588 0.33918 0.39679 0.32850 0.40079 0.32620 0.39113\n 40 6 13\n 38 6 1\n 14 72 3 0.33110 0.38800 0.32620 0.39113 0.32591 0.38994\n 40 6 12\n 38 6 1\n 14 1150 52 0.33675 0.38588 0.34780 0.38207 0.35904 0.37851 0.37048 0.37521 0.38208 0.37217 0.39384 0.36939 0.40574 0.36689 0.41777 0.36465 0.42991 0.36269 0.44215 0.36100 0.45447 0.35959 0.46686 0.35846 0.47931 0.35761 0.49179 0.35704 0.50430 0.35676 0.51681 0.35676 0.52932 0.35704 0.54180 0.35761 0.55425 0.35846 0.56664 0.35959 0.57896 0.36100 0.59120 0.36269 0.60334 0.36465 0.61537 0.36689 0.62727 0.36939 0.63903 0.37217 0.63723 0.38327 0.62564 0.38053 0.61390 0.37806 0.60204 0.37586 0.59007 0.37392 0.57800 0.37226 0.56585 0.37087 0.55363 0.36975 0.54136 0.36892 0.52906 0.36836 0.51672 0.36808 0.50439 0.36808 0.49206 0.36836 0.47975 0.36892 0.46748 0.36975 0.45526 0.37087 0.44311 0.37226 0.43104 0.37392 0.41907 0.37586 0.40721 0.37806 0.39547 0.38053 0.38388 0.38327 0.37244 0.38627 0.36117 0.38953 0.35008 0.39303 0.33918 0.39679\n 40 6 11\n 38 6 1\n 14 72 3 0.64892 0.38486 0.64867 0.38627 0.64150 0.38439\n 40 6 12\n 38 6 1\n 14 116 5 0.65063 0.37521 0.64892 0.38486 0.64150 0.38439 0.63723 0.38327 0.63903 0.37217\n 40 6 11\n 38 6 1\n 14 94 4 0.66042 0.38703 0.65994 0.38953 0.64867 0.38627 0.64892 0.38486\n 40 6 12\n 38 6 1\n 14 94 4 0.66207 0.37851 0.66042 0.38703 0.64892 0.38486 0.65063 0.37521\n 40 6 11\n 38 6 1\n 14 94 4 0.67199 0.38841 0.67103 0.39303 0.65994 0.38953 0.66042 0.38703\n 40 6 12\n 38 6 1\n 14 94 4 0.67331 0.38207 0.67199 0.38841 0.66042 0.38703 0.66207 0.37851\n 40 6 11\n 38 6 1\n 14 94 4 0.68291 0.39237 0.68193 0.39679 0.67103 0.39303 0.67199 0.38841\n 40 6 12\n 38 6 1\n 14 94 4 0.68436 0.38588 0.68291 0.39237 0.67199 0.38841 0.67331 0.38207\n 40 6 11\n 38 6 1\n 14 94 4 0.69417 0.39427 0.69261 0.40079 0.68193 0.39679 0.68291 0.39237\n 40 6 12\n 38 6 1\n 14 94 4 0.69520 0.38994 0.69417 0.39427 0.68291 0.39237 0.68436 0.38588\n 40 6 11\n 38 6 1\n 14 94 4 0.70434 0.40003 0.70308 0.40503 0.69261 0.40079 0.69417 0.39427\n 40 6 12\n 38 6 1\n 14 94 4 0.70581 0.39424 0.70434 0.40003 0.69417 0.39427 0.69520 0.38994\n 40 6 11\n 38 6 1\n 14 94 4 0.71360 0.40842 0.71330 0.40951 0.70308 0.40503 0.70434 0.40003\n 40 6 12\n 38 6 1\n 14 94 4 0.71618 0.39878 0.71360 0.40842 0.70434 0.40003 0.70581 0.39424\n 40 6 11\n 38 6 1\n 14 94 4 0.72346 0.41359 0.72329 0.41421 0.71330 0.40951 0.71360 0.40842\n 40 6 12\n 38 6 1\n 14 94 4 0.72631 0.40355 0.72346 0.41359 0.71360 0.40842 0.71618 0.39878\n 40 6 11\n 38 6 1\n 14 72 3 0.72690 0.41604 0.72329 0.41421 0.72346 0.41359\n 40 6 12\n 38 6 1\n 14 116 5 0.73617 0.40855 0.73301 0.41914 0.72690 0.41604 0.72346 0.41359 0.72631 0.40355\n 40 6 12\n 38 6 1\n 14 182 8 0.73617 0.40855 0.74576 0.41376 0.75505 0.41920 0.76406 0.42483 0.76051 0.43520 0.75163 0.42964 0.74246 0.42428 0.73301 0.41914\n 40 6 12\n 38 6 1\n 14 182 8 0.79687 0.44932 0.80422 0.45588 0.81122 0.46261 0.81785 0.46950 0.81355 0.47924 0.80701 0.47245 0.80011 0.46581 0.79286 0.45934\n 40 6 12\n 38 6 1\n 14 116 5 0.82091 0.47293 0.82200 0.48116 0.81972 0.48617 0.81355 0.47924 0.81785 0.46950\n 40 6 13\n 38 6 1\n 14 72 3 0.82091 0.47293 0.82411 0.47653 0.82200 0.48116\n 40 6 12\n 38 6 1\n 14 72 3 0.82307 0.49026 0.81972 0.48617 0.82200 0.48116\n 40 6 13\n 38 6 1\n 14 116 5 0.82998 0.48369 0.82551 0.49323 0.82307 0.49026 0.82200 0.48116 0.82411 0.47653\n 40 6 13\n 38 6 1\n 14 358 16 0.82998 0.48369 0.83547 0.49099 0.84056 0.49840 0.84525 0.50593 0.84953 0.51356 0.85339 0.52128 0.85684 0.52908 0.85987 0.53695 0.85498 0.54575 0.85199 0.53798 0.84859 0.53029 0.84478 0.52268 0.84056 0.51516 0.83594 0.50774 0.83092 0.50043 0.82551 0.49323\n 40 6 12\n 38 6 1\n 14 72 3 0.85771 0.55328 0.85754 0.55357 0.85656 0.55057\n 40 6 13\n 38 6 1\n 14 116 5 0.86247 0.54489 0.85771 0.55328 0.85656 0.55057 0.85498 0.54575 0.85987 0.53695\n 40 6 12\n 38 6 1\n 14 94 4 0.86068 0.55975 0.85969 0.56146 0.85754 0.55357 0.85771 0.55328\n 40 6 13\n 38 6 1\n 14 94 4 0.86465 0.55289 0.86068 0.55975 0.85771 0.55328 0.86247 0.54489\n 40 6 12\n 38 6 1\n 14 94 4 0.86214 0.56813 0.86140 0.56938 0.85969 0.56146 0.86068 0.55975\n 40 6 13\n 38 6 1\n 14 94 4 0.86639 0.56092 0.86214 0.56813 0.86068 0.55975 0.86465 0.55289\n 40 6 12\n 38 6 1\n 14 94 4 0.86423 0.57478 0.86269 0.57734 0.86140 0.56938 0.86214 0.56813\n 40 6 13\n 38 6 1\n 14 94 4 0.86770 0.56900 0.86423 0.57478 0.86214 0.56813 0.86639 0.56092\n 40 6 12\n 38 6 1\n 14 94 4 0.86627 0.58086 0.86355 0.58532 0.86269 0.57734 0.86423 0.57478\n 40 6 13\n 38 6 1\n 14 94 4 0.86857 0.57709 0.86627 0.58086 0.86423 0.57478 0.86770 0.56900\n 40 6 12\n 38 6 1\n 14 94 4 0.86826 0.58641 0.86398 0.59332 0.86355 0.58532 0.86627 0.58086\n 40 6 13\n 38 6 1\n 14 94 4 0.86900 0.58520 0.86826 0.58641 0.86627 0.58086 0.86857 0.57709\n 40 6 12\n 38 6 1\n 14 116 5 0.86900 0.58869 0.86900 0.59332 0.86398 0.60133 0.86398 0.59332 0.86826 0.58641\n 40 6 13\n 38 6 1\n 14 72 3 0.86900 0.58869 0.86826 0.58641 0.86900 0.58520\n 40 6 12\n 38 6 1\n 14 490 22 0.86900 0.59332 0.86857 0.60143 0.86770 0.60953 0.86639 0.61760 0.86465 0.62564 0.86247 0.63363 0.85987 0.64157 0.85684 0.64945 0.85339 0.65725 0.84953 0.66497 0.84525 0.67260 0.84056 0.67949 0.84478 0.67197 0.84859 0.66436 0.85199 0.65667 0.85498 0.64890 0.85754 0.64107 0.85969 0.63319 0.86140 0.62527 0.86269 0.61731 0.86355 0.60932 0.86398 0.60133\n 40 6 11\n 38 6 1\n 14 116 5 0.15738 0.60611 0.15843 0.60322 0.16258 0.60921 0.16300 0.61708 0.15756 0.60932\n 40 6 12\n 38 6 1\n 14 72 3 0.15738 0.60611 0.15713 0.60133 0.15843 0.60322\n 40 6 11\n 38 6 1\n 14 94 4 0.16124 0.59937 0.16258 0.60133 0.16258 0.60921 0.15843 0.60322\n 40 6 12\n 38 6 1\n 14 94 4 0.15713 0.59332 0.16124 0.59937 0.15843 0.60322 0.15713 0.60133\n 40 6 11\n 38 6 1\n 14 72 3 0.16272 0.59870 0.16258 0.60133 0.16124 0.59937\n 40 6 12\n 38 6 1\n 14 116 5 0.15756 0.58532 0.16300 0.59345 0.16272 0.59870 0.16124 0.59937 0.15713 0.59332\n 40 6 12\n 38 6 1\n 14 2250 102 0.15756 0.58532 0.15842 0.57734 0.15971 0.56938 0.16142 0.56146 0.16357 0.55357 0.16613 0.54575 0.16912 0.53798 0.17252 0.53029 0.17633 0.52268 0.18055 0.51516 0.18517 0.50774 0.19019 0.50043 0.19560 0.49323 0.20139 0.48617 0.20756 0.47924 0.21410 0.47245 0.22100 0.46581 0.22825 0.45934 0.23585 0.45303 0.24378 0.44690 0.25203 0.44095 0.26061 0.43520 0.26948 0.42964 0.27865 0.42428 0.28810 0.41914 0.29782 0.41421 0.30781 0.40951 0.31803 0.40503 0.32850 0.40079 0.33918 0.39679 0.35008 0.39303 0.36117 0.38953 0.37244 0.38627 0.38388 0.38327 0.39547 0.38053 0.40721 0.37806 0.41907 0.37586 0.43104 0.37392 0.44311 0.37226 0.45526 0.37087 0.46748 0.36975 0.47975 0.36892 0.49206 0.36836 0.50439 0.36808 0.51672 0.36808 0.52906 0.36836 0.54136 0.36892 0.55363 0.36975 0.56585 0.37087 0.57800 0.37226 0.59007 0.37392 0.58885 0.38531 0.57696 0.38367 0.56500 0.38230 0.55297 0.38120 0.54089 0.38038 0.52877 0.37983 0.51663 0.37956 0.50448 0.37956 0.49234 0.37983 0.48022 0.38038 0.46814 0.38120 0.45611 0.38230 0.44415 0.38367 0.43227 0.38531 0.42048 0.38721 0.40880 0.38939 0.39725 0.39182 0.38583 0.39452 0.37457 0.39747 0.36347 0.40067 0.35255 0.40413 0.34183 0.40783 0.33131 0.41177 0.32100 0.41594 0.31093 0.42035 0.30110 0.42498 0.29153 0.42983 0.28223 0.43489 0.27320 0.44017 0.26446 0.44564 0.25602 0.45131 0.24789 0.45716 0.24008 0.46320 0.23261 0.46941 0.22546 0.47578 0.21867 0.48232 0.21223 0.48900 0.20616 0.49582 0.20046 0.50278 0.19513 0.50986 0.19019 0.51706 0.18564 0.52437 0.18149 0.53177 0.17773 0.53927 0.17438 0.54684 0.17144 0.55448 0.16892 0.56219 0.16681 0.56995 0.16512 0.57775 0.16385 0.58559 0.16300 0.59345\n 40 6 12\n 38 6 1\n 14 94 4 0.59007 0.37392 0.60204 0.37586 0.60063 0.38721 0.58885 0.38531\n 40 6 11\n 38 6 1\n 14 72 3 0.61293 0.38498 0.61231 0.38939 0.60484 0.38800\n 40 6 12\n 38 6 1\n 14 116 5 0.61390 0.37806 0.61293 0.38498 0.60484 0.38800 0.60063 0.38721 0.60204 0.37586\n 40 6 11\n 38 6 1\n 14 94 4 0.62517 0.38352 0.62386 0.39182 0.61231 0.38939 0.61293 0.38498\n 40 6 12\n 38 6 1\n 14 94 4 0.62564 0.38053 0.62517 0.38352 0.61293 0.38498 0.61390 0.37806\n 40 6 11\n 38 6 1\n 14 94 4 0.63702 0.38451 0.63528 0.39452 0.62386 0.39182 0.62517 0.38352\n 40 6 12\n 38 6 1\n 14 94 4 0.63723 0.38327 0.63702 0.38451 0.62517 0.38352 0.62564 0.38053\n 40 6 11\n 38 6 1\n 14 116 5 0.64150 0.38439 0.64867 0.38627 0.64654 0.39747 0.63528 0.39452 0.63702 0.38451\n 40 6 12\n 38 6 1\n 14 72 3 0.64150 0.38439 0.63702 0.38451 0.63723 0.38327\n 40 6 11\n 38 6 1\n 14 358 16 0.64867 0.38627 0.65994 0.38953 0.67103 0.39303 0.68193 0.39679 0.69261 0.40079 0.70308 0.40503 0.71330 0.40951 0.72329 0.41421 0.72001 0.42498 0.71018 0.42035 0.70011 0.41594 0.68980 0.41177 0.67928 0.40783 0.66856 0.40413 0.65764 0.40067 0.64654 0.39747\n 40 6 11\n 38 6 1\n 14 116 5 0.72690 0.41604 0.73246 0.42086 0.72958 0.42983 0.72001 0.42498 0.72329 0.41421\n 40 6 12\n 38 6 1\n 14 72 3 0.72690 0.41604 0.73301 0.41914 0.73246 0.42086\n 40 6 11\n 38 6 1\n 14 72 3 0.73500 0.43278 0.72958 0.42983 0.73246 0.42086\n 40 6 12\n 38 6 1\n 14 116 5 0.74246 0.42428 0.73888 0.43489 0.73500 0.43278 0.73246 0.42086 0.73301 0.41914\n 40 6 12\n 38 6 1\n 14 94 4 0.74246 0.42428 0.75163 0.42964 0.74791 0.44017 0.73888 0.43489\n 40 6 12\n 38 6 1\n 14 226 10 0.79286 0.45934 0.80011 0.46581 0.80701 0.47245 0.81355 0.47924 0.81972 0.48617 0.81495 0.49582 0.80888 0.48900 0.80244 0.48232 0.79565 0.47578 0.78851 0.46941\n 40 6 12\n 38 6 1\n 14 116 5 0.82307 0.49026 0.82083 0.50243 0.82065 0.50278 0.81495 0.49582 0.81972 0.48617\n 40 6 13\n 38 6 1\n 14 72 3 0.82307 0.49026 0.82551 0.49323 0.82083 0.50243\n 40 6 12\n 38 6 1\n 14 94 4 0.82797 0.50606 0.82598 0.50986 0.82065 0.50278 0.82083 0.50243\n 40 6 13\n 38 6 1\n 14 94 4 0.83092 0.50043 0.82797 0.50606 0.82083 0.50243 0.82551 0.49323\n 40 6 12\n 38 6 1\n 14 94 4 0.83470 0.51003 0.83092 0.51706 0.82598 0.50986 0.82797 0.50606\n 40 6 13\n 38 6 1\n 14 94 4 0.83594 0.50774 0.83470 0.51003 0.82797 0.50606 0.83092 0.50043\n 40 6 12\n 38 6 1\n 14 94 4 0.83854 0.51881 0.83547 0.52437 0.83092 0.51706 0.83470 0.51003\n 40 6 13\n 38 6 1\n 14 94 4 0.84056 0.51516 0.83854 0.51881 0.83470 0.51003 0.83594 0.50774\n 40 6 12\n 38 6 1\n 14 94 4 0.84067 0.52992 0.83963 0.53177 0.83547 0.52437 0.83854 0.51881\n 40 6 13\n 38 6 1\n 14 94 4 0.84478 0.52268 0.84067 0.52992 0.83854 0.51881 0.84056 0.51516\n 40 6 12\n 38 6 1\n 14 94 4 0.84723 0.53263 0.84338 0.53927 0.83963 0.53177 0.84067 0.52992\n 40 6 13\n 38 6 1\n 14 94 4 0.84859 0.53029 0.84723 0.53263 0.84067 0.52992 0.84478 0.52268\n 40 6 12\n 38 6 1\n 14 94 4 0.85128 0.53918 0.84673 0.54684 0.84338 0.53927 0.84723 0.53263\n 40 6 13\n 38 6 1\n 14 94 4 0.85199 0.53798 0.85128 0.53918 0.84723 0.53263 0.84859 0.53029\n 40 6 12\n 38 6 1\n 14 94 4 0.85477 0.54610 0.84967 0.55448 0.84673 0.54684 0.85128 0.53918\n 40 6 13\n 38 6 1\n 14 94 4 0.85498 0.54575 0.85477 0.54610 0.85128 0.53918 0.85199 0.53798\n 40 6 12\n 38 6 1\n 14 116 5 0.85656 0.55057 0.85754 0.55357 0.85219 0.56219 0.84967 0.55448 0.85477 0.54610\n 40 6 13\n 38 6 1\n 14 72 3 0.85656 0.55057 0.85477 0.54610 0.85498 0.54575\n 40 6 12\n 38 6 1\n 14 842 38 0.85754 0.55357 0.85969 0.56146 0.86140 0.56938 0.86269 0.57734 0.86355 0.58532 0.86398 0.59332 0.86398 0.60133 0.86355 0.60932 0.86269 0.61731 0.86140 0.62527 0.85969 0.63319 0.85754 0.64107 0.85498 0.64890 0.85199 0.65667 0.84859 0.66436 0.84478 0.67197 0.84056 0.67949 0.83594 0.68691 0.83092 0.69422 0.82598 0.70067 0.83092 0.69347 0.83547 0.68617 0.83963 0.67876 0.84338 0.67127 0.84673 0.66369 0.84967 0.65605 0.85219 0.64834 0.85430 0.64058 0.85599 0.63278 0.85726 0.62494 0.85811 0.61708 0.85853 0.60921 0.85853 0.60133 0.85811 0.59345 0.85726 0.58559 0.85599 0.57775 0.85430 0.56995 0.85219 0.56219\n 40 6 11\n 38 6 1\n 14 94 4 0.16258 0.60921 0.16258 0.60133 0.16845 0.60921 0.16845 0.61695\n 40 6 11\n 38 6 1\n 14 116 5 0.16272 0.59870 0.16742 0.59949 0.16887 0.60147 0.16845 0.60921 0.16258 0.60133\n 40 6 12\n 38 6 1\n 14 72 3 0.16272 0.59870 0.16300 0.59345 0.16742 0.59949\n 40 6 11\n 38 6 1\n 14 72 3 0.16939 0.59663 0.16887 0.60147 0.16742 0.59949\n 40 6 12\n 38 6 1\n 14 116 5 0.16385 0.58559 0.16970 0.59374 0.16939 0.59663 0.16742 0.59949 0.16300 0.59345\n 40 6 12\n 38 6 1\n 14 2118 96 0.16385 0.58559 0.16512 0.57775 0.16681 0.56995 0.16892 0.56219 0.17144 0.55448 0.17438 0.54684 0.17773 0.53927 0.18149 0.53177 0.18564 0.52437 0.19019 0.51706 0.19513 0.50986 0.20046 0.50278 0.20616 0.49582 0.21223 0.48900 0.21867 0.48232 0.22546 0.47578 0.23261 0.46941 0.24008 0.46320 0.24789 0.45716 0.25602 0.45131 0.26446 0.44564 0.27320 0.44017 0.28223 0.43489 0.29153 0.42983 0.30110 0.42498 0.31093 0.42035 0.32100 0.41594 0.33131 0.41177 0.34183 0.40783 0.35255 0.40413 0.36347 0.40067 0.37457 0.39747 0.38583 0.39452 0.39725 0.39182 0.40880 0.38939 0.42048 0.38721 0.43227 0.38531 0.44415 0.38367 0.45611 0.38230 0.46814 0.38120 0.48022 0.38038 0.49234 0.37983 0.50448 0.37956 0.51663 0.37956 0.52877 0.37983 0.54089 0.38038 0.55297 0.38120 0.56500 0.38230 0.56408 0.39388 0.55225 0.39280 0.54038 0.39199 0.52846 0.39145 0.51653 0.39118 0.50458 0.39118 0.49265 0.39145 0.48073 0.39199 0.46886 0.39280 0.45703 0.39388 0.44527 0.39523 0.43359 0.39684 0.42200 0.39871 0.41052 0.40084 0.39916 0.40324 0.38794 0.40589 0.37686 0.40879 0.36595 0.41194 0.35522 0.41534 0.34468 0.41897 0.33433 0.42285 0.32420 0.42695 0.31430 0.43128 0.30464 0.43584 0.29523 0.44061 0.28608 0.44559 0.27721 0.45077 0.26861 0.45615 0.26032 0.46172 0.25233 0.46748 0.24465 0.47341 0.23730 0.47952 0.23028 0.48578 0.22360 0.49221 0.21727 0.49878 0.21130 0.50549 0.20569 0.51233 0.20046 0.51929 0.19560 0.52636 0.19113 0.53355 0.18704 0.54083 0.18335 0.54819 0.18006 0.55564 0.17717 0.56316 0.17469 0.57073 0.17261 0.57836 0.17095 0.58603 0.16970 0.59374\n 40 6 11\n 38 6 1\n 14 72 3 0.57610 0.39257 0.57584 0.39523 0.56843 0.39438\n 40 6 12\n 38 6 1\n 14 116 5 0.57696 0.38367 0.57610 0.39257 0.56843 0.39438 0.56408 0.39388 0.56500 0.38230\n 40 6 11\n 38 6 1\n 14 94 4 0.58829 0.39018 0.58752 0.39684 0.57584 0.39523 0.57610 0.39257\n 40 6 12\n 38 6 1\n 14 94 4 0.58885 0.38531 0.58829 0.39018 0.57610 0.39257 0.57696 0.38367\n 40 6 11\n 38 6 1\n 14 94 4 0.60037 0.38921 0.59911 0.39871 0.58752 0.39684 0.58829 0.39018\n 40 6 12\n 38 6 1\n 14 94 4 0.60063 0.38721 0.60037 0.38921 0.58829 0.39018 0.58885 0.38531\n 40 6 11\n 38 6 1\n 14 116 5 0.60484 0.38800 0.61231 0.38939 0.61059 0.40084 0.59911 0.39871 0.60037 0.38921\n 40 6 12\n 38 6 1\n 14 72 3 0.60484 0.38800 0.60037 0.38921 0.60063 0.38721\n 40 6 11\n 38 6 1\n 14 534 24 0.61231 0.38939 0.62386 0.39182 0.63528 0.39452 0.64654 0.39747 0.65764 0.40067 0.66856 0.40413 0.67928 0.40783 0.68980 0.41177 0.70011 0.41594 0.71018 0.42035 0.72001 0.42498 0.72958 0.42983 0.72588 0.44061 0.71647 0.43584 0.70681 0.43128 0.69691 0.42695 0.68678 0.42285 0.67644 0.41897 0.66589 0.41534 0.65516 0.41194 0.64425 0.40879 0.63317 0.40589 0.62195 0.40324 0.61059 0.40084\n 40 6 11\n 38 6 1\n 14 94 4 0.73500 0.43278 0.73076 0.44326 0.72588 0.44061 0.72958 0.42983\n 40 6 12\n 38 6 1\n 14 94 4 0.73500 0.43278 0.73888 0.43489 0.73503 0.44559 0.73076 0.44326\n 40 6 11\n 38 6 1\n 14 72 3 0.78453 0.48016 0.78381 0.47952 0.78420 0.47868\n 40 6 12\n 38 6 1\n 14 116 5 0.79565 0.47578 0.79083 0.48578 0.78453 0.48016 0.78420 0.47868 0.78851 0.46941\n 40 6 12\n 38 6 1\n 14 1414 64 0.79565 0.47578 0.80244 0.48232 0.80888 0.48900 0.81495 0.49582 0.82065 0.50278 0.82598 0.50986 0.83092 0.51706 0.83547 0.52437 0.83963 0.53177 0.84338 0.53927 0.84673 0.54684 0.84967 0.55448 0.85219 0.56219 0.85430 0.56995 0.85599 0.57775 0.85726 0.58559 0.85811 0.59345 0.85853 0.60133 0.85853 0.60921 0.85811 0.61708 0.85726 0.62494 0.85599 0.63278 0.85430 0.64058 0.85219 0.64834 0.84967 0.65605 0.84673 0.66369 0.84338 0.67127 0.83963 0.67876 0.83547 0.68617 0.83092 0.69347 0.82598 0.70067 0.82065 0.70775 0.81542 0.71384 0.82065 0.70687 0.82551 0.69980 0.82998 0.69261 0.83407 0.68533 0.83776 0.67797 0.84105 0.67052 0.84394 0.66300 0.84642 0.65543 0.84850 0.64780 0.85016 0.64013 0.85141 0.63242 0.85224 0.62470 0.85266 0.61695 0.85266 0.60921 0.85224 0.60147 0.85141 0.59374 0.85016 0.58603 0.84850 0.57836 0.84642 0.57073 0.84394 0.56316 0.84105 0.55564 0.83776 0.54819 0.83407 0.54083 0.82998 0.53355 0.82551 0.52636 0.82065 0.51929 0.81542 0.51233 0.80981 0.50549 0.80384 0.49878 0.79751 0.49221 0.79083 0.48578\n 40 6 10\n 38 6 1\n 14 94 4 0.17356 0.60735 0.17515 0.60936 0.17474 0.61695 0.17321 0.61507\n 40 6 11\n 38 6 1\n 14 94 4 0.16887 0.60147 0.17356 0.60735 0.17321 0.61507 0.16845 0.60921\n 40 6 10\n 38 6 1\n 14 72 3 0.17560 0.60521 0.17515 0.60936 0.17356 0.60735\n 40 6 11\n 38 6 1\n 14 138 6 0.16939 0.59663 0.17054 0.59481 0.17597 0.60177 0.17560 0.60521 0.17356 0.60735 0.16887 0.60147\n 40 6 12\n 38 6 1\n 14 72 3 0.16939 0.59663 0.16970 0.59374 0.17054 0.59481\n 40 6 11\n 38 6 1\n 14 94 4 0.17686 0.59377 0.17720 0.59421 0.17597 0.60177 0.17054 0.59481\n 40 6 12\n 38 6 1\n 14 94 4 0.17095 0.58603 0.17686 0.59377 0.17054 0.59481 0.16970 0.59374\n 40 6 11\n 38 6 1\n 14 72 3 0.17736 0.59343 0.17720 0.59421 0.17686 0.59377\n 40 6 12\n 38 6 1\n 14 116 5 0.17261 0.57836 0.17883 0.58668 0.17736 0.59343 0.17686 0.59377 0.17095 0.58603\n 40 6 12\n 38 6 1\n 14 94 4 0.17261 0.57836 0.17469 0.57073 0.18086 0.57919 0.17883 0.58668\n 40 6 11\n 38 6 1\n 14 72 3 0.18169 0.56949 0.18330 0.57175 0.18274 0.57348\n 40 6 12\n 38 6 1\n 14 116 5 0.17717 0.56316 0.18169 0.56949 0.18274 0.57348 0.18086 0.57919 0.17469 0.57073\n 40 6 11\n 38 6 1\n 14 94 4 0.18268 0.55941 0.18614 0.56437 0.18330 0.57175 0.18169 0.56949\n 40 6 12\n 38 6 1\n 14 94 4 0.18006 0.55564 0.18268 0.55941 0.18169 0.56949 0.17717 0.56316\n 40 6 11\n 38 6 1\n 14 94 4 0.18614 0.55230 0.18937 0.55706 0.18614 0.56437 0.18268 0.55941\n 40 6 12\n 38 6 1\n 14 94 4 0.18335 0.54819 0.18614 0.55230 0.18268 0.55941 0.18006 0.55564\n 40 6 11\n 38 6 1\n 14 94 4 0.18929 0.54423 0.19299 0.54983 0.18937 0.55706 0.18614 0.55230\n 40 6 12\n 38 6 1\n 14 94 4 0.18704 0.54083 0.18929 0.54423 0.18614 0.55230 0.18335 0.54819\n 40 6 11\n 38 6 1\n 14 94 4 0.19433 0.53853 0.19700 0.54269 0.19299 0.54983 0.18929 0.54423\n 40 6 12\n 38 6 1\n 14 94 4 0.19113 0.53355 0.19433 0.53853 0.18929 0.54423 0.18704 0.54083\n 40 6 11\n 38 6 1\n 14 94 4 0.19913 0.53202 0.20139 0.53564 0.19700 0.54269 0.19433 0.53853\n 40 6 12\n 38 6 1\n 14 94 4 0.19560 0.52636 0.19913 0.53202 0.19433 0.53853 0.19113 0.53355\n 40 6 11\n 38 6 1\n 14 94 4 0.20394 0.52502 0.20616 0.52869 0.20139 0.53564 0.19913 0.53202\n 40 6 12\n 38 6 1\n 14 94 4 0.20046 0.51929 0.20394 0.52502 0.19913 0.53202 0.19560 0.52636\n 40 6 11\n 38 6 1\n 14 94 4 0.20900 0.51794 0.21130 0.52185 0.20616 0.52869 0.20394 0.52502\n 40 6 12\n 38 6 1\n 14 94 4 0.20569 0.51233 0.20900 0.51794 0.20394 0.52502 0.20046 0.51929\n 40 6 11\n 38 6 1\n 14 94 4 0.21432 0.51079 0.21680 0.51514 0.21130 0.52185 0.20900 0.51794\n 40 6 12\n 38 6 1\n 14 94 4 0.21130 0.50549 0.21432 0.51079 0.20900 0.51794 0.20569 0.51233\n 40 6 11\n 38 6 1\n 14 94 4 0.22001 0.50375 0.22266 0.50856 0.21680 0.51514 0.21432 0.51079\n 40 6 12\n 38 6 1\n 14 94 4 0.21727 0.49878 0.22001 0.50375 0.21432 0.51079 0.21130 0.50549\n 40 6 11\n 38 6 1\n 14 94 4 0.22625 0.49718 0.22888 0.50211 0.22266 0.50856 0.22001 0.50375\n 40 6 12\n 38 6 1\n 14 94 4 0.22360 0.49221 0.22625 0.49718 0.22001 0.50375 0.21727 0.49878\n 40 6 11\n 38 6 1\n 14 94 4 0.23307 0.49122 0.23543 0.49580 0.22888 0.50211 0.22625 0.49718\n 40 6 12\n 38 6 1\n 14 94 4 0.23028 0.48578 0.23307 0.49122 0.22625 0.49718 0.22360 0.49221\n 40 6 11\n 38 6 1\n 14 94 4 0.24023 0.48544 0.24232 0.48965 0.23543 0.49580 0.23307 0.49122\n 40 6 12\n 38 6 1\n 14 94 4 0.23730 0.47952 0.24023 0.48544 0.23307 0.49122 0.23028 0.48578\n 40 6 11\n 38 6 1\n 14 94 4 0.24788 0.48017 0.24954 0.48366 0.24232 0.48965 0.24023 0.48544\n 40 6 12\n 38 6 1\n 14 94 4 0.24465 0.47341 0.24788 0.48017 0.24023 0.48544 0.23730 0.47952\n 40 6 11\n 38 6 1\n 14 94 4 0.25558 0.47457 0.25708 0.47783 0.24954 0.48366 0.24788 0.48017\n 40 6 12\n 38 6 1\n 14 94 4 0.25233 0.46748 0.25558 0.47457 0.24788 0.48017 0.24465 0.47341\n 40 6 11\n 38 6 1\n 14 94 4 0.26316 0.46818 0.26492 0.47218 0.25708 0.47783 0.25558 0.47457\n 40 6 12\n 38 6 1\n 14 94 4 0.26032 0.46172 0.26316 0.46818 0.25558 0.47457 0.25233 0.46748\n 40 6 11\n 38 6 1\n 14 94 4 0.27138 0.46271 0.27306 0.46671 0.26492 0.47218 0.26316 0.46818\n 40 6 12\n 38 6 1\n 14 94 4 0.26861 0.45615 0.27138 0.46271 0.26316 0.46818 0.26032 0.46172\n 40 6 11\n 38 6 1\n 14 94 4 0.28007 0.45789 0.28150 0.46143 0.27306 0.46671 0.27138 0.46271\n 40 6 12\n 38 6 1\n 14 94 4 0.27721 0.45077 0.28007 0.45789 0.27138 0.46271 0.26861 0.45615\n 40 6 11\n 38 6 1\n 14 94 4 0.28893 0.45300 0.29021 0.45634 0.28150 0.46143 0.28007 0.45789\n 40 6 12\n 38 6 1\n 14 94 4 0.28608 0.44559 0.28893 0.45300 0.28007 0.45789 0.27721 0.45077\n 40 6 11\n 38 6 1\n 14 94 4 0.29783 0.44774 0.29919 0.45145 0.29021 0.45634 0.28893 0.45300\n 40 6 12\n 38 6 1\n 14 94 4 0.29523 0.44061 0.29783 0.44774 0.28893 0.45300 0.28608 0.44559\n 40 6 11\n 38 6 1\n 14 94 4 0.30700 0.44266 0.30843 0.44677 0.29919 0.45145 0.29783 0.44774\n 40 6 12\n 38 6 1\n 14 94 4 0.30464 0.43584 0.30700 0.44266 0.29783 0.44774 0.29523 0.44061\n 40 6 11\n 38 6 1\n 14 94 4 0.31670 0.43861 0.31791 0.44230 0.30843 0.44677 0.30700 0.44266\n 40 6 12\n 38 6 1\n 14 94 4 0.31430 0.43128 0.31670 0.43861 0.30700 0.44266 0.30464 0.43584\n 40 6 11\n 38 6 1\n 14 94 4 0.32637 0.43396 0.32763 0.43805 0.31791 0.44230 0.31670 0.43861\n 40 6 12\n 38 6 1\n 14 94 4 0.32420 0.42695 0.32637 0.43396 0.31670 0.43861 0.31430 0.43128\n 40 6 11\n 38 6 1\n 14 94 4 0.33636 0.42985 0.33757 0.43402 0.32763 0.43805 0.32637 0.43396\n 40 6 12\n 38 6 1\n 14 94 4 0.33433 0.42285 0.33636 0.42985 0.32637 0.43396 0.32420 0.42695\n 40 6 11\n 38 6 1\n 14 94 4 0.34675 0.42664 0.34773 0.43022 0.33757 0.43402 0.33636 0.42985\n 40 6 12\n 38 6 1\n 14 94 4 0.34468 0.41897 0.34675 0.42664 0.33636 0.42985 0.33433 0.42285\n 40 6 11\n 38 6 1\n 14 94 4 0.35710 0.42279 0.35808 0.42665 0.34773 0.43022 0.34675 0.42664\n 40 6 12\n 38 6 1\n 14 94 4 0.35522 0.41534 0.35710 0.42279 0.34675 0.42664 0.34468 0.41897\n 40 6 11\n 38 6 1\n 14 94 4 0.36768 0.41934 0.36861 0.42332 0.35808 0.42665 0.35710 0.42279\n 40 6 12\n 38 6 1\n 14 94 4 0.36595 0.41194 0.36768 0.41934 0.35710 0.42279 0.35522 0.41534\n 40 6 11\n 38 6 1\n 14 94 4 0.37821 0.41503 0.37932 0.42022 0.36861 0.42332 0.36768 0.41934\n 40 6 12\n 38 6 1\n 14 94 4 0.37686 0.40879 0.37821 0.41503 0.36768 0.41934 0.36595 0.41194\n 40 6 11\n 38 6 1\n 14 94 4 0.38906 0.41163 0.39019 0.41738 0.37932 0.42022 0.37821 0.41503\n 40 6 12\n 38 6 1\n 14 94 4 0.38794 0.40589 0.38906 0.41163 0.37821 0.41503 0.37686 0.40879\n 40 6 11\n 38 6 1\n 14 94 4 0.40053 0.41097 0.40121 0.41477 0.39019 0.41738 0.38906 0.41163\n 40 6 12\n 38 6 1\n 14 94 4 0.39916 0.40324 0.40053 0.41097 0.38906 0.41163 0.38794 0.40589\n 40 6 11\n 38 6 1\n 14 94 4 0.41155 0.40735 0.41236 0.41242 0.40121 0.41477 0.40053 0.41097\n 40 6 12\n 38 6 1\n 14 94 4 0.41052 0.40084 0.41155 0.40735 0.40053 0.41097 0.39916 0.40324\n 40 6 11\n 38 6 1\n 14 94 4 0.42307 0.40637 0.42363 0.41033 0.41236 0.41242 0.41155 0.40735\n 40 6 12\n 38 6 1\n 14 94 4 0.42200 0.39871 0.42307 0.40637 0.41155 0.40735 0.41052 0.40084\n 40 6 11\n 38 6 1\n 14 94 4 0.43459 0.40509 0.43500 0.40849 0.42363 0.41033 0.42307 0.40637\n 40 6 12\n 38 6 1\n 14 94 4 0.43359 0.39684 0.43459 0.40509 0.42307 0.40637 0.42200 0.39871\n 40 6 11\n 38 6 1\n 14 94 4 0.44616 0.40385 0.44647 0.40691 0.43500 0.40849 0.43459 0.40509\n 40 6 12\n 38 6 1\n 14 94 4 0.44527 0.39523 0.44616 0.40385 0.43459 0.40509 0.43359 0.39684\n 40 6 11\n 38 6 1\n 14 94 4 0.45782 0.40333 0.45801 0.40559 0.44647 0.40691 0.44616 0.40385\n 40 6 12\n 38 6 1\n 14 94 4 0.45703 0.39388 0.45782 0.40333 0.44616 0.40385 0.44527 0.39523\n 40 6 11\n 38 6 1\n 14 94 4 0.46950 0.40265 0.46962 0.40453 0.45801 0.40559 0.45782 0.40333\n 40 6 12\n 38 6 1\n 14 94 4 0.46886 0.39280 0.46950 0.40265 0.45782 0.40333 0.45703 0.39388\n 40 6 11\n 38 6 1\n 14 94 4 0.48117 0.40137 0.48128 0.40373 0.46962 0.40453 0.46950 0.40265\n 40 6 12\n 38 6 1\n 14 94 4 0.48073 0.39199 0.48117 0.40137 0.46950 0.40265 0.46886 0.39280\n 40 6 11\n 38 6 1\n 14 94 4 0.49293 0.40151 0.49298 0.40320 0.48128 0.40373 0.48117 0.40137\n 40 6 12\n 38 6 1\n 14 94 4 0.49265 0.39145 0.49293 0.40151 0.48117 0.40137 0.48073 0.39199\n 40 6 11\n 38 6 1\n 14 94 4 0.50468 0.40122 0.50469 0.40294 0.49298 0.40320 0.49293 0.40151\n 40 6 12\n 38 6 1\n 14 94 4 0.50458 0.39118 0.50468 0.40122 0.49293 0.40151 0.49265 0.39145\n 40 6 11\n 38 6 1\n 14 94 4 0.51644 0.40066 0.51642 0.40294 0.50469 0.40294 0.50468 0.40122\n 40 6 12\n 38 6 1\n 14 94 4 0.51653 0.39118 0.51644 0.40066 0.50468 0.40122 0.50458 0.39118\n 40 6 11\n 38 6 1\n 14 94 4 0.52818 0.40146 0.52813 0.40320 0.51642 0.40294 0.51644 0.40066\n 40 6 12\n 38 6 1\n 14 94 4 0.52846 0.39145 0.52818 0.40146 0.51644 0.40066 0.51653 0.39118\n 40 6 11\n 38 6 1\n 14 94 4 0.54004 0.39924 0.53983 0.40373 0.52813 0.40320 0.52818 0.40146\n 40 6 12\n 38 6 1\n 14 94 4 0.54038 0.39199 0.54004 0.39924 0.52818 0.40146 0.52846 0.39145\n 40 6 11\n 38 6 1\n 14 94 4 0.55205 0.39588 0.55149 0.40453 0.53983 0.40373 0.54004 0.39924\n 40 6 12\n 38 6 1\n 14 94 4 0.55225 0.39280 0.55205 0.39588 0.54004 0.39924 0.54038 0.39199\n 40 6 11\n 38 6 1\n 14 94 4 0.56397 0.39517 0.56310 0.40559 0.55149 0.40453 0.55205 0.39588\n 40 6 12\n 38 6 1\n 14 94 4 0.56408 0.39388 0.56397 0.39517 0.55205 0.39588 0.55225 0.39280\n 40 6 11\n 38 6 1\n 14 116 5 0.56843 0.39438 0.57584 0.39523 0.57464 0.40691 0.56310 0.40559 0.56397 0.39517\n 40 6 12\n 38 6 1\n 14 72 3 0.56843 0.39438 0.56397 0.39517 0.56408 0.39388\n 40 6 11\n 38 6 1\n 14 666 30 0.57584 0.39523 0.58752 0.39684 0.59911 0.39871 0.61059 0.40084 0.62195 0.40324 0.63317 0.40589 0.64425 0.40879 0.65516 0.41194 0.66589 0.41534 0.67644 0.41897 0.68678 0.42285 0.69691 0.42695 0.70681 0.43128 0.71647 0.43584 0.72588 0.44061 0.72192 0.45145 0.71268 0.44677 0.70320 0.44230 0.69348 0.43805 0.68354 0.43402 0.67338 0.43022 0.66303 0.42665 0.65250 0.42332 0.64179 0.42022 0.63092 0.41738 0.61990 0.41477 0.60875 0.41242 0.59748 0.41033 0.58611 0.40849 0.57464 0.40691\n 40 6 11\n 38 6 1\n 14 116 5 0.78453 0.48016 0.78870 0.48993 0.78568 0.49580 0.77879 0.48965 0.78381 0.47952\n 40 6 12\n 38 6 1\n 14 72 3 0.78453 0.48016 0.79083 0.48578 0.78870 0.48993\n 40 6 11\n 38 6 1\n 14 94 4 0.79383 0.49911 0.79223 0.50211 0.78568 0.49580 0.78870 0.48993\n 40 6 12\n 38 6 1\n 14 94 4 0.79751 0.49221 0.79383 0.49911 0.78870 0.48993 0.79083 0.48578\n 40 6 11\n 38 6 1\n 14 72 3 0.79798 0.50807 0.79223 0.50211 0.79383 0.49911\n 40 6 12\n 38 6 1\n 14 116 5 0.80384 0.49878 0.79845 0.50856 0.79798 0.50807 0.79383 0.49911 0.79751 0.49221\n 40 6 12\n 38 6 1\n 14 1326 60 0.80384 0.49878 0.80981 0.50549 0.81542 0.51233 0.82065 0.51929 0.82551 0.52636 0.82998 0.53355 0.83407 0.54083 0.83776 0.54819 0.84105 0.55564 0.84394 0.56316 0.84642 0.57073 0.84850 0.57836 0.85016 0.58603 0.85141 0.59374 0.85224 0.60147 0.85266 0.60921 0.85266 0.61695 0.85224 0.62470 0.85141 0.63242 0.85016 0.64013 0.84850 0.64780 0.84642 0.65543 0.84394 0.66300 0.84105 0.67052 0.83776 0.67797 0.83407 0.68533 0.82998 0.69261 0.82551 0.69980 0.82065 0.70687 0.81542 0.71384 0.80981 0.71966 0.81495 0.71282 0.81972 0.70588 0.82411 0.69883 0.82812 0.69168 0.83174 0.68445 0.83497 0.67714 0.83781 0.66976 0.84025 0.66232 0.84228 0.65484 0.84391 0.64731 0.84514 0.63974 0.84596 0.63216 0.84637 0.62456 0.84637 0.61695 0.84596 0.60936 0.84514 0.60177 0.84391 0.59421 0.84228 0.58668 0.84025 0.57919 0.83781 0.57175 0.83497 0.56437 0.83174 0.55706 0.82812 0.54983 0.82411 0.54269 0.81972 0.53564 0.81495 0.52869 0.80981 0.52185 0.80431 0.51514 0.79845 0.50856\n 40 6 11\n 38 6 1\n 14 72 3 0.80470 0.72596 0.80431 0.72637 0.80720 0.72285\n 40 6 12\n 38 6 1\n 14 116 5 0.80981 0.72068 0.80470 0.72596 0.80720 0.72285 0.80981 0.71966 0.81542 0.71384\n 40 6 10\n 38 6 1\n 14 94 4 0.17474 0.61695 0.17515 0.60936 0.18185 0.61711 0.18144 0.62456\n 40 6 10\n 38 6 1\n 14 116 5 0.17560 0.60521 0.17771 0.60383 0.18265 0.60968 0.18185 0.61711 0.17515 0.60936\n 40 6 11\n 38 6 1\n 14 72 3 0.17560 0.60521 0.17597 0.60177 0.17771 0.60383\n 40 6 10\n 38 6 1\n 14 72 3 0.18369 0.60325 0.18265 0.60968 0.17771 0.60383\n 40 6 11\n 38 6 1\n 14 116 5 0.17720 0.59421 0.18385 0.60227 0.18369 0.60325 0.17771 0.60383 0.17597 0.60177\n 40 6 11\n 38 6 1\n 14 116 5 0.17736 0.59343 0.18146 0.58995 0.18545 0.59489 0.18385 0.60227 0.17720 0.59421\n 40 6 12\n 38 6 1\n 14 72 3 0.17736 0.59343 0.17883 0.58668 0.18146 0.58995\n 40 6 11\n 38 6 1\n 14 94 4 0.18356 0.58262 0.18744 0.58755 0.18545 0.59489 0.18146 0.58995\n 40 6 12\n 38 6 1\n 14 94 4 0.18086 0.57919 0.18356 0.58262 0.18146 0.58995 0.17883 0.58668\n 40 6 11\n 38 6 1\n 14 116 5 0.18274 0.57348 0.18330 0.57175 0.18983 0.58026 0.18744 0.58755 0.18356 0.58262\n 40 6 12\n 38 6 1\n 14 72 3 0.18274 0.57348 0.18356 0.58262 0.18086 0.57919\n 40 6 11\n 38 6 1\n 14 2250 102 0.18330 0.57175 0.18614 0.56437 0.18937 0.55706 0.19299 0.54983 0.19700 0.54269 0.20139 0.53564 0.20616 0.52869 0.21130 0.52185 0.21680 0.51514 0.22266 0.50856 0.22888 0.50211 0.23543 0.49580 0.24232 0.48965 0.24954 0.48366 0.25708 0.47783 0.26492 0.47218 0.27306 0.46671 0.28150 0.46143 0.29021 0.45634 0.29919 0.45145 0.30843 0.44677 0.31791 0.44230 0.32763 0.43805 0.33757 0.43402 0.34773 0.43022 0.35808 0.42665 0.36861 0.42332 0.37932 0.42022 0.39019 0.41738 0.40121 0.41477 0.41236 0.41242 0.42363 0.41033 0.43500 0.40849 0.44647 0.40691 0.45801 0.40559 0.46962 0.40453 0.48128 0.40373 0.49298 0.40320 0.50469 0.40294 0.51642 0.40294 0.52813 0.40320 0.53983 0.40373 0.55149 0.40453 0.56310 0.40559 0.57464 0.40691 0.58611 0.40849 0.59748 0.41033 0.60875 0.41242 0.61990 0.41477 0.63092 0.41738 0.64179 0.42022 0.63917 0.43175 0.62852 0.42896 0.61772 0.42641 0.60679 0.42411 0.59575 0.42206 0.58460 0.42025 0.57336 0.41870 0.56205 0.41741 0.55067 0.41637 0.53924 0.41559 0.52778 0.41507 0.51630 0.41481 0.50481 0.41481 0.49333 0.41507 0.48187 0.41559 0.47044 0.41637 0.45906 0.41741 0.44775 0.41870 0.43651 0.42025 0.42536 0.42206 0.41432 0.42411 0.40339 0.42641 0.39259 0.42896 0.38194 0.43175 0.37145 0.43479 0.36112 0.43805 0.35097 0.44155 0.34102 0.44528 0.33128 0.44923 0.32176 0.45339 0.31246 0.45777 0.30341 0.46236 0.29461 0.46715 0.28607 0.47214 0.27780 0.47732 0.26982 0.48268 0.26213 0.48821 0.25475 0.49392 0.24768 0.49980 0.24092 0.50583 0.23450 0.51200 0.22841 0.51832 0.22266 0.52478 0.21727 0.53136 0.21223 0.53806 0.20756 0.54486 0.20326 0.55177 0.19933 0.55878 0.19578 0.56586 0.19261 0.57303 0.18983 0.58026\n 40 6 11\n 38 6 1\n 14 138 6 0.64179 0.42022 0.65250 0.42332 0.66303 0.42665 0.65999 0.43805 0.64966 0.43479 0.63917 0.43175\n 40 6 10\n 38 6 1\n 14 72 3 0.67050 0.44028 0.67014 0.44155 0.66369 0.43933\n 40 6 11\n 38 6 1\n 14 116 5 0.67338 0.43022 0.67050 0.44028 0.66369 0.43933 0.65999 0.43805 0.66303 0.42665\n 40 6 10\n 38 6 1\n 14 94 4 0.68010 0.44524 0.68009 0.44528 0.67014 0.44155 0.67050 0.44028\n 40 6 11\n 38 6 1\n 14 94 4 0.68354 0.43402 0.68010 0.44524 0.67050 0.44028 0.67338 0.43022\n 40 6 10\n 38 6 1\n 14 72 3 0.68017 0.44531 0.68009 0.44528 0.68010 0.44524\n 40 6 11\n 38 6 1\n 14 116 5 0.69348 0.43805 0.68983 0.44923 0.68017 0.44531 0.68010 0.44524 0.68354 0.43402\n 40 6 11\n 38 6 1\n 14 138 6 0.69348 0.43805 0.70320 0.44230 0.71268 0.44677 0.70865 0.45777 0.69935 0.45339 0.68983 0.44923\n 40 6 11\n 38 6 1\n 14 72 3 0.80300 0.51730 0.79845 0.52478 0.79671 0.52282\n 40 6 12\n 38 6 1\n 14 138 6 0.80431 0.51514 0.80300 0.51730 0.79671 0.52282 0.79281 0.51844 0.79285 0.51807 0.79845 0.50856\n 40 6 13\n 38 6 1\n 14 72 3 0.79281 0.51844 0.79270 0.51832 0.79285 0.51807\n 40 6 11\n 38 6 1\n 14 94 4 0.80833 0.52421 0.80384 0.53136 0.79845 0.52478 0.80300 0.51730\n 40 6 12\n 38 6 1\n 14 94 4 0.80981 0.52185 0.80833 0.52421 0.80300 0.51730 0.80431 0.51514\n 40 6 11\n 38 6 1\n 14 94 4 0.81350 0.53092 0.80888 0.53806 0.80384 0.53136 0.80833 0.52421\n 40 6 12\n 38 6 1\n 14 94 4 0.81495 0.52869 0.81350 0.53092 0.80833 0.52421 0.80981 0.52185\n 40 6 11\n 38 6 1\n 14 72 3 0.81118 0.54141 0.80888 0.53806 0.81350 0.53092\n 40 6 12\n 38 6 1\n 14 116 5 0.81972 0.53564 0.81355 0.54486 0.81118 0.54141 0.81350 0.53092 0.81495 0.52869\n 40 6 11\n 38 6 1\n 14 72 3 0.81875 0.55046 0.81785 0.55177 0.81733 0.55093\n 40 6 12\n 38 6 1\n 14 116 5 0.82411 0.54269 0.81875 0.55046 0.81733 0.55093 0.81355 0.54486 0.81972 0.53564\n 40 6 11\n 38 6 1\n 14 72 3 0.81813 0.55227 0.81785 0.55177 0.81875 0.55046\n 40 6 12\n 38 6 1\n 14 116 5 0.82812 0.54983 0.82178 0.55878 0.81813 0.55227 0.81875 0.55046 0.82411 0.54269\n 40 6 12\n 38 6 1\n 14 270 12 0.82812 0.54983 0.83174 0.55706 0.83497 0.56437 0.83781 0.57175 0.84025 0.57919 0.84228 0.58668 0.83566 0.59489 0.83367 0.58755 0.83128 0.58026 0.82850 0.57303 0.82533 0.56586 0.82178 0.55878\n 40 6 11\n 38 6 1\n 14 72 3 0.83788 0.60152 0.83726 0.60227 0.83604 0.59662\n 40 6 12\n 38 6 1\n 14 116 5 0.84391 0.59421 0.83788 0.60152 0.83604 0.59662 0.83566 0.59489 0.84228 0.58668\n 40 6 11\n 38 6 1\n 14 94 4 0.83874 0.60935 0.83846 0.60968 0.83726 0.60227 0.83788 0.60152\n 40 6 12\n 38 6 1\n 14 94 4 0.84514 0.60177 0.83874 0.60935 0.83788 0.60152 0.84391 0.59421\n 40 6 11\n 38 6 1\n 14 94 4 0.83970 0.61661 0.83926 0.61711 0.83846 0.60968 0.83874 0.60935\n 40 6 12\n 38 6 1\n 14 94 4 0.84596 0.60936 0.83970 0.61661 0.83874 0.60935 0.84514 0.60177\n 40 6 11\n 38 6 1\n 14 94 4 0.84016 0.62400 0.83967 0.62456 0.83926 0.61711 0.83970 0.61661\n 40 6 12\n 38 6 1\n 14 94 4 0.84637 0.61695 0.84016 0.62400 0.83970 0.61661 0.84596 0.60936\n 40 6 11\n 38 6 1\n 14 94 4 0.84050 0.63109 0.83967 0.63201 0.83967 0.62456 0.84016 0.62400\n 40 6 12\n 38 6 1\n 14 94 4 0.84637 0.62456 0.84050 0.63109 0.84016 0.62400 0.84637 0.61695\n 40 6 11\n 38 6 1\n 14 94 4 0.84015 0.63849 0.83926 0.63946 0.83967 0.63201 0.84050 0.63109\n 40 6 12\n 38 6 1\n 14 94 4 0.84596 0.63216 0.84015 0.63849 0.84050 0.63109 0.84637 0.62456\n 40 6 11\n 38 6 1\n 14 94 4 0.83876 0.64658 0.83846 0.64689 0.83926 0.63946 0.84015 0.63849\n 40 6 12\n 38 6 1\n 14 94 4 0.84514 0.63974 0.83876 0.64658 0.84015 0.63849 0.84596 0.63216\n 40 6 11\n 38 6 1\n 14 94 4 0.83770 0.65385 0.83726 0.65431 0.83846 0.64689 0.83876 0.64658\n 40 6 12\n 38 6 1\n 14 94 4 0.84391 0.64731 0.83770 0.65385 0.83876 0.64658 0.84514 0.63974\n 40 6 11\n 38 6 1\n 14 94 4 0.83599 0.66135 0.83566 0.66169 0.83726 0.65431 0.83770 0.65385\n 40 6 12\n 38 6 1\n 14 94 4 0.84228 0.65484 0.83599 0.66135 0.83770 0.65385 0.84391 0.64731\n 40 6 11\n 38 6 1\n 14 94 4 0.83399 0.66870 0.83367 0.66902 0.83566 0.66169 0.83599 0.66135\n 40 6 12\n 38 6 1\n 14 94 4 0.84025 0.66232 0.83399 0.66870 0.83599 0.66135 0.84228 0.65484\n 40 6 11\n 38 6 1\n 14 94 4 0.83158 0.67601 0.83128 0.67631 0.83367 0.66902 0.83399 0.66870\n 40 6 12\n 38 6 1\n 14 94 4 0.83781 0.66976 0.83158 0.67601 0.83399 0.66870 0.84025 0.66232\n 40 6 11\n 38 6 1\n 14 94 4 0.82988 0.68218 0.82850 0.68355 0.83128 0.67631 0.83158 0.67601\n 40 6 12\n 38 6 1\n 14 94 4 0.83497 0.67714 0.82988 0.68218 0.83158 0.67601 0.83781 0.66976\n 40 6 11\n 38 6 1\n 14 94 4 0.82758 0.68851 0.82533 0.69071 0.82850 0.68355 0.82988 0.68218\n 40 6 12\n 38 6 1\n 14 94 4 0.83174 0.68445 0.82758 0.68851 0.82988 0.68218 0.83497 0.67714\n 40 6 11\n 38 6 1\n 14 94 4 0.82440 0.69527 0.82178 0.69780 0.82533 0.69071 0.82758 0.68851\n 40 6 12\n 38 6 1\n 14 94 4 0.82812 0.69168 0.82440 0.69527 0.82758 0.68851 0.83174 0.68445\n 40 6 11\n 38 6 1\n 14 94 4 0.82099 0.70180 0.81785 0.70480 0.82178 0.69780 0.82440 0.69527\n 40 6 12\n 38 6 1\n 14 94 4 0.82411 0.69883 0.82099 0.70180 0.82440 0.69527 0.82812 0.69168\n 40 6 11\n 38 6 1\n 14 94 4 0.81716 0.70830 0.81355 0.71171 0.81785 0.70480 0.82099 0.70180\n 40 6 12\n 38 6 1\n 14 94 4 0.81972 0.70588 0.81716 0.70830 0.82099 0.70180 0.82411 0.69883\n 40 6 11\n 38 6 1\n 14 94 4 0.81335 0.71432 0.80888 0.71852 0.81355 0.71171 0.81716 0.70830\n 40 6 12\n 38 6 1\n 14 94 4 0.81495 0.71282 0.81335 0.71432 0.81716 0.70830 0.81972 0.70588\n 40 6 11\n 38 6 1\n 14 94 4 0.80942 0.72002 0.80384 0.72522 0.80888 0.71852 0.81335 0.71432\n 40 6 12\n 38 6 1\n 14 94 4 0.80981 0.71966 0.80942 0.72002 0.81335 0.71432 0.81495 0.71282\n 40 6 11\n 38 6 1\n 14 116 5 0.80720 0.72285 0.80431 0.72637 0.79845 0.73180 0.80384 0.72522 0.80942 0.72002\n 40 6 12\n 38 6 1\n 14 72 3 0.80720 0.72285 0.80942 0.72002 0.80981 0.71966\n 40 6 11\n 38 6 1\n 14 138 6 0.80431 0.72637 0.79845 0.73296 0.79223 0.73941 0.78661 0.74457 0.79270 0.73825 0.79845 0.73180\n 40 6 9\n 38 6 1\n 14 72 3 0.18624 0.62959 0.18855 0.63201 0.18855 0.63424\n 40 6 10\n 38 6 1\n 14 138 6 0.18144 0.62929 0.18144 0.62456 0.18624 0.62959 0.18855 0.63424 0.18855 0.63931 0.18431 0.63495\n 40 6 11\n 38 6 1\n 14 72 3 0.18144 0.62929 0.18431 0.63495 0.18144 0.63201\n 40 6 9\n 38 6 1\n 14 94 4 0.18351 0.61890 0.18894 0.62473 0.18855 0.63201 0.18624 0.62959\n 40 6 10\n 38 6 1\n 14 94 4 0.18185 0.61711 0.18351 0.61890 0.18624 0.62959 0.18144 0.62456\n 40 6 9\n 38 6 1\n 14 72 3 0.18937 0.62071 0.18894 0.62473 0.18351 0.61890\n 40 6 10\n 38 6 1\n 14 116 5 0.18265 0.60968 0.18972 0.61745 0.18937 0.62071 0.18351 0.61890 0.18185 0.61711\n 40 6 10\n 38 6 1\n 14 116 5 0.18369 0.60325 0.18836 0.60734 0.19090 0.61020 0.18972 0.61745 0.18265 0.60968\n 40 6 11\n 38 6 1\n 14 72 3 0.18369 0.60325 0.18385 0.60227 0.18836 0.60734\n 40 6 10\n 38 6 1\n 14 94 4 0.19239 0.60289 0.19246 0.60298 0.19090 0.61020 0.18836 0.60734\n 40 6 11\n 38 6 1\n 14 94 4 0.18545 0.59489 0.19239 0.60289 0.18836 0.60734 0.18385 0.60227\n 40 6 10\n 38 6 1\n 14 94 4 0.19356 0.59479 0.19441 0.59580 0.19246 0.60298 0.19239 0.60289\n 40 6 11\n 38 6 1\n 14 94 4 0.18744 0.58755 0.19356 0.59479 0.19239 0.60289 0.18545 0.59489\n 40 6 10\n 38 6 1\n 14 72 3 0.19478 0.59470 0.19441 0.59580 0.19356 0.59479\n 40 6 11\n 38 6 1\n 14 116 5 0.18983 0.58026 0.19675 0.58867 0.19478 0.59470 0.19356 0.59479 0.18744 0.58755\n 40 6 11\n 38 6 1\n 14 2206 100 0.18983 0.58026 0.19261 0.57303 0.19578 0.56586 0.19933 0.55878 0.20326 0.55177 0.20756 0.54486 0.21223 0.53806 0.21727 0.53136 0.22266 0.52478 0.22841 0.51832 0.23450 0.51200 0.24092 0.50583 0.24768 0.49980 0.25475 0.49392 0.26213 0.48821 0.26982 0.48268 0.27780 0.47732 0.28607 0.47214 0.29461 0.46715 0.30341 0.46236 0.31246 0.45777 0.32176 0.45339 0.33128 0.44923 0.34102 0.44528 0.35097 0.44155 0.36112 0.43805 0.37145 0.43479 0.38194 0.43175 0.39259 0.42896 0.40339 0.42641 0.41432 0.42411 0.42536 0.42206 0.43651 0.42025 0.44775 0.41870 0.45906 0.41741 0.47044 0.41637 0.48187 0.41559 0.49333 0.41507 0.50481 0.41481 0.51630 0.41481 0.52778 0.41507 0.53924 0.41559 0.55067 0.41637 0.56205 0.41741 0.57336 0.41870 0.58460 0.42025 0.59575 0.42206 0.60679 0.42411 0.61772 0.42641 0.62852 0.42896 0.62597 0.44064 0.61541 0.43814 0.60472 0.43589 0.59391 0.43388 0.58300 0.43212 0.57201 0.43060 0.56094 0.42933 0.54980 0.42832 0.53862 0.42756 0.52741 0.42705 0.51618 0.42679 0.50493 0.42679 0.49370 0.42705 0.48249 0.42756 0.47131 0.42832 0.46017 0.42933 0.44910 0.43060 0.43811 0.43212 0.42720 0.43388 0.41639 0.43589 0.40570 0.43814 0.39514 0.44064 0.38472 0.44337 0.37445 0.44633 0.36434 0.44953 0.35442 0.45295 0.34468 0.45660 0.33515 0.46046 0.32583 0.46454 0.31674 0.46883 0.30788 0.47332 0.29927 0.47800 0.29091 0.48288 0.28283 0.48795 0.27502 0.49319 0.26750 0.49861 0.26027 0.50420 0.25335 0.50994 0.24674 0.51584 0.24045 0.52189 0.23450 0.52807 0.22888 0.53438 0.22360 0.54082 0.21867 0.54738 0.21410 0.55404 0.20989 0.56080 0.20604 0.56765 0.20257 0.57458 0.19947 0.58159 0.19675 0.58867\n 40 6 10\n 38 6 1\n 14 72 3 0.63671 0.44205 0.63639 0.44337 0.63303 0.44249\n 40 6 11\n 38 6 1\n 14 116 5 0.63917 0.43175 0.63671 0.44205 0.63303 0.44249 0.62597 0.44064 0.62852 0.42896\n 40 6 10\n 38 6 1\n 14 94 4 0.64786 0.44172 0.64666 0.44633 0.63639 0.44337 0.63671 0.44205\n 40 6 11\n 38 6 1\n 14 94 4 0.64966 0.43479 0.64786 0.44172 0.63671 0.44205 0.63917 0.43175\n 40 6 10\n 38 6 1\n 14 94 4 0.65967 0.43920 0.65677 0.44953 0.64666 0.44633 0.64786 0.44172\n 40 6 11\n 38 6 1\n 14 94 4 0.65999 0.43805 0.65967 0.43920 0.64786 0.44172 0.64966 0.43479\n 40 6 10\n 38 6 1\n 14 116 5 0.66369 0.43933 0.67014 0.44155 0.66669 0.45295 0.65677 0.44953 0.65967 0.43920\n 40 6 11\n 38 6 1\n 14 72 3 0.66369 0.43933 0.65967 0.43920 0.65999 0.43805\n 40 6 10\n 38 6 1\n 14 94 4 0.67014 0.44155 0.68009 0.44528 0.67643 0.45660 0.66669 0.45295\n 40 6 10\n 38 6 1\n 14 94 4 0.68017 0.44531 0.68409 0.45971 0.67643 0.45660 0.68009 0.44528\n 40 6 11\n 38 6 1\n 14 94 4 0.68017 0.44531 0.68983 0.44923 0.68596 0.46046 0.68409 0.45971\n 40 6 11\n 38 6 1\n 14 94 4 0.81813 0.55227 0.81504 0.56759 0.81122 0.56080 0.81785 0.55177\n 40 6 12\n 38 6 1\n 14 94 4 0.81813 0.55227 0.82178 0.55878 0.81507 0.56765 0.81504 0.56759\n 40 6 12\n 38 6 1\n 14 182 8 0.82178 0.55878 0.82533 0.56586 0.82850 0.57303 0.83128 0.58026 0.82436 0.58867 0.82164 0.58159 0.81854 0.57458 0.81507 0.56765\n 40 6 11\n 38 6 1\n 14 72 3 0.83017 0.59169 0.82670 0.59580 0.82478 0.58996\n 40 6 12\n 38 6 1\n 14 116 5 0.83367 0.58755 0.83017 0.59169 0.82478 0.58996 0.82436 0.58867 0.83128 0.58026\n 40 6 11\n 38 6 1\n 14 94 4 0.83538 0.59522 0.82865 0.60298 0.82670 0.59580 0.83017 0.59169\n 40 6 12\n 38 6 1\n 14 94 4 0.83566 0.59489 0.83538 0.59522 0.83017 0.59169 0.83367 0.58755\n 40 6 11\n 38 6 1\n 14 116 5 0.83604 0.59662 0.83726 0.60227 0.83021 0.61020 0.82865 0.60298 0.83538 0.59522\n 40 6 12\n 38 6 1\n 14 72 3 0.83604 0.59662 0.83538 0.59522 0.83566 0.59489\n 40 6 11\n 38 6 1\n 14 974 44 0.83726 0.60227 0.83846 0.60968 0.83926 0.61711 0.83967 0.62456 0.83967 0.63201 0.83926 0.63946 0.83846 0.64689 0.83726 0.65431 0.83566 0.66169 0.83367 0.66902 0.83128 0.67631 0.82850 0.68355 0.82533 0.69071 0.82178 0.69780 0.81785 0.70480 0.81355 0.71171 0.80888 0.71852 0.80384 0.72522 0.79845 0.73180 0.79270 0.73825 0.78661 0.74457 0.78019 0.75075 0.77437 0.75548 0.78066 0.74943 0.78661 0.74325 0.79223 0.73693 0.79751 0.73050 0.80244 0.72394 0.80701 0.71728 0.81122 0.71052 0.81507 0.70367 0.81854 0.69673 0.82164 0.68973 0.82436 0.68265 0.82670 0.67552 0.82865 0.66834 0.83021 0.66112 0.83139 0.65387 0.83217 0.64659 0.83256 0.63931 0.83256 0.63201 0.83217 0.62473 0.83139 0.61745 0.83021 0.61020\n 40 6 9\n 38 6 1\n 14 116 5 0.18855 0.63424 0.18855 0.63201 0.19604 0.63931 0.19604 0.64643 0.19231 0.64288\n 40 6 10\n 38 6 1\n 14 72 3 0.18855 0.63424 0.19231 0.64288 0.18855 0.63931\n 40 6 9\n 38 6 1\n 14 94 4 0.18855 0.63201 0.18894 0.62473 0.19642 0.63219 0.19604 0.63931\n 40 6 9\n 38 6 1\n 14 116 5 0.18937 0.62071 0.19269 0.62049 0.19719 0.62508 0.19642 0.63219 0.18894 0.62473\n 40 6 10\n 38 6 1\n 14 72 3 0.18937 0.62071 0.18972 0.61745 0.19269 0.62049\n 40 6 9\n 38 6 1\n 14 72 3 0.19797 0.62027 0.19719 0.62508 0.19269 0.62049\n 40 6 10\n 38 6 1\n 14 116 5 0.19090 0.61020 0.19834 0.61800 0.19797 0.62027 0.19269 0.62049 0.18972 0.61745\n 40 6 10\n 38 6 1\n 14 138 6 0.19090 0.61020 0.19246 0.60298 0.19441 0.59580 0.20177 0.60394 0.19987 0.61095 0.19834 0.61800\n 40 6 10\n 38 6 1\n 14 116 5 0.19478 0.59470 0.20065 0.59310 0.20405 0.59697 0.20177 0.60394 0.19441 0.59580\n 40 6 11\n 38 6 1\n 14 72 3 0.19478 0.59470 0.19675 0.58867 0.20065 0.59310\n 40 6 10\n 38 6 1\n 14 94 4 0.20267 0.58533 0.20671 0.59006 0.20405 0.59697 0.20065 0.59310\n 40 6 11\n 38 6 1\n 14 94 4 0.19947 0.58159 0.20267 0.58533 0.20065 0.59310 0.19675 0.58867\n 40 6 10\n 38 6 1\n 14 94 4 0.20921 0.58257 0.20974 0.58321 0.20671 0.59006 0.20267 0.58533\n 40 6 11\n 38 6 1\n 14 94 4 0.20257 0.57458 0.20921 0.58257 0.20267 0.58533 0.19947 0.58159\n 40 6 10\n 38 6 1\n 14 72 3 0.21157 0.57956 0.20974 0.58321 0.20921 0.58257\n 40 6 11\n 38 6 1\n 14 116 5 0.20604 0.56765 0.21313 0.57644 0.21157 0.57956 0.20921 0.58257 0.20257 0.57458\n 40 6 11\n 38 6 1\n 14 886 40 0.20604 0.56765 0.20989 0.56080 0.21410 0.55404 0.21867 0.54738 0.22360 0.54082 0.22888 0.53438 0.23450 0.52807 0.24045 0.52189 0.24674 0.51584 0.25335 0.50994 0.26027 0.50420 0.26750 0.49861 0.27502 0.49319 0.28283 0.48795 0.29091 0.48288 0.29927 0.47800 0.30788 0.47332 0.31674 0.46883 0.32583 0.46454 0.33515 0.46046 0.33923 0.47175 0.33013 0.47573 0.32125 0.47992 0.31259 0.48430 0.30418 0.48888 0.29602 0.49365 0.28813 0.49859 0.28050 0.50372 0.27315 0.50901 0.26609 0.51446 0.25933 0.52008 0.25288 0.52584 0.24674 0.53174 0.24092 0.53778 0.23543 0.54395 0.23028 0.55024 0.22546 0.55664 0.22100 0.56314 0.21689 0.56975 0.21313 0.57644\n 40 6 10\n 38 6 1\n 14 72 3 0.34821 0.46700 0.34854 0.46797 0.34244 0.47045\n 40 6 11\n 38 6 1\n 14 116 5 0.34468 0.45660 0.34821 0.46700 0.34244 0.47045 0.33923 0.47175 0.33515 0.46046\n 40 6 10\n 38 6 1\n 14 94 4 0.35755 0.46284 0.35805 0.46441 0.34854 0.46797 0.34821 0.46700\n 40 6 11\n 38 6 1\n 14 94 4 0.35442 0.45295 0.35755 0.46284 0.34821 0.46700 0.34468 0.45660\n 40 6 10\n 38 6 1\n 14 94 4 0.36731 0.45958 0.36775 0.46107 0.35805 0.46441 0.35755 0.46284\n 40 6 11\n 38 6 1\n 14 94 4 0.36434 0.44953 0.36731 0.45958 0.35755 0.46284 0.35442 0.45295\n 40 6 10\n 38 6 1\n 14 94 4 0.37718 0.45634 0.37762 0.45795 0.36775 0.46107 0.36731 0.45958\n 40 6 11\n 38 6 1\n 14 94 4 0.37445 0.44633 0.37718 0.45634 0.36731 0.45958 0.36434 0.44953\n 40 6 10\n 38 6 1\n 14 94 4 0.38697 0.45237 0.38765 0.45505 0.37762 0.45795 0.37718 0.45634\n 40 6 11\n 38 6 1\n 14 94 4 0.38472 0.44337 0.38697 0.45237 0.37718 0.45634 0.37445 0.44633\n 40 6 10\n 38 6 1\n 14 94 4 0.39712 0.44928 0.39783 0.45238 0.38765 0.45505 0.38697 0.45237\n 40 6 11\n 38 6 1\n 14 94 4 0.39514 0.44064 0.39712 0.44928 0.38697 0.45237 0.38472 0.44337\n 40 6 10\n 38 6 1\n 14 94 4 0.40723 0.44553 0.40814 0.44995 0.39783 0.45238 0.39712 0.44928\n 40 6 11\n 38 6 1\n 14 94 4 0.40570 0.43814 0.40723 0.44553 0.39712 0.44928 0.39514 0.44064\n 40 6 10\n 38 6 1\n 14 94 4 0.41779 0.44342 0.41859 0.44775 0.40814 0.44995 0.40723 0.44553\n 40 6 11\n 38 6 1\n 14 94 4 0.41639 0.43589 0.41779 0.44342 0.40723 0.44553 0.40570 0.43814\n 40 6 10\n 38 6 1\n 14 94 4 0.42849 0.44179 0.42914 0.44578 0.41859 0.44775 0.41779 0.44342\n 40 6 11\n 38 6 1\n 14 94 4 0.42720 0.43388 0.42849 0.44179 0.41779 0.44342 0.41639 0.43589\n 40 6 10\n 38 6 1\n 14 94 4 0.43927 0.44035 0.43979 0.44406 0.42914 0.44578 0.42849 0.44179\n 40 6 11\n 38 6 1\n 14 94 4 0.43811 0.43212 0.43927 0.44035 0.42849 0.44179 0.42720 0.43388\n 40 6 10\n 38 6 1\n 14 94 4 0.45017 0.43952 0.45053 0.44258 0.43979 0.44406 0.43927 0.44035\n 40 6 11\n 38 6 1\n 14 94 4 0.44910 0.43060 0.45017 0.43952 0.43927 0.44035 0.43811 0.43212\n 40 6 10\n 38 6 1\n 14 94 4 0.46117 0.43957 0.46135 0.44134 0.45053 0.44258 0.45017 0.43952\n 40 6 11\n 38 6 1\n 14 94 4 0.46017 0.42933 0.46117 0.43957 0.45017 0.43952 0.44910 0.43060\n 40 6 10\n 38 6 1\n 14 94 4 0.47214 0.43927 0.47222 0.44035 0.46135 0.44134 0.46117 0.43957\n 40 6 11\n 38 6 1\n 14 94 4 0.47131 0.42832 0.47214 0.43927 0.46117 0.43957 0.46017 0.42933\n 40 6 10\n 38 6 1\n 14 72 3 0.48038 0.43980 0.47222 0.44035 0.47214 0.43927\n 40 6 11\n 38 6 1\n 14 116 5 0.48249 0.42756 0.48314 0.43961 0.48038 0.43980 0.47214 0.43927 0.47131 0.42832\n 40 6 11\n 38 6 1\n 14 534 24 0.48249 0.42756 0.49370 0.42705 0.50493 0.42679 0.51618 0.42679 0.52741 0.42705 0.53862 0.42756 0.54980 0.42832 0.56094 0.42933 0.57201 0.43060 0.58300 0.43212 0.59391 0.43388 0.60472 0.43589 0.60252 0.44775 0.59197 0.44578 0.58132 0.44406 0.57058 0.44258 0.55976 0.44134 0.54889 0.44035 0.53797 0.43961 0.52702 0.43911 0.51605 0.43886 0.50507 0.43886 0.49409 0.43911 0.48314 0.43961\n 40 6 10\n 38 6 1\n 14 72 3 0.61394 0.44525 0.61297 0.44995 0.60380 0.44802\n 40 6 11\n 38 6 1\n 14 116 5 0.61541 0.43814 0.61394 0.44525 0.60380 0.44802 0.60252 0.44775 0.60472 0.43589\n 40 6 10\n 38 6 1\n 14 94 4 0.62540 0.44312 0.62328 0.45238 0.61297 0.44995 0.61394 0.44525\n 40 6 11\n 38 6 1\n 14 94 4 0.62597 0.44064 0.62540 0.44312 0.61394 0.44525 0.61541 0.43814\n 40 6 10\n 38 6 1\n 14 116 5 0.63303 0.44249 0.63639 0.44337 0.63346 0.45505 0.62328 0.45238 0.62540 0.44312\n 40 6 11\n 38 6 1\n 14 72 3 0.63303 0.44249 0.62540 0.44312 0.62597 0.44064\n 40 6 10\n 38 6 1\n 14 226 10 0.63639 0.44337 0.64666 0.44633 0.65677 0.44953 0.66669 0.45295 0.67643 0.45660 0.67257 0.46797 0.66306 0.46441 0.65336 0.46107 0.64350 0.45795 0.63346 0.45505\n 40 6 11\n 38 6 1\n 14 72 3 0.81402 0.58919 0.81137 0.58321 0.81618 0.57743\n 40 6 12\n 38 6 1\n 14 116 5 0.82164 0.58159 0.81440 0.59006 0.81402 0.58919 0.81618 0.57743 0.81854 0.57458\n 40 6 12\n 38 6 1\n 14 94 4 0.82164 0.58159 0.82436 0.58867 0.81706 0.59697 0.81440 0.59006\n 40 6 11\n 38 6 1\n 14 94 4 0.82478 0.58996 0.82670 0.59580 0.81934 0.60394 0.81783 0.59932\n 40 6 12\n 38 6 1\n 14 94 4 0.82478 0.58996 0.81783 0.59932 0.81706 0.59697 0.82436 0.58867\n 40 6 11\n 38 6 1\n 14 1150 52 0.82670 0.59580 0.82865 0.60298 0.83021 0.61020 0.83139 0.61745 0.83217 0.62473 0.83256 0.63201 0.83256 0.63931 0.83217 0.64659 0.83139 0.65387 0.83021 0.66112 0.82865 0.66834 0.82670 0.67552 0.82436 0.68265 0.82164 0.68973 0.81854 0.69673 0.81507 0.70367 0.81122 0.71052 0.80701 0.71728 0.80244 0.72394 0.79751 0.73050 0.79223 0.73693 0.78661 0.74325 0.78066 0.74943 0.77437 0.75548 0.76776 0.76138 0.76084 0.76712 0.75502 0.77127 0.76178 0.76566 0.76823 0.75990 0.77437 0.75399 0.78019 0.74795 0.78568 0.74179 0.79083 0.73550 0.79565 0.72910 0.80011 0.72259 0.80422 0.71599 0.80798 0.70929 0.81137 0.70252 0.81440 0.69568 0.81706 0.68877 0.81934 0.68180 0.82124 0.67479 0.82277 0.66773 0.82392 0.66065 0.82469 0.65355 0.82507 0.64643 0.82507 0.63931 0.82469 0.63219 0.82392 0.62508 0.82277 0.61800 0.82124 0.61095 0.81934 0.60394\n 40 6 8\n 38 6 1\n 14 72 3 0.20250 0.64514 0.20392 0.64643 0.20392 0.64858\n 40 6 9\n 38 6 1\n 14 116 5 0.19604 0.63931 0.20250 0.64514 0.20392 0.64858 0.20392 0.65337 0.19604 0.64643\n 40 6 8\n 38 6 1\n 14 72 3 0.20410 0.64308 0.20392 0.64643 0.20250 0.64514\n 40 6 9\n 38 6 1\n 14 116 5 0.19642 0.63219 0.20429 0.63949 0.20410 0.64308 0.20250 0.64514 0.19604 0.63931\n 40 6 9\n 38 6 1\n 14 94 4 0.19642 0.63219 0.19719 0.62508 0.20504 0.63256 0.20429 0.63949\n 40 6 9\n 38 6 1\n 14 116 5 0.19797 0.62027 0.19983 0.61946 0.20616 0.62566 0.20504 0.63256 0.19719 0.62508\n 40 6 10\n 38 6 1\n 14 72 3 0.19797 0.62027 0.19834 0.61800 0.19983 0.61946\n 40 6 9\n 38 6 1\n 14 72 3 0.20745 0.61968 0.20616 0.62566 0.19983 0.61946\n 40 6 10\n 38 6 1\n 14 116 5 0.19987 0.61095 0.20765 0.61878 0.20745 0.61968 0.19983 0.61946 0.19834 0.61800\n 40 6 10\n 38 6 1\n 14 182 8 0.19987 0.61095 0.20177 0.60394 0.20405 0.59697 0.20671 0.59006 0.21432 0.59842 0.21173 0.60515 0.20951 0.61194 0.20765 0.61878\n 40 6 9\n 38 6 1\n 14 72 3 0.21715 0.59161 0.21727 0.59174 0.21660 0.59327\n 40 6 10\n 38 6 1\n 14 116 5 0.20974 0.58321 0.21715 0.59161 0.21660 0.59327 0.21432 0.59842 0.20671 0.59006\n 40 6 9\n 38 6 1\n 14 72 3 0.21776 0.59076 0.21727 0.59174 0.21715 0.59161\n 40 6 10\n 38 6 1\n 14 138 6 0.21157 0.57956 0.21339 0.57674 0.22058 0.58514 0.21776 0.59076 0.21715 0.59161 0.20974 0.58321\n 40 6 11\n 38 6 1\n 14 72 3 0.21157 0.57956 0.21313 0.57644 0.21339 0.57674\n 40 6 10\n 38 6 1\n 14 94 4 0.21895 0.57223 0.22424 0.57861 0.22058 0.58514 0.21339 0.57674\n 40 6 11\n 38 6 1\n 14 94 4 0.21689 0.56975 0.21895 0.57223 0.21339 0.57674 0.21313 0.57644\n 40 6 10\n 38 6 1\n 14 94 4 0.22514 0.56830 0.22825 0.57217 0.22424 0.57861 0.21895 0.57223\n 40 6 11\n 38 6 1\n 14 94 4 0.22100 0.56314 0.22514 0.56830 0.21895 0.57223 0.21689 0.56975\n 40 6 10\n 38 6 1\n 14 94 4 0.22959 0.56194 0.23261 0.56583 0.22825 0.57217 0.22514 0.56830\n 40 6 11\n 38 6 1\n 14 94 4 0.22546 0.55664 0.22959 0.56194 0.22514 0.56830 0.22100 0.56314\n 40 6 10\n 38 6 1\n 14 94 4 0.23368 0.55478 0.23730 0.55959 0.23261 0.56583 0.22959 0.56194\n 40 6 11\n 38 6 1\n 14 94 4 0.23028 0.55024 0.23368 0.55478 0.22959 0.56194 0.22546 0.55664\n 40 6 10\n 38 6 1\n 14 94 4 0.23905 0.54894 0.24232 0.55346 0.23730 0.55959 0.23368 0.55478\n 40 6 11\n 38 6 1\n 14 94 4 0.23543 0.54395 0.23905 0.54894 0.23368 0.55478 0.23028 0.55024\n 40 6 10\n 38 6 1\n 14 94 4 0.24429 0.54260 0.24768 0.54745 0.24232 0.55346 0.23905 0.54894\n 40 6 11\n 38 6 1\n 14 94 4 0.24092 0.53778 0.24429 0.54260 0.23905 0.54894 0.23543 0.54395\n 40 6 10\n 38 6 1\n 14 94 4 0.24911 0.53525 0.25335 0.54156 0.24768 0.54745 0.24429 0.54260\n 40 6 11\n 38 6 1\n 14 94 4 0.24674 0.53174 0.24911 0.53525 0.24429 0.54260 0.24092 0.53778\n 40 6 10\n 38 6 1\n 14 94 4 0.25491 0.52897 0.25933 0.53580 0.25335 0.54156 0.24911 0.53525\n 40 6 11\n 38 6 1\n 14 94 4 0.25288 0.52584 0.25491 0.52897 0.24911 0.53525 0.24674 0.53174\n 40 6 10\n 38 6 1\n 14 94 4 0.26019 0.52145 0.26563 0.53018 0.25933 0.53580 0.25491 0.52897\n 40 6 11\n 38 6 1\n 14 94 4 0.25933 0.52008 0.26019 0.52145 0.25491 0.52897 0.25288 0.52584\n 40 6 10\n 38 6 1\n 14 94 4 0.26684 0.51571 0.27222 0.52471 0.26563 0.53018 0.26019 0.52145\n 40 6 11\n 38 6 1\n 14 94 4 0.26609 0.51446 0.26684 0.51571 0.26019 0.52145 0.25933 0.52008\n 40 6 10\n 38 6 1\n 14 94 4 0.27450 0.51136 0.27910 0.51939 0.27222 0.52471 0.26684 0.51571\n 40 6 11\n 38 6 1\n 14 94 4 0.27315 0.50901 0.27450 0.51136 0.26684 0.51571 0.26609 0.51446\n 40 6 10\n 38 6 1\n 14 94 4 0.28197 0.50639 0.28626 0.51423 0.27910 0.51939 0.27450 0.51136\n 40 6 11\n 38 6 1\n 14 94 4 0.28050 0.50372 0.28197 0.50639 0.27450 0.51136 0.27315 0.50901\n 40 6 10\n 38 6 1\n 14 94 4 0.28989 0.50197 0.29370 0.50924 0.28626 0.51423 0.28197 0.50639\n 40 6 11\n 38 6 1\n 14 94 4 0.28813 0.49859 0.28989 0.50197 0.28197 0.50639 0.28050 0.50372\n 40 6 10\n 38 6 1\n 14 94 4 0.29677 0.49514 0.30140 0.50442 0.29370 0.50924 0.28989 0.50197\n 40 6 11\n 38 6 1\n 14 94 4 0.29602 0.49365 0.29677 0.49514 0.28989 0.50197 0.28813 0.49859\n 40 6 10\n 38 6 1\n 14 94 4 0.30504 0.49069 0.30935 0.49977 0.30140 0.50442 0.29677 0.49514\n 40 6 11\n 38 6 1\n 14 94 4 0.30418 0.48888 0.30504 0.49069 0.29677 0.49514 0.29602 0.49365\n 40 6 10\n 38 6 1\n 14 94 4 0.31314 0.48552 0.31755 0.49531 0.30935 0.49977 0.30504 0.49069\n 40 6 11\n 38 6 1\n 14 94 4 0.31259 0.48430 0.31314 0.48552 0.30504 0.49069 0.30418 0.48888\n 40 6 10\n 38 6 1\n 14 94 4 0.32157 0.48068 0.32599 0.49103 0.31755 0.49531 0.31314 0.48552\n 40 6 11\n 38 6 1\n 14 94 4 0.32125 0.47992 0.32157 0.48068 0.31314 0.48552 0.31259 0.48430\n 40 6 10\n 38 6 1\n 14 94 4 0.33029 0.47612 0.33465 0.48695 0.32599 0.49103 0.32157 0.48068\n 40 6 11\n 38 6 1\n 14 94 4 0.33013 0.47573 0.33029 0.47612 0.32157 0.48068 0.32125 0.47992\n 40 6 10\n 38 6 1\n 14 94 4 0.33938 0.47215 0.34352 0.48307 0.33465 0.48695 0.33029 0.47612\n 40 6 11\n 38 6 1\n 14 94 4 0.33923 0.47175 0.33938 0.47215 0.33029 0.47612 0.33013 0.47573\n 40 6 10\n 38 6 1\n 14 116 5 0.34244 0.47045 0.34854 0.46797 0.35260 0.47939 0.34352 0.48307 0.33938 0.47215\n 40 6 11\n 38 6 1\n 14 72 3 0.34244 0.47045 0.33938 0.47215 0.33923 0.47175\n 40 6 10\n 38 6 1\n 14 578 26 0.34854 0.46797 0.35805 0.46441 0.36775 0.46107 0.37762 0.45795 0.38765 0.45505 0.39783 0.45238 0.40814 0.44995 0.41859 0.44775 0.42914 0.44578 0.43979 0.44406 0.45053 0.44258 0.46135 0.44134 0.47222 0.44035 0.47318 0.45246 0.46258 0.45342 0.45204 0.45463 0.44157 0.45607 0.43118 0.45775 0.42089 0.45967 0.41071 0.46181 0.40065 0.46419 0.39072 0.46679 0.38094 0.46961 0.37132 0.47266 0.36187 0.47592 0.35260 0.47939\n 40 6 10\n 38 6 1\n 14 116 5 0.48038 0.43980 0.48316 0.43991 0.48383 0.45173 0.47318 0.45246 0.47222 0.44035\n 40 6 11\n 38 6 1\n 14 72 3 0.48038 0.43980 0.48314 0.43961 0.48316 0.43991\n 40 6 10\n 38 6 1\n 14 94 4 0.49412 0.44004 0.49450 0.45125 0.48383 0.45173 0.48316 0.43991\n 40 6 11\n 38 6 1\n 14 94 4 0.49409 0.43911 0.49412 0.44004 0.48316 0.43991 0.48314 0.43961\n 40 6 10\n 38 6 1\n 14 94 4 0.50508 0.44045 0.50520 0.45101 0.49450 0.45125 0.49412 0.44004\n 40 6 11\n 38 6 1\n 14 94 4 0.50507 0.43886 0.50508 0.44045 0.49412 0.44004 0.49409 0.43911\n 40 6 10\n 38 6 1\n 14 94 4 0.51602 0.44147 0.51591 0.45101 0.50520 0.45101 0.50508 0.44045\n 40 6 11\n 38 6 1\n 14 94 4 0.51605 0.43886 0.51602 0.44147 0.50508 0.44045 0.50507 0.43886\n 40 6 10\n 38 6 1\n 14 94 4 0.52691 0.44230 0.52661 0.45125 0.51591 0.45101 0.51602 0.44147\n 40 6 11\n 38 6 1\n 14 94 4 0.52702 0.43911 0.52691 0.44230 0.51602 0.44147 0.51605 0.43886\n 40 6 10\n 38 6 1\n 14 94 4 0.53775 0.44349 0.53728 0.45173 0.52661 0.45125 0.52691 0.44230\n 40 6 11\n 38 6 1\n 14 94 4 0.53797 0.43961 0.53775 0.44349 0.52691 0.44230 0.52702 0.43911\n 40 6 10\n 38 6 1\n 14 94 4 0.54854 0.44480 0.54793 0.45246 0.53728 0.45173 0.53775 0.44349\n 40 6 11\n 38 6 1\n 14 94 4 0.54889 0.44035 0.54854 0.44480 0.53775 0.44349 0.53797 0.43961\n 40 6 10\n 38 6 1\n 14 94 4 0.55932 0.44569 0.55853 0.45342 0.54793 0.45246 0.54854 0.44480\n 40 6 11\n 38 6 1\n 14 94 4 0.55976 0.44134 0.55932 0.44569 0.54854 0.44480 0.54889 0.44035\n 40 6 10\n 38 6 1\n 14 94 4 0.57009 0.44652 0.56907 0.45463 0.55853 0.45342 0.55932 0.44569\n 40 6 11\n 38 6 1\n 14 94 4 0.57058 0.44258 0.57009 0.44652 0.55932 0.44569 0.55976 0.44134\n 40 6 10\n 38 6 1\n 14 94 4 0.58089 0.44692 0.57954 0.45607 0.56907 0.45463 0.57009 0.44652\n 40 6 11\n 38 6 1\n 14 94 4 0.58132 0.44406 0.58089 0.44692 0.57009 0.44652 0.57058 0.44258\n 40 6 10\n 38 6 1\n 14 94 4 0.59168 0.44750 0.58993 0.45775 0.57954 0.45607 0.58089 0.44692\n 40 6 11\n 38 6 1\n 14 94 4 0.59197 0.44578 0.59168 0.44750 0.58089 0.44692 0.58132 0.44406\n 40 6 10\n 38 6 1\n 14 94 4 0.60242 0.44827 0.60022 0.45967 0.58993 0.45775 0.59168 0.44750\n 40 6 11\n 38 6 1\n 14 94 4 0.60252 0.44775 0.60242 0.44827 0.59168 0.44750 0.59197 0.44578\n 40 6 10\n 38 6 1\n 14 116 5 0.60380 0.44802 0.61297 0.44995 0.61040 0.46181 0.60022 0.45967 0.60242 0.44827\n 40 6 11\n 38 6 1\n 14 72 3 0.60380 0.44802 0.60242 0.44827 0.60252 0.44775\n 40 6 10\n 38 6 1\n 14 270 12 0.61297 0.44995 0.62328 0.45238 0.63346 0.45505 0.64350 0.45795 0.65336 0.46107 0.66306 0.46441 0.65924 0.47592 0.64979 0.47266 0.64017 0.46961 0.63039 0.46679 0.62046 0.46419 0.61040 0.46181\n 40 6 9\n 38 6 1\n 14 94 4 0.80708 0.59809 0.80679 0.59842 0.80384 0.59174 0.80545 0.58991\n 40 6 10\n 38 6 1\n 14 94 4 0.81057 0.59427 0.80708 0.59809 0.80545 0.58991 0.80996 0.58481\n 40 6 11\n 38 6 1\n 14 116 5 0.81402 0.58919 0.81405 0.59044 0.81057 0.59427 0.80996 0.58481 0.81137 0.58321\n 40 6 12\n 38 6 1\n 14 72 3 0.81402 0.58919 0.81440 0.59006 0.81405 0.59044\n 40 6 9\n 38 6 1\n 14 72 3 0.80695 0.59884 0.80679 0.59842 0.80708 0.59809\n 40 6 10\n 38 6 1\n 14 94 4 0.80891 0.60392 0.80695 0.59884 0.80708 0.59809 0.81057 0.59427\n 40 6 11\n 38 6 1\n 14 116 5 0.81655 0.59750 0.80938 0.60515 0.80891 0.60392 0.81057 0.59427 0.81405 0.59044\n 40 6 12\n 38 6 1\n 14 94 4 0.81706 0.59697 0.81655 0.59750 0.81405 0.59044 0.81440 0.59006\n 40 6 11\n 38 6 1\n 14 116 5 0.81783 0.59932 0.81934 0.60394 0.81160 0.61194 0.80938 0.60515 0.81655 0.59750\n 40 6 12\n 38 6 1\n 14 72 3 0.81783 0.59932 0.81655 0.59750 0.81706 0.59697\n 40 6 11\n 38 6 1\n 14 1238 56 0.81934 0.60394 0.82124 0.61095 0.82277 0.61800 0.82392 0.62508 0.82469 0.63219 0.82507 0.63931 0.82507 0.64643 0.82469 0.65355 0.82392 0.66065 0.82277 0.66773 0.82124 0.67479 0.81934 0.68180 0.81706 0.68877 0.81440 0.69568 0.81137 0.70252 0.80798 0.70929 0.80422 0.71599 0.80011 0.72259 0.79565 0.72910 0.79083 0.73550 0.78568 0.74179 0.78019 0.74795 0.77437 0.75399 0.76823 0.75990 0.76178 0.76566 0.75502 0.77127 0.74796 0.77673 0.74061 0.78202 0.73485 0.78557 0.74201 0.78041 0.74889 0.77509 0.75548 0.76962 0.76178 0.76400 0.76776 0.75824 0.77343 0.75235 0.77879 0.74634 0.78381 0.74021 0.78851 0.73397 0.79286 0.72763 0.79687 0.72119 0.80053 0.71466 0.80384 0.70806 0.80679 0.70139 0.80938 0.69465 0.81160 0.68786 0.81346 0.68102 0.81495 0.67414 0.81607 0.66724 0.81682 0.66031 0.81719 0.65337 0.81719 0.64643 0.81682 0.63949 0.81607 0.63256 0.81495 0.62566 0.81346 0.61878 0.81160 0.61194\n 40 6 8\n 38 6 1\n 14 116 5 0.20392 0.64858 0.20392 0.64643 0.21217 0.65337 0.21217 0.66013 0.20663 0.65560\n 40 6 9\n 38 6 1\n 14 72 3 0.20392 0.64858 0.20663 0.65560 0.20392 0.65337\n 40 6 8\n 38 6 1\n 14 116 5 0.20410 0.64308 0.20794 0.64264 0.21253 0.64662 0.21217 0.65337 0.20392 0.64643\n 40 6 9\n 38 6 1\n 14 72 3 0.20410 0.64308 0.20429 0.63949 0.20794 0.64264\n 40 6 8\n 38 6 1\n 14 72 3 0.21268 0.64523 0.21253 0.64662 0.20794 0.64264\n 40 6 9\n 38 6 1\n 14 116 5 0.20504 0.63256 0.21326 0.63988 0.21268 0.64523 0.20794 0.64264 0.20429 0.63949\n 40 6 9\n 38 6 1\n 14 94 4 0.20504 0.63256 0.20616 0.62566 0.21435 0.63316 0.21326 0.63988\n 40 6 9\n 38 6 1\n 14 116 5 0.20745 0.61968 0.20936 0.62040 0.21580 0.62647 0.21435 0.63316 0.20616 0.62566\n 40 6 10\n 38 6 1\n 14 72 3 0.20745 0.61968 0.20765 0.61878 0.20936 0.62040\n 40 6 9\n 38 6 1\n 14 94 4 0.21230 0.61466 0.21761 0.61982 0.21580 0.62647 0.20936 0.62040\n 40 6 10\n 38 6 1\n 14 94 4 0.20951 0.61194 0.21230 0.61466 0.20936 0.62040 0.20765 0.61878\n 40 6 9\n 38 6 1\n 14 94 4 0.21332 0.60674 0.21977 0.61321 0.21761 0.61982 0.21230 0.61466\n 40 6 10\n 38 6 1\n 14 94 4 0.21173 0.60515 0.21332 0.60674 0.21230 0.61466 0.20951 0.61194\n 40 6 9\n 38 6 1\n 14 94 4 0.21560 0.59973 0.22229 0.60665 0.21977 0.61321 0.21332 0.60674\n 40 6 10\n 38 6 1\n 14 94 4 0.21432 0.59842 0.21560 0.59973 0.21332 0.60674 0.21173 0.60515\n 40 6 9\n 38 6 1\n 14 116 5 0.21660 0.59327 0.21727 0.59174 0.22516 0.60016 0.22229 0.60665 0.21560 0.59973\n 40 6 10\n 38 6 1\n 14 72 3 0.21660 0.59327 0.21560 0.59973 0.21432 0.59842\n 40 6 9\n 38 6 1\n 14 116 5 0.21776 0.59076 0.22271 0.58749 0.22838 0.59373 0.22516 0.60016 0.21727 0.59174\n 40 6 10\n 38 6 1\n 14 72 3 0.21776 0.59076 0.22058 0.58514 0.22271 0.58749\n 40 6 9\n 38 6 1\n 14 94 4 0.22851 0.58347 0.23195 0.58738 0.22838 0.59373 0.22271 0.58749\n 40 6 10\n 38 6 1\n 14 94 4 0.22424 0.57861 0.22851 0.58347 0.22271 0.58749 0.22058 0.58514\n 40 6 9\n 38 6 1\n 14 94 4 0.23264 0.57735 0.23585 0.58112 0.23195 0.58738 0.22851 0.58347\n 40 6 10\n 38 6 1\n 14 94 4 0.22825 0.57217 0.23264 0.57735 0.22851 0.58347 0.22424 0.57861\n 40 6 9\n 38 6 1\n 14 94 4 0.23845 0.57296 0.24008 0.57494 0.23585 0.58112 0.23264 0.57735\n 40 6 10\n 38 6 1\n 14 94 4 0.23261 0.56583 0.23845 0.57296 0.23264 0.57735 0.22825 0.57217\n 40 6 9\n 38 6 1\n 14 72 3 0.24451 0.56905 0.24008 0.57494 0.23845 0.57296\n 40 6 10\n 38 6 1\n 14 116 5 0.23730 0.55959 0.24465 0.56887 0.24451 0.56905 0.23845 0.57296 0.23261 0.56583\n 40 6 10\n 38 6 1\n 14 2030 92 0.23730 0.55959 0.24232 0.55346 0.24768 0.54745 0.25335 0.54156 0.25933 0.53580 0.26563 0.53018 0.27222 0.52471 0.27910 0.51939 0.28626 0.51423 0.29370 0.50924 0.30140 0.50442 0.30935 0.49977 0.31755 0.49531 0.32599 0.49103 0.33465 0.48695 0.34352 0.48307 0.35260 0.47939 0.36187 0.47592 0.37132 0.47266 0.38094 0.46961 0.39072 0.46679 0.40065 0.46419 0.41071 0.46181 0.42089 0.45967 0.43118 0.45775 0.44157 0.45607 0.45204 0.45463 0.46258 0.45342 0.47318 0.45246 0.48383 0.45173 0.49450 0.45125 0.50520 0.45101 0.51591 0.45101 0.52661 0.45125 0.53728 0.45173 0.54793 0.45246 0.55853 0.45342 0.56907 0.45463 0.57954 0.45607 0.58993 0.45775 0.60022 0.45967 0.61040 0.46181 0.62046 0.46419 0.63039 0.46679 0.64017 0.46961 0.64979 0.47266 0.64604 0.48428 0.63668 0.48132 0.62716 0.47857 0.61750 0.47604 0.60772 0.47373 0.59781 0.47164 0.58779 0.46978 0.57769 0.46814 0.56750 0.46674 0.55724 0.46556 0.54692 0.46462 0.53657 0.46392 0.52617 0.46344 0.51576 0.46321 0.50535 0.46321 0.49494 0.46344 0.48455 0.46392 0.47419 0.46462 0.46387 0.46556 0.45361 0.46674 0.44342 0.46814 0.43332 0.46978 0.42330 0.47164 0.41340 0.47373 0.40361 0.47604 0.39395 0.47857 0.38443 0.48132 0.37507 0.48428 0.36587 0.48745 0.35685 0.49083 0.34802 0.49441 0.33938 0.49819 0.33095 0.50216 0.32275 0.50632 0.31477 0.51066 0.30703 0.51518 0.29953 0.51988 0.29230 0.52474 0.28533 0.52976 0.27863 0.53493 0.27222 0.54026 0.26609 0.54572 0.26027 0.55132 0.25475 0.55705 0.24954 0.56291 0.24465 0.56887\n 40 6 9\n 38 6 1\n 14 94 4 0.80384 0.59174 0.80679 0.59842 0.79882 0.60665 0.79595 0.60016\n 40 6 9\n 38 6 1\n 14 116 5 0.80695 0.59884 0.80323 0.61131 0.80134 0.61321 0.79882 0.60665 0.80679 0.59842\n 40 6 10\n 38 6 1\n 14 94 4 0.80695 0.59884 0.80891 0.60392 0.80818 0.60635 0.80323 0.61131\n 40 6 11\n 38 6 1\n 14 72 3 0.80891 0.60392 0.80938 0.60515 0.80818 0.60635\n 40 6 9\n 38 6 1\n 14 72 3 0.80247 0.61665 0.80134 0.61321 0.80323 0.61131\n 40 6 10\n 38 6 1\n 14 116 5 0.80725 0.61618 0.80350 0.61982 0.80247 0.61665 0.80323 0.61131 0.80818 0.60635\n 40 6 11\n 38 6 1\n 14 94 4 0.81160 0.61194 0.80725 0.61618 0.80818 0.60635 0.80938 0.60515\n 40 6 10\n 38 6 1\n 14 94 4 0.80781 0.62411 0.80531 0.62647 0.80350 0.61982 0.80725 0.61618\n 40 6 11\n 38 6 1\n 14 94 4 0.81346 0.61878 0.80781 0.62411 0.80725 0.61618 0.81160 0.61194\n 40 6 10\n 38 6 1\n 14 94 4 0.80716 0.63280 0.80676 0.63316 0.80531 0.62647 0.80781 0.62411\n 40 6 11\n 38 6 1\n 14 94 4 0.81495 0.62566 0.80716 0.63280 0.80781 0.62411 0.81346 0.61878\n 40 6 10\n 38 6 1\n 14 72 3 0.80696 0.63435 0.80676 0.63316 0.80716 0.63280\n 40 6 11\n 38 6 1\n 14 116 5 0.81607 0.63256 0.80785 0.63988 0.80696 0.63435 0.80716 0.63280 0.81495 0.62566\n 40 6 11\n 38 6 1\n 14 1018 46 0.81607 0.63256 0.81682 0.63949 0.81719 0.64643 0.81719 0.65337 0.81682 0.66031 0.81607 0.66724 0.81495 0.67414 0.81346 0.68102 0.81160 0.68786 0.80938 0.69465 0.80679 0.70139 0.80384 0.70806 0.80053 0.71466 0.79687 0.72119 0.79286 0.72763 0.78851 0.73397 0.78381 0.74021 0.77879 0.74634 0.77343 0.75235 0.76776 0.75824 0.76178 0.76400 0.75548 0.76962 0.74889 0.77509 0.74248 0.77857 0.74889 0.77325 0.75502 0.76778 0.76084 0.76218 0.76636 0.75645 0.77157 0.75060 0.77646 0.74463 0.78103 0.73856 0.78526 0.73239 0.78917 0.72612 0.79273 0.71977 0.79595 0.71335 0.79882 0.70685 0.80134 0.70030 0.80350 0.69369 0.80531 0.68703 0.80676 0.68034 0.80785 0.67362 0.80858 0.66688 0.80894 0.66013 0.80894 0.65337 0.80858 0.64662 0.80785 0.63988\n 40 6 10\n 38 6 1\n 14 72 3 0.73617 0.78354 0.73578 0.78375 0.73836 0.78176\n 40 6 11\n 38 6 1\n 14 116 5 0.74201 0.78041 0.73617 0.78354 0.73836 0.78176 0.74248 0.77857 0.74889 0.77509\n 40 6 10\n 38 6 1\n 14 94 4 0.72929 0.78852 0.72881 0.78877 0.73578 0.78375 0.73617 0.78354\n 40 6 11\n 38 6 1\n 14 94 4 0.73485 0.78557 0.72929 0.78852 0.73617 0.78354 0.74201 0.78041\n 40 6 10\n 38 6 1\n 14 94 4 0.72210 0.79336 0.72158 0.79363 0.72881 0.78877 0.72929 0.78852\n 40 6 11\n 38 6 1\n 14 94 4 0.72741 0.79056 0.72210 0.79336 0.72929 0.78852 0.73485 0.78557\n 40 6 10\n 38 6 1\n 14 94 4 0.71557 0.79755 0.71409 0.79832 0.72158 0.79363 0.72210 0.79336\n 40 6 11\n 38 6 1\n 14 94 4 0.71971 0.79539 0.71557 0.79755 0.72210 0.79336 0.72741 0.79056\n 40 6 8\n 38 6 1\n 14 72 3 0.22382 0.63626 0.22290 0.64050 0.22173 0.63950\n 40 6 9\n 38 6 1\n 14 116 5 0.21580 0.62647 0.22431 0.63400 0.22382 0.63626 0.22173 0.63950 0.21435 0.63316\n 40 6 8\n 38 6 1\n 14 72 3 0.22521 0.62676 0.22606 0.62754 0.22499 0.63151\n 40 6 9\n 38 6 1\n 14 116 5 0.21761 0.61982 0.22521 0.62676 0.22499 0.63151 0.22431 0.63400 0.21580 0.62647\n 40 6 8\n 38 6 1\n 14 94 4 0.22516 0.61829 0.22817 0.62112 0.22606 0.62754 0.22521 0.62676\n 40 6 9\n 38 6 1\n 14 94 4 0.21977 0.61321 0.22516 0.61829 0.22521 0.62676 0.21761 0.61982\n 40 6 8\n 38 6 1\n 14 94 4 0.22844 0.61264 0.23061 0.61476 0.22817 0.62112 0.22516 0.61829\n 40 6 9\n 38 6 1\n 14 94 4 0.22229 0.60665 0.22844 0.61264 0.22516 0.61829 0.21977 0.61321\n 40 6 8\n 38 6 1\n 14 94 4 0.23249 0.60753 0.23340 0.60845 0.23061 0.61476 0.22844 0.61264\n 40 6 9\n 38 6 1\n 14 94 4 0.22516 0.60016 0.23249 0.60753 0.22844 0.61264 0.22229 0.60665\n 40 6 8\n 38 6 1\n 14 72 3 0.23411 0.60704 0.23340 0.60845 0.23249 0.60753\n 40 6 9\n 38 6 1\n 14 116 5 0.22838 0.59373 0.23653 0.60221 0.23411 0.60704 0.23249 0.60753 0.22516 0.60016\n 40 6 9\n 38 6 1\n 14 94 4 0.22838 0.59373 0.23195 0.58738 0.23999 0.59604 0.23653 0.60221\n 40 6 8\n 38 6 1\n 14 72 3 0.24123 0.58712 0.24378 0.58996 0.24180 0.59314\n 40 6 9\n 38 6 1\n 14 116 5 0.23585 0.58112 0.24123 0.58712 0.24180 0.59314 0.23999 0.59604 0.23195 0.58738\n 40 6 8\n 38 6 1\n 14 94 4 0.24651 0.58237 0.24789 0.58397 0.24378 0.58996 0.24123 0.58712\n 40 6 9\n 38 6 1\n 14 94 4 0.24008 0.57494 0.24651 0.58237 0.24123 0.58712 0.23585 0.58112\n 40 6 8\n 38 6 1\n 14 94 4 0.25141 0.57697 0.25233 0.57807 0.24789 0.58397 0.24651 0.58237\n 40 6 9\n 38 6 1\n 14 116 5 0.24451 0.56905 0.24469 0.56892 0.25141 0.57697 0.24651 0.58237 0.24008 0.57494\n 40 6 10\n 38 6 1\n 14 72 3 0.24451 0.56905 0.24465 0.56887 0.24469 0.56892\n 40 6 8\n 38 6 1\n 14 72 3 0.25593 0.57368 0.25233 0.57807 0.25141 0.57697\n 40 6 9\n 38 6 1\n 14 116 5 0.25058 0.56420 0.25708 0.57228 0.25593 0.57368 0.25141 0.57697 0.24469 0.56892\n 40 6 10\n 38 6 1\n 14 94 4 0.24954 0.56291 0.25058 0.56420 0.24469 0.56892 0.24465 0.56887\n 40 6 9\n 38 6 1\n 14 94 4 0.25604 0.55873 0.26213 0.56659 0.25708 0.57228 0.25058 0.56420\n 40 6 10\n 38 6 1\n 14 94 4 0.25475 0.55705 0.25604 0.55873 0.25058 0.56420 0.24954 0.56291\n 40 6 9\n 38 6 1\n 14 94 4 0.26187 0.55347 0.26750 0.56103 0.26213 0.56659 0.25604 0.55873\n 40 6 10\n 38 6 1\n 14 94 4 0.26027 0.55132 0.26187 0.55347 0.25604 0.55873 0.25475 0.55705\n 40 6 9\n 38 6 1\n 14 94 4 0.26829 0.54879 0.27315 0.55559 0.26750 0.56103 0.26187 0.55347\n 40 6 10\n 38 6 1\n 14 94 4 0.26609 0.54572 0.26829 0.54879 0.26187 0.55347 0.26027 0.55132\n 40 6 9\n 38 6 1\n 14 94 4 0.27473 0.54391 0.27910 0.55028 0.27315 0.55559 0.26829 0.54879\n 40 6 10\n 38 6 1\n 14 94 4 0.27222 0.54026 0.27473 0.54391 0.26829 0.54879 0.26609 0.54572\n 40 6 9\n 38 6 1\n 14 94 4 0.28116 0.53878 0.28533 0.54511 0.27910 0.55028 0.27473 0.54391\n 40 6 10\n 38 6 1\n 14 94 4 0.27863 0.53493 0.28116 0.53878 0.27473 0.54391 0.27222 0.54026\n 40 6 9\n 38 6 1\n 14 94 4 0.28795 0.53393 0.29183 0.54008 0.28533 0.54511 0.28116 0.53878\n 40 6 10\n 38 6 1\n 14 94 4 0.28533 0.52976 0.28795 0.53393 0.28116 0.53878 0.27863 0.53493\n 40 6 9\n 38 6 1\n 14 94 4 0.29450 0.52839 0.29860 0.53521 0.29183 0.54008 0.28795 0.53393\n 40 6 10\n 38 6 1\n 14 94 4 0.29230 0.52474 0.29450 0.52839 0.28795 0.53393 0.28533 0.52976\n 40 6 9\n 38 6 1\n 14 94 4 0.30230 0.52469 0.30562 0.53049 0.29860 0.53521 0.29450 0.52839\n 40 6 10\n 38 6 1\n 14 94 4 0.29953 0.51988 0.30230 0.52469 0.29450 0.52839 0.29230 0.52474\n 40 6 9\n 38 6 1\n 14 94 4 0.31122 0.52286 0.31290 0.52593 0.30562 0.53049 0.30230 0.52469\n 40 6 10\n 38 6 1\n 14 94 4 0.30703 0.51518 0.31122 0.52286 0.30230 0.52469 0.29953 0.51988\n 40 6 9\n 38 6 1\n 14 94 4 0.31919 0.51918 0.32042 0.52154 0.31290 0.52593 0.31122 0.52286\n 40 6 10\n 38 6 1\n 14 94 4 0.31477 0.51066 0.31919 0.51918 0.31122 0.52286 0.30703 0.51518\n 40 6 9\n 38 6 1\n 14 72 3 0.32708 0.51791 0.32042 0.52154 0.31919 0.51918\n 40 6 10\n 38 6 1\n 14 116 5 0.32275 0.50632 0.32817 0.51732 0.32708 0.51791 0.31919 0.51918 0.31477 0.51066\n 40 6 9\n 38 6 1\n 14 72 3 0.33526 0.51139 0.33614 0.51328 0.32952 0.51664\n 40 6 10\n 38 6 1\n 14 116 5 0.33095 0.50216 0.33526 0.51139 0.32952 0.51664 0.32817 0.51732 0.32275 0.50632\n 40 6 9\n 38 6 1\n 14 94 4 0.34358 0.50774 0.34432 0.50942 0.33614 0.51328 0.33526 0.51139\n 40 6 10\n 38 6 1\n 14 94 4 0.33938 0.49819 0.34358 0.50774 0.33526 0.51139 0.33095 0.50216\n 40 6 9\n 38 6 1\n 14 72 3 0.35157 0.50625 0.34432 0.50942 0.34358 0.50774\n 40 6 10\n 38 6 1\n 14 116 5 0.34802 0.49441 0.35271 0.50576 0.35157 0.50625 0.34358 0.50774 0.33938 0.49819\n 40 6 10\n 38 6 1\n 14 1326 60 0.34802 0.49441 0.35685 0.49083 0.36587 0.48745 0.37507 0.48428 0.38443 0.48132 0.39395 0.47857 0.40361 0.47604 0.41340 0.47373 0.42330 0.47164 0.43332 0.46978 0.44342 0.46814 0.45361 0.46674 0.46387 0.46556 0.47419 0.46462 0.48455 0.46392 0.49494 0.46344 0.50535 0.46321 0.51576 0.46321 0.52617 0.46344 0.53657 0.46392 0.54692 0.46462 0.55724 0.46556 0.56750 0.46674 0.57769 0.46814 0.58779 0.46978 0.59781 0.47164 0.60772 0.47373 0.61750 0.47604 0.62716 0.47857 0.63668 0.48132 0.63304 0.49304 0.62380 0.49037 0.61442 0.48791 0.60491 0.48567 0.59529 0.48364 0.58557 0.48183 0.57575 0.48025 0.56585 0.47888 0.55589 0.47774 0.54587 0.47683 0.53581 0.47614 0.52572 0.47569 0.51561 0.47546 0.50550 0.47546 0.49539 0.47569 0.48530 0.47614 0.47524 0.47683 0.46522 0.47774 0.45526 0.47888 0.44536 0.48025 0.43555 0.48183 0.42582 0.48364 0.41620 0.48567 0.40669 0.48791 0.39732 0.49037 0.38807 0.49304 0.37898 0.49592 0.37005 0.49900 0.36129 0.50228 0.35271 0.50576\n 40 6 8\n 38 6 1\n 14 72 3 0.79350 0.62060 0.79294 0.62112 0.79195 0.61855\n 40 6 9\n 38 6 1\n 14 116 5 0.80134 0.61321 0.79350 0.62060 0.79195 0.61855 0.79050 0.61476 0.79882 0.60665\n 40 6 8\n 38 6 1\n 14 72 3 0.79499 0.62737 0.79294 0.62112 0.79350 0.62060\n 40 6 9\n 38 6 1\n 14 138 6 0.80247 0.61665 0.80130 0.62183 0.79505 0.62754 0.79499 0.62737 0.79350 0.62060 0.80134 0.61321\n 40 6 10\n 38 6 1\n 14 72 3 0.80247 0.61665 0.80350 0.61982 0.80130 0.62183\n 40 6 9\n 38 6 1\n 14 94 4 0.80201 0.62940 0.79680 0.63400 0.79505 0.62754 0.80130 0.62183\n 40 6 10\n 38 6 1\n 14 94 4 0.80531 0.62647 0.80201 0.62940 0.80130 0.62183 0.80350 0.61982\n 40 6 9\n 38 6 1\n 14 94 4 0.80203 0.63723 0.79821 0.64050 0.79680 0.63400 0.80201 0.62940\n 40 6 10\n 38 6 1\n 14 94 4 0.80676 0.63316 0.80203 0.63723 0.80201 0.62940 0.80531 0.62647\n 40 6 9\n 38 6 1\n 14 94 4 0.80004 0.64639 0.79927 0.64703 0.79821 0.64050 0.80203 0.63723\n 40 6 10\n 38 6 1\n 14 116 5 0.80696 0.63435 0.80652 0.64099 0.80004 0.64639 0.80203 0.63723 0.80676 0.63316\n 40 6 11\n 38 6 1\n 14 72 3 0.80696 0.63435 0.80785 0.63988 0.80652 0.64099\n 40 6 9\n 38 6 1\n 14 72 3 0.79948 0.64901 0.79927 0.64703 0.80004 0.64639\n 40 6 10\n 38 6 1\n 14 116 5 0.80534 0.64923 0.79997 0.65357 0.79948 0.64901 0.80004 0.64639 0.80652 0.64099\n 40 6 11\n 38 6 1\n 14 94 4 0.80858 0.64662 0.80534 0.64923 0.80652 0.64099 0.80785 0.63988\n 40 6 10\n 38 6 1\n 14 94 4 0.80383 0.65738 0.80033 0.66013 0.79997 0.65357 0.80534 0.64923\n 40 6 11\n 38 6 1\n 14 94 4 0.80894 0.65337 0.80383 0.65738 0.80534 0.64923 0.80858 0.64662\n 40 6 10\n 38 6 1\n 14 94 4 0.80192 0.66548 0.80033 0.66669 0.80033 0.66013 0.80383 0.65738\n 40 6 11\n 38 6 1\n 14 94 4 0.80894 0.66013 0.80192 0.66548 0.80383 0.65738 0.80894 0.65337\n 40 6 10\n 38 6 1\n 14 94 4 0.80121 0.67233 0.79997 0.67325 0.80033 0.66669 0.80192 0.66548\n 40 6 11\n 38 6 1\n 14 94 4 0.80858 0.66688 0.80121 0.67233 0.80192 0.66548 0.80894 0.66013\n 40 6 10\n 38 6 1\n 14 94 4 0.80134 0.67830 0.79927 0.67980 0.79997 0.67325 0.80121 0.67233\n 40 6 11\n 38 6 1\n 14 94 4 0.80785 0.67362 0.80134 0.67830 0.80121 0.67233 0.80858 0.66688\n 40 6 10\n 38 6 1\n 14 94 4 0.80032 0.68485 0.79821 0.68632 0.79927 0.67980 0.80134 0.67830\n 40 6 11\n 38 6 1\n 14 94 4 0.80676 0.68034 0.80032 0.68485 0.80134 0.67830 0.80785 0.67362\n 40 6 10\n 38 6 1\n 14 94 4 0.79945 0.69102 0.79680 0.69282 0.79821 0.68632 0.80032 0.68485\n 40 6 11\n 38 6 1\n 14 94 4 0.80531 0.68703 0.79945 0.69102 0.80032 0.68485 0.80676 0.68034\n 40 6 10\n 38 6 1\n 14 94 4 0.79783 0.69744 0.79505 0.69928 0.79680 0.69282 0.79945 0.69102\n 40 6 11\n 38 6 1\n 14 94 4 0.80350 0.69369 0.79783 0.69744 0.79945 0.69102 0.80531 0.68703\n 40 6 10\n 38 6 1\n 14 94 4 0.79402 0.70500 0.79294 0.70570 0.79505 0.69928 0.79783 0.69744\n 40 6 11\n 38 6 1\n 14 94 4 0.80134 0.70030 0.79402 0.70500 0.79783 0.69744 0.80350 0.69369\n 40 6 10\n 38 6 1\n 14 72 3 0.79229 0.70740 0.79294 0.70570 0.79402 0.70500\n 40 6 11\n 38 6 1\n 14 116 5 0.79882 0.70685 0.79050 0.71207 0.79229 0.70740 0.79402 0.70500 0.80134 0.70030\n 40 6 11\n 38 6 1\n 14 314 14 0.79882 0.70685 0.79595 0.71335 0.79273 0.71977 0.78917 0.72612 0.78526 0.73239 0.78103 0.73856 0.77646 0.74463 0.76878 0.74875 0.77322 0.74286 0.77733 0.73686 0.78112 0.73078 0.78458 0.72461 0.78771 0.71837 0.79050 0.71207\n 40 6 10\n 38 6 1\n 14 72 3 0.76522 0.75393 0.76403 0.75455 0.76668 0.75132\n 40 6 11\n 38 6 1\n 14 116 5 0.77157 0.75060 0.76522 0.75393 0.76668 0.75132 0.76878 0.74875 0.77646 0.74463\n 40 6 10\n 38 6 1\n 14 94 4 0.76278 0.75828 0.75898 0.76023 0.76403 0.75455 0.76522 0.75393\n 40 6 11\n 38 6 1\n 14 94 4 0.76636 0.75645 0.76278 0.75828 0.76522 0.75393 0.77157 0.75060\n 40 6 10\n 38 6 1\n 14 94 4 0.75884 0.76318 0.75362 0.76580 0.75898 0.76023 0.76278 0.75828\n 40 6 11\n 38 6 1\n 14 94 4 0.76084 0.76218 0.75884 0.76318 0.76278 0.75828 0.76636 0.75645\n 40 6 10\n 38 6 1\n 14 94 4 0.75395 0.76830 0.74796 0.77124 0.75362 0.76580 0.75884 0.76318\n 40 6 11\n 38 6 1\n 14 94 4 0.75502 0.76778 0.75395 0.76830 0.75884 0.76318 0.76084 0.76218\n 40 6 10\n 38 6 1\n 14 94 4 0.74773 0.77380 0.74201 0.77654 0.74796 0.77124 0.75395 0.76830\n 40 6 11\n 38 6 1\n 14 94 4 0.74889 0.77325 0.74773 0.77380 0.75395 0.76830 0.75502 0.76778\n 40 6 10\n 38 6 1\n 14 94 4 0.74167 0.77895 0.73578 0.78171 0.74201 0.77654 0.74773 0.77380\n 40 6 11\n 38 6 1\n 14 94 4 0.74248 0.77857 0.74167 0.77895 0.74773 0.77380 0.74889 0.77325\n 40 6 10\n 38 6 1\n 14 116 5 0.73836 0.78176 0.73578 0.78375 0.72928 0.78674 0.73578 0.78171 0.74167 0.77895\n 40 6 11\n 38 6 1\n 14 72 3 0.73836 0.78176 0.74167 0.77895 0.74248 0.77857\n 40 6 10\n 38 6 1\n 14 270 12 0.73578 0.78375 0.72881 0.78877 0.72158 0.79363 0.71409 0.79832 0.70634 0.80284 0.69836 0.80719 0.69294 0.80950 0.70069 0.80529 0.70821 0.80089 0.71549 0.79634 0.72251 0.79162 0.72928 0.78674\n 40 6 8\n 38 6 1\n 14 182 8 0.22606 0.62754 0.22817 0.62112 0.23061 0.61476 0.23340 0.60845 0.24198 0.61661 0.23928 0.62272 0.23691 0.62889 0.23487 0.63511\n 40 6 8\n 38 6 1\n 14 94 4 0.23411 0.60704 0.24490 0.61079 0.24198 0.61661 0.23340 0.60845\n 40 6 9\n 38 6 1\n 14 94 4 0.23411 0.60704 0.23653 0.60221 0.24501 0.61057 0.24490 0.61079\n 40 6 9\n 38 6 1\n 14 94 4 0.23653 0.60221 0.23999 0.59604 0.24836 0.60459 0.24501 0.61057\n 40 6 8\n 38 6 1\n 14 94 4 0.24180 0.59314 0.24378 0.58996 0.25203 0.59869 0.24839 0.60454\n 40 6 9\n 38 6 1\n 14 94 4 0.24180 0.59314 0.24839 0.60454 0.24836 0.60459 0.23999 0.59604\n 40 6 8\n 38 6 1\n 14 138 6 0.24378 0.58996 0.24789 0.58397 0.25233 0.57807 0.26032 0.58717 0.25602 0.59289 0.25203 0.59869\n 40 6 8\n 38 6 1\n 14 116 5 0.25593 0.57368 0.25759 0.57288 0.26492 0.58156 0.26032 0.58717 0.25233 0.57807\n 40 6 9\n 38 6 1\n 14 72 3 0.25593 0.57368 0.25708 0.57228 0.25759 0.57288\n 40 6 8\n 38 6 1\n 14 94 4 0.26510 0.57024 0.26982 0.57605 0.26492 0.58156 0.25759 0.57288\n 40 6 9\n 38 6 1\n 14 94 4 0.26213 0.56659 0.26510 0.57024 0.25759 0.57288 0.25708 0.57228\n 40 6 8\n 38 6 1\n 14 94 4 0.27194 0.56672 0.27502 0.57066 0.26982 0.57605 0.26510 0.57024\n 40 6 9\n 38 6 1\n 14 94 4 0.26750 0.56103 0.27194 0.56672 0.26510 0.57024 0.26213 0.56659\n 40 6 8\n 38 6 1\n 14 94 4 0.28003 0.56477 0.28050 0.56539 0.27502 0.57066 0.27194 0.56672\n 40 6 9\n 38 6 1\n 14 94 4 0.27315 0.55559 0.28003 0.56477 0.27194 0.56672 0.26750 0.56103\n 40 6 8\n 38 6 1\n 14 72 3 0.28426 0.56203 0.28050 0.56539 0.28003 0.56477\n 40 6 9\n 38 6 1\n 14 116 5 0.27910 0.55028 0.28626 0.56024 0.28426 0.56203 0.28003 0.56477 0.27315 0.55559\n 40 6 9\n 38 6 1\n 14 314 14 0.27910 0.55028 0.28533 0.54511 0.29183 0.54008 0.29860 0.53521 0.30562 0.53049 0.31290 0.52593 0.32042 0.52154 0.32630 0.53239 0.31902 0.53664 0.31197 0.54106 0.30516 0.54564 0.29860 0.55036 0.29230 0.55523 0.28626 0.56024\n 40 6 9\n 38 6 1\n 14 116 5 0.32708 0.51791 0.32829 0.51756 0.33381 0.52830 0.32630 0.53239 0.32042 0.52154\n 40 6 10\n 38 6 1\n 14 72 3 0.32708 0.51791 0.32817 0.51732 0.32829 0.51756\n 40 6 9\n 38 6 1\n 14 116 5 0.32952 0.51664 0.33614 0.51328 0.34154 0.52439 0.33381 0.52830 0.32829 0.51756\n 40 6 10\n 38 6 1\n 14 72 3 0.32952 0.51664 0.32829 0.51756 0.32817 0.51732\n 40 6 9\n 38 6 1\n 14 94 4 0.33614 0.51328 0.34432 0.50942 0.34947 0.52065 0.34154 0.52439\n 40 6 9\n 38 6 1\n 14 116 5 0.35157 0.50625 0.35282 0.50600 0.35759 0.51710 0.34947 0.52065 0.34432 0.50942\n 40 6 10\n 38 6 1\n 14 72 3 0.35157 0.50625 0.35271 0.50576 0.35282 0.50600\n 40 6 9\n 38 6 1\n 14 94 4 0.36176 0.50346 0.36591 0.51373 0.35759 0.51710 0.35282 0.50600\n 40 6 10\n 38 6 1\n 14 94 4 0.36129 0.50228 0.36176 0.50346 0.35282 0.50600 0.35271 0.50576\n 40 6 9\n 38 6 1\n 14 94 4 0.37057 0.50039 0.37440 0.51055 0.36591 0.51373 0.36176 0.50346\n 40 6 10\n 38 6 1\n 14 94 4 0.37005 0.49900 0.37057 0.50039 0.36176 0.50346 0.36129 0.50228\n 40 6 9\n 38 6 1\n 14 94 4 0.37946 0.49728 0.38305 0.50756 0.37440 0.51055 0.37057 0.50039\n 40 6 10\n 38 6 1\n 14 94 4 0.37898 0.49592 0.37946 0.49728 0.37057 0.50039 0.37005 0.49900\n 40 6 9\n 38 6 1\n 14 94 4 0.38868 0.49493 0.39186 0.50477 0.38305 0.50756 0.37946 0.49728\n 40 6 10\n 38 6 1\n 14 94 4 0.38807 0.49304 0.38868 0.49493 0.37946 0.49728 0.37898 0.49592\n 40 6 9\n 38 6 1\n 14 94 4 0.39797 0.49259 0.40082 0.50219 0.39186 0.50477 0.38868 0.49493\n 40 6 10\n 38 6 1\n 14 94 4 0.39732 0.49037 0.39797 0.49259 0.38868 0.49493 0.38807 0.49304\n 40 6 9\n 38 6 1\n 14 94 4 0.40741 0.49057 0.40991 0.49981 0.40082 0.50219 0.39797 0.49259\n 40 6 10\n 38 6 1\n 14 94 4 0.40669 0.48791 0.40741 0.49057 0.39797 0.49259 0.39732 0.49037\n 40 6 9\n 38 6 1\n 14 94 4 0.41669 0.48769 0.41912 0.49763 0.40991 0.49981 0.40741 0.49057\n 40 6 10\n 38 6 1\n 14 94 4 0.41620 0.48567 0.41669 0.48769 0.40741 0.49057 0.40669 0.48791\n 40 6 9\n 38 6 1\n 14 94 4 0.42632 0.48593 0.42844 0.49567 0.41912 0.49763 0.41669 0.48769\n 40 6 10\n 38 6 1\n 14 94 4 0.42582 0.48364 0.42632 0.48593 0.41669 0.48769 0.41620 0.48567\n 40 6 9\n 38 6 1\n 14 94 4 0.43602 0.48433 0.43787 0.49391 0.42844 0.49567 0.42632 0.48593\n 40 6 10\n 38 6 1\n 14 94 4 0.43555 0.48183 0.43602 0.48433 0.42632 0.48593 0.42582 0.48364\n 40 6 9\n 38 6 1\n 14 94 4 0.44587 0.48331 0.44738 0.49238 0.43787 0.49391 0.43602 0.48433\n 40 6 10\n 38 6 1\n 14 94 4 0.44536 0.48025 0.44587 0.48331 0.43602 0.48433 0.43555 0.48183\n 40 6 9\n 38 6 1\n 14 94 4 0.45556 0.48103 0.45697 0.49105 0.44738 0.49238 0.44587 0.48331\n 40 6 10\n 38 6 1\n 14 94 4 0.45526 0.47888 0.45556 0.48103 0.44587 0.48331 0.44536 0.48025\n 40 6 9\n 38 6 1\n 14 94 4 0.46555 0.48066 0.46662 0.48995 0.45697 0.49105 0.45556 0.48103\n 40 6 10\n 38 6 1\n 14 94 4 0.46522 0.47774 0.46555 0.48066 0.45556 0.48103 0.45526 0.47888\n 40 6 9\n 38 6 1\n 14 94 4 0.47556 0.48047 0.47633 0.48906 0.46662 0.48995 0.46555 0.48066\n 40 6 10\n 38 6 1\n 14 94 4 0.47524 0.47683 0.47556 0.48047 0.46555 0.48066 0.46522 0.47774\n 40 6 9\n 38 6 1\n 14 94 4 0.48553 0.47983 0.48608 0.48840 0.47633 0.48906 0.47556 0.48047\n 40 6 10\n 38 6 1\n 14 94 4 0.48530 0.47614 0.48553 0.47983 0.47556 0.48047 0.47524 0.47683\n 40 6 9\n 38 6 1\n 14 94 4 0.49553 0.47948 0.49586 0.48796 0.48608 0.48840 0.48553 0.47983\n 40 6 10\n 38 6 1\n 14 94 4 0.49539 0.47569 0.49553 0.47948 0.48553 0.47983 0.48530 0.47614\n 40 6 9\n 38 6 1\n 14 94 4 0.50556 0.48027 0.50565 0.48773 0.49586 0.48796 0.49553 0.47948\n 40 6 10\n 38 6 1\n 14 94 4 0.50550 0.47546 0.50556 0.48027 0.49553 0.47948 0.49539 0.47569\n 40 6 9\n 38 6 1\n 14 94 4 0.51554 0.48148 0.51546 0.48773 0.50565 0.48773 0.50556 0.48027\n 40 6 10\n 38 6 1\n 14 94 4 0.51561 0.47546 0.51554 0.48148 0.50556 0.48027 0.50550 0.47546\n 40 6 9\n 38 6 1\n 14 94 4 0.52547 0.48232 0.52525 0.48796 0.51546 0.48773 0.51554 0.48148\n 40 6 10\n 38 6 1\n 14 94 4 0.52572 0.47569 0.52547 0.48232 0.51554 0.48148 0.51561 0.47546\n 40 6 9\n 38 6 1\n 14 94 4 0.53536 0.48330 0.53503 0.48840 0.52525 0.48796 0.52547 0.48232\n 40 6 10\n 38 6 1\n 14 94 4 0.53581 0.47614 0.53536 0.48330 0.52547 0.48232 0.52572 0.47569\n 40 6 9\n 38 6 1\n 14 94 4 0.54511 0.48539 0.54478 0.48906 0.53503 0.48840 0.53536 0.48330\n 40 6 10\n 38 6 1\n 14 94 4 0.54587 0.47683 0.54511 0.48539 0.53536 0.48330 0.53581 0.47614\n 40 6 9\n 38 6 1\n 14 94 4 0.55474 0.48779 0.55449 0.48995 0.54478 0.48906 0.54511 0.48539\n 40 6 10\n 38 6 1\n 14 94 4 0.55589 0.47774 0.55474 0.48779 0.54511 0.48539 0.54587 0.47683\n 40 6 9\n 38 6 1\n 14 94 4 0.56426 0.49021 0.56414 0.49105 0.55449 0.48995 0.55474 0.48779\n 40 6 10\n 38 6 1\n 14 94 4 0.56585 0.47888 0.56426 0.49021 0.55474 0.48779 0.55589 0.47774\n 40 6 9\n 38 6 1\n 14 72 3 0.56828 0.49162 0.56414 0.49105 0.56426 0.49021\n 40 6 10\n 38 6 1\n 14 116 5 0.57575 0.48025 0.57373 0.49238 0.56828 0.49162 0.56426 0.49021 0.56585 0.47888\n 40 6 10\n 38 6 1\n 14 314 14 0.57575 0.48025 0.58557 0.48183 0.59529 0.48364 0.60491 0.48567 0.61442 0.48791 0.62380 0.49037 0.63304 0.49304 0.62925 0.50477 0.62029 0.50219 0.61120 0.49981 0.60199 0.49763 0.59267 0.49567 0.58324 0.49391 0.57373 0.49238\n 40 6 8\n 38 6 1\n 14 94 4 0.79561 0.63500 0.78794 0.64138 0.78624 0.63511 0.79501 0.62757\n 40 6 9\n 38 6 1\n 14 94 4 0.79680 0.63400 0.79561 0.63500 0.79501 0.62757 0.79505 0.62754\n 40 6 8\n 38 6 1\n 14 94 4 0.79430 0.64365 0.78931 0.64767 0.78794 0.64138 0.79561 0.63500\n 40 6 9\n 38 6 1\n 14 94 4 0.79821 0.64050 0.79430 0.64365 0.79561 0.63500 0.79680 0.63400\n 40 6 8\n 38 6 1\n 14 94 4 0.79360 0.65145 0.79033 0.65400 0.78931 0.64767 0.79430 0.64365\n 40 6 9\n 38 6 1\n 14 94 4 0.79927 0.64703 0.79360 0.65145 0.79430 0.64365 0.79821 0.64050\n 40 6 8\n 38 6 1\n 14 94 4 0.79299 0.65885 0.79102 0.66034 0.79033 0.65400 0.79360 0.65145\n 40 6 9\n 38 6 1\n 14 116 5 0.79948 0.64901 0.79848 0.65470 0.79299 0.65885 0.79360 0.65145 0.79927 0.64703\n 40 6 10\n 38 6 1\n 14 72 3 0.79948 0.64901 0.79997 0.65357 0.79848 0.65470\n 40 6 8\n 38 6 1\n 14 94 4 0.79275 0.66568 0.79136 0.66669 0.79102 0.66034 0.79299 0.65885\n 40 6 9\n 38 6 1\n 14 94 4 0.79737 0.66230 0.79275 0.66568 0.79299 0.65885 0.79848 0.65470\n 40 6 10\n 38 6 1\n 14 94 4 0.80033 0.66013 0.79737 0.66230 0.79848 0.65470 0.79997 0.65357\n 40 6 8\n 38 6 1\n 14 94 4 0.79158 0.67290 0.79136 0.67305 0.79136 0.66669 0.79275 0.66568\n 40 6 9\n 38 6 1\n 14 94 4 0.79624 0.66959 0.79158 0.67290 0.79275 0.66568 0.79737 0.66230\n 40 6 10\n 38 6 1\n 14 94 4 0.80033 0.66669 0.79624 0.66959 0.79737 0.66230 0.80033 0.66013\n 40 6 8\n 38 6 1\n 14 72 3 0.79131 0.67391 0.79136 0.67305 0.79158 0.67290\n 40 6 9\n 38 6 1\n 14 116 5 0.79493 0.67672 0.79102 0.67941 0.79131 0.67391 0.79158 0.67290 0.79624 0.66959\n 40 6 10\n 38 6 1\n 14 94 4 0.79997 0.67325 0.79493 0.67672 0.79624 0.66959 0.80033 0.66669\n 40 6 9\n 38 6 1\n 14 94 4 0.79402 0.68330 0.79033 0.68575 0.79102 0.67941 0.79493 0.67672\n 40 6 10\n 38 6 1\n 14 94 4 0.79927 0.67980 0.79402 0.68330 0.79493 0.67672 0.79997 0.67325\n 40 6 9\n 38 6 1\n 14 94 4 0.79357 0.68932 0.78931 0.69207 0.79033 0.68575 0.79402 0.68330\n 40 6 10\n 38 6 1\n 14 94 4 0.79821 0.68632 0.79357 0.68932 0.79402 0.68330 0.79927 0.67980\n 40 6 8\n 38 6 1\n 14 72 3 0.78887 0.69779 0.78794 0.69837 0.78860 0.69536\n 40 6 9\n 38 6 1\n 14 116 5 0.79332 0.69500 0.78887 0.69779 0.78860 0.69536 0.78931 0.69207 0.79357 0.68932\n 40 6 10\n 38 6 1\n 14 94 4 0.79680 0.69282 0.79332 0.69500 0.79357 0.68932 0.79821 0.68632\n 40 6 8\n 38 6 1\n 14 94 4 0.78629 0.70460 0.78624 0.70463 0.78794 0.69837 0.78887 0.69779\n 40 6 9\n 38 6 1\n 14 94 4 0.79121 0.70161 0.78629 0.70460 0.78887 0.69779 0.79332 0.69500\n 40 6 10\n 38 6 1\n 14 94 4 0.79505 0.69928 0.79121 0.70161 0.79332 0.69500 0.79680 0.69282\n 40 6 8\n 38 6 1\n 14 72 3 0.78622 0.70469 0.78624 0.70463 0.78629 0.70460\n 40 6 9\n 38 6 1\n 14 94 4 0.78432 0.71049 0.78622 0.70469 0.78629 0.70460 0.79121 0.70161\n 40 6 10\n 38 6 1\n 14 116 5 0.79294 0.70570 0.78420 0.71085 0.78432 0.71049 0.79121 0.70161 0.79505 0.69928\n 40 6 10\n 38 6 1\n 14 116 5 0.79229 0.70740 0.78714 0.71399 0.78183 0.71702 0.78420 0.71085 0.79294 0.70570\n 40 6 11\n 38 6 1\n 14 72 3 0.79229 0.70740 0.79050 0.71207 0.78714 0.71399\n 40 6 10\n 38 6 1\n 14 94 4 0.77988 0.72272 0.77913 0.72313 0.78183 0.71702 0.78714 0.71399\n 40 6 11\n 38 6 1\n 14 94 4 0.78771 0.71837 0.77988 0.72272 0.78714 0.71399 0.79050 0.71207\n 40 6 10\n 38 6 1\n 14 94 4 0.77828 0.72801 0.77610 0.72918 0.77913 0.72313 0.77988 0.72272\n 40 6 11\n 38 6 1\n 14 94 4 0.78458 0.72461 0.77828 0.72801 0.77988 0.72272 0.78771 0.71837\n 40 6 10\n 38 6 1\n 14 94 4 0.77628 0.73331 0.77275 0.73516 0.77610 0.72918 0.77828 0.72801\n 40 6 11\n 38 6 1\n 14 94 4 0.78112 0.73078 0.77628 0.73331 0.77828 0.72801 0.78458 0.72461\n 40 6 10\n 38 6 1\n 14 94 4 0.77372 0.73869 0.76908 0.74105 0.77275 0.73516 0.77628 0.73331\n 40 6 11\n 38 6 1\n 14 94 4 0.77733 0.73686 0.77372 0.73869 0.77628 0.73331 0.78112 0.73078\n 40 6 10\n 38 6 1\n 14 94 4 0.77078 0.74406 0.76509 0.74686 0.76908 0.74105 0.77372 0.73869\n 40 6 11\n 38 6 1\n 14 94 4 0.77322 0.74286 0.77078 0.74406 0.77372 0.73869 0.77733 0.73686\n 40 6 10\n 38 6 1\n 14 94 4 0.76792 0.74917 0.76079 0.75257 0.76509 0.74686 0.77078 0.74406\n 40 6 11\n 38 6 1\n 14 94 4 0.76878 0.74875 0.76792 0.74917 0.77078 0.74406 0.77322 0.74286\n 40 6 10\n 38 6 1\n 14 116 5 0.76668 0.75132 0.76403 0.75455 0.75619 0.75819 0.76079 0.75257 0.76792 0.74917\n 40 6 11\n 38 6 1\n 14 72 3 0.76668 0.75132 0.76792 0.74917 0.76878 0.74875\n 40 6 10\n 38 6 1\n 14 534 24 0.76403 0.75455 0.75898 0.76023 0.75362 0.76580 0.74796 0.77124 0.74201 0.77654 0.73578 0.78171 0.72928 0.78674 0.72251 0.79162 0.71549 0.79634 0.70821 0.80089 0.70069 0.80529 0.69294 0.80950 0.68730 0.81144 0.69481 0.80736 0.70209 0.80310 0.70914 0.79868 0.71595 0.79411 0.72251 0.78938 0.72881 0.78451 0.73485 0.77950 0.74061 0.77436 0.74609 0.76909 0.75129 0.76370 0.75619 0.75819\n 40 6 8\n 38 6 1\n 14 94 4 0.23928 0.62272 0.24198 0.61661 0.25088 0.62463 0.24827 0.63054\n 40 6 8\n 38 6 1\n 14 116 5 0.24490 0.61079 0.24536 0.61089 0.25381 0.61879 0.25088 0.62463 0.24198 0.61661\n 40 6 9\n 38 6 1\n 14 72 3 0.24490 0.61079 0.24501 0.61057 0.24536 0.61089\n 40 6 8\n 38 6 1\n 14 94 4 0.24849 0.60471 0.25705 0.61301 0.25381 0.61879 0.24536 0.61089\n 40 6 9\n 38 6 1\n 14 94 4 0.24836 0.60459 0.24849 0.60471 0.24536 0.61089 0.24501 0.61057\n 40 6 8\n 38 6 1\n 14 116 5 0.24839 0.60454 0.25203 0.59869 0.26061 0.60731 0.25705 0.61301 0.24849 0.60471\n 40 6 9\n 38 6 1\n 14 72 3 0.24839 0.60454 0.24849 0.60471 0.24836 0.60459\n 40 6 8\n 38 6 1\n 14 314 14 0.25203 0.59869 0.25602 0.59289 0.26032 0.58717 0.26492 0.58156 0.26982 0.57605 0.27502 0.57066 0.28050 0.56539 0.28813 0.57510 0.28283 0.58020 0.27780 0.58541 0.27306 0.59074 0.26861 0.59617 0.26446 0.60169 0.26061 0.60731\n 40 6 8\n 38 6 1\n 14 116 5 0.28426 0.56203 0.28651 0.56057 0.29370 0.57013 0.28813 0.57510 0.28050 0.56539\n 40 6 9\n 38 6 1\n 14 72 3 0.28426 0.56203 0.28626 0.56024 0.28651 0.56057\n 40 6 8\n 38 6 1\n 14 94 4 0.29287 0.55603 0.29953 0.56529 0.29370 0.57013 0.28651 0.56057\n 40 6 9\n 38 6 1\n 14 94 4 0.29230 0.55523 0.29287 0.55603 0.28651 0.56057 0.28626 0.56024\n 40 6 8\n 38 6 1\n 14 94 4 0.29993 0.55230 0.30562 0.56058 0.29953 0.56529 0.29287 0.55603\n 40 6 9\n 38 6 1\n 14 94 4 0.29860 0.55036 0.29993 0.55230 0.29287 0.55603 0.29230 0.55523\n 40 6 8\n 38 6 1\n 14 94 4 0.30671 0.54799 0.31197 0.55601 0.30562 0.56058 0.29993 0.55230\n 40 6 9\n 38 6 1\n 14 94 4 0.30516 0.54564 0.30671 0.54799 0.29993 0.55230 0.29860 0.55036\n 40 6 8\n 38 6 1\n 14 94 4 0.31351 0.54353 0.31855 0.55159 0.31197 0.55601 0.30671 0.54799\n 40 6 9\n 38 6 1\n 14 94 4 0.31197 0.54106 0.31351 0.54353 0.30671 0.54799 0.30516 0.54564\n 40 6 8\n 38 6 1\n 14 94 4 0.31966 0.53773 0.32537 0.54732 0.31855 0.55159 0.31351 0.54353\n 40 6 9\n 38 6 1\n 14 94 4 0.31902 0.53664 0.31966 0.53773 0.31351 0.54353 0.31197 0.54106\n 40 6 8\n 38 6 1\n 14 94 4 0.32744 0.53441 0.33241 0.54320 0.32537 0.54732 0.31966 0.53773\n 40 6 9\n 38 6 1\n 14 94 4 0.32630 0.53239 0.32744 0.53441 0.31966 0.53773 0.31902 0.53664\n 40 6 8\n 38 6 1\n 14 94 4 0.33734 0.53489 0.33967 0.53925 0.33241 0.54320 0.32744 0.53441\n 40 6 9\n 38 6 1\n 14 94 4 0.33381 0.52830 0.33734 0.53489 0.32744 0.53441 0.32630 0.53239\n 40 6 8\n 38 6 1\n 14 94 4 0.34596 0.53313 0.34714 0.53547 0.33967 0.53925 0.33734 0.53489\n 40 6 9\n 38 6 1\n 14 94 4 0.34154 0.52439 0.34596 0.53313 0.33734 0.53489 0.33381 0.52830\n 40 6 8\n 38 6 1\n 14 72 3 0.35382 0.53232 0.34714 0.53547 0.34596 0.53313\n 40 6 9\n 38 6 1\n 14 116 5 0.34947 0.52065 0.35481 0.53185 0.35382 0.53232 0.34596 0.53313 0.34154 0.52439\n 40 6 9\n 38 6 1\n 14 1062 48 0.34947 0.52065 0.35759 0.51710 0.36591 0.51373 0.37440 0.51055 0.38305 0.50756 0.39186 0.50477 0.40082 0.50219 0.40991 0.49981 0.41912 0.49763 0.42844 0.49567 0.43787 0.49391 0.44738 0.49238 0.45697 0.49105 0.46662 0.48995 0.47633 0.48906 0.48608 0.48840 0.49586 0.48796 0.50565 0.48773 0.51546 0.48773 0.52525 0.48796 0.53503 0.48840 0.54478 0.48906 0.55449 0.48995 0.56414 0.49105 0.56237 0.50324 0.55303 0.50217 0.54365 0.50131 0.53422 0.50067 0.52477 0.50024 0.51529 0.50003 0.50582 0.50003 0.49634 0.50024 0.48689 0.50067 0.47746 0.50131 0.46808 0.50217 0.45874 0.50324 0.44947 0.50451 0.44028 0.50600 0.43117 0.50770 0.42215 0.50960 0.41325 0.51170 0.40446 0.51400 0.39580 0.51650 0.38728 0.51920 0.37891 0.52208 0.37070 0.52516 0.36267 0.52841 0.35481 0.53185\n 40 6 9\n 38 6 1\n 14 116 5 0.56828 0.49162 0.57351 0.49364 0.57164 0.50451 0.56237 0.50324 0.56414 0.49105\n 40 6 10\n 38 6 1\n 14 72 3 0.56828 0.49162 0.57373 0.49238 0.57351 0.49364\n 40 6 9\n 38 6 1\n 14 94 4 0.58276 0.49636 0.58083 0.50600 0.57164 0.50451 0.57351 0.49364\n 40 6 10\n 38 6 1\n 14 94 4 0.58324 0.49391 0.58276 0.49636 0.57351 0.49364 0.57373 0.49238\n 40 6 9\n 38 6 1\n 14 94 4 0.59153 0.50067 0.58994 0.50770 0.58083 0.50600 0.58276 0.49636\n 40 6 10\n 38 6 1\n 14 94 4 0.59267 0.49567 0.59153 0.50067 0.58276 0.49636 0.58324 0.49391\n 40 6 9\n 38 6 1\n 14 94 4 0.60103 0.50141 0.59896 0.50960 0.58994 0.50770 0.59153 0.50067\n 40 6 10\n 38 6 1\n 14 94 4 0.60199 0.49763 0.60103 0.50141 0.59153 0.50067 0.59267 0.49567\n 40 6 9\n 38 6 1\n 14 94 4 0.61102 0.50047 0.60787 0.51170 0.59896 0.50960 0.60103 0.50141\n 40 6 10\n 38 6 1\n 14 94 4 0.61120 0.49981 0.61102 0.50047 0.60103 0.50141 0.60199 0.49763\n 40 6 9\n 38 6 1\n 14 94 4 0.61978 0.50385 0.61665 0.51400 0.60787 0.51170 0.61102 0.50047\n 40 6 10\n 38 6 1\n 14 94 4 0.62029 0.50219 0.61978 0.50385 0.61102 0.50047 0.61120 0.49981\n 40 6 9\n 38 6 1\n 14 94 4 0.62744 0.51017 0.62531 0.51650 0.61665 0.51400 0.61978 0.50385\n 40 6 10\n 38 6 1\n 14 94 4 0.62925 0.50477 0.62744 0.51017 0.61978 0.50385 0.62029 0.50219\n 40 6 8\n 38 6 1\n 14 182 8 0.76908 0.59869 0.77275 0.60459 0.77610 0.61057 0.77913 0.61661 0.77023 0.62463 0.76730 0.61879 0.76406 0.61301 0.76051 0.60731\n 40 6 8\n 38 6 1\n 14 270 12 0.78794 0.64138 0.78931 0.64767 0.79033 0.65400 0.79102 0.66034 0.79136 0.66669 0.79136 0.67305 0.78205 0.67920 0.78205 0.67305 0.78172 0.66691 0.78106 0.66078 0.78007 0.65466 0.77875 0.64857\n 40 6 8\n 38 6 1\n 14 116 5 0.79131 0.67391 0.78840 0.68108 0.78172 0.68534 0.78205 0.67920 0.79136 0.67305\n 40 6 9\n 38 6 1\n 14 72 3 0.79131 0.67391 0.79102 0.67941 0.78840 0.68108\n 40 6 8\n 38 6 1\n 14 94 4 0.78675 0.68797 0.78106 0.69148 0.78172 0.68534 0.78840 0.68108\n 40 6 9\n 38 6 1\n 14 94 4 0.79033 0.68575 0.78675 0.68797 0.78840 0.68108 0.79102 0.67941\n 40 6 8\n 38 6 1\n 14 94 4 0.78690 0.69351 0.78007 0.69759 0.78106 0.69148 0.78675 0.68797\n 40 6 9\n 38 6 1\n 14 94 4 0.78931 0.69207 0.78690 0.69351 0.78675 0.68797 0.79033 0.68575\n 40 6 8\n 38 6 1\n 14 116 5 0.78860 0.69536 0.78794 0.69837 0.77875 0.70368 0.78007 0.69759 0.78690 0.69351\n 40 6 9\n 38 6 1\n 14 72 3 0.78860 0.69536 0.78690 0.69351 0.78931 0.69207\n 40 6 8\n 38 6 1\n 14 94 4 0.78794 0.69837 0.78624 0.70463 0.77710 0.70973 0.77875 0.70368\n 40 6 8\n 38 6 1\n 14 94 4 0.78622 0.70469 0.77571 0.71397 0.77710 0.70973 0.78624 0.70463\n 40 6 9\n 38 6 1\n 14 116 5 0.78622 0.70469 0.78432 0.71049 0.78350 0.71123 0.77513 0.71575 0.77571 0.71397\n 40 6 10\n 38 6 1\n 14 72 3 0.78432 0.71049 0.78420 0.71085 0.78350 0.71123\n 40 6 9\n 38 6 1\n 14 94 4 0.77333 0.72145 0.77284 0.72171 0.77513 0.71575 0.78350 0.71123\n 40 6 10\n 38 6 1\n 14 94 4 0.78183 0.71702 0.77333 0.72145 0.78350 0.71123 0.78420 0.71085\n 40 6 9\n 38 6 1\n 14 72 3 0.77266 0.72211 0.77284 0.72171 0.77333 0.72145\n 40 6 10\n 38 6 1\n 14 116 5 0.77913 0.72313 0.77023 0.72762 0.77266 0.72211 0.77333 0.72145 0.78183 0.71702\n 40 6 10\n 38 6 1\n 14 974 44 0.77913 0.72313 0.77610 0.72918 0.77275 0.73516 0.76908 0.74105 0.76509 0.74686 0.76079 0.75257 0.75619 0.75819 0.75129 0.76370 0.74609 0.76909 0.74061 0.77436 0.73485 0.77950 0.72881 0.78451 0.72251 0.78938 0.71595 0.79411 0.70914 0.79868 0.70209 0.80310 0.69481 0.80736 0.68730 0.81144 0.67957 0.81536 0.67164 0.81909 0.66352 0.82265 0.65520 0.82602 0.65041 0.82710 0.65844 0.82384 0.66630 0.82040 0.67397 0.81679 0.68144 0.81300 0.68870 0.80905 0.69574 0.80494 0.70256 0.80067 0.70914 0.79625 0.71549 0.79168 0.72158 0.78697 0.72741 0.78212 0.73298 0.77715 0.73828 0.77205 0.74331 0.76684 0.74805 0.76151 0.75250 0.75609 0.75665 0.75056 0.76051 0.74495 0.76406 0.73925 0.76730 0.73347 0.77023 0.72762\n 40 6 9\n 38 6 1\n 14 226 10 0.50582 0.85223 0.49634 0.85201 0.48689 0.85158 0.47746 0.85094 0.46808 0.85009 0.46959 0.84995 0.47864 0.85077 0.48773 0.85139 0.49685 0.85181 0.50598 0.85201\n 40 6 8\n 38 6 1\n 14 94 4 0.42499 0.84326 0.42215 0.84266 0.42529 0.84278 0.42678 0.84310\n 40 6 9\n 38 6 1\n 14 94 4 0.42499 0.84326 0.42678 0.84310 0.43398 0.84462 0.43117 0.84456\n 40 6 8\n 38 6 1\n 14 116 5 0.41325 0.84056 0.41533 0.84068 0.42355 0.84237 0.42529 0.84278 0.42215 0.84266\n 40 6 9\n 38 6 1\n 14 72 3 0.41533 0.84068 0.41670 0.84076 0.42355 0.84237\n 40 6 8\n 38 6 1\n 14 94 4 0.40446 0.83825 0.40643 0.83840 0.41533 0.84068 0.41325 0.84056\n 40 6 9\n 38 6 1\n 14 94 4 0.40643 0.83840 0.40823 0.83854 0.41670 0.84076 0.41533 0.84068\n 40 6 8\n 38 6 1\n 14 842 38 0.25088 0.62463 0.25381 0.61879 0.25705 0.61301 0.26061 0.60731 0.26446 0.60169 0.26861 0.59617 0.27306 0.59074 0.27780 0.58541 0.28283 0.58020 0.28813 0.57510 0.29370 0.57013 0.29953 0.56529 0.30562 0.56058 0.31197 0.55601 0.31855 0.55159 0.32537 0.54732 0.33241 0.54320 0.33967 0.53925 0.34714 0.53547 0.35294 0.54650 0.34574 0.55015 0.33874 0.55396 0.33194 0.55793 0.32537 0.56205 0.31902 0.56631 0.31290 0.57072 0.30703 0.57526 0.30140 0.57993 0.29602 0.58473 0.29091 0.58965 0.28607 0.59468 0.28150 0.59981 0.27721 0.60505 0.27320 0.61038 0.26948 0.61579 0.26606 0.62129 0.26293 0.62686 0.26010 0.63250\n 40 6 8\n 38 6 1\n 14 116 5 0.35382 0.53232 0.35506 0.53236 0.36034 0.54301 0.35294 0.54650 0.34714 0.53547\n 40 6 9\n 38 6 1\n 14 72 3 0.35382 0.53232 0.35481 0.53185 0.35506 0.53236\n 40 6 8\n 38 6 1\n 14 94 4 0.36464 0.53266 0.36792 0.53970 0.36034 0.54301 0.35506 0.53236\n 40 6 9\n 38 6 1\n 14 94 4 0.36267 0.52841 0.36464 0.53266 0.35506 0.53236 0.35481 0.53185\n 40 6 8\n 38 6 1\n 14 94 4 0.37304 0.53053 0.37567 0.53656 0.36792 0.53970 0.36464 0.53266\n 40 6 9\n 38 6 1\n 14 94 4 0.37070 0.52516 0.37304 0.53053 0.36464 0.53266 0.36267 0.52841\n 40 6 8\n 38 6 1\n 14 94 4 0.38209 0.52992 0.38359 0.53359 0.37567 0.53656 0.37304 0.53053\n 40 6 9\n 38 6 1\n 14 94 4 0.37891 0.52208 0.38209 0.52992 0.37304 0.53053 0.37070 0.52516\n 40 6 8\n 38 6 1\n 14 94 4 0.39046 0.52762 0.39166 0.53081 0.38359 0.53359 0.38209 0.52992\n 40 6 9\n 38 6 1\n 14 94 4 0.38728 0.51920 0.39046 0.52762 0.38209 0.52992 0.37891 0.52208\n 40 6 8\n 38 6 1\n 14 94 4 0.39906 0.52587 0.39987 0.52821 0.39166 0.53081 0.39046 0.52762\n 40 6 9\n 38 6 1\n 14 94 4 0.39580 0.51650 0.39906 0.52587 0.39046 0.52762 0.38728 0.51920\n 40 6 8\n 38 6 1\n 14 94 4 0.40790 0.52479 0.40823 0.52580 0.39987 0.52821 0.39906 0.52587\n 40 6 9\n 38 6 1\n 14 94 4 0.40446 0.51400 0.40790 0.52479 0.39906 0.52587 0.39580 0.51650\n 40 6 8\n 38 6 1\n 14 94 4 0.41666 0.52344 0.41670 0.52358 0.40823 0.52580 0.40790 0.52479\n 40 6 9\n 38 6 1\n 14 94 4 0.41325 0.51170 0.41666 0.52344 0.40790 0.52479 0.40446 0.51400\n 40 6 8\n 38 6 1\n 14 72 3 0.41742 0.52341 0.41670 0.52358 0.41666 0.52344\n 40 6 9\n 38 6 1\n 14 116 5 0.42215 0.50960 0.42529 0.52155 0.41742 0.52341 0.41666 0.52344 0.41325 0.51170\n 40 6 9\n 38 6 1\n 14 1018 46 0.42215 0.50960 0.43117 0.50770 0.44028 0.50600 0.44947 0.50451 0.45874 0.50324 0.46808 0.50217 0.47746 0.50131 0.48689 0.50067 0.49634 0.50024 0.50582 0.50003 0.51529 0.50003 0.52477 0.50024 0.53422 0.50067 0.54365 0.50131 0.55303 0.50217 0.56237 0.50324 0.57164 0.50451 0.58083 0.50600 0.58994 0.50770 0.59896 0.50960 0.60787 0.51170 0.61665 0.51400 0.62531 0.51650 0.62124 0.52821 0.61289 0.52580 0.60441 0.52358 0.59582 0.52155 0.58713 0.51972 0.57834 0.51808 0.56947 0.51665 0.56053 0.51541 0.55152 0.51438 0.54247 0.51356 0.53338 0.51294 0.52426 0.51253 0.51513 0.51232 0.50598 0.51232 0.49685 0.51253 0.48773 0.51294 0.47864 0.51356 0.46959 0.51438 0.46058 0.51541 0.45164 0.51665 0.44277 0.51808 0.43398 0.51972 0.42529 0.52155\n 40 6 9\n 38 6 1\n 14 116 5 0.62891 0.51764 0.63294 0.52156 0.62945 0.53081 0.62124 0.52821 0.62531 0.51650\n 40 6 10\n 38 6 1\n 14 72 3 0.62891 0.51764 0.63383 0.51920 0.63294 0.52156\n 40 6 8\n 38 6 1\n 14 226 10 0.74805 0.59074 0.75250 0.59617 0.75665 0.60169 0.76051 0.60731 0.76406 0.61301 0.75505 0.62129 0.75163 0.61579 0.74791 0.61038 0.74390 0.60505 0.73961 0.59981\n 40 6 8\n 38 6 1\n 14 94 4 0.77875 0.64857 0.78007 0.65466 0.77050 0.66146 0.76923 0.65559\n 40 6 7\n 38 6 1\n 14 72 3 0.77329 0.66610 0.77145 0.66736 0.77132 0.66652\n 40 6 8\n 38 6 1\n 14 116 5 0.78106 0.66078 0.77329 0.66610 0.77132 0.66652 0.77050 0.66146 0.78007 0.65466\n 40 6 7\n 38 6 1\n 14 94 4 0.77567 0.67091 0.77209 0.67328 0.77145 0.66736 0.77329 0.66610\n 40 6 8\n 38 6 1\n 14 94 4 0.78172 0.66691 0.77567 0.67091 0.77329 0.66610 0.78106 0.66078\n 40 6 7\n 38 6 1\n 14 94 4 0.77738 0.67603 0.77241 0.67920 0.77209 0.67328 0.77567 0.67091\n 40 6 8\n 38 6 1\n 14 94 4 0.78205 0.67305 0.77738 0.67603 0.77567 0.67091 0.78172 0.66691\n 40 6 7\n 38 6 1\n 14 94 4 0.77397 0.68417 0.77241 0.68513 0.77241 0.67920 0.77738 0.67603\n 40 6 8\n 38 6 1\n 14 94 4 0.78205 0.67920 0.77397 0.68417 0.77738 0.67603 0.78205 0.67305\n 40 6 7\n 38 6 1\n 14 72 3 0.77230 0.68715 0.77241 0.68513 0.77397 0.68417\n 40 6 8\n 38 6 1\n 14 116 5 0.78172 0.68534 0.77209 0.69106 0.77230 0.68715 0.77397 0.68417 0.78205 0.67920\n 40 6 8\n 38 6 1\n 14 226 10 0.78172 0.68534 0.78106 0.69148 0.78007 0.69759 0.77875 0.70368 0.77710 0.70973 0.76764 0.71458 0.76923 0.70874 0.77050 0.70287 0.77145 0.69697 0.77209 0.69106\n 40 6 8\n 38 6 1\n 14 116 5 0.77571 0.71397 0.77211 0.71724 0.76574 0.72038 0.76764 0.71458 0.77710 0.70973\n 40 6 9\n 38 6 1\n 14 72 3 0.77571 0.71397 0.77513 0.71575 0.77211 0.71724\n 40 6 8\n 38 6 1\n 14 94 4 0.76422 0.72580 0.76353 0.72613 0.76574 0.72038 0.77211 0.71724\n 40 6 9\n 38 6 1\n 14 94 4 0.77284 0.72171 0.76422 0.72580 0.77211 0.71724 0.77513 0.71575\n 40 6 8\n 38 6 1\n 14 72 3 0.76325 0.72676 0.76353 0.72613 0.76422 0.72580\n 40 6 9\n 38 6 1\n 14 138 6 0.77266 0.72211 0.76454 0.73022 0.76101 0.73183 0.76325 0.72676 0.76422 0.72580 0.77284 0.72171\n 40 6 10\n 38 6 1\n 14 72 3 0.77266 0.72211 0.77023 0.72762 0.76454 0.73022\n 40 6 9\n 38 6 1\n 14 72 3 0.75946 0.73492 0.76101 0.73183 0.76454 0.73022\n 40 6 10\n 38 6 1\n 14 116 5 0.76730 0.73347 0.75818 0.73747 0.75946 0.73492 0.76454 0.73022 0.77023 0.72762\n 40 6 10\n 38 6 1\n 14 930 42 0.76730 0.73347 0.76406 0.73925 0.76051 0.74495 0.75665 0.75056 0.75250 0.75609 0.74805 0.76151 0.74331 0.76684 0.73828 0.77205 0.73298 0.77715 0.72741 0.78212 0.72158 0.78697 0.71549 0.79168 0.70914 0.79625 0.70256 0.80067 0.69574 0.80494 0.68870 0.80905 0.68144 0.81300 0.67397 0.81679 0.66630 0.82040 0.65844 0.82384 0.65041 0.82710 0.64544 0.82778 0.65319 0.82463 0.66077 0.82132 0.66817 0.81783 0.67537 0.81418 0.68237 0.81037 0.68917 0.80640 0.69574 0.80228 0.70209 0.79802 0.70821 0.79361 0.71409 0.78907 0.71971 0.78440 0.72509 0.77960 0.73020 0.77469 0.73504 0.76966 0.73961 0.76452 0.74390 0.75929 0.74791 0.75396 0.75163 0.74854 0.75505 0.74304 0.75818 0.73747\n 40 6 8\n 38 6 1\n 14 1150 52 0.26293 0.62686 0.26606 0.62129 0.26948 0.61579 0.27320 0.61038 0.27721 0.60505 0.28150 0.59981 0.28607 0.59468 0.29091 0.58965 0.29602 0.58473 0.30140 0.57993 0.30703 0.57526 0.31290 0.57072 0.31902 0.56631 0.32537 0.56205 0.33194 0.55793 0.33874 0.55396 0.34574 0.55015 0.35294 0.54650 0.36034 0.54301 0.36792 0.53970 0.37567 0.53656 0.38359 0.53359 0.39166 0.53081 0.39987 0.52821 0.40823 0.52580 0.41670 0.52358 0.42027 0.53543 0.41212 0.53756 0.40408 0.53988 0.39618 0.54238 0.38842 0.54506 0.38080 0.54791 0.37334 0.55094 0.36605 0.55412 0.35894 0.55748 0.35201 0.56099 0.34527 0.56466 0.33874 0.56847 0.33241 0.57243 0.32630 0.57654 0.32042 0.58078 0.31477 0.58515 0.30935 0.58964 0.30418 0.59425 0.29927 0.59898 0.29461 0.60382 0.29021 0.60876 0.28608 0.61380 0.28223 0.61892 0.27865 0.62413 0.27536 0.62942 0.27235 0.63478\n 40 6 8\n 38 6 1\n 14 116 5 0.41742 0.52341 0.42608 0.52444 0.42853 0.53347 0.42027 0.53543 0.41670 0.52358\n 40 6 9\n 38 6 1\n 14 72 3 0.41742 0.52341 0.42529 0.52155 0.42608 0.52444\n 40 6 8\n 38 6 1\n 14 94 4 0.43534 0.52529 0.43690 0.53171 0.42853 0.53347 0.42608 0.52444\n 40 6 9\n 38 6 1\n 14 94 4 0.43398 0.51972 0.43534 0.52529 0.42608 0.52444 0.42529 0.52155\n 40 6 8\n 38 6 1\n 14 94 4 0.44427 0.52510 0.44535 0.53014 0.43690 0.53171 0.43534 0.52529\n 40 6 9\n 38 6 1\n 14 94 4 0.44277 0.51808 0.44427 0.52510 0.43534 0.52529 0.43398 0.51972\n 40 6 8\n 38 6 1\n 14 94 4 0.45303 0.52416 0.45388 0.52876 0.44535 0.53014 0.44427 0.52510\n 40 6 9\n 38 6 1\n 14 94 4 0.45164 0.51665 0.45303 0.52416 0.44427 0.52510 0.44277 0.51808\n 40 6 8\n 38 6 1\n 14 94 4 0.46189 0.52376 0.46248 0.52757 0.45388 0.52876 0.45303 0.52416\n 40 6 9\n 38 6 1\n 14 94 4 0.46058 0.51541 0.46189 0.52376 0.45303 0.52416 0.45164 0.51665\n 40 6 8\n 38 6 1\n 14 94 4 0.47080 0.52392 0.47114 0.52658 0.46248 0.52757 0.46189 0.52376\n 40 6 9\n 38 6 1\n 14 94 4 0.46959 0.51438 0.47080 0.52392 0.46189 0.52376 0.46058 0.51541\n 40 6 8\n 38 6 1\n 14 94 4 0.47975 0.52475 0.47985 0.52579 0.47114 0.52658 0.47080 0.52392\n 40 6 9\n 38 6 1\n 14 94 4 0.47864 0.51356 0.47975 0.52475 0.47080 0.52392 0.46959 0.51438\n 40 6 8\n 38 6 1\n 14 72 3 0.48586 0.52538 0.47985 0.52579 0.47975 0.52475\n 40 6 9\n 38 6 1\n 14 116 5 0.48773 0.51294 0.48860 0.52519 0.48586 0.52538 0.47975 0.52475 0.47864 0.51356\n 40 6 9\n 38 6 1\n 14 754 34 0.48773 0.51294 0.49685 0.51253 0.50598 0.51232 0.51513 0.51232 0.52426 0.51253 0.53338 0.51294 0.54247 0.51356 0.55152 0.51438 0.56053 0.51541 0.56947 0.51665 0.57834 0.51808 0.58713 0.51972 0.59582 0.52155 0.60441 0.52358 0.61289 0.52580 0.62124 0.52821 0.62945 0.53081 0.62493 0.54238 0.61703 0.53988 0.60899 0.53756 0.60084 0.53543 0.59258 0.53347 0.58421 0.53171 0.57576 0.53014 0.56723 0.52876 0.55863 0.52757 0.54997 0.52658 0.54126 0.52579 0.53251 0.52519 0.52374 0.52480 0.51495 0.52460 0.50616 0.52460 0.49737 0.52480 0.48860 0.52519\n 40 6 7\n 38 6 1\n 14 72 3 0.76078 0.66795 0.76061 0.66807 0.76037 0.66694\n 40 6 8\n 38 6 1\n 14 116 5 0.77050 0.66146 0.76078 0.66795 0.76037 0.66694 0.75939 0.66242 0.76923 0.65559\n 40 6 7\n 38 6 1\n 14 116 5 0.77132 0.66652 0.77145 0.66736 0.76153 0.67374 0.76061 0.66807 0.76078 0.66795\n 40 6 8\n 38 6 1\n 14 72 3 0.77132 0.66652 0.76078 0.66795 0.77050 0.66146\n 40 6 7\n 38 6 1\n 14 182 8 0.77145 0.66736 0.77209 0.67328 0.77241 0.67920 0.77241 0.68513 0.76245 0.69084 0.76245 0.68513 0.76214 0.67943 0.76153 0.67374\n 40 6 7\n 38 6 1\n 14 94 4 0.77230 0.68715 0.76217 0.69598 0.76245 0.69084 0.77241 0.68513\n 40 6 8\n 38 6 1\n 14 94 4 0.77230 0.68715 0.77209 0.69106 0.76214 0.69654 0.76217 0.69598\n 40 6 7\n 38 6 1\n 14 72 3 0.76796 0.69882 0.76153 0.70223 0.76202 0.69765\n 40 6 8\n 38 6 1\n 14 116 5 0.77145 0.69697 0.76796 0.69882 0.76202 0.69765 0.76214 0.69654 0.77209 0.69106\n 40 6 7\n 38 6 1\n 14 94 4 0.77007 0.70309 0.76061 0.70790 0.76153 0.70223 0.76796 0.69882\n 40 6 8\n 38 6 1\n 14 94 4 0.77050 0.70287 0.77007 0.70309 0.76796 0.69882 0.77145 0.69697\n 40 6 7\n 38 6 1\n 14 94 4 0.76459 0.71100 0.75939 0.71355 0.76061 0.70790 0.77007 0.70309\n 40 6 8\n 38 6 1\n 14 94 4 0.76923 0.70874 0.76459 0.71100 0.77007 0.70309 0.77050 0.70287\n 40 6 7\n 38 6 1\n 14 72 3 0.75911 0.71455 0.75939 0.71355 0.76459 0.71100\n 40 6 8\n 38 6 1\n 14 116 5 0.76764 0.71458 0.75786 0.71916 0.75911 0.71455 0.76459 0.71100 0.76923 0.70874\n 40 6 8\n 38 6 1\n 14 138 6 0.76764 0.71458 0.76574 0.72038 0.76353 0.72613 0.75390 0.73028 0.75603 0.72474 0.75786 0.71916\n 40 6 8\n 38 6 1\n 14 94 4 0.76325 0.72676 0.75335 0.73153 0.75390 0.73028 0.76353 0.72613\n 40 6 9\n 38 6 1\n 14 94 4 0.76325 0.72676 0.76101 0.73183 0.75148 0.73576 0.75335 0.73153\n 40 6 9\n 38 6 1\n 14 94 4 0.75946 0.73492 0.74930 0.74012 0.75148 0.73576 0.76101 0.73183\n 40 6 10\n 38 6 1\n 14 94 4 0.75946 0.73492 0.75818 0.73747 0.74876 0.74119 0.74930 0.74012\n 40 6 10\n 38 6 1\n 14 842 38 0.75818 0.73747 0.75505 0.74304 0.75163 0.74854 0.74791 0.75396 0.74390 0.75929 0.73961 0.76452 0.73504 0.76966 0.73020 0.77469 0.72509 0.77960 0.71971 0.78440 0.71409 0.78907 0.70821 0.79361 0.70209 0.79802 0.69574 0.80228 0.68917 0.80640 0.68237 0.81037 0.67537 0.81418 0.66817 0.81783 0.66077 0.82132 0.65506 0.82184 0.66217 0.81849 0.66910 0.81498 0.67584 0.81131 0.68237 0.80750 0.68870 0.80353 0.69481 0.79943 0.70069 0.79519 0.70634 0.79082 0.71176 0.78633 0.71693 0.78171 0.72184 0.77698 0.72650 0.77215 0.73090 0.76721 0.73503 0.76217 0.73888 0.75704 0.74246 0.75183 0.74576 0.74655 0.74876 0.74119\n 40 6 9\n 38 6 1\n 14 72 3 0.65152 0.82476 0.64777 0.82503 0.65465 0.82202\n 40 6 10\n 38 6 1\n 14 116 5 0.65319 0.82463 0.65152 0.82476 0.65465 0.82202 0.65506 0.82184 0.66077 0.82132\n 40 6 9\n 38 6 1\n 14 94 4 0.64454 0.82782 0.64031 0.82806 0.64777 0.82503 0.65152 0.82476\n 40 6 10\n 38 6 1\n 14 94 4 0.64544 0.82778 0.64454 0.82782 0.65152 0.82476 0.65319 0.82463\n 40 6 8\n 38 6 1\n 14 1414 64 0.27536 0.62942 0.27865 0.62413 0.28223 0.61892 0.28608 0.61380 0.29021 0.60876 0.29461 0.60382 0.29927 0.59898 0.30418 0.59425 0.30935 0.58964 0.31477 0.58515 0.32042 0.58078 0.32630 0.57654 0.33241 0.57243 0.33874 0.56847 0.34527 0.56466 0.35201 0.56099 0.35894 0.55748 0.36605 0.55412 0.37334 0.55094 0.38080 0.54791 0.38842 0.54506 0.39618 0.54238 0.40408 0.53988 0.41212 0.53756 0.42027 0.53543 0.42853 0.53347 0.43690 0.53171 0.44535 0.53014 0.45388 0.52876 0.46248 0.52757 0.47114 0.52658 0.47985 0.52579 0.48110 0.53799 0.47275 0.53875 0.46444 0.53970 0.45619 0.54084 0.44801 0.54216 0.43990 0.54367 0.43188 0.54536 0.42395 0.54723 0.41613 0.54928 0.40842 0.55151 0.40084 0.55391 0.39339 0.55647 0.38609 0.55921 0.37893 0.56211 0.37194 0.56517 0.36512 0.56838 0.35847 0.57175 0.35201 0.57527 0.34574 0.57893 0.33967 0.58273 0.33381 0.58667 0.32817 0.59073 0.32275 0.59493 0.31755 0.59924 0.31259 0.60366 0.30788 0.60820 0.30341 0.61284 0.29919 0.61758 0.29523 0.62241 0.29153 0.62733 0.28810 0.63232 0.28494 0.63740\n 40 6 8\n 38 6 1\n 14 116 5 0.48586 0.52538 0.48864 0.52581 0.48949 0.53742 0.48110 0.53799 0.47985 0.52579\n 40 6 9\n 38 6 1\n 14 72 3 0.48586 0.52538 0.48860 0.52519 0.48864 0.52581\n 40 6 8\n 38 6 1\n 14 94 4 0.49746 0.52695 0.49791 0.53704 0.48949 0.53742 0.48864 0.52581\n 40 6 9\n 38 6 1\n 14 94 4 0.49737 0.52480 0.49746 0.52695 0.48864 0.52581 0.48860 0.52519\n 40 6 8\n 38 6 1\n 14 94 4 0.50622 0.52862 0.50634 0.53684 0.49791 0.53704 0.49746 0.52695\n 40 6 9\n 38 6 1\n 14 94 4 0.50616 0.52460 0.50622 0.52862 0.49746 0.52695 0.49737 0.52480\n 40 6 8\n 38 6 1\n 14 94 4 0.51483 0.53320 0.51477 0.53684 0.50634 0.53684 0.50622 0.52862\n 40 6 9\n 38 6 1\n 14 94 4 0.51495 0.52460 0.51483 0.53320 0.50622 0.52862 0.50616 0.52460\n 40 6 8\n 38 6 1\n 14 72 3 0.52226 0.53701 0.51477 0.53684 0.51483 0.53320\n 40 6 9\n 38 6 1\n 14 116 5 0.52374 0.52480 0.52320 0.53704 0.52226 0.53701 0.51483 0.53320 0.51495 0.52460\n 40 6 9\n 38 6 1\n 14 578 26 0.52374 0.52480 0.53251 0.52519 0.54126 0.52579 0.54997 0.52658 0.55863 0.52757 0.56723 0.52876 0.57576 0.53014 0.58421 0.53171 0.59258 0.53347 0.60084 0.53543 0.60899 0.53756 0.61703 0.53988 0.62493 0.54238 0.62027 0.55391 0.61269 0.55151 0.60498 0.54928 0.59716 0.54723 0.58923 0.54536 0.58121 0.54367 0.57310 0.54216 0.56492 0.54084 0.55667 0.53970 0.54836 0.53875 0.54001 0.53799 0.53162 0.53742 0.52320 0.53704\n 40 6 7\n 38 6 1\n 14 138 6 0.76061 0.66807 0.76153 0.67374 0.76214 0.67943 0.75189 0.68537 0.75130 0.67991 0.75042 0.67447\n 40 6 7\n 38 6 1\n 14 116 5 0.76245 0.68513 0.75255 0.69063 0.75218 0.69072 0.75189 0.68537 0.76214 0.67943\n 40 6 8\n 38 6 1\n 14 72 3 0.75255 0.69063 0.75218 0.69084 0.75218 0.69072\n 40 6 7\n 38 6 1\n 14 116 5 0.76245 0.69084 0.75218 0.69631 0.75218 0.69102 0.75255 0.69063 0.76245 0.68513\n 40 6 8\n 38 6 1\n 14 72 3 0.75218 0.69102 0.75218 0.69084 0.75255 0.69063\n 40 6 7\n 38 6 1\n 14 116 5 0.76217 0.69598 0.76109 0.69708 0.75189 0.70178 0.75218 0.69631 0.76245 0.69084\n 40 6 8\n 38 6 1\n 14 72 3 0.76217 0.69598 0.76214 0.69654 0.76109 0.69708\n 40 6 7\n 38 6 1\n 14 116 5 0.76202 0.69765 0.76153 0.70223 0.75130 0.70723 0.75189 0.70178 0.76109 0.69708\n 40 6 8\n 38 6 1\n 14 72 3 0.76202 0.69765 0.76109 0.69708 0.76214 0.69654\n 40 6 7\n 38 6 1\n 14 138 6 0.76153 0.70223 0.76061 0.70790 0.75939 0.71355 0.74925 0.71809 0.75042 0.71268 0.75130 0.70723\n 40 6 7\n 38 6 1\n 14 94 4 0.75911 0.71455 0.74920 0.71825 0.74925 0.71809 0.75939 0.71355\n 40 6 8\n 38 6 1\n 14 94 4 0.75911 0.71455 0.75786 0.71916 0.74778 0.72348 0.74920 0.71825\n 40 6 8\n 38 6 1\n 14 116 5 0.75603 0.72474 0.74692 0.72847 0.74617 0.72840 0.74778 0.72348 0.75786 0.71916\n 40 6 9\n 38 6 1\n 14 72 3 0.74692 0.72847 0.74603 0.72883 0.74617 0.72840\n 40 6 8\n 38 6 1\n 14 94 4 0.75390 0.73028 0.75119 0.73134 0.74692 0.72847 0.75603 0.72474\n 40 6 9\n 38 6 1\n 14 94 4 0.75119 0.73134 0.74399 0.73414 0.74603 0.72883 0.74692 0.72847\n 40 6 8\n 38 6 1\n 14 72 3 0.75335 0.73153 0.75119 0.73134 0.75390 0.73028\n 40 6 9\n 38 6 1\n 14 116 5 0.75335 0.73153 0.75148 0.73576 0.74166 0.73940 0.74399 0.73414 0.75119 0.73134\n 40 6 9\n 38 6 1\n 14 116 5 0.74930 0.74012 0.74487 0.74256 0.73905 0.74461 0.74166 0.73940 0.75148 0.73576\n 40 6 10\n 38 6 1\n 14 72 3 0.74930 0.74012 0.74876 0.74119 0.74487 0.74256\n 40 6 9\n 38 6 1\n 14 94 4 0.74173 0.74789 0.73617 0.74975 0.73905 0.74461 0.74487 0.74256\n 40 6 10\n 38 6 1\n 14 94 4 0.74576 0.74655 0.74173 0.74789 0.74487 0.74256 0.74876 0.74119\n 40 6 9\n 38 6 1\n 14 94 4 0.73773 0.75333 0.73301 0.75482 0.73617 0.74975 0.74173 0.74789\n 40 6 10\n 38 6 1\n 14 94 4 0.74246 0.75183 0.73773 0.75333 0.74173 0.74789 0.74576 0.74655\n 40 6 9\n 38 6 1\n 14 94 4 0.73335 0.75869 0.72958 0.75982 0.73301 0.75482 0.73773 0.75333\n 40 6 10\n 38 6 1\n 14 94 4 0.73888 0.75704 0.73335 0.75869 0.73773 0.75333 0.74246 0.75183\n 40 6 9\n 38 6 1\n 14 94 4 0.72778 0.76420 0.72588 0.76474 0.72958 0.75982 0.73335 0.75869\n 40 6 10\n 38 6 1\n 14 94 4 0.73503 0.76217 0.72778 0.76420 0.73335 0.75869 0.73888 0.75704\n 40 6 9\n 38 6 1\n 14 94 4 0.72193 0.76956 0.72192 0.76957 0.72588 0.76474 0.72778 0.76420\n 40 6 10\n 38 6 1\n 14 94 4 0.73090 0.76721 0.72193 0.76956 0.72778 0.76420 0.73503 0.76217\n 40 6 9\n 38 6 1\n 14 72 3 0.72190 0.76959 0.72192 0.76957 0.72193 0.76956\n 40 6 10\n 38 6 1\n 14 116 5 0.72650 0.77215 0.71770 0.77431 0.72190 0.76959 0.72193 0.76956 0.73090 0.76721\n 40 6 10\n 38 6 1\n 14 446 20 0.72650 0.77215 0.72184 0.77698 0.71693 0.78171 0.71176 0.78633 0.70634 0.79082 0.70069 0.79519 0.69481 0.79943 0.68870 0.80353 0.68237 0.80750 0.67584 0.81131 0.66910 0.81187 0.67537 0.80821 0.68144 0.80441 0.68730 0.80048 0.69294 0.79641 0.69836 0.79222 0.70356 0.78791 0.70852 0.78348 0.71323 0.77895 0.71770 0.77431\n 40 6 9\n 38 6 1\n 14 72 3 0.66539 0.81522 0.66264 0.81539 0.66582 0.81366\n 40 6 10\n 38 6 1\n 14 116 5 0.66910 0.81498 0.66539 0.81522 0.66582 0.81366 0.66910 0.81187 0.67584 0.81131\n 40 6 9\n 38 6 1\n 14 94 4 0.66011 0.81858 0.65599 0.81876 0.66264 0.81539 0.66539 0.81522\n 40 6 10\n 38 6 1\n 14 94 4 0.66217 0.81849 0.66011 0.81858 0.66539 0.81522 0.66910 0.81498\n 40 6 9\n 38 6 1\n 14 94 4 0.65489 0.82185 0.64917 0.82198 0.65599 0.81876 0.66011 0.81858\n 40 6 10\n 38 6 1\n 14 94 4 0.65506 0.82184 0.65489 0.82185 0.66011 0.81858 0.66217 0.81849\n 40 6 9\n 38 6 1\n 14 116 5 0.65465 0.82202 0.64777 0.82503 0.64218 0.82504 0.64917 0.82198 0.65489 0.82185\n 40 6 10\n 38 6 1\n 14 72 3 0.65465 0.82202 0.65489 0.82185 0.65506 0.82184\n 40 6 9\n 38 6 1\n 14 138 6 0.64777 0.82503 0.64031 0.82806 0.63269 0.83091 0.62772 0.83067 0.63502 0.82793 0.64218 0.82504\n 40 6 8\n 38 6 1\n 14 314 14 0.28494 0.63740 0.28810 0.63232 0.29153 0.62733 0.29523 0.62241 0.29919 0.61758 0.30341 0.61284 0.30788 0.60820 0.31674 0.61728 0.31246 0.62172 0.30843 0.62625 0.30464 0.63087 0.30110 0.63557 0.29782 0.64035 0.29480 0.64521\n 40 6 7\n 38 6 1\n 14 72 3 0.31716 0.60856 0.32125 0.61295 0.31937 0.61475\n 40 6 8\n 38 6 1\n 14 116 5 0.31259 0.60366 0.31716 0.60856 0.31937 0.61475 0.31674 0.61728 0.30788 0.60820\n 40 6 7\n 38 6 1\n 14 94 4 0.32398 0.60646 0.32599 0.60871 0.32125 0.61295 0.31716 0.60856\n 40 6 8\n 38 6 1\n 14 94 4 0.31755 0.59924 0.32398 0.60646 0.31716 0.60856 0.31259 0.60366\n 40 6 7\n 38 6 1\n 14 72 3 0.32742 0.60752 0.32599 0.60871 0.32398 0.60646\n 40 6 8\n 38 6 1\n 14 116 5 0.32275 0.59493 0.33095 0.60459 0.32742 0.60752 0.32398 0.60646 0.31755 0.59924\n 40 6 8\n 38 6 1\n 14 1194 54 0.32275 0.59493 0.32817 0.59073 0.33381 0.58667 0.33967 0.58273 0.34574 0.57893 0.35201 0.57527 0.35847 0.57175 0.36512 0.56838 0.37194 0.56517 0.37893 0.56211 0.38609 0.55921 0.39339 0.55647 0.40084 0.55391 0.40842 0.55151 0.41613 0.54928 0.42395 0.54723 0.43188 0.54536 0.43990 0.54367 0.44801 0.54216 0.45619 0.54084 0.46444 0.53970 0.47275 0.53875 0.48110 0.53799 0.48949 0.53742 0.49791 0.53704 0.50634 0.53684 0.51477 0.53684 0.51459 0.54905 0.50652 0.54905 0.49846 0.54923 0.49041 0.54959 0.48239 0.55014 0.47440 0.55087 0.46646 0.55178 0.45857 0.55287 0.45074 0.55413 0.44299 0.55557 0.43532 0.55719 0.42774 0.55898 0.42026 0.56094 0.41289 0.56307 0.40564 0.56536 0.39851 0.56782 0.39153 0.57043 0.38469 0.57321 0.37800 0.57613 0.37147 0.57921 0.36512 0.58243 0.35894 0.58579 0.35294 0.58929 0.34714 0.59293 0.34154 0.59669 0.33614 0.60058 0.33095 0.60459\n 40 6 8\n 38 6 1\n 14 116 5 0.52226 0.53701 0.52317 0.53775 0.52265 0.54923 0.51459 0.54905 0.51477 0.53684\n 40 6 9\n 38 6 1\n 14 72 3 0.52226 0.53701 0.52320 0.53704 0.52317 0.53775\n 40 6 8\n 38 6 1\n 14 72 3 0.53066 0.54959 0.52265 0.54923 0.52317 0.53775\n 40 6 9\n 38 6 1\n 14 116 5 0.53162 0.53742 0.53070 0.54959 0.53066 0.54959 0.52317 0.53775 0.52320 0.53704\n 40 6 9\n 38 6 1\n 14 446 20 0.53162 0.53742 0.54001 0.53799 0.54836 0.53875 0.55667 0.53970 0.56492 0.54084 0.57310 0.54216 0.58121 0.54367 0.58923 0.54536 0.59716 0.54723 0.60498 0.54928 0.60085 0.56094 0.59338 0.55898 0.58579 0.55719 0.57812 0.55557 0.57037 0.55413 0.56254 0.55287 0.55465 0.55178 0.54671 0.55087 0.53872 0.55014 0.53070 0.54959\n 40 6 7\n 38 6 1\n 14 94 4 0.75218 0.69102 0.75218 0.69631 0.74162 0.70154 0.74162 0.69790\n 40 6 8\n 38 6 1\n 14 94 4 0.75218 0.69102 0.74162 0.69790 0.74162 0.69631 0.75218 0.69084\n 40 6 7\n 38 6 1\n 14 138 6 0.75218 0.69631 0.75189 0.70178 0.75130 0.70723 0.74078 0.71199 0.74134 0.70677 0.74162 0.70154\n 40 6 7\n 38 6 1\n 14 116 5 0.75042 0.71268 0.74283 0.71595 0.74016 0.71583 0.74078 0.71199 0.75130 0.70723\n 40 6 8\n 38 6 1\n 14 72 3 0.74283 0.71595 0.73994 0.71719 0.74016 0.71583\n 40 6 7\n 38 6 1\n 14 94 4 0.74925 0.71809 0.74866 0.71833 0.74283 0.71595 0.75042 0.71268\n 40 6 8\n 38 6 1\n 14 94 4 0.74866 0.71833 0.73881 0.72237 0.73994 0.71719 0.74283 0.71595\n 40 6 7\n 38 6 1\n 14 72 3 0.74920 0.71825 0.74866 0.71833 0.74925 0.71809\n 40 6 8\n 38 6 1\n 14 116 5 0.74920 0.71825 0.74778 0.72348 0.73741 0.72753 0.73881 0.72237 0.74866 0.71833\n 40 6 8\n 38 6 1\n 14 116 5 0.74617 0.72840 0.74109 0.73066 0.73574 0.73265 0.73741 0.72753 0.74778 0.72348\n 40 6 9\n 38 6 1\n 14 72 3 0.74617 0.72840 0.74603 0.72883 0.74109 0.73066\n 40 6 8\n 38 6 1\n 14 72 3 0.73545 0.73337 0.73574 0.73265 0.74109 0.73066\n 40 6 9\n 38 6 1\n 14 116 5 0.74399 0.73414 0.73378 0.73772 0.73545 0.73337 0.74109 0.73066 0.74603 0.72883\n 40 6 9\n 38 6 1\n 14 358 16 0.74399 0.73414 0.74166 0.73940 0.73905 0.74461 0.73617 0.74975 0.73301 0.75482 0.72958 0.75982 0.72588 0.76474 0.72192 0.76957 0.71268 0.77160 0.71647 0.76698 0.72001 0.76228 0.72329 0.75750 0.72631 0.75264 0.72907 0.74773 0.73156 0.74275 0.73378 0.73772\n 40 6 9\n 38 6 1\n 14 116 5 0.72190 0.76959 0.71608 0.77463 0.70865 0.77613 0.71268 0.77160 0.72192 0.76957\n 40 6 10\n 38 6 1\n 14 72 3 0.72190 0.76959 0.71770 0.77431 0.71608 0.77463\n 40 6 9\n 38 6 1\n 14 94 4 0.70996 0.77954 0.70437 0.78057 0.70865 0.77613 0.71608 0.77463\n 40 6 10\n 38 6 1\n 14 94 4 0.71323 0.77895 0.70996 0.77954 0.71608 0.77463 0.71770 0.77431\n 40 6 9\n 38 6 1\n 14 94 4 0.70290 0.78440 0.69986 0.78490 0.70437 0.78057 0.70996 0.77954\n 40 6 10\n 38 6 1\n 14 94 4 0.70852 0.78348 0.70290 0.78440 0.70996 0.77954 0.71323 0.77895\n 40 6 9\n 38 6 1\n 14 94 4 0.69534 0.78911 0.69512 0.78914 0.69986 0.78490 0.70290 0.78440\n 40 6 10\n 38 6 1\n 14 94 4 0.70356 0.78791 0.69534 0.78911 0.70290 0.78440 0.70852 0.78348\n 40 6 9\n 38 6 1\n 14 72 3 0.69459 0.78958 0.69512 0.78914 0.69534 0.78911\n 40 6 10\n 38 6 1\n 14 116 5 0.69836 0.79222 0.69016 0.79326 0.69459 0.78958 0.69534 0.78911 0.70356 0.78791\n 40 6 10\n 38 6 1\n 14 226 10 0.69836 0.79222 0.69294 0.79641 0.68730 0.80048 0.68144 0.80441 0.67537 0.80821 0.66817 0.80856 0.67397 0.80492 0.67957 0.80116 0.68497 0.79727 0.69016 0.79326\n 40 6 9\n 38 6 1\n 14 72 3 0.66403 0.81201 0.66217 0.81206 0.66527 0.81025\n 40 6 10\n 38 6 1\n 14 116 5 0.66910 0.81187 0.66403 0.81201 0.66527 0.81025 0.66817 0.80856 0.67537 0.80821\n 40 6 9\n 38 6 1\n 14 116 5 0.66582 0.81366 0.66264 0.81539 0.65599 0.81542 0.66217 0.81206 0.66403 0.81201\n 40 6 10\n 38 6 1\n 14 72 3 0.66582 0.81366 0.66403 0.81201 0.66910 0.81187\n 40 6 9\n 38 6 1\n 14 358 16 0.66264 0.81539 0.65599 0.81876 0.64917 0.82198 0.64218 0.82504 0.63502 0.82793 0.62772 0.83067 0.62027 0.83324 0.61269 0.83564 0.60822 0.83478 0.61547 0.83249 0.62260 0.83003 0.62958 0.82742 0.63642 0.82464 0.64311 0.82172 0.64964 0.81864 0.65599 0.81542\n 40 6 8\n 38 6 1\n 14 402 18 0.28955 0.65510 0.29204 0.65012 0.29480 0.64521 0.29782 0.64035 0.30110 0.63557 0.30464 0.63087 0.30843 0.62625 0.31246 0.62172 0.31674 0.61728 0.32583 0.62622 0.32176 0.63045 0.31791 0.63477 0.31430 0.63918 0.31093 0.64366 0.30781 0.64821 0.30493 0.65284 0.30230 0.65752 0.29992 0.66227\n 40 6 7\n 38 6 1\n 14 94 4 0.31937 0.61475 0.32125 0.61295 0.33013 0.62209 0.32631 0.62577\n 40 6 8\n 38 6 1\n 14 94 4 0.31937 0.61475 0.32631 0.62577 0.32583 0.62622 0.31674 0.61728\n 40 6 8\n 38 6 1\n 14 1238 56 0.33095 0.60459 0.33614 0.60058 0.34154 0.59669 0.34714 0.59293 0.35294 0.58929 0.35894 0.58579 0.36512 0.58243 0.37147 0.57921 0.37800 0.57613 0.38469 0.57321 0.39153 0.57043 0.39851 0.56782 0.40564 0.56536 0.41289 0.56307 0.42026 0.56094 0.42774 0.55898 0.43532 0.55719 0.44299 0.55557 0.45074 0.55413 0.45857 0.55287 0.46646 0.55178 0.47440 0.55087 0.48239 0.55014 0.49041 0.54959 0.49846 0.54923 0.50652 0.54905 0.51459 0.54905 0.52265 0.54923 0.52208 0.56136 0.51440 0.56119 0.50671 0.56119 0.49903 0.56136 0.49136 0.56171 0.48371 0.56223 0.47610 0.56293 0.46853 0.56379 0.46101 0.56483 0.45355 0.56604 0.44616 0.56741 0.43885 0.56895 0.43162 0.57066 0.42449 0.57253 0.41747 0.57455 0.41056 0.57674 0.40377 0.57908 0.39711 0.58157 0.39059 0.58422 0.38422 0.58701 0.37800 0.58994 0.37194 0.59301 0.36605 0.59621 0.36034 0.59955 0.35481 0.60301 0.34947 0.60660 0.34432 0.61031 0.33938 0.61413\n 40 6 8\n 38 6 1\n 14 116 5 0.53066 0.54959 0.53069 0.54964 0.52975 0.56171 0.52208 0.56136 0.52265 0.54923\n 40 6 9\n 38 6 1\n 14 72 3 0.53066 0.54959 0.53070 0.54959 0.53069 0.54964\n 40 6 8\n 38 6 1\n 14 94 4 0.53803 0.55643 0.53740 0.56223 0.52975 0.56171 0.53069 0.54964\n 40 6 9\n 38 6 1\n 14 94 4 0.53872 0.55014 0.53803 0.55643 0.53069 0.54964 0.53070 0.54959\n 40 6 8\n 38 6 1\n 14 72 3 0.54390 0.56283 0.53740 0.56223 0.53803 0.55643\n 40 6 9\n 38 6 1\n 14 116 5 0.54671 0.55087 0.54501 0.56293 0.54390 0.56283 0.53803 0.55643 0.53872 0.55014\n 40 6 9\n 38 6 1\n 14 314 14 0.54671 0.55087 0.55465 0.55178 0.56254 0.55287 0.57037 0.55413 0.57812 0.55557 0.58579 0.55719 0.59338 0.55898 0.58949 0.57066 0.58226 0.56895 0.57495 0.56741 0.56756 0.56604 0.56010 0.56483 0.55258 0.56379 0.54501 0.56293\n 40 6 7\n 38 6 1\n 14 72 3 0.74162 0.69790 0.74162 0.70154 0.73931 0.70261\n 40 6 8\n 38 6 1\n 14 116 5 0.74162 0.69790 0.73931 0.70261 0.73078 0.70653 0.73078 0.70154 0.74162 0.69631\n 40 6 7\n 38 6 1\n 14 116 5 0.74134 0.70677 0.73051 0.71151 0.73061 0.70967 0.73931 0.70261 0.74162 0.70154\n 40 6 8\n 38 6 1\n 14 72 3 0.73061 0.70967 0.73078 0.70653 0.73931 0.70261\n 40 6 7\n 38 6 1\n 14 116 5 0.74078 0.71199 0.73202 0.71564 0.73009 0.71545 0.73051 0.71151 0.74134 0.70677\n 40 6 8\n 38 6 1\n 14 72 3 0.73202 0.71564 0.72998 0.71649 0.73009 0.71545\n 40 6 7\n 38 6 1\n 14 72 3 0.74016 0.71583 0.73202 0.71564 0.74078 0.71199\n 40 6 8\n 38 6 1\n 14 116 5 0.74016 0.71583 0.73994 0.71719 0.72917 0.72145 0.72998 0.71649 0.73202 0.71564\n 40 6 8\n 38 6 1\n 14 182 8 0.73994 0.71719 0.73881 0.72237 0.73741 0.72753 0.73574 0.73265 0.72517 0.73617 0.72677 0.73130 0.72810 0.72638 0.72917 0.72145\n 40 6 8\n 38 6 1\n 14 116 5 0.73545 0.73337 0.72731 0.73976 0.72331 0.74101 0.72517 0.73617 0.73574 0.73265\n 40 6 9\n 38 6 1\n 14 72 3 0.73545 0.73337 0.73378 0.73772 0.72731 0.73976\n 40 6 8\n 38 6 1\n 14 94 4 0.72400 0.74498 0.72119 0.74581 0.72331 0.74101 0.72731 0.73976\n 40 6 9\n 38 6 1\n 14 94 4 0.73156 0.74275 0.72400 0.74498 0.72731 0.73976 0.73378 0.73772\n 40 6 8\n 38 6 1\n 14 94 4 0.72104 0.74994 0.71881 0.75055 0.72119 0.74581 0.72400 0.74498\n 40 6 9\n 38 6 1\n 14 94 4 0.72907 0.74773 0.72104 0.74994 0.72400 0.74498 0.73156 0.74275\n 40 6 8\n 38 6 1\n 14 72 3 0.71752 0.75285 0.71881 0.75055 0.72104 0.74994\n 40 6 9\n 38 6 1\n 14 116 5 0.72631 0.75264 0.71618 0.75523 0.71752 0.75285 0.72104 0.74994 0.72907 0.74773\n 40 6 9\n 38 6 1\n 14 402 18 0.72631 0.75264 0.72329 0.75750 0.72001 0.76228 0.71647 0.76698 0.71268 0.77160 0.70865 0.77613 0.70437 0.78057 0.69986 0.78490 0.69512 0.78914 0.68646 0.79001 0.69098 0.78598 0.69528 0.78185 0.69935 0.77762 0.70320 0.77330 0.70681 0.76890 0.71018 0.76441 0.71330 0.75986 0.71618 0.75523\n 40 6 9\n 38 6 1\n 14 116 5 0.69459 0.78958 0.68668 0.79354 0.68173 0.79394 0.68646 0.79001 0.69512 0.78914\n 40 6 10\n 38 6 1\n 14 72 3 0.69459 0.78958 0.69016 0.79326 0.68668 0.79354\n 40 6 9\n 38 6 1\n 14 72 3 0.67682 0.79774 0.68173 0.79394 0.68668 0.79354\n 40 6 10\n 38 6 1\n 14 116 5 0.68497 0.79727 0.67679 0.79776 0.67682 0.79774 0.68668 0.79354 0.69016 0.79326\n 40 6 10\n 38 6 1\n 14 182 8 0.68497 0.79727 0.67957 0.80116 0.67397 0.80492 0.66817 0.80856 0.66077 0.80852 0.66630 0.80506 0.67164 0.80147 0.67679 0.79776\n 40 6 9\n 38 6 1\n 14 94 4 0.66527 0.81025 0.66217 0.81206 0.65506 0.81186 0.66077 0.80852\n 40 6 10\n 38 6 1\n 14 94 4 0.66527 0.81025 0.66077 0.80852 0.66077 0.80852 0.66817 0.80856\n 40 6 9\n 38 6 1\n 14 358 16 0.66217 0.81206 0.65599 0.81542 0.64964 0.81864 0.64311 0.82172 0.63642 0.82464 0.62958 0.82742 0.62260 0.83003 0.61547 0.83249 0.61055 0.83133 0.61734 0.82899 0.62400 0.82650 0.63052 0.82385 0.63689 0.82107 0.64311 0.81813 0.64917 0.81506 0.65506 0.81186\n 40 6 8\n 38 6 1\n 14 72 3 0.60618 0.83422 0.60364 0.83352 0.60761 0.83226\n 40 6 9\n 38 6 1\n 14 116 5 0.60822 0.83478 0.60618 0.83422 0.60761 0.83226 0.61055 0.83133 0.61547 0.83249\n 40 6 8\n 38 6 1\n 14 116 5 0.60771 0.83493 0.60085 0.83691 0.59662 0.83555 0.60364 0.83352 0.60618 0.83422\n 40 6 9\n 38 6 1\n 14 72 3 0.60771 0.83493 0.60618 0.83422 0.60822 0.83478\n 40 6 8\n 38 6 1\n 14 226 10 0.60085 0.83691 0.59338 0.83887 0.58579 0.84066 0.57812 0.84228 0.57037 0.84372 0.56756 0.84203 0.57495 0.84066 0.58226 0.83912 0.58949 0.83741 0.59662 0.83555\n 40 6 8\n 38 6 1\n 14 94 4 0.31093 0.64366 0.31430 0.63918 0.32420 0.64731 0.32100 0.65156\n 40 6 7\n 38 6 1\n 14 72 3 0.32663 0.64227 0.32763 0.64313 0.32693 0.64398\n 40 6 8\n 38 6 1\n 14 116 5 0.31791 0.63477 0.32663 0.64227 0.32693 0.64398 0.32420 0.64731 0.31430 0.63918\n 40 6 7\n 38 6 1\n 14 72 3 0.32977 0.64073 0.32763 0.64313 0.32663 0.64227\n 40 6 8\n 38 6 1\n 14 116 5 0.32176 0.63045 0.33128 0.63903 0.32977 0.64073 0.32663 0.64227 0.31791 0.63477\n 40 6 7\n 38 6 1\n 14 72 3 0.32744 0.62774 0.33515 0.63501 0.33280 0.63746\n 40 6 8\n 38 6 1\n 14 116 5 0.32583 0.62622 0.32744 0.62774 0.33280 0.63746 0.33128 0.63903 0.32176 0.63045\n 40 6 7\n 38 6 1\n 14 138 6 0.32631 0.62577 0.33013 0.62209 0.33815 0.63002 0.33848 0.63181 0.33515 0.63501 0.32744 0.62774\n 40 6 8\n 38 6 1\n 14 138 6 0.32631 0.62577 0.33815 0.63002 0.33923 0.63109 0.33848 0.63181 0.32744 0.62774 0.32583 0.62622\n 40 6 7\n 38 6 1\n 14 72 3 0.34815 0.62342 0.34802 0.62352 0.34756 0.62302\n 40 6 8\n 38 6 1\n 14 116 5 0.34432 0.61031 0.35271 0.61990 0.34815 0.62342 0.34756 0.62302 0.33938 0.61413\n 40 6 7\n 38 6 1\n 14 72 3 0.35686 0.61549 0.35759 0.61638 0.35738 0.61653\n 40 6 8\n 38 6 1\n 14 116 5 0.34947 0.60660 0.35686 0.61549 0.35738 0.61653 0.35271 0.61990 0.34432 0.61031\n 40 6 7\n 38 6 1\n 14 72 3 0.35787 0.61619 0.35759 0.61638 0.35686 0.61549\n 40 6 8\n 38 6 1\n 14 116 5 0.35481 0.60301 0.36267 0.61297 0.35787 0.61619 0.35686 0.61549 0.34947 0.60660\n 40 6 8\n 38 6 1\n 14 1194 54 0.35481 0.60301 0.36034 0.59955 0.36605 0.59621 0.37194 0.59301 0.37800 0.58994 0.38422 0.58701 0.39059 0.58422 0.39711 0.58157 0.40377 0.57908 0.41056 0.57674 0.41747 0.57455 0.42449 0.57253 0.43162 0.57066 0.43885 0.56895 0.44616 0.56741 0.45355 0.56604 0.46101 0.56483 0.46853 0.56379 0.47610 0.56293 0.48371 0.56223 0.49136 0.56171 0.49903 0.56136 0.50671 0.56119 0.51440 0.56119 0.52208 0.56136 0.52975 0.56171 0.53740 0.56223 0.53604 0.57425 0.52878 0.57375 0.52150 0.57342 0.51421 0.57326 0.50691 0.57326 0.49961 0.57342 0.49233 0.57375 0.48507 0.57425 0.47784 0.57491 0.47065 0.57573 0.46351 0.57671 0.45642 0.57786 0.44941 0.57917 0.44246 0.58063 0.43560 0.58225 0.42884 0.58402 0.42217 0.58595 0.41560 0.58802 0.40916 0.59025 0.40284 0.59261 0.39665 0.59512 0.39059 0.59777 0.38469 0.60055 0.37893 0.60347 0.37334 0.60651 0.36792 0.60968 0.36267 0.61297\n 40 6 8\n 38 6 1\n 14 94 4 0.54390 0.56283 0.53928 0.57454 0.53604 0.57425 0.53740 0.56223\n 40 6 9\n 38 6 1\n 14 94 4 0.54390 0.56283 0.54501 0.56293 0.54327 0.57491 0.53928 0.57454\n 40 6 9\n 38 6 1\n 14 270 12 0.54501 0.56293 0.55258 0.56379 0.56010 0.56483 0.56756 0.56604 0.57495 0.56741 0.58226 0.56895 0.57865 0.58063 0.57170 0.57917 0.56469 0.57786 0.55760 0.57671 0.55046 0.57573 0.54327 0.57491\n 40 6 8\n 38 6 1\n 14 94 4 0.73078 0.70154 0.73078 0.70653 0.71967 0.71126 0.71967 0.70653\n 40 6 7\n 38 6 1\n 14 72 3 0.73061 0.70967 0.73051 0.71151 0.72792 0.71256\n 40 6 8\n 38 6 1\n 14 116 5 0.73061 0.70967 0.72792 0.71256 0.71942 0.71600 0.71967 0.71126 0.73078 0.70653\n 40 6 7\n 38 6 1\n 14 72 3 0.73009 0.71545 0.72792 0.71256 0.73051 0.71151\n 40 6 8\n 38 6 1\n 14 116 5 0.73009 0.71545 0.72998 0.71649 0.71891 0.72072 0.71942 0.71600 0.72792 0.71256\n 40 6 8\n 38 6 1\n 14 358 16 0.72998 0.71649 0.72917 0.72145 0.72810 0.72638 0.72677 0.73130 0.72517 0.73617 0.72331 0.74101 0.72119 0.74581 0.71881 0.75055 0.70831 0.75306 0.71056 0.74856 0.71258 0.74401 0.71434 0.73941 0.71586 0.73478 0.71713 0.73012 0.71814 0.72543 0.71891 0.72072\n 40 6 8\n 38 6 1\n 14 94 4 0.71752 0.75285 0.70606 0.75707 0.70831 0.75306 0.71881 0.75055\n 40 6 9\n 38 6 1\n 14 94 4 0.71752 0.75285 0.71618 0.75523 0.70581 0.75751 0.70606 0.75707\n 40 6 9\n 38 6 1\n 14 446 20 0.71618 0.75523 0.71330 0.75986 0.71018 0.76441 0.70681 0.76890 0.70320 0.77330 0.69935 0.77762 0.69528 0.78185 0.69098 0.78598 0.68646 0.79001 0.68173 0.79394 0.67309 0.79427 0.67759 0.79054 0.68188 0.78671 0.68596 0.78278 0.68983 0.77877 0.69348 0.77467 0.69691 0.77049 0.70011 0.76623 0.70308 0.76190 0.70581 0.75751\n 40 6 9\n 38 6 1\n 14 116 5 0.67682 0.79774 0.67675 0.79777 0.66840 0.79790 0.67309 0.79427 0.68173 0.79394\n 40 6 10\n 38 6 1\n 14 72 3 0.67682 0.79774 0.67679 0.79776 0.67675 0.79777\n 40 6 9\n 38 6 1\n 14 94 4 0.67009 0.80146 0.66352 0.80142 0.66840 0.79790 0.67675 0.79777\n 40 6 10\n 38 6 1\n 14 94 4 0.67164 0.80147 0.67009 0.80146 0.67675 0.79777 0.67679 0.79776\n 40 6 9\n 38 6 1\n 14 94 4 0.66506 0.80502 0.65844 0.80482 0.66352 0.80142 0.67009 0.80146\n 40 6 10\n 38 6 1\n 14 94 4 0.66630 0.80506 0.66506 0.80502 0.67009 0.80146 0.67164 0.80147\n 40 6 9\n 38 6 1\n 14 94 4 0.66077 0.80852 0.65319 0.80811 0.65844 0.80482 0.66506 0.80502\n 40 6 10\n 38 6 1\n 14 94 4 0.66077 0.80852 0.66077 0.80852 0.66506 0.80502 0.66630 0.80506\n 40 6 9\n 38 6 1\n 14 116 5 0.66077 0.80852 0.65506 0.81186 0.64777 0.81128 0.65319 0.80811 0.66077 0.80852\n 40 6 10\n 38 6 1\n 14 72 3 0.66077 0.80852 0.66077 0.80852 0.66077 0.80852\n 40 6 9\n 38 6 1\n 14 358 16 0.65506 0.81186 0.64917 0.81506 0.64311 0.81813 0.63689 0.82107 0.63052 0.82385 0.62400 0.82650 0.61734 0.82899 0.61055 0.83133 0.60551 0.82977 0.61195 0.82755 0.61827 0.82518 0.62446 0.82267 0.63052 0.82002 0.63642 0.81724 0.64218 0.81432 0.64777 0.81128\n 40 6 8\n 38 6 1\n 14 72 3 0.60761 0.83226 0.60364 0.83352 0.60198 0.83293\n 40 6 9\n 38 6 1\n 14 116 5 0.60761 0.83226 0.60198 0.83293 0.59894 0.83185 0.60551 0.82977 0.61055 0.83133\n 40 6 8\n 38 6 1\n 14 116 5 0.59662 0.83555 0.59228 0.83377 0.59699 0.83241 0.60198 0.83293 0.60364 0.83352\n 40 6 9\n 38 6 1\n 14 72 3 0.59699 0.83241 0.59894 0.83185 0.60198 0.83293\n 40 6 8\n 38 6 1\n 14 314 14 0.59662 0.83555 0.58949 0.83741 0.58226 0.83912 0.57495 0.84066 0.56756 0.84203 0.56010 0.84324 0.55258 0.84428 0.55046 0.84206 0.55760 0.84108 0.56469 0.83993 0.57170 0.83863 0.57865 0.83717 0.58551 0.83555 0.59228 0.83377\n 40 6 8\n 38 6 1\n 14 138 6 0.54327 0.84289 0.53604 0.84355 0.52878 0.84404 0.52779 0.84130 0.53466 0.84083 0.54149 0.84021\n 40 6 7\n 38 6 1\n 14 72 3 0.33164 0.65884 0.33131 0.65929 0.33022 0.65848\n 40 6 8\n 38 6 1\n 14 116 5 0.32420 0.64731 0.33433 0.65526 0.33164 0.65884 0.33022 0.65848 0.32100 0.65156\n 40 6 7\n 38 6 1\n 14 94 4 0.32693 0.64398 0.32763 0.64313 0.33757 0.65131 0.33702 0.65198\n 40 6 8\n 38 6 1\n 14 94 4 0.32693 0.64398 0.33702 0.65198 0.33433 0.65526 0.32420 0.64731\n 40 6 7\n 38 6 1\n 14 116 5 0.32977 0.64073 0.33378 0.64118 0.34102 0.64743 0.33757 0.65131 0.32763 0.64313\n 40 6 8\n 38 6 1\n 14 72 3 0.32977 0.64073 0.33128 0.63903 0.33378 0.64118\n 40 6 7\n 38 6 1\n 14 116 5 0.33280 0.63746 0.33515 0.63501 0.34468 0.64363 0.34102 0.64743 0.33378 0.64118\n 40 6 8\n 38 6 1\n 14 72 3 0.33280 0.63746 0.33378 0.64118 0.33128 0.63903\n 40 6 7\n 38 6 1\n 14 94 4 0.33848 0.63181 0.34791 0.64053 0.34468 0.64363 0.33515 0.63501\n 40 6 8\n 38 6 1\n 14 94 4 0.33848 0.63181 0.33923 0.63109 0.34854 0.63992 0.34791 0.64053\n 40 6 7\n 38 6 1\n 14 72 3 0.34091 0.62959 0.34352 0.62726 0.34449 0.62821\n 40 6 8\n 38 6 1\n 14 116 5 0.34091 0.62959 0.34449 0.62821 0.35260 0.63630 0.34854 0.63992 0.33923 0.63109\n 40 6 7\n 38 6 1\n 14 116 5 0.34802 0.62352 0.35685 0.63277 0.35595 0.63352 0.34449 0.62821 0.34352 0.62726\n 40 6 8\n 38 6 1\n 14 72 3 0.35595 0.63352 0.35260 0.63630 0.34449 0.62821\n 40 6 7\n 38 6 1\n 14 94 4 0.34815 0.62342 0.35883 0.63124 0.35685 0.63277 0.34802 0.62352\n 40 6 8\n 38 6 1\n 14 94 4 0.34815 0.62342 0.35271 0.61990 0.36129 0.62934 0.35883 0.63124\n 40 6 7\n 38 6 1\n 14 72 3 0.35738 0.61653 0.35759 0.61638 0.35785 0.61668\n 40 6 8\n 38 6 1\n 14 116 5 0.35738 0.61653 0.35785 0.61668 0.36591 0.62601 0.36129 0.62934 0.35271 0.61990\n 40 6 7\n 38 6 1\n 14 72 3 0.35787 0.61619 0.35785 0.61668 0.35759 0.61638\n 40 6 8\n 38 6 1\n 14 116 5 0.35787 0.61619 0.36267 0.61297 0.37070 0.62279 0.36591 0.62601 0.35785 0.61668\n 40 6 8\n 38 6 1\n 14 534 24 0.36267 0.61297 0.36792 0.60968 0.37334 0.60651 0.37893 0.60347 0.38469 0.60055 0.39059 0.59777 0.39665 0.59512 0.40284 0.59261 0.40916 0.59025 0.41560 0.58802 0.42217 0.58595 0.42884 0.58402 0.43328 0.59542 0.42697 0.59724 0.42077 0.59920 0.41467 0.60130 0.40869 0.60354 0.40284 0.60591 0.39711 0.60842 0.39153 0.61105 0.38609 0.61381 0.38080 0.61669 0.37567 0.61968 0.37070 0.62279\n 40 6 7\n 38 6 1\n 14 72 3 0.43903 0.59192 0.43968 0.59374 0.43721 0.59438\n 40 6 8\n 38 6 1\n 14 116 5 0.43560 0.58225 0.43903 0.59192 0.43721 0.59438 0.43328 0.59542 0.42884 0.58402\n 40 6 7\n 38 6 1\n 14 94 4 0.44535 0.58966 0.44616 0.59221 0.43968 0.59374 0.43903 0.59192\n 40 6 8\n 38 6 1\n 14 94 4 0.44246 0.58063 0.44535 0.58966 0.43903 0.59192 0.43560 0.58225\n 40 6 7\n 38 6 1\n 14 94 4 0.45259 0.59032 0.45273 0.59082 0.44616 0.59221 0.44535 0.58966\n 40 6 8\n 38 6 1\n 14 94 4 0.44941 0.57917 0.45259 0.59032 0.44535 0.58966 0.44246 0.58063\n 40 6 7\n 38 6 1\n 14 72 3 0.45340 0.59070 0.45273 0.59082 0.45259 0.59032\n 40 6 8\n 38 6 1\n 14 116 5 0.45642 0.57786 0.45937 0.58959 0.45340 0.59070 0.45259 0.59032 0.44941 0.57917\n 40 6 8\n 38 6 1\n 14 490 22 0.45642 0.57786 0.46351 0.57671 0.47065 0.57573 0.47784 0.57491 0.48507 0.57425 0.49233 0.57375 0.49961 0.57342 0.50691 0.57326 0.51421 0.57326 0.52150 0.57342 0.52878 0.57375 0.52779 0.58571 0.52091 0.58539 0.51401 0.58524 0.50710 0.58524 0.50020 0.58539 0.49332 0.58571 0.48645 0.58617 0.47962 0.58680 0.47282 0.58757 0.46606 0.58851 0.45937 0.58959\n 40 6 8\n 38 6 1\n 14 116 5 0.53604 0.57425 0.53536 0.58013 0.53137 0.58595 0.52779 0.58571 0.52878 0.57375\n 40 6 9\n 38 6 1\n 14 72 3 0.53536 0.58013 0.53466 0.58617 0.53137 0.58595\n 40 6 8\n 38 6 1\n 14 72 3 0.53928 0.57454 0.53536 0.58013 0.53604 0.57425\n 40 6 9\n 38 6 1\n 14 116 5 0.53928 0.57454 0.54327 0.57491 0.54149 0.58680 0.53466 0.58617 0.53536 0.58013\n 40 6 9\n 38 6 1\n 14 138 6 0.54327 0.57491 0.55046 0.57573 0.55760 0.57671 0.55505 0.58851 0.54829 0.58757 0.54149 0.58680\n 40 6 8\n 38 6 1\n 14 72 3 0.56187 0.58909 0.56174 0.58959 0.56135 0.58953\n 40 6 9\n 38 6 1\n 14 116 5 0.56469 0.57786 0.56187 0.58909 0.56135 0.58953 0.55505 0.58851 0.55760 0.57671\n 40 6 8\n 38 6 1\n 14 72 3 0.56216 0.58967 0.56174 0.58959 0.56187 0.58909\n 40 6 9\n 38 6 1\n 14 116 5 0.57170 0.57917 0.56838 0.59082 0.56216 0.58967 0.56187 0.58909 0.56469 0.57786\n 40 6 7\n 38 6 1\n 14 72 3 0.70830 0.71184 0.70830 0.71127 0.71003 0.71054\n 40 6 8\n 38 6 1\n 14 116 5 0.71967 0.71126 0.70830 0.71574 0.70830 0.71184 0.71003 0.71054 0.71967 0.70653\n 40 6 8\n 38 6 1\n 14 446 20 0.71967 0.71126 0.71942 0.71600 0.71891 0.72072 0.71814 0.72543 0.71713 0.73012 0.71586 0.73478 0.71434 0.73941 0.71258 0.74401 0.71056 0.74856 0.70831 0.75306 0.69756 0.75527 0.69969 0.75101 0.70160 0.74671 0.70327 0.74236 0.70470 0.73798 0.70590 0.73357 0.70686 0.72914 0.70758 0.72469 0.70806 0.72022 0.70830 0.71574\n 40 6 8\n 38 6 1\n 14 116 5 0.70606 0.75707 0.70450 0.75775 0.69520 0.75948 0.69756 0.75527 0.70831 0.75306\n 40 6 9\n 38 6 1\n 14 72 3 0.70606 0.75707 0.70581 0.75751 0.70450 0.75775\n 40 6 8\n 38 6 1\n 14 94 4 0.69527 0.76319 0.69261 0.76363 0.69520 0.75948 0.70450 0.75775\n 40 6 9\n 38 6 1\n 14 94 4 0.70308 0.76190 0.69527 0.76319 0.70450 0.75775 0.70581 0.75751\n 40 6 8\n 38 6 1\n 14 72 3 0.69214 0.76432 0.69261 0.76363 0.69527 0.76319\n 40 6 9\n 38 6 1\n 14 116 5 0.70011 0.76623 0.68980 0.76772 0.69214 0.76432 0.69527 0.76319 0.70308 0.76190\n 40 6 9\n 38 6 1\n 14 886 40 0.70011 0.76623 0.69691 0.77049 0.69348 0.77467 0.68983 0.77877 0.68596 0.78278 0.68188 0.78671 0.67759 0.79054 0.67309 0.79427 0.66840 0.79790 0.66352 0.80142 0.65844 0.80482 0.65319 0.80811 0.64777 0.81128 0.64218 0.81432 0.63642 0.81724 0.63052 0.82002 0.62446 0.82267 0.61827 0.82518 0.61195 0.82755 0.60551 0.82977 0.60035 0.82781 0.60644 0.82571 0.61242 0.82347 0.61827 0.82109 0.62400 0.81859 0.62958 0.81596 0.63502 0.81320 0.64031 0.81032 0.64544 0.80733 0.65041 0.80422 0.65520 0.80100 0.65982 0.79767 0.66426 0.79424 0.66851 0.79071 0.67257 0.78709 0.67643 0.78337 0.68009 0.77958 0.68354 0.77570 0.68678 0.77174 0.68980 0.76772\n 40 6 8\n 38 6 1\n 14 72 3 0.59594 0.83055 0.59414 0.82977 0.59473 0.82959\n 40 6 9\n 38 6 1\n 14 116 5 0.59894 0.83185 0.59594 0.83055 0.59473 0.82959 0.60035 0.82781 0.60551 0.82977\n 40 6 8\n 38 6 1\n 14 116 5 0.59699 0.83241 0.59228 0.83377 0.58783 0.83159 0.59414 0.82977 0.59594 0.83055\n 40 6 9\n 38 6 1\n 14 72 3 0.59699 0.83241 0.59594 0.83055 0.59894 0.83185\n 40 6 8\n 38 6 1\n 14 138 6 0.59228 0.83377 0.58551 0.83555 0.57865 0.83717 0.57495 0.83480 0.58143 0.83327 0.58783 0.83159\n 40 6 8\n 38 6 1\n 14 138 6 0.55760 0.84108 0.55046 0.84206 0.54327 0.84289 0.54149 0.84021 0.54829 0.83943 0.55505 0.83850\n 40 6 8\n 38 6 1\n 14 94 4 0.52779 0.84130 0.52091 0.84161 0.52030 0.83844 0.52678 0.83815\n 40 6 7\n 38 6 1\n 14 72 3 0.35982 0.64701 0.35805 0.64859 0.35061 0.64181\n 40 6 8\n 38 6 1\n 14 116 5 0.35260 0.63630 0.36187 0.64518 0.35982 0.64701 0.35061 0.64181 0.34854 0.63992\n 40 6 7\n 38 6 1\n 14 72 3 0.35595 0.63352 0.35685 0.63277 0.35987 0.63581\n 40 6 8\n 38 6 1\n 14 116 5 0.35595 0.63352 0.35987 0.63581 0.36587 0.64186 0.36187 0.64518 0.35260 0.63630\n 40 6 7\n 38 6 1\n 14 72 3 0.35883 0.63124 0.35987 0.63581 0.35685 0.63277\n 40 6 8\n 38 6 1\n 14 116 5 0.35883 0.63124 0.36129 0.62934 0.37005 0.63863 0.36587 0.64186 0.35987 0.63581\n 40 6 8\n 38 6 1\n 14 138 6 0.36129 0.62934 0.36591 0.62601 0.37070 0.62279 0.37891 0.63246 0.37440 0.63550 0.37005 0.63863\n 40 6 7\n 38 6 1\n 14 72 3 0.38125 0.62663 0.38359 0.62954 0.38281 0.63002\n 40 6 8\n 38 6 1\n 14 116 5 0.37567 0.61968 0.38125 0.62663 0.38281 0.63002 0.37891 0.63246 0.37070 0.62279\n 40 6 7\n 38 6 1\n 14 94 4 0.38521 0.62249 0.38842 0.62671 0.38359 0.62954 0.38125 0.62663\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.61669 0.38521 0.62249 0.38125 0.62663 0.37567 0.61968\n 40 6 7\n 38 6 1\n 14 72 3 0.39227 0.62462 0.38842 0.62671 0.38521 0.62249\n 40 6 8\n 38 6 1\n 14 116 5 0.38609 0.61381 0.39339 0.62401 0.39227 0.62462 0.38521 0.62249 0.38080 0.61669\n 40 6 8\n 38 6 1\n 14 314 14 0.38609 0.61381 0.39153 0.61105 0.39711 0.60842 0.40284 0.60591 0.40869 0.60354 0.41467 0.60130 0.42077 0.59920 0.42604 0.61026 0.42030 0.61223 0.41467 0.61434 0.40916 0.61658 0.40377 0.61893 0.39851 0.62141 0.39339 0.62401\n 40 6 7\n 38 6 1\n 14 72 3 0.42973 0.60351 0.43188 0.60841 0.42635 0.61016\n 40 6 8\n 38 6 1\n 14 116 5 0.42697 0.59724 0.42973 0.60351 0.42635 0.61016 0.42604 0.61026 0.42077 0.59920\n 40 6 7\n 38 6 1\n 14 94 4 0.43441 0.59823 0.43781 0.60669 0.43188 0.60841 0.42973 0.60351\n 40 6 8\n 38 6 1\n 14 94 4 0.43328 0.59542 0.43441 0.59823 0.42973 0.60351 0.42697 0.59724\n 40 6 7\n 38 6 1\n 14 116 5 0.43721 0.59438 0.43968 0.59374 0.44384 0.60511 0.43781 0.60669 0.43441 0.59823\n 40 6 8\n 38 6 1\n 14 72 3 0.43721 0.59438 0.43441 0.59823 0.43328 0.59542\n 40 6 7\n 38 6 1\n 14 138 6 0.43968 0.59374 0.44616 0.59221 0.45273 0.59082 0.45612 0.60237 0.44994 0.60367 0.44384 0.60511\n 40 6 8\n 38 6 1\n 14 226 10 0.50020 0.58539 0.50710 0.58524 0.51401 0.58524 0.52091 0.58539 0.52779 0.58571 0.52678 0.59755 0.52030 0.59726 0.51380 0.59711 0.50731 0.59711 0.50081 0.59726\n 40 6 8\n 38 6 1\n 14 116 5 0.53137 0.58595 0.53446 0.58781 0.53324 0.59799 0.52678 0.59755 0.52779 0.58571\n 40 6 9\n 38 6 1\n 14 72 3 0.53137 0.58595 0.53466 0.58617 0.53446 0.58781\n 40 6 8\n 38 6 1\n 14 94 4 0.54079 0.59140 0.53968 0.59858 0.53324 0.59799 0.53446 0.58781\n 40 6 9\n 38 6 1\n 14 94 4 0.54149 0.58680 0.54079 0.59140 0.53446 0.58781 0.53466 0.58617\n 40 6 7\n 38 6 1\n 14 94 4 0.70806 0.70679 0.70581 0.70771 0.70637 0.70285 0.70758 0.70232\n 40 6 8\n 38 6 1\n 14 94 4 0.70581 0.70771 0.69919 0.71042 0.69622 0.70724 0.70637 0.70285\n 40 6 9\n 38 6 1\n 14 94 4 0.69919 0.71042 0.69647 0.71153 0.69602 0.70733 0.69622 0.70724\n 40 6 7\n 38 6 1\n 14 94 4 0.70830 0.71127 0.70738 0.71162 0.70581 0.70771 0.70806 0.70679\n 40 6 8\n 38 6 1\n 14 116 5 0.70738 0.71162 0.69670 0.71574 0.69658 0.71352 0.69919 0.71042 0.70581 0.70771\n 40 6 9\n 38 6 1\n 14 72 3 0.69658 0.71352 0.69647 0.71153 0.69919 0.71042\n 40 6 7\n 38 6 1\n 14 72 3 0.70830 0.71184 0.70738 0.71162 0.70830 0.71127\n 40 6 8\n 38 6 1\n 14 116 5 0.70830 0.71184 0.70830 0.71574 0.69670 0.71996 0.69670 0.71574 0.70738 0.71162\n 40 6 8\n 38 6 1\n 14 534 24 0.70830 0.71574 0.70806 0.72022 0.70758 0.72469 0.70686 0.72914 0.70590 0.73357 0.70470 0.73798 0.70327 0.74236 0.70160 0.74671 0.69969 0.75101 0.69756 0.75527 0.69520 0.75948 0.69261 0.76363 0.68193 0.76503 0.68436 0.76113 0.68658 0.75717 0.68859 0.75316 0.69038 0.74911 0.69196 0.74502 0.69331 0.74089 0.69443 0.73674 0.69534 0.73257 0.69602 0.72838 0.69647 0.72417 0.69670 0.71996\n 40 6 8\n 38 6 1\n 14 94 4 0.69214 0.76432 0.67950 0.76857 0.68193 0.76503 0.69261 0.76363\n 40 6 9\n 38 6 1\n 14 94 4 0.69214 0.76432 0.68980 0.76772 0.67928 0.76889 0.67950 0.76857\n 40 6 9\n 38 6 1\n 14 886 40 0.68980 0.76772 0.68678 0.77174 0.68354 0.77570 0.68009 0.77958 0.67643 0.78337 0.67257 0.78709 0.66851 0.79071 0.66426 0.79424 0.65982 0.79767 0.65520 0.80100 0.65041 0.80422 0.64544 0.80733 0.64031 0.81032 0.63502 0.81320 0.62958 0.81596 0.62400 0.81859 0.61827 0.82109 0.61242 0.82347 0.60644 0.82571 0.60035 0.82781 0.59508 0.82545 0.60081 0.82347 0.60644 0.82136 0.61195 0.81913 0.61734 0.81677 0.62260 0.81429 0.62772 0.81170 0.63269 0.80899 0.63752 0.80617 0.64220 0.80324 0.64671 0.80021 0.65106 0.79707 0.65524 0.79385 0.65924 0.79052 0.66306 0.78711 0.66669 0.78362 0.67014 0.78005 0.67338 0.77640 0.67644 0.77267 0.67928 0.76889\n 40 6 8\n 38 6 1\n 14 72 3 0.59473 0.82959 0.59414 0.82977 0.59266 0.82902\n 40 6 9\n 38 6 1\n 14 116 5 0.59473 0.82959 0.59266 0.82902 0.58923 0.82729 0.59508 0.82545 0.60035 0.82781\n 40 6 8\n 38 6 1\n 14 94 4 0.58783 0.83159 0.58681 0.83101 0.59266 0.82902 0.59414 0.82977\n 40 6 9\n 38 6 1\n 14 94 4 0.58681 0.83101 0.58330 0.82901 0.58923 0.82729 0.59266 0.82902\n 40 6 8\n 38 6 1\n 14 94 4 0.55505 0.83850 0.54829 0.83943 0.54608 0.83639 0.55243 0.83551\n 40 6 8\n 38 6 1\n 14 226 10 0.40377 0.61893 0.40916 0.61658 0.41467 0.61434 0.42030 0.61223 0.42604 0.61026 0.43141 0.62118 0.42604 0.62303 0.42077 0.62500 0.41560 0.62710 0.41056 0.62930\n 40 6 7\n 38 6 1\n 14 94 4 0.42635 0.61016 0.43188 0.60841 0.43688 0.61945 0.43245 0.62085\n 40 6 8\n 38 6 1\n 14 94 4 0.42635 0.61016 0.43245 0.62085 0.43141 0.62118 0.42604 0.61026\n 40 6 7\n 38 6 1\n 14 226 10 0.43188 0.60841 0.43781 0.60669 0.44384 0.60511 0.44994 0.60367 0.45612 0.60237 0.45958 0.61379 0.45380 0.61501 0.44808 0.61636 0.44244 0.61784 0.43688 0.61945\n 40 6 7\n 38 6 1\n 14 72 3 0.68479 0.72526 0.68487 0.72391 0.68670 0.72329\n 40 6 8\n 38 6 1\n 14 116 5 0.69647 0.72417 0.68465 0.72785 0.68479 0.72526 0.68670 0.72329 0.69670 0.71996\n 40 6 8\n 38 6 1\n 14 226 10 0.69647 0.72417 0.69602 0.72838 0.69534 0.73257 0.69443 0.73674 0.69331 0.74089 0.68169 0.74351 0.68275 0.73962 0.68359 0.73571 0.68423 0.73179 0.68465 0.72785\n 40 6 8\n 38 6 1\n 14 182 8 0.68859 0.75316 0.68658 0.75717 0.68436 0.76113 0.68193 0.76503 0.67103 0.76612 0.67331 0.76246 0.67539 0.75875 0.67727 0.75499\n 40 6 8\n 38 6 1\n 14 116 5 0.67950 0.76857 0.67780 0.76900 0.66856 0.76972 0.67103 0.76612 0.68193 0.76503\n 40 6 9\n 38 6 1\n 14 72 3 0.67950 0.76857 0.67928 0.76889 0.67780 0.76900\n 40 6 8\n 38 6 1\n 14 72 3 0.66704 0.77174 0.66856 0.76972 0.67780 0.76900\n 40 6 9\n 38 6 1\n 14 116 5 0.67644 0.77267 0.66589 0.77327 0.66704 0.77174 0.67780 0.76900 0.67928 0.76889\n 40 6 9\n 38 6 1\n 14 930 42 0.67644 0.77267 0.67338 0.77640 0.67014 0.78005 0.66669 0.78362 0.66306 0.78711 0.65924 0.79052 0.65524 0.79385 0.65106 0.79707 0.64671 0.80021 0.64220 0.80324 0.63752 0.80617 0.63269 0.80899 0.62772 0.81170 0.62260 0.81429 0.61734 0.81677 0.61195 0.81913 0.60644 0.82136 0.60081 0.82347 0.59508 0.82545 0.58923 0.82729 0.58330 0.82901 0.57867 0.82602 0.58423 0.82442 0.58970 0.82269 0.59508 0.82084 0.60035 0.81886 0.60551 0.81677 0.61055 0.81456 0.61547 0.81224 0.62027 0.80981 0.62493 0.80728 0.62945 0.80463 0.63383 0.80189 0.63806 0.79905 0.64213 0.79612 0.64604 0.79310 0.64979 0.78999 0.65336 0.78679 0.65677 0.78352 0.65999 0.78017 0.66303 0.77676 0.66589 0.77327\n 40 6 8\n 38 6 1\n 14 94 4 0.55243 0.83551 0.54608 0.83639 0.54382 0.83294 0.54977 0.83212\n 40 6 7\n 38 6 1\n 14 116 5 0.53755 0.83365 0.53180 0.83417 0.53033 0.83023 0.53594 0.82971 0.53773 0.83341\n 40 6 8\n 38 6 1\n 14 72 3 0.53755 0.83365 0.53773 0.83341 0.53783 0.83362\n 40 6 7\n 38 6 1\n 14 116 5 0.52575 0.83458 0.52508 0.83203 0.52801 0.83038 0.53033 0.83023 0.53180 0.83417\n 40 6 8\n 38 6 1\n 14 72 3 0.52508 0.83203 0.52470 0.83061 0.52801 0.83038\n 40 6 7\n 38 6 1\n 14 138 6 0.68479 0.72526 0.67760 0.72985 0.67262 0.73125 0.67270 0.72980 0.68093 0.72511 0.68487 0.72391\n 40 6 8\n 38 6 1\n 14 138 6 0.68479 0.72526 0.68465 0.72785 0.67760 0.72985 0.67270 0.72980 0.67282 0.72758 0.68093 0.72511\n 40 6 7\n 38 6 1\n 14 94 4 0.67838 0.73331 0.67223 0.73492 0.67262 0.73125 0.67760 0.72985\n 40 6 8\n 38 6 1\n 14 94 4 0.68423 0.73179 0.67838 0.73331 0.67760 0.72985 0.68465 0.72785\n 40 6 7\n 38 6 1\n 14 94 4 0.68237 0.73601 0.67164 0.73857 0.67223 0.73492 0.67838 0.73331\n 40 6 8\n 38 6 1\n 14 94 4 0.68359 0.73571 0.68237 0.73601 0.67838 0.73331 0.68423 0.73179\n 40 6 7\n 38 6 1\n 14 94 4 0.67618 0.74105 0.67085 0.74221 0.67164 0.73857 0.68237 0.73601\n 40 6 8\n 38 6 1\n 14 94 4 0.68275 0.73962 0.67618 0.74105 0.68237 0.73601 0.68359 0.73571\n 40 6 7\n 38 6 1\n 14 72 3 0.66365 0.76064 0.66400 0.76002 0.66556 0.75984\n 40 6 8\n 38 6 1\n 14 116 5 0.67331 0.76246 0.66207 0.76347 0.66365 0.76064 0.66556 0.75984 0.67539 0.75875\n 40 6 8\n 38 6 1\n 14 138 6 0.67331 0.76246 0.67103 0.76612 0.66856 0.76972 0.65764 0.77023 0.65994 0.76687 0.66207 0.76347\n 40 6 8\n 38 6 1\n 14 116 5 0.66704 0.77174 0.66202 0.77337 0.65516 0.77353 0.65764 0.77023 0.66856 0.76972\n 40 6 9\n 38 6 1\n 14 72 3 0.66704 0.77174 0.66589 0.77327 0.66202 0.77337\n 40 6 8\n 38 6 1\n 14 94 4 0.65749 0.77677 0.65250 0.77678 0.65516 0.77353 0.66202 0.77337\n 40 6 9\n 38 6 1\n 14 94 4 0.66303 0.77676 0.65749 0.77677 0.66202 0.77337 0.66589 0.77327\n 40 6 8\n 38 6 1\n 14 72 3 0.65086 0.77861 0.65250 0.77678 0.65749 0.77677\n 40 6 9\n 38 6 1\n 14 116 5 0.65999 0.78017 0.64966 0.77996 0.65086 0.77861 0.65749 0.77677 0.66303 0.77676\n 40 6 9\n 38 6 1\n 14 138 6 0.65999 0.78017 0.65677 0.78352 0.65336 0.78679 0.64350 0.78612 0.64666 0.78308 0.64966 0.77996\n 40 6 8\n 38 6 1\n 14 72 3 0.64161 0.78923 0.64017 0.78909 0.64233 0.78716\n 40 6 9\n 38 6 1\n 14 116 5 0.64979 0.78999 0.64161 0.78923 0.64233 0.78716 0.64350 0.78612 0.65336 0.78679\n 40 6 8\n 38 6 1\n 14 94 4 0.64008 0.79239 0.63668 0.79199 0.64017 0.78909 0.64161 0.78923\n 40 6 9\n 38 6 1\n 14 94 4 0.64604 0.79310 0.64008 0.79239 0.64161 0.78923 0.64979 0.78999\n 40 6 8\n 38 6 1\n 14 94 4 0.63784 0.79550 0.63304 0.79481 0.63668 0.79199 0.64008 0.79239\n 40 6 9\n 38 6 1\n 14 94 4 0.64213 0.79612 0.63784 0.79550 0.64008 0.79239 0.64604 0.79310\n 40 6 8\n 38 6 1\n 14 72 3 0.63022 0.79684 0.63304 0.79481 0.63784 0.79550\n 40 6 9\n 38 6 1\n 14 116 5 0.63806 0.79905 0.62925 0.79754 0.63022 0.79684 0.63784 0.79550 0.64213 0.79612\n 40 6 9\n 38 6 1\n 14 138 6 0.63806 0.79905 0.63383 0.80189 0.62945 0.80463 0.62124 0.80273 0.62531 0.80018 0.62925 0.79754\n 40 6 8\n 38 6 1\n 14 72 3 0.61735 0.80528 0.61703 0.80519 0.61746 0.80494\n 40 6 9\n 38 6 1\n 14 116 5 0.62493 0.80728 0.61735 0.80528 0.61746 0.80494 0.62124 0.80273 0.62945 0.80463\n 40 6 8\n 38 6 1\n 14 94 4 0.61457 0.80811 0.61269 0.80755 0.61703 0.80519 0.61735 0.80528\n 40 6 9\n 38 6 1\n 14 94 4 0.62027 0.80981 0.61457 0.80811 0.61735 0.80528 0.62493 0.80728\n 40 6 8\n 38 6 1\n 14 94 4 0.61036 0.81053 0.60822 0.80981 0.61269 0.80755 0.61457 0.80811\n 40 6 9\n 38 6 1\n 14 94 4 0.61547 0.81224 0.61036 0.81053 0.61457 0.80811 0.62027 0.80981\n 40 6 8\n 38 6 1\n 14 94 4 0.60563 0.81272 0.60364 0.81197 0.60822 0.80981 0.61036 0.81053\n 40 6 9\n 38 6 1\n 14 94 4 0.61055 0.81456 0.60563 0.81272 0.61036 0.81053 0.61547 0.81224\n 40 6 8\n 38 6 1\n 14 94 4 0.59947 0.81425 0.59894 0.81403 0.60364 0.81197 0.60563 0.81272\n 40 6 9\n 38 6 1\n 14 94 4 0.60551 0.81677 0.59947 0.81425 0.60563 0.81272 0.61055 0.81456\n 40 6 8\n 38 6 1\n 14 72 3 0.59798 0.81442 0.59894 0.81403 0.59947 0.81425\n 40 6 9\n 38 6 1\n 14 116 5 0.60035 0.81886 0.59414 0.81597 0.59798 0.81442 0.59947 0.81425 0.60551 0.81677\n 40 6 9\n 38 6 1\n 14 314 14 0.60035 0.81886 0.59508 0.82084 0.58970 0.82269 0.58423 0.82442 0.57867 0.82602 0.57303 0.82750 0.56731 0.82885 0.56339 0.82528 0.56871 0.82402 0.57397 0.82264 0.57914 0.82115 0.58423 0.81954 0.58923 0.81781 0.59414 0.81597\n 40 6 7\n 38 6 1\n 14 116 5 0.54354 0.83297 0.53783 0.83362 0.53594 0.82971 0.54152 0.82908 0.54370 0.83273\n 40 6 8\n 38 6 1\n 14 72 3 0.54354 0.83297 0.54370 0.83273 0.54382 0.83294\n 40 6 7\n 38 6 1\n 14 116 5 0.67270 0.72980 0.67262 0.73125 0.66039 0.73437 0.66058 0.73098 0.66093 0.73088\n 40 6 8\n 38 6 1\n 14 72 3 0.67270 0.72980 0.66093 0.73088 0.67282 0.72758\n 40 6 7\n 38 6 1\n 14 138 6 0.67262 0.73125 0.67223 0.73492 0.67164 0.73857 0.65948 0.74114 0.66003 0.73776 0.66039 0.73437\n 40 6 8\n 38 6 1\n 14 138 6 0.65764 0.77023 0.65516 0.77353 0.65250 0.77678 0.64179 0.77646 0.64425 0.77346 0.64654 0.77041\n 40 6 8\n 38 6 1\n 14 116 5 0.65086 0.77861 0.64709 0.77982 0.63917 0.77941 0.64179 0.77646 0.65250 0.77678\n 40 6 9\n 38 6 1\n 14 72 3 0.65086 0.77861 0.64966 0.77996 0.64709 0.77982\n 40 6 8\n 38 6 1\n 14 94 4 0.64259 0.78276 0.63639 0.78229 0.63917 0.77941 0.64709 0.77982\n 40 6 9\n 38 6 1\n 14 94 4 0.64666 0.78308 0.64259 0.78276 0.64709 0.77982 0.64966 0.77996\n 40 6 8\n 38 6 1\n 14 94 4 0.64177 0.78595 0.63346 0.78510 0.63639 0.78229 0.64259 0.78276\n 40 6 9\n 38 6 1\n 14 94 4 0.64350 0.78612 0.64177 0.78595 0.64259 0.78276 0.64666 0.78308\n 40 6 8\n 38 6 1\n 14 116 5 0.64233 0.78716 0.64017 0.78909 0.63039 0.78785 0.63346 0.78510 0.64177 0.78595\n 40 6 9\n 38 6 1\n 14 72 3 0.64233 0.78716 0.64177 0.78595 0.64350 0.78612\n 40 6 8\n 38 6 1\n 14 138 6 0.64017 0.78909 0.63668 0.79199 0.63304 0.79481 0.62380 0.79313 0.62716 0.79053 0.63039 0.78785\n 40 6 8\n 38 6 1\n 14 116 5 0.63022 0.79684 0.62706 0.79708 0.62029 0.79566 0.62380 0.79313 0.63304 0.79481\n 40 6 9\n 38 6 1\n 14 72 3 0.63022 0.79684 0.62925 0.79754 0.62706 0.79708\n 40 6 8\n 38 6 1\n 14 94 4 0.62411 0.79989 0.61665 0.79810 0.62029 0.79566 0.62706 0.79708\n 40 6 9\n 38 6 1\n 14 94 4 0.62531 0.80018 0.62411 0.79989 0.62706 0.79708 0.62925 0.79754\n 40 6 8\n 38 6 1\n 14 94 4 0.61935 0.80222 0.61289 0.80046 0.61665 0.79810 0.62411 0.79989\n 40 6 9\n 38 6 1\n 14 94 4 0.62124 0.80273 0.61935 0.80222 0.62411 0.79989 0.62531 0.80018\n 40 6 8\n 38 6 1\n 14 116 5 0.61746 0.80494 0.61703 0.80519 0.60899 0.80273 0.61289 0.80046 0.61935 0.80222\n 40 6 9\n 38 6 1\n 14 72 3 0.61746 0.80494 0.61935 0.80222 0.62124 0.80273\n 40 6 8\n 38 6 1\n 14 226 10 0.61703 0.80519 0.61269 0.80755 0.60822 0.80981 0.60364 0.81197 0.59894 0.81403 0.59228 0.81090 0.59662 0.80900 0.60085 0.80701 0.60498 0.80492 0.60899 0.80273\n 40 6 8\n 38 6 1\n 14 116 5 0.59798 0.81442 0.59007 0.81386 0.58783 0.81270 0.59228 0.81090 0.59894 0.81403\n 40 6 9\n 38 6 1\n 14 72 3 0.59798 0.81442 0.59414 0.81597 0.59007 0.81386\n 40 6 8\n 38 6 1\n 14 72 3 0.58699 0.81302 0.58783 0.81270 0.59007 0.81386\n 40 6 9\n 38 6 1\n 14 116 5 0.58923 0.81781 0.58330 0.81440 0.58699 0.81302 0.59007 0.81386 0.59414 0.81597\n 40 6 9\n 38 6 1\n 14 270 12 0.58923 0.81781 0.58423 0.81954 0.57914 0.82115 0.57397 0.82264 0.56871 0.82402 0.56339 0.82528 0.55940 0.82130 0.56433 0.82014 0.56918 0.81887 0.57397 0.81749 0.57867 0.81600 0.58330 0.81440\n 40 6 8\n 38 6 1\n 14 94 4 0.56044 0.82590 0.55800 0.82641 0.55442 0.82235 0.55719 0.82177\n 40 6 9\n 38 6 1\n 14 94 4 0.56044 0.82590 0.55719 0.82177 0.55940 0.82130 0.56339 0.82528\n 40 6 8\n 38 6 1\n 14 94 4 0.50794 0.82659 0.50270 0.82647 0.50335 0.82168 0.50815 0.82179\n 40 6 8\n 38 6 1\n 14 138 6 0.49227 0.82588 0.48708 0.82541 0.48193 0.82482 0.48430 0.82016 0.48903 0.82070 0.49378 0.82113\n 40 6 8\n 38 6 1\n 14 116 5 0.63917 0.77941 0.63415 0.77898 0.63000 0.77684 0.63092 0.77581 0.64179 0.77646\n 40 6 9\n 38 6 1\n 14 72 3 0.63415 0.77898 0.62852 0.77851 0.63000 0.77684\n 40 6 8\n 38 6 1\n 14 490 22 0.62716 0.79053 0.62380 0.79313 0.62029 0.79566 0.61665 0.79810 0.61289 0.80046 0.60899 0.80273 0.60498 0.80492 0.60085 0.80701 0.59662 0.80900 0.59228 0.81090 0.58783 0.81270 0.58143 0.80905 0.58551 0.80740 0.58949 0.80566 0.59338 0.80383 0.59716 0.80191 0.60084 0.79990 0.60441 0.79782 0.60787 0.79566 0.61120 0.79341 0.61442 0.79110 0.61750 0.78871\n 40 6 8\n 38 6 1\n 14 116 5 0.58699 0.81302 0.57771 0.81088 0.57727 0.81061 0.58143 0.80905 0.58783 0.81270\n 40 6 9\n 38 6 1\n 14 72 3 0.58699 0.81302 0.58330 0.81440 0.57771 0.81088\n 40 6 8\n 38 6 1\n 14 72 3 0.57639 0.81091 0.57727 0.81061 0.57771 0.81088\n 40 6 9\n 38 6 1\n 14 116 5 0.57867 0.81600 0.57303 0.81207 0.57639 0.81091 0.57771 0.81088 0.58330 0.81440\n 40 6 9\n 38 6 1\n 14 226 10 0.57867 0.81600 0.57397 0.81749 0.56918 0.81887 0.56433 0.82014 0.55940 0.82130 0.55536 0.81694 0.55987 0.81587 0.56433 0.81470 0.56871 0.81344 0.57303 0.81207\n 40 6 8\n 38 6 1\n 14 72 3 0.55719 0.82177 0.55442 0.82235 0.55226 0.81970\n 40 6 9\n 38 6 1\n 14 116 5 0.55719 0.82177 0.55226 0.81970 0.55079 0.81790 0.55536 0.81694 0.55940 0.82130\n 40 6 8\n 38 6 1\n 14 116 5 0.54939 0.82329 0.54617 0.81876 0.54767 0.81848 0.55226 0.81970 0.55442 0.82235\n 40 6 9\n 38 6 1\n 14 72 3 0.54767 0.81848 0.55079 0.81790 0.55226 0.81970\n 40 6 8\n 38 6 1\n 14 94 4 0.54939 0.82329 0.54431 0.82411 0.54151 0.81951 0.54617 0.81876\n 40 6 8\n 38 6 1\n 14 94 4 0.53208 0.82070 0.52733 0.82113 0.52579 0.81600 0.53011 0.81561\n 40 6 8\n 38 6 1\n 14 446 20 0.51296 0.82179 0.50815 0.82179 0.50335 0.82168 0.49856 0.82146 0.49378 0.82113 0.48903 0.82070 0.48430 0.82016 0.47960 0.81951 0.47494 0.81876 0.47032 0.81790 0.47400 0.81306 0.47820 0.81384 0.48243 0.81453 0.48670 0.81511 0.49100 0.81561 0.49532 0.81600 0.49966 0.81630 0.50401 0.81649 0.50837 0.81659 0.51274 0.81659\n 40 6 7\n 38 6 1\n 14 72 3 0.46760 0.81479 0.46985 0.81219 0.47157 0.81255\n 40 6 8\n 38 6 1\n 14 116 5 0.46575 0.81694 0.46760 0.81479 0.47157 0.81255 0.47400 0.81306 0.47032 0.81790\n 40 6 7\n 38 6 1\n 14 94 4 0.46337 0.81367 0.46575 0.81122 0.46985 0.81219 0.46760 0.81479\n 40 6 8\n 38 6 1\n 14 94 4 0.46124 0.81587 0.46337 0.81367 0.46760 0.81479 0.46575 0.81694\n 40 6 7\n 38 6 1\n 14 116 5 0.45931 0.81537 0.45678 0.81470 0.46171 0.81016 0.46575 0.81122 0.46337 0.81367\n 40 6 8\n 38 6 1\n 14 94 4 0.45931 0.81537 0.46171 0.81016 0.46337 0.81367 0.46124 0.81587\n 40 6 7\n 38 6 1\n 14 94 4 0.60267 0.79402 0.59896 0.79285 0.60199 0.79082 0.60868 0.79270\n 40 6 8\n 38 6 1\n 14 94 4 0.60787 0.79566 0.60267 0.79402 0.60868 0.79270 0.61120 0.79341\n 40 6 7\n 38 6 1\n 14 94 4 0.59990 0.79624 0.59582 0.79482 0.59896 0.79285 0.60267 0.79402\n 40 6 8\n 38 6 1\n 14 94 4 0.60441 0.79782 0.59990 0.79624 0.60267 0.79402 0.60787 0.79566\n 40 6 7\n 38 6 1\n 14 94 4 0.59705 0.79844 0.59258 0.79671 0.59582 0.79482 0.59990 0.79624\n 40 6 8\n 38 6 1\n 14 94 4 0.60084 0.79990 0.59705 0.79844 0.59990 0.79624 0.60441 0.79782\n 40 6 7\n 38 6 1\n 14 94 4 0.59235 0.79986 0.58923 0.79853 0.59258 0.79671 0.59705 0.79844\n 40 6 8\n 38 6 1\n 14 94 4 0.59716 0.80191 0.59235 0.79986 0.59705 0.79844 0.60084 0.79990\n 40 6 7\n 38 6 1\n 14 94 4 0.58746 0.80105 0.58579 0.80027 0.58923 0.79853 0.59235 0.79986\n 40 6 8\n 38 6 1\n 14 94 4 0.59338 0.80383 0.58746 0.80105 0.59235 0.79986 0.59716 0.80191\n 40 6 7\n 38 6 1\n 14 94 4 0.58389 0.80278 0.58226 0.80194 0.58579 0.80027 0.58746 0.80105\n 40 6 8\n 38 6 1\n 14 94 4 0.58949 0.80566 0.58389 0.80278 0.58746 0.80105 0.59338 0.80383\n 40 6 7\n 38 6 1\n 14 72 3 0.57997 0.80294 0.58226 0.80194 0.58389 0.80278\n 40 6 8\n 38 6 1\n 14 116 5 0.58551 0.80740 0.57865 0.80352 0.57997 0.80294 0.58389 0.80278 0.58949 0.80566\n 40 6 8\n 38 6 1\n 14 138 6 0.58551 0.80740 0.58143 0.80905 0.57727 0.81061 0.57117 0.80644 0.57495 0.80502 0.57865 0.80352\n 40 6 8\n 38 6 1\n 14 116 5 0.57639 0.81091 0.57128 0.81075 0.56731 0.80777 0.57117 0.80644 0.57727 0.81061\n 40 6 9\n 38 6 1\n 14 72 3 0.57639 0.81091 0.57303 0.81207 0.57128 0.81075\n 40 6 8\n 38 6 1\n 14 94 4 0.56530 0.81059 0.56339 0.80901 0.56731 0.80777 0.57128 0.81075\n 40 6 9\n 38 6 1\n 14 94 4 0.56871 0.81344 0.56530 0.81059 0.57128 0.81075 0.57303 0.81207\n 40 6 8\n 38 6 1\n 14 72 3 0.56061 0.80981 0.56339 0.80901 0.56530 0.81059\n 40 6 9\n 38 6 1\n 14 116 5 0.56433 0.81470 0.55940 0.81016 0.56061 0.80981 0.56530 0.81059 0.56871 0.81344\n 40 6 8\n 38 6 1\n 14 72 3 0.55568 0.81155 0.55536 0.81122 0.55658 0.81090\n 40 6 9\n 38 6 1\n 14 116 5 0.55987 0.81587 0.55568 0.81155 0.55658 0.81090 0.55940 0.81016 0.56433 0.81470\n 40 6 8\n 38 6 1\n 14 94 4 0.55190 0.81292 0.55126 0.81219 0.55536 0.81122 0.55568 0.81155\n 40 6 9\n 38 6 1\n 14 94 4 0.55536 0.81694 0.55190 0.81292 0.55568 0.81155 0.55987 0.81587\n 40 6 8\n 38 6 1\n 14 94 4 0.54827 0.81459 0.54711 0.81306 0.55126 0.81219 0.55190 0.81292\n 40 6 9\n 38 6 1\n 14 94 4 0.55079 0.81790 0.54827 0.81459 0.55190 0.81292 0.55536 0.81694\n 40 6 8\n 38 6 1\n 14 138 6 0.54767 0.81848 0.54617 0.81876 0.54410 0.81563 0.54447 0.81355 0.54711 0.81306 0.54827 0.81459\n 40 6 9\n 38 6 1\n 14 138 6 0.54767 0.81848 0.54410 0.81563 0.54291 0.81384 0.54447 0.81355 0.54827 0.81459 0.55079 0.81790\n 40 6 8\n 38 6 1\n 14 94 4 0.54151 0.81951 0.53930 0.81562 0.54410 0.81563 0.54617 0.81876\n 40 6 9\n 38 6 1\n 14 94 4 0.53930 0.81562 0.53868 0.81453 0.54291 0.81384 0.54410 0.81563\n 40 6 8\n 38 6 1\n 14 116 5 0.53681 0.82016 0.53441 0.81511 0.53738 0.81470 0.53930 0.81562 0.54151 0.81951\n 40 6 9\n 38 6 1\n 14 72 3 0.53738 0.81470 0.53868 0.81453 0.53930 0.81562\n 40 6 8\n 38 6 1\n 14 94 4 0.53681 0.82016 0.53208 0.82070 0.53011 0.81561 0.53441 0.81511\n 40 6 8\n 38 6 1\n 14 622 28 0.53011 0.81561 0.52579 0.81600 0.52145 0.81630 0.51710 0.81649 0.51274 0.81659 0.50837 0.81659 0.50401 0.81649 0.49966 0.81630 0.49532 0.81600 0.49100 0.81561 0.48670 0.81511 0.48243 0.81453 0.47820 0.81384 0.47400 0.81306 0.47773 0.80784 0.48150 0.80854 0.48530 0.80916 0.48913 0.80968 0.49299 0.81013 0.49687 0.81048 0.50077 0.81074 0.50468 0.81092 0.50860 0.81101 0.51251 0.81101 0.51643 0.81092 0.52034 0.81074 0.52424 0.81048 0.52812 0.81013\n 40 6 7\n 38 6 1\n 14 94 4 0.47157 0.81255 0.46985 0.81219 0.47400 0.80705 0.47588 0.80745\n 40 6 8\n 38 6 1\n 14 94 4 0.47157 0.81255 0.47588 0.80745 0.47773 0.80784 0.47400 0.81306\n 40 6 7\n 38 6 1\n 14 94 4 0.46985 0.81219 0.46575 0.81122 0.47032 0.80618 0.47400 0.80705\n 40 6 7\n 38 6 1\n 14 314 14 0.60199 0.79082 0.59896 0.79285 0.59582 0.79482 0.59258 0.79671 0.58923 0.79853 0.58579 0.80027 0.58226 0.80194 0.57495 0.79785 0.57812 0.79636 0.58121 0.79479 0.58421 0.79316 0.58713 0.79146 0.58994 0.78969 0.59267 0.78786\n 40 6 7\n 38 6 1\n 14 116 5 0.57997 0.80294 0.57673 0.80235 0.57170 0.79927 0.57495 0.79785 0.58226 0.80194\n 40 6 8\n 38 6 1\n 14 72 3 0.57997 0.80294 0.57865 0.80352 0.57673 0.80235\n 40 6 7\n 38 6 1\n 14 94 4 0.57058 0.80209 0.56838 0.80062 0.57170 0.79927 0.57673 0.80235\n 40 6 8\n 38 6 1\n 14 94 4 0.57495 0.80502 0.57058 0.80209 0.57673 0.80235 0.57865 0.80352\n 40 6 7\n 38 6 1\n 14 94 4 0.56618 0.80277 0.56499 0.80189 0.56838 0.80062 0.57058 0.80209\n 40 6 8\n 38 6 1\n 14 94 4 0.57117 0.80644 0.56618 0.80277 0.57058 0.80209 0.57495 0.80502\n 40 6 7\n 38 6 1\n 14 72 3 0.56324 0.80249 0.56499 0.80189 0.56618 0.80277\n 40 6 8\n 38 6 1\n 14 116 5 0.56731 0.80777 0.56153 0.80308 0.56324 0.80249 0.56618 0.80277 0.57117 0.80644\n 40 6 8\n 38 6 1\n 14 94 4 0.56731 0.80777 0.56339 0.80901 0.55800 0.80420 0.56153 0.80308\n 40 6 8\n 38 6 1\n 14 116 5 0.56061 0.80981 0.55910 0.80986 0.55442 0.80523 0.55800 0.80420 0.56339 0.80901\n 40 6 9\n 38 6 1\n 14 72 3 0.56061 0.80981 0.55940 0.81016 0.55910 0.80986\n 40 6 8\n 38 6 1\n 14 116 5 0.55658 0.81090 0.55536 0.81122 0.55079 0.80618 0.55442 0.80523 0.55910 0.80986\n 40 6 9\n 38 6 1\n 14 72 3 0.55658 0.81090 0.55910 0.80986 0.55940 0.81016\n 40 6 8\n 38 6 1\n 14 138 6 0.55536 0.81122 0.55126 0.81219 0.54711 0.81306 0.54338 0.80784 0.54711 0.80705 0.55079 0.80618\n 40 6 8\n 38 6 1\n 14 116 5 0.54447 0.81355 0.54124 0.81115 0.53961 0.80854 0.54338 0.80784 0.54711 0.81306\n 40 6 9\n 38 6 1\n 14 72 3 0.54447 0.81355 0.54291 0.81384 0.54124 0.81115\n 40 6 8\n 38 6 1\n 14 94 4 0.53822 0.81367 0.53581 0.80916 0.53961 0.80854 0.54124 0.81115\n 40 6 9\n 38 6 1\n 14 94 4 0.53868 0.81453 0.53822 0.81367 0.54124 0.81115 0.54291 0.81384\n 40 6 8\n 38 6 1\n 14 116 5 0.53738 0.81470 0.53441 0.81511 0.53198 0.80968 0.53581 0.80916 0.53822 0.81367\n 40 6 9\n 38 6 1\n 14 72 3 0.53738 0.81470 0.53822 0.81367 0.53868 0.81453\n 40 6 8\n 38 6 1\n 14 94 4 0.53441 0.81511 0.53011 0.81561 0.52812 0.81013 0.53198 0.80968\n 40 6 8\n 38 6 1\n 14 402 18 0.52812 0.81013 0.52424 0.81048 0.52034 0.81074 0.51643 0.81092 0.51251 0.81101 0.50860 0.81101 0.50468 0.81092 0.50077 0.81074 0.49687 0.81048 0.49844 0.80458 0.50189 0.80482 0.50535 0.80497 0.50882 0.80505 0.51229 0.80505 0.51576 0.80497 0.51922 0.80482 0.52267 0.80458 0.52610 0.80427\n 40 6 7\n 38 6 1\n 14 402 18 0.58994 0.78969 0.58713 0.79146 0.58421 0.79316 0.58121 0.79479 0.57812 0.79636 0.57495 0.79785 0.57170 0.79927 0.56838 0.80062 0.56499 0.80189 0.55874 0.79698 0.56174 0.79585 0.56469 0.79466 0.56756 0.79340 0.57037 0.79208 0.57310 0.79069 0.57576 0.78925 0.57834 0.78774 0.58083 0.78618\n 40 6 7\n 38 6 1\n 14 116 5 0.56324 0.80249 0.55935 0.80121 0.55568 0.79803 0.55874 0.79698 0.56499 0.80189\n 40 6 8\n 38 6 1\n 14 72 3 0.56324 0.80249 0.56153 0.80308 0.55935 0.80121\n 40 6 7\n 38 6 1\n 14 72 3 0.55265 0.79899 0.55568 0.79803 0.55935 0.80121\n 40 6 8\n 38 6 1\n 14 116 5 0.55800 0.80420 0.55256 0.79902 0.55265 0.79899 0.55935 0.80121 0.56153 0.80308\n 40 6 8\n 38 6 1\n 14 402 18 0.55800 0.80420 0.55442 0.80523 0.55079 0.80618 0.54711 0.80705 0.54338 0.80784 0.53961 0.80854 0.53581 0.80916 0.53198 0.80968 0.52812 0.81013 0.52610 0.80427 0.52952 0.80388 0.53291 0.80341 0.53628 0.80286 0.53961 0.80224 0.54291 0.80155 0.54617 0.80078 0.54939 0.79994 0.55256 0.79902\n 40 6 7\n 38 6 1\n 14 270 12 0.57037 0.79208 0.56756 0.79340 0.56469 0.79466 0.56174 0.79585 0.55874 0.79698 0.55568 0.79803 0.54977 0.79262 0.55243 0.79170 0.55505 0.79073 0.55760 0.78969 0.56010 0.78860 0.56254 0.78745\n 40 6 7\n 38 6 1\n 14 94 4 0.55265 0.79899 0.54824 0.79311 0.54977 0.79262 0.55568 0.79803\n 40 6 8\n 38 6 1\n 14 94 4 0.55265 0.79899 0.55256 0.79902 0.54706 0.79348 0.54824 0.79311\n 40 6 8\n 38 6 1\n 14 314 14 0.55256 0.79902 0.54939 0.79994 0.54617 0.80078 0.54291 0.80155 0.53961 0.80224 0.53628 0.80286 0.53291 0.80341 0.52999 0.79729 0.53291 0.79682 0.53581 0.79628 0.53868 0.79568 0.54151 0.79501 0.54431 0.79427 0.54706 0.79348\n 40 6 7\n 38 6 1\n 14 94 4 0.92084 0.14777 0.94828 0.14777 0.94828 0.23583 0.92084 0.23583\n 11 116 5 0.92084 0.14777 0.94828 0.14777 0.94828 0.23583 0.92084 0.23583 0.92084 0.14777\n 40 6 8\n 38 6 1\n 14 94 4 0.92084 0.23583 0.94828 0.23583 0.94828 0.32389 0.92084 0.32389\n 11 116 5 0.92084 0.23583 0.94828 0.23583 0.94828 0.32389 0.92084 0.32389 0.92084 0.23583\n 40 6 9\n 38 6 1\n 14 94 4 0.92084 0.32389 0.94828 0.32389 0.94828 0.41194 0.92084 0.41194\n 11 116 5 0.92084 0.32389 0.94828 0.32389 0.94828 0.41194 0.92084 0.41194 0.92084 0.32389\n 40 6 10\n 38 6 1\n 14 94 4 0.92084 0.41194 0.94828 0.41194 0.94828 0.50000 0.92084 0.50000\n 11 116 5 0.92084 0.41194 0.94828 0.41194 0.94828 0.50000 0.92084 0.50000 0.92084 0.41194\n 40 6 11\n 38 6 1\n 14 94 4 0.92084 0.50000 0.94828 0.50000 0.94828 0.58806 0.92084 0.58806\n 11 116 5 0.92084 0.50000 0.94828 0.50000 0.94828 0.58806 0.92084 0.58806 0.92084 0.50000\n 40 6 12\n 38 6 1\n 14 94 4 0.92084 0.58806 0.94828 0.58806 0.94828 0.67611 0.92084 0.67611\n 11 116 5 0.92084 0.58806 0.94828 0.58806 0.94828 0.67611 0.92084 0.67611 0.92084 0.58806\n 40 6 13\n 38 6 1\n 14 94 4 0.92084 0.67611 0.94828 0.67611 0.94828 0.76417 0.92084 0.76417\n 11 116 5 0.92084 0.67611 0.94828 0.67611 0.94828 0.76417 0.92084 0.76417 0.92084 0.67611\n 40 6 14\n 38 6 1\n 14 94 4 0.92084 0.76417 0.94828 0.76417 0.94828 0.85223 0.92084 0.85223\n 11 116 5 0.92084 0.76417 0.94828 0.76417 0.94828 0.85223 0.92084 0.85223 0.92084 0.76417\n 11 50 2 0.95675 0.14717 0.96399 0.14717\n 11 380 17 0.97163 0.15199 0.96761 0.15199 0.96720 0.14838 0.96761 0.14878 0.96881 0.14918 0.97002 0.14918 0.97122 0.14878 0.97203 0.14797 0.97243 0.14677 0.97243 0.14596 0.97203 0.14476 0.97122 0.14395 0.97002 0.14355 0.96881 0.14355 0.96761 0.14395 0.96720 0.14435 0.96680 0.14516\n 11 380 17 0.95876 0.24005 0.95755 0.23965 0.95675 0.23844 0.95635 0.23643 0.95635 0.23523 0.95675 0.23322 0.95755 0.23201 0.95876 0.23161 0.95956 0.23161 0.96077 0.23201 0.96157 0.23322 0.96198 0.23523 0.96198 0.23643 0.96157 0.23844 0.96077 0.23965 0.95956 0.24005 0.95876 0.24005\n 11 380 17 0.96117 0.32811 0.95715 0.32811 0.95675 0.32449 0.95715 0.32489 0.95836 0.32529 0.95956 0.32529 0.96077 0.32489 0.96157 0.32409 0.96198 0.32288 0.96198 0.32208 0.96157 0.32087 0.96077 0.32007 0.95956 0.31966 0.95836 0.31966 0.95715 0.32007 0.95675 0.32047 0.95635 0.32127\n 11 94 4 0.95755 0.41456 0.95836 0.41496 0.95956 0.41617 0.95956 0.40772\n 11 380 17 0.96680 0.41617 0.96560 0.41576 0.96479 0.41456 0.96439 0.41255 0.96439 0.41134 0.96479 0.40933 0.96560 0.40812 0.96680 0.40772 0.96761 0.40772 0.96881 0.40812 0.96962 0.40933 0.97002 0.41134 0.97002 0.41255 0.96962 0.41456 0.96881 0.41576 0.96761 0.41617 0.96680 0.41617\n 11 94 4 0.95755 0.50261 0.95836 0.50302 0.95956 0.50422 0.95956 0.49578\n 11 380 17 0.96921 0.50422 0.96519 0.50422 0.96479 0.50060 0.96519 0.50101 0.96640 0.50141 0.96761 0.50141 0.96881 0.50101 0.96962 0.50020 0.97002 0.49899 0.97002 0.49819 0.96962 0.49698 0.96881 0.49618 0.96761 0.49578 0.96640 0.49578 0.96519 0.49618 0.96479 0.49658 0.96439 0.49739\n 11 314 14 0.95675 0.59027 0.95675 0.59067 0.95715 0.59147 0.95755 0.59188 0.95836 0.59228 0.95997 0.59228 0.96077 0.59188 0.96117 0.59147 0.96157 0.59067 0.96157 0.58987 0.96117 0.58906 0.96037 0.58786 0.95635 0.58383 0.96198 0.58383\n 11 380 17 0.96680 0.59228 0.96560 0.59188 0.96479 0.59067 0.96439 0.58866 0.96439 0.58745 0.96479 0.58544 0.96560 0.58424 0.96680 0.58383 0.96761 0.58383 0.96881 0.58424 0.96962 0.58544 0.97002 0.58745 0.97002 0.58866 0.96962 0.59067 0.96881 0.59188 0.96761 0.59228 0.96680 0.59228\n 11 314 14 0.95675 0.67833 0.95675 0.67873 0.95715 0.67953 0.95755 0.67993 0.95836 0.68034 0.95997 0.68034 0.96077 0.67993 0.96117 0.67953 0.96157 0.67873 0.96157 0.67792 0.96117 0.67712 0.96037 0.67591 0.95635 0.67189 0.96198 0.67189\n 11 380 17 0.96921 0.68034 0.96519 0.68034 0.96479 0.67672 0.96519 0.67712 0.96640 0.67752 0.96761 0.67752 0.96881 0.67712 0.96962 0.67631 0.97002 0.67511 0.97002 0.67430 0.96962 0.67310 0.96881 0.67229 0.96761 0.67189 0.96640 0.67189 0.96519 0.67229 0.96479 0.67270 0.96439 0.67350\n 11 336 15 0.95715 0.76839 0.96157 0.76839 0.95916 0.76518 0.96037 0.76518 0.96117 0.76477 0.96157 0.76437 0.96198 0.76317 0.96198 0.76236 0.96157 0.76115 0.96077 0.76035 0.95956 0.75995 0.95836 0.75995 0.95715 0.76035 0.95675 0.76075 0.95635 0.76156\n 11 380 17 0.96680 0.76839 0.96560 0.76799 0.96479 0.76678 0.96439 0.76477 0.96439 0.76357 0.96479 0.76156 0.96560 0.76035 0.96680 0.75995 0.96761 0.75995 0.96881 0.76035 0.96962 0.76156 0.97002 0.76357 0.97002 0.76477 0.96962 0.76678 0.96881 0.76799 0.96761 0.76839 0.96680 0.76839\n 11 336 15 0.95715 0.85645 0.96157 0.85645 0.95916 0.85323 0.96037 0.85323 0.96117 0.85283 0.96157 0.85243 0.96198 0.85122 0.96198 0.85042 0.96157 0.84921 0.96077 0.84841 0.95956 0.84801 0.95836 0.84801 0.95715 0.84841 0.95675 0.84881 0.95635 0.84961\n 11 380 17 0.96921 0.85645 0.96519 0.85645 0.96479 0.85283 0.96519 0.85323 0.96640 0.85363 0.96761 0.85363 0.96881 0.85323 0.96962 0.85243 0.97002 0.85122 0.97002 0.85042 0.96962 0.84921 0.96881 0.84841 0.96761 0.84801 0.96640 0.84801 0.96519 0.84841 0.96479 0.84881 0.96439 0.84961\n 21 6 1\n 11 314 14 0.89445 0.50000 0.89445 0.57045 0.90764 0.57045 0.89445 0.57045 0.89445 0.64090 0.90764 0.64090 0.89445 0.64090 0.89445 0.71135 0.90764 0.71135 0.89445 0.71135 0.89445 0.78180 0.90764 0.78180 0.89445 0.78180 0.89445 0.85223\n 11 314 14 0.51056 0.85223 0.58736 0.85223 0.58736 0.86542 0.58736 0.85223 0.66416 0.85223 0.66416 0.86542 0.66416 0.85223 0.74096 0.85223 0.74096 0.86542 0.74096 0.85223 0.81776 0.85223 0.81776 0.86542 0.81776 0.85223 0.89445 0.85223\n 11 50 2 0.04202 -0.05460 0.05469 -0.05460\n 11 50 2 0.04202 -0.05460 0.05469 -0.04978\n 11 50 2 0.04202 -0.04495 0.05469 -0.04978\n 11 50 2 0.04202 -0.04495 0.05469 -0.04495\n 11 50 2 0.04202 -0.04012 0.05469 -0.04012\n 11 226 10 0.04202 -0.04012 0.04202 -0.03470 0.04262 -0.03289 0.04323 -0.03228 0.04443 -0.03168 0.04624 -0.03168 0.04745 -0.03228 0.04805 -0.03289 0.04865 -0.03470 0.04865 -0.04012\n 11 50 2 0.05891 -0.02866 0.05891 -0.01781\n 11 50 2 0.04202 -0.01419 0.05469 -0.01419\n 11 226 10 0.04202 -0.01419 0.04202 -0.00876 0.04262 -0.00695 0.04323 -0.00635 0.04443 -0.00575 0.04564 -0.00575 0.04685 -0.00635 0.04745 -0.00695 0.04805 -0.00876 0.04805 -0.01419\n 11 50 2 0.04805 -0.00997 0.05469 -0.00575\n 11 50 2 0.04564 0.01054 0.05288 0.01054\n 11 50 2 0.04745 0.00752 0.05107 0.01356\n 11 50 2 0.04745 0.01356 0.05107 0.00752\n 11 50 2 0.04202 0.02743 0.05469 0.02743\n 11 50 2 0.04202 0.02743 0.05469 0.03225\n 11 50 2 0.04202 0.03708 0.05469 0.03225\n 11 50 2 0.04202 0.03708 0.05469 0.03708\n 11 50 2 0.04202 0.04190 0.05469 0.04190\n 11 226 10 0.04202 0.04190 0.04202 0.04733 0.04262 0.04914 0.04323 0.04975 0.04443 0.05035 0.04624 0.05035 0.04745 0.04975 0.04805 0.04914 0.04865 0.04733 0.04865 0.04190\n 11 50 2 0.05891 0.05336 0.05891 0.06422\n 11 50 2 0.04202 0.06784 0.05469 0.06784\n 11 204 9 0.04202 0.06784 0.04202 0.07327 0.04262 0.07508 0.04323 0.07568 0.04443 0.07628 0.04564 0.07628 0.04685 0.07568 0.04745 0.07508 0.04805 0.07327\n 11 226 10 0.04805 0.06784 0.04805 0.07327 0.04865 0.07508 0.04926 0.07568 0.05046 0.07628 0.05227 0.07628 0.05348 0.07568 0.05408 0.07508 0.05469 0.07327 0.05469 0.06784\n 11 50 2 0.04202 0.08051 0.05469 0.08051\n 11 424 19 0.04504 0.09378 0.04383 0.09317 0.04262 0.09197 0.04202 0.09076 0.04202 0.08835 0.04262 0.08714 0.04383 0.08593 0.04504 0.08533 0.04685 0.08473 0.04986 0.08473 0.05167 0.08533 0.05288 0.08593 0.05408 0.08714 0.05469 0.08835 0.05469 0.09076 0.05408 0.09197 0.05288 0.09317 0.05167 0.09378 0.04986 0.09378\n 11 50 2 0.04986 0.09076 0.04986 0.09378\n 11 50 2 0.04202 0.09800 0.05469 0.09800\n 11 50 2 0.04202 0.10644 0.05046 0.09800\n 11 50 2 0.04745 0.10101 0.05469 0.10644\n 11 50 2 0.04564 0.12273 0.05288 0.12273\n 11 50 2 0.04745 0.11971 0.05107 0.12574\n 11 50 2 0.04745 0.12574 0.05107 0.11971\n 11 226 10 0.03961 0.14384 0.04081 0.14263 0.04262 0.14142 0.04504 0.14022 0.04805 0.13962 0.05046 0.13962 0.05348 0.14022 0.05589 0.14142 0.05770 0.14263 0.05891 0.14384\n 11 402 18 0.04504 0.16615 0.04383 0.16555 0.04262 0.16434 0.04202 0.16314 0.04202 0.16073 0.04262 0.15952 0.04383 0.15831 0.04504 0.15771 0.04685 0.15711 0.04986 0.15711 0.05167 0.15771 0.05288 0.15831 0.05408 0.15952 0.05469 0.16073 0.05469 0.16314 0.05408 0.16434 0.05288 0.16555 0.05167 0.16615\n 11 468 21 0.04202 0.17339 0.04262 0.17219 0.04383 0.17098 0.04504 0.17038 0.04685 0.16977 0.04986 0.16977 0.05167 0.17038 0.05288 0.17098 0.05408 0.17219 0.05469 0.17339 0.05469 0.17580 0.05408 0.17701 0.05288 0.17822 0.05167 0.17882 0.04986 0.17942 0.04685 0.17942 0.04504 0.17882 0.04383 0.17822 0.04262 0.17701 0.04202 0.17580 0.04202 0.17339\n 11 446 20 0.04383 0.19149 0.04262 0.19028 0.04202 0.18847 0.04202 0.18606 0.04262 0.18425 0.04383 0.18304 0.04504 0.18304 0.04624 0.18365 0.04685 0.18425 0.04745 0.18545 0.04865 0.18907 0.04926 0.19028 0.04986 0.19088 0.05107 0.19149 0.05288 0.19149 0.05408 0.19028 0.05469 0.18847 0.05469 0.18606 0.05408 0.18425 0.05288 0.18304\n 11 226 10 0.03961 0.19993 0.04081 0.19872 0.04262 0.19752 0.04504 0.19631 0.04805 0.19571 0.05046 0.19571 0.05348 0.19631 0.05589 0.19752 0.05770 0.19872 0.05891 0.19993\n 11 50 2 0.04202 0.20415 0.05469 0.20415\n 11 50 2 0.04202 0.20415 0.05469 0.20898\n 11 50 2 0.04202 0.21380 0.05469 0.20898\n 11 50 2 0.04202 0.21380 0.05469 0.21380\n 11 50 2 0.04202 0.21863 0.05469 0.21863\n 11 226 10 0.04202 0.21863 0.04202 0.22406 0.04262 0.22587 0.04323 0.22647 0.04443 0.22707 0.04624 0.22707 0.04745 0.22647 0.04805 0.22587 0.04865 0.22406 0.04865 0.21863\n 11 50 2 0.05891 0.23009 0.05891 0.24095\n 11 50 2 0.04202 0.24456 0.05469 0.24456\n 11 226 10 0.04202 0.24456 0.04202 0.24999 0.04262 0.25180 0.04323 0.25241 0.04443 0.25301 0.04624 0.25301 0.04745 0.25241 0.04805 0.25180 0.04865 0.24999 0.04865 0.24456\n 11 50 2 0.04202 0.25723 0.05469 0.25723\n 11 50 2 0.04202 0.26567 0.05469 0.26567\n 11 50 2 0.04805 0.25723 0.04805 0.26567\n 11 50 2 0.04202 0.27050 0.05469 0.27050\n 11 94 4 0.04443 0.27653 0.04383 0.27774 0.04202 0.27955 0.05469 0.27955\n 11 226 10 0.03961 0.28678 0.04081 0.28799 0.04262 0.28920 0.04504 0.29040 0.04805 0.29101 0.05046 0.29101 0.05348 0.29040 0.05589 0.28920 0.05770 0.28799 0.05891 0.28678\n 11 50 2 0.04564 0.29824 0.05288 0.29824\n 11 50 2 0.04745 0.29523 0.05107 0.30126\n 11 50 2 0.04745 0.30126 0.05107 0.29523\n 11 446 20 0.04383 0.31332 0.04262 0.31212 0.04202 0.31031 0.04202 0.30790 0.04262 0.30609 0.04383 0.30488 0.04504 0.30488 0.04624 0.30548 0.04684 0.30609 0.04745 0.30729 0.04865 0.31091 0.04926 0.31212 0.04986 0.31272 0.05107 0.31332 0.05288 0.31332 0.05408 0.31212 0.05469 0.31031 0.05469 0.30790 0.05408 0.30609 0.05288 0.30488\n 11 50 2 0.04202 0.31755 0.05469 0.31755\n 11 50 2 0.04202 0.32237 0.05469 0.32237\n 11 50 2 0.04202 0.32237 0.05469 0.33082\n 11 50 2 0.04202 0.33082 0.05469 0.33082\n 11 226 10 0.03961 0.33986 0.04081 0.33866 0.04262 0.33745 0.04504 0.33624 0.04805 0.33564 0.05046 0.33564 0.05348 0.33624 0.05589 0.33745 0.05770 0.33866 0.05891 0.33986\n 11 50 2 0.04202 0.34408 0.05469 0.34408\n 11 50 2 0.04202 0.34408 0.05469 0.34891\n 11 50 2 0.04202 0.35374 0.05469 0.34891\n 11 50 2 0.04202 0.35374 0.05469 0.35374\n 11 50 2 0.04202 0.35856 0.05469 0.35856\n 11 226 10 0.04202 0.35856 0.04202 0.36399 0.04262 0.36580 0.04323 0.36640 0.04443 0.36700 0.04624 0.36700 0.04745 0.36640 0.04805 0.36580 0.04865 0.36399 0.04865 0.35856\n 11 50 2 0.05891 0.37002 0.05891 0.38088\n 11 50 2 0.04202 0.38450 0.05469 0.38450\n 11 226 10 0.04202 0.38450 0.04202 0.38992 0.04262 0.39173 0.04323 0.39234 0.04443 0.39294 0.04624 0.39294 0.04745 0.39234 0.04805 0.39173 0.04865 0.38992 0.04865 0.38450\n 11 50 2 0.04202 0.39716 0.05469 0.39716\n 11 50 2 0.04202 0.40561 0.05469 0.40561\n 11 50 2 0.04805 0.39716 0.04805 0.40561\n 11 50 2 0.04202 0.41043 0.05469 0.41043\n 11 226 10 0.03961 0.41465 0.04081 0.41586 0.04262 0.41707 0.04504 0.41827 0.04805 0.41888 0.05046 0.41888 0.05348 0.41827 0.05589 0.41707 0.05770 0.41586 0.05891 0.41465\n 11 50 2 0.04926 0.43335 0.04926 0.44421\n 11 446 20 0.04383 0.46652 0.04262 0.46532 0.04202 0.46351 0.04202 0.46110 0.04262 0.45929 0.04383 0.45808 0.04504 0.45808 0.04624 0.45868 0.04684 0.45929 0.04745 0.46049 0.04865 0.46411 0.04926 0.46532 0.04986 0.46592 0.05107 0.46652 0.05288 0.46652 0.05408 0.46532 0.05469 0.46351 0.05469 0.46110 0.05408 0.45929 0.05288 0.45808\n 11 50 2 0.04202 0.47075 0.05469 0.47075\n 11 50 2 0.04202 0.47557 0.05469 0.47557\n 11 50 2 0.04202 0.47557 0.05469 0.48402\n 11 50 2 0.04202 0.48402 0.05469 0.48402\n 11 226 10 0.03961 0.49306 0.04081 0.49186 0.04262 0.49065 0.04504 0.48944 0.04805 0.48884 0.05046 0.48884 0.05348 0.48944 0.05589 0.49065 0.05770 0.49186 0.05891 0.49306\n 11 50 2 0.04202 0.49729 0.05469 0.49729\n 11 50 2 0.04202 0.49729 0.05469 0.50211\n 11 50 2 0.04202 0.50694 0.05469 0.50211\n 11 50 2 0.04202 0.50694 0.05469 0.50694\n 11 50 2 0.04202 0.51176 0.05469 0.51176\n 11 226 10 0.04202 0.51176 0.04202 0.51719 0.04262 0.51900 0.04323 0.51960 0.04443 0.52021 0.04624 0.52021 0.04745 0.51960 0.04805 0.51900 0.04865 0.51719 0.04865 0.51176\n 11 50 2 0.05891 0.52322 0.05891 0.53408\n 11 50 2 0.04202 0.53770 0.05469 0.53770\n 11 226 10 0.04202 0.53770 0.04202 0.54313 0.04262 0.54494 0.04323 0.54554 0.04443 0.54614 0.04624 0.54614 0.04745 0.54554 0.04805 0.54494 0.04865 0.54313 0.04865 0.53770\n 11 50 2 0.04202 0.55036 0.05469 0.55036\n 11 50 2 0.04202 0.55881 0.05469 0.55881\n 11 50 2 0.04805 0.55036 0.04805 0.55881\n 11 50 2 0.04202 0.56363 0.05469 0.56363\n 11 94 4 0.04443 0.56966 0.04383 0.57087 0.04202 0.57268 0.05469 0.57268\n 11 226 10 0.03961 0.57992 0.04081 0.58112 0.04262 0.58233 0.04504 0.58354 0.04805 0.58414 0.05046 0.58414 0.05348 0.58354 0.05589 0.58233 0.05770 0.58112 0.05891 0.57992\n 11 50 2 0.04564 0.59138 0.05288 0.59138\n 11 50 2 0.04745 0.58836 0.05107 0.59439\n 11 50 2 0.04745 0.59439 0.05107 0.58836\n 11 402 18 0.04504 0.60706 0.04383 0.60646 0.04262 0.60525 0.04202 0.60404 0.04202 0.60163 0.04262 0.60043 0.04383 0.59922 0.04504 0.59862 0.04684 0.59801 0.04986 0.59801 0.05167 0.59862 0.05288 0.59922 0.05408 0.60043 0.05469 0.60163 0.05469 0.60404 0.05408 0.60525 0.05288 0.60646 0.05167 0.60706\n 11 468 21 0.04202 0.61430 0.04262 0.61309 0.04383 0.61189 0.04504 0.61128 0.04684 0.61068 0.04986 0.61068 0.05167 0.61128 0.05288 0.61189 0.05408 0.61309 0.05469 0.61430 0.05469 0.61671 0.05408 0.61792 0.05288 0.61912 0.05167 0.61973 0.04986 0.62033 0.04684 0.62033 0.04504 0.61973 0.04383 0.61912 0.04262 0.61792 0.04202 0.61671 0.04202 0.61430\n 11 446 20 0.04383 0.63239 0.04262 0.63119 0.04202 0.62938 0.04202 0.62696 0.04262 0.62515 0.04383 0.62395 0.04504 0.62395 0.04624 0.62455 0.04684 0.62515 0.04745 0.62636 0.04865 0.62998 0.04926 0.63119 0.04986 0.63179 0.05107 0.63239 0.05288 0.63239 0.05408 0.63119 0.05469 0.62938 0.05469 0.62696 0.05408 0.62515 0.05288 0.62395\n 11 226 10 0.03961 0.64084 0.04081 0.63963 0.04262 0.63842 0.04504 0.63722 0.04805 0.63661 0.05046 0.63661 0.05348 0.63722 0.05589 0.63842 0.05770 0.63963 0.05891 0.64084\n 11 50 2 0.04202 0.64506 0.05469 0.64506\n 11 50 2 0.04202 0.64506 0.05469 0.64988\n 11 50 2 0.04202 0.65471 0.05469 0.64988\n 11 50 2 0.04202 0.65471 0.05469 0.65471\n 11 50 2 0.04202 0.65953 0.05469 0.65953\n 11 226 10 0.04202 0.65953 0.04202 0.66496 0.04262 0.66677 0.04323 0.66738 0.04443 0.66798 0.04624 0.66798 0.04745 0.66738 0.04805 0.66677 0.04865 0.66496 0.04865 0.65953\n 11 50 2 0.05891 0.67099 0.05891 0.68185\n 11 50 2 0.04202 0.68547 0.05469 0.68547\n 11 226 10 0.04202 0.68547 0.04202 0.69090 0.04262 0.69271 0.04323 0.69331 0.04443 0.69391 0.04624 0.69391 0.04745 0.69331 0.04805 0.69271 0.04865 0.69090 0.04865 0.68547\n 11 50 2 0.04202 0.69814 0.05469 0.69814\n 11 50 2 0.04202 0.70658 0.05469 0.70658\n 11 50 2 0.04805 0.69814 0.04805 0.70658\n 11 50 2 0.04202 0.71141 0.05469 0.71141\n 11 226 10 0.03961 0.71563 0.04081 0.71683 0.04262 0.71804 0.04504 0.71925 0.04805 0.71985 0.05046 0.71985 0.05348 0.71925 0.05589 0.71804 0.05770 0.71683 0.05891 0.71563\n 11 50 2 0.04564 0.72709 0.05288 0.72709\n 11 50 2 0.04745 0.72407 0.05107 0.73010\n 11 50 2 0.04745 0.73010 0.05107 0.72407\n 11 402 18 0.04504 0.74277 0.04383 0.74217 0.04262 0.74096 0.04202 0.73975 0.04202 0.73734 0.04262 0.73614 0.04383 0.73493 0.04504 0.73433 0.04684 0.73372 0.04986 0.73372 0.05167 0.73433 0.05288 0.73493 0.05408 0.73614 0.05469 0.73734 0.05469 0.73975 0.05408 0.74096 0.05288 0.74217 0.05167 0.74277\n 11 468 21 0.04202 0.75001 0.04262 0.74880 0.04383 0.74759 0.04504 0.74699 0.04684 0.74639 0.04986 0.74639 0.05167 0.74699 0.05288 0.74759 0.05408 0.74880 0.05469 0.75001 0.05469 0.75242 0.05408 0.75363 0.05288 0.75483 0.05167 0.75544 0.04986 0.75604 0.04684 0.75604 0.04504 0.75544 0.04383 0.75483 0.04262 0.75363 0.04202 0.75242 0.04202 0.75001\n 11 446 20 0.04383 0.76810 0.04262 0.76690 0.04202 0.76509 0.04202 0.76267 0.04262 0.76086 0.04383 0.75966 0.04504 0.75966 0.04624 0.76026 0.04684 0.76086 0.04745 0.76207 0.04865 0.76569 0.04926 0.76690 0.04986 0.76750 0.05107 0.76810 0.05288 0.76810 0.05408 0.76690 0.05469 0.76509 0.05469 0.76267 0.05408 0.76086 0.05288 0.75966\n 11 226 10 0.03961 0.77655 0.04081 0.77534 0.04262 0.77413 0.04504 0.77293 0.04805 0.77232 0.05046 0.77232 0.05348 0.77293 0.05589 0.77413 0.05770 0.77534 0.05891 0.77655\n 11 50 2 0.04202 0.78077 0.05469 0.78077\n 11 50 2 0.04202 0.78077 0.05469 0.78559\n 11 50 2 0.04202 0.79042 0.05469 0.78559\n 11 50 2 0.04202 0.79042 0.05469 0.79042\n 11 50 2 0.04202 0.79524 0.05469 0.79524\n 11 226 10 0.04202 0.79524 0.04202 0.80067 0.04262 0.80248 0.04323 0.80309 0.04443 0.80369 0.04624 0.80369 0.04745 0.80309 0.04805 0.80248 0.04865 0.80067 0.04865 0.79524\n 11 50 2 0.05891 0.80670 0.05891 0.81756\n 11 50 2 0.04202 0.82118 0.05469 0.82118\n 11 50 2 0.05469 0.82118 0.05469 0.82842\n 11 50 2 0.04202 0.83445 0.05469 0.82962\n 11 50 2 0.04202 0.83445 0.05469 0.83927\n 11 50 2 0.05046 0.83143 0.05046 0.83746\n 11 50 2 0.04202 0.84229 0.05469 0.84229\n 11 50 2 0.04202 0.84229 0.05469 0.84712\n 11 50 2 0.04202 0.85194 0.05469 0.84712\n 11 50 2 0.04202 0.85194 0.05469 0.85194\n 11 50 2 0.04202 0.85677 0.05469 0.85677\n 11 204 9 0.04202 0.85677 0.04202 0.86219 0.04262 0.86400 0.04323 0.86461 0.04443 0.86521 0.04564 0.86521 0.04684 0.86461 0.04745 0.86400 0.04805 0.86219\n 11 226 10 0.04805 0.85677 0.04805 0.86219 0.04865 0.86400 0.04926 0.86461 0.05046 0.86521 0.05227 0.86521 0.05348 0.86461 0.05408 0.86400 0.05469 0.86219 0.05469 0.85677\n 11 50 2 0.04202 0.86943 0.05469 0.86943\n 11 270 12 0.04202 0.86943 0.04202 0.87365 0.04262 0.87546 0.04383 0.87667 0.04504 0.87727 0.04684 0.87788 0.04986 0.87788 0.05167 0.87727 0.05288 0.87667 0.05408 0.87546 0.05469 0.87365 0.05469 0.86943\n 11 50 2 0.04202 0.88511 0.05469 0.88029\n 11 50 2 0.04202 0.88511 0.05469 0.88994\n 11 50 2 0.05046 0.88210 0.05046 0.88813\n 11 50 2 0.04926 0.89296 0.04926 0.90381\n 11 50 2 0.04202 0.90864 0.05469 0.90864\n 11 50 2 0.04202 0.90864 0.05469 0.91346\n 11 50 2 0.04202 0.91829 0.05469 0.91346\n 11 50 2 0.04202 0.91829 0.05469 0.91829\n 11 50 2 0.04202 0.92311 0.05469 0.92311\n 11 226 10 0.04202 0.92311 0.04202 0.92854 0.04262 0.93035 0.04323 0.93095 0.04443 0.93156 0.04624 0.93156 0.04745 0.93095 0.04805 0.93035 0.04865 0.92854 0.04865 0.92311\n 11 50 2 0.05891 0.93457 0.05891 0.94543\n 11 50 2 0.04202 0.94905 0.05469 0.94905\n 11 50 2 0.05469 0.94905 0.05469 0.95629\n 11 50 2 0.04202 0.96232 0.05469 0.95749\n 11 50 2 0.04202 0.96232 0.05469 0.96714\n 11 50 2 0.05046 0.95930 0.05046 0.96533\n 11 50 2 0.04202 0.97016 0.05469 0.97016\n 11 50 2 0.04202 0.97016 0.05469 0.97498\n 11 50 2 0.04202 0.97981 0.05469 0.97498\n 11 50 2 0.04202 0.97981 0.05469 0.97981\n 11 50 2 0.04202 0.98463 0.05469 0.98463\n 11 204 9 0.04202 0.98463 0.04202 0.99006 0.04262 0.99187 0.04323 0.99248 0.04443 0.99308 0.04564 0.99308 0.04684 0.99248 0.04745 0.99187 0.04805 0.99006\n 11 226 10 0.04805 0.98463 0.04805 0.99006 0.04865 0.99187 0.04926 0.99248 0.05046 0.99308 0.05227 0.99308 0.05348 0.99248 0.05408 0.99187 0.05469 0.99006 0.05469 0.98463\n 11 50 2 0.04202 0.99730 0.05469 0.99730\n 11 270 12 0.04202 0.99730 0.04202 1.00152 0.04262 1.00333 0.04383 1.00454 0.04504 1.00514 0.04684 1.00574 0.04986 1.00574 0.05167 1.00514 0.05288 1.00454 0.05408 1.00333 0.05469 1.00152 0.05469 0.99730\n 11 50 2 0.04202 1.01298 0.05469 1.00816\n 11 50 2 0.04202 1.01298 0.05469 1.01781\n 11 50 2 0.05046 1.00997 0.05046 1.01600\n 11 380 17 0.04202 1.02384 0.04262 1.02203 0.04443 1.02082 0.04745 1.02022 0.04926 1.02022 0.05227 1.02082 0.05408 1.02203 0.05469 1.02384 0.05469 1.02505 0.05408 1.02686 0.05227 1.02806 0.04926 1.02866 0.04745 1.02866 0.04443 1.02806 0.04262 1.02686 0.04202 1.02505 0.04202 1.02384\n 11 226 10 0.03961 1.03228 0.04081 1.03349 0.04262 1.03470 0.04504 1.03590 0.04805 1.03651 0.05046 1.03651 0.05348 1.03590 0.05589 1.03470 0.05770 1.03349 0.05891 1.03228\n 11 226 10 0.03961 1.05038 0.04081 1.05158 0.04262 1.05279 0.04504 1.05400 0.04805 1.05460 0.05046 1.05460 0.05348 1.05400 0.05589 1.05279 0.05770 1.05158 0.05891 1.05038\n 11 50 2 0.18877 0.10186 0.18877 0.08919\n 11 50 2 0.18877 0.10186 0.19360 0.08919\n 11 50 2 0.19842 0.10186 0.19360 0.08919\n 11 50 2 0.19842 0.10186 0.19842 0.08919\n 11 50 2 0.20325 0.10186 0.20325 0.08919\n 11 226 10 0.20325 0.10186 0.20868 0.10186 0.21049 0.10125 0.21109 0.10065 0.21169 0.09945 0.21169 0.09764 0.21109 0.09643 0.21049 0.09583 0.20868 0.09522 0.20325 0.09522\n 11 50 2 0.21471 0.08497 0.22556 0.08497\n 11 50 2 0.22918 0.10186 0.22918 0.08919\n 11 226 10 0.22918 0.10186 0.23461 0.10186 0.23642 0.10125 0.23702 0.10065 0.23763 0.09945 0.23763 0.09824 0.23702 0.09703 0.23642 0.09643 0.23461 0.09583 0.22918 0.09583\n 11 50 2 0.23341 0.09583 0.23763 0.08919\n 11 50 2 0.25391 0.09824 0.25391 0.09100\n 11 50 2 0.25090 0.09643 0.25693 0.09281\n 11 50 2 0.25693 0.09643 0.25090 0.09281\n 11 50 2 0.27080 0.10186 0.27080 0.08919\n 11 50 2 0.27080 0.10186 0.27563 0.08919\n 11 50 2 0.28045 0.10186 0.27563 0.08919\n 11 50 2 0.28045 0.10186 0.28045 0.08919\n 11 50 2 0.28528 0.10186 0.28528 0.08919\n 11 226 10 0.28528 0.10186 0.29071 0.10186 0.29251 0.10125 0.29312 0.10065 0.29372 0.09945 0.29372 0.09764 0.29312 0.09643 0.29251 0.09583 0.29071 0.09522 0.28528 0.09522\n 11 50 2 0.29674 0.08497 0.30759 0.08497\n 11 50 2 0.31121 0.10186 0.31121 0.08919\n 11 204 9 0.31121 0.10186 0.31664 0.10186 0.31845 0.10125 0.31905 0.10065 0.31966 0.09945 0.31966 0.09824 0.31905 0.09703 0.31845 0.09643 0.31664 0.09583\n 11 226 10 0.31121 0.09583 0.31664 0.09583 0.31845 0.09522 0.31905 0.09462 0.31966 0.09341 0.31966 0.09160 0.31905 0.09040 0.31845 0.08979 0.31664 0.08919 0.31121 0.08919\n 11 50 2 0.32388 0.10186 0.32388 0.08919\n 11 424 19 0.33715 0.09884 0.33655 0.10005 0.33534 0.10125 0.33413 0.10186 0.33172 0.10186 0.33051 0.10125 0.32931 0.10005 0.32870 0.09884 0.32810 0.09703 0.32810 0.09402 0.32870 0.09221 0.32931 0.09100 0.33051 0.08979 0.33172 0.08919 0.33413 0.08919 0.33534 0.08979 0.33655 0.09100 0.33715 0.09221 0.33715 0.09402\n 11 50 2 0.33413 0.09402 0.33715 0.09402\n 11 50 2 0.34137 0.10186 0.34137 0.08919\n 11 50 2 0.34981 0.10186 0.34137 0.09341\n 11 50 2 0.34439 0.09643 0.34981 0.08919\n 11 50 2 0.36610 0.09824 0.36610 0.09100\n 11 50 2 0.36308 0.09643 0.36912 0.09281\n 11 50 2 0.36912 0.09643 0.36308 0.09281\n 11 402 18 0.39143 0.09884 0.39083 0.10005 0.38962 0.10125 0.38842 0.10186 0.38600 0.10186 0.38480 0.10125 0.38359 0.10005 0.38299 0.09884 0.38238 0.09703 0.38238 0.09402 0.38299 0.09221 0.38359 0.09100 0.38480 0.08979 0.38600 0.08919 0.38842 0.08919 0.38962 0.08979 0.39083 0.09100 0.39143 0.09221\n 11 468 21 0.39867 0.10186 0.39746 0.10125 0.39626 0.10005 0.39565 0.09884 0.39505 0.09703 0.39505 0.09402 0.39565 0.09221 0.39626 0.09100 0.39746 0.08979 0.39867 0.08919 0.40108 0.08919 0.40229 0.08979 0.40350 0.09100 0.40410 0.09221 0.40470 0.09402 0.40470 0.09703 0.40410 0.09884 0.40350 0.10005 0.40229 0.10125 0.40108 0.10186 0.39867 0.10186\n 11 446 20 0.41676 0.10005 0.41556 0.10125 0.41375 0.10186 0.41134 0.10186 0.40953 0.10125 0.40832 0.10005 0.40832 0.09884 0.40892 0.09764 0.40953 0.09703 0.41073 0.09643 0.41435 0.09522 0.41556 0.09462 0.41616 0.09402 0.41676 0.09281 0.41676 0.09100 0.41556 0.08979 0.41375 0.08919 0.41134 0.08919 0.40953 0.08979 0.40832 0.09100\n 11 226 10 0.42521 0.10427 0.42400 0.10306 0.42280 0.10125 0.42159 0.09884 0.42099 0.09583 0.42099 0.09341 0.42159 0.09040 0.42280 0.08799 0.42400 0.08618 0.42521 0.08497\n 11 50 2 0.42943 0.10186 0.42943 0.08919\n 11 50 2 0.42943 0.10186 0.43426 0.08919\n 11 50 2 0.43908 0.10186 0.43426 0.08919\n 11 50 2 0.43908 0.10186 0.43908 0.08919\n 11 50 2 0.44391 0.10186 0.44391 0.08919\n 11 226 10 0.44391 0.10186 0.44934 0.10186 0.45114 0.10125 0.45175 0.10065 0.45235 0.09945 0.45235 0.09764 0.45175 0.09643 0.45114 0.09583 0.44934 0.09522 0.44391 0.09522\n 11 50 2 0.45537 0.08497 0.46622 0.08497\n 11 50 2 0.46984 0.10186 0.46984 0.08919\n 11 226 10 0.46984 0.10186 0.47527 0.10186 0.47708 0.10125 0.47768 0.10065 0.47829 0.09945 0.47829 0.09764 0.47768 0.09643 0.47708 0.09583 0.47527 0.09522 0.46984 0.09522\n 11 50 2 0.48251 0.10186 0.48251 0.08919\n 11 50 2 0.49095 0.10186 0.49095 0.08919\n 11 50 2 0.48251 0.09583 0.49095 0.09583\n 11 50 2 0.49578 0.10186 0.49578 0.08919\n 11 226 10 0.50000 0.10427 0.50121 0.10306 0.50241 0.10125 0.50362 0.09884 0.50422 0.09583 0.50422 0.09341 0.50362 0.09040 0.50241 0.08799 0.50121 0.08618 0.50000 0.08497\n 11 50 2 0.52111 0.09824 0.52111 0.09100\n 11 50 2 0.51809 0.09643 0.52413 0.09281\n 11 50 2 0.52413 0.09643 0.51809 0.09281\n 11 446 20 0.54584 0.10005 0.54463 0.10125 0.54282 0.10186 0.54041 0.10186 0.53860 0.10125 0.53740 0.10005 0.53740 0.09884 0.53800 0.09764 0.53860 0.09703 0.53981 0.09643 0.54343 0.09522 0.54463 0.09462 0.54524 0.09402 0.54584 0.09281 0.54584 0.09100 0.54463 0.08979 0.54282 0.08919 0.54041 0.08919 0.53860 0.08979 0.53740 0.09100\n 11 50 2 0.55006 0.10186 0.55006 0.08919\n 11 50 2 0.55489 0.10186 0.55489 0.08919\n 11 50 2 0.55489 0.10186 0.56333 0.08919\n 11 50 2 0.56333 0.10186 0.56333 0.08919\n 11 226 10 0.57238 0.10427 0.57117 0.10306 0.56997 0.10125 0.56876 0.09884 0.56816 0.09583 0.56816 0.09341 0.56876 0.09040 0.56997 0.08799 0.57117 0.08618 0.57238 0.08497\n 11 50 2 0.57660 0.10186 0.57660 0.08919\n 11 50 2 0.57660 0.10186 0.58143 0.08919\n 11 50 2 0.58625 0.10186 0.58143 0.08919\n 11 50 2 0.58625 0.10186 0.58625 0.08919\n 11 50 2 0.59108 0.10186 0.59108 0.08919\n 11 226 10 0.59108 0.10186 0.59650 0.10186 0.59831 0.10125 0.59892 0.10065 0.59952 0.09945 0.59952 0.09764 0.59892 0.09643 0.59831 0.09583 0.59650 0.09522 0.59108 0.09522\n 11 50 2 0.60254 0.08497 0.61339 0.08497\n 11 50 2 0.61701 0.10186 0.61701 0.08919\n 11 50 2 0.61701 0.08919 0.62425 0.08919\n 11 50 2 0.63028 0.10186 0.62546 0.08919\n 11 50 2 0.63028 0.10186 0.63511 0.08919\n 11 50 2 0.62727 0.09341 0.63330 0.09341\n 11 50 2 0.63812 0.10186 0.63812 0.08919\n 11 50 2 0.63812 0.10186 0.64295 0.08919\n 11 50 2 0.64777 0.10186 0.64295 0.08919\n 11 50 2 0.64777 0.10186 0.64777 0.08919\n 11 50 2 0.65260 0.10186 0.65260 0.08919\n 11 204 9 0.65260 0.10186 0.65803 0.10186 0.65984 0.10125 0.66044 0.10065 0.66104 0.09945 0.66104 0.09824 0.66044 0.09703 0.65984 0.09643 0.65803 0.09583\n 11 226 10 0.65260 0.09583 0.65803 0.09583 0.65984 0.09522 0.66044 0.09462 0.66104 0.09341 0.66104 0.09160 0.66044 0.09040 0.65984 0.08979 0.65803 0.08919 0.65260 0.08919\n 11 50 2 0.66526 0.10186 0.66526 0.08919\n 11 270 12 0.66526 0.10186 0.66949 0.10186 0.67130 0.10125 0.67250 0.10005 0.67311 0.09884 0.67371 0.09703 0.67371 0.09402 0.67311 0.09221 0.67250 0.09100 0.67130 0.08979 0.66949 0.08919 0.66526 0.08919\n 11 50 2 0.68095 0.10186 0.67612 0.08919\n 11 50 2 0.68095 0.10186 0.68577 0.08919\n 11 50 2 0.67793 0.09341 0.68396 0.09341\n 11 50 2 0.68879 0.09462 0.69964 0.09462\n 11 50 2 0.70447 0.10186 0.70447 0.08919\n 11 50 2 0.70447 0.10186 0.70929 0.08919\n 11 50 2 0.71412 0.10186 0.70929 0.08919\n 11 50 2 0.71412 0.10186 0.71412 0.08919\n 11 50 2 0.71895 0.10186 0.71895 0.08919\n 11 226 10 0.71895 0.10186 0.72437 0.10186 0.72618 0.10125 0.72679 0.10065 0.72739 0.09945 0.72739 0.09764 0.72679 0.09643 0.72618 0.09583 0.72437 0.09522 0.71895 0.09522\n 11 50 2 0.73041 0.08497 0.74126 0.08497\n 11 50 2 0.74488 0.10186 0.74488 0.08919\n 11 50 2 0.74488 0.08919 0.75212 0.08919\n 11 50 2 0.75815 0.10186 0.75332 0.08919\n 11 50 2 0.75815 0.10186 0.76298 0.08919\n 11 50 2 0.75513 0.09341 0.76117 0.09341\n 11 50 2 0.76599 0.10186 0.76599 0.08919\n 11 50 2 0.76599 0.10186 0.77082 0.08919\n 11 50 2 0.77564 0.10186 0.77082 0.08919\n 11 50 2 0.77564 0.10186 0.77564 0.08919\n 11 50 2 0.78047 0.10186 0.78047 0.08919\n 11 204 9 0.78047 0.10186 0.78590 0.10186 0.78770 0.10125 0.78831 0.10065 0.78891 0.09945 0.78891 0.09824 0.78831 0.09703 0.78770 0.09643 0.78590 0.09583\n 11 226 10 0.78047 0.09583 0.78590 0.09583 0.78770 0.09522 0.78831 0.09462 0.78891 0.09341 0.78891 0.09160 0.78831 0.09040 0.78770 0.08979 0.78590 0.08919 0.78047 0.08919\n 11 50 2 0.79313 0.10186 0.79313 0.08919\n 11 270 12 0.79313 0.10186 0.79736 0.10186 0.79916 0.10125 0.80037 0.10005 0.80097 0.09884 0.80158 0.09703 0.80158 0.09402 0.80097 0.09221 0.80037 0.09100 0.79916 0.08979 0.79736 0.08919 0.79313 0.08919\n 11 50 2 0.80882 0.10186 0.80399 0.08919\n 11 50 2 0.80882 0.10186 0.81364 0.08919\n 11 50 2 0.80580 0.09341 0.81183 0.09341\n 11 380 17 0.81967 0.10186 0.81786 0.10125 0.81666 0.09945 0.81605 0.09643 0.81605 0.09462 0.81666 0.09160 0.81786 0.08979 0.81967 0.08919 0.82088 0.08919 0.82269 0.08979 0.82389 0.09160 0.82450 0.09462 0.82450 0.09643 0.82389 0.09945 0.82269 0.10125 0.82088 0.10186 0.81967 0.10186\n 11 226 10 0.82812 0.10427 0.82932 0.10306 0.83053 0.10125 0.83174 0.09884 0.83234 0.09583 0.83234 0.09341 0.83174 0.09040 0.83053 0.08799 0.82932 0.08618 0.82812 0.08497\n 11 50 2 0.12666 0.14777 0.12666 0.85223\n 11 50 2 0.89445 0.14777 0.89445 0.85223\n 11 50 2 0.12666 0.85223 0.89445 0.85223\n 11 50 2 0.12666 0.14777 0.89445 0.14777\n 82 0\n 81 6 74\n 82 0\n 81 6 75\n 21 6 1\n 21 6 1\n 11 864 39 0.87122 0.41448 0.87024 0.41134 0.87021 0.40917 0.86920 0.40673 0.86950 0.40453 0.86940 0.40238 0.86895 0.40101 0.86972 0.40166 0.87052 0.40120 0.87088 0.40370 0.87181 0.40537 0.87135 0.40331 0.87080 0.40048 0.86997 0.39842 0.86866 0.39499 0.86728 0.39119 0.86707 0.38942 0.86719 0.38797 0.86771 0.38725 0.86669 0.38450 0.86733 0.38484 0.86833 0.38582 0.86885 0.38579 0.86927 0.38540 0.86916 0.38370 0.86996 0.38433 0.87020 0.38363 0.87007 0.38228 0.86990 0.38094 0.86968 0.37957 0.86993 0.37894 0.86965 0.37763 0.86966 0.37697 0.86953 0.37630 0.86971 0.37633 0.86931 0.37504 0.86893 0.37373 0.86801 0.37145 0.86796 0.37119\n 11 160 7 0.89082 0.54905 0.89106 0.54728 0.89134 0.54513 0.89165 0.54259 0.89187 0.54043 0.89202 0.53831 0.89187 0.53865\n 11 2184 99 0.89187 0.53865 0.89178 0.53826 0.89165 0.53752 0.89179 0.53541 0.89143 0.53756 0.89111 0.53859 0.89086 0.53789 0.89058 0.53716 0.89026 0.53609 0.89037 0.53217 0.88980 0.53540 0.88924 0.53682 0.88897 0.53507 0.88870 0.53396 0.88871 0.53220 0.88812 0.53256 0.88762 0.53257 0.88765 0.53685 0.88749 0.53437 0.88725 0.53152 0.88701 0.52904 0.88727 0.52509 0.88720 0.52222 0.88674 0.52014 0.88627 0.51905 0.88585 0.51942 0.88555 0.51768 0.88532 0.51554 0.88484 0.51309 0.88440 0.51024 0.88385 0.51101 0.88323 0.51247 0.88250 0.51184 0.88188 0.51009 0.88142 0.50832 0.88032 0.51056 0.88019 0.50775 0.88094 0.50656 0.88078 0.50374 0.88048 0.50123 0.88015 0.49876 0.88086 0.49615 0.88196 0.49500 0.88259 0.49244 0.88200 0.48920 0.88145 0.49073 0.88075 0.49114 0.88052 0.49441 0.88046 0.49692 0.87972 0.49807 0.87874 0.49924 0.87918 0.50208 0.87895 0.50494 0.87840 0.50538 0.87783 0.50437 0.87773 0.50189 0.87785 0.49934 0.87747 0.49688 0.87732 0.49440 0.87688 0.49121 0.87573 0.48879 0.87573 0.48628 0.87495 0.48495 0.87444 0.48245 0.87440 0.47994 0.87484 0.47737 0.87538 0.47513 0.87471 0.47304 0.87468 0.47012 0.87416 0.46618 0.87484 0.46282 0.87358 0.46333 0.87261 0.46350 0.87162 0.46364 0.87042 0.46341 0.86945 0.46211 0.86841 0.46117 0.86731 0.45914 0.86710 0.45664 0.86613 0.45386 0.86513 0.45112 0.86388 0.44798 0.86284 0.44780 0.86180 0.44613 0.86098 0.44741 0.85966 0.44689 0.85823 0.44674 0.85712 0.44768 0.85600 0.44858 0.85508 0.44989 0.85499 0.45245 0.85436 0.45476 0.85403 0.45810 0.85334 0.46041 0.85251 0.46310 0.85252 0.46601 0.85136 0.46949 0.85065 0.46963 0.84933 0.46880\n 11 2184 99 0.84933 0.46880 0.84754 0.46915 0.84628 0.46792 0.84524 0.46709 0.84401 0.46478 0.84246 0.46332 0.84132 0.46064 0.83999 0.45840 0.83802 0.45700 0.83664 0.45363 0.83498 0.45331 0.83341 0.45258 0.83442 0.45598 0.83405 0.46008 0.83317 0.46246 0.83190 0.46671 0.83341 0.46567 0.83322 0.46896 0.83238 0.47205 0.83164 0.47473 0.83087 0.47740 0.83033 0.48040 0.83064 0.48393 0.82975 0.48588 0.82868 0.48579 0.82724 0.48399 0.82585 0.48287 0.82455 0.48071 0.82341 0.47812 0.82206 0.47596 0.82067 0.47382 0.81999 0.47184 0.82089 0.46871 0.82148 0.46640 0.82158 0.46420 0.82238 0.46217 0.82163 0.46018 0.82102 0.45781 0.82174 0.45688 0.82010 0.45407 0.81981 0.45485 0.81766 0.45322 0.81611 0.45000 0.81425 0.44756 0.81243 0.44475 0.81125 0.44363 0.80948 0.44413 0.80736 0.44327 0.80523 0.44239 0.80322 0.44334 0.80153 0.44459 0.79968 0.44625 0.79782 0.44682 0.79625 0.44766 0.79480 0.44921 0.79480 0.45141 0.79224 0.45152 0.79059 0.45349 0.79040 0.45610 0.78936 0.45862 0.78830 0.46114 0.78722 0.46367 0.78675 0.46673 0.78622 0.46976 0.78617 0.47267 0.78489 0.47454 0.78371 0.47707 0.78188 0.47908 0.78098 0.48190 0.78134 0.48458 0.78227 0.48779 0.78314 0.49104 0.78464 0.49299 0.78510 0.49527 0.78558 0.49758 0.78361 0.49891 0.78427 0.50074 0.78539 0.49868 0.78636 0.50149 0.78751 0.50320 0.78915 0.50543 0.79118 0.50622 0.79300 0.50737 0.79359 0.50994 0.79605 0.50993 0.79721 0.50857 0.79897 0.50976 0.80044 0.51210 0.80098 0.51399 0.80217 0.51469 0.80359 0.51431 0.80360 0.51570 0.80122 0.51564 0.80073 0.51646 0.80098 0.51806 0.80048 0.51953 0.79928 0.51815 0.79833 0.51642 0.79710 0.51571\n 11 2184 99 0.79710 0.51571 0.79661 0.51856 0.79878 0.51897 0.79947 0.52181 0.80064 0.52319 0.80226 0.52445 0.80219 0.52648 0.80367 0.52541 0.80501 0.52708 0.80605 0.52917 0.80710 0.53123 0.80870 0.53116 0.81048 0.53205 0.81214 0.53070 0.81313 0.53279 0.81337 0.53536 0.81431 0.53745 0.81630 0.53737 0.81903 0.53614 0.81987 0.53660 0.82172 0.53485 0.82274 0.53268 0.82373 0.53110 0.82422 0.53269 0.82529 0.52981 0.82644 0.52852 0.82812 0.52818 0.82984 0.52714 0.83177 0.52574 0.83359 0.52575 0.83508 0.52444 0.83573 0.52636 0.83583 0.52802 0.83500 0.53122 0.83355 0.53424 0.83191 0.53688 0.82973 0.53862 0.82748 0.54040 0.82649 0.54191 0.82428 0.54297 0.82241 0.54468 0.82034 0.54608 0.81858 0.54804 0.81681 0.55004 0.81572 0.55317 0.81458 0.55629 0.81419 0.55990 0.81432 0.56274 0.81414 0.56593 0.81361 0.56852 0.81288 0.57088 0.81289 0.57369 0.81333 0.57547 0.81286 0.57834 0.81231 0.58121 0.81296 0.58358 0.81243 0.58550 0.81164 0.58379 0.81121 0.58690 0.81171 0.58803 0.81103 0.58967 0.80975 0.59110 0.80912 0.58968 0.80835 0.58799 0.80839 0.59009 0.80855 0.59158 0.80926 0.59204 0.81087 0.59150 0.80926 0.59204 0.80754 0.59354 0.80602 0.59436 0.80407 0.59438 0.80279 0.59577 0.80127 0.59783 0.79907 0.59728 0.80014 0.59858 0.79871 0.59969 0.79658 0.60152 0.79548 0.60340 0.79539 0.60546 0.79649 0.60355 0.79787 0.60214 0.79928 0.59991 0.80056 0.60055 0.80144 0.59925 0.80191 0.60034 0.80299 0.59844 0.80470 0.59578 0.80475 0.59695 0.80303 0.59960 0.80183 0.60242 0.80117 0.60428 0.79824 0.60528 0.79598 0.60681 0.79713 0.60719 0.79882 0.60665 0.79813 0.60962 0.79648 0.61271 0.79460 0.61527\n 11 2184 99 0.79460 0.61527 0.79347 0.61489 0.79249 0.61726 0.79202 0.61984 0.79187 0.62210 0.79243 0.62370 0.79296 0.62530 0.79274 0.62755 0.79147 0.62935 0.79280 0.62919 0.79245 0.63115 0.79319 0.63051 0.79305 0.63329 0.79159 0.63452 0.79270 0.63359 0.79225 0.63199 0.79025 0.63304 0.78923 0.63260 0.78835 0.63432 0.78716 0.63501 0.78586 0.63706 0.78466 0.63931 0.78389 0.63993 0.78358 0.64206 0.78326 0.64447 0.78158 0.64703 0.78254 0.64719 0.78216 0.64958 0.78173 0.65167 0.78087 0.65408 0.77927 0.65525 0.77968 0.65753 0.77924 0.66011 0.77794 0.66352 0.77953 0.66212 0.77935 0.66446 0.78071 0.66129 0.78129 0.65950 0.78262 0.65653 0.78440 0.65435 0.78643 0.65344 0.78782 0.65414 0.78652 0.65683 0.78515 0.65954 0.78373 0.66166 0.78389 0.66321 0.78290 0.66610 0.78193 0.66998 0.78123 0.67306 0.77967 0.67461 0.77889 0.67690 0.77731 0.67969 0.77571 0.67867 0.77327 0.68041 0.77243 0.68018 0.77446 0.67793 0.77640 0.67517 0.77842 0.67387 0.77797 0.67260 0.77863 0.67034 0.77808 0.66856 0.77628 0.66736 0.77526 0.66617 0.77270 0.66679 0.76984 0.66843 0.76783 0.67027 0.76833 0.66728 0.76555 0.66699 0.76600 0.66988 0.76535 0.67186 0.76431 0.67432 0.76265 0.67535 0.76128 0.67518 0.76017 0.67382 0.76025 0.67145 0.76034 0.66904 0.76123 0.66632 0.76169 0.66415 0.76250 0.66140 0.76377 0.65859 0.76547 0.65597 0.76681 0.65359 0.76806 0.65121 0.76830 0.64865 0.76703 0.65109 0.76571 0.65321 0.76444 0.65557 0.76302 0.65769 0.76130 0.66029 0.76001 0.66308 0.75838 0.66633 0.75877 0.66821 0.75673 0.67002 0.75527 0.67224 0.75476 0.67486 0.75501 0.67646 0.75526 0.67831 0.75510 0.68063 0.75567 0.68200\n 11 2184 99 0.75567 0.68200 0.75581 0.68364 0.75593 0.68547 0.75688 0.68637 0.75649 0.68872 0.75652 0.69128 0.75481 0.69358 0.75307 0.69563 0.75127 0.69766 0.74985 0.70060 0.74924 0.70351 0.74734 0.70610 0.74588 0.70805 0.74243 0.70879 0.74014 0.71023 0.73763 0.70967 0.73779 0.70774 0.73559 0.70852 0.73525 0.70619 0.73334 0.70909 0.73205 0.70843 0.73171 0.70631 0.72986 0.70632 0.72944 0.70384 0.72711 0.70447 0.72568 0.70306 0.72380 0.70288 0.72101 0.70413 0.71920 0.70594 0.71774 0.70538 0.71582 0.70622 0.71388 0.70587 0.71096 0.70595 0.70802 0.70623 0.70502 0.70617 0.70201 0.70631 0.70001 0.70639 0.70178 0.70449 0.70309 0.70296 0.70510 0.70284 0.70737 0.70083 0.70852 0.69849 0.71026 0.69686 0.71123 0.69391 0.70762 0.69402 0.70686 0.69296 0.70420 0.69304 0.70233 0.69398 0.69951 0.69555 0.69696 0.69619 0.69464 0.69770 0.69376 0.69636 0.69331 0.69481 0.69139 0.69398 0.68965 0.69543 0.68771 0.69463 0.68529 0.69427 0.68331 0.69352 0.68340 0.69075 0.68285 0.68944 0.68110 0.68818 0.67974 0.68651 0.68053 0.68444 0.68289 0.68308 0.68486 0.68342 0.68691 0.68159 0.68893 0.67955 0.69082 0.67974 0.69375 0.67843 0.69608 0.67704 0.69781 0.67461 0.69759 0.67290 0.69929 0.67158 0.70173 0.67171 0.70327 0.67239 0.70677 0.67115 0.70922 0.67009 0.71260 0.66867 0.71618 0.66636 0.71786 0.66372 0.71915 0.66050 0.72001 0.65749 0.72035 0.65479 0.72288 0.65407 0.72536 0.65311 0.72843 0.65118 0.73096 0.64931 0.73401 0.64846 0.73574 0.64510 0.73627 0.64168 0.73800 0.64060 0.73542 0.64017 0.73287 0.64097 0.73051 0.64101 0.72780 0.64162 0.72472 0.64166 0.72248 0.64400 0.72044 0.64560 0.71795 0.64665\n 11 2184 99 0.71795 0.64665 0.71453 0.65012 0.71204 0.64918 0.71052 0.64691 0.70893 0.64466 0.70520 0.64411 0.70302 0.64294 0.70103 0.64218 0.69795 0.64267 0.69471 0.64209 0.69207 0.64073 0.68862 0.64009 0.68802 0.63785 0.68766 0.63600 0.68609 0.63743 0.68343 0.63856 0.68147 0.64033 0.67786 0.64207 0.67620 0.64115 0.67527 0.63955 0.67268 0.64073 0.67031 0.64290 0.66766 0.64560 0.66616 0.64780 0.66459 0.65003 0.66305 0.65300 0.66186 0.65562 0.66220 0.65742 0.65970 0.65947 0.66034 0.66171 0.66106 0.66409 0.65834 0.66591 0.65634 0.66928 0.65849 0.67177 0.65686 0.67489 0.65516 0.67795 0.65244 0.67976 0.65000 0.68373 0.64729 0.68372 0.64832 0.68594 0.65019 0.68574 0.65257 0.68732 0.65139 0.69040 0.65024 0.69374 0.64713 0.69595 0.64451 0.69482 0.64164 0.69640 0.64119 0.69879 0.63758 0.70067 0.63556 0.69905 0.63344 0.69986 0.63128 0.69853 0.63007 0.69683 0.63290 0.69520 0.63626 0.69339 0.63953 0.69146 0.64024 0.68873 0.64251 0.68731 0.64258 0.68560 0.63830 0.68629 0.63576 0.68830 0.63344 0.68976 0.62964 0.69025 0.63211 0.68650 0.62849 0.68730 0.62543 0.68795 0.62275 0.68747 0.62183 0.69038 0.61845 0.69145 0.61580 0.69174 0.61259 0.69229 0.60916 0.69337 0.60818 0.69531 0.60586 0.69596 0.60597 0.69756 0.60721 0.69882 0.60553 0.70091 0.60392 0.70301 0.60301 0.70437 0.60101 0.70396 0.59824 0.70246 0.59708 0.69989 0.59884 0.69796 0.60135 0.69679 0.60426 0.69522 0.60645 0.69367 0.60906 0.69181 0.60934 0.68994 0.61153 0.68744 0.61367 0.68473 0.61812 0.68373 0.62246 0.68422 0.62374 0.68176 0.62689 0.68037 0.62815 0.67720 0.62777 0.67668 0.62970 0.67432 0.62659 0.67428 0.62367 0.67643\n 11 2184 99 0.62367 0.67643 0.62375 0.67962 0.61963 0.68085 0.61501 0.68102 0.61652 0.67822 0.61662 0.67566 0.62107 0.67587 0.62166 0.67368 0.62434 0.67117 0.62275 0.66919 0.61904 0.66773 0.61563 0.66744 0.61147 0.66701 0.60716 0.66824 0.60562 0.66621 0.60394 0.66401 0.60391 0.66169 0.60713 0.66179 0.60823 0.65947 0.60547 0.65909 0.60254 0.65921 0.60060 0.65703 0.59836 0.65482 0.59538 0.65446 0.59299 0.65336 0.59230 0.65527 0.59385 0.65685 0.59115 0.65835 0.58761 0.65839 0.58450 0.65725 0.58107 0.65727 0.57738 0.65742 0.57408 0.65845 0.57067 0.65728 0.57093 0.65457 0.56903 0.65427 0.56726 0.65722 0.56690 0.65362 0.56469 0.65393 0.56237 0.65625 0.55838 0.65812 0.55869 0.65480 0.55710 0.65340 0.55530 0.65542 0.55299 0.65332 0.55050 0.65100 0.54935 0.64909 0.54710 0.64982 0.54498 0.64898 0.54378 0.64689 0.54423 0.64455 0.54074 0.64545 0.53799 0.64689 0.53497 0.64798 0.53148 0.64782 0.52937 0.64879 0.52689 0.64998 0.52423 0.64978 0.52182 0.64918 0.51924 0.65028 0.51622 0.65017 0.51280 0.65150 0.50982 0.65154 0.50720 0.65157 0.50507 0.65378 0.50105 0.65393 0.50010 0.65542 0.49700 0.65673 0.49395 0.65441 0.49083 0.65448 0.48728 0.65258 0.48461 0.65241 0.48164 0.65051 0.48023 0.64804 0.47855 0.64618 0.47520 0.64581 0.47233 0.64580 0.47107 0.64314 0.47268 0.64081 0.47526 0.63858 0.47577 0.63560 0.47785 0.63331 0.47927 0.63073 0.47773 0.62897 0.47355 0.62959 0.47395 0.63198 0.47178 0.63234 0.46857 0.63144 0.46533 0.63058 0.46194 0.62877 0.46319 0.62756 0.46549 0.62658 0.46400 0.62490 0.46436 0.62287 0.46799 0.62120 0.47160 0.62108 0.47419 0.61974 0.47662 0.62087 0.47939 0.62144\n 11 2184 99 0.47939 0.62144 0.47821 0.61919 0.47916 0.61660 0.47786 0.61381 0.47410 0.61384 0.47134 0.61175 0.46898 0.61361 0.46640 0.61254 0.46543 0.61073 0.46265 0.60822 0.46005 0.60465 0.46171 0.60181 0.46199 0.59873 0.46315 0.59551 0.46420 0.59286 0.46693 0.59243 0.47018 0.59444 0.47113 0.59081 0.46991 0.58898 0.47057 0.58636 0.47273 0.58710 0.47756 0.58653 0.47937 0.58333 0.48053 0.58520 0.48277 0.58451 0.48483 0.58481 0.48412 0.58138 0.48308 0.57792 0.48046 0.57616 0.47769 0.57389 0.47404 0.57228 0.47142 0.56955 0.46795 0.56949 0.46431 0.56846 0.46161 0.56628 0.45757 0.56536 0.45325 0.56349 0.45354 0.56189 0.45807 0.56325 0.46164 0.56474 0.46496 0.56531 0.46740 0.56651 0.47100 0.56703 0.47466 0.56814 0.47789 0.56883 0.47945 0.57123 0.48239 0.57248 0.48626 0.57416 0.48833 0.57654 0.49185 0.57878 0.49526 0.58063 0.49715 0.58252 0.49904 0.58496 0.49652 0.58602 0.49751 0.58800 0.50014 0.58939 0.50220 0.59176 0.50315 0.59470 0.50512 0.59667 0.50840 0.59858 0.51081 0.59857 0.50919 0.59662 0.50620 0.59565 0.50582 0.59222 0.50406 0.58928 0.50573 0.58824 0.50396 0.58630 0.50740 0.58672 0.50998 0.58867 0.51223 0.59070 0.51502 0.59073 0.51661 0.59372 0.51598 0.59715 0.51872 0.59620 0.52143 0.59629 0.52371 0.59491 0.52716 0.59312 0.53063 0.59185 0.53395 0.59210 0.53728 0.59238 0.54055 0.59120 0.54339 0.59103 0.54507 0.59272 0.54616 0.58984 0.54922 0.58872 0.55225 0.58659 0.55494 0.58497 0.55783 0.58389 0.55965 0.58112 0.56257 0.57903 0.56445 0.57628 0.56679 0.57312 0.56582 0.57701 0.56407 0.58033 0.56334 0.58327 0.56057 0.58481 0.56228 0.58510 0.56223 0.58766 0.56398 0.58540\n 11 2184 99 0.56398 0.58540 0.56420 0.58342 0.56581 0.58064 0.56645 0.57817 0.56782 0.57996 0.56817 0.58206 0.56983 0.58034 0.57184 0.57870 0.56867 0.57907 0.56742 0.57681 0.56875 0.57397 0.57042 0.57477 0.57106 0.57236 0.57250 0.57053 0.57413 0.56930 0.57666 0.56825 0.57888 0.56616 0.57790 0.56957 0.57512 0.57260 0.57293 0.57477 0.57499 0.57413 0.57677 0.57450 0.57705 0.57250 0.57896 0.57029 0.58106 0.56869 0.58362 0.56769 0.58575 0.56925 0.58543 0.56603 0.58681 0.56478 0.58511 0.56282 0.58759 0.56024 0.59023 0.55929 0.59353 0.55636 0.59687 0.55561 0.59880 0.55293 0.60107 0.55142 0.60173 0.54949 0.60533 0.54829 0.60858 0.54817 0.61202 0.54756 0.61501 0.54626 0.61804 0.54505 0.62086 0.54432 0.62254 0.54649 0.62369 0.54361 0.62591 0.54271 0.62818 0.54072 0.62792 0.53958 0.63020 0.53760 0.63035 0.53438 0.62964 0.53525 0.62834 0.53371 0.62907 0.53670 0.62615 0.53736 0.62351 0.53651 0.61959 0.53691 0.61980 0.53535 0.62102 0.53411 0.62294 0.53197 0.62503 0.52938 0.62607 0.52756 0.62713 0.52569 0.63058 0.52576 0.62747 0.52476 0.62819 0.52277 0.62943 0.52050 0.62959 0.51783 0.63062 0.51491 0.63130 0.51188 0.63173 0.50825 0.63180 0.50446 0.63313 0.50164 0.63489 0.50006 0.63663 0.49738 0.63724 0.49434 0.63705 0.49106 0.63752 0.48959 0.63951 0.48861 0.64129 0.48705 0.64193 0.48507 0.64307 0.48280 0.64530 0.48133 0.64769 0.48051 0.64793 0.47846 0.65043 0.47878 0.64996 0.48023 0.65167 0.48024 0.65123 0.47905 0.65321 0.47702 0.65076 0.47780 0.65193 0.47549 0.65373 0.47398 0.65534 0.47454 0.65613 0.47211 0.65617 0.47052 0.65918 0.46945 0.66159 0.46761 0.66492 0.46560 0.66586 0.46274\n 11 2184 99 0.66586 0.46274 0.66976 0.46316 0.67285 0.46324 0.67556 0.46320 0.67712 0.46382 0.67819 0.46212 0.67975 0.46275 0.68277 0.46185 0.68478 0.45997 0.68657 0.45749 0.68911 0.45534 0.69074 0.45333 0.69256 0.45200 0.69304 0.45060 0.69510 0.44989 0.69590 0.44755 0.69725 0.44763 0.69873 0.44457 0.70145 0.44470 0.70463 0.44347 0.70687 0.44240 0.70907 0.44132 0.70985 0.43901 0.70829 0.43670 0.70534 0.43585 0.70835 0.43514 0.70977 0.43372 0.71167 0.43353 0.71414 0.43313 0.71611 0.43408 0.71833 0.43308 0.72117 0.43291 0.72326 0.43080 0.72414 0.42810 0.72353 0.42566 0.72713 0.42592 0.72971 0.42519 0.73243 0.42399 0.73536 0.42350 0.73805 0.42078 0.73993 0.42493 0.73766 0.42631 0.73481 0.42790 0.73289 0.42686 0.73097 0.42848 0.73144 0.42974 0.72927 0.43074 0.72868 0.43252 0.72621 0.43440 0.72449 0.43669 0.72121 0.43819 0.71871 0.44013 0.71611 0.44095 0.71436 0.44329 0.71199 0.44483 0.70920 0.44619 0.70685 0.44771 0.70438 0.44816 0.70254 0.44950 0.70216 0.45197 0.70053 0.45393 0.69931 0.45609 0.69902 0.45810 0.70222 0.45796 0.70363 0.45914 0.70567 0.45848 0.70793 0.45853 0.70880 0.45622 0.71098 0.45403 0.71202 0.45239 0.71439 0.45085 0.71655 0.44869 0.71985 0.44714 0.72315 0.44561 0.72602 0.44661 0.72701 0.44390 0.73049 0.44307 0.73228 0.44192 0.73342 0.44255 0.73522 0.44136 0.73508 0.43916 0.73555 0.43782 0.73795 0.43756 0.74147 0.43797 0.74406 0.43576 0.74659 0.43507 0.74905 0.43443 0.75185 0.43294 0.75393 0.43212 0.75656 0.43109 0.75861 0.43029 0.76055 0.42729 0.76245 0.42693 0.76301 0.42522 0.76212 0.42253 0.76329 0.42172 0.76218 0.41946 0.76451 0.41786 0.76714 0.41648\n 11 2074 94 0.76714 0.41648 0.77016 0.41693 0.77288 0.41672 0.77497 0.41558 0.77827 0.41633 0.78089 0.41769 0.78196 0.41846 0.78425 0.41810 0.78734 0.41780 0.78968 0.41853 0.79199 0.41932 0.79441 0.41967 0.79658 0.42084 0.79896 0.42123 0.80132 0.42164 0.80372 0.42316 0.80627 0.42430 0.80873 0.42547 0.81056 0.42865 0.81204 0.43157 0.81389 0.43328 0.81556 0.43429 0.81731 0.43497 0.81916 0.43519 0.82042 0.43486 0.82252 0.43431 0.82446 0.43422 0.82608 0.43376 0.82814 0.43436 0.83005 0.43540 0.83171 0.43722 0.83370 0.43785 0.83485 0.43759 0.83620 0.43913 0.83812 0.43980 0.83940 0.44132 0.84122 0.44353 0.84136 0.44530 0.84296 0.44461 0.84193 0.44333 0.84351 0.44264 0.84492 0.44234 0.84669 0.44198 0.84828 0.44201 0.84988 0.44209 0.85036 0.44015 0.85060 0.43790 0.85149 0.43662 0.85255 0.43752 0.85317 0.43741 0.85377 0.44025 0.85480 0.43970 0.85672 0.44041 0.85793 0.44020 0.85818 0.43760 0.85958 0.43921 0.86045 0.43906 0.86095 0.44078 0.86229 0.44240 0.86369 0.44363 0.86458 0.44313 0.86578 0.44514 0.86645 0.44285 0.86737 0.44490 0.86832 0.44805 0.86708 0.44784 0.86660 0.44905 0.86742 0.45147 0.86793 0.45393 0.86808 0.45684 0.86881 0.45818 0.86995 0.45876 0.87088 0.45788 0.87157 0.45923 0.87134 0.45673 0.87236 0.45514 0.87356 0.45499 0.87454 0.45447 0.87467 0.45230 0.87527 0.44965 0.87556 0.44742 0.87600 0.44558 0.87590 0.44266 0.87670 0.44256 0.87620 0.43934 0.87589 0.43575 0.87469 0.43335 0.87410 0.42975 0.87438 0.42828 0.87349 0.42620 0.87393 0.42506 0.87286 0.42191 0.87138 0.41773 0.87122 0.41448\n 11 578 26 0.57616 0.63610 0.57970 0.63751 0.58316 0.63941 0.58628 0.63894 0.58460 0.63678 0.58325 0.63525 0.58360 0.63174 0.58737 0.63302 0.58684 0.63491 0.58805 0.63749 0.58948 0.63586 0.58974 0.63278 0.59219 0.63713 0.58920 0.63887 0.59341 0.63954 0.59288 0.64197 0.59271 0.64409 0.58977 0.64234 0.58620 0.64156 0.58717 0.64350 0.58827 0.64552 0.58533 0.64541 0.58328 0.64258 0.58063 0.64061 0.57844 0.63859 0.57616 0.63610\n 11 622 28 0.61141 0.61748 0.61522 0.61684 0.61724 0.61774 0.61888 0.61964 0.62047 0.61984 0.61977 0.62176 0.62132 0.62367 0.62265 0.62543 0.62187 0.62850 0.62297 0.63081 0.62524 0.63266 0.62348 0.63346 0.62622 0.63497 0.62327 0.63447 0.62150 0.63352 0.62011 0.63168 0.62021 0.63000 0.62021 0.62766 0.61885 0.62644 0.61636 0.62640 0.61463 0.62728 0.61169 0.62593 0.61318 0.62492 0.61583 0.62385 0.61416 0.62255 0.61506 0.62073 0.61456 0.61883 0.61141 0.61748\n 11 292 13 0.63553 0.61176 0.63835 0.61261 0.63798 0.61482 0.63936 0.61672 0.64195 0.61820 0.64340 0.62029 0.64128 0.62027 0.63980 0.61942 0.63734 0.61982 0.63606 0.61910 0.63631 0.61626 0.63591 0.61427 0.63553 0.61176\n 11 248 11 0.66606 0.61298 0.66731 0.61580 0.66557 0.61782 0.66381 0.61984 0.66418 0.62206 0.66087 0.62359 0.66163 0.62086 0.66220 0.61870 0.66475 0.61725 0.66550 0.61521 0.66606 0.61298\n 11 468 21 0.68815 0.60567 0.69036 0.60475 0.69307 0.60287 0.69538 0.60271 0.69676 0.60113 0.69866 0.60271 0.70097 0.60052 0.70156 0.60236 0.70305 0.60022 0.70460 0.59804 0.70633 0.59603 0.70711 0.59813 0.70493 0.60186 0.70218 0.60291 0.69865 0.60480 0.69592 0.60663 0.69298 0.60831 0.69024 0.61016 0.68846 0.60934 0.68702 0.60818 0.68815 0.60567\n 11 512 23 0.68420 0.60064 0.68712 0.59886 0.68719 0.60090 0.68931 0.60053 0.68967 0.59881 0.69168 0.59636 0.69424 0.59634 0.69768 0.59575 0.69905 0.59410 0.70126 0.59320 0.70238 0.59142 0.70405 0.59345 0.70169 0.59493 0.69980 0.59543 0.69780 0.59650 0.69650 0.59887 0.69487 0.59821 0.69424 0.59634 0.69142 0.59888 0.69106 0.60061 0.68970 0.60221 0.68661 0.60246 0.68420 0.60064\n 11 754 34 0.73383 0.59041 0.73504 0.59168 0.73557 0.59451 0.73831 0.59366 0.73899 0.59674 0.73961 0.59981 0.73944 0.60364 0.74050 0.60494 0.74054 0.60168 0.74196 0.60020 0.74306 0.60232 0.74573 0.60160 0.74711 0.60337 0.74774 0.60672 0.74902 0.60930 0.75012 0.60822 0.75109 0.60958 0.74875 0.61070 0.74707 0.61268 0.74532 0.61287 0.74379 0.61432 0.74235 0.61235 0.74005 0.61268 0.73715 0.61399 0.73549 0.61187 0.73283 0.61107 0.73359 0.60875 0.73328 0.60598 0.73402 0.60359 0.73420 0.60143 0.73337 0.59901 0.73365 0.59619 0.73367 0.59321 0.73383 0.59041\n 11 1216 55 0.75206 0.59154 0.75229 0.59512 0.75350 0.59255 0.75470 0.59084 0.75674 0.58769 0.75802 0.58535 0.75993 0.58369 0.76225 0.58103 0.76499 0.57969 0.76596 0.58090 0.76625 0.58281 0.76544 0.58508 0.76346 0.58818 0.76124 0.59020 0.75914 0.59160 0.75743 0.59344 0.75620 0.59601 0.75478 0.59834 0.75526 0.60152 0.75376 0.60462 0.75474 0.60599 0.75629 0.60643 0.75798 0.60709 0.75989 0.60638 0.76240 0.60388 0.76358 0.60029 0.76502 0.59881 0.76437 0.60146 0.76464 0.60359 0.76724 0.60216 0.76984 0.60074 0.77000 0.60378 0.76747 0.60629 0.76574 0.60913 0.76424 0.61135 0.76245 0.61229 0.76530 0.61219 0.76780 0.61359 0.76688 0.61591 0.76343 0.61690 0.76037 0.61754 0.75810 0.61562 0.75655 0.61415 0.75535 0.61229 0.75376 0.61078 0.75282 0.60940 0.75460 0.60845 0.75300 0.60617 0.75182 0.60537 0.75117 0.60365 0.74984 0.60019 0.74931 0.59951 0.75001 0.59715 0.75104 0.59434 0.75206 0.59154\n 11 138 6 0.75671 0.61062 0.75861 0.61179 0.76025 0.61248 0.75868 0.61472 0.75806 0.61272 0.75671 0.61062\n 11 402 18 0.77329 0.59176 0.77563 0.59266 0.77675 0.59441 0.77750 0.59651 0.77754 0.59936 0.77786 0.60184 0.77795 0.60493 0.77785 0.60773 0.77711 0.61037 0.77602 0.60836 0.77491 0.60635 0.77541 0.60430 0.77429 0.60343 0.77364 0.60131 0.77442 0.59891 0.77421 0.59583 0.77309 0.59410 0.77329 0.59176\n 11 358 16 0.77380 0.60936 0.77497 0.61052 0.77533 0.61319 0.77622 0.61493 0.77743 0.61635 0.77792 0.61846 0.77809 0.62114 0.77575 0.62289 0.77450 0.62470 0.77442 0.62231 0.77507 0.62032 0.77376 0.61864 0.77337 0.61683 0.77275 0.61450 0.77252 0.61209 0.77380 0.60936\n 11 182 8 0.83826 0.37050 0.83797 0.36803 0.83911 0.36818 0.83794 0.36587 0.83907 0.36641 0.84027 0.36910 0.83943 0.36998 0.83826 0.37050\n 11 182 8 0.88854 0.53542 0.88864 0.53790 0.88838 0.54004 0.88777 0.54219 0.88777 0.53898 0.88791 0.53932 0.88840 0.53756 0.88854 0.53542\n 11 50 2 0.88093 0.51467 0.88166 0.51482\n 11 292 13 0.85690 0.50325 0.85756 0.50454 0.85887 0.50429 0.85983 0.50559 0.86012 0.50766 0.86092 0.50860 0.86152 0.50991 0.86054 0.51077 0.85947 0.50988 0.85835 0.50831 0.85723 0.50671 0.85674 0.50429 0.85690 0.50325\n 11 182 8 0.83866 0.50174 0.83934 0.50139 0.83939 0.50041 0.84001 0.50104 0.84058 0.50274 0.83956 0.50353 0.83866 0.50346 0.83866 0.50174\n 11 1260 57 0.83408 0.49553 0.83578 0.49795 0.83543 0.50017 0.83688 0.50231 0.83713 0.50473 0.83733 0.50712 0.83873 0.50856 0.84047 0.51068 0.83972 0.50803 0.84107 0.50810 0.84239 0.50960 0.84406 0.51243 0.84535 0.51253 0.84643 0.51376 0.84787 0.51488 0.84870 0.51716 0.84941 0.51708 0.85053 0.51548 0.85226 0.51591 0.85369 0.51881 0.85476 0.51794 0.85468 0.51548 0.85475 0.51337 0.85601 0.51599 0.85672 0.51835 0.85760 0.52032 0.85866 0.52188 0.85949 0.52385 0.85964 0.52591 0.86025 0.52825 0.85974 0.52869 0.85935 0.52770 0.85808 0.52787 0.85706 0.52631 0.85670 0.52457 0.85589 0.52681 0.85499 0.52553 0.85390 0.52398 0.85223 0.52353 0.85106 0.52268 0.84969 0.52223 0.84813 0.52145 0.84676 0.52027 0.84574 0.51837 0.84422 0.51864 0.84297 0.51783 0.84165 0.51703 0.84056 0.51516 0.83903 0.51408 0.83788 0.51222 0.83713 0.50958 0.83613 0.50736 0.83513 0.50510 0.83447 0.50210 0.83422 0.49971 0.83498 0.49816 0.83408 0.49553\n 11 842 38 0.86347 0.51913 0.86518 0.52034 0.86508 0.52174 0.86582 0.52375 0.86660 0.52504 0.86700 0.52714 0.86785 0.52876 0.86938 0.52822 0.86896 0.53144 0.86845 0.53254 0.86870 0.53531 0.86921 0.53422 0.86962 0.53660 0.86989 0.53970 0.87041 0.54174 0.87143 0.54161 0.87088 0.54481 0.86959 0.54492 0.86841 0.54225 0.86829 0.54499 0.86768 0.54264 0.86675 0.54344 0.86592 0.54145 0.86516 0.53979 0.86433 0.53710 0.86426 0.53508 0.86292 0.53386 0.86209 0.53151 0.86217 0.52909 0.86289 0.53108 0.86398 0.53058 0.86469 0.52912 0.86615 0.52895 0.86609 0.52615 0.86538 0.52414 0.86441 0.52321 0.86348 0.52157 0.86347 0.51913\n 11 204 9 0.87291 0.54740 0.87340 0.54878 0.87354 0.55085 0.87382 0.55254 0.87346 0.55463 0.87273 0.55434 0.87232 0.55197 0.87187 0.54955 0.87291 0.54740\n 11 160 7 0.87904 0.56206 0.87966 0.56101 0.87923 0.56277 0.87927 0.56381 0.87878 0.56416 0.87923 0.56277 0.87904 0.56206\n 11 50 2 0.88170 0.55884 0.88233 0.55879\n 11 226 10 0.84062 0.53534 0.84169 0.53410 0.84188 0.53204 0.84390 0.53206 0.84567 0.53075 0.84513 0.53289 0.84380 0.53343 0.84290 0.53496 0.84109 0.53627 0.84062 0.53534\n 11 138 6 0.85909 0.53395 0.85982 0.53593 0.85909 0.53841 0.85944 0.53663 0.85876 0.53573 0.85909 0.53395\n 11 116 5 0.83493 0.53947 0.83608 0.53967 0.83649 0.54217 0.83704 0.54328 0.83785 0.54286\n 11 72 3 0.83712 0.54550 0.83911 0.54546 0.84017 0.54248\n 11 72 3 0.84249 0.54252 0.84453 0.54313 0.84578 0.54108\n 11 50 2 0.84655 0.54283 0.84848 0.54202\n 11 50 2 0.84979 0.53980 0.85259 0.53806\n 11 72 3 0.85347 0.53982 0.85487 0.54062 0.85524 0.53754\n 11 50 2 0.85626 0.54269 0.85704 0.54387\n 11 72 3 0.85901 0.54199 0.85894 0.54446 0.86030 0.54595\n 11 50 2 0.83483 0.51928 0.83568 0.52174\n 11 72 3 0.81264 0.58697 0.81263 0.58912 0.81163 0.59106\n 11 204 9 0.79355 0.61626 0.79397 0.61877 0.79438 0.62120 0.79404 0.62433 0.79295 0.62393 0.79314 0.62167 0.79291 0.61976 0.79258 0.61751 0.79355 0.61626\n 11 248 11 0.75753 0.67795 0.75901 0.67907 0.76035 0.67901 0.76130 0.68017 0.76189 0.68181 0.76198 0.68346 0.76021 0.68352 0.75930 0.68258 0.75831 0.68146 0.75773 0.67982 0.75753 0.67795\n 11 248 11 0.77334 0.66852 0.77466 0.66870 0.77604 0.66967 0.77744 0.67137 0.77585 0.67241 0.77473 0.67469 0.77497 0.67220 0.77483 0.67046 0.77388 0.66921 0.77220 0.67006 0.77334 0.66852\n 11 160 7 0.67475 0.67359 0.67535 0.67544 0.67411 0.67859 0.67367 0.67886 0.67291 0.67765 0.67294 0.67567 0.67475 0.67359\n 11 138 6 0.67804 0.68088 0.68117 0.67876 0.68301 0.67873 0.68112 0.68095 0.67891 0.68246 0.67804 0.68088\n 11 204 9 0.71103 0.65977 0.71134 0.66138 0.71266 0.65838 0.71339 0.65971 0.71249 0.66137 0.71469 0.65986 0.71195 0.66252 0.71033 0.66285 0.71103 0.65977\n 11 138 6 0.72483 0.64277 0.72654 0.64352 0.72832 0.64454 0.72591 0.64551 0.72485 0.64484 0.72483 0.64277\n 11 1128 51 0.76789 0.68682 0.76996 0.68608 0.76905 0.68877 0.76936 0.69097 0.76920 0.69317 0.76899 0.69536 0.76916 0.69708 0.77078 0.69619 0.77218 0.69403 0.77241 0.69554 0.76977 0.69835 0.76915 0.69979 0.76936 0.70102 0.77192 0.69897 0.77046 0.70110 0.77246 0.70003 0.77214 0.70178 0.76962 0.70354 0.76708 0.70531 0.76780 0.70363 0.76520 0.70562 0.76577 0.70446 0.76801 0.70240 0.76730 0.70211 0.76558 0.70345 0.76271 0.70686 0.76350 0.70452 0.76196 0.70464 0.75961 0.70710 0.75899 0.70611 0.75928 0.70423 0.75998 0.70214 0.75845 0.70135 0.75704 0.70317 0.75640 0.70196 0.75829 0.69901 0.75565 0.70123 0.75386 0.70298 0.75114 0.70539 0.74845 0.70729 0.74861 0.70595 0.75009 0.70351 0.75189 0.70178 0.75412 0.70001 0.75678 0.69753 0.75979 0.69527 0.76239 0.69249 0.76455 0.69038 0.76491 0.69110 0.76661 0.68873 0.76789 0.68682\n 11 468 21 0.66208 0.67279 0.66386 0.67510 0.66667 0.67343 0.66742 0.67535 0.66595 0.67801 0.66484 0.68019 0.66571 0.68151 0.66803 0.68213 0.67078 0.68251 0.66945 0.68553 0.66700 0.68456 0.66411 0.68508 0.66144 0.68489 0.65825 0.68406 0.65482 0.68382 0.65167 0.68501 0.65275 0.68197 0.65474 0.68008 0.65769 0.67772 0.66120 0.67601 0.66208 0.67279\n 11 182 8 0.64989 0.70234 0.65317 0.70159 0.65354 0.70369 0.65250 0.70545 0.65010 0.70685 0.64779 0.70695 0.64699 0.70513 0.64989 0.70234\n 11 1282 58 0.61470 0.69755 0.61807 0.69732 0.62163 0.69656 0.62488 0.69635 0.62840 0.69731 0.62977 0.69922 0.63251 0.70145 0.63290 0.70307 0.63659 0.70395 0.63623 0.70562 0.63391 0.70831 0.63684 0.70798 0.64096 0.70906 0.64471 0.70679 0.64348 0.70943 0.64696 0.70928 0.64969 0.71038 0.65290 0.70965 0.65563 0.70913 0.65723 0.70718 0.65929 0.70482 0.66071 0.70251 0.66428 0.70271 0.66561 0.70002 0.66463 0.69769 0.66243 0.69559 0.66420 0.69431 0.66422 0.69302 0.66628 0.69118 0.66922 0.69091 0.67052 0.69361 0.66967 0.69571 0.67095 0.69743 0.67313 0.69855 0.67474 0.69977 0.67674 0.70064 0.67920 0.69949 0.68164 0.70020 0.68306 0.70120 0.68453 0.70274 0.68616 0.70274 0.68805 0.70393 0.68943 0.70533 0.69026 0.70716 0.68785 0.70816 0.68558 0.70750 0.68283 0.70688 0.68049 0.70628 0.67787 0.70651 0.67986 0.70812 0.68217 0.70909 0.68449 0.71041 0.68483 0.71288 0.68095 0.71485 0.67825 0.71436 0.67523 0.71532 0.67305 0.71482 0.67018 0.71380\n 11 1238 56 0.67018 0.71380 0.66695 0.71389 0.66297 0.71585 0.66651 0.71766 0.67023 0.71729 0.67248 0.71871 0.66950 0.72035 0.66863 0.72279 0.66615 0.72402 0.66259 0.72627 0.66049 0.72560 0.65833 0.72453 0.65605 0.72339 0.65333 0.72270 0.65292 0.72014 0.64990 0.71892 0.64681 0.71999 0.64616 0.72239 0.64326 0.72145 0.64077 0.72294 0.63739 0.72275 0.63483 0.72142 0.63056 0.72062 0.62850 0.71960 0.62724 0.71768 0.62415 0.71885 0.62194 0.71920 0.62169 0.71722 0.61986 0.71637 0.61866 0.71539 0.61992 0.71309 0.61913 0.71164 0.62020 0.70957 0.61747 0.71139 0.61424 0.71187 0.61178 0.71350 0.60994 0.71361 0.60953 0.71199 0.61040 0.70944 0.61189 0.70685 0.61471 0.70521 0.61705 0.70380 0.61971 0.70293 0.61691 0.70275 0.61443 0.70397 0.61201 0.70517 0.60996 0.70695 0.60882 0.70846 0.60843 0.71093 0.60714 0.70945 0.60584 0.70774 0.60640 0.70587 0.60772 0.70336 0.60959 0.70142 0.61150 0.69953 0.61470 0.69755\n 11 248 11 0.61121 0.71472 0.61297 0.71345 0.61584 0.71264 0.61763 0.71383 0.61735 0.71544 0.61896 0.71710 0.61720 0.71803 0.61450 0.71863 0.61267 0.71786 0.61152 0.71636 0.61121 0.71472\n 11 160 7 0.59037 0.70218 0.59259 0.70267 0.59497 0.70363 0.59212 0.70547 0.58953 0.70600 0.58840 0.70496 0.59037 0.70218\n 11 644 29 0.58013 0.70973 0.58196 0.70841 0.58525 0.70792 0.58645 0.70975 0.58875 0.70986 0.59131 0.70882 0.59331 0.70711 0.59621 0.70559 0.59926 0.70684 0.60119 0.70850 0.60286 0.71008 0.60422 0.71192 0.60306 0.71401 0.60559 0.71490 0.60570 0.71724 0.60356 0.71893 0.60119 0.71992 0.59864 0.71879 0.59769 0.71730 0.59593 0.71587 0.59595 0.71332 0.59371 0.71177 0.59098 0.71134 0.59031 0.71239 0.58832 0.71206 0.58636 0.71251 0.58492 0.71103 0.58232 0.71083 0.58013 0.70973\n 11 468 21 0.56518 0.72049 0.56748 0.72034 0.57007 0.71954 0.57165 0.71809 0.57436 0.71689 0.57732 0.71673 0.57924 0.71884 0.57793 0.72079 0.57570 0.72274 0.57498 0.72440 0.57273 0.72541 0.57107 0.72452 0.56888 0.72601 0.56698 0.72615 0.56531 0.72495 0.56300 0.72517 0.56010 0.72610 0.55922 0.72522 0.56160 0.72375 0.56274 0.72193 0.56518 0.72049\n 11 1370 62 0.55946 0.72766 0.56258 0.72653 0.56540 0.72667 0.56675 0.72840 0.56686 0.73000 0.56800 0.73182 0.56830 0.73403 0.56946 0.73217 0.56929 0.72986 0.57012 0.72855 0.56808 0.72755 0.57091 0.72553 0.57270 0.72613 0.57538 0.72495 0.57797 0.72440 0.57789 0.72299 0.58033 0.72015 0.58304 0.72106 0.58203 0.71883 0.58440 0.71763 0.58607 0.71798 0.58596 0.71663 0.58671 0.71458 0.58903 0.71332 0.59087 0.71462 0.59316 0.71676 0.59293 0.71833 0.59430 0.71934 0.59392 0.72081 0.59625 0.72052 0.59581 0.72308 0.59388 0.72523 0.59057 0.72482 0.58925 0.72699 0.58699 0.72746 0.58737 0.72951 0.58451 0.73123 0.58133 0.73220 0.57846 0.73393 0.57771 0.73622 0.57492 0.73808 0.57266 0.73946 0.57054 0.74138 0.56768 0.74349 0.56604 0.74378 0.56428 0.74511 0.56266 0.74609 0.56120 0.74623 0.56028 0.74533 0.55854 0.74471 0.55752 0.74335 0.55615 0.74218 0.55573 0.74077 0.55599 0.73959 0.55503 0.73852 0.55482 0.73630 0.55635 0.73464 0.55701 0.73280 0.55754 0.73143 0.55879 0.73089 0.55776 0.72964 0.55946 0.72766\n 11 94 4 0.56252 0.71744 0.56464 0.71802 0.56163 0.71876 0.56252 0.71744\n 11 534 24 0.56024 0.71091 0.56153 0.71036 0.56391 0.71074 0.56455 0.70908 0.56641 0.70871 0.56890 0.70951 0.57012 0.71040 0.57297 0.70944 0.57316 0.71088 0.57433 0.71225 0.57529 0.71332 0.57402 0.71463 0.57236 0.71518 0.56881 0.71490 0.57085 0.71332 0.57256 0.71163 0.57143 0.71111 0.56930 0.71209 0.56729 0.71353 0.56451 0.71379 0.56318 0.71284 0.56125 0.71278 0.56001 0.71198 0.56024 0.71091\n 11 160 7 0.57605 0.71133 0.57866 0.71202 0.58095 0.71319 0.58040 0.71457 0.57900 0.71517 0.57687 0.71337 0.57605 0.71133\n 11 138 6 0.56786 0.70529 0.57046 0.70357 0.57232 0.70409 0.57008 0.70506 0.56842 0.70620 0.56786 0.70529\n 11 380 17 0.57358 0.70140 0.57631 0.70031 0.57818 0.69915 0.58125 0.69830 0.58193 0.70033 0.58570 0.69893 0.58817 0.70087 0.58609 0.70319 0.58376 0.70458 0.58181 0.70597 0.57887 0.70584 0.57697 0.70462 0.57765 0.70304 0.57959 0.70136 0.57674 0.70204 0.57443 0.70232 0.57358 0.70140\n 11 94 4 0.58059 0.69570 0.58194 0.69667 0.57957 0.69751 0.58059 0.69570\n 11 446 20 0.59315 0.68828 0.59531 0.68765 0.59756 0.68641 0.59902 0.68749 0.60240 0.68682 0.60609 0.68580 0.60594 0.68840 0.60692 0.69055 0.60409 0.69296 0.60071 0.69463 0.59807 0.69393 0.59690 0.69666 0.59359 0.69789 0.59341 0.69608 0.59144 0.69515 0.59096 0.69349 0.59234 0.69202 0.59578 0.69102 0.59366 0.68975 0.59315 0.68828\n 11 182 8 0.55680 0.70296 0.55850 0.70410 0.56010 0.70411 0.56147 0.70504 0.56138 0.70616 0.55866 0.70596 0.55663 0.70442 0.55680 0.70296\n 11 116 5 0.55607 0.70061 0.55768 0.69999 0.55835 0.70061 0.55690 0.70196 0.55607 0.70061\n 11 182 8 0.55893 0.70088 0.56060 0.69963 0.56270 0.70011 0.56346 0.70211 0.56175 0.70409 0.56063 0.70343 0.55996 0.70214 0.55893 0.70088\n 11 138 6 0.55909 0.68779 0.56086 0.68788 0.56053 0.68938 0.55968 0.69132 0.55885 0.68961 0.55909 0.68779\n 11 380 17 0.55032 0.68865 0.55300 0.68733 0.55453 0.68814 0.55673 0.68839 0.55714 0.69056 0.55683 0.69240 0.55942 0.69224 0.55966 0.69489 0.55784 0.69629 0.55826 0.69799 0.55584 0.69845 0.55570 0.69672 0.55352 0.69603 0.55261 0.69463 0.55192 0.69281 0.55160 0.69051 0.55032 0.68865\n 11 688 31 0.56273 0.68724 0.56519 0.68754 0.56732 0.68749 0.56768 0.68941 0.57033 0.68858 0.56932 0.68684 0.57087 0.68617 0.57298 0.68668 0.57408 0.68794 0.57437 0.68985 0.57510 0.69157 0.57802 0.69291 0.57925 0.69421 0.57748 0.69616 0.57606 0.69805 0.57382 0.69770 0.57059 0.69788 0.56789 0.69946 0.56784 0.69800 0.56830 0.69610 0.57006 0.69606 0.57088 0.69474 0.57310 0.69378 0.57023 0.69270 0.56807 0.69385 0.56612 0.69447 0.56313 0.69461 0.56112 0.69400 0.56147 0.69207 0.56208 0.68953 0.56273 0.68724\n 11 1106 50 0.57298 0.66895 0.57602 0.66873 0.57656 0.66683 0.57936 0.66622 0.58270 0.66716 0.58516 0.66848 0.58859 0.66830 0.58712 0.66595 0.58434 0.66468 0.58215 0.66340 0.58494 0.66063 0.58826 0.66049 0.59100 0.66176 0.59480 0.65915 0.59726 0.66085 0.60002 0.66299 0.60189 0.66577 0.60354 0.66794 0.60398 0.67056 0.60707 0.67000 0.61042 0.67015 0.61189 0.67214 0.61222 0.67466 0.60970 0.67566 0.61112 0.67732 0.60912 0.67945 0.60579 0.67838 0.60238 0.67803 0.59912 0.67864 0.59676 0.68129 0.59345 0.68303 0.59113 0.68447 0.59017 0.68721 0.58915 0.68920 0.58677 0.68964 0.58477 0.68816 0.58578 0.68531 0.58709 0.68264 0.58335 0.68276 0.58208 0.68106 0.57948 0.68124 0.57880 0.67856 0.57593 0.68091 0.57412 0.68007 0.57367 0.67810 0.57230 0.67631 0.57148 0.67442 0.57242 0.67307 0.57188 0.67118 0.57298 0.66895\n 11 446 20 0.56002 0.66740 0.56382 0.66614 0.56693 0.66361 0.56874 0.66574 0.57066 0.66697 0.57074 0.67006 0.56933 0.67357 0.57061 0.67617 0.57182 0.67842 0.57299 0.68082 0.56946 0.68133 0.56644 0.68266 0.56358 0.68152 0.56004 0.68171 0.55841 0.67967 0.55603 0.67790 0.55879 0.67538 0.55983 0.67264 0.55996 0.66985 0.56002 0.66740\n 11 50 2 0.35804 0.60282 0.35817 0.59843\n 11 116 5 0.36961 0.57957 0.37041 0.57799 0.37200 0.57777 0.37093 0.57948 0.36961 0.57957\n 11 72 3 0.39845 0.56074 0.39964 0.55941 0.39823 0.55858\n 11 94 4 0.40273 0.55765 0.40511 0.55740 0.40395 0.55888 0.40273 0.55765\n 11 72 3 0.41145 0.55757 0.41352 0.55753 0.41466 0.55881\n 11 138 6 0.43423 0.55586 0.43816 0.55763 0.43969 0.55831 0.44010 0.55979 0.43808 0.55972 0.43423 0.55586\n 11 160 7 0.44094 0.55805 0.44377 0.55854 0.44629 0.55930 0.44675 0.56108 0.44392 0.56163 0.44340 0.55968 0.44094 0.55805\n 11 182 8 0.44744 0.62063 0.44668 0.61874 0.44968 0.61853 0.45158 0.61601 0.45492 0.61676 0.45227 0.61791 0.45091 0.61976 0.44744 0.62063\n 11 182 8 0.45337 0.59786 0.45483 0.59604 0.45681 0.59511 0.45924 0.59570 0.45963 0.59715 0.45791 0.59795 0.45564 0.59790 0.45337 0.59786\n 11 270 12 0.49306 0.57522 0.49557 0.57208 0.49808 0.57348 0.49942 0.57542 0.50245 0.57634 0.50164 0.57835 0.49988 0.57894 0.50320 0.58034 0.50178 0.58188 0.49904 0.57993 0.49655 0.57805 0.49306 0.57522\n 11 292 13 0.57598 0.56245 0.57721 0.55901 0.57952 0.55792 0.58129 0.55515 0.58359 0.55307 0.58753 0.55128 0.58539 0.55396 0.58304 0.55502 0.58310 0.55710 0.58101 0.55979 0.58140 0.56300 0.57894 0.56248 0.57598 0.56245\n 11 446 20 0.60043 0.54596 0.60369 0.54362 0.60684 0.54287 0.60997 0.54214 0.61016 0.54059 0.61283 0.54025 0.61503 0.53929 0.61703 0.53988 0.61756 0.53843 0.62110 0.53789 0.62379 0.53764 0.62540 0.53927 0.62248 0.54106 0.61861 0.54251 0.61541 0.54425 0.61238 0.54657 0.60910 0.54671 0.60517 0.54664 0.60173 0.54732 0.60043 0.54596\n 11 2074 94 0.58726 0.73230 0.58958 0.73293 0.58962 0.73422 0.59189 0.73395 0.59374 0.73505 0.59402 0.73339 0.59517 0.73188 0.59684 0.73238 0.59851 0.73352 0.59974 0.73240 0.60160 0.73299 0.60336 0.73465 0.60221 0.73627 0.60219 0.73831 0.60231 0.74012 0.60463 0.74149 0.60556 0.74313 0.60783 0.74279 0.61004 0.74338 0.61299 0.74409 0.61621 0.74362 0.61880 0.74424 0.62140 0.74407 0.62521 0.74308 0.62775 0.74333 0.63093 0.74226 0.63249 0.74267 0.63224 0.74439 0.63000 0.74561 0.63351 0.74590 0.63423 0.74739 0.63725 0.74744 0.63586 0.74545 0.63602 0.74346 0.63974 0.74238 0.64343 0.74136 0.64547 0.74271 0.64397 0.74516 0.64086 0.74695 0.64434 0.74718 0.64907 0.74611 0.64962 0.74362 0.65238 0.74198 0.65612 0.74073 0.65971 0.73988 0.66269 0.73967 0.66574 0.73902 0.66841 0.74028 0.67175 0.74029 0.67528 0.73951 0.67697 0.74033 0.67943 0.73993 0.68341 0.74070 0.68522 0.74075 0.68828 0.74113 0.69088 0.74147 0.69363 0.74273 0.69314 0.74538 0.69338 0.74708 0.69521 0.74779 0.69600 0.75001 0.69441 0.75160 0.69122 0.75300 0.68835 0.75366 0.68531 0.75464 0.68201 0.75606 0.67863 0.75582 0.67588 0.75781 0.67232 0.75955 0.66924 0.76032 0.66632 0.76075 0.66303 0.76011 0.66260 0.76179 0.65988 0.76254 0.65776 0.76457 0.65619 0.76706 0.65287 0.76929 0.64999 0.77078 0.64715 0.77208 0.64430 0.77282 0.64149 0.77340 0.63821 0.77452 0.63584 0.77566 0.63422 0.77753 0.63130 0.77915 0.62883 0.78075 0.62586 0.78225 0.62322 0.78336 0.62011 0.78434 0.61694 0.78536 0.61435 0.78584 0.61561 0.78427 0.61608 0.78246 0.61897 0.78116\n 11 2052 93 0.61897 0.78116 0.61766 0.78096 0.61500 0.78203 0.61270 0.78129 0.61063 0.78228 0.61202 0.78289 0.61385 0.78359 0.61344 0.78482 0.61133 0.78618 0.60874 0.78571 0.60664 0.78523 0.60566 0.78386 0.60528 0.78230 0.60466 0.78096 0.60420 0.78252 0.60366 0.78418 0.60164 0.78402 0.59943 0.78314 0.59996 0.78196 0.59797 0.78254 0.59641 0.78289 0.59465 0.78403 0.59287 0.78351 0.59339 0.78217 0.58952 0.78386 0.58698 0.78357 0.58842 0.78248 0.58506 0.78221 0.58259 0.78138 0.58072 0.78008 0.58173 0.77872 0.57977 0.77818 0.57745 0.77860 0.57639 0.78034 0.57453 0.77992 0.57273 0.77852 0.57182 0.77730 0.56888 0.77670 0.56712 0.77570 0.56479 0.77574 0.56248 0.77517 0.55960 0.77477 0.55640 0.77449 0.55369 0.77448 0.54908 0.77431 0.54863 0.77271 0.55023 0.77103 0.55295 0.77094 0.55331 0.77008 0.55543 0.77001 0.55779 0.76958 0.56009 0.76860 0.55698 0.76840 0.55460 0.76875 0.55332 0.76873 0.55206 0.76799 0.55345 0.76714 0.55495 0.76768 0.55626 0.76696 0.55413 0.76625 0.55636 0.76397 0.55459 0.76448 0.55344 0.76585 0.55109 0.76726 0.54860 0.76769 0.54805 0.76637 0.54852 0.76511 0.54745 0.76422 0.54687 0.76261 0.54829 0.76081 0.54936 0.75876 0.55177 0.75744 0.55426 0.75546 0.55716 0.75439 0.55998 0.75411 0.56019 0.75232 0.56338 0.75193 0.56157 0.75004 0.56346 0.74711 0.56562 0.74526 0.56783 0.74548 0.56974 0.74488 0.56931 0.74364 0.57093 0.74253 0.57330 0.74087 0.57612 0.73963 0.57646 0.74162 0.57868 0.74163 0.58216 0.74006 0.58286 0.73737 0.58426 0.73558 0.58484 0.73362 0.58726 0.73230\n 11 820 37 0.63993 0.78689 0.63909 0.78802 0.63693 0.78913 0.63656 0.79018 0.63949 0.78930 0.64308 0.78774 0.64065 0.78985 0.64202 0.79097 0.64537 0.79004 0.64217 0.79268 0.64144 0.79431 0.63974 0.79624 0.63612 0.79758 0.63391 0.79882 0.63057 0.79981 0.62677 0.80137 0.62295 0.80197 0.62052 0.80137 0.62144 0.79986 0.61909 0.79914 0.62119 0.79809 0.62117 0.79710 0.62371 0.79670 0.62586 0.79589 0.62631 0.79486 0.62851 0.79361 0.63042 0.79325 0.63026 0.79227 0.63276 0.79253 0.63543 0.79112 0.63279 0.79061 0.63245 0.78935 0.63324 0.78825 0.63446 0.78841 0.63555 0.78747 0.63735 0.78755 0.63993 0.78689\n 11 50 2 0.58991 0.79883 0.58686 0.79910\n 11 94 4 0.58342 0.78237 0.58537 0.78303 0.58408 0.78371 0.58342 0.78237\n 11 2118 96 0.14106 0.59590 0.14129 0.59654 0.14186 0.59826 0.14270 0.60061 0.14333 0.60231 0.14410 0.60433 0.14499 0.60667 0.14602 0.60938 0.14722 0.61239 0.14849 0.61573 0.14969 0.61878 0.15085 0.62174 0.15234 0.62541 0.15362 0.62837 0.15505 0.63164 0.15585 0.63326 0.15717 0.63620 0.15891 0.63974 0.15971 0.64094 0.16037 0.64183 0.16035 0.64108 0.16094 0.64165 0.16113 0.64126 0.16103 0.64021 0.16107 0.63947 0.16085 0.63812 0.16024 0.63614 0.15915 0.63354 0.15877 0.63223 0.15786 0.63096 0.15719 0.62969 0.15602 0.62742 0.15567 0.62609 0.15580 0.62574 0.15704 0.62834 0.15765 0.62891 0.15755 0.62756 0.15719 0.62554 0.15735 0.62450 0.15713 0.62280 0.15716 0.62145 0.15836 0.62304 0.15722 0.62010 0.15837 0.62134 0.15698 0.61773 0.15785 0.61803 0.15756 0.61603 0.15751 0.61434 0.15749 0.61266 0.15794 0.61163 0.15866 0.61096 0.15921 0.61027 0.16000 0.60993 0.16061 0.60955 0.16152 0.61084 0.16144 0.60887 0.16260 0.60988 0.16327 0.60951 0.16420 0.60982 0.16542 0.61048 0.16639 0.61145 0.16765 0.61339 0.16740 0.61180 0.16841 0.61180 0.16970 0.61247 0.17100 0.61309 0.17209 0.61345 0.17213 0.61215 0.17295 0.61251 0.17374 0.61378 0.17539 0.61506 0.17543 0.61412 0.17736 0.61605 0.17821 0.61671 0.17840 0.61856 0.17892 0.62049 0.17859 0.62236 0.17911 0.62420 0.17945 0.62267 0.18033 0.62268 0.18092 0.62205 0.18130 0.62083 0.18243 0.62242 0.18381 0.62615 0.18390 0.62400 0.18532 0.62614 0.18647 0.62895 0.18701 0.63075 0.18853 0.63263 0.19006 0.63476 0.19157 0.63687 0.19344 0.63929 0.19439 0.64226 0.19537 0.64522 0.19697 0.64582 0.19824 0.64609\n 11 2118 96 0.19824 0.64609 0.19957 0.64553 0.20058 0.64465 0.20222 0.64554 0.20297 0.64381 0.20406 0.64296 0.20344 0.64120 0.20552 0.64213 0.20577 0.64418 0.20569 0.64590 0.20596 0.64760 0.20695 0.64964 0.20623 0.65077 0.20521 0.65104 0.20420 0.65105 0.20422 0.65250 0.20526 0.65478 0.20699 0.65651 0.20808 0.65907 0.20918 0.66130 0.21063 0.66355 0.21203 0.66436 0.21336 0.66433 0.21257 0.66235 0.21289 0.66070 0.21393 0.66069 0.21533 0.66121 0.21639 0.66037 0.21713 0.65928 0.21893 0.65929 0.22046 0.65904 0.22016 0.65654 0.21843 0.65406 0.21655 0.65371 0.21541 0.65426 0.21432 0.65397 0.21297 0.65170 0.21113 0.65194 0.21152 0.65083 0.21266 0.65000 0.21417 0.65004 0.21499 0.64866 0.21586 0.64758 0.21640 0.64593 0.21595 0.64339 0.21575 0.64170 0.21523 0.63999 0.21300 0.63902 0.21117 0.63807 0.20932 0.63739 0.20791 0.63390 0.20863 0.63163 0.20758 0.62869 0.20600 0.62652 0.20533 0.62822 0.20318 0.62485 0.20106 0.62177 0.19918 0.62164 0.19726 0.61972 0.19553 0.61690 0.19720 0.61612 0.19822 0.61469 0.19914 0.61239 0.20058 0.61134 0.20237 0.61208 0.20407 0.61342 0.20603 0.61539 0.20793 0.61765 0.20979 0.62014 0.21121 0.62291 0.21230 0.62529 0.21384 0.62773 0.21491 0.63038 0.21561 0.63299 0.21712 0.63365 0.21807 0.63514 0.21879 0.63381 0.21977 0.63303 0.22122 0.63232 0.22308 0.63196 0.22412 0.63120 0.22629 0.63307 0.22731 0.63430 0.22994 0.63457 0.23122 0.63334 0.23283 0.63407 0.23315 0.63300 0.23535 0.63355 0.23671 0.63372 0.23731 0.63192 0.23583 0.63067 0.23553 0.62737 0.23700 0.62591 0.23920 0.62545 0.24114 0.62438 0.24401 0.62483\n 11 2118 96 0.24401 0.62483 0.24607 0.62593 0.24884 0.62562 0.25191 0.62586 0.25463 0.62584 0.25711 0.62625 0.25952 0.62698 0.26257 0.62858 0.26526 0.62886 0.26834 0.62947 0.27171 0.62964 0.27432 0.63121 0.27657 0.63243 0.27935 0.63474 0.28164 0.63692 0.28419 0.63868 0.28662 0.63968 0.28912 0.64046 0.29117 0.64117 0.29203 0.64276 0.29407 0.64435 0.29653 0.64537 0.29695 0.64773 0.29752 0.64989 0.29868 0.65103 0.29866 0.65327 0.29779 0.65488 0.29450 0.65445 0.29251 0.65609 0.29461 0.65646 0.29678 0.65798 0.29568 0.65912 0.29303 0.65862 0.29521 0.66012 0.29735 0.66157 0.29611 0.66311 0.29631 0.66532 0.29755 0.66638 0.29964 0.66544 0.30252 0.66529 0.30505 0.66491 0.30799 0.66481 0.31131 0.66525 0.31371 0.66533 0.31627 0.66503 0.31831 0.66465 0.32047 0.66512 0.32281 0.66545 0.32499 0.66494 0.32718 0.66545 0.32938 0.66498 0.33115 0.66323 0.33255 0.66121 0.33387 0.65938 0.33355 0.65809 0.33572 0.65790 0.33627 0.65541 0.33788 0.65426 0.33855 0.65265 0.33956 0.65316 0.34095 0.65401 0.34218 0.65338 0.34246 0.65141 0.34320 0.64983 0.34447 0.64921 0.34384 0.64753 0.34156 0.64761 0.34078 0.64609 0.34200 0.64481 0.34453 0.64378 0.34612 0.64374 0.34697 0.64211 0.34968 0.64036 0.35019 0.64206 0.34930 0.64361 0.35232 0.64517 0.35528 0.64609 0.35828 0.64622 0.36138 0.64705 0.36444 0.64785 0.36717 0.64696 0.36933 0.64585 0.36994 0.64406 0.37235 0.64348 0.36871 0.64164 0.36741 0.64000 0.36642 0.63804 0.36970 0.63826 0.37258 0.63872 0.37527 0.63936 0.37711 0.63876 0.37888 0.64067 0.38140 0.64213 0.38463 0.64124 0.38463 0.63997 0.38211 0.63975\n 11 1986 90 0.38211 0.63975 0.37963 0.63764 0.37679 0.63515 0.37479 0.63392 0.37225 0.63446 0.36951 0.63447 0.36728 0.63343 0.36403 0.63260 0.36033 0.63206 0.35757 0.63083 0.35427 0.63011 0.35075 0.62952 0.34799 0.62974 0.34654 0.63098 0.34541 0.62917 0.34280 0.62788 0.34058 0.62839 0.33777 0.62662 0.33497 0.62485 0.33218 0.62237 0.33048 0.62030 0.32864 0.61766 0.32720 0.61544 0.32502 0.61235 0.32270 0.60948 0.32103 0.60604 0.31911 0.60351 0.31734 0.60152 0.31638 0.59958 0.31943 0.59971 0.32268 0.60046 0.32636 0.60218 0.32918 0.60463 0.33209 0.60506 0.33401 0.60355 0.33547 0.60571 0.33778 0.60794 0.34045 0.60861 0.34302 0.60795 0.34398 0.60662 0.34606 0.60707 0.34672 0.60988 0.34856 0.61247 0.35111 0.61383 0.35306 0.61376 0.35307 0.61181 0.35484 0.61189 0.35644 0.61463 0.35607 0.61613 0.35781 0.61816 0.36078 0.61933 0.36038 0.62154 0.35847 0.62158 0.35986 0.62386 0.36256 0.62512 0.36572 0.62614 0.36807 0.62774 0.37017 0.62944 0.37283 0.62893 0.37350 0.62721 0.37627 0.62797 0.37892 0.62748 0.37658 0.62464 0.37987 0.62572 0.38249 0.62597 0.38495 0.62568 0.38692 0.62398 0.38764 0.62181 0.38769 0.61944 0.39041 0.62151 0.39346 0.62167 0.39678 0.62227 0.39989 0.62301 0.40301 0.62383 0.40521 0.62334 0.40827 0.62417 0.41122 0.62400 0.41398 0.62448 0.41704 0.62322 0.41847 0.62102 0.42152 0.62257 0.42142 0.62475 0.42187 0.62782 0.42280 0.63069 0.42322 0.63267 0.42118 0.63350 0.42254 0.63567 0.42513 0.63411 0.42814 0.63455 0.42956 0.63484\n 11 666 30 0.42956 0.63484 0.43073 0.63517 0.43325 0.63742 0.43265 0.63974 0.43581 0.64067 0.43500 0.63837 0.43457 0.63588 0.43638 0.63475 0.43848 0.63505 0.44053 0.63339 0.43985 0.63100 0.44112 0.62905 0.44312 0.62642 0.44537 0.62474 0.44702 0.62686 0.44931 0.62826 0.45046 0.63100 0.45328 0.63027 0.45529 0.63177 0.45774 0.63268 0.45610 0.63559 0.45497 0.63840 0.45171 0.64024 0.44854 0.64115 0.44845 0.64373 0.44742 0.64606 0.44591 0.64863 0.44388 0.65086 0.44291 0.65325 0.44200 0.65564\n 11 2074 94 0.44200 0.65564 0.44176 0.65629 0.44037 0.65840 0.43841 0.66020 0.43684 0.66246 0.43398 0.66374 0.43182 0.66535 0.42969 0.66693 0.42747 0.66862 0.42516 0.66592 0.42427 0.66354 0.42219 0.66294 0.42031 0.66342 0.42120 0.66520 0.42010 0.66701 0.42134 0.66859 0.42296 0.66767 0.42442 0.66858 0.42310 0.67050 0.42071 0.66959 0.41850 0.66915 0.41693 0.67126 0.41458 0.67345 0.41138 0.67500 0.40893 0.67679 0.40839 0.67918 0.41115 0.68033 0.41271 0.68241 0.41277 0.68435 0.41137 0.68614 0.40982 0.68815 0.40720 0.68919 0.40588 0.69046 0.40411 0.69142 0.40593 0.69265 0.40632 0.69454 0.40531 0.69562 0.40597 0.69728 0.40855 0.69918 0.40812 0.70125 0.40654 0.70321 0.40658 0.70585 0.40592 0.70780 0.40529 0.70971 0.40449 0.71203 0.40287 0.71050 0.40187 0.71224 0.40008 0.71209 0.39833 0.71076 0.39618 0.70896 0.39554 0.71124 0.39383 0.71354 0.39437 0.71507 0.39335 0.71595 0.39150 0.71612 0.39207 0.71776 0.39424 0.71995 0.39148 0.71944 0.38876 0.71883 0.38638 0.71913 0.38706 0.72080 0.38928 0.72292 0.39220 0.72484 0.39509 0.72469 0.39835 0.72527 0.40112 0.72780 0.40177 0.73016 0.40297 0.73314 0.40273 0.73537 0.40053 0.73509 0.39847 0.73397 0.39784 0.73554 0.39828 0.73820 0.39941 0.74030 0.40203 0.74056 0.40213 0.74230 0.40337 0.74409 0.40302 0.74534 0.40216 0.74662 0.40605 0.74806 0.40811 0.74770 0.40891 0.74919 0.40795 0.74967 0.40605 0.74806 0.40339 0.74757 0.40363 0.74878 0.40488 0.74988 0.40626 0.75115 0.40490 0.75183 0.40309 0.75090 0.40249 0.75245 0.40197 0.75392 0.40244 0.75525 0.40471 0.75456\n 11 2074 94 0.40471 0.75456 0.40532 0.75323 0.40750 0.75182 0.40920 0.75044 0.41150 0.74896 0.41338 0.74786 0.41658 0.74801 0.41935 0.74860 0.42169 0.74987 0.42307 0.75119 0.42399 0.75278 0.42441 0.75415 0.42292 0.75446 0.42342 0.75585 0.42622 0.75482 0.42724 0.75625 0.42792 0.75789 0.42937 0.75615 0.43220 0.75791 0.43079 0.75941 0.42888 0.76094 0.42579 0.76113 0.42686 0.76304 0.42462 0.76279 0.42525 0.76555 0.42702 0.76503 0.42700 0.76733 0.42806 0.76874 0.42696 0.77004 0.42726 0.77170 0.42748 0.77376 0.42673 0.77523 0.42582 0.77649 0.42406 0.77696 0.42135 0.77691 0.42269 0.77877 0.42348 0.78044 0.42502 0.78227 0.42660 0.78398 0.42311 0.78430 0.42063 0.78497 0.41809 0.78380 0.41513 0.78359 0.41594 0.78512 0.41928 0.78566 0.42192 0.78643 0.42326 0.78743 0.42546 0.78779 0.42531 0.78889 0.42191 0.78806 0.42192 0.78889 0.42425 0.78934 0.42471 0.79040 0.42205 0.79053 0.41882 0.78944 0.41692 0.78924 0.42003 0.79066 0.42313 0.79203 0.42539 0.79127 0.42670 0.79021 0.42933 0.78965 0.43222 0.79000 0.43197 0.79057 0.42956 0.79016 0.42789 0.79063 0.42713 0.79163 0.42775 0.79277 0.42645 0.79413 0.42398 0.79401 0.42133 0.79415 0.42034 0.79527 0.41843 0.79616 0.41544 0.79672 0.41240 0.79510 0.41286 0.79645 0.41082 0.79718 0.40769 0.79752 0.40740 0.79899 0.40655 0.80008 0.40711 0.80165 0.40791 0.80303 0.41179 0.80372 0.41049 0.80180 0.41056 0.80062 0.41107 0.79932 0.41286 0.79877 0.41388 0.79777 0.41744 0.79826 0.41956 0.79754 0.42188 0.79658 0.42402 0.79580 0.42616 0.79501 0.42929 0.79510 0.43016 0.79385\n 11 2074 94 0.43016 0.79385 0.43131 0.79278 0.43279 0.79219 0.43607 0.79303 0.43664 0.79228 0.43876 0.79208 0.43963 0.79328 0.43881 0.79455 0.43801 0.79583 0.43628 0.79692 0.43543 0.79813 0.43627 0.79980 0.43497 0.80074 0.43252 0.80105 0.43166 0.80217 0.43041 0.80275 0.42807 0.80220 0.42521 0.80256 0.42282 0.80222 0.42182 0.80350 0.42439 0.80393 0.42694 0.80403 0.42967 0.80475 0.43236 0.80514 0.43460 0.80587 0.43789 0.80614 0.44061 0.80700 0.44480 0.80755 0.44825 0.80746 0.44824 0.80851 0.44629 0.80861 0.44351 0.80838 0.44176 0.80880 0.43951 0.80899 0.43992 0.80993 0.44107 0.81062 0.44002 0.81127 0.44191 0.81169 0.44367 0.81055 0.44509 0.81157 0.44611 0.81291 0.44870 0.81352 0.45070 0.81437 0.45059 0.81528 0.45331 0.81515 0.45476 0.81413 0.45617 0.81525 0.45765 0.81634 0.45974 0.81734 0.46113 0.81836 0.46319 0.81949 0.46506 0.82032 0.46392 0.82158 0.46555 0.82255 0.46807 0.82304 0.46991 0.82255 0.47245 0.82260 0.47170 0.82142 0.46899 0.82071 0.47074 0.81996 0.47254 0.81965 0.47532 0.82013 0.47854 0.82021 0.47572 0.82084 0.47484 0.82216 0.47494 0.82341 0.47299 0.82350 0.47222 0.82458 0.47323 0.82553 0.47543 0.82549 0.47817 0.82568 0.47951 0.82665 0.48190 0.82752 0.48381 0.82848 0.48199 0.82919 0.48004 0.83004 0.48344 0.83024 0.48594 0.83016 0.48874 0.82988 0.49113 0.82989 0.49207 0.83069 0.48963 0.83135 0.48748 0.83117 0.48706 0.83216 0.49071 0.83246 0.49389 0.83185 0.49713 0.83153 0.49738 0.83049 0.49759 0.82960 0.49784 0.82852 0.50072 0.82772 0.50305 0.82724 0.50471 0.82614 0.50220 0.82684\n 11 820 37 0.50220 0.82684 0.49907 0.82708 0.49629 0.82749 0.49377 0.82753 0.49104 0.82750 0.48800 0.82762 0.48495 0.82710 0.48235 0.82623 0.48098 0.82529 0.48158 0.82417 0.48292 0.82333 0.48558 0.82283 0.48829 0.82251 0.49104 0.82196 0.49372 0.82133 0.49668 0.82092 0.49992 0.82070 0.50330 0.82061 0.50341 0.81977 0.50577 0.81940 0.50766 0.81988 0.51056 0.81969 0.51340 0.81879 0.51056 0.81904 0.50793 0.81813 0.51018 0.81749 0.51257 0.81681 0.51544 0.81633 0.51764 0.81781 0.51804 0.81667 0.52040 0.81748 0.51991 0.81591 0.52182 0.81627 0.52329 0.81707 0.52514 0.81627 0.52752 0.81675 0.52974 0.81767\n 11 1238 56 0.53570 0.81746 0.53823 0.81846 0.54092 0.81850 0.54140 0.81932 0.54015 0.81971 0.54276 0.82018 0.54249 0.81936 0.54441 0.81971 0.54308 0.81861 0.54553 0.81908 0.54807 0.81929 0.54711 0.82011 0.55056 0.81992 0.55312 0.82051 0.54992 0.82025 0.54738 0.82050 0.54445 0.82079 0.54806 0.82146 0.54954 0.82223 0.55234 0.82275 0.55434 0.82340 0.55592 0.82408 0.55777 0.82471 0.55978 0.82547 0.56266 0.82562 0.56562 0.82631 0.56807 0.82667 0.57056 0.82701 0.57164 0.82619 0.57373 0.82660 0.57586 0.82678 0.57886 0.82615 0.58174 0.82627 0.58441 0.82623 0.58740 0.82608 0.58727 0.82683 0.58931 0.82691 0.58985 0.82763 0.59065 0.82824 0.59013 0.82921 0.59196 0.82933 0.59223 0.82987 0.58970 0.83046 0.59204 0.83040 0.59332 0.83079 0.59256 0.83146 0.59044 0.83249 0.58787 0.83333 0.58461 0.83376 0.58230 0.83378 0.57901 0.83386 0.57739 0.83424 0.57568 0.83407 0.57454 0.83476 0.57479 0.83567 0.57455 0.83653\n 11 688 31 0.57455 0.83653 0.57445 0.83745 0.57417 0.83824 0.57281 0.83912 0.57424 0.83929 0.57374 0.83995 0.57428 0.84027 0.57184 0.84074 0.56971 0.84114 0.56951 0.84076 0.56708 0.84065 0.56470 0.84106 0.56257 0.84141 0.56031 0.84100 0.55895 0.84041 0.55780 0.83999 0.55714 0.83935 0.55617 0.83899 0.55319 0.83890 0.55036 0.83890 0.55128 0.83852 0.54905 0.83841 0.54794 0.83815 0.54838 0.83753 0.55013 0.83673 0.55186 0.83590 0.55157 0.83519 0.55042 0.83444 0.54950 0.83363 0.54818 0.83333 0.54555 0.83271\n 11 1216 55 0.53673 0.83138 0.53451 0.83092 0.53618 0.83022 0.53447 0.82969 0.53447 0.82915 0.53272 0.82894 0.53130 0.82834 0.52931 0.82868 0.52751 0.82881 0.52563 0.82876 0.52352 0.82960 0.52377 0.83066 0.52573 0.83091 0.52771 0.83182 0.53040 0.83246 0.53322 0.83323 0.53608 0.83379 0.53777 0.83459 0.53798 0.83550 0.53710 0.83649 0.53862 0.83723 0.53891 0.83777 0.53668 0.83840 0.53522 0.83894 0.53229 0.83945 0.52918 0.83953 0.52607 0.83944 0.52295 0.83931 0.51987 0.83916 0.51605 0.83926 0.51362 0.83996 0.51139 0.83985 0.50998 0.84052 0.51334 0.84024 0.51621 0.84072 0.51765 0.84107 0.52136 0.84096 0.52439 0.84059 0.52754 0.84055 0.53040 0.84050 0.53283 0.84072 0.53311 0.84133 0.53250 0.84199 0.53052 0.84224 0.53080 0.84292 0.53108 0.84357 0.53303 0.84377 0.53508 0.84352 0.53604 0.84299 0.53765 0.84251 0.54038 0.84239 0.54201 0.84291 0.54349 0.84319 0.54400 0.84387 0.54413 0.84446\n 11 2074 94 0.55455 0.84476 0.55530 0.84412 0.55852 0.84376 0.56187 0.84345 0.56483 0.84335 0.56809 0.84290 0.57164 0.84254 0.57341 0.84213 0.57534 0.84157 0.57352 0.84173 0.57426 0.84120 0.57618 0.84111 0.57882 0.84068 0.58065 0.84048 0.58295 0.84027 0.58511 0.83979 0.58390 0.83968 0.58682 0.83870 0.58636 0.83850 0.58798 0.83779 0.58584 0.83764 0.58340 0.83752 0.58076 0.83789 0.58015 0.83756 0.58218 0.83710 0.58155 0.83676 0.57990 0.83650 0.57928 0.83614 0.58170 0.83570 0.58374 0.83572 0.58647 0.83518 0.58841 0.83507 0.58968 0.83524 0.59072 0.83571 0.59127 0.83617 0.59001 0.83684 0.59101 0.83725 0.59047 0.83782 0.59200 0.83764 0.59129 0.83813 0.59332 0.83793 0.59427 0.83808 0.59578 0.83748 0.59824 0.83683 0.59997 0.83666 0.60334 0.83571 0.60584 0.83519 0.60677 0.83542 0.60539 0.83592 0.60594 0.83604 0.60805 0.83571 0.60923 0.83516 0.60811 0.83491 0.60952 0.83459 0.61108 0.83460 0.61279 0.83446 0.61477 0.83421 0.61711 0.83382 0.61968 0.83317 0.62278 0.83240 0.62536 0.83169 0.62681 0.83154 0.62814 0.83150 0.63012 0.83096 0.63223 0.83028 0.63418 0.82973 0.63589 0.82950 0.63787 0.82867 0.63996 0.82795 0.63978 0.82758 0.64196 0.82671 0.64204 0.82720 0.64299 0.82740 0.64518 0.82653 0.64791 0.82549 0.64824 0.82501 0.65093 0.82395 0.65324 0.82312 0.65559 0.82216 0.65672 0.82218 0.65565 0.82283 0.65378 0.82364 0.65228 0.82452 0.64995 0.82557 0.64975 0.82579 0.64903 0.82635 0.64999 0.82616 0.64965 0.82648 0.64831 0.82718 0.64837 0.82743 0.65012 0.82708 0.65190 0.82668 0.65325 0.82634 0.65536 0.82574\n 11 578 26 0.65536 0.82574 0.65700 0.82518 0.65928 0.82429 0.66144 0.82336 0.66462 0.82198 0.66845 0.82038 0.67064 0.81931 0.67340 0.81800 0.67656 0.81654 0.67916 0.81528 0.68134 0.81403 0.68380 0.81305 0.68627 0.81182 0.68794 0.81110 0.68799 0.81142 0.68949 0.81087 0.69010 0.81070 0.69082 0.81054 0.69233 0.80992 0.69433 0.80903 0.69625 0.80817 0.69849 0.80706 0.70015 0.80627 0.70001 0.80638 0.69834 0.80725 0.69996 0.80642\n 11 424 19 0.64225 0.83089 0.63952 0.83179 0.63874 0.83202 0.63806 0.83218 0.63501 0.83314 0.63266 0.83385 0.63046 0.83456 0.62766 0.83542 0.62555 0.83607 0.62276 0.83687 0.62030 0.83753 0.61721 0.83835 0.61433 0.83910 0.61262 0.83950 0.61047 0.84003 0.60837 0.84056 0.60716 0.84088 0.60467 0.84148 0.60505 0.84142\n 11 380 17 0.59295 0.84405 0.59441 0.84373 0.59431 0.84372 0.59309 0.84393 0.59386 0.84373 0.59297 0.84386 0.59113 0.84423 0.58854 0.84470 0.58641 0.84513 0.58747 0.84498 0.58757 0.84501 0.58676 0.84520 0.58504 0.84550 0.58420 0.84561 0.58161 0.84612 0.58172 0.84614 0.58086 0.84629\n 11 94 4 0.47751 0.85094 0.47906 0.85106 0.48179 0.85126 0.48419 0.85142\n 11 336 15 0.49360 0.85191 0.49521 0.85197 0.49798 0.85206 0.49616 0.85197 0.49308 0.85184 0.49585 0.85192 0.49855 0.85202 0.50208 0.85208 0.50098 0.85201 0.50401 0.85207 0.50673 0.85210 0.50786 0.85217 0.50976 0.85222 0.51252 0.85223 0.51249 0.85223\n 11 490 22 0.48997 0.85169 0.48837 0.85163 0.48706 0.85158 0.48464 0.85144 0.48201 0.85126 0.47925 0.85106 0.47611 0.85082 0.47447 0.85063 0.47245 0.85039 0.47408 0.85051 0.47539 0.85058 0.47311 0.85037 0.47071 0.85006 0.46816 0.84978 0.46978 0.84990 0.47233 0.85018 0.47606 0.85054 0.47926 0.85088 0.48265 0.85114 0.48555 0.85138 0.48734 0.85153 0.48997 0.85169\n 11 94 4 0.43232 0.84482 0.43188 0.84476 0.42977 0.84435 0.42751 0.84392\n 11 688 31 0.40868 0.83963 0.41024 0.84000 0.41297 0.84063 0.41584 0.84130 0.41589 0.84128 0.41289 0.84055 0.41053 0.83997 0.41249 0.84037 0.41052 0.83978 0.40741 0.83894 0.40443 0.83820 0.40202 0.83750 0.39952 0.83678 0.40142 0.83725 0.40262 0.83744 0.40428 0.83770 0.40718 0.83833 0.41032 0.83902 0.41242 0.83958 0.41522 0.84031 0.41748 0.84084 0.41997 0.84162 0.42272 0.84230 0.42497 0.84287 0.42423 0.84279 0.42630 0.84327 0.42690 0.84349 0.43010 0.84412 0.43062 0.84433 0.43140 0.84458 0.43232 0.84482\n 11 600 27 0.38237 0.83139 0.38125 0.83120 0.38002 0.83085 0.37874 0.83058 0.37589 0.82957 0.37306 0.82854 0.37200 0.82819 0.36958 0.82723 0.36836 0.82657 0.36957 0.82682 0.36806 0.82618 0.36735 0.82577 0.36950 0.82644 0.37255 0.82740 0.37317 0.82749 0.37291 0.82711 0.37241 0.82668 0.37441 0.82764 0.37583 0.82807 0.37807 0.82904 0.37727 0.82895 0.37898 0.82949 0.37901 0.82974 0.38104 0.83048 0.38218 0.83094 0.38161 0.83094 0.38237 0.83139\n 11 534 24 0.32582 0.80453 0.32333 0.80340 0.32139 0.80258 0.32331 0.80285 0.32468 0.80328 0.32333 0.80219 0.32281 0.80149 0.32069 0.79984 0.31749 0.79791 0.31648 0.79695 0.31350 0.79525 0.31153 0.79365 0.31123 0.79283 0.31273 0.79395 0.31339 0.79474 0.31526 0.79593 0.31648 0.79695 0.31837 0.79812 0.32103 0.79981 0.32342 0.80151 0.32532 0.80263 0.32610 0.80360 0.32693 0.80446 0.32582 0.80453\n 11 600 27 0.28166 0.73890 0.27934 0.73606 0.27938 0.73441 0.27955 0.73297 0.28178 0.73304 0.28278 0.73172 0.28292 0.72990 0.28423 0.72925 0.28633 0.72850 0.28868 0.72839 0.29129 0.72914 0.29430 0.72980 0.29684 0.73011 0.29805 0.73143 0.29687 0.73159 0.29514 0.73119 0.29312 0.73126 0.29113 0.73131 0.28921 0.73138 0.28748 0.73209 0.28579 0.73279 0.28446 0.73326 0.28365 0.73409 0.28236 0.73454 0.28106 0.73501 0.28146 0.73682 0.28166 0.73890\n 11 336 15 0.51056 0.83847 0.50866 0.83902 0.50750 0.83970 0.50693 0.84036 0.50552 0.84034 0.50472 0.83992 0.50222 0.83986 0.50122 0.83929 0.50131 0.83875 0.50248 0.83820 0.50467 0.83798 0.50603 0.83757 0.50816 0.83760 0.51001 0.83804 0.51056 0.83847\n 11 380 17 0.49629 0.83694 0.49513 0.83733 0.49290 0.83749 0.49267 0.83819 0.49105 0.83808 0.48979 0.83772 0.49001 0.83714 0.49151 0.83680 0.49249 0.83627 0.49250 0.83550 0.49442 0.83516 0.49680 0.83498 0.49567 0.83539 0.49408 0.83545 0.49390 0.83605 0.49596 0.83617 0.49629 0.83694\n 11 336 15 0.15525 0.62862 0.15437 0.62705 0.15339 0.62512 0.15226 0.62213 0.15177 0.62042 0.15174 0.61936 0.15208 0.61930 0.15299 0.62055 0.15341 0.62053 0.15415 0.62181 0.15465 0.62382 0.15519 0.62583 0.15547 0.62722 0.15530 0.62793 0.15525 0.62862\n 11 358 16 0.15885 0.59932 0.15752 0.59732 0.15599 0.59432 0.15560 0.59231 0.15454 0.58996 0.15604 0.59163 0.15717 0.59200 0.15852 0.59334 0.16011 0.59500 0.16154 0.59602 0.16295 0.59802 0.16337 0.60004 0.16259 0.60101 0.16137 0.60064 0.16022 0.60000 0.15885 0.59932\n 11 468 21 0.19382 0.60219 0.19225 0.59927 0.19266 0.59776 0.19392 0.59881 0.19300 0.59657 0.19151 0.59485 0.19029 0.59502 0.18886 0.59334 0.18742 0.59162 0.18744 0.58879 0.18924 0.58809 0.19107 0.58984 0.19310 0.59101 0.19484 0.59181 0.19605 0.59444 0.19747 0.59648 0.19692 0.59825 0.19767 0.59984 0.19682 0.60125 0.19520 0.60141 0.19382 0.60219\n 11 358 16 0.19734 0.59308 0.19575 0.59040 0.19576 0.58791 0.19714 0.58872 0.19825 0.58916 0.19951 0.58811 0.19906 0.58589 0.20059 0.58641 0.20196 0.58627 0.20307 0.58802 0.20297 0.59043 0.20201 0.59184 0.20048 0.59134 0.20014 0.59343 0.19875 0.59263 0.19734 0.59308\n 11 1744 79 0.19918 0.60151 0.19767 0.59984 0.19859 0.59812 0.19886 0.59602 0.20046 0.59622 0.20147 0.59448 0.20283 0.59316 0.20367 0.59203 0.20538 0.59107 0.20567 0.58928 0.20651 0.58728 0.20449 0.58665 0.20300 0.58491 0.20186 0.58225 0.20207 0.58076 0.20450 0.58143 0.20689 0.58119 0.20774 0.58351 0.20934 0.58406 0.20861 0.58055 0.21000 0.57772 0.21284 0.57790 0.21131 0.57518 0.21418 0.57726 0.21509 0.57559 0.21646 0.57585 0.21421 0.57357 0.21620 0.57273 0.21757 0.57389 0.21912 0.57391 0.22034 0.57632 0.22267 0.57858 0.22409 0.57887 0.22644 0.58117 0.22821 0.58362 0.22948 0.58420 0.23028 0.58287 0.23191 0.58471 0.23384 0.58512 0.23634 0.58743 0.23801 0.59014 0.23905 0.59294 0.24059 0.59503 0.24211 0.59618 0.24175 0.59871 0.24024 0.59754 0.24083 0.59653 0.23981 0.59545 0.23907 0.59671 0.23949 0.59883 0.23686 0.59771 0.23547 0.59626 0.23380 0.59450 0.23179 0.59236 0.22982 0.59109 0.22758 0.59033 0.22532 0.58872 0.22348 0.58927 0.22147 0.58832 0.21982 0.58860 0.21819 0.58982 0.21631 0.59068 0.21758 0.59208 0.21948 0.59330 0.21785 0.59363 0.21610 0.59212 0.21401 0.59152 0.21222 0.59120 0.21067 0.58947 0.20955 0.58987 0.20988 0.59235 0.20876 0.59400 0.20752 0.59592 0.20625 0.59816 0.20564 0.59989 0.20355 0.59962 0.20174 0.60002 0.20035 0.60044 0.19918 0.60151\n 11 952 43 0.24456 0.60632 0.24302 0.60517 0.24239 0.60336 0.23996 0.60090 0.24187 0.60044 0.24357 0.59936 0.24389 0.60167 0.24387 0.60366 0.24507 0.60447 0.24566 0.60345 0.24538 0.60198 0.24683 0.60148 0.24807 0.60033 0.24794 0.59692 0.24836 0.59360 0.24988 0.59481 0.25196 0.59530 0.25433 0.59529 0.25517 0.59325 0.25741 0.59269 0.25950 0.59238 0.25791 0.59363 0.25895 0.59474 0.25915 0.59620 0.26193 0.59747 0.25920 0.59789 0.25854 0.59966 0.25811 0.60209 0.25843 0.60517 0.25891 0.60718 0.26013 0.60993 0.26086 0.61248 0.25902 0.61263 0.25725 0.60981 0.25528 0.60826 0.25368 0.60713 0.25202 0.60703 0.25074 0.60540 0.24953 0.60457 0.24865 0.60605 0.24828 0.60763 0.24701 0.60598 0.24456 0.60632\n 11 94 4 0.16880 0.57933 0.16986 0.58044 0.17062 0.57979 0.17143 0.58053\n 11 50 2 0.17651 0.58199 0.17762 0.58175\n 11 72 3 0.26052 0.59514 0.26226 0.59532 0.26402 0.59547\n 11 182 8 0.26600 0.59379 0.26865 0.59368 0.27152 0.59334 0.27476 0.59347 0.27259 0.59368 0.27201 0.59515 0.26953 0.59502 0.26600 0.59379\n 11 116 5 0.27700 0.59247 0.27810 0.59196 0.28175 0.59251 0.27987 0.59303 0.27700 0.59247\n 11 50 2 0.28715 0.59199 0.28958 0.59251\n 11 160 7 0.30991 0.59986 0.30878 0.59859 0.31126 0.59803 0.31315 0.59889 0.31419 0.60008 0.31178 0.59943 0.30991 0.59986\n 11 116 5 0.29931 0.66107 0.29839 0.65938 0.30117 0.65970 0.30138 0.66168 0.29931 0.66107\n 11 116 5 0.36460 0.62307 0.36897 0.62333 0.36959 0.62481 0.36750 0.62492 0.36460 0.62307\n 11 1040 47 0.29755 0.64466 0.29478 0.64221 0.29207 0.64064 0.28962 0.63867 0.28852 0.63653 0.28661 0.63465 0.28408 0.63285 0.28182 0.63062 0.27945 0.62860 0.27734 0.62710 0.27552 0.62620 0.27463 0.62472 0.27260 0.62221 0.27038 0.62094 0.26773 0.61853 0.26540 0.61748 0.26287 0.61402 0.26554 0.61542 0.26725 0.61556 0.26759 0.61402 0.26688 0.61147 0.26911 0.61359 0.26926 0.61524 0.27061 0.61684 0.27117 0.61878 0.27238 0.62062 0.27482 0.62247 0.27720 0.62355 0.27889 0.62467 0.28062 0.62484 0.28149 0.62355 0.28137 0.62100 0.28302 0.62317 0.28492 0.62589 0.28684 0.62859 0.28893 0.63107 0.29105 0.63353 0.29306 0.63616 0.29564 0.63795 0.29809 0.63995 0.30030 0.64234 0.30266 0.64449 0.30393 0.64637 0.30290 0.64704 0.30117 0.64482 0.29954 0.64444 0.29755 0.64466\n 11 94 4 0.44973 0.66791 0.44594 0.66683 0.44529 0.66529 0.44804 0.66528\n 11 116 5 0.44804 0.66528 0.44931 0.66420 0.45348 0.66439 0.45297 0.66674 0.44973 0.66791\n 11 160 7 0.40845 0.71396 0.40764 0.71211 0.40859 0.70966 0.41054 0.71062 0.41211 0.71321 0.41072 0.71437 0.40845 0.71396\n 11 116 5 0.41271 0.71642 0.41082 0.71537 0.41174 0.71483 0.41324 0.71550 0.41271 0.71642\n 11 182 8 0.42497 0.71356 0.42266 0.71132 0.42243 0.70830 0.42352 0.70706 0.42631 0.70795 0.42570 0.71014 0.42468 0.71227 0.42497 0.71356\n 11 358 16 0.41714 0.72215 0.41454 0.71998 0.41471 0.71851 0.41643 0.71757 0.41840 0.71644 0.41794 0.71511 0.42023 0.71460 0.42294 0.71456 0.42442 0.71528 0.42468 0.71670 0.42418 0.71743 0.42544 0.71956 0.42231 0.71944 0.42376 0.72248 0.42146 0.72338 0.41714 0.72215\n 11 248 11 0.43536 0.76197 0.43612 0.76042 0.43520 0.75858 0.43553 0.75697 0.43870 0.75685 0.44122 0.75761 0.44337 0.75873 0.44273 0.75964 0.44040 0.76041 0.43764 0.76130 0.43536 0.76197\n 11 402 18 0.45260 0.76605 0.44985 0.76613 0.44775 0.76493 0.44480 0.76476 0.44275 0.76333 0.44093 0.76224 0.44073 0.76100 0.44346 0.76098 0.44578 0.76020 0.44820 0.76062 0.44995 0.76164 0.45221 0.76173 0.45353 0.76116 0.45550 0.76160 0.45736 0.76185 0.45648 0.76370 0.45425 0.76454 0.45260 0.76605\n 11 886 40 0.46575 0.80946 0.46247 0.80985 0.45961 0.81009 0.45617 0.80956 0.45275 0.80875 0.45176 0.80788 0.45533 0.80801 0.45762 0.80740 0.45947 0.80636 0.46070 0.80511 0.46081 0.80375 0.46055 0.80228 0.46039 0.80077 0.46030 0.79925 0.45977 0.79757 0.45974 0.79600 0.45866 0.79431 0.45764 0.79254 0.45597 0.79114 0.45464 0.78946 0.45365 0.78788 0.45540 0.78658 0.45767 0.78700 0.45882 0.78864 0.45862 0.78993 0.46062 0.79150 0.46331 0.79260 0.46491 0.79447 0.46541 0.79592 0.46565 0.79691 0.46760 0.79845 0.46667 0.79932 0.46642 0.80125 0.46714 0.80289 0.46541 0.80349 0.46667 0.80467 0.46678 0.80632 0.46548 0.80705 0.46693 0.80822 0.46575 0.80946\n 11 138 6 0.46582 0.81763 0.46332 0.81660 0.46329 0.81567 0.46656 0.81551 0.46739 0.81661 0.46582 0.81763\n 11 336 15 0.48167 0.78380 0.47988 0.78321 0.47933 0.78178 0.47685 0.78122 0.47655 0.78049 0.47815 0.77917 0.47648 0.77887 0.47588 0.77783 0.47804 0.77689 0.47860 0.77826 0.47815 0.77917 0.48010 0.78054 0.47933 0.78178 0.48130 0.78234 0.48167 0.78380\n 11 226 10 0.48534 0.78219 0.48282 0.78210 0.48126 0.78087 0.48266 0.78052 0.48264 0.77913 0.48426 0.77791 0.48499 0.77955 0.48384 0.78079 0.48541 0.78128 0.48534 0.78219\n 11 94 4 0.48497 0.78426 0.48316 0.78362 0.48478 0.78322 0.48497 0.78426\n 11 292 13 0.49477 0.78529 0.49329 0.78552 0.49187 0.78525 0.49139 0.78609 0.48959 0.78617 0.48802 0.78555 0.48865 0.78463 0.48807 0.78344 0.48918 0.78329 0.49107 0.78460 0.49148 0.78392 0.49280 0.78362 0.49477 0.78529\n 11 292 13 0.53280 0.78701 0.53370 0.78838 0.53422 0.79058 0.53325 0.79251 0.53074 0.79297 0.53310 0.79349 0.53346 0.79500 0.53263 0.79680 0.53072 0.79886 0.52950 0.79736 0.52772 0.79593 0.52586 0.79436 0.52526 0.79309\n 11 116 5 0.52137 0.79746 0.51790 0.79604 0.51999 0.79479 0.52106 0.79354 0.52155 0.79208\n 11 50 2 0.52432 0.79059 0.52395 0.78875\n 11 160 7 0.51831 0.79117 0.51588 0.79045 0.51409 0.78895 0.51399 0.78789 0.51642 0.78749 0.51834 0.78675 0.52081 0.78743\n 11 138 6 0.52408 0.78674 0.52453 0.78788 0.52627 0.78722 0.52780 0.78829 0.52944 0.78741 0.53280 0.78701\n 11 116 5 0.61982 0.81272 0.61885 0.81341 0.61606 0.81374 0.61860 0.81270 0.61982 0.81272\n 11 72 3 0.61032 0.82160 0.60889 0.82173 0.61016 0.82218\n 11 50 2 0.61846 0.82064 0.61777 0.82146\n 11 138 6 0.63517 0.81656 0.63137 0.81745 0.62897 0.81744 0.63244 0.81654 0.63360 0.81675 0.63517 0.81656\n 11 138 6 0.58589 0.83766 0.58551 0.83831 0.58326 0.83883 0.58250 0.83859 0.58380 0.83801 0.58589 0.83766\n 11 204 9 0.58072 0.83855 0.58100 0.83914 0.57902 0.83966 0.57662 0.83997 0.57720 0.83961 0.57534 0.83969 0.57525 0.83918 0.57798 0.83887 0.58072 0.83855\n 11 138 6 0.58257 0.83927 0.58180 0.83975 0.57980 0.84007 0.57861 0.84012 0.58029 0.83965 0.58257 0.83927\n 11 94 4 0.55317 0.84102 0.55305 0.84162 0.55105 0.84161 0.55059 0.84108\n 11 50 2 0.55165 0.84082 0.55317 0.84102\n 11 138 6 0.53921 0.84144 0.53820 0.84186 0.53630 0.84174 0.53442 0.84160 0.53724 0.84119 0.53921 0.84144\n 11 116 5 0.53704 0.84082 0.53686 0.84107 0.53478 0.84108 0.53631 0.84058 0.53704 0.84082\n 11 1964 89 0.65394 0.82103 0.65242 0.82183 0.64940 0.82277 0.64692 0.82406 0.64514 0.82431 0.64250 0.82532 0.64028 0.82644 0.63721 0.82737 0.63470 0.82845 0.63195 0.82949 0.62844 0.83060 0.62554 0.83116 0.62842 0.83004 0.62581 0.83048 0.62307 0.83115 0.62112 0.83131 0.62118 0.83087 0.62280 0.83006 0.62429 0.82953 0.62611 0.82919 0.62656 0.82881 0.62474 0.82914 0.62439 0.82879 0.62458 0.82836 0.62426 0.82798 0.62396 0.82745 0.62575 0.82650 0.62564 0.82585 0.62475 0.82535 0.62485 0.82472 0.62647 0.82375 0.62854 0.82287 0.62622 0.82338 0.62395 0.82370 0.62163 0.82384 0.61988 0.82391 0.61914 0.82353 0.62165 0.82250 0.62367 0.82165 0.62619 0.82075 0.62385 0.82088 0.62036 0.82167 0.62008 0.82125 0.62299 0.82017 0.62564 0.81898 0.62797 0.81886 0.63028 0.81852 0.63160 0.81863 0.63252 0.81784 0.63405 0.81747 0.63366 0.81820 0.63169 0.81913 0.63458 0.81883 0.63569 0.81902 0.63339 0.81974 0.63499 0.81985 0.63811 0.81905 0.63630 0.81990 0.63737 0.82005 0.63451 0.82057 0.63428 0.82131 0.63739 0.82098 0.63741 0.82159 0.63449 0.82259 0.63156 0.82355 0.63389 0.82328 0.63354 0.82399 0.63190 0.82468 0.63423 0.82439 0.63546 0.82454 0.63764 0.82374 0.64045 0.82238 0.64065 0.82269 0.64278 0.82227 0.64080 0.82314 0.64229 0.82325 0.64450 0.82252 0.64725 0.82165 0.64743 0.82194 0.64487 0.82296 0.64341 0.82373 0.64239 0.82451 0.63937 0.82545 0.64169 0.82502 0.64345 0.82427 0.64548 0.82339 0.64817 0.82276 0.65089 0.82198 0.65394 0.82103\n 11 666 30 0.66298 0.81319 0.66362 0.81360 0.66287 0.81444 0.65992 0.81586 0.65692 0.81712 0.65340 0.81834 0.65009 0.81980 0.64827 0.82001 0.64639 0.82020 0.64507 0.81997 0.64428 0.81960 0.64110 0.82050 0.64004 0.82008 0.64001 0.81947 0.64178 0.81845 0.64380 0.81729 0.64664 0.81621 0.64931 0.81567 0.64837 0.81650 0.65022 0.81604 0.65199 0.81511 0.65402 0.81403 0.65592 0.81368 0.65499 0.81452 0.65738 0.81372 0.65698 0.81458 0.65542 0.81540 0.65868 0.81461 0.66116 0.81419 0.66298 0.81319\n 11 50 2 0.76701 0.75655 0.76624 0.75767\n 11 50 2 0.76160 0.76320 0.75962 0.76507\n 11 1524 69 0.23015 0.25934 0.22826 0.26122 0.22617 0.26337 0.22436 0.26527 0.22260 0.26719 0.22155 0.26839 0.21931 0.27088 0.21748 0.27294 0.21496 0.27579 0.21269 0.27844 0.21071 0.28062 0.20888 0.28279 0.20741 0.28464 0.20629 0.28621 0.20444 0.28842 0.20238 0.29096 0.20236 0.29075 0.20049 0.29323 0.19889 0.29545 0.19769 0.29713 0.19613 0.29917 0.19528 0.30053 0.19327 0.30316 0.19110 0.30612 0.18931 0.30871 0.18769 0.31085 0.18539 0.31412 0.18450 0.31560 0.18315 0.31772 0.18246 0.31916 0.18130 0.32127 0.18001 0.32339 0.17836 0.32615 0.17738 0.32827 0.17609 0.33075 0.17529 0.33260 0.17365 0.33539 0.17221 0.33797 0.17113 0.33924 0.17000 0.34116 0.16870 0.34401 0.16798 0.34592 0.16653 0.34913 0.16522 0.35204 0.16417 0.35462 0.16323 0.35729 0.16189 0.35989 0.16155 0.35958 0.16227 0.35730 0.16190 0.35727 0.16257 0.35532 0.16302 0.35404 0.16366 0.35211 0.16419 0.35054 0.16496 0.34864 0.16597 0.34639 0.16658 0.34486 0.16724 0.34329 0.16754 0.34240 0.16772 0.34181 0.16864 0.33997 0.16799 0.34099 0.16704 0.34263 0.16500 0.34641 0.16369 0.34896 0.16234 0.35156 0.16068 0.35484 0.15958 0.35709 0.15818 0.36002\n 11 248 11 0.15560 0.36559 0.15456 0.36794 0.15326 0.37091 0.15286 0.37187 0.15278 0.37214 0.15212 0.37379 0.15137 0.37577 0.15243 0.37341 0.15187 0.37502 0.15192 0.37531 0.15051 0.37870\n 11 226 10 0.15051 0.37870 0.15043 0.37842 0.14941 0.38107 0.14861 0.38281 0.14741 0.38583 0.14622 0.38894 0.14521 0.39166 0.14400 0.39511 0.14283 0.39855 0.14385 0.39546\n 11 864 39 0.34975 0.18012 0.34883 0.18052 0.34894 0.18049 0.35039 0.17991 0.35224 0.17915 0.35185 0.17936 0.35294 0.17895 0.35205 0.17941 0.35174 0.17968 0.34947 0.18064 0.34853 0.18095 0.34685 0.18157 0.34390 0.18286 0.34093 0.18418 0.33927 0.18502 0.33774 0.18584 0.33554 0.18688 0.33742 0.18583 0.33575 0.18665 0.33430 0.18731 0.33257 0.18828 0.33068 0.18926 0.32993 0.18974 0.32808 0.19074 0.32584 0.19194 0.32270 0.19348 0.31935 0.19535 0.32141 0.19414 0.32276 0.19331 0.32499 0.19210 0.32739 0.19080 0.32985 0.18951 0.33193 0.18842 0.33430 0.18731 0.33379 0.18748 0.33526 0.18673 0.33664 0.18603 0.33657 0.18601 0.33740 0.18559\n 11 116 5 0.13741 0.41789 0.13765 0.41758 0.13723 0.41968 0.13708 0.41965 0.13741 0.41789\n 11 160 7 0.14080 0.40984 0.14117 0.40984 0.14105 0.41157 0.14044 0.41439 0.14029 0.41370 0.14035 0.41231 0.14080 0.40984\n 11 446 20 0.12708 0.51846 0.12728 0.52172 0.12753 0.52497 0.12761 0.52536 0.12785 0.52747 0.12780 0.52535 0.12809 0.52855 0.12810 0.52712 0.12814 0.52569 0.12835 0.52894 0.12866 0.53252 0.12889 0.53542 0.12925 0.53757 0.12965 0.54114 0.12993 0.54329 0.12972 0.54292 0.12968 0.54366 0.12946 0.54259 0.12943 0.54294 0.12918 0.54118\n 11 182 8 0.12696 0.48370 0.12701 0.48336 0.12709 0.48331 0.12731 0.48080 0.12715 0.48371 0.12697 0.48553 0.12685 0.48696 0.12674 0.48913\n 11 468 21 0.12666 0.49636 0.12668 0.49600 0.12679 0.49348 0.12693 0.49131 0.12709 0.48914 0.12727 0.48623 0.12749 0.48445 0.12779 0.48263 0.12807 0.48299 0.12829 0.48374 0.12819 0.48591 0.12800 0.48590 0.12777 0.48589 0.12749 0.48697 0.12724 0.48953 0.12708 0.49092 0.12697 0.49348 0.12685 0.49600 0.12674 0.49891 0.12670 0.50178 0.12666 0.50124\n 11 424 19 0.12975 0.47292 0.12993 0.47006 0.12998 0.46784 0.12990 0.46640 0.13023 0.46316 0.13073 0.45953 0.13029 0.46351 0.13021 0.46568 0.13030 0.46751 0.13078 0.46536 0.13056 0.46787 0.13100 0.46715 0.13108 0.46933 0.13046 0.47078 0.13030 0.47369 0.13056 0.47479 0.13011 0.47551 0.12996 0.47402 0.12975 0.47292\n 11 160 7 0.12926 0.45988 0.12967 0.45665 0.13012 0.45381 0.13029 0.45342 0.12999 0.45592 0.12956 0.45846 0.12926 0.45988\n 11 292 13 0.13079 0.45196 0.13144 0.44839 0.13183 0.44698 0.13240 0.44445 0.13341 0.44021 0.13413 0.43701 0.13396 0.43876 0.13340 0.44198 0.13280 0.44411 0.13225 0.44699 0.13165 0.44913 0.13098 0.45200 0.13079 0.45196\n 11 50 2 0.12791 0.47286 0.12833 0.46961\n 11 94 4 0.12985 0.46098 0.13060 0.45736 0.13000 0.46137 0.12985 0.46098\n 11 116 5 0.13277 0.45460 0.13329 0.45172 0.13393 0.45032 0.13328 0.45354 0.13277 0.45460\n 11 116 5 0.14023 0.43124 0.14119 0.42698 0.14195 0.42562 0.14130 0.42877 0.14023 0.43124\n 11 1370 62 0.13349 0.44743 0.13428 0.44418 0.13484 0.44209 0.13493 0.44027 0.13558 0.43741 0.13630 0.43529 0.13704 0.43352 0.13791 0.43180 0.13778 0.43033 0.13686 0.43282 0.13633 0.43348 0.13558 0.43594 0.13528 0.43632 0.13578 0.43453 0.13650 0.43133 0.13674 0.42958 0.13704 0.42745 0.13768 0.42567 0.13812 0.42604 0.13891 0.42290 0.13985 0.41974 0.14069 0.41691 0.14176 0.41410 0.14291 0.41097 0.14414 0.40750 0.14537 0.40438 0.14652 0.40126 0.14742 0.39848 0.14833 0.39498 0.14908 0.39191 0.14983 0.38914 0.14884 0.39086 0.14868 0.39014 0.14852 0.38911 0.14971 0.38673 0.15071 0.38539 0.15199 0.38300 0.15322 0.38097 0.15408 0.37861 0.15516 0.37590 0.15646 0.37287 0.15774 0.37055 0.15897 0.36855 0.16059 0.36557 0.16187 0.36424 0.16205 0.36461 0.16124 0.36694 0.16218 0.36597 0.16263 0.36600 0.16321 0.36638 0.16458 0.36441 0.16564 0.36243 0.16749 0.35916 0.16877 0.35721 0.16993 0.35423 0.17105 0.35158 0.17293 0.34803 0.17453 0.34509 0.17535 0.34318 0.17698 0.34097 0.17892 0.33840 0.18086 0.33591\n 11 1326 60 0.18086 0.33591 0.18256 0.33374 0.18374 0.33149 0.18557 0.32970 0.18572 0.33067 0.18369 0.33316 0.18214 0.33534 0.18263 0.33574 0.18125 0.33731 0.17948 0.33980 0.17963 0.34083 0.17756 0.34303 0.17607 0.34626 0.17533 0.34889 0.17357 0.35180 0.17165 0.35574 0.17083 0.35810 0.17205 0.35681 0.17326 0.35557 0.17293 0.35762 0.17145 0.36059 0.16971 0.36249 0.16778 0.36614 0.16627 0.36841 0.16595 0.37082 0.16479 0.37387 0.16348 0.37656 0.16194 0.37992 0.16046 0.38295 0.15902 0.38600 0.15767 0.38837 0.15608 0.39176 0.15497 0.39413 0.15368 0.39687 0.15241 0.39962 0.15097 0.40304 0.15000 0.40475 0.14883 0.40748 0.14769 0.41026 0.14637 0.41407 0.14529 0.41721 0.14397 0.41891 0.14357 0.41818 0.14262 0.41988 0.14194 0.41987 0.14159 0.41945 0.14128 0.41875 0.14055 0.42046 0.13971 0.42363 0.13927 0.42649 0.13854 0.42895 0.13814 0.43182 0.13833 0.43326 0.13785 0.43717 0.13679 0.44000 0.13614 0.44326 0.13518 0.44606 0.13473 0.44603 0.13396 0.44780 0.13349 0.44743\n 11 1018 46 0.14189 0.57041 0.14082 0.56761 0.14007 0.56552 0.13920 0.56308 0.13866 0.55959 0.13923 0.56060 0.13883 0.55816 0.13825 0.55815 0.13758 0.55637 0.13737 0.55320 0.13800 0.55254 0.13769 0.54970 0.13691 0.54507 0.13756 0.54686 0.13806 0.54865 0.13782 0.54548 0.13705 0.54155 0.13697 0.53909 0.13726 0.53804 0.13769 0.54158 0.13815 0.54375 0.13842 0.54266 0.13858 0.54622 0.13871 0.54867 0.13861 0.55010 0.13811 0.55043 0.13827 0.55288 0.13907 0.55568 0.14018 0.55956 0.14110 0.56100 0.14196 0.56102 0.14282 0.56137 0.14383 0.56277 0.14442 0.56557 0.14544 0.56767 0.14669 0.56943 0.14607 0.57008 0.14615 0.57214 0.14662 0.57491 0.14641 0.57627 0.14535 0.57490 0.14449 0.57386 0.14367 0.57145 0.14252 0.56970 0.14158 0.56761 0.14189 0.57041\n 11 314 14 0.13112 0.54829 0.13126 0.54683 0.13155 0.54716 0.13184 0.54686 0.13237 0.54792 0.13251 0.54715 0.13298 0.54680 0.13394 0.55073 0.13302 0.54894 0.13247 0.54860 0.13215 0.54861 0.13179 0.54896 0.13155 0.54935 0.13112 0.54829\n 11 204 9 0.13704 0.55603 0.13642 0.55285 0.13570 0.55001 0.13525 0.54754 0.13579 0.54721 0.13653 0.54934 0.13698 0.55214 0.13707 0.55430 0.13704 0.55603\n 11 380 17 0.13672 0.53555 0.13609 0.53267 0.13602 0.52947 0.13537 0.52837 0.13527 0.53050 0.13451 0.52795 0.13458 0.52620 0.13388 0.52368 0.13426 0.52189 0.13462 0.52478 0.13514 0.52656 0.13555 0.52372 0.13621 0.52700 0.13678 0.52878 0.13722 0.53166 0.13682 0.53343 0.13672 0.53555\n 11 622 28 0.13319 0.53719 0.13343 0.53505 0.13334 0.53295 0.13284 0.53114 0.13243 0.53182 0.13204 0.52893 0.13179 0.52609 0.13218 0.52576 0.13267 0.52861 0.13261 0.52646 0.13310 0.52686 0.13282 0.52432 0.13317 0.52257 0.13364 0.52435 0.13350 0.52688 0.13399 0.52865 0.13462 0.53082 0.13403 0.52977 0.13355 0.53044 0.13409 0.53187 0.13404 0.53404 0.13483 0.53616 0.13464 0.53867 0.13495 0.54009 0.13491 0.54290 0.13440 0.54046 0.13373 0.53865 0.13319 0.53719\n 11 952 43 0.12978 0.52246 0.12952 0.52065 0.12991 0.52173 0.13034 0.52248 0.13052 0.52140 0.13018 0.51919 0.13037 0.51816 0.13080 0.51818 0.13083 0.51563 0.13073 0.51347 0.13034 0.51311 0.12988 0.51059 0.12986 0.50807 0.12991 0.50517 0.13009 0.50375 0.13007 0.50080 0.13063 0.50157 0.13076 0.50378 0.13086 0.50630 0.13116 0.50666 0.13160 0.50703 0.13143 0.50416 0.13110 0.50085 0.13160 0.50235 0.13212 0.50312 0.13249 0.50496 0.13284 0.50856 0.13341 0.51110 0.13370 0.51469 0.13378 0.51899 0.13310 0.51573 0.13264 0.51606 0.13262 0.51825 0.13202 0.51676 0.13173 0.51821 0.13125 0.51815 0.13161 0.52036 0.13164 0.52251 0.13131 0.52358 0.13091 0.52322 0.13060 0.52464 0.13030 0.52463 0.12978 0.52246\n 11 490 22 0.17384 0.35877 0.17424 0.35744 0.17588 0.35521 0.17719 0.35253 0.17888 0.35032 0.18054 0.34845 0.18222 0.34658 0.18378 0.34575 0.18496 0.34596 0.18644 0.34441 0.18642 0.34651 0.18747 0.34663 0.18665 0.34933 0.18400 0.35209 0.18493 0.34835 0.18347 0.34990 0.18233 0.34906 0.18093 0.35059 0.17952 0.35216 0.17765 0.35401 0.17574 0.35624 0.17384 0.35877\n 11 50 2 0.16763 0.37923 0.16914 0.37730\n 11 248 11 0.18114 0.36126 0.18330 0.35729 0.18548 0.35338 0.18668 0.35184 0.18815 0.34779 0.18935 0.34414 0.19004 0.34530 0.18925 0.34763 0.18668 0.35184 0.18542 0.35410 0.18330 0.35729\n 11 182 8 0.19614 0.33542 0.19707 0.33248 0.19867 0.32925 0.20015 0.32676 0.20193 0.32602 0.20005 0.32914 0.19775 0.33363 0.19614 0.33542\n 11 72 3 0.20323 0.32487 0.20584 0.32114 0.20765 0.31873\n 11 50 2 0.20786 0.31603 0.21058 0.31209\n 11 94 4 0.21260 0.31376 0.21414 0.31166 0.21647 0.30869 0.21809 0.30659\n 11 94 4 0.22237 0.30330 0.22344 0.30084 0.22479 0.29872 0.22704 0.29546\n 11 182 8 0.21810 0.30359 0.21797 0.30289 0.21931 0.30081 0.22105 0.29946 0.22292 0.29774 0.22412 0.29762 0.22134 0.30081 0.21810 0.30359\n 11 116 5 0.22638 0.29437 0.22902 0.29089 0.23165 0.28875 0.22981 0.29137 0.22638 0.29437\n 11 138 6 0.25611 0.26114 0.25708 0.25922 0.25759 0.25781 0.25975 0.25695 0.25839 0.25909 0.25708 0.25922\n 11 94 4 0.26027 0.25556 0.26181 0.25318 0.26370 0.25226 0.26027 0.25556\n 11 336 15 0.25249 0.25073 0.25491 0.24802 0.25748 0.24557 0.25977 0.24364 0.26167 0.24199 0.26398 0.24009 0.26681 0.23777 0.26907 0.23639 0.26696 0.23826 0.26490 0.24012 0.26236 0.24200 0.26032 0.24390 0.25810 0.24610 0.25511 0.24852 0.25249 0.25073\n 11 204 9 0.31341 0.22362 0.31586 0.22218 0.31813 0.22126 0.32066 0.22068 0.32021 0.22194 0.31766 0.22361 0.31494 0.22471 0.31343 0.22468 0.31341 0.22362\n 11 182 8 0.31869 0.22520 0.31996 0.22378 0.32291 0.22331 0.32618 0.22207 0.32462 0.22312 0.32520 0.22381 0.32178 0.22443 0.31869 0.22520\n 11 204 9 0.36509 0.21904 0.36679 0.21755 0.37004 0.21668 0.37146 0.21553 0.37502 0.21461 0.37287 0.21569 0.37004 0.21668 0.36947 0.21761 0.36509 0.21904\n 11 116 5 0.51324 0.18764 0.51375 0.18691 0.51585 0.18664 0.51484 0.18748 0.51324 0.18764\n 11 50 2 0.44725 0.36508 0.44811 0.36583\n 11 138 6 0.44984 0.36592 0.45101 0.36505 0.45249 0.36489 0.45311 0.36664 0.45139 0.36683 0.44984 0.36592\n 11 116 5 0.45913 0.36240 0.46002 0.36074 0.46280 0.36049 0.46103 0.36302 0.45913 0.36240\n 11 50 2 0.46554 0.35930 0.46814 0.35909\n 11 182 8 0.46884 0.35802 0.47010 0.35697 0.47029 0.35578 0.47174 0.35596 0.47314 0.35648 0.47133 0.35795 0.47013 0.35765 0.46884 0.35802\n 11 336 15 0.47365 0.35387 0.47364 0.35208 0.47247 0.35116 0.47344 0.34876 0.47312 0.34728 0.47479 0.34634 0.47566 0.34739 0.47707 0.34808 0.47897 0.34830 0.48027 0.34929 0.47892 0.35025 0.47827 0.35162 0.47680 0.35244 0.47519 0.35310 0.47365 0.35387\n 21 6 1\n 82 0\n 81 6 76\n 82 0\n 81 6 77\n 11 292 13 0.64066 0.54578 0.64147 0.54578 0.64229 0.54660 0.64147 0.54416 0.64066 0.54578 0.63904 0.54660 0.63660 0.54660 0.63498 0.54578 0.63417 0.54497 0.63417 0.54335 0.63498 0.54254 0.63904 0.54010 0.63985 0.53929\n 11 292 13 0.63417 0.54416 0.63498 0.54335 0.63904 0.54091 0.63985 0.54010 0.63985 0.53766 0.63904 0.53685 0.63741 0.53604 0.63498 0.53604 0.63336 0.53685 0.63254 0.53848 0.63173 0.53604 0.63254 0.53685 0.63336 0.53685\n 11 358 16 0.64553 0.53848 0.64878 0.53929 0.65041 0.54010 0.65122 0.54091 0.65122 0.54254 0.64959 0.54335 0.64797 0.54335 0.64635 0.54254 0.64553 0.54172 0.64472 0.54010 0.64472 0.53848 0.64553 0.53685 0.64716 0.53604 0.64878 0.53604 0.65041 0.53685 0.65122 0.53766\n 11 116 5 0.64797 0.54335 0.64635 0.54172 0.64553 0.54010 0.64553 0.53766 0.64716 0.53604\n 11 160 7 0.66177 0.54335 0.66015 0.53766 0.66015 0.53685 0.66096 0.53604 0.66258 0.53604 0.66340 0.53685 0.66421 0.53848\n 11 94 4 0.66258 0.54335 0.66096 0.53766 0.66096 0.53685 0.66177 0.53604\n 11 270 12 0.66096 0.54010 0.66096 0.54172 0.65934 0.54335 0.65771 0.54335 0.65609 0.54254 0.65528 0.54172 0.65447 0.54010 0.65447 0.53848 0.65528 0.53685 0.65690 0.53604 0.65853 0.53604 0.66015 0.53766\n 11 116 5 0.65771 0.54335 0.65609 0.54172 0.65528 0.54010 0.65528 0.53766 0.65690 0.53604\n 11 160 7 0.66908 0.54660 0.66664 0.53766 0.66664 0.53685 0.66746 0.53604 0.66908 0.53604 0.66989 0.53685 0.67070 0.53848\n 11 94 4 0.66989 0.54660 0.66746 0.53766 0.66746 0.53685 0.66827 0.53604\n 11 50 2 0.66664 0.54335 0.67070 0.54335\n 11 160 7 0.67639 0.54660 0.67395 0.53766 0.67395 0.53685 0.67476 0.53604 0.67639 0.53604 0.67720 0.53685 0.67801 0.53848\n 11 94 4 0.67720 0.54660 0.67476 0.53766 0.67476 0.53685 0.67558 0.53604\n 11 50 2 0.67395 0.54335 0.67801 0.54335\n 11 160 7 0.68370 0.54660 0.68126 0.53766 0.68126 0.53685 0.68207 0.53604 0.68370 0.53604 0.68451 0.53685 0.68532 0.53848\n 11 94 4 0.68451 0.54660 0.68207 0.53766 0.68207 0.53685 0.68288 0.53604\n 11 50 2 0.68207 0.54660 0.68451 0.54660\n 11 358 16 0.68857 0.53848 0.69181 0.53929 0.69344 0.54010 0.69425 0.54091 0.69425 0.54254 0.69263 0.54335 0.69100 0.54335 0.68938 0.54254 0.68857 0.54172 0.68775 0.54010 0.68775 0.53848 0.68857 0.53685 0.69019 0.53604 0.69181 0.53604 0.69344 0.53685 0.69425 0.53766\n 82 0\n 81 6 78\n 11 116 5 0.69100 0.54335 0.68938 0.54172 0.68857 0.54010 0.68857 0.53766 0.69019 0.53604\n 82 0\n 81 6 79\n 82 0\n 81 6 80\n 11 50 2 0.48010 0.36084 0.47686 0.35028\n 11 50 2 0.48092 0.36084 0.47767 0.35028\n 11 50 2 0.48660 0.36084 0.48335 0.35028\n 11 50 2 0.48741 0.36084 0.48416 0.35028\n 11 50 2 0.47848 0.36084 0.48254 0.36084\n 11 50 2 0.48497 0.36084 0.48903 0.36084\n 11 50 2 0.47929 0.35597 0.48497 0.35597\n 11 50 2 0.47523 0.35028 0.47929 0.35028\n 11 50 2 0.48173 0.35028 0.48579 0.35028\n 11 160 7 0.49797 0.35759 0.49634 0.35191 0.49634 0.35110 0.49715 0.35028 0.49878 0.35028 0.49959 0.35110 0.50040 0.35272\n 11 94 4 0.49878 0.35759 0.49715 0.35191 0.49715 0.35110 0.49797 0.35028\n 11 270 12 0.49715 0.35434 0.49715 0.35597 0.49553 0.35759 0.49391 0.35759 0.49228 0.35678 0.49147 0.35597 0.49066 0.35434 0.49066 0.35272 0.49147 0.35110 0.49309 0.35028 0.49472 0.35028 0.49634 0.35191\n 11 116 5 0.49391 0.35759 0.49228 0.35597 0.49147 0.35434 0.49147 0.35191 0.49309 0.35028\n 11 204 9 0.50203 0.35515 0.50284 0.35678 0.50365 0.35759 0.50527 0.35759 0.50609 0.35678 0.50609 0.35515 0.50527 0.35272 0.50527 0.35110 0.50609 0.35028\n 11 204 9 0.50446 0.35759 0.50527 0.35678 0.50527 0.35515 0.50446 0.35272 0.50446 0.35110 0.50609 0.35028 0.50690 0.35028 0.50852 0.35110 0.50933 0.35191\n 11 94 4 0.51096 0.35759 0.50933 0.35191 0.50933 0.35110 0.51096 0.35028\n 11 248 11 0.51177 0.35759 0.51015 0.35191 0.51015 0.35110 0.51096 0.35028 0.51177 0.35028 0.51339 0.35110 0.51502 0.35272 0.51583 0.35515 0.51583 0.35759 0.51502 0.35759 0.51583 0.35678\n 11 160 7 0.52638 0.35759 0.52476 0.35191 0.52476 0.35110 0.52557 0.35028 0.52720 0.35028 0.52801 0.35110 0.52882 0.35272\n 11 94 4 0.52720 0.35759 0.52557 0.35191 0.52557 0.35110 0.52638 0.35028\n 11 270 12 0.52557 0.35434 0.52557 0.35597 0.52395 0.35759 0.52232 0.35759 0.52070 0.35678 0.51989 0.35597 0.51908 0.35434 0.51908 0.35272 0.51989 0.35110 0.52151 0.35028 0.52314 0.35028 0.52476 0.35191\n 11 116 5 0.52232 0.35759 0.52070 0.35597 0.51989 0.35434 0.51989 0.35191 0.52151 0.35028\n 11 116 5 0.53450 0.36084 0.53450 0.36003 0.53532 0.36003 0.53532 0.36084 0.53450 0.36084\n 11 204 9 0.53044 0.35515 0.53126 0.35678 0.53207 0.35759 0.53369 0.35759 0.53450 0.35678 0.53450 0.35515 0.53369 0.35272 0.53369 0.35110 0.53450 0.35028\n 11 204 9 0.53288 0.35759 0.53369 0.35678 0.53369 0.35515 0.53288 0.35272 0.53288 0.35110 0.53369 0.35028 0.53532 0.35028 0.53613 0.35110 0.53694 0.35272\n 11 116 5 0.54262 0.36084 0.54262 0.36003 0.54343 0.36003 0.54343 0.36084 0.54262 0.36084\n 11 204 9 0.53856 0.35515 0.53937 0.35678 0.54019 0.35759 0.54181 0.35759 0.54262 0.35678 0.54262 0.35515 0.54181 0.35272 0.54181 0.35110 0.54262 0.35028\n 82 0\n 81 6 81\n 11 204 9 0.54100 0.35759 0.54181 0.35678 0.54181 0.35515 0.54100 0.35272 0.54100 0.35110 0.54181 0.35028 0.54343 0.35028 0.54425 0.35110 0.54506 0.35272\n 82 0\n 81 6 82\n 82 0\n 11 50 2 0.92976 0.70170 0.92976 0.70170\n 81 6 83\n 21 6 1\n 21 6 1\n 11 1568 71 0.33938 0.18468 0.34367 0.18277 0.34802 0.18090 0.35241 0.17909 0.35685 0.17732 0.36134 0.17561 0.36587 0.17395 0.37045 0.17233 0.37507 0.17077 0.37973 0.16927 0.38443 0.16781 0.38917 0.16641 0.39395 0.16506 0.39876 0.16377 0.40361 0.16253 0.40849 0.16135 0.41340 0.16022 0.41833 0.15915 0.42330 0.15813 0.42830 0.15717 0.43332 0.15627 0.43836 0.15543 0.44342 0.15464 0.44851 0.15391 0.45361 0.15323 0.45873 0.15262 0.46387 0.15206 0.46902 0.15156 0.47419 0.15112 0.47936 0.15074 0.48455 0.15041 0.48974 0.15015 0.49494 0.14994 0.50014 0.14979 0.50535 0.14971 0.51056 0.14968 0.51576 0.14971 0.52097 0.14979 0.52617 0.14994 0.53137 0.15015 0.53657 0.15041 0.54175 0.15074 0.54692 0.15112 0.55209 0.15156 0.55724 0.15206 0.56238 0.15262 0.56750 0.15323 0.57260 0.15391 0.57769 0.15464 0.58275 0.15543 0.58780 0.15627 0.59281 0.15717 0.59781 0.15813 0.60278 0.15915 0.60772 0.16022 0.61262 0.16135 0.61750 0.16253 0.62235 0.16377 0.62716 0.16506 0.63194 0.16641 0.63668 0.16781 0.64138 0.16927 0.64604 0.17077 0.65066 0.17233 0.65524 0.17395 0.65977 0.17561 0.66426 0.17732 0.66870 0.17909 0.67309 0.18090 0.67744 0.18277 0.68173 0.18468\n 11 2206 100 0.23211 0.25742 0.23543 0.25429 0.23884 0.25119 0.24232 0.24814 0.24589 0.24512 0.24954 0.24214 0.25327 0.23921 0.25708 0.23632 0.26096 0.23347 0.26492 0.23067 0.26896 0.22791 0.27306 0.22520 0.27725 0.22253 0.28150 0.21992 0.28582 0.21735 0.29021 0.21483 0.29467 0.21236 0.29919 0.20994 0.30378 0.20757 0.30843 0.20526 0.31314 0.20300 0.31791 0.20079 0.32274 0.19864 0.32763 0.19654 0.33258 0.19449 0.33757 0.19251 0.34262 0.19058 0.34773 0.18871 0.35288 0.18689 0.35808 0.18514 0.36332 0.18344 0.36861 0.18180 0.37395 0.18023 0.37932 0.17871 0.38474 0.17725 0.39019 0.17586 0.39568 0.17453 0.40121 0.17326 0.40677 0.17205 0.41236 0.17091 0.41798 0.16983 0.42363 0.16881 0.42930 0.16786 0.43500 0.16698 0.44073 0.16615 0.44647 0.16539 0.45223 0.16470 0.45801 0.16407 0.46381 0.16351 0.46962 0.16302 0.47545 0.16259 0.48128 0.16222 0.48713 0.16192 0.49298 0.16169 0.49883 0.16152 0.50469 0.16142 0.51056 0.16139 0.51642 0.16142 0.52228 0.16152 0.52813 0.16169 0.53398 0.16192 0.53983 0.16222 0.54566 0.16259 0.55149 0.16302 0.55730 0.16351 0.56310 0.16407 0.56888 0.16470 0.57464 0.16539 0.58039 0.16615 0.58611 0.16698 0.59181 0.16786 0.59748 0.16881 0.60313 0.16983 0.60875 0.17091 0.61434 0.17205 0.61990 0.17326 0.62543 0.17453 0.63092 0.17586 0.63637 0.17725 0.64179 0.17871 0.64716 0.18023 0.65250 0.18180 0.65779 0.18344 0.66303 0.18514 0.66823 0.18689 0.67338 0.18871 0.67849 0.19058 0.68354 0.19251 0.68854 0.19449 0.69348 0.19654 0.69837 0.19864 0.70320 0.20079 0.70797 0.20300 0.71268 0.20526 0.71733 0.20757 0.72192 0.20994 0.72644 0.21236 0.73090 0.21483 0.73529 0.21735 0.73961 0.21992\n 11 314 14 0.73961 0.21992 0.74387 0.22253 0.74805 0.22520 0.75215 0.22791 0.75619 0.23067 0.76015 0.23347 0.76403 0.23632 0.76784 0.23921 0.77157 0.24214 0.77522 0.24512 0.77879 0.24814 0.78227 0.25119 0.78568 0.25429 0.78900 0.25742\n 11 2206 100 0.17158 0.33451 0.17391 0.33068 0.17633 0.32689 0.17886 0.32312 0.18149 0.31938 0.18421 0.31567 0.18704 0.31199 0.18997 0.30834 0.19299 0.30473 0.19611 0.30115 0.19933 0.29761 0.20264 0.29411 0.20604 0.29064 0.20954 0.28721 0.21313 0.28382 0.21681 0.28048 0.22058 0.27717 0.22444 0.27391 0.22838 0.27070 0.23241 0.26752 0.23653 0.26440 0.24073 0.26132 0.24501 0.25829 0.24937 0.25531 0.25381 0.25238 0.25833 0.24949 0.26293 0.24667 0.26760 0.24389 0.27235 0.24116 0.27717 0.23850 0.28206 0.23588 0.28702 0.23332 0.29204 0.23082 0.29714 0.22837 0.30230 0.22599 0.30752 0.22366 0.31280 0.22139 0.31815 0.21918 0.32355 0.21703 0.32901 0.21495 0.33453 0.21292 0.34010 0.21096 0.34572 0.20907 0.35139 0.20723 0.35711 0.20546 0.36287 0.20376 0.36869 0.20212 0.37454 0.20055 0.38044 0.19904 0.38637 0.19760 0.39235 0.19623 0.39835 0.19492 0.40440 0.19369 0.41047 0.19252 0.41658 0.19142 0.42272 0.19039 0.42888 0.18943 0.43506 0.18854 0.44127 0.18772 0.44751 0.18697 0.45376 0.18630 0.46002 0.18569 0.46631 0.18515 0.47260 0.18469 0.47891 0.18429 0.48523 0.18397 0.49155 0.18372 0.49788 0.18354 0.50422 0.18343 0.51056 0.18340 0.51689 0.18343 0.52323 0.18354 0.52956 0.18372 0.53588 0.18397 0.54220 0.18429 0.54851 0.18469 0.55480 0.18515 0.56109 0.18569 0.56735 0.18630 0.57360 0.18697 0.57984 0.18772 0.58605 0.18854 0.59223 0.18943 0.59839 0.19039 0.60453 0.19142 0.61064 0.19252 0.61671 0.19369 0.62276 0.19492 0.62877 0.19623 0.63474 0.19760 0.64067 0.19904 0.64657 0.20055 0.65243 0.20212 0.65824 0.20376 0.66400 0.20546 0.66972 0.20723 0.67539 0.20907 0.68101 0.21096 0.68658 0.21292 0.69210 0.21495\n 11 886 40 0.69210 0.21495 0.69756 0.21703 0.70296 0.21918 0.70831 0.22139 0.71359 0.22366 0.71881 0.22599 0.72397 0.22837 0.72907 0.23082 0.73409 0.23332 0.73905 0.23588 0.74394 0.23850 0.74876 0.24116 0.75351 0.24389 0.75818 0.24667 0.76278 0.24949 0.76730 0.25238 0.77174 0.25531 0.77610 0.25829 0.78038 0.26132 0.78458 0.26440 0.78870 0.26752 0.79273 0.27070 0.79667 0.27391 0.80053 0.27717 0.80430 0.28048 0.80798 0.28382 0.81157 0.28721 0.81507 0.29064 0.81847 0.29411 0.82178 0.29761 0.82500 0.30115 0.82812 0.30473 0.83114 0.30834 0.83407 0.31199 0.83690 0.31567 0.83963 0.31938 0.84225 0.32312 0.84478 0.32689 0.84720 0.33068 0.84953 0.33451\n 11 2206 100 0.13704 0.41832 0.13824 0.41409 0.13956 0.40989 0.14099 0.40569 0.14254 0.40152 0.14420 0.39736 0.14597 0.39322 0.14785 0.38911 0.14984 0.38501 0.15194 0.38094 0.15415 0.37689 0.15646 0.37287 0.15889 0.36888 0.16142 0.36491 0.16406 0.36097 0.16681 0.35706 0.16966 0.35319 0.17261 0.34935 0.17567 0.34554 0.17883 0.34176 0.18209 0.33803 0.18545 0.33433 0.18891 0.33067 0.19246 0.32705 0.19612 0.32347 0.19987 0.31993 0.20371 0.31643 0.20765 0.31298 0.21168 0.30957 0.21580 0.30621 0.22001 0.30290 0.22431 0.29964 0.22869 0.29642 0.23317 0.29325 0.23772 0.29014 0.24236 0.28708 0.24708 0.28407 0.25189 0.28111 0.25677 0.27821 0.26172 0.27537 0.26676 0.27258 0.27187 0.26985 0.27705 0.26717 0.28230 0.26456 0.28762 0.26201 0.29301 0.25951 0.29846 0.25708 0.30398 0.25471 0.30957 0.25240 0.31521 0.25016 0.32091 0.24798 0.32668 0.24587 0.33249 0.24382 0.33836 0.24183 0.34429 0.23992 0.35026 0.23807 0.35629 0.23629 0.36236 0.23458 0.36847 0.23293 0.37463 0.23136 0.38083 0.22986 0.38707 0.22842 0.39335 0.22706 0.39966 0.22577 0.40601 0.22455 0.41239 0.22340 0.41880 0.22233 0.42524 0.22133 0.43170 0.22040 0.43818 0.21954 0.44469 0.21876 0.45122 0.21805 0.45777 0.21741 0.46433 0.21685 0.47091 0.21637 0.47750 0.21596 0.48410 0.21562 0.49071 0.21536 0.49732 0.21517 0.50394 0.21506 0.51056 0.21502 0.51717 0.21506 0.52379 0.21517 0.53041 0.21536 0.53701 0.21562 0.54361 0.21596 0.55020 0.21637 0.55678 0.21685 0.56334 0.21741 0.56989 0.21805 0.57642 0.21876 0.58293 0.21954 0.58941 0.22040 0.59588 0.22133 0.60231 0.22233 0.60872 0.22340 0.61510 0.22455 0.62145 0.22577 0.62776 0.22706 0.63404 0.22842\n 11 1370 62 0.63404 0.22842 0.64028 0.22986 0.64648 0.23136 0.65264 0.23293 0.65875 0.23458 0.66482 0.23629 0.67085 0.23807 0.67682 0.23992 0.68275 0.24183 0.68862 0.24382 0.69443 0.24587 0.70020 0.24798 0.70590 0.25016 0.71154 0.25240 0.71713 0.25471 0.72265 0.25708 0.72810 0.25951 0.73349 0.26201 0.73881 0.26456 0.74406 0.26717 0.74925 0.26985 0.75435 0.27258 0.75939 0.27537 0.76434 0.27821 0.76922 0.28111 0.77403 0.28407 0.77875 0.28708 0.78339 0.29014 0.78794 0.29325 0.79242 0.29642 0.79680 0.29964 0.80110 0.30290 0.80531 0.30621 0.80943 0.30957 0.81346 0.31298 0.81740 0.31643 0.82124 0.31993 0.82499 0.32347 0.82865 0.32705 0.83220 0.33067 0.83566 0.33433 0.83902 0.33803 0.84228 0.34176 0.84544 0.34554 0.84850 0.34935 0.85145 0.35319 0.85430 0.35706 0.85705 0.36097 0.85969 0.36491 0.86222 0.36888 0.86465 0.37287 0.86696 0.37689 0.86917 0.38094 0.87127 0.38501 0.87326 0.38911 0.87514 0.39322 0.87691 0.39736 0.87857 0.40152 0.88012 0.40569 0.88155 0.40989 0.88287 0.41409 0.88408 0.41832\n 11 2206 100 0.12666 0.50000 0.12684 0.49566 0.12713 0.49131 0.12754 0.48697 0.12806 0.48264 0.12871 0.47831 0.12947 0.47400 0.13034 0.46969 0.13133 0.46539 0.13244 0.46110 0.13366 0.45683 0.13499 0.45257 0.13644 0.44832 0.13801 0.44410 0.13969 0.43989 0.14148 0.43570 0.14338 0.43153 0.14540 0.42739 0.14752 0.42327 0.14976 0.41917 0.15211 0.41510 0.15456 0.41105 0.15713 0.40704 0.15980 0.40305 0.16258 0.39910 0.16546 0.39517 0.16845 0.39128 0.17155 0.38743 0.17474 0.38361 0.17804 0.37983 0.18144 0.37608 0.18495 0.37237 0.18855 0.36871 0.19225 0.36508 0.19604 0.36150 0.19993 0.35796 0.20392 0.35447 0.20800 0.35102 0.21217 0.34762 0.21643 0.34427 0.22078 0.34096 0.22522 0.33770 0.22975 0.33450 0.23436 0.33135 0.23906 0.32825 0.24384 0.32520 0.24870 0.32221 0.25364 0.31927 0.25866 0.31639 0.26376 0.31357 0.26893 0.31080 0.27417 0.30810 0.27949 0.30545 0.28487 0.30287 0.29033 0.30034 0.29585 0.29788 0.30144 0.29548 0.30709 0.29315 0.31281 0.29088 0.31858 0.28867 0.32441 0.28653 0.33030 0.28446 0.33624 0.28245 0.34224 0.28051 0.34829 0.27864 0.35439 0.27683 0.36053 0.27510 0.36672 0.27344 0.37296 0.27185 0.37924 0.27032 0.38555 0.26887 0.39191 0.26749 0.39830 0.26619 0.40472 0.26495 0.41118 0.26379 0.41767 0.26270 0.42418 0.26169 0.43073 0.26075 0.43729 0.25988 0.44388 0.25909 0.45049 0.25837 0.45712 0.25773 0.46376 0.25716 0.47042 0.25667 0.47709 0.25625 0.48377 0.25591 0.49046 0.25565 0.49716 0.25546 0.50385 0.25534 0.51056 0.25530 0.51726 0.25534 0.52395 0.25546 0.53065 0.25565 0.53734 0.25591 0.54402 0.25625 0.55069 0.25667 0.55735 0.25716 0.56399 0.25773 0.57062 0.25837 0.57723 0.25909\n 11 1766 80 0.57723 0.25909 0.58382 0.25988 0.59038 0.26075 0.59693 0.26169 0.60344 0.26270 0.60993 0.26379 0.61639 0.26495 0.62281 0.26619 0.62920 0.26749 0.63556 0.26887 0.64187 0.27032 0.64815 0.27185 0.65439 0.27344 0.66058 0.27510 0.66672 0.27683 0.67282 0.27864 0.67887 0.28051 0.68487 0.28245 0.69081 0.28445 0.69670 0.28653 0.70253 0.28867 0.70830 0.29088 0.71402 0.29315 0.71967 0.29548 0.72526 0.29788 0.73078 0.30034 0.73624 0.30287 0.74162 0.30545 0.74694 0.30810 0.75218 0.31080 0.75735 0.31357 0.76245 0.31639 0.76747 0.31927 0.77241 0.32221 0.77727 0.32520 0.78205 0.32825 0.78675 0.33135 0.79136 0.33450 0.79589 0.33770 0.80033 0.34096 0.80468 0.34427 0.80894 0.34762 0.81311 0.35102 0.81719 0.35447 0.82118 0.35796 0.82507 0.36150 0.82887 0.36508 0.83256 0.36871 0.83616 0.37237 0.83967 0.37608 0.84307 0.37983 0.84637 0.38361 0.84956 0.38743 0.85266 0.39128 0.85565 0.39517 0.85853 0.39910 0.86131 0.40305 0.86398 0.40704 0.86655 0.41105 0.86900 0.41510 0.87135 0.41917 0.87359 0.42327 0.87571 0.42739 0.87773 0.43153 0.87963 0.43570 0.88142 0.43989 0.88310 0.44410 0.88467 0.44832 0.88612 0.45257 0.88745 0.45683 0.88867 0.46110 0.88978 0.46539 0.89077 0.46969 0.89164 0.47400 0.89240 0.47831 0.89305 0.48264 0.89357 0.48697 0.89398 0.49131 0.89427 0.49566 0.89445 0.50000\n 11 2206 100 0.14053 0.59418 0.13933 0.58998 0.13824 0.58578 0.13727 0.58156 0.13641 0.57732 0.13567 0.57308 0.13504 0.56884 0.13452 0.56458 0.13412 0.56032 0.13383 0.55606 0.13366 0.55179 0.13360 0.54753 0.13366 0.54326 0.13383 0.53899 0.13412 0.53473 0.13452 0.53047 0.13504 0.52622 0.13567 0.52197 0.13641 0.51773 0.13727 0.51350 0.13824 0.50928 0.13933 0.50507 0.14053 0.50087 0.14184 0.49669 0.14326 0.49253 0.14480 0.48838 0.14645 0.48424 0.14820 0.48013 0.15007 0.47604 0.15205 0.47197 0.15414 0.46792 0.15633 0.46390 0.15864 0.45990 0.16105 0.45593 0.16357 0.45199 0.16619 0.44808 0.16892 0.44419 0.17175 0.44034 0.17469 0.43652 0.17772 0.43274 0.18086 0.42899 0.18410 0.42527 0.18744 0.42160 0.19088 0.41796 0.19441 0.41436 0.19805 0.41080 0.20177 0.40728 0.20559 0.40381 0.20951 0.40038 0.21351 0.39699 0.21761 0.39366 0.22179 0.39036 0.22606 0.38712 0.23042 0.38392 0.23487 0.38078 0.23940 0.37768 0.24401 0.37464 0.24870 0.37164 0.25347 0.36871 0.25832 0.36582 0.26325 0.36300 0.26825 0.36023 0.27333 0.35751 0.27848 0.35485 0.28370 0.35226 0.28899 0.34972 0.29434 0.34724 0.29976 0.34482 0.30525 0.34247 0.31080 0.34018 0.31641 0.33795 0.32208 0.33578 0.32780 0.33368 0.33359 0.33164 0.33942 0.32967 0.34531 0.32777 0.35125 0.32593 0.35723 0.32416 0.36327 0.32246 0.36935 0.32083 0.37547 0.31926 0.38163 0.31777 0.38783 0.31634 0.39407 0.31499 0.40034 0.31371 0.40665 0.31249 0.41299 0.31135 0.41936 0.31028 0.42576 0.30929 0.43218 0.30837 0.43863 0.30751 0.44510 0.30674 0.45159 0.30603 0.45809 0.30540 0.46462 0.30484 0.47115 0.30436 0.47770 0.30395 0.48426 0.30362 0.49083 0.30336 0.49740 0.30317\n 11 2206 100 0.49740 0.30317 0.50398 0.30306 0.51056 0.30302 0.51713 0.30306 0.52371 0.30317 0.53028 0.30336 0.53685 0.30362 0.54341 0.30395 0.54996 0.30436 0.55649 0.30484 0.56302 0.30540 0.56952 0.30603 0.57601 0.30674 0.58248 0.30751 0.58893 0.30837 0.59535 0.30929 0.60175 0.31028 0.60812 0.31135 0.61446 0.31249 0.62077 0.31371 0.62704 0.31499 0.63328 0.31634 0.63948 0.31777 0.64564 0.31926 0.65176 0.32083 0.65784 0.32246 0.66388 0.32416 0.66986 0.32593 0.67580 0.32777 0.68169 0.32967 0.68752 0.33164 0.69331 0.33368 0.69903 0.33578 0.70470 0.33795 0.71031 0.34018 0.71586 0.34247 0.72135 0.34482 0.72677 0.34724 0.73212 0.34972 0.73741 0.35226 0.74263 0.35485 0.74778 0.35751 0.75286 0.36023 0.75786 0.36300 0.76279 0.36582 0.76764 0.36871 0.77241 0.37164 0.77710 0.37464 0.78171 0.37768 0.78624 0.38078 0.79069 0.38392 0.79505 0.38712 0.79932 0.39036 0.80350 0.39366 0.80760 0.39699 0.81160 0.40038 0.81552 0.40381 0.81934 0.40728 0.82306 0.41080 0.82670 0.41436 0.83023 0.41796 0.83367 0.42160 0.83701 0.42527 0.84025 0.42899 0.84339 0.43274 0.84642 0.43652 0.84936 0.44034 0.85219 0.44419 0.85492 0.44808 0.85754 0.45199 0.86006 0.45593 0.86247 0.45990 0.86478 0.46390 0.86697 0.46792 0.86906 0.47197 0.87104 0.47604 0.87291 0.48013 0.87467 0.48424 0.87631 0.48838 0.87785 0.49253 0.87927 0.49669 0.88058 0.50087 0.88178 0.50507 0.88287 0.50928 0.88384 0.51350 0.88470 0.51773 0.88544 0.52197 0.88608 0.52622 0.88659 0.53047 0.88699 0.53473 0.88728 0.53899 0.88745 0.54326 0.88751 0.54753 0.88745 0.55179 0.88728 0.55606 0.88699 0.56032 0.88659 0.56458 0.88608 0.56884 0.88544 0.57308 0.88470 0.57732\n 11 116 5 0.88470 0.57732 0.88384 0.58156 0.88287 0.58578 0.88178 0.58998 0.88058 0.59418\n 11 2206 100 0.17816 0.67637 0.17586 0.67260 0.17367 0.66880 0.17158 0.66497 0.16960 0.66112 0.16772 0.65725 0.16594 0.65336 0.16427 0.64945 0.16270 0.64552 0.16124 0.64157 0.15989 0.63761 0.15864 0.63363 0.15750 0.62964 0.15646 0.62564 0.15554 0.62163 0.15472 0.61760 0.15402 0.61357 0.15342 0.60953 0.15292 0.60548 0.15254 0.60143 0.15227 0.59738 0.15211 0.59332 0.15205 0.58926 0.15211 0.58520 0.15227 0.58115 0.15254 0.57709 0.15292 0.57304 0.15342 0.56900 0.15402 0.56496 0.15472 0.56092 0.15554 0.55690 0.15646 0.55289 0.15750 0.54888 0.15864 0.54489 0.15989 0.54092 0.16124 0.53695 0.16270 0.53301 0.16427 0.52908 0.16594 0.52517 0.16772 0.52128 0.16960 0.51740 0.17158 0.51356 0.17367 0.50973 0.17586 0.50593 0.17816 0.50215 0.18055 0.49840 0.18305 0.49468 0.18564 0.49099 0.18833 0.48733 0.19113 0.48369 0.19401 0.48009 0.19700 0.47653 0.20008 0.47299 0.20326 0.46950 0.20653 0.46604 0.20989 0.46261 0.21334 0.45923 0.21689 0.45588 0.22052 0.45258 0.22424 0.44932 0.22805 0.44610 0.23195 0.44292 0.23593 0.43979 0.23999 0.43670 0.24413 0.43366 0.24836 0.43067 0.25267 0.42773 0.25705 0.42483 0.26152 0.42199 0.26606 0.41920 0.27067 0.41645 0.27536 0.41376 0.28011 0.41113 0.28494 0.40855 0.28984 0.40602 0.29480 0.40355 0.29983 0.40114 0.30493 0.39878 0.31008 0.39648 0.31530 0.39424 0.32058 0.39206 0.32591 0.38994 0.33130 0.38788 0.33675 0.38588 0.34225 0.38394 0.34780 0.38207 0.35340 0.38026 0.35904 0.37851 0.36474 0.37683 0.37048 0.37521 0.37626 0.37366 0.38208 0.37217 0.38794 0.37075 0.39384 0.36939 0.39977 0.36811 0.40574 0.36689 0.41174 0.36573 0.41777 0.36465 0.42383 0.36363 0.42991 0.36269\n 11 2206 100 0.42991 0.36269 0.43602 0.36181 0.44215 0.36100 0.44830 0.36026 0.45447 0.35959 0.46066 0.35899 0.46686 0.35846 0.47308 0.35800 0.47931 0.35761 0.48555 0.35729 0.49179 0.35704 0.49804 0.35687 0.50430 0.35676 0.51056 0.35673 0.51681 0.35676 0.52307 0.35687 0.52932 0.35704 0.53556 0.35729 0.54180 0.35761 0.54803 0.35800 0.55425 0.35846 0.56045 0.35899 0.56664 0.35959 0.57281 0.36026 0.57896 0.36100 0.58509 0.36181 0.59120 0.36269 0.59729 0.36363 0.60334 0.36465 0.60937 0.36573 0.61537 0.36689 0.62134 0.36811 0.62727 0.36939 0.63317 0.37075 0.63903 0.37217 0.64485 0.37366 0.65063 0.37521 0.65637 0.37683 0.66207 0.37851 0.66771 0.38026 0.67331 0.38207 0.67886 0.38394 0.68436 0.38588 0.68981 0.38788 0.69520 0.38994 0.70053 0.39206 0.70581 0.39424 0.71103 0.39648 0.71618 0.39878 0.72128 0.40114 0.72631 0.40355 0.73127 0.40602 0.73617 0.40855 0.74100 0.41113 0.74576 0.41376 0.75044 0.41645 0.75505 0.41920 0.75959 0.42199 0.76406 0.42483 0.76844 0.42773 0.77275 0.43067 0.77698 0.43366 0.78112 0.43670 0.78519 0.43979 0.78917 0.44292 0.79306 0.44610 0.79687 0.44932 0.80059 0.45258 0.80422 0.45588 0.80777 0.45923 0.81122 0.46261 0.81458 0.46604 0.81785 0.46950 0.82103 0.47299 0.82411 0.47653 0.82710 0.48009 0.82998 0.48369 0.83278 0.48733 0.83547 0.49099 0.83807 0.49468 0.84056 0.49840 0.84295 0.50215 0.84525 0.50593 0.84744 0.50973 0.84953 0.51356 0.85151 0.51740 0.85339 0.52128 0.85517 0.52517 0.85684 0.52908 0.85841 0.53301 0.85987 0.53695 0.86123 0.54092 0.86247 0.54489 0.86361 0.54888 0.86465 0.55289 0.86557 0.55690 0.86639 0.56092 0.86710 0.56496 0.86770 0.56900 0.86819 0.57304\n 11 600 27 0.86819 0.57304 0.86857 0.57709 0.86884 0.58115 0.86900 0.58520 0.86906 0.58926 0.86900 0.59332 0.86884 0.59738 0.86857 0.60143 0.86819 0.60548 0.86770 0.60953 0.86710 0.61357 0.86639 0.61760 0.86557 0.62163 0.86465 0.62564 0.86361 0.62964 0.86247 0.63363 0.86123 0.63761 0.85987 0.64157 0.85841 0.64552 0.85684 0.64945 0.85517 0.65336 0.85339 0.65725 0.85151 0.66112 0.84953 0.66497 0.84744 0.66880 0.84525 0.67260 0.84295 0.67637\n 11 2206 100 0.24426 0.75378 0.24092 0.75075 0.23767 0.74768 0.23450 0.74457 0.23141 0.74143 0.22841 0.73825 0.22549 0.73504 0.22266 0.73180 0.21992 0.72852 0.21727 0.72522 0.21471 0.72188 0.21223 0.71852 0.20985 0.71513 0.20756 0.71171 0.20536 0.70827 0.20326 0.70480 0.20125 0.70131 0.19933 0.69780 0.19750 0.69426 0.19578 0.69071 0.19415 0.68714 0.19261 0.68355 0.19117 0.67994 0.18983 0.67631 0.18859 0.67268 0.18744 0.66902 0.18640 0.66536 0.18545 0.66169 0.18460 0.65800 0.18385 0.65431 0.18320 0.65060 0.18265 0.64689 0.18220 0.64318 0.18185 0.63946 0.18159 0.63574 0.18144 0.63201 0.18139 0.62829 0.18144 0.62456 0.18159 0.62084 0.18185 0.61711 0.18220 0.61339 0.18265 0.60968 0.18320 0.60597 0.18385 0.60227 0.18460 0.59857 0.18545 0.59489 0.18640 0.59121 0.18744 0.58755 0.18859 0.58390 0.18983 0.58026 0.19117 0.57663 0.19261 0.57303 0.19415 0.56944 0.19578 0.56586 0.19750 0.56231 0.19933 0.55878 0.20125 0.55526 0.20326 0.55177 0.20536 0.54831 0.20756 0.54486 0.20985 0.54145 0.21223 0.53806 0.21471 0.53469 0.21727 0.53136 0.21992 0.52805 0.22266 0.52478 0.22549 0.52153 0.22841 0.51832 0.23141 0.51515 0.23450 0.51200 0.23767 0.50890 0.24092 0.50583 0.24426 0.50279 0.24768 0.49980 0.25117 0.49684 0.25475 0.49392 0.25840 0.49105 0.26213 0.48821 0.26594 0.48542 0.26982 0.48268 0.27378 0.47997 0.27780 0.47732 0.28190 0.47470 0.28607 0.47214 0.29030 0.46962 0.29461 0.46715 0.29897 0.46473 0.30341 0.46236 0.30790 0.46004 0.31246 0.45777 0.31708 0.45556 0.32176 0.45339 0.32649 0.45128 0.33128 0.44923 0.33613 0.44722 0.34102 0.44528 0.34597 0.44339 0.35097 0.44155 0.35602 0.43977 0.36112 0.43805\n 11 2206 100 0.36112 0.43805 0.36626 0.43639 0.37145 0.43479 0.37667 0.43324 0.38194 0.43175 0.38725 0.43033 0.39259 0.42896 0.39798 0.42766 0.40339 0.42641 0.40884 0.42523 0.41432 0.42411 0.41983 0.42305 0.42536 0.42206 0.43092 0.42112 0.43651 0.42025 0.44212 0.41945 0.44775 0.41870 0.45340 0.41803 0.45906 0.41741 0.46474 0.41686 0.47044 0.41637 0.47615 0.41595 0.48187 0.41559 0.48759 0.41530 0.49333 0.41507 0.49907 0.41491 0.50481 0.41481 0.51056 0.41478 0.51630 0.41481 0.52204 0.41491 0.52778 0.41507 0.53352 0.41530 0.53924 0.41559 0.54496 0.41595 0.55067 0.41637 0.55637 0.41686 0.56205 0.41741 0.56771 0.41803 0.57336 0.41870 0.57899 0.41945 0.58460 0.42025 0.59019 0.42112 0.59575 0.42206 0.60128 0.42305 0.60679 0.42411 0.61227 0.42523 0.61772 0.42641 0.62313 0.42766 0.62852 0.42896 0.63386 0.43033 0.63917 0.43175 0.64444 0.43324 0.64966 0.43479 0.65485 0.43639 0.65999 0.43805 0.66509 0.43977 0.67014 0.44155 0.67514 0.44339 0.68009 0.44528 0.68498 0.44722 0.68983 0.44923 0.69462 0.45128 0.69935 0.45339 0.70403 0.45556 0.70865 0.45777 0.71321 0.46004 0.71770 0.46236 0.72214 0.46473 0.72650 0.46715 0.73081 0.46962 0.73504 0.47214 0.73921 0.47470 0.74331 0.47732 0.74733 0.47997 0.75129 0.48268 0.75517 0.48542 0.75898 0.48821 0.76271 0.49105 0.76636 0.49392 0.76994 0.49684 0.77343 0.49980 0.77685 0.50279 0.78019 0.50583 0.78344 0.50890 0.78661 0.51200 0.78970 0.51515 0.79270 0.51832 0.79562 0.52153 0.79845 0.52478 0.80119 0.52805 0.80384 0.53136 0.80640 0.53469 0.80888 0.53806 0.81126 0.54145 0.81355 0.54486 0.81575 0.54831 0.81785 0.55177 0.81987 0.55526 0.82178 0.55878 0.82361 0.56231\n 11 1216 55 0.82361 0.56231 0.82533 0.56586 0.82696 0.56944 0.82850 0.57303 0.82994 0.57663 0.83128 0.58026 0.83252 0.58390 0.83367 0.58755 0.83472 0.59121 0.83566 0.59489 0.83651 0.59857 0.83726 0.60227 0.83791 0.60597 0.83846 0.60968 0.83891 0.61339 0.83926 0.61711 0.83952 0.62084 0.83967 0.62456 0.83972 0.62829 0.83967 0.63201 0.83952 0.63574 0.83926 0.63946 0.83891 0.64318 0.83846 0.64689 0.83791 0.65060 0.83726 0.65431 0.83651 0.65800 0.83566 0.66169 0.83472 0.66536 0.83367 0.66902 0.83252 0.67268 0.83128 0.67631 0.82994 0.67994 0.82850 0.68355 0.82696 0.68714 0.82533 0.69071 0.82361 0.69426 0.82178 0.69780 0.81987 0.70131 0.81785 0.70480 0.81575 0.70827 0.81355 0.71171 0.81126 0.71513 0.80888 0.71852 0.80640 0.72188 0.80384 0.72522 0.80119 0.72852 0.79845 0.73180 0.79562 0.73504 0.79270 0.73825 0.78970 0.74143 0.78661 0.74457 0.78344 0.74768 0.78019 0.75075 0.77685 0.75378\n 11 2206 100 0.36565 0.82621 0.36129 0.82455 0.35698 0.82283 0.35271 0.82107 0.34849 0.81926 0.34432 0.81740 0.34021 0.81549 0.33614 0.81354 0.33213 0.81155 0.32817 0.80950 0.32427 0.80742 0.32042 0.80529 0.31663 0.80311 0.31290 0.80089 0.30923 0.79864 0.30562 0.79634 0.30208 0.79400 0.29860 0.79162 0.29518 0.78920 0.29183 0.78674 0.28854 0.78425 0.28533 0.78171 0.28218 0.77915 0.27910 0.77654 0.27609 0.77391 0.27315 0.77124 0.27029 0.76853 0.26750 0.76580 0.26478 0.76303 0.26213 0.76023 0.25957 0.75740 0.25708 0.75455 0.25466 0.75167 0.25233 0.74875 0.25007 0.74582 0.24789 0.74286 0.24580 0.73987 0.24378 0.73686 0.24184 0.73383 0.23999 0.73078 0.23822 0.72771 0.23653 0.72461 0.23492 0.72150 0.23340 0.71837 0.23197 0.71523 0.23061 0.71207 0.22935 0.70889 0.22817 0.70570 0.22707 0.70250 0.22606 0.69928 0.22514 0.69605 0.22431 0.69282 0.22356 0.68957 0.22290 0.68632 0.22233 0.68306 0.22184 0.67980 0.22145 0.67653 0.22114 0.67325 0.22092 0.66997 0.22078 0.66669 0.22074 0.66341 0.22078 0.66013 0.22092 0.65685 0.22114 0.65357 0.22145 0.65030 0.22184 0.64703 0.22233 0.64376 0.22290 0.64050 0.22356 0.63725 0.22431 0.63400 0.22514 0.63077 0.22606 0.62754 0.22707 0.62433 0.22817 0.62112 0.22935 0.61793 0.23061 0.61476 0.23197 0.61160 0.23340 0.60845 0.23492 0.60532 0.23653 0.60221 0.23822 0.59912 0.23999 0.59604 0.24184 0.59299 0.24378 0.58996 0.24580 0.58695 0.24789 0.58397 0.25007 0.58101 0.25233 0.57807 0.25466 0.57516 0.25708 0.57228 0.25957 0.56942 0.26213 0.56659 0.26478 0.56380 0.26750 0.56103 0.27029 0.55829 0.27315 0.55559 0.27609 0.55292 0.27910 0.55028 0.28218 0.54768 0.28533 0.54511\n 11 2206 100 0.28533 0.54511 0.28854 0.54258 0.29183 0.54008 0.29518 0.53763 0.29860 0.53521 0.30208 0.53283 0.30562 0.53049 0.30923 0.52819 0.31290 0.52593 0.31663 0.52371 0.32042 0.52154 0.32427 0.51941 0.32817 0.51732 0.33213 0.51528 0.33614 0.51328 0.34021 0.51133 0.34432 0.50942 0.34849 0.50757 0.35271 0.50576 0.35698 0.50399 0.36129 0.50228 0.36565 0.50061 0.37005 0.49900 0.37449 0.49743 0.37898 0.49592 0.38351 0.49445 0.38807 0.49304 0.39268 0.49168 0.39732 0.49037 0.40199 0.48912 0.40669 0.48791 0.41143 0.48676 0.41620 0.48567 0.42100 0.48463 0.42582 0.48364 0.43067 0.48271 0.43555 0.48183 0.44044 0.48101 0.44536 0.48025 0.45030 0.47954 0.45526 0.47888 0.46023 0.47828 0.46522 0.47774 0.47022 0.47726 0.47524 0.47683 0.48026 0.47646 0.48530 0.47614 0.49034 0.47589 0.49539 0.47569 0.50044 0.47554 0.50550 0.47546 0.51056 0.47543 0.51561 0.47546 0.52067 0.47554 0.52572 0.47569 0.53077 0.47589 0.53581 0.47614 0.54085 0.47646 0.54587 0.47683 0.55089 0.47726 0.55589 0.47774 0.56088 0.47828 0.56585 0.47888 0.57081 0.47954 0.57575 0.48025 0.58067 0.48101 0.58557 0.48183 0.59044 0.48271 0.59529 0.48364 0.60011 0.48463 0.60491 0.48567 0.60968 0.48676 0.61442 0.48791 0.61912 0.48912 0.62380 0.49037 0.62843 0.49168 0.63304 0.49304 0.63760 0.49445 0.64213 0.49592 0.64662 0.49743 0.65106 0.49900 0.65546 0.50061 0.65982 0.50228 0.66413 0.50399 0.66840 0.50576 0.67262 0.50757 0.67679 0.50942 0.68090 0.51133 0.68497 0.51328 0.68898 0.51528 0.69294 0.51732 0.69685 0.51941 0.70069 0.52154 0.70448 0.52371 0.70821 0.52593 0.71188 0.52819 0.71549 0.53049 0.71903 0.53283 0.72251 0.53521 0.72593 0.53763\n 11 2206 100 0.72593 0.53763 0.72928 0.54008 0.73257 0.54258 0.73578 0.54511 0.73893 0.54768 0.74201 0.55028 0.74502 0.55292 0.74796 0.55559 0.75082 0.55829 0.75362 0.56103 0.75633 0.56380 0.75898 0.56659 0.76154 0.56942 0.76403 0.57228 0.76645 0.57516 0.76878 0.57807 0.77104 0.58101 0.77322 0.58397 0.77532 0.58695 0.77733 0.58996 0.77927 0.59299 0.78112 0.59604 0.78289 0.59912 0.78458 0.60221 0.78619 0.60532 0.78771 0.60845 0.78914 0.61160 0.79050 0.61476 0.79176 0.61793 0.79294 0.62112 0.79404 0.62433 0.79505 0.62754 0.79597 0.63077 0.79680 0.63400 0.79755 0.63725 0.79821 0.64050 0.79878 0.64376 0.79927 0.64703 0.79967 0.65030 0.79997 0.65357 0.80019 0.65685 0.80033 0.66013 0.80037 0.66341 0.80033 0.66669 0.80019 0.66997 0.79997 0.67325 0.79967 0.67653 0.79927 0.67980 0.79878 0.68306 0.79821 0.68632 0.79755 0.68957 0.79680 0.69282 0.79597 0.69605 0.79505 0.69928 0.79404 0.70250 0.79294 0.70570 0.79176 0.70889 0.79050 0.71207 0.78914 0.71523 0.78771 0.71837 0.78619 0.72150 0.78458 0.72461 0.78289 0.72771 0.78112 0.73078 0.77927 0.73383 0.77733 0.73686 0.77532 0.73987 0.77322 0.74286 0.77104 0.74582 0.76878 0.74875 0.76645 0.75167 0.76403 0.75455 0.76154 0.75740 0.75898 0.76023 0.75633 0.76303 0.75362 0.76580 0.75082 0.76853 0.74796 0.77124 0.74502 0.77391 0.74201 0.77654 0.73893 0.77915 0.73578 0.78171 0.73257 0.78425 0.72928 0.78674 0.72593 0.78920 0.72251 0.79162 0.71903 0.79400 0.71549 0.79634 0.71188 0.79864 0.70821 0.80089 0.70448 0.80311 0.70069 0.80529 0.69685 0.80742 0.69294 0.80950 0.68898 0.81155 0.68497 0.81354 0.68090 0.81549 0.67679 0.81740 0.67262 0.81926 0.66840 0.82107\n 11 94 4 0.66840 0.82107 0.66413 0.82283 0.65982 0.82455 0.65546 0.82621\n 11 2206 100 0.54836 0.84839 0.54419 0.84880 0.54001 0.84916 0.53582 0.84947 0.53162 0.84973 0.52741 0.84994 0.52320 0.85011 0.51899 0.85023 0.51477 0.85030 0.51056 0.85032 0.50634 0.85030 0.50212 0.85023 0.49791 0.85011 0.49370 0.84994 0.48949 0.84973 0.48529 0.84947 0.48110 0.84916 0.47692 0.84880 0.47275 0.84839 0.46859 0.84794 0.46444 0.84744 0.46031 0.84690 0.45619 0.84631 0.45209 0.84567 0.44801 0.84498 0.44394 0.84425 0.43990 0.84347 0.43588 0.84265 0.43188 0.84178 0.42790 0.84087 0.42395 0.83991 0.42003 0.83891 0.41613 0.83786 0.41226 0.83677 0.40842 0.83564 0.40462 0.83446 0.40084 0.83324 0.39710 0.83198 0.39339 0.83067 0.38972 0.82932 0.38609 0.82793 0.38249 0.82651 0.37893 0.82504 0.37542 0.82353 0.37194 0.82198 0.36851 0.82039 0.36512 0.81876 0.36177 0.81709 0.35847 0.81539 0.35522 0.81365 0.35201 0.81187 0.34885 0.81006 0.34574 0.80821 0.34268 0.80633 0.33967 0.80441 0.33672 0.80246 0.33381 0.80048 0.33096 0.79846 0.32817 0.79641 0.32543 0.79433 0.32275 0.79222 0.32012 0.79008 0.31755 0.78791 0.31504 0.78571 0.31259 0.78348 0.31021 0.78123 0.30788 0.77895 0.30561 0.77664 0.30341 0.77431 0.30127 0.77195 0.29919 0.76957 0.29718 0.76716 0.29523 0.76474 0.29335 0.76229 0.29153 0.75982 0.28978 0.75733 0.28810 0.75482 0.28649 0.75229 0.28494 0.74975 0.28346 0.74718 0.28206 0.74461 0.28072 0.74201 0.27945 0.73940 0.27825 0.73678 0.27712 0.73414 0.27607 0.73149 0.27508 0.72883 0.27417 0.72616 0.27333 0.72348 0.27256 0.72079 0.27187 0.71809 0.27124 0.71539 0.27069 0.71268 0.27021 0.70996 0.26981 0.70723 0.26948 0.70451 0.26922 0.70178 0.26904 0.69904 0.26893 0.69631 0.26889 0.69357\n 11 2206 100 0.26889 0.69357 0.26893 0.69084 0.26904 0.68810 0.26922 0.68537 0.26948 0.68264 0.26981 0.67991 0.27021 0.67719 0.27069 0.67447 0.27124 0.67176 0.27187 0.66905 0.27256 0.66635 0.27333 0.66366 0.27417 0.66098 0.27508 0.65831 0.27607 0.65565 0.27712 0.65300 0.27825 0.65037 0.27945 0.64774 0.28072 0.64513 0.28206 0.64254 0.28346 0.63996 0.28494 0.63740 0.28649 0.63485 0.28810 0.63232 0.28978 0.62982 0.29153 0.62733 0.29335 0.62486 0.29523 0.62241 0.29718 0.61998 0.29919 0.61758 0.30127 0.61520 0.30341 0.61284 0.30561 0.61051 0.30788 0.60820 0.31021 0.60592 0.31259 0.60366 0.31504 0.60144 0.31755 0.59924 0.32012 0.59707 0.32275 0.59493 0.32543 0.59281 0.32817 0.59073 0.33096 0.58868 0.33381 0.58667 0.33672 0.58468 0.33967 0.58273 0.34268 0.58081 0.34574 0.57893 0.34885 0.57708 0.35201 0.57527 0.35522 0.57349 0.35847 0.57175 0.36177 0.57005 0.36512 0.56838 0.36851 0.56676 0.37194 0.56517 0.37542 0.56362 0.37893 0.56211 0.38249 0.56064 0.38609 0.55921 0.38972 0.55782 0.39339 0.55647 0.39710 0.55517 0.40084 0.55391 0.40462 0.55268 0.40842 0.55151 0.41226 0.55037 0.41613 0.54928 0.42003 0.54823 0.42395 0.54723 0.42790 0.54627 0.43188 0.54536 0.43588 0.54449 0.43990 0.54367 0.44394 0.54289 0.44801 0.54216 0.45209 0.54148 0.45619 0.54084 0.46031 0.54025 0.46444 0.53970 0.46859 0.53920 0.47275 0.53875 0.47692 0.53835 0.48110 0.53799 0.48529 0.53768 0.48949 0.53742 0.49370 0.53720 0.49791 0.53704 0.50212 0.53692 0.50634 0.53684 0.51056 0.53682 0.51477 0.53684 0.51899 0.53692 0.52320 0.53704 0.52741 0.53720 0.53162 0.53742 0.53582 0.53768 0.54001 0.53799 0.54419 0.53835 0.54836 0.53875\n 11 2206 100 0.54836 0.53875 0.55252 0.53920 0.55667 0.53970 0.56080 0.54025 0.56492 0.54084 0.56902 0.54148 0.57310 0.54216 0.57717 0.54289 0.58121 0.54367 0.58523 0.54449 0.58923 0.54536 0.59321 0.54627 0.59716 0.54723 0.60108 0.54823 0.60498 0.54928 0.60885 0.55037 0.61269 0.55151 0.61649 0.55268 0.62027 0.55391 0.62401 0.55517 0.62772 0.55647 0.63139 0.55782 0.63502 0.55921 0.63862 0.56064 0.64218 0.56211 0.64569 0.56362 0.64917 0.56517 0.65260 0.56676 0.65599 0.56838 0.65934 0.57005 0.66264 0.57175 0.66589 0.57349 0.66910 0.57527 0.67226 0.57708 0.67537 0.57893 0.67843 0.58081 0.68144 0.58273 0.68439 0.58468 0.68730 0.58667 0.69015 0.58868 0.69294 0.59073 0.69568 0.59281 0.69836 0.59493 0.70099 0.59707 0.70356 0.59924 0.70607 0.60144 0.70852 0.60366 0.71090 0.60592 0.71323 0.60820 0.71550 0.61051 0.71770 0.61284 0.71984 0.61520 0.72192 0.61758 0.72393 0.61998 0.72588 0.62241 0.72776 0.62486 0.72958 0.62733 0.73133 0.62982 0.73301 0.63232 0.73462 0.63485 0.73617 0.63740 0.73765 0.63996 0.73905 0.64254 0.74039 0.64513 0.74166 0.64774 0.74286 0.65037 0.74399 0.65300 0.74504 0.65565 0.74603 0.65831 0.74694 0.66098 0.74778 0.66366 0.74855 0.66635 0.74925 0.66905 0.74987 0.67176 0.75042 0.67447 0.75090 0.67719 0.75130 0.67991 0.75163 0.68264 0.75189 0.68537 0.75207 0.68810 0.75218 0.69084 0.75222 0.69357 0.75218 0.69631 0.75207 0.69904 0.75189 0.70178 0.75163 0.70451 0.75130 0.70723 0.75090 0.70996 0.75042 0.71268 0.74987 0.71539 0.74925 0.71809 0.74855 0.72079 0.74778 0.72348 0.74694 0.72616 0.74603 0.72883 0.74504 0.73149 0.74399 0.73414 0.74286 0.73678 0.74166 0.73940 0.74039 0.74201\n 11 1370 62 0.74039 0.74201 0.73905 0.74461 0.73765 0.74718 0.73617 0.74975 0.73462 0.75229 0.73301 0.75482 0.73133 0.75733 0.72958 0.75982 0.72776 0.76229 0.72588 0.76474 0.72393 0.76716 0.72192 0.76957 0.71984 0.77195 0.71770 0.77431 0.71550 0.77664 0.71323 0.77895 0.71090 0.78123 0.70852 0.78348 0.70607 0.78571 0.70356 0.78791 0.70099 0.79008 0.69836 0.79222 0.69568 0.79433 0.69294 0.79641 0.69015 0.79846 0.68730 0.80048 0.68439 0.80246 0.68144 0.80441 0.67843 0.80633 0.67537 0.80821 0.67226 0.81006 0.66910 0.81187 0.66589 0.81365 0.66264 0.81539 0.65934 0.81709 0.65599 0.81876 0.65260 0.82039 0.64917 0.82198 0.64569 0.82353 0.64218 0.82504 0.63862 0.82651 0.63502 0.82793 0.63139 0.82932 0.62772 0.83067 0.62401 0.83198 0.62027 0.83324 0.61649 0.83446 0.61269 0.83564 0.60885 0.83677 0.60498 0.83786 0.60108 0.83891 0.59716 0.83991 0.59321 0.84087 0.58923 0.84178 0.58523 0.84265 0.58121 0.84347 0.57717 0.84425 0.57310 0.84498 0.56902 0.84567 0.56492 0.84631 0.56080 0.84690 0.55667 0.84744\n 11 2206 100 0.53968 0.83712 0.53647 0.83743 0.53324 0.83771 0.53002 0.83795 0.52678 0.83815 0.52354 0.83831 0.52030 0.83844 0.51705 0.83853 0.51380 0.83859 0.51056 0.83861 0.50731 0.83859 0.50406 0.83853 0.50081 0.83844 0.49757 0.83831 0.49433 0.83815 0.49109 0.83795 0.48787 0.83771 0.48465 0.83743 0.48143 0.83712 0.47823 0.83677 0.47503 0.83639 0.47185 0.83597 0.46868 0.83551 0.46552 0.83502 0.46237 0.83449 0.45924 0.83393 0.45612 0.83333 0.45303 0.83270 0.44994 0.83203 0.44688 0.83133 0.44384 0.83059 0.44081 0.82982 0.43781 0.82901 0.43483 0.82817 0.43188 0.82729 0.42894 0.82639 0.42604 0.82545 0.42315 0.82447 0.42030 0.82347 0.41747 0.82243 0.41467 0.82136 0.41190 0.82026 0.40916 0.81913 0.40645 0.81796 0.40377 0.81677 0.40113 0.81555 0.39851 0.81429 0.39594 0.81301 0.39339 0.81170 0.39089 0.81036 0.38842 0.80899 0.38598 0.80759 0.38359 0.80617 0.38123 0.80472 0.37891 0.80324 0.37663 0.80174 0.37440 0.80021 0.37220 0.79865 0.37005 0.79707 0.36794 0.79547 0.36587 0.79385 0.36385 0.79220 0.36187 0.79052 0.35994 0.78883 0.35805 0.78711 0.35621 0.78538 0.35442 0.78362 0.35267 0.78184 0.35097 0.78005 0.34933 0.77823 0.34773 0.77640 0.34618 0.77454 0.34468 0.77267 0.34323 0.77079 0.34183 0.76889 0.34048 0.76697 0.33918 0.76503 0.33794 0.76309 0.33675 0.76113 0.33561 0.75915 0.33453 0.75717 0.33350 0.75517 0.33252 0.75316 0.33160 0.75114 0.33073 0.74911 0.32991 0.74707 0.32916 0.74502 0.32845 0.74296 0.32780 0.74089 0.32721 0.73882 0.32668 0.73674 0.32620 0.73466 0.32577 0.73257 0.32540 0.73047 0.32509 0.72838 0.32484 0.72627 0.32464 0.72417 0.32450 0.72207 0.32441 0.71996 0.32438 0.71785\n 11 2206 100 0.32438 0.71785 0.32441 0.71574 0.32450 0.71364 0.32464 0.71153 0.32484 0.70943 0.32509 0.70733 0.32540 0.70523 0.32577 0.70313 0.32620 0.70105 0.32668 0.69896 0.32721 0.69688 0.32780 0.69481 0.32845 0.69274 0.32916 0.69069 0.32991 0.68864 0.33073 0.68660 0.33160 0.68457 0.33252 0.68255 0.33350 0.68054 0.33453 0.67854 0.33561 0.67655 0.33675 0.67458 0.33794 0.67261 0.33918 0.67067 0.34048 0.66874 0.34183 0.66682 0.34323 0.66491 0.34468 0.66303 0.34618 0.66116 0.34773 0.65931 0.34933 0.65747 0.35097 0.65566 0.35267 0.65386 0.35442 0.65208 0.35621 0.65032 0.35805 0.64859 0.35994 0.64687 0.36187 0.64518 0.36385 0.64351 0.36587 0.64186 0.36794 0.64023 0.37005 0.63863 0.37220 0.63705 0.37440 0.63550 0.37663 0.63397 0.37891 0.63246 0.38123 0.63099 0.38359 0.62954 0.38598 0.62811 0.38842 0.62671 0.39089 0.62535 0.39339 0.62401 0.39594 0.62269 0.39851 0.62141 0.40113 0.62016 0.40377 0.61893 0.40645 0.61774 0.40916 0.61658 0.41190 0.61544 0.41467 0.61434 0.41747 0.61327 0.42030 0.61223 0.42315 0.61123 0.42604 0.61026 0.42894 0.60932 0.43188 0.60841 0.43483 0.60753 0.43781 0.60669 0.44081 0.60589 0.44384 0.60511 0.44688 0.60438 0.44994 0.60367 0.45303 0.60300 0.45612 0.60237 0.45924 0.60177 0.46237 0.60121 0.46552 0.60068 0.46868 0.60019 0.47185 0.59973 0.47503 0.59931 0.47823 0.59893 0.48143 0.59858 0.48465 0.59827 0.48787 0.59799 0.49109 0.59776 0.49433 0.59755 0.49757 0.59739 0.50081 0.59726 0.50406 0.59717 0.50731 0.59711 0.51056 0.59709 0.51380 0.59711 0.51705 0.59717 0.52030 0.59726 0.52354 0.59739 0.52678 0.59755 0.53002 0.59776 0.53324 0.59799 0.53647 0.59827 0.53968 0.59858\n 11 2206 100 0.53968 0.59858 0.54288 0.59893 0.54608 0.59931 0.54926 0.59973 0.55243 0.60019 0.55559 0.60068 0.55874 0.60121 0.56187 0.60177 0.56499 0.60237 0.56809 0.60300 0.57117 0.60367 0.57423 0.60438 0.57727 0.60511 0.58030 0.60589 0.58330 0.60669 0.58628 0.60753 0.58923 0.60841 0.59217 0.60932 0.59508 0.61026 0.59796 0.61123 0.60081 0.61223 0.60364 0.61327 0.60644 0.61434 0.60921 0.61544 0.61195 0.61658 0.61466 0.61774 0.61734 0.61893 0.61998 0.62016 0.62260 0.62141 0.62517 0.62269 0.62772 0.62401 0.63022 0.62535 0.63269 0.62671 0.63513 0.62811 0.63752 0.62954 0.63988 0.63099 0.64220 0.63246 0.64448 0.63397 0.64671 0.63550 0.64891 0.63705 0.65106 0.63863 0.65317 0.64023 0.65524 0.64186 0.65726 0.64351 0.65924 0.64518 0.66117 0.64687 0.66306 0.64859 0.66490 0.65032 0.66669 0.65208 0.66844 0.65386 0.67014 0.65566 0.67178 0.65747 0.67338 0.65931 0.67493 0.66116 0.67644 0.66303 0.67789 0.66491 0.67928 0.66682 0.68063 0.66874 0.68193 0.67067 0.68317 0.67261 0.68436 0.67458 0.68550 0.67655 0.68658 0.67854 0.68761 0.68054 0.68859 0.68255 0.68951 0.68457 0.69038 0.68660 0.69120 0.68864 0.69196 0.69069 0.69266 0.69274 0.69331 0.69481 0.69390 0.69688 0.69443 0.69896 0.69492 0.70105 0.69534 0.70313 0.69571 0.70523 0.69602 0.70733 0.69627 0.70943 0.69647 0.71153 0.69661 0.71364 0.69670 0.71574 0.69673 0.71785 0.69670 0.71996 0.69661 0.72207 0.69647 0.72417 0.69627 0.72627 0.69602 0.72838 0.69571 0.73047 0.69534 0.73257 0.69492 0.73466 0.69443 0.73674 0.69390 0.73882 0.69331 0.74089 0.69266 0.74296 0.69196 0.74502 0.69120 0.74707 0.69038 0.74911 0.68951 0.75114 0.68859 0.75316 0.68761 0.75517\n 11 1370 62 0.68761 0.75517 0.68658 0.75717 0.68550 0.75915 0.68436 0.76113 0.68317 0.76309 0.68193 0.76503 0.68063 0.76697 0.67928 0.76889 0.67789 0.77079 0.67644 0.77267 0.67494 0.77454 0.67338 0.77640 0.67178 0.77823 0.67014 0.78005 0.66844 0.78184 0.66669 0.78362 0.66490 0.78538 0.66306 0.78711 0.66117 0.78883 0.65924 0.79052 0.65726 0.79220 0.65524 0.79385 0.65317 0.79547 0.65106 0.79707 0.64891 0.79865 0.64671 0.80021 0.64448 0.80174 0.64220 0.80324 0.63988 0.80472 0.63752 0.80617 0.63513 0.80759 0.63269 0.80899 0.63022 0.81036 0.62772 0.81170 0.62517 0.81301 0.62260 0.81429 0.61998 0.81555 0.61734 0.81677 0.61466 0.81796 0.61195 0.81913 0.60921 0.82026 0.60644 0.82136 0.60364 0.82243 0.60081 0.82347 0.59796 0.82447 0.59508 0.82545 0.59217 0.82639 0.58923 0.82729 0.58628 0.82817 0.58330 0.82901 0.58030 0.82982 0.57727 0.83059 0.57423 0.83133 0.57117 0.83203 0.56809 0.83270 0.56499 0.83333 0.56187 0.83393 0.55874 0.83449 0.55559 0.83502 0.55243 0.83551 0.54926 0.83597 0.54608 0.83639\n 11 2206 100 0.53011 0.81561 0.52795 0.81581 0.52579 0.81600 0.52362 0.81616 0.52145 0.81630 0.51928 0.81641 0.51710 0.81649 0.51492 0.81655 0.51274 0.81659 0.51056 0.81660 0.50837 0.81659 0.50619 0.81655 0.50401 0.81649 0.50183 0.81641 0.49966 0.81630 0.49749 0.81616 0.49532 0.81600 0.49316 0.81581 0.49100 0.81561 0.48885 0.81537 0.48670 0.81511 0.48456 0.81483 0.48243 0.81453 0.48031 0.81419 0.47820 0.81384 0.47609 0.81346 0.47400 0.81306 0.47192 0.81263 0.46985 0.81219 0.46780 0.81171 0.46575 0.81122 0.46372 0.81070 0.46171 0.81016 0.45970 0.80959 0.45772 0.80901 0.45575 0.80840 0.45380 0.80777 0.45186 0.80711 0.44994 0.80644 0.44804 0.80574 0.44616 0.80502 0.44430 0.80428 0.44246 0.80352 0.44064 0.80274 0.43885 0.80194 0.43707 0.80112 0.43532 0.80027 0.43358 0.79941 0.43188 0.79853 0.43019 0.79763 0.42853 0.79671 0.42690 0.79577 0.42529 0.79482 0.42371 0.79384 0.42215 0.79285 0.42062 0.79184 0.41912 0.79082 0.41765 0.78977 0.41620 0.78871 0.41478 0.78764 0.41340 0.78654 0.41204 0.78544 0.41071 0.78431 0.40941 0.78318 0.40814 0.78202 0.40691 0.78086 0.40570 0.77968 0.40453 0.77848 0.40339 0.77728 0.40228 0.77606 0.40121 0.77483 0.40017 0.77358 0.39916 0.77233 0.39819 0.77106 0.39725 0.76978 0.39634 0.76849 0.39547 0.76720 0.39464 0.76589 0.39384 0.76457 0.39307 0.76325 0.39235 0.76191 0.39165 0.76057 0.39100 0.75922 0.39038 0.75786 0.38979 0.75650 0.38925 0.75513 0.38874 0.75375 0.38827 0.75237 0.38783 0.75098 0.38743 0.74959 0.38707 0.74820 0.38675 0.74680 0.38647 0.74539 0.38622 0.74399 0.38601 0.74258 0.38584 0.74117 0.38571 0.73975 0.38561 0.73834 0.38555 0.73693 0.38553 0.73551\n 11 2206 100 0.38553 0.73551 0.38555 0.73410 0.38561 0.73268 0.38571 0.73127 0.38584 0.72985 0.38601 0.72844 0.38622 0.72703 0.38647 0.72563 0.38675 0.72422 0.38707 0.72283 0.38743 0.72143 0.38783 0.72004 0.38827 0.71865 0.38874 0.71727 0.38925 0.71589 0.38979 0.71452 0.39038 0.71316 0.39100 0.71180 0.39165 0.71045 0.39235 0.70911 0.39307 0.70778 0.39384 0.70645 0.39464 0.70513 0.39547 0.70383 0.39634 0.70253 0.39725 0.70124 0.39819 0.69996 0.39916 0.69870 0.40017 0.69744 0.40121 0.69620 0.40228 0.69496 0.40339 0.69374 0.40453 0.69254 0.40570 0.69134 0.40691 0.69016 0.40814 0.68900 0.40941 0.68785 0.41071 0.68671 0.41204 0.68559 0.41340 0.68448 0.41478 0.68339 0.41620 0.68231 0.41765 0.68125 0.41912 0.68021 0.42062 0.67918 0.42215 0.67817 0.42371 0.67718 0.42529 0.67620 0.42690 0.67525 0.42853 0.67431 0.43019 0.67339 0.43188 0.67249 0.43358 0.67161 0.43532 0.67075 0.43707 0.66991 0.43885 0.66908 0.44064 0.66828 0.44246 0.66750 0.44430 0.66674 0.44616 0.66600 0.44804 0.66528 0.44994 0.66459 0.45186 0.66391 0.45380 0.66326 0.45575 0.66263 0.45772 0.66202 0.45970 0.66143 0.46171 0.66086 0.46372 0.66032 0.46575 0.65980 0.46780 0.65931 0.46985 0.65884 0.47192 0.65839 0.47400 0.65796 0.47609 0.65756 0.47820 0.65718 0.48031 0.65683 0.48243 0.65650 0.48456 0.65619 0.48670 0.65591 0.48885 0.65565 0.49100 0.65542 0.49316 0.65521 0.49532 0.65502 0.49749 0.65486 0.49966 0.65473 0.50183 0.65462 0.50401 0.65453 0.50619 0.65447 0.50837 0.65443 0.51056 0.65442 0.51274 0.65443 0.51492 0.65447 0.51710 0.65453 0.51928 0.65462 0.52145 0.65473 0.52362 0.65486 0.52579 0.65502 0.52795 0.65521 0.53011 0.65542\n 11 2206 100 0.53011 0.65542 0.53226 0.65565 0.53441 0.65591 0.53655 0.65619 0.53868 0.65650 0.54080 0.65683 0.54291 0.65718 0.54502 0.65756 0.54711 0.65796 0.54919 0.65839 0.55126 0.65884 0.55332 0.65931 0.55536 0.65980 0.55739 0.66032 0.55940 0.66086 0.56141 0.66143 0.56339 0.66202 0.56536 0.66263 0.56731 0.66326 0.56925 0.66391 0.57117 0.66459 0.57307 0.66528 0.57495 0.66600 0.57681 0.66674 0.57865 0.66750 0.58047 0.66828 0.58226 0.66908 0.58404 0.66991 0.58579 0.67075 0.58753 0.67161 0.58923 0.67249 0.59092 0.67339 0.59258 0.67431 0.59421 0.67525 0.59582 0.67620 0.59740 0.67718 0.59896 0.67817 0.60049 0.67918 0.60199 0.68021 0.60346 0.68125 0.60491 0.68231 0.60633 0.68339 0.60772 0.68448 0.60907 0.68559 0.61040 0.68671 0.61170 0.68785 0.61297 0.68900 0.61420 0.69016 0.61541 0.69134 0.61658 0.69254 0.61772 0.69374 0.61883 0.69496 0.61990 0.69620 0.62094 0.69744 0.62195 0.69870 0.62292 0.69996 0.62386 0.70124 0.62477 0.70253 0.62564 0.70383 0.62647 0.70513 0.62727 0.70645 0.62804 0.70778 0.62877 0.70911 0.62946 0.71045 0.63011 0.71180 0.63073 0.71316 0.63132 0.71452 0.63186 0.71589 0.63237 0.71727 0.63284 0.71865 0.63328 0.72004 0.63368 0.72143 0.63404 0.72283 0.63436 0.72422 0.63464 0.72563 0.63489 0.72703 0.63510 0.72844 0.63527 0.72985 0.63541 0.73127 0.63550 0.73268 0.63556 0.73410 0.63558 0.73551 0.63556 0.73693 0.63550 0.73834 0.63541 0.73975 0.63527 0.74117 0.63510 0.74258 0.63489 0.74399 0.63464 0.74539 0.63436 0.74680 0.63404 0.74820 0.63368 0.74959 0.63328 0.75098 0.63284 0.75237 0.63237 0.75375 0.63186 0.75513 0.63132 0.75650 0.63073 0.75786 0.63011 0.75922 0.62946 0.76057\n 11 1370 62 0.62946 0.76057 0.62877 0.76191 0.62804 0.76325 0.62727 0.76457 0.62647 0.76589 0.62564 0.76720 0.62477 0.76849 0.62386 0.76978 0.62292 0.77106 0.62195 0.77233 0.62094 0.77358 0.61990 0.77483 0.61883 0.77606 0.61772 0.77728 0.61658 0.77848 0.61541 0.77968 0.61420 0.78086 0.61297 0.78202 0.61170 0.78318 0.61040 0.78431 0.60907 0.78544 0.60772 0.78654 0.60633 0.78764 0.60491 0.78871 0.60346 0.78977 0.60199 0.79082 0.60049 0.79184 0.59896 0.79285 0.59740 0.79384 0.59582 0.79482 0.59421 0.79577 0.59258 0.79671 0.59092 0.79763 0.58923 0.79853 0.58753 0.79941 0.58579 0.80027 0.58404 0.80112 0.58226 0.80194 0.58047 0.80274 0.57865 0.80352 0.57681 0.80428 0.57495 0.80502 0.57307 0.80574 0.57117 0.80644 0.56925 0.80711 0.56731 0.80777 0.56536 0.80840 0.56339 0.80901 0.56141 0.80959 0.55940 0.81016 0.55739 0.81070 0.55536 0.81122 0.55332 0.81171 0.55126 0.81219 0.54919 0.81263 0.54711 0.81306 0.54502 0.81346 0.54291 0.81384 0.54080 0.81419 0.53868 0.81453 0.53655 0.81483 0.53441 0.81511\n 11 2206 100 0.51995 0.78450 0.51892 0.78460 0.51788 0.78469 0.51683 0.78477 0.51579 0.78483 0.51475 0.78488 0.51370 0.78493 0.51265 0.78496 0.51160 0.78497 0.51056 0.78498 0.50951 0.78497 0.50846 0.78496 0.50741 0.78493 0.50636 0.78488 0.50532 0.78483 0.50428 0.78477 0.50323 0.78469 0.50219 0.78460 0.50116 0.78450 0.50012 0.78439 0.49909 0.78426 0.49807 0.78413 0.49704 0.78398 0.49602 0.78382 0.49501 0.78365 0.49400 0.78347 0.49299 0.78328 0.49199 0.78307 0.49100 0.78286 0.49001 0.78263 0.48903 0.78239 0.48805 0.78214 0.48708 0.78188 0.48612 0.78161 0.48517 0.78133 0.48422 0.78104 0.48328 0.78073 0.48235 0.78042 0.48143 0.78009 0.48052 0.77976 0.47962 0.77941 0.47872 0.77906 0.47784 0.77869 0.47696 0.77832 0.47610 0.77793 0.47525 0.77754 0.47440 0.77713 0.47357 0.77672 0.47275 0.77630 0.47194 0.77586 0.47114 0.77542 0.47036 0.77497 0.46959 0.77451 0.46883 0.77404 0.46808 0.77357 0.46734 0.77308 0.46662 0.77259 0.46591 0.77209 0.46522 0.77158 0.46454 0.77106 0.46387 0.77054 0.46322 0.77000 0.46258 0.76946 0.46196 0.76892 0.46135 0.76836 0.46075 0.76780 0.46017 0.76724 0.45961 0.76666 0.45906 0.76608 0.45853 0.76550 0.45801 0.76491 0.45751 0.76431 0.45703 0.76370 0.45656 0.76310 0.45611 0.76248 0.45568 0.76186 0.45526 0.76124 0.45486 0.76061 0.45447 0.75998 0.45411 0.75934 0.45376 0.75870 0.45342 0.75806 0.45311 0.75741 0.45281 0.75675 0.45253 0.75610 0.45227 0.75544 0.45202 0.75478 0.45180 0.75412 0.45159 0.75345 0.45140 0.75278 0.45122 0.75211 0.45107 0.75144 0.45093 0.75076 0.45081 0.75009 0.45071 0.74941 0.45063 0.74873 0.45057 0.74805 0.45052 0.74737 0.45049 0.74669 0.45048 0.74601\n 11 2206 100 0.45048 0.74601 0.45049 0.74533 0.45052 0.74465 0.45057 0.74398 0.45063 0.74330 0.45071 0.74262 0.45081 0.74194 0.45093 0.74127 0.45107 0.74059 0.45122 0.73992 0.45140 0.73925 0.45159 0.73858 0.45180 0.73791 0.45202 0.73725 0.45227 0.73659 0.45253 0.73593 0.45281 0.73527 0.45311 0.73462 0.45342 0.73397 0.45376 0.73333 0.45411 0.73269 0.45447 0.73205 0.45486 0.73142 0.45526 0.73079 0.45568 0.73017 0.45611 0.72955 0.45656 0.72893 0.45703 0.72832 0.45751 0.72772 0.45801 0.72712 0.45853 0.72653 0.45906 0.72595 0.45961 0.72537 0.46017 0.72479 0.46075 0.72423 0.46135 0.72367 0.46196 0.72311 0.46258 0.72256 0.46322 0.72203 0.46387 0.72149 0.46454 0.72097 0.46522 0.72045 0.46591 0.71994 0.46662 0.71944 0.46734 0.71895 0.46808 0.71846 0.46883 0.71799 0.46959 0.71752 0.47036 0.71706 0.47114 0.71661 0.47194 0.71617 0.47275 0.71573 0.47357 0.71531 0.47440 0.71490 0.47525 0.71449 0.47610 0.71410 0.47696 0.71371 0.47784 0.71334 0.47872 0.71297 0.47962 0.71262 0.48052 0.71227 0.48143 0.71194 0.48235 0.71161 0.48328 0.71130 0.48422 0.71099 0.48517 0.71070 0.48612 0.71042 0.48708 0.71015 0.48805 0.70989 0.48903 0.70964 0.49001 0.70940 0.49100 0.70917 0.49199 0.70896 0.49299 0.70875 0.49400 0.70856 0.49501 0.70838 0.49602 0.70821 0.49704 0.70805 0.49807 0.70790 0.49909 0.70777 0.50012 0.70764 0.50116 0.70753 0.50219 0.70743 0.50323 0.70734 0.50428 0.70726 0.50532 0.70720 0.50636 0.70714 0.50741 0.70710 0.50846 0.70707 0.50951 0.70706 0.51056 0.70705 0.51160 0.70706 0.51265 0.70707 0.51370 0.70710 0.51475 0.70714 0.51579 0.70720 0.51683 0.70726 0.51788 0.70734 0.51892 0.70743 0.51995 0.70753\n 11 2206 100 0.51995 0.70753 0.52099 0.70764 0.52202 0.70777 0.52305 0.70790 0.52407 0.70805 0.52509 0.70821 0.52610 0.70838 0.52711 0.70856 0.52812 0.70875 0.52912 0.70896 0.53011 0.70917 0.53110 0.70940 0.53208 0.70964 0.53306 0.70989 0.53403 0.71015 0.53499 0.71042 0.53594 0.71070 0.53689 0.71099 0.53783 0.71130 0.53876 0.71161 0.53968 0.71194 0.54059 0.71227 0.54149 0.71262 0.54239 0.71297 0.54327 0.71334 0.54415 0.71371 0.54501 0.71410 0.54586 0.71449 0.54671 0.71490 0.54754 0.71531 0.54836 0.71573 0.54917 0.71617 0.54997 0.71661 0.55075 0.71706 0.55152 0.71752 0.55229 0.71799 0.55303 0.71846 0.55377 0.71895 0.55449 0.71944 0.55520 0.71994 0.55589 0.72045 0.55657 0.72097 0.55724 0.72149 0.55789 0.72203 0.55853 0.72256 0.55915 0.72311 0.55976 0.72367 0.56036 0.72423 0.56094 0.72479 0.56150 0.72537 0.56205 0.72595 0.56258 0.72653 0.56310 0.72712 0.56360 0.72772 0.56408 0.72832 0.56455 0.72893 0.56500 0.72955 0.56543 0.73017 0.56585 0.73079 0.56625 0.73142 0.56664 0.73205 0.56700 0.73269 0.56735 0.73333 0.56769 0.73397 0.56800 0.73462 0.56830 0.73527 0.56858 0.73593 0.56884 0.73659 0.56909 0.73725 0.56931 0.73791 0.56952 0.73858 0.56971 0.73925 0.56989 0.73992 0.57004 0.74059 0.57018 0.74127 0.57030 0.74194 0.57040 0.74262 0.57048 0.74330 0.57055 0.74398 0.57059 0.74465 0.57062 0.74533 0.57063 0.74601 0.57062 0.74669 0.57059 0.74737 0.57055 0.74805 0.57048 0.74873 0.57040 0.74941 0.57030 0.75009 0.57018 0.75076 0.57004 0.75144 0.56989 0.75211 0.56971 0.75278 0.56952 0.75345 0.56931 0.75412 0.56909 0.75478 0.56884 0.75544 0.56858 0.75610 0.56830 0.75675 0.56800 0.75741 0.56769 0.75806\n 11 1370 62 0.56769 0.75806 0.56735 0.75870 0.56700 0.75934 0.56664 0.75998 0.56625 0.76061 0.56585 0.76124 0.56543 0.76186 0.56500 0.76248 0.56455 0.76310 0.56408 0.76370 0.56360 0.76431 0.56310 0.76491 0.56258 0.76550 0.56205 0.76608 0.56150 0.76666 0.56094 0.76724 0.56036 0.76780 0.55976 0.76836 0.55915 0.76892 0.55853 0.76946 0.55789 0.77000 0.55724 0.77054 0.55657 0.77106 0.55589 0.77158 0.55520 0.77209 0.55449 0.77259 0.55377 0.77308 0.55303 0.77357 0.55229 0.77404 0.55152 0.77451 0.55075 0.77497 0.54997 0.77542 0.54917 0.77586 0.54836 0.77630 0.54754 0.77672 0.54671 0.77713 0.54586 0.77754 0.54501 0.77793 0.54415 0.77832 0.54327 0.77869 0.54239 0.77906 0.54149 0.77941 0.54059 0.77976 0.53968 0.78009 0.53876 0.78042 0.53783 0.78073 0.53689 0.78104 0.53594 0.78133 0.53499 0.78161 0.53403 0.78188 0.53306 0.78214 0.53208 0.78239 0.53110 0.78263 0.53011 0.78286 0.52912 0.78307 0.52812 0.78328 0.52711 0.78347 0.52610 0.78365 0.52509 0.78382 0.52407 0.78398 0.52305 0.78413 0.52202 0.78426\n 11 2206 100 0.50951 0.74475 0.50962 0.74474 0.50974 0.74473 0.50985 0.74472 0.50997 0.74471 0.51009 0.74471 0.51020 0.74470 0.51032 0.74470 0.51044 0.74470 0.51056 0.74470 0.51067 0.74470 0.51079 0.74470 0.51091 0.74470 0.51102 0.74471 0.51114 0.74471 0.51126 0.74472 0.51137 0.74473 0.51149 0.74474 0.51160 0.74475 0.51172 0.74476 0.51183 0.74478 0.51195 0.74479 0.51206 0.74481 0.51218 0.74483 0.51229 0.74484 0.51240 0.74486 0.51251 0.74489 0.51263 0.74491 0.51274 0.74493 0.51285 0.74496 0.51296 0.74498 0.51307 0.74501 0.51317 0.74504 0.51328 0.74507 0.51339 0.74510 0.51349 0.74514 0.51360 0.74517 0.51370 0.74521 0.51380 0.74524 0.51391 0.74528 0.51401 0.74532 0.51411 0.74536 0.51421 0.74540 0.51430 0.74544 0.51440 0.74548 0.51449 0.74553 0.51459 0.74557 0.51468 0.74562 0.51477 0.74566 0.51486 0.74571 0.51495 0.74576 0.51504 0.74581 0.51513 0.74586 0.51521 0.74592 0.51529 0.74597 0.51538 0.74602 0.51546 0.74608 0.51554 0.74613 0.51561 0.74619 0.51569 0.74625 0.51576 0.74631 0.51584 0.74637 0.51591 0.74643 0.51598 0.74649 0.51605 0.74655 0.51611 0.74661 0.51618 0.74668 0.51624 0.74674 0.51630 0.74680 0.51636 0.74687 0.51642 0.74694 0.51647 0.74700 0.51653 0.74707 0.51658 0.74714 0.51663 0.74721 0.51668 0.74728 0.51672 0.74734 0.51677 0.74741 0.51681 0.74749 0.51685 0.74756 0.51689 0.74763 0.51693 0.74770 0.51696 0.74777 0.51700 0.74784 0.51703 0.74792 0.51706 0.74799 0.51709 0.74807 0.51711 0.74814 0.51713 0.74821 0.51716 0.74829 0.51717 0.74836 0.51719 0.74844 0.51721 0.74851 0.51722 0.74859 0.51723 0.74866 0.51724 0.74874 0.51725 0.74882 0.51725 0.74889 0.51726 0.74897 0.51726 0.74904\n 11 2206 100 0.51726 0.74904 0.51726 0.74912 0.51725 0.74919 0.51725 0.74927 0.51724 0.74935 0.51723 0.74942 0.51722 0.74950 0.51721 0.74957 0.51719 0.74965 0.51717 0.74972 0.51716 0.74980 0.51713 0.74987 0.51711 0.74995 0.51709 0.75002 0.51706 0.75009 0.51703 0.75017 0.51700 0.75024 0.51696 0.75031 0.51693 0.75039 0.51689 0.75046 0.51685 0.75053 0.51681 0.75060 0.51677 0.75067 0.51672 0.75074 0.51668 0.75081 0.51663 0.75088 0.51658 0.75095 0.51653 0.75102 0.51647 0.75108 0.51642 0.75115 0.51636 0.75122 0.51630 0.75128 0.51624 0.75135 0.51618 0.75141 0.51611 0.75147 0.51605 0.75154 0.51598 0.75160 0.51591 0.75166 0.51584 0.75172 0.51576 0.75178 0.51569 0.75184 0.51561 0.75190 0.51554 0.75195 0.51546 0.75201 0.51538 0.75206 0.51529 0.75212 0.51521 0.75217 0.51513 0.75222 0.51504 0.75227 0.51495 0.75232 0.51486 0.75237 0.51477 0.75242 0.51468 0.75247 0.51459 0.75251 0.51449 0.75256 0.51440 0.75260 0.51430 0.75265 0.51421 0.75269 0.51411 0.75273 0.51401 0.75277 0.51391 0.75281 0.51380 0.75285 0.51370 0.75288 0.51360 0.75292 0.51349 0.75295 0.51339 0.75298 0.51328 0.75301 0.51317 0.75304 0.51307 0.75307 0.51296 0.75310 0.51285 0.75313 0.51274 0.75315 0.51263 0.75318 0.51251 0.75320 0.51240 0.75322 0.51229 0.75324 0.51218 0.75326 0.51206 0.75328 0.51195 0.75330 0.51183 0.75331 0.51172 0.75332 0.51160 0.75334 0.51149 0.75335 0.51137 0.75336 0.51126 0.75337 0.51114 0.75337 0.51102 0.75338 0.51091 0.75338 0.51079 0.75339 0.51067 0.75339 0.51056 0.75339 0.51044 0.75339 0.51032 0.75339 0.51020 0.75338 0.51009 0.75338 0.50997 0.75337 0.50985 0.75337 0.50974 0.75336 0.50962 0.75335 0.50951 0.75334\n 11 2206 100 0.50951 0.75334 0.50939 0.75332 0.50928 0.75331 0.50916 0.75330 0.50905 0.75328 0.50893 0.75326 0.50882 0.75324 0.50871 0.75322 0.50860 0.75320 0.50848 0.75318 0.50837 0.75315 0.50826 0.75313 0.50815 0.75310 0.50804 0.75307 0.50794 0.75304 0.50783 0.75301 0.50772 0.75298 0.50762 0.75295 0.50751 0.75292 0.50741 0.75288 0.50731 0.75285 0.50720 0.75281 0.50710 0.75277 0.50700 0.75273 0.50691 0.75269 0.50681 0.75265 0.50671 0.75260 0.50662 0.75256 0.50652 0.75251 0.50643 0.75247 0.50634 0.75242 0.50625 0.75237 0.50616 0.75232 0.50607 0.75227 0.50598 0.75222 0.50590 0.75217 0.50582 0.75212 0.50573 0.75206 0.50565 0.75201 0.50557 0.75195 0.50550 0.75190 0.50542 0.75184 0.50535 0.75178 0.50527 0.75172 0.50520 0.75166 0.50513 0.75160 0.50507 0.75154 0.50500 0.75147 0.50493 0.75141 0.50487 0.75135 0.50481 0.75128 0.50475 0.75122 0.50469 0.75115 0.50464 0.75108 0.50458 0.75102 0.50453 0.75095 0.50448 0.75088 0.50443 0.75081 0.50439 0.75074 0.50434 0.75067 0.50430 0.75060 0.50426 0.75053 0.50422 0.75046 0.50418 0.75039 0.50415 0.75031 0.50411 0.75024 0.50408 0.75017 0.50405 0.75009 0.50403 0.75002 0.50400 0.74995 0.50398 0.74987 0.50396 0.74980 0.50394 0.74972 0.50392 0.74965 0.50390 0.74957 0.50389 0.74950 0.50388 0.74942 0.50387 0.74935 0.50386 0.74927 0.50386 0.74919 0.50385 0.74912 0.50385 0.74904 0.50385 0.74897 0.50386 0.74889 0.50386 0.74882 0.50387 0.74874 0.50388 0.74866 0.50389 0.74859 0.50390 0.74851 0.50392 0.74844 0.50394 0.74836 0.50396 0.74829 0.50398 0.74821 0.50400 0.74814 0.50403 0.74807 0.50405 0.74799 0.50408 0.74792 0.50411 0.74784 0.50415 0.74777 0.50418 0.74770\n 11 1370 62 0.50418 0.74770 0.50422 0.74763 0.50426 0.74756 0.50430 0.74749 0.50434 0.74741 0.50439 0.74734 0.50443 0.74728 0.50448 0.74721 0.50453 0.74714 0.50458 0.74707 0.50464 0.74700 0.50469 0.74694 0.50475 0.74687 0.50481 0.74680 0.50487 0.74674 0.50493 0.74668 0.50500 0.74661 0.50507 0.74655 0.50513 0.74649 0.50520 0.74643 0.50527 0.74637 0.50535 0.74631 0.50542 0.74625 0.50550 0.74619 0.50557 0.74613 0.50565 0.74608 0.50573 0.74602 0.50582 0.74597 0.50590 0.74592 0.50598 0.74586 0.50607 0.74581 0.50616 0.74576 0.50625 0.74571 0.50634 0.74566 0.50643 0.74562 0.50652 0.74557 0.50662 0.74553 0.50671 0.74548 0.50681 0.74544 0.50691 0.74540 0.50700 0.74536 0.50710 0.74532 0.50720 0.74528 0.50731 0.74524 0.50741 0.74521 0.50751 0.74517 0.50762 0.74514 0.50772 0.74510 0.50783 0.74507 0.50794 0.74504 0.50804 0.74501 0.50815 0.74498 0.50826 0.74496 0.50837 0.74493 0.50848 0.74491 0.50860 0.74489 0.50871 0.74486 0.50882 0.74484 0.50893 0.74483 0.50905 0.74481 0.50916 0.74479 0.50928 0.74478\n 21 6 1\n 82 0\n 81 6 84\n 82 0\n 81 6 85\n 21 6 1\n 21 6 1\n 11 996 45 0.55303 0.85009 0.55228 0.85007 0.55152 0.84995 0.55075 0.84972 0.54997 0.84938 0.54917 0.84894 0.54836 0.84839 0.54754 0.84774 0.54671 0.84698 0.54586 0.84611 0.54501 0.84514 0.54415 0.84407 0.54327 0.84289 0.54239 0.84160 0.54149 0.84021 0.54059 0.83872 0.53968 0.83712 0.53876 0.83542 0.53783 0.83362 0.53689 0.83172 0.53594 0.82971 0.53499 0.82761 0.53403 0.82541 0.53306 0.82310 0.53208 0.82070 0.53110 0.81820 0.53011 0.81561 0.52912 0.81291 0.52812 0.81013 0.52711 0.80724 0.52610 0.80427 0.52509 0.80120 0.52407 0.79804 0.52304 0.79479 0.52202 0.79145 0.52099 0.78802 0.51995 0.78450 0.51892 0.78090 0.51788 0.77721 0.51683 0.77343 0.51579 0.76957 0.51475 0.76564 0.51370 0.76162 0.51265 0.75752 0.51160 0.75334\n 11 1018 46 0.41156 0.84030 0.41325 0.84056 0.41496 0.84071 0.41670 0.84076 0.41847 0.84070 0.42027 0.84054 0.42210 0.84028 0.42395 0.83991 0.42583 0.83944 0.42774 0.83887 0.42967 0.83819 0.43162 0.83741 0.43360 0.83653 0.43560 0.83555 0.43763 0.83446 0.43968 0.83327 0.44175 0.83198 0.44384 0.83059 0.44595 0.82910 0.44808 0.82750 0.45023 0.82581 0.45240 0.82402 0.45458 0.82213 0.45678 0.82014 0.45900 0.81805 0.46124 0.81587 0.46349 0.81359 0.46575 0.81122 0.46803 0.80875 0.47032 0.80618 0.47262 0.80353 0.47494 0.80078 0.47726 0.79794 0.47960 0.79501 0.48194 0.79199 0.48430 0.78888 0.48666 0.78568 0.48903 0.78239 0.49140 0.77902 0.49378 0.77556 0.49617 0.77202 0.49856 0.76840 0.50096 0.76470 0.50335 0.76091 0.50575 0.75704 0.50815 0.75310\n 11 1260 57 0.26027 0.76712 0.26314 0.76924 0.26609 0.77127 0.26912 0.77322 0.27222 0.77509 0.27539 0.77687 0.27863 0.77857 0.28194 0.78019 0.28533 0.78171 0.28878 0.78316 0.29230 0.78451 0.29588 0.78578 0.29953 0.78697 0.30325 0.78806 0.30703 0.78907 0.31087 0.78999 0.31477 0.79082 0.31873 0.79157 0.32275 0.79222 0.32682 0.79278 0.33095 0.79326 0.33514 0.79365 0.33938 0.79394 0.34367 0.79415 0.34802 0.79427 0.35241 0.79430 0.35685 0.79424 0.36134 0.79409 0.36587 0.79385 0.37045 0.79352 0.37507 0.79310 0.37973 0.79259 0.38443 0.79199 0.38917 0.79130 0.39395 0.79053 0.39876 0.78966 0.40361 0.78871 0.40849 0.78767 0.41340 0.78654 0.41833 0.78533 0.42330 0.78403 0.42830 0.78264 0.43332 0.78116 0.43836 0.77960 0.44342 0.77796 0.44851 0.77623 0.45361 0.77441 0.45873 0.77252 0.46387 0.77054 0.46902 0.76847 0.47419 0.76633 0.47936 0.76410 0.48455 0.76180 0.48974 0.75941 0.49494 0.75694 0.50014 0.75440 0.50535 0.75178\n 11 1788 81 0.13594 0.57745 0.13704 0.58163 0.13824 0.58578 0.13956 0.58990 0.14099 0.59400 0.14254 0.59807 0.14420 0.60210 0.14597 0.60611 0.14785 0.61009 0.14984 0.61403 0.15194 0.61793 0.15415 0.62181 0.15646 0.62564 0.15889 0.62944 0.16142 0.63319 0.16406 0.63691 0.16681 0.64058 0.16966 0.64421 0.17261 0.64780 0.17567 0.65134 0.17883 0.65484 0.18209 0.65829 0.18545 0.66169 0.18891 0.66504 0.19246 0.66834 0.19612 0.67159 0.19987 0.67479 0.20371 0.67793 0.20765 0.68102 0.21168 0.68405 0.21580 0.68703 0.22001 0.68996 0.22431 0.69282 0.22869 0.69562 0.23317 0.69837 0.23772 0.70106 0.24236 0.70368 0.24708 0.70624 0.25189 0.70874 0.25677 0.71118 0.26172 0.71355 0.26676 0.71585 0.27187 0.71809 0.27705 0.72027 0.28230 0.72237 0.28762 0.72441 0.29301 0.72638 0.29846 0.72829 0.30398 0.73012 0.30957 0.73188 0.31521 0.73357 0.32091 0.73519 0.32668 0.73674 0.33249 0.73822 0.33836 0.73962 0.34429 0.74095 0.35026 0.74221 0.35629 0.74340 0.36236 0.74451 0.36847 0.74554 0.37463 0.74650 0.38083 0.74739 0.38707 0.74820 0.39335 0.74893 0.39966 0.74959 0.40601 0.75017 0.41239 0.75068 0.41880 0.75111 0.42524 0.75146 0.43170 0.75174 0.43818 0.75194 0.44469 0.75206 0.45122 0.75211 0.45777 0.75208 0.46433 0.75197 0.47091 0.75179 0.47750 0.75153 0.48410 0.75119 0.49071 0.75078 0.49732 0.75029 0.50394 0.74972\n 11 2206 100 0.17158 0.33451 0.16960 0.33814 0.16772 0.34181 0.16594 0.34554 0.16427 0.34931 0.16270 0.35313 0.16124 0.35699 0.15989 0.36090 0.15864 0.36485 0.15750 0.36884 0.15646 0.37287 0.15554 0.37694 0.15472 0.38105 0.15402 0.38519 0.15342 0.38937 0.15292 0.39358 0.15254 0.39782 0.15227 0.40210 0.15211 0.40640 0.15205 0.41074 0.15211 0.41510 0.15227 0.41948 0.15254 0.42390 0.15292 0.42833 0.15342 0.43279 0.15402 0.43726 0.15472 0.44176 0.15554 0.44627 0.15646 0.45080 0.15750 0.45535 0.15864 0.45990 0.15989 0.46447 0.16124 0.46906 0.16270 0.47365 0.16427 0.47825 0.16594 0.48285 0.16772 0.48746 0.16960 0.49208 0.17158 0.49669 0.17367 0.50131 0.17586 0.50593 0.17816 0.51054 0.18055 0.51516 0.18305 0.51976 0.18564 0.52437 0.18833 0.52896 0.19113 0.53355 0.19401 0.53812 0.19700 0.54269 0.20008 0.54724 0.20326 0.55177 0.20653 0.55629 0.20989 0.56080 0.21334 0.56528 0.21689 0.56975 0.22052 0.57419 0.22424 0.57861 0.22805 0.58301 0.23195 0.58738 0.23593 0.59173 0.23999 0.59604 0.24413 0.60033 0.24836 0.60459 0.25267 0.60882 0.25705 0.61301 0.26152 0.61717 0.26606 0.62129 0.27067 0.62538 0.27536 0.62942 0.28011 0.63343 0.28494 0.63740 0.28984 0.64132 0.29480 0.64521 0.29983 0.64904 0.30493 0.65284 0.31008 0.65658 0.31530 0.66028 0.32058 0.66393 0.32591 0.66753 0.33130 0.67108 0.33675 0.67458 0.34225 0.67802 0.34780 0.68141 0.35340 0.68474 0.35904 0.68802 0.36474 0.69124 0.37048 0.69440 0.37626 0.69751 0.38208 0.70055 0.38794 0.70353 0.39384 0.70645 0.39977 0.70931 0.40574 0.71210 0.41174 0.71483 0.41777 0.71749 0.42383 0.72009 0.42991 0.72262 0.43602 0.72508 0.44215 0.72747 0.44830 0.72980\n 11 226 10 0.44830 0.72980 0.45447 0.73205 0.46066 0.73423 0.46686 0.73635 0.47308 0.73839 0.47931 0.74035 0.48555 0.74225 0.49179 0.74407 0.49804 0.74581 0.50430 0.74749\n 11 2206 100 0.31755 0.19551 0.31504 0.19699 0.31259 0.19857 0.31021 0.20024 0.30788 0.20200 0.30561 0.20385 0.30341 0.20579 0.30127 0.20782 0.29919 0.20994 0.29718 0.21215 0.29523 0.21445 0.29335 0.21683 0.29153 0.21930 0.28978 0.22185 0.28810 0.22449 0.28649 0.22722 0.28494 0.23002 0.28346 0.23291 0.28206 0.23588 0.28072 0.23893 0.27945 0.24206 0.27825 0.24527 0.27712 0.24856 0.27607 0.25192 0.27508 0.25536 0.27417 0.25887 0.27333 0.26246 0.27256 0.26612 0.27187 0.26985 0.27124 0.27365 0.27069 0.27752 0.27021 0.28145 0.26981 0.28546 0.26948 0.28952 0.26922 0.29366 0.26904 0.29785 0.26893 0.30211 0.26889 0.30643 0.26893 0.31080 0.26904 0.31524 0.26922 0.31973 0.26948 0.32427 0.26981 0.32887 0.27021 0.33352 0.27069 0.33823 0.27124 0.34298 0.27187 0.34778 0.27256 0.35262 0.27333 0.35751 0.27417 0.36244 0.27508 0.36742 0.27607 0.37244 0.27712 0.37749 0.27825 0.38258 0.27945 0.38771 0.28072 0.39287 0.28206 0.39807 0.28346 0.40329 0.28494 0.40855 0.28649 0.41383 0.28810 0.41914 0.28978 0.42447 0.29153 0.42983 0.29335 0.43521 0.29523 0.44061 0.29718 0.44602 0.29919 0.45145 0.30127 0.45690 0.30341 0.46236 0.30561 0.46783 0.30788 0.47332 0.31021 0.47881 0.31259 0.48430 0.31504 0.48980 0.31755 0.49531 0.32012 0.50081 0.32275 0.50632 0.32543 0.51182 0.32817 0.51732 0.33096 0.52282 0.33381 0.52830 0.33672 0.53378 0.33967 0.53925 0.34268 0.54471 0.34574 0.55015 0.34885 0.55558 0.35201 0.56099 0.35522 0.56638 0.35847 0.57175 0.36177 0.57710 0.36512 0.58243 0.36851 0.58773 0.37194 0.59301 0.37542 0.59825 0.37893 0.60347 0.38249 0.60866 0.38609 0.61381 0.38972 0.61892 0.39339 0.62401 0.39710 0.62905\n 11 622 28 0.39710 0.62905 0.40084 0.63405 0.40462 0.63902 0.40842 0.64394 0.41226 0.64881 0.41613 0.65365 0.42003 0.65843 0.42395 0.66317 0.42790 0.66785 0.43188 0.67249 0.43588 0.67707 0.43990 0.68160 0.44394 0.68608 0.44801 0.69049 0.45209 0.69485 0.45619 0.69915 0.46031 0.70339 0.46444 0.70757 0.46859 0.71168 0.47275 0.71573 0.47692 0.71972 0.48110 0.72363 0.48529 0.72748 0.48949 0.73126 0.49370 0.73497 0.49791 0.73861 0.50212 0.74217 0.50634 0.74566\n 11 2206 100 0.46734 0.15001 0.46662 0.15020 0.46591 0.15051 0.46522 0.15092 0.46454 0.15144 0.46387 0.15206 0.46322 0.15279 0.46258 0.15362 0.46196 0.15456 0.46135 0.15561 0.46075 0.15676 0.46017 0.15802 0.45961 0.15937 0.45906 0.16084 0.45853 0.16240 0.45801 0.16407 0.45751 0.16585 0.45703 0.16772 0.45656 0.16969 0.45611 0.17177 0.45568 0.17394 0.45526 0.17622 0.45486 0.17859 0.45447 0.18106 0.45411 0.18363 0.45376 0.18630 0.45342 0.18906 0.45311 0.19191 0.45281 0.19486 0.45253 0.19790 0.45227 0.20103 0.45202 0.20426 0.45180 0.20757 0.45159 0.21098 0.45140 0.21447 0.45122 0.21805 0.45107 0.22171 0.45093 0.22546 0.45081 0.22930 0.45071 0.23321 0.45063 0.23721 0.45057 0.24129 0.45052 0.24544 0.45049 0.24968 0.45048 0.25399 0.45049 0.25837 0.45052 0.26283 0.45057 0.26736 0.45063 0.27196 0.45071 0.27663 0.45081 0.28137 0.45093 0.28617 0.45107 0.29105 0.45122 0.29598 0.45140 0.30098 0.45159 0.30603 0.45180 0.31115 0.45202 0.31632 0.45227 0.32155 0.45253 0.32684 0.45281 0.33217 0.45311 0.33756 0.45342 0.34300 0.45376 0.34848 0.45411 0.35401 0.45447 0.35959 0.45486 0.36521 0.45526 0.37087 0.45568 0.37657 0.45611 0.38230 0.45656 0.38807 0.45703 0.39388 0.45751 0.39972 0.45801 0.40559 0.45853 0.41149 0.45906 0.41741 0.45961 0.42336 0.46017 0.42933 0.46075 0.43533 0.46135 0.44134 0.46196 0.44738 0.46258 0.45342 0.46322 0.45949 0.46387 0.46556 0.46454 0.47165 0.46522 0.47774 0.46591 0.48384 0.46662 0.48995 0.46734 0.49606 0.46808 0.50217 0.46883 0.50828 0.46959 0.51438 0.47036 0.52049 0.47114 0.52658 0.47194 0.53267 0.47275 0.53875 0.47357 0.54482 0.47440 0.55087 0.47525 0.55691 0.47610 0.56293\n 11 776 35 0.47610 0.56293 0.47696 0.56893 0.47784 0.57491 0.47872 0.58086 0.47962 0.58680 0.48052 0.59270 0.48143 0.59858 0.48235 0.60443 0.48328 0.61024 0.48422 0.61603 0.48517 0.62177 0.48612 0.62748 0.48708 0.63315 0.48805 0.63879 0.48903 0.64437 0.49001 0.64992 0.49100 0.65542 0.49199 0.66087 0.49299 0.66627 0.49400 0.67162 0.49501 0.67692 0.49602 0.68217 0.49704 0.68736 0.49807 0.69249 0.49909 0.69756 0.50012 0.70258 0.50116 0.70753 0.50219 0.71242 0.50323 0.71724 0.50428 0.72200 0.50532 0.72669 0.50636 0.73131 0.50741 0.73586 0.50846 0.74034 0.50951 0.74475\n 11 2206 100 0.61120 0.16006 0.61282 0.16052 0.61442 0.16109 0.61598 0.16176 0.61750 0.16253 0.61900 0.16341 0.62046 0.16439 0.62189 0.16547 0.62328 0.16665 0.62464 0.16793 0.62597 0.16932 0.62726 0.17080 0.62852 0.17239 0.62973 0.17408 0.63092 0.17586 0.63206 0.17775 0.63317 0.17973 0.63424 0.18181 0.63528 0.18398 0.63627 0.18626 0.63723 0.18862 0.63815 0.19109 0.63903 0.19365 0.63987 0.19630 0.64067 0.19904 0.64144 0.20187 0.64216 0.20480 0.64284 0.20781 0.64348 0.21092 0.64408 0.21411 0.64464 0.21739 0.64516 0.22076 0.64564 0.22421 0.64608 0.22774 0.64648 0.23136 0.64683 0.23506 0.64715 0.23884 0.64742 0.24270 0.64765 0.24664 0.64784 0.25065 0.64798 0.25475 0.64809 0.25891 0.64815 0.26315 0.64817 0.26746 0.64815 0.27185 0.64809 0.27630 0.64798 0.28082 0.64784 0.28540 0.64765 0.29006 0.64742 0.29477 0.64715 0.29955 0.64683 0.30439 0.64648 0.30929 0.64608 0.31425 0.64564 0.31926 0.64516 0.32433 0.64464 0.32945 0.64408 0.33463 0.64348 0.33985 0.64284 0.34513 0.64216 0.35045 0.64144 0.35581 0.64067 0.36122 0.63987 0.36668 0.63903 0.37217 0.63815 0.37770 0.63723 0.38327 0.63627 0.38888 0.63528 0.39452 0.63424 0.40019 0.63317 0.40589 0.63206 0.41162 0.63092 0.41738 0.62973 0.42316 0.62852 0.42896 0.62726 0.43479 0.62597 0.44064 0.62464 0.44650 0.62328 0.45238 0.62189 0.45828 0.62046 0.46419 0.61900 0.47011 0.61750 0.47604 0.61598 0.48197 0.61442 0.48791 0.61282 0.49386 0.61120 0.49981 0.60955 0.50575 0.60787 0.51170 0.60615 0.51764 0.60441 0.52358 0.60264 0.52951 0.60084 0.53543 0.59901 0.54134 0.59716 0.54723 0.59528 0.55311 0.59338 0.55898 0.59144 0.56483 0.58949 0.57066 0.58751 0.57646\n 11 754 34 0.58751 0.57646 0.58551 0.58225 0.58348 0.58801 0.58143 0.59374 0.57936 0.59944 0.57727 0.60511 0.57516 0.61076 0.57303 0.61636 0.57088 0.62194 0.56871 0.62747 0.56653 0.63297 0.56433 0.63842 0.56211 0.64383 0.55987 0.64920 0.55762 0.65453 0.55536 0.65980 0.55308 0.66503 0.55079 0.67021 0.54849 0.67534 0.54617 0.68041 0.54385 0.68543 0.54151 0.69039 0.53917 0.69529 0.53681 0.70013 0.53445 0.70492 0.53208 0.70964 0.52971 0.71429 0.52733 0.71889 0.52494 0.72341 0.52255 0.72787 0.52015 0.73225 0.51776 0.73657 0.51536 0.74081 0.51296 0.74498\n 11 2206 100 0.76364 0.23507 0.76636 0.23735 0.76900 0.23971 0.77157 0.24214 0.77405 0.24466 0.77646 0.24725 0.77878 0.24992 0.78103 0.25267 0.78319 0.25549 0.78526 0.25839 0.78726 0.26135 0.78917 0.26440 0.79099 0.26751 0.79273 0.27070 0.79438 0.27395 0.79595 0.27727 0.79743 0.28066 0.79882 0.28412 0.80012 0.28765 0.80134 0.29123 0.80247 0.29489 0.80350 0.29860 0.80445 0.30238 0.80531 0.30621 0.80608 0.31011 0.80676 0.31406 0.80735 0.31807 0.80785 0.32214 0.80826 0.32625 0.80858 0.33043 0.80881 0.33465 0.80894 0.33892 0.80899 0.34325 0.80894 0.34762 0.80881 0.35204 0.80858 0.35650 0.80826 0.36101 0.80785 0.36555 0.80735 0.37014 0.80676 0.37477 0.80608 0.37944 0.80531 0.38414 0.80445 0.38888 0.80350 0.39366 0.80247 0.39846 0.80134 0.40330 0.80012 0.40816 0.79882 0.41306 0.79743 0.41798 0.79595 0.42292 0.79438 0.42789 0.79273 0.43288 0.79099 0.43789 0.78917 0.44292 0.78726 0.44797 0.78526 0.45303 0.78319 0.45811 0.78103 0.46320 0.77878 0.46830 0.77646 0.47341 0.77405 0.47853 0.77157 0.48366 0.76900 0.48879 0.76636 0.49392 0.76364 0.49906 0.76084 0.50420 0.75797 0.50933 0.75502 0.51446 0.75199 0.51959 0.74889 0.52471 0.74572 0.52983 0.74248 0.53493 0.73917 0.54003 0.73578 0.54511 0.73233 0.55018 0.72881 0.55523 0.72523 0.56027 0.72158 0.56529 0.71786 0.57029 0.71409 0.57526 0.71025 0.58022 0.70634 0.58515 0.70238 0.59005 0.69836 0.59493 0.69429 0.59977 0.69016 0.60459 0.68597 0.60937 0.68173 0.61413 0.67744 0.61884 0.67309 0.62352 0.66870 0.62817 0.66426 0.63277 0.65977 0.63733 0.65524 0.64186 0.65066 0.64634 0.64604 0.65077 0.64138 0.65516 0.63668 0.65950 0.63194 0.66379 0.62716 0.66803\n 11 512 23 0.62716 0.66803 0.62235 0.67222 0.61750 0.67636 0.61262 0.68045 0.60772 0.68448 0.60278 0.68845 0.59781 0.69237 0.59281 0.69623 0.58780 0.70002 0.58275 0.70376 0.57769 0.70744 0.57260 0.71105 0.56750 0.71460 0.56238 0.71808 0.55724 0.72149 0.55209 0.72484 0.54692 0.72812 0.54175 0.73133 0.53657 0.73447 0.53137 0.73754 0.52617 0.74054 0.52097 0.74346 0.51576 0.74631\n 11 2162 98 0.88615 0.42675 0.88701 0.43097 0.88776 0.43521 0.88839 0.43947 0.88891 0.44376 0.88932 0.44805 0.88961 0.45237 0.88978 0.45669 0.88984 0.46104 0.88978 0.46539 0.88961 0.46975 0.88932 0.47412 0.88891 0.47851 0.88839 0.48289 0.88776 0.48728 0.88701 0.49168 0.88615 0.49608 0.88517 0.50048 0.88408 0.50488 0.88287 0.50928 0.88155 0.51367 0.88012 0.51806 0.87857 0.52245 0.87691 0.52683 0.87514 0.53120 0.87326 0.53556 0.87127 0.53991 0.86917 0.54425 0.86696 0.54858 0.86465 0.55289 0.86222 0.55718 0.85969 0.56146 0.85705 0.56571 0.85430 0.56995 0.85145 0.57417 0.84850 0.57836 0.84544 0.58253 0.84228 0.58668 0.83902 0.59080 0.83566 0.59489 0.83220 0.59895 0.82865 0.60298 0.82499 0.60698 0.82124 0.61095 0.81740 0.61488 0.81346 0.61878 0.80943 0.62264 0.80531 0.62647 0.80110 0.63026 0.79680 0.63400 0.79242 0.63771 0.78794 0.64138 0.78339 0.64500 0.77875 0.64857 0.77403 0.65211 0.76923 0.65559 0.76434 0.65903 0.75939 0.66242 0.75435 0.66576 0.74925 0.66905 0.74406 0.67229 0.73881 0.67548 0.73349 0.67861 0.72810 0.68169 0.72265 0.68471 0.71713 0.68768 0.71154 0.69058 0.70590 0.69344 0.70020 0.69623 0.69443 0.69896 0.68862 0.70163 0.68275 0.70424 0.67682 0.70679 0.67085 0.70928 0.66482 0.71170 0.65875 0.71406 0.65264 0.71635 0.64648 0.71857 0.64028 0.72073 0.63404 0.72283 0.62776 0.72485 0.62145 0.72681 0.61510 0.72869 0.60872 0.73051 0.60231 0.73226 0.59588 0.73393 0.58941 0.73554 0.58293 0.73707 0.57642 0.73853 0.56989 0.73992 0.56334 0.74123 0.55678 0.74248 0.55020 0.74364 0.54361 0.74474 0.53701 0.74576 0.53041 0.74670 0.52379 0.74757 0.51717 0.74836\n 11 1546 70 0.84744 0.66907 0.84525 0.67260 0.84295 0.67607 0.84056 0.67949 0.83807 0.68286 0.83547 0.68617 0.83278 0.68942 0.82998 0.69261 0.82710 0.69575 0.82411 0.69883 0.82103 0.70184 0.81785 0.70480 0.81458 0.70769 0.81122 0.71052 0.80777 0.71329 0.80422 0.71599 0.80059 0.71862 0.79687 0.72119 0.79306 0.72369 0.78917 0.72612 0.78519 0.72849 0.78112 0.73078 0.77698 0.73300 0.77275 0.73516 0.76844 0.73724 0.76406 0.73925 0.75959 0.74118 0.75505 0.74304 0.75044 0.74483 0.74576 0.74655 0.74100 0.74818 0.73617 0.74975 0.73127 0.75123 0.72631 0.75264 0.72128 0.75398 0.71618 0.75523 0.71103 0.75641 0.70581 0.75751 0.70053 0.75853 0.69520 0.75948 0.68981 0.76034 0.68436 0.76113 0.67886 0.76183 0.67331 0.76246 0.66771 0.76300 0.66207 0.76347 0.65637 0.76385 0.65063 0.76416 0.64485 0.76438 0.63903 0.76453 0.63317 0.76459 0.62727 0.76457 0.62134 0.76447 0.61537 0.76430 0.60937 0.76404 0.60334 0.76370 0.59729 0.76328 0.59120 0.76278 0.58509 0.76220 0.57896 0.76154 0.57281 0.76080 0.56664 0.75998 0.56045 0.75908 0.55425 0.75810 0.54803 0.75705 0.54180 0.75591 0.53556 0.75470 0.52932 0.75341 0.52307 0.75204 0.51681 0.75060\n 11 1150 52 0.70099 0.80589 0.69836 0.80719 0.69568 0.80839 0.69294 0.80950 0.69015 0.81052 0.68730 0.81144 0.68439 0.81227 0.68144 0.81300 0.67843 0.81364 0.67537 0.81418 0.67226 0.81463 0.66910 0.81498 0.66589 0.81523 0.66264 0.81539 0.65934 0.81545 0.65599 0.81542 0.65260 0.81529 0.64917 0.81506 0.64569 0.81474 0.64218 0.81432 0.63862 0.81381 0.63502 0.81320 0.63139 0.81250 0.62772 0.81170 0.62401 0.81080 0.62027 0.80981 0.61649 0.80873 0.61269 0.80755 0.60885 0.80628 0.60498 0.80492 0.60108 0.80346 0.59716 0.80191 0.59321 0.80027 0.58923 0.79853 0.58523 0.79671 0.58121 0.79479 0.57717 0.79279 0.57310 0.79069 0.56902 0.78851 0.56492 0.78624 0.56080 0.78388 0.55667 0.78144 0.55252 0.77891 0.54836 0.77630 0.54419 0.77360 0.54001 0.77082 0.53582 0.76795 0.53162 0.76500 0.52741 0.76198 0.52320 0.75887 0.51899 0.75568 0.51477 0.75242\n 11 996 45 0.55303 0.85009 0.55228 0.85007 0.55152 0.84995 0.55075 0.84972 0.54997 0.84938 0.54917 0.84894 0.54836 0.84839 0.54754 0.84774 0.54671 0.84698 0.54586 0.84611 0.54501 0.84514 0.54415 0.84407 0.54327 0.84289 0.54239 0.84160 0.54149 0.84021 0.54059 0.83872 0.53968 0.83712 0.53876 0.83542 0.53783 0.83362 0.53689 0.83172 0.53594 0.82971 0.53499 0.82761 0.53403 0.82541 0.53306 0.82310 0.53208 0.82070 0.53110 0.81820 0.53011 0.81561 0.52912 0.81291 0.52812 0.81013 0.52711 0.80724 0.52610 0.80427 0.52509 0.80120 0.52407 0.79804 0.52304 0.79479 0.52202 0.79145 0.52099 0.78802 0.51995 0.78450 0.51892 0.78090 0.51788 0.77721 0.51683 0.77343 0.51579 0.76957 0.51475 0.76564 0.51370 0.76162 0.51265 0.75752 0.51160 0.75334\n 21 6 1\n 82 0\n 81 6 86\n 82 0\n 81 6 87\n 21 6 1\n 21 6 11\n 11 908 41 0.32147 0.58789 0.32427 0.58577 0.32712 0.58368 0.33003 0.58162 0.33300 0.57959 0.33602 0.57759 0.33909 0.57564 0.34221 0.57371 0.34539 0.57183 0.34862 0.56997 0.35189 0.56816 0.35522 0.56638 0.35859 0.56464 0.36201 0.56294 0.36547 0.56128 0.36898 0.55966 0.37253 0.55807 0.37612 0.55653 0.37975 0.55503 0.38342 0.55357 0.38714 0.55215 0.39089 0.55078 0.39467 0.54944 0.39849 0.54815 0.40235 0.54690 0.40624 0.54570 0.41016 0.54454 0.41411 0.54343 0.41809 0.54236 0.42210 0.54134 0.42613 0.54036 0.43019 0.53942 0.43428 0.53854 0.43839 0.53770 0.44252 0.53690 0.44667 0.53616 0.45084 0.53546 0.45503 0.53480 0.45923 0.53420 0.46346 0.53364 0.46769 0.53313\n 11 908 41 0.38623 0.65808 0.38807 0.65668 0.38995 0.65531 0.39186 0.65395 0.39381 0.65262 0.39580 0.65131 0.39782 0.65002 0.39987 0.64876 0.40196 0.64752 0.40408 0.64630 0.40624 0.64511 0.40842 0.64394 0.41064 0.64279 0.41289 0.64167 0.41516 0.64058 0.41747 0.63952 0.41980 0.63847 0.42217 0.63746 0.42455 0.63647 0.42697 0.63551 0.42941 0.63458 0.43188 0.63368 0.43436 0.63280 0.43688 0.63195 0.43941 0.63113 0.44197 0.63034 0.44455 0.62958 0.44714 0.62885 0.44976 0.62814 0.45240 0.62747 0.45505 0.62683 0.45772 0.62621 0.46041 0.62563 0.46311 0.62508 0.46582 0.62456 0.46855 0.62406 0.47129 0.62360 0.47405 0.62318 0.47681 0.62278 0.47959 0.62241 0.48237 0.62208\n 21 6 1\n 82 0\n 81 6 88\n 82 0\n 81 6 89\n 21 6 1\n 21 6 11\n 11 358 16 0.32147 0.58789 0.32543 0.59281 0.32945 0.59771 0.33352 0.60257 0.33765 0.60740 0.34183 0.61220 0.34606 0.61697 0.35034 0.62170 0.35467 0.62639 0.35905 0.63104 0.36347 0.63566 0.36794 0.64023 0.37245 0.64476 0.37701 0.64925 0.38160 0.65369 0.38623 0.65808\n 11 358 16 0.46769 0.53313 0.46859 0.53920 0.46950 0.54526 0.47042 0.55130 0.47136 0.55733 0.47231 0.56334 0.47327 0.56933 0.47424 0.57530 0.47522 0.58125 0.47621 0.58717 0.47721 0.59306 0.47823 0.59893 0.47925 0.60477 0.48028 0.61057 0.48132 0.61634 0.48237 0.62208\n 21 6 1\n 82 0\n 81 6 90\n 82 0\n 81 6 91\n 21 6 5\n 11 50 2 0.30011 0.57021 0.29446 0.55623\n 11 72 3 0.30081 0.56993 0.29516 0.55594 0.29446 0.55623\n 11 72 3 0.29620 0.57260 0.30528 0.56893 0.30500 0.56823\n 11 72 3 0.29620 0.57260 0.29591 0.57190 0.30500 0.56823\n 11 72 3 0.30948 0.56723 0.30355 0.55256 0.30425 0.55227\n 11 72 3 0.30948 0.56723 0.31018 0.56695 0.30425 0.55227\n 11 160 7 0.30707 0.55926 0.31001 0.56051 0.31170 0.56065 0.31379 0.55980 0.31491 0.55854 0.31476 0.55616 0.31194 0.54917\n 11 182 8 0.30707 0.55926 0.30973 0.55981 0.31141 0.55995 0.31281 0.55938 0.31393 0.55812 0.31406 0.55644 0.31124 0.54945 0.31194 0.54917\n 11 380 17 0.31950 0.55180 0.32719 0.54869 0.32804 0.55079 0.32791 0.55247 0.32749 0.55345 0.32638 0.55472 0.32428 0.55556 0.32260 0.55543 0.32063 0.55460 0.31909 0.55278 0.31852 0.55138 0.31838 0.54900 0.31921 0.54704 0.32032 0.54578 0.32242 0.54493 0.32410 0.54506 0.32606 0.54590\n 11 380 17 0.31979 0.55250 0.32678 0.54967 0.32734 0.55107 0.32721 0.55275 0.32609 0.55402 0.32400 0.55486 0.32232 0.55473 0.32133 0.55431 0.31979 0.55250 0.31922 0.55110 0.31907 0.54872 0.31949 0.54774 0.32061 0.54648 0.32270 0.54563 0.32438 0.54576 0.32565 0.54688 0.32606 0.54590\n 11 50 2 0.34723 0.55198 0.34130 0.53730\n 11 50 2 0.34764 0.55100 0.34228 0.53772\n 11 204 9 0.34723 0.55198 0.35282 0.54972 0.35463 0.54818 0.35505 0.54720 0.35518 0.54552 0.35434 0.54342 0.35307 0.54230 0.35209 0.54189 0.34971 0.54203\n 11 160 7 0.34764 0.55100 0.35254 0.54903 0.35435 0.54748 0.35449 0.54580 0.35364 0.54370 0.35237 0.54259 0.34999 0.54273\n 11 226 10 0.34510 0.54471 0.34999 0.54273 0.35181 0.54119 0.35223 0.54021 0.35236 0.53853 0.35151 0.53643 0.35025 0.53531 0.34927 0.53490 0.34689 0.53504 0.34130 0.53730\n 11 182 8 0.34482 0.54401 0.34971 0.54203 0.35153 0.54049 0.35166 0.53881 0.35081 0.53671 0.34955 0.53560 0.34717 0.53574 0.34228 0.53772\n 11 380 17 0.35725 0.53655 0.36494 0.53344 0.36579 0.53554 0.36566 0.53722 0.36524 0.53820 0.36412 0.53946 0.36203 0.54031 0.36035 0.54018 0.35838 0.53934 0.35684 0.53753 0.35627 0.53613 0.35612 0.53375 0.35696 0.53179 0.35807 0.53053 0.36017 0.52968 0.36185 0.52981 0.36381 0.53065\n 11 380 17 0.35754 0.53725 0.36453 0.53442 0.36509 0.53582 0.36496 0.53750 0.36384 0.53877 0.36174 0.53961 0.36006 0.53948 0.35908 0.53906 0.35754 0.53725 0.35697 0.53585 0.35682 0.53347 0.35724 0.53249 0.35835 0.53122 0.36045 0.53038 0.36213 0.53051 0.36340 0.53163 0.36381 0.53065\n 11 72 3 0.37181 0.53636 0.36786 0.52657 0.36856 0.52629\n 11 72 3 0.37181 0.53636 0.37251 0.53608 0.36856 0.52629\n 11 116 5 0.37082 0.53188 0.37236 0.53370 0.37433 0.53453 0.37601 0.53466 0.37810 0.53382\n 11 138 6 0.37082 0.53188 0.37208 0.53300 0.37404 0.53383 0.37572 0.53396 0.37782 0.53312 0.37810 0.53382\n 11 204 9 0.38358 0.53730 0.38260 0.53688 0.38231 0.53618 0.38273 0.53520 0.38343 0.53492 0.38441 0.53533 0.38469 0.53603 0.38428 0.53701 0.38358 0.53730\n 11 116 5 0.38329 0.53660 0.38301 0.53590 0.38371 0.53562 0.38399 0.53632 0.38329 0.53660\n 11 72 3 0.38160 0.53240 0.37765 0.52262 0.37834 0.52233\n 11 72 3 0.38160 0.53240 0.38230 0.53212 0.37834 0.52233\n 11 72 3 0.38789 0.52986 0.38394 0.52008 0.38464 0.51979\n 11 72 3 0.38789 0.52986 0.38859 0.52958 0.38464 0.51979\n 11 160 7 0.38746 0.52678 0.39040 0.52803 0.39209 0.52817 0.39418 0.52732 0.39530 0.52606 0.39515 0.52368 0.39233 0.51669\n 11 182 8 0.38746 0.52678 0.39012 0.52733 0.39180 0.52747 0.39320 0.52690 0.39432 0.52564 0.39445 0.52396 0.39163 0.51697 0.39233 0.51669\n 11 226 10 0.41026 0.52082 0.40956 0.52111 0.40533 0.51062 0.40378 0.50881 0.40280 0.50839 0.40112 0.50826 0.39972 0.50882 0.39860 0.51008 0.39819 0.51107 0.39679 0.51163\n 11 182 8 0.41026 0.52082 0.40602 0.51034 0.40448 0.50852 0.40251 0.50769 0.40083 0.50756 0.39874 0.50840 0.39762 0.50967 0.39679 0.51163\n 11 314 14 0.40871 0.51901 0.40788 0.52097 0.40677 0.52224 0.40467 0.52308 0.40299 0.52295 0.40102 0.52212 0.39948 0.52030 0.39891 0.51890 0.39877 0.51652 0.39960 0.51456 0.40071 0.51330 0.40281 0.51245 0.40449 0.51258 0.40645 0.51342\n 11 270 12 0.40871 0.51901 0.40648 0.52154 0.40439 0.52238 0.40271 0.52225 0.40172 0.52183 0.40018 0.52002 0.39961 0.51862 0.39946 0.51624 0.39988 0.51526 0.40100 0.51400 0.40309 0.51315 0.40645 0.51342\n 11 468 21 0.43725 0.51317 0.43642 0.51513 0.43461 0.51668 0.43181 0.51781 0.42943 0.51796 0.42747 0.51712 0.42690 0.51573 0.42704 0.51405 0.42745 0.51306 0.42857 0.51180 0.43150 0.50899 0.43262 0.50773 0.43303 0.50674 0.43317 0.50506 0.43232 0.50297 0.43134 0.50255 0.42896 0.50270 0.42616 0.50383 0.42505 0.50509 0.42463 0.50607 0.42323 0.50664\n 11 446 20 0.43725 0.51317 0.43586 0.51374 0.43544 0.51472 0.43432 0.51598 0.43153 0.51711 0.42915 0.51726 0.42817 0.51684 0.42760 0.51544 0.42774 0.51376 0.42885 0.51250 0.43178 0.50969 0.43290 0.50843 0.43373 0.50646 0.43387 0.50478 0.43302 0.50268 0.43106 0.50185 0.42868 0.50200 0.42588 0.50313 0.42407 0.50468 0.42323 0.50664\n 11 380 17 0.43904 0.50350 0.44673 0.50040 0.44758 0.50249 0.44744 0.50417 0.44703 0.50516 0.44591 0.50642 0.44381 0.50727 0.44213 0.50713 0.44017 0.50630 0.43862 0.50449 0.43806 0.50309 0.43791 0.50071 0.43874 0.49874 0.43986 0.49748 0.44196 0.49663 0.44364 0.49677 0.44560 0.49760\n 11 380 17 0.43932 0.50420 0.44631 0.50138 0.44688 0.50278 0.44674 0.50446 0.44563 0.50572 0.44353 0.50657 0.44185 0.50643 0.44087 0.50602 0.43932 0.50420 0.43876 0.50280 0.43861 0.50043 0.43903 0.49944 0.44014 0.49818 0.44224 0.49733 0.44392 0.49747 0.44518 0.49858 0.44560 0.49760\n 11 72 3 0.46129 0.50021 0.45734 0.49042 0.45804 0.49014\n 11 72 3 0.46129 0.50021 0.46199 0.49992 0.45804 0.49014\n 11 314 14 0.46044 0.49811 0.45961 0.50007 0.45849 0.50134 0.45640 0.50218 0.45472 0.50205 0.45275 0.50122 0.45121 0.49940 0.45064 0.49800 0.45049 0.49562 0.45133 0.49366 0.45244 0.49240 0.45454 0.49155 0.45622 0.49168 0.45818 0.49252\n 11 270 12 0.46044 0.49811 0.45821 0.50064 0.45612 0.50148 0.45443 0.50135 0.45345 0.50093 0.45191 0.49912 0.45134 0.49772 0.45119 0.49534 0.45161 0.49436 0.45273 0.49310 0.45482 0.49225 0.45818 0.49252\n 21 6 1\n 82 0\n 81 6 92\n 82 0\n 81 6 93\n 82 0\n 0 0\n","old_contents":"GKSM@jaguar XPPLP Profile F 1.0 99\/05\/18 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 51 29 1 1 1.00000 1\n 51 29 7 1 2.00000 1\n 51 29 13 1 3.00000 1\n 51 29 2 1 1.00000 2\n 51 29 8 1 2.00000 2\n 51 29 14 1 3.00000 2\n 51 29 3 1 1.00000 3\n 51 29 9 1 2.00000 3\n 51 29 15 1 3.00000 3\n 51 29 4 1 1.00000 4\n 51 29 10 1 2.00000 4\n 51 29 16 1 3.00000 4\n 51 29 5 1 1.00000 5\n 51 29 11 1 2.00000 5\n 51 29 17 1 3.00000 5\n 51 29 6 1 1.00000 6\n 51 29 12 1 2.00000 6\n 51 29 18 1 3.00000 6\n 56 39 1 0.00000 0.00000 0.00000\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 21 6 1\n 22 6 1\n 23 11 1.00000\n 24 6 1\n 25 6 1\n 26 6 3\n 27 11 1.00000\n 28 6 1\n 29 6 1\n 30 12 1 0\n 31 11 1.00000\n 32 11 0.00000\n 33 6 1\n 35 6 0\n 36 12 0 0\n 34 44 0.00000 0.00000 0.00000 0.00000\n 37 6 1\n 38 6 1\n 39 6 1\n 40 6 14\n 41 44 1.00000 0.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 43 78 0 0 0 1 1 1 1 1 1 1 1 1 1\n 44 6 0\n 71 44 0.00000 1.00000 0.00000 1.00000\n 72 44 0.00000 9.47400 0.00000 9.47400\n 84 6 71\n 84 6 72\n 81 6 73\n 21 6 1\n 11 666 30 0.12666 0.21820 0.12666 0.14777 0.12666 0.21820 0.11347 0.21820 0.12666 0.21820 0.12666 0.28865 0.11347 0.28865 0.12666 0.28865 0.12666 0.35910 0.11347 0.35910 0.12666 0.35910 0.12666 0.42955 0.11347 0.42955 0.12666 0.42955 0.12666 0.50000 0.11347 0.50000 0.12666 0.50000 0.12666 0.57045 0.11347 0.57045 0.12666 0.57045 0.12666 0.64090 0.11347 0.64090 0.12666 0.64090 0.12666 0.71135 0.11347 0.71135 0.12666 0.71135 0.12666 0.78180 0.11347 0.78180 0.12666 0.78180 0.12666 0.85223\n 11 50 2 0.06936 0.21744 0.07841 0.21744\n 11 380 17 0.08494 0.22347 0.08344 0.22297 0.08243 0.22146 0.08193 0.21895 0.08193 0.21744 0.08243 0.21493 0.08344 0.21342 0.08494 0.21292 0.08595 0.21292 0.08746 0.21342 0.08846 0.21493 0.08897 0.21744 0.08897 0.21895 0.08846 0.22146 0.08746 0.22297 0.08595 0.22347 0.08494 0.22347\n 11 116 5 0.09299 0.21392 0.09248 0.21342 0.09299 0.21292 0.09349 0.21342 0.09299 0.21392\n 11 644 29 0.09952 0.22347 0.09801 0.22297 0.09751 0.22197 0.09751 0.22096 0.09801 0.21996 0.09902 0.21945 0.10103 0.21895 0.10254 0.21845 0.10354 0.21744 0.10404 0.21644 0.10404 0.21493 0.10354 0.21392 0.10304 0.21342 0.10153 0.21292 0.09952 0.21292 0.09801 0.21342 0.09751 0.21392 0.09701 0.21493 0.09701 0.21644 0.09751 0.21744 0.09852 0.21845 0.10002 0.21895 0.10203 0.21945 0.10304 0.21996 0.10354 0.22096 0.10354 0.22197 0.10304 0.22297 0.10153 0.22347 0.09952 0.22347\n 11 50 2 0.06936 0.35834 0.07841 0.35834\n 11 380 17 0.08494 0.36438 0.08344 0.36387 0.08243 0.36237 0.08193 0.35985 0.08193 0.35834 0.08243 0.35583 0.08344 0.35432 0.08494 0.35382 0.08595 0.35382 0.08746 0.35432 0.08846 0.35583 0.08897 0.35834 0.08897 0.35985 0.08846 0.36237 0.08746 0.36387 0.08595 0.36438 0.08494 0.36438\n 11 116 5 0.09299 0.35483 0.09248 0.35432 0.09299 0.35382 0.09349 0.35432 0.09299 0.35483\n 11 72 3 0.10203 0.36438 0.09701 0.35734 0.10455 0.35734\n 11 50 2 0.10203 0.36438 0.10203 0.35382\n 11 380 17 0.08494 0.50528 0.08344 0.50477 0.08243 0.50327 0.08193 0.50075 0.08193 0.49925 0.08243 0.49673 0.08344 0.49523 0.08494 0.49472 0.08595 0.49472 0.08746 0.49523 0.08846 0.49673 0.08897 0.49925 0.08897 0.50075 0.08846 0.50327 0.08746 0.50477 0.08595 0.50528 0.08494 0.50528\n 11 116 5 0.09299 0.49573 0.09248 0.49523 0.09299 0.49472 0.09349 0.49523 0.09299 0.49573\n 11 380 17 0.10002 0.50528 0.09852 0.50477 0.09751 0.50327 0.09701 0.50075 0.09701 0.49925 0.09751 0.49673 0.09852 0.49523 0.10002 0.49472 0.10103 0.49472 0.10254 0.49523 0.10354 0.49673 0.10404 0.49925 0.10404 0.50075 0.10354 0.50327 0.10254 0.50477 0.10103 0.50528 0.10002 0.50528\n 11 380 17 0.08494 0.64618 0.08344 0.64568 0.08243 0.64417 0.08193 0.64166 0.08193 0.64015 0.08243 0.63763 0.08344 0.63613 0.08494 0.63562 0.08595 0.63562 0.08746 0.63613 0.08846 0.63763 0.08897 0.64015 0.08897 0.64166 0.08846 0.64417 0.08746 0.64568 0.08595 0.64618 0.08494 0.64618\n 11 116 5 0.09299 0.63663 0.09248 0.63613 0.09299 0.63562 0.09349 0.63613 0.09299 0.63663\n 11 72 3 0.10203 0.64618 0.09701 0.63914 0.10455 0.63914\n 11 50 2 0.10203 0.64618 0.10203 0.63562\n 11 380 17 0.08494 0.78708 0.08344 0.78658 0.08243 0.78507 0.08193 0.78256 0.08193 0.78105 0.08243 0.77854 0.08344 0.77703 0.08494 0.77653 0.08595 0.77653 0.08746 0.77703 0.08846 0.77854 0.08897 0.78105 0.08897 0.78256 0.08846 0.78507 0.08746 0.78658 0.08595 0.78708 0.08494 0.78708\n 11 116 5 0.09299 0.77753 0.09248 0.77703 0.09299 0.77653 0.09349 0.77703 0.09299 0.77753\n 11 644 29 0.09952 0.78708 0.09801 0.78658 0.09751 0.78557 0.09751 0.78457 0.09801 0.78356 0.09902 0.78306 0.10103 0.78256 0.10254 0.78205 0.10354 0.78105 0.10404 0.78004 0.10404 0.77854 0.10354 0.77753 0.10304 0.77703 0.10153 0.77653 0.09952 0.77653 0.09801 0.77703 0.09751 0.77753 0.09701 0.77854 0.09701 0.78004 0.09751 0.78105 0.09852 0.78205 0.10002 0.78256 0.10203 0.78306 0.10304 0.78356 0.10354 0.78457 0.10354 0.78557 0.10304 0.78658 0.10153 0.78708 0.09952 0.78708\n 11 666 30 0.89445 0.21820 0.89445 0.14777 0.89445 0.21820 0.90764 0.21820 0.89445 0.21820 0.89445 0.28865 0.90764 0.28865 0.89445 0.28865 0.89445 0.35910 0.90764 0.35910 0.89445 0.35910 0.89445 0.42955 0.90764 0.42955 0.89445 0.42955 0.89445 0.50000 0.90764 0.50000 0.89445 0.50000 0.89445 0.57045 0.90764 0.57045 0.89445 0.57045 0.89445 0.64090 0.90764 0.64090 0.89445 0.64090 0.89445 0.71135 0.90764 0.71135 0.89445 0.71135 0.89445 0.78180 0.90764 0.78180 0.89445 0.78180 0.89445 0.85223\n 11 666 30 0.20335 0.85223 0.12666 0.85223 0.20335 0.85223 0.20335 0.86542 0.20335 0.85223 0.28015 0.85223 0.28015 0.86542 0.28015 0.85223 0.35695 0.85223 0.35695 0.86542 0.35695 0.85223 0.43375 0.85223 0.43375 0.86542 0.43375 0.85223 0.51056 0.85223 0.51056 0.86542 0.51056 0.85223 0.58736 0.85223 0.58736 0.86542 0.58736 0.85223 0.66416 0.85223 0.66416 0.86542 0.66416 0.85223 0.74096 0.85223 0.74096 0.86542 0.74096 0.85223 0.81776 0.85223 0.81776 0.86542 0.81776 0.85223 0.89445 0.85223\n 11 666 30 0.20335 0.14777 0.12666 0.14777 0.20335 0.14777 0.20335 0.13458 0.20335 0.14777 0.28015 0.14777 0.28015 0.13458 0.28015 0.14777 0.35695 0.14777 0.35695 0.13458 0.35695 0.14777 0.43375 0.14777 0.43375 0.13458 0.43375 0.14777 0.51056 0.14777 0.51056 0.13458 0.51056 0.14777 0.58736 0.14777 0.58736 0.13458 0.58736 0.14777 0.66416 0.14777 0.66416 0.13458 0.66416 0.14777 0.74096 0.14777 0.74096 0.13458 0.74096 0.14777 0.81776 0.14777 0.81776 0.13458 0.81776 0.14777 0.89445 0.14777\n 11 50 2 0.18626 0.11905 0.19531 0.11905\n 11 380 17 0.20184 0.12508 0.20033 0.12458 0.19933 0.12307 0.19882 0.12056 0.19882 0.11905 0.19933 0.11653 0.20033 0.11503 0.20184 0.11452 0.20284 0.11452 0.20435 0.11503 0.20536 0.11653 0.20586 0.11905 0.20586 0.12056 0.20536 0.12307 0.20435 0.12458 0.20284 0.12508 0.20184 0.12508\n 11 116 5 0.20988 0.11553 0.20938 0.11503 0.20988 0.11452 0.21038 0.11503 0.20988 0.11553\n 11 644 29 0.21642 0.12508 0.21491 0.12458 0.21441 0.12357 0.21441 0.12257 0.21491 0.12156 0.21591 0.12106 0.21792 0.12056 0.21943 0.12005 0.22044 0.11905 0.22094 0.11804 0.22094 0.11653 0.22044 0.11553 0.21993 0.11503 0.21843 0.11452 0.21642 0.11452 0.21491 0.11503 0.21441 0.11553 0.21390 0.11653 0.21390 0.11804 0.21441 0.11905 0.21541 0.12005 0.21692 0.12056 0.21893 0.12106 0.21993 0.12156 0.22044 0.12257 0.22044 0.12357 0.21993 0.12458 0.21843 0.12508 0.21642 0.12508\n 11 50 2 0.33986 0.11905 0.34891 0.11905\n 11 380 17 0.35544 0.12508 0.35394 0.12458 0.35293 0.12307 0.35243 0.12056 0.35243 0.11905 0.35293 0.11653 0.35394 0.11503 0.35544 0.11452 0.35645 0.11452 0.35796 0.11503 0.35896 0.11653 0.35946 0.11905 0.35946 0.12056 0.35896 0.12307 0.35796 0.12458 0.35645 0.12508 0.35544 0.12508\n 11 116 5 0.36349 0.11553 0.36298 0.11503 0.36349 0.11452 0.36399 0.11503 0.36349 0.11553\n 11 72 3 0.37253 0.12508 0.36751 0.11804 0.37505 0.11804\n 11 50 2 0.37253 0.12508 0.37253 0.11452\n 11 380 17 0.50251 0.12508 0.50101 0.12458 0.50000 0.12307 0.49950 0.12056 0.49950 0.11905 0.50000 0.11653 0.50101 0.11503 0.50251 0.11452 0.50352 0.11452 0.50503 0.11503 0.50603 0.11653 0.50653 0.11905 0.50653 0.12056 0.50603 0.12307 0.50503 0.12458 0.50352 0.12508 0.50251 0.12508\n 11 116 5 0.51056 0.11553 0.51005 0.11503 0.51056 0.11452 0.51106 0.11503 0.51056 0.11553\n 11 380 17 0.51759 0.12508 0.51608 0.12458 0.51508 0.12307 0.51458 0.12056 0.51458 0.11905 0.51508 0.11653 0.51608 0.11503 0.51759 0.11452 0.51860 0.11452 0.52011 0.11503 0.52111 0.11653 0.52161 0.11905 0.52161 0.12056 0.52111 0.12307 0.52011 0.12458 0.51860 0.12508 0.51759 0.12508\n 11 380 17 0.65612 0.12508 0.65461 0.12458 0.65360 0.12307 0.65310 0.12056 0.65310 0.11905 0.65360 0.11653 0.65461 0.11503 0.65612 0.11452 0.65712 0.11452 0.65863 0.11503 0.65964 0.11653 0.66014 0.11905 0.66014 0.12056 0.65964 0.12307 0.65863 0.12458 0.65712 0.12508 0.65612 0.12508\n 11 116 5 0.66416 0.11553 0.66366 0.11503 0.66416 0.11452 0.66466 0.11503 0.66416 0.11553\n 11 72 3 0.67321 0.12508 0.66818 0.11804 0.67572 0.11804\n 11 50 2 0.67321 0.12508 0.67321 0.11452\n 11 380 17 0.80972 0.12508 0.80821 0.12458 0.80721 0.12307 0.80671 0.12056 0.80671 0.11905 0.80721 0.11653 0.80821 0.11503 0.80972 0.11452 0.81073 0.11452 0.81223 0.11503 0.81324 0.11653 0.81374 0.11905 0.81374 0.12056 0.81324 0.12307 0.81223 0.12458 0.81073 0.12508 0.80972 0.12508\n 11 116 5 0.81776 0.11553 0.81726 0.11503 0.81776 0.11452 0.81827 0.11503 0.81776 0.11553\n 11 644 29 0.82430 0.12508 0.82279 0.12458 0.82229 0.12357 0.82229 0.12257 0.82279 0.12156 0.82379 0.12106 0.82581 0.12056 0.82731 0.12005 0.82832 0.11905 0.82882 0.11804 0.82882 0.11653 0.82832 0.11553 0.82782 0.11503 0.82631 0.11452 0.82430 0.11452 0.82279 0.11503 0.82229 0.11553 0.82178 0.11653 0.82178 0.11804 0.82229 0.11905 0.82329 0.12005 0.82480 0.12056 0.82681 0.12106 0.82782 0.12156 0.82832 0.12257 0.82832 0.12357 0.82782 0.12458 0.82631 0.12508 0.82430 0.12508\n 11 50 2 0.04202 -0.05460 0.05469 -0.05460\n 11 50 2 0.04202 -0.05460 0.05469 -0.04978\n 11 50 2 0.04202 -0.04495 0.05469 -0.04978\n 11 50 2 0.04202 -0.04495 0.05469 -0.04495\n 11 50 2 0.04202 -0.04012 0.05469 -0.04012\n 11 226 10 0.04202 -0.04012 0.04202 -0.03470 0.04262 -0.03289 0.04323 -0.03228 0.04443 -0.03168 0.04624 -0.03168 0.04745 -0.03228 0.04805 -0.03289 0.04865 -0.03470 0.04865 -0.04012\n 11 50 2 0.05891 -0.02866 0.05891 -0.01781\n 11 50 2 0.04202 -0.01419 0.05469 -0.01419\n 11 226 10 0.04202 -0.01419 0.04202 -0.00876 0.04262 -0.00695 0.04323 -0.00635 0.04443 -0.00575 0.04564 -0.00575 0.04685 -0.00635 0.04745 -0.00695 0.04805 -0.00876 0.04805 -0.01419\n 11 50 2 0.04805 -0.00997 0.05469 -0.00575\n 11 50 2 0.04564 0.01054 0.05288 0.01054\n 11 50 2 0.04745 0.00752 0.05107 0.01356\n 11 50 2 0.04745 0.01356 0.05107 0.00752\n 11 50 2 0.04202 0.02743 0.05469 0.02743\n 11 50 2 0.04202 0.02743 0.05469 0.03225\n 11 50 2 0.04202 0.03708 0.05469 0.03225\n 11 50 2 0.04202 0.03708 0.05469 0.03708\n 11 50 2 0.04202 0.04190 0.05469 0.04190\n 11 226 10 0.04202 0.04190 0.04202 0.04733 0.04262 0.04914 0.04323 0.04975 0.04443 0.05035 0.04624 0.05035 0.04745 0.04975 0.04805 0.04914 0.04865 0.04733 0.04865 0.04190\n 11 50 2 0.05891 0.05336 0.05891 0.06422\n 11 50 2 0.04202 0.06784 0.05469 0.06784\n 11 204 9 0.04202 0.06784 0.04202 0.07327 0.04262 0.07508 0.04323 0.07568 0.04443 0.07628 0.04564 0.07628 0.04685 0.07568 0.04745 0.07508 0.04805 0.07327\n 11 226 10 0.04805 0.06784 0.04805 0.07327 0.04865 0.07508 0.04926 0.07568 0.05046 0.07628 0.05227 0.07628 0.05348 0.07568 0.05408 0.07508 0.05469 0.07327 0.05469 0.06784\n 11 50 2 0.04202 0.08051 0.05469 0.08051\n 11 424 19 0.04504 0.09378 0.04383 0.09317 0.04262 0.09197 0.04202 0.09076 0.04202 0.08835 0.04262 0.08714 0.04383 0.08593 0.04504 0.08533 0.04685 0.08473 0.04986 0.08473 0.05167 0.08533 0.05288 0.08593 0.05408 0.08714 0.05469 0.08835 0.05469 0.09076 0.05408 0.09197 0.05288 0.09317 0.05167 0.09378 0.04986 0.09378\n 11 50 2 0.04986 0.09076 0.04986 0.09378\n 11 50 2 0.04202 0.09800 0.05469 0.09800\n 11 50 2 0.04202 0.10644 0.05046 0.09800\n 11 50 2 0.04745 0.10101 0.05469 0.10644\n 11 50 2 0.04564 0.12273 0.05288 0.12273\n 11 50 2 0.04745 0.11971 0.05107 0.12574\n 11 50 2 0.04745 0.12574 0.05107 0.11971\n 11 226 10 0.03961 0.14384 0.04081 0.14263 0.04262 0.14142 0.04504 0.14022 0.04805 0.13962 0.05046 0.13962 0.05348 0.14022 0.05589 0.14142 0.05770 0.14263 0.05891 0.14384\n 11 402 18 0.04504 0.16615 0.04383 0.16555 0.04262 0.16434 0.04202 0.16314 0.04202 0.16073 0.04262 0.15952 0.04383 0.15831 0.04504 0.15771 0.04685 0.15711 0.04986 0.15711 0.05167 0.15771 0.05288 0.15831 0.05408 0.15952 0.05469 0.16073 0.05469 0.16314 0.05408 0.16434 0.05288 0.16555 0.05167 0.16615\n 11 468 21 0.04202 0.17339 0.04262 0.17219 0.04383 0.17098 0.04504 0.17038 0.04685 0.16977 0.04986 0.16977 0.05167 0.17038 0.05288 0.17098 0.05408 0.17219 0.05469 0.17339 0.05469 0.17580 0.05408 0.17701 0.05288 0.17822 0.05167 0.17882 0.04986 0.17942 0.04685 0.17942 0.04504 0.17882 0.04383 0.17822 0.04262 0.17701 0.04202 0.17580 0.04202 0.17339\n 11 446 20 0.04383 0.19149 0.04262 0.19028 0.04202 0.18847 0.04202 0.18606 0.04262 0.18425 0.04383 0.18304 0.04504 0.18304 0.04624 0.18365 0.04685 0.18425 0.04745 0.18545 0.04865 0.18907 0.04926 0.19028 0.04986 0.19088 0.05107 0.19149 0.05288 0.19149 0.05408 0.19028 0.05469 0.18847 0.05469 0.18606 0.05408 0.18425 0.05288 0.18304\n 11 226 10 0.03961 0.19993 0.04081 0.19872 0.04262 0.19752 0.04504 0.19631 0.04805 0.19571 0.05046 0.19571 0.05348 0.19631 0.05589 0.19752 0.05770 0.19872 0.05891 0.19993\n 11 50 2 0.04202 0.20415 0.05469 0.20415\n 11 50 2 0.04202 0.20415 0.05469 0.20898\n 11 50 2 0.04202 0.21380 0.05469 0.20898\n 11 50 2 0.04202 0.21380 0.05469 0.21380\n 11 50 2 0.04202 0.21863 0.05469 0.21863\n 11 226 10 0.04202 0.21863 0.04202 0.22406 0.04262 0.22587 0.04323 0.22647 0.04443 0.22707 0.04624 0.22707 0.04745 0.22647 0.04805 0.22587 0.04865 0.22406 0.04865 0.21863\n 11 50 2 0.05891 0.23009 0.05891 0.24095\n 11 50 2 0.04202 0.24456 0.05469 0.24456\n 11 226 10 0.04202 0.24456 0.04202 0.24999 0.04262 0.25180 0.04323 0.25241 0.04443 0.25301 0.04624 0.25301 0.04745 0.25241 0.04805 0.25180 0.04865 0.24999 0.04865 0.24456\n 11 50 2 0.04202 0.25723 0.05469 0.25723\n 11 50 2 0.04202 0.26567 0.05469 0.26567\n 11 50 2 0.04805 0.25723 0.04805 0.26567\n 11 50 2 0.04202 0.27050 0.05469 0.27050\n 11 94 4 0.04443 0.27653 0.04383 0.27774 0.04202 0.27955 0.05469 0.27955\n 11 226 10 0.03961 0.28678 0.04081 0.28799 0.04262 0.28920 0.04504 0.29040 0.04805 0.29101 0.05046 0.29101 0.05348 0.29040 0.05589 0.28920 0.05770 0.28799 0.05891 0.28678\n 11 50 2 0.04564 0.29824 0.05288 0.29824\n 11 50 2 0.04745 0.29523 0.05107 0.30126\n 11 50 2 0.04745 0.30126 0.05107 0.29523\n 11 446 20 0.04383 0.31332 0.04262 0.31212 0.04202 0.31031 0.04202 0.30790 0.04262 0.30609 0.04383 0.30488 0.04504 0.30488 0.04624 0.30548 0.04684 0.30609 0.04745 0.30729 0.04865 0.31091 0.04926 0.31212 0.04986 0.31272 0.05107 0.31332 0.05288 0.31332 0.05408 0.31212 0.05469 0.31031 0.05469 0.30790 0.05408 0.30609 0.05288 0.30488\n 11 50 2 0.04202 0.31755 0.05469 0.31755\n 11 50 2 0.04202 0.32237 0.05469 0.32237\n 11 50 2 0.04202 0.32237 0.05469 0.33082\n 11 50 2 0.04202 0.33082 0.05469 0.33082\n 11 226 10 0.03961 0.33986 0.04081 0.33866 0.04262 0.33745 0.04504 0.33624 0.04805 0.33564 0.05046 0.33564 0.05348 0.33624 0.05589 0.33745 0.05770 0.33866 0.05891 0.33986\n 11 50 2 0.04202 0.34408 0.05469 0.34408\n 11 50 2 0.04202 0.34408 0.05469 0.34891\n 11 50 2 0.04202 0.35374 0.05469 0.34891\n 11 50 2 0.04202 0.35374 0.05469 0.35374\n 11 50 2 0.04202 0.35856 0.05469 0.35856\n 11 226 10 0.04202 0.35856 0.04202 0.36399 0.04262 0.36580 0.04323 0.36640 0.04443 0.36700 0.04624 0.36700 0.04745 0.36640 0.04805 0.36580 0.04865 0.36399 0.04865 0.35856\n 11 50 2 0.05891 0.37002 0.05891 0.38088\n 11 50 2 0.04202 0.38450 0.05469 0.38450\n 11 226 10 0.04202 0.38450 0.04202 0.38992 0.04262 0.39173 0.04323 0.39234 0.04443 0.39294 0.04624 0.39294 0.04745 0.39234 0.04805 0.39173 0.04865 0.38992 0.04865 0.38450\n 11 50 2 0.04202 0.39716 0.05469 0.39716\n 11 50 2 0.04202 0.40561 0.05469 0.40561\n 11 50 2 0.04805 0.39716 0.04805 0.40561\n 11 50 2 0.04202 0.41043 0.05469 0.41043\n 11 226 10 0.03961 0.41465 0.04081 0.41586 0.04262 0.41707 0.04504 0.41827 0.04805 0.41888 0.05046 0.41888 0.05348 0.41827 0.05589 0.41707 0.05770 0.41586 0.05891 0.41465\n 11 50 2 0.04926 0.43335 0.04926 0.44421\n 11 446 20 0.04383 0.46652 0.04262 0.46532 0.04202 0.46351 0.04202 0.46110 0.04262 0.45929 0.04383 0.45808 0.04504 0.45808 0.04624 0.45868 0.04684 0.45929 0.04745 0.46049 0.04865 0.46411 0.04926 0.46532 0.04986 0.46592 0.05107 0.46652 0.05288 0.46652 0.05408 0.46532 0.05469 0.46351 0.05469 0.46110 0.05408 0.45929 0.05288 0.45808\n 11 50 2 0.04202 0.47075 0.05469 0.47075\n 11 50 2 0.04202 0.47557 0.05469 0.47557\n 11 50 2 0.04202 0.47557 0.05469 0.48402\n 11 50 2 0.04202 0.48402 0.05469 0.48402\n 11 226 10 0.03961 0.49306 0.04081 0.49186 0.04262 0.49065 0.04504 0.48944 0.04805 0.48884 0.05046 0.48884 0.05348 0.48944 0.05589 0.49065 0.05770 0.49186 0.05891 0.49306\n 11 50 2 0.04202 0.49729 0.05469 0.49729\n 11 50 2 0.04202 0.49729 0.05469 0.50211\n 11 50 2 0.04202 0.50694 0.05469 0.50211\n 11 50 2 0.04202 0.50694 0.05469 0.50694\n 11 50 2 0.04202 0.51176 0.05469 0.51176\n 11 226 10 0.04202 0.51176 0.04202 0.51719 0.04262 0.51900 0.04323 0.51960 0.04443 0.52021 0.04624 0.52021 0.04745 0.51960 0.04805 0.51900 0.04865 0.51719 0.04865 0.51176\n 11 50 2 0.05891 0.52322 0.05891 0.53408\n 11 50 2 0.04202 0.53770 0.05469 0.53770\n 11 226 10 0.04202 0.53770 0.04202 0.54313 0.04262 0.54494 0.04323 0.54554 0.04443 0.54614 0.04624 0.54614 0.04745 0.54554 0.04805 0.54494 0.04865 0.54313 0.04865 0.53770\n 11 50 2 0.04202 0.55036 0.05469 0.55036\n 11 50 2 0.04202 0.55881 0.05469 0.55881\n 11 50 2 0.04805 0.55036 0.04805 0.55881\n 11 50 2 0.04202 0.56363 0.05469 0.56363\n 11 94 4 0.04443 0.56966 0.04383 0.57087 0.04202 0.57268 0.05469 0.57268\n 11 226 10 0.03961 0.57992 0.04081 0.58112 0.04262 0.58233 0.04504 0.58354 0.04805 0.58414 0.05046 0.58414 0.05348 0.58354 0.05589 0.58233 0.05770 0.58112 0.05891 0.57992\n 11 50 2 0.04564 0.59138 0.05288 0.59138\n 11 50 2 0.04745 0.58836 0.05107 0.59439\n 11 50 2 0.04745 0.59439 0.05107 0.58836\n 11 402 18 0.04504 0.60706 0.04383 0.60646 0.04262 0.60525 0.04202 0.60404 0.04202 0.60163 0.04262 0.60043 0.04383 0.59922 0.04504 0.59862 0.04684 0.59801 0.04986 0.59801 0.05167 0.59862 0.05288 0.59922 0.05408 0.60043 0.05469 0.60163 0.05469 0.60404 0.05408 0.60525 0.05288 0.60646 0.05167 0.60706\n 11 468 21 0.04202 0.61430 0.04262 0.61309 0.04383 0.61189 0.04504 0.61128 0.04684 0.61068 0.04986 0.61068 0.05167 0.61128 0.05288 0.61189 0.05408 0.61309 0.05469 0.61430 0.05469 0.61671 0.05408 0.61792 0.05288 0.61912 0.05167 0.61973 0.04986 0.62033 0.04684 0.62033 0.04504 0.61973 0.04383 0.61912 0.04262 0.61792 0.04202 0.61671 0.04202 0.61430\n 11 446 20 0.04383 0.63239 0.04262 0.63119 0.04202 0.62938 0.04202 0.62696 0.04262 0.62515 0.04383 0.62395 0.04504 0.62395 0.04624 0.62455 0.04684 0.62515 0.04745 0.62636 0.04865 0.62998 0.04926 0.63119 0.04986 0.63179 0.05107 0.63239 0.05288 0.63239 0.05408 0.63119 0.05469 0.62938 0.05469 0.62696 0.05408 0.62515 0.05288 0.62395\n 11 226 10 0.03961 0.64084 0.04081 0.63963 0.04262 0.63842 0.04504 0.63722 0.04805 0.63661 0.05046 0.63661 0.05348 0.63722 0.05589 0.63842 0.05770 0.63963 0.05891 0.64084\n 11 50 2 0.04202 0.64506 0.05469 0.64506\n 11 50 2 0.04202 0.64506 0.05469 0.64988\n 11 50 2 0.04202 0.65471 0.05469 0.64988\n 11 50 2 0.04202 0.65471 0.05469 0.65471\n 11 50 2 0.04202 0.65953 0.05469 0.65953\n 11 226 10 0.04202 0.65953 0.04202 0.66496 0.04262 0.66677 0.04323 0.66738 0.04443 0.66798 0.04624 0.66798 0.04745 0.66738 0.04805 0.66677 0.04865 0.66496 0.04865 0.65953\n 11 50 2 0.05891 0.67099 0.05891 0.68185\n 11 50 2 0.04202 0.68547 0.05469 0.68547\n 11 226 10 0.04202 0.68547 0.04202 0.69090 0.04262 0.69271 0.04323 0.69331 0.04443 0.69391 0.04624 0.69391 0.04745 0.69331 0.04805 0.69271 0.04865 0.69090 0.04865 0.68547\n 11 50 2 0.04202 0.69814 0.05469 0.69814\n 11 50 2 0.04202 0.70658 0.05469 0.70658\n 11 50 2 0.04805 0.69814 0.04805 0.70658\n 11 50 2 0.04202 0.71141 0.05469 0.71141\n 11 226 10 0.03961 0.71563 0.04081 0.71683 0.04262 0.71804 0.04504 0.71925 0.04805 0.71985 0.05046 0.71985 0.05348 0.71925 0.05589 0.71804 0.05770 0.71683 0.05891 0.71563\n 11 50 2 0.04564 0.72709 0.05288 0.72709\n 11 50 2 0.04745 0.72407 0.05107 0.73010\n 11 50 2 0.04745 0.73010 0.05107 0.72407\n 11 402 18 0.04504 0.74277 0.04383 0.74217 0.04262 0.74096 0.04202 0.73975 0.04202 0.73734 0.04262 0.73614 0.04383 0.73493 0.04504 0.73433 0.04684 0.73372 0.04986 0.73372 0.05167 0.73433 0.05288 0.73493 0.05408 0.73614 0.05469 0.73734 0.05469 0.73975 0.05408 0.74096 0.05288 0.74217 0.05167 0.74277\n 11 468 21 0.04202 0.75001 0.04262 0.74880 0.04383 0.74759 0.04504 0.74699 0.04684 0.74639 0.04986 0.74639 0.05167 0.74699 0.05288 0.74759 0.05408 0.74880 0.05469 0.75001 0.05469 0.75242 0.05408 0.75363 0.05288 0.75483 0.05167 0.75544 0.04986 0.75604 0.04684 0.75604 0.04504 0.75544 0.04383 0.75483 0.04262 0.75363 0.04202 0.75242 0.04202 0.75001\n 11 446 20 0.04383 0.76810 0.04262 0.76690 0.04202 0.76509 0.04202 0.76267 0.04262 0.76086 0.04383 0.75966 0.04504 0.75966 0.04624 0.76026 0.04684 0.76086 0.04745 0.76207 0.04865 0.76569 0.04926 0.76690 0.04986 0.76750 0.05107 0.76810 0.05288 0.76810 0.05408 0.76690 0.05469 0.76509 0.05469 0.76267 0.05408 0.76086 0.05288 0.75966\n 11 226 10 0.03961 0.77655 0.04081 0.77534 0.04262 0.77413 0.04504 0.77293 0.04805 0.77232 0.05046 0.77232 0.05348 0.77293 0.05589 0.77413 0.05770 0.77534 0.05891 0.77655\n 11 50 2 0.04202 0.78077 0.05469 0.78077\n 11 50 2 0.04202 0.78077 0.05469 0.78559\n 11 50 2 0.04202 0.79042 0.05469 0.78559\n 11 50 2 0.04202 0.79042 0.05469 0.79042\n 11 50 2 0.04202 0.79524 0.05469 0.79524\n 11 226 10 0.04202 0.79524 0.04202 0.80067 0.04262 0.80248 0.04323 0.80309 0.04443 0.80369 0.04624 0.80369 0.04745 0.80309 0.04805 0.80248 0.04865 0.80067 0.04865 0.79524\n 11 50 2 0.05891 0.80670 0.05891 0.81756\n 11 50 2 0.04202 0.82118 0.05469 0.82118\n 11 50 2 0.05469 0.82118 0.05469 0.82842\n 11 50 2 0.04202 0.83445 0.05469 0.82962\n 11 50 2 0.04202 0.83445 0.05469 0.83927\n 11 50 2 0.05046 0.83143 0.05046 0.83746\n 11 50 2 0.04202 0.84229 0.05469 0.84229\n 11 50 2 0.04202 0.84229 0.05469 0.84712\n 11 50 2 0.04202 0.85194 0.05469 0.84712\n 11 50 2 0.04202 0.85194 0.05469 0.85194\n 11 50 2 0.04202 0.85677 0.05469 0.85677\n 11 204 9 0.04202 0.85677 0.04202 0.86219 0.04262 0.86400 0.04323 0.86461 0.04443 0.86521 0.04564 0.86521 0.04684 0.86461 0.04745 0.86400 0.04805 0.86219\n 11 226 10 0.04805 0.85677 0.04805 0.86219 0.04865 0.86400 0.04926 0.86461 0.05046 0.86521 0.05227 0.86521 0.05348 0.86461 0.05408 0.86400 0.05469 0.86219 0.05469 0.85677\n 11 50 2 0.04202 0.86943 0.05469 0.86943\n 11 270 12 0.04202 0.86943 0.04202 0.87365 0.04262 0.87546 0.04383 0.87667 0.04504 0.87727 0.04684 0.87788 0.04986 0.87788 0.05167 0.87727 0.05288 0.87667 0.05408 0.87546 0.05469 0.87365 0.05469 0.86943\n 11 50 2 0.04202 0.88511 0.05469 0.88029\n 11 50 2 0.04202 0.88511 0.05469 0.88994\n 11 50 2 0.05046 0.88210 0.05046 0.88813\n 11 50 2 0.04926 0.89296 0.04926 0.90381\n 11 50 2 0.04202 0.90864 0.05469 0.90864\n 11 50 2 0.04202 0.90864 0.05469 0.91346\n 11 50 2 0.04202 0.91829 0.05469 0.91346\n 11 50 2 0.04202 0.91829 0.05469 0.91829\n 11 50 2 0.04202 0.92311 0.05469 0.92311\n 11 226 10 0.04202 0.92311 0.04202 0.92854 0.04262 0.93035 0.04323 0.93095 0.04443 0.93156 0.04624 0.93156 0.04745 0.93095 0.04805 0.93035 0.04865 0.92854 0.04865 0.92311\n 11 50 2 0.05891 0.93457 0.05891 0.94543\n 11 50 2 0.04202 0.94905 0.05469 0.94905\n 11 50 2 0.05469 0.94905 0.05469 0.95629\n 11 50 2 0.04202 0.96232 0.05469 0.95749\n 11 50 2 0.04202 0.96232 0.05469 0.96714\n 11 50 2 0.05046 0.95930 0.05046 0.96533\n 11 50 2 0.04202 0.97016 0.05469 0.97016\n 11 50 2 0.04202 0.97016 0.05469 0.97498\n 11 50 2 0.04202 0.97981 0.05469 0.97498\n 11 50 2 0.04202 0.97981 0.05469 0.97981\n 11 50 2 0.04202 0.98463 0.05469 0.98463\n 11 204 9 0.04202 0.98463 0.04202 0.99006 0.04262 0.99187 0.04323 0.99248 0.04443 0.99308 0.04564 0.99308 0.04684 0.99248 0.04745 0.99187 0.04805 0.99006\n 11 226 10 0.04805 0.98463 0.04805 0.99006 0.04865 0.99187 0.04926 0.99248 0.05046 0.99308 0.05227 0.99308 0.05348 0.99248 0.05408 0.99187 0.05469 0.99006 0.05469 0.98463\n 11 50 2 0.04202 0.99730 0.05469 0.99730\n 11 270 12 0.04202 0.99730 0.04202 1.00152 0.04262 1.00333 0.04383 1.00454 0.04504 1.00514 0.04684 1.00574 0.04986 1.00574 0.05167 1.00514 0.05288 1.00454 0.05408 1.00333 0.05469 1.00152 0.05469 0.99730\n 11 50 2 0.04202 1.01298 0.05469 1.00816\n 11 50 2 0.04202 1.01298 0.05469 1.01781\n 11 50 2 0.05046 1.00997 0.05046 1.01600\n 11 380 17 0.04202 1.02384 0.04262 1.02203 0.04443 1.02082 0.04745 1.02022 0.04926 1.02022 0.05227 1.02082 0.05408 1.02203 0.05469 1.02384 0.05469 1.02505 0.05408 1.02686 0.05227 1.02806 0.04926 1.02866 0.04745 1.02866 0.04443 1.02806 0.04262 1.02686 0.04202 1.02505 0.04202 1.02384\n 11 226 10 0.03961 1.03228 0.04081 1.03349 0.04262 1.03470 0.04504 1.03590 0.04805 1.03651 0.05046 1.03651 0.05348 1.03590 0.05589 1.03470 0.05770 1.03349 0.05891 1.03228\n 11 226 10 0.03961 1.05038 0.04081 1.05158 0.04262 1.05279 0.04504 1.05400 0.04805 1.05460 0.05046 1.05460 0.05348 1.05400 0.05589 1.05279 0.05770 1.05158 0.05891 1.05038\n 11 50 2 0.18877 0.10186 0.18877 0.08919\n 11 50 2 0.18877 0.10186 0.19360 0.08919\n 11 50 2 0.19842 0.10186 0.19360 0.08919\n 11 50 2 0.19842 0.10186 0.19842 0.08919\n 11 50 2 0.20325 0.10186 0.20325 0.08919\n 11 226 10 0.20325 0.10186 0.20868 0.10186 0.21049 0.10125 0.21109 0.10065 0.21169 0.09945 0.21169 0.09764 0.21109 0.09643 0.21049 0.09583 0.20868 0.09522 0.20325 0.09522\n 11 50 2 0.21471 0.08497 0.22556 0.08497\n 11 50 2 0.22918 0.10186 0.22918 0.08919\n 11 226 10 0.22918 0.10186 0.23461 0.10186 0.23642 0.10125 0.23702 0.10065 0.23763 0.09945 0.23763 0.09824 0.23702 0.09703 0.23642 0.09643 0.23461 0.09583 0.22918 0.09583\n 11 50 2 0.23341 0.09583 0.23763 0.08919\n 11 50 2 0.25391 0.09824 0.25391 0.09100\n 11 50 2 0.25090 0.09643 0.25693 0.09281\n 11 50 2 0.25693 0.09643 0.25090 0.09281\n 11 50 2 0.27080 0.10186 0.27080 0.08919\n 11 50 2 0.27080 0.10186 0.27563 0.08919\n 11 50 2 0.28045 0.10186 0.27563 0.08919\n 11 50 2 0.28045 0.10186 0.28045 0.08919\n 11 50 2 0.28528 0.10186 0.28528 0.08919\n 11 226 10 0.28528 0.10186 0.29071 0.10186 0.29251 0.10125 0.29312 0.10065 0.29372 0.09945 0.29372 0.09764 0.29312 0.09643 0.29251 0.09583 0.29071 0.09522 0.28528 0.09522\n 11 50 2 0.29674 0.08497 0.30759 0.08497\n 11 50 2 0.31121 0.10186 0.31121 0.08919\n 11 204 9 0.31121 0.10186 0.31664 0.10186 0.31845 0.10125 0.31905 0.10065 0.31966 0.09945 0.31966 0.09824 0.31905 0.09703 0.31845 0.09643 0.31664 0.09583\n 11 226 10 0.31121 0.09583 0.31664 0.09583 0.31845 0.09522 0.31905 0.09462 0.31966 0.09341 0.31966 0.09160 0.31905 0.09040 0.31845 0.08979 0.31664 0.08919 0.31121 0.08919\n 11 50 2 0.32388 0.10186 0.32388 0.08919\n 11 424 19 0.33715 0.09884 0.33655 0.10005 0.33534 0.10125 0.33413 0.10186 0.33172 0.10186 0.33051 0.10125 0.32931 0.10005 0.32870 0.09884 0.32810 0.09703 0.32810 0.09402 0.32870 0.09221 0.32931 0.09100 0.33051 0.08979 0.33172 0.08919 0.33413 0.08919 0.33534 0.08979 0.33655 0.09100 0.33715 0.09221 0.33715 0.09402\n 11 50 2 0.33413 0.09402 0.33715 0.09402\n 11 50 2 0.34137 0.10186 0.34137 0.08919\n 11 50 2 0.34981 0.10186 0.34137 0.09341\n 11 50 2 0.34439 0.09643 0.34981 0.08919\n 11 50 2 0.36610 0.09824 0.36610 0.09100\n 11 50 2 0.36308 0.09643 0.36912 0.09281\n 11 50 2 0.36912 0.09643 0.36308 0.09281\n 11 402 18 0.39143 0.09884 0.39083 0.10005 0.38962 0.10125 0.38842 0.10186 0.38600 0.10186 0.38480 0.10125 0.38359 0.10005 0.38299 0.09884 0.38238 0.09703 0.38238 0.09402 0.38299 0.09221 0.38359 0.09100 0.38480 0.08979 0.38600 0.08919 0.38842 0.08919 0.38962 0.08979 0.39083 0.09100 0.39143 0.09221\n 11 468 21 0.39867 0.10186 0.39746 0.10125 0.39626 0.10005 0.39565 0.09884 0.39505 0.09703 0.39505 0.09402 0.39565 0.09221 0.39626 0.09100 0.39746 0.08979 0.39867 0.08919 0.40108 0.08919 0.40229 0.08979 0.40350 0.09100 0.40410 0.09221 0.40470 0.09402 0.40470 0.09703 0.40410 0.09884 0.40350 0.10005 0.40229 0.10125 0.40108 0.10186 0.39867 0.10186\n 11 446 20 0.41676 0.10005 0.41556 0.10125 0.41375 0.10186 0.41134 0.10186 0.40953 0.10125 0.40832 0.10005 0.40832 0.09884 0.40892 0.09764 0.40953 0.09703 0.41073 0.09643 0.41435 0.09522 0.41556 0.09462 0.41616 0.09402 0.41676 0.09281 0.41676 0.09100 0.41556 0.08979 0.41375 0.08919 0.41134 0.08919 0.40953 0.08979 0.40832 0.09100\n 11 226 10 0.42521 0.10427 0.42400 0.10306 0.42280 0.10125 0.42159 0.09884 0.42099 0.09583 0.42099 0.09341 0.42159 0.09040 0.42280 0.08799 0.42400 0.08618 0.42521 0.08497\n 11 50 2 0.42943 0.10186 0.42943 0.08919\n 11 50 2 0.42943 0.10186 0.43426 0.08919\n 11 50 2 0.43908 0.10186 0.43426 0.08919\n 11 50 2 0.43908 0.10186 0.43908 0.08919\n 11 50 2 0.44391 0.10186 0.44391 0.08919\n 11 226 10 0.44391 0.10186 0.44934 0.10186 0.45114 0.10125 0.45175 0.10065 0.45235 0.09945 0.45235 0.09764 0.45175 0.09643 0.45114 0.09583 0.44934 0.09522 0.44391 0.09522\n 11 50 2 0.45537 0.08497 0.46622 0.08497\n 11 50 2 0.46984 0.10186 0.46984 0.08919\n 11 226 10 0.46984 0.10186 0.47527 0.10186 0.47708 0.10125 0.47768 0.10065 0.47829 0.09945 0.47829 0.09764 0.47768 0.09643 0.47708 0.09583 0.47527 0.09522 0.46984 0.09522\n 11 50 2 0.48251 0.10186 0.48251 0.08919\n 11 50 2 0.49095 0.10186 0.49095 0.08919\n 11 50 2 0.48251 0.09583 0.49095 0.09583\n 11 50 2 0.49578 0.10186 0.49578 0.08919\n 11 226 10 0.50000 0.10427 0.50121 0.10306 0.50241 0.10125 0.50362 0.09884 0.50422 0.09583 0.50422 0.09341 0.50362 0.09040 0.50241 0.08799 0.50121 0.08618 0.50000 0.08497\n 11 50 2 0.52111 0.09824 0.52111 0.09100\n 11 50 2 0.51809 0.09643 0.52413 0.09281\n 11 50 2 0.52413 0.09643 0.51809 0.09281\n 11 446 20 0.54584 0.10005 0.54463 0.10125 0.54282 0.10186 0.54041 0.10186 0.53860 0.10125 0.53740 0.10005 0.53740 0.09884 0.53800 0.09764 0.53860 0.09703 0.53981 0.09643 0.54343 0.09522 0.54463 0.09462 0.54524 0.09402 0.54584 0.09281 0.54584 0.09100 0.54463 0.08979 0.54282 0.08919 0.54041 0.08919 0.53860 0.08979 0.53740 0.09100\n 11 50 2 0.55006 0.10186 0.55006 0.08919\n 11 50 2 0.55489 0.10186 0.55489 0.08919\n 11 50 2 0.55489 0.10186 0.56333 0.08919\n 11 50 2 0.56333 0.10186 0.56333 0.08919\n 11 226 10 0.57238 0.10427 0.57117 0.10306 0.56997 0.10125 0.56876 0.09884 0.56816 0.09583 0.56816 0.09341 0.56876 0.09040 0.56997 0.08799 0.57117 0.08618 0.57238 0.08497\n 11 50 2 0.57660 0.10186 0.57660 0.08919\n 11 50 2 0.57660 0.10186 0.58143 0.08919\n 11 50 2 0.58625 0.10186 0.58143 0.08919\n 11 50 2 0.58625 0.10186 0.58625 0.08919\n 11 50 2 0.59108 0.10186 0.59108 0.08919\n 11 226 10 0.59108 0.10186 0.59650 0.10186 0.59831 0.10125 0.59892 0.10065 0.59952 0.09945 0.59952 0.09764 0.59892 0.09643 0.59831 0.09583 0.59650 0.09522 0.59108 0.09522\n 11 50 2 0.60254 0.08497 0.61339 0.08497\n 11 50 2 0.61701 0.10186 0.61701 0.08919\n 11 50 2 0.61701 0.08919 0.62425 0.08919\n 11 50 2 0.63028 0.10186 0.62546 0.08919\n 11 50 2 0.63028 0.10186 0.63511 0.08919\n 11 50 2 0.62727 0.09341 0.63330 0.09341\n 11 50 2 0.63812 0.10186 0.63812 0.08919\n 11 50 2 0.63812 0.10186 0.64295 0.08919\n 11 50 2 0.64777 0.10186 0.64295 0.08919\n 11 50 2 0.64777 0.10186 0.64777 0.08919\n 11 50 2 0.65260 0.10186 0.65260 0.08919\n 11 204 9 0.65260 0.10186 0.65803 0.10186 0.65984 0.10125 0.66044 0.10065 0.66104 0.09945 0.66104 0.09824 0.66044 0.09703 0.65984 0.09643 0.65803 0.09583\n 11 226 10 0.65260 0.09583 0.65803 0.09583 0.65984 0.09522 0.66044 0.09462 0.66104 0.09341 0.66104 0.09160 0.66044 0.09040 0.65984 0.08979 0.65803 0.08919 0.65260 0.08919\n 11 50 2 0.66526 0.10186 0.66526 0.08919\n 11 270 12 0.66526 0.10186 0.66949 0.10186 0.67130 0.10125 0.67250 0.10005 0.67311 0.09884 0.67371 0.09703 0.67371 0.09402 0.67311 0.09221 0.67250 0.09100 0.67130 0.08979 0.66949 0.08919 0.66526 0.08919\n 11 50 2 0.68095 0.10186 0.67612 0.08919\n 11 50 2 0.68095 0.10186 0.68577 0.08919\n 11 50 2 0.67793 0.09341 0.68396 0.09341\n 11 50 2 0.68879 0.09462 0.69964 0.09462\n 11 50 2 0.70447 0.10186 0.70447 0.08919\n 11 50 2 0.70447 0.10186 0.70929 0.08919\n 11 50 2 0.71412 0.10186 0.70929 0.08919\n 11 50 2 0.71412 0.10186 0.71412 0.08919\n 11 50 2 0.71895 0.10186 0.71895 0.08919\n 11 226 10 0.71895 0.10186 0.72437 0.10186 0.72618 0.10125 0.72679 0.10065 0.72739 0.09945 0.72739 0.09764 0.72679 0.09643 0.72618 0.09583 0.72437 0.09522 0.71895 0.09522\n 11 50 2 0.73041 0.08497 0.74126 0.08497\n 11 50 2 0.74488 0.10186 0.74488 0.08919\n 11 50 2 0.74488 0.08919 0.75212 0.08919\n 11 50 2 0.75815 0.10186 0.75332 0.08919\n 11 50 2 0.75815 0.10186 0.76298 0.08919\n 11 50 2 0.75513 0.09341 0.76117 0.09341\n 11 50 2 0.76599 0.10186 0.76599 0.08919\n 11 50 2 0.76599 0.10186 0.77082 0.08919\n 11 50 2 0.77564 0.10186 0.77082 0.08919\n 11 50 2 0.77564 0.10186 0.77564 0.08919\n 11 50 2 0.78047 0.10186 0.78047 0.08919\n 11 204 9 0.78047 0.10186 0.78590 0.10186 0.78770 0.10125 0.78831 0.10065 0.78891 0.09945 0.78891 0.09824 0.78831 0.09703 0.78770 0.09643 0.78590 0.09583\n 11 226 10 0.78047 0.09583 0.78590 0.09583 0.78770 0.09522 0.78831 0.09462 0.78891 0.09341 0.78891 0.09160 0.78831 0.09040 0.78770 0.08979 0.78590 0.08919 0.78047 0.08919\n 11 50 2 0.79313 0.10186 0.79313 0.08919\n 11 270 12 0.79313 0.10186 0.79736 0.10186 0.79916 0.10125 0.80037 0.10005 0.80097 0.09884 0.80158 0.09703 0.80158 0.09402 0.80097 0.09221 0.80037 0.09100 0.79916 0.08979 0.79736 0.08919 0.79313 0.08919\n 11 50 2 0.80882 0.10186 0.80399 0.08919\n 11 50 2 0.80882 0.10186 0.81364 0.08919\n 11 50 2 0.80580 0.09341 0.81183 0.09341\n 11 380 17 0.81967 0.10186 0.81786 0.10125 0.81666 0.09945 0.81605 0.09643 0.81605 0.09462 0.81666 0.09160 0.81786 0.08979 0.81967 0.08919 0.82088 0.08919 0.82269 0.08979 0.82389 0.09160 0.82450 0.09462 0.82450 0.09643 0.82389 0.09945 0.82269 0.10125 0.82088 0.10186 0.81967 0.10186\n 11 226 10 0.82812 0.10427 0.82932 0.10306 0.83053 0.10125 0.83174 0.09884 0.83234 0.09583 0.83234 0.09341 0.83174 0.09040 0.83053 0.08799 0.82932 0.08618 0.82812 0.08497\n 21 6 1\n 56 39 8 0.24410 0.27453 0.86957\n 56 39 9 0.05776 0.52298 0.43478\n 56 39 10 0.29870 0.71948 0.21039\n 56 39 11 0.73160 0.89264 0.08052\n 56 39 12 1.00000 0.77381 0.00000\n 56 39 13 1.00000 0.17857 0.00000\n 56 39 14 0.60000 0.00000 0.00000\n 56 39 7 0.80000 0.00000 1.00000\n 40 6 11\n 38 6 1\n 14 314 14 0.40991 0.16006 0.41912 0.15789 0.42844 0.15592 0.43787 0.15417 0.44738 0.15263 0.45697 0.15131 0.46662 0.15020 0.46522 0.15092 0.45526 0.15206 0.44536 0.15342 0.43555 0.15501 0.42582 0.15682 0.41620 0.15885 0.40669 0.16109\n 40 6 10\n 38 6 1\n 14 72 3 0.47060 0.14984 0.47633 0.14932 0.47617 0.14942\n 40 6 11\n 38 6 1\n 14 116 5 0.47060 0.14984 0.47617 0.14942 0.47524 0.15001 0.46522 0.15092 0.46662 0.15020\n 40 6 10\n 38 6 1\n 14 72 3 0.48144 0.14897 0.47617 0.14942 0.47633 0.14932\n 40 6 11\n 38 6 1\n 14 116 5 0.48144 0.14897 0.48608 0.14865 0.48530 0.14932 0.47524 0.15001 0.47617 0.14942\n 40 6 10\n 38 6 1\n 14 72 3 0.49227 0.14837 0.49586 0.14821 0.49582 0.14826\n 40 6 11\n 38 6 1\n 14 116 5 0.49227 0.14837 0.49582 0.14826 0.49539 0.14886 0.48530 0.14932 0.48608 0.14865\n 40 6 10\n 38 6 1\n 14 94 4 0.50565 0.14799 0.50564 0.14805 0.49582 0.14826 0.49586 0.14821\n 40 6 11\n 38 6 1\n 14 94 4 0.50564 0.14805 0.50550 0.14863 0.49539 0.14886 0.49582 0.14826\n 40 6 10\n 38 6 1\n 14 94 4 0.51546 0.14799 0.51548 0.14810 0.50564 0.14805 0.50565 0.14799\n 40 6 11\n 38 6 1\n 14 94 4 0.51548 0.14810 0.51561 0.14863 0.50550 0.14863 0.50564 0.14805\n 40 6 10\n 38 6 1\n 14 94 4 0.52525 0.14821 0.52535 0.14834 0.51548 0.14810 0.51546 0.14799\n 40 6 11\n 38 6 1\n 14 94 4 0.52535 0.14834 0.52572 0.14886 0.51561 0.14863 0.51548 0.14810\n 40 6 10\n 38 6 1\n 14 94 4 0.53503 0.14865 0.53532 0.14890 0.52535 0.14834 0.52525 0.14821\n 40 6 11\n 38 6 1\n 14 94 4 0.53532 0.14890 0.53581 0.14932 0.52572 0.14886 0.52535 0.14834\n 40 6 10\n 38 6 1\n 14 94 4 0.54478 0.14932 0.54487 0.14938 0.53532 0.14890 0.53503 0.14865\n 40 6 11\n 38 6 1\n 14 94 4 0.54487 0.14938 0.54587 0.15001 0.53581 0.14932 0.53532 0.14890\n 40 6 10\n 38 6 1\n 14 94 4 0.55449 0.15020 0.55479 0.15036 0.54487 0.14938 0.54478 0.14932\n 40 6 11\n 38 6 1\n 14 94 4 0.55479 0.15036 0.55589 0.15092 0.54587 0.15001 0.54487 0.14938\n 40 6 10\n 38 6 1\n 14 94 4 0.56414 0.15131 0.56464 0.15153 0.55479 0.15036 0.55449 0.15020\n 40 6 11\n 38 6 1\n 14 94 4 0.56464 0.15153 0.56585 0.15206 0.55589 0.15092 0.55479 0.15036\n 40 6 10\n 38 6 1\n 14 94 4 0.57373 0.15263 0.57478 0.15304 0.56464 0.15153 0.56414 0.15131\n 40 6 11\n 38 6 1\n 14 94 4 0.57478 0.15304 0.57575 0.15342 0.56585 0.15206 0.56464 0.15153\n 40 6 10\n 38 6 1\n 14 94 4 0.58324 0.15417 0.58477 0.15472 0.57478 0.15304 0.57373 0.15263\n 40 6 11\n 38 6 1\n 14 94 4 0.58477 0.15472 0.58557 0.15501 0.57575 0.15342 0.57478 0.15304\n 40 6 10\n 38 6 1\n 14 94 4 0.59267 0.15592 0.59400 0.15638 0.58477 0.15472 0.58324 0.15417\n 40 6 11\n 38 6 1\n 14 94 4 0.59400 0.15638 0.59529 0.15682 0.58557 0.15501 0.58477 0.15472\n 40 6 10\n 38 6 1\n 14 94 4 0.60199 0.15789 0.60315 0.15827 0.59400 0.15638 0.59267 0.15592\n 40 6 11\n 38 6 1\n 14 94 4 0.60315 0.15827 0.60491 0.15885 0.59529 0.15682 0.59400 0.15638\n 40 6 10\n 38 6 1\n 14 94 4 0.61120 0.16006 0.61280 0.16057 0.60315 0.15827 0.60199 0.15789\n 40 6 11\n 38 6 1\n 14 94 4 0.61280 0.16057 0.61442 0.16109 0.60491 0.15885 0.60315 0.15827\n 40 6 11\n 38 6 1\n 14 1326 60 0.37005 0.17217 0.37898 0.16909 0.38807 0.16622 0.39732 0.16355 0.40669 0.16109 0.41620 0.15885 0.42582 0.15682 0.43555 0.15501 0.44536 0.15342 0.45526 0.15206 0.46522 0.15092 0.47524 0.15001 0.48530 0.14932 0.49539 0.14886 0.50550 0.14863 0.51561 0.14863 0.52572 0.14886 0.53581 0.14932 0.54587 0.15001 0.55589 0.15092 0.56585 0.15206 0.57575 0.15342 0.58557 0.15501 0.59529 0.15682 0.60491 0.15885 0.61442 0.16109 0.62380 0.16355 0.63304 0.16622 0.64213 0.16909 0.65106 0.17217 0.65524 0.17395 0.64604 0.17077 0.63668 0.16781 0.62716 0.16506 0.61750 0.16253 0.60772 0.16022 0.59781 0.15813 0.58779 0.15627 0.57769 0.15464 0.56750 0.15323 0.55724 0.15206 0.54692 0.15112 0.53657 0.15041 0.52617 0.14994 0.51576 0.14971 0.50535 0.14971 0.49494 0.14994 0.48455 0.15041 0.47419 0.15112 0.46387 0.15206 0.45361 0.15323 0.44342 0.15464 0.43332 0.15627 0.42330 0.15813 0.41340 0.16022 0.40361 0.16253 0.39395 0.16506 0.38443 0.16781 0.37507 0.17077 0.36587 0.17395\n 40 6 11\n 38 6 1\n 14 94 4 0.34802 0.18090 0.34496 0.18251 0.33574 0.18658 0.33938 0.18468\n 40 6 12\n 38 6 1\n 14 94 4 0.34496 0.18251 0.34352 0.18327 0.33465 0.18715 0.33574 0.18658\n 40 6 11\n 38 6 1\n 14 94 4 0.35685 0.17732 0.35401 0.17884 0.34496 0.18251 0.34802 0.18090\n 40 6 12\n 38 6 1\n 14 94 4 0.35401 0.17884 0.35260 0.17959 0.34352 0.18327 0.34496 0.18251\n 40 6 11\n 38 6 1\n 14 94 4 0.36587 0.17395 0.36314 0.17543 0.35401 0.17884 0.35685 0.17732\n 40 6 12\n 38 6 1\n 14 94 4 0.36314 0.17543 0.36187 0.17612 0.35260 0.17959 0.35401 0.17884\n 40 6 11\n 38 6 1\n 14 94 4 0.37507 0.17077 0.37151 0.17275 0.36314 0.17543 0.36587 0.17395\n 40 6 12\n 38 6 1\n 14 94 4 0.37151 0.17275 0.37132 0.17286 0.36187 0.17612 0.36314 0.17543\n 40 6 11\n 38 6 1\n 14 116 5 0.38443 0.16781 0.38094 0.16981 0.37439 0.17189 0.37151 0.17275 0.37507 0.17077\n 40 6 12\n 38 6 1\n 14 72 3 0.37439 0.17189 0.37132 0.17286 0.37151 0.17275\n 40 6 11\n 38 6 1\n 14 1194 54 0.38443 0.16781 0.39395 0.16506 0.40361 0.16253 0.41340 0.16022 0.42330 0.15813 0.43332 0.15627 0.44342 0.15464 0.45361 0.15323 0.46387 0.15206 0.47419 0.15112 0.48455 0.15041 0.49494 0.14994 0.50535 0.14971 0.51576 0.14971 0.52617 0.14994 0.53657 0.15041 0.54692 0.15112 0.55724 0.15206 0.56750 0.15323 0.57769 0.15464 0.58779 0.15627 0.59781 0.15813 0.60772 0.16022 0.61750 0.16253 0.62716 0.16506 0.63668 0.16781 0.64604 0.17077 0.64979 0.17286 0.64017 0.16981 0.63039 0.16699 0.62046 0.16439 0.61040 0.16201 0.60022 0.15987 0.58993 0.15795 0.57954 0.15627 0.56907 0.15483 0.55853 0.15362 0.54793 0.15266 0.53728 0.15193 0.52661 0.15145 0.51591 0.15120 0.50520 0.15120 0.49450 0.15145 0.48383 0.15193 0.47318 0.15266 0.46258 0.15362 0.45204 0.15483 0.44157 0.15627 0.43118 0.15795 0.42089 0.15987 0.41071 0.16201 0.40065 0.16439 0.39072 0.16699 0.38094 0.16981\n 40 6 11\n 38 6 1\n 14 138 6 0.66426 0.17732 0.67309 0.18090 0.68173 0.18468 0.68646 0.18715 0.67759 0.18327 0.66851 0.17959\n 40 6 11\n 38 6 1\n 14 72 3 0.31526 0.19675 0.30798 0.20081 0.30935 0.19997\n 40 6 12\n 38 6 1\n 14 116 5 0.31526 0.19675 0.31755 0.19551 0.31259 0.19857 0.30418 0.20315 0.30798 0.20081\n 40 6 11\n 38 6 1\n 14 72 3 0.32290 0.19279 0.32599 0.19123 0.32544 0.19157\n 40 6 12\n 38 6 1\n 14 116 5 0.32290 0.19279 0.32544 0.19157 0.32125 0.19418 0.31259 0.19857 0.31755 0.19551\n 40 6 11\n 38 6 1\n 14 72 3 0.32715 0.19068 0.32544 0.19157 0.32599 0.19123\n 40 6 12\n 38 6 1\n 14 116 5 0.32715 0.19068 0.33465 0.18715 0.33013 0.19000 0.32125 0.19418 0.32544 0.19157\n 40 6 12\n 38 6 1\n 14 226 10 0.33465 0.18715 0.34352 0.18327 0.35260 0.17959 0.36187 0.17612 0.37132 0.17286 0.36775 0.17534 0.35805 0.17868 0.34854 0.18224 0.33923 0.18601 0.33013 0.19000\n 40 6 11\n 38 6 1\n 14 72 3 0.37439 0.17189 0.38094 0.16981 0.38044 0.17018\n 40 6 12\n 38 6 1\n 14 116 5 0.37439 0.17189 0.38044 0.17018 0.37762 0.17221 0.36775 0.17534 0.37132 0.17286\n 40 6 11\n 38 6 1\n 14 94 4 0.39072 0.16699 0.38988 0.16763 0.38044 0.17018 0.38094 0.16981\n 40 6 12\n 38 6 1\n 14 94 4 0.38988 0.16763 0.38765 0.16932 0.37762 0.17221 0.38044 0.17018\n 40 6 11\n 38 6 1\n 14 94 4 0.40065 0.16439 0.39918 0.16557 0.38988 0.16763 0.39072 0.16699\n 40 6 12\n 38 6 1\n 14 94 4 0.39918 0.16557 0.39783 0.16665 0.38765 0.16932 0.38988 0.16763\n 40 6 11\n 38 6 1\n 14 94 4 0.41071 0.16201 0.40897 0.16350 0.39918 0.16557 0.40065 0.16439\n 40 6 12\n 38 6 1\n 14 94 4 0.40897 0.16350 0.40814 0.16421 0.39783 0.16665 0.39918 0.16557\n 40 6 11\n 38 6 1\n 14 94 4 0.42089 0.15987 0.41892 0.16170 0.40897 0.16350 0.41071 0.16201\n 40 6 12\n 38 6 1\n 14 94 4 0.41892 0.16170 0.41859 0.16201 0.40814 0.16421 0.40897 0.16350\n 40 6 11\n 38 6 1\n 14 94 4 0.43118 0.15795 0.42935 0.15984 0.41892 0.16170 0.42089 0.15987\n 40 6 12\n 38 6 1\n 14 94 4 0.42935 0.15984 0.42914 0.16005 0.41859 0.16201 0.41892 0.16170\n 40 6 11\n 38 6 1\n 14 94 4 0.44157 0.15627 0.43991 0.15819 0.42935 0.15984 0.43118 0.15795\n 40 6 12\n 38 6 1\n 14 94 4 0.43991 0.15819 0.43979 0.15833 0.42914 0.16005 0.42935 0.15984\n 40 6 11\n 38 6 1\n 14 94 4 0.45204 0.15483 0.45055 0.15682 0.43991 0.15819 0.44157 0.15627\n 40 6 12\n 38 6 1\n 14 94 4 0.45055 0.15682 0.45053 0.15685 0.43979 0.15833 0.43991 0.15819\n 40 6 11\n 38 6 1\n 14 94 4 0.46258 0.15362 0.46142 0.15549 0.45055 0.15682 0.45204 0.15483\n 40 6 12\n 38 6 1\n 14 94 4 0.46142 0.15549 0.46135 0.15561 0.45053 0.15685 0.45055 0.15682\n 40 6 11\n 38 6 1\n 14 116 5 0.47318 0.15266 0.47222 0.15462 0.47024 0.15480 0.46142 0.15549 0.46258 0.15362\n 40 6 12\n 38 6 1\n 14 72 3 0.47024 0.15480 0.46135 0.15561 0.46142 0.15549\n 40 6 11\n 38 6 1\n 14 94 4 0.47318 0.15266 0.48383 0.15193 0.48314 0.15387 0.47222 0.15462\n 40 6 11\n 38 6 1\n 14 116 5 0.49450 0.15145 0.49410 0.15335 0.49217 0.15346 0.48314 0.15387 0.48383 0.15193\n 40 6 12\n 38 6 1\n 14 72 3 0.49410 0.15335 0.49409 0.15338 0.49217 0.15346\n 40 6 11\n 38 6 1\n 14 94 4 0.50520 0.15120 0.50507 0.15313 0.49410 0.15335 0.49450 0.15145\n 40 6 12\n 38 6 1\n 14 94 4 0.50507 0.15313 0.50507 0.15313 0.49409 0.15338 0.49410 0.15335\n 40 6 11\n 38 6 1\n 14 94 4 0.51591 0.15120 0.51604 0.15312 0.50507 0.15313 0.50520 0.15120\n 40 6 12\n 38 6 1\n 14 94 4 0.51604 0.15312 0.51605 0.15313 0.50507 0.15313 0.50507 0.15313\n 40 6 11\n 38 6 1\n 14 94 4 0.52661 0.15145 0.52701 0.15332 0.51604 0.15312 0.51591 0.15120\n 40 6 12\n 38 6 1\n 14 94 4 0.52701 0.15332 0.52702 0.15338 0.51605 0.15313 0.51604 0.15312\n 40 6 11\n 38 6 1\n 14 94 4 0.53728 0.15193 0.53794 0.15377 0.52701 0.15332 0.52661 0.15145\n 40 6 12\n 38 6 1\n 14 94 4 0.53794 0.15377 0.53797 0.15387 0.52702 0.15338 0.52701 0.15332\n 40 6 11\n 38 6 1\n 14 94 4 0.54793 0.15266 0.54887 0.15457 0.53794 0.15377 0.53728 0.15193\n 40 6 12\n 38 6 1\n 14 94 4 0.54887 0.15457 0.54889 0.15462 0.53797 0.15387 0.53794 0.15377\n 40 6 11\n 38 6 1\n 14 116 5 0.55853 0.15362 0.55976 0.15561 0.54947 0.15467 0.54887 0.15457 0.54793 0.15266\n 40 6 12\n 38 6 1\n 14 72 3 0.54947 0.15467 0.54889 0.15462 0.54887 0.15457\n 40 6 11\n 38 6 1\n 14 94 4 0.55853 0.15362 0.56907 0.15483 0.57058 0.15685 0.55976 0.15561\n 40 6 11\n 38 6 1\n 14 116 5 0.57954 0.15627 0.58113 0.15811 0.57573 0.15756 0.57058 0.15685 0.56907 0.15483\n 40 6 12\n 38 6 1\n 14 72 3 0.58113 0.15811 0.58132 0.15833 0.57573 0.15756\n 40 6 11\n 38 6 1\n 14 94 4 0.58993 0.15795 0.59151 0.15958 0.58113 0.15811 0.57954 0.15627\n 40 6 12\n 38 6 1\n 14 94 4 0.59151 0.15958 0.59197 0.16005 0.58132 0.15833 0.58113 0.15811\n 40 6 11\n 38 6 1\n 14 94 4 0.60022 0.15987 0.60207 0.16159 0.59151 0.15958 0.58993 0.15795\n 40 6 12\n 38 6 1\n 14 94 4 0.60207 0.16159 0.60252 0.16201 0.59197 0.16005 0.59151 0.15958\n 40 6 11\n 38 6 1\n 14 94 4 0.61040 0.16201 0.61228 0.16362 0.60207 0.16159 0.60022 0.15987\n 40 6 12\n 38 6 1\n 14 94 4 0.61228 0.16362 0.61297 0.16421 0.60252 0.16201 0.60207 0.16159\n 40 6 11\n 38 6 1\n 14 94 4 0.62046 0.16439 0.62242 0.16596 0.61228 0.16362 0.61040 0.16201\n 40 6 12\n 38 6 1\n 14 94 4 0.62242 0.16596 0.62328 0.16665 0.61297 0.16421 0.61228 0.16362\n 40 6 11\n 38 6 1\n 14 94 4 0.63039 0.16699 0.63311 0.16905 0.62242 0.16596 0.62046 0.16439\n 40 6 12\n 38 6 1\n 14 94 4 0.63311 0.16905 0.63346 0.16932 0.62328 0.16665 0.62242 0.16596\n 40 6 11\n 38 6 1\n 14 94 4 0.64017 0.16981 0.64242 0.17144 0.63311 0.16905 0.63039 0.16699\n 40 6 12\n 38 6 1\n 14 94 4 0.64242 0.17144 0.64350 0.17221 0.63346 0.16932 0.63311 0.16905\n 40 6 11\n 38 6 1\n 14 94 4 0.64979 0.17286 0.65247 0.17472 0.64242 0.17144 0.64017 0.16981\n 40 6 12\n 38 6 1\n 14 94 4 0.65247 0.17472 0.65336 0.17534 0.64350 0.17221 0.64242 0.17144\n 40 6 11\n 38 6 1\n 14 94 4 0.67759 0.18327 0.67824 0.18369 0.67011 0.18063 0.66851 0.17959\n 40 6 12\n 38 6 1\n 14 94 4 0.67824 0.18369 0.68188 0.18601 0.67257 0.18224 0.67011 0.18063\n 40 6 11\n 38 6 1\n 14 116 5 0.68646 0.18715 0.69098 0.19000 0.68582 0.18774 0.67824 0.18369 0.67759 0.18327\n 40 6 12\n 38 6 1\n 14 72 3 0.68582 0.18774 0.68188 0.18601 0.67824 0.18369\n 40 6 11\n 38 6 1\n 14 116 5 0.69512 0.19123 0.69569 0.19158 0.69450 0.19165 0.69098 0.19000 0.68646 0.18715\n 40 6 12\n 38 6 1\n 14 72 3 0.69569 0.19158 0.69986 0.19418 0.69450 0.19165\n 40 6 11\n 38 6 1\n 14 94 4 0.70356 0.19551 0.70520 0.19652 0.69569 0.19158 0.69512 0.19123\n 40 6 12\n 38 6 1\n 14 94 4 0.70520 0.19652 0.70852 0.19857 0.69986 0.19418 0.69569 0.19158\n 40 6 12\n 38 6 1\n 14 842 38 0.28813 0.21286 0.29602 0.20791 0.30418 0.20315 0.31259 0.19857 0.32125 0.19418 0.33013 0.19000 0.33923 0.18601 0.34854 0.18224 0.35805 0.17868 0.36775 0.17534 0.37762 0.17221 0.38765 0.16932 0.39783 0.16665 0.40814 0.16421 0.41859 0.16201 0.42914 0.16005 0.43979 0.15833 0.45053 0.15685 0.46135 0.15561 0.46017 0.15802 0.44910 0.15928 0.43811 0.16080 0.42720 0.16256 0.41639 0.16457 0.40570 0.16682 0.39514 0.16932 0.38472 0.17205 0.37445 0.17502 0.36434 0.17821 0.35442 0.18164 0.34468 0.18528 0.33515 0.18914 0.32583 0.19322 0.31674 0.19751 0.30788 0.20200 0.29927 0.20668 0.29091 0.21156 0.28283 0.21663\n 40 6 11\n 38 6 1\n 14 72 3 0.47024 0.15480 0.47222 0.15462 0.47221 0.15466\n 40 6 12\n 38 6 1\n 14 116 5 0.47024 0.15480 0.47221 0.15466 0.47131 0.15700 0.46017 0.15802 0.46135 0.15561\n 40 6 11\n 38 6 1\n 14 94 4 0.48314 0.15387 0.48310 0.15402 0.47221 0.15466 0.47222 0.15462\n 40 6 12\n 38 6 1\n 14 94 4 0.48310 0.15402 0.48249 0.15624 0.47131 0.15700 0.47221 0.15466\n 40 6 11\n 38 6 1\n 14 72 3 0.49217 0.15346 0.48310 0.15402 0.48314 0.15387\n 40 6 12\n 38 6 1\n 14 116 5 0.49217 0.15346 0.49409 0.15338 0.49370 0.15573 0.48249 0.15624 0.48310 0.15402\n 40 6 12\n 38 6 1\n 14 270 12 0.49409 0.15338 0.50507 0.15313 0.51605 0.15313 0.52702 0.15338 0.53797 0.15387 0.54889 0.15462 0.54980 0.15700 0.53862 0.15624 0.52741 0.15573 0.51618 0.15548 0.50493 0.15548 0.49370 0.15573\n 40 6 11\n 38 6 1\n 14 72 3 0.54947 0.15467 0.55976 0.15561 0.56010 0.15630\n 40 6 12\n 38 6 1\n 14 116 5 0.54947 0.15467 0.56010 0.15630 0.56094 0.15802 0.54980 0.15700 0.54889 0.15462\n 40 6 11\n 38 6 1\n 14 94 4 0.57058 0.15685 0.57073 0.15711 0.56010 0.15630 0.55976 0.15561\n 40 6 12\n 38 6 1\n 14 94 4 0.57073 0.15711 0.57201 0.15928 0.56094 0.15802 0.56010 0.15630\n 40 6 11\n 38 6 1\n 14 72 3 0.57573 0.15756 0.57073 0.15711 0.57058 0.15685\n 40 6 12\n 38 6 1\n 14 116 5 0.57573 0.15756 0.58132 0.15833 0.58300 0.16080 0.57201 0.15928 0.57073 0.15711\n 40 6 12\n 38 6 1\n 14 490 22 0.58132 0.15833 0.59197 0.16005 0.60252 0.16201 0.61297 0.16421 0.62328 0.16665 0.63346 0.16932 0.64350 0.17221 0.65336 0.17534 0.66306 0.17868 0.67257 0.18224 0.68188 0.18601 0.68596 0.18914 0.67643 0.18528 0.66669 0.18164 0.65677 0.17821 0.64666 0.17502 0.63639 0.17205 0.62597 0.16932 0.61541 0.16682 0.60472 0.16457 0.59391 0.16256 0.58300 0.16080\n 40 6 11\n 38 6 1\n 14 72 3 0.68582 0.18774 0.69098 0.19000 0.69234 0.19102\n 40 6 12\n 38 6 1\n 14 116 5 0.68582 0.18774 0.69234 0.19102 0.69528 0.19322 0.68596 0.18914 0.68188 0.18601\n 40 6 11\n 38 6 1\n 14 72 3 0.69450 0.19165 0.69234 0.19102 0.69098 0.19000\n 40 6 12\n 38 6 1\n 14 116 5 0.69450 0.19165 0.69986 0.19418 0.70437 0.19751 0.69528 0.19322 0.69234 0.19102\n 40 6 12\n 38 6 1\n 14 182 8 0.69986 0.19418 0.70852 0.19857 0.71693 0.20315 0.72509 0.20791 0.73020 0.21156 0.72184 0.20668 0.71323 0.20200 0.70437 0.19751\n 40 6 12\n 38 6 1\n 14 2206 100 0.26750 0.22729 0.27502 0.22187 0.28283 0.21663 0.29091 0.21156 0.29927 0.20668 0.30788 0.20200 0.31674 0.19751 0.32583 0.19322 0.33515 0.18914 0.34468 0.18528 0.35442 0.18164 0.36434 0.17821 0.37445 0.17502 0.38472 0.17205 0.39514 0.16932 0.40570 0.16682 0.41639 0.16457 0.42720 0.16256 0.43811 0.16080 0.44910 0.15928 0.46017 0.15802 0.47131 0.15700 0.48249 0.15624 0.49370 0.15573 0.50493 0.15548 0.51618 0.15548 0.52741 0.15573 0.53862 0.15624 0.54980 0.15700 0.56094 0.15802 0.57201 0.15928 0.58300 0.16080 0.59391 0.16256 0.60472 0.16457 0.61541 0.16682 0.62597 0.16932 0.63639 0.17205 0.64666 0.17502 0.65677 0.17821 0.66669 0.18164 0.67643 0.18528 0.68596 0.18914 0.69528 0.19322 0.70437 0.19751 0.71323 0.20200 0.72184 0.20668 0.73020 0.21156 0.73828 0.21663 0.74609 0.22187 0.75362 0.22729 0.75898 0.23164 0.75129 0.22610 0.74331 0.22074 0.73504 0.21557 0.72650 0.21058 0.71770 0.20579 0.70865 0.20120 0.69935 0.19682 0.68983 0.19265 0.68009 0.18870 0.67014 0.18498 0.65999 0.18148 0.64966 0.17821 0.63917 0.17518 0.62852 0.17239 0.61772 0.16984 0.60679 0.16754 0.59575 0.16548 0.58460 0.16368 0.57336 0.16213 0.56205 0.16084 0.55067 0.15980 0.53924 0.15902 0.52778 0.15850 0.51630 0.15824 0.50481 0.15824 0.49333 0.15850 0.48187 0.15902 0.47044 0.15980 0.45906 0.16084 0.44775 0.16213 0.43651 0.16368 0.42536 0.16548 0.41432 0.16754 0.40339 0.16984 0.39259 0.17239 0.38194 0.17518 0.37145 0.17821 0.36112 0.18148 0.35097 0.18498 0.34102 0.18870 0.33128 0.19265 0.32176 0.19682 0.31246 0.20120 0.30341 0.20579 0.29461 0.21058 0.28607 0.21557 0.27780 0.22074 0.26982 0.22610 0.26213 0.23164\n 40 6 12\n 38 6 1\n 14 2250 102 0.24768 0.24322 0.25475 0.23735 0.26213 0.23164 0.26982 0.22610 0.27780 0.22074 0.28607 0.21557 0.29461 0.21058 0.30341 0.20579 0.31246 0.20120 0.32176 0.19682 0.33128 0.19265 0.34102 0.18870 0.35097 0.18498 0.36112 0.18148 0.37145 0.17821 0.38194 0.17518 0.39259 0.17239 0.40339 0.16984 0.41432 0.16754 0.42536 0.16548 0.43651 0.16368 0.44775 0.16213 0.45906 0.16084 0.47044 0.15980 0.48187 0.15902 0.49333 0.15850 0.50481 0.15824 0.51630 0.15824 0.52778 0.15850 0.53924 0.15902 0.55067 0.15980 0.56205 0.16084 0.57336 0.16213 0.58460 0.16368 0.59575 0.16548 0.60679 0.16754 0.61772 0.16984 0.62852 0.17239 0.63917 0.17518 0.64966 0.17821 0.65999 0.18148 0.67014 0.18498 0.68009 0.18870 0.68983 0.19265 0.69935 0.19682 0.70865 0.20120 0.71770 0.20579 0.72650 0.21058 0.73504 0.21557 0.74331 0.22074 0.75129 0.22610 0.75619 0.23067 0.74805 0.22520 0.73961 0.21992 0.73090 0.21483 0.72192 0.20994 0.71268 0.20526 0.70320 0.20079 0.69348 0.19654 0.68354 0.19251 0.67338 0.18871 0.66303 0.18514 0.65250 0.18180 0.64179 0.17871 0.63092 0.17586 0.61990 0.17326 0.60875 0.17091 0.59748 0.16881 0.58611 0.16698 0.57464 0.16539 0.56310 0.16407 0.55149 0.16302 0.53983 0.16222 0.52813 0.16169 0.51642 0.16143 0.50469 0.16143 0.49298 0.16169 0.48128 0.16222 0.46962 0.16302 0.45801 0.16407 0.44647 0.16539 0.43500 0.16698 0.42363 0.16881 0.41236 0.17091 0.40121 0.17326 0.39019 0.17586 0.37932 0.17871 0.36861 0.18180 0.35808 0.18514 0.34773 0.18871 0.33757 0.19251 0.32763 0.19654 0.31791 0.20079 0.30843 0.20526 0.29919 0.20994 0.29021 0.21483 0.28150 0.21992 0.27306 0.22520 0.26492 0.23067 0.25708 0.23632 0.24954 0.24214 0.24232 0.24814\n 40 6 12\n 38 6 1\n 14 182 8 0.75129 0.22610 0.75898 0.23164 0.76636 0.23735 0.77343 0.24322 0.77879 0.24814 0.77157 0.24214 0.76403 0.23632 0.75619 0.23067\n 40 6 12\n 38 6 1\n 14 72 3 0.24114 0.24919 0.24232 0.24814 0.24061 0.24992\n 40 6 13\n 38 6 1\n 14 116 5 0.24114 0.24919 0.24061 0.24992 0.23730 0.25336 0.23028 0.25962 0.23543 0.25429\n 40 6 12\n 38 6 1\n 14 94 4 0.24954 0.24214 0.24570 0.24615 0.24061 0.24992 0.24232 0.24814\n 40 6 13\n 38 6 1\n 14 94 4 0.24570 0.24615 0.24465 0.24725 0.23730 0.25336 0.24061 0.24992\n 40 6 12\n 38 6 1\n 14 116 5 0.25708 0.23632 0.25233 0.24132 0.24833 0.24441 0.24570 0.24615 0.24954 0.24214\n 40 6 13\n 38 6 1\n 14 72 3 0.24833 0.24441 0.24465 0.24725 0.24570 0.24615\n 40 6 12\n 38 6 1\n 14 1018 46 0.25708 0.23632 0.26492 0.23067 0.27306 0.22520 0.28150 0.21992 0.29021 0.21483 0.29919 0.20994 0.30843 0.20526 0.31791 0.20079 0.32763 0.19654 0.33757 0.19251 0.34773 0.18871 0.35808 0.18514 0.36861 0.18180 0.37932 0.17871 0.39019 0.17586 0.40121 0.17326 0.41236 0.17091 0.42363 0.16881 0.43500 0.16698 0.44647 0.16539 0.45801 0.16407 0.46962 0.16302 0.48128 0.16222 0.48073 0.16583 0.46886 0.16664 0.45703 0.16772 0.44527 0.16906 0.43359 0.17067 0.42200 0.17255 0.41052 0.17468 0.39916 0.17708 0.38794 0.17973 0.37686 0.18263 0.36595 0.18578 0.35522 0.18918 0.34468 0.19281 0.33433 0.19669 0.32420 0.20079 0.31430 0.20512 0.30464 0.20968 0.29523 0.21445 0.28608 0.21942 0.27721 0.22461 0.26861 0.22999 0.26032 0.23556 0.25233 0.24132\n 40 6 12\n 38 6 1\n 14 116 5 0.49298 0.16169 0.49265 0.16525 0.48953 0.16543 0.48073 0.16583 0.48128 0.16222\n 40 6 13\n 38 6 1\n 14 72 3 0.49265 0.16525 0.49265 0.16529 0.48953 0.16543\n 40 6 12\n 38 6 1\n 14 116 5 0.50469 0.16143 0.50458 0.16502 0.49381 0.16526 0.49265 0.16525 0.49298 0.16169\n 40 6 13\n 38 6 1\n 14 72 3 0.49381 0.16526 0.49265 0.16529 0.49265 0.16525\n 40 6 12\n 38 6 1\n 14 94 4 0.50469 0.16143 0.51642 0.16143 0.51653 0.16502 0.50458 0.16502\n 40 6 12\n 38 6 1\n 14 116 5 0.52813 0.16169 0.52842 0.16486 0.52614 0.16524 0.51653 0.16502 0.51642 0.16143\n 40 6 13\n 38 6 1\n 14 72 3 0.52842 0.16486 0.52846 0.16529 0.52614 0.16524\n 40 6 12\n 38 6 1\n 14 116 5 0.53983 0.16222 0.54038 0.16583 0.53596 0.16563 0.52842 0.16486 0.52813 0.16169\n 40 6 13\n 38 6 1\n 14 72 3 0.53596 0.16563 0.52846 0.16529 0.52842 0.16486\n 40 6 12\n 38 6 1\n 14 116 5 0.55149 0.16302 0.55222 0.16648 0.54856 0.16639 0.54038 0.16583 0.53983 0.16222\n 40 6 13\n 38 6 1\n 14 72 3 0.55222 0.16648 0.55225 0.16664 0.54856 0.16639\n 40 6 12\n 38 6 1\n 14 94 4 0.56310 0.16407 0.56396 0.16729 0.55222 0.16648 0.55149 0.16302\n 40 6 13\n 38 6 1\n 14 94 4 0.56396 0.16729 0.56408 0.16772 0.55225 0.16664 0.55222 0.16648\n 40 6 12\n 38 6 1\n 14 94 4 0.57464 0.16539 0.57548 0.16797 0.56396 0.16729 0.56310 0.16407\n 40 6 13\n 38 6 1\n 14 94 4 0.57548 0.16797 0.57584 0.16906 0.56408 0.16772 0.56396 0.16729\n 40 6 12\n 38 6 1\n 14 94 4 0.58611 0.16698 0.58705 0.16943 0.57548 0.16797 0.57464 0.16539\n 40 6 13\n 38 6 1\n 14 94 4 0.58705 0.16943 0.58752 0.17067 0.57584 0.16906 0.57548 0.16797\n 40 6 12\n 38 6 1\n 14 94 4 0.59748 0.16881 0.59831 0.17071 0.58705 0.16943 0.58611 0.16698\n 40 6 13\n 38 6 1\n 14 94 4 0.59831 0.17071 0.59911 0.17255 0.58752 0.17067 0.58705 0.16943\n 40 6 12\n 38 6 1\n 14 94 4 0.60875 0.17091 0.60944 0.17233 0.59831 0.17071 0.59748 0.16881\n 40 6 13\n 38 6 1\n 14 94 4 0.60944 0.17233 0.61059 0.17468 0.59911 0.17255 0.59831 0.17071\n 40 6 12\n 38 6 1\n 14 94 4 0.61990 0.17326 0.62083 0.17499 0.60944 0.17233 0.60875 0.17091\n 40 6 13\n 38 6 1\n 14 94 4 0.62083 0.17499 0.62195 0.17708 0.61059 0.17468 0.60944 0.17233\n 40 6 12\n 38 6 1\n 14 94 4 0.63092 0.17586 0.63199 0.17770 0.62083 0.17499 0.61990 0.17326\n 40 6 13\n 38 6 1\n 14 94 4 0.63199 0.17770 0.63317 0.17973 0.62195 0.17708 0.62083 0.17499\n 40 6 12\n 38 6 1\n 14 94 4 0.64179 0.17871 0.64340 0.18129 0.63199 0.17770 0.63092 0.17586\n 40 6 13\n 38 6 1\n 14 94 4 0.64340 0.18129 0.64425 0.18263 0.63317 0.17973 0.63199 0.17770\n 40 6 12\n 38 6 1\n 14 94 4 0.65250 0.18180 0.65427 0.18445 0.64340 0.18129 0.64179 0.17871\n 40 6 13\n 38 6 1\n 14 94 4 0.65427 0.18445 0.65516 0.18578 0.64425 0.18263 0.64340 0.18129\n 40 6 12\n 38 6 1\n 14 94 4 0.66303 0.18514 0.66453 0.18725 0.65427 0.18445 0.65250 0.18180\n 40 6 13\n 38 6 1\n 14 94 4 0.66453 0.18725 0.66589 0.18918 0.65516 0.18578 0.65427 0.18445\n 40 6 12\n 38 6 1\n 14 94 4 0.67338 0.18871 0.67556 0.19164 0.66453 0.18725 0.66303 0.18514\n 40 6 13\n 38 6 1\n 14 94 4 0.67556 0.19164 0.67644 0.19281 0.66589 0.18918 0.66453 0.18725\n 40 6 12\n 38 6 1\n 14 94 4 0.68354 0.19251 0.68632 0.19609 0.67556 0.19164 0.67338 0.18871\n 40 6 13\n 38 6 1\n 14 94 4 0.68632 0.19609 0.68678 0.19669 0.67644 0.19281 0.67556 0.19164\n 40 6 12\n 38 6 1\n 14 116 5 0.69348 0.19654 0.69691 0.20079 0.69328 0.19932 0.68632 0.19609 0.68354 0.19251\n 40 6 13\n 38 6 1\n 14 72 3 0.69328 0.19932 0.68678 0.19669 0.68632 0.19609\n 40 6 12\n 38 6 1\n 14 116 5 0.70320 0.20079 0.70677 0.20507 0.70622 0.20487 0.69691 0.20079 0.69348 0.19654\n 40 6 13\n 38 6 1\n 14 72 3 0.70677 0.20507 0.70681 0.20512 0.70622 0.20487\n 40 6 12\n 38 6 1\n 14 94 4 0.71268 0.20526 0.71574 0.20883 0.70677 0.20507 0.70320 0.20079\n 40 6 13\n 38 6 1\n 14 94 4 0.71574 0.20883 0.71647 0.20968 0.70681 0.20512 0.70677 0.20507\n 40 6 12\n 38 6 1\n 14 116 5 0.72192 0.20994 0.72588 0.21445 0.72011 0.21152 0.71574 0.20883 0.71268 0.20526\n 40 6 13\n 38 6 1\n 14 72 3 0.72011 0.21152 0.71647 0.20968 0.71574 0.20883\n 40 6 12\n 38 6 1\n 14 402 18 0.72192 0.20994 0.73090 0.21483 0.73961 0.21992 0.74805 0.22520 0.75619 0.23067 0.76403 0.23632 0.77157 0.24214 0.77879 0.24814 0.78568 0.25429 0.79083 0.25962 0.78381 0.25336 0.77646 0.24725 0.76878 0.24132 0.76079 0.23556 0.75250 0.22999 0.74390 0.22461 0.73503 0.21942 0.72588 0.21445\n 40 6 13\n 38 6 1\n 14 182 8 0.22360 0.26605 0.23028 0.25962 0.23730 0.25336 0.24465 0.24725 0.24008 0.25267 0.23261 0.25888 0.22546 0.26525 0.21867 0.27178\n 40 6 12\n 38 6 1\n 14 72 3 0.24833 0.24441 0.25233 0.24132 0.25176 0.24200\n 40 6 13\n 38 6 1\n 14 116 5 0.24833 0.24441 0.25176 0.24200 0.24789 0.24663 0.24008 0.25267 0.24465 0.24725\n 40 6 12\n 38 6 1\n 14 94 4 0.26032 0.23556 0.25962 0.23641 0.25176 0.24200 0.25233 0.24132\n 40 6 13\n 38 6 1\n 14 94 4 0.25962 0.23641 0.25602 0.24078 0.24789 0.24663 0.25176 0.24200\n 40 6 12\n 38 6 1\n 14 94 4 0.26861 0.22999 0.26729 0.23162 0.25962 0.23641 0.26032 0.23556\n 40 6 13\n 38 6 1\n 14 94 4 0.26729 0.23162 0.26446 0.23511 0.25602 0.24078 0.25962 0.23641\n 40 6 12\n 38 6 1\n 14 94 4 0.27721 0.22461 0.27590 0.22624 0.26729 0.23162 0.26861 0.22999\n 40 6 13\n 38 6 1\n 14 94 4 0.27590 0.22624 0.27320 0.22963 0.26446 0.23511 0.26729 0.23162\n 40 6 12\n 38 6 1\n 14 94 4 0.28608 0.21942 0.28390 0.22222 0.27590 0.22624 0.27721 0.22461\n 40 6 13\n 38 6 1\n 14 94 4 0.28390 0.22222 0.28223 0.22436 0.27320 0.22963 0.27590 0.22624\n 40 6 12\n 38 6 1\n 14 94 4 0.29523 0.21445 0.29390 0.21619 0.28390 0.22222 0.28608 0.21942\n 40 6 13\n 38 6 1\n 14 94 4 0.29390 0.21619 0.29153 0.21930 0.28223 0.22436 0.28390 0.22222\n 40 6 12\n 38 6 1\n 14 94 4 0.30464 0.20968 0.30406 0.21045 0.29390 0.21619 0.29523 0.21445\n 40 6 13\n 38 6 1\n 14 94 4 0.30406 0.21045 0.30110 0.21445 0.29153 0.21930 0.29390 0.21619\n 40 6 12\n 38 6 1\n 14 94 4 0.31430 0.20512 0.31289 0.20709 0.30406 0.21045 0.30464 0.20968\n 40 6 13\n 38 6 1\n 14 94 4 0.31289 0.20709 0.31093 0.20982 0.30110 0.21445 0.30406 0.21045\n 40 6 12\n 38 6 1\n 14 94 4 0.32420 0.20079 0.32390 0.20123 0.31289 0.20709 0.31430 0.20512\n 40 6 13\n 38 6 1\n 14 94 4 0.32390 0.20123 0.32100 0.20541 0.31093 0.20982 0.31289 0.20709\n 40 6 12\n 38 6 1\n 14 94 4 0.33433 0.19669 0.33371 0.19763 0.32390 0.20123 0.32420 0.20079\n 40 6 13\n 38 6 1\n 14 94 4 0.33371 0.19763 0.33131 0.20123 0.32100 0.20541 0.32390 0.20123\n 40 6 12\n 38 6 1\n 14 94 4 0.34468 0.19281 0.34430 0.19340 0.33371 0.19763 0.33433 0.19669\n 40 6 13\n 38 6 1\n 14 94 4 0.34430 0.19340 0.34183 0.19729 0.33131 0.20123 0.33371 0.19763\n 40 6 12\n 38 6 1\n 14 94 4 0.35522 0.18918 0.35446 0.19044 0.34430 0.19340 0.34468 0.19281\n 40 6 13\n 38 6 1\n 14 94 4 0.35446 0.19044 0.35255 0.19359 0.34183 0.19729 0.34430 0.19340\n 40 6 12\n 38 6 1\n 14 94 4 0.36595 0.18578 0.36515 0.18719 0.35446 0.19044 0.35522 0.18918\n 40 6 13\n 38 6 1\n 14 94 4 0.36515 0.18719 0.36347 0.19014 0.35255 0.19359 0.35446 0.19044\n 40 6 12\n 38 6 1\n 14 94 4 0.37686 0.18263 0.37667 0.18299 0.36515 0.18719 0.36595 0.18578\n 40 6 13\n 38 6 1\n 14 94 4 0.37667 0.18299 0.37457 0.18694 0.36347 0.19014 0.36515 0.18719\n 40 6 12\n 38 6 1\n 14 94 4 0.38794 0.17973 0.38752 0.18057 0.37667 0.18299 0.37686 0.18263\n 40 6 13\n 38 6 1\n 14 94 4 0.38752 0.18057 0.38583 0.18398 0.37457 0.18694 0.37667 0.18299\n 40 6 12\n 38 6 1\n 14 94 4 0.39916 0.17708 0.39851 0.17851 0.38752 0.18057 0.38794 0.17973\n 40 6 13\n 38 6 1\n 14 94 4 0.39851 0.17851 0.39725 0.18129 0.38583 0.18398 0.38752 0.18057\n 40 6 12\n 38 6 1\n 14 94 4 0.41052 0.17468 0.41008 0.17576 0.39851 0.17851 0.39916 0.17708\n 40 6 13\n 38 6 1\n 14 94 4 0.41008 0.17576 0.40880 0.17885 0.39725 0.18129 0.39851 0.17851\n 40 6 12\n 38 6 1\n 14 94 4 0.42200 0.17255 0.42151 0.17387 0.41008 0.17576 0.41052 0.17468\n 40 6 13\n 38 6 1\n 14 94 4 0.42151 0.17387 0.42048 0.17668 0.40880 0.17885 0.41008 0.17576\n 40 6 12\n 38 6 1\n 14 94 4 0.43359 0.17067 0.43315 0.17202 0.42151 0.17387 0.42200 0.17255\n 40 6 13\n 38 6 1\n 14 94 4 0.43315 0.17202 0.43227 0.17478 0.42048 0.17668 0.42151 0.17387\n 40 6 12\n 38 6 1\n 14 94 4 0.44527 0.16906 0.44502 0.16998 0.43315 0.17202 0.43359 0.17067\n 40 6 13\n 38 6 1\n 14 94 4 0.44502 0.16998 0.44415 0.17314 0.43227 0.17478 0.43315 0.17202\n 40 6 12\n 38 6 1\n 14 94 4 0.45703 0.16772 0.45670 0.16918 0.44502 0.16998 0.44527 0.16906\n 40 6 13\n 38 6 1\n 14 94 4 0.45670 0.16918 0.45611 0.17177 0.44415 0.17314 0.44502 0.16998\n 40 6 12\n 38 6 1\n 14 94 4 0.46886 0.16664 0.46878 0.16709 0.45670 0.16918 0.45703 0.16772\n 40 6 13\n 38 6 1\n 14 94 4 0.46878 0.16709 0.46814 0.17067 0.45611 0.17177 0.45670 0.16918\n 40 6 12\n 38 6 1\n 14 94 4 0.48073 0.16583 0.48070 0.16612 0.46878 0.16709 0.46886 0.16664\n 40 6 13\n 38 6 1\n 14 94 4 0.48070 0.16612 0.48022 0.16985 0.46814 0.17067 0.46878 0.16709\n 40 6 12\n 38 6 1\n 14 72 3 0.48953 0.16543 0.48070 0.16612 0.48073 0.16583\n 40 6 13\n 38 6 1\n 14 116 5 0.48953 0.16543 0.49265 0.16529 0.49234 0.16930 0.48022 0.16985 0.48070 0.16612\n 40 6 12\n 38 6 1\n 14 72 3 0.49381 0.16526 0.50458 0.16502 0.50457 0.16552\n 40 6 13\n 38 6 1\n 14 116 5 0.49381 0.16526 0.50457 0.16552 0.50448 0.16902 0.49234 0.16930 0.49265 0.16529\n 40 6 12\n 38 6 1\n 14 94 4 0.51653 0.16502 0.51656 0.16629 0.50457 0.16552 0.50458 0.16502\n 40 6 13\n 38 6 1\n 14 94 4 0.51656 0.16629 0.51663 0.16902 0.50448 0.16902 0.50457 0.16552\n 40 6 12\n 38 6 1\n 14 72 3 0.52614 0.16524 0.51656 0.16629 0.51653 0.16502\n 40 6 13\n 38 6 1\n 14 116 5 0.52614 0.16524 0.52846 0.16529 0.52877 0.16930 0.51663 0.16902 0.51656 0.16629\n 40 6 12\n 38 6 1\n 14 72 3 0.53596 0.16563 0.54038 0.16583 0.54040 0.16605\n 40 6 13\n 38 6 1\n 14 116 5 0.53596 0.16563 0.54040 0.16605 0.54089 0.16985 0.52877 0.16930 0.52846 0.16529\n 40 6 12\n 38 6 1\n 14 72 3 0.54856 0.16639 0.54040 0.16605 0.54038 0.16583\n 40 6 13\n 38 6 1\n 14 116 5 0.54856 0.16639 0.55225 0.16664 0.55297 0.17067 0.54089 0.16985 0.54040 0.16605\n 40 6 13\n 38 6 1\n 14 578 26 0.55225 0.16664 0.56408 0.16772 0.57584 0.16906 0.58752 0.17067 0.59911 0.17255 0.61059 0.17468 0.62195 0.17708 0.63317 0.17973 0.64425 0.18263 0.65516 0.18578 0.66589 0.18918 0.67644 0.19281 0.68678 0.19669 0.68980 0.20123 0.67928 0.19729 0.66856 0.19359 0.65764 0.19014 0.64654 0.18694 0.63528 0.18398 0.62386 0.18129 0.61231 0.17885 0.60063 0.17668 0.58885 0.17478 0.57696 0.17314 0.56500 0.17177 0.55297 0.17067\n 40 6 12\n 38 6 1\n 14 72 3 0.69328 0.19932 0.69691 0.20079 0.69727 0.20131\n 40 6 13\n 38 6 1\n 14 116 5 0.69328 0.19932 0.69727 0.20131 0.70011 0.20541 0.68980 0.20123 0.68678 0.19669\n 40 6 12\n 38 6 1\n 14 72 3 0.70622 0.20487 0.69727 0.20131 0.69691 0.20079\n 40 6 13\n 38 6 1\n 14 116 5 0.70622 0.20487 0.70681 0.20512 0.71018 0.20982 0.70011 0.20541 0.69727 0.20131\n 40 6 13\n 38 6 1\n 14 94 4 0.70681 0.20512 0.71647 0.20968 0.72001 0.21445 0.71018 0.20982\n 40 6 12\n 38 6 1\n 14 72 3 0.72011 0.21152 0.72588 0.21445 0.72818 0.21747\n 40 6 13\n 38 6 1\n 14 116 5 0.72011 0.21152 0.72818 0.21747 0.72958 0.21930 0.72001 0.21445 0.71647 0.20968\n 40 6 12\n 38 6 1\n 14 94 4 0.73503 0.21942 0.73667 0.22153 0.72818 0.21747 0.72588 0.21445\n 40 6 13\n 38 6 1\n 14 94 4 0.73667 0.22153 0.73888 0.22436 0.72958 0.21930 0.72818 0.21747\n 40 6 12\n 38 6 1\n 14 116 5 0.74390 0.22461 0.74791 0.22963 0.74715 0.22919 0.73667 0.22153 0.73503 0.21942\n 40 6 13\n 38 6 1\n 14 72 3 0.74715 0.22919 0.73888 0.22436 0.73667 0.22153\n 40 6 12\n 38 6 1\n 14 402 18 0.74390 0.22461 0.75250 0.22999 0.76079 0.23556 0.76878 0.24132 0.77646 0.24725 0.78381 0.25336 0.79083 0.25962 0.79751 0.26605 0.80384 0.27262 0.80888 0.27847 0.80244 0.27178 0.79565 0.26525 0.78851 0.25888 0.78103 0.25267 0.77322 0.24663 0.76509 0.24078 0.75665 0.23511 0.74791 0.22963\n 40 6 13\n 38 6 1\n 14 2250 102 0.21223 0.27847 0.21867 0.27178 0.22546 0.26525 0.23261 0.25888 0.24008 0.25267 0.24789 0.24663 0.25602 0.24078 0.26446 0.23511 0.27320 0.22963 0.28223 0.22436 0.29153 0.21930 0.30110 0.21445 0.31093 0.20982 0.32100 0.20541 0.33131 0.20123 0.34183 0.19729 0.35255 0.19359 0.36347 0.19014 0.37457 0.18694 0.38583 0.18398 0.39725 0.18129 0.40880 0.17885 0.42048 0.17668 0.43227 0.17478 0.44415 0.17314 0.45611 0.17177 0.46814 0.17067 0.48022 0.16985 0.49234 0.16930 0.50448 0.16902 0.51663 0.16902 0.52877 0.16930 0.54089 0.16985 0.55297 0.17067 0.56500 0.17177 0.57696 0.17314 0.58885 0.17478 0.60063 0.17668 0.61231 0.17885 0.62386 0.18129 0.63528 0.18398 0.64654 0.18694 0.65764 0.19014 0.66856 0.19359 0.67928 0.19729 0.68980 0.20123 0.70011 0.20541 0.71018 0.20982 0.72001 0.21445 0.72958 0.21930 0.73888 0.22436 0.74246 0.22964 0.73301 0.22449 0.72329 0.21956 0.71330 0.21486 0.70308 0.21039 0.69261 0.20614 0.68193 0.20214 0.67103 0.19839 0.65994 0.19488 0.64867 0.19162 0.63723 0.18862 0.62564 0.18589 0.61390 0.18341 0.60204 0.18121 0.59007 0.17927 0.57800 0.17761 0.56585 0.17622 0.55363 0.17510 0.54136 0.17427 0.52906 0.17371 0.51672 0.17343 0.50439 0.17343 0.49206 0.17371 0.47975 0.17427 0.46748 0.17510 0.45526 0.17622 0.44311 0.17761 0.43104 0.17927 0.41907 0.18121 0.40721 0.18341 0.39547 0.18589 0.38388 0.18862 0.37244 0.19162 0.36117 0.19488 0.35008 0.19839 0.33918 0.20214 0.32850 0.20614 0.31803 0.21039 0.30781 0.21486 0.29782 0.21956 0.28810 0.22449 0.27865 0.22964 0.26948 0.23499 0.26061 0.24055 0.25203 0.24631 0.24378 0.25225 0.23585 0.25839 0.22825 0.26469 0.22100 0.27117 0.21410 0.27780 0.20756 0.28459\n 40 6 12\n 38 6 1\n 14 72 3 0.74715 0.22919 0.74791 0.22963 0.74855 0.23055\n 40 6 13\n 38 6 1\n 14 116 5 0.74715 0.22919 0.74855 0.23055 0.75163 0.23499 0.74246 0.22964 0.73888 0.22436\n 40 6 12\n 38 6 1\n 14 116 5 0.75665 0.23511 0.76051 0.24055 0.75366 0.23626 0.74855 0.23055 0.74791 0.22963\n 40 6 13\n 38 6 1\n 14 72 3 0.75366 0.23626 0.75163 0.23499 0.74855 0.23055\n 40 6 12\n 38 6 1\n 14 402 18 0.75665 0.23511 0.76509 0.24078 0.77322 0.24663 0.78103 0.25267 0.78851 0.25888 0.79565 0.26525 0.80244 0.27178 0.80888 0.27847 0.81495 0.28529 0.81972 0.29152 0.81355 0.28459 0.80701 0.27780 0.80011 0.27117 0.79286 0.26469 0.78526 0.25839 0.77733 0.25225 0.76908 0.24631 0.76051 0.24055\n 40 6 13\n 38 6 1\n 14 2250 102 0.20139 0.29152 0.20756 0.28459 0.21410 0.27780 0.22100 0.27117 0.22825 0.26469 0.23585 0.25839 0.24378 0.25225 0.25203 0.24631 0.26061 0.24055 0.26948 0.23499 0.27865 0.22964 0.28810 0.22449 0.29782 0.21956 0.30781 0.21486 0.31803 0.21039 0.32850 0.20614 0.33918 0.20214 0.35008 0.19839 0.36117 0.19488 0.37244 0.19162 0.38388 0.18862 0.39547 0.18589 0.40721 0.18341 0.41907 0.18121 0.43104 0.17927 0.44311 0.17761 0.45526 0.17622 0.46748 0.17510 0.47975 0.17427 0.49206 0.17371 0.50439 0.17343 0.51672 0.17343 0.52906 0.17371 0.54136 0.17427 0.55363 0.17510 0.56585 0.17622 0.57800 0.17761 0.59007 0.17927 0.60204 0.18121 0.61390 0.18341 0.62564 0.18589 0.63723 0.18862 0.64867 0.19162 0.65994 0.19488 0.67103 0.19839 0.68193 0.20214 0.69261 0.20614 0.70308 0.21039 0.71330 0.21486 0.72329 0.21956 0.73301 0.22449 0.73617 0.23002 0.72631 0.22502 0.71618 0.22025 0.70581 0.21572 0.69520 0.21141 0.68436 0.20736 0.67331 0.20355 0.66207 0.19999 0.65063 0.19669 0.63903 0.19365 0.62727 0.19087 0.61537 0.18836 0.60334 0.18612 0.59120 0.18416 0.57896 0.18247 0.56664 0.18106 0.55425 0.17993 0.54180 0.17908 0.52932 0.17852 0.51681 0.17824 0.50430 0.17824 0.49179 0.17852 0.47931 0.17908 0.46686 0.17993 0.45447 0.18106 0.44215 0.18247 0.42991 0.18416 0.41777 0.18612 0.40574 0.18836 0.39384 0.19087 0.38208 0.19365 0.37048 0.19669 0.35904 0.19999 0.34780 0.20355 0.33675 0.20736 0.32591 0.21141 0.31530 0.21572 0.30493 0.22025 0.29480 0.22502 0.28494 0.23002 0.27536 0.23524 0.26606 0.24067 0.25705 0.24631 0.24836 0.25215 0.23999 0.25818 0.23195 0.26440 0.22424 0.27079 0.21689 0.27736 0.20989 0.28409 0.20326 0.29097 0.19700 0.29800\n 40 6 13\n 38 6 1\n 14 138 6 0.73301 0.22449 0.74246 0.22964 0.75163 0.23499 0.75505 0.24067 0.74576 0.23524 0.73617 0.23002\n 40 6 12\n 38 6 1\n 14 72 3 0.75366 0.23626 0.76051 0.24055 0.76249 0.24376\n 40 6 13\n 38 6 1\n 14 116 5 0.75366 0.23626 0.76249 0.24376 0.76406 0.24631 0.75505 0.24067 0.75163 0.23499\n 40 6 12\n 38 6 1\n 14 116 5 0.76908 0.24631 0.77275 0.25215 0.76705 0.24832 0.76249 0.24376 0.76051 0.24055\n 40 6 13\n 38 6 1\n 14 72 3 0.76705 0.24832 0.76406 0.24631 0.76249 0.24376\n 40 6 12\n 38 6 1\n 14 402 18 0.76908 0.24631 0.77733 0.25225 0.78526 0.25839 0.79286 0.26469 0.80011 0.27117 0.80701 0.27780 0.81355 0.28459 0.81972 0.29152 0.82551 0.29859 0.82998 0.30517 0.82411 0.29800 0.81785 0.29097 0.81122 0.28409 0.80422 0.27736 0.79687 0.27079 0.78917 0.26440 0.78112 0.25818 0.77275 0.25215\n 40 6 13\n 38 6 1\n 14 2250 102 0.19700 0.29800 0.20326 0.29097 0.20989 0.28409 0.21689 0.27736 0.22424 0.27079 0.23195 0.26440 0.23999 0.25818 0.24836 0.25215 0.25705 0.24631 0.26606 0.24067 0.27536 0.23524 0.28494 0.23002 0.29480 0.22502 0.30493 0.22025 0.31530 0.21572 0.32591 0.21141 0.33675 0.20736 0.34780 0.20355 0.35904 0.19999 0.37048 0.19669 0.38208 0.19365 0.39384 0.19087 0.40574 0.18836 0.41777 0.18612 0.42991 0.18416 0.44215 0.18247 0.45447 0.18106 0.46686 0.17993 0.47931 0.17908 0.49179 0.17852 0.50430 0.17824 0.51681 0.17824 0.52932 0.17852 0.54180 0.17908 0.55425 0.17993 0.56664 0.18106 0.57896 0.18247 0.59120 0.18416 0.60334 0.18612 0.61537 0.18836 0.62727 0.19087 0.63903 0.19365 0.65063 0.19669 0.66207 0.19999 0.67331 0.20355 0.68436 0.20736 0.69520 0.21141 0.70581 0.21572 0.71618 0.22025 0.72631 0.22502 0.73617 0.23002 0.73905 0.23588 0.72907 0.23082 0.71881 0.22599 0.70831 0.22139 0.69756 0.21703 0.68658 0.21292 0.67539 0.20907 0.66400 0.20546 0.65243 0.20212 0.64067 0.19904 0.62877 0.19623 0.61671 0.19369 0.60453 0.19142 0.59223 0.18943 0.57984 0.18772 0.56735 0.18630 0.55480 0.18515 0.54220 0.18429 0.52956 0.18372 0.51689 0.18343 0.50422 0.18343 0.49155 0.18372 0.47891 0.18429 0.46631 0.18515 0.45376 0.18630 0.44127 0.18772 0.42888 0.18943 0.41658 0.19142 0.40440 0.19369 0.39235 0.19623 0.38044 0.19904 0.36869 0.20212 0.35711 0.20546 0.34572 0.20907 0.33453 0.21292 0.32355 0.21703 0.31280 0.22139 0.30230 0.22599 0.29204 0.23082 0.28206 0.23588 0.27235 0.24116 0.26293 0.24667 0.25381 0.25238 0.24501 0.25829 0.23653 0.26440 0.22838 0.27070 0.22058 0.27717 0.21313 0.28382 0.20604 0.29064 0.19933 0.29761 0.19299 0.30473\n 40 6 13\n 38 6 1\n 14 138 6 0.73617 0.23002 0.74576 0.23524 0.75505 0.24067 0.75818 0.24667 0.74876 0.24116 0.73905 0.23588\n 40 6 12\n 38 6 1\n 14 72 3 0.76636 0.25062 0.76730 0.25238 0.76227 0.24922\n 40 6 13\n 38 6 1\n 14 116 5 0.76406 0.24631 0.76636 0.25062 0.76227 0.24922 0.75818 0.24667 0.75505 0.24067\n 40 6 12\n 38 6 1\n 14 116 5 0.76705 0.24832 0.77275 0.25215 0.77610 0.25829 0.76730 0.25238 0.76636 0.25062\n 40 6 13\n 38 6 1\n 14 72 3 0.76705 0.24832 0.76636 0.25062 0.76406 0.24631\n 40 6 12\n 38 6 1\n 14 490 22 0.77275 0.25215 0.78112 0.25818 0.78917 0.26440 0.79687 0.27079 0.80422 0.27736 0.81122 0.28409 0.81785 0.29097 0.82411 0.29800 0.82998 0.30517 0.83547 0.31246 0.84056 0.31988 0.84478 0.32689 0.83963 0.31938 0.83407 0.31199 0.82812 0.30473 0.82178 0.29761 0.81507 0.29064 0.80798 0.28382 0.80053 0.27717 0.79273 0.27070 0.78458 0.26440 0.77610 0.25829\n 40 6 13\n 38 6 1\n 14 2250 102 0.18149 0.31938 0.18704 0.31199 0.19299 0.30473 0.19933 0.29761 0.20604 0.29064 0.21313 0.28382 0.22058 0.27717 0.22838 0.27070 0.23653 0.26440 0.24501 0.25829 0.25381 0.25238 0.26293 0.24667 0.27235 0.24116 0.28206 0.23588 0.29204 0.23082 0.30230 0.22599 0.31280 0.22139 0.32355 0.21703 0.33453 0.21292 0.34572 0.20907 0.35711 0.20546 0.36869 0.20212 0.38044 0.19904 0.39235 0.19623 0.40440 0.19369 0.41658 0.19142 0.42888 0.18943 0.44127 0.18772 0.45376 0.18630 0.46631 0.18515 0.47891 0.18429 0.49155 0.18372 0.50422 0.18343 0.51689 0.18343 0.52956 0.18372 0.54220 0.18429 0.55480 0.18515 0.56735 0.18630 0.57984 0.18772 0.59223 0.18943 0.60453 0.19142 0.61671 0.19369 0.62877 0.19623 0.64067 0.19904 0.65243 0.20212 0.66400 0.20546 0.67539 0.20907 0.68658 0.21292 0.69756 0.21703 0.70831 0.22139 0.71881 0.22599 0.72119 0.23206 0.71056 0.22741 0.69969 0.22300 0.68859 0.21884 0.67727 0.21494 0.66575 0.21130 0.65404 0.20791 0.64216 0.20480 0.63011 0.20196 0.61792 0.19939 0.60560 0.19709 0.59316 0.19508 0.58063 0.19335 0.56800 0.19191 0.55531 0.19075 0.54256 0.18988 0.52977 0.18930 0.51696 0.18901 0.50415 0.18901 0.49134 0.18930 0.47855 0.18988 0.46580 0.19075 0.45311 0.19191 0.44048 0.19335 0.42795 0.19508 0.41551 0.19709 0.40319 0.19939 0.39100 0.20196 0.37895 0.20480 0.36707 0.20791 0.35536 0.21130 0.34384 0.21494 0.33252 0.21884 0.32142 0.22300 0.31055 0.22741 0.29992 0.23206 0.28955 0.23694 0.27945 0.24206 0.26963 0.24741 0.26010 0.25297 0.25088 0.25874 0.24198 0.26473 0.23340 0.27090 0.22516 0.27727 0.21727 0.28382 0.20974 0.29055 0.20257 0.29744 0.19578 0.30449 0.18937 0.31170 0.18335 0.31904 0.17773 0.32651\n 40 6 13\n 38 6 1\n 14 182 8 0.71881 0.22599 0.72907 0.23082 0.73905 0.23588 0.74876 0.24116 0.75148 0.24741 0.74166 0.24206 0.73156 0.23694 0.72119 0.23206\n 40 6 12\n 38 6 1\n 14 72 3 0.75999 0.25071 0.76101 0.25297 0.75962 0.25216\n 40 6 13\n 38 6 1\n 14 116 5 0.75818 0.24667 0.75999 0.25071 0.75962 0.25216 0.75148 0.24741 0.74876 0.24116\n 40 6 12\n 38 6 1\n 14 116 5 0.76227 0.24922 0.76730 0.25238 0.77023 0.25874 0.76101 0.25297 0.75999 0.25071\n 40 6 13\n 38 6 1\n 14 72 3 0.76227 0.24922 0.75999 0.25071 0.75818 0.24667\n 40 6 12\n 38 6 1\n 14 578 26 0.76730 0.25238 0.77610 0.25829 0.78458 0.26440 0.79273 0.27070 0.80053 0.27717 0.80798 0.28382 0.81507 0.29064 0.82178 0.29761 0.82812 0.30473 0.83407 0.31199 0.83963 0.31938 0.84478 0.32689 0.84953 0.33451 0.85339 0.34181 0.84859 0.33410 0.84338 0.32651 0.83776 0.31904 0.83174 0.31170 0.82533 0.30449 0.81854 0.29744 0.81137 0.29055 0.80384 0.28382 0.79595 0.27727 0.78771 0.27090 0.77913 0.26473 0.77023 0.25874\n 40 6 13\n 38 6 1\n 14 2250 102 0.17773 0.32651 0.18335 0.31904 0.18937 0.31170 0.19578 0.30449 0.20257 0.29744 0.20974 0.29055 0.21727 0.28382 0.22516 0.27727 0.23340 0.27090 0.24198 0.26473 0.25088 0.25874 0.26010 0.25297 0.26963 0.24741 0.27945 0.24206 0.28955 0.23694 0.29992 0.23206 0.31055 0.22741 0.32142 0.22300 0.33252 0.21884 0.34384 0.21494 0.35536 0.21130 0.36707 0.20791 0.37895 0.20480 0.39100 0.20196 0.40319 0.19939 0.41551 0.19709 0.42795 0.19508 0.44048 0.19335 0.45311 0.19191 0.46580 0.19075 0.47855 0.18988 0.49134 0.18930 0.50415 0.18901 0.51696 0.18901 0.52977 0.18930 0.54256 0.18988 0.55531 0.19075 0.56800 0.19191 0.58063 0.19335 0.59316 0.19508 0.60560 0.19709 0.61792 0.19939 0.63011 0.20196 0.64216 0.20480 0.65404 0.20791 0.66575 0.21130 0.67727 0.21494 0.68859 0.21884 0.69969 0.22300 0.71056 0.22741 0.72119 0.23206 0.72331 0.23845 0.71258 0.23375 0.70160 0.22930 0.69038 0.22510 0.67895 0.22116 0.66731 0.21748 0.65549 0.21407 0.64348 0.21092 0.63132 0.20805 0.61900 0.20545 0.60656 0.20314 0.59400 0.20111 0.58133 0.19936 0.56858 0.19790 0.55576 0.19673 0.54288 0.19585 0.52997 0.19527 0.51703 0.19498 0.50408 0.19498 0.49114 0.19527 0.47823 0.19585 0.46535 0.19673 0.45253 0.19790 0.43978 0.19936 0.42712 0.20111 0.41455 0.20314 0.40211 0.20545 0.38979 0.20805 0.37763 0.21092 0.36562 0.21407 0.35380 0.21748 0.34216 0.22116 0.33073 0.22510 0.31951 0.22930 0.30853 0.23375 0.29780 0.23845 0.28733 0.24339 0.27712 0.24856 0.26721 0.25395 0.25758 0.25957 0.24827 0.26541 0.23928 0.27145 0.23061 0.27769 0.22229 0.28412 0.21432 0.29074 0.20671 0.29753 0.19947 0.30450 0.19261 0.31162 0.18614 0.31889 0.18006 0.32631 0.17438 0.33385\n 40 6 13\n 38 6 1\n 14 182 8 0.72119 0.23206 0.73156 0.23694 0.74166 0.24206 0.75148 0.24741 0.75390 0.25395 0.74399 0.24856 0.73378 0.24339 0.72331 0.23845\n 40 6 12\n 38 6 1\n 14 72 3 0.75962 0.25216 0.76101 0.25297 0.76149 0.25423\n 40 6 13\n 38 6 1\n 14 116 5 0.75962 0.25216 0.76149 0.25423 0.76353 0.25957 0.75390 0.25395 0.75148 0.24741\n 40 6 12\n 38 6 1\n 14 116 5 0.77023 0.25874 0.77284 0.26541 0.77096 0.26423 0.76149 0.25423 0.76101 0.25297\n 40 6 13\n 38 6 1\n 14 72 3 0.77096 0.26423 0.76353 0.25957 0.76149 0.25423\n 40 6 12\n 38 6 1\n 14 622 28 0.77023 0.25874 0.77913 0.26473 0.78771 0.27090 0.79595 0.27727 0.80384 0.28382 0.81137 0.29055 0.81854 0.29744 0.82533 0.30449 0.83174 0.31170 0.83776 0.31904 0.84338 0.32651 0.84859 0.33410 0.85339 0.34181 0.85778 0.34963 0.86127 0.35720 0.85684 0.34931 0.85199 0.34153 0.84673 0.33385 0.84105 0.32631 0.83497 0.31889 0.82850 0.31162 0.82164 0.30450 0.81440 0.29753 0.80679 0.29074 0.79882 0.28412 0.79050 0.27769 0.78183 0.27145 0.77284 0.26541\n 40 6 13\n 38 6 1\n 14 116 5 0.15922 0.35844 0.15925 0.35870 0.15677 0.36495 0.15274 0.37301 0.15584 0.36519\n 40 6 14\n 38 6 1\n 14 72 3 0.15922 0.35844 0.15984 0.35720 0.15925 0.35870\n 40 6 13\n 38 6 1\n 14 116 5 0.16047 0.35607 0.16427 0.34931 0.16124 0.35699 0.15677 0.36495 0.15925 0.35870\n 40 6 14\n 38 6 1\n 14 72 3 0.16047 0.35607 0.15925 0.35870 0.15984 0.35720\n 40 6 13\n 38 6 1\n 14 2250 102 0.16427 0.34931 0.16912 0.34153 0.17438 0.33385 0.18006 0.32631 0.18614 0.31889 0.19261 0.31162 0.19947 0.30450 0.20671 0.29753 0.21432 0.29074 0.22229 0.28412 0.23061 0.27769 0.23928 0.27145 0.24827 0.26541 0.25758 0.25957 0.26721 0.25395 0.27712 0.24856 0.28733 0.24339 0.29780 0.23845 0.30853 0.23375 0.31951 0.22930 0.33073 0.22510 0.34216 0.22116 0.35380 0.21748 0.36562 0.21407 0.37763 0.21092 0.38979 0.20805 0.40211 0.20545 0.41455 0.20314 0.42712 0.20111 0.43978 0.19936 0.45253 0.19790 0.46535 0.19673 0.47823 0.19585 0.49114 0.19527 0.50408 0.19498 0.51703 0.19498 0.52997 0.19527 0.54288 0.19585 0.55576 0.19673 0.56858 0.19790 0.58133 0.19936 0.59400 0.20111 0.60656 0.20314 0.61900 0.20545 0.63132 0.20805 0.64348 0.21092 0.65549 0.21407 0.66731 0.21748 0.67895 0.22116 0.69038 0.22510 0.70160 0.22930 0.70327 0.23594 0.69196 0.23170 0.68042 0.22772 0.66869 0.22401 0.65675 0.22056 0.64464 0.21739 0.63237 0.21449 0.61995 0.21188 0.60740 0.20954 0.59472 0.20749 0.58195 0.20573 0.56909 0.20426 0.55615 0.20308 0.54317 0.20220 0.53014 0.20160 0.51709 0.20131 0.50403 0.20131 0.49097 0.20160 0.47794 0.20220 0.46496 0.20308 0.45202 0.20426 0.43916 0.20573 0.42639 0.20749 0.41371 0.20954 0.40116 0.21188 0.38874 0.21449 0.37647 0.21739 0.36436 0.22057 0.35243 0.22401 0.34069 0.22772 0.32916 0.23170 0.31784 0.23594 0.30677 0.24043 0.29594 0.24516 0.28538 0.25014 0.27508 0.25536 0.26508 0.26080 0.25537 0.26647 0.24598 0.27236 0.23691 0.27845 0.22817 0.28475 0.21977 0.29123 0.21173 0.29791 0.20405 0.30476 0.19675 0.31179 0.18983 0.31897 0.18330 0.32631 0.17717 0.33379 0.17144 0.34140 0.16613 0.34914 0.16124 0.35699\n 40 6 13\n 38 6 1\n 14 314 14 0.70160 0.22930 0.71258 0.23375 0.72331 0.23845 0.73378 0.24339 0.74399 0.24856 0.75390 0.25395 0.76353 0.25957 0.76574 0.26647 0.75603 0.26080 0.74603 0.25536 0.73574 0.25014 0.72517 0.24516 0.71434 0.24043 0.70327 0.23594\n 40 6 12\n 38 6 1\n 14 72 3 0.77096 0.26423 0.77284 0.26541 0.77321 0.26654\n 40 6 13\n 38 6 1\n 14 116 5 0.77096 0.26423 0.77321 0.26654 0.77513 0.27236 0.76574 0.26647 0.76353 0.25957\n 40 6 12\n 38 6 1\n 14 116 5 0.78183 0.27145 0.78420 0.27845 0.78420 0.27844 0.77321 0.26654 0.77284 0.26541\n 40 6 13\n 38 6 1\n 14 72 3 0.78420 0.27844 0.77513 0.27236 0.77321 0.26654\n 40 6 12\n 38 6 1\n 14 116 5 0.79050 0.27769 0.79285 0.28448 0.78430 0.27852 0.78420 0.27845 0.78183 0.27145\n 40 6 13\n 38 6 1\n 14 72 3 0.79285 0.28448 0.79294 0.28475 0.78430 0.27852\n 40 6 12\n 38 6 1\n 14 116 5 0.79882 0.28412 0.80134 0.29123 0.79348 0.28516 0.79285 0.28448 0.79050 0.27769\n 40 6 13\n 38 6 1\n 14 72 3 0.79348 0.28516 0.79294 0.28475 0.79285 0.28448\n 40 6 12\n 38 6 1\n 14 138 6 0.79882 0.28412 0.80679 0.29074 0.81440 0.29753 0.81706 0.30476 0.80938 0.29791 0.80134 0.29123\n 40 6 12\n 38 6 1\n 14 116 5 0.82164 0.30450 0.82372 0.31007 0.82179 0.30931 0.81706 0.30476 0.81440 0.29753\n 40 6 13\n 38 6 1\n 14 72 3 0.82372 0.31007 0.82436 0.31179 0.82179 0.30931\n 40 6 12\n 38 6 1\n 14 94 4 0.82850 0.31162 0.83018 0.31606 0.82372 0.31007 0.82164 0.30450\n 40 6 13\n 38 6 1\n 14 94 4 0.83018 0.31606 0.83128 0.31897 0.82436 0.31179 0.82372 0.31007\n 40 6 12\n 38 6 1\n 14 94 4 0.83497 0.31889 0.83717 0.32464 0.83018 0.31606 0.82850 0.31162\n 40 6 13\n 38 6 1\n 14 94 4 0.83717 0.32464 0.83781 0.32631 0.83128 0.31897 0.83018 0.31606\n 40 6 12\n 38 6 1\n 14 94 4 0.84105 0.32631 0.84127 0.32686 0.83717 0.32464 0.83497 0.31889\n 40 6 13\n 38 6 1\n 14 94 4 0.84127 0.32686 0.84394 0.33379 0.83781 0.32631 0.83717 0.32464\n 40 6 12\n 38 6 1\n 14 94 4 0.84673 0.33385 0.84803 0.33719 0.84127 0.32686 0.84105 0.32631\n 40 6 13\n 38 6 1\n 14 94 4 0.84803 0.33719 0.84967 0.34140 0.84394 0.33379 0.84127 0.32686\n 40 6 12\n 38 6 1\n 14 94 4 0.85199 0.34153 0.85312 0.34440 0.84803 0.33719 0.84673 0.33385\n 40 6 13\n 38 6 1\n 14 94 4 0.85312 0.34440 0.85498 0.34914 0.84967 0.34140 0.84803 0.33719\n 40 6 12\n 38 6 1\n 14 94 4 0.85684 0.34931 0.85953 0.35613 0.85312 0.34440 0.85199 0.34153\n 40 6 13\n 38 6 1\n 14 94 4 0.85953 0.35613 0.85987 0.35699 0.85498 0.34914 0.85312 0.34440\n 40 6 12\n 38 6 1\n 14 116 5 0.86127 0.35720 0.86434 0.36495 0.86029 0.35775 0.85953 0.35613 0.85684 0.34931\n 40 6 13\n 38 6 1\n 14 72 3 0.86029 0.35775 0.85987 0.35699 0.85953 0.35613\n 40 6 12\n 38 6 1\n 14 94 4 0.86127 0.35720 0.86527 0.36519 0.86837 0.37301 0.86434 0.36495\n 40 6 13\n 38 6 1\n 14 2250 102 0.14914 0.38115 0.15274 0.37301 0.15677 0.36495 0.16124 0.35699 0.16613 0.34914 0.17144 0.34140 0.17717 0.33379 0.18330 0.32631 0.18983 0.31897 0.19675 0.31179 0.20405 0.30476 0.21173 0.29791 0.21977 0.29123 0.22817 0.28475 0.23691 0.27845 0.24598 0.27236 0.25537 0.26647 0.26508 0.26080 0.27508 0.25536 0.28538 0.25014 0.29594 0.24516 0.30677 0.24043 0.31784 0.23594 0.32916 0.23170 0.34069 0.22772 0.35243 0.22401 0.36436 0.22057 0.37647 0.21739 0.38874 0.21449 0.40116 0.21188 0.41371 0.20954 0.42639 0.20749 0.43916 0.20573 0.45202 0.20426 0.46496 0.20308 0.47794 0.20220 0.49097 0.20160 0.50403 0.20131 0.51709 0.20131 0.53014 0.20160 0.54317 0.20220 0.55615 0.20308 0.56909 0.20426 0.58195 0.20573 0.59472 0.20749 0.60740 0.20954 0.61995 0.21188 0.63237 0.21449 0.64464 0.21739 0.65675 0.22056 0.66869 0.22401 0.66986 0.23088 0.65784 0.22741 0.64564 0.22421 0.63328 0.22129 0.62077 0.21865 0.60812 0.21630 0.59535 0.21423 0.58248 0.21246 0.56952 0.21098 0.55649 0.20979 0.54341 0.20890 0.53028 0.20830 0.51713 0.20801 0.50398 0.20801 0.49083 0.20830 0.47770 0.20890 0.46462 0.20979 0.45159 0.21098 0.43863 0.21246 0.42576 0.21423 0.41299 0.21630 0.40034 0.21865 0.38783 0.22129 0.37547 0.22421 0.36327 0.22741 0.35125 0.23088 0.33942 0.23462 0.32780 0.23862 0.31641 0.24289 0.30525 0.24741 0.29434 0.25219 0.28370 0.25720 0.27333 0.26246 0.26325 0.26794 0.25347 0.27365 0.24401 0.27958 0.23487 0.28572 0.22606 0.29206 0.21761 0.29860 0.20951 0.30533 0.20177 0.31223 0.19441 0.31931 0.18744 0.32654 0.18086 0.33393 0.17469 0.34147 0.16892 0.34914 0.16357 0.35694 0.15864 0.36485 0.15414 0.37287 0.15007 0.38099 0.14645 0.38919\n 40 6 13\n 38 6 1\n 14 490 22 0.66869 0.22401 0.68042 0.22772 0.69196 0.23170 0.70327 0.23594 0.71434 0.24043 0.72517 0.24516 0.73574 0.25014 0.74603 0.25536 0.75603 0.26080 0.76574 0.26647 0.77513 0.27236 0.77710 0.27958 0.76764 0.27365 0.75786 0.26794 0.74778 0.26246 0.73741 0.25720 0.72677 0.25219 0.71586 0.24741 0.70470 0.24289 0.69331 0.23862 0.68169 0.23462 0.66986 0.23088\n 40 6 12\n 38 6 1\n 14 72 3 0.78420 0.27844 0.78420 0.27845 0.78421 0.27845\n 40 6 13\n 38 6 1\n 14 116 5 0.78420 0.27844 0.78421 0.27845 0.78624 0.28572 0.77710 0.27958 0.77513 0.27236\n 40 6 12\n 38 6 1\n 14 72 3 0.78430 0.27852 0.78421 0.27845 0.78420 0.27845\n 40 6 13\n 38 6 1\n 14 116 5 0.78430 0.27852 0.79294 0.28475 0.79505 0.29206 0.78624 0.28572 0.78421 0.27845\n 40 6 12\n 38 6 1\n 14 72 3 0.79348 0.28516 0.80134 0.29123 0.80223 0.29428\n 40 6 13\n 38 6 1\n 14 116 5 0.79348 0.28516 0.80223 0.29428 0.80350 0.29860 0.79505 0.29206 0.79294 0.28475\n 40 6 12\n 38 6 1\n 14 94 4 0.80938 0.29791 0.81017 0.30054 0.80223 0.29428 0.80134 0.29123\n 40 6 13\n 38 6 1\n 14 94 4 0.81017 0.30054 0.81160 0.30533 0.80350 0.29860 0.80223 0.29428\n 40 6 12\n 38 6 1\n 14 94 4 0.81706 0.30476 0.81829 0.30881 0.81017 0.30054 0.80938 0.29791\n 40 6 13\n 38 6 1\n 14 94 4 0.81829 0.30881 0.81934 0.31223 0.81160 0.30533 0.81017 0.30054\n 40 6 12\n 38 6 1\n 14 72 3 0.82179 0.30931 0.81829 0.30881 0.81706 0.30476\n 40 6 13\n 38 6 1\n 14 116 5 0.82179 0.30931 0.82436 0.31179 0.82670 0.31931 0.81934 0.31223 0.81829 0.30881\n 40 6 13\n 38 6 1\n 14 314 14 0.82436 0.31179 0.83128 0.31897 0.83781 0.32631 0.84394 0.33379 0.84967 0.34140 0.85498 0.34914 0.85987 0.35699 0.86247 0.36485 0.85754 0.35694 0.85219 0.34914 0.84642 0.34147 0.84025 0.33393 0.83367 0.32654 0.82670 0.31931\n 40 6 12\n 38 6 1\n 14 94 4 0.86029 0.35775 0.86434 0.36495 0.86697 0.37287 0.86305 0.36589\n 40 6 13\n 38 6 1\n 14 94 4 0.86029 0.35775 0.86305 0.36589 0.86247 0.36485 0.85987 0.35699\n 40 6 12\n 38 6 1\n 14 94 4 0.86434 0.36495 0.86837 0.37301 0.87104 0.38099 0.86697 0.37287\n 40 6 13\n 38 6 1\n 14 2250 102 0.14326 0.39747 0.14645 0.38919 0.15007 0.38099 0.15414 0.37287 0.15864 0.36485 0.16357 0.35694 0.16892 0.34914 0.17469 0.34147 0.18086 0.33393 0.18744 0.32654 0.19441 0.31931 0.20177 0.31223 0.20951 0.30533 0.21761 0.29860 0.22606 0.29206 0.23487 0.28572 0.24401 0.27958 0.25347 0.27365 0.26325 0.26794 0.27333 0.26246 0.28370 0.25720 0.29434 0.25219 0.30525 0.24741 0.31641 0.24289 0.32780 0.23862 0.33942 0.23462 0.35125 0.23088 0.36327 0.22741 0.37547 0.22421 0.38783 0.22129 0.40034 0.21865 0.41299 0.21630 0.42576 0.21423 0.43863 0.21246 0.45159 0.21098 0.46462 0.20979 0.47770 0.20890 0.49083 0.20830 0.50398 0.20801 0.51713 0.20801 0.53028 0.20830 0.54341 0.20890 0.55649 0.20979 0.56952 0.21098 0.58248 0.21246 0.59535 0.21423 0.60812 0.21630 0.62077 0.21865 0.63328 0.22129 0.64564 0.22421 0.65784 0.22741 0.65875 0.23458 0.64648 0.23136 0.63404 0.22842 0.62145 0.22577 0.60872 0.22340 0.59588 0.22133 0.58293 0.21954 0.56989 0.21805 0.55678 0.21685 0.54361 0.21596 0.53041 0.21536 0.51717 0.21506 0.50394 0.21506 0.49071 0.21536 0.47750 0.21596 0.46433 0.21685 0.45122 0.21805 0.43818 0.21954 0.42524 0.22133 0.41239 0.22340 0.39966 0.22577 0.38707 0.22842 0.37463 0.23136 0.36236 0.23458 0.35026 0.23807 0.33836 0.24183 0.32668 0.24587 0.31521 0.25016 0.30398 0.25471 0.29301 0.25951 0.28230 0.26456 0.27187 0.26985 0.26172 0.27537 0.25189 0.28111 0.24236 0.28708 0.23317 0.29325 0.22431 0.29964 0.21580 0.30621 0.20765 0.31298 0.19987 0.31993 0.19246 0.32705 0.18545 0.33433 0.17883 0.34176 0.17261 0.34935 0.16681 0.35706 0.16142 0.36491 0.15646 0.37287 0.15194 0.38094 0.14785 0.38911 0.14420 0.39736 0.14099 0.40569\n 40 6 13\n 38 6 1\n 14 1018 46 0.65784 0.22741 0.66986 0.23088 0.68169 0.23462 0.69331 0.23862 0.70470 0.24289 0.71586 0.24741 0.72677 0.25219 0.73741 0.25720 0.74778 0.26246 0.75786 0.26794 0.76764 0.27365 0.77710 0.27958 0.78624 0.28572 0.79505 0.29206 0.80350 0.29860 0.81160 0.30533 0.81934 0.31223 0.82670 0.31931 0.83367 0.32654 0.84025 0.33393 0.84642 0.34147 0.85219 0.34914 0.85754 0.35694 0.85969 0.36491 0.85430 0.35706 0.84850 0.34935 0.84228 0.34176 0.83566 0.33433 0.82865 0.32705 0.82124 0.31993 0.81346 0.31298 0.80531 0.30621 0.79680 0.29964 0.78794 0.29325 0.77875 0.28708 0.76922 0.28111 0.75939 0.27537 0.74925 0.26985 0.73881 0.26456 0.72810 0.25951 0.71713 0.25471 0.70590 0.25016 0.69443 0.24587 0.68275 0.24183 0.67085 0.23807 0.65875 0.23458\n 40 6 12\n 38 6 1\n 14 72 3 0.86317 0.36741 0.86465 0.37287 0.86310 0.37038\n 40 6 13\n 38 6 1\n 14 116 5 0.86247 0.36485 0.86317 0.36741 0.86310 0.37038 0.85969 0.36491 0.85754 0.35694\n 40 6 12\n 38 6 1\n 14 116 5 0.86305 0.36589 0.86697 0.37287 0.86917 0.38094 0.86465 0.37287 0.86317 0.36741\n 40 6 13\n 38 6 1\n 14 72 3 0.86305 0.36589 0.86317 0.36741 0.86247 0.36485\n 40 6 13\n 38 6 1\n 14 2250 102 0.13824 0.41409 0.14099 0.40569 0.14420 0.39736 0.14785 0.38911 0.15194 0.38094 0.15646 0.37287 0.16142 0.36491 0.16681 0.35706 0.17261 0.34935 0.17883 0.34176 0.18545 0.33433 0.19246 0.32705 0.19987 0.31993 0.20765 0.31298 0.21580 0.30621 0.22431 0.29964 0.23317 0.29325 0.24236 0.28708 0.25189 0.28111 0.26172 0.27537 0.27187 0.26985 0.28230 0.26456 0.29301 0.25951 0.30398 0.25471 0.31521 0.25016 0.32668 0.24587 0.33836 0.24183 0.35026 0.23807 0.36236 0.23458 0.37463 0.23136 0.38707 0.22842 0.39966 0.22577 0.41239 0.22340 0.42524 0.22133 0.43818 0.21954 0.45122 0.21805 0.46433 0.21685 0.47750 0.21596 0.49071 0.21536 0.50394 0.21506 0.51717 0.21506 0.53041 0.21536 0.54361 0.21596 0.55678 0.21685 0.56989 0.21805 0.58293 0.21954 0.59588 0.22133 0.60872 0.22340 0.62145 0.22577 0.63404 0.22842 0.64648 0.23136 0.64715 0.23884 0.63464 0.23589 0.62199 0.23322 0.60920 0.23084 0.59629 0.22876 0.58328 0.22696 0.57018 0.22546 0.55701 0.22426 0.54377 0.22336 0.53050 0.22276 0.51721 0.22246 0.50390 0.22246 0.49061 0.22276 0.47734 0.22336 0.46411 0.22426 0.45093 0.22546 0.43783 0.22696 0.42482 0.22876 0.41191 0.23084 0.39912 0.23322 0.38647 0.23589 0.37396 0.23884 0.36163 0.24207 0.34948 0.24558 0.33752 0.24937 0.32577 0.25342 0.31425 0.25773 0.30297 0.26230 0.29194 0.26713 0.28117 0.27220 0.27069 0.27752 0.26050 0.28306 0.25061 0.28884 0.24104 0.29483 0.23180 0.30104 0.22290 0.30745 0.21435 0.31406 0.20616 0.32086 0.19834 0.32784 0.19090 0.33500 0.18385 0.34231 0.17720 0.34979 0.17095 0.35741 0.16512 0.36516 0.15971 0.37305 0.15472 0.38105 0.15017 0.38916 0.14606 0.39736 0.14239 0.40566 0.13918 0.41403 0.13641 0.42247\n 40 6 13\n 38 6 1\n 14 1062 48 0.64648 0.23136 0.65875 0.23458 0.67085 0.23807 0.68275 0.24183 0.69443 0.24587 0.70590 0.25016 0.71713 0.25471 0.72810 0.25951 0.73881 0.26456 0.74925 0.26985 0.75939 0.27537 0.76922 0.28111 0.77875 0.28708 0.78794 0.29325 0.79680 0.29964 0.80531 0.30621 0.81346 0.31298 0.82124 0.31993 0.82865 0.32705 0.83566 0.33433 0.84228 0.34176 0.84850 0.34935 0.85430 0.35706 0.85969 0.36491 0.86140 0.37305 0.85599 0.36516 0.85016 0.35741 0.84391 0.34979 0.83726 0.34231 0.83021 0.33500 0.82277 0.32784 0.81495 0.32086 0.80676 0.31406 0.79821 0.30745 0.78931 0.30104 0.78007 0.29483 0.77050 0.28884 0.76061 0.28306 0.75042 0.27752 0.73994 0.27220 0.72917 0.26713 0.71814 0.26230 0.70686 0.25773 0.69534 0.25342 0.68359 0.24937 0.67164 0.24558 0.65948 0.24207 0.64715 0.23884\n 40 6 12\n 38 6 1\n 14 94 4 0.86310 0.37038 0.86465 0.37287 0.86639 0.38105 0.86215 0.37425\n 40 6 13\n 38 6 1\n 14 94 4 0.86310 0.37038 0.86215 0.37425 0.86140 0.37305 0.85969 0.36491\n 40 6 12\n 38 6 1\n 14 94 4 0.86465 0.37287 0.86917 0.38094 0.87094 0.38916 0.86639 0.38105\n 40 6 13\n 38 6 1\n 14 226 10 0.13410 0.43097 0.13641 0.42247 0.13918 0.41403 0.14239 0.40566 0.14606 0.39736 0.14472 0.40574 0.14104 0.41407 0.13781 0.42247 0.13504 0.43095 0.13272 0.43947\n 40 6 13\n 38 6 1\n 14 2250 102 0.16512 0.36516 0.17095 0.35741 0.17720 0.34979 0.18385 0.34231 0.19090 0.33500 0.19834 0.32784 0.20616 0.32086 0.21435 0.31406 0.22290 0.30745 0.23180 0.30104 0.24104 0.29483 0.25061 0.28884 0.26050 0.28306 0.27069 0.27752 0.28117 0.27220 0.29194 0.26713 0.30297 0.26230 0.31425 0.25773 0.32577 0.25342 0.33752 0.24937 0.34948 0.24558 0.36163 0.24207 0.37396 0.23884 0.38647 0.23589 0.39912 0.23322 0.41191 0.23084 0.42482 0.22876 0.43783 0.22696 0.45093 0.22546 0.46411 0.22426 0.47734 0.22336 0.49061 0.22276 0.50390 0.22246 0.51721 0.22246 0.53050 0.22276 0.54377 0.22336 0.55701 0.22426 0.57018 0.22546 0.58328 0.22696 0.59629 0.22876 0.60920 0.23084 0.62199 0.23322 0.63464 0.23589 0.64715 0.23884 0.65948 0.24207 0.67164 0.24558 0.68359 0.24937 0.69534 0.25342 0.70686 0.25773 0.71814 0.26230 0.72917 0.26713 0.72998 0.27503 0.71891 0.27019 0.70758 0.26560 0.69602 0.26127 0.68423 0.25720 0.67223 0.25341 0.66003 0.24988 0.64765 0.24664 0.63510 0.24368 0.62240 0.24100 0.60957 0.23861 0.59661 0.23652 0.58355 0.23472 0.57040 0.23321 0.55718 0.23201 0.54390 0.23110 0.53058 0.23050 0.51723 0.23020 0.50388 0.23020 0.49053 0.23050 0.47721 0.23110 0.46393 0.23201 0.45071 0.23321 0.43756 0.23472 0.42450 0.23652 0.41154 0.23861 0.39871 0.24100 0.38601 0.24368 0.37346 0.24664 0.36108 0.24988 0.34888 0.25341 0.33688 0.25720 0.32509 0.26127 0.31353 0.26560 0.30220 0.27019 0.29113 0.27503 0.28033 0.28012 0.26981 0.28546 0.25958 0.29102 0.24966 0.29682 0.24005 0.30283 0.23078 0.30906 0.22184 0.31550 0.21326 0.32214 0.20504 0.32896 0.19719 0.33597 0.18972 0.34315 0.18265 0.35049 0.17597 0.35799 0.16970 0.36564 0.16385 0.37343\n 40 6 13\n 38 6 1\n 14 754 34 0.72917 0.26713 0.73994 0.27220 0.75042 0.27752 0.76061 0.28306 0.77050 0.28884 0.78007 0.29483 0.78931 0.30104 0.79821 0.30745 0.80676 0.31406 0.81495 0.32086 0.82277 0.32784 0.83021 0.33500 0.83726 0.34231 0.84391 0.34979 0.85016 0.35741 0.85599 0.36516 0.86140 0.37305 0.86269 0.38134 0.85726 0.37343 0.85141 0.36564 0.84514 0.35799 0.83846 0.35049 0.83139 0.34315 0.82392 0.33597 0.81607 0.32896 0.80785 0.32214 0.79927 0.31550 0.79033 0.30906 0.78106 0.30283 0.77145 0.29682 0.76153 0.29102 0.75130 0.28546 0.74078 0.28012 0.72998 0.27503\n 40 6 12\n 38 6 1\n 14 94 4 0.86215 0.37425 0.86639 0.38105 0.86770 0.38937 0.86354 0.38270\n 40 6 13\n 38 6 1\n 14 94 4 0.86215 0.37425 0.86354 0.38270 0.86269 0.38134 0.86140 0.37305\n 40 6 13\n 38 6 1\n 14 182 8 0.13086 0.44805 0.13272 0.43947 0.13504 0.43095 0.13781 0.42247 0.13690 0.43101 0.13412 0.43950 0.13179 0.44805 0.12993 0.45665\n 40 6 13\n 38 6 1\n 14 116 5 0.14104 0.41407 0.14057 0.41854 0.13866 0.42643 0.13690 0.43101 0.13781 0.42247\n 40 6 14\n 38 6 1\n 14 72 3 0.14057 0.41854 0.14014 0.42259 0.13866 0.42643\n 40 6 13\n 38 6 1\n 14 116 5 0.14472 0.40574 0.14383 0.41424 0.14194 0.41851 0.14057 0.41854 0.14104 0.41407\n 40 6 14\n 38 6 1\n 14 72 3 0.14194 0.41851 0.14014 0.42259 0.14057 0.41854\n 40 6 13\n 38 6 1\n 14 2250 102 0.16385 0.37343 0.16970 0.36564 0.17597 0.35799 0.18265 0.35049 0.18972 0.34315 0.19719 0.33597 0.20504 0.32896 0.21326 0.32214 0.22184 0.31550 0.23078 0.30906 0.24005 0.30283 0.24966 0.29682 0.25958 0.29102 0.26981 0.28546 0.28033 0.28012 0.29113 0.27503 0.30220 0.27019 0.31353 0.26560 0.32509 0.26127 0.33688 0.25720 0.34888 0.25341 0.36108 0.24988 0.37346 0.24664 0.38601 0.24368 0.39871 0.24100 0.41154 0.23861 0.42450 0.23652 0.43756 0.23472 0.45071 0.23321 0.46393 0.23201 0.47721 0.23110 0.49053 0.23050 0.50388 0.23020 0.51723 0.23020 0.53058 0.23050 0.54390 0.23110 0.55718 0.23201 0.57040 0.23321 0.58355 0.23472 0.59661 0.23652 0.60957 0.23861 0.62240 0.24100 0.63510 0.24368 0.64765 0.24664 0.66003 0.24988 0.67223 0.25341 0.68423 0.25720 0.69602 0.26127 0.70758 0.26560 0.71891 0.27019 0.72998 0.27503 0.73051 0.28321 0.71942 0.27835 0.70806 0.27375 0.69647 0.26941 0.68465 0.26534 0.67262 0.26153 0.66039 0.25800 0.64798 0.25475 0.63541 0.25178 0.62268 0.24909 0.60981 0.24670 0.59682 0.24460 0.58373 0.24279 0.57055 0.24129 0.55729 0.24008 0.54398 0.23917 0.53063 0.23857 0.51725 0.23826 0.50386 0.23826 0.49049 0.23857 0.47713 0.23917 0.46382 0.24008 0.45057 0.24129 0.43738 0.24279 0.42429 0.24460 0.41130 0.24670 0.39844 0.24909 0.38571 0.25178 0.37313 0.25475 0.36072 0.25800 0.34849 0.26153 0.33646 0.26534 0.32464 0.26941 0.31305 0.27375 0.30170 0.27835 0.29060 0.28321 0.27977 0.28831 0.26922 0.29366 0.25897 0.29924 0.24902 0.30505 0.23939 0.31108 0.23009 0.31732 0.22114 0.32378 0.21253 0.33043 0.20429 0.33727 0.19642 0.34429 0.18894 0.35149 0.18185 0.35885 0.17515 0.36637 0.16887 0.37404 0.16300 0.38184\n 40 6 13\n 38 6 1\n 14 710 32 0.72998 0.27503 0.74078 0.28012 0.75130 0.28546 0.76153 0.29102 0.77145 0.29682 0.78106 0.30283 0.79033 0.30906 0.79927 0.31550 0.80785 0.32214 0.81607 0.32896 0.82392 0.33597 0.83139 0.34315 0.83846 0.35049 0.84514 0.35799 0.85141 0.36564 0.85726 0.37343 0.85811 0.38184 0.85224 0.37404 0.84596 0.36637 0.83926 0.35885 0.83217 0.35149 0.82469 0.34429 0.81682 0.33727 0.80858 0.33043 0.79997 0.32378 0.79102 0.31732 0.78172 0.31108 0.77209 0.30505 0.76214 0.29924 0.75189 0.29366 0.74134 0.28831 0.73051 0.28321\n 40 6 12\n 38 6 1\n 14 72 3 0.86329 0.38723 0.86355 0.38977 0.86290 0.38882\n 40 6 13\n 38 6 1\n 14 116 5 0.86269 0.38134 0.86329 0.38723 0.86290 0.38882 0.85811 0.38184 0.85726 0.37343\n 40 6 12\n 38 6 1\n 14 138 6 0.86354 0.38270 0.86770 0.38937 0.86846 0.39678 0.86550 0.39289 0.86355 0.38977 0.86329 0.38723\n 40 6 13\n 38 6 1\n 14 138 6 0.86354 0.38270 0.86846 0.39678 0.86857 0.39782 0.86550 0.39289 0.86329 0.38723 0.86269 0.38134\n 40 6 13\n 38 6 1\n 14 226 10 0.12853 0.46529 0.12993 0.45665 0.13179 0.44805 0.13412 0.43950 0.13690 0.43101 0.13644 0.43963 0.13366 0.44813 0.13133 0.45669 0.12947 0.46530 0.12806 0.47395\n 40 6 13\n 38 6 1\n 14 116 5 0.13866 0.42643 0.13995 0.42618 0.13969 0.43120 0.13644 0.43963 0.13690 0.43101\n 40 6 14\n 38 6 1\n 14 72 3 0.13866 0.42643 0.14014 0.42259 0.13995 0.42618\n 40 6 13\n 38 6 1\n 14 116 5 0.14194 0.41851 0.14383 0.41424 0.14338 0.42284 0.13969 0.43120 0.13995 0.42618\n 40 6 14\n 38 6 1\n 14 72 3 0.14194 0.41851 0.13995 0.42618 0.14014 0.42259\n 40 6 13\n 38 6 1\n 14 2250 102 0.14383 0.41424 0.14796 0.40598 0.15254 0.39782 0.15756 0.38977 0.16300 0.38184 0.16887 0.37404 0.17515 0.36637 0.18185 0.35885 0.18894 0.35149 0.19642 0.34429 0.20429 0.33727 0.21253 0.33043 0.22114 0.32378 0.23009 0.31732 0.23939 0.31108 0.24902 0.30505 0.25897 0.29924 0.26922 0.29366 0.27977 0.28831 0.29060 0.28321 0.30170 0.27835 0.31305 0.27375 0.32464 0.26941 0.33646 0.26534 0.34849 0.26153 0.36072 0.25800 0.37313 0.25475 0.38571 0.25178 0.39844 0.24909 0.41130 0.24670 0.42429 0.24460 0.43738 0.24279 0.45057 0.24129 0.46382 0.24008 0.47713 0.23917 0.49049 0.23857 0.50386 0.23826 0.51725 0.23826 0.53063 0.23857 0.54398 0.23917 0.55729 0.24008 0.57055 0.24129 0.58373 0.24279 0.59682 0.24460 0.60981 0.24670 0.62268 0.24909 0.63541 0.25178 0.64798 0.25475 0.66039 0.25800 0.67262 0.26153 0.68465 0.26534 0.68487 0.27375 0.67282 0.26994 0.66058 0.26641 0.64815 0.26315 0.63556 0.26018 0.62281 0.25749 0.60993 0.25510 0.59693 0.25299 0.58382 0.25119 0.57062 0.24968 0.55735 0.24847 0.54402 0.24756 0.53065 0.24695 0.51726 0.24665 0.50385 0.24665 0.49046 0.24695 0.47709 0.24756 0.46376 0.24847 0.45049 0.24968 0.43729 0.25119 0.42419 0.25299 0.41118 0.25510 0.39830 0.25749 0.38555 0.26018 0.37296 0.26315 0.36053 0.26641 0.34829 0.26994 0.33624 0.27375 0.32441 0.27783 0.31281 0.28218 0.30144 0.28679 0.29033 0.29165 0.27949 0.29676 0.26893 0.30211 0.25866 0.30770 0.24870 0.31351 0.23906 0.31955 0.22975 0.32581 0.22078 0.33227 0.21217 0.33892 0.20392 0.34578 0.19604 0.35281 0.18855 0.36001 0.18144 0.36739 0.17474 0.37491 0.16845 0.38259 0.16258 0.39040 0.15713 0.39834 0.15211 0.40640 0.14752 0.41457 0.14338 0.42284\n 40 6 13\n 38 6 1\n 14 886 40 0.68465 0.26534 0.69647 0.26941 0.70806 0.27375 0.71942 0.27835 0.73051 0.28321 0.74134 0.28831 0.75189 0.29366 0.76214 0.29924 0.77209 0.30505 0.78172 0.31108 0.79102 0.31732 0.79997 0.32378 0.80858 0.33043 0.81682 0.33727 0.82469 0.34429 0.83217 0.35149 0.83926 0.35885 0.84596 0.36637 0.85224 0.37404 0.85811 0.38184 0.85853 0.39040 0.85266 0.38259 0.84637 0.37491 0.83967 0.36739 0.83256 0.36001 0.82507 0.35281 0.81719 0.34577 0.80894 0.33892 0.80033 0.33227 0.79136 0.32581 0.78205 0.31955 0.77241 0.31351 0.76245 0.30770 0.75218 0.30211 0.74162 0.29676 0.73078 0.29165 0.71967 0.28679 0.70830 0.28218 0.69670 0.27783 0.68487 0.27375\n 40 6 12\n 38 6 1\n 14 72 3 0.86290 0.38882 0.86355 0.38977 0.86364 0.39142\n 40 6 13\n 38 6 1\n 14 116 5 0.86290 0.38882 0.86364 0.39142 0.86398 0.39834 0.85853 0.39040 0.85811 0.38184\n 40 6 12\n 38 6 1\n 14 72 3 0.86550 0.39289 0.86364 0.39142 0.86355 0.38977\n 40 6 13\n 38 6 1\n 14 116 5 0.86550 0.39289 0.86857 0.39782 0.86900 0.40640 0.86398 0.39834 0.86364 0.39142\n 40 6 13\n 38 6 1\n 14 2250 102 0.12713 0.48262 0.12806 0.47395 0.12947 0.46530 0.13133 0.45669 0.13366 0.44813 0.13644 0.43963 0.13969 0.43120 0.14338 0.42284 0.14752 0.41457 0.15211 0.40640 0.15713 0.39834 0.16258 0.39040 0.16845 0.38259 0.17474 0.37491 0.18144 0.36739 0.18855 0.36001 0.19604 0.35281 0.20392 0.34578 0.21217 0.33892 0.22078 0.33227 0.22975 0.32581 0.23906 0.31955 0.24870 0.31351 0.25866 0.30770 0.26893 0.30211 0.27949 0.29676 0.29033 0.29165 0.30144 0.28679 0.31281 0.28218 0.32441 0.27783 0.33624 0.27375 0.34829 0.26994 0.36053 0.26641 0.37296 0.26315 0.38555 0.26018 0.39830 0.25749 0.41118 0.25510 0.42419 0.25299 0.43729 0.25119 0.45049 0.24968 0.46376 0.24847 0.47709 0.24756 0.49046 0.24695 0.50385 0.24665 0.51726 0.24665 0.53065 0.24695 0.54402 0.24756 0.55735 0.24847 0.57062 0.24968 0.58382 0.25119 0.59693 0.25299 0.59693 0.26169 0.58382 0.25988 0.57062 0.25837 0.55735 0.25716 0.54402 0.25625 0.53065 0.25565 0.51726 0.25534 0.50385 0.25534 0.49046 0.25565 0.47709 0.25625 0.46376 0.25716 0.45049 0.25837 0.43729 0.25988 0.42419 0.26169 0.41118 0.26379 0.39830 0.26619 0.38555 0.26887 0.37296 0.27185 0.36053 0.27510 0.34829 0.27864 0.33624 0.28245 0.32441 0.28653 0.31281 0.29088 0.30144 0.29548 0.29033 0.30034 0.27949 0.30545 0.26893 0.31080 0.25866 0.31639 0.24870 0.32221 0.23906 0.32825 0.22975 0.33450 0.22078 0.34096 0.21217 0.34762 0.20392 0.35447 0.19604 0.36150 0.18855 0.36871 0.18144 0.37608 0.17474 0.38361 0.16845 0.39128 0.16258 0.39910 0.15713 0.40704 0.15211 0.41510 0.14752 0.42327 0.14338 0.43153 0.13969 0.43989 0.13644 0.44832 0.13366 0.45683 0.13133 0.46539 0.12947 0.47400 0.12806 0.48264 0.12713 0.49131\n 40 6 13\n 38 6 1\n 14 1282 58 0.59693 0.25299 0.60993 0.25510 0.62281 0.25749 0.63556 0.26018 0.64815 0.26315 0.66058 0.26641 0.67282 0.26994 0.68487 0.27375 0.69670 0.27783 0.70830 0.28218 0.71967 0.28679 0.73078 0.29165 0.74162 0.29676 0.75218 0.30211 0.76245 0.30770 0.77241 0.31351 0.78205 0.31955 0.79136 0.32581 0.80033 0.33227 0.80894 0.33892 0.81719 0.34577 0.82507 0.35281 0.83256 0.36001 0.83967 0.36739 0.84637 0.37491 0.85266 0.38259 0.85853 0.39040 0.86398 0.39834 0.86900 0.40640 0.86900 0.41510 0.86398 0.40704 0.85853 0.39910 0.85266 0.39128 0.84637 0.38361 0.83967 0.37608 0.83256 0.36871 0.82507 0.36150 0.81719 0.35447 0.80894 0.34762 0.80033 0.34096 0.79136 0.33450 0.78205 0.32825 0.77241 0.32221 0.76245 0.31639 0.75218 0.31080 0.74162 0.30545 0.73078 0.30034 0.71967 0.29548 0.70830 0.29088 0.69670 0.28653 0.68487 0.28245 0.67282 0.27864 0.66058 0.27510 0.64815 0.27185 0.63556 0.26887 0.62281 0.26619 0.60993 0.26379 0.59693 0.26169\n 40 6 13\n 38 6 1\n 14 2250 102 0.12666 0.50000 0.12713 0.49131 0.12806 0.48264 0.12947 0.47400 0.13133 0.46539 0.13366 0.45683 0.13644 0.44832 0.13969 0.43989 0.14338 0.43153 0.14752 0.42327 0.15211 0.41510 0.15713 0.40704 0.16258 0.39910 0.16845 0.39128 0.17474 0.38361 0.18144 0.37608 0.18855 0.36871 0.19604 0.36150 0.20392 0.35447 0.21217 0.34762 0.22078 0.34096 0.22975 0.33450 0.23906 0.32825 0.24870 0.32221 0.25866 0.31639 0.26893 0.31080 0.27949 0.30545 0.29033 0.30034 0.30144 0.29548 0.31281 0.29088 0.32441 0.28653 0.33624 0.28245 0.34829 0.27864 0.36053 0.27510 0.37296 0.27185 0.38555 0.26887 0.39830 0.26619 0.41118 0.26379 0.42419 0.26169 0.43729 0.25988 0.45049 0.25837 0.46376 0.25716 0.47709 0.25625 0.49046 0.25565 0.50385 0.25534 0.51726 0.25534 0.53065 0.25565 0.54402 0.25625 0.55735 0.25716 0.57062 0.25837 0.57055 0.26736 0.55729 0.26615 0.54398 0.26524 0.53063 0.26464 0.51725 0.26433 0.50386 0.26433 0.49049 0.26464 0.47713 0.26524 0.46382 0.26615 0.45057 0.26736 0.43738 0.26887 0.42429 0.27067 0.41130 0.27277 0.39844 0.27516 0.38571 0.27785 0.37313 0.28082 0.36072 0.28407 0.34849 0.28760 0.33646 0.29141 0.32464 0.29548 0.31305 0.29982 0.30170 0.30443 0.29060 0.30928 0.27977 0.31438 0.26922 0.31973 0.25897 0.32531 0.24902 0.33112 0.23939 0.33715 0.23009 0.34340 0.22114 0.34985 0.21253 0.35650 0.20429 0.36334 0.19642 0.37036 0.18894 0.37756 0.18185 0.38493 0.17515 0.39244 0.16887 0.40011 0.16300 0.40791 0.15756 0.41585 0.15254 0.42390 0.14796 0.43205 0.14383 0.44031 0.14014 0.44866 0.13690 0.45708 0.13412 0.46557 0.13179 0.47412 0.12993 0.48272 0.12853 0.49136 0.12760 0.50002 0.12713 0.50869 0.12713 0.51738 0.12666 0.50870\n 40 6 13\n 38 6 1\n 14 1414 64 0.57062 0.25837 0.58382 0.25988 0.59693 0.26169 0.60993 0.26379 0.62281 0.26619 0.63556 0.26887 0.64815 0.27185 0.66058 0.27510 0.67282 0.27864 0.68487 0.28245 0.69670 0.28653 0.70830 0.29088 0.71967 0.29548 0.73078 0.30034 0.74162 0.30545 0.75218 0.31080 0.76245 0.31639 0.77241 0.32221 0.78205 0.32825 0.79136 0.33450 0.80033 0.34096 0.80894 0.34762 0.81719 0.35447 0.82507 0.36150 0.83256 0.36871 0.83967 0.37608 0.84637 0.38361 0.85266 0.39128 0.85853 0.39910 0.86398 0.40704 0.86900 0.41510 0.87359 0.42327 0.87315 0.43205 0.86857 0.42390 0.86355 0.41585 0.85811 0.40791 0.85224 0.40011 0.84596 0.39244 0.83926 0.38493 0.83217 0.37756 0.82469 0.37036 0.81682 0.36334 0.80858 0.35650 0.79997 0.34985 0.79102 0.34340 0.78172 0.33715 0.77209 0.33112 0.76214 0.32531 0.75189 0.31973 0.74134 0.31438 0.73051 0.30928 0.71942 0.30443 0.70806 0.29982 0.69647 0.29548 0.68465 0.29141 0.67262 0.28760 0.66039 0.28407 0.64798 0.28082 0.63541 0.27785 0.62268 0.27516 0.60981 0.27277 0.59682 0.27067 0.58373 0.26887 0.57055 0.26736\n 40 6 13\n 38 6 1\n 14 2250 102 0.12760 0.52605 0.12713 0.51738 0.12713 0.50869 0.12760 0.50002 0.12853 0.49136 0.12993 0.48272 0.13179 0.47412 0.13412 0.46557 0.13690 0.45708 0.14014 0.44866 0.14383 0.44031 0.14796 0.43205 0.15254 0.42390 0.15756 0.41585 0.16300 0.40791 0.16887 0.40011 0.17515 0.39244 0.18185 0.38493 0.18894 0.37756 0.19642 0.37036 0.20429 0.36334 0.21253 0.35650 0.22114 0.34985 0.23009 0.34340 0.23939 0.33715 0.24902 0.33112 0.25897 0.32531 0.26922 0.31973 0.27977 0.31438 0.29060 0.30928 0.30170 0.30443 0.31305 0.29982 0.32464 0.29548 0.33646 0.29141 0.34849 0.28760 0.36072 0.28407 0.37313 0.28082 0.38571 0.27785 0.39844 0.27516 0.41130 0.27277 0.42429 0.27067 0.43738 0.26887 0.45057 0.26736 0.46382 0.26615 0.47713 0.26524 0.49049 0.26464 0.50386 0.26433 0.51725 0.26433 0.53063 0.26464 0.54398 0.26524 0.55729 0.26615 0.55718 0.27543 0.54390 0.27452 0.53058 0.27392 0.51723 0.27361 0.50388 0.27361 0.49053 0.27392 0.47721 0.27452 0.46393 0.27543 0.45071 0.27663 0.43756 0.27813 0.42450 0.27994 0.41154 0.28203 0.39871 0.28442 0.38601 0.28709 0.37346 0.29006 0.36108 0.29330 0.34888 0.29682 0.33688 0.30062 0.32509 0.30469 0.31353 0.30902 0.30220 0.31361 0.29113 0.31845 0.28033 0.32354 0.26981 0.32887 0.25958 0.33444 0.24966 0.34024 0.24005 0.34625 0.23078 0.35248 0.22184 0.35892 0.21326 0.36555 0.20504 0.37238 0.19719 0.37939 0.18972 0.38657 0.18265 0.39391 0.17597 0.40141 0.16970 0.40906 0.16385 0.41684 0.15842 0.42476 0.15342 0.43279 0.14885 0.44092 0.14472 0.44916 0.14104 0.45749 0.13781 0.46589 0.13504 0.47436 0.13272 0.48289 0.13086 0.49147 0.12946 0.50008 0.12853 0.50872 0.12806 0.51738 0.12806 0.52604 0.12853 0.53470\n 40 6 13\n 38 6 1\n 14 1502 68 0.55729 0.26615 0.57055 0.26736 0.58373 0.26887 0.59682 0.27067 0.60981 0.27277 0.62268 0.27516 0.63541 0.27785 0.64798 0.28082 0.66039 0.28407 0.67262 0.28760 0.68465 0.29141 0.69647 0.29548 0.70806 0.29982 0.71942 0.30443 0.73051 0.30928 0.74134 0.31438 0.75189 0.31973 0.76214 0.32531 0.77209 0.33112 0.78172 0.33715 0.79102 0.34340 0.79997 0.34985 0.80858 0.35650 0.81682 0.36334 0.82469 0.37036 0.83217 0.37756 0.83926 0.38493 0.84596 0.39244 0.85224 0.40011 0.85811 0.40791 0.86355 0.41585 0.86857 0.42390 0.87315 0.43205 0.87728 0.44031 0.87639 0.44916 0.87226 0.44092 0.86770 0.43279 0.86269 0.42476 0.85726 0.41684 0.85141 0.40906 0.84514 0.40141 0.83846 0.39391 0.83139 0.38657 0.82392 0.37939 0.81607 0.37238 0.80785 0.36555 0.79927 0.35892 0.79033 0.35248 0.78106 0.34625 0.77145 0.34024 0.76153 0.33444 0.75130 0.32887 0.74078 0.32354 0.72998 0.31845 0.71891 0.31361 0.70758 0.30902 0.69602 0.30469 0.68423 0.30062 0.67223 0.29682 0.66003 0.29330 0.64765 0.29006 0.63510 0.28709 0.62240 0.28442 0.60957 0.28203 0.59661 0.27994 0.58355 0.27813 0.57040 0.27663 0.55718 0.27543\n 40 6 13\n 38 6 1\n 14 2250 102 0.12946 0.54334 0.12853 0.53470 0.12806 0.52604 0.12806 0.51738 0.12853 0.50872 0.12946 0.50008 0.13086 0.49147 0.13272 0.48289 0.13504 0.47436 0.13781 0.46589 0.14104 0.45749 0.14472 0.44916 0.14885 0.44092 0.15342 0.43279 0.15842 0.42476 0.16385 0.41684 0.16970 0.40906 0.17597 0.40141 0.18265 0.39391 0.18972 0.38657 0.19719 0.37939 0.20504 0.37238 0.21326 0.36555 0.22184 0.35892 0.23078 0.35248 0.24005 0.34625 0.24966 0.34024 0.25958 0.33444 0.26981 0.32887 0.28033 0.32354 0.29113 0.31845 0.30220 0.31361 0.31353 0.30902 0.32509 0.30469 0.33688 0.30062 0.34888 0.29682 0.36108 0.29330 0.37346 0.29006 0.38601 0.28709 0.39871 0.28442 0.41154 0.28203 0.42450 0.27994 0.43756 0.27813 0.45071 0.27663 0.46393 0.27543 0.47721 0.27452 0.49053 0.27392 0.50388 0.27361 0.51723 0.27361 0.53058 0.27392 0.54390 0.27452 0.54377 0.28407 0.53050 0.28347 0.51721 0.28317 0.50390 0.28317 0.49061 0.28347 0.47734 0.28407 0.46411 0.28497 0.45093 0.28617 0.43783 0.28767 0.42482 0.28947 0.41191 0.29155 0.39912 0.29393 0.38647 0.29660 0.37396 0.29955 0.36163 0.30278 0.34948 0.30629 0.33752 0.31008 0.32577 0.31413 0.31425 0.31844 0.30297 0.32302 0.29194 0.32784 0.28117 0.33291 0.27069 0.33823 0.26050 0.34377 0.25061 0.34955 0.24104 0.35554 0.23180 0.36175 0.22290 0.36816 0.21435 0.37477 0.20616 0.38157 0.19834 0.38855 0.19090 0.39571 0.18385 0.40303 0.17720 0.41050 0.17095 0.41812 0.16512 0.42587 0.15971 0.43376 0.15472 0.44176 0.15017 0.44987 0.14606 0.45807 0.14239 0.46637 0.13918 0.47474 0.13641 0.48318 0.13410 0.49168 0.13225 0.50023 0.13086 0.50881 0.12993 0.51742 0.12947 0.52604 0.12947 0.53467 0.12993 0.54329 0.13086 0.55190\n 40 6 13\n 38 6 1\n 14 1546 70 0.54390 0.27452 0.55718 0.27543 0.57040 0.27663 0.58355 0.27813 0.59661 0.27994 0.60957 0.28203 0.62240 0.28442 0.63510 0.28709 0.64765 0.29006 0.66003 0.29330 0.67223 0.29682 0.68423 0.30062 0.69602 0.30469 0.70758 0.30902 0.71891 0.31361 0.72998 0.31845 0.74078 0.32354 0.75130 0.32887 0.76153 0.33444 0.77145 0.34024 0.78106 0.34625 0.79033 0.35248 0.79927 0.35892 0.80785 0.36555 0.81607 0.37238 0.82392 0.37939 0.83139 0.38657 0.83846 0.39391 0.84514 0.40141 0.85141 0.40906 0.85726 0.41684 0.86269 0.42476 0.86770 0.43279 0.87226 0.44092 0.87639 0.44916 0.87505 0.45807 0.87094 0.44987 0.86639 0.44176 0.86140 0.43376 0.85599 0.42587 0.85016 0.41812 0.84391 0.41050 0.83726 0.40303 0.83021 0.39571 0.82277 0.38855 0.81495 0.38157 0.80676 0.37477 0.79821 0.36816 0.78931 0.36175 0.78007 0.35554 0.77050 0.34955 0.76061 0.34377 0.75042 0.33823 0.73994 0.33291 0.72917 0.32784 0.71814 0.32302 0.70686 0.31844 0.69534 0.31413 0.68359 0.31008 0.67164 0.30629 0.65948 0.30278 0.64715 0.29955 0.63464 0.29660 0.62199 0.29393 0.60920 0.29155 0.59629 0.28947 0.58328 0.28767 0.57018 0.28617 0.55701 0.28497 0.54377 0.28407\n 40 6 13\n 38 6 1\n 14 94 4 0.89258 0.53470 0.89165 0.54334 0.89025 0.55190 0.89118 0.54329\n 40 6 13\n 38 6 1\n 14 2250 102 0.13225 0.56048 0.13086 0.55190 0.12993 0.54329 0.12947 0.53467 0.12947 0.52604 0.12993 0.51742 0.13086 0.50881 0.13225 0.50023 0.13410 0.49168 0.13641 0.48318 0.13918 0.47474 0.14239 0.46637 0.14606 0.45807 0.15017 0.44987 0.15472 0.44176 0.15971 0.43376 0.16512 0.42587 0.17095 0.41812 0.17720 0.41050 0.18385 0.40303 0.19090 0.39571 0.19834 0.38855 0.20616 0.38157 0.21435 0.37477 0.22290 0.36816 0.23180 0.36175 0.24104 0.35554 0.25061 0.34955 0.26050 0.34377 0.27069 0.33823 0.28117 0.33291 0.29194 0.32784 0.30297 0.32302 0.31425 0.31844 0.32577 0.31413 0.33752 0.31008 0.34948 0.30629 0.36163 0.30278 0.37396 0.29955 0.38647 0.29660 0.39912 0.29393 0.41191 0.29155 0.42482 0.28947 0.43783 0.28767 0.45093 0.28617 0.46411 0.28497 0.47734 0.28407 0.49061 0.28347 0.50390 0.28317 0.51721 0.28317 0.53050 0.28347 0.53041 0.29329 0.51717 0.29299 0.50394 0.29299 0.49071 0.29329 0.47750 0.29389 0.46433 0.29478 0.45122 0.29598 0.43818 0.29747 0.42524 0.29926 0.41239 0.30133 0.39966 0.30370 0.38707 0.30635 0.37463 0.30929 0.36236 0.31251 0.35026 0.31600 0.33836 0.31976 0.32668 0.32380 0.31521 0.32809 0.30398 0.33264 0.29301 0.33744 0.28230 0.34249 0.27187 0.34778 0.26172 0.35330 0.25189 0.35904 0.24236 0.36501 0.23317 0.37118 0.22431 0.37756 0.21580 0.38414 0.20765 0.39091 0.19987 0.39786 0.19246 0.40498 0.18545 0.41226 0.17883 0.41969 0.17261 0.42728 0.16681 0.43499 0.16142 0.44284 0.15646 0.45080 0.15194 0.45887 0.14785 0.46704 0.14420 0.47529 0.14099 0.48362 0.13824 0.49202 0.13594 0.50048 0.13410 0.50898 0.13272 0.51752 0.13179 0.52609 0.13133 0.53467 0.13133 0.54326 0.13179 0.55184 0.13272 0.56041 0.13410 0.56895\n 40 6 13\n 38 6 1\n 14 1590 72 0.53050 0.28347 0.54377 0.28407 0.55701 0.28497 0.57018 0.28617 0.58328 0.28767 0.59629 0.28947 0.60920 0.29155 0.62199 0.29393 0.63464 0.29660 0.64715 0.29955 0.65948 0.30278 0.67164 0.30629 0.68359 0.31008 0.69534 0.31413 0.70686 0.31844 0.71814 0.32302 0.72917 0.32784 0.73994 0.33291 0.75042 0.33823 0.76061 0.34377 0.77050 0.34955 0.78007 0.35554 0.78931 0.36175 0.79821 0.36816 0.80676 0.37477 0.81495 0.38157 0.82277 0.38855 0.83021 0.39571 0.83726 0.40303 0.84391 0.41050 0.85016 0.41812 0.85599 0.42587 0.86140 0.43376 0.86639 0.44176 0.87094 0.44987 0.87505 0.45807 0.87326 0.46704 0.86917 0.45887 0.86465 0.45080 0.85969 0.44284 0.85430 0.43499 0.84850 0.42728 0.84228 0.41969 0.83566 0.41226 0.82865 0.40498 0.82124 0.39786 0.81346 0.39091 0.80531 0.38414 0.79680 0.37756 0.78794 0.37118 0.77875 0.36501 0.76922 0.35904 0.75939 0.35330 0.74925 0.34778 0.73881 0.34249 0.72810 0.33744 0.71713 0.33264 0.70590 0.32809 0.69443 0.32380 0.68275 0.31976 0.67085 0.31600 0.65875 0.31251 0.64648 0.30929 0.63404 0.30635 0.62145 0.30370 0.60872 0.30133 0.59588 0.29926 0.58293 0.29747 0.56989 0.29598 0.55678 0.29478 0.54361 0.29389 0.53041 0.29329\n 40 6 13\n 38 6 1\n 14 182 8 0.89164 0.53467 0.89118 0.54329 0.89025 0.55190 0.88886 0.56048 0.88701 0.56895 0.88839 0.56041 0.88932 0.55184 0.88978 0.54326\n 40 6 13\n 38 6 1\n 14 2250 102 0.13594 0.57745 0.13410 0.56895 0.13272 0.56041 0.13179 0.55184 0.13133 0.54326 0.13133 0.53467 0.13179 0.52609 0.13272 0.51752 0.13410 0.50898 0.13594 0.50048 0.13824 0.49202 0.14099 0.48362 0.14420 0.47529 0.14785 0.46704 0.15194 0.45887 0.15646 0.45080 0.16142 0.44284 0.16681 0.43499 0.17261 0.42728 0.17883 0.41969 0.18545 0.41226 0.19246 0.40498 0.19987 0.39786 0.20765 0.39091 0.21580 0.38414 0.22431 0.37756 0.23317 0.37118 0.24236 0.36501 0.25189 0.35904 0.26172 0.35330 0.27187 0.34778 0.28230 0.34249 0.29301 0.33744 0.30398 0.33264 0.31521 0.32809 0.32668 0.32380 0.33836 0.31976 0.35026 0.31600 0.36236 0.31251 0.37463 0.30929 0.38707 0.30635 0.39966 0.30370 0.41239 0.30133 0.42524 0.29926 0.43818 0.29747 0.45122 0.29598 0.46433 0.29478 0.47750 0.29389 0.49071 0.29329 0.50394 0.29299 0.51717 0.29299 0.51713 0.30306 0.50398 0.30306 0.49083 0.30336 0.47770 0.30395 0.46462 0.30484 0.45159 0.30603 0.43863 0.30751 0.42576 0.30929 0.41299 0.31135 0.40034 0.31371 0.38783 0.31634 0.37547 0.31926 0.36327 0.32246 0.35125 0.32593 0.33942 0.32967 0.32780 0.33368 0.31641 0.33795 0.30525 0.34247 0.29434 0.34724 0.28370 0.35226 0.27333 0.35751 0.26325 0.36300 0.25347 0.36871 0.24401 0.37464 0.23487 0.38078 0.22606 0.38712 0.21761 0.39366 0.20951 0.40038 0.20177 0.40728 0.19441 0.41436 0.18744 0.42160 0.18086 0.42899 0.17469 0.43652 0.16892 0.44419 0.16357 0.45199 0.15864 0.45990 0.15414 0.46792 0.15007 0.47604 0.14645 0.48424 0.14326 0.49253 0.14053 0.50087 0.13824 0.50928 0.13641 0.51773 0.13504 0.52622 0.13412 0.53473 0.13366 0.54326 0.13366 0.55179 0.13412 0.56032 0.13504 0.56884 0.13641 0.57732 0.13824 0.58578\n 40 6 13\n 38 6 1\n 14 1766 80 0.51717 0.29299 0.53041 0.29329 0.54361 0.29389 0.55678 0.29478 0.56989 0.29598 0.58293 0.29747 0.59588 0.29926 0.60872 0.30133 0.62145 0.30370 0.63404 0.30635 0.64648 0.30929 0.65875 0.31251 0.67085 0.31600 0.68275 0.31976 0.69443 0.32380 0.70590 0.32809 0.71713 0.33264 0.72810 0.33744 0.73881 0.34249 0.74925 0.34778 0.75939 0.35330 0.76922 0.35904 0.77875 0.36501 0.78794 0.37118 0.79680 0.37756 0.80531 0.38414 0.81346 0.39091 0.82124 0.39786 0.82865 0.40498 0.83566 0.41226 0.84228 0.41969 0.84850 0.42728 0.85430 0.43499 0.85969 0.44284 0.86465 0.45080 0.86917 0.45887 0.87326 0.46704 0.87691 0.47529 0.88012 0.48362 0.88287 0.49202 0.88058 0.50087 0.87785 0.49253 0.87467 0.48424 0.87104 0.47604 0.86697 0.46792 0.86247 0.45990 0.85754 0.45199 0.85219 0.44419 0.84642 0.43652 0.84025 0.42899 0.83367 0.42160 0.82670 0.41436 0.81934 0.40728 0.81160 0.40038 0.80350 0.39366 0.79505 0.38712 0.78624 0.38078 0.77710 0.37464 0.76764 0.36871 0.75786 0.36300 0.74778 0.35751 0.73741 0.35226 0.72677 0.34724 0.71586 0.34247 0.70470 0.33795 0.69331 0.33368 0.68169 0.32967 0.66986 0.32593 0.65784 0.32246 0.64564 0.31926 0.63328 0.31634 0.62077 0.31371 0.60812 0.31135 0.59535 0.30929 0.58248 0.30751 0.56952 0.30603 0.55649 0.30484 0.54341 0.30395 0.53028 0.30336 0.51713 0.30306\n 40 6 13\n 38 6 1\n 14 314 14 0.88932 0.52609 0.88978 0.53467 0.88978 0.54326 0.88932 0.55184 0.88839 0.56041 0.88701 0.56895 0.88517 0.57745 0.88287 0.58578 0.88470 0.57732 0.88608 0.56884 0.88699 0.56032 0.88745 0.55179 0.88745 0.54326 0.88699 0.53473\n 40 6 13\n 38 6 1\n 14 2250 102 0.14053 0.59418 0.13824 0.58578 0.13641 0.57732 0.13504 0.56884 0.13412 0.56032 0.13366 0.55179 0.13366 0.54326 0.13412 0.53473 0.13504 0.52622 0.13641 0.51773 0.13824 0.50928 0.14053 0.50087 0.14326 0.49253 0.14645 0.48424 0.15007 0.47604 0.15414 0.46792 0.15864 0.45990 0.16357 0.45199 0.16892 0.44419 0.17469 0.43652 0.18086 0.42899 0.18744 0.42160 0.19441 0.41436 0.20177 0.40728 0.20951 0.40038 0.21761 0.39366 0.22606 0.38712 0.23487 0.38078 0.24401 0.37464 0.25347 0.36871 0.26325 0.36300 0.27333 0.35751 0.28370 0.35226 0.29434 0.34724 0.30525 0.34247 0.31641 0.33795 0.32780 0.33368 0.33942 0.32967 0.35125 0.32593 0.36327 0.32246 0.37547 0.31926 0.38783 0.31634 0.40034 0.31371 0.41299 0.31135 0.42576 0.30929 0.43863 0.30751 0.45159 0.30603 0.46462 0.30484 0.47770 0.30395 0.49083 0.30336 0.50398 0.30306 0.50403 0.31337 0.49097 0.31367 0.47794 0.31426 0.46496 0.31514 0.45202 0.31632 0.43916 0.31779 0.42639 0.31955 0.41371 0.32160 0.40116 0.32394 0.38874 0.32656 0.37647 0.32945 0.36436 0.33263 0.35243 0.33607 0.34069 0.33979 0.32916 0.34376 0.31784 0.34800 0.30677 0.35249 0.29594 0.35723 0.28538 0.36220 0.27508 0.36742 0.26508 0.37287 0.25537 0.37853 0.24598 0.38442 0.23691 0.39051 0.22817 0.39681 0.21977 0.40330 0.21173 0.40997 0.20405 0.41683 0.19675 0.42385 0.18983 0.43103 0.18330 0.43837 0.17717 0.44585 0.17144 0.45346 0.16613 0.46120 0.16124 0.46906 0.15677 0.47702 0.15274 0.48507 0.14914 0.49322 0.14598 0.50144 0.14326 0.50972 0.14099 0.51806 0.13918 0.52645 0.13781 0.53488 0.13690 0.54333 0.13644 0.55180 0.13644 0.56027 0.13690 0.56873 0.13781 0.57718 0.13918 0.58561 0.14099 0.59400 0.14326 0.60234\n 40 6 13\n 38 6 1\n 14 226 10 0.50398 0.30306 0.51713 0.30306 0.53028 0.30336 0.54341 0.30395 0.55649 0.30484 0.55615 0.31514 0.54317 0.31426 0.53014 0.31367 0.51709 0.31337 0.50403 0.31337\n 40 6 12\n 38 6 1\n 14 72 3 0.56914 0.31515 0.56909 0.31632 0.56350 0.31581\n 40 6 13\n 38 6 1\n 14 116 5 0.56952 0.30603 0.56914 0.31515 0.56350 0.31581 0.55615 0.31514 0.55649 0.30484\n 40 6 12\n 38 6 1\n 14 94 4 0.58206 0.31564 0.58195 0.31779 0.56909 0.31632 0.56914 0.31515\n 40 6 13\n 38 6 1\n 14 94 4 0.58248 0.30751 0.58206 0.31564 0.56914 0.31515 0.56952 0.30603\n 40 6 12\n 38 6 1\n 14 94 4 0.59473 0.31947 0.59472 0.31955 0.58195 0.31779 0.58206 0.31564\n 40 6 13\n 38 6 1\n 14 94 4 0.59535 0.30929 0.59473 0.31947 0.58206 0.31564 0.58248 0.30751\n 40 6 12\n 38 6 1\n 14 94 4 0.60765 0.31802 0.60740 0.32160 0.59472 0.31955 0.59473 0.31947\n 40 6 13\n 38 6 1\n 14 94 4 0.60812 0.31135 0.60765 0.31802 0.59473 0.31947 0.59535 0.30929\n 40 6 12\n 38 6 1\n 14 94 4 0.62013 0.32173 0.61995 0.32394 0.60740 0.32160 0.60765 0.31802\n 40 6 13\n 38 6 1\n 14 94 4 0.62077 0.31371 0.62013 0.32173 0.60765 0.31802 0.60812 0.31135\n 40 6 12\n 38 6 1\n 14 72 3 0.62730 0.32549 0.61995 0.32394 0.62013 0.32173\n 40 6 13\n 38 6 1\n 14 116 5 0.63328 0.31634 0.63237 0.32656 0.62730 0.32549 0.62013 0.32173 0.62077 0.31371\n 40 6 13\n 38 6 1\n 14 1018 46 0.63328 0.31634 0.64564 0.31926 0.65784 0.32246 0.66986 0.32593 0.68169 0.32967 0.69331 0.33368 0.70470 0.33795 0.71586 0.34247 0.72677 0.34724 0.73741 0.35226 0.74778 0.35751 0.75786 0.36300 0.76764 0.36871 0.77710 0.37464 0.78624 0.38078 0.79505 0.38712 0.80350 0.39366 0.81160 0.40038 0.81934 0.40728 0.82670 0.41436 0.83367 0.42160 0.84025 0.42899 0.84642 0.43652 0.84394 0.44585 0.83781 0.43837 0.83128 0.43103 0.82436 0.42385 0.81706 0.41683 0.80938 0.40997 0.80134 0.40330 0.79294 0.39681 0.78420 0.39051 0.77513 0.38442 0.76574 0.37853 0.75603 0.37287 0.74603 0.36742 0.73574 0.36220 0.72517 0.35723 0.71434 0.35249 0.70327 0.34800 0.69196 0.34376 0.68042 0.33979 0.66869 0.33607 0.65675 0.33263 0.64464 0.32945 0.63237 0.32656\n 40 6 13\n 38 6 1\n 14 798 36 0.85754 0.45199 0.86247 0.45990 0.86697 0.46792 0.87104 0.47604 0.87467 0.48424 0.87785 0.49253 0.88058 0.50087 0.88287 0.50928 0.88470 0.51773 0.88608 0.52622 0.88699 0.53473 0.88745 0.54326 0.88745 0.55179 0.88699 0.56032 0.88608 0.56884 0.88470 0.57732 0.88287 0.58578 0.88058 0.59418 0.87785 0.60234 0.88012 0.59400 0.88193 0.58561 0.88330 0.57718 0.88421 0.56873 0.88467 0.56027 0.88467 0.55180 0.88421 0.54333 0.88330 0.53488 0.88193 0.52645 0.88012 0.51806 0.87785 0.50972 0.87513 0.50144 0.87197 0.49322 0.86837 0.48507 0.86434 0.47702 0.85987 0.46906 0.85498 0.46120\n 40 6 13\n 38 6 1\n 14 2250 102 0.14326 0.60234 0.14099 0.59400 0.13918 0.58561 0.13781 0.57718 0.13690 0.56873 0.13644 0.56027 0.13644 0.55180 0.13690 0.54333 0.13781 0.53488 0.13918 0.52645 0.14099 0.51806 0.14326 0.50972 0.14598 0.50144 0.14914 0.49322 0.15274 0.48507 0.15677 0.47702 0.16124 0.46906 0.16613 0.46120 0.17144 0.45346 0.17717 0.44585 0.18330 0.43837 0.18983 0.43103 0.19675 0.42385 0.20405 0.41683 0.21173 0.40997 0.21977 0.40330 0.22817 0.39681 0.23691 0.39051 0.24598 0.38442 0.25537 0.37853 0.26508 0.37287 0.27508 0.36742 0.28538 0.36220 0.29594 0.35723 0.30677 0.35249 0.31784 0.34800 0.32916 0.34376 0.34069 0.33979 0.35243 0.33607 0.36436 0.33263 0.37647 0.32945 0.38874 0.32656 0.40116 0.32394 0.41371 0.32160 0.42639 0.31955 0.43916 0.31779 0.45202 0.31632 0.46496 0.31514 0.47794 0.31426 0.49097 0.31367 0.50403 0.31337 0.50408 0.32391 0.49114 0.32420 0.47823 0.32479 0.46535 0.32567 0.45253 0.32684 0.43978 0.32829 0.42712 0.33004 0.41455 0.33207 0.40211 0.33439 0.38979 0.33698 0.37763 0.33985 0.36562 0.34300 0.35380 0.34641 0.34216 0.35010 0.33073 0.35404 0.31951 0.35824 0.30853 0.36269 0.29780 0.36738 0.28733 0.37232 0.27712 0.37749 0.26721 0.38289 0.25758 0.38851 0.24827 0.39434 0.23928 0.40038 0.23061 0.40662 0.22229 0.41306 0.21432 0.41967 0.20671 0.42647 0.19947 0.43343 0.19261 0.44055 0.18614 0.44782 0.18006 0.45524 0.17438 0.46279 0.16912 0.47046 0.16427 0.47825 0.15984 0.48614 0.15584 0.49412 0.15227 0.50220 0.14914 0.51035 0.14645 0.51856 0.14420 0.52683 0.14239 0.53515 0.14104 0.54350 0.14014 0.55188 0.13969 0.56027 0.13969 0.56867 0.14014 0.57706 0.14104 0.58544 0.14239 0.59379 0.14420 0.60210 0.14645 0.61037\n 40 6 12\n 38 6 1\n 14 72 3 0.51704 0.32252 0.51703 0.32391 0.51033 0.32391\n 40 6 13\n 38 6 1\n 14 116 5 0.51709 0.31337 0.51704 0.32252 0.51033 0.32391 0.50408 0.32391 0.50403 0.31337\n 40 6 12\n 38 6 1\n 14 94 4 0.53005 0.31895 0.52997 0.32420 0.51703 0.32391 0.51704 0.32252\n 40 6 13\n 38 6 1\n 14 94 4 0.53014 0.31367 0.53005 0.31895 0.51704 0.32252 0.51709 0.31337\n 40 6 12\n 38 6 1\n 14 94 4 0.54310 0.31676 0.54288 0.32479 0.52997 0.32420 0.53005 0.31895\n 40 6 13\n 38 6 1\n 14 94 4 0.54317 0.31426 0.54310 0.31676 0.53005 0.31895 0.53014 0.31367\n 40 6 12\n 38 6 1\n 14 94 4 0.55606 0.31758 0.55576 0.32567 0.54288 0.32479 0.54310 0.31676\n 40 6 13\n 38 6 1\n 14 94 4 0.55615 0.31514 0.55606 0.31758 0.54310 0.31676 0.54317 0.31426\n 40 6 12\n 38 6 1\n 14 116 5 0.56350 0.31581 0.56909 0.31632 0.56858 0.32684 0.55576 0.32567 0.55606 0.31758\n 40 6 13\n 38 6 1\n 14 72 3 0.56350 0.31581 0.55606 0.31758 0.55615 0.31514\n 40 6 12\n 38 6 1\n 14 226 10 0.56909 0.31632 0.58195 0.31779 0.59472 0.31955 0.60740 0.32160 0.61995 0.32394 0.61900 0.33439 0.60656 0.33207 0.59400 0.33004 0.58133 0.32829 0.56858 0.32684\n 40 6 12\n 38 6 1\n 14 116 5 0.62730 0.32549 0.63221 0.32817 0.63132 0.33698 0.61900 0.33439 0.61995 0.32394\n 40 6 13\n 38 6 1\n 14 72 3 0.62730 0.32549 0.63237 0.32656 0.63221 0.32817\n 40 6 12\n 38 6 1\n 14 94 4 0.64403 0.33495 0.64348 0.33985 0.63132 0.33698 0.63221 0.32817\n 40 6 13\n 38 6 1\n 14 94 4 0.64464 0.32945 0.64403 0.33495 0.63221 0.32817 0.63237 0.32656\n 40 6 12\n 38 6 1\n 14 72 3 0.65430 0.34269 0.64348 0.33985 0.64403 0.33495\n 40 6 13\n 38 6 1\n 14 116 5 0.65675 0.33263 0.65549 0.34300 0.65430 0.34269 0.64403 0.33495 0.64464 0.32945\n 40 6 12\n 38 6 1\n 14 72 3 0.66756 0.34458 0.66731 0.34641 0.65763 0.34362\n 40 6 13\n 38 6 1\n 14 116 5 0.66869 0.33607 0.66756 0.34458 0.65763 0.34362 0.65549 0.34300 0.65675 0.33263\n 40 6 12\n 38 6 1\n 14 72 3 0.67344 0.34835 0.66731 0.34641 0.66756 0.34458\n 40 6 13\n 38 6 1\n 14 116 5 0.68042 0.33979 0.67895 0.35010 0.67344 0.34835 0.66756 0.34458 0.66869 0.33607\n 40 6 13\n 38 6 1\n 14 842 38 0.68042 0.33979 0.69196 0.34376 0.70327 0.34800 0.71434 0.35249 0.72517 0.35723 0.73574 0.36220 0.74603 0.36742 0.75603 0.37287 0.76574 0.37853 0.77513 0.38442 0.78420 0.39051 0.79294 0.39681 0.80134 0.40330 0.80938 0.40997 0.81706 0.41683 0.82436 0.42385 0.83128 0.43103 0.83781 0.43837 0.84394 0.44585 0.84105 0.45524 0.83497 0.44782 0.82850 0.44055 0.82164 0.43343 0.81440 0.42647 0.80679 0.41967 0.79882 0.41306 0.79050 0.40662 0.78183 0.40038 0.77284 0.39434 0.76353 0.38851 0.75390 0.38289 0.74399 0.37749 0.73378 0.37232 0.72331 0.36738 0.71258 0.36269 0.70160 0.35824 0.69038 0.35404 0.67895 0.35010\n 40 6 13\n 38 6 1\n 14 842 38 0.85498 0.46120 0.85987 0.46906 0.86434 0.47702 0.86837 0.48507 0.87197 0.49322 0.87513 0.50144 0.87785 0.50972 0.88012 0.51806 0.88193 0.52645 0.88330 0.53488 0.88421 0.54333 0.88467 0.55180 0.88467 0.56027 0.88421 0.56873 0.88330 0.57718 0.88193 0.58561 0.88012 0.59400 0.87785 0.60234 0.87513 0.61063 0.87197 0.61859 0.87467 0.61037 0.87691 0.60210 0.87872 0.59379 0.88007 0.58544 0.88097 0.57706 0.88142 0.56867 0.88142 0.56027 0.88097 0.55188 0.88007 0.54350 0.87872 0.53515 0.87691 0.52683 0.87467 0.51856 0.87197 0.51035 0.86884 0.50220 0.86527 0.49412 0.86127 0.48614 0.85684 0.47825 0.85199 0.47046\n 40 6 12\n 38 6 1\n 14 72 3 0.14787 0.61019 0.15007 0.61827 0.14858 0.61502\n 40 6 13\n 38 6 1\n 14 116 5 0.14420 0.60210 0.14785 0.61009 0.14787 0.61019 0.14858 0.61502 0.14645 0.61037\n 40 6 13\n 38 6 1\n 14 2030 92 0.14420 0.60210 0.14239 0.59379 0.14104 0.58544 0.14014 0.57706 0.13969 0.56867 0.13969 0.56027 0.14014 0.55188 0.14104 0.54350 0.14239 0.53515 0.14420 0.52683 0.14645 0.51856 0.14914 0.51035 0.15227 0.50220 0.15584 0.49412 0.15984 0.48614 0.16427 0.47825 0.16912 0.47046 0.17438 0.46279 0.18006 0.45524 0.18614 0.44782 0.19261 0.44055 0.19947 0.43343 0.20671 0.42647 0.21432 0.41967 0.22229 0.41306 0.23061 0.40662 0.23928 0.40038 0.24827 0.39434 0.25758 0.38851 0.26721 0.38289 0.27712 0.37749 0.28733 0.37232 0.29780 0.36738 0.30853 0.36269 0.31951 0.35824 0.33073 0.35404 0.34216 0.35010 0.35380 0.34641 0.36562 0.34300 0.37763 0.33985 0.38979 0.33698 0.40211 0.33439 0.41455 0.33207 0.42712 0.33004 0.43978 0.32829 0.45253 0.32684 0.45311 0.33756 0.44048 0.33900 0.42795 0.34073 0.41551 0.34274 0.40319 0.34503 0.39100 0.34760 0.37895 0.35045 0.36707 0.35356 0.35536 0.35694 0.34384 0.36059 0.33252 0.36449 0.32142 0.36865 0.31055 0.37306 0.29992 0.37770 0.28955 0.38259 0.27945 0.38771 0.26963 0.39305 0.26010 0.39862 0.25088 0.40439 0.24198 0.41037 0.23340 0.41655 0.22516 0.42292 0.21727 0.42947 0.20974 0.43620 0.20257 0.44309 0.19578 0.45014 0.18937 0.45734 0.18335 0.46468 0.17773 0.47216 0.17252 0.47975 0.16772 0.48746 0.16333 0.49527 0.15937 0.50318 0.15584 0.51117 0.15274 0.51924 0.15007 0.52737 0.14785 0.53556 0.14606 0.54380 0.14472 0.55206 0.14383 0.56036 0.14338 0.56867 0.14338 0.57698 0.14383 0.58529 0.14472 0.59358 0.14606 0.60185 0.14785 0.61009\n 40 6 12\n 38 6 1\n 14 72 3 0.46568 0.33343 0.46580 0.33640 0.45738 0.33717\n 40 6 13\n 38 6 1\n 14 116 5 0.46535 0.32567 0.46568 0.33343 0.45738 0.33717 0.45311 0.33756 0.45253 0.32684\n 40 6 12\n 38 6 1\n 14 94 4 0.47842 0.33127 0.47855 0.33553 0.46580 0.33640 0.46568 0.33343\n 40 6 13\n 38 6 1\n 14 94 4 0.47823 0.32479 0.47842 0.33127 0.46568 0.33343 0.46535 0.32567\n 40 6 12\n 38 6 1\n 14 94 4 0.49116 0.32498 0.49134 0.33495 0.47855 0.33553 0.47842 0.33127\n 40 6 13\n 38 6 1\n 14 94 4 0.49114 0.32420 0.49116 0.32498 0.47842 0.33127 0.47823 0.32479\n 40 6 12\n 38 6 1\n 14 94 4 0.50409 0.32513 0.50415 0.33466 0.49134 0.33495 0.49116 0.32498\n 40 6 13\n 38 6 1\n 14 94 4 0.50408 0.32391 0.50409 0.32513 0.49116 0.32498 0.49114 0.32420\n 40 6 12\n 38 6 1\n 14 116 5 0.51033 0.32391 0.51703 0.32391 0.51696 0.33466 0.50415 0.33466 0.50409 0.32513\n 40 6 13\n 38 6 1\n 14 72 3 0.51033 0.32391 0.50409 0.32513 0.50408 0.32391\n 40 6 12\n 38 6 1\n 14 490 22 0.51703 0.32391 0.52997 0.32420 0.54288 0.32479 0.55576 0.32567 0.56858 0.32684 0.58133 0.32829 0.59400 0.33004 0.60656 0.33207 0.61900 0.33439 0.63132 0.33698 0.64348 0.33985 0.64216 0.35045 0.63011 0.34760 0.61792 0.34503 0.60560 0.34274 0.59316 0.34073 0.58063 0.33900 0.56800 0.33756 0.55531 0.33640 0.54256 0.33553 0.52977 0.33495 0.51696 0.33466\n 40 6 12\n 38 6 1\n 14 116 5 0.65430 0.34269 0.65545 0.34326 0.65404 0.35356 0.64216 0.35045 0.64348 0.33985\n 40 6 13\n 38 6 1\n 14 72 3 0.65430 0.34269 0.65549 0.34300 0.65545 0.34326\n 40 6 12\n 38 6 1\n 14 116 5 0.65763 0.34362 0.66731 0.34641 0.66575 0.35694 0.65404 0.35356 0.65545 0.34326\n 40 6 13\n 38 6 1\n 14 72 3 0.65763 0.34362 0.65545 0.34326 0.65549 0.34300\n 40 6 12\n 38 6 1\n 14 116 5 0.67344 0.34835 0.67875 0.35134 0.67727 0.36059 0.66575 0.35694 0.66731 0.34641\n 40 6 13\n 38 6 1\n 14 72 3 0.67344 0.34835 0.67895 0.35010 0.67875 0.35134\n 40 6 12\n 38 6 1\n 14 94 4 0.68992 0.35675 0.68859 0.36449 0.67727 0.36059 0.67875 0.35134\n 40 6 13\n 38 6 1\n 14 94 4 0.69038 0.35404 0.68992 0.35675 0.67875 0.35134 0.67895 0.35010\n 40 6 12\n 38 6 1\n 14 94 4 0.70094 0.36185 0.69969 0.36865 0.68859 0.36449 0.68992 0.35675\n 40 6 13\n 38 6 1\n 14 94 4 0.70160 0.35824 0.70094 0.36185 0.68992 0.35675 0.69038 0.35404\n 40 6 12\n 38 6 1\n 14 94 4 0.71163 0.36757 0.71056 0.37306 0.69969 0.36865 0.70094 0.36185\n 40 6 13\n 38 6 1\n 14 94 4 0.71258 0.36269 0.71163 0.36757 0.70094 0.36185 0.70160 0.35824\n 40 6 12\n 38 6 1\n 14 94 4 0.72177 0.37489 0.72119 0.37770 0.71056 0.37306 0.71163 0.36757\n 40 6 13\n 38 6 1\n 14 94 4 0.72331 0.36738 0.72177 0.37489 0.71163 0.36757 0.71258 0.36269\n 40 6 12\n 38 6 1\n 14 72 3 0.72729 0.38058 0.72119 0.37770 0.72177 0.37489\n 40 6 13\n 38 6 1\n 14 116 5 0.73378 0.37232 0.73156 0.38259 0.72729 0.38058 0.72177 0.37489 0.72331 0.36738\n 40 6 13\n 38 6 1\n 14 490 22 0.73378 0.37232 0.74399 0.37749 0.75390 0.38289 0.76353 0.38851 0.77284 0.39434 0.78183 0.40038 0.79050 0.40662 0.79882 0.41306 0.80679 0.41967 0.81440 0.42647 0.82164 0.43343 0.81854 0.44309 0.81137 0.43620 0.80384 0.42947 0.79595 0.42292 0.78771 0.41655 0.77913 0.41037 0.77023 0.40439 0.76101 0.39862 0.75148 0.39305 0.74166 0.38771 0.73156 0.38259\n 40 6 13\n 38 6 1\n 14 930 42 0.83497 0.44782 0.84105 0.45524 0.84673 0.46279 0.85199 0.47046 0.85684 0.47825 0.86127 0.48614 0.86527 0.49412 0.86884 0.50220 0.87197 0.51035 0.87467 0.51856 0.87691 0.52683 0.87872 0.53515 0.88007 0.54350 0.88097 0.55188 0.88142 0.56027 0.88142 0.56867 0.88097 0.57706 0.88007 0.58544 0.87872 0.59379 0.87691 0.60210 0.87467 0.61037 0.87104 0.61827 0.87326 0.61009 0.87505 0.60185 0.87639 0.59358 0.87728 0.58529 0.87773 0.57698 0.87773 0.56867 0.87728 0.56036 0.87639 0.55206 0.87505 0.54380 0.87326 0.53556 0.87104 0.52737 0.86837 0.51924 0.86527 0.51117 0.86174 0.50318 0.85778 0.49527 0.85339 0.48746 0.84859 0.47975 0.84338 0.47216 0.83776 0.46468 0.83174 0.45734\n 40 6 12\n 38 6 1\n 14 72 3 0.86943 0.62412 0.86837 0.62641 0.86965 0.62253\n 40 6 13\n 38 6 1\n 14 116 5 0.87197 0.61859 0.86943 0.62412 0.86965 0.62253 0.87104 0.61827 0.87467 0.61037\n 40 6 12\n 38 6 1\n 14 94 4 0.86865 0.62716 0.86527 0.63447 0.86837 0.62641 0.86943 0.62412\n 40 6 13\n 38 6 1\n 14 94 4 0.86884 0.62674 0.86865 0.62716 0.86943 0.62412 0.87197 0.61859\n 40 6 12\n 38 6 1\n 14 94 4 0.15274 0.62641 0.15007 0.61827 0.15414 0.62603 0.15677 0.63407\n 40 6 12\n 38 6 1\n 14 116 5 0.14787 0.61019 0.14786 0.61012 0.15194 0.61793 0.15414 0.62603 0.15007 0.61827\n 40 6 13\n 38 6 1\n 14 72 3 0.14787 0.61019 0.14785 0.61009 0.14786 0.61012\n 40 6 12\n 38 6 1\n 14 94 4 0.14812 0.60582 0.15017 0.60979 0.15194 0.61793 0.14786 0.61012\n 40 6 13\n 38 6 1\n 14 94 4 0.14606 0.60185 0.14812 0.60582 0.14786 0.61012 0.14785 0.61009\n 40 6 12\n 38 6 1\n 14 94 4 0.14734 0.59868 0.14885 0.60162 0.15017 0.60979 0.14812 0.60582\n 40 6 13\n 38 6 1\n 14 94 4 0.14472 0.59358 0.14734 0.59868 0.14812 0.60582 0.14606 0.60185\n 40 6 12\n 38 6 1\n 14 94 4 0.14778 0.59305 0.14796 0.59342 0.14885 0.60162 0.14734 0.59868\n 40 6 13\n 38 6 1\n 14 94 4 0.14383 0.58529 0.14778 0.59305 0.14734 0.59868 0.14472 0.59358\n 40 6 12\n 38 6 1\n 14 72 3 0.14791 0.59249 0.14796 0.59342 0.14778 0.59305\n 40 6 13\n 38 6 1\n 14 116 5 0.14338 0.57698 0.14752 0.58520 0.14791 0.59249 0.14778 0.59305 0.14383 0.58529\n 40 6 13\n 38 6 1\n 14 1722 78 0.14338 0.57698 0.14338 0.56867 0.14383 0.56036 0.14472 0.55206 0.14606 0.54380 0.14785 0.53556 0.15007 0.52737 0.15274 0.51924 0.15584 0.51117 0.15937 0.50318 0.16333 0.49527 0.16772 0.48746 0.17252 0.47975 0.17773 0.47216 0.18335 0.46468 0.18937 0.45734 0.19578 0.45014 0.20257 0.44309 0.20974 0.43620 0.21727 0.42947 0.22516 0.42292 0.23340 0.41655 0.24198 0.41037 0.25088 0.40439 0.26010 0.39862 0.26963 0.39305 0.27945 0.38771 0.28955 0.38259 0.29992 0.37770 0.31055 0.37306 0.32142 0.36865 0.33252 0.36449 0.34384 0.36059 0.35536 0.35694 0.36707 0.35356 0.37895 0.35045 0.39100 0.34760 0.40319 0.34503 0.41551 0.34274 0.41658 0.35361 0.40440 0.35587 0.39235 0.35841 0.38044 0.36122 0.36869 0.36430 0.35711 0.36765 0.34572 0.37125 0.33453 0.37511 0.32355 0.37922 0.31280 0.38358 0.30230 0.38817 0.29204 0.39301 0.28206 0.39807 0.27235 0.40335 0.26293 0.40885 0.25381 0.41456 0.24501 0.42047 0.23653 0.42658 0.22838 0.43288 0.22058 0.43936 0.21313 0.44601 0.20604 0.45282 0.19933 0.45980 0.19299 0.46692 0.18704 0.47417 0.18149 0.48156 0.17633 0.48907 0.17158 0.49669 0.16725 0.50442 0.16333 0.51224 0.15984 0.52014 0.15677 0.52811 0.15414 0.53616 0.15194 0.54425 0.15017 0.55239 0.14885 0.56057 0.14796 0.56877 0.14752 0.57698 0.14752 0.58520\n 40 6 12\n 38 6 1\n 14 72 3 0.42854 0.34768 0.42888 0.35162 0.41975 0.35309\n 40 6 13\n 38 6 1\n 14 116 5 0.42795 0.34073 0.42854 0.34768 0.41975 0.35309 0.41658 0.35361 0.41551 0.34274\n 40 6 12\n 38 6 1\n 14 94 4 0.44095 0.34543 0.44127 0.34991 0.42888 0.35162 0.42854 0.34768\n 40 6 13\n 38 6 1\n 14 94 4 0.44048 0.33900 0.44095 0.34543 0.42854 0.34768 0.42795 0.34073\n 40 6 12\n 38 6 1\n 14 94 4 0.45326 0.34013 0.45376 0.34848 0.44127 0.34991 0.44095 0.34543\n 40 6 13\n 38 6 1\n 14 94 4 0.45311 0.33756 0.45326 0.34013 0.44095 0.34543 0.44048 0.33900\n 40 6 12\n 38 6 1\n 14 116 5 0.45738 0.33717 0.46580 0.33640 0.46631 0.34734 0.45376 0.34848 0.45326 0.34013\n 40 6 13\n 38 6 1\n 14 72 3 0.45738 0.33717 0.45326 0.34013 0.45311 0.33756\n 40 6 12\n 38 6 1\n 14 974 44 0.46580 0.33640 0.47855 0.33553 0.49134 0.33495 0.50415 0.33466 0.51696 0.33466 0.52977 0.33495 0.54256 0.33553 0.55531 0.33640 0.56800 0.33756 0.58063 0.33900 0.59316 0.34073 0.60560 0.34274 0.61792 0.34503 0.63011 0.34760 0.64216 0.35045 0.65404 0.35356 0.66575 0.35694 0.67727 0.36059 0.68859 0.36449 0.69969 0.36865 0.71056 0.37306 0.72119 0.37770 0.71881 0.38817 0.70831 0.38358 0.69756 0.37922 0.68658 0.37511 0.67539 0.37125 0.66400 0.36765 0.65243 0.36430 0.64067 0.36122 0.62877 0.35841 0.61671 0.35587 0.60453 0.35361 0.59223 0.35162 0.57984 0.34991 0.56735 0.34848 0.55480 0.34734 0.54220 0.34648 0.52956 0.34590 0.51689 0.34562 0.50422 0.34562 0.49155 0.34590 0.47891 0.34648 0.46631 0.34734\n 40 6 12\n 38 6 1\n 14 116 5 0.72729 0.38058 0.73129 0.38373 0.72907 0.39301 0.71881 0.38817 0.72119 0.37770\n 40 6 13\n 38 6 1\n 14 72 3 0.72729 0.38058 0.73156 0.38259 0.73129 0.38373\n 40 6 12\n 38 6 1\n 14 94 4 0.74063 0.39181 0.73905 0.39807 0.72907 0.39301 0.73129 0.38373\n 40 6 13\n 38 6 1\n 14 94 4 0.74166 0.38771 0.74063 0.39181 0.73129 0.38373 0.73156 0.38259\n 40 6 12\n 38 6 1\n 14 94 4 0.75020 0.39790 0.74876 0.40335 0.73905 0.39807 0.74063 0.39181\n 40 6 13\n 38 6 1\n 14 94 4 0.75148 0.39305 0.75020 0.39790 0.74063 0.39181 0.74166 0.38771\n 40 6 12\n 38 6 1\n 14 94 4 0.75956 0.40385 0.75818 0.40885 0.74876 0.40335 0.75020 0.39790\n 40 6 13\n 38 6 1\n 14 94 4 0.76101 0.39862 0.75956 0.40385 0.75020 0.39790 0.75148 0.39305\n 40 6 12\n 38 6 1\n 14 94 4 0.76775 0.41300 0.76730 0.41456 0.75818 0.40885 0.75956 0.40385\n 40 6 13\n 38 6 1\n 14 94 4 0.77023 0.40439 0.76775 0.41300 0.75956 0.40385 0.76101 0.39862\n 40 6 12\n 38 6 1\n 14 72 3 0.76916 0.41581 0.76730 0.41456 0.76775 0.41300\n 40 6 13\n 38 6 1\n 14 116 5 0.77913 0.41037 0.77610 0.42047 0.76916 0.41581 0.76775 0.41300 0.77023 0.40439\n 40 6 12\n 38 6 1\n 14 94 4 0.80915 0.44263 0.80798 0.44601 0.80053 0.43936 0.80068 0.43890\n 40 6 13\n 38 6 1\n 14 94 4 0.81137 0.43620 0.80915 0.44263 0.80068 0.43890 0.80384 0.42947\n 40 6 12\n 38 6 1\n 14 94 4 0.81518 0.45250 0.81507 0.45282 0.80798 0.44601 0.80915 0.44263\n 40 6 13\n 38 6 1\n 14 94 4 0.81854 0.44309 0.81518 0.45250 0.80915 0.44263 0.81137 0.43620\n 40 6 13\n 38 6 1\n 14 798 36 0.83174 0.45734 0.83776 0.46468 0.84338 0.47216 0.84859 0.47975 0.85339 0.48746 0.85778 0.49527 0.86174 0.50318 0.86527 0.51117 0.86837 0.51924 0.87104 0.52737 0.87326 0.53556 0.87505 0.54380 0.87639 0.55206 0.87728 0.56036 0.87773 0.56867 0.87773 0.57698 0.87728 0.58529 0.87639 0.59358 0.87226 0.60162 0.87315 0.59342 0.87359 0.58520 0.87359 0.57698 0.87315 0.56877 0.87226 0.56057 0.87094 0.55239 0.86917 0.54425 0.86697 0.53616 0.86434 0.52811 0.86127 0.52014 0.85778 0.51224 0.85386 0.50442 0.84953 0.49669 0.84478 0.48907 0.83963 0.48156 0.83407 0.47417 0.82812 0.46692\n 40 6 12\n 38 6 1\n 14 72 3 0.87123 0.60922 0.87094 0.60979 0.87118 0.60827\n 40 6 13\n 38 6 1\n 14 116 5 0.87505 0.60185 0.87123 0.60922 0.87118 0.60827 0.87226 0.60162 0.87639 0.59358\n 40 6 12\n 38 6 1\n 14 94 4 0.87067 0.61507 0.86917 0.61793 0.87094 0.60979 0.87123 0.60922\n 40 6 13\n 38 6 1\n 14 94 4 0.87326 0.61009 0.87067 0.61507 0.87123 0.60922 0.87505 0.60185\n 40 6 12\n 38 6 1\n 14 94 4 0.86960 0.62103 0.86697 0.62603 0.86917 0.61793 0.87067 0.61507\n 40 6 13\n 38 6 1\n 14 94 4 0.87104 0.61827 0.86960 0.62103 0.87067 0.61507 0.87326 0.61009\n 40 6 12\n 38 6 1\n 14 116 5 0.86965 0.62253 0.86837 0.62641 0.86434 0.63407 0.86697 0.62603 0.86960 0.62103\n 40 6 13\n 38 6 1\n 14 72 3 0.86965 0.62253 0.86960 0.62103 0.87104 0.61827\n 40 6 12\n 38 6 1\n 14 138 6 0.86837 0.62641 0.86527 0.63447 0.86174 0.64247 0.85778 0.64995 0.86127 0.64205 0.86434 0.63407\n 40 6 11\n 38 6 1\n 14 72 3 0.16044 0.63914 0.16124 0.64157 0.16069 0.64065\n 40 6 12\n 38 6 1\n 14 116 5 0.15414 0.62603 0.15864 0.63363 0.16044 0.63914 0.16069 0.64065 0.15677 0.63407\n 40 6 12\n 38 6 1\n 14 226 10 0.15414 0.62603 0.15194 0.61793 0.15017 0.60979 0.14885 0.60162 0.14796 0.59342 0.15254 0.60143 0.15342 0.60953 0.15472 0.61760 0.15646 0.62564 0.15864 0.63363\n 40 6 12\n 38 6 1\n 14 116 5 0.14791 0.59249 0.14981 0.58926 0.15211 0.59332 0.15254 0.60143 0.14796 0.59342\n 40 6 13\n 38 6 1\n 14 72 3 0.14791 0.59249 0.14752 0.58520 0.14981 0.58926\n 40 6 12\n 38 6 1\n 14 72 3 0.15211 0.58853 0.15211 0.59332 0.14981 0.58926\n 40 6 13\n 38 6 1\n 14 116 5 0.14752 0.57698 0.15211 0.58520 0.15211 0.58853 0.14981 0.58926 0.14752 0.58520\n 40 6 12\n 38 6 1\n 14 72 3 0.15182 0.57578 0.15254 0.57709 0.15236 0.58053\n 40 6 13\n 38 6 1\n 14 116 5 0.14796 0.56877 0.15182 0.57578 0.15236 0.58053 0.15211 0.58520 0.14752 0.57698\n 40 6 12\n 38 6 1\n 14 94 4 0.15191 0.56621 0.15342 0.56900 0.15254 0.57709 0.15182 0.57578\n 40 6 13\n 38 6 1\n 14 94 4 0.14885 0.56057 0.15191 0.56621 0.15182 0.57578 0.14796 0.56877\n 40 6 12\n 38 6 1\n 14 94 4 0.15311 0.55790 0.15472 0.56092 0.15342 0.56900 0.15191 0.56621\n 40 6 13\n 38 6 1\n 14 94 4 0.15017 0.55239 0.15311 0.55790 0.15191 0.56621 0.14885 0.56057\n 40 6 12\n 38 6 1\n 14 94 4 0.15488 0.54987 0.15646 0.55289 0.15472 0.56092 0.15311 0.55790\n 40 6 13\n 38 6 1\n 14 94 4 0.15194 0.54425 0.15488 0.54987 0.15311 0.55790 0.15017 0.55239\n 40 6 12\n 38 6 1\n 14 94 4 0.15685 0.54143 0.15864 0.54489 0.15646 0.55289 0.15488 0.54987\n 40 6 13\n 38 6 1\n 14 94 4 0.15414 0.53616 0.15685 0.54143 0.15488 0.54987 0.15194 0.54425\n 40 6 12\n 38 6 1\n 14 94 4 0.16081 0.53610 0.16124 0.53695 0.15864 0.54489 0.15685 0.54143\n 40 6 13\n 38 6 1\n 14 94 4 0.15677 0.52811 0.16081 0.53610 0.15685 0.54143 0.15414 0.53616\n 40 6 12\n 38 6 1\n 14 72 3 0.16332 0.53153 0.16124 0.53695 0.16081 0.53610\n 40 6 13\n 38 6 1\n 14 116 5 0.15984 0.52014 0.16427 0.52908 0.16332 0.53153 0.16081 0.53610 0.15677 0.52811\n 40 6 13\n 38 6 1\n 14 1018 46 0.15984 0.52014 0.16333 0.51224 0.16725 0.50442 0.17158 0.49669 0.17633 0.48907 0.18149 0.48156 0.18704 0.47417 0.19299 0.46692 0.19933 0.45980 0.20604 0.45282 0.21313 0.44601 0.22058 0.43936 0.22838 0.43288 0.23653 0.42658 0.24501 0.42047 0.25381 0.41456 0.26293 0.40885 0.27235 0.40335 0.28206 0.39807 0.29204 0.39301 0.30230 0.38817 0.31280 0.38358 0.32355 0.37922 0.32591 0.38994 0.31530 0.39424 0.30493 0.39878 0.29480 0.40355 0.28494 0.40855 0.27536 0.41376 0.26606 0.41920 0.25705 0.42483 0.24836 0.43067 0.23999 0.43670 0.23195 0.44292 0.22424 0.44932 0.21689 0.45588 0.20989 0.46261 0.20326 0.46950 0.19700 0.47653 0.19113 0.48369 0.18564 0.49099 0.18055 0.49840 0.17586 0.50593 0.17158 0.51356 0.16772 0.52128 0.16427 0.52908\n 40 6 12\n 38 6 1\n 14 72 3 0.33639 0.38414 0.33675 0.38588 0.33110 0.38800\n 40 6 13\n 38 6 1\n 14 116 5 0.33453 0.37511 0.33639 0.38414 0.33110 0.38800 0.32591 0.38994 0.32355 0.37922\n 40 6 12\n 38 6 1\n 14 94 4 0.34729 0.37944 0.34780 0.38207 0.33675 0.38588 0.33639 0.38414\n 40 6 13\n 38 6 1\n 14 94 4 0.34572 0.37125 0.34729 0.37944 0.33639 0.38414 0.33453 0.37511\n 40 6 12\n 38 6 1\n 14 94 4 0.35823 0.37394 0.35904 0.37851 0.34780 0.38207 0.34729 0.37944\n 40 6 13\n 38 6 1\n 14 94 4 0.35711 0.36765 0.35823 0.37394 0.34729 0.37944 0.34572 0.37125\n 40 6 12\n 38 6 1\n 14 94 4 0.36932 0.36818 0.37048 0.37521 0.35904 0.37851 0.35823 0.37394\n 40 6 13\n 38 6 1\n 14 94 4 0.36869 0.36430 0.36932 0.36818 0.35823 0.37394 0.35711 0.36765\n 40 6 12\n 38 6 1\n 14 94 4 0.38099 0.36490 0.38208 0.37217 0.37048 0.37521 0.36932 0.36818\n 40 6 13\n 38 6 1\n 14 94 4 0.38044 0.36122 0.38099 0.36490 0.36932 0.36818 0.36869 0.36430\n 40 6 12\n 38 6 1\n 14 94 4 0.39265 0.36065 0.39384 0.36939 0.38208 0.37217 0.38099 0.36490\n 40 6 13\n 38 6 1\n 14 94 4 0.39235 0.35841 0.39265 0.36065 0.38099 0.36490 0.38044 0.36122\n 40 6 12\n 38 6 1\n 14 94 4 0.40466 0.35802 0.40574 0.36689 0.39384 0.36939 0.39265 0.36065\n 40 6 13\n 38 6 1\n 14 94 4 0.40440 0.35587 0.40466 0.35802 0.39265 0.36065 0.39235 0.35841\n 40 6 12\n 38 6 1\n 14 94 4 0.41665 0.35429 0.41777 0.36465 0.40574 0.36689 0.40466 0.35802\n 40 6 13\n 38 6 1\n 14 94 4 0.41658 0.35361 0.41665 0.35429 0.40466 0.35802 0.40440 0.35587\n 40 6 12\n 38 6 1\n 14 116 5 0.41975 0.35309 0.42888 0.35162 0.42991 0.36269 0.41777 0.36465 0.41665 0.35429\n 40 6 13\n 38 6 1\n 14 72 3 0.41975 0.35309 0.41665 0.35429 0.41658 0.35361\n 40 6 12\n 38 6 1\n 14 1326 60 0.42888 0.35162 0.44127 0.34991 0.45376 0.34848 0.46631 0.34734 0.47891 0.34648 0.49155 0.34590 0.50422 0.34562 0.51689 0.34562 0.52956 0.34590 0.54220 0.34648 0.55480 0.34734 0.56735 0.34848 0.57984 0.34991 0.59223 0.35162 0.60453 0.35361 0.61671 0.35587 0.62877 0.35841 0.64067 0.36122 0.65243 0.36430 0.66400 0.36765 0.67539 0.37125 0.68658 0.37511 0.69756 0.37922 0.70831 0.38358 0.71881 0.38817 0.72907 0.39301 0.73905 0.39807 0.74876 0.40335 0.75818 0.40885 0.76730 0.41456 0.76406 0.42483 0.75505 0.41920 0.74576 0.41376 0.73617 0.40855 0.72631 0.40355 0.71618 0.39878 0.70581 0.39424 0.69520 0.38994 0.68436 0.38588 0.67331 0.38207 0.66207 0.37851 0.65063 0.37521 0.63903 0.37217 0.62727 0.36939 0.61537 0.36689 0.60334 0.36465 0.59120 0.36269 0.57896 0.36100 0.56664 0.35959 0.55425 0.35846 0.54180 0.35761 0.52932 0.35704 0.51681 0.35676 0.50430 0.35676 0.49179 0.35704 0.47931 0.35761 0.46686 0.35846 0.45447 0.35959 0.44215 0.36100 0.42991 0.36269\n 40 6 12\n 38 6 1\n 14 182 8 0.80053 0.43936 0.80798 0.44601 0.81507 0.45282 0.82178 0.45980 0.81785 0.46950 0.81122 0.46261 0.80422 0.45588 0.79687 0.44932\n 40 6 12\n 38 6 1\n 14 94 4 0.82185 0.45988 0.82091 0.47293 0.81785 0.46950 0.82178 0.45980\n 40 6 13\n 38 6 1\n 14 94 4 0.82185 0.45988 0.82812 0.46692 0.82411 0.47653 0.82091 0.47293\n 40 6 13\n 38 6 1\n 14 666 30 0.82812 0.46692 0.83407 0.47417 0.83963 0.48156 0.84478 0.48907 0.84953 0.49669 0.85386 0.50442 0.85778 0.51224 0.86127 0.52014 0.86434 0.52811 0.86697 0.53616 0.86917 0.54425 0.87094 0.55239 0.87226 0.56057 0.87315 0.56877 0.87359 0.57698 0.86900 0.58520 0.86857 0.57709 0.86770 0.56900 0.86639 0.56092 0.86465 0.55289 0.86247 0.54489 0.85987 0.53695 0.85684 0.52908 0.85339 0.52128 0.84953 0.51356 0.84525 0.50593 0.84056 0.49840 0.83547 0.49099 0.82998 0.48369 0.82411 0.47653\n 40 6 12\n 38 6 1\n 14 72 3 0.86974 0.59202 0.86900 0.59332 0.86900 0.58869\n 40 6 13\n 38 6 1\n 14 116 5 0.87359 0.58520 0.86974 0.59202 0.86900 0.58869 0.86900 0.58520 0.87359 0.57698\n 40 6 12\n 38 6 1\n 14 94 4 0.86998 0.59896 0.86857 0.60143 0.86900 0.59332 0.86974 0.59202\n 40 6 13\n 38 6 1\n 14 94 4 0.87315 0.59342 0.86998 0.59896 0.86974 0.59202 0.87359 0.58520\n 40 6 12\n 38 6 1\n 14 94 4 0.87056 0.60457 0.86770 0.60953 0.86857 0.60143 0.86998 0.59896\n 40 6 13\n 38 6 1\n 14 94 4 0.87226 0.60162 0.87056 0.60457 0.86998 0.59896 0.87315 0.59342\n 40 6 12\n 38 6 1\n 14 116 5 0.87118 0.60827 0.87094 0.60979 0.86639 0.61760 0.86770 0.60953 0.87056 0.60457\n 40 6 13\n 38 6 1\n 14 72 3 0.87118 0.60827 0.87056 0.60457 0.87226 0.60162\n 40 6 12\n 38 6 1\n 14 314 14 0.87094 0.60979 0.86917 0.61793 0.86697 0.62603 0.86434 0.63407 0.86127 0.64205 0.85778 0.64995 0.85386 0.65777 0.84953 0.66497 0.85339 0.65725 0.85684 0.64945 0.85987 0.64157 0.86247 0.63363 0.86465 0.62564 0.86639 0.61760\n 40 6 12\n 38 6 1\n 14 94 4 0.15472 0.61760 0.15342 0.60953 0.15842 0.61731 0.15971 0.62527\n 40 6 11\n 38 6 1\n 14 72 3 0.15692 0.60832 0.15756 0.60932 0.15837 0.61688\n 40 6 12\n 38 6 1\n 14 116 5 0.15254 0.60143 0.15692 0.60832 0.15837 0.61688 0.15842 0.61731 0.15342 0.60953\n 40 6 11\n 38 6 1\n 14 72 3 0.15738 0.60611 0.15756 0.60932 0.15692 0.60832\n 40 6 12\n 38 6 1\n 14 116 5 0.15211 0.59332 0.15713 0.60133 0.15738 0.60611 0.15692 0.60832 0.15254 0.60143\n 40 6 12\n 38 6 1\n 14 116 5 0.15211 0.58853 0.15458 0.58921 0.15713 0.59332 0.15713 0.60133 0.15211 0.59332\n 40 6 13\n 38 6 1\n 14 72 3 0.15211 0.58853 0.15211 0.58520 0.15458 0.58921\n 40 6 12\n 38 6 1\n 14 116 5 0.15236 0.58053 0.15254 0.57709 0.15756 0.58532 0.15713 0.59332 0.15458 0.58921\n 40 6 13\n 38 6 1\n 14 72 3 0.15236 0.58053 0.15458 0.58921 0.15211 0.58520\n 40 6 12\n 38 6 1\n 14 270 12 0.15254 0.57709 0.15342 0.56900 0.15472 0.56092 0.15646 0.55289 0.15864 0.54489 0.16124 0.53695 0.16613 0.54575 0.16357 0.55357 0.16142 0.56146 0.15971 0.56938 0.15842 0.57734 0.15756 0.58532\n 40 6 12\n 38 6 1\n 14 116 5 0.16332 0.53153 0.16440 0.52932 0.16912 0.53798 0.16613 0.54575 0.16124 0.53695\n 40 6 13\n 38 6 1\n 14 72 3 0.16332 0.53153 0.16427 0.52908 0.16440 0.52932\n 40 6 12\n 38 6 1\n 14 94 4 0.16797 0.52175 0.17252 0.53029 0.16912 0.53798 0.16440 0.52932\n 40 6 13\n 38 6 1\n 14 94 4 0.16772 0.52128 0.16797 0.52175 0.16440 0.52932 0.16427 0.52908\n 40 6 12\n 38 6 1\n 14 94 4 0.17233 0.51498 0.17633 0.52268 0.17252 0.53029 0.16797 0.52175\n 40 6 13\n 38 6 1\n 14 94 4 0.17158 0.51356 0.17233 0.51498 0.16797 0.52175 0.16772 0.52128\n 40 6 12\n 38 6 1\n 14 94 4 0.17667 0.50751 0.18055 0.51516 0.17633 0.52268 0.17233 0.51498\n 40 6 13\n 38 6 1\n 14 94 4 0.17586 0.50593 0.17667 0.50751 0.17233 0.51498 0.17158 0.51356\n 40 6 12\n 38 6 1\n 14 94 4 0.18241 0.50215 0.18517 0.50774 0.18055 0.51516 0.17667 0.50751\n 40 6 13\n 38 6 1\n 14 94 4 0.18055 0.49840 0.18241 0.50215 0.17667 0.50751 0.17586 0.50593\n 40 6 12\n 38 6 1\n 14 94 4 0.18728 0.49440 0.19019 0.50043 0.18517 0.50774 0.18241 0.50215\n 40 6 13\n 38 6 1\n 14 94 4 0.18564 0.49099 0.18728 0.49440 0.18241 0.50215 0.18055 0.49840\n 40 6 12\n 38 6 1\n 14 94 4 0.19235 0.48630 0.19560 0.49323 0.19019 0.50043 0.18728 0.49440\n 40 6 13\n 38 6 1\n 14 94 4 0.19113 0.48369 0.19235 0.48630 0.18728 0.49440 0.18564 0.49099\n 40 6 12\n 38 6 1\n 14 94 4 0.19894 0.48079 0.20139 0.48617 0.19560 0.49323 0.19235 0.48630\n 40 6 13\n 38 6 1\n 14 94 4 0.19700 0.47653 0.19894 0.48079 0.19235 0.48630 0.19113 0.48369\n 40 6 12\n 38 6 1\n 14 94 4 0.20568 0.47498 0.20756 0.47924 0.20139 0.48617 0.19894 0.48079\n 40 6 13\n 38 6 1\n 14 94 4 0.20326 0.46950 0.20568 0.47498 0.19894 0.48079 0.19700 0.47653\n 40 6 12\n 38 6 1\n 14 94 4 0.21250 0.46871 0.21410 0.47245 0.20756 0.47924 0.20568 0.47498\n 40 6 13\n 38 6 1\n 14 94 4 0.20989 0.46261 0.21250 0.46871 0.20568 0.47498 0.20326 0.46950\n 40 6 12\n 38 6 1\n 14 94 4 0.21943 0.46203 0.22100 0.46581 0.21410 0.47245 0.21250 0.46871\n 40 6 13\n 38 6 1\n 14 94 4 0.21689 0.45588 0.21943 0.46203 0.21250 0.46871 0.20989 0.46261\n 40 6 12\n 38 6 1\n 14 94 4 0.22647 0.45490 0.22825 0.45934 0.22100 0.46581 0.21943 0.46203\n 40 6 13\n 38 6 1\n 14 94 4 0.22424 0.44932 0.22647 0.45490 0.21943 0.46203 0.21689 0.45588\n 40 6 12\n 38 6 1\n 14 94 4 0.23384 0.44784 0.23585 0.45303 0.22825 0.45934 0.22647 0.45490\n 40 6 13\n 38 6 1\n 14 94 4 0.23195 0.44292 0.23384 0.44784 0.22647 0.45490 0.22424 0.44932\n 40 6 12\n 38 6 1\n 14 94 4 0.24160 0.44103 0.24378 0.44690 0.23585 0.45303 0.23384 0.44784\n 40 6 13\n 38 6 1\n 14 94 4 0.23999 0.43670 0.24160 0.44103 0.23384 0.44784 0.23195 0.44292\n 40 6 12\n 38 6 1\n 14 94 4 0.24977 0.43462 0.25203 0.44095 0.24378 0.44690 0.24160 0.44103\n 40 6 13\n 38 6 1\n 14 94 4 0.24836 0.43067 0.24977 0.43462 0.24160 0.44103 0.23999 0.43670\n 40 6 12\n 38 6 1\n 14 94 4 0.25831 0.42850 0.26061 0.43520 0.25203 0.44095 0.24977 0.43462\n 40 6 13\n 38 6 1\n 14 94 4 0.25705 0.42483 0.25831 0.42850 0.24977 0.43462 0.24836 0.43067\n 40 6 12\n 38 6 1\n 14 94 4 0.26710 0.42239 0.26948 0.42964 0.26061 0.43520 0.25831 0.42850\n 40 6 13\n 38 6 1\n 14 94 4 0.26606 0.41920 0.26710 0.42239 0.25831 0.42850 0.25705 0.42483\n 40 6 12\n 38 6 1\n 14 94 4 0.27614 0.41626 0.27865 0.42428 0.26948 0.42964 0.26710 0.42239\n 40 6 13\n 38 6 1\n 14 94 4 0.27536 0.41376 0.27614 0.41626 0.26710 0.42239 0.26606 0.41920\n 40 6 12\n 38 6 1\n 14 94 4 0.28548 0.41036 0.28810 0.41914 0.27865 0.42428 0.27614 0.41626\n 40 6 13\n 38 6 1\n 14 94 4 0.28494 0.40855 0.28548 0.41036 0.27614 0.41626 0.27536 0.41376\n 40 6 12\n 38 6 1\n 14 94 4 0.29538 0.40558 0.29782 0.41421 0.28810 0.41914 0.28548 0.41036\n 40 6 13\n 38 6 1\n 14 94 4 0.29480 0.40355 0.29538 0.40558 0.28548 0.41036 0.28494 0.40855\n 40 6 12\n 38 6 1\n 14 94 4 0.30520 0.39982 0.30781 0.40951 0.29782 0.41421 0.29538 0.40558\n 40 6 13\n 38 6 1\n 14 94 4 0.30493 0.39878 0.30520 0.39982 0.29538 0.40558 0.29480 0.40355\n 40 6 12\n 38 6 1\n 14 94 4 0.31549 0.39501 0.31803 0.40503 0.30781 0.40951 0.30520 0.39982\n 40 6 13\n 38 6 1\n 14 94 4 0.31530 0.39424 0.31549 0.39501 0.30520 0.39982 0.30493 0.39878\n 40 6 12\n 38 6 1\n 14 94 4 0.32620 0.39113 0.32850 0.40079 0.31803 0.40503 0.31549 0.39501\n 40 6 13\n 38 6 1\n 14 94 4 0.32591 0.38994 0.32620 0.39113 0.31549 0.39501 0.31530 0.39424\n 40 6 12\n 38 6 1\n 14 116 5 0.33110 0.38800 0.33675 0.38588 0.33918 0.39679 0.32850 0.40079 0.32620 0.39113\n 40 6 13\n 38 6 1\n 14 72 3 0.33110 0.38800 0.32620 0.39113 0.32591 0.38994\n 40 6 12\n 38 6 1\n 14 1150 52 0.33675 0.38588 0.34780 0.38207 0.35904 0.37851 0.37048 0.37521 0.38208 0.37217 0.39384 0.36939 0.40574 0.36689 0.41777 0.36465 0.42991 0.36269 0.44215 0.36100 0.45447 0.35959 0.46686 0.35846 0.47931 0.35761 0.49179 0.35704 0.50430 0.35676 0.51681 0.35676 0.52932 0.35704 0.54180 0.35761 0.55425 0.35846 0.56664 0.35959 0.57896 0.36100 0.59120 0.36269 0.60334 0.36465 0.61537 0.36689 0.62727 0.36939 0.63903 0.37217 0.63723 0.38327 0.62564 0.38053 0.61390 0.37806 0.60204 0.37586 0.59007 0.37392 0.57800 0.37226 0.56585 0.37087 0.55363 0.36975 0.54136 0.36892 0.52906 0.36836 0.51672 0.36808 0.50439 0.36808 0.49206 0.36836 0.47975 0.36892 0.46748 0.36975 0.45526 0.37087 0.44311 0.37226 0.43104 0.37392 0.41907 0.37586 0.40721 0.37806 0.39547 0.38053 0.38388 0.38327 0.37244 0.38627 0.36117 0.38953 0.35008 0.39303 0.33918 0.39679\n 40 6 11\n 38 6 1\n 14 72 3 0.64892 0.38486 0.64867 0.38627 0.64150 0.38439\n 40 6 12\n 38 6 1\n 14 116 5 0.65063 0.37521 0.64892 0.38486 0.64150 0.38439 0.63723 0.38327 0.63903 0.37217\n 40 6 11\n 38 6 1\n 14 94 4 0.66042 0.38703 0.65994 0.38953 0.64867 0.38627 0.64892 0.38486\n 40 6 12\n 38 6 1\n 14 94 4 0.66207 0.37851 0.66042 0.38703 0.64892 0.38486 0.65063 0.37521\n 40 6 11\n 38 6 1\n 14 94 4 0.67199 0.38841 0.67103 0.39303 0.65994 0.38953 0.66042 0.38703\n 40 6 12\n 38 6 1\n 14 94 4 0.67331 0.38207 0.67199 0.38841 0.66042 0.38703 0.66207 0.37851\n 40 6 11\n 38 6 1\n 14 94 4 0.68291 0.39237 0.68193 0.39679 0.67103 0.39303 0.67199 0.38841\n 40 6 12\n 38 6 1\n 14 94 4 0.68436 0.38588 0.68291 0.39237 0.67199 0.38841 0.67331 0.38207\n 40 6 11\n 38 6 1\n 14 94 4 0.69417 0.39427 0.69261 0.40079 0.68193 0.39679 0.68291 0.39237\n 40 6 12\n 38 6 1\n 14 94 4 0.69520 0.38994 0.69417 0.39427 0.68291 0.39237 0.68436 0.38588\n 40 6 11\n 38 6 1\n 14 94 4 0.70434 0.40003 0.70308 0.40503 0.69261 0.40079 0.69417 0.39427\n 40 6 12\n 38 6 1\n 14 94 4 0.70581 0.39424 0.70434 0.40003 0.69417 0.39427 0.69520 0.38994\n 40 6 11\n 38 6 1\n 14 94 4 0.71360 0.40842 0.71330 0.40951 0.70308 0.40503 0.70434 0.40003\n 40 6 12\n 38 6 1\n 14 94 4 0.71618 0.39878 0.71360 0.40842 0.70434 0.40003 0.70581 0.39424\n 40 6 11\n 38 6 1\n 14 94 4 0.72346 0.41359 0.72329 0.41421 0.71330 0.40951 0.71360 0.40842\n 40 6 12\n 38 6 1\n 14 94 4 0.72631 0.40355 0.72346 0.41359 0.71360 0.40842 0.71618 0.39878\n 40 6 11\n 38 6 1\n 14 72 3 0.72690 0.41604 0.72329 0.41421 0.72346 0.41359\n 40 6 12\n 38 6 1\n 14 116 5 0.73617 0.40855 0.73301 0.41914 0.72690 0.41604 0.72346 0.41359 0.72631 0.40355\n 40 6 12\n 38 6 1\n 14 182 8 0.73617 0.40855 0.74576 0.41376 0.75505 0.41920 0.76406 0.42483 0.76051 0.43520 0.75163 0.42964 0.74246 0.42428 0.73301 0.41914\n 40 6 12\n 38 6 1\n 14 182 8 0.79687 0.44932 0.80422 0.45588 0.81122 0.46261 0.81785 0.46950 0.81355 0.47924 0.80701 0.47245 0.80011 0.46581 0.79286 0.45934\n 40 6 12\n 38 6 1\n 14 116 5 0.82091 0.47293 0.82200 0.48116 0.81972 0.48617 0.81355 0.47924 0.81785 0.46950\n 40 6 13\n 38 6 1\n 14 72 3 0.82091 0.47293 0.82411 0.47653 0.82200 0.48116\n 40 6 12\n 38 6 1\n 14 72 3 0.82307 0.49026 0.81972 0.48617 0.82200 0.48116\n 40 6 13\n 38 6 1\n 14 116 5 0.82998 0.48369 0.82551 0.49323 0.82307 0.49026 0.82200 0.48116 0.82411 0.47653\n 40 6 13\n 38 6 1\n 14 358 16 0.82998 0.48369 0.83547 0.49099 0.84056 0.49840 0.84525 0.50593 0.84953 0.51356 0.85339 0.52128 0.85684 0.52908 0.85987 0.53695 0.85498 0.54575 0.85199 0.53798 0.84859 0.53029 0.84478 0.52268 0.84056 0.51516 0.83594 0.50774 0.83092 0.50043 0.82551 0.49323\n 40 6 12\n 38 6 1\n 14 72 3 0.85771 0.55328 0.85754 0.55357 0.85656 0.55057\n 40 6 13\n 38 6 1\n 14 116 5 0.86247 0.54489 0.85771 0.55328 0.85656 0.55057 0.85498 0.54575 0.85987 0.53695\n 40 6 12\n 38 6 1\n 14 94 4 0.86068 0.55975 0.85969 0.56146 0.85754 0.55357 0.85771 0.55328\n 40 6 13\n 38 6 1\n 14 94 4 0.86465 0.55289 0.86068 0.55975 0.85771 0.55328 0.86247 0.54489\n 40 6 12\n 38 6 1\n 14 94 4 0.86214 0.56813 0.86140 0.56938 0.85969 0.56146 0.86068 0.55975\n 40 6 13\n 38 6 1\n 14 94 4 0.86639 0.56092 0.86214 0.56813 0.86068 0.55975 0.86465 0.55289\n 40 6 12\n 38 6 1\n 14 94 4 0.86423 0.57478 0.86269 0.57734 0.86140 0.56938 0.86214 0.56813\n 40 6 13\n 38 6 1\n 14 94 4 0.86770 0.56900 0.86423 0.57478 0.86214 0.56813 0.86639 0.56092\n 40 6 12\n 38 6 1\n 14 94 4 0.86627 0.58086 0.86355 0.58532 0.86269 0.57734 0.86423 0.57478\n 40 6 13\n 38 6 1\n 14 94 4 0.86857 0.57709 0.86627 0.58086 0.86423 0.57478 0.86770 0.56900\n 40 6 12\n 38 6 1\n 14 94 4 0.86826 0.58641 0.86398 0.59332 0.86355 0.58532 0.86627 0.58086\n 40 6 13\n 38 6 1\n 14 94 4 0.86900 0.58520 0.86826 0.58641 0.86627 0.58086 0.86857 0.57709\n 40 6 12\n 38 6 1\n 14 116 5 0.86900 0.58869 0.86900 0.59332 0.86398 0.60133 0.86398 0.59332 0.86826 0.58641\n 40 6 13\n 38 6 1\n 14 72 3 0.86900 0.58869 0.86826 0.58641 0.86900 0.58520\n 40 6 12\n 38 6 1\n 14 490 22 0.86900 0.59332 0.86857 0.60143 0.86770 0.60953 0.86639 0.61760 0.86465 0.62564 0.86247 0.63363 0.85987 0.64157 0.85684 0.64945 0.85339 0.65725 0.84953 0.66497 0.84525 0.67260 0.84056 0.67949 0.84478 0.67197 0.84859 0.66436 0.85199 0.65667 0.85498 0.64890 0.85754 0.64107 0.85969 0.63319 0.86140 0.62527 0.86269 0.61731 0.86355 0.60932 0.86398 0.60133\n 40 6 11\n 38 6 1\n 14 116 5 0.15738 0.60611 0.15843 0.60322 0.16258 0.60921 0.16300 0.61708 0.15756 0.60932\n 40 6 12\n 38 6 1\n 14 72 3 0.15738 0.60611 0.15713 0.60133 0.15843 0.60322\n 40 6 11\n 38 6 1\n 14 94 4 0.16124 0.59937 0.16258 0.60133 0.16258 0.60921 0.15843 0.60322\n 40 6 12\n 38 6 1\n 14 94 4 0.15713 0.59332 0.16124 0.59937 0.15843 0.60322 0.15713 0.60133\n 40 6 11\n 38 6 1\n 14 72 3 0.16272 0.59870 0.16258 0.60133 0.16124 0.59937\n 40 6 12\n 38 6 1\n 14 116 5 0.15756 0.58532 0.16300 0.59345 0.16272 0.59870 0.16124 0.59937 0.15713 0.59332\n 40 6 12\n 38 6 1\n 14 2250 102 0.15756 0.58532 0.15842 0.57734 0.15971 0.56938 0.16142 0.56146 0.16357 0.55357 0.16613 0.54575 0.16912 0.53798 0.17252 0.53029 0.17633 0.52268 0.18055 0.51516 0.18517 0.50774 0.19019 0.50043 0.19560 0.49323 0.20139 0.48617 0.20756 0.47924 0.21410 0.47245 0.22100 0.46581 0.22825 0.45934 0.23585 0.45303 0.24378 0.44690 0.25203 0.44095 0.26061 0.43520 0.26948 0.42964 0.27865 0.42428 0.28810 0.41914 0.29782 0.41421 0.30781 0.40951 0.31803 0.40503 0.32850 0.40079 0.33918 0.39679 0.35008 0.39303 0.36117 0.38953 0.37244 0.38627 0.38388 0.38327 0.39547 0.38053 0.40721 0.37806 0.41907 0.37586 0.43104 0.37392 0.44311 0.37226 0.45526 0.37087 0.46748 0.36975 0.47975 0.36892 0.49206 0.36836 0.50439 0.36808 0.51672 0.36808 0.52906 0.36836 0.54136 0.36892 0.55363 0.36975 0.56585 0.37087 0.57800 0.37226 0.59007 0.37392 0.58885 0.38531 0.57696 0.38367 0.56500 0.38230 0.55297 0.38120 0.54089 0.38038 0.52877 0.37983 0.51663 0.37956 0.50448 0.37956 0.49234 0.37983 0.48022 0.38038 0.46814 0.38120 0.45611 0.38230 0.44415 0.38367 0.43227 0.38531 0.42048 0.38721 0.40880 0.38939 0.39725 0.39182 0.38583 0.39452 0.37457 0.39747 0.36347 0.40067 0.35255 0.40413 0.34183 0.40783 0.33131 0.41177 0.32100 0.41594 0.31093 0.42035 0.30110 0.42498 0.29153 0.42983 0.28223 0.43489 0.27320 0.44017 0.26446 0.44564 0.25602 0.45131 0.24789 0.45716 0.24008 0.46320 0.23261 0.46941 0.22546 0.47578 0.21867 0.48232 0.21223 0.48900 0.20616 0.49582 0.20046 0.50278 0.19513 0.50986 0.19019 0.51706 0.18564 0.52437 0.18149 0.53177 0.17773 0.53927 0.17438 0.54684 0.17144 0.55448 0.16892 0.56219 0.16681 0.56995 0.16512 0.57775 0.16385 0.58559 0.16300 0.59345\n 40 6 12\n 38 6 1\n 14 94 4 0.59007 0.37392 0.60204 0.37586 0.60063 0.38721 0.58885 0.38531\n 40 6 11\n 38 6 1\n 14 72 3 0.61293 0.38498 0.61231 0.38939 0.60484 0.38800\n 40 6 12\n 38 6 1\n 14 116 5 0.61390 0.37806 0.61293 0.38498 0.60484 0.38800 0.60063 0.38721 0.60204 0.37586\n 40 6 11\n 38 6 1\n 14 94 4 0.62517 0.38352 0.62386 0.39182 0.61231 0.38939 0.61293 0.38498\n 40 6 12\n 38 6 1\n 14 94 4 0.62564 0.38053 0.62517 0.38352 0.61293 0.38498 0.61390 0.37806\n 40 6 11\n 38 6 1\n 14 94 4 0.63702 0.38451 0.63528 0.39452 0.62386 0.39182 0.62517 0.38352\n 40 6 12\n 38 6 1\n 14 94 4 0.63723 0.38327 0.63702 0.38451 0.62517 0.38352 0.62564 0.38053\n 40 6 11\n 38 6 1\n 14 116 5 0.64150 0.38439 0.64867 0.38627 0.64654 0.39747 0.63528 0.39452 0.63702 0.38451\n 40 6 12\n 38 6 1\n 14 72 3 0.64150 0.38439 0.63702 0.38451 0.63723 0.38327\n 40 6 11\n 38 6 1\n 14 358 16 0.64867 0.38627 0.65994 0.38953 0.67103 0.39303 0.68193 0.39679 0.69261 0.40079 0.70308 0.40503 0.71330 0.40951 0.72329 0.41421 0.72001 0.42498 0.71018 0.42035 0.70011 0.41594 0.68980 0.41177 0.67928 0.40783 0.66856 0.40413 0.65764 0.40067 0.64654 0.39747\n 40 6 11\n 38 6 1\n 14 116 5 0.72690 0.41604 0.73246 0.42086 0.72958 0.42983 0.72001 0.42498 0.72329 0.41421\n 40 6 12\n 38 6 1\n 14 72 3 0.72690 0.41604 0.73301 0.41914 0.73246 0.42086\n 40 6 11\n 38 6 1\n 14 72 3 0.73500 0.43278 0.72958 0.42983 0.73246 0.42086\n 40 6 12\n 38 6 1\n 14 116 5 0.74246 0.42428 0.73888 0.43489 0.73500 0.43278 0.73246 0.42086 0.73301 0.41914\n 40 6 12\n 38 6 1\n 14 94 4 0.74246 0.42428 0.75163 0.42964 0.74791 0.44017 0.73888 0.43489\n 40 6 12\n 38 6 1\n 14 226 10 0.79286 0.45934 0.80011 0.46581 0.80701 0.47245 0.81355 0.47924 0.81972 0.48617 0.81495 0.49582 0.80888 0.48900 0.80244 0.48232 0.79565 0.47578 0.78851 0.46941\n 40 6 12\n 38 6 1\n 14 116 5 0.82307 0.49026 0.82083 0.50243 0.82065 0.50278 0.81495 0.49582 0.81972 0.48617\n 40 6 13\n 38 6 1\n 14 72 3 0.82307 0.49026 0.82551 0.49323 0.82083 0.50243\n 40 6 12\n 38 6 1\n 14 94 4 0.82797 0.50606 0.82598 0.50986 0.82065 0.50278 0.82083 0.50243\n 40 6 13\n 38 6 1\n 14 94 4 0.83092 0.50043 0.82797 0.50606 0.82083 0.50243 0.82551 0.49323\n 40 6 12\n 38 6 1\n 14 94 4 0.83470 0.51003 0.83092 0.51706 0.82598 0.50986 0.82797 0.50606\n 40 6 13\n 38 6 1\n 14 94 4 0.83594 0.50774 0.83470 0.51003 0.82797 0.50606 0.83092 0.50043\n 40 6 12\n 38 6 1\n 14 94 4 0.83854 0.51881 0.83547 0.52437 0.83092 0.51706 0.83470 0.51003\n 40 6 13\n 38 6 1\n 14 94 4 0.84056 0.51516 0.83854 0.51881 0.83470 0.51003 0.83594 0.50774\n 40 6 12\n 38 6 1\n 14 94 4 0.84067 0.52992 0.83963 0.53177 0.83547 0.52437 0.83854 0.51881\n 40 6 13\n 38 6 1\n 14 94 4 0.84478 0.52268 0.84067 0.52992 0.83854 0.51881 0.84056 0.51516\n 40 6 12\n 38 6 1\n 14 94 4 0.84723 0.53263 0.84338 0.53927 0.83963 0.53177 0.84067 0.52992\n 40 6 13\n 38 6 1\n 14 94 4 0.84859 0.53029 0.84723 0.53263 0.84067 0.52992 0.84478 0.52268\n 40 6 12\n 38 6 1\n 14 94 4 0.85128 0.53918 0.84673 0.54684 0.84338 0.53927 0.84723 0.53263\n 40 6 13\n 38 6 1\n 14 94 4 0.85199 0.53798 0.85128 0.53918 0.84723 0.53263 0.84859 0.53029\n 40 6 12\n 38 6 1\n 14 94 4 0.85477 0.54610 0.84967 0.55448 0.84673 0.54684 0.85128 0.53918\n 40 6 13\n 38 6 1\n 14 94 4 0.85498 0.54575 0.85477 0.54610 0.85128 0.53918 0.85199 0.53798\n 40 6 12\n 38 6 1\n 14 116 5 0.85656 0.55057 0.85754 0.55357 0.85219 0.56219 0.84967 0.55448 0.85477 0.54610\n 40 6 13\n 38 6 1\n 14 72 3 0.85656 0.55057 0.85477 0.54610 0.85498 0.54575\n 40 6 12\n 38 6 1\n 14 842 38 0.85754 0.55357 0.85969 0.56146 0.86140 0.56938 0.86269 0.57734 0.86355 0.58532 0.86398 0.59332 0.86398 0.60133 0.86355 0.60932 0.86269 0.61731 0.86140 0.62527 0.85969 0.63319 0.85754 0.64107 0.85498 0.64890 0.85199 0.65667 0.84859 0.66436 0.84478 0.67197 0.84056 0.67949 0.83594 0.68691 0.83092 0.69422 0.82598 0.70067 0.83092 0.69347 0.83547 0.68617 0.83963 0.67876 0.84338 0.67127 0.84673 0.66369 0.84967 0.65605 0.85219 0.64834 0.85430 0.64058 0.85599 0.63278 0.85726 0.62494 0.85811 0.61708 0.85853 0.60921 0.85853 0.60133 0.85811 0.59345 0.85726 0.58559 0.85599 0.57775 0.85430 0.56995 0.85219 0.56219\n 40 6 11\n 38 6 1\n 14 94 4 0.16258 0.60921 0.16258 0.60133 0.16845 0.60921 0.16845 0.61695\n 40 6 11\n 38 6 1\n 14 116 5 0.16272 0.59870 0.16742 0.59949 0.16887 0.60147 0.16845 0.60921 0.16258 0.60133\n 40 6 12\n 38 6 1\n 14 72 3 0.16272 0.59870 0.16300 0.59345 0.16742 0.59949\n 40 6 11\n 38 6 1\n 14 72 3 0.16939 0.59663 0.16887 0.60147 0.16742 0.59949\n 40 6 12\n 38 6 1\n 14 116 5 0.16385 0.58559 0.16970 0.59374 0.16939 0.59663 0.16742 0.59949 0.16300 0.59345\n 40 6 12\n 38 6 1\n 14 2118 96 0.16385 0.58559 0.16512 0.57775 0.16681 0.56995 0.16892 0.56219 0.17144 0.55448 0.17438 0.54684 0.17773 0.53927 0.18149 0.53177 0.18564 0.52437 0.19019 0.51706 0.19513 0.50986 0.20046 0.50278 0.20616 0.49582 0.21223 0.48900 0.21867 0.48232 0.22546 0.47578 0.23261 0.46941 0.24008 0.46320 0.24789 0.45716 0.25602 0.45131 0.26446 0.44564 0.27320 0.44017 0.28223 0.43489 0.29153 0.42983 0.30110 0.42498 0.31093 0.42035 0.32100 0.41594 0.33131 0.41177 0.34183 0.40783 0.35255 0.40413 0.36347 0.40067 0.37457 0.39747 0.38583 0.39452 0.39725 0.39182 0.40880 0.38939 0.42048 0.38721 0.43227 0.38531 0.44415 0.38367 0.45611 0.38230 0.46814 0.38120 0.48022 0.38038 0.49234 0.37983 0.50448 0.37956 0.51663 0.37956 0.52877 0.37983 0.54089 0.38038 0.55297 0.38120 0.56500 0.38230 0.56408 0.39388 0.55225 0.39280 0.54038 0.39199 0.52846 0.39145 0.51653 0.39118 0.50458 0.39118 0.49265 0.39145 0.48073 0.39199 0.46886 0.39280 0.45703 0.39388 0.44527 0.39523 0.43359 0.39684 0.42200 0.39871 0.41052 0.40084 0.39916 0.40324 0.38794 0.40589 0.37686 0.40879 0.36595 0.41194 0.35522 0.41534 0.34468 0.41897 0.33433 0.42285 0.32420 0.42695 0.31430 0.43128 0.30464 0.43584 0.29523 0.44061 0.28608 0.44559 0.27721 0.45077 0.26861 0.45615 0.26032 0.46172 0.25233 0.46748 0.24465 0.47341 0.23730 0.47952 0.23028 0.48578 0.22360 0.49221 0.21727 0.49878 0.21130 0.50549 0.20569 0.51233 0.20046 0.51929 0.19560 0.52636 0.19113 0.53355 0.18704 0.54083 0.18335 0.54819 0.18006 0.55564 0.17717 0.56316 0.17469 0.57073 0.17261 0.57836 0.17095 0.58603 0.16970 0.59374\n 40 6 11\n 38 6 1\n 14 72 3 0.57610 0.39257 0.57584 0.39523 0.56843 0.39438\n 40 6 12\n 38 6 1\n 14 116 5 0.57696 0.38367 0.57610 0.39257 0.56843 0.39438 0.56408 0.39388 0.56500 0.38230\n 40 6 11\n 38 6 1\n 14 94 4 0.58829 0.39018 0.58752 0.39684 0.57584 0.39523 0.57610 0.39257\n 40 6 12\n 38 6 1\n 14 94 4 0.58885 0.38531 0.58829 0.39018 0.57610 0.39257 0.57696 0.38367\n 40 6 11\n 38 6 1\n 14 94 4 0.60037 0.38921 0.59911 0.39871 0.58752 0.39684 0.58829 0.39018\n 40 6 12\n 38 6 1\n 14 94 4 0.60063 0.38721 0.60037 0.38921 0.58829 0.39018 0.58885 0.38531\n 40 6 11\n 38 6 1\n 14 116 5 0.60484 0.38800 0.61231 0.38939 0.61059 0.40084 0.59911 0.39871 0.60037 0.38921\n 40 6 12\n 38 6 1\n 14 72 3 0.60484 0.38800 0.60037 0.38921 0.60063 0.38721\n 40 6 11\n 38 6 1\n 14 534 24 0.61231 0.38939 0.62386 0.39182 0.63528 0.39452 0.64654 0.39747 0.65764 0.40067 0.66856 0.40413 0.67928 0.40783 0.68980 0.41177 0.70011 0.41594 0.71018 0.42035 0.72001 0.42498 0.72958 0.42983 0.72588 0.44061 0.71647 0.43584 0.70681 0.43128 0.69691 0.42695 0.68678 0.42285 0.67644 0.41897 0.66589 0.41534 0.65516 0.41194 0.64425 0.40879 0.63317 0.40589 0.62195 0.40324 0.61059 0.40084\n 40 6 11\n 38 6 1\n 14 94 4 0.73500 0.43278 0.73076 0.44326 0.72588 0.44061 0.72958 0.42983\n 40 6 12\n 38 6 1\n 14 94 4 0.73500 0.43278 0.73888 0.43489 0.73503 0.44559 0.73076 0.44326\n 40 6 11\n 38 6 1\n 14 72 3 0.78453 0.48016 0.78381 0.47952 0.78420 0.47868\n 40 6 12\n 38 6 1\n 14 116 5 0.79565 0.47578 0.79083 0.48578 0.78453 0.48016 0.78420 0.47868 0.78851 0.46941\n 40 6 12\n 38 6 1\n 14 1414 64 0.79565 0.47578 0.80244 0.48232 0.80888 0.48900 0.81495 0.49582 0.82065 0.50278 0.82598 0.50986 0.83092 0.51706 0.83547 0.52437 0.83963 0.53177 0.84338 0.53927 0.84673 0.54684 0.84967 0.55448 0.85219 0.56219 0.85430 0.56995 0.85599 0.57775 0.85726 0.58559 0.85811 0.59345 0.85853 0.60133 0.85853 0.60921 0.85811 0.61708 0.85726 0.62494 0.85599 0.63278 0.85430 0.64058 0.85219 0.64834 0.84967 0.65605 0.84673 0.66369 0.84338 0.67127 0.83963 0.67876 0.83547 0.68617 0.83092 0.69347 0.82598 0.70067 0.82065 0.70775 0.81542 0.71384 0.82065 0.70687 0.82551 0.69980 0.82998 0.69261 0.83407 0.68533 0.83776 0.67797 0.84105 0.67052 0.84394 0.66300 0.84642 0.65543 0.84850 0.64780 0.85016 0.64013 0.85141 0.63242 0.85224 0.62470 0.85266 0.61695 0.85266 0.60921 0.85224 0.60147 0.85141 0.59374 0.85016 0.58603 0.84850 0.57836 0.84642 0.57073 0.84394 0.56316 0.84105 0.55564 0.83776 0.54819 0.83407 0.54083 0.82998 0.53355 0.82551 0.52636 0.82065 0.51929 0.81542 0.51233 0.80981 0.50549 0.80384 0.49878 0.79751 0.49221 0.79083 0.48578\n 40 6 10\n 38 6 1\n 14 94 4 0.17356 0.60735 0.17515 0.60936 0.17474 0.61695 0.17321 0.61507\n 40 6 11\n 38 6 1\n 14 94 4 0.16887 0.60147 0.17356 0.60735 0.17321 0.61507 0.16845 0.60921\n 40 6 10\n 38 6 1\n 14 72 3 0.17560 0.60521 0.17515 0.60936 0.17356 0.60735\n 40 6 11\n 38 6 1\n 14 138 6 0.16939 0.59663 0.17054 0.59481 0.17597 0.60177 0.17560 0.60521 0.17356 0.60735 0.16887 0.60147\n 40 6 12\n 38 6 1\n 14 72 3 0.16939 0.59663 0.16970 0.59374 0.17054 0.59481\n 40 6 11\n 38 6 1\n 14 94 4 0.17686 0.59377 0.17720 0.59421 0.17597 0.60177 0.17054 0.59481\n 40 6 12\n 38 6 1\n 14 94 4 0.17095 0.58603 0.17686 0.59377 0.17054 0.59481 0.16970 0.59374\n 40 6 11\n 38 6 1\n 14 72 3 0.17736 0.59343 0.17720 0.59421 0.17686 0.59377\n 40 6 12\n 38 6 1\n 14 116 5 0.17261 0.57836 0.17883 0.58668 0.17736 0.59343 0.17686 0.59377 0.17095 0.58603\n 40 6 12\n 38 6 1\n 14 94 4 0.17261 0.57836 0.17469 0.57073 0.18086 0.57919 0.17883 0.58668\n 40 6 11\n 38 6 1\n 14 72 3 0.18169 0.56949 0.18330 0.57175 0.18274 0.57348\n 40 6 12\n 38 6 1\n 14 116 5 0.17717 0.56316 0.18169 0.56949 0.18274 0.57348 0.18086 0.57919 0.17469 0.57073\n 40 6 11\n 38 6 1\n 14 94 4 0.18268 0.55941 0.18614 0.56437 0.18330 0.57175 0.18169 0.56949\n 40 6 12\n 38 6 1\n 14 94 4 0.18006 0.55564 0.18268 0.55941 0.18169 0.56949 0.17717 0.56316\n 40 6 11\n 38 6 1\n 14 94 4 0.18614 0.55230 0.18937 0.55706 0.18614 0.56437 0.18268 0.55941\n 40 6 12\n 38 6 1\n 14 94 4 0.18335 0.54819 0.18614 0.55230 0.18268 0.55941 0.18006 0.55564\n 40 6 11\n 38 6 1\n 14 94 4 0.18929 0.54423 0.19299 0.54983 0.18937 0.55706 0.18614 0.55230\n 40 6 12\n 38 6 1\n 14 94 4 0.18704 0.54083 0.18929 0.54423 0.18614 0.55230 0.18335 0.54819\n 40 6 11\n 38 6 1\n 14 94 4 0.19433 0.53853 0.19700 0.54269 0.19299 0.54983 0.18929 0.54423\n 40 6 12\n 38 6 1\n 14 94 4 0.19113 0.53355 0.19433 0.53853 0.18929 0.54423 0.18704 0.54083\n 40 6 11\n 38 6 1\n 14 94 4 0.19913 0.53202 0.20139 0.53564 0.19700 0.54269 0.19433 0.53853\n 40 6 12\n 38 6 1\n 14 94 4 0.19560 0.52636 0.19913 0.53202 0.19433 0.53853 0.19113 0.53355\n 40 6 11\n 38 6 1\n 14 94 4 0.20394 0.52502 0.20616 0.52869 0.20139 0.53564 0.19913 0.53202\n 40 6 12\n 38 6 1\n 14 94 4 0.20046 0.51929 0.20394 0.52502 0.19913 0.53202 0.19560 0.52636\n 40 6 11\n 38 6 1\n 14 94 4 0.20900 0.51794 0.21130 0.52185 0.20616 0.52869 0.20394 0.52502\n 40 6 12\n 38 6 1\n 14 94 4 0.20569 0.51233 0.20900 0.51794 0.20394 0.52502 0.20046 0.51929\n 40 6 11\n 38 6 1\n 14 94 4 0.21432 0.51079 0.21680 0.51514 0.21130 0.52185 0.20900 0.51794\n 40 6 12\n 38 6 1\n 14 94 4 0.21130 0.50549 0.21432 0.51079 0.20900 0.51794 0.20569 0.51233\n 40 6 11\n 38 6 1\n 14 94 4 0.22001 0.50375 0.22266 0.50856 0.21680 0.51514 0.21432 0.51079\n 40 6 12\n 38 6 1\n 14 94 4 0.21727 0.49878 0.22001 0.50375 0.21432 0.51079 0.21130 0.50549\n 40 6 11\n 38 6 1\n 14 94 4 0.22625 0.49718 0.22888 0.50211 0.22266 0.50856 0.22001 0.50375\n 40 6 12\n 38 6 1\n 14 94 4 0.22360 0.49221 0.22625 0.49718 0.22001 0.50375 0.21727 0.49878\n 40 6 11\n 38 6 1\n 14 94 4 0.23307 0.49122 0.23543 0.49580 0.22888 0.50211 0.22625 0.49718\n 40 6 12\n 38 6 1\n 14 94 4 0.23028 0.48578 0.23307 0.49122 0.22625 0.49718 0.22360 0.49221\n 40 6 11\n 38 6 1\n 14 94 4 0.24023 0.48544 0.24232 0.48965 0.23543 0.49580 0.23307 0.49122\n 40 6 12\n 38 6 1\n 14 94 4 0.23730 0.47952 0.24023 0.48544 0.23307 0.49122 0.23028 0.48578\n 40 6 11\n 38 6 1\n 14 94 4 0.24788 0.48017 0.24954 0.48366 0.24232 0.48965 0.24023 0.48544\n 40 6 12\n 38 6 1\n 14 94 4 0.24465 0.47341 0.24788 0.48017 0.24023 0.48544 0.23730 0.47952\n 40 6 11\n 38 6 1\n 14 94 4 0.25558 0.47457 0.25708 0.47783 0.24954 0.48366 0.24788 0.48017\n 40 6 12\n 38 6 1\n 14 94 4 0.25233 0.46748 0.25558 0.47457 0.24788 0.48017 0.24465 0.47341\n 40 6 11\n 38 6 1\n 14 94 4 0.26316 0.46818 0.26492 0.47218 0.25708 0.47783 0.25558 0.47457\n 40 6 12\n 38 6 1\n 14 94 4 0.26032 0.46172 0.26316 0.46818 0.25558 0.47457 0.25233 0.46748\n 40 6 11\n 38 6 1\n 14 94 4 0.27138 0.46271 0.27306 0.46671 0.26492 0.47218 0.26316 0.46818\n 40 6 12\n 38 6 1\n 14 94 4 0.26861 0.45615 0.27138 0.46271 0.26316 0.46818 0.26032 0.46172\n 40 6 11\n 38 6 1\n 14 94 4 0.28007 0.45789 0.28150 0.46143 0.27306 0.46671 0.27138 0.46271\n 40 6 12\n 38 6 1\n 14 94 4 0.27721 0.45077 0.28007 0.45789 0.27138 0.46271 0.26861 0.45615\n 40 6 11\n 38 6 1\n 14 94 4 0.28893 0.45300 0.29021 0.45634 0.28150 0.46143 0.28007 0.45789\n 40 6 12\n 38 6 1\n 14 94 4 0.28608 0.44559 0.28893 0.45300 0.28007 0.45789 0.27721 0.45077\n 40 6 11\n 38 6 1\n 14 94 4 0.29783 0.44774 0.29919 0.45145 0.29021 0.45634 0.28893 0.45300\n 40 6 12\n 38 6 1\n 14 94 4 0.29523 0.44061 0.29783 0.44774 0.28893 0.45300 0.28608 0.44559\n 40 6 11\n 38 6 1\n 14 94 4 0.30700 0.44266 0.30843 0.44677 0.29919 0.45145 0.29783 0.44774\n 40 6 12\n 38 6 1\n 14 94 4 0.30464 0.43584 0.30700 0.44266 0.29783 0.44774 0.29523 0.44061\n 40 6 11\n 38 6 1\n 14 94 4 0.31670 0.43861 0.31791 0.44230 0.30843 0.44677 0.30700 0.44266\n 40 6 12\n 38 6 1\n 14 94 4 0.31430 0.43128 0.31670 0.43861 0.30700 0.44266 0.30464 0.43584\n 40 6 11\n 38 6 1\n 14 94 4 0.32637 0.43396 0.32763 0.43805 0.31791 0.44230 0.31670 0.43861\n 40 6 12\n 38 6 1\n 14 94 4 0.32420 0.42695 0.32637 0.43396 0.31670 0.43861 0.31430 0.43128\n 40 6 11\n 38 6 1\n 14 94 4 0.33636 0.42985 0.33757 0.43402 0.32763 0.43805 0.32637 0.43396\n 40 6 12\n 38 6 1\n 14 94 4 0.33433 0.42285 0.33636 0.42985 0.32637 0.43396 0.32420 0.42695\n 40 6 11\n 38 6 1\n 14 94 4 0.34675 0.42664 0.34773 0.43022 0.33757 0.43402 0.33636 0.42985\n 40 6 12\n 38 6 1\n 14 94 4 0.34468 0.41897 0.34675 0.42664 0.33636 0.42985 0.33433 0.42285\n 40 6 11\n 38 6 1\n 14 94 4 0.35710 0.42279 0.35808 0.42665 0.34773 0.43022 0.34675 0.42664\n 40 6 12\n 38 6 1\n 14 94 4 0.35522 0.41534 0.35710 0.42279 0.34675 0.42664 0.34468 0.41897\n 40 6 11\n 38 6 1\n 14 94 4 0.36768 0.41934 0.36861 0.42332 0.35808 0.42665 0.35710 0.42279\n 40 6 12\n 38 6 1\n 14 94 4 0.36595 0.41194 0.36768 0.41934 0.35710 0.42279 0.35522 0.41534\n 40 6 11\n 38 6 1\n 14 94 4 0.37821 0.41503 0.37932 0.42022 0.36861 0.42332 0.36768 0.41934\n 40 6 12\n 38 6 1\n 14 94 4 0.37686 0.40879 0.37821 0.41503 0.36768 0.41934 0.36595 0.41194\n 40 6 11\n 38 6 1\n 14 94 4 0.38906 0.41163 0.39019 0.41738 0.37932 0.42022 0.37821 0.41503\n 40 6 12\n 38 6 1\n 14 94 4 0.38794 0.40589 0.38906 0.41163 0.37821 0.41503 0.37686 0.40879\n 40 6 11\n 38 6 1\n 14 94 4 0.40053 0.41097 0.40121 0.41477 0.39019 0.41738 0.38906 0.41163\n 40 6 12\n 38 6 1\n 14 94 4 0.39916 0.40324 0.40053 0.41097 0.38906 0.41163 0.38794 0.40589\n 40 6 11\n 38 6 1\n 14 94 4 0.41155 0.40735 0.41236 0.41242 0.40121 0.41477 0.40053 0.41097\n 40 6 12\n 38 6 1\n 14 94 4 0.41052 0.40084 0.41155 0.40735 0.40053 0.41097 0.39916 0.40324\n 40 6 11\n 38 6 1\n 14 94 4 0.42307 0.40637 0.42363 0.41033 0.41236 0.41242 0.41155 0.40735\n 40 6 12\n 38 6 1\n 14 94 4 0.42200 0.39871 0.42307 0.40637 0.41155 0.40735 0.41052 0.40084\n 40 6 11\n 38 6 1\n 14 94 4 0.43459 0.40509 0.43500 0.40849 0.42363 0.41033 0.42307 0.40637\n 40 6 12\n 38 6 1\n 14 94 4 0.43359 0.39684 0.43459 0.40509 0.42307 0.40637 0.42200 0.39871\n 40 6 11\n 38 6 1\n 14 94 4 0.44616 0.40385 0.44647 0.40691 0.43500 0.40849 0.43459 0.40509\n 40 6 12\n 38 6 1\n 14 94 4 0.44527 0.39523 0.44616 0.40385 0.43459 0.40509 0.43359 0.39684\n 40 6 11\n 38 6 1\n 14 94 4 0.45782 0.40333 0.45801 0.40559 0.44647 0.40691 0.44616 0.40385\n 40 6 12\n 38 6 1\n 14 94 4 0.45703 0.39388 0.45782 0.40333 0.44616 0.40385 0.44527 0.39523\n 40 6 11\n 38 6 1\n 14 94 4 0.46950 0.40265 0.46962 0.40453 0.45801 0.40559 0.45782 0.40333\n 40 6 12\n 38 6 1\n 14 94 4 0.46886 0.39280 0.46950 0.40265 0.45782 0.40333 0.45703 0.39388\n 40 6 11\n 38 6 1\n 14 94 4 0.48117 0.40137 0.48128 0.40373 0.46962 0.40453 0.46950 0.40265\n 40 6 12\n 38 6 1\n 14 94 4 0.48073 0.39199 0.48117 0.40137 0.46950 0.40265 0.46886 0.39280\n 40 6 11\n 38 6 1\n 14 94 4 0.49293 0.40151 0.49298 0.40320 0.48128 0.40373 0.48117 0.40137\n 40 6 12\n 38 6 1\n 14 94 4 0.49265 0.39145 0.49293 0.40151 0.48117 0.40137 0.48073 0.39199\n 40 6 11\n 38 6 1\n 14 94 4 0.50468 0.40122 0.50469 0.40294 0.49298 0.40320 0.49293 0.40151\n 40 6 12\n 38 6 1\n 14 94 4 0.50458 0.39118 0.50468 0.40122 0.49293 0.40151 0.49265 0.39145\n 40 6 11\n 38 6 1\n 14 94 4 0.51644 0.40066 0.51642 0.40294 0.50469 0.40294 0.50468 0.40122\n 40 6 12\n 38 6 1\n 14 94 4 0.51653 0.39118 0.51644 0.40066 0.50468 0.40122 0.50458 0.39118\n 40 6 11\n 38 6 1\n 14 94 4 0.52818 0.40146 0.52813 0.40320 0.51642 0.40294 0.51644 0.40066\n 40 6 12\n 38 6 1\n 14 94 4 0.52846 0.39145 0.52818 0.40146 0.51644 0.40066 0.51653 0.39118\n 40 6 11\n 38 6 1\n 14 94 4 0.54004 0.39924 0.53983 0.40373 0.52813 0.40320 0.52818 0.40146\n 40 6 12\n 38 6 1\n 14 94 4 0.54038 0.39199 0.54004 0.39924 0.52818 0.40146 0.52846 0.39145\n 40 6 11\n 38 6 1\n 14 94 4 0.55205 0.39588 0.55149 0.40453 0.53983 0.40373 0.54004 0.39924\n 40 6 12\n 38 6 1\n 14 94 4 0.55225 0.39280 0.55205 0.39588 0.54004 0.39924 0.54038 0.39199\n 40 6 11\n 38 6 1\n 14 94 4 0.56397 0.39517 0.56310 0.40559 0.55149 0.40453 0.55205 0.39588\n 40 6 12\n 38 6 1\n 14 94 4 0.56408 0.39388 0.56397 0.39517 0.55205 0.39588 0.55225 0.39280\n 40 6 11\n 38 6 1\n 14 116 5 0.56843 0.39438 0.57584 0.39523 0.57464 0.40691 0.56310 0.40559 0.56397 0.39517\n 40 6 12\n 38 6 1\n 14 72 3 0.56843 0.39438 0.56397 0.39517 0.56408 0.39388\n 40 6 11\n 38 6 1\n 14 666 30 0.57584 0.39523 0.58752 0.39684 0.59911 0.39871 0.61059 0.40084 0.62195 0.40324 0.63317 0.40589 0.64425 0.40879 0.65516 0.41194 0.66589 0.41534 0.67644 0.41897 0.68678 0.42285 0.69691 0.42695 0.70681 0.43128 0.71647 0.43584 0.72588 0.44061 0.72192 0.45145 0.71268 0.44677 0.70320 0.44230 0.69348 0.43805 0.68354 0.43402 0.67338 0.43022 0.66303 0.42665 0.65250 0.42332 0.64179 0.42022 0.63092 0.41738 0.61990 0.41477 0.60875 0.41242 0.59748 0.41033 0.58611 0.40849 0.57464 0.40691\n 40 6 11\n 38 6 1\n 14 116 5 0.78453 0.48016 0.78870 0.48993 0.78568 0.49580 0.77879 0.48965 0.78381 0.47952\n 40 6 12\n 38 6 1\n 14 72 3 0.78453 0.48016 0.79083 0.48578 0.78870 0.48993\n 40 6 11\n 38 6 1\n 14 94 4 0.79383 0.49911 0.79223 0.50211 0.78568 0.49580 0.78870 0.48993\n 40 6 12\n 38 6 1\n 14 94 4 0.79751 0.49221 0.79383 0.49911 0.78870 0.48993 0.79083 0.48578\n 40 6 11\n 38 6 1\n 14 72 3 0.79798 0.50807 0.79223 0.50211 0.79383 0.49911\n 40 6 12\n 38 6 1\n 14 116 5 0.80384 0.49878 0.79845 0.50856 0.79798 0.50807 0.79383 0.49911 0.79751 0.49221\n 40 6 12\n 38 6 1\n 14 1326 60 0.80384 0.49878 0.80981 0.50549 0.81542 0.51233 0.82065 0.51929 0.82551 0.52636 0.82998 0.53355 0.83407 0.54083 0.83776 0.54819 0.84105 0.55564 0.84394 0.56316 0.84642 0.57073 0.84850 0.57836 0.85016 0.58603 0.85141 0.59374 0.85224 0.60147 0.85266 0.60921 0.85266 0.61695 0.85224 0.62470 0.85141 0.63242 0.85016 0.64013 0.84850 0.64780 0.84642 0.65543 0.84394 0.66300 0.84105 0.67052 0.83776 0.67797 0.83407 0.68533 0.82998 0.69261 0.82551 0.69980 0.82065 0.70687 0.81542 0.71384 0.80981 0.71966 0.81495 0.71282 0.81972 0.70588 0.82411 0.69883 0.82812 0.69168 0.83174 0.68445 0.83497 0.67714 0.83781 0.66976 0.84025 0.66232 0.84228 0.65484 0.84391 0.64731 0.84514 0.63974 0.84596 0.63216 0.84637 0.62456 0.84637 0.61695 0.84596 0.60936 0.84514 0.60177 0.84391 0.59421 0.84228 0.58668 0.84025 0.57919 0.83781 0.57175 0.83497 0.56437 0.83174 0.55706 0.82812 0.54983 0.82411 0.54269 0.81972 0.53564 0.81495 0.52869 0.80981 0.52185 0.80431 0.51514 0.79845 0.50856\n 40 6 11\n 38 6 1\n 14 72 3 0.80470 0.72596 0.80431 0.72637 0.80720 0.72285\n 40 6 12\n 38 6 1\n 14 116 5 0.80981 0.72068 0.80470 0.72596 0.80720 0.72285 0.80981 0.71966 0.81542 0.71384\n 40 6 10\n 38 6 1\n 14 94 4 0.17474 0.61695 0.17515 0.60936 0.18185 0.61711 0.18144 0.62456\n 40 6 10\n 38 6 1\n 14 116 5 0.17560 0.60521 0.17771 0.60383 0.18265 0.60968 0.18185 0.61711 0.17515 0.60936\n 40 6 11\n 38 6 1\n 14 72 3 0.17560 0.60521 0.17597 0.60177 0.17771 0.60383\n 40 6 10\n 38 6 1\n 14 72 3 0.18369 0.60325 0.18265 0.60968 0.17771 0.60383\n 40 6 11\n 38 6 1\n 14 116 5 0.17720 0.59421 0.18385 0.60227 0.18369 0.60325 0.17771 0.60383 0.17597 0.60177\n 40 6 11\n 38 6 1\n 14 116 5 0.17736 0.59343 0.18146 0.58995 0.18545 0.59489 0.18385 0.60227 0.17720 0.59421\n 40 6 12\n 38 6 1\n 14 72 3 0.17736 0.59343 0.17883 0.58668 0.18146 0.58995\n 40 6 11\n 38 6 1\n 14 94 4 0.18356 0.58262 0.18744 0.58755 0.18545 0.59489 0.18146 0.58995\n 40 6 12\n 38 6 1\n 14 94 4 0.18086 0.57919 0.18356 0.58262 0.18146 0.58995 0.17883 0.58668\n 40 6 11\n 38 6 1\n 14 116 5 0.18274 0.57348 0.18330 0.57175 0.18983 0.58026 0.18744 0.58755 0.18356 0.58262\n 40 6 12\n 38 6 1\n 14 72 3 0.18274 0.57348 0.18356 0.58262 0.18086 0.57919\n 40 6 11\n 38 6 1\n 14 2250 102 0.18330 0.57175 0.18614 0.56437 0.18937 0.55706 0.19299 0.54983 0.19700 0.54269 0.20139 0.53564 0.20616 0.52869 0.21130 0.52185 0.21680 0.51514 0.22266 0.50856 0.22888 0.50211 0.23543 0.49580 0.24232 0.48965 0.24954 0.48366 0.25708 0.47783 0.26492 0.47218 0.27306 0.46671 0.28150 0.46143 0.29021 0.45634 0.29919 0.45145 0.30843 0.44677 0.31791 0.44230 0.32763 0.43805 0.33757 0.43402 0.34773 0.43022 0.35808 0.42665 0.36861 0.42332 0.37932 0.42022 0.39019 0.41738 0.40121 0.41477 0.41236 0.41242 0.42363 0.41033 0.43500 0.40849 0.44647 0.40691 0.45801 0.40559 0.46962 0.40453 0.48128 0.40373 0.49298 0.40320 0.50469 0.40294 0.51642 0.40294 0.52813 0.40320 0.53983 0.40373 0.55149 0.40453 0.56310 0.40559 0.57464 0.40691 0.58611 0.40849 0.59748 0.41033 0.60875 0.41242 0.61990 0.41477 0.63092 0.41738 0.64179 0.42022 0.63917 0.43175 0.62852 0.42896 0.61772 0.42641 0.60679 0.42411 0.59575 0.42206 0.58460 0.42025 0.57336 0.41870 0.56205 0.41741 0.55067 0.41637 0.53924 0.41559 0.52778 0.41507 0.51630 0.41481 0.50481 0.41481 0.49333 0.41507 0.48187 0.41559 0.47044 0.41637 0.45906 0.41741 0.44775 0.41870 0.43651 0.42025 0.42536 0.42206 0.41432 0.42411 0.40339 0.42641 0.39259 0.42896 0.38194 0.43175 0.37145 0.43479 0.36112 0.43805 0.35097 0.44155 0.34102 0.44528 0.33128 0.44923 0.32176 0.45339 0.31246 0.45777 0.30341 0.46236 0.29461 0.46715 0.28607 0.47214 0.27780 0.47732 0.26982 0.48268 0.26213 0.48821 0.25475 0.49392 0.24768 0.49980 0.24092 0.50583 0.23450 0.51200 0.22841 0.51832 0.22266 0.52478 0.21727 0.53136 0.21223 0.53806 0.20756 0.54486 0.20326 0.55177 0.19933 0.55878 0.19578 0.56586 0.19261 0.57303 0.18983 0.58026\n 40 6 11\n 38 6 1\n 14 138 6 0.64179 0.42022 0.65250 0.42332 0.66303 0.42665 0.65999 0.43805 0.64966 0.43479 0.63917 0.43175\n 40 6 10\n 38 6 1\n 14 72 3 0.67050 0.44028 0.67014 0.44155 0.66369 0.43933\n 40 6 11\n 38 6 1\n 14 116 5 0.67338 0.43022 0.67050 0.44028 0.66369 0.43933 0.65999 0.43805 0.66303 0.42665\n 40 6 10\n 38 6 1\n 14 94 4 0.68010 0.44524 0.68009 0.44528 0.67014 0.44155 0.67050 0.44028\n 40 6 11\n 38 6 1\n 14 94 4 0.68354 0.43402 0.68010 0.44524 0.67050 0.44028 0.67338 0.43022\n 40 6 10\n 38 6 1\n 14 72 3 0.68017 0.44531 0.68009 0.44528 0.68010 0.44524\n 40 6 11\n 38 6 1\n 14 116 5 0.69348 0.43805 0.68983 0.44923 0.68017 0.44531 0.68010 0.44524 0.68354 0.43402\n 40 6 11\n 38 6 1\n 14 138 6 0.69348 0.43805 0.70320 0.44230 0.71268 0.44677 0.70865 0.45777 0.69935 0.45339 0.68983 0.44923\n 40 6 11\n 38 6 1\n 14 72 3 0.80300 0.51730 0.79845 0.52478 0.79671 0.52282\n 40 6 12\n 38 6 1\n 14 138 6 0.80431 0.51514 0.80300 0.51730 0.79671 0.52282 0.79281 0.51844 0.79285 0.51807 0.79845 0.50856\n 40 6 13\n 38 6 1\n 14 72 3 0.79281 0.51844 0.79270 0.51832 0.79285 0.51807\n 40 6 11\n 38 6 1\n 14 94 4 0.80833 0.52421 0.80384 0.53136 0.79845 0.52478 0.80300 0.51730\n 40 6 12\n 38 6 1\n 14 94 4 0.80981 0.52185 0.80833 0.52421 0.80300 0.51730 0.80431 0.51514\n 40 6 11\n 38 6 1\n 14 94 4 0.81350 0.53092 0.80888 0.53806 0.80384 0.53136 0.80833 0.52421\n 40 6 12\n 38 6 1\n 14 94 4 0.81495 0.52869 0.81350 0.53092 0.80833 0.52421 0.80981 0.52185\n 40 6 11\n 38 6 1\n 14 72 3 0.81118 0.54141 0.80888 0.53806 0.81350 0.53092\n 40 6 12\n 38 6 1\n 14 116 5 0.81972 0.53564 0.81355 0.54486 0.81118 0.54141 0.81350 0.53092 0.81495 0.52869\n 40 6 11\n 38 6 1\n 14 72 3 0.81875 0.55046 0.81785 0.55177 0.81733 0.55093\n 40 6 12\n 38 6 1\n 14 116 5 0.82411 0.54269 0.81875 0.55046 0.81733 0.55093 0.81355 0.54486 0.81972 0.53564\n 40 6 11\n 38 6 1\n 14 72 3 0.81813 0.55227 0.81785 0.55177 0.81875 0.55046\n 40 6 12\n 38 6 1\n 14 116 5 0.82812 0.54983 0.82178 0.55878 0.81813 0.55227 0.81875 0.55046 0.82411 0.54269\n 40 6 12\n 38 6 1\n 14 270 12 0.82812 0.54983 0.83174 0.55706 0.83497 0.56437 0.83781 0.57175 0.84025 0.57919 0.84228 0.58668 0.83566 0.59489 0.83367 0.58755 0.83128 0.58026 0.82850 0.57303 0.82533 0.56586 0.82178 0.55878\n 40 6 11\n 38 6 1\n 14 72 3 0.83788 0.60152 0.83726 0.60227 0.83604 0.59662\n 40 6 12\n 38 6 1\n 14 116 5 0.84391 0.59421 0.83788 0.60152 0.83604 0.59662 0.83566 0.59489 0.84228 0.58668\n 40 6 11\n 38 6 1\n 14 94 4 0.83874 0.60935 0.83846 0.60968 0.83726 0.60227 0.83788 0.60152\n 40 6 12\n 38 6 1\n 14 94 4 0.84514 0.60177 0.83874 0.60935 0.83788 0.60152 0.84391 0.59421\n 40 6 11\n 38 6 1\n 14 94 4 0.83970 0.61661 0.83926 0.61711 0.83846 0.60968 0.83874 0.60935\n 40 6 12\n 38 6 1\n 14 94 4 0.84596 0.60936 0.83970 0.61661 0.83874 0.60935 0.84514 0.60177\n 40 6 11\n 38 6 1\n 14 94 4 0.84016 0.62400 0.83967 0.62456 0.83926 0.61711 0.83970 0.61661\n 40 6 12\n 38 6 1\n 14 94 4 0.84637 0.61695 0.84016 0.62400 0.83970 0.61661 0.84596 0.60936\n 40 6 11\n 38 6 1\n 14 94 4 0.84050 0.63109 0.83967 0.63201 0.83967 0.62456 0.84016 0.62400\n 40 6 12\n 38 6 1\n 14 94 4 0.84637 0.62456 0.84050 0.63109 0.84016 0.62400 0.84637 0.61695\n 40 6 11\n 38 6 1\n 14 94 4 0.84015 0.63849 0.83926 0.63946 0.83967 0.63201 0.84050 0.63109\n 40 6 12\n 38 6 1\n 14 94 4 0.84596 0.63216 0.84015 0.63849 0.84050 0.63109 0.84637 0.62456\n 40 6 11\n 38 6 1\n 14 94 4 0.83876 0.64658 0.83846 0.64689 0.83926 0.63946 0.84015 0.63849\n 40 6 12\n 38 6 1\n 14 94 4 0.84514 0.63974 0.83876 0.64658 0.84015 0.63849 0.84596 0.63216\n 40 6 11\n 38 6 1\n 14 94 4 0.83770 0.65385 0.83726 0.65431 0.83846 0.64689 0.83876 0.64658\n 40 6 12\n 38 6 1\n 14 94 4 0.84391 0.64731 0.83770 0.65385 0.83876 0.64658 0.84514 0.63974\n 40 6 11\n 38 6 1\n 14 94 4 0.83599 0.66135 0.83566 0.66169 0.83726 0.65431 0.83770 0.65385\n 40 6 12\n 38 6 1\n 14 94 4 0.84228 0.65484 0.83599 0.66135 0.83770 0.65385 0.84391 0.64731\n 40 6 11\n 38 6 1\n 14 94 4 0.83399 0.66870 0.83367 0.66902 0.83566 0.66169 0.83599 0.66135\n 40 6 12\n 38 6 1\n 14 94 4 0.84025 0.66232 0.83399 0.66870 0.83599 0.66135 0.84228 0.65484\n 40 6 11\n 38 6 1\n 14 94 4 0.83158 0.67601 0.83128 0.67631 0.83367 0.66902 0.83399 0.66870\n 40 6 12\n 38 6 1\n 14 94 4 0.83781 0.66976 0.83158 0.67601 0.83399 0.66870 0.84025 0.66232\n 40 6 11\n 38 6 1\n 14 94 4 0.82988 0.68218 0.82850 0.68355 0.83128 0.67631 0.83158 0.67601\n 40 6 12\n 38 6 1\n 14 94 4 0.83497 0.67714 0.82988 0.68218 0.83158 0.67601 0.83781 0.66976\n 40 6 11\n 38 6 1\n 14 94 4 0.82758 0.68851 0.82533 0.69071 0.82850 0.68355 0.82988 0.68218\n 40 6 12\n 38 6 1\n 14 94 4 0.83174 0.68445 0.82758 0.68851 0.82988 0.68218 0.83497 0.67714\n 40 6 11\n 38 6 1\n 14 94 4 0.82440 0.69527 0.82178 0.69780 0.82533 0.69071 0.82758 0.68851\n 40 6 12\n 38 6 1\n 14 94 4 0.82812 0.69168 0.82440 0.69527 0.82758 0.68851 0.83174 0.68445\n 40 6 11\n 38 6 1\n 14 94 4 0.82099 0.70180 0.81785 0.70480 0.82178 0.69780 0.82440 0.69527\n 40 6 12\n 38 6 1\n 14 94 4 0.82411 0.69883 0.82099 0.70180 0.82440 0.69527 0.82812 0.69168\n 40 6 11\n 38 6 1\n 14 94 4 0.81716 0.70830 0.81355 0.71171 0.81785 0.70480 0.82099 0.70180\n 40 6 12\n 38 6 1\n 14 94 4 0.81972 0.70588 0.81716 0.70830 0.82099 0.70180 0.82411 0.69883\n 40 6 11\n 38 6 1\n 14 94 4 0.81335 0.71432 0.80888 0.71852 0.81355 0.71171 0.81716 0.70830\n 40 6 12\n 38 6 1\n 14 94 4 0.81495 0.71282 0.81335 0.71432 0.81716 0.70830 0.81972 0.70588\n 40 6 11\n 38 6 1\n 14 94 4 0.80942 0.72002 0.80384 0.72522 0.80888 0.71852 0.81335 0.71432\n 40 6 12\n 38 6 1\n 14 94 4 0.80981 0.71966 0.80942 0.72002 0.81335 0.71432 0.81495 0.71282\n 40 6 11\n 38 6 1\n 14 116 5 0.80720 0.72285 0.80431 0.72637 0.79845 0.73180 0.80384 0.72522 0.80942 0.72002\n 40 6 12\n 38 6 1\n 14 72 3 0.80720 0.72285 0.80942 0.72002 0.80981 0.71966\n 40 6 11\n 38 6 1\n 14 138 6 0.80431 0.72637 0.79845 0.73296 0.79223 0.73941 0.78661 0.74457 0.79270 0.73825 0.79845 0.73180\n 40 6 9\n 38 6 1\n 14 72 3 0.18624 0.62959 0.18855 0.63201 0.18855 0.63424\n 40 6 10\n 38 6 1\n 14 138 6 0.18144 0.62929 0.18144 0.62456 0.18624 0.62959 0.18855 0.63424 0.18855 0.63931 0.18431 0.63495\n 40 6 11\n 38 6 1\n 14 72 3 0.18144 0.62929 0.18431 0.63495 0.18144 0.63201\n 40 6 9\n 38 6 1\n 14 94 4 0.18351 0.61890 0.18894 0.62473 0.18855 0.63201 0.18624 0.62959\n 40 6 10\n 38 6 1\n 14 94 4 0.18185 0.61711 0.18351 0.61890 0.18624 0.62959 0.18144 0.62456\n 40 6 9\n 38 6 1\n 14 72 3 0.18937 0.62071 0.18894 0.62473 0.18351 0.61890\n 40 6 10\n 38 6 1\n 14 116 5 0.18265 0.60968 0.18972 0.61745 0.18937 0.62071 0.18351 0.61890 0.18185 0.61711\n 40 6 10\n 38 6 1\n 14 116 5 0.18369 0.60325 0.18836 0.60734 0.19090 0.61020 0.18972 0.61745 0.18265 0.60968\n 40 6 11\n 38 6 1\n 14 72 3 0.18369 0.60325 0.18385 0.60227 0.18836 0.60734\n 40 6 10\n 38 6 1\n 14 94 4 0.19239 0.60289 0.19246 0.60298 0.19090 0.61020 0.18836 0.60734\n 40 6 11\n 38 6 1\n 14 94 4 0.18545 0.59489 0.19239 0.60289 0.18836 0.60734 0.18385 0.60227\n 40 6 10\n 38 6 1\n 14 94 4 0.19356 0.59479 0.19441 0.59580 0.19246 0.60298 0.19239 0.60289\n 40 6 11\n 38 6 1\n 14 94 4 0.18744 0.58755 0.19356 0.59479 0.19239 0.60289 0.18545 0.59489\n 40 6 10\n 38 6 1\n 14 72 3 0.19478 0.59470 0.19441 0.59580 0.19356 0.59479\n 40 6 11\n 38 6 1\n 14 116 5 0.18983 0.58026 0.19675 0.58867 0.19478 0.59470 0.19356 0.59479 0.18744 0.58755\n 40 6 11\n 38 6 1\n 14 2206 100 0.18983 0.58026 0.19261 0.57303 0.19578 0.56586 0.19933 0.55878 0.20326 0.55177 0.20756 0.54486 0.21223 0.53806 0.21727 0.53136 0.22266 0.52478 0.22841 0.51832 0.23450 0.51200 0.24092 0.50583 0.24768 0.49980 0.25475 0.49392 0.26213 0.48821 0.26982 0.48268 0.27780 0.47732 0.28607 0.47214 0.29461 0.46715 0.30341 0.46236 0.31246 0.45777 0.32176 0.45339 0.33128 0.44923 0.34102 0.44528 0.35097 0.44155 0.36112 0.43805 0.37145 0.43479 0.38194 0.43175 0.39259 0.42896 0.40339 0.42641 0.41432 0.42411 0.42536 0.42206 0.43651 0.42025 0.44775 0.41870 0.45906 0.41741 0.47044 0.41637 0.48187 0.41559 0.49333 0.41507 0.50481 0.41481 0.51630 0.41481 0.52778 0.41507 0.53924 0.41559 0.55067 0.41637 0.56205 0.41741 0.57336 0.41870 0.58460 0.42025 0.59575 0.42206 0.60679 0.42411 0.61772 0.42641 0.62852 0.42896 0.62597 0.44064 0.61541 0.43814 0.60472 0.43589 0.59391 0.43388 0.58300 0.43212 0.57201 0.43060 0.56094 0.42933 0.54980 0.42832 0.53862 0.42756 0.52741 0.42705 0.51618 0.42679 0.50493 0.42679 0.49370 0.42705 0.48249 0.42756 0.47131 0.42832 0.46017 0.42933 0.44910 0.43060 0.43811 0.43212 0.42720 0.43388 0.41639 0.43589 0.40570 0.43814 0.39514 0.44064 0.38472 0.44337 0.37445 0.44633 0.36434 0.44953 0.35442 0.45295 0.34468 0.45660 0.33515 0.46046 0.32583 0.46454 0.31674 0.46883 0.30788 0.47332 0.29927 0.47800 0.29091 0.48288 0.28283 0.48795 0.27502 0.49319 0.26750 0.49861 0.26027 0.50420 0.25335 0.50994 0.24674 0.51584 0.24045 0.52189 0.23450 0.52807 0.22888 0.53438 0.22360 0.54082 0.21867 0.54738 0.21410 0.55404 0.20989 0.56080 0.20604 0.56765 0.20257 0.57458 0.19947 0.58159 0.19675 0.58867\n 40 6 10\n 38 6 1\n 14 72 3 0.63671 0.44205 0.63639 0.44337 0.63303 0.44249\n 40 6 11\n 38 6 1\n 14 116 5 0.63917 0.43175 0.63671 0.44205 0.63303 0.44249 0.62597 0.44064 0.62852 0.42896\n 40 6 10\n 38 6 1\n 14 94 4 0.64786 0.44172 0.64666 0.44633 0.63639 0.44337 0.63671 0.44205\n 40 6 11\n 38 6 1\n 14 94 4 0.64966 0.43479 0.64786 0.44172 0.63671 0.44205 0.63917 0.43175\n 40 6 10\n 38 6 1\n 14 94 4 0.65967 0.43920 0.65677 0.44953 0.64666 0.44633 0.64786 0.44172\n 40 6 11\n 38 6 1\n 14 94 4 0.65999 0.43805 0.65967 0.43920 0.64786 0.44172 0.64966 0.43479\n 40 6 10\n 38 6 1\n 14 116 5 0.66369 0.43933 0.67014 0.44155 0.66669 0.45295 0.65677 0.44953 0.65967 0.43920\n 40 6 11\n 38 6 1\n 14 72 3 0.66369 0.43933 0.65967 0.43920 0.65999 0.43805\n 40 6 10\n 38 6 1\n 14 94 4 0.67014 0.44155 0.68009 0.44528 0.67643 0.45660 0.66669 0.45295\n 40 6 10\n 38 6 1\n 14 94 4 0.68017 0.44531 0.68409 0.45971 0.67643 0.45660 0.68009 0.44528\n 40 6 11\n 38 6 1\n 14 94 4 0.68017 0.44531 0.68983 0.44923 0.68596 0.46046 0.68409 0.45971\n 40 6 11\n 38 6 1\n 14 94 4 0.81813 0.55227 0.81504 0.56759 0.81122 0.56080 0.81785 0.55177\n 40 6 12\n 38 6 1\n 14 94 4 0.81813 0.55227 0.82178 0.55878 0.81507 0.56765 0.81504 0.56759\n 40 6 12\n 38 6 1\n 14 182 8 0.82178 0.55878 0.82533 0.56586 0.82850 0.57303 0.83128 0.58026 0.82436 0.58867 0.82164 0.58159 0.81854 0.57458 0.81507 0.56765\n 40 6 11\n 38 6 1\n 14 72 3 0.83017 0.59169 0.82670 0.59580 0.82478 0.58996\n 40 6 12\n 38 6 1\n 14 116 5 0.83367 0.58755 0.83017 0.59169 0.82478 0.58996 0.82436 0.58867 0.83128 0.58026\n 40 6 11\n 38 6 1\n 14 94 4 0.83538 0.59522 0.82865 0.60298 0.82670 0.59580 0.83017 0.59169\n 40 6 12\n 38 6 1\n 14 94 4 0.83566 0.59489 0.83538 0.59522 0.83017 0.59169 0.83367 0.58755\n 40 6 11\n 38 6 1\n 14 116 5 0.83604 0.59662 0.83726 0.60227 0.83021 0.61020 0.82865 0.60298 0.83538 0.59522\n 40 6 12\n 38 6 1\n 14 72 3 0.83604 0.59662 0.83538 0.59522 0.83566 0.59489\n 40 6 11\n 38 6 1\n 14 974 44 0.83726 0.60227 0.83846 0.60968 0.83926 0.61711 0.83967 0.62456 0.83967 0.63201 0.83926 0.63946 0.83846 0.64689 0.83726 0.65431 0.83566 0.66169 0.83367 0.66902 0.83128 0.67631 0.82850 0.68355 0.82533 0.69071 0.82178 0.69780 0.81785 0.70480 0.81355 0.71171 0.80888 0.71852 0.80384 0.72522 0.79845 0.73180 0.79270 0.73825 0.78661 0.74457 0.78019 0.75075 0.77437 0.75548 0.78066 0.74943 0.78661 0.74325 0.79223 0.73693 0.79751 0.73050 0.80244 0.72394 0.80701 0.71728 0.81122 0.71052 0.81507 0.70367 0.81854 0.69673 0.82164 0.68973 0.82436 0.68265 0.82670 0.67552 0.82865 0.66834 0.83021 0.66112 0.83139 0.65387 0.83217 0.64659 0.83256 0.63931 0.83256 0.63201 0.83217 0.62473 0.83139 0.61745 0.83021 0.61020\n 40 6 9\n 38 6 1\n 14 116 5 0.18855 0.63424 0.18855 0.63201 0.19604 0.63931 0.19604 0.64643 0.19231 0.64288\n 40 6 10\n 38 6 1\n 14 72 3 0.18855 0.63424 0.19231 0.64288 0.18855 0.63931\n 40 6 9\n 38 6 1\n 14 94 4 0.18855 0.63201 0.18894 0.62473 0.19642 0.63219 0.19604 0.63931\n 40 6 9\n 38 6 1\n 14 116 5 0.18937 0.62071 0.19269 0.62049 0.19719 0.62508 0.19642 0.63219 0.18894 0.62473\n 40 6 10\n 38 6 1\n 14 72 3 0.18937 0.62071 0.18972 0.61745 0.19269 0.62049\n 40 6 9\n 38 6 1\n 14 72 3 0.19797 0.62027 0.19719 0.62508 0.19269 0.62049\n 40 6 10\n 38 6 1\n 14 116 5 0.19090 0.61020 0.19834 0.61800 0.19797 0.62027 0.19269 0.62049 0.18972 0.61745\n 40 6 10\n 38 6 1\n 14 138 6 0.19090 0.61020 0.19246 0.60298 0.19441 0.59580 0.20177 0.60394 0.19987 0.61095 0.19834 0.61800\n 40 6 10\n 38 6 1\n 14 116 5 0.19478 0.59470 0.20065 0.59310 0.20405 0.59697 0.20177 0.60394 0.19441 0.59580\n 40 6 11\n 38 6 1\n 14 72 3 0.19478 0.59470 0.19675 0.58867 0.20065 0.59310\n 40 6 10\n 38 6 1\n 14 94 4 0.20267 0.58533 0.20671 0.59006 0.20405 0.59697 0.20065 0.59310\n 40 6 11\n 38 6 1\n 14 94 4 0.19947 0.58159 0.20267 0.58533 0.20065 0.59310 0.19675 0.58867\n 40 6 10\n 38 6 1\n 14 94 4 0.20921 0.58257 0.20974 0.58321 0.20671 0.59006 0.20267 0.58533\n 40 6 11\n 38 6 1\n 14 94 4 0.20257 0.57458 0.20921 0.58257 0.20267 0.58533 0.19947 0.58159\n 40 6 10\n 38 6 1\n 14 72 3 0.21157 0.57956 0.20974 0.58321 0.20921 0.58257\n 40 6 11\n 38 6 1\n 14 116 5 0.20604 0.56765 0.21313 0.57644 0.21157 0.57956 0.20921 0.58257 0.20257 0.57458\n 40 6 11\n 38 6 1\n 14 886 40 0.20604 0.56765 0.20989 0.56080 0.21410 0.55404 0.21867 0.54738 0.22360 0.54082 0.22888 0.53438 0.23450 0.52807 0.24045 0.52189 0.24674 0.51584 0.25335 0.50994 0.26027 0.50420 0.26750 0.49861 0.27502 0.49319 0.28283 0.48795 0.29091 0.48288 0.29927 0.47800 0.30788 0.47332 0.31674 0.46883 0.32583 0.46454 0.33515 0.46046 0.33923 0.47175 0.33013 0.47573 0.32125 0.47992 0.31259 0.48430 0.30418 0.48888 0.29602 0.49365 0.28813 0.49859 0.28050 0.50372 0.27315 0.50901 0.26609 0.51446 0.25933 0.52008 0.25288 0.52584 0.24674 0.53174 0.24092 0.53778 0.23543 0.54395 0.23028 0.55024 0.22546 0.55664 0.22100 0.56314 0.21689 0.56975 0.21313 0.57644\n 40 6 10\n 38 6 1\n 14 72 3 0.34821 0.46700 0.34854 0.46797 0.34244 0.47045\n 40 6 11\n 38 6 1\n 14 116 5 0.34468 0.45660 0.34821 0.46700 0.34244 0.47045 0.33923 0.47175 0.33515 0.46046\n 40 6 10\n 38 6 1\n 14 94 4 0.35755 0.46284 0.35805 0.46441 0.34854 0.46797 0.34821 0.46700\n 40 6 11\n 38 6 1\n 14 94 4 0.35442 0.45295 0.35755 0.46284 0.34821 0.46700 0.34468 0.45660\n 40 6 10\n 38 6 1\n 14 94 4 0.36731 0.45958 0.36775 0.46107 0.35805 0.46441 0.35755 0.46284\n 40 6 11\n 38 6 1\n 14 94 4 0.36434 0.44953 0.36731 0.45958 0.35755 0.46284 0.35442 0.45295\n 40 6 10\n 38 6 1\n 14 94 4 0.37718 0.45634 0.37762 0.45795 0.36775 0.46107 0.36731 0.45958\n 40 6 11\n 38 6 1\n 14 94 4 0.37445 0.44633 0.37718 0.45634 0.36731 0.45958 0.36434 0.44953\n 40 6 10\n 38 6 1\n 14 94 4 0.38697 0.45237 0.38765 0.45505 0.37762 0.45795 0.37718 0.45634\n 40 6 11\n 38 6 1\n 14 94 4 0.38472 0.44337 0.38697 0.45237 0.37718 0.45634 0.37445 0.44633\n 40 6 10\n 38 6 1\n 14 94 4 0.39712 0.44928 0.39783 0.45238 0.38765 0.45505 0.38697 0.45237\n 40 6 11\n 38 6 1\n 14 94 4 0.39514 0.44064 0.39712 0.44928 0.38697 0.45237 0.38472 0.44337\n 40 6 10\n 38 6 1\n 14 94 4 0.40723 0.44553 0.40814 0.44995 0.39783 0.45238 0.39712 0.44928\n 40 6 11\n 38 6 1\n 14 94 4 0.40570 0.43814 0.40723 0.44553 0.39712 0.44928 0.39514 0.44064\n 40 6 10\n 38 6 1\n 14 94 4 0.41779 0.44342 0.41859 0.44775 0.40814 0.44995 0.40723 0.44553\n 40 6 11\n 38 6 1\n 14 94 4 0.41639 0.43589 0.41779 0.44342 0.40723 0.44553 0.40570 0.43814\n 40 6 10\n 38 6 1\n 14 94 4 0.42849 0.44179 0.42914 0.44578 0.41859 0.44775 0.41779 0.44342\n 40 6 11\n 38 6 1\n 14 94 4 0.42720 0.43388 0.42849 0.44179 0.41779 0.44342 0.41639 0.43589\n 40 6 10\n 38 6 1\n 14 94 4 0.43927 0.44035 0.43979 0.44406 0.42914 0.44578 0.42849 0.44179\n 40 6 11\n 38 6 1\n 14 94 4 0.43811 0.43212 0.43927 0.44035 0.42849 0.44179 0.42720 0.43388\n 40 6 10\n 38 6 1\n 14 94 4 0.45017 0.43952 0.45053 0.44258 0.43979 0.44406 0.43927 0.44035\n 40 6 11\n 38 6 1\n 14 94 4 0.44910 0.43060 0.45017 0.43952 0.43927 0.44035 0.43811 0.43212\n 40 6 10\n 38 6 1\n 14 94 4 0.46117 0.43957 0.46135 0.44134 0.45053 0.44258 0.45017 0.43952\n 40 6 11\n 38 6 1\n 14 94 4 0.46017 0.42933 0.46117 0.43957 0.45017 0.43952 0.44910 0.43060\n 40 6 10\n 38 6 1\n 14 94 4 0.47214 0.43927 0.47222 0.44035 0.46135 0.44134 0.46117 0.43957\n 40 6 11\n 38 6 1\n 14 94 4 0.47131 0.42832 0.47214 0.43927 0.46117 0.43957 0.46017 0.42933\n 40 6 10\n 38 6 1\n 14 72 3 0.48038 0.43980 0.47222 0.44035 0.47214 0.43927\n 40 6 11\n 38 6 1\n 14 116 5 0.48249 0.42756 0.48314 0.43961 0.48038 0.43980 0.47214 0.43927 0.47131 0.42832\n 40 6 11\n 38 6 1\n 14 534 24 0.48249 0.42756 0.49370 0.42705 0.50493 0.42679 0.51618 0.42679 0.52741 0.42705 0.53862 0.42756 0.54980 0.42832 0.56094 0.42933 0.57201 0.43060 0.58300 0.43212 0.59391 0.43388 0.60472 0.43589 0.60252 0.44775 0.59197 0.44578 0.58132 0.44406 0.57058 0.44258 0.55976 0.44134 0.54889 0.44035 0.53797 0.43961 0.52702 0.43911 0.51605 0.43886 0.50507 0.43886 0.49409 0.43911 0.48314 0.43961\n 40 6 10\n 38 6 1\n 14 72 3 0.61394 0.44525 0.61297 0.44995 0.60380 0.44802\n 40 6 11\n 38 6 1\n 14 116 5 0.61541 0.43814 0.61394 0.44525 0.60380 0.44802 0.60252 0.44775 0.60472 0.43589\n 40 6 10\n 38 6 1\n 14 94 4 0.62540 0.44312 0.62328 0.45238 0.61297 0.44995 0.61394 0.44525\n 40 6 11\n 38 6 1\n 14 94 4 0.62597 0.44064 0.62540 0.44312 0.61394 0.44525 0.61541 0.43814\n 40 6 10\n 38 6 1\n 14 116 5 0.63303 0.44249 0.63639 0.44337 0.63346 0.45505 0.62328 0.45238 0.62540 0.44312\n 40 6 11\n 38 6 1\n 14 72 3 0.63303 0.44249 0.62540 0.44312 0.62597 0.44064\n 40 6 10\n 38 6 1\n 14 226 10 0.63639 0.44337 0.64666 0.44633 0.65677 0.44953 0.66669 0.45295 0.67643 0.45660 0.67257 0.46797 0.66306 0.46441 0.65336 0.46107 0.64350 0.45795 0.63346 0.45505\n 40 6 11\n 38 6 1\n 14 72 3 0.81402 0.58919 0.81137 0.58321 0.81618 0.57743\n 40 6 12\n 38 6 1\n 14 116 5 0.82164 0.58159 0.81440 0.59006 0.81402 0.58919 0.81618 0.57743 0.81854 0.57458\n 40 6 12\n 38 6 1\n 14 94 4 0.82164 0.58159 0.82436 0.58867 0.81706 0.59697 0.81440 0.59006\n 40 6 11\n 38 6 1\n 14 94 4 0.82478 0.58996 0.82670 0.59580 0.81934 0.60394 0.81783 0.59932\n 40 6 12\n 38 6 1\n 14 94 4 0.82478 0.58996 0.81783 0.59932 0.81706 0.59697 0.82436 0.58867\n 40 6 11\n 38 6 1\n 14 1150 52 0.82670 0.59580 0.82865 0.60298 0.83021 0.61020 0.83139 0.61745 0.83217 0.62473 0.83256 0.63201 0.83256 0.63931 0.83217 0.64659 0.83139 0.65387 0.83021 0.66112 0.82865 0.66834 0.82670 0.67552 0.82436 0.68265 0.82164 0.68973 0.81854 0.69673 0.81507 0.70367 0.81122 0.71052 0.80701 0.71728 0.80244 0.72394 0.79751 0.73050 0.79223 0.73693 0.78661 0.74325 0.78066 0.74943 0.77437 0.75548 0.76776 0.76138 0.76084 0.76712 0.75502 0.77127 0.76178 0.76566 0.76823 0.75990 0.77437 0.75399 0.78019 0.74795 0.78568 0.74179 0.79083 0.73550 0.79565 0.72910 0.80011 0.72259 0.80422 0.71599 0.80798 0.70929 0.81137 0.70252 0.81440 0.69568 0.81706 0.68877 0.81934 0.68180 0.82124 0.67479 0.82277 0.66773 0.82392 0.66065 0.82469 0.65355 0.82507 0.64643 0.82507 0.63931 0.82469 0.63219 0.82392 0.62508 0.82277 0.61800 0.82124 0.61095 0.81934 0.60394\n 40 6 8\n 38 6 1\n 14 72 3 0.20250 0.64514 0.20392 0.64643 0.20392 0.64858\n 40 6 9\n 38 6 1\n 14 116 5 0.19604 0.63931 0.20250 0.64514 0.20392 0.64858 0.20392 0.65337 0.19604 0.64643\n 40 6 8\n 38 6 1\n 14 72 3 0.20410 0.64308 0.20392 0.64643 0.20250 0.64514\n 40 6 9\n 38 6 1\n 14 116 5 0.19642 0.63219 0.20429 0.63949 0.20410 0.64308 0.20250 0.64514 0.19604 0.63931\n 40 6 9\n 38 6 1\n 14 94 4 0.19642 0.63219 0.19719 0.62508 0.20504 0.63256 0.20429 0.63949\n 40 6 9\n 38 6 1\n 14 116 5 0.19797 0.62027 0.19983 0.61946 0.20616 0.62566 0.20504 0.63256 0.19719 0.62508\n 40 6 10\n 38 6 1\n 14 72 3 0.19797 0.62027 0.19834 0.61800 0.19983 0.61946\n 40 6 9\n 38 6 1\n 14 72 3 0.20745 0.61968 0.20616 0.62566 0.19983 0.61946\n 40 6 10\n 38 6 1\n 14 116 5 0.19987 0.61095 0.20765 0.61878 0.20745 0.61968 0.19983 0.61946 0.19834 0.61800\n 40 6 10\n 38 6 1\n 14 182 8 0.19987 0.61095 0.20177 0.60394 0.20405 0.59697 0.20671 0.59006 0.21432 0.59842 0.21173 0.60515 0.20951 0.61194 0.20765 0.61878\n 40 6 9\n 38 6 1\n 14 72 3 0.21715 0.59161 0.21727 0.59174 0.21660 0.59327\n 40 6 10\n 38 6 1\n 14 116 5 0.20974 0.58321 0.21715 0.59161 0.21660 0.59327 0.21432 0.59842 0.20671 0.59006\n 40 6 9\n 38 6 1\n 14 72 3 0.21776 0.59076 0.21727 0.59174 0.21715 0.59161\n 40 6 10\n 38 6 1\n 14 138 6 0.21157 0.57956 0.21339 0.57674 0.22058 0.58514 0.21776 0.59076 0.21715 0.59161 0.20974 0.58321\n 40 6 11\n 38 6 1\n 14 72 3 0.21157 0.57956 0.21313 0.57644 0.21339 0.57674\n 40 6 10\n 38 6 1\n 14 94 4 0.21895 0.57223 0.22424 0.57861 0.22058 0.58514 0.21339 0.57674\n 40 6 11\n 38 6 1\n 14 94 4 0.21689 0.56975 0.21895 0.57223 0.21339 0.57674 0.21313 0.57644\n 40 6 10\n 38 6 1\n 14 94 4 0.22514 0.56830 0.22825 0.57217 0.22424 0.57861 0.21895 0.57223\n 40 6 11\n 38 6 1\n 14 94 4 0.22100 0.56314 0.22514 0.56830 0.21895 0.57223 0.21689 0.56975\n 40 6 10\n 38 6 1\n 14 94 4 0.22959 0.56194 0.23261 0.56583 0.22825 0.57217 0.22514 0.56830\n 40 6 11\n 38 6 1\n 14 94 4 0.22546 0.55664 0.22959 0.56194 0.22514 0.56830 0.22100 0.56314\n 40 6 10\n 38 6 1\n 14 94 4 0.23368 0.55478 0.23730 0.55959 0.23261 0.56583 0.22959 0.56194\n 40 6 11\n 38 6 1\n 14 94 4 0.23028 0.55024 0.23368 0.55478 0.22959 0.56194 0.22546 0.55664\n 40 6 10\n 38 6 1\n 14 94 4 0.23905 0.54894 0.24232 0.55346 0.23730 0.55959 0.23368 0.55478\n 40 6 11\n 38 6 1\n 14 94 4 0.23543 0.54395 0.23905 0.54894 0.23368 0.55478 0.23028 0.55024\n 40 6 10\n 38 6 1\n 14 94 4 0.24429 0.54260 0.24768 0.54745 0.24232 0.55346 0.23905 0.54894\n 40 6 11\n 38 6 1\n 14 94 4 0.24092 0.53778 0.24429 0.54260 0.23905 0.54894 0.23543 0.54395\n 40 6 10\n 38 6 1\n 14 94 4 0.24911 0.53525 0.25335 0.54156 0.24768 0.54745 0.24429 0.54260\n 40 6 11\n 38 6 1\n 14 94 4 0.24674 0.53174 0.24911 0.53525 0.24429 0.54260 0.24092 0.53778\n 40 6 10\n 38 6 1\n 14 94 4 0.25491 0.52897 0.25933 0.53580 0.25335 0.54156 0.24911 0.53525\n 40 6 11\n 38 6 1\n 14 94 4 0.25288 0.52584 0.25491 0.52897 0.24911 0.53525 0.24674 0.53174\n 40 6 10\n 38 6 1\n 14 94 4 0.26019 0.52145 0.26563 0.53018 0.25933 0.53580 0.25491 0.52897\n 40 6 11\n 38 6 1\n 14 94 4 0.25933 0.52008 0.26019 0.52145 0.25491 0.52897 0.25288 0.52584\n 40 6 10\n 38 6 1\n 14 94 4 0.26684 0.51571 0.27222 0.52471 0.26563 0.53018 0.26019 0.52145\n 40 6 11\n 38 6 1\n 14 94 4 0.26609 0.51446 0.26684 0.51571 0.26019 0.52145 0.25933 0.52008\n 40 6 10\n 38 6 1\n 14 94 4 0.27450 0.51136 0.27910 0.51939 0.27222 0.52471 0.26684 0.51571\n 40 6 11\n 38 6 1\n 14 94 4 0.27315 0.50901 0.27450 0.51136 0.26684 0.51571 0.26609 0.51446\n 40 6 10\n 38 6 1\n 14 94 4 0.28197 0.50639 0.28626 0.51423 0.27910 0.51939 0.27450 0.51136\n 40 6 11\n 38 6 1\n 14 94 4 0.28050 0.50372 0.28197 0.50639 0.27450 0.51136 0.27315 0.50901\n 40 6 10\n 38 6 1\n 14 94 4 0.28989 0.50197 0.29370 0.50924 0.28626 0.51423 0.28197 0.50639\n 40 6 11\n 38 6 1\n 14 94 4 0.28813 0.49859 0.28989 0.50197 0.28197 0.50639 0.28050 0.50372\n 40 6 10\n 38 6 1\n 14 94 4 0.29677 0.49514 0.30140 0.50442 0.29370 0.50924 0.28989 0.50197\n 40 6 11\n 38 6 1\n 14 94 4 0.29602 0.49365 0.29677 0.49514 0.28989 0.50197 0.28813 0.49859\n 40 6 10\n 38 6 1\n 14 94 4 0.30504 0.49069 0.30935 0.49977 0.30140 0.50442 0.29677 0.49514\n 40 6 11\n 38 6 1\n 14 94 4 0.30418 0.48888 0.30504 0.49069 0.29677 0.49514 0.29602 0.49365\n 40 6 10\n 38 6 1\n 14 94 4 0.31314 0.48552 0.31755 0.49531 0.30935 0.49977 0.30504 0.49069\n 40 6 11\n 38 6 1\n 14 94 4 0.31259 0.48430 0.31314 0.48552 0.30504 0.49069 0.30418 0.48888\n 40 6 10\n 38 6 1\n 14 94 4 0.32157 0.48068 0.32599 0.49103 0.31755 0.49531 0.31314 0.48552\n 40 6 11\n 38 6 1\n 14 94 4 0.32125 0.47992 0.32157 0.48068 0.31314 0.48552 0.31259 0.48430\n 40 6 10\n 38 6 1\n 14 94 4 0.33029 0.47612 0.33465 0.48695 0.32599 0.49103 0.32157 0.48068\n 40 6 11\n 38 6 1\n 14 94 4 0.33013 0.47573 0.33029 0.47612 0.32157 0.48068 0.32125 0.47992\n 40 6 10\n 38 6 1\n 14 94 4 0.33938 0.47215 0.34352 0.48307 0.33465 0.48695 0.33029 0.47612\n 40 6 11\n 38 6 1\n 14 94 4 0.33923 0.47175 0.33938 0.47215 0.33029 0.47612 0.33013 0.47573\n 40 6 10\n 38 6 1\n 14 116 5 0.34244 0.47045 0.34854 0.46797 0.35260 0.47939 0.34352 0.48307 0.33938 0.47215\n 40 6 11\n 38 6 1\n 14 72 3 0.34244 0.47045 0.33938 0.47215 0.33923 0.47175\n 40 6 10\n 38 6 1\n 14 578 26 0.34854 0.46797 0.35805 0.46441 0.36775 0.46107 0.37762 0.45795 0.38765 0.45505 0.39783 0.45238 0.40814 0.44995 0.41859 0.44775 0.42914 0.44578 0.43979 0.44406 0.45053 0.44258 0.46135 0.44134 0.47222 0.44035 0.47318 0.45246 0.46258 0.45342 0.45204 0.45463 0.44157 0.45607 0.43118 0.45775 0.42089 0.45967 0.41071 0.46181 0.40065 0.46419 0.39072 0.46679 0.38094 0.46961 0.37132 0.47266 0.36187 0.47592 0.35260 0.47939\n 40 6 10\n 38 6 1\n 14 116 5 0.48038 0.43980 0.48316 0.43991 0.48383 0.45173 0.47318 0.45246 0.47222 0.44035\n 40 6 11\n 38 6 1\n 14 72 3 0.48038 0.43980 0.48314 0.43961 0.48316 0.43991\n 40 6 10\n 38 6 1\n 14 94 4 0.49412 0.44004 0.49450 0.45125 0.48383 0.45173 0.48316 0.43991\n 40 6 11\n 38 6 1\n 14 94 4 0.49409 0.43911 0.49412 0.44004 0.48316 0.43991 0.48314 0.43961\n 40 6 10\n 38 6 1\n 14 94 4 0.50508 0.44045 0.50520 0.45101 0.49450 0.45125 0.49412 0.44004\n 40 6 11\n 38 6 1\n 14 94 4 0.50507 0.43886 0.50508 0.44045 0.49412 0.44004 0.49409 0.43911\n 40 6 10\n 38 6 1\n 14 94 4 0.51602 0.44147 0.51591 0.45101 0.50520 0.45101 0.50508 0.44045\n 40 6 11\n 38 6 1\n 14 94 4 0.51605 0.43886 0.51602 0.44147 0.50508 0.44045 0.50507 0.43886\n 40 6 10\n 38 6 1\n 14 94 4 0.52691 0.44230 0.52661 0.45125 0.51591 0.45101 0.51602 0.44147\n 40 6 11\n 38 6 1\n 14 94 4 0.52702 0.43911 0.52691 0.44230 0.51602 0.44147 0.51605 0.43886\n 40 6 10\n 38 6 1\n 14 94 4 0.53775 0.44349 0.53728 0.45173 0.52661 0.45125 0.52691 0.44230\n 40 6 11\n 38 6 1\n 14 94 4 0.53797 0.43961 0.53775 0.44349 0.52691 0.44230 0.52702 0.43911\n 40 6 10\n 38 6 1\n 14 94 4 0.54854 0.44480 0.54793 0.45246 0.53728 0.45173 0.53775 0.44349\n 40 6 11\n 38 6 1\n 14 94 4 0.54889 0.44035 0.54854 0.44480 0.53775 0.44349 0.53797 0.43961\n 40 6 10\n 38 6 1\n 14 94 4 0.55932 0.44569 0.55853 0.45342 0.54793 0.45246 0.54854 0.44480\n 40 6 11\n 38 6 1\n 14 94 4 0.55976 0.44134 0.55932 0.44569 0.54854 0.44480 0.54889 0.44035\n 40 6 10\n 38 6 1\n 14 94 4 0.57009 0.44652 0.56907 0.45463 0.55853 0.45342 0.55932 0.44569\n 40 6 11\n 38 6 1\n 14 94 4 0.57058 0.44258 0.57009 0.44652 0.55932 0.44569 0.55976 0.44134\n 40 6 10\n 38 6 1\n 14 94 4 0.58089 0.44692 0.57954 0.45607 0.56907 0.45463 0.57009 0.44652\n 40 6 11\n 38 6 1\n 14 94 4 0.58132 0.44406 0.58089 0.44692 0.57009 0.44652 0.57058 0.44258\n 40 6 10\n 38 6 1\n 14 94 4 0.59168 0.44750 0.58993 0.45775 0.57954 0.45607 0.58089 0.44692\n 40 6 11\n 38 6 1\n 14 94 4 0.59197 0.44578 0.59168 0.44750 0.58089 0.44692 0.58132 0.44406\n 40 6 10\n 38 6 1\n 14 94 4 0.60242 0.44827 0.60022 0.45967 0.58993 0.45775 0.59168 0.44750\n 40 6 11\n 38 6 1\n 14 94 4 0.60252 0.44775 0.60242 0.44827 0.59168 0.44750 0.59197 0.44578\n 40 6 10\n 38 6 1\n 14 116 5 0.60380 0.44802 0.61297 0.44995 0.61040 0.46181 0.60022 0.45967 0.60242 0.44827\n 40 6 11\n 38 6 1\n 14 72 3 0.60380 0.44802 0.60242 0.44827 0.60252 0.44775\n 40 6 10\n 38 6 1\n 14 270 12 0.61297 0.44995 0.62328 0.45238 0.63346 0.45505 0.64350 0.45795 0.65336 0.46107 0.66306 0.46441 0.65924 0.47592 0.64979 0.47266 0.64017 0.46961 0.63039 0.46679 0.62046 0.46419 0.61040 0.46181\n 40 6 9\n 38 6 1\n 14 94 4 0.80708 0.59809 0.80679 0.59842 0.80384 0.59174 0.80545 0.58991\n 40 6 10\n 38 6 1\n 14 94 4 0.81057 0.59427 0.80708 0.59809 0.80545 0.58991 0.80996 0.58481\n 40 6 11\n 38 6 1\n 14 116 5 0.81402 0.58919 0.81405 0.59044 0.81057 0.59427 0.80996 0.58481 0.81137 0.58321\n 40 6 12\n 38 6 1\n 14 72 3 0.81402 0.58919 0.81440 0.59006 0.81405 0.59044\n 40 6 9\n 38 6 1\n 14 72 3 0.80695 0.59884 0.80679 0.59842 0.80708 0.59809\n 40 6 10\n 38 6 1\n 14 94 4 0.80891 0.60392 0.80695 0.59884 0.80708 0.59809 0.81057 0.59427\n 40 6 11\n 38 6 1\n 14 116 5 0.81655 0.59750 0.80938 0.60515 0.80891 0.60392 0.81057 0.59427 0.81405 0.59044\n 40 6 12\n 38 6 1\n 14 94 4 0.81706 0.59697 0.81655 0.59750 0.81405 0.59044 0.81440 0.59006\n 40 6 11\n 38 6 1\n 14 116 5 0.81783 0.59932 0.81934 0.60394 0.81160 0.61194 0.80938 0.60515 0.81655 0.59750\n 40 6 12\n 38 6 1\n 14 72 3 0.81783 0.59932 0.81655 0.59750 0.81706 0.59697\n 40 6 11\n 38 6 1\n 14 1238 56 0.81934 0.60394 0.82124 0.61095 0.82277 0.61800 0.82392 0.62508 0.82469 0.63219 0.82507 0.63931 0.82507 0.64643 0.82469 0.65355 0.82392 0.66065 0.82277 0.66773 0.82124 0.67479 0.81934 0.68180 0.81706 0.68877 0.81440 0.69568 0.81137 0.70252 0.80798 0.70929 0.80422 0.71599 0.80011 0.72259 0.79565 0.72910 0.79083 0.73550 0.78568 0.74179 0.78019 0.74795 0.77437 0.75399 0.76823 0.75990 0.76178 0.76566 0.75502 0.77127 0.74796 0.77673 0.74061 0.78202 0.73485 0.78557 0.74201 0.78041 0.74889 0.77509 0.75548 0.76962 0.76178 0.76400 0.76776 0.75824 0.77343 0.75235 0.77879 0.74634 0.78381 0.74021 0.78851 0.73397 0.79286 0.72763 0.79687 0.72119 0.80053 0.71466 0.80384 0.70806 0.80679 0.70139 0.80938 0.69465 0.81160 0.68786 0.81346 0.68102 0.81495 0.67414 0.81607 0.66724 0.81682 0.66031 0.81719 0.65337 0.81719 0.64643 0.81682 0.63949 0.81607 0.63256 0.81495 0.62566 0.81346 0.61878 0.81160 0.61194\n 40 6 8\n 38 6 1\n 14 116 5 0.20392 0.64858 0.20392 0.64643 0.21217 0.65337 0.21217 0.66013 0.20663 0.65560\n 40 6 9\n 38 6 1\n 14 72 3 0.20392 0.64858 0.20663 0.65560 0.20392 0.65337\n 40 6 8\n 38 6 1\n 14 116 5 0.20410 0.64308 0.20794 0.64264 0.21253 0.64662 0.21217 0.65337 0.20392 0.64643\n 40 6 9\n 38 6 1\n 14 72 3 0.20410 0.64308 0.20429 0.63949 0.20794 0.64264\n 40 6 8\n 38 6 1\n 14 72 3 0.21268 0.64523 0.21253 0.64662 0.20794 0.64264\n 40 6 9\n 38 6 1\n 14 116 5 0.20504 0.63256 0.21326 0.63988 0.21268 0.64523 0.20794 0.64264 0.20429 0.63949\n 40 6 9\n 38 6 1\n 14 94 4 0.20504 0.63256 0.20616 0.62566 0.21435 0.63316 0.21326 0.63988\n 40 6 9\n 38 6 1\n 14 116 5 0.20745 0.61968 0.20936 0.62040 0.21580 0.62647 0.21435 0.63316 0.20616 0.62566\n 40 6 10\n 38 6 1\n 14 72 3 0.20745 0.61968 0.20765 0.61878 0.20936 0.62040\n 40 6 9\n 38 6 1\n 14 94 4 0.21230 0.61466 0.21761 0.61982 0.21580 0.62647 0.20936 0.62040\n 40 6 10\n 38 6 1\n 14 94 4 0.20951 0.61194 0.21230 0.61466 0.20936 0.62040 0.20765 0.61878\n 40 6 9\n 38 6 1\n 14 94 4 0.21332 0.60674 0.21977 0.61321 0.21761 0.61982 0.21230 0.61466\n 40 6 10\n 38 6 1\n 14 94 4 0.21173 0.60515 0.21332 0.60674 0.21230 0.61466 0.20951 0.61194\n 40 6 9\n 38 6 1\n 14 94 4 0.21560 0.59973 0.22229 0.60665 0.21977 0.61321 0.21332 0.60674\n 40 6 10\n 38 6 1\n 14 94 4 0.21432 0.59842 0.21560 0.59973 0.21332 0.60674 0.21173 0.60515\n 40 6 9\n 38 6 1\n 14 116 5 0.21660 0.59327 0.21727 0.59174 0.22516 0.60016 0.22229 0.60665 0.21560 0.59973\n 40 6 10\n 38 6 1\n 14 72 3 0.21660 0.59327 0.21560 0.59973 0.21432 0.59842\n 40 6 9\n 38 6 1\n 14 116 5 0.21776 0.59076 0.22271 0.58749 0.22838 0.59373 0.22516 0.60016 0.21727 0.59174\n 40 6 10\n 38 6 1\n 14 72 3 0.21776 0.59076 0.22058 0.58514 0.22271 0.58749\n 40 6 9\n 38 6 1\n 14 94 4 0.22851 0.58347 0.23195 0.58738 0.22838 0.59373 0.22271 0.58749\n 40 6 10\n 38 6 1\n 14 94 4 0.22424 0.57861 0.22851 0.58347 0.22271 0.58749 0.22058 0.58514\n 40 6 9\n 38 6 1\n 14 94 4 0.23264 0.57735 0.23585 0.58112 0.23195 0.58738 0.22851 0.58347\n 40 6 10\n 38 6 1\n 14 94 4 0.22825 0.57217 0.23264 0.57735 0.22851 0.58347 0.22424 0.57861\n 40 6 9\n 38 6 1\n 14 94 4 0.23845 0.57296 0.24008 0.57494 0.23585 0.58112 0.23264 0.57735\n 40 6 10\n 38 6 1\n 14 94 4 0.23261 0.56583 0.23845 0.57296 0.23264 0.57735 0.22825 0.57217\n 40 6 9\n 38 6 1\n 14 72 3 0.24451 0.56905 0.24008 0.57494 0.23845 0.57296\n 40 6 10\n 38 6 1\n 14 116 5 0.23730 0.55959 0.24465 0.56887 0.24451 0.56905 0.23845 0.57296 0.23261 0.56583\n 40 6 10\n 38 6 1\n 14 2030 92 0.23730 0.55959 0.24232 0.55346 0.24768 0.54745 0.25335 0.54156 0.25933 0.53580 0.26563 0.53018 0.27222 0.52471 0.27910 0.51939 0.28626 0.51423 0.29370 0.50924 0.30140 0.50442 0.30935 0.49977 0.31755 0.49531 0.32599 0.49103 0.33465 0.48695 0.34352 0.48307 0.35260 0.47939 0.36187 0.47592 0.37132 0.47266 0.38094 0.46961 0.39072 0.46679 0.40065 0.46419 0.41071 0.46181 0.42089 0.45967 0.43118 0.45775 0.44157 0.45607 0.45204 0.45463 0.46258 0.45342 0.47318 0.45246 0.48383 0.45173 0.49450 0.45125 0.50520 0.45101 0.51591 0.45101 0.52661 0.45125 0.53728 0.45173 0.54793 0.45246 0.55853 0.45342 0.56907 0.45463 0.57954 0.45607 0.58993 0.45775 0.60022 0.45967 0.61040 0.46181 0.62046 0.46419 0.63039 0.46679 0.64017 0.46961 0.64979 0.47266 0.64604 0.48428 0.63668 0.48132 0.62716 0.47857 0.61750 0.47604 0.60772 0.47373 0.59781 0.47164 0.58779 0.46978 0.57769 0.46814 0.56750 0.46674 0.55724 0.46556 0.54692 0.46462 0.53657 0.46392 0.52617 0.46344 0.51576 0.46321 0.50535 0.46321 0.49494 0.46344 0.48455 0.46392 0.47419 0.46462 0.46387 0.46556 0.45361 0.46674 0.44342 0.46814 0.43332 0.46978 0.42330 0.47164 0.41340 0.47373 0.40361 0.47604 0.39395 0.47857 0.38443 0.48132 0.37507 0.48428 0.36587 0.48745 0.35685 0.49083 0.34802 0.49441 0.33938 0.49819 0.33095 0.50216 0.32275 0.50632 0.31477 0.51066 0.30703 0.51518 0.29953 0.51988 0.29230 0.52474 0.28533 0.52976 0.27863 0.53493 0.27222 0.54026 0.26609 0.54572 0.26027 0.55132 0.25475 0.55705 0.24954 0.56291 0.24465 0.56887\n 40 6 9\n 38 6 1\n 14 94 4 0.80384 0.59174 0.80679 0.59842 0.79882 0.60665 0.79595 0.60016\n 40 6 9\n 38 6 1\n 14 116 5 0.80695 0.59884 0.80323 0.61131 0.80134 0.61321 0.79882 0.60665 0.80679 0.59842\n 40 6 10\n 38 6 1\n 14 94 4 0.80695 0.59884 0.80891 0.60392 0.80818 0.60635 0.80323 0.61131\n 40 6 11\n 38 6 1\n 14 72 3 0.80891 0.60392 0.80938 0.60515 0.80818 0.60635\n 40 6 9\n 38 6 1\n 14 72 3 0.80247 0.61665 0.80134 0.61321 0.80323 0.61131\n 40 6 10\n 38 6 1\n 14 116 5 0.80725 0.61618 0.80350 0.61982 0.80247 0.61665 0.80323 0.61131 0.80818 0.60635\n 40 6 11\n 38 6 1\n 14 94 4 0.81160 0.61194 0.80725 0.61618 0.80818 0.60635 0.80938 0.60515\n 40 6 10\n 38 6 1\n 14 94 4 0.80781 0.62411 0.80531 0.62647 0.80350 0.61982 0.80725 0.61618\n 40 6 11\n 38 6 1\n 14 94 4 0.81346 0.61878 0.80781 0.62411 0.80725 0.61618 0.81160 0.61194\n 40 6 10\n 38 6 1\n 14 94 4 0.80716 0.63280 0.80676 0.63316 0.80531 0.62647 0.80781 0.62411\n 40 6 11\n 38 6 1\n 14 94 4 0.81495 0.62566 0.80716 0.63280 0.80781 0.62411 0.81346 0.61878\n 40 6 10\n 38 6 1\n 14 72 3 0.80696 0.63435 0.80676 0.63316 0.80716 0.63280\n 40 6 11\n 38 6 1\n 14 116 5 0.81607 0.63256 0.80785 0.63988 0.80696 0.63435 0.80716 0.63280 0.81495 0.62566\n 40 6 11\n 38 6 1\n 14 1018 46 0.81607 0.63256 0.81682 0.63949 0.81719 0.64643 0.81719 0.65337 0.81682 0.66031 0.81607 0.66724 0.81495 0.67414 0.81346 0.68102 0.81160 0.68786 0.80938 0.69465 0.80679 0.70139 0.80384 0.70806 0.80053 0.71466 0.79687 0.72119 0.79286 0.72763 0.78851 0.73397 0.78381 0.74021 0.77879 0.74634 0.77343 0.75235 0.76776 0.75824 0.76178 0.76400 0.75548 0.76962 0.74889 0.77509 0.74248 0.77857 0.74889 0.77325 0.75502 0.76778 0.76084 0.76218 0.76636 0.75645 0.77157 0.75060 0.77646 0.74463 0.78103 0.73856 0.78526 0.73239 0.78917 0.72612 0.79273 0.71977 0.79595 0.71335 0.79882 0.70685 0.80134 0.70030 0.80350 0.69369 0.80531 0.68703 0.80676 0.68034 0.80785 0.67362 0.80858 0.66688 0.80894 0.66013 0.80894 0.65337 0.80858 0.64662 0.80785 0.63988\n 40 6 10\n 38 6 1\n 14 72 3 0.73617 0.78354 0.73578 0.78375 0.73836 0.78176\n 40 6 11\n 38 6 1\n 14 116 5 0.74201 0.78041 0.73617 0.78354 0.73836 0.78176 0.74248 0.77857 0.74889 0.77509\n 40 6 10\n 38 6 1\n 14 94 4 0.72929 0.78852 0.72881 0.78877 0.73578 0.78375 0.73617 0.78354\n 40 6 11\n 38 6 1\n 14 94 4 0.73485 0.78557 0.72929 0.78852 0.73617 0.78354 0.74201 0.78041\n 40 6 10\n 38 6 1\n 14 94 4 0.72210 0.79336 0.72158 0.79363 0.72881 0.78877 0.72929 0.78852\n 40 6 11\n 38 6 1\n 14 94 4 0.72741 0.79056 0.72210 0.79336 0.72929 0.78852 0.73485 0.78557\n 40 6 10\n 38 6 1\n 14 94 4 0.71557 0.79755 0.71409 0.79832 0.72158 0.79363 0.72210 0.79336\n 40 6 11\n 38 6 1\n 14 94 4 0.71971 0.79539 0.71557 0.79755 0.72210 0.79336 0.72741 0.79056\n 40 6 8\n 38 6 1\n 14 72 3 0.22382 0.63626 0.22290 0.64050 0.22173 0.63950\n 40 6 9\n 38 6 1\n 14 116 5 0.21580 0.62647 0.22431 0.63400 0.22382 0.63626 0.22173 0.63950 0.21435 0.63316\n 40 6 8\n 38 6 1\n 14 72 3 0.22521 0.62676 0.22606 0.62754 0.22499 0.63151\n 40 6 9\n 38 6 1\n 14 116 5 0.21761 0.61982 0.22521 0.62676 0.22499 0.63151 0.22431 0.63400 0.21580 0.62647\n 40 6 8\n 38 6 1\n 14 94 4 0.22516 0.61829 0.22817 0.62112 0.22606 0.62754 0.22521 0.62676\n 40 6 9\n 38 6 1\n 14 94 4 0.21977 0.61321 0.22516 0.61829 0.22521 0.62676 0.21761 0.61982\n 40 6 8\n 38 6 1\n 14 94 4 0.22844 0.61264 0.23061 0.61476 0.22817 0.62112 0.22516 0.61829\n 40 6 9\n 38 6 1\n 14 94 4 0.22229 0.60665 0.22844 0.61264 0.22516 0.61829 0.21977 0.61321\n 40 6 8\n 38 6 1\n 14 94 4 0.23249 0.60753 0.23340 0.60845 0.23061 0.61476 0.22844 0.61264\n 40 6 9\n 38 6 1\n 14 94 4 0.22516 0.60016 0.23249 0.60753 0.22844 0.61264 0.22229 0.60665\n 40 6 8\n 38 6 1\n 14 72 3 0.23411 0.60704 0.23340 0.60845 0.23249 0.60753\n 40 6 9\n 38 6 1\n 14 116 5 0.22838 0.59373 0.23653 0.60221 0.23411 0.60704 0.23249 0.60753 0.22516 0.60016\n 40 6 9\n 38 6 1\n 14 94 4 0.22838 0.59373 0.23195 0.58738 0.23999 0.59604 0.23653 0.60221\n 40 6 8\n 38 6 1\n 14 72 3 0.24123 0.58712 0.24378 0.58996 0.24180 0.59314\n 40 6 9\n 38 6 1\n 14 116 5 0.23585 0.58112 0.24123 0.58712 0.24180 0.59314 0.23999 0.59604 0.23195 0.58738\n 40 6 8\n 38 6 1\n 14 94 4 0.24651 0.58237 0.24789 0.58397 0.24378 0.58996 0.24123 0.58712\n 40 6 9\n 38 6 1\n 14 94 4 0.24008 0.57494 0.24651 0.58237 0.24123 0.58712 0.23585 0.58112\n 40 6 8\n 38 6 1\n 14 94 4 0.25141 0.57697 0.25233 0.57807 0.24789 0.58397 0.24651 0.58237\n 40 6 9\n 38 6 1\n 14 116 5 0.24451 0.56905 0.24469 0.56892 0.25141 0.57697 0.24651 0.58237 0.24008 0.57494\n 40 6 10\n 38 6 1\n 14 72 3 0.24451 0.56905 0.24465 0.56887 0.24469 0.56892\n 40 6 8\n 38 6 1\n 14 72 3 0.25593 0.57368 0.25233 0.57807 0.25141 0.57697\n 40 6 9\n 38 6 1\n 14 116 5 0.25058 0.56420 0.25708 0.57228 0.25593 0.57368 0.25141 0.57697 0.24469 0.56892\n 40 6 10\n 38 6 1\n 14 94 4 0.24954 0.56291 0.25058 0.56420 0.24469 0.56892 0.24465 0.56887\n 40 6 9\n 38 6 1\n 14 94 4 0.25604 0.55873 0.26213 0.56659 0.25708 0.57228 0.25058 0.56420\n 40 6 10\n 38 6 1\n 14 94 4 0.25475 0.55705 0.25604 0.55873 0.25058 0.56420 0.24954 0.56291\n 40 6 9\n 38 6 1\n 14 94 4 0.26187 0.55347 0.26750 0.56103 0.26213 0.56659 0.25604 0.55873\n 40 6 10\n 38 6 1\n 14 94 4 0.26027 0.55132 0.26187 0.55347 0.25604 0.55873 0.25475 0.55705\n 40 6 9\n 38 6 1\n 14 94 4 0.26829 0.54879 0.27315 0.55559 0.26750 0.56103 0.26187 0.55347\n 40 6 10\n 38 6 1\n 14 94 4 0.26609 0.54572 0.26829 0.54879 0.26187 0.55347 0.26027 0.55132\n 40 6 9\n 38 6 1\n 14 94 4 0.27473 0.54391 0.27910 0.55028 0.27315 0.55559 0.26829 0.54879\n 40 6 10\n 38 6 1\n 14 94 4 0.27222 0.54026 0.27473 0.54391 0.26829 0.54879 0.26609 0.54572\n 40 6 9\n 38 6 1\n 14 94 4 0.28116 0.53878 0.28533 0.54511 0.27910 0.55028 0.27473 0.54391\n 40 6 10\n 38 6 1\n 14 94 4 0.27863 0.53493 0.28116 0.53878 0.27473 0.54391 0.27222 0.54026\n 40 6 9\n 38 6 1\n 14 94 4 0.28795 0.53393 0.29183 0.54008 0.28533 0.54511 0.28116 0.53878\n 40 6 10\n 38 6 1\n 14 94 4 0.28533 0.52976 0.28795 0.53393 0.28116 0.53878 0.27863 0.53493\n 40 6 9\n 38 6 1\n 14 94 4 0.29450 0.52839 0.29860 0.53521 0.29183 0.54008 0.28795 0.53393\n 40 6 10\n 38 6 1\n 14 94 4 0.29230 0.52474 0.29450 0.52839 0.28795 0.53393 0.28533 0.52976\n 40 6 9\n 38 6 1\n 14 94 4 0.30230 0.52469 0.30562 0.53049 0.29860 0.53521 0.29450 0.52839\n 40 6 10\n 38 6 1\n 14 94 4 0.29953 0.51988 0.30230 0.52469 0.29450 0.52839 0.29230 0.52474\n 40 6 9\n 38 6 1\n 14 94 4 0.31122 0.52286 0.31290 0.52593 0.30562 0.53049 0.30230 0.52469\n 40 6 10\n 38 6 1\n 14 94 4 0.30703 0.51518 0.31122 0.52286 0.30230 0.52469 0.29953 0.51988\n 40 6 9\n 38 6 1\n 14 94 4 0.31919 0.51918 0.32042 0.52154 0.31290 0.52593 0.31122 0.52286\n 40 6 10\n 38 6 1\n 14 94 4 0.31477 0.51066 0.31919 0.51918 0.31122 0.52286 0.30703 0.51518\n 40 6 9\n 38 6 1\n 14 72 3 0.32708 0.51791 0.32042 0.52154 0.31919 0.51918\n 40 6 10\n 38 6 1\n 14 116 5 0.32275 0.50632 0.32817 0.51732 0.32708 0.51791 0.31919 0.51918 0.31477 0.51066\n 40 6 9\n 38 6 1\n 14 72 3 0.33526 0.51139 0.33614 0.51328 0.32952 0.51664\n 40 6 10\n 38 6 1\n 14 116 5 0.33095 0.50216 0.33526 0.51139 0.32952 0.51664 0.32817 0.51732 0.32275 0.50632\n 40 6 9\n 38 6 1\n 14 94 4 0.34358 0.50774 0.34432 0.50942 0.33614 0.51328 0.33526 0.51139\n 40 6 10\n 38 6 1\n 14 94 4 0.33938 0.49819 0.34358 0.50774 0.33526 0.51139 0.33095 0.50216\n 40 6 9\n 38 6 1\n 14 72 3 0.35157 0.50625 0.34432 0.50942 0.34358 0.50774\n 40 6 10\n 38 6 1\n 14 116 5 0.34802 0.49441 0.35271 0.50576 0.35157 0.50625 0.34358 0.50774 0.33938 0.49819\n 40 6 10\n 38 6 1\n 14 1326 60 0.34802 0.49441 0.35685 0.49083 0.36587 0.48745 0.37507 0.48428 0.38443 0.48132 0.39395 0.47857 0.40361 0.47604 0.41340 0.47373 0.42330 0.47164 0.43332 0.46978 0.44342 0.46814 0.45361 0.46674 0.46387 0.46556 0.47419 0.46462 0.48455 0.46392 0.49494 0.46344 0.50535 0.46321 0.51576 0.46321 0.52617 0.46344 0.53657 0.46392 0.54692 0.46462 0.55724 0.46556 0.56750 0.46674 0.57769 0.46814 0.58779 0.46978 0.59781 0.47164 0.60772 0.47373 0.61750 0.47604 0.62716 0.47857 0.63668 0.48132 0.63304 0.49304 0.62380 0.49037 0.61442 0.48791 0.60491 0.48567 0.59529 0.48364 0.58557 0.48183 0.57575 0.48025 0.56585 0.47888 0.55589 0.47774 0.54587 0.47683 0.53581 0.47614 0.52572 0.47569 0.51561 0.47546 0.50550 0.47546 0.49539 0.47569 0.48530 0.47614 0.47524 0.47683 0.46522 0.47774 0.45526 0.47888 0.44536 0.48025 0.43555 0.48183 0.42582 0.48364 0.41620 0.48567 0.40669 0.48791 0.39732 0.49037 0.38807 0.49304 0.37898 0.49592 0.37005 0.49900 0.36129 0.50228 0.35271 0.50576\n 40 6 8\n 38 6 1\n 14 72 3 0.79350 0.62060 0.79294 0.62112 0.79195 0.61855\n 40 6 9\n 38 6 1\n 14 116 5 0.80134 0.61321 0.79350 0.62060 0.79195 0.61855 0.79050 0.61476 0.79882 0.60665\n 40 6 8\n 38 6 1\n 14 72 3 0.79499 0.62737 0.79294 0.62112 0.79350 0.62060\n 40 6 9\n 38 6 1\n 14 138 6 0.80247 0.61665 0.80130 0.62183 0.79505 0.62754 0.79499 0.62737 0.79350 0.62060 0.80134 0.61321\n 40 6 10\n 38 6 1\n 14 72 3 0.80247 0.61665 0.80350 0.61982 0.80130 0.62183\n 40 6 9\n 38 6 1\n 14 94 4 0.80201 0.62940 0.79680 0.63400 0.79505 0.62754 0.80130 0.62183\n 40 6 10\n 38 6 1\n 14 94 4 0.80531 0.62647 0.80201 0.62940 0.80130 0.62183 0.80350 0.61982\n 40 6 9\n 38 6 1\n 14 94 4 0.80203 0.63723 0.79821 0.64050 0.79680 0.63400 0.80201 0.62940\n 40 6 10\n 38 6 1\n 14 94 4 0.80676 0.63316 0.80203 0.63723 0.80201 0.62940 0.80531 0.62647\n 40 6 9\n 38 6 1\n 14 94 4 0.80004 0.64639 0.79927 0.64703 0.79821 0.64050 0.80203 0.63723\n 40 6 10\n 38 6 1\n 14 116 5 0.80696 0.63435 0.80652 0.64099 0.80004 0.64639 0.80203 0.63723 0.80676 0.63316\n 40 6 11\n 38 6 1\n 14 72 3 0.80696 0.63435 0.80785 0.63988 0.80652 0.64099\n 40 6 9\n 38 6 1\n 14 72 3 0.79948 0.64901 0.79927 0.64703 0.80004 0.64639\n 40 6 10\n 38 6 1\n 14 116 5 0.80534 0.64923 0.79997 0.65357 0.79948 0.64901 0.80004 0.64639 0.80652 0.64099\n 40 6 11\n 38 6 1\n 14 94 4 0.80858 0.64662 0.80534 0.64923 0.80652 0.64099 0.80785 0.63988\n 40 6 10\n 38 6 1\n 14 94 4 0.80383 0.65738 0.80033 0.66013 0.79997 0.65357 0.80534 0.64923\n 40 6 11\n 38 6 1\n 14 94 4 0.80894 0.65337 0.80383 0.65738 0.80534 0.64923 0.80858 0.64662\n 40 6 10\n 38 6 1\n 14 94 4 0.80192 0.66548 0.80033 0.66669 0.80033 0.66013 0.80383 0.65738\n 40 6 11\n 38 6 1\n 14 94 4 0.80894 0.66013 0.80192 0.66548 0.80383 0.65738 0.80894 0.65337\n 40 6 10\n 38 6 1\n 14 94 4 0.80121 0.67233 0.79997 0.67325 0.80033 0.66669 0.80192 0.66548\n 40 6 11\n 38 6 1\n 14 94 4 0.80858 0.66688 0.80121 0.67233 0.80192 0.66548 0.80894 0.66013\n 40 6 10\n 38 6 1\n 14 94 4 0.80134 0.67830 0.79927 0.67980 0.79997 0.67325 0.80121 0.67233\n 40 6 11\n 38 6 1\n 14 94 4 0.80785 0.67362 0.80134 0.67830 0.80121 0.67233 0.80858 0.66688\n 40 6 10\n 38 6 1\n 14 94 4 0.80032 0.68485 0.79821 0.68632 0.79927 0.67980 0.80134 0.67830\n 40 6 11\n 38 6 1\n 14 94 4 0.80676 0.68034 0.80032 0.68485 0.80134 0.67830 0.80785 0.67362\n 40 6 10\n 38 6 1\n 14 94 4 0.79945 0.69102 0.79680 0.69282 0.79821 0.68632 0.80032 0.68485\n 40 6 11\n 38 6 1\n 14 94 4 0.80531 0.68703 0.79945 0.69102 0.80032 0.68485 0.80676 0.68034\n 40 6 10\n 38 6 1\n 14 94 4 0.79783 0.69744 0.79505 0.69928 0.79680 0.69282 0.79945 0.69102\n 40 6 11\n 38 6 1\n 14 94 4 0.80350 0.69369 0.79783 0.69744 0.79945 0.69102 0.80531 0.68703\n 40 6 10\n 38 6 1\n 14 94 4 0.79402 0.70500 0.79294 0.70570 0.79505 0.69928 0.79783 0.69744\n 40 6 11\n 38 6 1\n 14 94 4 0.80134 0.70030 0.79402 0.70500 0.79783 0.69744 0.80350 0.69369\n 40 6 10\n 38 6 1\n 14 72 3 0.79229 0.70740 0.79294 0.70570 0.79402 0.70500\n 40 6 11\n 38 6 1\n 14 116 5 0.79882 0.70685 0.79050 0.71207 0.79229 0.70740 0.79402 0.70500 0.80134 0.70030\n 40 6 11\n 38 6 1\n 14 314 14 0.79882 0.70685 0.79595 0.71335 0.79273 0.71977 0.78917 0.72612 0.78526 0.73239 0.78103 0.73856 0.77646 0.74463 0.76878 0.74875 0.77322 0.74286 0.77733 0.73686 0.78112 0.73078 0.78458 0.72461 0.78771 0.71837 0.79050 0.71207\n 40 6 10\n 38 6 1\n 14 72 3 0.76522 0.75393 0.76403 0.75455 0.76668 0.75132\n 40 6 11\n 38 6 1\n 14 116 5 0.77157 0.75060 0.76522 0.75393 0.76668 0.75132 0.76878 0.74875 0.77646 0.74463\n 40 6 10\n 38 6 1\n 14 94 4 0.76278 0.75828 0.75898 0.76023 0.76403 0.75455 0.76522 0.75393\n 40 6 11\n 38 6 1\n 14 94 4 0.76636 0.75645 0.76278 0.75828 0.76522 0.75393 0.77157 0.75060\n 40 6 10\n 38 6 1\n 14 94 4 0.75884 0.76318 0.75362 0.76580 0.75898 0.76023 0.76278 0.75828\n 40 6 11\n 38 6 1\n 14 94 4 0.76084 0.76218 0.75884 0.76318 0.76278 0.75828 0.76636 0.75645\n 40 6 10\n 38 6 1\n 14 94 4 0.75395 0.76830 0.74796 0.77124 0.75362 0.76580 0.75884 0.76318\n 40 6 11\n 38 6 1\n 14 94 4 0.75502 0.76778 0.75395 0.76830 0.75884 0.76318 0.76084 0.76218\n 40 6 10\n 38 6 1\n 14 94 4 0.74773 0.77380 0.74201 0.77654 0.74796 0.77124 0.75395 0.76830\n 40 6 11\n 38 6 1\n 14 94 4 0.74889 0.77325 0.74773 0.77380 0.75395 0.76830 0.75502 0.76778\n 40 6 10\n 38 6 1\n 14 94 4 0.74167 0.77895 0.73578 0.78171 0.74201 0.77654 0.74773 0.77380\n 40 6 11\n 38 6 1\n 14 94 4 0.74248 0.77857 0.74167 0.77895 0.74773 0.77380 0.74889 0.77325\n 40 6 10\n 38 6 1\n 14 116 5 0.73836 0.78176 0.73578 0.78375 0.72928 0.78674 0.73578 0.78171 0.74167 0.77895\n 40 6 11\n 38 6 1\n 14 72 3 0.73836 0.78176 0.74167 0.77895 0.74248 0.77857\n 40 6 10\n 38 6 1\n 14 270 12 0.73578 0.78375 0.72881 0.78877 0.72158 0.79363 0.71409 0.79832 0.70634 0.80284 0.69836 0.80719 0.69294 0.80950 0.70069 0.80529 0.70821 0.80089 0.71549 0.79634 0.72251 0.79162 0.72928 0.78674\n 40 6 8\n 38 6 1\n 14 182 8 0.22606 0.62754 0.22817 0.62112 0.23061 0.61476 0.23340 0.60845 0.24198 0.61661 0.23928 0.62272 0.23691 0.62889 0.23487 0.63511\n 40 6 8\n 38 6 1\n 14 94 4 0.23411 0.60704 0.24490 0.61079 0.24198 0.61661 0.23340 0.60845\n 40 6 9\n 38 6 1\n 14 94 4 0.23411 0.60704 0.23653 0.60221 0.24501 0.61057 0.24490 0.61079\n 40 6 9\n 38 6 1\n 14 94 4 0.23653 0.60221 0.23999 0.59604 0.24836 0.60459 0.24501 0.61057\n 40 6 8\n 38 6 1\n 14 94 4 0.24180 0.59314 0.24378 0.58996 0.25203 0.59869 0.24839 0.60454\n 40 6 9\n 38 6 1\n 14 94 4 0.24180 0.59314 0.24839 0.60454 0.24836 0.60459 0.23999 0.59604\n 40 6 8\n 38 6 1\n 14 138 6 0.24378 0.58996 0.24789 0.58397 0.25233 0.57807 0.26032 0.58717 0.25602 0.59289 0.25203 0.59869\n 40 6 8\n 38 6 1\n 14 116 5 0.25593 0.57368 0.25759 0.57288 0.26492 0.58156 0.26032 0.58717 0.25233 0.57807\n 40 6 9\n 38 6 1\n 14 72 3 0.25593 0.57368 0.25708 0.57228 0.25759 0.57288\n 40 6 8\n 38 6 1\n 14 94 4 0.26510 0.57024 0.26982 0.57605 0.26492 0.58156 0.25759 0.57288\n 40 6 9\n 38 6 1\n 14 94 4 0.26213 0.56659 0.26510 0.57024 0.25759 0.57288 0.25708 0.57228\n 40 6 8\n 38 6 1\n 14 94 4 0.27194 0.56672 0.27502 0.57066 0.26982 0.57605 0.26510 0.57024\n 40 6 9\n 38 6 1\n 14 94 4 0.26750 0.56103 0.27194 0.56672 0.26510 0.57024 0.26213 0.56659\n 40 6 8\n 38 6 1\n 14 94 4 0.28003 0.56477 0.28050 0.56539 0.27502 0.57066 0.27194 0.56672\n 40 6 9\n 38 6 1\n 14 94 4 0.27315 0.55559 0.28003 0.56477 0.27194 0.56672 0.26750 0.56103\n 40 6 8\n 38 6 1\n 14 72 3 0.28426 0.56203 0.28050 0.56539 0.28003 0.56477\n 40 6 9\n 38 6 1\n 14 116 5 0.27910 0.55028 0.28626 0.56024 0.28426 0.56203 0.28003 0.56477 0.27315 0.55559\n 40 6 9\n 38 6 1\n 14 314 14 0.27910 0.55028 0.28533 0.54511 0.29183 0.54008 0.29860 0.53521 0.30562 0.53049 0.31290 0.52593 0.32042 0.52154 0.32630 0.53239 0.31902 0.53664 0.31197 0.54106 0.30516 0.54564 0.29860 0.55036 0.29230 0.55523 0.28626 0.56024\n 40 6 9\n 38 6 1\n 14 116 5 0.32708 0.51791 0.32829 0.51756 0.33381 0.52830 0.32630 0.53239 0.32042 0.52154\n 40 6 10\n 38 6 1\n 14 72 3 0.32708 0.51791 0.32817 0.51732 0.32829 0.51756\n 40 6 9\n 38 6 1\n 14 116 5 0.32952 0.51664 0.33614 0.51328 0.34154 0.52439 0.33381 0.52830 0.32829 0.51756\n 40 6 10\n 38 6 1\n 14 72 3 0.32952 0.51664 0.32829 0.51756 0.32817 0.51732\n 40 6 9\n 38 6 1\n 14 94 4 0.33614 0.51328 0.34432 0.50942 0.34947 0.52065 0.34154 0.52439\n 40 6 9\n 38 6 1\n 14 116 5 0.35157 0.50625 0.35282 0.50600 0.35759 0.51710 0.34947 0.52065 0.34432 0.50942\n 40 6 10\n 38 6 1\n 14 72 3 0.35157 0.50625 0.35271 0.50576 0.35282 0.50600\n 40 6 9\n 38 6 1\n 14 94 4 0.36176 0.50346 0.36591 0.51373 0.35759 0.51710 0.35282 0.50600\n 40 6 10\n 38 6 1\n 14 94 4 0.36129 0.50228 0.36176 0.50346 0.35282 0.50600 0.35271 0.50576\n 40 6 9\n 38 6 1\n 14 94 4 0.37057 0.50039 0.37440 0.51055 0.36591 0.51373 0.36176 0.50346\n 40 6 10\n 38 6 1\n 14 94 4 0.37005 0.49900 0.37057 0.50039 0.36176 0.50346 0.36129 0.50228\n 40 6 9\n 38 6 1\n 14 94 4 0.37946 0.49728 0.38305 0.50756 0.37440 0.51055 0.37057 0.50039\n 40 6 10\n 38 6 1\n 14 94 4 0.37898 0.49592 0.37946 0.49728 0.37057 0.50039 0.37005 0.49900\n 40 6 9\n 38 6 1\n 14 94 4 0.38868 0.49493 0.39186 0.50477 0.38305 0.50756 0.37946 0.49728\n 40 6 10\n 38 6 1\n 14 94 4 0.38807 0.49304 0.38868 0.49493 0.37946 0.49728 0.37898 0.49592\n 40 6 9\n 38 6 1\n 14 94 4 0.39797 0.49259 0.40082 0.50219 0.39186 0.50477 0.38868 0.49493\n 40 6 10\n 38 6 1\n 14 94 4 0.39732 0.49037 0.39797 0.49259 0.38868 0.49493 0.38807 0.49304\n 40 6 9\n 38 6 1\n 14 94 4 0.40741 0.49057 0.40991 0.49981 0.40082 0.50219 0.39797 0.49259\n 40 6 10\n 38 6 1\n 14 94 4 0.40669 0.48791 0.40741 0.49057 0.39797 0.49259 0.39732 0.49037\n 40 6 9\n 38 6 1\n 14 94 4 0.41669 0.48769 0.41912 0.49763 0.40991 0.49981 0.40741 0.49057\n 40 6 10\n 38 6 1\n 14 94 4 0.41620 0.48567 0.41669 0.48769 0.40741 0.49057 0.40669 0.48791\n 40 6 9\n 38 6 1\n 14 94 4 0.42632 0.48593 0.42844 0.49567 0.41912 0.49763 0.41669 0.48769\n 40 6 10\n 38 6 1\n 14 94 4 0.42582 0.48364 0.42632 0.48593 0.41669 0.48769 0.41620 0.48567\n 40 6 9\n 38 6 1\n 14 94 4 0.43602 0.48433 0.43787 0.49391 0.42844 0.49567 0.42632 0.48593\n 40 6 10\n 38 6 1\n 14 94 4 0.43555 0.48183 0.43602 0.48433 0.42632 0.48593 0.42582 0.48364\n 40 6 9\n 38 6 1\n 14 94 4 0.44587 0.48331 0.44738 0.49238 0.43787 0.49391 0.43602 0.48433\n 40 6 10\n 38 6 1\n 14 94 4 0.44536 0.48025 0.44587 0.48331 0.43602 0.48433 0.43555 0.48183\n 40 6 9\n 38 6 1\n 14 94 4 0.45556 0.48103 0.45697 0.49105 0.44738 0.49238 0.44587 0.48331\n 40 6 10\n 38 6 1\n 14 94 4 0.45526 0.47888 0.45556 0.48103 0.44587 0.48331 0.44536 0.48025\n 40 6 9\n 38 6 1\n 14 94 4 0.46555 0.48066 0.46662 0.48995 0.45697 0.49105 0.45556 0.48103\n 40 6 10\n 38 6 1\n 14 94 4 0.46522 0.47774 0.46555 0.48066 0.45556 0.48103 0.45526 0.47888\n 40 6 9\n 38 6 1\n 14 94 4 0.47556 0.48047 0.47633 0.48906 0.46662 0.48995 0.46555 0.48066\n 40 6 10\n 38 6 1\n 14 94 4 0.47524 0.47683 0.47556 0.48047 0.46555 0.48066 0.46522 0.47774\n 40 6 9\n 38 6 1\n 14 94 4 0.48553 0.47983 0.48608 0.48840 0.47633 0.48906 0.47556 0.48047\n 40 6 10\n 38 6 1\n 14 94 4 0.48530 0.47614 0.48553 0.47983 0.47556 0.48047 0.47524 0.47683\n 40 6 9\n 38 6 1\n 14 94 4 0.49553 0.47948 0.49586 0.48796 0.48608 0.48840 0.48553 0.47983\n 40 6 10\n 38 6 1\n 14 94 4 0.49539 0.47569 0.49553 0.47948 0.48553 0.47983 0.48530 0.47614\n 40 6 9\n 38 6 1\n 14 94 4 0.50556 0.48027 0.50565 0.48773 0.49586 0.48796 0.49553 0.47948\n 40 6 10\n 38 6 1\n 14 94 4 0.50550 0.47546 0.50556 0.48027 0.49553 0.47948 0.49539 0.47569\n 40 6 9\n 38 6 1\n 14 94 4 0.51554 0.48148 0.51546 0.48773 0.50565 0.48773 0.50556 0.48027\n 40 6 10\n 38 6 1\n 14 94 4 0.51561 0.47546 0.51554 0.48148 0.50556 0.48027 0.50550 0.47546\n 40 6 9\n 38 6 1\n 14 94 4 0.52547 0.48232 0.52525 0.48796 0.51546 0.48773 0.51554 0.48148\n 40 6 10\n 38 6 1\n 14 94 4 0.52572 0.47569 0.52547 0.48232 0.51554 0.48148 0.51561 0.47546\n 40 6 9\n 38 6 1\n 14 94 4 0.53536 0.48330 0.53503 0.48840 0.52525 0.48796 0.52547 0.48232\n 40 6 10\n 38 6 1\n 14 94 4 0.53581 0.47614 0.53536 0.48330 0.52547 0.48232 0.52572 0.47569\n 40 6 9\n 38 6 1\n 14 94 4 0.54511 0.48539 0.54478 0.48906 0.53503 0.48840 0.53536 0.48330\n 40 6 10\n 38 6 1\n 14 94 4 0.54587 0.47683 0.54511 0.48539 0.53536 0.48330 0.53581 0.47614\n 40 6 9\n 38 6 1\n 14 94 4 0.55474 0.48779 0.55449 0.48995 0.54478 0.48906 0.54511 0.48539\n 40 6 10\n 38 6 1\n 14 94 4 0.55589 0.47774 0.55474 0.48779 0.54511 0.48539 0.54587 0.47683\n 40 6 9\n 38 6 1\n 14 94 4 0.56426 0.49021 0.56414 0.49105 0.55449 0.48995 0.55474 0.48779\n 40 6 10\n 38 6 1\n 14 94 4 0.56585 0.47888 0.56426 0.49021 0.55474 0.48779 0.55589 0.47774\n 40 6 9\n 38 6 1\n 14 72 3 0.56828 0.49162 0.56414 0.49105 0.56426 0.49021\n 40 6 10\n 38 6 1\n 14 116 5 0.57575 0.48025 0.57373 0.49238 0.56828 0.49162 0.56426 0.49021 0.56585 0.47888\n 40 6 10\n 38 6 1\n 14 314 14 0.57575 0.48025 0.58557 0.48183 0.59529 0.48364 0.60491 0.48567 0.61442 0.48791 0.62380 0.49037 0.63304 0.49304 0.62925 0.50477 0.62029 0.50219 0.61120 0.49981 0.60199 0.49763 0.59267 0.49567 0.58324 0.49391 0.57373 0.49238\n 40 6 8\n 38 6 1\n 14 94 4 0.79561 0.63500 0.78794 0.64138 0.78624 0.63511 0.79501 0.62757\n 40 6 9\n 38 6 1\n 14 94 4 0.79680 0.63400 0.79561 0.63500 0.79501 0.62757 0.79505 0.62754\n 40 6 8\n 38 6 1\n 14 94 4 0.79430 0.64365 0.78931 0.64767 0.78794 0.64138 0.79561 0.63500\n 40 6 9\n 38 6 1\n 14 94 4 0.79821 0.64050 0.79430 0.64365 0.79561 0.63500 0.79680 0.63400\n 40 6 8\n 38 6 1\n 14 94 4 0.79360 0.65145 0.79033 0.65400 0.78931 0.64767 0.79430 0.64365\n 40 6 9\n 38 6 1\n 14 94 4 0.79927 0.64703 0.79360 0.65145 0.79430 0.64365 0.79821 0.64050\n 40 6 8\n 38 6 1\n 14 94 4 0.79299 0.65885 0.79102 0.66034 0.79033 0.65400 0.79360 0.65145\n 40 6 9\n 38 6 1\n 14 116 5 0.79948 0.64901 0.79848 0.65470 0.79299 0.65885 0.79360 0.65145 0.79927 0.64703\n 40 6 10\n 38 6 1\n 14 72 3 0.79948 0.64901 0.79997 0.65357 0.79848 0.65470\n 40 6 8\n 38 6 1\n 14 94 4 0.79275 0.66568 0.79136 0.66669 0.79102 0.66034 0.79299 0.65885\n 40 6 9\n 38 6 1\n 14 94 4 0.79737 0.66230 0.79275 0.66568 0.79299 0.65885 0.79848 0.65470\n 40 6 10\n 38 6 1\n 14 94 4 0.80033 0.66013 0.79737 0.66230 0.79848 0.65470 0.79997 0.65357\n 40 6 8\n 38 6 1\n 14 94 4 0.79158 0.67290 0.79136 0.67305 0.79136 0.66669 0.79275 0.66568\n 40 6 9\n 38 6 1\n 14 94 4 0.79624 0.66959 0.79158 0.67290 0.79275 0.66568 0.79737 0.66230\n 40 6 10\n 38 6 1\n 14 94 4 0.80033 0.66669 0.79624 0.66959 0.79737 0.66230 0.80033 0.66013\n 40 6 8\n 38 6 1\n 14 72 3 0.79131 0.67391 0.79136 0.67305 0.79158 0.67290\n 40 6 9\n 38 6 1\n 14 116 5 0.79493 0.67672 0.79102 0.67941 0.79131 0.67391 0.79158 0.67290 0.79624 0.66959\n 40 6 10\n 38 6 1\n 14 94 4 0.79997 0.67325 0.79493 0.67672 0.79624 0.66959 0.80033 0.66669\n 40 6 9\n 38 6 1\n 14 94 4 0.79402 0.68330 0.79033 0.68575 0.79102 0.67941 0.79493 0.67672\n 40 6 10\n 38 6 1\n 14 94 4 0.79927 0.67980 0.79402 0.68330 0.79493 0.67672 0.79997 0.67325\n 40 6 9\n 38 6 1\n 14 94 4 0.79357 0.68932 0.78931 0.69207 0.79033 0.68575 0.79402 0.68330\n 40 6 10\n 38 6 1\n 14 94 4 0.79821 0.68632 0.79357 0.68932 0.79402 0.68330 0.79927 0.67980\n 40 6 8\n 38 6 1\n 14 72 3 0.78887 0.69779 0.78794 0.69837 0.78860 0.69536\n 40 6 9\n 38 6 1\n 14 116 5 0.79332 0.69500 0.78887 0.69779 0.78860 0.69536 0.78931 0.69207 0.79357 0.68932\n 40 6 10\n 38 6 1\n 14 94 4 0.79680 0.69282 0.79332 0.69500 0.79357 0.68932 0.79821 0.68632\n 40 6 8\n 38 6 1\n 14 94 4 0.78629 0.70460 0.78624 0.70463 0.78794 0.69837 0.78887 0.69779\n 40 6 9\n 38 6 1\n 14 94 4 0.79121 0.70161 0.78629 0.70460 0.78887 0.69779 0.79332 0.69500\n 40 6 10\n 38 6 1\n 14 94 4 0.79505 0.69928 0.79121 0.70161 0.79332 0.69500 0.79680 0.69282\n 40 6 8\n 38 6 1\n 14 72 3 0.78622 0.70469 0.78624 0.70463 0.78629 0.70460\n 40 6 9\n 38 6 1\n 14 94 4 0.78432 0.71049 0.78622 0.70469 0.78629 0.70460 0.79121 0.70161\n 40 6 10\n 38 6 1\n 14 116 5 0.79294 0.70570 0.78420 0.71085 0.78432 0.71049 0.79121 0.70161 0.79505 0.69928\n 40 6 10\n 38 6 1\n 14 116 5 0.79229 0.70740 0.78714 0.71399 0.78183 0.71702 0.78420 0.71085 0.79294 0.70570\n 40 6 11\n 38 6 1\n 14 72 3 0.79229 0.70740 0.79050 0.71207 0.78714 0.71399\n 40 6 10\n 38 6 1\n 14 94 4 0.77988 0.72272 0.77913 0.72313 0.78183 0.71702 0.78714 0.71399\n 40 6 11\n 38 6 1\n 14 94 4 0.78771 0.71837 0.77988 0.72272 0.78714 0.71399 0.79050 0.71207\n 40 6 10\n 38 6 1\n 14 94 4 0.77828 0.72801 0.77610 0.72918 0.77913 0.72313 0.77988 0.72272\n 40 6 11\n 38 6 1\n 14 94 4 0.78458 0.72461 0.77828 0.72801 0.77988 0.72272 0.78771 0.71837\n 40 6 10\n 38 6 1\n 14 94 4 0.77628 0.73331 0.77275 0.73516 0.77610 0.72918 0.77828 0.72801\n 40 6 11\n 38 6 1\n 14 94 4 0.78112 0.73078 0.77628 0.73331 0.77828 0.72801 0.78458 0.72461\n 40 6 10\n 38 6 1\n 14 94 4 0.77372 0.73869 0.76908 0.74105 0.77275 0.73516 0.77628 0.73331\n 40 6 11\n 38 6 1\n 14 94 4 0.77733 0.73686 0.77372 0.73869 0.77628 0.73331 0.78112 0.73078\n 40 6 10\n 38 6 1\n 14 94 4 0.77078 0.74406 0.76509 0.74686 0.76908 0.74105 0.77372 0.73869\n 40 6 11\n 38 6 1\n 14 94 4 0.77322 0.74286 0.77078 0.74406 0.77372 0.73869 0.77733 0.73686\n 40 6 10\n 38 6 1\n 14 94 4 0.76792 0.74917 0.76079 0.75257 0.76509 0.74686 0.77078 0.74406\n 40 6 11\n 38 6 1\n 14 94 4 0.76878 0.74875 0.76792 0.74917 0.77078 0.74406 0.77322 0.74286\n 40 6 10\n 38 6 1\n 14 116 5 0.76668 0.75132 0.76403 0.75455 0.75619 0.75819 0.76079 0.75257 0.76792 0.74917\n 40 6 11\n 38 6 1\n 14 72 3 0.76668 0.75132 0.76792 0.74917 0.76878 0.74875\n 40 6 10\n 38 6 1\n 14 534 24 0.76403 0.75455 0.75898 0.76023 0.75362 0.76580 0.74796 0.77124 0.74201 0.77654 0.73578 0.78171 0.72928 0.78674 0.72251 0.79162 0.71549 0.79634 0.70821 0.80089 0.70069 0.80529 0.69294 0.80950 0.68730 0.81144 0.69481 0.80736 0.70209 0.80310 0.70914 0.79868 0.71595 0.79411 0.72251 0.78938 0.72881 0.78451 0.73485 0.77950 0.74061 0.77436 0.74609 0.76909 0.75129 0.76370 0.75619 0.75819\n 40 6 8\n 38 6 1\n 14 94 4 0.23928 0.62272 0.24198 0.61661 0.25088 0.62463 0.24827 0.63054\n 40 6 8\n 38 6 1\n 14 116 5 0.24490 0.61079 0.24536 0.61089 0.25381 0.61879 0.25088 0.62463 0.24198 0.61661\n 40 6 9\n 38 6 1\n 14 72 3 0.24490 0.61079 0.24501 0.61057 0.24536 0.61089\n 40 6 8\n 38 6 1\n 14 94 4 0.24849 0.60471 0.25705 0.61301 0.25381 0.61879 0.24536 0.61089\n 40 6 9\n 38 6 1\n 14 94 4 0.24836 0.60459 0.24849 0.60471 0.24536 0.61089 0.24501 0.61057\n 40 6 8\n 38 6 1\n 14 116 5 0.24839 0.60454 0.25203 0.59869 0.26061 0.60731 0.25705 0.61301 0.24849 0.60471\n 40 6 9\n 38 6 1\n 14 72 3 0.24839 0.60454 0.24849 0.60471 0.24836 0.60459\n 40 6 8\n 38 6 1\n 14 314 14 0.25203 0.59869 0.25602 0.59289 0.26032 0.58717 0.26492 0.58156 0.26982 0.57605 0.27502 0.57066 0.28050 0.56539 0.28813 0.57510 0.28283 0.58020 0.27780 0.58541 0.27306 0.59074 0.26861 0.59617 0.26446 0.60169 0.26061 0.60731\n 40 6 8\n 38 6 1\n 14 116 5 0.28426 0.56203 0.28651 0.56057 0.29370 0.57013 0.28813 0.57510 0.28050 0.56539\n 40 6 9\n 38 6 1\n 14 72 3 0.28426 0.56203 0.28626 0.56024 0.28651 0.56057\n 40 6 8\n 38 6 1\n 14 94 4 0.29287 0.55603 0.29953 0.56529 0.29370 0.57013 0.28651 0.56057\n 40 6 9\n 38 6 1\n 14 94 4 0.29230 0.55523 0.29287 0.55603 0.28651 0.56057 0.28626 0.56024\n 40 6 8\n 38 6 1\n 14 94 4 0.29993 0.55230 0.30562 0.56058 0.29953 0.56529 0.29287 0.55603\n 40 6 9\n 38 6 1\n 14 94 4 0.29860 0.55036 0.29993 0.55230 0.29287 0.55603 0.29230 0.55523\n 40 6 8\n 38 6 1\n 14 94 4 0.30671 0.54799 0.31197 0.55601 0.30562 0.56058 0.29993 0.55230\n 40 6 9\n 38 6 1\n 14 94 4 0.30516 0.54564 0.30671 0.54799 0.29993 0.55230 0.29860 0.55036\n 40 6 8\n 38 6 1\n 14 94 4 0.31351 0.54353 0.31855 0.55159 0.31197 0.55601 0.30671 0.54799\n 40 6 9\n 38 6 1\n 14 94 4 0.31197 0.54106 0.31351 0.54353 0.30671 0.54799 0.30516 0.54564\n 40 6 8\n 38 6 1\n 14 94 4 0.31966 0.53773 0.32537 0.54732 0.31855 0.55159 0.31351 0.54353\n 40 6 9\n 38 6 1\n 14 94 4 0.31902 0.53664 0.31966 0.53773 0.31351 0.54353 0.31197 0.54106\n 40 6 8\n 38 6 1\n 14 94 4 0.32744 0.53441 0.33241 0.54320 0.32537 0.54732 0.31966 0.53773\n 40 6 9\n 38 6 1\n 14 94 4 0.32630 0.53239 0.32744 0.53441 0.31966 0.53773 0.31902 0.53664\n 40 6 8\n 38 6 1\n 14 94 4 0.33734 0.53489 0.33967 0.53925 0.33241 0.54320 0.32744 0.53441\n 40 6 9\n 38 6 1\n 14 94 4 0.33381 0.52830 0.33734 0.53489 0.32744 0.53441 0.32630 0.53239\n 40 6 8\n 38 6 1\n 14 94 4 0.34596 0.53313 0.34714 0.53547 0.33967 0.53925 0.33734 0.53489\n 40 6 9\n 38 6 1\n 14 94 4 0.34154 0.52439 0.34596 0.53313 0.33734 0.53489 0.33381 0.52830\n 40 6 8\n 38 6 1\n 14 72 3 0.35382 0.53232 0.34714 0.53547 0.34596 0.53313\n 40 6 9\n 38 6 1\n 14 116 5 0.34947 0.52065 0.35481 0.53185 0.35382 0.53232 0.34596 0.53313 0.34154 0.52439\n 40 6 9\n 38 6 1\n 14 1062 48 0.34947 0.52065 0.35759 0.51710 0.36591 0.51373 0.37440 0.51055 0.38305 0.50756 0.39186 0.50477 0.40082 0.50219 0.40991 0.49981 0.41912 0.49763 0.42844 0.49567 0.43787 0.49391 0.44738 0.49238 0.45697 0.49105 0.46662 0.48995 0.47633 0.48906 0.48608 0.48840 0.49586 0.48796 0.50565 0.48773 0.51546 0.48773 0.52525 0.48796 0.53503 0.48840 0.54478 0.48906 0.55449 0.48995 0.56414 0.49105 0.56237 0.50324 0.55303 0.50217 0.54365 0.50131 0.53422 0.50067 0.52477 0.50024 0.51529 0.50003 0.50582 0.50003 0.49634 0.50024 0.48689 0.50067 0.47746 0.50131 0.46808 0.50217 0.45874 0.50324 0.44947 0.50451 0.44028 0.50600 0.43117 0.50770 0.42215 0.50960 0.41325 0.51170 0.40446 0.51400 0.39580 0.51650 0.38728 0.51920 0.37891 0.52208 0.37070 0.52516 0.36267 0.52841 0.35481 0.53185\n 40 6 9\n 38 6 1\n 14 116 5 0.56828 0.49162 0.57351 0.49364 0.57164 0.50451 0.56237 0.50324 0.56414 0.49105\n 40 6 10\n 38 6 1\n 14 72 3 0.56828 0.49162 0.57373 0.49238 0.57351 0.49364\n 40 6 9\n 38 6 1\n 14 94 4 0.58276 0.49636 0.58083 0.50600 0.57164 0.50451 0.57351 0.49364\n 40 6 10\n 38 6 1\n 14 94 4 0.58324 0.49391 0.58276 0.49636 0.57351 0.49364 0.57373 0.49238\n 40 6 9\n 38 6 1\n 14 94 4 0.59153 0.50067 0.58994 0.50770 0.58083 0.50600 0.58276 0.49636\n 40 6 10\n 38 6 1\n 14 94 4 0.59267 0.49567 0.59153 0.50067 0.58276 0.49636 0.58324 0.49391\n 40 6 9\n 38 6 1\n 14 94 4 0.60103 0.50141 0.59896 0.50960 0.58994 0.50770 0.59153 0.50067\n 40 6 10\n 38 6 1\n 14 94 4 0.60199 0.49763 0.60103 0.50141 0.59153 0.50067 0.59267 0.49567\n 40 6 9\n 38 6 1\n 14 94 4 0.61102 0.50047 0.60787 0.51170 0.59896 0.50960 0.60103 0.50141\n 40 6 10\n 38 6 1\n 14 94 4 0.61120 0.49981 0.61102 0.50047 0.60103 0.50141 0.60199 0.49763\n 40 6 9\n 38 6 1\n 14 94 4 0.61978 0.50385 0.61665 0.51400 0.60787 0.51170 0.61102 0.50047\n 40 6 10\n 38 6 1\n 14 94 4 0.62029 0.50219 0.61978 0.50385 0.61102 0.50047 0.61120 0.49981\n 40 6 9\n 38 6 1\n 14 94 4 0.62744 0.51017 0.62531 0.51650 0.61665 0.51400 0.61978 0.50385\n 40 6 10\n 38 6 1\n 14 94 4 0.62925 0.50477 0.62744 0.51017 0.61978 0.50385 0.62029 0.50219\n 40 6 8\n 38 6 1\n 14 182 8 0.76908 0.59869 0.77275 0.60459 0.77610 0.61057 0.77913 0.61661 0.77023 0.62463 0.76730 0.61879 0.76406 0.61301 0.76051 0.60731\n 40 6 8\n 38 6 1\n 14 270 12 0.78794 0.64138 0.78931 0.64767 0.79033 0.65400 0.79102 0.66034 0.79136 0.66669 0.79136 0.67305 0.78205 0.67920 0.78205 0.67305 0.78172 0.66691 0.78106 0.66078 0.78007 0.65466 0.77875 0.64857\n 40 6 8\n 38 6 1\n 14 116 5 0.79131 0.67391 0.78840 0.68108 0.78172 0.68534 0.78205 0.67920 0.79136 0.67305\n 40 6 9\n 38 6 1\n 14 72 3 0.79131 0.67391 0.79102 0.67941 0.78840 0.68108\n 40 6 8\n 38 6 1\n 14 94 4 0.78675 0.68797 0.78106 0.69148 0.78172 0.68534 0.78840 0.68108\n 40 6 9\n 38 6 1\n 14 94 4 0.79033 0.68575 0.78675 0.68797 0.78840 0.68108 0.79102 0.67941\n 40 6 8\n 38 6 1\n 14 94 4 0.78690 0.69351 0.78007 0.69759 0.78106 0.69148 0.78675 0.68797\n 40 6 9\n 38 6 1\n 14 94 4 0.78931 0.69207 0.78690 0.69351 0.78675 0.68797 0.79033 0.68575\n 40 6 8\n 38 6 1\n 14 116 5 0.78860 0.69536 0.78794 0.69837 0.77875 0.70368 0.78007 0.69759 0.78690 0.69351\n 40 6 9\n 38 6 1\n 14 72 3 0.78860 0.69536 0.78690 0.69351 0.78931 0.69207\n 40 6 8\n 38 6 1\n 14 94 4 0.78794 0.69837 0.78624 0.70463 0.77710 0.70973 0.77875 0.70368\n 40 6 8\n 38 6 1\n 14 94 4 0.78622 0.70469 0.77571 0.71397 0.77710 0.70973 0.78624 0.70463\n 40 6 9\n 38 6 1\n 14 116 5 0.78622 0.70469 0.78432 0.71049 0.78350 0.71123 0.77513 0.71575 0.77571 0.71397\n 40 6 10\n 38 6 1\n 14 72 3 0.78432 0.71049 0.78420 0.71085 0.78350 0.71123\n 40 6 9\n 38 6 1\n 14 94 4 0.77333 0.72145 0.77284 0.72171 0.77513 0.71575 0.78350 0.71123\n 40 6 10\n 38 6 1\n 14 94 4 0.78183 0.71702 0.77333 0.72145 0.78350 0.71123 0.78420 0.71085\n 40 6 9\n 38 6 1\n 14 72 3 0.77266 0.72211 0.77284 0.72171 0.77333 0.72145\n 40 6 10\n 38 6 1\n 14 116 5 0.77913 0.72313 0.77023 0.72762 0.77266 0.72211 0.77333 0.72145 0.78183 0.71702\n 40 6 10\n 38 6 1\n 14 974 44 0.77913 0.72313 0.77610 0.72918 0.77275 0.73516 0.76908 0.74105 0.76509 0.74686 0.76079 0.75257 0.75619 0.75819 0.75129 0.76370 0.74609 0.76909 0.74061 0.77436 0.73485 0.77950 0.72881 0.78451 0.72251 0.78938 0.71595 0.79411 0.70914 0.79868 0.70209 0.80310 0.69481 0.80736 0.68730 0.81144 0.67957 0.81536 0.67164 0.81909 0.66352 0.82265 0.65520 0.82602 0.65041 0.82710 0.65844 0.82384 0.66630 0.82040 0.67397 0.81679 0.68144 0.81300 0.68870 0.80905 0.69574 0.80494 0.70256 0.80067 0.70914 0.79625 0.71549 0.79168 0.72158 0.78697 0.72741 0.78212 0.73298 0.77715 0.73828 0.77205 0.74331 0.76684 0.74805 0.76151 0.75250 0.75609 0.75665 0.75056 0.76051 0.74495 0.76406 0.73925 0.76730 0.73347 0.77023 0.72762\n 40 6 9\n 38 6 1\n 14 226 10 0.50582 0.85223 0.49634 0.85201 0.48689 0.85158 0.47746 0.85094 0.46808 0.85009 0.46959 0.84995 0.47864 0.85077 0.48773 0.85139 0.49685 0.85181 0.50598 0.85201\n 40 6 8\n 38 6 1\n 14 94 4 0.42499 0.84326 0.42215 0.84266 0.42529 0.84278 0.42678 0.84310\n 40 6 9\n 38 6 1\n 14 94 4 0.42499 0.84326 0.42678 0.84310 0.43398 0.84462 0.43117 0.84456\n 40 6 8\n 38 6 1\n 14 116 5 0.41325 0.84056 0.41533 0.84068 0.42355 0.84237 0.42529 0.84278 0.42215 0.84266\n 40 6 9\n 38 6 1\n 14 72 3 0.41533 0.84068 0.41670 0.84076 0.42355 0.84237\n 40 6 8\n 38 6 1\n 14 94 4 0.40446 0.83825 0.40643 0.83840 0.41533 0.84068 0.41325 0.84056\n 40 6 9\n 38 6 1\n 14 94 4 0.40643 0.83840 0.40823 0.83854 0.41670 0.84076 0.41533 0.84068\n 40 6 8\n 38 6 1\n 14 842 38 0.25088 0.62463 0.25381 0.61879 0.25705 0.61301 0.26061 0.60731 0.26446 0.60169 0.26861 0.59617 0.27306 0.59074 0.27780 0.58541 0.28283 0.58020 0.28813 0.57510 0.29370 0.57013 0.29953 0.56529 0.30562 0.56058 0.31197 0.55601 0.31855 0.55159 0.32537 0.54732 0.33241 0.54320 0.33967 0.53925 0.34714 0.53547 0.35294 0.54650 0.34574 0.55015 0.33874 0.55396 0.33194 0.55793 0.32537 0.56205 0.31902 0.56631 0.31290 0.57072 0.30703 0.57526 0.30140 0.57993 0.29602 0.58473 0.29091 0.58965 0.28607 0.59468 0.28150 0.59981 0.27721 0.60505 0.27320 0.61038 0.26948 0.61579 0.26606 0.62129 0.26293 0.62686 0.26010 0.63250\n 40 6 8\n 38 6 1\n 14 116 5 0.35382 0.53232 0.35506 0.53236 0.36034 0.54301 0.35294 0.54650 0.34714 0.53547\n 40 6 9\n 38 6 1\n 14 72 3 0.35382 0.53232 0.35481 0.53185 0.35506 0.53236\n 40 6 8\n 38 6 1\n 14 94 4 0.36464 0.53266 0.36792 0.53970 0.36034 0.54301 0.35506 0.53236\n 40 6 9\n 38 6 1\n 14 94 4 0.36267 0.52841 0.36464 0.53266 0.35506 0.53236 0.35481 0.53185\n 40 6 8\n 38 6 1\n 14 94 4 0.37304 0.53053 0.37567 0.53656 0.36792 0.53970 0.36464 0.53266\n 40 6 9\n 38 6 1\n 14 94 4 0.37070 0.52516 0.37304 0.53053 0.36464 0.53266 0.36267 0.52841\n 40 6 8\n 38 6 1\n 14 94 4 0.38209 0.52992 0.38359 0.53359 0.37567 0.53656 0.37304 0.53053\n 40 6 9\n 38 6 1\n 14 94 4 0.37891 0.52208 0.38209 0.52992 0.37304 0.53053 0.37070 0.52516\n 40 6 8\n 38 6 1\n 14 94 4 0.39046 0.52762 0.39166 0.53081 0.38359 0.53359 0.38209 0.52992\n 40 6 9\n 38 6 1\n 14 94 4 0.38728 0.51920 0.39046 0.52762 0.38209 0.52992 0.37891 0.52208\n 40 6 8\n 38 6 1\n 14 94 4 0.39906 0.52587 0.39987 0.52821 0.39166 0.53081 0.39046 0.52762\n 40 6 9\n 38 6 1\n 14 94 4 0.39580 0.51650 0.39906 0.52587 0.39046 0.52762 0.38728 0.51920\n 40 6 8\n 38 6 1\n 14 94 4 0.40790 0.52479 0.40823 0.52580 0.39987 0.52821 0.39906 0.52587\n 40 6 9\n 38 6 1\n 14 94 4 0.40446 0.51400 0.40790 0.52479 0.39906 0.52587 0.39580 0.51650\n 40 6 8\n 38 6 1\n 14 94 4 0.41666 0.52344 0.41670 0.52358 0.40823 0.52580 0.40790 0.52479\n 40 6 9\n 38 6 1\n 14 94 4 0.41325 0.51170 0.41666 0.52344 0.40790 0.52479 0.40446 0.51400\n 40 6 8\n 38 6 1\n 14 72 3 0.41742 0.52341 0.41670 0.52358 0.41666 0.52344\n 40 6 9\n 38 6 1\n 14 116 5 0.42215 0.50960 0.42529 0.52155 0.41742 0.52341 0.41666 0.52344 0.41325 0.51170\n 40 6 9\n 38 6 1\n 14 1018 46 0.42215 0.50960 0.43117 0.50770 0.44028 0.50600 0.44947 0.50451 0.45874 0.50324 0.46808 0.50217 0.47746 0.50131 0.48689 0.50067 0.49634 0.50024 0.50582 0.50003 0.51529 0.50003 0.52477 0.50024 0.53422 0.50067 0.54365 0.50131 0.55303 0.50217 0.56237 0.50324 0.57164 0.50451 0.58083 0.50600 0.58994 0.50770 0.59896 0.50960 0.60787 0.51170 0.61665 0.51400 0.62531 0.51650 0.62124 0.52821 0.61289 0.52580 0.60441 0.52358 0.59582 0.52155 0.58713 0.51972 0.57834 0.51808 0.56947 0.51665 0.56053 0.51541 0.55152 0.51438 0.54247 0.51356 0.53338 0.51294 0.52426 0.51253 0.51513 0.51232 0.50598 0.51232 0.49685 0.51253 0.48773 0.51294 0.47864 0.51356 0.46959 0.51438 0.46058 0.51541 0.45164 0.51665 0.44277 0.51808 0.43398 0.51972 0.42529 0.52155\n 40 6 9\n 38 6 1\n 14 116 5 0.62891 0.51764 0.63294 0.52156 0.62945 0.53081 0.62124 0.52821 0.62531 0.51650\n 40 6 10\n 38 6 1\n 14 72 3 0.62891 0.51764 0.63383 0.51920 0.63294 0.52156\n 40 6 8\n 38 6 1\n 14 226 10 0.74805 0.59074 0.75250 0.59617 0.75665 0.60169 0.76051 0.60731 0.76406 0.61301 0.75505 0.62129 0.75163 0.61579 0.74791 0.61038 0.74390 0.60505 0.73961 0.59981\n 40 6 8\n 38 6 1\n 14 94 4 0.77875 0.64857 0.78007 0.65466 0.77050 0.66146 0.76923 0.65559\n 40 6 7\n 38 6 1\n 14 72 3 0.77329 0.66610 0.77145 0.66736 0.77132 0.66652\n 40 6 8\n 38 6 1\n 14 116 5 0.78106 0.66078 0.77329 0.66610 0.77132 0.66652 0.77050 0.66146 0.78007 0.65466\n 40 6 7\n 38 6 1\n 14 94 4 0.77567 0.67091 0.77209 0.67328 0.77145 0.66736 0.77329 0.66610\n 40 6 8\n 38 6 1\n 14 94 4 0.78172 0.66691 0.77567 0.67091 0.77329 0.66610 0.78106 0.66078\n 40 6 7\n 38 6 1\n 14 94 4 0.77738 0.67603 0.77241 0.67920 0.77209 0.67328 0.77567 0.67091\n 40 6 8\n 38 6 1\n 14 94 4 0.78205 0.67305 0.77738 0.67603 0.77567 0.67091 0.78172 0.66691\n 40 6 7\n 38 6 1\n 14 94 4 0.77397 0.68417 0.77241 0.68513 0.77241 0.67920 0.77738 0.67603\n 40 6 8\n 38 6 1\n 14 94 4 0.78205 0.67920 0.77397 0.68417 0.77738 0.67603 0.78205 0.67305\n 40 6 7\n 38 6 1\n 14 72 3 0.77230 0.68715 0.77241 0.68513 0.77397 0.68417\n 40 6 8\n 38 6 1\n 14 116 5 0.78172 0.68534 0.77209 0.69106 0.77230 0.68715 0.77397 0.68417 0.78205 0.67920\n 40 6 8\n 38 6 1\n 14 226 10 0.78172 0.68534 0.78106 0.69148 0.78007 0.69759 0.77875 0.70368 0.77710 0.70973 0.76764 0.71458 0.76923 0.70874 0.77050 0.70287 0.77145 0.69697 0.77209 0.69106\n 40 6 8\n 38 6 1\n 14 116 5 0.77571 0.71397 0.77211 0.71724 0.76574 0.72038 0.76764 0.71458 0.77710 0.70973\n 40 6 9\n 38 6 1\n 14 72 3 0.77571 0.71397 0.77513 0.71575 0.77211 0.71724\n 40 6 8\n 38 6 1\n 14 94 4 0.76422 0.72580 0.76353 0.72613 0.76574 0.72038 0.77211 0.71724\n 40 6 9\n 38 6 1\n 14 94 4 0.77284 0.72171 0.76422 0.72580 0.77211 0.71724 0.77513 0.71575\n 40 6 8\n 38 6 1\n 14 72 3 0.76325 0.72676 0.76353 0.72613 0.76422 0.72580\n 40 6 9\n 38 6 1\n 14 138 6 0.77266 0.72211 0.76454 0.73022 0.76101 0.73183 0.76325 0.72676 0.76422 0.72580 0.77284 0.72171\n 40 6 10\n 38 6 1\n 14 72 3 0.77266 0.72211 0.77023 0.72762 0.76454 0.73022\n 40 6 9\n 38 6 1\n 14 72 3 0.75946 0.73492 0.76101 0.73183 0.76454 0.73022\n 40 6 10\n 38 6 1\n 14 116 5 0.76730 0.73347 0.75818 0.73747 0.75946 0.73492 0.76454 0.73022 0.77023 0.72762\n 40 6 10\n 38 6 1\n 14 930 42 0.76730 0.73347 0.76406 0.73925 0.76051 0.74495 0.75665 0.75056 0.75250 0.75609 0.74805 0.76151 0.74331 0.76684 0.73828 0.77205 0.73298 0.77715 0.72741 0.78212 0.72158 0.78697 0.71549 0.79168 0.70914 0.79625 0.70256 0.80067 0.69574 0.80494 0.68870 0.80905 0.68144 0.81300 0.67397 0.81679 0.66630 0.82040 0.65844 0.82384 0.65041 0.82710 0.64544 0.82778 0.65319 0.82463 0.66077 0.82132 0.66817 0.81783 0.67537 0.81418 0.68237 0.81037 0.68917 0.80640 0.69574 0.80228 0.70209 0.79802 0.70821 0.79361 0.71409 0.78907 0.71971 0.78440 0.72509 0.77960 0.73020 0.77469 0.73504 0.76966 0.73961 0.76452 0.74390 0.75929 0.74791 0.75396 0.75163 0.74854 0.75505 0.74304 0.75818 0.73747\n 40 6 8\n 38 6 1\n 14 1150 52 0.26293 0.62686 0.26606 0.62129 0.26948 0.61579 0.27320 0.61038 0.27721 0.60505 0.28150 0.59981 0.28607 0.59468 0.29091 0.58965 0.29602 0.58473 0.30140 0.57993 0.30703 0.57526 0.31290 0.57072 0.31902 0.56631 0.32537 0.56205 0.33194 0.55793 0.33874 0.55396 0.34574 0.55015 0.35294 0.54650 0.36034 0.54301 0.36792 0.53970 0.37567 0.53656 0.38359 0.53359 0.39166 0.53081 0.39987 0.52821 0.40823 0.52580 0.41670 0.52358 0.42027 0.53543 0.41212 0.53756 0.40408 0.53988 0.39618 0.54238 0.38842 0.54506 0.38080 0.54791 0.37334 0.55094 0.36605 0.55412 0.35894 0.55748 0.35201 0.56099 0.34527 0.56466 0.33874 0.56847 0.33241 0.57243 0.32630 0.57654 0.32042 0.58078 0.31477 0.58515 0.30935 0.58964 0.30418 0.59425 0.29927 0.59898 0.29461 0.60382 0.29021 0.60876 0.28608 0.61380 0.28223 0.61892 0.27865 0.62413 0.27536 0.62942 0.27235 0.63478\n 40 6 8\n 38 6 1\n 14 116 5 0.41742 0.52341 0.42608 0.52444 0.42853 0.53347 0.42027 0.53543 0.41670 0.52358\n 40 6 9\n 38 6 1\n 14 72 3 0.41742 0.52341 0.42529 0.52155 0.42608 0.52444\n 40 6 8\n 38 6 1\n 14 94 4 0.43534 0.52529 0.43690 0.53171 0.42853 0.53347 0.42608 0.52444\n 40 6 9\n 38 6 1\n 14 94 4 0.43398 0.51972 0.43534 0.52529 0.42608 0.52444 0.42529 0.52155\n 40 6 8\n 38 6 1\n 14 94 4 0.44427 0.52510 0.44535 0.53014 0.43690 0.53171 0.43534 0.52529\n 40 6 9\n 38 6 1\n 14 94 4 0.44277 0.51808 0.44427 0.52510 0.43534 0.52529 0.43398 0.51972\n 40 6 8\n 38 6 1\n 14 94 4 0.45303 0.52416 0.45388 0.52876 0.44535 0.53014 0.44427 0.52510\n 40 6 9\n 38 6 1\n 14 94 4 0.45164 0.51665 0.45303 0.52416 0.44427 0.52510 0.44277 0.51808\n 40 6 8\n 38 6 1\n 14 94 4 0.46189 0.52376 0.46248 0.52757 0.45388 0.52876 0.45303 0.52416\n 40 6 9\n 38 6 1\n 14 94 4 0.46058 0.51541 0.46189 0.52376 0.45303 0.52416 0.45164 0.51665\n 40 6 8\n 38 6 1\n 14 94 4 0.47080 0.52392 0.47114 0.52658 0.46248 0.52757 0.46189 0.52376\n 40 6 9\n 38 6 1\n 14 94 4 0.46959 0.51438 0.47080 0.52392 0.46189 0.52376 0.46058 0.51541\n 40 6 8\n 38 6 1\n 14 94 4 0.47975 0.52475 0.47985 0.52579 0.47114 0.52658 0.47080 0.52392\n 40 6 9\n 38 6 1\n 14 94 4 0.47864 0.51356 0.47975 0.52475 0.47080 0.52392 0.46959 0.51438\n 40 6 8\n 38 6 1\n 14 72 3 0.48586 0.52538 0.47985 0.52579 0.47975 0.52475\n 40 6 9\n 38 6 1\n 14 116 5 0.48773 0.51294 0.48860 0.52519 0.48586 0.52538 0.47975 0.52475 0.47864 0.51356\n 40 6 9\n 38 6 1\n 14 754 34 0.48773 0.51294 0.49685 0.51253 0.50598 0.51232 0.51513 0.51232 0.52426 0.51253 0.53338 0.51294 0.54247 0.51356 0.55152 0.51438 0.56053 0.51541 0.56947 0.51665 0.57834 0.51808 0.58713 0.51972 0.59582 0.52155 0.60441 0.52358 0.61289 0.52580 0.62124 0.52821 0.62945 0.53081 0.62493 0.54238 0.61703 0.53988 0.60899 0.53756 0.60084 0.53543 0.59258 0.53347 0.58421 0.53171 0.57576 0.53014 0.56723 0.52876 0.55863 0.52757 0.54997 0.52658 0.54126 0.52579 0.53251 0.52519 0.52374 0.52480 0.51495 0.52460 0.50616 0.52460 0.49737 0.52480 0.48860 0.52519\n 40 6 7\n 38 6 1\n 14 72 3 0.76078 0.66795 0.76061 0.66807 0.76037 0.66694\n 40 6 8\n 38 6 1\n 14 116 5 0.77050 0.66146 0.76078 0.66795 0.76037 0.66694 0.75939 0.66242 0.76923 0.65559\n 40 6 7\n 38 6 1\n 14 116 5 0.77132 0.66652 0.77145 0.66736 0.76153 0.67374 0.76061 0.66807 0.76078 0.66795\n 40 6 8\n 38 6 1\n 14 72 3 0.77132 0.66652 0.76078 0.66795 0.77050 0.66146\n 40 6 7\n 38 6 1\n 14 182 8 0.77145 0.66736 0.77209 0.67328 0.77241 0.67920 0.77241 0.68513 0.76245 0.69084 0.76245 0.68513 0.76214 0.67943 0.76153 0.67374\n 40 6 7\n 38 6 1\n 14 94 4 0.77230 0.68715 0.76217 0.69598 0.76245 0.69084 0.77241 0.68513\n 40 6 8\n 38 6 1\n 14 94 4 0.77230 0.68715 0.77209 0.69106 0.76214 0.69654 0.76217 0.69598\n 40 6 7\n 38 6 1\n 14 72 3 0.76796 0.69882 0.76153 0.70223 0.76202 0.69765\n 40 6 8\n 38 6 1\n 14 116 5 0.77145 0.69697 0.76796 0.69882 0.76202 0.69765 0.76214 0.69654 0.77209 0.69106\n 40 6 7\n 38 6 1\n 14 94 4 0.77007 0.70309 0.76061 0.70790 0.76153 0.70223 0.76796 0.69882\n 40 6 8\n 38 6 1\n 14 94 4 0.77050 0.70287 0.77007 0.70309 0.76796 0.69882 0.77145 0.69697\n 40 6 7\n 38 6 1\n 14 94 4 0.76459 0.71100 0.75939 0.71355 0.76061 0.70790 0.77007 0.70309\n 40 6 8\n 38 6 1\n 14 94 4 0.76923 0.70874 0.76459 0.71100 0.77007 0.70309 0.77050 0.70287\n 40 6 7\n 38 6 1\n 14 72 3 0.75911 0.71455 0.75939 0.71355 0.76459 0.71100\n 40 6 8\n 38 6 1\n 14 116 5 0.76764 0.71458 0.75786 0.71916 0.75911 0.71455 0.76459 0.71100 0.76923 0.70874\n 40 6 8\n 38 6 1\n 14 138 6 0.76764 0.71458 0.76574 0.72038 0.76353 0.72613 0.75390 0.73028 0.75603 0.72474 0.75786 0.71916\n 40 6 8\n 38 6 1\n 14 94 4 0.76325 0.72676 0.75335 0.73153 0.75390 0.73028 0.76353 0.72613\n 40 6 9\n 38 6 1\n 14 94 4 0.76325 0.72676 0.76101 0.73183 0.75148 0.73576 0.75335 0.73153\n 40 6 9\n 38 6 1\n 14 94 4 0.75946 0.73492 0.74930 0.74012 0.75148 0.73576 0.76101 0.73183\n 40 6 10\n 38 6 1\n 14 94 4 0.75946 0.73492 0.75818 0.73747 0.74876 0.74119 0.74930 0.74012\n 40 6 10\n 38 6 1\n 14 842 38 0.75818 0.73747 0.75505 0.74304 0.75163 0.74854 0.74791 0.75396 0.74390 0.75929 0.73961 0.76452 0.73504 0.76966 0.73020 0.77469 0.72509 0.77960 0.71971 0.78440 0.71409 0.78907 0.70821 0.79361 0.70209 0.79802 0.69574 0.80228 0.68917 0.80640 0.68237 0.81037 0.67537 0.81418 0.66817 0.81783 0.66077 0.82132 0.65506 0.82184 0.66217 0.81849 0.66910 0.81498 0.67584 0.81131 0.68237 0.80750 0.68870 0.80353 0.69481 0.79943 0.70069 0.79519 0.70634 0.79082 0.71176 0.78633 0.71693 0.78171 0.72184 0.77698 0.72650 0.77215 0.73090 0.76721 0.73503 0.76217 0.73888 0.75704 0.74246 0.75183 0.74576 0.74655 0.74876 0.74119\n 40 6 9\n 38 6 1\n 14 72 3 0.65152 0.82476 0.64777 0.82503 0.65465 0.82202\n 40 6 10\n 38 6 1\n 14 116 5 0.65319 0.82463 0.65152 0.82476 0.65465 0.82202 0.65506 0.82184 0.66077 0.82132\n 40 6 9\n 38 6 1\n 14 94 4 0.64454 0.82782 0.64031 0.82806 0.64777 0.82503 0.65152 0.82476\n 40 6 10\n 38 6 1\n 14 94 4 0.64544 0.82778 0.64454 0.82782 0.65152 0.82476 0.65319 0.82463\n 40 6 8\n 38 6 1\n 14 1414 64 0.27536 0.62942 0.27865 0.62413 0.28223 0.61892 0.28608 0.61380 0.29021 0.60876 0.29461 0.60382 0.29927 0.59898 0.30418 0.59425 0.30935 0.58964 0.31477 0.58515 0.32042 0.58078 0.32630 0.57654 0.33241 0.57243 0.33874 0.56847 0.34527 0.56466 0.35201 0.56099 0.35894 0.55748 0.36605 0.55412 0.37334 0.55094 0.38080 0.54791 0.38842 0.54506 0.39618 0.54238 0.40408 0.53988 0.41212 0.53756 0.42027 0.53543 0.42853 0.53347 0.43690 0.53171 0.44535 0.53014 0.45388 0.52876 0.46248 0.52757 0.47114 0.52658 0.47985 0.52579 0.48110 0.53799 0.47275 0.53875 0.46444 0.53970 0.45619 0.54084 0.44801 0.54216 0.43990 0.54367 0.43188 0.54536 0.42395 0.54723 0.41613 0.54928 0.40842 0.55151 0.40084 0.55391 0.39339 0.55647 0.38609 0.55921 0.37893 0.56211 0.37194 0.56517 0.36512 0.56838 0.35847 0.57175 0.35201 0.57527 0.34574 0.57893 0.33967 0.58273 0.33381 0.58667 0.32817 0.59073 0.32275 0.59493 0.31755 0.59924 0.31259 0.60366 0.30788 0.60820 0.30341 0.61284 0.29919 0.61758 0.29523 0.62241 0.29153 0.62733 0.28810 0.63232 0.28494 0.63740\n 40 6 8\n 38 6 1\n 14 116 5 0.48586 0.52538 0.48864 0.52581 0.48949 0.53742 0.48110 0.53799 0.47985 0.52579\n 40 6 9\n 38 6 1\n 14 72 3 0.48586 0.52538 0.48860 0.52519 0.48864 0.52581\n 40 6 8\n 38 6 1\n 14 94 4 0.49746 0.52695 0.49791 0.53704 0.48949 0.53742 0.48864 0.52581\n 40 6 9\n 38 6 1\n 14 94 4 0.49737 0.52480 0.49746 0.52695 0.48864 0.52581 0.48860 0.52519\n 40 6 8\n 38 6 1\n 14 94 4 0.50622 0.52862 0.50634 0.53684 0.49791 0.53704 0.49746 0.52695\n 40 6 9\n 38 6 1\n 14 94 4 0.50616 0.52460 0.50622 0.52862 0.49746 0.52695 0.49737 0.52480\n 40 6 8\n 38 6 1\n 14 94 4 0.51483 0.53320 0.51477 0.53684 0.50634 0.53684 0.50622 0.52862\n 40 6 9\n 38 6 1\n 14 94 4 0.51495 0.52460 0.51483 0.53320 0.50622 0.52862 0.50616 0.52460\n 40 6 8\n 38 6 1\n 14 72 3 0.52226 0.53701 0.51477 0.53684 0.51483 0.53320\n 40 6 9\n 38 6 1\n 14 116 5 0.52374 0.52480 0.52320 0.53704 0.52226 0.53701 0.51483 0.53320 0.51495 0.52460\n 40 6 9\n 38 6 1\n 14 578 26 0.52374 0.52480 0.53251 0.52519 0.54126 0.52579 0.54997 0.52658 0.55863 0.52757 0.56723 0.52876 0.57576 0.53014 0.58421 0.53171 0.59258 0.53347 0.60084 0.53543 0.60899 0.53756 0.61703 0.53988 0.62493 0.54238 0.62027 0.55391 0.61269 0.55151 0.60498 0.54928 0.59716 0.54723 0.58923 0.54536 0.58121 0.54367 0.57310 0.54216 0.56492 0.54084 0.55667 0.53970 0.54836 0.53875 0.54001 0.53799 0.53162 0.53742 0.52320 0.53704\n 40 6 7\n 38 6 1\n 14 138 6 0.76061 0.66807 0.76153 0.67374 0.76214 0.67943 0.75189 0.68537 0.75130 0.67991 0.75042 0.67447\n 40 6 7\n 38 6 1\n 14 116 5 0.76245 0.68513 0.75255 0.69063 0.75218 0.69072 0.75189 0.68537 0.76214 0.67943\n 40 6 8\n 38 6 1\n 14 72 3 0.75255 0.69063 0.75218 0.69084 0.75218 0.69072\n 40 6 7\n 38 6 1\n 14 116 5 0.76245 0.69084 0.75218 0.69631 0.75218 0.69102 0.75255 0.69063 0.76245 0.68513\n 40 6 8\n 38 6 1\n 14 72 3 0.75218 0.69102 0.75218 0.69084 0.75255 0.69063\n 40 6 7\n 38 6 1\n 14 116 5 0.76217 0.69598 0.76109 0.69708 0.75189 0.70178 0.75218 0.69631 0.76245 0.69084\n 40 6 8\n 38 6 1\n 14 72 3 0.76217 0.69598 0.76214 0.69654 0.76109 0.69708\n 40 6 7\n 38 6 1\n 14 116 5 0.76202 0.69765 0.76153 0.70223 0.75130 0.70723 0.75189 0.70178 0.76109 0.69708\n 40 6 8\n 38 6 1\n 14 72 3 0.76202 0.69765 0.76109 0.69708 0.76214 0.69654\n 40 6 7\n 38 6 1\n 14 138 6 0.76153 0.70223 0.76061 0.70790 0.75939 0.71355 0.74925 0.71809 0.75042 0.71268 0.75130 0.70723\n 40 6 7\n 38 6 1\n 14 94 4 0.75911 0.71455 0.74920 0.71825 0.74925 0.71809 0.75939 0.71355\n 40 6 8\n 38 6 1\n 14 94 4 0.75911 0.71455 0.75786 0.71916 0.74778 0.72348 0.74920 0.71825\n 40 6 8\n 38 6 1\n 14 116 5 0.75603 0.72474 0.74692 0.72847 0.74617 0.72840 0.74778 0.72348 0.75786 0.71916\n 40 6 9\n 38 6 1\n 14 72 3 0.74692 0.72847 0.74603 0.72883 0.74617 0.72840\n 40 6 8\n 38 6 1\n 14 94 4 0.75390 0.73028 0.75119 0.73134 0.74692 0.72847 0.75603 0.72474\n 40 6 9\n 38 6 1\n 14 94 4 0.75119 0.73134 0.74399 0.73414 0.74603 0.72883 0.74692 0.72847\n 40 6 8\n 38 6 1\n 14 72 3 0.75335 0.73153 0.75119 0.73134 0.75390 0.73028\n 40 6 9\n 38 6 1\n 14 116 5 0.75335 0.73153 0.75148 0.73576 0.74166 0.73940 0.74399 0.73414 0.75119 0.73134\n 40 6 9\n 38 6 1\n 14 116 5 0.74930 0.74012 0.74487 0.74256 0.73905 0.74461 0.74166 0.73940 0.75148 0.73576\n 40 6 10\n 38 6 1\n 14 72 3 0.74930 0.74012 0.74876 0.74119 0.74487 0.74256\n 40 6 9\n 38 6 1\n 14 94 4 0.74173 0.74789 0.73617 0.74975 0.73905 0.74461 0.74487 0.74256\n 40 6 10\n 38 6 1\n 14 94 4 0.74576 0.74655 0.74173 0.74789 0.74487 0.74256 0.74876 0.74119\n 40 6 9\n 38 6 1\n 14 94 4 0.73773 0.75333 0.73301 0.75482 0.73617 0.74975 0.74173 0.74789\n 40 6 10\n 38 6 1\n 14 94 4 0.74246 0.75183 0.73773 0.75333 0.74173 0.74789 0.74576 0.74655\n 40 6 9\n 38 6 1\n 14 94 4 0.73335 0.75869 0.72958 0.75982 0.73301 0.75482 0.73773 0.75333\n 40 6 10\n 38 6 1\n 14 94 4 0.73888 0.75704 0.73335 0.75869 0.73773 0.75333 0.74246 0.75183\n 40 6 9\n 38 6 1\n 14 94 4 0.72778 0.76420 0.72588 0.76474 0.72958 0.75982 0.73335 0.75869\n 40 6 10\n 38 6 1\n 14 94 4 0.73503 0.76217 0.72778 0.76420 0.73335 0.75869 0.73888 0.75704\n 40 6 9\n 38 6 1\n 14 94 4 0.72193 0.76956 0.72192 0.76957 0.72588 0.76474 0.72778 0.76420\n 40 6 10\n 38 6 1\n 14 94 4 0.73090 0.76721 0.72193 0.76956 0.72778 0.76420 0.73503 0.76217\n 40 6 9\n 38 6 1\n 14 72 3 0.72190 0.76959 0.72192 0.76957 0.72193 0.76956\n 40 6 10\n 38 6 1\n 14 116 5 0.72650 0.77215 0.71770 0.77431 0.72190 0.76959 0.72193 0.76956 0.73090 0.76721\n 40 6 10\n 38 6 1\n 14 446 20 0.72650 0.77215 0.72184 0.77698 0.71693 0.78171 0.71176 0.78633 0.70634 0.79082 0.70069 0.79519 0.69481 0.79943 0.68870 0.80353 0.68237 0.80750 0.67584 0.81131 0.66910 0.81187 0.67537 0.80821 0.68144 0.80441 0.68730 0.80048 0.69294 0.79641 0.69836 0.79222 0.70356 0.78791 0.70852 0.78348 0.71323 0.77895 0.71770 0.77431\n 40 6 9\n 38 6 1\n 14 72 3 0.66539 0.81522 0.66264 0.81539 0.66582 0.81366\n 40 6 10\n 38 6 1\n 14 116 5 0.66910 0.81498 0.66539 0.81522 0.66582 0.81366 0.66910 0.81187 0.67584 0.81131\n 40 6 9\n 38 6 1\n 14 94 4 0.66011 0.81858 0.65599 0.81876 0.66264 0.81539 0.66539 0.81522\n 40 6 10\n 38 6 1\n 14 94 4 0.66217 0.81849 0.66011 0.81858 0.66539 0.81522 0.66910 0.81498\n 40 6 9\n 38 6 1\n 14 94 4 0.65489 0.82185 0.64917 0.82198 0.65599 0.81876 0.66011 0.81858\n 40 6 10\n 38 6 1\n 14 94 4 0.65506 0.82184 0.65489 0.82185 0.66011 0.81858 0.66217 0.81849\n 40 6 9\n 38 6 1\n 14 116 5 0.65465 0.82202 0.64777 0.82503 0.64218 0.82504 0.64917 0.82198 0.65489 0.82185\n 40 6 10\n 38 6 1\n 14 72 3 0.65465 0.82202 0.65489 0.82185 0.65506 0.82184\n 40 6 9\n 38 6 1\n 14 138 6 0.64777 0.82503 0.64031 0.82806 0.63269 0.83091 0.62772 0.83067 0.63502 0.82793 0.64218 0.82504\n 40 6 8\n 38 6 1\n 14 314 14 0.28494 0.63740 0.28810 0.63232 0.29153 0.62733 0.29523 0.62241 0.29919 0.61758 0.30341 0.61284 0.30788 0.60820 0.31674 0.61728 0.31246 0.62172 0.30843 0.62625 0.30464 0.63087 0.30110 0.63557 0.29782 0.64035 0.29480 0.64521\n 40 6 7\n 38 6 1\n 14 72 3 0.31716 0.60856 0.32125 0.61295 0.31937 0.61475\n 40 6 8\n 38 6 1\n 14 116 5 0.31259 0.60366 0.31716 0.60856 0.31937 0.61475 0.31674 0.61728 0.30788 0.60820\n 40 6 7\n 38 6 1\n 14 94 4 0.32398 0.60646 0.32599 0.60871 0.32125 0.61295 0.31716 0.60856\n 40 6 8\n 38 6 1\n 14 94 4 0.31755 0.59924 0.32398 0.60646 0.31716 0.60856 0.31259 0.60366\n 40 6 7\n 38 6 1\n 14 72 3 0.32742 0.60752 0.32599 0.60871 0.32398 0.60646\n 40 6 8\n 38 6 1\n 14 116 5 0.32275 0.59493 0.33095 0.60459 0.32742 0.60752 0.32398 0.60646 0.31755 0.59924\n 40 6 8\n 38 6 1\n 14 1194 54 0.32275 0.59493 0.32817 0.59073 0.33381 0.58667 0.33967 0.58273 0.34574 0.57893 0.35201 0.57527 0.35847 0.57175 0.36512 0.56838 0.37194 0.56517 0.37893 0.56211 0.38609 0.55921 0.39339 0.55647 0.40084 0.55391 0.40842 0.55151 0.41613 0.54928 0.42395 0.54723 0.43188 0.54536 0.43990 0.54367 0.44801 0.54216 0.45619 0.54084 0.46444 0.53970 0.47275 0.53875 0.48110 0.53799 0.48949 0.53742 0.49791 0.53704 0.50634 0.53684 0.51477 0.53684 0.51459 0.54905 0.50652 0.54905 0.49846 0.54923 0.49041 0.54959 0.48239 0.55014 0.47440 0.55087 0.46646 0.55178 0.45857 0.55287 0.45074 0.55413 0.44299 0.55557 0.43532 0.55719 0.42774 0.55898 0.42026 0.56094 0.41289 0.56307 0.40564 0.56536 0.39851 0.56782 0.39153 0.57043 0.38469 0.57321 0.37800 0.57613 0.37147 0.57921 0.36512 0.58243 0.35894 0.58579 0.35294 0.58929 0.34714 0.59293 0.34154 0.59669 0.33614 0.60058 0.33095 0.60459\n 40 6 8\n 38 6 1\n 14 116 5 0.52226 0.53701 0.52317 0.53775 0.52265 0.54923 0.51459 0.54905 0.51477 0.53684\n 40 6 9\n 38 6 1\n 14 72 3 0.52226 0.53701 0.52320 0.53704 0.52317 0.53775\n 40 6 8\n 38 6 1\n 14 72 3 0.53066 0.54959 0.52265 0.54923 0.52317 0.53775\n 40 6 9\n 38 6 1\n 14 116 5 0.53162 0.53742 0.53070 0.54959 0.53066 0.54959 0.52317 0.53775 0.52320 0.53704\n 40 6 9\n 38 6 1\n 14 446 20 0.53162 0.53742 0.54001 0.53799 0.54836 0.53875 0.55667 0.53970 0.56492 0.54084 0.57310 0.54216 0.58121 0.54367 0.58923 0.54536 0.59716 0.54723 0.60498 0.54928 0.60085 0.56094 0.59338 0.55898 0.58579 0.55719 0.57812 0.55557 0.57037 0.55413 0.56254 0.55287 0.55465 0.55178 0.54671 0.55087 0.53872 0.55014 0.53070 0.54959\n 40 6 7\n 38 6 1\n 14 94 4 0.75218 0.69102 0.75218 0.69631 0.74162 0.70154 0.74162 0.69790\n 40 6 8\n 38 6 1\n 14 94 4 0.75218 0.69102 0.74162 0.69790 0.74162 0.69631 0.75218 0.69084\n 40 6 7\n 38 6 1\n 14 138 6 0.75218 0.69631 0.75189 0.70178 0.75130 0.70723 0.74078 0.71199 0.74134 0.70677 0.74162 0.70154\n 40 6 7\n 38 6 1\n 14 116 5 0.75042 0.71268 0.74283 0.71595 0.74016 0.71583 0.74078 0.71199 0.75130 0.70723\n 40 6 8\n 38 6 1\n 14 72 3 0.74283 0.71595 0.73994 0.71719 0.74016 0.71583\n 40 6 7\n 38 6 1\n 14 94 4 0.74925 0.71809 0.74866 0.71833 0.74283 0.71595 0.75042 0.71268\n 40 6 8\n 38 6 1\n 14 94 4 0.74866 0.71833 0.73881 0.72237 0.73994 0.71719 0.74283 0.71595\n 40 6 7\n 38 6 1\n 14 72 3 0.74920 0.71825 0.74866 0.71833 0.74925 0.71809\n 40 6 8\n 38 6 1\n 14 116 5 0.74920 0.71825 0.74778 0.72348 0.73741 0.72753 0.73881 0.72237 0.74866 0.71833\n 40 6 8\n 38 6 1\n 14 116 5 0.74617 0.72840 0.74109 0.73066 0.73574 0.73265 0.73741 0.72753 0.74778 0.72348\n 40 6 9\n 38 6 1\n 14 72 3 0.74617 0.72840 0.74603 0.72883 0.74109 0.73066\n 40 6 8\n 38 6 1\n 14 72 3 0.73545 0.73337 0.73574 0.73265 0.74109 0.73066\n 40 6 9\n 38 6 1\n 14 116 5 0.74399 0.73414 0.73378 0.73772 0.73545 0.73337 0.74109 0.73066 0.74603 0.72883\n 40 6 9\n 38 6 1\n 14 358 16 0.74399 0.73414 0.74166 0.73940 0.73905 0.74461 0.73617 0.74975 0.73301 0.75482 0.72958 0.75982 0.72588 0.76474 0.72192 0.76957 0.71268 0.77160 0.71647 0.76698 0.72001 0.76228 0.72329 0.75750 0.72631 0.75264 0.72907 0.74773 0.73156 0.74275 0.73378 0.73772\n 40 6 9\n 38 6 1\n 14 116 5 0.72190 0.76959 0.71608 0.77463 0.70865 0.77613 0.71268 0.77160 0.72192 0.76957\n 40 6 10\n 38 6 1\n 14 72 3 0.72190 0.76959 0.71770 0.77431 0.71608 0.77463\n 40 6 9\n 38 6 1\n 14 94 4 0.70996 0.77954 0.70437 0.78057 0.70865 0.77613 0.71608 0.77463\n 40 6 10\n 38 6 1\n 14 94 4 0.71323 0.77895 0.70996 0.77954 0.71608 0.77463 0.71770 0.77431\n 40 6 9\n 38 6 1\n 14 94 4 0.70290 0.78440 0.69986 0.78490 0.70437 0.78057 0.70996 0.77954\n 40 6 10\n 38 6 1\n 14 94 4 0.70852 0.78348 0.70290 0.78440 0.70996 0.77954 0.71323 0.77895\n 40 6 9\n 38 6 1\n 14 94 4 0.69534 0.78911 0.69512 0.78914 0.69986 0.78490 0.70290 0.78440\n 40 6 10\n 38 6 1\n 14 94 4 0.70356 0.78791 0.69534 0.78911 0.70290 0.78440 0.70852 0.78348\n 40 6 9\n 38 6 1\n 14 72 3 0.69459 0.78958 0.69512 0.78914 0.69534 0.78911\n 40 6 10\n 38 6 1\n 14 116 5 0.69836 0.79222 0.69016 0.79326 0.69459 0.78958 0.69534 0.78911 0.70356 0.78791\n 40 6 10\n 38 6 1\n 14 226 10 0.69836 0.79222 0.69294 0.79641 0.68730 0.80048 0.68144 0.80441 0.67537 0.80821 0.66817 0.80856 0.67397 0.80492 0.67957 0.80116 0.68497 0.79727 0.69016 0.79326\n 40 6 9\n 38 6 1\n 14 72 3 0.66403 0.81201 0.66217 0.81206 0.66527 0.81025\n 40 6 10\n 38 6 1\n 14 116 5 0.66910 0.81187 0.66403 0.81201 0.66527 0.81025 0.66817 0.80856 0.67537 0.80821\n 40 6 9\n 38 6 1\n 14 116 5 0.66582 0.81366 0.66264 0.81539 0.65599 0.81542 0.66217 0.81206 0.66403 0.81201\n 40 6 10\n 38 6 1\n 14 72 3 0.66582 0.81366 0.66403 0.81201 0.66910 0.81187\n 40 6 9\n 38 6 1\n 14 358 16 0.66264 0.81539 0.65599 0.81876 0.64917 0.82198 0.64218 0.82504 0.63502 0.82793 0.62772 0.83067 0.62027 0.83324 0.61269 0.83564 0.60822 0.83478 0.61547 0.83249 0.62260 0.83003 0.62958 0.82742 0.63642 0.82464 0.64311 0.82172 0.64964 0.81864 0.65599 0.81542\n 40 6 8\n 38 6 1\n 14 402 18 0.28955 0.65510 0.29204 0.65012 0.29480 0.64521 0.29782 0.64035 0.30110 0.63557 0.30464 0.63087 0.30843 0.62625 0.31246 0.62172 0.31674 0.61728 0.32583 0.62622 0.32176 0.63045 0.31791 0.63477 0.31430 0.63918 0.31093 0.64366 0.30781 0.64821 0.30493 0.65284 0.30230 0.65752 0.29992 0.66227\n 40 6 7\n 38 6 1\n 14 94 4 0.31937 0.61475 0.32125 0.61295 0.33013 0.62209 0.32631 0.62577\n 40 6 8\n 38 6 1\n 14 94 4 0.31937 0.61475 0.32631 0.62577 0.32583 0.62622 0.31674 0.61728\n 40 6 8\n 38 6 1\n 14 1238 56 0.33095 0.60459 0.33614 0.60058 0.34154 0.59669 0.34714 0.59293 0.35294 0.58929 0.35894 0.58579 0.36512 0.58243 0.37147 0.57921 0.37800 0.57613 0.38469 0.57321 0.39153 0.57043 0.39851 0.56782 0.40564 0.56536 0.41289 0.56307 0.42026 0.56094 0.42774 0.55898 0.43532 0.55719 0.44299 0.55557 0.45074 0.55413 0.45857 0.55287 0.46646 0.55178 0.47440 0.55087 0.48239 0.55014 0.49041 0.54959 0.49846 0.54923 0.50652 0.54905 0.51459 0.54905 0.52265 0.54923 0.52208 0.56136 0.51440 0.56119 0.50671 0.56119 0.49903 0.56136 0.49136 0.56171 0.48371 0.56223 0.47610 0.56293 0.46853 0.56379 0.46101 0.56483 0.45355 0.56604 0.44616 0.56741 0.43885 0.56895 0.43162 0.57066 0.42449 0.57253 0.41747 0.57455 0.41056 0.57674 0.40377 0.57908 0.39711 0.58157 0.39059 0.58422 0.38422 0.58701 0.37800 0.58994 0.37194 0.59301 0.36605 0.59621 0.36034 0.59955 0.35481 0.60301 0.34947 0.60660 0.34432 0.61031 0.33938 0.61413\n 40 6 8\n 38 6 1\n 14 116 5 0.53066 0.54959 0.53069 0.54964 0.52975 0.56171 0.52208 0.56136 0.52265 0.54923\n 40 6 9\n 38 6 1\n 14 72 3 0.53066 0.54959 0.53070 0.54959 0.53069 0.54964\n 40 6 8\n 38 6 1\n 14 94 4 0.53803 0.55643 0.53740 0.56223 0.52975 0.56171 0.53069 0.54964\n 40 6 9\n 38 6 1\n 14 94 4 0.53872 0.55014 0.53803 0.55643 0.53069 0.54964 0.53070 0.54959\n 40 6 8\n 38 6 1\n 14 72 3 0.54390 0.56283 0.53740 0.56223 0.53803 0.55643\n 40 6 9\n 38 6 1\n 14 116 5 0.54671 0.55087 0.54501 0.56293 0.54390 0.56283 0.53803 0.55643 0.53872 0.55014\n 40 6 9\n 38 6 1\n 14 314 14 0.54671 0.55087 0.55465 0.55178 0.56254 0.55287 0.57037 0.55413 0.57812 0.55557 0.58579 0.55719 0.59338 0.55898 0.58949 0.57066 0.58226 0.56895 0.57495 0.56741 0.56756 0.56604 0.56010 0.56483 0.55258 0.56379 0.54501 0.56293\n 40 6 7\n 38 6 1\n 14 72 3 0.74162 0.69790 0.74162 0.70154 0.73931 0.70261\n 40 6 8\n 38 6 1\n 14 116 5 0.74162 0.69790 0.73931 0.70261 0.73078 0.70653 0.73078 0.70154 0.74162 0.69631\n 40 6 7\n 38 6 1\n 14 116 5 0.74134 0.70677 0.73051 0.71151 0.73061 0.70967 0.73931 0.70261 0.74162 0.70154\n 40 6 8\n 38 6 1\n 14 72 3 0.73061 0.70967 0.73078 0.70653 0.73931 0.70261\n 40 6 7\n 38 6 1\n 14 116 5 0.74078 0.71199 0.73202 0.71564 0.73009 0.71545 0.73051 0.71151 0.74134 0.70677\n 40 6 8\n 38 6 1\n 14 72 3 0.73202 0.71564 0.72998 0.71649 0.73009 0.71545\n 40 6 7\n 38 6 1\n 14 72 3 0.74016 0.71583 0.73202 0.71564 0.74078 0.71199\n 40 6 8\n 38 6 1\n 14 116 5 0.74016 0.71583 0.73994 0.71719 0.72917 0.72145 0.72998 0.71649 0.73202 0.71564\n 40 6 8\n 38 6 1\n 14 182 8 0.73994 0.71719 0.73881 0.72237 0.73741 0.72753 0.73574 0.73265 0.72517 0.73617 0.72677 0.73130 0.72810 0.72638 0.72917 0.72145\n 40 6 8\n 38 6 1\n 14 116 5 0.73545 0.73337 0.72731 0.73976 0.72331 0.74101 0.72517 0.73617 0.73574 0.73265\n 40 6 9\n 38 6 1\n 14 72 3 0.73545 0.73337 0.73378 0.73772 0.72731 0.73976\n 40 6 8\n 38 6 1\n 14 94 4 0.72400 0.74498 0.72119 0.74581 0.72331 0.74101 0.72731 0.73976\n 40 6 9\n 38 6 1\n 14 94 4 0.73156 0.74275 0.72400 0.74498 0.72731 0.73976 0.73378 0.73772\n 40 6 8\n 38 6 1\n 14 94 4 0.72104 0.74994 0.71881 0.75055 0.72119 0.74581 0.72400 0.74498\n 40 6 9\n 38 6 1\n 14 94 4 0.72907 0.74773 0.72104 0.74994 0.72400 0.74498 0.73156 0.74275\n 40 6 8\n 38 6 1\n 14 72 3 0.71752 0.75285 0.71881 0.75055 0.72104 0.74994\n 40 6 9\n 38 6 1\n 14 116 5 0.72631 0.75264 0.71618 0.75523 0.71752 0.75285 0.72104 0.74994 0.72907 0.74773\n 40 6 9\n 38 6 1\n 14 402 18 0.72631 0.75264 0.72329 0.75750 0.72001 0.76228 0.71647 0.76698 0.71268 0.77160 0.70865 0.77613 0.70437 0.78057 0.69986 0.78490 0.69512 0.78914 0.68646 0.79001 0.69098 0.78598 0.69528 0.78185 0.69935 0.77762 0.70320 0.77330 0.70681 0.76890 0.71018 0.76441 0.71330 0.75986 0.71618 0.75523\n 40 6 9\n 38 6 1\n 14 116 5 0.69459 0.78958 0.68668 0.79354 0.68173 0.79394 0.68646 0.79001 0.69512 0.78914\n 40 6 10\n 38 6 1\n 14 72 3 0.69459 0.78958 0.69016 0.79326 0.68668 0.79354\n 40 6 9\n 38 6 1\n 14 72 3 0.67682 0.79774 0.68173 0.79394 0.68668 0.79354\n 40 6 10\n 38 6 1\n 14 116 5 0.68497 0.79727 0.67679 0.79776 0.67682 0.79774 0.68668 0.79354 0.69016 0.79326\n 40 6 10\n 38 6 1\n 14 182 8 0.68497 0.79727 0.67957 0.80116 0.67397 0.80492 0.66817 0.80856 0.66077 0.80852 0.66630 0.80506 0.67164 0.80147 0.67679 0.79776\n 40 6 9\n 38 6 1\n 14 94 4 0.66527 0.81025 0.66217 0.81206 0.65506 0.81186 0.66077 0.80852\n 40 6 10\n 38 6 1\n 14 94 4 0.66527 0.81025 0.66077 0.80852 0.66077 0.80852 0.66817 0.80856\n 40 6 9\n 38 6 1\n 14 358 16 0.66217 0.81206 0.65599 0.81542 0.64964 0.81864 0.64311 0.82172 0.63642 0.82464 0.62958 0.82742 0.62260 0.83003 0.61547 0.83249 0.61055 0.83133 0.61734 0.82899 0.62400 0.82650 0.63052 0.82385 0.63689 0.82107 0.64311 0.81813 0.64917 0.81506 0.65506 0.81186\n 40 6 8\n 38 6 1\n 14 72 3 0.60618 0.83422 0.60364 0.83352 0.60761 0.83226\n 40 6 9\n 38 6 1\n 14 116 5 0.60822 0.83478 0.60618 0.83422 0.60761 0.83226 0.61055 0.83133 0.61547 0.83249\n 40 6 8\n 38 6 1\n 14 116 5 0.60771 0.83493 0.60085 0.83691 0.59662 0.83555 0.60364 0.83352 0.60618 0.83422\n 40 6 9\n 38 6 1\n 14 72 3 0.60771 0.83493 0.60618 0.83422 0.60822 0.83478\n 40 6 8\n 38 6 1\n 14 226 10 0.60085 0.83691 0.59338 0.83887 0.58579 0.84066 0.57812 0.84228 0.57037 0.84372 0.56756 0.84203 0.57495 0.84066 0.58226 0.83912 0.58949 0.83741 0.59662 0.83555\n 40 6 8\n 38 6 1\n 14 94 4 0.31093 0.64366 0.31430 0.63918 0.32420 0.64731 0.32100 0.65156\n 40 6 7\n 38 6 1\n 14 72 3 0.32663 0.64227 0.32763 0.64313 0.32693 0.64398\n 40 6 8\n 38 6 1\n 14 116 5 0.31791 0.63477 0.32663 0.64227 0.32693 0.64398 0.32420 0.64731 0.31430 0.63918\n 40 6 7\n 38 6 1\n 14 72 3 0.32977 0.64073 0.32763 0.64313 0.32663 0.64227\n 40 6 8\n 38 6 1\n 14 116 5 0.32176 0.63045 0.33128 0.63903 0.32977 0.64073 0.32663 0.64227 0.31791 0.63477\n 40 6 7\n 38 6 1\n 14 72 3 0.32744 0.62774 0.33515 0.63501 0.33280 0.63746\n 40 6 8\n 38 6 1\n 14 116 5 0.32583 0.62622 0.32744 0.62774 0.33280 0.63746 0.33128 0.63903 0.32176 0.63045\n 40 6 7\n 38 6 1\n 14 138 6 0.32631 0.62577 0.33013 0.62209 0.33815 0.63002 0.33848 0.63181 0.33515 0.63501 0.32744 0.62774\n 40 6 8\n 38 6 1\n 14 138 6 0.32631 0.62577 0.33815 0.63002 0.33923 0.63109 0.33848 0.63181 0.32744 0.62774 0.32583 0.62622\n 40 6 7\n 38 6 1\n 14 72 3 0.34815 0.62342 0.34802 0.62352 0.34756 0.62302\n 40 6 8\n 38 6 1\n 14 116 5 0.34432 0.61031 0.35271 0.61990 0.34815 0.62342 0.34756 0.62302 0.33938 0.61413\n 40 6 7\n 38 6 1\n 14 72 3 0.35686 0.61549 0.35759 0.61638 0.35738 0.61653\n 40 6 8\n 38 6 1\n 14 116 5 0.34947 0.60660 0.35686 0.61549 0.35738 0.61653 0.35271 0.61990 0.34432 0.61031\n 40 6 7\n 38 6 1\n 14 72 3 0.35787 0.61619 0.35759 0.61638 0.35686 0.61549\n 40 6 8\n 38 6 1\n 14 116 5 0.35481 0.60301 0.36267 0.61297 0.35787 0.61619 0.35686 0.61549 0.34947 0.60660\n 40 6 8\n 38 6 1\n 14 1194 54 0.35481 0.60301 0.36034 0.59955 0.36605 0.59621 0.37194 0.59301 0.37800 0.58994 0.38422 0.58701 0.39059 0.58422 0.39711 0.58157 0.40377 0.57908 0.41056 0.57674 0.41747 0.57455 0.42449 0.57253 0.43162 0.57066 0.43885 0.56895 0.44616 0.56741 0.45355 0.56604 0.46101 0.56483 0.46853 0.56379 0.47610 0.56293 0.48371 0.56223 0.49136 0.56171 0.49903 0.56136 0.50671 0.56119 0.51440 0.56119 0.52208 0.56136 0.52975 0.56171 0.53740 0.56223 0.53604 0.57425 0.52878 0.57375 0.52150 0.57342 0.51421 0.57326 0.50691 0.57326 0.49961 0.57342 0.49233 0.57375 0.48507 0.57425 0.47784 0.57491 0.47065 0.57573 0.46351 0.57671 0.45642 0.57786 0.44941 0.57917 0.44246 0.58063 0.43560 0.58225 0.42884 0.58402 0.42217 0.58595 0.41560 0.58802 0.40916 0.59025 0.40284 0.59261 0.39665 0.59512 0.39059 0.59777 0.38469 0.60055 0.37893 0.60347 0.37334 0.60651 0.36792 0.60968 0.36267 0.61297\n 40 6 8\n 38 6 1\n 14 94 4 0.54390 0.56283 0.53928 0.57454 0.53604 0.57425 0.53740 0.56223\n 40 6 9\n 38 6 1\n 14 94 4 0.54390 0.56283 0.54501 0.56293 0.54327 0.57491 0.53928 0.57454\n 40 6 9\n 38 6 1\n 14 270 12 0.54501 0.56293 0.55258 0.56379 0.56010 0.56483 0.56756 0.56604 0.57495 0.56741 0.58226 0.56895 0.57865 0.58063 0.57170 0.57917 0.56469 0.57786 0.55760 0.57671 0.55046 0.57573 0.54327 0.57491\n 40 6 8\n 38 6 1\n 14 94 4 0.73078 0.70154 0.73078 0.70653 0.71967 0.71126 0.71967 0.70653\n 40 6 7\n 38 6 1\n 14 72 3 0.73061 0.70967 0.73051 0.71151 0.72792 0.71256\n 40 6 8\n 38 6 1\n 14 116 5 0.73061 0.70967 0.72792 0.71256 0.71942 0.71600 0.71967 0.71126 0.73078 0.70653\n 40 6 7\n 38 6 1\n 14 72 3 0.73009 0.71545 0.72792 0.71256 0.73051 0.71151\n 40 6 8\n 38 6 1\n 14 116 5 0.73009 0.71545 0.72998 0.71649 0.71891 0.72072 0.71942 0.71600 0.72792 0.71256\n 40 6 8\n 38 6 1\n 14 358 16 0.72998 0.71649 0.72917 0.72145 0.72810 0.72638 0.72677 0.73130 0.72517 0.73617 0.72331 0.74101 0.72119 0.74581 0.71881 0.75055 0.70831 0.75306 0.71056 0.74856 0.71258 0.74401 0.71434 0.73941 0.71586 0.73478 0.71713 0.73012 0.71814 0.72543 0.71891 0.72072\n 40 6 8\n 38 6 1\n 14 94 4 0.71752 0.75285 0.70606 0.75707 0.70831 0.75306 0.71881 0.75055\n 40 6 9\n 38 6 1\n 14 94 4 0.71752 0.75285 0.71618 0.75523 0.70581 0.75751 0.70606 0.75707\n 40 6 9\n 38 6 1\n 14 446 20 0.71618 0.75523 0.71330 0.75986 0.71018 0.76441 0.70681 0.76890 0.70320 0.77330 0.69935 0.77762 0.69528 0.78185 0.69098 0.78598 0.68646 0.79001 0.68173 0.79394 0.67309 0.79427 0.67759 0.79054 0.68188 0.78671 0.68596 0.78278 0.68983 0.77877 0.69348 0.77467 0.69691 0.77049 0.70011 0.76623 0.70308 0.76190 0.70581 0.75751\n 40 6 9\n 38 6 1\n 14 116 5 0.67682 0.79774 0.67675 0.79777 0.66840 0.79790 0.67309 0.79427 0.68173 0.79394\n 40 6 10\n 38 6 1\n 14 72 3 0.67682 0.79774 0.67679 0.79776 0.67675 0.79777\n 40 6 9\n 38 6 1\n 14 94 4 0.67009 0.80146 0.66352 0.80142 0.66840 0.79790 0.67675 0.79777\n 40 6 10\n 38 6 1\n 14 94 4 0.67164 0.80147 0.67009 0.80146 0.67675 0.79777 0.67679 0.79776\n 40 6 9\n 38 6 1\n 14 94 4 0.66506 0.80502 0.65844 0.80482 0.66352 0.80142 0.67009 0.80146\n 40 6 10\n 38 6 1\n 14 94 4 0.66630 0.80506 0.66506 0.80502 0.67009 0.80146 0.67164 0.80147\n 40 6 9\n 38 6 1\n 14 94 4 0.66077 0.80852 0.65319 0.80811 0.65844 0.80482 0.66506 0.80502\n 40 6 10\n 38 6 1\n 14 94 4 0.66077 0.80852 0.66077 0.80852 0.66506 0.80502 0.66630 0.80506\n 40 6 9\n 38 6 1\n 14 116 5 0.66077 0.80852 0.65506 0.81186 0.64777 0.81128 0.65319 0.80811 0.66077 0.80852\n 40 6 10\n 38 6 1\n 14 72 3 0.66077 0.80852 0.66077 0.80852 0.66077 0.80852\n 40 6 9\n 38 6 1\n 14 358 16 0.65506 0.81186 0.64917 0.81506 0.64311 0.81813 0.63689 0.82107 0.63052 0.82385 0.62400 0.82650 0.61734 0.82899 0.61055 0.83133 0.60551 0.82977 0.61195 0.82755 0.61827 0.82518 0.62446 0.82267 0.63052 0.82002 0.63642 0.81724 0.64218 0.81432 0.64777 0.81128\n 40 6 8\n 38 6 1\n 14 72 3 0.60761 0.83226 0.60364 0.83352 0.60198 0.83293\n 40 6 9\n 38 6 1\n 14 116 5 0.60761 0.83226 0.60198 0.83293 0.59894 0.83185 0.60551 0.82977 0.61055 0.83133\n 40 6 8\n 38 6 1\n 14 116 5 0.59662 0.83555 0.59228 0.83377 0.59699 0.83241 0.60198 0.83293 0.60364 0.83352\n 40 6 9\n 38 6 1\n 14 72 3 0.59699 0.83241 0.59894 0.83185 0.60198 0.83293\n 40 6 8\n 38 6 1\n 14 314 14 0.59662 0.83555 0.58949 0.83741 0.58226 0.83912 0.57495 0.84066 0.56756 0.84203 0.56010 0.84324 0.55258 0.84428 0.55046 0.84206 0.55760 0.84108 0.56469 0.83993 0.57170 0.83863 0.57865 0.83717 0.58551 0.83555 0.59228 0.83377\n 40 6 8\n 38 6 1\n 14 138 6 0.54327 0.84289 0.53604 0.84355 0.52878 0.84404 0.52779 0.84130 0.53466 0.84083 0.54149 0.84021\n 40 6 7\n 38 6 1\n 14 72 3 0.33164 0.65884 0.33131 0.65929 0.33022 0.65848\n 40 6 8\n 38 6 1\n 14 116 5 0.32420 0.64731 0.33433 0.65526 0.33164 0.65884 0.33022 0.65848 0.32100 0.65156\n 40 6 7\n 38 6 1\n 14 94 4 0.32693 0.64398 0.32763 0.64313 0.33757 0.65131 0.33702 0.65198\n 40 6 8\n 38 6 1\n 14 94 4 0.32693 0.64398 0.33702 0.65198 0.33433 0.65526 0.32420 0.64731\n 40 6 7\n 38 6 1\n 14 116 5 0.32977 0.64073 0.33378 0.64118 0.34102 0.64743 0.33757 0.65131 0.32763 0.64313\n 40 6 8\n 38 6 1\n 14 72 3 0.32977 0.64073 0.33128 0.63903 0.33378 0.64118\n 40 6 7\n 38 6 1\n 14 116 5 0.33280 0.63746 0.33515 0.63501 0.34468 0.64363 0.34102 0.64743 0.33378 0.64118\n 40 6 8\n 38 6 1\n 14 72 3 0.33280 0.63746 0.33378 0.64118 0.33128 0.63903\n 40 6 7\n 38 6 1\n 14 94 4 0.33848 0.63181 0.34791 0.64053 0.34468 0.64363 0.33515 0.63501\n 40 6 8\n 38 6 1\n 14 94 4 0.33848 0.63181 0.33923 0.63109 0.34854 0.63992 0.34791 0.64053\n 40 6 7\n 38 6 1\n 14 72 3 0.34091 0.62959 0.34352 0.62726 0.34449 0.62821\n 40 6 8\n 38 6 1\n 14 116 5 0.34091 0.62959 0.34449 0.62821 0.35260 0.63630 0.34854 0.63992 0.33923 0.63109\n 40 6 7\n 38 6 1\n 14 116 5 0.34802 0.62352 0.35685 0.63277 0.35595 0.63352 0.34449 0.62821 0.34352 0.62726\n 40 6 8\n 38 6 1\n 14 72 3 0.35595 0.63352 0.35260 0.63630 0.34449 0.62821\n 40 6 7\n 38 6 1\n 14 94 4 0.34815 0.62342 0.35883 0.63124 0.35685 0.63277 0.34802 0.62352\n 40 6 8\n 38 6 1\n 14 94 4 0.34815 0.62342 0.35271 0.61990 0.36129 0.62934 0.35883 0.63124\n 40 6 7\n 38 6 1\n 14 72 3 0.35738 0.61653 0.35759 0.61638 0.35785 0.61668\n 40 6 8\n 38 6 1\n 14 116 5 0.35738 0.61653 0.35785 0.61668 0.36591 0.62601 0.36129 0.62934 0.35271 0.61990\n 40 6 7\n 38 6 1\n 14 72 3 0.35787 0.61619 0.35785 0.61668 0.35759 0.61638\n 40 6 8\n 38 6 1\n 14 116 5 0.35787 0.61619 0.36267 0.61297 0.37070 0.62279 0.36591 0.62601 0.35785 0.61668\n 40 6 8\n 38 6 1\n 14 534 24 0.36267 0.61297 0.36792 0.60968 0.37334 0.60651 0.37893 0.60347 0.38469 0.60055 0.39059 0.59777 0.39665 0.59512 0.40284 0.59261 0.40916 0.59025 0.41560 0.58802 0.42217 0.58595 0.42884 0.58402 0.43328 0.59542 0.42697 0.59724 0.42077 0.59920 0.41467 0.60130 0.40869 0.60354 0.40284 0.60591 0.39711 0.60842 0.39153 0.61105 0.38609 0.61381 0.38080 0.61669 0.37567 0.61968 0.37070 0.62279\n 40 6 7\n 38 6 1\n 14 72 3 0.43903 0.59192 0.43968 0.59374 0.43721 0.59438\n 40 6 8\n 38 6 1\n 14 116 5 0.43560 0.58225 0.43903 0.59192 0.43721 0.59438 0.43328 0.59542 0.42884 0.58402\n 40 6 7\n 38 6 1\n 14 94 4 0.44535 0.58966 0.44616 0.59221 0.43968 0.59374 0.43903 0.59192\n 40 6 8\n 38 6 1\n 14 94 4 0.44246 0.58063 0.44535 0.58966 0.43903 0.59192 0.43560 0.58225\n 40 6 7\n 38 6 1\n 14 94 4 0.45259 0.59032 0.45273 0.59082 0.44616 0.59221 0.44535 0.58966\n 40 6 8\n 38 6 1\n 14 94 4 0.44941 0.57917 0.45259 0.59032 0.44535 0.58966 0.44246 0.58063\n 40 6 7\n 38 6 1\n 14 72 3 0.45340 0.59070 0.45273 0.59082 0.45259 0.59032\n 40 6 8\n 38 6 1\n 14 116 5 0.45642 0.57786 0.45937 0.58959 0.45340 0.59070 0.45259 0.59032 0.44941 0.57917\n 40 6 8\n 38 6 1\n 14 490 22 0.45642 0.57786 0.46351 0.57671 0.47065 0.57573 0.47784 0.57491 0.48507 0.57425 0.49233 0.57375 0.49961 0.57342 0.50691 0.57326 0.51421 0.57326 0.52150 0.57342 0.52878 0.57375 0.52779 0.58571 0.52091 0.58539 0.51401 0.58524 0.50710 0.58524 0.50020 0.58539 0.49332 0.58571 0.48645 0.58617 0.47962 0.58680 0.47282 0.58757 0.46606 0.58851 0.45937 0.58959\n 40 6 8\n 38 6 1\n 14 116 5 0.53604 0.57425 0.53536 0.58013 0.53137 0.58595 0.52779 0.58571 0.52878 0.57375\n 40 6 9\n 38 6 1\n 14 72 3 0.53536 0.58013 0.53466 0.58617 0.53137 0.58595\n 40 6 8\n 38 6 1\n 14 72 3 0.53928 0.57454 0.53536 0.58013 0.53604 0.57425\n 40 6 9\n 38 6 1\n 14 116 5 0.53928 0.57454 0.54327 0.57491 0.54149 0.58680 0.53466 0.58617 0.53536 0.58013\n 40 6 9\n 38 6 1\n 14 138 6 0.54327 0.57491 0.55046 0.57573 0.55760 0.57671 0.55505 0.58851 0.54829 0.58757 0.54149 0.58680\n 40 6 8\n 38 6 1\n 14 72 3 0.56187 0.58909 0.56174 0.58959 0.56135 0.58953\n 40 6 9\n 38 6 1\n 14 116 5 0.56469 0.57786 0.56187 0.58909 0.56135 0.58953 0.55505 0.58851 0.55760 0.57671\n 40 6 8\n 38 6 1\n 14 72 3 0.56216 0.58967 0.56174 0.58959 0.56187 0.58909\n 40 6 9\n 38 6 1\n 14 116 5 0.57170 0.57917 0.56838 0.59082 0.56216 0.58967 0.56187 0.58909 0.56469 0.57786\n 40 6 7\n 38 6 1\n 14 72 3 0.70830 0.71184 0.70830 0.71127 0.71003 0.71054\n 40 6 8\n 38 6 1\n 14 116 5 0.71967 0.71126 0.70830 0.71574 0.70830 0.71184 0.71003 0.71054 0.71967 0.70653\n 40 6 8\n 38 6 1\n 14 446 20 0.71967 0.71126 0.71942 0.71600 0.71891 0.72072 0.71814 0.72543 0.71713 0.73012 0.71586 0.73478 0.71434 0.73941 0.71258 0.74401 0.71056 0.74856 0.70831 0.75306 0.69756 0.75527 0.69969 0.75101 0.70160 0.74671 0.70327 0.74236 0.70470 0.73798 0.70590 0.73357 0.70686 0.72914 0.70758 0.72469 0.70806 0.72022 0.70830 0.71574\n 40 6 8\n 38 6 1\n 14 116 5 0.70606 0.75707 0.70450 0.75775 0.69520 0.75948 0.69756 0.75527 0.70831 0.75306\n 40 6 9\n 38 6 1\n 14 72 3 0.70606 0.75707 0.70581 0.75751 0.70450 0.75775\n 40 6 8\n 38 6 1\n 14 94 4 0.69527 0.76319 0.69261 0.76363 0.69520 0.75948 0.70450 0.75775\n 40 6 9\n 38 6 1\n 14 94 4 0.70308 0.76190 0.69527 0.76319 0.70450 0.75775 0.70581 0.75751\n 40 6 8\n 38 6 1\n 14 72 3 0.69214 0.76432 0.69261 0.76363 0.69527 0.76319\n 40 6 9\n 38 6 1\n 14 116 5 0.70011 0.76623 0.68980 0.76772 0.69214 0.76432 0.69527 0.76319 0.70308 0.76190\n 40 6 9\n 38 6 1\n 14 886 40 0.70011 0.76623 0.69691 0.77049 0.69348 0.77467 0.68983 0.77877 0.68596 0.78278 0.68188 0.78671 0.67759 0.79054 0.67309 0.79427 0.66840 0.79790 0.66352 0.80142 0.65844 0.80482 0.65319 0.80811 0.64777 0.81128 0.64218 0.81432 0.63642 0.81724 0.63052 0.82002 0.62446 0.82267 0.61827 0.82518 0.61195 0.82755 0.60551 0.82977 0.60035 0.82781 0.60644 0.82571 0.61242 0.82347 0.61827 0.82109 0.62400 0.81859 0.62958 0.81596 0.63502 0.81320 0.64031 0.81032 0.64544 0.80733 0.65041 0.80422 0.65520 0.80100 0.65982 0.79767 0.66426 0.79424 0.66851 0.79071 0.67257 0.78709 0.67643 0.78337 0.68009 0.77958 0.68354 0.77570 0.68678 0.77174 0.68980 0.76772\n 40 6 8\n 38 6 1\n 14 72 3 0.59594 0.83055 0.59414 0.82977 0.59473 0.82959\n 40 6 9\n 38 6 1\n 14 116 5 0.59894 0.83185 0.59594 0.83055 0.59473 0.82959 0.60035 0.82781 0.60551 0.82977\n 40 6 8\n 38 6 1\n 14 116 5 0.59699 0.83241 0.59228 0.83377 0.58783 0.83159 0.59414 0.82977 0.59594 0.83055\n 40 6 9\n 38 6 1\n 14 72 3 0.59699 0.83241 0.59594 0.83055 0.59894 0.83185\n 40 6 8\n 38 6 1\n 14 138 6 0.59228 0.83377 0.58551 0.83555 0.57865 0.83717 0.57495 0.83480 0.58143 0.83327 0.58783 0.83159\n 40 6 8\n 38 6 1\n 14 138 6 0.55760 0.84108 0.55046 0.84206 0.54327 0.84289 0.54149 0.84021 0.54829 0.83943 0.55505 0.83850\n 40 6 8\n 38 6 1\n 14 94 4 0.52779 0.84130 0.52091 0.84161 0.52030 0.83844 0.52678 0.83815\n 40 6 7\n 38 6 1\n 14 72 3 0.35982 0.64701 0.35805 0.64859 0.35061 0.64181\n 40 6 8\n 38 6 1\n 14 116 5 0.35260 0.63630 0.36187 0.64518 0.35982 0.64701 0.35061 0.64181 0.34854 0.63992\n 40 6 7\n 38 6 1\n 14 72 3 0.35595 0.63352 0.35685 0.63277 0.35987 0.63581\n 40 6 8\n 38 6 1\n 14 116 5 0.35595 0.63352 0.35987 0.63581 0.36587 0.64186 0.36187 0.64518 0.35260 0.63630\n 40 6 7\n 38 6 1\n 14 72 3 0.35883 0.63124 0.35987 0.63581 0.35685 0.63277\n 40 6 8\n 38 6 1\n 14 116 5 0.35883 0.63124 0.36129 0.62934 0.37005 0.63863 0.36587 0.64186 0.35987 0.63581\n 40 6 8\n 38 6 1\n 14 138 6 0.36129 0.62934 0.36591 0.62601 0.37070 0.62279 0.37891 0.63246 0.37440 0.63550 0.37005 0.63863\n 40 6 7\n 38 6 1\n 14 72 3 0.38125 0.62663 0.38359 0.62954 0.38281 0.63002\n 40 6 8\n 38 6 1\n 14 116 5 0.37567 0.61968 0.38125 0.62663 0.38281 0.63002 0.37891 0.63246 0.37070 0.62279\n 40 6 7\n 38 6 1\n 14 94 4 0.38521 0.62249 0.38842 0.62671 0.38359 0.62954 0.38125 0.62663\n 40 6 8\n 38 6 1\n 14 94 4 0.38080 0.61669 0.38521 0.62249 0.38125 0.62663 0.37567 0.61968\n 40 6 7\n 38 6 1\n 14 72 3 0.39227 0.62462 0.38842 0.62671 0.38521 0.62249\n 40 6 8\n 38 6 1\n 14 116 5 0.38609 0.61381 0.39339 0.62401 0.39227 0.62462 0.38521 0.62249 0.38080 0.61669\n 40 6 8\n 38 6 1\n 14 314 14 0.38609 0.61381 0.39153 0.61105 0.39711 0.60842 0.40284 0.60591 0.40869 0.60354 0.41467 0.60130 0.42077 0.59920 0.42604 0.61026 0.42030 0.61223 0.41467 0.61434 0.40916 0.61658 0.40377 0.61893 0.39851 0.62141 0.39339 0.62401\n 40 6 7\n 38 6 1\n 14 72 3 0.42973 0.60351 0.43188 0.60841 0.42635 0.61016\n 40 6 8\n 38 6 1\n 14 116 5 0.42697 0.59724 0.42973 0.60351 0.42635 0.61016 0.42604 0.61026 0.42077 0.59920\n 40 6 7\n 38 6 1\n 14 94 4 0.43441 0.59823 0.43781 0.60669 0.43188 0.60841 0.42973 0.60351\n 40 6 8\n 38 6 1\n 14 94 4 0.43328 0.59542 0.43441 0.59823 0.42973 0.60351 0.42697 0.59724\n 40 6 7\n 38 6 1\n 14 116 5 0.43721 0.59438 0.43968 0.59374 0.44384 0.60511 0.43781 0.60669 0.43441 0.59823\n 40 6 8\n 38 6 1\n 14 72 3 0.43721 0.59438 0.43441 0.59823 0.43328 0.59542\n 40 6 7\n 38 6 1\n 14 138 6 0.43968 0.59374 0.44616 0.59221 0.45273 0.59082 0.45612 0.60237 0.44994 0.60367 0.44384 0.60511\n 40 6 8\n 38 6 1\n 14 226 10 0.50020 0.58539 0.50710 0.58524 0.51401 0.58524 0.52091 0.58539 0.52779 0.58571 0.52678 0.59755 0.52030 0.59726 0.51380 0.59711 0.50731 0.59711 0.50081 0.59726\n 40 6 8\n 38 6 1\n 14 116 5 0.53137 0.58595 0.53446 0.58781 0.53324 0.59799 0.52678 0.59755 0.52779 0.58571\n 40 6 9\n 38 6 1\n 14 72 3 0.53137 0.58595 0.53466 0.58617 0.53446 0.58781\n 40 6 8\n 38 6 1\n 14 94 4 0.54079 0.59140 0.53968 0.59858 0.53324 0.59799 0.53446 0.58781\n 40 6 9\n 38 6 1\n 14 94 4 0.54149 0.58680 0.54079 0.59140 0.53446 0.58781 0.53466 0.58617\n 40 6 7\n 38 6 1\n 14 94 4 0.70806 0.70679 0.70581 0.70771 0.70637 0.70285 0.70758 0.70232\n 40 6 8\n 38 6 1\n 14 94 4 0.70581 0.70771 0.69919 0.71042 0.69622 0.70724 0.70637 0.70285\n 40 6 9\n 38 6 1\n 14 94 4 0.69919 0.71042 0.69647 0.71153 0.69602 0.70733 0.69622 0.70724\n 40 6 7\n 38 6 1\n 14 94 4 0.70830 0.71127 0.70738 0.71162 0.70581 0.70771 0.70806 0.70679\n 40 6 8\n 38 6 1\n 14 116 5 0.70738 0.71162 0.69670 0.71574 0.69658 0.71352 0.69919 0.71042 0.70581 0.70771\n 40 6 9\n 38 6 1\n 14 72 3 0.69658 0.71352 0.69647 0.71153 0.69919 0.71042\n 40 6 7\n 38 6 1\n 14 72 3 0.70830 0.71184 0.70738 0.71162 0.70830 0.71127\n 40 6 8\n 38 6 1\n 14 116 5 0.70830 0.71184 0.70830 0.71574 0.69670 0.71996 0.69670 0.71574 0.70738 0.71162\n 40 6 8\n 38 6 1\n 14 534 24 0.70830 0.71574 0.70806 0.72022 0.70758 0.72469 0.70686 0.72914 0.70590 0.73357 0.70470 0.73798 0.70327 0.74236 0.70160 0.74671 0.69969 0.75101 0.69756 0.75527 0.69520 0.75948 0.69261 0.76363 0.68193 0.76503 0.68436 0.76113 0.68658 0.75717 0.68859 0.75316 0.69038 0.74911 0.69196 0.74502 0.69331 0.74089 0.69443 0.73674 0.69534 0.73257 0.69602 0.72838 0.69647 0.72417 0.69670 0.71996\n 40 6 8\n 38 6 1\n 14 94 4 0.69214 0.76432 0.67950 0.76857 0.68193 0.76503 0.69261 0.76363\n 40 6 9\n 38 6 1\n 14 94 4 0.69214 0.76432 0.68980 0.76772 0.67928 0.76889 0.67950 0.76857\n 40 6 9\n 38 6 1\n 14 886 40 0.68980 0.76772 0.68678 0.77174 0.68354 0.77570 0.68009 0.77958 0.67643 0.78337 0.67257 0.78709 0.66851 0.79071 0.66426 0.79424 0.65982 0.79767 0.65520 0.80100 0.65041 0.80422 0.64544 0.80733 0.64031 0.81032 0.63502 0.81320 0.62958 0.81596 0.62400 0.81859 0.61827 0.82109 0.61242 0.82347 0.60644 0.82571 0.60035 0.82781 0.59508 0.82545 0.60081 0.82347 0.60644 0.82136 0.61195 0.81913 0.61734 0.81677 0.62260 0.81429 0.62772 0.81170 0.63269 0.80899 0.63752 0.80617 0.64220 0.80324 0.64671 0.80021 0.65106 0.79707 0.65524 0.79385 0.65924 0.79052 0.66306 0.78711 0.66669 0.78362 0.67014 0.78005 0.67338 0.77640 0.67644 0.77267 0.67928 0.76889\n 40 6 8\n 38 6 1\n 14 72 3 0.59473 0.82959 0.59414 0.82977 0.59266 0.82902\n 40 6 9\n 38 6 1\n 14 116 5 0.59473 0.82959 0.59266 0.82902 0.58923 0.82729 0.59508 0.82545 0.60035 0.82781\n 40 6 8\n 38 6 1\n 14 94 4 0.58783 0.83159 0.58681 0.83101 0.59266 0.82902 0.59414 0.82977\n 40 6 9\n 38 6 1\n 14 94 4 0.58681 0.83101 0.58330 0.82901 0.58923 0.82729 0.59266 0.82902\n 40 6 8\n 38 6 1\n 14 94 4 0.55505 0.83850 0.54829 0.83943 0.54608 0.83639 0.55243 0.83551\n 40 6 8\n 38 6 1\n 14 226 10 0.40377 0.61893 0.40916 0.61658 0.41467 0.61434 0.42030 0.61223 0.42604 0.61026 0.43141 0.62118 0.42604 0.62303 0.42077 0.62500 0.41560 0.62710 0.41056 0.62930\n 40 6 7\n 38 6 1\n 14 94 4 0.42635 0.61016 0.43188 0.60841 0.43688 0.61945 0.43245 0.62085\n 40 6 8\n 38 6 1\n 14 94 4 0.42635 0.61016 0.43245 0.62085 0.43141 0.62118 0.42604 0.61026\n 40 6 7\n 38 6 1\n 14 226 10 0.43188 0.60841 0.43781 0.60669 0.44384 0.60511 0.44994 0.60367 0.45612 0.60237 0.45958 0.61379 0.45380 0.61501 0.44808 0.61636 0.44244 0.61784 0.43688 0.61945\n 40 6 7\n 38 6 1\n 14 72 3 0.68479 0.72526 0.68487 0.72391 0.68670 0.72329\n 40 6 8\n 38 6 1\n 14 116 5 0.69647 0.72417 0.68465 0.72785 0.68479 0.72526 0.68670 0.72329 0.69670 0.71996\n 40 6 8\n 38 6 1\n 14 226 10 0.69647 0.72417 0.69602 0.72838 0.69534 0.73257 0.69443 0.73674 0.69331 0.74089 0.68169 0.74351 0.68275 0.73962 0.68359 0.73571 0.68423 0.73179 0.68465 0.72785\n 40 6 8\n 38 6 1\n 14 182 8 0.68859 0.75316 0.68658 0.75717 0.68436 0.76113 0.68193 0.76503 0.67103 0.76612 0.67331 0.76246 0.67539 0.75875 0.67727 0.75499\n 40 6 8\n 38 6 1\n 14 116 5 0.67950 0.76857 0.67780 0.76900 0.66856 0.76972 0.67103 0.76612 0.68193 0.76503\n 40 6 9\n 38 6 1\n 14 72 3 0.67950 0.76857 0.67928 0.76889 0.67780 0.76900\n 40 6 8\n 38 6 1\n 14 72 3 0.66704 0.77174 0.66856 0.76972 0.67780 0.76900\n 40 6 9\n 38 6 1\n 14 116 5 0.67644 0.77267 0.66589 0.77327 0.66704 0.77174 0.67780 0.76900 0.67928 0.76889\n 40 6 9\n 38 6 1\n 14 930 42 0.67644 0.77267 0.67338 0.77640 0.67014 0.78005 0.66669 0.78362 0.66306 0.78711 0.65924 0.79052 0.65524 0.79385 0.65106 0.79707 0.64671 0.80021 0.64220 0.80324 0.63752 0.80617 0.63269 0.80899 0.62772 0.81170 0.62260 0.81429 0.61734 0.81677 0.61195 0.81913 0.60644 0.82136 0.60081 0.82347 0.59508 0.82545 0.58923 0.82729 0.58330 0.82901 0.57867 0.82602 0.58423 0.82442 0.58970 0.82269 0.59508 0.82084 0.60035 0.81886 0.60551 0.81677 0.61055 0.81456 0.61547 0.81224 0.62027 0.80981 0.62493 0.80728 0.62945 0.80463 0.63383 0.80189 0.63806 0.79905 0.64213 0.79612 0.64604 0.79310 0.64979 0.78999 0.65336 0.78679 0.65677 0.78352 0.65999 0.78017 0.66303 0.77676 0.66589 0.77327\n 40 6 8\n 38 6 1\n 14 94 4 0.55243 0.83551 0.54608 0.83639 0.54382 0.83294 0.54977 0.83212\n 40 6 7\n 38 6 1\n 14 116 5 0.53755 0.83365 0.53180 0.83417 0.53033 0.83023 0.53594 0.82971 0.53773 0.83341\n 40 6 8\n 38 6 1\n 14 72 3 0.53755 0.83365 0.53773 0.83341 0.53783 0.83362\n 40 6 7\n 38 6 1\n 14 116 5 0.52575 0.83458 0.52508 0.83203 0.52801 0.83038 0.53033 0.83023 0.53180 0.83417\n 40 6 8\n 38 6 1\n 14 72 3 0.52508 0.83203 0.52470 0.83061 0.52801 0.83038\n 40 6 7\n 38 6 1\n 14 138 6 0.68479 0.72526 0.67760 0.72985 0.67262 0.73125 0.67270 0.72980 0.68093 0.72511 0.68487 0.72391\n 40 6 8\n 38 6 1\n 14 138 6 0.68479 0.72526 0.68465 0.72785 0.67760 0.72985 0.67270 0.72980 0.67282 0.72758 0.68093 0.72511\n 40 6 7\n 38 6 1\n 14 94 4 0.67838 0.73331 0.67223 0.73492 0.67262 0.73125 0.67760 0.72985\n 40 6 8\n 38 6 1\n 14 94 4 0.68423 0.73179 0.67838 0.73331 0.67760 0.72985 0.68465 0.72785\n 40 6 7\n 38 6 1\n 14 94 4 0.68237 0.73601 0.67164 0.73857 0.67223 0.73492 0.67838 0.73331\n 40 6 8\n 38 6 1\n 14 94 4 0.68359 0.73571 0.68237 0.73601 0.67838 0.73331 0.68423 0.73179\n 40 6 7\n 38 6 1\n 14 94 4 0.67618 0.74105 0.67085 0.74221 0.67164 0.73857 0.68237 0.73601\n 40 6 8\n 38 6 1\n 14 94 4 0.68275 0.73962 0.67618 0.74105 0.68237 0.73601 0.68359 0.73571\n 40 6 7\n 38 6 1\n 14 72 3 0.66365 0.76064 0.66400 0.76002 0.66556 0.75984\n 40 6 8\n 38 6 1\n 14 116 5 0.67331 0.76246 0.66207 0.76347 0.66365 0.76064 0.66556 0.75984 0.67539 0.75875\n 40 6 8\n 38 6 1\n 14 138 6 0.67331 0.76246 0.67103 0.76612 0.66856 0.76972 0.65764 0.77023 0.65994 0.76687 0.66207 0.76347\n 40 6 8\n 38 6 1\n 14 116 5 0.66704 0.77174 0.66202 0.77337 0.65516 0.77353 0.65764 0.77023 0.66856 0.76972\n 40 6 9\n 38 6 1\n 14 72 3 0.66704 0.77174 0.66589 0.77327 0.66202 0.77337\n 40 6 8\n 38 6 1\n 14 94 4 0.65749 0.77677 0.65250 0.77678 0.65516 0.77353 0.66202 0.77337\n 40 6 9\n 38 6 1\n 14 94 4 0.66303 0.77676 0.65749 0.77677 0.66202 0.77337 0.66589 0.77327\n 40 6 8\n 38 6 1\n 14 72 3 0.65086 0.77861 0.65250 0.77678 0.65749 0.77677\n 40 6 9\n 38 6 1\n 14 116 5 0.65999 0.78017 0.64966 0.77996 0.65086 0.77861 0.65749 0.77677 0.66303 0.77676\n 40 6 9\n 38 6 1\n 14 138 6 0.65999 0.78017 0.65677 0.78352 0.65336 0.78679 0.64350 0.78612 0.64666 0.78308 0.64966 0.77996\n 40 6 8\n 38 6 1\n 14 72 3 0.64161 0.78923 0.64017 0.78909 0.64233 0.78716\n 40 6 9\n 38 6 1\n 14 116 5 0.64979 0.78999 0.64161 0.78923 0.64233 0.78716 0.64350 0.78612 0.65336 0.78679\n 40 6 8\n 38 6 1\n 14 94 4 0.64008 0.79239 0.63668 0.79199 0.64017 0.78909 0.64161 0.78923\n 40 6 9\n 38 6 1\n 14 94 4 0.64604 0.79310 0.64008 0.79239 0.64161 0.78923 0.64979 0.78999\n 40 6 8\n 38 6 1\n 14 94 4 0.63784 0.79550 0.63304 0.79481 0.63668 0.79199 0.64008 0.79239\n 40 6 9\n 38 6 1\n 14 94 4 0.64213 0.79612 0.63784 0.79550 0.64008 0.79239 0.64604 0.79310\n 40 6 8\n 38 6 1\n 14 72 3 0.63022 0.79684 0.63304 0.79481 0.63784 0.79550\n 40 6 9\n 38 6 1\n 14 116 5 0.63806 0.79905 0.62925 0.79754 0.63022 0.79684 0.63784 0.79550 0.64213 0.79612\n 40 6 9\n 38 6 1\n 14 138 6 0.63806 0.79905 0.63383 0.80189 0.62945 0.80463 0.62124 0.80273 0.62531 0.80018 0.62925 0.79754\n 40 6 8\n 38 6 1\n 14 72 3 0.61735 0.80528 0.61703 0.80519 0.61746 0.80494\n 40 6 9\n 38 6 1\n 14 116 5 0.62493 0.80728 0.61735 0.80528 0.61746 0.80494 0.62124 0.80273 0.62945 0.80463\n 40 6 8\n 38 6 1\n 14 94 4 0.61457 0.80811 0.61269 0.80755 0.61703 0.80519 0.61735 0.80528\n 40 6 9\n 38 6 1\n 14 94 4 0.62027 0.80981 0.61457 0.80811 0.61735 0.80528 0.62493 0.80728\n 40 6 8\n 38 6 1\n 14 94 4 0.61036 0.81053 0.60822 0.80981 0.61269 0.80755 0.61457 0.80811\n 40 6 9\n 38 6 1\n 14 94 4 0.61547 0.81224 0.61036 0.81053 0.61457 0.80811 0.62027 0.80981\n 40 6 8\n 38 6 1\n 14 94 4 0.60563 0.81272 0.60364 0.81197 0.60822 0.80981 0.61036 0.81053\n 40 6 9\n 38 6 1\n 14 94 4 0.61055 0.81456 0.60563 0.81272 0.61036 0.81053 0.61547 0.81224\n 40 6 8\n 38 6 1\n 14 94 4 0.59947 0.81425 0.59894 0.81403 0.60364 0.81197 0.60563 0.81272\n 40 6 9\n 38 6 1\n 14 94 4 0.60551 0.81677 0.59947 0.81425 0.60563 0.81272 0.61055 0.81456\n 40 6 8\n 38 6 1\n 14 72 3 0.59798 0.81442 0.59894 0.81403 0.59947 0.81425\n 40 6 9\n 38 6 1\n 14 116 5 0.60035 0.81886 0.59414 0.81597 0.59798 0.81442 0.59947 0.81425 0.60551 0.81677\n 40 6 9\n 38 6 1\n 14 314 14 0.60035 0.81886 0.59508 0.82084 0.58970 0.82269 0.58423 0.82442 0.57867 0.82602 0.57303 0.82750 0.56731 0.82885 0.56339 0.82528 0.56871 0.82402 0.57397 0.82264 0.57914 0.82115 0.58423 0.81954 0.58923 0.81781 0.59414 0.81597\n 40 6 7\n 38 6 1\n 14 116 5 0.54354 0.83297 0.53783 0.83362 0.53594 0.82971 0.54152 0.82908 0.54370 0.83273\n 40 6 8\n 38 6 1\n 14 72 3 0.54354 0.83297 0.54370 0.83273 0.54382 0.83294\n 40 6 7\n 38 6 1\n 14 116 5 0.67270 0.72980 0.67262 0.73125 0.66039 0.73437 0.66058 0.73098 0.66093 0.73088\n 40 6 8\n 38 6 1\n 14 72 3 0.67270 0.72980 0.66093 0.73088 0.67282 0.72758\n 40 6 7\n 38 6 1\n 14 138 6 0.67262 0.73125 0.67223 0.73492 0.67164 0.73857 0.65948 0.74114 0.66003 0.73776 0.66039 0.73437\n 40 6 8\n 38 6 1\n 14 138 6 0.65764 0.77023 0.65516 0.77353 0.65250 0.77678 0.64179 0.77646 0.64425 0.77346 0.64654 0.77041\n 40 6 8\n 38 6 1\n 14 116 5 0.65086 0.77861 0.64709 0.77982 0.63917 0.77941 0.64179 0.77646 0.65250 0.77678\n 40 6 9\n 38 6 1\n 14 72 3 0.65086 0.77861 0.64966 0.77996 0.64709 0.77982\n 40 6 8\n 38 6 1\n 14 94 4 0.64259 0.78276 0.63639 0.78229 0.63917 0.77941 0.64709 0.77982\n 40 6 9\n 38 6 1\n 14 94 4 0.64666 0.78308 0.64259 0.78276 0.64709 0.77982 0.64966 0.77996\n 40 6 8\n 38 6 1\n 14 94 4 0.64177 0.78595 0.63346 0.78510 0.63639 0.78229 0.64259 0.78276\n 40 6 9\n 38 6 1\n 14 94 4 0.64350 0.78612 0.64177 0.78595 0.64259 0.78276 0.64666 0.78308\n 40 6 8\n 38 6 1\n 14 116 5 0.64233 0.78716 0.64017 0.78909 0.63039 0.78785 0.63346 0.78510 0.64177 0.78595\n 40 6 9\n 38 6 1\n 14 72 3 0.64233 0.78716 0.64177 0.78595 0.64350 0.78612\n 40 6 8\n 38 6 1\n 14 138 6 0.64017 0.78909 0.63668 0.79199 0.63304 0.79481 0.62380 0.79313 0.62716 0.79053 0.63039 0.78785\n 40 6 8\n 38 6 1\n 14 116 5 0.63022 0.79684 0.62706 0.79708 0.62029 0.79566 0.62380 0.79313 0.63304 0.79481\n 40 6 9\n 38 6 1\n 14 72 3 0.63022 0.79684 0.62925 0.79754 0.62706 0.79708\n 40 6 8\n 38 6 1\n 14 94 4 0.62411 0.79989 0.61665 0.79810 0.62029 0.79566 0.62706 0.79708\n 40 6 9\n 38 6 1\n 14 94 4 0.62531 0.80018 0.62411 0.79989 0.62706 0.79708 0.62925 0.79754\n 40 6 8\n 38 6 1\n 14 94 4 0.61935 0.80222 0.61289 0.80046 0.61665 0.79810 0.62411 0.79989\n 40 6 9\n 38 6 1\n 14 94 4 0.62124 0.80273 0.61935 0.80222 0.62411 0.79989 0.62531 0.80018\n 40 6 8\n 38 6 1\n 14 116 5 0.61746 0.80494 0.61703 0.80519 0.60899 0.80273 0.61289 0.80046 0.61935 0.80222\n 40 6 9\n 38 6 1\n 14 72 3 0.61746 0.80494 0.61935 0.80222 0.62124 0.80273\n 40 6 8\n 38 6 1\n 14 226 10 0.61703 0.80519 0.61269 0.80755 0.60822 0.80981 0.60364 0.81197 0.59894 0.81403 0.59228 0.81090 0.59662 0.80900 0.60085 0.80701 0.60498 0.80492 0.60899 0.80273\n 40 6 8\n 38 6 1\n 14 116 5 0.59798 0.81442 0.59007 0.81386 0.58783 0.81270 0.59228 0.81090 0.59894 0.81403\n 40 6 9\n 38 6 1\n 14 72 3 0.59798 0.81442 0.59414 0.81597 0.59007 0.81386\n 40 6 8\n 38 6 1\n 14 72 3 0.58699 0.81302 0.58783 0.81270 0.59007 0.81386\n 40 6 9\n 38 6 1\n 14 116 5 0.58923 0.81781 0.58330 0.81440 0.58699 0.81302 0.59007 0.81386 0.59414 0.81597\n 40 6 9\n 38 6 1\n 14 270 12 0.58923 0.81781 0.58423 0.81954 0.57914 0.82115 0.57397 0.82264 0.56871 0.82402 0.56339 0.82528 0.55940 0.82130 0.56433 0.82014 0.56918 0.81887 0.57397 0.81749 0.57867 0.81600 0.58330 0.81440\n 40 6 8\n 38 6 1\n 14 94 4 0.56044 0.82590 0.55800 0.82641 0.55442 0.82235 0.55719 0.82177\n 40 6 9\n 38 6 1\n 14 94 4 0.56044 0.82590 0.55719 0.82177 0.55940 0.82130 0.56339 0.82528\n 40 6 8\n 38 6 1\n 14 94 4 0.50794 0.82659 0.50270 0.82647 0.50335 0.82168 0.50815 0.82179\n 40 6 8\n 38 6 1\n 14 138 6 0.49227 0.82588 0.48708 0.82541 0.48193 0.82482 0.48430 0.82016 0.48903 0.82070 0.49378 0.82113\n 40 6 8\n 38 6 1\n 14 116 5 0.63917 0.77941 0.63415 0.77898 0.63000 0.77684 0.63092 0.77581 0.64179 0.77646\n 40 6 9\n 38 6 1\n 14 72 3 0.63415 0.77898 0.62852 0.77851 0.63000 0.77684\n 40 6 8\n 38 6 1\n 14 490 22 0.62716 0.79053 0.62380 0.79313 0.62029 0.79566 0.61665 0.79810 0.61289 0.80046 0.60899 0.80273 0.60498 0.80492 0.60085 0.80701 0.59662 0.80900 0.59228 0.81090 0.58783 0.81270 0.58143 0.80905 0.58551 0.80740 0.58949 0.80566 0.59338 0.80383 0.59716 0.80191 0.60084 0.79990 0.60441 0.79782 0.60787 0.79566 0.61120 0.79341 0.61442 0.79110 0.61750 0.78871\n 40 6 8\n 38 6 1\n 14 116 5 0.58699 0.81302 0.57771 0.81088 0.57727 0.81061 0.58143 0.80905 0.58783 0.81270\n 40 6 9\n 38 6 1\n 14 72 3 0.58699 0.81302 0.58330 0.81440 0.57771 0.81088\n 40 6 8\n 38 6 1\n 14 72 3 0.57639 0.81091 0.57727 0.81061 0.57771 0.81088\n 40 6 9\n 38 6 1\n 14 116 5 0.57867 0.81600 0.57303 0.81207 0.57639 0.81091 0.57771 0.81088 0.58330 0.81440\n 40 6 9\n 38 6 1\n 14 226 10 0.57867 0.81600 0.57397 0.81749 0.56918 0.81887 0.56433 0.82014 0.55940 0.82130 0.55536 0.81694 0.55987 0.81587 0.56433 0.81470 0.56871 0.81344 0.57303 0.81207\n 40 6 8\n 38 6 1\n 14 72 3 0.55719 0.82177 0.55442 0.82235 0.55226 0.81970\n 40 6 9\n 38 6 1\n 14 116 5 0.55719 0.82177 0.55226 0.81970 0.55079 0.81790 0.55536 0.81694 0.55940 0.82130\n 40 6 8\n 38 6 1\n 14 116 5 0.54939 0.82329 0.54617 0.81876 0.54767 0.81848 0.55226 0.81970 0.55442 0.82235\n 40 6 9\n 38 6 1\n 14 72 3 0.54767 0.81848 0.55079 0.81790 0.55226 0.81970\n 40 6 8\n 38 6 1\n 14 94 4 0.54939 0.82329 0.54431 0.82411 0.54151 0.81951 0.54617 0.81876\n 40 6 8\n 38 6 1\n 14 94 4 0.53208 0.82070 0.52733 0.82113 0.52579 0.81600 0.53011 0.81561\n 40 6 8\n 38 6 1\n 14 446 20 0.51296 0.82179 0.50815 0.82179 0.50335 0.82168 0.49856 0.82146 0.49378 0.82113 0.48903 0.82070 0.48430 0.82016 0.47960 0.81951 0.47494 0.81876 0.47032 0.81790 0.47400 0.81306 0.47820 0.81384 0.48243 0.81453 0.48670 0.81511 0.49100 0.81561 0.49532 0.81600 0.49966 0.81630 0.50401 0.81649 0.50837 0.81659 0.51274 0.81659\n 40 6 7\n 38 6 1\n 14 72 3 0.46760 0.81479 0.46985 0.81219 0.47157 0.81255\n 40 6 8\n 38 6 1\n 14 116 5 0.46575 0.81694 0.46760 0.81479 0.47157 0.81255 0.47400 0.81306 0.47032 0.81790\n 40 6 7\n 38 6 1\n 14 94 4 0.46337 0.81367 0.46575 0.81122 0.46985 0.81219 0.46760 0.81479\n 40 6 8\n 38 6 1\n 14 94 4 0.46124 0.81587 0.46337 0.81367 0.46760 0.81479 0.46575 0.81694\n 40 6 7\n 38 6 1\n 14 116 5 0.45931 0.81537 0.45678 0.81470 0.46171 0.81016 0.46575 0.81122 0.46337 0.81367\n 40 6 8\n 38 6 1\n 14 94 4 0.45931 0.81537 0.46171 0.81016 0.46337 0.81367 0.46124 0.81587\n 40 6 7\n 38 6 1\n 14 94 4 0.60267 0.79402 0.59896 0.79285 0.60199 0.79082 0.60868 0.79270\n 40 6 8\n 38 6 1\n 14 94 4 0.60787 0.79566 0.60267 0.79402 0.60868 0.79270 0.61120 0.79341\n 40 6 7\n 38 6 1\n 14 94 4 0.59990 0.79624 0.59582 0.79482 0.59896 0.79285 0.60267 0.79402\n 40 6 8\n 38 6 1\n 14 94 4 0.60441 0.79782 0.59990 0.79624 0.60267 0.79402 0.60787 0.79566\n 40 6 7\n 38 6 1\n 14 94 4 0.59705 0.79844 0.59258 0.79671 0.59582 0.79482 0.59990 0.79624\n 40 6 8\n 38 6 1\n 14 94 4 0.60084 0.79990 0.59705 0.79844 0.59990 0.79624 0.60441 0.79782\n 40 6 7\n 38 6 1\n 14 94 4 0.59235 0.79986 0.58923 0.79853 0.59258 0.79671 0.59705 0.79844\n 40 6 8\n 38 6 1\n 14 94 4 0.59716 0.80191 0.59235 0.79986 0.59705 0.79844 0.60084 0.79990\n 40 6 7\n 38 6 1\n 14 94 4 0.58746 0.80105 0.58579 0.80027 0.58923 0.79853 0.59235 0.79986\n 40 6 8\n 38 6 1\n 14 94 4 0.59338 0.80383 0.58746 0.80105 0.59235 0.79986 0.59716 0.80191\n 40 6 7\n 38 6 1\n 14 94 4 0.58389 0.80278 0.58226 0.80194 0.58579 0.80027 0.58746 0.80105\n 40 6 8\n 38 6 1\n 14 94 4 0.58949 0.80566 0.58389 0.80278 0.58746 0.80105 0.59338 0.80383\n 40 6 7\n 38 6 1\n 14 72 3 0.57997 0.80294 0.58226 0.80194 0.58389 0.80278\n 40 6 8\n 38 6 1\n 14 116 5 0.58551 0.80740 0.57865 0.80352 0.57997 0.80294 0.58389 0.80278 0.58949 0.80566\n 40 6 8\n 38 6 1\n 14 138 6 0.58551 0.80740 0.58143 0.80905 0.57727 0.81061 0.57117 0.80644 0.57495 0.80502 0.57865 0.80352\n 40 6 8\n 38 6 1\n 14 116 5 0.57639 0.81091 0.57128 0.81075 0.56731 0.80777 0.57117 0.80644 0.57727 0.81061\n 40 6 9\n 38 6 1\n 14 72 3 0.57639 0.81091 0.57303 0.81207 0.57128 0.81075\n 40 6 8\n 38 6 1\n 14 94 4 0.56530 0.81059 0.56339 0.80901 0.56731 0.80777 0.57128 0.81075\n 40 6 9\n 38 6 1\n 14 94 4 0.56871 0.81344 0.56530 0.81059 0.57128 0.81075 0.57303 0.81207\n 40 6 8\n 38 6 1\n 14 72 3 0.56061 0.80981 0.56339 0.80901 0.56530 0.81059\n 40 6 9\n 38 6 1\n 14 116 5 0.56433 0.81470 0.55940 0.81016 0.56061 0.80981 0.56530 0.81059 0.56871 0.81344\n 40 6 8\n 38 6 1\n 14 72 3 0.55568 0.81155 0.55536 0.81122 0.55658 0.81090\n 40 6 9\n 38 6 1\n 14 116 5 0.55987 0.81587 0.55568 0.81155 0.55658 0.81090 0.55940 0.81016 0.56433 0.81470\n 40 6 8\n 38 6 1\n 14 94 4 0.55190 0.81292 0.55126 0.81219 0.55536 0.81122 0.55568 0.81155\n 40 6 9\n 38 6 1\n 14 94 4 0.55536 0.81694 0.55190 0.81292 0.55568 0.81155 0.55987 0.81587\n 40 6 8\n 38 6 1\n 14 94 4 0.54827 0.81459 0.54711 0.81306 0.55126 0.81219 0.55190 0.81292\n 40 6 9\n 38 6 1\n 14 94 4 0.55079 0.81790 0.54827 0.81459 0.55190 0.81292 0.55536 0.81694\n 40 6 8\n 38 6 1\n 14 138 6 0.54767 0.81848 0.54617 0.81876 0.54410 0.81563 0.54447 0.81355 0.54711 0.81306 0.54827 0.81459\n 40 6 9\n 38 6 1\n 14 138 6 0.54767 0.81848 0.54410 0.81563 0.54291 0.81384 0.54447 0.81355 0.54827 0.81459 0.55079 0.81790\n 40 6 8\n 38 6 1\n 14 94 4 0.54151 0.81951 0.53930 0.81562 0.54410 0.81563 0.54617 0.81876\n 40 6 9\n 38 6 1\n 14 94 4 0.53930 0.81562 0.53868 0.81453 0.54291 0.81384 0.54410 0.81563\n 40 6 8\n 38 6 1\n 14 116 5 0.53681 0.82016 0.53441 0.81511 0.53738 0.81470 0.53930 0.81562 0.54151 0.81951\n 40 6 9\n 38 6 1\n 14 72 3 0.53738 0.81470 0.53868 0.81453 0.53930 0.81562\n 40 6 8\n 38 6 1\n 14 94 4 0.53681 0.82016 0.53208 0.82070 0.53011 0.81561 0.53441 0.81511\n 40 6 8\n 38 6 1\n 14 622 28 0.53011 0.81561 0.52579 0.81600 0.52145 0.81630 0.51710 0.81649 0.51274 0.81659 0.50837 0.81659 0.50401 0.81649 0.49966 0.81630 0.49532 0.81600 0.49100 0.81561 0.48670 0.81511 0.48243 0.81453 0.47820 0.81384 0.47400 0.81306 0.47773 0.80784 0.48150 0.80854 0.48530 0.80916 0.48913 0.80968 0.49299 0.81013 0.49687 0.81048 0.50077 0.81074 0.50468 0.81092 0.50860 0.81101 0.51251 0.81101 0.51643 0.81092 0.52034 0.81074 0.52424 0.81048 0.52812 0.81013\n 40 6 7\n 38 6 1\n 14 94 4 0.47157 0.81255 0.46985 0.81219 0.47400 0.80705 0.47588 0.80745\n 40 6 8\n 38 6 1\n 14 94 4 0.47157 0.81255 0.47588 0.80745 0.47773 0.80784 0.47400 0.81306\n 40 6 7\n 38 6 1\n 14 94 4 0.46985 0.81219 0.46575 0.81122 0.47032 0.80618 0.47400 0.80705\n 40 6 7\n 38 6 1\n 14 314 14 0.60199 0.79082 0.59896 0.79285 0.59582 0.79482 0.59258 0.79671 0.58923 0.79853 0.58579 0.80027 0.58226 0.80194 0.57495 0.79785 0.57812 0.79636 0.58121 0.79479 0.58421 0.79316 0.58713 0.79146 0.58994 0.78969 0.59267 0.78786\n 40 6 7\n 38 6 1\n 14 116 5 0.57997 0.80294 0.57673 0.80235 0.57170 0.79927 0.57495 0.79785 0.58226 0.80194\n 40 6 8\n 38 6 1\n 14 72 3 0.57997 0.80294 0.57865 0.80352 0.57673 0.80235\n 40 6 7\n 38 6 1\n 14 94 4 0.57058 0.80209 0.56838 0.80062 0.57170 0.79927 0.57673 0.80235\n 40 6 8\n 38 6 1\n 14 94 4 0.57495 0.80502 0.57058 0.80209 0.57673 0.80235 0.57865 0.80352\n 40 6 7\n 38 6 1\n 14 94 4 0.56618 0.80277 0.56499 0.80189 0.56838 0.80062 0.57058 0.80209\n 40 6 8\n 38 6 1\n 14 94 4 0.57117 0.80644 0.56618 0.80277 0.57058 0.80209 0.57495 0.80502\n 40 6 7\n 38 6 1\n 14 72 3 0.56324 0.80249 0.56499 0.80189 0.56618 0.80277\n 40 6 8\n 38 6 1\n 14 116 5 0.56731 0.80777 0.56153 0.80308 0.56324 0.80249 0.56618 0.80277 0.57117 0.80644\n 40 6 8\n 38 6 1\n 14 94 4 0.56731 0.80777 0.56339 0.80901 0.55800 0.80420 0.56153 0.80308\n 40 6 8\n 38 6 1\n 14 116 5 0.56061 0.80981 0.55910 0.80986 0.55442 0.80523 0.55800 0.80420 0.56339 0.80901\n 40 6 9\n 38 6 1\n 14 72 3 0.56061 0.80981 0.55940 0.81016 0.55910 0.80986\n 40 6 8\n 38 6 1\n 14 116 5 0.55658 0.81090 0.55536 0.81122 0.55079 0.80618 0.55442 0.80523 0.55910 0.80986\n 40 6 9\n 38 6 1\n 14 72 3 0.55658 0.81090 0.55910 0.80986 0.55940 0.81016\n 40 6 8\n 38 6 1\n 14 138 6 0.55536 0.81122 0.55126 0.81219 0.54711 0.81306 0.54338 0.80784 0.54711 0.80705 0.55079 0.80618\n 40 6 8\n 38 6 1\n 14 116 5 0.54447 0.81355 0.54124 0.81115 0.53961 0.80854 0.54338 0.80784 0.54711 0.81306\n 40 6 9\n 38 6 1\n 14 72 3 0.54447 0.81355 0.54291 0.81384 0.54124 0.81115\n 40 6 8\n 38 6 1\n 14 94 4 0.53822 0.81367 0.53581 0.80916 0.53961 0.80854 0.54124 0.81115\n 40 6 9\n 38 6 1\n 14 94 4 0.53868 0.81453 0.53822 0.81367 0.54124 0.81115 0.54291 0.81384\n 40 6 8\n 38 6 1\n 14 116 5 0.53738 0.81470 0.53441 0.81511 0.53198 0.80968 0.53581 0.80916 0.53822 0.81367\n 40 6 9\n 38 6 1\n 14 72 3 0.53738 0.81470 0.53822 0.81367 0.53868 0.81453\n 40 6 8\n 38 6 1\n 14 94 4 0.53441 0.81511 0.53011 0.81561 0.52812 0.81013 0.53198 0.80968\n 40 6 8\n 38 6 1\n 14 402 18 0.52812 0.81013 0.52424 0.81048 0.52034 0.81074 0.51643 0.81092 0.51251 0.81101 0.50860 0.81101 0.50468 0.81092 0.50077 0.81074 0.49687 0.81048 0.49844 0.80458 0.50189 0.80482 0.50535 0.80497 0.50882 0.80505 0.51229 0.80505 0.51576 0.80497 0.51922 0.80482 0.52267 0.80458 0.52610 0.80427\n 40 6 7\n 38 6 1\n 14 402 18 0.58994 0.78969 0.58713 0.79146 0.58421 0.79316 0.58121 0.79479 0.57812 0.79636 0.57495 0.79785 0.57170 0.79927 0.56838 0.80062 0.56499 0.80189 0.55874 0.79698 0.56174 0.79585 0.56469 0.79466 0.56756 0.79340 0.57037 0.79208 0.57310 0.79069 0.57576 0.78925 0.57834 0.78774 0.58083 0.78618\n 40 6 7\n 38 6 1\n 14 116 5 0.56324 0.80249 0.55935 0.80121 0.55568 0.79803 0.55874 0.79698 0.56499 0.80189\n 40 6 8\n 38 6 1\n 14 72 3 0.56324 0.80249 0.56153 0.80308 0.55935 0.80121\n 40 6 7\n 38 6 1\n 14 72 3 0.55265 0.79899 0.55568 0.79803 0.55935 0.80121\n 40 6 8\n 38 6 1\n 14 116 5 0.55800 0.80420 0.55256 0.79902 0.55265 0.79899 0.55935 0.80121 0.56153 0.80308\n 40 6 8\n 38 6 1\n 14 402 18 0.55800 0.80420 0.55442 0.80523 0.55079 0.80618 0.54711 0.80705 0.54338 0.80784 0.53961 0.80854 0.53581 0.80916 0.53198 0.80968 0.52812 0.81013 0.52610 0.80427 0.52952 0.80388 0.53291 0.80341 0.53628 0.80286 0.53961 0.80224 0.54291 0.80155 0.54617 0.80078 0.54939 0.79994 0.55256 0.79902\n 40 6 7\n 38 6 1\n 14 270 12 0.57037 0.79208 0.56756 0.79340 0.56469 0.79466 0.56174 0.79585 0.55874 0.79698 0.55568 0.79803 0.54977 0.79262 0.55243 0.79170 0.55505 0.79073 0.55760 0.78969 0.56010 0.78860 0.56254 0.78745\n 40 6 7\n 38 6 1\n 14 94 4 0.55265 0.79899 0.54824 0.79311 0.54977 0.79262 0.55568 0.79803\n 40 6 8\n 38 6 1\n 14 94 4 0.55265 0.79899 0.55256 0.79902 0.54706 0.79348 0.54824 0.79311\n 40 6 8\n 38 6 1\n 14 314 14 0.55256 0.79902 0.54939 0.79994 0.54617 0.80078 0.54291 0.80155 0.53961 0.80224 0.53628 0.80286 0.53291 0.80341 0.52999 0.79729 0.53291 0.79682 0.53581 0.79628 0.53868 0.79568 0.54151 0.79501 0.54431 0.79427 0.54706 0.79348\n 40 6 7\n 38 6 1\n 14 94 4 0.92084 0.14777 0.94828 0.14777 0.94828 0.23583 0.92084 0.23583\n 11 116 5 0.92084 0.14777 0.94828 0.14777 0.94828 0.23583 0.92084 0.23583 0.92084 0.14777\n 40 6 8\n 38 6 1\n 14 94 4 0.92084 0.23583 0.94828 0.23583 0.94828 0.32389 0.92084 0.32389\n 11 116 5 0.92084 0.23583 0.94828 0.23583 0.94828 0.32389 0.92084 0.32389 0.92084 0.23583\n 40 6 9\n 38 6 1\n 14 94 4 0.92084 0.32389 0.94828 0.32389 0.94828 0.41194 0.92084 0.41194\n 11 116 5 0.92084 0.32389 0.94828 0.32389 0.94828 0.41194 0.92084 0.41194 0.92084 0.32389\n 40 6 10\n 38 6 1\n 14 94 4 0.92084 0.41194 0.94828 0.41194 0.94828 0.50000 0.92084 0.50000\n 11 116 5 0.92084 0.41194 0.94828 0.41194 0.94828 0.50000 0.92084 0.50000 0.92084 0.41194\n 40 6 11\n 38 6 1\n 14 94 4 0.92084 0.50000 0.94828 0.50000 0.94828 0.58806 0.92084 0.58806\n 11 116 5 0.92084 0.50000 0.94828 0.50000 0.94828 0.58806 0.92084 0.58806 0.92084 0.50000\n 40 6 12\n 38 6 1\n 14 94 4 0.92084 0.58806 0.94828 0.58806 0.94828 0.67611 0.92084 0.67611\n 11 116 5 0.92084 0.58806 0.94828 0.58806 0.94828 0.67611 0.92084 0.67611 0.92084 0.58806\n 40 6 13\n 38 6 1\n 14 94 4 0.92084 0.67611 0.94828 0.67611 0.94828 0.76417 0.92084 0.76417\n 11 116 5 0.92084 0.67611 0.94828 0.67611 0.94828 0.76417 0.92084 0.76417 0.92084 0.67611\n 40 6 14\n 38 6 1\n 14 94 4 0.92084 0.76417 0.94828 0.76417 0.94828 0.85223 0.92084 0.85223\n 11 116 5 0.92084 0.76417 0.94828 0.76417 0.94828 0.85223 0.92084 0.85223 0.92084 0.76417\n 11 50 2 0.95675 0.14717 0.96399 0.14717\n 11 380 17 0.97163 0.15199 0.96761 0.15199 0.96720 0.14838 0.96761 0.14878 0.96881 0.14918 0.97002 0.14918 0.97122 0.14878 0.97203 0.14797 0.97243 0.14677 0.97243 0.14596 0.97203 0.14476 0.97122 0.14395 0.97002 0.14355 0.96881 0.14355 0.96761 0.14395 0.96720 0.14435 0.96680 0.14516\n 11 380 17 0.95876 0.24005 0.95755 0.23965 0.95675 0.23844 0.95635 0.23643 0.95635 0.23523 0.95675 0.23322 0.95755 0.23201 0.95876 0.23161 0.95956 0.23161 0.96077 0.23201 0.96157 0.23322 0.96198 0.23523 0.96198 0.23643 0.96157 0.23844 0.96077 0.23965 0.95956 0.24005 0.95876 0.24005\n 11 380 17 0.96117 0.32811 0.95715 0.32811 0.95675 0.32449 0.95715 0.32489 0.95836 0.32529 0.95956 0.32529 0.96077 0.32489 0.96157 0.32409 0.96198 0.32288 0.96198 0.32208 0.96157 0.32087 0.96077 0.32007 0.95956 0.31966 0.95836 0.31966 0.95715 0.32007 0.95675 0.32047 0.95635 0.32127\n 11 94 4 0.95755 0.41456 0.95836 0.41496 0.95956 0.41617 0.95956 0.40772\n 11 380 17 0.96680 0.41617 0.96560 0.41576 0.96479 0.41456 0.96439 0.41255 0.96439 0.41134 0.96479 0.40933 0.96560 0.40812 0.96680 0.40772 0.96761 0.40772 0.96881 0.40812 0.96962 0.40933 0.97002 0.41134 0.97002 0.41255 0.96962 0.41456 0.96881 0.41576 0.96761 0.41617 0.96680 0.41617\n 11 94 4 0.95755 0.50261 0.95836 0.50302 0.95956 0.50422 0.95956 0.49578\n 11 380 17 0.96921 0.50422 0.96519 0.50422 0.96479 0.50060 0.96519 0.50101 0.96640 0.50141 0.96761 0.50141 0.96881 0.50101 0.96962 0.50020 0.97002 0.49899 0.97002 0.49819 0.96962 0.49698 0.96881 0.49618 0.96761 0.49578 0.96640 0.49578 0.96519 0.49618 0.96479 0.49658 0.96439 0.49739\n 11 314 14 0.95675 0.59027 0.95675 0.59067 0.95715 0.59147 0.95755 0.59188 0.95836 0.59228 0.95997 0.59228 0.96077 0.59188 0.96117 0.59147 0.96157 0.59067 0.96157 0.58987 0.96117 0.58906 0.96037 0.58786 0.95635 0.58383 0.96198 0.58383\n 11 380 17 0.96680 0.59228 0.96560 0.59188 0.96479 0.59067 0.96439 0.58866 0.96439 0.58745 0.96479 0.58544 0.96560 0.58424 0.96680 0.58383 0.96761 0.58383 0.96881 0.58424 0.96962 0.58544 0.97002 0.58745 0.97002 0.58866 0.96962 0.59067 0.96881 0.59188 0.96761 0.59228 0.96680 0.59228\n 11 314 14 0.95675 0.67833 0.95675 0.67873 0.95715 0.67953 0.95755 0.67993 0.95836 0.68034 0.95997 0.68034 0.96077 0.67993 0.96117 0.67953 0.96157 0.67873 0.96157 0.67792 0.96117 0.67712 0.96037 0.67591 0.95635 0.67189 0.96198 0.67189\n 11 380 17 0.96921 0.68034 0.96519 0.68034 0.96479 0.67672 0.96519 0.67712 0.96640 0.67752 0.96761 0.67752 0.96881 0.67712 0.96962 0.67631 0.97002 0.67511 0.97002 0.67430 0.96962 0.67310 0.96881 0.67229 0.96761 0.67189 0.96640 0.67189 0.96519 0.67229 0.96479 0.67270 0.96439 0.67350\n 11 336 15 0.95715 0.76839 0.96157 0.76839 0.95916 0.76518 0.96037 0.76518 0.96117 0.76477 0.96157 0.76437 0.96198 0.76317 0.96198 0.76236 0.96157 0.76115 0.96077 0.76035 0.95956 0.75995 0.95836 0.75995 0.95715 0.76035 0.95675 0.76075 0.95635 0.76156\n 11 380 17 0.96680 0.76839 0.96560 0.76799 0.96479 0.76678 0.96439 0.76477 0.96439 0.76357 0.96479 0.76156 0.96560 0.76035 0.96680 0.75995 0.96761 0.75995 0.96881 0.76035 0.96962 0.76156 0.97002 0.76357 0.97002 0.76477 0.96962 0.76678 0.96881 0.76799 0.96761 0.76839 0.96680 0.76839\n 11 336 15 0.95715 0.85645 0.96157 0.85645 0.95916 0.85323 0.96037 0.85323 0.96117 0.85283 0.96157 0.85243 0.96198 0.85122 0.96198 0.85042 0.96157 0.84921 0.96077 0.84841 0.95956 0.84801 0.95836 0.84801 0.95715 0.84841 0.95675 0.84881 0.95635 0.84961\n 11 380 17 0.96921 0.85645 0.96519 0.85645 0.96479 0.85283 0.96519 0.85323 0.96640 0.85363 0.96761 0.85363 0.96881 0.85323 0.96962 0.85243 0.97002 0.85122 0.97002 0.85042 0.96962 0.84921 0.96881 0.84841 0.96761 0.84801 0.96640 0.84801 0.96519 0.84841 0.96479 0.84881 0.96439 0.84961\n 21 6 1\n 11 314 14 0.89445 0.50000 0.89445 0.57045 0.90764 0.57045 0.89445 0.57045 0.89445 0.64090 0.90764 0.64090 0.89445 0.64090 0.89445 0.71135 0.90764 0.71135 0.89445 0.71135 0.89445 0.78180 0.90764 0.78180 0.89445 0.78180 0.89445 0.85223\n 11 314 14 0.51056 0.85223 0.58736 0.85223 0.58736 0.86542 0.58736 0.85223 0.66416 0.85223 0.66416 0.86542 0.66416 0.85223 0.74096 0.85223 0.74096 0.86542 0.74096 0.85223 0.81776 0.85223 0.81776 0.86542 0.81776 0.85223 0.89445 0.85223\n 11 50 2 0.04202 -0.05460 0.05469 -0.05460\n 11 50 2 0.04202 -0.05460 0.05469 -0.04978\n 11 50 2 0.04202 -0.04495 0.05469 -0.04978\n 11 50 2 0.04202 -0.04495 0.05469 -0.04495\n 11 50 2 0.04202 -0.04012 0.05469 -0.04012\n 11 226 10 0.04202 -0.04012 0.04202 -0.03470 0.04262 -0.03289 0.04323 -0.03228 0.04443 -0.03168 0.04624 -0.03168 0.04745 -0.03228 0.04805 -0.03289 0.04865 -0.03470 0.04865 -0.04012\n 11 50 2 0.05891 -0.02866 0.05891 -0.01781\n 11 50 2 0.04202 -0.01419 0.05469 -0.01419\n 11 226 10 0.04202 -0.01419 0.04202 -0.00876 0.04262 -0.00695 0.04323 -0.00635 0.04443 -0.00575 0.04564 -0.00575 0.04685 -0.00635 0.04745 -0.00695 0.04805 -0.00876 0.04805 -0.01419\n 11 50 2 0.04805 -0.00997 0.05469 -0.00575\n 11 50 2 0.04564 0.01054 0.05288 0.01054\n 11 50 2 0.04745 0.00752 0.05107 0.01356\n 11 50 2 0.04745 0.01356 0.05107 0.00752\n 11 50 2 0.04202 0.02743 0.05469 0.02743\n 11 50 2 0.04202 0.02743 0.05469 0.03225\n 11 50 2 0.04202 0.03708 0.05469 0.03225\n 11 50 2 0.04202 0.03708 0.05469 0.03708\n 11 50 2 0.04202 0.04190 0.05469 0.04190\n 11 226 10 0.04202 0.04190 0.04202 0.04733 0.04262 0.04914 0.04323 0.04975 0.04443 0.05035 0.04624 0.05035 0.04745 0.04975 0.04805 0.04914 0.04865 0.04733 0.04865 0.04190\n 11 50 2 0.05891 0.05336 0.05891 0.06422\n 11 50 2 0.04202 0.06784 0.05469 0.06784\n 11 204 9 0.04202 0.06784 0.04202 0.07327 0.04262 0.07508 0.04323 0.07568 0.04443 0.07628 0.04564 0.07628 0.04685 0.07568 0.04745 0.07508 0.04805 0.07327\n 11 226 10 0.04805 0.06784 0.04805 0.07327 0.04865 0.07508 0.04926 0.07568 0.05046 0.07628 0.05227 0.07628 0.05348 0.07568 0.05408 0.07508 0.05469 0.07327 0.05469 0.06784\n 11 50 2 0.04202 0.08051 0.05469 0.08051\n 11 424 19 0.04504 0.09378 0.04383 0.09317 0.04262 0.09197 0.04202 0.09076 0.04202 0.08835 0.04262 0.08714 0.04383 0.08593 0.04504 0.08533 0.04685 0.08473 0.04986 0.08473 0.05167 0.08533 0.05288 0.08593 0.05408 0.08714 0.05469 0.08835 0.05469 0.09076 0.05408 0.09197 0.05288 0.09317 0.05167 0.09378 0.04986 0.09378\n 11 50 2 0.04986 0.09076 0.04986 0.09378\n 11 50 2 0.04202 0.09800 0.05469 0.09800\n 11 50 2 0.04202 0.10644 0.05046 0.09800\n 11 50 2 0.04745 0.10101 0.05469 0.10644\n 11 50 2 0.04564 0.12273 0.05288 0.12273\n 11 50 2 0.04745 0.11971 0.05107 0.12574\n 11 50 2 0.04745 0.12574 0.05107 0.11971\n 11 226 10 0.03961 0.14384 0.04081 0.14263 0.04262 0.14142 0.04504 0.14022 0.04805 0.13962 0.05046 0.13962 0.05348 0.14022 0.05589 0.14142 0.05770 0.14263 0.05891 0.14384\n 11 402 18 0.04504 0.16615 0.04383 0.16555 0.04262 0.16434 0.04202 0.16314 0.04202 0.16073 0.04262 0.15952 0.04383 0.15831 0.04504 0.15771 0.04685 0.15711 0.04986 0.15711 0.05167 0.15771 0.05288 0.15831 0.05408 0.15952 0.05469 0.16073 0.05469 0.16314 0.05408 0.16434 0.05288 0.16555 0.05167 0.16615\n 11 468 21 0.04202 0.17339 0.04262 0.17219 0.04383 0.17098 0.04504 0.17038 0.04685 0.16977 0.04986 0.16977 0.05167 0.17038 0.05288 0.17098 0.05408 0.17219 0.05469 0.17339 0.05469 0.17580 0.05408 0.17701 0.05288 0.17822 0.05167 0.17882 0.04986 0.17942 0.04685 0.17942 0.04504 0.17882 0.04383 0.17822 0.04262 0.17701 0.04202 0.17580 0.04202 0.17339\n 11 446 20 0.04383 0.19149 0.04262 0.19028 0.04202 0.18847 0.04202 0.18606 0.04262 0.18425 0.04383 0.18304 0.04504 0.18304 0.04624 0.18365 0.04685 0.18425 0.04745 0.18545 0.04865 0.18907 0.04926 0.19028 0.04986 0.19088 0.05107 0.19149 0.05288 0.19149 0.05408 0.19028 0.05469 0.18847 0.05469 0.18606 0.05408 0.18425 0.05288 0.18304\n 11 226 10 0.03961 0.19993 0.04081 0.19872 0.04262 0.19752 0.04504 0.19631 0.04805 0.19571 0.05046 0.19571 0.05348 0.19631 0.05589 0.19752 0.05770 0.19872 0.05891 0.19993\n 11 50 2 0.04202 0.20415 0.05469 0.20415\n 11 50 2 0.04202 0.20415 0.05469 0.20898\n 11 50 2 0.04202 0.21380 0.05469 0.20898\n 11 50 2 0.04202 0.21380 0.05469 0.21380\n 11 50 2 0.04202 0.21863 0.05469 0.21863\n 11 226 10 0.04202 0.21863 0.04202 0.22406 0.04262 0.22587 0.04323 0.22647 0.04443 0.22707 0.04624 0.22707 0.04745 0.22647 0.04805 0.22587 0.04865 0.22406 0.04865 0.21863\n 11 50 2 0.05891 0.23009 0.05891 0.24095\n 11 50 2 0.04202 0.24456 0.05469 0.24456\n 11 226 10 0.04202 0.24456 0.04202 0.24999 0.04262 0.25180 0.04323 0.25241 0.04443 0.25301 0.04624 0.25301 0.04745 0.25241 0.04805 0.25180 0.04865 0.24999 0.04865 0.24456\n 11 50 2 0.04202 0.25723 0.05469 0.25723\n 11 50 2 0.04202 0.26567 0.05469 0.26567\n 11 50 2 0.04805 0.25723 0.04805 0.26567\n 11 50 2 0.04202 0.27050 0.05469 0.27050\n 11 94 4 0.04443 0.27653 0.04383 0.27774 0.04202 0.27955 0.05469 0.27955\n 11 226 10 0.03961 0.28678 0.04081 0.28799 0.04262 0.28920 0.04504 0.29040 0.04805 0.29101 0.05046 0.29101 0.05348 0.29040 0.05589 0.28920 0.05770 0.28799 0.05891 0.28678\n 11 50 2 0.04564 0.29824 0.05288 0.29824\n 11 50 2 0.04745 0.29523 0.05107 0.30126\n 11 50 2 0.04745 0.30126 0.05107 0.29523\n 11 446 20 0.04383 0.31332 0.04262 0.31212 0.04202 0.31031 0.04202 0.30790 0.04262 0.30609 0.04383 0.30488 0.04504 0.30488 0.04624 0.30548 0.04684 0.30609 0.04745 0.30729 0.04865 0.31091 0.04926 0.31212 0.04986 0.31272 0.05107 0.31332 0.05288 0.31332 0.05408 0.31212 0.05469 0.31031 0.05469 0.30790 0.05408 0.30609 0.05288 0.30488\n 11 50 2 0.04202 0.31755 0.05469 0.31755\n 11 50 2 0.04202 0.32237 0.05469 0.32237\n 11 50 2 0.04202 0.32237 0.05469 0.33082\n 11 50 2 0.04202 0.33082 0.05469 0.33082\n 11 226 10 0.03961 0.33986 0.04081 0.33866 0.04262 0.33745 0.04504 0.33624 0.04805 0.33564 0.05046 0.33564 0.05348 0.33624 0.05589 0.33745 0.05770 0.33866 0.05891 0.33986\n 11 50 2 0.04202 0.34408 0.05469 0.34408\n 11 50 2 0.04202 0.34408 0.05469 0.34891\n 11 50 2 0.04202 0.35374 0.05469 0.34891\n 11 50 2 0.04202 0.35374 0.05469 0.35374\n 11 50 2 0.04202 0.35856 0.05469 0.35856\n 11 226 10 0.04202 0.35856 0.04202 0.36399 0.04262 0.36580 0.04323 0.36640 0.04443 0.36700 0.04624 0.36700 0.04745 0.36640 0.04805 0.36580 0.04865 0.36399 0.04865 0.35856\n 11 50 2 0.05891 0.37002 0.05891 0.38088\n 11 50 2 0.04202 0.38450 0.05469 0.38450\n 11 226 10 0.04202 0.38450 0.04202 0.38992 0.04262 0.39173 0.04323 0.39234 0.04443 0.39294 0.04624 0.39294 0.04745 0.39234 0.04805 0.39173 0.04865 0.38992 0.04865 0.38450\n 11 50 2 0.04202 0.39716 0.05469 0.39716\n 11 50 2 0.04202 0.40561 0.05469 0.40561\n 11 50 2 0.04805 0.39716 0.04805 0.40561\n 11 50 2 0.04202 0.41043 0.05469 0.41043\n 11 226 10 0.03961 0.41465 0.04081 0.41586 0.04262 0.41707 0.04504 0.41827 0.04805 0.41888 0.05046 0.41888 0.05348 0.41827 0.05589 0.41707 0.05770 0.41586 0.05891 0.41465\n 11 50 2 0.04926 0.43335 0.04926 0.44421\n 11 446 20 0.04383 0.46652 0.04262 0.46532 0.04202 0.46351 0.04202 0.46110 0.04262 0.45929 0.04383 0.45808 0.04504 0.45808 0.04624 0.45868 0.04684 0.45929 0.04745 0.46049 0.04865 0.46411 0.04926 0.46532 0.04986 0.46592 0.05107 0.46652 0.05288 0.46652 0.05408 0.46532 0.05469 0.46351 0.05469 0.46110 0.05408 0.45929 0.05288 0.45808\n 11 50 2 0.04202 0.47075 0.05469 0.47075\n 11 50 2 0.04202 0.47557 0.05469 0.47557\n 11 50 2 0.04202 0.47557 0.05469 0.48402\n 11 50 2 0.04202 0.48402 0.05469 0.48402\n 11 226 10 0.03961 0.49306 0.04081 0.49186 0.04262 0.49065 0.04504 0.48944 0.04805 0.48884 0.05046 0.48884 0.05348 0.48944 0.05589 0.49065 0.05770 0.49186 0.05891 0.49306\n 11 50 2 0.04202 0.49729 0.05469 0.49729\n 11 50 2 0.04202 0.49729 0.05469 0.50211\n 11 50 2 0.04202 0.50694 0.05469 0.50211\n 11 50 2 0.04202 0.50694 0.05469 0.50694\n 11 50 2 0.04202 0.51176 0.05469 0.51176\n 11 226 10 0.04202 0.51176 0.04202 0.51719 0.04262 0.51900 0.04323 0.51960 0.04443 0.52021 0.04624 0.52021 0.04745 0.51960 0.04805 0.51900 0.04865 0.51719 0.04865 0.51176\n 11 50 2 0.05891 0.52322 0.05891 0.53408\n 11 50 2 0.04202 0.53770 0.05469 0.53770\n 11 226 10 0.04202 0.53770 0.04202 0.54313 0.04262 0.54494 0.04323 0.54554 0.04443 0.54614 0.04624 0.54614 0.04745 0.54554 0.04805 0.54494 0.04865 0.54313 0.04865 0.53770\n 11 50 2 0.04202 0.55036 0.05469 0.55036\n 11 50 2 0.04202 0.55881 0.05469 0.55881\n 11 50 2 0.04805 0.55036 0.04805 0.55881\n 11 50 2 0.04202 0.56363 0.05469 0.56363\n 11 94 4 0.04443 0.56966 0.04383 0.57087 0.04202 0.57268 0.05469 0.57268\n 11 226 10 0.03961 0.57992 0.04081 0.58112 0.04262 0.58233 0.04504 0.58354 0.04805 0.58414 0.05046 0.58414 0.05348 0.58354 0.05589 0.58233 0.05770 0.58112 0.05891 0.57992\n 11 50 2 0.04564 0.59138 0.05288 0.59138\n 11 50 2 0.04745 0.58836 0.05107 0.59439\n 11 50 2 0.04745 0.59439 0.05107 0.58836\n 11 402 18 0.04504 0.60706 0.04383 0.60646 0.04262 0.60525 0.04202 0.60404 0.04202 0.60163 0.04262 0.60043 0.04383 0.59922 0.04504 0.59862 0.04684 0.59801 0.04986 0.59801 0.05167 0.59862 0.05288 0.59922 0.05408 0.60043 0.05469 0.60163 0.05469 0.60404 0.05408 0.60525 0.05288 0.60646 0.05167 0.60706\n 11 468 21 0.04202 0.61430 0.04262 0.61309 0.04383 0.61189 0.04504 0.61128 0.04684 0.61068 0.04986 0.61068 0.05167 0.61128 0.05288 0.61189 0.05408 0.61309 0.05469 0.61430 0.05469 0.61671 0.05408 0.61792 0.05288 0.61912 0.05167 0.61973 0.04986 0.62033 0.04684 0.62033 0.04504 0.61973 0.04383 0.61912 0.04262 0.61792 0.04202 0.61671 0.04202 0.61430\n 11 446 20 0.04383 0.63239 0.04262 0.63119 0.04202 0.62938 0.04202 0.62696 0.04262 0.62515 0.04383 0.62395 0.04504 0.62395 0.04624 0.62455 0.04684 0.62515 0.04745 0.62636 0.04865 0.62998 0.04926 0.63119 0.04986 0.63179 0.05107 0.63239 0.05288 0.63239 0.05408 0.63119 0.05469 0.62938 0.05469 0.62696 0.05408 0.62515 0.05288 0.62395\n 11 226 10 0.03961 0.64084 0.04081 0.63963 0.04262 0.63842 0.04504 0.63722 0.04805 0.63661 0.05046 0.63661 0.05348 0.63722 0.05589 0.63842 0.05770 0.63963 0.05891 0.64084\n 11 50 2 0.04202 0.64506 0.05469 0.64506\n 11 50 2 0.04202 0.64506 0.05469 0.64988\n 11 50 2 0.04202 0.65471 0.05469 0.64988\n 11 50 2 0.04202 0.65471 0.05469 0.65471\n 11 50 2 0.04202 0.65953 0.05469 0.65953\n 11 226 10 0.04202 0.65953 0.04202 0.66496 0.04262 0.66677 0.04323 0.66738 0.04443 0.66798 0.04624 0.66798 0.04745 0.66738 0.04805 0.66677 0.04865 0.66496 0.04865 0.65953\n 11 50 2 0.05891 0.67099 0.05891 0.68185\n 11 50 2 0.04202 0.68547 0.05469 0.68547\n 11 226 10 0.04202 0.68547 0.04202 0.69090 0.04262 0.69271 0.04323 0.69331 0.04443 0.69391 0.04624 0.69391 0.04745 0.69331 0.04805 0.69271 0.04865 0.69090 0.04865 0.68547\n 11 50 2 0.04202 0.69814 0.05469 0.69814\n 11 50 2 0.04202 0.70658 0.05469 0.70658\n 11 50 2 0.04805 0.69814 0.04805 0.70658\n 11 50 2 0.04202 0.71141 0.05469 0.71141\n 11 226 10 0.03961 0.71563 0.04081 0.71683 0.04262 0.71804 0.04504 0.71925 0.04805 0.71985 0.05046 0.71985 0.05348 0.71925 0.05589 0.71804 0.05770 0.71683 0.05891 0.71563\n 11 50 2 0.04564 0.72709 0.05288 0.72709\n 11 50 2 0.04745 0.72407 0.05107 0.73010\n 11 50 2 0.04745 0.73010 0.05107 0.72407\n 11 402 18 0.04504 0.74277 0.04383 0.74217 0.04262 0.74096 0.04202 0.73975 0.04202 0.73734 0.04262 0.73614 0.04383 0.73493 0.04504 0.73433 0.04684 0.73372 0.04986 0.73372 0.05167 0.73433 0.05288 0.73493 0.05408 0.73614 0.05469 0.73734 0.05469 0.73975 0.05408 0.74096 0.05288 0.74217 0.05167 0.74277\n 11 468 21 0.04202 0.75001 0.04262 0.74880 0.04383 0.74759 0.04504 0.74699 0.04684 0.74639 0.04986 0.74639 0.05167 0.74699 0.05288 0.74759 0.05408 0.74880 0.05469 0.75001 0.05469 0.75242 0.05408 0.75363 0.05288 0.75483 0.05167 0.75544 0.04986 0.75604 0.04684 0.75604 0.04504 0.75544 0.04383 0.75483 0.04262 0.75363 0.04202 0.75242 0.04202 0.75001\n 11 446 20 0.04383 0.76810 0.04262 0.76690 0.04202 0.76509 0.04202 0.76267 0.04262 0.76086 0.04383 0.75966 0.04504 0.75966 0.04624 0.76026 0.04684 0.76086 0.04745 0.76207 0.04865 0.76569 0.04926 0.76690 0.04986 0.76750 0.05107 0.76810 0.05288 0.76810 0.05408 0.76690 0.05469 0.76509 0.05469 0.76267 0.05408 0.76086 0.05288 0.75966\n 11 226 10 0.03961 0.77655 0.04081 0.77534 0.04262 0.77413 0.04504 0.77293 0.04805 0.77232 0.05046 0.77232 0.05348 0.77293 0.05589 0.77413 0.05770 0.77534 0.05891 0.77655\n 11 50 2 0.04202 0.78077 0.05469 0.78077\n 11 50 2 0.04202 0.78077 0.05469 0.78559\n 11 50 2 0.04202 0.79042 0.05469 0.78559\n 11 50 2 0.04202 0.79042 0.05469 0.79042\n 11 50 2 0.04202 0.79524 0.05469 0.79524\n 11 226 10 0.04202 0.79524 0.04202 0.80067 0.04262 0.80248 0.04323 0.80309 0.04443 0.80369 0.04624 0.80369 0.04745 0.80309 0.04805 0.80248 0.04865 0.80067 0.04865 0.79524\n 11 50 2 0.05891 0.80670 0.05891 0.81756\n 11 50 2 0.04202 0.82118 0.05469 0.82118\n 11 50 2 0.05469 0.82118 0.05469 0.82842\n 11 50 2 0.04202 0.83445 0.05469 0.82962\n 11 50 2 0.04202 0.83445 0.05469 0.83927\n 11 50 2 0.05046 0.83143 0.05046 0.83746\n 11 50 2 0.04202 0.84229 0.05469 0.84229\n 11 50 2 0.04202 0.84229 0.05469 0.84712\n 11 50 2 0.04202 0.85194 0.05469 0.84712\n 11 50 2 0.04202 0.85194 0.05469 0.85194\n 11 50 2 0.04202 0.85677 0.05469 0.85677\n 11 204 9 0.04202 0.85677 0.04202 0.86219 0.04262 0.86400 0.04323 0.86461 0.04443 0.86521 0.04564 0.86521 0.04684 0.86461 0.04745 0.86400 0.04805 0.86219\n 11 226 10 0.04805 0.85677 0.04805 0.86219 0.04865 0.86400 0.04926 0.86461 0.05046 0.86521 0.05227 0.86521 0.05348 0.86461 0.05408 0.86400 0.05469 0.86219 0.05469 0.85677\n 11 50 2 0.04202 0.86943 0.05469 0.86943\n 11 270 12 0.04202 0.86943 0.04202 0.87365 0.04262 0.87546 0.04383 0.87667 0.04504 0.87727 0.04684 0.87788 0.04986 0.87788 0.05167 0.87727 0.05288 0.87667 0.05408 0.87546 0.05469 0.87365 0.05469 0.86943\n 11 50 2 0.04202 0.88511 0.05469 0.88029\n 11 50 2 0.04202 0.88511 0.05469 0.88994\n 11 50 2 0.05046 0.88210 0.05046 0.88813\n 11 50 2 0.04926 0.89296 0.04926 0.90381\n 11 50 2 0.04202 0.90864 0.05469 0.90864\n 11 50 2 0.04202 0.90864 0.05469 0.91346\n 11 50 2 0.04202 0.91829 0.05469 0.91346\n 11 50 2 0.04202 0.91829 0.05469 0.91829\n 11 50 2 0.04202 0.92311 0.05469 0.92311\n 11 226 10 0.04202 0.92311 0.04202 0.92854 0.04262 0.93035 0.04323 0.93095 0.04443 0.93156 0.04624 0.93156 0.04745 0.93095 0.04805 0.93035 0.04865 0.92854 0.04865 0.92311\n 11 50 2 0.05891 0.93457 0.05891 0.94543\n 11 50 2 0.04202 0.94905 0.05469 0.94905\n 11 50 2 0.05469 0.94905 0.05469 0.95629\n 11 50 2 0.04202 0.96232 0.05469 0.95749\n 11 50 2 0.04202 0.96232 0.05469 0.96714\n 11 50 2 0.05046 0.95930 0.05046 0.96533\n 11 50 2 0.04202 0.97016 0.05469 0.97016\n 11 50 2 0.04202 0.97016 0.05469 0.97498\n 11 50 2 0.04202 0.97981 0.05469 0.97498\n 11 50 2 0.04202 0.97981 0.05469 0.97981\n 11 50 2 0.04202 0.98463 0.05469 0.98463\n 11 204 9 0.04202 0.98463 0.04202 0.99006 0.04262 0.99187 0.04323 0.99248 0.04443 0.99308 0.04564 0.99308 0.04684 0.99248 0.04745 0.99187 0.04805 0.99006\n 11 226 10 0.04805 0.98463 0.04805 0.99006 0.04865 0.99187 0.04926 0.99248 0.05046 0.99308 0.05227 0.99308 0.05348 0.99248 0.05408 0.99187 0.05469 0.99006 0.05469 0.98463\n 11 50 2 0.04202 0.99730 0.05469 0.99730\n 11 270 12 0.04202 0.99730 0.04202 1.00152 0.04262 1.00333 0.04383 1.00454 0.04504 1.00514 0.04684 1.00574 0.04986 1.00574 0.05167 1.00514 0.05288 1.00454 0.05408 1.00333 0.05469 1.00152 0.05469 0.99730\n 11 50 2 0.04202 1.01298 0.05469 1.00816\n 11 50 2 0.04202 1.01298 0.05469 1.01781\n 11 50 2 0.05046 1.00997 0.05046 1.01600\n 11 380 17 0.04202 1.02384 0.04262 1.02203 0.04443 1.02082 0.04745 1.02022 0.04926 1.02022 0.05227 1.02082 0.05408 1.02203 0.05469 1.02384 0.05469 1.02505 0.05408 1.02686 0.05227 1.02806 0.04926 1.02866 0.04745 1.02866 0.04443 1.02806 0.04262 1.02686 0.04202 1.02505 0.04202 1.02384\n 11 226 10 0.03961 1.03228 0.04081 1.03349 0.04262 1.03470 0.04504 1.03590 0.04805 1.03651 0.05046 1.03651 0.05348 1.03590 0.05589 1.03470 0.05770 1.03349 0.05891 1.03228\n 11 226 10 0.03961 1.05038 0.04081 1.05158 0.04262 1.05279 0.04504 1.05400 0.04805 1.05460 0.05046 1.05460 0.05348 1.05400 0.05589 1.05279 0.05770 1.05158 0.05891 1.05038\n 11 50 2 0.18877 0.10186 0.18877 0.08919\n 11 50 2 0.18877 0.10186 0.19360 0.08919\n 11 50 2 0.19842 0.10186 0.19360 0.08919\n 11 50 2 0.19842 0.10186 0.19842 0.08919\n 11 50 2 0.20325 0.10186 0.20325 0.08919\n 11 226 10 0.20325 0.10186 0.20868 0.10186 0.21049 0.10125 0.21109 0.10065 0.21169 0.09945 0.21169 0.09764 0.21109 0.09643 0.21049 0.09583 0.20868 0.09522 0.20325 0.09522\n 11 50 2 0.21471 0.08497 0.22556 0.08497\n 11 50 2 0.22918 0.10186 0.22918 0.08919\n 11 226 10 0.22918 0.10186 0.23461 0.10186 0.23642 0.10125 0.23702 0.10065 0.23763 0.09945 0.23763 0.09824 0.23702 0.09703 0.23642 0.09643 0.23461 0.09583 0.22918 0.09583\n 11 50 2 0.23341 0.09583 0.23763 0.08919\n 11 50 2 0.25391 0.09824 0.25391 0.09100\n 11 50 2 0.25090 0.09643 0.25693 0.09281\n 11 50 2 0.25693 0.09643 0.25090 0.09281\n 11 50 2 0.27080 0.10186 0.27080 0.08919\n 11 50 2 0.27080 0.10186 0.27563 0.08919\n 11 50 2 0.28045 0.10186 0.27563 0.08919\n 11 50 2 0.28045 0.10186 0.28045 0.08919\n 11 50 2 0.28528 0.10186 0.28528 0.08919\n 11 226 10 0.28528 0.10186 0.29071 0.10186 0.29251 0.10125 0.29312 0.10065 0.29372 0.09945 0.29372 0.09764 0.29312 0.09643 0.29251 0.09583 0.29071 0.09522 0.28528 0.09522\n 11 50 2 0.29674 0.08497 0.30759 0.08497\n 11 50 2 0.31121 0.10186 0.31121 0.08919\n 11 204 9 0.31121 0.10186 0.31664 0.10186 0.31845 0.10125 0.31905 0.10065 0.31966 0.09945 0.31966 0.09824 0.31905 0.09703 0.31845 0.09643 0.31664 0.09583\n 11 226 10 0.31121 0.09583 0.31664 0.09583 0.31845 0.09522 0.31905 0.09462 0.31966 0.09341 0.31966 0.09160 0.31905 0.09040 0.31845 0.08979 0.31664 0.08919 0.31121 0.08919\n 11 50 2 0.32388 0.10186 0.32388 0.08919\n 11 424 19 0.33715 0.09884 0.33655 0.10005 0.33534 0.10125 0.33413 0.10186 0.33172 0.10186 0.33051 0.10125 0.32931 0.10005 0.32870 0.09884 0.32810 0.09703 0.32810 0.09402 0.32870 0.09221 0.32931 0.09100 0.33051 0.08979 0.33172 0.08919 0.33413 0.08919 0.33534 0.08979 0.33655 0.09100 0.33715 0.09221 0.33715 0.09402\n 11 50 2 0.33413 0.09402 0.33715 0.09402\n 11 50 2 0.34137 0.10186 0.34137 0.08919\n 11 50 2 0.34981 0.10186 0.34137 0.09341\n 11 50 2 0.34439 0.09643 0.34981 0.08919\n 11 50 2 0.36610 0.09824 0.36610 0.09100\n 11 50 2 0.36308 0.09643 0.36912 0.09281\n 11 50 2 0.36912 0.09643 0.36308 0.09281\n 11 402 18 0.39143 0.09884 0.39083 0.10005 0.38962 0.10125 0.38842 0.10186 0.38600 0.10186 0.38480 0.10125 0.38359 0.10005 0.38299 0.09884 0.38238 0.09703 0.38238 0.09402 0.38299 0.09221 0.38359 0.09100 0.38480 0.08979 0.38600 0.08919 0.38842 0.08919 0.38962 0.08979 0.39083 0.09100 0.39143 0.09221\n 11 468 21 0.39867 0.10186 0.39746 0.10125 0.39626 0.10005 0.39565 0.09884 0.39505 0.09703 0.39505 0.09402 0.39565 0.09221 0.39626 0.09100 0.39746 0.08979 0.39867 0.08919 0.40108 0.08919 0.40229 0.08979 0.40350 0.09100 0.40410 0.09221 0.40470 0.09402 0.40470 0.09703 0.40410 0.09884 0.40350 0.10005 0.40229 0.10125 0.40108 0.10186 0.39867 0.10186\n 11 446 20 0.41676 0.10005 0.41556 0.10125 0.41375 0.10186 0.41134 0.10186 0.40953 0.10125 0.40832 0.10005 0.40832 0.09884 0.40892 0.09764 0.40953 0.09703 0.41073 0.09643 0.41435 0.09522 0.41556 0.09462 0.41616 0.09402 0.41676 0.09281 0.41676 0.09100 0.41556 0.08979 0.41375 0.08919 0.41134 0.08919 0.40953 0.08979 0.40832 0.09100\n 11 226 10 0.42521 0.10427 0.42400 0.10306 0.42280 0.10125 0.42159 0.09884 0.42099 0.09583 0.42099 0.09341 0.42159 0.09040 0.42280 0.08799 0.42400 0.08618 0.42521 0.08497\n 11 50 2 0.42943 0.10186 0.42943 0.08919\n 11 50 2 0.42943 0.10186 0.43426 0.08919\n 11 50 2 0.43908 0.10186 0.43426 0.08919\n 11 50 2 0.43908 0.10186 0.43908 0.08919\n 11 50 2 0.44391 0.10186 0.44391 0.08919\n 11 226 10 0.44391 0.10186 0.44934 0.10186 0.45114 0.10125 0.45175 0.10065 0.45235 0.09945 0.45235 0.09764 0.45175 0.09643 0.45114 0.09583 0.44934 0.09522 0.44391 0.09522\n 11 50 2 0.45537 0.08497 0.46622 0.08497\n 11 50 2 0.46984 0.10186 0.46984 0.08919\n 11 226 10 0.46984 0.10186 0.47527 0.10186 0.47708 0.10125 0.47768 0.10065 0.47829 0.09945 0.47829 0.09764 0.47768 0.09643 0.47708 0.09583 0.47527 0.09522 0.46984 0.09522\n 11 50 2 0.48251 0.10186 0.48251 0.08919\n 11 50 2 0.49095 0.10186 0.49095 0.08919\n 11 50 2 0.48251 0.09583 0.49095 0.09583\n 11 50 2 0.49578 0.10186 0.49578 0.08919\n 11 226 10 0.50000 0.10427 0.50121 0.10306 0.50241 0.10125 0.50362 0.09884 0.50422 0.09583 0.50422 0.09341 0.50362 0.09040 0.50241 0.08799 0.50121 0.08618 0.50000 0.08497\n 11 50 2 0.52111 0.09824 0.52111 0.09100\n 11 50 2 0.51809 0.09643 0.52413 0.09281\n 11 50 2 0.52413 0.09643 0.51809 0.09281\n 11 446 20 0.54584 0.10005 0.54463 0.10125 0.54282 0.10186 0.54041 0.10186 0.53860 0.10125 0.53740 0.10005 0.53740 0.09884 0.53800 0.09764 0.53860 0.09703 0.53981 0.09643 0.54343 0.09522 0.54463 0.09462 0.54524 0.09402 0.54584 0.09281 0.54584 0.09100 0.54463 0.08979 0.54282 0.08919 0.54041 0.08919 0.53860 0.08979 0.53740 0.09100\n 11 50 2 0.55006 0.10186 0.55006 0.08919\n 11 50 2 0.55489 0.10186 0.55489 0.08919\n 11 50 2 0.55489 0.10186 0.56333 0.08919\n 11 50 2 0.56333 0.10186 0.56333 0.08919\n 11 226 10 0.57238 0.10427 0.57117 0.10306 0.56997 0.10125 0.56876 0.09884 0.56816 0.09583 0.56816 0.09341 0.56876 0.09040 0.56997 0.08799 0.57117 0.08618 0.57238 0.08497\n 11 50 2 0.57660 0.10186 0.57660 0.08919\n 11 50 2 0.57660 0.10186 0.58143 0.08919\n 11 50 2 0.58625 0.10186 0.58143 0.08919\n 11 50 2 0.58625 0.10186 0.58625 0.08919\n 11 50 2 0.59108 0.10186 0.59108 0.08919\n 11 226 10 0.59108 0.10186 0.59650 0.10186 0.59831 0.10125 0.59892 0.10065 0.59952 0.09945 0.59952 0.09764 0.59892 0.09643 0.59831 0.09583 0.59650 0.09522 0.59108 0.09522\n 11 50 2 0.60254 0.08497 0.61339 0.08497\n 11 50 2 0.61701 0.10186 0.61701 0.08919\n 11 50 2 0.61701 0.08919 0.62425 0.08919\n 11 50 2 0.63028 0.10186 0.62546 0.08919\n 11 50 2 0.63028 0.10186 0.63511 0.08919\n 11 50 2 0.62727 0.09341 0.63330 0.09341\n 11 50 2 0.63812 0.10186 0.63812 0.08919\n 11 50 2 0.63812 0.10186 0.64295 0.08919\n 11 50 2 0.64777 0.10186 0.64295 0.08919\n 11 50 2 0.64777 0.10186 0.64777 0.08919\n 11 50 2 0.65260 0.10186 0.65260 0.08919\n 11 204 9 0.65260 0.10186 0.65803 0.10186 0.65984 0.10125 0.66044 0.10065 0.66104 0.09945 0.66104 0.09824 0.66044 0.09703 0.65984 0.09643 0.65803 0.09583\n 11 226 10 0.65260 0.09583 0.65803 0.09583 0.65984 0.09522 0.66044 0.09462 0.66104 0.09341 0.66104 0.09160 0.66044 0.09040 0.65984 0.08979 0.65803 0.08919 0.65260 0.08919\n 11 50 2 0.66526 0.10186 0.66526 0.08919\n 11 270 12 0.66526 0.10186 0.66949 0.10186 0.67130 0.10125 0.67250 0.10005 0.67311 0.09884 0.67371 0.09703 0.67371 0.09402 0.67311 0.09221 0.67250 0.09100 0.67130 0.08979 0.66949 0.08919 0.66526 0.08919\n 11 50 2 0.68095 0.10186 0.67612 0.08919\n 11 50 2 0.68095 0.10186 0.68577 0.08919\n 11 50 2 0.67793 0.09341 0.68396 0.09341\n 11 50 2 0.68879 0.09462 0.69964 0.09462\n 11 50 2 0.70447 0.10186 0.70447 0.08919\n 11 50 2 0.70447 0.10186 0.70929 0.08919\n 11 50 2 0.71412 0.10186 0.70929 0.08919\n 11 50 2 0.71412 0.10186 0.71412 0.08919\n 11 50 2 0.71895 0.10186 0.71895 0.08919\n 11 226 10 0.71895 0.10186 0.72437 0.10186 0.72618 0.10125 0.72679 0.10065 0.72739 0.09945 0.72739 0.09764 0.72679 0.09643 0.72618 0.09583 0.72437 0.09522 0.71895 0.09522\n 11 50 2 0.73041 0.08497 0.74126 0.08497\n 11 50 2 0.74488 0.10186 0.74488 0.08919\n 11 50 2 0.74488 0.08919 0.75212 0.08919\n 11 50 2 0.75815 0.10186 0.75332 0.08919\n 11 50 2 0.75815 0.10186 0.76298 0.08919\n 11 50 2 0.75513 0.09341 0.76117 0.09341\n 11 50 2 0.76599 0.10186 0.76599 0.08919\n 11 50 2 0.76599 0.10186 0.77082 0.08919\n 11 50 2 0.77564 0.10186 0.77082 0.08919\n 11 50 2 0.77564 0.10186 0.77564 0.08919\n 11 50 2 0.78047 0.10186 0.78047 0.08919\n 11 204 9 0.78047 0.10186 0.78590 0.10186 0.78770 0.10125 0.78831 0.10065 0.78891 0.09945 0.78891 0.09824 0.78831 0.09703 0.78770 0.09643 0.78590 0.09583\n 11 226 10 0.78047 0.09583 0.78590 0.09583 0.78770 0.09522 0.78831 0.09462 0.78891 0.09341 0.78891 0.09160 0.78831 0.09040 0.78770 0.08979 0.78590 0.08919 0.78047 0.08919\n 11 50 2 0.79313 0.10186 0.79313 0.08919\n 11 270 12 0.79313 0.10186 0.79736 0.10186 0.79916 0.10125 0.80037 0.10005 0.80097 0.09884 0.80158 0.09703 0.80158 0.09402 0.80097 0.09221 0.80037 0.09100 0.79916 0.08979 0.79736 0.08919 0.79313 0.08919\n 11 50 2 0.80882 0.10186 0.80399 0.08919\n 11 50 2 0.80882 0.10186 0.81364 0.08919\n 11 50 2 0.80580 0.09341 0.81183 0.09341\n 11 380 17 0.81967 0.10186 0.81786 0.10125 0.81666 0.09945 0.81605 0.09643 0.81605 0.09462 0.81666 0.09160 0.81786 0.08979 0.81967 0.08919 0.82088 0.08919 0.82269 0.08979 0.82389 0.09160 0.82450 0.09462 0.82450 0.09643 0.82389 0.09945 0.82269 0.10125 0.82088 0.10186 0.81967 0.10186\n 11 226 10 0.82812 0.10427 0.82932 0.10306 0.83053 0.10125 0.83174 0.09884 0.83234 0.09583 0.83234 0.09341 0.83174 0.09040 0.83053 0.08799 0.82932 0.08618 0.82812 0.08497\n 11 50 2 0.12666 0.14777 0.12666 0.85223\n 11 50 2 0.89445 0.14777 0.89445 0.85223\n 11 50 2 0.12666 0.85223 0.89445 0.85223\n 11 50 2 0.12666 0.14777 0.89445 0.14777\n 82 0\n 81 6 74\n 82 0\n 81 6 75\n 21 6 1\n 21 6 1\n 11 864 39 0.87122 0.41448 0.87024 0.41134 0.87021 0.40917 0.86920 0.40673 0.86950 0.40453 0.86940 0.40238 0.86895 0.40101 0.86972 0.40166 0.87052 0.40120 0.87088 0.40370 0.87181 0.40537 0.87135 0.40331 0.87080 0.40048 0.86997 0.39842 0.86866 0.39499 0.86728 0.39119 0.86707 0.38942 0.86719 0.38797 0.86771 0.38725 0.86669 0.38450 0.86733 0.38484 0.86833 0.38582 0.86885 0.38579 0.86927 0.38540 0.86916 0.38370 0.86996 0.38433 0.87020 0.38363 0.87007 0.38228 0.86990 0.38094 0.86968 0.37957 0.86993 0.37894 0.86965 0.37763 0.86966 0.37697 0.86953 0.37630 0.86971 0.37633 0.86931 0.37504 0.86893 0.37373 0.86801 0.37145 0.86796 0.37119\n 11 160 7 0.89082 0.54905 0.89106 0.54728 0.89134 0.54513 0.89165 0.54259 0.89187 0.54043 0.89202 0.53831 0.89187 0.53865\n 11 2184 99 0.89187 0.53865 0.89178 0.53826 0.89165 0.53752 0.89179 0.53541 0.89143 0.53756 0.89111 0.53859 0.89086 0.53789 0.89058 0.53716 0.89026 0.53609 0.89037 0.53217 0.88980 0.53540 0.88924 0.53682 0.88897 0.53507 0.88870 0.53396 0.88871 0.53220 0.88812 0.53256 0.88762 0.53257 0.88765 0.53685 0.88749 0.53437 0.88725 0.53152 0.88701 0.52904 0.88727 0.52509 0.88720 0.52222 0.88674 0.52014 0.88627 0.51905 0.88585 0.51942 0.88555 0.51768 0.88532 0.51554 0.88484 0.51309 0.88440 0.51024 0.88385 0.51101 0.88323 0.51247 0.88250 0.51184 0.88188 0.51009 0.88142 0.50832 0.88032 0.51056 0.88019 0.50775 0.88094 0.50656 0.88078 0.50374 0.88048 0.50123 0.88015 0.49876 0.88086 0.49615 0.88196 0.49500 0.88259 0.49244 0.88200 0.48920 0.88145 0.49073 0.88075 0.49114 0.88052 0.49441 0.88046 0.49692 0.87972 0.49807 0.87874 0.49924 0.87918 0.50208 0.87895 0.50494 0.87840 0.50538 0.87783 0.50437 0.87773 0.50189 0.87785 0.49934 0.87747 0.49688 0.87732 0.49440 0.87688 0.49121 0.87573 0.48879 0.87573 0.48628 0.87495 0.48495 0.87444 0.48245 0.87440 0.47994 0.87484 0.47737 0.87538 0.47513 0.87471 0.47304 0.87468 0.47012 0.87416 0.46618 0.87484 0.46282 0.87358 0.46333 0.87261 0.46350 0.87162 0.46364 0.87042 0.46341 0.86945 0.46211 0.86841 0.46117 0.86731 0.45914 0.86710 0.45664 0.86613 0.45386 0.86513 0.45112 0.86388 0.44798 0.86284 0.44780 0.86180 0.44613 0.86098 0.44741 0.85966 0.44689 0.85823 0.44674 0.85712 0.44768 0.85600 0.44858 0.85508 0.44989 0.85499 0.45245 0.85436 0.45476 0.85403 0.45810 0.85334 0.46041 0.85251 0.46310 0.85252 0.46601 0.85136 0.46949 0.85065 0.46963 0.84933 0.46880\n 11 2184 99 0.84933 0.46880 0.84754 0.46915 0.84628 0.46792 0.84524 0.46709 0.84401 0.46478 0.84246 0.46332 0.84132 0.46064 0.83999 0.45840 0.83802 0.45700 0.83664 0.45363 0.83498 0.45331 0.83341 0.45258 0.83442 0.45598 0.83405 0.46008 0.83317 0.46246 0.83190 0.46671 0.83341 0.46567 0.83322 0.46896 0.83238 0.47205 0.83164 0.47473 0.83087 0.47740 0.83033 0.48040 0.83064 0.48393 0.82975 0.48588 0.82868 0.48579 0.82724 0.48399 0.82585 0.48287 0.82455 0.48071 0.82341 0.47812 0.82206 0.47596 0.82067 0.47382 0.81999 0.47184 0.82089 0.46871 0.82148 0.46640 0.82158 0.46420 0.82238 0.46217 0.82163 0.46018 0.82102 0.45781 0.82174 0.45688 0.82010 0.45407 0.81981 0.45485 0.81766 0.45322 0.81611 0.45000 0.81425 0.44756 0.81243 0.44475 0.81125 0.44363 0.80948 0.44413 0.80736 0.44327 0.80523 0.44239 0.80322 0.44334 0.80153 0.44459 0.79968 0.44625 0.79782 0.44682 0.79625 0.44766 0.79480 0.44921 0.79480 0.45141 0.79224 0.45152 0.79059 0.45349 0.79040 0.45610 0.78936 0.45862 0.78830 0.46114 0.78722 0.46367 0.78675 0.46673 0.78622 0.46976 0.78617 0.47267 0.78489 0.47454 0.78371 0.47707 0.78188 0.47908 0.78098 0.48190 0.78134 0.48458 0.78227 0.48779 0.78314 0.49104 0.78464 0.49299 0.78510 0.49527 0.78558 0.49758 0.78361 0.49891 0.78427 0.50074 0.78539 0.49868 0.78636 0.50149 0.78751 0.50320 0.78915 0.50543 0.79118 0.50622 0.79300 0.50737 0.79359 0.50994 0.79605 0.50993 0.79721 0.50857 0.79897 0.50976 0.80044 0.51210 0.80098 0.51399 0.80217 0.51469 0.80359 0.51431 0.80360 0.51570 0.80122 0.51564 0.80073 0.51646 0.80098 0.51806 0.80048 0.51953 0.79928 0.51815 0.79833 0.51642 0.79710 0.51571\n 11 2184 99 0.79710 0.51571 0.79661 0.51856 0.79878 0.51897 0.79947 0.52181 0.80064 0.52319 0.80226 0.52445 0.80219 0.52648 0.80367 0.52541 0.80501 0.52708 0.80605 0.52917 0.80710 0.53123 0.80870 0.53116 0.81048 0.53205 0.81214 0.53070 0.81313 0.53279 0.81337 0.53536 0.81431 0.53745 0.81630 0.53737 0.81903 0.53614 0.81987 0.53660 0.82172 0.53485 0.82274 0.53268 0.82373 0.53110 0.82422 0.53269 0.82529 0.52981 0.82644 0.52852 0.82812 0.52818 0.82984 0.52714 0.83177 0.52574 0.83359 0.52575 0.83508 0.52444 0.83573 0.52636 0.83583 0.52802 0.83500 0.53122 0.83355 0.53424 0.83191 0.53688 0.82973 0.53862 0.82748 0.54040 0.82649 0.54191 0.82428 0.54297 0.82241 0.54468 0.82034 0.54608 0.81858 0.54804 0.81681 0.55004 0.81572 0.55317 0.81458 0.55629 0.81419 0.55990 0.81432 0.56274 0.81414 0.56593 0.81361 0.56852 0.81288 0.57088 0.81289 0.57369 0.81333 0.57547 0.81286 0.57834 0.81231 0.58121 0.81296 0.58358 0.81243 0.58550 0.81164 0.58379 0.81121 0.58690 0.81171 0.58803 0.81103 0.58967 0.80975 0.59110 0.80912 0.58968 0.80835 0.58799 0.80839 0.59009 0.80855 0.59158 0.80926 0.59204 0.81087 0.59150 0.80926 0.59204 0.80754 0.59354 0.80602 0.59436 0.80407 0.59438 0.80279 0.59577 0.80127 0.59783 0.79907 0.59728 0.80014 0.59858 0.79871 0.59969 0.79658 0.60152 0.79548 0.60340 0.79539 0.60546 0.79649 0.60355 0.79787 0.60214 0.79928 0.59991 0.80056 0.60055 0.80144 0.59925 0.80191 0.60034 0.80299 0.59844 0.80470 0.59578 0.80475 0.59695 0.80303 0.59960 0.80183 0.60242 0.80117 0.60428 0.79824 0.60528 0.79598 0.60681 0.79713 0.60719 0.79882 0.60665 0.79813 0.60962 0.79648 0.61271 0.79460 0.61527\n 11 2184 99 0.79460 0.61527 0.79347 0.61489 0.79249 0.61726 0.79202 0.61984 0.79187 0.62210 0.79243 0.62370 0.79296 0.62530 0.79274 0.62755 0.79147 0.62935 0.79280 0.62919 0.79245 0.63115 0.79319 0.63051 0.79305 0.63329 0.79159 0.63452 0.79270 0.63359 0.79225 0.63199 0.79025 0.63304 0.78923 0.63260 0.78835 0.63432 0.78716 0.63501 0.78586 0.63706 0.78466 0.63931 0.78389 0.63993 0.78358 0.64206 0.78326 0.64447 0.78158 0.64703 0.78254 0.64719 0.78216 0.64958 0.78173 0.65167 0.78087 0.65408 0.77927 0.65525 0.77968 0.65753 0.77924 0.66011 0.77794 0.66352 0.77953 0.66212 0.77935 0.66446 0.78071 0.66129 0.78129 0.65950 0.78262 0.65653 0.78440 0.65435 0.78643 0.65344 0.78782 0.65414 0.78652 0.65683 0.78515 0.65954 0.78373 0.66166 0.78389 0.66321 0.78290 0.66610 0.78193 0.66998 0.78123 0.67306 0.77967 0.67461 0.77889 0.67690 0.77731 0.67969 0.77571 0.67867 0.77327 0.68041 0.77243 0.68018 0.77446 0.67793 0.77640 0.67517 0.77842 0.67387 0.77797 0.67260 0.77863 0.67034 0.77808 0.66856 0.77628 0.66736 0.77526 0.66617 0.77270 0.66679 0.76984 0.66843 0.76783 0.67027 0.76833 0.66728 0.76555 0.66699 0.76600 0.66988 0.76535 0.67186 0.76431 0.67432 0.76265 0.67535 0.76128 0.67518 0.76017 0.67382 0.76025 0.67145 0.76034 0.66904 0.76123 0.66632 0.76169 0.66415 0.76250 0.66140 0.76377 0.65859 0.76547 0.65597 0.76681 0.65359 0.76806 0.65121 0.76830 0.64865 0.76703 0.65109 0.76571 0.65321 0.76444 0.65557 0.76302 0.65769 0.76130 0.66029 0.76001 0.66308 0.75838 0.66633 0.75877 0.66821 0.75673 0.67002 0.75527 0.67224 0.75476 0.67486 0.75501 0.67646 0.75526 0.67831 0.75510 0.68063 0.75567 0.68200\n 11 2184 99 0.75567 0.68200 0.75581 0.68364 0.75593 0.68547 0.75688 0.68637 0.75649 0.68872 0.75652 0.69128 0.75481 0.69358 0.75307 0.69563 0.75127 0.69766 0.74985 0.70060 0.74924 0.70351 0.74734 0.70610 0.74588 0.70805 0.74243 0.70879 0.74014 0.71023 0.73763 0.70967 0.73779 0.70774 0.73559 0.70852 0.73525 0.70619 0.73334 0.70909 0.73205 0.70843 0.73171 0.70631 0.72986 0.70632 0.72944 0.70384 0.72711 0.70447 0.72568 0.70306 0.72380 0.70288 0.72101 0.70413 0.71920 0.70594 0.71774 0.70538 0.71582 0.70622 0.71388 0.70587 0.71096 0.70595 0.70802 0.70623 0.70502 0.70617 0.70201 0.70631 0.70001 0.70639 0.70178 0.70449 0.70309 0.70296 0.70510 0.70284 0.70737 0.70083 0.70852 0.69849 0.71026 0.69686 0.71123 0.69391 0.70762 0.69402 0.70686 0.69296 0.70420 0.69304 0.70233 0.69398 0.69951 0.69555 0.69696 0.69619 0.69464 0.69770 0.69376 0.69636 0.69331 0.69481 0.69139 0.69398 0.68965 0.69543 0.68771 0.69463 0.68529 0.69427 0.68331 0.69352 0.68340 0.69075 0.68285 0.68944 0.68110 0.68818 0.67974 0.68651 0.68053 0.68444 0.68289 0.68308 0.68486 0.68342 0.68691 0.68159 0.68893 0.67955 0.69082 0.67974 0.69375 0.67843 0.69608 0.67704 0.69781 0.67461 0.69759 0.67290 0.69929 0.67158 0.70173 0.67171 0.70327 0.67239 0.70677 0.67115 0.70922 0.67009 0.71260 0.66867 0.71618 0.66636 0.71786 0.66372 0.71915 0.66050 0.72001 0.65749 0.72035 0.65479 0.72288 0.65407 0.72536 0.65311 0.72843 0.65118 0.73096 0.64931 0.73401 0.64846 0.73574 0.64510 0.73627 0.64168 0.73800 0.64060 0.73542 0.64017 0.73287 0.64097 0.73051 0.64101 0.72780 0.64162 0.72472 0.64166 0.72248 0.64400 0.72044 0.64560 0.71795 0.64665\n 11 2184 99 0.71795 0.64665 0.71453 0.65012 0.71204 0.64918 0.71052 0.64691 0.70893 0.64466 0.70520 0.64411 0.70302 0.64294 0.70103 0.64218 0.69795 0.64267 0.69471 0.64209 0.69207 0.64073 0.68862 0.64009 0.68802 0.63785 0.68766 0.63600 0.68609 0.63743 0.68343 0.63856 0.68147 0.64033 0.67786 0.64207 0.67620 0.64115 0.67527 0.63955 0.67268 0.64073 0.67031 0.64290 0.66766 0.64560 0.66616 0.64780 0.66459 0.65003 0.66305 0.65300 0.66186 0.65562 0.66220 0.65742 0.65970 0.65947 0.66034 0.66171 0.66106 0.66409 0.65834 0.66591 0.65634 0.66928 0.65849 0.67177 0.65686 0.67489 0.65516 0.67795 0.65244 0.67976 0.65000 0.68373 0.64729 0.68372 0.64832 0.68594 0.65019 0.68574 0.65257 0.68732 0.65139 0.69040 0.65024 0.69374 0.64713 0.69595 0.64451 0.69482 0.64164 0.69640 0.64119 0.69879 0.63758 0.70067 0.63556 0.69905 0.63344 0.69986 0.63128 0.69853 0.63007 0.69683 0.63290 0.69520 0.63626 0.69339 0.63953 0.69146 0.64024 0.68873 0.64251 0.68731 0.64258 0.68560 0.63830 0.68629 0.63576 0.68830 0.63344 0.68976 0.62964 0.69025 0.63211 0.68650 0.62849 0.68730 0.62543 0.68795 0.62275 0.68747 0.62183 0.69038 0.61845 0.69145 0.61580 0.69174 0.61259 0.69229 0.60916 0.69337 0.60818 0.69531 0.60586 0.69596 0.60597 0.69756 0.60721 0.69882 0.60553 0.70091 0.60392 0.70301 0.60301 0.70437 0.60101 0.70396 0.59824 0.70246 0.59708 0.69989 0.59884 0.69796 0.60135 0.69679 0.60426 0.69522 0.60645 0.69367 0.60906 0.69181 0.60934 0.68994 0.61153 0.68744 0.61367 0.68473 0.61812 0.68373 0.62246 0.68422 0.62374 0.68176 0.62689 0.68037 0.62815 0.67720 0.62777 0.67668 0.62970 0.67432 0.62659 0.67428 0.62367 0.67643\n 11 2184 99 0.62367 0.67643 0.62375 0.67962 0.61963 0.68085 0.61501 0.68102 0.61652 0.67822 0.61662 0.67566 0.62107 0.67587 0.62166 0.67368 0.62434 0.67117 0.62275 0.66919 0.61904 0.66773 0.61563 0.66744 0.61147 0.66701 0.60716 0.66824 0.60562 0.66621 0.60394 0.66401 0.60391 0.66169 0.60713 0.66179 0.60823 0.65947 0.60547 0.65909 0.60254 0.65921 0.60060 0.65703 0.59836 0.65482 0.59538 0.65446 0.59299 0.65336 0.59230 0.65527 0.59385 0.65685 0.59115 0.65835 0.58761 0.65839 0.58450 0.65725 0.58107 0.65727 0.57738 0.65742 0.57408 0.65845 0.57067 0.65728 0.57093 0.65457 0.56903 0.65427 0.56726 0.65722 0.56690 0.65362 0.56469 0.65393 0.56237 0.65625 0.55838 0.65812 0.55869 0.65480 0.55710 0.65340 0.55530 0.65542 0.55299 0.65332 0.55050 0.65100 0.54935 0.64909 0.54710 0.64982 0.54498 0.64898 0.54378 0.64689 0.54423 0.64455 0.54074 0.64545 0.53799 0.64689 0.53497 0.64798 0.53148 0.64782 0.52937 0.64879 0.52689 0.64998 0.52423 0.64978 0.52182 0.64918 0.51924 0.65028 0.51622 0.65017 0.51280 0.65150 0.50982 0.65154 0.50720 0.65157 0.50507 0.65378 0.50105 0.65393 0.50010 0.65542 0.49700 0.65673 0.49395 0.65441 0.49083 0.65448 0.48728 0.65258 0.48461 0.65241 0.48164 0.65051 0.48023 0.64804 0.47855 0.64618 0.47520 0.64581 0.47233 0.64580 0.47107 0.64314 0.47268 0.64081 0.47526 0.63858 0.47577 0.63560 0.47785 0.63331 0.47927 0.63073 0.47773 0.62897 0.47355 0.62959 0.47395 0.63198 0.47178 0.63234 0.46857 0.63144 0.46533 0.63058 0.46194 0.62877 0.46319 0.62756 0.46549 0.62658 0.46400 0.62490 0.46436 0.62287 0.46799 0.62120 0.47160 0.62108 0.47419 0.61974 0.47662 0.62087 0.47939 0.62144\n 11 2184 99 0.47939 0.62144 0.47821 0.61919 0.47916 0.61660 0.47786 0.61381 0.47410 0.61384 0.47134 0.61175 0.46898 0.61361 0.46640 0.61254 0.46543 0.61073 0.46265 0.60822 0.46005 0.60465 0.46171 0.60181 0.46199 0.59873 0.46315 0.59551 0.46420 0.59286 0.46693 0.59243 0.47018 0.59444 0.47113 0.59081 0.46991 0.58898 0.47057 0.58636 0.47273 0.58710 0.47756 0.58653 0.47937 0.58333 0.48053 0.58520 0.48277 0.58451 0.48483 0.58481 0.48412 0.58138 0.48308 0.57792 0.48046 0.57616 0.47769 0.57389 0.47404 0.57228 0.47142 0.56955 0.46795 0.56949 0.46431 0.56846 0.46161 0.56628 0.45757 0.56536 0.45325 0.56349 0.45354 0.56189 0.45807 0.56325 0.46164 0.56474 0.46496 0.56531 0.46740 0.56651 0.47100 0.56703 0.47466 0.56814 0.47789 0.56883 0.47945 0.57123 0.48239 0.57248 0.48626 0.57416 0.48833 0.57654 0.49185 0.57878 0.49526 0.58063 0.49715 0.58252 0.49904 0.58496 0.49652 0.58602 0.49751 0.58800 0.50014 0.58939 0.50220 0.59176 0.50315 0.59470 0.50512 0.59667 0.50840 0.59858 0.51081 0.59857 0.50919 0.59662 0.50620 0.59565 0.50582 0.59222 0.50406 0.58928 0.50573 0.58824 0.50396 0.58630 0.50740 0.58672 0.50998 0.58867 0.51223 0.59070 0.51502 0.59073 0.51661 0.59372 0.51598 0.59715 0.51872 0.59620 0.52143 0.59629 0.52371 0.59491 0.52716 0.59312 0.53063 0.59185 0.53395 0.59210 0.53728 0.59238 0.54055 0.59120 0.54339 0.59103 0.54507 0.59272 0.54616 0.58984 0.54922 0.58872 0.55225 0.58659 0.55494 0.58497 0.55783 0.58389 0.55965 0.58112 0.56257 0.57903 0.56445 0.57628 0.56679 0.57312 0.56582 0.57701 0.56407 0.58033 0.56334 0.58327 0.56057 0.58481 0.56228 0.58510 0.56223 0.58766 0.56398 0.58540\n 11 2184 99 0.56398 0.58540 0.56420 0.58342 0.56581 0.58064 0.56645 0.57817 0.56782 0.57996 0.56817 0.58206 0.56983 0.58034 0.57184 0.57870 0.56867 0.57907 0.56742 0.57681 0.56875 0.57397 0.57042 0.57477 0.57106 0.57236 0.57250 0.57053 0.57413 0.56930 0.57666 0.56825 0.57888 0.56616 0.57790 0.56957 0.57512 0.57260 0.57293 0.57477 0.57499 0.57413 0.57677 0.57450 0.57705 0.57250 0.57896 0.57029 0.58106 0.56869 0.58362 0.56769 0.58575 0.56925 0.58543 0.56603 0.58681 0.56478 0.58511 0.56282 0.58759 0.56024 0.59023 0.55929 0.59353 0.55636 0.59687 0.55561 0.59880 0.55293 0.60107 0.55142 0.60173 0.54949 0.60533 0.54829 0.60858 0.54817 0.61202 0.54756 0.61501 0.54626 0.61804 0.54505 0.62086 0.54432 0.62254 0.54649 0.62369 0.54361 0.62591 0.54271 0.62818 0.54072 0.62792 0.53958 0.63020 0.53760 0.63035 0.53438 0.62964 0.53525 0.62834 0.53371 0.62907 0.53670 0.62615 0.53736 0.62351 0.53651 0.61959 0.53691 0.61980 0.53535 0.62102 0.53411 0.62294 0.53197 0.62503 0.52938 0.62607 0.52756 0.62713 0.52569 0.63058 0.52576 0.62747 0.52476 0.62819 0.52277 0.62943 0.52050 0.62959 0.51783 0.63062 0.51491 0.63130 0.51188 0.63173 0.50825 0.63180 0.50446 0.63313 0.50164 0.63489 0.50006 0.63663 0.49738 0.63724 0.49434 0.63705 0.49106 0.63752 0.48959 0.63951 0.48861 0.64129 0.48705 0.64193 0.48507 0.64307 0.48280 0.64530 0.48133 0.64769 0.48051 0.64793 0.47846 0.65043 0.47878 0.64996 0.48023 0.65167 0.48024 0.65123 0.47905 0.65321 0.47702 0.65076 0.47780 0.65193 0.47549 0.65373 0.47398 0.65534 0.47454 0.65613 0.47211 0.65617 0.47052 0.65918 0.46945 0.66159 0.46761 0.66492 0.46560 0.66586 0.46274\n 11 2184 99 0.66586 0.46274 0.66976 0.46316 0.67285 0.46324 0.67556 0.46320 0.67712 0.46382 0.67819 0.46212 0.67975 0.46275 0.68277 0.46185 0.68478 0.45997 0.68657 0.45749 0.68911 0.45534 0.69074 0.45333 0.69256 0.45200 0.69304 0.45060 0.69510 0.44989 0.69590 0.44755 0.69725 0.44763 0.69873 0.44457 0.70145 0.44470 0.70463 0.44347 0.70687 0.44240 0.70907 0.44132 0.70985 0.43901 0.70829 0.43670 0.70534 0.43585 0.70835 0.43514 0.70977 0.43372 0.71167 0.43353 0.71414 0.43313 0.71611 0.43408 0.71833 0.43308 0.72117 0.43291 0.72326 0.43080 0.72414 0.42810 0.72353 0.42566 0.72713 0.42592 0.72971 0.42519 0.73243 0.42399 0.73536 0.42350 0.73805 0.42078 0.73993 0.42493 0.73766 0.42631 0.73481 0.42790 0.73289 0.42686 0.73097 0.42848 0.73144 0.42974 0.72927 0.43074 0.72868 0.43252 0.72621 0.43440 0.72449 0.43669 0.72121 0.43819 0.71871 0.44013 0.71611 0.44095 0.71436 0.44329 0.71199 0.44483 0.70920 0.44619 0.70685 0.44771 0.70438 0.44816 0.70254 0.44950 0.70216 0.45197 0.70053 0.45393 0.69931 0.45609 0.69902 0.45810 0.70222 0.45796 0.70363 0.45914 0.70567 0.45848 0.70793 0.45853 0.70880 0.45622 0.71098 0.45403 0.71202 0.45239 0.71439 0.45085 0.71655 0.44869 0.71985 0.44714 0.72315 0.44561 0.72602 0.44661 0.72701 0.44390 0.73049 0.44307 0.73228 0.44192 0.73342 0.44255 0.73522 0.44136 0.73508 0.43916 0.73555 0.43782 0.73795 0.43756 0.74147 0.43797 0.74406 0.43576 0.74659 0.43507 0.74905 0.43443 0.75185 0.43294 0.75393 0.43212 0.75656 0.43109 0.75861 0.43029 0.76055 0.42729 0.76245 0.42693 0.76301 0.42522 0.76212 0.42253 0.76329 0.42172 0.76218 0.41946 0.76451 0.41786 0.76714 0.41648\n 11 2074 94 0.76714 0.41648 0.77016 0.41693 0.77288 0.41672 0.77497 0.41558 0.77827 0.41633 0.78089 0.41769 0.78196 0.41846 0.78425 0.41810 0.78734 0.41780 0.78968 0.41853 0.79199 0.41932 0.79441 0.41967 0.79658 0.42084 0.79896 0.42123 0.80132 0.42164 0.80372 0.42316 0.80627 0.42430 0.80873 0.42547 0.81056 0.42865 0.81204 0.43157 0.81389 0.43328 0.81556 0.43429 0.81731 0.43497 0.81916 0.43519 0.82042 0.43486 0.82252 0.43431 0.82446 0.43422 0.82608 0.43376 0.82814 0.43436 0.83005 0.43540 0.83171 0.43722 0.83370 0.43785 0.83485 0.43759 0.83620 0.43913 0.83812 0.43980 0.83940 0.44132 0.84122 0.44353 0.84136 0.44530 0.84296 0.44461 0.84193 0.44333 0.84351 0.44264 0.84492 0.44234 0.84669 0.44198 0.84828 0.44201 0.84988 0.44209 0.85036 0.44015 0.85060 0.43790 0.85149 0.43662 0.85255 0.43752 0.85317 0.43741 0.85377 0.44025 0.85480 0.43970 0.85672 0.44041 0.85793 0.44020 0.85818 0.43760 0.85958 0.43921 0.86045 0.43906 0.86095 0.44078 0.86229 0.44240 0.86369 0.44363 0.86458 0.44313 0.86578 0.44514 0.86645 0.44285 0.86737 0.44490 0.86832 0.44805 0.86708 0.44784 0.86660 0.44905 0.86742 0.45147 0.86793 0.45393 0.86808 0.45684 0.86881 0.45818 0.86995 0.45876 0.87088 0.45788 0.87157 0.45923 0.87134 0.45673 0.87236 0.45514 0.87356 0.45499 0.87454 0.45447 0.87467 0.45230 0.87527 0.44965 0.87556 0.44742 0.87600 0.44558 0.87590 0.44266 0.87670 0.44256 0.87620 0.43934 0.87589 0.43575 0.87469 0.43335 0.87410 0.42975 0.87438 0.42828 0.87349 0.42620 0.87393 0.42506 0.87286 0.42191 0.87138 0.41773 0.87122 0.41448\n 11 578 26 0.57616 0.63610 0.57970 0.63751 0.58316 0.63941 0.58628 0.63894 0.58460 0.63678 0.58325 0.63525 0.58360 0.63174 0.58737 0.63302 0.58684 0.63491 0.58805 0.63749 0.58948 0.63586 0.58974 0.63278 0.59219 0.63713 0.58920 0.63887 0.59341 0.63954 0.59288 0.64197 0.59271 0.64409 0.58977 0.64234 0.58620 0.64156 0.58717 0.64350 0.58827 0.64552 0.58533 0.64541 0.58328 0.64258 0.58063 0.64061 0.57844 0.63859 0.57616 0.63610\n 11 622 28 0.61141 0.61748 0.61522 0.61684 0.61724 0.61774 0.61888 0.61964 0.62047 0.61984 0.61977 0.62176 0.62132 0.62367 0.62265 0.62543 0.62187 0.62850 0.62297 0.63081 0.62524 0.63266 0.62348 0.63346 0.62622 0.63497 0.62327 0.63447 0.62150 0.63352 0.62011 0.63168 0.62021 0.63000 0.62021 0.62766 0.61885 0.62644 0.61636 0.62640 0.61463 0.62728 0.61169 0.62593 0.61318 0.62492 0.61583 0.62385 0.61416 0.62255 0.61506 0.62073 0.61456 0.61883 0.61141 0.61748\n 11 292 13 0.63553 0.61176 0.63835 0.61261 0.63798 0.61482 0.63936 0.61672 0.64195 0.61820 0.64340 0.62029 0.64128 0.62027 0.63980 0.61942 0.63734 0.61982 0.63606 0.61910 0.63631 0.61626 0.63591 0.61427 0.63553 0.61176\n 11 248 11 0.66606 0.61298 0.66731 0.61580 0.66557 0.61782 0.66381 0.61984 0.66418 0.62206 0.66087 0.62359 0.66163 0.62086 0.66220 0.61870 0.66475 0.61725 0.66550 0.61521 0.66606 0.61298\n 11 468 21 0.68815 0.60567 0.69036 0.60475 0.69307 0.60287 0.69538 0.60271 0.69676 0.60113 0.69866 0.60271 0.70097 0.60052 0.70156 0.60236 0.70305 0.60022 0.70460 0.59804 0.70633 0.59603 0.70711 0.59813 0.70493 0.60186 0.70218 0.60291 0.69865 0.60480 0.69592 0.60663 0.69298 0.60831 0.69024 0.61016 0.68846 0.60934 0.68702 0.60818 0.68815 0.60567\n 11 512 23 0.68420 0.60064 0.68712 0.59886 0.68719 0.60090 0.68931 0.60053 0.68967 0.59881 0.69168 0.59636 0.69424 0.59634 0.69768 0.59575 0.69905 0.59410 0.70126 0.59320 0.70238 0.59142 0.70405 0.59345 0.70169 0.59493 0.69980 0.59543 0.69780 0.59650 0.69650 0.59887 0.69487 0.59821 0.69424 0.59634 0.69142 0.59888 0.69106 0.60061 0.68970 0.60221 0.68661 0.60246 0.68420 0.60064\n 11 754 34 0.73383 0.59041 0.73504 0.59168 0.73557 0.59451 0.73831 0.59366 0.73899 0.59674 0.73961 0.59981 0.73944 0.60364 0.74050 0.60494 0.74054 0.60168 0.74196 0.60020 0.74306 0.60232 0.74573 0.60160 0.74711 0.60337 0.74774 0.60672 0.74902 0.60930 0.75012 0.60822 0.75109 0.60958 0.74875 0.61070 0.74707 0.61268 0.74532 0.61287 0.74379 0.61432 0.74235 0.61235 0.74005 0.61268 0.73715 0.61399 0.73549 0.61187 0.73283 0.61107 0.73359 0.60875 0.73328 0.60598 0.73402 0.60359 0.73420 0.60143 0.73337 0.59901 0.73365 0.59619 0.73367 0.59321 0.73383 0.59041\n 11 1216 55 0.75206 0.59154 0.75229 0.59512 0.75350 0.59255 0.75470 0.59084 0.75674 0.58769 0.75802 0.58535 0.75993 0.58369 0.76225 0.58103 0.76499 0.57969 0.76596 0.58090 0.76625 0.58281 0.76544 0.58508 0.76346 0.58818 0.76124 0.59020 0.75914 0.59160 0.75743 0.59344 0.75620 0.59601 0.75478 0.59834 0.75526 0.60152 0.75376 0.60462 0.75474 0.60599 0.75629 0.60643 0.75798 0.60709 0.75989 0.60638 0.76240 0.60388 0.76358 0.60029 0.76502 0.59881 0.76437 0.60146 0.76464 0.60359 0.76724 0.60216 0.76984 0.60074 0.77000 0.60378 0.76747 0.60629 0.76574 0.60913 0.76424 0.61135 0.76245 0.61229 0.76530 0.61219 0.76780 0.61359 0.76688 0.61591 0.76343 0.61690 0.76037 0.61754 0.75810 0.61562 0.75655 0.61415 0.75535 0.61229 0.75376 0.61078 0.75282 0.60940 0.75460 0.60845 0.75300 0.60617 0.75182 0.60537 0.75117 0.60365 0.74984 0.60019 0.74931 0.59951 0.75001 0.59715 0.75104 0.59434 0.75206 0.59154\n 11 138 6 0.75671 0.61062 0.75861 0.61179 0.76025 0.61248 0.75868 0.61472 0.75806 0.61272 0.75671 0.61062\n 11 402 18 0.77329 0.59176 0.77563 0.59266 0.77675 0.59441 0.77750 0.59651 0.77754 0.59936 0.77786 0.60184 0.77795 0.60493 0.77785 0.60773 0.77711 0.61037 0.77602 0.60836 0.77491 0.60635 0.77541 0.60430 0.77429 0.60343 0.77364 0.60131 0.77442 0.59891 0.77421 0.59583 0.77309 0.59410 0.77329 0.59176\n 11 358 16 0.77380 0.60936 0.77497 0.61052 0.77533 0.61319 0.77622 0.61493 0.77743 0.61635 0.77792 0.61846 0.77809 0.62114 0.77575 0.62289 0.77450 0.62470 0.77442 0.62231 0.77507 0.62032 0.77376 0.61864 0.77337 0.61683 0.77275 0.61450 0.77252 0.61209 0.77380 0.60936\n 11 182 8 0.83826 0.37050 0.83797 0.36803 0.83911 0.36818 0.83794 0.36587 0.83907 0.36641 0.84027 0.36910 0.83943 0.36998 0.83826 0.37050\n 11 182 8 0.88854 0.53542 0.88864 0.53790 0.88838 0.54004 0.88777 0.54219 0.88777 0.53898 0.88791 0.53932 0.88840 0.53756 0.88854 0.53542\n 11 50 2 0.88093 0.51467 0.88166 0.51482\n 11 292 13 0.85690 0.50325 0.85756 0.50454 0.85887 0.50429 0.85983 0.50559 0.86012 0.50766 0.86092 0.50860 0.86152 0.50991 0.86054 0.51077 0.85947 0.50988 0.85835 0.50831 0.85723 0.50671 0.85674 0.50429 0.85690 0.50325\n 11 182 8 0.83866 0.50174 0.83934 0.50139 0.83939 0.50041 0.84001 0.50104 0.84058 0.50274 0.83956 0.50353 0.83866 0.50346 0.83866 0.50174\n 11 1260 57 0.83408 0.49553 0.83578 0.49795 0.83543 0.50017 0.83688 0.50231 0.83713 0.50473 0.83733 0.50712 0.83873 0.50856 0.84047 0.51068 0.83972 0.50803 0.84107 0.50810 0.84239 0.50960 0.84406 0.51243 0.84535 0.51253 0.84643 0.51376 0.84787 0.51488 0.84870 0.51716 0.84941 0.51708 0.85053 0.51548 0.85226 0.51591 0.85369 0.51881 0.85476 0.51794 0.85468 0.51548 0.85475 0.51337 0.85601 0.51599 0.85672 0.51835 0.85760 0.52032 0.85866 0.52188 0.85949 0.52385 0.85964 0.52591 0.86025 0.52825 0.85974 0.52869 0.85935 0.52770 0.85808 0.52787 0.85706 0.52631 0.85670 0.52457 0.85589 0.52681 0.85499 0.52553 0.85390 0.52398 0.85223 0.52353 0.85106 0.52268 0.84969 0.52223 0.84813 0.52145 0.84676 0.52027 0.84574 0.51837 0.84422 0.51864 0.84297 0.51783 0.84165 0.51703 0.84056 0.51516 0.83903 0.51408 0.83788 0.51222 0.83713 0.50958 0.83613 0.50736 0.83513 0.50510 0.83447 0.50210 0.83422 0.49971 0.83498 0.49816 0.83408 0.49553\n 11 842 38 0.86347 0.51913 0.86518 0.52034 0.86508 0.52174 0.86582 0.52375 0.86660 0.52504 0.86700 0.52714 0.86785 0.52876 0.86938 0.52822 0.86896 0.53144 0.86845 0.53254 0.86870 0.53531 0.86921 0.53422 0.86962 0.53660 0.86989 0.53970 0.87041 0.54174 0.87143 0.54161 0.87088 0.54481 0.86959 0.54492 0.86841 0.54225 0.86829 0.54499 0.86768 0.54264 0.86675 0.54344 0.86592 0.54145 0.86516 0.53979 0.86433 0.53710 0.86426 0.53508 0.86292 0.53386 0.86209 0.53151 0.86217 0.52909 0.86289 0.53108 0.86398 0.53058 0.86469 0.52912 0.86615 0.52895 0.86609 0.52615 0.86538 0.52414 0.86441 0.52321 0.86348 0.52157 0.86347 0.51913\n 11 204 9 0.87291 0.54740 0.87340 0.54878 0.87354 0.55085 0.87382 0.55254 0.87346 0.55463 0.87273 0.55434 0.87232 0.55197 0.87187 0.54955 0.87291 0.54740\n 11 160 7 0.87904 0.56206 0.87966 0.56101 0.87923 0.56277 0.87927 0.56381 0.87878 0.56416 0.87923 0.56277 0.87904 0.56206\n 11 50 2 0.88170 0.55884 0.88233 0.55879\n 11 226 10 0.84062 0.53534 0.84169 0.53410 0.84188 0.53204 0.84390 0.53206 0.84567 0.53075 0.84513 0.53289 0.84380 0.53343 0.84290 0.53496 0.84109 0.53627 0.84062 0.53534\n 11 138 6 0.85909 0.53395 0.85982 0.53593 0.85909 0.53841 0.85944 0.53663 0.85876 0.53573 0.85909 0.53395\n 11 116 5 0.83493 0.53947 0.83608 0.53967 0.83649 0.54217 0.83704 0.54328 0.83785 0.54286\n 11 72 3 0.83712 0.54550 0.83911 0.54546 0.84017 0.54248\n 11 72 3 0.84249 0.54252 0.84453 0.54313 0.84578 0.54108\n 11 50 2 0.84655 0.54283 0.84848 0.54202\n 11 50 2 0.84979 0.53980 0.85259 0.53806\n 11 72 3 0.85347 0.53982 0.85487 0.54062 0.85524 0.53754\n 11 50 2 0.85626 0.54269 0.85704 0.54387\n 11 72 3 0.85901 0.54199 0.85894 0.54446 0.86030 0.54595\n 11 50 2 0.83483 0.51928 0.83568 0.52174\n 11 72 3 0.81264 0.58697 0.81263 0.58912 0.81163 0.59106\n 11 204 9 0.79355 0.61626 0.79397 0.61877 0.79438 0.62120 0.79404 0.62433 0.79295 0.62393 0.79314 0.62167 0.79291 0.61976 0.79258 0.61751 0.79355 0.61626\n 11 248 11 0.75753 0.67795 0.75901 0.67907 0.76035 0.67901 0.76130 0.68017 0.76189 0.68181 0.76198 0.68346 0.76021 0.68352 0.75930 0.68258 0.75831 0.68146 0.75773 0.67982 0.75753 0.67795\n 11 248 11 0.77334 0.66852 0.77466 0.66870 0.77604 0.66967 0.77744 0.67137 0.77585 0.67241 0.77473 0.67469 0.77497 0.67220 0.77483 0.67046 0.77388 0.66921 0.77220 0.67006 0.77334 0.66852\n 11 160 7 0.67475 0.67359 0.67535 0.67544 0.67411 0.67859 0.67367 0.67886 0.67291 0.67765 0.67294 0.67567 0.67475 0.67359\n 11 138 6 0.67804 0.68088 0.68117 0.67876 0.68301 0.67873 0.68112 0.68095 0.67891 0.68246 0.67804 0.68088\n 11 204 9 0.71103 0.65977 0.71134 0.66138 0.71266 0.65838 0.71339 0.65971 0.71249 0.66137 0.71469 0.65986 0.71195 0.66252 0.71033 0.66285 0.71103 0.65977\n 11 138 6 0.72483 0.64277 0.72654 0.64352 0.72832 0.64454 0.72591 0.64551 0.72485 0.64484 0.72483 0.64277\n 11 1128 51 0.76789 0.68682 0.76996 0.68608 0.76905 0.68877 0.76936 0.69097 0.76920 0.69317 0.76899 0.69536 0.76916 0.69708 0.77078 0.69619 0.77218 0.69403 0.77241 0.69554 0.76977 0.69835 0.76915 0.69979 0.76936 0.70102 0.77192 0.69897 0.77046 0.70110 0.77246 0.70003 0.77214 0.70178 0.76962 0.70354 0.76708 0.70531 0.76780 0.70363 0.76520 0.70562 0.76577 0.70446 0.76801 0.70240 0.76730 0.70211 0.76558 0.70345 0.76271 0.70686 0.76350 0.70452 0.76196 0.70464 0.75961 0.70710 0.75899 0.70611 0.75928 0.70423 0.75998 0.70214 0.75845 0.70135 0.75704 0.70317 0.75640 0.70196 0.75829 0.69901 0.75565 0.70123 0.75386 0.70298 0.75114 0.70539 0.74845 0.70729 0.74861 0.70595 0.75009 0.70351 0.75189 0.70178 0.75412 0.70001 0.75678 0.69753 0.75979 0.69527 0.76239 0.69249 0.76455 0.69038 0.76491 0.69110 0.76661 0.68873 0.76789 0.68682\n 11 468 21 0.66208 0.67279 0.66386 0.67510 0.66667 0.67343 0.66742 0.67535 0.66595 0.67801 0.66484 0.68019 0.66571 0.68151 0.66803 0.68213 0.67078 0.68251 0.66945 0.68553 0.66700 0.68456 0.66411 0.68508 0.66144 0.68489 0.65825 0.68406 0.65482 0.68382 0.65167 0.68501 0.65275 0.68197 0.65474 0.68008 0.65769 0.67772 0.66120 0.67601 0.66208 0.67279\n 11 182 8 0.64989 0.70234 0.65317 0.70159 0.65354 0.70369 0.65250 0.70545 0.65010 0.70685 0.64779 0.70695 0.64699 0.70513 0.64989 0.70234\n 11 1282 58 0.61470 0.69755 0.61807 0.69732 0.62163 0.69656 0.62488 0.69635 0.62840 0.69731 0.62977 0.69922 0.63251 0.70145 0.63290 0.70307 0.63659 0.70395 0.63623 0.70562 0.63391 0.70831 0.63684 0.70798 0.64096 0.70906 0.64471 0.70679 0.64348 0.70943 0.64696 0.70928 0.64969 0.71038 0.65290 0.70965 0.65563 0.70913 0.65723 0.70718 0.65929 0.70482 0.66071 0.70251 0.66428 0.70271 0.66561 0.70002 0.66463 0.69769 0.66243 0.69559 0.66420 0.69431 0.66422 0.69302 0.66628 0.69118 0.66922 0.69091 0.67052 0.69361 0.66967 0.69571 0.67095 0.69743 0.67313 0.69855 0.67474 0.69977 0.67674 0.70064 0.67920 0.69949 0.68164 0.70020 0.68306 0.70120 0.68453 0.70274 0.68616 0.70274 0.68805 0.70393 0.68943 0.70533 0.69026 0.70716 0.68785 0.70816 0.68558 0.70750 0.68283 0.70688 0.68049 0.70628 0.67787 0.70651 0.67986 0.70812 0.68217 0.70909 0.68449 0.71041 0.68483 0.71288 0.68095 0.71485 0.67825 0.71436 0.67523 0.71532 0.67305 0.71482 0.67018 0.71380\n 11 1238 56 0.67018 0.71380 0.66695 0.71389 0.66297 0.71585 0.66651 0.71766 0.67023 0.71729 0.67248 0.71871 0.66950 0.72035 0.66863 0.72279 0.66615 0.72402 0.66259 0.72627 0.66049 0.72560 0.65833 0.72453 0.65605 0.72339 0.65333 0.72270 0.65292 0.72014 0.64990 0.71892 0.64681 0.71999 0.64616 0.72239 0.64326 0.72145 0.64077 0.72294 0.63739 0.72275 0.63483 0.72142 0.63056 0.72062 0.62850 0.71960 0.62724 0.71768 0.62415 0.71885 0.62194 0.71920 0.62169 0.71722 0.61986 0.71637 0.61866 0.71539 0.61992 0.71309 0.61913 0.71164 0.62020 0.70957 0.61747 0.71139 0.61424 0.71187 0.61178 0.71350 0.60994 0.71361 0.60953 0.71199 0.61040 0.70944 0.61189 0.70685 0.61471 0.70521 0.61705 0.70380 0.61971 0.70293 0.61691 0.70275 0.61443 0.70397 0.61201 0.70517 0.60996 0.70695 0.60882 0.70846 0.60843 0.71093 0.60714 0.70945 0.60584 0.70774 0.60640 0.70587 0.60772 0.70336 0.60959 0.70142 0.61150 0.69953 0.61470 0.69755\n 11 248 11 0.61121 0.71472 0.61297 0.71345 0.61584 0.71264 0.61763 0.71383 0.61735 0.71544 0.61896 0.71710 0.61720 0.71803 0.61450 0.71863 0.61267 0.71786 0.61152 0.71636 0.61121 0.71472\n 11 160 7 0.59037 0.70218 0.59259 0.70267 0.59497 0.70363 0.59212 0.70547 0.58953 0.70600 0.58840 0.70496 0.59037 0.70218\n 11 644 29 0.58013 0.70973 0.58196 0.70841 0.58525 0.70792 0.58645 0.70975 0.58875 0.70986 0.59131 0.70882 0.59331 0.70711 0.59621 0.70559 0.59926 0.70684 0.60119 0.70850 0.60286 0.71008 0.60422 0.71192 0.60306 0.71401 0.60559 0.71490 0.60570 0.71724 0.60356 0.71893 0.60119 0.71992 0.59864 0.71879 0.59769 0.71730 0.59593 0.71587 0.59595 0.71332 0.59371 0.71177 0.59098 0.71134 0.59031 0.71239 0.58832 0.71206 0.58636 0.71251 0.58492 0.71103 0.58232 0.71083 0.58013 0.70973\n 11 468 21 0.56518 0.72049 0.56748 0.72034 0.57007 0.71954 0.57165 0.71809 0.57436 0.71689 0.57732 0.71673 0.57924 0.71884 0.57793 0.72079 0.57570 0.72274 0.57498 0.72440 0.57273 0.72541 0.57107 0.72452 0.56888 0.72601 0.56698 0.72615 0.56531 0.72495 0.56300 0.72517 0.56010 0.72610 0.55922 0.72522 0.56160 0.72375 0.56274 0.72193 0.56518 0.72049\n 11 1370 62 0.55946 0.72766 0.56258 0.72653 0.56540 0.72667 0.56675 0.72840 0.56686 0.73000 0.56800 0.73182 0.56830 0.73403 0.56946 0.73217 0.56929 0.72986 0.57012 0.72855 0.56808 0.72755 0.57091 0.72553 0.57270 0.72613 0.57538 0.72495 0.57797 0.72440 0.57789 0.72299 0.58033 0.72015 0.58304 0.72106 0.58203 0.71883 0.58440 0.71763 0.58607 0.71798 0.58596 0.71663 0.58671 0.71458 0.58903 0.71332 0.59087 0.71462 0.59316 0.71676 0.59293 0.71833 0.59430 0.71934 0.59392 0.72081 0.59625 0.72052 0.59581 0.72308 0.59388 0.72523 0.59057 0.72482 0.58925 0.72699 0.58699 0.72746 0.58737 0.72951 0.58451 0.73123 0.58133 0.73220 0.57846 0.73393 0.57771 0.73622 0.57492 0.73808 0.57266 0.73946 0.57054 0.74138 0.56768 0.74349 0.56604 0.74378 0.56428 0.74511 0.56266 0.74609 0.56120 0.74623 0.56028 0.74533 0.55854 0.74471 0.55752 0.74335 0.55615 0.74218 0.55573 0.74077 0.55599 0.73959 0.55503 0.73852 0.55482 0.73630 0.55635 0.73464 0.55701 0.73280 0.55754 0.73143 0.55879 0.73089 0.55776 0.72964 0.55946 0.72766\n 11 94 4 0.56252 0.71744 0.56464 0.71802 0.56163 0.71876 0.56252 0.71744\n 11 534 24 0.56024 0.71091 0.56153 0.71036 0.56391 0.71074 0.56455 0.70908 0.56641 0.70871 0.56890 0.70951 0.57012 0.71040 0.57297 0.70944 0.57316 0.71088 0.57433 0.71225 0.57529 0.71332 0.57402 0.71463 0.57236 0.71518 0.56881 0.71490 0.57085 0.71332 0.57256 0.71163 0.57143 0.71111 0.56930 0.71209 0.56729 0.71353 0.56451 0.71379 0.56318 0.71284 0.56125 0.71278 0.56001 0.71198 0.56024 0.71091\n 11 160 7 0.57605 0.71133 0.57866 0.71202 0.58095 0.71319 0.58040 0.71457 0.57900 0.71517 0.57687 0.71337 0.57605 0.71133\n 11 138 6 0.56786 0.70529 0.57046 0.70357 0.57232 0.70409 0.57008 0.70506 0.56842 0.70620 0.56786 0.70529\n 11 380 17 0.57358 0.70140 0.57631 0.70031 0.57818 0.69915 0.58125 0.69830 0.58193 0.70033 0.58570 0.69893 0.58817 0.70087 0.58609 0.70319 0.58376 0.70458 0.58181 0.70597 0.57887 0.70584 0.57697 0.70462 0.57765 0.70304 0.57959 0.70136 0.57674 0.70204 0.57443 0.70232 0.57358 0.70140\n 11 94 4 0.58059 0.69570 0.58194 0.69667 0.57957 0.69751 0.58059 0.69570\n 11 446 20 0.59315 0.68828 0.59531 0.68765 0.59756 0.68641 0.59902 0.68749 0.60240 0.68682 0.60609 0.68580 0.60594 0.68840 0.60692 0.69055 0.60409 0.69296 0.60071 0.69463 0.59807 0.69393 0.59690 0.69666 0.59359 0.69789 0.59341 0.69608 0.59144 0.69515 0.59096 0.69349 0.59234 0.69202 0.59578 0.69102 0.59366 0.68975 0.59315 0.68828\n 11 182 8 0.55680 0.70296 0.55850 0.70410 0.56010 0.70411 0.56147 0.70504 0.56138 0.70616 0.55866 0.70596 0.55663 0.70442 0.55680 0.70296\n 11 116 5 0.55607 0.70061 0.55768 0.69999 0.55835 0.70061 0.55690 0.70196 0.55607 0.70061\n 11 182 8 0.55893 0.70088 0.56060 0.69963 0.56270 0.70011 0.56346 0.70211 0.56175 0.70409 0.56063 0.70343 0.55996 0.70214 0.55893 0.70088\n 11 138 6 0.55909 0.68779 0.56086 0.68788 0.56053 0.68938 0.55968 0.69132 0.55885 0.68961 0.55909 0.68779\n 11 380 17 0.55032 0.68865 0.55300 0.68733 0.55453 0.68814 0.55673 0.68839 0.55714 0.69056 0.55683 0.69240 0.55942 0.69224 0.55966 0.69489 0.55784 0.69629 0.55826 0.69799 0.55584 0.69845 0.55570 0.69672 0.55352 0.69603 0.55261 0.69463 0.55192 0.69281 0.55160 0.69051 0.55032 0.68865\n 11 688 31 0.56273 0.68724 0.56519 0.68754 0.56732 0.68749 0.56768 0.68941 0.57033 0.68858 0.56932 0.68684 0.57087 0.68617 0.57298 0.68668 0.57408 0.68794 0.57437 0.68985 0.57510 0.69157 0.57802 0.69291 0.57925 0.69421 0.57748 0.69616 0.57606 0.69805 0.57382 0.69770 0.57059 0.69788 0.56789 0.69946 0.56784 0.69800 0.56830 0.69610 0.57006 0.69606 0.57088 0.69474 0.57310 0.69378 0.57023 0.69270 0.56807 0.69385 0.56612 0.69447 0.56313 0.69461 0.56112 0.69400 0.56147 0.69207 0.56208 0.68953 0.56273 0.68724\n 11 1106 50 0.57298 0.66895 0.57602 0.66873 0.57656 0.66683 0.57936 0.66622 0.58270 0.66716 0.58516 0.66848 0.58859 0.66830 0.58712 0.66595 0.58434 0.66468 0.58215 0.66340 0.58494 0.66063 0.58826 0.66049 0.59100 0.66176 0.59480 0.65915 0.59726 0.66085 0.60002 0.66299 0.60189 0.66577 0.60354 0.66794 0.60398 0.67056 0.60707 0.67000 0.61042 0.67015 0.61189 0.67214 0.61222 0.67466 0.60970 0.67566 0.61112 0.67732 0.60912 0.67945 0.60579 0.67838 0.60238 0.67803 0.59912 0.67864 0.59676 0.68129 0.59345 0.68303 0.59113 0.68447 0.59017 0.68721 0.58915 0.68920 0.58677 0.68964 0.58477 0.68816 0.58578 0.68531 0.58709 0.68264 0.58335 0.68276 0.58208 0.68106 0.57948 0.68124 0.57880 0.67856 0.57593 0.68091 0.57412 0.68007 0.57367 0.67810 0.57230 0.67631 0.57148 0.67442 0.57242 0.67307 0.57188 0.67118 0.57298 0.66895\n 11 446 20 0.56002 0.66740 0.56382 0.66614 0.56693 0.66361 0.56874 0.66574 0.57066 0.66697 0.57074 0.67006 0.56933 0.67357 0.57061 0.67617 0.57182 0.67842 0.57299 0.68082 0.56946 0.68133 0.56644 0.68266 0.56358 0.68152 0.56004 0.68171 0.55841 0.67967 0.55603 0.67790 0.55879 0.67538 0.55983 0.67264 0.55996 0.66985 0.56002 0.66740\n 11 50 2 0.35804 0.60282 0.35817 0.59843\n 11 116 5 0.36961 0.57957 0.37041 0.57799 0.37200 0.57777 0.37093 0.57948 0.36961 0.57957\n 11 72 3 0.39845 0.56074 0.39964 0.55941 0.39823 0.55858\n 11 94 4 0.40273 0.55765 0.40511 0.55740 0.40395 0.55888 0.40273 0.55765\n 11 72 3 0.41145 0.55757 0.41352 0.55753 0.41466 0.55881\n 11 138 6 0.43423 0.55586 0.43816 0.55763 0.43969 0.55831 0.44010 0.55979 0.43808 0.55972 0.43423 0.55586\n 11 160 7 0.44094 0.55805 0.44377 0.55854 0.44629 0.55930 0.44675 0.56108 0.44392 0.56163 0.44340 0.55968 0.44094 0.55805\n 11 182 8 0.44744 0.62063 0.44668 0.61874 0.44968 0.61853 0.45158 0.61601 0.45492 0.61676 0.45227 0.61791 0.45091 0.61976 0.44744 0.62063\n 11 182 8 0.45337 0.59786 0.45483 0.59604 0.45681 0.59511 0.45924 0.59570 0.45963 0.59715 0.45791 0.59795 0.45564 0.59790 0.45337 0.59786\n 11 270 12 0.49306 0.57522 0.49557 0.57208 0.49808 0.57348 0.49942 0.57542 0.50245 0.57634 0.50164 0.57835 0.49988 0.57894 0.50320 0.58034 0.50178 0.58188 0.49904 0.57993 0.49655 0.57805 0.49306 0.57522\n 11 292 13 0.57598 0.56245 0.57721 0.55901 0.57952 0.55792 0.58129 0.55515 0.58359 0.55307 0.58753 0.55128 0.58539 0.55396 0.58304 0.55502 0.58310 0.55710 0.58101 0.55979 0.58140 0.56300 0.57894 0.56248 0.57598 0.56245\n 11 446 20 0.60043 0.54596 0.60369 0.54362 0.60684 0.54287 0.60997 0.54214 0.61016 0.54059 0.61283 0.54025 0.61503 0.53929 0.61703 0.53988 0.61756 0.53843 0.62110 0.53789 0.62379 0.53764 0.62540 0.53927 0.62248 0.54106 0.61861 0.54251 0.61541 0.54425 0.61238 0.54657 0.60910 0.54671 0.60517 0.54664 0.60173 0.54732 0.60043 0.54596\n 11 2074 94 0.58726 0.73230 0.58958 0.73293 0.58962 0.73422 0.59189 0.73395 0.59374 0.73505 0.59402 0.73339 0.59517 0.73188 0.59684 0.73238 0.59851 0.73352 0.59974 0.73240 0.60160 0.73299 0.60336 0.73465 0.60221 0.73627 0.60219 0.73831 0.60231 0.74012 0.60463 0.74149 0.60556 0.74313 0.60783 0.74279 0.61004 0.74338 0.61299 0.74409 0.61621 0.74362 0.61880 0.74424 0.62140 0.74407 0.62521 0.74308 0.62775 0.74333 0.63093 0.74226 0.63249 0.74267 0.63224 0.74439 0.63000 0.74561 0.63351 0.74590 0.63423 0.74739 0.63725 0.74744 0.63586 0.74545 0.63602 0.74346 0.63974 0.74238 0.64343 0.74136 0.64547 0.74271 0.64397 0.74516 0.64086 0.74695 0.64434 0.74718 0.64907 0.74611 0.64962 0.74362 0.65238 0.74198 0.65612 0.74073 0.65971 0.73988 0.66269 0.73967 0.66574 0.73902 0.66841 0.74028 0.67175 0.74029 0.67528 0.73951 0.67697 0.74033 0.67943 0.73993 0.68341 0.74070 0.68522 0.74075 0.68828 0.74113 0.69088 0.74147 0.69363 0.74273 0.69314 0.74538 0.69338 0.74708 0.69521 0.74779 0.69600 0.75001 0.69441 0.75160 0.69122 0.75300 0.68835 0.75366 0.68531 0.75464 0.68201 0.75606 0.67863 0.75582 0.67588 0.75781 0.67232 0.75955 0.66924 0.76032 0.66632 0.76075 0.66303 0.76011 0.66260 0.76179 0.65988 0.76254 0.65776 0.76457 0.65619 0.76706 0.65287 0.76929 0.64999 0.77078 0.64715 0.77208 0.64430 0.77282 0.64149 0.77340 0.63821 0.77452 0.63584 0.77566 0.63422 0.77753 0.63130 0.77915 0.62883 0.78075 0.62586 0.78225 0.62322 0.78336 0.62011 0.78434 0.61694 0.78536 0.61435 0.78584 0.61561 0.78427 0.61608 0.78246 0.61897 0.78116\n 11 2052 93 0.61897 0.78116 0.61766 0.78096 0.61500 0.78203 0.61270 0.78129 0.61063 0.78228 0.61202 0.78289 0.61385 0.78359 0.61344 0.78482 0.61133 0.78618 0.60874 0.78571 0.60664 0.78523 0.60566 0.78386 0.60528 0.78230 0.60466 0.78096 0.60420 0.78252 0.60366 0.78418 0.60164 0.78402 0.59943 0.78314 0.59996 0.78196 0.59797 0.78254 0.59641 0.78289 0.59465 0.78403 0.59287 0.78351 0.59339 0.78217 0.58952 0.78386 0.58698 0.78357 0.58842 0.78248 0.58506 0.78221 0.58259 0.78138 0.58072 0.78008 0.58173 0.77872 0.57977 0.77818 0.57745 0.77860 0.57639 0.78034 0.57453 0.77992 0.57273 0.77852 0.57182 0.77730 0.56888 0.77670 0.56712 0.77570 0.56479 0.77574 0.56248 0.77517 0.55960 0.77477 0.55640 0.77449 0.55369 0.77448 0.54908 0.77431 0.54863 0.77271 0.55023 0.77103 0.55295 0.77094 0.55331 0.77008 0.55543 0.77001 0.55779 0.76958 0.56009 0.76860 0.55698 0.76840 0.55460 0.76875 0.55332 0.76873 0.55206 0.76799 0.55345 0.76714 0.55495 0.76768 0.55626 0.76696 0.55413 0.76625 0.55636 0.76397 0.55459 0.76448 0.55344 0.76585 0.55109 0.76726 0.54860 0.76769 0.54805 0.76637 0.54852 0.76511 0.54745 0.76422 0.54687 0.76261 0.54829 0.76081 0.54936 0.75876 0.55177 0.75744 0.55426 0.75546 0.55716 0.75439 0.55998 0.75411 0.56019 0.75232 0.56338 0.75193 0.56157 0.75004 0.56346 0.74711 0.56562 0.74526 0.56783 0.74548 0.56974 0.74488 0.56931 0.74364 0.57093 0.74253 0.57330 0.74087 0.57612 0.73963 0.57646 0.74162 0.57868 0.74163 0.58216 0.74006 0.58286 0.73737 0.58426 0.73558 0.58484 0.73362 0.58726 0.73230\n 11 820 37 0.63993 0.78689 0.63909 0.78802 0.63693 0.78913 0.63656 0.79018 0.63949 0.78930 0.64308 0.78774 0.64065 0.78985 0.64202 0.79097 0.64537 0.79004 0.64217 0.79268 0.64144 0.79431 0.63974 0.79624 0.63612 0.79758 0.63391 0.79882 0.63057 0.79981 0.62677 0.80137 0.62295 0.80197 0.62052 0.80137 0.62144 0.79986 0.61909 0.79914 0.62119 0.79809 0.62117 0.79710 0.62371 0.79670 0.62586 0.79589 0.62631 0.79486 0.62851 0.79361 0.63042 0.79325 0.63026 0.79227 0.63276 0.79253 0.63543 0.79112 0.63279 0.79061 0.63245 0.78935 0.63324 0.78825 0.63446 0.78841 0.63555 0.78747 0.63735 0.78755 0.63993 0.78689\n 11 50 2 0.58991 0.79883 0.58686 0.79910\n 11 94 4 0.58342 0.78237 0.58537 0.78303 0.58408 0.78371 0.58342 0.78237\n 11 2118 96 0.14106 0.59590 0.14129 0.59654 0.14186 0.59826 0.14270 0.60061 0.14333 0.60231 0.14410 0.60433 0.14499 0.60667 0.14602 0.60938 0.14722 0.61239 0.14849 0.61573 0.14969 0.61878 0.15085 0.62174 0.15234 0.62541 0.15362 0.62837 0.15505 0.63164 0.15585 0.63326 0.15717 0.63620 0.15891 0.63974 0.15971 0.64094 0.16037 0.64183 0.16035 0.64108 0.16094 0.64165 0.16113 0.64126 0.16103 0.64021 0.16107 0.63947 0.16085 0.63812 0.16024 0.63614 0.15915 0.63354 0.15877 0.63223 0.15786 0.63096 0.15719 0.62969 0.15602 0.62742 0.15567 0.62609 0.15580 0.62574 0.15704 0.62834 0.15765 0.62891 0.15755 0.62756 0.15719 0.62554 0.15735 0.62450 0.15713 0.62280 0.15716 0.62145 0.15836 0.62304 0.15722 0.62010 0.15837 0.62134 0.15698 0.61773 0.15785 0.61803 0.15756 0.61603 0.15751 0.61434 0.15749 0.61266 0.15794 0.61163 0.15866 0.61096 0.15921 0.61027 0.16000 0.60993 0.16061 0.60955 0.16152 0.61084 0.16144 0.60887 0.16260 0.60988 0.16327 0.60951 0.16420 0.60982 0.16542 0.61048 0.16639 0.61145 0.16765 0.61339 0.16740 0.61180 0.16841 0.61180 0.16970 0.61247 0.17100 0.61309 0.17209 0.61345 0.17213 0.61215 0.17295 0.61251 0.17374 0.61378 0.17539 0.61506 0.17543 0.61412 0.17736 0.61605 0.17821 0.61671 0.17840 0.61856 0.17892 0.62049 0.17859 0.62236 0.17911 0.62420 0.17945 0.62267 0.18033 0.62268 0.18092 0.62205 0.18130 0.62083 0.18243 0.62242 0.18381 0.62615 0.18390 0.62400 0.18532 0.62614 0.18647 0.62895 0.18701 0.63075 0.18853 0.63263 0.19006 0.63476 0.19157 0.63687 0.19344 0.63929 0.19439 0.64226 0.19537 0.64522 0.19697 0.64582 0.19824 0.64609\n 11 2118 96 0.19824 0.64609 0.19957 0.64553 0.20058 0.64465 0.20222 0.64554 0.20297 0.64381 0.20406 0.64296 0.20344 0.64120 0.20552 0.64213 0.20577 0.64418 0.20569 0.64590 0.20596 0.64760 0.20695 0.64964 0.20623 0.65077 0.20521 0.65104 0.20420 0.65105 0.20422 0.65250 0.20526 0.65478 0.20699 0.65651 0.20808 0.65907 0.20918 0.66130 0.21063 0.66355 0.21203 0.66436 0.21336 0.66433 0.21257 0.66235 0.21289 0.66070 0.21393 0.66069 0.21533 0.66121 0.21639 0.66037 0.21713 0.65928 0.21893 0.65929 0.22046 0.65904 0.22016 0.65654 0.21843 0.65406 0.21655 0.65371 0.21541 0.65426 0.21432 0.65397 0.21297 0.65170 0.21113 0.65194 0.21152 0.65083 0.21266 0.65000 0.21417 0.65004 0.21499 0.64866 0.21586 0.64758 0.21640 0.64593 0.21595 0.64339 0.21575 0.64170 0.21523 0.63999 0.21300 0.63902 0.21117 0.63807 0.20932 0.63739 0.20791 0.63390 0.20863 0.63163 0.20758 0.62869 0.20600 0.62652 0.20533 0.62822 0.20318 0.62485 0.20106 0.62177 0.19918 0.62164 0.19726 0.61972 0.19553 0.61690 0.19720 0.61612 0.19822 0.61469 0.19914 0.61239 0.20058 0.61134 0.20237 0.61208 0.20407 0.61342 0.20603 0.61539 0.20793 0.61765 0.20979 0.62014 0.21121 0.62291 0.21230 0.62529 0.21384 0.62773 0.21491 0.63038 0.21561 0.63299 0.21712 0.63365 0.21807 0.63514 0.21879 0.63381 0.21977 0.63303 0.22122 0.63232 0.22308 0.63196 0.22412 0.63120 0.22629 0.63307 0.22731 0.63430 0.22994 0.63457 0.23122 0.63334 0.23283 0.63407 0.23315 0.63300 0.23535 0.63355 0.23671 0.63372 0.23731 0.63192 0.23583 0.63067 0.23553 0.62737 0.23700 0.62591 0.23920 0.62545 0.24114 0.62438 0.24401 0.62483\n 11 2118 96 0.24401 0.62483 0.24607 0.62593 0.24884 0.62562 0.25191 0.62586 0.25463 0.62584 0.25711 0.62625 0.25952 0.62698 0.26257 0.62858 0.26526 0.62886 0.26834 0.62947 0.27171 0.62964 0.27432 0.63121 0.27657 0.63243 0.27935 0.63474 0.28164 0.63692 0.28419 0.63868 0.28662 0.63968 0.28912 0.64046 0.29117 0.64117 0.29203 0.64276 0.29407 0.64435 0.29653 0.64537 0.29695 0.64773 0.29752 0.64989 0.29868 0.65103 0.29866 0.65327 0.29779 0.65488 0.29450 0.65445 0.29251 0.65609 0.29461 0.65646 0.29678 0.65798 0.29568 0.65912 0.29303 0.65862 0.29521 0.66012 0.29735 0.66157 0.29611 0.66311 0.29631 0.66532 0.29755 0.66638 0.29964 0.66544 0.30252 0.66529 0.30505 0.66491 0.30799 0.66481 0.31131 0.66525 0.31371 0.66533 0.31627 0.66503 0.31831 0.66465 0.32047 0.66512 0.32281 0.66545 0.32499 0.66494 0.32718 0.66545 0.32938 0.66498 0.33115 0.66323 0.33255 0.66121 0.33387 0.65938 0.33355 0.65809 0.33572 0.65790 0.33627 0.65541 0.33788 0.65426 0.33855 0.65265 0.33956 0.65316 0.34095 0.65401 0.34218 0.65338 0.34246 0.65141 0.34320 0.64983 0.34447 0.64921 0.34384 0.64753 0.34156 0.64761 0.34078 0.64609 0.34200 0.64481 0.34453 0.64378 0.34612 0.64374 0.34697 0.64211 0.34968 0.64036 0.35019 0.64206 0.34930 0.64361 0.35232 0.64517 0.35528 0.64609 0.35828 0.64622 0.36138 0.64705 0.36444 0.64785 0.36717 0.64696 0.36933 0.64585 0.36994 0.64406 0.37235 0.64348 0.36871 0.64164 0.36741 0.64000 0.36642 0.63804 0.36970 0.63826 0.37258 0.63872 0.37527 0.63936 0.37711 0.63876 0.37888 0.64067 0.38140 0.64213 0.38463 0.64124 0.38463 0.63997 0.38211 0.63975\n 11 1986 90 0.38211 0.63975 0.37963 0.63764 0.37679 0.63515 0.37479 0.63392 0.37225 0.63446 0.36951 0.63447 0.36728 0.63343 0.36403 0.63260 0.36033 0.63206 0.35757 0.63083 0.35427 0.63011 0.35075 0.62952 0.34799 0.62974 0.34654 0.63098 0.34541 0.62917 0.34280 0.62788 0.34058 0.62839 0.33777 0.62662 0.33497 0.62485 0.33218 0.62237 0.33048 0.62030 0.32864 0.61766 0.32720 0.61544 0.32502 0.61235 0.32270 0.60948 0.32103 0.60604 0.31911 0.60351 0.31734 0.60152 0.31638 0.59958 0.31943 0.59971 0.32268 0.60046 0.32636 0.60218 0.32918 0.60463 0.33209 0.60506 0.33401 0.60355 0.33547 0.60571 0.33778 0.60794 0.34045 0.60861 0.34302 0.60795 0.34398 0.60662 0.34606 0.60707 0.34672 0.60988 0.34856 0.61247 0.35111 0.61383 0.35306 0.61376 0.35307 0.61181 0.35484 0.61189 0.35644 0.61463 0.35607 0.61613 0.35781 0.61816 0.36078 0.61933 0.36038 0.62154 0.35847 0.62158 0.35986 0.62386 0.36256 0.62512 0.36572 0.62614 0.36807 0.62774 0.37017 0.62944 0.37283 0.62893 0.37350 0.62721 0.37627 0.62797 0.37892 0.62748 0.37658 0.62464 0.37987 0.62572 0.38249 0.62597 0.38495 0.62568 0.38692 0.62398 0.38764 0.62181 0.38769 0.61944 0.39041 0.62151 0.39346 0.62167 0.39678 0.62227 0.39989 0.62301 0.40301 0.62383 0.40521 0.62334 0.40827 0.62417 0.41122 0.62400 0.41398 0.62448 0.41704 0.62322 0.41847 0.62102 0.42152 0.62257 0.42142 0.62475 0.42187 0.62782 0.42280 0.63069 0.42322 0.63267 0.42118 0.63350 0.42254 0.63567 0.42513 0.63411 0.42814 0.63455 0.42956 0.63484\n 11 666 30 0.42956 0.63484 0.43073 0.63517 0.43325 0.63742 0.43265 0.63974 0.43581 0.64067 0.43500 0.63837 0.43457 0.63588 0.43638 0.63475 0.43848 0.63505 0.44053 0.63339 0.43985 0.63100 0.44112 0.62905 0.44312 0.62642 0.44537 0.62474 0.44702 0.62686 0.44931 0.62826 0.45046 0.63100 0.45328 0.63027 0.45529 0.63177 0.45774 0.63268 0.45610 0.63559 0.45497 0.63840 0.45171 0.64024 0.44854 0.64115 0.44845 0.64373 0.44742 0.64606 0.44591 0.64863 0.44388 0.65086 0.44291 0.65325 0.44200 0.65564\n 11 2074 94 0.44200 0.65564 0.44176 0.65629 0.44037 0.65840 0.43841 0.66020 0.43684 0.66246 0.43398 0.66374 0.43182 0.66535 0.42969 0.66693 0.42747 0.66862 0.42516 0.66592 0.42427 0.66354 0.42219 0.66294 0.42031 0.66342 0.42120 0.66520 0.42010 0.66701 0.42134 0.66859 0.42296 0.66767 0.42442 0.66858 0.42310 0.67050 0.42071 0.66959 0.41850 0.66915 0.41693 0.67126 0.41458 0.67345 0.41138 0.67500 0.40893 0.67679 0.40839 0.67918 0.41115 0.68033 0.41271 0.68241 0.41277 0.68435 0.41137 0.68614 0.40982 0.68815 0.40720 0.68919 0.40588 0.69046 0.40411 0.69142 0.40593 0.69265 0.40632 0.69454 0.40531 0.69562 0.40597 0.69728 0.40855 0.69918 0.40812 0.70125 0.40654 0.70321 0.40658 0.70585 0.40592 0.70780 0.40529 0.70971 0.40449 0.71203 0.40287 0.71050 0.40187 0.71224 0.40008 0.71209 0.39833 0.71076 0.39618 0.70896 0.39554 0.71124 0.39383 0.71354 0.39437 0.71507 0.39335 0.71595 0.39150 0.71612 0.39207 0.71776 0.39424 0.71995 0.39148 0.71944 0.38876 0.71883 0.38638 0.71913 0.38706 0.72080 0.38928 0.72292 0.39220 0.72484 0.39509 0.72469 0.39835 0.72527 0.40112 0.72780 0.40177 0.73016 0.40297 0.73314 0.40273 0.73537 0.40053 0.73509 0.39847 0.73397 0.39784 0.73554 0.39828 0.73820 0.39941 0.74030 0.40203 0.74056 0.40213 0.74230 0.40337 0.74409 0.40302 0.74534 0.40216 0.74662 0.40605 0.74806 0.40811 0.74770 0.40891 0.74919 0.40795 0.74967 0.40605 0.74806 0.40339 0.74757 0.40363 0.74878 0.40488 0.74988 0.40626 0.75115 0.40490 0.75183 0.40309 0.75090 0.40249 0.75245 0.40197 0.75392 0.40244 0.75525 0.40471 0.75456\n 11 2074 94 0.40471 0.75456 0.40532 0.75323 0.40750 0.75182 0.40920 0.75044 0.41150 0.74896 0.41338 0.74786 0.41658 0.74801 0.41935 0.74860 0.42169 0.74987 0.42307 0.75119 0.42399 0.75278 0.42441 0.75415 0.42292 0.75446 0.42342 0.75585 0.42622 0.75482 0.42724 0.75625 0.42792 0.75789 0.42937 0.75615 0.43220 0.75791 0.43079 0.75941 0.42888 0.76094 0.42579 0.76113 0.42686 0.76304 0.42462 0.76279 0.42525 0.76555 0.42702 0.76503 0.42700 0.76733 0.42806 0.76874 0.42696 0.77004 0.42726 0.77170 0.42748 0.77376 0.42673 0.77523 0.42582 0.77649 0.42406 0.77696 0.42135 0.77691 0.42269 0.77877 0.42348 0.78044 0.42502 0.78227 0.42660 0.78398 0.42311 0.78430 0.42063 0.78497 0.41809 0.78380 0.41513 0.78359 0.41594 0.78512 0.41928 0.78566 0.42192 0.78643 0.42326 0.78743 0.42546 0.78779 0.42531 0.78889 0.42191 0.78806 0.42192 0.78889 0.42425 0.78934 0.42471 0.79040 0.42205 0.79053 0.41882 0.78944 0.41692 0.78924 0.42003 0.79066 0.42313 0.79203 0.42539 0.79127 0.42670 0.79021 0.42933 0.78965 0.43222 0.79000 0.43197 0.79057 0.42956 0.79016 0.42789 0.79063 0.42713 0.79163 0.42775 0.79277 0.42645 0.79413 0.42398 0.79401 0.42133 0.79415 0.42034 0.79527 0.41843 0.79616 0.41544 0.79672 0.41240 0.79510 0.41286 0.79645 0.41082 0.79718 0.40769 0.79752 0.40740 0.79899 0.40655 0.80008 0.40711 0.80165 0.40791 0.80303 0.41179 0.80372 0.41049 0.80180 0.41056 0.80062 0.41107 0.79932 0.41286 0.79877 0.41388 0.79777 0.41744 0.79826 0.41956 0.79754 0.42188 0.79658 0.42402 0.79580 0.42616 0.79501 0.42929 0.79510 0.43016 0.79385\n 11 2074 94 0.43016 0.79385 0.43131 0.79278 0.43279 0.79219 0.43607 0.79303 0.43664 0.79228 0.43876 0.79208 0.43963 0.79328 0.43881 0.79455 0.43801 0.79583 0.43628 0.79692 0.43543 0.79813 0.43627 0.79980 0.43497 0.80074 0.43252 0.80105 0.43166 0.80217 0.43041 0.80275 0.42807 0.80220 0.42521 0.80256 0.42282 0.80222 0.42182 0.80350 0.42439 0.80393 0.42694 0.80403 0.42967 0.80475 0.43236 0.80514 0.43460 0.80587 0.43789 0.80614 0.44061 0.80700 0.44480 0.80755 0.44825 0.80746 0.44824 0.80851 0.44629 0.80861 0.44351 0.80838 0.44176 0.80880 0.43951 0.80899 0.43992 0.80993 0.44107 0.81062 0.44002 0.81127 0.44191 0.81169 0.44367 0.81055 0.44509 0.81157 0.44611 0.81291 0.44870 0.81352 0.45070 0.81437 0.45059 0.81528 0.45331 0.81515 0.45476 0.81413 0.45617 0.81525 0.45765 0.81634 0.45974 0.81734 0.46113 0.81836 0.46319 0.81949 0.46506 0.82032 0.46392 0.82158 0.46555 0.82255 0.46807 0.82304 0.46991 0.82255 0.47245 0.82260 0.47170 0.82142 0.46899 0.82071 0.47074 0.81996 0.47254 0.81965 0.47532 0.82013 0.47854 0.82021 0.47572 0.82084 0.47484 0.82216 0.47494 0.82341 0.47299 0.82350 0.47222 0.82458 0.47323 0.82553 0.47543 0.82549 0.47817 0.82568 0.47951 0.82665 0.48190 0.82752 0.48381 0.82848 0.48199 0.82919 0.48004 0.83004 0.48344 0.83024 0.48594 0.83016 0.48874 0.82988 0.49113 0.82989 0.49207 0.83069 0.48963 0.83135 0.48748 0.83117 0.48706 0.83216 0.49071 0.83246 0.49389 0.83185 0.49713 0.83153 0.49738 0.83049 0.49759 0.82960 0.49784 0.82852 0.50072 0.82772 0.50305 0.82724 0.50471 0.82614 0.50220 0.82684\n 11 820 37 0.50220 0.82684 0.49907 0.82708 0.49629 0.82749 0.49377 0.82753 0.49104 0.82750 0.48800 0.82762 0.48495 0.82710 0.48235 0.82623 0.48098 0.82529 0.48158 0.82417 0.48292 0.82333 0.48558 0.82283 0.48829 0.82251 0.49104 0.82196 0.49372 0.82133 0.49668 0.82092 0.49992 0.82070 0.50330 0.82061 0.50341 0.81977 0.50577 0.81940 0.50766 0.81988 0.51056 0.81969 0.51340 0.81879 0.51056 0.81904 0.50793 0.81813 0.51018 0.81749 0.51257 0.81681 0.51544 0.81633 0.51764 0.81781 0.51804 0.81667 0.52040 0.81748 0.51991 0.81591 0.52182 0.81627 0.52329 0.81707 0.52514 0.81627 0.52752 0.81675 0.52974 0.81767\n 11 1238 56 0.53570 0.81746 0.53823 0.81846 0.54092 0.81850 0.54140 0.81932 0.54015 0.81971 0.54276 0.82018 0.54249 0.81936 0.54441 0.81971 0.54308 0.81861 0.54553 0.81908 0.54807 0.81929 0.54711 0.82011 0.55056 0.81992 0.55312 0.82051 0.54992 0.82025 0.54738 0.82050 0.54445 0.82079 0.54806 0.82146 0.54954 0.82223 0.55234 0.82275 0.55434 0.82340 0.55592 0.82408 0.55777 0.82471 0.55978 0.82547 0.56266 0.82562 0.56562 0.82631 0.56807 0.82667 0.57056 0.82701 0.57164 0.82619 0.57373 0.82660 0.57586 0.82678 0.57886 0.82615 0.58174 0.82627 0.58441 0.82623 0.58740 0.82608 0.58727 0.82683 0.58931 0.82691 0.58985 0.82763 0.59065 0.82824 0.59013 0.82921 0.59196 0.82933 0.59223 0.82987 0.58970 0.83046 0.59204 0.83040 0.59332 0.83079 0.59256 0.83146 0.59044 0.83249 0.58787 0.83333 0.58461 0.83376 0.58230 0.83378 0.57901 0.83386 0.57739 0.83424 0.57568 0.83407 0.57454 0.83476 0.57479 0.83567 0.57455 0.83653\n 11 688 31 0.57455 0.83653 0.57445 0.83745 0.57417 0.83824 0.57281 0.83912 0.57424 0.83929 0.57374 0.83995 0.57428 0.84027 0.57184 0.84074 0.56971 0.84114 0.56951 0.84076 0.56708 0.84065 0.56470 0.84106 0.56257 0.84141 0.56031 0.84100 0.55895 0.84041 0.55780 0.83999 0.55714 0.83935 0.55617 0.83899 0.55319 0.83890 0.55036 0.83890 0.55128 0.83852 0.54905 0.83841 0.54794 0.83815 0.54838 0.83753 0.55013 0.83673 0.55186 0.83590 0.55157 0.83519 0.55042 0.83444 0.54950 0.83363 0.54818 0.83333 0.54555 0.83271\n 11 1216 55 0.53673 0.83138 0.53451 0.83092 0.53618 0.83022 0.53447 0.82969 0.53447 0.82915 0.53272 0.82894 0.53130 0.82834 0.52931 0.82868 0.52751 0.82881 0.52563 0.82876 0.52352 0.82960 0.52377 0.83066 0.52573 0.83091 0.52771 0.83182 0.53040 0.83246 0.53322 0.83323 0.53608 0.83379 0.53777 0.83459 0.53798 0.83550 0.53710 0.83649 0.53862 0.83723 0.53891 0.83777 0.53668 0.83840 0.53522 0.83894 0.53229 0.83945 0.52918 0.83953 0.52607 0.83944 0.52295 0.83931 0.51987 0.83916 0.51605 0.83926 0.51362 0.83996 0.51139 0.83985 0.50998 0.84052 0.51334 0.84024 0.51621 0.84072 0.51765 0.84107 0.52136 0.84096 0.52439 0.84059 0.52754 0.84055 0.53040 0.84050 0.53283 0.84072 0.53311 0.84133 0.53250 0.84199 0.53052 0.84224 0.53080 0.84292 0.53108 0.84357 0.53303 0.84377 0.53508 0.84352 0.53604 0.84299 0.53765 0.84251 0.54038 0.84239 0.54201 0.84291 0.54349 0.84319 0.54400 0.84387 0.54413 0.84446\n 11 2074 94 0.55455 0.84476 0.55530 0.84412 0.55852 0.84376 0.56187 0.84345 0.56483 0.84335 0.56809 0.84290 0.57164 0.84254 0.57341 0.84213 0.57534 0.84157 0.57352 0.84173 0.57426 0.84120 0.57618 0.84111 0.57882 0.84068 0.58065 0.84048 0.58295 0.84027 0.58511 0.83979 0.58390 0.83968 0.58682 0.83870 0.58636 0.83850 0.58798 0.83779 0.58584 0.83764 0.58340 0.83752 0.58076 0.83789 0.58015 0.83756 0.58218 0.83710 0.58155 0.83676 0.57990 0.83650 0.57928 0.83614 0.58170 0.83570 0.58374 0.83572 0.58647 0.83518 0.58841 0.83507 0.58968 0.83524 0.59072 0.83571 0.59127 0.83617 0.59001 0.83684 0.59101 0.83725 0.59047 0.83782 0.59200 0.83764 0.59129 0.83813 0.59332 0.83793 0.59427 0.83808 0.59578 0.83748 0.59824 0.83683 0.59997 0.83666 0.60334 0.83571 0.60584 0.83519 0.60677 0.83542 0.60539 0.83592 0.60594 0.83604 0.60805 0.83571 0.60923 0.83516 0.60811 0.83491 0.60952 0.83459 0.61108 0.83460 0.61279 0.83446 0.61477 0.83421 0.61711 0.83382 0.61968 0.83317 0.62278 0.83240 0.62536 0.83169 0.62681 0.83154 0.62814 0.83150 0.63012 0.83096 0.63223 0.83028 0.63418 0.82973 0.63589 0.82950 0.63787 0.82867 0.63996 0.82795 0.63978 0.82758 0.64196 0.82671 0.64204 0.82720 0.64299 0.82740 0.64518 0.82653 0.64791 0.82549 0.64824 0.82501 0.65093 0.82395 0.65324 0.82312 0.65559 0.82216 0.65672 0.82218 0.65565 0.82283 0.65378 0.82364 0.65228 0.82452 0.64995 0.82557 0.64975 0.82579 0.64903 0.82635 0.64999 0.82616 0.64965 0.82648 0.64831 0.82718 0.64837 0.82743 0.65012 0.82708 0.65190 0.82668 0.65325 0.82634 0.65536 0.82574\n 11 578 26 0.65536 0.82574 0.65700 0.82518 0.65928 0.82429 0.66144 0.82336 0.66462 0.82198 0.66845 0.82038 0.67064 0.81931 0.67340 0.81800 0.67656 0.81654 0.67916 0.81528 0.68134 0.81403 0.68380 0.81305 0.68627 0.81182 0.68794 0.81110 0.68799 0.81142 0.68949 0.81087 0.69010 0.81070 0.69082 0.81054 0.69233 0.80992 0.69433 0.80903 0.69625 0.80817 0.69849 0.80706 0.70015 0.80627 0.70001 0.80638 0.69834 0.80725 0.69996 0.80642\n 11 424 19 0.64225 0.83089 0.63952 0.83179 0.63874 0.83202 0.63806 0.83218 0.63501 0.83314 0.63266 0.83385 0.63046 0.83456 0.62766 0.83542 0.62555 0.83607 0.62276 0.83687 0.62030 0.83753 0.61721 0.83835 0.61433 0.83910 0.61262 0.83950 0.61047 0.84003 0.60837 0.84056 0.60716 0.84088 0.60467 0.84148 0.60505 0.84142\n 11 380 17 0.59295 0.84405 0.59441 0.84373 0.59431 0.84372 0.59309 0.84393 0.59386 0.84373 0.59297 0.84386 0.59113 0.84423 0.58854 0.84470 0.58641 0.84513 0.58747 0.84498 0.58757 0.84501 0.58676 0.84520 0.58504 0.84550 0.58420 0.84561 0.58161 0.84612 0.58172 0.84614 0.58086 0.84629\n 11 94 4 0.47751 0.85094 0.47906 0.85106 0.48179 0.85126 0.48419 0.85142\n 11 336 15 0.49360 0.85191 0.49521 0.85197 0.49798 0.85206 0.49616 0.85197 0.49308 0.85184 0.49585 0.85192 0.49855 0.85202 0.50208 0.85208 0.50098 0.85201 0.50401 0.85207 0.50673 0.85210 0.50786 0.85217 0.50976 0.85222 0.51252 0.85223 0.51249 0.85223\n 11 490 22 0.48997 0.85169 0.48837 0.85163 0.48706 0.85158 0.48464 0.85144 0.48201 0.85126 0.47925 0.85106 0.47611 0.85082 0.47447 0.85063 0.47245 0.85039 0.47408 0.85051 0.47539 0.85058 0.47311 0.85037 0.47071 0.85006 0.46816 0.84978 0.46978 0.84990 0.47233 0.85018 0.47606 0.85054 0.47926 0.85088 0.48265 0.85114 0.48555 0.85138 0.48734 0.85153 0.48997 0.85169\n 11 94 4 0.43232 0.84482 0.43188 0.84476 0.42977 0.84435 0.42751 0.84392\n 11 688 31 0.40868 0.83963 0.41024 0.84000 0.41297 0.84063 0.41584 0.84130 0.41589 0.84128 0.41289 0.84055 0.41053 0.83997 0.41249 0.84037 0.41052 0.83978 0.40741 0.83894 0.40443 0.83820 0.40202 0.83750 0.39952 0.83678 0.40142 0.83725 0.40262 0.83744 0.40428 0.83770 0.40718 0.83833 0.41032 0.83902 0.41242 0.83958 0.41522 0.84031 0.41748 0.84084 0.41997 0.84162 0.42272 0.84230 0.42497 0.84287 0.42423 0.84279 0.42630 0.84327 0.42690 0.84349 0.43010 0.84412 0.43062 0.84433 0.43140 0.84458 0.43232 0.84482\n 11 600 27 0.38237 0.83139 0.38125 0.83120 0.38002 0.83085 0.37874 0.83058 0.37589 0.82957 0.37306 0.82854 0.37200 0.82819 0.36958 0.82723 0.36836 0.82657 0.36957 0.82682 0.36806 0.82618 0.36735 0.82577 0.36950 0.82644 0.37255 0.82740 0.37317 0.82749 0.37291 0.82711 0.37241 0.82668 0.37441 0.82764 0.37583 0.82807 0.37807 0.82904 0.37727 0.82895 0.37898 0.82949 0.37901 0.82974 0.38104 0.83048 0.38218 0.83094 0.38161 0.83094 0.38237 0.83139\n 11 534 24 0.32582 0.80453 0.32333 0.80340 0.32139 0.80258 0.32331 0.80285 0.32468 0.80328 0.32333 0.80219 0.32281 0.80149 0.32069 0.79984 0.31749 0.79791 0.31648 0.79695 0.31350 0.79525 0.31153 0.79365 0.31123 0.79283 0.31273 0.79395 0.31339 0.79474 0.31526 0.79593 0.31648 0.79695 0.31837 0.79812 0.32103 0.79981 0.32342 0.80151 0.32532 0.80263 0.32610 0.80360 0.32693 0.80446 0.32582 0.80453\n 11 600 27 0.28166 0.73890 0.27934 0.73606 0.27938 0.73441 0.27955 0.73297 0.28178 0.73304 0.28278 0.73172 0.28292 0.72990 0.28423 0.72925 0.28633 0.72850 0.28868 0.72839 0.29129 0.72914 0.29430 0.72980 0.29684 0.73011 0.29805 0.73143 0.29687 0.73159 0.29514 0.73119 0.29312 0.73126 0.29113 0.73131 0.28921 0.73138 0.28748 0.73209 0.28579 0.73279 0.28446 0.73326 0.28365 0.73409 0.28236 0.73454 0.28106 0.73501 0.28146 0.73682 0.28166 0.73890\n 11 336 15 0.51056 0.83847 0.50866 0.83902 0.50750 0.83970 0.50693 0.84036 0.50552 0.84034 0.50472 0.83992 0.50222 0.83986 0.50122 0.83929 0.50131 0.83875 0.50248 0.83820 0.50467 0.83798 0.50603 0.83757 0.50816 0.83760 0.51001 0.83804 0.51056 0.83847\n 11 380 17 0.49629 0.83694 0.49513 0.83733 0.49290 0.83749 0.49267 0.83819 0.49105 0.83808 0.48979 0.83772 0.49001 0.83714 0.49151 0.83680 0.49249 0.83627 0.49250 0.83550 0.49442 0.83516 0.49680 0.83498 0.49567 0.83539 0.49408 0.83545 0.49390 0.83605 0.49596 0.83617 0.49629 0.83694\n 11 336 15 0.15525 0.62862 0.15437 0.62705 0.15339 0.62512 0.15226 0.62213 0.15177 0.62042 0.15174 0.61936 0.15208 0.61930 0.15299 0.62055 0.15341 0.62053 0.15415 0.62181 0.15465 0.62382 0.15519 0.62583 0.15547 0.62722 0.15530 0.62793 0.15525 0.62862\n 11 358 16 0.15885 0.59932 0.15752 0.59732 0.15599 0.59432 0.15560 0.59231 0.15454 0.58996 0.15604 0.59163 0.15717 0.59200 0.15852 0.59334 0.16011 0.59500 0.16154 0.59602 0.16295 0.59802 0.16337 0.60004 0.16259 0.60101 0.16137 0.60064 0.16022 0.60000 0.15885 0.59932\n 11 468 21 0.19382 0.60219 0.19225 0.59927 0.19266 0.59776 0.19392 0.59881 0.19300 0.59657 0.19151 0.59485 0.19029 0.59502 0.18886 0.59334 0.18742 0.59162 0.18744 0.58879 0.18924 0.58809 0.19107 0.58984 0.19310 0.59101 0.19484 0.59181 0.19605 0.59444 0.19747 0.59648 0.19692 0.59825 0.19767 0.59984 0.19682 0.60125 0.19520 0.60141 0.19382 0.60219\n 11 358 16 0.19734 0.59308 0.19575 0.59040 0.19576 0.58791 0.19714 0.58872 0.19825 0.58916 0.19951 0.58811 0.19906 0.58589 0.20059 0.58641 0.20196 0.58627 0.20307 0.58802 0.20297 0.59043 0.20201 0.59184 0.20048 0.59134 0.20014 0.59343 0.19875 0.59263 0.19734 0.59308\n 11 1744 79 0.19918 0.60151 0.19767 0.59984 0.19859 0.59812 0.19886 0.59602 0.20046 0.59622 0.20147 0.59448 0.20283 0.59316 0.20367 0.59203 0.20538 0.59107 0.20567 0.58928 0.20651 0.58728 0.20449 0.58665 0.20300 0.58491 0.20186 0.58225 0.20207 0.58076 0.20450 0.58143 0.20689 0.58119 0.20774 0.58351 0.20934 0.58406 0.20861 0.58055 0.21000 0.57772 0.21284 0.57790 0.21131 0.57518 0.21418 0.57726 0.21509 0.57559 0.21646 0.57585 0.21421 0.57357 0.21620 0.57273 0.21757 0.57389 0.21912 0.57391 0.22034 0.57632 0.22267 0.57858 0.22409 0.57887 0.22644 0.58117 0.22821 0.58362 0.22948 0.58420 0.23028 0.58287 0.23191 0.58471 0.23384 0.58512 0.23634 0.58743 0.23801 0.59014 0.23905 0.59294 0.24059 0.59503 0.24211 0.59618 0.24175 0.59871 0.24024 0.59754 0.24083 0.59653 0.23981 0.59545 0.23907 0.59671 0.23949 0.59883 0.23686 0.59771 0.23547 0.59626 0.23380 0.59450 0.23179 0.59236 0.22982 0.59109 0.22758 0.59033 0.22532 0.58872 0.22348 0.58927 0.22147 0.58832 0.21982 0.58860 0.21819 0.58982 0.21631 0.59068 0.21758 0.59208 0.21948 0.59330 0.21785 0.59363 0.21610 0.59212 0.21401 0.59152 0.21222 0.59120 0.21067 0.58947 0.20955 0.58987 0.20988 0.59235 0.20876 0.59400 0.20752 0.59592 0.20625 0.59816 0.20564 0.59989 0.20355 0.59962 0.20174 0.60002 0.20035 0.60044 0.19918 0.60151\n 11 952 43 0.24456 0.60632 0.24302 0.60517 0.24239 0.60336 0.23996 0.60090 0.24187 0.60044 0.24357 0.59936 0.24389 0.60167 0.24387 0.60366 0.24507 0.60447 0.24566 0.60345 0.24538 0.60198 0.24683 0.60148 0.24807 0.60033 0.24794 0.59692 0.24836 0.59360 0.24988 0.59481 0.25196 0.59530 0.25433 0.59529 0.25517 0.59325 0.25741 0.59269 0.25950 0.59238 0.25791 0.59363 0.25895 0.59474 0.25915 0.59620 0.26193 0.59747 0.25920 0.59789 0.25854 0.59966 0.25811 0.60209 0.25843 0.60517 0.25891 0.60718 0.26013 0.60993 0.26086 0.61248 0.25902 0.61263 0.25725 0.60981 0.25528 0.60826 0.25368 0.60713 0.25202 0.60703 0.25074 0.60540 0.24953 0.60457 0.24865 0.60605 0.24828 0.60763 0.24701 0.60598 0.24456 0.60632\n 11 94 4 0.16880 0.57933 0.16986 0.58044 0.17062 0.57979 0.17143 0.58053\n 11 50 2 0.17651 0.58199 0.17762 0.58175\n 11 72 3 0.26052 0.59514 0.26226 0.59532 0.26402 0.59547\n 11 182 8 0.26600 0.59379 0.26865 0.59368 0.27152 0.59334 0.27476 0.59347 0.27259 0.59368 0.27201 0.59515 0.26953 0.59502 0.26600 0.59379\n 11 116 5 0.27700 0.59247 0.27810 0.59196 0.28175 0.59251 0.27987 0.59303 0.27700 0.59247\n 11 50 2 0.28715 0.59199 0.28958 0.59251\n 11 160 7 0.30991 0.59986 0.30878 0.59859 0.31126 0.59803 0.31315 0.59889 0.31419 0.60008 0.31178 0.59943 0.30991 0.59986\n 11 116 5 0.29931 0.66107 0.29839 0.65938 0.30117 0.65970 0.30138 0.66168 0.29931 0.66107\n 11 116 5 0.36460 0.62307 0.36897 0.62333 0.36959 0.62481 0.36750 0.62492 0.36460 0.62307\n 11 1040 47 0.29755 0.64466 0.29478 0.64221 0.29207 0.64064 0.28962 0.63867 0.28852 0.63653 0.28661 0.63465 0.28408 0.63285 0.28182 0.63062 0.27945 0.62860 0.27734 0.62710 0.27552 0.62620 0.27463 0.62472 0.27260 0.62221 0.27038 0.62094 0.26773 0.61853 0.26540 0.61748 0.26287 0.61402 0.26554 0.61542 0.26725 0.61556 0.26759 0.61402 0.26688 0.61147 0.26911 0.61359 0.26926 0.61524 0.27061 0.61684 0.27117 0.61878 0.27238 0.62062 0.27482 0.62247 0.27720 0.62355 0.27889 0.62467 0.28062 0.62484 0.28149 0.62355 0.28137 0.62100 0.28302 0.62317 0.28492 0.62589 0.28684 0.62859 0.28893 0.63107 0.29105 0.63353 0.29306 0.63616 0.29564 0.63795 0.29809 0.63995 0.30030 0.64234 0.30266 0.64449 0.30393 0.64637 0.30290 0.64704 0.30117 0.64482 0.29954 0.64444 0.29755 0.64466\n 11 94 4 0.44973 0.66791 0.44594 0.66683 0.44529 0.66529 0.44804 0.66528\n 11 116 5 0.44804 0.66528 0.44931 0.66420 0.45348 0.66439 0.45297 0.66674 0.44973 0.66791\n 11 160 7 0.40845 0.71396 0.40764 0.71211 0.40859 0.70966 0.41054 0.71062 0.41211 0.71321 0.41072 0.71437 0.40845 0.71396\n 11 116 5 0.41271 0.71642 0.41082 0.71537 0.41174 0.71483 0.41324 0.71550 0.41271 0.71642\n 11 182 8 0.42497 0.71356 0.42266 0.71132 0.42243 0.70830 0.42352 0.70706 0.42631 0.70795 0.42570 0.71014 0.42468 0.71227 0.42497 0.71356\n 11 358 16 0.41714 0.72215 0.41454 0.71998 0.41471 0.71851 0.41643 0.71757 0.41840 0.71644 0.41794 0.71511 0.42023 0.71460 0.42294 0.71456 0.42442 0.71528 0.42468 0.71670 0.42418 0.71743 0.42544 0.71956 0.42231 0.71944 0.42376 0.72248 0.42146 0.72338 0.41714 0.72215\n 11 248 11 0.43536 0.76197 0.43612 0.76042 0.43520 0.75858 0.43553 0.75697 0.43870 0.75685 0.44122 0.75761 0.44337 0.75873 0.44273 0.75964 0.44040 0.76041 0.43764 0.76130 0.43536 0.76197\n 11 402 18 0.45260 0.76605 0.44985 0.76613 0.44775 0.76493 0.44480 0.76476 0.44275 0.76333 0.44093 0.76224 0.44073 0.76100 0.44346 0.76098 0.44578 0.76020 0.44820 0.76062 0.44995 0.76164 0.45221 0.76173 0.45353 0.76116 0.45550 0.76160 0.45736 0.76185 0.45648 0.76370 0.45425 0.76454 0.45260 0.76605\n 11 886 40 0.46575 0.80946 0.46247 0.80985 0.45961 0.81009 0.45617 0.80956 0.45275 0.80875 0.45176 0.80788 0.45533 0.80801 0.45762 0.80740 0.45947 0.80636 0.46070 0.80511 0.46081 0.80375 0.46055 0.80228 0.46039 0.80077 0.46030 0.79925 0.45977 0.79757 0.45974 0.79600 0.45866 0.79431 0.45764 0.79254 0.45597 0.79114 0.45464 0.78946 0.45365 0.78788 0.45540 0.78658 0.45767 0.78700 0.45882 0.78864 0.45862 0.78993 0.46062 0.79150 0.46331 0.79260 0.46491 0.79447 0.46541 0.79592 0.46565 0.79691 0.46760 0.79845 0.46667 0.79932 0.46642 0.80125 0.46714 0.80289 0.46541 0.80349 0.46667 0.80467 0.46678 0.80632 0.46548 0.80705 0.46693 0.80822 0.46575 0.80946\n 11 138 6 0.46582 0.81763 0.46332 0.81660 0.46329 0.81567 0.46656 0.81551 0.46739 0.81661 0.46582 0.81763\n 11 336 15 0.48167 0.78380 0.47988 0.78321 0.47933 0.78178 0.47685 0.78122 0.47655 0.78049 0.47815 0.77917 0.47648 0.77887 0.47588 0.77783 0.47804 0.77689 0.47860 0.77826 0.47815 0.77917 0.48010 0.78054 0.47933 0.78178 0.48130 0.78234 0.48167 0.78380\n 11 226 10 0.48534 0.78219 0.48282 0.78210 0.48126 0.78087 0.48266 0.78052 0.48264 0.77913 0.48426 0.77791 0.48499 0.77955 0.48384 0.78079 0.48541 0.78128 0.48534 0.78219\n 11 94 4 0.48497 0.78426 0.48316 0.78362 0.48478 0.78322 0.48497 0.78426\n 11 292 13 0.49477 0.78529 0.49329 0.78552 0.49187 0.78525 0.49139 0.78609 0.48959 0.78617 0.48802 0.78555 0.48865 0.78463 0.48807 0.78344 0.48918 0.78329 0.49107 0.78460 0.49148 0.78392 0.49280 0.78362 0.49477 0.78529\n 11 292 13 0.53280 0.78701 0.53370 0.78838 0.53422 0.79058 0.53325 0.79251 0.53074 0.79297 0.53310 0.79349 0.53346 0.79500 0.53263 0.79680 0.53072 0.79886 0.52950 0.79736 0.52772 0.79593 0.52586 0.79436 0.52526 0.79309\n 11 116 5 0.52137 0.79746 0.51790 0.79604 0.51999 0.79479 0.52106 0.79354 0.52155 0.79208\n 11 50 2 0.52432 0.79059 0.52395 0.78875\n 11 160 7 0.51831 0.79117 0.51588 0.79045 0.51409 0.78895 0.51399 0.78789 0.51642 0.78749 0.51834 0.78675 0.52081 0.78743\n 11 138 6 0.52408 0.78674 0.52453 0.78788 0.52627 0.78722 0.52780 0.78829 0.52944 0.78741 0.53280 0.78701\n 11 116 5 0.61982 0.81272 0.61885 0.81341 0.61606 0.81374 0.61860 0.81270 0.61982 0.81272\n 11 72 3 0.61032 0.82160 0.60889 0.82173 0.61016 0.82218\n 11 50 2 0.61846 0.82064 0.61777 0.82146\n 11 138 6 0.63517 0.81656 0.63137 0.81745 0.62897 0.81744 0.63244 0.81654 0.63360 0.81675 0.63517 0.81656\n 11 138 6 0.58589 0.83766 0.58551 0.83831 0.58326 0.83883 0.58250 0.83859 0.58380 0.83801 0.58589 0.83766\n 11 204 9 0.58072 0.83855 0.58100 0.83914 0.57902 0.83966 0.57662 0.83997 0.57720 0.83961 0.57534 0.83969 0.57525 0.83918 0.57798 0.83887 0.58072 0.83855\n 11 138 6 0.58257 0.83927 0.58180 0.83975 0.57980 0.84007 0.57861 0.84012 0.58029 0.83965 0.58257 0.83927\n 11 94 4 0.55317 0.84102 0.55305 0.84162 0.55105 0.84161 0.55059 0.84108\n 11 50 2 0.55165 0.84082 0.55317 0.84102\n 11 138 6 0.53921 0.84144 0.53820 0.84186 0.53630 0.84174 0.53442 0.84160 0.53724 0.84119 0.53921 0.84144\n 11 116 5 0.53704 0.84082 0.53686 0.84107 0.53478 0.84108 0.53631 0.84058 0.53704 0.84082\n 11 1964 89 0.65394 0.82103 0.65242 0.82183 0.64940 0.82277 0.64692 0.82406 0.64514 0.82431 0.64250 0.82532 0.64028 0.82644 0.63721 0.82737 0.63470 0.82845 0.63195 0.82949 0.62844 0.83060 0.62554 0.83116 0.62842 0.83004 0.62581 0.83048 0.62307 0.83115 0.62112 0.83131 0.62118 0.83087 0.62280 0.83006 0.62429 0.82953 0.62611 0.82919 0.62656 0.82881 0.62474 0.82914 0.62439 0.82879 0.62458 0.82836 0.62426 0.82798 0.62396 0.82745 0.62575 0.82650 0.62564 0.82585 0.62475 0.82535 0.62485 0.82472 0.62647 0.82375 0.62854 0.82287 0.62622 0.82338 0.62395 0.82370 0.62163 0.82384 0.61988 0.82391 0.61914 0.82353 0.62165 0.82250 0.62367 0.82165 0.62619 0.82075 0.62385 0.82088 0.62036 0.82167 0.62008 0.82125 0.62299 0.82017 0.62564 0.81898 0.62797 0.81886 0.63028 0.81852 0.63160 0.81863 0.63252 0.81784 0.63405 0.81747 0.63366 0.81820 0.63169 0.81913 0.63458 0.81883 0.63569 0.81902 0.63339 0.81974 0.63499 0.81985 0.63811 0.81905 0.63630 0.81990 0.63737 0.82005 0.63451 0.82057 0.63428 0.82131 0.63739 0.82098 0.63741 0.82159 0.63449 0.82259 0.63156 0.82355 0.63389 0.82328 0.63354 0.82399 0.63190 0.82468 0.63423 0.82439 0.63546 0.82454 0.63764 0.82374 0.64045 0.82238 0.64065 0.82269 0.64278 0.82227 0.64080 0.82314 0.64229 0.82325 0.64450 0.82252 0.64725 0.82165 0.64743 0.82194 0.64487 0.82296 0.64341 0.82373 0.64239 0.82451 0.63937 0.82545 0.64169 0.82502 0.64345 0.82427 0.64548 0.82339 0.64817 0.82276 0.65089 0.82198 0.65394 0.82103\n 11 666 30 0.66298 0.81319 0.66362 0.81360 0.66287 0.81444 0.65992 0.81586 0.65692 0.81712 0.65340 0.81834 0.65009 0.81980 0.64827 0.82001 0.64639 0.82020 0.64507 0.81997 0.64428 0.81960 0.64110 0.82050 0.64004 0.82008 0.64001 0.81947 0.64178 0.81845 0.64380 0.81729 0.64664 0.81621 0.64931 0.81567 0.64837 0.81650 0.65022 0.81604 0.65199 0.81511 0.65402 0.81403 0.65592 0.81368 0.65499 0.81452 0.65738 0.81372 0.65698 0.81458 0.65542 0.81540 0.65868 0.81461 0.66116 0.81419 0.66298 0.81319\n 11 50 2 0.76701 0.75655 0.76624 0.75767\n 11 50 2 0.76160 0.76320 0.75962 0.76507\n 11 1524 69 0.23015 0.25934 0.22826 0.26122 0.22617 0.26337 0.22436 0.26527 0.22260 0.26719 0.22155 0.26839 0.21931 0.27088 0.21748 0.27294 0.21496 0.27579 0.21269 0.27844 0.21071 0.28062 0.20888 0.28279 0.20741 0.28464 0.20629 0.28621 0.20444 0.28842 0.20238 0.29096 0.20236 0.29075 0.20049 0.29323 0.19889 0.29545 0.19769 0.29713 0.19613 0.29917 0.19528 0.30053 0.19327 0.30316 0.19110 0.30612 0.18931 0.30871 0.18769 0.31085 0.18539 0.31412 0.18450 0.31560 0.18315 0.31772 0.18246 0.31916 0.18130 0.32127 0.18001 0.32339 0.17836 0.32615 0.17738 0.32827 0.17609 0.33075 0.17529 0.33260 0.17365 0.33539 0.17221 0.33797 0.17113 0.33924 0.17000 0.34116 0.16870 0.34401 0.16798 0.34592 0.16653 0.34913 0.16522 0.35204 0.16417 0.35462 0.16323 0.35729 0.16189 0.35989 0.16155 0.35958 0.16227 0.35730 0.16190 0.35727 0.16257 0.35532 0.16302 0.35404 0.16366 0.35211 0.16419 0.35054 0.16496 0.34864 0.16597 0.34639 0.16658 0.34486 0.16724 0.34329 0.16754 0.34240 0.16772 0.34181 0.16864 0.33997 0.16799 0.34099 0.16704 0.34263 0.16500 0.34641 0.16369 0.34896 0.16234 0.35156 0.16068 0.35484 0.15958 0.35709 0.15818 0.36002\n 11 248 11 0.15560 0.36559 0.15456 0.36794 0.15326 0.37091 0.15286 0.37187 0.15278 0.37214 0.15212 0.37379 0.15137 0.37577 0.15243 0.37341 0.15187 0.37502 0.15192 0.37531 0.15051 0.37870\n 11 226 10 0.15051 0.37870 0.15043 0.37842 0.14941 0.38107 0.14861 0.38281 0.14741 0.38583 0.14622 0.38894 0.14521 0.39166 0.14400 0.39511 0.14283 0.39855 0.14385 0.39546\n 11 864 39 0.34975 0.18012 0.34883 0.18052 0.34894 0.18049 0.35039 0.17991 0.35224 0.17915 0.35185 0.17936 0.35294 0.17895 0.35205 0.17941 0.35174 0.17968 0.34947 0.18064 0.34853 0.18095 0.34685 0.18157 0.34390 0.18286 0.34093 0.18418 0.33927 0.18502 0.33774 0.18584 0.33554 0.18688 0.33742 0.18583 0.33575 0.18665 0.33430 0.18731 0.33257 0.18828 0.33068 0.18926 0.32993 0.18974 0.32808 0.19074 0.32584 0.19194 0.32270 0.19348 0.31935 0.19535 0.32141 0.19414 0.32276 0.19331 0.32499 0.19210 0.32739 0.19080 0.32985 0.18951 0.33193 0.18842 0.33430 0.18731 0.33379 0.18748 0.33526 0.18673 0.33664 0.18603 0.33657 0.18601 0.33740 0.18559\n 11 116 5 0.13741 0.41789 0.13765 0.41758 0.13723 0.41968 0.13708 0.41965 0.13741 0.41789\n 11 160 7 0.14080 0.40984 0.14117 0.40984 0.14105 0.41157 0.14044 0.41439 0.14029 0.41370 0.14035 0.41231 0.14080 0.40984\n 11 446 20 0.12708 0.51846 0.12728 0.52172 0.12753 0.52497 0.12761 0.52536 0.12785 0.52747 0.12780 0.52535 0.12809 0.52855 0.12810 0.52712 0.12814 0.52569 0.12835 0.52894 0.12866 0.53252 0.12889 0.53542 0.12925 0.53757 0.12965 0.54114 0.12993 0.54329 0.12972 0.54292 0.12968 0.54366 0.12946 0.54259 0.12943 0.54294 0.12918 0.54118\n 11 182 8 0.12696 0.48370 0.12701 0.48336 0.12709 0.48331 0.12731 0.48080 0.12715 0.48371 0.12697 0.48553 0.12685 0.48696 0.12674 0.48913\n 11 468 21 0.12666 0.49636 0.12668 0.49600 0.12679 0.49348 0.12693 0.49131 0.12709 0.48914 0.12727 0.48623 0.12749 0.48445 0.12779 0.48263 0.12807 0.48299 0.12829 0.48374 0.12819 0.48591 0.12800 0.48590 0.12777 0.48589 0.12749 0.48697 0.12724 0.48953 0.12708 0.49092 0.12697 0.49348 0.12685 0.49600 0.12674 0.49891 0.12670 0.50178 0.12666 0.50124\n 11 424 19 0.12975 0.47292 0.12993 0.47006 0.12998 0.46784 0.12990 0.46640 0.13023 0.46316 0.13073 0.45953 0.13029 0.46351 0.13021 0.46568 0.13030 0.46751 0.13078 0.46536 0.13056 0.46787 0.13100 0.46715 0.13108 0.46933 0.13046 0.47078 0.13030 0.47369 0.13056 0.47479 0.13011 0.47551 0.12996 0.47402 0.12975 0.47292\n 11 160 7 0.12926 0.45988 0.12967 0.45665 0.13012 0.45381 0.13029 0.45342 0.12999 0.45592 0.12956 0.45846 0.12926 0.45988\n 11 292 13 0.13079 0.45196 0.13144 0.44839 0.13183 0.44698 0.13240 0.44445 0.13341 0.44021 0.13413 0.43701 0.13396 0.43876 0.13340 0.44198 0.13280 0.44411 0.13225 0.44699 0.13165 0.44913 0.13098 0.45200 0.13079 0.45196\n 11 50 2 0.12791 0.47286 0.12833 0.46961\n 11 94 4 0.12985 0.46098 0.13060 0.45736 0.13000 0.46137 0.12985 0.46098\n 11 116 5 0.13277 0.45460 0.13329 0.45172 0.13393 0.45032 0.13328 0.45354 0.13277 0.45460\n 11 116 5 0.14023 0.43124 0.14119 0.42698 0.14195 0.42562 0.14130 0.42877 0.14023 0.43124\n 11 1370 62 0.13349 0.44743 0.13428 0.44418 0.13484 0.44209 0.13493 0.44027 0.13558 0.43741 0.13630 0.43529 0.13704 0.43352 0.13791 0.43180 0.13778 0.43033 0.13686 0.43282 0.13633 0.43348 0.13558 0.43594 0.13528 0.43632 0.13578 0.43453 0.13650 0.43133 0.13674 0.42958 0.13704 0.42745 0.13768 0.42567 0.13812 0.42604 0.13891 0.42290 0.13985 0.41974 0.14069 0.41691 0.14176 0.41410 0.14291 0.41097 0.14414 0.40750 0.14537 0.40438 0.14652 0.40126 0.14742 0.39848 0.14833 0.39498 0.14908 0.39191 0.14983 0.38914 0.14884 0.39086 0.14868 0.39014 0.14852 0.38911 0.14971 0.38673 0.15071 0.38539 0.15199 0.38300 0.15322 0.38097 0.15408 0.37861 0.15516 0.37590 0.15646 0.37287 0.15774 0.37055 0.15897 0.36855 0.16059 0.36557 0.16187 0.36424 0.16205 0.36461 0.16124 0.36694 0.16218 0.36597 0.16263 0.36600 0.16321 0.36638 0.16458 0.36441 0.16564 0.36243 0.16749 0.35916 0.16877 0.35721 0.16993 0.35423 0.17105 0.35158 0.17293 0.34803 0.17453 0.34509 0.17535 0.34318 0.17698 0.34097 0.17892 0.33840 0.18086 0.33591\n 11 1326 60 0.18086 0.33591 0.18256 0.33374 0.18374 0.33149 0.18557 0.32970 0.18572 0.33067 0.18369 0.33316 0.18214 0.33534 0.18263 0.33574 0.18125 0.33731 0.17948 0.33980 0.17963 0.34083 0.17756 0.34303 0.17607 0.34626 0.17533 0.34889 0.17357 0.35180 0.17165 0.35574 0.17083 0.35810 0.17205 0.35681 0.17326 0.35557 0.17293 0.35762 0.17145 0.36059 0.16971 0.36249 0.16778 0.36614 0.16627 0.36841 0.16595 0.37082 0.16479 0.37387 0.16348 0.37656 0.16194 0.37992 0.16046 0.38295 0.15902 0.38600 0.15767 0.38837 0.15608 0.39176 0.15497 0.39413 0.15368 0.39687 0.15241 0.39962 0.15097 0.40304 0.15000 0.40475 0.14883 0.40748 0.14769 0.41026 0.14637 0.41407 0.14529 0.41721 0.14397 0.41891 0.14357 0.41818 0.14262 0.41988 0.14194 0.41987 0.14159 0.41945 0.14128 0.41875 0.14055 0.42046 0.13971 0.42363 0.13927 0.42649 0.13854 0.42895 0.13814 0.43182 0.13833 0.43326 0.13785 0.43717 0.13679 0.44000 0.13614 0.44326 0.13518 0.44606 0.13473 0.44603 0.13396 0.44780 0.13349 0.44743\n 11 1018 46 0.14189 0.57041 0.14082 0.56761 0.14007 0.56552 0.13920 0.56308 0.13866 0.55959 0.13923 0.56060 0.13883 0.55816 0.13825 0.55815 0.13758 0.55637 0.13737 0.55320 0.13800 0.55254 0.13769 0.54970 0.13691 0.54507 0.13756 0.54686 0.13806 0.54865 0.13782 0.54548 0.13705 0.54155 0.13697 0.53909 0.13726 0.53804 0.13769 0.54158 0.13815 0.54375 0.13842 0.54266 0.13858 0.54622 0.13871 0.54867 0.13861 0.55010 0.13811 0.55043 0.13827 0.55288 0.13907 0.55568 0.14018 0.55956 0.14110 0.56100 0.14196 0.56102 0.14282 0.56137 0.14383 0.56277 0.14442 0.56557 0.14544 0.56767 0.14669 0.56943 0.14607 0.57008 0.14615 0.57214 0.14662 0.57491 0.14641 0.57627 0.14535 0.57490 0.14449 0.57386 0.14367 0.57145 0.14252 0.56970 0.14158 0.56761 0.14189 0.57041\n 11 314 14 0.13112 0.54829 0.13126 0.54683 0.13155 0.54716 0.13184 0.54686 0.13237 0.54792 0.13251 0.54715 0.13298 0.54680 0.13394 0.55073 0.13302 0.54894 0.13247 0.54860 0.13215 0.54861 0.13179 0.54896 0.13155 0.54935 0.13112 0.54829\n 11 204 9 0.13704 0.55603 0.13642 0.55285 0.13570 0.55001 0.13525 0.54754 0.13579 0.54721 0.13653 0.54934 0.13698 0.55214 0.13707 0.55430 0.13704 0.55603\n 11 380 17 0.13672 0.53555 0.13609 0.53267 0.13602 0.52947 0.13537 0.52837 0.13527 0.53050 0.13451 0.52795 0.13458 0.52620 0.13388 0.52368 0.13426 0.52189 0.13462 0.52478 0.13514 0.52656 0.13555 0.52372 0.13621 0.52700 0.13678 0.52878 0.13722 0.53166 0.13682 0.53343 0.13672 0.53555\n 11 622 28 0.13319 0.53719 0.13343 0.53505 0.13334 0.53295 0.13284 0.53114 0.13243 0.53182 0.13204 0.52893 0.13179 0.52609 0.13218 0.52576 0.13267 0.52861 0.13261 0.52646 0.13310 0.52686 0.13282 0.52432 0.13317 0.52257 0.13364 0.52435 0.13350 0.52688 0.13399 0.52865 0.13462 0.53082 0.13403 0.52977 0.13355 0.53044 0.13409 0.53187 0.13404 0.53404 0.13483 0.53616 0.13464 0.53867 0.13495 0.54009 0.13491 0.54290 0.13440 0.54046 0.13373 0.53865 0.13319 0.53719\n 11 952 43 0.12978 0.52246 0.12952 0.52065 0.12991 0.52173 0.13034 0.52248 0.13052 0.52140 0.13018 0.51919 0.13037 0.51816 0.13080 0.51818 0.13083 0.51563 0.13073 0.51347 0.13034 0.51311 0.12988 0.51059 0.12986 0.50807 0.12991 0.50517 0.13009 0.50375 0.13007 0.50080 0.13063 0.50157 0.13076 0.50378 0.13086 0.50630 0.13116 0.50666 0.13160 0.50703 0.13143 0.50416 0.13110 0.50085 0.13160 0.50235 0.13212 0.50312 0.13249 0.50496 0.13284 0.50856 0.13341 0.51110 0.13370 0.51469 0.13378 0.51899 0.13310 0.51573 0.13264 0.51606 0.13262 0.51825 0.13202 0.51676 0.13173 0.51821 0.13125 0.51815 0.13161 0.52036 0.13164 0.52251 0.13131 0.52358 0.13091 0.52322 0.13060 0.52464 0.13030 0.52463 0.12978 0.52246\n 11 490 22 0.17384 0.35877 0.17424 0.35744 0.17588 0.35521 0.17719 0.35253 0.17888 0.35032 0.18054 0.34845 0.18222 0.34658 0.18378 0.34575 0.18496 0.34596 0.18644 0.34441 0.18642 0.34651 0.18747 0.34663 0.18665 0.34933 0.18400 0.35209 0.18493 0.34835 0.18347 0.34990 0.18233 0.34906 0.18093 0.35059 0.17952 0.35216 0.17765 0.35401 0.17574 0.35624 0.17384 0.35877\n 11 50 2 0.16763 0.37923 0.16914 0.37730\n 11 248 11 0.18114 0.36126 0.18330 0.35729 0.18548 0.35338 0.18668 0.35184 0.18815 0.34779 0.18935 0.34414 0.19004 0.34530 0.18925 0.34763 0.18668 0.35184 0.18542 0.35410 0.18330 0.35729\n 11 182 8 0.19614 0.33542 0.19707 0.33248 0.19867 0.32925 0.20015 0.32676 0.20193 0.32602 0.20005 0.32914 0.19775 0.33363 0.19614 0.33542\n 11 72 3 0.20323 0.32487 0.20584 0.32114 0.20765 0.31873\n 11 50 2 0.20786 0.31603 0.21058 0.31209\n 11 94 4 0.21260 0.31376 0.21414 0.31166 0.21647 0.30869 0.21809 0.30659\n 11 94 4 0.22237 0.30330 0.22344 0.30084 0.22479 0.29872 0.22704 0.29546\n 11 182 8 0.21810 0.30359 0.21797 0.30289 0.21931 0.30081 0.22105 0.29946 0.22292 0.29774 0.22412 0.29762 0.22134 0.30081 0.21810 0.30359\n 11 116 5 0.22638 0.29437 0.22902 0.29089 0.23165 0.28875 0.22981 0.29137 0.22638 0.29437\n 11 138 6 0.25611 0.26114 0.25708 0.25922 0.25759 0.25781 0.25975 0.25695 0.25839 0.25909 0.25708 0.25922\n 11 94 4 0.26027 0.25556 0.26181 0.25318 0.26370 0.25226 0.26027 0.25556\n 11 336 15 0.25249 0.25073 0.25491 0.24802 0.25748 0.24557 0.25977 0.24364 0.26167 0.24199 0.26398 0.24009 0.26681 0.23777 0.26907 0.23639 0.26696 0.23826 0.26490 0.24012 0.26236 0.24200 0.26032 0.24390 0.25810 0.24610 0.25511 0.24852 0.25249 0.25073\n 11 204 9 0.31341 0.22362 0.31586 0.22218 0.31813 0.22126 0.32066 0.22068 0.32021 0.22194 0.31766 0.22361 0.31494 0.22471 0.31343 0.22468 0.31341 0.22362\n 11 182 8 0.31869 0.22520 0.31996 0.22378 0.32291 0.22331 0.32618 0.22207 0.32462 0.22312 0.32520 0.22381 0.32178 0.22443 0.31869 0.22520\n 11 204 9 0.36509 0.21904 0.36679 0.21755 0.37004 0.21668 0.37146 0.21553 0.37502 0.21461 0.37287 0.21569 0.37004 0.21668 0.36947 0.21761 0.36509 0.21904\n 11 116 5 0.51324 0.18764 0.51375 0.18691 0.51585 0.18664 0.51484 0.18748 0.51324 0.18764\n 11 50 2 0.44725 0.36508 0.44811 0.36583\n 11 138 6 0.44984 0.36592 0.45101 0.36505 0.45249 0.36489 0.45311 0.36664 0.45139 0.36683 0.44984 0.36592\n 11 116 5 0.45913 0.36240 0.46002 0.36074 0.46280 0.36049 0.46103 0.36302 0.45913 0.36240\n 11 50 2 0.46554 0.35930 0.46814 0.35909\n 11 182 8 0.46884 0.35802 0.47010 0.35697 0.47029 0.35578 0.47174 0.35596 0.47314 0.35648 0.47133 0.35795 0.47013 0.35765 0.46884 0.35802\n 11 336 15 0.47365 0.35387 0.47364 0.35208 0.47247 0.35116 0.47344 0.34876 0.47312 0.34728 0.47479 0.34634 0.47566 0.34739 0.47707 0.34808 0.47897 0.34830 0.48027 0.34929 0.47892 0.35025 0.47827 0.35162 0.47680 0.35244 0.47519 0.35310 0.47365 0.35387\n 21 6 1\n 82 0\n 81 6 76\n 82 0\n 81 6 77\n 11 292 13 0.64066 0.54578 0.64147 0.54578 0.64229 0.54660 0.64147 0.54416 0.64066 0.54578 0.63904 0.54660 0.63660 0.54660 0.63498 0.54578 0.63417 0.54497 0.63417 0.54335 0.63498 0.54254 0.63904 0.54010 0.63985 0.53929\n 11 292 13 0.63417 0.54416 0.63498 0.54335 0.63904 0.54091 0.63985 0.54010 0.63985 0.53766 0.63904 0.53685 0.63741 0.53604 0.63498 0.53604 0.63336 0.53685 0.63254 0.53848 0.63173 0.53604 0.63254 0.53685 0.63336 0.53685\n 11 358 16 0.64553 0.53848 0.64878 0.53929 0.65041 0.54010 0.65122 0.54091 0.65122 0.54254 0.64959 0.54335 0.64797 0.54335 0.64635 0.54254 0.64553 0.54172 0.64472 0.54010 0.64472 0.53848 0.64553 0.53685 0.64716 0.53604 0.64878 0.53604 0.65041 0.53685 0.65122 0.53766\n 11 116 5 0.64797 0.54335 0.64635 0.54172 0.64553 0.54010 0.64553 0.53766 0.64716 0.53604\n 11 160 7 0.66177 0.54335 0.66015 0.53766 0.66015 0.53685 0.66096 0.53604 0.66258 0.53604 0.66340 0.53685 0.66421 0.53848\n 11 94 4 0.66258 0.54335 0.66096 0.53766 0.66096 0.53685 0.66177 0.53604\n 11 270 12 0.66096 0.54010 0.66096 0.54172 0.65934 0.54335 0.65771 0.54335 0.65609 0.54254 0.65528 0.54172 0.65447 0.54010 0.65447 0.53848 0.65528 0.53685 0.65690 0.53604 0.65853 0.53604 0.66015 0.53766\n 11 116 5 0.65771 0.54335 0.65609 0.54172 0.65528 0.54010 0.65528 0.53766 0.65690 0.53604\n 11 160 7 0.66908 0.54660 0.66664 0.53766 0.66664 0.53685 0.66746 0.53604 0.66908 0.53604 0.66989 0.53685 0.67070 0.53848\n 11 94 4 0.66989 0.54660 0.66746 0.53766 0.66746 0.53685 0.66827 0.53604\n 11 50 2 0.66664 0.54335 0.67070 0.54335\n 11 160 7 0.67639 0.54660 0.67395 0.53766 0.67395 0.53685 0.67476 0.53604 0.67639 0.53604 0.67720 0.53685 0.67801 0.53848\n 11 94 4 0.67720 0.54660 0.67476 0.53766 0.67476 0.53685 0.67558 0.53604\n 11 50 2 0.67395 0.54335 0.67801 0.54335\n 11 160 7 0.68370 0.54660 0.68126 0.53766 0.68126 0.53685 0.68207 0.53604 0.68370 0.53604 0.68451 0.53685 0.68532 0.53848\n 11 94 4 0.68451 0.54660 0.68207 0.53766 0.68207 0.53685 0.68288 0.53604\n 11 50 2 0.68207 0.54660 0.68451 0.54660\n 11 358 16 0.68857 0.53848 0.69181 0.53929 0.69344 0.54010 0.69425 0.54091 0.69425 0.54254 0.69263 0.54335 0.69100 0.54335 0.68938 0.54254 0.68857 0.54172 0.68775 0.54010 0.68775 0.53848 0.68857 0.53685 0.69019 0.53604 0.69181 0.53604 0.69344 0.53685 0.69425 0.53766\n 82 0\n 81 6 78\n 11 116 5 0.69100 0.54335 0.68938 0.54172 0.68857 0.54010 0.68857 0.53766 0.69019 0.53604\n 82 0\n 81 6 79\n 82 0\n 81 6 80\n 11 50 2 0.48010 0.36084 0.47686 0.35028\n 11 50 2 0.48092 0.36084 0.47767 0.35028\n 11 50 2 0.48660 0.36084 0.48335 0.35028\n 11 50 2 0.48741 0.36084 0.48416 0.35028\n 11 50 2 0.47848 0.36084 0.48254 0.36084\n 11 50 2 0.48497 0.36084 0.48903 0.36084\n 11 50 2 0.47929 0.35597 0.48497 0.35597\n 11 50 2 0.47523 0.35028 0.47929 0.35028\n 11 50 2 0.48173 0.35028 0.48579 0.35028\n 11 160 7 0.49797 0.35759 0.49634 0.35191 0.49634 0.35110 0.49715 0.35028 0.49878 0.35028 0.49959 0.35110 0.50040 0.35272\n 11 94 4 0.49878 0.35759 0.49715 0.35191 0.49715 0.35110 0.49797 0.35028\n 11 270 12 0.49715 0.35434 0.49715 0.35597 0.49553 0.35759 0.49391 0.35759 0.49228 0.35678 0.49147 0.35597 0.49066 0.35434 0.49066 0.35272 0.49147 0.35110 0.49309 0.35028 0.49472 0.35028 0.49634 0.35191\n 11 116 5 0.49391 0.35759 0.49228 0.35597 0.49147 0.35434 0.49147 0.35191 0.49309 0.35028\n 11 204 9 0.50203 0.35515 0.50284 0.35678 0.50365 0.35759 0.50527 0.35759 0.50609 0.35678 0.50609 0.35515 0.50527 0.35272 0.50527 0.35110 0.50609 0.35028\n 11 204 9 0.50446 0.35759 0.50527 0.35678 0.50527 0.35515 0.50446 0.35272 0.50446 0.35110 0.50609 0.35028 0.50690 0.35028 0.50852 0.35110 0.50933 0.35191\n 11 94 4 0.51096 0.35759 0.50933 0.35191 0.50933 0.35110 0.51096 0.35028\n 11 248 11 0.51177 0.35759 0.51015 0.35191 0.51015 0.35110 0.51096 0.35028 0.51177 0.35028 0.51339 0.35110 0.51502 0.35272 0.51583 0.35515 0.51583 0.35759 0.51502 0.35759 0.51583 0.35678\n 11 160 7 0.52638 0.35759 0.52476 0.35191 0.52476 0.35110 0.52557 0.35028 0.52720 0.35028 0.52801 0.35110 0.52882 0.35272\n 11 94 4 0.52720 0.35759 0.52557 0.35191 0.52557 0.35110 0.52638 0.35028\n 11 270 12 0.52557 0.35434 0.52557 0.35597 0.52395 0.35759 0.52232 0.35759 0.52070 0.35678 0.51989 0.35597 0.51908 0.35434 0.51908 0.35272 0.51989 0.35110 0.52151 0.35028 0.52314 0.35028 0.52476 0.35191\n 11 116 5 0.52232 0.35759 0.52070 0.35597 0.51989 0.35434 0.51989 0.35191 0.52151 0.35028\n 11 116 5 0.53450 0.36084 0.53450 0.36003 0.53532 0.36003 0.53532 0.36084 0.53450 0.36084\n 11 204 9 0.53044 0.35515 0.53126 0.35678 0.53207 0.35759 0.53369 0.35759 0.53450 0.35678 0.53450 0.35515 0.53369 0.35272 0.53369 0.35110 0.53450 0.35028\n 11 204 9 0.53288 0.35759 0.53369 0.35678 0.53369 0.35515 0.53288 0.35272 0.53288 0.35110 0.53369 0.35028 0.53532 0.35028 0.53613 0.35110 0.53694 0.35272\n 11 116 5 0.54262 0.36084 0.54262 0.36003 0.54343 0.36003 0.54343 0.36084 0.54262 0.36084\n 11 204 9 0.53856 0.35515 0.53937 0.35678 0.54019 0.35759 0.54181 0.35759 0.54262 0.35678 0.54262 0.35515 0.54181 0.35272 0.54181 0.35110 0.54262 0.35028\n 82 0\n 81 6 81\n 11 204 9 0.54100 0.35759 0.54181 0.35678 0.54181 0.35515 0.54100 0.35272 0.54100 0.35110 0.54181 0.35028 0.54343 0.35028 0.54425 0.35110 0.54506 0.35272\n 82 0\n 81 6 82\n 82 0\n 11 50 2 0.92976 0.70170 0.92976 0.70170\n 81 6 83\n 21 6 1\n 21 6 1\n 11 2206 100 0.24151 0.24867 0.24496 0.24564 0.24849 0.24265 0.25211 0.23971 0.25580 0.23680 0.25957 0.23394 0.26341 0.23112 0.26733 0.22835 0.27133 0.22561 0.27540 0.22293 0.27954 0.22029 0.28375 0.21770 0.28803 0.21516 0.29237 0.21266 0.29679 0.21022 0.30127 0.20782 0.30581 0.20548 0.31041 0.20319 0.31508 0.20095 0.31981 0.19876 0.32459 0.19663 0.32943 0.19455 0.33432 0.19253 0.33927 0.19056 0.34427 0.18865 0.34933 0.18679 0.35443 0.18500 0.35958 0.18326 0.36477 0.18158 0.37001 0.17996 0.37529 0.17840 0.38061 0.17690 0.38598 0.17546 0.39138 0.17408 0.39681 0.17276 0.40228 0.17150 0.40779 0.17031 0.41332 0.16917 0.41889 0.16811 0.42448 0.16710 0.43010 0.16616 0.43575 0.16528 0.44141 0.16446 0.44710 0.16371 0.45281 0.16303 0.45853 0.16240 0.46427 0.16185 0.47003 0.16136 0.47579 0.16093 0.48157 0.16057 0.48736 0.16027 0.49315 0.16004 0.49895 0.15988 0.50475 0.15978 0.51056 0.15975 0.51636 0.15978 0.52216 0.15988 0.52796 0.16004 0.53375 0.16027 0.53954 0.16057 0.54532 0.16093 0.55108 0.16136 0.55684 0.16185 0.56258 0.16240 0.56830 0.16303 0.57401 0.16371 0.57970 0.16446 0.58537 0.16528 0.59101 0.16616 0.59663 0.16710 0.60222 0.16811 0.60779 0.16917 0.61332 0.17031 0.61883 0.17150 0.62430 0.17276 0.62973 0.17408 0.63514 0.17546 0.64050 0.17690 0.64582 0.17840 0.65110 0.17996 0.65634 0.18158 0.66154 0.18326 0.66668 0.18500 0.67178 0.18679 0.67684 0.18865 0.68184 0.19056 0.68679 0.19253 0.69168 0.19455 0.69652 0.19663 0.70131 0.19876 0.70603 0.20095 0.71070 0.20319 0.71530 0.20548 0.71984 0.20782 0.72432 0.21022 0.72874 0.21266 0.73308 0.21516 0.73736 0.21770 0.74157 0.22029 0.74571 0.22293\n 11 226 10 0.74571 0.22293 0.74978 0.22561 0.75378 0.22835 0.75770 0.23112 0.76154 0.23394 0.76531 0.23680 0.76900 0.23971 0.77262 0.24265 0.77615 0.24564 0.77960 0.24867\n 11 2206 100 0.15400 0.36922 0.15584 0.36519 0.15778 0.36119 0.15984 0.35720 0.16200 0.35325 0.16427 0.34931 0.16664 0.34541 0.16912 0.34153 0.17170 0.33767 0.17438 0.33385 0.17717 0.33006 0.18006 0.32631 0.18305 0.32258 0.18614 0.31889 0.18932 0.31524 0.19261 0.31162 0.19599 0.30804 0.19947 0.30450 0.20304 0.30099 0.20671 0.29753 0.21047 0.29412 0.21432 0.29074 0.21826 0.28741 0.22229 0.28412 0.22641 0.28088 0.23061 0.27769 0.23490 0.27454 0.23928 0.27145 0.24373 0.26840 0.24827 0.26541 0.25289 0.26246 0.25758 0.25957 0.26236 0.25674 0.26721 0.25395 0.27213 0.25123 0.27712 0.24856 0.28219 0.24594 0.28733 0.24339 0.29253 0.24089 0.29780 0.23845 0.30314 0.23607 0.30853 0.23375 0.31399 0.23150 0.31951 0.22930 0.32509 0.22717 0.33073 0.22510 0.33642 0.22310 0.34216 0.22116 0.34795 0.21929 0.35380 0.21748 0.35969 0.21574 0.36562 0.21407 0.37160 0.21246 0.37763 0.21092 0.38369 0.20945 0.38979 0.20805 0.39593 0.20671 0.40211 0.20545 0.40831 0.20426 0.41455 0.20314 0.42082 0.20209 0.42712 0.20111 0.43344 0.20020 0.43978 0.19936 0.44614 0.19859 0.45253 0.19790 0.45893 0.19728 0.46535 0.19673 0.47178 0.19626 0.47823 0.19585 0.48468 0.19553 0.49114 0.19527 0.49761 0.19509 0.50408 0.19498 0.51056 0.19494 0.51703 0.19498 0.52350 0.19509 0.52997 0.19527 0.53643 0.19553 0.54288 0.19585 0.54933 0.19626 0.55576 0.19673 0.56218 0.19728 0.56858 0.19790 0.57497 0.19859 0.58133 0.19936 0.58767 0.20020 0.59400 0.20111 0.60029 0.20209 0.60656 0.20314 0.61280 0.20426 0.61900 0.20545 0.62518 0.20671 0.63132 0.20805 0.63742 0.20945 0.64348 0.21092 0.64951 0.21246 0.65549 0.21407 0.66142 0.21574 0.66731 0.21748\n 11 1106 50 0.66731 0.21748 0.67316 0.21929 0.67895 0.22116 0.68469 0.22310 0.69038 0.22510 0.69602 0.22717 0.70160 0.22930 0.70712 0.23150 0.71258 0.23375 0.71797 0.23607 0.72331 0.23845 0.72858 0.24089 0.73378 0.24339 0.73892 0.24594 0.74399 0.24856 0.74898 0.25123 0.75390 0.25395 0.75875 0.25674 0.76353 0.25957 0.76822 0.26246 0.77284 0.26541 0.77738 0.26840 0.78183 0.27145 0.78621 0.27454 0.79050 0.27769 0.79470 0.28088 0.79882 0.28412 0.80285 0.28741 0.80679 0.29074 0.81064 0.29412 0.81440 0.29753 0.81807 0.30099 0.82164 0.30450 0.82512 0.30804 0.82850 0.31162 0.83179 0.31524 0.83497 0.31889 0.83806 0.32258 0.84105 0.32631 0.84394 0.33006 0.84673 0.33385 0.84941 0.33767 0.85199 0.34153 0.85447 0.34541 0.85684 0.34931 0.85911 0.35325 0.86127 0.35720 0.86333 0.36119 0.86527 0.36519 0.86711 0.36922\n 11 2206 100 0.12666 0.49420 0.12678 0.49131 0.12707 0.48696 0.12748 0.48263 0.12801 0.47829 0.12865 0.47396 0.12941 0.46964 0.13028 0.46533 0.13127 0.46104 0.13238 0.45675 0.13360 0.45247 0.13494 0.44821 0.13639 0.44397 0.13795 0.43974 0.13963 0.43553 0.14142 0.43134 0.14332 0.42718 0.14534 0.42303 0.14747 0.41891 0.14970 0.41481 0.15205 0.41074 0.15451 0.40669 0.15707 0.40268 0.15974 0.39869 0.16252 0.39473 0.16541 0.39081 0.16840 0.38692 0.17149 0.38306 0.17469 0.37924 0.17799 0.37546 0.18139 0.37171 0.18490 0.36801 0.18850 0.36434 0.19220 0.36072 0.19599 0.35713 0.19988 0.35359 0.20387 0.35010 0.20795 0.34665 0.21212 0.34325 0.21639 0.33989 0.22074 0.33659 0.22518 0.33333 0.22971 0.33013 0.23432 0.32697 0.23902 0.32387 0.24380 0.32083 0.24866 0.31783 0.25360 0.31490 0.25862 0.31202 0.26372 0.30919 0.26889 0.30643 0.27414 0.30372 0.27945 0.30107 0.28484 0.29849 0.29030 0.29596 0.29582 0.29350 0.30141 0.29110 0.30706 0.28877 0.31278 0.28650 0.31855 0.28429 0.32438 0.28215 0.33027 0.28007 0.33622 0.27807 0.34222 0.27613 0.34827 0.27426 0.35436 0.27245 0.36051 0.27072 0.36670 0.26906 0.37294 0.26746 0.37922 0.26594 0.38553 0.26449 0.39189 0.26311 0.39828 0.26180 0.40471 0.26057 0.41117 0.25941 0.41765 0.25832 0.42417 0.25730 0.43072 0.25636 0.43728 0.25550 0.44387 0.25470 0.45048 0.25399 0.45711 0.25334 0.46376 0.25278 0.47042 0.25228 0.47709 0.25187 0.48377 0.25153 0.49046 0.25126 0.49715 0.25107 0.50385 0.25096 0.51056 0.25092 0.51726 0.25096 0.52396 0.25107 0.53065 0.25126 0.53734 0.25153 0.54402 0.25187 0.55070 0.25228 0.55735 0.25278 0.56400 0.25334 0.57063 0.25399 0.57724 0.25470\n 11 1766 80 0.57724 0.25470 0.58383 0.25550 0.59040 0.25636 0.59694 0.25730 0.60346 0.25832 0.60994 0.25941 0.61640 0.26057 0.62283 0.26180 0.62922 0.26311 0.63558 0.26449 0.64189 0.26594 0.64817 0.26746 0.65441 0.26906 0.66060 0.27072 0.66675 0.27245 0.67284 0.27426 0.67889 0.27613 0.68489 0.27807 0.69084 0.28007 0.69673 0.28215 0.70256 0.28429 0.70833 0.28650 0.71405 0.28877 0.71970 0.29110 0.72529 0.29350 0.73081 0.29596 0.73627 0.29849 0.74166 0.30107 0.74698 0.30372 0.75222 0.30643 0.75739 0.30919 0.76249 0.31202 0.76751 0.31490 0.77245 0.31783 0.77731 0.32083 0.78209 0.32387 0.78679 0.32697 0.79140 0.33013 0.79593 0.33333 0.80037 0.33659 0.80472 0.33989 0.80899 0.34325 0.81316 0.34665 0.81724 0.35010 0.82123 0.35359 0.82512 0.35713 0.82891 0.36072 0.83261 0.36434 0.83621 0.36801 0.83972 0.37171 0.84312 0.37546 0.84642 0.37924 0.84962 0.38306 0.85271 0.38692 0.85570 0.39081 0.85859 0.39473 0.86137 0.39869 0.86404 0.40268 0.86660 0.40669 0.86906 0.41074 0.87141 0.41481 0.87364 0.41891 0.87577 0.42303 0.87779 0.42718 0.87969 0.43134 0.88148 0.43553 0.88316 0.43974 0.88472 0.44397 0.88617 0.44821 0.88751 0.45247 0.88873 0.45675 0.88984 0.46104 0.89083 0.46533 0.89170 0.46964 0.89246 0.47396 0.89310 0.47829 0.89363 0.48262 0.89404 0.48696 0.89433 0.49131 0.89445 0.49420\n 11 2206 100 0.15227 0.62674 0.15065 0.62267 0.14914 0.61859 0.14774 0.61449 0.14645 0.61037 0.14527 0.60625 0.14420 0.60210 0.14324 0.59795 0.14239 0.59379 0.14166 0.58962 0.14104 0.58544 0.14053 0.58125 0.14014 0.57706 0.13986 0.57286 0.13969 0.56867 0.13963 0.56447 0.13969 0.56027 0.13986 0.55607 0.14014 0.55188 0.14053 0.54768 0.14104 0.54350 0.14166 0.53932 0.14239 0.53515 0.14324 0.53098 0.14420 0.52683 0.14527 0.52269 0.14645 0.51856 0.14774 0.51444 0.14914 0.51035 0.15065 0.50626 0.15227 0.50220 0.15400 0.49815 0.15584 0.49412 0.15778 0.49012 0.15984 0.48614 0.16200 0.48218 0.16427 0.47825 0.16664 0.47434 0.16912 0.47046 0.17170 0.46661 0.17438 0.46279 0.17717 0.45900 0.18006 0.45524 0.18305 0.45151 0.18614 0.44782 0.18932 0.44417 0.19261 0.44055 0.19599 0.43697 0.19947 0.43343 0.20304 0.42993 0.20671 0.42647 0.21047 0.42305 0.21432 0.41967 0.21826 0.41634 0.22229 0.41306 0.22641 0.40982 0.23061 0.40662 0.23490 0.40348 0.23928 0.40038 0.24373 0.39734 0.24827 0.39434 0.25289 0.39140 0.25758 0.38851 0.26236 0.38567 0.26721 0.38289 0.27213 0.38016 0.27712 0.37749 0.28219 0.37488 0.28733 0.37232 0.29253 0.36982 0.29780 0.36738 0.30314 0.36501 0.30853 0.36269 0.31399 0.36043 0.31951 0.35824 0.32509 0.35611 0.33073 0.35404 0.33642 0.35204 0.34216 0.35010 0.34795 0.34822 0.35380 0.34641 0.35969 0.34467 0.36562 0.34300 0.37160 0.34139 0.37763 0.33985 0.38369 0.33838 0.38979 0.33698 0.39593 0.33565 0.40211 0.33439 0.40831 0.33319 0.41455 0.33207 0.42082 0.33102 0.42712 0.33004 0.43344 0.32913 0.43978 0.32829 0.44614 0.32753 0.45253 0.32684 0.45893 0.32621 0.46535 0.32567 0.47178 0.32519\n 11 2206 100 0.47178 0.32519 0.47823 0.32479 0.48468 0.32446 0.49114 0.32420 0.49761 0.32402 0.50408 0.32391 0.51056 0.32387 0.51703 0.32391 0.52350 0.32402 0.52997 0.32420 0.53643 0.32446 0.54288 0.32479 0.54933 0.32519 0.55576 0.32567 0.56218 0.32621 0.56858 0.32684 0.57497 0.32753 0.58133 0.32829 0.58767 0.32913 0.59400 0.33004 0.60029 0.33102 0.60656 0.33207 0.61280 0.33319 0.61900 0.33439 0.62518 0.33565 0.63132 0.33698 0.63742 0.33838 0.64348 0.33985 0.64951 0.34139 0.65549 0.34300 0.66142 0.34467 0.66731 0.34641 0.67316 0.34822 0.67895 0.35010 0.68469 0.35204 0.69038 0.35404 0.69602 0.35611 0.70160 0.35824 0.70712 0.36043 0.71258 0.36269 0.71797 0.36501 0.72331 0.36738 0.72858 0.36982 0.73378 0.37232 0.73892 0.37488 0.74399 0.37749 0.74898 0.38016 0.75390 0.38289 0.75875 0.38567 0.76353 0.38851 0.76822 0.39140 0.77284 0.39434 0.77738 0.39734 0.78183 0.40038 0.78621 0.40348 0.79050 0.40662 0.79470 0.40982 0.79882 0.41306 0.80285 0.41634 0.80679 0.41967 0.81064 0.42305 0.81440 0.42647 0.81807 0.42993 0.82164 0.43343 0.82512 0.43697 0.82850 0.44055 0.83179 0.44417 0.83497 0.44782 0.83806 0.45151 0.84105 0.45524 0.84394 0.45900 0.84673 0.46279 0.84941 0.46661 0.85199 0.47046 0.85447 0.47434 0.85684 0.47825 0.85911 0.48218 0.86127 0.48614 0.86333 0.49012 0.86527 0.49412 0.86711 0.49815 0.86884 0.50220 0.87046 0.50626 0.87197 0.51035 0.87337 0.51444 0.87467 0.51856 0.87585 0.52269 0.87691 0.52683 0.87787 0.53098 0.87872 0.53515 0.87945 0.53932 0.88007 0.54350 0.88058 0.54768 0.88097 0.55188 0.88125 0.55607 0.88142 0.56027 0.88148 0.56447 0.88142 0.56867 0.88125 0.57286 0.88097 0.57706\n 11 292 13 0.88097 0.57706 0.88058 0.58125 0.88007 0.58544 0.87945 0.58962 0.87872 0.59379 0.87787 0.59795 0.87691 0.60210 0.87585 0.60625 0.87467 0.61037 0.87337 0.61449 0.87197 0.61859 0.87046 0.62267 0.86884 0.62674\n 11 2206 100 0.23814 0.74827 0.23485 0.74516 0.23164 0.74202 0.22853 0.73885 0.22549 0.73564 0.22255 0.73240 0.21969 0.72912 0.21692 0.72581 0.21424 0.72247 0.21165 0.71910 0.20915 0.71570 0.20674 0.71228 0.20443 0.70883 0.20221 0.70535 0.20008 0.70184 0.19805 0.69832 0.19611 0.69477 0.19427 0.69120 0.19252 0.68761 0.19088 0.68400 0.18932 0.68037 0.18787 0.67673 0.18652 0.67306 0.18526 0.66939 0.18410 0.66570 0.18305 0.66200 0.18209 0.65829 0.18123 0.65456 0.18047 0.65083 0.17981 0.64709 0.17926 0.64334 0.17880 0.63959 0.17845 0.63583 0.17820 0.63207 0.17804 0.62831 0.17799 0.62454 0.17804 0.62078 0.17820 0.61701 0.17845 0.61325 0.17880 0.60949 0.17926 0.60574 0.17981 0.60199 0.18047 0.59825 0.18123 0.59452 0.18209 0.59080 0.18305 0.58708 0.18410 0.58338 0.18526 0.57969 0.18652 0.57602 0.18787 0.57236 0.18932 0.56871 0.19088 0.56508 0.19252 0.56147 0.19427 0.55788 0.19611 0.55431 0.19805 0.55076 0.20008 0.54724 0.20221 0.54373 0.20443 0.54026 0.20674 0.53680 0.20915 0.53338 0.21165 0.52998 0.21424 0.52661 0.21692 0.52327 0.21969 0.51996 0.22255 0.51669 0.22549 0.51344 0.22853 0.51023 0.23164 0.50706 0.23485 0.50392 0.23814 0.50081 0.24151 0.49775 0.24496 0.49472 0.24849 0.49174 0.25211 0.48879 0.25580 0.48588 0.25957 0.48302 0.26341 0.48020 0.26733 0.47743 0.27133 0.47470 0.27540 0.47201 0.27954 0.46937 0.28375 0.46678 0.28803 0.46424 0.29237 0.46174 0.29679 0.45930 0.30127 0.45690 0.30581 0.45456 0.31041 0.45227 0.31508 0.45003 0.31981 0.44784 0.32459 0.44571 0.32943 0.44363 0.33432 0.44161 0.33927 0.43964 0.34427 0.43773 0.34933 0.43588 0.35443 0.43408 0.35958 0.43234 0.36477 0.43066\n 11 2206 100 0.36477 0.43066 0.37001 0.42904 0.37529 0.42748 0.38061 0.42598 0.38598 0.42454 0.39138 0.42316 0.39681 0.42184 0.40228 0.42058 0.40779 0.41939 0.41332 0.41826 0.41889 0.41719 0.42448 0.41618 0.43010 0.41524 0.43575 0.41436 0.44141 0.41354 0.44710 0.41279 0.45281 0.41211 0.45853 0.41149 0.46427 0.41093 0.47003 0.41044 0.47579 0.41001 0.48157 0.40965 0.48736 0.40936 0.49315 0.40913 0.49895 0.40896 0.50475 0.40886 0.51056 0.40883 0.51636 0.40886 0.52216 0.40896 0.52796 0.40913 0.53375 0.40936 0.53954 0.40965 0.54532 0.41001 0.55108 0.41044 0.55684 0.41093 0.56258 0.41149 0.56830 0.41211 0.57401 0.41279 0.57970 0.41354 0.58537 0.41436 0.59101 0.41524 0.59663 0.41618 0.60222 0.41719 0.60779 0.41826 0.61332 0.41939 0.61883 0.42058 0.62430 0.42184 0.62973 0.42316 0.63514 0.42454 0.64050 0.42598 0.64582 0.42748 0.65110 0.42904 0.65634 0.43066 0.66154 0.43234 0.66668 0.43408 0.67178 0.43588 0.67684 0.43773 0.68184 0.43964 0.68679 0.44161 0.69168 0.44363 0.69652 0.44571 0.70131 0.44784 0.70603 0.45003 0.71070 0.45227 0.71530 0.45456 0.71984 0.45690 0.72432 0.45930 0.72874 0.46174 0.73308 0.46424 0.73736 0.46678 0.74157 0.46937 0.74571 0.47201 0.74978 0.47470 0.75378 0.47743 0.75770 0.48020 0.76154 0.48302 0.76531 0.48588 0.76900 0.48879 0.77262 0.49174 0.77615 0.49472 0.77960 0.49775 0.78297 0.50081 0.78626 0.50392 0.78947 0.50706 0.79258 0.51023 0.79562 0.51344 0.79856 0.51669 0.80142 0.51996 0.80419 0.52327 0.80687 0.52661 0.80946 0.52998 0.81196 0.53338 0.81437 0.53680 0.81668 0.54026 0.81890 0.54373 0.82103 0.54724 0.82306 0.55076 0.82500 0.55431 0.82684 0.55788 0.82859 0.56147\n 11 1172 53 0.82859 0.56147 0.83023 0.56508 0.83179 0.56871 0.83324 0.57236 0.83459 0.57602 0.83585 0.57969 0.83701 0.58338 0.83807 0.58708 0.83902 0.59080 0.83988 0.59452 0.84064 0.59825 0.84130 0.60199 0.84185 0.60574 0.84231 0.60949 0.84266 0.61325 0.84291 0.61701 0.84307 0.62078 0.84312 0.62454 0.84307 0.62831 0.84291 0.63207 0.84266 0.63583 0.84231 0.63959 0.84185 0.64334 0.84130 0.64709 0.84064 0.65083 0.83988 0.65456 0.83902 0.65829 0.83807 0.66200 0.83701 0.66570 0.83585 0.66939 0.83459 0.67306 0.83324 0.67673 0.83179 0.68037 0.83023 0.68400 0.82859 0.68761 0.82684 0.69120 0.82500 0.69477 0.82306 0.69832 0.82103 0.70184 0.81890 0.70535 0.81668 0.70883 0.81437 0.71228 0.81196 0.71570 0.80946 0.71910 0.80687 0.72247 0.80419 0.72581 0.80142 0.72912 0.79856 0.73240 0.79562 0.73564 0.79258 0.73885 0.78947 0.74202 0.78626 0.74516 0.78297 0.74827\n 11 688 31 0.64632 0.82866 0.64220 0.83017 0.63803 0.83164 0.63383 0.83306 0.62959 0.83443 0.62531 0.83575 0.62100 0.83703 0.61665 0.83825 0.61227 0.83943 0.60786 0.84056 0.60343 0.84163 0.59896 0.84266 0.59446 0.84363 0.58994 0.84456 0.58540 0.84543 0.58083 0.84625 0.57625 0.84702 0.57164 0.84774 0.56701 0.84841 0.56237 0.84902 0.55771 0.84958 0.55303 0.85009 0.54835 0.85054 0.54365 0.85094 0.53894 0.85129 0.53422 0.85158 0.52950 0.85182 0.52477 0.85201 0.52003 0.85215 0.51529 0.85223 0.51529 0.85223\n 11 2206 100 0.50583 0.85223 0.50582 0.85223 0.50108 0.85215 0.49634 0.85201 0.49161 0.85182 0.48689 0.85158 0.48217 0.85129 0.47746 0.85094 0.47276 0.85054 0.46808 0.85009 0.46340 0.84958 0.45874 0.84902 0.45410 0.84841 0.44947 0.84774 0.44486 0.84702 0.44028 0.84625 0.43571 0.84543 0.43117 0.84456 0.42665 0.84363 0.42215 0.84266 0.41768 0.84163 0.41325 0.84056 0.40884 0.83943 0.40446 0.83825 0.40011 0.83703 0.39580 0.83575 0.39152 0.83443 0.38728 0.83306 0.38308 0.83164 0.37891 0.83017 0.37479 0.82866 0.37070 0.82710 0.36666 0.82549 0.36267 0.82384 0.35871 0.82214 0.35481 0.82040 0.35095 0.81862 0.34714 0.81679 0.34338 0.81492 0.33967 0.81300 0.33602 0.81105 0.33241 0.80905 0.32886 0.80701 0.32537 0.80494 0.32193 0.80282 0.31855 0.80067 0.31523 0.79848 0.31197 0.79625 0.30876 0.79398 0.30562 0.79168 0.30255 0.78934 0.29953 0.78697 0.29658 0.78456 0.29370 0.78212 0.29088 0.77965 0.28813 0.77715 0.28544 0.77462 0.28283 0.77205 0.28028 0.76946 0.27780 0.76684 0.27540 0.76419 0.27306 0.76152 0.27080 0.75881 0.26861 0.75609 0.26650 0.75334 0.26446 0.75056 0.26249 0.74776 0.26061 0.74495 0.25879 0.74211 0.25705 0.73925 0.25539 0.73637 0.25381 0.73347 0.25231 0.73055 0.25088 0.72762 0.24954 0.72467 0.24827 0.72171 0.24709 0.71874 0.24598 0.71575 0.24495 0.71275 0.24401 0.70973 0.24314 0.70671 0.24236 0.70368 0.24166 0.70064 0.24104 0.69759 0.24051 0.69454 0.24005 0.69148 0.23968 0.68841 0.23939 0.68534 0.23918 0.68227 0.23906 0.67920 0.23902 0.67613 0.23906 0.67305 0.23918 0.66998 0.23939 0.66691 0.23968 0.66384 0.24005 0.66078 0.24051 0.65772 0.24104 0.65466 0.24166 0.65161 0.24236 0.64857\n 11 2206 100 0.24236 0.64857 0.24314 0.64554 0.24401 0.64252 0.24495 0.63951 0.24598 0.63651 0.24709 0.63352 0.24827 0.63054 0.24954 0.62758 0.25088 0.62463 0.25231 0.62170 0.25381 0.61879 0.25539 0.61589 0.25705 0.61301 0.25879 0.61015 0.26061 0.60731 0.26249 0.60449 0.26446 0.60169 0.26650 0.59892 0.26861 0.59617 0.27080 0.59344 0.27306 0.59074 0.27540 0.58806 0.27780 0.58541 0.28028 0.58279 0.28283 0.58020 0.28544 0.57764 0.28813 0.57510 0.29088 0.57260 0.29370 0.57013 0.29658 0.56769 0.29953 0.56529 0.30255 0.56291 0.30562 0.56058 0.30876 0.55828 0.31197 0.55601 0.31523 0.55378 0.31855 0.55159 0.32193 0.54943 0.32537 0.54732 0.32886 0.54524 0.33241 0.54320 0.33602 0.54121 0.33967 0.53925 0.34338 0.53734 0.34714 0.53547 0.35095 0.53364 0.35481 0.53185 0.35871 0.53011 0.36267 0.52841 0.36666 0.52676 0.37070 0.52516 0.37479 0.52360 0.37891 0.52208 0.38308 0.52062 0.38728 0.51920 0.39152 0.51783 0.39580 0.51650 0.40011 0.51523 0.40446 0.51400 0.40884 0.51282 0.41325 0.51170 0.41768 0.51062 0.42215 0.50960 0.42665 0.50862 0.43117 0.50770 0.43571 0.50682 0.44028 0.50600 0.44486 0.50523 0.44947 0.50451 0.45410 0.50385 0.45874 0.50324 0.46340 0.50268 0.46808 0.50217 0.47276 0.50171 0.47746 0.50131 0.48217 0.50096 0.48689 0.50067 0.49161 0.50043 0.49634 0.50024 0.50108 0.50011 0.50582 0.50003 0.51056 0.50000 0.51529 0.50003 0.52003 0.50011 0.52477 0.50024 0.52950 0.50043 0.53422 0.50067 0.53894 0.50096 0.54365 0.50131 0.54835 0.50171 0.55303 0.50217 0.55771 0.50268 0.56237 0.50324 0.56701 0.50385 0.57164 0.50451 0.57625 0.50523 0.58083 0.50600 0.58540 0.50682 0.58994 0.50770 0.59446 0.50862\n 11 2206 100 0.59446 0.50862 0.59896 0.50960 0.60343 0.51062 0.60787 0.51170 0.61227 0.51282 0.61665 0.51400 0.62100 0.51523 0.62531 0.51650 0.62959 0.51783 0.63383 0.51920 0.63803 0.52062 0.64220 0.52208 0.64632 0.52360 0.65041 0.52516 0.65445 0.52676 0.65844 0.52841 0.66240 0.53011 0.66630 0.53185 0.67016 0.53364 0.67397 0.53547 0.67773 0.53734 0.68144 0.53925 0.68510 0.54121 0.68870 0.54320 0.69225 0.54524 0.69574 0.54732 0.69918 0.54943 0.70256 0.55159 0.70588 0.55378 0.70914 0.55601 0.71235 0.55827 0.71549 0.56058 0.71856 0.56291 0.72158 0.56529 0.72453 0.56769 0.72741 0.57013 0.73023 0.57260 0.73298 0.57510 0.73567 0.57764 0.73828 0.58020 0.74083 0.58279 0.74331 0.58541 0.74571 0.58806 0.74805 0.59074 0.75031 0.59344 0.75250 0.59617 0.75461 0.59892 0.75665 0.60169 0.75862 0.60449 0.76051 0.60731 0.76232 0.61015 0.76406 0.61301 0.76572 0.61589 0.76730 0.61879 0.76880 0.62170 0.77023 0.62463 0.77157 0.62758 0.77284 0.63054 0.77403 0.63352 0.77513 0.63651 0.77616 0.63951 0.77710 0.64252 0.77797 0.64554 0.77875 0.64857 0.77945 0.65161 0.78007 0.65466 0.78060 0.65772 0.78106 0.66078 0.78143 0.66384 0.78172 0.66691 0.78193 0.66998 0.78205 0.67305 0.78209 0.67613 0.78205 0.67920 0.78193 0.68227 0.78172 0.68534 0.78143 0.68841 0.78106 0.69148 0.78060 0.69454 0.78007 0.69759 0.77945 0.70064 0.77875 0.70368 0.77797 0.70671 0.77710 0.70973 0.77616 0.71275 0.77513 0.71575 0.77403 0.71874 0.77284 0.72171 0.77157 0.72467 0.77023 0.72762 0.76880 0.73055 0.76730 0.73347 0.76572 0.73637 0.76406 0.73925 0.76232 0.74211 0.76051 0.74495 0.75862 0.74776 0.75665 0.75056 0.75461 0.75334 0.75250 0.75609\n 11 754 34 0.75250 0.75609 0.75031 0.75881 0.74805 0.76151 0.74571 0.76419 0.74331 0.76684 0.74083 0.76946 0.73828 0.77205 0.73567 0.77462 0.73298 0.77715 0.73023 0.77965 0.72741 0.78212 0.72453 0.78456 0.72158 0.78697 0.71856 0.78934 0.71549 0.79168 0.71235 0.79398 0.70914 0.79625 0.70588 0.79848 0.70256 0.80067 0.69918 0.80282 0.69574 0.80494 0.69225 0.80701 0.68870 0.80905 0.68510 0.81105 0.68144 0.81300 0.67773 0.81492 0.67397 0.81679 0.67016 0.81862 0.66630 0.82040 0.66240 0.82214 0.65844 0.82384 0.65445 0.82549 0.65041 0.82710 0.64632 0.82866\n 11 2206 100 0.60656 0.82357 0.60364 0.82464 0.60070 0.82567 0.59772 0.82668 0.59472 0.82765 0.59170 0.82858 0.58865 0.82948 0.58558 0.83035 0.58248 0.83118 0.57936 0.83198 0.57622 0.83274 0.57307 0.83347 0.56989 0.83416 0.56669 0.83481 0.56348 0.83543 0.56025 0.83601 0.55701 0.83655 0.55375 0.83706 0.55048 0.83753 0.54719 0.83796 0.54390 0.83836 0.54059 0.83872 0.53728 0.83904 0.53395 0.83932 0.53063 0.83957 0.52729 0.83978 0.52395 0.83995 0.52060 0.84008 0.51726 0.84018 0.51391 0.84023 0.51056 0.84025 0.50720 0.84023 0.50385 0.84018 0.50051 0.84008 0.49716 0.83995 0.49382 0.83978 0.49049 0.83957 0.48716 0.83932 0.48383 0.83904 0.48052 0.83872 0.47721 0.83836 0.47392 0.83796 0.47064 0.83753 0.46736 0.83706 0.46411 0.83655 0.46086 0.83601 0.45763 0.83543 0.45442 0.83481 0.45122 0.83416 0.44804 0.83347 0.44489 0.83274 0.44175 0.83198 0.43863 0.83118 0.43553 0.83035 0.43246 0.82948 0.42941 0.82858 0.42639 0.82765 0.42339 0.82668 0.42041 0.82567 0.41747 0.82464 0.41455 0.82357 0.41167 0.82246 0.40881 0.82133 0.40598 0.82016 0.40319 0.81896 0.40043 0.81773 0.39770 0.81647 0.39500 0.81517 0.39235 0.81385 0.38972 0.81250 0.38714 0.81111 0.38459 0.80970 0.38208 0.80826 0.37961 0.80679 0.37718 0.80530 0.37479 0.80377 0.37244 0.80222 0.37013 0.80065 0.36787 0.79904 0.36565 0.79742 0.36347 0.79576 0.36134 0.79409 0.35925 0.79239 0.35721 0.79066 0.35522 0.78891 0.35327 0.78714 0.35138 0.78535 0.34953 0.78354 0.34773 0.78171 0.34597 0.77985 0.34427 0.77798 0.34262 0.77609 0.34102 0.77418 0.33948 0.77225 0.33798 0.77031 0.33654 0.76834 0.33515 0.76637 0.33381 0.76437 0.33253 0.76236 0.33130 0.76034\n 11 2206 100 0.33130 0.76034 0.33013 0.75831 0.32901 0.75626 0.32795 0.75420 0.32694 0.75212 0.32599 0.75004 0.32509 0.74794 0.32425 0.74584 0.32347 0.74373 0.32275 0.74160 0.32208 0.73947 0.32147 0.73734 0.32091 0.73519 0.32042 0.73304 0.31998 0.73089 0.31960 0.72873 0.31928 0.72657 0.31902 0.72440 0.31881 0.72223 0.31867 0.72006 0.31858 0.71788 0.31855 0.71571 0.31858 0.71354 0.31867 0.71136 0.31881 0.70919 0.31902 0.70702 0.31928 0.70486 0.31960 0.70269 0.31998 0.70053 0.32042 0.69838 0.32091 0.69623 0.32147 0.69408 0.32208 0.69195 0.32275 0.68982 0.32347 0.68770 0.32425 0.68558 0.32509 0.68348 0.32599 0.68138 0.32694 0.67930 0.32795 0.67723 0.32901 0.67516 0.33013 0.67312 0.33130 0.67108 0.33253 0.66906 0.33381 0.66705 0.33515 0.66506 0.33654 0.66308 0.33798 0.66112 0.33948 0.65917 0.34102 0.65724 0.34262 0.65533 0.34427 0.65344 0.34597 0.65157 0.34773 0.64971 0.34953 0.64788 0.35138 0.64607 0.35327 0.64428 0.35522 0.64251 0.35721 0.64076 0.35925 0.63904 0.36134 0.63733 0.36347 0.63566 0.36565 0.63400 0.36787 0.63238 0.37013 0.63077 0.37244 0.62920 0.37479 0.62765 0.37718 0.62612 0.37961 0.62463 0.38208 0.62316 0.38459 0.62172 0.38714 0.62031 0.38972 0.61892 0.39235 0.61757 0.39500 0.61625 0.39770 0.61496 0.40043 0.61369 0.40319 0.61246 0.40598 0.61126 0.40881 0.61009 0.41167 0.60896 0.41455 0.60786 0.41747 0.60678 0.42041 0.60575 0.42339 0.60474 0.42639 0.60377 0.42941 0.60284 0.43246 0.60194 0.43553 0.60107 0.43863 0.60024 0.44175 0.59944 0.44489 0.59868 0.44804 0.59796 0.45122 0.59727 0.45442 0.59661 0.45763 0.59599 0.46086 0.59541 0.46411 0.59487 0.46736 0.59436 0.47064 0.59389\n 11 2206 100 0.47064 0.59389 0.47392 0.59346 0.47721 0.59306 0.48052 0.59270 0.48383 0.59238 0.48716 0.59210 0.49049 0.59185 0.49382 0.59164 0.49716 0.59147 0.50051 0.59134 0.50385 0.59125 0.50720 0.59119 0.51056 0.59117 0.51391 0.59119 0.51726 0.59125 0.52060 0.59134 0.52395 0.59147 0.52729 0.59164 0.53063 0.59185 0.53395 0.59210 0.53728 0.59238 0.54059 0.59270 0.54390 0.59306 0.54719 0.59346 0.55048 0.59389 0.55375 0.59436 0.55701 0.59487 0.56025 0.59541 0.56348 0.59599 0.56669 0.59661 0.56989 0.59727 0.57307 0.59796 0.57622 0.59868 0.57936 0.59944 0.58248 0.60024 0.58558 0.60107 0.58865 0.60194 0.59170 0.60284 0.59472 0.60377 0.59772 0.60474 0.60070 0.60575 0.60364 0.60678 0.60656 0.60786 0.60945 0.60896 0.61230 0.61009 0.61513 0.61126 0.61792 0.61246 0.62068 0.61369 0.62341 0.61496 0.62611 0.61625 0.62877 0.61757 0.63139 0.61892 0.63397 0.62031 0.63652 0.62172 0.63903 0.62316 0.64150 0.62463 0.64393 0.62612 0.64632 0.62765 0.64867 0.62920 0.65098 0.63077 0.65324 0.63238 0.65546 0.63400 0.65764 0.63566 0.65977 0.63733 0.66186 0.63904 0.66390 0.64076 0.66589 0.64251 0.66784 0.64428 0.66973 0.64607 0.67158 0.64788 0.67338 0.64971 0.67514 0.65157 0.67684 0.65344 0.67849 0.65533 0.68009 0.65724 0.68163 0.65917 0.68313 0.66112 0.68457 0.66308 0.68596 0.66506 0.68730 0.66705 0.68858 0.66906 0.68981 0.67108 0.69098 0.67312 0.69210 0.67516 0.69316 0.67723 0.69417 0.67930 0.69512 0.68138 0.69602 0.68348 0.69686 0.68558 0.69764 0.68770 0.69836 0.68982 0.69903 0.69195 0.69964 0.69408 0.70020 0.69623 0.70069 0.69838 0.70113 0.70053 0.70151 0.70269 0.70183 0.70486 0.70209 0.70702 0.70230 0.70919\n 11 1414 64 0.70230 0.70919 0.70244 0.71136 0.70253 0.71354 0.70256 0.71571 0.70253 0.71788 0.70244 0.72006 0.70230 0.72223 0.70209 0.72440 0.70183 0.72657 0.70151 0.72873 0.70113 0.73089 0.70069 0.73304 0.70020 0.73519 0.69964 0.73734 0.69903 0.73947 0.69836 0.74160 0.69764 0.74373 0.69686 0.74584 0.69602 0.74794 0.69512 0.75004 0.69417 0.75212 0.69316 0.75420 0.69210 0.75626 0.69098 0.75831 0.68981 0.76034 0.68858 0.76236 0.68730 0.76437 0.68596 0.76637 0.68457 0.76834 0.68313 0.77031 0.68163 0.77225 0.68009 0.77418 0.67849 0.77609 0.67684 0.77798 0.67514 0.77985 0.67338 0.78171 0.67158 0.78354 0.66973 0.78535 0.66784 0.78714 0.66589 0.78891 0.66390 0.79066 0.66186 0.79239 0.65977 0.79409 0.65764 0.79576 0.65546 0.79742 0.65324 0.79904 0.65098 0.80065 0.64867 0.80222 0.64632 0.80377 0.64393 0.80530 0.64150 0.80679 0.63903 0.80826 0.63652 0.80970 0.63397 0.81111 0.63139 0.81250 0.62877 0.81385 0.62611 0.81517 0.62341 0.81647 0.62068 0.81773 0.61792 0.81896 0.61513 0.82016 0.61230 0.82133 0.60945 0.82246 0.60656 0.82357\n 11 2206 100 0.56025 0.79642 0.55874 0.79698 0.55722 0.79751 0.55568 0.79803 0.55412 0.79854 0.55256 0.79902 0.55098 0.79949 0.54939 0.79994 0.54779 0.80037 0.54617 0.80078 0.54455 0.80117 0.54291 0.80155 0.54127 0.80191 0.53961 0.80224 0.53795 0.80256 0.53628 0.80286 0.53460 0.80315 0.53291 0.80341 0.53122 0.80365 0.52952 0.80388 0.52781 0.80408 0.52610 0.80427 0.52439 0.80443 0.52267 0.80458 0.52094 0.80471 0.51922 0.80482 0.51749 0.80490 0.51576 0.80497 0.51402 0.80502 0.51229 0.80505 0.51056 0.80506 0.50882 0.80505 0.50709 0.80502 0.50535 0.80497 0.50362 0.80490 0.50189 0.80482 0.50017 0.80471 0.49844 0.80458 0.49672 0.80443 0.49501 0.80427 0.49330 0.80408 0.49159 0.80388 0.48989 0.80365 0.48820 0.80341 0.48651 0.80315 0.48483 0.80286 0.48316 0.80256 0.48150 0.80224 0.47984 0.80191 0.47820 0.80155 0.47656 0.80117 0.47494 0.80078 0.47332 0.80037 0.47172 0.79994 0.47013 0.79949 0.46855 0.79902 0.46699 0.79854 0.46543 0.79803 0.46389 0.79751 0.46237 0.79698 0.46086 0.79642 0.45937 0.79585 0.45789 0.79527 0.45642 0.79466 0.45498 0.79404 0.45355 0.79340 0.45214 0.79275 0.45074 0.79208 0.44937 0.79139 0.44801 0.79069 0.44667 0.78998 0.44535 0.78925 0.44405 0.78850 0.44277 0.78774 0.44151 0.78697 0.44028 0.78618 0.43906 0.78538 0.43787 0.78456 0.43669 0.78373 0.43555 0.78289 0.43442 0.78203 0.43332 0.78116 0.43224 0.78028 0.43118 0.77939 0.43015 0.77849 0.42914 0.77757 0.42816 0.77664 0.42720 0.77571 0.42627 0.77476 0.42536 0.77380 0.42448 0.77283 0.42363 0.77185 0.42280 0.77086 0.42200 0.76986 0.42122 0.76885 0.42048 0.76784 0.41976 0.76681 0.41907 0.76578 0.41840 0.76474 0.41777 0.76370\n 11 2206 100 0.41777 0.76370 0.41716 0.76264 0.41658 0.76158 0.41603 0.76052 0.41551 0.75944 0.41502 0.75836 0.41455 0.75728 0.41412 0.75619 0.41371 0.75510 0.41334 0.75400 0.41299 0.75289 0.41268 0.75179 0.41239 0.75068 0.41213 0.74957 0.41191 0.74845 0.41171 0.74733 0.41154 0.74621 0.41141 0.74509 0.41130 0.74397 0.41123 0.74284 0.41118 0.74172 0.41117 0.74059 0.41118 0.73947 0.41123 0.73834 0.41130 0.73722 0.41141 0.73610 0.41154 0.73498 0.41171 0.73386 0.41191 0.73274 0.41213 0.73162 0.41239 0.73051 0.41268 0.72940 0.41299 0.72829 0.41334 0.72719 0.41371 0.72609 0.41412 0.72500 0.41455 0.72391 0.41502 0.72282 0.41551 0.72175 0.41603 0.72067 0.41658 0.71961 0.41716 0.71854 0.41777 0.71749 0.41840 0.71644 0.41907 0.71540 0.41976 0.71437 0.42048 0.71335 0.42122 0.71233 0.42200 0.71133 0.42280 0.71033 0.42363 0.70934 0.42448 0.70836 0.42536 0.70739 0.42627 0.70643 0.42720 0.70548 0.42816 0.70454 0.42914 0.70362 0.43015 0.70270 0.43118 0.70180 0.43224 0.70090 0.43332 0.70002 0.43442 0.69916 0.43555 0.69830 0.43669 0.69746 0.43787 0.69663 0.43906 0.69581 0.44028 0.69501 0.44151 0.69422 0.44277 0.69345 0.44405 0.69269 0.44535 0.69194 0.44667 0.69121 0.44801 0.69049 0.44937 0.68979 0.45074 0.68911 0.45214 0.68844 0.45355 0.68779 0.45498 0.68715 0.45642 0.68653 0.45789 0.68592 0.45937 0.68533 0.46086 0.68476 0.46237 0.68421 0.46389 0.68367 0.46543 0.68315 0.46699 0.68265 0.46855 0.68217 0.47013 0.68170 0.47172 0.68125 0.47332 0.68082 0.47494 0.68041 0.47656 0.68001 0.47820 0.67964 0.47984 0.67928 0.48150 0.67894 0.48316 0.67862 0.48483 0.67832 0.48651 0.67804 0.48820 0.67778 0.48989 0.67754\n 11 2206 100 0.48989 0.67754 0.49159 0.67731 0.49330 0.67711 0.49501 0.67692 0.49672 0.67675 0.49844 0.67661 0.50017 0.67648 0.50189 0.67637 0.50362 0.67628 0.50535 0.67622 0.50709 0.67617 0.50882 0.67614 0.51056 0.67613 0.51229 0.67614 0.51402 0.67617 0.51576 0.67622 0.51749 0.67628 0.51922 0.67637 0.52094 0.67648 0.52267 0.67661 0.52439 0.67675 0.52610 0.67692 0.52781 0.67711 0.52952 0.67731 0.53122 0.67754 0.53291 0.67778 0.53460 0.67804 0.53628 0.67832 0.53795 0.67862 0.53961 0.67894 0.54127 0.67928 0.54291 0.67964 0.54455 0.68001 0.54617 0.68041 0.54779 0.68082 0.54939 0.68125 0.55098 0.68170 0.55256 0.68217 0.55412 0.68265 0.55568 0.68315 0.55722 0.68367 0.55874 0.68421 0.56025 0.68476 0.56174 0.68533 0.56322 0.68592 0.56469 0.68653 0.56613 0.68715 0.56756 0.68779 0.56897 0.68844 0.57037 0.68911 0.57175 0.68979 0.57310 0.69049 0.57444 0.69121 0.57576 0.69194 0.57706 0.69269 0.57834 0.69345 0.57960 0.69422 0.58083 0.69501 0.58205 0.69581 0.58324 0.69663 0.58442 0.69746 0.58557 0.69830 0.58669 0.69916 0.58780 0.70002 0.58887 0.70090 0.58993 0.70180 0.59096 0.70270 0.59197 0.70362 0.59295 0.70454 0.59391 0.70548 0.59484 0.70643 0.59575 0.70739 0.59663 0.70836 0.59748 0.70934 0.59831 0.71033 0.59911 0.71133 0.59989 0.71233 0.60063 0.71335 0.60135 0.71437 0.60204 0.71540 0.60271 0.71644 0.60334 0.71749 0.60395 0.71854 0.60453 0.71961 0.60508 0.72067 0.60560 0.72175 0.60609 0.72282 0.60656 0.72391 0.60699 0.72500 0.60740 0.72609 0.60777 0.72719 0.60812 0.72829 0.60843 0.72940 0.60872 0.73051 0.60898 0.73162 0.60920 0.73274 0.60940 0.73386 0.60957 0.73498 0.60970 0.73610 0.60981 0.73722\n 11 1414 64 0.60981 0.73722 0.60988 0.73834 0.60993 0.73947 0.60994 0.74059 0.60993 0.74172 0.60988 0.74284 0.60981 0.74397 0.60970 0.74509 0.60957 0.74621 0.60940 0.74733 0.60920 0.74845 0.60898 0.74957 0.60872 0.75068 0.60843 0.75179 0.60812 0.75289 0.60777 0.75400 0.60740 0.75510 0.60699 0.75619 0.60656 0.75728 0.60609 0.75836 0.60560 0.75944 0.60508 0.76052 0.60453 0.76158 0.60395 0.76264 0.60334 0.76370 0.60271 0.76474 0.60204 0.76578 0.60135 0.76681 0.60063 0.76784 0.59989 0.76885 0.59911 0.76986 0.59831 0.77086 0.59748 0.77185 0.59663 0.77283 0.59575 0.77380 0.59484 0.77476 0.59391 0.77571 0.59295 0.77664 0.59197 0.77757 0.59096 0.77849 0.58993 0.77939 0.58887 0.78028 0.58780 0.78116 0.58669 0.78203 0.58557 0.78289 0.58442 0.78373 0.58324 0.78456 0.58205 0.78538 0.58083 0.78618 0.57960 0.78697 0.57834 0.78774 0.57706 0.78850 0.57576 0.78925 0.57444 0.78998 0.57310 0.79069 0.57175 0.79139 0.57037 0.79208 0.56897 0.79275 0.56756 0.79340 0.56613 0.79404 0.56469 0.79466 0.56322 0.79527 0.56174 0.79585 0.56025 0.79642\n 11 2206 100 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 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0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908\n 11 2206 100 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 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0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908\n 11 2206 100 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908\n 11 1414 64 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908 0.51056 0.74908\n 21 6 1\n 82 0\n 81 6 84\n 82 0\n 81 6 85\n 21 6 1\n 21 6 1\n 11 1106 50 0.65546 0.82621 0.65324 0.82697 0.65098 0.82763 0.64867 0.82820 0.64632 0.82866 0.64393 0.82902 0.64150 0.82928 0.63903 0.82944 0.63652 0.82950 0.63397 0.82946 0.63139 0.82932 0.62877 0.82908 0.62611 0.82874 0.62341 0.82830 0.62068 0.82776 0.61792 0.82712 0.61513 0.82638 0.61230 0.82554 0.60945 0.82460 0.60656 0.82357 0.60364 0.82243 0.60070 0.82120 0.59772 0.81986 0.59472 0.81843 0.59170 0.81691 0.58865 0.81528 0.58558 0.81357 0.58248 0.81175 0.57936 0.80984 0.57622 0.80784 0.57307 0.80574 0.56989 0.80355 0.56669 0.80127 0.56348 0.79889 0.56025 0.79642 0.55701 0.79387 0.55375 0.79122 0.55048 0.78849 0.54719 0.78566 0.54390 0.78275 0.54059 0.77976 0.53728 0.77668 0.53395 0.77351 0.53063 0.77026 0.52729 0.76693 0.52395 0.76352 0.52060 0.76003 0.51726 0.75646 0.51391 0.75281 0.51056 0.74908\n 11 1018 46 0.51056 0.85223 0.51056 0.85220 0.51056 0.85204 0.51056 0.85177 0.51056 0.85140 0.51056 0.85091 0.51056 0.85032 0.51056 0.84963 0.51056 0.84883 0.51056 0.84792 0.51056 0.84690 0.51056 0.84578 0.51056 0.84456 0.51056 0.84323 0.51056 0.84179 0.51056 0.84025 0.51056 0.83861 0.51056 0.83686 0.51056 0.83501 0.51056 0.83306 0.51056 0.83101 0.51056 0.82886 0.51056 0.82660 0.51056 0.82425 0.51056 0.82180 0.51056 0.81925 0.51056 0.81660 0.51056 0.81386 0.51056 0.81102 0.51056 0.80809 0.51056 0.80506 0.51056 0.80194 0.51056 0.79873 0.51056 0.79542 0.51056 0.79203 0.51056 0.78855 0.51056 0.78498 0.51056 0.78132 0.51056 0.77758 0.51056 0.77375 0.51056 0.76984 0.51056 0.76585 0.51056 0.76178 0.51056 0.75762 0.51056 0.75339 0.51056 0.74908\n 11 1106 50 0.36565 0.82621 0.36787 0.82697 0.37013 0.82763 0.37244 0.82820 0.37479 0.82866 0.37718 0.82902 0.37961 0.82928 0.38208 0.82944 0.38459 0.82950 0.38714 0.82946 0.38972 0.82932 0.39235 0.82908 0.39500 0.82874 0.39770 0.82830 0.40043 0.82776 0.40319 0.82712 0.40598 0.82638 0.40881 0.82554 0.41167 0.82460 0.41455 0.82357 0.41747 0.82243 0.42041 0.82120 0.42339 0.81986 0.42639 0.81843 0.42941 0.81691 0.43246 0.81528 0.43553 0.81357 0.43863 0.81175 0.44175 0.80984 0.44489 0.80784 0.44804 0.80574 0.45122 0.80355 0.45442 0.80127 0.45763 0.79889 0.46086 0.79642 0.46411 0.79387 0.46736 0.79122 0.47064 0.78849 0.47392 0.78566 0.47721 0.78275 0.48052 0.77976 0.48383 0.77668 0.48716 0.77351 0.49049 0.77026 0.49382 0.76693 0.49716 0.76352 0.50051 0.76003 0.50385 0.75646 0.50720 0.75281 0.51056 0.74908\n 11 1414 64 0.21424 0.72405 0.21692 0.72690 0.21969 0.72968 0.22255 0.73240 0.22549 0.73504 0.22853 0.73761 0.23164 0.74011 0.23485 0.74253 0.23814 0.74488 0.24151 0.74716 0.24496 0.74936 0.24849 0.75149 0.25211 0.75354 0.25580 0.75551 0.25957 0.75740 0.26341 0.75922 0.26733 0.76096 0.27133 0.76261 0.27540 0.76419 0.27954 0.76569 0.28375 0.76710 0.28803 0.76844 0.29237 0.76969 0.29679 0.77086 0.30127 0.77195 0.30581 0.77295 0.31041 0.77388 0.31508 0.77471 0.31981 0.77547 0.32459 0.77614 0.32943 0.77673 0.33432 0.77723 0.33927 0.77765 0.34427 0.77798 0.34933 0.77823 0.35443 0.77839 0.35958 0.77847 0.36477 0.77847 0.37001 0.77838 0.37529 0.77820 0.38061 0.77794 0.38598 0.77760 0.39138 0.77717 0.39681 0.77666 0.40228 0.77606 0.40779 0.77538 0.41332 0.77461 0.41889 0.77376 0.42448 0.77283 0.43010 0.77181 0.43575 0.77071 0.44141 0.76953 0.44710 0.76827 0.45281 0.76692 0.45853 0.76550 0.46427 0.76399 0.47003 0.76240 0.47579 0.76073 0.48157 0.75899 0.48736 0.75716 0.49315 0.75526 0.49895 0.75328 0.50475 0.75122 0.51056 0.74908\n 11 1986 90 0.12666 0.50580 0.12678 0.50869 0.12707 0.51304 0.12748 0.51738 0.12801 0.52171 0.12865 0.52604 0.12941 0.53036 0.13028 0.53467 0.13127 0.53896 0.13238 0.54325 0.13360 0.54753 0.13494 0.55179 0.13639 0.55603 0.13795 0.56026 0.13963 0.56447 0.14142 0.56866 0.14332 0.57282 0.14534 0.57697 0.14747 0.58109 0.14970 0.58519 0.15205 0.58926 0.15451 0.59331 0.15707 0.59732 0.15974 0.60131 0.16252 0.60527 0.16541 0.60919 0.16840 0.61308 0.17149 0.61694 0.17469 0.62076 0.17799 0.62454 0.18139 0.62829 0.18490 0.63199 0.18850 0.63566 0.19220 0.63928 0.19599 0.64287 0.19988 0.64641 0.20387 0.64990 0.20795 0.65335 0.21212 0.65675 0.21639 0.66011 0.22074 0.66341 0.22518 0.66667 0.22971 0.66987 0.23432 0.67303 0.23902 0.67613 0.24380 0.67917 0.24866 0.68217 0.25360 0.68510 0.25862 0.68798 0.26372 0.69081 0.26889 0.69357 0.27414 0.69628 0.27945 0.69893 0.28484 0.70151 0.29030 0.70404 0.29582 0.70650 0.30141 0.70890 0.30706 0.71123 0.31278 0.71350 0.31855 0.71571 0.32438 0.71785 0.33027 0.71993 0.33622 0.72193 0.34222 0.72387 0.34827 0.72574 0.35436 0.72755 0.36051 0.72928 0.36670 0.73094 0.37294 0.73254 0.37922 0.73406 0.38553 0.73551 0.39189 0.73689 0.39828 0.73820 0.40471 0.73943 0.41117 0.74059 0.41765 0.74168 0.42417 0.74270 0.43072 0.74364 0.43728 0.74450 0.44387 0.74530 0.45048 0.74601 0.45711 0.74666 0.46376 0.74722 0.47042 0.74772 0.47709 0.74813 0.48377 0.74847 0.49046 0.74874 0.49715 0.74893 0.50385 0.74904 0.51056 0.74908\n 11 2206 100 0.21165 0.27887 0.20915 0.28186 0.20674 0.28492 0.20443 0.28804 0.20221 0.29122 0.20008 0.29447 0.19805 0.29778 0.19611 0.30115 0.19427 0.30458 0.19252 0.30808 0.19088 0.31163 0.18932 0.31524 0.18787 0.31890 0.18652 0.32262 0.18526 0.32639 0.18410 0.33022 0.18305 0.33410 0.18209 0.33803 0.18123 0.34201 0.18047 0.34603 0.17981 0.35011 0.17926 0.35422 0.17880 0.35839 0.17845 0.36259 0.17820 0.36684 0.17804 0.37113 0.17799 0.37546 0.17804 0.37983 0.17820 0.38423 0.17845 0.38867 0.17880 0.39314 0.17926 0.39764 0.17981 0.40218 0.18047 0.40674 0.18123 0.41134 0.18209 0.41596 0.18305 0.42060 0.18410 0.42527 0.18526 0.42997 0.18652 0.43468 0.18787 0.43942 0.18932 0.44417 0.19088 0.44894 0.19252 0.45373 0.19427 0.45853 0.19611 0.46334 0.19805 0.46816 0.20008 0.47299 0.20221 0.47784 0.20443 0.48268 0.20674 0.48754 0.20915 0.49239 0.21165 0.49725 0.21424 0.50211 0.21692 0.50697 0.21969 0.51183 0.22255 0.51669 0.22549 0.52153 0.22853 0.52638 0.23164 0.53121 0.23485 0.53604 0.23814 0.54085 0.24151 0.54565 0.24496 0.55044 0.24849 0.55521 0.25211 0.55997 0.25580 0.56470 0.25957 0.56942 0.26341 0.57412 0.26733 0.57879 0.27133 0.58344 0.27540 0.58806 0.27954 0.59266 0.28375 0.59723 0.28803 0.60177 0.29237 0.60628 0.29679 0.61075 0.30127 0.61520 0.30581 0.61960 0.31041 0.62397 0.31508 0.62831 0.31981 0.63260 0.32459 0.63686 0.32943 0.64107 0.33432 0.64524 0.33927 0.64936 0.34427 0.65344 0.34933 0.65747 0.35443 0.66146 0.35958 0.66539 0.36477 0.66928 0.37001 0.67311 0.37529 0.67689 0.38061 0.68062 0.38598 0.68429 0.39138 0.68791 0.39681 0.69146 0.40228 0.69496 0.40779 0.69841 0.41332 0.70179\n 11 402 18 0.41332 0.70179 0.41889 0.70510 0.42448 0.70836 0.43010 0.71155 0.43574 0.71468 0.44141 0.71774 0.44710 0.72074 0.45281 0.72367 0.45853 0.72653 0.46427 0.72932 0.47003 0.73205 0.47579 0.73470 0.48157 0.73728 0.48736 0.73979 0.49315 0.74222 0.49895 0.74458 0.50475 0.74687 0.51056 0.74908\n 11 2206 100 0.36347 0.17465 0.36134 0.17561 0.35925 0.17667 0.35721 0.17783 0.35522 0.17908 0.35327 0.18043 0.35138 0.18188 0.34953 0.18343 0.34773 0.18507 0.34597 0.18681 0.34427 0.18865 0.34262 0.19058 0.34102 0.19260 0.33948 0.19472 0.33798 0.19693 0.33654 0.19923 0.33515 0.20163 0.33381 0.20411 0.33253 0.20669 0.33130 0.20935 0.33013 0.21211 0.32901 0.21495 0.32795 0.21788 0.32694 0.22089 0.32599 0.22399 0.32509 0.22717 0.32425 0.23044 0.32347 0.23379 0.32275 0.23722 0.32208 0.24073 0.32147 0.24431 0.32091 0.24798 0.32042 0.25172 0.31998 0.25554 0.31960 0.25943 0.31928 0.26340 0.31902 0.26744 0.31881 0.27155 0.31867 0.27573 0.31858 0.27998 0.31855 0.28429 0.31858 0.28867 0.31867 0.29311 0.31881 0.29762 0.31902 0.30219 0.31928 0.30682 0.31960 0.31151 0.31998 0.31625 0.32042 0.32105 0.32091 0.32591 0.32147 0.33082 0.32208 0.33578 0.32275 0.34079 0.32347 0.34585 0.32425 0.35096 0.32509 0.35611 0.32599 0.36130 0.32694 0.36654 0.32795 0.37182 0.32901 0.37713 0.33013 0.38249 0.33130 0.38788 0.33253 0.39330 0.33381 0.39876 0.33515 0.40425 0.33654 0.40977 0.33798 0.41531 0.33948 0.42088 0.34102 0.42648 0.34262 0.43209 0.34427 0.43773 0.34597 0.44339 0.34773 0.44906 0.34953 0.45475 0.35138 0.46045 0.35327 0.46617 0.35522 0.47189 0.35721 0.47763 0.35925 0.48337 0.36134 0.48911 0.36347 0.49486 0.36565 0.50061 0.36787 0.50636 0.37013 0.51211 0.37244 0.51786 0.37479 0.52360 0.37718 0.52933 0.37961 0.53505 0.38208 0.54076 0.38459 0.54647 0.38714 0.55215 0.38972 0.55782 0.39235 0.56347 0.39500 0.56911 0.39770 0.57472 0.40043 0.58031 0.40319 0.58587 0.40598 0.59141 0.40881 0.59692 0.41167 0.60241\n 11 710 32 0.41167 0.60241 0.41455 0.60786 0.41747 0.61327 0.42041 0.61866 0.42339 0.62400 0.42639 0.62931 0.42941 0.63458 0.43246 0.63981 0.43553 0.64500 0.43863 0.65014 0.44175 0.65523 0.44489 0.66028 0.44804 0.66528 0.45122 0.67023 0.45442 0.67513 0.45763 0.67997 0.46086 0.68476 0.46411 0.68950 0.46736 0.69417 0.47064 0.69879 0.47392 0.70335 0.47721 0.70784 0.48052 0.71227 0.48383 0.71664 0.48716 0.72094 0.49049 0.72517 0.49382 0.72933 0.49716 0.73343 0.50051 0.73745 0.50385 0.74140 0.50720 0.74528 0.51056 0.74908\n 11 2206 100 0.51056 0.14777 0.51056 0.14780 0.51056 0.14796 0.51056 0.14823 0.51056 0.14860 0.51056 0.14909 0.51056 0.14968 0.51056 0.15037 0.51056 0.15117 0.51056 0.15208 0.51056 0.15310 0.51056 0.15422 0.51056 0.15544 0.51056 0.15677 0.51056 0.15821 0.51056 0.15975 0.51056 0.16139 0.51056 0.16314 0.51056 0.16499 0.51056 0.16694 0.51056 0.16899 0.51056 0.17114 0.51056 0.17340 0.51056 0.17575 0.51056 0.17820 0.51056 0.18075 0.51056 0.18340 0.51056 0.18614 0.51056 0.18898 0.51056 0.19191 0.51056 0.19494 0.51056 0.19806 0.51056 0.20127 0.51056 0.20458 0.51056 0.20797 0.51056 0.21145 0.51056 0.21502 0.51056 0.21868 0.51056 0.22242 0.51056 0.22625 0.51056 0.23016 0.51056 0.23415 0.51056 0.23822 0.51056 0.24238 0.51056 0.24661 0.51056 0.25092 0.51056 0.25530 0.51056 0.25976 0.51056 0.26430 0.51056 0.26890 0.51056 0.27358 0.51056 0.27832 0.51056 0.28313 0.51056 0.28801 0.51056 0.29295 0.51056 0.29796 0.51056 0.30302 0.51056 0.30815 0.51056 0.31333 0.51056 0.31858 0.51056 0.32387 0.51056 0.32922 0.51056 0.33463 0.51056 0.34008 0.51056 0.34558 0.51056 0.35113 0.51056 0.35673 0.51056 0.36236 0.51056 0.36804 0.51056 0.37376 0.51056 0.37952 0.51056 0.38532 0.51056 0.39115 0.51056 0.39701 0.51056 0.40291 0.51056 0.40883 0.51056 0.41478 0.51056 0.42076 0.51056 0.42676 0.51056 0.43279 0.51056 0.43883 0.51056 0.44490 0.51056 0.45098 0.51056 0.45707 0.51056 0.46318 0.51056 0.46930 0.51056 0.47543 0.51056 0.48156 0.51056 0.48771 0.51056 0.49385 0.51056 0.50000 0.51056 0.50615 0.51056 0.51229 0.51056 0.51844 0.51056 0.52457 0.51056 0.53070 0.51056 0.53682 0.51056 0.54293 0.51056 0.54902 0.51056 0.55510\n 11 820 37 0.51056 0.55510 0.51056 0.56117 0.51056 0.56721 0.51056 0.57324 0.51056 0.57924 0.51056 0.58522 0.51056 0.59117 0.51056 0.59709 0.51056 0.60299 0.51056 0.60885 0.51056 0.61468 0.51056 0.62048 0.51056 0.62624 0.51056 0.63196 0.51056 0.63764 0.51056 0.64327 0.51056 0.64887 0.51056 0.65442 0.51056 0.65992 0.51056 0.66537 0.51056 0.67078 0.51056 0.67613 0.51056 0.68142 0.51056 0.68667 0.51056 0.69185 0.51056 0.69698 0.51056 0.70204 0.51056 0.70705 0.51056 0.71199 0.51056 0.71687 0.51056 0.72168 0.51056 0.72642 0.51056 0.73110 0.51056 0.73570 0.51056 0.74024 0.51056 0.74470 0.51056 0.74908\n 11 2206 100 0.65764 0.17465 0.65977 0.17561 0.66186 0.17667 0.66390 0.17783 0.66589 0.17908 0.66784 0.18043 0.66973 0.18188 0.67158 0.18343 0.67338 0.18507 0.67514 0.18681 0.67684 0.18865 0.67849 0.19058 0.68009 0.19260 0.68163 0.19472 0.68313 0.19693 0.68457 0.19923 0.68596 0.20163 0.68730 0.20411 0.68858 0.20669 0.68981 0.20935 0.69098 0.21211 0.69210 0.21495 0.69316 0.21788 0.69417 0.22089 0.69512 0.22399 0.69602 0.22717 0.69686 0.23044 0.69764 0.23379 0.69836 0.23722 0.69903 0.24073 0.69964 0.24431 0.70020 0.24798 0.70069 0.25172 0.70113 0.25554 0.70151 0.25944 0.70183 0.26340 0.70209 0.26744 0.70230 0.27155 0.70244 0.27573 0.70253 0.27998 0.70256 0.28429 0.70253 0.28867 0.70244 0.29311 0.70230 0.29762 0.70209 0.30219 0.70183 0.30682 0.70151 0.31151 0.70113 0.31625 0.70069 0.32105 0.70020 0.32591 0.69964 0.33082 0.69903 0.33578 0.69836 0.34079 0.69764 0.34585 0.69686 0.35096 0.69602 0.35611 0.69512 0.36130 0.69417 0.36654 0.69316 0.37182 0.69210 0.37713 0.69098 0.38249 0.68981 0.38788 0.68858 0.39330 0.68730 0.39876 0.68596 0.40425 0.68457 0.40977 0.68313 0.41531 0.68163 0.42088 0.68009 0.42648 0.67849 0.43209 0.67684 0.43773 0.67514 0.44339 0.67338 0.44906 0.67158 0.45475 0.66973 0.46045 0.66784 0.46617 0.66589 0.47189 0.66390 0.47763 0.66186 0.48337 0.65977 0.48911 0.65764 0.49486 0.65546 0.50061 0.65324 0.50636 0.65098 0.51211 0.64867 0.51786 0.64632 0.52360 0.64393 0.52933 0.64150 0.53505 0.63903 0.54076 0.63652 0.54647 0.63397 0.55215 0.63139 0.55782 0.62877 0.56347 0.62611 0.56911 0.62341 0.57472 0.62068 0.58031 0.61792 0.58587 0.61513 0.59141 0.61230 0.59692 0.60945 0.60241\n 11 710 32 0.60945 0.60241 0.60656 0.60786 0.60364 0.61327 0.60070 0.61866 0.59772 0.62400 0.59472 0.62931 0.59170 0.63458 0.58865 0.63981 0.58558 0.64500 0.58248 0.65014 0.57936 0.65523 0.57622 0.66028 0.57307 0.66528 0.56989 0.67023 0.56669 0.67513 0.56348 0.67997 0.56025 0.68476 0.55701 0.68950 0.55375 0.69417 0.55048 0.69879 0.54719 0.70335 0.54390 0.70784 0.54059 0.71227 0.53728 0.71664 0.53395 0.72094 0.53063 0.72517 0.52729 0.72933 0.52395 0.73343 0.52060 0.73745 0.51726 0.74140 0.51391 0.74528 0.51056 0.74908\n 11 2206 100 0.80946 0.27887 0.81196 0.28186 0.81437 0.28492 0.81668 0.28804 0.81890 0.29122 0.82103 0.29447 0.82306 0.29778 0.82500 0.30115 0.82684 0.30458 0.82859 0.30808 0.83023 0.31163 0.83179 0.31524 0.83324 0.31890 0.83459 0.32262 0.83585 0.32639 0.83701 0.33022 0.83807 0.33410 0.83902 0.33803 0.83988 0.34201 0.84064 0.34603 0.84130 0.35011 0.84185 0.35422 0.84231 0.35839 0.84266 0.36259 0.84291 0.36684 0.84307 0.37113 0.84312 0.37546 0.84307 0.37983 0.84291 0.38423 0.84266 0.38867 0.84231 0.39314 0.84185 0.39764 0.84130 0.40218 0.84064 0.40674 0.83988 0.41134 0.83902 0.41596 0.83807 0.42060 0.83701 0.42527 0.83585 0.42997 0.83459 0.43468 0.83324 0.43942 0.83179 0.44417 0.83023 0.44894 0.82859 0.45373 0.82684 0.45853 0.82500 0.46334 0.82306 0.46816 0.82103 0.47299 0.81890 0.47784 0.81668 0.48268 0.81437 0.48754 0.81196 0.49239 0.80946 0.49725 0.80687 0.50211 0.80419 0.50697 0.80142 0.51183 0.79856 0.51669 0.79562 0.52153 0.79258 0.52638 0.78947 0.53121 0.78626 0.53604 0.78297 0.54085 0.77960 0.54565 0.77615 0.55044 0.77262 0.55521 0.76900 0.55997 0.76531 0.56470 0.76154 0.56942 0.75770 0.57412 0.75378 0.57879 0.74978 0.58344 0.74571 0.58806 0.74157 0.59266 0.73736 0.59723 0.73308 0.60177 0.72874 0.60628 0.72432 0.61075 0.71984 0.61520 0.71530 0.61960 0.71070 0.62397 0.70603 0.62831 0.70131 0.63260 0.69652 0.63686 0.69168 0.64107 0.68679 0.64524 0.68184 0.64936 0.67684 0.65344 0.67178 0.65747 0.66668 0.66146 0.66154 0.66539 0.65634 0.66928 0.65110 0.67311 0.64582 0.67689 0.64050 0.68062 0.63514 0.68429 0.62973 0.68791 0.62430 0.69146 0.61883 0.69496 0.61332 0.69841 0.60779 0.70179\n 11 402 18 0.60779 0.70179 0.60222 0.70510 0.59663 0.70836 0.59101 0.71155 0.58537 0.71468 0.57970 0.71774 0.57401 0.72074 0.56830 0.72367 0.56258 0.72653 0.55684 0.72932 0.55108 0.73205 0.54532 0.73470 0.53954 0.73728 0.53375 0.73979 0.52796 0.74222 0.52216 0.74458 0.51636 0.74687 0.51056 0.74908\n 11 1986 90 0.89445 0.50580 0.89433 0.50869 0.89404 0.51304 0.89363 0.51738 0.89310 0.52171 0.89246 0.52604 0.89170 0.53036 0.89083 0.53467 0.88984 0.53896 0.88873 0.54325 0.88751 0.54753 0.88617 0.55179 0.88472 0.55603 0.88316 0.56026 0.88148 0.56447 0.87969 0.56866 0.87779 0.57282 0.87577 0.57697 0.87364 0.58109 0.87141 0.58519 0.86906 0.58926 0.86660 0.59331 0.86404 0.59732 0.86137 0.60131 0.85859 0.60527 0.85570 0.60919 0.85271 0.61308 0.84962 0.61694 0.84642 0.62076 0.84312 0.62454 0.83972 0.62829 0.83621 0.63199 0.83261 0.63566 0.82891 0.63928 0.82512 0.64287 0.82123 0.64641 0.81724 0.64990 0.81316 0.65335 0.80899 0.65675 0.80472 0.66011 0.80037 0.66341 0.79593 0.66667 0.79140 0.66987 0.78679 0.67303 0.78209 0.67613 0.77731 0.67917 0.77245 0.68217 0.76751 0.68510 0.76249 0.68798 0.75739 0.69081 0.75222 0.69357 0.74698 0.69628 0.74166 0.69893 0.73627 0.70151 0.73081 0.70404 0.72529 0.70650 0.71970 0.70890 0.71405 0.71123 0.70833 0.71350 0.70256 0.71571 0.69673 0.71785 0.69084 0.71993 0.68489 0.72193 0.67889 0.72387 0.67284 0.72574 0.66675 0.72755 0.66060 0.72928 0.65441 0.73094 0.64817 0.73254 0.64189 0.73406 0.63558 0.73551 0.62922 0.73689 0.62283 0.73820 0.61640 0.73943 0.60994 0.74059 0.60346 0.74168 0.59694 0.74270 0.59040 0.74364 0.58383 0.74450 0.57724 0.74530 0.57063 0.74601 0.56400 0.74666 0.55735 0.74722 0.55070 0.74772 0.54402 0.74813 0.53734 0.74847 0.53065 0.74874 0.52396 0.74893 0.51726 0.74904 0.51056 0.74908\n 11 1414 64 0.80687 0.72405 0.80419 0.72690 0.80142 0.72968 0.79856 0.73240 0.79562 0.73504 0.79258 0.73761 0.78947 0.74011 0.78626 0.74253 0.78297 0.74488 0.77960 0.74716 0.77615 0.74936 0.77262 0.75149 0.76900 0.75354 0.76531 0.75551 0.76154 0.75740 0.75770 0.75922 0.75378 0.76096 0.74978 0.76261 0.74571 0.76419 0.74157 0.76569 0.73736 0.76710 0.73308 0.76844 0.72874 0.76969 0.72432 0.77086 0.71984 0.77195 0.71530 0.77295 0.71070 0.77388 0.70603 0.77471 0.70131 0.77547 0.69652 0.77614 0.69168 0.77673 0.68679 0.77723 0.68184 0.77765 0.67684 0.77798 0.67178 0.77823 0.66668 0.77839 0.66154 0.77847 0.65634 0.77847 0.65110 0.77838 0.64582 0.77820 0.64050 0.77794 0.63514 0.77760 0.62973 0.77717 0.62430 0.77666 0.61883 0.77606 0.61332 0.77538 0.60779 0.77461 0.60222 0.77376 0.59663 0.77283 0.59101 0.77181 0.58537 0.77071 0.57970 0.76953 0.57401 0.76827 0.56830 0.76692 0.56258 0.76550 0.55684 0.76399 0.55108 0.76240 0.54532 0.76073 0.53954 0.75899 0.53375 0.75716 0.52796 0.75526 0.52216 0.75328 0.51636 0.75122 0.51056 0.74908\n 11 1106 50 0.65546 0.82621 0.65324 0.82697 0.65098 0.82763 0.64867 0.82820 0.64632 0.82866 0.64393 0.82902 0.64150 0.82928 0.63903 0.82944 0.63652 0.82950 0.63397 0.82946 0.63139 0.82932 0.62877 0.82908 0.62611 0.82874 0.62341 0.82830 0.62068 0.82776 0.61792 0.82712 0.61513 0.82638 0.61230 0.82554 0.60945 0.82460 0.60656 0.82357 0.60364 0.82243 0.60070 0.82120 0.59772 0.81986 0.59472 0.81843 0.59170 0.81691 0.58865 0.81528 0.58558 0.81357 0.58248 0.81175 0.57936 0.80984 0.57622 0.80784 0.57307 0.80574 0.56989 0.80355 0.56669 0.80127 0.56348 0.79889 0.56025 0.79642 0.55701 0.79387 0.55375 0.79122 0.55048 0.78849 0.54719 0.78566 0.54390 0.78275 0.54059 0.77976 0.53728 0.77668 0.53395 0.77351 0.53063 0.77026 0.52729 0.76693 0.52395 0.76352 0.52060 0.76003 0.51726 0.75646 0.51391 0.75281 0.51056 0.74908\n 21 6 1\n 82 0\n 81 6 86\n 82 0\n 81 6 87\n 21 6 1\n 21 6 11\n 11 908 41 0.32147 0.58789 0.32427 0.58577 0.32712 0.58368 0.33003 0.58162 0.33300 0.57959 0.33602 0.57759 0.33909 0.57564 0.34221 0.57371 0.34539 0.57183 0.34862 0.56997 0.35189 0.56816 0.35522 0.56638 0.35859 0.56464 0.36201 0.56294 0.36547 0.56128 0.36898 0.55966 0.37253 0.55807 0.37612 0.55653 0.37975 0.55503 0.38342 0.55357 0.38714 0.55215 0.39089 0.55078 0.39467 0.54944 0.39849 0.54815 0.40235 0.54690 0.40624 0.54570 0.41016 0.54454 0.41411 0.54343 0.41809 0.54236 0.42210 0.54134 0.42613 0.54036 0.43019 0.53942 0.43428 0.53854 0.43839 0.53770 0.44252 0.53690 0.44667 0.53616 0.45084 0.53546 0.45503 0.53480 0.45923 0.53420 0.46346 0.53364 0.46769 0.53313\n 11 908 41 0.38623 0.65808 0.38807 0.65668 0.38995 0.65531 0.39186 0.65395 0.39381 0.65262 0.39580 0.65131 0.39782 0.65002 0.39987 0.64876 0.40196 0.64752 0.40408 0.64630 0.40624 0.64511 0.40842 0.64394 0.41064 0.64279 0.41289 0.64167 0.41516 0.64058 0.41747 0.63952 0.41980 0.63847 0.42217 0.63746 0.42455 0.63647 0.42697 0.63551 0.42941 0.63458 0.43188 0.63368 0.43436 0.63280 0.43688 0.63195 0.43941 0.63113 0.44197 0.63034 0.44455 0.62958 0.44714 0.62885 0.44976 0.62814 0.45240 0.62747 0.45505 0.62683 0.45772 0.62621 0.46041 0.62563 0.46311 0.62508 0.46582 0.62456 0.46855 0.62406 0.47129 0.62360 0.47405 0.62318 0.47681 0.62278 0.47959 0.62241 0.48237 0.62208\n 21 6 1\n 82 0\n 81 6 88\n 82 0\n 81 6 89\n 21 6 1\n 21 6 11\n 11 358 16 0.32147 0.58789 0.32543 0.59281 0.32945 0.59771 0.33352 0.60257 0.33765 0.60740 0.34183 0.61220 0.34606 0.61697 0.35034 0.62170 0.35467 0.62639 0.35905 0.63104 0.36347 0.63566 0.36794 0.64023 0.37245 0.64476 0.37701 0.64925 0.38160 0.65369 0.38623 0.65808\n 11 358 16 0.46769 0.53313 0.46859 0.53920 0.46950 0.54526 0.47042 0.55130 0.47136 0.55733 0.47231 0.56334 0.47327 0.56933 0.47424 0.57530 0.47522 0.58125 0.47621 0.58717 0.47721 0.59306 0.47823 0.59893 0.47925 0.60477 0.48028 0.61057 0.48132 0.61634 0.48237 0.62208\n 21 6 1\n 82 0\n 81 6 90\n 82 0\n 81 6 91\n 21 6 5\n 11 50 2 0.30011 0.57021 0.29446 0.55623\n 11 72 3 0.30081 0.56993 0.29516 0.55594 0.29446 0.55623\n 11 72 3 0.29620 0.57260 0.30528 0.56893 0.30500 0.56823\n 11 72 3 0.29620 0.57260 0.29591 0.57190 0.30500 0.56823\n 11 72 3 0.30948 0.56723 0.30355 0.55256 0.30425 0.55227\n 11 72 3 0.30948 0.56723 0.31018 0.56695 0.30425 0.55227\n 11 160 7 0.30707 0.55926 0.31001 0.56051 0.31170 0.56065 0.31379 0.55980 0.31491 0.55854 0.31476 0.55616 0.31194 0.54917\n 11 182 8 0.30707 0.55926 0.30973 0.55981 0.31141 0.55995 0.31281 0.55938 0.31393 0.55812 0.31406 0.55644 0.31124 0.54945 0.31194 0.54917\n 11 380 17 0.31950 0.55180 0.32719 0.54869 0.32804 0.55079 0.32791 0.55247 0.32749 0.55345 0.32638 0.55472 0.32428 0.55556 0.32260 0.55543 0.32063 0.55460 0.31909 0.55278 0.31852 0.55138 0.31838 0.54900 0.31921 0.54704 0.32032 0.54578 0.32242 0.54493 0.32410 0.54506 0.32606 0.54590\n 11 380 17 0.31979 0.55250 0.32678 0.54967 0.32734 0.55107 0.32721 0.55275 0.32609 0.55402 0.32400 0.55486 0.32232 0.55473 0.32133 0.55431 0.31979 0.55250 0.31922 0.55110 0.31907 0.54872 0.31949 0.54774 0.32061 0.54648 0.32270 0.54563 0.32438 0.54576 0.32565 0.54688 0.32606 0.54590\n 11 50 2 0.34723 0.55198 0.34130 0.53730\n 11 50 2 0.34764 0.55100 0.34228 0.53772\n 11 204 9 0.34723 0.55198 0.35282 0.54972 0.35463 0.54818 0.35505 0.54720 0.35518 0.54552 0.35434 0.54342 0.35307 0.54230 0.35209 0.54189 0.34971 0.54203\n 11 160 7 0.34764 0.55100 0.35254 0.54903 0.35435 0.54748 0.35449 0.54580 0.35364 0.54370 0.35237 0.54259 0.34999 0.54273\n 11 226 10 0.34510 0.54471 0.34999 0.54273 0.35181 0.54119 0.35223 0.54021 0.35236 0.53853 0.35151 0.53643 0.35025 0.53531 0.34927 0.53490 0.34689 0.53504 0.34130 0.53730\n 11 182 8 0.34482 0.54401 0.34971 0.54203 0.35153 0.54049 0.35166 0.53881 0.35081 0.53671 0.34955 0.53560 0.34717 0.53574 0.34228 0.53772\n 11 380 17 0.35725 0.53655 0.36494 0.53344 0.36579 0.53554 0.36566 0.53722 0.36524 0.53820 0.36412 0.53946 0.36203 0.54031 0.36035 0.54018 0.35838 0.53934 0.35684 0.53753 0.35627 0.53613 0.35612 0.53375 0.35696 0.53179 0.35807 0.53053 0.36017 0.52968 0.36185 0.52981 0.36381 0.53065\n 11 380 17 0.35754 0.53725 0.36453 0.53442 0.36509 0.53582 0.36496 0.53750 0.36384 0.53877 0.36174 0.53961 0.36006 0.53948 0.35908 0.53906 0.35754 0.53725 0.35697 0.53585 0.35682 0.53347 0.35724 0.53249 0.35835 0.53122 0.36045 0.53038 0.36213 0.53051 0.36340 0.53163 0.36381 0.53065\n 11 72 3 0.37181 0.53636 0.36786 0.52657 0.36856 0.52629\n 11 72 3 0.37181 0.53636 0.37251 0.53608 0.36856 0.52629\n 11 116 5 0.37082 0.53188 0.37236 0.53370 0.37433 0.53453 0.37601 0.53466 0.37810 0.53382\n 11 138 6 0.37082 0.53188 0.37208 0.53300 0.37404 0.53383 0.37572 0.53396 0.37782 0.53312 0.37810 0.53382\n 11 204 9 0.38358 0.53730 0.38260 0.53688 0.38231 0.53618 0.38273 0.53520 0.38343 0.53492 0.38441 0.53533 0.38469 0.53603 0.38428 0.53701 0.38358 0.53730\n 11 116 5 0.38329 0.53660 0.38301 0.53590 0.38371 0.53562 0.38399 0.53632 0.38329 0.53660\n 11 72 3 0.38160 0.53240 0.37765 0.52262 0.37834 0.52233\n 11 72 3 0.38160 0.53240 0.38230 0.53212 0.37834 0.52233\n 11 72 3 0.38789 0.52986 0.38394 0.52008 0.38464 0.51979\n 11 72 3 0.38789 0.52986 0.38859 0.52958 0.38464 0.51979\n 11 160 7 0.38746 0.52678 0.39040 0.52803 0.39209 0.52817 0.39418 0.52732 0.39530 0.52606 0.39515 0.52368 0.39233 0.51669\n 11 182 8 0.38746 0.52678 0.39012 0.52733 0.39180 0.52747 0.39320 0.52690 0.39432 0.52564 0.39445 0.52396 0.39163 0.51697 0.39233 0.51669\n 11 226 10 0.41026 0.52082 0.40956 0.52111 0.40533 0.51062 0.40378 0.50881 0.40280 0.50839 0.40112 0.50826 0.39972 0.50882 0.39860 0.51008 0.39819 0.51107 0.39679 0.51163\n 11 182 8 0.41026 0.52082 0.40602 0.51034 0.40448 0.50852 0.40251 0.50769 0.40083 0.50756 0.39874 0.50840 0.39762 0.50967 0.39679 0.51163\n 11 314 14 0.40871 0.51901 0.40788 0.52097 0.40677 0.52224 0.40467 0.52308 0.40299 0.52295 0.40102 0.52212 0.39948 0.52030 0.39891 0.51890 0.39877 0.51652 0.39960 0.51456 0.40071 0.51330 0.40281 0.51245 0.40449 0.51258 0.40645 0.51342\n 11 270 12 0.40871 0.51901 0.40648 0.52154 0.40439 0.52238 0.40271 0.52225 0.40172 0.52183 0.40018 0.52002 0.39961 0.51862 0.39946 0.51624 0.39988 0.51526 0.40100 0.51400 0.40309 0.51315 0.40645 0.51342\n 11 468 21 0.43725 0.51317 0.43642 0.51513 0.43461 0.51668 0.43181 0.51781 0.42943 0.51796 0.42747 0.51712 0.42690 0.51573 0.42704 0.51405 0.42745 0.51306 0.42857 0.51180 0.43150 0.50899 0.43262 0.50773 0.43303 0.50674 0.43317 0.50506 0.43232 0.50297 0.43134 0.50255 0.42896 0.50270 0.42616 0.50383 0.42505 0.50509 0.42463 0.50607 0.42323 0.50664\n 11 446 20 0.43725 0.51317 0.43586 0.51374 0.43544 0.51472 0.43432 0.51598 0.43153 0.51711 0.42915 0.51726 0.42817 0.51684 0.42760 0.51544 0.42774 0.51376 0.42885 0.51250 0.43178 0.50969 0.43290 0.50843 0.43373 0.50646 0.43387 0.50478 0.43302 0.50268 0.43106 0.50185 0.42868 0.50200 0.42588 0.50313 0.42407 0.50468 0.42323 0.50664\n 11 380 17 0.43904 0.50350 0.44673 0.50040 0.44758 0.50249 0.44744 0.50417 0.44703 0.50516 0.44591 0.50642 0.44381 0.50727 0.44213 0.50713 0.44017 0.50630 0.43862 0.50449 0.43806 0.50309 0.43791 0.50071 0.43874 0.49874 0.43986 0.49748 0.44196 0.49663 0.44364 0.49677 0.44560 0.49760\n 11 380 17 0.43932 0.50420 0.44631 0.50138 0.44688 0.50278 0.44674 0.50446 0.44563 0.50572 0.44353 0.50657 0.44185 0.50643 0.44087 0.50602 0.43932 0.50420 0.43876 0.50280 0.43861 0.50043 0.43903 0.49944 0.44014 0.49818 0.44224 0.49733 0.44392 0.49747 0.44518 0.49858 0.44560 0.49760\n 11 72 3 0.46129 0.50021 0.45734 0.49042 0.45804 0.49014\n 11 72 3 0.46129 0.50021 0.46199 0.49992 0.45804 0.49014\n 11 314 14 0.46044 0.49811 0.45961 0.50007 0.45849 0.50134 0.45640 0.50218 0.45472 0.50205 0.45275 0.50122 0.45121 0.49940 0.45064 0.49800 0.45049 0.49562 0.45133 0.49366 0.45244 0.49240 0.45454 0.49155 0.45622 0.49168 0.45818 0.49252\n 11 270 12 0.46044 0.49811 0.45821 0.50064 0.45612 0.50148 0.45443 0.50135 0.45345 0.50093 0.45191 0.49912 0.45134 0.49772 0.45119 0.49534 0.45161 0.49436 0.45273 0.49310 0.45482 0.49225 0.45818 0.49252\n 21 6 1\n 82 0\n 81 6 92\n 82 0\n 81 6 93\n 82 0\n 0 0\n","returncode":0,"stderr":"","license":"unlicense","lang":"Gnuplot"} {"commit":"1acfc7b672a64b6d1f683823d8b122241872703f","subject":"path correction","message":"path correction\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"kamactual.gp","new_file":"kamactual.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 5 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 5 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 5 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [kW]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Vermogen [kW]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):5 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/kamstrup\/mysql\/kamh.csv\"\nifnamed = \"\/tmp\/kamstrup\/mysql\/kamd.csv\"\nifnamew = \"\/tmp\/kamstrup\/mysql\/kamw.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 5 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 5 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 5 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [kW]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Vermogen [kW]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):5 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"bf6caa334723845faffadb35edf5bb70e08ef9a6","subject":"Add named_args_unify_bug1 UT","message":"Add named_args_unify_bug1 UT\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/vd.plt","new_file":"U-238\/u\/vd.plt","new_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n throws(error(domain_error(db_object_v_desc, X), _))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t arg_reorder(member, [2,1], Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\ntest(named_args_unify_bug1, [setup(model_db)]) :-\n\n named_args_unify(people, citizen_v, [sex], [man], _).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n obj_construct(man_v, \n [sex, name], \n [man, 'Adam'], Man1), \n db_put_object(people, Man1, _),\n\n obj_construct(man_v, \n [sex, name], \n [woman, 'Eva'], Man2), \n db_put_object(people, Man2, _),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man3), \n db_put_object(people, Man3, _). \n\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","old_contents":":- begin_tests(vd).\n\n:- use_module(u(v)).\n:- use_module(u(vd)).\n:- use_module(u(internal\/db_i)).\n:- use_module(u(util\/lambda)).\n\ntest(clear_test_db, [fail, setup(db_clear(people))]) :-\n\n\tdb_recorded(people, _).\n\ntest(db_recorded_bug1, [setup(model_db), N =:= 3]) :-\n\n findall('.', db_recorded(people, _), L),\n length(L, N).\n\ntest(db_recorded1,\n [setup(model_db),\n throws(error(domain_error(db_object_v_desc, X), _))]) :-\n\n obj_construct(man_v, [sex], [man], X),\n db_recorded(people, X).\n\n\ntest(db_recorded2, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [sex], [man], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 1).\n \n\ntest(db_recorded3, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [], [], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \ntest(db_recorded4, [setup(model_db)]) :-\n\n findall('.',\n (obj_construct(man_v, [height], [1.76], X0),\n obj_rebase((object_v -> db_object_v), X0, X), \n db_recorded(people, X)),\n L2),\n length(L2, N2),\n assertion(N2 =:= 2).\n \n\ntest(db_copy, [setup(model_db), N =:= 3]) :-\n\n db_copy(people, people2),\n findall('.', db_recorded(people2, _), L),\n length(L, N).\n\ntest(db_put_objects,\n [setup(db_clear(people)),\n DB_Size =:= 3]\n ) :-\n\n\tmaplist(obj_construct(man_v, [name]),\n\t\t[['Valera'], ['Vika'], ['Yura']],\n\t\tMen),\n\n\tdb_put_objects(people,\n\t\t arg_reorder(member, [2,1], Men),\n\t\t fail),\n\n\tdb_size(people, DB_Size).\n\ntest(store_and_retrieve1,\n [setup(db_clear(people)),\n man(Sex, Name, Surname, Weight, Height) ==\n man(man, 'Adam', 'Adamov', 1, 3)]\n ) :-\n\n\tobj_construct(man_v,\n\t\t [sex, name, surname, weight, height],\n\t\t [man, 'Adam', 'Adamov', 1, 3],\n\t\t Man),\n\n\tdb_put_object(people, Man, Man1),\n\n\tassertion(obj_is_descendant(Man1, db_object_v)),\n\tassertion(\\+ obj_is_descendant(Man1, man_v)),\n\tassertion(\\+ obj_is_descendant(Man, db_object_v)),\n\n\tobj_field(Man1, sex, Sex),\n\tobj_field(Man1, name, Name),\n\tobj_field(Man1, surname, Surname),\n\tobj_field(Man1, weight, Weight),\n\tobj_field(Man1, height, Height).\n\n\nmodel_db :-\n\n\tdb_clear(people),\n\tdb_clear(people2),\n \n obj_construct(man_v, \n [sex, name], \n [man, 'Adam'], Man1), \n db_put_object(people, Man1, _),\n\n obj_construct(man_v, \n [sex, name], \n [woman, 'Eva'], Man2), \n db_put_object(people, Man2, _),\n\n obj_construct(citizen_v, \n [sex, surname, country], \n [man, 'Mayakovsky', ['Soviet Union']],\n Man3), \n db_put_object(people, Man3, _). \n\n\n:- end_tests(vd).\n\n\n\n\n\n\n\n\n\n\n\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"5070fde57f5375a96e363480ce1267ff3d2e21e6","subject":"Add xrange back where it belongs.","message":"Add xrange back where it belongs.\n","repos":"eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing","old_file":"figures\/gnuplot\/line.gp","new_file":"figures\/gnuplot\/line.gp","new_contents":"set output \"line.png\"\nload \"settings.gp\"\n\nset xrange [-20:-14]\nf(x) = 4.0*x + 42\nx1 = -17\nx2 = -16\nplot \\\n f(x) axes x1y1 not with lines linestyle 102, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('P1')) \\\n with labels offset char -1.5,1 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x2 : NaN):(f(x2)):(sprintf('P2')) \\\n with labels offset char -1.5,1 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n","old_contents":"set output \"line.png\"\nload \"settings.gp\"\n\nf(x) = 4.0*x + 42\nx1 = -17\nx2 = -16\nplot \\\n f(x) axes x1y1 not with lines linestyle 102, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('P1')) \\\n with labels offset char -1.5,1 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x2 : NaN):(f(x2)):(sprintf('P2')) \\\n with labels offset char -1.5,1 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"f1f458ed3d896bfb575d3fbee6247d9b52a7a489","subject":"Changed to enhanced terminal to show subscripts and Greek letters.","message":"Changed to enhanced terminal to show subscripts and Greek letters.\n\ngit-svn-id: b233c5b81dcfbfdfca783093b3213ccfd2356b3a@794 3eb578c0-666c-0410-8428-3510748880ad\n","repos":"AlexSzatmary\/bake","old_file":"gnuplot_scripts\/hud.plt","new_file":"gnuplot_scripts\/hud.plt","new_contents":"# A heads-up display of lots of variables for one run.\nset t x11 enhanced\nset multiplot\nset size 0.5, 1.\/3.\nset origin 0., 2.\/3.\nplot '.\/capsulex__00001.txt' u 1:2 w l t 'x', '.\/capsulex__00001.txt' u 1:3 w l t 'y', '.\/capsulex__00001.txt' u 1:4 w l t 'z'\nset origin 0., 1.\/3.\nplot 'TaylorDF__00001.txt' w l t 'DF'\nset origin 0., 0.\nplot 'TaylorDF__00001.txt' u 1:3 w l t 'rmin', 'TaylorDF__00001.txt' u 1:4 w l t 'rmax', 'minmaxx___00001.txt' w l t 'min x', 'minmaxx___00001.txt' u 1:3 w l t 'max x', 'minmaxy___00001.txt' w l t 'min y', 'minmaxy___00001.txt' u 1:3 w l t 'max y', 'minmaxz___00001.txt' w l t 'min z', 'minmaxz___00001.txt' u 1:3 w l t 'max z'\nset origin 0.5, 2.\/3.\nplot 'lambda1___00001.txt' w l t 'min({\/Symbol l}_1)', 'lambda1___00001.txt' u 1:3 w l t 'max({\/Symbol l}_1)', 'lambda2___00001.txt' w l t 'min({\/Symbol l}_2)', 'lambda2___00001.txt' u 1:3 w l t 'max({\/Symbol l}_2)'\nset origin 0.5, 1.\/3.\nplot 'meanfluidv.txt' w l t 'u', 'meanfluidv.txt' u 1:3 w l t 'v', 'meanfluidv.txt' u 1:4 w l t 'w'\nset origin 0.5, 0.\nplot 'meanforce.txt' w l t 'fx', 'meanforce.txt' u 1:3 w l t 'fy', 'meanforce.txt' u 1:4 w l t 'fz'\n\nset nomultiplot\npause -1 \"Type return to continue\"\n","old_contents":"# A heads-up display of lots of variables for one run.\n\nset multiplot\nset size 0.5, 1.\/3.\nset origin 0., 2.\/3.\nplot '.\/capsulex__00001.txt' u 1:2 w l t 'x', '.\/capsulex__00001.txt' u 1:3 w l t 'y', '.\/capsulex__00001.txt' u 1:4 w l t 'z'\nset origin 0., 1.\/3.\nplot 'TaylorDF__00001.txt' w l t 'DF'\nset origin 0., 0.\nplot 'TaylorDF__00001.txt' u 1:3 w l t 'rmin', 'TaylorDF__00001.txt' u 1:4 w l t 'rmax', 'minmaxx___00001.txt' w l t 'min x', 'minmaxx___00001.txt' u 1:3 w l t 'max x', 'minmaxy___00001.txt' w l t 'min y', 'minmaxy___00001.txt' u 1:3 w l t 'max y', 'minmaxz___00001.txt' w l t 'min z', 'minmaxz___00001.txt' u 1:3 w l t 'max z'\nset origin 0.5, 2.\/3.\nplot 'lambda1___00001.txt' w l t 'min(l_1)', 'lambda1___00001.txt' u 1:3 w l t 'max(l_1)', 'lambda2___00001.txt' w l t 'min(l_2)', 'lambda2___00001.txt' u 1:3 w l t 'max(l_2)'\nset origin 0.5, 1.\/3.\nplot 'meanfluidv.txt' w l t 'u', 'meanfluidv.txt' u 1:3 w l t 'v', 'meanfluidv.txt' u 1:4 w l t 'w'\nset origin 0.5, 0.\nplot 'meanforce.txt' w l t 'fx', 'meanforce.txt' u 1:3 w l t 'fy', 'meanforce.txt' u 1:4 w l t 'fz'\n\nset nomultiplot\npause -1 \"Type return to continue\"\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"75da40db93ee9c61a92371fc077a85771d678c21","subject":"rrepair, eval: make system size flexible in the scalability plots","message":"rrepair, eval: make system size flexible in the scalability plots\n","repos":"scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris,scalaris-team\/scalaris","old_file":"contrib\/rrepair\/eval_data_inc.gp","new_file":"contrib\/rrepair\/eval_data_inc.gp","new_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tsrcFile5 -> source file 5 path (optional)\n#\tsrcFile5_title -> prepend this to titles of lines from srcFile5 (optional unless srcFile5 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n\nset macro\n\nload colDefFile\n\nplotCount = exists(\"srcFile5\") ? 5 : exists(\"srcFile4\") ? 4 : exists(\"srcFile3\") ? 3 : exists(\"srcFile2\") ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\") . (plotCount >= 5 ? \" \" . srcFile5 : \"\")\nget_file(i) = (i == 5) ? srcFile5 : (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 5) ? srcFile5_title : (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\n\n# http:\/\/colorbrewer2.org\/?type=qualitative&scheme=Set1&n=5\n# (#e41a1c, #377eb8, #4daf4a, #984ea3, #ff7f00)\n# -> a little brighter version:\nset style line 1 lw 2 lt 1 lc rgb '#ff191b' pt 5 # dark red\nset style line 2 lw 2 lt 1 lc rgb '#2d8ede' pt 9 # dark blue\nset style line 3 lw 2 lt 1 lc rgb '#59c955' pt 7 # dark green\nset style line 4 lw 2 lt 1 lc rgb '#b05abd' pt 4 # dark purple\nset style line 5 lw 2 lt 1 lc rgb '#ff7f00' pt 10 # dark orange\nset style line 6 lw 3 lc rgb \"#777777\" pt 8 lt 3 # gray (for the naive line)\n\nset style line 101 lw 3 lt 1 lc rgb '#ff191b' pt 0 # dark red\nset style line 102 lw 3 lt 1 lc rgb '#2d8ede' pt 0 # dark blue\nset style line 103 lw 3 lt 1 lc rgb '#59c955' pt 0 # dark green\nset style line 104 lw 3 lt 1 lc rgb '#b05abd' pt 0 # dark purple\nset style line 105 lw 3 lt 1 lc rgb '#ff7f00' pt 0 # dark orange\n\nif (plotCount == 5) {\n plotShift(x, i) = (i == 5) ? (x + (x \/ 1.6)) : (i == 4) ? (x + (x \/ 3.7)) : (i == 3) ? (x) : (i == 2) ? (x - (x \/ 4.6)) : (x - (x \/ 2.6))\n} else {\n if (plotCount == 4) {\n plotShift(x, i) = (i == 4) ? (x + (x \/ 1.9)) : (i == 3) ? (x + (x \/ 6.5)) : (i == 2) ? (x - (x \/ 7.9)) : (x - (x \/ 2.95))\n } else {\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + (x \/ 2.3)) : (i == 2) ? (x) : (x - (x \/ 3.2))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + (x \/ 3)) : (x - (x \/ 4))\n } else {\n plotShift(x, i) = x\n }\n }\n }\n}\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nif (!exists(\"systemSize\")) {\n systemSize = 4000\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nfilename = \"file\"\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\ndo for [i=1:plotCount] {\n stats get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n}\n# is naive solution more expensive?\nstats get_file(1) using (kB(column(col_dbsize)\/4*(128+32)\/8)) nooutput\nif (STATS_max > bw_max) {bw_max = STATS_max}\n\nkey_width_fun(i) = min(-0.5, (6-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.15)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n#print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset logscale x 2\nset xrange [((systemSize\/1000.0)\/2):((systemSize\/1000.0)*4**5*2)] # TODO: adapt if number of data points changes!\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount >= 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\narrow_dx=.166666666667 # grid spacing in x\narrow_di=0 # added to each i in loop - arrows drawn at (i+arrow_di)*arrow_dx\narrow_xpoints=6 # TODO: adapt if number of data points changes!\n\nset style line 100 lw 2 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset boxwidth plot_boxwidth relative\nset style fill solid 1 border -1\nsystemSizeScaled = systemSize \/ 1000.0\nset xtics scale 0.1 systemSizeScaled,4\nset ytics scale 0.8\nset grid noxtics nomxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset for [i=1:arrow_xpoints] arrow from graph (i+arrow_di)*arrow_dx,graph 0 to graph (i+arrow_di)*arrow_dx,graph 1 nohead back linetype 0 linewidth 1.000\n\nset o destDir. \"all_\" .filename. \".\" .fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = 0.023 + ((plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full)\nred_height = (plotCount > 1) ? 0.170 : 0.174\nred_pos_y = (plotCount > 1) ? bw_height_full - 0.033 : bw_height_full - 0.035\nacc_height_full = (plotCount > 1) ? 0.200 : 0.204\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.007) : (red_pos_y + red_height - 0.025)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nset format y \" %4.1f\"\nif (plotCount > 1) {\n set key at screen 0.512,(acc_pos_y + 0.001) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset size all_width_r,acc_height\nif (regenAccInPercent == 1) {\n set y2tics mirror format \"%-3.0f_{\u00a0}%%\" offset 0 scale 0.8\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set y2tics mirror format \"%-4.1f \" scale 0.8\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset ytics autofreq\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nif (red_max > 10) {\n set format y \" %3.0f\"\n set format y2 \"%-3.0f \"\n} else {\n set format y \" %4.1f\"\n set format y2 \"%-4.1f \"\n}\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,-0.025\nset xlabel \"n in 10^3, update\" font \",16\"\nset ylabel \"RC costs (phase 1+2) in KiB\" font \",16\"\nset yrange [1:bw_max*1.2]\nset y2range [1:bw_max*1.2]\nset logscale y 2\nset logscale y2 2\nset format y \"%5.0f\"\nset format x\nif (plotCount > 1) {\n set key at screen 0.512,(red_pos_y + 0.0065) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nLABELu = \"n \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at systemSizeScaled*1.5,systemSize*66*(128+32)\/8\/1024 LABELu front left font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)\/4*(128+32)\/8)) with linespoints notitle ls 6\n\nset size all_width_r,bw_height\nset origin 0.49,-0.025\nset xlabel \"n in 10^3, regen\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror format \"%-5.0f\" scale 0.8\n\nunset label 10\nLABELr = \"n \u00d7 (1-\u03b4) \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at systemSizeScaled,128*systemSize*(128+32)\/8\/1024 LABELr front left font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)*(1-column(col_fprob)\/100.0)\/4*(128+32)\/8)) with linespoints notitle ls 6\n","old_contents":"#! \/usr\/bin\/gnuplot\n# USED PARAMS\n#\tcolDefFile -> file with column definitions\n#\tsrcFile1 -> source file 1 path\n#\tsrcFile1_title -> prepend this to titles of lines from srcFile1\n#\tsrcFile2 -> source file 2 path (optional)\n#\tsrcFile2_title -> prepend this to titles of lines from srcFile2 (optional unless srcFile2 given)\n#\tsrcFile3 -> source file 3 path (optional)\n#\tsrcFile3_title -> prepend this to titles of lines from srcFile3 (optional unless srcFile3 given)\n#\tsrcFile4 -> source file 4 path (optional)\n#\tsrcFile4_title -> prepend this to titles of lines from srcFile4 (optional unless srcFile4 given)\n#\tsrcFile5 -> source file 5 path (optional)\n#\tsrcFile5_title -> prepend this to titles of lines from srcFile5 (optional unless srcFile5 given)\n#\tdestDir -> destination path for pdfs\n#\tregenAccInPercent -> whether to show the regen accuracy in percent instead of absolute values (useful for bloom)\n#\tabsoluteRedundancy -> whether to show the absolute redundancy or a relative one\n\nset macro\n\nload colDefFile\n\nplotCount = exists(\"srcFile5\") ? 5 : exists(\"srcFile4\") ? 4 : exists(\"srcFile3\") ? 3 : exists(\"srcFile2\") ? 2 : 1\nfiles = srcFile1 . (plotCount >= 2 ? \" \" . srcFile2 : \"\") . (plotCount >= 3 ? \" \" . srcFile3 : \"\") . (plotCount >= 4 ? \" \" . srcFile4 : \"\") . (plotCount >= 5 ? \" \" . srcFile5 : \"\")\nget_file(i) = (i == 5) ? srcFile5 : (i == 4) ? srcFile4 : (i == 3) ? srcFile3 : (i == 2) ? srcFile2 : srcFile1\nget_title(i) = (i == 5) ? srcFile5_title : (i == 4) ? srcFile4_title : (i == 3) ? srcFile3_title : (i == 2) ? srcFile2_title : srcFile1_title\n\n# http:\/\/colorbrewer2.org\/?type=qualitative&scheme=Set1&n=5\n# (#e41a1c, #377eb8, #4daf4a, #984ea3, #ff7f00)\n# -> a little brighter version:\nset style line 1 lw 2 lt 1 lc rgb '#ff191b' pt 5 # dark red\nset style line 2 lw 2 lt 1 lc rgb '#2d8ede' pt 9 # dark blue\nset style line 3 lw 2 lt 1 lc rgb '#59c955' pt 7 # dark green\nset style line 4 lw 2 lt 1 lc rgb '#b05abd' pt 4 # dark purple\nset style line 5 lw 2 lt 1 lc rgb '#ff7f00' pt 10 # dark orange\nset style line 6 lw 3 lc rgb \"#777777\" pt 8 lt 3 # gray (for the naive line)\n\nset style line 101 lw 3 lt 1 lc rgb '#ff191b' pt 0 # dark red\nset style line 102 lw 3 lt 1 lc rgb '#2d8ede' pt 0 # dark blue\nset style line 103 lw 3 lt 1 lc rgb '#59c955' pt 0 # dark green\nset style line 104 lw 3 lt 1 lc rgb '#b05abd' pt 0 # dark purple\nset style line 105 lw 3 lt 1 lc rgb '#ff7f00' pt 0 # dark orange\n\nif (plotCount == 5) {\n plotShift(x, i) = (i == 5) ? (x + (x \/ 1.6)) : (i == 4) ? (x + (x \/ 3.7)) : (i == 3) ? (x) : (i == 2) ? (x - (x \/ 4.6)) : (x - (x \/ 2.6))\n} else {\n if (plotCount == 4) {\n plotShift(x, i) = (i == 4) ? (x + (x \/ 1.9)) : (i == 3) ? (x + (x \/ 6.5)) : (i == 2) ? (x - (x \/ 7.9)) : (x - (x \/ 2.95))\n } else {\n if (plotCount == 3) {\n plotShift(x, i) = (i == 3) ? (x + (x \/ 2.3)) : (i == 2) ? (x) : (x - (x \/ 3.2))\n } else {\n if (plotCount == 2) {\n plotShift(x, i) = (i == 2) ? (x + (x \/ 3)) : (x - (x \/ 4))\n } else {\n plotShift(x, i) = x\n }\n }\n }\n}\nif (exists(\"regenAccInPercent\") && regenAccInPercent == 1) {\n regenAcc(found, existing) = 100 - 100 * found \/ existing\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2) * (100 \/ existingSum)\n} else {\n regenAccInPercent = 0\n regenAcc(found, existing) = existing - found\n regenAccErr(found1, found2, existingSum) = stderrSum(found1, found2)\n}\nif (exists(\"absoluteRedundancy\") && absoluteRedundancy == 1) {\n redundancy(transferred, updated, regen) = transferred - (updated + regen)\n redundancyStderr(transferred, updated, regen) = sqrt(transferred**2 - updated**2 - regen**2)\n} else {\n absoluteRedundancy = 0\n redundancy(transferred, updated, regen) = transferred \/ (updated + regen)\n redundancyStderr(transferred, updated, regen) = \"-\"\n}\nplot_boxwidth = (0.8 \/ plotCount)\n\n# OUTPUT\nset terminal pdfcairo dashed enhanced font \",15\" fontscale 0.5 size 6,4.5\nfileEx = \"pdf\"\n\nsystem \"echo 'PLOT \" . files . \"'\"\nsystem \"mkdir -p \" .destDir\n\nfilename = \"file\"\n\n# --OPTION\nkvvSize0 = 16+4 # key+version size in bytes\nkvvSize1 = kvvSize0+10 # key+version+value size in byte\n\n# Helper\nstderrSum(x,y) = sqrt(x**2 + y**2)\t# sum of std. errors is root of sum of square errors\nkB(x) = x \/ 1024\nmin(x,y) = (x < y) ? x : y\nmin3(x,y,z) = min(min(x,y),z)\nmax(x,y) = (x > y) ? x : y\nmax3(x,y,z) = max(max(x,y),z)\n\nacc_upd_max=0.5\nif (regenAccInPercent == 1) {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max=50.5\n acc_reg_min=49.5\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))+regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))-regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) nooutput\n if (STATS_min_y < acc_reg_min) {acc_reg_min = STATS_min_y}\n if (STATS_max_x > acc_reg_max) {acc_reg_max = STATS_max_x}\n }\n acc_reg_avg=(acc_reg_max+acc_reg_min)\/2.0\n acc_reg_max=max(abs(acc_reg_avg-acc_reg_min), abs(acc_reg_max-acc_reg_avg))\n} else {\n do for [i=1:plotCount] {\n stats \"<awk '$\" . col_ftype . \" == \\\"update\\\" || $\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) u (column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)+stderrSum(column(col_sd_regen),column(col_sd_updated))) nooutput\n if (STATS_max > acc_upd_max) {acc_upd_max = STATS_max}\n }\n acc_reg_max = acc_upd_max\n}\nif (acc_upd_max > 0.5) {acc_upd_max=acc_upd_max*1.05}\nif (acc_reg_max > 0.5) {acc_reg_max=acc_reg_max*1.05}\n\nred_max=0.5\ndo for [i=1:plotCount] {\n stats get_file(i) using (redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))+redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) nooutput\n if (STATS_max > red_max) {red_max = STATS_max}\n}\nif (red_max > 0.5) {red_max=red_max*1.05}\nif (red_max >= 1.5 && red_max < 2) {red_max=2}\n\nbw_max=1\ndo for [i=1:plotCount] {\n stats get_file(i) using (kB(column(col_bw_rc_size)+column(col_bw_rc2_size)+stderrSum(column(col_sd_bw_rc_size), column(col_sd_bw_rc2_size)))) nooutput\n if (STATS_max > bw_max) {bw_max = STATS_max}\n}\n# is naive solution more expensive?\nstats get_file(1) using (kB(column(col_dbsize)\/4*(128+32)\/8)) nooutput\nif (STATS_max > bw_max) {bw_max = STATS_max}\n\nkey_width_fun(i) = min(-0.5, (6-strstrt(get_title(i), \"_\")) - (strlen(get_title(i)) - strstrt(get_title(i), \"_\")) * 0.15)\nkey_width = min(key_width_fun(1),key_width_fun(plotCount))\n#print \"key_width: \",key_width\n\n# Solid Background\n# set object 1 rect from screen 0, 0, 0 to screen 1, 1, 0 behind\n# set object 1 rect fc rgb \"white\" fillstyle solid 1.0\n\n# Style\nif (plotCount == 1) {\n set style data yerrorlines\n} else {\n set style data yerrorbars\n}\nset logscale x 2\nset xrange [2:8192] # TODO: adapt if number of data points changes!\nset grid layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset pointsize (plotCount >= 4) ? 0.7 : (plotCount == 3) ? 0.8 : 1\narrow_dx=.166666666667 # grid spacing in x\narrow_di=0 # added to each i in loop - arrows drawn at (i+arrow_di)*arrow_dx\narrow_xpoints=6 # TODO: adapt if number of data points changes!\n\nset style line 100 lw 2 lc -1 pt 0 lt 1\n\n#--------------------------------- ALL\nset boxwidth plot_boxwidth relative\nset style fill solid 1 border -1\nset xtics scale 0.1\nset ytics scale 0.8\nset grid noxtics nomxtics layerdefault linetype 0 linewidth 1.000, linetype 0 linewidth 1.000\nset for [i=1:arrow_xpoints] arrow from graph (i+arrow_di)*arrow_dx,graph 0 to graph (i+arrow_di)*arrow_dx,graph 1 nohead back linetype 0 linewidth 1.000\n\nset o destDir. \"all_\" .filename. \".\" .fileEx\nset multiplot\n\nall_width_r = 0.545\nall_width_l = all_width_r\nbw_height_full = 0.700\nbw_height = 0.023 + ((plotCount > 1) ? (bw_height_full - 0.018) : bw_height_full)\nred_height = (plotCount > 1) ? 0.170 : 0.174\nred_pos_y = (plotCount > 1) ? bw_height_full - 0.033 : bw_height_full - 0.035\nacc_height_full = (plotCount > 1) ? 0.200 : 0.204\nacc_height = (plotCount > 1) ? (acc_height_full - 0.012) : acc_height_full\nacc_pos_y = (plotCount > 1) ? (red_pos_y + red_height - 0.007) : (red_pos_y + red_height - 0.025)\n\n# accuracy\n\nset size all_width_l,acc_height\nset origin -0.002,acc_pos_y\nunset xlabel\nset format x \"\"\nset ylabel \"|\u0394| missed \" font \",16\"\nset yrange [0:acc_upd_max]\nset format y \" %4.1f\"\nif (plotCount > 1) {\n set key at screen 0.512,(acc_pos_y + 0.001) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(column(col_missing)+column(col_outdated) - column(col_regen)-column(col_updated)):(stderrSum(column(col_sd_regen),column(col_sd_updated))) t get_title(i) ls i\n\nset origin 0.49,acc_pos_y\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset size all_width_r,acc_height\nif (regenAccInPercent == 1) {\n set y2tics mirror format \"%-3.0f_{\u00a0}%%\" offset 0 scale 0.8\n set y2range [(acc_reg_avg-acc_reg_max):(acc_reg_avg+acc_reg_max)]\n} else {\n set y2tics mirror format \"%-4.1f \" scale 0.8\n set y2range [0:acc_reg_max]\n}\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(regenAcc(column(col_regen)+column(col_updated), column(col_missing)+column(col_outdated))):(regenAccErr(column(col_sd_regen),column(col_sd_updated),(column(col_missing)+column(col_outdated)))) axes x1y2 t get_title(i) ls (plotCount > 1 ? i : 2)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# redundancy\n\nset ytics autofreq\nset size all_width_l,red_height\nset origin -0.002,red_pos_y\nif (absoluteRedundancy == 1) {\nset ylabel \"Red.\" font \",16\" # transferred \/ updated\n} else {\nset ylabel \"rel. Red.\" font \",16\" # transferred \/ updated\n}\nset yrange [0:red_max]\nset y2range [0:red_max]\nif (red_max > 10) {\n set format y \" %3.0f\"\n set format y2 \"%-3.0f \"\n} else {\n set format y \" %4.1f\"\n set format y2 \"%-4.1f \"\n}\nunset key\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset size all_width_r,red_height\nset origin 0.49,red_pos_y\nif (plotCount == 1) {\n set key bottom right horizontal Right noreverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror scale 0.8\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(redundancy(column(col_bw_rs_kvv), column(col_updated), column(col_regen))):(redundancyStderr(column(col_sd_bw_rs_kvv), column(col_sd_updated), column(col_sd_regen))) with yerrorbars notitle ls (plotCount > 1 ? (100+i) : 100)\n\nset ytics scale 0.8\nunset y2tics\nset grid noy2tics\n\n# bandwidth\n\nset size all_width_l,bw_height\nset origin -0.002,-0.025\nset xlabel \"n in 10^3, update\" font \",16\"\nset ylabel \"RC costs (phase 1+2) in KiB\" font \",16\"\nset yrange [1:bw_max*1.2]\nset y2range [1:bw_max*1.2]\nset logscale y 2\nset logscale y2 2\nset format y \"%5.0f\"\nset format x\nif (plotCount > 1) {\n set key at screen 0.512,(red_pos_y + 0.0065) center center vertical Left reverse opaque enhanced autotitles nobox maxrows 1 width (plotCount >= 5 ? (key_width-2.2) : plotCount >= 4 ? (key_width+1) : (key_width+3)) samplen 1.75 font \",14\" spacing 1.3\n} else {\n set key top left horizontal Left reverse opaque enhanced autotitles box maxcols 1 width key_width samplen 1.5 font \",13\"\n}\n\nLABELu = \"n \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at 6,264000*(128+32)\/8\/1024 LABELu front left font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) with boxes notitle ls i fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) with boxes t get_title(i) ls i, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)\/4*(128+32)\/8)) with linespoints notitle ls 6\n\nset size all_width_r,bw_height\nset origin 0.49,-0.025\nset xlabel \"n in 10^3, regen\" font \",16\"\nunset key\nunset ylabel\nunset ytics\nset grid y2tics\nset y2tics mirror format \"%-5.0f\" scale 0.8\n\nunset label 10\nLABELr = \"n \u00d7 (1-\u03b4) \u00d7 (128+32) bits\\n_{(\u2265 na\u00efve approach)}\"\nset label 10 at 4,512000*(128+32)\/8\/1024 LABELr front left font \",12\" textcolor rgb \"#777777\"\n\nplot for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))) axes x1y2 with boxes notitle ls (plotCount > 1 ? i : 2) fs solid 0.4, \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size))) axes x1y2 with boxes t get_title(i) ls (plotCount > 1 ? i : 2), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with lines notitle ls (plotCount > 1 ? (100+i) : 100), \\\n for [i=1:plotCount] \"<awk '$\" . col_ftype . \" == \\\"regen\\\"' \" . get_file(i) \\\n u (plotShift(column(col_dbsize)\/4\/1000, i)):(kB(column(col_bw_rc_size)+column(col_bw_rc2_size))):(kB(stderrSum(column(col_sd_bw_rc_size),column(col_sd_bw_rc2_size)))) axes x1y2 with yerrorbars notitle ls 100, \\\n \"<awk '$\" . col_ftype . \" == \\\"update\\\"' \" . get_file(1) \\\n u (plotShift(column(col_dbsize)\/4\/1000, 1)):(kB(column(col_dbsize)*(1-column(col_fprob)\/100.0)\/4*(128+32)\/8)) with linespoints notitle ls 6\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"df16ee7e2891bd7a862e69ca353d2ec1f5af7c8f","subject":"Histogram graph","message":"Histogram graph\n","repos":"izacarias\/mininet,izacarias\/mininet,izacarias\/mininet","old_file":"wifi\/results\/stall_count.plot","new_file":"wifi\/results\/stall_count.plot","new_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 5.0 patchlevel 3 last modified 2016-02-21 \n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2016\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\nGNUTERM = \"qt\"\n# set terminal qt 0 size 500, 300 enhanced font \"serif,10\" persist\nset terminal pdfcairo enhanced mono size 3.5in, 2.62in font \"Times,10\"\nset style line 1 linecolor rgb \"#252525\" linewidth 0.500 dashtype solid pointtype 7 pointsize 0\nset style line 2 linecolor rgb \"#252525\" linewidth 0.500 dashtype solid pointtype 7 pointsize 0\nset style fill solid 0.25 border rgb \"#2525252\"\nset boxwidth 0.85 relative\nset xlabel font \"Times,12\"\nset ylabel font \"Times,12\"\nset xtics nomirror\nset ytics nomirror\nset border 3\nset grid x y\nunset logscale\nunset contour\nunset key\nset output \"stall_count_graph.pdf\"\n# set title \"Number of Video Stalls\"\nset title\nset xlabel \"Simultaneous video streams being served\"\nset ylabel \"Number of video stalls\" \nset xrange [ 0.300000 : 9.700000 ] noreverse nowriteback\nset yrange [ 0 : 60 ]\nplot \"gnuplot.txt\" using 1:4 w boxes ls 1, \"\" using 1:4:5 w yerrorbars ls 2\n# plot \"gnuplot.txt\" using ($0-0.15):6:(0.3) w boxes ls 1, \\\n# \"\" using ($0-0.15):6:7 w yerrorbars ls 2, \\\n# \"\" using ($0+0.15):2:(0.3) w boxes ls 2, \\\n# \"\" using ($0+0.15):2:3 w yerrorbars ls 2\n# EOF\n","old_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 5.0 patchlevel 3 last modified 2016-02-21 \n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2016\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\nGNUTERM = \"qt\"\n# set terminal qt 0 size 500, 300 enhanced font \"serif,10\" persist\nset terminal pdfcairo enhanced mono size 3.5in, 2.62in font \"Times,10\"\nset style line 1 linecolor rgb \"#252525\" linewidth 0.500 dashtype solid pointtype 7 pointsize 0\nset style line 2 linecolor rgb \"#252525\" linewidth 0.500 dashtype solid pointtype 7 pointsize 0\nset style fill solid 0.25 border rgb \"#2525252\"\nset boxwidth 0.85 relative\nset xlabel font \"Times,12\"\nset ylabel font \"Times,12\"\nset xtics nomirror\nset ytics nomirror\nset border 3\nset grid x y\nunset logscale\nunset contour\nunset key\nset output \"stall_count_graph.pdf\"\n# set title \"Number of Video Stalls\"\nset title\nset xlabel \"Simultaneous video streams being served\"\nset ylabel \"Number of video stalls\" \nset xrange [ 0.300000 : 9.700000 ] noreverse nowriteback\nset yrange [ 0 : 60 ]\nplot \"gnuplot.txt\" using 1:4 w boxes ls 1, \"\" using 1:4:5 w yerrorbars ls 2\n# EOF\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"e949c8a144bfd31a7d9083a2b0e0c6b1b2442a74","subject":"graph11","message":"graph11\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph11.gp","new_file":"graphs\/graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):3 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):3 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2de8b5d39009b52f7573d7f03642382f97bc6877","subject":"set proper margins","message":"set proper margins\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph13.gp","new_file":"graphs\/graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n# yearly data is queried in 1 week intervals (604 800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSy = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\nspeedy(x) = x * BPSy\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(speedd(Yd_max), speedh(Yh_max)), speedw(Yw_max))\nYmin = 1024\n#Ystd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\n#Ymean = max(max(Yd_mean, Yh_mean), Yw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using 3 name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using 3 name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using 3 name \"Ybw\" nooutput\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ : ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\n#set bmargin 0\nset tmargin at screen TTPOS\nset bmargin at screen TTPOS - 0.2\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n# ***************************************************************** X-axis *****\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ : ] reverse\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n\n#set tmargin 0\n#unset bmargin\nset tmargin at screen TTPOS - 0.2\nset bmargin at screen TBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin at screen BTPOS\nset bmargin at screen BTPOS - 0.2\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(speedd(Ybd_max), speedh(Ybh_max)), speedw(Ybw_max))\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\n#Ystd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\n#Ymean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin at screen BTPOS - 0.2\nset bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13w.csv\"\nifnamey = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql13y.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\nTTPOS = 0.95\nTBPOS = 0.55\nBTPOS = 0.48\nBBPOS = 0.08\n\n# network data is recorded in bytes per 1 minute\n# hourly data is queried in 1 minute intervals and post-processed to bytes\/second\n# convert to bits per second:\nBPSh = 8.\n# daily data is queried in 30 minute intervals (1800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSd = 8.\n# weekly data is queried in 120 minute intervals (7200s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSw = 8.\n# yearly data is queried in 1 week intervals (604 800s) and post-processed to bytes\/second\n# convert to bits per second:\nBPSy = 8.\n\n\n# ************************************************************* Functions ******\n# determine speed of data\nspeedh(x) = x * BPSh\nspeedd(x) = x * BPSd\nspeedw(x) = x * BPSw\nspeedy(x) = x * BPSy\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using 6 name \"Yh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using 6 name \"Yd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamew using 6 name \"Yw\" nooutput\n\nYmax = max(max(speedd(Yd_max), speedh(Yh_max)), speedw(Yw_max))\nYmin = 1024\n#Ystd = max(max(Yd_stddev, Yh_stddev), Yw_stddev)\n#Ymean = max(max(Yd_mean, Yh_mean), Yw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using 3 name \"Ybh\" nooutput\n\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using 3 name \"Ybd\" nooutput\n\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamew using 3 name \"Ybw\" nooutput\n\n# ********************************************************* Statistics (Y) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamey using 1 name \"X\" nooutput\nXy_min = X_min + utc_offset - epoch_compensate\nXy_max = X_max + utc_offset - epoch_compensate\n\nset multiplot layout 4, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# UPPER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%b\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ : ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n# ***************************************************************** X-axis *****\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xy_min : Xy_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ : ] reverse\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnamey \\\n using ($1+utc_offset):(speedy($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LOWER ROW\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nif (0) { # commented out block\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\nset logscale y\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset bmargin 0\n#set tmargin at screen BTPOS\n#set bmargin at screen BBPOS\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($6)) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($6)) with lines lc rgb \"#cc0000bb\" lw 1\n\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(speedd(Ybd_max), speedh(Ybh_max)), speedw(Ybw_max))\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024\n#Ystd = max(max(Ybd_stddev, Ybh_stddev), Ybw_stddev)\n#Ymean = max(max(Ybd_mean, Ybh_mean), Ybw_mean)\n#Ymax = (Ymean + Ystd) * 3\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymax : Ymin ] # reverse\nset format y \"%3.0s%c\"\n\n# ***************************************************************** Legend *****\nset key inside bottom left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset tmargin 0\nunset bmargin\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):(speedw($3)) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):(speedd($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymax : Ymin ] # reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):(speedh($3)) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n} # end of commented block\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e3fa7322bb848b51d85c2a5ec7de576da65a7b18","subject":"lines use lc","message":"lines use lc","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd2.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw2.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):4 with lines lw 0.1 lc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n# datafiles\nifnameh = \"\/tmp\/kamstrupd\/mysql\/kamh2.csv\"\nifnamed = \"\/tmp\/kamstrupd\/mysql\/kamd2.csv\"\nifnamew = \"\/tmp\/kamstrupd\/mysql\/kamw2.csv\"\nset output \"\/tmp\/kamstrupd\/site\/img\/kamstrup11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 4 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 4 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"Actueel vermogen \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Vermogen [W]\"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):4 title \" Vermogen [W]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ 0 : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):4 with lines lw 0.1 fc rgb \"#ccbb0000\"\n # with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"613c521afde4b4471c650ab0b988833c21d8d23d","subject":"slight readjustment","message":"slight readjustment\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph11.gp","new_file":"graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.75\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql11w.csv\"\nset output ofname = \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,304\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMPOS = 0.40\nMRPOS = 0.70\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnameh using 4 name \"Y\" nooutput\n#Yh_min = Y_min * 0.90\n#Yh_max = Y_max * 1.10\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here for Y-axes\n#stats ifnamed using 4 name \"Y\" nooutput\n#Yd_min = Y_min * 0.90\n#Yd_max = Y_max * 1.10\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats for Y-axis\nstats ifnamew using 4 name \"Y\" nooutput\nYw_min = Y_min -1\nYw_max = Y_max +1\n\nset multiplot layout 1, 3 title \"CPU Temperature\"\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):4 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Yw_min : Yw_max ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin -1\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):4 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset timestamp 'created: %Y-%m-%d %H:%M' bottom font \"Vera,6\"\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"62ec6b1e092f6c99f09d0b52b7a2febd8bdac89b","subject":"remove duplicate test","message":"remove duplicate test\n","repos":"zmughal\/numberals","old_file":"numberals.plt","new_file":"numberals.plt","new_contents":":- begin_tests(numberals).\n:- consult('numberals.pl').\n\nlogging :- fail.\n\nlog_writef(A, B) :- logging -> writef(A, B); true.\nlog_writef(A) :- log_writef(A, []).\n\ntest_both_ways(Num, Name) :-\n\tground([Num, Name]),\n\tlog_writef( '%q -> %s : ', [Num, Name] ), number_to_name(Num, Test_Name), log_writef( 'Got %s', [Test_Name]), log_writef('\\n'), Name = Test_Name,\n\tlog_writef( '%s -> %q : ', [Name, Num] ), number_to_name(Test_Num, Name), log_writef( 'Got %q', [Test_Num ]), log_writef('\\n'), log_writef('\\n'), Num = Test_Num.\n\ntest_name_fail(Name) :-\n\tlog_writef( 'Testing name %s : ', [Name]),\n\t(\\+ number_to_name(_, Name) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\ntest_num_fail(Num) :-\n\tlog_writef( 'Testing number %q : ', [Num]),\n\t(\\+ number_to_name(Num, _) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\n\ntest_both_ways_test([0], \"zero\").\ntest_both_ways_test(['-',0], \"negative zero\"). % signed zero\n\ntest_both_ways_test([1,0], \"ten\").\ntest_both_ways_test([-,1,0], \"negative ten\").\ntest_both_ways_test([1,4], \"fourteen\").\ntest_both_ways_test([-,1,4], \"negative fourteen\").\n\ntest_both_ways_test([2,0], \"twenty\").\ntest_both_ways_test([-,2,0], \"negative twenty\").\ntest_both_ways_test([2,1], \"twenty-one\").\ntest_both_ways_test([-,2,1], \"negative twenty-one\").\n\ntest_both_ways_test([3,2], \"thirty-two\").\ntest_both_ways_test([-,3,2], \"negative thirty-two\").\ntest_both_ways_test([3,5], \"thirty-five\").\ntest_both_ways_test([-,3,5], \"negative thirty-five\").\n\ntest_both_ways_test([1, 3,5], \"one hundred and thirty-five\").\ntest_both_ways_test([-,1, 3,5], \"negative one hundred and thirty-five\").\ntest_both_ways_test([1,0,0], \"one hundred\").\ntest_both_ways_test([-,1,0,0], \"negative one hundred\").\ntest_both_ways_test([2,0,0], \"two hundred\").\ntest_both_ways_test([-,2,0,0], \"negative two hundred\").\ntest_both_ways_test([2,0,1], \"two hundred and one\").\ntest_both_ways_test([-,2,0,1], \"negative two hundred and one\").\ntest_both_ways_test([2,2,0], \"two hundred and twenty\").\ntest_both_ways_test([-,2,2,0], \"negative two hundred and twenty\").\ntest_both_ways_test([2,2,5], \"two hundred and twenty-five\").\ntest_both_ways_test([-,2,2,5], \"negative two hundred and twenty-five\").\ntest_both_ways_test([3,1,0], \"three hundred and ten\").\ntest_both_ways_test([-,3,1,0], \"negative three hundred and ten\").\ntest_both_ways_test([9,9,9], \"nine hundred and ninety-nine\").\ntest_both_ways_test([-,9,9,9], \"negative nine hundred and ninety-nine\").\n\ntest_both_ways_test([1,0,0,0], \"one thousand\").\ntest_both_ways_test([-,1,0,0,0], \"negative one thousand\").\ntest_both_ways_test([1,0,0,2], \"one thousand two\").\ntest_both_ways_test([-,1,0,0,2], \"negative one thousand two\").\ntest_both_ways_test([1,0,2,2], \"one thousand twenty-two\").\ntest_both_ways_test([-,1,0,2,2], \"negative one thousand twenty-two\").\ntest_both_ways_test([1,9,9,9], \"one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,9,9,9], \"negative one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,9,9,9], \"ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,0,9,9,9], \"negative ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,0,0,0,0,0], \"one million\").\ntest_both_ways_test([-,1,0,0,0,0,0,0], \"negative one million\").\ntest_both_ways_test([2,0,0,0,0,0,0], \"two million\").\ntest_both_ways_test([-,2,0,0,0,0,0,0], \"negative two million\").\ntest_both_ways_test([2,0,0,0,9,0,0], \"two million nine hundred\").\ntest_both_ways_test([2,0,0,0,0,9,0], \"two million ninety\").\ntest_both_ways_test([2,0,0,0,0,0,9], \"two million nine\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,0], \"one hundred and two million\").\ntest_both_ways_test([-,1,0,2,0,0,0,0,0,0], \"negative one hundred and two million\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,9], \"one hundred and two million nine\").\ntest_both_ways_test([2,0,0,1,0,0,0,1,0,9], \"two billion one million one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,0,0,1,0,9], \"two billion one million one hundred thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,0,1,0,9], \"two billion one million one hundred and twenty thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,3,1,0,9], \"two billion one million one hundred and twenty-three thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,0,0,0,1,0,0,0,1,0,9], \"two trillion one million one hundred and nine\").\n\ntest_both_ways_test([1,0, 0,0,0, 0,0,0, 0,0,0,\n0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0,\n0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0,\n0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0], \"ten duotrigintillion\"). % googol\n\ntest(test_both_ways, [nondet, forall( test_both_ways_test(Num, Name))]) :-\n\ttest_both_ways(Num, Name).\n\n%test(test_both_ways, [nondet, forall( test_both_ways_test_f(Num, Name))]) :-\n\t%\\+ test_both_ways(Num, Name).\n\n%test(test_to_name, [nondet, forall( test_to_name_test(Num, Name) )]) :-\n\t%%number_to_name(Num, Test_Name), Test_Name = Name.\n\t%number_to_name(Num, Test_Name), ( Test_Name = Name -> true; write(Test_Name), nl, writef('%s', [Test_Name]), nl, fail).\n\ntest_name_fail_test(\"zero hundred\").\ntest_name_fail_test(\"zero thousand\").\ntest_name_fail_test(\"zero million\").\ntest_name_fail_test(\"one million \"). % extra space\ntest_name_fail_test(\"zero million zero thousand\").\ntest_name_fail_test(\"zero million zero thousand zero\").\ntest_name_fail_test(\"zero million one thousand\").\ntest_name_fail_test(\"one million zero thousand zero\").\ntest_name_fail_test(\"one million zero thousand one\").\ntest(test_name_fail, [nondet, forall( test_name_fail_test(Name) )]) :-\n\ttest_name_fail(Name).\n\ntest_num_fail_test([1,-,0]).\ntest_num_fail_test([-,-,0]).\ntest_num_fail_test([-,-,-]).\ntest_num_fail_test([0,0,0]).\ntest_num_fail_test([0,0,0,0]).\ntest_num_fail_test([-,-,-,-]).\ntest(test_num_fail, [nondet, forall( test_num_fail_test(Num) )]) :-\n\ttest_num_fail(Num).\n\n:- end_tests(numberals).\n\n% vim:ft=prolog:fdm=marker\n","old_contents":":- begin_tests(numberals).\n:- consult('numberals.pl').\n\nlogging :- fail.\n\nlog_writef(A, B) :- logging -> writef(A, B); true.\nlog_writef(A) :- log_writef(A, []).\n\ntest_both_ways(Num, Name) :-\n\tground([Num, Name]),\n\tlog_writef( '%q -> %s : ', [Num, Name] ), number_to_name(Num, Test_Name), log_writef( 'Got %s', [Test_Name]), log_writef('\\n'), Name = Test_Name,\n\tlog_writef( '%s -> %q : ', [Name, Num] ), number_to_name(Test_Num, Name), log_writef( 'Got %q', [Test_Num ]), log_writef('\\n'), log_writef('\\n'), Num = Test_Num.\n\ntest_name_fail(Name) :-\n\tlog_writef( 'Testing name %s : ', [Name]),\n\t(\\+ number_to_name(_, Name) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\ntest_num_fail(Num) :-\n\tlog_writef( 'Testing number %q : ', [Num]),\n\t(\\+ number_to_name(Num, _) -> log_writef('not found - ok'), log_writef('\\n');\n\t\tlog_writef('found - fail'), log_writef('\\n'), fail), log_writef('\\n').\n\ntest_both_ways_test([0], \"zero\").\ntest_both_ways_test(['-',0], \"negative zero\"). % signed zero\n\ntest_both_ways_test([1,0], \"ten\").\ntest_both_ways_test([-,1,0], \"negative ten\").\ntest_both_ways_test([1,4], \"fourteen\").\ntest_both_ways_test([-,1,4], \"negative fourteen\").\n\ntest_both_ways_test([2,0], \"twenty\").\ntest_both_ways_test([-,2,0], \"negative twenty\").\ntest_both_ways_test([2,1], \"twenty-one\").\ntest_both_ways_test([-,2,1], \"negative twenty-one\").\n\ntest_both_ways_test([3,2], \"thirty-two\").\ntest_both_ways_test([-,3,2], \"negative thirty-two\").\ntest_both_ways_test([3,5], \"thirty-five\").\ntest_both_ways_test([-,3,5], \"negative thirty-five\").\n\ntest_both_ways_test([1, 3,5], \"one hundred and thirty-five\").\ntest_both_ways_test([-,1, 3,5], \"negative one hundred and thirty-five\").\ntest_both_ways_test([1,0,0], \"one hundred\").\ntest_both_ways_test([-,1,0,0], \"negative one hundred\").\ntest_both_ways_test([2,0,0], \"two hundred\").\ntest_both_ways_test([-,2,0,0], \"negative two hundred\").\ntest_both_ways_test([2,0,1], \"two hundred and one\").\ntest_both_ways_test([-,2,0,1], \"negative two hundred and one\").\ntest_both_ways_test([2,2,0], \"two hundred and twenty\").\ntest_both_ways_test([-,2,2,0], \"negative two hundred and twenty\").\ntest_both_ways_test([2,2,5], \"two hundred and twenty-five\").\ntest_both_ways_test([-,2,2,5], \"negative two hundred and twenty-five\").\ntest_both_ways_test([3,1,0], \"three hundred and ten\").\ntest_both_ways_test([-,3,1,0], \"negative three hundred and ten\").\ntest_both_ways_test([9,9,9], \"nine hundred and ninety-nine\").\ntest_both_ways_test([-,9,9,9], \"negative nine hundred and ninety-nine\").\n\ntest_both_ways_test([1,0,0,0], \"one thousand\").\ntest_both_ways_test([-,1,0,0,0], \"negative one thousand\").\ntest_both_ways_test([1,0,0,2], \"one thousand two\").\ntest_both_ways_test([-,1,0,0,2], \"negative one thousand two\").\ntest_both_ways_test([1,0,2,2], \"one thousand twenty-two\").\ntest_both_ways_test([-,1,0,2,2], \"negative one thousand twenty-two\").\ntest_both_ways_test([1,9,9,9], \"one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,9,9,9], \"negative one thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,9,9,9], \"ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([-,1,0,9,9,9], \"negative ten thousand nine hundred and ninety-nine\").\ntest_both_ways_test([1,0,0,0,0,0,0], \"one million\").\ntest_both_ways_test([-,1,0,0,0,0,0,0], \"negative one million\").\ntest_both_ways_test([2,0,0,0,0,0,0], \"two million\").\ntest_both_ways_test([-,2,0,0,0,0,0,0], \"negative two million\").\ntest_both_ways_test([2,0,0,0,9,0,0], \"two million nine hundred\").\ntest_both_ways_test([2,0,0,0,0,9,0], \"two million ninety\").\ntest_both_ways_test([2,0,0,0,0,0,9], \"two million nine\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,0], \"one hundred and two million\").\ntest_both_ways_test([-,1,0,2,0,0,0,0,0,0], \"negative one hundred and two million\").\ntest_both_ways_test([1,0,2,0,0,0,0,0,9], \"one hundred and two million nine\").\ntest_both_ways_test([2,0,0,1,0,0,0,1,0,9], \"two billion one million one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,0,0,1,0,9], \"two billion one million one hundred thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,0,1,0,9], \"two billion one million one hundred and twenty thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,1,1,2,3,1,0,9], \"two billion one million one hundred and twenty-three thousand one hundred and nine\").\ntest_both_ways_test([2,0,0,0,0,0,1,0,0,0,1,0,9], \"two trillion one million one hundred and nine\").\n\ntest_both_ways_test([2,0,0,0,0,0,1,0,0,0,1,0,9], \"two trillion one million one hundred and nine\").\ntest_both_ways_test([1,0, 0,0,0, 0,0,0, 0,0,0,\n0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0,\n0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0,\n0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0, 0,0,0], \"ten duotrigintillion\"). % googol\n\ntest(test_both_ways, [nondet, forall( test_both_ways_test(Num, Name))]) :-\n\ttest_both_ways(Num, Name).\n\n%test(test_both_ways, [nondet, forall( test_both_ways_test_f(Num, Name))]) :-\n\t%\\+ test_both_ways(Num, Name).\n\n%test(test_to_name, [nondet, forall( test_to_name_test(Num, Name) )]) :-\n\t%%number_to_name(Num, Test_Name), Test_Name = Name.\n\t%number_to_name(Num, Test_Name), ( Test_Name = Name -> true; write(Test_Name), nl, writef('%s', [Test_Name]), nl, fail).\n\ntest_name_fail_test(\"zero hundred\").\ntest_name_fail_test(\"zero thousand\").\ntest_name_fail_test(\"zero million\").\ntest_name_fail_test(\"one million \"). % extra space\ntest_name_fail_test(\"zero million zero thousand\").\ntest_name_fail_test(\"zero million zero thousand zero\").\ntest_name_fail_test(\"zero million one thousand\").\ntest_name_fail_test(\"one million zero thousand zero\").\ntest_name_fail_test(\"one million zero thousand one\").\ntest(test_name_fail, [nondet, forall( test_name_fail_test(Name) )]) :-\n\ttest_name_fail(Name).\n\ntest_num_fail_test([1,-,0]).\ntest_num_fail_test([-,-,0]).\ntest_num_fail_test([-,-,-]).\ntest_num_fail_test([0,0,0]).\ntest_num_fail_test([0,0,0,0]).\ntest_num_fail_test([-,-,-,-]).\ntest(test_num_fail, [nondet, forall( test_num_fail_test(Num) )]) :-\n\ttest_num_fail(Num).\n\n:- end_tests(numberals).\n\n% vim:ft=prolog:fdm=marker\n","returncode":0,"stderr":"","license":"isc","lang":"Gnuplot"} {"commit":"e1a20d8eae0e60ba198c4736189074c5eab4cc61","subject":"line on week graph","message":"line on week graph\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graphs\/graph11.gp","new_file":"graphs\/graph11.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):3 title \" Temperature [degC]\" with lines lw 0.1 fc rgb \"#ccbb0000\"\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of CPU temperature\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql4gnuplot\/sql11w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day11.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 1 name \"X\" nooutput\n\nXh_min = X_min + utc_offset - epoch_compensate\nXh_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnameh using 2 name \"Yh\" nooutput\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 1 name \"X\" nooutput\n\nXd_min = X_min + utc_offset - epoch_compensate\nXd_max = X_max + utc_offset - epoch_compensate\n\n# stats to be calculated here for Y-axes\nstats ifnamed using 3 name \"Yd\" nooutput\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 1 name \"X\" nooutput\nXw_min = X_min + utc_offset - epoch_compensate\nXw_max = X_max + utc_offset - epoch_compensate\n\n# stats for Y-axis\nstats ifnamew using 3 name \"Yw\" nooutput\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) +1\nYmin = min(min(Yd_min, Yh_min), Yw_min) -1\n\nset multiplot layout 1, 3 title \"CPU Temperature \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n# set arrow from graph 0,graph 0 to graph 0,graph 1 nohead lc rgb \"red\" front\n# set arrow from graph 1,graph 0 to graph 1,graph 1 nohead lc rgb \"green\" front\n#set object 1 rect from screen 0,0 to screen 1,1 behind\n#set object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\n#set object 2 rect from graph 0,0 to graph 1,1 behind\n#set object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($1+utc_offset):3 title \" Temperature [degC]\" with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($1+utc_offset):3 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($1+utc_offset):2 with points pt 5 ps 0.2 fc rgb \"#ccbb0000\" \\\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"38ddbcc74de7b6e4c4b25670236e5c03fc7b1e9a","subject":"autoconfiguration: if STXXL_ROOT is incorrect and make.settings.local does not exist, create a make.settings.local file setting STXXL_ROOT=$(CURDIR) and (commented out) examples for MCSTL_ROOT, COMPILER_{GCC,ICPC}","message":"autoconfiguration: if STXXL_ROOT is incorrect and make.settings.local\ndoes not exist, create a make.settings.local file setting\nSTXXL_ROOT=$(CURDIR) and\n(commented out) examples for MCSTL_ROOT, COMPILER_{GCC,ICPC}\n\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@703 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\n$(warning *** WARNING: trying autoconfiguration for STXXL_ROOT=$(CURDIR:$(HOME)%=$$(HOME)%))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\n$(shell echo 'STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo '#MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_GCC\t = g++-4.2.3' >> $(CURDIR)\/make.settings.local)\n$(shell echo '#COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\n$(error ERROR: Please check make.settings.local and try again)\nendif\nelse\n$(warning *** WARNING: Please check make.settings.local)\nendif\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_LINUX\t?= yes\t# set 'yes' if you run Linux, 'no' otherwise\nUSE_MCSTL\t?= no\t# will be overriden from main Makefile\nUSE_ICPC\t?= no\t# will be overriden from main Makefile\n\nSTXXL_ROOT\t?= $(HOME)\/work\/stxxl\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT\t\t?= -O3 # compiler optimization level\nWARNINGS\t?= -W -Wall\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### STXXL OPTIONS ###############################################\n\n# check, whether stxxl has been configured\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL hasn't been configured correctly) #')\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell stat -L -c '%d:%i' .\/)\nstat2\t = $(shell stat -L -c '%d:%i' $(STXXL_ROOT)\/)\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\nPTHREAD_FLAG\t?= -pthread\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-DSORT_OPTIMAL_PREFETCHING \\\n\t-DUSE_MALLOC_LOCK \\\n\t-DCOUNT_WAIT_TIME \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE \\\n\t$(POSIX_MEMALIGN) $(XOPEN_SOURCE)\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ $(MCSTL_INCLUDES_PREPEND) -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nMCSTL_INCLUDES_PREPEND\t+= $(if $(findstring 4.3,$(COMPILER)),-I$(MCSTL_ROOT)\/c++\/mod_stl\/gcc-4.3)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_COMPILER_OPTIONS\t = \\\n\t-DSTXXL_BOOST_TIMESTAMP \\\n\t-DSTXXL_BOOST_CONFIG \\\n\t-DSTXXL_BOOST_FILESYSTEM \\\n\t-DSTXXL_BOOST_THREADS \\\n\t-DSTXXL_BOOST_RANDOM \\\n\t$(if $(strip $(BOOST_ROOT)),-I$(strip $(BOOST_ROOT)))\n\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS ############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h gprof.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h utils_ledasm.h settings.h seed.h\n\nHEADER_FILES_IO\t\t+= completion_handler.h io.h iobase.h iostats.h\nHEADER_FILES_IO\t\t+= mmap_file.h simdisk_file.h syscall_file.h\nHEADER_FILES_IO\t\t+= ufs_file.h wincall_file.h wfs_file.h boostfd_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h async_schedule.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h queue.h\nHEADER_FILES_CONTAINERS\t+= map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h interleaved_alloc.h ksort.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\nDEPS_MAKEFILES\t:= $(wildcard ..\/Makefile.subdir.gnu ..\/make.settings ..\/make.settings.local GNUmakefile Makefile.local)\n%.$o: %.cpp $(DEPS_MAKEFILES)\n\t@$(RM) $@ $*.$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $*.$dT -c $(OUTPUT_OPTION) $< && mv $*.$dT $*.$d\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n###################################################################\n\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"e7fb939f7402e83cd0da88a25723b589bf79b922","subject":"adding plotting of cumulative number of WUs being assimilated+naming of png files based on date","message":"adding plotting of cumulative number of WUs being assimilated+naming of png files based on date\n","repos":"SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk","old_file":"boinc_software\/monitor-boinc-server\/general-activity\/archive\/plotData_restart.gnu","new_file":"boinc_software\/monitor-boinc-server\/general-activity\/archive\/plotData_restart.gnu","new_contents":"","old_contents":"","returncode":0,"stderr":"unknown","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"215c2cc95f4ab94939276cce85349d82a553e343","subject":"properly remove library objects etc. in target clean","message":"properly remove library objects etc. in target clean\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@2362 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.subdir.gnu","new_file":"Makefile.subdir.gnu","new_contents":"############################################################################\n# Makefile.subdir.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2007 Andreas Beckmann <beckmann@mpi-inf.mpg.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\ninclude $(TOPDIR)\/make.settings\n\nTEST_BINARIES\t\t = $(TESTS) $(TESTS-yes) $(TESTS-yesyes)\nSKIPPED_TEST_BINARIES\t = $(TESTS-) $(TESTS-no) $(TESTS-yesno) $(TESTS-noyes) $(TESTS-nono)\n\ntests: $(TEST_BINARIES:%=%.$(bin))\n\nlib: $(LIB_SRC:.cpp=.$(lo))\n\nclean::\n\t$(RM) *.$(lo) *.$o\n\t$(RM) *.$(lo:.o=).d *.$(o:.o=).d *.dT\n\t$(RM) $(TEST_BINARIES:=.$(bin))\n\t$(RM) $(SKIPPED_TEST_BINARIES:=.$(bin))\n\n-include *.d\n\n\n# Work around compiler bugs:\ncompiler_version\t:= $(shell $(COMPILER) -v 2>&1 | tr ' ' '_')\nbitness\t\t\t:= $(shell file ..\/common\/version.$(lo) 2>\/dev\/null)\n#debug_override_opt\t?= $(warning \"DBGOO: $1\")\ndebug_override_opt\t?=\n# usage: e.g. $(call needs_override,gcc_version_4.2,32-bit,3,[-g|any|none])\nneeds_override\t\t?= $(call debug_override_opt,$1%$(compiler_version);$2%$(bitness);$3%$(OPT_LEVEL);$4%$(DEBUG))\\\n\t\t\t $(and $(findstring $1,$(compiler_version)),\\\n\t\t\t\t$(or $(filter any,$2),$(filter $2,$(bitness))),\\\n\t\t\t\t$(filter $3,$(OPT_LEVEL)),\\\n\t\t\t\t$(or $(filter any,$4),$(if $(filter none,$4),$(if $(DEBUG),,empty)),$(filter $4,$(DEBUG))))\n# usage: $(call apply_override yes|$(EMPTY),to,target)\napply_override\t\t?= $(call debug_override_opt,enable=$1;to=$2;target=$3)\\\n\t\t\t $(if $1,$3: OPT_LEVEL=$2,)\n# usage: $(call reduce_optimization,from,to,target,compiler,bits,debug[,type])\nreduce_optimization\t?= $(call apply_override,$(call needs_override,$4,$5,$1,$6),$2,$3.$($(or $(strip $7),bin)))\n\n\n.SECONDARY:\n\n.PHONY: tests lib clean\n","old_contents":"############################################################################\n# Makefile.subdir.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2007 Andreas Beckmann <beckmann@mpi-inf.mpg.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\ninclude $(TOPDIR)\/make.settings\n\nTEST_BINARIES\t\t = $(TESTS) $(TESTS-yes) $(TESTS-yesyes)\nSKIPPED_TEST_BINARIES\t = $(TESTS-) $(TESTS-no) $(TESTS-yesno) $(TESTS-noyes) $(TESTS-nono)\n\ntests: $(TEST_BINARIES:%=%.$(bin))\n\nlib: $(LIB_SRC:.cpp=.$(lo))\n\nclean::\n\t$(RM) *.$o\n\t$(RM) *.$(o:.o=).d *.dT\n\t$(RM) $(TEST_BINARIES:=.$(bin))\n\t$(RM) $(SKIPPED_TEST_BINARIES:=.$(bin))\n\n-include *.d\n\n\n# Work around compiler bugs:\ncompiler_version\t:= $(shell $(COMPILER) -v 2>&1 | tr ' ' '_')\nbitness\t\t\t:= $(shell file ..\/common\/version.$(lo) 2>\/dev\/null)\n#debug_override_opt\t?= $(warning \"DBGOO: $1\")\ndebug_override_opt\t?=\n# usage: e.g. $(call needs_override,gcc_version_4.2,32-bit,3,[-g|any|none])\nneeds_override\t\t?= $(call debug_override_opt,$1%$(compiler_version);$2%$(bitness);$3%$(OPT_LEVEL);$4%$(DEBUG))\\\n\t\t\t $(and $(findstring $1,$(compiler_version)),\\\n\t\t\t\t$(or $(filter any,$2),$(filter $2,$(bitness))),\\\n\t\t\t\t$(filter $3,$(OPT_LEVEL)),\\\n\t\t\t\t$(or $(filter any,$4),$(if $(filter none,$4),$(if $(DEBUG),,empty)),$(filter $4,$(DEBUG))))\n# usage: $(call apply_override yes|$(EMPTY),to,target)\napply_override\t\t?= $(call debug_override_opt,enable=$1;to=$2;target=$3)\\\n\t\t\t $(if $1,$3: OPT_LEVEL=$2,)\n# usage: $(call reduce_optimization,from,to,target,compiler,bits,debug[,type])\nreduce_optimization\t?= $(call apply_override,$(call needs_override,$4,$5,$1,$6),$2,$3.$($(or $(strip $7),bin)))\n\n\n.SECONDARY:\n\n.PHONY: tests lib clean\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2692f3b5a0edce29157630b91c8a370f79da46f6","subject":"change g++ 4.3 examples to g++ 4.4","message":"change g++ 4.3 examples to g++ 4.4\n\ngit-svn-id: 4e7379b20b57f8e3dde5a0b7363f233184647162@2342 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"make.settings.gnu","new_file":"make.settings.gnu","new_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.4.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual -Wundef\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.4 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\n$(shell echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.4 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_INCLUDE\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/include)\nBOOST_COMPILER_OPTIONS\t\t+= $(foreach inc,$(BOOST_INCLUDE),-I$(inc))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_PATH\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/lib)\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t$(foreach lib,$(BOOST_LIB_PATH),-L$(lib)) \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_system$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\nHEADER_FILES_BITS\t+= verbose.h unused.h compat_type_traits.h\nHEADER_FILES_BITS\t+= msvc_compatibility.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h new_alloc.h\nHEADER_FILES_COMMON\t+= mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h exithandler.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= request_queue_impl_1q.h\nHEADER_FILES_IO\t\t+= file.h disk_queued_file.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= bid.h typed_block.h diskallocator.h config.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h read_write_pool.h\nHEADER_FILES_MNG\t+= block_alloc.h block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\n#EADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\n#EADER_FILES_CONTAINERS\t+= pq_losertree.h\nHEADER_FILES_CONTAINERS\t+= queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h sort_helper.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.$o=).$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.$o=).$dT -c $(OUTPUT_OPTION) $< && mv $(@:.$o=).$dT $(@:.$o=).$d\nendef\n\nDEPS_MAKEFILES\t\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\nEXTRA_DEPS_COMPILE\t?= $(DEPS_MAKEFILES)\n%.$o: %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(EXTRA_DEPS_COMPILE)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","old_contents":"# This -*- Makefile -*- is intended for processing with GNU make.\n\n############################################################################\n# make.settings.gnu\n#\n# Part of the STXXL. See http:\/\/stxxl.sourceforge.net\n#\n# Copyright (C) 2002-2007 Roman Dementiev <dementiev@mpi-sb.mpg.de>\n# Copyright (C) 2006-2008 Johannes Singler <singler@ira.uka.de>\n# Copyright (C) 2007-2008 Andreas Beckmann <beckmann@cs.uni-frankfurt.de>\n#\n# Distributed under the Boost Software License, Version 1.0.\n# (See accompanying file LICENSE_1_0.txt or copy at\n# http:\/\/www.boost.org\/LICENSE_1_0.txt)\n############################################################################\n\n\nTOPDIR\t?= $(error TOPDIR not defined) # DO NOT CHANGE! This is set elsewhere.\n\n# Change this file according to your paths.\n\n# Instead of modifying this file, you could also set your modified variables\n# in make.settings.local (needs to be created first).\n-include $(TOPDIR)\/make.settings.local\n\n\nUSE_BOOST\t?= no\t# set 'yes' to use Boost libraries or 'no' to not use Boost libraries\nUSE_MACOSX\t?= no\t# set 'yes' if you run Mac OS X, 'no' otherwise\nUSE_FREEBSD\t?= no\t# set 'yes' if you run FreeBSD, 'no' otherwise\nUSE_PMODE\t?= no\t# will be overridden from main Makefile\nUSE_MCSTL\t?= no\t# will be overridden from main Makefile\nUSE_ICPC\t?= no\t# will be overridden from main Makefile\n\nSTXXL_ROOT\t?= $(TOPDIR)\n\nifeq ($(strip $(USE_ICPC)),yes)\nCOMPILER_ICPC\t?= icpc\nCOMPILER\t?= $(COMPILER_ICPC)\n#ICPC_GCC\t?= gcc-x.y # override the gcc\/g++ used to find headers and libraries\nWARNINGS\t?= -Wall -w1 -openmp-report0 -vec-report0\nendif\n\nifeq ($(strip $(USE_PMODE)),yes)\nCOMPILER_GCC\t?= g++-4.4.x\nLIBNAME\t\t?= pmstxxl\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nCOMPILER_GCC\t?= g++-4.2.3\nLIBNAME\t\t?= mcstxxl\n# the root directory of your MCSTL installation\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\nendif\n\n#BOOST_ROOT\t?= \/usr\/local\/boost-1.34.1\n\nCOMPILER_GCC\t?= g++\nCOMPILER\t?= $(COMPILER_GCC)\nLINKER\t\t?= $(COMPILER)\nOPT_LEVEL\t?= 3\nOPT\t\t?= -O$(OPT_LEVEL) # compiler optimization level\nWARNINGS\t?= -W -Wall -Woverloaded-virtual -Wundef\nDEBUG\t\t?= # put here -g option to include the debug information into the binaries\n\nLIBNAME\t\t?= stxxl\n\n# Hint: for g++-4.3 with c++0x support, enable the following:\n#STXXL_SPECIFIC\t+= -std=c++0x\n\n\n#### TROUBLESHOOTING\n#\n# For automatical checking of order of the output elements in\n# the sorters: stxxl::stream::sort, stxxl::stream::merge_runs,\n# stxxl::sort, and stxxl::ksort use\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_CHECK_ORDER_IN_SORTS\n#\n# If your program aborts with message \"read\/write: wrong parameter\"\n# or \"Invalid argument\"\n# this could be that your kernel does not support direct I\/O\n# then try to set it off recompiling the libs and your code with option\n#\n#STXXL_SPECIFIC\t+= -DSTXXL_DIRECT_IO_OFF\n#\n# But for the best performance it is strongly recommended\n# to reconfigure the kernel for the support of the direct I\/O.\n#\n# FIXME: documentation needed\n#\n#STXXL_SPECIFIC += -DSTXXL_DEBUGMON\n\n\n#### You usually shouldn't need to change the sections below #####\n\n\n#### MACOSX CONFIGURATION ########################################\n\nifeq ($(strip $(USE_MACOSX)),yes)\n\nPTHREAD_FLAG\t?=\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### FREEBSD CONFIGURATION #######################################\n\nifeq ($(strip $(USE_FREEBSD)),yes)\n\nPTHREAD_FLAG\t?= -pthread\n\nGET_FILE_ID\t?= stat -L -f '%d:%i' $1\n\nendif\n\n##################################################################\n\n\n#### LINUX (DEFAULT) CONFIGURATION ###############################\n\nPTHREAD_FLAG\t?= -pthread\n\n# get a unique identifier for a file or directory,\n# e.g. device number + inode number\nGET_FILE_ID\t?= stat -L -c '%d:%i' $1\n\n##################################################################\n\n\n#### STXXL CONFIGURATION #########################################\n\n# create make.settings.local in the root directory\nifneq (,$(strip $(wildcard $(CURDIR)\/include\/stxxl.h)))\nifeq (,$(strip $(wildcard $(CURDIR)\/make.settings.local)))\nifeq (,$(STXXL_AUTOCONFIG))\n$(warning *** WARNING: you did not have a make.settings.local file -- creating ...)\nendif\n$(shell echo -e '\\043STXXL_ROOT\t = $(CURDIR:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\nMCSTL_ROOT\t?= $(HOME)\/work\/mcstl\n$(shell echo -e '\\043MCSTL_ROOT\t = $(MCSTL_ROOT:$(HOME)%=$$(HOME)%)' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.2' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_GCC\t = g++-4.3 -std=c++0x' >> $(CURDIR)\/make.settings.local)\n$(shell echo -e '\\043COMPILER_ICPC\t = icpc' >> $(CURDIR)\/make.settings.local)\nifeq (Darwin,$(strip $(shell uname)))\n$(shell echo -e 'USE_MACOSX\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_MACOSX\t = no' >> $(CURDIR)\/make.settings.local)\nendif\nifeq (FreeBSD,$(strip $(shell uname)))\n$(shell echo -e 'USE_FREEBSD\t = yes' >> $(CURDIR)\/make.settings.local)\nelse\n$(shell echo -e '\\043USE_FREEBSD\t = no' >> $(CURDIR)\/make.settings.local)\nendif\ninclude make.settings.local\nendif\nendif\n\n# check, whether stxxl is configured correctly\nifeq (,$(strip $(wildcard $(STXXL_ROOT)\/include\/stxxl.h)))\n$(warning *** WARNING: STXXL has not been configured correctly)\n$(warning *** WARNING: Please check make.settings.local)\n$(error ERROR: could not find a STXXL installation in STXXL_ROOT=$(STXXL_ROOT))\nendif\n\n# in the top dir, check whether STXXL_ROOT points to ourselves\nifneq (,$(wildcard make.settings))\nstat1\t = $(shell $(call GET_FILE_ID, .\/))\nstat2\t = $(shell $(call GET_FILE_ID, $(STXXL_ROOT)\/))\n\nifneq ($(stat1),$(stat2))\n$(error ERROR: STXXL_ROOT=$(STXXL_ROOT) points to a different STXXL installation)\nendif\nendif\n\n##################################################################\n\n\n#### STXXL OPTIONS ###############################################\n\nSTXXL_SPECIFIC\t+= \\\n\t$(PTHREAD_FLAG) \\\n\t$(CPPFLAGS_ARCH) \\\n\t-I$(strip $(STXXL_ROOT))\/include \\\n\t-include stxxl\/bits\/defines.h \\\n\t-D_FILE_OFFSET_BITS=64 -D_LARGEFILE_SOURCE -D_LARGEFILE64_SOURCE\n\nSTXXL_LDFLAGS\t+= $(PTHREAD_FLAG)\nSTXXL_LDLIBS\t+= -L$(strip $(STXXL_ROOT))\/lib -l$(LIBNAME)\n\nSTXXL_LIBDEPS\t+= $(strip $(STXXL_ROOT))\/lib\/lib$(LIBNAME).$(LIBEXT)\n\nUNAME_M\t\t:= $(shell uname -m)\nCPPFLAGS_ARCH\t+= $(CPPFLAGS_$(UNAME_M))\nCPPFLAGS_i686\t?= -march=i686\n\n##################################################################\n\n\n#### ICPC OPTIONS ################################################\n\nifeq ($(strip $(USE_ICPC)),yes)\n\nOPENMPFLAG\t?= -openmp\n\nICPC_CPPFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\nICPC_LDFLAGS\t+= $(if $(ICPC_GCC),-gcc-name=$(strip $(ICPC_GCC)))\n\nSTXXL_SPECIFIC\t+= -include bits\/intel_compatibility.h\n\nendif\n\n##################################################################\n\n\n#### PARALLEL_MODE OPTIONS ###############################################\n\nifeq ($(strip $(USE_PMODE)),yes)\n\nOPENMPFLAG\t\t\t?= -fopenmp\n\nPARALLEL_MODE_CPPFLAGS\t\t+= $(OPENMPFLAG) -D_GLIBCXX_PARALLEL\nPARALLEL_MODE_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### MCSTL OPTIONS ###############################################\n\nifeq ($(strip $(USE_MCSTL)),yes)\n\nOPENMPFLAG\t?= -fopenmp\n\nifeq (,$(strip $(wildcard $(strip $(MCSTL_ROOT))\/c++\/mcstl.h)))\n$(error ERROR: could not find a MCSTL installation in MCSTL_ROOT=$(MCSTL_ROOT))\nendif\n\nMCSTL_CPPFLAGS\t\t+= $(OPENMPFLAG) -D__MCSTL__ -I$(MCSTL_ROOT)\/c++\nMCSTL_LDFLAGS\t\t+= $(OPENMPFLAG)\n\nendif\n\n##################################################################\n\n\n#### BOOST OPTIONS ###############################################\n\nBOOST_INCLUDE\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/include)\nBOOST_COMPILER_OPTIONS\t\t+= $(foreach inc,$(BOOST_INCLUDE),-I$(inc))\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_CONFIG\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_FILESYSTEM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_RANDOM\nBOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_THREADS\n#BOOST_COMPILER_OPTIONS\t\t+= -DSTXXL_BOOST_TIMESTAMP # probably less efficient than gettimeofday()\n\nBOOST_LIB_PATH\t\t\t?= $(if $(strip $(BOOST_ROOT)),$(strip $(BOOST_ROOT))\/lib)\nBOOST_LIB_COMPILER_SUFFIX\t?= \nBOOST_LIB_MT_SUFFIX\t\t?= -mt\nBOOST_LINKER_OPTIONS\t\t = \\\n\t$(foreach lib,$(BOOST_LIB_PATH),-L$(lib)) \\\n\t-lboost_thread$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_date_time$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_iostreams$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_system$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX) \\\n\t-lboost_filesystem$(BOOST_LIB_COMPILER_SUFFIX)$(BOOST_LIB_MT_SUFFIX)\n\n##################################################################\n\n\n#### CPPUNIT OPTIONS #############################################\n\nCPPUNIT_COMPILER_OPTIONS\t+=\n\nCPPUNIT_LINKER_OPTIONS\t\t+= -lcppunit -ldl\n\n##################################################################\n\n\n#### DEPENDENCIES ################################################\n\nHEADER_FILES_BITS\t+= namespace.h noncopyable.h version.h\nHEADER_FILES_BITS\t+= compat_hash_map.h\nHEADER_FILES_BITS\t+= compat_unique_ptr.h parallel.h singleton.h defines.h\nHEADER_FILES_BITS\t+= verbose.h unused.h compat_type_traits.h\nHEADER_FILES_BITS\t+= msvc_compatibility.h\n\nHEADER_FILES_COMMON\t+= aligned_alloc.h new_alloc.h\nHEADER_FILES_COMMON\t+= mutex.h rand.h semaphore.h state.h\nHEADER_FILES_COMMON\t+= timer.h utils.h error_handling.h simple_vector.h\nHEADER_FILES_COMMON\t+= switch.h tmeta.h log.h exceptions.h debug.h tuple.h\nHEADER_FILES_COMMON\t+= types.h settings.h seed.h is_sorted.h exithandler.h\n\nHEADER_FILES_IO\t\t+= io.h iostats.h completion_handler.h\nHEADER_FILES_IO\t\t+= request.h request_waiters_impl_basic.h\nHEADER_FILES_IO\t\t+= request_state_impl_basic.h request_impl_basic.h\nHEADER_FILES_IO\t\t+= disk_queues.h\nHEADER_FILES_IO\t\t+= request_queue.h request_queue_impl_worker.h\nHEADER_FILES_IO\t\t+= request_queue_impl_qwqr.h\nHEADER_FILES_IO\t\t+= request_queue_impl_1q.h\nHEADER_FILES_IO\t\t+= file.h disk_queued_file.h\nHEADER_FILES_IO\t\t+= ufs_file_base.h syscall_file.h mmap_file.h simdisk_file.h\nHEADER_FILES_IO\t\t+= wfs_file_base.h wincall_file.h\nHEADER_FILES_IO\t\t+= boostfd_file.h mem_file.h fileperblock_file.h\nHEADER_FILES_IO\t\t+= wbtl_file.h\n\nHEADER_FILES_MNG\t+= adaptor.h block_prefetcher.h\nHEADER_FILES_MNG\t+= buf_istream.h buf_ostream.h buf_writer.h mng.h\nHEADER_FILES_MNG\t+= bid.h typed_block.h diskallocator.h config.h\nHEADER_FILES_MNG\t+= write_pool.h prefetch_pool.h read_write_pool.h\nHEADER_FILES_MNG\t+= block_alloc.h block_alloc_interleaved.h\n\nHEADER_FILES_CONTAINERS\t+= pager.h stack.h vector.h priority_queue.h\n#EADER_FILES_CONTAINERS\t+= pq_helpers.h pq_mergers.h pq_ext_merger.h\n#EADER_FILES_CONTAINERS\t+= pq_losertree.h\nHEADER_FILES_CONTAINERS\t+= queue.h map.h deque.h\n\nHEADER_FILES_CONTAINERS_BTREE\t+= btree.h iterator_map.h leaf.h node_cache.h\nHEADER_FILES_CONTAINERS_BTREE\t+= root_node.h node.h btree_pager.h iterator.h\n\nHEADER_FILES_ALGO\t+= adaptor.h inmemsort.h intksort.h run_cursor.h sort.h\nHEADER_FILES_ALGO\t+= async_schedule.h ksort.h sort_base.h sort_helper.h\nHEADER_FILES_ALGO\t+= losertree.h scan.h stable_ksort.h random_shuffle.h\n\nHEADER_FILES_STREAM\t+= stream.h sort_stream.h\n\nHEADER_FILES_UTILS\t+= malloc.h\n\n###################################################################\n\n\n#### MISC #########################################################\n\nDEPEXT\t = $(LIBNAME).d # extension of dependency files\nOBJEXT\t = $(LIBNAME).o\t# extension of object files\nIIEXT\t = $(LIBNAME).ii\nLIBEXT\t = a\t\t# static library file extension\nEXEEXT\t = $(LIBNAME).bin # executable file extension\nRM\t = rm -f\t# remove file command\nLIBGEN\t = ar cr\t# library generation\nOUT\t = -o\t\t# output file option for the compiler and linker\n\nd\t?= $(strip $(DEPEXT))\no\t?= $(strip $(OBJEXT))\nii\t?= $(strip $(IIEXT))\nbin\t?= $(strip $(EXEEXT))\n\n###################################################################\n\n\n#### COMPILE\/LINK RULES ###########################################\n\ndefine COMPILE_STXXL\n\t@$(RM) $@ $(@:.$o=).$d\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -MD -MF $(@:.$o=).$dT -c $(OUTPUT_OPTION) $< && mv $(@:.$o=).$dT $(@:.$o=).$d\nendef\n\nDEPS_MAKEFILES\t\t:= $(wildcard $(TOPDIR)\/Makefile.subdir.gnu $(TOPDIR)\/make.settings $(TOPDIR)\/make.settings.local GNUmakefile Makefile Makefile.common Makefile.local)\nEXTRA_DEPS_COMPILE\t?= $(DEPS_MAKEFILES)\n%.$o: %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILE_STXXL)\n\n%.$(ii): %.cpp $(EXTRA_DEPS_COMPILE)\n\t$(COMPILER) $(STXXL_COMPILER_OPTIONS) -E $(OUTPUT_OPTION) $<\n\n# $1=infix $2=additional CPPFLAGS\ndefine COMPILE_VARIANT\n%.$1.$$o: CPPFLAGS += $2\n%.$1.$$o: %.cpp $$(EXTRA_DEPS_COMPILE)\n\t$$(COMPILE_STXXL)\nendef\n\nLINK_STXXL\t = $(LINKER) $1 $(STXXL_LINKER_OPTIONS) -o $@\n\n%.$(bin): %.$o $(STXXL_LIBDEPS)\n\t$(call LINK_STXXL, $<)\n\n\n# last resort rules to ignore header files missing due to renames etc.\n$(STXXL_ROOT)\/include\/%::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n%.h::\n\t@echo \"MISSING HEADER: '$@' (ignored)\"\n\n\/%::\n\t@echo \"MISSING FILE: '$@' (ignored)\"\n\n###################################################################\n\n\nSTXXL_SPECIFIC\t\t+= $(STXXL_EXTRA)\nWARNINGS\t\t+= $(WARNINGS_EXTRA)\n\nifeq ($(strip $(USE_ICPC)),yes)\nSTXXL_CPPFLAGS_CXX\t+= $(ICPC_CPPFLAGS)\nSTXXL_LDLIBS_CXX\t+= $(ICPC_LDFLAGS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_CPPFLAGS_CXX)\nSTXXL_COMPILER_OPTIONS\t+= $(STXXL_SPECIFIC)\nSTXXL_COMPILER_OPTIONS\t+= $(OPT) $(DEBUG) $(WARNINGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS_CXX)\nSTXXL_LINKER_OPTIONS\t+= $(DEBUG)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(STXXL_LDLIBS)\n\nifeq ($(strip $(USE_PMODE)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(PARALLEL_MODE_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(PARALLEL_MODE_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_MCSTL)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(MCSTL_CPPFLAGS)\nSTXXL_LINKER_OPTIONS\t+= $(MCSTL_LDFLAGS)\nendif\n\nifeq ($(strip $(USE_BOOST)),yes)\nSTXXL_COMPILER_OPTIONS\t+= $(BOOST_COMPILER_OPTIONS)\nSTXXL_LINKER_OPTIONS\t+= $(BOOST_LINKER_OPTIONS)\nendif\n\nSTXXL_COMPILER_OPTIONS\t+= $(CPPFLAGS)\n\n# vim: syn=make\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"2c4890533c3fd2a8e2606fce541e6784d0af5020","subject":"Set initial size for the lexer graph.","message":"Set initial size for the lexer graph.\n","repos":"dfockler\/oga,dfockler\/oga,ttasanen\/oga,dfockler\/oga,YorickPeterse\/oga,YorickPeterse\/oga,dfockler\/oga,jeffreybaird\/oga,ttasanen\/oga,jeffreybaird\/oga,ttasanen\/oga,jeffreybaird\/oga,jeffreybaird\/oga,altmetric\/oga,ttasanen\/oga,altmetric\/oga,altmetric\/oga,jeffreybaird\/oga,YorickPeterse\/oga,ttasanen\/oga,altmetric\/oga,altmetric\/oga,YorickPeterse\/oga,YorickPeterse\/oga,dfockler\/oga","old_file":"profile\/plot\/lexer\/big_xml.gnuplot","new_file":"profile\/plot\/lexer\/big_xml.gnuplot","new_contents":"#!\/usr\/bin\/env gnuplot\n\nset title \"Lexing 10MB of XML\"\n\nset xlabel \"Sample\"\nset ylabel \"Memory (MB)\"\n\nset yrange [0:*]\n\nset term qt persist size 900,600\nset grid\n\nset style line 1 lc rgb \"#0060ad\" lt 1 lw 2 pt 7 ps 1\n\nplot \"profile\/samples\/lexer\/big_xml.txt\" \\\n using 0:($1 \/ 1024 ** 2) \\\n with linespoints ls 1 \\\n title \"Memory\"\n\n# vim: set ft=gnuplot:\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\nset title \"Lexing 10MB of XML\"\n\nset xlabel \"Sample\"\nset ylabel \"Memory (MB)\"\n\nset yrange [0:*]\n\nset term qt persist\nset grid\n\nset style line 1 lc rgb \"#0060ad\" lt 1 lw 2 pt 7 ps 1\n\nplot \"profile\/samples\/lexer\/big_xml.txt\" \\\n using 0:($1 \/ 1024 ** 2) \\\n with linespoints ls 1 \\\n title \"Memory\"\n\n# vim: set ft=gnuplot:\n","returncode":0,"stderr":"","license":"mpl-2.0","lang":"Gnuplot"} {"commit":"872db650e6e1684a5a1286031a1e3eb94fc6241f","subject":"generate single graph from multiple files","message":"generate single graph from multiple files\n","repos":"gyounes\/id-gen","old_file":"histo.gnuplot","new_file":"histo.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Select histogram data\nset style data histogram\n\n# Give the bars a plain fill pattern, and draw a solid line around them.\nset style fill solid border\n\nset output outputname\nset xlabel \"Number of Bytes\"\nset ylabel \"Number of Ids\"\n\nset key right top\n\nset datafile missing '0'\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\n# pretty(titles) = system(\"echo \".titles.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nset style histogram clustered\n\n# read from one file multiple columns\n#stats inputfiles skip 1\n#max_col = STATS_columns\n#plot for [COL=2:max_col] inputfiles using COL:xticlabels(1) title columnheader\n\n# read from multiple files generate multiple graphs\n# do for [i=1:words(inputfiles)] {\n# inputfile = word(inputfiles, i)\n# stats inputfile skip 1\n# max_col = STATS_columns\n# plot for [COL=2:max_col] inputfile using COL:xticlabels(1) title columnheader w histogram ls i\n# }\n\n# read from multiple files generate single graph\nplot for [i=1:words(inputfiles)] word(inputfiles, i) using 2:xticlabels(1) title columnheader w histogram ls i","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Select histogram data\nset style data histogram\n\n# Give the bars a plain fill pattern, and draw a solid line around them.\nset style fill solid border\n\nset output outputname\nset xlabel \"Number of Bytes\"\nset ylabel \"Number of Ids\"\n\nset key right top\n\nset datafile missing '0'\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\n# pretty(titles) = system(\"echo \".titles.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nset style histogram clustered\n#stats inputfiles skip 1\n#max_col = STATS_columns\n#plot for [COL=2:max_col] inputfiles using COL:xticlabels(1) title columnheader\n\n\ndo for [i=1:words(inputfiles)] {\n inputfile = word(inputfiles, i)\n stats inputfile skip 1\n max_col = STATS_columns\n plot for [COL=2:max_col] inputfile using COL:xticlabels(1) title columnheader w histogram ls i\n}","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"fe05d9a5bc88e9de203227de7401c271b460472e","subject":"Updated for Ca=0.04, giving higher surface areas Tweak to be able to fit Ca=0.04 runs","message":"Updated for Ca=0.04, giving higher surface areas\nTweak to be able to fit Ca=0.04 runs\n\n\ngit-svn-id: b233c5b81dcfbfdfca783093b3213ccfd2356b3a@804 3eb578c0-666c-0410-8428-3510748880ad\n","repos":"AlexSzatmary\/bake","old_file":"gnuplot_scripts\/fitTaylorDF.raw.plt","new_file":"gnuplot_scripts\/fitTaylorDF.raw.plt","new_contents":"set t unknown\nf(x) = DF_Infty*(1-exp(-x\/tau))\nDF_Infty = 37.5*$capillary_no$\ntau = 12.0793*$capillary_no$**2\nR = 1.+$nellip$.\nset yr [*:*]\nfit f(x) \".\/$wd$\/TaylorDF__00001.txt\" using ($1\/1000):(((1+R)*$2+1-R)\/((1-R)*$2+1+R)) via DF_Infty, tau\nset yrange [*:*] writeback\nplot \".\/$wd$\/TaylorDF__00001.txt\" u ($1\/1000):(((((1+R)*$2+1-R)\/((1-R)*$2+1+R))-f($1\/1000))\/DF_Infty)\nset yrange restore\nshow yrange\n","old_contents":"f(x) = DF_Infty*(1-exp(-x\/tau))\nDF_Infty = 37.5*$capillary_no$\ntau = 12.0793*$capillary_no$\nR = 1.+$nellip$.\nset yr [*:*]\nfit f(x) \".\/$wd$\/TaylorDF__00001.txt\" using ($1\/1000):(((1+R)*$2+1-R)\/((1-R)*$2+1+R)) via DF_Infty, tau\nset yrange [*:*] writeback\nplot \".\/$wd$\/TaylorDF__00001.txt\" u ($1\/1000):(((((1+R)*$2+1-R)\/((1-R)*$2+1+R))-f($1\/1000))\/DF_Infty)\nset yrange restore\nshow yrange\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"154685e609e9e9b7060b7f6d4fd0621e4b39de33","subject":"FIX tools: Use SVG for latency frequency plots","message":"FIX tools: Use SVG for latency frequency plots\n\nSwitch to the SVG format, use automatic x-axis ticks, and fix up\nEPS-specific microsecond symbol.\n\nCc: Marat Stanichenko <146c4a279a7427b2cc19a19b6130cbb7ee404ab1@gmail.com>\nSigned-off-by: Pekka Enberg <add4fcd06328a394f0ad91feda7ee057316dc5ed@iki.fi>\n","repos":"Bitcoinsulting\/libtrading,Bitcoinsulting\/libtrading,jvirtanen\/libtrading,NunoEdgarGub1\/libtrading,libtrading\/libtrading,femtotrader\/libtrading,divaykin\/libtrading,jvirtanen\/libtrading,mstanichenko\/libtrading,etoestja\/libtrading,fengzhyuan\/libtrading,svdev\/libtrading,divaykin\/libtrading,fengzhyuan\/libtrading,penberg\/libtrading,NunoEdgarGub1\/libtrading,penberg\/libtrading,libtrading\/libtrading,femtotrader\/libtrading,etoestja\/libtrading,svdev\/libtrading,mstanichenko\/libtrading","old_file":"tools\/fix\/frequency.gp","new_file":"tools\/fix\/frequency.gp","new_contents":"reset\n\nset terminal unknown\n\nplot file\nxmin = GPVAL_DATA_Y_MIN\nxmax = GPVAL_DATA_Y_MAX\n\nround(x, width) = width * floor(x \/ width) + width \/ 2.0\n\nset terminal svg size 600, 460 fname 'Verdana' fsize 10\nset output \"histogram.svg\"\n\nxmax = max > 0 ? max : xmax\n\nset xrange [xmin:xmax]\nset yrange [0:]\n\nunset xtics\nset xtics font \",8\"\nset ytics font \",8\"\n\nset xlabel \"RTT (\u03bcs)\"\nset ylabel \"Frequency\"\nset xlabel font \",8\"\nset ylabel font \",8\"\n\nplot file using (round($1, width)):(1.0) smooth freq w boxes lc rgb \"blue\" notitle\n","old_contents":"reset\n\nset terminal unknown\n\nplot file\nxmin = GPVAL_DATA_Y_MIN\nxmax = GPVAL_DATA_Y_MAX\n\nround(x, width) = width * floor(x \/ width) + width \/ 2.0\n\nset terminal postscript eps enhanced\nset output \"histogram.eps\"\n\nxmax = max > 0 ? max : xmax\n\nset xrange [xmin:xmax]\nset yrange [0:]\n\nset xtics 0, 50, xmax\nset xtics font \",8\"\nset ytics font \",8\"\n\nset xlabel \"Round-trip time ({\/Symbol m}s)\"\nset ylabel \"Frequency\"\nset xlabel font \",8\"\nset ylabel font \",8\"\n\nplot file using (round($1, width)):(1.0) smooth freq w boxes lc rgb\"blue\" notitle\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"173202a4139774ffc30c9e7776bb8e6fe741ae12","subject":"Top left key for results","message":"Top left key for results\n","repos":"jonhoo\/cucache,jonhoo\/cucache,jonhoo\/cucache","old_file":"benchmark\/bench-results.plot","new_file":"benchmark\/bench-results.plot","new_contents":"#!\/usr\/bin\/gnuplot -p\nset key top left\nset xlabel \"CPU Cores\"\nset ylabel \"misses|sets\/s\"\nset y2label \"hits\/s\"\nset y2tics\nplot \\\n \"< grep memcached cucache.dat | sed s\/memcached-\/\/ | grep Gets\" u 1:3 axis x1y2 dt 2 lt 1 t \"Memcached get hit\" w linespoints,\\\n \"< grep cucache cucache.dat | sed s\/cucache-\/\/ | grep Gets\" u 1:3 axis x1y2 lt 1 t \"Cucache get hit\" w linespoints,\\\n \"< grep memcached cucache.dat | sed s\/memcached-\/\/ | grep Sets\" u 1:3 dt 2 lt 2 t \"Memcached set\" w linespoints,\\\n \"< grep cucache cucache.dat | sed s\/cucache-\/\/ | grep Sets\" u 1:3 lt 2 t \"Cucache set\" w linespoints,\\\n \"< grep memcached cucache.dat | sed s\/memcached-\/\/ | grep Gets\" u 1:4 dt 2 lt 3 t \"Memcached get miss\" w linespoints,\\\n \"< grep cucache cucache.dat | sed s\/cucache-\/\/ | grep Gets\" u 1:4 lt 3 t \"Cucache get miss\" w linespoints,\\\n #\n","old_contents":"#!\/usr\/bin\/gnuplot -p\nset xlabel \"CPU Cores\"\nset ylabel \"misses|sets\/s\"\nset y2label \"hits\/s\"\nset y2tics\nplot \\\n \"< grep memcached cucache.dat | sed s\/memcached-\/\/ | grep Gets\" u 1:3 axis x1y2 dt 2 lt 1 t \"Memcached get hit\" w linespoints,\\\n \"< grep cucache cucache.dat | sed s\/cucache-\/\/ | grep Gets\" u 1:3 axis x1y2 lt 1 t \"Cucache get hit\" w linespoints,\\\n \"< grep memcached cucache.dat | sed s\/memcached-\/\/ | grep Sets\" u 1:3 dt 2 lt 2 t \"Memcached set\" w linespoints,\\\n \"< grep cucache cucache.dat | sed s\/cucache-\/\/ | grep Sets\" u 1:3 lt 2 t \"Cucache set\" w linespoints,\\\n \"< grep memcached cucache.dat | sed s\/memcached-\/\/ | grep Gets\" u 1:4 dt 2 lt 3 t \"Memcached get miss\" w linespoints,\\\n \"< grep cucache cucache.dat | sed s\/cucache-\/\/ | grep Gets\" u 1:4 lt 3 t \"Cucache get miss\" w linespoints,\\\n #\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"13129563f3608a8ce51b0e7bf4efc617c7a68513","subject":"use dots for TMP36","message":"use dots for TMP36\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph25.gp","new_file":"graph25.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of various temperature sensors\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql25.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Temperature trends\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\"\n#set autoscale y2\n#set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/bonediagd\/Tdiag.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):3 title \" Room [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \" DHT22 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql23.csv\" using ($2+utc_offset):4 title \" BMP183 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql24.csv\" using ($2+utc_offset):3 title \" DS18B20 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql25.csv\" using ($2+utc_offset):3 title \" TMP36 [degC]\" with dots\\\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of various temperature sensors\n\n# ******************************************************* General settings *****\nset terminal png font \"Helvetica\" 11 size 640,480\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n\n# ************************************************************* Statistics *****\n# stats to be calculated here\nfname = \"\/tmp\/sql25.csv\"\nstats fname using 2 name \"T2\" nooutput\n\nT2_min = T2_min + utc_offset - 946684800\nT2_max = T2_max + utc_offset - 946684800\n\n# ****************************************************************** Title *****\nset title \"Temperature trends\"\n#\"-\".utc_offset.\"-\"\n\n# ***************************************************************** X-axis *****\nset xlabel \"Date\/Time\" # X-axis label\nset xdata time # Define that data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xtics rotate by 40 right\nset xrange [ T2_min : T2_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Temperature [degC]\"\n#set yrange [10:20]\nset autoscale y\n\n# **************************************************************** Y2-axis *****\n#set y2label \"Raw values [mV]\"\n#set autoscale y2\n#set y2tics border\n\n# ***************************************************************** Legend *****\n# generate a legend which is placed underneath the plot\n#set key outside bottom center box title \"-=legend=-\"\nset key default\nset key box\nset key samplen .2\nset key inside vertical\nset key left top\n\n# ***************************************************************** Output *****\nset object 1 rect from screen 0,0 to screen 1,1 behind\nset object 1 rect fc rgb \"#eeeeee\" fillstyle solid 1.0 noborder\nset object 2 rect from graph 0,0 to graph 1,1 behind\nset object 2 rect fc rgb \"#ffffff\" fillstyle solid 1.0 noborder\nset output \"\/tmp\/bonediagd\/Tdiag.png\"\n\n# ***** PLOT *****\nplot \"\/tmp\/sql21.csv\" using ($2+utc_offset):3 title \" Room [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql22.csv\" using ($2+utc_offset):4 title \" DHT22 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql23.csv\" using ($2+utc_offset):4 title \" BMP183 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql24.csv\" using ($2+utc_offset):3 title \" DS18B20 [degC]\" with points pt 5 ps 0.2\\\n ,\"\/tmp\/sql25.csv\" using ($2+utc_offset):3 title \" TMP36 [degC]\" with points pt 5 ps 0.2\\\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"062c21fdba4fed0b9bd24fbbd539341954431777","subject":"Tweek xrange so points are pleasing.","message":"Tweek xrange so points are pleasing.\n","repos":"eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing","old_file":"figures\/gnuplot\/line.gp","new_file":"figures\/gnuplot\/line.gp","new_contents":"set output \"line.png\"\nload \"settings.gp\"\n\nset xrange [-20:-15.5]\nf(x) = 4.0*x + 42\nx1 = -17\nx2 = -16\nplot \\\n f(x) axes x1y1 not with lines linestyle 102, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('P1')) \\\n with labels offset char -1.5,1 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x2 : NaN):(f(x2)):(sprintf('P2')) \\\n with labels offset char -1.5,1 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n","old_contents":"set output \"line.png\"\nload \"settings.gp\"\n\nset xrange [-20:-14]\nf(x) = 4.0*x + 42\nx1 = -17\nx2 = -16\nplot \\\n f(x) axes x1y1 not with lines linestyle 102, \\\n '+' using ($0 == 0 ? x1 : NaN):(f(x1)):(sprintf('P1')) \\\n with labels offset char -1.5,1 left textcolor rgb 'blue' \\\n point linestyle 1 notitle, \\\n '+' using ($0 == 0 ? x2 : NaN):(f(x2)):(sprintf('P2')) \\\n with labels offset char -1.5,1 left textcolor rgb 'blue' \\\n point linestyle 1 notitle\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"cca6d21b674c5f3bf554ca7eb9da6b2050246973","subject":"updated for new version of petsc","message":"updated for new version of petsc\n","repos":"erdc\/proteus,erdc\/proteus,erdc\/proteus,erdc\/proteus","old_file":"proteusModule\/proteusConfig\/config.py.garnet.gnu","new_file":"proteusModule\/proteusConfig\/config.py.garnet.gnu","new_contents":"import os\n\nPROTEUS_INCLUDE_DIR = os.getenv('PROTEUS_PREFIX')+'\/include'\nPROTEUS_LIB_DIR = os.getenv('PROTEUS_PREFIX')+'\/lib'\nPROTEUS_EXTRA_COMPILE_ARGS= ['-DF77_POST_UNDERSCORE','-DUSE_BLAS','-DCMRVEC_BOUNDS_CHECK','-DMV_VECTOR_BOUNDS_CHECK']\nPROTEUS_EXTRA_LINK_ARGS=['-L\/opt\/acml\/4.4.0\/gnu64\/lib','-lacml']\nPROTEUS_EXTRA_FC_COMPILE_ARGS= ['-Wall']\nPROTEUS_EXTRA_FC_LINK_ARGS=['-L\/opt\/acml\/4.4.0\/gnu64\/lib','-acml']\n\nPROTEUS_SUPERLU_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_SUPERLU_H = r'\"slu_ddefs.h\"'\nPROTEUS_SUPERLU_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_SUPERLU_LIB = 'superlu'\n\nPROTEUS_BLAS_INCLUDE_DIR = '.'\nPROTEUS_BLAS_H = r'\"proteus_blas.h\"'\nPROTEUS_BLAS_LIB_DIR = '\/opt\/acml\/4.4.0\/gnu64\/lib'\nPROTEUS_BLAS_LIB = 'acml'\n\nPROTEUS_LAPACK_INCLUDE_DIR = '.'\nPROTEUS_LAPACK_H = r'\"proteus_lapack.h\"'\nPROTEUS_LAPACK_LIB_DIR = '\/opt\/acml\/4.4.0\/gnu64\/lib'\nPROTEUS_LAPACK_LIB = 'acml'\nPROTEUS_LAPACK_INTEGER = 'int'\n\nPROTEUS_MPI_INCLUDE_DIR = '\/opt\/cray\/mpt\/5.1.2\/xt\/gemini\/mpich2-gnu\/include'\nPROTEUS_MPI_LIB_DIR = '\/opt\/cray\/mpt\/5.1.2\/xt\/gemini\/mpich2-gnu\/lib'\nPROTEUS_MPI_LIBS = ['mpich']\n\nPROTEUS_TRIANGLE_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_TRIANGLE_H = r'\"triangle.h\"'\nPROTEUS_TRIANGLE_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_TRIANGLE_LIB ='tri'\n\n\nPROTEUS_DAETK_INCLUDE_DIR = [PROTEUS_INCLUDE_DIR]\nPROTEUS_DAETK_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_DAETK_LIB ='daetk'\nPROTEUS_PETSC_LIB_DIRS = [PROTEUS_LIB_DIR, '\/opt\/acml\/4.4.0\/gnu64\/lib', '\/opt\/cray\/mpt\/5.1.2\/xt\/gemini\/mpich2-gnu\/lib', '\/opt\/gcc\/4.5.1\/snos\/lib\/gcc\/x86_64-suse-linux\/4.5.1', '\/opt\/gcc\/4.5.1\/snos\/lib64', '\/opt\/gcc\/4.5.1\/snos\/lib']\nPROTEUS_PETSC_LIBS = ['petsc', 'X11', 'HYPRE', 'l,-rpath,\/opt\/gcc\/4.5.1\/snos\/lib\/gcc\/x86_64-suse-linux\/4.5.1', 'stdc++', 'superlu_dist_2.4', 'cmumps', 'dmumps', 'smumps', 'zmumps', 'mumps_common', 'pord', 'parmetis', 'metis', 'scalapack', 'blacs', 'superlu_4.0', 'acml', 'mpich', 'm', 'l,-rpath,\/opt\/gcc\/4.5.1\/snos\/lib\/gcc\/x86_64-suse-linux\/4.5.1', '\/opt\/gcc\/4.5.1\/snos\/lib\/gcc\/x86_64-suse-linux\/4.5.1', 'dl', 'gcc_s', 'gfortran', 'm', 'm', 'stdc++', 'dl', 'gcc_s', 'dl']\nPROTEUS_PETSC_INCLUDE_DIRS = [PROTEUS_INCLUDE_DIR, '\/opt\/cray\/mpt\/5.1.2\/xt\/gemini\/mpich2-gnu\/include']\nPROTEUS_PETSC_LIB_DIRS = [PROTEUS_LIB_DIR, '\/opt\/acml\/4.4.0\/gnu64\/lib']\nPROTEUS_PETSC_LIBS = ['petsc', 'pthread', 'acml', 'dl']\nPROTEUS_PETSC_INCLUDE_DIRS = []\n","old_contents":"import os\n\nPROTEUS_INCLUDE_DIR = os.getenv('PROTEUS_PREFIX')+'\/include'\nPROTEUS_LIB_DIR = os.getenv('PROTEUS_PREFIX')+'\/lib'\nPROTEUS_EXTRA_COMPILE_ARGS= ['-DF77_POST_UNDERSCORE','-DUSE_BLAS','-DCMRVEC_BOUNDS_CHECK','-DMV_VECTOR_BOUNDS_CHECK']\nPROTEUS_EXTRA_LINK_ARGS=['-L\/opt\/acml\/4.4.0\/gnu64\/lib','-lacml']\nPROTEUS_EXTRA_FC_COMPILE_ARGS= ['-Wall']\nPROTEUS_EXTRA_FC_LINK_ARGS=['-L\/opt\/acml\/4.4.0\/gnu64\/lib','-acml']\n\nPROTEUS_SUPERLU_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_SUPERLU_H = r'\"slu_ddefs.h\"'\nPROTEUS_SUPERLU_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_SUPERLU_LIB = 'superlu'\n\nPROTEUS_BLAS_INCLUDE_DIR = '.'\nPROTEUS_BLAS_H = r'\"proteus_blas.h\"'\nPROTEUS_BLAS_LIB_DIR = '\/opt\/acml\/4.4.0\/gnu64\/lib'\nPROTEUS_BLAS_LIB = 'acml'\n\nPROTEUS_LAPACK_INCLUDE_DIR = '.'\nPROTEUS_LAPACK_H = r'\"proteus_lapack.h\"'\nPROTEUS_LAPACK_LIB_DIR = '\/opt\/acml\/4.4.0\/gnu64\/lib'\nPROTEUS_LAPACK_LIB = 'acml'\nPROTEUS_LAPACK_INTEGER = 'int'\n\nPROTEUS_MPI_INCLUDE_DIR = '.'\nPROTEUS_MPI_LIB_DIR = '.'\nPROTEUS_MPI_LIBS = []\n\nPROTEUS_TRIANGLE_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_TRIANGLE_H = r'\"triangle.h\"'\nPROTEUS_TRIANGLE_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_TRIANGLE_LIB ='tri'\n\n\nPROTEUS_DAETK_INCLUDE_DIR = [PROTEUS_INCLUDE_DIR]\nPROTEUS_DAETK_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_DAETK_LIB ='daetk'\nPROTEUS_PETSC_LIB_DIRS = [PROTEUS_LIB_DIR, '\/opt\/acml\/4.4.0\/gnu64\/lib', '\/opt\/cray\/mpt\/5.1.2\/xt\/gemini\/mpich2-gnu\/lib', '\/opt\/gcc\/4.5.1\/snos\/lib\/gcc\/x86_64-suse-linux\/4.5.1', '\/opt\/gcc\/4.5.1\/snos\/lib64', '\/opt\/gcc\/4.5.1\/snos\/lib']\nPROTEUS_PETSC_LIBS = ['petsc', 'X11', 'HYPRE', 'l,-rpath,\/opt\/gcc\/4.5.1\/snos\/lib\/gcc\/x86_64-suse-linux\/4.5.1', 'stdc++', 'superlu_dist_2.4', 'cmumps', 'dmumps', 'smumps', 'zmumps', 'mumps_common', 'pord', 'parmetis', 'metis', 'scalapack', 'blacs', 'superlu_4.0', 'acml', 'mpich', 'm', 'l,-rpath,\/opt\/gcc\/4.5.1\/snos\/lib\/gcc\/x86_64-suse-linux\/4.5.1', '\/opt\/gcc\/4.5.1\/snos\/lib\/gcc\/x86_64-suse-linux\/4.5.1', 'dl', 'gcc_s', 'gfortran', 'm', 'm', 'stdc++', 'dl', 'gcc_s', 'dl']\nPROTEUS_PETSC_INCLUDE_DIRS = [PROTEUS_INCLUDE_DIR, '\/opt\/cray\/mpt\/5.1.2\/xt\/gemini\/mpich2-gnu\/include']\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"8edd16d27c6f3c1a57988eedce7ca9664e45fba5","subject":"Remove y axis logscale","message":"Remove y axis logscale\n","repos":"lasp-lang\/lasp,lasp-lang\/lasp,ergl\/lasp,ergl\/lasp,lasp-lang\/lasp,ergl\/lasp,ergl\/lasp,lasp-lang\/lasp","old_file":"priv\/plots\/transmission.gnuplot","new_file":"priv\/plots\/transmission.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0.5\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 lw 2 pt 7 ps 0.5\nset style line 6 lw 2 pt 7 ps 0.5\nset style line 7 lw 2 pt 7 ps 0.5\nset style line 8 lw 2 pt 7 ps 0.5\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Transmitted\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\n# set logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","old_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\n# set xtics nomirror\n# set ytics nomirror\n\n#set log x\n#set mxtics 10 # Makes logscale look good.\n\n# Line styles: try to pick pleasing colors, rather\n# than strictly primary colors or hard-to-see colors\n\n# like gnuplot's default yellow. Make the lines thick\n# so they're easy to see in small plots in papers.\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\nset style line 4 lc rgb \"#F25900\" lw 2 pt 7 ps 0.5\n# Let gnuplot decide the color, if more than 4 lines\nset style line 5 lw 2 pt 7 ps 0.5\nset style line 6 lw 2 pt 7 ps 0.5\nset style line 7 lw 2 pt 7 ps 0.5\nset style line 8 lw 2 pt 7 ps 0.5\n\nset output outputname\nset xlabel \"Time in Seconds\"\nset ylabel \"MB Transmitted\"\n\nset key bottom right\n\nset datafile missing '0'\n\n# log scale on the y axis\nset logscale y 2\n# set format y \"\"\n# set ytics 1e-6, 10, 1\n# set ytics add (\"1\" 1, \".1\" 0.1, \".01\" 0.01, \"10^-3\" 0.001, \\\n# \"10^-4\" 0.0001)\n# set mytics 10\n\n# set xrange [0:60]\n# set yrange [0.5:64]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"859d279f343f87f47dfbc9621279988414bbafaf","subject":"Fixed a bug in the GNU-make-based build-system, $(AWK) was unset.","message":"Fixed a bug in the GNU-make-based build-system, $(AWK) was unset.\n","repos":"phorward\/phorward,phorward\/phorward","old_file":"src\/Makefile.gnu","new_file":"src\/Makefile.gnu","new_contents":"# This is a plain Makefile for general Phorward Foundation Toolkit development. \n# It should compile libphorward.a quickly and out of the box without autotools.\n\nCFLAGS += -g -DDEBUG -DUNICODE -DUTF8 -I.\n\nAWK=awk\nLIBPHORWARD = libphorward.a\nPROTOFILE =\tproto.h\nLIBHEADER = phorward.h\nPATHEXT = PATH=\"..\/run:$(PATH)\"\n\nSRC = \\\n\tbase\/bitset.c \\\n\tbase\/dbg.c \\\n\tbase\/hashtab.c \\\n\tbase\/llist.c \\\n\tbase\/plist.c \\\n\tbase\/memory.c \\\n\tbase\/stack.c \\\n\tccl\/ccl.c \\\n\tregex\/dfa.c \\\n\tregex\/direct.c \\\n\tregex\/misc.c \\\n\tregex\/nfa.c \\\n\tregex\/pattern.c \\\n\tregex\/pregex.c \\\n\tregex\/range.c \\\n\tregex\/ref.c \\\n\tstring\/convert.c \\\n\tstring\/string.c \\\n\tstring\/utf8.c \\\n\tutil\/base64.c \\\n\tutil\/system.c \\\n\tunion\/union.c \\\n\tunion\/union.conv.c \\\n\tunion\/union.get.c \\\n\tunion\/union.set.c \\\n\txml\/xml.c \\\n\t\\\n\tparser\/error.c \\\n\tparser\/grammar.c \\\n\tparser\/nonterm.c \\\n\tparser\/lr.c \\\n\tparser\/parser.c \\\n\tparser\/production.c \\\n\tparser\/symbol.c \\\n\tparser\/terminal.c\n\nHSRC = \\\n\tbase\/bitset.h \\\n\tbase\/dbg.h \\\n\tbase\/hashtab.h \\\n\tbase\/llist.h \\\n\tbase\/plist.h \\\n\tbase\/stack.h \\\n\tccl\/ccl.h \\\n\tphorward.tpl.h \\\n\tregex\/pregex.h \\\n\tstring\/string.h \\\n\tstring\/utf8.h \\\n\tunion\/union.h \\\n\txml\/xml.h \\\n\t$(PROTOFILE)\n\nOBJ = $(patsubst %.c,%.o,$(SRC))\n\nall: $(LIBPHORWARD) ptest\n\nptest: ptest.o $(LIBPHORWARD)\n\t$(CC) -o $@ ptest.o $(LIBPHORWARD)\n\n$(LIBPHORWARD): $(LIBHEADER) $(OBJ)\n\tar rv $@ $(OBJ)\n\nclean:\n\t-rm -f $(OBJ)\n\t-rm -f $(LIBPHORWARD)\n\t-rm -f ptest ptest.o\n\n# Prototypes Files\n$(PROTOFILE): $(SRC)\n\t$(PATHEXT) pproto $(SRC) >$@\n\n# Library Header\n$(LIBHEADER): $(HSRC)\n\t$(PATHEXT) pinclude phorward.tpl.h >$@\n\n# Variant Data Type Modules (generated from definitions in var.h comments)\nunion\/union.get.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_get=1 union\/union.h >$@\n\nunion\/union.set.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_set=1 union\/union.h >$@\n\nunion\/union.conv.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_conv=1 union\/union.h >$@\n\n","old_contents":"# This is a plain Makefile for general Phorward Foundation Toolkit development. \n# It should compile libphorward.a quickly and out of the box without autotools.\n\nCFLAGS += -g -DDEBUG -DUNICODE -DUTF8 -I.\n\nLIBPHORWARD = libphorward.a\nPROTOFILE =\tproto.h\nLIBHEADER = phorward.h\nPATHEXT = PATH=\"..\/run:$(PATH)\"\n\nSRC = \\\n\tbase\/bitset.c \\\n\tbase\/dbg.c \\\n\tbase\/hashtab.c \\\n\tbase\/llist.c \\\n\tbase\/plist.c \\\n\tbase\/memory.c \\\n\tbase\/stack.c \\\n\tccl\/ccl.c \\\n\tregex\/dfa.c \\\n\tregex\/direct.c \\\n\tregex\/misc.c \\\n\tregex\/nfa.c \\\n\tregex\/pattern.c \\\n\tregex\/pregex.c \\\n\tregex\/range.c \\\n\tregex\/ref.c \\\n\tstring\/convert.c \\\n\tstring\/string.c \\\n\tstring\/utf8.c \\\n\tutil\/base64.c \\\n\tutil\/system.c \\\n\tunion\/union.c \\\n\tunion\/union.conv.c \\\n\tunion\/union.get.c \\\n\tunion\/union.set.c \\\n\txml\/xml.c \\\n\t\\\n\tparser\/error.c \\\n\tparser\/grammar.c \\\n\tparser\/nonterm.c \\\n\tparser\/lr.c \\\n\tparser\/parser.c \\\n\tparser\/production.c \\\n\tparser\/symbol.c \\\n\tparser\/terminal.c\n\nHSRC = \\\n\tbase\/bitset.h \\\n\tbase\/dbg.h \\\n\tbase\/hashtab.h \\\n\tbase\/llist.h \\\n\tbase\/plist.h \\\n\tbase\/stack.h \\\n\tccl\/ccl.h \\\n\tphorward.tpl.h \\\n\tregex\/pregex.h \\\n\tstring\/string.h \\\n\tstring\/utf8.h \\\n\tunion\/union.h \\\n\txml\/xml.h \\\n\t$(PROTOFILE)\n\nOBJ = $(patsubst %.c,%.o,$(SRC))\n\nall: $(LIBPHORWARD) ptest\n\nptest: ptest.o $(LIBPHORWARD)\n\t$(CC) -o $@ ptest.o $(LIBPHORWARD)\n\n$(LIBPHORWARD): $(LIBHEADER) $(OBJ)\n\tar rv $@ $(OBJ)\n\nclean:\n\t-rm -f $(OBJ)\n\t-rm -f $(LIBPHORWARD)\n\t-rm -f ptest ptest.o\n\n# Prototypes Files\n$(PROTOFILE): $(SRC)\n\t$(PATHEXT) pproto $(SRC) >$@\n\n# Library Header\n$(LIBHEADER): $(HSRC)\n\t$(PATHEXT) pinclude phorward.tpl.h >$@\n\n# Variant Data Type Modules (generated from definitions in var.h comments)\nunion\/union.get.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_get=1 union\/union.h >$@\n\nunion\/union.set.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_set=1 union\/union.h >$@\n\nunion\/union.conv.c: union\/union.h union\/union.gen.awk\n\t$(AWK) -f union\/union.gen.awk -vwith_conv=1 union\/union.h >$@\n\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"473f9a378d7fb9a247b1f1d10ef9f5b9cb6b516d","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/eval\/baseline\/cost-by-storage-type\/storage-cost-by-types.gnuplot","new_file":"mtdb\/eval\/baseline\/cost-by-storage-type\/storage-cost-by-types.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n## Get min and max values\n## GPVAL_DATA_[X|Y]_[MIN|MAX]\n#set terminal unknown\n#set xdata time\n#set timefmt \"%Y-%m-%d-%H:%M:%S\"\n#plot \\\n#FN_IN u 2:3 w points not\n\nset terminal pdfcairo enhanced size 2.4in, 1.5in\nset output FN_OUT\n\nset tmargin at screen 0.995\nset bmargin at screen 0.205\nset lmargin at screen 0.192\nset rmargin at screen 0.945\n\n#set xlabel \"SStable gen ID\" #offset 0,0.3\nset ylabel \"Cost ($\/Month)\" offset 1.2,0\n\nCOST_OTHER=401.3691667\n\nset border (2) back lc rgb \"#808080\"\n#set xtics nomirror scale 0.5,0 tc rgb \"black\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" format \"%.0f\" (0, COST_OTHER, 800, 1200)\nset tics front\nset noxtics\n\nset xrange [-0.5:3.8]\nset yrange [0:]\n\nset style fill solid 0.6 #noborder\n\nset linetype 1 lc rgb \"blue\"\nset linetype 2 lc rgb \"#a52a2a\"\nset linetype 3 lc rgb \"red\"\n\n# X axis\nset arrow from -0.5,0 to 2.5, 0 nohead front lc rgb \"#808080\"\n\n# Other cost line\nset arrow from -0.5,COST_OTHER to 2.5,COST_OTHER nohead front lt 0 lw 4\n\nCOST_LOCAL_SSD=844.1333333\n\nx0=2.9\ny0=COST_OTHER + COST_LOCAL_SSD\nset arrow from x0,0 to x0,y0 nohead front lc rgb \"#808080\"\n\nx1=x0-0.05\nx2=x0+0.05\nset arrow from x1, 0 to x2, 0 nohead front lc rgb \"#808080\"\nset arrow from x1,COST_OTHER to x2,COST_OTHER nohead front lc rgb \"#808080\"\nset arrow from x1, y0 to x2, y0 nohead front lc rgb \"#808080\"\n\nx3=x0+0.1\ny1 = COST_OTHER \/ 2 + 60\nset label \"CPU +\\nMemory\" at x3, y1\ny2 = COST_OTHER + (COST_LOCAL_SSD \/ 2)\nset label \"Storage\" at x3, y2\n\nset label \"EBS\\nMag\" at 0, 0 center offset 0,-0.8 tc rgb \"blue\"\nset label \"EBS\\nSSD\" at 1, 0 center offset 0,-0.8 tc rgb \"#a52a2a\"\nset label \"Local\\nSSD\" at 2, 0 center offset 0,-0.8 tc rgb \"red\"\n\n# boxxyerrorbars parameters\n# x y xlow xhigh ylow yhigh\nBOX_WIDTH=0.4\n\nplot \\\nFN_IN u 0:(COST_OTHER):($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(COST_OTHER):($2+COST_OTHER):($0+1) w boxxyerrorbars lc variable not, \\\nFN_IN u 0:(0) :($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(0) :(COST_OTHER) w boxxyerrorbars lc \"#A0A0A0\" not\n\n#FN_IN u 0:2:2:($0+1) w labels offset 0,0.5 tc variable not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n## Get min and max values\n## GPVAL_DATA_[X|Y]_[MIN|MAX]\n#set terminal unknown\n#set xdata time\n#set timefmt \"%Y-%m-%d-%H:%M:%S\"\n#plot \\\n#FN_IN u 2:3 w points not\n\nset terminal pdfcairo enhanced size 2.4in, 1.5in\nset output FN_OUT\n\nset tmargin at screen 0.995\nset bmargin at screen 0.205\nset lmargin at screen 0.192\nset rmargin at screen 0.945\n\n#set xlabel \"SStable gen ID\" #offset 0,0.3\nset ylabel \"Cost ($\/Month)\" offset 1.2,0\n\nCOST_OTHER=401.3691667\n\nset border (2) back lc rgb \"#808080\"\n#set xtics nomirror scale 0.5,0 tc rgb \"black\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" format \"%.0f\" (0, COST_OTHER, 800, 1200)\nset tics front\nset noxtics\n\nset xrange [-0.5:3.8]\nset yrange [0:]\n\nset style fill solid 0.6 #noborder\n\nset linetype 1 lc rgb \"blue\"\nset linetype 2 lc rgb \"#a52a2a\"\nset linetype 3 lc rgb \"red\"\n\n# X axis\nset arrow from -0.5,0 to 2.5, 0 nohead front lc rgb \"#808080\"\n\n# Other cost line\nset arrow from -0.5,COST_OTHER to 2.5,COST_OTHER nohead front lt 0\n\nCOST_LOCAL_SSD=844.1333333\n\nx0=2.9\ny0=COST_OTHER + COST_LOCAL_SSD\nset arrow from x0,0 to x0,y0 nohead front lc rgb \"#808080\"\n\nx1=x0-0.05\nx2=x0+0.05\nset arrow from x1, 0 to x2, 0 nohead front lc rgb \"#808080\"\nset arrow from x1,COST_OTHER to x2,COST_OTHER nohead front lc rgb \"#808080\"\nset arrow from x1, y0 to x2, y0 nohead front lc rgb \"#808080\"\n\nx3=x0+0.1\ny1 = COST_OTHER \/ 2 + 60\nset label \"CPU +\\nMemory\" at x3, y1\ny2 = COST_OTHER + (COST_LOCAL_SSD \/ 2)\nset label \"Storage\" at x3, y2\n\nset label \"EBS\\nMag\" at 0, 0 center offset 0,-0.8 tc rgb \"blue\"\nset label \"EBS\\nSSD\" at 1, 0 center offset 0,-0.8 tc rgb \"#a52a2a\"\nset label \"Local\\nSSD\" at 2, 0 center offset 0,-0.8 tc rgb \"red\"\n\n# boxxyerrorbars parameters\n# x y xlow xhigh ylow yhigh\nBOX_WIDTH=0.4\n\nplot \\\nFN_IN u 0:(COST_OTHER):($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(COST_OTHER):($2+COST_OTHER):($0+1) w boxxyerrorbars lc variable not, \\\nFN_IN u 0:(0) :($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(0) :(COST_OTHER) w boxxyerrorbars lc \"#A0A0A0\" not\n\n#FN_IN u 0:2:2:($0+1) w labels offset 0,0.5 tc variable not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"fb792ac850fd345416cfcf6afd648d43b9c8ef91","subject":"Fix label on edge cut plot","message":"Fix label on edge cut plot\n","repos":"SCOREC\/EnGPar-Docs,SCOREC\/EnGPar-Docs","old_file":"plots\/aepw_edgeCut_collapse_results\/plot_ecut.gp","new_file":"plots\/aepw_edgeCut_collapse_results\/plot_ecut.gp","new_contents":"if (!exists(\"prefix\")) exit\nset xrange [-0.25:3.25]\nset yrange [10000000:36000000]\nset xlabel \"Processes\" font \",40\"\nset ylabel \"Total Edge Cut\" font \",40\"\nset term postscript eps color blacktext \"Helvetica\" 20\nset output \"ecut_v_cores.eps\"\nset key left top font \",15\" samplen 4 spacing 2\nset style line 1 lc rgb '#e41a1c' lt 1 lw 7 pt 7 ps 3.5\nset style line 2 lc rgb '#377eb8' lt 1 lw 7 pt 9 ps 3.5\nset style line 3 lc rgb '#4daf4a' lt 1 lw 7 pt 5 ps 3.5\nset style line 4 lc rgb '#984ea3' lt 1 lw 7 pt 3 ps 3.5\nset style line 5 lc rgb '#ff7f00' lt 1 lw 7 pt 1 ps 3.5\nset style line 6 lc rgb '#ffff33' lt 1 lw 7 pt 11 ps 3.5\nset style line 7 lc rgb '#a65628' lt 1 lw 7 pt 13 ps 3.5\nset style line 8 lc rgb '#f781bf' lt 1 lw 7 pt 15 ps 3.5\n\nplot prefix.\"\/edgecut_v_cores.dat\" using 2:xticlabels(1) with lp title 'Initial' ls 1, \\\n \"\" using 3:xticlabels(1) with lp title 'Off' ls 2, \\\n \"\" using 6:xticlabels(1) with lp title '1.2' ls 3 , \\\n \"\" using 7:xticlabels(1) with lp title '1.0' ls 4 , \\\n \"\" using 8:xticlabels(1) with lp title '0.8' ls 5 , \\\n \"\" using 9:xticlabels(1) with lp title '0.5' ls 8 , \\\n \n","old_contents":"if (!exists(\"prefix\")) exit\nset xrange [-0.25:3.25]\nset yrange [10000000:36000000]\nset xlabel \"Processes\" font \",40\"\nset ylabel \"Total Edge Cut\" font \",40\"\nset term postscript eps color blacktext \"Helvetica\" 20\nset output \"ecut_v_cores.eps\"\nset key left top font \",15\" samplen 4 spacing 2\nset style line 1 lc rgb '#e41a1c' lt 1 lw 7 pt 7 ps 3.5\nset style line 2 lc rgb '#377eb8' lt 1 lw 7 pt 9 ps 3.5\nset style line 3 lc rgb '#4daf4a' lt 1 lw 7 pt 5 ps 3.5\nset style line 4 lc rgb '#984ea3' lt 1 lw 7 pt 3 ps 3.5\nset style line 5 lc rgb '#ff7f00' lt 1 lw 7 pt 1 ps 3.5\nset style line 6 lc rgb '#ffff33' lt 1 lw 7 pt 11 ps 3.5\nset style line 7 lc rgb '#a65628' lt 1 lw 7 pt 13 ps 3.5\nset style line 8 lc rgb '#f781bf' lt 1 lw 7 pt 15 ps 3.5\n\nplot prefix.\"\/edgecut_v_cores.dat\" using 2:xticlabels(1) with lp title 'Initial' ls 1, \\\n \"\" using 3:xticlabels(1) with lp title 'Off' ls 2, \\\n \"\" using 6:xticlabels(1) with lp title '1.2' ls 3 , \\\n \"\" using 7:xticlabels(1) with lp title '1.0' ls 4 , \\\n \"\" using 8:xticlabels(1) with lp title '0.8' ls 5 , \\\n \"\" using 9:xticlabels(1) with lp title '0.8' ls 8 , \\\n \n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"635c05dd2f28314f5f80e7028514164dc8d37fd1","subject":"Caused the labels on the small plots to be drawn vertically instead of horizontally so they no longer overlap.","message":"Caused the labels on the small plots to be drawn vertically instead of\nhorizontally so they no longer overlap.\n\nThis eye-strain-lessening patch contributed by Vladimir Merzliakov. Thanks!\n\n\ngit-svn-id: a4a6f32337ebd29ad4763b423022f00f68d1c7b7@14632 91177308-0d34-0410-b5e6-96231b3b80d8\n","repos":"lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx,lodyagin\/bare_cxx","old_file":"NightlyTest.gnuplot","new_file":"NightlyTest.gnuplot","new_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset xtics rotate by 90\nset xlabel 0,-1\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset xtics norotate\nset xlabel 0,0\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","old_contents":"set terminal png\n\n##------- Plot small Date vs LOC ----\nset output \"running_loc.png\"\nset xlabel \"Date\" \nset ylabel \"Lines of Code\"\nset xdata time\nset timefmt \"%Y-%m-%d:\"\nset format x \"%b %d, %Y\"\n\n## Various labels for the graph\nset label \"Reoptimizer\\n checkins\" at \"2003-02-18:\", 114000\nset label \"Modulo Sched\\n checkin\" at \"2003-03-28:\", 119500\nset label \"Reoptimizer\\n checkins\" at \"2003-06-01:\", 134000\nset label \"'dummy'\\nfunction\" at \"2003-07-20:\", 150000\nset label \"Reoptimizer\\n removal\" at \"2003-08-10:\", 132000\nset label \"llvm-db\\ncheckin\" at \"2004-01-04:\", 145000\nset label \"llvm\/projects\" at \"2004-01-04:\", 151000\n\nset size .75,.75\nplot \"running_loc.txt\" using 1:2 title '' with lines, \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n##------- Plot large Date vs LOC ----\nset size 1.5,1.5\nset output \"running_loc_large.png\"\nplot \"running_loc.txt\" using 1:2 title '', \\\n \"running_loc.txt\" using 1:2 title \"Date vs. Lines of Code\" with lines\n\n\n# Delete all labels...\nset nolabel\n\n##------- Olden CBE performance ----\n\nset size .75,.75\nset output \"running_Olden_cbe_time.png\"\nset ylabel \"CBE compiled execution time (s)\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_cbe_time_large.png\"\nplot \"running_Olden_cbe_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_cbe_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden JIT performance ----\n\nset size .75,.75\nset output \"running_Olden_jit_time.png\"\nset ylabel \"JIT execution time (s)\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_jit_time_large.png\"\nplot \"running_Olden_jit_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_jit_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_jit_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n##------- Olden LLC performance ----\n\nset size .75,.75\nset output \"running_Olden_llc_time.png\"\nset ylabel \"LLC compiled execution time (s)\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_llc_time_large.png\"\nplot \"running_Olden_llc_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_llc_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_llc_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Olden optimizer time ----\n\nset size .75,.75\nset output \"running_Olden_opt_time.png\"\nset ylabel \"Time to run the optimizer (s)\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_opt_time_large.png\"\nplot \"running_Olden_opt_time.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_opt_time.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_opt_time.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Machine code size ----\n\nset size .75,.75\nset output \"running_Olden_machcode.png\"\nset ylabel \"Program machine code size (bytes)\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_machcode_large.png\"\nplot \"running_Olden_machcode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_machcode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_machcode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\n\n##------- Bytecode size ----\n\nset size .75,.75\nset output \"running_Olden_bytecode.png\"\nset ylabel \"Program bytecode size (bytes)\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n\nset size 1.5,1.5\nset output \"running_Olden_bytecode_large.png\"\nplot \"running_Olden_bytecode.txt\" u 1:2 t '' with lines, \\\n \"running_Olden_bytecode.txt\" u 1:2 t \"bh\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:3 t \"bisort\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:4 t \"em3d\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:5 t \"health\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:6 t \"mst\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:7 t \"perimeter\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:8 t \"power\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:9 t \"treeadd\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:10 t \"tsp\" with lines, \\\n \"running_Olden_bytecode.txt\" u 1:11 t \"voronoi\" \\\n with lines\n","returncode":0,"stderr":"","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"2b3d6137a12992756a65097a977a0bd0fb24933a","subject":"Fixed it \"set yticks 1\" causes gnuplot to hang.","message":"Fixed it \"set yticks 1\" causes gnuplot to hang.\n","repos":"hickerson\/bbn,hickerson\/bbn,hickerson\/bbn,hickerson\/bbn","old_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_file":"alterBBN\/alterbbn_v1.7\/ratios.gnu","new_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.8 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 2.0 #inch height of individual plots\nmpl_width = 3.0 #inch width of individual plots\nmpl_dx = 0.3 #inch inter-plot horizontal spacing\nmpl_dy = 0.3 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\n#set terminal latex\nset terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 14\nset encoding iso_8859_1\nset tics scale 1.5\n\nset output 'bbn-fierz.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [ -0.2 : 0.2 ] noreverse nowriteback\n#set xrange [-4:4]\nset xlabel 'Fierz b'\n#set format x ''\nset xtics 1\nset mxtics 10\n\n# start plotting\nset multiplot\n\n\n#-----------------------------------------------\n# Yp\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'BBN from Fierz'\nset xlabel ''\n\nset yrange [ 0.22 : 0.27 ] noreverse nowriteback\n\nset ylabel \"Yp\"\nset format y \"%f\"\n#set ytics mirror 1\n#set ytics 10\nset mytics 5\n\nplot 'fierz-study.dat' u 1:3:2 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:3 lt -1 notitle, '' u 1:2 lt -1 notitle; \n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:6 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n#-----------------------------------------------\n# D\/H and He3\/H\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(2)\nset bmargin at screen bot(2)\n\nset title ''\nset xlabel ''\n\nset yrange [ 1e-6 : 1e-4 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"He3\/H\\t\\t\\tD\/H\"\nset format y \"%1.E0\"\nset mytics 10\n\nplot 'fierz-study.dat' u 1:5:4 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:5 lt 1 notitle, '' u 1:4 lt 1 notitle;\nplot 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:7 lt 2 notitle, '' u 1:6 lt 2 notitle;\n#plot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n\n#-----------------------------------------------\n# Li7\/H\n# subplot 1-1\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(1)\nset bmargin at screen bot(1)\n\nset title ''\nset xlabel 'Fierz b'\n\nset yrange [ 1e-10 : 1e-9 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"Li7\/H\"\nset format y \"%1.E0\"\n#set ytics mirror 1\n#set ytics 1\nset mytics 10\n\nplot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n#plot 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle;\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\nunset multiplot;\n","old_contents":"# BBN ratios plotter\nmpl_top = 0.4 #inch outer top margin, title goes here\nmpl_bot = 0.7 #inch outer bottom margin, x label goes here\nmpl_left = 0.8 #inch outer left margin, y label goes here\nmpl_right = 0.1 #inch outer right margin, y2 label goes here\nmpl_height = 2.0 #inch height of individual plots\nmpl_width = 3.0 #inch width of individual plots\nmpl_dx = 0.3 #inch inter-plot horizontal spacing\nmpl_dy = 0.3 #inch inter-plot vertical spacing\nmpl_ny = 3 #number of rows\nmpl_nx = 1 #number of columns\n\n# calculate full dimensions\nxsize = mpl_left+mpl_right+(mpl_width*mpl_nx)+(mpl_nx-1)*mpl_dx\nysize = mpl_top+mpl_bot+(mpl_ny*mpl_height)+(mpl_ny-1)*mpl_dy\n\n# placement functions\n# rows are numbered from bottom to top\nbot(n) = (mpl_bot+(n-1)*mpl_height+(n-1)*mpl_dy)\/ysize\ntop(n) = 1-((mpl_top+(mpl_ny-n)*(mpl_height+mpl_dy))\/ysize)\n# columns are numbered from left to right\nleft(n) = (mpl_left+(n-1)*mpl_width+(n-1)*mpl_dx)\/xsize\nright(n) = 1-((mpl_right+(mpl_nx-n)*(mpl_width+mpl_dx))\/xsize)\n\n#set terminal latex\nset terminal postscript eps enhanced color dl 2.0 size xsize,ysize \"Helvetica\" 14\nset encoding iso_8859_1\nset tics scale 1.5\n\nset output 'bbn-fierz.eps'\n\nset offsets\nset autoscale fix\nset size 1,1\nset nokey\n\n# define x-axis settings for all subplots\nset xrange [ -0.1 : 0.1 ] noreverse nowriteback\n#set xrange [-4:4]\nset xlabel 'Fierz b'\n#set format x ''\nset xtics 1\nset mxtics 10\n\n# start plotting\nset multiplot\n\n\n#-----------------------------------------------\n# Yp\n# subplot 1-3\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(3)\nset bmargin at screen bot(3)\n\nset title 'BBN from Fierz'\nset xlabel ''\n\nset yrange [ 0.22 : 0.27 ] noreverse nowriteback\n\nset ylabel \"Yp\"\nset format y \"%f\"\n#set ytics mirror 1\n#set ytics 10\nset mytics 5\n\nplot 'fierz-study.dat' u 1:3:2 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:3 lt -1 notitle, '' u 1:2 lt -1 notitle; \n# 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:6 lt -1 notitle, '' u 1:7 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n#-----------------------------------------------\n# D\/H\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(2)\nset bmargin at screen bot(2)\n\nset title ''\nset xlabel ''\n\nset yrange [ 1e-6 : 1e-4 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"He3\/H\\t\\t\\tD\/H\"\nset format y \"%1.E0\"\n#set ytics mirror 1\nset ytics 1\nset mytics 10\n\nplot 'fierz-study.dat' u 1:5:4 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:5 lt 1 notitle, '' u 1:4 lt 1 notitle;\nplot 'fierz-study.dat' u 1:6:7 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:7 lt 2 notitle, '' u 1:6 lt 2 notitle;\n#plot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\n# 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle, \\\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\n\n\n#-----------------------------------------------\n# D\/H\n# subplot 1-2\n# set horizontal margins for first column\nset lmargin at screen left(1)\nset rmargin at screen right(1)\n# set horizontal margins for third row (top)\nset tmargin at screen top(1)\nset bmargin at screen bot(1)\n\nset title ''\nset xlabel 'Fierz b'\n\nset yrange [ 1e-10 : 1e-9 ] noreverse nowriteback\nset logscale y 10\n\nset ylabel \"Li7\/H\"\nset format y \"%1.E0\"\n#set ytics mirror 1\n#set ytics 1\nset mytics 10\n\nplot 'fierz-study.dat' u 1:8:9 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:8 lt -1 notitle, '' u 1:9 lt -1 notitle;\nplot 'fierz-study.dat' u 1:10:11 \"%lf %lf %lf\" w filledcu, \\\n '' u 1:10 lt -1 notitle, '' u 1:11 lt -1 notitle;\n# 'fierz-study.dat' u 1:12:13 \"%lf %lf %lf\" w filledcu, \\\n# '' u 1:12 lt -1 notitle, '' u 1:13 lt -1 notitle \\\n#;\n\nunset multiplot;\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"56f7a7e43ae0f5710a483586abd1ddc387c9b4e8","subject":"adding ecrouzala among the BOINC users to boinc_software\/monitor-boinc-server\/submissions\/archive\/plotData_period.gnu","message":"adding ecrouzala among the BOINC users to boinc_software\/monitor-boinc-server\/submissions\/archive\/plotData_period.gnu\n","repos":"SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk,SixTrack\/SixDesk","old_file":"boinc_software\/monitor-boinc-server\/submissions\/archive\/plotData_period.gnu","new_file":"boinc_software\/monitor-boinc-server\/submissions\/archive\/plotData_period.gnu","new_contents":"reset\n\n# ------------------------------------------------------------------------------\n# user defined vars\n# ------------------------------------------------------------------------------\n\n# files\ngrepFiles='201[7-8]-??\/submit*.dat'\niFileName='submitAll.dat'\ngrepFilesAssimilated='201[7-8]-??\/assimilate*.dat'\niFileNameAssimilated='assimilateAll.dat'\n\n# last 24h\nrightNow=system('date +\"%FT%T\"')\nlast24H=system('date -d \"yesterday 13:00 \" '.\"'+%Y-%m-%d'\").\"T\".system('date +\"%T\"')\ntMin=last24H\ntMax=rightNow\ntStep=1*3600\n\n# time interval\n# AM -> tMin='2017-05-23T00:00:00'\n# AM -> tMin='2017-06-15T00:00:00'\ntMin='2017-12-10T00:00:00'\n# AM -> tMax='2017-08-25T00:00:00'\ntStep=3600*24\n\n# typical enlarged window size: 1900,400\n# trigger use of png or interactive windows: 0: png, 1: interactive\nlinteractive=0\nlprintDate=0 # 0: no date\/time in png name; 1: date\/time in png name\nxSizeWdw=1600#regular: 1000\nySizeWdw=400#regular: 400\nlLog=0 # 1: log y-axis; 0: linear y-axis\n\nif ( lprintDate==0 ) {\nrightNowPNG=''\n} else {\nrightNowPNG=system('date +\"_%F_%H-%M-%S\"')\n}\n\n# ------------------------------------------------------------------------------\n# actual script\n# ------------------------------------------------------------------------------\n\n# retrieve data\nsystem('awk -v \"tMin='.tMin.'\" -v tMax=\"'.tMax.'\" '.\"'{if ($1!=\\\"#\\\") {if (tMin<$1 && $1<tMax) {print ($0)}}}' \".grepFiles.' > '.iFileName)\nsystem('awk -v \"tMin='.tMin.'\" -v tMax=\"'.tMax.'\" '.\"'{if ($1!=\\\"#\\\") {tStamp=$1\\\"T\\\"$2; if (tMin<=tStamp && tStamp<=tMax) {print ($1\\\"T\\\"$2,$3,$4,$5)}}}' \".grepFilesAssimilated.' > '.iFileNameAssimilated)\n# AM -> system('awk -v \"tMin='.tMin.'\" '.\"'{if (tMin<$1) {print ($0)}}' \".grepFiles.' > '.iFileName)\n\n# echo runners\nsystem( \"awk '{if ($1!=\\\"#\\\") {print ($6,$4)}}' \".iFileName.\" | sort -k 1 | awk '{if (NR==1) {oldOwner=$1} else {if ($1!=oldOwner) {print (tot,oldOwner); totot+=tot; tot=0; oldOwner=$1;}} tot+=$2}END{print (tot,oldOwner); totot+=tot; print(\\\"total:\\\",totot)}'\" )\n\nset xdata time\nset timefmt '%Y-%m-%dT%H:%M:%S'\nset format x '%Y-%m-%d %H:%M'\nset xtics rotate by 90 tStep right\nset key outside horizontal\nset grid\n\ncurrTitle='submitted WUs'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/submissionCumulative'.rightNowPNG.'.png'\n} else {\nset term qt 10 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset ylabel 'submitted WUs [10^3]'\nif ( lLog==1 ) {\nset logscale y\nset grid xtics ytics mxtics mytics\nset grid layerdefault linetype -1 linecolor rgb \"gray\" linewidth 0.200, linetype 0 linecolor rgb \"gray\" linewidth 0.200\nset format y '10^{%L}'\nset mytics 10\n}\n\nplot \\\n \"< awk '{if ($6==\\\"mcrouch\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'black' title 'mcrouch',\\\n \"< awk '{if ($6==\\\"ynosochk\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'dark-green' title 'ynosochk',\\\n \"< awk '{if ($6==\\\"emaclean\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'green' title 'emaclean',\\\n \"< awk '{if ($6==\\\"fvanderv\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'blue' title 'fvanderv',\\\n \"< awk '{if ($6==\\\"kaltchev\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'magenta' title 'kaltchev',\\\n \"< awk '{if ($6==\\\"phermes\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'cyan' title 'phermes',\\\n \"< awk '{if ($6==\\\"nkarast\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'orange' title 'nkarast',\\\n \"< awk '{if ($6==\\\"dpellegr\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'pink' title 'dpellegr',\\\n \"< awk '{if ($6==\\\"ecruzala\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'navy' title 'ecruzala',\\\n \"< awk '{if ($6==\\\"amereghe\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'purple' title 'amereghe',\\\n \"< awk '{if ($6==\\\"rdemaria\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'yellow' title 'rdemaria',\\\n \"< awk '{if ($6==\\\"jbarranc\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'dark-blue' title 'jbarranc',\\\n \"< awk '{if ($6==\\\"giovanno\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'gold' title 'giovanno',\\\n \"< awk '{if ($6==\\\"mcintosh\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'violet' title 'mcintosh',\\\n \"< awk '{if ($6==\\\"skostogl\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'dark-red' title 'skostogl',\\\n \"< awk '{if ($6==\\\"-\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'red' title '-'\n#\nif (lLog==1){\nunset logscale y\nset format y '%g'\nunset mytics\n}\n \ncurrTitle='overview'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/overviewCumulative'.rightNowPNG.'.png'\n} else {\nset term qt 11 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset ylabel 'WUs [10^3]'\nplot \\\n \"< awk '{tot+=$4; print ($1,tot)}' \".iFileName index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'red' title 'submitted',\\\n \"< awk '{tot+=$3; print ($1,tot)}' \".iFileNameAssimilated index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'blue' title 'assimilated'\n","old_contents":"reset\n\n# ------------------------------------------------------------------------------\n# user defined vars\n# ------------------------------------------------------------------------------\n\n# files\ngrepFiles='2017-??\/submit*.dat'\niFileName='submitAll.dat'\ngrepFilesAssimilated='2017-??\/assimilate*.dat'\niFileNameAssimilated='assimilateAll.dat'\n\n# last 24h\nrightNow=system('date +\"%FT%T\"')\nlast24H=system('date -d \"yesterday 13:00 \" '.\"'+%Y-%m-%d'\").\"T\".system('date +\"%T\"')\ntMin=last24H\ntMax=rightNow\ntStep=1*3600\n\n# time interval\n# AM -> tMin='2017-05-23T00:00:00'\ntMin='2017-06-15T00:00:00'\n# AM -> tMax='2017-01-27T00:00:00'\ntStep=3600*24\n\n# typical enlarged window size: 1900,400\n# trigger use of png or interactive windows: 0: png, 1: interactive\nlinteractive=0\nlprintDate=0 # 0: no date\/time in png name; 1: date\/time in png name\nxSizeWdw=1400#regular: 1000\nySizeWdw=400#regular: 400\nlLog=0 # 1: log y-axis; 0: linear y-axis\n\nif ( lprintDate==0 ) {\nrightNowPNG=''\n} else {\nrightNowPNG=system('date +\"_%F_%H-%M-%S\"')\n}\n\n# ------------------------------------------------------------------------------\n# actual script\n# ------------------------------------------------------------------------------\n\n# retrieve data\nsystem('awk -v \"tMin='.tMin.'\" -v tMax=\"'.tMax.'\" '.\"'{if ($1!=\\\"#\\\") {if (tMin<$1 && $1<tMax) {print ($0)}}}' \".grepFiles.' > '.iFileName)\nsystem('awk -v \"tMin='.tMin.'\" -v tMax=\"'.tMax.'\" '.\"'{if ($1!=\\\"#\\\") {tStamp=$1\\\"T\\\"$2; if (tMin<=tStamp && tStamp<=tMax) {print ($1\\\"T\\\"$2,$3,$4,$5)}}}' \".grepFilesAssimilated.' > '.iFileNameAssimilated)\n# AM -> system('awk -v \"tMin='.tMin.'\" '.\"'{if (tMin<$1) {print ($0)}}' \".grepFiles.' > '.iFileName)\n\n# echo runners\nsystem( \"awk '{if ($1!=\\\"#\\\") {print ($6,$4)}}' \".iFileName.\" | sort -k 1 | awk '{if (NR==1) {oldOwner=$1} else {if ($1!=oldOwner) {print (tot,oldOwner); totot+=tot; tot=0; oldOwner=$1;}} tot+=$2}END{print (tot,oldOwner); totot+=tot; print(\\\"total:\\\",totot)}'\" )\n\nset xdata time\nset timefmt '%Y-%m-%dT%H:%M:%S'\nset format x '%Y-%m-%d %H:%M'\nset xtics rotate by 90 tStep right\nset key outside horizontal\nset grid\n\ncurrTitle='submitted WUs'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/submissionCumulative'.rightNowPNG.'.png'\n} else {\nset term qt 10 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset ylabel 'submitted WUs [10^3]'\nif ( lLog==1 ) {\nset logscale y\nset grid xtics ytics mxtics mytics\nset grid layerdefault linetype -1 linecolor rgb \"gray\" linewidth 0.200, linetype 0 linecolor rgb \"gray\" linewidth 0.200\nset format y '10^{%L}'\nset mytics 10\n}\n\nplot \\\n \"< awk '{if ($6==\\\"mcrouch\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'black' title 'mcrouch',\\\n \"< awk '{if ($6==\\\"ynosochk\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'dark-green' title 'ynosochk',\\\n \"< awk '{if ($6==\\\"emaclean\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'green' title 'emaclean',\\\n \"< awk '{if ($6==\\\"fvanderv\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'blue' title 'fvanderv',\\\n \"< awk '{if ($6==\\\"kaltchev\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'magenta' title 'kaltchev',\\\n \"< awk '{if ($6==\\\"phermes\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'cyan' title 'phermes',\\\n \"< awk '{if ($6==\\\"nkarast\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'orange' title 'nkarast',\\\n \"< awk '{if ($6==\\\"dpellegr\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'pink' title 'dpellegr',\\\n \"< awk '{if ($6==\\\"amereghe\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'purple' title 'amereghe',\\\n \"< awk '{if ($6==\\\"rdemaria\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'yellow' title 'rdemaria',\\\n \"< awk '{if ($6==\\\"jbarranc\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'dark-blue' title 'jbarranc',\\\n \"< awk '{if ($6==\\\"giovanno\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'gold' title 'giovanno',\\\n \"< awk '{if ($6==\\\"mcintosh\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'violet' title 'mcintosh',\\\n \"< awk '{if ($6==\\\"skostogl\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'dark-red' title 'skostogl',\\\n \"< awk '{if ($6==\\\"-\\\") {tot+=$4; print ($1,$3,tot)}}' \".iFileName index 0 using 1:($3\/1000) with steps lt 1 lw 3 lc rgb 'red' title '-'\n#\nif (lLog==1){\nunset logscale y\nset format y '%g'\nunset mytics\n}\n \ncurrTitle='overview'\nif ( linteractive==0 ) {\nset term png font \"Times-Roman\" size xSizeWdw,ySizeWdw notransparent enhanced\nset output '\/home\/amereghe\/Downloads\/boincStatus\/overviewCumulative'.rightNowPNG.'.png'\n} else {\nset term qt 11 title currTitle font \"Times-Roman\" size xSizeWdw,ySizeWdw\n}\nset ylabel 'WUs [10^3]'\nplot \\\n \"< awk '{tot+=$4; print ($1,tot)}' \".iFileName index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'red' title 'submitted',\\\n \"< awk '{tot+=$3; print ($1,tot)}' \".iFileNameAssimilated index 0 using 1:($2\/1000) with steps lt 1 lw 3 lc rgb 'blue' title 'assimilated'\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"38b36dff3ae4ad350bd52b6a686b8ef2e283e32a","subject":"Simplify gnuplot script.","message":"Simplify gnuplot script.\n","repos":"jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics","old_file":"org.jenetics\/src\/test\/scripts\/diagram\/ExecutionTimeTermination.gp","new_file":"org.jenetics\/src\/test\/scripts\/diagram\/ExecutionTimeTermination.gp","new_contents":"#!\/usr\/bin\/gnuplot -p\n\ndata = \"ExecutionTimeTermination.dat\"\n\nset terminal svg size 700,500 enhanced fname \"Times Roman\" fsize 11\nset output \"ExecutionTimeTermination.svg\"\n\nset grid\nset logscale x\nset logscale y\nset yrange[1:]\nset format y \" 10^{%L}\"\nset key right bottom\nset style fill empty\n\nset multiplot\nset size 1, 0.67\nset origin 0, 0.33\nset bmargin 0.1\nset format x \"\"\nset ylabel \"Total generation\" font \",12\"\n\nset lmargin 12\nset rmargin 4\n\nplot data using 1:7:9:10:8 with candlesticks lt rgb \"red\" notitle axes x1y1 whiskerbars, \\\n data using 1:6:6:6:6 with candlesticks lt rgb \"red\" lw 2 notitle axes x1y1, \\\n data using 1:2 with lines notitle lt rgb \"red\" axes x1y1\n\nunset title\nunset logscale y\nset autoscale y\nset ylabel \"Fitness\"\nset xlabel \"Execution time [ms]\" font \",12\"\nset bmargin\nset format x \"10^{%L}\"\nset size 1.0, 0.33\nset origin 0.0, 0.0\nset tmargin 1\nset format y \" %2.1f\"\n\nplot data using 1:(0.001*$11) with lines lt rgb \"blue\" notitle axes x1y1\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/gnuplot -p\n\ndata = \"ExecutionTimeTermination.dat\"\n\nset terminal svg size 700,500 enhanced fname \"Times Roman\" fsize 11\nset output \"ExecutionTimeTermination.svg\"\n\n#set loadpath '.'\n#load \"svg.cfg\"\n\nset grid\nset logscale x\nset logscale y\nset yrange[1:]\nset format y \" 10^{%L}\"\nset key right bottom\nset style fill empty\n\nset multiplot\nset size 1, 0.67\nset origin 0, 0.33\nset bmargin 0.1\nset format x \"\"\nset ylabel \"Total generation\" font \",12\"\n\nset lmargin 12\nset rmargin 4\n\n#f(x) = a*x + b\n#fit f(x) data using 1:9 via a, b\n#title_f(a,b) = sprintf('f(x) = %.2fx + %.2f', a, b)\n\nplot data using 1:7:9:10:8 with candlesticks lt rgb \"red\" notitle axes x1y1 whiskerbars, \\\n data using 1:6:6:6:6 with candlesticks lt rgb \"red\" lw 2 notitle axes x1y1, \\\n data using 1:2 with lines notitle lt rgb \"red\" axes x1y1 #, \\\n #f(x) title title_f(a, b)\n\nunset title\nunset logscale y\nset autoscale y\nset ylabel \"Fitness\"\nset xlabel \"Execution time [ms]\" font \",12\"\nset bmargin\nset format x \"10^{%L}\"\nset size 1.0, 0.33\nset origin 0.0, 0.0\nset tmargin 1\nset format y \" %2.1f\"\n\nplot data using 1:(0.001*$11) with lines lt rgb \"blue\" notitle axes x1y1\n\nunset multiplot\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"675d876a7e4ef63a6a7ae65e72cb178bbd822f2a","subject":"update","message":"update\n","repos":"hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src,hobinyoon\/apache-cassandra-2.2.3-src","old_file":"mtdb\/eval\/baseline\/cost-by-storage-type\/storage-cost-by-types.gnuplot","new_file":"mtdb\/eval\/baseline\/cost-by-storage-type\/storage-cost-by-types.gnuplot","new_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n## Get min and max values\n## GPVAL_DATA_[X|Y]_[MIN|MAX]\n#set terminal unknown\n#set xdata time\n#set timefmt \"%Y-%m-%d-%H:%M:%S\"\n#plot \\\n#FN_IN u 2:3 w points not\n\nset terminal pdfcairo enhanced size 2in, 1.5in\nset output FN_OUT\n\nset tmargin at screen 0.995\nset bmargin at screen 0.205\nset lmargin at screen 0.225\nset rmargin at screen 0.945\n\n#set xlabel \"SStable gen ID\" #offset 0,0.3\nset ylabel \"Cost ($\/Month)\" offset 1.2,0\n\nCOST_OTHER=401.3691667\n\nset border (2) back lc rgb \"#808080\"\n#set xtics nomirror scale 0.5,0 tc rgb \"black\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" format \"%.0f\" (0, COST_OTHER, 800, 1200)\nset tics front\nset noxtics\n\nset xrange [-0.5:3.8]\nset yrange [0:]\n\nset style fill solid 0.6 #noborder\n\nset linetype 1 lc rgb \"blue\"\nset linetype 2 lc rgb \"#a52a2a\"\nset linetype 3 lc rgb \"red\"\n\n# X axis\nset arrow from -0.5,0 to 2.5, 0 nohead front lc rgb \"#808080\"\n\n# Other cost line\nset arrow from -0.5,COST_OTHER to 2.5,COST_OTHER nohead front lt 0\n\nCOST_LOCAL_SSD=844.1333333\n\nx0=2.7\ny0=COST_OTHER + COST_LOCAL_SSD\nset arrow from x0,0 to x0,y0 nohead front lc rgb \"#808080\"\n\nx1=x0-0.1\nx2=x0+0.1\nset arrow from x1, 0 to x2, 0 nohead front lc rgb \"#808080\"\nset arrow from x1,COST_OTHER to x2,COST_OTHER nohead front lc rgb \"#808080\"\nset arrow from x1, y0 to x2, y0 nohead front lc rgb \"#808080\"\n\ny1 = COST_OTHER \/ 2\nset label \"Others\" at x2, y1\ny2 = COST_OTHER + (COST_LOCAL_SSD \/ 2)\nset label \"Storage\" at x2, y2\n\n\n\nset label \"EBS\\nMag\" at 0, 0 center offset 0,-0.8 tc rgb \"blue\"\nset label \"EBS\\nSSD\" at 1, 0 center offset 0,-0.8 tc rgb \"#a52a2a\"\nset label \"Local\\nSSD\" at 2, 0 center offset 0,-0.8 tc rgb \"red\"\n\n# boxxyerrorbars parameters\n# x y xlow xhigh ylow yhigh\nBOX_WIDTH=0.4\n\nplot \\\nFN_IN u 0:(COST_OTHER):($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(COST_OTHER):($2+COST_OTHER):($0+1) w boxxyerrorbars lc variable not, \\\nFN_IN u 0:(0) :($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(0) :(COST_OTHER) w boxxyerrorbars lc \"#808080\" not\n\n#FN_IN u 0:2:2:($0+1) w labels offset 0,0.5 tc variable not\n","old_contents":"# Tested with gnuplot 4.6 patchlevel 6\n\nFN_IN = system(\"echo $FN_IN\")\nFN_OUT = system(\"echo $FN_OUT\")\n\n## Get min and max values\n## GPVAL_DATA_[X|Y]_[MIN|MAX]\n#set terminal unknown\n#set xdata time\n#set timefmt \"%Y-%m-%d-%H:%M:%S\"\n#plot \\\n#FN_IN u 2:3 w points not\n\nset terminal pdfcairo enhanced size 2in, 1.5in\nset output FN_OUT\n\nset tmargin at screen 0.965\nset bmargin at screen 0.225\nset lmargin at screen 0.225\nset rmargin at screen 0.945\n\n#set xlabel \"SStable gen ID\" #offset 0,0.3\nset ylabel \"Cost ($\/Month)\" offset 1.2,0\n\nCOST_OTHER=401.3691667\n\nset border (2) back lc rgb \"#808080\"\n#set xtics nomirror scale 0.5,0 tc rgb \"black\"\nset ytics nomirror scale 0.5,0 tc rgb \"#808080\" format \"%.0f\" (0, COST_OTHER, 800, 1200)\nset tics front\nset noxtics\n\nset xrange [-0.5:3.8]\nset yrange [0:]\n\nset style fill solid 0.6 #noborder\n\nset linetype 1 lc rgb \"blue\"\nset linetype 2 lc rgb \"#a52a2a\"\nset linetype 3 lc rgb \"red\"\n\n# X axis\nset arrow from -0.5,0 to 2.5, 0 nohead front lc rgb \"#808080\"\n\n# Other cost line\nset arrow from -0.5,COST_OTHER to 2.5,COST_OTHER nohead front lt 0\n\nCOST_LOCAL_SSD=844.1333333\n\nx0=2.7\ny0=COST_OTHER + COST_LOCAL_SSD\nset arrow from x0,0 to x0,y0 nohead front lc rgb \"#808080\"\n\nx1=x0-0.1\nx2=x0+0.1\nset arrow from x1, 0 to x2, 0 nohead front lc rgb \"#808080\"\nset arrow from x1,COST_OTHER to x2,COST_OTHER nohead front lc rgb \"#808080\"\nset arrow from x1, y0 to x2, y0 nohead front lc rgb \"#808080\"\n\ny1 = COST_OTHER \/ 2\nset label \"Others\" at x2, y1\ny2 = COST_OTHER + (COST_LOCAL_SSD \/ 2)\nset label \"Storage\" at x2, y2\n\n\n\nset label \"EBS\\nMag\" at 0, 0 center offset 0,-0.8 tc rgb \"blue\"\nset label \"EBS\\nSSD\" at 1, 0 center offset 0,-0.8 tc rgb \"#a52a2a\"\nset label \"Local\\nSSD\" at 2, 0 center offset 0,-0.8 tc rgb \"red\"\n\n# boxxyerrorbars parameters\n# x y xlow xhigh ylow yhigh\nBOX_WIDTH=0.4\n\nplot \\\nFN_IN u 0:(COST_OTHER):($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(COST_OTHER):($2+COST_OTHER):($0+1) w boxxyerrorbars lc variable not, \\\nFN_IN u 0:(0) :($0-BOX_WIDTH\/2):($0+BOX_WIDTH\/2):(0) :(COST_OTHER) w boxxyerrorbars lc \"#808080\" not\n\n#FN_IN u 0:2:2:($0+1) w labels offset 0,0.5 tc variable not\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"835ff890abee9294f76b287c3550d0e1b9af9c4f","subject":"change output to png file in result.d","message":"change output to png file in result.d\n","repos":"aijunbai\/autotest2d,aijunbai\/autotest2d","old_file":"plot.gp","new_file":"plot.gp","new_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 4.2 patchlevel 3 \n# \tlast modified Mar 2008\n# \tSystem: Linux 2.6.25-gentoo-r6\n# \n# \tCopyright (C) 1986 - 1993, 1998, 2004, 2007, 2008\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tType `help` to access the on-line reference manual.\n# \tThe gnuplot FAQ is available from http:\/\/www.gnuplot.info\/faq\/\n# \n# \tSend bug reports and suggestions to <http:\/\/sourceforge.net\/projects\/gnuplot>\n# \nset terminal png\nset output \"result.png\" \nunset clip points\nset clip one\nunset clip two\nset bar 1.000000\nset border 31 front linetype -1 linewidth 1.000\nset xdata\nset ydata\nset zdata\nset x2data\nset y2data\nset timefmt x \"%d\/%m\/%y,%H:%M\"\nset timefmt y \"%d\/%m\/%y,%H:%M\"\nset timefmt z \"%d\/%m\/%y,%H:%M\"\nset timefmt x2 \"%d\/%m\/%y,%H:%M\"\nset timefmt y2 \"%d\/%m\/%y,%H:%M\"\nset timefmt cb \"%d\/%m\/%y,%H:%M\"\nset boxwidth\nset style fill empty border\nset style rectangle back fc lt -3 fillstyle solid 1.00 border -1\nset dummy x,y\nset format x \"% g\"\nset format y \"% g\"\nset format x2 \"% g\"\nset format y2 \"% g\"\nset format z \"% g\"\nset format cb \"% g\"\nset angles radians\nunset grid\nset key title \"\"\nset key inside right top vertical Right noreverse enhanced autotitles nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title offset character 0, 0, 0\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset encoding default\nunset polar\nunset parametric\nunset decimalsign\nset view 60, 30, 1, 1\nset samples 100, 100\nset isosamples 10, 10\nset surface\nunset contour\nset clabel '%8.3g'\nset mapping cartesian\nset datafile separator whitespace\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nset xzeroaxis linetype -2 linewidth 1.000\nset yzeroaxis linetype -2 linewidth 1.000\nset zzeroaxis linetype -2 linewidth 1.000\nset x2zeroaxis linetype -2 linewidth 1.000\nset y2zeroaxis linetype -2 linewidth 1.000\nset ticslevel 0.5\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset xtics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset xtics autofreq \nset ytics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset ytics autofreq \nset ztics border in scale 1,0.5 nomirror norotate offset character 0, 0, 0\nset ztics autofreq \nset nox2tics\nset noy2tics\nset cbtics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset cbtics autofreq \nset title \"game count - win rate curve\" \nset title offset character 0, 0, 0 font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp offset character 0, 0, 0 font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback # (currently [0.00000:10.0000] )\nset trange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset urange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset vrange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset xlabel \"game_count\" \nset xlabel offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset x2range [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset ylabel \"rate\" \nset ylabel offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset y2label \"\" \nset y2label offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset yrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset y2range [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset zlabel \"\" \nset zlabel offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset cblabel \"\" \nset cblabel offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset cbrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"C\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles nohidden3d corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front bdefault\nset loadpath \nset fontpath \nset fit noerrorvariables\nGNUTERM = \"x11\"\nplot 'plot' u 1:2 w l title \"win rate\", 'plot' u 1:3 w l title \"expected win rate\"\n# EOF\n","old_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 4.2 patchlevel 3 \n# \tlast modified Mar 2008\n# \tSystem: Linux 2.6.25-gentoo-r6\n# \n# \tCopyright (C) 1986 - 1993, 1998, 2004, 2007, 2008\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tType `help` to access the on-line reference manual.\n# \tThe gnuplot FAQ is available from http:\/\/www.gnuplot.info\/faq\/\n# \n# \tSend bug reports and suggestions to <http:\/\/sourceforge.net\/projects\/gnuplot>\n# \n# set terminal x11 \n# set output\nunset clip points\nset clip one\nunset clip two\nset bar 1.000000\nset border 31 front linetype -1 linewidth 1.000\nset xdata\nset ydata\nset zdata\nset x2data\nset y2data\nset timefmt x \"%d\/%m\/%y,%H:%M\"\nset timefmt y \"%d\/%m\/%y,%H:%M\"\nset timefmt z \"%d\/%m\/%y,%H:%M\"\nset timefmt x2 \"%d\/%m\/%y,%H:%M\"\nset timefmt y2 \"%d\/%m\/%y,%H:%M\"\nset timefmt cb \"%d\/%m\/%y,%H:%M\"\nset boxwidth\nset style fill empty border\nset style rectangle back fc lt -3 fillstyle solid 1.00 border -1\nset dummy x,y\nset format x \"% g\"\nset format y \"% g\"\nset format x2 \"% g\"\nset format y2 \"% g\"\nset format z \"% g\"\nset format cb \"% g\"\nset angles radians\nunset grid\nset key title \"\"\nset key inside right top vertical Right noreverse enhanced autotitles nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title offset character 0, 0, 0\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset encoding default\nunset polar\nunset parametric\nunset decimalsign\nset view 60, 30, 1, 1\nset samples 100, 100\nset isosamples 10, 10\nset surface\nunset contour\nset clabel '%8.3g'\nset mapping cartesian\nset datafile separator whitespace\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nset xzeroaxis linetype -2 linewidth 1.000\nset yzeroaxis linetype -2 linewidth 1.000\nset zzeroaxis linetype -2 linewidth 1.000\nset x2zeroaxis linetype -2 linewidth 1.000\nset y2zeroaxis linetype -2 linewidth 1.000\nset ticslevel 0.5\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset xtics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset xtics autofreq \nset ytics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset ytics autofreq \nset ztics border in scale 1,0.5 nomirror norotate offset character 0, 0, 0\nset ztics autofreq \nset nox2tics\nset noy2tics\nset cbtics border in scale 1,0.5 mirror norotate offset character 0, 0, 0\nset cbtics autofreq \nset title \"game count - win rate curve\" \nset title offset character 0, 0, 0 font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp offset character 0, 0, 0 font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback # (currently [0.00000:10.0000] )\nset trange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset urange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset vrange [ * : * ] noreverse nowriteback # (currently [-5.00000:5.00000] )\nset xlabel \"game_count\" \nset xlabel offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset x2range [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset ylabel \"rate\" \nset ylabel offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset y2label \"\" \nset y2label offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset yrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset y2range [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset zlabel \"\" \nset zlabel offset character 0, 0, 0 font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset cblabel \"\" \nset cblabel offset character 0, 0, 0 font \"\" textcolor lt -1 rotate by 90\nset cbrange [ * : * ] noreverse nowriteback # (currently [-10.0000:10.0000] )\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"C\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles nohidden3d corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front bdefault\nset loadpath \nset fontpath \nset fit noerrorvariables\nGNUTERM = \"x11\"\nplot 'plot' u 1:2 w l title \"win rate\", 'plot' u 1:3 w l title \"expected win rate\"\n# EOF\n","returncode":0,"stderr":"","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"898b4671f2b9452014bf162c5ace94eb6885efa3","subject":"adding comments and refactoring domain_coloring script","message":"adding comments and refactoring domain_coloring script\n","repos":"leios\/simuleios,leios\/simuleios","old_file":"domain_coloring\/domain_coloring.gp","new_file":"domain_coloring\/domain_coloring.gp","new_contents":"# setting output to file of size 800 x 800\nset terminal pngcairo size 800, 800 \nset output 'out.png'\n\n# removes legend\nunset key\n\n# projects image onto 2D plane\nset view map\n\n# sets aspect ratio of plot to be square \nset size square\n\n# scaling the x, y, and colorbar tics to zero so they are not seen in the plot\nset xtics border scale 0,0\nset ytics border scale 0,0\nset cbtics border scale 0,0\n\n# setting tics in color bar at 0 and 2pi\nset cbtics (\"0\" -3.14159, \"2pi\" 3.14159)\nset title \"Domain coloring of output\" \n\nset cblabel \"Phase Angle\" \nset cbrange [ -3.14159 : 3.14159 ]\n\n# use hsv for colorbar and set palette to use full hsv space\nset palette model HSV\nset palette defined ( 0 0 1 1, 1 1 1 1 )\n\n# setting functions necessary for domain coloring\n# setting threshold for gridlines. Smaller threashold will make smaller lines\nthresh = 0.1\nHue(x,y) = (pi + atan2(-y,-x)) \/ (2*pi)\nr(x,y) = sqrt(x*x + y*y)\ntheta(x,y) = atan2(x,y)\nz(x,y) = r(x,y)*exp(theta(x,y)*sqrt(-1))\nip(x,y) = imag(z(x,y))\nrp(x,y) = real(z(x,y))\nval(x,y) = 0.5 + 0.5*(abs(z(x,y))-floor(abs(z(x,y))))\ncolor(x,y) = hsv2rgb(Hue(rp(x,y), ip(x,y)), abs(z(x,y)), val(x,y)*shade(x,y))\nshade(x,y) = (abs(sin(rp(x,y)*pi)**thresh) * abs(sin(ip(x,y)*pi))**thresh)\nsave_encoding = \"utf8\"\n\n## Last datafile plotted: \"++\"\nsplot 'out.dat' using 1:2:(color($3,$4)) with pm3d lc rgb variable nocontour\n","old_contents":"set terminal pngcairo transparent enhanced font \"arial,10\" fontscale 1.0 size 1200, 800 \nset output 'check.png'\nunset key\nset view map\nset size ratio 1 1,1\nset xtics border in scale 0,0 mirror norotate autojustify\nset ytics border in scale 0,0 mirror norotate autojustify\nset ztics border in scale 0,0 nomirror norotate autojustify\nset cbtics border in scale 0,0 mirror norotate autojustify\nset cbtics norangelimit \nset cbtics (\"0\" -3.14159, \"2pi\" 3.14159)\nset title \"Domain coloring of output\" \nset xrange [ * : * ] noreverse writeback\nset yrange [ * : * ] noreverse writeback\nset cblabel \"Phase Angle\" \nset cblabel offset character -2, 0, 0 font \"\" textcolor lt -1 rotate\nset cbrange [ -3.14159 : 3.14159 ] noreverse nowriteback\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model HSV \nset palette defined ( 0 0 1 1, 1 1 1 1 )\n\nthresh = 0.1\nHue(x,y) = (pi + atan2(-y,-x)) \/ (2*pi)\nr(x,y) = sqrt(x*x + y*y)\ntheta(x,y) = atan2(y,x)\nz(x,y) = r(x,y)*exp(theta(x,y)*sqrt(-1))\nip(x,y) = imag(z(x,y))\nrp(x,y) = real(z(x,y))\nval(x,y) = 0.5 + 0.5*(abs(z(x,y))-floor(abs(z(x,y))))\ncolor(x,y) = hsv2rgb(Hue(rp(x,y), ip(x,y)), abs(z(x,y)), val(x,y)*shade(x,y))\nshade(x,y) = (abs(sin(rp(x,y)*pi)**thresh) * abs(sin(ip(x,y)*pi))**thresh)\nsave_encoding = \"utf8\"\n\n## Last datafile plotted: \"++\"\nsplot 'out.dat' using 1:2:(color($3,$4)) with pm3d lc rgb variable nocontour\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"9e81fee404b95020d22c5dd5df84e533a196ea43","subject":"improved qvalue validation plot","message":"improved qvalue validation plot\n","repos":"lucasgautheron\/WeakRates,lucasgautheron\/WeakRates,lucasgautheron\/WeakRates,lucasgautheron\/WeakRates","old_file":"plots\/qvalues\/plot.gnuplot","new_file":"plots\/qvalues\/plot.gnuplot","new_contents":"set terminal epslatex color\nset output 'plot.tex'\n\nset pointsize 0.5\n\nset xlabel '$Q_{exp}$ [MeV]'\nset ylabel '$Q-Q_{exp}$ [MeV]'\n\nset xrange [-20:20]\nset yrange [-7.5:7.5]\n\nplot '..\/..\/output\/compare_qvalues.res' u ($9!=0?$9:NaN):($12-$9) w p ls 1 notitle, '' u ($9!=0?$9:NaN):($11-$9) w p ls 2 notitle, '' u ($9!=0?$9:NaN):($10-$9) w p ls 3 notitle, 1\/0 w p ls 1 ps 1.5 t 'SEMF', 1\/0 w p ls 2 ps 1.5 t 'DZ10', 1\/0 w p ls 3 ps 1.5 t 'DZ33'\nset output\n","old_contents":"set terminal epslatex color\nset output 'plot.tex'\n\nset pointsize 0.5\n\nset xlabel 'Q [MeV]'\nset ylabel '$\\Delta Q$ [MeV]'\n\nset yrange [-10:10]\n\nplot '..\/..\/output\/compare_qvalues.res' u ($9!=0?$9:NaN):($12-$9) t 'SEMF', '' u ($9!=0?$9:NaN):($11-$9) t 'DZ10', '' u ($9!=0?$9:NaN):($10-$9) t 'DZ33'\nset output\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"be43ee05ff5e021467be6bfa87c35881ff6ce70c","subject":"20160515T1039","message":"20160515T1039\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph13.gp","new_file":"graph13.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($7)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * 8 \/ 60.\nYmin = 1024 * 8 \/ 60.\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($6)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($7)*8\/60) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($7)*8\/60) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * 8 \/ 60.\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * 8 \/ 60.\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset yrange [ Ymin : Ymax ] reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($6)*8\/60) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($6)*8\/60) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","old_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of network usage\n\n# datafiles\nifnameh = \"\/tmp\/lnxdiagd\/mysql\/sql13h.csv\"\nifnamed = \"\/tmp\/lnxdiagd\/mysql\/sql13d.csv\"\nifnamew = \"\/tmp\/lnxdiagd\/mysql\/sql13w.csv\"\nset output \"\/tmp\/lnxdiagd\/site\/img\/day13.png\"\n\n# ******************************************************* General settings *****\nset terminal png truecolor enhanced font \"Vera,9\" size 1280,320\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\n# Positions of split between graphs\nLMARG = 0.06\nLMPOS = 0.40\nMRPOS = 0.73\nRMARG = 0.94\n\n# ************************************************************* Functions ******\n# determine delta data\ndelta(x) = ( xD = x - old_x, old_x = x, xD <= 0 ? 0.1 : xD)\n# lg(x) = ( xL = x, xL == NaN ? NaN : log(xL) )\nold_x = NaN\n\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnameh using 2 name \"X\" nooutput\nXh_min = X_min + utc_offset - 946684800\nXh_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamed using 2 name \"X\" nooutput\nXd_min = X_min + utc_offset - 946684800\nXd_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnamed using (delta($7)) name \"Yd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 2 (UX-epoch)\nstats ifnamew using 2 name \"X\" nooutput\nXw_min = X_min + utc_offset - 946684800\nXw_max = X_max + utc_offset - 946684800\n\n# stats to be calculated here of column 7 (Upload bytes per minute)\nstats ifnameh using (delta($7)) name \"Yw\" nooutput\nold_x = NaN\n\nYmax = max(max(Yd_max, Yh_max), Yw_max) * 8 \/ 60.\nYmin = 1024 * 8 \/ 60.\n\n# ********************** Statistics for the bottom graphs **********************\n# ********************************************************* Statistics (R) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybh\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (M) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnamed using (delta($6)) name \"Ybd\" nooutput\nold_x = NaN\n\n# ********************************************************* Statistics (L) *****\n# stats to be calculated here of column 6 (Download bytes per minute)\nstats ifnameh using (delta($6)) name \"Ybw\" nooutput\nold_x = NaN\n\n\nset multiplot layout 2, 3 title \"Network load \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ]\nset format y \"%3.0s%c\"\n# set autoscale y\nset bmargin 0\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($7)*8\/60) title \"Upload (eth0)\" with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($7)*8\/60) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# TOP RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ]\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($7)*8\/60) with lines lc rgb \"#cc0000bb\" lw 1\nold_x = NaN\n\n################################################################################\n################################################################################\n################################## BOTTOM PLOT #################################\n################################################################################\n################################################################################\n\n\nYmax = max(max(Ybd_max, Ybh_max), Ybw_max) * 8 \/ 60.\n#Ymin = min(min(Ybd_min, Ybh_min), Ybw_min) -1\nYmin = 1024 * 8 \/ 60.\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM LEFT PLOT: past week\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n\n# ***************************************************************** X-axis *****\nset xlabel \"past week\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%a %d\" # Display time in 24 hour notation on the X axis\nset xrange [ Xw_min : Xw_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Network load [bits\/sec]\"\nset yrange [ Ymin : Ymax ] reverse\nset format y \"%3.0s%c\"\n# set autoscale y\nset tmargin 0\nunset bmargin\n\n# ***************************************************************** Legend *****\nset key inside top left horizontal box\nset key samplen 1\nset key reverse Left\n\n# ***************************************************************** Output *****\n\nset lmargin at screen LMARG\nset rmargin at screen LMPOS\n\n# ***** PLOT *****\nplot ifnamew \\\n using ($2+utc_offset):(delta($6)*8\/60) title \"Download (eth0)\" with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM MIDDLE PLOT: past day\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past day\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xd_min : Xd_max ]\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen LMPOS+0.001\nset rmargin at screen MRPOS\n\n# ***** PLOT *****\nplot ifnamed \\\n using ($2+utc_offset):(delta($6)*8\/60) with lines lc rgb \"#ccbb0000\" lw 1\nold_x = NaN\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# BTM RIGHT PLOT: past hour\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\n# ***************************************************************** X-axis *****\nset xlabel \"past hour\" # X-axis label\nset xdata time # Data on X-axis should be interpreted as time\nset timefmt \"%s\" # Time in log-file is given in Unix format\nset format x \"%R\" # Display time in 24 hour notation on the X axis\nset xrange [ Xh_min : Xh_max ]\nset xtics textcolor rgb \"red\"\n\n# ***************************************************************** Y-axis *****\nset ylabel \" \"\nset ytics format \" \"\nset yrange [ Ymin : Ymax ] reverse\n\n# ***************************************************************** Legend *****\nunset key\n\n# ***************************************************************** Output *****\nset lmargin at screen MRPOS+0.001\nset rmargin at screen RMARG\n\n# ***** PLOT *****\nplot ifnameh \\\n using ($2+utc_offset):(delta($6)*8\/60) with lines lc rgb \"#ccbb0000\" lw 1\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# FINALIZING\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\nunset multiplot\n","returncode":0,"stderr":"","license":"mit","lang":"Gnuplot"} {"commit":"5c7ed746a67be164af1792e8a983893bf1419b52","subject":"updates","message":"updates\n","repos":"Sjoerdie\/embree,embree\/embree,Sjoerdie\/embree,Sjoerdie\/embree,Sjoerdie\/embree,embree\/embree,embree\/embree,embree\/embree","old_file":"tests\/benchmark_tasking.plot","new_file":"tests\/benchmark_tasking.plot","new_contents":"## ======================================================================== ##\n## Copyright 2009-2015 Intel Corporation ##\n## ##\n## Licensed under the Apache License, Version 2.0 (the \"License\"); ##\n## you may not use this file except in compliance with the License. ##\n## You may obtain a copy of the License at ##\n## ##\n## http:\/\/www.apache.org\/licenses\/LICENSE-2.0 ##\n## ##\n## Unless required by applicable law or agreed to in writing, software ##\n## distributed under the License is distributed on an \"AS IS\" BASIS, ##\n## WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. ##\n## See the License for the specific language governing permissions and ##\n## limitations under the License. ##\n## ======================================================================== ##\n\nset style line 101 lc rgb \"green\" lt 1\nset style line 102 lc rgb \"green\" lt 1\nset style line 103 lc rgb \"#008800\" lt 1\nset style line 104 lc rgb \"grey\" lt 1\nset style line 105 lc rgb \"yellow\" lt 1\nset style line 106 lc rgb \"orange\" lt 1\nset style line 107 lc rgb \"red\" lt 1\nset style line 108 lc rgb \"blue\" lt 1\nset style line 109 lc rgb \"#000088\" lt 1\n\n#set term postscript enhanced color \nset term png\n\nset xtics rotate 90\nset xlabel 'Items'\nset logscale x\nset xrange [1000:100000000]\n\n#set yrange [0:23]\nset ylabel 'Performance in M\/s'\n\nset output \"benchmark_reduce.png\"\nset title \"benchmark_reduce Dual Socket SNB\"\nplot 'benchmark_reduce_sequential.csv' using ($1):($6) t \"single threaded\" with lines ls 108, \\\n 'benchmark_reduce_lockstep.csv' using ($1):($6) t \"lockstep taskscheduler\" with lines ls 102, \\\n 'benchmark_reduce_tbb.csv' using ($1):($6) t \"threading building blocks\" with lines ls 107\n\nset output \"benchmark_sort.png\"\nset title \"benchmark_sort Dual Socket SNB\"\nplot 'benchmark_sort_sequential.csv' using ($1):($6) t \"single threaded\" with lines ls 108, \\\n 'benchmark_sort_lockstep.csv' using ($1):($6) t \"lockstep taskscheduler\" with lines ls 102, \\\n 'benchmark_sort_tbb.csv' using ($1):($6) t \"threading building blocks\" with lines ls 107\n\n\n","old_contents":"## ======================================================================== ##\n## Copyright 2009-2015 Intel Corporation ##\n## ##\n## Licensed under the Apache License, Version 2.0 (the \"License\"); ##\n## you may not use this file except in compliance with the License. ##\n## You may obtain a copy of the License at ##\n## ##\n## http:\/\/www.apache.org\/licenses\/LICENSE-2.0 ##\n## ##\n## Unless required by applicable law or agreed to in writing, software ##\n## distributed under the License is distributed on an \"AS IS\" BASIS, ##\n## WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. ##\n## See the License for the specific language governing permissions and ##\n## limitations under the License. ##\n## ======================================================================== ##\n\nset style line 101 lc rgb \"green\" lt 1\nset style line 102 lc rgb \"green\" lt 1\nset style line 103 lc rgb \"#008800\" lt 1\nset style line 104 lc rgb \"grey\" lt 1\nset style line 105 lc rgb \"yellow\" lt 1\nset style line 106 lc rgb \"orange\" lt 1\nset style line 107 lc rgb \"red\" lt 1\nset style line 108 lc rgb \"blue\" lt 1\nset style line 109 lc rgb \"#000088\" lt 1\n\n#set term postscript enhanced color \nset term png\n\nset xtics rotate 90\nset xlabel 'Working Set Size'\nset logscale x\nset xrange [1000:100000000]\n\n#set yrange [0:23]\nset ylabel 'Performance in M\/s'\n\nset output \"benchmark_reduce.png\"\nset title \"benchmark_reduce\"\nplot 'benchmark_reduce_sequential.csv' using ($1):($6) t \"single threaded\" with lines ls 108, \\\n 'benchmark_reduce_lockstep.csv' using ($1):($6) t \"lockstep taskscheduler\" with lines ls 102, \\\n 'benchmark_reduce_tbb.csv' using ($1):($6) t \"threading building blocks\" with lines ls 107\n\nset output \"benchmark_sort.png\"\nset title \"benchmark_sort\"\nplot 'benchmark_sort_sequential.csv' using ($1):($6) t \"single threaded\" with lines ls 108, \\\n 'benchmark_sort_lockstep.csv' using ($1):($6) t \"lockstep taskscheduler\" with lines ls 102, \\\n 'benchmark_sort_tbb.csv' using ($1):($6) t \"threading building blocks\" with lines ls 107\n\n\n","returncode":0,"stderr":"","license":"apache-2.0","lang":"Gnuplot"} {"commit":"283a1f1eaacfc528776fa5638c6cf401f22b1ff7","subject":"add the naive compersion for the interface convergens plot.","message":"add the naive compersion for the interface convergens plot.\n","repos":"gautelinga\/BERNAISE,gautelinga\/BERNAISE","old_file":"scripts\/plot_line_probes.gp","new_file":"scripts\/plot_line_probes.gp","new_contents":"set terminal epslatex color standalone size 12cm,6cm\n\nset style line 1 pt 1 lw 2 lc rgb '#084594' # very light blue\nset style line 2 pt 2 lw 2 lc rgb '#084594' # \nset style line 3 pt 3 lw 2 lc rgb '#084594' # \nset style line 4 pt 4 lw 2 lc rgb '#084594' # light blue\nset style line 5 pt 1 lw 2 lc rgb '#084594' # \nset style line 6 pt 6 lw 2 lc rgb '#084594' # medium blue\nset style line 7 pt 10 lw 2 lc rgb '#084594' #\nset style line 8 pt 8 lw 2 lc rgb '#084594' # dark blue\nset style line 9 lt 1 lw 2 lc rgb '#000000' # black\n\n\nset key samplen 2 top left font \",18\"\n\nset ylabel 'Phasefield $\\phi$'\nset xlabel 'Space $x$'\n\nset output \"space_data_comparison_intrusion_bulk.tex\"\nprefix = \"..\/..\/..\/data\/probes_20_\"\n\nset xrange [2.5:3.5]\n#set yrange [0:1]\n\n#set xtics 0.5\n#set ytics 0.5\n\n#set mxtics 5\n#set mytics 5\n\n#set label at 0.95,0.5 \"$t=4$\"\n#set label at 1.68,0.5 \"$t=8$\"\n\nset ytics nomirror\nset y2tics\n\npl prefix.'12.dat' every 3 u 1:4 w p t '$\\Delta x = 0.125$' ls 2, \\\nprefix.'13.dat' every 3 u 1:4 w p t '0.0625' ls 3, \\\nprefix.'1.dat' every 3 u 1:4 w p t '0.03125' ls 4, \\\nprefix.'2.dat' every 3 u 1:4 w p t '0.015625' ls 5,\\\nprefix.'3.dat' every 3 u 1:4 w p t '0.0078125' ls 6, tanh((x**1 -3)\/(sqrt(2)*0.03)) t \"Analytical\" ls 9\n\nset output \"time_data_comparison_intrusion_bulk.tex\"\n\npl prefix.'14.dat' every 3 u 1:4 w p t '$\\Delta t = 0.16$' ls 2, \\\nprefix.'9.dat' every 3 u 1:4 w p t '0.08' ls 3, \\\nprefix.'8.dat' every 3 u 1:4 w p t '0.04' ls 4, \\\nprefix.'7.dat' every 3 u 1:4 w p t '0.02' ls 5, \\\nprefix.'6.dat' every 3 u 1:4 w p t '0.01' ls 6, \\\nprefix.'5.dat' every 3 u 1:4 w p t '0.005' ls 7, \\\nprefix.'3.dat' every 3 u 1:4 w p t '0.0025' ls 8 , tanh((x**1 -3)\/(sqrt(2)*0.03)) t \"Analytical\" ls 9 ","old_contents":"","returncode":1,"stderr":"error: pathspec 'scripts\/plot_line_probes.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"eccf592415a007035937bbd5fe85e72d4aac9795","subject":"added pure gnu config for lonestar","message":"added pure gnu config for lonestar\n","repos":"erdc\/proteus,erdc\/proteus,erdc\/proteus,erdc\/proteus","old_file":"proteusModule\/proteusConfig\/config.py.lonestar.gnu","new_file":"proteusModule\/proteusConfig\/config.py.lonestar.gnu","new_contents":"import os\n\nPROTEUS_INCLUDE_DIR = os.getenv('PROTEUS_PREFIX')+'\/include'\nPROTEUS_LIB_DIR = os.getenv('PROTEUS_PREFIX')+'\/lib'\nPROTEUS_EXTRA_COMPILE_ARGS= ['-DF77_POST_UNDERSCORE','-DUSE_BLAS','-DCMRVEC_BOUNDS_CHECK','-DMV_VECTOR_BOUNDS_CHECK']\nPROTEUS_EXTRA_LINK_ARGS=[]\nPROTEUS_EXTRA_FC_COMPILE_ARGS= ['-Wall']\nPROTEUS_EXTRA_FC_LINK_ARGS=[]\n\nPROTEUS_SUPERLU_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_SUPERLU_H = r'\"slu_ddefs.h\"'\nPROTEUS_SUPERLU_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_SUPERLU_LIB = 'superlu'\n\nPROTEUS_BLAS_INCLUDE_DIR = '.'\nPROTEUS_BLAS_H = r'\"proteus_blas.h\"'\nPROTEUS_BLAS_LIB_DIR = os.getenv('TACC_ATLAS_LIB')\nPROTEUS_BLAS_LIB = 'f77blas'\n\nPROTEUS_LAPACK_INCLUDE_DIR = '.'\nPROTEUS_LAPACK_H = r'\"proteus_lapack.h\"'\nPROTEUS_LAPACK_LIB_DIR = os.getenv('TACC_ATLAS_LIB')\nPROTEUS_LAPACK_LIB = 'lapack'\nPROTEUS_LAPACK_INTEGER = 'int'\n\nPROTEUS_MPI_INCLUDE_DIR = '.'\nPROTEUS_MPI_LIB_DIR = '.'\nPROTEUS_MPI_LIBS = []\n\nPROTEUS_TRIANGLE_INCLUDE_DIR = PROTEUS_INCLUDE_DIR\nPROTEUS_TRIANGLE_H = r'\"triangle.h\"'\nPROTEUS_TRIANGLE_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_TRIANGLE_LIB ='tri'\n\n\nPROTEUS_DAETK_INCLUDE_DIR = [PROTEUS_INCLUDE_DIR]\nPROTEUS_DAETK_LIB_DIR = PROTEUS_LIB_DIR\nPROTEUS_DAETK_LIB ='daetk'\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'proteusModule\/proteusConfig\/config.py.lonestar.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"516f303b6014455b8c21c181e1668b78e447e7d7","subject":"fichier-gnuplot-a-adapter","message":"fichier-gnuplot-a-adapter\n","repos":"vtomole\/SICL,vtomole\/SICL,clasp-developers\/SICL,clasp-developers\/SICL,vtomole\/SICL,clasp-developers\/SICL,clasp-developers\/SICL,vtomole\/SICL","old_file":"Papers\/Reverse-order\/2-curves.gp","new_file":"Papers\/Reverse-order\/2-curves.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/vtomole\/SICL.git\/'\n","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"e1f77033d1d5e662d4e9c7cf3461ef8c7d0ba2c9","subject":"Added gnuplot script for write data.","message":"Added gnuplot script for write data.\n","repos":"jdellithorpe\/RAMCloudTools,jdellithorpe\/RAMCloudTools,jdellithorpe\/RAMCloudUtils,jdellithorpe\/RAMCloudUtils,ellitron\/RAMCloudTools,ellitron\/RAMCloudTools,jdellithorpe\/RAMCloudUtils,ellitron\/RAMCloudTools","old_file":"gnuplot\/write.spp_100000.rf_3.ks_30.plt","new_file":"gnuplot\/write.spp_100000.rf_3.ks_30.plt","new_contents":"set title \"Latency vs. Value Size\"\nset xlabel \"Value Size (B)\"\nset ylabel \"Latency (us)\"\nset logscale xy\nset key autotitle columnhead\nset terminal postscript eps color\nset output \"write.spp_100000.rf_3.ks_30.eps\"\nplot for [i=2:12] \"write.spp_100000.rf_3.ks_30.csv\" u 1:i with lines lc i\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gnuplot\/write.spp_100000.rf_3.ks_30.plt' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"d833ece827a577703e6cfc707328146b2d8f10cb","subject":"initial commit","message":"initial commit\n","repos":"ajholanda\/numsde","old_file":"plot\/ssa_mm.gp","new_file":"plot\/ssa_mm.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/ajholanda\/numsde.git\/'\n","license":"unlicense","lang":"Gnuplot"} {"commit":"070676d2193b4addade5561e89e5f5422c90085f","subject":"MATH-1625: Gnuplot script for visual debugging.","message":"MATH-1625: Gnuplot script for visual debugging.\n","repos":"apache\/commons-math,apache\/commons-math,apache\/commons-math,apache\/commons-math","old_file":"commons-math-legacy\/src\/test\/gnuplot\/legacy\/optim\/nonlinear\/scalar\/noderiv\/simplex_2D.gnuplot","new_file":"commons-math-legacy\/src\/test\/gnuplot\/legacy\/optim\/nonlinear\/scalar\/noderiv\/simplex_2D.gnuplot","new_contents":"#\n# Licensed to the Apache Software Foundation (ASF) under one or more\n# contributor license agreements. See the NOTICE file distributed with\n# this work for additional information regarding copyright ownership.\n# The ASF licenses this file to You under the Apache License, Version 2.0\n# (the \"License\"); you may not use this file except in compliance with\n# the License. You may obtain a copy of the License at\n#\n# http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n#\n# Unless required by applicable law or agreed to in writing, software\n# distributed under the License is distributed on an \"AS IS\" BASIS,\n# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n# See the License for the specific language governing permissions and\n# limitations under the License.\n#\n\n#\n# \"Gnuplot\" script to display the behaviour of simplex-based optimizers.\n#\n# Required argument:\n# file -> input file (cf. \"SimplexOptimizerTest\").\n# Optional argument:\n# showSpx -> Number of simplexes to show.\n#\n\nset term x11\n\nshowSpx = exists(\"showSpx\") ? showSpx : 5\n\nstats file nooutput\nnumOptim = STATS_blocks\nevalColIndex = 1\nobjColIndex = 2\nxColIndex = 3\nyColIndex = 4\n\nset size 1, 1\nset origin 0, 0\n\nlastOptim = numOptim - 1\ndo for [iOptim = 1:lastOptim] {\n # Evaluations range.\n stats file u evalColIndex nooutput\n numEval = STATS_max\n\n # Objective function range.\n stats file index iOptim u objColIndex nooutput\n numSpx = STATS_blank\n minObj = STATS_min\n maxObj = STATS_max\n\n # x-coordinate range.\n stats file index iOptim u xColIndex nooutput\n xMin = STATS_min\n xMax = STATS_max\n\n # y-coordinate range.\n stats file index iOptim u yColIndex nooutput\n yMin = STATS_min\n yMax = STATS_max\n\n lastSpx = numSpx - 1\n do for [iSpx = 0:lastSpx] {\n set multiplot\n\n # Number of evaluations.\n set size 1, 0.15\n set origin 0, 0.85\n unset xtics\n\n plot \\\n file index iOptim \\\n every ::0::0 \\\n u 0:1 \\\n w p ps 0.5 lc \"black\" title \"N_{eval}\", \\\n '' index iOptim \\\n every ::0::0:iSpx \\\n u 0:1 \\\n w lp pt 1 lc \"black\" lw 2 notitle\n\n # Objective function.\n set size 1, 0.15\n set origin 0, 0.7\n\n plot \\\n file index iOptim \\\n every ::0::2 \\\n u 0:(log($2)) \\\n w l lc \"black\" title \"log_{10}f\", \\\n '' index iOptim \\\n every ::0::2:iSpx \\\n u 0:(log($2)) \\\n w lp pt 1 lc \"black\" lw 2 notitle\n\n # Simplex.\n set size 1, 0.7\n set origin 0, 0\n set xtics\n\n unset log y\n plot [xMin:xMax][yMin:yMax] \\\n file index iOptim \\\n every :::(iSpx - showSpx < 0 ? 0 : iSpx - showSpx)::iSpx \\\n u xColIndex:yColIndex \\\n w l notitle, \\\n '' index \"Optimum\" u 1:2 ps 5 pt 4 notitle\n\n unset multiplot\n pause 0.1\n }\n\n pause 1\n}\n\npause -1\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'commons-math-legacy\/src\/test\/gnuplot\/legacy\/optim\/nonlinear\/scalar\/noderiv\/simplex_2D.gnuplot' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"79f21d88c270cef3e7344f2bd88a82d4026b9537","subject":"genpept file","message":"genpept file","repos":"Serulab\/Py4Bio,Serulab\/Py4Bio","old_file":"samples\/BcrA.gp","new_file":"samples\/BcrA.gp","new_contents":"LOCUS AFN94075 179 aa linear BCT 16-SEP-2013\nDEFINITION BcrA [Listeria monocytogenes].\nACCESSION AFN94075\nVERSION AFN94075.1\nDBSOURCE accession JX023279.1\nKEYWORDS .\nSOURCE Listeria monocytogenes\n ORGANISM Listeria monocytogenes\n Bacteria; Firmicutes; Bacilli; Bacillales; Listeriaceae; Listeria.\nREFERENCE 1 (residues 1 to 179)\n AUTHORS Dutta,V., Elhanafi,D. and Kathariou,S.\n TITLE Conservation and Distribution of the Benzalkonium Chloride\n Resistance Cassette bcrABC in Listeria monocytogenes\n JOURNAL Appl. Environ. Microbiol. 79 (19), 6067-6074 (2013)\n PUBMED 23892748\nREFERENCE 2 (residues 1 to 179)\n AUTHORS Dutta,V., Elhanafi,D., Siletzky,R.M. and Kathariou,S.\n TITLE Direct Submission\n JOURNAL Submitted (04-MAY-2012) Food Science, NCSU, Schaub Hall, Raleigh,\n NC 27695, USA\nFEATURES Location\/Qualifiers\n source 1..179\n \/organism=\"Listeria monocytogenes\"\n \/strain=\"210B\"\n \/serotype=\"1\/2b, 3b\"\n \/isolation_source=\"food processing plant\"\n \/db_xref=\"taxon:1639\"\n \/PCR_primers=\"fwd_name: bcf2, fwd_seq:\n gactggatccgattctggaacatccctatc, rev_name: bcr, rev_seq:\n gtatgaattcgtataatccggatgctgccc\"\n Protein 1..179\n \/product=\"BcrA\"\n \/name=\"TetR family of transcriptional regulators\"\n Region 1..172\n \/region_name=\"AcrR\"\n \/note=\"DNA-binding transcriptional regulator, AcrR family\n [Transcription]; COG1309\"\n \/db_xref=\"CDD:224228\"\n Region 12..58\n \/region_name=\"TetR_N\"\n \/note=\"Bacterial regulatory proteins, tetR family;\n pfam00440\"\n \/db_xref=\"CDD:278848\"\n CDS 1..179\n \/gene=\"bcrA\"\n \/coded_by=\"JX023279.1:106..645\"\n \/transl_table=11\nORIGIN \n 1 msakkqdkra hllnaaiell gsndfdtltl eavakqanvs kggllyhfps kealyagite\n 61 lifqdfvyrf nelaendpie kgkwtralih aytddlnnsq vlniashsfs klnptvteni\n 121 lvhfeyiqsk idedgidsvl attirltldg lyyseffklg qinfdlreki iekliestt\n\/\/\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'samples\/BcrA.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"4987cd2cf24106ee07c94cdfd3e5714f20c086ab","subject":"ITER Demo folder: Add plt file to TEST-BEAUTY project","message":"ITER Demo folder:\nAdd plt file to TEST-BEAUTY project\n","repos":"css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter","old_file":"products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt","new_file":"products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt","new_contents":"<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?>\n<databrowser>\n <title>\n <text>Beauty Plot<\/text>\n <color>\n <red>0<\/red>\n <green>0<\/green>\n <blue>255<\/blue>\n <\/color>\n <font>1|Sans|12.0|1|GTK|1|<\/font>\n <\/title>\n <graph_settings>\n <show_title>true<\/show_title>\n <show_legend>true<\/show_legend>\n <show_plot_area_border>false<\/show_plot_area_border>\n <transparent>false<\/transparent>\n <\/graph_settings>\n <scroll>true<\/scroll>\n <update_period>3.0<\/update_period>\n <start>-1 hours 0.0 seconds<\/start>\n <end>now<\/end>\n <time_axis>\n <axis>\n <name>Time<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>0<\/red>\n <green>0<\/green>\n <blue>0<\/blue>\n <\/color>\n <min>1.36628927793E12<\/min>\n <max>1.36629287793E12<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>true<\/time_format>\n <format_pattern>HH:mm<\/format_pattern>\n <\/format>\n <\/axis>\n <\/time_axis>\n <background>\n <red>255<\/red>\n <green>255<\/green>\n <blue>255<\/blue>\n <\/background>\n <archive_rescale>NONE<\/archive_rescale>\n <axes>\n <axis>\n <name>TEST-BTY0:AIn<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <min>0.0<\/min>\n <max>108.49089341573206<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <axis>\n <name>TEST-BTY0:RAMP1<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>139<\/red>\n <green>105<\/green>\n <blue>20<\/blue>\n <\/color>\n <min>-1.0000321507591365<\/min>\n <max>100.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <axis>\n <name>TEST-BTY0:RAMP2<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>160<\/red>\n <green>32<\/green>\n <blue>240<\/blue>\n <\/color>\n <min>-1.0000321507591365<\/min>\n <max>100.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <\/axes>\n <annotations>\n <\/annotations>\n <pvlist>\n <pv>\n <name>TEST-BTY0:AI1<\/name>\n <display_name>TEST-BTY0:AI1<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:AI2<\/name>\n <display_name>TEST-BTY0:AI2<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>242<\/red>\n <green>26<\/green>\n <blue>26<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:AI3<\/name>\n <display_name>TEST-BTY0:AI3<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>66<\/red>\n <green>177<\/green>\n <blue>66<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:RAMP1<\/name>\n <display_name>TEST-BTY0:RAMP1<\/display_name>\n <visible>true<\/visible>\n <axis>1<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>139<\/red>\n <green>105<\/green>\n <blue>20<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:RAMP2<\/name>\n <display_name>TEST-BTY0:RAMP2<\/display_name>\n <visible>true<\/visible>\n <axis>2<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>128<\/red>\n <green>0<\/green>\n <blue>255<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <\/pvlist>\n<\/databrowser>","old_contents":"","returncode":1,"stderr":"error: pathspec 'products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt' did not match any file(s) known to git\n","license":"epl-1.0","lang":"Gnuplot"} {"commit":"46730496b15d7913d526e46aad918c02664cee24","subject":"Starting to generate GNUPlot diagrams.","message":"Starting to generate GNUPlot diagrams.\n\nScripting them all, to make them reproducible and documented.\n","repos":"luisibanez\/CommunityAnalyzer,luisibanez\/CommunityAnalyzer,luisibanez\/CommunityAnalyzer,luisibanez\/CommunityAnalyzer,luisibanez\/CommunityAnalyzer","old_file":"RevisionControl\/Gnuplot\/FlatnessContributionsRatio.gnuplot","new_file":"RevisionControl\/Gnuplot\/FlatnessContributionsRatio.gnuplot","new_contents":"set output \"FlatnessContributionsRatio.pdf\"\nset term pdf\ncol = 5\nplot \\\n\"\/tmp\/VTKGitAnalysis.txt\" using 1:col with lines title \"VTK\", \\\n\"\/tmp\/ITKGitAnalysis.txt\" using 1:col with lines title \"ITK\", \\\n\"\/tmp\/LinuxKernelGitAnalysis.txt\" using 1:col with lines title \"Linux Kernel\", \\\n\"\/tmp\/FirefoxGitAnalysis.txt\" using 1:col with lines title \"Firefox\"\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'RevisionControl\/Gnuplot\/FlatnessContributionsRatio.gnuplot' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"f8e403d3ef796950468ea41b2e2eac8a37f79576","subject":"Example gnuplot","message":"Example gnuplot\n","repos":"binaryfoo\/gclog-parser","old_file":"src\/main\/scripts\/plot.gp","new_file":"src\/main\/scripts\/plot.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# output of ToTsv\ninput = 'example.tsv'\nset datafile separator '\\t'\n\nset terminal svg enhanced mouse standalone size 1280,960\nset output 'example.svg'\n\n# to output png instead\n#set terminal pngcairo size 2280,960\n#set output 'gc-pain-se1.png'\n\nset xdata time\nset timefmt '%Y-%m-%d %H:%M:%S'\n#set format x '%Y-%m-%d %H:%M:%S'\nset format x '%Y-%m-%d'\nset lmargin 10\nset multiplot layout 2,1\n\nset title 'Pause time (s)'\nplot for [i=2:2] input using 1:i w lines lt i t column(i)\n\nset title 'Heap sizes'\nset format y '%.1t %c'\nplot for [i=3:5] input using 1:i w lines lt i t column(i)\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'src\/main\/scripts\/plot.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"073374eb78228f94d1c053e24abeae168c3bf3f5","subject":"gnuplot script.","message":"gnuplot script.\n","repos":"seaninspace\/aptly,gdbdzgd\/aptly,bankonme\/aptly,gearmover\/aptly,smira\/aptly,bsundsrud\/aptly,bankonme\/aptly,gearmover\/aptly,neolynx\/aptly,ceocoder\/aptly,vincentbernat\/aptly,ceocoder\/aptly,vincentbernat\/aptly,adfinis-forks\/aptly,neolynx\/aptly,seaninspace\/aptly,smira\/aptly,jola5\/aptly,bankonme\/aptly,smira\/aptly,neolynx\/aptly,scalp42\/aptly,sobczyk\/aptly,scalp42\/aptly,sobczyk\/aptly,gearmover\/aptly,jola5\/aptly,vincentbernat\/aptly,sobczyk\/aptly,scalp42\/aptly,aptly-dev\/aptly,aptly-dev\/aptly,bsundsrud\/aptly,aptly-dev\/aptly,seaninspace\/aptly,bsundsrud\/aptly,adfinis-forks\/aptly,gdbdzgd\/aptly,adfinis-forks\/aptly,gdbdzgd\/aptly,jola5\/aptly,ceocoder\/aptly","old_file":"mem.gp","new_file":"mem.gp","new_contents":"set output 'mem.png'\nset term png\nset key box left\nset xlabel \"Time (msec)\"\nset ylabel \"Mem (MB)\"\nplot \"mem.dat\" using 1:($2\/1e6) title 'HeapSys' with lines, \"mem.dat\" using 1:($3\/1e6) title 'HeapAlloc' with lines, \"mem.dat\" using 1:($4\/1e6) title 'HeapIdle' with lines","old_contents":"","returncode":1,"stderr":"error: pathspec 'mem.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"22e7824e92462e35e68b4daba4aea89cf10285dd","subject":"gnuplot","message":"gnuplot\n","repos":"agh-glk\/pyconpl2013-nlp,agh-glk\/pyconpl2013-nlp","old_file":"z03_zipf.gnuplot","new_file":"z03_zipf.gnuplot","new_contents":"set encoding utf8\nset xlabel \"Rank\"\nset ylabel \"Frequency\"\nset grid\n\n## liczba s\u0142\u00f3w\nb = 160\n\n## plik z danymi: rank frequency\nFILE = 'gsm.freq'\n\n## katalog z obrazkami\n\n\n\nset xrange [1:b]\n\nf1(x) = a\/x\nfit f1(x) FILE using 0:1 via a\n\nset terminal png size 1000,600 enhanced font 'Verdana,10'\n\nset output 'z03_zipf.png'\nplot FILE with points lt 2 lw 1 lc rgb \"#000000\" notitle,\\\n0 <= x && x <= b ? f1(x) : 1\/0 notitle\n\nset output 'z03_zipf-log.png'\nset logscale xy\nplot FILE with points lt 2 lw 1 lc rgb \"#000000\" notitle,\\\n0 <= x && x <= b ? f1(x) : 1\/0 notitle\nset nologscale xy \n\nf2(x) = P\/((x+d)**B)\nP = 10000\n#d = 1\n#B=0.00001\nfit f2(x) FILE using 0:1 via P, d, B\n\nset output 'z03_mandelbrot.png'\nplot FILE with points lt 2 lw 1 lc rgb \"#000000\" notitle,\\\n0 <= x && x <= b ? f2(x) : 1\/0 notitle\n\nset output 'z03_mandelbrot-log.png'\nset logscale xy\nplot FILE with points lt 2 lw 1 lc rgb \"#000000\" notitle,\\\n0 <= x && x <= b ? f2(x) : 1\/0 notitle\nset nologscale xy \n","old_contents":"","returncode":1,"stderr":"error: pathspec 'z03_zipf.gnuplot' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"ae99903146983fa932fc49178fb6777359c05b86","subject":"Pari\/GP script for examining distribution and avarage exponents of small primes dividing the group order of curves.","message":"Pari\/GP script for examining distribution and avarage exponents of small \nprimes dividing the group order of curves.\n\n\ngit-svn-id: 189946a10c5fc96e9dd03ba7cba917cd4c3d09f4@58 de4796e2-0b1e-0410-91b4-86bc23549317\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/ecm\/ecm_avg_exp.gp","new_file":"sieve\/ecm\/ecm_avg_exp.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/mancoast\/cado-nfs.git\/': The requested URL returned error: 403\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"e4429e6d160fe18f4a452da5dd525f66c87849ea","subject":"Create a gnuplot script for filter","message":"Create a gnuplot script for filter\n","repos":"fifth-postulate\/finding-the-planets,fifth-postulate\/finding-the-planets,fifth-postulate\/finding-the-planets","old_file":"rust-showcase\/plots\/filter.gp","new_file":"rust-showcase\/plots\/filter.gp","new_contents":"set datafile separator ','\nset key top left\nset terminal pngcairo size 750,560\n\ncolor = \"forest-green\"\n\nset output \"..\/assets\/filter.png\"\nplot [2905:2985] \"..\/assets\/filter.csv\" using 1:2 title \"filtered\" linecolor color","old_contents":"","returncode":1,"stderr":"error: pathspec 'rust-showcase\/plots\/filter.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"96e14019955733cfdb18b9127081dc9b81c2b257","subject":"Added plot file for l5b6","message":"Added plot file for l5b6\n\n\ngit-svn-id: b233c5b81dcfbfdfca783093b3213ccfd2356b3a@551 3eb578c0-666c-0410-8428-3510748880ad\n","repos":"AlexSzatmary\/bake","old_file":"gnuplot_scripts\/plotscriptl5b6.d0.plt","new_file":"gnuplot_scripts\/plotscriptl5b6.d0.plt","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/AlexSzatmary\/bake.git\/': The requested URL returned error: 403\n","license":"mit","lang":"Gnuplot"} {"commit":"27725001c10084eda6f0b9222f75417ec20bea8f","subject":"removed my_plt.plt","message":"removed my_plt.plt\n\ngit-svn-id: 5a8631614469a9cf56b0b25e8d137334932880e2@5 8d0196c9-3e4a-4e7a-a3a7-6d0e369fd2f0\n","repos":"riak-synrc\/sext,basho\/sext","old_file":"trunk\/sext\/util\/my_plt.plt","new_file":"trunk\/sext\/util\/my_plt.plt","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/riak-synrc\/sext.git\/'\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"b946af24ffd058496b08b7038ea7933ffc3a9e43","subject":"Gnuplot script for heads-up display, quick overview of simulation values.","message":"Gnuplot script for heads-up display, quick overview of simulation values.\n\ngit-svn-id: b233c5b81dcfbfdfca783093b3213ccfd2356b3a@793 3eb578c0-666c-0410-8428-3510748880ad\n","repos":"AlexSzatmary\/bake","old_file":"gnuplot_scripts\/hud.plt","new_file":"gnuplot_scripts\/hud.plt","new_contents":"# A heads-up display of lots of variables for one run.\n\nset multiplot\nset size 0.5, 1.\/3.\nset origin 0., 2.\/3.\nplot '.\/capsulex__00001.txt' u 1:2 w l t 'x', '.\/capsulex__00001.txt' u 1:3 w l t 'y', '.\/capsulex__00001.txt' u 1:4 w l t 'z'\nset origin 0., 1.\/3.\nplot 'TaylorDF__00001.txt' w l t 'DF'\nset origin 0., 0.\nplot 'TaylorDF__00001.txt' u 1:3 w l t 'rmin', 'TaylorDF__00001.txt' u 1:4 w l t 'rmax', 'minmaxx___00001.txt' w l t 'min x', 'minmaxx___00001.txt' u 1:3 w l t 'max x', 'minmaxy___00001.txt' w l t 'min y', 'minmaxy___00001.txt' u 1:3 w l t 'max y', 'minmaxz___00001.txt' w l t 'min z', 'minmaxz___00001.txt' u 1:3 w l t 'max z'\nset origin 0.5, 2.\/3.\nplot 'lambda1___00001.txt' w l t 'min(l_1)', 'lambda1___00001.txt' u 1:3 w l t 'max(l_1)', 'lambda2___00001.txt' w l t 'min(l_2)', 'lambda2___00001.txt' u 1:3 w l t 'max(l_2)'\nset origin 0.5, 1.\/3.\nplot 'meanfluidv.txt' w l t 'u', 'meanfluidv.txt' u 1:3 w l t 'v', 'meanfluidv.txt' u 1:4 w l t 'w'\nset origin 0.5, 0.\nplot 'meanforce.txt' w l t 'fx', 'meanforce.txt' u 1:3 w l t 'fy', 'meanforce.txt' u 1:4 w l t 'fz'\n\nset nomultiplot\npause -1 \"Type return to continue\"\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gnuplot_scripts\/hud.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"f689f41285308f1a9fae97701cf7ae09626ca01d","subject":"Add commands for gnuplot","message":"Add commands for gnuplot\n","repos":"steveblamey\/uzerp-locust","old_file":"utils\/gnuplot\/chart.plt","new_file":"utils\/gnuplot\/chart.plt","new_contents":"reset\nset datafile separator \",\"\n\n# Get the mean and standard deviation\nplot '.\/stats.csv' using 0:4\nset yrange [0:4]\nf(x) = mean_y\nfit f(x) '.\/stats.csv' u 0:4 via mean_y\nstddev_y = sqrt(FIT_WSSR \/ (FIT_NDF + 1 ))\n\n# Plot the chart\nset autoscale\nset ylabel 'Response Time (ms)'\nset title 'uzERP Locust Run, Finished: '.strftime(\"%a %b %d %H:%M:%S %Y\", time(0))\nplot '.\/stats.csv' u 0:4 w p pt 7 lt 1 ps 1 notitle, \\\nmean_y title gprintf(\"Mean = %g\", mean_y), \\\nstddev_y*3 title gprintf(\"3 x Std. dev. = %g\", stddev_y*3)\n\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'utils\/gnuplot\/chart.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"df3032c9107bf7c60cdb40b0cb934c5e81510c16","subject":"Erzeugen der Graphen","message":"Erzeugen der Graphen\n","repos":"likesmusik\/HPC,likesmusik\/HPC,likesmusik\/HPC,likesmusik\/HPC","old_file":"Blatt10\/speedup.gnuplot","new_file":"Blatt10\/speedup.gnuplot","new_contents":"gnuplot -persist weak_scaling_ja.plt\ngnuplot -persist weak_scaling_ja_speedup.plt\ngnuplot -persist strong_scaling_ja.plt\ngnuplot -persist communication_ja.plt\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'Blatt10\/speedup.gnuplot' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"10d41284f8368cf8e2eb2269312d35d399e3de9a","subject":"FIX tools: a script to plot frequency distribution","message":"FIX tools: a script to plot frequency distribution\n\nThis is a simple script to plot a histogram given the latency data stored in a\nfile. You can use it as follows:\n\n$ .\/tools\/fix\/fix_client -n 1000 -o out.csv -m order -p 9000 -h localhost\nClient Logon OK\nMessages sent: 1000\nRound-trip time: min\/avg\/max = 101.0\/188.9\/14801.0 \u03bcs\nClient Logout OK\n\n$ gnuplot -e \"file='out.csv'\" -e \"width=10\" -e \"max=1000\" tools\/fix\/frequency.gp\n\nSigned-off-by: Marat Stanichenko <146c4a279a7427b2cc19a19b6130cbb7ee404ab1@gmail.com>\n[ penberg: Use \"round-trip time\" for the x-axis label. ]\nSigned-off-by: Pekka Enberg <add4fcd06328a394f0ad91feda7ee057316dc5ed@iki.fi>\n","repos":"penberg\/libtrading,femtotrader\/libtrading,fengzhyuan\/libtrading,NunoEdgarGub1\/libtrading,jvirtanen\/libtrading,libtrading\/libtrading,divaykin\/libtrading,etoestja\/libtrading,libtrading\/libtrading,NunoEdgarGub1\/libtrading,Bitcoinsulting\/libtrading,svdev\/libtrading,divaykin\/libtrading,penberg\/libtrading,fengzhyuan\/libtrading,jvirtanen\/libtrading,etoestja\/libtrading,svdev\/libtrading,mstanichenko\/libtrading,Bitcoinsulting\/libtrading,mstanichenko\/libtrading,femtotrader\/libtrading","old_file":"tools\/fix\/frequency.gp","new_file":"tools\/fix\/frequency.gp","new_contents":"reset\n\nset terminal unknown\n\nplot file\nxmin = GPVAL_DATA_Y_MIN\nxmax = GPVAL_DATA_Y_MAX\n\nround(x, width) = width * floor(x \/ width) + width \/ 2.0\n\nset terminal postscript eps enhanced\nset output \"histogram.eps\"\n\nxmax = max > 0 ? max : xmax\n\nset xrange [xmin:xmax]\nset yrange [0:]\n\nset xtics 0, 50, xmax\nset xtics font \",8\"\nset ytics font \",8\"\n\nset xlabel \"Round-trip time ({\/Symbol m}s)\"\nset ylabel \"Frequency\"\nset xlabel font \",8\"\nset ylabel font \",8\"\n\nplot file using (round($1, width)):(1.0) smooth freq w boxes lc rgb\"blue\" notitle\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'tools\/fix\/frequency.gp' did not match any file(s) known to git\n","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"af5548f25d61c58e8ff9eb7985de03a46b34588f","subject":"new plot file testing extra linecolors","message":"new plot file testing extra linecolors\n\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@10527 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret","old_file":"bench\/metafile_masters_v61\/linecolors.plt","new_file":"bench\/metafile_masters_v61\/linecolors.plt","new_contents":"GKSMansley@stout.pmel.noXPPLP Profile F 1.0 09\/02\/05 1 0 3 6 611 1 1 \n 4 12 3 0\n 51 29 19 1 1.00000 0\n 56 39 2 1.00000 0.00000 0.00000\n 56 39 3 0.00000 1.00000 0.00000\n 56 39 4 0.00000 0.00000 1.00000\n 56 39 5 0.00000 1.00000 1.00000\n 56 39 6 1.00000 0.00000 1.00000\n 56 39 7 0.60000 0.60000 0.60000\n 56 39 8 0.60000 0.60000 0.60000\n 56 39 9 0.60000 0.60000 0.60000\n 56 39 10 0.60000 0.60000 0.60000\n 56 39 11 0.60000 0.60000 0.60000\n 56 39 12 0.60000 0.60000 0.60000\n 52 29 1 1 1.00000 1\n 51 29 1 1 1.00000 1\n 52 29 13 1 1.00000 1\n 51 29 13 1 2.00000 1\n 52 29 25 1 1.00000 1\n 51 29 25 1 3.00000 1\n 52 29 2 1 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0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 644 29 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24938 0.08170 0.24845 0.08263 0.24798 0.08450 0.24751 0.08590 0.24705 0.08683 0.24611 0.08730 0.24518 0.08730 0.24378 0.08683 0.24285 0.08637 0.24238 0.08497 0.24191 0.08310 0.24191 0.08170 0.24238 0.08123 0.24285 0.08077 0.24378 0.08077 0.24518 0.08123 0.24611 0.08217 0.24705 0.08357 0.24751 0.08543 0.24798 0.08637 0.24845 0.08683 0.24938 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 72 3 0.08543 0.35809 0.08077 0.35155 0.08777 0.35155\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 72 3 0.08543 0.57083 0.08077 0.56430 0.08777 0.56430\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 644 29 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67487 0.08170 0.67394 0.08263 0.67347 0.08450 0.67300 0.08590 0.67254 0.08683 0.67160 0.08730 0.67067 0.08730 0.66927 0.08683 0.66834 0.08637 0.66787 0.08497 0.66740 0.08310 0.66740 0.08170 0.66787 0.08123 0.66834 0.08077 0.66927 0.08077 0.67067 0.08123 0.67160 0.08217 0.67254 0.08357 0.67300 0.08543 0.67347 0.08637 0.67394 0.08683 0.67487 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 798 36 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 732 33 0.18895 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.18241 0.17068 0.18335 0.17115 0.18475 0.17255 0.18475 0.16275\n 11 380 17 0.19315 0.17255 0.19175 0.17208 0.19082 0.17068 0.19035 0.16835 0.19035 0.16695 0.19082 0.16461 0.19175 0.16321 0.19315 0.16275 0.19408 0.16275 0.19548 0.16321 0.19642 0.16461 0.19688 0.16695 0.19688 0.16835 0.19642 0.17068 0.19548 0.17208 0.19408 0.17255 0.19315 0.17255\n 11 336 15 0.34039 0.17255 0.34553 0.17255 0.34273 0.16881 0.34413 0.16881 0.34506 0.16835 0.34553 0.16788 0.34599 0.16648 0.34599 0.16555 0.34553 0.16415 0.34459 0.16321 0.34319 0.16275 0.34179 0.16275 0.34039 0.16321 0.33993 0.16368 0.33946 0.16461\n 11 380 17 0.35160 0.17255 0.35020 0.17208 0.34926 0.17068 0.34880 0.16835 0.34880 0.16695 0.34926 0.16461 0.35020 0.16321 0.35160 0.16275 0.35253 0.16275 0.35393 0.16321 0.35487 0.16461 0.35533 0.16695 0.35533 0.16835 0.35487 0.17068 0.35393 0.17208 0.35253 0.17255 0.35160 0.17255\n 11 380 17 0.50351 0.17255 0.49884 0.17255 0.49837 0.16835 0.49884 0.16881 0.50024 0.16928 0.50164 0.16928 0.50304 0.16881 0.50398 0.16788 0.50444 0.16648 0.50444 0.16555 0.50398 0.16415 0.50304 0.16321 0.50164 0.16275 0.50024 0.16275 0.49884 0.16321 0.49837 0.16368 0.49791 0.16461\n 11 380 17 0.51004 0.17255 0.50864 0.17208 0.50771 0.17068 0.50724 0.16835 0.50724 0.16695 0.50771 0.16461 0.50864 0.16321 0.51004 0.16275 0.51098 0.16275 0.51238 0.16321 0.51331 0.16461 0.51378 0.16695 0.51378 0.16835 0.51331 0.17068 0.51238 0.17208 0.51098 0.17255 0.51004 0.17255\n 11 50 2 0.66289 0.17255 0.65822 0.16275\n 11 50 2 0.65635 0.17255 0.66289 0.17255\n 11 380 17 0.66849 0.17255 0.66709 0.17208 0.66616 0.17068 0.66569 0.16835 0.66569 0.16695 0.66616 0.16461 0.66709 0.16321 0.66849 0.16275 0.66943 0.16275 0.67083 0.16321 0.67176 0.16461 0.67223 0.16695 0.67223 0.16835 0.67176 0.17068 0.67083 0.17208 0.66943 0.17255 0.66849 0.17255\n 11 512 23 0.82087 0.16928 0.82040 0.16788 0.81947 0.16695 0.81807 0.16648 0.81760 0.16648 0.81620 0.16695 0.81527 0.16788 0.81480 0.16928 0.81480 0.16975 0.81527 0.17115 0.81620 0.17208 0.81760 0.17255 0.81807 0.17255 0.81947 0.17208 0.82040 0.17115 0.82087 0.16928 0.82087 0.16695 0.82040 0.16461 0.81947 0.16321 0.81807 0.16275 0.81713 0.16275 0.81573 0.16321 0.81527 0.16415\n 11 380 17 0.82694 0.17255 0.82554 0.17208 0.82460 0.17068 0.82414 0.16835 0.82414 0.16695 0.82460 0.16461 0.82554 0.16321 0.82694 0.16275 0.82787 0.16275 0.82927 0.16321 0.83021 0.16461 0.83067 0.16695 0.83067 0.16835 0.83021 0.17068 0.82927 0.17208 0.82787 0.17255 0.82694 0.17255\n 11 50 2 0.50588 0.15098 0.51373 0.13922\n 11 50 2 0.51373 0.15098 0.50588 0.13922\n 21 6 13\n 25 6 13\n 11 2206 100 0.11765 0.72516 0.12557 0.72416 0.13349 0.72250 0.14141 0.72019 0.14934 0.71722 0.15726 0.71361 0.16518 0.70937 0.17310 0.70450 0.18103 0.69902 0.18895 0.69294 0.19687 0.68627 0.20479 0.67904 0.21272 0.67126 0.22064 0.66295 0.22856 0.65414 0.23648 0.64483 0.24440 0.63507 0.25233 0.62486 0.26025 0.61425 0.26817 0.60324 0.27609 0.59188 0.28402 0.58018 0.29194 0.56819 0.29986 0.55592 0.30778 0.54341 0.31571 0.53070 0.32363 0.51780 0.33155 0.50476 0.33947 0.49160 0.34740 0.47837 0.35532 0.46509 0.36324 0.45179 0.37116 0.43852 0.37909 0.42530 0.38701 0.41216 0.39493 0.39914 0.40285 0.38627 0.41077 0.37359 0.41870 0.36112 0.42662 0.34889 0.43454 0.33695 0.44246 0.32530 0.45039 0.31400 0.45831 0.30306 0.46623 0.29251 0.47415 0.28238 0.48208 0.27269 0.49000 0.26346 0.49792 0.25473 0.50584 0.24651 0.51377 0.23882 0.52169 0.23169 0.52961 0.22512 0.53753 0.21914 0.54545 0.21376 0.55338 0.20899 0.56130 0.20485 0.56922 0.20135 0.57714 0.19849 0.58507 0.19629 0.59299 0.19474 0.60091 0.19386 0.60883 0.19364 0.61676 0.19408 0.62468 0.19519 0.63260 0.19696 0.64052 0.19938 0.64845 0.20246 0.65637 0.20617 0.66429 0.21053 0.67221 0.21550 0.68013 0.22108 0.68806 0.22726 0.69598 0.23402 0.70390 0.24135 0.71182 0.24922 0.71975 0.25761 0.72767 0.26651 0.73559 0.27589 0.74351 0.28573 0.75144 0.29601 0.75936 0.30670 0.76728 0.31776 0.77520 0.32918 0.78313 0.34093 0.79105 0.35297 0.79897 0.36528 0.80689 0.37783 0.81481 0.39058 0.82274 0.40350 0.83066 0.41656 0.83858 0.42973 0.84650 0.44298 0.85443 0.45626 0.86235 0.46956 0.87027 0.48283 0.87819 0.49604 0.88612 0.50916 0.89404 0.52215 0.90196 0.53499\n 21 6 14\n 25 6 14\n 11 2206 100 0.11765 0.72526 0.12557 0.72457 0.13349 0.72342 0.14141 0.72181 0.14934 0.71974 0.15726 0.71722 0.16518 0.71426 0.17310 0.71085 0.18103 0.70701 0.18895 0.70274 0.19687 0.69804 0.20479 0.69294 0.21272 0.68742 0.22064 0.68151 0.22856 0.67522 0.23648 0.66855 0.24440 0.66152 0.25233 0.65414 0.26025 0.64642 0.26817 0.63837 0.27609 0.63002 0.28402 0.62137 0.29194 0.61244 0.29986 0.60324 0.30778 0.59380 0.31571 0.58412 0.32363 0.57422 0.33155 0.56413 0.33947 0.55385 0.34740 0.54341 0.35532 0.53283 0.36324 0.52212 0.37116 0.51130 0.37909 0.50038 0.38701 0.48940 0.39493 0.47837 0.40285 0.46730 0.41077 0.45622 0.41870 0.44515 0.42662 0.43410 0.43454 0.42310 0.44246 0.41216 0.45039 0.40130 0.45831 0.39054 0.46623 0.37990 0.47415 0.36940 0.48208 0.35906 0.49000 0.34889 0.49792 0.33892 0.50584 0.32915 0.51377 0.31961 0.52169 0.31031 0.52961 0.30127 0.53753 0.29251 0.54545 0.28403 0.55338 0.27586 0.56130 0.26801 0.56922 0.26050 0.57714 0.25332 0.58507 0.24651 0.59299 0.24007 0.60091 0.23400 0.60883 0.22833 0.61676 0.22306 0.62468 0.21820 0.63260 0.21376 0.64052 0.20974 0.64845 0.20616 0.65637 0.20302 0.66429 0.20033 0.67221 0.19808 0.68013 0.19629 0.68806 0.19495 0.69598 0.19408 0.70390 0.19366 0.71182 0.19371 0.71975 0.19422 0.72767 0.19519 0.73559 0.19662 0.74351 0.19850 0.75144 0.20084 0.75936 0.20363 0.76728 0.20686 0.77520 0.21053 0.78313 0.21463 0.79105 0.21915 0.79897 0.22410 0.80689 0.22945 0.81481 0.23520 0.82274 0.24135 0.83066 0.24787 0.83858 0.25476 0.84650 0.26200 0.85443 0.26959 0.86235 0.27750 0.87027 0.28573 0.87819 0.29427 0.88612 0.30309 0.89404 0.31218 0.90196 0.32153\n 21 6 15\n 25 6 15\n 11 2206 100 0.11765 0.72532 0.12557 0.72481 0.13349 0.72397 0.14141 0.72278 0.14934 0.72126 0.15726 0.71941 0.16518 0.71722 0.17310 0.71471 0.18103 0.71187 0.18895 0.70871 0.19687 0.70523 0.20479 0.70144 0.21272 0.69734 0.22064 0.69294 0.22856 0.68823 0.23648 0.68324 0.24440 0.67796 0.25233 0.67241 0.26025 0.66658 0.26817 0.66049 0.27609 0.65414 0.28402 0.64754 0.29194 0.64070 0.29986 0.63364 0.30778 0.62635 0.31571 0.61885 0.32363 0.61114 0.33155 0.60324 0.33947 0.59516 0.34740 0.58691 0.35532 0.57849 0.36324 0.56992 0.37116 0.56121 0.37909 0.55237 0.38701 0.54341 0.39493 0.53435 0.40285 0.52519 0.41077 0.51594 0.41870 0.50663 0.42662 0.49725 0.43454 0.48783 0.44246 0.47837 0.45039 0.46889 0.45831 0.45939 0.46623 0.44990 0.47415 0.44041 0.48208 0.43095 0.49000 0.42153 0.49792 0.41216 0.50584 0.40284 0.51377 0.39360 0.52169 0.38445 0.52961 0.37539 0.53753 0.36643 0.54545 0.35760 0.55338 0.34889 0.56130 0.34033 0.56922 0.33192 0.57714 0.32367 0.58507 0.31559 0.59299 0.30770 0.60091 0.30000 0.60883 0.29251 0.61676 0.28523 0.62468 0.27817 0.63260 0.27134 0.64052 0.26475 0.64845 0.25841 0.65637 0.25233 0.66429 0.24651 0.67221 0.24096 0.68013 0.23569 0.68806 0.23071 0.69598 0.22602 0.70390 0.22163 0.71182 0.21754 0.71975 0.21376 0.72767 0.21029 0.73559 0.20714 0.74351 0.20431 0.75144 0.20181 0.75936 0.19964 0.76728 0.19780 0.77520 0.19629 0.78313 0.19512 0.79105 0.19428 0.79897 0.19379 0.80689 0.19363 0.81481 0.19381 0.82274 0.19433 0.83066 0.19519 0.83858 0.19638 0.84650 0.19792 0.85443 0.19978 0.86235 0.20198 0.87027 0.20450 0.87819 0.20735 0.88612 0.21053 0.89404 0.21402 0.90196 0.21782\n 21 6 16\n 25 6 16\n 11 2206 100 0.11765 0.72536 0.12557 0.72497 0.13349 0.72432 0.14141 0.72342 0.14934 0.72225 0.15726 0.72083 0.16518 0.71915 0.17310 0.71722 0.18103 0.71504 0.18895 0.71261 0.19687 0.70993 0.20479 0.70701 0.21272 0.70385 0.22064 0.70044 0.22856 0.69681 0.23648 0.69294 0.24440 0.68884 0.25233 0.68452 0.26025 0.67998 0.26817 0.67522 0.27609 0.67025 0.28402 0.66508 0.29194 0.65971 0.29986 0.65414 0.30778 0.64838 0.31571 0.64244 0.32363 0.63631 0.33155 0.63002 0.33947 0.62356 0.34740 0.61694 0.35532 0.61016 0.36324 0.60324 0.37116 0.59618 0.37909 0.58898 0.38701 0.58166 0.39493 0.57422 0.40285 0.56667 0.41077 0.55901 0.41870 0.55126 0.42662 0.54341 0.43454 0.53549 0.44246 0.52749 0.45039 0.51942 0.45831 0.51130 0.46623 0.50312 0.47415 0.49490 0.48208 0.48665 0.49000 0.47837 0.49792 0.47007 0.50584 0.46177 0.51377 0.45346 0.52169 0.44515 0.52961 0.43686 0.53753 0.42859 0.54545 0.42036 0.55338 0.41216 0.56130 0.40400 0.56922 0.39591 0.57714 0.38787 0.58507 0.37990 0.59299 0.37201 0.60091 0.36421 0.60883 0.35650 0.61676 0.34889 0.62468 0.34139 0.63260 0.33401 0.64052 0.32674 0.64845 0.31961 0.65637 0.31261 0.66429 0.30576 0.67221 0.29905 0.68013 0.29251 0.68806 0.28612 0.69598 0.27991 0.70390 0.27387 0.71182 0.26801 0.71975 0.26234 0.72767 0.25687 0.73559 0.25159 0.74351 0.24651 0.75144 0.24164 0.75936 0.23699 0.76728 0.23255 0.77520 0.22833 0.78313 0.22434 0.79105 0.22058 0.79897 0.21705 0.80689 0.21376 0.81481 0.21071 0.82274 0.20790 0.83066 0.20534 0.83858 0.20302 0.84650 0.20096 0.85443 0.19915 0.86235 0.19759 0.87027 0.19629 0.87819 0.19524 0.88612 0.19446 0.89404 0.19393 0.90196 0.19366\n 21 6 17\n 25 6 17\n 11 2206 100 0.11765 0.72539 0.12557 0.72508 0.13349 0.72457 0.14141 0.72385 0.14934 0.72293 0.15726 0.72181 0.16518 0.72048 0.17310 0.71895 0.18103 0.71722 0.18895 0.71530 0.19687 0.71317 0.20479 0.71085 0.21272 0.70834 0.22064 0.70563 0.22856 0.70274 0.23648 0.69965 0.24440 0.69639 0.25233 0.69294 0.26025 0.68930 0.26817 0.68550 0.27609 0.68151 0.28402 0.67736 0.29194 0.67304 0.29986 0.66855 0.30778 0.66390 0.31571 0.65910 0.32363 0.65414 0.33155 0.64903 0.33947 0.64377 0.34740 0.63837 0.35532 0.63284 0.36324 0.62717 0.37116 0.62137 0.37909 0.61545 0.38701 0.60940 0.39493 0.60324 0.40285 0.59697 0.41077 0.59060 0.41870 0.58412 0.42662 0.57754 0.43454 0.57088 0.44246 0.56413 0.45039 0.55730 0.45831 0.55039 0.46623 0.54341 0.47415 0.53637 0.48208 0.52927 0.49000 0.52212 0.49792 0.51491 0.50584 0.50767 0.51377 0.50038 0.52169 0.49307 0.52961 0.48573 0.53753 0.47837 0.54545 0.47100 0.55338 0.46361 0.56130 0.45622 0.56922 0.44884 0.57714 0.44146 0.58507 0.43410 0.59299 0.42676 0.60091 0.41944 0.60883 0.41216 0.61676 0.40491 0.62468 0.39770 0.63260 0.39054 0.64052 0.38343 0.64845 0.37639 0.65637 0.36940 0.66429 0.36249 0.67221 0.35565 0.68013 0.34889 0.68806 0.34222 0.69598 0.33564 0.70390 0.32915 0.71182 0.32276 0.71975 0.31648 0.72767 0.31031 0.73559 0.30425 0.74351 0.29832 0.75144 0.29251 0.75936 0.28683 0.76728 0.28128 0.77520 0.27586 0.78313 0.27059 0.79105 0.26547 0.79897 0.26050 0.80689 0.25568 0.81481 0.25101 0.82274 0.24651 0.83066 0.24217 0.83858 0.23800 0.84650 0.23400 0.85443 0.23018 0.86235 0.22653 0.87027 0.22306 0.87819 0.21977 0.88612 0.21667 0.89404 0.21376 0.90196 0.21103\n 21 6 18\n 25 6 18\n 11 2206 100 0.11765 0.72541 0.12557 0.72516 0.13349 0.72474 0.14141 0.72416 0.14934 0.72342 0.15726 0.72250 0.16518 0.72143 0.17310 0.72019 0.18103 0.71879 0.18895 0.71722 0.19687 0.71550 0.20479 0.71361 0.21272 0.71157 0.22064 0.70937 0.22856 0.70701 0.23648 0.70450 0.24440 0.70183 0.25233 0.69902 0.26025 0.69605 0.26817 0.69294 0.27609 0.68968 0.28402 0.68627 0.29194 0.68273 0.29986 0.67904 0.30778 0.67522 0.31571 0.67126 0.32363 0.66717 0.33155 0.66295 0.33947 0.65861 0.34740 0.65414 0.35532 0.64955 0.36324 0.64483 0.37116 0.64001 0.37909 0.63507 0.38701 0.63002 0.39493 0.62486 0.40285 0.61961 0.41077 0.61425 0.41870 0.60879 0.42662 0.60324 0.43454 0.59760 0.44246 0.59188 0.45039 0.58607 0.45831 0.58018 0.46623 0.57422 0.47415 0.56819 0.48208 0.56209 0.49000 0.55592 0.49792 0.54970 0.50584 0.54341 0.51377 0.53708 0.52169 0.53070 0.52961 0.52427 0.53753 0.51780 0.54545 0.51130 0.55338 0.50476 0.56130 0.49819 0.56922 0.49160 0.57714 0.48500 0.58507 0.47837 0.59299 0.47173 0.60091 0.46509 0.60883 0.45844 0.61676 0.45179 0.62468 0.44515 0.63260 0.43852 0.64052 0.43190 0.64845 0.42530 0.65637 0.41871 0.66429 0.41216 0.67221 0.40563 0.68013 0.39914 0.68806 0.39268 0.69598 0.38627 0.70390 0.37990 0.71182 0.37359 0.71975 0.36732 0.72767 0.36112 0.73559 0.35497 0.74351 0.34889 0.75144 0.34288 0.75936 0.33695 0.76728 0.33108 0.77520 0.32530 0.78313 0.31961 0.79105 0.31400 0.79897 0.30848 0.80689 0.30306 0.81481 0.29773 0.82274 0.29251 0.83066 0.28739 0.83858 0.28238 0.84650 0.27747 0.85443 0.27269 0.86235 0.26801 0.87027 0.26346 0.87819 0.25903 0.88612 0.25473 0.89404 0.25055 0.90196 0.24651\n 21 6 19\n 25 6 19\n 11 2206 100 0.11765 0.72542 0.12557 0.72522 0.13349 0.72487 0.14141 0.72439 0.14934 0.72378 0.15726 0.72302 0.16518 0.72213 0.17310 0.72111 0.18103 0.71995 0.18895 0.71865 0.19687 0.71722 0.20479 0.71566 0.21272 0.71397 0.22064 0.71214 0.22856 0.71019 0.23648 0.70810 0.24440 0.70589 0.25233 0.70355 0.26025 0.70108 0.26817 0.69849 0.27609 0.69577 0.28402 0.69294 0.29194 0.68998 0.29986 0.68690 0.30778 0.68371 0.31571 0.68040 0.32363 0.67697 0.33155 0.67344 0.33947 0.66979 0.34740 0.66604 0.35532 0.66217 0.36324 0.65821 0.37116 0.65414 0.37909 0.64997 0.38701 0.64570 0.39493 0.64134 0.40285 0.63688 0.41077 0.63233 0.41870 0.62769 0.42662 0.62296 0.43454 0.61815 0.44246 0.61326 0.45039 0.60829 0.45831 0.60324 0.46623 0.59812 0.47415 0.59293 0.48208 0.58766 0.49000 0.58233 0.49792 0.57694 0.50584 0.57149 0.51377 0.56598 0.52169 0.56041 0.52961 0.55479 0.53753 0.54913 0.54545 0.54341 0.55338 0.53766 0.56130 0.53186 0.56922 0.52602 0.57714 0.52016 0.58507 0.51426 0.59299 0.50833 0.60091 0.50237 0.60883 0.49640 0.61676 0.49040 0.62468 0.48439 0.63260 0.47837 0.64052 0.47234 0.64845 0.46630 0.65637 0.46025 0.66429 0.45421 0.67221 0.44817 0.68013 0.44213 0.68806 0.43611 0.69598 0.43010 0.70390 0.42410 0.71182 0.41812 0.71975 0.41216 0.72767 0.40622 0.73559 0.40032 0.74351 0.39444 0.75144 0.38860 0.75936 0.38279 0.76728 0.37703 0.77520 0.37130 0.78313 0.36562 0.79105 0.35999 0.79897 0.35442 0.80689 0.34889 0.81481 0.34343 0.82274 0.33802 0.83066 0.33268 0.83858 0.32740 0.84650 0.32219 0.85443 0.31705 0.86235 0.31198 0.87027 0.30699 0.87819 0.30208 0.88612 0.29725 0.89404 0.29251 0.90196 0.28785\n 21 6 20\n 25 6 20\n 11 2206 100 0.11765 0.72543 0.12557 0.72526 0.13349 0.72497 0.14141 0.72457 0.14934 0.72405 0.15726 0.72342 0.16518 0.72267 0.17310 0.72181 0.18103 0.72083 0.18895 0.71974 0.19687 0.71854 0.20479 0.71722 0.21272 0.71580 0.22064 0.71426 0.22856 0.71261 0.23648 0.71085 0.24440 0.70899 0.25233 0.70701 0.26025 0.70493 0.26817 0.70274 0.27609 0.70044 0.28402 0.69804 0.29194 0.69554 0.29986 0.69294 0.30778 0.69023 0.31571 0.68742 0.32363 0.68452 0.33155 0.68151 0.33947 0.67841 0.34740 0.67522 0.35532 0.67193 0.36324 0.66855 0.37116 0.66508 0.37909 0.66152 0.38701 0.65787 0.39493 0.65414 0.40285 0.65032 0.41077 0.64642 0.41870 0.64244 0.42662 0.63837 0.43454 0.63424 0.44246 0.63002 0.45039 0.62573 0.45831 0.62137 0.46623 0.61694 0.47415 0.61244 0.48208 0.60787 0.49000 0.60324 0.49792 0.59855 0.50584 0.59380 0.51377 0.58898 0.52169 0.58412 0.52961 0.57920 0.53753 0.57422 0.54545 0.56920 0.55338 0.56413 0.56130 0.55901 0.56922 0.55385 0.57714 0.54865 0.58507 0.54341 0.59299 0.53814 0.60091 0.53283 0.60883 0.52749 0.61676 0.52212 0.62468 0.51672 0.63260 0.51130 0.64052 0.50585 0.64845 0.50038 0.65637 0.49490 0.66429 0.48940 0.67221 0.48389 0.68013 0.47837 0.68806 0.47284 0.69598 0.46730 0.70390 0.46177 0.71182 0.45622 0.71975 0.45069 0.72767 0.44515 0.73559 0.43962 0.74351 0.43410 0.75144 0.42859 0.75936 0.42310 0.76728 0.41762 0.77520 0.41216 0.78313 0.40672 0.79105 0.40130 0.79897 0.39591 0.80689 0.39054 0.81481 0.38521 0.82274 0.37990 0.83066 0.37464 0.83858 0.36940 0.84650 0.36421 0.85443 0.35906 0.86235 0.35395 0.87027 0.34889 0.87819 0.34388 0.88612 0.33892 0.89404 0.33401 0.90196 0.32915\n 21 6 21\n 25 6 21\n 11 2206 100 0.11765 0.72544 0.12557 0.72529 0.13349 0.72505 0.14141 0.72470 0.14934 0.72426 0.15726 0.72372 0.16518 0.72308 0.17310 0.72235 0.18103 0.72152 0.18895 0.72059 0.19687 0.71956 0.20479 0.71844 0.21272 0.71722 0.22064 0.71591 0.22856 0.71450 0.23648 0.71300 0.24440 0.71141 0.25233 0.70972 0.26025 0.70794 0.26817 0.70606 0.27609 0.70410 0.28402 0.70204 0.29194 0.69990 0.29986 0.69767 0.30778 0.69534 0.31571 0.69294 0.32363 0.69044 0.33155 0.68786 0.33947 0.68520 0.34740 0.68245 0.35532 0.67962 0.36324 0.67671 0.37116 0.67371 0.37909 0.67064 0.38701 0.66749 0.39493 0.66427 0.40285 0.66096 0.41077 0.65759 0.41870 0.65414 0.42662 0.65062 0.43454 0.64702 0.44246 0.64336 0.45039 0.63963 0.45831 0.63584 0.46623 0.63197 0.47415 0.62805 0.48208 0.62406 0.49000 0.62001 0.49792 0.61591 0.50584 0.61174 0.51377 0.60752 0.52169 0.60324 0.52961 0.59891 0.53753 0.59453 0.54545 0.59010 0.55338 0.58562 0.56130 0.58109 0.56922 0.57652 0.57714 0.57191 0.58507 0.56725 0.59299 0.56256 0.60091 0.55782 0.60883 0.55305 0.61676 0.54825 0.62468 0.54341 0.63260 0.53854 0.64052 0.53365 0.64845 0.52872 0.65637 0.52377 0.66429 0.51880 0.67221 0.51380 0.68013 0.50878 0.68806 0.50375 0.69598 0.49870 0.70390 0.49363 0.71182 0.48856 0.71975 0.48347 0.72767 0.47837 0.73559 0.47327 0.74351 0.46816 0.75144 0.46304 0.75936 0.45793 0.76728 0.45282 0.77520 0.44771 0.78313 0.44260 0.79105 0.43750 0.79897 0.43241 0.80689 0.42732 0.81481 0.42225 0.82274 0.41720 0.83066 0.41216 0.83858 0.40713 0.84650 0.40213 0.85443 0.39715 0.86235 0.39219 0.87027 0.38725 0.87819 0.38235 0.88612 0.37747 0.89404 0.37262 0.90196 0.36780\n 21 6 22\n 25 6 22\n 11 2206 100 0.11765 0.72545 0.12557 0.72532 0.13349 0.72511 0.14141 0.72481 0.14934 0.72443 0.15726 0.72397 0.16518 0.72342 0.17310 0.72278 0.18103 0.72206 0.18895 0.72126 0.19687 0.72038 0.20479 0.71941 0.21272 0.71836 0.22064 0.71722 0.22856 0.71601 0.23648 0.71471 0.24440 0.71333 0.25233 0.71187 0.26025 0.71033 0.26817 0.70871 0.27609 0.70701 0.28402 0.70523 0.29194 0.70337 0.29986 0.70144 0.30778 0.69943 0.31571 0.69734 0.32363 0.69517 0.33155 0.69294 0.33947 0.69062 0.34740 0.68823 0.35532 0.68577 0.36324 0.68324 0.37116 0.68064 0.37909 0.67796 0.38701 0.67522 0.39493 0.67241 0.40285 0.66953 0.41077 0.66658 0.41870 0.66356 0.42662 0.66049 0.43454 0.65734 0.44246 0.65414 0.45039 0.65087 0.45831 0.64754 0.46623 0.64415 0.47415 0.64070 0.48208 0.63720 0.49000 0.63364 0.49792 0.63002 0.50584 0.62635 0.51377 0.62262 0.52169 0.61885 0.52961 0.61502 0.53753 0.61114 0.54545 0.60721 0.55338 0.60324 0.56130 0.59922 0.56922 0.59516 0.57714 0.59105 0.58507 0.58691 0.59299 0.58272 0.60091 0.57849 0.60883 0.57422 0.61676 0.56992 0.62468 0.56558 0.63260 0.56121 0.64052 0.55681 0.64845 0.55237 0.65637 0.54791 0.66429 0.54341 0.67221 0.53889 0.68013 0.53435 0.68806 0.52978 0.69598 0.52519 0.70390 0.52058 0.71182 0.51594 0.71975 0.51130 0.72767 0.50663 0.73559 0.50195 0.74351 0.49725 0.75144 0.49255 0.75936 0.48783 0.76728 0.48310 0.77520 0.47837 0.78313 0.47363 0.79105 0.46889 0.79897 0.46414 0.80689 0.45939 0.81481 0.45464 0.82274 0.44990 0.83066 0.44515 0.83858 0.44041 0.84650 0.43568 0.85443 0.43095 0.86235 0.42624 0.87027 0.42153 0.87819 0.41684 0.88612 0.41216 0.89404 0.40749 0.90196 0.40284\n 21 6 23\n 25 6 23\n 11 2206 100 0.11765 0.72545 0.12557 0.72534 0.13349 0.72516 0.14141 0.72490 0.14934 0.72457 0.15726 0.72416 0.16518 0.72368 0.17310 0.72313 0.18103 0.72250 0.18895 0.72181 0.19687 0.72103 0.20479 0.72019 0.21272 0.71927 0.22064 0.71828 0.22856 0.71722 0.23648 0.71609 0.24440 0.71489 0.25233 0.71361 0.26025 0.71227 0.26817 0.71085 0.27609 0.70937 0.28402 0.70781 0.29194 0.70619 0.29986 0.70450 0.30778 0.70274 0.31571 0.70091 0.32363 0.69902 0.33155 0.69705 0.33947 0.69503 0.34740 0.69294 0.35532 0.69078 0.36324 0.68856 0.37116 0.68627 0.37909 0.68392 0.38701 0.68151 0.39493 0.67904 0.40285 0.67651 0.41077 0.67392 0.41870 0.67126 0.42662 0.66855 0.43454 0.66578 0.44246 0.66295 0.45039 0.66007 0.45831 0.65713 0.46623 0.65414 0.47415 0.65109 0.48208 0.64799 0.49000 0.64483 0.49792 0.64163 0.50584 0.63837 0.51377 0.63507 0.52169 0.63171 0.52961 0.62831 0.53753 0.62486 0.54545 0.62137 0.55338 0.61783 0.56130 0.61425 0.56922 0.61062 0.57714 0.60695 0.58507 0.60324 0.59299 0.59949 0.60091 0.59570 0.60883 0.59188 0.61676 0.58802 0.62468 0.58412 0.63260 0.58018 0.64052 0.57622 0.64845 0.57222 0.65637 0.56819 0.66429 0.56413 0.67221 0.56004 0.68013 0.55592 0.68806 0.55178 0.69598 0.54761 0.70390 0.54341 0.71182 0.53920 0.71975 0.53496 0.72767 0.53070 0.73559 0.52641 0.74351 0.52212 0.75144 0.51780 0.75936 0.51347 0.76728 0.50912 0.77520 0.50476 0.78313 0.50038 0.79105 0.49600 0.79897 0.49160 0.80689 0.48720 0.81481 0.48279 0.82274 0.47837 0.83066 0.47395 0.83858 0.46952 0.84650 0.46509 0.85443 0.46066 0.86235 0.45622 0.87027 0.45179 0.87819 0.44736 0.88612 0.44294 0.89404 0.43852 0.90196 0.43410\n 21 6 24\n 25 6 24\n 11 2206 100 0.11765 0.72546 0.12557 0.72536 0.13349 0.72520 0.14141 0.72497 0.14934 0.72468 0.15726 0.72432 0.16518 0.72390 0.17310 0.72342 0.18103 0.72287 0.18895 0.72225 0.19687 0.72157 0.20479 0.72083 0.21272 0.72002 0.22064 0.71915 0.22856 0.71822 0.23648 0.71722 0.24440 0.71616 0.25233 0.71504 0.26025 0.71386 0.26817 0.71261 0.27609 0.71130 0.28402 0.70993 0.29194 0.70850 0.29986 0.70701 0.30778 0.70546 0.31571 0.70385 0.32363 0.70217 0.33155 0.70044 0.33947 0.69865 0.34740 0.69681 0.35532 0.69490 0.36324 0.69294 0.37116 0.69092 0.37909 0.68884 0.38701 0.68671 0.39493 0.68452 0.40285 0.68227 0.41077 0.67998 0.41870 0.67762 0.42662 0.67522 0.43454 0.67276 0.44246 0.67025 0.45039 0.66769 0.45831 0.66508 0.46623 0.66242 0.47415 0.65971 0.48208 0.65695 0.49000 0.65414 0.49792 0.65128 0.50584 0.64838 0.51377 0.64543 0.52169 0.64244 0.52961 0.63940 0.53753 0.63631 0.54545 0.63319 0.55338 0.63002 0.56130 0.62681 0.56922 0.62356 0.57714 0.62027 0.58507 0.61694 0.59299 0.61357 0.60091 0.61016 0.60883 0.60672 0.61676 0.60324 0.62468 0.59973 0.63260 0.59618 0.64052 0.59260 0.64845 0.58898 0.65637 0.58534 0.66429 0.58166 0.67221 0.57796 0.68013 0.57422 0.68806 0.57046 0.69598 0.56667 0.70390 0.56285 0.71182 0.55901 0.71975 0.55515 0.72767 0.55126 0.73559 0.54735 0.74351 0.54341 0.75144 0.53946 0.75936 0.53549 0.76728 0.53150 0.77520 0.52749 0.78313 0.52346 0.79105 0.51942 0.79897 0.51536 0.80689 0.51130 0.81481 0.50721 0.82274 0.50312 0.83066 0.49902 0.83858 0.49490 0.84650 0.49078 0.85443 0.48665 0.86235 0.48251 0.87027 0.47837 0.87819 0.47422 0.88612 0.47007 0.89404 0.46592 0.90196 0.46177\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 13\n 25 6 13\n 11 72 3 0.26471 0.11873 0.26471 0.11873 0.35147 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 14\n 25 6 14\n 11 72 3 0.58333 0.11873 0.58333 0.11873 0.67010 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 72 3 0.26471 0.10039 0.26471 0.10039 0.35147 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 16\n 25 6 16\n 11 72 3 0.58333 0.10039 0.58333 0.10039 0.67010 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 17\n 25 6 17\n 11 72 3 0.26471 0.08196 0.26471 0.08196 0.35147 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.58333 0.08196 0.58333 0.08196 0.67010 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 19\n 25 6 19\n 11 72 3 0.26471 0.06363 0.26471 0.06363 0.35147 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 20\n 25 6 20\n 11 72 3 0.58333 0.06363 0.58333 0.06363 0.67010 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 21\n 25 6 21\n 11 72 3 0.26471 0.04520 0.26471 0.04520 0.35147 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 22\n 25 6 22\n 11 72 3 0.58333 0.04520 0.58333 0.04520 0.67010 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 23\n 25 6 23\n 11 72 3 0.26471 0.02686 0.26471 0.02686 0.35147 0.02686\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 24\n 25 6 24\n 11 72 3 0.58333 0.02686 0.58333 0.02686 0.67010 0.02686\n 21 6 1\n 25 6 1\n 11 50 2 0.86457 0.84853 0.86457 0.84265\n 11 50 2 0.86457 0.84853 0.86821 0.84853\n 11 50 2 0.86457 0.84573 0.86681 0.84573\n 11 50 2 0.86961 0.84853 0.86961 0.84265\n 11 50 2 0.86961 0.84853 0.87325 0.84853\n 11 50 2 0.86961 0.84573 0.87185 0.84573\n 11 50 2 0.86961 0.84265 0.87325 0.84265\n 11 50 2 0.87493 0.84853 0.87493 0.84265\n 11 226 10 0.87493 0.84853 0.87745 0.84853 0.87829 0.84825 0.87857 0.84797 0.87885 0.84741 0.87885 0.84685 0.87857 0.84629 0.87829 0.84601 0.87745 0.84573 0.87493 0.84573\n 11 50 2 0.87689 0.84573 0.87885 0.84265\n 11 50 2 0.88081 0.84853 0.88081 0.84265\n 11 226 10 0.88081 0.84853 0.88333 0.84853 0.88417 0.84825 0.88445 0.84797 0.88473 0.84741 0.88473 0.84685 0.88445 0.84629 0.88417 0.84601 0.88333 0.84573 0.88081 0.84573\n 11 50 2 0.88277 0.84573 0.88473 0.84265\n 11 50 2 0.88669 0.84853 0.88669 0.84265\n 11 50 2 0.88669 0.84853 0.89034 0.84853\n 11 50 2 0.88669 0.84573 0.88894 0.84573\n 11 50 2 0.88669 0.84265 0.89034 0.84265\n 11 50 2 0.89314 0.84853 0.89314 0.84265\n 11 50 2 0.89118 0.84853 0.89510 0.84853\n 11 50 2 0.90014 0.84853 0.90238 0.84265\n 11 50 2 0.90462 0.84853 0.90238 0.84265\n 11 380 17 0.90574 0.84489 0.90910 0.84489 0.90910 0.84545 0.90882 0.84601 0.90854 0.84629 0.90798 0.84657 0.90714 0.84657 0.90658 0.84629 0.90602 0.84573 0.90574 0.84489 0.90574 0.84433 0.90602 0.84349 0.90658 0.84293 0.90714 0.84265 0.90798 0.84265 0.90854 0.84293 0.90910 0.84349\n 11 50 2 0.91106 0.84657 0.91106 0.84265\n 11 116 5 0.91106 0.84489 0.91134 0.84573 0.91190 0.84629 0.91246 0.84657 0.91331 0.84657\n 11 116 5 0.91499 0.84321 0.91471 0.84293 0.91499 0.84265 0.91527 0.84293 0.91499 0.84321\n 11 512 23 0.92535 0.84769 0.92507 0.84825 0.92423 0.84853 0.92367 0.84853 0.92283 0.84825 0.92227 0.84741 0.92199 0.84601 0.92199 0.84461 0.92227 0.84349 0.92283 0.84293 0.92367 0.84265 0.92395 0.84265 0.92479 0.84293 0.92535 0.84349 0.92563 0.84433 0.92563 0.84461 0.92535 0.84545 0.92479 0.84601 0.92395 0.84629 0.92367 0.84629 0.92283 0.84601 0.92227 0.84545 0.92199 0.84461\n 11 116 5 0.92787 0.84321 0.92759 0.84293 0.92787 0.84265 0.92815 0.84293 0.92787 0.84321\n 11 94 4 0.93095 0.84741 0.93151 0.84769 0.93235 0.84853 0.93235 0.84265\n 11 512 23 0.93936 0.84657 0.93908 0.84573 0.93852 0.84517 0.93767 0.84489 0.93739 0.84489 0.93655 0.84517 0.93599 0.84573 0.93571 0.84657 0.93571 0.84685 0.93599 0.84769 0.93655 0.84825 0.93739 0.84853 0.93767 0.84853 0.93852 0.84825 0.93908 0.84769 0.93936 0.84657 0.93936 0.84517 0.93908 0.84377 0.93852 0.84293 0.93767 0.84265 0.93711 0.84265 0.93627 0.84293 0.93599 0.84349\n 11 50 2 0.86415 0.83971 0.86415 0.83382\n 11 50 2 0.86415 0.83971 0.86807 0.83382\n 11 50 2 0.86807 0.83971 0.86807 0.83382\n 11 468 21 0.87171 0.83971 0.87115 0.83943 0.87059 0.83887 0.87031 0.83831 0.87003 0.83746 0.87003 0.83606 0.87031 0.83522 0.87059 0.83466 0.87115 0.83410 0.87171 0.83382 0.87283 0.83382 0.87339 0.83410 0.87395 0.83466 0.87423 0.83522 0.87451 0.83606 0.87451 0.83746 0.87423 0.83831 0.87395 0.83887 0.87339 0.83943 0.87283 0.83971 0.87171 0.83971\n 11 50 2 0.87787 0.83971 0.87563 0.83382\n 11 50 2 0.87787 0.83971 0.88011 0.83382\n 11 50 2 0.87647 0.83578 0.87927 0.83578\n 11 50 2 0.88291 0.83971 0.88067 0.83382\n 11 50 2 0.88291 0.83971 0.88515 0.83382\n 11 50 2 0.88151 0.83578 0.88431 0.83578\n 11 50 2 0.89104 0.84083 0.88599 0.83186\n 11 50 2 0.89272 0.83971 0.89272 0.83382\n 11 226 10 0.89272 0.83971 0.89524 0.83971 0.89608 0.83943 0.89636 0.83915 0.89664 0.83859 0.89664 0.83775 0.89636 0.83718 0.89608 0.83690 0.89524 0.83662 0.89272 0.83662\n 11 50 2 0.89860 0.83971 0.89860 0.83382\n 11 50 2 0.89860 0.83971 0.90084 0.83382\n 11 50 2 0.90308 0.83971 0.90084 0.83382\n 11 50 2 0.90308 0.83971 0.90308 0.83382\n 11 50 2 0.90532 0.83971 0.90532 0.83382\n 11 50 2 0.90532 0.83971 0.90896 0.83971\n 11 50 2 0.90532 0.83690 0.90756 0.83690\n 11 50 2 0.90532 0.83382 0.90896 0.83382\n 11 50 2 0.91064 0.83971 0.91064 0.83382\n 11 50 2 0.91064 0.83382 0.91401 0.83382\n 11 50 2 0.92101 0.83971 0.92101 0.83382\n 11 50 2 0.91905 0.83971 0.92297 0.83971\n 11 50 2 0.92437 0.83971 0.92437 0.83382\n 11 50 2 0.92437 0.83971 0.92661 0.83382\n 11 50 2 0.92885 0.83971 0.92661 0.83382\n 11 50 2 0.92885 0.83971 0.92885 0.83382\n 11 50 2 0.93249 0.83971 0.93025 0.83382\n 11 50 2 0.93249 0.83971 0.93473 0.83382\n 11 50 2 0.93109 0.83578 0.93389 0.83578\n 11 50 2 0.93613 0.83971 0.93613 0.83382\n 11 226 10 0.93613 0.83971 0.93866 0.83971 0.93950 0.83943 0.93978 0.83915 0.94006 0.83859 0.94006 0.83775 0.93978 0.83718 0.93950 0.83690 0.93866 0.83662 0.93613 0.83662\n 11 50 2 0.85280 0.82990 0.85280 0.82402\n 11 50 2 0.85280 0.82990 0.85644 0.82990\n 11 50 2 0.85280 0.82710 0.85504 0.82710\n 11 380 17 0.85756 0.82626 0.86092 0.82626 0.86092 0.82682 0.86064 0.82738 0.86036 0.82766 0.85980 0.82794 0.85896 0.82794 0.85840 0.82766 0.85784 0.82710 0.85756 0.82626 0.85756 0.82570 0.85784 0.82486 0.85840 0.82430 0.85896 0.82402 0.85980 0.82402 0.86036 0.82430 0.86092 0.82486\n 11 50 2 0.86289 0.82990 0.86289 0.82402\n 11 314 14 0.86289 0.82710 0.86345 0.82766 0.86401 0.82794 0.86485 0.82794 0.86541 0.82766 0.86597 0.82710 0.86625 0.82626 0.86625 0.82570 0.86597 0.82486 0.86541 0.82430 0.86485 0.82402 0.86401 0.82402 0.86345 0.82430 0.86289 0.82486\n 11 380 17 0.88025 0.82990 0.87745 0.82990 0.87717 0.82738 0.87745 0.82766 0.87829 0.82794 0.87913 0.82794 0.87997 0.82766 0.88053 0.82710 0.88081 0.82626 0.88081 0.82570 0.88053 0.82486 0.87997 0.82430 0.87913 0.82402 0.87829 0.82402 0.87745 0.82430 0.87717 0.82458 0.87689 0.82514\n 11 314 14 0.88725 0.82850 0.88725 0.82878 0.88754 0.82934 0.88782 0.82962 0.88838 0.82990 0.88950 0.82990 0.89006 0.82962 0.89034 0.82934 0.89062 0.82878 0.89062 0.82822 0.89034 0.82766 0.88978 0.82682 0.88697 0.82402 0.89090 0.82402\n 11 380 17 0.89426 0.82990 0.89342 0.82962 0.89286 0.82878 0.89258 0.82738 0.89258 0.82654 0.89286 0.82514 0.89342 0.82430 0.89426 0.82402 0.89482 0.82402 0.89566 0.82430 0.89622 0.82514 0.89650 0.82654 0.89650 0.82738 0.89622 0.82878 0.89566 0.82962 0.89482 0.82990 0.89426 0.82990\n 11 380 17 0.89986 0.82990 0.89902 0.82962 0.89846 0.82878 0.89818 0.82738 0.89818 0.82654 0.89846 0.82514 0.89902 0.82430 0.89986 0.82402 0.90042 0.82402 0.90126 0.82430 0.90182 0.82514 0.90210 0.82654 0.90210 0.82738 0.90182 0.82878 0.90126 0.82962 0.90042 0.82990 0.89986 0.82990\n 11 512 23 0.90742 0.82794 0.90714 0.82710 0.90658 0.82654 0.90574 0.82626 0.90546 0.82626 0.90462 0.82654 0.90406 0.82710 0.90378 0.82794 0.90378 0.82822 0.90406 0.82906 0.90462 0.82962 0.90546 0.82990 0.90574 0.82990 0.90658 0.82962 0.90714 0.82906 0.90742 0.82794 0.90742 0.82654 0.90714 0.82514 0.90658 0.82430 0.90574 0.82402 0.90518 0.82402 0.90434 0.82430 0.90406 0.82486\n 11 94 4 0.91471 0.82878 0.91527 0.82906 0.91611 0.82990 0.91611 0.82402\n 11 380 17 0.92283 0.82990 0.92003 0.82990 0.91975 0.82738 0.92003 0.82766 0.92087 0.82794 0.92171 0.82794 0.92255 0.82766 0.92311 0.82710 0.92339 0.82626 0.92339 0.82570 0.92311 0.82486 0.92255 0.82430 0.92171 0.82402 0.92087 0.82402 0.92003 0.82430 0.91975 0.82458 0.91947 0.82514\n 11 116 5 0.92563 0.82794 0.92535 0.82766 0.92563 0.82738 0.92591 0.82766 0.92563 0.82794\n 11 116 5 0.92563 0.82458 0.92535 0.82430 0.92563 0.82402 0.92591 0.82430 0.92563 0.82458\n 11 72 3 0.93067 0.82990 0.92787 0.82598 0.93207 0.82598\n 11 50 2 0.93067 0.82990 0.93067 0.82402\n 11 336 15 0.93403 0.82990 0.93711 0.82990 0.93543 0.82766 0.93627 0.82766 0.93683 0.82738 0.93711 0.82710 0.93740 0.82626 0.93740 0.82570 0.93711 0.82486 0.93655 0.82430 0.93571 0.82402 0.93487 0.82402 0.93403 0.82430 0.93375 0.82458 0.93347 0.82514\n 11 116 5 0.93964 0.82794 0.93936 0.82766 0.93964 0.82738 0.93992 0.82766 0.93964 0.82794\n 11 116 5 0.93964 0.82458 0.93936 0.82430 0.93964 0.82402 0.93992 0.82430 0.93964 0.82458\n 11 314 14 0.94216 0.82850 0.94216 0.82878 0.94244 0.82934 0.94272 0.82962 0.94328 0.82990 0.94440 0.82990 0.94496 0.82962 0.94524 0.82934 0.94552 0.82878 0.94552 0.82822 0.94524 0.82766 0.94468 0.82682 0.94188 0.82402 0.94580 0.82402\n 11 644 29 0.94888 0.82990 0.94804 0.82962 0.94776 0.82906 0.94776 0.82850 0.94804 0.82794 0.94860 0.82766 0.94972 0.82738 0.95056 0.82710 0.95112 0.82654 0.95140 0.82598 0.95140 0.82514 0.95112 0.82458 0.95084 0.82430 0.95000 0.82402 0.94888 0.82402 0.94804 0.82430 0.94776 0.82458 0.94748 0.82514 0.94748 0.82598 0.94776 0.82654 0.94832 0.82710 0.94916 0.82738 0.95028 0.82766 0.95084 0.82794 0.95112 0.82850 0.95112 0.82906 0.95084 0.82962 0.95000 0.82990 0.94888 0.82990\n 11 402 18 0.37325 0.12094 0.37283 0.12178 0.37199 0.12262 0.37115 0.12304 0.36947 0.12304 0.36863 0.12262 0.36779 0.12178 0.36737 0.12094 0.36695 0.11968 0.36695 0.11758 0.36737 0.11632 0.36779 0.11548 0.36863 0.11464 0.36947 0.11422 0.37115 0.11422 0.37199 0.11464 0.37283 0.11548 0.37325 0.11632\n 11 468 21 0.37829 0.12304 0.37745 0.12262 0.37661 0.12178 0.37619 0.12094 0.37577 0.11968 0.37577 0.11758 0.37619 0.11632 0.37661 0.11548 0.37745 0.11464 0.37829 0.11422 0.37997 0.11422 0.38081 0.11464 0.38165 0.11548 0.38207 0.11632 0.38249 0.11758 0.38249 0.11968 0.38207 0.12094 0.38165 0.12178 0.38081 0.12262 0.37997 0.12304 0.37829 0.12304\n 11 446 20 0.39090 0.12178 0.39006 0.12262 0.38880 0.12304 0.38711 0.12304 0.38585 0.12262 0.38501 0.12178 0.38501 0.12094 0.38543 0.12010 0.38585 0.11968 0.38669 0.11926 0.38922 0.11842 0.39006 0.11800 0.39048 0.11758 0.39090 0.11674 0.39090 0.11548 0.39006 0.11464 0.38880 0.11422 0.38711 0.11422 0.38585 0.11464 0.38501 0.11548\n 11 226 10 0.39678 0.12472 0.39594 0.12388 0.39510 0.12262 0.39426 0.12094 0.39384 0.11884 0.39384 0.11716 0.39426 0.11506 0.39510 0.11338 0.39594 0.11211 0.39678 0.11127\n 11 50 2 0.39972 0.12304 0.39972 0.11422\n 11 50 2 0.40980 0.12472 0.40224 0.11127\n 11 314 14 0.41232 0.12094 0.41232 0.12136 0.41275 0.12220 0.41317 0.12262 0.41401 0.12304 0.41569 0.12304 0.41653 0.12262 0.41695 0.12220 0.41737 0.12136 0.41737 0.12052 0.41695 0.11968 0.41611 0.11842 0.41190 0.11422 0.41779 0.11422\n 11 380 17 0.42283 0.12304 0.42157 0.12262 0.42073 0.12136 0.42031 0.11926 0.42031 0.11800 0.42073 0.11590 0.42157 0.11464 0.42283 0.11422 0.42367 0.11422 0.42493 0.11464 0.42577 0.11590 0.42619 0.11800 0.42619 0.11926 0.42577 0.12136 0.42493 0.12262 0.42367 0.12304 0.42283 0.12304\n 11 226 10 0.42871 0.12472 0.42955 0.12388 0.43039 0.12262 0.43123 0.12094 0.43165 0.11884 0.43165 0.11716 0.43123 0.11506 0.43039 0.11338 0.42955 0.11211 0.42871 0.11127\n 11 402 18 0.69188 0.12094 0.69146 0.12178 0.69062 0.12262 0.68978 0.12304 0.68810 0.12304 0.68725 0.12262 0.68641 0.12178 0.68599 0.12094 0.68557 0.11968 0.68557 0.11758 0.68599 0.11632 0.68641 0.11548 0.68725 0.11464 0.68810 0.11422 0.68978 0.11422 0.69062 0.11464 0.69146 0.11548 0.69188 0.11632\n 11 468 21 0.69692 0.12304 0.69608 0.12262 0.69524 0.12178 0.69482 0.12094 0.69440 0.11968 0.69440 0.11758 0.69482 0.11632 0.69524 0.11548 0.69608 0.11464 0.69692 0.11422 0.69860 0.11422 0.69944 0.11464 0.70028 0.11548 0.70070 0.11632 0.70112 0.11758 0.70112 0.11968 0.70070 0.12094 0.70028 0.12178 0.69944 0.12262 0.69860 0.12304 0.69692 0.12304\n 11 446 20 0.70952 0.12178 0.70868 0.12262 0.70742 0.12304 0.70574 0.12304 0.70448 0.12262 0.70364 0.12178 0.70364 0.12094 0.70406 0.12010 0.70448 0.11968 0.70532 0.11926 0.70784 0.11842 0.70868 0.11800 0.70910 0.11758 0.70952 0.11674 0.70952 0.11548 0.70868 0.11464 0.70742 0.11422 0.70574 0.11422 0.70448 0.11464 0.70364 0.11548\n 11 226 10 0.71541 0.12472 0.71457 0.12388 0.71373 0.12262 0.71289 0.12094 0.71247 0.11884 0.71247 0.11716 0.71289 0.11506 0.71373 0.11338 0.71457 0.11211 0.71541 0.11127\n 11 50 2 0.71835 0.12304 0.71835 0.11422\n 11 50 2 0.72843 0.12472 0.72087 0.11127\n 11 314 14 0.73095 0.12094 0.73095 0.12136 0.73137 0.12220 0.73179 0.12262 0.73263 0.12304 0.73431 0.12304 0.73515 0.12262 0.73557 0.12220 0.73599 0.12136 0.73599 0.12052 0.73557 0.11968 0.73473 0.11842 0.73053 0.11422 0.73641 0.11422\n 11 72 3 0.74314 0.12304 0.73894 0.11716 0.74524 0.11716\n 11 50 2 0.74314 0.12304 0.74314 0.11422\n 11 226 10 0.74734 0.12472 0.74818 0.12388 0.74902 0.12262 0.74986 0.12094 0.75028 0.11884 0.75028 0.11716 0.74986 0.11506 0.74902 0.11338 0.74818 0.11211 0.74734 0.11127\n 11 402 18 0.37325 0.10231 0.37283 0.10315 0.37199 0.10399 0.37115 0.10441 0.36947 0.10441 0.36863 0.10399 0.36779 0.10315 0.36737 0.10231 0.36695 0.10105 0.36695 0.09895 0.36737 0.09769 0.36779 0.09685 0.36863 0.09601 0.36947 0.09559 0.37115 0.09559 0.37199 0.09601 0.37283 0.09685 0.37325 0.09769\n 11 468 21 0.37829 0.10441 0.37745 0.10399 0.37661 0.10315 0.37619 0.10231 0.37577 0.10105 0.37577 0.09895 0.37619 0.09769 0.37661 0.09685 0.37745 0.09601 0.37829 0.09559 0.37997 0.09559 0.38081 0.09601 0.38165 0.09685 0.38207 0.09769 0.38249 0.09895 0.38249 0.10105 0.38207 0.10231 0.38165 0.10315 0.38081 0.10399 0.37997 0.10441 0.37829 0.10441\n 11 446 20 0.39090 0.10315 0.39006 0.10399 0.38880 0.10441 0.38711 0.10441 0.38585 0.10399 0.38501 0.10315 0.38501 0.10231 0.38543 0.10147 0.38585 0.10105 0.38669 0.10063 0.38922 0.09979 0.39006 0.09937 0.39048 0.09895 0.39090 0.09811 0.39090 0.09685 0.39006 0.09601 0.38880 0.09559 0.38711 0.09559 0.38585 0.09601 0.38501 0.09685\n 11 226 10 0.39678 0.10609 0.39594 0.10525 0.39510 0.10399 0.39426 0.10231 0.39384 0.10021 0.39384 0.09853 0.39426 0.09643 0.39510 0.09475 0.39594 0.09349 0.39678 0.09265\n 11 50 2 0.39972 0.10441 0.39972 0.09559\n 11 50 2 0.40980 0.10609 0.40224 0.09265\n 11 314 14 0.41232 0.10231 0.41232 0.10273 0.41275 0.10357 0.41317 0.10399 0.41401 0.10441 0.41569 0.10441 0.41653 0.10399 0.41695 0.10357 0.41737 0.10273 0.41737 0.10189 0.41695 0.10105 0.41611 0.09979 0.41190 0.09559 0.41779 0.09559\n 11 644 29 0.42241 0.10441 0.42115 0.10399 0.42073 0.10315 0.42073 0.10231 0.42115 0.10147 0.42199 0.10105 0.42367 0.10063 0.42493 0.10021 0.42577 0.09937 0.42619 0.09853 0.42619 0.09727 0.42577 0.09643 0.42535 0.09601 0.42409 0.09559 0.42241 0.09559 0.42115 0.09601 0.42073 0.09643 0.42031 0.09727 0.42031 0.09853 0.42073 0.09937 0.42157 0.10021 0.42283 0.10063 0.42451 0.10105 0.42535 0.10147 0.42577 0.10231 0.42577 0.10315 0.42535 0.10399 0.42409 0.10441 0.42241 0.10441\n 11 226 10 0.42871 0.10609 0.42955 0.10525 0.43039 0.10399 0.43123 0.10231 0.43165 0.10021 0.43165 0.09853 0.43123 0.09643 0.43039 0.09475 0.42955 0.09349 0.42871 0.09265\n 11 402 18 0.69188 0.10231 0.69146 0.10315 0.69062 0.10399 0.68978 0.10441 0.68810 0.10441 0.68725 0.10399 0.68641 0.10315 0.68599 0.10231 0.68557 0.10105 0.68557 0.09895 0.68599 0.09769 0.68641 0.09685 0.68725 0.09601 0.68810 0.09559 0.68978 0.09559 0.69062 0.09601 0.69146 0.09685 0.69188 0.09769\n 11 468 21 0.69692 0.10441 0.69608 0.10399 0.69524 0.10315 0.69482 0.10231 0.69440 0.10105 0.69440 0.09895 0.69482 0.09769 0.69524 0.09685 0.69608 0.09601 0.69692 0.09559 0.69860 0.09559 0.69944 0.09601 0.70028 0.09685 0.70070 0.09769 0.70112 0.09895 0.70112 0.10105 0.70070 0.10231 0.70028 0.10315 0.69944 0.10399 0.69860 0.10441 0.69692 0.10441\n 11 446 20 0.70952 0.10315 0.70868 0.10399 0.70742 0.10441 0.70574 0.10441 0.70448 0.10399 0.70364 0.10315 0.70364 0.10231 0.70406 0.10147 0.70448 0.10105 0.70532 0.10063 0.70784 0.09979 0.70868 0.09937 0.70910 0.09895 0.70952 0.09811 0.70952 0.09685 0.70868 0.09601 0.70742 0.09559 0.70574 0.09559 0.70448 0.09601 0.70364 0.09685\n 11 226 10 0.71541 0.10609 0.71457 0.10525 0.71373 0.10399 0.71289 0.10231 0.71247 0.10021 0.71247 0.09853 0.71289 0.09643 0.71373 0.09475 0.71457 0.09349 0.71541 0.09265\n 11 50 2 0.71835 0.10441 0.71835 0.09559\n 11 50 2 0.72843 0.10609 0.72087 0.09265\n 11 336 15 0.73137 0.10441 0.73599 0.10441 0.73347 0.10105 0.73473 0.10105 0.73557 0.10063 0.73599 0.10021 0.73641 0.09895 0.73641 0.09811 0.73599 0.09685 0.73515 0.09601 0.73389 0.09559 0.73263 0.09559 0.73137 0.09601 0.73095 0.09643 0.73053 0.09727\n 11 314 14 0.73936 0.10231 0.73936 0.10273 0.73978 0.10357 0.74020 0.10399 0.74104 0.10441 0.74272 0.10441 0.74356 0.10399 0.74398 0.10357 0.74440 0.10273 0.74440 0.10189 0.74398 0.10105 0.74314 0.09979 0.73894 0.09559 0.74482 0.09559\n 11 226 10 0.74734 0.10609 0.74818 0.10525 0.74902 0.10399 0.74986 0.10231 0.75028 0.10021 0.75028 0.09853 0.74986 0.09643 0.74902 0.09475 0.74818 0.09349 0.74734 0.09265\n 11 402 18 0.37325 0.08466 0.37283 0.08550 0.37199 0.08634 0.37115 0.08676 0.36947 0.08676 0.36863 0.08634 0.36779 0.08550 0.36737 0.08466 0.36695 0.08340 0.36695 0.08130 0.36737 0.08004 0.36779 0.07920 0.36863 0.07836 0.36947 0.07794 0.37115 0.07794 0.37199 0.07836 0.37283 0.07920 0.37325 0.08004\n 11 468 21 0.37829 0.08676 0.37745 0.08634 0.37661 0.08550 0.37619 0.08466 0.37577 0.08340 0.37577 0.08130 0.37619 0.08004 0.37661 0.07920 0.37745 0.07836 0.37829 0.07794 0.37997 0.07794 0.38081 0.07836 0.38165 0.07920 0.38207 0.08004 0.38249 0.08130 0.38249 0.08340 0.38207 0.08466 0.38165 0.08550 0.38081 0.08634 0.37997 0.08676 0.37829 0.08676\n 11 446 20 0.39090 0.08550 0.39006 0.08634 0.38880 0.08676 0.38711 0.08676 0.38585 0.08634 0.38501 0.08550 0.38501 0.08466 0.38543 0.08382 0.38585 0.08340 0.38669 0.08298 0.38922 0.08214 0.39006 0.08172 0.39048 0.08130 0.39090 0.08046 0.39090 0.07920 0.39006 0.07836 0.38880 0.07794 0.38711 0.07794 0.38585 0.07836 0.38501 0.07920\n 11 226 10 0.39678 0.08845 0.39594 0.08761 0.39510 0.08634 0.39426 0.08466 0.39384 0.08256 0.39384 0.08088 0.39426 0.07878 0.39510 0.07710 0.39594 0.07584 0.39678 0.07500\n 11 50 2 0.39972 0.08676 0.39972 0.07794\n 11 50 2 0.40980 0.08845 0.40224 0.07500\n 11 336 15 0.41275 0.08676 0.41737 0.08676 0.41485 0.08340 0.41611 0.08340 0.41695 0.08298 0.41737 0.08256 0.41779 0.08130 0.41779 0.08046 0.41737 0.07920 0.41653 0.07836 0.41527 0.07794 0.41401 0.07794 0.41275 0.07836 0.41232 0.07878 0.41190 0.07962\n 11 512 23 0.42577 0.08550 0.42535 0.08634 0.42409 0.08676 0.42325 0.08676 0.42199 0.08634 0.42115 0.08508 0.42073 0.08298 0.42073 0.08088 0.42115 0.07920 0.42199 0.07836 0.42325 0.07794 0.42367 0.07794 0.42493 0.07836 0.42577 0.07920 0.42619 0.08046 0.42619 0.08088 0.42577 0.08214 0.42493 0.08298 0.42367 0.08340 0.42325 0.08340 0.42199 0.08298 0.42115 0.08214 0.42073 0.08088\n 11 226 10 0.42871 0.08845 0.42955 0.08761 0.43039 0.08634 0.43123 0.08466 0.43165 0.08256 0.43165 0.08088 0.43123 0.07878 0.43039 0.07710 0.42955 0.07584 0.42871 0.07500\n 11 402 18 0.69188 0.08466 0.69146 0.08550 0.69062 0.08634 0.68978 0.08676 0.68810 0.08676 0.68725 0.08634 0.68641 0.08550 0.68599 0.08466 0.68557 0.08340 0.68557 0.08130 0.68599 0.08004 0.68641 0.07920 0.68725 0.07836 0.68810 0.07794 0.68978 0.07794 0.69062 0.07836 0.69146 0.07920 0.69188 0.08004\n 11 468 21 0.69692 0.08676 0.69608 0.08634 0.69524 0.08550 0.69482 0.08466 0.69440 0.08340 0.69440 0.08130 0.69482 0.08004 0.69524 0.07920 0.69608 0.07836 0.69692 0.07794 0.69860 0.07794 0.69944 0.07836 0.70028 0.07920 0.70070 0.08004 0.70112 0.08130 0.70112 0.08340 0.70070 0.08466 0.70028 0.08550 0.69944 0.08634 0.69860 0.08676 0.69692 0.08676\n 11 446 20 0.70952 0.08550 0.70868 0.08634 0.70742 0.08676 0.70574 0.08676 0.70448 0.08634 0.70364 0.08550 0.70364 0.08466 0.70406 0.08382 0.70448 0.08340 0.70532 0.08298 0.70784 0.08214 0.70868 0.08172 0.70910 0.08130 0.70952 0.08046 0.70952 0.07920 0.70868 0.07836 0.70742 0.07794 0.70574 0.07794 0.70448 0.07836 0.70364 0.07920\n 11 226 10 0.71541 0.08845 0.71457 0.08761 0.71373 0.08634 0.71289 0.08466 0.71247 0.08256 0.71247 0.08088 0.71289 0.07878 0.71373 0.07710 0.71457 0.07584 0.71541 0.07500\n 11 50 2 0.71835 0.08676 0.71835 0.07794\n 11 50 2 0.72843 0.08845 0.72087 0.07500\n 11 72 3 0.73473 0.08676 0.73053 0.08088 0.73683 0.08088\n 11 50 2 0.73473 0.08676 0.73473 0.07794\n 11 380 17 0.74146 0.08676 0.74020 0.08634 0.73936 0.08508 0.73894 0.08298 0.73894 0.08172 0.73936 0.07962 0.74020 0.07836 0.74146 0.07794 0.74230 0.07794 0.74356 0.07836 0.74440 0.07962 0.74482 0.08172 0.74482 0.08298 0.74440 0.08508 0.74356 0.08634 0.74230 0.08676 0.74146 0.08676\n 11 226 10 0.74734 0.08845 0.74818 0.08761 0.74902 0.08634 0.74986 0.08466 0.75028 0.08256 0.75028 0.08088 0.74986 0.07878 0.74902 0.07710 0.74818 0.07584 0.74734 0.07500\n 11 402 18 0.37325 0.06604 0.37283 0.06688 0.37199 0.06772 0.37115 0.06814 0.36947 0.06814 0.36863 0.06772 0.36779 0.06688 0.36737 0.06604 0.36695 0.06478 0.36695 0.06268 0.36737 0.06141 0.36779 0.06057 0.36863 0.05973 0.36947 0.05931 0.37115 0.05931 0.37199 0.05973 0.37283 0.06057 0.37325 0.06141\n 11 468 21 0.37829 0.06814 0.37745 0.06772 0.37661 0.06688 0.37619 0.06604 0.37577 0.06478 0.37577 0.06268 0.37619 0.06141 0.37661 0.06057 0.37745 0.05973 0.37829 0.05931 0.37997 0.05931 0.38081 0.05973 0.38165 0.06057 0.38207 0.06141 0.38249 0.06268 0.38249 0.06478 0.38207 0.06604 0.38165 0.06688 0.38081 0.06772 0.37997 0.06814 0.37829 0.06814\n 11 446 20 0.39090 0.06688 0.39006 0.06772 0.38880 0.06814 0.38711 0.06814 0.38585 0.06772 0.38501 0.06688 0.38501 0.06604 0.38543 0.06520 0.38585 0.06478 0.38669 0.06436 0.38922 0.06352 0.39006 0.06310 0.39048 0.06268 0.39090 0.06183 0.39090 0.06057 0.39006 0.05973 0.38880 0.05931 0.38711 0.05931 0.38585 0.05973 0.38501 0.06057\n 11 226 10 0.39678 0.06982 0.39594 0.06898 0.39510 0.06772 0.39426 0.06604 0.39384 0.06394 0.39384 0.06225 0.39426 0.06015 0.39510 0.05847 0.39594 0.05721 0.39678 0.05637\n 11 50 2 0.39972 0.06814 0.39972 0.05931\n 11 50 2 0.40980 0.06982 0.40224 0.05637\n 11 72 3 0.41611 0.06814 0.41190 0.06225 0.41821 0.06225\n 11 50 2 0.41611 0.06814 0.41611 0.05931\n 11 72 3 0.42451 0.06814 0.42031 0.06225 0.42661 0.06225\n 11 50 2 0.42451 0.06814 0.42451 0.05931\n 11 226 10 0.42871 0.06982 0.42955 0.06898 0.43039 0.06772 0.43123 0.06604 0.43165 0.06394 0.43165 0.06225 0.43123 0.06015 0.43039 0.05847 0.42955 0.05721 0.42871 0.05637\n 11 402 18 0.69188 0.06604 0.69146 0.06688 0.69062 0.06772 0.68978 0.06814 0.68810 0.06814 0.68725 0.06772 0.68641 0.06688 0.68599 0.06604 0.68557 0.06478 0.68557 0.06268 0.68599 0.06141 0.68641 0.06057 0.68725 0.05973 0.68810 0.05931 0.68978 0.05931 0.69062 0.05973 0.69146 0.06057 0.69188 0.06141\n 11 468 21 0.69692 0.06814 0.69608 0.06772 0.69524 0.06688 0.69482 0.06604 0.69440 0.06478 0.69440 0.06268 0.69482 0.06141 0.69524 0.06057 0.69608 0.05973 0.69692 0.05931 0.69860 0.05931 0.69944 0.05973 0.70028 0.06057 0.70070 0.06141 0.70112 0.06268 0.70112 0.06478 0.70070 0.06604 0.70028 0.06688 0.69944 0.06772 0.69860 0.06814 0.69692 0.06814\n 11 446 20 0.70952 0.06688 0.70868 0.06772 0.70742 0.06814 0.70574 0.06814 0.70448 0.06772 0.70364 0.06688 0.70364 0.06604 0.70406 0.06520 0.70448 0.06478 0.70532 0.06436 0.70784 0.06352 0.70868 0.06310 0.70910 0.06268 0.70952 0.06183 0.70952 0.06057 0.70868 0.05973 0.70742 0.05931 0.70574 0.05931 0.70448 0.05973 0.70364 0.06057\n 11 226 10 0.71541 0.06982 0.71457 0.06898 0.71373 0.06772 0.71289 0.06604 0.71247 0.06394 0.71247 0.06225 0.71289 0.06015 0.71373 0.05847 0.71457 0.05721 0.71541 0.05637\n 11 50 2 0.71835 0.06814 0.71835 0.05931\n 11 50 2 0.72843 0.06982 0.72087 0.05637\n 11 72 3 0.73473 0.06814 0.73053 0.06225 0.73683 0.06225\n 11 50 2 0.73473 0.06814 0.73473 0.05931\n 11 644 29 0.74104 0.06814 0.73978 0.06772 0.73936 0.06688 0.73936 0.06604 0.73978 0.06520 0.74062 0.06478 0.74230 0.06436 0.74356 0.06394 0.74440 0.06310 0.74482 0.06225 0.74482 0.06099 0.74440 0.06015 0.74398 0.05973 0.74272 0.05931 0.74104 0.05931 0.73978 0.05973 0.73936 0.06015 0.73894 0.06099 0.73894 0.06225 0.73936 0.06310 0.74020 0.06394 0.74146 0.06436 0.74314 0.06478 0.74398 0.06520 0.74440 0.06604 0.74440 0.06688 0.74398 0.06772 0.74272 0.06814 0.74104 0.06814\n 11 226 10 0.74734 0.06982 0.74818 0.06898 0.74902 0.06772 0.74986 0.06604 0.75028 0.06394 0.75028 0.06225 0.74986 0.06015 0.74902 0.05847 0.74818 0.05721 0.74734 0.05637\n 11 402 18 0.37325 0.04741 0.37283 0.04825 0.37199 0.04909 0.37115 0.04951 0.36947 0.04951 0.36863 0.04909 0.36779 0.04825 0.36737 0.04741 0.36695 0.04615 0.36695 0.04405 0.36737 0.04279 0.36779 0.04195 0.36863 0.04111 0.36947 0.04069 0.37115 0.04069 0.37199 0.04111 0.37283 0.04195 0.37325 0.04279\n 11 468 21 0.37829 0.04951 0.37745 0.04909 0.37661 0.04825 0.37619 0.04741 0.37577 0.04615 0.37577 0.04405 0.37619 0.04279 0.37661 0.04195 0.37745 0.04111 0.37829 0.04069 0.37997 0.04069 0.38081 0.04111 0.38165 0.04195 0.38207 0.04279 0.38249 0.04405 0.38249 0.04615 0.38207 0.04741 0.38165 0.04825 0.38081 0.04909 0.37997 0.04951 0.37829 0.04951\n 11 446 20 0.39090 0.04825 0.39006 0.04909 0.38880 0.04951 0.38711 0.04951 0.38585 0.04909 0.38501 0.04825 0.38501 0.04741 0.38543 0.04657 0.38585 0.04615 0.38669 0.04573 0.38922 0.04489 0.39006 0.04447 0.39048 0.04405 0.39090 0.04321 0.39090 0.04195 0.39006 0.04111 0.38880 0.04069 0.38711 0.04069 0.38585 0.04111 0.38501 0.04195\n 11 226 10 0.39678 0.05119 0.39594 0.05035 0.39510 0.04909 0.39426 0.04741 0.39384 0.04531 0.39384 0.04363 0.39426 0.04153 0.39510 0.03985 0.39594 0.03859 0.39678 0.03775\n 11 50 2 0.39972 0.04951 0.39972 0.04069\n 11 50 2 0.40980 0.05119 0.40224 0.03775\n 11 380 17 0.41695 0.04951 0.41275 0.04951 0.41232 0.04573 0.41275 0.04615 0.41401 0.04657 0.41527 0.04657 0.41653 0.04615 0.41737 0.04531 0.41779 0.04405 0.41779 0.04321 0.41737 0.04195 0.41653 0.04111 0.41527 0.04069 0.41401 0.04069 0.41275 0.04111 0.41232 0.04153 0.41190 0.04237\n 11 314 14 0.42073 0.04741 0.42073 0.04783 0.42115 0.04867 0.42157 0.04909 0.42241 0.04951 0.42409 0.04951 0.42493 0.04909 0.42535 0.04867 0.42577 0.04783 0.42577 0.04699 0.42535 0.04615 0.42451 0.04489 0.42031 0.04069 0.42619 0.04069\n 11 226 10 0.42871 0.05119 0.42955 0.05035 0.43039 0.04909 0.43123 0.04741 0.43165 0.04531 0.43165 0.04363 0.43123 0.04153 0.43039 0.03985 0.42955 0.03859 0.42871 0.03775\n 11 402 18 0.69188 0.04741 0.69146 0.04825 0.69062 0.04909 0.68978 0.04951 0.68810 0.04951 0.68725 0.04909 0.68641 0.04825 0.68599 0.04741 0.68557 0.04615 0.68557 0.04405 0.68599 0.04279 0.68641 0.04195 0.68725 0.04111 0.68810 0.04069 0.68978 0.04069 0.69062 0.04111 0.69146 0.04195 0.69188 0.04279\n 11 468 21 0.69692 0.04951 0.69608 0.04909 0.69524 0.04825 0.69482 0.04741 0.69440 0.04615 0.69440 0.04405 0.69482 0.04279 0.69524 0.04195 0.69608 0.04111 0.69692 0.04069 0.69860 0.04069 0.69944 0.04111 0.70028 0.04195 0.70070 0.04279 0.70112 0.04405 0.70112 0.04615 0.70070 0.04741 0.70028 0.04825 0.69944 0.04909 0.69860 0.04951 0.69692 0.04951\n 11 446 20 0.70952 0.04825 0.70868 0.04909 0.70742 0.04951 0.70574 0.04951 0.70448 0.04909 0.70364 0.04825 0.70364 0.04741 0.70406 0.04657 0.70448 0.04615 0.70532 0.04573 0.70784 0.04489 0.70868 0.04447 0.70910 0.04405 0.70952 0.04321 0.70952 0.04195 0.70868 0.04111 0.70742 0.04069 0.70574 0.04069 0.70448 0.04111 0.70364 0.04195\n 11 226 10 0.71541 0.05119 0.71457 0.05035 0.71373 0.04909 0.71289 0.04741 0.71247 0.04531 0.71247 0.04363 0.71289 0.04153 0.71373 0.03985 0.71457 0.03859 0.71541 0.03775\n 11 50 2 0.71835 0.04951 0.71835 0.04069\n 11 50 2 0.72843 0.05119 0.72087 0.03775\n 11 380 17 0.73557 0.04951 0.73137 0.04951 0.73095 0.04573 0.73137 0.04615 0.73263 0.04657 0.73389 0.04657 0.73515 0.04615 0.73599 0.04531 0.73641 0.04405 0.73641 0.04321 0.73599 0.04195 0.73515 0.04111 0.73389 0.04069 0.73263 0.04069 0.73137 0.04111 0.73095 0.04153 0.73053 0.04237\n 11 512 23 0.74440 0.04825 0.74398 0.04909 0.74272 0.04951 0.74188 0.04951 0.74062 0.04909 0.73978 0.04783 0.73936 0.04573 0.73936 0.04363 0.73978 0.04195 0.74062 0.04111 0.74188 0.04069 0.74230 0.04069 0.74356 0.04111 0.74440 0.04195 0.74482 0.04321 0.74482 0.04363 0.74440 0.04489 0.74356 0.04573 0.74230 0.04615 0.74188 0.04615 0.74062 0.04573 0.73978 0.04489 0.73936 0.04363\n 11 226 10 0.74734 0.05119 0.74818 0.05035 0.74902 0.04909 0.74986 0.04741 0.75028 0.04531 0.75028 0.04363 0.74986 0.04153 0.74902 0.03985 0.74818 0.03859 0.74734 0.03775\n 11 402 18 0.37325 0.02878 0.37283 0.02962 0.37199 0.03046 0.37115 0.03088 0.36947 0.03088 0.36863 0.03046 0.36779 0.02962 0.36737 0.02878 0.36695 0.02752 0.36695 0.02542 0.36737 0.02416 0.36779 0.02332 0.36863 0.02248 0.36947 0.02206 0.37115 0.02206 0.37199 0.02248 0.37283 0.02332 0.37325 0.02416\n 11 468 21 0.37829 0.03088 0.37745 0.03046 0.37661 0.02962 0.37619 0.02878 0.37577 0.02752 0.37577 0.02542 0.37619 0.02416 0.37661 0.02332 0.37745 0.02248 0.37829 0.02206 0.37997 0.02206 0.38081 0.02248 0.38165 0.02332 0.38207 0.02416 0.38249 0.02542 0.38249 0.02752 0.38207 0.02878 0.38165 0.02962 0.38081 0.03046 0.37997 0.03088 0.37829 0.03088\n 11 446 20 0.39090 0.02962 0.39006 0.03046 0.38880 0.03088 0.38711 0.03088 0.38585 0.03046 0.38501 0.02962 0.38501 0.02878 0.38543 0.02794 0.38585 0.02752 0.38669 0.02710 0.38922 0.02626 0.39006 0.02584 0.39048 0.02542 0.39090 0.02458 0.39090 0.02332 0.39006 0.02248 0.38880 0.02206 0.38711 0.02206 0.38585 0.02248 0.38501 0.02332\n 11 226 10 0.39678 0.03256 0.39594 0.03172 0.39510 0.03046 0.39426 0.02878 0.39384 0.02668 0.39384 0.02500 0.39426 0.02290 0.39510 0.02122 0.39594 0.01996 0.39678 0.01912\n 11 50 2 0.39972 0.03088 0.39972 0.02206\n 11 50 2 0.40980 0.03256 0.40224 0.01912\n 11 512 23 0.41737 0.02962 0.41695 0.03046 0.41569 0.03088 0.41485 0.03088 0.41359 0.03046 0.41275 0.02920 0.41232 0.02710 0.41232 0.02500 0.41275 0.02332 0.41359 0.02248 0.41485 0.02206 0.41527 0.02206 0.41653 0.02248 0.41737 0.02332 0.41779 0.02458 0.41779 0.02500 0.41737 0.02626 0.41653 0.02710 0.41527 0.02752 0.41485 0.02752 0.41359 0.02710 0.41275 0.02626 0.41232 0.02500\n 11 380 17 0.42283 0.03088 0.42157 0.03046 0.42073 0.02920 0.42031 0.02710 0.42031 0.02584 0.42073 0.02374 0.42157 0.02248 0.42283 0.02206 0.42367 0.02206 0.42493 0.02248 0.42577 0.02374 0.42619 0.02584 0.42619 0.02710 0.42577 0.02920 0.42493 0.03046 0.42367 0.03088 0.42283 0.03088\n 11 226 10 0.42871 0.03256 0.42955 0.03172 0.43039 0.03046 0.43123 0.02878 0.43165 0.02668 0.43165 0.02500 0.43123 0.02290 0.43039 0.02122 0.42955 0.01996 0.42871 0.01912\n 11 402 18 0.69188 0.02878 0.69146 0.02962 0.69062 0.03046 0.68978 0.03088 0.68810 0.03088 0.68725 0.03046 0.68641 0.02962 0.68599 0.02878 0.68557 0.02752 0.68557 0.02542 0.68599 0.02416 0.68641 0.02332 0.68725 0.02248 0.68810 0.02206 0.68978 0.02206 0.69062 0.02248 0.69146 0.02332 0.69188 0.02416\n 11 468 21 0.69692 0.03088 0.69608 0.03046 0.69524 0.02962 0.69482 0.02878 0.69440 0.02752 0.69440 0.02542 0.69482 0.02416 0.69524 0.02332 0.69608 0.02248 0.69692 0.02206 0.69860 0.02206 0.69944 0.02248 0.70028 0.02332 0.70070 0.02416 0.70112 0.02542 0.70112 0.02752 0.70070 0.02878 0.70028 0.02962 0.69944 0.03046 0.69860 0.03088 0.69692 0.03088\n 11 446 20 0.70952 0.02962 0.70868 0.03046 0.70742 0.03088 0.70574 0.03088 0.70448 0.03046 0.70364 0.02962 0.70364 0.02878 0.70406 0.02794 0.70448 0.02752 0.70532 0.02710 0.70784 0.02626 0.70868 0.02584 0.70910 0.02542 0.70952 0.02458 0.70952 0.02332 0.70868 0.02248 0.70742 0.02206 0.70574 0.02206 0.70448 0.02248 0.70364 0.02332\n 11 226 10 0.71541 0.03256 0.71457 0.03172 0.71373 0.03046 0.71289 0.02878 0.71247 0.02668 0.71247 0.02500 0.71289 0.02290 0.71373 0.02122 0.71457 0.01996 0.71541 0.01912\n 11 50 2 0.71835 0.03088 0.71835 0.02206\n 11 50 2 0.72843 0.03256 0.72087 0.01912\n 11 512 23 0.73599 0.02962 0.73557 0.03046 0.73431 0.03088 0.73347 0.03088 0.73221 0.03046 0.73137 0.02920 0.73095 0.02710 0.73095 0.02500 0.73137 0.02332 0.73221 0.02248 0.73347 0.02206 0.73389 0.02206 0.73515 0.02248 0.73599 0.02332 0.73641 0.02458 0.73641 0.02500 0.73599 0.02626 0.73515 0.02710 0.73389 0.02752 0.73347 0.02752 0.73221 0.02710 0.73137 0.02626 0.73095 0.02500\n 11 72 3 0.74314 0.03088 0.73894 0.02500 0.74524 0.02500\n 11 50 2 0.74314 0.03088 0.74314 0.02206\n 11 226 10 0.74734 0.03256 0.74818 0.03172 0.74902 0.03046 0.74986 0.02878 0.75028 0.02668 0.75028 0.02500 0.74986 0.02290 0.74902 0.02122 0.74818 0.01996 0.74734 0.01912\n 11 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0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.21136 0.11765 0.21136 0.11765 0.21136 0.11765 0.22908 0.11765 0.22908 0.11765 0.22908 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.26454 0.11765 0.26454 0.11765 0.26454 0.11765 0.28227 0.11765 0.28227 0.11765 0.28227 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.31773 0.11765 0.31773 0.11765 0.31773 0.11765 0.33546 0.11765 0.33546 0.11765 0.33546 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.37092 0.11765 0.37092 0.11765 0.37092 0.11765 0.38864 0.11765 0.38864 0.11765 0.38864 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.42410 0.11765 0.42410 0.11765 0.42410 0.11765 0.44183 0.11765 0.44183 0.11765 0.44183 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.47729 0.11765 0.47729 0.11765 0.47729 0.11765 0.49502 0.11765 0.49502 0.11765 0.49502 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.53047 0.11765 0.53047 0.11765 0.53047 0.11765 0.54820 0.11765 0.54820 0.11765 0.54820 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.58366 0.11765 0.58366 0.11765 0.58366 0.11765 0.60139 0.11765 0.60139 0.11765 0.60139 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.63685 0.11765 0.63685 0.11765 0.63685 0.11765 0.65458 0.11765 0.65458 0.11765 0.65458 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.69003 0.11765 0.69003 0.11765 0.69003 0.11765 0.70776 0.11765 0.70776 0.11765 0.70776 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 226 10 0.06956 0.25172 0.06863 0.25125 0.06816 0.25078 0.06769 0.24985 0.06723 0.24751 0.06723 0.24611 0.06769 0.24378 0.06816 0.24285 0.06863 0.24238 0.06956 0.24191\n 11 226 10 0.07049 0.24191 0.07143 0.24238 0.07190 0.24285 0.07236 0.24378 0.07283 0.24611 0.07283 0.24751 0.07236 0.24985 0.07190 0.25078 0.07143 0.25125 0.07049 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 292 13 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24891 0.08170 0.24798 0.08310 0.24751 0.08497 0.24751 0.08637 0.24798 0.08683 0.24891 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 138 6 0.08310 0.25172 0.08217 0.25125 0.08170 0.25032 0.08170 0.24891 0.08217 0.24798 0.08310 0.24751\n 11 138 6 0.08497 0.24751 0.08590 0.24798 0.08637 0.24891 0.08637 0.25032 0.08590 0.25125 0.08497 0.25172\n 11 358 16 0.08310 0.24751 0.08170 0.24705 0.08123 0.24658 0.08077 0.24565 0.08077 0.24378 0.08123 0.24285 0.08170 0.24238 0.08310 0.24191 0.08497 0.24191 0.08637 0.24238 0.08683 0.24285 0.08730 0.24378 0.08730 0.24565 0.08683 0.24658 0.08637 0.24705 0.08497 0.24751\n 11 182 8 0.08310 0.24751 0.08217 0.24705 0.08170 0.24658 0.08123 0.24565 0.08123 0.24378 0.08170 0.24285 0.08217 0.24238 0.08310 0.24191\n 11 182 8 0.08497 0.24191 0.08590 0.24238 0.08637 0.24285 0.08683 0.24378 0.08683 0.24565 0.08637 0.24658 0.08590 0.24705 0.08497 0.24751\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 226 10 0.09290 0.25172 0.09197 0.25125 0.09150 0.25078 0.09104 0.24985 0.09057 0.24751 0.09057 0.24611 0.09104 0.24378 0.09150 0.24285 0.09197 0.24238 0.09290 0.24191\n 11 226 10 0.09384 0.24191 0.09477 0.24238 0.09524 0.24285 0.09570 0.24378 0.09617 0.24611 0.09617 0.24751 0.09570 0.24985 0.09524 0.25078 0.09477 0.25125 0.09384 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 226 10 0.06956 0.35809 0.06863 0.35762 0.06816 0.35715 0.06769 0.35622 0.06723 0.35389 0.06723 0.35249 0.06769 0.35015 0.06816 0.34922 0.06863 0.34875 0.06956 0.34828\n 11 226 10 0.07049 0.34828 0.07143 0.34875 0.07190 0.34922 0.07236 0.35015 0.07283 0.35249 0.07283 0.35389 0.07236 0.35622 0.07190 0.35715 0.07143 0.35762 0.07049 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 50 2 0.08497 0.35715 0.08497 0.34828\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 72 3 0.08543 0.35809 0.08030 0.35109 0.08777 0.35109\n 11 50 2 0.08357 0.34828 0.08683 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 226 10 0.09290 0.35809 0.09197 0.35762 0.09150 0.35715 0.09104 0.35622 0.09057 0.35389 0.09057 0.35249 0.09104 0.35015 0.09150 0.34922 0.09197 0.34875 0.09290 0.34828\n 11 226 10 0.09384 0.34828 0.09477 0.34875 0.09524 0.34922 0.09570 0.35015 0.09617 0.35249 0.09617 0.35389 0.09570 0.35622 0.09524 0.35715 0.09477 0.35762 0.09384 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 226 10 0.06956 0.46446 0.06863 0.46399 0.06816 0.46353 0.06769 0.46259 0.06723 0.46026 0.06723 0.45886 0.06769 0.45652 0.06816 0.45559 0.06863 0.45512 0.06956 0.45466\n 11 226 10 0.07049 0.45466 0.07143 0.45512 0.07190 0.45559 0.07236 0.45652 0.07283 0.45886 0.07283 0.46026 0.07236 0.46259 0.07190 0.46353 0.07143 0.46399 0.07049 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 226 10 0.08357 0.46446 0.08263 0.46399 0.08217 0.46353 0.08170 0.46259 0.08123 0.46026 0.08123 0.45886 0.08170 0.45652 0.08217 0.45559 0.08263 0.45512 0.08357 0.45466\n 11 226 10 0.08450 0.45466 0.08543 0.45512 0.08590 0.45559 0.08637 0.45652 0.08683 0.45886 0.08683 0.46026 0.08637 0.46259 0.08590 0.46353 0.08543 0.46399 0.08450 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 226 10 0.09290 0.46446 0.09197 0.46399 0.09150 0.46353 0.09104 0.46259 0.09057 0.46026 0.09057 0.45886 0.09104 0.45652 0.09150 0.45559 0.09197 0.45512 0.09290 0.45466\n 11 226 10 0.09384 0.45466 0.09477 0.45512 0.09524 0.45559 0.09570 0.45652 0.09617 0.45886 0.09617 0.46026 0.09570 0.46259 0.09524 0.46353 0.09477 0.46399 0.09384 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 226 10 0.06956 0.57083 0.06863 0.57037 0.06816 0.56990 0.06769 0.56897 0.06723 0.56663 0.06723 0.56523 0.06769 0.56290 0.06816 0.56196 0.06863 0.56150 0.06956 0.56103\n 11 226 10 0.07049 0.56103 0.07143 0.56150 0.07190 0.56196 0.07236 0.56290 0.07283 0.56523 0.07283 0.56663 0.07236 0.56897 0.07190 0.56990 0.07143 0.57037 0.07049 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 50 2 0.08497 0.56990 0.08497 0.56103\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 72 3 0.08543 0.57083 0.08030 0.56383 0.08777 0.56383\n 11 50 2 0.08357 0.56103 0.08683 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 226 10 0.09290 0.57083 0.09197 0.57037 0.09150 0.56990 0.09104 0.56897 0.09057 0.56663 0.09057 0.56523 0.09104 0.56290 0.09150 0.56196 0.09197 0.56150 0.09290 0.56103\n 11 226 10 0.09384 0.56103 0.09477 0.56150 0.09524 0.56196 0.09570 0.56290 0.09617 0.56523 0.09617 0.56663 0.09570 0.56897 0.09524 0.56990 0.09477 0.57037 0.09384 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 226 10 0.06956 0.67721 0.06863 0.67674 0.06816 0.67627 0.06769 0.67534 0.06723 0.67300 0.06723 0.67160 0.06769 0.66927 0.06816 0.66834 0.06863 0.66787 0.06956 0.66740\n 11 226 10 0.07049 0.66740 0.07143 0.66787 0.07190 0.66834 0.07236 0.66927 0.07283 0.67160 0.07283 0.67300 0.07236 0.67534 0.07190 0.67627 0.07143 0.67674 0.07049 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 292 13 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67440 0.08170 0.67347 0.08310 0.67300 0.08497 0.67300 0.08637 0.67347 0.08683 0.67440 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 138 6 0.08310 0.67721 0.08217 0.67674 0.08170 0.67581 0.08170 0.67440 0.08217 0.67347 0.08310 0.67300\n 11 138 6 0.08497 0.67300 0.08590 0.67347 0.08637 0.67440 0.08637 0.67581 0.08590 0.67674 0.08497 0.67721\n 11 358 16 0.08310 0.67300 0.08170 0.67254 0.08123 0.67207 0.08077 0.67114 0.08077 0.66927 0.08123 0.66834 0.08170 0.66787 0.08310 0.66740 0.08497 0.66740 0.08637 0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84914 0.72549 0.84914 0.73162 0.84914 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84914 0.72549 0.84914 0.73162 0.84914 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84914 0.19363 0.84914 0.18750 0.84914 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84914 0.19363 0.84914 0.18750 0.84914 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 2118 96 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.21136 0.11765 0.21136 0.11765 0.21136 0.11765 0.22908 0.11765 0.22908 0.11765 0.22908 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.26454 0.11765 0.26454 0.11765 0.26454 0.11765 0.28227 0.11765 0.28227 0.11765 0.28227 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.31773 0.11765 0.31773 0.11765 0.31773 0.11765 0.33546 0.11765 0.33546 0.11765 0.33546 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.37092 0.11765 0.37092 0.11765 0.37092 0.11765 0.38864 0.11765 0.38864 0.11765 0.38864 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.42410 0.11765 0.42410 0.11765 0.42410 0.11765 0.44183 0.11765 0.44183 0.11765 0.44183 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.47729 0.11765 0.47729 0.11765 0.47729 0.11765 0.49502 0.11765 0.49502 0.11765 0.49502 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.53047 0.11765 0.53047 0.11765 0.53047 0.11765 0.54820 0.11765 0.54820 0.11765 0.54820 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.58366 0.11765 0.58366 0.11765 0.58366 0.11765 0.60139 0.11765 0.60139 0.11765 0.60139 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.63685 0.11765 0.63685 0.11765 0.63685 0.11765 0.65458 0.11765 0.65458 0.11765 0.65458 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.69003 0.11765 0.69003 0.11765 0.69003 0.11765 0.70776 0.11765 0.70776 0.11765 0.70776 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 226 10 0.06956 0.25172 0.06863 0.25125 0.06816 0.25078 0.06769 0.24985 0.06723 0.24751 0.06723 0.24611 0.06769 0.24378 0.06816 0.24285 0.06863 0.24238 0.06956 0.24191\n 11 226 10 0.07049 0.24191 0.07143 0.24238 0.07190 0.24285 0.07236 0.24378 0.07283 0.24611 0.07283 0.24751 0.07236 0.24985 0.07190 0.25078 0.07143 0.25125 0.07049 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 292 13 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24891 0.08170 0.24798 0.08310 0.24751 0.08497 0.24751 0.08637 0.24798 0.08683 0.24891 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 138 6 0.08310 0.25172 0.08217 0.25125 0.08170 0.25032 0.08170 0.24891 0.08217 0.24798 0.08310 0.24751\n 11 138 6 0.08497 0.24751 0.08590 0.24798 0.08637 0.24891 0.08637 0.25032 0.08590 0.25125 0.08497 0.25172\n 11 358 16 0.08310 0.24751 0.08170 0.24705 0.08123 0.24658 0.08077 0.24565 0.08077 0.24378 0.08123 0.24285 0.08170 0.24238 0.08310 0.24191 0.08497 0.24191 0.08637 0.24238 0.08683 0.24285 0.08730 0.24378 0.08730 0.24565 0.08683 0.24658 0.08637 0.24705 0.08497 0.24751\n 11 182 8 0.08310 0.24751 0.08217 0.24705 0.08170 0.24658 0.08123 0.24565 0.08123 0.24378 0.08170 0.24285 0.08217 0.24238 0.08310 0.24191\n 11 182 8 0.08497 0.24191 0.08590 0.24238 0.08637 0.24285 0.08683 0.24378 0.08683 0.24565 0.08637 0.24658 0.08590 0.24705 0.08497 0.24751\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 226 10 0.09290 0.25172 0.09197 0.25125 0.09150 0.25078 0.09104 0.24985 0.09057 0.24751 0.09057 0.24611 0.09104 0.24378 0.09150 0.24285 0.09197 0.24238 0.09290 0.24191\n 11 226 10 0.09384 0.24191 0.09477 0.24238 0.09524 0.24285 0.09570 0.24378 0.09617 0.24611 0.09617 0.24751 0.09570 0.24985 0.09524 0.25078 0.09477 0.25125 0.09384 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 226 10 0.06956 0.35809 0.06863 0.35762 0.06816 0.35715 0.06769 0.35622 0.06723 0.35389 0.06723 0.35249 0.06769 0.35015 0.06816 0.34922 0.06863 0.34875 0.06956 0.34828\n 11 226 10 0.07049 0.34828 0.07143 0.34875 0.07190 0.34922 0.07236 0.35015 0.07283 0.35249 0.07283 0.35389 0.07236 0.35622 0.07190 0.35715 0.07143 0.35762 0.07049 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 50 2 0.08497 0.35715 0.08497 0.34828\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 72 3 0.08543 0.35809 0.08030 0.35109 0.08777 0.35109\n 11 50 2 0.08357 0.34828 0.08683 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 226 10 0.09290 0.35809 0.09197 0.35762 0.09150 0.35715 0.09104 0.35622 0.09057 0.35389 0.09057 0.35249 0.09104 0.35015 0.09150 0.34922 0.09197 0.34875 0.09290 0.34828\n 11 226 10 0.09384 0.34828 0.09477 0.34875 0.09524 0.34922 0.09570 0.35015 0.09617 0.35249 0.09617 0.35389 0.09570 0.35622 0.09524 0.35715 0.09477 0.35762 0.09384 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 226 10 0.06956 0.46446 0.06863 0.46399 0.06816 0.46353 0.06769 0.46259 0.06723 0.46026 0.06723 0.45886 0.06769 0.45652 0.06816 0.45559 0.06863 0.45512 0.06956 0.45466\n 11 226 10 0.07049 0.45466 0.07143 0.45512 0.07190 0.45559 0.07236 0.45652 0.07283 0.45886 0.07283 0.46026 0.07236 0.46259 0.07190 0.46353 0.07143 0.46399 0.07049 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 226 10 0.08357 0.46446 0.08263 0.46399 0.08217 0.46353 0.08170 0.46259 0.08123 0.46026 0.08123 0.45886 0.08170 0.45652 0.08217 0.45559 0.08263 0.45512 0.08357 0.45466\n 11 226 10 0.08450 0.45466 0.08543 0.45512 0.08590 0.45559 0.08637 0.45652 0.08683 0.45886 0.08683 0.46026 0.08637 0.46259 0.08590 0.46353 0.08543 0.46399 0.08450 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 226 10 0.09290 0.46446 0.09197 0.46399 0.09150 0.46353 0.09104 0.46259 0.09057 0.46026 0.09057 0.45886 0.09104 0.45652 0.09150 0.45559 0.09197 0.45512 0.09290 0.45466\n 11 226 10 0.09384 0.45466 0.09477 0.45512 0.09524 0.45559 0.09570 0.45652 0.09617 0.45886 0.09617 0.46026 0.09570 0.46259 0.09524 0.46353 0.09477 0.46399 0.09384 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 226 10 0.06956 0.57083 0.06863 0.57037 0.06816 0.56990 0.06769 0.56897 0.06723 0.56663 0.06723 0.56523 0.06769 0.56290 0.06816 0.56196 0.06863 0.56150 0.06956 0.56103\n 11 226 10 0.07049 0.56103 0.07143 0.56150 0.07190 0.56196 0.07236 0.56290 0.07283 0.56523 0.07283 0.56663 0.07236 0.56897 0.07190 0.56990 0.07143 0.57037 0.07049 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 50 2 0.08497 0.56990 0.08497 0.56103\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 72 3 0.08543 0.57083 0.08030 0.56383 0.08777 0.56383\n 11 50 2 0.08357 0.56103 0.08683 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 226 10 0.09290 0.57083 0.09197 0.57037 0.09150 0.56990 0.09104 0.56897 0.09057 0.56663 0.09057 0.56523 0.09104 0.56290 0.09150 0.56196 0.09197 0.56150 0.09290 0.56103\n 11 226 10 0.09384 0.56103 0.09477 0.56150 0.09524 0.56196 0.09570 0.56290 0.09617 0.56523 0.09617 0.56663 0.09570 0.56897 0.09524 0.56990 0.09477 0.57037 0.09384 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 226 10 0.06956 0.67721 0.06863 0.67674 0.06816 0.67627 0.06769 0.67534 0.06723 0.67300 0.06723 0.67160 0.06769 0.66927 0.06816 0.66834 0.06863 0.66787 0.06956 0.66740\n 11 226 10 0.07049 0.66740 0.07143 0.66787 0.07190 0.66834 0.07236 0.66927 0.07283 0.67160 0.07283 0.67300 0.07236 0.67534 0.07190 0.67627 0.07143 0.67674 0.07049 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 292 13 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67440 0.08170 0.67347 0.08310 0.67300 0.08497 0.67300 0.08637 0.67347 0.08683 0.67440 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 138 6 0.08310 0.67721 0.08217 0.67674 0.08170 0.67581 0.08170 0.67440 0.08217 0.67347 0.08310 0.67300\n 11 138 6 0.08497 0.67300 0.08590 0.67347 0.08637 0.67440 0.08637 0.67581 0.08590 0.67674 0.08497 0.67721\n 11 358 16 0.08310 0.67300 0.08170 0.67254 0.08123 0.67207 0.08077 0.67114 0.08077 0.66927 0.08123 0.66834 0.08170 0.66787 0.08310 0.66740 0.08497 0.66740 0.08637 0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.11765 0.19363 0.11765 0.19363 0.11765 0.19363 0.10539 0.19363 0.11765 0.19363 0.11765 0.21136 0.11765 0.21136 0.11765 0.21136 0.11765 0.22908 0.11765 0.22908 0.11765 0.22908 0.11765 0.24681 0.10539 0.24681 0.11765 0.24681 0.11765 0.26454 0.11765 0.26454 0.11765 0.26454 0.11765 0.28227 0.11765 0.28227 0.11765 0.28227 0.11765 0.30000 0.10539 0.30000 0.11765 0.30000 0.11765 0.31773 0.11765 0.31773 0.11765 0.31773 0.11765 0.33546 0.11765 0.33546 0.11765 0.33546 0.11765 0.35319 0.10539 0.35319 0.11765 0.35319 0.11765 0.37092 0.11765 0.37092 0.11765 0.37092 0.11765 0.38864 0.11765 0.38864 0.11765 0.38864 0.11765 0.40637 0.10539 0.40637 0.11765 0.40637 0.11765 0.42410 0.11765 0.42410 0.11765 0.42410 0.11765 0.44183 0.11765 0.44183 0.11765 0.44183 0.11765 0.45956 0.10539 0.45956 0.11765 0.45956 0.11765 0.47729 0.11765 0.47729 0.11765 0.47729 0.11765 0.49502 0.11765 0.49502 0.11765 0.49502 0.11765 0.51275 0.10539 0.51275 0.11765 0.51275 0.11765 0.53047 0.11765 0.53047 0.11765 0.53047 0.11765 0.54820 0.11765 0.54820 0.11765 0.54820 0.11765 0.56593 0.10539 0.56593 0.11765 0.56593 0.11765 0.58366 0.11765 0.58366 0.11765 0.58366 0.11765 0.60139 0.11765 0.60139 0.11765 0.60139 0.11765 0.61912 0.10539 0.61912 0.11765 0.61912 0.11765 0.63685 0.11765 0.63685 0.11765 0.63685 0.11765 0.65458 0.11765 0.65458 0.11765 0.65458 0.11765 0.67230 0.10539 0.67230 0.11765 0.67230 0.11765 0.69003 0.11765 0.69003 0.11765 0.69003 0.11765 0.70776 0.11765 0.70776 0.11765 0.70776 0.11765 0.72549 0.10539 0.72549 0.11765 0.72549 0.11765 0.72549\n 11 50 2 0.05509 0.24611 0.06349 0.24611\n 11 380 17 0.06956 0.25172 0.06816 0.25125 0.06723 0.24985 0.06676 0.24751 0.06676 0.24611 0.06723 0.24378 0.06816 0.24238 0.06956 0.24191 0.07049 0.24191 0.07190 0.24238 0.07283 0.24378 0.07330 0.24611 0.07330 0.24751 0.07283 0.24985 0.07190 0.25125 0.07049 0.25172 0.06956 0.25172\n 11 226 10 0.06956 0.25172 0.06863 0.25125 0.06816 0.25078 0.06769 0.24985 0.06723 0.24751 0.06723 0.24611 0.06769 0.24378 0.06816 0.24285 0.06863 0.24238 0.06956 0.24191\n 11 226 10 0.07049 0.24191 0.07143 0.24238 0.07190 0.24285 0.07236 0.24378 0.07283 0.24611 0.07283 0.24751 0.07236 0.24985 0.07190 0.25078 0.07143 0.25125 0.07049 0.25172\n 11 116 5 0.07703 0.24285 0.07656 0.24238 0.07703 0.24191 0.07750 0.24238 0.07703 0.24285\n 11 292 13 0.08310 0.25172 0.08170 0.25125 0.08123 0.25032 0.08123 0.24891 0.08170 0.24798 0.08310 0.24751 0.08497 0.24751 0.08637 0.24798 0.08683 0.24891 0.08683 0.25032 0.08637 0.25125 0.08497 0.25172 0.08310 0.25172\n 11 138 6 0.08310 0.25172 0.08217 0.25125 0.08170 0.25032 0.08170 0.24891 0.08217 0.24798 0.08310 0.24751\n 11 138 6 0.08497 0.24751 0.08590 0.24798 0.08637 0.24891 0.08637 0.25032 0.08590 0.25125 0.08497 0.25172\n 11 358 16 0.08310 0.24751 0.08170 0.24705 0.08123 0.24658 0.08077 0.24565 0.08077 0.24378 0.08123 0.24285 0.08170 0.24238 0.08310 0.24191 0.08497 0.24191 0.08637 0.24238 0.08683 0.24285 0.08730 0.24378 0.08730 0.24565 0.08683 0.24658 0.08637 0.24705 0.08497 0.24751\n 11 182 8 0.08310 0.24751 0.08217 0.24705 0.08170 0.24658 0.08123 0.24565 0.08123 0.24378 0.08170 0.24285 0.08217 0.24238 0.08310 0.24191\n 11 182 8 0.08497 0.24191 0.08590 0.24238 0.08637 0.24285 0.08683 0.24378 0.08683 0.24565 0.08637 0.24658 0.08590 0.24705 0.08497 0.24751\n 11 380 17 0.09290 0.25172 0.09150 0.25125 0.09057 0.24985 0.09010 0.24751 0.09010 0.24611 0.09057 0.24378 0.09150 0.24238 0.09290 0.24191 0.09384 0.24191 0.09524 0.24238 0.09617 0.24378 0.09664 0.24611 0.09664 0.24751 0.09617 0.24985 0.09524 0.25125 0.09384 0.25172 0.09290 0.25172\n 11 226 10 0.09290 0.25172 0.09197 0.25125 0.09150 0.25078 0.09104 0.24985 0.09057 0.24751 0.09057 0.24611 0.09104 0.24378 0.09150 0.24285 0.09197 0.24238 0.09290 0.24191\n 11 226 10 0.09384 0.24191 0.09477 0.24238 0.09524 0.24285 0.09570 0.24378 0.09617 0.24611 0.09617 0.24751 0.09570 0.24985 0.09524 0.25078 0.09477 0.25125 0.09384 0.25172\n 11 50 2 0.05509 0.35249 0.06349 0.35249\n 11 380 17 0.06956 0.35809 0.06816 0.35762 0.06723 0.35622 0.06676 0.35389 0.06676 0.35249 0.06723 0.35015 0.06816 0.34875 0.06956 0.34828 0.07049 0.34828 0.07190 0.34875 0.07283 0.35015 0.07330 0.35249 0.07330 0.35389 0.07283 0.35622 0.07190 0.35762 0.07049 0.35809 0.06956 0.35809\n 11 226 10 0.06956 0.35809 0.06863 0.35762 0.06816 0.35715 0.06769 0.35622 0.06723 0.35389 0.06723 0.35249 0.06769 0.35015 0.06816 0.34922 0.06863 0.34875 0.06956 0.34828\n 11 226 10 0.07049 0.34828 0.07143 0.34875 0.07190 0.34922 0.07236 0.35015 0.07283 0.35249 0.07283 0.35389 0.07236 0.35622 0.07190 0.35715 0.07143 0.35762 0.07049 0.35809\n 11 116 5 0.07703 0.34922 0.07656 0.34875 0.07703 0.34828 0.07750 0.34875 0.07703 0.34922\n 11 50 2 0.08497 0.35715 0.08497 0.34828\n 11 50 2 0.08543 0.35809 0.08543 0.34828\n 11 72 3 0.08543 0.35809 0.08030 0.35109 0.08777 0.35109\n 11 50 2 0.08357 0.34828 0.08683 0.34828\n 11 380 17 0.09290 0.35809 0.09150 0.35762 0.09057 0.35622 0.09010 0.35389 0.09010 0.35249 0.09057 0.35015 0.09150 0.34875 0.09290 0.34828 0.09384 0.34828 0.09524 0.34875 0.09617 0.35015 0.09664 0.35249 0.09664 0.35389 0.09617 0.35622 0.09524 0.35762 0.09384 0.35809 0.09290 0.35809\n 11 226 10 0.09290 0.35809 0.09197 0.35762 0.09150 0.35715 0.09104 0.35622 0.09057 0.35389 0.09057 0.35249 0.09104 0.35015 0.09150 0.34922 0.09197 0.34875 0.09290 0.34828\n 11 226 10 0.09384 0.34828 0.09477 0.34875 0.09524 0.34922 0.09570 0.35015 0.09617 0.35249 0.09617 0.35389 0.09570 0.35622 0.09524 0.35715 0.09477 0.35762 0.09384 0.35809\n 11 380 17 0.06956 0.46446 0.06816 0.46399 0.06723 0.46259 0.06676 0.46026 0.06676 0.45886 0.06723 0.45652 0.06816 0.45512 0.06956 0.45466 0.07049 0.45466 0.07190 0.45512 0.07283 0.45652 0.07330 0.45886 0.07330 0.46026 0.07283 0.46259 0.07190 0.46399 0.07049 0.46446 0.06956 0.46446\n 11 226 10 0.06956 0.46446 0.06863 0.46399 0.06816 0.46353 0.06769 0.46259 0.06723 0.46026 0.06723 0.45886 0.06769 0.45652 0.06816 0.45559 0.06863 0.45512 0.06956 0.45466\n 11 226 10 0.07049 0.45466 0.07143 0.45512 0.07190 0.45559 0.07236 0.45652 0.07283 0.45886 0.07283 0.46026 0.07236 0.46259 0.07190 0.46353 0.07143 0.46399 0.07049 0.46446\n 11 116 5 0.07703 0.45559 0.07656 0.45512 0.07703 0.45466 0.07750 0.45512 0.07703 0.45559\n 11 380 17 0.08357 0.46446 0.08217 0.46399 0.08123 0.46259 0.08077 0.46026 0.08077 0.45886 0.08123 0.45652 0.08217 0.45512 0.08357 0.45466 0.08450 0.45466 0.08590 0.45512 0.08683 0.45652 0.08730 0.45886 0.08730 0.46026 0.08683 0.46259 0.08590 0.46399 0.08450 0.46446 0.08357 0.46446\n 11 226 10 0.08357 0.46446 0.08263 0.46399 0.08217 0.46353 0.08170 0.46259 0.08123 0.46026 0.08123 0.45886 0.08170 0.45652 0.08217 0.45559 0.08263 0.45512 0.08357 0.45466\n 11 226 10 0.08450 0.45466 0.08543 0.45512 0.08590 0.45559 0.08637 0.45652 0.08683 0.45886 0.08683 0.46026 0.08637 0.46259 0.08590 0.46353 0.08543 0.46399 0.08450 0.46446\n 11 380 17 0.09290 0.46446 0.09150 0.46399 0.09057 0.46259 0.09010 0.46026 0.09010 0.45886 0.09057 0.45652 0.09150 0.45512 0.09290 0.45466 0.09384 0.45466 0.09524 0.45512 0.09617 0.45652 0.09664 0.45886 0.09664 0.46026 0.09617 0.46259 0.09524 0.46399 0.09384 0.46446 0.09290 0.46446\n 11 226 10 0.09290 0.46446 0.09197 0.46399 0.09150 0.46353 0.09104 0.46259 0.09057 0.46026 0.09057 0.45886 0.09104 0.45652 0.09150 0.45559 0.09197 0.45512 0.09290 0.45466\n 11 226 10 0.09384 0.45466 0.09477 0.45512 0.09524 0.45559 0.09570 0.45652 0.09617 0.45886 0.09617 0.46026 0.09570 0.46259 0.09524 0.46353 0.09477 0.46399 0.09384 0.46446\n 11 380 17 0.06956 0.57083 0.06816 0.57037 0.06723 0.56897 0.06676 0.56663 0.06676 0.56523 0.06723 0.56290 0.06816 0.56150 0.06956 0.56103 0.07049 0.56103 0.07190 0.56150 0.07283 0.56290 0.07330 0.56523 0.07330 0.56663 0.07283 0.56897 0.07190 0.57037 0.07049 0.57083 0.06956 0.57083\n 11 226 10 0.06956 0.57083 0.06863 0.57037 0.06816 0.56990 0.06769 0.56897 0.06723 0.56663 0.06723 0.56523 0.06769 0.56290 0.06816 0.56196 0.06863 0.56150 0.06956 0.56103\n 11 226 10 0.07049 0.56103 0.07143 0.56150 0.07190 0.56196 0.07236 0.56290 0.07283 0.56523 0.07283 0.56663 0.07236 0.56897 0.07190 0.56990 0.07143 0.57037 0.07049 0.57083\n 11 116 5 0.07703 0.56196 0.07656 0.56150 0.07703 0.56103 0.07750 0.56150 0.07703 0.56196\n 11 50 2 0.08497 0.56990 0.08497 0.56103\n 11 50 2 0.08543 0.57083 0.08543 0.56103\n 11 72 3 0.08543 0.57083 0.08030 0.56383 0.08777 0.56383\n 11 50 2 0.08357 0.56103 0.08683 0.56103\n 11 380 17 0.09290 0.57083 0.09150 0.57037 0.09057 0.56897 0.09010 0.56663 0.09010 0.56523 0.09057 0.56290 0.09150 0.56150 0.09290 0.56103 0.09384 0.56103 0.09524 0.56150 0.09617 0.56290 0.09664 0.56523 0.09664 0.56663 0.09617 0.56897 0.09524 0.57037 0.09384 0.57083 0.09290 0.57083\n 11 226 10 0.09290 0.57083 0.09197 0.57037 0.09150 0.56990 0.09104 0.56897 0.09057 0.56663 0.09057 0.56523 0.09104 0.56290 0.09150 0.56196 0.09197 0.56150 0.09290 0.56103\n 11 226 10 0.09384 0.56103 0.09477 0.56150 0.09524 0.56196 0.09570 0.56290 0.09617 0.56523 0.09617 0.56663 0.09570 0.56897 0.09524 0.56990 0.09477 0.57037 0.09384 0.57083\n 11 380 17 0.06956 0.67721 0.06816 0.67674 0.06723 0.67534 0.06676 0.67300 0.06676 0.67160 0.06723 0.66927 0.06816 0.66787 0.06956 0.66740 0.07049 0.66740 0.07190 0.66787 0.07283 0.66927 0.07330 0.67160 0.07330 0.67300 0.07283 0.67534 0.07190 0.67674 0.07049 0.67721 0.06956 0.67721\n 11 226 10 0.06956 0.67721 0.06863 0.67674 0.06816 0.67627 0.06769 0.67534 0.06723 0.67300 0.06723 0.67160 0.06769 0.66927 0.06816 0.66834 0.06863 0.66787 0.06956 0.66740\n 11 226 10 0.07049 0.66740 0.07143 0.66787 0.07190 0.66834 0.07236 0.66927 0.07283 0.67160 0.07283 0.67300 0.07236 0.67534 0.07190 0.67627 0.07143 0.67674 0.07049 0.67721\n 11 116 5 0.07703 0.66834 0.07656 0.66787 0.07703 0.66740 0.07750 0.66787 0.07703 0.66834\n 11 292 13 0.08310 0.67721 0.08170 0.67674 0.08123 0.67581 0.08123 0.67440 0.08170 0.67347 0.08310 0.67300 0.08497 0.67300 0.08637 0.67347 0.08683 0.67440 0.08683 0.67581 0.08637 0.67674 0.08497 0.67721 0.08310 0.67721\n 11 138 6 0.08310 0.67721 0.08217 0.67674 0.08170 0.67581 0.08170 0.67440 0.08217 0.67347 0.08310 0.67300\n 11 138 6 0.08497 0.67300 0.08590 0.67347 0.08637 0.67440 0.08637 0.67581 0.08590 0.67674 0.08497 0.67721\n 11 358 16 0.08310 0.67300 0.08170 0.67254 0.08123 0.67207 0.08077 0.67114 0.08077 0.66927 0.08123 0.66834 0.08170 0.66787 0.08310 0.66740 0.08497 0.66740 0.08637 0.66787 0.08683 0.66834 0.08730 0.66927 0.08730 0.67114 0.08683 0.67207 0.08637 0.67254 0.08497 0.67300\n 11 182 8 0.08310 0.67300 0.08217 0.67254 0.08170 0.67207 0.08123 0.67114 0.08123 0.66927 0.08170 0.66834 0.08217 0.66787 0.08310 0.66740\n 11 182 8 0.08497 0.66740 0.08590 0.66787 0.08637 0.66834 0.08683 0.66927 0.08683 0.67114 0.08637 0.67207 0.08590 0.67254 0.08497 0.67300\n 11 380 17 0.09290 0.67721 0.09150 0.67674 0.09057 0.67534 0.09010 0.67300 0.09010 0.67160 0.09057 0.66927 0.09150 0.66787 0.09290 0.66740 0.09384 0.66740 0.09524 0.66787 0.09617 0.66927 0.09664 0.67160 0.09664 0.67300 0.09617 0.67534 0.09524 0.67674 0.09384 0.67721 0.09290 0.67721\n 11 226 10 0.09290 0.67721 0.09197 0.67674 0.09150 0.67627 0.09104 0.67534 0.09057 0.67300 0.09057 0.67160 0.09104 0.66927 0.09150 0.66834 0.09197 0.66787 0.09290 0.66740\n 11 226 10 0.09384 0.66740 0.09477 0.66787 0.09524 0.66834 0.09570 0.66927 0.09617 0.67160 0.09617 0.67300 0.09570 0.67534 0.09524 0.67627 0.09477 0.67674 0.09384 0.67721\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2118 96 0.90196 0.19363 0.90196 0.19363 0.90196 0.19363 0.91422 0.19363 0.90196 0.19363 0.90196 0.21136 0.90196 0.21136 0.90196 0.21136 0.90196 0.22908 0.90196 0.22908 0.90196 0.22908 0.90196 0.24681 0.91422 0.24681 0.90196 0.24681 0.90196 0.26454 0.90196 0.26454 0.90196 0.26454 0.90196 0.28227 0.90196 0.28227 0.90196 0.28227 0.90196 0.30000 0.91422 0.30000 0.90196 0.30000 0.90196 0.31773 0.90196 0.31773 0.90196 0.31773 0.90196 0.33546 0.90196 0.33546 0.90196 0.33546 0.90196 0.35319 0.91422 0.35319 0.90196 0.35319 0.90196 0.37092 0.90196 0.37092 0.90196 0.37092 0.90196 0.38864 0.90196 0.38864 0.90196 0.38864 0.90196 0.40637 0.91422 0.40637 0.90196 0.40637 0.90196 0.42410 0.90196 0.42410 0.90196 0.42410 0.90196 0.44183 0.90196 0.44183 0.90196 0.44183 0.90196 0.45956 0.91422 0.45956 0.90196 0.45956 0.90196 0.47729 0.90196 0.47729 0.90196 0.47729 0.90196 0.49502 0.90196 0.49502 0.90196 0.49502 0.90196 0.51275 0.91422 0.51275 0.90196 0.51275 0.90196 0.53047 0.90196 0.53047 0.90196 0.53047 0.90196 0.54820 0.90196 0.54820 0.90196 0.54820 0.90196 0.56593 0.91422 0.56593 0.90196 0.56593 0.90196 0.58366 0.90196 0.58366 0.90196 0.58366 0.90196 0.60139 0.90196 0.60139 0.90196 0.60139 0.90196 0.61912 0.91422 0.61912 0.90196 0.61912 0.90196 0.63685 0.90196 0.63685 0.90196 0.63685 0.90196 0.65458 0.90196 0.65458 0.90196 0.65458 0.90196 0.67230 0.91422 0.67230 0.90196 0.67230 0.90196 0.69003 0.90196 0.69003 0.90196 0.69003 0.90196 0.70776 0.90196 0.70776 0.90196 0.70776 0.90196 0.72549 0.91422 0.72549 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84914 0.72549 0.84914 0.73162 0.84914 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.72549 0.16254 0.72549 0.16254 0.73162 0.16254 0.72549 0.13613 0.72549 0.13613 0.73162 0.13613 0.72549 0.11765 0.72549 0.18895 0.72549 0.18895 0.73775 0.18895 0.72549 0.21536 0.72549 0.21536 0.73162 0.21536 0.72549 0.24176 0.72549 0.24176 0.73162 0.24176 0.72549 0.26817 0.72549 0.26817 0.73775 0.26817 0.72549 0.29458 0.72549 0.29458 0.73162 0.29458 0.72549 0.32099 0.72549 0.32099 0.73162 0.32099 0.72549 0.34740 0.72549 0.34740 0.73775 0.34740 0.72549 0.37380 0.72549 0.37380 0.73162 0.37380 0.72549 0.40021 0.72549 0.40021 0.73162 0.40021 0.72549 0.42662 0.72549 0.42662 0.73775 0.42662 0.72549 0.45303 0.72549 0.45303 0.73162 0.45303 0.72549 0.47943 0.72549 0.47943 0.73162 0.47943 0.72549 0.50584 0.72549 0.50584 0.73775 0.50584 0.72549 0.53225 0.72549 0.53225 0.73162 0.53225 0.72549 0.55866 0.72549 0.55866 0.73162 0.55866 0.72549 0.58507 0.72549 0.58507 0.73775 0.58507 0.72549 0.61147 0.72549 0.61147 0.73162 0.61147 0.72549 0.63788 0.72549 0.63788 0.73162 0.63788 0.72549 0.66429 0.72549 0.66429 0.73775 0.66429 0.72549 0.69070 0.72549 0.69070 0.73162 0.69070 0.72549 0.71711 0.72549 0.71711 0.73162 0.71711 0.72549 0.74351 0.72549 0.74351 0.73775 0.74351 0.72549 0.76992 0.72549 0.76992 0.73162 0.76992 0.72549 0.79633 0.72549 0.79633 0.73162 0.79633 0.72549 0.82274 0.72549 0.82274 0.73775 0.82274 0.72549 0.84914 0.72549 0.84914 0.73162 0.84914 0.72549 0.87555 0.72549 0.87555 0.73162 0.87555 0.72549 0.90196 0.72549 0.90196 0.73775 0.90196 0.72549 0.90196 0.72549\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84914 0.19363 0.84914 0.18750 0.84914 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 2052 93 0.18895 0.19363 0.16254 0.19363 0.16254 0.18750 0.16254 0.19363 0.13613 0.19363 0.13613 0.18750 0.13613 0.19363 0.11765 0.19363 0.18895 0.19363 0.18895 0.18137 0.18895 0.19363 0.21536 0.19363 0.21536 0.18750 0.21536 0.19363 0.24176 0.19363 0.24176 0.18750 0.24176 0.19363 0.26817 0.19363 0.26817 0.18137 0.26817 0.19363 0.29458 0.19363 0.29458 0.18750 0.29458 0.19363 0.32099 0.19363 0.32099 0.18750 0.32099 0.19363 0.34740 0.19363 0.34740 0.18137 0.34740 0.19363 0.37380 0.19363 0.37380 0.18750 0.37380 0.19363 0.40021 0.19363 0.40021 0.18750 0.40021 0.19363 0.42662 0.19363 0.42662 0.18137 0.42662 0.19363 0.45303 0.19363 0.45303 0.18750 0.45303 0.19363 0.47943 0.19363 0.47943 0.18750 0.47943 0.19363 0.50584 0.19363 0.50584 0.18137 0.50584 0.19363 0.53225 0.19363 0.53225 0.18750 0.53225 0.19363 0.55866 0.19363 0.55866 0.18750 0.55866 0.19363 0.58507 0.19363 0.58507 0.18137 0.58507 0.19363 0.61147 0.19363 0.61147 0.18750 0.61147 0.19363 0.63788 0.19363 0.63788 0.18750 0.63788 0.19363 0.66429 0.19363 0.66429 0.18137 0.66429 0.19363 0.69070 0.19363 0.69070 0.18750 0.69070 0.19363 0.71711 0.19363 0.71711 0.18750 0.71711 0.19363 0.74351 0.19363 0.74351 0.18137 0.74351 0.19363 0.76992 0.19363 0.76992 0.18750 0.76992 0.19363 0.79633 0.19363 0.79633 0.18750 0.79633 0.19363 0.82274 0.19363 0.82274 0.18137 0.82274 0.19363 0.84914 0.19363 0.84914 0.18750 0.84914 0.19363 0.87555 0.19363 0.87555 0.18750 0.87555 0.19363 0.90196 0.19363 0.90196 0.18137 0.90196 0.19363 0.90196 0.19363\n 11 94 4 0.17774 0.17068 0.17868 0.17115 0.18008 0.17255 0.18008 0.16275\n 11 50 2 0.17961 0.17208 0.17961 0.16275\n 11 50 2 0.17774 0.16275 0.18195 0.16275\n 11 50 2 0.18661 0.17255 0.18568 0.16788\n 11 424 19 0.18568 0.16788 0.18661 0.16881 0.18801 0.16928 0.18942 0.16928 0.19082 0.16881 0.19175 0.16788 0.19222 0.16648 0.19222 0.16555 0.19175 0.16415 0.19082 0.16321 0.18942 0.16275 0.18801 0.16275 0.18661 0.16321 0.18615 0.16368 0.18568 0.16461 0.18568 0.16508 0.18615 0.16555 0.18661 0.16508 0.18615 0.16461\n 11 182 8 0.18942 0.16928 0.19035 0.16881 0.19128 0.16788 0.19175 0.16648 0.19175 0.16555 0.19128 0.16415 0.19035 0.16321 0.18942 0.16275\n 11 50 2 0.18661 0.17255 0.19128 0.17255\n 11 72 3 0.18661 0.17208 0.18895 0.17208 0.19128 0.17255\n 11 380 17 0.19782 0.17255 0.19642 0.17208 0.19548 0.17068 0.19502 0.16835 0.19502 0.16695 0.19548 0.16461 0.19642 0.16321 0.19782 0.16275 0.19875 0.16275 0.20015 0.16321 0.20109 0.16461 0.20155 0.16695 0.20155 0.16835 0.20109 0.17068 0.20015 0.17208 0.19875 0.17255 0.19782 0.17255\n 11 226 10 0.19782 0.17255 0.19688 0.17208 0.19642 0.17162 0.19595 0.17068 0.19548 0.16835 0.19548 0.16695 0.19595 0.16461 0.19642 0.16368 0.19688 0.16321 0.19782 0.16275\n 11 226 10 0.19875 0.16275 0.19969 0.16321 0.20015 0.16368 0.20062 0.16461 0.20109 0.16695 0.20109 0.16835 0.20062 0.17068 0.20015 0.17162 0.19969 0.17208 0.19875 0.17255\n 11 94 4 0.33619 0.17068 0.33712 0.17115 0.33853 0.17255 0.33853 0.16275\n 11 50 2 0.33806 0.17208 0.33806 0.16275\n 11 50 2 0.33619 0.16275 0.34039 0.16275\n 11 50 2 0.34413 0.17255 0.34413 0.16975\n 11 182 8 0.34413 0.17068 0.34459 0.17162 0.34553 0.17255 0.34646 0.17255 0.34880 0.17115 0.34973 0.17115 0.35020 0.17162 0.35066 0.17255\n 11 94 4 0.34459 0.17162 0.34553 0.17208 0.34646 0.17208 0.34880 0.17115\n 11 160 7 0.35066 0.17255 0.35066 0.17115 0.35020 0.16975 0.34833 0.16741 0.34786 0.16648 0.34740 0.16508 0.34740 0.16275\n 11 116 5 0.35020 0.16975 0.34786 0.16741 0.34740 0.16648 0.34693 0.16508 0.34693 0.16275\n 11 380 17 0.35627 0.17255 0.35487 0.17208 0.35393 0.17068 0.35346 0.16835 0.35346 0.16695 0.35393 0.16461 0.35487 0.16321 0.35627 0.16275 0.35720 0.16275 0.35860 0.16321 0.35953 0.16461 0.36000 0.16695 0.36000 0.16835 0.35953 0.17068 0.35860 0.17208 0.35720 0.17255 0.35627 0.17255\n 11 226 10 0.35627 0.17255 0.35533 0.17208 0.35487 0.17162 0.35440 0.17068 0.35393 0.16835 0.35393 0.16695 0.35440 0.16461 0.35487 0.16368 0.35533 0.16321 0.35627 0.16275\n 11 226 10 0.35720 0.16275 0.35813 0.16321 0.35860 0.16368 0.35907 0.16461 0.35953 0.16695 0.35953 0.16835 0.35907 0.17068 0.35860 0.17162 0.35813 0.17208 0.35720 0.17255\n 11 94 4 0.49464 0.17068 0.49557 0.17115 0.49697 0.17255 0.49697 0.16275\n 11 50 2 0.49651 0.17208 0.49651 0.16275\n 11 50 2 0.49464 0.16275 0.49884 0.16275\n 11 622 28 0.50864 0.16928 0.50818 0.16788 0.50724 0.16695 0.50584 0.16648 0.50538 0.16648 0.50398 0.16695 0.50304 0.16788 0.50257 0.16928 0.50257 0.16975 0.50304 0.17115 0.50398 0.17208 0.50538 0.17255 0.50631 0.17255 0.50771 0.17208 0.50864 0.17115 0.50911 0.16975 0.50911 0.16695 0.50864 0.16508 0.50818 0.16415 0.50724 0.16321 0.50584 0.16275 0.50444 0.16275 0.50351 0.16321 0.50304 0.16415 0.50304 0.16461 0.50351 0.16508 0.50398 0.16461 0.50351 0.16415\n 11 182 8 0.50538 0.16648 0.50444 0.16695 0.50351 0.16788 0.50304 0.16928 0.50304 0.16975 0.50351 0.17115 0.50444 0.17208 0.50538 0.17255\n 11 204 9 0.50631 0.17255 0.50724 0.17208 0.50818 0.17115 0.50864 0.16975 0.50864 0.16695 0.50818 0.16508 0.50771 0.16415 0.50678 0.16321 0.50584 0.16275\n 11 380 17 0.51471 0.17255 0.51331 0.17208 0.51238 0.17068 0.51191 0.16835 0.51191 0.16695 0.51238 0.16461 0.51331 0.16321 0.51471 0.16275 0.51565 0.16275 0.51705 0.16321 0.51798 0.16461 0.51845 0.16695 0.51845 0.16835 0.51798 0.17068 0.51705 0.17208 0.51565 0.17255 0.51471 0.17255\n 11 226 10 0.51471 0.17255 0.51378 0.17208 0.51331 0.17162 0.51285 0.17068 0.51238 0.16835 0.51238 0.16695 0.51285 0.16461 0.51331 0.16368 0.51378 0.16321 0.51471 0.16275\n 11 226 10 0.51565 0.16275 0.51658 0.16321 0.51705 0.16368 0.51751 0.16461 0.51798 0.16695 0.51798 0.16835 0.51751 0.17068 0.51705 0.17162 0.51658 0.17208 0.51565 0.17255\n 11 446 20 0.65215 0.17068 0.65262 0.17021 0.65215 0.16975 0.65168 0.17021 0.65168 0.17068 0.65215 0.17162 0.65262 0.17208 0.65402 0.17255 0.65589 0.17255 0.65729 0.17208 0.65775 0.17162 0.65822 0.17068 0.65822 0.16975 0.65775 0.16881 0.65635 0.16788 0.65402 0.16695 0.65309 0.16648 0.65215 0.16555 0.65168 0.16415 0.65168 0.16275\n 11 182 8 0.65589 0.17255 0.65682 0.17208 0.65729 0.17162 0.65775 0.17068 0.65775 0.16975 0.65729 0.16881 0.65589 0.16788 0.65402 0.16695\n 11 160 7 0.65168 0.16368 0.65215 0.16415 0.65309 0.16415 0.65542 0.16321 0.65682 0.16321 0.65775 0.16368 0.65822 0.16415\n 11 138 6 0.65309 0.16415 0.65542 0.16275 0.65729 0.16275 0.65775 0.16321 0.65822 0.16415 0.65822 0.16508\n 11 94 4 0.66242 0.17068 0.66336 0.17115 0.66476 0.17255 0.66476 0.16275\n 11 50 2 0.66429 0.17208 0.66429 0.16275\n 11 50 2 0.66242 0.16275 0.66662 0.16275\n 11 380 17 0.67316 0.17255 0.67176 0.17208 0.67083 0.17068 0.67036 0.16835 0.67036 0.16695 0.67083 0.16461 0.67176 0.16321 0.67316 0.16275 0.67409 0.16275 0.67549 0.16321 0.67643 0.16461 0.67690 0.16695 0.67690 0.16835 0.67643 0.17068 0.67549 0.17208 0.67409 0.17255 0.67316 0.17255\n 11 226 10 0.67316 0.17255 0.67223 0.17208 0.67176 0.17162 0.67129 0.17068 0.67083 0.16835 0.67083 0.16695 0.67129 0.16461 0.67176 0.16368 0.67223 0.16321 0.67316 0.16275\n 11 226 10 0.67409 0.16275 0.67503 0.16321 0.67549 0.16368 0.67596 0.16461 0.67643 0.16695 0.67643 0.16835 0.67596 0.17068 0.67549 0.17162 0.67503 0.17208 0.67409 0.17255\n 11 446 20 0.81060 0.17068 0.81107 0.17021 0.81060 0.16975 0.81013 0.17021 0.81013 0.17068 0.81060 0.17162 0.81107 0.17208 0.81247 0.17255 0.81433 0.17255 0.81573 0.17208 0.81620 0.17162 0.81667 0.17068 0.81667 0.16975 0.81620 0.16881 0.81480 0.16788 0.81247 0.16695 0.81153 0.16648 0.81060 0.16555 0.81013 0.16415 0.81013 0.16275\n 11 182 8 0.81433 0.17255 0.81527 0.17208 0.81573 0.17162 0.81620 0.17068 0.81620 0.16975 0.81573 0.16881 0.81433 0.16788 0.81247 0.16695\n 11 160 7 0.81013 0.16368 0.81060 0.16415 0.81153 0.16415 0.81387 0.16321 0.81527 0.16321 0.81620 0.16368 0.81667 0.16415\n 11 138 6 0.81153 0.16415 0.81387 0.16275 0.81573 0.16275 0.81620 0.16321 0.81667 0.16415 0.81667 0.16508\n 11 336 15 0.81994 0.17068 0.82040 0.17021 0.81994 0.16975 0.81947 0.17021 0.81947 0.17068 0.81994 0.17162 0.82040 0.17208 0.82180 0.17255 0.82367 0.17255 0.82507 0.17208 0.82554 0.17115 0.82554 0.16975 0.82507 0.16881 0.82367 0.16835 0.82227 0.16835\n 11 138 6 0.82367 0.17255 0.82460 0.17208 0.82507 0.17115 0.82507 0.16975 0.82460 0.16881 0.82367 0.16835\n 11 358 16 0.82367 0.16835 0.82460 0.16788 0.82554 0.16695 0.82601 0.16601 0.82601 0.16461 0.82554 0.16368 0.82507 0.16321 0.82367 0.16275 0.82180 0.16275 0.82040 0.16321 0.81994 0.16368 0.81947 0.16461 0.81947 0.16508 0.81994 0.16555 0.82040 0.16508 0.81994 0.16461\n 11 138 6 0.82507 0.16741 0.82554 0.16601 0.82554 0.16461 0.82507 0.16368 0.82460 0.16321 0.82367 0.16275\n 11 380 17 0.83161 0.17255 0.83021 0.17208 0.82927 0.17068 0.82881 0.16835 0.82881 0.16695 0.82927 0.16461 0.83021 0.16321 0.83161 0.16275 0.83254 0.16275 0.83394 0.16321 0.83488 0.16461 0.83534 0.16695 0.83534 0.16835 0.83488 0.17068 0.83394 0.17208 0.83254 0.17255 0.83161 0.17255\n 11 226 10 0.83161 0.17255 0.83067 0.17208 0.83021 0.17162 0.82974 0.17068 0.82927 0.16835 0.82927 0.16695 0.82974 0.16461 0.83021 0.16368 0.83067 0.16321 0.83161 0.16275\n 11 226 10 0.83254 0.16275 0.83347 0.16321 0.83394 0.16368 0.83441 0.16461 0.83488 0.16695 0.83488 0.16835 0.83441 0.17068 0.83394 0.17162 0.83347 0.17208 0.83254 0.17255\n 11 50 2 0.50588 0.15098 0.51373 0.13922\n 11 50 2 0.51373 0.15098 0.50588 0.13922\n 21 6 13\n 25 6 13\n 11 2206 100 0.11765 0.72516 0.12557 0.72416 0.13349 0.72250 0.14141 0.72019 0.14934 0.71722 0.15726 0.71361 0.16518 0.70937 0.17310 0.70450 0.18103 0.69902 0.18895 0.69294 0.19687 0.68627 0.20479 0.67904 0.21272 0.67126 0.22064 0.66295 0.22856 0.65414 0.23648 0.64483 0.24440 0.63507 0.25233 0.62486 0.26025 0.61425 0.26817 0.60324 0.27609 0.59188 0.28402 0.58018 0.29194 0.56819 0.29986 0.55592 0.30778 0.54341 0.31571 0.53070 0.32363 0.51780 0.33155 0.50476 0.33947 0.49160 0.34740 0.47837 0.35532 0.46509 0.36324 0.45179 0.37116 0.43852 0.37908 0.42530 0.38701 0.41216 0.39493 0.39914 0.40285 0.38627 0.41077 0.37359 0.41870 0.36112 0.42662 0.34889 0.43454 0.33695 0.44246 0.32530 0.45039 0.31400 0.45831 0.30306 0.46623 0.29251 0.47415 0.28238 0.48208 0.27269 0.49000 0.26346 0.49792 0.25473 0.50584 0.24651 0.51377 0.23882 0.52169 0.23169 0.52961 0.22512 0.53753 0.21914 0.54545 0.21376 0.55338 0.20899 0.56130 0.20485 0.56922 0.20135 0.57714 0.19849 0.58507 0.19629 0.59299 0.19474 0.60091 0.19386 0.60883 0.19364 0.61676 0.19408 0.62468 0.19519 0.63260 0.19696 0.64052 0.19938 0.64845 0.20246 0.65637 0.20617 0.66429 0.21053 0.67221 0.21550 0.68013 0.22108 0.68806 0.22726 0.69598 0.23402 0.70390 0.24135 0.71182 0.24922 0.71975 0.25761 0.72767 0.26651 0.73559 0.27589 0.74351 0.28573 0.75144 0.29601 0.75936 0.30670 0.76728 0.31776 0.77520 0.32918 0.78313 0.34093 0.79105 0.35297 0.79897 0.36528 0.80689 0.37783 0.81481 0.39058 0.82274 0.40350 0.83066 0.41656 0.83858 0.42973 0.84650 0.44298 0.85443 0.45626 0.86235 0.46956 0.87027 0.48283 0.87819 0.49604 0.88612 0.50916 0.89404 0.52215 0.90196 0.53499\n 21 6 14\n 25 6 14\n 11 2206 100 0.11765 0.72526 0.12557 0.72457 0.13349 0.72342 0.14141 0.72181 0.14934 0.71974 0.15726 0.71722 0.16518 0.71426 0.17310 0.71085 0.18103 0.70701 0.18895 0.70274 0.19687 0.69804 0.20479 0.69294 0.21272 0.68742 0.22064 0.68151 0.22856 0.67522 0.23648 0.66855 0.24440 0.66152 0.25233 0.65414 0.26025 0.64642 0.26817 0.63837 0.27609 0.63002 0.28402 0.62137 0.29194 0.61244 0.29986 0.60324 0.30778 0.59380 0.31571 0.58412 0.32363 0.57422 0.33155 0.56413 0.33947 0.55385 0.34740 0.54341 0.35532 0.53283 0.36324 0.52212 0.37116 0.51130 0.37908 0.50038 0.38701 0.48940 0.39493 0.47837 0.40285 0.46730 0.41077 0.45622 0.41870 0.44515 0.42662 0.43410 0.43454 0.42310 0.44246 0.41216 0.45039 0.40130 0.45831 0.39054 0.46623 0.37990 0.47415 0.36940 0.48208 0.35906 0.49000 0.34889 0.49792 0.33892 0.50584 0.32915 0.51377 0.31961 0.52169 0.31031 0.52961 0.30127 0.53753 0.29251 0.54545 0.28403 0.55338 0.27586 0.56130 0.26801 0.56922 0.26050 0.57714 0.25332 0.58507 0.24651 0.59299 0.24007 0.60091 0.23400 0.60883 0.22833 0.61676 0.22306 0.62468 0.21820 0.63260 0.21376 0.64052 0.20974 0.64845 0.20616 0.65637 0.20302 0.66429 0.20033 0.67221 0.19808 0.68013 0.19629 0.68806 0.19495 0.69598 0.19408 0.70390 0.19366 0.71182 0.19371 0.71975 0.19422 0.72767 0.19519 0.73559 0.19662 0.74351 0.19850 0.75144 0.20084 0.75936 0.20363 0.76728 0.20686 0.77520 0.21053 0.78313 0.21463 0.79105 0.21915 0.79897 0.22410 0.80689 0.22945 0.81481 0.23520 0.82274 0.24135 0.83066 0.24787 0.83858 0.25476 0.84650 0.26200 0.85443 0.26959 0.86235 0.27750 0.87027 0.28573 0.87819 0.29427 0.88612 0.30309 0.89404 0.31218 0.90196 0.32153\n 21 6 15\n 25 6 15\n 11 2206 100 0.11765 0.72532 0.12557 0.72481 0.13349 0.72397 0.14141 0.72278 0.14934 0.72126 0.15726 0.71941 0.16518 0.71722 0.17310 0.71471 0.18103 0.71187 0.18895 0.70871 0.19687 0.70523 0.20479 0.70144 0.21272 0.69734 0.22064 0.69294 0.22856 0.68823 0.23648 0.68324 0.24440 0.67796 0.25233 0.67241 0.26025 0.66658 0.26817 0.66049 0.27609 0.65414 0.28402 0.64754 0.29194 0.64070 0.29986 0.63364 0.30778 0.62635 0.31571 0.61885 0.32363 0.61114 0.33155 0.60324 0.33947 0.59516 0.34740 0.58691 0.35532 0.57849 0.36324 0.56992 0.37116 0.56121 0.37908 0.55237 0.38701 0.54341 0.39493 0.53435 0.40285 0.52519 0.41077 0.51594 0.41870 0.50663 0.42662 0.49725 0.43454 0.48783 0.44246 0.47837 0.45039 0.46889 0.45831 0.45939 0.46623 0.44990 0.47415 0.44041 0.48208 0.43095 0.49000 0.42153 0.49792 0.41216 0.50584 0.40284 0.51377 0.39360 0.52169 0.38445 0.52961 0.37539 0.53753 0.36643 0.54545 0.35760 0.55338 0.34889 0.56130 0.34033 0.56922 0.33192 0.57714 0.32367 0.58507 0.31559 0.59299 0.30770 0.60091 0.30000 0.60883 0.29251 0.61676 0.28523 0.62468 0.27817 0.63260 0.27134 0.64052 0.26475 0.64845 0.25841 0.65637 0.25233 0.66429 0.24651 0.67221 0.24096 0.68013 0.23569 0.68806 0.23071 0.69598 0.22602 0.70390 0.22163 0.71182 0.21754 0.71975 0.21376 0.72767 0.21029 0.73559 0.20714 0.74351 0.20431 0.75144 0.20181 0.75936 0.19964 0.76728 0.19780 0.77520 0.19629 0.78313 0.19512 0.79105 0.19428 0.79897 0.19379 0.80689 0.19363 0.81481 0.19381 0.82274 0.19433 0.83066 0.19519 0.83858 0.19638 0.84650 0.19792 0.85443 0.19978 0.86235 0.20198 0.87027 0.20450 0.87819 0.20735 0.88612 0.21053 0.89404 0.21402 0.90196 0.21782\n 21 6 16\n 25 6 16\n 11 2206 100 0.11765 0.72536 0.12557 0.72497 0.13349 0.72432 0.14141 0.72342 0.14934 0.72225 0.15726 0.72083 0.16518 0.71915 0.17310 0.71722 0.18103 0.71504 0.18895 0.71261 0.19687 0.70993 0.20479 0.70701 0.21272 0.70385 0.22064 0.70044 0.22856 0.69681 0.23648 0.69294 0.24440 0.68884 0.25233 0.68452 0.26025 0.67998 0.26817 0.67522 0.27609 0.67025 0.28402 0.66508 0.29194 0.65971 0.29986 0.65414 0.30778 0.64838 0.31571 0.64244 0.32363 0.63631 0.33155 0.63002 0.33947 0.62356 0.34740 0.61694 0.35532 0.61016 0.36324 0.60324 0.37116 0.59618 0.37908 0.58898 0.38701 0.58166 0.39493 0.57422 0.40285 0.56667 0.41077 0.55901 0.41870 0.55126 0.42662 0.54341 0.43454 0.53549 0.44246 0.52749 0.45039 0.51942 0.45831 0.51130 0.46623 0.50312 0.47415 0.49490 0.48208 0.48665 0.49000 0.47837 0.49792 0.47007 0.50584 0.46177 0.51377 0.45346 0.52169 0.44515 0.52961 0.43686 0.53753 0.42859 0.54545 0.42036 0.55338 0.41216 0.56130 0.40400 0.56922 0.39591 0.57714 0.38787 0.58507 0.37990 0.59299 0.37201 0.60091 0.36421 0.60883 0.35650 0.61676 0.34889 0.62468 0.34139 0.63260 0.33401 0.64052 0.32674 0.64845 0.31961 0.65637 0.31261 0.66429 0.30576 0.67221 0.29905 0.68013 0.29251 0.68806 0.28612 0.69598 0.27991 0.70390 0.27387 0.71182 0.26801 0.71975 0.26234 0.72767 0.25687 0.73559 0.25159 0.74351 0.24651 0.75144 0.24164 0.75936 0.23699 0.76728 0.23255 0.77520 0.22833 0.78313 0.22434 0.79105 0.22058 0.79897 0.21705 0.80689 0.21376 0.81481 0.21071 0.82274 0.20790 0.83066 0.20534 0.83858 0.20302 0.84650 0.20096 0.85443 0.19915 0.86235 0.19759 0.87027 0.19629 0.87819 0.19524 0.88612 0.19446 0.89404 0.19393 0.90196 0.19366\n 21 6 17\n 25 6 17\n 11 2206 100 0.11765 0.72539 0.12557 0.72508 0.13349 0.72457 0.14141 0.72385 0.14934 0.72293 0.15726 0.72181 0.16518 0.72048 0.17310 0.71895 0.18103 0.71722 0.18895 0.71530 0.19687 0.71317 0.20479 0.71085 0.21272 0.70834 0.22064 0.70563 0.22856 0.70274 0.23648 0.69965 0.24440 0.69639 0.25233 0.69294 0.26025 0.68930 0.26817 0.68550 0.27609 0.68151 0.28402 0.67736 0.29194 0.67304 0.29986 0.66855 0.30778 0.66390 0.31571 0.65910 0.32363 0.65414 0.33155 0.64903 0.33947 0.64377 0.34740 0.63837 0.35532 0.63284 0.36324 0.62717 0.37116 0.62137 0.37908 0.61545 0.38701 0.60940 0.39493 0.60324 0.40285 0.59697 0.41077 0.59060 0.41870 0.58412 0.42662 0.57754 0.43454 0.57088 0.44246 0.56413 0.45039 0.55730 0.45831 0.55039 0.46623 0.54341 0.47415 0.53637 0.48208 0.52927 0.49000 0.52212 0.49792 0.51491 0.50584 0.50767 0.51377 0.50038 0.52169 0.49307 0.52961 0.48573 0.53753 0.47837 0.54545 0.47100 0.55338 0.46361 0.56130 0.45622 0.56922 0.44884 0.57714 0.44146 0.58507 0.43410 0.59299 0.42676 0.60091 0.41944 0.60883 0.41216 0.61676 0.40491 0.62468 0.39770 0.63260 0.39054 0.64052 0.38343 0.64845 0.37639 0.65637 0.36940 0.66429 0.36249 0.67221 0.35565 0.68013 0.34889 0.68806 0.34222 0.69598 0.33564 0.70390 0.32915 0.71182 0.32276 0.71975 0.31648 0.72767 0.31031 0.73559 0.30425 0.74351 0.29832 0.75144 0.29251 0.75936 0.28683 0.76728 0.28128 0.77520 0.27586 0.78313 0.27059 0.79105 0.26547 0.79897 0.26050 0.80689 0.25568 0.81481 0.25101 0.82274 0.24651 0.83066 0.24217 0.83858 0.23800 0.84650 0.23400 0.85443 0.23018 0.86235 0.22653 0.87027 0.22306 0.87819 0.21977 0.88612 0.21667 0.89404 0.21376 0.90196 0.21103\n 21 6 18\n 25 6 18\n 11 2206 100 0.11765 0.72541 0.12557 0.72516 0.13349 0.72474 0.14141 0.72416 0.14934 0.72342 0.15726 0.72250 0.16518 0.72143 0.17310 0.72019 0.18103 0.71879 0.18895 0.71722 0.19687 0.71550 0.20479 0.71361 0.21272 0.71157 0.22064 0.70937 0.22856 0.70701 0.23648 0.70450 0.24440 0.70183 0.25233 0.69902 0.26025 0.69605 0.26817 0.69294 0.27609 0.68968 0.28402 0.68627 0.29194 0.68273 0.29986 0.67904 0.30778 0.67522 0.31571 0.67126 0.32363 0.66717 0.33155 0.66295 0.33947 0.65861 0.34740 0.65414 0.35532 0.64955 0.36324 0.64483 0.37116 0.64001 0.37908 0.63507 0.38701 0.63002 0.39493 0.62486 0.40285 0.61961 0.41077 0.61425 0.41870 0.60879 0.42662 0.60324 0.43454 0.59760 0.44246 0.59188 0.45039 0.58607 0.45831 0.58018 0.46623 0.57422 0.47415 0.56819 0.48208 0.56209 0.49000 0.55592 0.49792 0.54970 0.50584 0.54341 0.51377 0.53708 0.52169 0.53070 0.52961 0.52427 0.53753 0.51780 0.54545 0.51130 0.55338 0.50476 0.56130 0.49819 0.56922 0.49160 0.57714 0.48500 0.58507 0.47837 0.59299 0.47173 0.60091 0.46509 0.60883 0.45844 0.61676 0.45179 0.62468 0.44515 0.63260 0.43852 0.64052 0.43190 0.64845 0.42530 0.65637 0.41871 0.66429 0.41216 0.67221 0.40563 0.68013 0.39914 0.68806 0.39268 0.69598 0.38627 0.70390 0.37990 0.71182 0.37359 0.71975 0.36732 0.72767 0.36112 0.73559 0.35497 0.74351 0.34889 0.75144 0.34288 0.75936 0.33695 0.76728 0.33108 0.77520 0.32530 0.78313 0.31961 0.79105 0.31400 0.79897 0.30848 0.80689 0.30306 0.81481 0.29773 0.82274 0.29251 0.83066 0.28739 0.83858 0.28238 0.84650 0.27747 0.85443 0.27269 0.86235 0.26801 0.87027 0.26346 0.87819 0.25903 0.88612 0.25473 0.89404 0.25055 0.90196 0.24651\n 21 6 19\n 25 6 19\n 11 2206 100 0.11765 0.72542 0.12557 0.72522 0.13349 0.72487 0.14141 0.72439 0.14934 0.72378 0.15726 0.72302 0.16518 0.72213 0.17310 0.72111 0.18103 0.71995 0.18895 0.71865 0.19687 0.71722 0.20479 0.71566 0.21272 0.71397 0.22064 0.71214 0.22856 0.71019 0.23648 0.70810 0.24440 0.70589 0.25233 0.70355 0.26025 0.70108 0.26817 0.69849 0.27609 0.69577 0.28402 0.69294 0.29194 0.68998 0.29986 0.68690 0.30778 0.68371 0.31571 0.68040 0.32363 0.67697 0.33155 0.67344 0.33947 0.66979 0.34740 0.66604 0.35532 0.66217 0.36324 0.65821 0.37116 0.65414 0.37908 0.64997 0.38701 0.64570 0.39493 0.64134 0.40285 0.63688 0.41077 0.63233 0.41870 0.62769 0.42662 0.62296 0.43454 0.61815 0.44246 0.61326 0.45039 0.60829 0.45831 0.60324 0.46623 0.59812 0.47415 0.59293 0.48208 0.58766 0.49000 0.58233 0.49792 0.57694 0.50584 0.57149 0.51377 0.56598 0.52169 0.56041 0.52961 0.55479 0.53753 0.54913 0.54545 0.54341 0.55338 0.53766 0.56130 0.53186 0.56922 0.52602 0.57714 0.52016 0.58507 0.51426 0.59299 0.50833 0.60091 0.50237 0.60883 0.49640 0.61676 0.49040 0.62468 0.48439 0.63260 0.47837 0.64052 0.47234 0.64845 0.46630 0.65637 0.46025 0.66429 0.45421 0.67221 0.44817 0.68013 0.44213 0.68806 0.43611 0.69598 0.43010 0.70390 0.42410 0.71182 0.41812 0.71975 0.41216 0.72767 0.40622 0.73559 0.40032 0.74351 0.39444 0.75144 0.38860 0.75936 0.38279 0.76728 0.37703 0.77520 0.37130 0.78313 0.36562 0.79105 0.35999 0.79897 0.35442 0.80689 0.34889 0.81481 0.34343 0.82274 0.33802 0.83066 0.33268 0.83858 0.32740 0.84650 0.32219 0.85443 0.31705 0.86235 0.31198 0.87027 0.30699 0.87819 0.30208 0.88612 0.29725 0.89404 0.29251 0.90196 0.28785\n 21 6 20\n 25 6 20\n 11 2206 100 0.11765 0.72543 0.12557 0.72526 0.13349 0.72497 0.14141 0.72457 0.14934 0.72405 0.15726 0.72342 0.16518 0.72267 0.17310 0.72181 0.18103 0.72083 0.18895 0.71974 0.19687 0.71854 0.20479 0.71722 0.21272 0.71580 0.22064 0.71426 0.22856 0.71261 0.23648 0.71085 0.24440 0.70899 0.25233 0.70701 0.26025 0.70493 0.26817 0.70274 0.27609 0.70044 0.28402 0.69804 0.29194 0.69554 0.29986 0.69294 0.30778 0.69023 0.31571 0.68742 0.32363 0.68452 0.33155 0.68151 0.33947 0.67841 0.34740 0.67522 0.35532 0.67193 0.36324 0.66855 0.37116 0.66508 0.37908 0.66152 0.38701 0.65787 0.39493 0.65414 0.40285 0.65032 0.41077 0.64642 0.41870 0.64244 0.42662 0.63837 0.43454 0.63424 0.44246 0.63002 0.45039 0.62573 0.45831 0.62137 0.46623 0.61694 0.47415 0.61244 0.48208 0.60787 0.49000 0.60324 0.49792 0.59855 0.50584 0.59380 0.51377 0.58898 0.52169 0.58412 0.52961 0.57920 0.53753 0.57422 0.54545 0.56920 0.55338 0.56413 0.56130 0.55901 0.56922 0.55385 0.57714 0.54865 0.58507 0.54341 0.59299 0.53814 0.60091 0.53283 0.60883 0.52749 0.61676 0.52212 0.62468 0.51672 0.63260 0.51130 0.64052 0.50585 0.64845 0.50038 0.65637 0.49490 0.66429 0.48940 0.67221 0.48389 0.68013 0.47837 0.68806 0.47284 0.69598 0.46730 0.70390 0.46177 0.71182 0.45622 0.71975 0.45069 0.72767 0.44515 0.73559 0.43962 0.74351 0.43410 0.75144 0.42859 0.75936 0.42310 0.76728 0.41762 0.77520 0.41216 0.78313 0.40672 0.79105 0.40130 0.79897 0.39591 0.80689 0.39054 0.81481 0.38521 0.82274 0.37990 0.83066 0.37464 0.83858 0.36940 0.84650 0.36421 0.85443 0.35906 0.86235 0.35395 0.87027 0.34889 0.87819 0.34388 0.88612 0.33892 0.89404 0.33401 0.90196 0.32915\n 21 6 21\n 25 6 21\n 11 2206 100 0.11765 0.72544 0.12557 0.72529 0.13349 0.72505 0.14141 0.72470 0.14934 0.72426 0.15726 0.72372 0.16518 0.72308 0.17310 0.72235 0.18103 0.72152 0.18895 0.72059 0.19687 0.71956 0.20479 0.71844 0.21272 0.71722 0.22064 0.71591 0.22856 0.71450 0.23648 0.71300 0.24440 0.71141 0.25233 0.70972 0.26025 0.70794 0.26817 0.70606 0.27609 0.70410 0.28402 0.70204 0.29194 0.69990 0.29986 0.69767 0.30778 0.69534 0.31571 0.69294 0.32363 0.69044 0.33155 0.68786 0.33947 0.68520 0.34740 0.68245 0.35532 0.67962 0.36324 0.67671 0.37116 0.67371 0.37908 0.67064 0.38701 0.66749 0.39493 0.66427 0.40285 0.66096 0.41077 0.65759 0.41870 0.65414 0.42662 0.65062 0.43454 0.64702 0.44246 0.64336 0.45039 0.63963 0.45831 0.63584 0.46623 0.63197 0.47415 0.62805 0.48208 0.62406 0.49000 0.62001 0.49792 0.61591 0.50584 0.61174 0.51377 0.60752 0.52169 0.60324 0.52961 0.59891 0.53753 0.59453 0.54545 0.59010 0.55338 0.58562 0.56130 0.58109 0.56922 0.57652 0.57714 0.57191 0.58507 0.56725 0.59299 0.56256 0.60091 0.55782 0.60883 0.55305 0.61676 0.54825 0.62468 0.54341 0.63260 0.53854 0.64052 0.53365 0.64845 0.52872 0.65637 0.52377 0.66429 0.51880 0.67221 0.51380 0.68013 0.50878 0.68806 0.50375 0.69598 0.49870 0.70390 0.49363 0.71182 0.48856 0.71975 0.48347 0.72767 0.47837 0.73559 0.47327 0.74351 0.46816 0.75144 0.46304 0.75936 0.45793 0.76728 0.45282 0.77520 0.44771 0.78313 0.44260 0.79105 0.43750 0.79897 0.43241 0.80689 0.42732 0.81481 0.42225 0.82274 0.41720 0.83066 0.41216 0.83858 0.40713 0.84650 0.40213 0.85443 0.39715 0.86235 0.39219 0.87027 0.38725 0.87819 0.38235 0.88612 0.37747 0.89404 0.37262 0.90196 0.36780\n 21 6 22\n 25 6 22\n 11 2206 100 0.11765 0.72545 0.12557 0.72532 0.13349 0.72511 0.14141 0.72481 0.14934 0.72443 0.15726 0.72397 0.16518 0.72342 0.17310 0.72278 0.18103 0.72206 0.18895 0.72126 0.19687 0.72038 0.20479 0.71941 0.21272 0.71836 0.22064 0.71722 0.22856 0.71601 0.23648 0.71471 0.24440 0.71333 0.25233 0.71187 0.26025 0.71033 0.26817 0.70871 0.27609 0.70701 0.28402 0.70523 0.29194 0.70337 0.29986 0.70144 0.30778 0.69943 0.31571 0.69734 0.32363 0.69517 0.33155 0.69294 0.33947 0.69062 0.34740 0.68823 0.35532 0.68577 0.36324 0.68324 0.37116 0.68064 0.37908 0.67796 0.38701 0.67522 0.39493 0.67241 0.40285 0.66953 0.41077 0.66658 0.41870 0.66356 0.42662 0.66049 0.43454 0.65734 0.44246 0.65414 0.45039 0.65087 0.45831 0.64754 0.46623 0.64415 0.47415 0.64070 0.48208 0.63720 0.49000 0.63364 0.49792 0.63002 0.50584 0.62635 0.51377 0.62262 0.52169 0.61885 0.52961 0.61502 0.53753 0.61114 0.54545 0.60721 0.55338 0.60324 0.56130 0.59922 0.56922 0.59516 0.57714 0.59105 0.58507 0.58691 0.59299 0.58272 0.60091 0.57849 0.60883 0.57422 0.61676 0.56992 0.62468 0.56558 0.63260 0.56121 0.64052 0.55681 0.64845 0.55237 0.65637 0.54791 0.66429 0.54341 0.67221 0.53889 0.68013 0.53435 0.68806 0.52978 0.69598 0.52519 0.70390 0.52058 0.71182 0.51594 0.71975 0.51130 0.72767 0.50663 0.73559 0.50195 0.74351 0.49725 0.75144 0.49255 0.75936 0.48783 0.76728 0.48310 0.77520 0.47837 0.78313 0.47363 0.79105 0.46889 0.79897 0.46414 0.80689 0.45939 0.81481 0.45464 0.82274 0.44990 0.83066 0.44515 0.83858 0.44041 0.84650 0.43568 0.85443 0.43095 0.86235 0.42624 0.87027 0.42153 0.87819 0.41684 0.88612 0.41216 0.89404 0.40749 0.90196 0.40284\n 21 6 23\n 25 6 23\n 11 2206 100 0.11765 0.72545 0.12557 0.72534 0.13349 0.72516 0.14141 0.72490 0.14934 0.72457 0.15726 0.72416 0.16518 0.72368 0.17310 0.72313 0.18103 0.72250 0.18895 0.72181 0.19687 0.72103 0.20479 0.72019 0.21272 0.71927 0.22064 0.71828 0.22856 0.71722 0.23648 0.71609 0.24440 0.71489 0.25233 0.71361 0.26025 0.71227 0.26817 0.71085 0.27609 0.70937 0.28402 0.70781 0.29194 0.70619 0.29986 0.70450 0.30778 0.70274 0.31571 0.70091 0.32363 0.69902 0.33155 0.69705 0.33947 0.69503 0.34740 0.69294 0.35532 0.69078 0.36324 0.68856 0.37116 0.68627 0.37908 0.68392 0.38701 0.68151 0.39493 0.67904 0.40285 0.67651 0.41077 0.67392 0.41870 0.67126 0.42662 0.66855 0.43454 0.66578 0.44246 0.66295 0.45039 0.66007 0.45831 0.65713 0.46623 0.65414 0.47415 0.65109 0.48208 0.64799 0.49000 0.64483 0.49792 0.64163 0.50584 0.63837 0.51377 0.63507 0.52169 0.63171 0.52961 0.62831 0.53753 0.62486 0.54545 0.62137 0.55338 0.61783 0.56130 0.61425 0.56922 0.61062 0.57714 0.60695 0.58507 0.60324 0.59299 0.59949 0.60091 0.59570 0.60883 0.59188 0.61676 0.58802 0.62468 0.58412 0.63260 0.58018 0.64052 0.57622 0.64845 0.57222 0.65637 0.56819 0.66429 0.56413 0.67221 0.56004 0.68013 0.55592 0.68806 0.55178 0.69598 0.54761 0.70390 0.54341 0.71182 0.53920 0.71975 0.53496 0.72767 0.53070 0.73559 0.52641 0.74351 0.52212 0.75144 0.51780 0.75936 0.51347 0.76728 0.50912 0.77520 0.50476 0.78313 0.50038 0.79105 0.49600 0.79897 0.49160 0.80689 0.48720 0.81481 0.48279 0.82274 0.47837 0.83066 0.47395 0.83858 0.46952 0.84650 0.46509 0.85443 0.46066 0.86235 0.45622 0.87027 0.45179 0.87819 0.44736 0.88612 0.44294 0.89404 0.43852 0.90196 0.43410\n 21 6 24\n 25 6 24\n 11 2206 100 0.11765 0.72546 0.12557 0.72536 0.13349 0.72520 0.14141 0.72497 0.14934 0.72468 0.15726 0.72432 0.16518 0.72390 0.17310 0.72342 0.18103 0.72287 0.18895 0.72225 0.19687 0.72157 0.20479 0.72083 0.21272 0.72002 0.22064 0.71915 0.22856 0.71822 0.23648 0.71722 0.24440 0.71616 0.25233 0.71504 0.26025 0.71386 0.26817 0.71261 0.27609 0.71130 0.28402 0.70993 0.29194 0.70850 0.29986 0.70701 0.30778 0.70546 0.31571 0.70385 0.32363 0.70217 0.33155 0.70044 0.33947 0.69865 0.34740 0.69681 0.35532 0.69490 0.36324 0.69294 0.37116 0.69092 0.37908 0.68884 0.38701 0.68671 0.39493 0.68452 0.40285 0.68227 0.41077 0.67998 0.41870 0.67762 0.42662 0.67522 0.43454 0.67276 0.44246 0.67025 0.45039 0.66769 0.45831 0.66508 0.46623 0.66242 0.47415 0.65971 0.48208 0.65695 0.49000 0.65414 0.49792 0.65128 0.50584 0.64838 0.51377 0.64543 0.52169 0.64244 0.52961 0.63940 0.53753 0.63631 0.54545 0.63319 0.55338 0.63002 0.56130 0.62681 0.56922 0.62356 0.57714 0.62027 0.58507 0.61694 0.59299 0.61357 0.60091 0.61016 0.60883 0.60672 0.61676 0.60324 0.62468 0.59973 0.63260 0.59618 0.64052 0.59260 0.64845 0.58898 0.65637 0.58534 0.66429 0.58166 0.67221 0.57796 0.68013 0.57422 0.68806 0.57046 0.69598 0.56667 0.70390 0.56285 0.71182 0.55901 0.71975 0.55515 0.72767 0.55126 0.73559 0.54735 0.74351 0.54341 0.75144 0.53946 0.75936 0.53549 0.76728 0.53150 0.77520 0.52749 0.78313 0.52346 0.79105 0.51942 0.79897 0.51536 0.80689 0.51130 0.81481 0.50721 0.82274 0.50312 0.83066 0.49902 0.83858 0.49490 0.84650 0.49078 0.85443 0.48665 0.86235 0.48251 0.87027 0.47837 0.87819 0.47422 0.88612 0.47007 0.89404 0.46592 0.90196 0.46177\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 13\n 25 6 13\n 11 72 3 0.26471 0.11873 0.26471 0.11873 0.35147 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 14\n 25 6 14\n 11 72 3 0.58333 0.11873 0.58333 0.11873 0.67010 0.11873\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 15\n 25 6 15\n 11 72 3 0.26471 0.10039 0.26471 0.10039 0.35147 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 16\n 25 6 16\n 11 72 3 0.58333 0.10039 0.58333 0.10039 0.67010 0.10039\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 17\n 25 6 17\n 11 72 3 0.26471 0.08196 0.26471 0.08196 0.35147 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 18\n 25 6 18\n 11 72 3 0.58333 0.08196 0.58333 0.08196 0.67010 0.08196\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 19\n 25 6 19\n 11 72 3 0.26471 0.06363 0.26471 0.06363 0.35147 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 20\n 25 6 20\n 11 72 3 0.58333 0.06363 0.58333 0.06363 0.67010 0.06363\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 21\n 25 6 21\n 11 72 3 0.26471 0.04520 0.26471 0.04520 0.35147 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 22\n 25 6 22\n 11 72 3 0.58333 0.04520 0.58333 0.04520 0.67010 0.04520\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 23\n 25 6 23\n 11 72 3 0.26471 0.02686 0.26471 0.02686 0.35147 0.02686\n 21 6 1\n 25 6 1\n 21 6 1\n 25 6 1\n 21 6 24\n 25 6 24\n 11 72 3 0.58333 0.02686 0.58333 0.02686 0.67010 0.02686\n 21 6 1\n 25 6 1\n 11 402 18 0.37325 0.12094 0.37283 0.12178 0.37199 0.12262 0.37115 0.12304 0.36947 0.12304 0.36863 0.12262 0.36779 0.12178 0.36737 0.12094 0.36695 0.11968 0.36695 0.11758 0.36737 0.11632 0.36779 0.11548 0.36863 0.11464 0.36947 0.11422 0.37115 0.11422 0.37199 0.11464 0.37283 0.11548 0.37325 0.11632\n 11 468 21 0.37829 0.12304 0.37745 0.12262 0.37661 0.12178 0.37619 0.12094 0.37577 0.11968 0.37577 0.11758 0.37619 0.11632 0.37661 0.11548 0.37745 0.11464 0.37829 0.11422 0.37997 0.11422 0.38081 0.11464 0.38165 0.11548 0.38207 0.11632 0.38249 0.11758 0.38249 0.11968 0.38207 0.12094 0.38165 0.12178 0.38081 0.12262 0.37997 0.12304 0.37829 0.12304\n 11 446 20 0.39090 0.12178 0.39006 0.12262 0.38880 0.12304 0.38711 0.12304 0.38585 0.12262 0.38501 0.12178 0.38501 0.12094 0.38543 0.12010 0.38585 0.11968 0.38669 0.11926 0.38922 0.11842 0.39006 0.11800 0.39048 0.11758 0.39090 0.11674 0.39090 0.11548 0.39006 0.11464 0.38880 0.11422 0.38711 0.11422 0.38585 0.11464 0.38501 0.11548\n 11 226 10 0.39678 0.12472 0.39594 0.12388 0.39510 0.12262 0.39426 0.12094 0.39384 0.11884 0.39384 0.11716 0.39426 0.11506 0.39510 0.11338 0.39594 0.11211 0.39678 0.11127\n 11 50 2 0.39972 0.12304 0.39972 0.11422\n 11 50 2 0.40980 0.12472 0.40224 0.11127\n 11 314 14 0.41232 0.12094 0.41232 0.12136 0.41275 0.12220 0.41317 0.12262 0.41401 0.12304 0.41569 0.12304 0.41653 0.12262 0.41695 0.12220 0.41737 0.12136 0.41737 0.12052 0.41695 0.11968 0.41611 0.11842 0.41190 0.11422 0.41779 0.11422\n 11 380 17 0.42283 0.12304 0.42157 0.12262 0.42073 0.12136 0.42031 0.11926 0.42031 0.11800 0.42073 0.11590 0.42157 0.11464 0.42283 0.11422 0.42367 0.11422 0.42493 0.11464 0.42577 0.11590 0.42619 0.11800 0.42619 0.11926 0.42577 0.12136 0.42493 0.12262 0.42367 0.12304 0.42283 0.12304\n 11 226 10 0.42871 0.12472 0.42955 0.12388 0.43039 0.12262 0.43123 0.12094 0.43165 0.11884 0.43165 0.11716 0.43123 0.11506 0.43039 0.11338 0.42955 0.11211 0.42871 0.11127\n 11 402 18 0.69188 0.12094 0.69146 0.12178 0.69062 0.12262 0.68978 0.12304 0.68810 0.12304 0.68725 0.12262 0.68641 0.12178 0.68599 0.12094 0.68557 0.11968 0.68557 0.11758 0.68599 0.11632 0.68641 0.11548 0.68725 0.11464 0.68810 0.11422 0.68978 0.11422 0.69062 0.11464 0.69146 0.11548 0.69188 0.11632\n 11 468 21 0.69692 0.12304 0.69608 0.12262 0.69524 0.12178 0.69482 0.12094 0.69440 0.11968 0.69440 0.11758 0.69482 0.11632 0.69524 0.11548 0.69608 0.11464 0.69692 0.11422 0.69860 0.11422 0.69944 0.11464 0.70028 0.11548 0.70070 0.11632 0.70112 0.11758 0.70112 0.11968 0.70070 0.12094 0.70028 0.12178 0.69944 0.12262 0.69860 0.12304 0.69692 0.12304\n 11 446 20 0.70952 0.12178 0.70868 0.12262 0.70742 0.12304 0.70574 0.12304 0.70448 0.12262 0.70364 0.12178 0.70364 0.12094 0.70406 0.12010 0.70448 0.11968 0.70532 0.11926 0.70784 0.11842 0.70868 0.11800 0.70910 0.11758 0.70952 0.11674 0.70952 0.11548 0.70868 0.11464 0.70742 0.11422 0.70574 0.11422 0.70448 0.11464 0.70364 0.11548\n 11 226 10 0.71541 0.12472 0.71457 0.12388 0.71373 0.12262 0.71289 0.12094 0.71247 0.11884 0.71247 0.11716 0.71289 0.11506 0.71373 0.11338 0.71457 0.11211 0.71541 0.11127\n 11 50 2 0.71835 0.12304 0.71835 0.11422\n 11 50 2 0.72843 0.12472 0.72087 0.11127\n 11 314 14 0.73095 0.12094 0.73095 0.12136 0.73137 0.12220 0.73179 0.12262 0.73263 0.12304 0.73431 0.12304 0.73515 0.12262 0.73557 0.12220 0.73599 0.12136 0.73599 0.12052 0.73557 0.11968 0.73473 0.11842 0.73053 0.11422 0.73641 0.11422\n 11 72 3 0.74314 0.12304 0.73894 0.11716 0.74524 0.11716\n 11 50 2 0.74314 0.12304 0.74314 0.11422\n 11 226 10 0.74734 0.12472 0.74818 0.12388 0.74902 0.12262 0.74986 0.12094 0.75028 0.11884 0.75028 0.11716 0.74986 0.11506 0.74902 0.11338 0.74818 0.11211 0.74734 0.11127\n 11 402 18 0.37325 0.10231 0.37283 0.10315 0.37199 0.10399 0.37115 0.10441 0.36947 0.10441 0.36863 0.10399 0.36779 0.10315 0.36737 0.10231 0.36695 0.10105 0.36695 0.09895 0.36737 0.09769 0.36779 0.09685 0.36863 0.09601 0.36947 0.09559 0.37115 0.09559 0.37199 0.09601 0.37283 0.09685 0.37325 0.09769\n 11 468 21 0.37829 0.10441 0.37745 0.10399 0.37661 0.10315 0.37619 0.10231 0.37577 0.10105 0.37577 0.09895 0.37619 0.09769 0.37661 0.09685 0.37745 0.09601 0.37829 0.09559 0.37997 0.09559 0.38081 0.09601 0.38165 0.09685 0.38207 0.09769 0.38249 0.09895 0.38249 0.10105 0.38207 0.10231 0.38165 0.10315 0.38081 0.10399 0.37997 0.10441 0.37829 0.10441\n 11 446 20 0.39090 0.10315 0.39006 0.10399 0.38880 0.10441 0.38711 0.10441 0.38585 0.10399 0.38501 0.10315 0.38501 0.10231 0.38543 0.10147 0.38585 0.10105 0.38669 0.10063 0.38922 0.09979 0.39006 0.09937 0.39048 0.09895 0.39090 0.09811 0.39090 0.09685 0.39006 0.09601 0.38880 0.09559 0.38711 0.09559 0.38585 0.09601 0.38501 0.09685\n 11 226 10 0.39678 0.10609 0.39594 0.10525 0.39510 0.10399 0.39426 0.10231 0.39384 0.10021 0.39384 0.09853 0.39426 0.09643 0.39510 0.09475 0.39594 0.09349 0.39678 0.09265\n 11 50 2 0.39972 0.10441 0.39972 0.09559\n 11 50 2 0.40980 0.10609 0.40224 0.09265\n 11 314 14 0.41232 0.10231 0.41232 0.10273 0.41275 0.10357 0.41317 0.10399 0.41401 0.10441 0.41569 0.10441 0.41653 0.10399 0.41695 0.10357 0.41737 0.10273 0.41737 0.10189 0.41695 0.10105 0.41611 0.09979 0.41190 0.09559 0.41779 0.09559\n 11 644 29 0.42241 0.10441 0.42115 0.10399 0.42073 0.10315 0.42073 0.10231 0.42115 0.10147 0.42199 0.10105 0.42367 0.10063 0.42493 0.10021 0.42577 0.09937 0.42619 0.09853 0.42619 0.09727 0.42577 0.09643 0.42535 0.09601 0.42409 0.09559 0.42241 0.09559 0.42115 0.09601 0.42073 0.09643 0.42031 0.09727 0.42031 0.09853 0.42073 0.09937 0.42157 0.10021 0.42283 0.10063 0.42451 0.10105 0.42535 0.10147 0.42577 0.10231 0.42577 0.10315 0.42535 0.10399 0.42409 0.10441 0.42241 0.10441\n 11 226 10 0.42871 0.10609 0.42955 0.10525 0.43039 0.10399 0.43123 0.10231 0.43165 0.10021 0.43165 0.09853 0.43123 0.09643 0.43039 0.09475 0.42955 0.09349 0.42871 0.09265\n 11 402 18 0.69188 0.10231 0.69146 0.10315 0.69062 0.10399 0.68978 0.10441 0.68810 0.10441 0.68725 0.10399 0.68641 0.10315 0.68599 0.10231 0.68557 0.10105 0.68557 0.09895 0.68599 0.09769 0.68641 0.09685 0.68725 0.09601 0.68810 0.09559 0.68978 0.09559 0.69062 0.09601 0.69146 0.09685 0.69188 0.09769\n 11 468 21 0.69692 0.10441 0.69608 0.10399 0.69524 0.10315 0.69482 0.10231 0.69440 0.10105 0.69440 0.09895 0.69482 0.09769 0.69524 0.09685 0.69608 0.09601 0.69692 0.09559 0.69860 0.09559 0.69944 0.09601 0.70028 0.09685 0.70070 0.09769 0.70112 0.09895 0.70112 0.10105 0.70070 0.10231 0.70028 0.10315 0.69944 0.10399 0.69860 0.10441 0.69692 0.10441\n 11 446 20 0.70952 0.10315 0.70868 0.10399 0.70742 0.10441 0.70574 0.10441 0.70448 0.10399 0.70364 0.10315 0.70364 0.10231 0.70406 0.10147 0.70448 0.10105 0.70532 0.10063 0.70784 0.09979 0.70868 0.09937 0.70910 0.09895 0.70952 0.09811 0.70952 0.09685 0.70868 0.09601 0.70742 0.09559 0.70574 0.09559 0.70448 0.09601 0.70364 0.09685\n 11 226 10 0.71541 0.10609 0.71457 0.10525 0.71373 0.10399 0.71289 0.10231 0.71247 0.10021 0.71247 0.09853 0.71289 0.09643 0.71373 0.09475 0.71457 0.09349 0.71541 0.09265\n 11 50 2 0.71835 0.10441 0.71835 0.09559\n 11 50 2 0.72843 0.10609 0.72087 0.09265\n 11 336 15 0.73137 0.10441 0.73599 0.10441 0.73347 0.10105 0.73473 0.10105 0.73557 0.10063 0.73599 0.10021 0.73641 0.09895 0.73641 0.09811 0.73599 0.09685 0.73515 0.09601 0.73389 0.09559 0.73263 0.09559 0.73137 0.09601 0.73095 0.09643 0.73053 0.09727\n 11 314 14 0.73936 0.10231 0.73936 0.10273 0.73978 0.10357 0.74020 0.10399 0.74104 0.10441 0.74272 0.10441 0.74356 0.10399 0.74398 0.10357 0.74440 0.10273 0.74440 0.10189 0.74398 0.10105 0.74314 0.09979 0.73894 0.09559 0.74482 0.09559\n 11 226 10 0.74734 0.10609 0.74818 0.10525 0.74902 0.10399 0.74986 0.10231 0.75028 0.10021 0.75028 0.09853 0.74986 0.09643 0.74902 0.09475 0.74818 0.09349 0.74734 0.09265\n 11 402 18 0.37325 0.08466 0.37283 0.08550 0.37199 0.08634 0.37115 0.08676 0.36947 0.08676 0.36863 0.08634 0.36779 0.08550 0.36737 0.08466 0.36695 0.08340 0.36695 0.08130 0.36737 0.08004 0.36779 0.07920 0.36863 0.07836 0.36947 0.07794 0.37115 0.07794 0.37199 0.07836 0.37283 0.07920 0.37325 0.08004\n 11 468 21 0.37829 0.08676 0.37745 0.08634 0.37661 0.08550 0.37619 0.08466 0.37577 0.08340 0.37577 0.08130 0.37619 0.08004 0.37661 0.07920 0.37745 0.07836 0.37829 0.07794 0.37997 0.07794 0.38081 0.07836 0.38165 0.07920 0.38207 0.08004 0.38249 0.08130 0.38249 0.08340 0.38207 0.08466 0.38165 0.08550 0.38081 0.08634 0.37997 0.08676 0.37829 0.08676\n 11 446 20 0.39090 0.08550 0.39006 0.08634 0.38880 0.08676 0.38711 0.08676 0.38585 0.08634 0.38501 0.08550 0.38501 0.08466 0.38543 0.08382 0.38585 0.08340 0.38669 0.08298 0.38922 0.08214 0.39006 0.08172 0.39048 0.08130 0.39090 0.08046 0.39090 0.07920 0.39006 0.07836 0.38880 0.07794 0.38711 0.07794 0.38585 0.07836 0.38501 0.07920\n 11 226 10 0.39678 0.08845 0.39594 0.08761 0.39510 0.08634 0.39426 0.08466 0.39384 0.08256 0.39384 0.08088 0.39426 0.07878 0.39510 0.07710 0.39594 0.07584 0.39678 0.07500\n 11 50 2 0.39972 0.08676 0.39972 0.07794\n 11 50 2 0.40980 0.08845 0.40224 0.07500\n 11 336 15 0.41275 0.08676 0.41737 0.08676 0.41485 0.08340 0.41611 0.08340 0.41695 0.08298 0.41737 0.08256 0.41779 0.08130 0.41779 0.08046 0.41737 0.07920 0.41653 0.07836 0.41527 0.07794 0.41401 0.07794 0.41275 0.07836 0.41232 0.07878 0.41190 0.07962\n 11 512 23 0.42577 0.08550 0.42535 0.08634 0.42409 0.08676 0.42325 0.08676 0.42199 0.08634 0.42115 0.08508 0.42073 0.08298 0.42073 0.08088 0.42115 0.07920 0.42199 0.07836 0.42325 0.07794 0.42367 0.07794 0.42493 0.07836 0.42577 0.07920 0.42619 0.08046 0.42619 0.08088 0.42577 0.08214 0.42493 0.08298 0.42367 0.08340 0.42325 0.08340 0.42199 0.08298 0.42115 0.08214 0.42073 0.08088\n 11 226 10 0.42871 0.08845 0.42955 0.08761 0.43039 0.08634 0.43123 0.08466 0.43165 0.08256 0.43165 0.08088 0.43123 0.07878 0.43039 0.07710 0.42955 0.07584 0.42871 0.07500\n 11 402 18 0.69188 0.08466 0.69146 0.08550 0.69062 0.08634 0.68978 0.08676 0.68810 0.08676 0.68725 0.08634 0.68641 0.08550 0.68599 0.08466 0.68557 0.08340 0.68557 0.08130 0.68599 0.08004 0.68641 0.07920 0.68725 0.07836 0.68810 0.07794 0.68978 0.07794 0.69062 0.07836 0.69146 0.07920 0.69188 0.08004\n 11 468 21 0.69692 0.08676 0.69608 0.08634 0.69524 0.08550 0.69482 0.08466 0.69440 0.08340 0.69440 0.08130 0.69482 0.08004 0.69524 0.07920 0.69608 0.07836 0.69692 0.07794 0.69860 0.07794 0.69944 0.07836 0.70028 0.07920 0.70070 0.08004 0.70112 0.08130 0.70112 0.08340 0.70070 0.08466 0.70028 0.08550 0.69944 0.08634 0.69860 0.08676 0.69692 0.08676\n 11 446 20 0.70952 0.08550 0.70868 0.08634 0.70742 0.08676 0.70574 0.08676 0.70448 0.08634 0.70364 0.08550 0.70364 0.08466 0.70406 0.08382 0.70448 0.08340 0.70532 0.08298 0.70784 0.08214 0.70868 0.08172 0.70910 0.08130 0.70952 0.08046 0.70952 0.07920 0.70868 0.07836 0.70742 0.07794 0.70574 0.07794 0.70448 0.07836 0.70364 0.07920\n 11 226 10 0.71541 0.08845 0.71457 0.08761 0.71373 0.08634 0.71289 0.08466 0.71247 0.08256 0.71247 0.08088 0.71289 0.07878 0.71373 0.07710 0.71457 0.07584 0.71541 0.07500\n 11 50 2 0.71835 0.08676 0.71835 0.07794\n 11 50 2 0.72843 0.08845 0.72087 0.07500\n 11 72 3 0.73473 0.08676 0.73053 0.08088 0.73683 0.08088\n 11 50 2 0.73473 0.08676 0.73473 0.07794\n 11 380 17 0.74146 0.08676 0.74020 0.08634 0.73936 0.08508 0.73894 0.08298 0.73894 0.08172 0.73936 0.07962 0.74020 0.07836 0.74146 0.07794 0.74230 0.07794 0.74356 0.07836 0.74440 0.07962 0.74482 0.08172 0.74482 0.08298 0.74440 0.08508 0.74356 0.08634 0.74230 0.08676 0.74146 0.08676\n 11 226 10 0.74734 0.08845 0.74818 0.08761 0.74902 0.08634 0.74986 0.08466 0.75028 0.08256 0.75028 0.08088 0.74986 0.07878 0.74902 0.07710 0.74818 0.07584 0.74734 0.07500\n 11 402 18 0.37325 0.06604 0.37283 0.06688 0.37199 0.06772 0.37115 0.06814 0.36947 0.06814 0.36863 0.06772 0.36779 0.06688 0.36737 0.06604 0.36695 0.06478 0.36695 0.06268 0.36737 0.06141 0.36779 0.06057 0.36863 0.05973 0.36947 0.05931 0.37115 0.05931 0.37199 0.05973 0.37283 0.06057 0.37325 0.06141\n 11 468 21 0.37829 0.06814 0.37745 0.06772 0.37661 0.06688 0.37619 0.06604 0.37577 0.06478 0.37577 0.06268 0.37619 0.06141 0.37661 0.06057 0.37745 0.05973 0.37829 0.05931 0.37997 0.05931 0.38081 0.05973 0.38165 0.06057 0.38207 0.06141 0.38249 0.06268 0.38249 0.06478 0.38207 0.06604 0.38165 0.06688 0.38081 0.06772 0.37997 0.06814 0.37829 0.06814\n 11 446 20 0.39090 0.06688 0.39006 0.06772 0.38880 0.06814 0.38711 0.06814 0.38585 0.06772 0.38501 0.06688 0.38501 0.06604 0.38543 0.06520 0.38585 0.06478 0.38669 0.06436 0.38922 0.06352 0.39006 0.06310 0.39048 0.06268 0.39090 0.06183 0.39090 0.06057 0.39006 0.05973 0.38880 0.05931 0.38711 0.05931 0.38585 0.05973 0.38501 0.06057\n 11 226 10 0.39678 0.06982 0.39594 0.06898 0.39510 0.06772 0.39426 0.06604 0.39384 0.06394 0.39384 0.06225 0.39426 0.06015 0.39510 0.05847 0.39594 0.05721 0.39678 0.05637\n 11 50 2 0.39972 0.06814 0.39972 0.05931\n 11 50 2 0.40980 0.06982 0.40224 0.05637\n 11 72 3 0.41611 0.06814 0.41190 0.06225 0.41821 0.06225\n 11 50 2 0.41611 0.06814 0.41611 0.05931\n 11 72 3 0.42451 0.06814 0.42031 0.06225 0.42661 0.06225\n 11 50 2 0.42451 0.06814 0.42451 0.05931\n 11 226 10 0.42871 0.06982 0.42955 0.06898 0.43039 0.06772 0.43123 0.06604 0.43165 0.06394 0.43165 0.06225 0.43123 0.06015 0.43039 0.05847 0.42955 0.05721 0.42871 0.05637\n 11 402 18 0.69188 0.06604 0.69146 0.06688 0.69062 0.06772 0.68978 0.06814 0.68810 0.06814 0.68725 0.06772 0.68641 0.06688 0.68599 0.06604 0.68557 0.06478 0.68557 0.06268 0.68599 0.06141 0.68641 0.06057 0.68725 0.05973 0.68810 0.05931 0.68978 0.05931 0.69062 0.05973 0.69146 0.06057 0.69188 0.06141\n 11 468 21 0.69692 0.06814 0.69608 0.06772 0.69524 0.06688 0.69482 0.06604 0.69440 0.06478 0.69440 0.06268 0.69482 0.06141 0.69524 0.06057 0.69608 0.05973 0.69692 0.05931 0.69860 0.05931 0.69944 0.05973 0.70028 0.06057 0.70070 0.06141 0.70112 0.06268 0.70112 0.06478 0.70070 0.06604 0.70028 0.06688 0.69944 0.06772 0.69860 0.06814 0.69692 0.06814\n 11 446 20 0.70952 0.06688 0.70868 0.06772 0.70742 0.06814 0.70574 0.06814 0.70448 0.06772 0.70364 0.06688 0.70364 0.06604 0.70406 0.06520 0.70448 0.06478 0.70532 0.06436 0.70784 0.06352 0.70868 0.06310 0.70910 0.06268 0.70952 0.06183 0.70952 0.06057 0.70868 0.05973 0.70742 0.05931 0.70574 0.05931 0.70448 0.05973 0.70364 0.06057\n 11 226 10 0.71541 0.06982 0.71457 0.06898 0.71373 0.06772 0.71289 0.06604 0.71247 0.06394 0.71247 0.06225 0.71289 0.06015 0.71373 0.05847 0.71457 0.05721 0.71541 0.05637\n 11 50 2 0.71835 0.06814 0.71835 0.05931\n 11 50 2 0.72843 0.06982 0.72087 0.05637\n 11 72 3 0.73473 0.06814 0.73053 0.06225 0.73683 0.06225\n 11 50 2 0.73473 0.06814 0.73473 0.05931\n 11 644 29 0.74104 0.06814 0.73978 0.06772 0.73936 0.06688 0.73936 0.06604 0.73978 0.06520 0.74062 0.06478 0.74230 0.06436 0.74356 0.06394 0.74440 0.06310 0.74482 0.06225 0.74482 0.06099 0.74440 0.06015 0.74398 0.05973 0.74272 0.05931 0.74104 0.05931 0.73978 0.05973 0.73936 0.06015 0.73894 0.06099 0.73894 0.06225 0.73936 0.06310 0.74020 0.06394 0.74146 0.06436 0.74314 0.06478 0.74398 0.06520 0.74440 0.06604 0.74440 0.06688 0.74398 0.06772 0.74272 0.06814 0.74104 0.06814\n 11 226 10 0.74734 0.06982 0.74818 0.06898 0.74902 0.06772 0.74986 0.06604 0.75028 0.06394 0.75028 0.06225 0.74986 0.06015 0.74902 0.05847 0.74818 0.05721 0.74734 0.05637\n 11 402 18 0.37325 0.04741 0.37283 0.04825 0.37199 0.04909 0.37115 0.04951 0.36947 0.04951 0.36863 0.04909 0.36779 0.04825 0.36737 0.04741 0.36695 0.04615 0.36695 0.04405 0.36737 0.04279 0.36779 0.04195 0.36863 0.04111 0.36947 0.04069 0.37115 0.04069 0.37199 0.04111 0.37283 0.04195 0.37325 0.04279\n 11 468 21 0.37829 0.04951 0.37745 0.04909 0.37661 0.04825 0.37619 0.04741 0.37577 0.04615 0.37577 0.04405 0.37619 0.04279 0.37661 0.04195 0.37745 0.04111 0.37829 0.04069 0.37997 0.04069 0.38081 0.04111 0.38165 0.04195 0.38207 0.04279 0.38249 0.04405 0.38249 0.04615 0.38207 0.04741 0.38165 0.04825 0.38081 0.04909 0.37997 0.04951 0.37829 0.04951\n 11 446 20 0.39090 0.04825 0.39006 0.04909 0.38880 0.04951 0.38711 0.04951 0.38585 0.04909 0.38501 0.04825 0.38501 0.04741 0.38543 0.04657 0.38585 0.04615 0.38669 0.04573 0.38922 0.04489 0.39006 0.04447 0.39048 0.04405 0.39090 0.04321 0.39090 0.04195 0.39006 0.04111 0.38880 0.04069 0.38711 0.04069 0.38585 0.04111 0.38501 0.04195\n 11 226 10 0.39678 0.05119 0.39594 0.05035 0.39510 0.04909 0.39426 0.04741 0.39384 0.04531 0.39384 0.04363 0.39426 0.04153 0.39510 0.03985 0.39594 0.03859 0.39678 0.03775\n 11 50 2 0.39972 0.04951 0.39972 0.04069\n 11 50 2 0.40980 0.05119 0.40224 0.03775\n 11 380 17 0.41695 0.04951 0.41275 0.04951 0.41232 0.04573 0.41275 0.04615 0.41401 0.04657 0.41527 0.04657 0.41653 0.04615 0.41737 0.04531 0.41779 0.04405 0.41779 0.04321 0.41737 0.04195 0.41653 0.04111 0.41527 0.04069 0.41401 0.04069 0.41275 0.04111 0.41232 0.04153 0.41190 0.04237\n 11 314 14 0.42073 0.04741 0.42073 0.04783 0.42115 0.04867 0.42157 0.04909 0.42241 0.04951 0.42409 0.04951 0.42493 0.04909 0.42535 0.04867 0.42577 0.04783 0.42577 0.04699 0.42535 0.04615 0.42451 0.04489 0.42031 0.04069 0.42619 0.04069\n 11 226 10 0.42871 0.05119 0.42955 0.05035 0.43039 0.04909 0.43123 0.04741 0.43165 0.04531 0.43165 0.04363 0.43123 0.04153 0.43039 0.03985 0.42955 0.03859 0.42871 0.03775\n 11 402 18 0.69188 0.04741 0.69146 0.04825 0.69062 0.04909 0.68978 0.04951 0.68810 0.04951 0.68725 0.04909 0.68641 0.04825 0.68599 0.04741 0.68557 0.04615 0.68557 0.04405 0.68599 0.04279 0.68641 0.04195 0.68725 0.04111 0.68810 0.04069 0.68978 0.04069 0.69062 0.04111 0.69146 0.04195 0.69188 0.04279\n 11 468 21 0.69692 0.04951 0.69608 0.04909 0.69524 0.04825 0.69482 0.04741 0.69440 0.04615 0.69440 0.04405 0.69482 0.04279 0.69524 0.04195 0.69608 0.04111 0.69692 0.04069 0.69860 0.04069 0.69944 0.04111 0.70028 0.04195 0.70070 0.04279 0.70112 0.04405 0.70112 0.04615 0.70070 0.04741 0.70028 0.04825 0.69944 0.04909 0.69860 0.04951 0.69692 0.04951\n 11 446 20 0.70952 0.04825 0.70868 0.04909 0.70742 0.04951 0.70574 0.04951 0.70448 0.04909 0.70364 0.04825 0.70364 0.04741 0.70406 0.04657 0.70448 0.04615 0.70532 0.04573 0.70784 0.04489 0.70868 0.04447 0.70910 0.04405 0.70952 0.04321 0.70952 0.04195 0.70868 0.04111 0.70742 0.04069 0.70574 0.04069 0.70448 0.04111 0.70364 0.04195\n 11 226 10 0.71541 0.05119 0.71457 0.05035 0.71373 0.04909 0.71289 0.04741 0.71247 0.04531 0.71247 0.04363 0.71289 0.04153 0.71373 0.03985 0.71457 0.03859 0.71541 0.03775\n 11 50 2 0.71835 0.04951 0.71835 0.04069\n 11 50 2 0.72843 0.05119 0.72087 0.03775\n 11 380 17 0.73557 0.04951 0.73137 0.04951 0.73095 0.04573 0.73137 0.04615 0.73263 0.04657 0.73389 0.04657 0.73515 0.04615 0.73599 0.04531 0.73641 0.04405 0.73641 0.04321 0.73599 0.04195 0.73515 0.04111 0.73389 0.04069 0.73263 0.04069 0.73137 0.04111 0.73095 0.04153 0.73053 0.04237\n 11 512 23 0.74440 0.04825 0.74398 0.04909 0.74272 0.04951 0.74188 0.04951 0.74062 0.04909 0.73978 0.04783 0.73936 0.04573 0.73936 0.04363 0.73978 0.04195 0.74062 0.04111 0.74188 0.04069 0.74230 0.04069 0.74356 0.04111 0.74440 0.04195 0.74482 0.04321 0.74482 0.04363 0.74440 0.04489 0.74356 0.04573 0.74230 0.04615 0.74188 0.04615 0.74062 0.04573 0.73978 0.04489 0.73936 0.04363\n 11 226 10 0.74734 0.05119 0.74818 0.05035 0.74902 0.04909 0.74986 0.04741 0.75028 0.04531 0.75028 0.04363 0.74986 0.04153 0.74902 0.03985 0.74818 0.03859 0.74734 0.03775\n 11 402 18 0.37325 0.02878 0.37283 0.02962 0.37199 0.03046 0.37115 0.03088 0.36947 0.03088 0.36863 0.03046 0.36779 0.02962 0.36737 0.02878 0.36695 0.02752 0.36695 0.02542 0.36737 0.02416 0.36779 0.02332 0.36863 0.02248 0.36947 0.02206 0.37115 0.02206 0.37199 0.02248 0.37283 0.02332 0.37325 0.02416\n 11 468 21 0.37829 0.03088 0.37745 0.03046 0.37661 0.02962 0.37619 0.02878 0.37577 0.02752 0.37577 0.02542 0.37619 0.02416 0.37661 0.02332 0.37745 0.02248 0.37829 0.02206 0.37997 0.02206 0.38081 0.02248 0.38165 0.02332 0.38207 0.02416 0.38249 0.02542 0.38249 0.02752 0.38207 0.02878 0.38165 0.02962 0.38081 0.03046 0.37997 0.03088 0.37829 0.03088\n 11 446 20 0.39090 0.02962 0.39006 0.03046 0.38880 0.03088 0.38711 0.03088 0.38585 0.03046 0.38501 0.02962 0.38501 0.02878 0.38543 0.02794 0.38585 0.02752 0.38669 0.02710 0.38922 0.02626 0.39006 0.02584 0.39048 0.02542 0.39090 0.02458 0.39090 0.02332 0.39006 0.02248 0.38880 0.02206 0.38711 0.02206 0.38585 0.02248 0.38501 0.02332\n 11 226 10 0.39678 0.03256 0.39594 0.03172 0.39510 0.03046 0.39426 0.02878 0.39384 0.02668 0.39384 0.02500 0.39426 0.02290 0.39510 0.02122 0.39594 0.01996 0.39678 0.01912\n 11 50 2 0.39972 0.03088 0.39972 0.02206\n 11 50 2 0.40980 0.03256 0.40224 0.01912\n 11 512 23 0.41737 0.02962 0.41695 0.03046 0.41569 0.03088 0.41485 0.03088 0.41359 0.03046 0.41275 0.02920 0.41232 0.02710 0.41232 0.02500 0.41275 0.02332 0.41359 0.02248 0.41485 0.02206 0.41527 0.02206 0.41653 0.02248 0.41737 0.02332 0.41779 0.02458 0.41779 0.02500 0.41737 0.02626 0.41653 0.02710 0.41527 0.02752 0.41485 0.02752 0.41359 0.02710 0.41275 0.02626 0.41232 0.02500\n 11 380 17 0.42283 0.03088 0.42157 0.03046 0.42073 0.02920 0.42031 0.02710 0.42031 0.02584 0.42073 0.02374 0.42157 0.02248 0.42283 0.02206 0.42367 0.02206 0.42493 0.02248 0.42577 0.02374 0.42619 0.02584 0.42619 0.02710 0.42577 0.02920 0.42493 0.03046 0.42367 0.03088 0.42283 0.03088\n 11 226 10 0.42871 0.03256 0.42955 0.03172 0.43039 0.03046 0.43123 0.02878 0.43165 0.02668 0.43165 0.02500 0.43123 0.02290 0.43039 0.02122 0.42955 0.01996 0.42871 0.01912\n 11 402 18 0.69188 0.02878 0.69146 0.02962 0.69062 0.03046 0.68978 0.03088 0.68810 0.03088 0.68725 0.03046 0.68641 0.02962 0.68599 0.02878 0.68557 0.02752 0.68557 0.02542 0.68599 0.02416 0.68641 0.02332 0.68725 0.02248 0.68810 0.02206 0.68978 0.02206 0.69062 0.02248 0.69146 0.02332 0.69188 0.02416\n 11 468 21 0.69692 0.03088 0.69608 0.03046 0.69524 0.02962 0.69482 0.02878 0.69440 0.02752 0.69440 0.02542 0.69482 0.02416 0.69524 0.02332 0.69608 0.02248 0.69692 0.02206 0.69860 0.02206 0.69944 0.02248 0.70028 0.02332 0.70070 0.02416 0.70112 0.02542 0.70112 0.02752 0.70070 0.02878 0.70028 0.02962 0.69944 0.03046 0.69860 0.03088 0.69692 0.03088\n 11 446 20 0.70952 0.02962 0.70868 0.03046 0.70742 0.03088 0.70574 0.03088 0.70448 0.03046 0.70364 0.02962 0.70364 0.02878 0.70406 0.02794 0.70448 0.02752 0.70532 0.02710 0.70784 0.02626 0.70868 0.02584 0.70910 0.02542 0.70952 0.02458 0.70952 0.02332 0.70868 0.02248 0.70742 0.02206 0.70574 0.02206 0.70448 0.02248 0.70364 0.02332\n 11 226 10 0.71541 0.03256 0.71457 0.03172 0.71373 0.03046 0.71289 0.02878 0.71247 0.02668 0.71247 0.02500 0.71289 0.02290 0.71373 0.02122 0.71457 0.01996 0.71541 0.01912\n 11 50 2 0.71835 0.03088 0.71835 0.02206\n 11 50 2 0.72843 0.03256 0.72087 0.01912\n 11 512 23 0.73599 0.02962 0.73557 0.03046 0.73431 0.03088 0.73347 0.03088 0.73221 0.03046 0.73137 0.02920 0.73095 0.02710 0.73095 0.02500 0.73137 0.02332 0.73221 0.02248 0.73347 0.02206 0.73389 0.02206 0.73515 0.02248 0.73599 0.02332 0.73641 0.02458 0.73641 0.02500 0.73599 0.02626 0.73515 0.02710 0.73389 0.02752 0.73347 0.02752 0.73221 0.02710 0.73137 0.02626 0.73095 0.02500\n 11 72 3 0.74314 0.03088 0.73894 0.02500 0.74524 0.02500\n 11 50 2 0.74314 0.03088 0.74314 0.02206\n 11 226 10 0.74734 0.03256 0.74818 0.03172 0.74902 0.03046 0.74986 0.02878 0.75028 0.02668 0.75028 0.02500 0.74986 0.02290 0.74902 0.02122 0.74818 0.01996 0.74734 0.01912\n 11 50 2 0.74404 0.28799 0.74404 0.28799\n 82 0\n 81 6 1202\n 82 0\n 0 0\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'bench\/metafile_masters_v61_64\/linecolors.plt' did not match any file(s) known to git\n","license":"unlicense","lang":"Gnuplot"} {"commit":"77f9cf024e40f3c64a5f4d7997b4c8469f2d0240","subject":"Plotting the results!","message":"Plotting the results!\n","repos":"Sparklexs\/SIMDIntersections,Sparklexs\/SIMDIntersections,Sparklexs\/SIMDIntersections","old_file":"results\/benchintersection5march2014.gnuplot","new_file":"results\/benchintersection5march2014.gnuplot","new_contents":"\n\nset style line 80 lt rgb \"#000000\"\n\n# Line style for grid\n#set style line 81 lt 0 # dashed\n#set style line 81 lt rgb \"#808080\" # grey\n\n#set grid back linestyle 81\nset border 3 back linestyle 80 # Remove border on top and right. These\n # borders are useless and make it harder\n # to see plotted lines near the border.\n # Also, put it in grey; no need for so much emphasis on a border.\nset xtics nomirror\nset ytics nomirror\n\n\n\nset style line 1 lt rgb \"#A00000\" lw 4 pt 1 ps 0.5\nset style line 2 lt rgb \"#00A000\" lw 4 pt 5 ps 0.5\nset style line 3 lt rgb \"#5060D0\" lw 4 pt 7 ps 0.5\nset style line 4 lt rgb \"#FF1493\" lw 4 pt 9 ps 0.5\nset style line 5 lt rgb \"red\" lw 4 pt 11 ps 0.5\nset style line 6 lt rgb \"#808000\" lw 4 pt 13 ps 0.5\nset style line 7 lt rgb \"#00008B\" lw 4 pt 15 ps 0.5\nset style line 8 lt rgb \"#800080\" lw 4 pt 21 ps 0.5\nset style line 9 lt rgb \"black\" lw 4 pt 63 ps 0.5\nset style line 10 lt rgb \"blue\" lw 4 pt 28 ps 0.5\nset style line 11 lt rgb \"violet\" lw 4 pt 44 ps 0.5\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\n#set xtics 2\n#set ytics 1\nset term pdfcairo \n#fontscale 0.8\n\n\nset out \"ratiobitpacking.pdf\"\n\nset xlabel \"Ratio length (large list) \/ length(small list)\"\nset ylabel \"relative speed (scalar = 1)\"\n#set ylabel \"relative speed (galloping = 1)\"\n\nset key bmargin\nset key samplen 2 spacing .5 font \",8\" maxrows 4\n#set xrange [1:8192]\nset xrange [1:10000]\nset logscale x 2\n\nset logscale y 2\n\n\nset out \"benchintersection5march2014_gallop.pdf\"\n#set logscale x 2\n#set logscale y\n\nplot \"benchintersection5march2014.txt\" using 1:($13\/$3) ti \"gallop\" with linespoints lw 2 ps 0.5,\\\n\"\" using 1:($21\/$3) ti \"SIMD gallop\" with linespoints lw 2 ps 0.5,\\\n\"\" using 1:($22\/$3) ti \"SIMD gallop2\" with linespoints lw 2 ps 0.5,\\\n\"\" using 1:($25\/$3) ti \"Wu SIMD gallop v0\" with linespoints lw 2 ps 0.5,\\\n\"\" using 1:($26\/$3) ti \"Wu SIMD gallop v1\" with linespoints lw 2 ps 0.5,\\\n\"\" using 1:($27\/$3) ti \"Wu SIMD gallop v2\" with linespoints lw 2 ps 0.5,\\\n\"\" using 1:($28\/$3) ti \"Wu SIMD gallop v3\" with linespoints lw 2 ps 0.5\n\n\nset out \"benchintersection5march2014_v1.pdf\"\n\nplot \"benchintersection5march2014.txt\" using 1:($34\/$3) ti \"SIMD v1\" with linespoints lw 2 ps 0.5,\\\n\"\" using 1:($29\/$3) ti \"Wu SIMD v1\" with linespoints lw 2 ps 0.5,\\\n\"\" using 1:($30\/$3) ti \"Wu SIMD v1 plow\" with linespoints lw 2 ps 0.5\n\n\n\nset out \"benchintersection5march2014_v3.pdf\"\n\nplot \"benchintersection5march2014.txt\" using 1:($35\/$3) ti \"SIMD v3\" with linespoints lw 2 ps 0.5,\\\n\"\" using 1:($32\/$3) ti \"Wu SIMD v3\" with linespoints lw 2 ps 0.5,\\\n\"\" using 1:($33\/$3) ti \"Wu SIMD v3 aligned\" with linespoints lw 2 ps 0.5\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'results\/benchintersection5march2014.gnuplot' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"321e0f8b6a6c8307e485fdf2e79f9941a1ddd9ae","subject":"initial commit 2011 code","message":"initial commit 2011 code\n","repos":"pascalmolin\/hcperiods,pascalmolin\/hcperiods,pascalmolin\/hcperiods,pascalmolin\/hcperiods","old_file":"periods.gp","new_file":"periods.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/pascalmolin\/hcperiods.git\/': The requested URL returned error: 403\n","license":"mit","lang":"Gnuplot"} {"commit":"d41942e3efaeba757a8221fbcca1579e443d5dea","subject":"Create plotter.gnuplot","message":"Create plotter.gnuplot","repos":"aaroncnb\/comic_dust,aaroncnb\/comic_dust,aaroncnb\/comic_dust,aaroncnb\/comic_dust","old_file":"plotter.gnuplot","new_file":"plotter.gnuplot","new_contents":"plot \"A01.DAT\" u 1:($2-1700) w l, \"A02.DAT\" u 1:($2*0.8) w l , \"A01.DAT\" u ($1-116):(($2-1750)*(-1.16)) w l\nset term postscript\nset output \"posA_test.ps\"\nreplot\nset term x11\n\nplot \"B01.DAT\" u 1:($2-1700) w l, \"B02.DAT\" u 1:($2*0.8) w l , \"B01.DAT\" u ($1-116):(($2-1750)*(-1.16)) w l\nset term postscript\nset output \"posB_test.ps\"\nreplot\nset term x11\n#ps2pdf posA_test.ps posA_test.pdf\n#ps2pdf posB_test.ps posB_test.pdf\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'plotter.gnuplot' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a023ee0f3a905502c8c692ae3a4d2d434c080778","subject":"Simple gnuplot script.","message":"Simple gnuplot script.\n","repos":"duckie\/mongo_smasher,duckie\/mongo_smasher","old_file":"test\/plot.gnu","new_file":"test\/plot.gnu","new_contents":"plot \"data.dat\" with lines\npause 1\nreread\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'test\/plot.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"303779581f501798bb0cfdd032a87b6ec44ea619","subject":"gnuplot performance graph template","message":"gnuplot performance graph template\n","repos":"vjuranek\/JGroups,ibrahimshbat\/JGroups,vjuranek\/JGroups,rpelisse\/JGroups,rvansa\/JGroups,ligzy\/JGroups,pferraro\/JGroups,ibrahimshbat\/JGroups,rhusar\/JGroups,pruivo\/JGroups,rhusar\/JGroups,vjuranek\/JGroups,pruivo\/JGroups,pferraro\/JGroups,deepnarsay\/JGroups,ligzy\/JGroups,slaskawi\/JGroups,slaskawi\/JGroups,dimbleby\/JGroups,ibrahimshbat\/JGroups,tristantarrant\/JGroups,rpelisse\/JGroups,belaban\/JGroups,Sanne\/JGroups,ibrahimshbat\/JGroups,kedzie\/JGroups,rpelisse\/JGroups,danberindei\/JGroups,rvansa\/JGroups,slaskawi\/JGroups,TarantulaTechnology\/JGroups,pruivo\/JGroups,belaban\/JGroups,deepnarsay\/JGroups,kedzie\/JGroups,Sanne\/JGroups,tristantarrant\/JGroups,belaban\/JGroups,pferraro\/JGroups,deepnarsay\/JGroups,rhusar\/JGroups,dimbleby\/JGroups,kedzie\/JGroups,dimbleby\/JGroups,Sanne\/JGroups,TarantulaTechnology\/JGroups,ligzy\/JGroups,danberindei\/JGroups,TarantulaTechnology\/JGroups,danberindei\/JGroups","old_file":"doc\/perfgraph.plt","new_file":"doc\/perfgraph.plt","new_contents":"#This is a gnuplot file used for plotting performance test result graphs\n\nset term png\nset out \"picname.png\"\nset data style boxes\nset style fill solid border -1\nset logscale xy\nset yrange [1:100000]\nset xrange [1:1000000]\nset style fill solid 1.0\nset boxwidth 0.10\nset title \"Throughput in msg\/sec(cluster of 8 machines,fc-fast-minimalthreads.xml,JGroups 2.3)\"\nset xlabel \"Message size\"\nset ylabel \"Number of messages per sec\"\nset xtics (\"100B\" 100,\"1K\" 1000, \"10K\" 10000, \"100K\" 100000)\nplot \"perfdata.dat\" using ($1):($2) lt rgb \"#6495ED\" t \"1 sender\",\\\n\"perfdata.dat\" using ($1*1.27):($3) lt rgb \"#BA55D3\" t \"4 senders\",\\\n\"perfdata.dat\" using ($1*1.63):($4) lt rgb \"#FFF8DC\" t \"8 senders\"\n\n\n#where perfdata.dat looks something like this\n\n#100\t\t29754\t30873\t27161\n#1000\t\t15886\t11354\t15918\n#10000\t2013\t314\t624\n#100000 \t183\t77\t54\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'doc\/perfgraph.plt' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"01906a29d07b5f1cbc0071d89b67997f8b5b2c47","subject":"GNUplot file for result.","message":"GNUplot file for result.\n","repos":"vtomole\/SICL,vtomole\/SICL,vtomole\/SICL,vtomole\/SICL","old_file":"Papers\/Reverse-order\/v0-v1-v7.gp","new_file":"Papers\/Reverse-order\/v0-v1-v7.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/vtomole\/SICL.git\/'\n","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"2cfc2552305ed0eae8cef5cf6566f246ef9ab9bd","subject":"Roots mod p^k with polrootspadic() simply does not work the way I thought it would. Currently disabled.","message":"Roots mod p^k with polrootspadic() simply does not work the way I thought it \nwould. Currently disabled.\n\n\ngit-svn-id: 189946a10c5fc96e9dd03ba7cba917cd4c3d09f4@95 de4796e2-0b1e-0410-91b4-86bc23549317\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/rootfind.gp","new_file":"sieve\/rootfind.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/mancoast\/cado-nfs.git\/'\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"f3e278c70dbf9f8e74090065258189bcbe7fd572","subject":"Upate diagrams.","message":"Upate diagrams.\n","repos":"jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics,jenetics\/jenetics","old_file":"org.jenetics.tool\/src\/main\/resources\/org\/jenetics\/tool\/evaluation\/generation_population_size.gp","new_file":"org.jenetics.tool\/src\/main\/resources\/org\/jenetics\/tool\/evaluation\/generation_population_size.gp","new_contents":"","old_contents":"","returncode":1,"stderr":"error: pathspec 'org.jenetics.tool\/src\/main\/resources\/org\/jenetics\/tool\/evaluation\/generation_population_size.gp' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"455a22a1ebb3e727fcc650c7ed551b8dcad98892","subject":"Forgot to add.","message":"Forgot to add.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson_bits.plt","new_file":"src\/bson\/bson_bits.plt","new_contents":":- include(misc(common)).\n\n%% bytes_to_float(\n% +B0:byte, +B1:byte, +B2:byte, +B3:byte,\n% +B4:byte, +B5:byte, +B6:byte, +B7:byte,\n% ?Float:float) is det.\n%\n% True if Float is the floating point number represented by the\n% consecutive bytes (0..255) B0..B7 interpreted as a 64-bit\n% IEEE 754 double.\n%\n% Implemented in foreign library.\n\n:- begin_tests('bson_bits:bytes_to_float\/9').\n\ntest('zero', [true(Got == Expected)]) :-\n Expected = 0.0,\n bson_bits:bytes_to_float(0,0,0,0, 0,0,0,0, Got).\n\ntest('neg', [true(Got == Expected)]) :-\n Expected = -5.05,\n bson_bits:bytes_to_float(51,51,51,51, 51,51,20,192, Got).\n\ntest('pos', [true(Got == Expected)]) :-\n Expected = 5.05,\n bson_bits:bytes_to_float(51,51,51,51, 51,51,20,64, Got).\n\n:- end_tests('bson_bits:bytes_to_float\/9').\n\n%% bytes_to_integer(\n% +B0:byte, +B1:byte, +B2:byte, +B3:byte,\n% ?Integer:int) is det.\n%\n% True if Integer is the integer represented by the consecutive\n% bytes (0..255) B0..B3 interpreted as a 32-bit little-endian integer.\n%\n% Implemented in foreign library.\n\n:- begin_tests('bson_bits:bytes_to_integer\/5').\n\ntest('zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:bytes_to_integer(0,0,0,0, Got).\n\ntest('int32 min', [true(Got == Expected)]) :-\n Expected = -2147483648,\n bson_bits:bytes_to_integer(0,0,0,0x80, Got).\n\ntest('int32 max', [true(Got == Expected)]) :-\n Expected = 2147483647,\n bson_bits:bytes_to_integer(0xFF,0xFF,0xFF,0x7F, Got).\n\n:- end_tests('bson_bits:bytes_to_integer\/5').\n\n%% bytes_to_integer(\n% +B0:byte, +B1:byte, +B2:byte, +B3:byte,\n% +B4:byte, +B5:byte, +B6:byte, +B7:byte,\n% ?Integer:int) is det.\n%\n% True if Integer is the integer represented by the consecutive\n% bytes (0..255) B0..B7 interpreted as a 64-bit little-endian integer.\n%\n% Implemented in foreign library.\n\n:- begin_tests('bson_bits:bytes_to_integer\/9').\n\ntest('zero', [true(Got == Expected)]) :-\n Expected = 0,\n bson_bits:bytes_to_integer(0,0,0,0, 0,0,0,0, Got).\n\ntest('int64 min', [true(Got == Expected)]) :-\n Expected = -9223372036854775808,\n bson_bits:bytes_to_integer(0,0,0,0, 0,0,0,0x80, Got).\n\ntest('int64 max', [true(Got == Expected)]) :-\n Expected = 9223372036854775807,\n bson_bits:bytes_to_integer(0xFF,0xFF,0xFF,0xFF, 0xFF,0xFF,0xFF,0x7F, Got).\n\n:- end_tests('bson_bits:bytes_to_integer\/9').\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'src\/bson\/bson_bits.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"c81b1c26d309bc1dfcb8bed8ec8110df4e100a4f","subject":"ITER Demo folder: Add plt file to TEST-BEAUTY project","message":"ITER Demo folder:\nAdd plt file to TEST-BEAUTY project\n","repos":"css-iter\/cs-studio,ESSICS\/cs-studio,ESSICS\/cs-studio,ESSICS\/cs-studio,css-iter\/cs-studio,ControlSystemStudio\/cs-studio,ESSICS\/cs-studio,ESSICS\/cs-studio,ControlSystemStudio\/cs-studio,ControlSystemStudio\/cs-studio,ControlSystemStudio\/cs-studio,ControlSystemStudio\/cs-studio,ESSICS\/cs-studio,ESSICS\/cs-studio,css-iter\/cs-studio,ControlSystemStudio\/cs-studio,css-iter\/cs-studio,css-iter\/cs-studio,css-iter\/cs-studio,css-iter\/cs-studio","old_file":"products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt","new_file":"products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/ControlSystemStudio\/cs-studio.git\/': The requested URL returned error: 403\n","license":"epl-1.0","lang":"Gnuplot"} {"commit":"41920dab5a4217710685c56f7feca90bcee308d7","subject":"Used stacked barchart.","message":"Used stacked barchart.\n","repos":"zorotools\/sassy,zorotools\/sassy","old_file":"generate_sku_metrics_plot.gnuplot","new_file":"generate_sku_metrics_plot.gnuplot","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/zorotools\/sassy.git\/': The requested URL returned error: 403\n","license":"mit","lang":"Gnuplot"} {"commit":"b13d08d92daf7e4643335f21adec67c8d6937b77","subject":"animation gif","message":"animation gif\n","repos":"maxiiss\/SHEEPS","old_file":"animate.gnuplot","new_file":"animate.gnuplot","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/maxiiss\/SHEEPS.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"8c49ea5990d9ae276cbcbcabcf29200df0b28f01","subject":"set max 60 minutes in graph","message":"set max 60 minutes in graph\n","repos":"viewthespace\/solano-branch-stats","old_file":"avg-weekly-duration.plt","new_file":"avg-weekly-duration.plt","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/viewthespace\/solano-branch-stats.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"2f2763022fee4bfe6743f5c2e6b4c88a78643ae7","subject":"gnuplot performance graph template","message":"gnuplot performance graph template\n","repos":"slaskawi\/JGroups,rvansa\/JGroups,rpelisse\/JGroups,kedzie\/JGroups,rvansa\/JGroups,deepnarsay\/JGroups,ligzy\/JGroups,pruivo\/JGroups,Sanne\/JGroups,dimbleby\/JGroups,deepnarsay\/JGroups,rhusar\/JGroups,pruivo\/JGroups,rhusar\/JGroups,kedzie\/JGroups,TarantulaTechnology\/JGroups,ibrahimshbat\/JGroups,TarantulaTechnology\/JGroups,belaban\/JGroups,vjuranek\/JGroups,TarantulaTechnology\/JGroups,dimbleby\/JGroups,ibrahimshbat\/JGroups,slaskawi\/JGroups,ibrahimshbat\/JGroups,dimbleby\/JGroups,rpelisse\/JGroups,pferraro\/JGroups,danberindei\/JGroups,danberindei\/JGroups,deepnarsay\/JGroups,Sanne\/JGroups,belaban\/JGroups,pferraro\/JGroups,slaskawi\/JGroups,ligzy\/JGroups,ligzy\/JGroups,pruivo\/JGroups,pferraro\/JGroups,rpelisse\/JGroups,vjuranek\/JGroups,belaban\/JGroups,kedzie\/JGroups,Sanne\/JGroups,tristantarrant\/JGroups,vjuranek\/JGroups,tristantarrant\/JGroups,ibrahimshbat\/JGroups,danberindei\/JGroups,rhusar\/JGroups","old_file":"doc\/perfgraph.plt","new_file":"doc\/perfgraph.plt","new_contents":"#This is a gnuplot file used for plotting performance test result graphs\n\nset term png\nset out \"picname.png\"\nset data style boxes\nset style fill solid border -1\nset logscale xy\nset yrange [1:100000]\nset xrange [1:1000000]\nset style fill solid 1.0\nset boxwidth 0.10\nset title \"Throughput in msg\/sec(cluster of 8 machines,fc-fast-minimalthreads.xml,JGroups 2.3)\"\nset xlabel \"Message size\"\nset ylabel \"Number of messages per sec\"\nset xtics (\"100B\" 100,\"1K\" 1000, \"10K\" 10000, \"100K\" 100000)\nplot \"perfdata.dat\" using ($1):($2) lt rgb \"#6495ED\" t \"1 sender\",\\\n\"perfdata.dat\" using ($1*1.27):($3) lt rgb \"#BA55D3\" t \"4 senders\",\\\n\"perfdata.dat\" using ($1*1.63):($4) lt rgb \"#FFF8DC\" t \"8 senders\"\n\n\n#where perfdata.dat looks something like this\n\n#100\t\t29754\t30873\t27161\n#1000\t\t15886\t11354\t15918\n#10000\t2013\t314\t624\n#100000 \t183\t77\t54\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'doc\/perfgraph.plt' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"975011ba304a129fcf1517aead92ab1862a15117","subject":"added gnuplot script to plot stuff based on members.csv","message":"added gnuplot script to plot stuff based on members.csv\n","repos":"hdznrrd\/helperscripts,hdznrrd\/helperscripts,hdznrrd\/helperscripts","old_file":"gnuplot\/shackspace\/members.plot","new_file":"gnuplot\/shackspace\/members.plot","new_contents":"set xdata time\nset timefmt \"%Y-%m-%d\"\nset terminal png\nset output \"membersdelta.png\"\nplot \"membersdelta.dat\" using 1:2 with boxes\nset output \"memberscummulative.png\"\nplot \"memberscummulative.dat\" using 1:2 with boxes\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gnuplot\/shackspace\/members.plot' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"84dc2ff446df9f5f156102962139750825b570a5","subject":"GNUplot file for result.","message":"GNUplot file for result.\n","repos":"clasp-developers\/SICL,clasp-developers\/SICL,clasp-developers\/SICL,clasp-developers\/SICL","old_file":"Papers\/Reverse-order\/v0-v1-v7.gp","new_file":"Papers\/Reverse-order\/v0-v1-v7.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/clasp-developers\/SICL.git\/': The requested URL returned error: 403\n","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"d4df990e9f24e834d2c890428031a5acde082183","subject":"File required for bug test 2249_2248","message":"File required for bug test 2249_2248\n\n\ngit-svn-id: ed25c26de1c5325e8eb0deed0b990ab8af8a4def@4089 7c6358e6-4a41-0410-a743-a5b2a554c398\n","repos":"sbliven\/biojava,sbliven\/biojava,sbliven\/biojava","old_file":"tests\/files\/AAX56332.gp","new_file":"tests\/files\/AAX56332.gp","new_contents":"LOCUS AAX56332 120 aa linear PRI 01-JUN-2005\nDEFINITION anti-CTLA-4 monoclonal antibody immunoglobulin heavy chain [Homo\n sapiens].\nACCESSION AAX56332\nVERSION AAX56332.1 GI:61815557\nDBSOURCE accession AY847516.1\nKEYWORDS .\nSOURCE Homo sapiens (human)\n ORGANISM Homo sapiens\n Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;\n Mammalia; Eutheria; Euarchontoglires; Primates; Haplorrhini;\n Catarrhini; Hominidae; Homo.\nREFERENCE 1 (residues 1 to 120)\n AUTHORS Chin,L.-T., Chu,C., Hsu,S.-C., Chen,H.-M., Liu,H.-H. and Chu,C.-H.\n TITLE Characterization of complete human anti-CTLA-4 IgG4f monoclonal\n antibody derived from site-directed in vitro immunization of\n peripheral lymphocytes\n JOURNAL Unpublished\nREFERENCE 2 (residues 1 to 120)\n AUTHORS Chin,L.-T., Chu,C., Hsu,S.-C., Chen,H.-M., Liu,H.-H. and Chu,C.-H.\n TITLE Direct Submission\n JOURNAL Submitted (06-DEC-2004) Applied Microbiology, National Chiayi\n University, 300 Academy Road, Chiayi, Taiwan 600, Republic of China\nFEATURES Location\/Qualifiers\n source 1..120\n \/organism=\"Homo sapiens\"\n \/db_xref=\"taxon:9606\"\n Protein <1..>120\n \/product=\"anti-CTLA-4 monoclonal antibody immunoglobulin\n heavy chain\"\n \/name=\"IgG4f\"\n Region 10..120\n \/region_name=\"IGv\"\n \/note=\"Immunoglobulin domain variable region (v)\n subfamily; members of the IGv subfamily are components of\n immunoglobulins and T-cell receptors; cd00099\"\n \/db_xref=\"CDD:28982\"\n CDS 1..120\n \/coded_by=\"AY847516.1:<1..>362\"\nORIGIN \n 1 qvnlresggg vvqpgrslrl scaasgftfs sygmhwvrqa pgkglewvai iyydgrkiyy\n 61 adsvkgrfti srdnsentvs lqmnslraed tavyycarah gdygrdgmdv wgqgttvtvs\n\/\/\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'tests\/files\/AAX56332.gp' did not match any file(s) known to git\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"02bcc6699d2434848eff37aaa6ff5c1ca6dcbf64","subject":"added iteration test file","message":"added iteration test file\n","repos":"mattfoster\/gnuplot-tmbundle,kevinsawicki\/gnuplot-tmbundle","old_file":"Test\/iterator_syntax.gp","new_file":"Test\/iterator_syntax.gp","new_contents":"\nset terminal pdf\nset output '~\/test.pdf'\n\nset for [i = 1:10] style line i lc rgb \"blue\" # Broken, should still be line.set\nset for [1:10] # Works file as line.set \n\nplot [0:pi] for [n=1:2] sin(x*n)\/n with filledcurves\nplot for [ filename in ]\nplot [0:e] for [n=1:2] sin(x*n)\/n with filledcurves\n\nplot for [filename in \"A.dat B.dat C.dat\"] filename using 1:2 with lines\nplot for [filename in 'A.dat B.dat C.dat'] filename using 1:2 with lines\nplot for [basename in \"A B C\"] basename.\".dat\" using 1:2 with lines\nunset for [tag = 100:200] label tag\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'Test\/iterator_syntax.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"0b8b8f156148ebfdb5d82d822a3fb9b1c9ed8ed8","subject":"kvs-sim: gnuplot template","message":"kvs-sim: gnuplot template\n\nSigned-off-by: Noah Watkins <86ecd7d1c53cf33a85014f7cab78876cb4491020@gmail.com>\n","repos":"noahdesu\/zlog,noahdesu\/zlog,noahdesu\/zlog,noahdesu\/zlog,noahdesu\/zlog","old_file":"src\/tools\/kvs-plot-sim.gp","new_file":"src\/tools\/kvs-plot-sim.gp","new_contents":"set key autotitle columnhead\nset datafile separator \",\"\nset xlabel 'snapshot'\nset ylabel 'resolve count'\nset y2label 'bytes read'\nset ytics nomirror\nset y2tics\nset autoscale y\nset autoscale y2\nplot 'sim.dat' using 1:2 axes x1y1, '' using 1:3 axes x1y2\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'src\/tools\/kvs-plot-sim.gp' did not match any file(s) known to git\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"2f3069b9a5caecef5898c9d7e9cfc87cdba00654","subject":"adding previously failing input.","message":"adding previously failing input.\n","repos":"abetusk\/weakpwh,abetusk\/weakpwh,abetusk\/weakpwh","old_file":"testdata\/cliplibfail.gp","new_file":"testdata\/cliplibfail.gp","new_contents":"#N4\n# OB\n25662 -12101\n25648 -12066\n25645 -11774\n25612 -11682\n25576 -11631\n25222 -11274\n25141 -11212\n25037 -11178\n24594 -11177\n24559 -11162\n24299 -10894\n24296 -8654\n24277 -8590\n24220 -8497\n24009 -8287\n24000 -8258\n24000 -6450\n23988 -6375\n23950 -6301\n23899 -6250\n23825 -6212\n23748 -6200\n21752 -6200\n21675 -6212\n21601 -6250\n21550 -6301\n21512 -6375\n21500 -6450\n21495 -6856\n21458 -6882\n21435 -6881\n19924 -5368\n19926 -5214\n19955 -5187\n19994 -5189\n20103 -5225\n20186 -5236\n20290 -5227\n20374 -5204\n20454 -5165\n20589 -5053\n24460 -5048\n24509 -5072\n24603 -5100\n24686 -5111\n24790 -5102\n24874 -5079\n24954 -5040\n25013 -4997\n25077 -4932\n25120 -4870\n25159 -4782\n25179 -4700\n25185 -4600\n25173 -4513\n25144 -4427\n25118 -4376\n25125 -4335\n25170 -4270\n25209 -4182\n25229 -4100\n25235 -4000\n25223 -3913\n25197 -3834\n25155 -3756\n25107 -3696\n25042 -3637\n24972 -3592\n24891 -3560\n24807 -3543\n24701 -3542\n24625 -3556\n24532 -3591\n24469 -3628\n24404 -3685\n24341 -3766\n24303 -3790\n24280 -3787\n24261 -3774\n24204 -3633\n24141 -3538\n24023 -3428\n24016 -3394\n24032 -3363\n24116 -3290\n24171 -3221\n24214 -3146\n24246 -3061\n24262 -2993\n24264 -2950\n23700 -2950\n23700 -2900\n23650 -2900\n23650 -2333\n23639 -2333\n23565 -2346\n23493 -2369\n23414 -2407\n23323 -2473\n23227 -2579\n23190 -2586\n23158 -2564\n23080 -2475\n23007 -2420\n22914 -2371\n22769 -2334\n22639 -2333\n22565 -2346\n22493 -2369\n22414 -2407\n22323 -2473\n22227 -2579\n22190 -2586\n22158 -2564\n22080 -2475\n22007 -2420\n21914 -2371\n21769 -2334\n21639 -2333\n21565 -2346\n21493 -2369\n21414 -2407\n21323 -2473\n21264 -2532\n21203 -2620\n21166 -2700\n21136 -2818\n20934 -3023\n20893 -3038\n20857 -3015\n20844 -2949\n20848 -1898\n20858 -1869\n20882 -1850\n21948 -1844\n21987 -1850\n24602 -1846\n24631 -1855\n24650 -1880\n24653 -3038\n24669 -3113\n24721 -3207\n24790 -3279\n24859 -3319\n24927 -3342\n24987 -3350\n26102 -3346\n26131 -3355\n26150 -3380\n26153 -4538\n26170 -4614\n26216 -4701\n26290 -4780\n26360 -4820\n26427 -4842\n26487 -4850\n27946 -4844\n27997 -4849\n28066 -4843\n28190 -4794\n28253 -4741\n28294 -4690\n28333 -4602\n28350 -4497\n28344 -4443\n28350 -3382\n28369 -3358\n28398 -3348\n29560 -3344\n29633 -3323\n29690 -3294\n29747 -3247\n29794 -3190\n29833 -3102\n29850 -2997\n29844 -2943\n29850 -1882\n29869 -1858\n29898 -1848\n33602 -1846\n33631 -1855\n33650 -1880\n33653 -3038\n33669 -3113\n33721 -3207\n33790 -3279\n33859 -3319\n33927 -3342\n33987 -3350\n35102 -3346\n35131 -3355\n35150 -3380\n35151 -7118\n35132 -7143\n35103 -7153\n33972 -7152\n33907 -7162\n33834 -7193\n33774 -7233\n33726 -7283\n33694 -7330\n33663 -7405\n33651 -7474\n33651 -8618\n33632 -8643\n33603 -8653\n33485 -8649\n33458 -8620\n33460 -8581\n33487 -8526\n33500 -8450\n33500 -6450\n33488 -6375\n33450 -6301\n33399 -6250\n33325 -6212\n33248 -6200\n31252 -6200\n31175 -6212\n31101 -6245\n31064 -6231\n31048 -6195\n31063 -6156\n32217 -5004\n32534 -4999\n32655 -4968\n32708 -4935\n33167 -4477\n33211 -4381\n33222 -4286\n33224 -3837\n33251 -3803\n33329 -3765\n33389 -3721\n33452 -3657\n33495 -3595\n33534 -3508\n33554 -3425\n33560 -3325\n33548 -3238\n33522 -3159\n33480 -3081\n33432 -3021\n33366 -2961\n33297 -2917\n33216 -2885\n33132 -2868\n33026 -2867\n32950 -2881\n32857 -2916\n32794 -2953\n32729 -3010\n32674 -3077\n32635 -3143\n32604 -3231\n32590 -3311\n32594 -3416\n32625 -3530\n32603 -3539\n32629 -3539\n32626 -4175\n32412 -4394\n32383 -4403\n32079 -4401\n32002 -4417\n31944 -4445\n31895 -4481\n31865 -4519\n30613 -5760\n30590 -5761\n30553 -5735\n30550 -5426\n31642 -4327\n31686 -4231\n31698 -4174\n31700 -3775\n31712 -3753\n31854 -3690\n31913 -3647\n31977 -3582\n32020 -3520\n32059 -3432\n32079 -3350\n32085 -3250\n32073 -3163\n32047 -3084\n32005 -3006\n31957 -2946\n31892 -2887\n31822 -2842\n31741 -2810\n31657 -2793\n31551 -2792\n31475 -2806\n31382 -2841\n31319 -2878\n31254 -2935\n31199 -3002\n31159 -3069\n31129 -3156\n31115 -3236\n31118 -3378\n31104 -3427\n31098 -4033\n30088 -5035\n30065 -5036\n30028 -5010\n30025 -4326\n30653 -3684\n30691 -3595\n30700 -3538\n30702 -2943\n30720 -2920\n30788 -2872\n30852 -2807\n30896 -2743\n30934 -2658\n30954 -2575\n30960 -2475\n30948 -2388\n30922 -2309\n30880 -2231\n30832 -2171\n30767 -2112\n30697 -2067\n30616 -2035\n30532 -2018\n30426 -2017\n30350 -2031\n30257 -2066\n30194 -2103\n30129 -2160\n30074 -2227\n30034 -2294\n30004 -2381\n29990 -2461\n29994 -2566\n30012 -2648\n30049 -2733\n30103 -2821\n30101 -3401\n29504 -3999\n29467 -4049\n29437 -4117\n29428 -4166\n29426 -8501\n29413 -8521\n29315 -8610\n29292 -8611\n29255 -8585\n29250 -5950\n29238 -5875\n29200 -5801\n29149 -5750\n29075 -5712\n28998 -5700\n27550 -5700\n27550 -7400\n29253 -7400\n29253 -7500\n27550 -7500\n27550 -9200\n28685 -9200\n28685 -9249\n28733 -9262\n28722 -9333\n25982 -12066\n25876 -12067\n25800 -12081\n25697 -12116\n25697 -12116\n\n#0\n24265 -2850\n24239 -2714\n24204 -2633\n24141 -2538\n24080 -2475\n24007 -2420\n23914 -2371\n23769 -2334\n23750 -2334\n23750 -2850\n\n#1\n27450 -7400\n27450 -5700\n26002 -5700\n25925 -5712\n25851 -5750\n25800 -5801\n25762 -5875\n25750 -5950\n25750 -7400\n25750 -7400\n\n#2\n27450 -9200\n27450 -7500\n25750 -7500\n25750 -8950\n25762 -9023\n25800 -9099\n25851 -9150\n25925 -9188\n26002 -9200\n26002 -9200\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'testdata\/cliplibfail.gp' did not match any file(s) known to git\n","license":"agpl-3.0","lang":"Gnuplot"} {"commit":"780d12c11c7e90ac6a2d3b6ba3db8b536cb12e7f","subject":"ITER Demo folder: Add plt file to TEST-BEAUTY project","message":"ITER Demo folder:\nAdd plt file to TEST-BEAUTY project\n","repos":"ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter","old_file":"products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt","new_file":"products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt","new_contents":"<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?>\n<databrowser>\n <title>\n <text>Beauty Plot<\/text>\n <color>\n <red>0<\/red>\n <green>0<\/green>\n <blue>255<\/blue>\n <\/color>\n <font>1|Sans|12.0|1|GTK|1|<\/font>\n <\/title>\n <graph_settings>\n <show_title>true<\/show_title>\n <show_legend>true<\/show_legend>\n <show_plot_area_border>false<\/show_plot_area_border>\n <transparent>false<\/transparent>\n <\/graph_settings>\n <scroll>true<\/scroll>\n <update_period>3.0<\/update_period>\n <start>-1 hours 0.0 seconds<\/start>\n <end>now<\/end>\n <time_axis>\n <axis>\n <name>Time<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>0<\/red>\n <green>0<\/green>\n <blue>0<\/blue>\n <\/color>\n <min>1.36628927793E12<\/min>\n <max>1.36629287793E12<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>true<\/time_format>\n <format_pattern>HH:mm<\/format_pattern>\n <\/format>\n <\/axis>\n <\/time_axis>\n <background>\n <red>255<\/red>\n <green>255<\/green>\n <blue>255<\/blue>\n <\/background>\n <archive_rescale>NONE<\/archive_rescale>\n <axes>\n <axis>\n <name>TEST-BTY0:AIn<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <min>0.0<\/min>\n <max>108.49089341573206<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <axis>\n <name>TEST-BTY0:RAMP1<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>139<\/red>\n <green>105<\/green>\n <blue>20<\/blue>\n <\/color>\n <min>-1.0000321507591365<\/min>\n <max>100.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <axis>\n <name>TEST-BTY0:RAMP2<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>160<\/red>\n <green>32<\/green>\n <blue>240<\/blue>\n <\/color>\n <min>-1.0000321507591365<\/min>\n <max>100.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <\/axes>\n <annotations>\n <\/annotations>\n <pvlist>\n <pv>\n <name>TEST-BTY0:AI1<\/name>\n <display_name>TEST-BTY0:AI1<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:AI2<\/name>\n <display_name>TEST-BTY0:AI2<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>242<\/red>\n <green>26<\/green>\n <blue>26<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:AI3<\/name>\n <display_name>TEST-BTY0:AI3<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>66<\/red>\n <green>177<\/green>\n <blue>66<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:RAMP1<\/name>\n <display_name>TEST-BTY0:RAMP1<\/display_name>\n <visible>true<\/visible>\n <axis>1<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>139<\/red>\n <green>105<\/green>\n <blue>20<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:RAMP2<\/name>\n <display_name>TEST-BTY0:RAMP2<\/display_name>\n <visible>true<\/visible>\n <axis>2<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>128<\/red>\n <green>0<\/green>\n <blue>255<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <\/pvlist>\n<\/databrowser>","old_contents":"","returncode":1,"stderr":"error: pathspec 'products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt' did not match any file(s) known to git\n","license":"epl-1.0","lang":"Gnuplot"} {"commit":"2438d735d330895bdff376e3c3ed75b91ee7ad61","subject":"added gnuplot file","message":"added gnuplot file\n","repos":"deweyvm\/starstats,deweyvm\/starstats","old_file":"graph.plot","new_file":"graph.plot","new_contents":"set zeroaxis\nset term png size 400,400\nset xlabel 'Lines of Data Processed (thousands)'\nset ylabel 'Time (seconds per thousand data lines)'\nset title 'Data Processing Cost'\nset output 'graph.png'\nplot 'in.csv' using 0:1 pt 5 ps 0.1 notitle\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'graph.plot' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"82c9808e66614f04166b8c72105c806d2090ba5d","subject":"Improve support on ext lib","message":"Improve support on ext lib","repos":"nkming2\/MagicalGirlMica,nkming2\/MagicalGirlMica","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/nkming2\/MagicalGirlMica.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"008a69f2800e7846fbefd3c129a07c35b0306a5d","subject":"put inside each gnuplot file","message":"put inside each gnuplot file\n","repos":"ajholanda\/numsde","old_file":"plot\/head.gp","new_file":"plot\/head.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/ajholanda\/numsde.git\/'\n","license":"unlicense","lang":"Gnuplot"} {"commit":"84a905cad9eca48466f0a2f0bda2f02c7ac90c47","subject":"Added gnuplot script to plot the benchark timings.","message":"Added gnuplot script to plot the benchark timings.\n","repos":"FreeON\/spammpack,FreeON\/spammpack,FreeON\/spammpack,FreeON\/spammpack,FreeON\/spammpack","old_file":"spammpack-C\/spammpack\/charm\/timing.gnuplot","new_file":"spammpack-C\/spammpack\/charm\/timing.gnuplot","new_contents":"#!\/usr\/bin\/gnuplot\n\nset terminal postscript color\nset output 'timing.ps'\n\nset xlabel 'core count'\nset ylabel 'relative speedup \/ ideal'\n\nt_1 = 61.366154\n\nplot 'timing.dat' using 1:(t_1\/$2\/$1) with linespoints title 'freeon-10'\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'spammpack-C\/spammpack\/charm\/timing.gnuplot' did not match any file(s) known to git\n","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"06f8c452dc1ddd69a101be351d4f751ffa363c92","subject":"When making torsion 12 curves, don't consider torsion point of v^2 = u^3-12u as it doesn't change the ECM curve we get","message":"When making torsion 12 curves, don't consider torsion point of \nv^2 = u^3-12u as it doesn't change the ECM curve we get\n\n\ngit-svn-id: 189946a10c5fc96e9dd03ba7cba917cd4c3d09f4@2062 de4796e2-0b1e-0410-91b4-86bc23549317\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/ecm\/ecm_avg_exp.gp","new_file":"sieve\/ecm\/ecm_avg_exp.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/mancoast\/cado-nfs.git\/': The requested URL returned error: 403\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"613fb3e1f3a69e6edba347996d8287d67aac914a","subject":"plot shooting trajectory","message":"plot shooting trajectory\n","repos":"bszcz\/c,bszcz\/c","old_file":"shooting\/shoot_plot.gnuplot","new_file":"shooting\/shoot_plot.gnuplot","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/bszcz\/c.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"0a23550a92f83557cf1f15cebe4f5e0ac547c3a8","subject":"create a detrend script","message":"create a detrend script\n","repos":"fifth-postulate\/finding-the-planets,fifth-postulate\/finding-the-planets,fifth-postulate\/finding-the-planets","old_file":"rust-showcase\/plots\/detrend.gp","new_file":"rust-showcase\/plots\/detrend.gp","new_contents":"set datafile separator ','\nset key top left\nset terminal pngcairo size 750,560\n\nbrightness_color = \"forest-green\"\ntrend_color = \"red\"\ndifference_color = brightness_color\n\nset output \"..\/assets\/trend.png\"\nplot [2905:2985] \"..\/assets\/detrend.csv\" using 1:2 title \"brightness\" linecolor brightness_color,\"..\/assets\/detrend.csv\" using 1:3 title \"trend\" linecolor trend_color\n\nset output \"..\/assets\/detrend.png\"\nplot [2905:2985] \"..\/assets\/detrend.csv\" using 1:4 title \"lightcurve\" linecolor difference_color","old_contents":"","returncode":1,"stderr":"error: pathspec 'rust-showcase\/plots\/detrend.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"a7f213e52c2c425c801255e1e77c20bdce84db2a","subject":"Added gnuplot folder and example script","message":"Added gnuplot folder and example script\n\nSigned-off-by: hhanff <614005e14bf436e325a3657627ee78b12f5f169d@googlemail.com>\n","repos":"hhanff\/software,hhanff\/software,hhanff\/software,hhanff\/software,hhanff\/software,hhanff\/software,hhanff\/software","old_file":"gnuplot\/plot_canId-6-svg.plt","new_file":"gnuplot\/plot_canId-6-svg.plt","new_contents":"#!\/usr\/bin\/env gnuplot\nreset\nset term svg size 1280,768\nset output outputfile\nset datafile separator \" \"\n\nset xdata time\nset timefmt \"%H:%M:%S\"\nset format x \"%H:%M:%S\"\nset xtics rotate\nset xrange [:]\n\n#set key autotitle columnheader\n\nset xlabel 'Time [h:m:s]'\nset xlabel offset 0,-10\n\nset ytics 0.5\n#set ytics 28.5,0.5\n#set xtics 0.5\n\nset ylabel offset -10,0\n\nset macro\nN=`awk 'NR==1{print NF}' @inputfile`\n\nset ylabel \"Temperature [$^\\\\\\circ$C]\"\n\n#set key right bottom title ''\nplot for [i=2:N] inputfile every 50 using 1:i with lines notitle\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gnuplot\/plot_canId-6-svg.plt' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"da45f37df5f17e4aedff010de5ef9830233650c7","subject":"added size gnuplot script","message":"added size gnuplot script\n","repos":"giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler,giagiannis\/data-profiler","old_file":"_plots\/size.gnu","new_file":"_plots\/size.gnu","new_contents":"#!\/usr\/bin\/gnuplot\n# size gnuplot script creates x-y plots that evaluate the impact of \n# dataset size to the similarity between datasets\n\nif(!exists(\"inputFile\") || !exists(\"outputFile\")) {\n\tprint(\"The following params must be defined: inputFile, outputFile\");\n\texit(0);\n}\n\n\nif(!exists(\"titleComment\")) {\n\ttitleComment=\"\" \n} else {\n\ttitleComment=\" (\".titleComment.\")\"\n}\n\nset title \"Similarity vs dataset size\".titleComment\nset terminal postscript eps size 7,5.0 enhanced color font 'Arial,34'\nset output outputFile\nset xlabel \"Dataset size\"\nset ylabel \"Similarity\"\nset logscale x\nset xrange[1000:]\nset yrange [0:1]\nset grid\nset key bottom right\n\n#set logscale x\n\nset style line 1 lt 1 pt 7 lc rgb \"#000000\" lw 4 ps 4\nset style line 2 lt 1 pt 2 lc rgb \"#333333\" lw 4 ps 4\nset style line 3 lt 1 pt 4 lc rgb \"#777777\" lw 4 ps 4\nset style line 4 lt 1 pt 10 lc rgb \"#999999\" lw 4 ps 4\n\n#plot for [f in inputFile] f u 2:4 w lp t system(\"basename \".f) ls 1\n#plot for [i=1:words(inputFile)] word(inputFile,i) u 2:3 w lp t system(\"basename \".word(inputFile,i)) ls i\nplot inputFile u 1:2 w lp t col ls 1, inputFile u 1:3 w lp t col ls 2\nsystem(\"epstopdf \".outputFile.\" && rm \".outputFile)\n","old_contents":"","returncode":1,"stderr":"error: pathspec '_plots\/size.gnu' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"da919e1f99e395d146ba8f9168aa6ed7d5c03c3c","subject":"create noise plotter.","message":"create noise plotter.\n","repos":"nushio3\/UFCORIN,nushio3\/UFCORIN,nushio3\/UFCORIN,nushio3\/UFCORIN,nushio3\/UFCORIN","old_file":"script\/plot-noise-summary.gnu","new_file":"script\/plot-noise-summary.gnu","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/nushio3\/UFCORIN.git\/': The requested URL returned error: 403\n","license":"mit","lang":"Gnuplot"} {"commit":"76fc198b675c9049d94860a8f8257ae784a31912","subject":"tests: add gnuplot script for perftests","message":"tests: add gnuplot script for perftests\n","repos":"autrimpo\/rlite,vmaffione\/rlite,autrimpo\/rlite,vmaffione\/rlite,vmaffione\/rlite,autrimpo\/rlite,autrimpo\/rlite,vmaffione\/rlite","old_file":"tests\/perftests.gnuplot","new_file":"tests\/perftests.gnuplot","new_contents":"if (!exists(\"unrelfile\")) unrelfile='out1.txt'\nif (!exists(\"relfile\")) relfile='out2.txt'\n\nset title \"Throughput tests\"\nset xlabel \"Packet size (bytes)\"\nset ylabel \"Throughput (Gbps)\"\nset grid xtics lw 1 lt 0\nset grid ytics lw 1 lt 0\nset xtics 0,100,1500\nset ytics 0,1,13\nset key left top\nplot unrelfile using 1:($5\/1000) title 'Unreliable sender' with linespoints, unrelfile using 1:($9\/1000) title 'Unreliable receiver' with linespoints, relfile using 1:($5\/1000) title 'Reliable sender\/receiver' with linespoints,\npause -1\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'tests\/perftests.gnuplot' did not match any file(s) known to git\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"294b3ae971a7a6809c2cd649dd55b5af9c58a98b","subject":"","message":"\n\ngit-svn-id: https:\/\/daisy-model.googlecode.com\/svn\/trunk@3115 5f5bf4bb-3343-0410-8278-4fa8eb3319dc\n","repos":"sativa\/daisy-model,sativa\/daisy-model,sativa\/daisy-model,sativa\/daisy-model,sativa\/daisy-model,sativa\/daisy-model","old_file":"txt\/ominit\/daisy.gnuplot","new_file":"txt\/ominit\/daisy.gnuplot","new_contents":"cd 'C:\/bgj\/Mine Dokumenter\/Daisy organic matter Init\/lang JB1 Real Org3\/'\r\nset output 'realorgJB1.eps'\r\nset terminal epslatex\r\nset xtics nomirror autofreq\r\nset ytics nomirror\r\nset xdata time\r\nset timefmt \"%Y-%m-%dT%H\"\r\nset style data lines\r\nset y2tics\r\nset y2label 'SOM1 (\\%)'\r\nset ylabel 'Humus (\\%)'\r\nset key below\r\nset xrange [\"2000-1-1T0\":\"3000-1-1T0\"]\r\nunset x2range\r\nset yrange [0:1.2]\r\nset y2range [20:80]\r\nset format x \"%Y\"\r\nset xtics 100 * 365.2425 * 24 *60 * 60 # 100 years\r\nset xlabel \"Year\"\r\nset mxtics 0\r\nset key below Left reverse\r\nplot '-' using 1:2 title 'Humus' with lines 1, '-' using 1:2 title 'SOM1' axes x1y2 with lines 2, '-' using 1:2 title 'SOM1 quasi-equilibrium' axes x1y2 with points 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pathspec 'txt\/ominit\/daisy.gnuplot' did not match any file(s) known to git\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"5148698cefba88138f09c31faa98c26ec20f0880","subject":"GNU compiler makefile.","message":"GNU compiler makefile.\n","repos":"UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples,UCL-RITS\/pi_examples","old_file":"c+f90_mix_openmp_dir\/Makefile.gnu","new_file":"c+f90_mix_openmp_dir\/Makefile.gnu","new_contents":"CC=gcc\nFC=gfortran\n\nCOPT=-O3 \nFOPT=-O3 -fopenmp\n\nopenmp_pi: openmp_pi.o pi_mytime.o\n\t$(FC) -o openmp_pi $(FOPT) openmp_pi.o pi_mytime.o\n\nopenmp_pi.o: openmp_pi.f90\n\t$(FC) $(FOPT) -c openmp_pi.f90\n\npi_mytime.o: pi_mytime.c\n\t$(CC) $(COPT) -c pi_mytime.c\n\nclean:\n\trm -f *.o openmp_pi\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'c+f90_mix_openmp_dir\/Makefile.gnu' did not match any file(s) known to git\n","license":"cc0-1.0","lang":"Gnuplot"} {"commit":"2058b616befd3eea33fd5f931d04b20a8adcd2d7","subject":"ITER Demo folder: Add plt file to TEST-BEAUTY project","message":"ITER Demo folder:\nAdd plt file to TEST-BEAUTY 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<format_pattern>HH:mm<\/format_pattern>\n <\/format>\n <\/axis>\n <\/time_axis>\n <background>\n <red>255<\/red>\n <green>255<\/green>\n <blue>255<\/blue>\n <\/background>\n <archive_rescale>NONE<\/archive_rescale>\n <axes>\n <axis>\n <name>TEST-BTY0:AIn<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <min>0.0<\/min>\n <max>108.49089341573206<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <axis>\n <name>TEST-BTY0:RAMP1<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>139<\/red>\n <green>105<\/green>\n <blue>20<\/blue>\n <\/color>\n <min>-1.0000321507591365<\/min>\n <max>100.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <axis>\n <name>TEST-BTY0:RAMP2<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>160<\/red>\n <green>32<\/green>\n <blue>240<\/blue>\n <\/color>\n <min>-1.0000321507591365<\/min>\n <max>100.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <\/axes>\n <annotations>\n <\/annotations>\n <pvlist>\n <pv>\n <name>TEST-BTY0:AI1<\/name>\n <display_name>TEST-BTY0:AI1<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:AI2<\/name>\n <display_name>TEST-BTY0:AI2<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>242<\/red>\n <green>26<\/green>\n <blue>26<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:AI3<\/name>\n <display_name>TEST-BTY0:AI3<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>66<\/red>\n <green>177<\/green>\n <blue>66<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:RAMP1<\/name>\n <display_name>TEST-BTY0:RAMP1<\/display_name>\n <visible>true<\/visible>\n <axis>1<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>139<\/red>\n <green>105<\/green>\n <blue>20<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:RAMP2<\/name>\n <display_name>TEST-BTY0:RAMP2<\/display_name>\n <visible>true<\/visible>\n <axis>2<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>128<\/red>\n <green>0<\/green>\n <blue>255<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <\/pvlist>\n<\/databrowser>","old_contents":"","returncode":1,"stderr":"error: pathspec 'products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt' did not match any file(s) known to git\n","license":"epl-1.0","lang":"Gnuplot"} {"commit":"27af0744c414777b83821a999c66f38637170688","subject":"Erster Gnuplot test","message":"Erster Gnuplot test\n","repos":"nils-werner\/ftm-cuda,nils-werner\/ftm-cuda","old_file":"tools\/test.gnu","new_file":"tools\/test.gnu","new_contents":"set term postscript eps color blacktext \"Helvetica\" 24\nset output 'test.eps'\nset label 1 \"This is the surface boundary\" at -10, -5, 150 centre norotate back nopoint offset character 0, 0, 0\nset arrow 1 from -10, -5, 120 to -10, 0, 0 nohead back nofilled linetype -1 linewidth 1.000\nset arrow 2 from -10, -5, 120 to 10, 0, 0 nohead back nofilled linetype -1 linewidth 1.000\nset arrow 3 from -10, -5, 120 to 0, 10, 0 nohead back nofilled linetype -1 linewidth 1.000\nset arrow 4 from -10, -5, 120 to 0, -10, 0 nohead back nofilled linetype -1 linewidth 1.000\nset samples 21, 21\nset isosamples 11, 11\nset title \"3D gnuplot demo\" \nset xlabel \"X axis\" \nset xlabel offset character -3, -2, 0 font \"\" textcolor lt -1 norotate\nset xrange [ -10.0000 : 10.0000 ] noreverse nowriteback\nset ylabel \"Y axis\" \nset ylabel offset character 3, -2, 0 font \"\" textcolor lt -1 rotate by -270\nset yrange [ -10.0000 : 10.0000 ] noreverse nowriteback\nset zlabel \"Z axis\" \nset zlabel offset character -5, 0, 0 font \"\" textcolor lt -1 norotate\nsplot x*y\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'tools\/test.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"0e4600c77fcce6a79d5fef85a81de166d6ec051c","subject":"adds plotting script","message":"adds plotting script\n","repos":"thnguyn2\/berkeley,katyhuff\/berkeley,jnaulty\/berkeley,thehackerwithin\/berkeley,thehackerwithin\/berkeley,davclark\/berkeley,matthew-brett\/berkeley,jnaulty\/berkeley,jnaulty\/berkeley,rossbar\/berkeley,rossbar\/berkeley,katyhuff\/berkeley,matthew-brett\/berkeley,thnguyn2\/berkeley,katyhuff\/berkeley,paul-laskowski\/berkeley,jnaulty\/berkeley,matthew-brett\/berkeley,jljones\/berkeley,thnguyn2\/berkeley,davclark\/berkeley,rossbar\/berkeley,paul-laskowski\/berkeley,jnaulty\/berkeley,rossbar\/berkeley,thehackerwithin\/berkeley,davclark\/berkeley,rossbar\/berkeley,jljones\/berkeley,katyhuff\/berkeley,thehackerwithin\/berkeley,paul-laskowski\/berkeley,matthew-brett\/berkeley,jljones\/berkeley,thnguyn2\/berkeley,paul-laskowski\/berkeley,jljones\/berkeley,thnguyn2\/berkeley,jljones\/berkeley,rossbar\/berkeley,thehackerwithin\/berkeley,jljones\/berkeley,paul-laskowski\/berkeley,thehackerwithin\/berkeley,thnguyn2\/berkeley,davclark\/berkeley,paul-laskowski\/berkeley,jnaulty\/berkeley,katyhuff\/berkeley,matthew-brett\/berkeley,katyhuff\/berkeley","old_file":"make\/plot_data.gnu","new_file":"make\/plot_data.gnu","new_contents":"set term postscript eps color \nset output 'graph.eps'\nset key bmargin left horizontal Right noreverse enhanced autotitles box linetype -1 linewidth 1.000\nset samples 800, 800\nplot [-19:19] '1.dat'with impulses ,'2.dat' ,'3.dat' with lines\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'make\/plot_data.gnu' did not match any file(s) known to git\n","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"78f0df46e831f825c05ad4b79798319f88c67ee1","subject":"Plot - Evaluation results.","message":"Plot - Evaluation results.\n","repos":"snovd\/test-scripts,snovd\/test-scripts","old_file":"kpext\/plot_pos_seq_precision.gnu","new_file":"kpext\/plot_pos_seq_precision.gnu","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/snovd\/test-scripts.git\/': The requested URL returned error: 403\n","license":"mit","lang":"Gnuplot"} {"commit":"6981f64ad3f81b837846edc24976465dfb0d2c0a","subject":"Add gnuplot script","message":"Add gnuplot script\n","repos":"sjbarag\/ECE-L303-Reports","old_file":"src\/data\/plots.gp","new_file":"src\/data\/plots.gp","new_contents":"# Gnuplot plot-generating script for ECE-L302 Lab 8\r\n# Note that this script requires the LUA Gnuplot terminal, which is not\r\n# distributed in all packages, and the gnuplot-lua-tikz LaTeX package to\r\n# process it. This can be found here:\r\n#\r\n# http:\/\/www.sfr-fresh.com\/unix\/misc\/gnuplot-4.4.2.tar.gz:t\/gnuplot-4.4.2\/share\/LaTeX\/gnuplot-lua-tikz.sty\r\n#\r\n# Execute this script with $gnuplot plots.gp\r\n#\r\n# Author: Sean Barag <sjb89@drexel.edu>\r\n\r\nset terminal tikz color solid size 4.25in,2.25in\r\n\r\n# ---- Simulated ----\r\nset border 15\r\nunset key\r\nset log x\r\nset xrange[50:10e3]\r\nset xtics (100, 300, 1000, 3000, 10000)\r\nset yrange[-60:0]\r\nset ytics 10\r\nset title 'Simulated Frequency Response of Third-order Low Pass Filter'\r\nset xlabel 'Input Frequency, $f$ (\\si{\\hertz})'\r\nset ylabel 'Output Gain, $A$, (\\si{\\decibel})'\r\nset grid\r\nset output \"..\/img\/plot\/bodePlotSim.tex\"\r\nplot \"bodeData.txt\" using 1:2 with lines lw 3\r\n\r\n# ---- Measured ----\r\nset title 'Measured Frequency Response of Third-order Low Pass Filter'\r\nset output \"..\/img\/plot\/bodePlotMeas.tex\"\r\nplot \"labViewData.txt\" using 1:5 with lines lw 3\r\n\r\n# ---- Calculated ----\r\nset title 'Calculated Frequency Response of Third-order Low Pass Filter'\r\nset output \"..\/img\/plot\/bodePlotCalc.tex\"\r\nplot \"matlabBodeData.txt\" using 1:3 with lines lw 3\r\n\r\n# ---- Composite ----\r\nset key bottom left box\r\nset title 'Composite Frequency Response of Third-order Low Pass Filter'\r\nset output \"..\/img\/plot\/bodePlotComposite.tex\"\r\nplot \"bodeData.txt\" using 1:2 with lines lw 2 title 'Simulated', \\\r\n\t\"labViewData.txt\" using 1:5 with lines lw 2 title 'Measured', \\\r\n\t\"matlabBodeData.txt\" using 1:3 with lines lw 2 title 'Calculated'\r\n\r\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'src\/data\/plots.gp' did not match any file(s) known to git\n","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"989b1264426f09f3f6a1942641476a778f5df280","subject":"Scaled by 1000.","message":"Scaled by 1000.\n","repos":"zorotools\/sassy,zorotools\/sassy","old_file":"generate_sku_metrics_plot.gnuplot","new_file":"generate_sku_metrics_plot.gnuplot","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/zorotools\/sassy.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"e8293d5e3e3be1e036522a4c2f0327c7bf8d25a3","subject":"restore initial configuration","message":"restore initial configuration\n","repos":"ajholanda\/numsde","old_file":"plot\/wiener_path.gp","new_file":"plot\/wiener_path.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/ajholanda\/numsde.git\/'\n","license":"unlicense","lang":"Gnuplot"} {"commit":"c5f7e60f83ecb2d4cbaec18fff84861907f59c27","subject":"Comparsion PoS sequences and Regular Expressions","message":"Comparsion PoS sequences and Regular Expressions\n","repos":"snovd\/test-scripts,snovd\/test-scripts","old_file":"kpext\/results\/posseq_common_and_regexp.gnu","new_file":"kpext\/results\/posseq_common_and_regexp.gnu","new_contents":"reset # do not use any previous settings\nset title \"Candidate keyphrases extracted with PoS sequences (development corpus)\" # title\nset xlabel \"Minimum number of ocurrences of each PoS sequence\" # x-axis label\nset ylabel \"Precision\/Recall\/F1\" # y-axis label\nset term png size 1000, 600 font \"Helvetica\" 12\nset size ratio 0.55 #plot dimensions\nset output \"posseq.png\" # name of image file \nset grid y\nset xtics rotate\nset format y \"%1.2f\";\nset ytics 0.1\nset yrange [0.0:1.0] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.3 # increase size of points on the line\nset style line 1 lc rgb '#0060ad' pt 5 # square\nset style line 2 lc rgb '#dd181f' pt 7 # circle\nset style line 3 lc rgb '#2E8B57' pt 9 # triangle\nset style line 4 lw 1.5 lc rgb '#6495ED' pt 1\nset style line 5 lw 1.5 lc rgb '#FF1493' pt 1 \n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:3:xtic(2) title \"Precision\" with linespoints ls 1, \\\n\"dev_seq_projection_filter_by_count.dat\" using 1:4:xtic(2) title \"Recall\" with linespoints ls 2, \\\n\"dev_seq_projection_filter_by_count.dat\" using 1:5:xtic(2) title \"F1\" with linespoints ls 3, \\\n\nreset # do not use any previous settings\nset title \"Candidate keyphrases extracted with RegExp (development corpus)\" # title\nset xlabel \"Minimum number of ocurrences of each PoS sequence\" # x-axis label\nset ylabel \"Precision\/Recall\/F1\" # y-axis label\nset term png size 1000, 600 font \"Helvetica\" 12\nset size ratio 0.55 #plot dimensions\nset output \"regexp.png\" # name of image file \nset grid y\nset xtics rotate\nset format y \"%1.2f\";\nset ytics 0.1\nset yrange [0.0:1.0] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.3 # increase size of points on the line\nset style line 1 lc rgb '#0060ad' pt 5 # square\nset style line 2 lc rgb '#dd181f' pt 7 # circle\nset style line 3 lc rgb '#2E8B57' pt 9 # triangle\nset style line 4 lw 1.5 lc rgb '#6495ED' pt 1\nset style line 5 lw 1.5 lc rgb '#FF1493' pt 1 \n\nplot \"dev_seq_regex_projection_filter_by_count.dat\" using 1:3:xtic(2) title \"Precision\" with linespoints ls 1, \\\n\"dev_seq_regex_projection_filter_by_count.dat\" using 1:4:xtic(2) title \"Recall\" with linespoints ls 2, \\\n\"dev_seq_regex_projection_filter_by_count.dat\" using 1:5:xtic(2) title \"F1\" with linespoints ls 3, \\\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'kpext\/results\/posseq_common_and_regexp.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"222ca19dc1716f5bd864aa7e5aa82d3c0b91ed33","subject":"format for easier reading","message":"format for easier reading\n","repos":"Motiejus\/sox,jacksonh\/sox,Distrotech\/sox,mhartzel\/sox_personal_fork,davel\/sox,MageSlayer\/sox,jacksonh\/sox,jacksonh\/sox,MageSlayer\/sox,uklauer\/sox,mhartzel\/sox_personal_fork,CaptainHayashi\/sox,pcqpcq\/sox,cbagwell\/sox,pcqpcq\/sox,pcqpcq\/sox,davel\/sox,Motiejus\/sox,pcqpcq\/sox,cbagwell\/sox,mhartzel\/sox_personal_fork,davel\/sox,MageSlayer\/sox,Distrotech\/sox,Distrotech\/sox,CaptainHayashi\/sox,MageSlayer\/sox,uklauer\/sox,Motiejus\/sox,CaptainHayashi\/sox,cbagwell\/sox,uklauer\/sox,MageSlayer\/sox,cbagwell\/sox,davel\/sox,jacksonh\/sox,Distrotech\/sox,CaptainHayashi\/sox,uklauer\/sox,Motiejus\/sox,mhartzel\/sox_personal_fork","old_file":"src\/deemph.plt","new_file":"src\/deemph.plt","new_contents":"# 15\/50us EIAJ de-emphasis filter for CD\/DAT\n#\n# 09\/02\/98 (c) Heiko Eissfeldt\n#\n# 18\/03\/07 robs@users.sourceforge.net: changed to biquad for slightly\n# better accuracy.\n#\n# License: LGPL (Lesser Gnu Public License)\n#\n# This implements the inverse filter of the optional pre-emphasis stage\n# as defined by ISO 908 (describing the audio cd format).\n#\n# Background: In the early days of audio cds, there were recording\n# problems with noise (for example in classical recordings). The high\n# dynamics of audio cds exposed these recording errors a lot.\n#\n# The commonly used solution at that time was to 'pre-emphasize' the\n# trebles to have a better signal-noise-ratio. That is trebles were\n# amplified before recording, so that they would give a stronger signal\n# compared to the underlying (tape) noise.\n#\n# For that purpose the audio signal was prefiltered with the following\n# frequency response (simple first order filter):\n#\n# V (in dB)\n# ^\n# |\n# |~10dB _________________\n# | \/\n# | \/ |\n# | 20dB \/ decade ->\/ |\n# | \/ |\n# |____________________\/_ _ |_ _ _ _ _ _ _ _ _ Frequency\n# |0 dB | |\n# | | |\n# | | |\n# 3.1kHz ~10kHz\n#\n# So the recorded audio signal has amplified trebles compared to the\n# original. HiFi cd players do correct this by applying an inverse\n# filter automatically, the cd-rom drives or cd burners used by digital\n# sampling programs (like cdda2wav) however do not.\n#\n# So, this is what this effect does.\n#\n# This is the gnuplot file for the frequency response of the deemphasis.\n#\n# The absolute error is <=0.04dB up to ~12kHz, and <=0.06dB up to 20kHz.\n\n# First define the ideal filter:\n\n# Filter parameters\nT = 1. \/ 441000. # we use the tenfold sampling frequency\nOmegaU = 1. \/ 15e-6\nOmegaL = 15. \/ 50. * OmegaU\n\n# Calculate filter coefficients\nV0 = OmegaL \/ OmegaU\nH0 = V0 - 1.\nB = V0 * tan(OmegaU * T \/ 2.)\nA1 = (B - 1.) \/ (B + 1.)\nB0 = (1. + (1. - A1) * H0 \/ 2.)\nB1 = (A1 + (A1 - 1.) * H0 \/ 2.)\n\n# helper variables\nD = B1 \/ B0\nO = 2 * pi * T\n\n# Ideal transfer function\nHi(f) = B0*sqrt((1 + 2*cos(f*O)*D + D*D)\/(1 + 2*cos(f*O)*A1 + A1*A1))\n\n# Now use a biquad (RBJ high shelf) with sampling frequency of 44100Hz\n# to approximate the ideal curve:\n\n# Filter parameters\nt = 1. \/ 44100.\ngain = -9.477\nslope = .4845\nf0 = 5283\n\n# Calculate filter coefficients\nA = exp(gain \/ 40. * log(10.))\nw0 = 2. * pi * f0 * t\nalpha = sin(w0) \/ 2. * sqrt((A + 1. \/ A) * (1. \/ slope - 1.) + 2.)\nb0 = A * ((A + 1.) + (A - 1.) * cos(w0) + 2. * sqrt(A) * alpha)\nb1 = -2. * A * ((A - 1.) + (A + 1.) * cos(w0))\nb2 = A * ((A + 1.) + (A - 1.) * cos(w0) - 2. * sqrt(A) * alpha)\na0 = (A + 1.) - (A - 1.) * cos(w0) + 2. * sqrt(A) * alpha\na1 = 2. * ((A - 1.) - (A + 1.) * cos(w0))\na2 = (A + 1.) - (A - 1.) * cos(w0) - 2. * sqrt(A) * alpha\nb2 = b2 \/ a0\nb1 = b1 \/ a0\nb0 = b0 \/ a0\na2 = a2 \/ a0\na1 = a1 \/ a0\n\n# helper variables\no = 2 * pi * t\n\n# Best fit transfer function\nHb(f) = sqrt((b0*b0 + b1*b1 + b2*b2 +\\\n 2.*(b0*b1 + b1*b2)*cos(f*o) + 2.*(b0*b2)* cos(2.*f*o)) \/\\\n (1. + a1*a1 + a2*a2 + 2.*(a1 + a1*a2)*cos(f*o) + 2.*a2*cos(2.*f*o)))\n\n# plot real, best, ideal, level with halved attenuation,\n# level at full attentuation, 10fold magnified error\nset logscale x\nset grid xtics ytics mxtics mytics\nset key left bottom\nplot [f=1000:20000] [-12:2] \\\n20 * log10(Hi(f)),\\\n20 * log10(Hb(f)),\\\n20 * log10(OmegaL\/(2 * pi * f)),\\\n.5 * 20 * log10(V0),\\\n20 * log10(V0),\\\n200 * log10(Hb(f)\/Hi(f))\n\npause -1 \"Hit return to continue\"\n","old_contents":"# 15\/50us EIAJ de-emphasis filter for CD\/DAT\n#\n# 09\/02\/98 (c) Heiko Eissfeldt\n#\n# 18\/03\/07 robs@users.sourceforge.net: changed to biquad for slightly\n# better accuracy.\n#\n# License: LGPL (Lesser Gnu Public License)\n#\n# This implements the inverse filter of the optional pre-emphasis stage\n# as defined by ISO 908 (describing the audio cd format).\n#\n# Background: In the early days of audio cds, there were recording\n# problems with noise (for example in classical recordings). The high\n# dynamics of audio cds exposed these recording errors a lot.\n#\n# The commonly used solution at that time was to 'pre-emphasize' the\n# trebles to have a better signal-noise-ratio. That is trebles were\n# amplified before recording, so that they would give a stronger signal\n# compared to the underlying (tape) noise.\n#\n# For that purpose the audio signal was prefiltered with the following\n# frequency response (simple first order filter):\n#\n# V (in dB)\n# ^\n# |\n# |~10dB _________________\n# | \/\n# | \/ |\n# | 20dB \/ decade ->\/ |\n# | \/ |\n# |____________________\/_ _ |_ _ _ _ _ _ _ _ _ Frequency\n# |0 dB | |\n# | | |\n# | | |\n# 3.1kHz ~10kHz\n#\n# So the recorded audio signal has amplified trebles compared to the\n# original. HiFi cd players do correct this by applying an inverse\n# filter automatically, the cd-rom drives or cd burners used by digital\n# sampling programs (like cdda2wav) however do not.\n#\n# So, this is what this effect does.\n#\n# This is the gnuplot file for the frequency response of the deemphasis.\n#\n# The absolute error is <=0.04dB up to ~12kHz, and <=0.06dB up to 20kHz.\n\n# First define the ideal filter:\n\n# Filter parameters\nT=1.\/441000. # we use the tenfold sampling frequency\nOmegaU=1.\/15e-6\nOmegaL=15.\/50.*OmegaU\n\n# Calculate filter coefficients\nV0=OmegaL\/OmegaU\nH0=V0 - 1.\nB=V0*tan(OmegaU*T\/2.)\na1=(B - 1.)\/(B + 1.)\nb0=(1.0 + (1.0 - a1) * H0\/2.)\nb1=(a1 + (a1 - 1.0) * H0\/2.)\n\n# helper variables\nD=b1\/b0\no=2*pi*T\n\n# Ideal transfer function\nHi(f)=b0*sqrt((1 + 2*cos(f*o)*D + D*D)\/(1 + 2*cos(f*o)*a1 + a1*a1))\n\n# Now use a biquad (RBJ high shelf) with sampling frequency of 44100 Hz\n# to approximate the ideal curve:\n\n# Filter parameters\nm_t=1.\/44100.\nm_gain=-9.477\nm_slope=.4845\nm_f0=5283\n\n# Calculate filter coefficients\nm_A=exp(m_gain\/40.*log(10.))\nm_w0=2.*pi*m_f0*m_t\nm_alpha=sin(m_w0)\/2.*sqrt((m_A+1.\/m_A)*(1.\/m_slope-1.)+2.)\nm_b0=m_A*((m_A+1.)+(m_A-1.)*cos(m_w0)+2.*sqrt(m_A)*m_alpha)\nm_b1=-2.*m_A*((m_A-1.)+(m_A+1.)*cos(m_w0))\nm_b2=m_A*((m_A+1.)+(m_A-1.)*cos(m_w0)-2.*sqrt(m_A)*m_alpha)\nm_a0=(m_A+1.)-(m_A-1.)*cos(m_w0)+2.*sqrt(m_A)*m_alpha\nm_a1=2.*((m_A-1.)-(m_A+1.)*cos(m_w0))\nm_a2=(m_A+1.)-(m_A-1.)*cos(m_w0)-2.*sqrt(m_A)*m_alpha\nm_b2=m_b2\/m_a0\nm_b1=m_b1\/m_a0\nm_b0=m_b0\/m_a0\nm_a2=m_a2\/m_a0\nm_a1=m_a1\/m_a0\n\n# helper variables\nm_o=2*pi*m_t\n\n# Best fit transfer function\nHb(f)=sqrt(\\\n (m_b0*m_b0 + m_b1*m_b1 + m_b2*m_b2 +\\\n 2.*(m_b0*m_b1 + m_b1*m_b2)*cos(f*m_o) +\\\n 2.*(m_b0*m_b2)* cos(2.*f*m_o)) \/\\\n (1. + m_a1*m_a1 + m_a2*m_a2 +\\\n 2.*(m_a1 + m_a1*m_a2)*cos(f*m_o) +\\\n 2.*m_a2*cos(2.*f*m_o)))\n\n# plot real, best, ideal, level with halved attenuation,\n# level at full attentuation, 10fold magnified error\nset logscale x\nset grid xtics ytics mxtics mytics\nset key left bottom\nplot [f=1000:20000] [-12:2] \\\n20*log10(Hi(f)),\\\n20*log10(Hb(f)),\\\n20*log10(OmegaL\/(2* pi*f)),\\\n0.5*20*log10(V0),\\\n20*log10(V0),\\\n200*log10(Hb(f)\/Hi(f))\n\npause -1 \"Hit return to continue\"\n","returncode":0,"stderr":"","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"237e2e376736e79b248a2ad667a82f319196079a","subject":"Libsmm config file.","message":"Libsmm config file.\n","repos":"UCL-RITS\/rcps-buildscripts,UCL-RITS\/rcps-buildscripts,UCL-RITS\/rcps-buildscripts,UCL-RITS\/rcps-buildscripts,UCL-RITS\/rcps-buildscripts","old_file":"cp2k-4.1-patches\/linux.gnu","new_file":"cp2k-4.1-patches\/linux.gnu","new_contents":"target_compile=\"gfortran -O2 -funroll-loops -ffree-form -ffree-line-length-none -ftree-vectorize -march=native -cpp -finline-functions -fopenmp\"\n\nblas_linking=\"-L\/shared\/ucl\/apps\/openblas\/0.2.14\/gnu-4.9.2\/lib -lopenblas\"\n\nhost_compile=\"gfortran -O2\"\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'cp2k-4.1-patches\/linux.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"ec2a895155b23a3388a2898d5a2da613399bdca6","subject":"Added some scripts for gnuplotting","message":"Added some scripts for gnuplotting\n\n\ngit-svn-id: b233c5b81dcfbfdfca783093b3213ccfd2356b3a@545 3eb578c0-666c-0410-8428-3510748880ad\n","repos":"AlexSzatmary\/bake","old_file":"gnuplot_scripts\/plotscript.plt","new_file":"gnuplot_scripts\/plotscript.plt","new_contents":"set terminal png\nset yr[0:]\nset output planar-axiall6b6.d0g1.d-3DF.png\nplot \"planar-axiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::33::43\n\nset output planar-axiall6b6.d0g1.d-2DF.png\nplot \"planar-axiall6b6.d0.txt\" using 2:5 every ::66::76, \"analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::66::76\n\nset output planar-axiall6b6.d0g1.d-1DF.png\nplot \"planar-axiall6b6.d0.txt\" using 2:5 every ::99::108, \"analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::99::108\n\nset output planar-biaxiall6b6.d0g1.d-3DF.png\nplot \"planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::33::43\n\nset output planar-biaxiall6b6.d0g1.d-2DF.png\nplot \"planar-biaxiall6b6.d0.txt\" using 2:5 every ::66::76, \"analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::66::76\n\nset output planar-biaxiall6b6.d0g1.d-1DF.png\nplot \"planar-biaxiall6b6.d0.txt\" using 2:5 every ::99::108, \"analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::99::108\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gnuplot_scripts\/plotscript.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"4f97906896a3cc203a81b5fdd6eb2da117346a18","subject":"Use new Pari syntax for elliptic curve point counting","message":"Use new Pari syntax for elliptic curve point counting\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/ecm\/ecm_avg_exp.gp","new_file":"sieve\/ecm\/ecm_avg_exp.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/mancoast\/cado-nfs.git\/'\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"a94e8e7a5f1b15046426f1ce9c332a5fd586d7c5","subject":"add example script for gnuplot","message":"add example script for gnuplot\n","repos":"derhass\/glx_hook","old_file":"script.gnuplot","new_file":"script.gnuplot","new_contents":"# run with gnuplot -e filename=\\'glx_hook_frametimes-ctx1.csv\\' script.gnuplot\n\nset yrange [0:50]\nset ylabel 'time [milliseconds]'\nset xlabel 'frame number'\n\nset style line 1 lt 1 lw 1 lc rgb \"#109010\"\nset style line 2 lt 1 lw 1 lc rgb \"black\"\nset style line 3 lt 1 lw 3 lc rgb \"red\"\nset style line 4 lt 1 lw 1 lc rgb \"blue\"\n\nset terminal png size 1600,1000\noutfile=sprintf(\"%s.png\",filename)\nset output outfile\n\nplot \\\n\tfilename using 1:($2\/1000000) w l ls 1 title 'draw (CPU)', \\\n\tfilename using 1:($3\/1000000) w l ls 2 title 'draw (GPU)', \\\n\tfilename using 1:($6\/1000000) w l ls 3 title 'whole frame (GPU)', \\\n\tfilename using 1:($7\/1000000) w l ls 4 title 'latency'\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'script.gnuplot' did not match any file(s) known to git\n","license":"unlicense","lang":"Gnuplot"} {"commit":"c7a1051bbaf4bb807e128680ef5d688af1084204","subject":"result file","message":"result file\n\n\ngit-svn-id: de9bbed4c30e0eb58fe8e7d66f5c80b71699a07c@2908 bf01a9d7-0df3-0310-8ad4-b1c94d9ae2d5\n","repos":"radarsat1\/siconos,bremond\/siconos,fperignon\/siconos,siconos\/siconos-deb,fperignon\/siconos,radarsat1\/siconos,fperignon\/siconos,siconos\/siconos-deb,radarsat1\/siconos,siconos\/siconos-deb,radarsat1\/siconos,bremond\/siconos,siconos\/siconos,radarsat1\/siconos,siconos\/siconos-deb,fperignon\/siconos,bremond\/siconos,fperignon\/siconos,siconos\/siconos,siconos\/siconos,bremond\/siconos,bremond\/siconos,siconos\/siconos,siconos\/siconos-deb,siconos\/siconos-deb","old_file":"Examples\/Mechanics\/SliderCrank\/result.gp","new_file":"Examples\/Mechanics\/SliderCrank\/result.gp","new_contents":"set term X11\n!tail -n 100000 result.dat > result-gp.dat\n#plot \"result-gp.dat\" u 1:8 t \"Corner 1\" w l\n#plot \"result-gp.dat\" u 1:9 t \"Corner 2\" w l\n#plot \"result-gp.dat\" u 1:10 t \"Corner 3\" w l\n#plot \"result-gp.dat\" u 1:11 t \"Corner 4\" w l\nplot \"result-gp.dat\" u 1:5 t \"Crank speed\" w l\n#plot \"result-gp.dat\" u 1:6 t \"Rod speed\" w l\n#plot \"result-gp.dat\" u 3:6 t \"Phase diagram rod\" w l\n#plot \"result-gp.dat\" u 12:13 t \"Phase diagram slider position\" w l\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'Examples\/Mechanics\/SliderCrank\/result.gp' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"4941d70105d8e261e216b3e999b4a24baece3034","subject":"Gnuplot script to plot decisions","message":"Gnuplot script to plot decisions\n","repos":"abreis\/swift-gissumo,abreis\/swift-gissumo,abreis\/swift-gissumo","old_file":"scripts\/parsers\/allDecPostCoeff.gnuplot","new_file":"scripts\/parsers\/allDecPostCoeff.gnuplot","new_contents":"set terminal postscript eps enhanced color\nset output \"dir\/outfile.eps\"\nset size 1.4, 0.7 # Extra wide plot\n\nset xlabel \"Time Interval [s]\"\nset ylabel \"Score\" rotate by +90 center\nunset key\n\nset key autotitle columnhead # First lines are headers\n\nset style data histograms\nset style histogram rowstacked\nset boxwidth 0.40 relative # Bar width\nset style fill solid 1.00 noborder\n\nset xtics nomirror\nset ytics nomirror\n\nplot 'dir\/datafile.name' \\\n\t\t using 2:xticlabels(1) lc 4, \\\n\t\t'' using 3:xticlabels(1) lc 5, \\\n\t\t'' using ($4*-1.0):xticlabels(1) lc 7, \\\n\t\t'' using 5:xticlabels(1) with points lc 8 lt 6","old_contents":"","returncode":1,"stderr":"error: pathspec 'scripts\/parsers\/allDecPostCoeff.gnuplot' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"43068d817e4090bd2d3cf1994e9b3c4e2544ca16","subject":"Added gnuplot dir and cavity.plt.","message":"Added gnuplot dir and cavity.plt.\n","repos":"mdavidsaver\/jmbgsddb,mdavidsaver\/jmbgsddb,mdavidsaver\/jmbgsddb,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,frib-high-level-controls\/FLAME,mdavidsaver\/jmbgsddb","old_file":"gnuplot\/cavity.plt","new_file":"gnuplot\/cavity.plt","new_contents":"# Terminal type is: 0 - X11, 1 - PS, 2 - PNG, 3 - JPG\nterm_type = 0;\n\n# On-axis long. E-field [V\/m] vs. z [mm].\nfile1 = \"axisData_41.txt\";\n\n# Transverse higher order E-field [V\/m] ([V] for dipole) vs. z [mm].\n# Dipole.\nfile2 = \"Multipole41\/CaviMlp_EDipole_41.txt\";\n# First half of defocusing component.\nfile3 = \"Multipole41\/CaviMlp_EFocus1_41.txt\";\n# Second half of defocusing component.\nfile4 = \"Multipole41\/CaviMlp_EFocus2_41.txt\";\nfile5 = \"Multipole41\/CaviMlp_EQuad_41.txt\";\n\nfile6 = \"Multipole41\/CaviMlp_HDipole_41.txt\";\nfile7 = \"Multipole41\/CaviMlp_HMono_41.txt\";\nfile8 = \"Multipole41\/CaviMlp_HQuad_41.txt\";\nfile9 = \"Multipole41\/thinlenlon_41.txt\";\n\nif (term_type == 0) set terminal x11;\nif (term_type == 1) set terminal postscript landscape enhanced color solid \\\n lw 2 \"Times-Roman\" 15;\n#if (term_type == 2) set terminal pngcairo size 350, 262 enhanced \\\n# font 'Verdana,10';\nif (term_type == 2) set terminal pngcairo enhanced font \"Times-Roman\";\nif (term_type == 3) set terminal jpeg enhanced;\n\nset grid;\n\nset style line 1 lt 1 lw 1 lc rgb \"blue\";\nset style line 2 lt 1 lw 1 lc rgb \"cyan\";\nset style line 3 lt 1 lw 1 lc rgb \"green\";\nset style line 4 lt 1 lw 1 lc rgb \"red\";\nset style line 5 lt 1 lw 1 lc rgb \"dark-green\";\nset style line 6 lt 1 lw 1 lc rgb \"dark-orange\";\nset style line 7 lt 1 lw 1 lc rgb \"dark-violet\";\nset style line 8 lt 1 lw 1 lc rgb \"orange-red\";\n\nif (term_type == 1) set output \"cavity_1.ps\"\nif (term_type == 2) set output \"cavity_1.png\"\nif (term_type == 3) set output \"cavity_1.jpg\"\n\nset title \"Cavity Fundamental Mode: axisData\";\nset xlabel \"z [cm]\"; set ylabel \"E_=? [MV\/m]\";\nplot file1 using (1e-1*$1):(1e-6*$2) notitle with lines ls 1;\n\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_2.ps\"\nif (term_type == 2) set output \"cavity_2.png\"\nif (term_type == 3) set output \"cavity_2.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: EDipole\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [MV]\";\nplot file2 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity: EFocus1\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [MV\/m]\";\nplot file3 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity: EFocus2\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [MV\/m]\";\nplot file4 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.0;\nset title \"Cavity Mode: EQuad\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [MV\/m]\";\nplot file5 using (1e-1*$1):(1e-6*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_3.ps\"\nif (term_type == 2) set output \"cavity_3.png\"\nif (term_type == 3) set output \"cavity_3.jpg\"\n\nset multiplot;\n\nset size 0.5, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Mode: HDipole\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [kV?]\";\nplot file6 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.5, 0.5;\nset title \"Cavity Mode: HMono\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [kV?]\";\nplot file7 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nset origin 0.0, 0.0;\nset title \"Cavity Mode: HQuad\";\nset xlabel \"r [cm]\"; set ylabel \"E_{perp}? [kV?]\";\nplot file8 using (1e-1*$1):(1e-3*$2) notitle with lines ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n\nif (term_type == 1) set output \"cavity_4.ps\"\nif (term_type == 2) set output \"cavity_4.png\"\nif (term_type == 3) set output \"cavity_4.jpg\"\n\nset multiplot;\n\nset size 1.0, 0.5; set origin 0.0, 0.5;\nset title \"Cavity Thin Lens Model: Longitudinal Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_=? [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($4) notitle with impulses ls 1;\n\nset origin 0.0, 0.0;\nset title \"Transverse Kick\";\nset xlabel \"z [cm]\"; set ylabel \"{\/Symbol q}_=? [mrad?]\";\nset xrange [-13:];\nplot file9 using (1e-1*$1):($6) axis x1y2 notitle with impulses ls 3;\n\nunset multiplot;\nif (term_type == 0) pause mouse \"click on graph to cont.\\n\";\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gnuplot\/cavity.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"85fd2c9ef174d5ab8f30497dac260ebe9c1d6cea","subject":"A very simple starter script to graph the output using gnuplot.","message":"A very simple starter script to graph the output using gnuplot.\n","repos":"jkomoros\/sudoku,jkomoros\/sudoku,jkomoros\/sudoku","old_file":"analysis\/graph.plt","new_file":"analysis\/graph.plt","new_contents":"#Pipe in the CSV you want to use, e.g. `cat out.csv | gnuplot graph.plt`\nset datafile separator \",\"\nplot 'out.csv' using 0:3","old_contents":"","returncode":1,"stderr":"error: pathspec 'analysis\/graph.plt' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"95aa2994b7ff81a4644f55138cca57f8f34871a5","subject":"example gnuplot for 3d vis of 1d timeseries","message":"example gnuplot for 3d vis of 1d timeseries\n","repos":"renemilk\/DUNE-Stuff,renemilk\/DUNE-Stuff,renemilk\/DUNE-Stuff","old_file":"scripts\/1D_timeseries.gnuplot","new_file":"scripts\/1D_timeseries.gnuplot","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/renemilk\/DUNE-Stuff.git\/': The requested URL returned error: 403\n","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"4e9317e1eb5d032cf453f98b870bd9d8dc8da494","subject":"Add makefile for Linux GCC","message":"Add makefile for Linux GCC","repos":"nkming2\/MagicalGirlMica,nkming2\/MagicalGirlMica","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/nkming2\/MagicalGirlMica.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"c57f69776103121107ad70d86a7b0efbc2553daa","subject":"Add macros for relative error to lib\/math\/ancillary.","message":"Add macros for relative error to lib\/math\/ancillary.\n","repos":"oridb\/mc,oridb\/mc,oridb\/mc,oridb\/mc","old_file":"lib\/math\/ancillary\/ulp.gp","new_file":"lib\/math\/ancillary\/ulp.gp","new_contents":"\/*\n I always end up need this for debugging\n *\/\n\n{ ulp32(a) = my(aa, q);\n aa = abs(a);\n if(aa < 2^(-150),return(2^(-126 - 23)),);\n q = floor(log(aa)\/log(2));\n if(q < -126,q=-126,);\n return(2^(q-23));\n}\n\n{ ulp64(a) = my(aa, q);\n aa = abs(a);\n if(aa < 2^(-2000),return(2^(-1022 - 52)),);\n q = floor(log(aa)\/log(2));\n if(q < -1022,q=-1022,);\n return(2^(q-52));\n}\n\n{ err32(x, y) =\n return(abs(x-y)\/ulp32(x));\n}\n\n{ err64(x, y) =\n return(abs(x-y)\/ulp64(x));\n}\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'lib\/math\/ancillary\/ulp.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"98e5cb30df0a8651fda87c866c80b67715154b9f","subject":"Add a style configuration","message":"Add a style configuration\n","repos":"kou\/gnuplot","old_file":"theme.gnuplot","new_file":"theme.gnuplot","new_contents":"set terminal pdfcairo enhanced color transparent rounded\n\nset key outside center top horizontal reverse Left samplen 2\nunset border\nset xtics scale 0\nset ytics scale 0\nset grid ytics linewidth 1 linetype -1\n\nset style line 1 lt 1 lc rgbcolor \"#3465a4\" lw 2.5 pt 7 ps 1\nset style line 2 lt 1 lc rgbcolor \"#edd400\" lw 2.5 pt 7 ps 1\nset style line 3 lt 1 lc rgbcolor \"#888a85\" lw 2.5 pt 5 ps 1\nset style line 4 lt 1 lc rgbcolor \"#f57900\" lw 2.5 pt 5 ps 1\nset style line 5 lt 1 lc rgbcolor \"#ad7fa8\" lw 2.5 pt 9 ps 1\nset style line 6 lt 1 lc rgbcolor \"#4e9a06\" lw 2.5 pt 9 ps 1\nset style line 7 lt 1 lc rgbcolor \"#ef2929\" lw 2.5 pt 1 ps 1\nset style line 8 lt 1 lc rgbcolor \"#5c3566\" lw 2.5 pt 1 ps 1\nset style line 9 lt 1 lc rgbcolor \"#c17d11\" lw 2.5 pt 3 ps 1\nset style line 10 lt 1 lc rgbcolor \"#dce775\" lw 2.5 pt 3 ps 1\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'theme.gnuplot' did not match any file(s) known to git\n","license":"cc0-1.0","lang":"Gnuplot"} {"commit":"539637868bb591de72bdc380ec805750c03f3cba","subject":"insert head","message":"insert head\n","repos":"ajholanda\/numsde","old_file":"plot\/cle_mm.gp","new_file":"plot\/cle_mm.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/ajholanda\/numsde.git\/'\n","license":"unlicense","lang":"Gnuplot"} {"commit":"e56a295b6ae7599401cba2a8ab1e3933412b2d4c","subject":"Stream Bench plotter","message":"Stream Bench plotter\n","repos":"nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura,nushio3\/formura","old_file":"attic\/xeon\/plot-stream-bench.gnu","new_file":"attic\/xeon\/plot-stream-bench.gnu","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/nushio3\/formura.git\/': The requested URL returned error: 403\n","license":"mit","lang":"Gnuplot"} {"commit":"47f2aa2af4fd3895f8187e9578c6c944b9749767","subject":"Add print_orders() function","message":"Add print_orders() function\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/ecm\/ecm_avg_exp.gp","new_file":"sieve\/ecm\/ecm_avg_exp.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/mancoast\/cado-nfs.git\/'\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"071db25b01cbb8d0896d83413d50d7949f6d2106","subject":"Add gnuplot script","message":"Add gnuplot script\n","repos":"sjbarag\/ECE-L303-Reports","old_file":"src\/data\/plots.gp","new_file":"src\/data\/plots.gp","new_contents":"# Gnuplot plot-generating script for ECE-L302 Lab 8\n# Note that this script requires the LUA Gnuplot terminal, which is not\n# distributed in all packages, and the gnuplot-lua-tikz LaTeX package to\n# process it. This can be found here:\n#\n# http:\/\/www.sfr-fresh.com\/unix\/misc\/gnuplot-4.4.2.tar.gz:t\/gnuplot-4.4.2\/share\/LaTeX\/gnuplot-lua-tikz.sty\n#\n# Execute this script with $gnuplot plots.gp\n#\n# Author: Sean Barag <sjb89@drexel.edu>\n\nset terminal tikz color solid size 4.25in,2.25in\n\n# --- Voltage Sweep ----\nset border 15\nset key center right width 1 box height 1\nset log x\nset xrange[0.0001:5]\nset yrange[0:150]\nset y2range[0:55]\nset y2tics auto\nset title 'Free-running Oscillator: Varying Capacitor'\nset xlabel 'Capacitance, $C_A$ (\\si{\\micro\\farad})'\nset ylabel 'Output Frequency, $f$ (\\si{\\kilo\\hertz})'\nset y2label 'Output Duty Cycle, (\\si{\\percent})'\nset grid\nset output \"..\/img\/plot\/free_run.tex\"\nplot \"free_run_c.txt\" using 1:3 with linespoints axis x1y1 lw 3 pt 8 title '$f$', \\\n \"free_run_c.txt\" using 1:4 with linespoints axis x1y2 lw 3 pt 5 title 'Duty Cycle'\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'src\/data\/plots.gp' did not match any file(s) known to git\n","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"7790b8c46864379f901e450b50366bd289bcb175","subject":"Add script to make plots from the collected data","message":"Add script to make plots from the collected data\n","repos":"LourensVeen\/gromacs-bench,LourensVeen\/gromacs-bench","old_file":"make_plots.gnuplot","new_file":"make_plots.gnuplot","new_contents":"set terminal png font 'Arial, 24' size 1600,900 background rgb \"#ffffff\"\n\nset style line 100 lt -1 lw 2 lc rgb '#000000'\n\nset border 3 front ls 100\n\nset datafile separator ','\n\nset grid back lw 2 x y\nset xrange [0:24]\nset x2range [0:768]\nset yrange [0:200]\nset xtics nomirror 4\nset x2tics nomirror 128\nset ytics nomirror\n\n####################################\n\nset output 'cpus.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs'\nset xlabel 'Cluster nodes'\nset x2label 'Threads'\nset ylabel 'Simulation speed (ns\/day)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3\n\n####################################\n\nset output 'cpus_ethernet.png'\n\nset key on inside right bottom autotitle columnheader box height 1.5\nset title 'Influence of network'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith lines title 'Infiniband' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):14 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):14 \\\n\t\twith lines title 'Ethernet' lc rgb '#ef6e00' lw 3\n\n####################################\n\nset output 'gpu_cmp.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many GPUs'\nset autoscale x\nunset x2tics\n\nset boxwidth 0.5\nset style fill solid\n\nplot 'gpu_cmp_clean.csv' using 0:14:xtic(18) with boxes lc rgb '#00aeef' notitle\n\nset xtics nomirror 128\n\n####################################\n\nset output 'cpus_gpu.png'\n\nset key off autotitle columnheader\nset title 'Gromacs on many CPUs, with 1 GPU per 32 threads'\nset xrange [0:24]\nset xtics nomirror 4\nset x2tics nomirror 128\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith lines notitle lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 1 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith points notitle lc rgb '#009f00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($4 == 1 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith lines notitle lc rgb '#009f00' lw 3\n\n####################################\n\nset output 'practice.png'\n\nset key on inside right bottom autotitle columnheader box height 1.5\nset title 'Gromacs on Cartesius vs. Lisa (approximately)'\n\nplot \\\n\t'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith points notitle lc rgb '#00aeef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith lines title 'Cartesius CPU' lc rgb '#00aeef' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):14 \\\n\t\twith points notitle lc rgb '#ef6e00' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($4 == 0 && $5 == 0 && stringcolumn(6) eq 'ethernet') ? $2 : 0\/0):14 \\\n\t\twith lines title 'Lisa CPU' lc rgb '#ef6e00' lw 3 \\\n\t, 'data_clean.csv' using (($4 == 0 && $5 == 2 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith points notitle lc rgb '#ae00ef' pt 7 ps 3 \\\n\t, 'means_clean.csv' using (($4 == 0 && $5 == 2 && stringcolumn(6) eq 'infiniband') ? $2 : 0\/0):14 \\\n\t\twith lines title 'Cartesius GPU' lc rgb '#ae00ef' lw 3\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'make_plots.gnuplot' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"cbf2547a618cad4a8f3f6c06eae03e268e671631","subject":"Add new .gnuplot file","message":"Add new .gnuplot file\n","repos":"lasp-lang\/lasp,lasp-lang\/lasp,lasp-lang\/lasp,ergl\/lasp,ergl\/lasp,ergl\/lasp,ergl\/lasp,lasp-lang\/lasp","old_file":"priv\/plots\/transmission.gnuplot","new_file":"priv\/plots\/transmission.gnuplot","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/lasp-lang\/lasp.git\/': The requested URL returned error: 403\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"bc2505cd9bd6250717406f13572fffb8d5c7a3b4","subject":"Add a template of gnuplot","message":"Add a template of gnuplot\n","repos":"koturn\/kotemplate,koturn\/kotemplate,koturn\/kotemplate,koturn\/kotemplate,koturn\/kotemplate,koturn\/kotemplate,koturn\/kotemplate,koturn\/kotemplate,koturn\/kotemplate,koturn\/kotemplate,koturn\/kotemplate,koturn\/kotemplate,koturn\/kotemplate","old_file":"Gnuplot\/epslatex.plt","new_file":"Gnuplot\/epslatex.plt","new_contents":"#!\/usr\/bin\/env gnuplot\n\nset encoding utf8\nset terminal epslatex\nset output '<+filebase+>.eps'\nset output '<+FILEBASE+>.tex'\n\n<+CURSOR+>\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'Gnuplot\/epslatex.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"51f895db5586cb19f02e983a86c45fa90e387f16","subject":"Small fixes","message":"Small fixes\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/ecm\/ecm_avg_exp.gp","new_file":"sieve\/ecm\/ecm_avg_exp.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/mancoast\/cado-nfs.git\/'\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"cc0eaf4576476c047045e5005ffc63a0ba1ff8b6","subject":"Compute order for curve with torsion rational 16","message":"Compute order for curve with torsion rational 16\n\n\n\ngit-svn-id: 189946a10c5fc96e9dd03ba7cba917cd4c3d09f4@2231 de4796e2-0b1e-0410-91b4-86bc23549317\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/ecm\/ecm_avg_exp.gp","new_file":"sieve\/ecm\/ecm_avg_exp.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/mancoast\/cado-nfs.git\/'\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"b582664750e70393b1475726af0287eef593c641","subject":"Subexponential Chebyshev V(x)","message":"Subexponential Chebyshev V(x)\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/ecm\/ecm_avg_exp.gp","new_file":"sieve\/ecm\/ecm_avg_exp.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/mancoast\/cado-nfs.git\/'\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"505940066a82155378475c460201fe3e3a3ae60a","subject":"Recovery of Bug2249_2248Test","message":"Recovery of Bug2249_2248Test\n\n\ngit-svn-id: ed25c26de1c5325e8eb0deed0b990ab8af8a4def@4109 7c6358e6-4a41-0410-a743-a5b2a554c398\n","repos":"sbliven\/biojava,sbliven\/biojava,sbliven\/biojava","old_file":"tests\/files\/AAX56332.gp","new_file":"tests\/files\/AAX56332.gp","new_contents":"LOCUS AAX56332 120 aa linear PRI 01-JUN-2005\nDEFINITION anti-CTLA-4 monoclonal antibody immunoglobulin heavy chain [Homo\n sapiens].\nACCESSION AAX56332\nVERSION AAX56332.1 GI:61815557\nDBSOURCE accession AY847516.1\nKEYWORDS .\nSOURCE Homo sapiens (human)\n ORGANISM Homo sapiens\n Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;\n Mammalia; Eutheria; Euarchontoglires; Primates; Haplorrhini;\n Catarrhini; Hominidae; Homo.\nREFERENCE 1 (residues 1 to 120)\n AUTHORS Chin,L.-T., Chu,C., Hsu,S.-C., Chen,H.-M., Liu,H.-H. and Chu,C.-H.\n TITLE Characterization of complete human anti-CTLA-4 IgG4f monoclonal\n antibody derived from site-directed in vitro immunization of\n peripheral lymphocytes\n JOURNAL Unpublished\nREFERENCE 2 (residues 1 to 120)\n AUTHORS Chin,L.-T., Chu,C., Hsu,S.-C., Chen,H.-M., Liu,H.-H. and Chu,C.-H.\n TITLE Direct Submission\n JOURNAL Submitted (06-DEC-2004) Applied Microbiology, National Chiayi\n University, 300 Academy Road, Chiayi, Taiwan 600, Republic of China\nFEATURES Location\/Qualifiers\n source 1..120\n \/organism=\"Homo sapiens\"\n \/db_xref=\"taxon:9606\"\n Protein <1..>120\n \/product=\"anti-CTLA-4 monoclonal antibody immunoglobulin\n heavy chain\"\n \/name=\"IgG4f\"\n Region 10..120\n \/region_name=\"IGv\"\n \/note=\"Immunoglobulin domain variable region (v)\n subfamily; members of the IGv subfamily are components of\n immunoglobulins and T-cell receptors; cd00099\"\n \/db_xref=\"CDD:28982\"\n CDS 1..120\n \/coded_by=\"AY847516.1:<1..>362\"\nORIGIN \n 1 qvnlresggg vvqpgrslrl scaasgftfs sygmhwvrqa pgkglewvai iyydgrkiyy\n 61 adsvkgrfti srdnsentvs lqmnslraed tavyycarah gdygrdgmdv wgqgttvtvs\n\/\/\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'tests\/files\/AAX56332.gp' did not match any file(s) known to git\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"3ef6c50718b6d0bc7064e724833c6beeaae73494","subject":"Add to repository.","message":"Add to repository.\n","repos":"eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing","old_file":"figures\/gnuplot\/background-default.gp","new_file":"figures\/gnuplot\/background-default.gp","new_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"background-default.png\"\nset encoding utf8\n\nset style line 100 linetype 1 linewidth 1 linecolor rgbcolor '#aaaaaa'\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [-3:3]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset format y \"\"\nset format x \"\"\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\n#set label 2 \"f(x) = x^3 + 3x^2 - 13x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\n#set label 3 \"f(x) = \u03b1(x^3 + x^2 - 26x + 24) + 2x^2 + 13x + 18\" at screen 0.21,0.830 left font \"times.ttf,30\"\n#set title \"Cubic polynomials passing through points (-4,50) and (1,40)\" font \"lucon.ttf,30\"\n\n# Greek \u03b1 symbol is U03B1\nf(x) = x**3 + 3*x**2 - 13.0*x + 42\nx1 = -6\nx2 = 1\nx3 = 4\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot 0 with lines linestyle 100\n#plot \\\n# -120*x - 300 axes x1y1 not with lines linestyle 102, \\\n# 90*x**2 -20*x - 90 axes x1y1 not with lines linestyle 102, \\\n# 12*x**3 - 8*x**2 - 20*x - 100 axes x1y1 not with lines linestyle 102, \\\n# 2*x**4 - 19*x**3 + 3*x**2 + x - 300 axes x1y1 not with lines linestyle 102\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'figures\/gnuplot\/background-default.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"d491af25649688958814f48f96bcf08f7446e765","subject":"500 people 3000 rels example file.","message":"500 people 3000 rels example file.\n","repos":"PHB-CS123\/graphene,PHB-CS123\/graphene,PHB-CS123\/graphene","old_file":"gp-scripts\/500-people-3000-rels.gp","new_file":"gp-scripts\/500-people-3000-rels.gp","new_contents":"CREATE TYPE Person (id: int, name: string, age: int);\nINSERT NODE Person(1, \"FREDERICK BENNETT\", 22), Person(2, \"RALPH GONZALEZ\", 22), Person(3, \"SCOTT WRIGHT\", 60), Person(4, \"LEE BAKER\", 25), Person(5, \"RODNEY PERKINS\", 47), Person(6, \"WAYNE HENDERSON\", 69), Person(7, \"REGINALD NICHOLS\", 30), Person(8, \"GLEN GREEN\", 19), Person(9, \"JAY OLIVER\", 58), Person(10, \"BRENT BREWER\", 1), Person(11, \"JOE PERRY\", 67), Person(12, \"ANTHONY MORALES\", 58), Person(13, \"SAMUEL HUNTER\", 54), Person(14, \"MARK COOPER\", 22), Person(15, \"LESLIE SANDERS\", 19), Person(16, \"LEO HARPER\", 51), Person(17, \"ALEX EDWARDS\", 13), Person(18, \"GLENN GEORGE\", 35), Person(19, \"ERNEST VASQUEZ\", 61), Person(20, \"KYLE STEPHENS\", 31), Person(21, \"JUAN FORD\", 61), Person(22, \"SHANE ADAMS\", 56), Person(23, \"RICARDO PEARSON\", 9), Person(24, \"ROY HENRY\", 67), Person(25, \"CARLOS FLORES\", 62), Person(26, \"LESLIE BURTON\", 9), Person(27, \"THOMAS WILSON\", 27), Person(28, \"FRED FULLER\", 7), Person(29, \"RANDY MENDOZA\", 21), Person(30, \"JESSE HUNT\", 49), Person(31, \"FREDERICK RYAN\", 29), Person(32, \"CHRIS ARMSTRONG\", 64), Person(33, \"NATHANIEL GEORGE\", 20), Person(34, \"TYLER RICE\", 32), Person(35, \"AARON MENDOZA\", 28), Person(36, \"JEREMY TURNER\", 33), Person(37, \"MARK DIAZ\", 52), Person(38, \"LAWRENCE NGUYEN\", 67), Person(39, \"STEPHEN MARSHALL\", 5), Person(40, \"MAURICE FISHER\", 68), Person(41, \"LEONARD VASQUEZ\", 37), Person(42, \"GENE HERNANDEZ\", 4), Person(43, \"ALLEN SHAW\", 9), Person(44, \"BILLY LOPEZ\", 56), Person(45, \"JON GARDNER\", 37), Person(46, \"FREDERICK RICHARDS\", 63), Person(47, \"FREDERICK KELLEY\", 49), Person(48, \"REGINALD MILLER\", 63), Person(49, \"HERBERT SHAW\", 18), Person(50, \"DEREK RUIZ\", 57), Person(51, \"HERMAN WELLS\", 38), Person(52, \"HECTOR HERNANDEZ\", 70), Person(53, \"RONALD ORTIZ\", 60), Person(54, \"RANDALL PALMER\", 47), Person(55, \"BILLY LANE\", 52), Person(56, \"BERNARD LARSON\", 51), Person(57, \"MATTHEW HOLLAND\", 48), Person(58, \"CARL BRYANT\", 21), Person(59, \"LEWIS NICHOLS\", 45), Person(60, \"HENRY GRANT\", 28), Person(61, \"LARRY LAWRENCE\", 49), Person(62, \"FREDERICK EDWARDS\", 42), Person(63, \"BENJAMIN CARROLL\", 24), Person(64, \"JIMMY MORGAN\", 3), Person(65, \"JOHN CLARK\", 15), Person(66, \"GEORGE BUTLER\", 61), Person(67, \"DOUGLAS COX\", 18), Person(68, \"LLOYD BURNS\", 51), Person(69, \"TERRY PORTER\", 34), Person(70, \"GREG PALMER\", 2), Person(71, \"PAUL DUNCAN\", 15), Person(72, \"JEFFERY BRADLEY\", 6), Person(73, \"RUSSELL VASQUEZ\", 56), Person(74, \"EDGAR STEWART\", 63), Person(75, \"ROBERT WATKINS\", 3), Person(76, \"RUBEN BOYD\", 7), Person(77, \"MANUEL ROSE\", 36), Person(78, \"JERRY MURPHY\", 12), Person(79, \"ALVIN YOUNG\", 68), Person(80, \"JEROME THOMPSON\", 13), Person(81, \"RAYMOND FISHER\", 17), Person(82, \"NICHOLAS PAYNE\", 56), Person(83, \"LEE WOODS\", 57), Person(84, \"HAROLD GRAHAM\", 37), Person(85, \"TONY OLIVER\", 43), Person(86, \"ADAM MORRIS\", 66), Person(87, \"JEROME REED\", 20), Person(88, \"HERBERT FRAZIER\", 31), Person(89, \"DANNY CHAPMAN\", 28), Person(90, \"JOHNNY WATSON\", 16), Person(91, \"LUIS FRANKLIN\", 28), Person(92, \"ROGER DEAN\", 14), Person(93, \"DANNY TURNER\", 52), Person(94, \"ALBERT BREWER\", 56), Person(95, \"RICARDO BENNETT\", 43), Person(96, \"COREY REYES\", 61), Person(97, \"DEAN OLIVER\", 53), Person(98, \"CARL REYNOLDS\", 12), Person(99, \"CURTIS ALVAREZ\", 27), Person(100, \"CARLOS CHAVEZ\", 2), Person(101, \"NATHANIEL SIMPSON\", 4), Person(102, \"BRADLEY CARR\", 61), Person(103, \"ARTHUR DUNCAN\", 38), Person(104, \"JEROME BELL\", 64), Person(105, \"SHANE WILLIS\", 49), Person(106, \"ALBERT POWELL\", 37), Person(107, \"WILLIAM FOX\", 54), Person(108, \"GEORGE MORENO\", 55), Person(109, \"CHARLIE HICKS\", 33), Person(110, \"STANLEY RICHARDS\", 51), Person(111, \"CLYDE HANSEN\", 70), Person(112, \"HOWARD RICHARDS\", 47), Person(113, \"MIGUEL BOWMAN\", 58), Person(114, \"LEWIS WATKINS\", 34), Person(115, \"MICHEAL DUNN\", 34), Person(116, \"JOHN HANSON\", 68), Person(117, \"PETER BRADLEY\", 53), Person(118, \"CRAIG TUCKER\", 41), Person(119, \"GENE FOSTER\", 59), Person(120, \"CARL BAILEY\", 65), Person(121, \"JIMMY MEDINA\", 42), Person(122, \"PETER WEBB\", 7), Person(123, \"HENRY WHITE\", 10), Person(124, \"VERNON SIMPSON\", 68), Person(125, \"MARTIN GIBSON\", 45), Person(126, \"LEONARD HOWARD\", 28), Person(127, \"JACK THOMAS\", 10), Person(128, \"JESSE PATTERSON\", 60), Person(129, \"NATHAN COLEMAN\", 12), Person(130, \"BENJAMIN JACOBS\", 21), Person(131, \"JERRY FULLER\", 14), Person(132, \"MICHEAL WATSON\", 12), Person(133, \"BILL GREEN\", 35), Person(134, \"ALLEN LANE\", 55), Person(135, \"RAYMOND TAYLOR\", 48), Person(136, \"MARTIN FOSTER\", 49), Person(137, \"JOEL FERGUSON\", 52), Person(138, \"LEROY OWENS\", 26), Person(139, \"RUBEN FISHER\", 7), Person(140, \"FRED GARRETT\", 30), Person(141, \"CLYDE KENNEDY\", 32), Person(142, \"RONNIE ORTIZ\", 28), Person(143, \"RONALD CRAWFORD\", 39), Person(144, \"TERRY BRADLEY\", 61), Person(145, \"WALTER HOLLAND\", 53), Person(146, \"JOE DAVIS\", 19), Person(147, \"LEE NELSON\", 1), Person(148, \"CHRISTOPHER EDWARDS\", 47), Person(149, \"WALTER SCOTT\", 17), Person(150, \"LESTER PALMER\", 66), Person(151, \"SHANE TURNER\", 10), Person(152, \"TRAVIS FOWLER\", 19), Person(153, \"GEORGE MENDOZA\", 6), Person(154, \"CARLOS LOPEZ\", 7), Person(155, \"JOHN WELLS\", 7), Person(156, \"CARL FLORES\", 28), Person(157, \"JERRY JACKSON\", 24), Person(158, \"WAYNE JAMES\", 57), Person(159, \"LARRY REED\", 32), Person(160, \"DEREK CARPENTER\", 6), Person(161, \"LARRY PARKER\", 44), Person(162, \"LEONARD BROWN\", 26), Person(163, \"GENE WASHINGTON\", 14), Person(164, \"LEON GRIFFIN\", 62), Person(165, \"JASON WEST\", 69), Person(166, \"JESSE CRUZ\", 57), Person(167, \"TODD BERRY\", 2), Person(168, \"BRETT FRANKLIN\", 57), Person(169, \"CHAD FERGUSON\", 43), Person(170, \"RAFAEL BUTLER\", 48), Person(171, \"ZACHARY KENNEDY\", 26), Person(172, \"PAUL ANDREWS\", 35), Person(173, \"ZACHARY STONE\", 46), Person(174, \"RANDALL NGUYEN\", 33), Person(175, \"GLENN HART\", 26), Person(176, \"KEITH LEWIS\", 13), Person(177, \"RICKY PIERCE\", 10), Person(178, \"PEDRO GREEN\", 21), Person(179, \"BRANDON BOWMAN\", 60), Person(180, \"RONNIE KELLEY\", 67), Person(181, \"LEON SCOTT\", 41), Person(182, \"RICHARD CARR\", 32), Person(183, \"BRIAN ALVAREZ\", 43), Person(184, \"MARTIN CARR\", 40), Person(185, \"DANNY SCHMIDT\", 54), Person(186, \"RONNIE BRADLEY\", 62), Person(187, \"JOSHUA PHILLIPS\", 8), Person(188, \"MARCUS CUNNINGHAM\", 19), Person(189, \"WESLEY COOPER\", 15), Person(190, \"HERMAN GARCIA\", 47), Person(191, \"TOM HAMILTON\", 16), Person(192, \"MARIO TURNER\", 47), Person(193, \"DANNY DANIELS\", 42), Person(194, \"JORGE BURTON\", 14), Person(195, \"CARL JACOBS\", 42), Person(196, \"EUGENE DIXON\", 51), Person(197, \"DALE REYNOLDS\", 25), Person(198, \"FLOYD MARTIN\", 16), Person(199, \"RANDALL FULLER\", 47), Person(200, \"KEITH DANIELS\", 27), Person(201, \"CLYDE AUSTIN\", 30), Person(202, \"MARIO ROBERTSON\", 5), Person(203, \"SCOTT WARREN\", 62), Person(204, \"LAWRENCE DUNN\", 68), Person(205, \"NATHANIEL ELLIOTT\", 11), Person(206, \"REGINALD JACKSON\", 37), Person(207, \"MICHAEL BROOKS\", 63), Person(208, \"ROBERTO ROBERTS\", 8), Person(209, \"LESTER RUSSELL\", 6), Person(210, \"ROGER HERNANDEZ\", 65), Person(211, \"RICHARD OWENS\", 9), Person(212, \"CHARLES MENDOZA\", 6), Person(213, \"RAFAEL WHEELER\", 3), Person(214, \"ANTONIO MCDONALD\", 24), Person(215, \"BRADLEY HAWKINS\", 34), Person(216, \"MIGUEL PHILLIPS\", 28), Person(217, \"MARIO SIMS\", 44), Person(218, \"GERALD HAWKINS\", 50), Person(219, \"ALBERT LEE\", 10), Person(220, \"GLENN STEWART\", 16), Person(221, \"RALPH JAMES\", 64), Person(222, \"SHANE CRAWFORD\", 61), Person(223, \"DUSTIN GORDON\", 14), Person(224, \"PETER GRAHAM\", 25), Person(225, \"HAROLD KELLEY\", 59), Person(226, \"BOBBY DIAZ\", 4), Person(227, \"MIGUEL SIMPSON\", 6), Person(228, \"RODNEY WARREN\", 5), Person(229, \"RICHARD CHAVEZ\", 46), Person(230, \"TRAVIS JACKSON\", 19), Person(231, \"BRYAN CARPENTER\", 35), Person(232, \"MIKE GOMEZ\", 40), Person(233, \"DAN HERNANDEZ\", 5), Person(234, \"RANDALL CARR\", 27), Person(235, \"DANNY COLE\", 38), Person(236, \"WESLEY MORALES\", 1), Person(237, \"CLIFFORD HOWELL\", 21), Person(238, \"PHILIP WASHINGTON\", 51), Person(239, \"LOUIS FOX\", 1), Person(240, \"LESLIE MARSHALL\", 28), Person(241, \"MARCUS JORDAN\", 46), Person(242, \"DAVID HARVEY\", 37), Person(243, \"RAFAEL SCHMIDT\", 28), Person(244, \"TOMMY HARVEY\", 32), Person(245, \"JACOB HOWELL\", 59), Person(246, \"CRAIG STANLEY\", 32), Person(247, \"FRANCIS MORRISON\", 20), Person(248, \"FREDERICK LYNCH\", 49), Person(249, \"WARREN MURRAY\", 21), Person(250, \"PHILLIP MASON\", 4), Person(251, \"STEVE COLE\", 33), Person(252, \"LEON ROBERTS\", 2), Person(253, \"EUGENE COOPER\", 21), Person(254, \"RODNEY MORRISON\", 67), Person(255, \"ALLEN COOPER\", 20), Person(256, \"RAMON ROBERTS\", 55), Person(257, \"CHRIS GOMEZ\", 66), Person(258, \"LEE FRAZIER\", 25), Person(259, \"JOE BENNETT\", 25), Person(260, \"SHANE JENKINS\", 9), Person(261, \"RAFAEL SMITH\", 3), Person(262, \"SAMUEL OLSON\", 59), Person(263, \"DENNIS MORRIS\", 42), Person(264, \"MARK EVANS\", 58), Person(265, \"HAROLD GILBERT\", 57), Person(266, \"PETER MORRISON\", 61), Person(267, \"RICHARD JONES\", 3), Person(268, \"COREY GREEN\", 61), Person(269, \"PETER LANE\", 61), Person(270, \"JACK ALEXANDER\", 50), Person(271, \"EUGENE OWENS\", 38), Person(272, \"CLARENCE LONG\", 31), Person(273, \"ALEX DAY\", 16), Person(274, \"NORMAN WEST\", 26), Person(275, \"GREG THOMPSON\", 29), Person(276, \"RUBEN STEWART\", 45), Person(277, \"BRETT CARPENTER\", 41), Person(278, \"STANLEY CAMPBELL\", 48), Person(279, \"DAVID WILLIAMSON\", 30), Person(280, \"JOSE EDWARDS\", 13), Person(281, \"RICK ANDERSON\", 30), Person(282, \"EDWIN GUTIERREZ\", 40), Person(283, \"LESLIE BRADLEY\", 69), Person(284, \"WALTER ROMERO\", 47), Person(285, \"TYLER ALEXANDER\", 31), Person(286, \"RONALD JACOBS\", 32), Person(287, \"JIM STONE\", 64), Person(288, \"ERIC ARMSTRONG\", 40), Person(289, \"TIMOTHY COOPER\", 3), Person(290, \"JIMMY PARKER\", 39), Person(291, \"MIGUEL HENDERSON\", 14), Person(292, \"ZACHARY REYNOLDS\", 13), Person(293, \"JOHN HUNT\", 28), Person(294, \"DARRELL MYERS\", 20), Person(295, \"MARC GARZA\", 27), Person(296, \"BILLY MYERS\", 39), Person(297, \"RAY PORTER\", 6), Person(298, \"SAMUEL LOPEZ\", 68), Person(299, \"NATHAN MARSHALL\", 26), Person(300, \"NATHANIEL DEAN\", 28), Person(301, \"GERALD SCHMIDT\", 3), Person(302, \"HARRY WATKINS\", 56), Person(303, \"DERRICK MORGAN\", 30), Person(304, \"GLEN HUNT\", 15), Person(305, \"HENRY JENKINS\", 63), Person(306, \"BRADLEY STEVENS\", 56), Person(307, \"LAWRENCE SILVA\", 50), Person(308, \"EDWARD BANKS\", 25), Person(309, \"DANNY GRAHAM\", 67), Person(310, \"RICARDO COLE\", 21), Person(311, \"WAYNE SIMMONS\", 68), Person(312, \"JESSE RAMOS\", 41), Person(313, \"ALBERT CARROLL\", 59), Person(314, \"CHARLES WEAVER\", 28), Person(315, \"LEROY MORENO\", 8), Person(316, \"RYAN GORDON\", 53), Person(317, \"LUIS BRADLEY\", 56), Person(318, \"THEODORE WILLIS\", 4), Person(319, \"CRAIG GUTIERREZ\", 55), Person(320, \"ALEXANDER KENNEDY\", 35), Person(321, \"EDWARD PEREZ\", 33), Person(322, \"NATHANIEL FIELDS\", 4), Person(323, \"FLOYD TORRES\", 11), Person(324, \"BRENT BAKER\", 65), Person(325, \"ALEX WARD\", 38), Person(326, \"ALBERT GREENE\", 4), Person(327, \"CHARLIE CUNNINGHAM\", 24), Person(328, \"DONALD BRADLEY\", 13), Person(329, \"ERIC BELL\", 42), Person(330, \"CHARLIE FREEMAN\", 68), Person(331, \"DANIEL JACKSON\", 47), Person(332, \"BARRY GONZALES\", 26), Person(333, \"DAVID PHILLIPS\", 13), Person(334, \"ARTHUR WEAVER\", 51), Person(335, \"WALTER CARR\", 44), Person(336, \"RONNIE WEBB\", 64), Person(337, \"BOBBY MEYER\", 53), Person(338, \"ROGER GREENE\", 64), Person(339, \"OSCAR BURNS\", 31), Person(340, \"WARREN LITTLE\", 52), Person(341, \"KEVIN WILLIAMS\", 51), Person(342, \"RONNIE HENRY\", 20), Person(343, \"SHAWN HOLLAND\", 53), Person(344, \"SHAWN BUTLER\", 50), Person(345, \"ROY MORALES\", 33), Person(346, \"BRYAN TURNER\", 21), Person(347, \"DOUGLAS SANDERS\", 22), Person(348, \"DERRICK RYAN\", 20), Person(349, \"KEVIN LAWRENCE\", 46), Person(350, \"LEROY LARSON\", 34), Person(351, \"FREDERICK WOODS\", 44), Person(352, \"MIKE FERGUSON\", 3), Person(353, \"BRETT ROBERTS\", 33), Person(354, \"NORMAN DUNN\", 29), Person(355, \"JEFFREY FOX\", 34), Person(356, \"ALFRED WILLIS\", 33), Person(357, \"KENNETH HOLMES\", 53), Person(358, \"LUIS PERKINS\", 49), Person(359, \"ROY SIMPSON\", 70), Person(360, \"EDGAR ANDREWS\", 36), Person(361, \"MARC BROOKS\", 1), Person(362, \"ALVIN HARPER\", 34), Person(363, \"LAWRENCE HALL\", 4), Person(364, \"DEREK LYNCH\", 17), Person(365, \"JOSEPH HAWKINS\", 3), Person(366, \"ANTHONY HILL\", 60), Person(367, \"NICHOLAS KENNEDY\", 20), Person(368, \"LEROY CARLSON\", 25), Person(369, \"DERRICK HAWKINS\", 33), Person(370, \"ARTHUR GARZA\", 38), Person(371, \"JEFF COLLINS\", 50), Person(372, \"JESUS JONES\", 70), Person(373, \"STEPHEN FERGUSON\", 3), Person(374, \"EDWIN BOWMAN\", 6), Person(375, \"PHILLIP FIELDS\", 18), Person(376, \"STEVEN STONE\", 51), Person(377, \"LLOYD ALEXANDER\", 27), Person(378, \"OSCAR WILLIAMSON\", 11), Person(379, \"RICHARD PEARSON\", 62), Person(380, \"JOHNNY FRAZIER\", 11), Person(381, \"BRIAN ALVAREZ\", 33), Person(382, \"GEORGE SHAW\", 47), Person(383, \"RAFAEL ALLEN\", 16), Person(384, \"CALVIN SIMS\", 38), Person(385, \"CHRISTOPHER HANSEN\", 11), Person(386, \"SCOTT PRICE\", 30), Person(387, \"PHILLIP SIMPSON\", 43), Person(388, \"JEFF HOWARD\", 22), Person(389, \"JUAN GREEN\", 59), Person(390, \"CALVIN HAMILTON\", 50), Person(391, \"RICARDO OWENS\", 18), Person(392, \"LLOYD WEBB\", 38), Person(393, \"SHANE LEE\", 8), Person(394, \"SAMUEL OWENS\", 16), Person(395, \"JIM FOSTER\", 67), Person(396, \"VINCENT GARRETT\", 21), Person(397, \"RANDY HOLMES\", 8), Person(398, \"WILLIE GONZALEZ\", 16), Person(399, \"DAVID PALMER\", 14), Person(400, \"EDGAR REYNOLDS\", 12), Person(401, \"RONNIE FOWLER\", 35), Person(402, \"ZACHARY ROMERO\", 50), Person(403, \"THOMAS HILL\", 31), Person(404, \"LLOYD SPENCER\", 36), Person(405, \"THEODORE RUSSELL\", 13), Person(406, \"KYLE COOK\", 60), Person(407, \"BRIAN COLE\", 18), Person(408, \"GARY RODRIGUEZ\", 54), Person(409, \"RICK MURPHY\", 11), Person(410, \"DALE FOWLER\", 16), Person(411, \"PHILLIP HARPER\", 22), Person(412, \"CLIFFORD RAMOS\", 47), Person(413, \"TOMMY GEORGE\", 43), Person(414, \"SHAWN PIERCE\", 20), Person(415, \"KENNETH NELSON\", 49), Person(416, \"TRAVIS GUTIERREZ\", 38), Person(417, \"PETER PEARSON\", 60), Person(418, \"RALPH COOK\", 1), Person(419, \"JOSE WELCH\", 8), Person(420, \"TONY CRUZ\", 70), Person(421, \"TOM RAMIREZ\", 66), Person(422, \"ERNEST LARSON\", 26), Person(423, \"DONALD PERRY\", 6), Person(424, \"MANUEL GONZALEZ\", 52), Person(425, \"ALEXANDER CARR\", 55), Person(426, \"EDGAR BURTON\", 68), Person(427, \"CARL LAWSON\", 1), Person(428, \"ALFRED MARSHALL\", 14), Person(429, \"JACOB KELLEY\", 20), Person(430, \"ANTHONY GARCIA\", 45), Person(431, \"GARY ELLIOTT\", 63), Person(432, \"JORGE WHITE\", 66), Person(433, \"NORMAN GARRETT\", 15), Person(434, \"ROY AUSTIN\", 11), Person(435, \"ALLEN FIELDS\", 8), Person(436, \"JESSE GREENE\", 1), Person(437, \"LEE RICE\", 39), Person(438, \"ZACHARY WELLS\", 63), Person(439, \"JASON GEORGE\", 37), Person(440, \"LESTER DIXON\", 51), Person(441, \"CHARLES ALEXANDER\", 37), Person(442, \"THEODORE PORTER\", 21), Person(443, \"ERNEST WATSON\", 67), Person(444, \"CARL COLE\", 64), Person(445, \"LEONARD GRAHAM\", 11), Person(446, \"LUIS LONG\", 47), Person(447, \"STEVE ANDERSON\", 62), Person(448, \"DALE FULLER\", 23), Person(449, \"TONY REYES\", 6), Person(450, \"CHAD SCHMIDT\", 13), Person(451, \"CARLOS TORRES\", 26), Person(452, \"RICHARD NGUYEN\", 7), Person(453, \"BILLY LANE\", 68), Person(454, \"BENJAMIN BURNS\", 48), Person(455, \"ADAM OLSON\", 48), Person(456, \"FREDERICK HUNT\", 37), Person(457, \"FRANCIS LONG\", 67), Person(458, \"ANTONIO TURNER\", 10), Person(459, \"JOSHUA GONZALEZ\", 7), Person(460, \"DEAN ROGERS\", 52), Person(461, \"LEONARD CRUZ\", 30), Person(462, \"JASON SNYDER\", 14), Person(463, \"CHARLIE DIXON\", 42), Person(464, \"RAMON MURPHY\", 17), Person(465, \"REGINALD SILVA\", 64), Person(466, \"CRAIG COLE\", 54), Person(467, \"STEVE BOWMAN\", 2), Person(468, \"DAVID BLACK\", 55), Person(469, \"NATHANIEL KIM\", 22), Person(470, \"REGINALD CASTILLO\", 56), Person(471, \"MARK WOOD\", 19), Person(472, \"ALVIN BELL\", 16), Person(473, \"RALPH EDWARDS\", 40), Person(474, \"ROBERT SIMMONS\", 16), Person(475, \"JEFFERY BAKER\", 11), Person(476, \"CALVIN GARRETT\", 25), Person(477, \"LEO REID\", 25), Person(478, \"ARTHUR JOHNSTON\", 48), Person(479, \"JIMMY HAYES\", 41), Person(480, \"JEFF CASTILLO\", 62), Person(481, \"RICARDO JENKINS\", 44), Person(482, \"JEFFERY SIMS\", 67), Person(483, \"LUIS ROMERO\", 5), Person(484, \"JUSTIN LEWIS\", 32), Person(485, \"ANDREW JORDAN\", 18), Person(486, \"LUIS GOMEZ\", 24), Person(487, \"RONALD MONTGOMERY\", 39), Person(488, \"JEFFERY LONG\", 59), Person(489, \"JESUS HOLMES\", 41), Person(490, \"RAFAEL PAYNE\", 51), Person(491, \"WAYNE PORTER\", 4), Person(492, \"EUGENE OLSON\", 44), Person(493, \"RICKY NELSON\", 55), Person(494, \"FRANK COLE\", 66), Person(495, \"FRED LARSON\", 24), Person(496, \"EDDIE COLEMAN\", 58), Person(497, \"JOSEPH WALKER\", 14), Person(498, \"DEAN FOSTER\", 45), Person(499, \"PATRICK HUGHES\", 61), Person(500, \"MELVIN JONES\", 47);\nCREATE RELATION KNOWS (num_years: int);\nINSERT RELATION Person(id=330)-[KNOWS(2)]->Person(id=146), Person(id=169)-[KNOWS(3)]->Person(id=30), Person(id=334)-[KNOWS(2)]->Person(id=31), Person(id=152)-[KNOWS(8)]->Person(id=31), Person(id=61)-[KNOWS(1)]->Person(id=457), Person(id=59)-[KNOWS(5)]->Person(id=331), Person(id=248)-[KNOWS(5)]->Person(id=415), Person(id=117)-[KNOWS(7)]->Person(id=429), Person(id=462)-[KNOWS(1)]->Person(id=261), Person(id=16)-[KNOWS(7)]->Person(id=426), Person(id=264)-[KNOWS(7)]->Person(id=488), Person(id=54)-[KNOWS(3)]->Person(id=44), Person(id=175)-[KNOWS(4)]->Person(id=314), Person(id=107)-[KNOWS(1)]->Person(id=24), Person(id=302)-[KNOWS(5)]->Person(id=480), Person(id=128)-[KNOWS(3)]->Person(id=108), Person(id=485)-[KNOWS(4)]->Person(id=103), Person(id=286)-[KNOWS(5)]->Person(id=380), Person(id=396)-[KNOWS(2)]->Person(id=406), Person(id=309)-[KNOWS(7)]->Person(id=55), Person(id=291)-[KNOWS(9)]->Person(id=341), Person(id=205)-[KNOWS(7)]->Person(id=71), Person(id=123)-[KNOWS(7)]->Person(id=496), Person(id=261)-[KNOWS(6)]->Person(id=219), Person(id=22)-[KNOWS(3)]->Person(id=169), Person(id=311)-[KNOWS(7)]->Person(id=82), Person(id=34)-[KNOWS(3)]->Person(id=115), Person(id=285)-[KNOWS(6)]->Person(id=491), Person(id=108)-[KNOWS(6)]->Person(id=258), Person(id=33)-[KNOWS(3)]->Person(id=375), Person(id=277)-[KNOWS(1)]->Person(id=92), Person(id=201)-[KNOWS(8)]->Person(id=405), Person(id=100)-[KNOWS(9)]->Person(id=394), Person(id=251)-[KNOWS(5)]->Person(id=378), Person(id=265)-[KNOWS(2)]->Person(id=321), Person(id=483)-[KNOWS(6)]->Person(id=407), Person(id=152)-[KNOWS(6)]->Person(id=179), Person(id=491)-[KNOWS(8)]->Person(id=117), Person(id=131)-[KNOWS(9)]->Person(id=198), Person(id=358)-[KNOWS(8)]->Person(id=211), Person(id=485)-[KNOWS(6)]->Person(id=122), Person(id=59)-[KNOWS(2)]->Person(id=208), Person(id=88)-[KNOWS(5)]->Person(id=425), Person(id=466)-[KNOWS(9)]->Person(id=304), Person(id=237)-[KNOWS(8)]->Person(id=464), Person(id=174)-[KNOWS(1)]->Person(id=303), Person(id=151)-[KNOWS(1)]->Person(id=242), Person(id=223)-[KNOWS(3)]->Person(id=2), Person(id=317)-[KNOWS(2)]->Person(id=438), Person(id=318)-[KNOWS(3)]->Person(id=203), Person(id=108)-[KNOWS(6)]->Person(id=409), Person(id=160)-[KNOWS(9)]->Person(id=200), Person(id=87)-[KNOWS(8)]->Person(id=79), Person(id=442)-[KNOWS(1)]->Person(id=293), Person(id=31)-[KNOWS(2)]->Person(id=390), Person(id=221)-[KNOWS(8)]->Person(id=115), Person(id=189)-[KNOWS(4)]->Person(id=95), Person(id=275)-[KNOWS(5)]->Person(id=64), Person(id=479)-[KNOWS(3)]->Person(id=189), Person(id=99)-[KNOWS(1)]->Person(id=498), Person(id=78)-[KNOWS(9)]->Person(id=22), Person(id=237)-[KNOWS(5)]->Person(id=52), Person(id=439)-[KNOWS(9)]->Person(id=53), Person(id=335)-[KNOWS(3)]->Person(id=452), Person(id=459)-[KNOWS(8)]->Person(id=33), Person(id=39)-[KNOWS(9)]->Person(id=297), Person(id=112)-[KNOWS(3)]->Person(id=466), Person(id=197)-[KNOWS(5)]->Person(id=145), Person(id=374)-[KNOWS(1)]->Person(id=152), Person(id=357)-[KNOWS(8)]->Person(id=206), Person(id=278)-[KNOWS(4)]->Person(id=380), Person(id=482)-[KNOWS(2)]->Person(id=213), Person(id=484)-[KNOWS(1)]->Person(id=248), Person(id=350)-[KNOWS(1)]->Person(id=320), Person(id=32)-[KNOWS(1)]->Person(id=102), Person(id=331)-[KNOWS(1)]->Person(id=442), Person(id=297)-[KNOWS(3)]->Person(id=135), Person(id=12)-[KNOWS(8)]->Person(id=438), Person(id=160)-[KNOWS(8)]->Person(id=155), Person(id=162)-[KNOWS(6)]->Person(id=7), Person(id=242)-[KNOWS(2)]->Person(id=246), Person(id=107)-[KNOWS(3)]->Person(id=110), Person(id=276)-[KNOWS(7)]->Person(id=210), Person(id=345)-[KNOWS(6)]->Person(id=278), Person(id=410)-[KNOWS(8)]->Person(id=372), Person(id=108)-[KNOWS(4)]->Person(id=347), Person(id=172)-[KNOWS(6)]->Person(id=350), Person(id=283)-[KNOWS(1)]->Person(id=488), Person(id=169)-[KNOWS(8)]->Person(id=212), Person(id=491)-[KNOWS(4)]->Person(id=183), Person(id=39)-[KNOWS(1)]->Person(id=403), Person(id=472)-[KNOWS(2)]->Person(id=216), Person(id=310)-[KNOWS(2)]->Person(id=286), Person(id=15)-[KNOWS(2)]->Person(id=222), Person(id=408)-[KNOWS(6)]->Person(id=20), Person(id=101)-[KNOWS(1)]->Person(id=440), Person(id=362)-[KNOWS(6)]->Person(id=59), Person(id=490)-[KNOWS(3)]->Person(id=498), Person(id=158)-[KNOWS(2)]->Person(id=424), Person(id=264)-[KNOWS(3)]->Person(id=197), Person(id=383)-[KNOWS(7)]->Person(id=281), Person(id=39)-[KNOWS(9)]->Person(id=144), Person(id=428)-[KNOWS(9)]->Person(id=367), Person(id=433)-[KNOWS(9)]->Person(id=347), Person(id=97)-[KNOWS(4)]->Person(id=345), Person(id=236)-[KNOWS(3)]->Person(id=452), Person(id=481)-[KNOWS(3)]->Person(id=283), Person(id=462)-[KNOWS(9)]->Person(id=362), Person(id=107)-[KNOWS(6)]->Person(id=6), Person(id=299)-[KNOWS(1)]->Person(id=138), Person(id=351)-[KNOWS(6)]->Person(id=328), Person(id=306)-[KNOWS(7)]->Person(id=370), Person(id=209)-[KNOWS(3)]->Person(id=242), Person(id=123)-[KNOWS(6)]->Person(id=310), Person(id=121)-[KNOWS(6)]->Person(id=429), Person(id=320)-[KNOWS(4)]->Person(id=489), Person(id=324)-[KNOWS(8)]->Person(id=25), Person(id=131)-[KNOWS(5)]->Person(id=437), Person(id=3)-[KNOWS(6)]->Person(id=392), Person(id=322)-[KNOWS(1)]->Person(id=466), Person(id=278)-[KNOWS(2)]->Person(id=331), Person(id=96)-[KNOWS(8)]->Person(id=107), Person(id=86)-[KNOWS(6)]->Person(id=328), Person(id=306)-[KNOWS(9)]->Person(id=141), Person(id=283)-[KNOWS(7)]->Person(id=411), Person(id=347)-[KNOWS(1)]->Person(id=481), Person(id=129)-[KNOWS(7)]->Person(id=412), Person(id=123)-[KNOWS(5)]->Person(id=264), Person(id=2)-[KNOWS(1)]->Person(id=86), Person(id=118)-[KNOWS(5)]->Person(id=62), Person(id=448)-[KNOWS(4)]->Person(id=428), Person(id=236)-[KNOWS(4)]->Person(id=48), Person(id=147)-[KNOWS(5)]->Person(id=363), Person(id=212)-[KNOWS(6)]->Person(id=172), Person(id=399)-[KNOWS(4)]->Person(id=497), Person(id=298)-[KNOWS(4)]->Person(id=12), Person(id=66)-[KNOWS(6)]->Person(id=150), Person(id=22)-[KNOWS(3)]->Person(id=318), Person(id=194)-[KNOWS(9)]->Person(id=416), Person(id=59)-[KNOWS(1)]->Person(id=129), Person(id=194)-[KNOWS(6)]->Person(id=345), Person(id=309)-[KNOWS(4)]->Person(id=161), Person(id=208)-[KNOWS(5)]->Person(id=419), Person(id=270)-[KNOWS(3)]->Person(id=205), Person(id=116)-[KNOWS(6)]->Person(id=58), Person(id=138)-[KNOWS(1)]->Person(id=297), Person(id=27)-[KNOWS(5)]->Person(id=110), Person(id=271)-[KNOWS(8)]->Person(id=188), Person(id=199)-[KNOWS(8)]->Person(id=20), Person(id=7)-[KNOWS(6)]->Person(id=366), Person(id=2)-[KNOWS(3)]->Person(id=491), Person(id=21)-[KNOWS(2)]->Person(id=7), Person(id=122)-[KNOWS(3)]->Person(id=432), Person(id=283)-[KNOWS(1)]->Person(id=143), Person(id=398)-[KNOWS(6)]->Person(id=388), Person(id=252)-[KNOWS(1)]->Person(id=164), Person(id=13)-[KNOWS(9)]->Person(id=126), Person(id=470)-[KNOWS(1)]->Person(id=404), Person(id=42)-[KNOWS(1)]->Person(id=449), Person(id=393)-[KNOWS(4)]->Person(id=469), Person(id=330)-[KNOWS(2)]->Person(id=265), Person(id=153)-[KNOWS(7)]->Person(id=267), Person(id=189)-[KNOWS(1)]->Person(id=64), Person(id=360)-[KNOWS(8)]->Person(id=424), Person(id=113)-[KNOWS(7)]->Person(id=210), Person(id=32)-[KNOWS(1)]->Person(id=309), Person(id=4)-[KNOWS(8)]->Person(id=375), Person(id=499)-[KNOWS(4)]->Person(id=103), Person(id=231)-[KNOWS(2)]->Person(id=80), Person(id=157)-[KNOWS(8)]->Person(id=309), Person(id=155)-[KNOWS(1)]->Person(id=280), Person(id=316)-[KNOWS(6)]->Person(id=121), Person(id=145)-[KNOWS(7)]->Person(id=182), Person(id=409)-[KNOWS(5)]->Person(id=147), Person(id=120)-[KNOWS(8)]->Person(id=247), Person(id=428)-[KNOWS(5)]->Person(id=56), Person(id=486)-[KNOWS(8)]->Person(id=291), Person(id=457)-[KNOWS(3)]->Person(id=83), Person(id=99)-[KNOWS(1)]->Person(id=59), Person(id=482)-[KNOWS(9)]->Person(id=244), Person(id=384)-[KNOWS(7)]->Person(id=179), Person(id=500)-[KNOWS(8)]->Person(id=406), Person(id=210)-[KNOWS(3)]->Person(id=398), Person(id=310)-[KNOWS(7)]->Person(id=326), Person(id=181)-[KNOWS(2)]->Person(id=201), Person(id=428)-[KNOWS(8)]->Person(id=176), Person(id=460)-[KNOWS(3)]->Person(id=303), Person(id=158)-[KNOWS(6)]->Person(id=470), Person(id=291)-[KNOWS(2)]->Person(id=64), Person(id=310)-[KNOWS(6)]->Person(id=431), Person(id=74)-[KNOWS(7)]->Person(id=83), Person(id=451)-[KNOWS(8)]->Person(id=191), Person(id=221)-[KNOWS(8)]->Person(id=361), Person(id=350)-[KNOWS(7)]->Person(id=273), Person(id=123)-[KNOWS(3)]->Person(id=402), Person(id=375)-[KNOWS(4)]->Person(id=47), Person(id=84)-[KNOWS(3)]->Person(id=481), Person(id=261)-[KNOWS(2)]->Person(id=178), Person(id=152)-[KNOWS(8)]->Person(id=275), Person(id=383)-[KNOWS(3)]->Person(id=74), Person(id=305)-[KNOWS(4)]->Person(id=388), Person(id=406)-[KNOWS(8)]->Person(id=233), Person(id=340)-[KNOWS(9)]->Person(id=31), Person(id=80)-[KNOWS(1)]->Person(id=286), Person(id=263)-[KNOWS(9)]->Person(id=472), Person(id=385)-[KNOWS(8)]->Person(id=269), Person(id=481)-[KNOWS(7)]->Person(id=437), Person(id=495)-[KNOWS(3)]->Person(id=204), Person(id=384)-[KNOWS(6)]->Person(id=338), Person(id=387)-[KNOWS(9)]->Person(id=64), Person(id=240)-[KNOWS(9)]->Person(id=23), Person(id=315)-[KNOWS(5)]->Person(id=353), Person(id=223)-[KNOWS(9)]->Person(id=101), Person(id=354)-[KNOWS(8)]->Person(id=118), Person(id=46)-[KNOWS(3)]->Person(id=157), Person(id=215)-[KNOWS(5)]->Person(id=6), Person(id=34)-[KNOWS(8)]->Person(id=252), Person(id=414)-[KNOWS(9)]->Person(id=250), Person(id=372)-[KNOWS(1)]->Person(id=259), Person(id=366)-[KNOWS(2)]->Person(id=121), Person(id=440)-[KNOWS(7)]->Person(id=232), Person(id=169)-[KNOWS(6)]->Person(id=205), Person(id=366)-[KNOWS(1)]->Person(id=411), Person(id=98)-[KNOWS(3)]->Person(id=73), Person(id=243)-[KNOWS(2)]->Person(id=23), Person(id=192)-[KNOWS(1)]->Person(id=261), Person(id=258)-[KNOWS(6)]->Person(id=73), Person(id=427)-[KNOWS(8)]->Person(id=400), Person(id=224)-[KNOWS(1)]->Person(id=318), Person(id=441)-[KNOWS(2)]->Person(id=40), Person(id=55)-[KNOWS(3)]->Person(id=176), Person(id=145)-[KNOWS(6)]->Person(id=457), Person(id=327)-[KNOWS(7)]->Person(id=304), Person(id=359)-[KNOWS(4)]->Person(id=485), Person(id=464)-[KNOWS(8)]->Person(id=148), Person(id=249)-[KNOWS(7)]->Person(id=481), Person(id=371)-[KNOWS(8)]->Person(id=440), Person(id=144)-[KNOWS(6)]->Person(id=350), Person(id=178)-[KNOWS(6)]->Person(id=22), Person(id=464)-[KNOWS(3)]->Person(id=197), Person(id=286)-[KNOWS(5)]->Person(id=65), Person(id=497)-[KNOWS(5)]->Person(id=271), Person(id=231)-[KNOWS(4)]->Person(id=495), Person(id=459)-[KNOWS(8)]->Person(id=43), Person(id=498)-[KNOWS(9)]->Person(id=196), Person(id=451)-[KNOWS(5)]->Person(id=70), Person(id=44)-[KNOWS(5)]->Person(id=151), Person(id=249)-[KNOWS(4)]->Person(id=154), Person(id=242)-[KNOWS(8)]->Person(id=210), Person(id=352)-[KNOWS(8)]->Person(id=188), Person(id=195)-[KNOWS(2)]->Person(id=385), Person(id=294)-[KNOWS(8)]->Person(id=474), Person(id=367)-[KNOWS(9)]->Person(id=256), Person(id=177)-[KNOWS(2)]->Person(id=464), Person(id=354)-[KNOWS(5)]->Person(id=449), Person(id=489)-[KNOWS(3)]->Person(id=51), Person(id=70)-[KNOWS(6)]->Person(id=437), Person(id=361)-[KNOWS(1)]->Person(id=158), Person(id=386)-[KNOWS(6)]->Person(id=442), Person(id=173)-[KNOWS(7)]->Person(id=27), Person(id=42)-[KNOWS(7)]->Person(id=107), Person(id=116)-[KNOWS(1)]->Person(id=209), Person(id=302)-[KNOWS(5)]->Person(id=109), Person(id=403)-[KNOWS(4)]->Person(id=296), Person(id=222)-[KNOWS(2)]->Person(id=109), Person(id=171)-[KNOWS(7)]->Person(id=89), Person(id=337)-[KNOWS(3)]->Person(id=272), Person(id=108)-[KNOWS(6)]->Person(id=230), Person(id=416)-[KNOWS(8)]->Person(id=140), Person(id=498)-[KNOWS(7)]->Person(id=44), Person(id=58)-[KNOWS(3)]->Person(id=166), Person(id=169)-[KNOWS(3)]->Person(id=346), Person(id=436)-[KNOWS(9)]->Person(id=299), Person(id=76)-[KNOWS(3)]->Person(id=124), Person(id=263)-[KNOWS(1)]->Person(id=23), Person(id=278)-[KNOWS(9)]->Person(id=158), Person(id=388)-[KNOWS(5)]->Person(id=486), Person(id=164)-[KNOWS(4)]->Person(id=500), Person(id=401)-[KNOWS(4)]->Person(id=297), Person(id=207)-[KNOWS(4)]->Person(id=309), Person(id=407)-[KNOWS(9)]->Person(id=361), Person(id=67)-[KNOWS(8)]->Person(id=53), Person(id=122)-[KNOWS(2)]->Person(id=57), Person(id=375)-[KNOWS(3)]->Person(id=133), Person(id=453)-[KNOWS(1)]->Person(id=242), Person(id=272)-[KNOWS(8)]->Person(id=479), Person(id=32)-[KNOWS(9)]->Person(id=285), Person(id=446)-[KNOWS(3)]->Person(id=221), Person(id=344)-[KNOWS(8)]->Person(id=128), Person(id=36)-[KNOWS(8)]->Person(id=410), Person(id=499)-[KNOWS(6)]->Person(id=56), Person(id=303)-[KNOWS(8)]->Person(id=225), Person(id=114)-[KNOWS(2)]->Person(id=280), Person(id=151)-[KNOWS(4)]->Person(id=418), Person(id=154)-[KNOWS(9)]->Person(id=442), Person(id=77)-[KNOWS(7)]->Person(id=143), Person(id=339)-[KNOWS(5)]->Person(id=72), Person(id=30)-[KNOWS(4)]->Person(id=124), Person(id=10)-[KNOWS(6)]->Person(id=397), Person(id=155)-[KNOWS(8)]->Person(id=253), Person(id=301)-[KNOWS(9)]->Person(id=169), Person(id=474)-[KNOWS(8)]->Person(id=340), Person(id=339)-[KNOWS(1)]->Person(id=28), Person(id=257)-[KNOWS(6)]->Person(id=240), Person(id=46)-[KNOWS(6)]->Person(id=232), Person(id=294)-[KNOWS(3)]->Person(id=275), Person(id=497)-[KNOWS(4)]->Person(id=151), Person(id=227)-[KNOWS(3)]->Person(id=255), Person(id=70)-[KNOWS(2)]->Person(id=351), Person(id=441)-[KNOWS(9)]->Person(id=454), Person(id=8)-[KNOWS(9)]->Person(id=362), Person(id=78)-[KNOWS(6)]->Person(id=125), Person(id=205)-[KNOWS(1)]->Person(id=279), Person(id=161)-[KNOWS(3)]->Person(id=119), Person(id=226)-[KNOWS(4)]->Person(id=48), Person(id=146)-[KNOWS(4)]->Person(id=294), Person(id=199)-[KNOWS(8)]->Person(id=237), Person(id=306)-[KNOWS(3)]->Person(id=411), Person(id=93)-[KNOWS(3)]->Person(id=71), Person(id=254)-[KNOWS(8)]->Person(id=418), Person(id=379)-[KNOWS(5)]->Person(id=414), Person(id=436)-[KNOWS(8)]->Person(id=420), Person(id=274)-[KNOWS(1)]->Person(id=355), Person(id=443)-[KNOWS(5)]->Person(id=118), Person(id=240)-[KNOWS(7)]->Person(id=97), Person(id=331)-[KNOWS(4)]->Person(id=241), Person(id=86)-[KNOWS(7)]->Person(id=294), Person(id=156)-[KNOWS(9)]->Person(id=276), Person(id=65)-[KNOWS(6)]->Person(id=11), Person(id=478)-[KNOWS(2)]->Person(id=373), Person(id=200)-[KNOWS(1)]->Person(id=109), Person(id=360)-[KNOWS(2)]->Person(id=483), Person(id=383)-[KNOWS(7)]->Person(id=28), Person(id=153)-[KNOWS(5)]->Person(id=37), Person(id=478)-[KNOWS(9)]->Person(id=47), Person(id=247)-[KNOWS(2)]->Person(id=319), Person(id=160)-[KNOWS(6)]->Person(id=39), Person(id=147)-[KNOWS(6)]->Person(id=28), Person(id=226)-[KNOWS(5)]->Person(id=41), Person(id=165)-[KNOWS(7)]->Person(id=191), Person(id=45)-[KNOWS(8)]->Person(id=242), Person(id=412)-[KNOWS(1)]->Person(id=144), Person(id=52)-[KNOWS(4)]->Person(id=435), Person(id=500)-[KNOWS(2)]->Person(id=394), Person(id=177)-[KNOWS(7)]->Person(id=499), Person(id=500)-[KNOWS(8)]->Person(id=332), Person(id=456)-[KNOWS(9)]->Person(id=460), Person(id=154)-[KNOWS(8)]->Person(id=160), Person(id=135)-[KNOWS(8)]->Person(id=422), Person(id=108)-[KNOWS(6)]->Person(id=157), Person(id=324)-[KNOWS(7)]->Person(id=265), Person(id=150)-[KNOWS(1)]->Person(id=446), Person(id=220)-[KNOWS(9)]->Person(id=230), Person(id=301)-[KNOWS(1)]->Person(id=47), Person(id=9)-[KNOWS(3)]->Person(id=135), Person(id=44)-[KNOWS(1)]->Person(id=376), Person(id=193)-[KNOWS(6)]->Person(id=56), Person(id=121)-[KNOWS(1)]->Person(id=426), Person(id=426)-[KNOWS(2)]->Person(id=494), Person(id=469)-[KNOWS(2)]->Person(id=253), Person(id=350)-[KNOWS(2)]->Person(id=478), Person(id=11)-[KNOWS(8)]->Person(id=62), Person(id=453)-[KNOWS(6)]->Person(id=370), Person(id=368)-[KNOWS(2)]->Person(id=5), Person(id=182)-[KNOWS(9)]->Person(id=260), Person(id=36)-[KNOWS(2)]->Person(id=242), Person(id=293)-[KNOWS(2)]->Person(id=277), Person(id=64)-[KNOWS(1)]->Person(id=466), Person(id=214)-[KNOWS(5)]->Person(id=24), Person(id=245)-[KNOWS(2)]->Person(id=120), Person(id=253)-[KNOWS(9)]->Person(id=413), Person(id=122)-[KNOWS(3)]->Person(id=111), Person(id=249)-[KNOWS(2)]->Person(id=453), Person(id=381)-[KNOWS(7)]->Person(id=361), Person(id=206)-[KNOWS(9)]->Person(id=432), Person(id=109)-[KNOWS(4)]->Person(id=81), Person(id=132)-[KNOWS(4)]->Person(id=59), Person(id=327)-[KNOWS(2)]->Person(id=60), Person(id=179)-[KNOWS(1)]->Person(id=456), Person(id=165)-[KNOWS(1)]->Person(id=269), Person(id=346)-[KNOWS(2)]->Person(id=377), Person(id=333)-[KNOWS(2)]->Person(id=409), Person(id=360)-[KNOWS(9)]->Person(id=455), Person(id=496)-[KNOWS(2)]->Person(id=304), Person(id=13)-[KNOWS(4)]->Person(id=424), Person(id=244)-[KNOWS(8)]->Person(id=484), Person(id=198)-[KNOWS(1)]->Person(id=376), Person(id=70)-[KNOWS(4)]->Person(id=389), Person(id=158)-[KNOWS(3)]->Person(id=229), Person(id=308)-[KNOWS(4)]->Person(id=256), Person(id=415)-[KNOWS(7)]->Person(id=7), Person(id=479)-[KNOWS(5)]->Person(id=275), Person(id=375)-[KNOWS(5)]->Person(id=82), Person(id=162)-[KNOWS(4)]->Person(id=277), Person(id=428)-[KNOWS(8)]->Person(id=403), Person(id=473)-[KNOWS(7)]->Person(id=140), Person(id=176)-[KNOWS(2)]->Person(id=407), Person(id=90)-[KNOWS(5)]->Person(id=223), Person(id=380)-[KNOWS(3)]->Person(id=350), Person(id=39)-[KNOWS(1)]->Person(id=360), Person(id=439)-[KNOWS(6)]->Person(id=315), Person(id=326)-[KNOWS(1)]->Person(id=472), Person(id=280)-[KNOWS(1)]->Person(id=21), Person(id=471)-[KNOWS(9)]->Person(id=152), Person(id=201)-[KNOWS(3)]->Person(id=85), Person(id=300)-[KNOWS(8)]->Person(id=463), Person(id=1)-[KNOWS(9)]->Person(id=21), Person(id=64)-[KNOWS(4)]->Person(id=179), Person(id=107)-[KNOWS(2)]->Person(id=443), Person(id=353)-[KNOWS(8)]->Person(id=33), Person(id=342)-[KNOWS(9)]->Person(id=274), Person(id=414)-[KNOWS(4)]->Person(id=479), Person(id=298)-[KNOWS(7)]->Person(id=87), Person(id=339)-[KNOWS(3)]->Person(id=125), Person(id=460)-[KNOWS(7)]->Person(id=354), Person(id=422)-[KNOWS(1)]->Person(id=372), Person(id=316)-[KNOWS(6)]->Person(id=68), Person(id=114)-[KNOWS(8)]->Person(id=154), Person(id=56)-[KNOWS(8)]->Person(id=362), Person(id=70)-[KNOWS(8)]->Person(id=156), Person(id=400)-[KNOWS(8)]->Person(id=333), Person(id=83)-[KNOWS(1)]->Person(id=346), Person(id=355)-[KNOWS(3)]->Person(id=40), Person(id=374)-[KNOWS(6)]->Person(id=231), Person(id=25)-[KNOWS(4)]->Person(id=36), Person(id=434)-[KNOWS(1)]->Person(id=404), Person(id=392)-[KNOWS(5)]->Person(id=328), Person(id=423)-[KNOWS(9)]->Person(id=249), Person(id=60)-[KNOWS(7)]->Person(id=179), Person(id=25)-[KNOWS(8)]->Person(id=3), Person(id=52)-[KNOWS(4)]->Person(id=366), Person(id=246)-[KNOWS(6)]->Person(id=23), Person(id=239)-[KNOWS(4)]->Person(id=41), Person(id=209)-[KNOWS(6)]->Person(id=461), Person(id=107)-[KNOWS(3)]->Person(id=99), Person(id=217)-[KNOWS(4)]->Person(id=235), Person(id=431)-[KNOWS(8)]->Person(id=392), Person(id=379)-[KNOWS(9)]->Person(id=465), Person(id=47)-[KNOWS(9)]->Person(id=25), Person(id=60)-[KNOWS(3)]->Person(id=13), Person(id=206)-[KNOWS(7)]->Person(id=157), Person(id=456)-[KNOWS(3)]->Person(id=493), Person(id=240)-[KNOWS(2)]->Person(id=236), Person(id=386)-[KNOWS(2)]->Person(id=207), Person(id=450)-[KNOWS(2)]->Person(id=257), Person(id=407)-[KNOWS(4)]->Person(id=196), Person(id=306)-[KNOWS(2)]->Person(id=371), Person(id=262)-[KNOWS(3)]->Person(id=470), Person(id=417)-[KNOWS(1)]->Person(id=406), Person(id=34)-[KNOWS(8)]->Person(id=386), Person(id=198)-[KNOWS(1)]->Person(id=447), Person(id=185)-[KNOWS(9)]->Person(id=93), Person(id=13)-[KNOWS(3)]->Person(id=78), Person(id=196)-[KNOWS(2)]->Person(id=417), Person(id=89)-[KNOWS(4)]->Person(id=346), Person(id=475)-[KNOWS(2)]->Person(id=31), Person(id=263)-[KNOWS(3)]->Person(id=88), Person(id=273)-[KNOWS(8)]->Person(id=260), Person(id=136)-[KNOWS(8)]->Person(id=301), Person(id=377)-[KNOWS(9)]->Person(id=401), Person(id=84)-[KNOWS(5)]->Person(id=417), Person(id=149)-[KNOWS(3)]->Person(id=64), Person(id=222)-[KNOWS(1)]->Person(id=331), Person(id=120)-[KNOWS(7)]->Person(id=499), Person(id=86)-[KNOWS(8)]->Person(id=385), Person(id=17)-[KNOWS(4)]->Person(id=253), Person(id=411)-[KNOWS(1)]->Person(id=291), Person(id=484)-[KNOWS(5)]->Person(id=157), Person(id=129)-[KNOWS(4)]->Person(id=348), Person(id=298)-[KNOWS(9)]->Person(id=292), Person(id=307)-[KNOWS(1)]->Person(id=354), Person(id=249)-[KNOWS(7)]->Person(id=45), Person(id=376)-[KNOWS(8)]->Person(id=250), Person(id=391)-[KNOWS(5)]->Person(id=209), Person(id=164)-[KNOWS(7)]->Person(id=461), Person(id=452)-[KNOWS(8)]->Person(id=483), Person(id=212)-[KNOWS(3)]->Person(id=493), Person(id=428)-[KNOWS(8)]->Person(id=24), Person(id=476)-[KNOWS(7)]->Person(id=91), Person(id=239)-[KNOWS(9)]->Person(id=109), Person(id=167)-[KNOWS(2)]->Person(id=28), Person(id=459)-[KNOWS(4)]->Person(id=356), Person(id=284)-[KNOWS(3)]->Person(id=491), Person(id=362)-[KNOWS(9)]->Person(id=28), Person(id=388)-[KNOWS(9)]->Person(id=147), Person(id=373)-[KNOWS(2)]->Person(id=153), Person(id=47)-[KNOWS(5)]->Person(id=347), Person(id=214)-[KNOWS(2)]->Person(id=391), Person(id=92)-[KNOWS(5)]->Person(id=138), Person(id=199)-[KNOWS(4)]->Person(id=306), Person(id=295)-[KNOWS(7)]->Person(id=67), Person(id=135)-[KNOWS(2)]->Person(id=429), Person(id=178)-[KNOWS(5)]->Person(id=160), Person(id=222)-[KNOWS(1)]->Person(id=306), Person(id=227)-[KNOWS(4)]->Person(id=421), Person(id=444)-[KNOWS(5)]->Person(id=75), Person(id=354)-[KNOWS(3)]->Person(id=180), Person(id=284)-[KNOWS(4)]->Person(id=265), Person(id=121)-[KNOWS(3)]->Person(id=125), Person(id=407)-[KNOWS(6)]->Person(id=228), Person(id=402)-[KNOWS(6)]->Person(id=123), Person(id=300)-[KNOWS(5)]->Person(id=406), Person(id=202)-[KNOWS(4)]->Person(id=180), Person(id=103)-[KNOWS(4)]->Person(id=10), Person(id=9)-[KNOWS(8)]->Person(id=463), Person(id=102)-[KNOWS(3)]->Person(id=448), Person(id=30)-[KNOWS(4)]->Person(id=433), Person(id=465)-[KNOWS(3)]->Person(id=14), Person(id=64)-[KNOWS(3)]->Person(id=223), Person(id=18)-[KNOWS(2)]->Person(id=213), Person(id=213)-[KNOWS(7)]->Person(id=184), Person(id=169)-[KNOWS(3)]->Person(id=340), Person(id=41)-[KNOWS(2)]->Person(id=112), Person(id=378)-[KNOWS(8)]->Person(id=371), Person(id=350)-[KNOWS(7)]->Person(id=103), Person(id=17)-[KNOWS(3)]->Person(id=364), Person(id=408)-[KNOWS(2)]->Person(id=381), Person(id=96)-[KNOWS(4)]->Person(id=161), Person(id=137)-[KNOWS(6)]->Person(id=340), Person(id=459)-[KNOWS(4)]->Person(id=263), Person(id=13)-[KNOWS(9)]->Person(id=251), Person(id=114)-[KNOWS(2)]->Person(id=214), Person(id=278)-[KNOWS(1)]->Person(id=259), Person(id=310)-[KNOWS(6)]->Person(id=247), Person(id=369)-[KNOWS(1)]->Person(id=47), Person(id=356)-[KNOWS(8)]->Person(id=52), Person(id=11)-[KNOWS(1)]->Person(id=126), Person(id=65)-[KNOWS(6)]->Person(id=452), Person(id=491)-[KNOWS(7)]->Person(id=409), Person(id=188)-[KNOWS(1)]->Person(id=172), Person(id=242)-[KNOWS(8)]->Person(id=63), Person(id=135)-[KNOWS(7)]->Person(id=69), Person(id=418)-[KNOWS(5)]->Person(id=65), Person(id=230)-[KNOWS(4)]->Person(id=132), Person(id=475)-[KNOWS(5)]->Person(id=362), Person(id=328)-[KNOWS(5)]->Person(id=52), Person(id=331)-[KNOWS(4)]->Person(id=44), Person(id=300)-[KNOWS(6)]->Person(id=142), Person(id=113)-[KNOWS(9)]->Person(id=222), Person(id=117)-[KNOWS(8)]->Person(id=172), Person(id=304)-[KNOWS(3)]->Person(id=232), Person(id=473)-[KNOWS(8)]->Person(id=404), Person(id=359)-[KNOWS(5)]->Person(id=449), Person(id=377)-[KNOWS(2)]->Person(id=44), Person(id=318)-[KNOWS(2)]->Person(id=173), Person(id=142)-[KNOWS(5)]->Person(id=246), Person(id=100)-[KNOWS(6)]->Person(id=28), Person(id=448)-[KNOWS(9)]->Person(id=47), Person(id=7)-[KNOWS(4)]->Person(id=24), Person(id=163)-[KNOWS(4)]->Person(id=56), Person(id=52)-[KNOWS(8)]->Person(id=107), Person(id=166)-[KNOWS(2)]->Person(id=357), Person(id=122)-[KNOWS(5)]->Person(id=267), Person(id=36)-[KNOWS(8)]->Person(id=63), Person(id=235)-[KNOWS(8)]->Person(id=469), Person(id=285)-[KNOWS(5)]->Person(id=167), Person(id=440)-[KNOWS(6)]->Person(id=356), Person(id=156)-[KNOWS(6)]->Person(id=110), Person(id=231)-[KNOWS(1)]->Person(id=324), Person(id=97)-[KNOWS(8)]->Person(id=392), Person(id=231)-[KNOWS(1)]->Person(id=100), Person(id=207)-[KNOWS(9)]->Person(id=25), Person(id=288)-[KNOWS(8)]->Person(id=109), Person(id=92)-[KNOWS(7)]->Person(id=336), Person(id=142)-[KNOWS(6)]->Person(id=58), Person(id=281)-[KNOWS(4)]->Person(id=207), Person(id=203)-[KNOWS(9)]->Person(id=139), Person(id=130)-[KNOWS(2)]->Person(id=408), Person(id=264)-[KNOWS(2)]->Person(id=8), Person(id=137)-[KNOWS(5)]->Person(id=312), Person(id=15)-[KNOWS(1)]->Person(id=279), Person(id=445)-[KNOWS(2)]->Person(id=489), Person(id=201)-[KNOWS(7)]->Person(id=149), Person(id=240)-[KNOWS(6)]->Person(id=191), Person(id=298)-[KNOWS(4)]->Person(id=407), Person(id=134)-[KNOWS(5)]->Person(id=11), Person(id=248)-[KNOWS(7)]->Person(id=151), Person(id=411)-[KNOWS(8)]->Person(id=472), Person(id=87)-[KNOWS(5)]->Person(id=306), Person(id=198)-[KNOWS(8)]->Person(id=497), Person(id=174)-[KNOWS(7)]->Person(id=370), Person(id=46)-[KNOWS(1)]->Person(id=409), Person(id=369)-[KNOWS(9)]->Person(id=353), Person(id=135)-[KNOWS(2)]->Person(id=323), Person(id=67)-[KNOWS(4)]->Person(id=456), Person(id=396)-[KNOWS(7)]->Person(id=371), Person(id=229)-[KNOWS(2)]->Person(id=266), Person(id=256)-[KNOWS(2)]->Person(id=444), Person(id=56)-[KNOWS(4)]->Person(id=69), Person(id=126)-[KNOWS(9)]->Person(id=8), Person(id=200)-[KNOWS(1)]->Person(id=330), Person(id=317)-[KNOWS(4)]->Person(id=13), Person(id=131)-[KNOWS(3)]->Person(id=149), Person(id=428)-[KNOWS(4)]->Person(id=333), Person(id=491)-[KNOWS(9)]->Person(id=201), Person(id=139)-[KNOWS(8)]->Person(id=4), Person(id=21)-[KNOWS(9)]->Person(id=163), Person(id=288)-[KNOWS(1)]->Person(id=218), Person(id=156)-[KNOWS(9)]->Person(id=393), Person(id=93)-[KNOWS(4)]->Person(id=142), Person(id=34)-[KNOWS(2)]->Person(id=416), Person(id=3)-[KNOWS(8)]->Person(id=305), Person(id=296)-[KNOWS(7)]->Person(id=269), Person(id=444)-[KNOWS(5)]->Person(id=264), Person(id=444)-[KNOWS(6)]->Person(id=211), Person(id=324)-[KNOWS(1)]->Person(id=37), Person(id=82)-[KNOWS(7)]->Person(id=231), Person(id=491)-[KNOWS(7)]->Person(id=82), Person(id=59)-[KNOWS(7)]->Person(id=462), Person(id=184)-[KNOWS(4)]->Person(id=385), Person(id=189)-[KNOWS(2)]->Person(id=346), Person(id=268)-[KNOWS(5)]->Person(id=193), Person(id=95)-[KNOWS(3)]->Person(id=272), Person(id=29)-[KNOWS(1)]->Person(id=301), Person(id=368)-[KNOWS(5)]->Person(id=342), Person(id=48)-[KNOWS(1)]->Person(id=367), Person(id=118)-[KNOWS(1)]->Person(id=92), Person(id=195)-[KNOWS(9)]->Person(id=222), Person(id=294)-[KNOWS(1)]->Person(id=51), Person(id=26)-[KNOWS(2)]->Person(id=345), Person(id=112)-[KNOWS(1)]->Person(id=208), Person(id=330)-[KNOWS(5)]->Person(id=312), Person(id=268)-[KNOWS(2)]->Person(id=312), Person(id=338)-[KNOWS(9)]->Person(id=50), Person(id=317)-[KNOWS(5)]->Person(id=334), Person(id=57)-[KNOWS(5)]->Person(id=203), Person(id=359)-[KNOWS(7)]->Person(id=149), Person(id=59)-[KNOWS(9)]->Person(id=111), Person(id=368)-[KNOWS(7)]->Person(id=394), Person(id=408)-[KNOWS(5)]->Person(id=442), Person(id=382)-[KNOWS(3)]->Person(id=142), Person(id=399)-[KNOWS(6)]->Person(id=99), Person(id=168)-[KNOWS(3)]->Person(id=130), Person(id=125)-[KNOWS(9)]->Person(id=171), Person(id=230)-[KNOWS(4)]->Person(id=414), Person(id=299)-[KNOWS(2)]->Person(id=34), Person(id=488)-[KNOWS(6)]->Person(id=498), Person(id=400)-[KNOWS(1)]->Person(id=286), Person(id=389)-[KNOWS(8)]->Person(id=329), Person(id=54)-[KNOWS(2)]->Person(id=364), Person(id=74)-[KNOWS(8)]->Person(id=136), Person(id=257)-[KNOWS(3)]->Person(id=58), Person(id=152)-[KNOWS(9)]->Person(id=249), Person(id=260)-[KNOWS(5)]->Person(id=28), Person(id=37)-[KNOWS(5)]->Person(id=171), Person(id=32)-[KNOWS(5)]->Person(id=241), Person(id=81)-[KNOWS(4)]->Person(id=333), Person(id=309)-[KNOWS(6)]->Person(id=496), Person(id=213)-[KNOWS(2)]->Person(id=288), Person(id=418)-[KNOWS(6)]->Person(id=331), Person(id=325)-[KNOWS(7)]->Person(id=253), Person(id=155)-[KNOWS(3)]->Person(id=234), Person(id=144)-[KNOWS(8)]->Person(id=395), Person(id=20)-[KNOWS(2)]->Person(id=310), Person(id=166)-[KNOWS(4)]->Person(id=486), Person(id=7)-[KNOWS(2)]->Person(id=390), Person(id=251)-[KNOWS(9)]->Person(id=68), Person(id=255)-[KNOWS(6)]->Person(id=118), Person(id=114)-[KNOWS(7)]->Person(id=82), Person(id=185)-[KNOWS(2)]->Person(id=235), Person(id=298)-[KNOWS(1)]->Person(id=399), Person(id=455)-[KNOWS(5)]->Person(id=67), Person(id=102)-[KNOWS(2)]->Person(id=262), Person(id=29)-[KNOWS(2)]->Person(id=72), Person(id=251)-[KNOWS(9)]->Person(id=159), Person(id=363)-[KNOWS(2)]->Person(id=291), Person(id=13)-[KNOWS(4)]->Person(id=228), Person(id=236)-[KNOWS(6)]->Person(id=414), Person(id=61)-[KNOWS(1)]->Person(id=414), Person(id=311)-[KNOWS(8)]->Person(id=233), Person(id=198)-[KNOWS(9)]->Person(id=357), Person(id=300)-[KNOWS(9)]->Person(id=116), Person(id=373)-[KNOWS(8)]->Person(id=164), Person(id=377)-[KNOWS(6)]->Person(id=258), Person(id=289)-[KNOWS(4)]->Person(id=480), Person(id=319)-[KNOWS(1)]->Person(id=439), Person(id=388)-[KNOWS(6)]->Person(id=263), Person(id=264)-[KNOWS(3)]->Person(id=481), Person(id=484)-[KNOWS(2)]->Person(id=52), Person(id=31)-[KNOWS(8)]->Person(id=260), Person(id=5)-[KNOWS(3)]->Person(id=80), Person(id=219)-[KNOWS(3)]->Person(id=364), Person(id=261)-[KNOWS(6)]->Person(id=27), Person(id=212)-[KNOWS(2)]->Person(id=30), Person(id=280)-[KNOWS(8)]->Person(id=177), Person(id=93)-[KNOWS(5)]->Person(id=68), Person(id=104)-[KNOWS(2)]->Person(id=110), Person(id=220)-[KNOWS(2)]->Person(id=434), Person(id=427)-[KNOWS(7)]->Person(id=343), Person(id=171)-[KNOWS(8)]->Person(id=153), Person(id=256)-[KNOWS(1)]->Person(id=453), Person(id=154)-[KNOWS(5)]->Person(id=153), Person(id=101)-[KNOWS(7)]->Person(id=459), Person(id=55)-[KNOWS(2)]->Person(id=182), Person(id=179)-[KNOWS(3)]->Person(id=139), Person(id=275)-[KNOWS(3)]->Person(id=270), Person(id=103)-[KNOWS(4)]->Person(id=398), Person(id=184)-[KNOWS(9)]->Person(id=209), Person(id=303)-[KNOWS(1)]->Person(id=239), Person(id=3)-[KNOWS(4)]->Person(id=241), Person(id=303)-[KNOWS(1)]->Person(id=313), Person(id=249)-[KNOWS(5)]->Person(id=451), Person(id=493)-[KNOWS(5)]->Person(id=182), Person(id=477)-[KNOWS(1)]->Person(id=382), Person(id=256)-[KNOWS(7)]->Person(id=148), Person(id=140)-[KNOWS(3)]->Person(id=95), Person(id=60)-[KNOWS(5)]->Person(id=209), Person(id=254)-[KNOWS(4)]->Person(id=269), Person(id=298)-[KNOWS(8)]->Person(id=27), Person(id=441)-[KNOWS(3)]->Person(id=269), Person(id=410)-[KNOWS(6)]->Person(id=166), Person(id=63)-[KNOWS(6)]->Person(id=275), Person(id=393)-[KNOWS(3)]->Person(id=439), Person(id=441)-[KNOWS(5)]->Person(id=340), Person(id=36)-[KNOWS(9)]->Person(id=254), Person(id=52)-[KNOWS(4)]->Person(id=67), Person(id=51)-[KNOWS(1)]->Person(id=384), Person(id=67)-[KNOWS(5)]->Person(id=422), Person(id=176)-[KNOWS(9)]->Person(id=117), Person(id=320)-[KNOWS(7)]->Person(id=238), Person(id=393)-[KNOWS(1)]->Person(id=387), Person(id=80)-[KNOWS(8)]->Person(id=371), Person(id=85)-[KNOWS(6)]->Person(id=110), Person(id=85)-[KNOWS(8)]->Person(id=313), Person(id=457)-[KNOWS(4)]->Person(id=352), Person(id=379)-[KNOWS(9)]->Person(id=492), Person(id=151)-[KNOWS(6)]->Person(id=324), Person(id=136)-[KNOWS(9)]->Person(id=53), Person(id=145)-[KNOWS(1)]->Person(id=493), Person(id=99)-[KNOWS(3)]->Person(id=233), Person(id=303)-[KNOWS(6)]->Person(id=381), Person(id=409)-[KNOWS(2)]->Person(id=44), Person(id=64)-[KNOWS(3)]->Person(id=309), Person(id=99)-[KNOWS(2)]->Person(id=47), Person(id=178)-[KNOWS(4)]->Person(id=328), Person(id=207)-[KNOWS(1)]->Person(id=373), Person(id=72)-[KNOWS(4)]->Person(id=123), Person(id=447)-[KNOWS(7)]->Person(id=34), Person(id=460)-[KNOWS(9)]->Person(id=415), Person(id=172)-[KNOWS(1)]->Person(id=96), Person(id=202)-[KNOWS(3)]->Person(id=136), Person(id=338)-[KNOWS(8)]->Person(id=279), Person(id=182)-[KNOWS(1)]->Person(id=358), Person(id=172)-[KNOWS(5)]->Person(id=71), Person(id=471)-[KNOWS(8)]->Person(id=15), Person(id=94)-[KNOWS(4)]->Person(id=191), Person(id=345)-[KNOWS(2)]->Person(id=259), Person(id=346)-[KNOWS(9)]->Person(id=401), Person(id=446)-[KNOWS(2)]->Person(id=14), Person(id=367)-[KNOWS(2)]->Person(id=321), Person(id=238)-[KNOWS(6)]->Person(id=45), Person(id=223)-[KNOWS(8)]->Person(id=296), Person(id=74)-[KNOWS(6)]->Person(id=12), Person(id=379)-[KNOWS(2)]->Person(id=297), Person(id=107)-[KNOWS(5)]->Person(id=124), Person(id=13)-[KNOWS(7)]->Person(id=428), Person(id=4)-[KNOWS(5)]->Person(id=30), Person(id=74)-[KNOWS(9)]->Person(id=360), Person(id=248)-[KNOWS(6)]->Person(id=479), Person(id=474)-[KNOWS(4)]->Person(id=343), Person(id=481)-[KNOWS(1)]->Person(id=168), Person(id=169)-[KNOWS(1)]->Person(id=296), Person(id=298)-[KNOWS(3)]->Person(id=81), Person(id=52)-[KNOWS(6)]->Person(id=333), Person(id=153)-[KNOWS(4)]->Person(id=1), Person(id=101)-[KNOWS(9)]->Person(id=365), Person(id=161)-[KNOWS(5)]->Person(id=2), Person(id=318)-[KNOWS(6)]->Person(id=466), Person(id=421)-[KNOWS(6)]->Person(id=167), Person(id=23)-[KNOWS(2)]->Person(id=139), Person(id=362)-[KNOWS(5)]->Person(id=494), Person(id=345)-[KNOWS(6)]->Person(id=65), Person(id=228)-[KNOWS(7)]->Person(id=296), Person(id=411)-[KNOWS(5)]->Person(id=249), Person(id=55)-[KNOWS(8)]->Person(id=61), Person(id=327)-[KNOWS(5)]->Person(id=86), Person(id=349)-[KNOWS(1)]->Person(id=458), Person(id=140)-[KNOWS(2)]->Person(id=463), Person(id=248)-[KNOWS(4)]->Person(id=136), Person(id=231)-[KNOWS(8)]->Person(id=143), Person(id=467)-[KNOWS(7)]->Person(id=171), Person(id=203)-[KNOWS(9)]->Person(id=228), Person(id=413)-[KNOWS(4)]->Person(id=267), Person(id=54)-[KNOWS(5)]->Person(id=26), Person(id=250)-[KNOWS(7)]->Person(id=279), Person(id=320)-[KNOWS(4)]->Person(id=325), Person(id=417)-[KNOWS(8)]->Person(id=295), Person(id=13)-[KNOWS(8)]->Person(id=430), Person(id=156)-[KNOWS(3)]->Person(id=66), Person(id=48)-[KNOWS(5)]->Person(id=218), Person(id=407)-[KNOWS(4)]->Person(id=197), Person(id=397)-[KNOWS(7)]->Person(id=9), Person(id=453)-[KNOWS(1)]->Person(id=26), Person(id=409)-[KNOWS(6)]->Person(id=180), Person(id=91)-[KNOWS(4)]->Person(id=461), Person(id=483)-[KNOWS(7)]->Person(id=49), Person(id=186)-[KNOWS(9)]->Person(id=419), Person(id=241)-[KNOWS(4)]->Person(id=476), Person(id=75)-[KNOWS(6)]->Person(id=409), Person(id=436)-[KNOWS(3)]->Person(id=47), Person(id=346)-[KNOWS(1)]->Person(id=199), Person(id=287)-[KNOWS(7)]->Person(id=328), Person(id=266)-[KNOWS(3)]->Person(id=221), Person(id=152)-[KNOWS(4)]->Person(id=452), Person(id=271)-[KNOWS(2)]->Person(id=83), Person(id=35)-[KNOWS(1)]->Person(id=500), Person(id=191)-[KNOWS(8)]->Person(id=176), Person(id=222)-[KNOWS(8)]->Person(id=63), Person(id=38)-[KNOWS(9)]->Person(id=47), Person(id=18)-[KNOWS(8)]->Person(id=184), Person(id=55)-[KNOWS(2)]->Person(id=199), Person(id=63)-[KNOWS(8)]->Person(id=359), Person(id=20)-[KNOWS(5)]->Person(id=321), Person(id=492)-[KNOWS(3)]->Person(id=237), Person(id=419)-[KNOWS(4)]->Person(id=222), Person(id=412)-[KNOWS(3)]->Person(id=16), Person(id=121)-[KNOWS(4)]->Person(id=323), Person(id=170)-[KNOWS(1)]->Person(id=109), Person(id=498)-[KNOWS(5)]->Person(id=344), Person(id=425)-[KNOWS(7)]->Person(id=333), Person(id=87)-[KNOWS(5)]->Person(id=409), Person(id=445)-[KNOWS(8)]->Person(id=321), Person(id=161)-[KNOWS(2)]->Person(id=202), Person(id=385)-[KNOWS(3)]->Person(id=187), Person(id=61)-[KNOWS(1)]->Person(id=285), Person(id=477)-[KNOWS(4)]->Person(id=2), Person(id=155)-[KNOWS(3)]->Person(id=388), Person(id=111)-[KNOWS(4)]->Person(id=270), Person(id=113)-[KNOWS(9)]->Person(id=148), Person(id=421)-[KNOWS(2)]->Person(id=32), Person(id=191)-[KNOWS(3)]->Person(id=429), Person(id=305)-[KNOWS(9)]->Person(id=269), Person(id=203)-[KNOWS(7)]->Person(id=50), Person(id=178)-[KNOWS(6)]->Person(id=56), Person(id=52)-[KNOWS(4)]->Person(id=439), Person(id=83)-[KNOWS(3)]->Person(id=443), Person(id=243)-[KNOWS(9)]->Person(id=237), Person(id=468)-[KNOWS(4)]->Person(id=392), Person(id=354)-[KNOWS(9)]->Person(id=462), Person(id=184)-[KNOWS(9)]->Person(id=186), Person(id=435)-[KNOWS(1)]->Person(id=104), Person(id=309)-[KNOWS(2)]->Person(id=415), Person(id=1)-[KNOWS(8)]->Person(id=268), Person(id=302)-[KNOWS(8)]->Person(id=312), Person(id=68)-[KNOWS(1)]->Person(id=417), Person(id=299)-[KNOWS(3)]->Person(id=397), Person(id=289)-[KNOWS(4)]->Person(id=410), Person(id=406)-[KNOWS(7)]->Person(id=23), Person(id=122)-[KNOWS(2)]->Person(id=421), Person(id=285)-[KNOWS(9)]->Person(id=23), Person(id=222)-[KNOWS(8)]->Person(id=332), Person(id=495)-[KNOWS(7)]->Person(id=289), Person(id=379)-[KNOWS(4)]->Person(id=294), Person(id=150)-[KNOWS(3)]->Person(id=59), Person(id=449)-[KNOWS(8)]->Person(id=31), Person(id=356)-[KNOWS(9)]->Person(id=149), Person(id=61)-[KNOWS(7)]->Person(id=392), Person(id=234)-[KNOWS(6)]->Person(id=102), Person(id=361)-[KNOWS(4)]->Person(id=315), Person(id=203)-[KNOWS(3)]->Person(id=466), Person(id=52)-[KNOWS(8)]->Person(id=329), Person(id=159)-[KNOWS(9)]->Person(id=500), Person(id=3)-[KNOWS(1)]->Person(id=59), Person(id=242)-[KNOWS(4)]->Person(id=374), Person(id=348)-[KNOWS(4)]->Person(id=51), Person(id=172)-[KNOWS(6)]->Person(id=361), Person(id=480)-[KNOWS(2)]->Person(id=157), Person(id=316)-[KNOWS(4)]->Person(id=114), Person(id=32)-[KNOWS(3)]->Person(id=491), Person(id=196)-[KNOWS(3)]->Person(id=490), Person(id=430)-[KNOWS(9)]->Person(id=158), Person(id=209)-[KNOWS(4)]->Person(id=320), Person(id=331)-[KNOWS(4)]->Person(id=424), Person(id=451)-[KNOWS(2)]->Person(id=492), Person(id=156)-[KNOWS(9)]->Person(id=242), Person(id=64)-[KNOWS(1)]->Person(id=350), Person(id=73)-[KNOWS(9)]->Person(id=165), Person(id=93)-[KNOWS(1)]->Person(id=165), Person(id=439)-[KNOWS(7)]->Person(id=448), Person(id=403)-[KNOWS(7)]->Person(id=371), Person(id=272)-[KNOWS(1)]->Person(id=277), Person(id=21)-[KNOWS(2)]->Person(id=405), Person(id=398)-[KNOWS(1)]->Person(id=420), Person(id=491)-[KNOWS(8)]->Person(id=21), Person(id=93)-[KNOWS(5)]->Person(id=124), Person(id=464)-[KNOWS(4)]->Person(id=312), Person(id=309)-[KNOWS(2)]->Person(id=136), Person(id=132)-[KNOWS(2)]->Person(id=157), Person(id=17)-[KNOWS(4)]->Person(id=291), Person(id=473)-[KNOWS(4)]->Person(id=77), Person(id=18)-[KNOWS(6)]->Person(id=1), Person(id=101)-[KNOWS(8)]->Person(id=181), Person(id=453)-[KNOWS(9)]->Person(id=303), Person(id=128)-[KNOWS(1)]->Person(id=357), Person(id=1)-[KNOWS(5)]->Person(id=79), Person(id=225)-[KNOWS(2)]->Person(id=378), Person(id=275)-[KNOWS(3)]->Person(id=184), Person(id=407)-[KNOWS(7)]->Person(id=486), Person(id=500)-[KNOWS(3)]->Person(id=254), Person(id=91)-[KNOWS(6)]->Person(id=454), Person(id=13)-[KNOWS(6)]->Person(id=457), Person(id=104)-[KNOWS(8)]->Person(id=449), Person(id=104)-[KNOWS(8)]->Person(id=447), Person(id=247)-[KNOWS(5)]->Person(id=441), Person(id=102)-[KNOWS(3)]->Person(id=245), Person(id=340)-[KNOWS(1)]->Person(id=420), Person(id=39)-[KNOWS(8)]->Person(id=41), Person(id=162)-[KNOWS(5)]->Person(id=491), Person(id=412)-[KNOWS(3)]->Person(id=384), Person(id=487)-[KNOWS(3)]->Person(id=430), Person(id=349)-[KNOWS(7)]->Person(id=471), Person(id=97)-[KNOWS(5)]->Person(id=244), Person(id=84)-[KNOWS(8)]->Person(id=262), Person(id=454)-[KNOWS(7)]->Person(id=179), Person(id=368)-[KNOWS(6)]->Person(id=6), Person(id=101)-[KNOWS(8)]->Person(id=331), Person(id=316)-[KNOWS(8)]->Person(id=478), Person(id=404)-[KNOWS(2)]->Person(id=70), Person(id=197)-[KNOWS(4)]->Person(id=156), Person(id=393)-[KNOWS(9)]->Person(id=350), Person(id=298)-[KNOWS(3)]->Person(id=389), Person(id=11)-[KNOWS(3)]->Person(id=103), Person(id=226)-[KNOWS(7)]->Person(id=8), Person(id=102)-[KNOWS(3)]->Person(id=390), Person(id=115)-[KNOWS(7)]->Person(id=50), Person(id=404)-[KNOWS(5)]->Person(id=234), Person(id=177)-[KNOWS(9)]->Person(id=484), Person(id=158)-[KNOWS(1)]->Person(id=70), Person(id=358)-[KNOWS(5)]->Person(id=227), Person(id=468)-[KNOWS(1)]->Person(id=290), Person(id=434)-[KNOWS(4)]->Person(id=16), Person(id=460)-[KNOWS(3)]->Person(id=406), Person(id=365)-[KNOWS(8)]->Person(id=299), Person(id=141)-[KNOWS(1)]->Person(id=113), Person(id=152)-[KNOWS(6)]->Person(id=18), Person(id=191)-[KNOWS(7)]->Person(id=411), Person(id=348)-[KNOWS(7)]->Person(id=230), Person(id=238)-[KNOWS(5)]->Person(id=339), Person(id=414)-[KNOWS(4)]->Person(id=46), Person(id=327)-[KNOWS(7)]->Person(id=263), Person(id=405)-[KNOWS(4)]->Person(id=140), Person(id=416)-[KNOWS(2)]->Person(id=28), Person(id=462)-[KNOWS(3)]->Person(id=270), Person(id=7)-[KNOWS(8)]->Person(id=313), Person(id=391)-[KNOWS(3)]->Person(id=380), Person(id=172)-[KNOWS(2)]->Person(id=386), Person(id=408)-[KNOWS(3)]->Person(id=115), Person(id=167)-[KNOWS(6)]->Person(id=197), Person(id=430)-[KNOWS(8)]->Person(id=220), Person(id=42)-[KNOWS(1)]->Person(id=374), Person(id=5)-[KNOWS(6)]->Person(id=314), Person(id=441)-[KNOWS(4)]->Person(id=72), Person(id=131)-[KNOWS(2)]->Person(id=125), Person(id=474)-[KNOWS(3)]->Person(id=61), Person(id=177)-[KNOWS(2)]->Person(id=206), Person(id=274)-[KNOWS(8)]->Person(id=16), Person(id=25)-[KNOWS(7)]->Person(id=343), Person(id=390)-[KNOWS(8)]->Person(id=313), Person(id=164)-[KNOWS(3)]->Person(id=9), Person(id=349)-[KNOWS(6)]->Person(id=443), Person(id=421)-[KNOWS(9)]->Person(id=287), Person(id=202)-[KNOWS(3)]->Person(id=333), Person(id=159)-[KNOWS(7)]->Person(id=284), Person(id=266)-[KNOWS(8)]->Person(id=494), Person(id=472)-[KNOWS(3)]->Person(id=405), Person(id=7)-[KNOWS(7)]->Person(id=164), Person(id=172)-[KNOWS(9)]->Person(id=263), Person(id=152)-[KNOWS(5)]->Person(id=236), Person(id=32)-[KNOWS(3)]->Person(id=80), Person(id=190)-[KNOWS(2)]->Person(id=219), Person(id=294)-[KNOWS(5)]->Person(id=126), Person(id=88)-[KNOWS(4)]->Person(id=119), Person(id=383)-[KNOWS(8)]->Person(id=388), Person(id=350)-[KNOWS(4)]->Person(id=250), Person(id=122)-[KNOWS(5)]->Person(id=488), Person(id=458)-[KNOWS(7)]->Person(id=417), Person(id=162)-[KNOWS(7)]->Person(id=237), Person(id=488)-[KNOWS(7)]->Person(id=219), Person(id=403)-[KNOWS(4)]->Person(id=386), Person(id=312)-[KNOWS(1)]->Person(id=454), Person(id=475)-[KNOWS(8)]->Person(id=364), Person(id=394)-[KNOWS(7)]->Person(id=312), Person(id=367)-[KNOWS(5)]->Person(id=406), Person(id=307)-[KNOWS(2)]->Person(id=414), Person(id=419)-[KNOWS(8)]->Person(id=272), Person(id=416)-[KNOWS(1)]->Person(id=164), Person(id=45)-[KNOWS(7)]->Person(id=263), Person(id=452)-[KNOWS(7)]->Person(id=494), Person(id=189)-[KNOWS(8)]->Person(id=45), Person(id=379)-[KNOWS(1)]->Person(id=115), Person(id=177)-[KNOWS(1)]->Person(id=181), Person(id=82)-[KNOWS(7)]->Person(id=142), Person(id=235)-[KNOWS(8)]->Person(id=86), Person(id=372)-[KNOWS(2)]->Person(id=447), Person(id=195)-[KNOWS(5)]->Person(id=211), Person(id=472)-[KNOWS(2)]->Person(id=278), Person(id=285)-[KNOWS(3)]->Person(id=375), Person(id=204)-[KNOWS(4)]->Person(id=462), Person(id=351)-[KNOWS(1)]->Person(id=404), Person(id=317)-[KNOWS(9)]->Person(id=167), Person(id=384)-[KNOWS(2)]->Person(id=277), Person(id=271)-[KNOWS(9)]->Person(id=250), Person(id=142)-[KNOWS(3)]->Person(id=267), Person(id=189)-[KNOWS(5)]->Person(id=104), Person(id=278)-[KNOWS(1)]->Person(id=324), Person(id=179)-[KNOWS(1)]->Person(id=25), Person(id=66)-[KNOWS(8)]->Person(id=155), Person(id=481)-[KNOWS(2)]->Person(id=152), Person(id=206)-[KNOWS(3)]->Person(id=341), Person(id=86)-[KNOWS(1)]->Person(id=345), Person(id=157)-[KNOWS(4)]->Person(id=468), Person(id=356)-[KNOWS(2)]->Person(id=70), Person(id=330)-[KNOWS(6)]->Person(id=377), Person(id=210)-[KNOWS(3)]->Person(id=492), Person(id=278)-[KNOWS(6)]->Person(id=415), Person(id=256)-[KNOWS(8)]->Person(id=35), Person(id=230)-[KNOWS(8)]->Person(id=462), Person(id=220)-[KNOWS(4)]->Person(id=55), Person(id=150)-[KNOWS(9)]->Person(id=470), Person(id=37)-[KNOWS(7)]->Person(id=365), Person(id=7)-[KNOWS(6)]->Person(id=368), Person(id=56)-[KNOWS(2)]->Person(id=139), Person(id=462)-[KNOWS(5)]->Person(id=412), Person(id=273)-[KNOWS(9)]->Person(id=303), Person(id=337)-[KNOWS(7)]->Person(id=60), Person(id=294)-[KNOWS(8)]->Person(id=338), Person(id=342)-[KNOWS(1)]->Person(id=377), Person(id=450)-[KNOWS(4)]->Person(id=297), Person(id=11)-[KNOWS(9)]->Person(id=388), Person(id=219)-[KNOWS(1)]->Person(id=61), Person(id=364)-[KNOWS(9)]->Person(id=10), Person(id=221)-[KNOWS(1)]->Person(id=444), Person(id=151)-[KNOWS(2)]->Person(id=249), Person(id=311)-[KNOWS(8)]->Person(id=295), Person(id=102)-[KNOWS(2)]->Person(id=395), Person(id=204)-[KNOWS(1)]->Person(id=279), Person(id=434)-[KNOWS(6)]->Person(id=27), Person(id=132)-[KNOWS(3)]->Person(id=183), Person(id=121)-[KNOWS(6)]->Person(id=301), Person(id=169)-[KNOWS(1)]->Person(id=148), Person(id=498)-[KNOWS(6)]->Person(id=87), Person(id=147)-[KNOWS(3)]->Person(id=324), Person(id=320)-[KNOWS(6)]->Person(id=235), Person(id=447)-[KNOWS(8)]->Person(id=78), Person(id=300)-[KNOWS(1)]->Person(id=171), Person(id=307)-[KNOWS(2)]->Person(id=366), Person(id=331)-[KNOWS(9)]->Person(id=428), Person(id=290)-[KNOWS(3)]->Person(id=419), Person(id=430)-[KNOWS(7)]->Person(id=61), Person(id=318)-[KNOWS(2)]->Person(id=223), Person(id=333)-[KNOWS(5)]->Person(id=477), Person(id=62)-[KNOWS(4)]->Person(id=40), Person(id=439)-[KNOWS(5)]->Person(id=214), Person(id=136)-[KNOWS(8)]->Person(id=354), Person(id=394)-[KNOWS(7)]->Person(id=60), Person(id=321)-[KNOWS(4)]->Person(id=276), Person(id=403)-[KNOWS(5)]->Person(id=25), Person(id=279)-[KNOWS(7)]->Person(id=156), Person(id=79)-[KNOWS(2)]->Person(id=192), Person(id=160)-[KNOWS(7)]->Person(id=45), Person(id=20)-[KNOWS(3)]->Person(id=32), Person(id=387)-[KNOWS(3)]->Person(id=340), Person(id=233)-[KNOWS(4)]->Person(id=363), Person(id=149)-[KNOWS(4)]->Person(id=53), Person(id=128)-[KNOWS(1)]->Person(id=33), Person(id=429)-[KNOWS(1)]->Person(id=458), Person(id=468)-[KNOWS(4)]->Person(id=101), Person(id=7)-[KNOWS(3)]->Person(id=345), Person(id=174)-[KNOWS(6)]->Person(id=147), Person(id=185)-[KNOWS(7)]->Person(id=49), Person(id=120)-[KNOWS(3)]->Person(id=321), Person(id=303)-[KNOWS(9)]->Person(id=138), Person(id=412)-[KNOWS(7)]->Person(id=234), Person(id=7)-[KNOWS(8)]->Person(id=482), Person(id=471)-[KNOWS(9)]->Person(id=128), Person(id=392)-[KNOWS(9)]->Person(id=233), Person(id=383)-[KNOWS(6)]->Person(id=413), Person(id=287)-[KNOWS(2)]->Person(id=444), Person(id=77)-[KNOWS(2)]->Person(id=203), Person(id=104)-[KNOWS(5)]->Person(id=310), Person(id=48)-[KNOWS(2)]->Person(id=412), Person(id=387)-[KNOWS(3)]->Person(id=425), Person(id=265)-[KNOWS(2)]->Person(id=240), Person(id=287)-[KNOWS(2)]->Person(id=299), Person(id=97)-[KNOWS(7)]->Person(id=153), Person(id=490)-[KNOWS(8)]->Person(id=259), Person(id=372)-[KNOWS(3)]->Person(id=10), Person(id=34)-[KNOWS(7)]->Person(id=265), Person(id=330)-[KNOWS(6)]->Person(id=163), Person(id=152)-[KNOWS(1)]->Person(id=468), Person(id=205)-[KNOWS(9)]->Person(id=206), Person(id=200)-[KNOWS(7)]->Person(id=15), Person(id=356)-[KNOWS(3)]->Person(id=432), Person(id=78)-[KNOWS(8)]->Person(id=104), Person(id=15)-[KNOWS(5)]->Person(id=275), Person(id=339)-[KNOWS(7)]->Person(id=234), Person(id=29)-[KNOWS(7)]->Person(id=386), Person(id=173)-[KNOWS(7)]->Person(id=323), Person(id=57)-[KNOWS(1)]->Person(id=480), Person(id=272)-[KNOWS(7)]->Person(id=490), Person(id=391)-[KNOWS(3)]->Person(id=329), Person(id=59)-[KNOWS(9)]->Person(id=357), Person(id=195)-[KNOWS(6)]->Person(id=489), Person(id=462)-[KNOWS(7)]->Person(id=20), Person(id=322)-[KNOWS(3)]->Person(id=194), Person(id=422)-[KNOWS(5)]->Person(id=95), Person(id=383)-[KNOWS(6)]->Person(id=205), Person(id=196)-[KNOWS(5)]->Person(id=346), Person(id=366)-[KNOWS(4)]->Person(id=274), Person(id=120)-[KNOWS(8)]->Person(id=426), Person(id=262)-[KNOWS(7)]->Person(id=191), Person(id=160)-[KNOWS(2)]->Person(id=275), Person(id=265)-[KNOWS(5)]->Person(id=361), Person(id=218)-[KNOWS(6)]->Person(id=410), Person(id=420)-[KNOWS(1)]->Person(id=199), Person(id=67)-[KNOWS(3)]->Person(id=98), Person(id=288)-[KNOWS(6)]->Person(id=244), Person(id=107)-[KNOWS(7)]->Person(id=71), Person(id=225)-[KNOWS(4)]->Person(id=34), Person(id=70)-[KNOWS(9)]->Person(id=146), Person(id=315)-[KNOWS(9)]->Person(id=72), Person(id=23)-[KNOWS(8)]->Person(id=12), Person(id=83)-[KNOWS(9)]->Person(id=446), Person(id=113)-[KNOWS(4)]->Person(id=122), Person(id=451)-[KNOWS(5)]->Person(id=54), Person(id=33)-[KNOWS(6)]->Person(id=429), Person(id=270)-[KNOWS(8)]->Person(id=471), Person(id=310)-[KNOWS(6)]->Person(id=193), Person(id=149)-[KNOWS(9)]->Person(id=184), Person(id=315)-[KNOWS(7)]->Person(id=390), Person(id=90)-[KNOWS(4)]->Person(id=339), Person(id=369)-[KNOWS(9)]->Person(id=464), Person(id=349)-[KNOWS(8)]->Person(id=151), Person(id=448)-[KNOWS(7)]->Person(id=46), Person(id=318)-[KNOWS(1)]->Person(id=395), Person(id=428)-[KNOWS(7)]->Person(id=91), Person(id=228)-[KNOWS(3)]->Person(id=14), Person(id=32)-[KNOWS(8)]->Person(id=284), Person(id=333)-[KNOWS(3)]->Person(id=174), Person(id=376)-[KNOWS(7)]->Person(id=430), Person(id=88)-[KNOWS(9)]->Person(id=249), Person(id=20)-[KNOWS(2)]->Person(id=409), Person(id=316)-[KNOWS(4)]->Person(id=17), Person(id=461)-[KNOWS(8)]->Person(id=339), Person(id=79)-[KNOWS(5)]->Person(id=176), Person(id=359)-[KNOWS(1)]->Person(id=460), Person(id=26)-[KNOWS(1)]->Person(id=476), Person(id=258)-[KNOWS(5)]->Person(id=197), Person(id=382)-[KNOWS(8)]->Person(id=370), Person(id=228)-[KNOWS(8)]->Person(id=158), Person(id=195)-[KNOWS(8)]->Person(id=429), Person(id=475)-[KNOWS(8)]->Person(id=87), Person(id=324)-[KNOWS(9)]->Person(id=229), Person(id=196)-[KNOWS(5)]->Person(id=98), Person(id=130)-[KNOWS(4)]->Person(id=493), Person(id=293)-[KNOWS(7)]->Person(id=51), Person(id=499)-[KNOWS(2)]->Person(id=48), Person(id=15)-[KNOWS(2)]->Person(id=122), Person(id=17)-[KNOWS(2)]->Person(id=153), Person(id=228)-[KNOWS(8)]->Person(id=170), Person(id=189)-[KNOWS(5)]->Person(id=439), Person(id=331)-[KNOWS(2)]->Person(id=379), Person(id=178)-[KNOWS(2)]->Person(id=65), Person(id=426)-[KNOWS(3)]->Person(id=61), Person(id=101)-[KNOWS(5)]->Person(id=273), Person(id=295)-[KNOWS(6)]->Person(id=237), Person(id=470)-[KNOWS(8)]->Person(id=108), Person(id=301)-[KNOWS(4)]->Person(id=260), Person(id=109)-[KNOWS(1)]->Person(id=343), Person(id=38)-[KNOWS(2)]->Person(id=396), Person(id=124)-[KNOWS(5)]->Person(id=493), Person(id=130)-[KNOWS(8)]->Person(id=312), Person(id=377)-[KNOWS(3)]->Person(id=247), Person(id=453)-[KNOWS(7)]->Person(id=263), Person(id=139)-[KNOWS(8)]->Person(id=431), Person(id=475)-[KNOWS(7)]->Person(id=126), Person(id=18)-[KNOWS(2)]->Person(id=143), Person(id=196)-[KNOWS(3)]->Person(id=500), Person(id=467)-[KNOWS(9)]->Person(id=273), Person(id=252)-[KNOWS(9)]->Person(id=429), Person(id=392)-[KNOWS(7)]->Person(id=465), Person(id=271)-[KNOWS(3)]->Person(id=497), Person(id=379)-[KNOWS(6)]->Person(id=9), Person(id=351)-[KNOWS(3)]->Person(id=62), Person(id=455)-[KNOWS(9)]->Person(id=106), Person(id=476)-[KNOWS(1)]->Person(id=43), Person(id=465)-[KNOWS(5)]->Person(id=193), Person(id=268)-[KNOWS(4)]->Person(id=481), Person(id=176)-[KNOWS(4)]->Person(id=162), Person(id=132)-[KNOWS(4)]->Person(id=368), Person(id=461)-[KNOWS(4)]->Person(id=397), Person(id=303)-[KNOWS(5)]->Person(id=21), Person(id=125)-[KNOWS(9)]->Person(id=53), Person(id=346)-[KNOWS(5)]->Person(id=1), Person(id=477)-[KNOWS(1)]->Person(id=388), Person(id=423)-[KNOWS(5)]->Person(id=149), Person(id=248)-[KNOWS(3)]->Person(id=374), Person(id=20)-[KNOWS(5)]->Person(id=302), Person(id=307)-[KNOWS(4)]->Person(id=410), Person(id=223)-[KNOWS(8)]->Person(id=199), Person(id=451)-[KNOWS(7)]->Person(id=305), Person(id=30)-[KNOWS(1)]->Person(id=263), Person(id=8)-[KNOWS(1)]->Person(id=181), Person(id=277)-[KNOWS(3)]->Person(id=382), Person(id=390)-[KNOWS(8)]->Person(id=180), Person(id=7)-[KNOWS(3)]->Person(id=104), Person(id=285)-[KNOWS(9)]->Person(id=54), Person(id=242)-[KNOWS(5)]->Person(id=247), Person(id=205)-[KNOWS(6)]->Person(id=364), Person(id=141)-[KNOWS(2)]->Person(id=430), Person(id=134)-[KNOWS(5)]->Person(id=209), Person(id=470)-[KNOWS(3)]->Person(id=27), Person(id=399)-[KNOWS(5)]->Person(id=500), Person(id=262)-[KNOWS(2)]->Person(id=448), Person(id=125)-[KNOWS(6)]->Person(id=489), Person(id=45)-[KNOWS(6)]->Person(id=144), Person(id=375)-[KNOWS(6)]->Person(id=91), Person(id=401)-[KNOWS(8)]->Person(id=420), Person(id=324)-[KNOWS(7)]->Person(id=1), Person(id=447)-[KNOWS(7)]->Person(id=230), Person(id=242)-[KNOWS(6)]->Person(id=426), Person(id=215)-[KNOWS(7)]->Person(id=221), Person(id=354)-[KNOWS(8)]->Person(id=391), Person(id=327)-[KNOWS(8)]->Person(id=177), Person(id=58)-[KNOWS(7)]->Person(id=330), Person(id=259)-[KNOWS(9)]->Person(id=154), Person(id=300)-[KNOWS(2)]->Person(id=304), Person(id=303)-[KNOWS(3)]->Person(id=369), Person(id=326)-[KNOWS(4)]->Person(id=213), Person(id=131)-[KNOWS(9)]->Person(id=218), Person(id=153)-[KNOWS(8)]->Person(id=104), Person(id=37)-[KNOWS(7)]->Person(id=420), Person(id=401)-[KNOWS(8)]->Person(id=2), Person(id=486)-[KNOWS(7)]->Person(id=33), Person(id=194)-[KNOWS(4)]->Person(id=113), Person(id=68)-[KNOWS(2)]->Person(id=341), Person(id=326)-[KNOWS(2)]->Person(id=470), Person(id=392)-[KNOWS(2)]->Person(id=75), Person(id=120)-[KNOWS(8)]->Person(id=345), Person(id=51)-[KNOWS(8)]->Person(id=334), Person(id=1)-[KNOWS(9)]->Person(id=57), Person(id=251)-[KNOWS(7)]->Person(id=323), Person(id=127)-[KNOWS(8)]->Person(id=249), Person(id=214)-[KNOWS(1)]->Person(id=444), Person(id=93)-[KNOWS(8)]->Person(id=67), Person(id=359)-[KNOWS(1)]->Person(id=186), Person(id=9)-[KNOWS(1)]->Person(id=291), Person(id=52)-[KNOWS(7)]->Person(id=155), Person(id=32)-[KNOWS(8)]->Person(id=53), Person(id=199)-[KNOWS(1)]->Person(id=256), Person(id=260)-[KNOWS(6)]->Person(id=325), Person(id=52)-[KNOWS(4)]->Person(id=411), Person(id=101)-[KNOWS(5)]->Person(id=185), Person(id=269)-[KNOWS(1)]->Person(id=38), Person(id=471)-[KNOWS(7)]->Person(id=404), Person(id=221)-[KNOWS(2)]->Person(id=34), Person(id=224)-[KNOWS(1)]->Person(id=387), Person(id=479)-[KNOWS(9)]->Person(id=94), Person(id=237)-[KNOWS(8)]->Person(id=243), Person(id=469)-[KNOWS(8)]->Person(id=133), Person(id=98)-[KNOWS(1)]->Person(id=157), Person(id=157)-[KNOWS(4)]->Person(id=124), Person(id=328)-[KNOWS(6)]->Person(id=50), Person(id=472)-[KNOWS(9)]->Person(id=253), Person(id=79)-[KNOWS(2)]->Person(id=136), Person(id=465)-[KNOWS(3)]->Person(id=490), Person(id=438)-[KNOWS(1)]->Person(id=470), Person(id=373)-[KNOWS(3)]->Person(id=399), Person(id=308)-[KNOWS(1)]->Person(id=148), Person(id=116)-[KNOWS(8)]->Person(id=446), Person(id=412)-[KNOWS(3)]->Person(id=340), Person(id=225)-[KNOWS(3)]->Person(id=408), Person(id=36)-[KNOWS(7)]->Person(id=332), Person(id=450)-[KNOWS(6)]->Person(id=243), Person(id=304)-[KNOWS(4)]->Person(id=441), Person(id=133)-[KNOWS(4)]->Person(id=179), Person(id=423)-[KNOWS(2)]->Person(id=280), Person(id=7)-[KNOWS(8)]->Person(id=411), Person(id=404)-[KNOWS(6)]->Person(id=445), Person(id=93)-[KNOWS(2)]->Person(id=76), Person(id=206)-[KNOWS(3)]->Person(id=137), Person(id=1)-[KNOWS(9)]->Person(id=488), Person(id=227)-[KNOWS(1)]->Person(id=208), Person(id=162)-[KNOWS(8)]->Person(id=37), Person(id=33)-[KNOWS(6)]->Person(id=155), Person(id=494)-[KNOWS(9)]->Person(id=458), Person(id=188)-[KNOWS(6)]->Person(id=352), Person(id=309)-[KNOWS(7)]->Person(id=20), Person(id=347)-[KNOWS(5)]->Person(id=99), Person(id=49)-[KNOWS(2)]->Person(id=216), Person(id=375)-[KNOWS(2)]->Person(id=101), Person(id=40)-[KNOWS(1)]->Person(id=13), Person(id=78)-[KNOWS(7)]->Person(id=178), Person(id=472)-[KNOWS(5)]->Person(id=398), Person(id=208)-[KNOWS(8)]->Person(id=390), Person(id=210)-[KNOWS(3)]->Person(id=473), Person(id=130)-[KNOWS(2)]->Person(id=429), Person(id=182)-[KNOWS(5)]->Person(id=290), Person(id=227)-[KNOWS(2)]->Person(id=8), Person(id=425)-[KNOWS(1)]->Person(id=124), Person(id=1)-[KNOWS(6)]->Person(id=259), Person(id=189)-[KNOWS(3)]->Person(id=372), Person(id=7)-[KNOWS(8)]->Person(id=154), Person(id=78)-[KNOWS(6)]->Person(id=427), Person(id=98)-[KNOWS(1)]->Person(id=126), Person(id=363)-[KNOWS(4)]->Person(id=494), Person(id=422)-[KNOWS(1)]->Person(id=195), Person(id=478)-[KNOWS(2)]->Person(id=241), Person(id=107)-[KNOWS(1)]->Person(id=237), Person(id=32)-[KNOWS(7)]->Person(id=313), Person(id=409)-[KNOWS(5)]->Person(id=83), Person(id=283)-[KNOWS(1)]->Person(id=379), Person(id=95)-[KNOWS(5)]->Person(id=467), Person(id=193)-[KNOWS(2)]->Person(id=315), Person(id=366)-[KNOWS(8)]->Person(id=394), Person(id=12)-[KNOWS(6)]->Person(id=17), Person(id=95)-[KNOWS(1)]->Person(id=96), Person(id=263)-[KNOWS(6)]->Person(id=300), Person(id=11)-[KNOWS(3)]->Person(id=326), Person(id=272)-[KNOWS(6)]->Person(id=303), Person(id=348)-[KNOWS(9)]->Person(id=18), Person(id=240)-[KNOWS(5)]->Person(id=300), Person(id=303)-[KNOWS(5)]->Person(id=31), Person(id=457)-[KNOWS(3)]->Person(id=436), Person(id=494)-[KNOWS(1)]->Person(id=24), Person(id=299)-[KNOWS(3)]->Person(id=125), Person(id=145)-[KNOWS(2)]->Person(id=166), Person(id=226)-[KNOWS(2)]->Person(id=485), Person(id=425)-[KNOWS(2)]->Person(id=464), Person(id=433)-[KNOWS(7)]->Person(id=70), Person(id=485)-[KNOWS(6)]->Person(id=177), Person(id=233)-[KNOWS(9)]->Person(id=209), Person(id=131)-[KNOWS(5)]->Person(id=236), Person(id=4)-[KNOWS(4)]->Person(id=427), Person(id=303)-[KNOWS(7)]->Person(id=412), Person(id=129)-[KNOWS(7)]->Person(id=127), Person(id=489)-[KNOWS(5)]->Person(id=456), Person(id=496)-[KNOWS(8)]->Person(id=455), Person(id=195)-[KNOWS(2)]->Person(id=132), Person(id=387)-[KNOWS(4)]->Person(id=191), Person(id=335)-[KNOWS(5)]->Person(id=381), Person(id=83)-[KNOWS(7)]->Person(id=223), Person(id=231)-[KNOWS(7)]->Person(id=357), Person(id=63)-[KNOWS(1)]->Person(id=427), Person(id=90)-[KNOWS(5)]->Person(id=131), Person(id=318)-[KNOWS(5)]->Person(id=226), Person(id=333)-[KNOWS(8)]->Person(id=346), Person(id=324)-[KNOWS(4)]->Person(id=364), Person(id=210)-[KNOWS(3)]->Person(id=146), Person(id=289)-[KNOWS(8)]->Person(id=218), Person(id=28)-[KNOWS(4)]->Person(id=271), Person(id=49)-[KNOWS(8)]->Person(id=458), Person(id=284)-[KNOWS(7)]->Person(id=4), Person(id=128)-[KNOWS(6)]->Person(id=481), Person(id=164)-[KNOWS(6)]->Person(id=159), Person(id=127)-[KNOWS(4)]->Person(id=26), Person(id=320)-[KNOWS(7)]->Person(id=452), Person(id=43)-[KNOWS(6)]->Person(id=272), Person(id=262)-[KNOWS(7)]->Person(id=54), Person(id=95)-[KNOWS(1)]->Person(id=358), Person(id=85)-[KNOWS(6)]->Person(id=23), Person(id=382)-[KNOWS(5)]->Person(id=259), Person(id=176)-[KNOWS(2)]->Person(id=218), Person(id=60)-[KNOWS(3)]->Person(id=138), Person(id=162)-[KNOWS(9)]->Person(id=263), Person(id=83)-[KNOWS(5)]->Person(id=92), Person(id=68)-[KNOWS(5)]->Person(id=239), Person(id=133)-[KNOWS(7)]->Person(id=444), Person(id=393)-[KNOWS(4)]->Person(id=198), Person(id=266)-[KNOWS(2)]->Person(id=141), Person(id=118)-[KNOWS(6)]->Person(id=367), Person(id=478)-[KNOWS(8)]->Person(id=261), Person(id=211)-[KNOWS(9)]->Person(id=216), Person(id=264)-[KNOWS(1)]->Person(id=210), Person(id=246)-[KNOWS(4)]->Person(id=354), Person(id=219)-[KNOWS(2)]->Person(id=258), Person(id=175)-[KNOWS(2)]->Person(id=244), Person(id=496)-[KNOWS(7)]->Person(id=394), Person(id=321)-[KNOWS(7)]->Person(id=157), Person(id=227)-[KNOWS(5)]->Person(id=71), Person(id=23)-[KNOWS(1)]->Person(id=148), Person(id=108)-[KNOWS(5)]->Person(id=84), Person(id=494)-[KNOWS(8)]->Person(id=375), Person(id=200)-[KNOWS(3)]->Person(id=159), Person(id=455)-[KNOWS(4)]->Person(id=125), Person(id=300)-[KNOWS(5)]->Person(id=240), Person(id=187)-[KNOWS(6)]->Person(id=106), Person(id=169)-[KNOWS(8)]->Person(id=117), Person(id=441)-[KNOWS(2)]->Person(id=319), Person(id=120)-[KNOWS(8)]->Person(id=237), Person(id=34)-[KNOWS(2)]->Person(id=311), Person(id=274)-[KNOWS(1)]->Person(id=23), Person(id=257)-[KNOWS(4)]->Person(id=327), Person(id=458)-[KNOWS(7)]->Person(id=484), Person(id=193)-[KNOWS(8)]->Person(id=35), Person(id=400)-[KNOWS(1)]->Person(id=331), Person(id=422)-[KNOWS(4)]->Person(id=8), Person(id=128)-[KNOWS(1)]->Person(id=241), Person(id=473)-[KNOWS(5)]->Person(id=124), Person(id=206)-[KNOWS(8)]->Person(id=475), Person(id=280)-[KNOWS(8)]->Person(id=309), Person(id=303)-[KNOWS(8)]->Person(id=259), Person(id=308)-[KNOWS(2)]->Person(id=132), Person(id=342)-[KNOWS(8)]->Person(id=469), Person(id=246)-[KNOWS(5)]->Person(id=368), Person(id=468)-[KNOWS(9)]->Person(id=217), Person(id=88)-[KNOWS(6)]->Person(id=52), Person(id=29)-[KNOWS(4)]->Person(id=12), Person(id=394)-[KNOWS(8)]->Person(id=302), Person(id=229)-[KNOWS(7)]->Person(id=82), Person(id=403)-[KNOWS(5)]->Person(id=435), Person(id=484)-[KNOWS(7)]->Person(id=22), Person(id=318)-[KNOWS(9)]->Person(id=30), Person(id=224)-[KNOWS(9)]->Person(id=446), Person(id=495)-[KNOWS(8)]->Person(id=141), Person(id=281)-[KNOWS(3)]->Person(id=292), Person(id=409)-[KNOWS(5)]->Person(id=378), Person(id=231)-[KNOWS(6)]->Person(id=182), Person(id=111)-[KNOWS(2)]->Person(id=208), Person(id=341)-[KNOWS(4)]->Person(id=462), Person(id=271)-[KNOWS(9)]->Person(id=77), Person(id=278)-[KNOWS(3)]->Person(id=422), Person(id=431)-[KNOWS(2)]->Person(id=63), Person(id=30)-[KNOWS(6)]->Person(id=427), Person(id=109)-[KNOWS(8)]->Person(id=36), Person(id=207)-[KNOWS(1)]->Person(id=170), Person(id=455)-[KNOWS(9)]->Person(id=457), Person(id=186)-[KNOWS(4)]->Person(id=365), Person(id=382)-[KNOWS(9)]->Person(id=399), Person(id=372)-[KNOWS(5)]->Person(id=119), Person(id=365)-[KNOWS(2)]->Person(id=343), Person(id=366)-[KNOWS(9)]->Person(id=51), Person(id=264)-[KNOWS(7)]->Person(id=37), Person(id=332)-[KNOWS(5)]->Person(id=219), Person(id=484)-[KNOWS(8)]->Person(id=238), Person(id=105)-[KNOWS(3)]->Person(id=91), Person(id=196)-[KNOWS(2)]->Person(id=479), Person(id=96)-[KNOWS(3)]->Person(id=245), Person(id=118)-[KNOWS(7)]->Person(id=184), Person(id=421)-[KNOWS(6)]->Person(id=416), Person(id=185)-[KNOWS(2)]->Person(id=186), Person(id=167)-[KNOWS(9)]->Person(id=295), Person(id=446)-[KNOWS(8)]->Person(id=280), Person(id=215)-[KNOWS(3)]->Person(id=65), Person(id=271)-[KNOWS(4)]->Person(id=424), Person(id=343)-[KNOWS(4)]->Person(id=192), Person(id=298)-[KNOWS(7)]->Person(id=457), Person(id=348)-[KNOWS(7)]->Person(id=356), Person(id=211)-[KNOWS(4)]->Person(id=406), Person(id=400)-[KNOWS(3)]->Person(id=373), Person(id=446)-[KNOWS(1)]->Person(id=268), Person(id=54)-[KNOWS(3)]->Person(id=91), Person(id=97)-[KNOWS(5)]->Person(id=40), Person(id=449)-[KNOWS(2)]->Person(id=265), Person(id=406)-[KNOWS(5)]->Person(id=353), Person(id=54)-[KNOWS(9)]->Person(id=58), Person(id=51)-[KNOWS(7)]->Person(id=16), Person(id=117)-[KNOWS(2)]->Person(id=500), Person(id=128)-[KNOWS(1)]->Person(id=263), Person(id=116)-[KNOWS(7)]->Person(id=460), Person(id=409)-[KNOWS(9)]->Person(id=370), Person(id=324)-[KNOWS(2)]->Person(id=317), Person(id=374)-[KNOWS(6)]->Person(id=148), Person(id=40)-[KNOWS(9)]->Person(id=462), Person(id=208)-[KNOWS(4)]->Person(id=219), Person(id=21)-[KNOWS(9)]->Person(id=395), Person(id=108)-[KNOWS(2)]->Person(id=361), Person(id=239)-[KNOWS(1)]->Person(id=373), Person(id=323)-[KNOWS(4)]->Person(id=1), Person(id=204)-[KNOWS(7)]->Person(id=380), Person(id=198)-[KNOWS(7)]->Person(id=207), Person(id=304)-[KNOWS(7)]->Person(id=42), Person(id=438)-[KNOWS(7)]->Person(id=158), Person(id=375)-[KNOWS(3)]->Person(id=439), Person(id=132)-[KNOWS(5)]->Person(id=315), Person(id=79)-[KNOWS(3)]->Person(id=232), Person(id=176)-[KNOWS(9)]->Person(id=277), Person(id=253)-[KNOWS(7)]->Person(id=362), Person(id=273)-[KNOWS(9)]->Person(id=391), Person(id=404)-[KNOWS(1)]->Person(id=276), Person(id=334)-[KNOWS(5)]->Person(id=170), Person(id=268)-[KNOWS(8)]->Person(id=443), Person(id=219)-[KNOWS(1)]->Person(id=353), Person(id=285)-[KNOWS(5)]->Person(id=45), Person(id=431)-[KNOWS(3)]->Person(id=25), Person(id=187)-[KNOWS(6)]->Person(id=491), Person(id=74)-[KNOWS(2)]->Person(id=403), Person(id=78)-[KNOWS(4)]->Person(id=430), Person(id=498)-[KNOWS(2)]->Person(id=390), Person(id=406)-[KNOWS(5)]->Person(id=338), Person(id=150)-[KNOWS(5)]->Person(id=91), Person(id=54)-[KNOWS(9)]->Person(id=239), Person(id=284)-[KNOWS(1)]->Person(id=493), Person(id=49)-[KNOWS(6)]->Person(id=350), Person(id=420)-[KNOWS(5)]->Person(id=468), Person(id=334)-[KNOWS(2)]->Person(id=42), Person(id=96)-[KNOWS(6)]->Person(id=324), Person(id=392)-[KNOWS(5)]->Person(id=261), Person(id=209)-[KNOWS(1)]->Person(id=125), Person(id=13)-[KNOWS(2)]->Person(id=476), Person(id=54)-[KNOWS(1)]->Person(id=293), Person(id=17)-[KNOWS(5)]->Person(id=160), Person(id=132)-[KNOWS(3)]->Person(id=428), Person(id=476)-[KNOWS(2)]->Person(id=385), Person(id=72)-[KNOWS(7)]->Person(id=101), Person(id=368)-[KNOWS(2)]->Person(id=207), Person(id=184)-[KNOWS(7)]->Person(id=213), Person(id=132)-[KNOWS(9)]->Person(id=117), Person(id=13)-[KNOWS(4)]->Person(id=204), Person(id=43)-[KNOWS(4)]->Person(id=13), Person(id=105)-[KNOWS(4)]->Person(id=473), Person(id=441)-[KNOWS(9)]->Person(id=139), Person(id=361)-[KNOWS(6)]->Person(id=345), Person(id=328)-[KNOWS(3)]->Person(id=51), Person(id=110)-[KNOWS(6)]->Person(id=28), Person(id=499)-[KNOWS(2)]->Person(id=420), Person(id=372)-[KNOWS(5)]->Person(id=83), Person(id=205)-[KNOWS(3)]->Person(id=168), Person(id=268)-[KNOWS(7)]->Person(id=42), Person(id=10)-[KNOWS(8)]->Person(id=274), Person(id=225)-[KNOWS(8)]->Person(id=412), Person(id=135)-[KNOWS(5)]->Person(id=45), Person(id=475)-[KNOWS(1)]->Person(id=498), Person(id=355)-[KNOWS(3)]->Person(id=204), Person(id=473)-[KNOWS(2)]->Person(id=11), Person(id=420)-[KNOWS(1)]->Person(id=80), Person(id=4)-[KNOWS(3)]->Person(id=164), Person(id=395)-[KNOWS(8)]->Person(id=29), Person(id=424)-[KNOWS(7)]->Person(id=67), Person(id=391)-[KNOWS(2)]->Person(id=61), Person(id=150)-[KNOWS(7)]->Person(id=159), Person(id=386)-[KNOWS(9)]->Person(id=223), Person(id=333)-[KNOWS(8)]->Person(id=490), Person(id=302)-[KNOWS(7)]->Person(id=110), Person(id=443)-[KNOWS(1)]->Person(id=258), Person(id=379)-[KNOWS(3)]->Person(id=447), Person(id=253)-[KNOWS(4)]->Person(id=45), Person(id=51)-[KNOWS(3)]->Person(id=425), Person(id=86)-[KNOWS(7)]->Person(id=460), Person(id=190)-[KNOWS(4)]->Person(id=444), Person(id=389)-[KNOWS(4)]->Person(id=241), Person(id=322)-[KNOWS(9)]->Person(id=61), Person(id=398)-[KNOWS(7)]->Person(id=225), Person(id=19)-[KNOWS(3)]->Person(id=233), Person(id=181)-[KNOWS(3)]->Person(id=471), Person(id=53)-[KNOWS(3)]->Person(id=384), Person(id=408)-[KNOWS(3)]->Person(id=3), Person(id=133)-[KNOWS(4)]->Person(id=162), Person(id=480)-[KNOWS(7)]->Person(id=152), Person(id=255)-[KNOWS(1)]->Person(id=463), Person(id=2)-[KNOWS(7)]->Person(id=271), Person(id=7)-[KNOWS(1)]->Person(id=128), Person(id=54)-[KNOWS(9)]->Person(id=166), Person(id=346)-[KNOWS(1)]->Person(id=134), Person(id=311)-[KNOWS(5)]->Person(id=117), Person(id=282)-[KNOWS(9)]->Person(id=19), Person(id=439)-[KNOWS(8)]->Person(id=325), Person(id=10)-[KNOWS(3)]->Person(id=304), Person(id=215)-[KNOWS(1)]->Person(id=3), Person(id=247)-[KNOWS(3)]->Person(id=478), Person(id=357)-[KNOWS(3)]->Person(id=2), Person(id=158)-[KNOWS(9)]->Person(id=471), Person(id=240)-[KNOWS(1)]->Person(id=45), Person(id=414)-[KNOWS(8)]->Person(id=358), Person(id=80)-[KNOWS(4)]->Person(id=490), Person(id=417)-[KNOWS(3)]->Person(id=134), Person(id=236)-[KNOWS(7)]->Person(id=498), Person(id=129)-[KNOWS(2)]->Person(id=455), Person(id=311)-[KNOWS(8)]->Person(id=148), Person(id=233)-[KNOWS(1)]->Person(id=401), Person(id=8)-[KNOWS(1)]->Person(id=499), Person(id=177)-[KNOWS(8)]->Person(id=323), Person(id=453)-[KNOWS(8)]->Person(id=210), Person(id=48)-[KNOWS(9)]->Person(id=284), Person(id=317)-[KNOWS(5)]->Person(id=239), Person(id=161)-[KNOWS(4)]->Person(id=158), Person(id=335)-[KNOWS(2)]->Person(id=93), Person(id=22)-[KNOWS(3)]->Person(id=302), Person(id=307)-[KNOWS(1)]->Person(id=89), Person(id=74)-[KNOWS(8)]->Person(id=446), Person(id=340)-[KNOWS(2)]->Person(id=177), Person(id=432)-[KNOWS(7)]->Person(id=44), Person(id=299)-[KNOWS(5)]->Person(id=183), Person(id=129)-[KNOWS(2)]->Person(id=44), Person(id=348)-[KNOWS(1)]->Person(id=73), Person(id=188)-[KNOWS(7)]->Person(id=15), Person(id=110)-[KNOWS(5)]->Person(id=392), Person(id=107)-[KNOWS(1)]->Person(id=74), Person(id=34)-[KNOWS(9)]->Person(id=217), Person(id=171)-[KNOWS(9)]->Person(id=188), Person(id=209)-[KNOWS(9)]->Person(id=439), Person(id=492)-[KNOWS(5)]->Person(id=112), Person(id=362)-[KNOWS(5)]->Person(id=161), Person(id=431)-[KNOWS(7)]->Person(id=64), Person(id=238)-[KNOWS(7)]->Person(id=407), Person(id=331)-[KNOWS(3)]->Person(id=237), Person(id=76)-[KNOWS(7)]->Person(id=1), Person(id=241)-[KNOWS(4)]->Person(id=300), Person(id=463)-[KNOWS(3)]->Person(id=66), Person(id=444)-[KNOWS(4)]->Person(id=422), Person(id=275)-[KNOWS(2)]->Person(id=222), Person(id=137)-[KNOWS(5)]->Person(id=489), Person(id=131)-[KNOWS(3)]->Person(id=345), Person(id=203)-[KNOWS(2)]->Person(id=330), Person(id=97)-[KNOWS(2)]->Person(id=462), Person(id=154)-[KNOWS(1)]->Person(id=468), Person(id=73)-[KNOWS(5)]->Person(id=292), Person(id=39)-[KNOWS(7)]->Person(id=344), Person(id=484)-[KNOWS(9)]->Person(id=207), Person(id=436)-[KNOWS(6)]->Person(id=183), Person(id=487)-[KNOWS(2)]->Person(id=86), Person(id=74)-[KNOWS(5)]->Person(id=187), Person(id=302)-[KNOWS(7)]->Person(id=101), Person(id=130)-[KNOWS(1)]->Person(id=216), Person(id=150)-[KNOWS(2)]->Person(id=236), Person(id=230)-[KNOWS(3)]->Person(id=54), Person(id=205)-[KNOWS(3)]->Person(id=207), Person(id=85)-[KNOWS(1)]->Person(id=471), Person(id=232)-[KNOWS(5)]->Person(id=399), Person(id=251)-[KNOWS(9)]->Person(id=361), Person(id=486)-[KNOWS(5)]->Person(id=57), Person(id=458)-[KNOWS(4)]->Person(id=302), Person(id=474)-[KNOWS(1)]->Person(id=245), Person(id=317)-[KNOWS(6)]->Person(id=490), Person(id=390)-[KNOWS(4)]->Person(id=72), Person(id=480)-[KNOWS(4)]->Person(id=483), Person(id=139)-[KNOWS(8)]->Person(id=148), Person(id=174)-[KNOWS(3)]->Person(id=138), Person(id=153)-[KNOWS(9)]->Person(id=373), Person(id=396)-[KNOWS(5)]->Person(id=292), Person(id=71)-[KNOWS(4)]->Person(id=102), Person(id=372)-[KNOWS(6)]->Person(id=49), Person(id=437)-[KNOWS(5)]->Person(id=238), Person(id=91)-[KNOWS(4)]->Person(id=367), Person(id=463)-[KNOWS(7)]->Person(id=287), Person(id=30)-[KNOWS(3)]->Person(id=2), Person(id=199)-[KNOWS(5)]->Person(id=76), Person(id=27)-[KNOWS(9)]->Person(id=442), Person(id=334)-[KNOWS(8)]->Person(id=289), Person(id=127)-[KNOWS(8)]->Person(id=276), Person(id=139)-[KNOWS(3)]->Person(id=328), Person(id=113)-[KNOWS(9)]->Person(id=314), Person(id=448)-[KNOWS(7)]->Person(id=342), Person(id=324)-[KNOWS(3)]->Person(id=82), Person(id=299)-[KNOWS(1)]->Person(id=263), Person(id=116)-[KNOWS(3)]->Person(id=65), Person(id=371)-[KNOWS(3)]->Person(id=166), Person(id=273)-[KNOWS(2)]->Person(id=440), Person(id=459)-[KNOWS(5)]->Person(id=395), Person(id=378)-[KNOWS(5)]->Person(id=113), Person(id=241)-[KNOWS(4)]->Person(id=413), Person(id=70)-[KNOWS(7)]->Person(id=358), Person(id=365)-[KNOWS(6)]->Person(id=361), Person(id=23)-[KNOWS(4)]->Person(id=250), Person(id=334)-[KNOWS(6)]->Person(id=64), Person(id=121)-[KNOWS(1)]->Person(id=42), Person(id=366)-[KNOWS(9)]->Person(id=153), Person(id=142)-[KNOWS(5)]->Person(id=123), Person(id=125)-[KNOWS(1)]->Person(id=362), Person(id=156)-[KNOWS(2)]->Person(id=170), Person(id=320)-[KNOWS(1)]->Person(id=441), Person(id=51)-[KNOWS(8)]->Person(id=325), Person(id=150)-[KNOWS(6)]->Person(id=289), Person(id=73)-[KNOWS(2)]->Person(id=91), Person(id=267)-[KNOWS(9)]->Person(id=433), Person(id=214)-[KNOWS(1)]->Person(id=446), Person(id=64)-[KNOWS(6)]->Person(id=349), Person(id=316)-[KNOWS(5)]->Person(id=201), Person(id=347)-[KNOWS(7)]->Person(id=445), Person(id=112)-[KNOWS(9)]->Person(id=145), Person(id=267)-[KNOWS(5)]->Person(id=443), Person(id=325)-[KNOWS(3)]->Person(id=425), Person(id=278)-[KNOWS(7)]->Person(id=103), Person(id=402)-[KNOWS(5)]->Person(id=94), Person(id=29)-[KNOWS(8)]->Person(id=75), Person(id=308)-[KNOWS(7)]->Person(id=176), Person(id=375)-[KNOWS(2)]->Person(id=96), Person(id=74)-[KNOWS(7)]->Person(id=459), Person(id=392)-[KNOWS(7)]->Person(id=40), Person(id=336)-[KNOWS(5)]->Person(id=124), Person(id=287)-[KNOWS(8)]->Person(id=110), Person(id=331)-[KNOWS(7)]->Person(id=386), Person(id=80)-[KNOWS(3)]->Person(id=59), Person(id=296)-[KNOWS(9)]->Person(id=130), Person(id=45)-[KNOWS(3)]->Person(id=178), Person(id=302)-[KNOWS(7)]->Person(id=129), Person(id=262)-[KNOWS(3)]->Person(id=187), Person(id=289)-[KNOWS(5)]->Person(id=270), Person(id=3)-[KNOWS(1)]->Person(id=347), Person(id=376)-[KNOWS(2)]->Person(id=293), Person(id=240)-[KNOWS(3)]->Person(id=404), Person(id=155)-[KNOWS(7)]->Person(id=484), Person(id=265)-[KNOWS(7)]->Person(id=195), Person(id=85)-[KNOWS(1)]->Person(id=41), Person(id=463)-[KNOWS(9)]->Person(id=198), Person(id=244)-[KNOWS(9)]->Person(id=133), Person(id=200)-[KNOWS(4)]->Person(id=258), Person(id=468)-[KNOWS(3)]->Person(id=454), Person(id=139)-[KNOWS(7)]->Person(id=188), Person(id=333)-[KNOWS(8)]->Person(id=233), Person(id=300)-[KNOWS(8)]->Person(id=182), Person(id=220)-[KNOWS(3)]->Person(id=203), Person(id=225)-[KNOWS(2)]->Person(id=286), Person(id=61)-[KNOWS(6)]->Person(id=109), Person(id=187)-[KNOWS(9)]->Person(id=421), Person(id=54)-[KNOWS(7)]->Person(id=407), Person(id=379)-[KNOWS(1)]->Person(id=16), Person(id=225)-[KNOWS(6)]->Person(id=146), Person(id=87)-[KNOWS(1)]->Person(id=253), Person(id=299)-[KNOWS(2)]->Person(id=242), Person(id=114)-[KNOWS(4)]->Person(id=9), Person(id=68)-[KNOWS(9)]->Person(id=411), Person(id=102)-[KNOWS(6)]->Person(id=80), Person(id=66)-[KNOWS(6)]->Person(id=105), Person(id=307)-[KNOWS(7)]->Person(id=46), Person(id=28)-[KNOWS(7)]->Person(id=144), Person(id=99)-[KNOWS(6)]->Person(id=388), Person(id=140)-[KNOWS(3)]->Person(id=396), Person(id=90)-[KNOWS(2)]->Person(id=10), Person(id=9)-[KNOWS(4)]->Person(id=8), Person(id=175)-[KNOWS(5)]->Person(id=76), Person(id=164)-[KNOWS(3)]->Person(id=216), Person(id=117)-[KNOWS(8)]->Person(id=333), Person(id=408)-[KNOWS(4)]->Person(id=387), Person(id=246)-[KNOWS(6)]->Person(id=365), Person(id=312)-[KNOWS(1)]->Person(id=64), Person(id=280)-[KNOWS(1)]->Person(id=243), Person(id=207)-[KNOWS(6)]->Person(id=426), Person(id=131)-[KNOWS(2)]->Person(id=460), Person(id=123)-[KNOWS(2)]->Person(id=213), Person(id=473)-[KNOWS(5)]->Person(id=153), Person(id=217)-[KNOWS(3)]->Person(id=172), Person(id=393)-[KNOWS(5)]->Person(id=81), Person(id=124)-[KNOWS(7)]->Person(id=138), Person(id=178)-[KNOWS(7)]->Person(id=371), Person(id=472)-[KNOWS(3)]->Person(id=427), Person(id=186)-[KNOWS(6)]->Person(id=12), Person(id=412)-[KNOWS(1)]->Person(id=39), Person(id=93)-[KNOWS(9)]->Person(id=210), Person(id=202)-[KNOWS(4)]->Person(id=318), Person(id=247)-[KNOWS(9)]->Person(id=145), Person(id=292)-[KNOWS(1)]->Person(id=50), Person(id=497)-[KNOWS(5)]->Person(id=241), Person(id=367)-[KNOWS(4)]->Person(id=196), Person(id=8)-[KNOWS(6)]->Person(id=169), Person(id=2)-[KNOWS(4)]->Person(id=142), Person(id=65)-[KNOWS(4)]->Person(id=64), Person(id=91)-[KNOWS(5)]->Person(id=349), Person(id=231)-[KNOWS(1)]->Person(id=47), Person(id=241)-[KNOWS(2)]->Person(id=427), Person(id=198)-[KNOWS(6)]->Person(id=480), Person(id=259)-[KNOWS(1)]->Person(id=405), Person(id=284)-[KNOWS(1)]->Person(id=224), Person(id=80)-[KNOWS(5)]->Person(id=421), Person(id=8)-[KNOWS(5)]->Person(id=324), Person(id=162)-[KNOWS(6)]->Person(id=59), Person(id=378)-[KNOWS(4)]->Person(id=201), Person(id=401)-[KNOWS(1)]->Person(id=340), Person(id=198)-[KNOWS(5)]->Person(id=96), Person(id=423)-[KNOWS(7)]->Person(id=45), Person(id=15)-[KNOWS(6)]->Person(id=242), Person(id=433)-[KNOWS(4)]->Person(id=255), Person(id=424)-[KNOWS(4)]->Person(id=239), Person(id=163)-[KNOWS(3)]->Person(id=233), Person(id=436)-[KNOWS(6)]->Person(id=26), Person(id=325)-[KNOWS(6)]->Person(id=451), Person(id=346)-[KNOWS(9)]->Person(id=141), Person(id=43)-[KNOWS(3)]->Person(id=220), Person(id=254)-[KNOWS(1)]->Person(id=300), Person(id=14)-[KNOWS(9)]->Person(id=331), Person(id=322)-[KNOWS(4)]->Person(id=415), Person(id=165)-[KNOWS(2)]->Person(id=417), Person(id=123)-[KNOWS(2)]->Person(id=269), Person(id=122)-[KNOWS(6)]->Person(id=299), Person(id=239)-[KNOWS(2)]->Person(id=25), Person(id=418)-[KNOWS(4)]->Person(id=178), Person(id=341)-[KNOWS(3)]->Person(id=250), Person(id=44)-[KNOWS(9)]->Person(id=379), Person(id=214)-[KNOWS(7)]->Person(id=147), Person(id=458)-[KNOWS(8)]->Person(id=40), Person(id=200)-[KNOWS(4)]->Person(id=498), Person(id=252)-[KNOWS(6)]->Person(id=215), Person(id=137)-[KNOWS(2)]->Person(id=247), Person(id=370)-[KNOWS(3)]->Person(id=150), Person(id=236)-[KNOWS(9)]->Person(id=92), Person(id=288)-[KNOWS(3)]->Person(id=308), Person(id=285)-[KNOWS(6)]->Person(id=430), Person(id=151)-[KNOWS(6)]->Person(id=121), Person(id=467)-[KNOWS(9)]->Person(id=249), Person(id=344)-[KNOWS(9)]->Person(id=47), Person(id=147)-[KNOWS(4)]->Person(id=355), Person(id=242)-[KNOWS(9)]->Person(id=134), Person(id=83)-[KNOWS(6)]->Person(id=325), Person(id=218)-[KNOWS(3)]->Person(id=151), Person(id=25)-[KNOWS(6)]->Person(id=172), Person(id=95)-[KNOWS(7)]->Person(id=124), Person(id=368)-[KNOWS(7)]->Person(id=200), Person(id=334)-[KNOWS(1)]->Person(id=336), Person(id=54)-[KNOWS(9)]->Person(id=66), Person(id=249)-[KNOWS(9)]->Person(id=330), Person(id=154)-[KNOWS(7)]->Person(id=7), Person(id=118)-[KNOWS(1)]->Person(id=15), Person(id=479)-[KNOWS(8)]->Person(id=277), Person(id=390)-[KNOWS(6)]->Person(id=370), Person(id=450)-[KNOWS(9)]->Person(id=102), Person(id=139)-[KNOWS(8)]->Person(id=234), Person(id=449)-[KNOWS(7)]->Person(id=386), Person(id=39)-[KNOWS(4)]->Person(id=425), Person(id=223)-[KNOWS(2)]->Person(id=31), Person(id=118)-[KNOWS(8)]->Person(id=337), Person(id=249)-[KNOWS(4)]->Person(id=209), Person(id=155)-[KNOWS(5)]->Person(id=41), Person(id=218)-[KNOWS(1)]->Person(id=196), Person(id=329)-[KNOWS(4)]->Person(id=180), Person(id=471)-[KNOWS(4)]->Person(id=199), Person(id=111)-[KNOWS(6)]->Person(id=38), Person(id=458)-[KNOWS(3)]->Person(id=371), Person(id=193)-[KNOWS(8)]->Person(id=272), Person(id=64)-[KNOWS(5)]->Person(id=132), Person(id=254)-[KNOWS(6)]->Person(id=75), Person(id=306)-[KNOWS(5)]->Person(id=187), Person(id=315)-[KNOWS(3)]->Person(id=371), Person(id=193)-[KNOWS(7)]->Person(id=137), Person(id=474)-[KNOWS(5)]->Person(id=3), Person(id=148)-[KNOWS(2)]->Person(id=295), Person(id=160)-[KNOWS(7)]->Person(id=151), Person(id=457)-[KNOWS(9)]->Person(id=363), Person(id=239)-[KNOWS(7)]->Person(id=342), Person(id=76)-[KNOWS(3)]->Person(id=335), Person(id=78)-[KNOWS(9)]->Person(id=177), Person(id=401)-[KNOWS(6)]->Person(id=26), Person(id=392)-[KNOWS(2)]->Person(id=448), Person(id=293)-[KNOWS(8)]->Person(id=421), Person(id=316)-[KNOWS(6)]->Person(id=184), Person(id=279)-[KNOWS(3)]->Person(id=422), Person(id=468)-[KNOWS(5)]->Person(id=346), Person(id=487)-[KNOWS(7)]->Person(id=19), Person(id=36)-[KNOWS(8)]->Person(id=182), Person(id=364)-[KNOWS(9)]->Person(id=434), Person(id=481)-[KNOWS(2)]->Person(id=387), Person(id=453)-[KNOWS(8)]->Person(id=23), Person(id=306)-[KNOWS(1)]->Person(id=135), Person(id=114)-[KNOWS(6)]->Person(id=232), Person(id=264)-[KNOWS(8)]->Person(id=113), Person(id=338)-[KNOWS(1)]->Person(id=468), Person(id=131)-[KNOWS(8)]->Person(id=205), Person(id=41)-[KNOWS(1)]->Person(id=231), Person(id=405)-[KNOWS(6)]->Person(id=100), Person(id=364)-[KNOWS(3)]->Person(id=3), Person(id=116)-[KNOWS(3)]->Person(id=26), Person(id=323)-[KNOWS(4)]->Person(id=411), Person(id=92)-[KNOWS(6)]->Person(id=43), Person(id=337)-[KNOWS(4)]->Person(id=100), Person(id=158)-[KNOWS(8)]->Person(id=189), Person(id=5)-[KNOWS(9)]->Person(id=283), Person(id=335)-[KNOWS(6)]->Person(id=421), Person(id=105)-[KNOWS(5)]->Person(id=339), Person(id=59)-[KNOWS(9)]->Person(id=413), Person(id=299)-[KNOWS(8)]->Person(id=31), Person(id=142)-[KNOWS(1)]->Person(id=423), Person(id=405)-[KNOWS(6)]->Person(id=198), Person(id=496)-[KNOWS(1)]->Person(id=32), Person(id=147)-[KNOWS(9)]->Person(id=91), Person(id=232)-[KNOWS(5)]->Person(id=429), Person(id=312)-[KNOWS(9)]->Person(id=369), Person(id=137)-[KNOWS(6)]->Person(id=456), Person(id=207)-[KNOWS(8)]->Person(id=14), Person(id=319)-[KNOWS(2)]->Person(id=56), Person(id=302)-[KNOWS(3)]->Person(id=141), Person(id=179)-[KNOWS(5)]->Person(id=376), Person(id=192)-[KNOWS(9)]->Person(id=100), Person(id=420)-[KNOWS(3)]->Person(id=62), Person(id=191)-[KNOWS(7)]->Person(id=168), Person(id=187)-[KNOWS(4)]->Person(id=349), Person(id=206)-[KNOWS(2)]->Person(id=208), Person(id=184)-[KNOWS(6)]->Person(id=2), Person(id=68)-[KNOWS(5)]->Person(id=117), Person(id=53)-[KNOWS(7)]->Person(id=130), Person(id=272)-[KNOWS(6)]->Person(id=32), Person(id=370)-[KNOWS(1)]->Person(id=31), Person(id=368)-[KNOWS(6)]->Person(id=244), Person(id=174)-[KNOWS(8)]->Person(id=245), Person(id=445)-[KNOWS(8)]->Person(id=173), Person(id=46)-[KNOWS(5)]->Person(id=416), Person(id=187)-[KNOWS(3)]->Person(id=424), Person(id=498)-[KNOWS(1)]->Person(id=173), Person(id=212)-[KNOWS(5)]->Person(id=99), Person(id=436)-[KNOWS(6)]->Person(id=401), Person(id=100)-[KNOWS(1)]->Person(id=393), Person(id=57)-[KNOWS(6)]->Person(id=107), Person(id=161)-[KNOWS(4)]->Person(id=351), Person(id=488)-[KNOWS(7)]->Person(id=401), Person(id=316)-[KNOWS(5)]->Person(id=93), Person(id=117)-[KNOWS(8)]->Person(id=487), Person(id=47)-[KNOWS(4)]->Person(id=465), Person(id=450)-[KNOWS(5)]->Person(id=46), Person(id=287)-[KNOWS(2)]->Person(id=85), Person(id=454)-[KNOWS(6)]->Person(id=128), Person(id=323)-[KNOWS(2)]->Person(id=223), Person(id=18)-[KNOWS(4)]->Person(id=43), Person(id=321)-[KNOWS(6)]->Person(id=374), Person(id=394)-[KNOWS(2)]->Person(id=100), Person(id=126)-[KNOWS(9)]->Person(id=461), Person(id=130)-[KNOWS(8)]->Person(id=221), Person(id=219)-[KNOWS(7)]->Person(id=434), Person(id=242)-[KNOWS(7)]->Person(id=76), Person(id=340)-[KNOWS(7)]->Person(id=368), Person(id=252)-[KNOWS(4)]->Person(id=213), Person(id=286)-[KNOWS(1)]->Person(id=416), Person(id=485)-[KNOWS(8)]->Person(id=172), Person(id=251)-[KNOWS(3)]->Person(id=402), Person(id=334)-[KNOWS(2)]->Person(id=39), Person(id=430)-[KNOWS(3)]->Person(id=419), Person(id=273)-[KNOWS(7)]->Person(id=400), Person(id=294)-[KNOWS(3)]->Person(id=245), Person(id=352)-[KNOWS(7)]->Person(id=123), Person(id=244)-[KNOWS(4)]->Person(id=469), Person(id=103)-[KNOWS(6)]->Person(id=161), Person(id=12)-[KNOWS(9)]->Person(id=153), Person(id=259)-[KNOWS(5)]->Person(id=359), Person(id=399)-[KNOWS(5)]->Person(id=259), Person(id=69)-[KNOWS(7)]->Person(id=193), Person(id=116)-[KNOWS(4)]->Person(id=395), Person(id=61)-[KNOWS(9)]->Person(id=148), Person(id=41)-[KNOWS(7)]->Person(id=436), Person(id=107)-[KNOWS(7)]->Person(id=448), Person(id=42)-[KNOWS(5)]->Person(id=462), Person(id=368)-[KNOWS(6)]->Person(id=101), Person(id=12)-[KNOWS(9)]->Person(id=229), Person(id=349)-[KNOWS(2)]->Person(id=314), Person(id=250)-[KNOWS(1)]->Person(id=479), Person(id=485)-[KNOWS(4)]->Person(id=419), Person(id=107)-[KNOWS(7)]->Person(id=376), Person(id=474)-[KNOWS(4)]->Person(id=90), Person(id=259)-[KNOWS(8)]->Person(id=265), Person(id=19)-[KNOWS(5)]->Person(id=351), Person(id=257)-[KNOWS(5)]->Person(id=314), Person(id=39)-[KNOWS(7)]->Person(id=308), Person(id=72)-[KNOWS(4)]->Person(id=451), Person(id=363)-[KNOWS(4)]->Person(id=463), Person(id=409)-[KNOWS(1)]->Person(id=342), Person(id=199)-[KNOWS(4)]->Person(id=205), Person(id=263)-[KNOWS(8)]->Person(id=181), Person(id=2)-[KNOWS(6)]->Person(id=441), Person(id=63)-[KNOWS(8)]->Person(id=478), Person(id=23)-[KNOWS(7)]->Person(id=170), Person(id=164)-[KNOWS(9)]->Person(id=233), Person(id=242)-[KNOWS(7)]->Person(id=391), Person(id=336)-[KNOWS(7)]->Person(id=159), Person(id=87)-[KNOWS(8)]->Person(id=71), Person(id=280)-[KNOWS(4)]->Person(id=167), Person(id=37)-[KNOWS(5)]->Person(id=448), Person(id=237)-[KNOWS(4)]->Person(id=227), Person(id=350)-[KNOWS(4)]->Person(id=179), Person(id=184)-[KNOWS(2)]->Person(id=413), Person(id=96)-[KNOWS(5)]->Person(id=60), Person(id=394)-[KNOWS(6)]->Person(id=217), Person(id=69)-[KNOWS(9)]->Person(id=378), Person(id=78)-[KNOWS(2)]->Person(id=205), Person(id=165)-[KNOWS(7)]->Person(id=34), Person(id=89)-[KNOWS(3)]->Person(id=472), Person(id=14)-[KNOWS(1)]->Person(id=2), Person(id=395)-[KNOWS(5)]->Person(id=79), Person(id=152)-[KNOWS(7)]->Person(id=401), Person(id=269)-[KNOWS(6)]->Person(id=122), Person(id=189)-[KNOWS(7)]->Person(id=374), Person(id=240)-[KNOWS(3)]->Person(id=96), Person(id=54)-[KNOWS(9)]->Person(id=446), Person(id=38)-[KNOWS(6)]->Person(id=74), Person(id=145)-[KNOWS(9)]->Person(id=102), Person(id=406)-[KNOWS(4)]->Person(id=169), Person(id=395)-[KNOWS(2)]->Person(id=187), Person(id=257)-[KNOWS(3)]->Person(id=156), Person(id=359)-[KNOWS(8)]->Person(id=238), Person(id=388)-[KNOWS(2)]->Person(id=101), Person(id=10)-[KNOWS(7)]->Person(id=357), Person(id=70)-[KNOWS(2)]->Person(id=479), Person(id=85)-[KNOWS(7)]->Person(id=118), Person(id=393)-[KNOWS(3)]->Person(id=229), Person(id=340)-[KNOWS(9)]->Person(id=453), Person(id=442)-[KNOWS(2)]->Person(id=275), Person(id=416)-[KNOWS(7)]->Person(id=40), Person(id=357)-[KNOWS(3)]->Person(id=384), Person(id=366)-[KNOWS(7)]->Person(id=58), Person(id=234)-[KNOWS(5)]->Person(id=84), Person(id=457)-[KNOWS(3)]->Person(id=253), Person(id=93)-[KNOWS(8)]->Person(id=32), Person(id=90)-[KNOWS(9)]->Person(id=330), Person(id=392)-[KNOWS(5)]->Person(id=427), Person(id=16)-[KNOWS(4)]->Person(id=324), Person(id=392)-[KNOWS(6)]->Person(id=83), Person(id=355)-[KNOWS(9)]->Person(id=247), Person(id=480)-[KNOWS(3)]->Person(id=340), Person(id=317)-[KNOWS(8)]->Person(id=461), Person(id=277)-[KNOWS(6)]->Person(id=234), Person(id=188)-[KNOWS(2)]->Person(id=149), Person(id=56)-[KNOWS(8)]->Person(id=64), Person(id=194)-[KNOWS(8)]->Person(id=218), Person(id=193)-[KNOWS(7)]->Person(id=440), Person(id=275)-[KNOWS(1)]->Person(id=498), Person(id=238)-[KNOWS(9)]->Person(id=38), Person(id=234)-[KNOWS(4)]->Person(id=461), Person(id=348)-[KNOWS(9)]->Person(id=371), Person(id=225)-[KNOWS(9)]->Person(id=247), Person(id=209)-[KNOWS(2)]->Person(id=35), Person(id=396)-[KNOWS(5)]->Person(id=464), Person(id=415)-[KNOWS(2)]->Person(id=160), Person(id=473)-[KNOWS(5)]->Person(id=225), Person(id=182)-[KNOWS(1)]->Person(id=129), Person(id=32)-[KNOWS(6)]->Person(id=47), Person(id=262)-[KNOWS(5)]->Person(id=53), Person(id=221)-[KNOWS(8)]->Person(id=135), Person(id=387)-[KNOWS(9)]->Person(id=130), Person(id=285)-[KNOWS(3)]->Person(id=334), Person(id=446)-[KNOWS(3)]->Person(id=73), Person(id=56)-[KNOWS(2)]->Person(id=460), Person(id=382)-[KNOWS(1)]->Person(id=164), Person(id=180)-[KNOWS(6)]->Person(id=74), Person(id=44)-[KNOWS(1)]->Person(id=363), Person(id=381)-[KNOWS(2)]->Person(id=187), Person(id=36)-[KNOWS(4)]->Person(id=338), Person(id=383)-[KNOWS(2)]->Person(id=404), Person(id=351)-[KNOWS(9)]->Person(id=376), Person(id=119)-[KNOWS(3)]->Person(id=367), Person(id=468)-[KNOWS(6)]->Person(id=170), Person(id=29)-[KNOWS(1)]->Person(id=357), Person(id=249)-[KNOWS(9)]->Person(id=395), Person(id=309)-[KNOWS(1)]->Person(id=99), Person(id=377)-[KNOWS(8)]->Person(id=384), Person(id=28)-[KNOWS(1)]->Person(id=364), Person(id=47)-[KNOWS(9)]->Person(id=393), Person(id=328)-[KNOWS(1)]->Person(id=433), Person(id=262)-[KNOWS(2)]->Person(id=203), Person(id=273)-[KNOWS(5)]->Person(id=399), Person(id=467)-[KNOWS(8)]->Person(id=253), Person(id=168)-[KNOWS(5)]->Person(id=207), Person(id=12)-[KNOWS(9)]->Person(id=421), Person(id=203)-[KNOWS(4)]->Person(id=325), Person(id=431)-[KNOWS(9)]->Person(id=321), Person(id=128)-[KNOWS(8)]->Person(id=451), Person(id=258)-[KNOWS(5)]->Person(id=220), Person(id=195)-[KNOWS(8)]->Person(id=96), Person(id=269)-[KNOWS(6)]->Person(id=262), Person(id=368)-[KNOWS(8)]->Person(id=99), Person(id=112)-[KNOWS(8)]->Person(id=484), Person(id=147)-[KNOWS(7)]->Person(id=86), Person(id=469)-[KNOWS(9)]->Person(id=117), Person(id=445)-[KNOWS(4)]->Person(id=430), Person(id=453)-[KNOWS(6)]->Person(id=61), Person(id=310)-[KNOWS(8)]->Person(id=181), Person(id=30)-[KNOWS(1)]->Person(id=481), Person(id=435)-[KNOWS(8)]->Person(id=93), Person(id=447)-[KNOWS(5)]->Person(id=142), Person(id=273)-[KNOWS(7)]->Person(id=454), Person(id=401)-[KNOWS(9)]->Person(id=59), Person(id=291)-[KNOWS(2)]->Person(id=456), Person(id=420)-[KNOWS(8)]->Person(id=364), Person(id=318)-[KNOWS(9)]->Person(id=212), Person(id=41)-[KNOWS(6)]->Person(id=142), Person(id=468)-[KNOWS(1)]->Person(id=70), Person(id=435)-[KNOWS(8)]->Person(id=307), Person(id=362)-[KNOWS(2)]->Person(id=98), Person(id=266)-[KNOWS(1)]->Person(id=63), Person(id=335)-[KNOWS(9)]->Person(id=458), Person(id=116)-[KNOWS(5)]->Person(id=77), Person(id=341)-[KNOWS(3)]->Person(id=259), Person(id=407)-[KNOWS(8)]->Person(id=262), Person(id=78)-[KNOWS(2)]->Person(id=352), Person(id=488)-[KNOWS(7)]->Person(id=76), Person(id=293)-[KNOWS(7)]->Person(id=355), Person(id=486)-[KNOWS(6)]->Person(id=73), Person(id=19)-[KNOWS(3)]->Person(id=365), Person(id=224)-[KNOWS(9)]->Person(id=481), Person(id=342)-[KNOWS(2)]->Person(id=22), Person(id=238)-[KNOWS(1)]->Person(id=430), Person(id=43)-[KNOWS(2)]->Person(id=102), Person(id=208)-[KNOWS(1)]->Person(id=138), Person(id=279)-[KNOWS(3)]->Person(id=241), Person(id=374)-[KNOWS(6)]->Person(id=198), Person(id=202)-[KNOWS(1)]->Person(id=476), Person(id=249)-[KNOWS(2)]->Person(id=403), Person(id=349)-[KNOWS(3)]->Person(id=193), Person(id=86)-[KNOWS(8)]->Person(id=282), Person(id=441)-[KNOWS(8)]->Person(id=125), Person(id=440)-[KNOWS(8)]->Person(id=48), Person(id=469)-[KNOWS(2)]->Person(id=406), Person(id=19)-[KNOWS(8)]->Person(id=285), Person(id=2)-[KNOWS(1)]->Person(id=335), Person(id=402)-[KNOWS(5)]->Person(id=423), Person(id=457)-[KNOWS(5)]->Person(id=113), Person(id=19)-[KNOWS(7)]->Person(id=423), Person(id=194)-[KNOWS(6)]->Person(id=368), Person(id=485)-[KNOWS(8)]->Person(id=133), Person(id=412)-[KNOWS(1)]->Person(id=349), Person(id=143)-[KNOWS(6)]->Person(id=319), Person(id=77)-[KNOWS(6)]->Person(id=478), Person(id=467)-[KNOWS(9)]->Person(id=169), Person(id=115)-[KNOWS(4)]->Person(id=168), Person(id=36)-[KNOWS(8)]->Person(id=222), Person(id=113)-[KNOWS(2)]->Person(id=365), Person(id=1)-[KNOWS(4)]->Person(id=296), Person(id=370)-[KNOWS(2)]->Person(id=320), Person(id=393)-[KNOWS(4)]->Person(id=289), Person(id=462)-[KNOWS(5)]->Person(id=372), Person(id=463)-[KNOWS(7)]->Person(id=423), Person(id=490)-[KNOWS(5)]->Person(id=459), Person(id=94)-[KNOWS(5)]->Person(id=461), Person(id=314)-[KNOWS(9)]->Person(id=99), Person(id=269)-[KNOWS(4)]->Person(id=282), Person(id=422)-[KNOWS(4)]->Person(id=173), Person(id=129)-[KNOWS(7)]->Person(id=446), Person(id=227)-[KNOWS(8)]->Person(id=20), Person(id=334)-[KNOWS(2)]->Person(id=158), Person(id=187)-[KNOWS(4)]->Person(id=274), Person(id=278)-[KNOWS(2)]->Person(id=29), Person(id=207)-[KNOWS(2)]->Person(id=330), Person(id=51)-[KNOWS(5)]->Person(id=74), Person(id=356)-[KNOWS(9)]->Person(id=161), Person(id=54)-[KNOWS(1)]->Person(id=373), Person(id=127)-[KNOWS(5)]->Person(id=350), Person(id=6)-[KNOWS(1)]->Person(id=434), Person(id=498)-[KNOWS(4)]->Person(id=400), Person(id=215)-[KNOWS(8)]->Person(id=346), Person(id=457)-[KNOWS(1)]->Person(id=135), Person(id=140)-[KNOWS(9)]->Person(id=60), Person(id=271)-[KNOWS(9)]->Person(id=139), Person(id=441)-[KNOWS(2)]->Person(id=2), Person(id=259)-[KNOWS(7)]->Person(id=374), Person(id=411)-[KNOWS(5)]->Person(id=372), Person(id=35)-[KNOWS(8)]->Person(id=61), Person(id=264)-[KNOWS(1)]->Person(id=160), Person(id=417)-[KNOWS(3)]->Person(id=202), Person(id=95)-[KNOWS(6)]->Person(id=164), Person(id=433)-[KNOWS(7)]->Person(id=27), Person(id=358)-[KNOWS(8)]->Person(id=361), Person(id=318)-[KNOWS(6)]->Person(id=270), Person(id=74)-[KNOWS(6)]->Person(id=57), Person(id=123)-[KNOWS(7)]->Person(id=352), Person(id=253)-[KNOWS(8)]->Person(id=299), Person(id=461)-[KNOWS(7)]->Person(id=105), Person(id=335)-[KNOWS(5)]->Person(id=499), Person(id=379)-[KNOWS(9)]->Person(id=377), Person(id=46)-[KNOWS(6)]->Person(id=82), Person(id=198)-[KNOWS(5)]->Person(id=350), Person(id=137)-[KNOWS(9)]->Person(id=438), Person(id=454)-[KNOWS(8)]->Person(id=478), Person(id=289)-[KNOWS(8)]->Person(id=170), Person(id=445)-[KNOWS(3)]->Person(id=400), Person(id=55)-[KNOWS(2)]->Person(id=79), Person(id=96)-[KNOWS(2)]->Person(id=233), Person(id=120)-[KNOWS(9)]->Person(id=478), Person(id=414)-[KNOWS(8)]->Person(id=47), Person(id=354)-[KNOWS(1)]->Person(id=357), Person(id=116)-[KNOWS(2)]->Person(id=308), Person(id=10)-[KNOWS(1)]->Person(id=359), Person(id=316)-[KNOWS(6)]->Person(id=235), Person(id=235)-[KNOWS(7)]->Person(id=384), Person(id=387)-[KNOWS(1)]->Person(id=308), Person(id=470)-[KNOWS(1)]->Person(id=196), Person(id=114)-[KNOWS(5)]->Person(id=270), Person(id=113)-[KNOWS(8)]->Person(id=319), Person(id=154)-[KNOWS(7)]->Person(id=130), Person(id=367)-[KNOWS(6)]->Person(id=434), Person(id=283)-[KNOWS(4)]->Person(id=433), Person(id=364)-[KNOWS(8)]->Person(id=339), Person(id=387)-[KNOWS(9)]->Person(id=350), Person(id=200)-[KNOWS(4)]->Person(id=452), Person(id=123)-[KNOWS(2)]->Person(id=136), Person(id=99)-[KNOWS(8)]->Person(id=38), Person(id=436)-[KNOWS(9)]->Person(id=431), Person(id=255)-[KNOWS(5)]->Person(id=270), Person(id=94)-[KNOWS(1)]->Person(id=50), Person(id=416)-[KNOWS(2)]->Person(id=197), Person(id=341)-[KNOWS(8)]->Person(id=297), Person(id=233)-[KNOWS(4)]->Person(id=387), Person(id=341)-[KNOWS(2)]->Person(id=104), Person(id=240)-[KNOWS(1)]->Person(id=143), Person(id=399)-[KNOWS(3)]->Person(id=240), Person(id=110)-[KNOWS(7)]->Person(id=317), Person(id=482)-[KNOWS(5)]->Person(id=474), Person(id=173)-[KNOWS(6)]->Person(id=46), Person(id=179)-[KNOWS(5)]->Person(id=445), Person(id=77)-[KNOWS(8)]->Person(id=360), Person(id=500)-[KNOWS(7)]->Person(id=63), Person(id=473)-[KNOWS(5)]->Person(id=195), Person(id=371)-[KNOWS(4)]->Person(id=332), Person(id=153)-[KNOWS(3)]->Person(id=482), Person(id=175)-[KNOWS(3)]->Person(id=66), Person(id=23)-[KNOWS(5)]->Person(id=256), Person(id=324)-[KNOWS(8)]->Person(id=307), Person(id=216)-[KNOWS(1)]->Person(id=246), Person(id=391)-[KNOWS(6)]->Person(id=131), Person(id=164)-[KNOWS(6)]->Person(id=222), Person(id=238)-[KNOWS(6)]->Person(id=64), Person(id=361)-[KNOWS(1)]->Person(id=267), Person(id=462)-[KNOWS(2)]->Person(id=7), Person(id=23)-[KNOWS(9)]->Person(id=74), Person(id=194)-[KNOWS(6)]->Person(id=390), Person(id=446)-[KNOWS(5)]->Person(id=57), Person(id=363)-[KNOWS(3)]->Person(id=356), Person(id=241)-[KNOWS(7)]->Person(id=210), Person(id=55)-[KNOWS(7)]->Person(id=114), Person(id=39)-[KNOWS(5)]->Person(id=368), Person(id=257)-[KNOWS(5)]->Person(id=329), Person(id=164)-[KNOWS(5)]->Person(id=268), Person(id=144)-[KNOWS(5)]->Person(id=429), Person(id=197)-[KNOWS(3)]->Person(id=430), Person(id=170)-[KNOWS(8)]->Person(id=183), Person(id=16)-[KNOWS(6)]->Person(id=199), Person(id=204)-[KNOWS(5)]->Person(id=19), Person(id=332)-[KNOWS(8)]->Person(id=33), Person(id=150)-[KNOWS(3)]->Person(id=246), Person(id=75)-[KNOWS(7)]->Person(id=122), Person(id=326)-[KNOWS(8)]->Person(id=233), Person(id=479)-[KNOWS(8)]->Person(id=405), Person(id=330)-[KNOWS(7)]->Person(id=32), Person(id=446)-[KNOWS(8)]->Person(id=42), Person(id=227)-[KNOWS(3)]->Person(id=211), Person(id=473)-[KNOWS(6)]->Person(id=438), Person(id=150)-[KNOWS(4)]->Person(id=338), Person(id=87)-[KNOWS(4)]->Person(id=414), Person(id=156)-[KNOWS(9)]->Person(id=290), Person(id=142)-[KNOWS(1)]->Person(id=34), Person(id=160)-[KNOWS(1)]->Person(id=156), Person(id=320)-[KNOWS(3)]->Person(id=301), Person(id=474)-[KNOWS(1)]->Person(id=141), Person(id=471)-[KNOWS(6)]->Person(id=202), Person(id=483)-[KNOWS(4)]->Person(id=486), Person(id=416)-[KNOWS(7)]->Person(id=48), Person(id=263)-[KNOWS(8)]->Person(id=463), Person(id=475)-[KNOWS(5)]->Person(id=67), Person(id=480)-[KNOWS(5)]->Person(id=187), Person(id=462)-[KNOWS(1)]->Person(id=426), Person(id=35)-[KNOWS(9)]->Person(id=21), Person(id=27)-[KNOWS(4)]->Person(id=235), Person(id=348)-[KNOWS(2)]->Person(id=456), Person(id=34)-[KNOWS(7)]->Person(id=356), Person(id=419)-[KNOWS(3)]->Person(id=47), Person(id=267)-[KNOWS(5)]->Person(id=269), Person(id=373)-[KNOWS(6)]->Person(id=193), Person(id=497)-[KNOWS(8)]->Person(id=252), Person(id=408)-[KNOWS(2)]->Person(id=463), Person(id=209)-[KNOWS(4)]->Person(id=190), Person(id=134)-[KNOWS(7)]->Person(id=337), Person(id=109)-[KNOWS(4)]->Person(id=168), Person(id=276)-[KNOWS(6)]->Person(id=380), Person(id=144)-[KNOWS(5)]->Person(id=108), Person(id=240)-[KNOWS(3)]->Person(id=456), Person(id=402)-[KNOWS(2)]->Person(id=120), Person(id=390)-[KNOWS(7)]->Person(id=469), Person(id=457)-[KNOWS(9)]->Person(id=116), Person(id=2)-[KNOWS(6)]->Person(id=87), Person(id=230)-[KNOWS(5)]->Person(id=64), Person(id=12)-[KNOWS(8)]->Person(id=367), Person(id=235)-[KNOWS(9)]->Person(id=172), Person(id=47)-[KNOWS(4)]->Person(id=436), Person(id=42)-[KNOWS(7)]->Person(id=391), Person(id=354)-[KNOWS(8)]->Person(id=159), Person(id=401)-[KNOWS(5)]->Person(id=213), Person(id=97)-[KNOWS(6)]->Person(id=163), Person(id=275)-[KNOWS(5)]->Person(id=438), Person(id=78)-[KNOWS(6)]->Person(id=278), Person(id=136)-[KNOWS(5)]->Person(id=257), Person(id=78)-[KNOWS(2)]->Person(id=253), Person(id=66)-[KNOWS(4)]->Person(id=278), Person(id=408)-[KNOWS(6)]->Person(id=66), Person(id=485)-[KNOWS(4)]->Person(id=17), Person(id=388)-[KNOWS(9)]->Person(id=172), Person(id=251)-[KNOWS(6)]->Person(id=29), Person(id=258)-[KNOWS(6)]->Person(id=32), Person(id=204)-[KNOWS(6)]->Person(id=410), Person(id=208)-[KNOWS(2)]->Person(id=424), Person(id=345)-[KNOWS(1)]->Person(id=39), Person(id=179)-[KNOWS(6)]->Person(id=358), Person(id=323)-[KNOWS(1)]->Person(id=368), Person(id=416)-[KNOWS(4)]->Person(id=24), Person(id=409)-[KNOWS(5)]->Person(id=139), Person(id=438)-[KNOWS(6)]->Person(id=125), Person(id=92)-[KNOWS(9)]->Person(id=489), Person(id=208)-[KNOWS(9)]->Person(id=73), Person(id=166)-[KNOWS(2)]->Person(id=100), Person(id=159)-[KNOWS(2)]->Person(id=146), Person(id=233)-[KNOWS(1)]->Person(id=31), Person(id=421)-[KNOWS(6)]->Person(id=290), Person(id=447)-[KNOWS(1)]->Person(id=145), Person(id=377)-[KNOWS(5)]->Person(id=397), Person(id=306)-[KNOWS(5)]->Person(id=318), Person(id=241)-[KNOWS(8)]->Person(id=220), Person(id=408)-[KNOWS(4)]->Person(id=6), Person(id=466)-[KNOWS(6)]->Person(id=25), Person(id=61)-[KNOWS(9)]->Person(id=268), Person(id=340)-[KNOWS(5)]->Person(id=313), Person(id=342)-[KNOWS(5)]->Person(id=16), Person(id=287)-[KNOWS(1)]->Person(id=220), Person(id=328)-[KNOWS(7)]->Person(id=89), Person(id=209)-[KNOWS(4)]->Person(id=132), Person(id=393)-[KNOWS(6)]->Person(id=361), Person(id=176)-[KNOWS(7)]->Person(id=120), Person(id=407)-[KNOWS(1)]->Person(id=266), Person(id=204)-[KNOWS(9)]->Person(id=431), Person(id=289)-[KNOWS(3)]->Person(id=91), Person(id=463)-[KNOWS(7)]->Person(id=403), Person(id=93)-[KNOWS(6)]->Person(id=6), Person(id=322)-[KNOWS(7)]->Person(id=337), Person(id=62)-[KNOWS(3)]->Person(id=130), Person(id=79)-[KNOWS(4)]->Person(id=337), Person(id=107)-[KNOWS(9)]->Person(id=142), Person(id=279)-[KNOWS(6)]->Person(id=47), Person(id=265)-[KNOWS(3)]->Person(id=396), Person(id=324)-[KNOWS(8)]->Person(id=69), Person(id=361)-[KNOWS(1)]->Person(id=114), Person(id=287)-[KNOWS(2)]->Person(id=43), Person(id=225)-[KNOWS(5)]->Person(id=112), Person(id=108)-[KNOWS(8)]->Person(id=481), Person(id=346)-[KNOWS(5)]->Person(id=259), Person(id=102)-[KNOWS(6)]->Person(id=259), Person(id=103)-[KNOWS(3)]->Person(id=356), Person(id=432)-[KNOWS(8)]->Person(id=198), Person(id=228)-[KNOWS(1)]->Person(id=340), Person(id=111)-[KNOWS(9)]->Person(id=33), Person(id=488)-[KNOWS(1)]->Person(id=113), Person(id=100)-[KNOWS(3)]->Person(id=62), Person(id=139)-[KNOWS(9)]->Person(id=315), Person(id=486)-[KNOWS(2)]->Person(id=470), Person(id=347)-[KNOWS(2)]->Person(id=459), Person(id=150)-[KNOWS(3)]->Person(id=71), Person(id=347)-[KNOWS(7)]->Person(id=383), Person(id=175)-[KNOWS(8)]->Person(id=319), Person(id=131)-[KNOWS(7)]->Person(id=366), Person(id=47)-[KNOWS(5)]->Person(id=489), Person(id=245)-[KNOWS(5)]->Person(id=389), Person(id=428)-[KNOWS(7)]->Person(id=245), Person(id=54)-[KNOWS(5)]->Person(id=122), Person(id=2)-[KNOWS(5)]->Person(id=265), Person(id=214)-[KNOWS(1)]->Person(id=354), Person(id=433)-[KNOWS(4)]->Person(id=90), Person(id=380)-[KNOWS(5)]->Person(id=379), Person(id=344)-[KNOWS(8)]->Person(id=490), Person(id=292)-[KNOWS(8)]->Person(id=135), Person(id=208)-[KNOWS(3)]->Person(id=270), Person(id=253)-[KNOWS(4)]->Person(id=84), Person(id=397)-[KNOWS(2)]->Person(id=99), Person(id=337)-[KNOWS(3)]->Person(id=303), Person(id=48)-[KNOWS(2)]->Person(id=318), Person(id=368)-[KNOWS(8)]->Person(id=17), Person(id=124)-[KNOWS(5)]->Person(id=152), Person(id=31)-[KNOWS(5)]->Person(id=174), Person(id=376)-[KNOWS(7)]->Person(id=310), Person(id=290)-[KNOWS(4)]->Person(id=208), Person(id=416)-[KNOWS(3)]->Person(id=159), Person(id=469)-[KNOWS(6)]->Person(id=167), Person(id=76)-[KNOWS(8)]->Person(id=2), Person(id=46)-[KNOWS(9)]->Person(id=160), Person(id=361)-[KNOWS(9)]->Person(id=313), Person(id=30)-[KNOWS(4)]->Person(id=200), Person(id=270)-[KNOWS(4)]->Person(id=304), Person(id=62)-[KNOWS(9)]->Person(id=438), Person(id=469)-[KNOWS(3)]->Person(id=189), Person(id=79)-[KNOWS(7)]->Person(id=266), Person(id=23)-[KNOWS(1)]->Person(id=25), Person(id=304)-[KNOWS(9)]->Person(id=287), Person(id=33)-[KNOWS(2)]->Person(id=126), Person(id=177)-[KNOWS(7)]->Person(id=443), Person(id=64)-[KNOWS(3)]->Person(id=79), Person(id=31)-[KNOWS(7)]->Person(id=500), Person(id=351)-[KNOWS(3)]->Person(id=124), Person(id=411)-[KNOWS(6)]->Person(id=463), Person(id=67)-[KNOWS(9)]->Person(id=346), Person(id=377)-[KNOWS(8)]->Person(id=207), Person(id=358)-[KNOWS(2)]->Person(id=144), Person(id=414)-[KNOWS(4)]->Person(id=325), Person(id=111)-[KNOWS(6)]->Person(id=114), Person(id=102)-[KNOWS(8)]->Person(id=254), Person(id=55)-[KNOWS(1)]->Person(id=136), Person(id=360)-[KNOWS(2)]->Person(id=186), Person(id=136)-[KNOWS(1)]->Person(id=415), Person(id=318)-[KNOWS(1)]->Person(id=459), Person(id=291)-[KNOWS(5)]->Person(id=450), Person(id=333)-[KNOWS(3)]->Person(id=67), Person(id=139)-[KNOWS(7)]->Person(id=291), Person(id=411)-[KNOWS(4)]->Person(id=4), Person(id=133)-[KNOWS(2)]->Person(id=262), Person(id=415)-[KNOWS(1)]->Person(id=78), Person(id=444)-[KNOWS(4)]->Person(id=60), Person(id=306)-[KNOWS(3)]->Person(id=384), Person(id=383)-[KNOWS(3)]->Person(id=101), Person(id=413)-[KNOWS(1)]->Person(id=303), Person(id=481)-[KNOWS(7)]->Person(id=199), Person(id=365)-[KNOWS(2)]->Person(id=92), Person(id=311)-[KNOWS(9)]->Person(id=369), Person(id=411)-[KNOWS(7)]->Person(id=115), Person(id=297)-[KNOWS(7)]->Person(id=114), Person(id=370)-[KNOWS(9)]->Person(id=266), Person(id=32)-[KNOWS(4)]->Person(id=116), Person(id=169)-[KNOWS(3)]->Person(id=208), Person(id=50)-[KNOWS(7)]->Person(id=444), Person(id=462)-[KNOWS(9)]->Person(id=443), Person(id=141)-[KNOWS(1)]->Person(id=38), Person(id=384)-[KNOWS(4)]->Person(id=81), Person(id=490)-[KNOWS(7)]->Person(id=174), Person(id=16)-[KNOWS(3)]->Person(id=237), Person(id=263)-[KNOWS(7)]->Person(id=163), Person(id=303)-[KNOWS(4)]->Person(id=267), Person(id=330)-[KNOWS(9)]->Person(id=376), Person(id=407)-[KNOWS(3)]->Person(id=137), Person(id=288)-[KNOWS(1)]->Person(id=25), Person(id=91)-[KNOWS(9)]->Person(id=385), Person(id=413)-[KNOWS(3)]->Person(id=205), Person(id=21)-[KNOWS(1)]->Person(id=420), Person(id=85)-[KNOWS(1)]->Person(id=405), Person(id=458)-[KNOWS(2)]->Person(id=295), Person(id=338)-[KNOWS(3)]->Person(id=282), Person(id=186)-[KNOWS(6)]->Person(id=100), Person(id=446)-[KNOWS(8)]->Person(id=465), Person(id=193)-[KNOWS(2)]->Person(id=399), Person(id=154)-[KNOWS(5)]->Person(id=27), Person(id=340)-[KNOWS(9)]->Person(id=301), Person(id=398)-[KNOWS(9)]->Person(id=339), Person(id=74)-[KNOWS(3)]->Person(id=183), Person(id=301)-[KNOWS(4)]->Person(id=484), Person(id=106)-[KNOWS(3)]->Person(id=388), Person(id=419)-[KNOWS(2)]->Person(id=365), Person(id=274)-[KNOWS(9)]->Person(id=400), Person(id=436)-[KNOWS(5)]->Person(id=173), Person(id=103)-[KNOWS(4)]->Person(id=260), Person(id=174)-[KNOWS(5)]->Person(id=4), Person(id=398)-[KNOWS(2)]->Person(id=34), Person(id=94)-[KNOWS(5)]->Person(id=59), Person(id=76)-[KNOWS(1)]->Person(id=223), Person(id=67)-[KNOWS(8)]->Person(id=54), Person(id=466)-[KNOWS(9)]->Person(id=363), Person(id=272)-[KNOWS(7)]->Person(id=249), Person(id=498)-[KNOWS(9)]->Person(id=284), Person(id=403)-[KNOWS(1)]->Person(id=236), Person(id=290)-[KNOWS(6)]->Person(id=270), Person(id=400)-[KNOWS(2)]->Person(id=279), Person(id=2)-[KNOWS(5)]->Person(id=393), Person(id=378)-[KNOWS(4)]->Person(id=380), Person(id=202)-[KNOWS(8)]->Person(id=427), Person(id=193)-[KNOWS(1)]->Person(id=367), Person(id=87)-[KNOWS(1)]->Person(id=74), Person(id=51)-[KNOWS(8)]->Person(id=36), Person(id=433)-[KNOWS(4)]->Person(id=325), Person(id=11)-[KNOWS(7)]->Person(id=343), Person(id=364)-[KNOWS(5)]->Person(id=395), Person(id=84)-[KNOWS(8)]->Person(id=397), Person(id=398)-[KNOWS(8)]->Person(id=340), Person(id=229)-[KNOWS(4)]->Person(id=203), Person(id=262)-[KNOWS(5)]->Person(id=500), Person(id=480)-[KNOWS(7)]->Person(id=369), Person(id=283)-[KNOWS(3)]->Person(id=441), Person(id=141)-[KNOWS(7)]->Person(id=133), Person(id=193)-[KNOWS(2)]->Person(id=49), Person(id=296)-[KNOWS(6)]->Person(id=15), Person(id=168)-[KNOWS(2)]->Person(id=31), Person(id=365)-[KNOWS(9)]->Person(id=130), Person(id=450)-[KNOWS(9)]->Person(id=340), Person(id=185)-[KNOWS(4)]->Person(id=462), Person(id=203)-[KNOWS(7)]->Person(id=300), Person(id=8)-[KNOWS(5)]->Person(id=97), Person(id=55)-[KNOWS(4)]->Person(id=84), Person(id=382)-[KNOWS(4)]->Person(id=152), Person(id=287)-[KNOWS(5)]->Person(id=426), Person(id=102)-[KNOWS(6)]->Person(id=27), Person(id=219)-[KNOWS(2)]->Person(id=428), Person(id=463)-[KNOWS(4)]->Person(id=220), Person(id=296)-[KNOWS(4)]->Person(id=308), Person(id=84)-[KNOWS(4)]->Person(id=461), Person(id=467)-[KNOWS(3)]->Person(id=342), Person(id=195)-[KNOWS(5)]->Person(id=141), Person(id=75)-[KNOWS(4)]->Person(id=219), Person(id=162)-[KNOWS(6)]->Person(id=77), Person(id=484)-[KNOWS(6)]->Person(id=177), Person(id=100)-[KNOWS(3)]->Person(id=149), Person(id=403)-[KNOWS(1)]->Person(id=87), Person(id=183)-[KNOWS(2)]->Person(id=96), Person(id=124)-[KNOWS(4)]->Person(id=294), Person(id=392)-[KNOWS(3)]->Person(id=382), Person(id=452)-[KNOWS(7)]->Person(id=149), Person(id=78)-[KNOWS(1)]->Person(id=376), Person(id=309)-[KNOWS(7)]->Person(id=138), Person(id=76)-[KNOWS(5)]->Person(id=164), Person(id=298)-[KNOWS(9)]->Person(id=64), Person(id=346)-[KNOWS(1)]->Person(id=347), Person(id=411)-[KNOWS(4)]->Person(id=198), Person(id=190)-[KNOWS(3)]->Person(id=282), Person(id=151)-[KNOWS(7)]->Person(id=260), Person(id=480)-[KNOWS(9)]->Person(id=277), Person(id=159)-[KNOWS(9)]->Person(id=150), Person(id=6)-[KNOWS(4)]->Person(id=411), Person(id=235)-[KNOWS(7)]->Person(id=2), Person(id=309)-[KNOWS(2)]->Person(id=472), Person(id=245)-[KNOWS(4)]->Person(id=370), Person(id=278)-[KNOWS(3)]->Person(id=342), Person(id=253)-[KNOWS(9)]->Person(id=183), Person(id=292)-[KNOWS(4)]->Person(id=437), Person(id=420)-[KNOWS(9)]->Person(id=121), Person(id=28)-[KNOWS(9)]->Person(id=7), Person(id=221)-[KNOWS(5)]->Person(id=383), Person(id=479)-[KNOWS(3)]->Person(id=52), Person(id=120)-[KNOWS(1)]->Person(id=459), Person(id=411)-[KNOWS(6)]->Person(id=13), Person(id=90)-[KNOWS(4)]->Person(id=22), Person(id=244)-[KNOWS(2)]->Person(id=275), Person(id=493)-[KNOWS(4)]->Person(id=55), Person(id=417)-[KNOWS(2)]->Person(id=153), Person(id=83)-[KNOWS(8)]->Person(id=205), Person(id=252)-[KNOWS(3)]->Person(id=55), Person(id=252)-[KNOWS(8)]->Person(id=158), Person(id=52)-[KNOWS(1)]->Person(id=396), Person(id=306)-[KNOWS(3)]->Person(id=465), Person(id=290)-[KNOWS(1)]->Person(id=493), Person(id=354)-[KNOWS(9)]->Person(id=307), Person(id=206)-[KNOWS(7)]->Person(id=463), Person(id=136)-[KNOWS(9)]->Person(id=11), Person(id=4)-[KNOWS(2)]->Person(id=137), Person(id=326)-[KNOWS(4)]->Person(id=201), Person(id=12)-[KNOWS(2)]->Person(id=494), Person(id=26)-[KNOWS(1)]->Person(id=82), Person(id=304)-[KNOWS(7)]->Person(id=358), Person(id=359)-[KNOWS(1)]->Person(id=328), Person(id=317)-[KNOWS(9)]->Person(id=362), Person(id=476)-[KNOWS(5)]->Person(id=401), Person(id=188)-[KNOWS(8)]->Person(id=294), Person(id=450)-[KNOWS(8)]->Person(id=173), Person(id=306)-[KNOWS(1)]->Person(id=43), Person(id=77)-[KNOWS(9)]->Person(id=377), Person(id=40)-[KNOWS(3)]->Person(id=302), Person(id=256)-[KNOWS(7)]->Person(id=487), Person(id=440)-[KNOWS(4)]->Person(id=494), Person(id=63)-[KNOWS(2)]->Person(id=286), Person(id=412)-[KNOWS(5)]->Person(id=295), Person(id=289)-[KNOWS(2)]->Person(id=253), Person(id=286)-[KNOWS(5)]->Person(id=496), Person(id=300)-[KNOWS(3)]->Person(id=489), Person(id=339)-[KNOWS(5)]->Person(id=136), Person(id=340)-[KNOWS(7)]->Person(id=248), Person(id=166)-[KNOWS(6)]->Person(id=404), Person(id=56)-[KNOWS(4)]->Person(id=34), Person(id=429)-[KNOWS(8)]->Person(id=430), Person(id=364)-[KNOWS(2)]->Person(id=124), Person(id=467)-[KNOWS(2)]->Person(id=497), Person(id=180)-[KNOWS(2)]->Person(id=151), Person(id=186)-[KNOWS(4)]->Person(id=423), Person(id=441)-[KNOWS(6)]->Person(id=142), Person(id=416)-[KNOWS(4)]->Person(id=106), Person(id=355)-[KNOWS(9)]->Person(id=327), Person(id=146)-[KNOWS(3)]->Person(id=2), Person(id=16)-[KNOWS(3)]->Person(id=430), Person(id=92)-[KNOWS(5)]->Person(id=288), Person(id=93)-[KNOWS(2)]->Person(id=424), Person(id=398)-[KNOWS(4)]->Person(id=53), Person(id=472)-[KNOWS(3)]->Person(id=134), Person(id=2)-[KNOWS(9)]->Person(id=353), Person(id=122)-[KNOWS(2)]->Person(id=169), Person(id=236)-[KNOWS(3)]->Person(id=62), Person(id=333)-[KNOWS(5)]->Person(id=360), Person(id=110)-[KNOWS(7)]->Person(id=179), Person(id=213)-[KNOWS(5)]->Person(id=139), Person(id=292)-[KNOWS(1)]->Person(id=32), Person(id=237)-[KNOWS(1)]->Person(id=249), Person(id=428)-[KNOWS(9)]->Person(id=153), Person(id=54)-[KNOWS(6)]->Person(id=391), Person(id=298)-[KNOWS(8)]->Person(id=436), Person(id=348)-[KNOWS(4)]->Person(id=433), Person(id=132)-[KNOWS(3)]->Person(id=287), Person(id=198)-[KNOWS(3)]->Person(id=457), Person(id=290)-[KNOWS(4)]->Person(id=43), Person(id=256)-[KNOWS(7)]->Person(id=234), Person(id=103)-[KNOWS(3)]->Person(id=219), Person(id=359)-[KNOWS(7)]->Person(id=61), Person(id=477)-[KNOWS(9)]->Person(id=46), Person(id=325)-[KNOWS(3)]->Person(id=213), Person(id=212)-[KNOWS(1)]->Person(id=33), Person(id=111)-[KNOWS(5)]->Person(id=35), Person(id=113)-[KNOWS(4)]->Person(id=489), Person(id=286)-[KNOWS(8)]->Person(id=270), Person(id=391)-[KNOWS(2)]->Person(id=89), Person(id=463)-[KNOWS(8)]->Person(id=276), Person(id=227)-[KNOWS(5)]->Person(id=375), Person(id=178)-[KNOWS(5)]->Person(id=80), Person(id=378)-[KNOWS(4)]->Person(id=161), Person(id=108)-[KNOWS(6)]->Person(id=250), Person(id=236)-[KNOWS(1)]->Person(id=307), Person(id=34)-[KNOWS(3)]->Person(id=88), Person(id=473)-[KNOWS(6)]->Person(id=309), Person(id=123)-[KNOWS(3)]->Person(id=54), Person(id=140)-[KNOWS(5)]->Person(id=40), Person(id=497)-[KNOWS(3)]->Person(id=390), Person(id=59)-[KNOWS(1)]->Person(id=205), Person(id=63)-[KNOWS(1)]->Person(id=246), Person(id=13)-[KNOWS(9)]->Person(id=240), Person(id=2)-[KNOWS(7)]->Person(id=446), Person(id=492)-[KNOWS(8)]->Person(id=17), Person(id=132)-[KNOWS(2)]->Person(id=215), Person(id=59)-[KNOWS(3)]->Person(id=213), Person(id=68)-[KNOWS(2)]->Person(id=323), Person(id=127)-[KNOWS(2)]->Person(id=162), Person(id=487)-[KNOWS(9)]->Person(id=420), Person(id=456)-[KNOWS(6)]->Person(id=175), Person(id=368)-[KNOWS(6)]->Person(id=470), Person(id=334)-[KNOWS(5)]->Person(id=284), Person(id=458)-[KNOWS(6)]->Person(id=3), Person(id=449)-[KNOWS(8)]->Person(id=289), Person(id=261)-[KNOWS(9)]->Person(id=101), Person(id=272)-[KNOWS(3)]->Person(id=186), Person(id=425)-[KNOWS(6)]->Person(id=64), Person(id=382)-[KNOWS(9)]->Person(id=493), Person(id=313)-[KNOWS(2)]->Person(id=168), Person(id=157)-[KNOWS(8)]->Person(id=281), Person(id=75)-[KNOWS(6)]->Person(id=146), Person(id=21)-[KNOWS(5)]->Person(id=317), Person(id=7)-[KNOWS(3)]->Person(id=148), Person(id=28)-[KNOWS(1)]->Person(id=230), Person(id=343)-[KNOWS(5)]->Person(id=369), Person(id=281)-[KNOWS(6)]->Person(id=495), Person(id=392)-[KNOWS(1)]->Person(id=276), Person(id=50)-[KNOWS(5)]->Person(id=409), Person(id=261)-[KNOWS(1)]->Person(id=278), Person(id=346)-[KNOWS(7)]->Person(id=352), Person(id=413)-[KNOWS(7)]->Person(id=54), Person(id=46)-[KNOWS(2)]->Person(id=341), Person(id=447)-[KNOWS(5)]->Person(id=470), Person(id=197)-[KNOWS(2)]->Person(id=281), Person(id=124)-[KNOWS(8)]->Person(id=401), Person(id=309)-[KNOWS(2)]->Person(id=162), Person(id=58)-[KNOWS(9)]->Person(id=208), Person(id=19)-[KNOWS(7)]->Person(id=439), Person(id=114)-[KNOWS(1)]->Person(id=475), Person(id=464)-[KNOWS(8)]->Person(id=200), Person(id=258)-[KNOWS(3)]->Person(id=199), Person(id=173)-[KNOWS(1)]->Person(id=479), Person(id=431)-[KNOWS(6)]->Person(id=359), Person(id=271)-[KNOWS(3)]->Person(id=20), Person(id=437)-[KNOWS(9)]->Person(id=351), Person(id=131)-[KNOWS(6)]->Person(id=336), Person(id=229)-[KNOWS(7)]->Person(id=162), Person(id=447)-[KNOWS(4)]->Person(id=331), Person(id=180)-[KNOWS(7)]->Person(id=251), Person(id=315)-[KNOWS(9)]->Person(id=90), Person(id=470)-[KNOWS(5)]->Person(id=132), Person(id=440)-[KNOWS(1)]->Person(id=324), Person(id=316)-[KNOWS(3)]->Person(id=308), Person(id=295)-[KNOWS(1)]->Person(id=202), Person(id=70)-[KNOWS(7)]->Person(id=277), Person(id=420)-[KNOWS(4)]->Person(id=27), Person(id=257)-[KNOWS(1)]->Person(id=256), Person(id=62)-[KNOWS(4)]->Person(id=191), Person(id=243)-[KNOWS(9)]->Person(id=339), Person(id=121)-[KNOWS(6)]->Person(id=227), Person(id=68)-[KNOWS(5)]->Person(id=99), Person(id=476)-[KNOWS(4)]->Person(id=108), Person(id=188)-[KNOWS(4)]->Person(id=164), Person(id=127)-[KNOWS(1)]->Person(id=263), Person(id=476)-[KNOWS(5)]->Person(id=217), Person(id=424)-[KNOWS(7)]->Person(id=155), Person(id=253)-[KNOWS(4)]->Person(id=293), Person(id=17)-[KNOWS(2)]->Person(id=272), Person(id=452)-[KNOWS(5)]->Person(id=134), Person(id=498)-[KNOWS(9)]->Person(id=165), Person(id=183)-[KNOWS(1)]->Person(id=251), Person(id=48)-[KNOWS(9)]->Person(id=448), Person(id=264)-[KNOWS(5)]->Person(id=345), Person(id=266)-[KNOWS(9)]->Person(id=408), Person(id=468)-[KNOWS(5)]->Person(id=402), Person(id=31)-[KNOWS(5)]->Person(id=15), Person(id=408)-[KNOWS(8)]->Person(id=10), Person(id=237)-[KNOWS(1)]->Person(id=10), Person(id=180)-[KNOWS(4)]->Person(id=205), Person(id=179)-[KNOWS(9)]->Person(id=270), Person(id=205)-[KNOWS(5)]->Person(id=470), Person(id=119)-[KNOWS(4)]->Person(id=353), Person(id=52)-[KNOWS(7)]->Person(id=193), Person(id=168)-[KNOWS(5)]->Person(id=91), Person(id=271)-[KNOWS(7)]->Person(id=111), Person(id=159)-[KNOWS(3)]->Person(id=20), Person(id=204)-[KNOWS(2)]->Person(id=60), Person(id=360)-[KNOWS(6)]->Person(id=420), Person(id=50)-[KNOWS(2)]->Person(id=92), Person(id=130)-[KNOWS(6)]->Person(id=50), Person(id=308)-[KNOWS(5)]->Person(id=150), Person(id=282)-[KNOWS(1)]->Person(id=278), Person(id=56)-[KNOWS(5)]->Person(id=455), Person(id=199)-[KNOWS(4)]->Person(id=414), Person(id=333)-[KNOWS(6)]->Person(id=114), Person(id=54)-[KNOWS(8)]->Person(id=46), Person(id=40)-[KNOWS(5)]->Person(id=280), Person(id=172)-[KNOWS(2)]->Person(id=242), Person(id=49)-[KNOWS(1)]->Person(id=147), Person(id=179)-[KNOWS(8)]->Person(id=240), Person(id=80)-[KNOWS(8)]->Person(id=133), Person(id=84)-[KNOWS(7)]->Person(id=489), Person(id=359)-[KNOWS(5)]->Person(id=2), Person(id=198)-[KNOWS(8)]->Person(id=148), Person(id=317)-[KNOWS(2)]->Person(id=59), Person(id=28)-[KNOWS(1)]->Person(id=369), Person(id=431)-[KNOWS(2)]->Person(id=70), Person(id=486)-[KNOWS(6)]->Person(id=340), Person(id=311)-[KNOWS(1)]->Person(id=426), Person(id=160)-[KNOWS(4)]->Person(id=473), Person(id=320)-[KNOWS(3)]->Person(id=95), Person(id=358)-[KNOWS(6)]->Person(id=250), Person(id=212)-[KNOWS(6)]->Person(id=37), Person(id=441)-[KNOWS(8)]->Person(id=467), Person(id=436)-[KNOWS(5)]->Person(id=82), Person(id=407)-[KNOWS(6)]->Person(id=386), Person(id=244)-[KNOWS(9)]->Person(id=420), Person(id=407)-[KNOWS(8)]->Person(id=160), Person(id=266)-[KNOWS(9)]->Person(id=348), Person(id=180)-[KNOWS(4)]->Person(id=188), Person(id=472)-[KNOWS(6)]->Person(id=416), Person(id=9)-[KNOWS(6)]->Person(id=312), Person(id=309)-[KNOWS(6)]->Person(id=190), Person(id=167)-[KNOWS(7)]->Person(id=418), Person(id=15)-[KNOWS(2)]->Person(id=106), Person(id=214)-[KNOWS(2)]->Person(id=334), Person(id=490)-[KNOWS(9)]->Person(id=107), Person(id=468)-[KNOWS(7)]->Person(id=157), Person(id=205)-[KNOWS(3)]->Person(id=356), Person(id=471)-[KNOWS(2)]->Person(id=275), Person(id=355)-[KNOWS(1)]->Person(id=239), Person(id=103)-[KNOWS(3)]->Person(id=75), Person(id=93)-[KNOWS(9)]->Person(id=309), Person(id=198)-[KNOWS(3)]->Person(id=369), Person(id=486)-[KNOWS(3)]->Person(id=222), Person(id=464)-[KNOWS(7)]->Person(id=448), Person(id=92)-[KNOWS(7)]->Person(id=162), Person(id=154)-[KNOWS(8)]->Person(id=242), Person(id=283)-[KNOWS(2)]->Person(id=153), Person(id=432)-[KNOWS(6)]->Person(id=140), Person(id=93)-[KNOWS(8)]->Person(id=72), Person(id=115)-[KNOWS(7)]->Person(id=148), Person(id=462)-[KNOWS(8)]->Person(id=175), Person(id=90)-[KNOWS(5)]->Person(id=304), Person(id=149)-[KNOWS(1)]->Person(id=342), Person(id=432)-[KNOWS(4)]->Person(id=354), Person(id=28)-[KNOWS(8)]->Person(id=149), Person(id=285)-[KNOWS(4)]->Person(id=441), Person(id=52)-[KNOWS(4)]->Person(id=328), Person(id=372)-[KNOWS(3)]->Person(id=227), Person(id=489)-[KNOWS(5)]->Person(id=322), Person(id=235)-[KNOWS(3)]->Person(id=232), Person(id=129)-[KNOWS(7)]->Person(id=97), Person(id=462)-[KNOWS(8)]->Person(id=99), Person(id=258)-[KNOWS(1)]->Person(id=291), Person(id=467)-[KNOWS(1)]->Person(id=234), Person(id=182)-[KNOWS(3)]->Person(id=60), Person(id=244)-[KNOWS(3)]->Person(id=246), Person(id=239)-[KNOWS(9)]->Person(id=1), Person(id=343)-[KNOWS(1)]->Person(id=193), Person(id=241)-[KNOWS(9)]->Person(id=131), Person(id=260)-[KNOWS(5)]->Person(id=166), Person(id=134)-[KNOWS(2)]->Person(id=115), Person(id=399)-[KNOWS(6)]->Person(id=362), Person(id=231)-[KNOWS(2)]->Person(id=192), Person(id=327)-[KNOWS(5)]->Person(id=427), Person(id=166)-[KNOWS(8)]->Person(id=227), Person(id=340)-[KNOWS(1)]->Person(id=410), Person(id=105)-[KNOWS(2)]->Person(id=367), Person(id=326)-[KNOWS(3)]->Person(id=468), Person(id=249)-[KNOWS(6)]->Person(id=109), Person(id=402)-[KNOWS(5)]->Person(id=90), Person(id=55)-[KNOWS(2)]->Person(id=51), Person(id=395)-[KNOWS(3)]->Person(id=37), Person(id=475)-[KNOWS(9)]->Person(id=453), Person(id=478)-[KNOWS(4)]->Person(id=121), Person(id=278)-[KNOWS(1)]->Person(id=120), Person(id=420)-[KNOWS(6)]->Person(id=355), Person(id=401)-[KNOWS(4)]->Person(id=398), Person(id=100)-[KNOWS(8)]->Person(id=345), Person(id=129)-[KNOWS(6)]->Person(id=242), Person(id=71)-[KNOWS(5)]->Person(id=452), Person(id=496)-[KNOWS(9)]->Person(id=406), Person(id=290)-[KNOWS(1)]->Person(id=393), Person(id=171)-[KNOWS(7)]->Person(id=1), Person(id=340)-[KNOWS(2)]->Person(id=99), Person(id=45)-[KNOWS(7)]->Person(id=196), Person(id=383)-[KNOWS(3)]->Person(id=142), Person(id=294)-[KNOWS(4)]->Person(id=274), Person(id=14)-[KNOWS(5)]->Person(id=473), Person(id=347)-[KNOWS(7)]->Person(id=391), Person(id=17)-[KNOWS(2)]->Person(id=9), Person(id=435)-[KNOWS(1)]->Person(id=363), Person(id=428)-[KNOWS(3)]->Person(id=424), Person(id=83)-[KNOWS(7)]->Person(id=312), Person(id=183)-[KNOWS(7)]->Person(id=97), Person(id=386)-[KNOWS(6)]->Person(id=498), Person(id=179)-[KNOWS(7)]->Person(id=123), Person(id=68)-[KNOWS(5)]->Person(id=265), Person(id=425)-[KNOWS(4)]->Person(id=467), Person(id=7)-[KNOWS(1)]->Person(id=22), Person(id=58)-[KNOWS(9)]->Person(id=280), Person(id=459)-[KNOWS(3)]->Person(id=303), Person(id=450)-[KNOWS(5)]->Person(id=345), Person(id=184)-[KNOWS(9)]->Person(id=267), Person(id=159)-[KNOWS(3)]->Person(id=432), Person(id=214)-[KNOWS(6)]->Person(id=93), Person(id=398)-[KNOWS(7)]->Person(id=419), Person(id=366)-[KNOWS(1)]->Person(id=460), Person(id=192)-[KNOWS(4)]->Person(id=464), Person(id=333)-[KNOWS(7)]->Person(id=38), Person(id=193)-[KNOWS(9)]->Person(id=99), Person(id=217)-[KNOWS(3)]->Person(id=84), Person(id=314)-[KNOWS(9)]->Person(id=431), Person(id=317)-[KNOWS(4)]->Person(id=180), Person(id=429)-[KNOWS(2)]->Person(id=306), Person(id=198)-[KNOWS(5)]->Person(id=491), Person(id=189)-[KNOWS(6)]->Person(id=237), Person(id=466)-[KNOWS(1)]->Person(id=157), Person(id=161)-[KNOWS(7)]->Person(id=422), Person(id=126)-[KNOWS(6)]->Person(id=187), Person(id=323)-[KNOWS(3)]->Person(id=53), Person(id=3)-[KNOWS(6)]->Person(id=273), Person(id=410)-[KNOWS(6)]->Person(id=90), Person(id=208)-[KNOWS(4)]->Person(id=417), Person(id=139)-[KNOWS(2)]->Person(id=406), Person(id=33)-[KNOWS(3)]->Person(id=460), Person(id=128)-[KNOWS(3)]->Person(id=475), Person(id=92)-[KNOWS(5)]->Person(id=483), Person(id=259)-[KNOWS(2)]->Person(id=326), Person(id=36)-[KNOWS(6)]->Person(id=300), Person(id=191)-[KNOWS(3)]->Person(id=236), Person(id=217)-[KNOWS(1)]->Person(id=138), Person(id=174)-[KNOWS(4)]->Person(id=55), Person(id=88)-[KNOWS(4)]->Person(id=189), Person(id=139)-[KNOWS(1)]->Person(id=166), Person(id=456)-[KNOWS(6)]->Person(id=319), Person(id=469)-[KNOWS(7)]->Person(id=290), Person(id=216)-[KNOWS(2)]->Person(id=420), Person(id=20)-[KNOWS(4)]->Person(id=436), Person(id=126)-[KNOWS(2)]->Person(id=435), Person(id=193)-[KNOWS(2)]->Person(id=112), Person(id=493)-[KNOWS(3)]->Person(id=64), Person(id=138)-[KNOWS(6)]->Person(id=372), Person(id=168)-[KNOWS(3)]->Person(id=327), Person(id=291)-[KNOWS(5)]->Person(id=370), Person(id=315)-[KNOWS(9)]->Person(id=222), Person(id=253)-[KNOWS(5)]->Person(id=190), Person(id=47)-[KNOWS(6)]->Person(id=351), Person(id=74)-[KNOWS(9)]->Person(id=267), Person(id=143)-[KNOWS(6)]->Person(id=237), Person(id=16)-[KNOWS(4)]->Person(id=209), Person(id=337)-[KNOWS(6)]->Person(id=466), Person(id=467)-[KNOWS(1)]->Person(id=498), Person(id=358)-[KNOWS(6)]->Person(id=343), Person(id=371)-[KNOWS(8)]->Person(id=265), Person(id=240)-[KNOWS(3)]->Person(id=311), Person(id=256)-[KNOWS(9)]->Person(id=22), Person(id=236)-[KNOWS(3)]->Person(id=149), Person(id=194)-[KNOWS(2)]->Person(id=278), Person(id=95)-[KNOWS(6)]->Person(id=110), Person(id=43)-[KNOWS(4)]->Person(id=223), Person(id=303)-[KNOWS(7)]->Person(id=385), Person(id=408)-[KNOWS(1)]->Person(id=477), Person(id=204)-[KNOWS(4)]->Person(id=391), Person(id=290)-[KNOWS(6)]->Person(id=471), Person(id=468)-[KNOWS(7)]->Person(id=221), Person(id=214)-[KNOWS(9)]->Person(id=26), Person(id=106)-[KNOWS(5)]->Person(id=120), Person(id=107)-[KNOWS(3)]->Person(id=48), Person(id=265)-[KNOWS(8)]->Person(id=365), Person(id=14)-[KNOWS(8)]->Person(id=29), Person(id=251)-[KNOWS(7)]->Person(id=456), Person(id=47)-[KNOWS(4)]->Person(id=485), Person(id=284)-[KNOWS(1)]->Person(id=72), Person(id=54)-[KNOWS(4)]->Person(id=368), Person(id=279)-[KNOWS(4)]->Person(id=79), Person(id=101)-[KNOWS(1)]->Person(id=216), Person(id=496)-[KNOWS(3)]->Person(id=204), Person(id=232)-[KNOWS(5)]->Person(id=324), Person(id=35)-[KNOWS(6)]->Person(id=445), Person(id=213)-[KNOWS(5)]->Person(id=395), Person(id=265)-[KNOWS(9)]->Person(id=175), Person(id=355)-[KNOWS(4)]->Person(id=351), Person(id=253)-[KNOWS(9)]->Person(id=297), Person(id=258)-[KNOWS(2)]->Person(id=92), Person(id=275)-[KNOWS(3)]->Person(id=271), Person(id=96)-[KNOWS(6)]->Person(id=21), Person(id=113)-[KNOWS(9)]->Person(id=46), Person(id=479)-[KNOWS(1)]->Person(id=149), Person(id=449)-[KNOWS(2)]->Person(id=128), Person(id=4)-[KNOWS(6)]->Person(id=451), Person(id=472)-[KNOWS(1)]->Person(id=264), Person(id=275)-[KNOWS(8)]->Person(id=276), Person(id=244)-[KNOWS(2)]->Person(id=284), Person(id=5)-[KNOWS(8)]->Person(id=395), Person(id=166)-[KNOWS(8)]->Person(id=159), Person(id=296)-[KNOWS(2)]->Person(id=164), Person(id=256)-[KNOWS(9)]->Person(id=490), Person(id=423)-[KNOWS(3)]->Person(id=483), Person(id=132)-[KNOWS(8)]->Person(id=229), Person(id=169)-[KNOWS(3)]->Person(id=100), Person(id=243)-[KNOWS(4)]->Person(id=205), Person(id=115)-[KNOWS(7)]->Person(id=407), Person(id=174)-[KNOWS(8)]->Person(id=175), Person(id=90)-[KNOWS(9)]->Person(id=274), Person(id=362)-[KNOWS(2)]->Person(id=38), Person(id=376)-[KNOWS(5)]->Person(id=362), Person(id=187)-[KNOWS(5)]->Person(id=450), Person(id=492)-[KNOWS(6)]->Person(id=43), Person(id=310)-[KNOWS(5)]->Person(id=457), Person(id=77)-[KNOWS(6)]->Person(id=283), Person(id=279)-[KNOWS(3)]->Person(id=343), Person(id=116)-[KNOWS(1)]->Person(id=275), Person(id=480)-[KNOWS(2)]->Person(id=82), Person(id=359)-[KNOWS(8)]->Person(id=452), Person(id=426)-[KNOWS(3)]->Person(id=355), Person(id=340)-[KNOWS(3)]->Person(id=407), Person(id=319)-[KNOWS(3)]->Person(id=170), Person(id=82)-[KNOWS(9)]->Person(id=8), Person(id=332)-[KNOWS(5)]->Person(id=108), Person(id=147)-[KNOWS(1)]->Person(id=294), Person(id=307)-[KNOWS(9)]->Person(id=498), Person(id=91)-[KNOWS(9)]->Person(id=192), Person(id=321)-[KNOWS(8)]->Person(id=437), Person(id=461)-[KNOWS(9)]->Person(id=455), Person(id=456)-[KNOWS(9)]->Person(id=436), Person(id=425)-[KNOWS(4)]->Person(id=222), Person(id=308)-[KNOWS(3)]->Person(id=134), Person(id=324)-[KNOWS(8)]->Person(id=112), Person(id=59)-[KNOWS(6)]->Person(id=69), Person(id=78)-[KNOWS(9)]->Person(id=466), Person(id=487)-[KNOWS(6)]->Person(id=463), Person(id=81)-[KNOWS(1)]->Person(id=255), Person(id=413)-[KNOWS(3)]->Person(id=354), Person(id=156)-[KNOWS(6)]->Person(id=138), Person(id=165)-[KNOWS(2)]->Person(id=271), Person(id=323)-[KNOWS(6)]->Person(id=329), Person(id=81)-[KNOWS(2)]->Person(id=165), Person(id=224)-[KNOWS(5)]->Person(id=181), Person(id=353)-[KNOWS(7)]->Person(id=366), Person(id=30)-[KNOWS(2)]->Person(id=118), Person(id=212)-[KNOWS(3)]->Person(id=217), Person(id=76)-[KNOWS(6)]->Person(id=93), Person(id=309)-[KNOWS(9)]->Person(id=185), Person(id=226)-[KNOWS(2)]->Person(id=461), Person(id=1)-[KNOWS(7)]->Person(id=336), Person(id=229)-[KNOWS(8)]->Person(id=105), Person(id=68)-[KNOWS(8)]->Person(id=11), Person(id=394)-[KNOWS(4)]->Person(id=299), Person(id=200)-[KNOWS(6)]->Person(id=35), Person(id=124)-[KNOWS(7)]->Person(id=307), Person(id=269)-[KNOWS(4)]->Person(id=91), Person(id=487)-[KNOWS(1)]->Person(id=172), Person(id=11)-[KNOWS(2)]->Person(id=139), Person(id=208)-[KNOWS(2)]->Person(id=22), Person(id=57)-[KNOWS(2)]->Person(id=160), Person(id=221)-[KNOWS(8)]->Person(id=473), Person(id=427)-[KNOWS(3)]->Person(id=260), Person(id=305)-[KNOWS(8)]->Person(id=482), Person(id=30)-[KNOWS(6)]->Person(id=178), Person(id=272)-[KNOWS(5)]->Person(id=91), Person(id=144)-[KNOWS(8)]->Person(id=225), Person(id=95)-[KNOWS(7)]->Person(id=323), Person(id=327)-[KNOWS(7)]->Person(id=314), Person(id=250)-[KNOWS(5)]->Person(id=363), Person(id=153)-[KNOWS(4)]->Person(id=147), Person(id=496)-[KNOWS(4)]->Person(id=461), Person(id=334)-[KNOWS(6)]->Person(id=361), Person(id=396)-[KNOWS(8)]->Person(id=176), Person(id=297)-[KNOWS(9)]->Person(id=33), Person(id=294)-[KNOWS(1)]->Person(id=276), Person(id=276)-[KNOWS(7)]->Person(id=257), Person(id=464)-[KNOWS(2)]->Person(id=363), Person(id=42)-[KNOWS(3)]->Person(id=200), Person(id=350)-[KNOWS(2)]->Person(id=13), Person(id=265)-[KNOWS(2)]->Person(id=312), Person(id=482)-[KNOWS(6)]->Person(id=62), Person(id=125)-[KNOWS(9)]->Person(id=266), Person(id=17)-[KNOWS(2)]->Person(id=107), Person(id=131)-[KNOWS(5)]->Person(id=462), Person(id=253)-[KNOWS(2)]->Person(id=145), Person(id=500)-[KNOWS(4)]->Person(id=408), Person(id=204)-[KNOWS(4)]->Person(id=191), Person(id=440)-[KNOWS(5)]->Person(id=475), Person(id=336)-[KNOWS(6)]->Person(id=470), Person(id=222)-[KNOWS(1)]->Person(id=374), Person(id=174)-[KNOWS(9)]->Person(id=418), Person(id=396)-[KNOWS(7)]->Person(id=13), Person(id=426)-[KNOWS(5)]->Person(id=251), Person(id=124)-[KNOWS(7)]->Person(id=406), Person(id=22)-[KNOWS(2)]->Person(id=429), Person(id=367)-[KNOWS(5)]->Person(id=180), Person(id=234)-[KNOWS(6)]->Person(id=122), Person(id=233)-[KNOWS(2)]->Person(id=216), Person(id=414)-[KNOWS(2)]->Person(id=359), Person(id=112)-[KNOWS(6)]->Person(id=330), Person(id=364)-[KNOWS(1)]->Person(id=29), Person(id=459)-[KNOWS(3)]->Person(id=125), Person(id=166)-[KNOWS(1)]->Person(id=78), Person(id=347)-[KNOWS(7)]->Person(id=471), Person(id=129)-[KNOWS(8)]->Person(id=232), Person(id=282)-[KNOWS(7)]->Person(id=43), Person(id=393)-[KNOWS(9)]->Person(id=9), Person(id=30)-[KNOWS(7)]->Person(id=75), Person(id=267)-[KNOWS(3)]->Person(id=38), Person(id=248)-[KNOWS(4)]->Person(id=400), Person(id=34)-[KNOWS(9)]->Person(id=358), Person(id=394)-[KNOWS(1)]->Person(id=185), Person(id=345)-[KNOWS(2)]->Person(id=234);\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gp-scripts\/500-people-3000-rels.gp' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"96093eb7e0d5d2d9d1223273b97601be70a95735","subject":"Add to repository.","message":"Add to repository.\n","repos":"eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing,eigenholser\/TALK-Shamir_Secret_Sharing","old_file":"figures\/gnuplot\/title-background.gp","new_file":"figures\/gnuplot\/title-background.gp","new_contents":"set terminal png transparent nointerlace \\\n font \"lucon.ttf,20\" \\\n size 1920,1080 nocrop \\\n noenhanced \\\n background '#FFFFFF'\n\nset output \"intro.png\"\nset encoding utf8\n\nset style line 101 linetype 1 linewidth 5 linecolor rgbcolor '#000000'\nset style line 102 linetype 2 linewidth 4 linecolor rgbcolor '#999999'\nset style line 103 linetype 3 linewidth 4 linecolor rgbcolor '#A00000'\nset style line 104 linetype 4 linewidth 4 linecolor rgbcolor '#FF0000'\nset style line 105 linetype 5 linewidth 4 linecolor rgbcolor '#007000'\nset style line 106 linetype 6 linewidth 6 linecolor rgbcolor '#00FF00'\nset style line 107 linetype 7 linewidth 4 linecolor rgbcolor '#0000A0'\nset style line 108 linetype 8 linewidth 4 linecolor rgbcolor '#1E90FF'\nset style line 109 linetype 9 linewidth 4 linecolor rgbcolor '#A020F0'\n\nset key off\n\n# TODO: set origin and size as options or calculate.\nset origin 0.02,0\nset size 0.98,1\nset ytics\nset xtics\nset border\nset colorbox\nset xrange [-3:3]\nset grid xtics\nset mxtics\nset xlabel \"x\" font \"lucon.ttf,30\"\n\nset format y \"\"\nset format x \"\"\nset grid ytics\nset mytics\nset my2tics\nset ylabel \"f(x)\" font \"lucon.ttf,30\"\n#set ytics nomirror\n#set y2tics nomirror\nset label 1 \"2005-2017 \u00a9 eigenholser\" \\\n at screen 0.99,0.014 right font \"times.ttf,12\"\n#set label 2 \"f(x) = x^3 + 3x^2 - 13x + 42\" at screen 0.21,0.865 left font \"times.ttf,30\"\n#set label 3 \"f(x) = \u03b1(x^3 + x^2 - 26x + 24) + 2x^2 + 13x + 18\" at screen 0.21,0.830 left font \"times.ttf,30\"\n#set title \"Cubic polynomials passing through points (-4,50) and (1,40)\" font \"lucon.ttf,30\"\n\n# Greek \u03b1 symbol is U03B1\nf(x) = x**3 + 3*x**2 - 13.0*x + 42\nx1 = -6\nx2 = 1\nx3 = 4\nset style line 1 pointtype 7 linecolor rgb '#000000' pointsize 4\nplot \\\n -120*x - 300 axes x1y1 not with lines linestyle 102, \\\n 90*x**2 -20*x - 90 axes x1y1 not with lines linestyle 102, \\\n 12*x**3 - 8*x**2 - 20*x - 100 axes x1y1 not with lines linestyle 102, \\\n 2*x**4 - 19*x**3 + 3*x**2 + x - 300 axes x1y1 not with lines linestyle 102\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'figures\/gnuplot\/title-background.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"db835c3cb30b56388960c16c51a2fd0433583f14","subject":"Add objects_i:class_fields UT","message":"Add objects_i:class_fields UT\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/internal\/objects_i.plt","new_file":"U-238\/u\/internal\/objects_i.plt","new_contents":":- begin_tests(objects_i).\n:- use_module(u(internal\/objects_i)).\n\ntest(class_fields) :-\n\n class_id(Id, citizen_v), !,\n \n class_fields(_:_, Id, false, false, F1),\n assertion(F1 = [height:_, name:_, sex:_, surname:_, weight:_]),\n\n class_fields(_:_, Id, false, true, F2),\n assertion(F2 = [class:_, functor:_]),\n\n class_fields(_:_, Id, true, false, F3),\n assertion(F3 = [birthday:_, country:_, id:_]),\n\n class_fields(_:_, Id, true, true, F4),\n assertion(F4 = [age:_]),\n\n class_fields(_:_, Id, false, _, F5),\n assertion(F5 = [class:_, functor:_, height:_, name:_, sex:_,\n surname:_, weight:_]),\n\n class_fields(_:_, Id, true, _, F6),\n assertion(F6 = [age:_, birthday:_, country:_, id:_]),\n\n class_fields(_:_, Id, _, false, F7),\n assertion(F7 = [birthday:_, country:_, height:_, id:_, name:_,\n sex:_, surname:_, weight:_]),\n\n class_fields(_:_, Id, _, true, F8),\n assertion(F8 = [age:_, class:_, functor:_]),\n\n class_fields(_:_, Id, _, _, F9),\n assertion(F9 = [age:_, birthday:_, class:_, country:_,\n functor:_, height:_, id:_, name:_, sex:_,\n surname:_,weight:_]). \n\n \n:- end_tests(objects_i).\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'U-238\/u\/internal\/objects_i.plt' did not match any file(s) known to git\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"fc3b0d8e21811d8e455f5ce3f8db424e8588ccfd","subject":"script to plot data","message":"script to plot data\n","repos":"jdesbonnet\/RFM69_LPC812_firmware,jdesbonnet\/RFM69_LPC812_firmware,jdesbonnet\/RFM69_LPC812_firmware,jdesbonnet\/RFM69_LPC812_firmware,jdesbonnet\/RFM69_LPC812_firmware,jdesbonnet\/RFM69_LPC812_firmware","old_file":"scripts\/plot_data.gp","new_file":"scripts\/plot_data.gp","new_contents":"set terminal pngcairo size 800,480\nset output \"plot.png\"\nset title \"Pickle Jar Sensor\"\nset xlabel \"Time\"\nset ylabel \"Temperature \u00b0C\"\nset xdata time\nset timefmt '%Y%m%d-%H%M%S'\nset grid\nplot 't.t' using 1:3 with linespoints title 'DS18B20'\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'scripts\/plot_data.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"b2f7d0d1a857aa4fee0e3c8e254ce5bcac26f108","subject":"Plot, results of termsuite in the corpus.","message":"Plot, results of termsuite in the corpus.\n","repos":"snovd\/test-scripts,snovd\/test-scripts","old_file":"termsuite\/termsuite_keyphrase.gnu","new_file":"termsuite\/termsuite_keyphrase.gnu","new_contents":"reset # do not use any previous settings\nset title \"Termsuite - Keyphrase extraction\" # chart title\nset xlabel \"wrlog filter\" # x-axis label\nset ylabel \"Precision\/Recall\/f1-score\" # y-axis label\nset term png size 800, 400\nset size ratio 0.4\nset output \"termsuite.png\" # name of image file (change to .eps for eps file)\nset xtics 2.0, 0.2, 6.0 # set increment for x-axis\nset ytics 0.1 \nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"termsuite_ann.dat\" using 1:2 title \"precision\", \\\n\"termsuite_ann.dat\" using 1:3 title \"recall\", \\\n\"termsuite_ann.dat\" using 1:4 title \"f1-score\"\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'termsuite\/termsuite_keyphrase.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"9373abde550a4d9fba832cfb23affe6ada2c4ed4","subject":"ITER Demo folder: Add plt file to TEST-BEAUTY project","message":"ITER Demo folder:\nAdd plt file to TEST-BEAUTY project\n","repos":"css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter","old_file":"products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt","new_file":"products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt","new_contents":"<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?>\n<databrowser>\n <title>\n <text>Beauty Plot<\/text>\n <color>\n <red>0<\/red>\n <green>0<\/green>\n <blue>255<\/blue>\n <\/color>\n <font>1|Sans|12.0|1|GTK|1|<\/font>\n <\/title>\n <graph_settings>\n <show_title>true<\/show_title>\n <show_legend>true<\/show_legend>\n <show_plot_area_border>false<\/show_plot_area_border>\n <transparent>false<\/transparent>\n <\/graph_settings>\n <scroll>true<\/scroll>\n <update_period>3.0<\/update_period>\n <start>-1 hours 0.0 seconds<\/start>\n <end>now<\/end>\n <time_axis>\n <axis>\n <name>Time<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>0<\/red>\n <green>0<\/green>\n <blue>0<\/blue>\n <\/color>\n <min>1.36628927793E12<\/min>\n <max>1.36629287793E12<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>true<\/time_format>\n <format_pattern>HH:mm<\/format_pattern>\n <\/format>\n <\/axis>\n <\/time_axis>\n <background>\n <red>255<\/red>\n <green>255<\/green>\n <blue>255<\/blue>\n <\/background>\n <archive_rescale>NONE<\/archive_rescale>\n <axes>\n <axis>\n <name>TEST-BTY0:AIn<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <min>0.0<\/min>\n <max>108.49089341573206<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <axis>\n <name>TEST-BTY0:RAMP1<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>139<\/red>\n <green>105<\/green>\n <blue>20<\/blue>\n <\/color>\n <min>-1.0000321507591365<\/min>\n <max>100.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <axis>\n <name>TEST-BTY0:RAMP2<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>160<\/red>\n <green>32<\/green>\n <blue>240<\/blue>\n <\/color>\n <min>-1.0000321507591365<\/min>\n <max>100.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <\/axes>\n <annotations>\n <\/annotations>\n <pvlist>\n <pv>\n <name>TEST-BTY0:AI1<\/name>\n <display_name>TEST-BTY0:AI1<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:AI2<\/name>\n <display_name>TEST-BTY0:AI2<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>242<\/red>\n <green>26<\/green>\n <blue>26<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:AI3<\/name>\n <display_name>TEST-BTY0:AI3<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>66<\/red>\n <green>177<\/green>\n <blue>66<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:RAMP1<\/name>\n <display_name>TEST-BTY0:RAMP1<\/display_name>\n <visible>true<\/visible>\n <axis>1<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>139<\/red>\n <green>105<\/green>\n <blue>20<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:RAMP2<\/name>\n <display_name>TEST-BTY0:RAMP2<\/display_name>\n <visible>true<\/visible>\n <axis>2<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>128<\/red>\n <green>0<\/green>\n <blue>255<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <\/pvlist>\n<\/databrowser>","old_contents":"","returncode":1,"stderr":"error: pathspec 'products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt' did not match any file(s) known to git\n","license":"epl-1.0","lang":"Gnuplot"} {"commit":"af4f8709500e1e61de9a01656a1f06762b20c611","subject":"Link with correct binary","message":"Link with correct binary","repos":"nkming2\/MagicalGirlMica,nkming2\/MagicalGirlMica","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/nkming2\/MagicalGirlMica.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"a39d99a98780efd2a1dbfa885c95cddfb818ce41","subject":"gnuplot script to plot up the seeing from seeing.dat","message":"gnuplot script to plot up the seeing from seeing.dat\n","repos":"saltastro\/timDIMM,saltastro\/timDIMM,saltastro\/timDIMM,saltastro\/timDIMM","old_file":"plot.gnu","new_file":"plot.gnu","new_contents":"#!\/opt\/local\/bin\/gnuplot\nset xdata time\nset timefmt x \"%Y-%m-%d %H:%M:%S\"\nset format x \"%H:%M\"\nset term png enhanced transparent font \"\/Library\/Fonts\/Arial.ttf,11\"\nset out \"\/Users\/timdimm\/Sites\/images\/seeing.png\"\nset xlabel \"UT\"\nset ylabel \"Seeing FWHM (arcsec)\"\nset yrange [0.0:5.0]\nplot \"seeing.dat\" using 1:7 notitle\nset term x11\n# EOF\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'plot.gnu' did not match any file(s) known to git\n","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"f925517eefe5231c614a4d5d21369b4b1a6ff11a","subject":"Add randgen.plt","message":"Add randgen.plt\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/rand\/randgen.plt","new_file":"U-238\/u\/rand\/randgen.plt","new_contents":":- begin_tests(randgen).\n:- use_module(randgen).\n\ntest(fd_random1_gnu) :-\n\n X in 5..15,\n fd_random(lcq, gnu, 0, S1, X),\n fd_random(lcq, gnu, 0, S1, X),\n assertion(S1 == 12345),\n assertion(X == 8).\n\ntest(fd_random1_knuth) :-\n\n X in 5..15,\n fd_random(lcq, knuth, 0, S1, X),\n fd_random(lcq, knuth, 0, S1, X),\n assertion(S1 == 1442695040888963407),\n assertion(X == 12).\n\n:- end_tests(randgen).\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'U-238\/u\/rand\/randgen.plt' did not match any file(s) known to git\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"e11bfd2f6f1da955b77a1edf77cd03a88cf61554","subject":"gnuplot script template for 2d multi-project plots.","message":"gnuplot script template for 2d multi-project plots.\n\n","repos":"F4llis\/benchmark-webservice,F4llis\/benchmark-webservice,F4llis\/benchmark-webservice,F4llis\/benchmark-webservice,F4llis\/benchmark-webservice,F4llis\/benchmark-webservice","old_file":"templates\/2d_multi.gp","new_file":"templates\/2d_multi.gp","new_contents":"set terminal png medium size 640,480\nset output '<DVAR name=\"outfile\">'\nset format y \"%3.2f\"\nset xlabel '<DVAR name=\"xlabel\">'\nset ylabel '<DVAR name=\"ylabel\">'\nset key outside bottom center\n\nplot\n<DLOOP name=\"plot\">\n '<DVAR name=\"datafile\">' i <DLVAR name=\"index\"> u 1:2:3 tit '<DLVAR name=\"title\">' w yerror ls <DLVAR name=\"style\">,\\\n<\/DLOOP>\nf(x)=0\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'templates\/2d_multi.gp' did not match any file(s) known to git\n","license":"mpl-2.0","lang":"Gnuplot"} {"commit":"0011afb8a6b923e428457c7fbb6d43310df45ede","subject":"Add script to generate the -threaded CDF","message":"Add script to generate the -threaded CDF\n","repos":"hackern\/network-transport-tcp,aycanirican\/network-transport-tcp,tweag\/network-transport-tcp,haskell-distributed\/network-transport-tcp","old_file":"benchmarks\/Threaded.gnuplot","new_file":"benchmarks\/Threaded.gnuplot","new_contents":"set xrange [0:100]\nplot \"JustPingC.data\" u 2:(1.\/100000.) smooth cumulative title \"C\", \\\n \"JustPingHaskellNT.data\" u 2:(1.\/100000.) smooth cumulative title \"Haskell\", \\\n \"JustPingHaskell.data\" u 2:(1.\/100000.) smooth cumulative title \"Haskell -threaded\"\nset terminal postscript color\nset output \"Threaded.ps\"\nplot \"JustPingC.data\" u 2:(1.\/100000.) smooth cumulative title \"C\", \\\n \"JustPingHaskellNT.data\" u 2:(1.\/100000.) smooth cumulative title \"Haskell\", \\\n \"JustPingHaskell.data\" u 2:(1.\/100000.) smooth cumulative title \"Haskell -threaded\"\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'benchmarks\/Threaded.gnuplot' did not match any file(s) known to git\n","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"b217cf13e9ed213715cad06ed8af1ad015dc5aa7","subject":"missing file lines.plot","message":"missing file lines.plot\n","repos":"yongbin\/ilbot,yongbin\/ilbot,yongbin\/ilbot","old_file":"lines.plot","new_file":"lines.plot","new_contents":"set term png size 100, 26;\nset autoscale;\nunset border;\nunset tics; \nunset key;\nset rmargin 0;\nset lmargin 0;\nset tmargin 0;\nset bmargin 0;\nplot 'out.tmp' with lines lt rgb \"gray\";\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'lines.plot' did not match any file(s) known to git\n","license":"artistic-2.0","lang":"Gnuplot"} {"commit":"05ef2f326de1595dad4df5653b6baa0970dcabf4","subject":"minor","message":"minor\n\ngit-svn-id: 6ee47c8665bf46900d9baa0afb711c5b4a0eafac@5561 e2bb083e-7f23-0410-b3a8-8253ac9ef6d8\n","repos":"ya7lelkom\/swift-k,ya7lelkom\/swift-k,swift-lang\/swift-k,ya7lelkom\/swift-k,swift-lang\/swift-k,ya7lelkom\/swift-k,swift-lang\/swift-k,swift-lang\/swift-k,ya7lelkom\/swift-k,swift-lang\/swift-k,ya7lelkom\/swift-k,ya7lelkom\/swift-k,swift-lang\/swift-k,swift-lang\/swift-k,ya7lelkom\/swift-k,ya7lelkom\/swift-k,swift-lang\/swift-k,swift-lang\/swift-k,swift-lang\/swift-k,ya7lelkom\/swift-k","old_file":"libexec\/log-processing\/plot_active.plt","new_file":"libexec\/log-processing\/plot_active.plt","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/ya7lelkom\/swift-k.git\/': The requested URL returned error: 403\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"a47de897f846bd2483d58bc2806391f891611585","subject":"added","message":"added\n","repos":"Josephss\/CraViS,Josephss\/CraViS,Josephss\/CraViS","old_file":"data\/plot.gnu","new_file":"data\/plot.gnu","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/Josephss\/CraViS.git\/': The requested URL returned error: 403\n","license":"mit","lang":"Gnuplot"} {"commit":"55b083514410193a5be5e4a817db9373650cc2d0","subject":"[examples] add plot of the phase portrait","message":"[examples] add plot of the phase portrait\n","repos":"fperignon\/siconos,bremond\/siconos,fperignon\/siconos,siconos\/siconos,siconos\/siconos-deb,bremond\/siconos,fperignon\/siconos,fperignon\/siconos,radarsat1\/siconos,siconos\/siconos-deb,siconos\/siconos-deb,siconos\/siconos-deb,bremond\/siconos,bremond\/siconos,siconos\/siconos,fperignon\/siconos,radarsat1\/siconos,siconos\/siconos-deb,siconos\/siconos,radarsat1\/siconos,radarsat1\/siconos,siconos\/siconos-deb,bremond\/siconos,radarsat1\/siconos,siconos\/siconos","old_file":"examples\/Electronics\/Circuit-ThetaGammaSchemes\/DiodeBridgeCapFilter-portrait.gp","new_file":"examples\/Electronics\/Circuit-ThetaGammaSchemes\/DiodeBridgeCapFilter-portrait.gp","new_contents":"#----------------------------------------------------------------------------------\n# File enabling the comparison in gnuplot between :\n# - reference results from the SMASH simulation\n# of the diode bridge circuit with trapezoidal\n# integrator and fixed 1 us time step (file \"SMASHN0p25TRAP1us.dat\").\n# The first 217 us are discarded since they correspond to the initialization\n# of the oscillating circuit.\n# - results from SICONOS \"DiodeBridgeTRAP1us.dat\" (rename of \"DiodeBridge.dat\")\n# assumed to be obtained by a simulation of the DiodeBridge.cpp\n# sample with theta = 0.5 (trapezoidal integration) and a\n# time step of 1 us.\n#\n# Displayed results are :\n# - the voltage across the capacitor (or inductor)\n# - the current through the inductor\n# - the potential of each pole of the resistor (reference = diode R1 anode)\n# - the current through the resistor\n#\n# Slight differences may appear due to the smooth model of the diode\n# used by SMASH. With a value of N (emission coefficient) of 0.25, the\n# diode is a stiff one, with a threshold of around 0.25 V. Such a threshold\n# yields small differences in the conduction state of the diode with respect\n# to the ideal diode behavior currently (12\/09\/2005) modeled in the Siconos sample.\n#----------------------------------------------------------------------------------\n\n#set term pdf\n#set output \"Portrait-CapFilter.pdf\"\n\nset grid\nset xlabel \"x1\"\nset ylabel \"x2\"\nset zlabel \"x3\"\nset ticslevel 0\nsplot \"DiodeBridgeCapFilter.dat\" u 2:3:8 w l\n\nset nomultiplot\n\n#set term post\n#set output \"Energy.ps\"\n\n#set origin 0.0, 0.0\n#set size 1.0 ,1.0\n\n\n#set xlabel \"time in s\"\n#set ylabel \"\" 1\n#set yrange [0:5.1e-5]\n#plot\\\n# \"DiodeBridgeCapFilter.dat\" u 1:($8) t \"storage, SICONOS TRAP 1us\" w l,\\\n# \"DiodeBridgeCapFilter.dat\" u 1:($9) t \"dissipation, SICONOS TRAP 1us\" w l,\\\n# \"DiodeBridgeCapFilter.dat\" u 1:($10) t \"total, SICONOS TRAP 1us\" w l\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'examples\/Electronics\/Circuit-ThetaGammaSchemes\/DiodeBridgeCapFilter-portrait.gp' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"fddea4a0d5c77ae2d01d7fd5635a3dff55ba4032","subject":"Added another plotscript","message":"Added another plotscript\n\n\ngit-svn-id: b233c5b81dcfbfdfca783093b3213ccfd2356b3a@550 3eb578c0-666c-0410-8428-3510748880ad\n","repos":"AlexSzatmary\/bake","old_file":"gnuplot_scripts\/plotscriptl5b4.d0.plt","new_file":"gnuplot_scripts\/plotscriptl5b4.d0.plt","new_contents":"set terminal png\nset yr[0:]\nset output \"..\/planar-axiall6b6.d0g1.d-3DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::33::43\n\nset output \"..\/planar-axiall6b6.d0g1.d-2DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::66::76, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::66::76\n\nset output \"..\/planar-axiall6b6.d0g1.d-1DF.png\"\nplot \"..\/planar-axiall6b6.d0DF.txt\" using 2:5 every ::99::108, \"..\/analytical_data\/BBR_axial_mix.txt\" using 1:3 every ::99::108\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-3DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::33::43, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::33::43\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-2DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::66::76, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::66::76\n\nset output \"..\/planar-biaxiall6b6.d0g1.d-1DF.png\"\nplot \"..\/planar-biaxiall6b6.d0DF.txt\" using 2:5 every ::99::108, \"..\/analytical_data\/BBR_biaxial_mix.txt\" using 1:3 every ::99::108\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gnuplot_scripts\/plotscriptl5b4.d0.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"d2640dcd9b83de039dfc6205a180ec553e156279","subject":"Base to play around with.","message":"Base to play around with.","repos":"nintaitrading-eu\/ledgerplot","old_file":"test\/hist.gnu","new_file":"test\/hist.gnu","new_contents":"### TODO: 2014_income_vs_expenses.dat -> 2014 \/ income_vs_expenses = year for a group of\n### histograms \/ plottitle\n# set terminal png transparent nocrop enhanced size 450,320 font \"arial,8\" \n# set output 'histograms.7.png'\nset border 3 front lt black linewidth 1.000 dashtype solid\nset boxwidth 0.95 absolute\nset style fill solid 1.00 noborder\nset grid nopolar\nset grid noxtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault lt 0 linewidth 0.500, lt 0 linewidth 0.500\nset key bmargin center horizontal Left reverse noenhanced autotitle columnhead nobox\nset style histogram clustered gap 1 title textcolor lt -1 offset character 2, 0.25, 0\nset datafile missing '-'\nset style data histograms\nset xtics border in scale 0,0 nomirror rotate by -45 autojustify\nset xtics norangelimit font \",8\"\nset xtics ()\nset ytics border in scale 0,0 mirror norotate autojustify\nset ytics autofreq norangelimit font \",8\"\nset ztics border in scale 0,0 nomirror norotate autojustify\nset cbtics border in scale 0,0 mirror norotate autojustify\nset rtics axis in scale 0,0 nomirror norotate autojustify\nset paxis 1 tics border in scale 0,0 nomirror norotate autojustify\nset paxis 1 tics autofreq rangelimit\nset paxis 2 tics border in scale 0,0 nomirror norotate autojustify\nset paxis 2 tics autofreq rangelimit\nset paxis 3 tics border in scale 0,0 nomirror norotate autojustify\nset paxis 3 tics autofreq rangelimit\n#set paxis 4 tics border in scale 0,0 nomirror norotate autojustify\n#set paxis 4 tics autofreq rangelimit\n#set paxis 5 tics border in scale 0,0 nomirror norotate autojustify\n#set paxis 5 tics autofreq rangelimit\n#set paxis 6 tics border in scale 0,0 nomirror norotate autojustify\n#set paxis 6 tics autofreq rangelimit\n#set paxis 7 tics border in scale 0,0 nomirror norotate autojustify\n#set paxis 7 tics autofreq rangelimit\nset title \"income_vs_expenses\\n(Extra info here?)\" \nset xlabel \"(note: histogram titles have specified offset relative to X-axis label)\" \nset xlabel offset character 0, -2, 0 font \"\" textcolor lt -1 norotate\nset ylabel \"Value (EUR)\" \nx = 0.0\ni = 23\n## Last datafile plotted: \"data.tmp\"\n#plot newhistogram \"Northern Europe\", 'immigration.dat' using \"Sweden\":xtic(1) t col, '' u \"Denmark\" t col, '' u \"Norway\" t col, newhistogram \"Southern Europe\", '' u \"Greece\":xtic(1) t col, '' u \"Romania\" t col, '' u \"Yugoslavia\" t col, newhistogram \"British Isles\", '' u \"Ireland\":xtic(1) t col, '' u \"United_Kingdom\" t col\nplot newhistogram \"2014\", 'data.tmp' using \"income\":xtic(1) t col, '' u \"expenses\" t col, '' u \"difference\" t col, newhistogram \"2015\", '' u \"income\":xtic(1) t col, '' u \"expenses\" t col, '' u \"difference\" t col, newhistogram \"2016\", '' u \"income\":xtic(1) t col, '' u \"expenses\" t col, '' u \"difference\" t col\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'test\/hist.gnu' did not match any file(s) known to git\n","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"896ae839ab07a35e5b0b1018dee232e04e1705a5","subject":"Add gnuplot script","message":"Add gnuplot script\n","repos":"rekka\/intro-fortran-2016,rekka\/intro-fortran-2016","old_file":"lec5\/rk4-error.plt","new_file":"lec5\/rk4-error.plt","new_contents":"set title \"Error of the Runge-Kutta 4th order method\" # set the title of the plot\nset xlabel \"h\" # set the label for the x axis\nset ylabel \"err\" # set the label for the y axis\nset key right bottom # set the position of the legend\nset logscale xy # set axes x and y to use the logarithmic scale\nplot 'error.dat', x, x**2, x**3, x**4\npause -1\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'lec5\/rk4-error.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"0b34927b26a7c57096601e94266de2672fd5afde","subject":"Add gnuplot script for densitySlice output","message":"Add gnuplot script for densitySlice output\n","repos":"sgshulman\/DGEM,sgshulman\/DGEM","old_file":"PLOT_DENSITY.plt","new_file":"PLOT_DENSITY.plt","new_contents":"#!\/usr\/bin\/gnuplot -c\n\nset terminal png font arial 14 size 800,600\n\nset border 3\nunset title\nunset key\nunset xtics\nunset ytics\nset grid\n\nset xrange [0:]\nset yrange [0:]\n\nset cbrange [ 0.00000 : ]\n\nset output ARG2\nplot ARG1 matrix with image\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'PLOT_DENSITY.plt' did not match any file(s) known to git\n","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"7b89e7bc4223a7f6d0190a328db182184af8d417","subject":"New plt file","message":"New plt file\n","repos":"yinyanlong\/iosig,yinyanlong\/iosig,yinyanlong\/iosig,yinyanlong\/iosig","old_file":"src\/analysis\/data_access_holes.plt","new_file":"src\/analysis\/data_access_holes.plt","new_contents":"# generate PNG\nset terminal png\nset output \"access_hole.png\"\n\n#set size 1,1\n#set multiplot\n\n# plot read data\n#set origin 0,0.5\n#set size 1,0.5 \nset style line 1 lt 1 lc rgb \"red\"\nset title \"READ rates over time\"\nset datafile separator ','\nset key autotitle columnhead\nset xlabel \"Time (s)\"\nset ylabel \"Size (Bytes)\"\nset xrange [0: ]\n#set yrange [0: ]\n#print trace.'read.dat'\n#plot trace.'.read.hole.sizes.csv' ls 1 title 'Data access hole sizes' with steps\nplot trace.'.read.hole.sizes.csv' \n\n# plot write data\n#set origin 0,0 \n#set size 1,0.5 \n#set style line 2 lt 1 lc rgb \"blue\"\n#set title \"WRITE rates over time\"\n#set xlabel \"Time (s)\"\n#set ylabel \"Bandwidth (MB\\\/s)\"\n#set xrange [0: ]\n#set yrange [0: ]\n#print trace.'write.dat'\n#plot trace.'.write.dat' ls 2 title 'Write' with steps\n\n#unset multiplot\n#set size 1,1\n\n\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'src\/analysis\/data_access_holes.plt' did not match any file(s) known to git\n","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"f5e69520ca97f2a6b8ca386ace0333aae75ba77b","subject":"Add nuclearChart plotting file","message":"Add nuclearChart plotting file\n","repos":"ElectroweakGroup\/Database_Extraction_Tool","old_file":"nuclearChart.plt","new_file":"nuclearChart.plt","new_contents":"reset\nunset key\nset xlabel \"Number of Neutrons (N)\"\nset ylabel \"Number of Protons (Z)\"\nset palette rgb -21,-22,-23\nset datafile sep ','\nset size 1,1\nset pointsize 3\nset xtics 5\nset ytics 5\nset grid\nset xrange [-1:180]\nset term png size 5000,4500 font \"\/home\/matmarti\/Database_Extraction_Tool\/Helvetica.ttf\" 50\nset output \"nuclearChart.png\"\nplot \"IsotopeList.txt\" using ($3-$2):2:4 with points palette pointtype 5\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'nuclearChart.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"a770a5183d7b66c31bdf9efc240a70044e951d79","subject":"Added gnuplot script for plotting read data.","message":"Added gnuplot script for plotting read data.\n","repos":"ellitron\/RAMCloudTools,jdellithorpe\/RAMCloudUtils,jdellithorpe\/RAMCloudUtils,jdellithorpe\/RAMCloudTools,ellitron\/RAMCloudTools,jdellithorpe\/RAMCloudTools,jdellithorpe\/RAMCloudUtils,ellitron\/RAMCloudTools","old_file":"gnuplot\/read.spp_100000.ks_30.plt","new_file":"gnuplot\/read.spp_100000.ks_30.plt","new_contents":"set title \"Latency vs. Value Size\"\nset xlabel \"Value Size (B)\"\nset ylabel \"Latency (us)\"\nset logscale xy\nset key autotitle columnhead\nset terminal postscript eps color\nset output \"read.spp_100000.ks_30.eps\"\nplot for [i=2:12] \"read.spp_100000.ks_30.dat\" u 1:i with lines lc i\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gnuplot\/read.spp_100000.ks_30.plt' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"98df6f3e947e6b81066846fac1e1de4f5cf0c0ad","subject":"adding gnuplot domain coloring script","message":"adding gnuplot domain coloring script\n","repos":"leios\/simuleios,leios\/simuleios","old_file":"domain_coloring\/domain_coloring.gp","new_file":"domain_coloring\/domain_coloring.gp","new_contents":"set terminal pngcairo transparent enhanced font \"arial,10\" fontscale 1.0 size 1200, 800 \nset output 'check.png'\nunset key\nset view map\nset size ratio 1 1,1\nset xtics border in scale 0,0 mirror norotate autojustify\nset ytics border in scale 0,0 mirror norotate autojustify\nset ztics border in scale 0,0 nomirror norotate autojustify\nset cbtics border in scale 0,0 mirror norotate autojustify\nset cbtics norangelimit \nset cbtics (\"0\" -3.14159, \"2pi\" 3.14159)\nset title \"Domain coloring of output\" \nset xrange [ * : * ] noreverse writeback\nset yrange [ * : * ] noreverse writeback\nset cblabel \"Phase Angle\" \nset cblabel offset character -2, 0, 0 font \"\" textcolor lt -1 rotate\nset cbrange [ -3.14159 : 3.14159 ] noreverse nowriteback\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model HSV \nset palette defined ( 0 0 1 1, 1 1 1 1 )\n\nthresh = 0.1\nHue(x,y) = (pi + atan2(-y,-x)) \/ (2*pi)\nr(x,y) = sqrt(x*x + y*y)\ntheta(x,y) = atan2(y,x)\nz(x,y) = r(x,y)*exp(theta(x,y)*sqrt(-1))\nip(x,y) = imag(z(x,y))\nrp(x,y) = real(z(x,y))\nval(x,y) = 0.5 + 0.5*(abs(z(x,y))-floor(abs(z(x,y))))\ncolor(x,y) = hsv2rgb(Hue(rp(x,y), ip(x,y)), abs(z(x,y)), val(x,y)*shade(x,y))\nshade(x,y) = (abs(sin(rp(x,y)*pi)**thresh) * abs(sin(ip(x,y)*pi))**thresh)\nsave_encoding = \"utf8\"\n\n## Last datafile plotted: \"++\"\nsplot 'out.dat' using 1:2:(color($3,$4)) with pm3d lc rgb variable nocontour\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'domain_coloring\/domain_coloring.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"7de8b3d72c36d0da0fb6e1ab45b58d2e19c44cd8","subject":"Added plot with smooth curves","message":"Added plot with smooth curves\n","repos":"wedesoft\/arduino-sainsmart,wedesoft\/arduino-mearm,wedesoft\/arduino-sainsmart,wedesoft\/arduino-mearm","old_file":"path.gnuplot","new_file":"path.gnuplot","new_contents":"set multiplot\nset xrange [0:4]\npi2 = 2*pi\ncap(x) = 1-cos(pi2*x)\nup(x) = x-sin(pi2*x)\/pi2\ndent(x) = 0.5*x**2+(cos(pi2*x)-1)\/pi2**2\na(x) = x < 1 ? 0.5*cap(x) : x > 3 ? -0.5*cap(x-3) : 0\nv(x) = x < 1 ? 0.5*up(x) : x > 3 ? 0.5*(1-up(x-3)) : 0.5\np(x) = x < 1 ? 0.5*dent(x) : x > 3 ? 0.5*x-0.25-0.5*dent(x-3): 0.5*x-0.25 \nplot a(x), v(x), p(x)\npause -1\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'path.gnuplot' did not match any file(s) known to git\n","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"8230b2645eaec8c6df6ab87c22d380cc2fcdd9aa","subject":"Add in neuron fitness printer.","message":"Add in neuron fitness printer.\n","repos":"hyPiRion\/genetica,hyPiRion\/genetica","old_file":"bin\/neuron-fit.gp","new_file":"bin\/neuron-fit.gp","new_contents":"set terminal pngcairo mono font '\/usr\/share\/fonts\/X11\/Type1\/lmbx10.pfb'\nset termoption dash\nset output outfile\nset key inside left top box linetype -1 linewidth 1.000\nset samples 50\nset title \"40-bit one max, 120 pop, roulette, fitness, full replacement\"\nset xlabel \"Generation\"\nset ylabel \"Fitness\"\nS = 1\nplot infile u ($0):1:2 t \"Avg + std.dev\" w yerrorlines lt 1 lc rgb 'blue',\\\n infile u ($0):3 t \"Max\" w l lt 1 lc rgb 'web-green', \\\n infile u ($0):4 t \"Min\" w l lt 1 lc rgb 'dark-red'\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'bin\/neuron-fit.gp' did not match any file(s) known to git\n","license":"epl-1.0","lang":"Gnuplot"} {"commit":"5ec3ddeb2fd84cdb18f9b924a4348a321a4e0efe","subject":"Add the new character dir in the inc paths","message":"Add the new character dir in the inc paths","repos":"nkming2\/MagicalGirlMica,nkming2\/MagicalGirlMica","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/nkming2\/MagicalGirlMica.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"1a651fd49c6ffa58d908937733d04a349a29a13c","subject":"plot_projection_regex_count.gnu, plots.","message":"plot_projection_regex_count.gnu, plots.\n","repos":"snovd\/test-scripts,snovd\/test-scripts","old_file":"kpext\/plot_projection_regex_count.gnu","new_file":"kpext\/plot_projection_regex_count.gnu","new_contents":"reset # do not use any previous settings\nset title \"F1 score - Keyphrase extraction - Projection of REGEX over the development data\" # title\nset xlabel \"Min ocurrence of each REGEX\" # x-axis label\nset ylabel \"F1 score\" # y-axis label\nset term png size 800, 400 font \"Helvetica\" 9\nset size ratio 0.4 #plot dimensions\nset output \"plot_f1score_projection_regex_count.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.01\nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_regex_projection_filter_by_count.dat\" using 1:5:xtic(2) title \"Simple projection\", \\\n\"dev_seq_regex_projection_filter_by_count_inkeywords_substring.dat\" using 1:5 title \"In keywords (substring)\", \\\n\"dev_seq_regex_projection_filter_by_count_inkeywords_exact.dat\" using 1:5 title \"In keywords (exact)\"\n\nreset # do not use any previous settings\nset title \"Precision - Keyphrase extraction - Projection of REGEX over the development data\" # title\nset xlabel \"Min ocurrence of each REGEX\" # x-axis label\nset ylabel \"Precision\" # y-axis label\nset term png size 800, 400 font \"Helvetica\" 9\nset size ratio 0.4 #plot dimensions\nset output \"plot_precision_projection_regex_count.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.01\nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\nplot \"dev_seq_regex_projection_filter_by_count.dat\" using 1:3:xtic(2) title \"Simple projection\", \\\n\"dev_seq_regex_projection_filter_by_count_inkeywords_substring.dat\" using 1:3 title \"In keywords (substring)\", \\\n\"dev_seq_regex_projection_filter_by_count_inkeywords_exact.dat\" using 1:3 title \"In keywords (exact)\"\n\nreset # do not use any previous settings\nset title \"Recall - Keyphrase extraction - Projection of REGEX over the development data\" # title\nset xlabel \"Min ocurrence of each REGEX\" # x-axis label\nset ylabel \"Recall\" # y-axis label\nset term png size 800, 400 font \"Helvetica\" 9\nset size ratio 0.4 #plot dimensions\nset output \"plot_recall_projection_regex_count.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.05\nset key left top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_regex_projection_filter_by_count.dat\" using 1:4:xtic(2) title \"Simple projection\", \\\n\"dev_seq_regex_projection_filter_by_count_inkeywords_substring.dat\" using 1:4 title \"In keywords (substring)\", \\\n\"dev_seq_regex_projection_filter_by_count_inkeywords_exact.dat\" using 1:5 title \"In keywords (exact)\"\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'kpext\/plot_projection_regex_count.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"81730b43897b62ffc5e2e0967de4b58a98eb911c","subject":"the new default dump plot file","message":"the new default dump plot file\n","repos":"stoewer\/nix","old_file":"dump_plot.gnu","new_file":"dump_plot.gnu","new_contents":"#!\/usr\/bin\/gnuplot\n\nset terminal x11\nset title \"2D data plot\"\nunset key\nset tic scale 0\n\n# Color runs from white to green\nset palette rgbformula -7,-7,2\nset cbrange [MINVAL:MAXVAL]\nset cblabel \"Score\"\nunset cbtics\n\nset xrange [-0.5:NX.5]\nset yrange [-0.5:NY.5]\n\nset view map\nsplot 'FILE' matrix with image\npause -1\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'dump_plot.gnu' did not match any file(s) known to git\n","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"a02ffb9fd0cb6d620690fd1b668e3103a1b23fd7","subject":"experiment plots eta and delta not float","message":"experiment plots eta and delta not float\n","repos":"toonn\/bdap-proj2,toonn\/bdap-proj2","old_file":"code\/exp.gnuplot","new_file":"code\/exp.gnuplot","new_contents":"set autoscale\nset xtic auto\nset ytic auto\nset xlabel \"Number of training examples\"\nset ylabel \"Accuracy\"\nset terminal epslatex\n\nset output \"lc_lr.tex\"\nplot for [i=1:9] 'exp'.i.'.lr.acc' using 1:2 title '\\eta = '.i with linespoints\n\nset output \"lc_vfdt.tex\"\nplot \"out.vfdt.acc\" using 1:2 title \"VFDT\" with linespoints\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'code\/exp.gnuplot' did not match any file(s) known to git\n","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"e683036e3d56f4f9240931032ee4c73684ab6090","subject":"add zoom.gnu","message":"add zoom.gnu\n","repos":"mzechmeister\/serval,mzechmeister\/serval,mzechmeister\/serval","old_file":"zoom.gnu","new_file":"zoom.gnu","new_contents":"# Version v07 2017-02-08\n# by Mathias Zechmeister\n# this script allows to scroll and zoom with keyboard keys\n# (wxt does not support KP_Add and KP_Subtract, i.e Num + and Num -, and ctrl+char bindings)\n# bindings can be reset with: bind! or reset bind\n\nDELTA_X(a)=a*(GPVAL_X_MAX-GPVAL_X_MIN)\nDELTA_Y(a)=a*(GPVAL_Y_MAX-GPVAL_Y_MIN)\nSCR_X=.25 # x scroll fraction\nSCR_Y=.25 # y scroll fraction\nZOOM_X=0.05 # x zoom factor\nZOOM_Y=0.05 # y zoom factor\nZOOM_XX=2. # fast x zoom factor\nZOOM_YY=2. # fast y zoom factor\nX_NEW(a) = 0.5*GPVAL_X_MIN*(1-a) + 0.5*GPVAL_X_MAX*(1+a) # = (x1+x2)\/2 - a*(x2-x1)\/2\nY_NEW(a) = 0.5*GPVAL_Y_MIN*(1-a) + 0.5*GPVAL_Y_MAX*(1+a)\n\n# SCROLLING\nbind \"Right\" \"set xrange [GPVAL_X_MIN+DELTA_X(SCR_X):GPVAL_X_MAX+DELTA_X(SCR_X)]; replot\" # scroll right\nbind \"Left\" \"set xrange [GPVAL_X_MIN-DELTA_X(SCR_X):GPVAL_X_MAX-DELTA_X(SCR_X)]; replot\" # scroll left\nbind \"Up\" \"set yrange [GPVAL_Y_MIN+DELTA_Y(SCR_Y):GPVAL_Y_MAX+DELTA_Y(SCR_Y)]; replot\" # scroll up\nbind \"Down\" \"set yrange [GPVAL_Y_MIN-DELTA_Y(SCR_Y):GPVAL_Y_MAX-DELTA_Y(SCR_Y)]; replot\" # scroll down\n# SCROLL PAGEWISE\nbind \"PageUp\" \"set yrange [GPVAL_Y_MIN+DELTA_Y(1.) :GPVAL_Y_MAX+DELTA_Y(1.)]; replot\" # page up\nbind \"Alt-Up\" \"set yrange [GPVAL_Y_MIN+DELTA_Y(1.) :GPVAL_Y_MAX+DELTA_Y(1.)]; replot\" # page up\nbind \"PageDown\" \"set yrange [GPVAL_Y_MIN-DELTA_Y(1.) :GPVAL_Y_MAX-DELTA_Y(1.)]; replot\" # page down\nbind \"Alt-Down\" \"set yrange [GPVAL_Y_MIN-DELTA_Y(1.) :GPVAL_Y_MAX-DELTA_Y(1.)]; replot\" # page down\nbind \"Home\" \"set xrange [GPVAL_X_MIN-DELTA_X(1.) :GPVAL_X_MAX-DELTA_X(1.)]; replot\" # page left\nbind \"Alt-Left\" \"set xrange [GPVAL_X_MIN-DELTA_X(1.) :GPVAL_X_MAX-DELTA_X(1.)]; replot\" # page left\nbind \"End\" \"set xrange [GPVAL_X_MIN+DELTA_X(1.) :GPVAL_X_MAX+DELTA_X(1.)]; replot\" # page right\nbind \"Alt-Right\" \"set xrange [GPVAL_X_MIN+DELTA_X(1.) :GPVAL_X_MAX+DELTA_X(1.)]; replot\" # page right\n# SCROLL END\nbind \"Ctrl-Home\" \"set xrange [GPVAL_DATA_X_MIN : GPVAL_DATA_X_MIN+DELTA_X(1.)]; replot\" # horizontal scroll to first data point\nbind \"Ctrl-End\" \"set xrange [GPVAL_DATA_X_MAX-DELTA_X(1.) : GPVAL_DATA_X_MAX]; replot\" # horizontal scroll to last data point\nbind \"Ctrl-PageUp\" \"set yrange [GPVAL_DATA_Y_MAX-DELTA_Y(1.) : GPVAL_DATA_Y_MAX]; replot\" # scroll to top\nbind \"Ctrl-PageDown\" \"set yrange [GPVAL_DATA_Y_MIN : GPVAL_DATA_Y_MIN+DELTA_Y(1.)]; replot\" # scroll to bottom\n\n# ZOOMING\nbind \"Ctrl-Right\" \"set xrange [GPVAL_X_MIN+DELTA_X(ZOOM_X):GPVAL_X_MAX-DELTA_X(ZOOM_X)]; replot\" # zoom in x\nbind \"Ctrl-Left\" \"set xrange [GPVAL_X_MIN-DELTA_X(ZOOM_X):GPVAL_X_MAX+DELTA_X(ZOOM_X)]; replot\" # zoom out x\nbind \"Ctrl-Up\" \"set yrange [GPVAL_Y_MIN-DELTA_Y(ZOOM_Y):GPVAL_Y_MAX+DELTA_Y(ZOOM_Y)]; replot\" # zoom out y\nbind \"Ctrl-Down\" \"set yrange [GPVAL_Y_MIN+DELTA_Y(ZOOM_Y):GPVAL_Y_MAX-DELTA_Y(ZOOM_Y)]; replot\" # zoom in y\nbind \"Ctrl-Alt-Right\" \"set xrange [X_NEW(-1.\/ZOOM_XX):X_NEW(1.\/ZOOM_XX)]; replot\" # fast zoom in x\nbind \"Ctrl-Alt-Left\" \"set xrange [X_NEW(-ZOOM_XX):X_NEW(ZOOM_XX)]; replot\" # fast zoom out x\nbind \"Ctrl-Alt-Up\" \"set yrange [Y_NEW(-ZOOM_YY):Y_NEW(ZOOM_YY)]; replot\" # fast zoom out y\nbind \"Ctrl-Alt-Down\" \"set yrange [Y_NEW(-1.\/ZOOM_YY):Y_NEW(1.\/ZOOM_YY)]; replot\" # fast zoom in y\nbind \"KP_Add\" \"print 'a'; set xrange [X_NEW(-1.\/ZOOM_XX):X_NEW(1.\/ZOOM_XX)];\\\n set yrange [GPVAL_Y_MIN+DELTA_Y(ZOOM_Y):GPVAL_Y_MAX-DELTA_Y(ZOOM_Y)]; replot\" # zoom in both\nbind \"+\" \"set xrange [GPVAL_X_MIN+DELTA_X(ZOOM_X):GPVAL_X_MAX-DELTA_X(ZOOM_X)];\\\n set yrange [GPVAL_Y_MIN+DELTA_Y(ZOOM_Y):GPVAL_Y_MAX-DELTA_Y(ZOOM_Y)]; replot\" # zoom in both\nbind \"KP_Subtract\" \"set xrange [GPVAL_X_MIN-DELTA_X(ZOOM_X):GPVAL_X_MAX+DELTA_X(ZOOM_X)];\\\n set yrange [GPVAL_Y_MIN-DELTA_Y(ZOOM_Y):GPVAL_Y_MAX+DELTA_Y(ZOOM_Y)]; replot\" # zoom out both\nbind \"-\" \"set xrange [GPVAL_X_MIN-DELTA_X(ZOOM_X):GPVAL_X_MAX+DELTA_X(ZOOM_X)];\\\n set yrange [GPVAL_Y_MIN-DELTA_Y(ZOOM_Y):GPVAL_Y_MAX+DELTA_Y(ZOOM_Y)]; replot\" # zoom out both\nbind \"Alt-KP_Add\" \"set xrange [Y_NEW(-1.\/ZOOM_YY):Y_NEW(1.\/ZOOM_YY)];\\\n set yrange [Y_NEW(-1.\/ZOOM_YY):Y_NEW(1.\/ZOOM_YY)]; replot\" # fast zoom in both\nbind \"Alt-+\" \"set xrange [X_NEW(-1.\/ZOOM_XX):X_NEW(1.\/ZOOM_XX)];\\\n set yrange [Y_NEW(-1.\/ZOOM_YY):Y_NEW(1.\/ZOOM_YY)]; replot\" # fast zoom in both\nbind \"Alt-KP_Subtract\" \"set xrange [X_NEW(-ZOOM_XX):X_NEW(ZOOM_XX)];\\\n set yrange [Y_NEW(-ZOOM_YY):Y_NEW(ZOOM_YY)]; replot\" # fast zoom out both\nbind \"Alt--\" \"set xrange [X_NEW(-ZOOM_XX):X_NEW(ZOOM_XX)];\\\n set yrange [Y_NEW(-ZOOM_YY):Y_NEW(ZOOM_YY)]; replot\" # fast zoom out both\n\nbind \"C\" \"set cbrange [*:*]; replot\" # reset color range\nbind \"Alt-C\" \"set cbrange [GPVAL_CB_MIN:GPVAL_CB_MAX];\" # save color range (resetted by 'u', use 'U')\nbind \"Alt-c\" \"set cbrange [GPVAL_CB_MIN:GPVAL_CB_MAX];\" # save color range (resetted by 'u', use 'U')\n\n# resize all\nif (GPVAL_VERSION>4.2)\\\nbind \"Ctrl-u\" \"set xrange [GPVAL_DATA_X_MIN:GPVAL_DATA_X_MAX];\\\n set yrange [GPVAL_DATA_Y_MIN:GPVAL_DATA_Y_MAX]; replot\";\\\nbind \"U\" \"set xrange [GPVAL_DATA_X_MIN:GPVAL_DATA_X_MAX];\\\n set yrange [GPVAL_DATA_Y_MIN:GPVAL_DATA_Y_MAX]; replot;\" # reset ranges to max\/min data\nbind \"Alt-u\" \"set xrange [*:*]; set yrange [*:*]; replot\" # total reset\nbind \"x\" \"set xrange [*:*]; replot\"\nbind \"y\" \"set yrange [*:*]; replot\"\nbind \"z\" \"set yrange [0:]; replot\"; # zero yaxis\n\nif (GPVAL_VERSION>4.2)\\\nbind \"Ctrl-x\" \"set xrange [GPVAL_DATA_X_MIN:GPVAL_DATA_X_MAX]; replot\";\\\nbind \"X\" \"set xrange [GPVAL_DATA_X_MIN:GPVAL_DATA_X_MAX]; replot\";\\\nbind \"Ctrl-y\" \"set yrange [GPVAL_DATA_Y_MIN:GPVAL_DATA_Y_MAX]; replot\";\\\nbind \"Y\" \"set yrange [GPVAL_DATA_Y_MIN:GPVAL_DATA_Y_MAX]; replot\";\n\n # reset ranges to min\/max y data\n\n# pan with mouse (press a, then )\nbind \"a\" \"pause mouse; DELTAX=MOUSE_X; DELTAY=MOUSE_Y;\\\n pause mouse; DELTAX=DELTAX-MOUSE_X; DELTAY=DELTAY-MOUSE_Y;\\\n set xrange [GPVAL_X_MIN+DELTAX:GPVAL_X_MAX+DELTAX];\\\n set yrange [GPVAL_Y_MIN+DELTAY:GPVAL_Y_MAX+DELTAY]; replot\"\n\n# center to mouse (if (GPVAL_VERSION<=4.2) pause mouse;?)\nbind \"c\" \"DELTAX=0.5*(GPVAL_X_MAX-GPVAL_X_MIN);\\\n DELTAY=0.5*(GPVAL_Y_MAX-GPVAL_Y_MIN);\\\n set xrange [MOUSE_X-DELTAX:MOUSE_X+DELTAX];\\\n set yrange [MOUSE_Y-DELTAY:MOUSE_Y+DELTAY]; replot\" # center to a previous mouse click\n\nbind \"G\" 'set grid front lt GR_COL=exists(\"GR_COL\")?(GR_COL+1):1; replot' # toggle various grid colors\nbind \"Alt-G\" 'set grid front lt GR_COL=exists(\"GR_COL\")?(GR_COL-1):1; replot' # toggle previous grid colors\nbind \"Alt-g\" 'set grid front lt GR_COL=exists(\"GR_COL\")?(GR_COL-1):1; replot' # toggle previous grid colors\n\nif (GPVAL_VERSION>4.2)\\\nbind \"P\" 'PAL_MOD=exists(\"PAL_MOD\")?(PAL_MOD+1)%5:1;\\\n eval \"set palette col model \".(PAL_MOD==0?\"RGB\":PAL_MOD==1?\"HSV\":PAL_MOD==2?\"CMY\":PAL_MOD==3?\"YIQ\":\"XYZ\"); replot'\n # toggling various palette models\n\nbind \"B\" 'B_FUNC=exists(\"B_FUNC\")?(B_FUNC+1)%36:1; set palette rgb 3,2,B_FUNC; replot' # toggle blue\nbind \"Alt-b\" 'B_FUNC=exists(\"B_FUNC\")?(B_FUNC-1)%36:1; set palette rgb 3,2,B_FUNC; replot' # toggle blue\nbind \"R\" 'R_FUNC=exists(\"R_FUNC\")?(R_FUNC+1)%36:1; set palette rgb R_FUNC,3,2; replot' # toggle red\nbind \"Alt-r\" 'R_FUNC=exists(\"R_FUNC\")?(R_FUNC-1)%36:1; set palette rgb R_FUNC,3,2; replot' # toggle red\n\n# bind \"7\" is built-in toggle ratio\nbind \"Alt-7\" \"set size square; GP_Y_CEN=0.5*(GPVAL_Y_MAX+GPVAL_Y_MIN);\\\n set yrange [GP_Y_CEN-DELTA_X(.5):GP_Y_CEN+DELTA_X(.5)]; replot\" # set square; keep x fixed\nbind \"\/\" \"set size square; GP_X_CEN=0.5*(GPVAL_X_MAX+GPVAL_X_MIN);\\\n set xrange [GP_X_CEN-DELTA_Y(.5):GP_X_CEN+DELTA_Y(.5)]; replot\" # set square; keep y fixed\n # assumes \"Shift-7\" == \"\/\" German keyboard\n\nbind \"M\" 'GP_CBOX=exists(\"GP_CBOX\")?(GP_CBOX+1)%2:1; if (GP_CBOX) unset colorbox; replot;\\\n else set colorbox; replot' # toggle colorbox\n\nbind \"Alt-R\" \"reset; replot\" # reset with \"Shift-Alt-r\"\n\n# sed -r -n \"\/\\\\\\\\\/N; \/^bind \/{ s\/[^d] [Q\\\"][^#]*[#]?\/ \/; s\/bind \/\/p} \" ~\/zoom.gnu\nbind \"H\" 'system(\"sed -r -n \\\"\/\\\\\\\\\\\\\\\\\/N; \/^bind \/{ s\/[^d] [\\\\x27\\\\\\\"][^#]*[#]?\/ \/; s\/bind \/\/p} \\\" ~\/zoom.gnu\")'\nbind \"H\" 'system(\"sed -r -n \\\"\/\\\\\\\\\\\\\\\\\/N; \/^bind \/{ s\/bind \\\\\\\"\/ \/; s\/\\\\\\\"[^#]*[#]?\/\\t\\t\/p} \\\" ~\/zoom.gnu\")'\n# append next line if \\ at line end\n\n# awk '\/^bind \/{printf(\"%-16s%s\\n\",$2,$NF\"\"substr(RT,1,1))}' FS='bind \"|\" [^#]*|# *' RS='[^\\\\\\\\]\\n' zoom.gnu\n# awk \"\/^bind \/{printf(\\\"%-16s%s\\\\n\\\",\\$2,\\$NF\\\"\\\"substr(RT,1,1))}\" FS='bind \"|\" [^#]*|# *' RS='[^\\\\\\\\]\\n' zoom.gnu\n# bind \"H\" 'print(\"awk \\x27\/^bind \/{printf(\\\"%-16s%s\\\\n\\\",$2,$NF\\\"\\\"substr(RT,1,1))}\\x27 FS=\\x27bind \\\"|\\\" [^#]*|# *\\x27 RS=\\x27[^\\\\\\\\\\\\\\\\]\\n\\x27 ~\/zoom.gnu\")'\n\n#awk \"\/^bind \/{printf(\\\"%-16s%s\\\",\\$2,\\$NF\\\"\\\"RT)}\" FS='bind \\\"|\\\" [^#]*|# *' RS='[^\\\\\\\\]\\n' zoom.gnu\nbind \"H\" 'system(\"awk \\\"\/^bind \/{printf(\\\\\\\"%-16s%s\\\\\\\",\\\\\\$2,\\\\\\$NF\\\\\\\"\\\\\\\"RT)}\\\" FS=\\\"bind \\\\\\\"|\\\\\\\" [^#]*|# *\\\" RS=\\\"[^\\\\\\\\\\\\\\\\\\\\\\\\\\\\]\\\\n\\\" ~\/zoom.gnu\")' # polished help\nbind \"H\" 'system(\"awk \\047\/^bind \/{printf(\\\"%-16s%s%s\\\",\\$2,\\$NF,RT)}\\047 FS=\\047bind \\\"|\\\" [^#]*|# *\\047 RS=\\047[^\\\\\\\\\\\\\\\\]\\n\\047 ~\/zoom.gnu\")' # polished help\n\n# awk 'NR>1{printf(\"%-16s%s\\n\",$1,$2)}' RS='\\nbind \"' FS='\" [^#]*|\\n' zoom.gnu\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'zoom.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"ff9e349e9dc160aa6e016df9dbbea970d3221990","subject":"Added gnuplot script to plot shape evolution.","message":"Added gnuplot script to plot shape evolution.\n","repos":"gautelinga\/BERNAISE,gautelinga\/BERNAISE","old_file":"scripts\/plot_shape_evolution.gp","new_file":"scripts\/plot_shape_evolution.gp","new_contents":"set terminal epslatex color standalone size 10cm,5cm\n\nunset key\n\nload 'blues.pal'\n\nset size ratio -1\n\nprint \"Dataset:\"\nfolder = system('read hei; echo $hei')\nprint \"Stop time:\"\nT = system('read hei; echo $hei')\n\nfile = folder.\"\/Plots\/shape_evolution.tex\"\nset output file\n\nfiles = folder.'\/Analysis\/contour\/contour_'\n\nN = system('ls '.files.'*.dat | wc -l')-1\n\nset xrange [0:2]\nset yrange [0:1]\nset cbrange[0:T]\n\nset xlabel \"$x$\"\nset ylabel \"$y$\"\nset cblabel \"Time $t$\"\n\nset xtics 1.0\nset ytics 1.0\nset cbtics format \"%1.1f\"\n\nset mxtics 10\nset mytics 10\n\nplot for [i=0:N:N\/5] sprintf(files.'%06d.dat', i) u 1:2 w l lt palette frac i*1.\/N lw 3\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'scripts\/plot_shape_evolution.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"15118a7f746d46be19ecddc1331bf430d0caa376","subject":"add debugging script","message":"add debugging script\n","repos":"junpeitsuji\/boids.rb","old_file":"plot.gp","new_file":"plot.gp","new_contents":"set datafile separator \",\"\nplot \"log.csv\" u 3:4, \"log.csv\" u 9:10, \"log.csv\" u 15:16\npause -1\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'plot.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"dac5b53530beb6265a7f30e9d4f836209fedbe15","subject":"remove dependent files","message":"remove dependent files\n","repos":"mkraska\/CalculiX-Examples","old_file":"Thermal\/Thermal shock\/amplitude.gnu","new_file":"Thermal\/Thermal shock\/amplitude.gnu","new_contents":"","old_contents":"","returncode":1,"stderr":"error: pathspec 'Thermal\/Thermal' did not match any file(s) known to git\nerror: pathspec 'shock\/amplitude.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"b491f51905875f40738e44f7fa65dedb4eaa77d1","subject":"testtri\/show.plt simple script to display output from demoCylinder","message":"testtri\/show.plt simple script to display output from demoCylinder\n","repos":"transpixel\/tpqz,transpixel\/tpqz,transpixel\/tpqz,transpixel\/tpqz","old_file":"testtri\/show.plt","new_file":"testtri\/show.plt","new_contents":"#\n#\n#\n\nset title \"Iso-Tritille Representation of Cylindrical Cloud\\nRADIAL interpolation\"\nset xlabel \"X\"\nset ylabel \"Y\"\nset zlabel \"Z\"\n\nset xrange [ 94:112]\nset yrange [191:208]\nset zrange [300:305]\nset xyplane at 300\n\n\nsplot \\\n\t 'test_pnts.dat' w d lc 1 ti \"Surface\" \\\n\t, 'test_nodes.dat' u 6:7:8 w p pt 9 lc -1 ti \"Nodes\" \\\n\t, 'test_edgesAll.dat' w l lc 3 ti \"TriTille\" \\\n\t, 'test_interp.dat' w d lc 3 ti \"Interpolated\" \\\n\t;\npause -1;\n\nsplot \\\n\t 'test_pnts.dat' w d lc 1 ti \"Surface\" \\\n\t, 'test_interp.dat' w d lc 3 ti \"Interpolated\" \\\n\t;\npause -1;\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'testtri\/show.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"24670822e2aac22ed047b3a62b0603dd8a4aab60","subject":"gnuplot file for IOPS vs latency","message":"gnuplot file for IOPS vs latency\n","repos":"dr-who\/stutools,dr-who\/stutools","old_file":"spit\/IOPSvsLatency.gnu","new_file":"spit\/IOPSvsLatency.gnu","new_contents":"set xlabel 'Target I\/O Operations per Second (IOPS)'\nset ylabel 'Average latency (ms)'\nset y2label 'Achieved I\/O Operations per Second (IOPS)'\nset title 'Random read 4k operations'\nset key outside top center horiz\nplot 'IOPSvsLatency.txt' with yerror title 'Latency s.d. (ms)', 'IOPSvsLatency.txt' using 1:2 with lines title 'Mean latency (ms)', 'IOPSvsLatency-qd.txt' using 1:2 axes x1y2 with lines title 'Achieved IOPS'\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'spit\/IOPSvsLatency.gnu' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"3454a0bc0c0588819a154ef24eaec81af24d133f","subject":"A few fixes, and don't test stage 1 backtracking for ECM","message":"A few fixes, and don't test stage 1 backtracking for ECM\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/ecm\/ecm_avg_exp.gp","new_file":"sieve\/ecm\/ecm_avg_exp.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/mancoast\/cado-nfs.git\/'\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"f4d682fd9d7a0e6bdb1f64937096eab56e5fde2f","subject":"Function to supply starting point forfrom Brent's parameterization","message":"Function to supply starting point forfrom Brent's parameterization\n\n\ngit-svn-id: 189946a10c5fc96e9dd03ba7cba917cd4c3d09f4@1051 de4796e2-0b1e-0410-91b4-86bc23549317\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/ecm\/ecm_avg_exp.gp","new_file":"sieve\/ecm\/ecm_avg_exp.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/mancoast\/cado-nfs.git\/'\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"1a7b9b304c1a541dd4ed31f9eb9e9a4207f19cb4","subject":"x61s","message":"x61s\n\ngit-svn-id: be7a9f1a1fc095f35e91e84c5b42dcddbbc723e4@3903 5f5bf4bb-3343-0410-8278-4fa8eb3319dc\n","repos":"sativa\/daisy-model,sativa\/daisy-model,sativa\/daisy-model,sativa\/daisy-model,sativa\/daisy-model,sativa\/daisy-model","old_file":"txt\/rootdens\/row.plt","new_file":"txt\/rootdens\/row.plt","new_contents":"set terminal pdf\nset key right Right bottom\nset xrange [-0.8:0.8]\nset yrange [-0.8:0]\nw_r = 0.7\nd_c = 0.7\nunset xtics\nset x2tics (\"-w_r\" -w_r, \"0\" 0, \"w_r\" w_r)\nset ytics (\"0\" 0, \"d_c\" -d_c)\nset output \"gnuplot.pdf\"\nplot \"-\" title \"L_m\" with lines ls 1, \"-\" title \"L-isoterm\" with lines ls 2, \"-\" notitle with lines ls 2, \"-\" notitle with lines ls 2, \"-\" title \"L_00\" with points ls 3\n-0.7 0\n0 -0.7\n0.7 0\ne\n\n-0.6 0\n0 -0.6 \n0.6 0\ne\n\n-0.4 0\n0 -0.4\n0.4 0\ne\n\n-0.2 0\n0 -0.2\n0.2 0\ne\n\n0 0\ne\n\n\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'txt\/rootdens\/row.plt' did not match any file(s) known to git\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"7cb04ddf94737a3b4a32bd9cc0fa416188927e8a","subject":"Add CSA scope trace plot TMS1mmSingleCSAOut1","message":"Add CSA scope trace plot TMS1mmSingleCSAOut1\n","repos":"plac-lab\/TMIIaTest,plac-lab\/TMIIaTest","old_file":"Software\/Analysis\/src\/plot\/TMS1mmSingleCSAOut1.gp","new_file":"Software\/Analysis\/src\/plot\/TMS1mmSingleCSAOut1.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/plac-lab\/TMIIaTest.git\/': The requested URL returned error: 403\n","license":"mit","lang":"Gnuplot"} {"commit":"9bd4e24a79c5efed62dbe5dc3caf54d73b0669b9","subject":"Makefile for gcc","message":"Makefile for gcc\n","repos":"jaak-s\/parallel-benchmark,jaak-s\/parallel-benchmark,jaak-s\/parallel-benchmark,jaak-s\/parallel-benchmark","old_file":"openmp\/Makefile.gnu","new_file":"openmp\/Makefile.gnu","new_contents":"#\nBHOME\t=$(PWD)\n#\nCC\t= gcc-5\n#\n#\nCOMP\t= -fopenmp -lm\nCOPTS\t= -O3 -fno-inline -fstrict-aliasing\n#\n#\nNOLINK= -c\n#\n\nall: sum dot normsq\n\nsum: sum.o\n\t$(CC) $(COMP) -o sum sum.o\n\nnormsq: normsq.o\n\t$(CC) $(COMP) -o normsq normsq.o\n\ndot: dot.o\n\t$(CC) $(COMP) -o dot dot.o\n\n%.o: %.c\n\t$(CC) $(COPTS) $(COMP) $(NOLINK) $<\n\nclean:\n\trm -f *.o sum dot normsq\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'openmp\/Makefile.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"a1b9484b4feb421a18ab64a19e7575fa0f64387f","subject":"gnuplot script added","message":"gnuplot script added\n","repos":"mkraska\/CalculiX-Examples","old_file":"Contact\/Penalty\/fd.gnu","new_file":"Contact\/Penalty\/fd.gnu","new_contents":"set term png\nset grid\nset xlabel \"Penetration in mm\"\nset ylabel \"Force in kN\"\n#set yrange [-100:100]\nset nokey\n#set key top left\nset out \"fd.png\"\nplot \"total force fx,fy,fz_NKW.txt\" using ($1\/5-0.3):($2\/1000) w lp\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'Contact\/Penalty\/fd.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"b09bc4d4dfdb0b511dfd753569eb104884731716","subject":"all in one viz","message":"all in one viz\n","repos":"JustgeekDE\/swimdroid","old_file":"dataViz\/all.gnuplot","new_file":"dataViz\/all.gnuplot","new_contents":"set datafile separator \",\"\nset terminal png truecolor size 12000,720 background \"#FFFFFF\"\n\nset xtics 100\n\nlist = system('ls *classifier*.csv')\ndo for [file in list] {\n set output sprintf('results\/classifier.-.%s.png', file)\n set title sprintf(\"Raw %s\", file)\n plot \\\n file u 1 with lines, \\\n file u 2 with lines, \\\n file u 3 with lines, \\\n file u 4 with points\n}\n\nlist = system('ls *strokes*.csv')\ndo for [file in list] {\n set output sprintf('results\/strokes.-.%s.png', file)\n set title sprintf(\"Raw %s\", file)\n plot \\\n file u 2 with lines title \"raw\", \\\n file u 3 with lines title \"filtered\", \\\n file u 4 with lines title \"average a\", \\\n file u 5 with points pointtype 1 title \"stroke\", \\\n file u 6 with points title \"lap\"\n}\n\nset xtics 0.5\n\nset arrow from graph 0, first 0 to graph 1, first 0 nohead front ls 63 lw 2\nset arrow from graph 0, first 150 to graph 1, first 150 nohead front ls 63 lw 2\n\n\nlist = system('ls *orientation*.csv')\n\ndo for [file in list] {\n set output sprintf('results\/raw.-.%s.png', file)\n set title sprintf(\"Raw %s\", file)\n plot \\\n file using ($1\/60000):2 with lines, \\\n file using ($1\/60000):3 with lines, \\\n file using ($1\/60000):4 with lines\n\n\n set output sprintf('results\/decay.-.%s.png', file)\n set title sprintf(\"Decay %s\", file)\n sumA = 0\n sumB = 0\n sumC = 0\n countC = 0\n plot \\\n file using ($1\/60000):2 with lines, \\\n file using ($1\/60000):(sumA = (0.995 * sumA) + (0.005 * $2)) with lines, \\\n file using ($1\/60000):(sumB = (0.999 * sumB) + (0.001 * $2)) with lines\n}\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'dataViz\/all.gnuplot' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"051cb117f4042d9b74932529a540c48195a12b2d","subject":"gnuplot script for plotting displacement","message":"gnuplot script for plotting displacement\n","repos":"yw-fang\/readingnotes","old_file":"matsci\/project2017\/pressure-doping-ferroelectrics-Ts\/BFO\/plot-disp-cairo.gnu","new_file":"matsci\/project2017\/pressure-doping-ferroelectrics-Ts\/BFO\/plot-disp-cairo.gnu","new_contents":"#!\/Applications\/Gnuplot.app\/Contents\/Resources\/bin\/gnuplot\n#\n# \n# \tG N U P L O T\n# \tVersion 5.0 patchlevel 5 last modified 2016-10-02\n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2016\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\n# set terminal wxt 0 enhanced\n# set output\nset term pdfcairo enhanced font 'Times,26' lw 3 size 8,6\nset output 'T-BFO222-disp.pdf'\nset datafile separator \",\"\nset encoding iso_8859_1\n#set encoding default\nunset clip points\nset clip one\nunset clip two\nset bar 1.000000 front\nset border 31 front lt black linewidth 1.000 dashtype solid\nset zdata \nset ydata \nset xdata \nset y2data \nset x2data \nset boxwidth\nset style fill empty border\nset style rectangle back fc bgnd fillstyle solid 1.00 border lt -1\nset style circle radius graph 0.02, first 0.00000, 0.00000 \nset style ellipse size graph 0.05, 0.03, first 0.00000 angle 0 units xy\nset dummy x, y\nset format x \"% h\" \nset format y \"% h\" \nset format x2 \"% h\" \nset format y2 \"% h\" \nset format z \"% h\" \nset format cb \"% h\" \nset format r \"% h\" \nset timefmt \"%d\/%m\/%y,%H:%M\"\nset angles radians\nset tics back\nunset grid\nset raxis\nset style parallel front lt black linewidth 2.000 dashtype solid\nset key title \"\" center\nset key inside right top vertical Right noreverse enhanced autotitle nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nset key maxcolumns 0 maxrows 0\nset key noopaque\nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title textcolor lt -1\nunset object\nset style textbox transparent margins 1.0, 1.0 border\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset pointintervalbox 1\nunset polar\nunset parametric\nunset decimalsign\nunset minussign\nset view 60, 30, 1, 1\nset samples 100, 100\nset isosamples 10, 10\nset surface \nunset contour\nset cntrlabel format '%8.3g' font '' start 5 interval 20\nset mapping cartesian\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nunset xzeroaxis\nunset yzeroaxis\nunset zzeroaxis\nunset x2zeroaxis\nunset y2zeroaxis\nset xyplane relative 0.5\nset tics scale 1, 0.5, 1, 1, 1\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset mrtics default\nset xtics border in scale 1,0.5 mirror norotate autojustify\nset xtics norangelimit autofreq \nset ytics border in scale 1,0.5 mirror norotate autojustify\nset ytics norangelimit autofreq \nset ztics border in scale 1,0.5 nomirror norotate autojustify\nset ztics norangelimit autofreq \nunset x2tics\nunset y2tics\nset cbtics border in scale 1,0.5 mirror norotate autojustify\nset cbtics norangelimit autofreq \nset rtics axis in scale 1,0.5 nomirror norotate autojustify\nset rtics norangelimit autofreq \nunset paxis 1 tics\nunset paxis 2 tics\nunset paxis 3 tics\nunset paxis 4 tics\nunset paxis 5 tics\nunset paxis 6 tics\nunset paxis 7 tics\nset title \"\" \nset title font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback\nset trange [ * : * ] noreverse nowriteback\nset urange [ * : * ] noreverse nowriteback\nset vrange [ * : * ] noreverse nowriteback\n#set xlabel \"Pressure (GPa)\" \nset xlabel \"{\/Helvetica-Italic P} (GPa)\"\nset xlabel font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label font \"\" textcolor lt -1 norotate\nset xrange [ * : * ] noreverse nowriteback\nset x2range [ * : * ] noreverse nowriteback\nset ylabel \"Fe-O displacement (\\305)\"\nset ylabel font \"\" textcolor lt -1 rotate by -270\nset y2label \"\" \nset y2label font \"\" textcolor lt -1 rotate by -270\nset yrange [ * : * ] noreverse nowriteback\nset y2range [ * : * ] noreverse nowriteback\nset zlabel \"\" \nset zlabel font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback\nset cblabel \"\" \nset cblabel font \"\" textcolor lt -1 rotate by -270\nset cbrange [ * : * ] noreverse nowriteback\nset paxis 1 range [ * : * ] noreverse nowriteback\nset paxis 2 range [ * : * ] noreverse nowriteback\nset paxis 3 range [ * : * ] noreverse nowriteback\nset paxis 4 range [ * : * ] noreverse nowriteback\nset paxis 5 range [ * : * ] noreverse nowriteback\nset paxis 6 range [ * : * ] noreverse nowriteback\nset paxis 7 range [ * : * ] noreverse nowriteback\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"C\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles noborder corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front noinvert bdefault\nset style boxplot candles range 1.50 outliers pt 7 separation 1 labels auto unsorted\nset loadpath \nset fontpath \nset psdir\nset fit brief errorvariables nocovariancevariables errorscaling prescale nowrap v5\n#GNUTERM = \"wxt\"\nx = 0.0\n## Last datafile plotted: \"T-BFO222-1Ca-v1.csv\"\nplot 'T-BFO222-pure-v1.csv' u ($1\/10):2 w lp lw 2 ps 2 lt 7 lc 2 t '40-atom T-BiFeO3', 'T-BFO222-1Ca-v1.csv' u ($1\/10):2 w lp lw 2 ps 2 lt 7 lc 1 t 'BFO222-1Ca'\n# EOF\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'matsci\/project2017\/pressure-doping-ferroelectrics-Ts\/BFO\/plot-disp-cairo.gnu' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"efa8a7a942081698ab105615fdad8424fb338cad","subject":"Created generator of figures for future ROC\/PR tutorial.","message":"Created generator of figures for future ROC\/PR tutorial.\n","repos":"kboyd\/Roc","old_file":"doc\/makeFigures.gnuplot","new_file":"doc\/makeFigures.gnuplot","new_contents":"# Produce \"crisp\" output for the web\nset terminal png font \"sans,10\" size 250,220\n\n# Attributes for all plots\nset xlabel \"False Positive Rate\"\nset ylabel \"True Positive Rate\"\n\n# Best possible ROC curve\nset label 1 \"AUC: 1.0\" at 1,0 right front offset character -1,1\nset output \"figBestRoc.png\"\nplot \"-\" notitle with lines linecolor rgb \"blue\" linewidth 3\n 0 0\n 0 1\n 1 1\n e\n\n# Average ROC curve\nset label 1 \"AUC: 0.5\" at 1,0 right front offset character -1,1\nset output \"figAverageRoc.png\"\nplot \"-\" notitle with lines linecolor rgb \"blue\" linewidth 3\n 0 0\n 1 1\n e\n\n# Worst possible ROC curve\nset label 1 \"AUC: 0.0\" at 1,0 right front offset character -1,1\nset output \"figWorstRoc.png\"\nplot \"-\" notitle with lines linecolor rgb \"blue\" linewidth 3\n 0 0\n 1 0\n 1 1\n e\n\n# Example ROC curve\nset label 1 \"AUC: 0.68\" at 1,0 right front offset character -1,1\nset output \"figExampleRoc.png\"\nplot x notitle with lines linecolor rgb \"forest-green\" linewidth 1, \"-\" notitle with lines linecolor rgb \"blue\" linewidth 3\n 0.0 0.0\n 0.0 0.2\n 0.1 0.2\n 0.1 0.4\n 0.2 0.4\n 0.2 0.6\n 0.4 0.6\n 0.4 0.7\n 0.5 0.7\n 0.5 0.8\n 0.6 0.8\n 0.8 0.8\n 0.8 0.9\n 0.9 0.9\n 0.9 1.0\n 1.0 1.0\n e\n\n# Example ROC curve convex hull\n# Area is 0.2 * 0.4 + 0.3 * 0.7 + 0.4 * 0.9 + 0.1\nset label 1 \"AUC: 0.75\" at 1,0 right front offset character -1,1\nset output \"figExampleRocConvexHull.png\"\nplot x notitle with lines linecolor rgb \"forest-green\" linewidth 1, \"-\" notitle with lines linecolor rgb \"red\" linewidth 1, \"-\" notitle with lines linecolor rgb \"blue\" linewidth 3\n 0.0 0.0\n 0.0 0.2\n 0.1 0.2\n 0.1 0.4\n 0.2 0.4\n 0.2 0.6\n 0.4 0.6\n 0.4 0.7\n 0.5 0.7\n 0.5 0.8\n 0.6 0.8\n 0.8 0.8\n 0.8 0.9\n 0.9 0.9\n 0.9 1.0\n 1.0 1.0\n e\n 0.0 0.0\n 0.0 0.2\n 0.2 0.6\n 0.5 0.8\n 0.9 1.0\n 1.0 1.0\n e\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'doc\/makeFigures.gnuplot' did not match any file(s) known to git\n","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"37f536cdf7f1660f6a19cbc302d6727d74f580cf","subject":"Bump C++ version (for make_unique)","message":"Bump C++ version (for make_unique)","repos":"nkming2\/MagicalGirlMica,nkming2\/MagicalGirlMica","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/nkming2\/MagicalGirlMica.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"6f09821d9151d730156f1d59f9b493893610d93c","subject":"ITER Demo folder: Add plt file to TEST-BEAUTY project","message":"ITER Demo folder:\nAdd plt file to TEST-BEAUTY project\n","repos":"css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter,css-iter\/org.csstudio.iter,ControlSystemStudio\/org.csstudio.iter,css-iter\/org.csstudio.iter","old_file":"products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt","new_file":"products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt","new_contents":"<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"yes\"?>\n<databrowser>\n <title>\n <text>Beauty Plot<\/text>\n <color>\n <red>0<\/red>\n <green>0<\/green>\n <blue>255<\/blue>\n <\/color>\n <font>1|Sans|12.0|1|GTK|1|<\/font>\n <\/title>\n <graph_settings>\n <show_title>true<\/show_title>\n <show_legend>true<\/show_legend>\n <show_plot_area_border>false<\/show_plot_area_border>\n <transparent>false<\/transparent>\n <\/graph_settings>\n <scroll>true<\/scroll>\n <update_period>3.0<\/update_period>\n <start>-1 hours 0.0 seconds<\/start>\n <end>now<\/end>\n <time_axis>\n <axis>\n <name>Time<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>0<\/red>\n <green>0<\/green>\n <blue>0<\/blue>\n <\/color>\n <min>1.36628927793E12<\/min>\n <max>1.36629287793E12<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>true<\/time_format>\n <format_pattern>HH:mm<\/format_pattern>\n <\/format>\n <\/axis>\n <\/time_axis>\n <background>\n <red>255<\/red>\n <green>255<\/green>\n <blue>255<\/blue>\n <\/background>\n <archive_rescale>NONE<\/archive_rescale>\n <axes>\n <axis>\n <name>TEST-BTY0:AIn<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <min>0.0<\/min>\n <max>108.49089341573206<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <axis>\n <name>TEST-BTY0:RAMP1<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>139<\/red>\n <green>105<\/green>\n <blue>20<\/blue>\n <\/color>\n <min>-1.0000321507591365<\/min>\n <max>100.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <axis>\n <name>TEST-BTY0:RAMP2<\/name>\n <font>1|Sans|10.0|1|GTK|1|<\/font>\n <scale_font>1|Sans|10.0|0|GTK|1|<\/scale_font>\n <color>\n <red>160<\/red>\n <green>32<\/green>\n <blue>240<\/blue>\n <\/color>\n <min>-1.0000321507591365<\/min>\n <max>100.0<\/max>\n <log_scale>false<\/log_scale>\n <autoscale>true<\/autoscale>\n <visible>true<\/visible>\n <grid_line>\n <show_grid_line>false<\/show_grid_line>\n <dash_grid_line>true<\/dash_grid_line>\n <color>\n <red>200<\/red>\n <green>200<\/green>\n <blue>200<\/blue>\n <\/color>\n <\/grid_line>\n <format>\n <auto_format>true<\/auto_format>\n <time_format>false<\/time_format>\n <format_pattern>############.##<\/format_pattern>\n <\/format>\n <\/axis>\n <\/axes>\n <annotations>\n <\/annotations>\n <pvlist>\n <pv>\n <name>TEST-BTY0:AI1<\/name>\n <display_name>TEST-BTY0:AI1<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>21<\/red>\n <green>21<\/green>\n <blue>196<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:AI2<\/name>\n <display_name>TEST-BTY0:AI2<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>242<\/red>\n <green>26<\/green>\n <blue>26<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:AI3<\/name>\n <display_name>TEST-BTY0:AI3<\/display_name>\n <visible>true<\/visible>\n <axis>0<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>66<\/red>\n <green>177<\/green>\n <blue>66<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:RAMP1<\/name>\n <display_name>TEST-BTY0:RAMP1<\/display_name>\n <visible>true<\/visible>\n <axis>1<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>139<\/red>\n <green>105<\/green>\n <blue>20<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <pv>\n <name>TEST-BTY0:RAMP2<\/name>\n <display_name>TEST-BTY0:RAMP2<\/display_name>\n <visible>true<\/visible>\n <axis>2<\/axis>\n <linewidth>2<\/linewidth>\n <color>\n <red>128<\/red>\n <green>0<\/green>\n <blue>255<\/blue>\n <\/color>\n <trace_type>AREA<\/trace_type>\n <waveform_index>0<\/waveform_index>\n <period>0.0<\/period>\n <ring_size>5000<\/ring_size>\n <request>OPTIMIZED<\/request>\n <archive>\n <name>rdb<\/name>\n <url>jdbc:postgresql:\/\/localhost\/css_archive_3_0_0<\/url>\n <key>1<\/key>\n <\/archive>\n <\/pv>\n <\/pvlist>\n<\/databrowser>","old_contents":"","returncode":1,"stderr":"error: pathspec 'products\/ITER\/products\/org.csstudio.iter.archive.engine.product\/demo\/m-TEST-BEAUTY\/src\/main\/databrowser\/bty0.plt' did not match any file(s) known to git\n","license":"epl-1.0","lang":"Gnuplot"} {"commit":"ec66f31ecb80cca72d92e87daeb1ac13790919c3","subject":"add mountainAdvection-with-height plot","message":"add mountainAdvection-with-height plot\n","repos":"hertzsprung\/AtmosTests,hertzsprung\/AtmosTests,hertzsprung\/AtmosTests","old_file":"mountainAdvection-l2.plt","new_file":"mountainAdvection-l2.plt","new_contents":"set xrange [0:9000]\nset yrange [0:0.2]\n\nset style data linespoints\n\nset xlabel \"Peak mountain height (m)\"\nset ylabel \"l2 error\"\n\nset label \"BTF linearUpwind\" at 6200,0.08 textcolor rgb \"dark-violet\"\nset label \"BTF cubicUpwind\" at 6200,0.045 textcolor rgb \"dark-violet\"\nset label \"Cut cells linearUpwind\" at 6200,0.17 textcolor rgb \"#009e73\"\nset label \"Cut cells cubicUpwind\" at 6200,0.07 textcolor rgb \"#009e73\"\nset label \"Slanted cells linearUpwind\" at 5200,0.19 textcolor rgb \"#56b4e9\"\nset label \"Slanted cells cubicUpwind\" at 6200,0.09 textcolor rgb \"#56b4e9\"\n\nunset key\n\nplot 'mountainAdvection-btf-linearUpwind-l2.dat' using 1:2 lc 1 lw 1.5 dt 2 ps 2 pt 4, \\\n 'mountainAdvection-btf-cubicUpwind-l2.dat' using 1:2 lc 1 lw 1.5 dt 1 ps 2 pt 5, \\\n 'mountainAdvection-cutCell-linearUpwind-l2.dat' using 1:2 lc 2 lw 1.5 dt 2 ps 2 pt 8, \\\n 'mountainAdvection-cutCell-cubicUpwind-l2.dat' using 1:2 lc 2 lw 1.5 dt 1 ps 2 pt 9, \\\n 'mountainAdvection-slantedCell-linearUpwind-l2.dat' using 1:2 lc 3 lw 1.5 dt 2 ps 2 pt 6, \\\n 'mountainAdvection-slantedCell-cubicUpwind-l2.dat' using 1:2 lc 3 lw 1.5 dt 1 ps 2 pt 7\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'mountainAdvection-l2.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"bd2efa86f155c943e7efec8af08e3418053d4ee5","subject":"Small cleanups (was a lingering locally modified file, pay it no heed)","message":"Small cleanups (was a lingering locally modified file, pay it no heed)\n\n\ngit-svn-id: 189946a10c5fc96e9dd03ba7cba917cd4c3d09f4@127 de4796e2-0b1e-0410-91b4-86bc23549317\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/ecm\/ecm_avg_exp.gp","new_file":"sieve\/ecm\/ecm_avg_exp.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/mancoast\/cado-nfs.git\/'\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"355a01565b022c811cd64cf0b5b74619ee94a354","subject":"gnuplot sciprt for DOS","message":"gnuplot sciprt for DOS\n","repos":"yw-fang\/readingnotes","old_file":"matsci\/project2017\/pressure-doping-ferroelectrics\/BTO-disp-frequency\/gnuplot\/plotDOS.gnu","new_file":"matsci\/project2017\/pressure-doping-ferroelectrics\/BTO-disp-frequency\/gnuplot\/plotDOS.gnu","new_contents":"#!\/usr\/bin\/gnuplot -persist\n#\n# \n# \tG N U P L O T\n# \tVersion 5.0 patchlevel 7 last modified 2017-08-16\n# \n# \tCopyright (C) 1986-1993, 1998, 2004, 2007-2017\n# \tThomas Williams, Colin Kelley and many others\n# \n# \tgnuplot home: http:\/\/www.gnuplot.info\n# \tfaq, bugs, etc: type \"help FAQ\"\n# \timmediate help: type \"help\" (plot window: hit 'h')\n# set terminal wxt 0 enhanced\n# set output\nunset clip points\nset clip one\nunset clip two\nset bar 1.000000 front\nset border 31 front lt black linewidth 1.000 dashtype solid\nset zdata \nset ydata \nset xdata \nset y2data \nset x2data \nset boxwidth\nset style fill empty border\nset style rectangle back fc bgnd fillstyle solid 1.00 border lt -1\nset style circle radius graph 0.02, first 0.00000, 0.00000 \nset style ellipse size graph 0.05, 0.03, first 0.00000 angle 0 units xy\nset dummy x, y\nset format x \"% h\" \nset format y \"% h\" \nset format x2 \"% h\" \nset format y2 \"% h\" \nset format z \"% h\" \nset format cb \"% h\" \nset format r \"% h\" \nset timefmt \"%d\/%m\/%y,%H:%M\"\nset angles radians\nset tics back\nset grid nopolar\nset grid xtics nomxtics ytics nomytics noztics nomztics \\\n nox2tics nomx2tics noy2tics nomy2tics nocbtics nomcbtics\nset grid layerdefault lt 0 linecolor 0 linewidth 0.500, lt 0 linecolor 0 linewidth 0.500\nset raxis\nset style parallel front lt black linewidth 2.000 dashtype solid\nset key title \"\" center\nset key inside right top vertical Right noreverse enhanced autotitle nobox\nset key noinvert samplen 4 spacing 1 width 0 height 0 \nset key maxcolumns 0 maxrows 0\nset key noopaque\nunset label\nunset arrow\nset style increment default\nunset style line\nunset style arrow\nset style histogram clustered gap 2 title textcolor lt -1\nunset object\nset style textbox transparent margins 1.0, 1.0 border\nunset logscale\nset offsets 0, 0, 0, 0\nset pointsize 1\nset pointintervalbox 1\nset encoding default\nunset polar\nunset parametric\nunset decimalsign\nunset micro\nunset minussign\nset view 60, 30, 1, 1\nset samples 100, 100\nset isosamples 10, 10\nset surface \nunset contour\nset cntrlabel format '%8.3g' font '' start 5 interval 20\nset mapping cartesian\nset datafile separator whitespace\nunset hidden3d\nset cntrparam order 4\nset cntrparam linear\nset cntrparam levels auto 5\nset cntrparam points 5\nset size ratio 0 1,1\nset origin 0,0\nset style data points\nset style function lines\nunset xzeroaxis\nunset yzeroaxis\nunset zzeroaxis\nunset x2zeroaxis\nunset y2zeroaxis\nset xyplane relative 0.5\nset tics scale 1, 0.5, 1, 1, 1\nset mxtics default\nset mytics default\nset mztics default\nset mx2tics default\nset my2tics default\nset mcbtics default\nset mrtics default\nset xtics border in scale 1,0.5 mirror norotate autojustify\nset xtics norangelimit autofreq \nset ytics border in scale 1,0.5 mirror norotate autojustify\nset ytics norangelimit autofreq \nset ztics border in scale 1,0.5 nomirror norotate autojustify\nset ztics norangelimit autofreq \nunset x2tics\nunset y2tics\nset cbtics border in scale 1,0.5 mirror norotate autojustify\nset cbtics norangelimit autofreq \nset rtics axis in scale 1,0.5 nomirror norotate autojustify\nset rtics norangelimit autofreq \nunset paxis 1 tics\nunset paxis 2 tics\nunset paxis 3 tics\nunset paxis 4 tics\nunset paxis 5 tics\nunset paxis 6 tics\nunset paxis 7 tics\nset title \"\" \nset title font \"\" norotate\nset timestamp bottom \nset timestamp \"\" \nset timestamp font \"\" norotate\nset rrange [ * : * ] noreverse nowriteback\nset trange [ * : * ] noreverse nowriteback\nset urange [ * : * ] noreverse nowriteback\nset vrange [ * : * ] noreverse nowriteback\nset xlabel \"Pressure (GPa)\" \nset xlabel font \"\" textcolor lt -1 norotate\nset x2label \"\" \nset x2label font \"\" textcolor lt -1 norotate\nset xrange [ -1.00000 : 3.00000 ] noreverse nowriteback\nset x2range [ * : * ] noreverse nowriteback\nset ylabel \"Total density of states\" \nset ylabel font \"\" textcolor lt -1 rotate by -270\nset y2label \"\" \nset y2label font \"\" textcolor lt -1 rotate by -270\nset yrange [ * : * ] noreverse nowriteback\nset y2range [ * : * ] noreverse nowriteback\nset zlabel \"\" \nset zlabel font \"\" textcolor lt -1 norotate\nset zrange [ * : * ] noreverse nowriteback\nset cblabel \"\" \nset cblabel font \"\" textcolor lt -1 rotate by -270\nset cbrange [ * : * ] noreverse nowriteback\nset paxis 1 range [ * : * ] noreverse nowriteback\nset paxis 2 range [ * : * ] noreverse nowriteback\nset paxis 3 range [ * : * ] noreverse nowriteback\nset paxis 4 range [ * : * ] noreverse nowriteback\nset paxis 5 range [ * : * ] noreverse nowriteback\nset paxis 6 range [ * : * ] noreverse nowriteback\nset paxis 7 range [ * : * ] noreverse nowriteback\nset zero 1e-08\nset lmargin -1\nset bmargin -1\nset rmargin -1\nset tmargin -1\nset locale \"en_US.utf-8\"\nset pm3d explicit at s\nset pm3d scansautomatic\nset pm3d interpolate 1,1 flush begin noftriangles noborder corners2color mean\nset palette positive nops_allcF maxcolors 0 gamma 1.5 color model RGB \nset palette rgbformulae 7, 5, 15\nset colorbox default\nset colorbox vertical origin screen 0.9, 0.2, 0 size screen 0.05, 0.6, 0 front noinvert bdefault\nset style boxplot candles range 1.50 outliers pt 7 separation 1 labels auto unsorted\nset loadpath \nset fontpath \nset psdir\nset fit brief errorvariables nocovariancevariables errorscaling prescale nowrap v5\nGNUTERM = \"wxt\"\nx = 0.0\n## Last datafile plotted: \"..\/scf-60\/DOS0\"\nplot 'DOS0' w l lw 2 t '0 GPa', '..\/scf-60\/DOS0' w l lw 2 t '6 GPa'\n# EOF\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'matsci\/project2017\/pressure-doping-ferroelectrics\/BTO-disp-frequency\/gnuplot\/plotDOS.gnu' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"9b7cc94ebb423e9134d046631d566ad5ca0faf19","subject":"minor","message":"minor\n\ngit-svn-id: 6ee47c8665bf46900d9baa0afb711c5b4a0eafac@5562 e2bb083e-7f23-0410-b3a8-8253ac9ef6d8\n","repos":"ya7lelkom\/swift-k,swift-lang\/swift-k,ya7lelkom\/swift-k,swift-lang\/swift-k,ya7lelkom\/swift-k,swift-lang\/swift-k,ya7lelkom\/swift-k,ya7lelkom\/swift-k,swift-lang\/swift-k,swift-lang\/swift-k,swift-lang\/swift-k,ya7lelkom\/swift-k,ya7lelkom\/swift-k,ya7lelkom\/swift-k,swift-lang\/swift-k,ya7lelkom\/swift-k,ya7lelkom\/swift-k,swift-lang\/swift-k,swift-lang\/swift-k,swift-lang\/swift-k","old_file":"libexec\/log-processing\/plot_active.plt","new_file":"libexec\/log-processing\/plot_active.plt","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/ya7lelkom\/swift-k.git\/'\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"d90bcfae8a3b92275aa2fe64732f64fde50db32a","subject":"Fix a scatter plot script","message":"Fix a scatter plot script\n","repos":"cyliustack\/sofa,cyliustack\/sofa,cyliustack\/sofa,cyliustack\/sofa,cyliustack\/sofa","old_file":"plots\/scatter_cluster\/scatter_cluster.gnu","new_file":"plots\/scatter_cluster\/scatter_cluster.gnu","new_contents":"# circle_inout.inp\n#\n# Draw 500 points, some inside, and some outside, the unit circle.\n#\n# Choose the output device.\n#\nset term png medium\n#\n# Name the output file.\n#\nset output \"circle_inout.png\"\n#\n# Set the plot title.\n#\nset title \"Random Points in\/out of Circle\"\n#\n# Get grid lines.\n#\nset grid\n#\n# Set axis labels.\n#\nset xlabel \"<--- X --->\"\nset ylabel \"<--- Y --->\"\n#\n# The following command forces X and Y axes to appear the same size.\n#\nset size ratio 1\n#\n# Draw a unit circle, and display it BEHIND everything else.\n#\nset object circle center ( 0, 0 ) radius 1.0 behind\n#\n# Timestamp the plot.\n#\nset timestamp\n#\n# Plot the data using X and Y ranges [0,1],\n# using the data in 'circle_in.txt',\n# marking the data with points only (a scatter plot)\n# using line type 3 (blue)\n# and point type 4 (open square)\n# and \n# using the data in 'circle_out.txt',\n# marking the data with points only (a scatter plot)\n# using line type 1 (red)\n# and point type 3 (star)\n#\nplot [0:1] [0:1] \"circle_in.txt\" with points lt 3 pt 4, \"circle_out.txt\" with points lt 1 pt 3\n#\n# Terminate.\n#\nquit\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'plots\/scatter_cluster\/scatter_cluster.gnu' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"6fa11e269d5045ff503177a018bc2acc0e9a1fad","subject":"Plot best results.","message":"Plot best results.\n","repos":"snovd\/test-scripts,snovd\/test-scripts","old_file":"kpext\/results\/plot_best_results.gnu","new_file":"kpext\/results\/plot_best_results.gnu","new_contents":"reset # do not use any previous settings\nset title \"F1 score - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"F1 score\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_f1score.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.01\nset yrange [0.04:0.35] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:5:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:5 title \"Keywords\/DiscartingIfInOtherDomain\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes.dat\" using 1:5 title \"SVM\/4c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_cossimgt0.01.dat\" using 1:5 title \"SVM\/4c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm4c_not-none.and.maxsimgt0_or_maxsimeq0.dat\" using 1:5 title \"SVM\/4c\/AnnotatedTokens\/NotNoneOrNotDecision\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_morefeatures.dat\" using 1:5 title \"SVM\/4c\/AnnotatedTokens\/MoreFeatures\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes.dat\" using 1:5 title \"SVM\/2c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.005.dat\" using 1:5 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.005\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.01.dat\" using 1:5 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm_shorttext_two_classes.dat\" using 1:5 title \"SVM\/2c\/ShortText\", \\\n\"dev_seq_projection_svm_fulltext_two_classes.dat\" using 1:5 title \"SVM\/2c\/FullText\"\n\nreset # do not use any previous settings\nset title \"Precision - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Precision\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_precision.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.01\nset yrange [0.04:0.35] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:3:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:3 title \"Keywords\/DiscartingIfInOtherDomain\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes.dat\" using 1:3 title \"SVM\/4c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_cossimgt0.01.dat\" using 1:3 title \"SVM\/4c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm4c_not-none.and.maxsimgt0_or_maxsimeq0.dat\" using 1:3 title \"SVM\/4c\/AnnotatedTokens\/NotNoneOrNotDecision\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_morefeatures.dat\" using 1:3 title \"SVM\/4c\/AnnotatedTokens\/MoreFeatures\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes.dat\" using 1:3 title \"SVM\/2c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.005.dat\" using 1:3 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.005\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.01.dat\" using 1:3 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm_shorttext_two_classes.dat\" using 1:3 title \"SVM\/2c\/ShortText\", \\\n\"dev_seq_projection_svm_fulltext_two_classes.dat\" using 1:3 title \"SVM\/2c\/FullText\"\n\nreset # do not use any previous settings\nset title \"Recall - Keyphrase extraction - Projection of POS sequences over the development data\" # title\nset xlabel \"Min ocurrence of each POS sequence\" # x-axis label\nset ylabel \"Recall\" # y-axis label\nset term png size 1200, 700 font \"Helvetica\" 9\nset size ratio 0.55 #plot dimensions\nset output \"plot_recall.png\" # name of image file \nset grid y\nset xtics rotate\nset ytics 0.05\nset yrange [0.05:1.0] writeback\nset key right top\nset style data linespoints # set default way of data plotting\nset pointsize 1.5 # increase size of points on the line\n\nplot \"dev_seq_projection_filter_by_count.dat\" using 1:4:xtic(2) title \"Simple projection\", \\\n\"dev_seq_projection_filter_by_count_inkeywords_not_indomains.dat\" using 1:4 title \"Keywords\/DiscartingIfInOtherDomain\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes.dat\" using 1:4 title \"SVM\/4c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_cossimgt0.01.dat\" using 1:4 title \"SVM\/4c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm4c_not-none.and.maxsimgt0_or_maxsimeq0.dat\" using 1:4 title \"SVM\/4c\/AnnotatedTokens\/NotNoneOrNotDecision\", \\\n\"dev_seq_projection_svm_only_anntokens_four_classes_morefeatures.dat\" using 1:4 title \"SVM\/4c\/AnnotatedTokens\/MoreFeatures\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes.dat\" using 1:4 title \"SVM\/2c\/AnnotatedTokens\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.005.dat\" using 1:4 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.005\", \\\n\"dev_seq_projection_svm_only_anntokens_two_classes_cossimgt0.01.dat\" using 1:4 title \"SVM\/2c\/AnnotatedTokens\/Sim>0.01\", \\\n\"dev_seq_projection_svm_shorttext_two_classes.dat\" using 1:4 title \"SVM\/2c\/ShortText\", \\\n\"dev_seq_projection_svm_fulltext_two_classes.dat\" using 1:4 title \"SVM\/2c\/FullText\"\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'kpext\/results\/plot_best_results.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"f11f83befef86a4c3c0fbd8c847fe09101dc5d18","subject":"production boxplot","message":"production boxplot\n","repos":"Mausy5043\/kamstrupd,Mausy5043\/kamstrupd","old_file":"graphs\/avgday_p.gp","new_file":"graphs\/avgday_p.gp","new_contents":"#!\/usr\/bin\/env gnuplot\n\n# graph of current power usage\n\n\nset output \"\/tmp\/kamstrupd\/site\/img\/kam_avg_day_p.png\"\n\n# ******************************************************* General settings *****\nset terminal png enhanced font \"Vera,9\" size 640,640\nset datafile separator ';'\nset datafile missing \"NaN\" # Ignore missing values\nset grid front noxtics ytics\ntz_offset = utc_offset \/ 3600 # GNUplot only works with UTC. Need to compensate\n # for timezone ourselves.\nif (GPVAL_VERSION == 4.6) {epoch_compensate = 946684800} else {if (GPVAL_VERSION == 5.0) {epoch_compensate = 0}}\n\n# ********************************************************* Functions *****\nmin(x,y) = (x < y) ? x : y\nmax(x,y) = (x > y) ? x : y\n\n\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# PLOT: Usage\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n# %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\nset title \"Gemiddelde uuropbrengst \".strftime(\"( %Y-%m-%dT%H:%M:%S )\", time(0)+utc_offset)\n\n# ***************************************************************** X-axis *****\nset xlabel \"uur\"\nset xtics rotate by -60\nset xrange [0:25]\nset xtics (\"00h\" 1, \"06h\" 7, \"12h\" 13, \"18h\" 19, \"23h\" 24)\n\n# ***************************************************************** Y-axis *****\nset ylabel \"Productie [Wh]\"\nset yrange [:2000]\n\n# ***************************************************************** Legend *****\nset key off\n\n# ***************************************************************** Output *****\nset style data boxplot\nset style boxplot nooutliers # pointtype 7\nset style fill solid 0.5 border -1\nset boxwidth 0.75\nset pointsize 0.5\n\n# ****************************************************************** PLOT ******\nplot for [i=1:24] kamdata using (i):i lc rgb 'blue'\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'graphs\/avgday_p.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"5a9fb84b810ae15ff13e332bf222bf34a16d460f","subject":"Docker: Reduced Dockerfile for running builds on GHActions.","message":"Docker: Reduced Dockerfile for running builds on GHActions.\n\nThe reduced Docker image only contains GCC and other\nopen-source tools but no commercial ones.\n","repos":"ARM-software\/CMSIS_5,ARM-software\/CMSIS_5,ARM-software\/CMSIS_5,JonatanAntoni\/CMSIS_5,JonatanAntoni\/CMSIS_5,ARM-software\/CMSIS_5,JonatanAntoni\/CMSIS_5,JonatanAntoni\/CMSIS_5,ARM-software\/CMSIS_5,ARM-software\/CMSIS_5,JonatanAntoni\/CMSIS_5,JonatanAntoni\/CMSIS_5","old_file":"docker\/dockerfile.gnu","new_file":"docker\/dockerfile.gnu","new_contents":"# Due to bandwidth limitation, we need to keep the base image into our\n# Artifactory Docker Registry. Because we have more than one registry,\n# we need to set during build time which Artifactory Docker Registry to use.\nARG DOCKER_REGISTRY\nFROM ${DOCKER_REGISTRY}\/ubuntu:focal\n\n# install packages from official Ubuntu repo\nENV DEBIAN_FRONTEND=noninteractive\nRUN apt-get update && \\\n apt-get install --no-install-recommends -y \\\n bc \\\n build-essential \\\n curl \\\n dos2unix \\\n git \\\n lib32stdc++6 \\\n mscgen \\\n p7zip-full \\\n python3 \\\n python3-pip \\\n tar \\\n unzip \\\n wget \\\n libxml2-utils \\\n zip && \\\n apt-get autoremove -y && \\\n apt-get autoclean -y && \\\n rm -rf \/var\/lib\/apt\/lists\/*\n\n# Create build ARGs for installer files & versions\nARG GCC=gcc-arm-none-eabi-10-2020-q4-major-x86_64-linux.tar.bz2\n\n# Including dependency folder\nARG DEPENDENCIESFOLDER=dependenciesFiles\nARG TOOLS_PATH=\/opt\nARG INSTALLER_PATH=\/tmp\/dependenciesFiles\nRUN mkdir -p ${INSTALLER_PATH}\nCOPY dependenciesFiles\/${GCC} ${INSTALLER_PATH}\/${GCC}\nCOPY dependenciesFiles\/buildtools ${TOOLS_PATH}\/buildtools\nCOPY dependenciesFiles\/python-matrix-runner ${INSTALLER_PATH}\/python-matrix-runner\n\n# install & setup gcc\nRUN mkdir -p ${TOOLS_PATH}\nWORKDIR ${TOOLS_PATH}\nRUN tar -xvf ${INSTALLER_PATH}\/${GCC}\nENV PATH=${PATH}:${TOOLS_PATH}\/gcc-arm-none-eabi-10-2020-q4-major\/bin\nENV CI_GCC_TOOLCHAIN_ROOT=${TOOLS_PATH}\/gcc-arm-none-eabi-10-2020-q4-major\/bin\nWORKDIR \/\n\n# install Python requirements\nCOPY requirements.txt ${INSTALLER_PATH}\/\nRUN python3 -m pip install --no-cache-dir -r ${INSTALLER_PATH}\/requirements.txt\n\n# install buildtools\nRUN python3 -m pip install --no-cache-dir -r ${TOOLS_PATH}\/buildtools\/requirements.txt\nCOPY rtebuild \/root\/.rtebuild\nENV PATH=${PATH}:${TOOLS_PATH}\/buildtools\n\n# install python-matrix-runner\n# hadolint disable=DL3013\nRUN python3 -m pip install ${INSTALLER_PATH}\/python-matrix-runner\n\n# remove dependency folder\nRUN rm -rf ${INSTALLER_PATH}\n\nCMD [\"bash\"]","old_contents":"","returncode":1,"stderr":"error: pathspec 'docker\/dockerfile.gnu' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"94b9e944cb09b72bd90dbc457c096f1ca94dc219","subject":"Add gnuplot script to make plots for presentation","message":"Add gnuplot script to make plots for presentation\n\n\ngit-svn-id: b233c5b81dcfbfdfca783093b3213ccfd2356b3a@812 3eb578c0-666c-0410-8428-3510748880ad\n","repos":"AlexSzatmary\/bake","old_file":"gnuplot_scripts\/presentation-figures.gp","new_file":"gnuplot_scripts\/presentation-figures.gp","new_contents":"### @plot sp-DF-g0.04\nunset key\nset xlabel \"q\"\nset ylabel \"DF\" offset 2,0\nset yr[0:]\nset terminal postscript eps enhanced color font \"Helvetica\" 30 size 12, 4.5\nset output 'sp-DF-g0.04-big-presentation-big.eps'\nset multiplot\nset label \"uniaxial\" at graph 0.05, graph 0.05\nset label \"planar\" at graph 0.85, graph 0.05\nset size 0.5, 1\nset origin 0., 0.\nset lmargin 8\nset rmargin 0\nplot 'up-sp-DF-g4.d-2.txt' u 2:5 pt 7 ps 2 t '0.04'\nunset label\nunset ylabel\n#set ylabel \"DF\/Ca\"\nset yr[0:]\nset origin 0.45, 0.\n#set title \"Figure 7b\"\nset lmargin 8\nset rmargin 2\nset format y \"\"\nset label \"biaxial\" at graph 0.05, graph 0.05\nset label \"planar\" at graph 0.7, graph 0.05\nplot 'bp-sp-DF-g4.d-2.txt' u 2:5 pt 7 ps 2 t '0.04'\nunset label\nunset format\nset nomultiplot\nunset output\nunset size\nunset origin\n\n### @plot sp-all-g0.04\n#unset key\n#set yr[0:]\nunset xtics\nset output 'sp-all-g0.04-presentation.eps'\nset terminal postscript eps enhanced color font \"Helvetica\" 30 size 12, 4.5\nset multiplot\nset size 0.25, 0.5\nset format x \"\"\nunset xlabel\nset ylabel \"DF\" offset 2,0\nset origin 0., 0.5\nset lmargin 8\nset rmargin 0\nplot 'up-sp-DF-g4.d-2.txt' u 2:5 pt 7 ps 2 t '0.04'\n# unset ylabel\n# set yr[0:]\nset origin 0.225, 0.5\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nplot 'bp-sp-DF-g4.d-2.txt' u 2:5 pt 7 ps 2 t '0.04'\nunset format\nset format x \"\"\n\nset ylabel \"{\/Symbol D}A\/A (%)\" offset 2,0\nset origin 0.5, 0.5\nset lmargin 8\nset rmargin 0\nsp_area_0 = 3.57416564718625807E+02\nplot 'up-sp-area-g4.d-2.txt' u 2:(($6-sp_area_0)\/sp_area_0*100) pt 7 ps 2 t '0.04'\n# unset ylabel\n# set yr[0:]\nset origin 0.725, 0.5\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nplot 'bp-sp-area-g4.d-2.txt' u 2:(($6-sp_area_0)\/sp_area_0*100) pt 7 ps 2 t '0.04'\nunset format\n\nset ylabel \"{\/Symbol t}\" offset 2,0\nset origin 0., 0.\nset lmargin 8\nset rmargin 0\nset yr[0:0.25]\nset label \"uniaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.70, graph -0.06\nplot 'up-sp-tau-g4.d-2.txt' u ($0\/10.):3 pt 7 ps 2 t '0.04'\nunset label\n# unset ylabel\nset origin 0.225, 0.\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nset label \"biaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.70, graph -0.06\nplot 'bp-sp-tau-g4.d-2.txt' u ($0\/10.):3 pt 7 ps 2 t '0.04'\nunset label\nunset format\nset yr[0:*]\n\nset ylabel \"(Strain energy){\/Symbol \\264}1000\" offset 2,0\nset origin 0.5, 0.\nset lmargin 8\nset rmargin 0\nset label \"uniaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.7, graph -0.06\nplot 'up-sp-W-g4.d-2.txt' u ($0\/10.):($1*1000.) pt 7 ps 2 t '0.04'\nunset label\n# unset ylabel\n# set yr[0:]\nset origin 0.725, 0.\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nset label \"biaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.7, graph -0.06\nplot 'bp-sp-W-g4.d-2.txt' u ($0\/10.):($1*1000.) pt 7 ps 2 t '0.04'\nunset label\nunset format\nset nomultiplot\nunset output\nunset size\nunset origin\n\n### @plot sp-all-varyca\n#unset key\n#set yr[0:]\nset output 'sp-all-varyca-presentation.eps'\nset multiplot\nset size 0.25, 0.5\nset format x \"\"\nunset xlabel\nset ylabel \"DF\/Ca\" offset 2,0\nset origin 0., 0.5\nset lmargin 8\nset rmargin 0\nplot 'up-sp-DF-g1.d-2.txt' u 2:($5\/0.01) pt 1 ps 2 lw 6 t '0.01', 'up-sp-DF-g2.d-2.txt' u 2:($5\/0.02) pt 5 ps 2 t '0.02', 'up-sp-DF-g4.d-2.txt' u 2:($5\/0.04) pt 7 ps 2 t '0.04'\nset origin 0.225, 0.5\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nplot 'bp-sp-DF-g1.d-2.txt' u 2:($5\/0.01) pt 1 ps 2 lw 6 t '0.01', 'bp-sp-DF-g2.d-2.txt' u 2:($5\/0.02) pt 5 ps 2 t '0.02', 'bp-sp-DF-g4.d-2.txt' u 2:($5\/0.04) pt 7 ps 2 t '0.04'\nunset format\nset format x \"\"\n\nset ylabel \"{\/Symbol D}A\/(1000 A Ca^2) (a%)\" offset 2,0\nset origin 0.5, 0.5\nset lmargin 8\nset rmargin 0\nsp_area_0 = 3.57416564718625807E+02\nplot 'up-sp-area-g1.d-2.txt' u 2:(($6-sp_area_0)\/sp_area_0*100\/0.01**2\/1000) pt 1 ps 2 lw 6 t '0.01', 'up-sp-area-g2.d-2.txt' u 2:(($6-sp_area_0)\/sp_area_0*100\/0.02**2\/1000) pt 5 ps 2 t '0.02', 'up-sp-area-g4.d-2.txt' u 2:(($6-sp_area_0)\/sp_area_0*100\/0.04**2\/1000) pt 7 ps 2 t '0.04'\n# unset ylabel\n# set yr[0:]\nset origin 0.725, 0.5\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nplot 'bp-sp-area-g1.d-2.txt' u 2:(($6-sp_area_0)\/sp_area_0*100\/0.01**2\/1000) pt 1 ps 2 lw \\\n6 t '0.01', 'bp-sp-area-g2.d-2.txt' u 2:(($6-sp_area_0)\/sp_area_0*100\/0.02**2\/1000) pt 5 ps 2 t '0.02', 'bp-sp-area-g4.d-2.txt' u 2:(($6-sp_area_0)\/sp_area_0*100\/0.04**2\/1000) pt 7 ps 2 t '0.04'\nunset format\n\nset ylabel \"{\/Symbol t}\/Ca\" offset 2,0\nset origin 0., 0.\nset lmargin 8\nset rmargin 0\nset yr[0:.35]\nset label \"uniaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.7, graph -0.06\nplot 'up-sp-tau-g1.d-2.txt' u ($0\/10.):3 pt 1 ps 2 lw 6 t '0.01', 'up-sp-tau-g2.d-2.txt' u ($0\/10.):3 pt 5 ps 2 t '0.02', 'up-sp-tau-g4.d-2.txt' u ($0\/10.):3 pt 7 ps 2 t '0.04'\nunset label\nset origin 0.225, 0.\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nset label \"biaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.7, graph -0.06\nplot 'bp-sp-tau-g1.d-2.txt' u ($0\/10.):3 pt 1 ps 2 lw 6 t '0.01', 'bp-sp-tau-g2.d-2.txt' u ($0\/10.):3 pt 5 ps 2 t '0.02', 'bp-sp-tau-g4.d-2.txt' u ($0\/10.):3 pt 7 ps 2 t '0.04'\nunset label\nunset format\nset yr[0:*]\n\nset ylabel \"(Strain energy)\/Ca^2\" offset 1,0\nset origin 0.5, 0.\nset lmargin 8\nset rmargin 0\nset label \"uniaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.7, graph -0.06\nplot 'up-sp-W-g1.d-2.txt' u ($0\/10.):($1\/0.01**2) pt 1 ps 2 lw 6 t '0.01', \\\n 'up-sp-W-g2.d-2.txt' u ($0\/10.):($1\/0.02**2) pt 5 ps 2 t '0.02', \\\n 'up-sp-W-g4.d-2.txt' u ($0\/10.):($1\/0.04**2) pt 7 ps 2 t '0.04'\nunset label\n# set yr[0:]\nset origin 0.725, 0.\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nset label \"biaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.7, graph -0.06\nplot 'bp-sp-W-g1.d-2.txt' u ($0\/10.):($1\/0.01**2) pt 1 ps 2 lw 6 t '0.01', 'bp-sp-W-g2.d-2.txt' u ($0\/10.):($1\/0.02**2) pt 5 ps 2 t '0.02', 'bp-sp-W-g4.d-2.txt' u \\\n($0\/10.):($1\/0.04**2) pt 7 ps 2 t '0.04'\nunset label\nunset format\nset nomultiplot\nunset output\nunset size\nunset origin\n\n### @plot varyshape-all-g0.04-presentation\n#unset key\n#set yr[0:]\nset output 'varyshape-all-g0.04-presentation.eps'\nset multiplot\nset size 0.25, 0.5\nset format x \"\"\nunset xlabel\nset ylabel \"DF\" offset 2,0\nset origin 0., 0.5\nset lmargin 8\nset rmargin 0\nplot 'up-sp-DF.txt' u 2:5 pt 1 ps 2 lw 6 t 'Sphere', 'up-pr-DF.txt' u 2:(($7-$6*2)\/($7+$6*2)) pt 5 ps 2 t 'Prolate', 'up-ob-DF.txt' u 2:(($7-$6*2)\/($7+$6*2)) pt 7 ps 2 t 'Oblate'\nunset label\n# set yr[0:]\nset origin 0.225, 0.5\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nplot 'bp-sp-DF.txt' u 2:5 pt 1 ps 2 lw 6 t 'Sphere', 'bp-pr-DF.txt' u 2:(($7-$6*2)\/($7+$6*2)) pt 5 ps 2 t 'Prolate', 'bp-ob-DF.txt' u 2:(($7-$6*2)\/($7+$6*2)) pt 7 ps 2 t 'Oblate'\nunset format\nset format x \"\"\n\nset ylabel \"{\/Symbol D}A\/A (%)\" offset 2,0\nset origin 0.5, 0.5\nset lmargin 8\nset rmargin 0\nsp_area_0 = 3.57416564718625807E+02\npr_area_0 = sp_area_0\nob_area_0 = sp_area_0\n#pr_area_0 = 3.05626567372839816E+02\n#ob_area_0 = 3.28995251894758781E+02\nplot 'up-sp-area.txt' u 2:(($6-sp_area_0)\/sp_area_0*100) pt 1 ps 2 lw 6 t 'Sphere','up-pr-area.txt' u 2:(($6-pr_area_0)\/pr_area_0*100) pt 5 ps 2 t 'Prolate', 'up-ob-area.txt' u 2:(($6-ob_area_0)\/ob_area_0*100) pt 7 ps 2 t 'Oblate'\n# unset ylabel\n# set yr[0:]\nset origin 0.725, 0.5\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nplot 'bp-sp-area.txt' u 2:(($6-sp_area_0)\/sp_area_0*100) pt 1 ps 2 lw 6 t 'Sphere', 'bp-pr-area.txt' u 2:(($6-pr_area_0)\/pr_area_0*100) pt 5 ps 2 t 'Prolate', 'bp-ob-area.txt' u 2:(($6-ob_area_0)\/ob_area_0*100) pt 7 ps 2 t 'Oblate'\nunset format\n\nset ylabel \"{\/Symbol t}\" offset 2,0\nset origin 0., 0.\nset lmargin 8\nset rmargin 0\nset yr[0:0.25]\nset label \"uniaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.70, graph -0.06\nplot 'up-sp-tau.txt' u ($0\/10.):3 pt 1 ps 2 lw 6 t 'Sphere', 'up-pr-tau.txt' u ($0\/10.):3 pt 5 ps 2 t 'Prolate', 'up-ob-tau.txt' u \\\n($0\/10.):3 pt 7 ps 2 t 'Oblate'\nunset label\nset origin 0.225, 0.\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nset label \"biaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.70, graph -0.06\nplot 'bp-sp-tau.txt' u ($0\/10.):3 pt 1 ps 2 lw 6 t 'Sphere', 'bp-pr-tau.txt' u ($0\/10.):3 pt 5 ps 2 t 'Prolate', 'bp-ob-tau.txt' u ($0\/10.):3 pt 7 ps 2 t 'Oblate'\nunset label\nunset format\nset yr[0:*]\n\nset ylabel \"(Strain energy){\/Symbol \\264}1000\" offset 2,0\nset origin 0.5, 0.\nset lmargin 8\nset rmargin 0\nset label \"uniaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.70, graph -0.06\nplot 'up-sp-W.txt' u ($0\/10.):($1*1000.) pt 1 ps 2 lw 6 t 'Sphere', 'up-pr-W.txt' u ($0\/10.):($1*1000.) pt 5 ps 2 t 'Prolate', 'up-ob-W.txt' u \\\n($0\/10.):($1*1000.) pt 7 ps 2 t 'Oblate'\nunset label\n# set yr[0:]\nset origin 0.725, 0.\nset lmargin 8\nset rmargin 2\nunset ylabel\nset format y \"\"\nset label \"biaxial\" at graph 0.05, graph -0.06\nset label \"planar\" at graph 0.70, graph -0.06\nplot 'bp-sp-W.txt' u ($0\/10.):($1*1000.) pt 1 ps 2 lw 6 t 'Sphere', 'bp-pr-W.txt' u ($0\/10.):($1*1000.) pt 5 ps 2 t 'Prolate', 'bp-ob-W.txt' u ($0\/10.):($1*1000.) pt 7 ps 2 t 'Oblate'\nunset label\nunset format\nset nomultiplot\nunset output\nunset size\nunset origin\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gnuplot_scripts\/presentation-figures.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"2da0e04b2d92e0281902897abe5daf3ef5ae51d4","subject":"animation X11","message":"animation X11\n","repos":"maxiiss\/SHEEPS","old_file":"animate.gnuplot","new_file":"animate.gnuplot","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/maxiiss\/SHEEPS.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"dbfc3affb65e292a488663ec1b5f4e51b04df5c6","subject":"Such pretty!","message":"Such pretty!\n","repos":"zorotools\/sassy,zorotools\/sassy","old_file":"generate_sku_metrics_plot.gnuplot","new_file":"generate_sku_metrics_plot.gnuplot","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/zorotools\/sassy.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"b90ed4d7f3af515713d62008d5d99884ad0480ab","subject":"add gnuplot plotting file","message":"add gnuplot plotting file\n","repos":"iizukak\/ecg-htm","old_file":"data\/test.plt","new_file":"data\/test.plt","new_contents":"set datafile separator \",\"\nset yrange[0:1200]\n\nplot \\\n\"healthy_person1_converted.csv\" using 3 with lines, \\\n\"healthy_person2_converted.csv\" using 3 with lines, \\\n\"healthy_person3_converted.csv\" using 3 with lines, \\\n\"healthy_person4_converted.csv\" using 3 with lines, \\\n\"disease_person1_converted.csv\" using 3 with lines, \\\n\"disease_person2_converted.csv\" using 3 with lines, \\\n\"disease_person3_converted.csv\" using 3 with lines\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'data\/test.plt' did not match any file(s) known to git\n","license":"agpl-3.0","lang":"Gnuplot"} {"commit":"a765d16d4922d8c2c91811b213edcd3cbb55c74e","subject":"Update makefile","message":"Update makefile","repos":"nkming2\/MagicalGirlMica,nkming2\/MagicalGirlMica","old_file":"Makefile.gnu","new_file":"Makefile.gnu","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/nkming2\/MagicalGirlMica.git\/'\n","license":"mit","lang":"Gnuplot"} {"commit":"aff19edea707566e68a722538cf84b00592ec5d6","subject":"Add gnuplot plotting.","message":"Add gnuplot plotting.\n","repos":"hyPiRion\/genetica,hyPiRion\/genetica","old_file":"plotting.gnu","new_file":"plotting.gnu","new_contents":"set terminal pngcairo transparent enhanced font \"arial,10\" fontscale 1.0 size 500, 350\nset output 'data.png'\n#set key inside left top box linetype -1 linewidth 1.000\nunset key\nset samples 50\nset title \"40-bit one max\"\nset xlabel \"Generation\"\nset ylabel \"Fitness\"\nS = 1\nplot \"data.dat\" u 1:2:3 t \"Average + std.dev\" w yerrorlines lc rgb 'blue', \\\n \"data.dat\" u 1:4 t \"Max\" w l lc rgb 'web-green', \\\n \"data.dat\" u 1:5 t \"Min\" w l lc rgb 'dark-red'\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'plotting.gnu' did not match any file(s) known to git\n","license":"epl-1.0","lang":"Gnuplot"} {"commit":"3b7787d9f55e711083e8c2fc4978dbb7836b37d2","subject":"Added plot script","message":"Added plot script\n","repos":"Zahl\/mcmap,Zahl\/mcmap,Zahl\/mcmap","old_file":"scripts\/plot.gnuplot","new_file":"scripts\/plot.gnuplot","new_contents":"# run with:\n# gnuplot -e \"filename='<path to profile>'\" plot.gnuplot\n\nset datafile separator '\\t'\n\nset xlabel 'Time (s)'\nset xtics rotate\n\nset ylabel 'Memory (kB)'\n\nset grid\n\nset key autotitle columnhead\nset key right bottom\n\nset terminal qt persist\n\nplot filename using 1:2 with lines, '' using 1:3 with lines, '' using 1:4 with lines, '' using 1:5 with lines\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'scripts\/plot.gnuplot' did not match any file(s) known to git\n","license":"bsd-2-clause","lang":"Gnuplot"} {"commit":"fb4a5f2f05401e38c6156e99f73347f98ab82520","subject":"from err65_dots_in_dashes.jnl","message":"from err65_dots_in_dashes.jnl\n\n\ngit-svn-id: 0ef30dc7da0b07cedfa074587325a6c153c0ae55@11317 fdbf22ae-c210-0410-be80-ca943da6b8f8\n","repos":"NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret,NOAA-PMEL\/Ferret,NOAA-PMEL\/Ferret,NOAA-PMEL\/PyFerret","old_file":"bench\/metafile_masters_v66_x86\/dashbug.plt","new_file":"bench\/metafile_masters_v66_x86\/dashbug.plt","new_contents":"GKSMansley@porter.pmel.nXPPLP Profile F 1.0 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0.06107 0.69820 0.06074 0.69787 0.06107 0.69754 0.06140 0.69787 0.06107 0.69820\n 11 380 17 0.06569 0.70447 0.06470 0.70414 0.06404 0.70315 0.06371 0.70150 0.06371 0.70051 0.06404 0.69886 0.06470 0.69787 0.06569 0.69754 0.06635 0.69754 0.06734 0.69787 0.06800 0.69886 0.06833 0.70051 0.06833 0.70150 0.06800 0.70315 0.06734 0.70414 0.06635 0.70447 0.06569 0.70447\n 11 314 14 0.04754 0.74597 0.04754 0.74630 0.04787 0.74696 0.04820 0.74729 0.04886 0.74762 0.05018 0.74762 0.05084 0.74729 0.05117 0.74696 0.05150 0.74630 0.05150 0.74564 0.05117 0.74498 0.05051 0.74399 0.04721 0.74068 0.05183 0.74068\n 11 380 17 0.05579 0.74762 0.05480 0.74729 0.05414 0.74630 0.05381 0.74465 0.05381 0.74366 0.05414 0.74200 0.05480 0.74101 0.05579 0.74068 0.05645 0.74068 0.05744 0.74101 0.05810 0.74200 0.05843 0.74366 0.05843 0.74465 0.05810 0.74630 0.05744 0.74729 0.05645 0.74762 0.05579 0.74762\n 11 116 5 0.06107 0.74134 0.06074 0.74101 0.06107 0.74068 0.06140 0.74101 0.06107 0.74134\n 11 380 17 0.06569 0.74762 0.06470 0.74729 0.06404 0.74630 0.06371 0.74465 0.06371 0.74366 0.06404 0.74200 0.06470 0.74101 0.06569 0.74068 0.06635 0.74068 0.06734 0.74101 0.06800 0.74200 0.06833 0.74366 0.06833 0.74465 0.06800 0.74630 0.06734 0.74729 0.06635 0.74762 0.06569 0.74762\n 11 864 39 0.43064 0.52843 0.43064 0.52843 0.43064 0.52843 0.43931 0.52843 0.43064 0.52843 0.43064 0.55000 0.43931 0.55000 0.43064 0.55000 0.43064 0.57157 0.43931 0.57157 0.43064 0.57157 0.43064 0.59314 0.43931 0.59314 0.43064 0.59314 0.43064 0.61472 0.43931 0.61472 0.43064 0.61472 0.43064 0.63629 0.43931 0.63629 0.43064 0.63629 0.43064 0.65786 0.43931 0.65786 0.43064 0.65786 0.43064 0.67943 0.43931 0.67943 0.43064 0.67943 0.43064 0.70101 0.43931 0.70101 0.43064 0.70101 0.43064 0.72258 0.43931 0.72258 0.43064 0.72258 0.43064 0.74415 0.43931 0.74415 0.43064 0.74415 0.43064 0.76572 0.43931 0.76572 0.43064 0.76572 0.43064 0.76572\n 11 864 39 0.43064 0.52843 0.43064 0.52843 0.43064 0.52843 0.43931 0.52843 0.43064 0.52843 0.43064 0.55000 0.43931 0.55000 0.43064 0.55000 0.43064 0.57157 0.43931 0.57157 0.43064 0.57157 0.43064 0.59314 0.43931 0.59314 0.43064 0.59314 0.43064 0.61472 0.43931 0.61472 0.43064 0.61472 0.43064 0.63629 0.43931 0.63629 0.43064 0.63629 0.43064 0.65786 0.43931 0.65786 0.43064 0.65786 0.43064 0.67943 0.43931 0.67943 0.43064 0.67943 0.43064 0.70101 0.43931 0.70101 0.43064 0.70101 0.43064 0.72258 0.43931 0.72258 0.43064 0.72258 0.43064 0.74415 0.43931 0.74415 0.43064 0.74415 0.43064 0.76572 0.43931 0.76572 0.43064 0.76572 0.43064 0.76572\n 11 798 36 0.08319 0.76572 0.08319 0.76572 0.08319 0.76572 0.08319 0.77439 0.08319 0.76572 0.11793 0.76572 0.11793 0.77439 0.11793 0.76572 0.15268 0.76572 0.15268 0.77439 0.15268 0.76572 0.18742 0.76572 0.18742 0.77439 0.18742 0.76572 0.22217 0.76572 0.22217 0.77439 0.22217 0.76572 0.25692 0.76572 0.25692 0.77439 0.25692 0.76572 0.29166 0.76572 0.29166 0.77439 0.29166 0.76572 0.32641 0.76572 0.32641 0.77439 0.32641 0.76572 0.36115 0.76572 0.36115 0.77439 0.36115 0.76572 0.39590 0.76572 0.39590 0.77439 0.39590 0.76572 0.43064 0.76572 0.43064 0.77439 0.43064 0.76572 0.43064 0.76572\n 11 798 36 0.08319 0.76572 0.08319 0.76572 0.08319 0.76572 0.08319 0.77439 0.08319 0.76572 0.11793 0.76572 0.11793 0.77439 0.11793 0.76572 0.15268 0.76572 0.15268 0.77439 0.15268 0.76572 0.18742 0.76572 0.18742 0.77439 0.18742 0.76572 0.22217 0.76572 0.22217 0.77439 0.22217 0.76572 0.25692 0.76572 0.25692 0.77439 0.25692 0.76572 0.29166 0.76572 0.29166 0.77439 0.29166 0.76572 0.32641 0.76572 0.32641 0.77439 0.32641 0.76572 0.36115 0.76572 0.36115 0.77439 0.36115 0.76572 0.39590 0.76572 0.39590 0.77439 0.39590 0.76572 0.43064 0.76572 0.43064 0.77439 0.43064 0.76572 0.43064 0.76572\n 11 798 36 0.08319 0.52843 0.08319 0.52843 0.08319 0.52843 0.08319 0.51976 0.08319 0.52843 0.11793 0.52843 0.11793 0.51976 0.11793 0.52843 0.15268 0.52843 0.15268 0.51976 0.15268 0.52843 0.18742 0.52843 0.18742 0.51976 0.18742 0.52843 0.22217 0.52843 0.22217 0.51976 0.22217 0.52843 0.25692 0.52843 0.25692 0.51976 0.25692 0.52843 0.29166 0.52843 0.29166 0.51976 0.29166 0.52843 0.32641 0.52843 0.32641 0.51976 0.32641 0.52843 0.36115 0.52843 0.36115 0.51976 0.36115 0.52843 0.39590 0.52843 0.39590 0.51976 0.39590 0.52843 0.43064 0.52843 0.43064 0.51976 0.43064 0.52843 0.43064 0.52843\n 11 380 17 0.08286 0.51352 0.08187 0.51319 0.08121 0.51220 0.08088 0.51055 0.08088 0.50956 0.08121 0.50791 0.08187 0.50692 0.08286 0.50659 0.08352 0.50659 0.08451 0.50692 0.08517 0.50791 0.08550 0.50956 0.08550 0.51055 0.08517 0.51220 0.08451 0.51319 0.08352 0.51352 0.08286 0.51352\n 11 72 3 0.15367 0.51352 0.15037 0.50890 0.15532 0.50890\n 11 50 2 0.15367 0.51352 0.15367 0.50659\n 11 644 29 0.22151 0.51352 0.22052 0.51319 0.22019 0.51253 0.22019 0.51187 0.22052 0.51121 0.22118 0.51088 0.22250 0.51055 0.22349 0.51022 0.22415 0.50956 0.22448 0.50890 0.22448 0.50791 0.22415 0.50725 0.22382 0.50692 0.22283 0.50659 0.22151 0.50659 0.22052 0.50692 0.22019 0.50725 0.21986 0.50791 0.21986 0.50890 0.22019 0.50956 0.22085 0.51022 0.22184 0.51055 0.22316 0.51088 0.22382 0.51121 0.22415 0.51187 0.22415 0.51253 0.22382 0.51319 0.22283 0.51352 0.22151 0.51352\n 11 94 4 0.28704 0.51220 0.28770 0.51253 0.28869 0.51352 0.28869 0.50659\n 11 314 14 0.29298 0.51187 0.29298 0.51220 0.29331 0.51286 0.29364 0.51319 0.29430 0.51352 0.29562 0.51352 0.29628 0.51319 0.29661 0.51286 0.29694 0.51220 0.29694 0.51154 0.29661 0.51088 0.29595 0.50989 0.29265 0.50659 0.29727 0.50659\n 11 94 4 0.35653 0.51220 0.35719 0.51253 0.35818 0.51352 0.35818 0.50659\n 11 512 23 0.36643 0.51253 0.36610 0.51319 0.36511 0.51352 0.36445 0.51352 0.36346 0.51319 0.36280 0.51220 0.36247 0.51055 0.36247 0.50890 0.36280 0.50758 0.36346 0.50692 0.36445 0.50659 0.36478 0.50659 0.36577 0.50692 0.36643 0.50758 0.36676 0.50857 0.36676 0.50890 0.36643 0.50989 0.36577 0.51055 0.36478 0.51088 0.36445 0.51088 0.36346 0.51055 0.36280 0.50989 0.36247 0.50890\n 11 314 14 0.42536 0.51187 0.42536 0.51220 0.42569 0.51286 0.42602 0.51319 0.42668 0.51352 0.42800 0.51352 0.42866 0.51319 0.42899 0.51286 0.42932 0.51220 0.42932 0.51154 0.42899 0.51088 0.42833 0.50989 0.42503 0.50659 0.42965 0.50659\n 11 380 17 0.43361 0.51352 0.43262 0.51319 0.43196 0.51220 0.43163 0.51055 0.43163 0.50956 0.43196 0.50791 0.43262 0.50692 0.43361 0.50659 0.43427 0.50659 0.43526 0.50692 0.43592 0.50791 0.43625 0.50956 0.43625 0.51055 0.43592 0.51220 0.43526 0.51319 0.43427 0.51352 0.43361 0.51352\n 11 798 36 0.08319 0.52843 0.08319 0.52843 0.08319 0.52843 0.08319 0.51976 0.08319 0.52843 0.11793 0.52843 0.11793 0.51976 0.11793 0.52843 0.15268 0.52843 0.15268 0.51976 0.15268 0.52843 0.18742 0.52843 0.18742 0.51976 0.18742 0.52843 0.22217 0.52843 0.22217 0.51976 0.22217 0.52843 0.25692 0.52843 0.25692 0.51976 0.25692 0.52843 0.29166 0.52843 0.29166 0.51976 0.29166 0.52843 0.32641 0.52843 0.32641 0.51976 0.32641 0.52843 0.36115 0.52843 0.36115 0.51976 0.36115 0.52843 0.39590 0.52843 0.39590 0.51976 0.39590 0.52843 0.43064 0.52843 0.43064 0.51976 0.43064 0.52843 0.43064 0.52843\n 11 380 17 0.08286 0.51352 0.08187 0.51319 0.08121 0.51220 0.08088 0.51055 0.08088 0.50956 0.08121 0.50791 0.08187 0.50692 0.08286 0.50659 0.08352 0.50659 0.08451 0.50692 0.08517 0.50791 0.08550 0.50956 0.08550 0.51055 0.08517 0.51220 0.08451 0.51319 0.08352 0.51352 0.08286 0.51352\n 11 72 3 0.15367 0.51352 0.15037 0.50890 0.15532 0.50890\n 11 50 2 0.15367 0.51352 0.15367 0.50659\n 11 644 29 0.22151 0.51352 0.22052 0.51319 0.22019 0.51253 0.22019 0.51187 0.22052 0.51121 0.22118 0.51088 0.22250 0.51055 0.22349 0.51022 0.22415 0.50956 0.22448 0.50890 0.22448 0.50791 0.22415 0.50725 0.22382 0.50692 0.22283 0.50659 0.22151 0.50659 0.22052 0.50692 0.22019 0.50725 0.21986 0.50791 0.21986 0.50890 0.22019 0.50956 0.22085 0.51022 0.22184 0.51055 0.22316 0.51088 0.22382 0.51121 0.22415 0.51187 0.22415 0.51253 0.22382 0.51319 0.22283 0.51352 0.22151 0.51352\n 11 94 4 0.28704 0.51220 0.28770 0.51253 0.28869 0.51352 0.28869 0.50659\n 11 314 14 0.29298 0.51187 0.29298 0.51220 0.29331 0.51286 0.29364 0.51319 0.29430 0.51352 0.29562 0.51352 0.29628 0.51319 0.29661 0.51286 0.29694 0.51220 0.29694 0.51154 0.29661 0.51088 0.29595 0.50989 0.29265 0.50659 0.29727 0.50659\n 11 94 4 0.35653 0.51220 0.35719 0.51253 0.35818 0.51352 0.35818 0.50659\n 11 512 23 0.36643 0.51253 0.36610 0.51319 0.36511 0.51352 0.36445 0.51352 0.36346 0.51319 0.36280 0.51220 0.36247 0.51055 0.36247 0.50890 0.36280 0.50758 0.36346 0.50692 0.36445 0.50659 0.36478 0.50659 0.36577 0.50692 0.36643 0.50758 0.36676 0.50857 0.36676 0.50890 0.36643 0.50989 0.36577 0.51055 0.36478 0.51088 0.36445 0.51088 0.36346 0.51055 0.36280 0.50989 0.36247 0.50890\n 11 314 14 0.42536 0.51187 0.42536 0.51220 0.42569 0.51286 0.42602 0.51319 0.42668 0.51352 0.42800 0.51352 0.42866 0.51319 0.42899 0.51286 0.42932 0.51220 0.42932 0.51154 0.42899 0.51088 0.42833 0.50989 0.42503 0.50659 0.42965 0.50659\n 11 380 17 0.43361 0.51352 0.43262 0.51319 0.43196 0.51220 0.43163 0.51055 0.43163 0.50956 0.43196 0.50791 0.43262 0.50692 0.43361 0.50659 0.43427 0.50659 0.43526 0.50692 0.43592 0.50791 0.43625 0.50956 0.43625 0.51055 0.43592 0.51220 0.43526 0.51319 0.43427 0.51352 0.43361 0.51352\n 11 864 39 0.08319 0.52843 0.08319 0.52843 0.08319 0.52843 0.07452 0.52843 0.08319 0.52843 0.08319 0.55000 0.07452 0.55000 0.08319 0.55000 0.08319 0.57157 0.07452 0.57157 0.08319 0.57157 0.08319 0.59314 0.07452 0.59314 0.08319 0.59314 0.08319 0.61472 0.07452 0.61472 0.08319 0.61472 0.08319 0.63629 0.07452 0.63629 0.08319 0.63629 0.08319 0.65786 0.07452 0.65786 0.08319 0.65786 0.08319 0.67943 0.07452 0.67943 0.08319 0.67943 0.08319 0.70101 0.07452 0.70101 0.08319 0.70101 0.08319 0.72258 0.07452 0.72258 0.08319 0.72258 0.08319 0.74415 0.07452 0.74415 0.08319 0.74415 0.08319 0.76572 0.07452 0.76572 0.08319 0.76572 0.08319 0.76572\n 11 380 17 0.05579 0.53189 0.05480 0.53156 0.05414 0.53057 0.05381 0.52892 0.05381 0.52793 0.05414 0.52628 0.05480 0.52529 0.05579 0.52496 0.05645 0.52496 0.05744 0.52529 0.05810 0.52628 0.05843 0.52793 0.05843 0.52892 0.05810 0.53057 0.05744 0.53156 0.05645 0.53189 0.05579 0.53189\n 11 116 5 0.06107 0.52562 0.06074 0.52529 0.06107 0.52496 0.06140 0.52529 0.06107 0.52562\n 11 380 17 0.06569 0.53189 0.06470 0.53156 0.06404 0.53057 0.06371 0.52892 0.06371 0.52793 0.06404 0.52628 0.06470 0.52529 0.06569 0.52496 0.06635 0.52496 0.06734 0.52529 0.06800 0.52628 0.06833 0.52793 0.06833 0.52892 0.06800 0.53057 0.06734 0.53156 0.06635 0.53189 0.06569 0.53189\n 11 72 3 0.05711 0.57504 0.05381 0.57042 0.05876 0.57042\n 11 50 2 0.05711 0.57504 0.05711 0.56811\n 11 116 5 0.06107 0.56877 0.06074 0.56844 0.06107 0.56811 0.06140 0.56844 0.06107 0.56877\n 11 380 17 0.06569 0.57504 0.06470 0.57471 0.06404 0.57372 0.06371 0.57207 0.06371 0.57108 0.06404 0.56943 0.06470 0.56844 0.06569 0.56811 0.06635 0.56811 0.06734 0.56844 0.06800 0.56943 0.06833 0.57108 0.06833 0.57207 0.06800 0.57372 0.06734 0.57471 0.06635 0.57504 0.06569 0.57504\n 11 644 29 0.05546 0.61818 0.05447 0.61785 0.05414 0.61719 0.05414 0.61653 0.05447 0.61587 0.05513 0.61554 0.05645 0.61521 0.05744 0.61488 0.05810 0.61422 0.05843 0.61356 0.05843 0.61257 0.05810 0.61191 0.05777 0.61158 0.05678 0.61125 0.05546 0.61125 0.05447 0.61158 0.05414 0.61191 0.05381 0.61257 0.05381 0.61356 0.05414 0.61422 0.05480 0.61488 0.05579 0.61521 0.05711 0.61554 0.05777 0.61587 0.05810 0.61653 0.05810 0.61719 0.05777 0.61785 0.05678 0.61818 0.05546 0.61818\n 11 116 5 0.06107 0.61191 0.06074 0.61158 0.06107 0.61125 0.06140 0.61158 0.06107 0.61191\n 11 380 17 0.06569 0.61818 0.06470 0.61785 0.06404 0.61686 0.06371 0.61521 0.06371 0.61422 0.06404 0.61257 0.06470 0.61158 0.06569 0.61125 0.06635 0.61125 0.06734 0.61158 0.06800 0.61257 0.06833 0.61422 0.06833 0.61521 0.06800 0.61686 0.06734 0.61785 0.06635 0.61818 0.06569 0.61818\n 11 94 4 0.04820 0.66001 0.04886 0.66034 0.04985 0.66133 0.04985 0.65439\n 11 314 14 0.05414 0.65968 0.05414 0.66001 0.05447 0.66067 0.05480 0.66100 0.05546 0.66133 0.05678 0.66133 0.05744 0.66100 0.05777 0.66067 0.05810 0.66001 0.05810 0.65935 0.05777 0.65869 0.05711 0.65770 0.05381 0.65439 0.05843 0.65439\n 11 116 5 0.06107 0.65506 0.06074 0.65472 0.06107 0.65439 0.06140 0.65472 0.06107 0.65506\n 11 380 17 0.06569 0.66133 0.06470 0.66100 0.06404 0.66001 0.06371 0.65836 0.06371 0.65737 0.06404 0.65572 0.06470 0.65472 0.06569 0.65439 0.06635 0.65439 0.06734 0.65472 0.06800 0.65572 0.06833 0.65737 0.06833 0.65836 0.06800 0.66001 0.06734 0.66100 0.06635 0.66133 0.06569 0.66133\n 11 94 4 0.04820 0.70315 0.04886 0.70348 0.04985 0.70447 0.04985 0.69754\n 11 512 23 0.05810 0.70348 0.05777 0.70414 0.05678 0.70447 0.05612 0.70447 0.05513 0.70414 0.05447 0.70315 0.05414 0.70150 0.05414 0.69985 0.05447 0.69853 0.05513 0.69787 0.05612 0.69754 0.05645 0.69754 0.05744 0.69787 0.05810 0.69853 0.05843 0.69952 0.05843 0.69985 0.05810 0.70084 0.05744 0.70150 0.05645 0.70183 0.05612 0.70183 0.05513 0.70150 0.05447 0.70084 0.05414 0.69985\n 11 116 5 0.06107 0.69820 0.06074 0.69787 0.06107 0.69754 0.06140 0.69787 0.06107 0.69820\n 11 380 17 0.06569 0.70447 0.06470 0.70414 0.06404 0.70315 0.06371 0.70150 0.06371 0.70051 0.06404 0.69886 0.06470 0.69787 0.06569 0.69754 0.06635 0.69754 0.06734 0.69787 0.06800 0.69886 0.06833 0.70051 0.06833 0.70150 0.06800 0.70315 0.06734 0.70414 0.06635 0.70447 0.06569 0.70447\n 11 314 14 0.04754 0.74597 0.04754 0.74630 0.04787 0.74696 0.04820 0.74729 0.04886 0.74762 0.05018 0.74762 0.05084 0.74729 0.05117 0.74696 0.05150 0.74630 0.05150 0.74564 0.05117 0.74498 0.05051 0.74399 0.04721 0.74068 0.05183 0.74068\n 11 380 17 0.05579 0.74762 0.05480 0.74729 0.05414 0.74630 0.05381 0.74465 0.05381 0.74366 0.05414 0.74200 0.05480 0.74101 0.05579 0.74068 0.05645 0.74068 0.05744 0.74101 0.05810 0.74200 0.05843 0.74366 0.05843 0.74465 0.05810 0.74630 0.05744 0.74729 0.05645 0.74762 0.05579 0.74762\n 11 116 5 0.06107 0.74134 0.06074 0.74101 0.06107 0.74068 0.06140 0.74101 0.06107 0.74134\n 11 380 17 0.06569 0.74762 0.06470 0.74729 0.06404 0.74630 0.06371 0.74465 0.06371 0.74366 0.06404 0.74200 0.06470 0.74101 0.06569 0.74068 0.06635 0.74068 0.06734 0.74101 0.06800 0.74200 0.06833 0.74366 0.06833 0.74465 0.06800 0.74630 0.06734 0.74729 0.06635 0.74762 0.06569 0.74762\n 11 864 39 0.08319 0.52843 0.08319 0.52843 0.08319 0.52843 0.07452 0.52843 0.08319 0.52843 0.08319 0.55000 0.07452 0.55000 0.08319 0.55000 0.08319 0.57157 0.07452 0.57157 0.08319 0.57157 0.08319 0.59314 0.07452 0.59314 0.08319 0.59314 0.08319 0.61472 0.07452 0.61472 0.08319 0.61472 0.08319 0.63629 0.07452 0.63629 0.08319 0.63629 0.08319 0.65786 0.07452 0.65786 0.08319 0.65786 0.08319 0.67943 0.07452 0.67943 0.08319 0.67943 0.08319 0.70101 0.07452 0.70101 0.08319 0.70101 0.08319 0.72258 0.07452 0.72258 0.08319 0.72258 0.08319 0.74415 0.07452 0.74415 0.08319 0.74415 0.08319 0.76572 0.07452 0.76572 0.08319 0.76572 0.08319 0.76572\n 11 380 17 0.05579 0.53189 0.05480 0.53156 0.05414 0.53057 0.05381 0.52892 0.05381 0.52793 0.05414 0.52628 0.05480 0.52529 0.05579 0.52496 0.05645 0.52496 0.05744 0.52529 0.05810 0.52628 0.05843 0.52793 0.05843 0.52892 0.05810 0.53057 0.05744 0.53156 0.05645 0.53189 0.05579 0.53189\n 11 116 5 0.06107 0.52562 0.06074 0.52529 0.06107 0.52496 0.06140 0.52529 0.06107 0.52562\n 11 380 17 0.06569 0.53189 0.06470 0.53156 0.06404 0.53057 0.06371 0.52892 0.06371 0.52793 0.06404 0.52628 0.06470 0.52529 0.06569 0.52496 0.06635 0.52496 0.06734 0.52529 0.06800 0.52628 0.06833 0.52793 0.06833 0.52892 0.06800 0.53057 0.06734 0.53156 0.06635 0.53189 0.06569 0.53189\n 11 72 3 0.05711 0.57504 0.05381 0.57042 0.05876 0.57042\n 11 50 2 0.05711 0.57504 0.05711 0.56811\n 11 116 5 0.06107 0.56877 0.06074 0.56844 0.06107 0.56811 0.06140 0.56844 0.06107 0.56877\n 11 380 17 0.06569 0.57504 0.06470 0.57471 0.06404 0.57372 0.06371 0.57207 0.06371 0.57108 0.06404 0.56943 0.06470 0.56844 0.06569 0.56811 0.06635 0.56811 0.06734 0.56844 0.06800 0.56943 0.06833 0.57108 0.06833 0.57207 0.06800 0.57372 0.06734 0.57471 0.06635 0.57504 0.06569 0.57504\n 11 644 29 0.05546 0.61818 0.05447 0.61785 0.05414 0.61719 0.05414 0.61653 0.05447 0.61587 0.05513 0.61554 0.05645 0.61521 0.05744 0.61488 0.05810 0.61422 0.05843 0.61356 0.05843 0.61257 0.05810 0.61191 0.05777 0.61158 0.05678 0.61125 0.05546 0.61125 0.05447 0.61158 0.05414 0.61191 0.05381 0.61257 0.05381 0.61356 0.05414 0.61422 0.05480 0.61488 0.05579 0.61521 0.05711 0.61554 0.05777 0.61587 0.05810 0.61653 0.05810 0.61719 0.05777 0.61785 0.05678 0.61818 0.05546 0.61818\n 11 116 5 0.06107 0.61191 0.06074 0.61158 0.06107 0.61125 0.06140 0.61158 0.06107 0.61191\n 11 380 17 0.06569 0.61818 0.06470 0.61785 0.06404 0.61686 0.06371 0.61521 0.06371 0.61422 0.06404 0.61257 0.06470 0.61158 0.06569 0.61125 0.06635 0.61125 0.06734 0.61158 0.06800 0.61257 0.06833 0.61422 0.06833 0.61521 0.06800 0.61686 0.06734 0.61785 0.06635 0.61818 0.06569 0.61818\n 11 94 4 0.04820 0.66001 0.04886 0.66034 0.04985 0.66133 0.04985 0.65439\n 11 314 14 0.05414 0.65968 0.05414 0.66001 0.05447 0.66067 0.05480 0.66100 0.05546 0.66133 0.05678 0.66133 0.05744 0.66100 0.05777 0.66067 0.05810 0.66001 0.05810 0.65935 0.05777 0.65869 0.05711 0.65770 0.05381 0.65439 0.05843 0.65439\n 11 116 5 0.06107 0.65506 0.06074 0.65472 0.06107 0.65439 0.06140 0.65472 0.06107 0.65506\n 11 380 17 0.06569 0.66133 0.06470 0.66100 0.06404 0.66001 0.06371 0.65836 0.06371 0.65737 0.06404 0.65572 0.06470 0.65472 0.06569 0.65439 0.06635 0.65439 0.06734 0.65472 0.06800 0.65572 0.06833 0.65737 0.06833 0.65836 0.06800 0.66001 0.06734 0.66100 0.06635 0.66133 0.06569 0.66133\n 11 94 4 0.04820 0.70315 0.04886 0.70348 0.04985 0.70447 0.04985 0.69754\n 11 512 23 0.05810 0.70348 0.05777 0.70414 0.05678 0.70447 0.05612 0.70447 0.05513 0.70414 0.05447 0.70315 0.05414 0.70150 0.05414 0.69985 0.05447 0.69853 0.05513 0.69787 0.05612 0.69754 0.05645 0.69754 0.05744 0.69787 0.05810 0.69853 0.05843 0.69952 0.05843 0.69985 0.05810 0.70084 0.05744 0.70150 0.05645 0.70183 0.05612 0.70183 0.05513 0.70150 0.05447 0.70084 0.05414 0.69985\n 11 116 5 0.06107 0.69820 0.06074 0.69787 0.06107 0.69754 0.06140 0.69787 0.06107 0.69820\n 11 380 17 0.06569 0.70447 0.06470 0.70414 0.06404 0.70315 0.06371 0.70150 0.06371 0.70051 0.06404 0.69886 0.06470 0.69787 0.06569 0.69754 0.06635 0.69754 0.06734 0.69787 0.06800 0.69886 0.06833 0.70051 0.06833 0.70150 0.06800 0.70315 0.06734 0.70414 0.06635 0.70447 0.06569 0.70447\n 11 314 14 0.04754 0.74597 0.04754 0.74630 0.04787 0.74696 0.04820 0.74729 0.04886 0.74762 0.05018 0.74762 0.05084 0.74729 0.05117 0.74696 0.05150 0.74630 0.05150 0.74564 0.05117 0.74498 0.05051 0.74399 0.04721 0.74068 0.05183 0.74068\n 11 380 17 0.05579 0.74762 0.05480 0.74729 0.05414 0.74630 0.05381 0.74465 0.05381 0.74366 0.05414 0.74200 0.05480 0.74101 0.05579 0.74068 0.05645 0.74068 0.05744 0.74101 0.05810 0.74200 0.05843 0.74366 0.05843 0.74465 0.05810 0.74630 0.05744 0.74729 0.05645 0.74762 0.05579 0.74762\n 11 116 5 0.06107 0.74134 0.06074 0.74101 0.06107 0.74068 0.06140 0.74101 0.06107 0.74134\n 11 380 17 0.06569 0.74762 0.06470 0.74729 0.06404 0.74630 0.06371 0.74465 0.06371 0.74366 0.06404 0.74200 0.06470 0.74101 0.06569 0.74068 0.06635 0.74068 0.06734 0.74101 0.06800 0.74200 0.06833 0.74366 0.06833 0.74465 0.06800 0.74630 0.06734 0.74729 0.06635 0.74762 0.06569 0.74762\n 11 864 39 0.43064 0.52843 0.43064 0.52843 0.43064 0.52843 0.43931 0.52843 0.43064 0.52843 0.43064 0.55000 0.43931 0.55000 0.43064 0.55000 0.43064 0.57157 0.43931 0.57157 0.43064 0.57157 0.43064 0.59314 0.43931 0.59314 0.43064 0.59314 0.43064 0.61472 0.43931 0.61472 0.43064 0.61472 0.43064 0.63629 0.43931 0.63629 0.43064 0.63629 0.43064 0.65786 0.43931 0.65786 0.43064 0.65786 0.43064 0.67943 0.43931 0.67943 0.43064 0.67943 0.43064 0.70101 0.43931 0.70101 0.43064 0.70101 0.43064 0.72258 0.43931 0.72258 0.43064 0.72258 0.43064 0.74415 0.43931 0.74415 0.43064 0.74415 0.43064 0.76572 0.43931 0.76572 0.43064 0.76572 0.43064 0.76572\n 11 864 39 0.43064 0.52843 0.43064 0.52843 0.43064 0.52843 0.43931 0.52843 0.43064 0.52843 0.43064 0.55000 0.43931 0.55000 0.43064 0.55000 0.43064 0.57157 0.43931 0.57157 0.43064 0.57157 0.43064 0.59314 0.43931 0.59314 0.43064 0.59314 0.43064 0.61472 0.43931 0.61472 0.43064 0.61472 0.43064 0.63629 0.43931 0.63629 0.43064 0.63629 0.43064 0.65786 0.43931 0.65786 0.43064 0.65786 0.43064 0.67943 0.43931 0.67943 0.43064 0.67943 0.43064 0.70101 0.43931 0.70101 0.43064 0.70101 0.43064 0.72258 0.43931 0.72258 0.43064 0.72258 0.43064 0.74415 0.43931 0.74415 0.43064 0.74415 0.43064 0.76572 0.43931 0.76572 0.43064 0.76572 0.43064 0.76572\n 11 798 36 0.08319 0.76572 0.08319 0.76572 0.08319 0.76572 0.08319 0.77439 0.08319 0.76572 0.11793 0.76572 0.11793 0.77439 0.11793 0.76572 0.15268 0.76572 0.15268 0.77439 0.15268 0.76572 0.18742 0.76572 0.18742 0.77439 0.18742 0.76572 0.22217 0.76572 0.22217 0.77439 0.22217 0.76572 0.25692 0.76572 0.25692 0.77439 0.25692 0.76572 0.29166 0.76572 0.29166 0.77439 0.29166 0.76572 0.32641 0.76572 0.32641 0.77439 0.32641 0.76572 0.36115 0.76572 0.36115 0.77439 0.36115 0.76572 0.39590 0.76572 0.39590 0.77439 0.39590 0.76572 0.43064 0.76572 0.43064 0.77439 0.43064 0.76572 0.43064 0.76572\n 11 798 36 0.08319 0.76572 0.08319 0.76572 0.08319 0.76572 0.08319 0.77439 0.08319 0.76572 0.11793 0.76572 0.11793 0.77439 0.11793 0.76572 0.15268 0.76572 0.15268 0.77439 0.15268 0.76572 0.18742 0.76572 0.18742 0.77439 0.18742 0.76572 0.22217 0.76572 0.22217 0.77439 0.22217 0.76572 0.25692 0.76572 0.25692 0.77439 0.25692 0.76572 0.29166 0.76572 0.29166 0.77439 0.29166 0.76572 0.32641 0.76572 0.32641 0.77439 0.32641 0.76572 0.36115 0.76572 0.36115 0.77439 0.36115 0.76572 0.39590 0.76572 0.39590 0.77439 0.39590 0.76572 0.43064 0.76572 0.43064 0.77439 0.43064 0.76572 0.43064 0.76572\n 11 798 36 0.08319 0.52843 0.08319 0.52843 0.08319 0.52843 0.08319 0.51976 0.08319 0.52843 0.11793 0.52843 0.11793 0.51976 0.11793 0.52843 0.15268 0.52843 0.15268 0.51976 0.15268 0.52843 0.18742 0.52843 0.18742 0.51976 0.18742 0.52843 0.22217 0.52843 0.22217 0.51976 0.22217 0.52843 0.25692 0.52843 0.25692 0.51976 0.25692 0.52843 0.29166 0.52843 0.29166 0.51976 0.29166 0.52843 0.32641 0.52843 0.32641 0.51976 0.32641 0.52843 0.36115 0.52843 0.36115 0.51976 0.36115 0.52843 0.39590 0.52843 0.39590 0.51976 0.39590 0.52843 0.43064 0.52843 0.43064 0.51976 0.43064 0.52843 0.43064 0.52843\n 11 380 17 0.08286 0.51352 0.08187 0.51319 0.08121 0.51220 0.08088 0.51055 0.08088 0.50956 0.08121 0.50791 0.08187 0.50692 0.08286 0.50659 0.08352 0.50659 0.08451 0.50692 0.08517 0.50791 0.08550 0.50956 0.08550 0.51055 0.08517 0.51220 0.08451 0.51319 0.08352 0.51352 0.08286 0.51352\n 11 72 3 0.15367 0.51352 0.15037 0.50890 0.15532 0.50890\n 11 50 2 0.15367 0.51352 0.15367 0.50659\n 11 644 29 0.22151 0.51352 0.22052 0.51319 0.22019 0.51253 0.22019 0.51187 0.22052 0.51121 0.22118 0.51088 0.22250 0.51055 0.22349 0.51022 0.22415 0.50956 0.22448 0.50890 0.22448 0.50791 0.22415 0.50725 0.22382 0.50692 0.22283 0.50659 0.22151 0.50659 0.22052 0.50692 0.22019 0.50725 0.21986 0.50791 0.21986 0.50890 0.22019 0.50956 0.22085 0.51022 0.22184 0.51055 0.22316 0.51088 0.22382 0.51121 0.22415 0.51187 0.22415 0.51253 0.22382 0.51319 0.22283 0.51352 0.22151 0.51352\n 11 94 4 0.28704 0.51220 0.28770 0.51253 0.28869 0.51352 0.28869 0.50659\n 11 314 14 0.29298 0.51187 0.29298 0.51220 0.29331 0.51286 0.29364 0.51319 0.29430 0.51352 0.29562 0.51352 0.29628 0.51319 0.29661 0.51286 0.29694 0.51220 0.29694 0.51154 0.29661 0.51088 0.29595 0.50989 0.29265 0.50659 0.29727 0.50659\n 11 94 4 0.35653 0.51220 0.35719 0.51253 0.35818 0.51352 0.35818 0.50659\n 11 512 23 0.36643 0.51253 0.36610 0.51319 0.36511 0.51352 0.36445 0.51352 0.36346 0.51319 0.36280 0.51220 0.36247 0.51055 0.36247 0.50890 0.36280 0.50758 0.36346 0.50692 0.36445 0.50659 0.36478 0.50659 0.36577 0.50692 0.36643 0.50758 0.36676 0.50857 0.36676 0.50890 0.36643 0.50989 0.36577 0.51055 0.36478 0.51088 0.36445 0.51088 0.36346 0.51055 0.36280 0.50989 0.36247 0.50890\n 11 314 14 0.42536 0.51187 0.42536 0.51220 0.42569 0.51286 0.42602 0.51319 0.42668 0.51352 0.42800 0.51352 0.42866 0.51319 0.42899 0.51286 0.42932 0.51220 0.42932 0.51154 0.42899 0.51088 0.42833 0.50989 0.42503 0.50659 0.42965 0.50659\n 11 380 17 0.43361 0.51352 0.43262 0.51319 0.43196 0.51220 0.43163 0.51055 0.43163 0.50956 0.43196 0.50791 0.43262 0.50692 0.43361 0.50659 0.43427 0.50659 0.43526 0.50692 0.43592 0.50791 0.43625 0.50956 0.43625 0.51055 0.43592 0.51220 0.43526 0.51319 0.43427 0.51352 0.43361 0.51352\n 11 798 36 0.08319 0.52843 0.08319 0.52843 0.08319 0.52843 0.08319 0.51976 0.08319 0.52843 0.11793 0.52843 0.11793 0.51976 0.11793 0.52843 0.15268 0.52843 0.15268 0.51976 0.15268 0.52843 0.18742 0.52843 0.18742 0.51976 0.18742 0.52843 0.22217 0.52843 0.22217 0.51976 0.22217 0.52843 0.25692 0.52843 0.25692 0.51976 0.25692 0.52843 0.29166 0.52843 0.29166 0.51976 0.29166 0.52843 0.32641 0.52843 0.32641 0.51976 0.32641 0.52843 0.36115 0.52843 0.36115 0.51976 0.36115 0.52843 0.39590 0.52843 0.39590 0.51976 0.39590 0.52843 0.43064 0.52843 0.43064 0.51976 0.43064 0.52843 0.43064 0.52843\n 11 380 17 0.08286 0.51352 0.08187 0.51319 0.08121 0.51220 0.08088 0.51055 0.08088 0.50956 0.08121 0.50791 0.08187 0.50692 0.08286 0.50659 0.08352 0.50659 0.08451 0.50692 0.08517 0.50791 0.08550 0.50956 0.08550 0.51055 0.08517 0.51220 0.08451 0.51319 0.08352 0.51352 0.08286 0.51352\n 11 72 3 0.15367 0.51352 0.15037 0.50890 0.15532 0.50890\n 11 50 2 0.15367 0.51352 0.15367 0.50659\n 11 644 29 0.22151 0.51352 0.22052 0.51319 0.22019 0.51253 0.22019 0.51187 0.22052 0.51121 0.22118 0.51088 0.22250 0.51055 0.22349 0.51022 0.22415 0.50956 0.22448 0.50890 0.22448 0.50791 0.22415 0.50725 0.22382 0.50692 0.22283 0.50659 0.22151 0.50659 0.22052 0.50692 0.22019 0.50725 0.21986 0.50791 0.21986 0.50890 0.22019 0.50956 0.22085 0.51022 0.22184 0.51055 0.22316 0.51088 0.22382 0.51121 0.22415 0.51187 0.22415 0.51253 0.22382 0.51319 0.22283 0.51352 0.22151 0.51352\n 11 94 4 0.28704 0.51220 0.28770 0.51253 0.28869 0.51352 0.28869 0.50659\n 11 314 14 0.29298 0.51187 0.29298 0.51220 0.29331 0.51286 0.29364 0.51319 0.29430 0.51352 0.29562 0.51352 0.29628 0.51319 0.29661 0.51286 0.29694 0.51220 0.29694 0.51154 0.29661 0.51088 0.29595 0.50989 0.29265 0.50659 0.29727 0.50659\n 11 94 4 0.35653 0.51220 0.35719 0.51253 0.35818 0.51352 0.35818 0.50659\n 11 512 23 0.36643 0.51253 0.36610 0.51319 0.36511 0.51352 0.36445 0.51352 0.36346 0.51319 0.36280 0.51220 0.36247 0.51055 0.36247 0.50890 0.36280 0.50758 0.36346 0.50692 0.36445 0.50659 0.36478 0.50659 0.36577 0.50692 0.36643 0.50758 0.36676 0.50857 0.36676 0.50890 0.36643 0.50989 0.36577 0.51055 0.36478 0.51088 0.36445 0.51088 0.36346 0.51055 0.36280 0.50989 0.36247 0.50890\n 11 314 14 0.42536 0.51187 0.42536 0.51220 0.42569 0.51286 0.42602 0.51319 0.42668 0.51352 0.42800 0.51352 0.42866 0.51319 0.42899 0.51286 0.42932 0.51220 0.42932 0.51154 0.42899 0.51088 0.42833 0.50989 0.42503 0.50659 0.42965 0.50659\n 11 380 17 0.43361 0.51352 0.43262 0.51319 0.43196 0.51220 0.43163 0.51055 0.43163 0.50956 0.43196 0.50791 0.43262 0.50692 0.43361 0.50659 0.43427 0.50659 0.43526 0.50692 0.43592 0.50791 0.43625 0.50956 0.43625 0.51055 0.43592 0.51220 0.43526 0.51319 0.43427 0.51352 0.43361 0.51352\n 11 50 2 0.25414 0.49827 0.25969 0.48995\n 11 50 2 0.25969 0.49827 0.25414 0.48995\n 11 50 2 0.16778 0.46915 0.17637 0.45529\n 11 50 2 0.16844 0.46915 0.17703 0.45529\n 11 50 2 0.17703 0.46915 0.16778 0.45529\n 11 50 2 0.16646 0.46915 0.17043 0.46915\n 11 50 2 0.17439 0.46915 0.17835 0.46915\n 11 50 2 0.16646 0.45529 0.17043 0.45529\n 11 50 2 0.17439 0.45529 0.17835 0.45529\n 11 226 10 0.19683 0.47180 0.19551 0.47047 0.19419 0.46849 0.19287 0.46585 0.19221 0.46255 0.19221 0.45991 0.19287 0.45661 0.19419 0.45397 0.19551 0.45199 0.19683 0.45067\n 11 182 8 0.19551 0.47047 0.19419 0.46783 0.19353 0.46585 0.19287 0.46255 0.19287 0.45991 0.19353 0.45661 0.19419 0.45463 0.19551 0.45199\n 11 292 13 0.20212 0.46321 0.20212 0.46255 0.20146 0.46255 0.20146 0.46321 0.20212 0.46387 0.20344 0.46453 0.20608 0.46453 0.20740 0.46387 0.20806 0.46321 0.20872 0.46189 0.20872 0.45727 0.20938 0.45595 0.21004 0.45529\n 11 116 5 0.20806 0.46321 0.20806 0.45727 0.20872 0.45595 0.21004 0.45529 0.21070 0.45529\n 11 248 11 0.20806 0.46189 0.20740 0.46123 0.20344 0.46057 0.20146 0.45991 0.20080 0.45859 0.20080 0.45727 0.20146 0.45595 0.20344 0.45529 0.20542 0.45529 0.20674 0.45595 0.20806 0.45727\n 11 138 6 0.20344 0.46057 0.20212 0.45991 0.20146 0.45859 0.20146 0.45727 0.20212 0.45595 0.20344 0.45529\n 11 50 2 0.21466 0.46453 0.22192 0.45529\n 11 50 2 0.21532 0.46453 0.22258 0.45529\n 11 50 2 0.22258 0.46453 0.21466 0.45529\n 11 50 2 0.21334 0.46453 0.21730 0.46453\n 11 50 2 0.21994 0.46453 0.22390 0.46453\n 11 50 2 0.21334 0.45529 0.21730 0.45529\n 11 50 2 0.21994 0.45529 0.22390 0.45529\n 11 116 5 0.22853 0.46915 0.22787 0.46849 0.22853 0.46783 0.22919 0.46849 0.22853 0.46915\n 11 50 2 0.22853 0.46453 0.22853 0.45529\n 11 50 2 0.22919 0.46453 0.22919 0.45529\n 11 50 2 0.22654 0.46453 0.22919 0.46453\n 11 50 2 0.22654 0.45529 0.23117 0.45529\n 11 336 15 0.24107 0.46321 0.24173 0.46453 0.24173 0.46189 0.24107 0.46321 0.24041 0.46387 0.23909 0.46453 0.23645 0.46453 0.23513 0.46387 0.23447 0.46321 0.23447 0.46189 0.23513 0.46123 0.23645 0.46057 0.23975 0.45925 0.24107 0.45859 0.24173 0.45793\n 11 336 15 0.23447 0.46255 0.23513 0.46189 0.23645 0.46123 0.23975 0.45991 0.24107 0.45925 0.24173 0.45859 0.24173 0.45661 0.24107 0.45595 0.23975 0.45529 0.23711 0.45529 0.23579 0.45595 0.23513 0.45661 0.23447 0.45793 0.23447 0.45529 0.23513 0.45661\n 11 226 10 0.26154 0.47180 0.26022 0.47047 0.25890 0.46849 0.25758 0.46585 0.25692 0.46255 0.25692 0.45991 0.25758 0.45661 0.25890 0.45397 0.26022 0.45199 0.26154 0.45067\n 11 182 8 0.26022 0.47047 0.25890 0.46783 0.25824 0.46585 0.25758 0.46255 0.25758 0.45991 0.25824 0.45661 0.25890 0.45463 0.26022 0.45199\n 11 50 2 0.27012 0.46915 0.26550 0.45529\n 11 50 2 0.27012 0.46915 0.27474 0.45529\n 11 50 2 0.27012 0.46717 0.27408 0.45529\n 11 50 2 0.26682 0.45925 0.27276 0.45925\n 11 50 2 0.26418 0.45529 0.26814 0.45529\n 11 50 2 0.27210 0.45529 0.27606 0.45529\n 11 50 2 0.27870 0.46915 0.28729 0.45529\n 11 50 2 0.27936 0.46915 0.28795 0.45529\n 11 50 2 0.28795 0.46915 0.27870 0.45529\n 11 50 2 0.27738 0.46915 0.28134 0.46915\n 11 50 2 0.28531 0.46915 0.28927 0.46915\n 11 50 2 0.27738 0.45529 0.28134 0.45529\n 11 50 2 0.28531 0.45529 0.28927 0.45529\n 11 380 17 0.29587 0.46915 0.29389 0.46849 0.29257 0.46651 0.29191 0.46321 0.29191 0.46123 0.29257 0.45793 0.29389 0.45595 0.29587 0.45529 0.29719 0.45529 0.29917 0.45595 0.30049 0.45793 0.30115 0.46123 0.30115 0.46321 0.30049 0.46651 0.29917 0.46849 0.29719 0.46915 0.29587 0.46915\n 11 226 10 0.29587 0.46915 0.29455 0.46849 0.29389 0.46783 0.29323 0.46651 0.29257 0.46321 0.29257 0.46123 0.29323 0.45793 0.29389 0.45661 0.29455 0.45595 0.29587 0.45529\n 11 226 10 0.29719 0.45529 0.29851 0.45595 0.29917 0.45661 0.29983 0.45793 0.30049 0.46123 0.30049 0.46321 0.29983 0.46651 0.29917 0.46783 0.29851 0.46849 0.29719 0.46915\n 11 380 17 0.30907 0.46915 0.30709 0.46849 0.30577 0.46651 0.30511 0.46321 0.30511 0.46123 0.30577 0.45793 0.30709 0.45595 0.30907 0.45529 0.31039 0.45529 0.31237 0.45595 0.31370 0.45793 0.31436 0.46123 0.31436 0.46321 0.31370 0.46651 0.31237 0.46849 0.31039 0.46915 0.30907 0.46915\n 11 226 10 0.30907 0.46915 0.30775 0.46849 0.30709 0.46783 0.30643 0.46651 0.30577 0.46321 0.30577 0.46123 0.30643 0.45793 0.30709 0.45661 0.30775 0.45595 0.30907 0.45529\n 11 226 10 0.31039 0.45529 0.31171 0.45595 0.31237 0.45661 0.31304 0.45793 0.31370 0.46123 0.31370 0.46321 0.31304 0.46651 0.31237 0.46783 0.31171 0.46849 0.31039 0.46915\n 11 446 20 0.31898 0.46651 0.31964 0.46585 0.31898 0.46519 0.31832 0.46585 0.31832 0.46651 0.31898 0.46783 0.31964 0.46849 0.32162 0.46915 0.32426 0.46915 0.32624 0.46849 0.32690 0.46783 0.32756 0.46651 0.32756 0.46519 0.32690 0.46387 0.32492 0.46255 0.32162 0.46123 0.32030 0.46057 0.31898 0.45925 0.31832 0.45727 0.31832 0.45529\n 11 182 8 0.32426 0.46915 0.32558 0.46849 0.32624 0.46783 0.32690 0.46651 0.32690 0.46519 0.32624 0.46387 0.32426 0.46255 0.32162 0.46123\n 11 160 7 0.31832 0.45661 0.31898 0.45727 0.32030 0.45727 0.32360 0.45595 0.32558 0.45595 0.32690 0.45661 0.32756 0.45727\n 11 138 6 0.32030 0.45727 0.32360 0.45529 0.32624 0.45529 0.32690 0.45595 0.32756 0.45727 0.32756 0.45859\n 11 226 10 0.33152 0.47180 0.33284 0.47047 0.33416 0.46849 0.33548 0.46585 0.33614 0.46255 0.33614 0.45991 0.33548 0.45661 0.33416 0.45397 0.33284 0.45199 0.33152 0.45067\n 11 182 8 0.33284 0.47047 0.33416 0.46783 0.33482 0.46585 0.33548 0.46255 0.33548 0.45991 0.33482 0.45661 0.33416 0.45463 0.33284 0.45199\n 11 226 10 0.34076 0.47180 0.34209 0.47047 0.34341 0.46849 0.34473 0.46585 0.34539 0.46255 0.34539 0.45991 0.34473 0.45661 0.34341 0.45397 0.34209 0.45199 0.34076 0.45067\n 11 182 8 0.34209 0.47047 0.34341 0.46783 0.34407 0.46585 0.34473 0.46255 0.34473 0.45991 0.34407 0.45661 0.34341 0.45463 0.34209 0.45199\n 21 6 1\n 25 6 1\n 11 72 3 0.08319 0.52843 0.09188 0.53382 0.09202 0.53391\n 11 72 3 0.09791 0.53757 0.10056 0.53921 0.10675 0.54305\n 11 72 3 0.11264 0.54671 0.11793 0.55000 0.12147 0.55219\n 11 72 3 0.12736 0.55585 0.13531 0.56079 0.13620 0.56134\n 11 72 3 0.14208 0.56499 0.14399 0.56618 0.15092 0.57048\n 11 72 3 0.15681 0.57413 0.16137 0.57696 0.16564 0.57962\n 11 72 3 0.17153 0.58328 0.17874 0.58775 0.18037 0.58876\n 11 72 3 0.18626 0.59242 0.18742 0.59314 0.19509 0.59790\n 11 72 3 0.20098 0.60156 0.20480 0.60393 0.20981 0.60705\n 11 72 3 0.21570 0.61070 0.22217 0.61472 0.22454 0.61619\n 11 72 3 0.23043 0.61984 0.23086 0.62011 0.23926 0.62533\n 11 72 3 0.24515 0.62899 0.24823 0.63090 0.25399 0.63447\n 11 72 3 0.25988 0.63813 0.26560 0.64168 0.26871 0.64361\n 11 72 3 0.27460 0.64727 0.28297 0.65247 0.28343 0.65275\n 11 72 3 0.28932 0.65641 0.29166 0.65786 0.29816 0.66190\n 11 72 3 0.30405 0.66555 0.30903 0.66865 0.31288 0.67104\n 11 72 3 0.31877 0.67469 0.32641 0.67943 0.32761 0.68018\n 11 72 3 0.33350 0.68384 0.33509 0.68483 0.34233 0.68932\n 11 72 3 0.34822 0.69298 0.35247 0.69561 0.35705 0.69846\n 11 72 3 0.36294 0.70212 0.36984 0.70640 0.37178 0.70760\n 11 72 3 0.37767 0.71126 0.37852 0.71179 0.38650 0.71675\n 11 72 3 0.39239 0.72040 0.39590 0.72258 0.40123 0.72589\n 11 72 3 0.40712 0.72954 0.41327 0.73336 0.41595 0.73503\n 11 72 3 0.42184 0.73869 0.42196 0.73876 0.43064 0.74415\n 21 6 1\n 25 6 1\n 11 50 2 0.40406 0.85286 0.40406 0.84870\n 11 50 2 0.40406 0.85286 0.40664 0.85286\n 11 50 2 0.40406 0.85088 0.40565 0.85088\n 11 50 2 0.40763 0.85286 0.40763 0.84870\n 11 50 2 0.40763 0.85286 0.41020 0.85286\n 11 50 2 0.40763 0.85088 0.40921 0.85088\n 11 50 2 0.40763 0.84870 0.41020 0.84870\n 11 50 2 0.41139 0.85286 0.41139 0.84870\n 11 226 10 0.41139 0.85286 0.41317 0.85286 0.41377 0.85267 0.41396 0.85247 0.41416 0.85207 0.41416 0.85168 0.41396 0.85128 0.41377 0.85108 0.41317 0.85088 0.41139 0.85088\n 11 50 2 0.41278 0.85088 0.41416 0.84870\n 11 50 2 0.41555 0.85286 0.41555 0.84870\n 11 226 10 0.41555 0.85286 0.41733 0.85286 0.41793 0.85267 0.41812 0.85247 0.41832 0.85207 0.41832 0.85168 0.41812 0.85128 0.41793 0.85108 0.41733 0.85088 0.41555 0.85088\n 11 50 2 0.41694 0.85088 0.41832 0.84870\n 11 50 2 0.41971 0.85286 0.41971 0.84870\n 11 50 2 0.41971 0.85286 0.42228 0.85286\n 11 50 2 0.41971 0.85088 0.42129 0.85088\n 11 50 2 0.41971 0.84870 0.42228 0.84870\n 11 50 2 0.42426 0.85286 0.42426 0.84870\n 11 50 2 0.42288 0.85286 0.42565 0.85286\n 11 50 2 0.42922 0.85286 0.43080 0.84870\n 11 50 2 0.43238 0.85286 0.43080 0.84870\n 11 380 17 0.43318 0.85029 0.43555 0.85029 0.43555 0.85068 0.43536 0.85108 0.43516 0.85128 0.43476 0.85148 0.43417 0.85148 0.43377 0.85128 0.43338 0.85088 0.43318 0.85029 0.43318 0.84989 0.43338 0.84930 0.43377 0.84890 0.43417 0.84870 0.43476 0.84870 0.43516 0.84890 0.43555 0.84930\n 11 50 2 0.43694 0.85148 0.43694 0.84870\n 11 116 5 0.43694 0.85029 0.43714 0.85088 0.43753 0.85128 0.43793 0.85148 0.43853 0.85148\n 11 116 5 0.43971 0.84910 0.43952 0.84890 0.43971 0.84870 0.43991 0.84890 0.43971 0.84910\n 11 512 23 0.44704 0.85227 0.44684 0.85267 0.44625 0.85286 0.44585 0.85286 0.44526 0.85267 0.44486 0.85207 0.44467 0.85108 0.44467 0.85009 0.44486 0.84930 0.44526 0.84890 0.44585 0.84870 0.44605 0.84870 0.44665 0.84890 0.44704 0.84930 0.44724 0.84989 0.44724 0.85009 0.44704 0.85068 0.44665 0.85108 0.44605 0.85128 0.44585 0.85128 0.44526 0.85108 0.44486 0.85068 0.44467 0.85009\n 11 116 5 0.44882 0.84910 0.44863 0.84890 0.44882 0.84870 0.44902 0.84890 0.44882 0.84910\n 11 512 23 0.45298 0.85227 0.45279 0.85267 0.45219 0.85286 0.45180 0.85286 0.45120 0.85267 0.45081 0.85207 0.45061 0.85108 0.45061 0.85009 0.45081 0.84930 0.45120 0.84890 0.45180 0.84870 0.45199 0.84870 0.45259 0.84890 0.45298 0.84930 0.45318 0.84989 0.45318 0.85009 0.45298 0.85068 0.45259 0.85108 0.45199 0.85128 0.45180 0.85128 0.45120 0.85108 0.45081 0.85068 0.45061 0.85009\n 11 314 14 0.45457 0.85187 0.45457 0.85207 0.45477 0.85247 0.45496 0.85267 0.45536 0.85286 0.45615 0.85286 0.45655 0.85267 0.45675 0.85247 0.45695 0.85207 0.45695 0.85168 0.45675 0.85128 0.45635 0.85068 0.45437 0.84870 0.45714 0.84870\n 11 50 2 0.40376 0.84593 0.40376 0.84177\n 11 50 2 0.40376 0.84593 0.40654 0.84177\n 11 50 2 0.40654 0.84593 0.40654 0.84177\n 11 468 21 0.40911 0.84593 0.40872 0.84573 0.40832 0.84534 0.40812 0.84494 0.40792 0.84435 0.40792 0.84336 0.40812 0.84276 0.40832 0.84237 0.40872 0.84197 0.40911 0.84177 0.40990 0.84177 0.41030 0.84197 0.41070 0.84237 0.41089 0.84276 0.41109 0.84336 0.41109 0.84435 0.41089 0.84494 0.41070 0.84534 0.41030 0.84573 0.40990 0.84593 0.40911 0.84593\n 11 50 2 0.41347 0.84593 0.41188 0.84177\n 11 50 2 0.41347 0.84593 0.41505 0.84177\n 11 50 2 0.41248 0.84316 0.41446 0.84316\n 11 50 2 0.41703 0.84593 0.41545 0.84177\n 11 50 2 0.41703 0.84593 0.41862 0.84177\n 11 50 2 0.41604 0.84316 0.41802 0.84316\n 11 50 2 0.42278 0.84672 0.41921 0.84039\n 11 50 2 0.42397 0.84593 0.42397 0.84177\n 11 226 10 0.42397 0.84593 0.42575 0.84593 0.42634 0.84573 0.42654 0.84554 0.42674 0.84514 0.42674 0.84454 0.42654 0.84415 0.42634 0.84395 0.42575 0.84375 0.42397 0.84375\n 11 50 2 0.42813 0.84593 0.42813 0.84177\n 11 50 2 0.42813 0.84593 0.42971 0.84177\n 11 50 2 0.43130 0.84593 0.42971 0.84177\n 11 50 2 0.43130 0.84593 0.43130 0.84177\n 11 50 2 0.43288 0.84593 0.43288 0.84177\n 11 50 2 0.43288 0.84593 0.43545 0.84593\n 11 50 2 0.43288 0.84395 0.43446 0.84395\n 11 50 2 0.43288 0.84177 0.43545 0.84177\n 11 50 2 0.43664 0.84593 0.43664 0.84177\n 11 50 2 0.43664 0.84177 0.43902 0.84177\n 11 50 2 0.44397 0.84593 0.44397 0.84177\n 11 50 2 0.44259 0.84593 0.44536 0.84593\n 11 50 2 0.44635 0.84593 0.44635 0.84177\n 11 50 2 0.44635 0.84593 0.44793 0.84177\n 11 50 2 0.44952 0.84593 0.44793 0.84177\n 11 50 2 0.44952 0.84593 0.44952 0.84177\n 11 50 2 0.45209 0.84593 0.45051 0.84177\n 11 50 2 0.45209 0.84593 0.45368 0.84177\n 11 50 2 0.45110 0.84316 0.45308 0.84316\n 11 50 2 0.45467 0.84593 0.45467 0.84177\n 11 226 10 0.45467 0.84593 0.45645 0.84593 0.45704 0.84573 0.45724 0.84554 0.45744 0.84514 0.45744 0.84454 0.45724 0.84415 0.45704 0.84395 0.45645 0.84375 0.45467 0.84375\n 11 314 14 0.39287 0.83801 0.39287 0.83821 0.39307 0.83860 0.39327 0.83880 0.39366 0.83900 0.39445 0.83900 0.39485 0.83880 0.39505 0.83860 0.39525 0.83821 0.39525 0.83781 0.39505 0.83741 0.39465 0.83682 0.39267 0.83484 0.39545 0.83484\n 11 94 4 0.39723 0.83821 0.39762 0.83840 0.39822 0.83900 0.39822 0.83484\n 11 50 2 0.40079 0.83662 0.40436 0.83662\n 11 50 2 0.40594 0.83900 0.40594 0.83484\n 11 50 2 0.40594 0.83900 0.40753 0.83484\n 11 50 2 0.40911 0.83900 0.40753 0.83484\n 11 50 2 0.40911 0.83900 0.40911 0.83484\n 11 50 2 0.41169 0.83900 0.41010 0.83484\n 11 50 2 0.41169 0.83900 0.41327 0.83484\n 11 50 2 0.41070 0.83623 0.41268 0.83623\n 11 72 3 0.41367 0.83900 0.41525 0.83702 0.41525 0.83484\n 11 50 2 0.41684 0.83900 0.41525 0.83702\n 11 50 2 0.41783 0.83662 0.42139 0.83662\n 11 314 14 0.42298 0.83801 0.42298 0.83821 0.42317 0.83860 0.42337 0.83880 0.42377 0.83900 0.42456 0.83900 0.42496 0.83880 0.42516 0.83860 0.42535 0.83821 0.42535 0.83781 0.42516 0.83741 0.42476 0.83682 0.42278 0.83484 0.42555 0.83484\n 11 380 17 0.42793 0.83900 0.42733 0.83880 0.42694 0.83821 0.42674 0.83722 0.42674 0.83662 0.42694 0.83563 0.42733 0.83504 0.42793 0.83484 0.42832 0.83484 0.42892 0.83504 0.42931 0.83563 0.42951 0.83662 0.42951 0.83722 0.42931 0.83821 0.42892 0.83880 0.42832 0.83900 0.42793 0.83900\n 11 94 4 0.43130 0.83821 0.43169 0.83840 0.43229 0.83900 0.43229 0.83484\n 11 380 17 0.43585 0.83900 0.43526 0.83880 0.43486 0.83821 0.43466 0.83722 0.43466 0.83662 0.43486 0.83563 0.43526 0.83504 0.43585 0.83484 0.43625 0.83484 0.43684 0.83504 0.43724 0.83563 0.43744 0.83662 0.43744 0.83722 0.43724 0.83821 0.43684 0.83880 0.43625 0.83900 0.43585 0.83900\n 11 94 4 0.44239 0.83821 0.44278 0.83840 0.44338 0.83900 0.44338 0.83484\n 11 314 14 0.44595 0.83801 0.44595 0.83821 0.44615 0.83860 0.44635 0.83880 0.44674 0.83900 0.44754 0.83900 0.44793 0.83880 0.44813 0.83860 0.44833 0.83821 0.44833 0.83781 0.44813 0.83741 0.44774 0.83682 0.44575 0.83484 0.44853 0.83484\n 11 116 5 0.45011 0.83761 0.44991 0.83741 0.45011 0.83722 0.45031 0.83741 0.45011 0.83761\n 11 116 5 0.45011 0.83524 0.44991 0.83504 0.45011 0.83484 0.45031 0.83504 0.45011 0.83524\n 11 380 17 0.45289 0.83900 0.45229 0.83880 0.45189 0.83821 0.45170 0.83722 0.45170 0.83662 0.45189 0.83563 0.45229 0.83504 0.45289 0.83484 0.45328 0.83484 0.45388 0.83504 0.45427 0.83563 0.45447 0.83662 0.45447 0.83722 0.45427 0.83821 0.45388 0.83880 0.45328 0.83900 0.45289 0.83900\n 11 314 14 0.45586 0.83801 0.45586 0.83821 0.45605 0.83860 0.45625 0.83880 0.45665 0.83900 0.45744 0.83900 0.45784 0.83880 0.45803 0.83860 0.45823 0.83821 0.45823 0.83781 0.45803 0.83741 0.45764 0.83682 0.45566 0.83484 0.45843 0.83484\n 11 116 5 0.46002 0.83761 0.45982 0.83741 0.46002 0.83722 0.46021 0.83741 0.46002 0.83761\n 11 116 5 0.46002 0.83524 0.45982 0.83504 0.46002 0.83484 0.46021 0.83504 0.46002 0.83524\n 11 94 4 0.46219 0.83821 0.46259 0.83840 0.46318 0.83900 0.46318 0.83484\n 11 512 23 0.46814 0.83840 0.46794 0.83880 0.46734 0.83900 0.46695 0.83900 0.46635 0.83880 0.46596 0.83821 0.46576 0.83722 0.46576 0.83623 0.46596 0.83543 0.46635 0.83504 0.46695 0.83484 0.46715 0.83484 0.46774 0.83504 0.46814 0.83543 0.46833 0.83603 0.46833 0.83623 0.46814 0.83682 0.46774 0.83722 0.46715 0.83741 0.46695 0.83741 0.46635 0.83722 0.46596 0.83682 0.46576 0.83623\n 82 0\n 81 6 2\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.86275\n 72 44 0.00000 10.20000 0.00000 8.80000\n 81 6 3\n 21 6 1\n 25 6 1\n 11 864 39 0.58319 0.52843 0.58319 0.52843 0.58319 0.52843 0.57452 0.52843 0.58319 0.52843 0.58319 0.55000 0.57452 0.55000 0.58319 0.55000 0.58319 0.57157 0.57452 0.57157 0.58319 0.57157 0.58319 0.59314 0.57452 0.59314 0.58319 0.59314 0.58319 0.61472 0.57452 0.61472 0.58319 0.61472 0.58319 0.63629 0.57452 0.63629 0.58319 0.63629 0.58319 0.65786 0.57452 0.65786 0.58319 0.65786 0.58319 0.67943 0.57452 0.67943 0.58319 0.67943 0.58319 0.70101 0.57452 0.70101 0.58319 0.70101 0.58319 0.72258 0.57452 0.72258 0.58319 0.72258 0.58319 0.74415 0.57452 0.74415 0.58319 0.74415 0.58319 0.76572 0.57452 0.76572 0.58319 0.76572 0.58319 0.76572\n 11 380 17 0.55579 0.53189 0.55480 0.53156 0.55414 0.53057 0.55381 0.52892 0.55381 0.52793 0.55414 0.52628 0.55480 0.52529 0.55579 0.52496 0.55645 0.52496 0.55744 0.52529 0.55810 0.52628 0.55843 0.52793 0.55843 0.52892 0.55810 0.53057 0.55744 0.53156 0.55645 0.53189 0.55579 0.53189\n 11 116 5 0.56107 0.52562 0.56074 0.52529 0.56107 0.52496 0.56140 0.52529 0.56107 0.52562\n 11 380 17 0.56569 0.53189 0.56470 0.53156 0.56404 0.53057 0.56371 0.52892 0.56371 0.52793 0.56404 0.52628 0.56470 0.52529 0.56569 0.52496 0.56635 0.52496 0.56734 0.52529 0.56800 0.52628 0.56833 0.52793 0.56833 0.52892 0.56800 0.53057 0.56734 0.53156 0.56635 0.53189 0.56569 0.53189\n 11 72 3 0.55711 0.57504 0.55381 0.57042 0.55876 0.57042\n 11 50 2 0.55711 0.57504 0.55711 0.56811\n 11 116 5 0.56107 0.56877 0.56074 0.56844 0.56107 0.56811 0.56140 0.56844 0.56107 0.56877\n 11 380 17 0.56569 0.57504 0.56470 0.57471 0.56404 0.57372 0.56371 0.57207 0.56371 0.57108 0.56404 0.56943 0.56470 0.56844 0.56569 0.56811 0.56635 0.56811 0.56734 0.56844 0.56800 0.56943 0.56833 0.57108 0.56833 0.57207 0.56800 0.57372 0.56734 0.57471 0.56635 0.57504 0.56569 0.57504\n 11 644 29 0.55546 0.61818 0.55447 0.61785 0.55414 0.61719 0.55414 0.61653 0.55447 0.61587 0.55513 0.61554 0.55645 0.61521 0.55744 0.61488 0.55810 0.61422 0.55843 0.61356 0.55843 0.61257 0.55810 0.61191 0.55777 0.61158 0.55678 0.61125 0.55546 0.61125 0.55447 0.61158 0.55414 0.61191 0.55381 0.61257 0.55381 0.61356 0.55414 0.61422 0.55480 0.61488 0.55579 0.61521 0.55711 0.61554 0.55777 0.61587 0.55810 0.61653 0.55810 0.61719 0.55777 0.61785 0.55678 0.61818 0.55546 0.61818\n 11 116 5 0.56107 0.61191 0.56074 0.61158 0.56107 0.61125 0.56140 0.61158 0.56107 0.61191\n 11 380 17 0.56569 0.61818 0.56470 0.61785 0.56404 0.61686 0.56371 0.61521 0.56371 0.61422 0.56404 0.61257 0.56470 0.61158 0.56569 0.61125 0.56635 0.61125 0.56734 0.61158 0.56800 0.61257 0.56833 0.61422 0.56833 0.61521 0.56800 0.61686 0.56734 0.61785 0.56635 0.61818 0.56569 0.61818\n 11 94 4 0.54820 0.66001 0.54886 0.66034 0.54985 0.66133 0.54985 0.65439\n 11 314 14 0.55414 0.65968 0.55414 0.66001 0.55447 0.66067 0.55480 0.66100 0.55546 0.66133 0.55678 0.66133 0.55744 0.66100 0.55777 0.66067 0.55810 0.66001 0.55810 0.65935 0.55777 0.65869 0.55711 0.65770 0.55381 0.65439 0.55843 0.65439\n 11 116 5 0.56107 0.65506 0.56074 0.65472 0.56107 0.65439 0.56140 0.65472 0.56107 0.65506\n 11 380 17 0.56569 0.66133 0.56470 0.66100 0.56404 0.66001 0.56371 0.65836 0.56371 0.65737 0.56404 0.65572 0.56470 0.65472 0.56569 0.65439 0.56635 0.65439 0.56734 0.65472 0.56800 0.65572 0.56833 0.65737 0.56833 0.65836 0.56800 0.66001 0.56734 0.66100 0.56635 0.66133 0.56569 0.66133\n 11 94 4 0.54820 0.70315 0.54886 0.70348 0.54985 0.70447 0.54985 0.69754\n 11 512 23 0.55810 0.70348 0.55777 0.70414 0.55678 0.70447 0.55612 0.70447 0.55513 0.70414 0.55447 0.70315 0.55414 0.70150 0.55414 0.69985 0.55447 0.69853 0.55513 0.69787 0.55612 0.69754 0.55645 0.69754 0.55744 0.69787 0.55810 0.69853 0.55843 0.69952 0.55843 0.69985 0.55810 0.70084 0.55744 0.70150 0.55645 0.70183 0.55612 0.70183 0.55513 0.70150 0.55447 0.70084 0.55414 0.69985\n 11 116 5 0.56107 0.69820 0.56074 0.69787 0.56107 0.69754 0.56140 0.69787 0.56107 0.69820\n 11 380 17 0.56569 0.70447 0.56470 0.70414 0.56404 0.70315 0.56371 0.70150 0.56371 0.70051 0.56404 0.69886 0.56470 0.69787 0.56569 0.69754 0.56635 0.69754 0.56734 0.69787 0.56800 0.69886 0.56833 0.70051 0.56833 0.70150 0.56800 0.70315 0.56734 0.70414 0.56635 0.70447 0.56569 0.70447\n 11 314 14 0.54754 0.74597 0.54754 0.74630 0.54787 0.74696 0.54820 0.74729 0.54886 0.74762 0.55018 0.74762 0.55084 0.74729 0.55117 0.74696 0.55150 0.74630 0.55150 0.74564 0.55117 0.74498 0.55051 0.74399 0.54721 0.74068 0.55183 0.74068\n 11 380 17 0.55579 0.74762 0.55480 0.74729 0.55414 0.74630 0.55381 0.74465 0.55381 0.74366 0.55414 0.74200 0.55480 0.74101 0.55579 0.74068 0.55645 0.74068 0.55744 0.74101 0.55810 0.74200 0.55843 0.74366 0.55843 0.74465 0.55810 0.74630 0.55744 0.74729 0.55645 0.74762 0.55579 0.74762\n 11 116 5 0.56107 0.74134 0.56074 0.74101 0.56107 0.74068 0.56140 0.74101 0.56107 0.74134\n 11 380 17 0.56569 0.74762 0.56470 0.74729 0.56404 0.74630 0.56371 0.74465 0.56371 0.74366 0.56404 0.74200 0.56470 0.74101 0.56569 0.74068 0.56635 0.74068 0.56734 0.74101 0.56800 0.74200 0.56833 0.74366 0.56833 0.74465 0.56800 0.74630 0.56734 0.74729 0.56635 0.74762 0.56569 0.74762\n 11 864 39 0.58319 0.52843 0.58319 0.52843 0.58319 0.52843 0.57452 0.52843 0.58319 0.52843 0.58319 0.55000 0.57452 0.55000 0.58319 0.55000 0.58319 0.57157 0.57452 0.57157 0.58319 0.57157 0.58319 0.59314 0.57452 0.59314 0.58319 0.59314 0.58319 0.61472 0.57452 0.61472 0.58319 0.61472 0.58319 0.63629 0.57452 0.63629 0.58319 0.63629 0.58319 0.65786 0.57452 0.65786 0.58319 0.65786 0.58319 0.67943 0.57452 0.67943 0.58319 0.67943 0.58319 0.70101 0.57452 0.70101 0.58319 0.70101 0.58319 0.72258 0.57452 0.72258 0.58319 0.72258 0.58319 0.74415 0.57452 0.74415 0.58319 0.74415 0.58319 0.76572 0.57452 0.76572 0.58319 0.76572 0.58319 0.76572\n 11 380 17 0.55579 0.53189 0.55480 0.53156 0.55414 0.53057 0.55381 0.52892 0.55381 0.52793 0.55414 0.52628 0.55480 0.52529 0.55579 0.52496 0.55645 0.52496 0.55744 0.52529 0.55810 0.52628 0.55843 0.52793 0.55843 0.52892 0.55810 0.53057 0.55744 0.53156 0.55645 0.53189 0.55579 0.53189\n 11 116 5 0.56107 0.52562 0.56074 0.52529 0.56107 0.52496 0.56140 0.52529 0.56107 0.52562\n 11 380 17 0.56569 0.53189 0.56470 0.53156 0.56404 0.53057 0.56371 0.52892 0.56371 0.52793 0.56404 0.52628 0.56470 0.52529 0.56569 0.52496 0.56635 0.52496 0.56734 0.52529 0.56800 0.52628 0.56833 0.52793 0.56833 0.52892 0.56800 0.53057 0.56734 0.53156 0.56635 0.53189 0.56569 0.53189\n 11 72 3 0.55711 0.57504 0.55381 0.57042 0.55876 0.57042\n 11 50 2 0.55711 0.57504 0.55711 0.56811\n 11 116 5 0.56107 0.56877 0.56074 0.56844 0.56107 0.56811 0.56140 0.56844 0.56107 0.56877\n 11 380 17 0.56569 0.57504 0.56470 0.57471 0.56404 0.57372 0.56371 0.57207 0.56371 0.57108 0.56404 0.56943 0.56470 0.56844 0.56569 0.56811 0.56635 0.56811 0.56734 0.56844 0.56800 0.56943 0.56833 0.57108 0.56833 0.57207 0.56800 0.57372 0.56734 0.57471 0.56635 0.57504 0.56569 0.57504\n 11 644 29 0.55546 0.61818 0.55447 0.61785 0.55414 0.61719 0.55414 0.61653 0.55447 0.61587 0.55513 0.61554 0.55645 0.61521 0.55744 0.61488 0.55810 0.61422 0.55843 0.61356 0.55843 0.61257 0.55810 0.61191 0.55777 0.61158 0.55678 0.61125 0.55546 0.61125 0.55447 0.61158 0.55414 0.61191 0.55381 0.61257 0.55381 0.61356 0.55414 0.61422 0.55480 0.61488 0.55579 0.61521 0.55711 0.61554 0.55777 0.61587 0.55810 0.61653 0.55810 0.61719 0.55777 0.61785 0.55678 0.61818 0.55546 0.61818\n 11 116 5 0.56107 0.61191 0.56074 0.61158 0.56107 0.61125 0.56140 0.61158 0.56107 0.61191\n 11 380 17 0.56569 0.61818 0.56470 0.61785 0.56404 0.61686 0.56371 0.61521 0.56371 0.61422 0.56404 0.61257 0.56470 0.61158 0.56569 0.61125 0.56635 0.61125 0.56734 0.61158 0.56800 0.61257 0.56833 0.61422 0.56833 0.61521 0.56800 0.61686 0.56734 0.61785 0.56635 0.61818 0.56569 0.61818\n 11 94 4 0.54820 0.66001 0.54886 0.66034 0.54985 0.66133 0.54985 0.65439\n 11 314 14 0.55414 0.65968 0.55414 0.66001 0.55447 0.66067 0.55480 0.66100 0.55546 0.66133 0.55678 0.66133 0.55744 0.66100 0.55777 0.66067 0.55810 0.66001 0.55810 0.65935 0.55777 0.65869 0.55711 0.65770 0.55381 0.65439 0.55843 0.65439\n 11 116 5 0.56107 0.65506 0.56074 0.65472 0.56107 0.65439 0.56140 0.65472 0.56107 0.65506\n 11 380 17 0.56569 0.66133 0.56470 0.66100 0.56404 0.66001 0.56371 0.65836 0.56371 0.65737 0.56404 0.65572 0.56470 0.65472 0.56569 0.65439 0.56635 0.65439 0.56734 0.65472 0.56800 0.65572 0.56833 0.65737 0.56833 0.65836 0.56800 0.66001 0.56734 0.66100 0.56635 0.66133 0.56569 0.66133\n 11 94 4 0.54820 0.70315 0.54886 0.70348 0.54985 0.70447 0.54985 0.69754\n 11 512 23 0.55810 0.70348 0.55777 0.70414 0.55678 0.70447 0.55612 0.70447 0.55513 0.70414 0.55447 0.70315 0.55414 0.70150 0.55414 0.69985 0.55447 0.69853 0.55513 0.69787 0.55612 0.69754 0.55645 0.69754 0.55744 0.69787 0.55810 0.69853 0.55843 0.69952 0.55843 0.69985 0.55810 0.70084 0.55744 0.70150 0.55645 0.70183 0.55612 0.70183 0.55513 0.70150 0.55447 0.70084 0.55414 0.69985\n 11 116 5 0.56107 0.69820 0.56074 0.69787 0.56107 0.69754 0.56140 0.69787 0.56107 0.69820\n 11 380 17 0.56569 0.70447 0.56470 0.70414 0.56404 0.70315 0.56371 0.70150 0.56371 0.70051 0.56404 0.69886 0.56470 0.69787 0.56569 0.69754 0.56635 0.69754 0.56734 0.69787 0.56800 0.69886 0.56833 0.70051 0.56833 0.70150 0.56800 0.70315 0.56734 0.70414 0.56635 0.70447 0.56569 0.70447\n 11 314 14 0.54754 0.74597 0.54754 0.74630 0.54787 0.74696 0.54820 0.74729 0.54886 0.74762 0.55018 0.74762 0.55084 0.74729 0.55117 0.74696 0.55150 0.74630 0.55150 0.74564 0.55117 0.74498 0.55051 0.74399 0.54721 0.74068 0.55183 0.74068\n 11 380 17 0.55579 0.74762 0.55480 0.74729 0.55414 0.74630 0.55381 0.74465 0.55381 0.74366 0.55414 0.74200 0.55480 0.74101 0.55579 0.74068 0.55645 0.74068 0.55744 0.74101 0.55810 0.74200 0.55843 0.74366 0.55843 0.74465 0.55810 0.74630 0.55744 0.74729 0.55645 0.74762 0.55579 0.74762\n 11 116 5 0.56107 0.74134 0.56074 0.74101 0.56107 0.74068 0.56140 0.74101 0.56107 0.74134\n 11 380 17 0.56569 0.74762 0.56470 0.74729 0.56404 0.74630 0.56371 0.74465 0.56371 0.74366 0.56404 0.74200 0.56470 0.74101 0.56569 0.74068 0.56635 0.74068 0.56734 0.74101 0.56800 0.74200 0.56833 0.74366 0.56833 0.74465 0.56800 0.74630 0.56734 0.74729 0.56635 0.74762 0.56569 0.74762\n 11 864 39 0.93064 0.52843 0.93064 0.52843 0.93064 0.52843 0.93931 0.52843 0.93064 0.52843 0.93064 0.55000 0.93931 0.55000 0.93064 0.55000 0.93064 0.57157 0.93931 0.57157 0.93064 0.57157 0.93064 0.59314 0.93931 0.59314 0.93064 0.59314 0.93064 0.61472 0.93931 0.61472 0.93064 0.61472 0.93064 0.63629 0.93931 0.63629 0.93064 0.63629 0.93064 0.65786 0.93931 0.65786 0.93064 0.65786 0.93064 0.67943 0.93931 0.67943 0.93064 0.67943 0.93064 0.70101 0.93931 0.70101 0.93064 0.70101 0.93064 0.72258 0.93931 0.72258 0.93064 0.72258 0.93064 0.74415 0.93931 0.74415 0.93064 0.74415 0.93064 0.76572 0.93931 0.76572 0.93064 0.76572 0.93064 0.76572\n 11 864 39 0.93064 0.52843 0.93064 0.52843 0.93064 0.52843 0.93931 0.52843 0.93064 0.52843 0.93064 0.55000 0.93931 0.55000 0.93064 0.55000 0.93064 0.57157 0.93931 0.57157 0.93064 0.57157 0.93064 0.59314 0.93931 0.59314 0.93064 0.59314 0.93064 0.61472 0.93931 0.61472 0.93064 0.61472 0.93064 0.63629 0.93931 0.63629 0.93064 0.63629 0.93064 0.65786 0.93931 0.65786 0.93064 0.65786 0.93064 0.67943 0.93931 0.67943 0.93064 0.67943 0.93064 0.70101 0.93931 0.70101 0.93064 0.70101 0.93064 0.72258 0.93931 0.72258 0.93064 0.72258 0.93064 0.74415 0.93931 0.74415 0.93064 0.74415 0.93064 0.76572 0.93931 0.76572 0.93064 0.76572 0.93064 0.76572\n 11 798 36 0.58319 0.76572 0.58319 0.76572 0.58319 0.76572 0.58319 0.77439 0.58319 0.76572 0.61793 0.76572 0.61793 0.77439 0.61793 0.76572 0.65268 0.76572 0.65268 0.77439 0.65268 0.76572 0.68742 0.76572 0.68742 0.77439 0.68742 0.76572 0.72217 0.76572 0.72217 0.77439 0.72217 0.76572 0.75692 0.76572 0.75692 0.77439 0.75692 0.76572 0.79166 0.76572 0.79166 0.77439 0.79166 0.76572 0.82641 0.76572 0.82641 0.77439 0.82641 0.76572 0.86115 0.76572 0.86115 0.77439 0.86115 0.76572 0.89590 0.76572 0.89590 0.77439 0.89590 0.76572 0.93064 0.76572 0.93064 0.77439 0.93064 0.76572 0.93064 0.76572\n 11 798 36 0.58319 0.76572 0.58319 0.76572 0.58319 0.76572 0.58319 0.77439 0.58319 0.76572 0.61793 0.76572 0.61793 0.77439 0.61793 0.76572 0.65268 0.76572 0.65268 0.77439 0.65268 0.76572 0.68742 0.76572 0.68742 0.77439 0.68742 0.76572 0.72217 0.76572 0.72217 0.77439 0.72217 0.76572 0.75692 0.76572 0.75692 0.77439 0.75692 0.76572 0.79166 0.76572 0.79166 0.77439 0.79166 0.76572 0.82641 0.76572 0.82641 0.77439 0.82641 0.76572 0.86115 0.76572 0.86115 0.77439 0.86115 0.76572 0.89590 0.76572 0.89590 0.77439 0.89590 0.76572 0.93064 0.76572 0.93064 0.77439 0.93064 0.76572 0.93064 0.76572\n 11 798 36 0.58319 0.52843 0.58319 0.52843 0.58319 0.52843 0.58319 0.51976 0.58319 0.52843 0.61793 0.52843 0.61793 0.51976 0.61793 0.52843 0.65268 0.52843 0.65268 0.51976 0.65268 0.52843 0.68742 0.52843 0.68742 0.51976 0.68742 0.52843 0.72217 0.52843 0.72217 0.51976 0.72217 0.52843 0.75692 0.52843 0.75692 0.51976 0.75692 0.52843 0.79166 0.52843 0.79166 0.51976 0.79166 0.52843 0.82641 0.52843 0.82641 0.51976 0.82641 0.52843 0.86115 0.52843 0.86115 0.51976 0.86115 0.52843 0.89590 0.52843 0.89590 0.51976 0.89590 0.52843 0.93064 0.52843 0.93064 0.51976 0.93064 0.52843 0.93064 0.52843\n 11 380 17 0.58286 0.51352 0.58187 0.51319 0.58121 0.51220 0.58088 0.51055 0.58088 0.50956 0.58121 0.50791 0.58187 0.50692 0.58286 0.50659 0.58352 0.50659 0.58451 0.50692 0.58517 0.50791 0.58550 0.50956 0.58550 0.51055 0.58517 0.51220 0.58451 0.51319 0.58352 0.51352 0.58286 0.51352\n 11 72 3 0.65367 0.51352 0.65037 0.50890 0.65532 0.50890\n 11 50 2 0.65367 0.51352 0.65367 0.50659\n 11 644 29 0.72151 0.51352 0.72052 0.51319 0.72019 0.51253 0.72019 0.51187 0.72052 0.51121 0.72118 0.51088 0.72250 0.51055 0.72349 0.51022 0.72415 0.50956 0.72448 0.50890 0.72448 0.50791 0.72415 0.50725 0.72382 0.50692 0.72283 0.50659 0.72151 0.50659 0.72052 0.50692 0.72019 0.50725 0.71986 0.50791 0.71986 0.50890 0.72019 0.50956 0.72085 0.51022 0.72184 0.51055 0.72316 0.51088 0.72382 0.51121 0.72415 0.51187 0.72415 0.51253 0.72382 0.51319 0.72283 0.51352 0.72151 0.51352\n 11 94 4 0.78704 0.51220 0.78770 0.51253 0.78869 0.51352 0.78869 0.50659\n 11 314 14 0.79298 0.51187 0.79298 0.51220 0.79331 0.51286 0.79364 0.51319 0.79430 0.51352 0.79562 0.51352 0.79628 0.51319 0.79661 0.51286 0.79694 0.51220 0.79694 0.51154 0.79661 0.51088 0.79595 0.50989 0.79265 0.50659 0.79727 0.50659\n 11 94 4 0.85653 0.51220 0.85719 0.51253 0.85818 0.51352 0.85818 0.50659\n 11 512 23 0.86643 0.51253 0.86610 0.51319 0.86511 0.51352 0.86445 0.51352 0.86346 0.51319 0.86280 0.51220 0.86247 0.51055 0.86247 0.50890 0.86280 0.50758 0.86346 0.50692 0.86445 0.50659 0.86478 0.50659 0.86577 0.50692 0.86643 0.50758 0.86676 0.50857 0.86676 0.50890 0.86643 0.50989 0.86577 0.51055 0.86478 0.51088 0.86445 0.51088 0.86346 0.51055 0.86280 0.50989 0.86247 0.50890\n 11 314 14 0.92536 0.51187 0.92536 0.51220 0.92569 0.51286 0.92602 0.51319 0.92668 0.51352 0.92800 0.51352 0.92866 0.51319 0.92899 0.51286 0.92932 0.51220 0.92932 0.51154 0.92899 0.51088 0.92833 0.50989 0.92503 0.50659 0.92965 0.50659\n 11 380 17 0.93361 0.51352 0.93262 0.51319 0.93196 0.51220 0.93163 0.51055 0.93163 0.50956 0.93196 0.50791 0.93262 0.50692 0.93361 0.50659 0.93427 0.50659 0.93526 0.50692 0.93592 0.50791 0.93625 0.50956 0.93625 0.51055 0.93592 0.51220 0.93526 0.51319 0.93427 0.51352 0.93361 0.51352\n 11 798 36 0.58319 0.52843 0.58319 0.52843 0.58319 0.52843 0.58319 0.51976 0.58319 0.52843 0.61793 0.52843 0.61793 0.51976 0.61793 0.52843 0.65268 0.52843 0.65268 0.51976 0.65268 0.52843 0.68742 0.52843 0.68742 0.51976 0.68742 0.52843 0.72217 0.52843 0.72217 0.51976 0.72217 0.52843 0.75692 0.52843 0.75692 0.51976 0.75692 0.52843 0.79166 0.52843 0.79166 0.51976 0.79166 0.52843 0.82641 0.52843 0.82641 0.51976 0.82641 0.52843 0.86115 0.52843 0.86115 0.51976 0.86115 0.52843 0.89590 0.52843 0.89590 0.51976 0.89590 0.52843 0.93064 0.52843 0.93064 0.51976 0.93064 0.52843 0.93064 0.52843\n 11 380 17 0.58286 0.51352 0.58187 0.51319 0.58121 0.51220 0.58088 0.51055 0.58088 0.50956 0.58121 0.50791 0.58187 0.50692 0.58286 0.50659 0.58352 0.50659 0.58451 0.50692 0.58517 0.50791 0.58550 0.50956 0.58550 0.51055 0.58517 0.51220 0.58451 0.51319 0.58352 0.51352 0.58286 0.51352\n 11 72 3 0.65367 0.51352 0.65037 0.50890 0.65532 0.50890\n 11 50 2 0.65367 0.51352 0.65367 0.50659\n 11 644 29 0.72151 0.51352 0.72052 0.51319 0.72019 0.51253 0.72019 0.51187 0.72052 0.51121 0.72118 0.51088 0.72250 0.51055 0.72349 0.51022 0.72415 0.50956 0.72448 0.50890 0.72448 0.50791 0.72415 0.50725 0.72382 0.50692 0.72283 0.50659 0.72151 0.50659 0.72052 0.50692 0.72019 0.50725 0.71986 0.50791 0.71986 0.50890 0.72019 0.50956 0.72085 0.51022 0.72184 0.51055 0.72316 0.51088 0.72382 0.51121 0.72415 0.51187 0.72415 0.51253 0.72382 0.51319 0.72283 0.51352 0.72151 0.51352\n 11 94 4 0.78704 0.51220 0.78770 0.51253 0.78869 0.51352 0.78869 0.50659\n 11 314 14 0.79298 0.51187 0.79298 0.51220 0.79331 0.51286 0.79364 0.51319 0.79430 0.51352 0.79562 0.51352 0.79628 0.51319 0.79661 0.51286 0.79694 0.51220 0.79694 0.51154 0.79661 0.51088 0.79595 0.50989 0.79265 0.50659 0.79727 0.50659\n 11 94 4 0.85653 0.51220 0.85719 0.51253 0.85818 0.51352 0.85818 0.50659\n 11 512 23 0.86643 0.51253 0.86610 0.51319 0.86511 0.51352 0.86445 0.51352 0.86346 0.51319 0.86280 0.51220 0.86247 0.51055 0.86247 0.50890 0.86280 0.50758 0.86346 0.50692 0.86445 0.50659 0.86478 0.50659 0.86577 0.50692 0.86643 0.50758 0.86676 0.50857 0.86676 0.50890 0.86643 0.50989 0.86577 0.51055 0.86478 0.51088 0.86445 0.51088 0.86346 0.51055 0.86280 0.50989 0.86247 0.50890\n 11 314 14 0.92536 0.51187 0.92536 0.51220 0.92569 0.51286 0.92602 0.51319 0.92668 0.51352 0.92800 0.51352 0.92866 0.51319 0.92899 0.51286 0.92932 0.51220 0.92932 0.51154 0.92899 0.51088 0.92833 0.50989 0.92503 0.50659 0.92965 0.50659\n 11 380 17 0.93361 0.51352 0.93262 0.51319 0.93196 0.51220 0.93163 0.51055 0.93163 0.50956 0.93196 0.50791 0.93262 0.50692 0.93361 0.50659 0.93427 0.50659 0.93526 0.50692 0.93592 0.50791 0.93625 0.50956 0.93625 0.51055 0.93592 0.51220 0.93526 0.51319 0.93427 0.51352 0.93361 0.51352\n 11 864 39 0.58319 0.52843 0.58319 0.52843 0.58319 0.52843 0.57452 0.52843 0.58319 0.52843 0.58319 0.55000 0.57452 0.55000 0.58319 0.55000 0.58319 0.57157 0.57452 0.57157 0.58319 0.57157 0.58319 0.59314 0.57452 0.59314 0.58319 0.59314 0.58319 0.61472 0.57452 0.61472 0.58319 0.61472 0.58319 0.63629 0.57452 0.63629 0.58319 0.63629 0.58319 0.65786 0.57452 0.65786 0.58319 0.65786 0.58319 0.67943 0.57452 0.67943 0.58319 0.67943 0.58319 0.70101 0.57452 0.70101 0.58319 0.70101 0.58319 0.72258 0.57452 0.72258 0.58319 0.72258 0.58319 0.74415 0.57452 0.74415 0.58319 0.74415 0.58319 0.76572 0.57452 0.76572 0.58319 0.76572 0.58319 0.76572\n 11 380 17 0.55579 0.53189 0.55480 0.53156 0.55414 0.53057 0.55381 0.52892 0.55381 0.52793 0.55414 0.52628 0.55480 0.52529 0.55579 0.52496 0.55645 0.52496 0.55744 0.52529 0.55810 0.52628 0.55843 0.52793 0.55843 0.52892 0.55810 0.53057 0.55744 0.53156 0.55645 0.53189 0.55579 0.53189\n 11 116 5 0.56107 0.52562 0.56074 0.52529 0.56107 0.52496 0.56140 0.52529 0.56107 0.52562\n 11 380 17 0.56569 0.53189 0.56470 0.53156 0.56404 0.53057 0.56371 0.52892 0.56371 0.52793 0.56404 0.52628 0.56470 0.52529 0.56569 0.52496 0.56635 0.52496 0.56734 0.52529 0.56800 0.52628 0.56833 0.52793 0.56833 0.52892 0.56800 0.53057 0.56734 0.53156 0.56635 0.53189 0.56569 0.53189\n 11 72 3 0.55711 0.57504 0.55381 0.57042 0.55876 0.57042\n 11 50 2 0.55711 0.57504 0.55711 0.56811\n 11 116 5 0.56107 0.56877 0.56074 0.56844 0.56107 0.56811 0.56140 0.56844 0.56107 0.56877\n 11 380 17 0.56569 0.57504 0.56470 0.57471 0.56404 0.57372 0.56371 0.57207 0.56371 0.57108 0.56404 0.56943 0.56470 0.56844 0.56569 0.56811 0.56635 0.56811 0.56734 0.56844 0.56800 0.56943 0.56833 0.57108 0.56833 0.57207 0.56800 0.57372 0.56734 0.57471 0.56635 0.57504 0.56569 0.57504\n 11 644 29 0.55546 0.61818 0.55447 0.61785 0.55414 0.61719 0.55414 0.61653 0.55447 0.61587 0.55513 0.61554 0.55645 0.61521 0.55744 0.61488 0.55810 0.61422 0.55843 0.61356 0.55843 0.61257 0.55810 0.61191 0.55777 0.61158 0.55678 0.61125 0.55546 0.61125 0.55447 0.61158 0.55414 0.61191 0.55381 0.61257 0.55381 0.61356 0.55414 0.61422 0.55480 0.61488 0.55579 0.61521 0.55711 0.61554 0.55777 0.61587 0.55810 0.61653 0.55810 0.61719 0.55777 0.61785 0.55678 0.61818 0.55546 0.61818\n 11 116 5 0.56107 0.61191 0.56074 0.61158 0.56107 0.61125 0.56140 0.61158 0.56107 0.61191\n 11 380 17 0.56569 0.61818 0.56470 0.61785 0.56404 0.61686 0.56371 0.61521 0.56371 0.61422 0.56404 0.61257 0.56470 0.61158 0.56569 0.61125 0.56635 0.61125 0.56734 0.61158 0.56800 0.61257 0.56833 0.61422 0.56833 0.61521 0.56800 0.61686 0.56734 0.61785 0.56635 0.61818 0.56569 0.61818\n 11 94 4 0.54820 0.66001 0.54886 0.66034 0.54985 0.66133 0.54985 0.65439\n 11 314 14 0.55414 0.65968 0.55414 0.66001 0.55447 0.66067 0.55480 0.66100 0.55546 0.66133 0.55678 0.66133 0.55744 0.66100 0.55777 0.66067 0.55810 0.66001 0.55810 0.65935 0.55777 0.65869 0.55711 0.65770 0.55381 0.65439 0.55843 0.65439\n 11 116 5 0.56107 0.65506 0.56074 0.65472 0.56107 0.65439 0.56140 0.65472 0.56107 0.65506\n 11 380 17 0.56569 0.66133 0.56470 0.66100 0.56404 0.66001 0.56371 0.65836 0.56371 0.65737 0.56404 0.65572 0.56470 0.65472 0.56569 0.65439 0.56635 0.65439 0.56734 0.65472 0.56800 0.65572 0.56833 0.65737 0.56833 0.65836 0.56800 0.66001 0.56734 0.66100 0.56635 0.66133 0.56569 0.66133\n 11 94 4 0.54820 0.70315 0.54886 0.70348 0.54985 0.70447 0.54985 0.69754\n 11 512 23 0.55810 0.70348 0.55777 0.70414 0.55678 0.70447 0.55612 0.70447 0.55513 0.70414 0.55447 0.70315 0.55414 0.70150 0.55414 0.69985 0.55447 0.69853 0.55513 0.69787 0.55612 0.69754 0.55645 0.69754 0.55744 0.69787 0.55810 0.69853 0.55843 0.69952 0.55843 0.69985 0.55810 0.70084 0.55744 0.70150 0.55645 0.70183 0.55612 0.70183 0.55513 0.70150 0.55447 0.70084 0.55414 0.69985\n 11 116 5 0.56107 0.69820 0.56074 0.69787 0.56107 0.69754 0.56140 0.69787 0.56107 0.69820\n 11 380 17 0.56569 0.70447 0.56470 0.70414 0.56404 0.70315 0.56371 0.70150 0.56371 0.70051 0.56404 0.69886 0.56470 0.69787 0.56569 0.69754 0.56635 0.69754 0.56734 0.69787 0.56800 0.69886 0.56833 0.70051 0.56833 0.70150 0.56800 0.70315 0.56734 0.70414 0.56635 0.70447 0.56569 0.70447\n 11 314 14 0.54754 0.74597 0.54754 0.74630 0.54787 0.74696 0.54820 0.74729 0.54886 0.74762 0.55018 0.74762 0.55084 0.74729 0.55117 0.74696 0.55150 0.74630 0.55150 0.74564 0.55117 0.74498 0.55051 0.74399 0.54721 0.74068 0.55183 0.74068\n 11 380 17 0.55579 0.74762 0.55480 0.74729 0.55414 0.74630 0.55381 0.74465 0.55381 0.74366 0.55414 0.74200 0.55480 0.74101 0.55579 0.74068 0.55645 0.74068 0.55744 0.74101 0.55810 0.74200 0.55843 0.74366 0.55843 0.74465 0.55810 0.74630 0.55744 0.74729 0.55645 0.74762 0.55579 0.74762\n 11 116 5 0.56107 0.74134 0.56074 0.74101 0.56107 0.74068 0.56140 0.74101 0.56107 0.74134\n 11 380 17 0.56569 0.74762 0.56470 0.74729 0.56404 0.74630 0.56371 0.74465 0.56371 0.74366 0.56404 0.74200 0.56470 0.74101 0.56569 0.74068 0.56635 0.74068 0.56734 0.74101 0.56800 0.74200 0.56833 0.74366 0.56833 0.74465 0.56800 0.74630 0.56734 0.74729 0.56635 0.74762 0.56569 0.74762\n 11 864 39 0.58319 0.52843 0.58319 0.52843 0.58319 0.52843 0.57452 0.52843 0.58319 0.52843 0.58319 0.55000 0.57452 0.55000 0.58319 0.55000 0.58319 0.57157 0.57452 0.57157 0.58319 0.57157 0.58319 0.59314 0.57452 0.59314 0.58319 0.59314 0.58319 0.61472 0.57452 0.61472 0.58319 0.61472 0.58319 0.63629 0.57452 0.63629 0.58319 0.63629 0.58319 0.65786 0.57452 0.65786 0.58319 0.65786 0.58319 0.67943 0.57452 0.67943 0.58319 0.67943 0.58319 0.70101 0.57452 0.70101 0.58319 0.70101 0.58319 0.72258 0.57452 0.72258 0.58319 0.72258 0.58319 0.74415 0.57452 0.74415 0.58319 0.74415 0.58319 0.76572 0.57452 0.76572 0.58319 0.76572 0.58319 0.76572\n 11 380 17 0.55579 0.53189 0.55480 0.53156 0.55414 0.53057 0.55381 0.52892 0.55381 0.52793 0.55414 0.52628 0.55480 0.52529 0.55579 0.52496 0.55645 0.52496 0.55744 0.52529 0.55810 0.52628 0.55843 0.52793 0.55843 0.52892 0.55810 0.53057 0.55744 0.53156 0.55645 0.53189 0.55579 0.53189\n 11 116 5 0.56107 0.52562 0.56074 0.52529 0.56107 0.52496 0.56140 0.52529 0.56107 0.52562\n 11 380 17 0.56569 0.53189 0.56470 0.53156 0.56404 0.53057 0.56371 0.52892 0.56371 0.52793 0.56404 0.52628 0.56470 0.52529 0.56569 0.52496 0.56635 0.52496 0.56734 0.52529 0.56800 0.52628 0.56833 0.52793 0.56833 0.52892 0.56800 0.53057 0.56734 0.53156 0.56635 0.53189 0.56569 0.53189\n 11 72 3 0.55711 0.57504 0.55381 0.57042 0.55876 0.57042\n 11 50 2 0.55711 0.57504 0.55711 0.56811\n 11 116 5 0.56107 0.56877 0.56074 0.56844 0.56107 0.56811 0.56140 0.56844 0.56107 0.56877\n 11 380 17 0.56569 0.57504 0.56470 0.57471 0.56404 0.57372 0.56371 0.57207 0.56371 0.57108 0.56404 0.56943 0.56470 0.56844 0.56569 0.56811 0.56635 0.56811 0.56734 0.56844 0.56800 0.56943 0.56833 0.57108 0.56833 0.57207 0.56800 0.57372 0.56734 0.57471 0.56635 0.57504 0.56569 0.57504\n 11 644 29 0.55546 0.61818 0.55447 0.61785 0.55414 0.61719 0.55414 0.61653 0.55447 0.61587 0.55513 0.61554 0.55645 0.61521 0.55744 0.61488 0.55810 0.61422 0.55843 0.61356 0.55843 0.61257 0.55810 0.61191 0.55777 0.61158 0.55678 0.61125 0.55546 0.61125 0.55447 0.61158 0.55414 0.61191 0.55381 0.61257 0.55381 0.61356 0.55414 0.61422 0.55480 0.61488 0.55579 0.61521 0.55711 0.61554 0.55777 0.61587 0.55810 0.61653 0.55810 0.61719 0.55777 0.61785 0.55678 0.61818 0.55546 0.61818\n 11 116 5 0.56107 0.61191 0.56074 0.61158 0.56107 0.61125 0.56140 0.61158 0.56107 0.61191\n 11 380 17 0.56569 0.61818 0.56470 0.61785 0.56404 0.61686 0.56371 0.61521 0.56371 0.61422 0.56404 0.61257 0.56470 0.61158 0.56569 0.61125 0.56635 0.61125 0.56734 0.61158 0.56800 0.61257 0.56833 0.61422 0.56833 0.61521 0.56800 0.61686 0.56734 0.61785 0.56635 0.61818 0.56569 0.61818\n 11 94 4 0.54820 0.66001 0.54886 0.66034 0.54985 0.66133 0.54985 0.65439\n 11 314 14 0.55414 0.65968 0.55414 0.66001 0.55447 0.66067 0.55480 0.66100 0.55546 0.66133 0.55678 0.66133 0.55744 0.66100 0.55777 0.66067 0.55810 0.66001 0.55810 0.65935 0.55777 0.65869 0.55711 0.65770 0.55381 0.65439 0.55843 0.65439\n 11 116 5 0.56107 0.65506 0.56074 0.65472 0.56107 0.65439 0.56140 0.65472 0.56107 0.65506\n 11 380 17 0.56569 0.66133 0.56470 0.66100 0.56404 0.66001 0.56371 0.65836 0.56371 0.65737 0.56404 0.65572 0.56470 0.65472 0.56569 0.65439 0.56635 0.65439 0.56734 0.65472 0.56800 0.65572 0.56833 0.65737 0.56833 0.65836 0.56800 0.66001 0.56734 0.66100 0.56635 0.66133 0.56569 0.66133\n 11 94 4 0.54820 0.70315 0.54886 0.70348 0.54985 0.70447 0.54985 0.69754\n 11 512 23 0.55810 0.70348 0.55777 0.70414 0.55678 0.70447 0.55612 0.70447 0.55513 0.70414 0.55447 0.70315 0.55414 0.70150 0.55414 0.69985 0.55447 0.69853 0.55513 0.69787 0.55612 0.69754 0.55645 0.69754 0.55744 0.69787 0.55810 0.69853 0.55843 0.69952 0.55843 0.69985 0.55810 0.70084 0.55744 0.70150 0.55645 0.70183 0.55612 0.70183 0.55513 0.70150 0.55447 0.70084 0.55414 0.69985\n 11 116 5 0.56107 0.69820 0.56074 0.69787 0.56107 0.69754 0.56140 0.69787 0.56107 0.69820\n 11 380 17 0.56569 0.70447 0.56470 0.70414 0.56404 0.70315 0.56371 0.70150 0.56371 0.70051 0.56404 0.69886 0.56470 0.69787 0.56569 0.69754 0.56635 0.69754 0.56734 0.69787 0.56800 0.69886 0.56833 0.70051 0.56833 0.70150 0.56800 0.70315 0.56734 0.70414 0.56635 0.70447 0.56569 0.70447\n 11 314 14 0.54754 0.74597 0.54754 0.74630 0.54787 0.74696 0.54820 0.74729 0.54886 0.74762 0.55018 0.74762 0.55084 0.74729 0.55117 0.74696 0.55150 0.74630 0.55150 0.74564 0.55117 0.74498 0.55051 0.74399 0.54721 0.74068 0.55183 0.74068\n 11 380 17 0.55579 0.74762 0.55480 0.74729 0.55414 0.74630 0.55381 0.74465 0.55381 0.74366 0.55414 0.74200 0.55480 0.74101 0.55579 0.74068 0.55645 0.74068 0.55744 0.74101 0.55810 0.74200 0.55843 0.74366 0.55843 0.74465 0.55810 0.74630 0.55744 0.74729 0.55645 0.74762 0.55579 0.74762\n 11 116 5 0.56107 0.74134 0.56074 0.74101 0.56107 0.74068 0.56140 0.74101 0.56107 0.74134\n 11 380 17 0.56569 0.74762 0.56470 0.74729 0.56404 0.74630 0.56371 0.74465 0.56371 0.74366 0.56404 0.74200 0.56470 0.74101 0.56569 0.74068 0.56635 0.74068 0.56734 0.74101 0.56800 0.74200 0.56833 0.74366 0.56833 0.74465 0.56800 0.74630 0.56734 0.74729 0.56635 0.74762 0.56569 0.74762\n 11 864 39 0.93064 0.52843 0.93064 0.52843 0.93064 0.52843 0.93931 0.52843 0.93064 0.52843 0.93064 0.55000 0.93931 0.55000 0.93064 0.55000 0.93064 0.57157 0.93931 0.57157 0.93064 0.57157 0.93064 0.59314 0.93931 0.59314 0.93064 0.59314 0.93064 0.61472 0.93931 0.61472 0.93064 0.61472 0.93064 0.63629 0.93931 0.63629 0.93064 0.63629 0.93064 0.65786 0.93931 0.65786 0.93064 0.65786 0.93064 0.67943 0.93931 0.67943 0.93064 0.67943 0.93064 0.70101 0.93931 0.70101 0.93064 0.70101 0.93064 0.72258 0.93931 0.72258 0.93064 0.72258 0.93064 0.74415 0.93931 0.74415 0.93064 0.74415 0.93064 0.76572 0.93931 0.76572 0.93064 0.76572 0.93064 0.76572\n 11 864 39 0.93064 0.52843 0.93064 0.52843 0.93064 0.52843 0.93931 0.52843 0.93064 0.52843 0.93064 0.55000 0.93931 0.55000 0.93064 0.55000 0.93064 0.57157 0.93931 0.57157 0.93064 0.57157 0.93064 0.59314 0.93931 0.59314 0.93064 0.59314 0.93064 0.61472 0.93931 0.61472 0.93064 0.61472 0.93064 0.63629 0.93931 0.63629 0.93064 0.63629 0.93064 0.65786 0.93931 0.65786 0.93064 0.65786 0.93064 0.67943 0.93931 0.67943 0.93064 0.67943 0.93064 0.70101 0.93931 0.70101 0.93064 0.70101 0.93064 0.72258 0.93931 0.72258 0.93064 0.72258 0.93064 0.74415 0.93931 0.74415 0.93064 0.74415 0.93064 0.76572 0.93931 0.76572 0.93064 0.76572 0.93064 0.76572\n 11 798 36 0.58319 0.76572 0.58319 0.76572 0.58319 0.76572 0.58319 0.77439 0.58319 0.76572 0.61793 0.76572 0.61793 0.77439 0.61793 0.76572 0.65268 0.76572 0.65268 0.77439 0.65268 0.76572 0.68742 0.76572 0.68742 0.77439 0.68742 0.76572 0.72217 0.76572 0.72217 0.77439 0.72217 0.76572 0.75692 0.76572 0.75692 0.77439 0.75692 0.76572 0.79166 0.76572 0.79166 0.77439 0.79166 0.76572 0.82641 0.76572 0.82641 0.77439 0.82641 0.76572 0.86115 0.76572 0.86115 0.77439 0.86115 0.76572 0.89590 0.76572 0.89590 0.77439 0.89590 0.76572 0.93064 0.76572 0.93064 0.77439 0.93064 0.76572 0.93064 0.76572\n 11 798 36 0.58319 0.76572 0.58319 0.76572 0.58319 0.76572 0.58319 0.77439 0.58319 0.76572 0.61793 0.76572 0.61793 0.77439 0.61793 0.76572 0.65268 0.76572 0.65268 0.77439 0.65268 0.76572 0.68742 0.76572 0.68742 0.77439 0.68742 0.76572 0.72217 0.76572 0.72217 0.77439 0.72217 0.76572 0.75692 0.76572 0.75692 0.77439 0.75692 0.76572 0.79166 0.76572 0.79166 0.77439 0.79166 0.76572 0.82641 0.76572 0.82641 0.77439 0.82641 0.76572 0.86115 0.76572 0.86115 0.77439 0.86115 0.76572 0.89590 0.76572 0.89590 0.77439 0.89590 0.76572 0.93064 0.76572 0.93064 0.77439 0.93064 0.76572 0.93064 0.76572\n 11 798 36 0.58319 0.52843 0.58319 0.52843 0.58319 0.52843 0.58319 0.51976 0.58319 0.52843 0.61793 0.52843 0.61793 0.51976 0.61793 0.52843 0.65268 0.52843 0.65268 0.51976 0.65268 0.52843 0.68742 0.52843 0.68742 0.51976 0.68742 0.52843 0.72217 0.52843 0.72217 0.51976 0.72217 0.52843 0.75692 0.52843 0.75692 0.51976 0.75692 0.52843 0.79166 0.52843 0.79166 0.51976 0.79166 0.52843 0.82641 0.52843 0.82641 0.51976 0.82641 0.52843 0.86115 0.52843 0.86115 0.51976 0.86115 0.52843 0.89590 0.52843 0.89590 0.51976 0.89590 0.52843 0.93064 0.52843 0.93064 0.51976 0.93064 0.52843 0.93064 0.52843\n 11 380 17 0.58286 0.51352 0.58187 0.51319 0.58121 0.51220 0.58088 0.51055 0.58088 0.50956 0.58121 0.50791 0.58187 0.50692 0.58286 0.50659 0.58352 0.50659 0.58451 0.50692 0.58517 0.50791 0.58550 0.50956 0.58550 0.51055 0.58517 0.51220 0.58451 0.51319 0.58352 0.51352 0.58286 0.51352\n 11 72 3 0.65367 0.51352 0.65037 0.50890 0.65532 0.50890\n 11 50 2 0.65367 0.51352 0.65367 0.50659\n 11 644 29 0.72151 0.51352 0.72052 0.51319 0.72019 0.51253 0.72019 0.51187 0.72052 0.51121 0.72118 0.51088 0.72250 0.51055 0.72349 0.51022 0.72415 0.50956 0.72448 0.50890 0.72448 0.50791 0.72415 0.50725 0.72382 0.50692 0.72283 0.50659 0.72151 0.50659 0.72052 0.50692 0.72019 0.50725 0.71986 0.50791 0.71986 0.50890 0.72019 0.50956 0.72085 0.51022 0.72184 0.51055 0.72316 0.51088 0.72382 0.51121 0.72415 0.51187 0.72415 0.51253 0.72382 0.51319 0.72283 0.51352 0.72151 0.51352\n 11 94 4 0.78704 0.51220 0.78770 0.51253 0.78869 0.51352 0.78869 0.50659\n 11 314 14 0.79298 0.51187 0.79298 0.51220 0.79331 0.51286 0.79364 0.51319 0.79430 0.51352 0.79562 0.51352 0.79628 0.51319 0.79661 0.51286 0.79694 0.51220 0.79694 0.51154 0.79661 0.51088 0.79595 0.50989 0.79265 0.50659 0.79727 0.50659\n 11 94 4 0.85653 0.51220 0.85719 0.51253 0.85818 0.51352 0.85818 0.50659\n 11 512 23 0.86643 0.51253 0.86610 0.51319 0.86511 0.51352 0.86445 0.51352 0.86346 0.51319 0.86280 0.51220 0.86247 0.51055 0.86247 0.50890 0.86280 0.50758 0.86346 0.50692 0.86445 0.50659 0.86478 0.50659 0.86577 0.50692 0.86643 0.50758 0.86676 0.50857 0.86676 0.50890 0.86643 0.50989 0.86577 0.51055 0.86478 0.51088 0.86445 0.51088 0.86346 0.51055 0.86280 0.50989 0.86247 0.50890\n 11 314 14 0.92536 0.51187 0.92536 0.51220 0.92569 0.51286 0.92602 0.51319 0.92668 0.51352 0.92800 0.51352 0.92866 0.51319 0.92899 0.51286 0.92932 0.51220 0.92932 0.51154 0.92899 0.51088 0.92833 0.50989 0.92503 0.50659 0.92965 0.50659\n 11 380 17 0.93361 0.51352 0.93262 0.51319 0.93196 0.51220 0.93163 0.51055 0.93163 0.50956 0.93196 0.50791 0.93262 0.50692 0.93361 0.50659 0.93427 0.50659 0.93526 0.50692 0.93592 0.50791 0.93625 0.50956 0.93625 0.51055 0.93592 0.51220 0.93526 0.51319 0.93427 0.51352 0.93361 0.51352\n 11 798 36 0.58319 0.52843 0.58319 0.52843 0.58319 0.52843 0.58319 0.51976 0.58319 0.52843 0.61793 0.52843 0.61793 0.51976 0.61793 0.52843 0.65268 0.52843 0.65268 0.51976 0.65268 0.52843 0.68742 0.52843 0.68742 0.51976 0.68742 0.52843 0.72217 0.52843 0.72217 0.51976 0.72217 0.52843 0.75692 0.52843 0.75692 0.51976 0.75692 0.52843 0.79166 0.52843 0.79166 0.51976 0.79166 0.52843 0.82641 0.52843 0.82641 0.51976 0.82641 0.52843 0.86115 0.52843 0.86115 0.51976 0.86115 0.52843 0.89590 0.52843 0.89590 0.51976 0.89590 0.52843 0.93064 0.52843 0.93064 0.51976 0.93064 0.52843 0.93064 0.52843\n 11 380 17 0.58286 0.51352 0.58187 0.51319 0.58121 0.51220 0.58088 0.51055 0.58088 0.50956 0.58121 0.50791 0.58187 0.50692 0.58286 0.50659 0.58352 0.50659 0.58451 0.50692 0.58517 0.50791 0.58550 0.50956 0.58550 0.51055 0.58517 0.51220 0.58451 0.51319 0.58352 0.51352 0.58286 0.51352\n 11 72 3 0.65367 0.51352 0.65037 0.50890 0.65532 0.50890\n 11 50 2 0.65367 0.51352 0.65367 0.50659\n 11 644 29 0.72151 0.51352 0.72052 0.51319 0.72019 0.51253 0.72019 0.51187 0.72052 0.51121 0.72118 0.51088 0.72250 0.51055 0.72349 0.51022 0.72415 0.50956 0.72448 0.50890 0.72448 0.50791 0.72415 0.50725 0.72382 0.50692 0.72283 0.50659 0.72151 0.50659 0.72052 0.50692 0.72019 0.50725 0.71986 0.50791 0.71986 0.50890 0.72019 0.50956 0.72085 0.51022 0.72184 0.51055 0.72316 0.51088 0.72382 0.51121 0.72415 0.51187 0.72415 0.51253 0.72382 0.51319 0.72283 0.51352 0.72151 0.51352\n 11 94 4 0.78704 0.51220 0.78770 0.51253 0.78869 0.51352 0.78869 0.50659\n 11 314 14 0.79298 0.51187 0.79298 0.51220 0.79331 0.51286 0.79364 0.51319 0.79430 0.51352 0.79562 0.51352 0.79628 0.51319 0.79661 0.51286 0.79694 0.51220 0.79694 0.51154 0.79661 0.51088 0.79595 0.50989 0.79265 0.50659 0.79727 0.50659\n 11 94 4 0.85653 0.51220 0.85719 0.51253 0.85818 0.51352 0.85818 0.50659\n 11 512 23 0.86643 0.51253 0.86610 0.51319 0.86511 0.51352 0.86445 0.51352 0.86346 0.51319 0.86280 0.51220 0.86247 0.51055 0.86247 0.50890 0.86280 0.50758 0.86346 0.50692 0.86445 0.50659 0.86478 0.50659 0.86577 0.50692 0.86643 0.50758 0.86676 0.50857 0.86676 0.50890 0.86643 0.50989 0.86577 0.51055 0.86478 0.51088 0.86445 0.51088 0.86346 0.51055 0.86280 0.50989 0.86247 0.50890\n 11 314 14 0.92536 0.51187 0.92536 0.51220 0.92569 0.51286 0.92602 0.51319 0.92668 0.51352 0.92800 0.51352 0.92866 0.51319 0.92899 0.51286 0.92932 0.51220 0.92932 0.51154 0.92899 0.51088 0.92833 0.50989 0.92503 0.50659 0.92965 0.50659\n 11 380 17 0.93361 0.51352 0.93262 0.51319 0.93196 0.51220 0.93163 0.51055 0.93163 0.50956 0.93196 0.50791 0.93262 0.50692 0.93361 0.50659 0.93427 0.50659 0.93526 0.50692 0.93592 0.50791 0.93625 0.50956 0.93625 0.51055 0.93592 0.51220 0.93526 0.51319 0.93427 0.51352 0.93361 0.51352\n 11 50 2 0.75414 0.49827 0.75969 0.48995\n 11 50 2 0.75969 0.49827 0.75414 0.48995\n 11 50 2 0.66778 0.46915 0.67637 0.45529\n 11 50 2 0.66844 0.46915 0.67703 0.45529\n 11 50 2 0.67703 0.46915 0.66778 0.45529\n 11 50 2 0.66646 0.46915 0.67043 0.46915\n 11 50 2 0.67439 0.46915 0.67835 0.46915\n 11 50 2 0.66646 0.45529 0.67043 0.45529\n 11 50 2 0.67439 0.45529 0.67835 0.45529\n 11 226 10 0.69683 0.47180 0.69551 0.47047 0.69419 0.46849 0.69287 0.46585 0.69221 0.46255 0.69221 0.45991 0.69287 0.45661 0.69419 0.45397 0.69551 0.45199 0.69683 0.45067\n 11 182 8 0.69551 0.47047 0.69419 0.46783 0.69353 0.46585 0.69287 0.46255 0.69287 0.45991 0.69353 0.45661 0.69419 0.45463 0.69551 0.45199\n 11 292 13 0.70212 0.46321 0.70212 0.46255 0.70146 0.46255 0.70146 0.46321 0.70212 0.46387 0.70344 0.46453 0.70608 0.46453 0.70740 0.46387 0.70806 0.46321 0.70872 0.46189 0.70872 0.45727 0.70938 0.45595 0.71004 0.45529\n 11 116 5 0.70806 0.46321 0.70806 0.45727 0.70872 0.45595 0.71004 0.45529 0.71070 0.45529\n 11 248 11 0.70806 0.46189 0.70740 0.46123 0.70344 0.46057 0.70146 0.45991 0.70080 0.45859 0.70080 0.45727 0.70146 0.45595 0.70344 0.45529 0.70542 0.45529 0.70674 0.45595 0.70806 0.45727\n 11 138 6 0.70344 0.46057 0.70212 0.45991 0.70146 0.45859 0.70146 0.45727 0.70212 0.45595 0.70344 0.45529\n 11 50 2 0.71466 0.46453 0.72192 0.45529\n 11 50 2 0.71532 0.46453 0.72258 0.45529\n 11 50 2 0.72258 0.46453 0.71466 0.45529\n 11 50 2 0.71334 0.46453 0.71730 0.46453\n 11 50 2 0.71994 0.46453 0.72390 0.46453\n 11 50 2 0.71334 0.45529 0.71730 0.45529\n 11 50 2 0.71994 0.45529 0.72390 0.45529\n 11 116 5 0.72853 0.46915 0.72787 0.46849 0.72853 0.46783 0.72919 0.46849 0.72853 0.46915\n 11 50 2 0.72853 0.46453 0.72853 0.45529\n 11 50 2 0.72919 0.46453 0.72919 0.45529\n 11 50 2 0.72654 0.46453 0.72919 0.46453\n 11 50 2 0.72654 0.45529 0.73117 0.45529\n 11 336 15 0.74107 0.46321 0.74173 0.46453 0.74173 0.46189 0.74107 0.46321 0.74041 0.46387 0.73909 0.46453 0.73645 0.46453 0.73513 0.46387 0.73447 0.46321 0.73447 0.46189 0.73513 0.46123 0.73645 0.46057 0.73975 0.45925 0.74107 0.45859 0.74173 0.45793\n 11 336 15 0.73447 0.46255 0.73513 0.46189 0.73645 0.46123 0.73975 0.45991 0.74107 0.45925 0.74173 0.45859 0.74173 0.45661 0.74107 0.45595 0.73975 0.45529 0.73711 0.45529 0.73579 0.45595 0.73513 0.45661 0.73447 0.45793 0.73447 0.45529 0.73513 0.45661\n 11 226 10 0.76154 0.47180 0.76022 0.47047 0.75890 0.46849 0.75758 0.46585 0.75692 0.46255 0.75692 0.45991 0.75758 0.45661 0.75890 0.45397 0.76022 0.45199 0.76154 0.45067\n 11 182 8 0.76022 0.47047 0.75890 0.46783 0.75824 0.46585 0.75758 0.46255 0.75758 0.45991 0.75824 0.45661 0.75890 0.45463 0.76022 0.45199\n 11 50 2 0.77012 0.46915 0.76550 0.45529\n 11 50 2 0.77012 0.46915 0.77474 0.45529\n 11 50 2 0.77012 0.46717 0.77408 0.45529\n 11 50 2 0.76682 0.45925 0.77276 0.45925\n 11 50 2 0.76418 0.45529 0.76814 0.45529\n 11 50 2 0.77210 0.45529 0.77606 0.45529\n 11 50 2 0.77870 0.46915 0.78729 0.45529\n 11 50 2 0.77936 0.46915 0.78795 0.45529\n 11 50 2 0.78795 0.46915 0.77870 0.45529\n 11 50 2 0.77738 0.46915 0.78134 0.46915\n 11 50 2 0.78531 0.46915 0.78927 0.46915\n 11 50 2 0.77738 0.45529 0.78134 0.45529\n 11 50 2 0.78531 0.45529 0.78927 0.45529\n 11 380 17 0.79587 0.46915 0.79389 0.46849 0.79257 0.46651 0.79191 0.46321 0.79191 0.46123 0.79257 0.45793 0.79389 0.45595 0.79587 0.45529 0.79719 0.45529 0.79917 0.45595 0.80049 0.45793 0.80115 0.46123 0.80115 0.46321 0.80049 0.46651 0.79917 0.46849 0.79719 0.46915 0.79587 0.46915\n 11 226 10 0.79587 0.46915 0.79455 0.46849 0.79389 0.46783 0.79323 0.46651 0.79257 0.46321 0.79257 0.46123 0.79323 0.45793 0.79389 0.45661 0.79455 0.45595 0.79587 0.45529\n 11 226 10 0.79719 0.45529 0.79851 0.45595 0.79917 0.45661 0.79983 0.45793 0.80049 0.46123 0.80049 0.46321 0.79983 0.46651 0.79917 0.46783 0.79851 0.46849 0.79719 0.46915\n 11 380 17 0.80907 0.46915 0.80709 0.46849 0.80577 0.46651 0.80511 0.46321 0.80511 0.46123 0.80577 0.45793 0.80709 0.45595 0.80907 0.45529 0.81039 0.45529 0.81237 0.45595 0.81370 0.45793 0.81436 0.46123 0.81436 0.46321 0.81370 0.46651 0.81237 0.46849 0.81039 0.46915 0.80907 0.46915\n 11 226 10 0.80907 0.46915 0.80775 0.46849 0.80709 0.46783 0.80643 0.46651 0.80577 0.46321 0.80577 0.46123 0.80643 0.45793 0.80709 0.45661 0.80775 0.45595 0.80907 0.45529\n 11 226 10 0.81039 0.45529 0.81171 0.45595 0.81237 0.45661 0.81304 0.45793 0.81370 0.46123 0.81370 0.46321 0.81304 0.46651 0.81237 0.46783 0.81171 0.46849 0.81039 0.46915\n 11 94 4 0.82030 0.46651 0.82162 0.46717 0.82360 0.46915 0.82360 0.45529\n 11 50 2 0.82294 0.46849 0.82294 0.45529\n 11 50 2 0.82030 0.45529 0.82624 0.45529\n 11 226 10 0.83152 0.47180 0.83284 0.47047 0.83416 0.46849 0.83548 0.46585 0.83614 0.46255 0.83614 0.45991 0.83548 0.45661 0.83416 0.45397 0.83284 0.45199 0.83152 0.45067\n 11 182 8 0.83284 0.47047 0.83416 0.46783 0.83482 0.46585 0.83548 0.46255 0.83548 0.45991 0.83482 0.45661 0.83416 0.45463 0.83284 0.45199\n 11 226 10 0.84076 0.47180 0.84209 0.47047 0.84341 0.46849 0.84473 0.46585 0.84539 0.46255 0.84539 0.45991 0.84473 0.45661 0.84341 0.45397 0.84209 0.45199 0.84076 0.45067\n 11 182 8 0.84209 0.47047 0.84341 0.46783 0.84407 0.46585 0.84473 0.46255 0.84473 0.45991 0.84407 0.45661 0.84341 0.45463 0.84209 0.45199\n 21 6 1\n 25 6 1\n 11 160 7 0.58319 0.52843 0.58493 0.52951 0.58666 0.53058 0.58840 0.53166 0.59014 0.53274 0.59188 0.53382 0.59202 0.53391\n 11 160 7 0.59791 0.53757 0.59882 0.53813 0.60056 0.53921 0.60230 0.54029 0.60404 0.54137 0.60577 0.54245 0.60675 0.54305\n 11 182 8 0.61264 0.54671 0.61272 0.54676 0.61446 0.54784 0.61620 0.54892 0.61793 0.55000 0.61967 0.55108 0.62141 0.55216 0.62147 0.55219\n 11 160 7 0.62736 0.55585 0.62836 0.55647 0.63010 0.55755 0.63183 0.55863 0.63357 0.55971 0.63531 0.56079 0.63620 0.56134\n 11 160 7 0.64208 0.56499 0.64226 0.56510 0.64399 0.56618 0.64573 0.56726 0.64747 0.56834 0.64921 0.56941 0.65092 0.57048\n 11 160 7 0.65681 0.57413 0.65789 0.57481 0.65963 0.57589 0.66137 0.57696 0.66310 0.57804 0.66484 0.57912 0.66564 0.57962\n 11 160 7 0.67153 0.58328 0.67179 0.58344 0.67353 0.58451 0.67526 0.58559 0.67700 0.58667 0.67874 0.58775 0.68037 0.58876\n 11 160 7 0.68626 0.59242 0.68742 0.59314 0.68916 0.59422 0.69090 0.59530 0.69264 0.59638 0.69437 0.59746 0.69509 0.59790\n 11 160 7 0.70098 0.60156 0.70132 0.60177 0.70306 0.60285 0.70480 0.60393 0.70653 0.60501 0.70827 0.60609 0.70981 0.60705\n 11 160 7 0.71570 0.61070 0.71696 0.61148 0.71870 0.61256 0.72043 0.61364 0.72217 0.61472 0.72391 0.61579 0.72454 0.61619\n 11 160 7 0.73043 0.61984 0.73086 0.62011 0.73259 0.62119 0.73433 0.62227 0.73607 0.62335 0.73781 0.62442 0.73926 0.62533\n 11 160 7 0.74515 0.62899 0.74649 0.62982 0.74823 0.63090 0.74997 0.63197 0.75170 0.63305 0.75344 0.63413 0.75399 0.63447\n 11 160 7 0.75988 0.63813 0.76039 0.63845 0.76213 0.63952 0.76386 0.64060 0.76560 0.64168 0.76734 0.64276 0.76871 0.64361\n 11 160 7 0.77460 0.64727 0.77603 0.64815 0.77776 0.64923 0.77950 0.65031 0.78124 0.65139 0.78297 0.65247 0.78343 0.65275\n 11 160 7 0.78932 0.65641 0.78992 0.65678 0.79166 0.65786 0.79340 0.65894 0.79514 0.66002 0.79687 0.66110 0.79816 0.66190\n 11 160 7 0.80405 0.66555 0.80556 0.66649 0.80730 0.66757 0.80903 0.66865 0.81077 0.66973 0.81251 0.67080 0.81288 0.67104\n 11 160 7 0.81877 0.67469 0.81946 0.67512 0.82119 0.67620 0.82293 0.67728 0.82467 0.67835 0.82641 0.67943 0.82761 0.68018\n 11 160 7 0.83350 0.68384 0.83509 0.68483 0.83683 0.68591 0.83857 0.68698 0.84030 0.68806 0.84204 0.68914 0.84233 0.68932\n 11 160 7 0.84822 0.69298 0.84899 0.69346 0.85073 0.69453 0.85247 0.69561 0.85420 0.69669 0.85594 0.69777 0.85705 0.69846\n 11 160 7 0.86294 0.70212 0.86463 0.70316 0.86636 0.70424 0.86810 0.70532 0.86984 0.70640 0.87157 0.70748 0.87178 0.70760\n 11 160 7 0.87767 0.71126 0.87852 0.71179 0.88026 0.71287 0.88200 0.71395 0.88374 0.71503 0.88547 0.71611 0.88650 0.71675\n 11 182 8 0.89239 0.72040 0.89242 0.72042 0.89416 0.72150 0.89590 0.72258 0.89763 0.72366 0.89937 0.72474 0.90111 0.72581 0.90123 0.72589\n 11 160 7 0.90712 0.72954 0.90806 0.73013 0.90979 0.73121 0.91153 0.73229 0.91327 0.73336 0.91501 0.73444 0.91595 0.73503\n 11 160 7 0.92184 0.73869 0.92196 0.73876 0.92369 0.73984 0.92543 0.74091 0.92717 0.74199 0.92890 0.74307 0.93064 0.74415\n 21 6 1\n 25 6 1\n 11 50 2 0.90406 0.85286 0.90406 0.84870\n 11 50 2 0.90406 0.85286 0.90664 0.85286\n 11 50 2 0.90406 0.85088 0.90565 0.85088\n 11 50 2 0.90763 0.85286 0.90763 0.84870\n 11 50 2 0.90763 0.85286 0.91020 0.85286\n 11 50 2 0.90763 0.85088 0.90921 0.85088\n 11 50 2 0.90763 0.84870 0.91020 0.84870\n 11 50 2 0.91139 0.85286 0.91139 0.84870\n 11 226 10 0.91139 0.85286 0.91317 0.85286 0.91377 0.85267 0.91396 0.85247 0.91416 0.85207 0.91416 0.85168 0.91396 0.85128 0.91377 0.85108 0.91317 0.85088 0.91139 0.85088\n 11 50 2 0.91278 0.85088 0.91416 0.84870\n 11 50 2 0.91555 0.85286 0.91555 0.84870\n 11 226 10 0.91555 0.85286 0.91733 0.85286 0.91793 0.85267 0.91812 0.85247 0.91832 0.85207 0.91832 0.85168 0.91812 0.85128 0.91793 0.85108 0.91733 0.85088 0.91555 0.85088\n 11 50 2 0.91694 0.85088 0.91832 0.84870\n 11 50 2 0.91971 0.85286 0.91971 0.84870\n 11 50 2 0.91971 0.85286 0.92228 0.85286\n 11 50 2 0.91971 0.85088 0.92129 0.85088\n 11 50 2 0.91971 0.84870 0.92228 0.84870\n 11 50 2 0.92426 0.85286 0.92426 0.84870\n 11 50 2 0.92288 0.85286 0.92565 0.85286\n 11 50 2 0.92922 0.85286 0.93080 0.84870\n 11 50 2 0.93238 0.85286 0.93080 0.84870\n 11 380 17 0.93318 0.85029 0.93555 0.85029 0.93555 0.85068 0.93536 0.85108 0.93516 0.85128 0.93476 0.85148 0.93417 0.85148 0.93377 0.85128 0.93338 0.85088 0.93318 0.85029 0.93318 0.84989 0.93338 0.84930 0.93377 0.84890 0.93417 0.84870 0.93476 0.84870 0.93516 0.84890 0.93555 0.84930\n 11 50 2 0.93694 0.85148 0.93694 0.84870\n 11 116 5 0.93694 0.85029 0.93714 0.85088 0.93753 0.85128 0.93793 0.85148 0.93853 0.85148\n 11 116 5 0.93971 0.84910 0.93952 0.84890 0.93971 0.84870 0.93991 0.84890 0.93971 0.84910\n 11 512 23 0.94704 0.85227 0.94684 0.85267 0.94625 0.85286 0.94585 0.85286 0.94526 0.85267 0.94486 0.85207 0.94467 0.85108 0.94467 0.85009 0.94486 0.84930 0.94526 0.84890 0.94585 0.84870 0.94605 0.84870 0.94665 0.84890 0.94704 0.84930 0.94724 0.84989 0.94724 0.85009 0.94704 0.85068 0.94665 0.85108 0.94605 0.85128 0.94585 0.85128 0.94526 0.85108 0.94486 0.85068 0.94467 0.85009\n 11 116 5 0.94882 0.84910 0.94863 0.84890 0.94882 0.84870 0.94902 0.84890 0.94882 0.84910\n 11 512 23 0.95298 0.85227 0.95279 0.85267 0.95219 0.85286 0.95180 0.85286 0.95120 0.85267 0.95081 0.85207 0.95061 0.85108 0.95061 0.85009 0.95081 0.84930 0.95120 0.84890 0.95180 0.84870 0.95199 0.84870 0.95259 0.84890 0.95298 0.84930 0.95318 0.84989 0.95318 0.85009 0.95298 0.85068 0.95259 0.85108 0.95199 0.85128 0.95180 0.85128 0.95120 0.85108 0.95081 0.85068 0.95061 0.85009\n 11 314 14 0.95457 0.85187 0.95457 0.85207 0.95477 0.85247 0.95496 0.85267 0.95536 0.85286 0.95615 0.85286 0.95655 0.85267 0.95675 0.85247 0.95695 0.85207 0.95695 0.85168 0.95675 0.85128 0.95635 0.85068 0.95437 0.84870 0.95714 0.84870\n 11 50 2 0.90376 0.84593 0.90376 0.84177\n 11 50 2 0.90376 0.84593 0.90654 0.84177\n 11 50 2 0.90654 0.84593 0.90654 0.84177\n 11 468 21 0.90911 0.84593 0.90872 0.84573 0.90832 0.84534 0.90812 0.84494 0.90792 0.84435 0.90792 0.84336 0.90812 0.84276 0.90832 0.84237 0.90872 0.84197 0.90911 0.84177 0.90990 0.84177 0.91030 0.84197 0.91070 0.84237 0.91089 0.84276 0.91109 0.84336 0.91109 0.84435 0.91089 0.84494 0.91070 0.84534 0.91030 0.84573 0.90990 0.84593 0.90911 0.84593\n 11 50 2 0.91347 0.84593 0.91188 0.84177\n 11 50 2 0.91347 0.84593 0.91505 0.84177\n 11 50 2 0.91248 0.84316 0.91446 0.84316\n 11 50 2 0.91703 0.84593 0.91545 0.84177\n 11 50 2 0.91703 0.84593 0.91862 0.84177\n 11 50 2 0.91604 0.84316 0.91802 0.84316\n 11 50 2 0.92278 0.84672 0.91921 0.84039\n 11 50 2 0.92397 0.84593 0.92397 0.84177\n 11 226 10 0.92397 0.84593 0.92575 0.84593 0.92634 0.84573 0.92654 0.84554 0.92674 0.84514 0.92674 0.84454 0.92654 0.84415 0.92634 0.84395 0.92575 0.84375 0.92397 0.84375\n 11 50 2 0.92813 0.84593 0.92813 0.84177\n 11 50 2 0.92813 0.84593 0.92971 0.84177\n 11 50 2 0.93130 0.84593 0.92971 0.84177\n 11 50 2 0.93130 0.84593 0.93130 0.84177\n 11 50 2 0.93288 0.84593 0.93288 0.84177\n 11 50 2 0.93288 0.84593 0.93545 0.84593\n 11 50 2 0.93288 0.84395 0.93446 0.84395\n 11 50 2 0.93288 0.84177 0.93545 0.84177\n 11 50 2 0.93664 0.84593 0.93664 0.84177\n 11 50 2 0.93664 0.84177 0.93902 0.84177\n 11 50 2 0.94397 0.84593 0.94397 0.84177\n 11 50 2 0.94259 0.84593 0.94536 0.84593\n 11 50 2 0.94635 0.84593 0.94635 0.84177\n 11 50 2 0.94635 0.84593 0.94793 0.84177\n 11 50 2 0.94952 0.84593 0.94793 0.84177\n 11 50 2 0.94952 0.84593 0.94952 0.84177\n 11 50 2 0.95209 0.84593 0.95051 0.84177\n 11 50 2 0.95209 0.84593 0.95368 0.84177\n 11 50 2 0.95110 0.84316 0.95308 0.84316\n 11 50 2 0.95467 0.84593 0.95467 0.84177\n 11 226 10 0.95467 0.84593 0.95645 0.84593 0.95704 0.84573 0.95724 0.84554 0.95744 0.84514 0.95744 0.84454 0.95724 0.84415 0.95704 0.84395 0.95645 0.84375 0.95467 0.84375\n 11 314 14 0.89287 0.83801 0.89287 0.83821 0.89307 0.83860 0.89327 0.83880 0.89366 0.83900 0.89445 0.83900 0.89485 0.83880 0.89505 0.83860 0.89525 0.83821 0.89525 0.83781 0.89505 0.83741 0.89465 0.83682 0.89267 0.83484 0.89545 0.83484\n 11 94 4 0.89723 0.83821 0.89762 0.83840 0.89822 0.83900 0.89822 0.83484\n 11 50 2 0.90079 0.83662 0.90436 0.83662\n 11 50 2 0.90594 0.83900 0.90594 0.83484\n 11 50 2 0.90594 0.83900 0.90753 0.83484\n 11 50 2 0.90911 0.83900 0.90753 0.83484\n 11 50 2 0.90911 0.83900 0.90911 0.83484\n 11 50 2 0.91169 0.83900 0.91010 0.83484\n 11 50 2 0.91169 0.83900 0.91327 0.83484\n 11 50 2 0.91070 0.83623 0.91268 0.83623\n 11 72 3 0.91367 0.83900 0.91525 0.83702 0.91525 0.83484\n 11 50 2 0.91684 0.83900 0.91525 0.83702\n 11 50 2 0.91783 0.83662 0.92139 0.83662\n 11 314 14 0.92298 0.83801 0.92298 0.83821 0.92317 0.83860 0.92337 0.83880 0.92377 0.83900 0.92456 0.83900 0.92496 0.83880 0.92516 0.83860 0.92535 0.83821 0.92535 0.83781 0.92516 0.83741 0.92476 0.83682 0.92278 0.83484 0.92555 0.83484\n 11 380 17 0.92793 0.83900 0.92733 0.83880 0.92694 0.83821 0.92674 0.83722 0.92674 0.83662 0.92694 0.83563 0.92733 0.83504 0.92793 0.83484 0.92832 0.83484 0.92892 0.83504 0.92931 0.83563 0.92951 0.83662 0.92951 0.83722 0.92931 0.83821 0.92892 0.83880 0.92832 0.83900 0.92793 0.83900\n 11 94 4 0.93130 0.83821 0.93169 0.83840 0.93229 0.83900 0.93229 0.83484\n 11 380 17 0.93585 0.83900 0.93526 0.83880 0.93486 0.83821 0.93466 0.83722 0.93466 0.83662 0.93486 0.83563 0.93526 0.83504 0.93585 0.83484 0.93625 0.83484 0.93684 0.83504 0.93724 0.83563 0.93744 0.83662 0.93744 0.83722 0.93724 0.83821 0.93684 0.83880 0.93625 0.83900 0.93585 0.83900\n 11 94 4 0.94239 0.83821 0.94278 0.83840 0.94338 0.83900 0.94338 0.83484\n 11 314 14 0.94595 0.83801 0.94595 0.83821 0.94615 0.83860 0.94635 0.83880 0.94674 0.83900 0.94754 0.83900 0.94793 0.83880 0.94813 0.83860 0.94833 0.83821 0.94833 0.83781 0.94813 0.83741 0.94774 0.83682 0.94575 0.83484 0.94853 0.83484\n 11 116 5 0.95011 0.83761 0.94991 0.83741 0.95011 0.83722 0.95031 0.83741 0.95011 0.83761\n 11 116 5 0.95011 0.83524 0.94991 0.83504 0.95011 0.83484 0.95031 0.83504 0.95011 0.83524\n 11 380 17 0.95289 0.83900 0.95229 0.83880 0.95189 0.83821 0.95170 0.83722 0.95170 0.83662 0.95189 0.83563 0.95229 0.83504 0.95289 0.83484 0.95328 0.83484 0.95388 0.83504 0.95427 0.83563 0.95447 0.83662 0.95447 0.83722 0.95427 0.83821 0.95388 0.83880 0.95328 0.83900 0.95289 0.83900\n 11 314 14 0.95586 0.83801 0.95586 0.83821 0.95605 0.83860 0.95625 0.83880 0.95665 0.83900 0.95744 0.83900 0.95784 0.83880 0.95803 0.83860 0.95823 0.83821 0.95823 0.83781 0.95803 0.83741 0.95764 0.83682 0.95566 0.83484 0.95843 0.83484\n 11 116 5 0.96002 0.83761 0.95982 0.83741 0.96002 0.83722 0.96021 0.83741 0.96002 0.83761\n 11 116 5 0.96002 0.83524 0.95982 0.83504 0.96002 0.83484 0.96021 0.83504 0.96002 0.83524\n 11 94 4 0.96219 0.83821 0.96259 0.83840 0.96318 0.83900 0.96318 0.83484\n 11 512 23 0.96814 0.83840 0.96794 0.83880 0.96734 0.83900 0.96695 0.83900 0.96635 0.83880 0.96596 0.83821 0.96576 0.83722 0.96576 0.83623 0.96596 0.83543 0.96635 0.83504 0.96695 0.83484 0.96715 0.83484 0.96774 0.83504 0.96814 0.83543 0.96833 0.83603 0.96833 0.83623 0.96814 0.83682 0.96774 0.83722 0.96715 0.83741 0.96695 0.83741 0.96635 0.83722 0.96596 0.83682 0.96576 0.83623\n 82 0\n 81 6 4\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.86275\n 72 44 0.00000 10.20000 0.00000 8.80000\n 81 6 5\n 21 6 1\n 25 6 1\n 11 864 39 0.08319 0.09705 0.08319 0.09705 0.08319 0.09705 0.07452 0.09705 0.08319 0.09705 0.08319 0.11863 0.07452 0.11863 0.08319 0.11863 0.08319 0.14020 0.07452 0.14020 0.08319 0.14020 0.08319 0.16177 0.07452 0.16177 0.08319 0.16177 0.08319 0.18334 0.07452 0.18334 0.08319 0.18334 0.08319 0.20492 0.07452 0.20492 0.08319 0.20492 0.08319 0.22649 0.07452 0.22649 0.08319 0.22649 0.08319 0.24806 0.07452 0.24806 0.08319 0.24806 0.08319 0.26963 0.07452 0.26963 0.08319 0.26963 0.08319 0.29121 0.07452 0.29121 0.08319 0.29121 0.08319 0.31278 0.07452 0.31278 0.08319 0.31278 0.08319 0.33435 0.07452 0.33435 0.08319 0.33435 0.08319 0.33435\n 11 380 17 0.05579 0.10052 0.05480 0.10019 0.05414 0.09920 0.05381 0.09755 0.05381 0.09656 0.05414 0.09491 0.05480 0.09392 0.05579 0.09359 0.05645 0.09359 0.05744 0.09392 0.05810 0.09491 0.05843 0.09656 0.05843 0.09755 0.05810 0.09920 0.05744 0.10019 0.05645 0.10052 0.05579 0.10052\n 11 116 5 0.06107 0.09425 0.06074 0.09392 0.06107 0.09359 0.06140 0.09392 0.06107 0.09425\n 11 380 17 0.06569 0.10052 0.06470 0.10019 0.06404 0.09920 0.06371 0.09755 0.06371 0.09656 0.06404 0.09491 0.06470 0.09392 0.06569 0.09359 0.06635 0.09359 0.06734 0.09392 0.06800 0.09491 0.06833 0.09656 0.06833 0.09755 0.06800 0.09920 0.06734 0.10019 0.06635 0.10052 0.06569 0.10052\n 11 72 3 0.05711 0.14366 0.05381 0.13904 0.05876 0.13904\n 11 50 2 0.05711 0.14366 0.05711 0.13673\n 11 116 5 0.06107 0.13739 0.06074 0.13706 0.06107 0.13673 0.06140 0.13706 0.06107 0.13739\n 11 380 17 0.06569 0.14366 0.06470 0.14333 0.06404 0.14234 0.06371 0.14069 0.06371 0.13970 0.06404 0.13805 0.06470 0.13706 0.06569 0.13673 0.06635 0.13673 0.06734 0.13706 0.06800 0.13805 0.06833 0.13970 0.06833 0.14069 0.06800 0.14234 0.06734 0.14333 0.06635 0.14366 0.06569 0.14366\n 11 644 29 0.05546 0.18681 0.05447 0.18648 0.05414 0.18582 0.05414 0.18516 0.05447 0.18450 0.05513 0.18417 0.05645 0.18384 0.05744 0.18351 0.05810 0.18285 0.05843 0.18219 0.05843 0.18120 0.05810 0.18054 0.05777 0.18021 0.05678 0.17988 0.05546 0.17988 0.05447 0.18021 0.05414 0.18054 0.05381 0.18120 0.05381 0.18219 0.05414 0.18285 0.05480 0.18351 0.05579 0.18384 0.05711 0.18417 0.05777 0.18450 0.05810 0.18516 0.05810 0.18582 0.05777 0.18648 0.05678 0.18681 0.05546 0.18681\n 11 116 5 0.06107 0.18054 0.06074 0.18021 0.06107 0.17988 0.06140 0.18021 0.06107 0.18054\n 11 380 17 0.06569 0.18681 0.06470 0.18648 0.06404 0.18549 0.06371 0.18384 0.06371 0.18285 0.06404 0.18120 0.06470 0.18021 0.06569 0.17988 0.06635 0.17988 0.06734 0.18021 0.06800 0.18120 0.06833 0.18285 0.06833 0.18384 0.06800 0.18549 0.06734 0.18648 0.06635 0.18681 0.06569 0.18681\n 11 94 4 0.04820 0.22863 0.04886 0.22896 0.04985 0.22995 0.04985 0.22302\n 11 314 14 0.05414 0.22830 0.05414 0.22863 0.05447 0.22929 0.05480 0.22962 0.05546 0.22995 0.05678 0.22995 0.05744 0.22962 0.05777 0.22929 0.05810 0.22863 0.05810 0.22797 0.05777 0.22731 0.05711 0.22632 0.05381 0.22302 0.05843 0.22302\n 11 116 5 0.06107 0.22368 0.06074 0.22335 0.06107 0.22302 0.06140 0.22335 0.06107 0.22368\n 11 380 17 0.06569 0.22995 0.06470 0.22962 0.06404 0.22863 0.06371 0.22698 0.06371 0.22599 0.06404 0.22434 0.06470 0.22335 0.06569 0.22302 0.06635 0.22302 0.06734 0.22335 0.06800 0.22434 0.06833 0.22599 0.06833 0.22698 0.06800 0.22863 0.06734 0.22962 0.06635 0.22995 0.06569 0.22995\n 11 94 4 0.04820 0.27178 0.04886 0.27211 0.04985 0.27310 0.04985 0.26617\n 11 512 23 0.05810 0.27211 0.05777 0.27277 0.05678 0.27310 0.05612 0.27310 0.05513 0.27277 0.05447 0.27178 0.05414 0.27013 0.05414 0.26848 0.05447 0.26716 0.05513 0.26650 0.05612 0.26617 0.05645 0.26617 0.05744 0.26650 0.05810 0.26716 0.05843 0.26815 0.05843 0.26848 0.05810 0.26947 0.05744 0.27013 0.05645 0.27046 0.05612 0.27046 0.05513 0.27013 0.05447 0.26947 0.05414 0.26848\n 11 116 5 0.06107 0.26683 0.06074 0.26650 0.06107 0.26617 0.06140 0.26650 0.06107 0.26683\n 11 380 17 0.06569 0.27310 0.06470 0.27277 0.06404 0.27178 0.06371 0.27013 0.06371 0.26914 0.06404 0.26749 0.06470 0.26650 0.06569 0.26617 0.06635 0.26617 0.06734 0.26650 0.06800 0.26749 0.06833 0.26914 0.06833 0.27013 0.06800 0.27178 0.06734 0.27277 0.06635 0.27310 0.06569 0.27310\n 11 314 14 0.04754 0.31459 0.04754 0.31492 0.04787 0.31558 0.04820 0.31591 0.04886 0.31624 0.05018 0.31624 0.05084 0.31591 0.05117 0.31558 0.05150 0.31492 0.05150 0.31426 0.05117 0.31360 0.05051 0.31261 0.04721 0.30931 0.05183 0.30931\n 11 380 17 0.05579 0.31624 0.05480 0.31591 0.05414 0.31492 0.05381 0.31327 0.05381 0.31228 0.05414 0.31063 0.05480 0.30964 0.05579 0.30931 0.05645 0.30931 0.05744 0.30964 0.05810 0.31063 0.05843 0.31228 0.05843 0.31327 0.05810 0.31492 0.05744 0.31591 0.05645 0.31624 0.05579 0.31624\n 11 116 5 0.06107 0.30997 0.06074 0.30964 0.06107 0.30931 0.06140 0.30964 0.06107 0.30997\n 11 380 17 0.06569 0.31624 0.06470 0.31591 0.06404 0.31492 0.06371 0.31327 0.06371 0.31228 0.06404 0.31063 0.06470 0.30964 0.06569 0.30931 0.06635 0.30931 0.06734 0.30964 0.06800 0.31063 0.06833 0.31228 0.06833 0.31327 0.06800 0.31492 0.06734 0.31591 0.06635 0.31624 0.06569 0.31624\n 11 864 39 0.08319 0.09705 0.08319 0.09705 0.08319 0.09705 0.07452 0.09705 0.08319 0.09705 0.08319 0.11863 0.07452 0.11863 0.08319 0.11863 0.08319 0.14020 0.07452 0.14020 0.08319 0.14020 0.08319 0.16177 0.07452 0.16177 0.08319 0.16177 0.08319 0.18334 0.07452 0.18334 0.08319 0.18334 0.08319 0.20492 0.07452 0.20492 0.08319 0.20492 0.08319 0.22649 0.07452 0.22649 0.08319 0.22649 0.08319 0.24806 0.07452 0.24806 0.08319 0.24806 0.08319 0.26963 0.07452 0.26963 0.08319 0.26963 0.08319 0.29121 0.07452 0.29121 0.08319 0.29121 0.08319 0.31278 0.07452 0.31278 0.08319 0.31278 0.08319 0.33435 0.07452 0.33435 0.08319 0.33435 0.08319 0.33435\n 11 380 17 0.05579 0.10052 0.05480 0.10019 0.05414 0.09920 0.05381 0.09755 0.05381 0.09656 0.05414 0.09491 0.05480 0.09392 0.05579 0.09359 0.05645 0.09359 0.05744 0.09392 0.05810 0.09491 0.05843 0.09656 0.05843 0.09755 0.05810 0.09920 0.05744 0.10019 0.05645 0.10052 0.05579 0.10052\n 11 116 5 0.06107 0.09425 0.06074 0.09392 0.06107 0.09359 0.06140 0.09392 0.06107 0.09425\n 11 380 17 0.06569 0.10052 0.06470 0.10019 0.06404 0.09920 0.06371 0.09755 0.06371 0.09656 0.06404 0.09491 0.06470 0.09392 0.06569 0.09359 0.06635 0.09359 0.06734 0.09392 0.06800 0.09491 0.06833 0.09656 0.06833 0.09755 0.06800 0.09920 0.06734 0.10019 0.06635 0.10052 0.06569 0.10052\n 11 72 3 0.05711 0.14366 0.05381 0.13904 0.05876 0.13904\n 11 50 2 0.05711 0.14366 0.05711 0.13673\n 11 116 5 0.06107 0.13739 0.06074 0.13706 0.06107 0.13673 0.06140 0.13706 0.06107 0.13739\n 11 380 17 0.06569 0.14366 0.06470 0.14333 0.06404 0.14234 0.06371 0.14069 0.06371 0.13970 0.06404 0.13805 0.06470 0.13706 0.06569 0.13673 0.06635 0.13673 0.06734 0.13706 0.06800 0.13805 0.06833 0.13970 0.06833 0.14069 0.06800 0.14234 0.06734 0.14333 0.06635 0.14366 0.06569 0.14366\n 11 644 29 0.05546 0.18681 0.05447 0.18648 0.05414 0.18582 0.05414 0.18516 0.05447 0.18450 0.05513 0.18417 0.05645 0.18384 0.05744 0.18351 0.05810 0.18285 0.05843 0.18219 0.05843 0.18120 0.05810 0.18054 0.05777 0.18021 0.05678 0.17988 0.05546 0.17988 0.05447 0.18021 0.05414 0.18054 0.05381 0.18120 0.05381 0.18219 0.05414 0.18285 0.05480 0.18351 0.05579 0.18384 0.05711 0.18417 0.05777 0.18450 0.05810 0.18516 0.05810 0.18582 0.05777 0.18648 0.05678 0.18681 0.05546 0.18681\n 11 116 5 0.06107 0.18054 0.06074 0.18021 0.06107 0.17988 0.06140 0.18021 0.06107 0.18054\n 11 380 17 0.06569 0.18681 0.06470 0.18648 0.06404 0.18549 0.06371 0.18384 0.06371 0.18285 0.06404 0.18120 0.06470 0.18021 0.06569 0.17988 0.06635 0.17988 0.06734 0.18021 0.06800 0.18120 0.06833 0.18285 0.06833 0.18384 0.06800 0.18549 0.06734 0.18648 0.06635 0.18681 0.06569 0.18681\n 11 94 4 0.04820 0.22863 0.04886 0.22896 0.04985 0.22995 0.04985 0.22302\n 11 314 14 0.05414 0.22830 0.05414 0.22863 0.05447 0.22929 0.05480 0.22962 0.05546 0.22995 0.05678 0.22995 0.05744 0.22962 0.05777 0.22929 0.05810 0.22863 0.05810 0.22797 0.05777 0.22731 0.05711 0.22632 0.05381 0.22302 0.05843 0.22302\n 11 116 5 0.06107 0.22368 0.06074 0.22335 0.06107 0.22302 0.06140 0.22335 0.06107 0.22368\n 11 380 17 0.06569 0.22995 0.06470 0.22962 0.06404 0.22863 0.06371 0.22698 0.06371 0.22599 0.06404 0.22434 0.06470 0.22335 0.06569 0.22302 0.06635 0.22302 0.06734 0.22335 0.06800 0.22434 0.06833 0.22599 0.06833 0.22698 0.06800 0.22863 0.06734 0.22962 0.06635 0.22995 0.06569 0.22995\n 11 94 4 0.04820 0.27178 0.04886 0.27211 0.04985 0.27310 0.04985 0.26617\n 11 512 23 0.05810 0.27211 0.05777 0.27277 0.05678 0.27310 0.05612 0.27310 0.05513 0.27277 0.05447 0.27178 0.05414 0.27013 0.05414 0.26848 0.05447 0.26716 0.05513 0.26650 0.05612 0.26617 0.05645 0.26617 0.05744 0.26650 0.05810 0.26716 0.05843 0.26815 0.05843 0.26848 0.05810 0.26947 0.05744 0.27013 0.05645 0.27046 0.05612 0.27046 0.05513 0.27013 0.05447 0.26947 0.05414 0.26848\n 11 116 5 0.06107 0.26683 0.06074 0.26650 0.06107 0.26617 0.06140 0.26650 0.06107 0.26683\n 11 380 17 0.06569 0.27310 0.06470 0.27277 0.06404 0.27178 0.06371 0.27013 0.06371 0.26914 0.06404 0.26749 0.06470 0.26650 0.06569 0.26617 0.06635 0.26617 0.06734 0.26650 0.06800 0.26749 0.06833 0.26914 0.06833 0.27013 0.06800 0.27178 0.06734 0.27277 0.06635 0.27310 0.06569 0.27310\n 11 314 14 0.04754 0.31459 0.04754 0.31492 0.04787 0.31558 0.04820 0.31591 0.04886 0.31624 0.05018 0.31624 0.05084 0.31591 0.05117 0.31558 0.05150 0.31492 0.05150 0.31426 0.05117 0.31360 0.05051 0.31261 0.04721 0.30931 0.05183 0.30931\n 11 380 17 0.05579 0.31624 0.05480 0.31591 0.05414 0.31492 0.05381 0.31327 0.05381 0.31228 0.05414 0.31063 0.05480 0.30964 0.05579 0.30931 0.05645 0.30931 0.05744 0.30964 0.05810 0.31063 0.05843 0.31228 0.05843 0.31327 0.05810 0.31492 0.05744 0.31591 0.05645 0.31624 0.05579 0.31624\n 11 116 5 0.06107 0.30997 0.06074 0.30964 0.06107 0.30931 0.06140 0.30964 0.06107 0.30997\n 11 380 17 0.06569 0.31624 0.06470 0.31591 0.06404 0.31492 0.06371 0.31327 0.06371 0.31228 0.06404 0.31063 0.06470 0.30964 0.06569 0.30931 0.06635 0.30931 0.06734 0.30964 0.06800 0.31063 0.06833 0.31228 0.06833 0.31327 0.06800 0.31492 0.06734 0.31591 0.06635 0.31624 0.06569 0.31624\n 11 864 39 0.43064 0.09705 0.43064 0.09705 0.43064 0.09705 0.43931 0.09705 0.43064 0.09705 0.43064 0.11863 0.43931 0.11863 0.43064 0.11863 0.43064 0.14020 0.43931 0.14020 0.43064 0.14020 0.43064 0.16177 0.43931 0.16177 0.43064 0.16177 0.43064 0.18334 0.43931 0.18334 0.43064 0.18334 0.43064 0.20492 0.43931 0.20492 0.43064 0.20492 0.43064 0.22649 0.43931 0.22649 0.43064 0.22649 0.43064 0.24806 0.43931 0.24806 0.43064 0.24806 0.43064 0.26963 0.43931 0.26963 0.43064 0.26963 0.43064 0.29121 0.43931 0.29121 0.43064 0.29121 0.43064 0.31278 0.43931 0.31278 0.43064 0.31278 0.43064 0.33435 0.43931 0.33435 0.43064 0.33435 0.43064 0.33435\n 11 864 39 0.43064 0.09705 0.43064 0.09705 0.43064 0.09705 0.43931 0.09705 0.43064 0.09705 0.43064 0.11863 0.43931 0.11863 0.43064 0.11863 0.43064 0.14020 0.43931 0.14020 0.43064 0.14020 0.43064 0.16177 0.43931 0.16177 0.43064 0.16177 0.43064 0.18334 0.43931 0.18334 0.43064 0.18334 0.43064 0.20492 0.43931 0.20492 0.43064 0.20492 0.43064 0.22649 0.43931 0.22649 0.43064 0.22649 0.43064 0.24806 0.43931 0.24806 0.43064 0.24806 0.43064 0.26963 0.43931 0.26963 0.43064 0.26963 0.43064 0.29121 0.43931 0.29121 0.43064 0.29121 0.43064 0.31278 0.43931 0.31278 0.43064 0.31278 0.43064 0.33435 0.43931 0.33435 0.43064 0.33435 0.43064 0.33435\n 11 798 36 0.08319 0.33435 0.08319 0.33435 0.08319 0.33435 0.08319 0.34302 0.08319 0.33435 0.11793 0.33435 0.11793 0.34302 0.11793 0.33435 0.15268 0.33435 0.15268 0.34302 0.15268 0.33435 0.18742 0.33435 0.18742 0.34302 0.18742 0.33435 0.22217 0.33435 0.22217 0.34302 0.22217 0.33435 0.25692 0.33435 0.25692 0.34302 0.25692 0.33435 0.29166 0.33435 0.29166 0.34302 0.29166 0.33435 0.32641 0.33435 0.32641 0.34302 0.32641 0.33435 0.36115 0.33435 0.36115 0.34302 0.36115 0.33435 0.39590 0.33435 0.39590 0.34302 0.39590 0.33435 0.43064 0.33435 0.43064 0.34302 0.43064 0.33435 0.43064 0.33435\n 11 798 36 0.08319 0.33435 0.08319 0.33435 0.08319 0.33435 0.08319 0.34302 0.08319 0.33435 0.11793 0.33435 0.11793 0.34302 0.11793 0.33435 0.15268 0.33435 0.15268 0.34302 0.15268 0.33435 0.18742 0.33435 0.18742 0.34302 0.18742 0.33435 0.22217 0.33435 0.22217 0.34302 0.22217 0.33435 0.25692 0.33435 0.25692 0.34302 0.25692 0.33435 0.29166 0.33435 0.29166 0.34302 0.29166 0.33435 0.32641 0.33435 0.32641 0.34302 0.32641 0.33435 0.36115 0.33435 0.36115 0.34302 0.36115 0.33435 0.39590 0.33435 0.39590 0.34302 0.39590 0.33435 0.43064 0.33435 0.43064 0.34302 0.43064 0.33435 0.43064 0.33435\n 11 798 36 0.08319 0.09705 0.08319 0.09705 0.08319 0.09705 0.08319 0.08839 0.08319 0.09705 0.11793 0.09705 0.11793 0.08839 0.11793 0.09705 0.15268 0.09705 0.15268 0.08839 0.15268 0.09705 0.18742 0.09705 0.18742 0.08839 0.18742 0.09705 0.22217 0.09705 0.22217 0.08839 0.22217 0.09705 0.25692 0.09705 0.25692 0.08839 0.25692 0.09705 0.29166 0.09705 0.29166 0.08839 0.29166 0.09705 0.32641 0.09705 0.32641 0.08839 0.32641 0.09705 0.36115 0.09705 0.36115 0.08839 0.36115 0.09705 0.39590 0.09705 0.39590 0.08839 0.39590 0.09705 0.43064 0.09705 0.43064 0.08839 0.43064 0.09705 0.43064 0.09705\n 11 380 17 0.08286 0.08215 0.08187 0.08182 0.08121 0.08083 0.08088 0.07918 0.08088 0.07819 0.08121 0.07654 0.08187 0.07555 0.08286 0.07522 0.08352 0.07522 0.08451 0.07555 0.08517 0.07654 0.08550 0.07819 0.08550 0.07918 0.08517 0.08083 0.08451 0.08182 0.08352 0.08215 0.08286 0.08215\n 11 72 3 0.15367 0.08215 0.15037 0.07753 0.15532 0.07753\n 11 50 2 0.15367 0.08215 0.15367 0.07522\n 11 644 29 0.22151 0.08215 0.22052 0.08182 0.22019 0.08116 0.22019 0.08050 0.22052 0.07984 0.22118 0.07951 0.22250 0.07918 0.22349 0.07885 0.22415 0.07819 0.22448 0.07753 0.22448 0.07654 0.22415 0.07588 0.22382 0.07555 0.22283 0.07522 0.22151 0.07522 0.22052 0.07555 0.22019 0.07588 0.21986 0.07654 0.21986 0.07753 0.22019 0.07819 0.22085 0.07885 0.22184 0.07918 0.22316 0.07951 0.22382 0.07984 0.22415 0.08050 0.22415 0.08116 0.22382 0.08182 0.22283 0.08215 0.22151 0.08215\n 11 94 4 0.28704 0.08083 0.28770 0.08116 0.28869 0.08215 0.28869 0.07522\n 11 314 14 0.29298 0.08050 0.29298 0.08083 0.29331 0.08149 0.29364 0.08182 0.29430 0.08215 0.29562 0.08215 0.29628 0.08182 0.29661 0.08149 0.29694 0.08083 0.29694 0.08017 0.29661 0.07951 0.29595 0.07852 0.29265 0.07522 0.29727 0.07522\n 11 94 4 0.35653 0.08083 0.35719 0.08116 0.35818 0.08215 0.35818 0.07522\n 11 512 23 0.36643 0.08116 0.36610 0.08182 0.36511 0.08215 0.36445 0.08215 0.36346 0.08182 0.36280 0.08083 0.36247 0.07918 0.36247 0.07753 0.36280 0.07621 0.36346 0.07555 0.36445 0.07522 0.36478 0.07522 0.36577 0.07555 0.36643 0.07621 0.36676 0.07720 0.36676 0.07753 0.36643 0.07852 0.36577 0.07918 0.36478 0.07951 0.36445 0.07951 0.36346 0.07918 0.36280 0.07852 0.36247 0.07753\n 11 314 14 0.42536 0.08050 0.42536 0.08083 0.42569 0.08149 0.42602 0.08182 0.42668 0.08215 0.42800 0.08215 0.42866 0.08182 0.42899 0.08149 0.42932 0.08083 0.42932 0.08017 0.42899 0.07951 0.42833 0.07852 0.42503 0.07522 0.42965 0.07522\n 11 380 17 0.43361 0.08215 0.43262 0.08182 0.43196 0.08083 0.43163 0.07918 0.43163 0.07819 0.43196 0.07654 0.43262 0.07555 0.43361 0.07522 0.43427 0.07522 0.43526 0.07555 0.43592 0.07654 0.43625 0.07819 0.43625 0.07918 0.43592 0.08083 0.43526 0.08182 0.43427 0.08215 0.43361 0.08215\n 11 798 36 0.08319 0.09705 0.08319 0.09705 0.08319 0.09705 0.08319 0.08839 0.08319 0.09705 0.11793 0.09705 0.11793 0.08839 0.11793 0.09705 0.15268 0.09705 0.15268 0.08839 0.15268 0.09705 0.18742 0.09705 0.18742 0.08839 0.18742 0.09705 0.22217 0.09705 0.22217 0.08839 0.22217 0.09705 0.25692 0.09705 0.25692 0.08839 0.25692 0.09705 0.29166 0.09705 0.29166 0.08839 0.29166 0.09705 0.32641 0.09705 0.32641 0.08839 0.32641 0.09705 0.36115 0.09705 0.36115 0.08839 0.36115 0.09705 0.39590 0.09705 0.39590 0.08839 0.39590 0.09705 0.43064 0.09705 0.43064 0.08839 0.43064 0.09705 0.43064 0.09705\n 11 380 17 0.08286 0.08215 0.08187 0.08182 0.08121 0.08083 0.08088 0.07918 0.08088 0.07819 0.08121 0.07654 0.08187 0.07555 0.08286 0.07522 0.08352 0.07522 0.08451 0.07555 0.08517 0.07654 0.08550 0.07819 0.08550 0.07918 0.08517 0.08083 0.08451 0.08182 0.08352 0.08215 0.08286 0.08215\n 11 72 3 0.15367 0.08215 0.15037 0.07753 0.15532 0.07753\n 11 50 2 0.15367 0.08215 0.15367 0.07522\n 11 644 29 0.22151 0.08215 0.22052 0.08182 0.22019 0.08116 0.22019 0.08050 0.22052 0.07984 0.22118 0.07951 0.22250 0.07918 0.22349 0.07885 0.22415 0.07819 0.22448 0.07753 0.22448 0.07654 0.22415 0.07588 0.22382 0.07555 0.22283 0.07522 0.22151 0.07522 0.22052 0.07555 0.22019 0.07588 0.21986 0.07654 0.21986 0.07753 0.22019 0.07819 0.22085 0.07885 0.22184 0.07918 0.22316 0.07951 0.22382 0.07984 0.22415 0.08050 0.22415 0.08116 0.22382 0.08182 0.22283 0.08215 0.22151 0.08215\n 11 94 4 0.28704 0.08083 0.28770 0.08116 0.28869 0.08215 0.28869 0.07522\n 11 314 14 0.29298 0.08050 0.29298 0.08083 0.29331 0.08149 0.29364 0.08182 0.29430 0.08215 0.29562 0.08215 0.29628 0.08182 0.29661 0.08149 0.29694 0.08083 0.29694 0.08017 0.29661 0.07951 0.29595 0.07852 0.29265 0.07522 0.29727 0.07522\n 11 94 4 0.35653 0.08083 0.35719 0.08116 0.35818 0.08215 0.35818 0.07522\n 11 512 23 0.36643 0.08116 0.36610 0.08182 0.36511 0.08215 0.36445 0.08215 0.36346 0.08182 0.36280 0.08083 0.36247 0.07918 0.36247 0.07753 0.36280 0.07621 0.36346 0.07555 0.36445 0.07522 0.36478 0.07522 0.36577 0.07555 0.36643 0.07621 0.36676 0.07720 0.36676 0.07753 0.36643 0.07852 0.36577 0.07918 0.36478 0.07951 0.36445 0.07951 0.36346 0.07918 0.36280 0.07852 0.36247 0.07753\n 11 314 14 0.42536 0.08050 0.42536 0.08083 0.42569 0.08149 0.42602 0.08182 0.42668 0.08215 0.42800 0.08215 0.42866 0.08182 0.42899 0.08149 0.42932 0.08083 0.42932 0.08017 0.42899 0.07951 0.42833 0.07852 0.42503 0.07522 0.42965 0.07522\n 11 380 17 0.43361 0.08215 0.43262 0.08182 0.43196 0.08083 0.43163 0.07918 0.43163 0.07819 0.43196 0.07654 0.43262 0.07555 0.43361 0.07522 0.43427 0.07522 0.43526 0.07555 0.43592 0.07654 0.43625 0.07819 0.43625 0.07918 0.43592 0.08083 0.43526 0.08182 0.43427 0.08215 0.43361 0.08215\n 11 864 39 0.08319 0.09705 0.08319 0.09705 0.08319 0.09705 0.07452 0.09705 0.08319 0.09705 0.08319 0.11863 0.07452 0.11863 0.08319 0.11863 0.08319 0.14020 0.07452 0.14020 0.08319 0.14020 0.08319 0.16177 0.07452 0.16177 0.08319 0.16177 0.08319 0.18334 0.07452 0.18334 0.08319 0.18334 0.08319 0.20492 0.07452 0.20492 0.08319 0.20492 0.08319 0.22649 0.07452 0.22649 0.08319 0.22649 0.08319 0.24806 0.07452 0.24806 0.08319 0.24806 0.08319 0.26963 0.07452 0.26963 0.08319 0.26963 0.08319 0.29121 0.07452 0.29121 0.08319 0.29121 0.08319 0.31278 0.07452 0.31278 0.08319 0.31278 0.08319 0.33435 0.07452 0.33435 0.08319 0.33435 0.08319 0.33435\n 11 380 17 0.05579 0.10052 0.05480 0.10019 0.05414 0.09920 0.05381 0.09755 0.05381 0.09656 0.05414 0.09491 0.05480 0.09392 0.05579 0.09359 0.05645 0.09359 0.05744 0.09392 0.05810 0.09491 0.05843 0.09656 0.05843 0.09755 0.05810 0.09920 0.05744 0.10019 0.05645 0.10052 0.05579 0.10052\n 11 116 5 0.06107 0.09425 0.06074 0.09392 0.06107 0.09359 0.06140 0.09392 0.06107 0.09425\n 11 380 17 0.06569 0.10052 0.06470 0.10019 0.06404 0.09920 0.06371 0.09755 0.06371 0.09656 0.06404 0.09491 0.06470 0.09392 0.06569 0.09359 0.06635 0.09359 0.06734 0.09392 0.06800 0.09491 0.06833 0.09656 0.06833 0.09755 0.06800 0.09920 0.06734 0.10019 0.06635 0.10052 0.06569 0.10052\n 11 72 3 0.05711 0.14366 0.05381 0.13904 0.05876 0.13904\n 11 50 2 0.05711 0.14366 0.05711 0.13673\n 11 116 5 0.06107 0.13739 0.06074 0.13706 0.06107 0.13673 0.06140 0.13706 0.06107 0.13739\n 11 380 17 0.06569 0.14366 0.06470 0.14333 0.06404 0.14234 0.06371 0.14069 0.06371 0.13970 0.06404 0.13805 0.06470 0.13706 0.06569 0.13673 0.06635 0.13673 0.06734 0.13706 0.06800 0.13805 0.06833 0.13970 0.06833 0.14069 0.06800 0.14234 0.06734 0.14333 0.06635 0.14366 0.06569 0.14366\n 11 644 29 0.05546 0.18681 0.05447 0.18648 0.05414 0.18582 0.05414 0.18516 0.05447 0.18450 0.05513 0.18417 0.05645 0.18384 0.05744 0.18351 0.05810 0.18285 0.05843 0.18219 0.05843 0.18120 0.05810 0.18054 0.05777 0.18021 0.05678 0.17988 0.05546 0.17988 0.05447 0.18021 0.05414 0.18054 0.05381 0.18120 0.05381 0.18219 0.05414 0.18285 0.05480 0.18351 0.05579 0.18384 0.05711 0.18417 0.05777 0.18450 0.05810 0.18516 0.05810 0.18582 0.05777 0.18648 0.05678 0.18681 0.05546 0.18681\n 11 116 5 0.06107 0.18054 0.06074 0.18021 0.06107 0.17988 0.06140 0.18021 0.06107 0.18054\n 11 380 17 0.06569 0.18681 0.06470 0.18648 0.06404 0.18549 0.06371 0.18384 0.06371 0.18285 0.06404 0.18120 0.06470 0.18021 0.06569 0.17988 0.06635 0.17988 0.06734 0.18021 0.06800 0.18120 0.06833 0.18285 0.06833 0.18384 0.06800 0.18549 0.06734 0.18648 0.06635 0.18681 0.06569 0.18681\n 11 94 4 0.04820 0.22863 0.04886 0.22896 0.04985 0.22995 0.04985 0.22302\n 11 314 14 0.05414 0.22830 0.05414 0.22863 0.05447 0.22929 0.05480 0.22962 0.05546 0.22995 0.05678 0.22995 0.05744 0.22962 0.05777 0.22929 0.05810 0.22863 0.05810 0.22797 0.05777 0.22731 0.05711 0.22632 0.05381 0.22302 0.05843 0.22302\n 11 116 5 0.06107 0.22368 0.06074 0.22335 0.06107 0.22302 0.06140 0.22335 0.06107 0.22368\n 11 380 17 0.06569 0.22995 0.06470 0.22962 0.06404 0.22863 0.06371 0.22698 0.06371 0.22599 0.06404 0.22434 0.06470 0.22335 0.06569 0.22302 0.06635 0.22302 0.06734 0.22335 0.06800 0.22434 0.06833 0.22599 0.06833 0.22698 0.06800 0.22863 0.06734 0.22962 0.06635 0.22995 0.06569 0.22995\n 11 94 4 0.04820 0.27178 0.04886 0.27211 0.04985 0.27310 0.04985 0.26617\n 11 512 23 0.05810 0.27211 0.05777 0.27277 0.05678 0.27310 0.05612 0.27310 0.05513 0.27277 0.05447 0.27178 0.05414 0.27013 0.05414 0.26848 0.05447 0.26716 0.05513 0.26650 0.05612 0.26617 0.05645 0.26617 0.05744 0.26650 0.05810 0.26716 0.05843 0.26815 0.05843 0.26848 0.05810 0.26947 0.05744 0.27013 0.05645 0.27046 0.05612 0.27046 0.05513 0.27013 0.05447 0.26947 0.05414 0.26848\n 11 116 5 0.06107 0.26683 0.06074 0.26650 0.06107 0.26617 0.06140 0.26650 0.06107 0.26683\n 11 380 17 0.06569 0.27310 0.06470 0.27277 0.06404 0.27178 0.06371 0.27013 0.06371 0.26914 0.06404 0.26749 0.06470 0.26650 0.06569 0.26617 0.06635 0.26617 0.06734 0.26650 0.06800 0.26749 0.06833 0.26914 0.06833 0.27013 0.06800 0.27178 0.06734 0.27277 0.06635 0.27310 0.06569 0.27310\n 11 314 14 0.04754 0.31459 0.04754 0.31492 0.04787 0.31558 0.04820 0.31591 0.04886 0.31624 0.05018 0.31624 0.05084 0.31591 0.05117 0.31558 0.05150 0.31492 0.05150 0.31426 0.05117 0.31360 0.05051 0.31261 0.04721 0.30931 0.05183 0.30931\n 11 380 17 0.05579 0.31624 0.05480 0.31591 0.05414 0.31492 0.05381 0.31327 0.05381 0.31228 0.05414 0.31063 0.05480 0.30964 0.05579 0.30931 0.05645 0.30931 0.05744 0.30964 0.05810 0.31063 0.05843 0.31228 0.05843 0.31327 0.05810 0.31492 0.05744 0.31591 0.05645 0.31624 0.05579 0.31624\n 11 116 5 0.06107 0.30997 0.06074 0.30964 0.06107 0.30931 0.06140 0.30964 0.06107 0.30997\n 11 380 17 0.06569 0.31624 0.06470 0.31591 0.06404 0.31492 0.06371 0.31327 0.06371 0.31228 0.06404 0.31063 0.06470 0.30964 0.06569 0.30931 0.06635 0.30931 0.06734 0.30964 0.06800 0.31063 0.06833 0.31228 0.06833 0.31327 0.06800 0.31492 0.06734 0.31591 0.06635 0.31624 0.06569 0.31624\n 11 864 39 0.08319 0.09705 0.08319 0.09705 0.08319 0.09705 0.07452 0.09705 0.08319 0.09705 0.08319 0.11863 0.07452 0.11863 0.08319 0.11863 0.08319 0.14020 0.07452 0.14020 0.08319 0.14020 0.08319 0.16177 0.07452 0.16177 0.08319 0.16177 0.08319 0.18334 0.07452 0.18334 0.08319 0.18334 0.08319 0.20492 0.07452 0.20492 0.08319 0.20492 0.08319 0.22649 0.07452 0.22649 0.08319 0.22649 0.08319 0.24806 0.07452 0.24806 0.08319 0.24806 0.08319 0.26963 0.07452 0.26963 0.08319 0.26963 0.08319 0.29121 0.07452 0.29121 0.08319 0.29121 0.08319 0.31278 0.07452 0.31278 0.08319 0.31278 0.08319 0.33435 0.07452 0.33435 0.08319 0.33435 0.08319 0.33435\n 11 380 17 0.05579 0.10052 0.05480 0.10019 0.05414 0.09920 0.05381 0.09755 0.05381 0.09656 0.05414 0.09491 0.05480 0.09392 0.05579 0.09359 0.05645 0.09359 0.05744 0.09392 0.05810 0.09491 0.05843 0.09656 0.05843 0.09755 0.05810 0.09920 0.05744 0.10019 0.05645 0.10052 0.05579 0.10052\n 11 116 5 0.06107 0.09425 0.06074 0.09392 0.06107 0.09359 0.06140 0.09392 0.06107 0.09425\n 11 380 17 0.06569 0.10052 0.06470 0.10019 0.06404 0.09920 0.06371 0.09755 0.06371 0.09656 0.06404 0.09491 0.06470 0.09392 0.06569 0.09359 0.06635 0.09359 0.06734 0.09392 0.06800 0.09491 0.06833 0.09656 0.06833 0.09755 0.06800 0.09920 0.06734 0.10019 0.06635 0.10052 0.06569 0.10052\n 11 72 3 0.05711 0.14366 0.05381 0.13904 0.05876 0.13904\n 11 50 2 0.05711 0.14366 0.05711 0.13673\n 11 116 5 0.06107 0.13739 0.06074 0.13706 0.06107 0.13673 0.06140 0.13706 0.06107 0.13739\n 11 380 17 0.06569 0.14366 0.06470 0.14333 0.06404 0.14234 0.06371 0.14069 0.06371 0.13970 0.06404 0.13805 0.06470 0.13706 0.06569 0.13673 0.06635 0.13673 0.06734 0.13706 0.06800 0.13805 0.06833 0.13970 0.06833 0.14069 0.06800 0.14234 0.06734 0.14333 0.06635 0.14366 0.06569 0.14366\n 11 644 29 0.05546 0.18681 0.05447 0.18648 0.05414 0.18582 0.05414 0.18516 0.05447 0.18450 0.05513 0.18417 0.05645 0.18384 0.05744 0.18351 0.05810 0.18285 0.05843 0.18219 0.05843 0.18120 0.05810 0.18054 0.05777 0.18021 0.05678 0.17988 0.05546 0.17988 0.05447 0.18021 0.05414 0.18054 0.05381 0.18120 0.05381 0.18219 0.05414 0.18285 0.05480 0.18351 0.05579 0.18384 0.05711 0.18417 0.05777 0.18450 0.05810 0.18516 0.05810 0.18582 0.05777 0.18648 0.05678 0.18681 0.05546 0.18681\n 11 116 5 0.06107 0.18054 0.06074 0.18021 0.06107 0.17988 0.06140 0.18021 0.06107 0.18054\n 11 380 17 0.06569 0.18681 0.06470 0.18648 0.06404 0.18549 0.06371 0.18384 0.06371 0.18285 0.06404 0.18120 0.06470 0.18021 0.06569 0.17988 0.06635 0.17988 0.06734 0.18021 0.06800 0.18120 0.06833 0.18285 0.06833 0.18384 0.06800 0.18549 0.06734 0.18648 0.06635 0.18681 0.06569 0.18681\n 11 94 4 0.04820 0.22863 0.04886 0.22896 0.04985 0.22995 0.04985 0.22302\n 11 314 14 0.05414 0.22830 0.05414 0.22863 0.05447 0.22929 0.05480 0.22962 0.05546 0.22995 0.05678 0.22995 0.05744 0.22962 0.05777 0.22929 0.05810 0.22863 0.05810 0.22797 0.05777 0.22731 0.05711 0.22632 0.05381 0.22302 0.05843 0.22302\n 11 116 5 0.06107 0.22368 0.06074 0.22335 0.06107 0.22302 0.06140 0.22335 0.06107 0.22368\n 11 380 17 0.06569 0.22995 0.06470 0.22962 0.06404 0.22863 0.06371 0.22698 0.06371 0.22599 0.06404 0.22434 0.06470 0.22335 0.06569 0.22302 0.06635 0.22302 0.06734 0.22335 0.06800 0.22434 0.06833 0.22599 0.06833 0.22698 0.06800 0.22863 0.06734 0.22962 0.06635 0.22995 0.06569 0.22995\n 11 94 4 0.04820 0.27178 0.04886 0.27211 0.04985 0.27310 0.04985 0.26617\n 11 512 23 0.05810 0.27211 0.05777 0.27277 0.05678 0.27310 0.05612 0.27310 0.05513 0.27277 0.05447 0.27178 0.05414 0.27013 0.05414 0.26848 0.05447 0.26716 0.05513 0.26650 0.05612 0.26617 0.05645 0.26617 0.05744 0.26650 0.05810 0.26716 0.05843 0.26815 0.05843 0.26848 0.05810 0.26947 0.05744 0.27013 0.05645 0.27046 0.05612 0.27046 0.05513 0.27013 0.05447 0.26947 0.05414 0.26848\n 11 116 5 0.06107 0.26683 0.06074 0.26650 0.06107 0.26617 0.06140 0.26650 0.06107 0.26683\n 11 380 17 0.06569 0.27310 0.06470 0.27277 0.06404 0.27178 0.06371 0.27013 0.06371 0.26914 0.06404 0.26749 0.06470 0.26650 0.06569 0.26617 0.06635 0.26617 0.06734 0.26650 0.06800 0.26749 0.06833 0.26914 0.06833 0.27013 0.06800 0.27178 0.06734 0.27277 0.06635 0.27310 0.06569 0.27310\n 11 314 14 0.04754 0.31459 0.04754 0.31492 0.04787 0.31558 0.04820 0.31591 0.04886 0.31624 0.05018 0.31624 0.05084 0.31591 0.05117 0.31558 0.05150 0.31492 0.05150 0.31426 0.05117 0.31360 0.05051 0.31261 0.04721 0.30931 0.05183 0.30931\n 11 380 17 0.05579 0.31624 0.05480 0.31591 0.05414 0.31492 0.05381 0.31327 0.05381 0.31228 0.05414 0.31063 0.05480 0.30964 0.05579 0.30931 0.05645 0.30931 0.05744 0.30964 0.05810 0.31063 0.05843 0.31228 0.05843 0.31327 0.05810 0.31492 0.05744 0.31591 0.05645 0.31624 0.05579 0.31624\n 11 116 5 0.06107 0.30997 0.06074 0.30964 0.06107 0.30931 0.06140 0.30964 0.06107 0.30997\n 11 380 17 0.06569 0.31624 0.06470 0.31591 0.06404 0.31492 0.06371 0.31327 0.06371 0.31228 0.06404 0.31063 0.06470 0.30964 0.06569 0.30931 0.06635 0.30931 0.06734 0.30964 0.06800 0.31063 0.06833 0.31228 0.06833 0.31327 0.06800 0.31492 0.06734 0.31591 0.06635 0.31624 0.06569 0.31624\n 11 864 39 0.43064 0.09705 0.43064 0.09705 0.43064 0.09705 0.43931 0.09705 0.43064 0.09705 0.43064 0.11863 0.43931 0.11863 0.43064 0.11863 0.43064 0.14020 0.43931 0.14020 0.43064 0.14020 0.43064 0.16177 0.43931 0.16177 0.43064 0.16177 0.43064 0.18334 0.43931 0.18334 0.43064 0.18334 0.43064 0.20492 0.43931 0.20492 0.43064 0.20492 0.43064 0.22649 0.43931 0.22649 0.43064 0.22649 0.43064 0.24806 0.43931 0.24806 0.43064 0.24806 0.43064 0.26963 0.43931 0.26963 0.43064 0.26963 0.43064 0.29121 0.43931 0.29121 0.43064 0.29121 0.43064 0.31278 0.43931 0.31278 0.43064 0.31278 0.43064 0.33435 0.43931 0.33435 0.43064 0.33435 0.43064 0.33435\n 11 864 39 0.43064 0.09705 0.43064 0.09705 0.43064 0.09705 0.43931 0.09705 0.43064 0.09705 0.43064 0.11863 0.43931 0.11863 0.43064 0.11863 0.43064 0.14020 0.43931 0.14020 0.43064 0.14020 0.43064 0.16177 0.43931 0.16177 0.43064 0.16177 0.43064 0.18334 0.43931 0.18334 0.43064 0.18334 0.43064 0.20492 0.43931 0.20492 0.43064 0.20492 0.43064 0.22649 0.43931 0.22649 0.43064 0.22649 0.43064 0.24806 0.43931 0.24806 0.43064 0.24806 0.43064 0.26963 0.43931 0.26963 0.43064 0.26963 0.43064 0.29121 0.43931 0.29121 0.43064 0.29121 0.43064 0.31278 0.43931 0.31278 0.43064 0.31278 0.43064 0.33435 0.43931 0.33435 0.43064 0.33435 0.43064 0.33435\n 11 798 36 0.08319 0.33435 0.08319 0.33435 0.08319 0.33435 0.08319 0.34302 0.08319 0.33435 0.11793 0.33435 0.11793 0.34302 0.11793 0.33435 0.15268 0.33435 0.15268 0.34302 0.15268 0.33435 0.18742 0.33435 0.18742 0.34302 0.18742 0.33435 0.22217 0.33435 0.22217 0.34302 0.22217 0.33435 0.25692 0.33435 0.25692 0.34302 0.25692 0.33435 0.29166 0.33435 0.29166 0.34302 0.29166 0.33435 0.32641 0.33435 0.32641 0.34302 0.32641 0.33435 0.36115 0.33435 0.36115 0.34302 0.36115 0.33435 0.39590 0.33435 0.39590 0.34302 0.39590 0.33435 0.43064 0.33435 0.43064 0.34302 0.43064 0.33435 0.43064 0.33435\n 11 798 36 0.08319 0.33435 0.08319 0.33435 0.08319 0.33435 0.08319 0.34302 0.08319 0.33435 0.11793 0.33435 0.11793 0.34302 0.11793 0.33435 0.15268 0.33435 0.15268 0.34302 0.15268 0.33435 0.18742 0.33435 0.18742 0.34302 0.18742 0.33435 0.22217 0.33435 0.22217 0.34302 0.22217 0.33435 0.25692 0.33435 0.25692 0.34302 0.25692 0.33435 0.29166 0.33435 0.29166 0.34302 0.29166 0.33435 0.32641 0.33435 0.32641 0.34302 0.32641 0.33435 0.36115 0.33435 0.36115 0.34302 0.36115 0.33435 0.39590 0.33435 0.39590 0.34302 0.39590 0.33435 0.43064 0.33435 0.43064 0.34302 0.43064 0.33435 0.43064 0.33435\n 11 798 36 0.08319 0.09705 0.08319 0.09705 0.08319 0.09705 0.08319 0.08839 0.08319 0.09705 0.11793 0.09705 0.11793 0.08839 0.11793 0.09705 0.15268 0.09705 0.15268 0.08839 0.15268 0.09705 0.18742 0.09705 0.18742 0.08839 0.18742 0.09705 0.22217 0.09705 0.22217 0.08839 0.22217 0.09705 0.25692 0.09705 0.25692 0.08839 0.25692 0.09705 0.29166 0.09705 0.29166 0.08839 0.29166 0.09705 0.32641 0.09705 0.32641 0.08839 0.32641 0.09705 0.36115 0.09705 0.36115 0.08839 0.36115 0.09705 0.39590 0.09705 0.39590 0.08839 0.39590 0.09705 0.43064 0.09705 0.43064 0.08839 0.43064 0.09705 0.43064 0.09705\n 11 380 17 0.08286 0.08215 0.08187 0.08182 0.08121 0.08083 0.08088 0.07918 0.08088 0.07819 0.08121 0.07654 0.08187 0.07555 0.08286 0.07522 0.08352 0.07522 0.08451 0.07555 0.08517 0.07654 0.08550 0.07819 0.08550 0.07918 0.08517 0.08083 0.08451 0.08182 0.08352 0.08215 0.08286 0.08215\n 11 72 3 0.15367 0.08215 0.15037 0.07753 0.15532 0.07753\n 11 50 2 0.15367 0.08215 0.15367 0.07522\n 11 644 29 0.22151 0.08215 0.22052 0.08182 0.22019 0.08116 0.22019 0.08050 0.22052 0.07984 0.22118 0.07951 0.22250 0.07918 0.22349 0.07885 0.22415 0.07819 0.22448 0.07753 0.22448 0.07654 0.22415 0.07588 0.22382 0.07555 0.22283 0.07522 0.22151 0.07522 0.22052 0.07555 0.22019 0.07588 0.21986 0.07654 0.21986 0.07753 0.22019 0.07819 0.22085 0.07885 0.22184 0.07918 0.22316 0.07951 0.22382 0.07984 0.22415 0.08050 0.22415 0.08116 0.22382 0.08182 0.22283 0.08215 0.22151 0.08215\n 11 94 4 0.28704 0.08083 0.28770 0.08116 0.28869 0.08215 0.28869 0.07522\n 11 314 14 0.29298 0.08050 0.29298 0.08083 0.29331 0.08149 0.29364 0.08182 0.29430 0.08215 0.29562 0.08215 0.29628 0.08182 0.29661 0.08149 0.29694 0.08083 0.29694 0.08017 0.29661 0.07951 0.29595 0.07852 0.29265 0.07522 0.29727 0.07522\n 11 94 4 0.35653 0.08083 0.35719 0.08116 0.35818 0.08215 0.35818 0.07522\n 11 512 23 0.36643 0.08116 0.36610 0.08182 0.36511 0.08215 0.36445 0.08215 0.36346 0.08182 0.36280 0.08083 0.36247 0.07918 0.36247 0.07753 0.36280 0.07621 0.36346 0.07555 0.36445 0.07522 0.36478 0.07522 0.36577 0.07555 0.36643 0.07621 0.36676 0.07720 0.36676 0.07753 0.36643 0.07852 0.36577 0.07918 0.36478 0.07951 0.36445 0.07951 0.36346 0.07918 0.36280 0.07852 0.36247 0.07753\n 11 314 14 0.42536 0.08050 0.42536 0.08083 0.42569 0.08149 0.42602 0.08182 0.42668 0.08215 0.42800 0.08215 0.42866 0.08182 0.42899 0.08149 0.42932 0.08083 0.42932 0.08017 0.42899 0.07951 0.42833 0.07852 0.42503 0.07522 0.42965 0.07522\n 11 380 17 0.43361 0.08215 0.43262 0.08182 0.43196 0.08083 0.43163 0.07918 0.43163 0.07819 0.43196 0.07654 0.43262 0.07555 0.43361 0.07522 0.43427 0.07522 0.43526 0.07555 0.43592 0.07654 0.43625 0.07819 0.43625 0.07918 0.43592 0.08083 0.43526 0.08182 0.43427 0.08215 0.43361 0.08215\n 11 798 36 0.08319 0.09705 0.08319 0.09705 0.08319 0.09705 0.08319 0.08839 0.08319 0.09705 0.11793 0.09705 0.11793 0.08839 0.11793 0.09705 0.15268 0.09705 0.15268 0.08839 0.15268 0.09705 0.18742 0.09705 0.18742 0.08839 0.18742 0.09705 0.22217 0.09705 0.22217 0.08839 0.22217 0.09705 0.25692 0.09705 0.25692 0.08839 0.25692 0.09705 0.29166 0.09705 0.29166 0.08839 0.29166 0.09705 0.32641 0.09705 0.32641 0.08839 0.32641 0.09705 0.36115 0.09705 0.36115 0.08839 0.36115 0.09705 0.39590 0.09705 0.39590 0.08839 0.39590 0.09705 0.43064 0.09705 0.43064 0.08839 0.43064 0.09705 0.43064 0.09705\n 11 380 17 0.08286 0.08215 0.08187 0.08182 0.08121 0.08083 0.08088 0.07918 0.08088 0.07819 0.08121 0.07654 0.08187 0.07555 0.08286 0.07522 0.08352 0.07522 0.08451 0.07555 0.08517 0.07654 0.08550 0.07819 0.08550 0.07918 0.08517 0.08083 0.08451 0.08182 0.08352 0.08215 0.08286 0.08215\n 11 72 3 0.15367 0.08215 0.15037 0.07753 0.15532 0.07753\n 11 50 2 0.15367 0.08215 0.15367 0.07522\n 11 644 29 0.22151 0.08215 0.22052 0.08182 0.22019 0.08116 0.22019 0.08050 0.22052 0.07984 0.22118 0.07951 0.22250 0.07918 0.22349 0.07885 0.22415 0.07819 0.22448 0.07753 0.22448 0.07654 0.22415 0.07588 0.22382 0.07555 0.22283 0.07522 0.22151 0.07522 0.22052 0.07555 0.22019 0.07588 0.21986 0.07654 0.21986 0.07753 0.22019 0.07819 0.22085 0.07885 0.22184 0.07918 0.22316 0.07951 0.22382 0.07984 0.22415 0.08050 0.22415 0.08116 0.22382 0.08182 0.22283 0.08215 0.22151 0.08215\n 11 94 4 0.28704 0.08083 0.28770 0.08116 0.28869 0.08215 0.28869 0.07522\n 11 314 14 0.29298 0.08050 0.29298 0.08083 0.29331 0.08149 0.29364 0.08182 0.29430 0.08215 0.29562 0.08215 0.29628 0.08182 0.29661 0.08149 0.29694 0.08083 0.29694 0.08017 0.29661 0.07951 0.29595 0.07852 0.29265 0.07522 0.29727 0.07522\n 11 94 4 0.35653 0.08083 0.35719 0.08116 0.35818 0.08215 0.35818 0.07522\n 11 512 23 0.36643 0.08116 0.36610 0.08182 0.36511 0.08215 0.36445 0.08215 0.36346 0.08182 0.36280 0.08083 0.36247 0.07918 0.36247 0.07753 0.36280 0.07621 0.36346 0.07555 0.36445 0.07522 0.36478 0.07522 0.36577 0.07555 0.36643 0.07621 0.36676 0.07720 0.36676 0.07753 0.36643 0.07852 0.36577 0.07918 0.36478 0.07951 0.36445 0.07951 0.36346 0.07918 0.36280 0.07852 0.36247 0.07753\n 11 314 14 0.42536 0.08050 0.42536 0.08083 0.42569 0.08149 0.42602 0.08182 0.42668 0.08215 0.42800 0.08215 0.42866 0.08182 0.42899 0.08149 0.42932 0.08083 0.42932 0.08017 0.42899 0.07951 0.42833 0.07852 0.42503 0.07522 0.42965 0.07522\n 11 380 17 0.43361 0.08215 0.43262 0.08182 0.43196 0.08083 0.43163 0.07918 0.43163 0.07819 0.43196 0.07654 0.43262 0.07555 0.43361 0.07522 0.43427 0.07522 0.43526 0.07555 0.43592 0.07654 0.43625 0.07819 0.43625 0.07918 0.43592 0.08083 0.43526 0.08182 0.43427 0.08215 0.43361 0.08215\n 11 50 2 0.25414 0.06690 0.25969 0.05858\n 11 50 2 0.25969 0.06690 0.25414 0.05858\n 11 50 2 0.16778 0.03778 0.17637 0.02392\n 11 50 2 0.16844 0.03778 0.17703 0.02392\n 11 50 2 0.17703 0.03778 0.16778 0.02392\n 11 50 2 0.16646 0.03778 0.17043 0.03778\n 11 50 2 0.17439 0.03778 0.17835 0.03778\n 11 50 2 0.16646 0.02392 0.17043 0.02392\n 11 50 2 0.17439 0.02392 0.17835 0.02392\n 11 226 10 0.19683 0.04042 0.19551 0.03910 0.19419 0.03712 0.19287 0.03448 0.19221 0.03118 0.19221 0.02854 0.19287 0.02524 0.19419 0.02260 0.19551 0.02062 0.19683 0.01930\n 11 182 8 0.19551 0.03910 0.19419 0.03646 0.19353 0.03448 0.19287 0.03118 0.19287 0.02854 0.19353 0.02524 0.19419 0.02326 0.19551 0.02062\n 11 292 13 0.20212 0.03184 0.20212 0.03118 0.20146 0.03118 0.20146 0.03184 0.20212 0.03250 0.20344 0.03316 0.20608 0.03316 0.20740 0.03250 0.20806 0.03184 0.20872 0.03052 0.20872 0.02590 0.20938 0.02458 0.21004 0.02392\n 11 116 5 0.20806 0.03184 0.20806 0.02590 0.20872 0.02458 0.21004 0.02392 0.21070 0.02392\n 11 248 11 0.20806 0.03052 0.20740 0.02986 0.20344 0.02920 0.20146 0.02854 0.20080 0.02722 0.20080 0.02590 0.20146 0.02458 0.20344 0.02392 0.20542 0.02392 0.20674 0.02458 0.20806 0.02590\n 11 138 6 0.20344 0.02920 0.20212 0.02854 0.20146 0.02722 0.20146 0.02590 0.20212 0.02458 0.20344 0.02392\n 11 50 2 0.21466 0.03316 0.22192 0.02392\n 11 50 2 0.21532 0.03316 0.22258 0.02392\n 11 50 2 0.22258 0.03316 0.21466 0.02392\n 11 50 2 0.21334 0.03316 0.21730 0.03316\n 11 50 2 0.21994 0.03316 0.22390 0.03316\n 11 50 2 0.21334 0.02392 0.21730 0.02392\n 11 50 2 0.21994 0.02392 0.22390 0.02392\n 11 116 5 0.22853 0.03778 0.22787 0.03712 0.22853 0.03646 0.22919 0.03712 0.22853 0.03778\n 11 50 2 0.22853 0.03316 0.22853 0.02392\n 11 50 2 0.22919 0.03316 0.22919 0.02392\n 11 50 2 0.22654 0.03316 0.22919 0.03316\n 11 50 2 0.22654 0.02392 0.23117 0.02392\n 11 336 15 0.24107 0.03184 0.24173 0.03316 0.24173 0.03052 0.24107 0.03184 0.24041 0.03250 0.23909 0.03316 0.23645 0.03316 0.23513 0.03250 0.23447 0.03184 0.23447 0.03052 0.23513 0.02986 0.23645 0.02920 0.23975 0.02788 0.24107 0.02722 0.24173 0.02656\n 11 336 15 0.23447 0.03118 0.23513 0.03052 0.23645 0.02986 0.23975 0.02854 0.24107 0.02788 0.24173 0.02722 0.24173 0.02524 0.24107 0.02458 0.23975 0.02392 0.23711 0.02392 0.23579 0.02458 0.23513 0.02524 0.23447 0.02656 0.23447 0.02392 0.23513 0.02524\n 11 226 10 0.26154 0.04042 0.26022 0.03910 0.25890 0.03712 0.25758 0.03448 0.25692 0.03118 0.25692 0.02854 0.25758 0.02524 0.25890 0.02260 0.26022 0.02062 0.26154 0.01930\n 11 182 8 0.26022 0.03910 0.25890 0.03646 0.25824 0.03448 0.25758 0.03118 0.25758 0.02854 0.25824 0.02524 0.25890 0.02326 0.26022 0.02062\n 11 50 2 0.27012 0.03778 0.26550 0.02392\n 11 50 2 0.27012 0.03778 0.27474 0.02392\n 11 50 2 0.27012 0.03580 0.27408 0.02392\n 11 50 2 0.26682 0.02788 0.27276 0.02788\n 11 50 2 0.26418 0.02392 0.26814 0.02392\n 11 50 2 0.27210 0.02392 0.27606 0.02392\n 11 50 2 0.27870 0.03778 0.28729 0.02392\n 11 50 2 0.27936 0.03778 0.28795 0.02392\n 11 50 2 0.28795 0.03778 0.27870 0.02392\n 11 50 2 0.27738 0.03778 0.28134 0.03778\n 11 50 2 0.28531 0.03778 0.28927 0.03778\n 11 50 2 0.27738 0.02392 0.28134 0.02392\n 11 50 2 0.28531 0.02392 0.28927 0.02392\n 11 380 17 0.29587 0.03778 0.29389 0.03712 0.29257 0.03514 0.29191 0.03184 0.29191 0.02986 0.29257 0.02656 0.29389 0.02458 0.29587 0.02392 0.29719 0.02392 0.29917 0.02458 0.30049 0.02656 0.30115 0.02986 0.30115 0.03184 0.30049 0.03514 0.29917 0.03712 0.29719 0.03778 0.29587 0.03778\n 11 226 10 0.29587 0.03778 0.29455 0.03712 0.29389 0.03646 0.29323 0.03514 0.29257 0.03184 0.29257 0.02986 0.29323 0.02656 0.29389 0.02524 0.29455 0.02458 0.29587 0.02392\n 11 226 10 0.29719 0.02392 0.29851 0.02458 0.29917 0.02524 0.29983 0.02656 0.30049 0.02986 0.30049 0.03184 0.29983 0.03514 0.29917 0.03646 0.29851 0.03712 0.29719 0.03778\n 11 380 17 0.30907 0.03778 0.30709 0.03712 0.30577 0.03514 0.30511 0.03184 0.30511 0.02986 0.30577 0.02656 0.30709 0.02458 0.30907 0.02392 0.31039 0.02392 0.31237 0.02458 0.31370 0.02656 0.31436 0.02986 0.31436 0.03184 0.31370 0.03514 0.31237 0.03712 0.31039 0.03778 0.30907 0.03778\n 11 226 10 0.30907 0.03778 0.30775 0.03712 0.30709 0.03646 0.30643 0.03514 0.30577 0.03184 0.30577 0.02986 0.30643 0.02656 0.30709 0.02524 0.30775 0.02458 0.30907 0.02392\n 11 226 10 0.31039 0.02392 0.31171 0.02458 0.31237 0.02524 0.31304 0.02656 0.31370 0.02986 0.31370 0.03184 0.31304 0.03514 0.31237 0.03646 0.31171 0.03712 0.31039 0.03778\n 11 446 20 0.31898 0.03514 0.31964 0.03448 0.31898 0.03382 0.31832 0.03448 0.31832 0.03514 0.31898 0.03646 0.31964 0.03712 0.32162 0.03778 0.32426 0.03778 0.32624 0.03712 0.32690 0.03646 0.32756 0.03514 0.32756 0.03382 0.32690 0.03250 0.32492 0.03118 0.32162 0.02986 0.32030 0.02920 0.31898 0.02788 0.31832 0.02590 0.31832 0.02392\n 11 182 8 0.32426 0.03778 0.32558 0.03712 0.32624 0.03646 0.32690 0.03514 0.32690 0.03382 0.32624 0.03250 0.32426 0.03118 0.32162 0.02986\n 11 160 7 0.31832 0.02524 0.31898 0.02590 0.32030 0.02590 0.32360 0.02458 0.32558 0.02458 0.32690 0.02524 0.32756 0.02590\n 11 138 6 0.32030 0.02590 0.32360 0.02392 0.32624 0.02392 0.32690 0.02458 0.32756 0.02590 0.32756 0.02722\n 11 226 10 0.33152 0.04042 0.33284 0.03910 0.33416 0.03712 0.33548 0.03448 0.33614 0.03118 0.33614 0.02854 0.33548 0.02524 0.33416 0.02260 0.33284 0.02062 0.33152 0.01930\n 11 182 8 0.33284 0.03910 0.33416 0.03646 0.33482 0.03448 0.33548 0.03118 0.33548 0.02854 0.33482 0.02524 0.33416 0.02326 0.33284 0.02062\n 11 226 10 0.34076 0.04042 0.34209 0.03910 0.34341 0.03712 0.34473 0.03448 0.34539 0.03118 0.34539 0.02854 0.34473 0.02524 0.34341 0.02260 0.34209 0.02062 0.34076 0.01930\n 11 182 8 0.34209 0.03910 0.34341 0.03646 0.34407 0.03448 0.34473 0.03118 0.34473 0.02854 0.34407 0.02524 0.34341 0.02326 0.34209 0.02062\n 21 6 1\n 25 6 1\n 11 270 12 0.08319 0.09705 0.08406 0.09759 0.08493 0.09813 0.08579 0.09867 0.08666 0.09921 0.08753 0.09975 0.08840 0.10029 0.08927 0.10083 0.09014 0.10137 0.09101 0.10191 0.09188 0.10245 0.09202 0.10254\n 11 292 13 0.09791 0.10620 0.09796 0.10622 0.09882 0.10676 0.09969 0.10730 0.10056 0.10784 0.10143 0.10838 0.10230 0.10892 0.10317 0.10946 0.10404 0.11000 0.10490 0.11054 0.10577 0.11108 0.10664 0.11162 0.10675 0.11168\n 11 292 13 0.11264 0.11534 0.11272 0.11539 0.11359 0.11593 0.11446 0.11647 0.11533 0.11701 0.11620 0.11755 0.11707 0.11809 0.11793 0.11863 0.11880 0.11917 0.11967 0.11970 0.12054 0.12024 0.12141 0.12078 0.12147 0.12082\n 11 292 13 0.12736 0.12448 0.12749 0.12456 0.12836 0.12510 0.12923 0.12564 0.13010 0.12618 0.13096 0.12672 0.13183 0.12726 0.13270 0.12779 0.13357 0.12833 0.13444 0.12887 0.13531 0.12941 0.13618 0.12995 0.13620 0.12996\n 11 270 12 0.14208 0.13362 0.14226 0.13373 0.14312 0.13427 0.14399 0.13481 0.14486 0.13534 0.14573 0.13588 0.14660 0.13642 0.14747 0.13696 0.14834 0.13750 0.14921 0.13804 0.15007 0.13858 0.15092 0.13911\n 11 270 12 0.15681 0.14276 0.15702 0.14290 0.15789 0.14343 0.15876 0.14397 0.15963 0.14451 0.16050 0.14505 0.16137 0.14559 0.16223 0.14613 0.16310 0.14667 0.16397 0.14721 0.16484 0.14775 0.16564 0.14825\n 11 270 12 0.17153 0.15190 0.17179 0.15206 0.17266 0.15260 0.17353 0.15314 0.17440 0.15368 0.17526 0.15422 0.17613 0.15476 0.17700 0.15530 0.17787 0.15584 0.17874 0.15638 0.17961 0.15692 0.18037 0.15739\n 11 270 12 0.18626 0.16105 0.18656 0.16123 0.18742 0.16177 0.18829 0.16231 0.18916 0.16285 0.19003 0.16339 0.19090 0.16393 0.19177 0.16447 0.19264 0.16501 0.19351 0.16555 0.19437 0.16609 0.19509 0.16653\n 11 270 12 0.20098 0.17019 0.20132 0.17040 0.20219 0.17094 0.20306 0.17148 0.20393 0.17202 0.20480 0.17256 0.20567 0.17310 0.20653 0.17364 0.20740 0.17418 0.20827 0.17471 0.20914 0.17525 0.20981 0.17567\n 11 270 12 0.21570 0.17933 0.21609 0.17957 0.21696 0.18011 0.21783 0.18065 0.21870 0.18119 0.21956 0.18173 0.22043 0.18226 0.22130 0.18280 0.22217 0.18334 0.22304 0.18388 0.22391 0.18442 0.22454 0.18481\n 11 270 12 0.23043 0.18847 0.23086 0.18874 0.23173 0.18928 0.23259 0.18982 0.23346 0.19035 0.23433 0.19089 0.23520 0.19143 0.23607 0.19197 0.23694 0.19251 0.23781 0.19305 0.23867 0.19359 0.23926 0.19396\n 11 270 12 0.24515 0.19761 0.24562 0.19790 0.24649 0.19844 0.24736 0.19898 0.24823 0.19952 0.24910 0.20006 0.24997 0.20060 0.25084 0.20114 0.25170 0.20168 0.25257 0.20222 0.25344 0.20276 0.25399 0.20310\n 11 270 12 0.25988 0.20675 0.26039 0.20707 0.26126 0.20761 0.26213 0.20815 0.26300 0.20869 0.26386 0.20923 0.26473 0.20977 0.26560 0.21031 0.26647 0.21085 0.26734 0.21139 0.26821 0.21193 0.26871 0.21224\n 11 270 12 0.27460 0.21590 0.27516 0.21624 0.27603 0.21678 0.27689 0.21732 0.27776 0.21786 0.27863 0.21840 0.27950 0.21894 0.28037 0.21948 0.28124 0.22002 0.28211 0.22056 0.28297 0.22110 0.28343 0.22138\n 11 270 12 0.28932 0.22504 0.28992 0.22541 0.29079 0.22595 0.29166 0.22649 0.29253 0.22703 0.29340 0.22757 0.29427 0.22811 0.29514 0.22865 0.29600 0.22919 0.29687 0.22972 0.29774 0.23026 0.29816 0.23052\n 11 270 12 0.30405 0.23418 0.30469 0.23458 0.30556 0.23512 0.30643 0.23566 0.30730 0.23620 0.30816 0.23674 0.30903 0.23727 0.30990 0.23781 0.31077 0.23835 0.31164 0.23889 0.31251 0.23943 0.31288 0.23966\n 11 270 12 0.31877 0.24332 0.31946 0.24375 0.32033 0.24429 0.32119 0.24483 0.32206 0.24536 0.32293 0.24590 0.32380 0.24644 0.32467 0.24698 0.32554 0.24752 0.32641 0.24806 0.32727 0.24860 0.32761 0.24881\n 11 270 12 0.33350 0.25246 0.33422 0.25291 0.33509 0.25345 0.33596 0.25399 0.33683 0.25453 0.33770 0.25507 0.33857 0.25561 0.33944 0.25615 0.34030 0.25669 0.34117 0.25723 0.34204 0.25777 0.34233 0.25795\n 11 270 12 0.34822 0.26160 0.34899 0.26208 0.34986 0.26262 0.35073 0.26316 0.35160 0.26370 0.35247 0.26424 0.35333 0.26478 0.35420 0.26532 0.35507 0.26586 0.35594 0.26640 0.35681 0.26694 0.35705 0.26709\n 11 270 12 0.36294 0.27075 0.36376 0.27125 0.36463 0.27179 0.36549 0.27233 0.36636 0.27287 0.36723 0.27341 0.36810 0.27395 0.36897 0.27449 0.36984 0.27503 0.37071 0.27557 0.37157 0.27611 0.37178 0.27623\n 11 270 12 0.37767 0.27989 0.37852 0.28042 0.37939 0.28096 0.38026 0.28150 0.38113 0.28204 0.38200 0.28258 0.38287 0.28312 0.38374 0.28366 0.38460 0.28419 0.38547 0.28473 0.38634 0.28527 0.38650 0.28537\n 11 292 13 0.39239 0.28903 0.39242 0.28905 0.39329 0.28959 0.39416 0.29013 0.39503 0.29067 0.39590 0.29121 0.39677 0.29175 0.39763 0.29228 0.39850 0.29282 0.39937 0.29336 0.40024 0.29390 0.40111 0.29444 0.40123 0.29451\n 11 292 13 0.40712 0.29817 0.40719 0.29822 0.40806 0.29876 0.40893 0.29930 0.40979 0.29983 0.41066 0.30037 0.41153 0.30091 0.41240 0.30145 0.41327 0.30199 0.41414 0.30253 0.41501 0.30307 0.41588 0.30361 0.41595 0.30366\n 11 270 12 0.42184 0.30731 0.42196 0.30739 0.42282 0.30792 0.42369 0.30846 0.42456 0.30900 0.42543 0.30954 0.42630 0.31008 0.42717 0.31062 0.42804 0.31116 0.42890 0.31170 0.42977 0.31224 0.43064 0.31278\n 21 6 1\n 25 6 1\n 11 50 2 0.40406 0.42149 0.40406 0.41733\n 11 50 2 0.40406 0.42149 0.40664 0.42149\n 11 50 2 0.40406 0.41951 0.40565 0.41951\n 11 50 2 0.40763 0.42149 0.40763 0.41733\n 11 50 2 0.40763 0.42149 0.41020 0.42149\n 11 50 2 0.40763 0.41951 0.40921 0.41951\n 11 50 2 0.40763 0.41733 0.41020 0.41733\n 11 50 2 0.41139 0.42149 0.41139 0.41733\n 11 226 10 0.41139 0.42149 0.41317 0.42149 0.41377 0.42129 0.41396 0.42109 0.41416 0.42070 0.41416 0.42030 0.41396 0.41991 0.41377 0.41971 0.41317 0.41951 0.41139 0.41951\n 11 50 2 0.41278 0.41951 0.41416 0.41733\n 11 50 2 0.41555 0.42149 0.41555 0.41733\n 11 226 10 0.41555 0.42149 0.41733 0.42149 0.41793 0.42129 0.41812 0.42109 0.41832 0.42070 0.41832 0.42030 0.41812 0.41991 0.41793 0.41971 0.41733 0.41951 0.41555 0.41951\n 11 50 2 0.41694 0.41951 0.41832 0.41733\n 11 50 2 0.41971 0.42149 0.41971 0.41733\n 11 50 2 0.41971 0.42149 0.42228 0.42149\n 11 50 2 0.41971 0.41951 0.42129 0.41951\n 11 50 2 0.41971 0.41733 0.42228 0.41733\n 11 50 2 0.42426 0.42149 0.42426 0.41733\n 11 50 2 0.42288 0.42149 0.42565 0.42149\n 11 50 2 0.42922 0.42149 0.43080 0.41733\n 11 50 2 0.43238 0.42149 0.43080 0.41733\n 11 380 17 0.43318 0.41892 0.43555 0.41892 0.43555 0.41931 0.43536 0.41971 0.43516 0.41991 0.43476 0.42010 0.43417 0.42010 0.43377 0.41991 0.43338 0.41951 0.43318 0.41892 0.43318 0.41852 0.43338 0.41793 0.43377 0.41753 0.43417 0.41733 0.43476 0.41733 0.43516 0.41753 0.43555 0.41793\n 11 50 2 0.43694 0.42010 0.43694 0.41733\n 11 116 5 0.43694 0.41892 0.43714 0.41951 0.43753 0.41991 0.43793 0.42010 0.43853 0.42010\n 11 116 5 0.43971 0.41773 0.43952 0.41753 0.43971 0.41733 0.43991 0.41753 0.43971 0.41773\n 11 512 23 0.44704 0.42090 0.44684 0.42129 0.44625 0.42149 0.44585 0.42149 0.44526 0.42129 0.44486 0.42070 0.44467 0.41971 0.44467 0.41872 0.44486 0.41793 0.44526 0.41753 0.44585 0.41733 0.44605 0.41733 0.44665 0.41753 0.44704 0.41793 0.44724 0.41852 0.44724 0.41872 0.44704 0.41931 0.44665 0.41971 0.44605 0.41991 0.44585 0.41991 0.44526 0.41971 0.44486 0.41931 0.44467 0.41872\n 11 116 5 0.44882 0.41773 0.44863 0.41753 0.44882 0.41733 0.44902 0.41753 0.44882 0.41773\n 11 512 23 0.45298 0.42090 0.45279 0.42129 0.45219 0.42149 0.45180 0.42149 0.45120 0.42129 0.45081 0.42070 0.45061 0.41971 0.45061 0.41872 0.45081 0.41793 0.45120 0.41753 0.45180 0.41733 0.45199 0.41733 0.45259 0.41753 0.45298 0.41793 0.45318 0.41852 0.45318 0.41872 0.45298 0.41931 0.45259 0.41971 0.45199 0.41991 0.45180 0.41991 0.45120 0.41971 0.45081 0.41931 0.45061 0.41872\n 11 314 14 0.45457 0.42050 0.45457 0.42070 0.45477 0.42109 0.45496 0.42129 0.45536 0.42149 0.45615 0.42149 0.45655 0.42129 0.45675 0.42109 0.45695 0.42070 0.45695 0.42030 0.45675 0.41991 0.45635 0.41931 0.45437 0.41733 0.45714 0.41733\n 11 50 2 0.40376 0.41456 0.40376 0.41040\n 11 50 2 0.40376 0.41456 0.40654 0.41040\n 11 50 2 0.40654 0.41456 0.40654 0.41040\n 11 468 21 0.40911 0.41456 0.40872 0.41436 0.40832 0.41396 0.40812 0.41357 0.40792 0.41297 0.40792 0.41198 0.40812 0.41139 0.40832 0.41099 0.40872 0.41060 0.40911 0.41040 0.40990 0.41040 0.41030 0.41060 0.41070 0.41099 0.41089 0.41139 0.41109 0.41198 0.41109 0.41297 0.41089 0.41357 0.41070 0.41396 0.41030 0.41436 0.40990 0.41456 0.40911 0.41456\n 11 50 2 0.41347 0.41456 0.41188 0.41040\n 11 50 2 0.41347 0.41456 0.41505 0.41040\n 11 50 2 0.41248 0.41179 0.41446 0.41179\n 11 50 2 0.41703 0.41456 0.41545 0.41040\n 11 50 2 0.41703 0.41456 0.41862 0.41040\n 11 50 2 0.41604 0.41179 0.41802 0.41179\n 11 50 2 0.42278 0.41535 0.41921 0.40901\n 11 50 2 0.42397 0.41456 0.42397 0.41040\n 11 226 10 0.42397 0.41456 0.42575 0.41456 0.42634 0.41436 0.42654 0.41416 0.42674 0.41377 0.42674 0.41317 0.42654 0.41278 0.42634 0.41258 0.42575 0.41238 0.42397 0.41238\n 11 50 2 0.42813 0.41456 0.42813 0.41040\n 11 50 2 0.42813 0.41456 0.42971 0.41040\n 11 50 2 0.43130 0.41456 0.42971 0.41040\n 11 50 2 0.43130 0.41456 0.43130 0.41040\n 11 50 2 0.43288 0.41456 0.43288 0.41040\n 11 50 2 0.43288 0.41456 0.43545 0.41456\n 11 50 2 0.43288 0.41258 0.43446 0.41258\n 11 50 2 0.43288 0.41040 0.43545 0.41040\n 11 50 2 0.43664 0.41456 0.43664 0.41040\n 11 50 2 0.43664 0.41040 0.43902 0.41040\n 11 50 2 0.44397 0.41456 0.44397 0.41040\n 11 50 2 0.44259 0.41456 0.44536 0.41456\n 11 50 2 0.44635 0.41456 0.44635 0.41040\n 11 50 2 0.44635 0.41456 0.44793 0.41040\n 11 50 2 0.44952 0.41456 0.44793 0.41040\n 11 50 2 0.44952 0.41456 0.44952 0.41040\n 11 50 2 0.45209 0.41456 0.45051 0.41040\n 11 50 2 0.45209 0.41456 0.45368 0.41040\n 11 50 2 0.45110 0.41179 0.45308 0.41179\n 11 50 2 0.45467 0.41456 0.45467 0.41040\n 11 226 10 0.45467 0.41456 0.45645 0.41456 0.45704 0.41436 0.45724 0.41416 0.45744 0.41377 0.45744 0.41317 0.45724 0.41278 0.45704 0.41258 0.45645 0.41238 0.45467 0.41238\n 11 314 14 0.39287 0.40664 0.39287 0.40683 0.39307 0.40723 0.39327 0.40743 0.39366 0.40763 0.39445 0.40763 0.39485 0.40743 0.39505 0.40723 0.39525 0.40683 0.39525 0.40644 0.39505 0.40604 0.39465 0.40545 0.39267 0.40347 0.39545 0.40347\n 11 94 4 0.39723 0.40683 0.39762 0.40703 0.39822 0.40763 0.39822 0.40347\n 11 50 2 0.40079 0.40525 0.40436 0.40525\n 11 50 2 0.40594 0.40763 0.40594 0.40347\n 11 50 2 0.40594 0.40763 0.40753 0.40347\n 11 50 2 0.40911 0.40763 0.40753 0.40347\n 11 50 2 0.40911 0.40763 0.40911 0.40347\n 11 50 2 0.41169 0.40763 0.41010 0.40347\n 11 50 2 0.41169 0.40763 0.41327 0.40347\n 11 50 2 0.41070 0.40485 0.41268 0.40485\n 11 72 3 0.41367 0.40763 0.41525 0.40565 0.41525 0.40347\n 11 50 2 0.41684 0.40763 0.41525 0.40565\n 11 50 2 0.41783 0.40525 0.42139 0.40525\n 11 314 14 0.42298 0.40664 0.42298 0.40683 0.42317 0.40723 0.42337 0.40743 0.42377 0.40763 0.42456 0.40763 0.42496 0.40743 0.42516 0.40723 0.42535 0.40683 0.42535 0.40644 0.42516 0.40604 0.42476 0.40545 0.42278 0.40347 0.42555 0.40347\n 11 380 17 0.42793 0.40763 0.42733 0.40743 0.42694 0.40683 0.42674 0.40584 0.42674 0.40525 0.42694 0.40426 0.42733 0.40366 0.42793 0.40347 0.42832 0.40347 0.42892 0.40366 0.42931 0.40426 0.42951 0.40525 0.42951 0.40584 0.42931 0.40683 0.42892 0.40743 0.42832 0.40763 0.42793 0.40763\n 11 94 4 0.43130 0.40683 0.43169 0.40703 0.43229 0.40763 0.43229 0.40347\n 11 380 17 0.43585 0.40763 0.43526 0.40743 0.43486 0.40683 0.43466 0.40584 0.43466 0.40525 0.43486 0.40426 0.43526 0.40366 0.43585 0.40347 0.43625 0.40347 0.43684 0.40366 0.43724 0.40426 0.43744 0.40525 0.43744 0.40584 0.43724 0.40683 0.43684 0.40743 0.43625 0.40763 0.43585 0.40763\n 11 94 4 0.44239 0.40683 0.44278 0.40703 0.44338 0.40763 0.44338 0.40347\n 11 314 14 0.44595 0.40664 0.44595 0.40683 0.44615 0.40723 0.44635 0.40743 0.44674 0.40763 0.44754 0.40763 0.44793 0.40743 0.44813 0.40723 0.44833 0.40683 0.44833 0.40644 0.44813 0.40604 0.44774 0.40545 0.44575 0.40347 0.44853 0.40347\n 11 116 5 0.45011 0.40624 0.44991 0.40604 0.45011 0.40584 0.45031 0.40604 0.45011 0.40624\n 11 116 5 0.45011 0.40386 0.44991 0.40366 0.45011 0.40347 0.45031 0.40366 0.45011 0.40386\n 11 380 17 0.45289 0.40763 0.45229 0.40743 0.45189 0.40683 0.45170 0.40584 0.45170 0.40525 0.45189 0.40426 0.45229 0.40366 0.45289 0.40347 0.45328 0.40347 0.45388 0.40366 0.45427 0.40426 0.45447 0.40525 0.45447 0.40584 0.45427 0.40683 0.45388 0.40743 0.45328 0.40763 0.45289 0.40763\n 11 314 14 0.45586 0.40664 0.45586 0.40683 0.45605 0.40723 0.45625 0.40743 0.45665 0.40763 0.45744 0.40763 0.45784 0.40743 0.45803 0.40723 0.45823 0.40683 0.45823 0.40644 0.45803 0.40604 0.45764 0.40545 0.45566 0.40347 0.45843 0.40347\n 11 116 5 0.46002 0.40624 0.45982 0.40604 0.46002 0.40584 0.46021 0.40604 0.46002 0.40624\n 11 116 5 0.46002 0.40386 0.45982 0.40366 0.46002 0.40347 0.46021 0.40366 0.46002 0.40386\n 11 94 4 0.46219 0.40683 0.46259 0.40703 0.46318 0.40763 0.46318 0.40347\n 11 512 23 0.46814 0.40703 0.46794 0.40743 0.46734 0.40763 0.46695 0.40763 0.46635 0.40743 0.46596 0.40683 0.46576 0.40584 0.46576 0.40485 0.46596 0.40406 0.46635 0.40366 0.46695 0.40347 0.46715 0.40347 0.46774 0.40366 0.46814 0.40406 0.46833 0.40466 0.46833 0.40485 0.46814 0.40545 0.46774 0.40584 0.46715 0.40604 0.46695 0.40604 0.46635 0.40584 0.46596 0.40545 0.46576 0.40485\n 82 0\n 81 6 6\n 82 0\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 42 22 0.00000 0.00000\n 41 44 1.00000 0.00000 0.00000 1.00000\n 34 44 0.00000 0.00000 0.00000 0.00000\n 61 44 0.00000 1.00000 0.00000 1.00000\n 71 44 0.00000 1.00000 0.00000 0.86275\n 72 44 0.00000 10.20000 0.00000 8.80000\n 81 6 7\n 21 6 1\n 25 6 1\n 11 864 39 0.58319 0.09705 0.58319 0.09705 0.58319 0.09705 0.57452 0.09705 0.58319 0.09705 0.58319 0.11863 0.57452 0.11863 0.58319 0.11863 0.58319 0.14020 0.57452 0.14020 0.58319 0.14020 0.58319 0.16177 0.57452 0.16177 0.58319 0.16177 0.58319 0.18334 0.57452 0.18334 0.58319 0.18334 0.58319 0.20492 0.57452 0.20492 0.58319 0.20492 0.58319 0.22649 0.57452 0.22649 0.58319 0.22649 0.58319 0.24806 0.57452 0.24806 0.58319 0.24806 0.58319 0.26963 0.57452 0.26963 0.58319 0.26963 0.58319 0.29121 0.57452 0.29121 0.58319 0.29121 0.58319 0.31278 0.57452 0.31278 0.58319 0.31278 0.58319 0.33435 0.57452 0.33435 0.58319 0.33435 0.58319 0.33435\n 11 380 17 0.55579 0.10052 0.55480 0.10019 0.55414 0.09920 0.55381 0.09755 0.55381 0.09656 0.55414 0.09491 0.55480 0.09392 0.55579 0.09359 0.55645 0.09359 0.55744 0.09392 0.55810 0.09491 0.55843 0.09656 0.55843 0.09755 0.55810 0.09920 0.55744 0.10019 0.55645 0.10052 0.55579 0.10052\n 11 116 5 0.56107 0.09425 0.56074 0.09392 0.56107 0.09359 0.56140 0.09392 0.56107 0.09425\n 11 380 17 0.56569 0.10052 0.56470 0.10019 0.56404 0.09920 0.56371 0.09755 0.56371 0.09656 0.56404 0.09491 0.56470 0.09392 0.56569 0.09359 0.56635 0.09359 0.56734 0.09392 0.56800 0.09491 0.56833 0.09656 0.56833 0.09755 0.56800 0.09920 0.56734 0.10019 0.56635 0.10052 0.56569 0.10052\n 11 72 3 0.55711 0.14366 0.55381 0.13904 0.55876 0.13904\n 11 50 2 0.55711 0.14366 0.55711 0.13673\n 11 116 5 0.56107 0.13739 0.56074 0.13706 0.56107 0.13673 0.56140 0.13706 0.56107 0.13739\n 11 380 17 0.56569 0.14366 0.56470 0.14333 0.56404 0.14234 0.56371 0.14069 0.56371 0.13970 0.56404 0.13805 0.56470 0.13706 0.56569 0.13673 0.56635 0.13673 0.56734 0.13706 0.56800 0.13805 0.56833 0.13970 0.56833 0.14069 0.56800 0.14234 0.56734 0.14333 0.56635 0.14366 0.56569 0.14366\n 11 644 29 0.55546 0.18681 0.55447 0.18648 0.55414 0.18582 0.55414 0.18516 0.55447 0.18450 0.55513 0.18417 0.55645 0.18384 0.55744 0.18351 0.55810 0.18285 0.55843 0.18219 0.55843 0.18120 0.55810 0.18054 0.55777 0.18021 0.55678 0.17988 0.55546 0.17988 0.55447 0.18021 0.55414 0.18054 0.55381 0.18120 0.55381 0.18219 0.55414 0.18285 0.55480 0.18351 0.55579 0.18384 0.55711 0.18417 0.55777 0.18450 0.55810 0.18516 0.55810 0.18582 0.55777 0.18648 0.55678 0.18681 0.55546 0.18681\n 11 116 5 0.56107 0.18054 0.56074 0.18021 0.56107 0.17988 0.56140 0.18021 0.56107 0.18054\n 11 380 17 0.56569 0.18681 0.56470 0.18648 0.56404 0.18549 0.56371 0.18384 0.56371 0.18285 0.56404 0.18120 0.56470 0.18021 0.56569 0.17988 0.56635 0.17988 0.56734 0.18021 0.56800 0.18120 0.56833 0.18285 0.56833 0.18384 0.56800 0.18549 0.56734 0.18648 0.56635 0.18681 0.56569 0.18681\n 11 94 4 0.54820 0.22863 0.54886 0.22896 0.54985 0.22995 0.54985 0.22302\n 11 314 14 0.55414 0.22830 0.55414 0.22863 0.55447 0.22929 0.55480 0.22962 0.55546 0.22995 0.55678 0.22995 0.55744 0.22962 0.55777 0.22929 0.55810 0.22863 0.55810 0.22797 0.55777 0.22731 0.55711 0.22632 0.55381 0.22302 0.55843 0.22302\n 11 116 5 0.56107 0.22368 0.56074 0.22335 0.56107 0.22302 0.56140 0.22335 0.56107 0.22368\n 11 380 17 0.56569 0.22995 0.56470 0.22962 0.56404 0.22863 0.56371 0.22698 0.56371 0.22599 0.56404 0.22434 0.56470 0.22335 0.56569 0.22302 0.56635 0.22302 0.56734 0.22335 0.56800 0.22434 0.56833 0.22599 0.56833 0.22698 0.56800 0.22863 0.56734 0.22962 0.56635 0.22995 0.56569 0.22995\n 11 94 4 0.54820 0.27178 0.54886 0.27211 0.54985 0.27310 0.54985 0.26617\n 11 512 23 0.55810 0.27211 0.55777 0.27277 0.55678 0.27310 0.55612 0.27310 0.55513 0.27277 0.55447 0.27178 0.55414 0.27013 0.55414 0.26848 0.55447 0.26716 0.55513 0.26650 0.55612 0.26617 0.55645 0.26617 0.55744 0.26650 0.55810 0.26716 0.55843 0.26815 0.55843 0.26848 0.55810 0.26947 0.55744 0.27013 0.55645 0.27046 0.55612 0.27046 0.55513 0.27013 0.55447 0.26947 0.55414 0.26848\n 11 116 5 0.56107 0.26683 0.56074 0.26650 0.56107 0.26617 0.56140 0.26650 0.56107 0.26683\n 11 380 17 0.56569 0.27310 0.56470 0.27277 0.56404 0.27178 0.56371 0.27013 0.56371 0.26914 0.56404 0.26749 0.56470 0.26650 0.56569 0.26617 0.56635 0.26617 0.56734 0.26650 0.56800 0.26749 0.56833 0.26914 0.56833 0.27013 0.56800 0.27178 0.56734 0.27277 0.56635 0.27310 0.56569 0.27310\n 11 314 14 0.54754 0.31459 0.54754 0.31492 0.54787 0.31558 0.54820 0.31591 0.54886 0.31624 0.55018 0.31624 0.55084 0.31591 0.55117 0.31558 0.55150 0.31492 0.55150 0.31426 0.55117 0.31360 0.55051 0.31261 0.54721 0.30931 0.55183 0.30931\n 11 380 17 0.55579 0.31624 0.55480 0.31591 0.55414 0.31492 0.55381 0.31327 0.55381 0.31228 0.55414 0.31063 0.55480 0.30964 0.55579 0.30931 0.55645 0.30931 0.55744 0.30964 0.55810 0.31063 0.55843 0.31228 0.55843 0.31327 0.55810 0.31492 0.55744 0.31591 0.55645 0.31624 0.55579 0.31624\n 11 116 5 0.56107 0.30997 0.56074 0.30964 0.56107 0.30931 0.56140 0.30964 0.56107 0.30997\n 11 380 17 0.56569 0.31624 0.56470 0.31591 0.56404 0.31492 0.56371 0.31327 0.56371 0.31228 0.56404 0.31063 0.56470 0.30964 0.56569 0.30931 0.56635 0.30931 0.56734 0.30964 0.56800 0.31063 0.56833 0.31228 0.56833 0.31327 0.56800 0.31492 0.56734 0.31591 0.56635 0.31624 0.56569 0.31624\n 11 864 39 0.58319 0.09705 0.58319 0.09705 0.58319 0.09705 0.57452 0.09705 0.58319 0.09705 0.58319 0.11863 0.57452 0.11863 0.58319 0.11863 0.58319 0.14020 0.57452 0.14020 0.58319 0.14020 0.58319 0.16177 0.57452 0.16177 0.58319 0.16177 0.58319 0.18334 0.57452 0.18334 0.58319 0.18334 0.58319 0.20492 0.57452 0.20492 0.58319 0.20492 0.58319 0.22649 0.57452 0.22649 0.58319 0.22649 0.58319 0.24806 0.57452 0.24806 0.58319 0.24806 0.58319 0.26963 0.57452 0.26963 0.58319 0.26963 0.58319 0.29121 0.57452 0.29121 0.58319 0.29121 0.58319 0.31278 0.57452 0.31278 0.58319 0.31278 0.58319 0.33435 0.57452 0.33435 0.58319 0.33435 0.58319 0.33435\n 11 380 17 0.55579 0.10052 0.55480 0.10019 0.55414 0.09920 0.55381 0.09755 0.55381 0.09656 0.55414 0.09491 0.55480 0.09392 0.55579 0.09359 0.55645 0.09359 0.55744 0.09392 0.55810 0.09491 0.55843 0.09656 0.55843 0.09755 0.55810 0.09920 0.55744 0.10019 0.55645 0.10052 0.55579 0.10052\n 11 116 5 0.56107 0.09425 0.56074 0.09392 0.56107 0.09359 0.56140 0.09392 0.56107 0.09425\n 11 380 17 0.56569 0.10052 0.56470 0.10019 0.56404 0.09920 0.56371 0.09755 0.56371 0.09656 0.56404 0.09491 0.56470 0.09392 0.56569 0.09359 0.56635 0.09359 0.56734 0.09392 0.56800 0.09491 0.56833 0.09656 0.56833 0.09755 0.56800 0.09920 0.56734 0.10019 0.56635 0.10052 0.56569 0.10052\n 11 72 3 0.55711 0.14366 0.55381 0.13904 0.55876 0.13904\n 11 50 2 0.55711 0.14366 0.55711 0.13673\n 11 116 5 0.56107 0.13739 0.56074 0.13706 0.56107 0.13673 0.56140 0.13706 0.56107 0.13739\n 11 380 17 0.56569 0.14366 0.56470 0.14333 0.56404 0.14234 0.56371 0.14069 0.56371 0.13970 0.56404 0.13805 0.56470 0.13706 0.56569 0.13673 0.56635 0.13673 0.56734 0.13706 0.56800 0.13805 0.56833 0.13970 0.56833 0.14069 0.56800 0.14234 0.56734 0.14333 0.56635 0.14366 0.56569 0.14366\n 11 644 29 0.55546 0.18681 0.55447 0.18648 0.55414 0.18582 0.55414 0.18516 0.55447 0.18450 0.55513 0.18417 0.55645 0.18384 0.55744 0.18351 0.55810 0.18285 0.55843 0.18219 0.55843 0.18120 0.55810 0.18054 0.55777 0.18021 0.55678 0.17988 0.55546 0.17988 0.55447 0.18021 0.55414 0.18054 0.55381 0.18120 0.55381 0.18219 0.55414 0.18285 0.55480 0.18351 0.55579 0.18384 0.55711 0.18417 0.55777 0.18450 0.55810 0.18516 0.55810 0.18582 0.55777 0.18648 0.55678 0.18681 0.55546 0.18681\n 11 116 5 0.56107 0.18054 0.56074 0.18021 0.56107 0.17988 0.56140 0.18021 0.56107 0.18054\n 11 380 17 0.56569 0.18681 0.56470 0.18648 0.56404 0.18549 0.56371 0.18384 0.56371 0.18285 0.56404 0.18120 0.56470 0.18021 0.56569 0.17988 0.56635 0.17988 0.56734 0.18021 0.56800 0.18120 0.56833 0.18285 0.56833 0.18384 0.56800 0.18549 0.56734 0.18648 0.56635 0.18681 0.56569 0.18681\n 11 94 4 0.54820 0.22863 0.54886 0.22896 0.54985 0.22995 0.54985 0.22302\n 11 314 14 0.55414 0.22830 0.55414 0.22863 0.55447 0.22929 0.55480 0.22962 0.55546 0.22995 0.55678 0.22995 0.55744 0.22962 0.55777 0.22929 0.55810 0.22863 0.55810 0.22797 0.55777 0.22731 0.55711 0.22632 0.55381 0.22302 0.55843 0.22302\n 11 116 5 0.56107 0.22368 0.56074 0.22335 0.56107 0.22302 0.56140 0.22335 0.56107 0.22368\n 11 380 17 0.56569 0.22995 0.56470 0.22962 0.56404 0.22863 0.56371 0.22698 0.56371 0.22599 0.56404 0.22434 0.56470 0.22335 0.56569 0.22302 0.56635 0.22302 0.56734 0.22335 0.56800 0.22434 0.56833 0.22599 0.56833 0.22698 0.56800 0.22863 0.56734 0.22962 0.56635 0.22995 0.56569 0.22995\n 11 94 4 0.54820 0.27178 0.54886 0.27211 0.54985 0.27310 0.54985 0.26617\n 11 512 23 0.55810 0.27211 0.55777 0.27277 0.55678 0.27310 0.55612 0.27310 0.55513 0.27277 0.55447 0.27178 0.55414 0.27013 0.55414 0.26848 0.55447 0.26716 0.55513 0.26650 0.55612 0.26617 0.55645 0.26617 0.55744 0.26650 0.55810 0.26716 0.55843 0.26815 0.55843 0.26848 0.55810 0.26947 0.55744 0.27013 0.55645 0.27046 0.55612 0.27046 0.55513 0.27013 0.55447 0.26947 0.55414 0.26848\n 11 116 5 0.56107 0.26683 0.56074 0.26650 0.56107 0.26617 0.56140 0.26650 0.56107 0.26683\n 11 380 17 0.56569 0.27310 0.56470 0.27277 0.56404 0.27178 0.56371 0.27013 0.56371 0.26914 0.56404 0.26749 0.56470 0.26650 0.56569 0.26617 0.56635 0.26617 0.56734 0.26650 0.56800 0.26749 0.56833 0.26914 0.56833 0.27013 0.56800 0.27178 0.56734 0.27277 0.56635 0.27310 0.56569 0.27310\n 11 314 14 0.54754 0.31459 0.54754 0.31492 0.54787 0.31558 0.54820 0.31591 0.54886 0.31624 0.55018 0.31624 0.55084 0.31591 0.55117 0.31558 0.55150 0.31492 0.55150 0.31426 0.55117 0.31360 0.55051 0.31261 0.54721 0.30931 0.55183 0.30931\n 11 380 17 0.55579 0.31624 0.55480 0.31591 0.55414 0.31492 0.55381 0.31327 0.55381 0.31228 0.55414 0.31063 0.55480 0.30964 0.55579 0.30931 0.55645 0.30931 0.55744 0.30964 0.55810 0.31063 0.55843 0.31228 0.55843 0.31327 0.55810 0.31492 0.55744 0.31591 0.55645 0.31624 0.55579 0.31624\n 11 116 5 0.56107 0.30997 0.56074 0.30964 0.56107 0.30931 0.56140 0.30964 0.56107 0.30997\n 11 380 17 0.56569 0.31624 0.56470 0.31591 0.56404 0.31492 0.56371 0.31327 0.56371 0.31228 0.56404 0.31063 0.56470 0.30964 0.56569 0.30931 0.56635 0.30931 0.56734 0.30964 0.56800 0.31063 0.56833 0.31228 0.56833 0.31327 0.56800 0.31492 0.56734 0.31591 0.56635 0.31624 0.56569 0.31624\n 11 864 39 0.93064 0.09705 0.93064 0.09705 0.93064 0.09705 0.93931 0.09705 0.93064 0.09705 0.93064 0.11863 0.93931 0.11863 0.93064 0.11863 0.93064 0.14020 0.93931 0.14020 0.93064 0.14020 0.93064 0.16177 0.93931 0.16177 0.93064 0.16177 0.93064 0.18334 0.93931 0.18334 0.93064 0.18334 0.93064 0.20492 0.93931 0.20492 0.93064 0.20492 0.93064 0.22649 0.93931 0.22649 0.93064 0.22649 0.93064 0.24806 0.93931 0.24806 0.93064 0.24806 0.93064 0.26963 0.93931 0.26963 0.93064 0.26963 0.93064 0.29121 0.93931 0.29121 0.93064 0.29121 0.93064 0.31278 0.93931 0.31278 0.93064 0.31278 0.93064 0.33435 0.93931 0.33435 0.93064 0.33435 0.93064 0.33435\n 11 864 39 0.93064 0.09705 0.93064 0.09705 0.93064 0.09705 0.93931 0.09705 0.93064 0.09705 0.93064 0.11863 0.93931 0.11863 0.93064 0.11863 0.93064 0.14020 0.93931 0.14020 0.93064 0.14020 0.93064 0.16177 0.93931 0.16177 0.93064 0.16177 0.93064 0.18334 0.93931 0.18334 0.93064 0.18334 0.93064 0.20492 0.93931 0.20492 0.93064 0.20492 0.93064 0.22649 0.93931 0.22649 0.93064 0.22649 0.93064 0.24806 0.93931 0.24806 0.93064 0.24806 0.93064 0.26963 0.93931 0.26963 0.93064 0.26963 0.93064 0.29121 0.93931 0.29121 0.93064 0.29121 0.93064 0.31278 0.93931 0.31278 0.93064 0.31278 0.93064 0.33435 0.93931 0.33435 0.93064 0.33435 0.93064 0.33435\n 11 798 36 0.58319 0.33435 0.58319 0.33435 0.58319 0.33435 0.58319 0.34302 0.58319 0.33435 0.61793 0.33435 0.61793 0.34302 0.61793 0.33435 0.65268 0.33435 0.65268 0.34302 0.65268 0.33435 0.68742 0.33435 0.68742 0.34302 0.68742 0.33435 0.72217 0.33435 0.72217 0.34302 0.72217 0.33435 0.75692 0.33435 0.75692 0.34302 0.75692 0.33435 0.79166 0.33435 0.79166 0.34302 0.79166 0.33435 0.82641 0.33435 0.82641 0.34302 0.82641 0.33435 0.86115 0.33435 0.86115 0.34302 0.86115 0.33435 0.89590 0.33435 0.89590 0.34302 0.89590 0.33435 0.93064 0.33435 0.93064 0.34302 0.93064 0.33435 0.93064 0.33435\n 11 798 36 0.58319 0.33435 0.58319 0.33435 0.58319 0.33435 0.58319 0.34302 0.58319 0.33435 0.61793 0.33435 0.61793 0.34302 0.61793 0.33435 0.65268 0.33435 0.65268 0.34302 0.65268 0.33435 0.68742 0.33435 0.68742 0.34302 0.68742 0.33435 0.72217 0.33435 0.72217 0.34302 0.72217 0.33435 0.75692 0.33435 0.75692 0.34302 0.75692 0.33435 0.79166 0.33435 0.79166 0.34302 0.79166 0.33435 0.82641 0.33435 0.82641 0.34302 0.82641 0.33435 0.86115 0.33435 0.86115 0.34302 0.86115 0.33435 0.89590 0.33435 0.89590 0.34302 0.89590 0.33435 0.93064 0.33435 0.93064 0.34302 0.93064 0.33435 0.93064 0.33435\n 11 798 36 0.58319 0.09705 0.58319 0.09705 0.58319 0.09705 0.58319 0.08839 0.58319 0.09705 0.61793 0.09705 0.61793 0.08839 0.61793 0.09705 0.65268 0.09705 0.65268 0.08839 0.65268 0.09705 0.68742 0.09705 0.68742 0.08839 0.68742 0.09705 0.72217 0.09705 0.72217 0.08839 0.72217 0.09705 0.75692 0.09705 0.75692 0.08839 0.75692 0.09705 0.79166 0.09705 0.79166 0.08839 0.79166 0.09705 0.82641 0.09705 0.82641 0.08839 0.82641 0.09705 0.86115 0.09705 0.86115 0.08839 0.86115 0.09705 0.89590 0.09705 0.89590 0.08839 0.89590 0.09705 0.93064 0.09705 0.93064 0.08839 0.93064 0.09705 0.93064 0.09705\n 11 380 17 0.58286 0.08215 0.58187 0.08182 0.58121 0.08083 0.58088 0.07918 0.58088 0.07819 0.58121 0.07654 0.58187 0.07555 0.58286 0.07522 0.58352 0.07522 0.58451 0.07555 0.58517 0.07654 0.58550 0.07819 0.58550 0.07918 0.58517 0.08083 0.58451 0.08182 0.58352 0.08215 0.58286 0.08215\n 11 72 3 0.65367 0.08215 0.65037 0.07753 0.65532 0.07753\n 11 50 2 0.65367 0.08215 0.65367 0.07522\n 11 644 29 0.72151 0.08215 0.72052 0.08182 0.72019 0.08116 0.72019 0.08050 0.72052 0.07984 0.72118 0.07951 0.72250 0.07918 0.72349 0.07885 0.72415 0.07819 0.72448 0.07753 0.72448 0.07654 0.72415 0.07588 0.72382 0.07555 0.72283 0.07522 0.72151 0.07522 0.72052 0.07555 0.72019 0.07588 0.71986 0.07654 0.71986 0.07753 0.72019 0.07819 0.72085 0.07885 0.72184 0.07918 0.72316 0.07951 0.72382 0.07984 0.72415 0.08050 0.72415 0.08116 0.72382 0.08182 0.72283 0.08215 0.72151 0.08215\n 11 94 4 0.78704 0.08083 0.78770 0.08116 0.78869 0.08215 0.78869 0.07522\n 11 314 14 0.79298 0.08050 0.79298 0.08083 0.79331 0.08149 0.79364 0.08182 0.79430 0.08215 0.79562 0.08215 0.79628 0.08182 0.79661 0.08149 0.79694 0.08083 0.79694 0.08017 0.79661 0.07951 0.79595 0.07852 0.79265 0.07522 0.79727 0.07522\n 11 94 4 0.85653 0.08083 0.85719 0.08116 0.85818 0.08215 0.85818 0.07522\n 11 512 23 0.86643 0.08116 0.86610 0.08182 0.86511 0.08215 0.86445 0.08215 0.86346 0.08182 0.86280 0.08083 0.86247 0.07918 0.86247 0.07753 0.86280 0.07621 0.86346 0.07555 0.86445 0.07522 0.86478 0.07522 0.86577 0.07555 0.86643 0.07621 0.86676 0.07720 0.86676 0.07753 0.86643 0.07852 0.86577 0.07918 0.86478 0.07951 0.86445 0.07951 0.86346 0.07918 0.86280 0.07852 0.86247 0.07753\n 11 314 14 0.92536 0.08050 0.92536 0.08083 0.92569 0.08149 0.92602 0.08182 0.92668 0.08215 0.92800 0.08215 0.92866 0.08182 0.92899 0.08149 0.92932 0.08083 0.92932 0.08017 0.92899 0.07951 0.92833 0.07852 0.92503 0.07522 0.92965 0.07522\n 11 380 17 0.93361 0.08215 0.93262 0.08182 0.93196 0.08083 0.93163 0.07918 0.93163 0.07819 0.93196 0.07654 0.93262 0.07555 0.93361 0.07522 0.93427 0.07522 0.93526 0.07555 0.93592 0.07654 0.93625 0.07819 0.93625 0.07918 0.93592 0.08083 0.93526 0.08182 0.93427 0.08215 0.93361 0.08215\n 11 798 36 0.58319 0.09705 0.58319 0.09705 0.58319 0.09705 0.58319 0.08839 0.58319 0.09705 0.61793 0.09705 0.61793 0.08839 0.61793 0.09705 0.65268 0.09705 0.65268 0.08839 0.65268 0.09705 0.68742 0.09705 0.68742 0.08839 0.68742 0.09705 0.72217 0.09705 0.72217 0.08839 0.72217 0.09705 0.75692 0.09705 0.75692 0.08839 0.75692 0.09705 0.79166 0.09705 0.79166 0.08839 0.79166 0.09705 0.82641 0.09705 0.82641 0.08839 0.82641 0.09705 0.86115 0.09705 0.86115 0.08839 0.86115 0.09705 0.89590 0.09705 0.89590 0.08839 0.89590 0.09705 0.93064 0.09705 0.93064 0.08839 0.93064 0.09705 0.93064 0.09705\n 11 380 17 0.58286 0.08215 0.58187 0.08182 0.58121 0.08083 0.58088 0.07918 0.58088 0.07819 0.58121 0.07654 0.58187 0.07555 0.58286 0.07522 0.58352 0.07522 0.58451 0.07555 0.58517 0.07654 0.58550 0.07819 0.58550 0.07918 0.58517 0.08083 0.58451 0.08182 0.58352 0.08215 0.58286 0.08215\n 11 72 3 0.65367 0.08215 0.65037 0.07753 0.65532 0.07753\n 11 50 2 0.65367 0.08215 0.65367 0.07522\n 11 644 29 0.72151 0.08215 0.72052 0.08182 0.72019 0.08116 0.72019 0.08050 0.72052 0.07984 0.72118 0.07951 0.72250 0.07918 0.72349 0.07885 0.72415 0.07819 0.72448 0.07753 0.72448 0.07654 0.72415 0.07588 0.72382 0.07555 0.72283 0.07522 0.72151 0.07522 0.72052 0.07555 0.72019 0.07588 0.71986 0.07654 0.71986 0.07753 0.72019 0.07819 0.72085 0.07885 0.72184 0.07918 0.72316 0.07951 0.72382 0.07984 0.72415 0.08050 0.72415 0.08116 0.72382 0.08182 0.72283 0.08215 0.72151 0.08215\n 11 94 4 0.78704 0.08083 0.78770 0.08116 0.78869 0.08215 0.78869 0.07522\n 11 314 14 0.79298 0.08050 0.79298 0.08083 0.79331 0.08149 0.79364 0.08182 0.79430 0.08215 0.79562 0.08215 0.79628 0.08182 0.79661 0.08149 0.79694 0.08083 0.79694 0.08017 0.79661 0.07951 0.79595 0.07852 0.79265 0.07522 0.79727 0.07522\n 11 94 4 0.85653 0.08083 0.85719 0.08116 0.85818 0.08215 0.85818 0.07522\n 11 512 23 0.86643 0.08116 0.86610 0.08182 0.86511 0.08215 0.86445 0.08215 0.86346 0.08182 0.86280 0.08083 0.86247 0.07918 0.86247 0.07753 0.86280 0.07621 0.86346 0.07555 0.86445 0.07522 0.86478 0.07522 0.86577 0.07555 0.86643 0.07621 0.86676 0.07720 0.86676 0.07753 0.86643 0.07852 0.86577 0.07918 0.86478 0.07951 0.86445 0.07951 0.86346 0.07918 0.86280 0.07852 0.86247 0.07753\n 11 314 14 0.92536 0.08050 0.92536 0.08083 0.92569 0.08149 0.92602 0.08182 0.92668 0.08215 0.92800 0.08215 0.92866 0.08182 0.92899 0.08149 0.92932 0.08083 0.92932 0.08017 0.92899 0.07951 0.92833 0.07852 0.92503 0.07522 0.92965 0.07522\n 11 380 17 0.93361 0.08215 0.93262 0.08182 0.93196 0.08083 0.93163 0.07918 0.93163 0.07819 0.93196 0.07654 0.93262 0.07555 0.93361 0.07522 0.93427 0.07522 0.93526 0.07555 0.93592 0.07654 0.93625 0.07819 0.93625 0.07918 0.93592 0.08083 0.93526 0.08182 0.93427 0.08215 0.93361 0.08215\n 11 864 39 0.58319 0.09705 0.58319 0.09705 0.58319 0.09705 0.57452 0.09705 0.58319 0.09705 0.58319 0.11863 0.57452 0.11863 0.58319 0.11863 0.58319 0.14020 0.57452 0.14020 0.58319 0.14020 0.58319 0.16177 0.57452 0.16177 0.58319 0.16177 0.58319 0.18334 0.57452 0.18334 0.58319 0.18334 0.58319 0.20492 0.57452 0.20492 0.58319 0.20492 0.58319 0.22649 0.57452 0.22649 0.58319 0.22649 0.58319 0.24806 0.57452 0.24806 0.58319 0.24806 0.58319 0.26963 0.57452 0.26963 0.58319 0.26963 0.58319 0.29121 0.57452 0.29121 0.58319 0.29121 0.58319 0.31278 0.57452 0.31278 0.58319 0.31278 0.58319 0.33435 0.57452 0.33435 0.58319 0.33435 0.58319 0.33435\n 11 380 17 0.55579 0.10052 0.55480 0.10019 0.55414 0.09920 0.55381 0.09755 0.55381 0.09656 0.55414 0.09491 0.55480 0.09392 0.55579 0.09359 0.55645 0.09359 0.55744 0.09392 0.55810 0.09491 0.55843 0.09656 0.55843 0.09755 0.55810 0.09920 0.55744 0.10019 0.55645 0.10052 0.55579 0.10052\n 11 116 5 0.56107 0.09425 0.56074 0.09392 0.56107 0.09359 0.56140 0.09392 0.56107 0.09425\n 11 380 17 0.56569 0.10052 0.56470 0.10019 0.56404 0.09920 0.56371 0.09755 0.56371 0.09656 0.56404 0.09491 0.56470 0.09392 0.56569 0.09359 0.56635 0.09359 0.56734 0.09392 0.56800 0.09491 0.56833 0.09656 0.56833 0.09755 0.56800 0.09920 0.56734 0.10019 0.56635 0.10052 0.56569 0.10052\n 11 72 3 0.55711 0.14366 0.55381 0.13904 0.55876 0.13904\n 11 50 2 0.55711 0.14366 0.55711 0.13673\n 11 116 5 0.56107 0.13739 0.56074 0.13706 0.56107 0.13673 0.56140 0.13706 0.56107 0.13739\n 11 380 17 0.56569 0.14366 0.56470 0.14333 0.56404 0.14234 0.56371 0.14069 0.56371 0.13970 0.56404 0.13805 0.56470 0.13706 0.56569 0.13673 0.56635 0.13673 0.56734 0.13706 0.56800 0.13805 0.56833 0.13970 0.56833 0.14069 0.56800 0.14234 0.56734 0.14333 0.56635 0.14366 0.56569 0.14366\n 11 644 29 0.55546 0.18681 0.55447 0.18648 0.55414 0.18582 0.55414 0.18516 0.55447 0.18450 0.55513 0.18417 0.55645 0.18384 0.55744 0.18351 0.55810 0.18285 0.55843 0.18219 0.55843 0.18120 0.55810 0.18054 0.55777 0.18021 0.55678 0.17988 0.55546 0.17988 0.55447 0.18021 0.55414 0.18054 0.55381 0.18120 0.55381 0.18219 0.55414 0.18285 0.55480 0.18351 0.55579 0.18384 0.55711 0.18417 0.55777 0.18450 0.55810 0.18516 0.55810 0.18582 0.55777 0.18648 0.55678 0.18681 0.55546 0.18681\n 11 116 5 0.56107 0.18054 0.56074 0.18021 0.56107 0.17988 0.56140 0.18021 0.56107 0.18054\n 11 380 17 0.56569 0.18681 0.56470 0.18648 0.56404 0.18549 0.56371 0.18384 0.56371 0.18285 0.56404 0.18120 0.56470 0.18021 0.56569 0.17988 0.56635 0.17988 0.56734 0.18021 0.56800 0.18120 0.56833 0.18285 0.56833 0.18384 0.56800 0.18549 0.56734 0.18648 0.56635 0.18681 0.56569 0.18681\n 11 94 4 0.54820 0.22863 0.54886 0.22896 0.54985 0.22995 0.54985 0.22302\n 11 314 14 0.55414 0.22830 0.55414 0.22863 0.55447 0.22929 0.55480 0.22962 0.55546 0.22995 0.55678 0.22995 0.55744 0.22962 0.55777 0.22929 0.55810 0.22863 0.55810 0.22797 0.55777 0.22731 0.55711 0.22632 0.55381 0.22302 0.55843 0.22302\n 11 116 5 0.56107 0.22368 0.56074 0.22335 0.56107 0.22302 0.56140 0.22335 0.56107 0.22368\n 11 380 17 0.56569 0.22995 0.56470 0.22962 0.56404 0.22863 0.56371 0.22698 0.56371 0.22599 0.56404 0.22434 0.56470 0.22335 0.56569 0.22302 0.56635 0.22302 0.56734 0.22335 0.56800 0.22434 0.56833 0.22599 0.56833 0.22698 0.56800 0.22863 0.56734 0.22962 0.56635 0.22995 0.56569 0.22995\n 11 94 4 0.54820 0.27178 0.54886 0.27211 0.54985 0.27310 0.54985 0.26617\n 11 512 23 0.55810 0.27211 0.55777 0.27277 0.55678 0.27310 0.55612 0.27310 0.55513 0.27277 0.55447 0.27178 0.55414 0.27013 0.55414 0.26848 0.55447 0.26716 0.55513 0.26650 0.55612 0.26617 0.55645 0.26617 0.55744 0.26650 0.55810 0.26716 0.55843 0.26815 0.55843 0.26848 0.55810 0.26947 0.55744 0.27013 0.55645 0.27046 0.55612 0.27046 0.55513 0.27013 0.55447 0.26947 0.55414 0.26848\n 11 116 5 0.56107 0.26683 0.56074 0.26650 0.56107 0.26617 0.56140 0.26650 0.56107 0.26683\n 11 380 17 0.56569 0.27310 0.56470 0.27277 0.56404 0.27178 0.56371 0.27013 0.56371 0.26914 0.56404 0.26749 0.56470 0.26650 0.56569 0.26617 0.56635 0.26617 0.56734 0.26650 0.56800 0.26749 0.56833 0.26914 0.56833 0.27013 0.56800 0.27178 0.56734 0.27277 0.56635 0.27310 0.56569 0.27310\n 11 314 14 0.54754 0.31459 0.54754 0.31492 0.54787 0.31558 0.54820 0.31591 0.54886 0.31624 0.55018 0.31624 0.55084 0.31591 0.55117 0.31558 0.55150 0.31492 0.55150 0.31426 0.55117 0.31360 0.55051 0.31261 0.54721 0.30931 0.55183 0.30931\n 11 380 17 0.55579 0.31624 0.55480 0.31591 0.55414 0.31492 0.55381 0.31327 0.55381 0.31228 0.55414 0.31063 0.55480 0.30964 0.55579 0.30931 0.55645 0.30931 0.55744 0.30964 0.55810 0.31063 0.55843 0.31228 0.55843 0.31327 0.55810 0.31492 0.55744 0.31591 0.55645 0.31624 0.55579 0.31624\n 11 116 5 0.56107 0.30997 0.56074 0.30964 0.56107 0.30931 0.56140 0.30964 0.56107 0.30997\n 11 380 17 0.56569 0.31624 0.56470 0.31591 0.56404 0.31492 0.56371 0.31327 0.56371 0.31228 0.56404 0.31063 0.56470 0.30964 0.56569 0.30931 0.56635 0.30931 0.56734 0.30964 0.56800 0.31063 0.56833 0.31228 0.56833 0.31327 0.56800 0.31492 0.56734 0.31591 0.56635 0.31624 0.56569 0.31624\n 11 864 39 0.58319 0.09705 0.58319 0.09705 0.58319 0.09705 0.57452 0.09705 0.58319 0.09705 0.58319 0.11863 0.57452 0.11863 0.58319 0.11863 0.58319 0.14020 0.57452 0.14020 0.58319 0.14020 0.58319 0.16177 0.57452 0.16177 0.58319 0.16177 0.58319 0.18334 0.57452 0.18334 0.58319 0.18334 0.58319 0.20492 0.57452 0.20492 0.58319 0.20492 0.58319 0.22649 0.57452 0.22649 0.58319 0.22649 0.58319 0.24806 0.57452 0.24806 0.58319 0.24806 0.58319 0.26963 0.57452 0.26963 0.58319 0.26963 0.58319 0.29121 0.57452 0.29121 0.58319 0.29121 0.58319 0.31278 0.57452 0.31278 0.58319 0.31278 0.58319 0.33435 0.57452 0.33435 0.58319 0.33435 0.58319 0.33435\n 11 380 17 0.55579 0.10052 0.55480 0.10019 0.55414 0.09920 0.55381 0.09755 0.55381 0.09656 0.55414 0.09491 0.55480 0.09392 0.55579 0.09359 0.55645 0.09359 0.55744 0.09392 0.55810 0.09491 0.55843 0.09656 0.55843 0.09755 0.55810 0.09920 0.55744 0.10019 0.55645 0.10052 0.55579 0.10052\n 11 116 5 0.56107 0.09425 0.56074 0.09392 0.56107 0.09359 0.56140 0.09392 0.56107 0.09425\n 11 380 17 0.56569 0.10052 0.56470 0.10019 0.56404 0.09920 0.56371 0.09755 0.56371 0.09656 0.56404 0.09491 0.56470 0.09392 0.56569 0.09359 0.56635 0.09359 0.56734 0.09392 0.56800 0.09491 0.56833 0.09656 0.56833 0.09755 0.56800 0.09920 0.56734 0.10019 0.56635 0.10052 0.56569 0.10052\n 11 72 3 0.55711 0.14366 0.55381 0.13904 0.55876 0.13904\n 11 50 2 0.55711 0.14366 0.55711 0.13673\n 11 116 5 0.56107 0.13739 0.56074 0.13706 0.56107 0.13673 0.56140 0.13706 0.56107 0.13739\n 11 380 17 0.56569 0.14366 0.56470 0.14333 0.56404 0.14234 0.56371 0.14069 0.56371 0.13970 0.56404 0.13805 0.56470 0.13706 0.56569 0.13673 0.56635 0.13673 0.56734 0.13706 0.56800 0.13805 0.56833 0.13970 0.56833 0.14069 0.56800 0.14234 0.56734 0.14333 0.56635 0.14366 0.56569 0.14366\n 11 644 29 0.55546 0.18681 0.55447 0.18648 0.55414 0.18582 0.55414 0.18516 0.55447 0.18450 0.55513 0.18417 0.55645 0.18384 0.55744 0.18351 0.55810 0.18285 0.55843 0.18219 0.55843 0.18120 0.55810 0.18054 0.55777 0.18021 0.55678 0.17988 0.55546 0.17988 0.55447 0.18021 0.55414 0.18054 0.55381 0.18120 0.55381 0.18219 0.55414 0.18285 0.55480 0.18351 0.55579 0.18384 0.55711 0.18417 0.55777 0.18450 0.55810 0.18516 0.55810 0.18582 0.55777 0.18648 0.55678 0.18681 0.55546 0.18681\n 11 116 5 0.56107 0.18054 0.56074 0.18021 0.56107 0.17988 0.56140 0.18021 0.56107 0.18054\n 11 380 17 0.56569 0.18681 0.56470 0.18648 0.56404 0.18549 0.56371 0.18384 0.56371 0.18285 0.56404 0.18120 0.56470 0.18021 0.56569 0.17988 0.56635 0.17988 0.56734 0.18021 0.56800 0.18120 0.56833 0.18285 0.56833 0.18384 0.56800 0.18549 0.56734 0.18648 0.56635 0.18681 0.56569 0.18681\n 11 94 4 0.54820 0.22863 0.54886 0.22896 0.54985 0.22995 0.54985 0.22302\n 11 314 14 0.55414 0.22830 0.55414 0.22863 0.55447 0.22929 0.55480 0.22962 0.55546 0.22995 0.55678 0.22995 0.55744 0.22962 0.55777 0.22929 0.55810 0.22863 0.55810 0.22797 0.55777 0.22731 0.55711 0.22632 0.55381 0.22302 0.55843 0.22302\n 11 116 5 0.56107 0.22368 0.56074 0.22335 0.56107 0.22302 0.56140 0.22335 0.56107 0.22368\n 11 380 17 0.56569 0.22995 0.56470 0.22962 0.56404 0.22863 0.56371 0.22698 0.56371 0.22599 0.56404 0.22434 0.56470 0.22335 0.56569 0.22302 0.56635 0.22302 0.56734 0.22335 0.56800 0.22434 0.56833 0.22599 0.56833 0.22698 0.56800 0.22863 0.56734 0.22962 0.56635 0.22995 0.56569 0.22995\n 11 94 4 0.54820 0.27178 0.54886 0.27211 0.54985 0.27310 0.54985 0.26617\n 11 512 23 0.55810 0.27211 0.55777 0.27277 0.55678 0.27310 0.55612 0.27310 0.55513 0.27277 0.55447 0.27178 0.55414 0.27013 0.55414 0.26848 0.55447 0.26716 0.55513 0.26650 0.55612 0.26617 0.55645 0.26617 0.55744 0.26650 0.55810 0.26716 0.55843 0.26815 0.55843 0.26848 0.55810 0.26947 0.55744 0.27013 0.55645 0.27046 0.55612 0.27046 0.55513 0.27013 0.55447 0.26947 0.55414 0.26848\n 11 116 5 0.56107 0.26683 0.56074 0.26650 0.56107 0.26617 0.56140 0.26650 0.56107 0.26683\n 11 380 17 0.56569 0.27310 0.56470 0.27277 0.56404 0.27178 0.56371 0.27013 0.56371 0.26914 0.56404 0.26749 0.56470 0.26650 0.56569 0.26617 0.56635 0.26617 0.56734 0.26650 0.56800 0.26749 0.56833 0.26914 0.56833 0.27013 0.56800 0.27178 0.56734 0.27277 0.56635 0.27310 0.56569 0.27310\n 11 314 14 0.54754 0.31459 0.54754 0.31492 0.54787 0.31558 0.54820 0.31591 0.54886 0.31624 0.55018 0.31624 0.55084 0.31591 0.55117 0.31558 0.55150 0.31492 0.55150 0.31426 0.55117 0.31360 0.55051 0.31261 0.54721 0.30931 0.55183 0.30931\n 11 380 17 0.55579 0.31624 0.55480 0.31591 0.55414 0.31492 0.55381 0.31327 0.55381 0.31228 0.55414 0.31063 0.55480 0.30964 0.55579 0.30931 0.55645 0.30931 0.55744 0.30964 0.55810 0.31063 0.55843 0.31228 0.55843 0.31327 0.55810 0.31492 0.55744 0.31591 0.55645 0.31624 0.55579 0.31624\n 11 116 5 0.56107 0.30997 0.56074 0.30964 0.56107 0.30931 0.56140 0.30964 0.56107 0.30997\n 11 380 17 0.56569 0.31624 0.56470 0.31591 0.56404 0.31492 0.56371 0.31327 0.56371 0.31228 0.56404 0.31063 0.56470 0.30964 0.56569 0.30931 0.56635 0.30931 0.56734 0.30964 0.56800 0.31063 0.56833 0.31228 0.56833 0.31327 0.56800 0.31492 0.56734 0.31591 0.56635 0.31624 0.56569 0.31624\n 11 864 39 0.93064 0.09705 0.93064 0.09705 0.93064 0.09705 0.93931 0.09705 0.93064 0.09705 0.93064 0.11863 0.93931 0.11863 0.93064 0.11863 0.93064 0.14020 0.93931 0.14020 0.93064 0.14020 0.93064 0.16177 0.93931 0.16177 0.93064 0.16177 0.93064 0.18334 0.93931 0.18334 0.93064 0.18334 0.93064 0.20492 0.93931 0.20492 0.93064 0.20492 0.93064 0.22649 0.93931 0.22649 0.93064 0.22649 0.93064 0.24806 0.93931 0.24806 0.93064 0.24806 0.93064 0.26963 0.93931 0.26963 0.93064 0.26963 0.93064 0.29121 0.93931 0.29121 0.93064 0.29121 0.93064 0.31278 0.93931 0.31278 0.93064 0.31278 0.93064 0.33435 0.93931 0.33435 0.93064 0.33435 0.93064 0.33435\n 11 864 39 0.93064 0.09705 0.93064 0.09705 0.93064 0.09705 0.93931 0.09705 0.93064 0.09705 0.93064 0.11863 0.93931 0.11863 0.93064 0.11863 0.93064 0.14020 0.93931 0.14020 0.93064 0.14020 0.93064 0.16177 0.93931 0.16177 0.93064 0.16177 0.93064 0.18334 0.93931 0.18334 0.93064 0.18334 0.93064 0.20492 0.93931 0.20492 0.93064 0.20492 0.93064 0.22649 0.93931 0.22649 0.93064 0.22649 0.93064 0.24806 0.93931 0.24806 0.93064 0.24806 0.93064 0.26963 0.93931 0.26963 0.93064 0.26963 0.93064 0.29121 0.93931 0.29121 0.93064 0.29121 0.93064 0.31278 0.93931 0.31278 0.93064 0.31278 0.93064 0.33435 0.93931 0.33435 0.93064 0.33435 0.93064 0.33435\n 11 798 36 0.58319 0.33435 0.58319 0.33435 0.58319 0.33435 0.58319 0.34302 0.58319 0.33435 0.61793 0.33435 0.61793 0.34302 0.61793 0.33435 0.65268 0.33435 0.65268 0.34302 0.65268 0.33435 0.68742 0.33435 0.68742 0.34302 0.68742 0.33435 0.72217 0.33435 0.72217 0.34302 0.72217 0.33435 0.75692 0.33435 0.75692 0.34302 0.75692 0.33435 0.79166 0.33435 0.79166 0.34302 0.79166 0.33435 0.82641 0.33435 0.82641 0.34302 0.82641 0.33435 0.86115 0.33435 0.86115 0.34302 0.86115 0.33435 0.89590 0.33435 0.89590 0.34302 0.89590 0.33435 0.93064 0.33435 0.93064 0.34302 0.93064 0.33435 0.93064 0.33435\n 11 798 36 0.58319 0.33435 0.58319 0.33435 0.58319 0.33435 0.58319 0.34302 0.58319 0.33435 0.61793 0.33435 0.61793 0.34302 0.61793 0.33435 0.65268 0.33435 0.65268 0.34302 0.65268 0.33435 0.68742 0.33435 0.68742 0.34302 0.68742 0.33435 0.72217 0.33435 0.72217 0.34302 0.72217 0.33435 0.75692 0.33435 0.75692 0.34302 0.75692 0.33435 0.79166 0.33435 0.79166 0.34302 0.79166 0.33435 0.82641 0.33435 0.82641 0.34302 0.82641 0.33435 0.86115 0.33435 0.86115 0.34302 0.86115 0.33435 0.89590 0.33435 0.89590 0.34302 0.89590 0.33435 0.93064 0.33435 0.93064 0.34302 0.93064 0.33435 0.93064 0.33435\n 11 798 36 0.58319 0.09705 0.58319 0.09705 0.58319 0.09705 0.58319 0.08839 0.58319 0.09705 0.61793 0.09705 0.61793 0.08839 0.61793 0.09705 0.65268 0.09705 0.65268 0.08839 0.65268 0.09705 0.68742 0.09705 0.68742 0.08839 0.68742 0.09705 0.72217 0.09705 0.72217 0.08839 0.72217 0.09705 0.75692 0.09705 0.75692 0.08839 0.75692 0.09705 0.79166 0.09705 0.79166 0.08839 0.79166 0.09705 0.82641 0.09705 0.82641 0.08839 0.82641 0.09705 0.86115 0.09705 0.86115 0.08839 0.86115 0.09705 0.89590 0.09705 0.89590 0.08839 0.89590 0.09705 0.93064 0.09705 0.93064 0.08839 0.93064 0.09705 0.93064 0.09705\n 11 380 17 0.58286 0.08215 0.58187 0.08182 0.58121 0.08083 0.58088 0.07918 0.58088 0.07819 0.58121 0.07654 0.58187 0.07555 0.58286 0.07522 0.58352 0.07522 0.58451 0.07555 0.58517 0.07654 0.58550 0.07819 0.58550 0.07918 0.58517 0.08083 0.58451 0.08182 0.58352 0.08215 0.58286 0.08215\n 11 72 3 0.65367 0.08215 0.65037 0.07753 0.65532 0.07753\n 11 50 2 0.65367 0.08215 0.65367 0.07522\n 11 644 29 0.72151 0.08215 0.72052 0.08182 0.72019 0.08116 0.72019 0.08050 0.72052 0.07984 0.72118 0.07951 0.72250 0.07918 0.72349 0.07885 0.72415 0.07819 0.72448 0.07753 0.72448 0.07654 0.72415 0.07588 0.72382 0.07555 0.72283 0.07522 0.72151 0.07522 0.72052 0.07555 0.72019 0.07588 0.71986 0.07654 0.71986 0.07753 0.72019 0.07819 0.72085 0.07885 0.72184 0.07918 0.72316 0.07951 0.72382 0.07984 0.72415 0.08050 0.72415 0.08116 0.72382 0.08182 0.72283 0.08215 0.72151 0.08215\n 11 94 4 0.78704 0.08083 0.78770 0.08116 0.78869 0.08215 0.78869 0.07522\n 11 314 14 0.79298 0.08050 0.79298 0.08083 0.79331 0.08149 0.79364 0.08182 0.79430 0.08215 0.79562 0.08215 0.79628 0.08182 0.79661 0.08149 0.79694 0.08083 0.79694 0.08017 0.79661 0.07951 0.79595 0.07852 0.79265 0.07522 0.79727 0.07522\n 11 94 4 0.85653 0.08083 0.85719 0.08116 0.85818 0.08215 0.85818 0.07522\n 11 512 23 0.86643 0.08116 0.86610 0.08182 0.86511 0.08215 0.86445 0.08215 0.86346 0.08182 0.86280 0.08083 0.86247 0.07918 0.86247 0.07753 0.86280 0.07621 0.86346 0.07555 0.86445 0.07522 0.86478 0.07522 0.86577 0.07555 0.86643 0.07621 0.86676 0.07720 0.86676 0.07753 0.86643 0.07852 0.86577 0.07918 0.86478 0.07951 0.86445 0.07951 0.86346 0.07918 0.86280 0.07852 0.86247 0.07753\n 11 314 14 0.92536 0.08050 0.92536 0.08083 0.92569 0.08149 0.92602 0.08182 0.92668 0.08215 0.92800 0.08215 0.92866 0.08182 0.92899 0.08149 0.92932 0.08083 0.92932 0.08017 0.92899 0.07951 0.92833 0.07852 0.92503 0.07522 0.92965 0.07522\n 11 380 17 0.93361 0.08215 0.93262 0.08182 0.93196 0.08083 0.93163 0.07918 0.93163 0.07819 0.93196 0.07654 0.93262 0.07555 0.93361 0.07522 0.93427 0.07522 0.93526 0.07555 0.93592 0.07654 0.93625 0.07819 0.93625 0.07918 0.93592 0.08083 0.93526 0.08182 0.93427 0.08215 0.93361 0.08215\n 11 798 36 0.58319 0.09705 0.58319 0.09705 0.58319 0.09705 0.58319 0.08839 0.58319 0.09705 0.61793 0.09705 0.61793 0.08839 0.61793 0.09705 0.65268 0.09705 0.65268 0.08839 0.65268 0.09705 0.68742 0.09705 0.68742 0.08839 0.68742 0.09705 0.72217 0.09705 0.72217 0.08839 0.72217 0.09705 0.75692 0.09705 0.75692 0.08839 0.75692 0.09705 0.79166 0.09705 0.79166 0.08839 0.79166 0.09705 0.82641 0.09705 0.82641 0.08839 0.82641 0.09705 0.86115 0.09705 0.86115 0.08839 0.86115 0.09705 0.89590 0.09705 0.89590 0.08839 0.89590 0.09705 0.93064 0.09705 0.93064 0.08839 0.93064 0.09705 0.93064 0.09705\n 11 380 17 0.58286 0.08215 0.58187 0.08182 0.58121 0.08083 0.58088 0.07918 0.58088 0.07819 0.58121 0.07654 0.58187 0.07555 0.58286 0.07522 0.58352 0.07522 0.58451 0.07555 0.58517 0.07654 0.58550 0.07819 0.58550 0.07918 0.58517 0.08083 0.58451 0.08182 0.58352 0.08215 0.58286 0.08215\n 11 72 3 0.65367 0.08215 0.65037 0.07753 0.65532 0.07753\n 11 50 2 0.65367 0.08215 0.65367 0.07522\n 11 644 29 0.72151 0.08215 0.72052 0.08182 0.72019 0.08116 0.72019 0.08050 0.72052 0.07984 0.72118 0.07951 0.72250 0.07918 0.72349 0.07885 0.72415 0.07819 0.72448 0.07753 0.72448 0.07654 0.72415 0.07588 0.72382 0.07555 0.72283 0.07522 0.72151 0.07522 0.72052 0.07555 0.72019 0.07588 0.71986 0.07654 0.71986 0.07753 0.72019 0.07819 0.72085 0.07885 0.72184 0.07918 0.72316 0.07951 0.72382 0.07984 0.72415 0.08050 0.72415 0.08116 0.72382 0.08182 0.72283 0.08215 0.72151 0.08215\n 11 94 4 0.78704 0.08083 0.78770 0.08116 0.78869 0.08215 0.78869 0.07522\n 11 314 14 0.79298 0.08050 0.79298 0.08083 0.79331 0.08149 0.79364 0.08182 0.79430 0.08215 0.79562 0.08215 0.79628 0.08182 0.79661 0.08149 0.79694 0.08083 0.79694 0.08017 0.79661 0.07951 0.79595 0.07852 0.79265 0.07522 0.79727 0.07522\n 11 94 4 0.85653 0.08083 0.85719 0.08116 0.85818 0.08215 0.85818 0.07522\n 11 512 23 0.86643 0.08116 0.86610 0.08182 0.86511 0.08215 0.86445 0.08215 0.86346 0.08182 0.86280 0.08083 0.86247 0.07918 0.86247 0.07753 0.86280 0.07621 0.86346 0.07555 0.86445 0.07522 0.86478 0.07522 0.86577 0.07555 0.86643 0.07621 0.86676 0.07720 0.86676 0.07753 0.86643 0.07852 0.86577 0.07918 0.86478 0.07951 0.86445 0.07951 0.86346 0.07918 0.86280 0.07852 0.86247 0.07753\n 11 314 14 0.92536 0.08050 0.92536 0.08083 0.92569 0.08149 0.92602 0.08182 0.92668 0.08215 0.92800 0.08215 0.92866 0.08182 0.92899 0.08149 0.92932 0.08083 0.92932 0.08017 0.92899 0.07951 0.92833 0.07852 0.92503 0.07522 0.92965 0.07522\n 11 380 17 0.93361 0.08215 0.93262 0.08182 0.93196 0.08083 0.93163 0.07918 0.93163 0.07819 0.93196 0.07654 0.93262 0.07555 0.93361 0.07522 0.93427 0.07522 0.93526 0.07555 0.93592 0.07654 0.93625 0.07819 0.93625 0.07918 0.93592 0.08083 0.93526 0.08182 0.93427 0.08215 0.93361 0.08215\n 11 50 2 0.75414 0.06690 0.75969 0.05858\n 11 50 2 0.75969 0.06690 0.75414 0.05858\n 11 50 2 0.66778 0.03778 0.67637 0.02392\n 11 50 2 0.66844 0.03778 0.67703 0.02392\n 11 50 2 0.67703 0.03778 0.66778 0.02392\n 11 50 2 0.66646 0.03778 0.67043 0.03778\n 11 50 2 0.67439 0.03778 0.67835 0.03778\n 11 50 2 0.66646 0.02392 0.67043 0.02392\n 11 50 2 0.67439 0.02392 0.67835 0.02392\n 11 226 10 0.69683 0.04042 0.69551 0.03910 0.69419 0.03712 0.69287 0.03448 0.69221 0.03118 0.69221 0.02854 0.69287 0.02524 0.69419 0.02260 0.69551 0.02062 0.69683 0.01930\n 11 182 8 0.69551 0.03910 0.69419 0.03646 0.69353 0.03448 0.69287 0.03118 0.69287 0.02854 0.69353 0.02524 0.69419 0.02326 0.69551 0.02062\n 11 292 13 0.70212 0.03184 0.70212 0.03118 0.70146 0.03118 0.70146 0.03184 0.70212 0.03250 0.70344 0.03316 0.70608 0.03316 0.70740 0.03250 0.70806 0.03184 0.70872 0.03052 0.70872 0.02590 0.70938 0.02458 0.71004 0.02392\n 11 116 5 0.70806 0.03184 0.70806 0.02590 0.70872 0.02458 0.71004 0.02392 0.71070 0.02392\n 11 248 11 0.70806 0.03052 0.70740 0.02986 0.70344 0.02920 0.70146 0.02854 0.70080 0.02722 0.70080 0.02590 0.70146 0.02458 0.70344 0.02392 0.70542 0.02392 0.70674 0.02458 0.70806 0.02590\n 11 138 6 0.70344 0.02920 0.70212 0.02854 0.70146 0.02722 0.70146 0.02590 0.70212 0.02458 0.70344 0.02392\n 11 50 2 0.71466 0.03316 0.72192 0.02392\n 11 50 2 0.71532 0.03316 0.72258 0.02392\n 11 50 2 0.72258 0.03316 0.71466 0.02392\n 11 50 2 0.71334 0.03316 0.71730 0.03316\n 11 50 2 0.71994 0.03316 0.72390 0.03316\n 11 50 2 0.71334 0.02392 0.71730 0.02392\n 11 50 2 0.71994 0.02392 0.72390 0.02392\n 11 116 5 0.72853 0.03778 0.72787 0.03712 0.72853 0.03646 0.72919 0.03712 0.72853 0.03778\n 11 50 2 0.72853 0.03316 0.72853 0.02392\n 11 50 2 0.72919 0.03316 0.72919 0.02392\n 11 50 2 0.72654 0.03316 0.72919 0.03316\n 11 50 2 0.72654 0.02392 0.73117 0.02392\n 11 336 15 0.74107 0.03184 0.74173 0.03316 0.74173 0.03052 0.74107 0.03184 0.74041 0.03250 0.73909 0.03316 0.73645 0.03316 0.73513 0.03250 0.73447 0.03184 0.73447 0.03052 0.73513 0.02986 0.73645 0.02920 0.73975 0.02788 0.74107 0.02722 0.74173 0.02656\n 11 336 15 0.73447 0.03118 0.73513 0.03052 0.73645 0.02986 0.73975 0.02854 0.74107 0.02788 0.74173 0.02722 0.74173 0.02524 0.74107 0.02458 0.73975 0.02392 0.73711 0.02392 0.73579 0.02458 0.73513 0.02524 0.73447 0.02656 0.73447 0.02392 0.73513 0.02524\n 11 226 10 0.76154 0.04042 0.76022 0.03910 0.75890 0.03712 0.75758 0.03448 0.75692 0.03118 0.75692 0.02854 0.75758 0.02524 0.75890 0.02260 0.76022 0.02062 0.76154 0.01930\n 11 182 8 0.76022 0.03910 0.75890 0.03646 0.75824 0.03448 0.75758 0.03118 0.75758 0.02854 0.75824 0.02524 0.75890 0.02326 0.76022 0.02062\n 11 50 2 0.77012 0.03778 0.76550 0.02392\n 11 50 2 0.77012 0.03778 0.77474 0.02392\n 11 50 2 0.77012 0.03580 0.77408 0.02392\n 11 50 2 0.76682 0.02788 0.77276 0.02788\n 11 50 2 0.76418 0.02392 0.76814 0.02392\n 11 50 2 0.77210 0.02392 0.77606 0.02392\n 11 50 2 0.77870 0.03778 0.78729 0.02392\n 11 50 2 0.77936 0.03778 0.78795 0.02392\n 11 50 2 0.78795 0.03778 0.77870 0.02392\n 11 50 2 0.77738 0.03778 0.78134 0.03778\n 11 50 2 0.78531 0.03778 0.78927 0.03778\n 11 50 2 0.77738 0.02392 0.78134 0.02392\n 11 50 2 0.78531 0.02392 0.78927 0.02392\n 11 380 17 0.79587 0.03778 0.79389 0.03712 0.79257 0.03514 0.79191 0.03184 0.79191 0.02986 0.79257 0.02656 0.79389 0.02458 0.79587 0.02392 0.79719 0.02392 0.79917 0.02458 0.80049 0.02656 0.80115 0.02986 0.80115 0.03184 0.80049 0.03514 0.79917 0.03712 0.79719 0.03778 0.79587 0.03778\n 11 226 10 0.79587 0.03778 0.79455 0.03712 0.79389 0.03646 0.79323 0.03514 0.79257 0.03184 0.79257 0.02986 0.79323 0.02656 0.79389 0.02524 0.79455 0.02458 0.79587 0.02392\n 11 226 10 0.79719 0.02392 0.79851 0.02458 0.79917 0.02524 0.79983 0.02656 0.80049 0.02986 0.80049 0.03184 0.79983 0.03514 0.79917 0.03646 0.79851 0.03712 0.79719 0.03778\n 11 380 17 0.80907 0.03778 0.80709 0.03712 0.80577 0.03514 0.80511 0.03184 0.80511 0.02986 0.80577 0.02656 0.80709 0.02458 0.80907 0.02392 0.81039 0.02392 0.81237 0.02458 0.81370 0.02656 0.81436 0.02986 0.81436 0.03184 0.81370 0.03514 0.81237 0.03712 0.81039 0.03778 0.80907 0.03778\n 11 226 10 0.80907 0.03778 0.80775 0.03712 0.80709 0.03646 0.80643 0.03514 0.80577 0.03184 0.80577 0.02986 0.80643 0.02656 0.80709 0.02524 0.80775 0.02458 0.80907 0.02392\n 11 226 10 0.81039 0.02392 0.81171 0.02458 0.81237 0.02524 0.81304 0.02656 0.81370 0.02986 0.81370 0.03184 0.81304 0.03514 0.81237 0.03646 0.81171 0.03712 0.81039 0.03778\n 11 94 4 0.82030 0.03514 0.82162 0.03580 0.82360 0.03778 0.82360 0.02392\n 11 50 2 0.82294 0.03712 0.82294 0.02392\n 11 50 2 0.82030 0.02392 0.82624 0.02392\n 11 226 10 0.83152 0.04042 0.83284 0.03910 0.83416 0.03712 0.83548 0.03448 0.83614 0.03118 0.83614 0.02854 0.83548 0.02524 0.83416 0.02260 0.83284 0.02062 0.83152 0.01930\n 11 182 8 0.83284 0.03910 0.83416 0.03646 0.83482 0.03448 0.83548 0.03118 0.83548 0.02854 0.83482 0.02524 0.83416 0.02326 0.83284 0.02062\n 11 226 10 0.84076 0.04042 0.84209 0.03910 0.84341 0.03712 0.84473 0.03448 0.84539 0.03118 0.84539 0.02854 0.84473 0.02524 0.84341 0.02260 0.84209 0.02062 0.84076 0.01930\n 11 182 8 0.84209 0.03910 0.84341 0.03646 0.84407 0.03448 0.84473 0.03118 0.84473 0.02854 0.84407 0.02524 0.84341 0.02326 0.84209 0.02062\n 21 6 1\n 25 6 1\n 11 1150 52 0.58319 0.09705 0.58336 0.09716 0.58354 0.09727 0.58371 0.09738 0.58388 0.09749 0.58406 0.09759 0.58423 0.09770 0.58441 0.09781 0.58458 0.09792 0.58475 0.09802 0.58493 0.09813 0.58510 0.09824 0.58527 0.09835 0.58545 0.09846 0.58562 0.09856 0.58579 0.09867 0.58597 0.09878 0.58614 0.09889 0.58632 0.09900 0.58649 0.09910 0.58666 0.09921 0.58684 0.09932 0.58701 0.09943 0.58718 0.09953 0.58736 0.09964 0.58753 0.09975 0.58771 0.09986 0.58788 0.09997 0.58805 0.10007 0.58823 0.10018 0.58840 0.10029 0.58857 0.10040 0.58875 0.10051 0.58892 0.10061 0.58910 0.10072 0.58927 0.10083 0.58944 0.10094 0.58962 0.10104 0.58979 0.10115 0.58996 0.10126 0.59014 0.10137 0.59031 0.10148 0.59049 0.10158 0.59066 0.10169 0.59083 0.10180 0.59101 0.10191 0.59118 0.10202 0.59135 0.10212 0.59153 0.10223 0.59170 0.10234 0.59188 0.10245 0.59202 0.10254\n 11 1172 53 0.59791 0.10620 0.59796 0.10622 0.59813 0.10633 0.59830 0.10644 0.59848 0.10655 0.59865 0.10665 0.59882 0.10676 0.59900 0.10687 0.59917 0.10698 0.59935 0.10709 0.59952 0.10719 0.59969 0.10730 0.59987 0.10741 0.60004 0.10752 0.60021 0.10762 0.60039 0.10773 0.60056 0.10784 0.60074 0.10795 0.60091 0.10806 0.60108 0.10816 0.60126 0.10827 0.60143 0.10838 0.60160 0.10849 0.60178 0.10860 0.60195 0.10870 0.60213 0.10881 0.60230 0.10892 0.60247 0.10903 0.60265 0.10913 0.60282 0.10924 0.60299 0.10935 0.60317 0.10946 0.60334 0.10957 0.60352 0.10967 0.60369 0.10978 0.60386 0.10989 0.60404 0.11000 0.60421 0.11011 0.60438 0.11021 0.60456 0.11032 0.60473 0.11043 0.60490 0.11054 0.60508 0.11064 0.60525 0.11075 0.60543 0.11086 0.60560 0.11097 0.60577 0.11108 0.60595 0.11118 0.60612 0.11129 0.60629 0.11140 0.60647 0.11151 0.60664 0.11162 0.60675 0.11168\n 11 1172 53 0.61264 0.11534 0.61272 0.11539 0.61290 0.11550 0.61307 0.11561 0.61324 0.11571 0.61342 0.11582 0.61359 0.11593 0.61376 0.11604 0.61394 0.11615 0.61411 0.11625 0.61429 0.11636 0.61446 0.11647 0.61463 0.11658 0.61481 0.11668 0.61498 0.11679 0.61515 0.11690 0.61533 0.11701 0.61550 0.11712 0.61568 0.11722 0.61585 0.11733 0.61602 0.11744 0.61620 0.11755 0.61637 0.11766 0.61654 0.11776 0.61672 0.11787 0.61689 0.11798 0.61707 0.11809 0.61724 0.11819 0.61741 0.11830 0.61759 0.11841 0.61776 0.11852 0.61793 0.11863 0.61811 0.11873 0.61828 0.11884 0.61846 0.11895 0.61863 0.11906 0.61880 0.11917 0.61898 0.11927 0.61915 0.11938 0.61932 0.11949 0.61950 0.11960 0.61967 0.11970 0.61985 0.11981 0.62002 0.11992 0.62019 0.12003 0.62037 0.12014 0.62054 0.12024 0.62071 0.12035 0.62089 0.12046 0.62106 0.12057 0.62124 0.12068 0.62141 0.12078 0.62147 0.12082\n 11 1172 53 0.62736 0.12448 0.62749 0.12456 0.62766 0.12467 0.62784 0.12477 0.62801 0.12488 0.62818 0.12499 0.62836 0.12510 0.62853 0.12521 0.62871 0.12531 0.62888 0.12542 0.62905 0.12553 0.62923 0.12564 0.62940 0.12575 0.62957 0.12585 0.62975 0.12596 0.62992 0.12607 0.63010 0.12618 0.63027 0.12628 0.63044 0.12639 0.63062 0.12650 0.63079 0.12661 0.63096 0.12672 0.63114 0.12682 0.63131 0.12693 0.63148 0.12704 0.63166 0.12715 0.63183 0.12726 0.63201 0.12736 0.63218 0.12747 0.63235 0.12758 0.63253 0.12769 0.63270 0.12779 0.63287 0.12790 0.63305 0.12801 0.63322 0.12812 0.63340 0.12823 0.63357 0.12833 0.63374 0.12844 0.63392 0.12855 0.63409 0.12866 0.63426 0.12877 0.63444 0.12887 0.63461 0.12898 0.63479 0.12909 0.63496 0.12920 0.63513 0.12930 0.63531 0.12941 0.63548 0.12952 0.63565 0.12963 0.63583 0.12974 0.63600 0.12984 0.63618 0.12995 0.63620 0.12996\n 11 1150 52 0.64208 0.13362 0.64226 0.13373 0.64243 0.13383 0.64260 0.13394 0.64278 0.13405 0.64295 0.13416 0.64312 0.13427 0.64330 0.13437 0.64347 0.13448 0.64365 0.13459 0.64382 0.13470 0.64399 0.13481 0.64417 0.13491 0.64434 0.13502 0.64451 0.13513 0.64469 0.13524 0.64486 0.13534 0.64504 0.13545 0.64521 0.13556 0.64538 0.13567 0.64556 0.13578 0.64573 0.13588 0.64590 0.13599 0.64608 0.13610 0.64625 0.13621 0.64643 0.13632 0.64660 0.13642 0.64677 0.13653 0.64695 0.13664 0.64712 0.13675 0.64729 0.13686 0.64747 0.13696 0.64764 0.13707 0.64782 0.13718 0.64799 0.13729 0.64816 0.13739 0.64834 0.13750 0.64851 0.13761 0.64868 0.13772 0.64886 0.13783 0.64903 0.13793 0.64921 0.13804 0.64938 0.13815 0.64955 0.13826 0.64973 0.13837 0.64990 0.13847 0.65007 0.13858 0.65025 0.13869 0.65042 0.13880 0.65059 0.13890 0.65077 0.13901 0.65092 0.13911\n 11 1172 53 0.65681 0.14276 0.65685 0.14279 0.65702 0.14290 0.65720 0.14300 0.65737 0.14311 0.65754 0.14322 0.65772 0.14333 0.65789 0.14343 0.65807 0.14354 0.65824 0.14365 0.65841 0.14376 0.65859 0.14387 0.65876 0.14397 0.65893 0.14408 0.65911 0.14419 0.65928 0.14430 0.65945 0.14441 0.65963 0.14451 0.65980 0.14462 0.65998 0.14473 0.66015 0.14484 0.66032 0.14494 0.66050 0.14505 0.66067 0.14516 0.66084 0.14527 0.66102 0.14538 0.66119 0.14548 0.66137 0.14559 0.66154 0.14570 0.66171 0.14581 0.66189 0.14592 0.66206 0.14602 0.66223 0.14613 0.66241 0.14624 0.66258 0.14635 0.66276 0.14645 0.66293 0.14656 0.66310 0.14667 0.66328 0.14678 0.66345 0.14689 0.66362 0.14699 0.66380 0.14710 0.66397 0.14721 0.66415 0.14732 0.66432 0.14743 0.66449 0.14753 0.66467 0.14764 0.66484 0.14775 0.66501 0.14786 0.66519 0.14796 0.66536 0.14807 0.66554 0.14818 0.66564 0.14825\n 11 1172 53 0.67153 0.15190 0.67162 0.15196 0.67179 0.15206 0.67196 0.15217 0.67214 0.15228 0.67231 0.15239 0.67248 0.15250 0.67266 0.15260 0.67283 0.15271 0.67301 0.15282 0.67318 0.15293 0.67335 0.15303 0.67353 0.15314 0.67370 0.15325 0.67387 0.15336 0.67405 0.15347 0.67422 0.15357 0.67440 0.15368 0.67457 0.15379 0.67474 0.15390 0.67492 0.15401 0.67509 0.15411 0.67526 0.15422 0.67544 0.15433 0.67561 0.15444 0.67579 0.15454 0.67596 0.15465 0.67613 0.15476 0.67631 0.15487 0.67648 0.15498 0.67665 0.15508 0.67683 0.15519 0.67700 0.15530 0.67718 0.15541 0.67735 0.15552 0.67752 0.15562 0.67770 0.15573 0.67787 0.15584 0.67804 0.15595 0.67822 0.15605 0.67839 0.15616 0.67856 0.15627 0.67874 0.15638 0.67891 0.15649 0.67909 0.15659 0.67926 0.15670 0.67943 0.15681 0.67961 0.15692 0.67978 0.15703 0.67995 0.15713 0.68013 0.15724 0.68030 0.15735 0.68037 0.15739\n 11 1172 53 0.68626 0.16105 0.68638 0.16112 0.68656 0.16123 0.68673 0.16134 0.68690 0.16145 0.68708 0.16156 0.68725 0.16166 0.68742 0.16177 0.68760 0.16188 0.68777 0.16199 0.68795 0.16209 0.68812 0.16220 0.68829 0.16231 0.68847 0.16242 0.68864 0.16253 0.68881 0.16263 0.68899 0.16274 0.68916 0.16285 0.68934 0.16296 0.68951 0.16307 0.68968 0.16317 0.68986 0.16328 0.69003 0.16339 0.69020 0.16350 0.69038 0.16360 0.69055 0.16371 0.69073 0.16382 0.69090 0.16393 0.69107 0.16404 0.69125 0.16414 0.69142 0.16425 0.69159 0.16436 0.69177 0.16447 0.69194 0.16458 0.69212 0.16468 0.69229 0.16479 0.69246 0.16490 0.69264 0.16501 0.69281 0.16511 0.69298 0.16522 0.69316 0.16533 0.69333 0.16544 0.69351 0.16555 0.69368 0.16565 0.69385 0.16576 0.69403 0.16587 0.69420 0.16598 0.69437 0.16609 0.69455 0.16619 0.69472 0.16630 0.69490 0.16641 0.69507 0.16652 0.69509 0.16653\n 11 1150 52 0.70098 0.17019 0.70115 0.17029 0.70132 0.17040 0.70150 0.17051 0.70167 0.17062 0.70184 0.17072 0.70202 0.17083 0.70219 0.17094 0.70237 0.17105 0.70254 0.17116 0.70271 0.17126 0.70289 0.17137 0.70306 0.17148 0.70323 0.17159 0.70341 0.17169 0.70358 0.17180 0.70376 0.17191 0.70393 0.17202 0.70410 0.17213 0.70428 0.17223 0.70445 0.17234 0.70462 0.17245 0.70480 0.17256 0.70497 0.17267 0.70515 0.17277 0.70532 0.17288 0.70549 0.17299 0.70567 0.17310 0.70584 0.17320 0.70601 0.17331 0.70619 0.17342 0.70636 0.17353 0.70653 0.17364 0.70671 0.17374 0.70688 0.17385 0.70706 0.17396 0.70723 0.17407 0.70740 0.17418 0.70758 0.17428 0.70775 0.17439 0.70792 0.17450 0.70810 0.17461 0.70827 0.17471 0.70845 0.17482 0.70862 0.17493 0.70879 0.17504 0.70897 0.17515 0.70914 0.17525 0.70931 0.17536 0.70949 0.17547 0.70966 0.17558 0.70981 0.17567\n 11 1172 53 0.71570 0.17933 0.71574 0.17935 0.71592 0.17946 0.71609 0.17957 0.71626 0.17968 0.71644 0.17978 0.71661 0.17989 0.71678 0.18000 0.71696 0.18011 0.71713 0.18022 0.71731 0.18032 0.71748 0.18043 0.71765 0.18054 0.71783 0.18065 0.71800 0.18075 0.71817 0.18086 0.71835 0.18097 0.71852 0.18108 0.71870 0.18119 0.71887 0.18129 0.71904 0.18140 0.71922 0.18151 0.71939 0.18162 0.71956 0.18173 0.71974 0.18183 0.71991 0.18194 0.72009 0.18205 0.72026 0.18216 0.72043 0.18226 0.72061 0.18237 0.72078 0.18248 0.72095 0.18259 0.72113 0.18270 0.72130 0.18280 0.72148 0.18291 0.72165 0.18302 0.72182 0.18313 0.72200 0.18324 0.72217 0.18334 0.72234 0.18345 0.72252 0.18356 0.72269 0.18367 0.72287 0.18378 0.72304 0.18388 0.72321 0.18399 0.72339 0.18410 0.72356 0.18421 0.72373 0.18431 0.72391 0.18442 0.72408 0.18453 0.72425 0.18464 0.72443 0.18475 0.72454 0.18481\n 11 1172 53 0.73043 0.18847 0.73051 0.18852 0.73068 0.18863 0.73086 0.18874 0.73103 0.18884 0.73120 0.18895 0.73138 0.18906 0.73155 0.18917 0.73173 0.18928 0.73190 0.18938 0.73207 0.18949 0.73225 0.18960 0.73242 0.18971 0.73259 0.18982 0.73277 0.18992 0.73294 0.19003 0.73311 0.19014 0.73329 0.19025 0.73346 0.19035 0.73364 0.19046 0.73381 0.19057 0.73398 0.19068 0.73416 0.19079 0.73433 0.19089 0.73450 0.19100 0.73468 0.19111 0.73485 0.19122 0.73503 0.19133 0.73520 0.19143 0.73537 0.19154 0.73555 0.19165 0.73572 0.19176 0.73589 0.19186 0.73607 0.19197 0.73624 0.19208 0.73642 0.19219 0.73659 0.19230 0.73676 0.19240 0.73694 0.19251 0.73711 0.19262 0.73728 0.19273 0.73746 0.19284 0.73763 0.19294 0.73781 0.19305 0.73798 0.19316 0.73815 0.19327 0.73833 0.19337 0.73850 0.19348 0.73867 0.19359 0.73885 0.19370 0.73902 0.19381 0.73920 0.19391 0.73926 0.19396\n 11 1172 53 0.74515 0.19761 0.74528 0.19769 0.74545 0.19780 0.74562 0.19790 0.74580 0.19801 0.74597 0.19812 0.74614 0.19823 0.74632 0.19834 0.74649 0.19844 0.74667 0.19855 0.74684 0.19866 0.74701 0.19877 0.74719 0.19888 0.74736 0.19898 0.74753 0.19909 0.74771 0.19920 0.74788 0.19931 0.74806 0.19942 0.74823 0.19952 0.74840 0.19963 0.74858 0.19974 0.74875 0.19985 0.74892 0.19995 0.74910 0.20006 0.74927 0.20017 0.74945 0.20028 0.74962 0.20039 0.74979 0.20049 0.74997 0.20060 0.75014 0.20071 0.75031 0.20082 0.75049 0.20093 0.75066 0.20103 0.75084 0.20114 0.75101 0.20125 0.75118 0.20136 0.75136 0.20146 0.75153 0.20157 0.75170 0.20168 0.75188 0.20179 0.75205 0.20190 0.75222 0.20200 0.75240 0.20211 0.75257 0.20222 0.75275 0.20233 0.75292 0.20244 0.75309 0.20254 0.75327 0.20265 0.75344 0.20276 0.75361 0.20287 0.75379 0.20297 0.75396 0.20308 0.75399 0.20310\n 11 1150 52 0.75988 0.20675 0.76004 0.20686 0.76022 0.20697 0.76039 0.20707 0.76056 0.20718 0.76074 0.20729 0.76091 0.20740 0.76108 0.20750 0.76126 0.20761 0.76143 0.20772 0.76161 0.20783 0.76178 0.20794 0.76195 0.20804 0.76213 0.20815 0.76230 0.20826 0.76247 0.20837 0.76265 0.20848 0.76282 0.20858 0.76300 0.20869 0.76317 0.20880 0.76334 0.20891 0.76352 0.20901 0.76369 0.20912 0.76386 0.20923 0.76404 0.20934 0.76421 0.20945 0.76439 0.20955 0.76456 0.20966 0.76473 0.20977 0.76491 0.20988 0.76508 0.20999 0.76525 0.21009 0.76543 0.21020 0.76560 0.21031 0.76578 0.21042 0.76595 0.21052 0.76612 0.21063 0.76630 0.21074 0.76647 0.21085 0.76664 0.21096 0.76682 0.21106 0.76699 0.21117 0.76717 0.21128 0.76734 0.21139 0.76751 0.21150 0.76769 0.21160 0.76786 0.21171 0.76803 0.21182 0.76821 0.21193 0.76838 0.21203 0.76856 0.21214 0.76871 0.21224\n 11 1172 53 0.77460 0.21590 0.77464 0.21592 0.77481 0.21603 0.77498 0.21613 0.77516 0.21624 0.77533 0.21635 0.77550 0.21646 0.77568 0.21657 0.77585 0.21667 0.77603 0.21678 0.77620 0.21689 0.77637 0.21700 0.77655 0.21710 0.77672 0.21721 0.77689 0.21732 0.77707 0.21743 0.77724 0.21754 0.77742 0.21764 0.77759 0.21775 0.77776 0.21786 0.77794 0.21797 0.77811 0.21808 0.77828 0.21818 0.77846 0.21829 0.77863 0.21840 0.77881 0.21851 0.77898 0.21861 0.77915 0.21872 0.77933 0.21883 0.77950 0.21894 0.77967 0.21905 0.77985 0.21915 0.78002 0.21926 0.78019 0.21937 0.78037 0.21948 0.78054 0.21959 0.78072 0.21969 0.78089 0.21980 0.78106 0.21991 0.78124 0.22002 0.78141 0.22012 0.78158 0.22023 0.78176 0.22034 0.78193 0.22045 0.78211 0.22056 0.78228 0.22066 0.78245 0.22077 0.78263 0.22088 0.78280 0.22099 0.78297 0.22110 0.78315 0.22120 0.78332 0.22131 0.78343 0.22138\n 11 1172 53 0.78932 0.22504 0.78940 0.22509 0.78958 0.22519 0.78975 0.22530 0.78992 0.22541 0.79010 0.22552 0.79027 0.22563 0.79044 0.22573 0.79062 0.22584 0.79079 0.22595 0.79097 0.22606 0.79114 0.22616 0.79131 0.22627 0.79149 0.22638 0.79166 0.22649 0.79183 0.22660 0.79201 0.22670 0.79218 0.22681 0.79236 0.22692 0.79253 0.22703 0.79270 0.22714 0.79288 0.22724 0.79305 0.22735 0.79322 0.22746 0.79340 0.22757 0.79357 0.22767 0.79375 0.22778 0.79392 0.22789 0.79409 0.22800 0.79427 0.22811 0.79444 0.22821 0.79461 0.22832 0.79479 0.22843 0.79496 0.22854 0.79514 0.22865 0.79531 0.22875 0.79548 0.22886 0.79566 0.22897 0.79583 0.22908 0.79600 0.22919 0.79618 0.22929 0.79635 0.22940 0.79653 0.22951 0.79670 0.22962 0.79687 0.22972 0.79705 0.22983 0.79722 0.22994 0.79739 0.23005 0.79757 0.23016 0.79774 0.23026 0.79791 0.23037 0.79809 0.23048 0.79816 0.23052\n 11 1172 53 0.80405 0.23418 0.80417 0.23425 0.80434 0.23436 0.80452 0.23447 0.80469 0.23458 0.80486 0.23469 0.80504 0.23479 0.80521 0.23490 0.80539 0.23501 0.80556 0.23512 0.80573 0.23523 0.80591 0.23533 0.80608 0.23544 0.80625 0.23555 0.80643 0.23566 0.80660 0.23576 0.80677 0.23587 0.80695 0.23598 0.80712 0.23609 0.80730 0.23620 0.80747 0.23630 0.80764 0.23641 0.80782 0.23652 0.80799 0.23663 0.80816 0.23674 0.80834 0.23684 0.80851 0.23695 0.80869 0.23706 0.80886 0.23717 0.80903 0.23727 0.80921 0.23738 0.80938 0.23749 0.80955 0.23760 0.80973 0.23771 0.80990 0.23781 0.81008 0.23792 0.81025 0.23803 0.81042 0.23814 0.81060 0.23825 0.81077 0.23835 0.81094 0.23846 0.81112 0.23857 0.81129 0.23868 0.81147 0.23878 0.81164 0.23889 0.81181 0.23900 0.81199 0.23911 0.81216 0.23922 0.81233 0.23932 0.81251 0.23943 0.81268 0.23954 0.81286 0.23965 0.81288 0.23966\n 11 1150 52 0.81877 0.24332 0.81894 0.24342 0.81911 0.24353 0.81928 0.24364 0.81946 0.24375 0.81963 0.24385 0.81980 0.24396 0.81998 0.24407 0.82015 0.24418 0.82033 0.24429 0.82050 0.24439 0.82067 0.24450 0.82085 0.24461 0.82102 0.24472 0.82119 0.24483 0.82137 0.24493 0.82154 0.24504 0.82172 0.24515 0.82189 0.24526 0.82206 0.24536 0.82224 0.24547 0.82241 0.24558 0.82258 0.24569 0.82276 0.24580 0.82293 0.24590 0.82311 0.24601 0.82328 0.24612 0.82345 0.24623 0.82363 0.24634 0.82380 0.24644 0.82397 0.24655 0.82415 0.24666 0.82432 0.24677 0.82450 0.24687 0.82467 0.24698 0.82484 0.24709 0.82502 0.24720 0.82519 0.24731 0.82536 0.24741 0.82554 0.24752 0.82571 0.24763 0.82588 0.24774 0.82606 0.24785 0.82623 0.24795 0.82641 0.24806 0.82658 0.24817 0.82675 0.24828 0.82693 0.24838 0.82710 0.24849 0.82727 0.24860 0.82745 0.24871 0.82761 0.24881\n 11 1172 53 0.83350 0.25246 0.83353 0.25248 0.83370 0.25259 0.83388 0.25270 0.83405 0.25281 0.83422 0.25291 0.83440 0.25302 0.83457 0.25313 0.83474 0.25324 0.83492 0.25335 0.83509 0.25345 0.83527 0.25356 0.83544 0.25367 0.83561 0.25378 0.83579 0.25389 0.83596 0.25399 0.83613 0.25410 0.83631 0.25421 0.83648 0.25432 0.83666 0.25442 0.83683 0.25453 0.83700 0.25464 0.83718 0.25475 0.83735 0.25486 0.83752 0.25496 0.83770 0.25507 0.83787 0.25518 0.83805 0.25529 0.83822 0.25540 0.83839 0.25550 0.83857 0.25561 0.83874 0.25572 0.83891 0.25583 0.83909 0.25593 0.83926 0.25604 0.83944 0.25615 0.83961 0.25626 0.83978 0.25637 0.83996 0.25647 0.84013 0.25658 0.84030 0.25669 0.84048 0.25680 0.84065 0.25691 0.84083 0.25701 0.84100 0.25712 0.84117 0.25723 0.84135 0.25734 0.84152 0.25744 0.84169 0.25755 0.84187 0.25766 0.84204 0.25777 0.84222 0.25788 0.84233 0.25795\n 11 1172 53 0.84822 0.26160 0.84830 0.26165 0.84847 0.26176 0.84864 0.26187 0.84882 0.26198 0.84899 0.26208 0.84916 0.26219 0.84934 0.26230 0.84951 0.26241 0.84969 0.26251 0.84986 0.26262 0.85003 0.26273 0.85021 0.26284 0.85038 0.26295 0.85055 0.26305 0.85073 0.26316 0.85090 0.26327 0.85108 0.26338 0.85125 0.26349 0.85142 0.26359 0.85160 0.26370 0.85177 0.26381 0.85194 0.26392 0.85212 0.26402 0.85229 0.26413 0.85247 0.26424 0.85264 0.26435 0.85281 0.26446 0.85299 0.26456 0.85316 0.26467 0.85333 0.26478 0.85351 0.26489 0.85368 0.26500 0.85385 0.26510 0.85403 0.26521 0.85420 0.26532 0.85438 0.26543 0.85455 0.26553 0.85472 0.26564 0.85490 0.26575 0.85507 0.26586 0.85524 0.26597 0.85542 0.26607 0.85559 0.26618 0.85577 0.26629 0.85594 0.26640 0.85611 0.26651 0.85629 0.26661 0.85646 0.26672 0.85663 0.26683 0.85681 0.26694 0.85698 0.26704 0.85705 0.26709\n 11 1172 53 0.86294 0.27075 0.86306 0.27082 0.86324 0.27093 0.86341 0.27104 0.86358 0.27114 0.86376 0.27125 0.86393 0.27136 0.86410 0.27147 0.86428 0.27157 0.86445 0.27168 0.86463 0.27179 0.86480 0.27190 0.86497 0.27201 0.86515 0.27211 0.86532 0.27222 0.86549 0.27233 0.86567 0.27244 0.86584 0.27255 0.86602 0.27265 0.86619 0.27276 0.86636 0.27287 0.86654 0.27298 0.86671 0.27308 0.86688 0.27319 0.86706 0.27330 0.86723 0.27341 0.86741 0.27352 0.86758 0.27362 0.86775 0.27373 0.86793 0.27384 0.86810 0.27395 0.86827 0.27406 0.86845 0.27416 0.86862 0.27427 0.86880 0.27438 0.86897 0.27449 0.86914 0.27459 0.86932 0.27470 0.86949 0.27481 0.86966 0.27492 0.86984 0.27503 0.87001 0.27513 0.87019 0.27524 0.87036 0.27535 0.87053 0.27546 0.87071 0.27557 0.87088 0.27567 0.87105 0.27578 0.87123 0.27589 0.87140 0.27600 0.87157 0.27611 0.87175 0.27621 0.87178 0.27623\n 11 1150 52 0.87767 0.27989 0.87783 0.27999 0.87800 0.28010 0.87818 0.28020 0.87835 0.28031 0.87852 0.28042 0.87870 0.28053 0.87887 0.28064 0.87905 0.28074 0.87922 0.28085 0.87939 0.28096 0.87957 0.28107 0.87974 0.28117 0.87991 0.28128 0.88009 0.28139 0.88026 0.28150 0.88043 0.28161 0.88061 0.28171 0.88078 0.28182 0.88096 0.28193 0.88113 0.28204 0.88130 0.28215 0.88148 0.28225 0.88165 0.28236 0.88182 0.28247 0.88200 0.28258 0.88217 0.28268 0.88235 0.28279 0.88252 0.28290 0.88269 0.28301 0.88287 0.28312 0.88304 0.28322 0.88321 0.28333 0.88339 0.28344 0.88356 0.28355 0.88374 0.28366 0.88391 0.28376 0.88408 0.28387 0.88426 0.28398 0.88443 0.28409 0.88460 0.28419 0.88478 0.28430 0.88495 0.28441 0.88513 0.28452 0.88530 0.28463 0.88547 0.28473 0.88565 0.28484 0.88582 0.28495 0.88599 0.28506 0.88617 0.28517 0.88634 0.28527 0.88650 0.28537\n 11 1172 53 0.89239 0.28903 0.89242 0.28905 0.89260 0.28916 0.89277 0.28926 0.89294 0.28937 0.89312 0.28948 0.89329 0.28959 0.89346 0.28970 0.89364 0.28980 0.89381 0.28991 0.89399 0.29002 0.89416 0.29013 0.89433 0.29023 0.89451 0.29034 0.89468 0.29045 0.89485 0.29056 0.89503 0.29067 0.89520 0.29077 0.89538 0.29088 0.89555 0.29099 0.89572 0.29110 0.89590 0.29121 0.89607 0.29131 0.89624 0.29142 0.89642 0.29153 0.89659 0.29164 0.89677 0.29175 0.89694 0.29185 0.89711 0.29196 0.89729 0.29207 0.89746 0.29218 0.89763 0.29228 0.89781 0.29239 0.89798 0.29250 0.89816 0.29261 0.89833 0.29272 0.89850 0.29282 0.89868 0.29293 0.89885 0.29304 0.89902 0.29315 0.89920 0.29326 0.89937 0.29336 0.89954 0.29347 0.89972 0.29358 0.89989 0.29369 0.90007 0.29379 0.90024 0.29390 0.90041 0.29401 0.90059 0.29412 0.90076 0.29423 0.90093 0.29433 0.90111 0.29444 0.90123 0.29451\n 11 1172 53 0.90712 0.29817 0.90719 0.29822 0.90736 0.29832 0.90754 0.29843 0.90771 0.29854 0.90788 0.29865 0.90806 0.29876 0.90823 0.29886 0.90840 0.29897 0.90858 0.29908 0.90875 0.29919 0.90893 0.29930 0.90910 0.29940 0.90927 0.29951 0.90945 0.29962 0.90962 0.29973 0.90979 0.29983 0.90997 0.29994 0.91014 0.30005 0.91032 0.30016 0.91049 0.30027 0.91066 0.30037 0.91084 0.30048 0.91101 0.30059 0.91118 0.30070 0.91136 0.30081 0.91153 0.30091 0.91171 0.30102 0.91188 0.30113 0.91205 0.30124 0.91223 0.30134 0.91240 0.30145 0.91257 0.30156 0.91275 0.30167 0.91292 0.30178 0.91310 0.30188 0.91327 0.30199 0.91344 0.30210 0.91362 0.30221 0.91379 0.30232 0.91396 0.30242 0.91414 0.30253 0.91431 0.30264 0.91449 0.30275 0.91466 0.30285 0.91483 0.30296 0.91501 0.30307 0.91518 0.30318 0.91535 0.30329 0.91553 0.30339 0.91570 0.30350 0.91588 0.30361 0.91595 0.30366\n 11 1150 52 0.92184 0.30731 0.92196 0.30739 0.92213 0.30749 0.92230 0.30760 0.92248 0.30771 0.92265 0.30782 0.92282 0.30792 0.92300 0.30803 0.92317 0.30814 0.92335 0.30825 0.92352 0.30836 0.92369 0.30846 0.92387 0.30857 0.92404 0.30868 0.92421 0.30879 0.92439 0.30890 0.92456 0.30900 0.92474 0.30911 0.92491 0.30922 0.92508 0.30933 0.92526 0.30943 0.92543 0.30954 0.92560 0.30965 0.92578 0.30976 0.92595 0.30987 0.92613 0.30997 0.92630 0.31008 0.92647 0.31019 0.92665 0.31030 0.92682 0.31041 0.92699 0.31051 0.92717 0.31062 0.92734 0.31073 0.92751 0.31084 0.92769 0.31094 0.92786 0.31105 0.92804 0.31116 0.92821 0.31127 0.92838 0.31138 0.92856 0.31148 0.92873 0.31159 0.92890 0.31170 0.92908 0.31181 0.92925 0.31192 0.92943 0.31202 0.92960 0.31213 0.92977 0.31224 0.92995 0.31235 0.93012 0.31245 0.93029 0.31256 0.93047 0.31267 0.93064 0.31278\n 21 6 1\n 25 6 1\n 11 50 2 0.90406 0.42149 0.90406 0.41733\n 11 50 2 0.90406 0.42149 0.90664 0.42149\n 11 50 2 0.90406 0.41951 0.90565 0.41951\n 11 50 2 0.90763 0.42149 0.90763 0.41733\n 11 50 2 0.90763 0.42149 0.91020 0.42149\n 11 50 2 0.90763 0.41951 0.90921 0.41951\n 11 50 2 0.90763 0.41733 0.91020 0.41733\n 11 50 2 0.91139 0.42149 0.91139 0.41733\n 11 226 10 0.91139 0.42149 0.91317 0.42149 0.91377 0.42129 0.91396 0.42109 0.91416 0.42070 0.91416 0.42030 0.91396 0.41991 0.91377 0.41971 0.91317 0.41951 0.91139 0.41951\n 11 50 2 0.91278 0.41951 0.91416 0.41733\n 11 50 2 0.91555 0.42149 0.91555 0.41733\n 11 226 10 0.91555 0.42149 0.91733 0.42149 0.91793 0.42129 0.91812 0.42109 0.91832 0.42070 0.91832 0.42030 0.91812 0.41991 0.91793 0.41971 0.91733 0.41951 0.91555 0.41951\n 11 50 2 0.91694 0.41951 0.91832 0.41733\n 11 50 2 0.91971 0.42149 0.91971 0.41733\n 11 50 2 0.91971 0.42149 0.92228 0.42149\n 11 50 2 0.91971 0.41951 0.92129 0.41951\n 11 50 2 0.91971 0.41733 0.92228 0.41733\n 11 50 2 0.92426 0.42149 0.92426 0.41733\n 11 50 2 0.92288 0.42149 0.92565 0.42149\n 11 50 2 0.92922 0.42149 0.93080 0.41733\n 11 50 2 0.93238 0.42149 0.93080 0.41733\n 11 380 17 0.93318 0.41892 0.93555 0.41892 0.93555 0.41931 0.93536 0.41971 0.93516 0.41991 0.93476 0.42010 0.93417 0.42010 0.93377 0.41991 0.93338 0.41951 0.93318 0.41892 0.93318 0.41852 0.93338 0.41793 0.93377 0.41753 0.93417 0.41733 0.93476 0.41733 0.93516 0.41753 0.93555 0.41793\n 11 50 2 0.93694 0.42010 0.93694 0.41733\n 11 116 5 0.93694 0.41892 0.93714 0.41951 0.93753 0.41991 0.93793 0.42010 0.93853 0.42010\n 11 116 5 0.93971 0.41773 0.93952 0.41753 0.93971 0.41733 0.93991 0.41753 0.93971 0.41773\n 11 512 23 0.94704 0.42090 0.94684 0.42129 0.94625 0.42149 0.94585 0.42149 0.94526 0.42129 0.94486 0.42070 0.94467 0.41971 0.94467 0.41872 0.94486 0.41793 0.94526 0.41753 0.94585 0.41733 0.94605 0.41733 0.94665 0.41753 0.94704 0.41793 0.94724 0.41852 0.94724 0.41872 0.94704 0.41931 0.94665 0.41971 0.94605 0.41991 0.94585 0.41991 0.94526 0.41971 0.94486 0.41931 0.94467 0.41872\n 11 116 5 0.94882 0.41773 0.94863 0.41753 0.94882 0.41733 0.94902 0.41753 0.94882 0.41773\n 11 512 23 0.95298 0.42090 0.95279 0.42129 0.95219 0.42149 0.95180 0.42149 0.95120 0.42129 0.95081 0.42070 0.95061 0.41971 0.95061 0.41872 0.95081 0.41793 0.95120 0.41753 0.95180 0.41733 0.95199 0.41733 0.95259 0.41753 0.95298 0.41793 0.95318 0.41852 0.95318 0.41872 0.95298 0.41931 0.95259 0.41971 0.95199 0.41991 0.95180 0.41991 0.95120 0.41971 0.95081 0.41931 0.95061 0.41872\n 11 314 14 0.95457 0.42050 0.95457 0.42070 0.95477 0.42109 0.95496 0.42129 0.95536 0.42149 0.95615 0.42149 0.95655 0.42129 0.95675 0.42109 0.95695 0.42070 0.95695 0.42030 0.95675 0.41991 0.95635 0.41931 0.95437 0.41733 0.95714 0.41733\n 11 50 2 0.90376 0.41456 0.90376 0.41040\n 11 50 2 0.90376 0.41456 0.90654 0.41040\n 11 50 2 0.90654 0.41456 0.90654 0.41040\n 11 468 21 0.90911 0.41456 0.90872 0.41436 0.90832 0.41396 0.90812 0.41357 0.90792 0.41297 0.90792 0.41198 0.90812 0.41139 0.90832 0.41099 0.90872 0.41060 0.90911 0.41040 0.90990 0.41040 0.91030 0.41060 0.91070 0.41099 0.91089 0.41139 0.91109 0.41198 0.91109 0.41297 0.91089 0.41357 0.91070 0.41396 0.91030 0.41436 0.90990 0.41456 0.90911 0.41456\n 11 50 2 0.91347 0.41456 0.91188 0.41040\n 11 50 2 0.91347 0.41456 0.91505 0.41040\n 11 50 2 0.91248 0.41179 0.91446 0.41179\n 11 50 2 0.91703 0.41456 0.91545 0.41040\n 11 50 2 0.91703 0.41456 0.91862 0.41040\n 11 50 2 0.91604 0.41179 0.91802 0.41179\n 11 50 2 0.92278 0.41535 0.91921 0.40901\n 11 50 2 0.92397 0.41456 0.92397 0.41040\n 11 226 10 0.92397 0.41456 0.92575 0.41456 0.92634 0.41436 0.92654 0.41416 0.92674 0.41377 0.92674 0.41317 0.92654 0.41278 0.92634 0.41258 0.92575 0.41238 0.92397 0.41238\n 11 50 2 0.92813 0.41456 0.92813 0.41040\n 11 50 2 0.92813 0.41456 0.92971 0.41040\n 11 50 2 0.93130 0.41456 0.92971 0.41040\n 11 50 2 0.93130 0.41456 0.93130 0.41040\n 11 50 2 0.93288 0.41456 0.93288 0.41040\n 11 50 2 0.93288 0.41456 0.93545 0.41456\n 11 50 2 0.93288 0.41258 0.93446 0.41258\n 11 50 2 0.93288 0.41040 0.93545 0.41040\n 11 50 2 0.93664 0.41456 0.93664 0.41040\n 11 50 2 0.93664 0.41040 0.93902 0.41040\n 11 50 2 0.94397 0.41456 0.94397 0.41040\n 11 50 2 0.94259 0.41456 0.94536 0.41456\n 11 50 2 0.94635 0.41456 0.94635 0.41040\n 11 50 2 0.94635 0.41456 0.94793 0.41040\n 11 50 2 0.94952 0.41456 0.94793 0.41040\n 11 50 2 0.94952 0.41456 0.94952 0.41040\n 11 50 2 0.95209 0.41456 0.95051 0.41040\n 11 50 2 0.95209 0.41456 0.95368 0.41040\n 11 50 2 0.95110 0.41179 0.95308 0.41179\n 11 50 2 0.95467 0.41456 0.95467 0.41040\n 11 226 10 0.95467 0.41456 0.95645 0.41456 0.95704 0.41436 0.95724 0.41416 0.95744 0.41377 0.95744 0.41317 0.95724 0.41278 0.95704 0.41258 0.95645 0.41238 0.95467 0.41238\n 11 314 14 0.89287 0.40664 0.89287 0.40683 0.89307 0.40723 0.89327 0.40743 0.89366 0.40763 0.89445 0.40763 0.89485 0.40743 0.89505 0.40723 0.89525 0.40683 0.89525 0.40644 0.89505 0.40604 0.89465 0.40545 0.89267 0.40347 0.89545 0.40347\n 11 94 4 0.89723 0.40683 0.89762 0.40703 0.89822 0.40763 0.89822 0.40347\n 11 50 2 0.90079 0.40525 0.90436 0.40525\n 11 50 2 0.90594 0.40763 0.90594 0.40347\n 11 50 2 0.90594 0.40763 0.90753 0.40347\n 11 50 2 0.90911 0.40763 0.90753 0.40347\n 11 50 2 0.90911 0.40763 0.90911 0.40347\n 11 50 2 0.91169 0.40763 0.91010 0.40347\n 11 50 2 0.91169 0.40763 0.91327 0.40347\n 11 50 2 0.91070 0.40485 0.91268 0.40485\n 11 72 3 0.91367 0.40763 0.91525 0.40565 0.91525 0.40347\n 11 50 2 0.91684 0.40763 0.91525 0.40565\n 11 50 2 0.91783 0.40525 0.92139 0.40525\n 11 314 14 0.92298 0.40664 0.92298 0.40683 0.92317 0.40723 0.92337 0.40743 0.92377 0.40763 0.92456 0.40763 0.92496 0.40743 0.92516 0.40723 0.92535 0.40683 0.92535 0.40644 0.92516 0.40604 0.92476 0.40545 0.92278 0.40347 0.92555 0.40347\n 11 380 17 0.92793 0.40763 0.92733 0.40743 0.92694 0.40683 0.92674 0.40584 0.92674 0.40525 0.92694 0.40426 0.92733 0.40366 0.92793 0.40347 0.92832 0.40347 0.92892 0.40366 0.92931 0.40426 0.92951 0.40525 0.92951 0.40584 0.92931 0.40683 0.92892 0.40743 0.92832 0.40763 0.92793 0.40763\n 11 94 4 0.93130 0.40683 0.93169 0.40703 0.93229 0.40763 0.93229 0.40347\n 11 380 17 0.93585 0.40763 0.93526 0.40743 0.93486 0.40683 0.93466 0.40584 0.93466 0.40525 0.93486 0.40426 0.93526 0.40366 0.93585 0.40347 0.93625 0.40347 0.93684 0.40366 0.93724 0.40426 0.93744 0.40525 0.93744 0.40584 0.93724 0.40683 0.93684 0.40743 0.93625 0.40763 0.93585 0.40763\n 11 94 4 0.94239 0.40683 0.94278 0.40703 0.94338 0.40763 0.94338 0.40347\n 11 314 14 0.94595 0.40664 0.94595 0.40683 0.94615 0.40723 0.94635 0.40743 0.94674 0.40763 0.94754 0.40763 0.94793 0.40743 0.94813 0.40723 0.94833 0.40683 0.94833 0.40644 0.94813 0.40604 0.94774 0.40545 0.94575 0.40347 0.94853 0.40347\n 11 116 5 0.95011 0.40624 0.94991 0.40604 0.95011 0.40584 0.95031 0.40604 0.95011 0.40624\n 11 116 5 0.95011 0.40386 0.94991 0.40366 0.95011 0.40347 0.95031 0.40366 0.95011 0.40386\n 11 380 17 0.95289 0.40763 0.95229 0.40743 0.95189 0.40683 0.95170 0.40584 0.95170 0.40525 0.95189 0.40426 0.95229 0.40366 0.95289 0.40347 0.95328 0.40347 0.95388 0.40366 0.95427 0.40426 0.95447 0.40525 0.95447 0.40584 0.95427 0.40683 0.95388 0.40743 0.95328 0.40763 0.95289 0.40763\n 11 314 14 0.95586 0.40664 0.95586 0.40683 0.95605 0.40723 0.95625 0.40743 0.95665 0.40763 0.95744 0.40763 0.95784 0.40743 0.95803 0.40723 0.95823 0.40683 0.95823 0.40644 0.95803 0.40604 0.95764 0.40545 0.95566 0.40347 0.95843 0.40347\n 11 116 5 0.96002 0.40624 0.95982 0.40604 0.96002 0.40584 0.96021 0.40604 0.96002 0.40624\n 11 116 5 0.96002 0.40386 0.95982 0.40366 0.96002 0.40347 0.96021 0.40366 0.96002 0.40386\n 11 94 4 0.96219 0.40683 0.96259 0.40703 0.96318 0.40763 0.96318 0.40347\n 11 512 23 0.96814 0.40703 0.96794 0.40743 0.96734 0.40763 0.96695 0.40763 0.96635 0.40743 0.96596 0.40683 0.96576 0.40584 0.96576 0.40485 0.96596 0.40406 0.96635 0.40366 0.96695 0.40347 0.96715 0.40347 0.96774 0.40366 0.96814 0.40406 0.96833 0.40466 0.96833 0.40485 0.96814 0.40545 0.96774 0.40584 0.96715 0.40604 0.96695 0.40604 0.96635 0.40584 0.96596 0.40545 0.96576 0.40485\n 82 0\n 81 6 8\n 82 0\n 0 0\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'bench\/metafile_masters_v66_x86\/dashbug.plt' did not match any file(s) known to git\n","license":"unlicense","lang":"Gnuplot"} {"commit":"4e1f8f78c80a2b51043b05409b85786d7c495d3f","subject":"Let's keep this around for future testing.","message":"Let's keep this around for future testing.\n\n\ngit-svn-id: a3e1eb16dde062992de22c830ed8045c8013209a@531 c613c5cb-e716-0410-b11b-feb51c14d237\n","repos":"threerings\/vilya,threerings\/vilya","old_file":"etc\/pctile.plot","new_file":"etc\/pctile.plot","new_contents":"# a handy gnuplot instruction set for plotting percentiler dumps\nset ylabel 'Count'\nset y2label 'Percentile'\nset y2tics\nset grid\nplot 'pctile.data' using 1:3 axes x1y1 title 'Count' with histeps, \\\n 'pctile.data' using 1:2 axes x1y2 title 'Pecentile' with lines;\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'etc\/pctile.plot' did not match any file(s) known to git\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"4a19ee86c19ace9723cb2416870e05eaccabe44e","subject":"gc periods in gp","message":"gc periods in gp\n","repos":"pascalmolin\/hcperiods,pascalmolin\/hcperiods,pascalmolin\/hcperiods,pascalmolin\/hcperiods","old_file":"gp\/gcperiods.gp","new_file":"gp\/gcperiods.gp","new_contents":"\/**\n\n======================================\nAbel-Jacobi map on hyperelliptic curves\n=======================================\n\ncomputing period matrix of hyperelliptic curves\n\n*\/\n\nmsgtimer(s,level=1) = {\n if(default(debug)>=level,printf(\" Time %s : %ld\\n\",s,gettime()));\n}\nmsgdebug(s,header=\" \",level=1) = {\n if(default(debug)>=level,printf(\"%s%s\\n\",header,s));\n}\n\nglobal(iMax=0);\niGenus = iMax++;\niRoots = iMax++;\niTree = iMax++;\niIntersection = iMax++;\niABtoC = iMax++;\niTau = iMax++;\n\n\/**\n\nNumerical integration with Gauss Chebychev\n------------------------------------------\n\n*\/\n\/* compute prod sqrt(z-u_i) as sqrt prod(z-u_i)\n track the number of loops around 0\n while multiplying the (z-ui).\n *\/\n\/* sign of the imaginary part with positive zero *\/\nisign(x) = { my(s);s=sign(imag(x));if(s,s,1);}\nsqrt_affinereduction(u,z,product=0) = {\n my(z1,i1,z2,i2,sgn);\n \\\\ if we want the long method, or there is only one root\n if(product||#u==1,\n prod(i=1,#u, if(real(u[i])>0,I*sqrt(u[i]-z),sqrt(z-u[i])))\n , \\\\ otherwise\n sgn = 1; \\\\ track the number of loops\n z1 = z-u[1];\n \/* if the point is on the right, take non-standard cut *\/\n if(imag(z1)==0&&real(z1)<0,z1=-z1;sgn*=-I);\n i1 = isign(z1);\n for(i=2,#u,\n z2 = z-u[i];\n if(imag(z2)==0&&real(z2)<0,z2=-z2;sgn *=-I);\n i2 = isign(z2);\n z1 *= z2;\n if(i1==i2,\n i1 = isign(z1);\n if(i1!=i2,sgn*=-1),\n i1 = isign(z1)\n ));\n sqrt(z1)*sgn\n );\n}\n\n\/*\n compute the column of period integrals\n [ int x^k\/y dx ]\n*\/\nintegrals_gc(u, g, n, product = 0) = {\n my(res = vector(g));\n for(k=1,n,\n my(xk = cos((2*k-1)*Pi\/(2*n)));\n my(t = 1\/sqrt_affinereduction(u,xk,product));\n res[1] += t;\n for(i=2,g, res[i] += (t *= xk));\n );\n res * Pi\/n;\n}\n\n\/* make u vectors : remove one or two roots *\/\nab_points(A,ia, ib) = {\n my(a = A[ia]); my(b=A[ib]); my(j=0);\n my(u=vector(#A-2));\n for(i=1,#A,i==ia||i==ib||u[j++]=(2*A[i]-a-b)\/(b-a));\n u;\n}\nintegrals_edge(C, i1, i2, product = 0) = {\n my(g = C[iGenus]);\n my(u = ab_points(C[iRoots], i1, i2));\n my(n = gc_n(u));\n my(res = integrals_gc(u, g, n));\n msgdebug(res, \"int =\", 2);\n \/* shift *\/\n my(a = C[iRoots][i1]);\n my(b = C[iRoots][i2]);\n my(c = (b+a)\/(b-a));\n for(j = 2, g, res[j] += res[j-1] * c);\n msgdebug(res, \"shifted =\", 2);\n \/* fix factors *\/\n my(geom_factor = (b-a)\/2);\n my(fact = I\/sqrt(geom_factor)^#u);\n res[1] *= fact;\n for(j=2,g,\n fact *= geom_factor;\n res[j] *= fact;\n );\n \\\\ to track signs, return also the values of the sqrt chosen at end points\n vplus = sqrt_affinereduction(u,1,flag)*sqrt(geom_factor)^#u\/geom_factor;\n vmoins = sqrt_affinereduction(u,-1,flag)*sqrt(geom_factor)^#u\/geom_factor;\n return([res,vmoins,vplus]);\n}\n\n\/** == compute integration parameters == *\/\ndist_ellipse(p,a) = {\n my(b,t);\n my(x,y);\n my(eps=0.*1e6);\n b = sqrt(a^2-1);\n x=real(p);y=imag(p);\n if(x==0,abs(b-y),\n y==0,abs(a-x),\n t = atan(a*y\/(b*x));\n ft = 1;\n while(abs(ft) > eps,\n st = sin(t);\n ct = cos(t);\n ft = ct*st-x*a*st+y*b*ct;\n fpt = ct^2-st^2-x*a*ct-y*b*st;\n t -= ft \/ fpt;\n );\n abs(p-a*cos(t)-I*b*sin(t))\n );\n}\ngc_n(u,prec,mult=.25) = {\n \\\\my(A,B);\n if(!prec,prec=precision(1.));\n au = [ abs(z-1)+abs(z+1) | z<-u ] \/ 2;\n v = vecsort(au, , 1);\n a = au[v[1]];\n m = 1; while(m<#u&&au[v[m+1]]-a<.001,m++);\n r = a + sqrt(a^2-1);\n \/* first estimate *\/\n M = 1\/sqrt(a^m*prod(i=m+1,#u,dist_ellipse(u[v[i]],a)));\n A = prec*log(10) + log(2*Pi*M) + 1;\n B = 2*log(r);\n msgdebug(A\/B,\"n1 = \",2);\n n = ceil(A \/ B);\n \/* second *\/\n a = a*(1-mult\/n);\n M = 1\/sqrt(prod(i=1,#u,dist_ellipse(u[i],a)));\n A = prec*log(10) + log(2*Pi*M) + 1;\n r = a + sqrt(a^2-1);\n B = 2*log(r);\n msgdebug(A\/B,\"n2 = \",2);\n ceil(A\/B);\n}\nr_3(a,b,c) = {\n (abs(c-a)+abs(c-b))\/abs(b-a);\n}\nr_edge(A,i,j) = {\n rij = oo;\n for(k=1,#A,\n if(k==i||k==j,next());\n rij = min(rij,r_3(A[i],A[j],A[k]));\n );\n return(rij);\n}\nr_tree(A,edges) = {\n my(r = oo);\n for(k=1,#edges,\n r = min(r,r_edge(A,edges[k][1],edges[k][2]));\n );\n return(r);\n}\n\/* *************************************************************************\n * period matrix\n * ************************************************************************* *\/\n\n\/* *************************************************************************\n * step 1: maximal-flow spanning tree\n * ************************************************************************* *\/\nmax_spanning(A,nedges=0)= {\n \/* low precision parameters *\/\n localprec(19);\n my(n,r_v,z,taken,tree,rmin);\n n = #A;\n if(!nedges,nedges=n-1); \/* spanning tree *\/\n r_v=vector(n*(n-1)\/2);\n \/* build list of edges ordered by r *\/\n z=0;\n for(i=1,n,\n for(j=i+1,n,\n r_v[z++] = [r_edge(A,i,j),i,j];\n );\n );\n r_v = vecsort(r_v,1); \\\\ sort according to r\n taken = vector(n,i,0); \\\\ mark vertex if in tree\n tree = vector(nedges);\n \/* this is not optimal... too many loops *\/\n z=n*(n-1)\/2; \\\\select edge with maximum r\n rmin = r_v[z][1];\n for(k=1,nedges,\n z=n*(n-1)\/2;\n \/* consider next edge with exactly one vertex taken (no cycle) *\/\n while(k>1 && taken[r_v[z][2]]==taken[r_v[z][3]],z--);\n \/* this is the best edge allowed *\/\n i = r_v[z][2]; j = r_v[z][3];\n \/* ensure i already in tree *\/\n if(taken[j],[i,j]=[j,i]);\n tree[k] = [i,j];\n rmin = min(rmin,r_v[z][1]);\n taken[i] = taken[j] = 1;\n );\n return([tree,rmin]);\n}\n\n\/* *************************************************************************\n * step 2 : intersection matrix of selected edges\n * ************************************************************************* *\/\n\n\/* end intersection I[ab].I[bd] *\/\nintersection_abbd(A,ia,ib,ic,id) = {\n k = #A;\n a = A[ia]; b = A[ib]; d = A[id];\n tau = arg((d-b)\/(b-a)); \n \/* \\frac{\\sqrt{d-b}^{k}\\prod_{\u03bb\\neq b,d}\\sqrt{x_\u03b2(b)-\u03c8_\u03b2(\u03bb)}} *\/\n \\\\fbd = sqrt((d-b))^k\n \\\\*prod(i=1,k,if(i==ib||i==id,1,sqrt(-1-(2*A[i]-b-d)\/(d-b))));\n Aprim = ab_points(A,ib,id);\n fbd = sqrt((d-b))^k*sqrt_affinereduction(Aprim,-1);\n \\\\fab = sqrt((b-a))^k\n \\\\*prod(i=1,k,if(i==ib||i==ia,1,sqrt(+1-(2*A[i]-b-a)\/(b-a))));\n Aprim = ab_points(A,ia,ib);\n fab = sqrt((b-a))^k*sqrt_affinereduction(Aprim,1);\n if(default(debug)>=1,\n endarg = arg(fab\/fbd);\n arg1 = -(Pi+tau)\/2;\n arg2 = (Pi-tau)\/2;\n if(abs(endarg-arg1)>0.0001&&abs(endarg-arg2)>0.0001,\n print(\"intersection_abbd\");\n print(\" tau=\",tau);\n printf(\" arg[fab\/fbd]=%1.4f should be %1.4f or %1.4f\\n\",endarg,arg1, arg2);\n printf(\"tau\/2=%1.3f ; 2*tau=%1.3f ; (Pi-tau)\/2=%1.3f ; Pi-2*tau=%1.3f ; \\n\",\n tau\/2,2*tau,(Pi-tau)\/2,Pi-2*tau);\n );\n );\n if(imag(fbd\/fab)<0,return(-1),return(1));\n}\nintersection_abad(A,ia,ib,ic,id) = {\n k = #A;\n a = A[ia]; b = A[ib]; d = A[id];\n tau = arg((d-a)\/(b-a)); \n \\\\ \\frac{\\sqrt{d-b}^{k}\\prod_{\u03bb\\neq b,d}\\sqrt{x_\u03b2(b)-\u03c8_\u03b2(\u03bb)}}\n \\\\fad = sqrt((d-a))^k\n \\\\*prod(i=1,k,if(i==ia||i==id,1,sqrt(-1-(2*A[i]-a-d)\/(d-a))));\n Aprim = ab_points(A,ia,id);\n fad = sqrt((d-a))^k*sqrt_affinereduction(Aprim,-1);\n \\\\fab = sqrt((b-a))^k\n \\\\*prod(i=1,k,if(i==ib||i==ia,1,sqrt(-1-(2*A[i]-b-a)\/(b-a))));\n Aprim = ab_points(A,ia,ib);\n j=0;for(i=1,k,if(i==ia||i==ib,,Aprim[j++]=(2*A[i]-a-b)\/(b-a)));\n fab = sqrt((b-a))^k*sqrt_affinereduction(Aprim,-1);\n if(default(debug)>=1,\n endarg = arg(fab\/fad);\n arg1 = -tau\/2;\n arg2 = if(tau>0,Pi-tau\/2,-Pi-tau\/2);\n if(abs(endarg-arg1)>0.0001&&abs(endarg-arg2)>0.0001,\n print(\"intersection_abad\");\n print(\" tau=\",tau);\n printf(\" arg[fab\/fad]=%1.4f should be %1.4f or %1.4f\\n\",endarg,arg1, arg2);\n printf(\"tau\/2=%1.3f ; 2*tau=%1.3f ; (Pi-tau)\/2=%1.3f ; Pi-2*tau=%1.3f ; Pi-tau\/2=%1.3f ; Pi+tau\/2=%1.3f \\n\", tau\/2,2*tau,(Pi-tau)\/2,Pi-2*tau,Pi-tau\/2,Pi+tau\/2);\n );\n );\n if(imag(fab\/fad)<0,return(-1),return(1));\n}\n\/* TODO: check aligned points ... *\/\nintersection(A,ia,ib,ic,id) = {\n \\\\ do we have a common point ?\n if(ia==ib||ic==id, 0,\n (ia==ic&&ib==id)||(ia==id&&ib==ic), 0,\\\\ self intersection\n ia!=ic&&ia!=id&&ib!=ic&&ib!=id,0,\\\\ no intersection\n ia==ic, +intersection_abad(A,ia,ib,ic,id),\n ib==ic, +intersection_abbd(A,ia,ib,ic,id),\n ia==id, -intersection_abbd(A,ic,id,ia,ib),\n ib==id, +intersection_abcb(A,ia,ib,ic,id),\n error(\"this intersection should not occur\",[ia,ib,ic,id]);\n );\n}\nintersection_spanning(A,tree) = {\n n = #tree;\n res = matrix(n,n);\n for(i=1,#tree,\n for(j=i+1,#tree,\n s = intersection(A,tree[i][1],tree[i][2],tree[j][1],tree[j][2]);\n res[i,j] = s;\n res[j,i] = -s;\n );\n );\n res;\n}\n\n\/* *************************************************************************\n * step 3 : period matrix of edges + intersection matrix\n * ************************************************************************* *\/\nperiods_spanning(C) = {\n my(g = C[iGenus]);\n my(tree = C[iTree]);\n my(A = C[iRoots]);\n if(1, \/* forget about end points *\/\n Mat(vector(#tree,k,2*integrals_edge(C,tree[k][1],tree[k][2])[1]~));\n ,\n res = vector(#tree);\n endpointsvalues=vector(#tree);\n for(k=1,#tree,\n tmp = int_periods_affinereduction(A,tree[k][1],tree[k][2]);\n \/* should use final values to find intersection if sure that no\n * crossing edges TODO *\/\n res[k] = 2*tmp[1]~;\n endpointsvalues[k] = [tmp[2],tmp[3]];\n );\n Mat(res);\n );\n}\n\n\/* *************************************************************************\n * step 4 : retrieve symplectic basis\n * ************************************************************************* *\/\n\n\/* assume M is invertible, antisymetric and of even dimension 2g *\/\nsymplectic_reduction(M) = {\n g=matsize(M)[1];\n if(g%2,return(0),g\/=2);\n N = Vec(M); \\\\ columns matrices\n P = Vec(matid(2*g));\n \/* algorithm similar to snf\n take minimal N[i,j] non-zero value above diagonal\n 1. transform it to be the gcd over the line\n 2. reduce lines i and j to have symplectic\n [0,1;-1,0] and zeroes outside\n 3. move these in front\n the same operations are done on P to track\n the base change.\n *\/\n \\\\ find a non zero value;\n \\\\ TODO better to take minimum\n \/* main loop on symplectic 2-subspaces *\/\n for(d = 1, g,\n if(1,\n my(res = Mat(vector(2*g,k,if(k<=g,P[2*k-1],P[2*(k-g)]))));\n \\\\print(res)\n \\\\print(Mat(N)); \\\\ FIXME\n );\n \n \/* find a pivot value *\/\n i = 2*d-1; j = i+1;\n while(!N[j][i],\n print(\"i\",i,\"j\",j,\"->\",N[j][i]);\n if(j++>2*g,j=i+++1);\n );\n \\\\ i and j give a and b\n if(N[j][i]<0,\n P[j] = -P[j]; \n N[j] = -N[j]; \n for(l=1,2*g,N[l][j] = -N[l][j]); \n );\n ii=i; jj=j;\n while(jj,\n \\\\print(\"d=\",d,\" -> i=\",i,\"&j=\",j);\n \/* remove all coeffs on column j *\/\n for(k=2*d-1,2*g, \\\\ the column\n \\\\print(\"column \",k);\n if(k==jj||!N[k][ii],next()); \\\\ next if already zero\n \\\\print(Mat(N));\n if(N[k][ii]%N[jj][ii]==0,\n \/* N[jj][ii] divides N[k][ii], set it to zero *\/\n my(q = N[k][ii]\/N[jj][ii]);\n P[k] = P[k]-q*P[jj];\n N[k] = N[k]-q*N[jj];\n for(l=1,2*g,N[l][k] = N[l][k] - q*N[l][jj];);\n ,\n \/* otherwise replace N[jj][ii] by the gcd *\/\n tmp = bezout(N[jj][ii],N[jj][k]);\n u = tmp[1]; v = tmp[2]; d = tmp[3];\n P[ii] = u*P[ii]+v*P[jj];\n N[ii] = u*N[ii]+v*N[jj];\n for(l=1,2*g,N[l][ii] = u*N[l][ii] + v*N[l][jj];);\n \\\\ now resume on N[jj][ii]\n k--\n );\n );\n if(jj>ii,ii=j;jj=i,jj=0);\n );\n \/* and put the 2-2 symplectic at 2*d-1, 2*d *\/\n tmpN = N[2*d-1]; tmpP = P[2*d-1];\n N[2*d-1] = N[i]; P[2*d-1] = P[i];\n N[i] = tmpN; P[i] = tmpP;\n tmpN = N[2*d]; tmpP = P[2*d];\n N[2*d] = N[j]; P[2*d] = P[j];\n N[j] = tmpN; P[j]= tmpP;\n );\n \/* and finally canonical basis *\/\n res = Mat(vector(2*g,k,if(k<=g,P[2*k-1],P[2*(k-g)])));\n \\\\print(mattranspose(res)*M*res);\n return(res); \n}\n\/* inverse of a symplectic matrix *\/\nsymplectic_inverse(M) = {\n my(g = matsize(M)[1]\/2);\n \/* M=[A,B;C,D] -> M^(-1)=[D^t,-B^t,-C^t,A^t] *\/\n my(res=matrix(2*g,2*g));\n for(i=1,g,\n for(j=1,g,\n \/* A block *\/\n res[i,j] = M[g+j,g+i];\n \/* D block *\/\n res[g+i,g+j] = M[j,i];\n \/* B block *\/\n res[i,g+j] = -M[g+j,i];\n \/* C block *\/\n res[g+i,j] = -M[j,g+i];\n );\n );\nreturn(res);\n}\n\n\/* *************************************************************************\n * put everything together\n * ************************************************************************* *\/\n\n\/** Remark on matrices conventions :\n during computations, the tree corresponds to a homology basis C_1,..C_2g ; we\nhave the canonical symplectic homology basis A_1,..A_g,B_1,..B_g. We compute\nfirst the period matrix C whose columns are the periods of the canonical\ndifferential forms along the paths C_j :\n\ncoh1x_homC = C_1, C_2g\n +-----------+\n 1 |\n x |\n \nThen we\ncompute the intersection matrix of C_j\n\nIntC = C_1, C_2g\n +-----------+\n C_1 |\n C_2 |\n\nand we perform symplectic reduction to have the base change to a canonical\nbasis (which is not Mumford's in general)\n\nABtoC = A_1, A_g,B_1 B_g\n +------------------+\nC_1 |\n... |\nC_2g |\n\nsatisfying :\n\n(ABtoC)^t * IntC * ABtoC = J_g = intersection in (A,B) basis.\n\nNow we have the big period matrix of canonical differentials in symplectic basis\n\ncoh1x_homAB = coh1x_homC*ABtoC = [ Omega_0 Omega_1 ]\n = A_1,.. B_g\n +----------+\n 1 |\n ... |\n x^g-1|\n\nand we take the (A)-dual cohomology basis to have a Siegel tau matrix\n\ncohWto1x = 1,x,.. x^g-1\n +------------+\n w_1|\n ...|\n w_g|\n\ncohWto1x*Omega_0 = Id\ncohWto1x*Omega_1 = tau = Omega_0^(-1)*Omega_1\n\nAs for Abel-Jacobi map : we compute it in the 1,x cohomology basis\nand return its left-product by cohWto1x.\n\nFor Weierstrass points Pi, we compute half loops P0Pi in C_i basis\n\nP0Pi = P0P1,... P0P2g+1 (one column is zero for Pi=P0)\n +--------------+\n C_1 |\n ... |\n\nthen in A,B basis\n\n(ABtoC)^t * P0Pi\n\nand finally return the integration\n\ncohWto1x * coh1x_homAB * (ABtoC)^t * P0Pi\n*\/\n\n\/**\nthe period matrix is computed in some symplectic homology basis\ndetermined during computations.\n*\/\nhcperiods(f,flag) = {\n my(A);\n if(type(f)==\"t_VEC\",A=f,\n type(f)==\"t_POL\",A=polroots(f)\n );\n my(hcStruct = vector(iMax));\n my(Dcalc,g,tree,tau,h,npoints,IntFactor,IntPoints,AB,Intersection,P);\n my(Omega0,Omega1);\n if(type(A)==\"t_POL\",A = polroots(pol));\n g = floor((#A-1)\/2);\n hcStruct[iRoots] = A;\n hcStruct[iGenus] = g; \n gettime();\n my(tmp = max_spanning(A,2*g));\n msgtimer(\"tree\");\n hcStruct[iTree] = tree = tmp[1];\n msgdebug(tree,\" \",2);\n \/* compute big period matrix of periods C_1,..C_2g *\/\n coh1x_homC = periods_spanning(hcStruct);\n msgtimer(\"periods\");\n msgdebug(coh1x_homC,\" \",2);\n \/* intersection matrix of basis C_1,.. C_2g *\/\n IntC = intersection_spanning(A,tree);\n hcStruct[iIntersection] = IntC;\n msgtimer(\"intersection\");\n msgdebug(IntC,\" \",2);\n \/* column base change from (A_i,B_i) to C_i *\/\n \/* that is, P^t * Intersection * P = J_g *\/\n ABtoC = symplectic_reduction(IntC);\n hcStruct[iABtoC] = ABtoC;\n \/* change basis *\/\n \/* put everything in the struct *\/\n coh1x_homAB = coh1x_homC * ABtoC; \/* now matrix in (A,B) basis *\/\n Omega0 = vecextract(coh1x_homAB,Str(\"1..\",g),Str(\"1..\",g));\n Omega1 = vecextract(coh1x_homAB,Str(\"1..\",g),Str(g+1,\"..\"));\n if(flag==0, Omega1^(-1)*Omega0, \/* default, tau matrix *\/\n flag==1, [Omega0,Omega1],\n error(\"unknown flag\"));\n}\n\n\/**\naction of an Moebius transformation on x\n*\/\n\nhomog(H,pts) = {\n res = [];\n for(k=1,#pts,\n my(den = H[2,1]*pts[k]+H[2,2]);\n if(den,res = concat(res,(H[1,1]*pts[k]+H[1,2])\/den));\n );\n \\\\ infinity ?\n if(#pts%2,res=concat(res,0));\n return(res);\n \\\\return(vector(#pts,k,(H[1,1]*pts[k]+H[1,2])\/(H[2,1]*pts[k]+H[2,2])));\n}\nHS=[0,1;1,0];\nHT=[1,1;0,1];\nH1=[3,7;2,5];\nH2=[8,-3;11,-4];\nH3=[13,892;5,343];\nH4=[1729,138; 213,17];\n\n\/** GL(g) action of a SL(2) moebius transform :\nwe decompose\n(ax+b)\/(cx+d) = (b-ad\/c)\/(cx+d) + a\/c\ni.e.\n[a,b;c,d] = [b-a*d\/c,a\/c;0,1]*[0,1;1,0]*[c,d;0,1]\n*\/\n\/* left matrix corresponding to inversion [0,1;1,0] *\/\ninvert_mat(g) = {\n matrix(g,g,i,j,if(i+j==g+1,-1,0));\n}\n\/* left matrix corresponding to homothety ax+b *\/\nhomot_mat(g,a,b,degree) = {\n matrix(g,g,i,j,if(i>=j,binomial(i-1,j-1)*a^j*b^(i-j)))\/sqrt(a^degree);\n}\nmoebius_matrix_old(m,g,degree) = {\n my(a = m[1,1]);\n my(b = m[1,2]);\n my(c = m[2,1]);\n my(d = m[2,2]);\n if(c,\n return(\nhomot_mat(g,b-a*d\/c,a\/c,degree)*invert_mat(g)*homot_mat(g,c,d,degree))\n ,\n if(d,\n return(homot_mat(g,a\/d,b\/d,degree))\n ,\n return(homot_mat(g,a,b,degree))\n ));\n \n}\n\/* computed all at once *\/\nmoebius_matrix(m,g) = {\n my(a = m[1,1]);\n my(b = m[1,2]);\n my(c = m[2,1]);\n my(d = m[2,2]);\n\/* line k represents (ax+b)^k (cx+d)^(g-k-1) on basis 1,x,...x^{g-1} *\/\n P1=Pol([a,b]); P2=Pol([c,d]);\n lines = vector(g,kk,\n my(k=kk-1);\n P1^k*P2^(g-1-k)\n );\n(a*d-b*c)*\nmatrix(g,g,k,l,\n polcoeff(lines[k],l-1)\n);\n}\n\/** action on the curve *\/\nmoebius_action(C,m) = {\n g = C[iGenus];\n A = C[iRoots];\n degree = #A;\n Omega0 = hcBigperiods(C);\n Omega1 = moebius_matrix(m,g)*Omega0;\n Omega2 = hcBigperiods(hcInit(homog(m,A)));\n print(\"Omega1=\",Omega1);\n print(\"Omega2=\",Omega2);\n}\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gp\/gcperiods.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"bf79535701f1707a0691732ae6c35cb14632b5fa","subject":"new script and clean up","message":"new script and clean up\n","repos":"Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd,Mausy5043\/bonediagd","old_file":"graph21.gp","new_file":"graph21.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/Mausy5043\/bonediagd.git\/': The requested URL returned error: 403\n","license":"mit","lang":"Gnuplot"} {"commit":"57c797d6e7b6fe6b9a7eedf9eb964ee6061cb8e0","subject":"Provide defaults for the configure script of GSI-OpenSSH","message":"Provide defaults for the configure script of GSI-OpenSSH\n","repos":"gridcf\/gct,gridcf\/gct,gridcf\/gct,gridcf\/gct,gridcf\/gct,gridcf\/gct","old_file":"gsi_openssh\/source\/configure.gnu","new_file":"gsi_openssh\/source\/configure.gnu","new_contents":"#! \/bin\/sh\n\"${0%.gnu}\" \"$@\" --without-zlib-version-check --with-ssl-engine --with-ipaddr-display --with-pam --without-kerberos5 --with-libedit --with-gsi --sysconfdir=\"\\${prefix}\/etc\/gsissh\"\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'gsi_openssh\/source\/configure.gnu' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"1a96e832e1771b61057166c0768dd1e66ba4f912","subject":"Add curve_tangent gnuplot file","message":"Add curve_tangent gnuplot file\n","repos":"WesleyAC\/toybox,WesleyAC\/toybox,WesleyAC\/toybox,WesleyAC\/toybox,WesleyAC\/toybox","old_file":"crypto\/elliptic\/curve_tangent.gp","new_file":"crypto\/elliptic\/curve_tangent.gp","new_contents":"set view 0,0\nset isosample 500,500\nset contour base\nset cntrparam levels discrete 0\nunset surface\nset grid\nunset key\nunset ztics\nset xlabel ''\nset ylabel ''\n\ncurve(x,y) = x**3 + -5*x + 9 - y**2\nline(x,y) = (-0.188762*x)+3.42127 - y\n\nset label at -1.1, 3.65, 0 \" A\" point pointtype 7 pointsize 1\nset label at 2.23, 3.0, 0 \" C\" point pointtype 7 pointsize 1\nset label at 2.23, -3.0, 0 \" -C\" point pointtype 7 pointsize 1\n\nsplot [-5:5][-5:5] curve(x,y), line(x,y)\n\npause -1\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'crypto\/elliptic\/curve_tangent.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"4b57f7feb04e2409fbd3ea3b6e0a96d83b7797de","subject":"add detial enegy plt","message":"add detial enegy plt\n","repos":"luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script,luwei0917\/awsemmd_script","old_file":"plot_scripts\/detail_energy.plt","new_file":"plot_scripts\/detail_energy.plt","new_contents":"set term pdfcairo\nset output 'detail_energy.pdf'\n#set pointtype 5\nset xlabel \"time\"\nset ylabel \"energy\"\n\nplot \"energy.dat\" u 1:2 w l,\"energy.dat\" u 1:4 w l \n","old_contents":"","returncode":1,"stderr":"error: pathspec 'plot_scripts\/detail_energy.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"817bb45217b36fa40535eba48d1c39c0e491240f","subject":"restore gp file","message":"restore gp file\n","repos":"bremond\/siconos,fperignon\/siconos,siconos\/siconos-deb,fperignon\/siconos,siconos\/siconos,fperignon\/siconos,bremond\/siconos,siconos\/siconos,siconos\/siconos-deb,bremond\/siconos,siconos\/siconos,radarsat1\/siconos,bremond\/siconos,siconos\/siconos-deb,siconos\/siconos-deb,radarsat1\/siconos,fperignon\/siconos,siconos\/siconos-deb,radarsat1\/siconos,siconos\/siconos,siconos\/siconos-deb,fperignon\/siconos,bremond\/siconos,radarsat1\/siconos,radarsat1\/siconos","old_file":"Examples\/Mechanics\/JointsTests\/NE_3DS_3Knee_1Prism.gp","new_file":"Examples\/Mechanics\/JointsTests\/NE_3DS_3Knee_1Prism.gp","new_contents":"\nresultfile =\"NE_3DS_3Knee_1Prism_MLCP.dat\"\n#resultfile =\"NE_3DS_3Knee_1Prism_MLCP_D1MinusLinear.dat\"\n\nresultfile =\"NE_3DS_3Knee_1Prism_MLCP_MoreauJeanCombinedProjection.dat\"\nset xrange [-0.1:3]\nset yrange [-3:0.1]\n#plot resultfile u 1:2\nresultfile1 =\"NE_3DS_3Knee_1Prism_MLCP_beam1.dat\"\nresultfile2 =\"NE_3DS_3Knee_1Prism_MLCP_beam2.dat\"\nresultfile3 =\"NE_3DS_3Knee_1Prism_MLCP_beam3.dat\"\n#resultfile1 =\"NE_3DS_3Knee_1Prism_MLCP_D1MinusLinear_beam1.dat\"\n#resultfile2 =\"NE_3DS_3Knee_1Prism_MLCP_D1MinusLinear_beam2.dat\"\n#resultfile3 =\"NE_3DS_3Knee_1Prism_MLCP_D1MinusLinear_beam3.dat\"\nset label 1 sprintf(\"Siconos NewtonEulerDS simulation.\") at first 1.5 , first 0\ni=0\nplot resultfile1 u 3*i+1:3*i+3 w lp t 'beam1', resultfile2 u 3*i+1:3*i+3 w lp t 'beam2', resultfile3 u 3*i+1:3*i+3 w lp t 'beam3' \nset term gif animate\n\noutputfile=\"animatedbeams.gif\"\n#outputfile=\"animatedbeams_D1MinusLinear.gif\"\n\nset size square\nset xrange [-0.1:3]\nset yrange [-3:0.1]\nset output outputfile\nn=1000 #n frames\nn=500\ni=0\nevery=5\n\nload \"animbeam.gp\"\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'Examples\/Mechanics\/JointsTests\/NE_3DS_3Knee_1Prism.gp' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"3371ec2547591ae5c205ca63907bbf9f36b77589","subject":"Create grafica2linesShadow.gnu","message":"Create grafica2linesShadow.gnu\n\nthe content of silver.data is:\r\n20 60 130 135\r\n30 60 78 81\r\n40 60 58 60\r\n50 60 52 57\r\n60 60 50 57","repos":"jluzuria2001\/amqpTestbed","old_file":"grafica2linesShadow.gnu","new_file":"grafica2linesShadow.gnu","new_contents":"## 14\/07\/09\n## Aqui graficamos 2 lineas del umbral de saturaci\u00f3n del protocolo \n##\n\nset terminal jpeg medium\nset output \"lost.jpeg\"\n#set term postscript eps color blacktext \"Helvetica\" 16\n\nset xlabel 'message size (KBytes)'\nset ylabel 'number of messages sent per second (#)'\nset key bottom left\n# set terminal pngcairo transparent enhanced font \"arial,10\" fontscale 1.0 size 500, 350 \n# set output 'fillbetween.2.png'\nset style fill \tpattern 2 border\nset style data \tlines\nset title \"The threshold limit of message loss is reached with different message size\" \nset xrange [ 52 : 135 ] noreverse nowriteback\nset yrange [ 0 : 58 ] noreverse nowriteback\n\n### la una\n#plot 'silver.dat' u 4:2:1 title \"zone of lost\" w filledcu, '' u 4:1 lt -1 notitle, '' u 4:2 lt -1 notitle\n\n### la dos\n#plot \"silver.dat\" u 3:1 title \"no-lost\" w linespoints, \\\n# \"silver.dat\" u 4:1 title \"lost\" w linespoints\n\n\n### el mix\n## en fondo rojo\n#plot \"silver.dat\" u 4:2:1 title \"zone of lost\" w filledcu, '' u 4:1 lt -1 notitle, '' u 4:2 lt -1 notitle, \\\n#\t\"silver.dat\" u 3:1 title \"lost\" w linespoints\n\n## en fondo verde\nplot \"silver.dat\" u 3:1 title \"free-loss limit\" w linespoints, \\\n\t\"silver.dat\" u 4:2:1 title \"zone of lost\" w filledcu, '' u 4:1 lt -1 notitle, '' u 4:2 lt -1 notitle\n\nset output\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'grafica2linesShadow.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"f3bf9d018ada405d4d3a20bece86887f4eedcc14","subject":"* Added gnuplot file to greate a contour plot of the two formulas.","message":"* Added gnuplot file to greate a contour plot of the two formulas.\n","repos":"oggust\/tarpon-calculator,oggust\/tarpon-calculator","old_file":"chart_card.gnuplot","new_file":"chart_card.gnuplot","new_contents":"#!\/usr\/bin\/gnuplot\nset terminal pngcairo size 900,500 font \"Arial,8\"\n\nuse_SI = 1\nuse_old = 0\n\nb0 = 2.828\nb1 = 0.0000296\nb2 = 0.006123\nb3 = -0.008284\nb4 = 0.1845\nb5 = -0.1943\n\t \nale(L,G) = b0 + b1*G*G*L + b2*G*L + b3*G*G + b4*G + b5*L\n\nusc_ale(L,G) = ale(L*2.54, G*2.54)\/0.453592\nusc_old(L,G) = G*G*L\/800\nold(L,G) = usc_old(L\/2.54, G\/2.54)*0.453592\n\nset key noautotitle\nset key outside right\nset contour base\nset view map\nunset surface\n\nif (use_SI) {\n set xrange [100 : 250]\n set yrange [50 : 140]\n set xlabel \"Length (cm)\"\n set ylabel \"Girth (cm)\"\n set key title \"Weight (kg)\"\n set cntrparam levels incremental 10, 10, 170\n if (use_old) {\n set title \"Old formula\"\n splot old(x,y)\n } else {\n set title \"ALE formula\"\n splot ale(x,y)\n }\n\n} else {\n set xrange [40 : 90]\n set yrange [19 : 51]\n set xlabel \"Length (in)\"\n set ylabel \"Girth (in)\"\n set key title \"Weight (lb)\"\n set cntrparam levels incremental 30, 10, 270\n if (use_old) {\n set title \"Old formula\"\n splot usc_old(x,y)\n } else {\n set title \"ALE formula\"\n splot usc_ale(x,y)\n }\n\n}\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'chart_card.gnuplot' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"cda806e7ace584bb612e9e776dd0cbd99247cada","subject":"More functions for listing primes where P+1 or ECM have smooth order. Cleanup TBD","message":"More functions for listing primes where P+1 or ECM have smooth order.\nCleanup TBD\n\n\n\ngit-svn-id: 189946a10c5fc96e9dd03ba7cba917cd4c3d09f4@2193 de4796e2-0b1e-0410-91b4-86bc23549317\n","repos":"mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs,mancoast\/cado-nfs","old_file":"sieve\/ecm\/ecm_avg_exp.gp","new_file":"sieve\/ecm\/ecm_avg_exp.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"remote: Support for password authentication was removed on August 13, 2021.\nremote: Please see https:\/\/docs.github.com\/en\/get-started\/getting-started-with-git\/about-remote-repositories#cloning-with-https-urls for information on currently recommended modes of authentication.\nfatal: Authentication failed for 'https:\/\/github.com\/mancoast\/cado-nfs.git\/'\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"bfb71ce54422d1e75b4962b9c98f77d242b114c7","subject":"Add gnuplot config","message":"Add gnuplot config\n","repos":"paradox460\/.dotfiles,paradox460\/.dotfiles,paradox460\/.dotfiles,paradox460\/.dotfiles","old_file":".config\/.gnuplot","new_file":".config\/.gnuplot","new_contents":"set samples 3000\nset colorsequence classic\n","old_contents":"","returncode":1,"stderr":"error: pathspec '.config\/.gnuplot' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"c7a3cab4d194979ff7e4a08e1ad6b5c3515c7183","subject":"Add memory graphing script","message":"Add memory graphing script\n","repos":"robinbaxon\/kittens-minecraft-web,robinbaxon\/kittens-minecraft-web,robinbaxon\/kittens-minecraft-web","old_file":"scripts\/creategraph.gp","new_file":"scripts\/creategraph.gp","new_contents":"# gnuplot script file for plotting memory usage over time\n#!\/usr\/bin\/gnuplot\nreset\n\nset terminal unknown\n\n\nset xdata time\nset timefmt \"%s\"\nset format x \"%H:%M:%S\"\n\nplot \"\/home\/minecraft\/memorylogs\/memorylog.dat\" using 1:2 title \"Minnebruk\"\nset xlabel \"Tid\/dato\"\nset ylabel \"Minnebruk\"\n\nset ytics 200\n#set xtics 1000\n\nxspan = GPVAL_DATA_X_MAX - GPVAL_DATA_X_MIN\nyspan = GPVAL_DATA_Y_MAX - GPVAL_DATA_Y_MIN\n\nxequiv = 60\nyequiv = 100\nar = yspan\/xspan * xequiv\/yequiv\n\nydim = 1080 \nxdim = 200\/ar\n\nset xrange [GPVAL_DATA_X_MIN:GPVAL_DATA_X_MAX+200]\nset yrange [GPVAL_DATA_Y_MIN:GPVAL_DATA_Y_MAX]\n\nset terminal png size xdim,ydim\nset size ratio ar\nset style data linespoints\n\nset title \"Minnebruk over tid\"\nset key below\nset grid\n\nplot \"\/home\/minecraft\/memorylogs\/memorylog.dat\" using 1:2 title \"Minnebruk\"\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'scripts\/creategraph.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"1588402f0fbc1785892d5f96e76d1491bc45d616","subject":"FFT plot file for gnuplot","message":"FFT plot file for gnuplot\n","repos":"iizukak\/ecg-htm","old_file":"data\/fft_plot.plt","new_file":"data\/fft_plot.plt","new_contents":"set datafile separator \",\"\n\nset pm3d map\nset xlabel \"Frequency\"\nset ylabel \"Time Step\"\n\nsplot \"healthy_person1_fft_converted.csv\" matrix\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'data\/fft_plot.plt' did not match any file(s) known to git\n","license":"agpl-3.0","lang":"Gnuplot"} {"commit":"fb5fa1f8d79ac8afe6b4db07fc6c6f0f91b3be43","subject":"Add gnuplot script to generate plots","message":"Add gnuplot script to generate plots\n\nI still need to find out if these plots are correct ...\n","repos":"sjbarag\/ECE-C433,sjbarag\/ECE-C433,sjbarag\/ECE-C433","old_file":"proj2\/plots.gp","new_file":"proj2\/plots.gp","new_contents":"# gnuplot script for p1c and p1d\n\n# global\nset terminal png\nunset key\nset ylabel \"Number of Packets\"\n\n# minutes\nset title \"Packet Timing by Minute\"\nset xlabel \"Time (minutes)\"\nset output \"by_minute.png\"\nplot \"binned_data_m.txt\" using 1:2 with impulses\n\n# seconds\nset title \"Packet Timing by Second\"\nset xlabel \"Time (seconds)\"\nset output \"by_second.png\"\nplot \"binned_data_s.txt\" using 1:2 with impulses\n\n# milliseconds\nset title \"Packet Timing by Millisecond\"\nset xlabel \"Time (milliseconds)\"\nset output \"by_millisecond.png\"\nplot \"binned_data_ms.txt\" using 1:2 with impulses\n\n# CDF\nset title \"Packet Size Distribution\"\nset xlabel \"Packet Size (Bytes)\"\nset ylabel \"Frequency\"\nset output \"cdf.png\"\nplot \"frequency_data.txt\" using 1:2 smooth cumulative\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'proj2\/plots.gp' did not match any file(s) known to git\n","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"b77ee9a3c4282d3fdc14423f963d6bc7fd60bad6","subject":"initial gnuplot file","message":"initial gnuplot file\n","repos":"ykarikos\/linux-statistics","old_file":"linux-statistics.gnuplot","new_file":"linux-statistics.gnuplot","new_contents":"set terminal png medium size 800, 500\nset output \"linux-statistics.png\"\n\nset style data lines\n\nset grid x y\nset border\nplot 'linux-statistics.txt' using 2:xticlabels(1) t 'size (M)'\n# 'linux-statistics.txt' using 1:3 t 'number of files'\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'linux-statistics.gnuplot' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"d59c6e0ea223b8731c8c9f753cec1ab753e13829","subject":"gnuplot script for plotting yield stress profiles","message":"gnuplot script for plotting yield stress profiles\n","repos":"grasingerm\/lbxflow,grasingerm\/lbxflow","old_file":"scripts\/plot_profiles_yield-stress.gp","new_file":"scripts\/plot_profiles_yield-stress.gp","new_contents":"set datafile separator \",\"\n\n# set terminal pngcairo \\\n# transparent enhanced font \"arial,14\" fontscale 1.0 size 1600, 1200\nset key right box\n\nset title 'Velocity profiles'\nset ylabel 'u (lat unit \/ sec)'\nset xlabel 'y (lat unit)'\n# set output 'yield-stress.png'\nplot \\\n 'data\/bingham-mrt_5000_500_20_006_000008\/prof-at-250_step-4000.dsv' \\\n\t\t\tusing 1:2 title 'nu=0.06, tau_y=8e-6', \\\n 'data\/bingham-mrt_5000_500_20_006_000016\/prof-at-250_step-4000.dsv' \\\n\t\t\tusing 1:2 title 'nu=0.06, tau_y=16e-6', \\\n\t\t'data\/bingham-mrt_5000_500_20_006_000032\/prof-at-250_step-4000.dsv' \\\n\t\t\tusing 1:2 title 'nu=0.06, tau_y=32e-6', \\\n\t\t'data\/bingham-mrt_5000_500_20_006_000064\/prof-at-250_step-4000.dsv' \\\n\t\t\tusing 1:2 title 'nu=0.06, tau_y=64e-6'\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'scripts\/plot_profiles_yield-stress.gp' did not match any file(s) known to git\n","license":"mpl-2.0","lang":"Gnuplot"} {"commit":"5df0d7907b80cd85abb2ef482ce1f828bf9cd2c3","subject":"Add divergence.gnuplot","message":"Add divergence.gnuplot\n","repos":"lasp-lang\/evaluation","old_file":"divergence.gnuplot","new_file":"divergence.gnuplot","new_contents":"# Note you need gnuplot 4.4 for the pdfcairo terminal.\n\n# set terminal pdfcairo font \"Gill Sans,9\" linewidth 4 rounded fontscale 1.0\nset terminal pdfcairo font \"Gill Sans,7\" linewidth 1 rounded fontscale 1.0\n\n# Line style for axes\nset style line 80 lt rgb \"#808080\"\n\n# Line style for grid\nset style line 81 lt 0 # dashed\nset style line 81 lt rgb \"#808080\" # grey\n\nset grid back linestyle 81\nset border 3 back linestyle 80\n\nset style line 1 lc rgb \"#A00000\" lw 2 pt 7 ps 0.5\nset style line 2 lc rgb \"#00A000\" lw 2 pt 7 ps 0.5\nset style line 3 lc rgb \"#5060D0\" lw 2 pt 7 ps 0.5\n\nset output outputname\nset xlabel \"Clients\"\nset ylabel \"Divergence\"\n\nset key bottom right\n\n# set yrange [0:*]\n\n# Titles with spaces are not allowed\n# These titles should be separated by \"_\" and here we replace by \" \"\npretty(title) = system(\"echo \".title.\" | sed 's\/_\/ \/g'\")\n\n# Input file contains comma-separated values fields\nset datafile separator \",\"\n\nplot for [i=0:words(inputnames) - 1] word(inputnames, i + 1) using 1:2 title pretty(word(titles, i + 1)) with linespoints ls i + 1\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'divergence.gnuplot' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"e3a9f3e1161e00e3b2f99dc9174f8c9fbc5c42b7","subject":"common part of the subdir rules used by the new GNUmakefile","message":"common part of the subdir rules used by the new GNUmakefile\n\ngit-svn-id: 69a08f0be502e23ba71eb4e212ee2948ff83149c@301 4e380d45-d1fd-0310-85a7-d18ec86df0ad\n","repos":"sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp,sriram-mahavadi\/extlp","old_file":"Makefile.subdir.gnu","new_file":"Makefile.subdir.gnu","new_contents":"\ninclude ..\/make.settings\n\nTEST_BINARIES\t = $(TESTS:=.$(bin))\n\ntests: $(TEST_BINARIES)\n\nlib: $(LIB_SRC:.cpp=.$o)\n\nclean::\n\t$(RM) *.$o\n\t$(RM) *.d *.dT\n\t$(RM) $(TEST_BINARIES)\n\n-include *.d\n\n.SECONDARY:\n\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'Makefile.subdir.gnu' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"51405543e7d4ee620d82efb702907683c0e41485","subject":"new graph14 for testing","message":"new graph14 for testing\n","repos":"Mausy5043\/lnxdiagd,Mausy5043\/lnxdiagd","old_file":"graph14a.gp","new_file":"graph14a.gp","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/Mausy5043\/lnxdiagd.git\/': The requested URL returned error: 403\n","license":"mit","lang":"Gnuplot"} {"commit":"5ebb3dd3ab8a7ffde78da18b9c8422a9c8a6429b","subject":"Added plotfile for safe keeping.","message":"Added plotfile for safe keeping.\n","repos":"lagerspetz\/TimeSeriesSpark,lagerspetz\/TimeSeriesSpark","old_file":"energy-data-processing\/samplesizes.gnuplot","new_file":"energy-data-processing\/samplesizes.gnuplot","new_contents":"","old_contents":"","returncode":128,"stderr":"fatal: unable to access 'https:\/\/github.com\/lagerspetz\/TimeSeriesSpark.git\/': The requested URL returned error: 403\n","license":"bsd-3-clause","lang":"Gnuplot"} {"commit":"f161890d8765c20d495b24fb93332821d3c42d46","subject":"Add tests for bson super module.","message":"Add tests for bson super module.\n","repos":"khueue\/prolog-bson","old_file":"src\/bson\/bson.plt","new_file":"src\/bson\/bson.plt","new_contents":":- include(misc(common)).\n\n:- begin_tests('bson:term_bson\/2').\n\ntest('nonvar, nonvar') :-\n Term =\n [\n hello: 32\n ],\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Term, Bson).\n\n\/* XXX Fix when implemented encoder.\ntest('nonvar, var', [true(Got == Expected)]) :-\n Term =\n [\n hello: 32\n ],\n Expected =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Term, Got).\n*\/\n\ntest('var, nonvar', [true(Got == Expected)]) :-\n Expected =\n [\n hello: 32\n ],\n Bson =\n [\n xxx_not_impl,0,0,0, % Length of top doc.\n 0x10, % Int32 tag\n 104,101,108,108,111, 0, % Ename \"hello\\0\".\n 32,0,0,0, % Int32 data, 32.\n 0 % End of top doc.\n ],\n bson:term_bson(Got, Bson).\n\ntest('var, var', [fail]) :-\n bson:term_bson(_, _).\n\n:- end_tests('bson:term_bson\/2').\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'src\/bson\/bson.plt' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"} {"commit":"d8aa50c5a54d11a64f52cb6883bc4fbfeeda40ae","subject":"Create command.gp","message":"Create command.gp","repos":"alainlebret\/os,alainlebret\/os,alainlebret\/os","old_file":"exemplier\/6_interprocess\/signal\/command.gp","new_file":"exemplier\/6_interprocess\/signal\/command.gp","new_contents":"\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'exemplier\/6_interprocess\/signal\/command.gp' did not match any file(s) known to git\n","license":"apache-2.0","lang":"Gnuplot"} {"commit":"8d8eb5b02179b45e8e4b0d5585a0668167dc35ec","subject":"class_path UT","message":"class_path UT\n","repos":"lodyagin\/uranium,lodyagin\/uranium","old_file":"U-238\/u\/class_diagram.plt","new_file":"U-238\/u\/class_diagram.plt","new_contents":":- begin_tests(class_diagram).\n:- use_module(u(class_diagram)).\n\ntest(class_path, all(PAs == [[man_v, citizen_v, callup_v]])) :-\n class_path(man_v, callup_v, true, PAs).\n\n:- end_tests(class_diagram).","old_contents":"","returncode":1,"stderr":"error: pathspec 'U-238\/u\/class_diagram.plt' did not match any file(s) known to git\n","license":"lgpl-2.1","lang":"Gnuplot"} {"commit":"5843a9eb479840d3b368c46993421a969360856b","subject":"adding barnsley information from thinkercon","message":"adding barnsley information from thinkercon\n","repos":"leios\/simuleios,leios\/simuleios","old_file":"fractal\/plot_barnsley.gp","new_file":"fractal\/plot_barnsley.gp","new_contents":"do for [t=0:100] {\n plot for [ind=0:t] \"barnsley.dat\" i ind notitle pointtype 15 pointsize 0.2\n pause 0.1\n}\n","old_contents":"","returncode":1,"stderr":"error: pathspec 'fractal\/plot_barnsley.gp' did not match any file(s) known to git\n","license":"mit","lang":"Gnuplot"}